LOCUS CP001398 2045438 bp DNA circular BCT 25-JUN-2015 DEFINITION Thermococcus gammatolerans EJ3, complete genome. ACCESSION CP001398 VERSION CP001398.1 DBLINK BioProject: PRJNA33671 BioSample: SAMN02603333 KEYWORDS . SOURCE Thermococcus gammatolerans EJ3 ORGANISM Thermococcus gammatolerans EJ3 Archaea; Euryarchaeota; Thermococci; Thermococcales; Thermococcaceae; Thermococcus. REFERENCE 1 (bases 1 to 2045438) AUTHORS Zivanovic,Y., Armengaud,J., Lagorce,A., Leplat,C., Guerin,P., Dutertre,M., Anthouard,V., Forterre,P., Wincker,P. and Confalonieri,F. TITLE Genome analysis and genome-wide proteomics of Thermococcus gammatolerans, the most radioresistant organism known amongst the Archaea JOURNAL Genome Biol. 10 (6), R70 (2009) PUBMED 19558674 REMARK Publication Status: Online-Only REFERENCE 2 (bases 1 to 2045438) AUTHORS Zivanovic,Y., Armengaud,J., Lagorce,A., Leplat,C., Guerin,P., Dutertre,M., Anthouard,V., Forterre,P., Winker,P. and Confalonieri,F. TITLE Direct Submission JOURNAL Submitted (22-JAN-2009) Institut de Genetique et Microbiologie, Universite Paris XI / UMR8621 CNRS, Universite Paris-Sud, Centre d'Orsay', Orsay 91405, France REFERENCE 3 (bases 1 to 2045438) AUTHORS Zivanovic,Y., Armengaud,J., Lagorce,A., Leplat,C., Guerin,P., Dutertre,M., Anthouard,V., Forterre,P., Winker,P. and Confalonieri,F. TITLE Direct Submission JOURNAL Submitted (29-NOV-2010) Institut de Genetique et Microbiologie, Universite Paris XI / UMR8621 CNRS, Universite Paris-Sud, Centre d'Orsay', Orsay 91405, France REMARK Protein update by submitter COMMENT Source DNA and shotgun clones available from Y. Zivanovic, LGA/IGM, Universite Paris-Sud, Orsay, France (yvan.zivanovic@igmors.u-psud.fr.) Bacteria available as above and from DSMZ under DSM 15229. FEATURES Location/Qualifiers source 1..2045438 /organism="Thermococcus gammatolerans EJ3" /mol_type="genomic DNA" /strain="EJ3; DSM 15229" /culture_collection="DSM:15229" /type_material="type strain of Thermococcus gammatolerans" /db_xref="taxon:593117" gene join(2045139..2045438,1..327) /locus_tag="TGAM_2157" /note="tg2157" CDS join(2045139..2045438,1..327) /locus_tag="TGAM_2157" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:HIS2, Histidinol phosphatase and related hydrolases of the PHP family [Amino acid transport and metabolism / General function prediction only]" /inference="protein motif:COG:COG1387 Histidinol phosphatase and related hydrolases of the PHP family; E Amino acid transport and metabolism" /inference="protein motif:HMMPanther:PTHR11276 DNA POLYMERASE X FAMILY" /inference="protein motif:HMMPanther:PTHR11276:SF1 DNA POLYMERASE X" /inference="protein motif:HMMPfam:PF02811 PHP InterPro:IPR004013 PHP, C-terminal" /inference="protein motif:HMMSmart:SM00481 no description InterPro:IPR003141 Phosphoesterase PHP, N-terminal GO:Molecular Function:DNA binding (GO:0003677), Molecular Function:DNA-directed DNA polymerase activity (GO:0003887), Biological Process:DNA replication (GO:0006260)" /inference="protein motif:superfamily:SSF89550 PHP domain" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein containing PHP domain N-terminal region" /protein_id="ACS32502.1" /translation="MKTWRRYEEYLLTGEWHVHTNYTDGRNSVFEICERARELGIPLL AFTEHVRRKLTYDFNEFLSDIDRAREEFPELIILSGIEAKVLPDGSLDVEDDIIRQVD YPIFAFHSFPRDRELYVECLKKAIKNKYVNAWAHPGLFLRRTGFSLTVDELEEIFKLM KEHDVLLEVNRRYSLPLGSWLNLAKQMEVKTVRGGDVHGVGEFKYFWG" gene 334..2187 /locus_tag="TGAM_0001" /note="tg0001" CDS 334..2187 /locus_tag="TGAM_0001" /EC_number="6.3.5.4" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:Asn_synthase, Asparagine synthase" /inference="protein motif:CDD:Asn_Synthase_B_C, The C-terminal domain of Asparagine Synthase B" /inference="protein motif:CDD:AsnB, Asparagine synthase (glutamine-hydrolyzing) [Amino acid transport and metabolism]" /inference="protein motif:CDD:AsnB, Glutamine amidotransferases class-II (GATase) asparagine synthase_B type" /inference="protein motif:CDD:GATase_2, Glutamine amidotransferases class-II" /inference="protein motif:CDD:GFAT, Glutamine amidotransferases class-II (Gn-AT)_GFAT-type" /inference="protein motif:CDD:GlmS, Glucosamine 6-phosphate synthetase, contains amidotransferase and phosphosugar isomerase domains [Cell envelope biogenesis, outer membrane]" /inference="protein motif:CDD:Gn_AT_II, Glutamine amidotransferases class-II (GATase)" /inference="protein motif:CDD:Gn_AT_II_novel, Gn_AT_II_novel" /inference="protein motif:CDD:GPATase_N, Glutamine amidotransferases class-II (GN-AT)_GPAT- type" /inference="protein motif:CDD:PurF, Glutamine phosphoribosylpyrophosphate amidotransferase [Nucleotide transport and metabolism]" /inference="protein motif:COG:COG0367 Asparagine synthase (glutamine-hydrolyzing); E Amino acid transport and metabolism" /inference="protein motif:Gene3D:G3D.3.40.50.610 no description" /inference="protein motif:Gene3D:G3D.3.60.20.10 no description" /inference="protein motif:HMMPanther:PTHR11772 ASPARAGINE SYNTHETASE" /inference="protein motif:HMMPanther:PTHR11772:SF12 ASPARAGINE SYNTHETASE" /inference="protein motif:HMMPfam:PF00310 GATase_2 InterPro:IPR000583 Glutamine amidotransferase, class-II GO:Biological Process:metabolism (GO:0008152)" /inference="protein motif:HMMPfam:PF00733 Asn_synthase InterPro:IPR001962 Asparagine synthase GO:Molecular Function:asparagine synthase (glutamine-hydrolyzing) activity (GO:0004066), Biological Process:asparagine biosynthesis (GO:0006529)" /inference="protein motif:HMMTigr:TIGR01536 asn_synth_AEB:asparagine synthase (glu InterPro:IPR006426 Asparagine synthase, glutamine-hydrolyzing GO:Molecular Function:asparagine synthase (glutamine-hydrolyzing) activity (GO:0004066), Biological Process:asparagine biosynthesis (GO:0006529)" /inference="protein motif:superfamily:SSF52402 Adenine nucleotide alpha hydrolases-like" /inference="protein motif:superfamily:SSF56235 N-terminal nucleophile aminohydrolases (Ntn hydrolases)" /codon_start=1 /transl_table=11 /product="putative asparagine synthase, glutamine-hydrolyzing" /protein_id="ACS32503.1" /translation="MCGINGFSWSDEGLVREMNVAIRHRGPDDEGVYVDDNVSLGHVR LAIIDLSPKGHQPMRYEKNGHEVWIVYNGEVYNFMELREELEKKGYVFNSNTDTEVIL AAYLEWGFDCVKKFNGMWAFAIYDKTKKLLFLSRDRFGIKPLYYYYDGQNLIFSSEIK AILKHEIKREPNDAVIFDFLYYNLLDHTEDTFFEGIKRLMPSHSAVFDIKTRELRIFK YYDLRKRLKKLKKAEEDPATFRKLFKKAVKRRLIADVPVGSCLSGGLDSSSIVCMMRE LEKNLEIKTFSLIFPGFKLDESKYQESVMQKCSVKRYTTTFTAEDILRDLEDLIYTQE EPFSTLSIYGQYRVMKLANENGMKVLLDGQGSDEILAGYHYFFGYYYYELFRHLKWKQ LIREIIYYRKNVGSFKALKYFIGLLLPRRIQEWILNHDTYLSREFIKRFKHRKDLRFK KKELNDALVCAVMNNLPHLLRFEDKNSMRWSIETRVPFLDPELVEYALSTPSQAKIRN GITKYILRESLKGIVPDIILDRRDKIGFATPDNEIANHPEIKKFIWNIINSESFKKRK YWNWKKVHKVYYHHSTSKLGNIFIGELIWKVVILELWLRVWIENKSARREG" gene 2192..3337 /locus_tag="TGAM_0002" /note="tg0002" CDS 2192..3337 /locus_tag="TGAM_0002" /inference="protein motif:CDD:Glycos_transf_1, Glycosyl transferases group 1" /inference="protein motif:CDD:RfaG, Glycosyltransferase [Cell envelope biogenesis, outer membrane]" /inference="protein motif:COG:COG0438 Glycosyltransferase; M Cell wall/membrane/envelope biogenesis" /inference="protein motif:HMMPanther:PTHR12526 GLYCOSYLTRANSFERASE" /inference="protein motif:HMMPanther:PTHR12526:SF1 GLYCOSYLTRANSFERASE" /inference="protein motif:HMMPfam:PF00534 Glycos_transf_1 InterPro:IPR001296 Glycosyl transferase, group 1 GO:Biological Process:biosynthesis (GO:0009058)" /inference="protein motif:superfamily:SSF53756 UDP-Glycosyltransferase/glycogen phosphorylase" /codon_start=1 /transl_table=11 /product="Glycosyltransferase, family 1" /protein_id="ACS32504.1" /translation="MKVCMITTVHKPLDGRIFYKEARSLSKIYDVLVIAANREAGERQ VESVKIVTIKRPRLRKLFHFITIWRIFKKGLELDCNIYHCHEPDSLIICLLIKFIKRN NVKVIYDVHEHWPSEIRYGWLRVKNNKILTTIIEKLIWNIEHKAVNFADHIIVVNNHL AREFHMLSFKVSVIPNVPLITILKRSYSGDINKKDADLILMASKVANHYGINEILRSL YKLKKVYPKIKLKIIGDIKIDIKTTLDRFNMTDNVILKGFLPLENMYYEIEKGKIGLN IVKPEFYNIYIGLSTKLFDYMACKLPVVASNLPEIKLIIKQTKGGILVDPENINEITK AIKYLIENPKDAKKMGIRNRKVIEKNINWKRSEKKLIRIYKLLEEGK" gene 3334..5259 /locus_tag="TGAM_0003" /note="tg0003" CDS 3334..5259 /locus_tag="TGAM_0003" /note="15 probable transmembrane helices predicted by modhmm" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein" /protein_id="ACS32505.1" /translation="MKNLESNKNAIIIAILLPYLLIIGSVASIVVTIYLNKLNFAIKG SVVVIPAVLSALMLFQGYNMKISSYNERKKSIFLTCPQRRLILLFFILFLLSILILIL APYRPWYYFVLVAILYIIVFLQILSKEPVSFMILLELILILIELIYGTTFKYPLYFGA TDIPGHIFLTKVTYLSGHIVPPDLNLYYTYFPLYHIFISQGAYILGSDIKTSLFLILP IPYVITVLLIYFLFNGISKNRRISLLSSFFYSNSYIITYYGTYLVTRAIAFVGFAILL YLLYREISRKSYKYKLTIVFISVFILLIHNVSIIQISVLLVVMLIIEFMFGKLVDLSW KLIVIINTLFIGYWTFASWSFTEYLIKSHVLTLFHTSPLMRHISISNSYFFLTHIDIS IATFFTLVGIGYMLQTEKQEHVLAFGVMSIFAVPMYVPNPLQALWQTGSLLRFDRFKL FVTPFIAFAIAWGFYVLNLHYSLIKEDNILKRKIFALLLVLVVMGYSFMSITMHDNAN DCKDFPWKNPRTYFNKEELYGFSYIIENVPSNSTLYSDYYTYRFFEPMKRFSLSNFLG IPYYVSRIIPSIEDLPACKGYLSFRKEEFFNEGLYFGKVYNIKLYKPNKINVIKLVYL LQEKSRIYSNPSLDIYR" gene complement(5611..6897) /locus_tag="TGAM_0004" /note="tg0004" CDS complement(5611..6897) /locus_tag="TGAM_0004" /inference="protein motif:CDD:NorM, Na+-driven multidrug efflux pump [Defense mechanisms]" /inference="protein motif:CDD:Polysacc_synt, Polysaccharide biosynthesis protein" /inference="protein motif:CDD:RfbX, Membrane protein involved in the export of O-antigen and teichoic acid [General function prediction only]" /inference="protein motif:COG:COG2244 Membrane protein involved in the export of O-antigen and teichoic acid; R General function prediction only" /inference="protein motif:HMMPanther:PTHR11206 MULTIDRUG RESISTANCE PUMP-RELATED" /inference="protein motif:HMMPfam:PF01943 Polysacc_synt InterPro:IPR002797 Polysaccharide biosynthesis protein GO:Biological Process:polysaccharide biosynthesis (GO:0000271), Cellular Component:membrane (GO:0016020)" /note="10 probable transmembrane helices predicted by modhmm" /codon_start=1 /transl_table=11 /product="Polysaccharide biosynthesis protein" /protein_id="ACS32506.1" /translation="MSLKKRLIINASWLLAGQTLHKLISYIIILVLSRTLGDVGLGQY SFVVSFTSFVSYLSDFGINYYIMREVARDKGKKDLVSYALGFKIILAVLDWLLIVFLA LHLNKSAVVKTSIILYGSGAVVGTIGLLFTSVIFAHEVTKYETYSMVTERVMTLLLGG AVLLITKSLFAFFVVLTADTFLLNFLRMYFGSRYVSPKPMFDLDKWKEILSKSYVFWF IYLFSFIYFNTDIIMLGLMKPDEVVGWYKAGYFFIQAAMLVPSVVVNTTMPSISRLWV ENPKTLKILFKRAFQVLLVIGVAGAVGAFLFAPLLVHMFFGSEFVNSVEVLKILGWTL PAIFLNSLYGSFLNGIGREKTYTKIVGGTALLNVLLNYILIHLMSYKGAAIATLATNW ISTSVLSIKVYSILRDMYEERGRYEKTKGIPEDPKT" gene complement(7224..7457) /locus_tag="TGAM_0005" /note="tg0005" CDS complement(7224..7457) /locus_tag="TGAM_0005" /note="2 probable transmembrane helices predicted by modhmm" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein" /protein_id="ACS32507.1" /translation="MRDYLIIFLGLWIVLSAVLSPSTEVFLTVVLIGLLITLEIGEFY LSEETKDGLKYSSYFLLLVFAVIVAMKVYEILK" gene complement(7454..8194) /locus_tag="TGAM_0006" /note="tg0006" CDS complement(7454..8194) /locus_tag="TGAM_0006" /experiment="gene product confirmed by mass spectrometry" /note="2 probable transmembrane helices predicted by modhmm" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein" /protein_id="ACS32508.1" /translation="MKILLSFPHVQTLVEMGKVSGIFLTALGTVLWYAGGSSGNQAMV NLGIGSIILGIVAFSLPGWKCLPPEAGEVLGGGHCALFSNLASDLGLRGKAFVLPPYE NLPRGGIFIPVSPRGSPNLGRLFEGRVLYSEPEPGLLLSPVPGWRFIDGLKLLGSGVG YAASAVSGVLDRFGLPGAKVFEEDDTVEVYVKASCKEFPYADPVVSAVLVALASGAGE VLVVEEVGEVKGHLKLLLRKAGGVEKWL" gene 8215..9972 /locus_tag="TGAM_0007" /note="tg0007" CDS 8215..9972 /locus_tag="TGAM_0007" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:Gene3D:G3D.2.60.40.920 no description" /inference="protein motif:superfamily:SSF48726 Immunoglobulin" /inference="protein motif:superfamily:SSF49373 Invasin/intimin cell-adhesion fragments InterPro:IPR008964 Invasin/intimin cell-adhesion" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein" /protein_id="ACS32509.1" /translation="MRLEKLVKLLTIITILLLMLPPAGARGVEKPAPHDEFLYEYFSH TLEKFAYSLKYAYEGNDYGLTLAENTHNDLLRIMRESRIYREKRIKARVFDILPPFYN FSVDLITLDKLLFKFQEDNGSIALATGIVNTIERMKIYLGEIKAIELYNETKILRFDT SRVERYLNEINETAEKTLNSQSKNHELTLYTTNRNPIVNQSVTFFGTAPSNGSVRIVI REESGLERGIVVPVERHFFTMQYRFTRPGEYLVRAVQGNLSTEWMKIDVGKIPTYFLV LSPTSAIVNTTLMVRVSLVDYYSNPLPGREVTVNGTVFITDTNGTVTFDLWSPKEASF NLALEFKGDEFHEGITKVVTLEFTRIPTAITITGPGTVEEGKAFEIKGSITPAINSTV EIYVNDRPYAVVNSTNGIFSLNITHETAETLKVYAVFNGTELYLPSKSNVLLVSVVPS ESNPLRYVAVLLIVISLVAYTQRDRLGRRAERQEGTVEKEETGGEEAVWIEIPNDVGE AYSLIRDALFREMGVPKNLTPREVLERLKGWKGHKDLKTVTLIHEKVVYGGEKPGKEE IQAFKRAAEAVIKALGGTA" gene 9969..10958 /locus_tag="TGAM_0008" /note="tg0008" CDS 9969..10958 /locus_tag="TGAM_0008" /note="2 probable transmembrane helices predicted by modhmm" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein" /protein_id="ACS32510.1" /translation="MRKMVKYSILVIGTFILFTMPLTVPYFKSSSQYSMFNPDWDGIS KFAALIYKEKKEPIPLLGPIDSYELSGGTLMIVGPDVDYTPEEIEAIKEFVEEGNTLF IADDFGTANEVLRGFNIPMGLSKYPLRDFFYEVDDRFLITAKITDPVLGRGVDKVITN DPSAIIVTRKGEVYTSGTAMINFHRRTYPILAMTRYGKGRIIVLADPDILSNNLFEEN YPFLRNLINYIPGPVYIDESHHSDFNLYTQGTITIRRVLPKESAQKLLLLLGFLIIAY EFGALGYLGRPLRMVIEKIIGRRGSIEEVALELAEERGWDKKEVLEMLNSLGD" gene 10951..11880 /gene="moxR-1" /locus_tag="TGAM_0009" /note="tg0009" CDS 10951..11880 /gene="moxR-1" /locus_tag="TGAM_0009" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:ChlI, Mg-chelatase subunit ChlI [Coenzyme metabolism]" /inference="protein motif:CDD:COG0714, MoxR-like ATPases [General function prediction only]" /inference="protein motif:CDD:Mg_chelatase, Magnesium chelatase, subunit ChlI" /inference="protein motif:COG:COG0714 MoxR-like ATPases; R General function prediction only" /inference="protein motif:Gene3D:G3D.1.10.8.80 no description" /inference="protein motif:Gene3D:G3D.3.40.50.300 no description" /inference="protein motif:HMMPanther:PTHR10046 ATP DEPENDENT LON PROTEASE FAMILY MEMBER" /inference="protein motif:HMMPanther:PTHR10046:SF2 ATP-DEPENDENT PROTEASE LA" /inference="protein motif:HMMPfam:PF07726 AAA_3 InterPro:IPR011703 ATPase associated with various cellular activities, AAA-3 GO:Molecular Function:ATP binding (GO:0005524), Molecular Function:ATPase activity (GO:0016887)" /inference="protein motif:superfamily:SSF52540 P-loop containing nucleoside triphosphate hydrolases" /codon_start=1 /transl_table=11 /product="moxR-type AAA ATPase, putative chaperone protein (moxR)" /protein_id="ACS32511.1" /translation="MIEMIIEKIRTEVKKAIVGMDDVVELMTIALLSNGHILLEGVPG LAKTTLSKNFAKSLNLAFTRVQMTPDLLPADIIGHSFYDMRTGEFKIRKGPIFTNILL VDEINRASPKTQSALLEAMEEKQVTIEGQTFRLPRPFLVIATRNPVEIEGVYDIPTAQ ADRFMMEIKVSYLSENHEKEMLRRKNLGLFDEAKPVVSKGELEKAAKEVRGVKVSDEI IDYIYSILRATREDERALLGASPRAGEHLLLAAKAKAYLENRSYVIPDDVKSLAVPVL SHRILIKPEYEMEGLTGEEVVREALNRVEVPTG" gene 11877..13157 /locus_tag="TGAM_0010" /note="tg0010" CDS 11877..13157 /locus_tag="TGAM_0010" /inference="protein motif:CDD:COG1721, Uncharacterized conserved protein (some members contain a von Willebrand factor type A (vWA) domain) [General function prediction only]" /inference="protein motif:CDD:DUF58, Protein of unknown function DUF58" /inference="protein motif:COG:COG1721 Uncharacterized conserved protein (some members contain a von Willebrand factor type A (vWA) domain); R General function prediction only" /inference="protein motif:Gene3D:G3D.3.40.50.410 no description" /inference="protein motif:HMMPfam:PF01882 DUF58 InterPro:IPR002881 Protein of unknown function DUF58" /note="1 probable transmembrane helix predicted by modhmm" /codon_start=1 /transl_table=11 /product="MoxR associated protein, containing DUF58 domain" /protein_id="ACS32512.1" /translation="MKTADFLLGLAGVLLAGAILLQSPSLAGIASAIMAYYASVRLSF KGGGKAVLTLPERTTELEWTKIPVEVESRFEIPGRIVVNVRNPDVEVEEFSMEIKPGE NSKTALRIKPLKKGMLDVEIEAFFMDKSGLFMKKIDVEGIKPIAVLPSPRKVAEARRV REKPNAFAELLHALGIGSESLDFEELREFLPGDDVKRIDWKATSRVLRPIVRVFKRET LADVYVLVNVDESFRREIRNVKTDYLTLITAQLITYFARHGHRVGIVAYSDHEISKVI RNVYEPRKALSELDLKPKPGKPQLRPSYLRGNNIIRRILRLKARSPLSGIEKAASAVP ESSYVVILDDIGLHPWAIMSAVNMLEEKGSKVAVLYPNPIRFIPKESVRPENLESLYL AYRERKELLRKIRSRVKVVELSPRDLLPRVVKAL" gene 13154..13696 /locus_tag="TGAM_0011" /note="tg0011" CDS 13154..13696 /locus_tag="TGAM_0011" /note="6 probable transmembrane helices predicted by modhmm" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein" /protein_id="ACS32513.1" /translation="MIGLIASVVSAAVLKSWIPLTAALAYILSIKGRKTALLGFSLYL TSIIADPGFDSVYTIKGQKEFILLGMTTLLVLNDVLQRGILTENKWDIPLSGVLAISA VNDYTLFAALISTAVYKLYESFGKAALYFLTWLSTMGIVLLALKGKLPGIAAETFVIG ALGLLAVVVGGIRDINHAEV" gene 13693..14532 /locus_tag="TGAM_0012" /note="tg0012" CDS 13693..14532 /locus_tag="TGAM_0012" /note="6 probable transmembrane helices predicted by modhmm" /codon_start=1 /transl_table=11 /product="Hypothetical protein" /protein_id="ACS32514.1" /translation="MKLKPVKIRTFEGLVVIITTAVFLLYRTPFTLYAGLLYALTLYA SERKALPRDPGLDPQTILGILLVLLSPVFLVVKLGKYPSPSTFVMLFLLGLQLVFFRI KGLEMPLAVAAGGAAVALSSKTGLIRKVIDITSGLFVDVTSILVKGLVELSGIPIKIN KNIAVVGKAIVIIGSGCSGFDAFVIYILASLLLIYMRKSSRREAALLLLGAVGIIPLN ALRIFILLVIGYYTGVSFLELFHSHLGDLMFVAYVFLYWWWVTGRKKRTSVALESKGQ NDQ" gene complement(14494..18240) /locus_tag="TGAM_0013" /note="tg0013" CDS complement(14494..18240) /locus_tag="TGAM_0013" /inference="protein motif:CDD:Glyco_hydro_57, Glycosyl hydrolase family 57" /inference="protein motif:HMMPfam:PF03065 Glyco_hydro_57 InterPro:IPR004300 Glycoside hydrolase, family 57 GO:Molecular Function:catalytic activity (GO:0003824), Biological Process:carbohydrate metabolism (GO:0005975)" /inference="protein motif:superfamily:SSF88713 Glycoside hydrolase/deacetylase" /note="1 probable transmembrane helix predicted by modhmm" /codon_start=1 /transl_table=11 /product="Glycoside hydrolase, family 57, putative" /protein_id="ACS32515.1" /translation="MLASRSKPFEDAENISLKVMTMRALAGVVAAMVILSLLPQNIIP GVSAYPSADGSPFDWVYDNVKALDGHDDLWHWYNDGDDYARDLIAFYYSENPDTVTMR IDLMELDVGEESNANWYILMDFAAGGQNALPDGLTDANGNTLSTGMAWDIAIAVYDSS NYNVYFPDWSVHNDVVKAVTLNAEYDFIDVELYKDKIPNFPSGGQVHFQVLSAKDFSS PYRVTDSMPDDIQYYFTSDDRVGTAKVVFVHHANQHIAYSESDVCGGEGTGYDDVIRT HLQYRVPLNLHLSGVLLENLIWNDYTCGADNFIQMIRYGVNSGLIGILTSAYGQQIMP FFPQDLNVKSLGMENALIWELFSYTPKVAWVPERVWETKLSDGDPYNGVKSDPWDYFA ATNPANGLPYAEAVVLDANTHGTGKDANGNPINPYKIYELPNGKLKIFFIDDWLKDTI YSSNDWDSDSWTSIKKHWLDFALSPDQEQIDVYADDLEKAAGVAGWPTNPQDYFYAVR YVAAHPWIRAVKLDDVLSWSSGEGGRFWGDGGDYWPVAGTYREIGGTNGYGGTGDVNG DGTPDRNAWYKDWAINYYPYNCPKSAGTLWWEVYQELENLKNVGVDNNLVDLAWTTLM ANLYETGWHDGLGGSLSGWEKEISSHLRHALPYAYGAWWLSNTNKPLLAYWKNVDEDN DNEIVVQNDRLYAVLDPIGGRVGWLFDSNGHVVIGNSMALWSGTEGDYNDGNHVWGLS DAYDGGTYEHSYYQLEILEDGTNGRILVRTKSPGGFVKYIELRKGWSYLKVTYRDVSR RIYVKTGFSPGLSDLLRNGKKNIERVWLYDGKVAGYYNRETDTLGAYVLPGPVSFNRG EDWRTLTVADEIKLESDGTFYIYAGPWNASVFGELLSEPLRGSVSFSPERPSAGDTVT IYYNASGGPLEGATSLTLHWGHDGWKDVTDTPMQYSNGVWKVAIETQGSWGSLDFVFT NGSVWDNDGWRDYHIYLSPPSVPASVSDLLTGDECSWGSYLPAPNSGEVKDGEYVWHD ANGDVHSTKNYPHPEDNYDIESVRVRADRDYVYFSIRLSDLASIGEFGAPLIAIPISV GTGTNHTIPYDGSLSYSPGWDYWVVVDLSKAGFPDTEILGSPAVEVYDSSFSKLAGDY YAIASKTNSVIQVAIPRELLGNPSSLGFNVLVFLGDSRGGALDPGSPKVVDLMSPSST DGELSDGSIDYAADVDLTAVLFFGYSPLIVGALLVVLAFAFKRH" gene complement(18262..19233) /locus_tag="TGAM_0014" /note="tg0014" CDS complement(18262..19233) /locus_tag="TGAM_0014" /note="2 probable transmembrane helices predicted by modhmm" /codon_start=1 /transl_table=11 /product="Hypothetical protein" /protein_id="ACS32516.1" /translation="MSVQILWRISPGGIQMKKAGLFLAMLLMLSVAGFVSAHQITVDG SPTDWQADTSTQNVNTWHLYSNAGEWVWKDATGDVRTDIQDCNPCDPGDTDITEIRIT SDQDYVYILVKFRDINKVGGYLEDETEPFGNSKRGLGLIITIDTDQQSNSGQTWLPKY SNTQVNSNAAWERAVFITTANDGWNYNKAHIYADYNEFDIYDPSWNDVGSHNSEAVID ADNDVIEMKLYKGDLGIQDLSSSTIRITVSTIVHDWSTGNAVIVGDQSNSNVVDVMTT ESSTWDEVSDGYIDYYTDIDIFQVPFFSNLAVVLAFVLGVVLLFRRL" gene 19317..20318 /locus_tag="TGAM_0015" /note="tg0015" CDS 19317..20318 /locus_tag="TGAM_0015" /inference="protein motif:CDD:COG4743, Predicted membrane protein [Function unknown]" /inference="protein motif:COG:COG4743 Predicted membrane protein; S Function unknown" /inference="protein motif:HMMPfam:PF07760 DUF1616 InterPro:IPR011674 Protein of unknown function DUF1616" /note="Belongs to DUF1616 family; 5 probable transmembrane helices predicted by modhmm" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein" /protein_id="ACS32517.1" /translation="MEEPKGIWKYWDLLIIIGLSLILDVLIFYAPNSLARKGLGLAFV LFFPGYVFITALFPERKELDNLERLALSFGLSIAIVPLIGLGLNYTPWGIRLIPILVS LTIFNVALALIAIYRRSKAFEPWIPWITLERIKGELEWESSSRLDKALTGILIIAIIT SIGTLTYVITHPKPGEAFTEFYILGPGGKASDYPTELKVGQEGKVIIGIVNHEGRNVT YYVQIWLVNLTWENQTNTTTIYEMYPLPGWFNVTLPNVPINIEGNWTPQFETNYTFSI KRPGDWQVWFLLFKDNQPKLPPAPPDGNYAETETRNLILKAINGTIQSLKLNVHVKE" gene complement(20295..21473) /locus_tag="TGAM_0016" /note="tg0016" CDS complement(20295..21473) /locus_tag="TGAM_0016" /inference="protein motif:CDD:Glycos_transf_1, Glycosyl transferases group 1" /inference="protein motif:CDD:RfaG, Glycosyltransferase [Cell envelope biogenesis, outer membrane]" /inference="protein motif:COG:COG0438 Glycosyltransferase; M Cell wall/membrane/envelope biogenesis" /inference="protein motif:Gene3D:G3D.3.40.50.2000 no description" /inference="protein motif:HMMPanther:PTHR12526 GLYCOSYLTRANSFERASE" /inference="protein motif:HMMPanther:PTHR12526:SF1 GLYCOSYLTRANSFERASE" /inference="protein motif:HMMPfam:PF00534 Glycos_transf_1 InterPro:IPR001296 Glycosyl transferase, group 1 GO:Biological Process:biosynthesis (GO:0009058)" /inference="protein motif:superfamily:SSF53756 UDP-Glycosyltransferase/glycogen phosphorylase" /codon_start=1 /transl_table=11 /product="Glycosyltransferase, family 1" /protein_id="ACS32518.1" /translation="MGVTRRYRGESEKLLVPLLNLFTMETLKIAFVYDVVYPWVKGGV ERRIYELAKRLARDHEVHVYGYKHWEGKNEIERDGIHYHGLAPAPKRLYLLGKRNPLP MLRLASRLRRRIGEFRWYDIVDVQNLFYPGALALKSLPSTVITWHEFWGPYWWRYLGP GGLPGWLSERALFTAEHHISVSWKTKHDLLRAGLRKPVPVVPNGVDVEFIQAIPPDEL ESDVIFVGRLISEKGVDFLLKALVKVKEELPDVRAVIVGGGPERKRLERMAKGLGLEK NVLFTGFLPYKRVIALMKASKVFVLPSLREGFGMVALEAMACGLPVVTLNAPMNAARF LVEDGKNGFVVDESQLSDTLASLLFDKAFLKLIGRVSREISAEYDWDAVVRLLLDVYV " gene complement(21439..22434) /locus_tag="TGAM_0017" /note="tg0017" CDS complement(21439..22434) /locus_tag="TGAM_0017" /EC_number="2.7.7.-" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:GalU, UDP-glucose pyrophosphorylase [Cell envelope biogenesis, outer membrane]" /inference="protein motif:CDD:GCD1, Nucleoside-diphosphate-sugar pyrophosphorylase involved in lipopolysaccharide biosynthesis/translation initiation factor 2B, gamma/epsilon subunits (eIF-2Bgamma/eIF-2Bepsilon) [Cell envelope biogenesis, outer membrane / Translation, ribosomal structure and biogenesis]" /inference="protein motif:CDD:GlgC, ADP-glucose pyrophosphorylase [Carbohydrate transport and metabolism]" /inference="protein motif:CDD:GlmU, N-acetylglucosamine-1-phosphate uridyltransferase (contains nucleotidyltransferase and I-patch acetyltransferase domains) [Cell envelope biogenesis, outer membrane]" /inference="protein motif:CDD:NTP_transferase, Nucleotidyl transferase" /inference="protein motif:CDD:RfbA, dTDP-glucose pyrophosphorylase [Cell envelope biogenesis, outer membrane]" /inference="protein motif:COG:COG1208 Nucleoside-diphosphate-sugar pyrophosphorylase involved in lipopolysaccharide biosynthesis/translation initiation factor 2B, gamma/epsilon subunits (eIF-2Bgamma/eIF-2Bepsilon); M Cell wall/membrane/envelope biogenesis" /inference="protein motif:Gene3D:G3D.3.90.550.10 no description" /inference="protein motif:HMMPanther:PTHR19136 SUGAR-PHOSPHATE NUCLEOTIDYL TRANSFERASE" /inference="protein motif:HMMPanther:PTHR19136:SF26 GLUCOSE-1 PHOSPHATE TRANSFERASE" /inference="protein motif:HMMPfam:PF00483 NTP_transferase InterPro:IPR005835 Nucleotidyl transferase GO:Biological Process:biosynthesis (GO:0009058), Molecular Function:nucleotidyltransferase activity (GO:0016779)" /inference="protein motif:superfamily:SSF53448 Nucleotide-diphospho-sugar transferases" /codon_start=1 /transl_table=11 /product="Sugar-phosphate nucleotydyltransferase" /protein_id="ACS32519.1" /translation="MKVLIMAGGYATRLWPITKDNPKALLPVGERRIIDYILEKALKL ELPVYISTNRFFESHFRPVAEKYGVELIVEDTLHEEEKLGTIGAMKKAVEELGLDDYL VIAGDNLFSFSLQDFLARYSGETLIAVYDVGDLELAKRYGVVVLEGDRVVAFEEKPAQ PRSTLISTGVYVFPERVMGLLDDYLSNGNRDSPGYFVQWLLERGEPIKAYRFSEYWYD IGSADSYLEALKTLLRESHIEEIQISPYSKIIPPVVIKRGAKILGRSIIGPFAYIGEE CVIENSDVSDSIIFRKTIIRNSTIWRSIIDEKCEIRNLELRKSLVGGHAKIQRGE" gene 22526..23476 /gene="galE-1" /locus_tag="TGAM_0018" /note="tg0018" CDS 22526..23476 /gene="galE-1" /locus_tag="TGAM_0018" /EC_number="5.1.3.2" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:3Beta_HSD, 3-beta hydroxysteroid dehydrogenase/isomerase family" /inference="protein motif:CDD:COG0702, Predicted nucleoside-diphosphate-sugar epimerases [Cell envelope biogenesis, outer membrane / Carbohydrate transport and metabolism]" /inference="protein motif:CDD:COG1086, Predicted nucleoside-diphosphate sugar epimerases [Cell envelope biogenesis, outer membrane / Carbohydrate transport and metabolism]" /inference="protein motif:CDD:COG1090, Predicted nucleoside-diphosphate sugar epimerase [General function prediction only]" /inference="protein motif:CDD:Epimerase, NAD dependent epimerase/dehydratase family" /inference="protein motif:CDD:GalE, UDP-glucose 4-epimerase [Cell envelope biogenesis, outer membrane]" /inference="protein motif:CDD:Gmd, GDP-D-mannose dehydratase [Cell envelope biogenesis, outer membrane]" /inference="protein motif:CDD:RfbB, dTDP-D-glucose 4,6-dehydratase [Cell envelope biogenesis, outer membrane]" /inference="protein motif:CDD:RfbD, dTDP-4-dehydrorhamnose reductase [Cell envelope biogenesis, outer membrane]" /inference="protein motif:CDD:WcaG, Nucleoside-diphosphate-sugar epimerases [Cell envelope biogenesis, outer membrane / Carbohydrate transport and metabolism]" /inference="protein motif:COG:COG0451 Nucleoside-diphosphate-sugar epimerases; M Cell wall/membrane/envelope biogenesis" /inference="protein motif:Gene3D:G3D.3.40.50.720 no description" /inference="protein motif:HMMPanther:PTHR10366 UDP-GLUCURONATE 5-EPIMERASE-RELATED" /inference="protein motif:HMMPanther:PTHR10366:SF64 UDP-GLUCOSE 4-EPIMERASE-RELATED" /inference="protein motif:HMMPfam:PF01370 Epimerase InterPro:IPR001509 NAD-dependent epimerase/dehydratase GO:Molecular Function:catalytic activity (GO:0003824), Biological Process:nucleotide-sugar metabolism (GO:0009225), Molecular Function:NAD binding (GO:0051287)" /inference="protein motif:superfamily:SSF51735 NAD(P)-binding Rossmann-fold domains" /codon_start=1 /transl_table=11 /product="UDP-glucose 4-epimerase (galE)" /protein_id="ACS32520.1" /translation="MKVLVTGGAGFIGSHLVDRLMELGHEVRVLDDLSAGTLDNLRRW VDHERFEFIKGDMRDPKIVEEAVKDVEVVFHLAANPEVRIGSQSPELLYETNVLITYN LLNAMRGSNVEYLVFTSSSTVYGDADVIPTPEDYGPLEPISVYGGAKLAAEALISGYA HTFEFRALIFRLANIIGERSNHGVIYDFINKLRKNPEELEILGDGTQRKSYLHVSDTV EGMLHIFEHFKRSEKTVDFYNLGNDDWITVKEIAEIVSEEMSLRPRFVFTGGVDGGRG WKGDVKFMRLSIEKAKATGWRPRLNSYDAVRRTVRELLKS" gene 23577..24725 /locus_tag="TGAM_0019" /note="tg0019" CDS 23577..24725 /locus_tag="TGAM_0019" /inference="protein motif:CDD:COG0750, Predicted membrane-associated Zn-dependent proteases 1 [Cell envelope biogenesis, outer membrane]" /inference="protein motif:CDD:PDZ_archaeal_metalloprotease, PDZ domain of archaeal zinc metalloprotases, presumably membrane-associated or integral membrane proteases, which may be involved in signalling and regulatory mechanisms" /inference="protein motif:CDD:PDZ_metalloprotease, PDZ domain of bacterial and plant zinc metalloprotases, presumably membrane-associated or integral membrane proteases, which may be involved in signalling and regulatory mechanisms" /inference="protein motif:CDD:PDZ_serine_protease, PDZ domain of trypsin-like serine proteases, such as DegP/HtrA, which are oligomeric proteins involved in heat-shock response, chaperone function, and apoptosis" /inference="protein motif:COG:COG0750 Predicted membrane-associated Zn-dependent proteases 1; M Cell wall/membrane/envelope biogenesis" /inference="protein motif:FPrintScan:PR01000 SREBPS2PTASE InterPro:IPR001193 Peptidase M50, mammalian sterol-regulatory element binding protein GO:Molecular Function:metalloendopeptidase activity (GO:0004222), Biological Process:proteolysis (GO:0006508), Cellular Component:membrane (GO:0016020)" /inference="protein motif:Gene3D:G3D.2.30.42.10 no description" /inference="protein motif:HMMPanther:PTHR18868 SERINE PROTEASE" /inference="protein motif:HMMPanther:PTHR18868:SF14 SERINE PROTEASE" /inference="protein motif:HMMPfam:PF00595 PDZ InterPro:IPR001478 PDZ/DHR/GLGF GO:Molecular Function:protein binding (GO:0005515)" /inference="protein motif:HMMPfam:PF02163 Peptidase_M50 InterPro:IPR008915 Peptidase M50 GO:Molecular Function:metalloendopeptidase activity (GO:0004222), Biological Process:proteolysis (GO:0006508)" /inference="protein motif:HMMSmart:SM00228 no description InterPro:IPR001478 PDZ/DHR/GLGF GO:Molecular Function:protein binding (GO:0005515)" /inference="protein motif:ProfileScan:PS50106 PDZ InterPro:IPR001478 PDZ/DHR/GLGF GO:Molecular Function:protein binding (GO:0005515)" /inference="protein motif:superfamily:SSF50156 PDZ domain-like InterPro:IPR001478 PDZ/DHR/GLGF GO:Molecular Function:protein binding (GO:0005515)" /note="Contains PDZ/DHR/GLGF domain and SREBP signature; 7 probable transmembrane helices predicted by modhmm" /codon_start=1 /transl_table=11 /product="Peptidase M50, mammalian sterol-regulatory element binding protein-like protein" /protein_id="ACS32521.1" /translation="MWTMVSTLIIVIAGIMAFWVLVYAAFGRREEENEEEGIAVDLFV IMWRTKRVLGFIDRLASRGRKFWKVYGDVGIALGFLGMAFVFYALLKTAIATIQTHGK QAGVQLVIPGLTIPLWYGLVGLAVVMVVHELSHGVVARADKLPLKSVGLVLFFVIPGA FVEPDEEELKRAPLRTRLRVYGAGSLANLLVALLALLIMNLALTPLLQPAGIEVAGVI SDSPASGVLERGDVIVAINGTAIKTLEDFENFINTTRPNQTIAITVLRNGEEKTVKLK LGAREDNPERPFIGIYLGQHYRSRIGHENIVFPLFFSFYWIYFLNFGIGLMNLFPLVP LDGGRMLDDLLKEYIPEGLAKPLRYAVIAIGLTLLGLNLWPALLHLAR" gene 24834..25811 /locus_tag="TGAM_0020" /note="tg0020" CDS 24834..25811 /locus_tag="TGAM_0020" /inference="protein motif:CDD:Alpha_ANH_like_II, This is a subfamily of Adenine nucleotide alpha hydrolases superfamily" /inference="protein motif:CDD:ATP_bind_3, PP-loop family" /inference="protein motif:CDD:MesJ, Predicted ATPase of the PP-loop superfamily implicated in cell cycle control [Cell division and chromosome partitioning]" /inference="protein motif:CDD:PP-ATPase, N-terminal domain of predicted ATPase of the PP-loop faimly implicated in cell cycle control [Cell division and chromosome partitioning]" /inference="protein motif:COG:COG0037 Predicted ATPase of the PP-loop superfamily implicated in cell cycle control; D Cell cycle control, cell division, chromosome partitioning" /inference="protein motif:Gene3D:G3D.3.40.50.610 no description" /inference="protein motif:HMMPanther:PTHR11807 N-TYPE ATP PYROPHOSPHATASE - RELATED" /inference="protein motif:HMMPfam:PF01171 ATP_bind_3 InterPro:IPR011063 PP-loop" /inference="protein motif:HMMPIR:PIRSF004976 Predicted PP-loop ATPase, YdaO type InterPro:IPR012089 PP-loop ATPase, YdaO-related" /inference="protein motif:HMMTigr:TIGR00269 TIGR00269:conserved hypothetical protein T InterPro:IPR000541 Protein of unknown function UPF0021 GO:Molecular Function:molecular function unknown (GO:0005554)" /inference="protein motif:ScanRegExp:PS00589 PTS_HPR_SER InterPro:IPR002114 Phosphotransferase system, HPr serine phosphorylation site GO:Molecular Function:sugar porter activity (GO:0005351), Biological Process:phosphoenolpyruvate-dependent sugar phosphotransferase system (GO:0009401)" /inference="protein motif:superfamily:SSF52402 Adenine nucleotide alpha hydrolases-like" /inference="protein motif:superfamily:SSF57716 Glucocorticoid receptor-like (DNA-binding domain)" /codon_start=1 /transl_table=11 /product="PP-loop ATPase, YdaO-type" /protein_id="ACS32522.1" /translation="MPAKCSKCGRPAVYHARYTGRYYCHKHFNEMVEKKFKETVKKYR LIEKGERIAVGVSGGKDSVVLMHLLAKLREKFPFELVAITIDEGIAGYRPKSVEIAKR NARKLGIEHRIYSFKEYIGFTLDETVGIMGSFERGERVGACSYCGVWRRWLLNYAAKD VGADKLAVGHNLDDEVQMFIMNILRGDIARLGRTGPYYEEIHPELVPRIKPLREIPEK EIVLYAVLNNIEVDLSECPYAVEAFRAEIRDWLNEMEERHPGTKYQILRSYDKLFPLI AKTYTKKTSELNRCKICGQPTTGEICKACQFRLQVERKAREKGLTFRVE" gene 25878..26081 /locus_tag="TGAM_0021" /note="tg0021" CDS 25878..26081 /locus_tag="TGAM_0021" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein" /protein_id="ACS32523.1" /translation="MFPLIIETAIPFEELEEIRRKSGAEVKLTLLGTIERNGIVLNRV LVEGHPEEIERFMGKLKLARAGG" gene 26144..26713 /locus_tag="TGAM_0022" /note="tg0022" CDS 26144..26713 /locus_tag="TGAM_0022" /note="5 probable transmembrane helices predicted by modhmm" /codon_start=1 /transl_table=11 /product="Hypothetical protein" /protein_id="ACS32524.1" /translation="MEELSEALKAIERELNFAKKAYRASVFLYWAWAMPGVYLLAQIL LKYAGIGEGSAIQWLSLAAVVGFIVEERKTFRRVIQLEEALEHIEETPRGYVLAQVIV WPLSALIASMYTENDGLWMLVFIGLGLLLLTGVEFIFTGKRDWKTALAGVILLSSTAL CTGFGYAVMAVAFAFSLTAYLHLKGAMRE" gene 26715..27011 /locus_tag="TGAM_0023" /note="tg0023" CDS 26715..27011 /locus_tag="TGAM_0023" /inference="protein motif:COG:COG1846 Transcriptional regulators; K Transcription" /inference="protein motif:Gene3D:G3D.1.10.10.10 no description InterPro:IPR011991 Winged helix repressor DNA-binding" /inference="protein motif:HMMPfam:PF01022 HTH_5 InterPro:IPR001845 Bacterial regulatory protein, ArsR GO:Molecular Function:transcription factor activity (GO:0003700), Cellular Component:intracellular (GO:0005622), Biological Process:regulation of transcription, DNA-dependent (GO:0006355)" /inference="protein motif:HMMSmart:SM00418 no description InterPro:IPR001845 Bacterial regulatory protein, ArsR GO:Molecular Function:transcription factor activity (GO:0003700), Cellular Component:intracellular (GO:0005622), Biological Process:regulation of transcription, DNA-dependent (GO:0006355)" /inference="protein motif:superfamily:SSF46785 'Winged helix' DNA-binding domain" /codon_start=1 /transl_table=11 /product="Transcription regulator, ArsR family" /protein_id="ACS32525.1" /translation="MLEELARLSRSPLGNPTRLAIALYLLSRERATFVSLRKALKLTA GNLEFHLKTLEEAGIVRTYYGFGRRPRKFVEITEEGIEELREVLKILREVTGDD" gene 27004..27627 /locus_tag="TGAM_0024" /note="tg0024" CDS 27004..27627 /locus_tag="TGAM_0024" /inference="protein motif:COG:COG1266 Predicted metal-dependent membrane protease; R General function prediction only" /inference="protein motif:HMMPfam:PF02517 Abi InterPro:IPR003675 Abortive infection protein" /note="6 probable transmembrane helices predicted by modhmm" /codon_start=1 /transl_table=11 /product="Zinc-dependant protease, putative" /protein_id="ACS32526.1" /translation="MIEFAVALTLWLLILSASGTVATLVAGRWAKKAGFAMQLTMFFL SLAVIELMGGPQRFGLVPDFRYVPQAVVLGFGASLIINLLEGNPSVPMEEFMPEGVER LVLLLILAPLGEEVFTRGLIEGYILGYGHFWSAILFSALLFALPHWMAYEGSKKRKIV AVGGAFVLGSLAGYLFALGGIIPAIVLHSSANLAGLIVLRFKEKNGN" gene complement(27624..28391) /locus_tag="TGAM_0025" /note="tg0025" CDS complement(27624..28391) /locus_tag="TGAM_0025" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:ProfileScan:PS50162 RECA_2 InterPro:IPR001553 RecA bacterial DNA recombination GO:Molecular Function:DNA binding (GO:0003677), Molecular Function:ATP binding (GO:0005524), Biological Process:DNA metabolism (GO:0006259), Molecular Function:DNA-dependent ATPase activity (GO:0008094)" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein" /protein_id="ACS32527.1" /translation="MGVELLSTGIPLLDEALGGGLLEDSNLLIIYTTYSRGWALGFEI VRRRIGMGDFGVILDSVLPITPLRMELRAVNFDIDELGRRGDLAVVDIFSSFYGLKYS EDYVYTDPTIDESTFLPKYNRLYRRVLTERIGDRRPVGIDVTVDGMAFLLGEKNFIRV FQRLMALKERARISEKRKRPLNIFLLNRSRASDELVSWMSLYSQYVIEFQPTENFGVE KFFVRSSPLPDFEPSVEGYTFRLIRGRVEIEKPEKSG" gene 28551..29171 /locus_tag="TGAM_0026" /note="tg0026" CDS 28551..29171 /locus_tag="TGAM_0026" /experiment="gene product confirmed by mass spectrometry" /note="6 probable transmembrane helices predicted by modhmm" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein" /protein_id="ACS32528.1" /translation="MEEVSELKSVLERVEGRLIAAGKMYGAMNFAVWLAIMLLYYVML GIFDISWQFNLIYWPLGFAVAMVFTGRIWKRLKRLGRVTGREIESSPLAGILIGLSWA TGIVLGWVIVPDLNPGITEEASLATGFLTFIAFSVFAMWLVMAGFSPKNGEREIIPAF LIPALGILRSTGMAEGAIAWAGFVVGLGFSLTVLWYLYSAFKAIER" gene 29176..29475 /locus_tag="TGAM_0027" /note="tg0027" CDS 29176..29475 /locus_tag="TGAM_0027" /inference="protein motif:COG:COG1846 Transcriptional regulators; K Transcription" /inference="protein motif:Gene3D:G3D.1.10.10.10 no description InterPro:IPR011991 Winged helix repressor DNA-binding" /inference="protein motif:HMMPfam:PF01022 HTH_5 InterPro:IPR001845 Bacterial regulatory protein, ArsR GO:Molecular Function:transcription factor activity (GO:0003700), Cellular Component:intracellular (GO:0005622), Biological Process:regulation of transcription, DNA-dependent (GO:0006355)" /inference="protein motif:superfamily:SSF46785 'Winged helix' DNA-binding domain" /codon_start=1 /transl_table=11 /product="Transcription regulator, ArsR family" /protein_id="ACS32529.1" /translation="MESLRELTRNHFLGNPIRLGIMLYLLPRGKVLFKELLGVLEVTP GNLDSHLRTLEKAGYVKLYKVFADRPRTAVRITEKGAEETARYLRALKSVLEGMG" gene complement(29485..30102) /locus_tag="TGAM_0028" /note="tg0028" CDS complement(29485..30102) /locus_tag="TGAM_0028" /note="4 probable transmembrane helices predicted by modhmm" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein" /protein_id="ACS32530.1" /translation="MTEIKLERIVMLSSLFLVFLGLLTALLNGRSDHIYRTLLAMAGL SVPLVLPRRLPNPPEKLRPFLAPVYDEKTMAVLSIFIAVHVSLVNVPFTGYDLFHRDW RNADMISHFLGGLTVWLITAEILSGLRSLGINLTRGQIVAYSFVVFYGLSLGWEIAEK LSESWIGFIAESTANKLRDLLMDTLGALFGLWMVGRRDYPFSLSD" gene complement(30135..32141) /locus_tag="TGAM_0029" /note="tg0029" CDS complement(30135..32141) /locus_tag="TGAM_0029" /inference="protein motif:CDD:COG2433, Uncharacterized conserved protein [Function unknown]" /inference="protein motif:CDD:DUF460, Protein of unknown function (DUF460)" /inference="protein motif:COG:COG2433 Uncharacterized conserved protein; S Function unknown" /inference="protein motif:Gene3D:G3D.3.30.360.20 no description" /inference="protein motif:Gene3D:G3D.3.30.420.10 no description" /inference="protein motif:HMMPfam:PF04312 DUF460 InterPro:IPR007408 Protein of unknown function DUF460" /inference="protein motif:superfamily:SSF52540" /inference="protein motif:superfamily:SSF53098 Ribonuclease H-like InterPro:IPR012337 Polynucleotidyl transferase, Ribonuclease H fold" /inference="protein motif:superfamily:SSF53223 Aminoacid dehydrogenase-like, N-terminal domain" /inference="protein motif:superfamily:SSF56235 N-terminal nucleophile aminohydrolases (Ntn hydrolases)" /note="Belongs to DUF460 family" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein" /protein_id="ACS32531.1" /translation="MVLILIIGIDVVGENPKRFALVSWYNGRLERKGEFTLYRLIRFI RAKRPDIVAIDSVTELGDDLRKFLRALPPGTKLVQVTGRPGEQRSLQSLAREHGIRTT DRFDPYEEAKLSALLASKGVGYEVLAFEDEVIVKVTRGRSHGKGGWSQDRYRKRVHNL VRDKVREIEDRLRKAGVPFDLETEEKDYGLARGEFRIYASREELAGIVRPMRGGDVEV RIYPVERAELGFAPLKGEEAVRERRSVIVGIDPGITVGIAVIDLNGNVLALHSERNMP VGEVFRFISEIGHPVIVATDVSPAPGFVEKIARSFKANLFVPRESLRVEEKNELLRSL GIKVEDDHQRDALAAAYKAYLRLKPKLEHVEAKLREAGLSKRADEVKALVIQGYNLGE AMQKVARRERPREEEEPESGESVDVRPYVRKIRELEERIAFLERENEELRGIIREQRR TIERLERRIADYDEEVRRKVLRERELEAKVKRIELLETQLREAKAVIERLSRDLVKVK RMNVVEIRGSAVPLKVLRVLSWRELERIEREVGLRRGDVLFVVNPAGAGKAIAEELVE KGIKALITEKPLPGPVREVLREAHLPFFTSEELDVKRVDEFAVVERETLERAIEELLE RWKKEDEEREAEKFLRLVEEYRIERIRELRRKAEEELEAEKRKR" gene 32229..32564 /locus_tag="TGAM_0030" /note="tg0030" CDS 32229..32564 /locus_tag="TGAM_0030" /experiment="gene product confirmed by mass spectrometry" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein" /protein_id="ACS32532.1" /translation="MKMRVVFDKEYDVLTGVYRVRVRELEFDEELEKVLSGIDPSIKL GEEEIKLSELRDKVFELRSREEAEKIMSEIRGALIETLSSLIARFKEAQSFNGSVVYE IDFNELFKE" gene complement(32550..33149) /gene="pcp" /locus_tag="TGAM_0031" /note="tg0031" CDS complement(32550..33149) /gene="pcp" /locus_tag="TGAM_0031" /EC_number="3.4.19.3" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:BlastProDom:PD008480 PCP_PYRAB_Q9UYQ9; InterPro:IPR000816 Peptidase C15, pyroglutamyl peptidase I GO:Molecular Function:pyroglutamyl-peptidase I activity (GO:0004219), Biological Process:proteolysis (GO:0006508)" /inference="protein motif:CDD:Pcp, Pyrrolidone-carboxylate peptidase (N-terminal pyroglutamyl peptidase) [Posttranslational modification, protein turnover, chaperones]" /inference="protein motif:CDD:Peptidase_C15, Pyroglutamyl peptidase" /inference="protein motif:CDD:Peptidase_C15, Pyroglutamyl peptidase (PGP) type I, also known as pyrrolidone carboxyl peptidase (pcp) type I:Enzymes responsible for cleaving pyroglutamate (pGlu) from the N-terminal end of specialized proteins" /inference="protein motif:COG:COG2039 Pyrrolidone-carboxylate peptidase (N-terminal pyroglutamyl peptidase); O Posttranslational modification, protein turnover, chaperones" /inference="protein motif:FPrintScan:PR00706 PYROGLUPTASE InterPro:IPR000816 Peptidase C15, pyroglutamyl peptidase I GO:Molecular Function:pyroglutamyl-peptidase I activity (GO:0004219), Biological Process:proteolysis (GO:0006508)" /inference="protein motif:Gene3D:G3D.3.40.630.20 no description" /inference="protein motif:HMMPanther:PTHR10095 PYRROLIDONE-CARBOXYLATE PEPTIDASE InterPro:IPR000816 Peptidase C15, pyroglutamyl peptidase I GO:Molecular Function:pyroglutamyl-peptidase I activity (GO:0004219), Biological Process:proteolysis (GO:0006508)" /inference="protein motif:HMMPanther:PTHR10095:SF1 PYRROLIDONE-CARBOXYLATE PEPTIDASE" /inference="protein motif:HMMPfam:PF01470 Peptidase_C15 InterPro:IPR000816 Peptidase C15, pyroglutamyl peptidase I GO:Molecular Function:pyroglutamyl-peptidase I activity (GO:0004219), Biological Process:proteolysis (GO:0006508)" /inference="protein motif:HMMPIR:PIRSF015592 Pyrrolidone-carboxylate peptidase (N-terminal pyroglutamyl peptidase) InterPro:IPR000816 Peptidase C15, pyroglutamyl peptidase I GO:Molecular Function:pyroglutamyl-peptidase I activity (GO:0004219), Biological Process:proteolysis (GO:0006508)" /inference="protein motif:HMMTigr:TIGR00504 pyro_pdase:pyrrolidone-carboxylate peptid InterPro:IPR000816 Peptidase C15, pyroglutamyl peptidase I GO:Molecular Function:pyroglutamyl-peptidase I activity (GO:0004219), Biological Process:proteolysis (GO:0006508)" /inference="protein motif:ScanRegExp:PS01333 PYRASE_GLU InterPro:IPR000816 Peptidase C15, pyroglutamyl peptidase I GO:Molecular Function:pyroglutamyl-peptidase I activity (GO:0004219), Biological Process:proteolysis (GO:0006508)" /inference="protein motif:superfamily:SSF53182 Pyrrolidone carboxyl peptidase (pyroglutamate aminopeptidase)" /codon_start=1 /transl_table=11 /product="Pyrrolidone-carboxylate peptidase (pcp)" /protein_id="ACS32533.1" /translation="MKVLVTGFEPFGGEEINPSWEAVKALPDELNGATLLKVRLPVSF KRVREILPRLIAREKPDIVLLTGQAGGRPNVTVERVAINVMDSTMPDNDGFKPEDEPV FEGAPDAYFATIPIKDVVKALRKARIPAGVSNTVGTYVCNTAMFTALHTIAVSGMETK AGFIHVPFSHAQALEKPRPSMAQETINEAIRKALESLLE" gene 33210..34322 /locus_tag="TGAM_0032" /note="tg0032" CDS 33210..34322 /locus_tag="TGAM_0032" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:FixC, Dehydrogenases (flavoproteins) [Energy production and conversion]" /inference="protein motif:CDD:UbiH, 2-polyprenyl-6-methoxyphenol hydroxylase and related FAD-dependent oxidoreductases [Coenzyme metabolism / Energy production and conversion]" /inference="protein motif:COG:COG0644 Dehydrogenases (flavoproteins); C Energy production and conversion" /inference="protein motif:FPrintScan:PR00420 RNGMNOXGNASE InterPro:IPR003042 Aromatic-ring hydroxylase GO:Biological Process:electron transport (GO:0006118), Biological Process:metabolism (GO:0008152), Molecular Function:oxidoreductase activity (GO:0016491)" /inference="protein motif:Gene3D:G3D.3.50.50.60 no description" /inference="protein motif:HMMPanther:PTHR10617 FLAVOPROTEIN-UBIQUINONE OXIDOREDUCTASE-RELATED" /inference="protein motif:HMMPanther:PTHR10617:SF27 gb def:bacteriochlorophyll synthase 43 kda subunit (chlp) [methanococcus jannaschii]" /inference="protein motif:HMMPfam:PF07992 Pyr_redox_2 InterPro:IPR013027 FAD-dependent pyridine nucleotide-disulphide oxidoreductase" /inference="protein motif:HMMTigr:TIGR02032 GG-red-SF:geranylgeranyl reductase family InterPro:IPR011777 Geranylgeranyl reductase, plantal and prokaryotic" /inference="protein motif:superfamily:SSF51905 FAD/NAD(P)-binding domain" /codon_start=1 /transl_table=11 /product="Geranylgeranyl reductase" /protein_id="ACS32534.1" /translation="MRYDVLIIGGGPVGNYLAKLLAGKLDVAVVEKKRSFGGKACTGI IGRESFERLGFPEEAVLNSLRGAVFRSRIQSFEIARKSAQAYIVDRKTLERKLAEEAV KRGADYFIGTTFTGFRGGRARLQHLKETFEVSADFYVGADGIASTVAREIGAKSNAEF LKGFEVEVVGEFRRDFVEVWVNKDLNAEFFCWVAPLSDEVARVGTLGSLEALNRFLRA RGLRPTSILEFKAGTVGLGWRGPWAKDNVALVGDAALQIKPTTAGGIVFGAICAHHLA RAILSGDLSTYEASCSQIKRQISFGLKVRKVFKGLSQEGIERLFEVFSSEEARKVIEE QADFDDHLRTFKAIAKRPRLLASLLRISPSLIRALI" gene 34364..34888 /gene="rr-1" /locus_tag="TGAM_0033" /note="tg0033" CDS 34364..34888 /gene="rr-1" /locus_tag="TGAM_0033" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:Ferritin_like_AB, Ferritin-like domain found in Archaea and Bacteria (Ferritin_like_AB) is a member of a broad superfamily of ferritin-like diiron-carboxylate proteins" /inference="protein motif:COG:COG1633 Uncharacterized conserved protein; S Function unknown" /inference="protein motif:Gene3D:G3D.1.20.120.190 no description InterPro:IPR012347 Ferritin-related" /inference="protein motif:superfamily:SSF47240 Ferritin-like InterPro:IPR009078 Ferritin/ribonucleotide reductase-like" /codon_start=1 /transl_table=11 /product="Rubrerythrin-related protein (Rr)" /protein_id="ACS32535.1" /translation="MVDMGVEVLERIRNLNERELLSYWIRGEYEEAETYWKLAERAKE LGLPAEVYETFKQLGDESKEHGDELYQIYRREYGEELVEVNVPNVEALNVLGKFWKVE DLGDVLRIALESEKLAETIYRKLAGECRDEKLRSIYLRLADIERGHYERLKALANKMG VELDVEKECEKESS" gene complement(34885..35322) /gene="mbhN" /locus_tag="TGAM_0034" /note="tg0034" CDS complement(34885..35322) /gene="mbhN" /locus_tag="TGAM_0034" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:NuoI, Formate hydrogenlyase subunit 6/NADH:ubiquinone oxidoreductase 23 kD subunit (chain I) [Energy production and conversion]" /inference="protein motif:COG:COG1143 Formate hydrogenlyase subunit 6/NADH:ubiquinone oxidoreductase 23 kD subunit (chain I); C Energy production and conversion" /inference="protein motif:FPrintScan:PR00353 4FE4SFRDOXIN InterPro:IPR001450 4Fe-4S ferredoxin, iron-sulfur binding GO:Molecular Function:electron transporter activity (GO:0005489), Molecular Function:iron ion binding (GO:0005506), Biological Process:electron transport (GO:0006118)" /inference="protein motif:Gene3D:G3D.3.30.70.20 no description" /inference="protein motif:HMMPanther:PTHR10849 NADH-UBIQUINONE OXIDOREDUCTASE CHAIN 9-RELATED" /inference="protein motif:HMMPfam:PF00037 Fer4 InterPro:IPR001450 4Fe-4S ferredoxin, iron-sulfur binding GO:Molecular Function:electron transporter activity (GO:0005489), Molecular Function:iron ion binding (GO:0005506), Biological Process:electron transport (GO:0006118)" /inference="protein motif:ScanRegExp:PS00198 4FE4S_FERREDOXIN InterPro:IPR001450 4Fe-4S ferredoxin, iron-sulfur binding GO:Molecular Function:electron transporter activity (GO:0005489), Molecular Function:iron ion binding (GO:0005506), Biological Process:electron transport (GO:0006118)" /inference="protein motif:superfamily:SSF54862 4Fe-4S ferredoxins" /codon_start=1 /transl_table=11 /product="membrane bound hydrogenase, MbhN subunit (MbhN)" /protein_id="ACS32536.1" /translation="MKAPILVPTVLKNLTKKPATNLFPKTEPVPVPEDFRGMITYDVD KCVGCRMCYNVCPAGVFVCLPEIRKVALWTARCIYCGQCVDVCPTGALKLSRDFLLAS YDNHDERFIPLKSEKVEEIKKKLEEQKKAKEKAKGEKKAEKKA" gene complement(35319..36302) /gene="mbhM" /locus_tag="TGAM_0035" /note="tg0035" CDS complement(35319..36302) /gene="mbhM" /locus_tag="TGAM_0035" /EC_number="1.6.5.3" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:HyfC, Formate hydrogenlyase subunit 4 [Energy production and conversion]" /inference="protein motif:CDD:NADHdh, NADH dehydrogenase" /inference="protein motif:CDD:NuoH, NADH:ubiquinone oxidoreductase subunit 1 (chain H) [Energy production and conversion]" /inference="protein motif:COG:COG0650 Formate hydrogenlyase subunit 4; C Energy production and conversion" /inference="protein motif:HMMPanther:PTHR11432 NADH DEHYDROGENASE SUBUNIT 1 InterPro:IPR001694 Respiratory-chain NADH dehydrogenase, subunit 1 GO:Biological Process:electron transport (GO:0006118), Cellular Component:membrane (GO:0016020)" /inference="protein motif:HMMPfam:PF00146 NADHdh InterPro:IPR001694 Respiratory-chain NADH dehydrogenase, subunit 1 GO:Biological Process:electron transport (GO:0006118), Cellular Component:membrane (GO:0016020)" /note="8 probable transmembrane helices predicted by modhmm" /codon_start=1 /transl_table=11 /product="membrane bound hydrogenase, MbhM subunit (MbhM)" /protein_id="ACS32537.1" /translation="MGSIVYPIAGLLGLYGFVSLASLLWEGIDRKLVARMQRRVGPPI VQPFYDFLKLASKETIVPKTANYMFRAAPVLALATAIALLAYTPMGFTPILASKGDVI VFIYLLTLICFFKVVGAISSGNPYAKIGAAREAAILVSREPAMMLAIFAIMWRLGKLG VDKPFSMGVFYQHNIWEIGTPMSFVGAVILLYVFSVWLASEMEVGFFNIPDAEEEIAE GLLVEYSGRYLALLKLTKALKTFIAASLVVAIFFPWGIADYFNLAGLSADIVNLLFHT LKVFILLFIVGSVFRAVTGRLKVTQAVDFLWKNVFLASLVGSLLIAMEVIM" gene complement(36317..37594) /gene="mbhL" /locus_tag="TGAM_0036" /note="tg0036" CDS complement(36317..37594) /gene="mbhL" /locus_tag="TGAM_0036" /EC_number="1.6.5.3" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:Complex1_49kDa, Respiratory-chain NADH dehydrogenase, 49 Kd subunit" /inference="protein motif:CDD:FrhA, Coenzyme F420-reducing hydrogenase, alpha subunit [Energy production and conversion]" /inference="protein motif:CDD:HyaB, Ni,Fe-hydrogenase I large subunit [Energy production and conversion]" /inference="protein motif:CDD:HycE, Ni,Fe-hydrogenase III large subunit [Energy production and conversion]" /inference="protein motif:CDD:NuoD, NADH:ubiquinone oxidoreductase 49 kD subunit 7 [Energy production and conversion]" /inference="protein motif:COG:COG3261 Ni,Fe-hydrogenase III large subunit; C Energy production and conversion" /inference="protein motif:Gene3D:G3D.1.10.645.10 no description" /inference="protein motif:HMMPanther:PTHR11993 NADH DEHYDROGNEASE-RELATED" /inference="protein motif:HMMPanther:PTHR11993:SF11 NADH DEHYDROGNEASE-RELATED" /inference="protein motif:HMMPfam:PF00346 Complex1_49kDa InterPro:IPR001135 NADH-ubiquinone oxidoreductase, chain 49kDa GO:Molecular Function:electron transporter activity (GO:0005489), Biological Process:electron transport (GO:0006118)" /inference="protein motif:HMMPfam:PF00374 NiFeSe_Hases InterPro:IPR001501 Nickel-dependent hydrogenase, large subunit GO:Biological Process:electron transport (GO:0006118), Molecular Function:ferredoxin hydrogenase activity (GO:0008901), Molecular Function:nickel ion binding (GO:0016151)" /inference="protein motif:HMMPIR:PIRSF000230 [NiFe]-hydrogenase-3-type complex, large subunit/NADH:quinone oxidoreductase (complex I), subunit 49K/NdhH/NuoD" /inference="protein motif:superfamily:SSF56762 Nickel-iron hydrogenase, large subunit" /codon_start=1 /transl_table=11 /product="membrane bound hydrogenase, MbhL subunit (MbhL)" /protein_id="ACS32538.1" /translation="MTKVEYWVKIPFGPIHPGLEEPEKFILTLDGERIVDVDVKLGYN LRGIQWIALRRNYIQIMYLAERICGICSFSHNHTYTRAVEEAAGIEVPERAEYIRVII GELERIHSHLLNLGVLAHDIGYDTVLHLTWLAREKVMDTLEAVAGNRVNYSMVTIGGV RRDIDEKRRRIILDMIKYYKEVFPQIEDIFLHDPTIEARFRDCAVISRRVALEQGAVG PTGRGSGIRDDARWSEKLGVYPDLGIKPVMPQDVTGERPRGDVFDRMAVRIGELWQSL ELIEHALDGMPDGKIKAFPKDNVLYAKLRLMVDGEGIGRYEAPRGELVHYVRGKKGSD KPLRWKPREPTFPNLFAVAEGVKGDQVADFVVAVASIDPCLSCTDRVAVVENGRKRIL TEKDLIRASIKKTREINPDVKGDPTPVGLGCSR" gene complement(37758..38324) /gene="mbhK" /locus_tag="TGAM_0037" /note="tg0037" CDS complement(37758..38324) /gene="mbhK" /locus_tag="TGAM_0037" /EC_number="1.6.5.3" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:BlastProDom:PD001581 O59105_PYRHO_O59105; InterPro:IPR001268 NADH dehydrogenase (ubiquinone), 30 kDa subunit GO:Biological Process:mitochondrial electron transport, NADH to ubiquinone (GO:0006120), Molecular Function:NADH dehydrogenase (ubiquinone) activity (GO:0008137)" /inference="protein motif:CDD:Complex1_30kDa, Respiratory-chain NADH dehydrogenase, 30 Kd subunit" /inference="protein motif:CDD:HycE, Ni,Fe-hydrogenase III component G [Energy production and conversion]" /inference="protein motif:COG:COG3262 Ni,Fe-hydrogenase III component G; C Energy production and conversion" /inference="protein motif:HMMPanther:PTHR11993 NADH DEHYDROGNEASE-RELATED" /inference="protein motif:HMMPanther:PTHR11993:SF9 FORMATE HYDROGENLYASE" /inference="protein motif:HMMPfam:PF00329 Complex1_30kDa InterPro:IPR001268 NADH dehydrogenase (ubiquinone), 30 kDa subunit GO:Biological Process:mitochondrial electron transport, NADH to ubiquinone (GO:0006120), Molecular Function:NADH dehydrogenase (ubiquinone) activity (GO:0008137)" /inference="protein motif:superfamily:SSF50203 Bacterial enterotoxins InterPro:IPR008992 Bacterial enterotoxin" /codon_start=1 /transl_table=11 /product="membrane bound hydrogenase, MbhK subunit (MbhK)" /protein_id="ACS32539.1" /translation="MNDNPVNEANEVREPTKTQKVAETIAKRFPNAQVEVRVNKWGRE RVWVRIPREDYKALMRFIKELDGEAHYSIGIEQDLGDELGFLSHLAIHYDDAPAVSLI VDVRAPKDDPVIPDISDVFPIATQYEREAAEMVGIVFEGIPDKRRLFLPDDFPEGIYP LRLDDKGIPEEMVHNAGHPYYIRGGAKR" gene complement(38317..38841) /gene="mbhJ" /locus_tag="TGAM_0038" /note="tg0038" CDS complement(38317..38841) /gene="mbhJ" /locus_tag="TGAM_0038" /EC_number="1.6.5.3" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:COG3260, Ni,Fe-hydrogenase III small subunit [Energy production and conversion]" /inference="protein motif:CDD:FrhG, Coenzyme F420-reducing hydrogenase, gamma subunit [Energy production and conversion]" /inference="protein motif:CDD:NuoB, NADH:ubiquinone oxidoreductase 20 kD subunit and related Fe-S oxidoreductases [Energy production and conversion]" /inference="protein motif:CDD:Oxidored_q6, NADH ubiquinone oxidoreductase, 20 Kd subunit" /inference="protein motif:COG:COG3260 Ni,Fe-hydrogenase III small subunit; C Energy production and conversion" /inference="protein motif:Gene3D:G3D.3.40.50.700 no description" /inference="protein motif:HMMPanther:PTHR11995 NADH DEHYDROGENASE" /inference="protein motif:HMMPanther:PTHR11995:SF3 NADH-UBIQUINONE OXIDOREDUCTASE" /inference="protein motif:HMMPfam:PF01058 Oxidored_q6 InterPro:IPR006137 NADH ubiquinone oxidoreductase, 20 kDa subunit GO:Biological Process:mitochondrial electron transport, NADH to ubiquinone (GO:0006120), Molecular Function:NADH dehydrogenase (ubiquinone) activity (GO:0008137)" /inference="protein motif:HMMPIR:PIRSF002913 [NiFe]-hydrogenase-3-type complex, small subunit/NADH:quinone oxidoreductase (complex I), subunit PSST/NdhK/NuoB" /inference="protein motif:superfamily:SSF56770 Nickel-iron hydrogenase, small subunit" /codon_start=1 /transl_table=11 /product="membrane bound hydrogenase, MbhJ subunit (MbhJ)" /protein_id="ACS32540.1" /translation="MAITVPANNGSNSSERERLEKRIAQLCRYIGRSPWVFHVNTGSC NGCDIEIIAILTPRYDAERFGVKLVGSPRHADILLVTGPVTNQSLERVKLVYEQTPDP KIVVAVGACATGGGVFYESPFTNAPLSNVIPVDVYVPGCPPRPEAILHGVVLALEKLA KILKGEVPGGEEHE" gene complement(38848..39204) /gene="mbhI" /locus_tag="TGAM_0039" /note="tg0039" CDS complement(38848..39204) /gene="mbhI" /locus_tag="TGAM_0039" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:COG:-; -" /note="2 probable transmembrane helices predicted by modhmm" /codon_start=1 /transl_table=11 /product="membrane bound hydrogenase, MbhI subunit (MbhI)" /protein_id="ACS32541.1" /translation="MREMFGYWDALYFVLVFIVGLILAYLLDKWAKRSGMGTREVGDG TKIFISGEDPEKVIPGFEHFEGSYTGRNVMWGLTYALKRFFTALRGEHTGLLTDYVSY LIITTAFVMVVLLIWG" gene complement(39197..40744) /gene="mbhH" /locus_tag="TGAM_0040" /note="tg0040" CDS complement(39197..40744) /gene="mbhH" /locus_tag="TGAM_0040" /EC_number="1.6.5.3" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:HyfB, Formate hydrogenlyase subunit 3/Multisubunit Na+/H+ antiporter, MnhD subunit [Energy production and conversion / Inorganic ion transport and metabolism]" /inference="protein motif:CDD:NuoL, NADH:ubiquinone oxidoreductase subunit 5 (chain L)/Multisubunit Na+/H+ antiporter, MnhA subunit [Energy production and conversion / Inorganic ion transport and metabolism]" /inference="protein motif:CDD:NuoM, NADH:ubiquinone oxidoreductase subunit 4 (chain M) [Energy production and conversion]" /inference="protein motif:CDD:NuoN, NADH:ubiquinone oxidoreductase subunit 2 (chain N) [Energy production and conversion]" /inference="protein motif:CDD:Oxidored_q1, NADH-Ubiquinone/plastoquinone (complex I), various chains" /inference="protein motif:COG:COG0651 Formate hydrogenlyase subunit 3/Multisubunit Na+/H+ antiporter, MnhD subunit; C Energy production and conversion" /inference="protein motif:FPrintScan:PR01434 NADHDHGNASE5 InterPro:IPR003916 NADH-ubiquinone oxidoreductase, chain 5 GO:Molecular Function:NADH dehydrogenase (ubiquinone) activity (GO:0008137), Biological Process:ATP synthesis coupled electron transport (GO:0042773)" /inference="protein motif:HMMPanther:PTHR19377 NADH DEHYDROGENASE" /inference="protein motif:HMMPanther:PTHR19377:SF21 NADH DEHYDROGENASE" /inference="protein motif:HMMPfam:PF00361 Oxidored_q1 InterPro:IPR001750 NADH/Ubiquinone/plastoquinone (complex I) GO:Molecular Function:NADH dehydrogenase (ubiquinone) activity (GO:0008137), Biological Process:ATP synthesis coupled electron transport (GO:0042773)" /inference="protein motif:HMMPfam:PF00662 Oxidored_q1_N InterPro:IPR001516 NADH-Ubiquinone oxidoreductase (complex I), chain 5/L, N-terminal GO:Molecular Function:NADH dehydrogenase (ubiquinone) activity (GO:0008137), Biological Process:ATP synthesis coupled electron transport (GO:0042773)" /inference="protein motif:HMMTigr:TIGR01972 NDH_I_M:proton-translocating NADH-quinone o InterPro:IPR010227 Proton-translocating NADH-quinone oxidoreductase, chain M GO:Molecular Function:NADH dehydrogenase (ubiquinone) activity (GO:0008137), Biological Process:ATP synthesis coupled electron transport (GO:0042773)" /note="14 probable transmembrane helices predicted by modhmm" /codon_start=1 /transl_table=11 /product="membrane bound hydrogenase, MbhH subunit (MbhH)" /protein_id="ACS32542.1" /translation="MNGEAILPYLIIIPLFGAFSMPIVSLIGRKAREAWAVIISGATL AVASALFYSVWEDKGIIVYTLGAKSPLGQGVSFPIRIVWEVDLLGAIMVLMVALVSFL AVVYSLGYMKHDTGLDKYYTLILILELGMLGIAITGDLFNFYVFLEIMSIASYALVAF RNDTWEGIEAGIKYMFVGSIASSLVLLGIALLYGQYGTLTMGYMAIKIIENPTVTAKV ALALFIAGLLFKSGASPVHMWLADAHPAAPSSISAMLSGLVIKVGGVYALARILLSIY GASVSVKTVGWVIIIFACLTLIIGNAMAVVQTDMKRLLAYSSVGQIGYILLGLGIGLA AYGSHTGEVALAGAIYHTFNHALMKALLFLIAGVVIHELGTRDLNELSGLAKTMPKTT FAFLIGAAAIVGMPPLNGFASKWLIYESSAIFNPILGAIAIIGTAFCTAAYVRVLYTF FGRPSERVMKARDPEASMLWPIIILAVAIVIMGLFPWQISEKIMLPAVKALEDQLAYI SAVLGGA" gene complement(40741..41100) /gene="mbhG" /locus_tag="TGAM_0041" /note="tg0041" CDS complement(40741..41100) /gene="mbhG" /locus_tag="TGAM_0041" /EC_number="1.6.5.3" /inference="protein motif:BlastProDom:PD006097 Q9V0R3_PYRAB_Q9V0R3; InterPro:IPR006672 Protein of unknown function DUF67 GO:Molecular Function:molecular function unknown (GO:0005554), Cellular Component:integral to membrane (GO:0016021)" /inference="protein motif:CDD:MnhC, Multisubunit Na+/H+ antiporter, MnhC subunit [Inorganic ion transport and metabolism]" /inference="protein motif:COG:COG1006 Multisubunit Na+/H+ antiporter, MnhC subunit; P Inorganic ion transport and metabolism" /inference="protein motif:HMMPfam:PF00420 Oxidored_q2 InterPro:IPR001133 NADH-ubiquinone oxidoreductase, chain 4L GO:Biological Process:mitochondrial electron transport, NADH to ubiquinone (GO:0006120), Molecular Function:NADH dehydrogenase (ubiquinone) activity (GO:0008137)" /note="3 probable transmembrane helices predicted by modhmm" /codon_start=1 /transl_table=11 /product="membrane bound hydrogenase, MbhG subunit (MbhG)" /protein_id="ACS32543.1" /translation="MIQFQFITAFLLIVLGIYAFLAKRNLIKLILALDIIDSGIHLLL ISLGYRIELNEVPTAPIYTGYETLKSPMVGPLPQALVLTSIVIGVCVLSLAMALTINA YRHYGTLDVRALRRLRG" gene complement(41097..41531) /gene="mbhF" /locus_tag="TGAM_0042" /note="tg0042" CDS complement(41097..41531) /gene="mbhF" /locus_tag="TGAM_0042" /inference="protein motif:CDD:MnhB, Domain related to MnhB subunit of Na+/H+ antiporter" /inference="protein motif:CDD:MnhB, Multisubunit Na+/H+ antiporter, MnhB subunit [Inorganic ion transport and metabolism]" /inference="protein motif:COG:COG2111 Multisubunit Na+/H+ antiporter, MnhB subunit; P Inorganic ion transport and metabolism" /inference="protein motif:HMMPfam:PF04039 MnhB InterPro:IPR007182 Na+/H+ antiporter MnhB subunit-related protein" /note="4 probable transmembrane helices predicted by modhmm" /codon_start=1 /transl_table=11 /product="membrane bound hydrogenase, MbhF subunit (MbhF)" /protein_id="ACS32544.1" /translation="MGLIVKTSARAIIPLIGIFGAYIVAHGHLTPGGGFQGGATIAGA GILFLVAFGLNEMRKHYNKHLYSALEGLGGLVFLGAAMLGIGTAFFYNTLWHNGPFFN GKPGTLLSAGFLPIMNLAVGLKVFTGLVSALVAIAMYRRWRS" gene complement(41552..41848) /gene="mbhE" /locus_tag="TGAM_0043" /note="tg0043" CDS complement(41552..41848) /gene="mbhE" /locus_tag="TGAM_0043" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:COG:COG2111 Multisubunit Na+/H+ antiporter, MnhB subunit; P Inorganic ion transport and metabolism" /note="2 probable transmembrane helices predicted by modhmm" /codon_start=1 /transl_table=11 /product="membrane bound hydrogenase, MbhE subunit (MbhE)" /protein_id="ACS32545.1" /translation="MKKTIAYLSLLFILGVLLYVANPNYGLKFGPGGDDWKNLRYTDD YYITHGVQEVGGTNIVTDIVFDYRGYDTIGEATVLFTAIAGAVALLRPWRRDEE" gene complement(41845..42108) /gene="mbhD" /locus_tag="TGAM_0044" /note="tg0044" CDS complement(41845..42108) /gene="mbhD" /locus_tag="TGAM_0044" /inference="protein motif:COG:COG1563 Predicted subunit of the Multisubunit Na+/H+ antiporter; P Inorganic ion transport and metabolism" /note="3 probable transmembrane helices predicted by modhmm" /codon_start=1 /transl_table=11 /product="membrane bound hydrogenase, MbhD subunit (MbhD)" /protein_id="ACS32546.1" /translation="MNALTLDMIIQAIILIGVLITAYLTIRFRDLLAATLMSAAMSLL LSLEFYMLHAPDVAIAEAAVGAGVVTALVVYGIAKTERWEVER" gene complement(42105..42476) /gene="mbhC" /locus_tag="TGAM_0045" /note="tg0045" CDS complement(42105..42476) /gene="mbhC" /locus_tag="TGAM_0045" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:MnhG, Multisubunit Na+/H+ antiporter, MnhG subunit [Inorganic ion transport and metabolism]" /inference="protein motif:CDD:PhaG_MnhG_YufB, Na+/H+ antiporter subunit" /inference="protein motif:COG:COG1320 Multisubunit Na+/H+ antiporter, MnhG subunit; P Inorganic ion transport and metabolism" /inference="protein motif:HMMPfam:PF03334 PhaG_MnhG_YufB InterPro:IPR005133 Na+/H+ antiporter subunit" /inference="protein motif:HMMTigr:TIGR01300 CPA3_mnhG_phaG:monovalent cation/prot InterPro:IPR005133 Na+/H+ antiporter subunit" /note="3 probable transmembrane helices predicted by modhmm" /codon_start=1 /transl_table=11 /product="membrane bound hydrogenase, MbhC subunit (MbhC)" /protein_id="ACS32547.1" /translation="MSWVNYLIYAFLAVNITFNLLGSIALHRFPDVYTRLHGATKCTT FGTIFAVFAVATHALYRLHVTGDAKYLQMTLHSFVALIALLLTNPVGAHAIAKAAHLS GYKPAKAVIDAYEEKLGGGKE" gene complement(42473..42736) /gene="mbhB" /locus_tag="TGAM_0046" /note="tg0046" CDS complement(42473..42736) /gene="mbhB" /locus_tag="TGAM_0046" /inference="protein motif:CDD:MnhF, Multisubunit Na+/H+ antiporter, MnhF subunit [Inorganic ion transport and metabolism]" /inference="protein motif:COG:COG2212 Multisubunit Na+/H+ antiporter, MnhF subunit; P Inorganic ion transport and metabolism" /inference="protein motif:HMMPfam:PF04066 MrpF_PhaF InterPro:IPR007208 Multiple resistance and pH regulation protein F GO:Biological Process:ion transport (GO:0006811), Molecular Function:ion transporter activity (GO:0015075), Cellular Component:integral to membrane (GO:0016021)" /note="3 probable transmembrane helices predicted by modhmm" /codon_start=1 /transl_table=11 /product="membrane bound hydrogenase, MbhB subunit (MbhB)" /protein_id="ACS32548.1" /translation="MIEPVFFYSALIISFAAFLAILRILLGPSVPDRVVGVDTLNTLV VAAMVLLGAAYDRTIYIDIAIVYALLSYIGTLIIARYLQGGLE" gene complement(42733..43236) /gene="mbhA" /locus_tag="TGAM_0047" /note="tg0047" CDS complement(42733..43236) /gene="mbhA" /locus_tag="TGAM_0047" /inference="protein motif:BlastProDom:PD012569 Q9V0Q9_PYRAB_Q9V0Q9; InterPro:IPR002758 Predicted cation antiporter GO:Biological Process:cation transport (GO:0006812), Molecular Function:cation transporter activity (GO:0008324), Cellular Component:integral to membrane (GO:0016021)" /inference="protein motif:CDD:MnhE, Multisubunit Na+/H+ antiporter, MnhE subunit [Inorganic ion transport and metabolism]" /inference="protein motif:CDD:MNHE, Na+/H+ ion antiporter subunit" /inference="protein motif:COG:COG1863 Multisubunit Na+/H+ antiporter, MnhE subunit; P Inorganic ion transport and metabolism" /inference="protein motif:HMMPfam:PF01899 MNHE InterPro:IPR002758 Predicted cation antiporter GO:Biological Process:cation transport (GO:0006812), Molecular Function:cation transporter activity (GO:0008324), Cellular Component:integral to membrane (GO:0016021)" /note="2 probable transmembrane helices predicted by modhmm" /codon_start=1 /transl_table=11 /product="membrane bound hydrogenase, MbhA subunit (MbhA)" /protein_id="ACS32549.1" /translation="MPFIVAFVFAYVLWLVLTAGTNGLLWSSQELIAGLIFAGIIGYA TKDVVGEKSTRFLNPIRWLEWIAYAPVLFWGMVKANFHVAWLVITGRIRPGIVRVPVD LEEDAQYTILGNSITLTPGTLTIDARPEEKALYVHWIDIPKGMERPESSEPVSGPFEK WARRLGK" gene complement(43374..44951) /gene="mbc1A" /locus_tag="TGAM_0048" /note="tg0048" CDS complement(43374..44951) /gene="mbc1A" /locus_tag="TGAM_0048" /EC_number="1.6.5.3" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:HyfB, Formate hydrogenlyase subunit 3/Multisubunit Na+/H+ antiporter, MnhD subunit [Energy production and conversion / Inorganic ion transport and metabolism]" /inference="protein motif:CDD:NuoL, NADH:ubiquinone oxidoreductase subunit 5 (chain L)/Multisubunit Na+/H+ antiporter, MnhA subunit [Energy production and conversion / Inorganic ion transport and metabolism]" /inference="protein motif:CDD:NuoM, NADH:ubiquinone oxidoreductase subunit 4 (chain M) [Energy production and conversion]" /inference="protein motif:CDD:NuoN, NADH:ubiquinone oxidoreductase subunit 2 (chain N) [Energy production and conversion]" /inference="protein motif:CDD:Oxidored_q1, NADH-Ubiquinone/plastoquinone (complex I), various chains" /inference="protein motif:COG:COG0651 Formate hydrogenlyase subunit 3/Multisubunit Na+/H+ antiporter, MnhD subunit; C Energy production and conversion" /inference="protein motif:FPrintScan:PR01434 NADHDHGNASE5 InterPro:IPR003916 NADH-ubiquinone oxidoreductase, chain 5 GO:Molecular Function:NADH dehydrogenase (ubiquinone) activity (GO:0008137), Biological Process:ATP synthesis coupled electron transport (GO:0042773)" /inference="protein motif:HMMPanther:PTHR19377 NADH DEHYDROGENASE" /inference="protein motif:HMMPanther:PTHR19377:SF19 NADH DEHYDROGENASE" /inference="protein motif:HMMPfam:PF00361 Oxidored_q1 InterPro:IPR001750 NADH/Ubiquinone/plastoquinone (complex I) GO:Molecular Function:NADH dehydrogenase (ubiquinone) activity (GO:0008137), Biological Process:ATP synthesis coupled electron transport (GO:0042773)" /note="13 probable transmembrane helices predicted by modhmm" /codon_start=1 /transl_table=11 /product="Membrane bound complex 1, subunit A (Mbc1A)" /protein_id="ACS32550.1" /translation="MVRMNVVGLTPIIPILFAFALPLTSILVKGDRRIVQAYALTGTG LTLLSAVKLFQLAYSSNEPLIYTFGGWTAPVGIIYEVDRMSALIALVTAALMFLIAIY SYRYLEGEGGLEWYYTLYLGLEAGLLGVLLTGDAFNLFVMIEVTSIAAYALVMYYRDR GDSVVAGLKYALIGAVGTTMYFIALGVLYYGFGTLNFANLSALIHGMSFPVVGEPYRD VVIASGVALALATWAFLIKAAVFPNHFWLPEAHPAAPSPISAILSGLVVNVGVYALAR FLYTVYGGALTSTLSSVIHALSIVLMLLGAVSALFGALMMLVQRDVKRLIAYSTVMHM GYLVMAVGVGTQLALSAAIFHMVNHAIAKALLFLSAGVFIHAAGSRNLEDLAGLGRKM PVATFSLAVASLSLVGVPPFNVFFSKLLLFNAFLDENPVLALVLVVSSVTALVAYVRV FYEVWLGKPGKEVELRESWSMSGVCLVLALACVVVGLVAPYVVSHYVEPAAVQAVDYR VYIQKALEYAAKTKLGL" gene complement(44953..45438) /gene="mbc1B" /locus_tag="TGAM_0049" /note="tg0049" CDS complement(44953..45438) /gene="mbc1B" /locus_tag="TGAM_0049" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:BlastProDom:PD012569 Q9UYP0_PYRAB_Q9UYP0; InterPro:IPR002758 Predicted cation antiporter GO:Biological Process:cation transport (GO:0006812), Molecular Function:cation transporter activity (GO:0008324), Cellular Component:integral to membrane (GO:0016021)" /inference="protein motif:CDD:MnhE, Multisubunit Na+/H+ antiporter, MnhE subunit [Inorganic ion transport and metabolism]" /inference="protein motif:CDD:MNHE, Na+/H+ ion antiporter subunit" /inference="protein motif:COG:COG1863 Multisubunit Na+/H+ antiporter, MnhE subunit; P Inorganic ion transport and metabolism" /inference="protein motif:HMMPfam:PF01899 MNHE InterPro:IPR002758 Predicted cation antiporter GO:Biological Process:cation transport (GO:0006812), Molecular Function:cation transporter activity (GO:0008324), Cellular Component:integral to membrane (GO:0016021)" /inference="protein motif:superfamily:SSF48317 Acid phosphatase/Vanadium-dependent haloperoxidase InterPro:IPR008934 Acid phosphatase/vanadium-dependent haloperoxidase" /note="3 probable transmembrane helices predicted by modhmm" /codon_start=1 /transl_table=11 /product="Membrane bound complex 1, subunit B (Mbc1B)" /protein_id="ACS32551.1" /translation="MRGVAATALLAFITYIIFTGSLTPYDLVTGVIVGVTIGLLVGRF LVENDAKALNPVRWAWGLVYFLWYFLVAEVKAHLDVMRRIITGDIEPGIVKVPLKVKS EYARTLVANSITNTPGTVVVDVDENYLYVNWINVTTEEPEEAKKEICEEFEKYAERIF E" gene complement(45435..45839) /gene="mbc1C" /locus_tag="TGAM_0050" /note="tg0050" CDS complement(45435..45839) /gene="mbc1C" /locus_tag="TGAM_0050" /EC_number="1.6.5.3" /inference="protein motif:BlastProDom:PD006097 Q9UYN9_PYRAB_Q9UYN9; InterPro:IPR006672 Protein of unknown function DUF67 GO:Molecular Function:molecular function unknown (GO:0005554), Cellular Component:integral to membrane (GO:0016021)" /inference="protein motif:CDD:MnhC, Multisubunit Na+/H+ antiporter, MnhC subunit [Inorganic ion transport and metabolism]" /inference="protein motif:COG:COG1006 Multisubunit Na+/H+ antiporter, MnhC subunit; P Inorganic ion transport and metabolism" /inference="protein motif:HMMPfam:PF00420 Oxidored_q2 InterPro:IPR001133 NADH-ubiquinone oxidoreductase, chain 4L GO:Biological Process:mitochondrial electron transport, NADH to ubiquinone (GO:0006120), Molecular Function:NADH dehydrogenase (ubiquinone) activity (GO:0008137)" /note="3 probable transmembrane helices predicted by modhmm" /codon_start=1 /transl_table=11 /product="Membrane bound complex 1, subunit C (Mbc1C)" /protein_id="ACS32552.1" /translation="MISLLWSITIVSLLATLIISVYGIVAKPNLVKKLIALTIFGDTA NVLVVLLGYRVIYPVKPPILPELSKSAVGEFVKTAVDPLPQALVITAVVIGMAVNILI AFAVIQIYRIYGTLDVREVGKSLPELLRRDEA" gene complement(45836..46594) /gene="mbc1D" /locus_tag="TGAM_0051" /note="tg0051" CDS complement(45836..46594) /gene="mbc1D" /locus_tag="TGAM_0051" /inference="protein motif:COG:COG2111 Multisubunit Na+/H+ antiporter, MnhB subunit; P Inorganic ion transport and metabolism" /inference="protein motif:HMMPfam:PF04039 MnhB InterPro:IPR007182 Na+/H+ antiporter MnhB subunit-related protein" /note="6 probable transmembrane helices predicted by modhmm" /codon_start=1 /transl_table=11 /product="Membrane bound complex 1, subunit D (Mbc1D)" /protein_id="ACS32553.1" /translation="MKRLIGLLTILITVLGVACYVAQNLTPPENLHPLGEYYLENSYF GEHSAKSPEAVTSILWDYRGVDTLFETAVFFLAIIGSLTLFRLNKEQAEEAKQGEPKP QLPEPVVVVTKLTVAMILAVSASIALHGQLTPGGGFQGGSALAVAPLLVIAAYTKYAL EKNGLDKTRAIIIRSIGLLGIALTALTPLLVSGYIMQNQPIFPAKALGVPLGGSLVLY NLFEYLAVGAGFTAVFLLLSIPEEKFKKFLGVRR" gene complement(46595..46849) /gene="mbc1E" /locus_tag="TGAM_0052" /note="tg0052" CDS complement(46595..46849) /gene="mbc1E" /locus_tag="TGAM_0052" /inference="protein motif:COG:COG1563 Predicted subunit of the Multisubunit Na+/H+ antiporter; P Inorganic ion transport and metabolism" /note="3 probable transmembrane helices predicted by modhmm" /codon_start=1 /transl_table=11 /product="Membrane bound complex 1, subunit E (Mbc1E)" /protein_id="ACS32554.1" /translation="MIELHLTILAITALIGLIASYLAITEKDLLKAVGYSAIQAIAYA LIFHTLMAPDIVLAYVAIAVGIYSALLIFIIGKTERYEVV" gene complement(46846..47193) /gene="mbc1F" /locus_tag="TGAM_0054" /note="tg0054" CDS complement(46846..47193) /gene="mbc1F" /locus_tag="TGAM_0054" /inference="protein motif:CDD:MnhG, Multisubunit Na+/H+ antiporter, MnhG subunit [Inorganic ion transport and metabolism]" /inference="protein motif:CDD:PhaG_MnhG_YufB, Na+/H+ antiporter subunit" /inference="protein motif:COG:COG1320 Multisubunit Na+/H+ antiporter, MnhG subunit; P Inorganic ion transport and metabolism" /inference="protein motif:HMMPfam:PF03334 PhaG_MnhG_YufB InterPro:IPR005133 Na+/H+ antiporter subunit" /inference="protein motif:HMMTigr:TIGR01300 CPA3_mnhG_phaG:monovalent cation/prot InterPro:IPR005133 Na+/H+ antiporter subunit" /inference="protein motif:ScanRegExp:PS01005 FORMATE_NITRITE_TP_1 InterPro:IPR000292 Formate/nitrite transporter GO:Molecular Function:transporter activity (GO:0005215), Biological Process:transport (GO:0006810), Cellular Component:membrane (GO:0016020)" /note="3 probable transmembrane helices predicted by modhmm" /codon_start=1 /transl_table=11 /product="Membrane bound complex 1, subunit F (Mbc1F)" /protein_id="ACS32555.1" /translation="MNTLFTLGAILVIIGGICDLFGAIGLLKFPNFYIRLHAATIGTI GGAAVPLFGVALLALSTNIPNKYAIAGASLITGIITLLAAPAGATALAYAAHKTNAVE WNPKTDHLKEARK" gene complement(47190..47477) /gene="mbc1G" /locus_tag="TGAM_0053" /note="tg0053" CDS complement(47190..47477) /gene="mbc1G" /locus_tag="TGAM_0053" /inference="protein motif:COG:COG2212 Multisubunit Na+/H+ antiporter, MnhF subunit; P Inorganic ion transport and metabolism" /inference="protein motif:HMMPfam:PF04066 MrpF_PhaF InterPro:IPR007208 Multiple resistance and pH regulation protein F GO:Biological Process:ion transport (GO:0006811), Molecular Function:ion transporter activity (GO:0015075), Cellular Component:integral to membrane (GO:0016021)" /note="3 probable transmembrane helices predicted by modhmm" /codon_start=1 /transl_table=11 /product="Membrane bound complex 1, subunit G (Mbc1G)" /protein_id="ACS32556.1" /translation="MRLMSFGVVMLMRIILPLYVTAFILYTVRAIKGPTIPDIILAVD CMSFDIAAFMAILAVYFKSVYLISGAITLALWAYLLDIYIANHLTKKEVGA" gene complement(47508..48542) /gene="focA" /locus_tag="TGAM_0055" /note="tg0055" CDS complement(47508..48542) /gene="focA" /locus_tag="TGAM_0055" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:FocA, Formate/nitrite family of transporters [Inorganic ion transport and metabolism]" /inference="protein motif:CDD:Form_Nir_trans, Formate/nitrite transporter" /inference="protein motif:COG:COG2116 Formate/nitrite family of transporters; P Inorganic ion transport and metabolism" /inference="protein motif:HMMPfam:PF01226 Form_Nir_trans InterPro:IPR000292 Formate/nitrite transporter GO:Molecular Function:transporter activity (GO:0005215), Biological Process:transport (GO:0006810), Cellular Component:membrane (GO:0016020)" /note="8 probable transmembrane helices predicted by modhmm" /codon_start=1 /transl_table=11 /product="Formate transporter (focA)" /protein_id="ACS32557.1" /translation="MVDAKEKILYGVDTTFEGIAKKATPKFKTTPGRLLFAGFMAGAF IAFGFLLAVVAGCIAKYPPFAVGDTFNKALLKILLGAVFPVGLIAVVLGGADLWTGNV QFLSSAKVKGYADFKCVLYNWFGSYGGNFIGSIFLALMAIPLTGLFGHVGDPNLFGKT VVAIAHGKVSKDILALFFLGIGCNWLVNLAIWQSARVQDGAGKILAIWFPIFAFVAIG FEHAIANMWAIPTGIIASNYAVTWSQFFHNVIPVTFGNAVGGFLFVAFYYWYLSHPEL TAERLVKEIVDFFVVFAVFWILATLIPAGIGIALDKAMGRGAMYAVPVVLSIYYIVGT FALAKVAKPA" gene complement(48549..48773) /gene="mhy2I-1" /locus_tag="TGAM_0056" /note="tg0056" CDS complement(48549..48773) /gene="mhy2I-1" /locus_tag="TGAM_0056" /codon_start=1 /transl_table=11 /product="putative formate hydrogenlyase II subunit I (Mhy2I)" /protein_id="ACS32558.1" /translation="MLDHVDADFTLYEEVGEVSVETCKLIRKVFGRSYLTLDDLPGVL KLKLPGRDREVLMRALSGLKPDEKLKLERG" gene complement(48757..49608) /gene="mhy2H" /locus_tag="TGAM_0057" /note="tg0057" CDS complement(48757..49608) /gene="mhy2H" /locus_tag="TGAM_0057" /EC_number="1.6.5.3" /inference="protein motif:CDD:COG3260, Ni,Fe-hydrogenase III small subunit [Energy production and conversion]" /inference="protein motif:CDD:NuoB, NADH:ubiquinone oxidoreductase 20 kD subunit and related Fe-S oxidoreductases [Energy production and conversion]" /inference="protein motif:CDD:Oxidored_q6, NADH ubiquinone oxidoreductase, 20 Kd subunit" /inference="protein motif:COG:COG3260 Ni,Fe-hydrogenase III small subunit; C Energy production and conversion" /inference="protein motif:Gene3D:G3D.3.40.50.700 no description" /inference="protein motif:HMMPanther:PTHR11995 NADH DEHYDROGENASE" /inference="protein motif:HMMPanther:PTHR11995:SF3 NADH-UBIQUINONE OXIDOREDUCTASE" /inference="protein motif:HMMPfam:PF01058 Oxidored_q6 InterPro:IPR006137 NADH ubiquinone oxidoreductase, 20 kDa subunit GO:Biological Process:mitochondrial electron transport, NADH to ubiquinone (GO:0006120), Molecular Function:NADH dehydrogenase (ubiquinone) activity (GO:0008137)" /inference="protein motif:superfamily:SSF56770 Nickel-iron hydrogenase, small subunit" /note="1 probable transmembrane helix predicted by modhmm" /codon_start=1 /transl_table=11 /product="formate hydrogenlyase II subunit H (Mhy2H)" /protein_id="ACS32559.1" /translation="MRLRSLYVFHLDTGACNGCEIELFDILTPYYDAERLGVRLAASP RHAHAMAATGPLTRQAYYAAKEAIKAMPPKPRIIVAIGTCACSGGIFYNGYPIYRRPE SGREGQEYPRRGGIFELVQDLRDEGEYVGPVVYIPGCPPRPEEILYGVALALGLVEKQ VKGEYYTEEVGFELPEYPIEERIRLSLRERLKYVVGYFDREKVLEDFMELVAKAKSAE ELHGLIQGYCLKNPDPRVSLAMRVLEREFLRLKEKYGWEVKGSAKAPQGEVRGLQVSA DGDAGPR" gene complement(49605..50102) /gene="mhy2G" /locus_tag="TGAM_0058" /note="tg0058" CDS complement(49605..50102) /gene="mhy2G" /locus_tag="TGAM_0058" /EC_number="1.6.5.3" /inference="protein motif:CDD:NuoI, Formate hydrogenlyase subunit 6/NADH:ubiquinone oxidoreductase 23 kD subunit (chain I) [Energy production and conversion]" /inference="protein motif:COG:COG1143 Formate hydrogenlyase subunit 6/NADH:ubiquinone oxidoreductase 23 kD subunit (chain I); C Energy production and conversion" /inference="protein motif:FPrintScan:PR00353 4FE4SFRDOXIN InterPro:IPR001450 4Fe-4S ferredoxin, iron-sulfur binding GO:Molecular Function:electron transporter activity (GO:0005489), Molecular Function:iron ion binding (GO:0005506), Biological Process:electron transport (GO:0006118)" /inference="protein motif:Gene3D:G3D.3.30.70.20 no description" /inference="protein motif:HMMPanther:PTHR10849 NADH-UBIQUINONE OXIDOREDUCTASE CHAIN 9-RELATED" /inference="protein motif:HMMPfam:PF00037 Fer4 InterPro:IPR001450 4Fe-4S ferredoxin, iron-sulfur binding GO:Molecular Function:electron transporter activity (GO:0005489), Molecular Function:iron ion binding (GO:0005506), Biological Process:electron transport (GO:0006118)" /inference="protein motif:ScanRegExp:PS00198 4FE4S_FERREDOXIN InterPro:IPR001450 4Fe-4S ferredoxin, iron-sulfur binding GO:Molecular Function:electron transporter activity (GO:0005489), Molecular Function:iron ion binding (GO:0005506), Biological Process:electron transport (GO:0006118)" /inference="protein motif:superfamily:SSF54862 4Fe-4S ferredoxins" /codon_start=1 /transl_table=11 /product="formate hydrogenlyase II subunit G (Mhy2G)" /protein_id="ACS32560.1" /translation="MAVTLKYPFVKIEAPPEYRGVPHINPRLCIGCGACVNACPADAL LRIDDYEKGTRKIVLDVGRCIRCARCDEACPTGAIRMTRNFEVATLDRKDHVEVVELR LHRCPNCGSYTDYTERALEKALQILPEGLFDGDEIRKRAILCRNCRRKLTVDDAVEAS REVVE" gene complement(50104..51840) /gene="mhy2F" /locus_tag="TGAM_0059" /note="tg0059" CDS complement(50104..51840) /gene="mhy2F" /locus_tag="TGAM_0059" /EC_number="1.6.5.3" /inference="protein motif:BlastProDom:PD001581 Q8R9B5_THETN_Q8R9B5; InterPro:IPR001268 NADH dehydrogenase (ubiquinone), 30 kDa subunit GO:Biological Process:mitochondrial electron transport, NADH to ubiquinone (GO:0006120), Molecular Function:NADH dehydrogenase (ubiquinone) activity (GO:0008137)" /inference="protein motif:CDD:Complex1_30kDa, Respiratory-chain NADH dehydrogenase, 30 Kd subunit" /inference="protein motif:CDD:Complex1_49kDa, Respiratory-chain NADH dehydrogenase, 49 Kd subunit" /inference="protein motif:CDD:FrhA, Coenzyme F420-reducing hydrogenase, alpha subunit [Energy production and conversion]" /inference="protein motif:CDD:HyaB, Ni,Fe-hydrogenase I large subunit [Energy production and conversion]" /inference="protein motif:CDD:HycE, Ni,Fe-hydrogenase III component G [Energy production and conversion]" /inference="protein motif:CDD:HycE, Ni,Fe-hydrogenase III large subunit [Energy production and conversion]" /inference="protein motif:CDD:NiFeSe_Hases, Nickel-dependent hydrogenase" /inference="protein motif:CDD:NuoD, NADH:ubiquinone oxidoreductase 49 kD subunit 7 [Energy production and conversion]" /inference="protein motif:COG:COG3261 Ni,Fe-hydrogenase III large subunit; C Energy production and conversion" /inference="protein motif:Gene3D:G3D.1.10.645.10 no description" /inference="protein motif:HMMPanther:PTHR11993 NADH DEHYDROGNEASE-RELATED" /inference="protein motif:HMMPanther:PTHR11993:SF9 FORMATE HYDROGENLYASE" /inference="protein motif:HMMPfam:PF00329 Complex1_30kDa InterPro:IPR001268 NADH dehydrogenase (ubiquinone), 30 kDa subunit GO:Biological Process:mitochondrial electron transport, NADH to ubiquinone (GO:0006120), Molecular Function:NADH dehydrogenase (ubiquinone) activity (GO:0008137)" /inference="protein motif:HMMPfam:PF00346 Complex1_49kDa InterPro:IPR001135 NADH-ubiquinone oxidoreductase, chain 49kDa GO:Molecular Function:electron transporter activity (GO:0005489), Biological Process:electron transport (GO:0006118)" /inference="protein motif:HMMPfam:PF00374 NiFeSe_Hases InterPro:IPR001501 Nickel-dependent hydrogenase, large subunit GO:Biological Process:electron transport (GO:0006118), Molecular Function:ferredoxin hydrogenase activity (GO:0008901), Molecular Function:nickel ion binding (GO:0016151)" /inference="protein motif:HMMPIR:PIRSF000231 [NiFe]-hydrogenase-3-type complex, fused large subunit/NADH:quinone oxidoreductase (complex I), subunit NuoCD" /inference="protein motif:ScanRegExp:PS00542 COMPLEX1_30K InterPro:IPR001268 NADH dehydrogenase (ubiquinone), 30 kDa subunit GO:Biological Process:mitochondrial electron transport, NADH to ubiquinone (GO:0006120), Molecular Function:NADH dehydrogenase (ubiquinone) activity (GO:0008137)" /inference="protein motif:superfamily:SSF50203 Bacterial enterotoxins InterPro:IPR008992 Bacterial enterotoxin" /inference="protein motif:superfamily:SSF56762 Nickel-iron hydrogenase, large subunit" /codon_start=1 /transl_table=11 /product="formate hydrogenlyase II subunit F (Mhy2F)" /protein_id="ACS32561.1" /translation="MNMKEWARKITDEKVRERYVNEVIERFRDRIIRIERNADNQWII EIRKEDLPEVIGYIINHPEWKETQLSTMVGADERPLRGKFSLIYWISINGASGDVVFG IKTYISEDDPKFPSVTPIHPGANWYEREVKDLLGLIPEGHPDPRRLVLPDDWPEGVYP LRKDFHYTDSPKREFTDETKYPYREPPKGTAVFPLGPYHVALDEPGHFRLYVKGEEIV DVDYRLFYQHRGIEKIGENRLTYDQVNFIAERICGICGTAHALAYAQAVEAAGGVEVP ERAEYIRTVMAEIERLHSHLLNLGLACHDVGFDKGFMDAFRLREHVMWLAERLTGNRK TYGMVVIGGVRRDFLEYRRSMIEKVIRELREGFQKWADQTLSTKTFVKRCEGVGVLSY KDAKRWSSVGPWARGSGRDLDARRDHPFAAYKYLDFKVPVYKEGDVLARCLVRAEEIL ESIWIIEQALDEMPGGDILAEWKEIPPYQEAVGFTEAPRGEDVHYVMTGEGNRLYRWR IRASTYNNFPALPDAMRGNSVADAVLIIASMDPCYSCTERVQVVDARSGKVRVLTEKE LTELSRKASRGV" gene complement(51837..52757) /gene="mhy2E" /locus_tag="TGAM_0060" /note="tg0060" CDS complement(51837..52757) /gene="mhy2E" /locus_tag="TGAM_0060" /EC_number="1.6.5.3" /inference="protein motif:CDD:HyfC, Formate hydrogenlyase subunit 4 [Energy production and conversion]" /inference="protein motif:CDD:NADHdh, NADH dehydrogenase" /inference="protein motif:CDD:NuoH, NADH:ubiquinone oxidoreductase subunit 1 (chain H) [Energy production and conversion]" /inference="protein motif:COG:COG0650 Formate hydrogenlyase subunit 4; C Energy production and conversion" /inference="protein motif:HMMPanther:PTHR11432 NADH DEHYDROGENASE SUBUNIT 1 InterPro:IPR001694 Respiratory-chain NADH dehydrogenase, subunit 1 GO:Biological Process:electron transport (GO:0006118), Cellular Component:membrane (GO:0016020)" /inference="protein motif:HMMPfam:PF00146 NADHdh InterPro:IPR001694 Respiratory-chain NADH dehydrogenase, subunit 1 GO:Biological Process:electron transport (GO:0006118), Cellular Component:membrane (GO:0016020)" /inference="protein motif:ScanRegExp:PS00668 COMPLEX1_ND1_2 InterPro:IPR001694 Respiratory-chain NADH dehydrogenase, subunit 1 GO:Biological Process:electron transport (GO:0006118), Cellular Component:membrane (GO:0016020)" /note="7 probable transmembrane helices predicted by modhmm" /codon_start=1 /transl_table=11 /product="formate hydrogenlyase II subunit E (Mhy2E)" /protein_id="ACS32562.1" /translation="MSGYERIAFSFIAVCLILFLPPLLDGVARKIKAKIQLRQGPSIL QTYYDLVTFLSMEPVYPTERLAFRLAPYIAFASAVSAALVLPYGRVIPVSFTGDIFVF LYVLAMVSIAYMIAGFSLNNTYTNTGANREMMIMLSIEPVLGLAIGTLTLNAHTLRIG AIPFAVTFTLSVLLAYGLLAYSVYVEGGFIPFDVAEAEQEILEGVFSEYSGYLLGIFK WALMIKRFALLWLLSSFISIPLVRNIANGALGGALILVTQLIVLFLLYTAVAIIESMN ARLRIEQIIRQNAGVFVCSIAVLVLAALGW" gene complement(52760..54844) /gene="mhy2D" /locus_tag="TGAM_0061" /note="tg0061" CDS complement(52760..54844) /gene="mhy2D" /locus_tag="TGAM_0061" /EC_number="1.6.5.3" /inference="protein motif:CDD:HyfB, Formate hydrogenlyase subunit 3/Multisubunit Na+/H+ antiporter, MnhD subunit [Energy production and conversion / Inorganic ion transport and metabolism]" /inference="protein motif:CDD:NuoL, NADH:ubiquinone oxidoreductase subunit 5 (chain L)/Multisubunit Na+/H+ antiporter, MnhA subunit [Energy production and conversion / Inorganic ion transport and metabolism]" /inference="protein motif:CDD:NuoM, NADH:ubiquinone oxidoreductase subunit 4 (chain M) [Energy production and conversion]" /inference="protein motif:CDD:NuoN, NADH:ubiquinone oxidoreductase subunit 2 (chain N) [Energy production and conversion]" /inference="protein motif:CDD:Oxidored_q1, NADH-Ubiquinone/plastoquinone (complex I), various chains" /inference="protein motif:COG:COG0651 Formate hydrogenlyase subunit 3/Multisubunit Na+/H+ antiporter, MnhD subunit; C Energy production and conversion" /inference="protein motif:FPrintScan:PR01434 NADHDHGNASE5 InterPro:IPR003916 NADH-ubiquinone oxidoreductase, chain 5 GO:Molecular Function:NADH dehydrogenase (ubiquinone) activity (GO:0008137), Biological Process:ATP synthesis coupled electron transport (GO:0042773)" /inference="protein motif:HMMPanther:PTHR19377 NADH DEHYDROGENASE" /inference="protein motif:HMMPfam:PF00361 Oxidored_q1 InterPro:IPR001750 NADH/Ubiquinone/plastoquinone (complex I) GO:Molecular Function:NADH dehydrogenase (ubiquinone) activity (GO:0008137), Biological Process:ATP synthesis coupled electron transport (GO:0042773)" /inference="protein motif:ScanRegExp:PS00430 TONB_DEPENDENT_REC_1 InterPro:IPR010916 TonB box, N-terminal" /note="15 probable transmembrane helices predicted by modhmm" /codon_start=1 /transl_table=11 /product="formate hydrogenlyase II subunit D (Mhy2D)" /protein_id="ACS32563.1" /translation="MKMKELFTLTVILYLISILAVLPLRKNYRASITVGHVFTGLASL SLLAFTVSVLPEALKGKAIEFTYDLGVAKIPFHVDGLSLILCLVLGSLGLATSIYSPK YMEFYERFGRGWLYVVLYSTFVLSMVLIVTTSNFLWFVFFWEVMTFTSYLLMVWENDE EYVRKAGWKYFVTMHVASTLPLIVALALLYAKAGSIEGLNFDNLSKLHLGPIYYLLFL VGFGSKAGVVPLHFWLPDAHPAAPSNVSALLSGAMIKVAVYGLIRTTCFILGLNETFG YIVAILGTVTLTVGTLYALKQTDAKRLLAYHSVGQMGYIWLGVGAGIALMAKGGSYAA FGAIAMAAGLYHLVNHAIFKGLLFLSAGSVLYRTHTRELNVLGGLAKLMPLTALFTFI AAMSIAGEPPFNGFMSKWMIYQGTFLSGDGLLVFCGVMALFISAATLASFVKFYTTAF GGVPTKVTENAEEVPSSMLVGKGFLAALCLLFGLIPSSIIPLLLAPGKVLTGTDLSGW ISTKYWLVTIKAPGMPSGGETYFNPWLLVGVLGVLAGAMLVSYPNRPKKVVKVWTTGE PVRMEHYKLKAMHYYGPFEEYIHGLYHSGDVLSEWGSGVCSAVAGGYLTLGKTLLRWA DKVGRGITSAGRWYVENGKEVYLDEAVASPFVQLAKGLAIGLEELSLNYNLLLAVAVA VLGLILLILAGW" gene complement(54841..56061) /gene="mhy2C2" /locus_tag="TGAM_0062" /note="tg0062" CDS complement(54841..56061) /gene="mhy2C2" /locus_tag="TGAM_0062" /EC_number="1.6.5.3" /inference="protein motif:CDD:HyfB, Formate hydrogenlyase subunit 3/Multisubunit Na+/H+ antiporter, MnhD subunit [Energy production and conversion / Inorganic ion transport and metabolism]" /inference="protein motif:CDD:NuoL, NADH:ubiquinone oxidoreductase subunit 5 (chain L)/Multisubunit Na+/H+ antiporter, MnhA subunit [Energy production and conversion / Inorganic ion transport and metabolism]" /inference="protein motif:CDD:NuoM, NADH:ubiquinone oxidoreductase subunit 4 (chain M) [Energy production and conversion]" /inference="protein motif:CDD:NuoN, NADH:ubiquinone oxidoreductase subunit 2 (chain N) [Energy production and conversion]" /inference="protein motif:CDD:Oxidored_q1, NADH-Ubiquinone/plastoquinone (complex I), various chains" /inference="protein motif:COG:COG0651 Formate hydrogenlyase subunit 3/Multisubunit Na+/H+ antiporter, MnhD subunit; C Energy production and conversion" /inference="protein motif:FPrintScan:PR01437 NUOXDRDTASE4 InterPro:IPR003918 NADH-ubiquinone oxidoreductase, chain 4 GO:Molecular Function:NADH dehydrogenase (ubiquinone) activity (GO:0008137), Biological Process:ATP synthesis coupled electron transport (GO:0042773)" /inference="protein motif:HMMPanther:PTHR19377 NADH DEHYDROGENASE" /inference="protein motif:HMMPfam:PF00361 Oxidored_q1 InterPro:IPR001750 NADH/Ubiquinone/plastoquinone (complex I) GO:Molecular Function:NADH dehydrogenase (ubiquinone) activity (GO:0008137), Biological Process:ATP synthesis coupled electron transport (GO:0042773)" /inference="protein motif:superfamily:SSF51445 (Trans)glycosidases" /note="11 probable transmembrane helices predicted by modhmm" /codon_start=1 /transl_table=11 /product="formate hydrogenlyase II subunit C' (Mhy2C2)" /protein_id="ACS32564.1" /translation="MRMFEVTLTFSLDRISVLFALNVAILGIAALIGSLKYMEIYRFK PKIPYYPTLLIFIAAMLLIPMVQDWLSFLFLWEIMTLASYFLIIYDWPEENVKRAGWK YFVTMHLFDTSPLMLAVTLYYAGQGTFNFGPISEYKTAIVALFLLGFAAKAGLFPLHF WLPDAHPAAPSPVSALMSGAMVELGIYGSIRVLDAVNWSVPGWIAWLVGAMAVLSMLS AILTYPHQTDVKRLFAWSTIDNIGWMYAFLLAGLLGVAGIEKGVSYYVLAHGLAKGAA FLTTGALLYVFGTRNLDEMKGMINSDQTTAGLLIASIFALEGVPPFNLFLNKVEAIKT LFQVNGWLALFVGLEWVIAFIIFLRTIHAYVISDGKPELRRKLPVSIAIAVIILLILS LASQFVCNYVWTRW" gene complement(56058..57509) /gene="mhy2C1" /locus_tag="TGAM_0063" /note="tg0063" CDS complement(56058..57509) /gene="mhy2C1" /locus_tag="TGAM_0063" /EC_number="1.6.5.3" /inference="protein motif:CDD:HyfB, Formate hydrogenlyase subunit 3/Multisubunit Na+/H+ antiporter, MnhD subunit [Energy production and conversion / Inorganic ion transport and metabolism]" /inference="protein motif:CDD:NuoL, NADH:ubiquinone oxidoreductase subunit 5 (chain L)/Multisubunit Na+/H+ antiporter, MnhA subunit [Energy production and conversion / Inorganic ion transport and metabolism]" /inference="protein motif:CDD:NuoM, NADH:ubiquinone oxidoreductase subunit 4 (chain M) [Energy production and conversion]" /inference="protein motif:CDD:NuoN, NADH:ubiquinone oxidoreductase subunit 2 (chain N) [Energy production and conversion]" /inference="protein motif:CDD:Oxidored_q1, NADH-Ubiquinone/plastoquinone (complex I), various chains" /inference="protein motif:COG:COG1009 NADH:ubiquinone oxidoreductase subunit 5 (chain L)/Multisubunit Na+/H+ antiporter, MnhA subunit; C Energy production and conversion" /inference="protein motif:FPrintScan:PR01434 NADHDHGNASE5 InterPro:IPR003916 NADH-ubiquinone oxidoreductase, chain 5 GO:Molecular Function:NADH dehydrogenase (ubiquinone) activity (GO:0008137), Biological Process:ATP synthesis coupled electron transport (GO:0042773)" /inference="protein motif:HMMPanther:PTHR19377 NADH DEHYDROGENASE" /inference="protein motif:HMMPfam:PF00361 Oxidored_q1 InterPro:IPR001750 NADH/Ubiquinone/plastoquinone (complex I) GO:Molecular Function:NADH dehydrogenase (ubiquinone) activity (GO:0008137), Biological Process:ATP synthesis coupled electron transport (GO:0042773)" /note="14 probable transmembrane helices predicted by modhmm" /codon_start=1 /transl_table=11 /product="formate hydrogenlyase II subunit C (Mhy2C1)" /protein_id="ACS32565.1" /translation="MVGMEELFLLSFSIPLAAGLMLFKLDGKRADYFMLITVIITTLL NVLGVYEFCSSGMKTVHEALLTSKSLGEVYGVLIDPMSVAVGLVVSTAGLLFMLYAVD YMSPNNREHPVYEGKGRFYAWMVLFIGATLAFVYSSSVLQLLIFFEIMSLACWGVVSY YGSKKAKRSAYKAFIVTNFGAMIGLYTAVGVGITHLHNLSLFAYSSLESHLKLIVFLA VVIAAFTKSAQFPFYSWLPDAMVAPTPASAFLHGAAMVEMGVFLLARFIQFMQPIPRE GFYVMAGLIIATQLICILMYPSQRDAKRLLAYSTIAESGLMYVALATAVLGMESGLQA SVFQLFNHAYIKGLAFLTAGTFSYALGTLEMDRIRGLIKSPVVGYGWTFALLGLAGVP PFGVFFGKLGILSNANAMRESLLVLAMFALLLLDSAVFLMVSLKRVHSMVFSEGNERV EITPLMKVVMVILLILAIIAPYIAYPLVAKVGW" gene complement(57511..58011) /gene="mhy2B" /locus_tag="TGAM_0064" /note="tg0064" CDS complement(57511..58011) /gene="mhy2B" /locus_tag="TGAM_0064" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:HybA, Fe-S-cluster-containing hydrogenase components 1 [Energy production and conversion]" /inference="protein motif:CDD:HycB, Fe-S-cluster-containing hydrogenase components 2 [Energy production and conversion]" /inference="protein motif:CDD:NarY, Nitrate reductase beta subunit [Energy production and conversion]" /inference="protein motif:COG:COG0437 Fe-S-cluster-containing hydrogenase components 1; C Energy production and conversion" /inference="protein motif:FPrintScan:PR00353 4FE4SFRDOXIN InterPro:IPR001450 4Fe-4S ferredoxin, iron-sulfur binding GO:Molecular Function:electron transporter activity (GO:0005489), Molecular Function:iron ion binding (GO:0005506), Biological Process:electron transport (GO:0006118)" /inference="protein motif:FPrintScan:PR00354 7FE8SFRDOXIN InterPro:IPR000813 7Fe ferredoxin GO:Molecular Function:electron transporter activity (GO:0005489), Biological Process:electron transport (GO:0006118)" /inference="protein motif:Gene3D:G3D.3.30.70.20 no description" /inference="protein motif:HMMPanther:PTHR11938 GLUTAMATE SYNTHASE/FERREDOXIN/FERREDOXIN--NADP REDUCTASE" /inference="protein motif:HMMPanther:PTHR11938:SF4 GLUTAMATE SYNTHASE" /inference="protein motif:HMMPfam:PF00037 Fer4 InterPro:IPR001450 4Fe-4S ferredoxin, iron-sulfur binding GO:Molecular Function:electron transporter activity (GO:0005489), Molecular Function:iron ion binding (GO:0005506), Biological Process:electron transport (GO:0006118)" /inference="protein motif:ScanRegExp:PS00198 4FE4S_FERREDOXIN InterPro:IPR001450 4Fe-4S ferredoxin, iron-sulfur binding GO:Molecular Function:electron transporter activity (GO:0005489), Molecular Function:iron ion binding (GO:0005506), Biological Process:electron transport (GO:0006118)" /inference="protein motif:superfamily:SSF54862 4Fe-4S ferredoxins" /codon_start=1 /transl_table=11 /product="formate hydrogenlyase II subunit B (Mhy2B)" /protein_id="ACS32566.1" /translation="MARKTVFIDFSKCIECRACEVACEREHNGRSFINVFEWQEMAAM ALNCRHCEKAPCVEVCPTNALYRDEDGAVLLAPQKCIGCLMCGIVCPFGIPELDVLDK IMMKCDLCSHRRAEGKLPACVETCPTDALLFGDFNDIQRMRRREFTEKAIEIAKKGER ISLRAL" gene complement(58017..60167) /gene="mhy2A" /locus_tag="TGAM_0065" /note="tg0065" CDS complement(58017..60167) /gene="mhy2A" /locus_tag="TGAM_0065" /EC_number="1.2.1.2" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:COG:COG0243 Anaerobic dehydrogenases, typically selenocysteine-containing; C Energy production and conversion" /inference="protein motif:Gene3D:G3D.2.40.40.20 no description" /inference="protein motif:Gene3D:G3D.3.40.228.10 no description" /inference="protein motif:Gene3D:G3D.3.90.55.10 no description" /inference="protein motif:HMMPanther:PTHR11615 NADH-UBIQUINONE OXIDOREDUCTASE FE-S PROTEIN 1" /inference="protein motif:HMMPanther:PTHR11615:SF12 FORMATE DEHYDROGENASE" /inference="protein motif:HMMPfam:PF00384 Molybdopterin InterPro:IPR006656 Molybdopterin oxidoreductase GO:Molecular Function:oxidoreductase activity (GO:0016491)" /inference="protein motif:HMMPfam:PF01568 Molydop_binding InterPro:IPR006657 Molydopterin dinucleotide-binding region GO:Molecular Function:oxidoreductase activity (GO:0016491), Molecular Function:molybdenum ion binding (GO:0030151)" /inference="protein motif:HMMPfam:PF04879 Molybdop_Fe4S4 InterPro:IPR006963 Molybdopterin oxidoreductase Fe4S4 region GO:Molecular Function:oxidoreductase activity (GO:0016491)" /inference="protein motif:HMMTigr:TIGR01591 Fdh-alpha:formate dehydrogenase, alpha sub InterPro:IPR006478 Formate dehydrogenase, alpha subunit GO:Molecular Function:formate dehydrogenase activity (GO:0008863), Cellular Component:formate dehydrogenase complex (GO:0009326), Biological Process:formate metabolism (GO:0015942)" /inference="protein motif:superfamily:SSF50692 ADC-like InterPro:IPR009010 Aspartate decarboxylase-like fold" /inference="protein motif:superfamily:SSF53706 Formate dehydrogenase/DMSO reductase, domains 1-3" /codon_start=1 /transl_table=11 /product="formate hydrogenlyase II subunit A (Mhy2A)" /protein_id="ACS32567.1" /translation="MKGVFPLEEKLVPVVCPYCGVGCRLYIKSLDGYPRGIEYAKDIP GISNENGKLCPKGNAVLEYLLAKDRLKKPLKATEQGKFVEISWSEAIKEVAERLRAYS KDDPNAMMFFGSARTFNEPNYLIQKLARMLGTNNVDHCARLCHSSTVSGLKAVFGAGA MTNTYKDIEEANVIFIIGHNYAETHPVGFRYVLKAKERGAKVIVADPRFTRTAWFADI FLQHYPGTDIALLNGMMHVIIKENLYDEDFVRRRCVGFDELARTVEKFTPEYVEKITG VPAELIVQAARTFATAGKGVITWAMGLTQHTHGHDNVRLAATLSAICGYQGKEGCGVS PMRGQNNVQGACDLGVLPNVFPGYQAVTDPEKRKFFEEFWGVELSGEVGLTVIEAAHA IEKGKVKAYYVMGENPVISDANTNHVLKALQKLEFMVVQDIVPTPTMEFADIVLPAAA MLENEGSLTNTERRVQWSFQALNPPGEARPDWWIVSEIGKAAGFSGDGARGFRYTSPE DILREINACTPQYRGITPERLKSNLAGIHWPCPSEDHPGTRVLYKERFLTPDGKAHLA AVDYRGPAEVPDEEYPFLLTTIRYVGHYHTLTMTGRSRALVKRWPEPLAEIHPEDAER LGIKTGDWIKIETRRGAYPVRAKVTRTVKKGVIAVPWHWGANVLTNDALDPVSKIPET KACACRIAKISEEEARELMKAVPKVIPEFEVVKG" gene complement(60418..61248) /gene="frhB" /locus_tag="TGAM_0066" /note="tg0066" CDS complement(60418..61248) /gene="frhB" /locus_tag="TGAM_0066" /EC_number="1.12.98.1" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:FrhB, Coenzyme F420-reducing hydrogenase, beta subunit [Energy production and conversion]" /inference="protein motif:CDD:FrhB_FdhB_C, Coenzyme F420 hydrogenase/dehydrogenase, beta subunit C terminus" /inference="protein motif:CDD:FrhB_FdhB_N, Coenzyme F420 hydrogenase/dehydrogenase, beta subunit N terminus" /inference="protein motif:COG:COG1035 Coenzyme F420-reducing hydrogenase, beta subunit; C Energy production and conversion" /inference="protein motif:HMMPfam:PF04422 FrhB_FdhB_N InterPro:IPR007516 Coenzyme F420 hydrogenase/dehydrogenase beta subunit, N-terminal" /inference="protein motif:HMMPfam:PF04432 FrhB_FdhB_C InterPro:IPR007525 Coenzyme F420 hydrogenase/dehydrogenase beta subunit, C-terminal" /codon_start=1 /transl_table=11 /product="coenzyme F420-reducing hydrogenase, beta subunit (frhB)" /protein_id="ACS32568.1" /translation="MMPIGENLLGQFRGVYLARAKDEEILKRKVASGGAVTALLCYAL DKGLVDGVVTSKRVKGFEGKAVVARNREELLEAAGNSWSIVPFAARIKAKIEEEDLRA VAIVCLPCQAQFFGQMRDFPILETDFGNRIKYIISLFCMGTFAFEAFLNYLRVRYGVR AEDIKDIRLGREFLEVHHDDTVLAIPLKEAYSYLQTGCLVCTDYAGLWSDISAGFVES EPGWTVLITRNVRGEELVKGAEKEDYIELRDGVHVLGDVLKRAREKVARAQRNMAQLF " gene complement(61245..61934) /gene="frhG" /locus_tag="TGAM_0067" /note="tg0067" CDS complement(61245..61934) /gene="frhG" /locus_tag="TGAM_0067" /EC_number="1.12.98.1" /inference="protein motif:CDD:COG3260, Ni,Fe-hydrogenase III small subunit [Energy production and conversion]" /inference="protein motif:CDD:FrhG, Coenzyme F420-reducing hydrogenase, gamma subunit [Energy production and conversion]" /inference="protein motif:CDD:Oxidored_q6, NADH ubiquinone oxidoreductase, 20 Kd subunit" /inference="protein motif:COG:COG1941 Coenzyme F420-reducing hydrogenase, gamma subunit; C Energy production and conversion" /inference="protein motif:FPrintScan:PR00353 4FE4SFRDOXIN InterPro:IPR001450 4Fe-4S ferredoxin, iron-sulfur binding GO:Molecular Function:electron transporter activity (GO:0005489), Molecular Function:iron ion binding (GO:0005506), Biological Process:electron transport (GO:0006118)" /inference="protein motif:Gene3D:G3D.3.30.70.20 no description" /inference="protein motif:Gene3D:G3D.3.40.50.700 no description" /inference="protein motif:HMMPanther:PTHR11995 NADH DEHYDROGENASE" /inference="protein motif:HMMPanther:PTHR11995:SF3 NADH-UBIQUINONE OXIDOREDUCTASE" /inference="protein motif:HMMPfam:PF00037 Fer4 InterPro:IPR001450 4Fe-4S ferredoxin, iron-sulfur binding GO:Molecular Function:electron transporter activity (GO:0005489), Molecular Function:iron ion binding (GO:0005506), Biological Process:electron transport (GO:0006118)" /inference="protein motif:HMMPfam:PF01058 Oxidored_q6 InterPro:IPR006137 NADH ubiquinone oxidoreductase, 20 kDa subunit GO:Biological Process:mitochondrial electron transport, NADH to ubiquinone (GO:0006120), Molecular Function:NADH dehydrogenase (ubiquinone) activity (GO:0008137)" /inference="protein motif:ScanRegExp:PS00198 4FE4S_FERREDOXIN InterPro:IPR001450 4Fe-4S ferredoxin, iron-sulfur binding GO:Molecular Function:electron transporter activity (GO:0005489), Molecular Function:iron ion binding (GO:0005506), Biological Process:electron transport (GO:0006118)" /inference="protein motif:superfamily:SSF56770 Nickel-iron hydrogenase, small subunit" /codon_start=1 /transl_table=11 /product="Coenzyme F420 hydrogenase subunit gamma (frhG)" /protein_id="ACS32569.1" /translation="MMLMEKLKVLHVDFAGCEGCNVSIIRAYPKLMNEIDLDISYLRD GSCQYGEYDVALITGGACMNEPRILEELKEIREKARVVVAFGSCASLGGILRFARGGQ EPRPDHRNFQPINSVIPVDYSIPGCPPTPQMLQSFFKFFMAGNESRLRLFKVTAGLKK LSGFDLIDDIVLTGLCIGCGACELSCPTGAIRLVEKRPTIIQERCIRCGTCYIRCPRA SQLICLGGEKP" gene complement(61931..63112) /gene="frhA" /locus_tag="TGAM_0068" /note="tg0068" CDS complement(61931..63112) /gene="frhA" /locus_tag="TGAM_0068" /EC_number="1.12.98.1" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:FrhA, Coenzyme F420-reducing hydrogenase, alpha subunit [Energy production and conversion]" /inference="protein motif:CDD:HyaB, Ni,Fe-hydrogenase I large subunit [Energy production and conversion]" /inference="protein motif:CDD:HycE, Ni,Fe-hydrogenase III large subunit [Energy production and conversion]" /inference="protein motif:CDD:NiFeSe_Hases, Nickel-dependent hydrogenase" /inference="protein motif:COG:COG3259 Coenzyme F420-reducing hydrogenase, alpha subunit; C Energy production and conversion" /inference="protein motif:Gene3D:G3D.1.10.645.10 no description" /inference="protein motif:HMMPanther:PTHR11993 NADH DEHYDROGNEASE-RELATED" /inference="protein motif:HMMPanther:PTHR11993:SF9 FORMATE HYDROGENLYASE" /inference="protein motif:HMMPfam:PF00374 NiFeSe_Hases InterPro:IPR001501 Nickel-dependent hydrogenase, large subunit GO:Biological Process:electron transport (GO:0006118), Molecular Function:ferredoxin hydrogenase activity (GO:0008901), Molecular Function:nickel ion binding (GO:0016151)" /inference="protein motif:ScanRegExp:PS00507 NI_HGENASE_L_1 InterPro:IPR001501 Nickel-dependent hydrogenase, large subunit GO:Biological Process:electron transport (GO:0006118), Molecular Function:ferredoxin hydrogenase activity (GO:0008901), Molecular Function:nickel ion binding (GO:0016151)" /inference="protein motif:superfamily:SSF56762 Nickel-iron hydrogenase, large subunit" /codon_start=1 /transl_table=11 /product="Coenzyme F420 hydrogenase subunit alpha (frhA)" /protein_id="ACS32570.1" /translation="MKALGEITLDKVCRIAGEAKLILYEEDGVVQDALFIATAPVRGF EKMVVGKNPLFAVEAVMRICGLCHASHGIAASEAIEHAIGVTPPRNGRLMREALGLIN RAQSHALLFLMVAGDLIKEEKRNDVLFKLMDFHAKISDYLLKLGGAATHPPNLTIGGM LSVPKWSVFNNLKARFKDLTASWEAAEELLIDEDIQTEIADELREAKRPFKYLASGFF YGDRYNIEWDKVSSVPYYEFRKEEAARESTTLVSFYDGEKVETGPRARMITYREFRDE SLYGLHLARIEDTRLAIQRLGEILDEIRIEEPFRTGDITFRPGKGVGVYEAPRGTLIH YVELGEEGRVLKSRIVVPTMFNIPVMEEMAKGLSVKAAEAVMRLYDPCIPCTTHVVRL R" gene complement(63279..63782) /locus_tag="TGAM_0069" /note="tg0069" CDS complement(63279..63782) /locus_tag="TGAM_0069" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:HybA, Fe-S-cluster-containing hydrogenase components 1 [Energy production and conversion]" /inference="protein motif:CDD:HycB, Fe-S-cluster-containing hydrogenase components 2 [Energy production and conversion]" /inference="protein motif:CDD:NarY, Nitrate reductase beta subunit [Energy production and conversion]" /inference="protein motif:COG:COG0437 Fe-S-cluster-containing hydrogenase components 1; C Energy production and conversion" /inference="protein motif:FPrintScan:PR00353 4FE4SFRDOXIN InterPro:IPR001450 4Fe-4S ferredoxin, iron-sulfur binding GO:Molecular Function:electron transporter activity (GO:0005489), Molecular Function:iron ion binding (GO:0005506), Biological Process:electron transport (GO:0006118)" /inference="protein motif:Gene3D:G3D.3.30.70.20 no description" /inference="protein motif:HMMPanther:PTHR11938 GLUTAMATE SYNTHASE/FERREDOXIN/FERREDOXIN--NADP REDUCTASE" /inference="protein motif:HMMPanther:PTHR11938:SF4 GLUTAMATE SYNTHASE" /inference="protein motif:HMMPfam:PF00037 Fer4 InterPro:IPR001450 4Fe-4S ferredoxin, iron-sulfur binding GO:Molecular Function:electron transporter activity (GO:0005489), Molecular Function:iron ion binding (GO:0005506), Biological Process:electron transport (GO:0006118)" /inference="protein motif:ScanRegExp:PS00198 4FE4S_FERREDOXIN InterPro:IPR001450 4Fe-4S ferredoxin, iron-sulfur binding GO:Molecular Function:electron transporter activity (GO:0005489), Molecular Function:iron ion binding (GO:0005506), Biological Process:electron transport (GO:0006118)" /inference="protein motif:superfamily:SSF54862 4Fe-4S ferredoxins" /codon_start=1 /transl_table=11 /product="7Fe ferredoxin" /protein_id="ACS32571.1" /translation="MRRILHVDYSLCIGCETCEGVCEFIHHGKPNIRVYYTVTGIPIP ITCRHCEKAPCMDVCPAGAIFKDYDGAVIIDPNKCIGCMMCLAVCPFGVPTFNVKLKV MTKCDMCADRRQLGMAPACSEMCPAEAIFFGKPEEIEDEIRRRTAEKIARERMSTISL EGVGRLP" gene complement(63779..64849) /gene="gltD-1" /locus_tag="TGAM_0070" /note="tg0070" CDS complement(63779..64849) /gene="gltD-1" /locus_tag="TGAM_0070" /EC_number="1.4.1.13" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:FMO-like, Flavin-binding monooxygenase-like" /inference="protein motif:CDD:GltD, NADPH-dependent glutamate synthase beta chain and related oxidoreductases [Amino acid transport and metabolism / General function prediction only]" /inference="protein motif:CDD:HcaD, Uncharacterized NAD(FAD)-dependent dehydrogenases [General function prediction only]" /inference="protein motif:CDD:Lpd, Pyruvate/2-oxoglutarate dehydrogenase complex, dihydrolipoamide dehydrogenase (E3) component, and related enzymes [Energy production and conversion]" /inference="protein motif:CDD:NirB, NAD(P)H-nitrite reductase [Energy production and conversion]" /inference="protein motif:CDD:Pyr_redox, Pyridine nucleotide-disulphide oxidoreductase" /inference="protein motif:CDD:TrkA, Predicted flavoprotein involved in K+ transport [Inorganic ion transport and metabolism]" /inference="protein motif:CDD:TrxB, Thioredoxin reductase [Posttranslational modification, protein turnover, chaperones]" /inference="protein motif:COG:COG0493 NADPH-dependent glutamate synthase beta chain and related oxidoreductases; E Amino acid transport and metabolism" /inference="protein motif:FPrintScan:PR00368 FADPNR InterPro:IPR013027 FAD-dependent pyridine nucleotide-disulphide oxidoreductase" /inference="protein motif:FPrintScan:PR00419 ADXRDTASE InterPro:IPR000759 Adrenodoxin reductase GO:Biological Process:electron transport (GO:0006118)" /inference="protein motif:FPrintScan:PR00469 PNDRDTASEII InterPro:IPR000103 Pyridine nucleotide-disulphide oxidoreductase, class-II GO:Biological Process:electron transport (GO:0006118), Molecular Function:oxidoreductase activity (GO:0016491)" /inference="protein motif:Gene3D:G3D.3.50.50.60 no description" /inference="protein motif:HMMPanther:PTHR11938 GLUTAMATE SYNTHASE/FERREDOXIN/FERREDOXIN--NADP REDUCTASE" /inference="protein motif:HMMPanther:PTHR11938:SF9 GLUTAMATE SYNTHASE" /inference="protein motif:HMMPfam:PF07992 Pyr_redox_2 InterPro:IPR013027 FAD-dependent pyridine nucleotide-disulphide oxidoreductase" /inference="protein motif:ProfileScan:PS50205 NAD_BINDING InterPro:IPR000205 NAD-binding site" /inference="protein motif:superfamily:SSF51905 FAD/NAD(P)-binding domain" /codon_start=1 /transl_table=11 /product="Glutamate synthase [NADPH] small chain (gltD)" /protein_id="ACS32572.1" /translation="MMKMKGMNFAFLCREKPEPTGKKVAIIGAGPAGLAAAGYLVCQG HEVHVYDKLPEPGGLMLFGIPEFRIPIYRVRDGCERLENAFGVKFFPRTKVCFGNPNE NGDDFVERRIDFEEIVKNYDAVLIATGTWNAYVPTIPGSDLEGVFPALEYLFKIKSAK LGHMDWDKVPPVEGKKVIVIGAGHTAVDAALESVNLGAEKVYLSYRRTIREAPAGAYE INLLQQRGVKWLERTMPVRIIGENGRVRAIELVKTKLSEPDETGRRRPVPIEGSNFQI DVDYVVCAVGQMPTPPFAKDTGIALDRKGRIVVDSRHMTSREGVFAAGDVVLGPSKVG RAVKDGLYAAESIHYWLMEVKE" gene complement(64846..65274) /locus_tag="TGAM_0071" /note="tg0071" CDS complement(64846..65274) /locus_tag="TGAM_0071" /inference="protein motif:CDD:NuoI, Formate hydrogenlyase subunit 6/NADH:ubiquinone oxidoreductase 23 kD subunit (chain I) [Energy production and conversion]" /inference="protein motif:COG:COG1143 Formate hydrogenlyase subunit 6/NADH:ubiquinone oxidoreductase 23 kD subunit (chain I); C Energy production and conversion" /inference="protein motif:FPrintScan:PR00353 4FE4SFRDOXIN InterPro:IPR001450 4Fe-4S ferredoxin, iron-sulfur binding GO:Molecular Function:electron transporter activity (GO:0005489), Molecular Function:iron ion binding (GO:0005506), Biological Process:electron transport (GO:0006118)" /inference="protein motif:Gene3D:G3D.3.30.70.20 no description" /inference="protein motif:HMMPanther:PTHR19248 RNASE L INHIBITOR-RELATED" /inference="protein motif:HMMPanther:PTHR19248:SF2 RNASE L INHIBITOR" /inference="protein motif:HMMPfam:PF00037 Fer4 InterPro:IPR001450 4Fe-4S ferredoxin, iron-sulfur binding GO:Molecular Function:electron transporter activity (GO:0005489), Molecular Function:iron ion binding (GO:0005506), Biological Process:electron transport (GO:0006118)" /inference="protein motif:ScanRegExp:PS00198 4FE4S_FERREDOXIN InterPro:IPR001450 4Fe-4S ferredoxin, iron-sulfur binding GO:Molecular Function:electron transporter activity (GO:0005489), Molecular Function:iron ion binding (GO:0005506), Biological Process:electron transport (GO:0006118)" /inference="protein motif:superfamily:SSF54862 4Fe-4S ferredoxins" /codon_start=1 /transl_table=11 /product="4Fe-4S ferredoxin, iron-sulfur binding" /protein_id="ACS32573.1" /translation="MDIKALKSSIWGREGISVLEVEKCIGCGLCAEACPFNAITIVND STRRITFEPEKCGSCGFECNEACPLGAIRGIPDGMTLTFEFARCRACGRKLPYTVKEA EYMASKLREAGEDDTLVYLCDDCKRKRIFDVARSYEAYVR" gene 65424..66497 /locus_tag="TGAM_0072" /note="tg0072" CDS 65424..66497 /locus_tag="TGAM_0072" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:ADH_zinc_N, Zinc-binding dehydrogenase" /inference="protein motif:CDD:AdhC, Zn-dependent alcohol dehydrogenases, class III [Energy production and conversion]" /inference="protein motif:CDD:AdhP, Zn-dependent alcohol dehydrogenases [General function prediction only]" /inference="protein motif:CDD:Qor, NADPH:quinone reductase and related Zn-dependent oxidoreductases [Energy production and conversion / General function prediction only]" /inference="protein motif:CDD:Tdh, Threonine dehydrogenase and related Zn-dependent dehydrogenases [Amino acid transport and metabolism / General function prediction only]" /inference="protein motif:COG:COG1063 Threonine dehydrogenase and related Zn-dependent dehydrogenases; E Amino acid transport and metabolism" /inference="protein motif:Gene3D:G3D.3.90.180.10 no description" /inference="protein motif:HMMPanther:PTHR11695 ALCOHOL DEHYDROGENASE-RELATED InterPro:IPR002085 Alcohol dehydrogenase superfamily, zinc-containing GO:Molecular Function:zinc ion binding (GO:0008270), Molecular Function:oxidoreductase activity (GO:0016491)" /inference="protein motif:HMMPanther:PTHR11695:SF83 2,3-BUTANEDIOL DEHYDROGENASE" /inference="protein motif:HMMPfam:PF00107 ADH_zinc_N InterPro:IPR013149 Alcohol dehydrogenase, zinc-binding" /inference="protein motif:HMMPfam:PF08240 ADH_N InterPro:IPR013154 Alcohol dehydrogenase GroES-like" /inference="protein motif:ProfileScan:PS50205 NAD_BINDING InterPro:IPR000205 NAD-binding site" /inference="protein motif:ScanRegExp:PS00059 ADH_ZINC InterPro:IPR002328 Alcohol dehydrogenase, zinc-containing GO:Molecular Function:zinc ion binding (GO:0008270), Molecular Function:oxidoreductase activity (GO:0016491)" /inference="protein motif:superfamily:SSF50129 GroES-like InterPro:IPR011032 GroES-like" /inference="protein motif:superfamily:SSF51735 NAD(P)-binding Rossmann-fold domains" /codon_start=1 /transl_table=11 /product="Zinc-binding alcohol dehydrogenase" /protein_id="ACS32574.1" /translation="MHEMLAVRWHGRRDLRLEDIPEPQVKPGFIKIKVKACGICGTDL NEYLNGPIFIPTERPHPLTGRTAPVTIGHEFAGEVVEIGEGVKGFEVGDRVAIFPVIH CGECYFCRRGMENLCVNFGVTGLSEDGGFAEYALVRPYQAYKIPESVSFEEAALVEPL SVGVRAVKKAGLLPGDSVVIIGAGPIGLSVLLVARASGAGKVIVVEPSRVRRKKALEL GADIAIDPSGRSTEEVVDEIVGETELGADVSFECVGLNETFKTAVESIRKGGRAVILG VFKCLTSFNAKGLVVGEKSIVGSVSHSADDFCRGISLIASGRVDVGPMITSRVGLEEI IERGFEELAKNREGHVKILAVGK" gene 66535..67299 /gene="nadE" /locus_tag="TGAM_0073" /note="tg0073" CDS 66535..67299 /gene="nadE" /locus_tag="TGAM_0073" /EC_number="6.3.1.5" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:NAD_synthase, NAD synthase" /inference="protein motif:CDD:NAD_synthase, NAD+ synthase is a homodimer, which catalyzes the final step in de novo nicotinamide adenine dinucleotide (NAD+) biosynthesis, an amide transfer from either ammonia or glutamine to nicotinic acid adenine dinucleotide (NaAD)" /inference="protein motif:CDD:NadE, NAD synthase [Coenzyme metabolism]" /inference="protein motif:COG:COG0171 NAD synthase; H Coenzyme transport and metabolism" /inference="protein motif:Gene3D:G3D.3.40.50.610 no description" /inference="protein motif:HMMPanther:PTHR11750 HIT PROTEIN FAMILY MEMBER-RELATED" /inference="protein motif:HMMPanther:PTHR11750:SF3 NH(3)-DEPENDENT NAD(+) SYNTHETASE" /inference="protein motif:HMMPfam:PF02540 NAD_synthase InterPro:IPR003694 NAD+ synthase GO:Molecular Function:NAD+ synthase (glutamine-hydrolyzing) activity (GO:0003952), Molecular Function:ATP binding (GO:0005524), Biological Process:NAD biosynthesis (GO:0009435)" /inference="protein motif:HMMTigr:TIGR00552 nadE:NAD+ synthetase InterPro:IPR003694 NAD+ synthase GO:Molecular Function:NAD+ synthase (glutamine-hydrolyzing) activity (GO:0003952), Molecular Function:ATP binding (GO:0005524), Biological Process:NAD biosynthesis (GO:0009435)" /inference="protein motif:ScanRegExp:PS00228 TUBULIN_B_AUTOREG InterPro:IPR002453 Beta tubulin GO:Molecular Function:structural molecule activity (GO:0005198), Cellular Component:microtubule (GO:0005874), Biological Process:microtubule-based movement (GO:0007018)" /inference="protein motif:ScanRegExp:PS00304 SASP_1 InterPro:IPR001448 Small acid-soluble spore protein, alpha/beta type GO:Molecular Function:double-stranded DNA binding (GO:0003690), Biological Process:DNA topological change (GO:0006265)" /inference="protein motif:superfamily:SSF52402 Adenine nucleotide alpha hydrolases-like" /codon_start=1 /transl_table=11 /product="NH(3)-dependent NAD synthetase (nadE)" /protein_id="ACS32575.1" /translation="MRELNYGEVIEKLVSFIQEKVGEAKSNGVVIGISGGVDSATTAY LAVKALGRERVLGLIMPYYNNQDVDDARLVCSSLGIECREIGIKPIVDSFVAGLGFQP DKRSLGNIMSRTRMVLLYAHANAKNYLVLGTGNRSEFLTGYFTKWGDGASDYAPLINL YKTEVWEVAKLLGVPERIIEKKPRAGLWEGQTDEDELGISYRLLDEILWRLVDLKMPK EEIAGELGIPVERVEYVENLVRRSEHKRRLPLGPEF" gene 67421..67648 /locus_tag="TGAM_0074" /note="tg0074" CDS 67421..67648 /locus_tag="TGAM_0074" /inference="protein motif:CDD:COG3269, Predicted RNA-binding protein, contains TRAM domain [General function prediction only]" /inference="protein motif:CDD:TrmA, SAM-dependent methyltransferases related to tRNA (uracil-5-)-methyltransferase [Translation, ribosomal structure and biogenesis]" /inference="protein motif:COG:COG3269 Predicted RNA-binding protein, contains TRAM domain; R General function prediction only" /inference="protein motif:HMMPanther:PTHR11061 RNA METHYLTRANSFERASE" /inference="protein motif:HMMPanther:PTHR11061:SF5 RNA METHYLTRANSFERASE-RELATED" /inference="protein motif:HMMPfam:PF01938 TRAM InterPro:IPR002792 Deoxyribonuclease/rho motif-related TRAM" /inference="protein motif:ProfileScan:PS50926 TRAM InterPro:IPR002792 Deoxyribonuclease/rho motif-related TRAM" /codon_start=1 /transl_table=11 /product="Putative nucleotide binding protein, containing TRAM domain" /protein_id="ACS32576.1" /translation="MVLGMYGDRFGGYGNEAPVKVGERYRVKIESLGKGGDGIAKIKG FVIFVPNTQVGDEVEIVINSVKRKFAFAQVI" gene 67744..68010 /gene="moaD-1" /locus_tag="TGAM_0075" /note="tg0075" CDS 67744..68010 /gene="moaD-1" /locus_tag="TGAM_0075" /inference="protein motif:CDD:MoaD, MoaD family" /inference="protein motif:CDD:MoaD, Molybdopterin converting factor, small subunit [Coenzyme metabolism]" /inference="protein motif:COG:COG1977 Molybdopterin converting factor, small subunit; H Coenzyme transport and metabolism" /inference="protein motif:Gene3D:G3D.3.10.20.200 no description" /inference="protein motif:HMMPfam:PF02597 ThiS InterPro:IPR003749 ThiamineS GO:Biological Process:sulfur metabolism (GO:0006790)" /inference="protein motif:HMMTigr:TIGR01687 moaD_arch:MoaD family protein InterPro:IPR010038 MoaD, archaeal" /inference="protein motif:superfamily:SSF54285 MoaD/ThiS" /codon_start=1 /transl_table=11 /product="Molybdopterin synthase, small subunit (moaD)" /protein_id="ACS32577.1" /translation="MKVTVRYFARYRSLVGKGEEEVELPEGATVMDLIEKIKEMHPVL RNEVFAEDDDLADVNVSRNGRYVRFDETLREGDVVAIFPPVSGG" gene complement(68011..69327) /locus_tag="TGAM_0076" /note="tg0076" CDS complement(68011..69327) /locus_tag="TGAM_0076" /note="2 probable transmembrane helices predicted by modhmm" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein" /protein_id="ACS32578.1" /translation="MILANLSYNRFEATLQASLKPSGGLNKMKPEYLMVRGMRRVYSL LVVVAFIVSMLPAQSVGACFNPSDLYSVEVLLNKPGVEYNLSPAVPPVMEIEGKTFLL RVWNGSKGLHVWIGIPTVRHLGAYWVYSGTFILTSDALEKLRALGWIVNGSKLIKGNA TFRITDQGWECKSDSDCATGGCSGEVCGRKGEVEKIVTPCVYAPWYECFQLTSCGCVN GTCSWKPNPEFEKCLRSHGVDPSKVIRAGPTGIVGKAPDPEDLREAVEELLKATGINC TKIEVQSRSEEGPAYDTSEVNASMVMMKVLEELVARGVVRGLTEEDIEEIAEVSEWGN AGWNSHIGWYETKNGTYAWIPYDESKDPLLVRFVGCGAWDTGNGSSVVSTGEPGTSEG LQHGTPEHIGSPRPSSSVSDSVKALCGPGVITLLSLWPLMIVRRRK" gene 69342..70634 /gene="eno-1" /locus_tag="TGAM_0077" /note="tg0077" CDS 69342..70634 /gene="eno-1" /locus_tag="TGAM_0077" /EC_number="4.2.1.11" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:BlastProDom:PD000902 ENO_PYRFU_Q8U477; InterPro:IPR000941 Enolase GO:Cellular Component:phosphopyruvate hydratase complex (GO:0000015), Molecular Function:phosphopyruvate hydratase activity (GO:0004634), Biological Process:glycolysis (GO:0006096)" /inference="protein motif:COG:COG0148 Enolase; G Carbohydrate transport and metabolism" /inference="protein motif:FPrintScan:PR00148 ENOLASE InterPro:IPR000941 Enolase GO:Cellular Component:phosphopyruvate hydratase complex (GO:0000015), Molecular Function:phosphopyruvate hydratase activity (GO:0004634), Biological Process:glycolysis (GO:0006096)" /inference="protein motif:Gene3D:G3D.3.20.20.120 no description" /inference="protein motif:Gene3D:G3D.3.30.390.10 no description" /inference="protein motif:HMMPanther:PTHR11902 ENOLASE InterPro:IPR000941 Enolase GO:Cellular Component:phosphopyruvate hydratase complex (GO:0000015), Molecular Function:phosphopyruvate hydratase activity (GO:0004634), Biological Process:glycolysis (GO:0006096)" /inference="protein motif:HMMPfam:PF00113 Enolase_C InterPro:IPR000941 Enolase GO:Cellular Component:phosphopyruvate hydratase complex (GO:0000015), Molecular Function:phosphopyruvate hydratase activity (GO:0004634), Biological Process:glycolysis (GO:0006096)" /inference="protein motif:HMMPfam:PF03952 Enolase_N InterPro:IPR000941 Enolase GO:Cellular Component:phosphopyruvate hydratase complex (GO:0000015), Molecular Function:phosphopyruvate hydratase activity (GO:0004634), Biological Process:glycolysis (GO:0006096)" /inference="protein motif:HMMPIR:PIRSF001400 Enolase" /inference="protein motif:HMMTigr:TIGR01060 eno:phosphopyruvate hydratase InterPro:IPR000941 Enolase GO:Cellular Component:phosphopyruvate hydratase complex (GO:0000015), Molecular Function:phosphopyruvate hydratase activity (GO:0004634), Biological Process:glycolysis (GO:0006096)" /inference="protein motif:ScanRegExp:PS00164 ENOLASE InterPro:IPR000941 Enolase GO:Cellular Component:phosphopyruvate hydratase complex (GO:0000015), Molecular Function:phosphopyruvate hydratase activity (GO:0004634), Biological Process:glycolysis (GO:0006096)" /inference="protein motif:superfamily:SSF51604 Enolase C-terminal domain-like" /inference="protein motif:superfamily:SSF54826 Enolase N-terminal domain-like" /codon_start=1 /transl_table=11 /product="Enolase (2-phosphoglycerate dehydratase) (2-phospho-D-glycerate hydro-lyase) (eno)" /protein_id="ACS32579.1" /translation="MENPFEITAVVAREILDSRGNPTVEVEVYTPVSMGRAAVPSGAS TGTHEALELRDGGKRFHGKGVRRAVENVNKIIAPEIIGMDVTWQRDIDMLMIELDGTE NKSNLGANAILGVSLAVAKAAANALGLPLYQYIGGTNAYVMPVPMSNVINGGVHAGNE LDFQEFMIMPVGAKSFREGIRWVSETYHTLKKVIAEKYGKNAVNVGDEGGFAPPMKEV TEPLEVLIKAIEEAGYKPGDEIAFALDAASSEFYDEKLGKYVVGGKEYDRGELLELYR ELVSKYPIVSIEDPFHEEDWEGFVMITRELGGKIQIVGDDLFVTNPKRIRKGIEMGAA NALLLKVNQIGTLSEAIDAAYTAFRAGYGVVVSHRSGETEDATIADLAVALNAGQIKT GAPARSDRNAKYNQLIRIEEELEGIAVYPGKRFRNPFL" gene 70647..71288 /locus_tag="TGAM_0078" /note="tg0078" CDS 70647..71288 /locus_tag="TGAM_0078" /note="6 probable transmembrane helices predicted by modhmm" /codon_start=1 /transl_table=11 /product="Hypothetical protein" /protein_id="ACS32580.1" /translation="MFLVKIMRMSLTPINHRYLLLTAELLLVLAVLLSATSHYGLSVV CLGGSTILYYSGMRELVRKRFGTWAVRRFTIAYFLRALSWFLIGISAFYTYSAVIRNV FPFGPSEFFATSIVALVGAVVNYLSVGIRNSVLWKIEGLRTSLWFSRLNSIVLFMAAI VPFLPALAKIWELTGFLKILAAPALSSFTFLALLSKVFYLKFLLTSENLKTEK" gene complement(71310..71792) /locus_tag="TGAM_0079" /note="tg0079" CDS complement(71310..71792) /locus_tag="TGAM_0079" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:COG1695, Predicted transcriptional regulators [Transcription]" /inference="protein motif:CDD:PadR, Transcriptional regulator PadR-like family" /inference="protein motif:COG:COG1695 Predicted transcriptional regulators; K Transcription" /inference="protein motif:Gene3D:G3D.1.10.10.10 no description InterPro:IPR011991 Winged helix repressor DNA-binding" /inference="protein motif:HMMPfam:PF03551 PadR InterPro:IPR005149 Transcriptional regulator PadR-like" /inference="protein motif:superfamily:SSF46785 'Winged helix' DNA-binding domain" /inference="protein motif:superfamily:SSF46934 UBA-like InterPro:IPR009060 UBA-like" /codon_start=1 /transl_table=11 /product="Transcription regulator, PadR-like family" /protein_id="ACS32581.1" /translation="MSDSSLVRNLFTVPMKNLILLIIGLKGETHGYEILKEIERITFG NWKPSHGNLYTMLNKLADEGLVESREEYRGKRRVIRYRLTEKGWLYLREANELTLKSL YLAIQYHERLREKLREMGYGRELAKEAVGEYLKLLDGIIEILQKKREQLRDMIENSPN " gene 71925..76046 /locus_tag="TGAM_0080" /note="tg0080" CDS 71925..76046 /locus_tag="TGAM_0080" /inference="protein motif:CDD:AcrB, Cation/multidrug efflux pump [Defense mechanisms]" /inference="protein motif:CDD:COG1033, Predicted exporters of the RND superfamily [General function prediction only]" /inference="protein motif:CDD:COG2409, Predicted drug exporters of the RND superfamily [General function prediction only]" /inference="protein motif:COG:COG2409 Predicted drug exporters of the RND superfamily; R General function prediction only" /inference="protein motif:ProfileScan:PS50156 SSD InterPro:IPR000731 Sterol-sensing 5TM box" /inference="protein motif:superfamily:SSF82866" /inference="protein motif:superfamily:SSF82866 Multidrug efflux transporter AcrB transmembrane domain" /note="10 probable transmembrane helices predicted by modhmm" /codon_start=1 /transl_table=11 /product="Membrane protein, putative drug exporter (RND superfamily)" /protein_id="ACS32582.1" /translation="MAWNEWIAKHPKTVLAIWVALILILAPLAGKIGELTDYSTEQMV SHKIESIRVQDIMSEEFTKAQNENMTYLIITNISVNDENARKAYYAFKDRVEGRYATN VTSYYDALDMLWDMDYNLTLNITRMTANITGILYEAVINSEKGFGQVLNLMYHLKNTT EMTKNSLVGAAQGYLALKNNLTFLWNQTVLLRNALNQTDSAYVALHRNLTSTSEMLRS LNSTLIELNSGLYALNSTYGKTYVGVMVVHKAILATGAYDRGNLTQVEAEVIANQTGT TPEFVYAVFDAVYPIYAQGGSLAVTDTLLANVTKAIVLAGTPDDQKPLVEAYGTAFYL GVKAFDEKVGSEYALQSMNESQLMETVSGIASQALQSLPQIIAQGNQTVSVPGFGTLD AKTFASIIETAISLGPEPAPEAVENATVQLGLGFTAKAPENPLANVENPEEILRVLLV RGPTPELEAELLTAGMAKMMNGTAGQLGPVIVQTVMAYDPTAEGVLSKNASVLEEATL KVIEGMVGNIGIELDENVLKAIYESNGDERVIEDIAKELLKEGTIKQLESANVPEAEK IAEKIVETVTADPEGIISGERLEDATIEVIASMSEGMVPEGVDIDISEVVKELYEGAD PRTVAENLFLKGAEEQMSQMNATAIPEEFKGVFMNLTKAVVKNYPLSDEEIESLVKET VLSMISSYAKDNPYGVELNFNETLLADIAFRFKDDPSAITREDVRPLAEELWPVIREK AGTYLSMLKSEDNTTILITFVPFGKPGPDRDEYLYRAQNATKVKEIALEEFRKYFPEA SGALGGTPIQMHEMTEYGKKDNQKTSQASIISALIVLFILMGGALLATFLPFTGVATS ALTALGIAYLLARSGILNIGSWAQMLTITTALGLGIDYSTYYVHRFKEYIAEGYDHEK AVAEALRRAKDAVLASAFTDIIAFASFVLAWEFPIFQQMGMVVPLAVIAVLLASLTLI PAITALIGDKQIFWWPRHIKHIETLDVHERSRIAEWVVNHAKVVLLIGLLIAVPATYT FFNFEGTHDMSLFLPEGSETLTFMQLSQEKLGAAITSPNYVIIDLGHNLTDEDLKVID EITAHVTRMEGVKAVYSPTRPYGEPVSNLTLSAVKALGGDRFISSKGDKVMIQVESVY EPTEEGAKKLVRALRSYMAELEKEGRIKEGLVGGGAALSMDLTDRINDIFWHRIIPVA LVLMFLSLIPTLKGLPAVVSTMMTIFLGVMTSIWVSTWLFGRVFGKEVMWFLPLMVFV VLMGVGIDYNSFYLVKARDEFERRSPKDALVVAAGTMDMLVIGLAVVLASTYGALMLS STWGMREIGFALAAGVLLTATMAVYFIGPAFMSLFGEKAWWPLFKNHKEAKKE" gene 76393..77232 /locus_tag="TGAM_0081" /note="tg0081" CDS 76393..77232 /locus_tag="TGAM_0081" /inference="protein motif:CDD:COG1856, Uncharacterized homolog of biotin synthetase [Function unknown]" /inference="protein motif:COG:COG1856 Uncharacterized homolog of biotin synthetase; S Function unknown" /inference="protein motif:HMMPfam:PF04055 Radical_SAM InterPro:IPR007197 Radical SAM GO:Molecular Function:catalytic activity (GO:0003824), Molecular Function:iron ion binding (GO:0005506)" /inference="protein motif:HMMSmart:SM00729 no description InterPro:IPR006638 Elongator protein 3/MiaB/NifB" /codon_start=1 /transl_table=11 /product="Radical SAM family protein" /protein_id="ACS32583.1" /translation="MEAEKKKLKIYIPGIKFPSVSLTGSYCALNCAHCGRHYLEGMKK PKKGELVDFCLNLERSGGLGCLLSGGMDSRLKVPIDKYADELRKIKRRTNLKINAHVG FIDESDLEWLKYVDVVSLDFVGDDDVIRRVYRIDKTVEDYLRIVELLTENEIRVAPHI TIGLDFGRIHWEYRAIDLLMEYPIDVLVLDVLIPTKGTEMENVPKPGVEESLKVVKYA RERFNGELSIGCMRPTGRWRLEFDRGAVLAGVDRLTNPPRKVIEWAKTVRDVEIIYEC CVM" gene 77511..78509 /locus_tag="TGAM_0082" /note="tg0082" CDS 77511..78509 /locus_tag="TGAM_0082" /note="1 probable transmembrane helix predicted by modhmm" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein" /protein_id="ACS32584.1" /translation="MGMKKLLAVFGFFLIFLLLFGYFYLPSESMDELYKKIPEQVREN SQLIAAYYSSQTGFSGFREYQFAFYNPKERTLSIYTFKISKLLKVWPRMTEDKISCKT QLNYSVLATSPEKLKNFKNCDNCRVLLYTGRIYKNEEIENIYPSIEQVIKGKENTTYV KLSLLKDSEITTGTIIEVHGDMMFPTDDIYYGKGLLYLPSPMVNLTRGVVVEFLPVDN ETIKRVIHYPDNVTLSDEFKITKYHRVNITPNMTWTPKEIPLKQILQKLNSLQHQKTI GKNTRVRFHIFKDSGEVYAWIRWIDKDKKIHAELRIYPPGSIDKRRFDYIYEYYCN" gene 78519..79496 /locus_tag="TGAM_0083" /note="tg0083" CDS 78519..79496 /locus_tag="TGAM_0083" /note="1 probable transmembrane helix predicted by modhmm" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein" /protein_id="ACS32585.1" /translation="MGMNIVKALFVFLFVFLLLLGGLAYTKHARNEELKNPKFVYEHY LKTYEAQNYTLLGVYFELDKGSIITPWKPKWEFYLYNPSGKLVKLTITPDGESKEELA TILHYTNLTTPVSQVQNLPKYEEGFREIVYLPKNGKLISHPARSYSEFRKVCVKLSRI LDNGTFKLIRTVHGVNAVRNHEWLTLENTSLTGGILAFTTSNDPLCEGTWLVVEPYNE THDLVRVIYPHGNASALIKALNQPVFQGKDYLGLLKKIDESPCVDVESTLVNATGIYV NPHAQEIFNQTAPKAIKERKCFTIIQVIVLKNGTVKTWARGTIWCARRD" gene 79543..80496 /locus_tag="TGAM_0084" /note="tg0084" CDS 79543..80496 /locus_tag="TGAM_0084" /note="1 probable transmembrane helix predicted by modhmm" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein" /protein_id="ACS32586.1" /translation="MKRLLLPFIIFVLVFGSLLAYDHRESSCFNSPTCVLERAGLDKE NLLLIYKDLAGWVAITYTDGTLREAQVTLKREFPTSKIVVNERAVKTEINYSPLVFSI RQIPHFPQREQFLAIKVNGTVTVLKGEELEHVLRNTPKLEGILEKCNNCTLIFGDKSN RPGVDRNPLIGGYFVFPTEVKCGYSTWITVVKDDNSAGIIAVYPLMGAWWKLQTQKAN TLYLGPSTPSHNLGQNVRRQGDPHKRIRSHCKPFPVQTVGGRKRLMSEGGQNHNLPQR NRRNPQVHEKMCPRAARQKLRRENETWKKMSMGTPAGGKES" gene complement(80493..81659) /locus_tag="TGAM_0085" /note="tg0085" CDS complement(80493..81659) /locus_tag="TGAM_0085" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:ArgE, Acetylornithine deacetylase/Succinyl-diaminopimelate desuccinylase and related deacylases [Amino acid transport and metabolism]" /inference="protein motif:CDD:Peptidase_M20, Peptidase family M20/M25/M40" /inference="protein motif:CDD:RocB, Arginine degradation protein (predicted deacylase) [Amino acid transport and metabolism]" /inference="protein motif:COG:COG0624 Acetylornithine deacetylase/Succinyl-diaminopimelate desuccinylase and related deacylases; E Amino acid transport and metabolism" /inference="protein motif:Gene3D:G3D.3.40.630.10 no description" /inference="protein motif:HMMPanther:PTHR11014 ARGE/DAPE/ACY1 FAMILY PROTEIN" /inference="protein motif:HMMPanther:PTHR11014:SF8 SUCCINYL-DIAMINOPIMELATE DESUCCINYLASE-RELATED" /inference="protein motif:HMMPfam:PF01546 Peptidase_M20 InterPro:IPR002933 Peptidase M20 GO:Biological Process:proteolysis (GO:0006508), Molecular Function:metallopeptidase activity (GO:0008237)" /inference="protein motif:HMMPfam:PF07687 M20_dimer InterPro:IPR011650 Peptidase dimerisation GO:Molecular Function:hydrolase activity (GO:0016787), Molecular Function:protein dimerization activity (GO:0046983)" /inference="protein motif:ScanRegExp:PS00759 ARGE_DAPE_CPG2_2 InterPro:IPR001261 ArgE/dapE/ACY1/CPG2/yscS GO:Biological Process:proteolysis (GO:0006508), Molecular Function:metallopeptidase activity (GO:0008237)" /inference="protein motif:superfamily:SSF53187 Zn-dependent exopeptidases" /note="Possibly an acetylornithine deacetylase argE" /codon_start=1 /transl_table=11 /product="Metallopeptidase M20, ArgE/dapE family" /protein_id="ACS32587.1" /translation="MGVMELELLKKLVSIPSRFGEEDKISNFIGSFLEEHGLSVEYQE VEGFGSNVISRIKGKRLTVVLNGHMDTVGLGSGWTRNPWGELDGDRFYGLGSADMKGG LAALMAAFVEASYLPRRKRPTVLFTAVVDEEGYSRGAWKLIEENKVKDANLVLIAEPT GENLMLGARGRYVIRLRVRGKKAHAARPENGINAIEEMSKLLAFLPRIKTKKHVRLGS GSYCTLYAHGEADGLSVPEEAEAIVDRHVVIGEDWERVVGELRKAAEKVGMRGELEIS KFPRPTPEMLPYLVRENNRFVSMMSRIHSILWGRTPEKIYGKSVGDFNYFGTYLGVPT IVFGPIGGNWHGADEWVSVSSVERVKGTYLEFLRVLGSGKRLAELVEMKDYVPS" gene complement(81847..82899) /locus_tag="TGAM_0086" /note="tg0086" CDS complement(81847..82899) /locus_tag="TGAM_0086" /inference="protein motif:CDD:COG1800, Predicted transglutaminase-like proteases [General function prediction only]" /inference="protein motif:CDD:DUF553, Protein of unknown function (DUF553)" /inference="protein motif:COG:COG1800 Predicted transglutaminase-like proteases; R General function prediction only" /inference="protein motif:HMMPfam:PF04473 DUF553 InterPro:IPR007562 Protein of unknown function DUF553" /inference="protein motif:ScanRegExp:PS00041 HTH_ARAC_FAMILY_1 InterPro:IPR000005 Helix-turn-helix, AraC type GO:Molecular Function:transcription factor activity (GO:0003700), Cellular Component:intracellular (GO:0005622), Biological Process:regulation of transcription, DNA-dependent (GO:0006355), Molecular Function:sequence-specific DNA binding (GO:0043565)" /inference="protein motif:superfamily:SSF54001 Cysteine proteinases" /note="1 probable transmembrane helix predicted by modhmm" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein" /protein_id="ACS32588.1" /translation="MFSMGAISKAMRLLSWVLVLLLLGVTLDVSLNDGALTKKYLPRP VLDEFEGLRERVASRAEDYLVTEAFERYLNDPNELSVLRNISVALKGEDAVSSAWNVL TWEDEHLNYDRNRTEPMFIPPSEFISRGRGICGDYALLTAGLLLVMNHSPVYVLSIEF NDSDVGHLTAAVSVNGRYLVADQHPPLMDLGAYYRHWALYVDDPAHISRATVYVLSWR GGRIVMERYSELSWRDFLAQDYNMSERDLKSMSEELVRSFELRYNVVPDPTLPRIADE GVSERYHWVSLWQGIFPGYADYYLPITRDEMVDYMLDQMGTQSELGKKLRESRAFWLE LSKSGVNLTLTLYLAG" gene complement(82912..82989) /locus_tag="TGAM_r001" /note="tg_tRNA-Tyr" tRNA complement(82912..82989) /locus_tag="TGAM_r001" /product="tRNA-Tyr" /note="codon recognized: UAC" gene 83053..83637 /locus_tag="TGAM_0087" /note="tg0087" CDS 83053..83637 /locus_tag="TGAM_0087" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:Gene3D:G3D.3.90.490.10 no description" /inference="protein motif:superfamily:SSF57903 FYVE/PHD zinc finger InterPro:IPR011011 Zinc finger, FYVE/PHD-type GO:Molecular Function:zinc ion binding (GO:0008270)" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein" /protein_id="ACS32589.1" /translation="MRWEKMREPITVAVPLAKRMRDVMVTEKRLPGGDEVREFLRELG LEELYAGKGIALFRSGDVVALLFPRESLVVDVIPASGEVSDALEIIAYHDRKLNSLIL EILPANDLEYEGNIGLEPVIVNLETGELESNPVLGDFEEEKDGIYLVVDRETLERWKE NGNIETCPLCGGELAWRGKKAVCLDCGYGVKVKD" gene 83671..83811 /locus_tag="TGAM_0088" /note="tg0088" CDS 83671..83811 /locus_tag="TGAM_0088" /inference="protein motif:COG:COG1598 Uncharacterized conserved protein; S Function unknown" /inference="protein motif:HMMPfam:PF03681 UPF0150 InterPro:IPR005357 Protein of unknown function UPF0150 GO:Molecular Function:molecular function unknown (GO:0005554)" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein" /protein_id="ACS32590.1" /translation="MIVKFEVYFDGEYWCAKGIDDDIFTQGKTLDELMENIREAVEVH FS" gene 83824..84393 /gene="fucA" /locus_tag="TGAM_0089" /note="tg0089" CDS 83824..84393 /gene="fucA" /locus_tag="TGAM_0089" /EC_number="4.1.2.17" /inference="protein motif:CDD:Aldolase_II, Class II Aldolase and Adducin head (N-terminal) domain" /inference="protein motif:CDD:Aldolase_II, Class II Aldolase and Adducin N-terminal domain" /inference="protein motif:CDD:AraD, Ribulose-5-phosphate 4-epimerase and related epimerases and aldolases [Carbohydrate transport and metabolism]" /inference="protein motif:COG:COG0235 Ribulose-5-phosphate 4-epimerase and related epimerases and aldolases; G Carbohydrate transport and metabolism" /inference="protein motif:Gene3D:G3D.3.40.225.10 no description" /inference="protein motif:HMMPanther:PTHR10672 ADDUCIN-RELATED" /inference="protein motif:HMMPanther:PTHR10672:SF1 PENTULOSE-5-PHOSPHATE-4-EPIMERASE-RELATED" /inference="protein motif:HMMPfam:PF00596 Aldolase_II InterPro:IPR001303 Class II aldolase/adducin, N-terminal" /inference="protein motif:superfamily:SSF53639 AraD-like aldolase/epimerase InterPro:IPR001303 Class II aldolase/adducin, N-terminal" /codon_start=1 /transl_table=11 /product="L-fuculose 1-phosphate aldolase (fucA)" /protein_id="ACS32591.1" /translation="MSRIAKRQLVLYSRKAHERGLTAAFGGNLSVRVGNLVFIKATGA VMDEMTDEQVAVIDLSGNQLSDVRPSSEYRLHLAVYRVRPDVKAIAHLHPPYSIVAST LLKGELPIITPEAEIYLKRIPIAPFRPAGTEELAEVTAEALKEADAVLMAKHGIVTVG KSLREAFYKAELVEESAKLWYLRGNERKN" gene complement(84398..84649) /locus_tag="TGAM_0090" /note="tg0090" CDS complement(84398..84649) /locus_tag="TGAM_0090" /inference="protein motif:BlastProDom:PD029943 YG98_PYRAB_Q9UY10; InterPro:IPR005354 Protein of unknown function UPF0147 GO:Molecular Function:molecular function unknown (GO:0005554)" /inference="protein motif:CDD:UPF0147, Uncharacterized protein family (UPF0147)" /inference="protein motif:COG:COG1698 Uncharacterized protein conserved in archaea; S Function unknown" /inference="protein motif:HMMPfam:PF03685 UPF0147 InterPro:IPR005354 Protein of unknown function UPF0147 GO:Molecular Function:molecular function unknown (GO:0005554)" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein" /protein_id="ACS32592.1" /translation="MSELIQQIVQVLKEQVVQDTVVPRNIRRAAEQAIEILLDESKEP AVRAADAIAILEEISEDPNMPMHTRTIIWEVLGALEQVK" gene 84837..85610 /locus_tag="TGAM_0091" /note="tg0091" CDS 84837..85610 /locus_tag="TGAM_0091" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:HisJ, ABC-type amino acid transport/signal transduction systems, periplasmic component/domain [Amino acid transport and metabolism / Signal transduction mechanisms]" /inference="protein motif:CDD:PBPb, Bacterial periplasmic substrate-binding proteins; bacterial proteins, eukaryotic ones are in PBPe" /inference="protein motif:CDD:PBPb, Bacterial periplasmic transport systems use membrane-bound complexes and substrate-bound, membrane-associated, periplasmic binding proteins (PBPs) to transport a wide variety of substrates, such as, amino acids, peptides, sugars, vitamins and inorganic ions" /inference="protein motif:CDD:PBPe, Eukaryotic homologues of bacterial periplasmic substrate binding proteins" /inference="protein motif:CDD:SBP_bac_3, Bacterial extracellular solute-binding proteins, family 3" /inference="protein motif:COG:COG0477 Permeases of the major facilitator superfamily; G Carbohydrate transport and metabolism" /inference="protein motif:Gene3D:G3D.3.40.190.10 no description" /inference="protein motif:HMMPanther:PTHR18966 GLUTAMATE RECEPTOR-RELATED" /inference="protein motif:HMMPanther:PTHR18966:SF32 GLUTAMATE RECEPTOR" /inference="protein motif:HMMPfam:PF00497 SBP_bac_3 InterPro:IPR001638 Bacterial extracellular solute-binding protein, family 3 GO:Molecular Function:transporter activity (GO:0005215), Biological Process:transport (GO:0006810), Cellular Component:periplasmic space (sensu Proteobacteria) (GO:0030288)" /inference="protein motif:HMMSmart:SM00062 no description InterPro:IPR001638 Bacterial extracellular solute-binding protein, family 3 GO:Molecular Function:transporter activity (GO:0005215), Biological Process:transport (GO:0006810), Cellular Component:periplasmic space (sensu Proteobacteria) (GO:0030288)" /inference="protein motif:HMMSmart:SM00079 no description InterPro:IPR001320 Ionotropic glutamate receptor GO:Molecular Function:ionotropic glutamate receptor activity (GO:0004970), Molecular Function:glutamate-gated ion channel activity (GO:0005234), Cellular Component:membrane (GO:0016020)" /inference="protein motif:ProfileScan:PS50121 SBP_GLUR InterPro:IPR001311 Solute-binding protein/glutamate receptor GO:Molecular Function:transporter activity (GO:0005215), Biological Process:transport (GO:0006810)" /inference="protein motif:ScanRegExp:PS01039 SBP_BACTERIAL_3 InterPro:IPR001638 Bacterial extracellular solute-binding protein, family 3 GO:Molecular Function:transporter activity (GO:0005215), Biological Process:transport (GO:0006810), Cellular Component:periplasmic space (sensu Proteobacteria) (GO:0030288)" /inference="protein motif:superfamily:SSF53850 Periplasmic binding protein-like II" /note="1 probable transmembrane helix predicted by modhmm" /codon_start=1 /transl_table=11 /product="Amino acid ABC transporter, periplasmic amino acid-binding protein" /protein_id="ACS32593.1" /translation="MVSTMDGKIIGGLLVLMLAAAVASSGCISGGSKEKVLVVGTSAD FPPFEYKDPQTGNITGFDIELIKMVAKKAGYDKVEIKDMDFDSLIPALQTGKVDVVIA GMTITEKRKQVVDFSIPYWKADQAVVVRKDSSITVSSLDDLKGKVIGVEKGTTGAIYI KDNLGDQVTLKEYNSYVAALQALLNGQVDVLVIDSPVANMFTNKYDVKVVYTINTNEH YGIAVKKGNKELLDKINKALQDIMNSPDWNKLVEKYFGS" gene 85641..86330 /locus_tag="TGAM_0092" /note="tg0092" CDS 85641..86330 /locus_tag="TGAM_0092" /inference="protein motif:CDD:ArtM, ABC-type arginine/histidine transport system, permease component [Amino acid transport and metabolism]" /inference="protein motif:CDD:ArtQ, ABC-type arginine transport system, permease component [Amino acid transport and metabolism]" /inference="protein motif:CDD:BatB, ABC-type amino acid transport system, permease component [Amino acid transport and metabolism]" /inference="protein motif:CDD:HisM, ABC-type amino acid transport system, permease component [Amino acid transport and metabolism]" /inference="protein motif:COG:COG0765 ABC-type amino acid transport system, permease component; E Amino acid transport and metabolism" /inference="protein motif:HMMPfam:PF00528 BPD_transp_1 InterPro:IPR000515 Binding-protein-dependent transport systems inner membrane component GO:Molecular Function:transporter activity (GO:0005215), Biological Process:transport (GO:0006810), Cellular Component:membrane (GO:0016020)" /inference="protein motif:HMMTigr:TIGR01726 HEQRo_perm_3TM:amino acid ABC transpo InterPro:IPR010065 Amino acid ABC transporter, permease protein, 3-TM region, His/Glu/Gln/Arg/opine GO:Molecular Function:transporter activity (GO:0005215), Biological Process:transport (GO:0006810), Cellular Component:cell wall (sensu Proteobacteria) (GO:0009276), Cellular Component:integral to membrane (GO:0016021)" /inference="protein motif:ProfileScan:PS50928 ABC_TM1 InterPro:IPR000515 Binding-protein-dependent transport systems inner membrane component GO:Molecular Function:transporter activity (GO:0005215), Biological Process:transport (GO:0006810), Cellular Component:membrane (GO:0016020)" /note="Putative His/Glu/Gln/Arg/opine transporter; 3 probable transmembrane helices predicted by modhmm" /codon_start=1 /transl_table=11 /product="Amino acid ABC transporter, permease protein" /protein_id="ACS32594.1" /translation="MITSTSVPLDIALRMLLNGAKTTIVLSVFSILLGLLIGLPVALM ETYGGKTLRRVAMVYEGTLRGIPLLAIYFVIFYSMPMLIGLGLSPFLAAVVGLGIRSS AYQSQIFRSGIQAVDEGQIEAALSLGMSQWQIIRHIVLPQALRMSIPAWMNEYVIVLK DTSIALALGIVELTRQATYLVSITAEPFRYYGLAALFYLAMVLPLTYLANWMGKRYGI KGTGGAMDVRL" gene 86317..87081 /locus_tag="TGAM_0093" /note="tg0093" CDS 86317..87081 /locus_tag="TGAM_0093" /inference="protein motif:BlastProDom:PD000006 Q8G544_BIFLO_Q8G544; InterPro:IPR003439 ABC transporter related GO:Molecular Function:ATP binding (GO:0005524), Molecular Function:ATPase activity (GO:0016887)" /inference="protein motif:CDD:ABC_ATPase, ABC (ATP-binding cassette) transporter nucleotide-binding domain" /inference="protein motif:CDD:ABC_BcrA_bacitracin_resist, The BcrA subfamily represents ABC transporters involved in peptide antibiotic resistance" /inference="protein motif:CDD:ABC_Carb_Monos_I, This family represents the domain I of the carbohydrate uptake proteins that transport only monosaccharides (Monos)" /inference="protein motif:CDD:ABC_Carb_Monos_II, This family represents domain II of the carbohydrate uptake proteins that transport only monosaccharides (Monos)" /inference="protein motif:CDD:ABC_Carb_Solutes_like, ABC Carbohydrate and Solute Transporters-like subgroup" /inference="protein motif:CDD:ABC_CcmA_heme_exporter, CcmA, the ATP-binding component of the bacterial CcmAB transporter" /inference="protein motif:CDD:ABC_Class3, This class is comprised of all BPD (Binding Protein Dependent) systems that are largely represented in archaea and eubacteria and are primarily involved in scavenging solutes from the environment" /inference="protein motif:CDD:ABC_cobalt_CbiO_domain1, Domain I of the ABC component of a cobalt transport family found in bacteria, archaea, and eukaryota" /inference="protein motif:CDD:ABC_cobalt_CbiO_domain2, Domain II of the ABC component of a cobalt transport family found in bacteria, archaea, and eukaryota" /inference="protein motif:CDD:ABC_CysA_sulfate_importer, Part of the ABC transporter complex cysAWTP involved in sulfate import" /inference="protein motif:CDD:ABC_DR_subfamily_A, This family of ATP-binding proteins belongs to a multisubunit transporter involved in drug resistance (BcrA and DrrA), nodulation, lipid transport, and lantibiotic immunity" /inference="protein motif:CDD:ABC_DrrA, DrrA is the ATP-binding protein component of a bacterial exporter complex that confers resistance to the antibiotics daunorubicin and doxorubicin" /inference="protein motif:CDD:ABC_drug_resistance_like, ABC-type multidrug transport system, ATPase component" /inference="protein motif:CDD:ABC_FeS_Assembly, ABC-type transport system involved in Fe-S cluster assembly, ATPase component" /inference="protein motif:CDD:ABC_FtsE_transporter, FtsE is a hydrophilic nucleotide-binding protein that binds FtsX to form a heterodimeric ATP-binding cassette (ABC)-type transporter that associates with the bacterial inner membrane" /inference="protein motif:CDD:ABC_HisP_GlnQ_permeases, HisP and GlnQ are the ATP-binding components of the bacterial periplasmic histidine and glutamine permeases, repectively" /inference="protein motif:CDD:ABC_Iron-Siderophores_B12_Hemin, ABC transporters, involved in the uptake of siderophores, heme, and vitamin B12, are widely conserved in bacteria and archaea" /inference="protein motif:CDD:ABC_KpsT_Wzt, ABC_KpsT_Wzt The KpsT/Wzt ABC transporter subfamily is involved in extracellular polysaccharide export" /inference="protein motif:CDD:ABC_MalK_N, The N-terminal ATPase domain of the maltose transporter, MalK" /inference="protein motif:CDD:ABC_Metallic_Cations, ABC component of the metal-type transporters" /inference="protein motif:CDD:ABC_MetN_methionine_transporter, MetN (also known as YusC) is an ABC-type transporter encoded by metN of the metNPQ operon in Bacillus subtilis that is involved in methionine transport" /inference="protein motif:CDD:ABC_MJ0796_Lo1CDE_FtsE, This family is comprised of MJ0796 ATP-binding cassette, macrolide-specific ABC-type efflux carrier (MacAB), and proteins involved in cell division (FtsE), and release of liporoteins from the cytoplasmic membrane (LolCDE)" /inference="protein motif:CDD:ABC_Mj1267_LivG_branched, The Mj1267/LivG ABC transporter subfamily is involved in the transport of the hydrophobic amino acids leucine, isoleucine and valine" /inference="protein motif:CDD:ABC_ModC_like, Archeal protein closely related to ModC" /inference="protein motif:CDD:ABC_ModC_molybdenum_transporter, ModC is an ABC-type transporter and the ATPase component of a molybdate transport system that also includes the periplasmic binding protein ModA and the membrane protein ModB" /inference="protein motif:CDD:ABC_MTABC3_MDL1_MDL2, MTABC3 (also known as ABCB6) is a mitochondrial ATP-binding cassette protein involved in iron homeostasis and one of four ABC transporters expressed in the mitochondrial inner membrane, the other three being MDL1(ABC7), MDL2, and ATM1" /inference="protein motif:CDD:ABC_NatA_like, Similar in sequence to NatA, this is the ATPase component of a bacterial ABC-type Na+ transport system called NatAB, which catalyzes ATP-dependent electrogenic Na+ extrusion without mechanically coupled to proton or K+ uptake" /inference="protein motif:CDD:ABC_NatA_sodium_exporter, NatA is the ATPase component of a bacterial ABC-type Na+ transport system called NatAB, which catalyzes ATP-dependent electrogenic Na+ extrusion without mechanically coupled proton or K+ uptake" /inference="protein motif:CDD:ABC_NikE_OppD_transporters, The ABC transporter subfamily specific for the transport of dipeptides, oligopeptides (OppD), and nickel (NikDE)" /inference="protein motif:CDD:ABC_NrtD_SsuB_transporters, NrtD and SsuB are the ATP-binding subunits of the bacterial ABC-type nitrate and sulfonate transport systems, respectively" /inference="protein motif:CDD:ABC_OpuCA_Osmoprotection, OpuCA is a the ATP binding component of a bacterial solute transporter that serves a protective role to cells growing in a hyperosmolar environment" /inference="protein motif:CDD:ABC_Org_Solvent_Resistant, ABC (ATP-binding cassette) transport system involved in resistant to organic solvents" /inference="protein motif:CDD:ABC_PDR_domain1, The pleiotropic drug resistance (PDR) family of ATP-binding cassette (ABC) transporters" /inference="protein motif:CDD:ABC_PDR_domain2, The pleiotropic drug resistance-like (PDR) family of ATP-binding cassette (ABC) transporters" /inference="protein motif:CDD:ABC_PhnC_transporter, ABC-type phosphate/phosphonate transport system" /inference="protein motif:CDD:ABC_PotA_N, PotA is an ABC-type transporter and the ATPase component of the spermidine/putrescine-preferential uptake system consisting of PotA, -B, -C, and -D" /inference="protein motif:CDD:ABC_Pro_Gly_Bertaine, This family comprises the glycine betaine/L-proline ATP binding subunit in bacteria and its equivalents in archaea" /inference="protein motif:CDD:ABC_PstB_phosphate_transporter, Phosphate uptake is of fundamental importance in the cell physiology of bacteria because phosphate is required as a nutrient" /inference="protein motif:CDD:ABC_putative_ATPase, This subfamily is involved in drug resistance, nodulation, lipid transport, and bacteriocin and lantibiotic immunity" /inference="protein motif:CDD:ABC_RNaseL_inhibitor, The ABC ATPase RNase L inhibitor (RLI) is a key enzyme in ribosomal biogenesis, formation of translation preinitiation complexes, and assembly of HIV capsids" /inference="protein motif:CDD:ABC_RNaseL_inhibitor_domain1, The ATPase domain 1 of RNase L inhibitor" /inference="protein motif:CDD:ABC_RNaseL_inhibitor_domain2, The ATPase domain 2 of RNase L inhibitor" /inference="protein motif:CDD:ABC_subfamily_A, The ABCA subfamily mediates the transport of a variety of lipid compounds" /inference="protein motif:CDD:ABC_ThiQ_thiamine_transporter, ABC-type thiamine tranport system" /inference="protein motif:CDD:ABC_TM1139_LivF_branched, LivF (TM1139) is part of the LIV-I bacterial ABC-type two-component transport system that imports neutral, branched-chain amino acids" /inference="protein motif:CDD:ABC_tran, ABC transporter" /inference="protein motif:CDD:ABC_UvrA, The excision repair protein UvrA" /inference="protein motif:CDD:ABC_YhbG, The ABC transporters belonging to the YhbG family are similar to members of the Mj1267_LivG family, which is involved in the transport of branched-chain amino acids" /inference="protein motif:CDD:AbcC, ABC-type metal ion transport system, ATPase component [Inorganic ion transport and metabolism]" /inference="protein motif:CDD:ABCC_ATM1_transporter, ATM1 is an ABC transporter that is expressed in the mitochondria" /inference="protein motif:CDD:ABCC_bacteriocin_exporters, ABC-type bacteriocin exporters" /inference="protein motif:CDD:ABCC_CFTR1, The CFTR subfamily domain 1" /inference="protein motif:CDD:ABCC_CFTR2, The CFTR subfamily domain 2" /inference="protein motif:CDD:ABCC_cytochrome_bd, The CYD subfamily implicated in cytochrome bd biogenesis" /inference="protein motif:CDD:ABCC_Glucan_exporter_like, Glucan exporter ATP-binding protein" /inference="protein motif:CDD:ABCC_Hemolysin, The ABC-transporter hemolysin B is a central component of the secretion machinery that translocates the toxin, hemolysin A, in a Sec-independent fashion across both membranes of E" /inference="protein motif:CDD:ABCC_MRP_domain1, Domain 1 of the ABC subfamily C" /inference="protein motif:CDD:ABCC_MRP_domain2, Domain 2 of the ABC subfamily C" /inference="protein motif:CDD:ABCC_MRP_Like, The MRP (Mutidrug Resistance Protein)-like transporters are involved in drug, peptide, and lipid export" /inference="protein motif:CDD:ABCC_MsbA, MsbA is an essential ABC transporter, closely related to eukaryotic MDR proteins" /inference="protein motif:CDD:ABCC_NFT1, Domain 2 of NFT1 (New full-length MRP-type transporter 1)" /inference="protein motif:CDD:ABCC_Protease_Secretion, This family represents the ABC component of the protease secretion system PrtD, a 60-kDa integral membrane protein sharing 37% identity with HlyB, the ABC component of the alpha-hemolysin secretion pathway, in the C-terminal domain" /inference="protein motif:CDD:ABCC_SUR1_N, The SUR domain 1" /inference="protein motif:CDD:ABCC_SUR2, The SUR domain 2" /inference="protein motif:CDD:ABCC_TAP, TAP, the Transporter Associated with Antigen Processing" /inference="protein motif:CDD:ABCF_EF-3, ABCF_EF-3 Elongation factor 3 (EF-3) is a cytosolic protein required by fungal ribosomes for in vitro protein synthesis and for in vivo growth" /inference="protein motif:CDD:ABCG_EPDR, ABCG transporters are involved in eye pigment (EP) precursor transport, regulation of lipid-trafficking mechanisms, and pleiotropic drug resistance (DR)" /inference="protein motif:CDD:ABCG_White, The White subfamily represents ABC transporters homologous to the Drosophila white gene, which acts as a dimeric importer for eye pigment precursors" /inference="protein motif:CDD:AppF, ABC-type oligopeptide transport system, ATPase component [Amino acid transport and metabolism]" /inference="protein motif:CDD:ArpD, ABC-type protease/lipase transport system, ATPase and permease components [General function prediction only]" /inference="protein motif:CDD:ArtP, ABC-type arginine transport system, ATPase component [Amino acid transport and metabolism]" /inference="protein motif:CDD:ATM1, ABC-type transport system involved in Fe-S cluster assembly, permease and ATPase components [Posttranslational modification, protein turnover, chaperones]" /inference="protein motif:CDD:BtuD, ABC-type cobalamin transport system, ATPase component [Coenzyme metabolism]" /inference="protein motif:CDD:CbiO, ABC-type cobalt transport system, ATPase component [Inorganic ion transport and metabolism]" /inference="protein motif:CDD:CcmA, ABC-type multidrug transport system, ATPase component [Defense mechanisms]" /inference="protein motif:CDD:CcmA, ABC-type transport system involved in cytochrome c biogenesis, ATPase component [Posttranslational modification, protein turnover, chaperones]" /inference="protein motif:CDD:CeuD, ABC-type enterochelin transport system, ATPase component [Inorganic ion transport and metabolism]" /inference="protein motif:CDD:COG1123, ATPase components of various ABC-type transport systems, contain duplicated ATPase [General function prediction only]" /inference="protein motif:CDD:COG1245, Predicted ATPase, RNase L inhibitor (RLI) homolog [General function prediction only]" /inference="protein motif:CDD:COG2401, ABC-type ATPase fused to a predicted acetyltransferase domain [General function prediction only]" /inference="protein motif:CDD:COG3638, ABC-type phosphate/phosphonate transport system, ATPase component [Inorganic ion transport and metabolism]" /inference="protein motif:CDD:COG3845, ABC-type uncharacterized transport systems, ATPase components [General function prediction only]" /inference="protein motif:CDD:COG4136, ABC-type uncharacterized transport system, ATPase component [General function prediction only]" /inference="protein motif:CDD:COG4152, ABC-type uncharacterized transport system, ATPase component [General function prediction only]" /inference="protein motif:CDD:COG4172, ABC-type uncharacterized transport system, duplicated ATPase component [General function prediction only]" /inference="protein motif:CDD:COG4178, ABC-type uncharacterized transport system, permease and ATPase components [General function prediction only]" /inference="protein motif:CDD:COG4181, Predicted ABC-type transport system involved in lysophospholipase L1 biosynthesis, ATPase component [Secondary metabolites biosynthesis, transport, and catabolism]" /inference="protein motif:CDD:COG4559, ABC-type hemin transport system, ATPase component [Inorganic ion transport and metabolism]" /inference="protein motif:CDD:COG4586, ABC-type uncharacterized transport system, ATPase component [General function prediction only]" /inference="protein motif:CDD:COG4619, ABC-type uncharacterized transport system, ATPase component [General function prediction only]" /inference="protein motif:CDD:COG4674, Uncharacterized ABC-type transport system, ATPase component [General function prediction only]" /inference="protein motif:CDD:CydC, ABC-type transport system involved in cytochrome bd biosynthesis, fused ATPase and permease components [Energy production and conversion / Posttranslational modification, protein turnover, chaperones]" /inference="protein motif:CDD:CydD, ABC-type transport system involved in cytochrome bd biosynthesis, ATPase and permease components [Energy production and conversion / Posttranslational modification, protein turnover, chaperones]" /inference="protein motif:CDD:CysA, ABC-type sulfate/molybdate transport systems, ATPase component [Inorganic ion transport and metabolism]" /inference="protein motif:CDD:DppD, ABC-type dipeptide/oligopeptide/nickel transport system, ATPase component [Amino acid transport and metabolism / Inorganic ion transport and metabolism]" /inference="protein motif:CDD:DppF, ABC-type dipeptide/oligopeptide/nickel transport system, ATPase component [Amino acid transport and metabolism / Inorganic ion transport and metabolism]" /inference="protein motif:CDD:FepC, ABC-type cobalamin/Fe3+-siderophores transport systems, ATPase components [Inorganic ion transport and metabolism / Coenzyme metabolism]" /inference="protein motif:CDD:FtsE, Predicted ATPase involved in cell division [Cell division and chromosome partitioning]" /inference="protein motif:CDD:GlnQ, ABC-type polar amino acid transport system, ATPase component [Amino acid transport and metabolism]" /inference="protein motif:CDD:HisP, ABC-type histidine transport system, ATPase component [Amino acid transport and metabolism]" /inference="protein motif:CDD:LivF, ABC-type branched-chain amino acid transport systems, ATPase component [Amino acid transport and metabolism]" /inference="protein motif:CDD:LivG, ABC-type branched-chain amino acid transport systems, ATPase component [Amino acid transport and metabolism]" /inference="protein motif:CDD:MalK, ABC-type sugar transport systems, ATPase components [Carbohydrate transport and metabolism]" /inference="protein motif:CDD:MdlB, ABC-type multidrug transport system, ATPase and permease components [Defense mechanisms]" /inference="protein motif:CDD:MglA, ABC-type sugar transport system, ATPase component [Carbohydrate transport and metabolism]" /inference="protein motif:CDD:ModC, ABC-type molybdate transport system, ATPase component [Inorganic ion transport and metabolism]" /inference="protein motif:CDD:ModF, ABC-type molybdenum transport system, ATPase component/photorepair protein PhrA [Inorganic ion transport and metabolism]" /inference="protein motif:CDD:NatA, ABC-type Na+ transport system, ATPase component [Energy production and conversion / Inorganic ion transport and metabolism]" /inference="protein motif:CDD:OpuBA, ABC-type proline/glycine betaine transport systems, ATPase components [Amino acid transport and metabolism]" /inference="protein motif:CDD:PhnK, ABC-type phosphonate transport system, ATPase component [Inorganic ion transport and metabolism]" /inference="protein motif:CDD:PhnK, ABC-type uncharacterized transport system, ATPase component [General function prediction only]" /inference="protein motif:CDD:PhnL, ABC-type phosphonate transport system, ATPase component [Inorganic ion transport and metabolism]" /inference="protein motif:CDD:PotA, ABC-type spermidine/putrescine transport systems, ATPase components [Amino acid transport and metabolism]" /inference="protein motif:CDD:ProV, ABC-type proline/glycine betaine transport system, ATPase component [Amino acid transport and metabolism]" /inference="protein motif:CDD:PstB, ABC-type phosphate transport system, ATPase component [Inorganic ion transport and metabolism]" /inference="protein motif:CDD:PvdE, ABC-type siderophore export system, fused ATPase and permease components [Secondary metabolites biosynthesis, transport, and catabolism / Inorganic ion transport and metabolism]" /inference="protein motif:CDD:SalX, ABC-type antimicrobial peptide transport system, ATPase component [Defense mechanisms]" /inference="protein motif:CDD:SapD, ABC-type antimicrobial peptide transport system, ATPase component [Defense mechanisms]" /inference="protein motif:CDD:SapF, ABC-type antimicrobial peptide transport system, ATPase component [Defense mechanisms]" /inference="protein motif:CDD:SufC, ABC-type transport system involved in Fe-S cluster assembly, ATPase component [Posttranslational modification, protein turnover, chaperones]" /inference="protein motif:CDD:SunT, ABC-type bacteriocin/lantibiotic exporters, contain an N-terminal double-glycine peptidase domain [Defense mechanisms]" /inference="protein motif:CDD:TagH, ABC-type polysaccharide/polyol phosphate transport system, ATPase component [Carbohydrate transport and metabolism / Cell envelope biogenesis, outer membrane]" /inference="protein motif:CDD:TauB, ABC-type nitrate/sulfonate/bicarbonate transport system, ATPase component [Inorganic ion transport and metabolism]" /inference="protein motif:CDD:TauB, ABC-type taurine transport system, ATPase component [Inorganic ion transport and metabolism]" /inference="protein motif:CDD:ThiQ, ABC-type thiamine transport system, ATPase component [Coenzyme metabolism]" /inference="protein motif:CDD:Ttg2A, ABC-type transport system involved in resistance to organic solvents, ATPase component [Secondary metabolites biosynthesis, transport, and catabolism]" /inference="protein motif:CDD:Uup, ATPase components of ABC transporters with duplicated ATPase domains [General function prediction only]" /inference="protein motif:CDD:YhbG, ABC-type (unclassified) transport system, ATPase component [General function prediction only]" /inference="protein motif:CDD:ZnuC, ABC-type Mn/Zn transport systems, ATPase component [Inorganic ion transport and metabolism]" /inference="protein motif:COG:COG1126 ABC-type polar amino acid transport system, ATPase component; E Amino acid transport and metabolism" /inference="protein motif:Gene3D:G3D.3.40.50.300 no description" /inference="protein motif:HMMPanther:PTHR19222 ATP-BINDING CASSETTE TRANSPORTER" /inference="protein motif:HMMPfam:PF00005 ABC_tran InterPro:IPR003439 ABC transporter related GO:Molecular Function:ATP binding (GO:0005524), Molecular Function:ATPase activity (GO:0016887)" /inference="protein motif:HMMSmart:SM00382 no description InterPro:IPR003593 AAA ATPase GO:Molecular Function:nucleotide binding (GO:0000166), Molecular Function:nucleoside-triphosphatase activity (GO:0017111)" /inference="protein motif:ProfileScan:PS50100 DA_BOX InterPro:IPR003439 ABC transporter related GO:Molecular Function:ATP binding (GO:0005524), Molecular Function:ATPase activity (GO:0016887)" /inference="protein motif:ProfileScan:PS50101 ATP_GTP_A2" /inference="protein motif:ProfileScan:PS50893 ABC_TRANSPORTER_2 InterPro:IPR003439 ABC transporter related GO:Molecular Function:ATP binding (GO:0005524), Molecular Function:ATPase activity (GO:0016887)" /inference="protein motif:ScanRegExp:PS00211 ABC_TRANSPORTER_1 InterPro:IPR003439 ABC transporter related GO:Molecular Function:ATP binding (GO:0005524), Molecular Function:ATPase activity (GO:0016887)" /inference="protein motif:superfamily:SSF52540 P-loop containing nucleoside triphosphate hydrolases" /codon_start=1 /transl_table=11 /product="ABC-type amino acid transport system, ATPase component" /protein_id="ACS32595.1" /translation="MSDSDRVLIIRNLTKRFGEKPVLKGISFEVERGETKVIIGPSGA GKSTLLRCINRLIEPDGGEIIFNGTNILERGVDIRKIRAKIGFVFQHFNLFKHLTALE NVKIGLKVVRGMSDEEAEKKAIKALRMVHLEEDAFHKYPAQLSGGQQQRVAIARALAM EPEIILFDEPTSALDPQLAGEVLDVMRELAKKKVTMLVVTHEIGFALNAADEVLFFYD GVIWEKGKPEEILYNPKRKETREFLKRIADLSVGGP" gene 87078..87185 /locus_tag="TGAM_0094" /note="tg0094" CDS 87078..87185 /locus_tag="TGAM_0094" /inference="protein motif:COG:COG0765 ABC-type amino acid transport system, permease component; E Amino acid transport and metabolism" /note="C terminal part is tg0095. Possibly a frameshift; 1 probable transmembrane helix predicted by modhmm" /codon_start=1 /transl_table=11 /product="ABC-type amino acid transport system, permease component, N terminus fragment" /protein_id="ACS32596.1" /translation="MMVWETIARYLLHGLVVTLELTIVGFIGGFASGSS" gene 87188..87757 /locus_tag="TGAM_0095" /note="tg0095" CDS 87188..87757 /locus_tag="TGAM_0095" /inference="protein motif:CDD:ArtM, ABC-type arginine/histidine transport system, permease component [Amino acid transport and metabolism]" /inference="protein motif:CDD:ArtQ, ABC-type arginine transport system, permease component [Amino acid transport and metabolism]" /inference="protein motif:CDD:BatB, ABC-type amino acid transport system, permease component [Amino acid transport and metabolism]" /inference="protein motif:CDD:HisM, ABC-type amino acid transport system, permease component [Amino acid transport and metabolism]" /inference="protein motif:COG:COG0765 ABC-type amino acid transport system, permease component; E Amino acid transport and metabolism" /inference="protein motif:HMMPfam:PF00528 BPD_transp_1 InterPro:IPR000515 Binding-protein-dependent transport systems inner membrane component GO:Molecular Function:transporter activity (GO:0005215), Biological Process:transport (GO:0006810), Cellular Component:membrane (GO:0016020)" /inference="protein motif:HMMTigr:TIGR01726 HEQRo_perm_3TM:amino acid ABC transpo InterPro:IPR010065 Amino acid ABC transporter, permease protein, 3-TM region, His/Glu/Gln/Arg/opine GO:Molecular Function:transporter activity (GO:0005215), Biological Process:transport (GO:0006810), Cellular Component:cell wall (sensu Proteobacteria) (GO:0009276), Cellular Component:integral to membrane (GO:0016021)" /inference="protein motif:ProfileScan:PS50928 ABC_TM1 InterPro:IPR000515 Binding-protein-dependent transport systems inner membrane component GO:Molecular Function:transporter activity (GO:0005215), Biological Process:transport (GO:0006810), Cellular Component:membrane (GO:0016020)" /note="N terminus is i n tg0094. Possibly a frameshift; 2 probable transmembrane helices predicted by modhmm" /codon_start=1 /transl_table=11 /product="ABC-type amino acid transport system, permease component" /protein_id="ACS32597.1" /translation="MARTYGGRLSRALSATYIELIRGTPMLLQLYIIGFGLPLVIRDH FPNFVMDPTVAAALGMVINSAAYQAEYIRGAFNSIEYGQVEAALSLGMTKWEIIRHVI FPQAFRIMLPSWTNEMVYLLKYSSLAMLLAVPELMYEASVAASQTFLYAQIYLVVAGI YLVFATLIIGIMRKVELKLHIPGVTTIKR" gene complement(87761..88288) /gene="cobO" /locus_tag="TGAM_0096" /note="tg0096" CDS complement(87761..88288) /gene="cobO" /locus_tag="TGAM_0096" /EC_number="2.5.1.17" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:BtuR, ATP:corrinoid adenosyltransferase [Coenzyme metabolism]" /inference="protein motif:CDD:CobA_CobO_BtuR, ATP:corrinoid adenosyltransferase BtuR/CobO/CobP" /inference="protein motif:COG:COG2109 ATP:corrinoid adenosyltransferase; H Coenzyme transport and metabolism" /inference="protein motif:Gene3D:G3D.3.40.50.300 no description" /inference="protein motif:HMMPfam:PF02572 CobA_CobO_BtuR InterPro:IPR003724 ATP:corrinoid adenosyltransferase BtuR/CobO/CobP GO:Molecular Function:ATP binding (GO:0005524), Molecular Function:cob(I)yrinic acid a,c-diamide adenosyltransferase activity (GO:0008817), Biological Process:cobalamin biosynthesis (GO:0009236)" /inference="protein motif:HMMPIR:PIRSF015617 ATP:cob(I)alamin adenosyltransferase, CobA type InterPro:IPR003724 ATP:corrinoid adenosyltransferase BtuR/CobO/CobP GO:Molecular Function:ATP binding (GO:0005524), Molecular Function:cob(I)yrinic acid a,c-diamide adenosyltransferase activity (GO:0008817), Biological Process:cobalamin biosynthesis (GO:0009236)" /inference="protein motif:HMMTigr:TIGR00708 cobA:cob(I)alamin adenosyltransferase InterPro:IPR003724 ATP:corrinoid adenosyltransferase BtuR/CobO/CobP GO:Molecular Function:ATP binding (GO:0005524), Molecular Function:cob(I)yrinic acid a,c-diamide adenosyltransferase activity (GO:0008817), Biological Process:cobalamin biosynthesis (GO:0009236)" /inference="protein motif:superfamily:SSF52540 P-loop containing nucleoside triphosphate hydrolases" /codon_start=1 /transl_table=11 /product="Cob(I)yrinic acid a,c-diamide adenosyltransferase (cobO)" /protein_id="ACS32598.1" /translation="MTWKDKLGLVHIYTGNGKGKTTAAFGLAVRMLGSGGKVAIVQFM KAPKAYGEQKKIEECGALIESFGLPKFVHGKPTEEDIEAAKRALARAKELASSGEWDL VIVDEVCVALGFNMLDVGEVRELIKSKAPHTELVLTGRYCPEELFELADYVTEMREIK HPYQRGVIARRGVEY" gene 88369..89196 /locus_tag="TGAM_0097" /note="tg0097" CDS 88369..89196 /locus_tag="TGAM_0097" /inference="protein motif:CDD:DUF835, Protein of unknown function (DUF835)" /inference="protein motif:HMMPfam:PF05763 DUF835 InterPro:IPR008553 Protein of unknown function DUF835" /note="Belongs to DUF835 family; 3 probable transmembrane helices predicted by modhmm" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein" /protein_id="ACS32599.1" /translation="MVMIRSLWYFIRDLTVLILSLGIVFLLLSIGKNTKKNLGSRYFV LSFNVLVASFILVAIAEFIGVLLRTDVLWGNKLMMDVRSVILTLGAVLLFVSSIMVYL PFSRNEYTIVPIVTEPLNPSIYGAYWGDEKGASKAFVRLVKSLHLPAIVLSRDPPEVF RSKLGLKLVPVIWISKVSHEDAVDPRRLPYLLDRILNFLKSTETDKVVHIDCIEYLML ENGDEAMLKFVTKLKDLASLHRGIVIISIEKSAIDERTYHVLASELRPVEELEKMLG" gene complement(90310..90386) /locus_tag="TGAM_r002" /note="tg_tRNA-His" tRNA complement(90310..90386) /locus_tag="TGAM_r002" /product="tRNA-His" /note="codon recognized: CAC" gene 90529..91158 /locus_tag="TGAM_0098" /note="tg0098" CDS 90529..91158 /locus_tag="TGAM_0098" /inference="protein motif:CDD:COG1590, Uncharacterized conserved protein [Function unknown]" /inference="protein motif:CDD:DUF207, Uncharacterized ACR, COG1590" /inference="protein motif:COG:COG1590 Uncharacterized conserved protein; S Function unknown" /inference="protein motif:HMMPanther:PTHR18052 UNCHARACTERIZED InterPro:IPR003827 Protein of unknown function DUF207" /inference="protein motif:HMMPanther:PTHR18052:SF6 UNCHARACTERIZED" /inference="protein motif:HMMPfam:PF02676 DUF207 InterPro:IPR003827 Protein of unknown function DUF207" /note="Belongs to DUF207 family" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein" /protein_id="ACS32600.1" /translation="MKAKREALVSLFTAMREGKVDEDIIDLLLLINSIRGIYTTSSCS GRIGIIEEPALGAKPLSRWLIKVHREMEFEEAKRALEKAREGLIFLKSQPPIFHVVAE DLERAKKLHELGLASGFKYTTFKVISNRYLVEINATEYLTAPLGRDGEILVSDDYLHF AIEIGNSMLRRSKGRLPRLMKNFEKLREELGEDELFYELAEEFGIESAV" gene complement(91253..91495) /locus_tag="TGAM_0099" /note="tg0099" CDS complement(91253..91495) /locus_tag="TGAM_0099" /inference="protein motif:CDD:VapC, Predicted nucleic acid-binding protein, contains PIN domain [General function prediction only]" /inference="protein motif:HMMPfam:PF01850 PIN InterPro:IPR002716 PilT protein, N-terminal" /inference="protein motif:superfamily:SSF88723 PIN domain-like" /note="C terminus is in tg0100" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein, N-term fragment" /protein_id="ACS32601.1" /translation="MEVLKRLEKLFKVEPLDNVIILTASKIYRHLKRKGELIDDADIL IGATAIAKGYTVWTTNIDHFERMRDFGVKLYKPRKR" gene complement(91517..91741) /locus_tag="TGAM_0100" /note="tg0100" CDS complement(91517..91741) /locus_tag="TGAM_0100" /note="N terminus is in tg0099" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein, C-term fragment" /protein_id="ACS32602.1" /translation="MRLRLRRRRASCMNFFRRRSSMKSKGKSQRRGSRSGTSGILIDT SVLIDLYHDRKLEEYSGSAISIITLFEFVR" gene complement(91805..92026) /locus_tag="TGAM_0101" /note="tg0101" CDS complement(91805..92026) /locus_tag="TGAM_0101" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein" /protein_id="ACS32603.1" /translation="MAGVRVLYLGENKKRGSFMGATRSEIVVEVPKGMSVSEIRKMVR EIVLRYLREKGASEEELKKVRVRVEVLEE" gene complement(92210..93073) /locus_tag="TGAM_0102" /note="tg0102" CDS complement(92210..93073) /locus_tag="TGAM_0102" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:BPL_LipA_LipB, Biotin/lipoate A/B protein ligase family" /inference="protein motif:CDD:LplA, Lipoate-protein ligase A [Coenzyme metabolism]" /inference="protein motif:COG:COG0095 Lipoate-protein ligase A; H Coenzyme transport and metabolism" /inference="protein motif:HMMPanther:PTHR12561 LIPOATE PROTEIN LIGASE" /inference="protein motif:HMMPanther:PTHR12561:SF1 LIPOATE PROTEIN LIGASE" /inference="protein motif:HMMPfam:PF03099 BPL_LipA_LipB InterPro:IPR004143 Biotin/lipoate A/B protein ligase GO:Molecular Function:catalytic activity (GO:0003824), Biological Process:protein modification (GO:0006464)" /inference="protein motif:superfamily:SSF55681 Class II aaRS and biotin synthetases" /codon_start=1 /transl_table=11 /product="lplA-like lipoate-protein ligase A related" /protein_id="ACS32604.1" /translation="MCKQRLLRGDRSHHPSGGLSLIIAGLKNPPSLLTLVVAMRFIPL IVARPEVQMAIDEAIMIARIEGKVPDTVRLYAFSPSSVTIGRFQSVVHDVNLEEAKKL NIPVVRRITGGGSVFHDEFGEITYSVVVGENFHPALKNVETSYRYLAGPLVDALGDLG LNAGFSGLNDIVANGKKISGSAQTRRKGVILQHGTFMYATRVDVLGRVLRVSKAKLAD KGVSSIWERVTTLEREGIKLNRWEAYELLKESFFRAFELEEGELTDYELELAEELIEK RYGNPEWNEMK" gene complement(93657..94073) /locus_tag="TGAM_0103" /note="tg0103" CDS complement(93657..94073) /locus_tag="TGAM_0103" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:COG:COG0681 Signal peptidase I; U Intracellular trafficking, secretion, and vesicular transport" /inference="protein motif:FPrintScan:PR00728 SIGNALPTASE InterPro:IPR001733 Peptidase S26B, eukaryotic signal peptidase GO:Biological Process:signal peptide processing (GO:0006465), Biological Process:proteolysis (GO:0006508), Molecular Function:peptidase activity (GO:0008233), Cellular Component:membrane (GO:0016020)" /inference="protein motif:Gene3D:G3D.2.10.109.10 no description" /inference="protein motif:HMMPanther:PTHR10806 MICROSOMAL SIGNAL PEPTIDASE SUBUNIT InterPro:IPR001733 Peptidase S26B, eukaryotic signal peptidase GO:Biological Process:signal peptide processing (GO:0006465), Biological Process:proteolysis (GO:0006508), Molecular Function:peptidase activity (GO:0008233), Cellular Component:membrane (GO:0016020)" /inference="protein motif:HMMPanther:PTHR10806:SF3 SIGNAL SEQUENCE PROCESSING PROTEIN SEC11" /inference="protein motif:HMMPfam:PF00717 Peptidase_S24 InterPro:IPR006198 Peptidase S24, S26A and S26B GO:Biological Process:proteolysis (GO:0006508), Molecular Function:serine-type peptidase activity (GO:0008236)" /inference="protein motif:HMMTigr:TIGR02228 sigpep_I_arch:signal peptidase I InterPro:IPR001733 Peptidase S26B, eukaryotic signal peptidase GO:Biological Process:signal peptide processing (GO:0006465), Biological Process:proteolysis (GO:0006508), Molecular Function:peptidase activity (GO:0008233), Cellular Component:membrane (GO:0016020)" /inference="protein motif:superfamily:SSF51306 LexA/Signal peptidase InterPro:IPR011056 Peptidase S24 and S26, C-terminal region" /note="1 probable transmembrane helix predicted by modhmm" /codon_start=1 /transl_table=11 /product="Signal peptidase, peptidase S26B" /protein_id="ACS32605.1" /translation="MAGINYGLKIVMHTDSPLVIVISGSMEPVFYRGDVVLLRSVPPS DIHVGDVIVYNAPMYSYPIIHRVREIKTVNLGGKVERCFVTWGDNNPVPDWGEYRLYP TPYGGVPCVPAYAVDAKAVMVFPKIGLIPLWIREHL" gene complement(94100..94651) /locus_tag="TGAM_0104" /note="tg0104" CDS complement(94100..94651) /locus_tag="TGAM_0104" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:DUF531, Protein of unknown function (DUF531)" /inference="protein motif:COG:COG1772 Uncharacterized protein conserved in archaea; S Function unknown" /inference="protein motif:HMMPfam:PF04407 DUF531 InterPro:IPR007501 Protein of unknown function DUF531" /codon_start=1 /transl_table=11 /product="Conserved archaeal hypothetical protein" /protein_id="ACS32606.1" /translation="MLTLALYNTYDTRKLHEAHLRAIARAGPIAYAFGFHLALVGFPL RGRPLDVAEEVSSHTTIGEGGTYLLELARRNRFHLLDFPRKGFPPQFGTVVATTRKPS DEKEISPLELAERALRGESFIFLVGLGRHGLPGEIFKLARHHMDITGKRISLETCTAI GAIPAKIRTLMEALKWMKAGKRT" gene 94624..95811 /locus_tag="TGAM_0105" /note="tg0105" CDS 94624..95811 /locus_tag="TGAM_0105" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:COG:COG0457 FOG:TPR repeat; R General function prediction only" /inference="protein motif:Gene3D:G3D.1.25.40.10 no description InterPro:IPR011990 Tetratricopeptide-like helical GO:Molecular Function:binding (GO:0005488)" /inference="protein motif:superfamily:SSF48452 TPR-like" /codon_start=1 /transl_table=11 /product="TRP-repeat-containing protein" /protein_id="ACS32607.1" /translation="MCCTGRESASHHHAEFPRTLINCCGVYKTRVMSMSSYDDILVLA SKGLFEEAIKAAGEIEDPFEWADALLEIAFRAKDVRRDLVPLLLEEIRRTLKKIKDPG DRAYIYSKLARFHAVTGNGDEATEVFDRAAEEIARIKDEGERAIAMAVLAQNLALTGL TEEAIETFNEAFDAAISAEMDYRTKLDVITEIAGLIENAGDSLDSREAIRFYEMAYDI FDKLRISHRAADVEKKLKMARTLYYHGPPEVRAALLEGRYNYSLKLIEKLYKDPQERF IAMLEMASWLKQIGAPEYLDVLEGAFKLLERIGLSETNVQRAAAILSGMGELEKALRF AVEIKDPEKRDDALAAISLKLAERKDFLEAREVAKLIGNSMLKARLLEEIAKIEEESR WEI" gene 95808..96746 /gene="mdp" /locus_tag="TGAM_0106" /note="tg0106" CDS 95808..96746 /gene="mdp" /locus_tag="TGAM_0106" /EC_number="3.4.13.19" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:COG2355, Zn-dependent dipeptidase, microsomal dipeptidase homolog [Amino acid transport and metabolism]" /inference="protein motif:CDD:rDP_like, renal dipeptidase (rDP), best studied in mammals and also called membrane or microsomal dipeptidase, is a membrane-bound glycoprotein hydrolyzing dipeptides and is involved in hydrolytic metabolism of penem and carbapenem beta-lactam antibiotics" /inference="protein motif:CDD:Renal_dipeptase, Renal dipeptidase" /inference="protein motif:COG:COG2355 Zn-dependent dipeptidase, microsomal dipeptidase homolog; E Amino acid transport and metabolism" /inference="protein motif:HMMPanther:PTHR10443 DIPEPTIDASE InterPro:IPR008257 Peptidase M19, renal dipeptidase GO:Molecular Function:membrane dipeptidase activity (GO:0004237), Biological Process:proteolysis (GO:0006508), Molecular Function:dipeptidyl-peptidase activity (GO:0008239)" /inference="protein motif:HMMPanther:PTHR10443:SF1 DIPEPTIDASE" /inference="protein motif:HMMPfam:PF01244 Peptidase_M19 InterPro:IPR008257 Peptidase M19, renal dipeptidase GO:Molecular Function:membrane dipeptidase activity (GO:0004237), Biological Process:proteolysis (GO:0006508), Molecular Function:dipeptidyl-peptidase activity (GO:0008239)" /inference="protein motif:HMMPIR:PIRSF001124 Membrane dipeptidase InterPro:IPR008257 Peptidase M19, renal dipeptidase GO:Molecular Function:membrane dipeptidase activity (GO:0004237), Biological Process:proteolysis (GO:0006508), Molecular Function:dipeptidyl-peptidase activity (GO:0008239)" /inference="protein motif:superfamily:SSF51556 Metallo-dependent hydrolases" /codon_start=1 /transl_table=11 /product="Membrane dipeptidase (mdp)" /protein_id="ACS32608.1" /translation="MIGVFDAHSDLPTLVWKERGKGKTRVLESRFEEFFGDYVKARVM AVWTPVDKRPIALRYGLEAVMRLKKDVAESSRLEMVTSVEGMERAIKEGRVALWLGME GGEPLESLDVLEVFYSLGLRVLTLTWSLRNQIGDGVFERTNGGLTNFGAEVVGKAEEL GILLDLSHINEAGFWDTLDLTSFPVIASHSNARKLCDNPRNLNDEQLKAIAERNGVVG AVAIPSFVDEKDPTLERYVEHIIYMVDLIGYRSVGLGFDFVYYLEGWSGKAVKGLENE AGIPLLLESLGERLSEKEVKAIAYGNFKRVFEEVIG" gene 96753..97889 /locus_tag="TGAM_0107" /note="tg0107" CDS 96753..97889 /locus_tag="TGAM_0107" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:HMMPfam:PF03192 DUF257 InterPro:IPR005489 Protein of unknown function DUF257" /note="Belongs to DUF257 family" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein" /protein_id="ACS32609.1" /translation="MMIDELLGEMKIGEMVLVEYEPISSPEVVFHRIVDHFLKEDVPI LVVDVLDTLHTFNEHLKRRGIRLPVDRLTVVKEGGRVRLGNIIGEVFIPSEPSEFTYH QVQYSKTVKPFFERDEKPKAIIVLGMEKFILPFQNDLRKVEMYFEMIERPPIAPGGKY TFLFINRSVASEYVLRNLESEKHYVVELTGEAKVTKTPFSLLQVGRGLSLIEYGSKDH PELVLGAALDEFGAENVLVVDVVDTGMVVGKHLEAMEWDVEELPRVVKIGGRFEWGRT IATLDIYNEPAVFLRKLDGILQRESPGLILYFGMERIPRFHRDSARITLTITNRAAVE LSVPYSAVYLINRDTSSPELRGLLEETAETVLMFHDGGFKKLKG" gene complement(97886..98596) /locus_tag="TGAM_0108" /note="tg0108" CDS complement(97886..98596) /locus_tag="TGAM_0108" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:KaiC, KaiC is a circadian clock protein primarily found in cyanobacteria KaiC is a RecA-like ATPase, having both Walker A and Walker B motifs" /inference="protein motif:CDD:RAD55, RecA-superfamily ATPases implicated in signal transduction [Signal transduction mechanisms]" /inference="protein motif:COG:COG0467 RecA-superfamily ATPases implicated in signal transduction; T Signal transduction mechanisms" /inference="protein motif:FPrintScan:PR00142 RECA InterPro:IPR001553 RecA bacterial DNA recombination GO:Molecular Function:DNA binding (GO:0003677), Molecular Function:ATP binding (GO:0005524), Biological Process:DNA metabolism (GO:0006259), Molecular Function:DNA-dependent ATPase activity (GO:0008094)" /inference="protein motif:Gene3D:G3D.3.40.50.300 no description" /inference="protein motif:HMMPanther:PTHR13682 GLUTAMINE SYNTHETASE/DNA REPAIR PROTEIN-RELATED" /inference="protein motif:HMMPanther:PTHR13682:SF11 DNA REPAIR PROTEIN RAD51 [ARCHAEA]" /inference="protein motif:HMMPfam:PF06745 KaiC InterPro:IPR010624 Circadian clock protein KaiC" /inference="protein motif:ProfileScan:PS51146 KAIC InterPro:IPR010624 Circadian clock protein KaiC" /inference="protein motif:superfamily:SSF52540 P-loop containing nucleoside triphosphate hydrolases" /note="Contains 1 P_Loop (SSF52540) domain and 2 RecA (PR00142) domains" /codon_start=1 /transl_table=11 /product="RecA family AAA ATPase" /protein_id="ACS32610.1" /translation="MSTLQDRISTGIPGLDELIEGGLIPGKVYLITGPPGSGKTTMGM HFLIEGARKNEKVAYVSLIQDPHEAVKDMMRFDPSVQVYAGTKRLLLFDLGPVLWRES AHVPTWRSVLLRIREIAEDEKISRLVIDPLTAIEFSMENPAEKKAELARFVRGLEDLG VTTYLIAEMTDLNRYTEEHYLVSGVIMLHYFLLEKKMVRAIQILKMRRTKHETGLFRM EFTQRGLVVRKGSPFEAV" gene 98667..99512 /locus_tag="TGAM_0109" /note="tg0109" CDS 98667..99512 /locus_tag="TGAM_0109" /inference="protein motif:CDD:COG1092, Predicted SAM-dependent methyltransferases [General function prediction only]" /inference="protein motif:CDD:COG2521, Predicted archaeal methyltransferase [General function prediction only]" /inference="protein motif:CDD:COG4262, Predicted spermidine synthase with an N-terminal membrane domain [General function prediction only]" /inference="protein motif:COG:COG2521 Predicted archaeal methyltransferase; R General function prediction only" /inference="protein motif:Gene3D:G3D.3.40.50.150 no description" /inference="protein motif:HMMPanther:PTHR11558 SPERMIDINE SYNTHASE InterPro:IPR001045 Spermine synthase GO:Molecular Function:catalytic activity (GO:0003824)" /inference="protein motif:HMMPanther:PTHR11558:SF2 SPERMIDINE SYNTHASE" /inference="protein motif:HMMPfam:PF08241 Methyltransf_11 InterPro:IPR013216 Methyltransferase type 11" /inference="protein motif:ProfileScan:PS50193 SAM_BIND InterPro:IPR000051 SAM (and some other nucleotide) binding motif GO:Molecular Function:S-adenosylmethionine-dependent methyltransferase activity (GO:0008757)" /inference="protein motif:superfamily:SSF53335 S-adenosyl-L-methionine-dependent methyltransferases" /codon_start=1 /transl_table=11 /product="SAM-dependent methyltransferase" /protein_id="ACS32611.1" /translation="MEDVYYLTSREARLLLASRGPVKINLDLRKTGRRWEITRDGDEF VFPDGTRVSREIMERIARDTENVYFIRKGVYKAAIAGEHFYKLVPTIPPTIEINGIRM HRTKGTNPLQDTRSKVNAVKPREGETVLDTCMGLGYTAIEASKRGAYVITIEKDPNVI ELARINPWSRELFTGGKIQVIQGDAFEVVKRFNDETFDVIIHDPPRFSLAGQLYSEEF YRELFRILKPGGRLFHYVGNPGKRYRRKDLQKGVMERLRRAGFVEVKRVEEALGVVAK KPGKK" gene complement(99520..100923) /locus_tag="TGAM_0110" /note="tg0110" CDS complement(99520..100923) /locus_tag="TGAM_0110" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:superfamily:SSF50249 Nucleic acid-binding proteins InterPro:IPR008994 Nucleic acid-binding, OB-fold GO:Molecular Function:nucleic acid binding (GO:0003676)" /note="Contains 1 OB-fold domain (IPR008994); 5 probable transmembrane helices predicted by modhmm" /codon_start=1 /transl_table=11 /product="Nucleic acid-binding protein, putative" /protein_id="ACS32612.1" /translation="MRGFTHYISGLAAATFFPSLVSDLRMGILLPVIAAAAAYFPDFV DFKFGKFFARRDYEIDPAPWDEKKHYAPKLVKIKELSEKNRYQFFAIEGRVEEILTRG SGTVTYTILDEKGEQKTVEEEYNSIVFILNDGTGRITVEAVGDDYKFFEEEFGQIEEG KEILVFGYVDIDEVDKELRFVVSDAPHPQGIAETIAKAIEEAYHEGERIVKIHNIRLP GDVYRQFFVYLDPPKREVRVEMGPIVTPGGVAITDKPPEYRRYGIAKVSVPFIKTYPK PTRIDSFSGPEIAFRRAEFRGKTVVKDRFLPWHHGFSHSLTMGIIIGAFVYAIFKLLG YNHAGDLALASMIGQWLHVFEDQLGFMGSNLLPPITKDVIPGFKLGESGSGLTNFSTA WLMISFMIWNFNRFTEPRPIPIGDAKLLLLLIWPSIIGFGIAIVRSFKLRKEIAQLMD YYTNLEAFEELEEVGGI" gene complement(100930..102261) /locus_tag="TGAM_0111" /note="tg0111" CDS complement(100930..102261) /locus_tag="TGAM_0111" /inference="protein motif:CDD:COG1784, Predicted membrane protein [Function unknown]" /inference="protein motif:CDD:DUF112, Integral membrane protein DUF112" /inference="protein motif:COG:COG1784 Predicted membrane protein; S Function unknown" /inference="protein motif:HMMPfam:PF01970 DUF112 InterPro:IPR002823 Protein of unknown function DUF112, transmembrane" /note="Belongs to DUF112 family; 11 probable transmembrane helices predicted by modhmm" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein" /protein_id="ACS32613.1" /translation="MMPMVPLSEVLVWSLAGVLFGSLISWIPGFHIFNIMALLVAVFG VGELMPVQAFPFFAIGAIVAYAYVSAISSVYFSVADESAVFLLFPTQRYLLLGRGHEA VLLYLIGAVAGTLVLVLGALFIFPKVLPPIYQATSPYITYFLTAIVVFMFMSEWPKEG DRGKTPLQRLWLAWRQILGGILVFFLSGLLGFAVMNTNLLPSTSAYTRLTPMFIGFFG MSWVLLNILSNPPMLPQKIDDKVESSIYNTLKASFGGALGGTIAAVYPIITGGMGALI AGHITSQRGDDAFIISQGVNRVIYYVGAFTLLFLPNLRLTRGAAAWLVSSVYTPKSYA EYLAAIGVILLSAGISFLFTYYLSKLIARSFTVVHIRKLSYVVAVVLIAISYVLTGPM GVLVLFVSTAIGMMAAAFNTRRSYCLGGLVLPVLISMTGHTGEVMRLLGLG" gene complement(102263..104212) /locus_tag="TGAM_0112" /note="tg0112" CDS complement(102263..104212) /locus_tag="TGAM_0112" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:Gene3D:G3D.2.40.50.140 no description InterPro:IPR012340 Nucleic acid-binding, OB-fold, subgroup" /inference="protein motif:HMMPfam:PF01336 tRNA_anti InterPro:IPR004365 nucleic acid binding, OB-fold, tRNA/helicase-type GO:Molecular Function:nucleic acid binding (GO:0003676)" /inference="protein motif:superfamily:SSF50249 InterPro:IPR008994 Nucleic acid-binding, OB-fold GO:Molecular Function:nucleic acid binding (GO:0003676)" /inference="protein motif:superfamily:SSF50249 Nucleic acid-binding proteins InterPro:IPR008994 Nucleic acid-binding, OB-fold GO:Molecular Function:nucleic acid binding (GO:0003676)" /note="Duplication with tg0113; 1 probable transmembrane helix predicted by modhmm" /codon_start=1 /transl_table=11 /product="Nucleic acid binding protein, containing 3 OB-fold domains" /protein_id="ACS32614.1" /translation="MTSNGSNGNPDSRKEEKKLYYHGLKEQKKIDVSKLKYVSLVIAV LGVALILIAAQSAKAPMAKISDVYGNYLMNYAVVRVEGNVVSVPYVSESGGKLSVTFS VNDGTGSIDIRVYSPVAEKLIKEGKVPFPGDRIEAEIQLRVRETYTYGMLQYLDGLKF ISKAYSPNPPKVTTLTEKMANEYVYTEGLVTSLNNVSSGILMEVDTGSGRVTVLIPKV LLVIGKAPKVALGDQVKVAGVVYLYKGSSPEIVVRDLKDFTVVGAQQVPQVSLDELRD HVGETVSVEATLEKITYKSGQYLVTVSDGDVSAVLYTSRDVLAAINPFQAGSGSRIKA IGLVGDNGTLKVSKFEVISPVKPELSRIGDLSSEMLGRIVVIEGNIVSTANVGSNLKL VVNDGTGEITIFIPGSVVRELDENVKGQLKAGLGVKVAGYLDEYRGTLEVIPYTPEAI IAYRKPIGGTTETTTTPSPGQGGNGTITLSQLPSASGTVKLEVKWEAVYYSKPNYLIE VSDDTGRVNLTVSRDLIPNPLKTGTGSELEITYDADKDRVVSIEVVKAVASPLLETGE VSSDMLGKTVVVQGTVKSIYTGSSFVKLTIDDGSGELVIFIPKSVLGDRTFNEGDIVK IGGYVTEYRGTLEVVPYRGDAIVKE" gene complement(104319..105731) /locus_tag="TGAM_0113" /note="tg0113" CDS complement(104319..105731) /locus_tag="TGAM_0113" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:Gene3D:G3D.2.40.50.140 no description InterPro:IPR012340 Nucleic acid-binding, OB-fold, subgroup" /inference="protein motif:HMMPfam:PF01336 tRNA_anti InterPro:IPR004365 nucleic acid binding, OB-fold, tRNA/helicase-type GO:Molecular Function:nucleic acid binding (GO:0003676)" /inference="protein motif:superfamily:SSF50249 Nucleic acid-binding proteins InterPro:IPR008994 Nucleic acid-binding, OB-fold GO:Molecular Function:nucleic acid binding (GO:0003676)" /note="Duplication with tg0112 C-terminus; 1 probable transmembrane helix predicted by modhmm" /codon_start=1 /transl_table=11 /product="Nucleic acid binding protein, containing 3 OB-fold domains" /protein_id="ACS32615.1" /translation="MRVKFALALLLIGLVVISAGCIGGGSKESTPTTSSTTSSQTQTT TSAAQTTTTTTTTTTSPQTTTTSTPSIPKVSIGEIGNYVGKNVSVEGLLLGISYDSAN HVYVISMGENGAKINVTAKRGLLSVLNPLEVGVGSKILVTGEVESQEQLSAGEIEVVE KKAPTTSEIKDISSGMLGKIVVIEGNVVSTKKIGSNLKLTVTDGTGEIVVFIPGSVVK ELSNETLSGLKGGLGVKIGGYVDEYRGTLEVIPYIPEAIIAYGEPLQIETTTTTTTTT TTTTSTQTQTEVQWVTVSELSSASGTVQLNATWVKLYYSKPNYLIEVSDDTGRVNLTA EREILPNPIKVGTGSVLHLVVDASSMKVLNLSAVSPQPSPLLSTANVTAELLGKTVVV QGTVSDFKTIGANLKFLVVDGSGNITVFVPSSVASKLPEDVKSRLQDGASVEIGGYVT EYKGTIEIIPYSVEGIEILT" gene complement(105802..107673) /locus_tag="TGAM_0114" /note="tg0114" CDS complement(105802..107673) /locus_tag="TGAM_0114" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:COG1505, Serine proteases of the peptidase family S9A [Amino acid transport and metabolism]" /inference="protein motif:CDD:DAP2, Dipeptidyl aminopeptidases/acylaminoacyl-peptidases [Amino acid transport and metabolism]" /inference="protein motif:COG:COG1506 Dipeptidyl aminopeptidases/acylaminoacyl-peptidases; E Amino acid transport and metabolism" /inference="protein motif:Gene3D:G3D.2.140.10.20 no description" /inference="protein motif:Gene3D:G3D.3.40.50.1820 no description" /inference="protein motif:HMMPanther:PTHR11731 DIPEPTIDYL PEPTIDASE-RELATED" /inference="protein motif:HMMPanther:PTHR11731:SF5 ACYLAMINO-ACID-RELEASING ENZYME" /inference="protein motif:HMMPfam:PF00326 Peptidase_S9 InterPro:IPR001375 Peptidase S9, prolyl oligopeptidase active site region GO:Biological Process:proteolysis (GO:0006508), Molecular Function:serine-type peptidase activity (GO:0008236)" /inference="protein motif:ProfileScan:PS50187 ESTERASE InterPro:IPR000379 Esterase/lipase/thioesterase GO:Molecular Function:catalytic activity (GO:0003824)" /inference="protein motif:superfamily:SSF50960 TolB, C-terminal domain InterPro:IPR011042 TolB, C-terminal" /inference="protein motif:superfamily:SSF53474 alpha/beta-Hydrolases" /codon_start=1 /transl_table=11 /product="Peptidase, prolyl oligopeptidase family" /protein_id="ACS32616.1" /translation="MSGIEWNEKTFSRFAYVNDPRIKGSRIAYTLTKVNMKDNKYEST VVVEDIGKGSRRFIENASMPRLSPDGRKIAFTRPNEEKKETEVWVAELETLSAKKVLS AKNIRSLQWNDDSRRLLVVGFKRHDDEDFVFDDDVPFWFDGMGFLDGEKTTFWVLDTE SEEIIEEFEKPRFSSGLWHGDSIVINVPHRENGKPALFKFYDIILWKDGNEEKLFERV SFEAVDSDGKAILLRGRREKKFISEHDWLYLWDGELKPVYEGPLDVWGAKLTGGKVYF LTPDSGRVNLWLWDGKAERVVAGDHWIYGLDASNGKALLLIMTATRIGELYLYDGELK QVTDYNGPIFAKLKTFEPRHFRFRSKDMEIDGWYLKPELKEDEKAPVIVFVHGGPKGM YGHRFVYEMQLMANKGYYVVYVNPRGSDGYDEDFALRVLERTGLEDFEDIMAGIEEFF KLEPQADRERVGITGISYGGFMTNWALTQSDLFKAGISENGISYWLTSYAFSDIGLWF DVEVIGPNPLENENFRKLSPLFYAKNVKAPILLIHSLEDYRCPLDQSLMFYNVLKDLG KEAYIAVFKKGPHGHSIRGSPKHRAKRYRLFIEFFERKLRKYEEGFDVEKVLKGGEE" gene 107791..108126 /locus_tag="TGAM_0115" /note="tg0115" CDS 107791..108126 /locus_tag="TGAM_0115" /note="4 probable transmembrane helices predicted by modhmm" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein" /protein_id="ACS32617.1" /translation="MKETTAVAVIFSTGLVLSLALRTYWGVVFAAMGIPVYLAYIARE QNILAKSRLYDRDLFVMIGIAIAVILGFDYFWDPRAGLITLAIIVPVIAALHDRIKRS KGGQNVQHG" gene complement(108094..108741) /locus_tag="TGAM_0117" /note="tg0117" CDS complement(108094..108741) /locus_tag="TGAM_0117" /inference="protein motif:CDD:COG2112, Predicted Ser/Thr protein kinase [Signal transduction mechanisms]" /inference="protein motif:COG:COG2112 Predicted Ser/Thr protein kinase; T Signal transduction mechanisms" /inference="protein motif:Gene3D:G3D.3.30.200.20 no description" /inference="protein motif:superfamily:SSF56112 Protein kinase-like (PK-like) InterPro:IPR011009 Protein kinase-like" /note="Contains protein kinase-like (SSF56112) domain" /codon_start=1 /transl_table=11 /product="Protein kinase, putative" /protein_id="ACS32618.1" /translation="MFDHLIPERIRKELLRELSGLGIEALKPYSKGTTSVVFLGKLGE KRVIVKLQRPDSPRDNFRREAEILEAISPFGISPPLIARGRIGNLSYLVREFAEGEPI LYAELKKRHLFQIAEKTALLDRLYLDHGQIQGGKHIIIGGDVYIIDFEKANWRKPNNL TSAMAMIFIGRNAISERVYKSFNLGEDFREAMKSALRVYKREGKLSAVLDVLATL" gene 108796..109023 /locus_tag="TGAM_0116" /note="tg0116" CDS 108796..109023 /locus_tag="TGAM_0116" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:COG:COG1522 Transcriptional regulators; K Transcription" /inference="protein motif:HMMPfam:PF01037 AsnC_trans_reg InterPro:IPR000485 Bacterial regulatory proteins, AsnC/Lrp GO:Molecular Function:transcription factor activity (GO:0003700), Cellular Component:intracellular (GO:0005622), Biological Process:regulation of transcription, DNA-dependent (GO:0006355), Molecular Function:sequence-specific DNA binding (GO:0043565)" /inference="protein motif:superfamily:SSF54909 Dimeric alpha+beta barrel InterPro:IPR011008 Dimeric alpha-beta barrel" /codon_start=1 /transl_table=11 /product="Transcription regulator, putative, AsnC/Lrp family" /protein_id="ACS32619.1" /translation="MVTAFILMVTAAGKEREVMEKLLAMPEVKEAYVVYGEYDLVVKV ETDTLKDLDQFITEKIRRMPEIQMTSTMIAI" gene complement(109060..109734) /locus_tag="TGAM_0118" /note="tg0118" CDS complement(109060..109734) /locus_tag="TGAM_0118" /inference="protein motif:CDD:COG1392, Phosphate transport regulator (distant homolog of PhoU) [Inorganic ion transport and metabolism]" /inference="protein motif:CDD:PhoU_div, Protein of unknown function DUF47" /inference="protein motif:COG:COG1392 Phosphate transport regulator (distant homolog of PhoU); P Inorganic ion transport and metabolism" /inference="protein motif:HMMPfam:PF01865 PhoU_div InterPro:IPR002727 Protein of unknown function DUF47" /inference="protein motif:HMMTigr:TIGR00153 TIGR00153:conserved hypothetical protein T InterPro:IPR002727 Protein of unknown function DUF47" /codon_start=1 /transl_table=11 /product="Phosphate transport phoU/Pit related protein, putative" /protein_id="ACS32620.1" /translation="MQVWIKLFAKSPFKPLIKHAEVVIETVETLERALQAWRAGNYGE MERLAVEVDRLEDVADRIKEEIRDSLSSKLMMAVAREDVLIYLHMQDKVADAAEDTAK WLLVKRPGEIPEEIKDVILRMGRESIKAAKLVYEAIVQMDRVIESGFAEKEIEREYEL IREIEGVEQNIDGLDTELMKLVFKNEDKLTWGDGTYILNIARTLSNISDKAKDAAERI RLMMNK" gene complement(109739..110959) /gene="pitA" /locus_tag="TGAM_0119" /gene_synonym="pho4" /note="tg0119" CDS complement(109739..110959) /gene="pitA" /locus_tag="TGAM_0119" /gene_synonym="pho4" /inference="protein motif:CDD:PHO4, Phosphate transporter family" /inference="protein motif:CDD:PitA, Phosphate/sulphate permeases [Inorganic ion transport and metabolism]" /inference="protein motif:COG:COG0306 Phosphate/sulphate permeases; P Inorganic ion transport and metabolism" /inference="protein motif:HMMPanther:PTHR11101 PHOSPHATE TRANSPORTER-RELATED InterPro:IPR001204 Phosphate transporter GO:Molecular Function:inorganic phosphate transporter activity (GO:0005315), Biological Process:phosphate transport (GO:0006817), Cellular Component:membrane (GO:0016020)" /inference="protein motif:HMMPanther:PTHR11101:SF1 PHOSPHATE TRANSPORTER-RELATED" /inference="protein motif:HMMPfam:PF01384 PHO4 InterPro:IPR001204 Phosphate transporter GO:Molecular Function:inorganic phosphate transporter activity (GO:0005315), Biological Process:phosphate transport (GO:0006817), Cellular Component:membrane (GO:0016020)" /note="12 probable transmembrane helices predicted by modhmm" /codon_start=1 /transl_table=11 /product="Phosphate permease, pho4/PitA-like protein (pitA/pho4)" /protein_id="ACS32621.1" /translation="MGDMDPWLLVTIVVGFAMAWAIGANDAANSMSTAVGAGAITPKQ AVLIAGVLEFTGAYFFGKSVTETIRKGIIYPDKITEPSVLIYGSVAALLAATVWLIIA TKFGLPVSTTHSIIGGIVGYGIVYAGLSIVNWGKMAQVVLSWILSPIVGAVMAYLVFK ALTRSIFMSGDPVKNARLWSPLWVGLAFVVIGTMFYIKVLHGKDLKAGVLLCGIPAGF VVFLITYTLIRLRFPISDPYIGVESIFRRVQVVTSGYVALAHGANDVANAIGPVAAVY AVASMGLSGMKVPVPRWILAMGGLGIAVGVATYGYRVMETVGKKITELTNTRGFTIDF SAATVVLVASWLGMPISTTHTVVGAVIGIGLARGVKAINKDIVRDIIISWFVTVPVAA VISAVIFRVLMLVG" gene complement(111052..112002) /gene="cpkA" /locus_tag="TGAM_0120" /note="tg0120" CDS complement(111052..112002) /gene="cpkA" /locus_tag="TGAM_0120" /EC_number="2.7.2.2" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:AA_kinase, Amino acid kinase family" /inference="protein motif:CDD:AAK, Amino Acid Kinases (AAK) superfamily, catalytic domain" /inference="protein motif:CDD:AAK_CK, AAK_CK:Carbamate kinase (CK) catalyzes both the ATP-phosphorylation of carbamate and carbamoyl phosphate (CP) utilization with the production of ATP from ADP and CP" /inference="protein motif:CDD:AAK_NAGK-C, AAK_NAGK-C:N-Acetyl-L-glutamate kinase - cyclic (NAGK-C) catalyzes the phosphorylation of the gamma-COOH group of N-acetyl-L-glutamate (NAG) by ATP in the second step of arginine biosynthesis found in some bacteria and photosynthetic organisms using the non-acetylated, cyclic route of ornithine biosynthesis" /inference="protein motif:CDD:AAK_NAGK-like, AAK_NAGK-like:N-Acetyl-L-glutamate kinase (NAGK)-like" /inference="protein motif:CDD:ArcC, Carbamate kinase [Amino acid transport and metabolism]" /inference="protein motif:CDD:ArgB, Acetylglutamate kinase [Amino acid transport and metabolism]" /inference="protein motif:COG:COG0549 Carbamate kinase; E Amino acid transport and metabolism" /inference="protein motif:FPrintScan:PR01469 CARBMTKINASE InterPro:IPR003964 Bacterial carbamate kinase GO:Biological Process:arginine metabolism (GO:0006525), Molecular Function:carbamate kinase activity (GO:0008804)" /inference="protein motif:Gene3D:G3D.3.40.1160.10 no description" /inference="protein motif:HMMPfam:PF00696 AA_kinase InterPro:IPR001048 Aspartate/glutamate/uridylate kinase GO:Biological Process:amino acid biosynthesis (GO:0008652)" /inference="protein motif:HMMPIR:PIRSF000723 Carbamate kinase InterPro:IPR003964 Bacterial carbamate kinase GO:Biological Process:arginine metabolism (GO:0006525), Molecular Function:carbamate kinase activity (GO:0008804)" /inference="protein motif:HMMTigr:TIGR00746 arcC:carbamate kinase InterPro:IPR003964 Bacterial carbamate kinase GO:Biological Process:arginine metabolism (GO:0006525), Molecular Function:carbamate kinase activity (GO:0008804)" /inference="protein motif:superfamily:SSF53633 Carbamate kinase-like InterPro:IPR001048 Aspartate/glutamate/uridylate kinase GO:Biological Process:amino acid biosynthesis (GO:0008652)" /codon_start=1 /transl_table=11 /product="Carbamate kinase (Carbamate kinase-like carbamoylphosphate synthetase) (cpkA)" /protein_id="ACS32622.1" /translation="MILMKRVVIALGGNAILQRGQRGTYEEQMENVRKTAKQIADIIE RGYEVVITHGNGPQVGALLLHMDAGQQLYGIPAQPMDVAGAMTQGQIGYMIGQALINE LRKRGIDRPVATIVTQTIVDKNDPAFKNPSKPVGPFYDEETAKKLAKEKGWVVIEDAG RGWRRVVPSPDPKGHVEAPVIQDLVEKGFIVIASGGGGVPVIEENGELKGVEAVIDKD LAGEKLAEEVKADIFMILTDVNGAAINFGKPDERWLERVTVEELRKYYEEGHFKRGSM GPKVLAVIRFLEWGGERAIIASLDRAVEALEGKTGTQVFP" gene complement(112135..113397) /locus_tag="TGAM_0121" /note="tg0121" CDS complement(112135..113397) /locus_tag="TGAM_0121" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:Amino_oxidase, Flavin containing amine oxidoreductase" /inference="protein motif:CDD:COG1233, Phytoene dehydrogenase and related proteins [Secondary metabolites biosynthesis, transport, and catabolism]" /inference="protein motif:CDD:HemY, Protoporphyrinogen oxidase [Coenzyme metabolism]" /inference="protein motif:FPrintScan:PR00419 ADXRDTASE InterPro:IPR000759 Adrenodoxin reductase GO:Biological Process:electron transport (GO:0006118)" /inference="protein motif:Gene3D:G3D.3.50.50.60 no description" /inference="protein motif:HMMPanther:PTHR10668 PHYTOENE DEHYDROGENASE-RELATED" /inference="protein motif:HMMPfam:PF01593 Amino_oxidase InterPro:IPR002937 Amine oxidase GO:Biological Process:electron transport (GO:0006118), Molecular Function:oxidoreductase activity (GO:0016491)" /inference="protein motif:superfamily:SSF51905 FAD/NAD(P)-binding domain" /note="Contains FAD/NAD(P)-binding domain, Aromatic-ring hydroxylase (flavoprotein monooxygenase) and adrenodoxin reductase family signatures" /codon_start=1 /transl_table=11 /product="Oxidoreductase" /protein_id="ACS32623.1" /translation="MRAVVIGSGIGGLLTASFLAKNGYEVMVLEKSPRIGGRFANLPY RGFGLSTGAFHMLPHGEDGPLAYLLKLLGAKVRVVDSNPKGMIFYEGKTFHYREGWKY LSFTEKAKATKLLLDVKRNKLPEGEEAEMSGREWIREKIGDNEFVDLFIKSFLGWADS VLDVPAGELAREIKAALKWGGPGLIKGGCSAVTDELARITEENGGRVLTRKRVVEVDV EGKKVIAAEGEEFPYDVLISNAGIKETVELIGRDNFDRDYLRRVDSLKPSEGIKYNVA LKGKPRVGNTVVFTLDTERINGYNEPSSLSPELAKDGYTLVMLHHALQGRNIKAERRK GIEDVYKIFPNLDSEGEILLIQTYLDGNPVNRVASGQVVEDFPIKDVYVVGDAYKLPG GIEVEGIALGVMRTLEMLGLGSFSKWYL" gene complement(113443..115401) /gene="gor" /locus_tag="TGAM_0122" /note="tg0122" CDS complement(113443..115401) /gene="gor" /locus_tag="TGAM_0122" /EC_number="1.2.7.5" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:AFOR_N, Aldehyde ferredoxin oxidoreductase, N-terminal domain" /inference="protein motif:CDD:COG2414, Aldehyde:ferredoxin oxidoreductase [Energy production and conversion]" /inference="protein motif:COG:COG2414 Aldehyde:ferredoxin oxidoreductase; C Energy production and conversion" /inference="protein motif:Gene3D:G3D.1.10.1200.10 no description InterPro:IPR009081 Acyl carrier protein-like" /inference="protein motif:Gene3D:G3D.1.10.569.10 no description" /inference="protein motif:Gene3D:G3D.3.60.9.10 no description" /inference="protein motif:HMMPfam:PF02730 AFOR_N InterPro:IPR001203 Aldehyde ferredoxin oxidoreductase GO:Biological Process:electron transport (GO:0006118), Molecular Function:oxidoreductase activity, acting on iron-sulfur proteins as donors (GO:0016730)" /inference="protein motif:superfamily:SSF48310 Aldehyde ferredoxin oxidoreductase, C-terminal domains" /inference="protein motif:superfamily:SSF56228 Aldehyde ferredoxin oxidoreductase, N-terminal domain" /codon_start=1 /transl_table=11 /product="glyceraldehyde-3-phosphate (GAP):ferredoxin oxidoreductase (gor)" /protein_id="ACS32624.1" /translation="MRFTVLKLKLDENRVESEEFEKDDVYGVIDYGLELHESLETHSI DPYDPRNIIVMGMGPFAGSVLPGAHRLMFFFRSPLYGTLFPSAMGGAAYAFKNVGVDF VTFEGKAEKPVVVLLYNDGESVRVELHEVELEKVIEVWRGYKGEEGVYALTQYLIDAF GSRFDFEYRIAVVGPAALNTNYGGIFSQALRKGKRLVGSEDWAARGGSGSVLLRAHNV IGIIFGGKPRKRKFPGEDISNFKTAKEIVEGVHKKPYNEIIAEKTVKYRYNPKLKTGG TFGGNYPAEGDFVPILNWQMPYIPKEDRIKIHENIMKHYWEPFNEEAIKPKNWTTCGE PCPVVCKKYANGHHIEYEPREANGPLSGVITLRASDISVPAVDAMGFDAIEFGGTAAW VLELIHRDLLKPEEVGLSGKPEFTKDALIERPVETSEVNAKLVAELAHRVAFGENEIA KILGLGKRKASVIFDERFKDRLKYGESFKDYAVFTPLGEDGEITPTMYWAIGNYIPLP IQGRYWTFYQFGVFLEPEELAQKIIASALWEFWYDNVGWCRFHRGWMKPVLKALFMDA YGINIDMEEHAKKQIKRLIEYARKAGYVPVFWDSMRVIDLVAAGSEEFGNEKWAEKFR LDKVGTAKEYLSKVLDAYSEILGVEWRL" gene complement(115537..116664) /gene="fbp" /locus_tag="TGAM_0123" /note="tg0123" CDS complement(115537..116664) /gene="fbp" /locus_tag="TGAM_0123" /EC_number="3.1.3.11" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:BlastProDom:PD014260 Q8NKR9_PYRKO_Q8NKR9; InterPro:IPR002803 Fructose-1,6-bisphosphatase, class V" /inference="protein motif:COG:COG1980 Archaeal fructose 1,6-bisphosphatase; G Carbohydrate transport and metabolism" /inference="protein motif:HMMPfam:PF01950 FBPase_3 InterPro:IPR002803 Fructose-1,6-bisphosphatase, class V" /inference="protein motif:ScanRegExp:PS00159 ALDOLASE_KDPG_KHG_1 InterPro:IPR000887 KDPG and KHG aldolase GO:Molecular Function:catalytic activity (GO:0003824), Biological Process:metabolism (GO:0008152)" /inference="protein motif:superfamily:SSF47188 Hemerythrin" /inference="protein motif:superfamily:SSF51230 Single hybrid motif InterPro:IPR011053 Single hybrid motif" /codon_start=1 /transl_table=11 /product="Fructose-1,6-bisphosphatase (FBPase V) (fbp)" /protein_id="ACS32625.1" /translation="MAVGEKITISVIKADIGGWPGHSRVHPQLIETAEEILAKAKEEG TIIDFYVAYAGDDLQLIMTHKKGVDSPDVHGLAWKAFEEATKVAKELGLYGAGQDLLK DAFSGNVRGMGPGVAEMEITLRKSEPVVTFHMDKTEPGAFNLPIFRMFADPFNTAGLV IDPKMHMGFRFEVWDILKHKRVILNTPEEVYDLLALIGAKSRYVIKRVYPKEGHPIPK DEPVAVVSTEKLYEIAGEYVGKDDPVAIVRAQSGLPALGEVLEPFAFPHLVSGWMRGS HNGPIMPVPMHQANPTRFDGPPRVVALGWQISPEGKLVGPVDLFDDPAFDYARQKALE ITDYMRRHGPFEPHRLPLEDMEYTTLPGVLKRLEERFEDIE" gene complement(116775..117041) /locus_tag="TGAM_0124" /note="tg0124" CDS complement(116775..117041) /locus_tag="TGAM_0124" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein" /protein_id="ACS32626.1" /translation="MTLTSLMVVLVGEPIVIGKDKFKIGEDETARRELRVVRVHDDVI QVQEEVHGIIALVGASSSVNIKKEELKNLIKVVREHFGWTDVCE" gene 117102..117241 /locus_tag="TGAM_r003" /note="tg_tRNA-Trp" tRNA 117102..117241 /locus_tag="TGAM_r003" /product="tRNA-Trp" /note="codon recognized: UGG" gene complement(118001..118076) /locus_tag="TGAM_r004" /note="tg_tRNA-Gln1" tRNA complement(118001..118076) /locus_tag="TGAM_r004" /product="tRNA-Gln" /note="codon recognized: CAA" gene complement(118343..119029) /locus_tag="TGAM_0125" /note="tg0125" CDS complement(118343..119029) /locus_tag="TGAM_0125" /inference="protein motif:Gene3D:G3D.3.30.40.10 no description" /inference="protein motif:superfamily:SSF57850 RING/U-box" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein" /protein_id="ACS32627.1" /translation="MLDQFKLLPSVAYLRVERQAFIGYSMPLAGWIGEYLINYQKLPR PNFLGRAMRKLGFSLVGEERDDRYITQFFTKKGVSISASWDVERESLFLQLIPLRSRL SRGLTVRTEHIEFYDQYVVGIEPAGKLPPGIRGIGIKALILEDFYPVETPYWGMLHED WESELNLLVMRDEVYDSLKREEYRCPVCFSPLTEENGVLKCTRCGFVYTPETDFERVI EQFSVEEFAF" gene complement(119069..123448) /gene="dp2" /locus_tag="TGAM_0126" /gene_synonym="polC" /note="tg0126" CDS complement(119069..123448) /gene="dp2" /locus_tag="TGAM_0126" /gene_synonym="polC" /EC_number="2.7.7.7" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:COG:COG1933 Archaeal DNA polymerase II, large subunit; L Replication, recombination and repair" /inference="protein motif:Gene3D:G3D.2.170.16.10 no description" /inference="protein motif:Gene3D:G3D.2.20.28.10 no description" /inference="protein motif:HMMPfam:PF02002 TFIIE_alpha InterPro:IPR002853 Transcription factor TFIIE, alpha subunit GO:Molecular Function:RNA polymerase II transcription factor activity (GO:0003702), Cellular Component:transcription factor TFIIE complex (GO:0005673), Biological Process:transcription initiation from RNA polymerase II promoter (GO:0006367)" /inference="protein motif:HMMPfam:PF03833 PolC_DP2 InterPro:IPR004475 DNA polymerase II large subunit DP2 GO:Molecular Function:DNA binding (GO:0003677), Molecular Function:DNA-directed DNA polymerase activity (GO:0003887), Biological Process:DNA replication (GO:0006260), Biological Process:DNA catabolism (GO:0006308)" /inference="protein motif:HMMSmart:SM00305 no description InterPro:IPR003586 Hedgehog/intein hint domain, C-terminal" /inference="protein motif:HMMSmart:SM00306 no description InterPro:IPR003587 Hedgehog/intein hint, N-terminal" /inference="protein motif:HMMTigr:TIGR00354 polC:DNA polymerase II, large subunit D InterPro:IPR004475 DNA polymerase II large subunit DP2 GO:Molecular Function:DNA binding (GO:0003677), Molecular Function:DNA-directed DNA polymerase activity (GO:0003887), Biological Process:DNA replication (GO:0006260), Biological Process:DNA catabolism (GO:0006308)" /inference="protein motif:HMMTigr:TIGR01445 intein_Nterm:intein N-terminal splicing InterPro:IPR006141 Protein splicing (intein) site GO:Biological Process:intein-mediated protein splicing (GO:0016539)" /inference="protein motif:ProfileScan:PS50817 INTEIN_N_TER InterPro:IPR006141 Protein splicing (intein) site GO:Biological Process:intein-mediated protein splicing (GO:0016539)" /inference="protein motif:ProfileScan:PS50818 INTEIN_C_TER InterPro:IPR006141 Protein splicing (intein) site GO:Biological Process:intein-mediated protein splicing (GO:0016539)" /inference="protein motif:superfamily:SSF51294 Hedgehog/intein (Hint) domain" /inference="protein motif:superfamily:SSF57850 RING/U-box" /inference="protein motif:superfamily:SSF63393" /codon_start=1 /transl_table=11 /product="DNA polymerase II large subunit DP2, intein containing (dp2/polC)" /protein_id="ACS32628.1" /translation="MGDELYSPGMKAYFESLQREIDRAYEIARKARSQGKDPSLDVEV PQATDMAGRVESLVGPPGVAERIRVLVKEYGKELAALKVVDEIIEGKFGDLGSKERYA EQAVRTALAILTEGIVSAPLEGIADVKIKRNTWADNSEYLALYYAGPIRSSGGTAQAL SVLVGDYVRKKLGLDRFKPSEEHIERMVEEIDLYHRAVTRLQYHPEADEVRLAMRNIP IEITGEETDKVEVSHRNVPGVETNHLRGGAILVLAEGVLQKAKKLVKYIDKMGVEGWD WIKEFVEAKEKGKSEEPKADESKAEDSGAREEITEKVEKGFYYELYERFKANIAPNKK YTKEIIGGRPLFAEPSENGGFRLRYGRSRVSGFATWSVNPATMLILDEFIAIGTQMKT ERPGKGCIVTPATTVEGPIVKLKDGSVVRVDDYETALRVKNEIEEILYVGDALVNFGD FVENNQTLLPANYVEEWWVQELVKAIEELYEVELKPFSDNPREAIEEAAEYLEIDPDF LESLLRDPLRVRPSVELAIHLSKVLDIPFHPYYTLYWNTLKPEEVEELQRALLNAQIE WDEFRKLKFARKVILDNDPRIKRYLELLGLPHRLERTEDRRKVIVVDYPWSAALLTPL GNLEWEFKAKPFHTVIDIINENNPIKLRDRGISWIGARMGRPEKAKERKMKPPVQVLF PIGLAGGQSRDIKKAAEEGKTAKVEIAFFRCPKCGHVGPEHLCPVCGTRKELLWHCPK CNVDYPESEAKEFGFRCPRCDVELRPYAEREIKPSELLRRAMENVKVYGIDRLKGVKG MTSGYKMAEPLEKGLLRVKNDVYVFKDGTIRFDATDAPITHFKPKEIGVSVEKLRELG YTHDFEGKPLERDDQIVELKVQDIILSYEAGKYLLKVARFVDDLLEKFYGLPRFYNAE KMEDLIGHLVIGLAPHTSAGIIGRIIGFSDVLVGYAHPYYHAAKRRNCFPGDTRILVQ IDGKPARITLRELYELFEGESYENMVYVRRKPKRDVKVYSFDPERGKVVLTDIEDVIK APSTDHLIRFELELGRSFETTVDHPVLVYENGKFVEKRAFEVKEGELIGVYENDSIKP FKIERIKYVKPKDDFVFSLNAKSYHNVLINENVVTHQCDGDEDAVMLLLDALLNFSKY YLPEKRGGKMDAPLVVTTRLDPREVDSEVHNMDVVRYYPLEFYEATYEMKSPKEIKFI ERVEDRLGKPEMYEGIKFTHDTDDIGLGPKMSLYKQLGDMVEKVERQLALAERIRAVD EHHVAETILNSHLIPDLRGNLRSFTRQEFRCVKCNTKYRRPPLTGRCPKCGGKIVLTV SKGAVEKYLPTAKMLVTRYNVKDYTRQRICLTEKDIKTLFETVLPEKQRTLLGFSADV CEKMIKERTGSSNGKNGYLDGFNGKNGKVGKAKTSKEVEKKNDAESRTKKKPSENLKK EVKKEKAKAKRKKRISLDEFFGS" mat_peptide complement(join(119072..120070,120674..123448)) /gene="dp2" /locus_tag="TGAM_0126" /gene_synonym="polC" /product="DNA polymerase II large subunit DP2" mat_peptide complement(120071..120673) /gene="dp2" /locus_tag="TGAM_0126" /gene_synonym="polC" /product="intein" gene complement(123449..125431) /gene="dp1" /locus_tag="TGAM_0127" /note="tg0127; polB" CDS complement(123449..125431) /gene="dp1" /locus_tag="TGAM_0127" /EC_number="2.7.7.7" /inference="protein motif:CDD:HYS2, Archaeal DNA polymerase II, small subunit/DNA polymerase delta, subunit B [DNA replication, recombination, and repair]" /inference="protein motif:COG:COG1311 Archaeal DNA polymerase II, small subunit/DNA polymerase delta, subunit B; L Replication, recombination and repair" /inference="protein motif:Gene3D:G3D.2.40.50.140 no description InterPro:IPR012340 Nucleic acid-binding, OB-fold, subgroup" /inference="protein motif:Gene3D:G3D.3.60.21.10 no description" /inference="protein motif:HMMPfam:PF00149 Metallophos InterPro:IPR004843 Metallophosphoesterase" /inference="protein motif:HMMPfam:PF01336 tRNA_anti InterPro:IPR004365 nucleic acid binding, OB-fold, tRNA/helicase-type" /inference="protein motif:HMMPIR:PIRSF000803 DNA polymerase II small subunit, archaeal type InterPro:IPR011149 DNA polymerase II small subunit, archaeal" /inference="protein motif:ProfileScan:PS50185 PHOSPHO_ESTER InterPro:IPR004843 Metallophosphoesterase" /inference="protein motif:superfamily:SSF50249 Nucleic acid-binding proteins InterPro:IPR008994 Nucleic acid-binding, OB-fold" /inference="protein motif:superfamily:SSF56300 Metallo-dependent phosphatases" /codon_start=1 /transl_table=11 /product="DNA polymerase II small subunit (dp1/polB)" /protein_id="ACS32629.1" /translation="MLVEDLMRNKYLITPSAYYLLEQYYKKDFSLAELIKFAKARGSF VITSSIAEEFLSSKGLITSAPPEASEVPSETGGLETYISTGNPVEKGPLESSNDENMV ETESFSGGESFVSTGTDLNESPVEVVVDSEESAQEEVSSGPFPVETGENVVDVPDLYG DEPLDADSNGELNGVSVENGNGVTPKIIYGDYGIPIAYVGEEVPEEEKSYSVYDDVVI TPNPAFHYRAAEMPDESEVVFDVKNVRLSPPKANNAAGKEGEFLVEAYRLYFRSRLKK MRRIFRENPEIGGIIDIGKLSYVQPGSEVTVVGLLTDKRETSKGYVLELEDATGRIKV FINRNREDAKLVMSIMHDAAIAVSGKYSGKGMIFADHIYLPDVPKVRSPKPPLKEKVY AVLLSDIHVGSNKFCEKAFEKFLEWLNGNVENETHAELVSRIKYMIIAGDVVDGVGIY PGQYEELAIPDIFDQYEALANLLRNVPDHIHVFIGPGNHDAARTALPQPGFYEEYARP IYRLKNVTIISNPALIKLHGREFLIAHGRGIEDVVTEIPNRSHHRPAEAMVELLKLRH LAPTFGGKVPIAPDPEDLLVIESVPDLFQAGHVHVMQYKIYNGVFVINTGTWQAQTEF QKMVNIVPTPARVPIIDVETARLRAVINFEQFCEGV" gene complement(125431..126738) /gene="cdc6" /locus_tag="TGAM_0128" /note="tg0128" CDS complement(125431..126738) /gene="cdc6" /locus_tag="TGAM_0128" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:CDC6, Cdc6-related protein, AAA superfamily ATPase [DNA replication, recombination, and repair / Posttranslational modification, protein turnover, chaperones]" /inference="protein motif:COG:COG1474 Cdc6-related protein, AAA superfamily ATPase; L Replication, recombination and repair" /inference="protein motif:FPrintScan:PR00364 DISEASERSIST InterPro:IPR000767 Disease resistance protein GO:Biological Process:defense response (GO:0006952), Biological Process:defense response to pathogen (GO:0042829)" /inference="protein motif:Gene3D:G3D.1.10.10.10 no description InterPro:IPR011991 Winged helix repressor DNA-binding" /inference="protein motif:Gene3D:G3D.3.40.50.300 no description" /inference="protein motif:HMMPanther:PTHR10763 CDC6 AND ORIGIN RECOGNITION COMPLEX SUBUNIT 1" /inference="protein motif:HMMPanther:PTHR10763:SF1 CDC6" /inference="protein motif:HMMPfam:PF00004 AAA InterPro:IPR003959 AAA ATPase, central region GO:Molecular Function:ATP binding (GO:0005524)" /inference="protein motif:HMMSmart:SM00382 no description InterPro:IPR003593 AAA ATPase GO:Molecular Function:nucleotide binding (GO:0000166), Molecular Function:nucleoside-triphosphatase activity (GO:0017111)" /inference="protein motif:superfamily:SSF46785 'Winged helix' DNA-binding domain" /inference="protein motif:superfamily:SSF52540 P-loop containing nucleoside triphosphate hydrolases" /codon_start=1 /transl_table=11 /product="Cell division control protein 6-like protein (cdc6)" /protein_id="ACS32630.1" /translation="MACPSVAGGVSFPLEVKSVVPMDDYLGSIFEKYLHAKKIFKNKE VLRHSYTPKELPHRREQIEELAHILVPVLRGETPSNVFVYGKTGTGKTVTIKFVTEEL KKISDKYNVPVEVIYINCEIVDTQYRVLANIVNYFKEESGVEVPLVGWPTDEVYARLK EVIDSKERFVIIVLDEIDKLVKKSGDDILYSLTRINTELSKAKVSIIGISNDLKFKEY LDARVLSSLSEEEVVFPPYDATQLRDILMQRAKDAFNEGVLDDAVVPLCAALAAREHG DARRALDLLRVAGEIAEREGASKVTERHVWLAQEKIEQDTMEEVIKTLPLHSKVLLHA IVLLDENGELPANTGDVYSIYKSLCDYIDLDPLTQRRISDLINELDMLGIINAKVVSK GRYGRTKEIRLNVTPHKVKKVFSQDDQLRPLLTLNLSRQRRLI" gene 127592..128611 /locus_tag="TGAM_0129" /note="tg0129" CDS 127592..128611 /locus_tag="TGAM_0129" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:TrkA, K+ transport systems, NAD-binding component [Inorganic ion transport and metabolism]" /inference="protein motif:CDD:TrkA_N, TrkA-N domain" /inference="protein motif:COG:COG1226 Kef-type K+ transport systems, predicted NAD-binding component; P Inorganic ion transport and metabolism" /inference="protein motif:FPrintScan:PR00169 KCHANNEL InterPro:IPR003091 Voltage-dependent potassium channel GO:Molecular Function:voltage-gated potassium channel activity (GO:0005249), Biological Process:potassium ion transport (GO:0006813), Cellular Component:voltage-gated potassium channel complex (GO:0008076)" /inference="protein motif:Gene3D:G3D.1.10.287.70 no description" /inference="protein motif:Gene3D:G3D.3.40.50.720 no description" /inference="protein motif:HMMPanther:PTHR11537 VOLTAGE-GATED POTASSIUM CHANNEL" /inference="protein motif:HMMPanther:PTHR11537:SF13 VOLTAGE-GATED POTASSIUM CHANNEL PROTEIN KV1.6" /inference="protein motif:HMMPfam:PF02254 TrkA_N InterPro:IPR003148 TrkA-N GO:Biological Process:potassium ion transport (GO:0006813)" /inference="protein motif:HMMPfam:PF07885 Ion_trans_2 InterPro:IPR013099 Ion transport 2, bacterial" /inference="protein motif:ProfileScan:PS50265 CHANNEL_PORE_K InterPro:IPR001622 K+ channel, pore region GO:Molecular Function:potassium channel activity (GO:0005267), Biological Process:potassium ion transport (GO:0006813), Cellular Component:membrane (GO:0016020)" /inference="protein motif:ProfileScan:PS50266 CATION_CHANNEL_TM InterPro:IPR005820 Cation channel, non-ligand gated GO:Molecular Function:cation channel activity (GO:0005261), Biological Process:cation transport (GO:0006812), Cellular Component:membrane (GO:0016020)" /inference="protein motif:superfamily:SSF51735 NAD(P)-binding Rossmann-fold domains" /inference="protein motif:superfamily:SSF81324 Voltage-gated potassium channels" /note="3 probable transmembrane helices predicted by modhmm" /codon_start=1 /transl_table=11 /product="Voltage-gated potassium channel" /protein_id="ACS32631.1" /translation="MLPVIVVRRLLRMRIKVSRNRLIQIALVVLLLAVAFAVAFEYFE GVDFFTAFYWAVITMATIGYGDVTPSTEGGRIVAMVASVAGISTFTALVSLLAENFIS SSLRRMMGMHRVSYSSHYLIIGQGSSVSTCVNELMGAIERGELKLAPIVVLFPSEEER KKVELPEEIEVLIGDPTNRETLERARVDRASHVILALEDDSRAVFVTLMVKRMSNAKV LVEVLSEDSVELLKGAGADRVIVSRSLAGRLLASSVFEPEVVDVIDDITSSVKGYDIT VIDGRNFWGRPYIEVFRELKETKNLFLLGYYRDGPVLNPPLDEPIPEGARLIVLRSSL STRKL" gene 128784..129851 /gene="radA" /locus_tag="TGAM_0130" /note="tg0130" CDS 128784..129851 /gene="radA" /locus_tag="TGAM_0130" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:BlastProDom:PD000229 RADA_PYRHO_O58001; InterPro:IPR001553 RecA bacterial DNA recombination" /inference="protein motif:CDD:Rad51_DMC1_radA, Rad51_DMC1_radA,B" /inference="protein motif:CDD:radB, RadB" /inference="protein motif:CDD:RecA, recA bacterial DNA recombination protein" /inference="protein motif:CDD:recA, RecA is a bacterial enzyme which has roles in homologous recombination, DNA repair, and the induction of the SOS response" /inference="protein motif:CDD:RecA, RecA/RadA recombinase [DNA replication, recombination, and repair]" /inference="protein motif:CDD:RecA-like_NTPases, RecA-like NTPases" /inference="protein motif:CDD:recA_like, RecA is a bacterial enzyme which has roles in homologous recombination, DNA repair, and the induction of the SOS response" /inference="protein motif:COG:COG0468 RecA/RadA recombinase; L Replication, recombination and repair" /inference="protein motif:FPrintScan:PR00142 RECA InterPro:IPR001553 RecA bacterial DNA recombination" /inference="protein motif:Gene3D:G3D.1.10.150.70 no description" /inference="protein motif:Gene3D:G3D.3.40.50.300 no description" /inference="protein motif:HMMPanther:PTHR13682 GLUTAMINE SYNTHETASE/DNA REPAIR PROTEIN-RELATED" /inference="protein motif:HMMPanther:PTHR13682:SF14 DNA REPAIR PROTEIN RADA" /inference="protein motif:HMMPfam:PF00633 HHH InterPro:IPR000445 Helix-hairpin-helix motif" /inference="protein motif:HMMPfam:PF08423 Rad51 InterPro:IPR013632 Rad51, C-terminal" /inference="protein motif:HMMSmart:SM00278 no description InterPro:IPR003583 Helix-hairpin-helix DNA-binding, class 1" /inference="protein motif:HMMSmart:SM00382 no description InterPro:IPR003593 AAA ATPase" /inference="protein motif:HMMTigr:TIGR02236 recomb_radA:DNA repair and recombination InterPro:IPR011938 DNA repair and recombination protein RadA" /inference="protein motif:ProfileScan:PS50120 HHH InterPro:IPR000445 Helix-hairpin-helix motif" /inference="protein motif:ProfileScan:PS50162 RECA_2 InterPro:IPR001553 RecA bacterial DNA recombination" /inference="protein motif:ProfileScan:PS50163 RECA_3 InterPro:IPR001553 RecA bacterial DNA recombination" /inference="protein motif:ScanRegExp:PS00012 PHOSPHOPANTETHEINE InterPro:IPR006162 Phosphopantetheine attachment site" /inference="protein motif:superfamily:SSF47794 DNA repair protein Rad51, N-terminal domain InterPro:IPR010995 Rad51, N-terminal" /inference="protein motif:superfamily:SSF52540 P-loop containing nucleoside triphosphate hydrolases" /codon_start=1 /transl_table=11 /product="DNA repair and recombination protein RadA (radA)" /protein_id="ACS32632.1" /translation="MSLMAKKKVDEVKELEEFEELEIAESSQSSSSKKKKGKEIKTLE DLPGVGPATAEKLREAGYDSIEAIAVASPLELKEIAGISEGAALKIIQAAREAANIGT FMRADEYMEKRRTIGKISTGSKSLDKLLGGGIETQAITEVFGEFGSGKTQLAHTLAVM VQKPPEEGGLGGSVIWIDTENTFRPERIRQIAEARGLDPDEVLKNIYVARAFNSNHQM LLVEKAEEIIKEKASTDRPVKLLVVDSLMAHFRSEYVGRGSLAERQQKLAKHLADLHR LADLYDIAVFVTNQVQAKPDAFFGDPTRPVGGHILAHSATLRVYLRKGKAGKRVARLI DSPHLPEGEAVFRITEKGVED" gene 129892..130641 /locus_tag="TGAM_0131" /note="tg0131" CDS 129892..130641 /locus_tag="TGAM_0131" /inference="protein motif:BlastProDom:PD013521 Q9V2E8_PYRAB_Q9V2E8; InterPro:IPR002793 Protein of unknown function DUF91" /inference="protein motif:CDD:COG1637, Predicted nuclease of the RecB family [DNA replication, recombination, and repair]" /inference="protein motif:CDD:DUF91, Protein of unknown function DUF91" /inference="protein motif:COG:COG1637 Predicted nuclease of the RecB family; L Replication, recombination and repair" /inference="protein motif:HMMPfam:PF01939 DUF91 InterPro:IPR002793 Protein of unknown function DUF91" /inference="protein motif:superfamily:SSF56420 Peptide deformylase" /note="Belongs to DUF91 family" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein" /protein_id="ACS32633.1" /translation="MPKVELRENPSPEEIKLLVDLAISSEGVLTIFARCRVHYDGRAK SELGPGDRVIIVKPDGSFLIHQKEKREPVNWQPPGSVVRLELREKPVLISVRRKPRET LEVELDEVYLITVFHAEDYEELALTGSEAEMAELIFENPEVIELGFKPLYREKPIRHG IVDVLGVDRDGNLVVLELKRRRADLHAVSQLKRYVETLREEHENVRGILVAPSLTSGA KKLLEKEGLEFRKLEPPKRDGKSRGRQLRLF" gene complement(130638..131021) /locus_tag="TGAM_0132" /note="tg0132" CDS complement(130638..131021) /locus_tag="TGAM_0132" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:DUF473, Protein of unknown function (DUF473)" /inference="protein motif:COG:COG1935 Uncharacterized conserved protein; S Function unknown" /inference="protein motif:Gene3D:G3D.3.40.50.1940 no description" /inference="protein motif:HMMPfam:PF04322 DUF473 InterPro:IPR007417 Protein of unknown function DUF473" /note="Belongs to DUF473 family" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein" /protein_id="ACS32634.1" /translation="MEAVILAGIARRVLDELLRNPYRTIELRSARNVLAIEEAMEEAL RLFLTYDPLEDVSTGTEGLLAELIEARELETRVPWEESDEREITVCRAKVKLVGLGRV VEVERRDGILVARVRELFPQEMSMG" gene complement(131031..131756) /locus_tag="TGAM_0133" /note="tg0133" CDS complement(131031..131756) /locus_tag="TGAM_0133" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:COG1938, Archaeal enzymes of ATP-grasp superfamily [General function prediction only]" /inference="protein motif:CDD:COG2047, Uncharacterized protein (ATP-grasp superfamily) [General function prediction only]" /inference="protein motif:CDD:DUF75, Protein of unknown function DUF75" /inference="protein motif:COG:COG1938 Archaeal enzymes of ATP-grasp superfamily; R General function prediction only" /inference="protein motif:HMMPfam:PF01908 DUF75 InterPro:IPR002766 Protein of unknown function DUF75" /inference="protein motif:HMMTigr:TIGR00161 TIGR00161:conserved hypothetical protein T InterPro:IPR004425 Conserved hypothetical protein 61 GO:Molecular Function:molecular function unknown (GO:0005554)" /inference="protein motif:superfamily:SSF51351 Triosephosphate isomerase (TIM) InterPro:IPR000652 Triosephosphate isomerase GO:Molecular Function:triose-phosphate isomerase activity (GO:0004807), Biological Process:metabolism (GO:0008152)" /inference="protein motif:superfamily:SSF55770 Profilin (actin-binding protein)" /note="Belongs to DUF75 family" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein" /protein_id="ACS32635.1" /translation="MEEKPVKLVLPEVKNPIFIEGYPGIGLVGHIAGNFLAKELGMEM IGYVESPFIPPMSIVLEGKPNPPLRFYGKDNVIVAVADIYVPPTLVNEIAKELASYLS EMKAEKVISIGGIGIGFFKEKMEVWGVGAREELNRELEEAGAKILQYGSIMGMSGKLL WEAGRRGLNAYVLLGETFGDRPDPRAAANVIEVLKKLTPIDVSTEPLIKEAEMIEEQL RKMHEQMEQARKKEMKQYESIYL" gene complement(131852..133141) /locus_tag="TGAM_0134" /note="tg0134" CDS complement(131852..133141) /locus_tag="TGAM_0134" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:HMMPfam:PF00478.12 IMP dehydrogenase / GMP reductase domain InterPro:IMP dehydrogenase/GMP reductase Molecular Function:catalytic activity (GO:0003824)" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein" /protein_id="ACS32636.1" /translation="MISMERKWIAAVVIVFLISSIALAYERHSGEMENPSTFALALQP LPNGKLTVLEKGSLGKVLGATVRNGEWVTYLKEDSHVLKSVPAPIVLYFTSDNRIVVG TLKDGKLGQTVELNLTKLLERAGSGNAGKGVSECPKGYVQVSDRYCIDENEPVVKGRV KLVQEWVPFMGMKIDTVREPINVVSLSWGIILDSTAVADYTLNVAGTPAAVPGNEYDG EKLRIAYSPEGIGLRTSNGSIERYVNLPLRYLTFQMEVACYDRYTGEYTHIPISGTYP VEIQLTGEYNLTEGQLNKKITSSTGMEGSILTDHPIKKGLFPTMNSSRQIRVGQNGYY TNIVFDFQGGRGYFYTFPVGGSDDNPSGEASAQRFLTISYSPHAKSFLTYSITIIRAT PNATYIVATPEIPIKLPGGEDGGEVATYFTVITAMRT" gene 133284..134057 /gene="mtaP-1" /locus_tag="TGAM_0135" /note="tg0135" CDS 133284..134057 /gene="mtaP-1" /locus_tag="TGAM_0135" /EC_number="2.4.2.28" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:Mtap_PNP, Phosphorylase family 2" /inference="protein motif:CDD:Pnp, Purine nucleoside phosphorylase [Nucleotide transport and metabolism]" /inference="protein motif:COG:COG0005 Purine nucleoside phosphorylase; F Nucleotide transport and metabolism" /inference="protein motif:Gene3D:G3D.3.40.50.1580 no description" /inference="protein motif:HMMPanther:PTHR11904 NUCLEOSIDE PHOSPHORYLASE InterPro:IPR001369 Purine phosphorylase, family 2 GO:Molecular Function:transferase activity, transferring pentosyl groups (GO:0016763)" /inference="protein motif:HMMPanther:PTHR11904:SF10 METHYLTHIOADENOSINE PHOSPHORYLASE" /inference="protein motif:HMMPfam:PF00896 Mtap_PNP InterPro:IPR001369 Purine phosphorylase, family 2 GO:Molecular Function:transferase activity, transferring pentosyl groups (GO:0016763)" /inference="protein motif:HMMTigr:TIGR01694 MTAP:methylthioadenosine phosphorylase InterPro:IPR010044 Methylthioadenosine phosphorylase GO:Molecular Function:transferase activity, transferring pentosyl groups (GO:0016763)" /inference="protein motif:ScanRegExp:PS01240 PNP_MTAP_2 InterPro:IPR001369 Purine phosphorylase, family 2 GO:Molecular Function:transferase activity, transferring pentosyl groups (GO:0016763)" /inference="protein motif:superfamily:SSF53167 Purine and uridine phosphorylases" /codon_start=1 /transl_table=11 /product="Methylthioadenosine phosphorylase (mtaP)" /protein_id="ACS32637.1" /translation="MPRIGIIGGSGVYGVFEPKETVKVHTPYGRPSAPVEIGEIEGVE VAFIPRHGKHHEFPPHEVPYRANIWALKELGVERVIGITAVGSLREEYKPGDIVITDQ FIDFTKKRDYTFYNGPRVAHVSMADPFCPEMRRIFYETAKELGFPVHEKGTYVCIEGP RFSTRAESFMFRQYAHIIGMTLVPEVNLARELGMCYVNIATVTDYDVWAEKPVDAQEV LKVMAENNYKVQELLKKGIPRIPEERNCGCADVLKTMFV" gene 134164..134634 /locus_tag="TGAM_0136" /note="tg0136" CDS 134164..134634 /locus_tag="TGAM_0136" /inference="protein motif:CDD:COG1525, Micrococcal nuclease (thermonuclease) homologs [DNA replication, recombination, and repair]" /inference="protein motif:CDD:SNase, Staphylococcal nuclease homologue" /inference="protein motif:CDD:SNc, Staphylococcal nuclease homologues" /inference="protein motif:COG:COG1525 Micrococcal nuclease (thermonuclease) homologs; L Replication, recombination and repair" /inference="protein motif:Gene3D:G3D.2.40.50.90 no description" /inference="protein motif:HMMPfam:PF00565 SNase InterPro:IPR006021 Staphylococcus nuclease (SNase-like) GO:Molecular Function:nucleic acid binding (GO:0003676)" /inference="protein motif:HMMSmart:SM00318 no description InterPro:IPR006021 Staphylococcus nuclease (SNase-like) GO:Molecular Function:nucleic acid binding (GO:0003676)" /inference="protein motif:ProfileScan:PS50830 TNASE_3 InterPro:IPR006021 Staphylococcus nuclease (SNase-like) GO:Molecular Function:nucleic acid binding (GO:0003676)" /inference="protein motif:superfamily:SSF50199 Staphylococcal nuclease" /note="1 probable transmembrane helix predicted by modhmm" /codon_start=1 /transl_table=11 /product="Thermonuclease-like protein" /protein_id="ACS32638.1" /translation="MVVAVRKALAIAPVVFFLLISGFVSAYEFQAYGYVTKVVDGDTV WFHSYYGYRAGETFKVRFADINAPELYTAEGKESKAALEWLFDTYGRHVYLDVDDVYE TDHYGRVVAVVYLPFWYYGYALNVNEWLVESGYARIWNHYNEFNPYSWGLWVPI" gene 134631..135977 /locus_tag="TGAM_0137" /note="tg0137" CDS 134631..135977 /locus_tag="TGAM_0137" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:BlastProDom:PD001248 YF15_PYRHO_O59184; InterPro:IPR011550 Amidohydrolase-like" /inference="protein motif:CDD:Amidohydro_1, Amidohydrolase family" /inference="protein motif:CDD:archeal_chlorohydrolases, Predicted chlorohydrolases" /inference="protein motif:CDD:ATZ_TRZ_like, TRZ/ATZ family contains enzymes from the atrazine degradation pathway and related hydrolases" /inference="protein motif:CDD:Bact_CD, Bacterial cytosine deaminase and related metal-dependent hydrolases" /inference="protein motif:CDD:D-aminoacylase, D-aminoacylases (N-acyl-D-Amino acid amidohydrolases) catalyze the hydrolysis of N-acyl-D-amino acids to produce the corresponding D-amino acids, which are used as intermediates in the synthesis of pesticides, bioactive peptides, and antibiotics" /inference="protein motif:CDD:GDEase, Guanine deaminase (GDEase)" /inference="protein motif:CDD:HutI, Imidazolonepropionase and related amidohydrolases [Secondary metabolites biosynthesis, transport, and catabolism]" /inference="protein motif:CDD:Imidazolone-5PH, Imidazolonepropionase/imidazolone-5-propionate hydrolase (Imidazolone-5PH) catalyzes the third step in the histidine degradation pathway, the hydrolysis of (S)-3-(5-oxo-4,5-dihydro-3H-imidazol-4-yl)propanoate to N-formimidoyl-L-glutamate" /inference="protein motif:CDD:Met_dep_hydrolase_B, Metallo-dependent hydrolases, subgroup B is part of the superfamily of metallo-dependent hydrolases, a large group of proteins that show conservation in their 3-dimensional fold (TIM barrel) and in details of their active site" /inference="protein motif:CDD:Met_dep_hydrolase_D, Metallo-dependent hydrolases, subgroup D is part of the superfamily of metallo-dependent hydrolases, a large group of proteins that show conservation in their 3-dimensional fold (TIM barrel) and in details of their active site" /inference="protein motif:CDD:Met_dep_hydrolase_E, Metallo-dependent hydrolases, subgroup D is part of the superfamily of metallo-dependent hydrolases, a large group of proteins that show conservation in their 3-dimensional fold (TIM barrel) and in details of their active site" /inference="protein motif:CDD:metallo-dependent_hydrolases, Superfamily of metallo-dependent hydrolases (also called amidohydrolase superfamily) is a large group of proteins that show conservation in their 3-dimensional fold (TIM barrel) and in details of their active site" /inference="protein motif:CDD:PyrC, Dihydroorotase and related cyclic amidohydrolases [Nucleotide transport and metabolism]" /inference="protein motif:CDD:SsnA, Cytosine deaminase and related metal-dependent hydrolases [Nucleotide transport and metabolism / General function prediction only]" /inference="protein motif:COG:COG0402 Cytosine deaminase and related metal-dependent hydrolases; F Nucleotide transport and metabolism" /inference="protein motif:Gene3D:G3D.2.30.40.10 no description" /inference="protein motif:HMMPanther:PTHR11271 ATRAZINE CHLOROHYDROLASE-RELATED" /inference="protein motif:HMMPanther:PTHR11271:SF13 N-ETHYLAMMELINE CHLOROHYDROLASE" /inference="protein motif:HMMPfam:PF01979 Amidohydro_1 InterPro:IPR006680 Amidohydrolase 1 GO:Molecular Function:hydrolase activity (GO:0016787)" /inference="protein motif:superfamily:SSF51338 Composite domain of metallo-dependent hydrolases InterPro:IPR011059 Metallo-dependent hydrolase, composite" /codon_start=1 /transl_table=11 /product="Metal-dependent chlorohydrolase family protein" /protein_id="ACS32639.1" /translation="MRTLLFRHLFNFQRKHTPLKGGIAMSVLIRNGYVVYGENLEVIK ADVLIEGNRIVEVKRGINEPADTVIDATGKVVSPGFVNLHTHSPMGLFRGLADDLPLM EWLEKHIWPREAKLTREHIKVGAYLGALEMIKTGTTTFLDMYFQMDAVAEAIFEAGLR GYLSYGMIDLGDPERTEKELSEAIREMRAIEKLNSDRVHFVFGPHAPYTCSLALLKEV RKLADEHNKLITIHVAETMAELGKIQERYGKSPVVLLDEIGFFGSDVIIAHGVWLDSR DIAILARNGVTVAHNPASNMKLASGVMPLQRLLNAGVNVGLGTDGSASNNNLDMVEEM KLAALLHKVHNLDPTVADARTVFKMATQNGAKALRLNAGVIKPGYLADVVIFDFNQPH LRPINDVVSHLVYSANGNDVETTIVDGKILMLDREVLTLDEEKIFQRVEEAVESLS" gene complement(135980..136267) /locus_tag="TGAM_0138" /note="tg0138" CDS complement(135980..136267) /locus_tag="TGAM_0138" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein" /protein_id="ACS32640.1" /translation="MEIIVENFKPKVTRPFKRKNEYWIKLILPDGEEYIMKFKTPLEA EDAIYGMLDDLQVYGGKVKLKLREGNVIEDIEVLELYKPSAKELVEEYFGG" gene complement(136326..137213) /gene="rbsK" /locus_tag="TGAM_0139" /note="tg0139" CDS complement(136326..137213) /gene="rbsK" /locus_tag="TGAM_0139" /EC_number="2.7.1.-" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:adenosine_kinase, Adenosine kinase (AK) catalyzes the phosphorylation of ribofuranosyl-containing nucleoside analogues at the 5'-hydroxyl using ATP or GTP as the phosphate donor" /inference="protein motif:CDD:bac_FRK, Fructokinases (FRKs) mainly from bacteria and plants are enzymes with high specificity for fructose, as are all FRKs, but they catalyzes the conversion of fructose to fructose-6-phosphate, which is an entry point into glycolysis via conversion into glucose-6-phosphate" /inference="protein motif:CDD:Fructoselysine_kinase_like, Fructoselysine kinase-like" /inference="protein motif:CDD:FruK, Fructose-1-phosphate kinase and related fructose-6-phosphate kinase (PfkB) [Carbohydrate transport and metabolism]" /inference="protein motif:CDD:FruK_PfkB_like, 1-phosphofructokinase (FruK), minor 6-phosphofructokinase (pfkB) and related sugar kinases" /inference="protein motif:CDD:Guanosine_kinase_like, Guanosine kinase-like sugar kinases" /inference="protein motif:CDD:KdgK, 2-keto-3-deoxygluconate kinase (KdgK) phosphorylates 2-keto-3-deoxygluconate (KDG) to form 2-keto-3-deoxy-6-phosphogluconate (KDGP)" /inference="protein motif:CDD:Ketohexokinase, Ketohexokinase (fructokinase, KHK) catalyzes the phosphorylation of fructose to fructose-1-phosphate (F1P), the first step in the metabolism of dietary fructose" /inference="protein motif:CDD:PfkB, pfkB family carbohydrate kinase" /inference="protein motif:CDD:RbsK, Sugar kinases, ribokinase family [Carbohydrate transport and metabolism]" /inference="protein motif:CDD:RfaE, ADP-heptose synthase, bifunctional sugar kinase/adenylyltransferase [Cell envelope biogenesis, outer membrane]" /inference="protein motif:CDD:RfaE_like, RfaE encodes a bifunctional ADP-heptose synthase involved in the biosynthesis of the lipopolysaccharide (LPS) core precursor ADP-L-glycero-D-manno-heptose" /inference="protein motif:CDD:ribokinase, Ribokinase catalyses the phosphorylation of ribose to ribose-5-phosphate using ATP" /inference="protein motif:CDD:ribokinase_group_A, Ribokinase-like subgroup A" /inference="protein motif:CDD:ribokinase_group_B, Ribokinase-like subgroup B" /inference="protein motif:CDD:ribokinase_pfkB_like, ribokinase/pfkB superfamily:Kinases that accept a wide variety of substrates, including carbohydrates and aromatic small molecules, all are phosphorylated at a hydroxyl group" /inference="protein motif:CDD:YegV_kinase_like, YegV-like sugar kinase" /inference="protein motif:CDD:YeiC_kinase_like, YeiC-like sugar kinase" /inference="protein motif:COG:COG0524 Sugar kinases, ribokinase family; G Carbohydrate transport and metabolism" /inference="protein motif:FPrintScan:PR00990 RIBOKINASE InterPro:IPR002139 Ribokinase GO:Molecular Function:ribokinase activity (GO:0004747), Biological Process:D-ribose metabolism (GO:0006014)" /inference="protein motif:Gene3D:G3D.3.40.1190.20 no description" /inference="protein motif:HMMPanther:PTHR10584 PFKB FAMILY OF CARBOHYDRATE KINASES" /inference="protein motif:HMMPanther:PTHR10584:SF24 RIBOKINASE" /inference="protein motif:HMMPfam:PF00294 PfkB InterPro:IPR011611 PfkB" /inference="protein motif:ScanRegExp:PS00584 PFKB_KINASES_2 InterPro:IPR002173 Carbohydrate kinase, PfkB" /inference="protein motif:superfamily:SSF53613 Ribokinase-like" /codon_start=1 /transl_table=11 /product="Sugar kinase, putative ribokinase (rbsK)" /protein_id="ACS32641.1" /translation="MFDVIGIGNLNYDIIMLVDRFPEFHEKISAKKAVFGLGGAAGNT ITWLAHMGLKTGFIGAVGNDEVGRAHIEYFKRIGVDTGGIKVVDVPSGIAVAIIHGED KRIVKYLGANEKRELDFDYMKRARHIHLSSNPPRIIREAIEFASENGITVSLDIGEAP LPEDVEERIDYLLMNEDEYRRKFGSLDPSLSKAKNLIITLNGGGAIVRDQQGRIKEIR GLSAKVVDSTGAGDSFAAGIIFGVLKGWSLEDSAKLGMLLAYLTVQKVGARSAVVPLE RIVEKSRELNLNLPFDGNP" gene 137359..137670 /gene="atpH" /locus_tag="TGAM_0140" /note="tg0140" CDS 137359..137670 /gene="atpH" /locus_tag="TGAM_0140" /EC_number="3.6.3.14" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:COG:COG2811 Archaeal/vacuolar-type H+-ATPase subunit H; C Energy production and conversion" /inference="protein motif:superfamily:SSF81573 F1F0 ATP synthase subunit B, membrane domain" /codon_start=1 /transl_table=11 /product="Archaeal/vacuolar-type H+-ATPase subunit H (atpH)" /protein_id="ACS32642.1" /translation="MEDVIKRIVDAEKEAEARIEGAKAEAKKIIEKAKSEAKLIEEEI IEKARAEGEELVEKARKEGEEEARKITEAGEKEIEEMKVKATQNFEKAVSAAVQLVRG S" gene 137673..139679 /gene="atpI" /locus_tag="TGAM_0141" /note="tg0141" CDS 137673..139679 /gene="atpI" /locus_tag="TGAM_0141" /EC_number="3.6.3.14" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:NtpI, Archaeal/vacuolar-type H+-ATPase subunit I [Energy production and conversion]" /inference="protein motif:CDD:V_ATPase_I, V-type ATPase 116kDa subunit family" /inference="protein motif:COG:COG1269 Archaeal/vacuolar-type H+-ATPase subunit I; C Energy production and conversion" /inference="protein motif:HMMPanther:PTHR11629 VACUOLAR ATP SYNTHASE InterPro:IPR002490 ATPase, V0/A0 complex, 116-kDa subunit GO:Biological Process:proton transport (GO:0015992), Cellular Component:membrane (GO:0016020)" /inference="protein motif:HMMPanther:PTHR11629:SF1 VACUOLAR ATP SYNTHASE" /inference="protein motif:HMMPfam:PF01496 V_ATPase_I InterPro:IPR002490 ATPase, V0/A0 complex, 116-kDa subunit GO:Biological Process:proton transport (GO:0015992), Cellular Component:membrane (GO:0016020)" /inference="protein motif:ScanRegExp:PS01034 GLYCOSYL_HYDROL_F16 InterPro:IPR008263 Glycoside hydrolase, family 16, active site GO:Molecular Function:hydrolase activity, hydrolyzing O-glycosyl compounds (GO:0004553), Biological Process:carbohydrate metabolism (GO:0005975)" /note="7 probable transmembrane helices predicted by modhmm" /codon_start=1 /transl_table=11 /product="Archaeal/vacuolar-type H+-ATPase subunit I (atpI)" /protein_id="ACS32643.1" /translation="MFRPAEMLKVELITLERYRDKLLTYLHEAGVVEIREVDVEIAQR DAPNEFYRKAASYAITISRMADFLKAHLPARGGGIKEFIFPKEPERKEYHYRGIEELI KDTEKFLAEVEPLIKAVEGRISSINTEIERIKADMEILEILSSFNIDVSYLRHSGTVT VLVGTVDRAKFPSLREELSSALEGKVAIVHRDLKDTVVMVLAFLTKDYDRANPVLAKH SFERLEIPRGEGTPSELLKEYRRMLSKKLDELERVHREASEIAEKYYRDVLFYLELVE NERNKANALNLLARTNMTFALSGWVPEEDAKKVEEGVKEITNGVVYISFKKPKKEEIE EIPIKLKNPGWARPFEMLTEMYGVPRYDEIDPTPIIAFTYSFFFGFMLTDFLYGLIVG IIAALLVKGHKKFNDGTYKFAYTLLWSSVFTMLMGILFGSYFGNAGDIVLQYVTGNPN AQFWRIADALKDPMFVLILALAIGLAHLFTGYTLGFIVKWKNGDVKGAILEQLPWMLV IIAVVLFATKNASLATPAKVLFGIGIVLFAIGEIVANGGLAALLIISDFFGFVGTWLS YARLMALALATSGIAMVINVLAGMVWGIKISVVPLGIVIGLIIFIGGQLFSTAINALG AFVHSLRLQYVEFFGTFYSGDGKPFEPFRARRVFSKLKLESGSE" gene 139695..140180 /gene="atpK" /locus_tag="TGAM_0142" /note="tg0142" CDS 139695..140180 /gene="atpK" /locus_tag="TGAM_0142" /EC_number="3.6.3.14" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:COG:COG0636 F0F1-type ATP synthase, subunit c/Archaeal/vacuolar-type H+-ATPase, subunit K; C Energy production and conversion" /inference="protein motif:Gene3D:G3D.1.20.20.10 no description" /inference="protein motif:HMMPfam:PF00137 ATP-synt_C InterPro:IPR002379 ATPase, F0/V0 complex, subunit C" /inference="protein motif:superfamily:SSF81333 F1F0 ATP synthase subunit C" /note="4 probable transmembrane helices predicted by modhmm" /codon_start=1 /transl_table=11 /product="Archaeal/vacuolar-type H+-ATPase, subunit K (atpK)" /protein_id="ACS32644.1" /translation="MDPIVYVSLGAALAAGLAGAASAFGVGIAGAAAAGAVAEDEKNF KNALILEGLPMTQSIYGLITLFLILLSAGIIGGGFKFAKPNMDNIVKSAILLGAGLTV GLTGLSAIPQGIIAGASIGAVAKNPKTFTQGIIFAAMAETMAIFGLVGALIMIATGVG L" gene 140218..140811 /gene="atpE" /locus_tag="TGAM_0143" /note="tg0143" CDS 140218..140811 /gene="atpE" /locus_tag="TGAM_0143" /EC_number="3.6.3.14" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:NtpE, Archaeal/vacuolar-type H+-ATPase subunit E [Energy production and conversion]" /inference="protein motif:CDD:vATP-synt_E, ATP synthase (E/31 kDa) subunit" /inference="protein motif:COG:COG1390 Archaeal/vacuolar-type H+-ATPase subunit E; C Energy production and conversion" /inference="protein motif:HMMPanther:PTHR11583 VACUOLAR ATP SYNTHASE SUBUNIT E InterPro:IPR002842 ATPase, V1/A1 complex, subunit E" /inference="protein motif:HMMPfam:PF01991 vATP-synt_E InterPro:IPR002842 ATPase, V1/A1 complex, subunit E" /inference="protein motif:superfamily:SSF81573 F1F0 ATP synthase subunit B, membrane domain" /codon_start=1 /transl_table=11 /product="Archaeal/vacuolar-type H+-ATPase, subunit E (atpE)" /protein_id="ACS32645.1" /translation="MEGAELIIQEIHREAEQKIQYILSEAQREAEKLKEEARKRAQSQ AEWILRKAKTQAEIEKQRIIANAKLEVRRKKLAVQEELIGEVLSAMREKLAALPDDEY FEALVSLTKEAIEELGTKKIVLRSNERTLKLIDSRMEEFSEKVGVEVSLGEPIECIGG VLVESPDGTVRVDNTFDARIERLESELRATVAKALFG" gene 140817..141917 /gene="atpC" /locus_tag="TGAM_0144" /note="tg0144" CDS 140817..141917 /gene="atpC" /locus_tag="TGAM_0144" /EC_number="3.6.3.14" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:NtpC, Archaeal/vacuolar-type H+-ATPase subunit C [Energy production and conversion]" /inference="protein motif:CDD:vATP-synt_AC39, ATP synthase (C/AC39) subunit" /inference="protein motif:COG:COG1527 Archaeal/vacuolar-type H+-ATPase subunit C; C Energy production and conversion" /inference="protein motif:HMMPfam:PF01992 vATP-synt_AC39 InterPro:IPR002843 ATPase, V0/A0 complex, subunit C/D" /inference="protein motif:superfamily:SSF47807 5' to 3' exonuclease, C-terminal subdomain InterPro:IPR008918 Helix-hairpin-helix motif, class 2" /codon_start=1 /transl_table=11 /product="Archaeal/vacuolar-type H+ ATPase, subunit C (atpC)" /protein_id="ACS32646.1" /translation="MGAETVTAILDTTLGVVFTWLGWKTAKIIRKYTPYSYPNARINA MEAKLLTGQRFNELAESRTLQNFIVNLEDTDYKVHLSGVTEDPLEIERAFERALASTY LLMEEILPKRVSGFFRLLLEEWDVRNIASVVKAKVRGEPAIDYVVEIGTMVPKVKAIA EAKTMEEILVILEGTPYEEHYQRLLLGEIDVDQFETELYKVYYSRLLEYATSRKEEER LILEEFVRTKIDIRNIVTLLRAKRAGLPGEVIKRHLIPGGSVKLDTALNVDDLGMALA ELDSTKYGKVLRDEREKIEKDLTLVEPVLQNHLLRRMEELTRFYPLSVATPLSYILKK EREIKKLRAMAKLIADGFEPEKIKEIIGEELA" gene 141914..142222 /gene="atpF" /locus_tag="TGAM_0145" /note="tg0145" CDS 141914..142222 /gene="atpF" /locus_tag="TGAM_0145" /EC_number="3.6.3.14" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:ATP-synt_F, ATP synthase (F/14-kDa) subunit" /inference="protein motif:CDD:NtpG, Archaeal/vacuolar-type H+-ATPase subunit F [Energy production and conversion]" /inference="protein motif:COG:COG1436 Archaeal/vacuolar-type H+-ATPase subunit F; C Energy production and conversion" /inference="protein motif:HMMPanther:PTHR13861 VACUOLAR ATP SYNTHASE SUBUNIT F InterPro:IPR005772 ATPase, V1 complex, subunit F, eukaryotic" /inference="protein motif:HMMPfam:PF01990 ATP-synt_F InterPro:IPR008218 ATPase, V1/A1 complex, subunit F" /codon_start=1 /transl_table=11 /product="Archaeal/vacuolar-type H+-ATPase, subunit F (atpF)" /protein_id="ACS32647.1" /translation="MKIAVMGDPDTALGFKLAGAHEVYSFGSSPLEIERANNKLKELV ERDDIGIILITETLAQRVEVPEVEFPIILQIPDKSGSRFGEAQLREIVRRAIGVELKR " gene 142229..143986 /gene="atpA" /locus_tag="TGAM_0146" /note="tg0146" CDS 142229..143986 /gene="atpA" /locus_tag="TGAM_0146" /EC_number="3.6.3.14" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:COG:COG1155 Archaeal/vacuolar-type H+-ATPase subunit A; C Energy production and conversion" /inference="protein motif:Gene3D:G3D.1.10.1140.10 no description" /inference="protein motif:Gene3D:G3D.2.40.30.20 no description" /inference="protein motif:Gene3D:G3D.3.40.50.300 no description" /inference="protein motif:HMMPanther:PTHR15184 ATP SYNTHASES" /inference="protein motif:HMMPanther:PTHR15184:SF1 ATP SYNTHASE ALPHA SUBUNIT" /inference="protein motif:HMMPfam:PF00006 ATP-synt_ab InterPro:IPR000194 ATPase, F1/V1/A1 complex, alpha/beta subunit, nucleotide-binding" /inference="protein motif:HMMPfam:PF00306 ATP-synt_ab_C InterPro:IPR000793 ATPase, F1/V1/A1 complex, alpha/beta subunit, C-terminal" /inference="protein motif:HMMPfam:PF02874 ATP-synt_ab_N InterPro:IPR004100 ATPase, F1/V1/A1 complex, alpha/beta subunit, N-terminal" /inference="protein motif:HMMSmart:SM00382 no description InterPro:IPR003593 AAA ATPase" /inference="protein motif:HMMTigr:TIGR01043 ATP_syn_A_arch:ATP synthase archaeal, InterPro:IPR005726 ATPase, A1 complex, alpha subunit" /inference="protein motif:ScanRegExp:PS00152 ATPASE_ALPHA_BETA InterPro:IPR000194 ATPase, F1/V1/A1 complex, alpha/beta subunit, nucleotide-binding" /inference="protein motif:superfamily:SSF47917 C-terminal domain of alpha and beta subunits of F1 ATP synthase InterPro:IPR000793 ATPase, F1/V1/A1 complex, alpha/beta subunit, C-terminal" /inference="protein motif:superfamily:SSF50615 N-terminal domain of alpha and beta subunits of F1 ATP synthase InterPro:IPR004100 ATPase, F1/V1/A1 complex, alpha/beta subunit, N-terminal" /inference="protein motif:superfamily:SSF52540 P-loop containing nucleoside triphosphate hydrolases" /codon_start=1 /transl_table=11 /product="Archaeal/vacuolar-type H+-ATPase subunit A (atpA)" /protein_id="ACS32648.1" /translation="MGRIVRVTGPLVVADGMKGAKMYEVVRVGEMGLIGEIIRLEGDR AVIQVYEETAGIKPGEPVIGTGSSLSVELGPGLLTSMYDGIQRPLEKLRELSGDFIAR GLTAPALPRDKKWHFTPTVKVGDRVTGGDILGVVPETSIIEHKILVPPWVEGEIVEIA EEGDYTVEEVIAKVKKPDGTIEELKMYHRWPVRVKRPYKNKLPPEVPLITGQRTIDTF FSIAKGGTAAIPGPFGSGKTVTQHQLAKWSDAQVVVYIGCGERGNEMTDVLEEFPKLK DPKTGKPLMERTVLIANTSNMPVAAREASIYTGITIAEYFRDQGYDVALMADSTSRWA EALREISGRLEEMPGEEGYPAYLASKIAEFYERAGRVVTLGSEPRVGSVSVIGAVSPP GGDFSEPVVQNTLRVVKVFWALDADLARRRHFPAINWLRSYSLYLDAVQDWWHKNVDP EWRKMRDTAMALLQKEAELQEIVRIVGPDALPDREKAILIVTRMLREDYLQQDAFDEV DTYCPPKKQVTMMRVILNFYNRTMEAVDRGVPVDEIARLPVREKIGRMKFEPDVEKIR ALIDETNAQFEELFKKYGV" gene 143992..145383 /gene="atpB" /locus_tag="TGAM_0147" /note="tg0147" CDS 143992..145383 /gene="atpB" /locus_tag="TGAM_0147" /EC_number="3.6.3.14" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:COG:COG1156 Archaeal/vacuolar-type H+-ATPase subunit B; C Energy production and conversion" /inference="protein motif:Gene3D:G3D.1.10.1140.10 no description" /inference="protein motif:Gene3D:G3D.2.40.30.20 no description" /inference="protein motif:Gene3D:G3D.3.40.50.300 no description" /inference="protein motif:HMMPanther:PTHR15184 ATP SYNTHASES" /inference="protein motif:HMMPanther:PTHR15184:SF2 ATP SYNTHASE SUBUNIT BETA" /inference="protein motif:HMMPfam:PF00006 ATP-synt_ab InterPro:IPR000194 ATPase, F1/V1/A1 complex, alpha/beta subunit, nucleotide-binding" /inference="protein motif:HMMPfam:PF00306 ATP-synt_ab_C InterPro:IPR000793 ATPase, F1/V1/A1 complex, alpha/beta subunit, C-terminal" /inference="protein motif:HMMPfam:PF02874 ATP-synt_ab_N InterPro:IPR004100 ATPase, F1/V1/A1 complex, alpha/beta subunit, N-terminal" /inference="protein motif:HMMTigr:TIGR01041 ATP_syn_B_arch:ATP synthase archaeal, InterPro:IPR005724 ATPase, A1 complex, beta subunit" /inference="protein motif:ScanRegExp:PS00152 ATPASE_ALPHA_BETA InterPro:IPR000194 ATPase, F1/V1/A1 complex, alpha/beta subunit, nucleotide-binding" /inference="protein motif:superfamily:SSF47917 C-terminal domain of alpha and beta subunits of F1 ATP synthase InterPro:IPR000793 ATPase, F1/V1/A1 complex, alpha/beta subunit, C-terminal" /inference="protein motif:superfamily:SSF50615 N-terminal domain of alpha and beta subunits of F1 ATP synthase InterPro:IPR004100 ATPase, F1/V1/A1 complex, alpha/beta subunit, N-terminal" /inference="protein motif:superfamily:SSF52540 P-loop containing nucleoside triphosphate hydrolases" /codon_start=1 /transl_table=11 /product="Archaeal/vacuolar-type H+-ATPase, subunit B (atpB)" /protein_id="ACS32649.1" /translation="MPGMEYSTVSKIYGPLMIVEGVKGVAYGEVVEIETESGEKRKGQ VLEARENLAIVQVFEGTRDLDIKTTRVRFTGETLKVPVSMDMLGRIFNGIGKPIDGGP EIIPEDRRDVHGAPLNPVARAYPRDFIQTGISAIDGMNTLVRGQKLPIFSGSGLPHNM LAAQIARQAKVLGEEEQFAVVFAAMGITYEEANFFKKSFEETGAIERAVLFLNLADDP AIERIITPRMALTVAEYLAFDYDMQVLVILTDMTNYAEALREISAAREEVPGRRGYPG YMYTDLATIYERAGRVRGKKGSITQMPILTMPDDDITHPIPDLTGYITEGQIVLSREL HRKGIYPPIDVLPSLSRLMKDGIGKGRTREDHPQLSQQLYAAYAEGRSLRDLVAVVGE EALSETDRKYLKFADRFEREFVAQRYDEDRSIFETLDLGWELLAELPESELKRVRKEY ILKYHPKYRKRGS" gene 145408..146052 /gene="atpD" /locus_tag="TGAM_0148" /note="tg0148" CDS 145408..146052 /gene="atpD" /locus_tag="TGAM_0148" /EC_number="3.6.3.14" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:BlastProDom:PD004122 VATD_PYRHO_O57731; InterPro:IPR002699 ATPase, V1/A1 complex, subunit D" /inference="protein motif:CDD:ATP-synt_D, ATP synthase subunit D" /inference="protein motif:COG:COG1394 Archaeal/vacuolar-type H+-ATPase subunit D; C Energy production and conversion" /inference="protein motif:HMMPanther:PTHR11671 VACUOLAR ATP SYNTHASE SUBUNIT D InterPro:IPR002699 ATPase, V1/A1 complex, subunit D" /inference="protein motif:HMMPanther:PTHR11671:SF2 V-ATP SYNTHASE SUBUNIT D" /inference="protein motif:HMMPfam:PF01813 ATP-synt_D InterPro:IPR002699 ATPase, V1/A1 complex, subunit D" /inference="protein motif:HMMTigr:TIGR00309 V_ATPase_subD:V-type ATPase, D subunit InterPro:IPR002699 ATPase, V1/A1 complex, subunit D" /codon_start=1 /transl_table=11 /product="Archaeal/vacuolar-type H+-ATPase, subunit D (atpD)" /protein_id="ACS32650.1" /translation="MAELLNVKPTRMELLNLKRRIQLAKKGHKLLKDKQDALIMEFFT IYDEALQLRRELNEKMGVAFETLTRAQIEAGTLPLREAALAVKPNKEVEIKRRNVMGV SVPLIEAEGFKRKASERGYAFVSTSPFVDIAAEKFEEVLDLAVRLAEVEETLKRLARE IETTKRRVNALEYIIIPRMEATVKFIKQRLDEMERENFFRLKRVKALIEARSGS" gene 146091..147308 /locus_tag="TGAM_0149" /note="tg0149" CDS 146091..147308 /locus_tag="TGAM_0149" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:AlaS, Alanyl-tRNA synthetase [Translation, ribosomal structure and biogenesis]" /inference="protein motif:CDD:COG2872, Predicted metal-dependent hydrolases related to alanyl-tRNA synthetase HxxxH domain [General function prediction only]" /inference="protein motif:CDD:tRNA-synt_2c, tRNA synthetases class II (A)" /inference="protein motif:COG:COG2872 Predicted metal-dependent hydrolases related to alanyl-tRNA synthetase HxxxH domain; R General function prediction only" /inference="protein motif:HMMPanther:PTHR11777 ALANYL-TRNA SYNTHETASE" /inference="protein motif:HMMPanther:PTHR11777:SF2 ALANYL-TRNA SYNTHETASE" /inference="protein motif:HMMPfam:PF01411 tRNA-synt_2c InterPro:IPR002318 Alanyl-tRNA synthetase, class IIc GO:Molecular Function:alanine-tRNA ligase activity (GO:0004813), Molecular Function:ATP binding (GO:0005524), Biological Process:alanyl-tRNA aminoacylation (GO:0006419)" /inference="protein motif:HMMPfam:PF02272 DHHA1 InterPro:IPR003156 Phosphoesterase, DHHA1 GO:Molecular Function:nucleic acid binding (GO:0003676)" /inference="protein motif:HMMPfam:PF07973 tRNA_SAD InterPro:IPR012947 Threonyl/alanyl tRNA synthetase, SAD" /inference="protein motif:ProfileScan:PS50860 AA_TRNA_LIGASE_II_ALA InterPro:IPR002318 Alanyl-tRNA synthetase, class IIc GO:Molecular Function:alanine-tRNA ligase activity (GO:0004813), Molecular Function:ATP binding (GO:0005524), Biological Process:alanyl-tRNA aminoacylation (GO:0006419)" /inference="protein motif:superfamily:SSF55186 Threonyl-tRNA synthetase (ThrRS), second 'additional' domain" /codon_start=1 /transl_table=11 /product="Alanyl-tRNA synthetase-related protein (C-terminus)" /protein_id="ACS32651.1" /translation="MTEKLFYRDPYLRETRAKVLHVEKLGDRVRLLLDRTIFYPEGGG QPSDRGFIEGNGFRVLVDRVYGKDKIWHEGKLEGRFPEKGDEVRLTLDWEWRYENMRA HTGQHILSAVIKGLLGADTTGFQIFPEHGKIEIDYPGELSWELVNEIERKTNEIIWGD VEVEVEVYEELPGELSERLRKPLSEKVKPPIRIVKIGTVDVTPCGGTHVRSTREVGVL KVLNFYRKSRKLWRIEFATGNRALRALNEILKDYWGSLEEMPNKNRPLRERVIELRSE LEKLEEEKSKLRRELWRWKAEALIKNARKIDGVRVITLVEEWPMKDAQAFAIYLVEHN PGTVVLIAGENYVVFAKSEKLDVSMRSLLRAVLAEVGGGGGGSDNLAKGGGFRVSPRE VLDIAVKKLGELL" gene complement(147305..148135) /locus_tag="TGAM_0150" /note="tg0150" CDS complement(147305..148135) /locus_tag="TGAM_0150" /inference="protein motif:CDD:Alpha_ANH_like_I, This is a subfamily of Adenine nucleotide alpha hydrolases superfamily" /inference="protein motif:CDD:Alpha_ANH_like_II, This is a subfamily of Adenine nucleotide alpha hydrolases superfamily" /inference="protein motif:CDD:Alpha_ANH_like_III, This is a subfamily of Adenine nucleotide alpha hydrolases superfamily" /inference="protein motif:CDD:COG0603, Predicted PP-loop superfamily ATPase [General function prediction only]" /inference="protein motif:CDD:COG1606, ATP-utilizing enzymes of the PP-loop superfamily [General function prediction only]" /inference="protein motif:CDD:CysH, 3'-phosphoadenosine 5'-phosphosulfate sulfotransferase (PAPS reductase)/FAD synthetase and related enzymes [Amino acid transport and metabolism / Coenzyme metabolism]" /inference="protein motif:CDD:MesJ, Predicted ATPase of the PP-loop superfamily implicated in cell cycle control [Cell division and chromosome partitioning]" /inference="protein motif:CDD:PAPS_reductase, This domain is found in phosphoadenosine phosphosulphate (PAPS) reductase enzymes or PAPS sulphotransferase" /inference="protein motif:CDD:PP-ATPase, N-terminal domain of predicted ATPase of the PP-loop faimly implicated in cell cycle control [Cell division and chromosome partitioning]" /inference="protein motif:CDD:TrmU, Predicted tRNA(5-methylaminomethyl-2-thiouridylate) methyltransferase, contains the PP-loop ATPase domain [Translation, ribosomal structure and biogenesis]" /inference="protein motif:CDD:tRNA_Me_trans, tRNA methyl transferase" /inference="protein motif:COG:COG0037 Predicted ATPase of the PP-loop superfamily implicated in cell cycle control; D Cell cycle control, cell division, chromosome partitioning" /inference="protein motif:Gene3D:G3D.3.40.50.610 no description" /inference="protein motif:HMMPanther:PTHR11933 TRNA (5-METHYLAMINOMETHYL-2-THIOURIDYLATE)-METHYLTRANSFERASE" /inference="protein motif:HMMPanther:PTHR11933:SF1 TRNA (5-METHYLAMINOMETHYL-2-THIOURIDYLATE)-METHYLTRANSFERASE" /inference="protein motif:HMMPfam:PF06508 ExsB InterPro:IPR004479 ExsB GO:Molecular Function:molecular function unknown (GO:0005554)" /inference="protein motif:HMMPIR:PIRSF036668 Predicted P-loop ATPase, MJ1599 type InterPro:IPR012121 P-loop ATPase, MJ1599-related" /inference="protein motif:superfamily:SSF52402 Adenine nucleotide alpha hydrolases-like" /codon_start=1 /transl_table=11 /product="P-loop ATPase, MJ1599 type" /protein_id="ACS32652.1" /translation="MLKCSLCVNDERTAKIDIIDGKPICRECQVYLKHPVEGERIRKE LDELMKNVDKAIVAYSGGKDSVVALYLAKEVYKVPELEAVMIDHGLMAEEAIENARRI AEHLGVPFRVLRYDYSDIFRNALLKGQSPCRACSRRTMEKLRKYAIRKGYRYIITGHE LPFGHHPYRLMSGGVIQIRLLSMMTEKERFEILKKLPFEFLELPGYTTNCLVLGPALE LYWEKHGHSFEHRRIAALVRYGLMSRERAEKELQKPKVPEWQWEIVKKKLGIDFPRVP " gene complement(148172..148834) /locus_tag="TGAM_0151" /note="tg0151" CDS complement(148172..148834) /locus_tag="TGAM_0151" /experiment="gene product confirmed by mass spectrometry" /note="4 probable transmembrane helices predicted by modhmm" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein" /protein_id="ACS32653.1" /translation="MMTMIVEKALSLALLSVFLGLNVMVGVARFTVGMGSSVWRRVLR VEIPENEKKGYEILYTVIWIAIGLWAFWKLKDKTLLGAVLGIFTFRSGSNLSKTLIYT VHDQRIVREYSNEGRLLSIIGRASTLSLLIEALFVVTLGIAYKTLSITLKSGMSAGNF LLYLWGAGFLFGLLFGWFVGRNNRGILMSNAFPILVFFMARTGKKKTEEVVRKPLERF RR" gene complement(148855..150225) /locus_tag="TGAM_0152" /note="tg0152" CDS complement(148855..150225) /locus_tag="TGAM_0152" /inference="protein motif:CDD:BPD_transp_1, Binding-protein-dependent transport system inner membrane component" /inference="protein motif:CDD:DppB, ABC-type dipeptide/oligopeptide/nickel transport systems, permease components [Amino acid transport and metabolism / Inorganic ion transport and metabolism]" /inference="protein motif:CDD:DppC, ABC-type dipeptide/oligopeptide/nickel transport systems, permease components [Amino acid transport and metabolism / Inorganic ion transport and metabolism]" /inference="protein motif:COG:COG1173 ABC-type dipeptide/oligopeptide/nickel transport systems, permease components; E Amino acid transport and metabolism" /inference="protein motif:HMMPfam:PF00528 BPD_transp_1 InterPro:IPR000515 Binding-protein-dependent transport systems inner membrane component GO:Molecular Function:transporter activity (GO:0005215), Biological Process:transport (GO:0006810), Cellular Component:membrane (GO:0016020)" /inference="protein motif:ProfileScan:PS50928 ABC_TM1 InterPro:IPR000515 Binding-protein-dependent transport systems inner membrane component GO:Molecular Function:transporter activity (GO:0005215), Biological Process:transport (GO:0006810), Cellular Component:membrane (GO:0016020)" /note="6 probable transmembrane helices predicted by modhmm" /codon_start=1 /transl_table=11 /product="ABC-type transport system, permease component" /protein_id="ACS32654.1" /translation="MTEKGERRSGIPRRVSIALLIVAAYIIASLVGPLTIRAEDLKNW NNLDYWDRNPKAKPPEWYGAFKGLPPSEWVRGEYRDGVFRFTYDFHYSLAPEDIVVIM NTTKSIEITMTTPDNETIKLFAGSPSLMNYTLHLKKNYPLFEELAEKRCGTKLTGESF FGKNVFNTVFSEPKEDCLTNPKPLHGKYVITIKAQDSPIIRAMYGGKIPKLEPNETIR VFIAGQSHGFLGTDIFGRDVWVGFLGGMGETLLIAFAGALISVSLGLLLGTLGAIGGK VGTGSNLASRFLTVLPTLPFAMVTIIALGTIELENRVYVIKVHSLSVALVLGILLIGN ISRNVRSIVKEELRKGYIESSKALGGNLPWILKKHVSRILVPYGLEQLAITIPGVIAL LTLLGFFNISPGFNWSSLMSQTIVYNAQYQFLWWLVLPIGFSMALLAISFVVIANWIE EEFIKM" gene complement(150218..151243) /locus_tag="TGAM_0153" /note="tg0153" CDS complement(150218..151243) /locus_tag="TGAM_0153" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:DppB, ABC-type dipeptide/oligopeptide/nickel transport systems, permease components [Amino acid transport and metabolism / Inorganic ion transport and metabolism]" /inference="protein motif:COG:COG0601 ABC-type dipeptide/oligopeptide/nickel transport systems, permease components; E Amino acid transport and metabolism" /inference="protein motif:HMMPfam:PF00528 BPD_transp_1 InterPro:IPR000515 Binding-protein-dependent transport systems inner membrane component GO:Molecular Function:transporter activity (GO:0005215), Biological Process:transport (GO:0006810), Cellular Component:membrane (GO:0016020)" /inference="protein motif:ProfileScan:PS50928 ABC_TM1 InterPro:IPR000515 Binding-protein-dependent transport systems inner membrane component GO:Molecular Function:transporter activity (GO:0005215), Biological Process:transport (GO:0006810), Cellular Component:membrane (GO:0016020)" /inference="protein motif:superfamily:SSF63999 Thiamin pyrophosphokinase, catalytic domain" /note="5 probable transmembrane helices predicted by modhmm" /codon_start=1 /transl_table=11 /product="ABC-type transport system, permease component" /protein_id="ACS32655.1" /translation="MRIVRDLLFNLVLISLALLLTATVVAIAEEKADRVTLNTPVDLK TLSPEEMAQYEKYVNEITELKQRMDIESIKTRVRAYFRYLIKEFRGKKLWKTLKTIGL SFAVLTMTTLLIFAFGLYWGLKAGYKGGFWDRVLSALAPLFSGIPAWFWALLFVWTLW WKWDIGDISYTNSLMRAKAYGGAGIMAYLNALLLPVIALTLSNVVVYAFNVRNLVKRE AFEEYFFIDGLKGLPDRRIMRKLLRTVLPSFLTFTSYNFLNLMMSAMAVEKLFEVPGI GKVLADSVEVIYLPNEFGEPKIPHLHFDGFSIFFVAFVMAAFYFLNSTVLEALYLYLD PRREIND" gene complement(151332..152243) /locus_tag="TGAM_0154" /note="tg0154" CDS complement(151332..152243) /locus_tag="TGAM_0154" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:COG0535, Predicted Fe-S oxidoreductases [General function prediction only]" /inference="protein motif:CDD:COG0731, Fe-S oxidoreductases [Energy production and conversion]" /inference="protein motif:CDD:COG2100, Predicted Fe-S oxidoreductase [General function prediction only]" /inference="protein motif:CDD:MoaA, Molybdenum cofactor biosynthesis enzyme [Coenzyme metabolism]" /inference="protein motif:CDD:Radical_SAM, Radical SAM superfamily" /inference="protein motif:COG:COG0535 Predicted Fe-S oxidoreductases; R General function prediction only" /inference="protein motif:HMMPanther:PTHR11228 PUTATIVE MOLYBDOPTERIN COFACTOR SYNTHESIS PROTEIN A" /inference="protein motif:HMMPfam:PF04055 Radical_SAM InterPro:IPR007197 Radical SAM GO:Molecular Function:catalytic activity (GO:0003824), Molecular Function:iron ion binding (GO:0005506)" /inference="protein motif:HMMSmart:SM00729 no description InterPro:IPR006638 Elongator protein 3/MiaB/NifB" /note="Belongs to Radical SAM family" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein" /protein_id="ACS32656.1" /translation="MGIKMSWEDFARSMGVEPQILENKEARLLKKFVMDLKIPTHCQG CQGLDLSNPNPVHHPSYELTPACNHDCIFCYSNVAVKLGKAPKPGYYGWENPKAITVS QYGEPLLSPRIVEVNKMLRERFPEARLDLQTNGSLLTEELWEKLDFDLVMISLDASTR EKHLKITNADTFDAVVNALRIVGSDESVRSVVRTIFMPGINDEDIPKIAELASSLGVD EMMLQPLTIHELNVERLRKAGLDFDRAESVREFLKAAMEAKKYIDVRISGCQLVLYQK MDHLTLFSARRVARDVVPLVKRERNVT" gene 152297..152896 /locus_tag="TGAM_0155" /note="tg0155" CDS 152297..152896 /locus_tag="TGAM_0155" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:COG1590, Uncharacterized conserved protein [Function unknown]" /inference="protein motif:CDD:DUF207, Uncharacterized ACR, COG1590" /inference="protein motif:COG:COG1590 Uncharacterized conserved protein; S Function unknown" /inference="protein motif:HMMPanther:PTHR18052 UNCHARACTERIZED InterPro:IPR003827 Protein of unknown function DUF207" /inference="protein motif:HMMPanther:PTHR18052:SF8 UNCHARACTERIZED" /inference="protein motif:HMMPfam:PF02676 DUF207 InterPro:IPR003827 Protein of unknown function DUF207" /note="Belongs to DUF207 family" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein" /protein_id="ACS32657.1" /translation="MGSENMGFLYIKNFDEQKARAMEGLRRALEEGKVDEDIITLLEK INALENYFTTSSCSGRISVMEMPHFGDKVNSVWLGKWHREVTVEEVLEAVVRHSKGQL WFLVRSPILHVGARTLEDAVKLLNLAIGLGFKYSNIKSVSHKKLLVEIRSTERMDVPL GSDGELWVDEAYIEKIVTIANDQLRRFKRKLKRLEEEIE" gene 153225..154622 /locus_tag="TGAM_0156" /note="tg0156" CDS 153225..154622 /locus_tag="TGAM_0156" /EC_number="2.1.1.113" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:COG:COG0863 DNA modification methylase; L Replication, recombination and repair" /inference="protein motif:Gene3D:G3D.3.30.70.730 no description" /inference="protein motif:HMMPfam:PF01555 N6_N4_Mtase InterPro:IPR002941 DNA methylase N-4/N-6 GO:Molecular Function:DNA binding (GO:0003677), Biological Process:DNA methylation (GO:0006306), Molecular Function:N-methyltransferase activity (GO:0008170)" /inference="protein motif:ScanRegExp:PS00093 N4_MTASE InterPro:IPR001091 Site-specific DNA-methyltransferase (cytosine-N4-specific) GO:Molecular Function:DNA binding (GO:0003677), Biological Process:DNA methylation (GO:0006306), Molecular Function:N-methyltransferase activity (GO:0008170)" /inference="protein motif:superfamily:SSF53335 S-adenosyl-L-methionine-dependent methyltransferases" /codon_start=1 /transl_table=11 /product="Site-specific DNA-methyltransferase (cytosine-N(4)-specific)" /protein_id="ACS32658.1" /translation="MHLRGRWETMTLDKWIHFKSSSVSEKKDIDSILTELSRKVSQKV TFVNNANEPIHRWFKFPAGFSASLVRNSINIFRITSKDTILDPFTGSGTVNVEAKRLG ITSVGVEAHPLVAKIAQIKTYWEFEPKELYTHVTSIINDIERKLNSKRILHDYEDQIM KSPKLLLKVYPPETLARLYFIRDYITHTNIDDHIRDFLLLALLGILREVTDVDVGWPY ILPKKKKRIAKPVMEAFRERVLLMYHDLKEVKEQVQNPAMAEIYNFDSRFLAKIINEN SIDFIFTSPPYLNNYDYADRTRLELYFLGWCTSWRDITEKIRRRLMIAATTQVQRSKM RNIKLSGLIPPEVTDELNEKISQLAQEREKRSGKKDYDLMVLGYFNDISRILSQMYAV LKPKKYAVIIVGDSAPYGVYIPTHEYIAKISKFVGFSDYRILLLRERGKRWKAIKGIR RHNIDLGEYMVVLKK" gene complement(154633..155751) /locus_tag="TGAM_0157" /note="tg0157" CDS complement(154633..155751) /locus_tag="TGAM_0157" /inference="protein motif:superfamily:SSF49401 Bacterial adhesins InterPro:IPR008966 Bacterial adhesion" /codon_start=1 /transl_table=11 /product="Hypothetical protein" /protein_id="ACS32659.1" /translation="MRGCYEEVRETLEEAISKLNNKNIRINKDPPWIIVSLRSQPKAY LYVNCNKEILKVFLCLNKEKTPDCILVYDTKSEVNKEVLSNRLKILLKVATNSNYAST LGEDLGRILEDSIHEILLEFSKKHKNVKVSREEKWKDRDGDEHKLDFIIYVNNKPVVV LESKFLRYKKHMRDKGSRVIDSLTEIRKRYPSIAMAIAILVGNWTKGSLKAMDHKKIK TITLPLEKFSEIFKKFKIEINWDEKDRVTPFLSLLKLKMILNKEEFSDVVLLDNISYT SDPLTNIKEDIKKQISKPLFKLLDEAINPDNEKIEKINIDIYTNIGRIISLDTQNINE ARMFLDCIADTKNISSLIDKITKQKLKTQQEKIDKYLK" gene complement(155843..156658) /locus_tag="TGAM_0158" /note="tg0158" CDS complement(155843..156658) /locus_tag="TGAM_0158" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:COG2441, Predicted butyrate kinase [Energy production and conversion]" /inference="protein motif:CDD:DUF1464, Protein of unknown function (DUF1464)" /inference="protein motif:COG:COG2441 Predicted butyrate kinase; C Energy production and conversion" /inference="protein motif:HMMPfam:PF07318 DUF1464 InterPro:IPR009927 Protein of unknown function DUF1464" /inference="protein motif:superfamily:SSF53067 Actin-like ATPase domain" /note="Belongs to DUF1464 family" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein" /protein_id="ACS32660.1" /translation="MKEIPVLLGLQEMVDQMAQKGMNVWFIPGVIHLPTVPEWRKYNR VDMGTADKMAITVLGIYDQAKRLGLEYSEVSFVLLEVGFGYNYAGAVKGGKIVDGIGG TIFPGPAYVNSGALDGEVAYLMGRIKKWHLFWGGATVIAANEILPPEEFAKRLDEEPF SKAWEAMKDGFIKAVASELAVVGDAKEIILSGRLMRIDELRKDVEDTFEELFDLPVVR QRGLEGKAKEAAQGSAIIGDGLVGGQFRELVEHVEIKKSRGSVLDYVKLPLDV" gene complement(157054..158694) /gene="thsA-1" /locus_tag="TGAM_0159" /note="tg0159" CDS complement(157054..158694) /gene="thsA-1" /locus_tag="TGAM_0159" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:COG:COG0459 Chaperonin GroEL (HSP60 family); O Posttranslational modification, protein turnover, chaperones" /inference="protein motif:FPrintScan:PR00298 CHAPERONIN60 InterPro:IPR001844 Chaperonin Cpn60 GO:Molecular Function:protein binding (GO:0005515), Molecular Function:ATP binding (GO:0005524), Biological Process:cellular protein metabolism (GO:0044267)" /inference="protein motif:FPrintScan:PR00304 TCOMPLEXTCP1 InterPro:IPR002423 Chaperonin Cpn60/TCP-1 GO:Molecular Function:protein binding (GO:0005515), Molecular Function:ATP binding (GO:0005524), Biological Process:cellular protein metabolism (GO:0044267)" /inference="protein motif:Gene3D:G3D.1.10.560.10 no description" /inference="protein motif:HMMPanther:PTHR11353 T-COMPLEX PROTEIN 1-RELATED InterPro:IPR002423 Chaperonin Cpn60/TCP-1 GO:Molecular Function:protein binding (GO:0005515), Molecular Function:ATP binding (GO:0005524), Biological Process:cellular protein metabolism (GO:0044267)" /inference="protein motif:HMMPanther:PTHR11353:SF2 T-COMPLEX PROTEIN 1-RELATED" /inference="protein motif:HMMPfam:PF00118 Cpn60_TCP1 InterPro:IPR002423 Chaperonin Cpn60/TCP-1 GO:Molecular Function:protein binding (GO:0005515), Molecular Function:ATP binding (GO:0005524), Biological Process:cellular protein metabolism (GO:0044267)" /inference="protein motif:HMMTigr:TIGR02339 thermosome_arch:thermosome, various InterPro:IPR012714 Thermosome, archaeal" /inference="protein motif:ScanRegExp:PS00750 TCP1_1 InterPro:IPR002194 Chaperonin TCP-1" /inference="protein motif:ScanRegExp:PS00751 TCP1_2 InterPro:IPR002194 Chaperonin TCP-1" /inference="protein motif:ScanRegExp:PS00995 TCP1_3 InterPro:IPR002194 Chaperonin TCP-1" /inference="protein motif:superfamily:SSF48592 GroEL equatorial domain-like InterPro:IPR008950 GroEL-like chaperone, ATPase GO:Molecular Function:ATP binding (GO:0005524), Biological Process:protein folding (GO:0006457), Molecular Function:unfolded protein binding (GO:0051082)" /codon_start=1 /transl_table=11 /product="Thermosome alpha subunit (Thermosome subunit 1) (Chaperonin alpha subunit) (thsA)" /protein_id="ACS32661.1" /translation="MAQLAGQPVVILPEGTQRYVGRDAQRLNILAARIVAETIRTTLG PKGMDKMLVDSLGDIVITNDGATILDEMDIQHPAAKMMVEVAKTQDKEAGDGTTTAVV IAGELLKKAEELLDQNIHPSIIIKGYALAAEKAQEILEGMAKDVSPEDVETLKKAAVT AITGKAAEEEREYLAEIAVEAVRQVAEKVGDKYKVDLDNIKFEKKEGGSVKDTKLIRG VVIDKEVVHPGMPRRVENAKIALINEALEVKETETDAEIRITSPEQLQAFLEQEERML KEMVDKIKEVGANVVFVQKGIDDLAQHYLAKYGIMAVRRVKKSDMEKLAKATGAKIVT NVRDLTPEDLGEAELVEQRKVAGENMIFVEGCKNPKAVTILIRGGTEHVVDEVERALE DAVKVVKDIVEDGKILPAGGAPEIELAIKLDEYAKEVGGKEQLAIEAFAEALKVIPRT LAENAGLDPVETLVKVIAAHKEKGPTIGVDVFEGEPADMMEKGVIAPLRVTKQAIKSA SEAAIMILRIDDVIAASKLEKDKEGGKGGSEDFSSDLD" gene complement(158799..159539) /gene="nrdG" /locus_tag="TGAM_0160" /note="tg0160" CDS complement(158799..159539) /gene="nrdG" /locus_tag="TGAM_0160" /EC_number="1.97.-.-" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:PflA, Pyruvate-formate lyase-activating enzyme [Posttranslational modification, protein turnover, chaperones]" /inference="protein motif:COG:COG1180 Pyruvate-formate lyase-activating enzyme; O Posttranslational modification, protein turnover, chaperones" /inference="protein motif:HMMPfam:PF04055 Radical_SAM InterPro:IPR007197 Radical SAM GO:Molecular Function:catalytic activity (GO:0003824), Molecular Function:iron ion binding (GO:0005506)" /inference="protein motif:HMMTigr:TIGR02495 NrdG2:anaerobic ribonucleoside-triphosphate InterPro:IPR012840 Ribonucleoside-triphosphate reductase, anaerobic-like" /codon_start=1 /transl_table=11 /product="Anaerobic ribonucleotide triphosphate reductase activating enzyme (NrdG)" /protein_id="ACS32662.1" /translation="MLTSGWKSVSMVDVHGKVTFTLWLCGCNLRCPFCHNWRIAEGLD CFPLDEKALLDELEASAFLIDYFHVTGGEPLVQWRELGSLFAGVKLLDVPISLNTNLT LVGPLEKLLKADLVNHIATDLKAPTALYGLPEKASLTLWKLFLRGLEVVSDYGVPLEL RIPVARNLEQWPYIEEGLRRIKTDFYVVLNPLVGRPLTNPRNEAWCSEHCWPAKEVEE LREKLEGLGIEVYVNQFGTPNDTKLKGI" gene complement(159561..161414) /gene="nrdD" /locus_tag="TGAM_0161" /note="tg0161" CDS complement(159561..161414) /gene="nrdD" /locus_tag="TGAM_0161" /EC_number="1.17.4.2" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:NrdD, Oxygen-sensitive ribonucleoside-triphosphate reductase [Nucleotide transport and metabolism]" /inference="protein motif:CDD:RNR_3, RNR, class III" /inference="protein motif:COG:COG1328 Oxygen-sensitive ribonucleoside-triphosphate reductase; F Nucleotide transport and metabolism" /inference="protein motif:Gene3D:G3D.3.20.70.20 no description" /inference="protein motif:HMMTigr:TIGR02487 NrdD:anaerobic ribonucleoside-triphosphate InterPro:IPR012833 Ribonucleoside-triphosphate reductase, anaerobic" /inference="protein motif:ScanRegExp:PS00024 HEMOPEXIN InterPro:IPR000585 Hemopexin" /inference="protein motif:superfamily:SSF51998 PFL-like glycyl radical enzymes" /codon_start=1 /transl_table=11 /product="Anaerobic ribonucleoside triphosphate reductase (nrdD)" /protein_id="ACS32663.1" /translation="MVEMETMKRDIIQEYAGWSSLDVLENANRYPGPTGFFAYVMEEA LKESLSLVPKEGREAHFSGDIYIHKLPYSLYIPYCTGHSTARLLEKGLKTPTIVSRPA RHFDTYVDHIANYLITMQHYFSGAQALSSVEWYAGPFIRKEGLDRRKIRQQIQRLVYN LNYPSRVGMQTPFTNFTVTLDAPKKMLEGDHAVYAGERVEPLGEYEREAKDFFIALTE VLREGDALGQPFTFPIPTLMVTAKMLWDDPEIFEAVFATASKRGSFYWLNTNVVDPDA SYAMCCRIAIDKTEMAFAFGVSGKSAEEEALERLERGRFGGLWAMPDVTGSVNVTTVN LPRLALKARGNDDKFWEEYEKVLGVVRKTTDWFRERYVRLITSYKHMYSMIHLYLEEF PGSHFNTVGILGLPEAASIYLNEPKLWEEGTRKDWLRAAELMKEMVEFATAKAREWMR ETGTPWNVEEVPGESAAAKLAIKDMREFPELKEYLSDPENPIYSTSVAPYYGALELAD RIRVEEKVQKSFTGGVMMHIFLGEEPDPEALAKLTKRLMRTELVYWSYTPAITVCNAC GYSTTGLYTHCPRCGSENVEVWSRIIGYYRPLKNWNPFRKKEFWTRRHYSS" gene 161705..162727 /locus_tag="TGAM_0162" /note="tg0162" CDS 161705..162727 /locus_tag="TGAM_0162" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:COG:COG0457 FOG:TPR repeat; R General function prediction only" /inference="protein motif:Gene3D:G3D.1.25.40.10 no description InterPro:IPR011990 Tetratricopeptide-like helical GO:Molecular Function:binding (GO:0005488)" /inference="protein motif:HMMPanther:PTHR10098 RAPSYNOID" /inference="protein motif:HMMPanther:PTHR10098:SF6 RAPSYNOID" /inference="protein motif:HMMPfam:PF00515 TPR_1 InterPro:IPR001440 Tetratricopeptide TPR_1" /inference="protein motif:HMMPfam:PF07719 TPR_2 InterPro:IPR013105 Tetratricopeptide TPR_2" /inference="protein motif:HMMSmart:SM00028 no description InterPro:IPR013026 Tetratricopeptide region" /inference="protein motif:ProfileScan:PS50005 TPR InterPro:IPR013026 Tetratricopeptide region" /inference="protein motif:ProfileScan:PS50293 TPR_REGION InterPro:IPR013026 Tetratricopeptide region" /inference="protein motif:superfamily:SSF48452 TPR-like" /note="Contains TPR-repeat domain" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein" /protein_id="ACS32664.1" /translation="MNVKEEWERALSEKDCEKLLELFDDYIDAIETEEELREELKRLG EVAVQCDDPYDLLHEIGHVYAHLDDVESAIELYRRVVERKKDDPEEYATALYYLADAY EHFGMPEKAIETYQKLLEHEENVLKNDKEIALTLANLAVNYDELGETEKAIELMEHAK EIFERIGDEKNRLISLLDLAHFHYELGNYDTAEALINEVLRNPRDDEIEINAKLVEAE IHAGREDYDKAFRALREALLKAINVSDDIFGVVFDTLVDFIEGLFNEGEYDTIARNME AFAELFEDDTAYFFRAIAELARWRAGDDEAKKRFDELYTKVENEELRSILDEWKRPKL SLSLGL" gene complement(162724..162960) /locus_tag="TGAM_0163" /note="tg0163" CDS complement(162724..162960) /locus_tag="TGAM_0163" /inference="protein motif:CDD:COG5428, Uncharacterized conserved small protein [Function unknown]" /inference="protein motif:COG:COG5428 Uncharacterized conserved small protein; S Function unknown" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein" /protein_id="ACS32665.1" /translation="MDSNMKIRYDPKADILYILLKEGPVADTDEVDEDIWFEYDEQGN VIGIEIWNAGENVIRRSLLEIERYAKGLKEEAKT" gene complement(162938..163240) /locus_tag="TGAM_0164" /note="tg0164" CDS complement(162938..163240) /locus_tag="TGAM_0164" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein" /protein_id="ACS32666.1" /translation="MLMSKIILSEHAKLRLRERKIEIDEVHNVMEFPEMKFYDLKSGH FIAIGRRSVPNHWLILAYDDYGDVIEVITIIDTSKSLERGLLRKGRRLGGGFEYED" gene complement(163315..163590) /gene="aeF1-B" /locus_tag="TGAM_0165" /note="tg0165" CDS complement(163315..163590) /gene="aeF1-B" /locus_tag="TGAM_0165" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:EF1B, Elongation factor 1 beta (EF1B) guanine nucleotide exchange domain" /inference="protein motif:COG:COG2092 Translation elongation factor EF-1beta; J Translation, ribosomal structure and biogenesis" /inference="protein motif:Gene3D:G3D.3.30.70.60 no description" /inference="protein motif:HMMPfam:PF00736 EF1_GNE InterPro:IPR001326 Elongation factor 1, beta/beta'/delta chain GO:Molecular Function:translation elongation factor activity (GO:0003746), Cellular Component:eukaryotic translation elongation factor 1 complex (GO:0005853), Biological Process:translational elongation (GO:0006414)" /inference="protein motif:HMMTigr:TIGR00489 aEF-1_beta:translation elongation factor InterPro:IPR004542 Translation elongation factor aEF-1 beta GO:Molecular Function:translation elongation factor activity (GO:0003746), Biological Process:translational elongation (GO:0006414)" /inference="protein motif:superfamily:SSF54984 eEF-1beta-like" /codon_start=1 /transl_table=11 /product="Translation elongation factor aEF-1, subunit beta (aeF1-B)" /protein_id="ACS32667.1" /translation="MSDYNMVAVVKVMPTDPEVNLDELEAKLKEVLPEKFGLAKVERE PIAFGLVALKFYVLAKDEEGYDLDQVLEAFRQVENVESAEVETVSRI" gene complement(163608..163802) /locus_tag="TGAM_0166" /note="tg0166" CDS complement(163608..163802) /locus_tag="TGAM_0166" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:COG2888, Predicted Zn-ribbon RNA-binding protein with a function in translation [Translation, ribosomal structure and biogenesis]" /inference="protein motif:COG:COG2888 Predicted Zn-ribbon RNA-binding protein with a function in translation; J Translation, ribosomal structure and biogenesis" /inference="protein motif:Gene3D:G3D.2.10.110.10 no description" /inference="protein motif:HMMPfam:PF07754 DUF1610 InterPro:IPR011668 Protein of unknown function DUF1610" /inference="protein motif:superfamily:SSF50249 Nucleic acid-binding proteins InterPro:IPR008994 Nucleic acid-binding, OB-fold GO:Molecular Function:nucleic acid binding (GO:0003676)" /codon_start=1 /transl_table=11 /product="Nucleic acid-binding protein, containing OB-fold domain" /protein_id="ACS32668.1" /translation="MEVFAVEMKFEIPVCTSCGKEITPREHATHFVCPNCGEAIIWRC ESCRVLSVPYKCPKCGWEGP" gene complement(163927..164469) /locus_tag="TGAM_0167" /note="tg0167" CDS complement(163927..164469) /locus_tag="TGAM_0167" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:AsnC_trans_reg, AsnC family" /inference="protein motif:CDD:HTH_ASNC, helix_turn_helix ASNC type; AsnC:an autogenously regulated activator of asparagine synthetase A transcription in Escherichia coli)" /inference="protein motif:CDD:Lrp, Transcriptional regulators [Transcription]" /inference="protein motif:COG:COG1522 Transcriptional regulators; K Transcription" /inference="protein motif:FPrintScan:PR00033 HTHASNC InterPro:IPR000485 Bacterial regulatory proteins, AsnC/Lrp GO:Molecular Function:transcription factor activity (GO:0003700), Cellular Component:intracellular (GO:0005622), Biological Process:regulation of transcription, DNA-dependent (GO:0006355), Molecular Function:sequence-specific DNA binding (GO:0043565)" /inference="protein motif:Gene3D:G3D.1.10.10.10 no description InterPro:IPR011991 Winged helix repressor DNA-binding" /inference="protein motif:HMMPanther:PTHR10277 HOMOCITRATE SYNTHASE-RELATED" /inference="protein motif:HMMPanther:PTHR10277:SF13 2-ISOPROPYLMALATE SYNTHASE-RELATED" /inference="protein motif:HMMPfam:PF01037 AsnC_trans_reg InterPro:IPR000485 Bacterial regulatory proteins, AsnC/Lrp GO:Molecular Function:transcription factor activity (GO:0003700), Cellular Component:intracellular (GO:0005622), Biological Process:regulation of transcription, DNA-dependent (GO:0006355), Molecular Function:sequence-specific DNA binding (GO:0043565)" /inference="protein motif:HMMPfam:PF02954 HTH_8 InterPro:IPR002197 Helix-turn-helix, Fis-type GO:Molecular Function:transcription factor activity (GO:0003700), Biological Process:regulation of transcription, DNA-dependent (GO:0006355)" /inference="protein motif:HMMSmart:SM00344 no description InterPro:IPR000485 Bacterial regulatory proteins, AsnC/Lrp GO:Molecular Function:transcription factor activity (GO:0003700), Cellular Component:intracellular (GO:0005622), Biological Process:regulation of transcription, DNA-dependent (GO:0006355), Molecular Function:sequence-specific DNA binding (GO:0043565)" /inference="protein motif:ProfileScan:PS50116 HTH_FIS_FAMILY InterPro:IPR002197 Helix-turn-helix, Fis-type GO:Molecular Function:transcription factor activity (GO:0003700), Biological Process:regulation of transcription, DNA-dependent (GO:0006355)" /inference="protein motif:ProfileScan:PS50956 HTH_ASNC_2 InterPro:IPR000485 Bacterial regulatory proteins, AsnC/Lrp GO:Molecular Function:transcription factor activity (GO:0003700), Cellular Component:intracellular (GO:0005622), Biological Process:regulation of transcription, DNA-dependent (GO:0006355), Molecular Function:sequence-specific DNA binding (GO:0043565)" /inference="protein motif:superfamily:SSF46785 'Winged helix' DNA-binding domain" /inference="protein motif:superfamily:SSF54909 Dimeric alpha+beta barrel InterPro:IPR011008 Dimeric alpha-beta barrel" /codon_start=1 /transl_table=11 /product="Transcription regulator, Lrp-AsnC family" /protein_id="ACS32669.1" /translation="MPLGSKKTLNNKERPRYKGSSCTNDGEGKGMPGLLDDIDMKLLE ELRKNARENIATLSKKIGIPRTTVHYRIKKLVEEGVIEKFTIKPNYKKLDLGTTAFIL ARYDPESGINQREVAKRVATLDGVYEVHIITGEWDLLIKVRAKNSEEIGKIVIDKLRE IKGIGQTVTMVSFVSVKEEI" gene complement(164438..164992) /locus_tag="TGAM_0168" /note="tg0168" CDS complement(164438..164992) /locus_tag="TGAM_0168" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:COG0127, Xanthosine triphosphate pyrophosphatase [Nucleotide transport and metabolism]" /inference="protein motif:CDD:HAM1, NTPase/HAM1" /inference="protein motif:CDD:Ham1p_like, Ham1 family" /inference="protein motif:CDD:Maf_Ham1, Maf_Ham1" /inference="protein motif:COG:COG0127 Xanthosine triphosphate pyrophosphatase; F Nucleotide transport and metabolism" /inference="protein motif:Gene3D:G3D.3.90.950.10 no description" /inference="protein motif:HMMPanther:PTHR11067 NUCLEOSIDE-TRIPHOSPHATASE InterPro:IPR002637 Ham1-like protein GO:Molecular Function:hydrolase activity (GO:0016787)" /inference="protein motif:HMMPanther:PTHR11067:SF1 NUCLEOSIDE-TRIPHOSPHATASE" /inference="protein motif:HMMPfam:PF01725 Ham1p_like InterPro:IPR002637 Ham1-like protein GO:Molecular Function:hydrolase activity (GO:0016787)" /inference="protein motif:HMMTigr:TIGR00042 TIGR00042:non-canonical purine NTP pyropho InterPro:IPR002637 Ham1-like protein GO:Molecular Function:hydrolase activity (GO:0016787)" /inference="protein motif:superfamily:SSF52972 Maf/Ham1" /note="Belongs to rdgB/HAM1 family" /codon_start=1 /transl_table=11 /product="Nucleoside triphosphate phosphohydrolase" /protein_id="ACS32670.1" /translation="MRLAFITSNPGKVEEAKRYFEPLGVEVYQLHMSYPEIQADTLEE VAEYGARWLAGRIDGPFFLDDSGLFVEALKGFPGVYSAYVYKTLGYWGILKLLEGESN RKAYFKSVIAYWDGELHIFRGKVDGKITEEPRGSGGFGFDPVFIPEGFDRTFAEMTTE EKNAISHRGRALKAFATWLKENLK" gene complement(165034..165522) /locus_tag="TGAM_0169" /note="tg0169" CDS complement(165034..165522) /locus_tag="TGAM_0169" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:COG1839, Uncharacterized conserved protein [Function unknown]" /inference="protein motif:CDD:DUF355, Protein of unknown function (DUF355)" /inference="protein motif:COG:COG1839 Uncharacterized conserved protein; S Function unknown" /inference="protein motif:HMMPfam:PF04008 DUF355 InterPro:IPR007153 Protein of unknown function DUF355" /note="Belongs to DUF355 family" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein" /protein_id="ACS32671.1" /translation="MVKIEVVDIEKPEGVEVIIGQGNFSIFTVDDLARALLTAVPGIK FGIAMNEAKPQLTRYTGNDKELEELAARNAVRIGAGHVFVILMKNAFPINVLNTIKNH PAVAMVYGASENPFQVIVAETELGRSVLGIVDGKAANKIESEEQKRERRELVEKIGYT ID" gene 165574..166494 /locus_tag="TGAM_0170" /note="tg0170" CDS 165574..166494 /locus_tag="TGAM_0170" /inference="protein motif:COG:COG1522 Transcriptional regulators; K Transcription" /inference="protein motif:Gene3D:G3D.1.10.10.10 no description InterPro:IPR011991 Winged helix repressor DNA-binding" /inference="protein motif:superfamily:SSF46785 'Winged helix' DNA-binding domain" /note="Contains 1 Winged helix DNA-binding domain" /codon_start=1 /transl_table=11 /product="Putative transcription regulator" /protein_id="ACS32672.1" /translation="MGMQDVNPDEIELLVELLNKYPVESLKKIAELEGLDYHKLTRIY DKYYGKYVFVNAMYDIKKIGLKSYIAYLSVPRERLREVALRMKQNPFFVDITAMFGFK NGITAIVYVPKEQVDLLDQVMEKYSDDYEYYEVRAYPPSGDDNFGEWNLPYQYAILMD ILKWDARTPLSEIARELGKSRPTVRFMIRTLQHRGILLGYIATIENTEHDRGVTGITS ELNEEVLEKFKDYEINVGVLVGRGYLLEWYFSSKEDLAQKLFEFSGYVEQLGIEYFDL LADIKEMYPKERLRRMVRKDGEGYRSILEF" gene complement(166491..167468) /locus_tag="TGAM_0171" /note="tg0171" CDS complement(166491..167468) /locus_tag="TGAM_0171" /inference="protein motif:COG:COG0535 Predicted Fe-S oxidoreductases; R General function prediction only" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein" /protein_id="ACS32673.1" /translation="MDAYSSTVVLMEEIVKVSTISTQEIKPRVEDIVVGKPPWSETPH AGSVERLILQLGAGRGRFNELYGIPRSIGCIGNNRFVLRRKKLGREEIEKILRDFKSM GGTEVWITNYDSPEELNEAVEMAFKVGIEEIRAVFLFEDAEKIRPLDGVEYIAELEYD PEAIISAAMRLWIRGILVMVTPDKVNEAKEFIQKVKGDGDFKAYVDVLYPRSLRHLDF NTIELRKINNPTTSKYHDCLAGTVAVSGDGFVLPCPLLRNLVVGDVREKSFKWIVGRS KKLREFWTMTKDKVDGCSTCPLRYICHDCRALEYQASGDLRGIEYCPLL" gene complement(167534..168274) /gene="moaE" /locus_tag="TGAM_0172" /note="tg0172" CDS complement(167534..168274) /gene="moaE" /locus_tag="TGAM_0172" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:MoaE, MoaE family" /inference="protein motif:CDD:MoaE, MoaE protein" /inference="protein motif:COG:COG0314 Molybdopterin converting factor, large subunit; H Coenzyme transport and metabolism" /inference="protein motif:Gene3D:G3D.3.30.70.820 no description" /inference="protein motif:HMMPanther:PTHR10311 MOLYBDOPTERIN CONVERTING FACTOR InterPro:IPR003448 Molybdopterin biosynthesis MoaE GO:Biological Process:Mo-molybdopterin cofactor biosynthesis (GO:0006777)" /inference="protein motif:HMMPanther:PTHR10311:SF1 MOLYBDOPTERIN CONVERTING FACTOR" /inference="protein motif:HMMPfam:PF02391 MoaE InterPro:IPR003448 Molybdopterin biosynthesis MoaE GO:Biological Process:Mo-molybdopterin cofactor biosynthesis (GO:0006777)" /inference="protein motif:superfamily:SSF54690 Molybdopterin synthase subunit MoaE" /codon_start=1 /transl_table=11 /product="moaE molybdopterin synthase, large chain (moaE)" /protein_id="ACS32674.1" /translation="MVVVVGVSAGQDVVKWDEDEVVEGETVEEVWDVDDVKDPEEELE ESLEPIKQPEVKTMITKARAMSLSLTLSPIKPLPRPQKCCGQILKGKDKGKTVVEMSK VKITGEPFSVDEAIKLVERDEAGGYVVFLGKVRNENRGRRVLKLIYEAYEEMALKEME KIRKEALEKFPILDMLIWHRVGELKVGEDTILIVASAKHRSEAFDACRWAIDEVKKRV PVWKKEVTEEGTFWIEGEQTIPEDYHKA" gene 168054..168932 /locus_tag="TGAM_0173" /note="tg0173" CDS 168054..168932 /locus_tag="TGAM_0173" /experiment="gene product confirmed by mass spectrometry" /note="1 probable transmembrane helix predicted by modhmm" /codon_start=1 /transl_table=11 /product="Hypothetical protein" /protein_id="ACS32675.1" /translation="MGDKVRDKLIALALVIIVFTSGCLMGSKDSSSSSSGSFTSSTSQ TSSTVSPSTTSSSSHFTTSWPAETPTTTTTTLDYLAGLLDSLSRVSSYLALVNTTINS TVRIEGQAVVRVENVSVFSNSTAFYDLSNRRMEVNMTVLTKPAGARVLTRIILLGDVA RVYSLGEWREFRRGEDGFTVIEKTFESNPLALALEASKDGSCQVTRGRYYVLHCTSKN AFEELIKSSVGAPEGSEVSVTLGRVEVFFRDSQPVGGRIEVGFSVSTTYTDASGETFR LVQRGKIVETFTVVHT" gene complement(168929..169624) /gene="moeB" /locus_tag="TGAM_0174" /gene_synonym="thiF" /note="tg0174" CDS complement(168929..169624) /gene="moeB" /locus_tag="TGAM_0174" /gene_synonym="thiF" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:Aos1_SUMO, Ubiquitin activating enzyme (E1) subunit Aos1" /inference="protein motif:CDD:APPBP1_RUB, Ubiquitin activating enzyme (E1) subunit APPBP1" /inference="protein motif:CDD:COG1179, Dinucleotide-utilizing enzymes involved in molybdopterin and thiamine biosynthesis family 1 [Coenzyme metabolism]" /inference="protein motif:CDD:E1-1_like, Ubiquitin activating enzyme (E1), repeat 1-like" /inference="protein motif:CDD:E1-2_like, Ubiquitin activating enzyme (E1), repeat 2-like" /inference="protein motif:CDD:E1_enzyme_family, Superfamily of activating enzymes (E1) of the ubiquitin-like proteins" /inference="protein motif:CDD:E1_ThiF_like, E1_ThiF_like" /inference="protein motif:CDD:MoeZ_MoeB, MoeZ/MoeB domain" /inference="protein motif:CDD:ThiF, Dinucleotide-utilizing enzymes involved in molybdopterin and thiamine biosynthesis family 2 [Coenzyme metabolism]" /inference="protein motif:CDD:ThiF, ThiF family" /inference="protein motif:CDD:ThiF_MoeB_HesA_family, ThiF_MoeB_HesA" /inference="protein motif:CDD:Uba2_SUMO, Ubiquitin activating enzyme (E1) subunit UBA2" /inference="protein motif:CDD:Uba3_RUB, Ubiquitin activating enzyme (E1) subunit UBA3" /inference="protein motif:CDD:Ube1_repeat1, Ubiquitin activating enzyme (E1), repeat 1" /inference="protein motif:CDD:Ube1_repeat2, Ubiquitin activating enzyme (E1), repeat 2" /inference="protein motif:CDD:YgdL_like, Family of activating enzymes (E1) of ubiquitin-like proteins related to the E" /inference="protein motif:COG:COG0476 Dinucleotide-utilizing enzymes involved in molybdopterin and thiamine biosynthesis family 2; H Coenzyme transport and metabolism" /inference="protein motif:Gene3D:G3D.3.40.50.720 no description" /inference="protein motif:HMMPanther:PTHR10953 UBIQUITIN-ACTIVATING ENZYME E1" /inference="protein motif:HMMPanther:PTHR10953:SF43 MOLYBDENUM COFACTOR BIOSYNTHESIS PROTEIN" /inference="protein motif:HMMPfam:PF00899 ThiF InterPro:IPR000594 UBA/THIF-type NAD/FAD binding fold GO:Molecular Function:catalytic activity (GO:0003824)" /inference="protein motif:HMMPfam:PF05237 MoeZ_MoeB InterPro:IPR007901 MoeZ/MoeB" /inference="protein motif:ProfileScan:PS50204 UBA_NAD InterPro:IPR000594 UBA/THIF-type NAD/FAD binding fold GO:Molecular Function:catalytic activity (GO:0003824)" /inference="protein motif:ProfileScan:PS50205 NAD_BINDING InterPro:IPR000205 NAD-binding site" /inference="protein motif:superfamily:SSF69572 Activating enzymes of the ubiquitin-like proteins InterPro:IPR009036 Molybdenum cofactor biosynthesis" /codon_start=1 /transl_table=11 /product="Molybdopterin or thiamine synthase protein (moeB/thiF)" /protein_id="ACS32676.1" /translation="MLTDRELQRYNRQIMIIGTEGQERLKGSTVAVVGVGGLGSPVAL YLTAAGVGRIVLIDSEKPELSNLNRQILHWEEDLGARPKPLSGKWKLERFNSDVEVVA RPVRLSEENIDEVLKDADVIVDCLDSFEARFLLDDYAKRTGKPLVHGAVEGTYGQVTT ILPGKTKTLREIFPRVKEKKGKLPIIGPTAGVVGSIQAMEVIKLLTGLGEPLFNRLLI IDLAHNVYELVEL" gene 169701..170030 /locus_tag="TGAM_0175" /note="tg0175" CDS 169701..170030 /locus_tag="TGAM_0175" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein" /protein_id="ACS32677.1" /translation="MVKGVKWDEFEGQLLSEGFVELGDFRIELTLDNTFMDVAYIPRI AVYSRGRDKWYVLRNPIKPGNKLDEGWENAVKVLREILTGSAEPDFNDPDLEREFLET LRRHVEP" gene 170069..170746 /gene="deoC" /locus_tag="TGAM_0176" /note="tg0176" CDS 170069..170746 /gene="deoC" /locus_tag="TGAM_0176" /EC_number="4.1.2.4" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:BlastProDom:PD007048 THIC_PYRFU_Q8U0Q4; InterPro:IPR002817 Thiamine biosynthesis protein ThiC GO:Biological Process:thiamin biosynthesis (GO:0009228)" /inference="protein motif:CDD:Aldolase_Class_I, Class I aldolases" /inference="protein motif:CDD:DeoC, 2-deoxyribose-5-phosphate aldolase (DERA) of the DeoC family" /inference="protein motif:CDD:DeoC, Deoxyribose-phosphate aldolase" /inference="protein motif:CDD:DeoC, Deoxyribose-phosphate aldolase [Nucleotide transport and metabolism]" /inference="protein motif:COG:COG0274 Deoxyribose-phosphate aldolase; F Nucleotide transport and metabolism" /inference="protein motif:Gene3D:G3D.3.20.20.170 no description" /inference="protein motif:HMMPanther:PTHR10889 DEOXYRIBOSE-PHOSPHATE ALDOLASE InterPro:IPR011343 Deoxyribose-phosphate aldolase GO:Molecular Function:deoxyribose-phosphate aldolase activity (GO:0004139), Cellular Component:cytoplasm (GO:0005737), Biological Process:deoxyribonucleotide catabolism (GO:0009264)" /inference="protein motif:HMMPanther:PTHR10889:SF1 DEOXYRIBOSE-PHOSPHATE ALDOLASE" /inference="protein motif:HMMPfam:PF01791 DeoC InterPro:IPR002915 Deoxyribose-phosphate aldolase/phospho-2-dehydro-3-deoxyheptonate aldolase GO:Molecular Function:lyase activity (GO:0016829)" /inference="protein motif:HMMPIR:PIRSF001357 Deoxyribose-phosphate aldolase InterPro:IPR011343 Deoxyribose-phosphate aldolase GO:Molecular Function:deoxyribose-phosphate aldolase activity (GO:0004139), Cellular Component:cytoplasm (GO:0005737), Biological Process:deoxyribonucleotide catabolism (GO:0009264)" /inference="protein motif:HMMTigr:TIGR00126 deoC:deoxyribose-phosphate aldolase InterPro:IPR011343 Deoxyribose-phosphate aldolase GO:Molecular Function:deoxyribose-phosphate aldolase activity (GO:0004139), Cellular Component:cytoplasm (GO:0005737), Biological Process:deoxyribonucleotide catabolism (GO:0009264)" /inference="protein motif:ProfileScan:PS50264 FMN_ENZYMES InterPro:IPR003009 FMN/related compound-binding core" /inference="protein motif:superfamily:SSF51569 Aldolase" /codon_start=1 /transl_table=11 /product="Deoxyribose-phosphate aldolase (Phosphodeoxyriboaldolase) (Deoxyriboaldolase) (DERA) (deoC)" /protein_id="ACS32678.1" /translation="MVGMDIAKYIDHTNLKPYATKEDIIKLCDEAIQYGFYAVCVNPY RVKLAKEYLSEKKADVKVASVIGFPLGATPTEVKVFEARKALEDGADELDMVINIGAL KDGDYDYVKRDIEEVVKVAHEKGAKVKVIIETCYLTEEEKIKACELAKEAGADFVKTS TGFGTGGATVEDVRLMRKVVGPEMGVKAAGGIRTYEQALAMIEAGANRIGTSSGVRIV EGARNAE" gene 170736..171023 /locus_tag="TGAM_0177" /note="tg0177" CDS 170736..171023 /locus_tag="TGAM_0177" /experiment="gene product confirmed by mass spectrometry" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein" /protein_id="ACS32679.1" /translation="MPSKEEMLELIERASQELREEGVNPDILLAGPGFVEVMGELLDV LDLPVYVIKELEYDAVIADSRYLGQVRKASKRISIEPLLVEENVWEEIRKL" gene complement(171024..171680) /locus_tag="TGAM_0178" /note="tg0178" CDS complement(171024..171680) /locus_tag="TGAM_0178" /note="Predicted membrane protein; 6 probable transmembrane helices predicted by modhmm" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein" /protein_id="ACS32680.1" /translation="MSSRPSSLSFLGKGFKEEALLQLGWNMDVNPLWLKALVFLFLTV YLSFLIRNRENFNVGNNLVLSAVSFSFALSLGLSFVRENGMDLSYVGLIFSSLTFGWI GGISGAFGIAVAVYSTGAGTEEIALCLMLCSAASAVAGILAKKGSDFSTLLVGSVLAG ITILSGEYAYLLINGVTDVQAVLAPKTVSIVTGVILGTGAAFYVKKLENWPEPIERKK " gene complement(171677..173014) /locus_tag="TGAM_0179" /note="tg0179" CDS complement(171677..173014) /locus_tag="TGAM_0179" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:Aminotran_3, Aminotransferase class-III" /inference="protein motif:CDD:ArgD, Ornithine/acetylornithine aminotransferase [Amino acid transport and metabolism]" /inference="protein motif:CDD:BioA, Adenosylmethionine-8-amino-7-oxononanoate aminotransferase [Coenzyme metabolism]" /inference="protein motif:CDD:GabT, 4-aminobutyrate aminotransferase and related aminotransferases [Amino acid transport and metabolism]" /inference="protein motif:CDD:HemL, Glutamate-1-semialdehyde aminotransferase [Coenzyme metabolism]" /inference="protein motif:COG:COG0160 4-aminobutyrate aminotransferase and related aminotransferases; E Amino acid transport and metabolism" /inference="protein motif:Gene3D:G3D.3.40.640.10 no description" /inference="protein motif:HMMPanther:PTHR11986 AMINOTRANSFERASE InterPro:IPR005814 Aminotransferase class-III GO:Molecular Function:transaminase activity (GO:0008483), Molecular Function:pyridoxal phosphate binding (GO:0030170)" /inference="protein motif:HMMPanther:PTHR11986:SF51 4-AMINOBUTYRATE AMINOTRANSFERASE" /inference="protein motif:HMMPfam:PF00202 Aminotran_3 InterPro:IPR005814 Aminotransferase class-III GO:Molecular Function:transaminase activity (GO:0008483), Molecular Function:pyridoxal phosphate binding (GO:0030170)" /inference="protein motif:ScanRegExp:PS00600 AA_TRANSFER_CLASS_3 InterPro:IPR005814 Aminotransferase class-III GO:Molecular Function:transaminase activity (GO:0008483), Molecular Function:pyridoxal phosphate binding (GO:0030170)" /inference="protein motif:superfamily:SSF53383 PLP-dependent transferases" /codon_start=1 /transl_table=11 /product="Pyridoxal phosphate-dependent aminotransferase, class III family" /protein_id="ACS32681.1" /translation="MVVRPNVKELPGPKAREVIERNFKYLAMTTQDPENLPIVIERGE GIRVYDVDGNVFYDFASGVGVINVGHAHPRVVEAIKKQAEKFTHYSLTDFFYENAVVL AEKLIELAPGDFEKKVVYSNSGAEANEAAMKLVKYGTGRKQFLAFYHAFHGRTQAVLS LTASKWVQQDGFFPTMPGVTHIPYPNPYRNTWGIDGYDEPDELINRVLDFIEEYVFRH VPPHEVGAIFFEPIQGEGGYVVPPKNFFKELKKFADEYGILLADDEVQMGIGRTGKFW AIEHFGVEPDLIQFGKAIGGGLPLAGVVHRKEISFDKPGRHATTFGGNPVAIAAGIEV VEIVKELLPHVQEVGDYLHKILEELKENYEVIGDARGLGLAQAVEIVKSKDTKEKYPE LRDRIVGEAAKRGLVLLGCGDNSIRFIPPLIVTKEEIDIAMEIFEDALKAALK" gene complement(173149..174150) /gene="trxB" /locus_tag="TGAM_0180" /note="tg0180" CDS complement(173149..174150) /gene="trxB" /locus_tag="TGAM_0180" /EC_number="1.8.1.9" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:AhpF, Alkyl hydroperoxide reductase, large subunit [Posttranslational modification, protein turnover, chaperones]" /inference="protein motif:CDD:GltD, NADPH-dependent glutamate synthase beta chain and related oxidoreductases [Amino acid transport and metabolism / General function prediction only]" /inference="protein motif:CDD:HcaD, Uncharacterized NAD(FAD)-dependent dehydrogenases [General function prediction only]" /inference="protein motif:CDD:Lpd, Pyruvate/2-oxoglutarate dehydrogenase complex, dihydrolipoamide dehydrogenase (E3) component, and related enzymes [Energy production and conversion]" /inference="protein motif:CDD:NirB, NAD(P)H-nitrite reductase [Energy production and conversion]" /inference="protein motif:CDD:Pyr_redox, Pyridine nucleotide-disulphide oxidoreductase" /inference="protein motif:CDD:TrkA, Predicted flavoprotein involved in K+ transport [Inorganic ion transport and metabolism]" /inference="protein motif:CDD:TrxB, Thioredoxin reductase [Posttranslational modification, protein turnover, chaperones]" /inference="protein motif:COG:COG0492 Thioredoxin reductase; O Posttranslational modification, protein turnover, chaperones" /inference="protein motif:FPrintScan:PR00368 FADPNR InterPro:IPR013027 FAD-dependent pyridine nucleotide-disulphide oxidoreductase" /inference="protein motif:FPrintScan:PR00419 ADXRDTASE InterPro:IPR000759 Adrenodoxin reductase GO:Biological Process:electron transport (GO:0006118)" /inference="protein motif:FPrintScan:PR00469 PNDRDTASEII InterPro:IPR000103 Pyridine nucleotide-disulphide oxidoreductase, class-II GO:Biological Process:electron transport (GO:0006118), Molecular Function:oxidoreductase activity (GO:0016491)" /inference="protein motif:Gene3D:G3D.3.40.50.720 no description" /inference="protein motif:HMMPanther:PTHR11493 DIHYDROLIPOAMIDE DEHYDROGENASE-RELATED" /inference="protein motif:HMMPanther:PTHR11493:SF36 THIOREDOXIN REDUCTASE-RELATED" /inference="protein motif:HMMPfam:PF07992 Pyr_redox_2 InterPro:IPR013027 FAD-dependent pyridine nucleotide-disulphide oxidoreductase" /inference="protein motif:HMMTigr:TIGR01292 TRX_reduct:thioredoxin-disulfide reductas InterPro:IPR005982 Thioredoxin reductase GO:Molecular Function:thioredoxin-disulfide reductase activity (GO:0004791), Cellular Component:cytoplasm (GO:0005737), Biological Process:removal of superoxide radicals (GO:0019430)" /inference="protein motif:ProfileScan:PS50205 NAD_BINDING InterPro:IPR000205 NAD-binding site" /inference="protein motif:ScanRegExp:PS00573 PYRIDINE_REDOX_2 InterPro:IPR008255 Pyridine nucleotide-disulphide oxidoreductase, class-II, active site GO:Biological Process:electron transport (GO:0006118), Molecular Function:oxidoreductase activity (GO:0016491)" /inference="protein motif:superfamily:SSF51905 FAD/NAD(P)-binding domain" /note="1 probable transmembrane helix predicted by modhmm" /codon_start=1 /transl_table=11 /product="Thioredoxin reductase (trxB)" /protein_id="ACS32682.1" /translation="MGEMFSLGGFSRGGEYEKKLWDVLIIGAGPAGFTAAIYAARFGL ETLILSKDLGGNMALTDLIENYPGFPEGISGSELTARMHEHVKRLGVDIVFDEVERID PAECAYYEGPCKFTVKTKNGKEYRAKTIIIAVGAAPRKLKVPGEEELTGKGVSYCATC DGPLFKGKKVIVVGGGNTALQEALYLKSIGVDVTLVHRRQKFRADKILQDRFRESGIP AILDTVVTEIIGKDKVEAVRLKNVKTGEEKEMKVDGVFIFIGYEPKTDFVKHLGITDD YGYIPVDMHMRTKVPGIFAAGDITNVFKQIAVAVGQGAIAANSAKEFLEKWAEKNGE" gene complement(174209..174742) /locus_tag="TGAM_0181" /note="tg0181" CDS complement(174209..174742) /locus_tag="TGAM_0181" /inference="protein motif:COG:COG1988 Predicted membrane-bound metal-dependent hydrolases; R General function prediction only" /note="Belongs to DUF457 family, predicted membrane-bound metal-dependent hydrolase; 3 probable transmembrane helices predicted by modhmm" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein" /protein_id="ACS32683.1" /translation="MPNYDVHVLSGIATYPVAVLIGELLKVYAKLPIELTPTALILGY ALYVLGSDLPDMDHPDALIHRGSKPIISVAVGSAVFLWAGDKVNLSPEWLNPVVAWVL GALGGIIAWYLFTALMPRHRGIVHSLLFAAVYGFLAFALAGYGLKLSLGEGVYVGLAA FLGYTLHLTLDGSIKLV" gene complement(174746..175936) /locus_tag="TGAM_0182" /note="tg0182" CDS complement(174746..175936) /locus_tag="TGAM_0182" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:Gene3D:G3D.3.40.50.300 no description" /inference="protein motif:superfamily:SSF46785 'Winged helix' DNA-binding domain" /inference="protein motif:superfamily:SSF52540 P-loop containing nucleoside triphosphate hydrolases" /codon_start=1 /transl_table=11 /product="AAA family ATPase, possibly ruvB related" /protein_id="ACS32684.1" /translation="MESEELKVYPVQSYEIYGLSRNPFEQLASEGIEDVEAIHVYQEV DMKLSMIISEVIGNKSSIAMSIVGPLGMGKTQRLKSIAKAIEREGGKAIYVKVDTNDI LKLTRDIFYALKPPRSRTNIFLENLSRKLGFIDRLEKMLSDTKEYKSRDIAELLVQQL RKYPYSALLLDELENMQGAREQEKIQFFEMLRHVISTMPPGCIVAFACIPEAYEEYSK IFPAFFMRLHYEFKLRPMSVEETFELVKKRLNRVRIRDTDDPIYPFTDEAIKLIHDLA KGNPRQILRLLHYVLSEAAKRAFDPIDELVVSTILEEPKSLEEYLRRVPKDYRDLVKV IVEKFNGGPVSYISVAKELKRPANQVYEALNKLVAIGFLVGDPGGNYKVPHYVRKFLE EKEE" gene 175998..176483 /locus_tag="TGAM_0183" /note="tg0183" CDS 175998..176483 /locus_tag="TGAM_0183" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:THUMP, THUMP domain" /inference="protein motif:COG:COG1818 Predicted RNA-binding protein, contains THUMP domain; R General function prediction only" /inference="protein motif:HMMPfam:PF02926 THUMP InterPro:IPR004114 THUMP" /note="Contains 1 THUMP domain" /codon_start=1 /transl_table=11 /product="RNA-binding protein, putative" /protein_id="ACS32685.1" /translation="MVVLIVTCPPGREGDAILELEWALGRVRVRGTDWRGLLVAESPL SKDEAIERLKRFETQAIQRVVPLDLLVPASLDVIEQRAIELMGGKTGTFAVRARVRGN KKLREMELERKIGEAIVRAYGLRVNLTDPDWTLAIEVLGKKAGVGVLGRGEILRFKVV E" gene 176495..176845 /locus_tag="TGAM_0184" /note="tg0184" CDS 176495..176845 /locus_tag="TGAM_0184" /inference="protein motif:CDD:COG4043, Uncharacterized conserved protein [Function unknown]" /inference="protein motif:CDD:ProFAR-like, ProFAR isomerase-like" /inference="protein motif:COG:COG4043 Uncharacterized conserved protein; S Function unknown" /inference="protein motif:HMMPfam:PF07060 DUF1530 InterPro:IPR010759 ProFAR isomerase-like" /note="Contains 1 ProFAR isomerase associated domain" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein" /protein_id="ACS32686.1" /translation="MRRWKMGLQEEYLKAIAEGKKKIEGRLYDEKRQAIKPGDEIVFE NKLVCVVKDLRVYSSFREMLEKEGLENVLPGVKSIEEGVKVYRKFYSEEKEKKYGVVA IEVEPVAWIGEPLE" gene complement(176861..177100) /locus_tag="TGAM_0185" /note="tg0185" CDS complement(176861..177100) /locus_tag="TGAM_0185" /codon_start=1 /transl_table=11 /product="Hypothetical protein" /protein_id="ACS32687.1" /translation="MMTGLPRFLGVYPDSVANHLSCNLKTLFAVYLCSLCGGAVMEET EGNAWVLEKITGILGEEECWMTIENLRAIKKEFEK" gene complement(177235..178734) /locus_tag="TGAM_0186" /note="tg0186" CDS complement(177235..178734) /locus_tag="TGAM_0186" /EC_number="3.4.17.19" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:COG:COG2317 Zn-dependent carboxypeptidase; E Amino acid transport and metabolism" /inference="protein motif:FPrintScan:PR00998 CRBOXYPTASET InterPro:IPR001333 Peptidase M32, carboxypeptidase Taq metallopeptidase GO:Molecular Function:metallocarboxypeptidase activity (GO:0004181), Biological Process:proteolysis (GO:0006508)" /inference="protein motif:Gene3D:G3D.1.10.1370.10 no description" /inference="protein motif:HMMPfam:PF02074 Peptidase_M32 InterPro:IPR001333 Peptidase M32, carboxypeptidase Taq metallopeptidase GO:Molecular Function:metallocarboxypeptidase activity (GO:0004181), Biological Process:proteolysis (GO:0006508)" /inference="protein motif:HMMPIR:PIRSF006615 Zn-dependent carboxypeptidase, Taq type InterPro:IPR001333 Peptidase M32, carboxypeptidase Taq metallopeptidase GO:Molecular Function:metallocarboxypeptidase activity (GO:0004181), Biological Process:proteolysis (GO:0006508)" /inference="protein motif:ScanRegExp:PS00142 ZINC_PROTEASE InterPro:IPR006025 Peptidase M, neutral zinc metallopeptidases, zinc-binding site GO:Biological Process:proteolysis (GO:0006508), Molecular Function:metallopeptidase activity (GO:0008237), Molecular Function:zinc ion binding (GO:0008270)" /inference="protein motif:superfamily:SSF55486 Metalloproteases ('zincins'), catalytic domain" /note="Belongs to M32 family" /codon_start=1 /transl_table=11 /product="Thermostable carboxypeptidase 1" /protein_id="ACS32688.1" /translation="MNSVFQNETIREILTKYRRIWAIGHAQSVLGWDMEVNMPKEGIL ERSVAQGELSVLSQEFLLKPDFVELVEKAKSIEDLNEYERGVVRVLDRSIRISRSFPP EFLREMSEVTSQATKAWEEAKRTDDYSKFEPWLDKIIDLAKRAAEYLGYEEEPYDALL DMFEEGLRTKEVERMFDKLEKELKPLLERIMEEGKVPQSHPLEKEKYEREQMEKVNLW ILEKFGFPLGVRSRLDVSAHPFTTEFGIRDVRITTRYEGYDFRRTILSTVHEFGHALY ELQQDERFMFSPIAGGVSLGIHESQSRFWENIIGRSREFAGLIYPVLKENLPFMTNYT PEDVYLYFNMVRPDFIRTEADVVTYNFHILLRFKLERMMLNEGVKAKDLPELWNEEME RLLGIRPKSYAEGILQDIHWAHGTIGYFPTYSIGTLLASQLYYHMKKDIPDFEDKVAK AKFEPIKAWLREKIHRWGSIYPPKELLKKAIGEELNPDYFIRWVKERYL" gene 178868..179695 /locus_tag="TGAM_0187" /note="tg0187" CDS 178868..179695 /locus_tag="TGAM_0187" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:adenosine_kinase, Adenosine kinase (AK) catalyzes the phosphorylation of ribofuranosyl-containing nucleoside analogues at the 5'-hydroxyl using ATP or GTP as the phosphate donor" /inference="protein motif:CDD:bac_FRK, Fructokinases (FRKs) mainly from bacteria and plants are enzymes with high specificity for fructose, as are all FRKs, but they catalyzes the conversion of fructose to fructose-6-phosphate, which is an entry point into glycolysis via conversion into glucose-6-phosphate" /inference="protein motif:CDD:Fructoselysine_kinase_like, Fructoselysine kinase-like" /inference="protein motif:CDD:FruK, Fructose-1-phosphate kinase and related fructose-6-phosphate kinase (PfkB) [Carbohydrate transport and metabolism]" /inference="protein motif:CDD:FruK_PfkB_like, 1-phosphofructokinase (FruK), minor 6-phosphofructokinase (pfkB) and related sugar kinases" /inference="protein motif:CDD:Guanosine_kinase_like, Guanosine kinase-like sugar kinases" /inference="protein motif:CDD:KdgK, 2-keto-3-deoxygluconate kinase (KdgK) phosphorylates 2-keto-3-deoxygluconate (KDG) to form 2-keto-3-deoxy-6-phosphogluconate (KDGP)" /inference="protein motif:CDD:MAK32, MAK32 kinase" /inference="protein motif:CDD:PdxK, Pyridoxal/pyridoxine/pyridoxamine kinase [Coenzyme metabolism]" /inference="protein motif:CDD:PfkB, pfkB family carbohydrate kinase" /inference="protein motif:CDD:pyridoxal_pyridoxamine_kinase, Pyridoxal kinase plays a key role in the synthesis of the active coenzyme pyridoxal-5'-phosphate (PLP), by catalyzing the phosphorylation of the precursor vitamin B6 in the presence of Zn2+ and ATP" /inference="protein motif:CDD:RbsK, Sugar kinases, ribokinase family [Carbohydrate transport and metabolism]" /inference="protein motif:CDD:RfaE, ADP-heptose synthase, bifunctional sugar kinase/adenylyltransferase [Cell envelope biogenesis, outer membrane]" /inference="protein motif:CDD:RfaE_like, RfaE encodes a bifunctional ADP-heptose synthase involved in the biosynthesis of the lipopolysaccharide (LPS) core precursor ADP-L-glycero-D-manno-heptose" /inference="protein motif:CDD:ribokinase, Ribokinase catalyses the phosphorylation of ribose to ribose-5-phosphate using ATP" /inference="protein motif:CDD:ribokinase_group_A, Ribokinase-like subgroup A" /inference="protein motif:CDD:ribokinase_group_B, Ribokinase-like subgroup B" /inference="protein motif:CDD:ribokinase_group_C, Ribokinase-like subgroup C" /inference="protein motif:CDD:ribokinase_group_D, Ribokinase-like subgroup D" /inference="protein motif:CDD:ribokinase_pfkB_like, ribokinase/pfkB superfamily:Kinases that accept a wide variety of substrates, including carbohydrates and aromatic small molecules, all are phosphorylated at a hydroxyl group" /inference="protein motif:CDD:YeiC_kinase_like, YeiC-like sugar kinase" /inference="protein motif:COG:COG0524 Sugar kinases, ribokinase family; G Carbohydrate transport and metabolism" /inference="protein motif:FPrintScan:PR00990 RIBOKINASE InterPro:IPR002139 Ribokinase GO:Molecular Function:ribokinase activity (GO:0004747), Biological Process:D-ribose metabolism (GO:0006014)" /inference="protein motif:Gene3D:G3D.3.40.1190.20 no description" /inference="protein motif:HMMPanther:PTHR10584 PFKB FAMILY OF CARBOHYDRATE KINASES" /inference="protein motif:HMMPanther:PTHR10584:SF24 RIBOKINASE" /inference="protein motif:HMMPfam:PF00294 PfkB InterPro:IPR011611 PfkB" /inference="protein motif:ScanRegExp:PS00217 SUGAR_TRANSPORT_2 InterPro:IPR005829 Sugar transporter superfamily GO:Molecular Function:transporter activity (GO:0005215), Biological Process:transport (GO:0006810), Cellular Component:membrane (GO:0016020)" /inference="protein motif:ScanRegExp:PS00584 PFKB_KINASES_2 InterPro:IPR002173 Carbohydrate kinase, PfkB" /inference="protein motif:superfamily:SSF53613 Ribokinase-like" /note="1 probable transmembrane helix predicted by modhmm" /codon_start=1 /transl_table=11 /product="Carbohydrate kinase, pfkB/Ribokinase family" /protein_id="ACS32689.1" /translation="MEVELVVLGHVSIDTIVFPDGGRIEMPGGAAAAVATSAALAGAK VGLVTKVGEDFPREWLQKLAKYVDIRGVQVLPGKTIHIWVIYKPDGSVESPVEVGVAE RMGETPIPEEYLKAKLFHIAPIPPEEQLKVIERLGKMRISVDFNPTYYEDYRRKPELV RELVSRSYIVFPNEREAKLITGLDDVRKAAEELHSWGAELVVVTRGEKGVLIYDGDFH EFPALPVEGEIDPTGAGDAFAGGFLAGLVKGKALEECARLGLERAREVLKKSGSWSV" gene complement(179692..180120) /locus_tag="TGAM_0188" /note="tg0188" CDS complement(179692..180120) /locus_tag="TGAM_0188" /note="4 probable transmembrane helices predicted by modhmm" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein" /protein_id="ACS32690.1" /translation="MRKPKRRFHSLIPLVLSIYLLYTVDRWSLLLLPLALLGVQWHFF GMLFLTGAGVLLVYRNVGGVLGITIVALALLTIEMGQMDKEKAPYEHYAVLILAASMS IPTYLLIRTISPFLPRVEVTAVAAGVVLALYLFTRTAGED" gene complement(180117..181361) /locus_tag="TGAM_0189" /note="tg0189" CDS complement(180117..181361) /locus_tag="TGAM_0189" /inference="protein motif:CDD:COG1721, Uncharacterized conserved protein (some members contain a von Willebrand factor type A (vWA) domain) [General function prediction only]" /inference="protein motif:CDD:DUF58, Protein of unknown function DUF58" /inference="protein motif:COG:COG1721 Uncharacterized conserved protein (some members contain a von Willebrand factor type A (vWA) domain); R General function prediction only" /inference="protein motif:Gene3D:G3D.3.40.50.1000 no description" /inference="protein motif:HMMPfam:PF01882 DUF58 InterPro:IPR002881 Protein of unknown function DUF58" /inference="protein motif:superfamily:SSF53300 vWA-like" /inference="protein motif:superfamily:SSF56784 HAD-like" /note="2 probable transmembrane helices predicted by modhmm" /codon_start=1 /transl_table=11 /product="MoxR associated protein, containing DUF58 and Von Willebrand factor, type A domains" /protein_id="ACS32691.1" /translation="MPGEIKPELTERAAETLLAMWLILISAFFFLRWELAYLILPILW VFFVSIFFFRPEIKLEVRREIPHDRMLEGEVAEIRLRVKSNARIPSLKIEEDIPDGLE LVEGSREHVLSLGKDEERVIKYRVRVRRGIHEFNGVRVSYRDPMGFFKLDHFIEHYTE LIGMPLIEDVPTPYSTRGTKITAGPLPSPRIGEGVEFHAIREYQPGDPLKIINWKATA KTGKIMANEYESERKVDVIFIVDASYRGRRVFDHLVRAAASLMLNALNNGTSFGLLLA EAVPLWVRVDYGKRHFFKCIDFLSTAKPDRNNMIAYQVEHLIRSRFPARAQLLYFSTL LTEESREALRTMSAYGYRVVVISPDPYSLVEPKTKEEELAVRILRLKRKAQLRRMATY GIIIDWDVKKPLKAAIAEVIHP" gene complement(181367..182314) /gene="moxR-2" /locus_tag="TGAM_0190" /note="tg0190" CDS complement(181367..182314) /gene="moxR-2" /locus_tag="TGAM_0190" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:ChlI, Mg-chelatase subunit ChlI [Coenzyme metabolism]" /inference="protein motif:CDD:COG0714, MoxR-like ATPases [General function prediction only]" /inference="protein motif:CDD:Mg_chelatase, Magnesium chelatase, subunit ChlI" /inference="protein motif:COG:COG0714 MoxR-like ATPases; R General function prediction only" /inference="protein motif:Gene3D:G3D.1.10.8.80 no description" /inference="protein motif:Gene3D:G3D.3.40.50.300 no description" /inference="protein motif:HMMPfam:PF07726 AAA_3 InterPro:IPR011703 ATPase associated with various cellular activities, AAA-3 GO:Molecular Function:ATP binding (GO:0005524), Molecular Function:ATPase activity (GO:0016887)" /inference="protein motif:superfamily:SSF52540 P-loop containing nucleoside triphosphate hydrolases" /codon_start=1 /transl_table=11 /product="moxR-type AAA ATPase, putative chaperone protein (moxR)" /protein_id="ACS32692.1" /translation="MEEVELKGKEVLGEVKKAIVGKDEVLRLILTTILADGHILLEDL PGLAKTLMAKSFARALGVEFRRVQFTPDLLPSDILGVSIFNQKTLEFEFKRGPVFTNV LLADEINRAPPKTQSALLEAMQERQVTIEGNTYELPKPFIVIATQNPIEQEGTYPLPE AQLDRFLVRLRVGYPSKEEEIEILRRRMERKKEEVDIHPVTTPEEVVEMQRAIEDVYV SDAILEYITDIVTATRENKKEIEVGASPRGSLALLKLSRAYAALNGRDYVIPDDVKAV AVPALSHRLILKRELWYTRVSQESITKKLLDRVPVPKFE" gene complement(182301..182741) /locus_tag="TGAM_0191" /note="tg0191" CDS complement(182301..182741) /locus_tag="TGAM_0191" /note="2 probable transmembrane helices predicted by modhmm" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein" /protein_id="ACS32693.1" /translation="MRIRRSFLILIALPLIGGIVFGAYVLRWLSVLLLSVITLAYLFG EELRIAYPSMHRKEVGERKDEVERVTKIIEKAKESPVSRSILEEQIIEIYMTLSDNQA ETYRKLHEEPNEAILLIRKEGNFLENLEKALNVVEVDIDEGGRG" gene complement(182728..183597) /locus_tag="TGAM_0192" /note="tg0192" CDS complement(182728..183597) /locus_tag="TGAM_0192" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:COG:COG1989 Type II secretory pathway, prepilin signal peptidase PulO and related peptidases; N Cell motility" /note="4 probable transmembrane helices predicted by modhmm" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein" /protein_id="ACS32694.1" /translation="MELRQMSIRTKALTVMLGILLLMALLFHSTVRQGEIERSSSSPA IWSIIISVAAIASMMIVLLLFLSWRDVPGKRKDLYKDGRAFTRAIAFFVTALFFGAVL QILAGGGHPLPLNATANNTTNTPGVIGTPQSYNVSPHQAKEGGTFSFPVWIGYTIGVA FVIFLVIWGTNYYREIIRRRKRKAIKLKAEAFDRKLHEEGLEAFDNPRDAIVGIYKNA VLWLEYLGVPYRESWTHWEHAQRVGFRKEIFIELTRLFEKAKYAPEKVTWEDAERALK AYREMRREMDENT" gene 183678..184172 /locus_tag="TGAM_0193" /note="tg0193" CDS 183678..184172 /locus_tag="TGAM_0193" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:COG4072, Uncharacterized protein conserved in archaea [Function unknown]" /inference="protein motif:COG:COG4072 Uncharacterized protein conserved in archaea; S Function unknown" /inference="protein motif:superfamily:SSF54680 Pyrimidine nucleoside phosphorylase C-terminal domain" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein" /protein_id="ACS32695.1" /translation="MERLPRLYVETSFEECFAGEKAVEDCVVIMDNVEVWLGKGEALP GFIDVERSKFLRREVYDRFYLYVDRVESRMLADAILVLPDGRTRIYLRKGDELLLLPV EGFTKTLIANVGNRVRTGDAFAAVTTRKGEVHYLKPPKSGTVVFIDEITNRPHYVYYI LPEE" gene 184254..184724 /gene="slyD-1" /locus_tag="TGAM_0194" /note="tg0194" CDS 184254..184724 /gene="slyD-1" /locus_tag="TGAM_0194" /EC_number="5.2.1.8" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:FKBP_C, FKBP-type peptidyl-prolyl cis-trans isomerase" /inference="protein motif:CDD:SlpA, FKBP-type peptidyl-prolyl cis-trans isomerases 2 [Posttranslational modification, protein turnover, chaperones]" /inference="protein motif:COG:COG1047 FKBP-type peptidyl-prolyl cis-trans isomerases 2; O Posttranslational modification, protein turnover, chaperones" /inference="protein motif:Gene3D:G3D.3.10.50.40 no description" /inference="protein motif:HMMPanther:PTHR10516 FK506-BINDING PROTEIN" /inference="protein motif:HMMPanther:PTHR10516:SF39 FK506-BINDING PROTEIN" /inference="protein motif:HMMPfam:PF00254 FKBP_C InterPro:IPR001179 Peptidylprolyl isomerase, FKBP-type GO:Biological Process:protein folding (GO:0006457)" /inference="protein motif:ProfileScan:PS50059 FKBP_PPIASE InterPro:IPR001179 Peptidylprolyl isomerase, FKBP-type GO:Biological Process:protein folding (GO:0006457)" /inference="protein motif:superfamily:SSF54534 FKBP-like" /codon_start=1 /transl_table=11 /product="FKBP-type peptidyl-prolyl cis-trans isomerase (slyD)" /protein_id="ACS32696.1" /translation="MKVERGDFVLFNYVGRYENGEVFDTSYESVAREQGIFVEEREYS PIGVTVGAGEIIPGIEEALLGMELGEKKEVVVPPEKGYGMPREDLIVPVPIEQFTSAG LEPVEGMYVMTDAGIAKILKVEEKTVRLDFNHPLAGKTAIFEIEVVEIKKAGEA" gene complement(184734..185645) /locus_tag="TGAM_0195" /note="tg0195" CDS complement(184734..185645) /locus_tag="TGAM_0195" /inference="protein motif:COG:COG2064 Flp pilus assembly protein TadC; N Cell motility" /inference="protein motif:HMMPfam:PF00482 GSPII_F InterPro:IPR001992 Bacterial type II secretion system protein GO:Biological Process:protein secretion (GO:0009306), Cellular Component:membrane (GO:0016020)" /inference="protein motif:superfamily:SSF90123 Multidrug resistance ABC transporter MsbA, N-terminal domain" /note="5 probable transmembrane helices predicted by modhmm" /codon_start=1 /transl_table=11 /product="Bacterial type II secretion system protein F" /protein_id="ACS32697.1" /translation="MPRESGGIAVLLTRILERILPAKWIKRYELFIYSAGIEFLAIEY LIISILLSIIFAAVVLILSNTFYALVTLVAVFVGMAFAYPYWRVSKRIEEMEKHLPDA FFYLASSLRAGISFSEALEDLTTAKFGALTDEFKRVVGEIRKGRSTVEALKVMAVRNR KSPVVYRSLMIIIEALERGAPMSDVLVYVANDVREILRIKQERKASTGMQMMFFIITS GFVGPAIIGTVGKLMGIMVQGPAKAQIPTVLNILLGFVVIQAIVSGLGIGVIREGKFS AGIKYGIMLAIMGALVFQGMKYVNLSF" gene complement(185651..186727) /locus_tag="TGAM_0196" /note="tg0196" CDS complement(185651..186727) /locus_tag="TGAM_0196" /inference="protein motif:CDD:GSPII_F, Bacterial type II secretion system protein F domain" /inference="protein motif:CDD:TadC, Flp pilus assembly protein TadC [Cell motility and secretion / Intracellular trafficking and secretion]" /inference="protein motif:COG:COG2064 Flp pilus assembly protein TadC; N Cell motility" /inference="protein motif:HMMPfam:PF00482 GSPII_F InterPro:IPR001992 Bacterial type II secretion system protein GO:Biological Process:protein secretion (GO:0009306), Cellular Component:membrane (GO:0016020)" /note="4 probable transmembrane helices predicted by modhmm" /codon_start=1 /transl_table=11 /product="Bacterial type II secretion system protein F" /protein_id="ACS32698.1" /translation="MGVIESFLNFLERLGGTTLEVTEKPVRRLPRRKSIQERLRALKE IQKETEESKESERERELEEILEWRRKEITTSFGERLAEAFLRRFKGPVESLTKSIKGL DYDLYRANIRMSKEKYVALMIITSIFLGAFSLAFGLLLEMDVFTSMMLGLLGFIGGFL YMRHYPRMVWRRRVAEVEKALPYVLRHIASLLSAGVGIAEALVSVAKADYGVASEEFE LIVRDMRAGASFEEALERFEEKMGSENVSRVVKQILRAIKFGGNLAEILYKMAEDFAF EYRMKLVEYVQKVNGIAFIYMFMTIVMPTMFIVAILAGSAFSAQGGGGTLALSPSALA VILLFAFPMLSLIIVTMIKRGEPR" gene complement(186737..190339) /locus_tag="TGAM_0197" /note="tg0197" CDS complement(186737..190339) /locus_tag="TGAM_0197" /inference="protein motif:BlastProDom:PD000739 Q8U256_PYRFU_Q8U256; InterPro:IPR001482 Bacterial type II secretion system protein E GO:Molecular Function:ATP binding (GO:0005524), Cellular Component:intracellular (GO:0005622), Biological Process:transport (GO:0006810)" /inference="protein motif:CDD:COG1372, Intein/homing endonuclease [DNA replication, recombination, and repair]" /inference="protein motif:CDD:CpaF, Flp pilus assembly protein, ATPase CpaF [Intracellular trafficking and secretion]" /inference="protein motif:CDD:GSPII_E, Type II/IV secretion system protein" /inference="protein motif:CDD:Hint, Hedgehog/Intein domain, found in Hedgehog proteins as well as proteins which contain inteins and undergo protein splicing (e" /inference="protein motif:CDD:HintC, Hint (Hedgehog/Intein) domain C-terminal region; Hedgehog/Intein domain, C-terminal region" /inference="protein motif:CDD:PulE, Type II secretory pathway, ATPase PulE/Tfp pilus assembly pathway, ATPase PilB [Cell motility and secretion / Intracellular trafficking and secretion]" /inference="protein motif:CDD:PulE-GspE, PulE/GspE The type II secretory pathway is the main terminal branch of the general secretory pathway (GSP)" /inference="protein motif:CDD:VirB11, Type IV secretory pathway, VirB11 components, and related ATPases involved in archaeal flagella biosynthesis [Cell motility and secretion / Intracellular trafficking and secretion]" /inference="protein motif:CDD:VirB11-like_ATPase, Type IV secretory pathway component VirB11, and related ATPases" /inference="protein motif:COG:COG4962 Flp pilus assembly protein, ATPase CpaF; U Intracellular trafficking, secretion, and vesicular transport" /inference="protein motif:FPrintScan:PR00379 INTEIN InterPro:IPR006142 Intein GO:Biological Process:intein-mediated protein splicing (GO:0016539)" /inference="protein motif:Gene3D:G3D.2.170.16.10 no description" /inference="protein motif:Gene3D:G3D.3.40.50.300 no description" /inference="protein motif:HMMPfam:PF00437 GSPII_E InterPro:IPR001482 Bacterial type II secretion system protein E GO:Molecular Function:ATP binding (GO:0005524), Cellular Component:intracellular (GO:0005622), Biological Process:transport (GO:0006810)" /inference="protein motif:HMMSmart:SM00305 no description InterPro:IPR003586 Hedgehog/intein hint domain, C-terminal" /inference="protein motif:HMMSmart:SM00306 no description InterPro:IPR003587 Hedgehog/intein hint, N-terminal" /inference="protein motif:HMMSmart:SM00382 no description InterPro:IPR003593 AAA ATPase GO:Molecular Function:nucleotide binding (GO:0000166), Molecular Function:nucleoside-triphosphatase activity (GO:0017111)" /inference="protein motif:HMMTigr:TIGR01443 intein_Cterm:intein C-terminal splicing InterPro:IPR006141 Protein splicing (intein) site GO:Biological Process:intein-mediated protein splicing (GO:0016539)" /inference="protein motif:ProfileScan:PS50101 ATP_GTP_A2" /inference="protein motif:ProfileScan:PS50817 INTEIN_N_TER InterPro:IPR006141 Protein splicing (intein) site GO:Biological Process:intein-mediated protein splicing (GO:0016539)" /inference="protein motif:ProfileScan:PS50818 INTEIN_C_TER InterPro:IPR006141 Protein splicing (intein) site GO:Biological Process:intein-mediated protein splicing (GO:0016539)" /inference="protein motif:ProfileScan:PS50819 INTEIN_ENDONUCLEASE InterPro:IPR004042 Intein DOD homing endonuclease GO:Molecular Function:endonuclease activity (GO:0004519)" /inference="protein motif:ScanRegExp:PS00227 TUBULIN InterPro:IPR000217 Tubulin GO:Molecular Function:structural molecule activity (GO:0005198), Cellular Component:microtubule (GO:0005874), Biological Process:microtubule-based movement (GO:0007018)" /inference="protein motif:superfamily:SSF52540" /inference="protein motif:superfamily:SSF52540 P-loop containing nucleoside triphosphate hydrolases" /note="intein span: 515 - 1037" /codon_start=1 /transl_table=11 /product="AAA family ATPase, type II secretion system protein, containing DOD-type homing endonuclease" /protein_id="ACS32699.1" /translation="MVEKKKKKELSGSWIDEILGGKSDPLANVLSESEEEKKPPLPFI SESSPLEEILGTSKKEEQKGQKTPTTPSNPLEEILRSSEKPKEESPAPSLSDILGGGK REVKEEKPAKKEAKSGAPTGVDLLGQILSGGTGTAPSKPKAPAKSQPLPLPLPKPKPP LGLQSIIGETKTEELSYAGRAKVLDAYGNVRILRVKGEPVPIYEIRLPKLSKDEENLL KQVRERAITEIQIDPTLIPNYEERRKIFLREVKRMLKEAAPHFSEGRIEVLAELIVQN MLGYGLLDPLVRDDNLEEIMVIGTNKPVYVWHRRFYMCKTNIVFKEERDILNIIERIA REVGRRIDQQNPLLDARLPDGSRVNATIPPISLDGPTITIRKFKKDPLTIIDLIKYGT MNSDVAAFLWLLVDGLGIKPANILVAGGTGSGKTTTLNALAMFIPPSERVISIEDTAE LQLPVEHWVRLETRPPNIEGKGEVTMDDLVKNTLRMRPDRIIVGEVRGPEARTMFTAM NTGHNGALYDFSVIQLSDGRFVLIGDLLEELFEKYSDRIETYRDLEYVVLDEKDRFEV VSVGPDLKAGKHTVTRVWRRKVREGEKLIRVRTRTGNEVILTKTHPFFVFSDGDVVRK EAEKLKPGDRVAVMRKPPKPPQRKAVINPEVYAGISDYYLVPNGKGLVKVPNDGIPPE MAQYLLSINSKPVKLVREVNEGLSYAVGVLLGDGYISSDGYYISATFDDESYMKAFTS AISEFLPESEPQVKREPAYTVVTYGSRPFAEFLHRAFGIPKGRKESLDVPDLVLSNDD LLRHFIAGLFDADAYIDENGPAVVLTTRSENLARKVWYALQRLGIISTVSRVKNRGYK EGVIFRVTVRGVEDLIRFHRSIPLRHSRKREKLEELIRKYRSHRGKRTDRVPISPAML EPLRRRLNLTVSELSKLASSYAREKVSESLIRHVEKGRMKEIRRSALRGIALALQQVA SDLGDEETWVQAKRLELIADGDVYWDEVVSVEEVEPEELGIEYLYDLTVEEDHNYVAN GILVSNCMGTIHSNSARETIVRLESPPMNVPRIMIPALDIIIMQVRFNSRKKGTVRRI TEIAEISGIEGESIQLNKLYKYDPAKDELQPTEVPSRIINELARHTGMSISELEIERE KRKIILEWMMEKGIRSIEDVGHYIKMFYIDEEALLEKIERDSSAQIQEQIRNIS" mat_peptide complement(join(186740..187228,188798..190339)) /locus_tag="TGAM_0197" /product="AAA family ATPase, type II secretion system protein" mat_peptide complement(187229..188797) /locus_tag="TGAM_0197" /product="intein" gene complement(190344..191402) /locus_tag="TGAM_0198" /note="tg0198" CDS complement(190344..191402) /locus_tag="TGAM_0198" /experiment="gene product confirmed by mass spectrometry" /note="2 probable transmembrane helices predicted by modhmm" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein" /protein_id="ACS32700.1" /translation="MRRADGVGRMNAKLLPLLVLSLLFLSLPGLAQSEEYTLPGGNYN NLGLEGQLMMSINVTLINLAPYPKFIVLNPFYDFKIYRRNNGEWLTGKFNETRGKMVY HVSPETMNNTLNYRVGFWIYPYETVKVQFSITEAHHYYIQLKDYRDSCPTNVGLYILR YENGTLTGGEINTYENLNHPICGVAYPQLLNYPLVIRFNEVLPSMDGYIKMLRYEGIV KFKLTDVPDRADDNSTSNVEFPLFFAVSQPVILYNATMTDYQPPYSMKYSDYLNFILG YRGFTTPQVSQEKPRRPSNGLFKLTDSLLSGTTIKKPEVNAPVVKPLDFPIWVVYMGK DVNTLEISYHVEWNNYRG" gene complement(191389..192900) /locus_tag="TGAM_0199" /note="tg0199" CDS complement(191389..192900) /locus_tag="TGAM_0199" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:DUF515, Protein of unknown function (DUF515)" /inference="protein motif:COG:COG1627 Uncharacterized protein conserved in archaea; S Function unknown" /inference="protein motif:HMMPfam:PF04415 DUF515 InterPro:IPR007509 Protein of unknown function DUF515" /note="1 probable transmembrane helix predicted by modhmm" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein" /protein_id="ACS32701.1" /translation="MEFKKLTDLTRGITITLMVVFTVAEDIEAKIRRLRELGKASAEP ETPPTPVSKPSPKPKPPRRIRRLSNIREREKKRRILIGASILIILILIVSFAAYSWYS SQKEKELRDAKQRKLAELNSYFKGDILKTSYGQTTYNELKAKIETAKSVEEVNSIDIK SAYLQVYQKYKAELEEKQRQEELKRLNQAKEQKKMEIKLLFEPLLAQPLPTQIREHAL QVENELLAQVENASSINAVNSTDPTPYLLQLWREYYTYRVDSIKGDYVVLEFNGHKKI YTKEQAKAMLSGIQDYTVLMQYNVKEVQFVKMALLLTRDRVVGGFIEPGAKIMIFAQN ATSRQYLQIADLGYVDSVLLPADAGIINLNEQQGSSSSSNSNSNSQSSSSSQNSASAG DTTVSTGGSSSTSSSSSQSYSESSSASYYYSVNLGEIMRAISSGKIQGSEEAIRQLEN YGDNLLALEQRLQLQNVPNGVPFLVIVEVPSVYVPDVLSHINTVYIGELVEKS" gene 192927..193247 /locus_tag="TGAM_0200" /note="tg0200" CDS 192927..193247 /locus_tag="TGAM_0200" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein" /protein_id="ACS32702.1" /translation="MERLEARVVEIRGRCPVFKLGDRIVVEGPRIKLEETDAICTHAF ASLLPYIVALRKGIKPSELGLGKGETAYVQCLDPGPPYTDGGTVIFEITVIRDEAEES LEGR" gene 193270..194289 /locus_tag="TGAM_0201" /note="tg0201" CDS 193270..194289 /locus_tag="TGAM_0201" /inference="protein motif:CDD:COG1160, Predicted GTPases [General function prediction only]" /inference="protein motif:CDD:COG1161, Predicted GTPases [General function prediction only]" /inference="protein motif:CDD:EngA2, EngA2 subfamily" /inference="protein motif:CDD:Era, Era subfamily" /inference="protein motif:CDD:HSR1_MMR1, HSR1/MMR1" /inference="protein motif:CDD:MJ1464, MJ1464" /inference="protein motif:CDD:MMR_HSR1, GTPase of unknown function" /inference="protein motif:CDD:NGP_1, NGP-1" /inference="protein motif:CDD:Nucleostemin_like, Nucleostemin-like" /inference="protein motif:CDD:YjeQ_engC, YjeQ/EngC" /inference="protein motif:CDD:YlqF, YlqF" /inference="protein motif:CDD:YlqF_related_GTPase, YlqF-related GTPases" /inference="protein motif:CDD:YqeH, YqeH" /inference="protein motif:COG:COG1161 Predicted GTPases; R General function prediction only" /inference="protein motif:Gene3D:G3D.3.40.50.300 no description" /inference="protein motif:HMMPanther:PTHR11089 GTP-BINDING PROTEIN-RELATED" /inference="protein motif:HMMPanther:PTHR11089:SF3 GTP-BINDING PROTEIN-RELATED" /inference="protein motif:HMMPfam:PF01926 MMR_HSR1 InterPro:IPR002917 GTP-binding protein, HSR1-related GO:Molecular Function:GTP binding (GO:0005525), Cellular Component:intracellular (GO:0005622)" /inference="protein motif:HMMTigr:TIGR00650 MG442:GTP-binding conserved hypothetical pr InterPro:IPR005289 GTP-binding GO:Molecular Function:GTP binding (GO:0005525)" /inference="protein motif:superfamily:SSF52540 P-loop containing nucleoside triphosphate hydrolases" /codon_start=1 /transl_table=11 /product="GTP-binding protein, HSR1-related GTPase" /protein_id="ACS32703.1" /translation="MIVEVVDARDPIGTRNRKLERLVQEEGKPLLIVMNKADLVPREW AEEYKRKSEIPVVFISARERKGTGILRRELKKLAKPLLGEKEKVKVALIGYPNVGKST IINTLKGKRAVGTAPIPGYTKGKHLIRLSKKLWLLDSPGVVPIDDFDELVIKGGFPAD KIEEPVKPALKLISRILETRREAITEKFGIEEFENEEEILRRIGEKRGLIKAGGEVDL EETARWLLREWQTGRFTLFASEEEKSQDFIWDFKDVLEGVERELLLDPRRILWRYGDE LREKLDNQKRAGVREIEGITVGIATGFKKCDSALKFLEELTGKTAIANECFGKKWKGV IAILE" gene 194295..195392 /locus_tag="TGAM_0202" /note="tg0202" CDS 194295..195392 /locus_tag="TGAM_0202" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:COG0116, Predicted N6-adenine-specific DNA methylase [DNA replication, recombination, and repair]" /inference="protein motif:CDD:COG1041, Predicted DNA modification methylase [DNA replication, recombination, and repair]" /inference="protein motif:CDD:THUMP, THUMP domain" /inference="protein motif:CDD:UPF0020, Putative RNA methylase family UPF0020" /inference="protein motif:COG:COG0116 Predicted N6-adenine-specific DNA methylase; L Replication, recombination and repair" /inference="protein motif:Gene3D:G3D.3.40.50.150 no description" /inference="protein motif:HMMPanther:PTHR14911 FAMILY NOT NAMED" /inference="protein motif:HMMPanther:PTHR14911:SF1 SUBFAMILY NOT NAMED" /inference="protein motif:HMMPfam:PF01170 UPF0020 InterPro:IPR000241 Putative RNA methylase GO:Molecular Function:molecular function unknown (GO:0005554)" /inference="protein motif:HMMPfam:PF02926 THUMP InterPro:IPR004114 THUMP" /inference="protein motif:ProfileScan:PS50193 SAM_BIND InterPro:IPR000051 SAM (and some other nucleotide) binding motif GO:Molecular Function:S-adenosylmethionine-dependent methyltransferase activity (GO:0008757)" /inference="protein motif:ScanRegExp:PS01261 UPF0020 InterPro:IPR000241 Putative RNA methylase GO:Molecular Function:molecular function unknown (GO:0005554)" /inference="protein motif:superfamily:SSF53335 S-adenosyl-L-methionine-dependent methyltransferases" /note="Belongs to UPF0020 family, contains 1 THUMP domain" /codon_start=1 /transl_table=11 /product="SAM-dependent RNA methylase, putative" /protein_id="ACS32704.1" /translation="MRLILTTSRGIEDFARAEVERLLSDLGVPFRVEEKPLGVEGRVL TEVDRAFYTDEKGRKRELSVSTYLNERSRLLHRVIVEIASERFEGIGEDEPERALRRI KEFVASLPVERFVKVSESFAVRSFRRGEHKITSVDIAKTVGKAIFERLERFGTPKVNL DHPAVIFRAELIGEVFFLGIDTTGDSSLHKRPWRVYDHPAHLKASIANALIELAEPDG GPFIDPFCGSGTIPIELALRGYGGKIIGLEKFRKHLNGAKMNALSAGVLEGIEFILGD ATRLSDYVESVDFAVSNLPYGLKIGRKSAIPKLYMDFFGELAKVLEKRGVFITTEKRA IERAIEENGFEVKHHRLIGHGGLMVHTYVIG" gene 195385..195816 /locus_tag="TGAM_0203" /note="tg0203" CDS 195385..195816 /locus_tag="TGAM_0203" /note="1 probable transmembrane helix predicted by modhmm" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein" /protein_id="ACS32705.1" /translation="MGKTFKRIFPTFLGGQMKARSLVLVLAVLAVVLGGVGYYAFNHY SFNYEWRTNLKDYKKYHLISDSTLNGYVKAEGEVSVYILTKEDFRRLKEGEPFNYYRA WEHVEKVEFNDVKIPSGDYILVVKNEGKGMQWISVKLVDRK" gene 195901..197100 /gene="pstS" /locus_tag="TGAM_0204" /note="tg0204" CDS 195901..197100 /gene="pstS" /locus_tag="TGAM_0204" /inference="protein motif:CDD:PstS, ABC-type phosphate transport system, periplasmic component [Inorganic ion transport and metabolism]" /inference="protein motif:COG:COG0226 ABC-type phosphate transport system, periplasmic component; P Inorganic ion transport and metabolism" /inference="protein motif:Gene3D:G3D.3.40.190.10 no description" /inference="protein motif:HMMPfam:PF01547 SBP_bac_1 InterPro:IPR006059 Bacterial extracellular solute-binding protein, family 1 GO:Molecular Function:transporter activity (GO:0005215), Biological Process:transport (GO:0006810)" /inference="protein motif:HMMTigr:TIGR00975 3a0107s03:phosphate ABC transporter, phos InterPro:IPR005673 Periplasmic phosphate binding protein GO:Molecular Function:inorganic phosphate transporter activity (GO:0005315), Biological Process:phosphate transport (GO:0006817), Molecular Function:phosphate transporter activity (GO:0015114)" /inference="protein motif:superfamily:SSF53850 Periplasmic binding protein-like II" /note="1 probable transmembrane helix predicted by modhmm" /codon_start=1 /transl_table=11 /product="ABC-type phosphate transport system, periplasmic component (PstS)" /protein_id="ACS32706.1" /translation="MVIFSSVKPMKRLGALLLVFLLGIAVLSSGCINSKGESTTPSST PSSTATPKQSSTTSSSSAKVIVIRTTGATFPQYQIQKWIEEYMKTHPNVKIEYEGGGS GHGQEAFLKGLTDIGRTDPPVKESTWKKFLQTGDQPLQFPEVVGAVVVAYNVPGVDEL KLDGETLAKIFMGEIEYWDDEAIKKLNPNAKLPHEKIIVVHRSDASGTTAIFTTYLSL VSKEFAEKVGAGKLVNWPVDKMGRGIGGKGNPGVVQALKSTKYSIAYTELSFAIEENL KVVALKNKAGKFVKPTDETIKAAVSAVKTYIPEPTEGYKEDLKQLLNAPGENAYPIVA FTHILVWENRGGKHYSPEKAKAIKDFLRWILTEGQKKEHIAPGYVGLPKDVAEIGLKA VDMIQTG" gene 197125..197913 /locus_tag="TGAM_0205" /note="tg0205" CDS 197125..197913 /locus_tag="TGAM_0205" /inference="protein motif:CDD:AP_endonuc_2, AP endonuclease family 2" /inference="protein motif:CDD:IolE, Sugar phosphate isomerases/epimerases [Carbohydrate transport and metabolism]" /inference="protein motif:COG:COG1082 Sugar phosphate isomerases/epimerases; G Carbohydrate transport and metabolism" /inference="protein motif:Gene3D:G3D.3.20.20.150 no description" /inference="protein motif:HMMPfam:PF01261 AP_endonuc_2 InterPro:IPR012307 Xylose isomerase-like TIM barrel" /inference="protein motif:superfamily:SSF51658 Xylose isomerase-like" /note="May be also related to Xylose isomerase" /codon_start=1 /transl_table=11 /product="Predicted AP endonuclease" /protein_id="ACS32707.1" /translation="MKVGVNTCIVKEVSGRGFPLDELNVEVLELGFDDVEVLTEEGIN WNVLKNLAGLEVEFTLHAPTSDGRNVSVDLGHYSRMNIVTMERVFKVASALDARIVVV HGGDIRGSYHRAFTNTRRQLMEISAIAEDYGVKLLVENLTDSRIGAFPHELLPFLEEN VGICLDVGHAFLTAMKYGIPMDEFALLKADEIHVHDNNGVMDEHLPPGEGMIGRNYTG RLIGAVEPEYAVLEIRRYSRPESVFGAIDFVRSLKKIKVKGVVV" gene 197910..198824 /gene="pstC" /locus_tag="TGAM_0206" /note="tg0206" CDS 197910..198824 /gene="pstC" /locus_tag="TGAM_0206" /inference="protein motif:CDD:COG4590, ABC-type uncharacterized transport system, permease component [General function prediction only]" /inference="protein motif:CDD:PstA, ABC-type phosphate transport system, permease component [Inorganic ion transport and metabolism]" /inference="protein motif:CDD:PstC, ABC-type phosphate transport system, permease component [Inorganic ion transport and metabolism]" /inference="protein motif:COG:COG0573 ABC-type phosphate transport system, permease component; P Inorganic ion transport and metabolism" /inference="protein motif:HMMPfam:PF00528 BPD_transp_1 InterPro:IPR000515 Binding-protein-dependent transport systems inner membrane component GO:Molecular Function:transporter activity (GO:0005215), Biological Process:transport (GO:0006810), Cellular Component:membrane (GO:0016020)" /inference="protein motif:HMMTigr:TIGR02138 phosphate_pstC:phosphate ABC transpor InterPro:IPR011864 Phosphate ABC transporter, permease protein PstC GO:Molecular Function:inorganic phosphate transporter activity (GO:0005315), Biological Process:phosphate transport (GO:0006817), Cellular Component:integral to membrane (GO:0016021)" /inference="protein motif:ProfileScan:PS50928 ABC_TM1 InterPro:IPR000515 Binding-protein-dependent transport systems inner membrane component GO:Molecular Function:transporter activity (GO:0005215), Biological Process:transport (GO:0006810), Cellular Component:membrane (GO:0016020)" /note="7 probable transmembrane helices predicted by modhmm" /codon_start=1 /transl_table=11 /product="ABC-type phosphate transport system, permease component (pstC)" /protein_id="ACS32708.1" /translation="MRDTFKAMTFPAVLAVFLLFAGMLFVYFTNAMPAFHRFGIDVYL KNVWRASEEPSEELYGVAAAIWGSVYTSLIAIAIALPLSVSYSVFVVDYAPKWLKNPL IIISDIMAGLPTIIYGLWGALVLVPFLREHVMKPLYEHLSFIPLFSYPPTTGYSYFSA GVLLAIMVTPFASAIIREAYSMVPFTYREAVYALGATRFEATKILIGYIRPAIVSGTI LAFGRAIGETVAVSLVIGNTFNMTWQLFAPGYTVSSLIANQFGNAFIYEYMTPVLYAA GLALFLIGLAVNLLGLRILGRWEENVKA" gene 198811..199644 /gene="pstA" /locus_tag="TGAM_0207" /note="tg0207" CDS 198811..199644 /gene="pstA" /locus_tag="TGAM_0207" /inference="protein motif:CDD:CysU, ABC-type sulfate transport system, permease component [Posttranslational modification, protein turnover, chaperones]" /inference="protein motif:CDD:PstA, ABC-type phosphate transport system, permease component [Inorganic ion transport and metabolism]" /inference="protein motif:CDD:PstC, ABC-type phosphate transport system, permease component [Inorganic ion transport and metabolism]" /inference="protein motif:COG:COG0581 ABC-type phosphate transport system, permease component; P Inorganic ion transport and metabolism" /inference="protein motif:HMMPfam:PF00528 BPD_transp_1 InterPro:IPR000515 Binding-protein-dependent transport systems inner membrane component" /inference="protein motif:HMMTigr:TIGR00974 3a0107s02c:phosphate ABC transporter, per InterPro:IPR005672 Phosphate transport system permease protein 2" /inference="protein motif:ProfileScan:PS50928 ABC_TM1 InterPro:IPR000515 Binding-protein-dependent transport systems inner membrane component" /note="5 probable transmembrane helices predicted by modhmm" /codon_start=1 /transl_table=11 /product="ABC-type phosphate transport system, permease component (pstA)" /protein_id="ACS32709.1" /translation="MSKLNARKLKEKVFLACVGVLTFLAILPLFHIILSVAARGLPVI AERGGKFITGTLSEGGIGPAIAGTFLLTFLAALFGLPVAFLVGLYAYEFPNSTIGRWT KTLLQIMLEFPTILVGVFVMQILVIPMGTYSAIAGALALAIILTPYVAVYTHEAMREI PFTYREAAFSLGLTRAKVLFRVLAPMAKRGILTGVLIGLAKVAGETAPLLFTAGGLYE SYPDSITRPVGAIPLLIYQLVQSPSKADHQTAWGASLVLLLIFLGIFIPIRLSLREVK L" gene 199641..200399 /gene="pstB" /locus_tag="TGAM_0208" /note="tg0208" CDS 199641..200399 /gene="pstB" /locus_tag="TGAM_0208" /EC_number="3.6.3.27" /inference="protein motif:BlastProDom:PD000006 PSTB_PYRFU_Q8U242; InterPro:IPR003439 ABC transporter related GO:Molecular Function:ATP binding (GO:0005524), Molecular Function:ATPase activity (GO:0016887)" /inference="protein motif:CDD:ABC_ATPase, ABC (ATP-binding cassette) transporter nucleotide-binding domain" /inference="protein motif:CDD:ABC_BcrA_bacitracin_resist, The BcrA subfamily represents ABC transporters involved in peptide antibiotic resistance" /inference="protein motif:CDD:ABC_Carb_Monos_I, This family represents the domain I of the carbohydrate uptake proteins that transport only monosaccharides (Monos)" /inference="protein motif:CDD:ABC_Carb_Monos_II, This family represents domain II of the carbohydrate uptake proteins that transport only monosaccharides (Monos)" /inference="protein motif:CDD:ABC_Carb_Solutes_like, ABC Carbohydrate and Solute Transporters-like subgroup" /inference="protein motif:CDD:ABC_CcmA_heme_exporter, CcmA, the ATP-binding component of the bacterial CcmAB transporter" /inference="protein motif:CDD:ABC_Class3, This class is comprised of all BPD (Binding Protein Dependent) systems that are largely represented in archaea and eubacteria and are primarily involved in scavenging solutes from the environment" /inference="protein motif:CDD:ABC_cobalt_CbiO_domain1, Domain I of the ABC component of a cobalt transport family found in bacteria, archaea, and eukaryota" /inference="protein motif:CDD:ABC_cobalt_CbiO_domain2, Domain II of the ABC component of a cobalt transport family found in bacteria, archaea, and eukaryota" /inference="protein motif:CDD:ABC_CysA_sulfate_importer, Part of the ABC transporter complex cysAWTP involved in sulfate import" /inference="protein motif:CDD:ABC_DR_subfamily_A, This family of ATP-binding proteins belongs to a multisubunit transporter involved in drug resistance (BcrA and DrrA), nodulation, lipid transport, and lantibiotic immunity" /inference="protein motif:CDD:ABC_DrrA, DrrA is the ATP-binding protein component of a bacterial exporter complex that confers resistance to the antibiotics daunorubicin and doxorubicin" /inference="protein motif:CDD:ABC_drug_resistance_like, ABC-type multidrug transport system, ATPase component" /inference="protein motif:CDD:ABC_FeS_Assembly, ABC-type transport system involved in Fe-S cluster assembly, ATPase component" /inference="protein motif:CDD:ABC_FtsE_transporter, FtsE is a hydrophilic nucleotide-binding protein that binds FtsX to form a heterodimeric ATP-binding cassette (ABC)-type transporter that associates with the bacterial inner membrane" /inference="protein motif:CDD:ABC_HisP_GlnQ_permeases, HisP and GlnQ are the ATP-binding components of the bacterial periplasmic histidine and glutamine permeases, repectively" /inference="protein motif:CDD:ABC_Iron-Siderophores_B12_Hemin, ABC transporters, involved in the uptake of siderophores, heme, and vitamin B12, are widely conserved in bacteria and archaea" /inference="protein motif:CDD:ABC_KpsT_Wzt, ABC_KpsT_Wzt The KpsT/Wzt ABC transporter subfamily is involved in extracellular polysaccharide export" /inference="protein motif:CDD:ABC_MalK_N, The N-terminal ATPase domain of the maltose transporter, MalK" /inference="protein motif:CDD:ABC_Metallic_Cations, ABC component of the metal-type transporters" /inference="protein motif:CDD:ABC_MetN_methionine_transporter, MetN (also known as YusC) is an ABC-type transporter encoded by metN of the metNPQ operon in Bacillus subtilis that is involved in methionine transport" /inference="protein motif:CDD:ABC_MJ0796_Lo1CDE_FtsE, This family is comprised of MJ0796 ATP-binding cassette, macrolide-specific ABC-type efflux carrier (MacAB), and proteins involved in cell division (FtsE), and release of liporoteins from the cytoplasmic membrane (LolCDE)" /inference="protein motif:CDD:ABC_Mj1267_LivG_branched, The Mj1267/LivG ABC transporter subfamily is involved in the transport of the hydrophobic amino acids leucine, isoleucine and valine" /inference="protein motif:CDD:ABC_ModC_like, Archeal protein closely related to ModC" /inference="protein motif:CDD:ABC_ModC_molybdenum_transporter, ModC is an ABC-type transporter and the ATPase component of a molybdate transport system that also includes the periplasmic binding protein ModA and the membrane protein ModB" /inference="protein motif:CDD:ABC_MTABC3_MDL1_MDL2, MTABC3 (also known as ABCB6) is a mitochondrial ATP-binding cassette protein involved in iron homeostasis and one of four ABC transporters expressed in the mitochondrial inner membrane, the other three being MDL1(ABC7), MDL2, and ATM1" /inference="protein motif:CDD:ABC_NatA_like, Similar in sequence to NatA, this is the ATPase component of a bacterial ABC-type Na+ transport system called NatAB, which catalyzes ATP-dependent electrogenic Na+ extrusion without mechanically coupled to proton or K+ uptake" /inference="protein motif:CDD:ABC_NatA_sodium_exporter, NatA is the ATPase component of a bacterial ABC-type Na+ transport system called NatAB, which catalyzes ATP-dependent electrogenic Na+ extrusion without mechanically coupled proton or K+ uptake" /inference="protein motif:CDD:ABC_NikE_OppD_transporters, The ABC transporter subfamily specific for the transport of dipeptides, oligopeptides (OppD), and nickel (NikDE)" /inference="protein motif:CDD:ABC_NrtD_SsuB_transporters, NrtD and SsuB are the ATP-binding subunits of the bacterial ABC-type nitrate and sulfonate transport systems, respectively" /inference="protein motif:CDD:ABC_OpuCA_Osmoprotection, OpuCA is a the ATP binding component of a bacterial solute transporter that serves a protective role to cells growing in a hyperosmolar environment" /inference="protein motif:CDD:ABC_Org_Solvent_Resistant, ABC (ATP-binding cassette) transport system involved in resistant to organic solvents" /inference="protein motif:CDD:ABC_PDR_domain1, The pleiotropic drug resistance (PDR) family of ATP-binding cassette (ABC) transporters" /inference="protein motif:CDD:ABC_PDR_domain2, The pleiotropic drug resistance-like (PDR) family of ATP-binding cassette (ABC) transporters" /inference="protein motif:CDD:ABC_PhnC_transporter, ABC-type phosphate/phosphonate transport system" /inference="protein motif:CDD:ABC_PotA_N, PotA is an ABC-type transporter and the ATPase component of the spermidine/putrescine-preferential uptake system consisting of PotA, -B, -C, and -D" /inference="protein motif:CDD:ABC_Pro_Gly_Bertaine, This family comprises the glycine betaine/L-proline ATP binding subunit in bacteria and its equivalents in archaea" /inference="protein motif:CDD:ABC_PstB_phosphate_transporter, Phosphate uptake is of fundamental importance in the cell physiology of bacteria because phosphate is required as a nutrient" /inference="protein motif:CDD:ABC_putative_ATPase, This subfamily is involved in drug resistance, nodulation, lipid transport, and bacteriocin and lantibiotic immunity" /inference="protein motif:CDD:ABC_subfamily_A, The ABCA subfamily mediates the transport of a variety of lipid compounds" /inference="protein motif:CDD:ABC_ThiQ_thiamine_transporter, ABC-type thiamine tranport system" /inference="protein motif:CDD:ABC_TM1139_LivF_branched, LivF (TM1139) is part of the LIV-I bacterial ABC-type two-component transport system that imports neutral, branched-chain amino acids" /inference="protein motif:CDD:ABC_tran, ABC transporter" /inference="protein motif:CDD:ABC_UvrA_I, The excision repair protein UvrA domain I" /inference="protein motif:CDD:ABC_YhbG, The ABC transporters belonging to the YhbG family are similar to members of the Mj1267_LivG family, which is involved in the transport of branched-chain amino acids" /inference="protein motif:CDD:AbcC, ABC-type metal ion transport system, ATPase component [Inorganic ion transport and metabolism]" /inference="protein motif:CDD:ABCC_ATM1_transporter, ATM1 is an ABC transporter that is expressed in the mitochondria" /inference="protein motif:CDD:ABCC_bacteriocin_exporters, ABC-type bacteriocin exporters" /inference="protein motif:CDD:ABCC_CFTR2, The CFTR subfamily domain 2" /inference="protein motif:CDD:ABCC_cytochrome_bd, The CYD subfamily implicated in cytochrome bd biogenesis" /inference="protein motif:CDD:ABCC_Glucan_exporter_like, Glucan exporter ATP-binding protein" /inference="protein motif:CDD:ABCC_Hemolysin, The ABC-transporter hemolysin B is a central component of the secretion machinery that translocates the toxin, hemolysin A, in a Sec-independent fashion across both membranes of E" /inference="protein motif:CDD:ABCC_MRP_domain1, Domain 1 of the ABC subfamily C" /inference="protein motif:CDD:ABCC_MRP_domain2, Domain 2 of the ABC subfamily C" /inference="protein motif:CDD:ABCC_MRP_Like, The MRP (Mutidrug Resistance Protein)-like transporters are involved in drug, peptide, and lipid export" /inference="protein motif:CDD:ABCC_MsbA, MsbA is an essential ABC transporter, closely related to eukaryotic MDR proteins" /inference="protein motif:CDD:ABCC_NFT1, Domain 2 of NFT1 (New full-length MRP-type transporter 1)" /inference="protein motif:CDD:ABCC_Protease_Secretion, This family represents the ABC component of the protease secretion system PrtD, a 60-kDa integral membrane protein sharing 37% identity with HlyB, the ABC component of the alpha-hemolysin secretion pathway, in the C-terminal domain" /inference="protein motif:CDD:ABCC_SUR1_N, The SUR domain 1" /inference="protein motif:CDD:ABCC_TAP, TAP, the Transporter Associated with Antigen Processing" /inference="protein motif:CDD:ABCF_EF-3, ABCF_EF-3 Elongation factor 3 (EF-3) is a cytosolic protein required by fungal ribosomes for in vitro protein synthesis and for in vivo growth" /inference="protein motif:CDD:ABCG_EPDR, ABCG transporters are involved in eye pigment (EP) precursor transport, regulation of lipid-trafficking mechanisms, and pleiotropic drug resistance (DR)" /inference="protein motif:CDD:ABCG_White, The White subfamily represents ABC transporters homologous to the Drosophila white gene, which acts as a dimeric importer for eye pigment precursors" /inference="protein motif:CDD:AppF, ABC-type oligopeptide transport system, ATPase component [Amino acid transport and metabolism]" /inference="protein motif:CDD:ArpD, ABC-type protease/lipase transport system, ATPase and permease components [General function prediction only]" /inference="protein motif:CDD:ArtP, ABC-type arginine transport system, ATPase component [Amino acid transport and metabolism]" /inference="protein motif:CDD:ATM1, ABC-type transport system involved in Fe-S cluster assembly, permease and ATPase components [Posttranslational modification, protein turnover, chaperones]" /inference="protein motif:CDD:CbiO, ABC-type cobalt transport system, ATPase component [Inorganic ion transport and metabolism]" /inference="protein motif:CDD:CcmA, ABC-type multidrug transport system, ATPase component [Defense mechanisms]" /inference="protein motif:CDD:CcmA, ABC-type transport system involved in cytochrome c biogenesis, ATPase component [Posttranslational modification, protein turnover, chaperones]" /inference="protein motif:CDD:CeuD, ABC-type enterochelin transport system, ATPase component [Inorganic ion transport and metabolism]" /inference="protein motif:CDD:COG1123, ATPase components of various ABC-type transport systems, contain duplicated ATPase [General function prediction only]" /inference="protein motif:CDD:COG3638, ABC-type phosphate/phosphonate transport system, ATPase component [Inorganic ion transport and metabolism]" /inference="protein motif:CDD:COG3845, ABC-type uncharacterized transport systems, ATPase components [General function prediction only]" /inference="protein motif:CDD:COG4136, ABC-type uncharacterized transport system, ATPase component [General function prediction only]" /inference="protein motif:CDD:COG4152, ABC-type uncharacterized transport system, ATPase component [General function prediction only]" /inference="protein motif:CDD:COG4172, ABC-type uncharacterized transport system, duplicated ATPase component [General function prediction only]" /inference="protein motif:CDD:COG4178, ABC-type uncharacterized transport system, permease and ATPase components [General function prediction only]" /inference="protein motif:CDD:COG4181, Predicted ABC-type transport system involved in lysophospholipase L1 biosynthesis, ATPase component [Secondary metabolites biosynthesis, transport, and catabolism]" /inference="protein motif:CDD:COG4559, ABC-type hemin transport system, ATPase component [Inorganic ion transport and metabolism]" /inference="protein motif:CDD:COG4586, ABC-type uncharacterized transport system, ATPase component [General function prediction only]" /inference="protein motif:CDD:COG4619, ABC-type uncharacterized transport system, ATPase component [General function prediction only]" /inference="protein motif:CDD:COG4674, Uncharacterized ABC-type transport system, ATPase component [General function prediction only]" /inference="protein motif:CDD:CydC, ABC-type transport system involved in cytochrome bd biosynthesis, fused ATPase and permease components [Energy production and conversion / Posttranslational modification, protein turnover, chaperones]" /inference="protein motif:CDD:CydD, ABC-type transport system involved in cytochrome bd biosynthesis, ATPase and permease components [Energy production and conversion / Posttranslational modification, protein turnover, chaperones]" /inference="protein motif:CDD:CysA, ABC-type sulfate/molybdate transport systems, ATPase component [Inorganic ion transport and metabolism]" /inference="protein motif:CDD:DppD, ABC-type dipeptide/oligopeptide/nickel transport system, ATPase component [Amino acid transport and metabolism / Inorganic ion transport and metabolism]" /inference="protein motif:CDD:DppF, ABC-type dipeptide/oligopeptide/nickel transport system, ATPase component [Amino acid transport and metabolism / Inorganic ion transport and metabolism]" /inference="protein motif:CDD:FepC, ABC-type cobalamin/Fe3+-siderophores transport systems, ATPase components [Inorganic ion transport and metabolism / Coenzyme metabolism]" /inference="protein motif:CDD:FtsE, Predicted ATPase involved in cell division [Cell division and chromosome partitioning]" /inference="protein motif:CDD:GlnQ, ABC-type polar amino acid transport system, ATPase component [Amino acid transport and metabolism]" /inference="protein motif:CDD:HisP, ABC-type histidine transport system, ATPase component [Amino acid transport and metabolism]" /inference="protein motif:CDD:LivF, ABC-type branched-chain amino acid transport systems, ATPase component [Amino acid transport and metabolism]" /inference="protein motif:CDD:LivG, ABC-type branched-chain amino acid transport systems, ATPase component [Amino acid transport and metabolism]" /inference="protein motif:CDD:MalK, ABC-type sugar transport systems, ATPase components [Carbohydrate transport and metabolism]" /inference="protein motif:CDD:MdlB, ABC-type multidrug transport system, ATPase and permease components [Defense mechanisms]" /inference="protein motif:CDD:MglA, ABC-type sugar transport system, ATPase component [Carbohydrate transport and metabolism]" /inference="protein motif:CDD:ModC, ABC-type molybdate transport system, ATPase component [Inorganic ion transport and metabolism]" /inference="protein motif:CDD:ModF, ABC-type molybdenum transport system, ATPase component/photorepair protein PhrA [Inorganic ion transport and metabolism]" /inference="protein motif:CDD:NatA, ABC-type Na+ transport system, ATPase component [Energy production and conversion / Inorganic ion transport and metabolism]" /inference="protein motif:CDD:OpuBA, ABC-type proline/glycine betaine transport systems, ATPase components [Amino acid transport and metabolism]" /inference="protein motif:CDD:PhnK, ABC-type phosphonate transport system, ATPase component [Inorganic ion transport and metabolism]" /inference="protein motif:CDD:PhnK, ABC-type uncharacterized transport system, ATPase component [General function prediction only]" /inference="protein motif:CDD:PhnL, ABC-type phosphonate transport system, ATPase component [Inorganic ion transport and metabolism]" /inference="protein motif:CDD:PotA, ABC-type spermidine/putrescine transport systems, ATPase components [Amino acid transport and metabolism]" /inference="protein motif:CDD:ProV, ABC-type proline/glycine betaine transport system, ATPase component [Amino acid transport and metabolism]" /inference="protein motif:CDD:PstB, ABC-type phosphate transport system, ATPase component [Inorganic ion transport and metabolism]" /inference="protein motif:CDD:SalX, ABC-type antimicrobial peptide transport system, ATPase component [Defense mechanisms]" /inference="protein motif:CDD:SapD, ABC-type antimicrobial peptide transport system, ATPase component [Defense mechanisms]" /inference="protein motif:CDD:SapF, ABC-type antimicrobial peptide transport system, ATPase component [Defense mechanisms]" /inference="protein motif:CDD:SufC, ABC-type transport system involved in Fe-S cluster assembly, ATPase component [Posttranslational modification, protein turnover, chaperones]" /inference="protein motif:CDD:SunT, ABC-type bacteriocin/lantibiotic exporters, contain an N-terminal double-glycine peptidase domain [Defense mechanisms]" /inference="protein motif:CDD:TagH, ABC-type polysaccharide/polyol phosphate transport system, ATPase component [Carbohydrate transport and metabolism / Cell envelope biogenesis, outer membrane]" /inference="protein motif:CDD:TauB, ABC-type nitrate/sulfonate/bicarbonate transport system, ATPase component [Inorganic ion transport and metabolism]" /inference="protein motif:CDD:TauB, ABC-type taurine transport system, ATPase component [Inorganic ion transport and metabolism]" /inference="protein motif:CDD:ThiQ, ABC-type thiamine transport system, ATPase component [Coenzyme metabolism]" /inference="protein motif:CDD:Ttg2A, ABC-type transport system involved in resistance to organic solvents, ATPase component [Secondary metabolites biosynthesis, transport, and catabolism]" /inference="protein motif:CDD:Uup, ATPase components of ABC transporters with duplicated ATPase domains [General function prediction only]" /inference="protein motif:CDD:YhbG, ABC-type (unclassified) transport system, ATPase component [General function prediction only]" /inference="protein motif:CDD:ZnuC, ABC-type Mn/Zn transport systems, ATPase component [Inorganic ion transport and metabolism]" /inference="protein motif:COG:COG1117 ABC-type phosphate transport system, ATPase component; P Inorganic ion transport and metabolism" /inference="protein motif:Gene3D:G3D.3.40.50.300 no description" /inference="protein motif:HMMPanther:PTHR19222 ATP-BINDING CASSETTE TRANSPORTER" /inference="protein motif:HMMPfam:PF00005 ABC_tran InterPro:IPR003439 ABC transporter related GO:Molecular Function:ATP binding (GO:0005524), Molecular Function:ATPase activity (GO:0016887)" /inference="protein motif:HMMSmart:SM00382 no description InterPro:IPR003593 AAA ATPase GO:Molecular Function:nucleotide binding (GO:0000166), Molecular Function:nucleoside-triphosphatase activity (GO:0017111)" /inference="protein motif:HMMTigr:TIGR00972 3a0107s01c2:phosphate ABC transporter, A InterPro:IPR005670 Phosphate transport system permease protein 1 GO:Molecular Function:inorganic phosphate transporter activity (GO:0005315), Biological Process:phosphate transport (GO:0006817), Molecular Function:phosphate transporter activity (GO:0015114), Cellular Component:membrane (GO:0016020)" /inference="protein motif:ProfileScan:PS50100 DA_BOX InterPro:IPR003439 ABC transporter related GO:Molecular Function:ATP binding (GO:0005524), Molecular Function:ATPase activity (GO:0016887)" /inference="protein motif:ProfileScan:PS50101 ATP_GTP_A2" /inference="protein motif:ProfileScan:PS50893 ABC_TRANSPORTER_2 InterPro:IPR003439 ABC transporter related GO:Molecular Function:ATP binding (GO:0005524), Molecular Function:ATPase activity (GO:0016887)" /inference="protein motif:ScanRegExp:PS00211 ABC_TRANSPORTER_1 InterPro:IPR003439 ABC transporter related GO:Molecular Function:ATP binding (GO:0005524), Molecular Function:ATPase activity (GO:0016887)" /inference="protein motif:superfamily:SSF52540 P-loop containing nucleoside triphosphate hydrolases" /codon_start=1 /transl_table=11 /product="ABC-type phosphate transport system, ATPase component (pstB)" /protein_id="ACS32710.1" /translation="MNYAIETRNLNVYYSSNHVIKGVDLEIPEKGVFALMGPSGCGKS TMLRTFNRLIELNESAKVEGEVRLFGKNIYSPDVDPIEVRKQVGMVFQYPNPFPHLTI YENVAIGLKLNNLLPKDEIPKRVEWALKKSALWEEVKDRLNDYPSNLSGGQRQRLVIA RALAMKPKILLMDEPTANIDPVGTAKIEELLFELKDEYTIVLVTHSPAQAARVSDWVA FLYLGKLIEVGPTRKVFENPEHELTEKYVTGALG" gene 200406..200996 /gene="phoU-1" /locus_tag="TGAM_0209" /note="tg0209" CDS 200406..200996 /gene="phoU-1" /locus_tag="TGAM_0209" /inference="protein motif:CDD:PhoU, Phosphate uptake regulator [Inorganic ion transport and metabolism]" /inference="protein motif:COG:COG0704 Phosphate uptake regulator; P Inorganic ion transport and metabolism" /inference="protein motif:HMMPfam:PF01895 PhoU InterPro:IPR008170 PhoU" /codon_start=1 /transl_table=11 /product="Phosphate ABC transporter, regulatory protein (phoU)" /protein_id="ACS32711.1" /translation="MRKLLDMGIEQLKKMIREMANGSVEALESARRSIEGDFDSAEEI SSRLHIIRSDVLELATELLVRYSPVASDLRFIQSAIDVSYDLYRISRYAMEIERTARI VKGPVELSRKAFPLTEEAVRLSVDAFRELDETLVGRLLELDRIIDDYYLRSLEALNEN PEKAADALIMRHLERISDHAKEIGAKVVYIKEGRRM" gene 201114..202067 /locus_tag="TGAM_0210" /note="tg0210" CDS 201114..202067 /locus_tag="TGAM_0210" /experiment="gene product confirmed by mass spectrometry" /note="2 probable transmembrane helices predicted by modhmm" /codon_start=1 /transl_table=11 /product="Hypothetical protein" /protein_id="ACS32712.1" /translation="MVIVKKVLVKENPIGLMVMGVVFALFFAFIATSVLTSFGSFAPA GFGMAFILFPLLFVGILLFVGGRLLAGGKKASSLFSQATVSETSISFPEELEYEVGRV FLEGYWTYTTTSTGSGTTSSRNYRTRRSFRPAGKARGLEVELPKEPFRIELKADGTGT IDAPAIRILSEPYKNALVIFLTDEGLVEGESSLNLSKGNDMVQVTFRGEGKMLRGRVW AELSKARGVRIEYGSGNLWKTVAKGKGSFEFSFSTLPEEKILIFSHYNTVTPLSILKK LGGGPMILGHGTFELKAVLDVPLARDIVERAIFEVVLPHEG" gene 202070..203005 /locus_tag="TGAM_0211" /note="tg0211" CDS 202070..203005 /locus_tag="TGAM_0211" /note="2 probable transmembrane helices predicted by modhmm" /codon_start=1 /transl_table=11 /product="Hypothetical protein" /protein_id="ACS32713.1" /translation="MRVVPLSPKFFPRFSTLAALALLFSAVLLKLYLSHFEQPVNVGS VDRLLIGAAFLILTAAIGWIISQSRRAFSFVGTVSVSGNSLVLSEKVEYETGRLLIEG RSYYLGKGRHYQIERRFVKSSSGKGSEIVPIWDEFFVEINGDGIGYFNAPAVLIKTGK YSGLALIFLTSRSETRFRDTMHLEINGEEATVEYHFDGGVLRGVVHSWLSKARGIRLY ISGGGGEVKKKLGGGREFEFSYRLLPEEDTVLVAPFRFITPMMILGNLGGFLPSPREG LLFGHGTYELKAVLNVPFGRDVVEKVTFRIEAGKN" gene complement(203034..204188) /gene="trpS" /locus_tag="TGAM_0212" /note="tg0212" CDS complement(203034..204188) /gene="trpS" /locus_tag="TGAM_0212" /EC_number="6.1.1.2" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:tRNA-synt_1b, tRNA synthetases class I (W and Y)" /inference="protein motif:CDD:TrpRS_core, Tryptophanyl-tRNA synthetase (TrpRS) catalytic core domain" /inference="protein motif:CDD:TrpS, Tryptophanyl-tRNA synthetase [Translation, ribosomal structure and biogenesis]" /inference="protein motif:CDD:Tyr_Trp_RS_core, Tyrosinyl-tRNA synthetase (TyrRS)/Tryptophanyl-tRNA synthetase (TrpRS) catalytic core domain" /inference="protein motif:CDD:TyrRS_core, Tyrosinyl-tRNA synthetase (TyrRS) catalytic core domain" /inference="protein motif:COG:COG0180 Tryptophanyl-tRNA synthetase; J Translation, ribosomal structure and biogenesis" /inference="protein motif:FPrintScan:PR01039 TRNASYNTHTRP InterPro:IPR002306 Tryptophanyl-tRNA synthetase, class Ib GO:Molecular Function:tryptophan-tRNA ligase activity (GO:0004830), Molecular Function:ATP binding (GO:0005524), Biological Process:tryptophanyl-tRNA aminoacylation (GO:0006436)" /inference="protein motif:Gene3D:G3D.3.40.510.10 no description" /inference="protein motif:HMMPanther:PTHR10055 TRYPTOPHANYL-TRNA SYNTHETASE" /inference="protein motif:HMMPanther:PTHR10055:SF1 TRYPTOPHANYL-TRNA SYNTHETASE" /inference="protein motif:HMMPfam:PF00579 tRNA-synt_1b InterPro:IPR002305 Aminoacyl-tRNA synthetase, class Ib GO:Molecular Function:aminoacyl-tRNA ligase activity (GO:0004812), Molecular Function:ATP binding (GO:0005524), Biological Process:tRNA aminoacylation for protein translation (GO:0006418)" /inference="protein motif:HMMTigr:TIGR00233 trpS:tryptophanyl-tRNA synthetase InterPro:IPR002306 Tryptophanyl-tRNA synthetase, class Ib GO:Molecular Function:tryptophan-tRNA ligase activity (GO:0004830), Molecular Function:ATP binding (GO:0005524), Biological Process:tryptophanyl-tRNA aminoacylation (GO:0006436)" /inference="protein motif:ScanRegExp:PS00178 AA_TRNA_LIGASE_I InterPro:IPR001412 Aminoacyl-tRNA synthetase, class I GO:Molecular Function:aminoacyl-tRNA ligase activity (GO:0004812), Molecular Function:ATP binding (GO:0005524), Biological Process:tRNA aminoacylation for protein translation (GO:0006418)" /inference="protein motif:superfamily:SSF52374 Nucleotidylyl transferase" /codon_start=1 /transl_table=11 /product="Tryptophanyl-tRNA synthetase (trpS)" /protein_id="ACS32714.1" /translation="MLKLEFKVTPWDVEGMVDYDKLIEQFGTSPLTDELLERTARLTK SELPIYFRRRFFFSHRDYDKILEDYESGRGFFLYTGRGPSGPMHIGHIIPFYATKWLQ EKFGVNLYIQITDDEKFLFKNLTLDETKRWAYENILDIIAVGFDPDKTFIFQDSEFTK IYEMALPIAKKINYSMAKAVFGFNEQSKIGMIFYPAIQAAPTFFERKRCLIPAAIDQD PYWRLQRDFAESLGYYKTAALHSKFVPPLTGLEGKMSASKPETAVYLTDDPEEAGKKI WRFALTGGQPTLKEQREKGGNPEKCVVFKWLEIFFEEDDKKLMERYHACKAGELTCGE CKRYLIKKVQEFLKEHQKKRKEAEKKVEKFKYTGELAREQWERAIPEKLR" gene 204362..205768 /locus_tag="TGAM_0213" /note="tg0213" CDS 204362..205768 /locus_tag="TGAM_0213" /inference="protein motif:CDD:Arch_ATPase, Archaeal ATPase" /inference="protein motif:CDD:COG1672, Predicted ATPase (AAA+ superfamily) [General function prediction only]" /inference="protein motif:CDD:DUF234, Archaea bacterial proteins of unknown function" /inference="protein motif:COG:COG1672 Predicted ATPase (AAA+ superfamily); R General function prediction only" /inference="protein motif:Gene3D:G3D.1.10.10.10 no description InterPro:IPR011991 Winged helix repressor DNA-binding" /inference="protein motif:Gene3D:G3D.3.40.50.300 no description" /inference="protein motif:HMMPfam:PF01637 Arch_ATPase InterPro:IPR011579 Prokaryotic ATPase" /inference="protein motif:HMMPfam:PF03008 DUF234 InterPro:IPR004256 Protein of unknown function DUF234, DEXX-box ATPase C-terminal GO:Molecular Function:molecular function unknown (GO:0005554)" /inference="protein motif:superfamily:SSF46785 'Winged helix' DNA-binding domain" /inference="protein motif:superfamily:SSF52540 P-loop containing nucleoside triphosphate hydrolases" /inference="protein motif:superfamily:SSF52980 Restriction endonuclease-like" /note="Contains Archaeal ATPase domain (PF01637)" /codon_start=1 /transl_table=11 /product="Prokaryotic ATPase, AAA superfamily" /protein_id="ACS32715.1" /translation="MLREFVNRREEIKTLKDLWRKEGLTLALVYGRRRVGKTRLLEEF SRDKNRVFVIFEDKPREYNFRLLSKKVSEFIGFNVEVRDFPSLFALLKRLTNERVLVV LDEFSYLIKKDRGVLSELSRAIEENRDLNALIVVSGSHVSLLEREFFDYSSPIYGRSD ANIKVRPLKFKHLYEWFNASTEDLVKIYSVTGGTPKYLEFFSGRNVEEEIKANFFNSS AFLFREARALLSEELRELSTYLAILEAIARGNTKVTQIANFCYMKENQVVPYLRVLGE LGIVRKVTPLFGKKGIYEIADNYFLFWSRFVSPYYEEIEGNFTEAAVFDFERNFNTFL GRPFEEIAREFLIEANRKNLLPFRFTKLGRWWRRGEEIDIVALDEGSKKALFVEVKWS DLTAGKARKVLRQLEKKAELVGLEDYEKHYGIIAKRIEGKENLGLAFDLGDFDEVFTK RLSKTAGSNDSLSIGGES" gene 205830..206021 /locus_tag="TGAM_0214" /note="tg0214" CDS 205830..206021 /locus_tag="TGAM_0214" /inference="protein motif:COG:COG2880 Uncharacterized protein conserved in archaea; S Function unknown" /inference="protein motif:HMMPfam:PF01954 DUF104 InterPro:IPR008203 Protein of unknown function DUF104" /note="Belongs to DUF104 family" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein" /protein_id="ACS32716.1" /translation="MEVVVEAVYENGVLKPKKKLNLPEGSEVRIKIVPTRVSERTFGI AKMSKREIDEIIEEIEDEW" gene 206023..206454 /locus_tag="TGAM_0215" /note="tg0215" CDS 206023..206454 /locus_tag="TGAM_0215" /inference="protein motif:CDD:COG1848, Predicted nucleic acid-binding protein, contains PIN domain [General function prediction only]" /inference="protein motif:CDD:PIN, PIN domain" /inference="protein motif:COG:COG1848 Predicted nucleic acid-binding protein, contains PIN domain; R General function prediction only" /inference="protein motif:HMMPfam:PF01850 PIN InterPro:IPR002716 PilT protein, N-terminal" /inference="protein motif:HMMSmart:SM00670 no description InterPro:IPR006596 Nucleotide binding protein, PINc" /inference="protein motif:superfamily:SSF88723 PIN domain-like" /codon_start=1 /transl_table=11 /product="Nucleotide binding protein, putative, containing PIN domain" /protein_id="ACS32717.1" /translation="MNVFFDSNVLIYHLGGVELAKPLIESVEDGRIKGFINPIVASEV LFFYVKAKTGLKSYEIKKKPSVLADIKLEPVFELFSLFNMLDVNSEIVKNSKRAMESY YLLPNDALIVSTCEFYGIRRIATFDEDFKRVKWLEIISNQQ" gene 206503..207348 /locus_tag="TGAM_0216" /note="tg0216" CDS 206503..207348 /locus_tag="TGAM_0216" /inference="protein motif:COG:COG0697 Permeases of the drug/metabolite transporter (DMT) superfamily; G Carbohydrate transport and metabolism" /inference="protein motif:HMMPfam:PF00892 DUF6 InterPro:IPR000620 Protein of unknown function DUF6, transmembrane GO:Cellular Component:membrane (GO:0016020)" /inference="protein motif:ScanRegExp:PS00041 HTH_ARAC_FAMILY_1 InterPro:IPR000005 Helix-turn-helix, AraC type GO:Molecular Function:transcription factor activity (GO:0003700), Cellular Component:intracellular (GO:0005622), Biological Process:regulation of transcription, DNA-dependent (GO:0006355), Molecular Function:sequence-specific DNA binding (GO:0043565)" /note="10 probable transmembrane helices predicted by modhmm" /codon_start=1 /transl_table=11 /product="Transcription regulatory membrane protein, HTH-AraC family" /protein_id="ACS32718.1" /translation="MDRETEGTLLALIVLILLGLEPVVIKANPVNPFAFASLSALIAS LILWPVILLSGRAREIREKPAELRRAFLTGLFATAIAYSLFSYGTRLSTAINSAILTR FEVFYSFLISWLLLRERITGRAVASALALIAGVFLVVAQGKRLEILRGDVLLLLTPLF WQLGHAIAKRTDYNPLTIATLRNTFGGLLLLIPAVATGFAFTKLALAEGLIIALTQSL WYLAIARINLSKATAILTPAPALTALVSIALLGERVTLYHLAGLALITLGTLAISREE GGVRE" gene 207345..208112 /locus_tag="TGAM_0217" /note="tg0217" CDS 207345..208112 /locus_tag="TGAM_0217" /inference="protein motif:CDD:ElaC, Metal-dependent hydrolases of the beta-lactamase superfamily III [General function prediction only]" /inference="protein motif:CDD:Lactamase_B, Metallo-beta-lactamase superfamily" /inference="protein motif:CDD:PhnP, Metal-dependent hydrolases of the beta-lactamase superfamily I [General function prediction only]" /inference="protein motif:CDD:YSH1, Predicted exonuclease of the beta-lactamase fold involved in RNA processing [Translation, ribosomal structure and biogenesis]" /inference="protein motif:COG:COG1235 Metal-dependent hydrolases of the beta-lactamase superfamily I; R General function prediction only" /inference="protein motif:Gene3D:G3D.3.60.15.10 no description" /inference="protein motif:HMMPanther:PTHR12553 ELAC-RELATED" /inference="protein motif:HMMPanther:PTHR12553:SF5 ELAC" /inference="protein motif:HMMPfam:PF00753 Lactamase_B InterPro:IPR001279 Beta-lactamase-like" /inference="protein motif:superfamily:SSF56281 Metallo-hydrolase/oxidoreductase" /note="Possibly related to Ribonuclease Z" /codon_start=1 /transl_table=11 /product="Metallo-beta-lactamase superfamily protein" /protein_id="ACS32719.1" /translation="MKVVILGSGSYSGTPKPLCTCENCSRARINPALRRTRFSLYFDK TLVDPSPDLHYHLERLNKRVERVLITHGHFDHIFGLPELQVFKRLKFYSHREALEVAK SLARLAFGSESPEGHEWSYNKLEFWEETRVGKMKVVHFPVTHTVTAGGFVIEVGGKRI AITGDTGPEILKDERAIKLMEGADLLIAEMTHREAIPGSHLGVREAIELAKRVGAGYT VFAHISHSNYPHEVLEKRVREAGIPGEVARDFTWVEV" repeat_region complement(208439..208937) /note="CRISPR repeat cluster" /rpt_type=tandem repeat_region complement(208439..208467) /note="tg_rep1_a; repeat element in cluster A" repeat_region complement(208503..208532) /note="tg_rep2_a; repeat element in cluster A" repeat_region complement(208570..208598) /note="tg_rep3_a; repeat element in cluster A" repeat_region complement(208637..208666) /note="tg_rep4_a; repeat element in cluster A" repeat_region complement(208705..208734) /note="tg_rep5_a; repeat element in cluster A" repeat_region complement(208773..208802) /note="tg_rep6_a; repeat element in cluster A" repeat_region complement(208842..208871) /note="tg_rep7_a; repeat element in cluster A" repeat_region complement(208908..208937) /note="tg_rep8_a; repeat element in cluster A" gene complement(209418..210821) /gene="acdA-1" /locus_tag="TGAM_0218" /note="tg0218" CDS complement(209418..210821) /gene="acdA-1" /locus_tag="TGAM_0218" /EC_number="6.2.1.13" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:CoA_binding, CoA binding domain" /inference="protein motif:CDD:COG1042, Acyl-CoA synthetase (NDP forming) [Energy production and conversion]" /inference="protein motif:CDD:COG1832, Predicted CoA-binding protein [General function prediction only]" /inference="protein motif:CDD:SucD, Succinyl-CoA synthetase, alpha subunit [Energy production and conversion]" /inference="protein motif:COG:COG1042 Acyl-CoA synthetase (NDP forming); C Energy production and conversion" /inference="protein motif:Gene3D:G3D.3.40.50.261 no description" /inference="protein motif:Gene3D:G3D.3.40.50.720 no description" /inference="protein motif:HMMPanther:PTHR11117 SUCCINYL-COA SYNTHETASE-RELATED" /inference="protein motif:HMMPfam:PF02629 CoA_binding InterPro:IPR003781 CoA-binding" /inference="protein motif:superfamily:SSF51735 NAD(P)-binding Rossmann-fold domains" /inference="protein motif:superfamily:SSF52210 Succinyl-CoA synthetase domains" /codon_start=1 /transl_table=11 /product="Acetyl-CoA synthetase (ADP forming), alpha chain (acdA)" /protein_id="ACS32720.1" /translation="MESLDFLFYPKSVAVIGASHVPGKVGNAIMRSITLRFEGKVYAV NVKGGEIEVNGKKFKVYRSIKEIPDEVDVAVIAVPAKFVPDVIDECGEKGVKGAIVIS AGFKEAGRADLEEELLKRARKWGIRVVGPNCLGVTNLENGFDCNFNPPERQARPPFGK VAFMSQSGAFGAAILDWAAREKIGMSKFISLGNMADLDESDFMDYLGDDEKTGVITGY LEGVKDGRKFLETAKRVTLKKPVVILKSGRTEAGAKAAASHTGSLAGSYAIYRAAFEQ SGVLEATTMRQLFNYAKVLAMQKPAKGDRVAIVTNGGGAGVMMSDGLLERGLKMAELS EETLKKFEEDVRAGKLPAHMSYKNPIDVIGDAPSSRYEIAMRYALEDPNVDVLVVIAL FQSPALDEGIIDAVERMKAYGKPIVFVAPGGDFPHKMARNIEQKGIPVYETTEDAVDA VYALVKYGEWLRENGKL" gene 211001..211585 /locus_tag="TGAM_0219" /note="tg0219" CDS 211001..211585 /locus_tag="TGAM_0219" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:HTH_ARSR, Arsenical Resistance Operon Repressor and similar prokaryotic, metal regulated homodimeric repressors" /inference="protein motif:CDD:HTH_ARSR, helix_turn_helix, Arsenical Resistance Operon Repressor" /inference="protein motif:COG:COG0640 Predicted transcriptional regulators; K Transcription" /inference="protein motif:FPrintScan:PR00778 HTHARSR InterPro:IPR001845 Bacterial regulatory protein, ArsR GO:Molecular Function:transcription factor activity (GO:0003700), Cellular Component:intracellular (GO:0005622), Biological Process:regulation of transcription, DNA-dependent (GO:0006355)" /inference="protein motif:Gene3D:G3D.1.10.10.10 no description InterPro:IPR011991 Winged helix repressor DNA-binding" /inference="protein motif:HMMPfam:PF01022 HTH_5 InterPro:IPR001845 Bacterial regulatory protein, ArsR GO:Molecular Function:transcription factor activity (GO:0003700), Cellular Component:intracellular (GO:0005622), Biological Process:regulation of transcription, DNA-dependent (GO:0006355)" /inference="protein motif:HMMSmart:SM00418 no description InterPro:IPR001845 Bacterial regulatory protein, ArsR GO:Molecular Function:transcription factor activity (GO:0003700), Cellular Component:intracellular (GO:0005622), Biological Process:regulation of transcription, DNA-dependent (GO:0006355)" /inference="protein motif:ProfileScan:PS50987 HTH_ARSR_2 InterPro:IPR001845 Bacterial regulatory protein, ArsR GO:Molecular Function:transcription factor activity (GO:0003700), Cellular Component:intracellular (GO:0005622), Biological Process:regulation of transcription, DNA-dependent (GO:0006355)" /inference="protein motif:superfamily:SSF46785 'Winged helix' DNA-binding domain" /codon_start=1 /transl_table=11 /product="Transcription regulator, arsR family" /protein_id="ACS32721.1" /translation="MRAMAKVKVITDPDVIKLMLEDTRRKILSLLRNREMTISQLSEI LGKTPQTIYHHIEKLKEAGLVEVKRTEMKGNLIEKYYGRTADAFYINLYLGDEELRYF ARSRLKTKLEIFKALGYEFDDAELLNVMDELLKKEHQYKTEISREIEENEEKLKDFSN EDIIHAIEWLAMAKMGRDEEVLELLKKLGEILRK" gene 211596..211898 /locus_tag="TGAM_0220" /note="tg0220" CDS 211596..211898 /locus_tag="TGAM_0220" /inference="protein motif:BlastProDom:PD012512 O59594_PYRHO_O59594; InterPro:IPR003831 Protein of unknown function DUF211" /inference="protein motif:CDD:COG1888, Uncharacterized protein conserved in archaea [Function unknown]" /inference="protein motif:CDD:DUF211, Uncharacterized ArCR, COG1888" /inference="protein motif:COG:COG1888 Uncharacterized protein conserved in archaea; S Function unknown" /inference="protein motif:HMMPfam:PF02680 DUF211 InterPro:IPR003831 Protein of unknown function DUF211" /inference="protein motif:superfamily:SSF54984 eEF-1beta-like" /note="Contains DUF211 domain" /codon_start=1 /transl_table=11 /product="Conserved archaeal hypothetical protein" /protein_id="ACS32722.1" /translation="MGKGIRLLVLDVLKPHQPIVTELALGLSELEGVEGVNITLVEID KETENVKITVVGDDLDYEEIVQTIEEFGGVVHSIDMVAAGRRIVEEEETPQDKLEE" gene 211913..212470 /locus_tag="TGAM_0221" /note="tg0221" CDS 211913..212470 /locus_tag="TGAM_0221" /inference="protein motif:CDD:HTH_ARSR, Arsenical Resistance Operon Repressor and similar prokaryotic, metal regulated homodimeric repressors" /inference="protein motif:CDD:HTH_ARSR, helix_turn_helix, Arsenical Resistance Operon Repressor" /inference="protein motif:COG:COG0640 Predicted transcriptional regulators; K Transcription" /inference="protein motif:FPrintScan:PR00778 HTHARSR InterPro:IPR001845 Bacterial regulatory protein, ArsR GO:Molecular Function:transcription factor activity (GO:0003700), Cellular Component:intracellular (GO:0005622), Biological Process:regulation of transcription, DNA-dependent (GO:0006355)" /inference="protein motif:Gene3D:G3D.1.10.10.10 no description InterPro:IPR011991 Winged helix repressor DNA-binding" /inference="protein motif:HMMPanther:PTHR10948 TRANSPOSASE-RELATED" /inference="protein motif:HMMPanther:PTHR10948:SF18 gb def:transposase for insertion sequence element is4351 (transposon tn4551)" /inference="protein motif:HMMPfam:PF01022 HTH_5 InterPro:IPR001845 Bacterial regulatory protein, ArsR GO:Molecular Function:transcription factor activity (GO:0003700), Cellular Component:intracellular (GO:0005622), Biological Process:regulation of transcription, DNA-dependent (GO:0006355)" /inference="protein motif:HMMSmart:SM00418 no description InterPro:IPR001845 Bacterial regulatory protein, ArsR GO:Molecular Function:transcription factor activity (GO:0003700), Cellular Component:intracellular (GO:0005622), Biological Process:regulation of transcription, DNA-dependent (GO:0006355)" /inference="protein motif:superfamily:SSF46785 'Winged helix' DNA-binding domain" /codon_start=1 /transl_table=11 /product="Transcription regulator, arsR family" /protein_id="ACS32723.1" /translation="MREVLIITEPSVVKILSEPTRFSILKLLRQRPMSVNELSDALGK DRTTIYRHVKVLEKAGLVEEIEEIGNEKVYSRTARMFLIKVGPDESIEEFRQAYLQVE AEKLVRLLEKAGFEIQDREKLKLLAKEVLDEIEIRSQPIIKRISEANVELTEVELFHL LNMLVFLQSCELCEKAKEARALLRF" gene 212587..214017 /gene="amyA-1" /locus_tag="TGAM_0222" /note="tg0222" CDS 212587..214017 /gene="amyA-1" /locus_tag="TGAM_0222" /EC_number="3.2.1.1" /inference="protein motif:CDD:Aamy, Alpha-amylase domain" /inference="protein motif:CDD:Alpha-amylase, Alpha amylase, catalytic domain" /inference="protein motif:COG:COG0366 Glycosidases; G Carbohydrate transport and metabolism" /inference="protein motif:FPrintScan:PR00110 ALPHAAMYLASE InterPro:IPR006046 Glycoside hydrolase family 13 GO:Molecular Function:alpha-amylase activity (GO:0004556), Biological Process:carbohydrate metabolism (GO:0005975)" /inference="protein motif:Gene3D:G3D.3.20.20.80 no description" /inference="protein motif:HMMPanther:PTHR10357 ALPHA AMYLASE-RELATED" /inference="protein motif:HMMPanther:PTHR10357:SF44 SOLUTE CARRIER FAMILY 3" /inference="protein motif:HMMPfam:PF00128 Alpha-amylase InterPro:IPR006047 Alpha amylase, catalytic region GO:Molecular Function:alpha-amylase activity (GO:0004556), Biological Process:carbohydrate metabolism (GO:0005975)" /inference="protein motif:HMMSmart:SM00642 no description InterPro:IPR006589 Alpha amylase, catalytic subdomain GO:Molecular Function:alpha-amylase activity (GO:0004556), Biological Process:carbohydrate metabolism (GO:0005975)" /inference="protein motif:superfamily:SSF51011 Glycosyl hydrolase domain" /inference="protein motif:superfamily:SSF51445 (Trans)glycosidases" /note="1 probable transmembrane helix predicted by modhmm" /codon_start=1 /transl_table=11 /product="Alpha-amylase (amyA)" /protein_id="ACS32724.1" /translation="MGVVPALSQGGMEMRRYTRVLILLMALFLLAGLYYPSASAAKYS ELEQGGVIMQAFYWDVPAGGIWWDTIRQKIPEWYDAGISAIWIPPASKGMGGAYSMGY DPYDYFDLGEFYQKGTVETRFGSKEELVNMISTAHRYGIKVIADIVINHRAGGDLEWN PYVGDYTWTDFSQVASGKYKAHYMDFHPNNYSTSDEGTFGGFPDIDHLVPFNKYWLWA SDESYAAYLRSIGVDAWRFDYVKGYGAWVVKDWLSWWGGWAVGEYWDTDVNALLNWAY DSGAKVFDFPLYYKMDEAFDNKNIPALVYAIQNGGTVVSRDPFKAVTFVANHDTNIIW NKYPAYAFILTYEGQPVIFYRDYEEWLNKDKLNNLIWIHEHLAGGSTKILYYDDDELI FMREGYGDRPGLITYINLGSGWAERWVNVGSKFAGYTIHEYTGNLGGWVDRYVYYNGW VKLTAPPHDPANGYYGYSVWSYAGVG" gene 214190..215374 /locus_tag="TGAM_0223" /note="tg0223" CDS 214190..215374 /locus_tag="TGAM_0223" /note="9 probable transmembrane helices predicted by modhmm" /codon_start=1 /transl_table=11 /product="Hypothetical protein" /protein_id="ACS32725.1" /translation="MNKQLVFIFTLLSFLILSTPAVKADKVMASMHCIPTSIEPGGAV ICDIDFKLLNPNETATLKLKKVYLEDKEIWPRGPSRGTVIVPNSKFHLGPHDIEGSIA ITLTFNNEMADCYFGKPVLDDYRDKFGGRTYKITAVVDGISTPVSAQIKIKNTGLWDS FIWVLEYLIVLIYLISIAVSLSTKNFPIGSLLLVVFSGFVGVSIARIASGLQWNLKYG YWSPDIPSIVFLISIVLISALDYKEDKKSWKLILSGLLWLLMVTAAKYGSNGDVLAIV LSLTLWVTVELVGITGKRVKAYKRELSSVVVAPYLIPISYHLMLSVSSFVFWVSSFFI FLVAILFVNVLYHSNYSSKRYIVLMSPALVLLFMTTNSPYFLAYALPLLGITFLYERW DN" gene complement(215375..216826) /locus_tag="TGAM_0224" /note="tg0224" CDS complement(215375..216826) /locus_tag="TGAM_0224" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:Carb_kinase, Carbohydrate kinase" /inference="protein motif:CDD:COG0062, Uncharacterized conserved protein [Function unknown]" /inference="protein motif:CDD:COG0063, Predicted sugar kinase [Carbohydrate transport and metabolism]" /inference="protein motif:CDD:YjeF_N, YjeF-related protein N-terminus" /inference="protein motif:CDD:YXKO-related, B" /inference="protein motif:COG:COG0063 Predicted sugar kinase; G Carbohydrate transport and metabolism" /inference="protein motif:Gene3D:G3D.3.40.1190.20 no description" /inference="protein motif:HMMPanther:PTHR12592 UNCHARACTERIZED" /inference="protein motif:HMMPanther:PTHR12592:SF5 UNCHARACTERIZED" /inference="protein motif:HMMPfam:PF01256 Carb_kinase InterPro:IPR000631 Carbohydrate kinase GO:Molecular Function:molecular function unknown (GO:0005554)" /inference="protein motif:HMMPfam:PF03853 YjeF_N InterPro:IPR004443 YjeF-related protein, N-terminal GO:Molecular Function:molecular function unknown (GO:0005554)" /inference="protein motif:HMMTigr:TIGR00196 yjeF_cterm:YjeF homolog, C-terminus InterPro:IPR000631 Carbohydrate kinase GO:Molecular Function:molecular function unknown (GO:0005554)" /inference="protein motif:HMMTigr:TIGR00197 yjeF_nterm:YjeF homolog, N-terminus InterPro:IPR004443 YjeF-related protein, N-terminal GO:Molecular Function:molecular function unknown (GO:0005554)" /inference="protein motif:ScanRegExp:PS01050 UPF0031_2 InterPro:IPR000631 Carbohydrate kinase GO:Molecular Function:molecular function unknown (GO:0005554)" /inference="protein motif:superfamily:SSF53613 Ribokinase-like" /inference="protein motif:superfamily:SSF64153 YjeF N-terminal domain-like" /codon_start=1 /transl_table=11 /product="Carbohydrate kinase, putative" /protein_id="ACS32726.1" /translation="MVLMRIEDVYVWDLNAKWLGITPYQLMENAGAGVARVIEERFGR GLRIAVFSGTGNNGGDGFVAARHLSFENDVTVFLVGDEAKIRSEEARHNWEILKRLDF VEIKVLKDSAYIKELDLSGYDVIVDALLGAGTKGEPREPVRSAIEKINEYAGKAKLVS VDLPSGYPSNVRVKADFAVTFQWDKEEYKDFERVIVKIGYPRELHHLVGPGDAKFTLR KRGKHKGQNGKLLVVGGSSSYYGAPYLASKAASYLVDLVYLAMPAEPAKRISDPDLIL RPFLGENFSPEHINDLLGLAEKADAVVIGPGIGLAKETKEFVREFVKRCERPMVIDAD GLKAVAEDLGVLEGKTFVLTPHAGEFNILFGVKPPEGLLERAELVREKALEIGGVILL KGSYDVISDGKTWKYNRTGNTGMTTGGTGDVLAGLVGALLAFGNSPLRSASVGAFLNG LAGDIVKEEFGENFTALELAKRVPKAIKWVEEF" gene complement(216861..217412) /locus_tag="TGAM_0225" /note="tg0225" CDS complement(216861..217412) /locus_tag="TGAM_0225" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:A1pp, Appr-1'-p processing enzyme; Function determined by Martzen et al" /inference="protein motif:CDD:Macro, Macro domain, a high-affinity ADP-ribose binding module found in a variety of proteins as a stand-alone domain or in combination with other domains like in histone macroH2A and some PARPs (poly ADP-ribose polymerases)" /inference="protein motif:CDD:Macro_1, Macro domain, Unknown family 1" /inference="protein motif:CDD:Macro_2, Macro domain, Unknown family 2" /inference="protein motif:CDD:Macro_Af1521_BAL_like, Macro domain, Af1521- and BAL-like family" /inference="protein motif:CDD:Macro_Appr_pase_like, Macro domain, Appr-1'-pase_like family" /inference="protein motif:CDD:Macro_BAL_like, Macro domain, BAL_like family" /inference="protein motif:COG:COG2110 Predicted phosphatase homologous to the C-terminal domain of histone macroH2A1; R General function prediction only" /inference="protein motif:Gene3D:G3D.3.20.20.150 no description" /inference="protein motif:HMMPanther:PTHR11106 UNCHARACTERIZED" /inference="protein motif:HMMPanther:PTHR11106:SF3 UNCHARACTERIZED" /inference="protein motif:HMMPfam:PF01661 A1pp InterPro:IPR002589 Appr-1-p processing" /inference="protein motif:HMMSmart:SM00506 no description InterPro:IPR002589 Appr-1-p processing" /inference="protein motif:superfamily:SSF52949 Macro domain-like" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein, Appr-1-p processing enzyme family" /protein_id="ACS32727.1" /translation="MTMEFEVVKGDITRFQADAIVNAANKYLEHGGGVAYAIAKAAAG NVAEYIRISKEAMKKQLGKDHIEHGEVVVTPAMRLERHGIRHVIHTVGPYCGGTWDED RKDKLRKAILGALRKADELGVKSIAFPAISAGIYGCPLEEVVKTFRETVEEFSKEAKS VEKVYLVLYSEESYRKALEVLNG" gene 217528..218193 /gene="tfe" /locus_tag="TGAM_0226" /note="tg0226" CDS 217528..218193 /gene="tfe" /locus_tag="TGAM_0226" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:TFA1, Transcription initiation factor IIE, alpha subunit [Transcription]" /inference="protein motif:CDD:TFIIE, Transcription initiation factor IIE" /inference="protein motif:CDD:TFIIE_alpha, TFIIE alpha subunit" /inference="protein motif:COG:COG1675 Transcription initiation factor IIE, alpha subunit; K Transcription" /inference="protein motif:Gene3D:G3D.1.10.10.10 no description InterPro:IPR011991 Winged helix repressor DNA-binding" /inference="protein motif:HMMPfam:PF02002 TFIIE_alpha InterPro:IPR002853 Transcription factor TFIIE, alpha subunit GO:Molecular Function:RNA polymerase II transcription factor activity (GO:0003702), Cellular Component:transcription factor TFIIE complex (GO:0005673), Biological Process:transcription initiation from RNA polymerase II promoter (GO:0006367)" /inference="protein motif:HMMSmart:SM00531 no description InterPro:IPR002853 Transcription factor TFIIE, alpha subunit GO:Molecular Function:RNA polymerase II transcription factor activity (GO:0003702), Cellular Component:transcription factor TFIIE complex (GO:0005673), Biological Process:transcription initiation from RNA polymerase II promoter (GO:0006367)" /inference="protein motif:HMMTigr:TIGR00373 TIGR00373:conserved hypothetical protein T InterPro:IPR005241 TFllE alpha-related protein" /inference="protein motif:superfamily:SSF46579 Prefoldin InterPro:IPR009053 Prefoldin" /inference="protein motif:superfamily:SSF46785 'Winged helix' DNA-binding domain" /codon_start=1 /transl_table=11 /product="Transcription factor TFIIE subunit alpha-like protein (tfe)" /protein_id="ACS32728.1" /translation="MRPHRAPKIRAEVVIVARKKRLDKDLIDLAMEIGGEEAVEIVKA LAERKDATDEELAESTGIRINTVRKVLYTLYDMGLADFKRIRDKETGWYYYYWNLDLR RLPDIIRARKMEELKKLRKMLEEESGEIYYWCGNPGHPRLTFDEAMEYEFQCPICGEI LMQYDNSEIIEDLKRRIEELELELGLKKSKKAKKSSRKSGKSSRSKSKKSSKTTSKAE VVA" gene 218237..218965 /locus_tag="TGAM_0227" /note="tg0227" CDS 218237..218965 /locus_tag="TGAM_0227" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:COG4044, Uncharacterized protein conserved in archaea [Function unknown]" /inference="protein motif:COG:COG4044 Uncharacterized protein conserved in archaea; S Function unknown" /inference="protein motif:superfamily:SSF50249 Nucleic acid-binding proteins InterPro:IPR008994 Nucleic acid-binding, OB-fold GO:Molecular Function:nucleic acid binding (GO:0003676)" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein" /protein_id="ACS32729.1" /translation="MEEVVILEKVYGDRSGFDKLHRKLHSLLGDLEVEWKLSATTKNW VKVSLRGEDEEISANLVREEFGEVPYSLKNVEVGKTYRGRFIDLGKVGYGVYVDIGIF KPKPKDALIPLYYLKKTFGDKPVRQMIREFGWIDNLPVEVEVTNVEFGAREVELAFTE KQLKTIEHWLSDGYDKLFITGTISERVEEALIKTGHGRDVRRMEELGLMETLLVLKRG TQAPGIIKAIGPHLKGAVFGAIKF" gene complement(218955..220016) /locus_tag="TGAM_0228" /note="tg0228" CDS complement(218955..220016) /locus_tag="TGAM_0228" /note="9 probable transmembrane helices predicted by modhmm" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein" /protein_id="ACS32730.1" /translation="MRKSTEAALIVILIGLVTALLLMNPVSAEGTFHMRSQGVTFSPI RLALFLGAALTTVVLVTLHLEGSGEYAHIFYLLSVSTITIWIVNSGVPDMSSFLAVIR DLYNRIGIQRSIPVETAFYLYLFLLLILVTALHYSAPRRSRELGFLIFGMLFSAPFFR SIVYPPKPEFIGITAFVLSISVMTSLVFSPRVLKSLLQTIALAMFTVVAIAIEPWNAV LPLAFIMMFPRRRRNIIYVTLVLFGIGIIISRGLIWTGSRESFEWKTVALQLLLPIML VLYALLFKTRTIVTTLRNSKGPTPFLTFLLLIFLTGSISSTRLLPYAAVTLTVLSVRF VFHSRDTGKVIPKREPAKT" gene complement(220156..221055) /locus_tag="TGAM_0229" /note="tg0229" CDS complement(220156..221055) /locus_tag="TGAM_0229" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:ArsA, ArsA ATPase functionas as an efflux pump located on the inner membrane of the cell" /inference="protein motif:CDD:COG0455, ATPases involved in chromosome partitioning [Cell division and chromosome partitioning]" /inference="protein motif:CDD:COG1149, MinD superfamily P-loop ATPase containing an inserted ferredoxin domain [Energy production and conversion]" /inference="protein motif:CDD:CooC, CO dehydrogenase maturation factor [Cell division and chromosome partitioning]" /inference="protein motif:CDD:Fer4_NifH_child, This protein family's function is unkown" /inference="protein motif:CDD:FleN-like, FleN is a member of the Fer4_NifH superfamily" /inference="protein motif:CDD:MinD, Bacterial cell division requires the formation of a septum at mid-cell" /inference="protein motif:CDD:MinD, Septum formation inhibitor-activating ATPase [Cell division and chromosome partitioning]" /inference="protein motif:CDD:Mrp, ATPases involved in chromosome partitioning [Cell division and chromosome partitioning]" /inference="protein motif:CDD:MRP-like, MRP (Multiple Resistance and pH adaptation) is a homologue of the Fer4_NifH superfamily" /inference="protein motif:CDD:Soj, ATPases involved in chromosome partitioning [Cell division and chromosome partitioning]" /inference="protein motif:COG:COG0489 ATPases involved in chromosome partitioning; D Cell cycle control, cell division, chromosome partitioning" /inference="protein motif:Gene3D:G3D.3.40.50.300 no description" /inference="protein motif:HMMPanther:PTHR13696 CELL DIVISION INHIBITOR MIND-1" /inference="protein motif:HMMPanther:PTHR13696:SF4 NUCLEOTIDE-BINDING PROTEIN" /inference="protein motif:ScanRegExp:PS01215 MRP InterPro:IPR000808 Mrp GO:Molecular Function:ATP binding (GO:0005524), Molecular Function:molecular function unknown (GO:0005554)" /inference="protein motif:superfamily:SSF52540 P-loop containing nucleoside triphosphate hydrolases" /codon_start=1 /transl_table=11 /product="PP-loop ATPase, mrp-like protein" /protein_id="ACS32731.1" /translation="MTIKTPTLNVGGLGADPLTERIKEKQKKWKYKIAVLSGKGGVGK STVAVNLAAALAKKGYHVGLLDADIHGPNVAKMLGVEKADVLAERMEDGRFEMLPPMN DFLGQITPIKVMSMGFLVGEDQPVIWRGPLVTKAIKQLLGDVKWGELDFMIIDFPPGT GDEILTVVQNVQLDAAVIVTTPQEVALLDTGKAVNMMKKMEVPYIAVIENMSYLICPH CGNEIDLFGKGGGKKLAEKEGVDFLGEVPIDLKAREASDAGIPIVLYGDTPAAKAFME IAEKLVKKLEELKGESEEQEKTE" gene complement(221139..223079) /gene="acsA" /locus_tag="TGAM_0230" /note="tg0230" CDS complement(221139..223079) /gene="acsA" /locus_tag="TGAM_0230" /EC_number="6.2.1.1" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:COG:COG0365 Acyl-coenzyme A synthetases/AMP-(fatty) acid ligases; I Lipid transport and metabolism" /inference="protein motif:FPrintScan:PR00154 AMPBINDING InterPro:IPR000873 AMP-dependent synthetase and ligase GO:Molecular Function:catalytic activity (GO:0003824), Biological Process:metabolism (GO:0008152)" /inference="protein motif:Gene3D:G3D.2.30.38.10 no description" /inference="protein motif:Gene3D:G3D.3.30.300.30 no description" /inference="protein motif:Gene3D:G3D.3.40.50.980 no description" /inference="protein motif:HMMPanther:PTHR11968 ATP-DEPENDENT AMP-BINDING ENZYME FAMILY-RELATED" /inference="protein motif:HMMPanther:PTHR11968:SF54 ACETYL-COA SYNTHETASE" /inference="protein motif:HMMPfam:PF00501 AMP-binding InterPro:IPR000873 AMP-dependent synthetase and ligase GO:Molecular Function:catalytic activity (GO:0003824), Biological Process:metabolism (GO:0008152)" /inference="protein motif:HMMTigr:TIGR02188 Ac_CoA_lig_AcsA:acetate--CoA ligase InterPro:IPR011904 Acetate--CoA ligase GO:Molecular Function:acetate-CoA ligase activity (GO:0003987), Molecular Function:AMP binding (GO:0016208)" /inference="protein motif:ScanRegExp:PS00455 AMP_BINDING InterPro:IPR000873 AMP-dependent synthetase and ligase GO:Molecular Function:catalytic activity (GO:0003824), Biological Process:metabolism (GO:0008152)" /inference="protein motif:superfamily:SSF56801 Acetyl-CoA synthetase-like" /codon_start=1 /transl_table=11 /product="Acetyl-coenzyme A synthetase (acsA)" /protein_id="ACS32732.1" /translation="MQIGEGFLKERYLPLRAFREEHRKSIENIEEFWAEQAKVLDWFK TWDRVLDDSKAPFFRWFVGGQLNASYNALDRHVKAGKRNRAAIIWESERGETRTLTYY ELYREVNRFASALKNLGVGKGDRVVIYMPLVPEVVIAMLASARIGAIHSVVFSGFSAE ALATRINDARAKVVITADYLYRRGKKLNLKEIVDRALLETPSVESVVVLRREENGVNM VEGRDYDWHNLLEGADKYVEPVPVESNHPLFILYTSGTTGKPKGIVHSTGGYLVYVAK TMQWAWGITESDLFWNTADVGWITGHSYLVYGPLTLGLTVMMYEGALNYPKPDRPWEL IEKHGVTIFYTAPTAIRMLMRYGDEWVKKHDLSSLRLLGSVGEPINPRAWKWYYEVVG GGRCPIIDTWWQTETGGYMIYPSAGLQLPPLKPGSATFPGLGVDADVLRADGSPAEPN ERGYLVIKKPWPGMLLGIWGDDERYIRTYWQRFSKPDEGIWIYYPADYAMKDDEGYFW IFGRADEVLNVSGHRIGTAEIEHALVLHPAVAEAAVIGRPDEIKGEVPVAFVILKENV VPSEGLKKELIDYVRETLGPIAAPAEVFFVNKLPKTRSGKIMRRVLKALASGKGLGDL STLEDEASVEEVKKALEGFEMR" gene complement(223357..224085) /gene="cooC-1" /locus_tag="TGAM_0231" /note="tg0231" CDS complement(223357..224085) /gene="cooC-1" /locus_tag="TGAM_0231" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:BlastProDom:PD000819 SR54_PYRAE_Q8ZT95; InterPro:IPR000897 GTP-binding signal recognition particle SRP54, G-domain" /inference="protein motif:CDD:COG1149, MinD superfamily P-loop ATPase containing an inserted ferredoxin domain [Energy production and conversion]" /inference="protein motif:CDD:CooC, CO dehydrogenase maturation factor [Cell division and chromosome partitioning]" /inference="protein motif:CDD:CooC, The accessory protein CooC, which contains a nucleotide-binding domain (P-loop) near the N-terminus, participates in the maturation of the nickel center of carbon monoxide dehydrogenase (CODH)" /inference="protein motif:CDD:MinD, Septum formation inhibitor-activating ATPase [Cell division and chromosome partitioning]" /inference="protein motif:CDD:Mrp, ATPases involved in chromosome partitioning [Cell division and chromosome partitioning]" /inference="protein motif:COG:COG3640 CO dehydrogenase maturation factor; D Cell cycle control, cell division, chromosome partitioning" /inference="protein motif:Gene3D:G3D.3.40.50.300 no description" /inference="protein motif:HMMPanther:PTHR13696 CELL DIVISION INHIBITOR MIND-1" /inference="protein motif:HMMPanther:PTHR13696:SF2 CELL DIVISION INHIBITOR MIND-1" /inference="protein motif:HMMPfam:PF01656 CbiA InterPro:IPR002586 Cobyrinic acid a,c-diamide synthase" /inference="protein motif:superfamily:SSF52540 P-loop containing nucleoside triphosphate hydrolases" /codon_start=1 /transl_table=11 /product="CODH nickel-insertion accessory protein, CO dehydrogenase maturation factor (cooC)" /protein_id="ACS32733.1" /translation="MKVLVSGKGGCGKSTISAMLGKYLAERGYHVLIIDADESNPGLY RMLGLPKVKTLAEHLGGKKRAKILMAAEGQGELDEELFDWTLDDIPAEILARKGNLAV LTIGKIEEAEEGCACPYGFLVRKLLEGIKLKDNEIIIVDTEAGIEHFGRGVDRYVDVV IDVAEPSAESIELSKKIKALSEGLGLKHVLVLNKALPGVEEDLPVKPDVVIPFDQNFI LNSLKGREVEPIAQIEELWRIING" gene complement(224154..224570) /gene="nikR" /locus_tag="TGAM_0232" /note="tg0232" CDS complement(224154..224570) /gene="nikR" /locus_tag="TGAM_0232" /inference="protein motif:CDD:NikR, Predicted transcriptional regulators containing the CopG/Arc/MetJ DNA-binding domain and a metal-binding domain [Transcription]" /inference="protein motif:COG:COG0864 Predicted transcriptional regulators containing the CopG/Arc/MetJ DNA-binding domain and a metal-binding domain; K Transcription" /inference="protein motif:HMMPfam:PF01402 RHH_1 InterPro:IPR002145 CopG-like DNA-binding GO:Molecular Function:DNA binding (GO:0003677), Biological Process:regulation of transcription, DNA-dependent (GO:0006355)" /inference="protein motif:superfamily:SSF47598 Met repressor-like InterPro:IPR010985 Ribbon-helix-helix" /codon_start=1 /transl_table=11 /product="Transcription nickel responsive regulator (nikR)" /protein_id="ACS32734.1" /translation="MGVVRFGVSIPEELLEKFDRIIEEKGYVNRSEAIRDLIRDFIVR HEWEVGDAEVAGTITMLYNHDEADVVKELLDLQHDYLDEIVSSIHVHMDEHNCLEVVI VKGKAKRIKEIADRLLSLKGVKHGKLVMTGTGRELV" gene 224644..225063 /gene="hypA" /locus_tag="TGAM_0233" /note="tg0233" CDS 224644..225063 /gene="hypA" /locus_tag="TGAM_0233" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:BlastProDom:PD003620 HYPA_PYRFU_Q8U357; InterPro:IPR000688 Hydrogenase expression/synthesis, HypA GO:Biological Process:protein modification (GO:0006464), Molecular Function:nickel ion binding (GO:0016151)" /inference="protein motif:CDD:HypA, Hydrogenase expression/synthesis hypA family" /inference="protein motif:COG:COG0375 Zn finger protein HypA/HybF (possibly regulating hydrogenase expression); R General function prediction only" /inference="protein motif:Gene3D:G3D.2.20.28.10 no description" /inference="protein motif:HMMPfam:PF01155 HypA InterPro:IPR000688 Hydrogenase expression/synthesis, HypA GO:Biological Process:protein modification (GO:0006464), Molecular Function:nickel ion binding (GO:0016151)" /inference="protein motif:HMMPIR:PIRSF004761 [NiFe]-hydrogenase maturation factor, HypA/HybF type InterPro:IPR000688 Hydrogenase expression/synthesis, HypA GO:Biological Process:protein modification (GO:0006464), Molecular Function:nickel ion binding (GO:0016151)" /inference="protein motif:ScanRegExp:PS01249 HYPA InterPro:IPR000688 Hydrogenase expression/synthesis, HypA GO:Biological Process:protein modification (GO:0006464), Molecular Function:nickel ion binding (GO:0016151)" /inference="protein motif:superfamily:SSF50249 Nucleic acid-binding proteins InterPro:IPR008994 Nucleic acid-binding, OB-fold GO:Molecular Function:nucleic acid binding (GO:0003676)" /codon_start=1 /transl_table=11 /product="[NiFe] hydrogenase maturation protein (hypA)" /protein_id="ACS32735.1" /translation="MHEWALADAIVRTVLDYAQREGAKRVKAVRVVLGELQDVAEDIV KFAMEQMFAGTIAEGAEIIFEEEEAVFKCRNCGHTWKLKEVKDRFDERIKEDIHFIPE VVHAFLACPKCGSHDFEVVQGRGVYVAGIMIEKEGEA" gene 225060..225785 /locus_tag="TGAM_0234" /note="tg0234" CDS 225060..225785 /locus_tag="TGAM_0234" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:ArsA, ArsA ATPase functionas as an efflux pump located on the inner membrane of the cell" /inference="protein motif:CDD:COG0455, ATPases involved in chromosome partitioning [Cell division and chromosome partitioning]" /inference="protein motif:CDD:COG1149, MinD superfamily P-loop ATPase containing an inserted ferredoxin domain [Energy production and conversion]" /inference="protein motif:CDD:Fer4_NifH_child, This protein family's function is unkown" /inference="protein motif:CDD:FleN-like, FleN is a member of the Fer4_NifH superfamily" /inference="protein motif:CDD:MinD, Bacterial cell division requires the formation of a septum at mid-cell" /inference="protein motif:CDD:Mrp, ATPases involved in chromosome partitioning [Cell division and chromosome partitioning]" /inference="protein motif:CDD:MRP-like, MRP (Multiple Resistance and pH adaptation) is a homologue of the Fer4_NifH superfamily" /inference="protein motif:CDD:Soj, ATPases involved in chromosome partitioning [Cell division and chromosome partitioning]" /inference="protein motif:COG:COG0489 ATPases involved in chromosome partitioning; D Cell cycle control, cell division, chromosome partitioning" /inference="protein motif:Gene3D:G3D.3.40.50.300 no description" /inference="protein motif:HMMPanther:PTHR13696 CELL DIVISION INHIBITOR MIND-1" /inference="protein motif:HMMPanther:PTHR13696:SF4 NUCLEOTIDE-BINDING PROTEIN" /inference="protein motif:superfamily:SSF52540 P-loop containing nucleoside triphosphate hydrolases" /codon_start=1 /transl_table=11 /product="PP-loop ATPase, mrp-like protein" /protein_id="ACS32736.1" /translation="MIDPREIAINARLEKVKRIIPVVSGKGGVGKSLVSTTLALALAE KGHRVGLLDLDFHGASDHVILGFEPKEFPEEDRGVVPPTVHGIKFMTIAYYTEDRPTP LRGKEISDALIELLTITRWDELDYLVIDMPPGLGDQLLDVLRFLKRGEFLVVATPSKL ALNVVEKLIQLLLEENHKVLGVVENMKLDEEEDVKKLAERHNVPYLVGIPFYPELDAK VGNVEELMKTEFAEKIRELAEKL" gene 225877..226797 /locus_tag="TGAM_0235" /note="tg0235" CDS 225877..226797 /locus_tag="TGAM_0235" /note="Similar to AF0692; 9 probable transmembrane helices predicted by modhmm" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein" /protein_id="ACS32737.1" /translation="MRRETRTLLLLTFLSPFLAEVLGGSTHPLQLVVQPLSFPFLWLF YGSGVLLIREAWVRFGGGQAGLMLLGALYGVVEEGVIIRSWFDPDWPDLGALRDYGRV FGVNASWAVLLTIYHTTMSIAIPILVVELLYPELRGKSLIGKRGVLLTTLAFCASAFA FAHLTSYVPSPAQYSVALFSALALLLLARKFGSIDVPFTPAHPFILGFLSGAMIFTSL AFLPKALPPLATSTVGTLALVLFFASLNGDEKRAVLGFLAFWLIIYDILLELVGVIGE AILGPLSYVFLFRRLGAVDRASTDQHQAER" gene 227009..227482 /gene="hybD" /locus_tag="TGAM_0236" /gene_synonym="hoxM" /gene_synonym="hycI" /note="tg0236" CDS 227009..227482 /gene="hybD" /locus_tag="TGAM_0236" /gene_synonym="hoxM" /gene_synonym="hycI" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:HyaD, Ni,Fe-hydrogenase maturation factor [Energy production and conversion]" /inference="protein motif:CDD:HycI, Hydrogenase maturation protease" /inference="protein motif:COG:COG0680 Ni,Fe-hydrogenase maturation factor; C Energy production and conversion" /inference="protein motif:FPrintScan:PR00446 HYDRGNUPTAKE InterPro:IPR000671 Peptidase M52, hydrogen uptake protein GO:Molecular Function:ferredoxin hydrogenase activity (GO:0008901), Cellular Component:ferredoxin hydrogenase complex (GO:0009375)" /inference="protein motif:Gene3D:G3D.3.40.50.1450 no description" /inference="protein motif:HMMPfam:PF01750 HycI InterPro:IPR000671 Peptidase M52, hydrogen uptake protein GO:Molecular Function:ferredoxin hydrogenase activity (GO:0008901), Cellular Component:ferredoxin hydrogenase complex (GO:0009375)" /inference="protein motif:HMMPIR:PIRSF005756 [NiFe]-hydrogenase maturation protease InterPro:IPR000671 Peptidase M52, hydrogen uptake protein GO:Molecular Function:ferredoxin hydrogenase activity (GO:0008901), Cellular Component:ferredoxin hydrogenase complex (GO:0009375)" /inference="protein motif:HMMTigr:TIGR00072 hydrog_prot:hydrogenase maturation prote InterPro:IPR000671 Peptidase M52, hydrogen uptake protein GO:Molecular Function:ferredoxin hydrogenase activity (GO:0008901), Cellular Component:ferredoxin hydrogenase complex (GO:0009375)" /inference="protein motif:superfamily:SSF53163 HybD-like" /codon_start=1 /transl_table=11 /product="[NiFe]-hydrogenase maturation protease (HybD/HycI/HoxM)" /protein_id="ACS32738.1" /translation="MNLEELFQNAKRVVICGIGNDIRGDDAFGVLVAERLKELLDNPD VLVLNCGEVPENYTGKIANFKPDLVVFVDAVDFGGEVGEYITADPEGTLGEAISTHGL PLKFVTQFMKTMVKAEFVLIGCQPGSTGLFQEPSELIKKRAERLAELLAGILKRE" gene complement(227559..227834) /locus_tag="TGAM_0237" /note="tg0237" CDS complement(227559..227834) /locus_tag="TGAM_0237" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein" /protein_id="ACS32739.1" /translation="MLSSSTSCSKRKLTGGRSMTMRGGSVLKFRSKRDLEERLAFIRL YVKRLKENPDEVFKQQVRLVNSFLASAKSFPLSREEYLKMKGELRRQ" gene complement(227740..228321) /locus_tag="TGAM_0238" /note="tg0238" CDS complement(227740..228321) /locus_tag="TGAM_0238" /experiment="gene product confirmed by mass spectrometry" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein" /protein_id="ACS32740.1" /translation="MDIEITEKKIVLNRELSELDKFVFDVIDVLERHVRYVIVSGYVT ILFGRSRGTEDVDVVIEPLPQEEFISMCEDAQKAGFEFLNPEACEGLYEMLAGRLGIR MVRKGEIIPNAEIKFPKDAFHREALEKRIPVWFNGRVIYISPIELQIAYKLYLGTDKD LEDAFFLYELFKEKIDWRALNDYAGRLGVEVPF" gene complement(228355..228930) /gene="mobA" /locus_tag="TGAM_0239" /note="tg0239" CDS complement(228355..228930) /gene="mobA" /locus_tag="TGAM_0239" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:COG2068, Uncharacterized MobA-related protein [General function prediction only]" /inference="protein motif:CDD:COG2266, GTP:adenosylcobinamide-phosphate guanylyltransferase [Coenzyme metabolism]" /inference="protein motif:CDD:MobA, Molybdopterin-guanine dinucleotide biosynthesis protein A [Coenzyme metabolism]" /inference="protein motif:COG:COG0746 Molybdopterin-guanine dinucleotide biosynthesis protein A; H Coenzyme transport and metabolism" /inference="protein motif:Gene3D:G3D.3.90.550.10 no description" /inference="protein motif:superfamily:SSF53448 Nucleotide-diphospho-sugar transferases" /codon_start=1 /transl_table=11 /product="Molybdopterin-guanine dinucleotide biosynthesis protein A (mobA)" /protein_id="ACS32741.1" /translation="MIGAVLAGGRGKRFGGDKLLYRINGKPLILYTIERLETAKKIDE IILVASKDNAEKLEKLGYRVVVDNLLIGPMGGVYTALSLGDAFVVAGDMPLLVPEFVD FIISEFKKSGKTACVPRWENGYLEPLHAAYSSAFREVLEEKIKAGNYALNRAIREVNP CYLPIESLPEEWRESFFNVNTREDLGKLHKG" gene complement(228927..229373) /locus_tag="TGAM_0240" /note="tg0240" CDS complement(228927..229373) /locus_tag="TGAM_0240" /inference="protein motif:COG:COG1708 Predicted nucleotidyltransferases; R General function prediction only" /inference="protein motif:Gene3D:G3D.3.30.460.10 no description" /inference="protein motif:superfamily:SSF81301 Nucleotidyltransferase" /codon_start=1 /transl_table=11 /product="Nucleotidyltransferase, putative" /protein_id="ACS32742.1" /translation="MNEAKLKMAKEELIKRVKEFYGDNLLSIVFYGRHLRDPDFPEID VVVVIDKPYDPVKMNRMADFVENIRDPIEEKYGYHVSFELYTREEAENFHSGYLDVVV NYEVAYDKDNYFQNLMNDMLNPKKAMDYVKYISTIEYIQVDEERKE" gene complement(229413..229739) /gene="mhy2I-2" /locus_tag="TGAM_0241" /note="tg0241" CDS complement(229413..229739) /gene="mhy2I-2" /locus_tag="TGAM_0241" /codon_start=1 /transl_table=11 /product="putative formate hydrogenlyase I subunit I (Mhy2I)" /protein_id="ACS32743.1" /translation="MSEMPWKLYRFKYEDYPEYSARITGHYAGDLLIIEEEGELSEEA VKLIKSALGIDENTRAFDIEVRDVLRLPIKELPEKDRKVLLEAAEKLDSESKLHIEYR YQPTFD" gene complement(229732..230565) /gene="mhy1H" /locus_tag="TGAM_0242" /note="tg0242" CDS complement(229732..230565) /gene="mhy1H" /locus_tag="TGAM_0242" /EC_number="1.6.5.3" /inference="protein motif:CDD:COG3260, Ni,Fe-hydrogenase III small subunit [Energy production and conversion]" /inference="protein motif:CDD:FrhG, Coenzyme F420-reducing hydrogenase, gamma subunit [Energy production and conversion]" /inference="protein motif:CDD:NuoB, NADH:ubiquinone oxidoreductase 20 kD subunit and related Fe-S oxidoreductases [Energy production and conversion]" /inference="protein motif:CDD:Oxidored_q6, NADH ubiquinone oxidoreductase, 20 Kd subunit" /inference="protein motif:COG:COG3260 Ni,Fe-hydrogenase III small subunit; C Energy production and conversion" /inference="protein motif:Gene3D:G3D.3.40.50.700 no description" /inference="protein motif:HMMPanther:PTHR11995 NADH DEHYDROGENASE" /inference="protein motif:HMMPanther:PTHR11995:SF3 NADH-UBIQUINONE OXIDOREDUCTASE" /inference="protein motif:HMMPfam:PF01058 Oxidored_q6 InterPro:IPR006137 NADH ubiquinone oxidoreductase, 20 kDa subunit GO:Biological Process:mitochondrial electron transport, NADH to ubiquinone (GO:0006120), Molecular Function:NADH dehydrogenase (ubiquinone) activity (GO:0008137)" /inference="protein motif:superfamily:SSF56770 Nickel-iron hydrogenase, small subunit" /note="1 probable transmembrane helix predicted by modhmm" /codon_start=1 /transl_table=11 /product="formate hydrogenlyase I subunit H (Mhy1H)" /protein_id="ACS32744.1" /translation="MMGRRLKSVWVYHVDAGSCNGCDIEVLDVLSPYYDLERLGVKVV PNPRHADALFITGPLTRQTRIALKKAYEAMPPKPRIVVAVGTCASSGGIFYNSYALYN TSPQRGRDRLRSGGPEMIVPIDMYIPGCPPSPEEILYGVAQLLGIKEKKMKGEYWIAL PPKETPSKENEVEFRIPDRPIPLRYWLTLREELRRVIGYYDREAVLNDFMALVEKAFE DENPREKLHDLVTGYFLKEKDSRVKVAMRFLENEFWRLYDEYHSLGEALRKKYPVTAG V" gene complement(230562..231167) /gene="mhy1G" /locus_tag="TGAM_0243" /note="tg0243" CDS complement(230562..231167) /gene="mhy1G" /locus_tag="TGAM_0243" /EC_number="1.6.5.3" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:NuoI, Formate hydrogenlyase subunit 6/NADH:ubiquinone oxidoreductase 23 kD subunit (chain I) [Energy production and conversion]" /inference="protein motif:COG:COG1143 Formate hydrogenlyase subunit 6/NADH:ubiquinone oxidoreductase 23 kD subunit (chain I); C Energy production and conversion" /inference="protein motif:FPrintScan:PR00353 4FE4SFRDOXIN InterPro:IPR001450 4Fe-4S ferredoxin, iron-sulfur binding GO:Molecular Function:electron transporter activity (GO:0005489), Molecular Function:iron ion binding (GO:0005506), Biological Process:electron transport (GO:0006118)" /inference="protein motif:Gene3D:G3D.3.30.70.20 no description" /inference="protein motif:HMMPanther:PTHR10849 NADH-UBIQUINONE OXIDOREDUCTASE CHAIN 9-RELATED" /inference="protein motif:HMMPanther:PTHR10849:SF3 NADH-UBIQUINONE OXIDOREDUCTASE CHAIN 9" /inference="protein motif:HMMPfam:PF00037 Fer4 InterPro:IPR001450 4Fe-4S ferredoxin, iron-sulfur binding GO:Molecular Function:electron transporter activity (GO:0005489), Molecular Function:iron ion binding (GO:0005506), Biological Process:electron transport (GO:0006118)" /inference="protein motif:ScanRegExp:PS00198 4FE4S_FERREDOXIN InterPro:IPR001450 4Fe-4S ferredoxin, iron-sulfur binding GO:Molecular Function:electron transporter activity (GO:0005489), Molecular Function:iron ion binding (GO:0005506), Biological Process:electron transport (GO:0006118)" /inference="protein motif:superfamily:SSF46548 alpha-helical ferredoxin InterPro:IPR009051 Alpha-helical ferredoxin" /codon_start=1 /transl_table=11 /product="formate hydrogenlyase I subunit G (Mhy1G)" /protein_id="ACS32745.1" /translation="MAESLSYTEKLKKWNRFEVEKFSKKAPVTTPYPFIDIEKPPEYR GIPHINPEKCIGCGACVNACPPDALILEWDKEHGVKRLTFNAARCIRCHRCVEVCPTG AMEPTNIFEIATDNKEDLVEVVEHKLAYCEECGEYLDFTERQIEYVKAILPKEIIDMY ALEDRIGLTQEAKMRKTVEKLRETEGNAYPAFILVKKGGEE" gene complement(231167..232972) /gene="mhy1F" /locus_tag="TGAM_0244" /note="tg0244" CDS complement(231167..232972) /gene="mhy1F" /locus_tag="TGAM_0244" /EC_number="1.6.5.3" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:BlastProDom:PD001581 Q9UYN4_PYRAB_Q9UYN4; InterPro:IPR001268 NADH dehydrogenase (ubiquinone), 30 kDa subunit GO:Biological Process:mitochondrial electron transport, NADH to ubiquinone (GO:0006120), Molecular Function:NADH dehydrogenase (ubiquinone) activity (GO:0008137)" /inference="protein motif:CDD:Complex1_30kDa, Respiratory-chain NADH dehydrogenase, 30 Kd subunit" /inference="protein motif:CDD:Complex1_49kDa, Respiratory-chain NADH dehydrogenase, 49 Kd subunit" /inference="protein motif:CDD:FrhA, Coenzyme F420-reducing hydrogenase, alpha subunit [Energy production and conversion]" /inference="protein motif:CDD:HyaB, Ni,Fe-hydrogenase I large subunit [Energy production and conversion]" /inference="protein motif:CDD:HycE, Ni,Fe-hydrogenase III component G [Energy production and conversion]" /inference="protein motif:CDD:HycE, Ni,Fe-hydrogenase III large subunit [Energy production and conversion]" /inference="protein motif:CDD:NuoD, NADH:ubiquinone oxidoreductase 49 kD subunit 7 [Energy production and conversion]" /inference="protein motif:COG:COG3261 Ni,Fe-hydrogenase III large subunit; C Energy production and conversion" /inference="protein motif:Gene3D:G3D.1.10.645.10 no description" /inference="protein motif:HMMPanther:PTHR11993 NADH DEHYDROGNEASE-RELATED" /inference="protein motif:HMMPanther:PTHR11993:SF9 FORMATE HYDROGENLYASE" /inference="protein motif:HMMPfam:PF00329 Complex1_30kDa InterPro:IPR001268 NADH dehydrogenase (ubiquinone), 30 kDa subunit GO:Biological Process:mitochondrial electron transport, NADH to ubiquinone (GO:0006120), Molecular Function:NADH dehydrogenase (ubiquinone) activity (GO:0008137)" /inference="protein motif:HMMPfam:PF00346 Complex1_49kDa InterPro:IPR001135 NADH-ubiquinone oxidoreductase, chain 49kDa GO:Molecular Function:electron transporter activity (GO:0005489), Biological Process:electron transport (GO:0006118)" /inference="protein motif:HMMPfam:PF00374 NiFeSe_Hases InterPro:IPR001501 Nickel-dependent hydrogenase, large subunit GO:Biological Process:electron transport (GO:0006118), Molecular Function:ferredoxin hydrogenase activity (GO:0008901), Molecular Function:nickel ion binding (GO:0016151)" /inference="protein motif:HMMPIR:PIRSF000231 [NiFe]-hydrogenase-3-type complex, fused large subunit/NADH:quinone oxidoreductase (complex I), subunit NuoCD" /inference="protein motif:ScanRegExp:PS00542 COMPLEX1_30K InterPro:IPR001268 NADH dehydrogenase (ubiquinone), 30 kDa subunit GO:Biological Process:mitochondrial electron transport, NADH to ubiquinone (GO:0006120), Molecular Function:NADH dehydrogenase (ubiquinone) activity (GO:0008137)" /inference="protein motif:superfamily:SSF50203 Bacterial enterotoxins InterPro:IPR008992 Bacterial enterotoxin" /inference="protein motif:superfamily:SSF56762 Nickel-iron hydrogenase, large subunit" /codon_start=1 /transl_table=11 /product="formate hydrogenlyase I subunit F (Mhy1F)" /protein_id="ACS32746.1" /translation="MNMVTTRDLEAHFEFECRACENGHCRKADVETILTERKGLKEFY EAFKEHIRECKRMTYGQYMFVIDREVLPDAVLWWHNHPEFKETHLSTAVGTDERPLNG KFVYMPFLNVQVEPQNMDENYWVFLKAYMPADDPSFPSVAAKLPAALWIEREVKDLLG FNPVGHPDPRRLILPEDWPEGVYPLRKDMDYRHSPMAEVKTEYRETPEGTTLVPMGPV HAGIEEPAHFRLFVKGEEIVDVDYRGFYSHRGIEKTGEGRLTYNQVLFLAERICGICG YQHSVSYAMAVERLADVDIPDRARYIRTLMLELERIHNHLLWVGIAAHLVGYDTGFMH AWRIREPVMWLVERLTGNRKQYGMNIVGGVRRDILDYRKEEILKVVKQIREETKKFLD IALNTNTFIKRAEGVGILPYKVAKAYSVLGPTARASGRRIDTRLDQATKTAMAYNEVD FKVPVYKEGDVLARVLVRMDELFESLWIVEQLIDQMPGGDIMVPIGDLPEYEEALGFT EAHRGEVVHYVMTGEKNKVYRWKVRAPTYNNLPAVPEMLKGYHVADAPLIIASIDPCY SCTERVQFVDVETGKVKVLTEAEFNELSIKYRGVF" gene complement(232969..233886) /gene="mhy1E" /locus_tag="TGAM_0245" /note="tg0245" CDS complement(232969..233886) /gene="mhy1E" /locus_tag="TGAM_0245" /EC_number="1.6.5.3" /inference="protein motif:CDD:HyfC, Formate hydrogenlyase subunit 4 [Energy production and conversion]" /inference="protein motif:CDD:NADHdh, NADH dehydrogenase" /inference="protein motif:CDD:NuoH, NADH:ubiquinone oxidoreductase subunit 1 (chain H) [Energy production and conversion]" /inference="protein motif:COG:COG0650 Formate hydrogenlyase subunit 4; C Energy production and conversion" /inference="protein motif:HMMPanther:PTHR11432 NADH DEHYDROGENASE SUBUNIT 1 InterPro:IPR001694 Respiratory-chain NADH dehydrogenase, subunit 1 GO:Biological Process:electron transport (GO:0006118), Cellular Component:membrane (GO:0016020)" /inference="protein motif:HMMPfam:PF00146 NADHdh InterPro:IPR001694 Respiratory-chain NADH dehydrogenase, subunit 1 GO:Biological Process:electron transport (GO:0006118), Cellular Component:membrane (GO:0016020)" /inference="protein motif:ScanRegExp:PS00668 COMPLEX1_ND1_2 InterPro:IPR001694 Respiratory-chain NADH dehydrogenase, subunit 1 GO:Biological Process:electron transport (GO:0006118), Cellular Component:membrane (GO:0016020)" /note="7 probable transmembrane helices predicted by modhmm" /codon_start=1 /transl_table=11 /product="formate hydrogenlyase I subunit E (Mhy1E)" /protein_id="ACS32747.1" /translation="METTIKVGFELVGILIIFLLPPYLDGIARRVKARLQYRRGPPLM QTWYDLQKLFNLPSVKPTKSLLFTAAPFLALASAISAALLLPYGNVIPVDFGFNLVVF FYVILMVSVFLILGGLSVQNAFSHIGATREAQLILTVEPLIAILYGVLAYNAGSLNIA DIIANLHLTPSLVLAYIALAYALYVESGFVPFDVAEAEQEVIGGPLGEYSGRLLGVFY YAIHIKRFALLWFFVSLLTMPWIGPINTPERAALVLALQFILTVAFYPIIAALEATNA RLRIDQVVKMNVRMFFAGLVILGMAFMGW" gene complement(233897..235891) /gene="mhy1D" /locus_tag="TGAM_0246" /note="tg0246" CDS complement(233897..235891) /gene="mhy1D" /locus_tag="TGAM_0246" /EC_number="1.6.5.3" /inference="protein motif:CDD:HyfB, Formate hydrogenlyase subunit 3/Multisubunit Na+/H+ antiporter, MnhD subunit [Energy production and conversion / Inorganic ion transport and metabolism]" /inference="protein motif:CDD:NuoL, NADH:ubiquinone oxidoreductase subunit 5 (chain L)/Multisubunit Na+/H+ antiporter, MnhA subunit [Energy production and conversion / Inorganic ion transport and metabolism]" /inference="protein motif:CDD:NuoM, NADH:ubiquinone oxidoreductase subunit 4 (chain M) [Energy production and conversion]" /inference="protein motif:CDD:NuoN, NADH:ubiquinone oxidoreductase subunit 2 (chain N) [Energy production and conversion]" /inference="protein motif:CDD:Oxidored_q1, NADH-Ubiquinone/plastoquinone (complex I), various chains" /inference="protein motif:COG:COG0651 Formate hydrogenlyase subunit 3/Multisubunit Na+/H+ antiporter, MnhD subunit; C Energy production and conversion" /inference="protein motif:FPrintScan:PR01434 NADHDHGNASE5 InterPro:IPR003916 NADH-ubiquinone oxidoreductase, chain 5 GO:Molecular Function:NADH dehydrogenase (ubiquinone) activity (GO:0008137), Biological Process:ATP synthesis coupled electron transport (GO:0042773)" /inference="protein motif:HMMPanther:PTHR19377 NADH DEHYDROGENASE" /inference="protein motif:HMMPfam:PF00361 Oxidored_q1 InterPro:IPR001750 NADH/Ubiquinone/plastoquinone (complex I) GO:Molecular Function:NADH dehydrogenase (ubiquinone) activity (GO:0008137), Biological Process:ATP synthesis coupled electron transport (GO:0042773)" /note="16 probable transmembrane helices predicted by modhmm" /codon_start=1 /transl_table=11 /product="formate hydrogenlyase I subunit D (Mhy1D)" /protein_id="ACS32748.1" /translation="MFLEYAIIAFIIGGVIGLVRDYRVSVKASSFMAFLGSLALLGEV YHVYTNGPEMFSLFGIPMNVSGLSNVFLLIIGIVGVAASLFAINYMDLFEKTGKGWVY AIAYNTFLASMTLVVTVDSMEYFVMSWELMTLSSFILVFFSEKARDVNASVKYYITMH FLDTIPLFLALGTAYSLIGNFEELTFENIGAALSTHHTSRLVFAGLLMIAFTAKAGLF PFSFWVAETYRAAPSHVSAIMAGAMEKMALYGILALVWKTAGIEGDAGIIVALAGMIT ITYATLYALRENNAKRLLAYSSISQMGYIWLGIGIGMVLVPKGGFLGTIGALGAFAGL FHALNHAIFKASLFLSAGAVEYRTGTVDLNELGGLGRRMKFTALAALFASLAISGVPP FNGFISKWLIYVSGYSSSNPLLIFGAVLAVFFSAGTLAYSMKFYGAQFGGEMKRYENV EEVPAGMLLGQWILAGLTLIIGVFPRIVVPILNEPFNAPLTENIYRIGFGSVLFSPVI FVILLGALAAALYLTFKPEFGKETKPWDCGSTEIDEDEYRTNAEGYYNWYEKKIGSFY RLGDWFYTVGAGVIHYITRAYLWMASYFTKVVDTPYTKVETLDDLREREIMNIDEEAL KPLLRLLRIVKNVLPGMRLGTFVVLTLVVIGAVIGILIAL" gene complement(235898..237334) /gene="mhy1C" /locus_tag="TGAM_0247" /note="tg0247" CDS complement(235898..237334) /gene="mhy1C" /locus_tag="TGAM_0247" /EC_number="1.6.5.3" /inference="protein motif:CDD:HyfB, Formate hydrogenlyase subunit 3/Multisubunit Na+/H+ antiporter, MnhD subunit [Energy production and conversion / Inorganic ion transport and metabolism]" /inference="protein motif:CDD:NuoL, NADH:ubiquinone oxidoreductase subunit 5 (chain L)/Multisubunit Na+/H+ antiporter, MnhA subunit [Energy production and conversion / Inorganic ion transport and metabolism]" /inference="protein motif:CDD:NuoM, NADH:ubiquinone oxidoreductase subunit 4 (chain M) [Energy production and conversion]" /inference="protein motif:CDD:NuoN, NADH:ubiquinone oxidoreductase subunit 2 (chain N) [Energy production and conversion]" /inference="protein motif:CDD:Oxidored_q1, NADH-Ubiquinone/plastoquinone (complex I), various chains" /inference="protein motif:COG:COG1009 NADH:ubiquinone oxidoreductase subunit 5 (chain L)/Multisubunit Na+/H+ antiporter, MnhA subunit; C Energy production and conversion" /inference="protein motif:FPrintScan:PR01434 NADHDHGNASE5 InterPro:IPR003916 NADH-ubiquinone oxidoreductase, chain 5 GO:Molecular Function:NADH dehydrogenase (ubiquinone) activity (GO:0008137), Biological Process:ATP synthesis coupled electron transport (GO:0042773)" /inference="protein motif:HMMPanther:PTHR19377 NADH DEHYDROGENASE" /inference="protein motif:HMMPfam:PF00361 Oxidored_q1 InterPro:IPR001750 NADH/Ubiquinone/plastoquinone (complex I) GO:Molecular Function:NADH dehydrogenase (ubiquinone) activity (GO:0008137), Biological Process:ATP synthesis coupled electron transport (GO:0042773)" /note="14 probable transmembrane helices predicted by modhmm" /codon_start=1 /transl_table=11 /product="formate hydrogenlyase I subunit C (Mhy1C)" /protein_id="ACS32749.1" /translation="MNGTVFIVSALLPFLLLLIYRTEGRTADGLAILITGLTLAINGF GAYAFFGSGADKVYHFSYASGNKLGEVFGLNVDVASVLMGFVSILTAFLLVLYAADYL GPSNRGFPLNEGKGRFYALLGLLVGSSMAFIYSTNLVQFAIFLELMAVALFYLVNFHG NAEGKALKAFLVLNLGVFLLLLSIVLLGNGQELANMGSLSQSTKDKVFAILTFAAFAM SSQFFFYSWLPDATAGPVPASAYIHAASVVPLGSFMLFRVIQYMNPGRGDFWLLGALT VALILLMMIYYPLQRDAKRLIAYSTIGQTGVSYITLAYALLGHDVGLQIAIYQVVNHA FVKALAFMSVGAFVYSLGTTDLKGIRGIKRSLPWASVAWFLSFLGLAGVLPLGLFFSK AFTIMSTREIGGIASWLFPAVVLFDAAIFLVVVLLWFREIFFGEPEPRAETGEPKLMI AAMVVLILIGIVAPWITLDVVMKISFMG" gene complement(237386..237883) /gene="fdh1B" /locus_tag="TGAM_0248" /note="tg0248" CDS complement(237386..237883) /gene="fdh1B" /locus_tag="TGAM_0248" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:HybA, Fe-S-cluster-containing hydrogenase components 1 [Energy production and conversion]" /inference="protein motif:CDD:HycB, Fe-S-cluster-containing hydrogenase components 2 [Energy production and conversion]" /inference="protein motif:CDD:NarY, Nitrate reductase beta subunit [Energy production and conversion]" /inference="protein motif:COG:COG0437 Fe-S-cluster-containing hydrogenase components 1; C Energy production and conversion" /inference="protein motif:FPrintScan:PR00353 4FE4SFRDOXIN InterPro:IPR001450 4Fe-4S ferredoxin, iron-sulfur binding GO:Molecular Function:electron transporter activity (GO:0005489), Molecular Function:iron ion binding (GO:0005506), Biological Process:electron transport (GO:0006118)" /inference="protein motif:Gene3D:G3D.3.30.70.20 no description" /inference="protein motif:HMMPanther:PTHR11938 GLUTAMATE SYNTHASE/FERREDOXIN/FERREDOXIN--NADP REDUCTASE" /inference="protein motif:HMMPanther:PTHR11938:SF4 GLUTAMATE SYNTHASE" /inference="protein motif:HMMPfam:PF00037 Fer4 InterPro:IPR001450 4Fe-4S ferredoxin, iron-sulfur binding GO:Molecular Function:electron transporter activity (GO:0005489), Molecular Function:iron ion binding (GO:0005506), Biological Process:electron transport (GO:0006118)" /inference="protein motif:ScanRegExp:PS00198 4FE4S_FERREDOXIN InterPro:IPR001450 4Fe-4S ferredoxin, iron-sulfur binding GO:Molecular Function:electron transporter activity (GO:0005489), Molecular Function:iron ion binding (GO:0005506), Biological Process:electron transport (GO:0006118)" /inference="protein motif:superfamily:SSF54862 4Fe-4S ferredoxins" /codon_start=1 /transl_table=11 /product="formate dehydrogenase I subunit B (fdh1B)" /protein_id="ACS32750.1" /translation="MSKKIFLDYKRCIGCKACEVACEMAHGEARIRVFEFPDLFTVPF NCRHCEKAPCLNVCPTGALFRDKDGAVAFDPLKCIGCLMCAVACPFGVPKLDEENKIM DKCDLCADRRAEGLLPACVSACPTEALKFGDVNEILWNREGKVVANLKSSAEKGEGEK AYVIL" gene complement(237894..240074) /gene="fdh1A" /locus_tag="TGAM_0249" /note="tg0249" CDS complement(237894..240074) /gene="fdh1A" /locus_tag="TGAM_0249" /EC_number="1.2.1.2" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:BisC, Anaerobic dehydrogenases, typically selenocysteine-containing [Energy production and conversion]" /inference="protein motif:CDD:COG3383, Uncharacterized anaerobic dehydrogenase [General function prediction only]" /inference="protein motif:CDD:FwdB, Formylmethanofuran dehydrogenase subunit B [Energy production and conversion]" /inference="protein motif:CDD:Molybdop_Fe4S4, Molybdopterin oxidoreductase Fe4S4 domain" /inference="protein motif:CDD:Molybdopterin, Molybdopterin oxidoreductase" /inference="protein motif:CDD:Molybdopterin-Binding, Molybdopterin-Binding (MopB) domain of the MopB superfamily of proteins, a large, diverse, heterogeneous superfamily of enzymes that, in general, bind molybdopterin as a cofactor" /inference="protein motif:CDD:Molydop_binding, Molydopterin dinucleotide binding domain" /inference="protein motif:CDD:MopB_1, The MopB_1 CD includes a group of related uncharacterized bacterial molybdopterin-binding oxidoreductase-like domains with a putative N-terminal iron-sulfur [4Fe-4S] cluster binding site and molybdopterin cofactor binding site" /inference="protein motif:CDD:MopB_2, The MopB_2 CD includes a group of related uncharacterized bacterial molybdopterin-binding oxidoreductase-like domains with a putative N-terminal iron-sulfur [4Fe-4S] cluster binding site and molybdopterin cofactor binding site" /inference="protein motif:CDD:MopB_3, The MopB_3 CD includes a group of related uncharacterized bacterial and archaeal molybdopterin-binding oxidoreductase-like domains with a putative N-terminal iron-sulfur [4Fe-4S] cluster binding site and molybdopterin cofactor binding site" /inference="protein motif:CDD:MopB_4, The MopB_4 CD includes a group of related uncharacterized bacterial and archaeal molybdopterin-binding oxidoreductase-like domains with a putative N-terminal iron-sulfur [4Fe-4S] cluster binding site and molybdopterin cofactor binding site" /inference="protein motif:CDD:MopB_Acetylene-hydratase, The MopB_Acetylene-hydratase CD contains acetylene hydratase (Ahy) and other related proteins" /inference="protein motif:CDD:MopB_Arsenate-R, This CD includes the respiratory arsenate reductase, As(V), catalytic subunit (ArrA) and other related proteins" /inference="protein motif:CDD:MopB_Arsenite-Ox, Arsenite oxidase (Arsenite-Ox) oxidizes arsenite to the less toxic arsenate" /inference="protein motif:CDD:MopB_CT, Molybdopterin-Binding, C-terminal (MopB_CT) domain of the MopB superfamily of proteins, a large, diverse, heterogeneous superfamily of enzymes that, in general, bind molybdopterin as a cofactor" /inference="protein motif:CDD:MopB_CT_1, The MopB_CT_1 CD includes a group of related uncharacterized bacterial molybdopterin-binding oxidoreductase-like domains with a putative N-terminal iron-sulfur [4Fe-4S] cluster binding site and molybdopterin cofactor binding site" /inference="protein motif:CDD:MopB_CT_3, The MopB_CT_3 CD includes a group of related uncharacterized bacterial molybdopterin-binding oxidoreductase-like domains with a putative N-terminal iron-sulfur [4Fe-4S] cluster binding site and molybdopterin cofactor binding site" /inference="protein motif:CDD:MopB_CT_4, The MopB_CT_4 CD includes a group of related uncharacterized bacterial and archaeal molybdopterin-binding oxidoreductase-like domains with a putative N-terminal iron-sulfur [4Fe-4S] cluster binding site and molybdopterin cofactor binding site" /inference="protein motif:CDD:MopB_CT_Acetylene-hydratase, The MopB_CT_Acetylene-hydratase CD contains acetylene hydratase (Ahy) and other related proteins" /inference="protein motif:CDD:MopB_CT_Arsenite-Ox, This CD contains the molybdopterin_binding C-terminal (MopB_CT) region of Arsenite oxidase (Arsenite-Ox) and related proteins" /inference="protein motif:CDD:MopB_CT_DmsA-EC, The MopB_CT_DmsA-EC CD includes the DmsA enzyme of the dmsABC operon encoding the anaerobic dimethylsulfoxide reductase (DMSOR) of Escherichia coli and other related DMSOR-like enzymes" /inference="protein motif:CDD:MopB_CT_DMSOR-BSOR-TMAOR, The MopB_DMSOR-BSOR-TMAOR CD contains dimethylsulfoxide reductase (DMSOR), biotin sulfoxide reductase (BSOR), trimethylamine N-oxide reductase (TMAOR) and other related proteins" /inference="protein motif:CDD:MopB_CT_DMSOR-like, The MopB_CT_DMSOR-like CD contains dimethylsulfoxide reductase (DMSOR), biotin sulfoxide reductase (BSOR), trimethylamine N-oxide reductase (TMAOR) and other related proteins" /inference="protein motif:CDD:MopB_CT_Fdh-Nap-like, This CD includes formate dehydrogenases (Fdh) H and N" /inference="protein motif:CDD:MopB_CT_Formate-Dh-Na-like, Formate dehydrogenase N, alpha subunit (Formate-Dh-Na) is a major component of nitrate respiration in bacteria such as in the E" /inference="protein motif:CDD:MopB_CT_Formate-Dh_H, Formate dehydrogenase H (Formate-Dh-H) catalyzes the reversible oxidation of formate to CO2 with the release of a proton and two electrons" /inference="protein motif:CDD:MopB_CT_Nitrate-R-NapA-like, Nitrate reductases, NapA (Nitrate-R-NapA), NasA, and NarB catalyze the reduction of nitrate to nitrite" /inference="protein motif:CDD:MopB_CT_Tetrathionate_Arsenate-R, This CD contains the molybdopterin_binding C-terminal (MopB_CT) region of tetrathionate reductase, subunit A, (TtrA)" /inference="protein motif:CDD:MopB_CT_Thiosulfate-R-like, The MopB_CT_Thiosulfate-R-like CD contains thiosulfate-, sulfur-, and polysulfide-reductases, and other related proteins" /inference="protein motif:CDD:MopB_DmsA-EC, This CD (MopB_DmsA-EC) includes the DmsA enzyme of the dmsABC operon encoding the anaerobic dimethylsulfoxide reductase (DMSOR) of Escherichia coli and other related DMSOR-like enzymes" /inference="protein motif:CDD:MopB_DMSOR-BSOR-TMAOR, The MopB_DMSOR-BSOR-TMAOR CD contains dimethylsulfoxide reductase (DMSOR), biotin sulfoxide reductase (BSOR), trimethylamine N-oxide reductase (TMAOR) and other related proteins" /inference="protein motif:CDD:MopB_DMSOR-like, The MopB_DMSOR-like CD contains dimethylsulfoxide reductase (DMSOR), biotin sulfoxide reductase (BSOR), trimethylamine N-oxide reductase (TMAOR) and other related proteins" /inference="protein motif:CDD:MopB_Formate-Dh-H, Formate dehydrogenase H (Formate-Dh-H) catalyzes the reversible oxidation of formate to CO2 with the release of a proton and two electrons" /inference="protein motif:CDD:MopB_Formate-Dh-Na-like, Formate dehydrogenase N, alpha subunit (Formate-Dh-Na) is a major component of nitrate respiration in bacteria such as in the E" /inference="protein motif:CDD:MopB_NADH-Q-OR-NuoG2, MopB_NADH-Q-OR-NuoG2:The NuoG/Nad11/75-kDa subunit (second domain) of the NADH-quinone oxidoreductase (NADH-Q-OR)/respiratory complex I/NADH dehydrogenase-1 (NDH-1)" /inference="protein motif:CDD:MopB_NDH-1_NuoG2, MopB_NDH-1_NuoG2:The second domain of the NuoG subunit of the NADH-quinone oxidoreductase/NADH dehydrogenase-1 (NDH-1), found in beta- and gammaproteobacteria" /inference="protein motif:CDD:MopB_NDH-1_NuoG2-N7, MopB_NDH-1_NuoG2-N7:The second domain of the NuoG subunit (with a [4Fe-4S] cluster, N7) of the NADH-quinone oxidoreductase/NADH dehydrogenase-1 (NDH-1) found in various bacteria" /inference="protein motif:CDD:MopB_Nitrate-R-NapA-like, Nitrate reductases, NapA (Nitrate-R-NapA), NasA, and NarB catalyze the reduction of nitrate to nitrite" /inference="protein motif:CDD:MopB_Nitrate-R-NarG-like, Respiratory nitrate reductase A (NarGHI), alpha chain (NarG) and related proteins" /inference="protein motif:CDD:MopB_Phenylacetyl-CoA-OR, The MopB_Phenylacetyl-CoA-OR CD contains the phenylacetyl-CoA:acceptor oxidoreductase, large subunit (PadB2), and other related proteins" /inference="protein motif:CDD:MopB_PHLH, The MopB_PHLH CD includes a group of related uncharacterized putative hydrogenase-like homologs (PHLH) of molybdopterin binding (MopB) proteins" /inference="protein motif:CDD:MopB_Res-Cmplx1_Nad11, MopB_Res_Cmplx1_Nad11:The second domain of the Nad11/75-kDa subunit of the NADH-quinone oxidoreductase/respiratory complex I/NADH dehydrogenase-1(NDH-1) of eukaryotes and the Nqo3/G subunit of alphaproteobacteria NDH-1" /inference="protein motif:CDD:MopB_Tetrathionate-Ra, The MopB_Tetrathionate-Ra CD contains tetrathionate reductase, subunit A, (TtrA) and other related proteins" /inference="protein motif:CDD:MopB_Thiosulfate-R-like, The MopB_Thiosulfate-R-like CD contains thiosulfate-, sulfur-, and polysulfide-reductases, and other related proteins" /inference="protein motif:CDD:MopB_ydeP, The MopB_ydeP CD includes a group of related uncharacterized bacterial molybdopterin-binding oxidoreductase-like domains with a putative molybdopterin cofactor binding site" /inference="protein motif:CDD:NarG, Nitrate reductase alpha subunit [Energy production and conversion]" /inference="protein motif:CDD:NuoG, NADH dehydrogenase/NADH:ubiquinone oxidoreductase 75 kD subunit (chain G) [Energy production and conversion]" /inference="protein motif:COG:COG0243 Anaerobic dehydrogenases, typically selenocysteine-containing; C Energy production and conversion" /inference="protein motif:Gene3D:G3D.2.40.40.20 no description" /inference="protein motif:Gene3D:G3D.3.40.228.10 no description" /inference="protein motif:Gene3D:G3D.3.90.55.10 no description" /inference="protein motif:HMMPanther:PTHR11615 NADH-UBIQUINONE OXIDOREDUCTASE FE-S PROTEIN 1" /inference="protein motif:HMMPanther:PTHR11615:SF12 FORMATE DEHYDROGENASE" /inference="protein motif:HMMPfam:PF00384 Molybdopterin InterPro:IPR006656 Molybdopterin oxidoreductase GO:Molecular Function:oxidoreductase activity (GO:0016491)" /inference="protein motif:HMMPfam:PF01568 Molydop_binding InterPro:IPR006657 Molydopterin dinucleotide-binding region GO:Molecular Function:oxidoreductase activity (GO:0016491), Molecular Function:molybdenum ion binding (GO:0030151)" /inference="protein motif:HMMPfam:PF04879 Molybdop_Fe4S4 InterPro:IPR006963 Molybdopterin oxidoreductase Fe4S4 region GO:Molecular Function:oxidoreductase activity (GO:0016491)" /inference="protein motif:HMMTigr:TIGR01591 Fdh-alpha:formate dehydrogenase, alpha sub InterPro:IPR006478 Formate dehydrogenase, alpha subunit GO:Molecular Function:formate dehydrogenase activity (GO:0008863), Cellular Component:formate dehydrogenase complex (GO:0009326), Biological Process:formate metabolism (GO:0015942)" /inference="protein motif:ScanRegExp:PS00490 MOLYBDOPTERIN_PROK_2 InterPro:IPR006655 Prokaryotic molybdopterin oxidoreductase GO:Biological Process:electron transport (GO:0006118), Molecular Function:oxidoreductase activity (GO:0016491)" /inference="protein motif:superfamily:SSF50692 ADC-like InterPro:IPR009010 Aspartate decarboxylase-like fold" /inference="protein motif:superfamily:SSF53706 Formate dehydrogenase/DMSO reductase, domains 1-3" /codon_start=1 /transl_table=11 /product="formate dehydrogenase I subunit A (fdh1A)" /protein_id="ACS32751.1" /translation="MKHPFNTVFHISSFCFGHCRKLFKVLTFILNDWSVIRRVIAMAE KLVPVVCPWCSVGCRFYAVSVNGYIRKIEFDYDHPTVNRGKLCPKGVASYQFINSSKR LKKPLKRVGERGEGKFEEISWDEAYRIIAEKIKEIKETYGPEAIAFLGSEKITLEENY LVHKLSKAIGTNHLDFPGRYCQYSNAPARTKVFGSAPATNPFEDVAKAELIVIWGHNP AETAPVFFGQYIEKAVLDNGAEMVVIDPRATRGHKYASIHLKPYPGTDLAIALAMLNV VISEELYDREFVQERTVGFEELKESVKDYTPEWAEKISGVPAEDIRKVARLIATKRTA LLVNEGLNQHVNGFEFALALANLIAITGNIGKEGVWSGVFPGAQCGFCAAMSGIAPNK LPTGKLVTDEAARAELERLWGFKIPDWVGLDLTSMIREIGNTIKMMYIVGGNIAKSAP NSKWVQEQLKKLDFLVVQDIFLTETAKYADIVLPAAAWFEKTGTAISAERRVQRTYKA AEAPGEAKPDWLILVELAKELGLGEYFKYEHPDEILREINSVIPVFKGATPEYLAEHP EGCFFPCTEPGEGTKILFKKGFKTADGKAHLQPVKWREPPEMPDEEYPLWLTNFRQVG HWHTGTMSFESPSLKKRWPEEYVMINPKDAEKYGIKSGDLVKVETKRGSVLVRAEVTE HVREGVIAMPWHWNVNVLTLEETHEITKMAELKAVAARVSKVEE" gene complement(240071..240664) /locus_tag="TGAM_0250" /note="tg0250" CDS complement(240071..240664) /locus_tag="TGAM_0250" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:AcrR, Transcriptional regulator [Transcription]" /inference="protein motif:CDD:TetR_N, Bacterial regulatory proteins, tetR family" /inference="protein motif:COG:COG1309 Transcriptional regulator; K Transcription" /inference="protein motif:FPrintScan:PR00455 HTHTETR InterPro:IPR001647 Bacterial regulatory protein, TetR GO:Molecular Function:transcription factor activity (GO:0003700), Biological Process:regulation of transcription, DNA-dependent (GO:0006355)" /inference="protein motif:Gene3D:G3D.1.10.10.60 no description InterPro:IPR012287 Homeodomain-related GO:Molecular Function:DNA binding (GO:0003677), Biological Process:regulation of transcription (GO:0045449)" /inference="protein motif:HMMPfam:PF00440 TetR_N InterPro:IPR001647 Bacterial regulatory protein, TetR GO:Molecular Function:transcription factor activity (GO:0003700), Biological Process:regulation of transcription, DNA-dependent (GO:0006355)" /inference="protein motif:ProfileScan:PS50977 HTH_TETR_2 InterPro:IPR001647 Bacterial regulatory protein, TetR GO:Molecular Function:transcription factor activity (GO:0003700), Biological Process:regulation of transcription, DNA-dependent (GO:0006355)" /inference="protein motif:ScanRegExp:PS01081 HTH_TETR_1 InterPro:IPR001647 Bacterial regulatory protein, TetR GO:Molecular Function:transcription factor activity (GO:0003700), Biological Process:regulation of transcription, DNA-dependent (GO:0006355)" /inference="protein motif:superfamily:SSF46689 Homeodomain-like InterPro:IPR009057 Homeodomain-like" /codon_start=1 /transl_table=11 /product="Transcription regulator, TetR family" /protein_id="ACS32752.1" /translation="MVTKSPGKTREKLVSAAMELFAKKGFDKTTVDEIVARAGVAKGT FYLYFKSKDDLIKELAFEVMPIMAMPSLNDPYITVSFPTLESYLLQLGREFLSFYSEN YRAEIFFHMLSVRERMKSIDDIYHQACSELLREGARRITAYVKVGFEDALIAFQVFLA SLMHYLHAGDCLGFSREHYLKKAVDVVLNHLRLSASV" gene complement(240778..241161) /locus_tag="TGAM_0251" /note="tg0251" CDS complement(240778..241161) /locus_tag="TGAM_0251" /note="similar to GSU2146 (Geobacter sulfurreducens PCA)" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein" /protein_id="ACS32753.1" /translation="MEDMMKQMVKGVKSKHGFEETLERIKKKVDELGWSVIGEYDFTE KLGIRFAIVEICNKEFAKKALEKPENRWISAMMPCKFSIIEMPDGVYVFGMNMGLFAK IVPGELGELLSEVAKVDEELINSVL" gene 241231..241485 /gene="hypC-1" /locus_tag="TGAM_0252" /note="tg0252" CDS 241231..241485 /gene="hypC-1" /locus_tag="TGAM_0252" /inference="protein motif:BlastProDom:PD003112 Q9UZB2_PYRAB_Q9UZB2; InterPro:IPR001109 Hydrogenase expression/formation protein (HUPF/HYPC)" /inference="protein motif:CDD:HupF_HypC, HupF/HypC family" /inference="protein motif:COG:COG0298 Hydrogenase maturation factor; O Posttranslational modification, protein turnover, chaperones" /inference="protein motif:HMMPfam:PF01455 HupF_HypC InterPro:IPR001109 Hydrogenase expression/formation protein (HUPF/HYPC)" /inference="protein motif:superfamily:SSF50249 Nucleic acid-binding proteins InterPro:IPR008994 Nucleic acid-binding, OB-fold GO:Molecular Function:nucleic acid binding (GO:0003676)" /codon_start=1 /transl_table=11 /product="[NiFe] hydrogenase maturation protein (hypC)" /protein_id="ACS32754.1" /translation="MALMLAGRVVEVRDGKAIVDVDGQLREAKLDFVRNVKPGDYVKI YYGIVLEKVTREEAEETLARCSYHRSSKLELTFTVSNLKF" gene 241531..241791 /gene="hypC-2" /locus_tag="TGAM_0253" /note="tg0253" CDS 241531..241791 /gene="hypC-2" /locus_tag="TGAM_0253" /inference="protein motif:BlastProDom:PD003112 Q9UZB2_PYRAB_Q9UZB2; InterPro:IPR001109 Hydrogenase expression/formation protein (HUPF/HYPC)" /inference="protein motif:CDD:HupF_HypC, HupF/HypC family" /inference="protein motif:CDD:HypC, Hydrogenase maturation factor [Posttranslational modification, protein turnover, chaperones]" /inference="protein motif:COG:COG0298 Hydrogenase maturation factor; O Posttranslational modification, protein turnover, chaperones" /inference="protein motif:FPrintScan:PR00445 HUPFHYPC InterPro:IPR001109 Hydrogenase expression/formation protein (HUPF/HYPC)" /inference="protein motif:HMMPfam:PF01455 HupF_HypC InterPro:IPR001109 Hydrogenase expression/formation protein (HUPF/HYPC)" /inference="protein motif:HMMPIR:PIRSF005618 [NiFe]-hydrogenase maturation chaperone InterPro:IPR001109 Hydrogenase expression/formation protein (HUPF/HYPC)" /inference="protein motif:HMMTigr:TIGR00074 hypC_hupF:hydrogenase assembly chaperone H InterPro:IPR001109 Hydrogenase expression/formation protein (HUPF/HYPC)" /inference="protein motif:superfamily:SSF50249 Nucleic acid-binding proteins InterPro:IPR008994 Nucleic acid-binding, OB-fold GO:Molecular Function:nucleic acid binding (GO:0003676)" /codon_start=1 /transl_table=11 /product="[NiFe] hydrogenase maturation protein (hypC)" /protein_id="ACS32755.1" /translation="MCLATVAKVLEVNREKGTAWVDFGGVKREARIDLMPDVKPGEYV LIHTGFIIEKVDEQTAKEILSAWEEVFKAEENALGGYYYPGD" gene 241793..242917 /gene="hypD" /locus_tag="TGAM_0254" /note="tg0254" CDS 241793..242917 /gene="hypD" /locus_tag="TGAM_0254" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:HypD, Hydrogenase formation hypA family" /inference="protein motif:COG:COG0409 Hydrogenase maturation factor; O Posttranslational modification, protein turnover, chaperones" /inference="protein motif:Gene3D:G3D.3.40.50.1420 no description" /inference="protein motif:HMMPfam:PF01924 HypD InterPro:IPR002780 Hydrogenase formation HypD protein" /inference="protein motif:HMMPIR:PIRSF005622 [NiFe]-hydrogenase maturation factor, HypD type InterPro:IPR002780 Hydrogenase formation HypD protein" /inference="protein motif:HMMTigr:TIGR00075 hypD:hydrogenase expression/formation prote InterPro:IPR002780 Hydrogenase formation HypD protein" /inference="protein motif:superfamily:SSF52402 Adenine nucleotide alpha hydrolases-like" /codon_start=1 /transl_table=11 /product="[NiFe] hydrogenase maturation protein (hypD)" /protein_id="ACS32756.1" /translation="MSLQSVLAPYRDREIAQKLVEKIKEEAKTLDGEIRIMHVCGTHE DTITRSGIRSLLPENVKVVSGPGCPVCITPVEDIVAMQLIMKKAREEGDEIILTTFGD MYKIPTPMGSFADLKSEGYDVRVVYSIYDAYKMAKENPDKTVVHFSPGFETTTAPTAG MLNAVVNEDIENFKIYSVHRLTPQGIEVLIKQKSRIDALIDAGHVSTIIGVRGWEFLS EKYGIPQVIAGFEPNDVLLAILLLIRMYKEGDARVVNEYKRAVKYEGNVVAQELMNRY FKVVDAKWRALGVFPKTGLEVRDEFKELEIRNSYRVEVPKNLPDLEKGCLCGAVLRGL AMPTDCPHFGKTCTPRHPIGPCMVSYEGTCHIFYKYGALF" gene 243009..245327 /gene="hypF" /locus_tag="TGAM_0255" /note="tg0255" CDS 243009..245327 /gene="hypF" /locus_tag="TGAM_0255" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:BlastProDom:PD001884 Q8U3B1_PYRFU_Q8U3B1; InterPro:IPR001792 Acylphosphatase GO:Molecular Function:acylphosphatase activity (GO:0003998)" /inference="protein motif:BlastProDom:PD002209 Q9UZB4_PYRAB_Q9UZB4; InterPro:IPR006071 SUA5/yciO/yrdC" /inference="protein motif:BlastProDom:PD002367 Q8PZ92_METMA_Q8PZ92; InterPro:IPR000905 Peptidase M22, glycoprotease GO:Biological Process:proteolysis (GO:0006508), Molecular Function:O-sialoglycoprotein endopeptidase activity (GO:0008450)" /inference="protein motif:COG:COG0068 Hydrogenase maturation factor; O Posttranslational modification, protein turnover, chaperones" /inference="protein motif:Gene3D:G3D.2.10.110.10 no description" /inference="protein motif:Gene3D:G3D.3.30.70.100 no description" /inference="protein motif:Gene3D:G3D.3.90.870.10 no description" /inference="protein motif:HMMPanther:PTHR10029 ACYLPHOSPHATASE-RELATED" /inference="protein motif:HMMPfam:PF00708 Acylphosphatase InterPro:IPR001792 Acylphosphatase GO:Molecular Function:acylphosphatase activity (GO:0003998)" /inference="protein motif:HMMPfam:PF01300 Sua5_yciO_yrdC InterPro:IPR006070 SUA5/yciO/yrdC, N-terminal" /inference="protein motif:HMMPfam:PF07503 zf-HYPF InterPro:IPR011125 Zinc finger, HypF GO:Molecular Function:zinc ion binding (GO:0008270)" /inference="protein motif:HMMPIR:PIRSF006256 Carbamoyl phosphate-converting enzyme ([NiFe]-hydrogenase maturation factor) InterPro:IPR004421 Hydrogenase maturation protein HypF GO:Molecular Function:transcription regulator activity (GO:0030528)" /inference="protein motif:HMMTigr:TIGR00143 hypF:[NiFe] hydrogenase maturation protein InterPro:IPR004421 Hydrogenase maturation protein HypF GO:Molecular Function:transcription regulator activity (GO:0030528)" /inference="protein motif:superfamily:SSF54975 Acylphosphatase-like" /inference="protein motif:superfamily:SSF55821 YrdC/RibB" /inference="protein motif:superfamily:SSF57716 Glucocorticoid receptor-like (DNA-binding domain)" /inference="protein motif:superfamily:SSF57783" /codon_start=1 /transl_table=11 /product="[NiFe] hydrogenase maturation protein (hypF)" /protein_id="ACS32757.1" /translation="MKAYRIHVQGIVQAVGFRPFIYRIAHEHNLRGYVKNLGDAGVEI VVEGREEDIEAFIRDIHRKKPPLARIDRLEKKEIPPQGFPEFYIEKSSKGGRGGDSII PPDIAICEDCLRELFDPTNKRYMYPFIVCTNCGPRFTIIEDLPYDRENTTMREFPMCD FCRSEYEDPLNRRYHAEPIACPVCGPSYRLYTSDGEEITGDPLRKAAELIDRGYIVAI KGIGGIHLACDATNEEVVAELRKRTFRPQKPFAIMADSLETVRSFAYVSREEEEELTS YRRPIITLRKREPFPLPENLAPGLHTIGVMLPYAGTHYILFHWSKTKVYVMTSANYPG MPMVKDNERAFEELRDMADYLLLHNRKILNRADDSVIRFVDGRRAVIRRSRGFVPLPI EIPFNYRGLAVGAELMNAFGVAKNGKVYPSQYIGNTGKVEVLEFMREAIEHFKRILRV KEFDLIVADLHPTYNTTKLAMELANEMGVELLQVQHHYAHIASVLAEKNLESAVGIAV DGVGYGTDGNVWGGEVLYLGYEDVERLAHIDYYPLPGGDLASYYPLRALMGILSKVYG IDALEGVIRKCCPKAIESLKYGEVEFSVALNQLAKGINLAYASSTGRVLDAFAVLLNV AYRRHYEGEPAMKLESFAMKGKNDLGFTVPIEGELIRVEELFTQALDVLEKASPADIA YSVHLALARAFAGVAIEKAREFGVKDVVMSGGVAYNELIVKTVRKAVEASGLRFHVTT EVPRGDNGINVGQAFLGGLYLEGYLTKEDLML" gene 245361..245612 /locus_tag="TGAM_0256" /note="tg0256" CDS 245361..245612 /locus_tag="TGAM_0256" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein" /protein_id="ACS32758.1" /translation="MGVMGKVITIRVPDWIGDDFIKRIERMVEEEIERAFASGRVDRE TYLRFVETYSTTKDVLLENDEELLAEMRKKEKARINDSY" gene 245599..245925 /locus_tag="TGAM_0257" /note="tg0257" CDS 245599..245925 /locus_tag="TGAM_0257" /inference="protein motif:COG:COG1487 Predicted nucleic acid-binding protein, contains PIN domain; R General function prediction only" /inference="protein motif:HMMPfam:PF01850 PIN InterPro:IPR002716 PilT protein, N-terminal" /inference="protein motif:superfamily:SSF88723 PIN domain-like" /codon_start=1 /transl_table=11 /product="Nucleotide binding protein, putative, containing PIN domain" /protein_id="ACS32759.1" /translation="MTVIDTNVVMRRVKTGEEISENITEVTAVEYPPVLSYRKFNGEI LLITRRTVAIAIELQRKLREIGKPKQFADLMIAAICIANGEKLITYDSDFKDIADVSE LEVEVL" gene 245925..246251 /locus_tag="TGAM_0258" /note="tg0258" CDS 245925..246251 /locus_tag="TGAM_0258" /inference="protein motif:COG:COG1708 Predicted nucleotidyltransferases; R General function prediction only" /inference="protein motif:Gene3D:G3D.3.30.460.10 no description" /inference="protein motif:HMMPfam:PF01909 NTP_transf_2 InterPro:IPR002934 DNA polymerase, beta-like region GO:Molecular Function:nucleotidyltransferase activity (GO:0016779)" /inference="protein motif:ProfileScan:PS50153 PAP InterPro:IPR001201 PAP/25A core GO:Molecular Function:nucleic acid binding (GO:0003676)" /inference="protein motif:superfamily:SSF81301 Nucleotidyltransferase" /codon_start=1 /transl_table=11 /product="Nucleotidyltransferase" /protein_id="ACS32760.1" /translation="MPVIPREELLEILREVKERLRDILGDDLVEVILFGSYARGEARE DSDVDVLVVVRRRVTLEEYDRLSEITEKYVLEKGLVISLIVYPISPGMEHDPLIQNVH VEGIKV" gene 246248..246640 /locus_tag="TGAM_0259" /note="tg0259" CDS 246248..246640 /locus_tag="TGAM_0259" /inference="protein motif:BlastProDom:PD015886 Y142_METJA_Q57607; InterPro:IPR002806 Protein of unknown function DUF103" /inference="protein motif:CDD:COG1895, Uncharacterized conserved protein related to C-terminal domain of eukaryotic chaperone, SACSIN [Function unknown]" /inference="protein motif:CDD:DUF103, Protein of unknown function DUF103" /inference="protein motif:COG:COG1895 Uncharacterized conserved protein related to C-terminal domain of eukaryotic chaperone, SACSIN; S Function unknown" /inference="protein motif:HMMPfam:PF01953 DUF103 InterPro:IPR002806 Protein of unknown function DUF103" /inference="protein motif:superfamily:SSF81593 Nucleotidyltransferase substrate binding subunit/domain" /note="Contains DUF103 domain and Nucleotidyltransferase substrate binding subunit/domain" /codon_start=1 /transl_table=11 /product="conserved hypothetical protein" /protein_id="ACS32761.1" /translation="MNKYEEMLKKAHESLEASKTLLEKGFYAFALSRAYYTMFYCAEA ILLTKGISVSKHSAVIALFGREFVKTGEVPHKFFTHLRTAFNLRQTADYSFVVDITEE EARENIRRAEEFLGFTRSYLSSKGFLEG" gene 246643..247659 /gene="hypE" /locus_tag="TGAM_0260" /note="tg0260" CDS 246643..247659 /gene="hypE" /locus_tag="TGAM_0260" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:AIRS, AIR synthase related protein, N-terminal domain" /inference="protein motif:CDD:AIRS_C, AIR synthase related protein, C-terminal domain" /inference="protein motif:CDD:COG2144, Selenophosphate synthetase-related proteins [General function prediction only]" /inference="protein motif:CDD:HypE, Hydrogenase maturation factor [Posttranslational modification, protein turnover, chaperones]" /inference="protein motif:CDD:HypE_N, HypE (Hydrogenase expression/formation protein)" /inference="protein motif:CDD:PurL, Phosphoribosylformylglycinamidine (FGAM) synthase, synthetase domain [Nucleotide transport and metabolism]" /inference="protein motif:CDD:PurM, Phosphoribosylaminoimidazole (AIR) synthetase [Nucleotide transport and metabolism]" /inference="protein motif:CDD:PurM_N_like, AIR synthase related protein, N-terminal domain" /inference="protein motif:CDD:SelD, Selenophosphate synthase [Amino acid transport and metabolism]" /inference="protein motif:CDD:ThiL, Thiamine monophosphate kinase [Coenzyme metabolism]" /inference="protein motif:COG:COG0309 Hydrogenase maturation factor; O Posttranslational modification, protein turnover, chaperones" /inference="protein motif:Gene3D:G3D.3.30.70.460 no description" /inference="protein motif:HMMPanther:PTHR10256 SELENOPHOSPHATE SYNTHASE" /inference="protein motif:HMMPfam:PF00586 AIRS InterPro:IPR000728 AIR synthase related protein GO:Molecular Function:catalytic activity (GO:0003824)" /inference="protein motif:HMMPfam:PF02769 AIRS_C InterPro:IPR010918 AIR synthase related protein, C-terminal" /inference="protein motif:HMMPIR:PIRSF005644 [NiFe]-hydrogenase maturation factor, AIR synthase-related, HypE type InterPro:IPR011854 Hydrogenase expression/formation protein HypE" /inference="protein motif:HMMTigr:TIGR02124 hypE:hydrogenase expression/formation prote InterPro:IPR011854 Hydrogenase expression/formation protein HypE" /inference="protein motif:superfamily:SSF55326 Aminoimidazole ribonucleotide synthetase (PurM) N-terminal domain" /inference="protein motif:superfamily:SSF56042 Aminoimidazole ribonucleotide synthetase (PurM) C-terminal domain" /codon_start=1 /transl_table=11 /product="[NiFe] hydrogenase maturation protein (hypE)" /protein_id="ACS32762.1" /translation="MGEKIKLEHGAGGEIMEELLRNVILKTLTLKSAGGIGLDALDDG ATIPFGDKYIVFTIDGHTVKPLFFPGGDIGRLAVSGTVNDLAVMGAKPLALANSMIIG EGLDMEVLERVLRSMDETAREVPVPIVTGDTKVVEEPIEMFVITAGVGIAERPISDAG AKVGDVVLVSGTIGDHGIALMSHREGIAFETELKSDVAPIWEVVEAVAKAIGWENIHA MKDPTRAGLSNALNEIARKSNVGILVREDAIPVKPEVRAASEMLGISPYDVANEGKVV MVVAREYAEEALEAMRKTERGKDAAIIGEVIEEYRGKVLLETGIGGKRFMEPPEGDPV PRIC" gene complement(247723..248727) /gene="porB" /locus_tag="TGAM_0261" /note="tg0261" CDS complement(247723..248727) /gene="porB" /locus_tag="TGAM_0261" /EC_number="1.2.7.1" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:PorB, Pyruvate:ferredoxin oxidoreductase and related 2-oxoacid:ferredoxin oxidoreductases, beta subunit [Energy production and conversion]" /inference="protein motif:CDD:TPP_enzyme_C, Thiamine pyrophosphate enzyme, C-terminal TPP binding domain" /inference="protein motif:CDD:TPP_OGFOR, Thiamine pyrophosphate (TPP family), 2-oxoglutarate ferredoxin oxidoreductase (OGFOR) subfamily, TPP-binding module" /inference="protein motif:CDD:TPP_PFOR, Thiamine pyrophosphate (TPP family), Pyruvate ferredoxin/flavodoxin oxidoreductase (PFOR) subfamily, TPP-binding module" /inference="protein motif:CDD:TPP_PFOR_PNO, Thiamine pyrophosphate (TPP family), PFOR_PNO subfamily, TPP-binding module" /inference="protein motif:CDD:TPP_PFOR_porB_like, Thiamine pyrophosphate (TPP family), PFOR porB-like subfamily, TPP-binding module" /inference="protein motif:COG:COG1013 Pyruvate:ferredoxin oxidoreductase and related 2-oxoacid:ferredoxin oxidoreductases, beta subunit; C Energy production and conversion" /inference="protein motif:Gene3D:G3D.3.40.50.970 no description" /inference="protein motif:HMMPfam:PF02775 TPP_enzyme_C InterPro:IPR011766 Thiamine pyrophosphate enzyme, C-terminal TPP-binding GO:Molecular Function:catalytic activity (GO:0003824), Molecular Function:thiamin pyrophosphate binding (GO:0030976)" /inference="protein motif:superfamily:SSF52518 Thiamin diphosphate-binding fold (THDP-binding)" /codon_start=1 /transl_table=11 /product="Pyruvate synthase subunit porB (pyruvate oxidoreductase beta chain) (pyruvate ferredoxin oxidoreductase) (porB)" /protein_id="ACS32763.1" /translation="MMKMAVRKPPITTREYWAPGHAACAGCGCAIALKLATKAFSEAM EEKYGDPNAFAIAQATGCMEVVSAVFPYTAWKVPWVHVAFENAAAAASGIEAAWKKKG LKGKILAIGGDGGTADIGLQALSGMLERRHNVVYLMYDNEAYMNTGIQRSSSTPYGAW TTTSPPGKYSIGEDKPKKWVALIAAAHQVPYVATASIGNPFDFVRKMKKAAKVDGPAF VQVHCTCPTGWKSPLEKGVEIARLAIETGIWPLFEIENGDFHNIKIQSPGGGAKVKRE GGKVVAIEFKKPIEEYLKLQGRFKHLFKRPEAIDQLREQIKAMWKVLGVEVTLPKPEE " gene complement(248729..249913) /gene="porA" /locus_tag="TGAM_0262" /note="tg0262" CDS complement(248729..249913) /gene="porA" /locus_tag="TGAM_0262" /EC_number="1.2.7.1" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:POR_N, Pyruvate flavodoxin/ferredoxin oxidoreductase, thiamine diP-binding domain" /inference="protein motif:CDD:PorA, Pyruvate:ferredoxin oxidoreductase and related 2-oxoacid:ferredoxin oxidoreductases, alpha subunit [Energy production and conversion]" /inference="protein motif:COG:COG0674 Pyruvate:ferredoxin oxidoreductase and related 2-oxoacid:ferredoxin oxidoreductases, alpha subunit; C Energy production and conversion" /inference="protein motif:Gene3D:G3D.3.40.50.920 no description InterPro:IPR009014 Transketolase, C-terminal-like" /inference="protein motif:Gene3D:G3D.3.40.50.970 no description" /inference="protein motif:HMMPfam:PF01855 POR_N InterPro:IPR002880 Pyruvate flavodoxin/ferredoxin oxidoreductase, N-terminal GO:Biological Process:electron transport (GO:0006118), Molecular Function:oxidoreductase activity (GO:0016491)" /inference="protein motif:HMMPfam:PF02780 Transketolase_C InterPro:IPR005476 Transketolase, C-terminal" /inference="protein motif:superfamily:SSF52518 Thiamin diphosphate-binding fold (THDP-binding)" /inference="protein motif:superfamily:SSF52922 TK C-terminal domain-like InterPro:IPR009014 Transketolase, C-terminal-like" /codon_start=1 /transl_table=11 /product="Pyruvate synthase subunit porA (pyruvate oxidoreductase alpha chain) (pyruvate ferredoxin oxidoreductase) (porA)" /protein_id="ACS32764.1" /translation="MPIRTVMKANEAAAWAAKLAKPKVIAAFPITPSTLVPEKISEFV ANGELDAEFIKVESEHSAISACVGASAAGVRTFTATASQGLALMHEVLFIAAGMRLPI VMAIGNRSLSAPINIWNDWQDSISERDTGWLQFYAENNQEALDLILIAYKVAEDERVL LPAMVGFDAFILTHTVEPVEIPDQEVVDEFLGEYEPKHAYVDPKRPITQGTLAFPAHY MEARYTVWEANENARKVIDEAFAEFEKRFGRKYQKVEEYRTDDAEIIFVTMGSLAGTV KEYVDHLREKGIKAGAAKLTVYRPFPIEEVRALAKKAKVLALLEKNVTFSVGGALFQD FSRALINEKEKPIIIDYIVGLGGRDVTFQNLDEALAIAQKALNGEEFEEVNWIGLRKE IL" gene complement(249925..250242) /gene="porD" /locus_tag="TGAM_0263" /note="tg0263" CDS complement(249925..250242) /gene="porD" /locus_tag="TGAM_0263" /EC_number="1.2.7.1" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:COG1144, Pyruvate:ferredoxin oxidoreductase and related 2-oxoacid:ferredoxin oxidoreductases, delta subunit [Energy production and conversion]" /inference="protein motif:CDD:COG1149, MinD superfamily P-loop ATPase containing an inserted ferredoxin domain [Energy production and conversion]" /inference="protein motif:COG:COG1144 Pyruvate:ferredoxin oxidoreductase and related 2-oxoacid:ferredoxin oxidoreductases, delta subunit; C Energy production and conversion" /inference="protein motif:FPrintScan:PR00353 4FE4SFRDOXIN InterPro:IPR001450 4Fe-4S ferredoxin, iron-sulfur binding GO:Molecular Function:electron transporter activity (GO:0005489), Molecular Function:iron ion binding (GO:0005506), Biological Process:electron transport (GO:0006118)" /inference="protein motif:Gene3D:G3D.3.30.70.20 no description" /inference="protein motif:HMMPanther:PTHR19248 RNASE L INHIBITOR-RELATED" /inference="protein motif:HMMPanther:PTHR19248:SF2 RNASE L INHIBITOR" /inference="protein motif:HMMPfam:PF00037 Fer4 InterPro:IPR001450 4Fe-4S ferredoxin, iron-sulfur binding GO:Molecular Function:electron transporter activity (GO:0005489), Molecular Function:iron ion binding (GO:0005506), Biological Process:electron transport (GO:0006118)" /inference="protein motif:HMMTigr:TIGR02179 PorD_KorD:2-oxoacid:acceptor oxidoreductas InterPro:IPR011898 2-oxoacid:acceptor oxidoreductase, delta subunit, pyruvate/2-ketoisovalerate GO:Molecular Function:iron ion binding (GO:0005506), Biological Process:electron transport (GO:0006118), Molecular Function:oxidoreductase activity, acting on the aldehyde or oxo group of donors, iron-sulfur protein as acceptor (GO:0016625)" /inference="protein motif:ScanRegExp:PS00198 4FE4S_FERREDOXIN InterPro:IPR001450 4Fe-4S ferredoxin, iron-sulfur binding GO:Molecular Function:electron transporter activity (GO:0005489), Molecular Function:iron ion binding (GO:0005506), Biological Process:electron transport (GO:0006118)" /inference="protein motif:superfamily:SSF54862 4Fe-4S ferredoxins" /codon_start=1 /transl_table=11 /product="Pyruvate synthase subunit porD (pyruvate oxidoreductase delta chain) (pyruvate ferredoxin oxidoreductase) (porD)" /protein_id="ACS32765.1" /translation="MAESPFKADIERVQKEYSEKMTPGAIAYIPGSSVINKTGSWRVF MPEFYRDKCVRCYLCYIYCPEPAIYLDEENYPVFDYDYCKGCGICANECPTDAIVMVR ESK" gene complement(250292..251227) /gene="vorB" /locus_tag="TGAM_0264" /note="tg0264" CDS complement(250292..251227) /gene="vorB" /locus_tag="TGAM_0264" /EC_number="1.2.7.7" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:PorB, Pyruvate:ferredoxin oxidoreductase and related 2-oxoacid:ferredoxin oxidoreductases, beta subunit [Energy production and conversion]" /inference="protein motif:CDD:TPP_enzyme_C, Thiamine pyrophosphate enzyme, C-terminal TPP binding domain" /inference="protein motif:CDD:TPP_OGFOR, Thiamine pyrophosphate (TPP family), 2-oxoglutarate ferredoxin oxidoreductase (OGFOR) subfamily, TPP-binding module" /inference="protein motif:CDD:TPP_PFOR, Thiamine pyrophosphate (TPP family), Pyruvate ferredoxin/flavodoxin oxidoreductase (PFOR) subfamily, TPP-binding module" /inference="protein motif:CDD:TPP_PFOR_PNO, Thiamine pyrophosphate (TPP family), PFOR_PNO subfamily, TPP-binding module" /inference="protein motif:CDD:TPP_PFOR_porB_like, Thiamine pyrophosphate (TPP family), PFOR porB-like subfamily, TPP-binding module" /inference="protein motif:COG:COG1013 Pyruvate:ferredoxin oxidoreductase and related 2-oxoacid:ferredoxin oxidoreductases, beta subunit; C Energy production and conversion" /inference="protein motif:Gene3D:G3D.3.40.50.970 no description" /inference="protein motif:HMMPanther:PTHR19384 NADPH-CYTOCHROME P450 REDUCTASE-RELATED" /inference="protein motif:HMMPanther:PTHR19384:SF15 NADPH-DEPENDENT FMN AND FAD CONTAINING OXIDOREDUCTASE" /inference="protein motif:HMMPfam:PF02775 TPP_enzyme_C InterPro:IPR011766 Thiamine pyrophosphate enzyme, C-terminal TPP-binding GO:Molecular Function:catalytic activity (GO:0003824), Molecular Function:thiamin pyrophosphate binding (GO:0030976)" /inference="protein motif:superfamily:SSF52518 Thiamin diphosphate-binding fold (THDP-binding)" /codon_start=1 /transl_table=11 /product="Ketoisovalerate oxidoreductase subunit vorB (vorB)" /protein_id="ACS32766.1" /translation="MEIPESIKKRLTIPAEEHFFAGHTACQGCGASLGLRYVLKAYGK KTIVVIPACCSTIIAGAWPYNTLDANLFHTAFETTGAVISGIEAALKARGIKVKGEDG VMVVGWAGDGGTADIGLQALSGFLERGHDAVYIMYDNEAYMNTGIQRSSSTPYGAWTT NTPGGKMHFLEKRHKKKVIDIVIAHEVPYAATASVAFPEDFIRKLKKARKIPGPSFIQ LFSPCPTGWRSPTDKSIEIARLAVQTAYFPLFEYENGKYKINMPSPKKEPKPIEEFLK LQGRFKYMTREDIENLQAWVLREWEKLKKLAEVFG" gene complement(251233..252420) /gene="vorA" /locus_tag="TGAM_0265" /note="tg0265" CDS complement(251233..252420) /gene="vorA" /locus_tag="TGAM_0265" /EC_number="1.2.7.7" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:COG4231, Indolepyruvate ferredoxin oxidoreductase, alpha and beta subunits [Energy production and conversion]" /inference="protein motif:CDD:POR_N, Pyruvate flavodoxin/ferredoxin oxidoreductase, thiamine diP-binding domain" /inference="protein motif:CDD:PorA, Pyruvate:ferredoxin oxidoreductase and related 2-oxoacid:ferredoxin oxidoreductases, alpha subunit [Energy production and conversion]" /inference="protein motif:COG:COG0674 Pyruvate:ferredoxin oxidoreductase and related 2-oxoacid:ferredoxin oxidoreductases, alpha subunit; C Energy production and conversion" /inference="protein motif:Gene3D:G3D.3.40.50.920 no description InterPro:IPR009014 Transketolase, C-terminal-like" /inference="protein motif:Gene3D:G3D.3.40.50.970 no description" /inference="protein motif:HMMPfam:PF01855 POR_N InterPro:IPR002880 Pyruvate flavodoxin/ferredoxin oxidoreductase, N-terminal GO:Biological Process:electron transport (GO:0006118), Molecular Function:oxidoreductase activity (GO:0016491)" /inference="protein motif:superfamily:SSF52518 Thiamin diphosphate-binding fold (THDP-binding)" /inference="protein motif:superfamily:SSF52922 TK C-terminal domain-like InterPro:IPR009014 Transketolase, C-terminal-like" /codon_start=1 /transl_table=11 /product="Ketoisovalerate oxidoreductase subunit vorA (vorA)" /protein_id="ACS32767.1" /translation="MAEYKPIRKVVSGNYAAAYAVKHARVQVVAAYPITPQTSIIEKI AEFIANGEADIQYVPVESEHSAMAASIGASAAGARAFTATSAQGLALMHEMLHWASGA RLPVVMVNVNRAMAPPWSVWDDQTDSLAQRDTGWMQFYAENNQEVYDGVLMSFKVAET VNVPAMVIESAFILSHTYDVVEMIPQELVDEFLPPRKPLYDLADFSRAISVGALATPN DYYEFRYKLAKAMEDAKKVIKDVGKEFGERFGRDYSEMIEKGYVDDADFVFMGMGSLM GTVKEAVDLLRKEGYKVGYAKVRWFRPFPKEELLEIAESVKGIAVLDRNFSFGQEGIL FNEAKGVLYNTSARPIMKNYIVGLGGRDFTVPDVKAIAEDMKRVIEAGKLDREVEWYH LKR" gene complement(252422..252739) /gene="vorD" /locus_tag="TGAM_0266" /note="tg0266" CDS complement(252422..252739) /gene="vorD" /locus_tag="TGAM_0266" /EC_number="1.2.7.7" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:COG1144, Pyruvate:ferredoxin oxidoreductase and related 2-oxoacid:ferredoxin oxidoreductases, delta subunit [Energy production and conversion]" /inference="protein motif:CDD:COG1149, MinD superfamily P-loop ATPase containing an inserted ferredoxin domain [Energy production and conversion]" /inference="protein motif:COG:COG1144 Pyruvate:ferredoxin oxidoreductase and related 2-oxoacid:ferredoxin oxidoreductases, delta subunit; C Energy production and conversion" /inference="protein motif:FPrintScan:PR00353 4FE4SFRDOXIN InterPro:IPR001450 4Fe-4S ferredoxin, iron-sulfur binding GO:Molecular Function:electron transporter activity (GO:0005489), Molecular Function:iron ion binding (GO:0005506), Biological Process:electron transport (GO:0006118)" /inference="protein motif:Gene3D:G3D.3.30.70.20 no description" /inference="protein motif:HMMPanther:PTHR11780 NADH-UBIQUINONE OXIDOREDUCTASE FLAVOPROTEIN 1 (NDUFV1)" /inference="protein motif:HMMPfam:PF00037 Fer4 InterPro:IPR001450 4Fe-4S ferredoxin, iron-sulfur binding GO:Molecular Function:electron transporter activity (GO:0005489), Molecular Function:iron ion binding (GO:0005506), Biological Process:electron transport (GO:0006118)" /inference="protein motif:HMMTigr:TIGR02179 PorD_KorD:2-oxoacid:acceptor oxidoreductas InterPro:IPR011898 2-oxoacid:acceptor oxidoreductase, delta subunit, pyruvate/2-ketoisovalerate GO:Molecular Function:iron ion binding (GO:0005506), Biological Process:electron transport (GO:0006118), Molecular Function:oxidoreductase activity, acting on the aldehyde or oxo group of donors, iron-sulfur protein as acceptor (GO:0016625)" /inference="protein motif:ScanRegExp:PS00198 4FE4S_FERREDOXIN InterPro:IPR001450 4Fe-4S ferredoxin, iron-sulfur binding GO:Molecular Function:electron transporter activity (GO:0005489), Molecular Function:iron ion binding (GO:0005506), Biological Process:electron transport (GO:0006118)" /inference="protein motif:superfamily:SSF54862 4Fe-4S ferredoxins" /codon_start=1 /transl_table=11 /product="Ketoisovalerate oxidoreductase subunit vorD (vorD)" /protein_id="ACS32768.1" /translation="MNTLFGEKKTEAKKIVFTSVDQYPEAPISLATTLSNFTGDWRTF IPVIIEEKCVKCYICWKFCPEPAIYIREDGYVGIDYDYCKGCGICANECPTNAITMEK EEK" gene complement(252776..253333) /gene="porG" /locus_tag="TGAM_0267" /note="tg0267" CDS complement(252776..253333) /gene="porG" /locus_tag="TGAM_0267" /EC_number="1.2.7.7" /EC_number="1.2.7.1" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:POR, Pyruvate ferredoxin/flavodoxin oxidoreductase" /inference="protein motif:CDD:PorG, Pyruvate:ferredoxin oxidoreductase and related 2-oxoacid:ferredoxin oxidoreductases, gamma subunit [Energy production and conversion]" /inference="protein motif:COG:COG1014 Pyruvate:ferredoxin oxidoreductase and related 2-oxoacid:ferredoxin oxidoreductases, gamma subunit; C Energy production and conversion" /inference="protein motif:Gene3D:G3D.3.40.920.10 no description" /inference="protein motif:HMMPfam:PF01558 POR InterPro:IPR002869 Pyruvate ferredoxin/flavodoxin oxidoreductase GO:Biological Process:electron transport (GO:0006118), Molecular Function:oxidoreductase activity (GO:0016491)" /inference="protein motif:HMMTigr:TIGR02175 PorC_KorC:2-oxoacid:acceptor oxidoreductas InterPro:IPR011894 2-oxoacid:acceptor oxidoreductase, gamma subunit, pyruvate/2-ketoisovalerate GO:Molecular Function:oxidoreductase activity, acting on the aldehyde or oxo group of donors, iron-sulfur protein as acceptor (GO:0016625)" /inference="protein motif:superfamily:SSF53323 Pyruvate-ferredoxin oxidoreductase, PFOR, domain III" /codon_start=1 /transl_table=11 /product="Pyruvate/ketoisovalerate oxidoreductases common gamma subunit (porG)" /protein_id="ACS32769.1" /translation="MIEIRFHGRGGQGAVTAANILASAAFKEGKYVQAFPFFGVERRG APVTAFTRIDDKPIRIKTQIYEPDIVVVLDPSLLETVDVTAGLKDGGIVIINTEKSKE EVLEKLKKKPGKLALVDATSIALEVLGLPITNTAILGAVAKATGLVKLESVQEAIKET FSGALGEKNAKAAEEAFNKTTVYEL" gene 253551..254513 /locus_tag="TGAM_0268" /note="tg0268" CDS 253551..254513 /locus_tag="TGAM_0268" /inference="protein motif:CDD:PHO4, Phosphate transporter family" /inference="protein motif:CDD:PitA, Phosphate/sulphate permeases [Inorganic ion transport and metabolism]" /inference="protein motif:COG:COG0306 Phosphate/sulphate permeases; P Inorganic ion transport and metabolism" /inference="protein motif:HMMPanther:PTHR11101 PHOSPHATE TRANSPORTER-RELATED InterPro:IPR001204 Phosphate transporter GO:Molecular Function:inorganic phosphate transporter activity (GO:0005315), Biological Process:phosphate transport (GO:0006817), Cellular Component:membrane (GO:0016020)" /inference="protein motif:HMMPanther:PTHR11101:SF1 PHOSPHATE TRANSPORTER-RELATED" /inference="protein motif:HMMPfam:PF01384 PHO4 InterPro:IPR001204 Phosphate transporter GO:Molecular Function:inorganic phosphate transporter activity (GO:0005315), Biological Process:phosphate transport (GO:0006817), Cellular Component:membrane (GO:0016020)" /note="Belongs to PHO-4 family; 9 probable transmembrane helices predicted by modhmm" /codon_start=1 /transl_table=11 /product="Phosphate transporter" /protein_id="ACS32770.1" /translation="MEAVAIAMVAVAFYIAWNIGSNDSANAMGTAVGAGILSFRQATL TIAIFTLLGAYLKGYKVMKTVGKGIVPPGYLTVELAVIALLSAGVWVTIATVKGLPVS TTQAIVGGVLGVGLSIGAPVNWETMGKIAGAWVFSPVLSGIFAAILYKFYSRVVSSIK SISTIEALYKALAILGGSYMAFNFGTNEVANASGPIVGAGFLEPRTAGILVALSLAMG SLTFSYAVMHTVGKKITALGPISAFAAQFGSAISVSLANVLGLPVSSSQAIVGGVVGV GLITGEGVDKRVIKDILFGWVATPTVAVLISLIVFRLFHLVGLV" gene complement(254496..255791) /gene="hflX" /locus_tag="TGAM_0269" /note="tg0269" CDS complement(254496..255791) /gene="hflX" /locus_tag="TGAM_0269" /inference="protein motif:CDD:COG1084, Predicted GTPase [General function prediction only]" /inference="protein motif:CDD:COG1160, Predicted GTPases [General function prediction only]" /inference="protein motif:CDD:EngA1, EngA1 subfamily" /inference="protein motif:CDD:EngA2, EngA2 subfamily" /inference="protein motif:CDD:Era, Era subfamily" /inference="protein motif:CDD:Era, GTPase [General function prediction only]" /inference="protein motif:CDD:Era_like, Era (E" /inference="protein motif:CDD:FeoB, Fe2+ transport system protein B [Inorganic ion transport and metabolism]" /inference="protein motif:CDD:FeoB, Ferrous iron transport protein B" /inference="protein motif:CDD:FeoB, Ferrous iron transport protein B (FeoB) subfamily" /inference="protein motif:CDD:GTP_translation_factor, GTP translation factor family" /inference="protein motif:CDD:HflX, GTPases [General function prediction only]" /inference="protein motif:CDD:HflX, HflX subfamily" /inference="protein motif:CDD:NOG, NOG1 is a nucleolar GTP-binding protein present in eukaryotes ranging from trypanosomes to humans" /inference="protein motif:CDD:Obg, Obg subfamily" /inference="protein motif:CDD:Obg, Predicted GTPase [General function prediction only]" /inference="protein motif:CDD:Obg_like, The Obg-like subfamily consists of five well-delimited, ancient subfamilies, namely Obg, DRG, YyaF/YchF, Ygr210, and NOG1" /inference="protein motif:CDD:Ras_like_GTPase, Ras-like GTPase superfamily" /inference="protein motif:CDD:ThdF, Predicted GTPase [General function prediction only]" /inference="protein motif:CDD:trmE, TrmE (MnmE, ThdF, MSS1) is a 3-domain protein found in bacteria and eukaryotes" /inference="protein motif:CDD:YihA_EngB, The YihA (EngB) subfamily" /inference="protein motif:COG:COG2262 GTPases; R General function prediction only" /inference="protein motif:FPrintScan:PR00326 GTP1OBG InterPro:IPR006073 GTP1/OBG GO:Molecular Function:GTP binding (GO:0005525)" /inference="protein motif:Gene3D:G3D.3.40.50.300 no description" /inference="protein motif:HMMPanther:PTHR10229 GTP-BINDING PROTEIN HFLX" /inference="protein motif:HMMPanther:PTHR10229:SF3 GTP-BINDING PROTEIN HFLX" /inference="protein motif:HMMPfam:PF01926 MMR_HSR1 InterPro:IPR002917 GTP-binding protein, HSR1-related GO:Molecular Function:GTP binding (GO:0005525), Cellular Component:intracellular (GO:0005622)" /inference="protein motif:HMMTigr:TIGR00231 small_GTP:small GTP-binding protein domain InterPro:IPR005225 Small GTP-binding protein domain GO:Molecular Function:GTP binding (GO:0005525)" /inference="protein motif:superfamily:SSF52540 P-loop containing nucleoside triphosphate hydrolases" /inference="protein motif:superfamily:SSF55261 Prokaryotic AspRS, insert domain" /codon_start=1 /transl_table=11 /product="GTP-binding protein hflx (hflX)" /protein_id="ACS32771.1" /translation="MRDMKAIGVIRYSRRERLSREEFEELLRSAGYEVLAVLEQNREE HPRYNIGRGKLEELKELVKELRPDKVIFANRLTPSQAYNLWKELRVEILDRWQLVLEI FEKRAHSKEAKLQVELASLQYEVPLVKEAIRRIKLGDRAGFKGMGEYQTQQYLKHIRY RMGKIRKELERVRADRGVKRKRREELGFLLIALAGYTNAGKSTLLNALAGESVEARDQ MFTTLDTTTRRFKLGRKRVLLTDTVGFIDNLPPFIVEAFHSTLEEIVKADIVLLVIDA SEPWAEVRRKLLASIEILRELKALDKPMVIVLNKIDLTNDEDVEEKRRRIMEIADELA PSVRAVVKTSAKLGILEELKRALEEIIPSLPKYRRFKILIPSTVDPGKVLGLLESIGE VLSVSYGDEVEVEGLVQVGMIKELTRLGIKLEHPSNEAH" gene 255880..256824 /locus_tag="TGAM_0270" /note="tg0270" CDS 255880..256824 /locus_tag="TGAM_0270" /note="1 probable transmembrane helix predicted by modhmm" /codon_start=1 /transl_table=11 /product="Hypothetical protein" /protein_id="ACS32772.1" /translation="MVKIKRSWLIIVLIFALLVGYGFSVYRELKTPEVYATYDLVVER YVSYLSWPEEEIKSGPFTFEFRGPEFIPYRDSRSVPVPLIFRVFTCQEPDDPQPVNYT IDIWYTVYNGTSVPSFMTLSDVVPVGNISGEDVFMFFINYTLDDKGEAFQLGIAPKGG QVSFSRGDGTVWSLKDIGAFVDTDGFSGSSTCYLPESELPPLRYLGRITVVATDHRLP ETVVAVLSVNGSRIVKGGRIGFLAVMRMGLRKRHLGISRWHGVPYLTTVDTRKTLTLC SYLGDDYPEPDGYIFAIPVSSYDISVDRSTSTNLFNRG" gene 256839..257816 /gene="kaeI" /locus_tag="TGAM_0271" /note="tg0271" CDS 256839..257816 /gene="kaeI" /locus_tag="TGAM_0271" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:BlastProDom:PD002367 GCP_PYRHO_O57716; InterPro:IPR000905 Peptidase M22, glycoprotease GO:Biological Process:proteolysis (GO:0006508), Molecular Function:O-sialoglycoprotein endopeptidase activity (GO:0008450)" /inference="protein motif:CDD:Peptidase_M22, Glycoprotease family" /inference="protein motif:CDD:QRI7, Metal-dependent proteases with possible chaperone activity [Posttranslational modification, protein turnover, chaperones]" /inference="protein motif:COG:COG0533 Metal-dependent proteases with possible chaperone activity; O Posttranslational modification, protein turnover, chaperones" /inference="protein motif:FPrintScan:PR00789 OSIALOPTASE InterPro:IPR000905 Peptidase M22, glycoprotease GO:Biological Process:proteolysis (GO:0006508), Molecular Function:O-sialoglycoprotein endopeptidase activity (GO:0008450)" /inference="protein motif:Gene3D:G3D.3.40.47.10 no description" /inference="protein motif:HMMPanther:PTHR11735 O-SIALOGLYCOPROTEIN ENDOPEPTIDASE" /inference="protein motif:HMMPanther:PTHR11735:SF1 O-SIALOGLYCOPROTEIN ENDOPEPTIDASE" /inference="protein motif:HMMPfam:PF00814 Peptidase_M22 InterPro:IPR000905 Peptidase M22, glycoprotease GO:Biological Process:proteolysis (GO:0006508), Molecular Function:O-sialoglycoprotein endopeptidase activity (GO:0008450)" /inference="protein motif:HMMPIR:PIRSF004537 O-sialoglycoprotein endopeptidase InterPro:IPR009180 Peptidase M22, O-sialoglycoprotein endopeptidase GO:Molecular Function:zinc ion binding (GO:0008270), Molecular Function:O-sialoglycoprotein endopeptidase activity (GO:0008450)" /inference="protein motif:HMMTigr:TIGR00329 gcp:metalloendopeptidase, putative, glycopr InterPro:IPR000905 Peptidase M22, glycoprotease GO:Biological Process:proteolysis (GO:0006508), Molecular Function:O-sialoglycoprotein endopeptidase activity (GO:0008450)" /inference="protein motif:ScanRegExp:PS01016 GLYCOPROTEASE InterPro:IPR000905 Peptidase M22, glycoprotease GO:Biological Process:proteolysis (GO:0006508), Molecular Function:O-sialoglycoprotein endopeptidase activity (GO:0008450)" /inference="protein motif:superfamily:SSF53067 Actin-like ATPase domain" /codon_start=1 /transl_table=11 /product="class I apurinic AP-endonuclease (AP-lyase) (KaeI)" /protein_id="ACS32773.1" /translation="MIALGIEGTAHTLGIGIVTEKKVLANVFDTLTTEKGGIHPKEAA EHHARLLKPLLRKALQTAGITMEDVDVIAFSQGPGLGPALRVVATAARALAIKYNKPI VGVNHCIAHVEITKMFGVKDPVGLYVSGGNTQVLALEGGRYRVFGETLDIGIGNAIDT FARELGIGFPGGPKIEKLALKGERYIELPSAVKGMDLSFSGLLTEAVRKYRTGRYRVE DLAYSFQETAFSALVEVTERAVAHTGKNEVVLVGGVAANNRLREMLKIMAEDRGVEFF VPPYDLCRDNGAMIAYTGLRMYLGGVRFKISDTVVKQKFRTDEVDVTWS" gene 257807..258580 /locus_tag="TGAM_0272" /note="tg0272" CDS 257807..258580 /locus_tag="TGAM_0272" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:DUF835, Protein of unknown function (DUF835)" /inference="protein motif:HMMPfam:PF05763 DUF835 InterPro:IPR008553 Protein of unknown function DUF835" /note="Contains DUF835 domain; 3 probable transmembrane helices predicted by modhmm" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein" /protein_id="ACS32774.1" /translation="MELIVPLYEVVYDVVLLFAMAYIWFFFFRRWNRYTAELKPFIRN AAVFLGFAVVGRFVDLVGDFYRIPYLNAFLSFFYGTAIVGVIYTMIRYVLLLEESYLH FRLSSYSSHTKAAAELKGAYIALGSKSKFVDVMELIKSAKLPTLVFTRNPHLYQGMEF VVPVWVTQATDQGISPTKLHVIQEHALKFIRKNPNAIVLIDCLEYLLLYNDFAAVYKF LINLKDYLIPAGAALIVIVDESALDERQRALLLREFEPL" gene 258590..259069 /gene="coaD" /locus_tag="TGAM_0273" /note="tg0273" CDS 258590..259069 /gene="coaD" /locus_tag="TGAM_0273" /EC_number="2.7.7.3" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:COG1019, Predicted nucleotidyltransferase [General function prediction only]" /inference="protein motif:CDD:cytidylyltransferase_like, Cytidylyltransferase-like domain" /inference="protein motif:CDD:PPAT_CoAS, The PPAT domain of the bifunctional enzyme with PPAT and DPCK functions" /inference="protein motif:COG:COG1019 Predicted nucleotidyltransferase; R General function prediction only" /inference="protein motif:Gene3D:G3D.3.40.50.620 no description" /inference="protein motif:HMMPfam:PF01467 CTP_transf_2 InterPro:IPR004820 Cytidylyltransferase GO:Biological Process:biosynthesis (GO:0009058), Molecular Function:nucleotidyltransferase activity (GO:0016779)" /inference="protein motif:HMMTigr:TIGR00125 cyt_tran_rel:cytidyltransferase-related InterPro:IPR004821 Cytidyltransferase-related" /inference="protein motif:superfamily:SSF52374 Nucleotidylyl transferase" /codon_start=1 /transl_table=11 /product="Phosphopantetheine adenylyltransferase (coaD)" /protein_id="ACS32775.1" /translation="MRKPYRKVVVGGTFDRLHLGHKALLRKAFEVGRYVYVGLTSDEM IRNKPYAEKILPYELRLMDLLKFFEVNGYTNYRIIKINTAIGFADRIKSLEAIVVSEE TYKGALLVNRAREERGLKPLEIVTIKLVKSRIGPKISSTLIRAGLIDPFGNPLKKDN" gene complement(259066..259818) /locus_tag="TGAM_0274" /note="tg0274" CDS complement(259066..259818) /locus_tag="TGAM_0274" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:COG0327, Uncharacterized conserved protein [Function unknown]" /inference="protein motif:CDD:NIF3, NIF3 (NGG1p interacting factor 3)" /inference="protein motif:COG:COG0327 Uncharacterized conserved protein; S Function unknown" /inference="protein motif:HMMPanther:PTHR13799 NGG1-INTERACTING FACTOR" /inference="protein motif:HMMPanther:PTHR13799:SF7 NGG1 INTERACTING FACTOR-RELATED" /inference="protein motif:HMMPfam:PF01784 NIF3 InterPro:IPR002678 NGG1p interacting factor 3, NIF3" /inference="protein motif:HMMTigr:TIGR00486 TIGR00486:conserved hypothetical protein T InterPro:IPR002678 NGG1p interacting factor 3, NIF3" /codon_start=1 /transl_table=11 /product="NIF3 (NGG1p interacting factor 3)-like protein" /protein_id="ACS32776.1" /translation="MNRDELVAFLDEYLQISAYPDKSSNGLQVEGKEEVNRVAFAVDT TLRTIERAVNGKADMLVVHHGMIWGGLNYITGIHYKRLKALIENGLNLYVAHLPLDAH PEVGNNVGLLRLLDLEPKGPFGEYKSLSIGFYGEFEEPQPIEKVAQIIAEKLDTTVRT YEFGRRVIKTVGAISGAGAFALEEAYRKGIDLLITGEFGHADYLTAIDLPQSVLVAGH YKTETLGVKALMELIRERFGLDVFFIDEPTGL" gene complement(259815..261215) /locus_tag="TGAM_0275" /note="tg0275" CDS complement(259815..261215) /locus_tag="TGAM_0275" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:Arch_ATPase, Archaeal ATPase" /inference="protein motif:CDD:COG1672, Predicted ATPase (AAA+ superfamily) [General function prediction only]" /inference="protein motif:CDD:DUF234, Archaea bacterial proteins of unknown function" /inference="protein motif:COG:COG1672 Predicted ATPase (AAA+ superfamily); R General function prediction only" /inference="protein motif:Gene3D:G3D.3.40.50.300 no description" /inference="protein motif:HMMPfam:PF01637 Arch_ATPase InterPro:IPR011579 Prokaryotic ATPase" /inference="protein motif:HMMPfam:PF03008 DUF234 InterPro:IPR004256 Protein of unknown function DUF234, DEXX-box ATPase C-terminal GO:Molecular Function:molecular function unknown (GO:0005554)" /inference="protein motif:superfamily:SSF46785 'Winged helix' DNA-binding domain" /inference="protein motif:superfamily:SSF52540 P-loop containing nucleoside triphosphate hydrolases" /inference="protein motif:superfamily:SSF52980 Restriction endonuclease-like" /note="Contains Archaeal ATPase domain (PF01637)" /codon_start=1 /transl_table=11 /product="Prokaryotic ATPase, AAA superfamily" /protein_id="ACS32777.1" /translation="MRFINREREMELLLKAKERSRRKLYSVAIYGLRRVGKTRLLREF LSENDLYFFVNRGKSSALLLREYSEILRGKGILSKREELKSWDDFFEVLFERFTGAVA FDEFQDFRFVEPSVYSTLQRFMDENEEKPMLLIFTGSTIGMVERLFKDSKEPLYGRIK RELRLEPLDIRGSYEMAREVGIENLDDFITLYSVFGGFPRYWVAVEDEGLEGENAERI LKELIFSYSAPLEEEVPRILSLEFGKRSGVYYDILEAIANGSTSPSEIAGYLNRKETS ITRQLHELVNYFKLVDYDRAVLGKGSVLYIRHPFLNFWFRFVQPRLSEYELNRERLWE DVKRNLPDYVGKRFDFACRELLRLSGNFLPFQPTVIGRHWGRYREGGKRKVYEIDIIA LDSEGRKAIFGECKWRKRTQNAEKLLEKLRGKVELTGWRGEVYYLLIARKLRNVPENV IALDEKGIKNLLEGEK" gene 261308..263077 /locus_tag="TGAM_0276" /note="tg0276" CDS 261308..263077 /locus_tag="TGAM_0276" /EC_number="2.3.1.48" /inference="protein motif:COG:COG1243 Histone acetyltransferase; K Transcription" /inference="protein motif:Gene3D:G3D.3.40.630.30 no description" /inference="protein motif:HMMPanther:PTHR11135 HISTONE ACETYLTRANSFERASE-RELATED" /inference="protein motif:HMMPanther:PTHR11135:SF1 HISTONE ACETYLTRANSFERASE-RELATED" /inference="protein motif:HMMPfam:PF00583 Acetyltransf_1 InterPro:IPR000182 GCN5-related N-acetyltransferase" /inference="protein motif:HMMPfam:PF04055 Radical_SAM InterPro:IPR007197 Radical SAM" /inference="protein motif:HMMSmart:SM00729 no description InterPro:IPR006638 Elongator protein 3/MiaB/NifB" /inference="protein motif:HMMTigr:TIGR01211 ELP3:histone acetyltransferase, ELP3 family InterPro:IPR005910 Histone acetyltransferase ELP3" /inference="protein motif:superfamily:SSF47917 C-terminal domain of alpha and beta subunits of F1 ATP synthase InterPro:IPR000793 ATPase, F1/V1/A1 complex, alpha/beta subunit, C-terminal" /inference="protein motif:superfamily:SSF55729 Acyl-CoA N-acyltransferases (Nat)" /note="Contains Elp3 (Elongator protein 3), belongs to GNAT methyltransferases family" /codon_start=1 /transl_table=11 /product="Histone acetyltransferase-like protein" /protein_id="ACS32778.1" /translation="MEEFEKAVNELARLVMSGEIKSRDELNRWKIKVARKYHLSKIPG NSDILKAIPEERREEFRELLKRKPTRTISGVAVVAMMTKPFPCPHGRCIYCPGGPSVG SPQSYTGREPSALRAIQSAYHPYIIMMRRLKQLTDIGHDVDKVEVIIQGGTFPAVDLD YQEWFVKCAFKAMNDFPYFKDIENLEEKLIRLIVKKDESVFEEDPKFREAWQKTHSKP YYYLEDEQRKNEKAKVRMVGLTIETRPDWAFERHIDRMLKLGTTRVELGVQTIFNFIH ERTKRGHGVEEIVKATQLLRDAGLKINYHIMPGLPGSNFERDLYTFRTIFEDPRFRPD MLKIYPTLVTKDAPLYRWWKEGKYRPYRTEEAVELLVEAYKLFPKWVRVMRIQRDIPV QLIVDGVKHSNLGQLVFNELIKRGIRPREIRFREVGHMMEKFGIQPEVEHIKLLREDY DAAGGREIFLSFEDVKNDILIGFLRLRIPSENAHRKEINCCPSAIVRELHVYGPLVPI GGKPRYEWQHRGYGRELLAEAERIAREEFEVKKMLVISGVGVREYYRKFGYRKNGPYV AKRLDKGYAEYKKSREFDAHLNT" gene 263126..263689 /locus_tag="TGAM_0277" /note="tg0277" CDS 263126..263689 /locus_tag="TGAM_0277" /experiment="gene product confirmed by mass spectrometry" /note="1 probable transmembrane helix predicted by modhmm" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein" /protein_id="ACS32779.1" /translation="MRLGRKLSYEERSSIKIVLVFSVVFLGILGAILYPLLHKEVVFE VSVPKGQPLMASNMSIDGVSYKNAIAFGAFYNPFILHCSEMTPANVTIRLTTPGWCVD LWVWGGIERGWILKVNCSDTVSLDYYSFYQRGARESGELYWYLTEGNVLVFHKRTEVN NYEMVNFTVSYLGRKDVGYFLVSLGKG" gene 263695..264222 /locus_tag="TGAM_0278" /note="tg0278" CDS 263695..264222 /locus_tag="TGAM_0278" /inference="protein motif:CDD:COG0727, Predicted Fe-S-cluster oxidoreductase [General function prediction only]" /inference="protein motif:CDD:UPF0153, Uncharacterised protein family (UPF0153)" /inference="protein motif:COG:COG0727 Predicted Fe-S-cluster oxidoreductase; R General function prediction only" /inference="protein motif:HMMPfam:PF03692 UPF0153 InterPro:IPR005358 Protein of unknown function UPF0153 GO:Molecular Function:molecular function unknown (GO:0005554)" /note="UPF0153 family" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein" /protein_id="ACS32780.1" /translation="MRFKPKPFTEPVGFRCLYCLDCCRGRHVYLTLKDVERIAKAGHD PQDFVTFSIEGDKIRFVLAIREWDLGCVFHDPETGKCRIHAVRPLICRIYPFMVSRKP LGVKSERPFHHKGETLWLYYDESCPGINAENPETTITPEEIAELGIEFEREFEKTDMD GFAELIERLEGEKDE" gene 264215..264718 /locus_tag="TGAM_0279" /note="tg0279" CDS 264215..264718 /locus_tag="TGAM_0279" /inference="protein motif:CDD:NIP7, Protein involved in ribosomal biogenesis, contains PUA domain [Translation, ribosomal structure and biogenesis]" /inference="protein motif:CDD:UPF0113, Uncharacterised protein family (UPF0113)" /inference="protein motif:COG:COG1374 Protein involved in ribosomal biogenesis, contains PUA domain; J Translation, ribosomal structure and biogenesis" /inference="protein motif:HMMPfam:PF03657 UPF0113 InterPro:IPR005155 Protein of unknown function UPF0113" /note="Belongs to UPF0113 family" /codon_start=1 /transl_table=11 /product="Ribosome subunit biogenesis protein, putative" /protein_id="ACS32781.1" /translation="MSETLRYRRASAWEYDLILREAEKYGELKHHFFAVVEGKFRDVY AVNERVWAEIEKFRVKPYAYGTFVGTIKVDNLVEKFYPNVEFFYFVNVEKNYAVLSPK AGFLFTTGKDVPRSGVRKYVWQGTKKLVIYDENGVILGIGRINAESRKKFILNVTDVG EFLRRKR" gene 264802..265548 /locus_tag="TGAM_0280" /note="tg0280" CDS 264802..265548 /locus_tag="TGAM_0280" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:FlaH, Predicted ATPases involved in biogenesis of archaeal flagella [Cell motility and secretion / Intracellular trafficking and secretion]" /inference="protein motif:CDD:KaiC, KaiC" /inference="protein motif:CDD:KaiC, KaiC is a circadian clock protein primarily found in cyanobacteria KaiC is a RecA-like ATPase, having both Walker A and Walker B motifs" /inference="protein motif:CDD:RAD55, RecA-superfamily ATPases implicated in signal transduction [Signal transduction mechanisms]" /inference="protein motif:COG:COG0467 RecA-superfamily ATPases implicated in signal transduction; T Signal transduction mechanisms" /inference="protein motif:FPrintScan:PR01874 DNAREPAIRADA InterPro:IPR004504 DNA repair protein RadA GO:Molecular Function:damaged DNA binding (GO:0003684), Molecular Function:ATP binding (GO:0005524), Biological Process:DNA repair (GO:0006281)" /inference="protein motif:Gene3D:G3D.3.40.50.300 no description" /inference="protein motif:HMMPfam:PF06745 KaiC InterPro:IPR010624 Circadian clock protein KaiC" /inference="protein motif:ProfileScan:PS51146 KAIC InterPro:IPR010624 Circadian clock protein KaiC" /inference="protein motif:superfamily:SSF52540 P-loop containing nucleoside triphosphate hydrolases" /note="Contains 1 P_Loop (SSF52540) domain, 1 Kaic (PF06745) domain" /codon_start=1 /transl_table=11 /product="RecA-superfamily ATPase, Rad55-like protein" /protein_id="ACS32782.1" /translation="MIRKVKTGIPGMDEILHGGIPERNVVLLSGGPGTGKTIFSQQFL WNGLGMGEPGIYVALEEHPVQVRQNMAQFGWDVRKYEEEGLFAMVDAFTAGIGKSKEY EKYIVHDLTDIREFIDVLRTAVKDIGAKRVVIDSVTTLYINKPAMARSIVMQLKRVLA GLGVTSILVSQISVGERGFGGPGVEHGVDGIIRLDLDEIDGELKRSLIVWKMRGTSHS MRRHPFEITDKGIVVYPDKVLKRKAIVEIE" gene 265572..266117 /locus_tag="TGAM_0281" /note="tg0281" CDS 265572..266117 /locus_tag="TGAM_0281" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:COG1318, Predicted transcriptional regulators [Transcription]" /inference="protein motif:COG:COG1318 Predicted transcriptional regulators; K Transcription" /inference="protein motif:Gene3D:G3D.1.10.10.10 no description InterPro:IPR011991 Winged helix repressor DNA-binding" /inference="protein motif:Gene3D:G3D.1.10.287.40 no description" /inference="protein motif:HMMPfam:PF08281 Sigma70_r4_2 InterPro:IPR013249 Sigma-70, region 4 type 2" /inference="protein motif:superfamily:SSF46955 Putative DNA-binding domain InterPro:IPR009061 Putative DNA binding" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein, predicted transcriptional regulator" /protein_id="ACS32783.1" /translation="MEVPLNPVGREEIHRLESILLFATLFRPEVIELIKDPAERLTWV DSLAVAAGAIAREKAGMTVREIAEELGRTEATVRKHLKGETKAGQLVRETYELIKQGK LDELVRNVEVLAKGGQLVALEEYEKLKKEKEELEAKVKELEEKVKGLEAENRELKAKL ENVRKILGDTLERIREIEKLL" gene complement(266119..266550) /gene="speH" /locus_tag="TGAM_0282" /note="tg0282" CDS complement(266119..266550) /gene="speH" /locus_tag="TGAM_0282" /EC_number="4.1.1.50" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:AdoMet_dc, S-adenosylmethionine decarboxylase" /inference="protein motif:COG:COG1586 S-adenosylmethionine decarboxylase; E Amino acid transport and metabolism" /inference="protein motif:HMMPfam:PF02675 AdoMet_dc InterPro:IPR003826 S-adenosylmethionine decarboxylase related" /codon_start=1 /transl_table=11 /product="S-adenosylmethionine decarboxylase proenzyme (speH)" /protein_id="ACS32784.1" /translation="MSEIETIGFHYVVEAAGCDPEILGNADRIREIFLEAAKVGNMEV KSSYFFKFSPTGVSGVVIVAESHISVHTWPEKGYAALDVYTCGTKAEPEKAVDYILEK FRAKYAHVSEIKRGIEEDDDTFTHMIMTWEESLRKNGNGKG" gene 266874..267821 /gene="secDF" /locus_tag="TGAM_0283" /note="tg0283" CDS 266874..267821 /gene="secDF" /locus_tag="TGAM_0283" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:COG1033, Predicted exporters of the RND superfamily [General function prediction only]" /inference="protein motif:CDD:SecD, Preprotein translocase subunit SecD [Intracellular trafficking and secretion]" /inference="protein motif:CDD:SecD_SecF, Protein export membrane protein" /inference="protein motif:CDD:SecF, Preprotein translocase subunit SecF [Intracellular trafficking and secretion]" /inference="protein motif:COG:COG0341 Preprotein translocase subunit SecF; U Intracellular trafficking, secretion, and vesicular transport" /inference="protein motif:HMMPfam:PF02355 SecD_SecF InterPro:IPR003335 SecD/SecF/SecDF export membrane protein GO:Molecular Function:protein transporter activity (GO:0008565), Cellular Component:type II protein secretion system complex (GO:0015627), Biological Process:type II protein secretion system (GO:0015628)" /inference="protein motif:superfamily:SSF82866 Multidrug efflux transporter AcrB transmembrane domain" /note="6 probable transmembrane helices predicted by modhmm" /codon_start=1 /transl_table=11 /product="Protein export membrane protein, SecD/SecF family (secDF)" /protein_id="ACS32785.1" /translation="MGTKKQKTKKKPSDEILETKRKRLSFLVRMEPRKMVLYPLVVFL VAALILAVHFPEKGIDLKGGVVVTVYHVSASPDELASYVKEKTGIDVRAEEFKDPITG LSGIRIYAPAKTAPSKIADEISNAIRLKYKDADVTPRVVDPTFGKIAQKQGIKAVIYA FIGMAIVVFLFFRDPVPSGTIIFSAFSDMVIALATMGILGIELTTATIAALLMLIGYT VDSNILLTTRLLRRKEDTIEDAYLSAVSTGFTMSTTTLGALFILWLVSTSEVIDSITI VLIFGLLADFMNTWIFNAGVLRWYIASPLKFSIKLRRGK" gene 267821..269398 /gene="secD" /locus_tag="TGAM_0284" /note="tg0284" CDS 267821..269398 /gene="secD" /locus_tag="TGAM_0284" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:SecD, Preprotein translocase subunit SecD [Intracellular trafficking and secretion]" /inference="protein motif:CDD:SecD_SecF, Protein export membrane protein" /inference="protein motif:CDD:SecF, Preprotein translocase subunit SecF [Intracellular trafficking and secretion]" /inference="protein motif:COG:COG0342 Preprotein translocase subunit SecD; U Intracellular trafficking, secretion, and vesicular transport" /inference="protein motif:HMMPfam:PF02355 SecD_SecF InterPro:IPR003335 SecD/SecF/SecDF export membrane protein GO:Molecular Function:protein transporter activity (GO:0008565), Cellular Component:type II protein secretion system complex (GO:0015627), Biological Process:type II protein secretion system (GO:0015628)" /inference="protein motif:ScanRegExp:PS00217 SUGAR_TRANSPORT_2 InterPro:IPR005829 Sugar transporter superfamily GO:Molecular Function:transporter activity (GO:0005215), Biological Process:transport (GO:0006810), Cellular Component:membrane (GO:0016020)" /inference="protein motif:superfamily:SSF82866 Multidrug efflux transporter AcrB transmembrane domain" /note="4 probable transmembrane helices predicted by modhmm" /codon_start=1 /transl_table=11 /product="Protein-export membrane protein (secD)" /protein_id="ACS32786.1" /translation="MARKKGVKALLLNWRVLLLILFLIGSVVSMSIKGLTYGIDIGGG VALIAEPEKPVSKDTLNGIITSLQNRLNTFGVKDITIEAQHDPETGQSLIVVKIANVT LDEANQIKDLIESQGVLYMEFNGVIFATGTDVTVHSSDYGLDLQECPTCWYVGFELSG KAQNKFKKIAAGKLGWPIDIYLDPPVNSLLVVSPRVYQEMNSGDFMGAPSEGTPKPLV ERLKEAFNITVVEYSNQTAEDIVENATALGKDKIILADVPEELYNDVRELVLSKDLKL RVSHYTPQQGEDLKDFVKRILNLYGPYVLKFDPAKGETTRLKLSGSAPTKEEALQEAR KIYSVLRSGSLAVKLHVVSEEYISPTLGASFKKQAIIAGIGALIAVLLIVYFHYRRWR IAIPVASTSLFEVIIILGIAALIRWNLDLPSIAGIIAAIGTGVDQQIVITDELLGGTA GRVTRRMSALRRMARAFFIIFASAATTIVAMSFLLVYFVGTLKGFAVTTILGVLIGVL VTRPAYAEIAKYLLSLE" gene 269441..270127 /gene="trkA" /locus_tag="TGAM_0285" /note="tg0285" CDS 269441..270127 /gene="trkA" /locus_tag="TGAM_0285" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:TrkA, K+ transport systems, NAD-binding component [Inorganic ion transport and metabolism]" /inference="protein motif:CDD:TrkA_N, TrkA-N domain" /inference="protein motif:COG:COG0569 K+ transport systems, NAD-binding component; P Inorganic ion transport and metabolism" /inference="protein motif:FPrintScan:PR00335 KUPTAKETRKA InterPro:IPR006036 TrkA potassium uptake protein GO:Biological Process:potassium ion transport (GO:0006813), Molecular Function:cation transporter activity (GO:0008324)" /inference="protein motif:Gene3D:G3D.3.40.50.720 no description" /inference="protein motif:HMMPfam:PF02080 TrkA_C InterPro:IPR006037 TrkA-C GO:Biological Process:potassium ion transport (GO:0006813), Molecular Function:cation transporter activity (GO:0008324)" /inference="protein motif:HMMPfam:PF02254 TrkA_N InterPro:IPR003148 TrkA-N GO:Biological Process:potassium ion transport (GO:0006813)" /inference="protein motif:ProfileScan:PS50205 NAD_BINDING InterPro:IPR000205 NAD-binding site" /inference="protein motif:superfamily:SSF51735 NAD(P)-binding Rossmann-fold domains" /codon_start=1 /transl_table=11 /product="Trk system potassium uptake protein trkA-like protein (trkA)" /protein_id="ACS32787.1" /translation="MFVVIMGAGRVGYLVAKMLEEDGHDVTVIELDRRRAQDLSLEIN GLVIMGDATDPKTLEEANIKQAHAFAALTGKDDANILACILAKNLNPNVYTALRISNP KNKRIFERVEDLKKYFNFIISPEEIAAEYISRNISTPGFDRVLFPREGAEIVRFEITP QSWVAGKTVRELNLPKDALIVAVYDKKGNLIIPSGDTKLPEEGSLIVFAKTGALDEVK ELFERVGKKD" gene complement(269849..271462) /gene="acdA-2" /locus_tag="TGAM_0286" /note="tg0286" CDS complement(269849..271462) /gene="acdA-2" /locus_tag="TGAM_0286" /EC_number="6.2.1.13" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:CoA_binding, CoA binding domain" /inference="protein motif:CDD:COG1042, Acyl-CoA synthetase (NDP forming) [Energy production and conversion]" /inference="protein motif:CDD:SucD, Succinyl-CoA synthetase, alpha subunit [Energy production and conversion]" /inference="protein motif:COG:COG1042 Acyl-CoA synthetase (NDP forming); C Energy production and conversion" /inference="protein motif:Gene3D:G3D.3.40.50.261 no description" /inference="protein motif:HMMPanther:PTHR11117 SUCCINYL-COA SYNTHETASE-RELATED" /inference="protein motif:HMMPanther:PTHR11117:SF2 SUCCINYL-COA SYNTHETASE InterPro:IPR005810 Succinyl-CoA ligase, alpha subunit GO:Molecular Function:catalytic activity (GO:0003824), Biological Process:metabolism (GO:0008152)" /inference="protein motif:HMMPfam:PF02629 CoA_binding InterPro:IPR003781 CoA-binding" /inference="protein motif:superfamily:SSF51735 NAD(P)-binding Rossmann-fold domains" /inference="protein motif:superfamily:SSF52210 Succinyl-CoA synthetase domains" /codon_start=1 /transl_table=11 /product="Acetyl-CoA synthetase (ADP forming), alpha chain (acdA)" /protein_id="ACS32788.1" /translation="MSLDFFFYPRGVAVFGSFRKGAIAYEILRNIVEGGFEGKIIPVN PKGGSVEVAGRVFEIRERLDEPVDTAIIAIPAKFVPGLIDEIGPRIKGAVVISAGFSE VGNADLERELVEKARKHGVRLIGPNCAGIFGVHGKFFGSFEVRVKPGGLALISQSGAF GGAALAMGNEEGIGFSAFVSYGNAADLNESDFLEYFADDENTKAIALYIEGVKDGRHF LKALSYASKRKPVIVLKAGKSASGAKAAASHTGSLAGSYEIYRAAFKQAGAIEVEEME ELFDAAKAFEMYSMAGKRVAVITNSGGPGVLATDKLERLGLEIAKLSEDTVAKLQSFL PEQCSTRNPIDLIADADYERYKRTIEIVCRDGNVDSILVICVPPIFIPSEEIAKAVIE ADCDKPVIVNFMAGELVRDGVKLLEEHSIKNFPTPERAARALAWLAMRKKRGGLILFP HPLKELFHLVKGPGFGKNYERTFLGKLGIAGGYYEVALFVVDGNDESILWEVEFPDGF PSDPALGSYLKANYLGPFPREKNPVKTGG" gene complement(271459..272466) /locus_tag="TGAM_0287" /note="tg0287" CDS complement(271459..272466) /locus_tag="TGAM_0287" /experiment="gene product confirmed by mass spectrometry" /note="2 probable transmembrane helices predicted by modhmm" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein" /protein_id="ACS32789.1" /translation="MGQIQGPTMSVRRGTALILALVLLGAAWTQPVRGKSEQNVFDMV MLIQVNPDGSAHFDISARLTNPAYRELVKNETDFTKLVEELVYRNLVEDLHERYGNFT VYLPSSGPVEITANWSARVNFYIVPFLTKGKRGLECPYSGPLDFVSGGKVYSFEFRRI ILVLPRNWTVLYTFPSPADRAKNVLIWENADYLPMIGVSTGSPGEGTSKPLSCNPLRI ELHYSPEEGKVFFNATYMCEAGLPALPGARNVTYIKRGNVTEVRGYFVPRLEYDEGLF RREWRAEIELPEEFPQVVGGSRGKNGSIVITVERSSAGIQTAVPVIFIAVIIALWRWK R" gene 272530..273366 /gene="ppnK" /locus_tag="TGAM_0288" /note="tg0288" CDS 272530..273366 /gene="ppnK" /locus_tag="TGAM_0288" /EC_number="2.7.1.23" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:COG0061, Predicted sugar kinase [Carbohydrate transport and metabolism]" /inference="protein motif:CDD:NAD_kinase, ATP-NAD kinase" /inference="protein motif:COG:COG0061 Predicted sugar kinase; G Carbohydrate transport and metabolism" /inference="protein motif:HMMPanther:PTHR20275 FAMILY NOT NAMED" /inference="protein motif:HMMPanther:PTHR20275:SF1 UNCHARACTERIZED" /inference="protein motif:HMMPfam:PF01513 NAD_kinase InterPro:IPR002504 ATP-NAD/AcoX kinase GO:Molecular Function:NAD+ kinase activity (GO:0003951), Biological Process:metabolism (GO:0008152)" /inference="protein motif:superfamily:SSF52317 Class I glutamine amidotransferase-like" /codon_start=1 /transl_table=11 /product="Inorganic polyphosphate/ATP-NAD kinase (poly(P)/ATP NAD kinase) (ppnK)" /protein_id="ACS32790.1" /translation="MRFGIVARRDREAALKLAYRVYDFLKVSGYDVLVDRETFENLPE FEEGDVVPLEEFDVDFIIAIGGDGTILRIEHKTKKDFPILGINMGTLGFLTEVEPHET FFALSRLLEGDYWIDERMKLRTYLNGENSVPDALNEDAILTGVPGKIVHLKYYVDGGL ADEVRSDGVIVSTPTGSTGYALSAGGPFVDPRLELFVIAPINPIALSSRPMVVPSSSE IEIVPLPPERGLILTVDGQFYTHLSPDTEIKIKKSPRKARFVRFSHEIYPRYPFRLKK RF" gene complement(273363..274370) /locus_tag="TGAM_0289" /note="tg0289" CDS complement(273363..274370) /locus_tag="TGAM_0289" /inference="protein motif:CDD:COG0392, Predicted integral membrane protein [Function unknown]" /inference="protein motif:CDD:UPF0104, Uncharacterised protein family (UPF0104)" /inference="protein motif:COG:COG0392 Predicted integral membrane protein; S Function unknown" /inference="protein motif:HMMPfam:PF03706 UPF0104 InterPro:IPR005242 Conserved hypothetical protein 374" /inference="protein motif:HMMTigr:TIGR00374 TIGR00374:conserved hypothetical protein InterPro:IPR005242 Conserved hypothetical protein 374" /note="Belongs to UPF0104 family; 8 probable transmembrane helices predicted by modhmm" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein" /protein_id="ACS32791.1" /translation="MNWKKILPFVASVLVIIALVWWAGTEGVLRVLGRTNVYYLLIAV LMYFGGIVTWAMRWHVIIKGLGIEVRFRDTLAALFIGVLFNNLTPGARGGGEAFRVYY LVKRSKGSYGQLFATVTADRILDLIPVMTMLLMAAVYVYSLGFTGLFAVILFLTLMLA GLTGLTTLIITSERRVRRILYMIFNLLARLIPSRIKKHEEKFNCLVDTNIPHFTEGLR VVVRDRKTFILSTFYSFLTWIFVVLRNYLVFLSLGYKIGLLAVVTVQMIATTVGIISV IPGGAGIIEAVTSGVYVALGVTREMAVTSSILDRMISFWLPLVLGAIIVTHLGLKPKE S" gene complement(274374..275543) /locus_tag="TGAM_0290" /note="tg0290" CDS complement(274374..275543) /locus_tag="TGAM_0290" /inference="protein motif:BlastProDom:PD005242 Q9UXT4_PYRAB_Q9UXT4; InterPro:IPR006174 rRNA subunit methyltransferase" /inference="protein motif:CDD:COG2016, Predicted RNA-binding protein (contains PUA domain) [Translation, ribosomal structure and biogenesis]" /inference="protein motif:CDD:Nol1_Nop2_Sun, NOL1/NOP2/sun family" /inference="protein motif:CDD:PUA, PUA domain" /inference="protein motif:CDD:PUA, Putative RNA-binding Domain in PseudoUridine synthase and Archaeosine transglycosylase" /inference="protein motif:CDD:Sun, tRNA and rRNA cytosine-C5-methylases [Translation, ribosomal structure and biogenesis]" /inference="protein motif:COG:COG0144 tRNA and rRNA cytosine-C5-methylases; J Translation, ribosomal structure and biogenesis" /inference="protein motif:Gene3D:G3D.3.40.50.150 no description" /inference="protein motif:HMMPanther:PTHR11078 NOL1/NOP2/FMU(SUN) FAMILY/METHYLTRANSFERASE-RELATED" /inference="protein motif:HMMPanther:PTHR11078:SF1 NOL1/NOP2/FMU(SUN) FAMILY" /inference="protein motif:HMMPfam:PF01189 Nol1_Nop2_Fmu InterPro:IPR001678 Bacterial Fmu (Sun)/eukaryotic nucleolar NOL1/Nop2p" /inference="protein motif:HMMPfam:PF01472 PUA InterPro:IPR002478 PUA GO:Molecular Function:RNA binding (GO:0003723)" /inference="protein motif:HMMSmart:SM00359 no description InterPro:IPR002478 PUA GO:Molecular Function:RNA binding (GO:0003723)" /inference="protein motif:HMMTigr:TIGR00446 nop2p:NOL1/NOP2/sun family putative RNA met InterPro:IPR011023 Nop2p" /inference="protein motif:ProfileScan:PS50193 SAM_BIND InterPro:IPR000051 SAM (and some other nucleotide) binding motif GO:Molecular Function:S-adenosylmethionine-dependent methyltransferase activity (GO:0008757)" /inference="protein motif:ProfileScan:PS50890 PUA InterPro:IPR002478 PUA GO:Molecular Function:RNA binding (GO:0003723)" /inference="protein motif:superfamily:SSF53335 S-adenosyl-L-methionine-dependent methyltransferases" /inference="protein motif:superfamily:SSF88697 PUA domain-like" /note="Belongs to Sun/NOL1/NOP family. Contains 1 PUA domain and 1 SAM binding domain" /codon_start=1 /transl_table=11 /product="tRNA/rRNA cytosine-C5-methylase, putative" /protein_id="ACS32792.1" /translation="MEGNGKSSTFEAFPAELREYYRELFGSEAEEIMASLRTPVEKYY IRVNTLKTSRDKLMRILRREGLKPKRSPYLKEGIYFEREGPNFPDDYEPGVKVVRANK FASESVYQGANLYAPGVLQADKSIRPGDEVEIRDPRGLLVGIGIAKMSAKEMVVSMRG LAVEVTLPKFRLPSLSELQSFKEGLFYAQSLPSMVVAHVLEPSEEELIIDMAAAPGGK TSHIAQLLQNRGEIIAIDKSRNRLRKMEEELKRLGVKNVRLIRMDARKLPELGLQADK ILLDAPCTALGIRPKLWESRTPKDIIATARYQRAFIWAAIKSLRRGGVLVYSTCTLSY EENEANVKFMLEKGLKLEEQAVFIGSEGIGLENVQRFYPNRHLTQGFFIAKLRKV" gene complement(275512..276030) /locus_tag="TGAM_0291" /note="tg0291" CDS complement(275512..276030) /locus_tag="TGAM_0291" /experiment="gene product confirmed by mass spectrometry" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein" /protein_id="ACS32793.1" /translation="MKVKEIHEFLNRLWDDIFTLNDELKAELTGKGFKVEDVEEVFGA YIFLDGEWVRMDYPHPAFEIKPQIEVGATPESYYFVVAVPKERISEGFLSLFLELFPR SFIYGSENFLSDVYNWRRDGRVSPREVLERIEGSEEKVFQFEANFGSVEALKKGLERL IDVGREWEIFDL" gene complement(276077..276991) /locus_tag="TGAM_0292" /note="tg0292" CDS complement(276077..276991) /locus_tag="TGAM_0292" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:COG5608, Conserved secreted protein [Function unknown]" /inference="protein motif:CDD:DUF1511, Protein of unknown function (DUF1511)" /inference="protein motif:COG:COG5608 Conserved secreted protein; S Function unknown" /inference="protein motif:Gene3D:G3D.1.10.238.10 no description InterPro:IPR011992 EF-Hand type GO:Molecular Function:calcium ion binding (GO:0005509)" /inference="protein motif:HMMPfam:PF07427 DUF1511 InterPro:IPR010885 Protein of unknown function DUF1511" /inference="protein motif:HMMSmart:SM00769 no description" /note="1 probable transmembrane helix predicted by modhmm" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein" /protein_id="ACS32794.1" /translation="MGIIGKVIGAVFILLIIWGGYIAYALNNASPKVSVAWGEVTEEK TEIIINASIGKPLLVPVSIDELRFLFMGMQIGRLGEFNYSPFGTRIQASLEMDNEKIV DAILKYFEKGERGNLTVVIKPKMLFLSKEVEVSQEINEKVLEKIHLKAQSQNIAGLSI IKTPELKDTVVRYLGREGNKAVFMTDLVLYNPNPYPLPILKTNYKVWVNGLKLGEGES LKTTVIPAGGTVKLPVKTYVLVSNIPKAWEMHVRNNETSIVRAEVFLRLQISVPGFSG TKDVTLKTIDQTVKTDIMGEINRALSEV" gene complement(277045..278508) /locus_tag="TGAM_0293" /note="tg0293" CDS complement(277045..278508) /locus_tag="TGAM_0293" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:COG2509, Uncharacterized FAD-dependent dehydrogenases [General function prediction only]" /inference="protein motif:COG:COG2509 Uncharacterized FAD-dependent dehydrogenases; R General function prediction only" /inference="protein motif:Gene3D:G3D.3.50.50.60 no description" /inference="protein motif:HMMPanther:PTHR10617 FLAVOPROTEIN-UBIQUINONE OXIDOREDUCTASE-RELATED" /inference="protein motif:HMMPanther:PTHR10617:SF18 gb def:hypothetical 31.9 kda protein in hdrd 3region (orf3)" /inference="protein motif:HMMPfam:PF03486 HI0933_like InterPro:IPR004792 HI0933-like protein" /inference="protein motif:ProfileScan:PS50205 NAD_BINDING InterPro:IPR000205 NAD-binding site" /inference="protein motif:superfamily:SSF51905 FAD/NAD(P)-binding domain" /note="FAD/NAD(P)-binding Rossmann fold Superfamily protein" /codon_start=1 /transl_table=11 /product="Oxidoreductase" /protein_id="ACS32795.1" /translation="MVSGNGSGRFYDVVIIGAGPAGLFAAYELAEKSDLSVLVIDEGG DVKQRVCPMFELGYCVECKPCHIMSGVGGAGGLSDGTINLRPDIGGDLSELTNDENYA WQLVWEVDQIFLKHKAPRNLYKGDPEQVRYWEQKAAQAGVKFVPIIQRHIGSDRTPEV IDDIKRHLESKGVKFLLWTKALEFGQGWVKVRRGKEVFEIKARYIIVAPGRGGADWFH EVAQRIGLKARHGPIDVGVRVEVPAIVMEPITSINHDPKFHIYTDTYDDFVRTFCTNP NGFVVEERYDGYVGVNGHSMHEKKSNNTNFAFLSRIELTEPVEDTTAYGKSIAQLATT IGGGKPLIQRLGDLRRGRRSTWARIRRSDVEPTLRNVTPGDIAMALPHRVVTNIIEGL EKLDRVLPGVASDHTLLYAPEIKYYAMKVEVDENLETSIEGIFAAGDGAGLSRDIVNA AATGLLAARGILKKEGLHTEKDFRKPGNWRKIIEELP" gene complement(278590..278937) /locus_tag="TGAM_0294" /note="tg0294" CDS complement(278590..278937) /locus_tag="TGAM_0294" /note="2 probable transmembrane helices predicted by modhmm" /codon_start=1 /transl_table=11 /product="Hypothetical protein" /protein_id="ACS32796.1" /translation="MKIIKAILMINLAVILTSAFVIGLMMAVLLFVIFAVLHGFVLLV DYGLSRGPVAPSADSRLKYFGILLGFFSMNPLIEGLSTSNWVEAFAALTLVLGVYIVF EDVSNELYHINVN" gene complement(278924..279448) /locus_tag="TGAM_0295" /note="tg0295" CDS complement(278924..279448) /locus_tag="TGAM_0295" /note="5 probable transmembrane helices predicted by modhmm" /codon_start=1 /transl_table=11 /product="Hypothetical protein" /protein_id="ACS32797.1" /translation="MLTMNKCESMILYGVTSLFISSVLISHFGVLRGIYVLSANLAVL VPWLSLMALGSSGRANEFQRRVVLFLSGIFTVSLLILGSSFGAWDAVLDITEVFGLFM TFPAIVLVFKWKLSRMGKKLQYPPRTVRELWFFQWIADISIAQKASNPVWVFVFLLPS LLGGYLVYKAFENY" gene complement(279662..280342) /locus_tag="TGAM_0296" /note="tg0296" CDS complement(279662..280342) /locus_tag="TGAM_0296" /note="8 probable transmembrane helices predicted by modhmm" /codon_start=1 /transl_table=11 /product="Hypothetical protein" /protein_id="ACS32798.1" /translation="MGDLGLKKSFLLLFLFYLGIAFILNYENVSVEYIISLVVFPLAL VVMILLLLGFKDDVFFGFFFLLIGFVAATSLRVPILIKLLVIFGVPVFWFLLYLDLKE MDWIGSLVYKILHLNWKKRLLLLIADSVFILTITLELLKCSSMSITVKIFILLACVVV FVIFAKISQEYKDVKTKKDILRVSAWLYVFIYVIVKMGFDAICMLLQIIAPLAWVVLL ALIIVQSN" gene complement(280349..281350) /locus_tag="TGAM_0297" /note="tg0297" CDS complement(280349..281350) /locus_tag="TGAM_0297" /note="Some similarity with PH0603" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein" /protein_id="ACS32799.1" /translation="MTGGGMVYFTVKVRNYRPDKLDVRGFIEDEAGAVIVKMGDSGVY TIPAREEKSFSFSYTLYGIANHTFKLFIDNTDGKPNGNGDEKWKKVKVEVKPIKGIGL KQVGVECDNLYFKYDMGNYKAKLACKFVIYNGYNFSLEVNGKIMAKMNASVLNKYLQS DSLVTSINPHTISAGQYFAINSTAYFEISKSSLPRLIRVLSGAGLIFPYWEDAANDIR VETEFYGATIPIEITYDVPFDRIGIQRFTFIESTYIEVDQIAVVTDVATDVFLTYELK TKTIPLADIEFIQNALNKLPPSIRQKVSPITNPLLQQISINWLANWMKEKLITEWRG" gene complement(281456..282022) /locus_tag="TGAM_0298" /note="tg0298" CDS complement(281456..282022) /locus_tag="TGAM_0298" /note="7 probable transmembrane helices predicted by modhmm" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein" /protein_id="ACS32800.1" /translation="MVVEISTLFLYLSLVFVMAISAKTKSCHLGLAILVFSSTFIAGS EYNNTYIAVISWLALSALFSYLFYLEYERPLSKREENESVSDVILGYLLGFFILVLLK SHGAGWILSLLASYWVFHLMLLIDHRENRRAFYLLKVPYVVLSWGALVEEFGFQRELI PFLIAYLVVFVLWLKFDLPRIWRPPRIT" gene complement(282072..282620) /locus_tag="TGAM_0299" /note="tg0299" CDS complement(282072..282620) /locus_tag="TGAM_0299" /note="5 probable transmembrane helices predicted by modhmm" /codon_start=1 /transl_table=11 /product="Hypothetical protein" /protein_id="ACS32801.1" /translation="MRFIRSFLSGFFLILLSSLIMVRVRGLESGLYVFAINVMFIPMW GTMVLWSRGTGKNLLIKLITLTSLLSSVGALGVIALVYNDFEKATGVIVSFLAWYLLF IAPMYCAKKSRERSGEQLSYPPTDAKYFWVFQWIDTGILAVKSDEPLKVFLYLLPGLI GGYLIILGLIEAKRAGDSMGDS" gene complement(283033..285522) /locus_tag="TGAM_0300" /note="tg0300" CDS complement(283033..285522) /locus_tag="TGAM_0300" /inference="protein motif:superfamily:SSF49303 beta-Galactosidase/glucuronidase domain InterPro:IPR006102 Glycoside hydrolase family 2, immunoglobulin-like beta-sandwich GO:Molecular Function:hydrolase activity, hydrolyzing O-glycosyl compounds (GO:0004553), Biological Process:carbohydrate metabolism (GO:0005975)" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein" /protein_id="ACS32802.1" /translation="MDYSEDELKDMAREIAQNGLPDEVVDELRSSGWNDEEIKALEEY IKENTDSITGSFSMSAFLQALSDSFIFTGWKYAKYETWAVEREFWPASPSQAPSGTLT SNPLVSTSSIRSAIINQNPNSLVYAVRSTKSDVVDTIYSASIYYSNGGIGFSMVTIDS RGKTVRRYSWENALKAYRTLGELYTIAVAIEKGNSNPELWGLARQKYDELEEYMKVRL VSTSFTPNPSPPRPRPMPTPLHLSTPEPLTSTSSQEPVFRINAVRVVRASHDANPIKY HVAIDYTVSGGQVVVYNVTFNTGSEEQAVTPGILDPGSGTIESGNLTTSVGVLDGSLK VKVSGIVTITYRPVTGPGGENVVIKSTSSVESVSEPATLDYGDETTSIRVIKLEYTGT FDLISQLDPEKVKVKVMPSKDVAEVGDSITFRLRIENGNTLPVRGYYTLYAQVPDGSG KRTVRLGGGKLTLGANKETEVTVSTVPYPEPGRYEYFAVFSYAGFQAEDRGSVLVQRE DDPGKVYIEGVEVDPDLPKEYETVNFTVTLGNTYPTAEDLKIALYIDGRVVDQKSVEI LANSENKVVLRWYSAEKGDHHYYIEVNRTLGDINLGKVDTYSGNITAFDGDFGVSFTV WPRTLDGGGRVWFTLKLRVYHSKYDFKDNSNDPLPDILMSTSPTVTYHIKIVDQNGIV IKNFNYDIPDKAGVYTLWISGPILYRTGNYTFKLVVDDFIYNEEGKPLGLGTEEQREA KVEVTPPTTKKAFMGCDNMKLSAEKGNLVLDMKCEVYFTNPTDVEWNITRIDIDPSRI LATERTKDVTIGIPAETIITRKVAPGGVGEF" gene 285692..285895 /locus_tag="TGAM_0301" /note="tg0301" CDS 285692..285895 /locus_tag="TGAM_0301" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein" /protein_id="ACS32803.1" /translation="MLNAVIFSFKSLLDAPLEAVVPFTTPENILRKSIAIKATPFHFM KTTKSYNTGRFKTFFYPNFTYYQ" gene 285955..286515 /locus_tag="TGAM_0302" /note="tg0302" CDS 285955..286515 /locus_tag="TGAM_0302" /inference="protein motif:CDD:COG0517, FOG:CBS domain [General function prediction only]" /inference="protein motif:CDD:COG2524, Predicted transcriptional regulator, contains C-terminal CBS domains [Transcription]" /inference="protein motif:CDD:COG3448, CBS-domain-containing membrane protein [Signal transduction mechanisms]" /inference="protein motif:COG:COG0517 FOG:CBS domain; R General function prediction only" /inference="protein motif:Gene3D:G3D.3.40.630.30 no description" /inference="protein motif:HMMPanther:PTHR11911 INOSINE/GUANOSINE-5'-MONOPHOSPHATE DEHYDROGENASE" /inference="protein motif:HMMPanther:PTHR11911:SF2 INOSINE-5-MONOPHOSPHATE DEHYDROGENASE" /inference="protein motif:HMMPfam:PF00571 CBS InterPro:IPR000644 CBS" /inference="protein motif:HMMSmart:SM00116 no description InterPro:IPR000644 CBS" /inference="protein motif:ProfileScan:PS50147 SNF4_REP InterPro:IPR000644 CBS" /inference="protein motif:superfamily:SSF54631 CBS-domain" /note="Contains CBS domain pair (PF00571)" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein" /protein_id="ACS32804.1" /translation="MVRLPMEVPPGKWSKAKKVHLIHTKRRMLQLKRKDELSYNIRYI SKVPVKLVMDREFLTLHPEESLSKLVQSLRGEESSAVVVDDEGKLLGFITMKDLLRFF EPPRRYSIVGINLLKKYSISNASRVEDIMVRKPITIHVDENLGRAIRIMLETGKHHLP VVDDKNRVHGILEVKDIIRLIRIVSS" gene 286545..287687 /gene="napA-1" /locus_tag="TGAM_0303" /note="tg0303" CDS 286545..287687 /gene="napA-1" /locus_tag="TGAM_0303" /inference="protein motif:CDD:COG3263, NhaP-type Na+/H+ and K+/H+ antiporters with a unique C-terminal domain [Inorganic ion transport and metabolism]" /inference="protein motif:CDD:KefB, Kef-type K+ transport systems, membrane components [Inorganic ion transport and metabolism]" /inference="protein motif:CDD:Na_H_Exchanger, Sodium/hydrogen exchanger family" /inference="protein motif:CDD:RosB, Kef-type K+ transport system, predicted NAD-binding component [Inorganic ion transport and metabolism]" /inference="protein motif:COG:COG0475 Kef-type K+ transport systems, membrane components; P Inorganic ion transport and metabolism" /inference="protein motif:HMMPanther:PTHR16254 FAMILY NOT NAMED" /inference="protein motif:HMMPfam:PF00999 Na_H_Exchanger InterPro:IPR006153 Sodium/hydrogen exchanger GO:Biological Process:regulation of pH (GO:0006885), Molecular Function:solute:hydrogen antiporter activity (GO:0015299), Cellular Component:integral to membrane (GO:0016021)" /note="11 probable transmembrane helices predicted by modhmm" /codon_start=1 /transl_table=11 /product="Na+/H+ antiporter, napA type (napA)" /protein_id="ACS32805.1" /translation="MDVFLELALILIVAKLFGYLAVRLGFPAALGQLIGGILIGPSIL GLVGFDEAVKLLADLGVVMLLFLAGLETDVEEFKHVGIPAFIIASLGVLIPFILGYVG ALAWGYSNIQAMFLGGVLTATSVGLTTSILMEMKKLRTRVGTTILAAAVVDDVLGIIV LTILVGINTRGSVYFKDLLIILGEVVLYFGIGLLIGNPAVREALKLSERITLPETVTA FAIAIMLIFAYLAEQFQIAGITGAYLAGLLVASTDEAKEVDRKFMTIGYSLFIPVFLV SIGIESDVRVLAHAGTFALIYAILAIVSKVVGCGFGAFVSKFRPIESLQVGVGMIPRM EVALIMANVALNEGVFDSGTFSIPVTMVLVTTIVTPFLLKWAFSRE" gene 287698..288822 /gene="napA-2" /locus_tag="TGAM_0304" /note="tg0304" CDS 287698..288822 /gene="napA-2" /locus_tag="TGAM_0304" /inference="protein motif:CDD:COG3263, NhaP-type Na+/H+ and K+/H+ antiporters with a unique C-terminal domain [Inorganic ion transport and metabolism]" /inference="protein motif:CDD:KefB, Kef-type K+ transport systems, membrane components [Inorganic ion transport and metabolism]" /inference="protein motif:CDD:Na_H_Exchanger, Sodium/hydrogen exchanger family" /inference="protein motif:CDD:RosB, Kef-type K+ transport system, predicted NAD-binding component [Inorganic ion transport and metabolism]" /inference="protein motif:COG:COG0475 Kef-type K+ transport systems, membrane components; P Inorganic ion transport and metabolism" /inference="protein motif:HMMPfam:PF00999 Na_H_Exchanger InterPro:IPR006153 Sodium/hydrogen exchanger GO:Biological Process:regulation of pH (GO:0006885), Molecular Function:solute:hydrogen antiporter activity (GO:0015299), Cellular Component:integral to membrane (GO:0016021)" /inference="protein motif:ScanRegExp:PS00287 CYSTATIN InterPro:IPR000010 Proteinase inhibitor I25, cystatin GO:Molecular Function:cysteine protease inhibitor activity (GO:0004869)" /note="10 probable transmembrane helices predicted by modhmm" /codon_start=1 /transl_table=11 /product="Na+/H+ antiporter, napA type (napA)" /protein_id="ACS32806.1" /translation="MEILLLIAVMLATAKLMGYLFERLGQPVVLGQIFGGLLIGIFFE TNPVIGQFANLGVLLLLFMAGLESELEEFKRVGKQSVVVASLGVLVAFLFGFAVAYLF VPLHEAILYGAMMTPTSVSITVKVLMEMRKLNTREGTTILAAAVVDDVLGILVLTVAI SMIKGGEVNYASLAEVVLSVSLLLFFFLYFGPGLADRVFRILSRVDLPESETAFALVF LIVFAFLAEHLNLASILGAYLTGLALGQSSKKKTIMDHMNVLGYSLFIPLFFVEVGMK IELDYILHAGLFAVLYTIASIVSKIVGCGLGARLAGFDWGSSLRIGVGMIPRMGVELA MLAVAMGSGIIGPDALTVAILMVFVTTVITPPLLKWLYSR" gene 288925..289539 /locus_tag="TGAM_0305" /note="tg0305" CDS 288925..289539 /locus_tag="TGAM_0305" /inference="protein motif:CDD:MarC, MarC family integral membrane protein" /inference="protein motif:CDD:MarC, Multiple antibiotic transporter [Intracellular trafficking and secretion]" /inference="protein motif:COG:COG2095 Multiple antibiotic transporter; U Intracellular trafficking, secretion, and vesicular transport" /inference="protein motif:HMMPfam:PF01914 MarC InterPro:IPR002771 Multiple antibiotic resistance (MarC)-related proteins" /note="6 probable transmembrane helices predicted by modhmm" /codon_start=1 /transl_table=11 /product="Multiple antibiotic resistance (Mar)-related protein" /protein_id="ACS32807.1" /translation="MSEFSTILSSALLMLIMIDPSDKILLVSFLREDFHIEDIKALIV RANLIGFLLLASFAVAGQIILQEIFHIDINALKVAGGFVLFKIGLEALEGGGMFTLKR ERDILALAAVPVAMPLIAGPAAITAVITLTAEYGYLVSLSATAIAIAVVALSMFVALY MMKSVNKTFLSVTIRIIGLFIMAIGAQMMVEGVVGIYLLMTFSG" gene 289604..290911 /gene="hisS" /locus_tag="TGAM_0306" /note="tg0306" CDS 289604..290911 /gene="hisS" /locus_tag="TGAM_0306" /EC_number="6.1.1.21" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:HGTP_anticodon, Anticodon binding domain" /inference="protein motif:CDD:HGTP_anticodon, HGTP anticodon binding domain, as found at the C-terminus of histidyl, glycyl, threonyl and prolyl tRNA synthetases, which are classified as a group of class II aminoacyl-tRNA synthetases (aaRS)" /inference="protein motif:CDD:HisRS-like_core, Class II Histidinyl-tRNA synthetase (HisRS)-like catalytic core domain" /inference="protein motif:CDD:HisRS_anticodon, HisRS Histidyl-anticodon binding domain" /inference="protein motif:CDD:HisS, Histidyl-tRNA synthetase [Translation, ribosomal structure and biogenesis]" /inference="protein motif:CDD:HisZ, ATP phosphoribosyltransferase involved in histidine biosynthesis [Amino acid transport and metabolism]" /inference="protein motif:CDD:ThrS, Threonyl-tRNA synthetase [Translation, ribosomal structure and biogenesis]" /inference="protein motif:CDD:tRNA-synt_2b, tRNA synthetase class II core domain (G, H, P, S and T)" /inference="protein motif:COG:COG0124 Histidyl-tRNA synthetase; J Translation, ribosomal structure and biogenesis" /inference="protein motif:Gene3D:G3D.3.30.930.10 no description" /inference="protein motif:Gene3D:G3D.3.40.50.800 no description" /inference="protein motif:HMMPanther:PTHR11476 HISTIDYL-TRNA SYNTHETASE" /inference="protein motif:HMMPfam:PF00587 tRNA-synt_2b InterPro:IPR002314 tRNA synthetase, class II (G, H, P and S) GO:Molecular Function:aminoacyl-tRNA ligase activity (GO:0004812), Molecular Function:ATP binding (GO:0005524), Biological Process:tRNA aminoacylation for protein translation (GO:0006418)" /inference="protein motif:HMMPfam:PF03129 HGTP_anticodon InterPro:IPR004154 Anticodon-binding GO:Molecular Function:aminoacyl-tRNA ligase activity (GO:0004812), Molecular Function:ATP binding (GO:0005524), Biological Process:protein biosynthesis (GO:0006412)" /inference="protein motif:HMMPIR:PIRSF001549 Histidyl-tRNA synthetase InterPro:IPR004516 Histidyl-tRNA synthetase, class IIa GO:Molecular Function:histidine-tRNA ligase activity (GO:0004821), Molecular Function:ATP binding (GO:0005524), Cellular Component:cytoplasm (GO:0005737), Biological Process:histidyl-tRNA aminoacylation (GO:0006427)" /inference="protein motif:HMMTigr:TIGR00442 hisS:histidyl-tRNA synthetase InterPro:IPR004516 Histidyl-tRNA synthetase, class IIa GO:Molecular Function:histidine-tRNA ligase activity (GO:0004821), Molecular Function:ATP binding (GO:0005524), Cellular Component:cytoplasm (GO:0005737), Biological Process:histidyl-tRNA aminoacylation (GO:0006427)" /inference="protein motif:ProfileScan:PS50862 AA_TRNA_LIGASE_II InterPro:IPR006195 Aminoacyl-transfer RNA synthetase, class II GO:Molecular Function:aminoacyl-tRNA ligase activity (GO:0004812), Molecular Function:ATP binding (GO:0005524), Biological Process:tRNA aminoacylation for protein translation (GO:0006418)" /inference="protein motif:superfamily:SSF52954 Anticodon-binding domain of Class II aaRS" /inference="protein motif:superfamily:SSF55681 Class II aaRS and biotin synthetases" /codon_start=1 /transl_table=11 /product="Histidyl-tRNA synthetase (hisS)" /protein_id="ACS32808.1" /translation="MKVERVKGTRDFLPEEMAKRRWVFERIREVFERYNFHEVLTPTF EYTELFKLRSGEEVVKQLYAFLDKGGRDISLRPDMTSSVARLYVSAFQTAPKPIKWYY IANMFRYEEPQSGRFREFWQAGVELIGSDKVEADAEVIALFTESYLATGLEDFTVNIG DRVLLDEFAKMLGVKDDIGLMRLIDKKDKLTQEEFVKALKDFGLSDEDVEKVLSLVEI KGEPDEVLPKAEELFTSEKAKAEIRRLYELVDLLDAYGVSKWIRIDLGIARGFDYYTS VVFEAIAPNDLGIGSIGGGGRYDNLIEVFGGKPTPATGFAIGIERLIPILEWKGLIPE IRLRPDVYVIPIGKDVELRKTAVEVVSALRRAGVKADVELTGRKLRKALDHAGRLNVP YVVLIGKRDLENGNVTIRDMETGEQRVVKKEGIVEELLELLGL" gene complement(290954..292336) /locus_tag="TGAM_0307" /note="tg0307" CDS complement(290954..292336) /locus_tag="TGAM_0307" /inference="protein motif:CDD:Aminotran_3, Aminotransferase class-III" /inference="protein motif:CDD:ArgD, Ornithine/acetylornithine aminotransferase [Amino acid transport and metabolism]" /inference="protein motif:CDD:BioA, Adenosylmethionine-8-amino-7-oxononanoate aminotransferase [Coenzyme metabolism]" /inference="protein motif:CDD:GabT, 4-aminobutyrate aminotransferase and related aminotransferases [Amino acid transport and metabolism]" /inference="protein motif:CDD:HemL, Glutamate-1-semialdehyde aminotransferase [Coenzyme metabolism]" /inference="protein motif:COG:COG0160 4-aminobutyrate aminotransferase and related aminotransferases; E Amino acid transport and metabolism" /inference="protein motif:Gene3D:G3D.3.40.640.10 no description" /inference="protein motif:HMMPanther:PTHR11986 AMINOTRANSFERASE InterPro:IPR005814 Aminotransferase class-III GO:Molecular Function:transaminase activity (GO:0008483), Molecular Function:pyridoxal phosphate binding (GO:0030170)" /inference="protein motif:HMMPanther:PTHR11986:SF49 4-AMINOBUTYRATE AMINOTRANSFERASE" /inference="protein motif:HMMPfam:PF00202 Aminotran_3 InterPro:IPR005814 Aminotransferase class-III GO:Molecular Function:transaminase activity (GO:0008483), Molecular Function:pyridoxal phosphate binding (GO:0030170)" /inference="protein motif:ScanRegExp:PS00600 AA_TRANSFER_CLASS_3 InterPro:IPR005814 Aminotransferase class-III GO:Molecular Function:transaminase activity (GO:0008483), Molecular Function:pyridoxal phosphate binding (GO:0030170)" /inference="protein motif:superfamily:SSF53383 PLP-dependent transferases" /codon_start=1 /transl_table=11 /product="Pyridoxal phosphate-dependent aminotransferase, class III family" /protein_id="ACS32809.1" /translation="MYSDYPRIVVKPPGPRAKKLIERERSAISPGLGVKLFPLVPERG RGALIEDVDGNVFIDFLAGAAAASTGYSHPKLVKEVQEQVARIQHSMIGYTHSKRAIE VAEKLIEMAPIERPLVLFGMSGSDAVDMALQAARFSTRRPWILSFIGAYHGQTYGATS VAAFQSSQKRGLSPLVPNVVWVPYPNPYRNPWGINGYDEPDELINRFLDYLESYIFAH VVPPDEIALLIAEPIQGDAGIVVPPEGFFAELKRLLDEHNILLAMDEVQTGIGRTGKW FASEWFGVKPDLLIFGKGVASGMGLSGVIGRRELLENLTSGSALLTPAANPVVSAAAK ATLEIIEGENLLENALRVGEFIKKRLGEMKEDYEVIGDVRGKGLMRGAEIVKPNGKPD LELTGKICWRAFELGLILPSYGMFGNVIRITPPLVITEEIAEKGLEIMERALKDALAG KVTHRVVTWH" gene complement(292376..293935) /locus_tag="TGAM_0308" /note="tg0308" CDS complement(292376..293935) /locus_tag="TGAM_0308" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:AlsT, Na+/alanine symporter [Amino acid transport and metabolism]" /inference="protein motif:CDD:Na_Ala_symp, Sodium:alanine symporter family" /inference="protein motif:COG:COG1115 Na+/alanine symporter; E Amino acid transport and metabolism" /inference="protein motif:FPrintScan:PR00175 NAALASMPORT InterPro:IPR001463 Sodium:alanine symporter GO:Molecular Function:sodium:amino acid symporter activity (GO:0005283), Biological Process:sodium ion transport (GO:0006814), Cellular Component:membrane (GO:0016020)" /inference="protein motif:HMMPfam:PF01235 Na_Ala_symp InterPro:IPR001463 Sodium:alanine symporter GO:Molecular Function:sodium:amino acid symporter activity (GO:0005283), Biological Process:sodium ion transport (GO:0006814), Cellular Component:membrane (GO:0016020)" /inference="protein motif:HMMTigr:TIGR00835 agcS:amino acid carrier protein InterPro:IPR001463 Sodium:alanine symporter GO:Molecular Function:sodium:amino acid symporter activity (GO:0005283), Biological Process:sodium ion transport (GO:0006814), Cellular Component:membrane (GO:0016020)" /inference="protein motif:ProfileScan:PS50285 AMINO_ACID_PERMEASE_2 InterPro:IPR002293 Amino acid/polyamine transporter I GO:Molecular Function:amino acid-polyamine transporter activity (GO:0005279), Biological Process:amino acid transport (GO:0006865), Cellular Component:membrane (GO:0016020)" /inference="protein motif:ScanRegExp:PS00873 NA_ALANINE_SYMP InterPro:IPR001463 Sodium:alanine symporter GO:Molecular Function:sodium:amino acid symporter activity (GO:0005283), Biological Process:sodium ion transport (GO:0006814), Cellular Component:membrane (GO:0016020)" /note="13 probable transmembrane helices predicted by modhmm" /codon_start=1 /transl_table=11 /product="Sodium/alanine symporter" /protein_id="ACS32810.1" /translation="MLKMSAIVDFINWLDGEVWGVPMIVLLVGTGILLTTILKAIQFR RLGWAIRFTLFEGRKKTGEGDITPFQALMATISGTVGIGNIAGVATAIHFGGPGALFW MWITALVGMATRYSEGLLGVAFRDKLPDGTQIGGTFNFLEKGFAMKNIPKTGKYIAAV FTLLFAVFVGRDAMKLSGATQVGAIIIAVLFAILGLFLLKDDAYPTLGKVLAVLFALF ASIAAFGIGNMTQSNSVADALKTAFHIPMWATGLALAVLTFIVVIGGIKRIGEVAEML VPFMAIIYFIFAIGVWIKFAGKLPSAFALIVKDAFTGQAVAGGAIGQVVLWGVKRGLF SNEAGLGTATLAHAAAKTDHPSRQAHVAMLGPFIDTLIICTLTGVSIVVTEAYLDPNL NGAPLTQAAFAAAFGHAGEIMVAIGIVLFAYSTILAWSFYGRQNVMYLAKWLEKDPEK FARLYPRLHLIYNLLFVVFIYIGAVTKLETVWNFSDMMNGLMAIPNLIGLLVLSWYVK EKTEEFISANP" gene 294188..294484 /locus_tag="TGAM_0309" /note="tg0309" CDS 294188..294484 /locus_tag="TGAM_0309" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein" /protein_id="ACS32811.1" /translation="MIKRRLCREYIEEIERLERSIRELEEEIIELRMQLKRKTEEVTS LSIENTSLRYKIELLERREKQIIEFLKKLKIPFVIVQEEGLEDPDSGQNCGEKP" gene 294528..297269 /gene="alaS" /locus_tag="TGAM_0310" /note="tg0310" CDS 294528..297269 /gene="alaS" /locus_tag="TGAM_0310" /EC_number="6.1.1.7" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:COG:COG0013 Alanyl-tRNA synthetase; J Translation, ribosomal structure and biogenesis" /inference="protein motif:FPrintScan:PR00980 TRNASYNTHALA InterPro:IPR002318 Alanyl-tRNA synthetase, class IIc GO:Molecular Function:alanine-tRNA ligase activity (GO:0004813), Molecular Function:ATP binding (GO:0005524), Biological Process:alanyl-tRNA aminoacylation (GO:0006419)" /inference="protein motif:HMMPanther:PTHR11777 ALANYL-TRNA SYNTHETASE" /inference="protein motif:HMMPanther:PTHR11777:SF2 ALANYL-TRNA SYNTHETASE" /inference="protein motif:HMMPfam:PF01411 tRNA-synt_2c InterPro:IPR002318 Alanyl-tRNA synthetase, class IIc GO:Molecular Function:alanine-tRNA ligase activity (GO:0004813), Molecular Function:ATP binding (GO:0005524), Biological Process:alanyl-tRNA aminoacylation (GO:0006419)" /inference="protein motif:HMMPfam:PF02272 DHHA1 InterPro:IPR003156 Phosphoesterase, DHHA1 GO:Molecular Function:nucleic acid binding (GO:0003676)" /inference="protein motif:HMMPfam:PF07973 tRNA_SAD InterPro:IPR012947 Threonyl/alanyl tRNA synthetase, SAD" /inference="protein motif:HMMTigr:TIGR00344 alaS:alanyl-tRNA synthetase InterPro:IPR002318 Alanyl-tRNA synthetase, class IIc GO:Molecular Function:alanine-tRNA ligase activity (GO:0004813), Molecular Function:ATP binding (GO:0005524), Biological Process:alanyl-tRNA aminoacylation (GO:0006419)" /inference="protein motif:ProfileScan:PS50860 AA_TRNA_LIGASE_II_ALA InterPro:IPR002318 Alanyl-tRNA synthetase, class IIc GO:Molecular Function:alanine-tRNA ligase activity (GO:0004813), Molecular Function:ATP binding (GO:0005524), Biological Process:alanyl-tRNA aminoacylation (GO:0006419)" /inference="protein motif:superfamily:SSF55186 Threonyl-tRNA synthetase (ThrRS), second 'additional' domain" /inference="protein motif:superfamily:SSF55681 Class II aaRS and biotin synthetases" /inference="protein motif:superfamily:SSF57059" /inference="protein motif:superfamily:SSF57783 Zinc beta-ribbon" /codon_start=1 /transl_table=11 /product="Alanyl-tRNA synthetase (alaS)" /protein_id="ACS32812.1" /translation="MGMDMTTRMFKEEGWVRKKCPKCGKYFWTLDPDRETCGDPPCDE YGFIGKPGIPKKYTLDEMREKFLSFFEKHGHGRVKRYPVLPRWRDDVLLVGASIMDFQ PWVISGEADPPANPLTISQPSIRFTDIDNVGITGRHFTIFEMMAHHAFNYPGKPIYWM DETVELAFEFFTKELKMKPEDITFKENPWAGGGNAGPAFEVLYRGLEVATLVFMQYKK APENADPSQVVEIKGDYYVPMETKVVDTGYGLERLVWMSHGTPTAYDAVLGYVIEPLK KMAGVEKIDERILMENSRLAGMFDIEDMGDLRYLREQVAKRVGITVEELEKAVRPYEL IYAIADHTKALTFMLADGVIPSNVKAGYLARLLIRKSIRHLRELGLEVPLAEIVAMHI KELSPTFPEFKEMEDVILDIINVEEKRYHETLKRGSDLVRREIAKLKKKGINELPLEK LILFYESHGLTPEIVAEVAQKEGIKVEIPDNFYTLVAKQAEKTEKKTVAEYVVDFELV KDLPETRTLYYEDPFMKEFDAEVVKVIDDWVVLNQTAFYPEGGGQPYDTGTLEVDGEE VRVTNVQKVGKVILHRVDKPELFKKGAKVHGKLDWDRRIQHMRHHTGTHVLMGALVRV LGKHVWQAGSQLHTDWARLDISHYKRITEEELREIERLANRVVMENRKVTWEWLPRTE AEMKYGFRLYQGGVVPGRTIRVVKIEDWDVQACGGTHLPNTGLIGPIKILRTERIQDG VERIIFAAGEAAIDWMQETERLLKKTAEIFRVPPEKVPETAERFFNEWKEARKEVEKL RKELAKLLVYELENKVEKVGDIEFIGAVVEGTMNDLREAANRLRKEKRVVVLISREGH FVVAVGDGLDLKAGELAKIITSVAGGGGGGRKELAQGRIKNPLKAEEAIEEVKRRLG" gene 297304..297693 /locus_tag="TGAM_0311" /note="tg0311" CDS 297304..297693 /locus_tag="TGAM_0311" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein" /protein_id="ACS32813.1" /translation="MSPIKVKTLTRQIIALADELGFKAVPEYRTPDGTRIDVAILESE EKVLAIELEASFKWFPQRVLYDVVKAHRAGFPELWIVTPFKASPGWVLSYAEEIGLRV RLIDEKETLGELGTFLGRSVFLPGDQV" gene complement(297664..298281) /locus_tag="TGAM_0312" /note="tg0312" CDS complement(297664..298281) /locus_tag="TGAM_0312" /experiment="gene product confirmed by mass spectrometry" /note="2 probable transmembrane helices predicted by modhmm" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein" /protein_id="ACS32814.1" /translation="MKLIAIIGSFSFVMGITVGVMGLILKRLSQEITTTHRNNLHKRV KYHRAQYKAGMVMNKALLVMAIVTLALFGYAVKTAHLPPASVSYHEVFYKDNTTVVFV EKDGWGLFEIDLKPKVKDFELSMSFPKGTEYLVEYNGKQYNGTNEFKVKVTKGGTMYV HFKVPLDIVNSIYHQNGKAEIKVHMEKIPFWRDDYTLHLIPRKED" gene 298241..298921 /gene="tpiA" /locus_tag="TGAM_0313" /note="tg0313" CDS 298241..298921 /gene="tpiA" /locus_tag="TGAM_0313" /EC_number="5.3.1.1" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:BlastProDom:PD001005 TPIS_PYRFU_P95583; InterPro:IPR000652 Triosephosphate isomerase GO:Molecular Function:triose-phosphate isomerase activity (GO:0004807), Biological Process:metabolism (GO:0008152)" /inference="protein motif:CDD:TpiA, Triosephosphate isomerase [Carbohydrate transport and metabolism]" /inference="protein motif:COG:COG0149 Triosephosphate isomerase; G Carbohydrate transport and metabolism" /inference="protein motif:Gene3D:G3D.3.20.20.90 no description" /inference="protein motif:HMMPfam:PF00121 TIM InterPro:IPR000652 Triosephosphate isomerase GO:Molecular Function:triose-phosphate isomerase activity (GO:0004807), Biological Process:metabolism (GO:0008152)" /inference="protein motif:HMMTigr:TIGR00419 tim:triosephosphate isomerase InterPro:IPR000652 Triosephosphate isomerase GO:Molecular Function:triose-phosphate isomerase activity (GO:0004807), Biological Process:metabolism (GO:0008152)" /inference="protein motif:ProfileScan:PS50264 FMN_ENZYMES InterPro:IPR003009 FMN/related compound-binding core" /inference="protein motif:ScanRegExp:PS00171 TIM InterPro:IPR000652 Triosephosphate isomerase GO:Molecular Function:triose-phosphate isomerase activity (GO:0004807), Biological Process:metabolism (GO:0008152)" /inference="protein motif:superfamily:SSF51351 Triosephosphate isomerase (TIM) InterPro:IPR000652 Triosephosphate isomerase GO:Molecular Function:triose-phosphate isomerase activity (GO:0004807), Biological Process:metabolism (GO:0008152)" /codon_start=1 /transl_table=11 /product="Triosephosphate isomerase (tpiA)" /protein_id="ACS32815.1" /translation="MTKLKEPIIAINFKTYIEATGKRALAIAKAAEKVYKETGITIVV APQLADLRMVAESVEIPVFAQHIDPIKPGSHTGHVLPEAVKEAGAVGTLLNHSENRMI LADLEASIRRAEEVGLMTMVCSNNPAVSAAVAALGPDYVAVEPPELIGTGIPVSKAKP EVITDTVELVKKVNPEVKVLTGAGISTGEDVKKALELGSVGVLLASGVTKAKDPEKAI RDLVSLII" gene 298973..299767 /gene="dph5" /locus_tag="TGAM_0314" /note="tg0314" CDS 298973..299767 /gene="dph5" /locus_tag="TGAM_0314" /EC_number="2.1.1.98" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:DPH5, Diphthamide biosynthesis methyltransferase [Translation, ribosomal structure and biogenesis]" /inference="protein motif:CDD:TP_methylase, Tetrapyrrole (Corrin/Porphyrin) Methylases" /inference="protein motif:COG:COG1798 Diphthamide biosynthesis methyltransferase; J Translation, ribosomal structure and biogenesis" /inference="protein motif:Gene3D:G3D.3.40.1010.10 no description" /inference="protein motif:HMMPanther:PTHR10882 DIPHTHINE SYNTHASE" /inference="protein motif:HMMPanther:PTHR10882:SF1 DIPHTHINE SYNTHASE" /inference="protein motif:HMMPfam:PF00590 TP_methylase InterPro:IPR000878 Uroporphyrin-III C/tetrapyrrole (Corrin/Porphyrin) methyltransferase GO:Biological Process:metabolism (GO:0008152), Molecular Function:methyltransferase activity (GO:0008168)" /inference="protein motif:HMMPIR:PIRSF036432 Diphthine synthase InterPro:IPR004551 Diphthine synthase GO:Molecular Function:diphthine synthase activity (GO:0004164), Biological Process:peptidyl-diphthamide biosynthesis from peptidyl-histidine (GO:0017183)" /inference="protein motif:HMMTigr:TIGR00522 dph5:diphthine synthase InterPro:IPR004551 Diphthine synthase GO:Molecular Function:diphthine synthase activity (GO:0004164), Biological Process:peptidyl-diphthamide biosynthesis from peptidyl-histidine (GO:0017183)" /inference="protein motif:superfamily:SSF53790 Cobalt precorrin-4 methyltransferase CbiF InterPro:IPR000878 Uroporphyrin-III C/tetrapyrrole (Corrin/Porphyrin) methyltransferase GO:Biological Process:metabolism (GO:0008152), Molecular Function:methyltransferase activity (GO:0008168)" /codon_start=1 /transl_table=11 /product="Diphthine synthase (Diphtamide biosynthesis methyltransferase) (dph5)" /protein_id="ACS32816.1" /translation="MALYFIGLGLYDERDITLKGLKTARKCDKIFAEFYTSLLAGTTM ERIEGLIGKPIIRLSREDVELNFEKIVLPEAKEKDVAFLTAGDPMVATTHSDLRIRAK KAGVESYVIHAPSIYSAVAVTGLQIYKFGKSATVAYPERNWFPTSYYDVIKENRERGL HTLLFLDIKAEQNRYMTANEAMEILLQVEDMKKEGIFTPETLVVVLARAGSLNPTIRA GYVKDMIHEDFGRQPHVLIVPGRLHVVEAEYLVEFAGAPEEILEEV" gene 299808..299884 /locus_tag="TGAM_r005" /note="tg_tRNA-Val1" tRNA 299808..299884 /locus_tag="TGAM_r005" /product="tRNA-Val" /note="codon recognized: GUA" gene complement(299819..299917) /locus_tag="TGAM_0315" /note="tg0315" CDS complement(299819..299917) /locus_tag="TGAM_0315" /note="Probable pseudo-gene, overlapping tRNA-Val1" /codon_start=1 /transl_table=11 /product="SSV1 integrase-like protein, N-fragment" /protein_id="ACS32817.1" /translation="MVKLRLREVCNWWARGDSNPGPPPCKGGVITV" gene 300093..300266 /locus_tag="TGAM_0316" /note="tg0316" CDS 300093..300266 /locus_tag="TGAM_0316" /note="Probable pseudo-gene, overlapping tRNA-Ala1" /codon_start=1 /transl_table=11 /product="SSV1 integrase-like protein, N-fragment" /protein_id="ACS32818.1" /translation="MEEGRSFPQPFPEAVAKFCQKRFLWWTGRDLNPRPPPCEGGART RLSYRPTPAYSGD" gene complement(300165..300242) /locus_tag="TGAM_r006" /note="tg_tRNA-Ala1" tRNA complement(300165..300242) /locus_tag="TGAM_r006" /product="tRNA-Ala" /note="codon recognized: GCG" gene 300588..302198 /locus_tag="TGAM_0317" /note="tg0317" CDS 300588..302198 /locus_tag="TGAM_0317" /inference="protein motif:CDD:AtoA, Acyl CoA:acetate/3-ketoacid CoA transferase, beta subunit [Lipid metabolism]" /inference="protein motif:CDD:AtoD, Acyl CoA:acetate/3-ketoacid CoA transferase, alpha subunit [Lipid metabolism]" /inference="protein motif:CDD:CoA_trans, Coenzyme A transferase" /inference="protein motif:CDD:COG4670, Acyl CoA:acetate/3-ketoacid CoA transferase [Lipid metabolism]" /inference="protein motif:COG:COG4670 Acyl CoA:acetate/3-ketoacid CoA transferase; I Lipid transport and metabolism" /inference="protein motif:Gene3D:G3D.3.40.810.20 no description" /inference="protein motif:HMMPanther:PTHR13707 ACETYL-COA:ACETOACETYL-COA TRANSFERASE-RELATED InterPro:IPR004165 Coenzyme A transferase GO:Biological Process:metabolism (GO:0008152), Molecular Function:CoA-transferase activity (GO:0008410)" /inference="protein motif:HMMPanther:PTHR13707:SF10 ACETYL-COA:ACETOACETYL-COA TRANSFERASE-RELATED" /inference="protein motif:HMMPfam:PF01144 CoA_trans InterPro:IPR004165 Coenzyme A transferase GO:Biological Process:metabolism (GO:0008152), Molecular Function:CoA-transferase activity (GO:0008410)" /inference="protein motif:superfamily:SSF53316 CoA transferase" /codon_start=1 /transl_table=11 /product="Coenzyme A transferase" /protein_id="ACS32819.1" /translation="MGMKVVESTVAVQAVPDRAVIAVSGFNLLVAPEYLLLKLFERYR KTGHPKGIFLEVNPIPTAPGRVLDRILEELYRDEDQDFLAGMLVTYPGWSPYLQKLIE ENKIEGYTWSIGTASWFFREVSRGLPGVLTKVGLGTFLDPREDGGYLNELARKKKRCR IDVVEIDGEEYLFYRAPKPNVALIRGTTADEIGNVTTEKEGAFTEILNLAQAAKAEPG KGIVIAQVERVARYPSLNPQNVRVPGPLVDYVVVSPEEYHRQSANITYDPRISGEVIP PLKGGETMELSTKKVIARRILLEMINLVKRLKRPVLVNLGIGIPDRIAGVAIEEGLSE WVFTTVESGPFGGIALGGPDFGASIGPFAIISQPDQFANYEGGVIDAASLGFMQVDER GNVNPSLLPGRLPGPGGFPVISYGSPRMFFAGHFTAGKKELRVRNGRLEIIREGNVRK FVRRVYKVVYNASLGLEKGQEVVYITERAVFRLTRKGLVLEEYAPGVDVERDILANME FEPLISPKLREMDERIFGEEPMGLGEEL" gene complement(302195..302704) /gene="ttdB" /locus_tag="TGAM_0318" /note="tg0318" CDS complement(302195..302704) /gene="ttdB" /locus_tag="TGAM_0318" /EC_number="4.2.1.2" /inference="protein motif:CDD:FumA, Tartrate dehydratase beta subunit/Fumarate hydratase class I, C-terminal domain [Energy production and conversion]" /inference="protein motif:CDD:Fumerase_C, Fumarase C-terminus" /inference="protein motif:COG:COG1838 Tartrate dehydratase beta subunit/Fumarate hydratase class I, C-terminal domain; C Energy production and conversion" /inference="protein motif:HMMPfam:PF05683 Fumerase_C InterPro:IPR004647 Fe-S type hydro-lyases tartrate/fumarate beta region GO:Molecular Function:lyase activity (GO:0016829)" /inference="protein motif:HMMTigr:TIGR00723 ttdB_fumA_fumB:hydro-lyases, Fe-S typ InterPro:IPR004647 Fe-S type hydro-lyases tartrate/fumarate beta region GO:Molecular Function:lyase activity (GO:0016829)" /codon_start=1 /transl_table=11 /product="Fumarate hydratase class I, C-terminal domain (ttdB)" /protein_id="ACS32820.1" /translation="MRLRTPLSMEDVLRLKAGDVVYLSGEIVTARDSAHRRILSLPKE GLPFNPEGAVIYHCGPVVRKTHGSYEIVSAGPTTSARMNLYLDGVLDLGVRGIIGKGG MKAEPFRGRAVYFAFTGGAGSLAAKSIKRVRAVHWLDLGIPEALWVLEVEDFPLLVAI DAHGNSLYR" gene complement(302701..303552) /gene="ttdA" /locus_tag="TGAM_0319" /note="tg0319" CDS complement(302701..303552) /gene="ttdA" /locus_tag="TGAM_0319" /EC_number="4.2.1.2" /inference="protein motif:CDD:Fumerase, Fumarate hydratase (Fumerase)" /inference="protein motif:COG:COG1951 Tartrate dehydratase alpha subunit/Fumarate hydratase class I, N-terminal domain; C Energy production and conversion" /inference="protein motif:HMMPfam:PF05681 Fumerase InterPro:IPR004646 Fe-S type hydro-lyases tartrate/fumarate alpha region GO:Molecular Function:lyase activity (GO:0016829)" /inference="protein motif:HMMTigr:TIGR00722 ttdA_fumA_fumB:hydro-lyases, Fe-S typ InterPro:IPR004646 Fe-S type hydro-lyases tartrate/fumarate alpha region GO:Molecular Function:lyase activity (GO:0016829)" /codon_start=1 /transl_table=11 /product="Fumarate hydratase class I, N-terminal domain (ttdA)" /protein_id="ACS32821.1" /translation="MIEAIVEAIRLAVTRIPDDVVSALREAYEREDNGVARFNLENIL RAVEIGRTESIPVCQDTGTLTFFVRAGVGSPFLGELRGWLIEATRLAMEKVPLRPNAV DVLTGKNSGDNTGRGAPIVHWELTEGDEIEMAVLPKGGGSENCSALAMLTPGEGWEGV KRFVVERVKACGGKPCPPVVLGIGVGGGADYSLLLAKKALLRRVGERNPDERIAEIEG ELLEEVNALGVGPMGMGGKTTALDVKIEVAHRHPASFPVGLIVQCWANRRAFVRIKPD GRVEVRQ" gene complement(303778..304692) /gene="serA" /locus_tag="TGAM_0320" /note="tg0320" CDS complement(303778..304692) /gene="serA" /locus_tag="TGAM_0320" /EC_number="1.1.1.95" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:2-Hacid_dh, D-isomer specific 2-hydroxyacid dehydrogenase, catalytic domain" /inference="protein motif:CDD:2-Hacid_dh_C, D-isomer specific 2-hydroxyacid dehydrogenase, NAD binding domain" /inference="protein motif:CDD:LdhA, Lactate dehydrogenase and related dehydrogenases [Energy production and conversion / Coenzyme metabolism / General function prediction only]" /inference="protein motif:CDD:SerA, Phosphoglycerate dehydrogenase and related dehydrogenases [Amino acid transport and metabolism]" /inference="protein motif:COG:COG0111 Phosphoglycerate dehydrogenase and related dehydrogenases; H Coenzyme transport and metabolism" /inference="protein motif:Gene3D:G3D.3.40.50.720 no description" /inference="protein motif:HMMPanther:PTHR10996 2-HYDROXYACID DEHYDROGENASE-RELATED" /inference="protein motif:HMMPanther:PTHR10996:SF73 GLYCERATE DEHYDROGENASE-RELATED" /inference="protein motif:HMMPfam:PF00389 2-Hacid_dh InterPro:IPR006139 D-isomer specific 2-hydroxyacid dehydrogenase, catalytic region GO:Biological Process:metabolism (GO:0008152), Molecular Function:oxidoreductase activity, acting on the CH-OH group of donors, NAD or NADP as acceptor (GO:0016616), Molecular Function:NAD binding (GO:0051287)" /inference="protein motif:HMMPfam:PF02826 2-Hacid_dh_C InterPro:IPR006140 D-isomer specific 2-hydroxyacid dehydrogenase, NAD-binding GO:Biological Process:L-serine biosynthesis (GO:0006564), Molecular Function:oxidoreductase activity, acting on the CH-OH group of donors, NAD or NADP as acceptor (GO:0016616)" /inference="protein motif:ScanRegExp:PS00065 D_2_HYDROXYACID_DH_1 InterPro:IPR006140 D-isomer specific 2-hydroxyacid dehydrogenase, NAD-binding GO:Biological Process:L-serine biosynthesis (GO:0006564), Molecular Function:oxidoreductase activity, acting on the CH-OH group of donors, NAD or NADP as acceptor (GO:0016616)" /inference="protein motif:ScanRegExp:PS00670 D_2_HYDROXYACID_DH_2 InterPro:IPR006140 D-isomer specific 2-hydroxyacid dehydrogenase, NAD-binding GO:Biological Process:L-serine biosynthesis (GO:0006564), Molecular Function:oxidoreductase activity, acting on the CH-OH group of donors, NAD or NADP as acceptor (GO:0016616)" /inference="protein motif:ScanRegExp:PS00671 D_2_HYDROXYACID_DH_3 InterPro:IPR006140 D-isomer specific 2-hydroxyacid dehydrogenase, NAD-binding GO:Biological Process:L-serine biosynthesis (GO:0006564), Molecular Function:oxidoreductase activity, acting on the CH-OH group of donors, NAD or NADP as acceptor (GO:0016616)" /inference="protein motif:superfamily:SSF51735 NAD(P)-binding Rossmann-fold domains" /inference="protein motif:superfamily:SSF52283 Formate/glycerate dehydrogenase catalytic domain-like" /codon_start=1 /transl_table=11 /product="D-3-phosphoglycerate dehydrogenase, putative (serA)" /protein_id="ACS32822.1" /translation="MKVLVAAPLHEKALEVLKKAGFEILYEEYPDEERLVELVRDVDA IIVRSKPKVTRRVIENAPKLKVIGRAGVGLDNIDLEAAKERGIKVVNSPGASSRSVAE LVFGLLFAVARKVAFADRKMREGVWAKKQCMGIELEGKTIGIIGFGRIGYQVAKIAKA FEMNVLLYDPYPNEERAKEVGGRFTSLEELLRESDVVTLHVPLIDATYHLINEERLKL MKKTAILINAARGAVVDTEALVKALQEGWIYGAGLDVFEEEPLSKDHPLTKLDNVVLT PHIGASTEEAQMRAGVQVAEQIVEILKG" gene complement(304697..305344) /locus_tag="TGAM_0321" /note="tg0321" CDS complement(304697..305344) /locus_tag="TGAM_0321" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:BlastProDom:PD007581 Q97VZ1_SULSO_Q97VZ1; InterPro:IPR002727 Protein of unknown function DUF47" /inference="protein motif:CDD:COG1392, Phosphate transport regulator (distant homolog of PhoU) [Inorganic ion transport and metabolism]" /inference="protein motif:CDD:PhoU_div, Protein of unknown function DUF47" /inference="protein motif:COG:COG1392 Phosphate transport regulator (distant homolog of PhoU); P Inorganic ion transport and metabolism" /inference="protein motif:HMMPfam:PF01865 PhoU_div InterPro:IPR002727 Protein of unknown function DUF47" /inference="protein motif:HMMTigr:TIGR00153 TIGR00153:conserved hypothetical protein T InterPro:IPR002727 Protein of unknown function DUF47" /inference="protein motif:superfamily:SSF47661 t-snare proteins InterPro:IPR010989 t-snare" /note="Belongs to DUF47 family, PhoU/Pit related" /codon_start=1 /transl_table=11 /product="Phosphate transport regulator, putative" /protein_id="ACS32823.1" /translation="MAIFGGKENDVFKALNDHLEVVHETLKAFRALVESYLAGRINEA EKFEREVSELETKADKLRRSIEMMLYEGAFLPANRGDYVRLSELVDQVADAAESAAHT IILAKPRVPGELSGEFLALVDSGIDTYEKLMKAVKALNTDVDRAMDLAKQVEDAEEKA DEIEYNLKKHVFESEEITTYAKIIWNQIITKIGDIADRAEDASDQVLLMSVKRRG" gene complement(305347..306276) /gene="panE" /locus_tag="TGAM_0322" /note="tg0322" CDS complement(305347..306276) /gene="panE" /locus_tag="TGAM_0322" /EC_number="1.1.1.169" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:ApbA, Ketopantoate reductase [Coenzyme metabolism]" /inference="protein motif:CDD:ApbA, Ketopantoate reductase PanE/ApbA" /inference="protein motif:COG:COG1893 Ketopantoate reductase; H Coenzyme transport and metabolism" /inference="protein motif:Gene3D:G3D.3.40.50.720 no description" /inference="protein motif:HMMPfam:PF02558 ApbA InterPro:IPR013332 Ketopantoate reductase ApbA/PanE, N-terminal" /inference="protein motif:HMMPfam:PF08546 ApbA_C InterPro:IPR013752 Ketopantoate reductase ApbA/PanE, C-terminal" /inference="protein motif:HMMTigr:TIGR00745 apbA_panE:2-dehydropantoate 2-reductase InterPro:IPR003710 Ketopantoate reductase ApbA/PanE GO:Biological Process:pyrimidine base metabolism (GO:0006206), Molecular Function:2-dehydropantoate 2-reductase activity (GO:0008677)" /inference="protein motif:superfamily:SSF48179 6-phosphogluconate dehydrogenase C-terminal domain-like InterPro:IPR008927 6-phosphogluconate dehydrogenase, C-terminal-like" /inference="protein motif:superfamily:SSF51735 NAD(P)-binding Rossmann-fold domains" /note="1 probable transmembrane helix predicted by modhmm" /codon_start=1 /transl_table=11 /product="2-dehydropantoate reductase (panE)" /protein_id="ACS32824.1" /translation="MRIYVLGAGSIGSLLGALLAKAGNDVLLIGREEQVRAVNERRLK VIGVEEFEVKVNASLHAPDEPPELLLLTTKSYSTKTALECARNCIGPETWVLSVQNGL GNEDLAMKYTDRVIGGITTNGAMLVEWGVVRWTGKGITVIGKYPTGKAEFVERVARVF NEAGIETEVTENAVGWKWAKAIVNSVINGLGTVLEVKNGALREIPELEGISIEIAREG CMVAQQLGIEFEVHPLELLWDTIERTRENYNSTLQDIMRGRKTEVDYIHGKIVEYAHS VGLEAPRNELLWALIKAKEGKIDKPNFRNIFGG" gene complement(306281..306835) /locus_tag="TGAM_0323" /note="tg0323" CDS complement(306281..306835) /locus_tag="TGAM_0323" /note="2 probable transmembrane helices predicted by modhmm" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein" /protein_id="ACS32825.1" /translation="MRNRNELIPFAAGIVLAAYLVQRVPTEAVKYLVPYALLLIPGIK RKSLPFAASSLFALAFLEWLLVHDYIAIIVMGMALLETPIRMGKQPVKLWERVINVIV AGAVAYVSVISPETAFKIVGVLTAIGLLSSNRSISGGALVTASAFFVGIALSGTSDMN PDLFIGVGALLLLYSLNHLRKLLR" gene 306856..307587 /gene="spoU" /locus_tag="TGAM_0324" /gene_synonym="trmH" /note="tg0324" CDS 306856..307587 /gene="spoU" /locus_tag="TGAM_0324" /gene_synonym="trmH" /inference="protein motif:BlastProDom:PD001243 Q8RD01_THETN_Q8RD01; InterPro:IPR001537 tRNA/rRNA methyltransferase, SpoU GO:Molecular Function:RNA binding (GO:0003723), Biological Process:RNA processing (GO:0006396), Molecular Function:RNA methyltransferase activity (GO:0008173)" /inference="protein motif:CDD:CspR, Predicted rRNA methylase (SpoU class) [Translation, ribosomal structure and biogenesis]" /inference="protein motif:CDD:LasT, rRNA methylase [Translation, ribosomal structure and biogenesis]" /inference="protein motif:CDD:SpoU_methylase, SpoU rRNA Methylase family" /inference="protein motif:COG:COG0565 rRNA methylase; J Translation, ribosomal structure and biogenesis" /inference="protein motif:HMMPfam:PF00588 SpoU_methylase InterPro:IPR001537 tRNA/rRNA methyltransferase, SpoU GO:Molecular Function:RNA binding (GO:0003723), Biological Process:RNA processing (GO:0006396), Molecular Function:RNA methyltransferase activity (GO:0008173)" /inference="protein motif:HMMTigr:TIGR00050 rRNA_methyl_1:RNA methyltransferase, T InterPro:IPR004384 RNA methyltransferase TrmH, group 1 GO:Molecular Function:RNA methyltransferase activity (GO:0008173)" /inference="protein motif:superfamily:SSF75217 alpha/beta knot" /note="Belongs to trmH/spoU family of rRNA methylases" /codon_start=1 /transl_table=11 /product="RNA methyltransferase (spoU/TrmH)" /protein_id="ACS32826.1" /translation="MHLSLNPFVMMPSVVLVEPEGPANIGMVARTMKNFGFSRLVLVN PNLSEESYSYAVHARDVLKNATIVETFEEALELFDLTVGTTGKPGRRFISYRAPLYPW ELRETLKGYTGEVGLFFGRESIGLKNEELERLDLIVTIPTSEDYPVMNLAQAVAVILY ELSKTRPEPSVEALKPATRDEKEALVRVWAELLKVLEYPKDEERREVFVKVFRKAVGK AFLYGREVHTLIGPLRRAVKRLEEC" gene 307588..308112 /gene="ogt" /locus_tag="TGAM_0325" /note="tg0325" CDS 307588..308112 /gene="ogt" /locus_tag="TGAM_0325" /EC_number="2.1.1.63" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:Ada, Methylated DNA-protein cysteine methyltransferase [DNA replication, recombination, and repair]" /inference="protein motif:CDD:Methyltransf_1, 6-O-methylguanine DNA methyltransferase, DNA binding domain" /inference="protein motif:COG:COG0350 Methylated DNA-protein cysteine methyltransferase; L Replication, recombination and repair" /inference="protein motif:Gene3D:G3D.1.10.10.10 no description InterPro:IPR011991 Winged helix repressor DNA-binding" /inference="protein motif:Gene3D:G3D.3.30.160.70 no description" /inference="protein motif:HMMPanther:PTHR10815 METHYLATED-DNA--PROTEIN-CYSTEINE METHYLTRANSFERASE" /inference="protein motif:HMMPanther:PTHR10815:SF1 METHYLATED-DNA--PROTEIN-CYSTEINE METHYLTRANSFERASE" /inference="protein motif:HMMPfam:PF01035 DNA_binding_1 InterPro:IPR001497 Methylated-DNA-[protein]-cysteine S-methyltransferase GO:Molecular Function:methylated-DNA-[protein]-cysteine S-methyltransferase activity (GO:0003908), Biological Process:DNA repair (GO:0006281)" /inference="protein motif:HMMTigr:TIGR00589 ogt:methylated-DNA-[protein]-cysteine S-met InterPro:IPR001497 Methylated-DNA-[protein]-cysteine S-methyltransferase GO:Molecular Function:methylated-DNA-[protein]-cysteine S-methyltransferase activity (GO:0003908), Biological Process:DNA repair (GO:0006281)" /inference="protein motif:ScanRegExp:PS00374 MGMT InterPro:IPR001497 Methylated-DNA-[protein]-cysteine S-methyltransferase GO:Molecular Function:methylated-DNA-[protein]-cysteine S-methyltransferase activity (GO:0003908), Biological Process:DNA repair (GO:0006281)" /inference="protein motif:superfamily:SSF46894 C-terminal effector domain of the bipartite response regulators" /inference="protein motif:superfamily:SSF53155 Methylated DNA-protein cysteine methyltransferase domain" /codon_start=1 /transl_table=11 /product="Methylated-DNA--protein-cysteine methyltransferase (ogt)" /protein_id="ACS32827.1" /translation="MLAVERFGVNGRDIWIGVIFHGRIQGISFAFTRGELLERIRNLA EFLRGRDVRVSLDVQPSNYTELVYRVLIGELENEKALPELSFEGVTPFERRVYEWLTK NVKRGTVITYGSLAKALETSPRAVGGAMKRNPYPIIVPCHRVVSREGIGHYNLGIEEK KFLLELEGVKEWTG" gene 308100..309119 /locus_tag="TGAM_0326" /note="tg0326" CDS 308100..309119 /locus_tag="TGAM_0326" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:COG:COG0457 FOG:TPR repeat; R General function prediction only" /inference="protein motif:Gene3D:G3D.1.25.40.10 no description InterPro:IPR011990 Tetratricopeptide-like helical GO:Molecular Function:binding (GO:0005488)" /inference="protein motif:HMMPfam:PF07719 TPR_2 InterPro:IPR013105 Tetratricopeptide TPR_2" /inference="protein motif:HMMSmart:SM00028 no description InterPro:IPR013026 Tetratricopeptide region" /inference="protein motif:ProfileScan:PS50005 TPR InterPro:IPR013026 Tetratricopeptide region" /inference="protein motif:ProfileScan:PS50293 TPR_REGION InterPro:IPR013026 Tetratricopeptide region" /inference="protein motif:superfamily:SSF48452 TPR-like" /note="4 probable transmembrane helices predicted by modhmm" /codon_start=1 /transl_table=11 /product="TRP-repeat-containing protein" /protein_id="ACS32828.1" /translation="MDRLKAYIIGFLIAVLAIAGFIVYEWGWVKLLQLILAVGFVGFT LALLFFTALTLYAESWKYGAILAVLTAIAGYGSYLVLTWQKLEIVGGIIAFFILLFAF GIWYISEPDLSIADRFRSAEKLERMGRYKQAARKYEKAGNYEKAAEMYLKLGWLESAA WAYEKAGKYEKAAELYEKLYEKEKDTYYLKEAHEYWKKAGNMERAARALEKYAEEEPW FWEDVAKLYEELGNEEKAREAWEKALEYYTKEAQEEGVFWEDVGNIARKLGREELARE AYQKFLEYCLKEAENDPMWWKHVAEAYEYLGEKEKAEEARKKYEEYRQRILKANEETS QFPEN" gene 309460..309798 /gene="nac" /locus_tag="TGAM_0327" /note="tg0327" CDS 309460..309798 /gene="nac" /locus_tag="TGAM_0327" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:EGD2, Transcription factor homologous to NACalpha-BTF3 [Transcription]" /inference="protein motif:COG:COG1308 Transcription factor homologous to NACalpha-BTF3; K Transcription" /inference="protein motif:HMMPfam:PF00627 UBA InterPro:IPR000449 Ubiquitin-associated" /inference="protein motif:HMMPfam:PF01849 NAC InterPro:IPR002715 Nascent polypeptide-associated complex NAC" /inference="protein motif:HMMTigr:TIGR00264 TIGR00264:alpha-NAC homolog InterPro:IPR005231 Alpha-NAC-related protein" /inference="protein motif:superfamily:SSF46934 UBA-like InterPro:IPR009060 UBA-like" /codon_start=1 /transl_table=11 /product="Nascent polypeptide-associated complex protein (nac)" /protein_id="ACS32829.1" /translation="MMGMNPRQMKKLMKQLGIKMEELEGVKEVVLKLEGKEIVLRNPV VTVMVVQGEKTYQIVPGSEEVREVIEIPEEDIELVMEQAGVDRETALKALKETKGDIA EAILQLTEGS" gene complement(309775..311292) /locus_tag="TGAM_0328" /note="tg0328" CDS complement(309775..311292) /locus_tag="TGAM_0328" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:Gene3D:G3D.1.25.10.10 no description InterPro:IPR011989 Armadillo-like helical GO:Molecular Function:binding (GO:0005488)" /inference="protein motif:HMMPfam:PF02985 HEAT InterPro:IPR000357 HEAT" /inference="protein motif:superfamily:SSF48371 ARM repeat" /note="Contains ARM repeat (SSF48371)" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein" /protein_id="ACS32830.1" /translation="MQKEEVIIEKSGIREDLLSWNIKEVVALAENYDEAFHIVKELLR DKNPIVKTNALQVIKEMIKRGTLDRRKVTEVVEDIVELAKDKDERVSLKAIEVLNLLL EKEELDENQYELVTDALMDIIKRGAPLLSEYASEGLGKAGAKVLKLARKLIGWLFSLI KSSKDRQVQSAAIAALTEMAARTEDKRIFNEIFDNMADLLDHIDPYIQERALLALDRM LSRAEILTKRNKIKAMKKIREISNDVRLASKASLILEKLEKISGEEEEILTKQELKKK LEISEYGPDDVERLLDAGKTDIVAELAKIDPIVMSMILEMLHSDDPVRRMDALWVLSK VTSQLTPTDAYSVLPVLAEFLKSRNPWARKTAAETMADIYSLYPGTAQFFTSLLDVLL RSSRDADVEGALELIFSLQHRLPTPEFEMAMVSILSDLLRRKETRAVTLRFMAREAQR LMDFDYEGLIQLENALKEIYGDEGGKYDNIIASLIDLIEDLIKLKKKESGSLGQL" gene complement(311345..312037) /gene="pyrK" /locus_tag="TGAM_0329" /note="tg0329" CDS complement(311345..312037) /gene="pyrK" /locus_tag="TGAM_0329" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:COG4097, Predicted ferric reductase [Inorganic ion transport and metabolism]" /inference="protein motif:CDD:Hmp, Flavodoxin reductases (ferredoxin-NADPH reductases) family 1 [Energy production and conversion]" /inference="protein motif:CDD:UbiB, 2-polyprenylphenol hydroxylase and related flavodoxin oxidoreductases [Coenzyme metabolism / Energy production and conversion]" /inference="protein motif:COG:COG0543 2-polyprenylphenol hydroxylase and related flavodoxin oxidoreductases; H Coenzyme transport and metabolism" /inference="protein motif:FPrintScan:PR00409 PHDIOXRDTASE InterPro:IPR000951 Phthalate dioxygenase reductase GO:Biological Process:electron transport (GO:0006118), Molecular Function:oxidoreductase activity (GO:0016491)" /inference="protein motif:Gene3D:G3D.2.10.240.10 no description" /inference="protein motif:Gene3D:G3D.2.40.30.10 no description" /inference="protein motif:Gene3D:G3D.3.40.50.80 no description" /inference="protein motif:HMMPanther:PTHR19370 NITRATE REDUCTASE" /inference="protein motif:HMMPfam:PF00175 NAD_binding_1 InterPro:IPR001433 Oxidoreductase FAD/NAD(P)-binding GO:Biological Process:electron transport (GO:0006118), Molecular Function:oxidoreductase activity (GO:0016491)" /inference="protein motif:HMMPfam:PF00970 FAD_binding_6 InterPro:IPR008333 Oxidoreductase FAD-binding region GO:Biological Process:electron transport (GO:0006118), Molecular Function:oxidoreductase activity (GO:0016491)" /inference="protein motif:HMMPIR:PIRSF006816 Cytochrome-c3 hydrogenase, gamma subunit InterPro:IPR012165 Cytochrome-c3 hydrogenase, gamma subunit GO:Molecular Function:iron ion binding (GO:0005506), Biological Process:electron transport (GO:0006118), Biological Process:pyrimidine nucleotide biosynthesis (GO:0006221), Molecular Function:FAD binding (GO:0050660)" /inference="protein motif:ScanRegExp:PS00197 2FE2S_FER_1 InterPro:IPR006058 2Fe-2S ferredoxin, iron-sulfur binding site GO:Molecular Function:electron transporter activity (GO:0005489), Biological Process:electron transport (GO:0006118)" /inference="protein motif:superfamily:SSF52343 Ferredoxin reductase-like, C-terminal NADP-linked domain" /inference="protein motif:superfamily:SSF63380 Riboflavin synthase domain-like" /codon_start=1 /transl_table=11 /product="Dihydroorotate dehydrogenase electron transfer subunit (pyrK)" /protein_id="ACS32831.1" /translation="MVELRETWEVAKNVRAFRLSKGFDFTPGQFVMVWLPGVGEKPFS LAWKDLLVIKRVGPFTSRLFELQEGDRLWIRGPYGRGFERKWNRVALVSGGIGIPPLY ALVRAWRNEFEGITLIYGARSKEELALLDIEDYVDEVVITTDDGSAGKKGFPTDVLAE RRGEFDGVYACGPEPMLKAVLRIMDYENVQVSAERYMKCGIGVCGSCNLGKYLVCRDG PVFEGEKLRGVM" gene complement(312030..313253) /gene="pyrC" /locus_tag="TGAM_0330" /note="tg0330" CDS complement(312030..313253) /gene="pyrC" /locus_tag="TGAM_0330" /EC_number="3.5.2.3" /inference="protein motif:BlastProDom:PD000518 Q893N3_CLOTE_Q893N3; InterPro:IPR005847 Dihydroorotase region" /inference="protein motif:CDD:Amidohydro_1, Amidohydrolase family" /inference="protein motif:CDD:CAD_DHOase, The eukaryotic CAD protein is a trifunctional enzyme of carbamoylphosphate synthetase-aspartate transcarbamoylase-dihydroorotase, which catalyzes the first three steps of de novo pyrimidine nucleotide biosynthesis" /inference="protein motif:CDD:Cyclic_amidohydrolases, Cyclic amidohydrolases, including hydantoinase, dihydropyrimidinase, allantoinase, and dihydroorotase, are involved in the metabolism of pyrimidines and purines, sharing the property of hydrolyzing the cyclic amide bond of each substrate to the corresponding N-carbamyl amino acids" /inference="protein motif:CDD:D-HYD, D-hydantoinases (D-HYD) also called dihydropyrimidases (DHPase) and related proteins" /inference="protein motif:CDD:DHOase, Dihydroorotase (DHOase) catalyzes the reversible interconversion of carbamoyl aspartate to dihydroorotate, a key reaction in the pyrimidine biosynthesis" /inference="protein motif:CDD:DHOase_IIa, Dihydroorotase (DHOase), subgroup IIa" /inference="protein motif:CDD:DHOase_IIb, Dihydroorotase (DHOase), subgroup IIb" /inference="protein motif:CDD:L-HYD_ALN, L-Hydantoinases (L-HYDs) and Allantoinase (ALN)" /inference="protein motif:CDD:PyrC, Dihydroorotase [Nucleotide transport and metabolism]" /inference="protein motif:CDD:PyrC, Dihydroorotase and related cyclic amidohydrolases [Nucleotide transport and metabolism]" /inference="protein motif:COG:COG0044 Dihydroorotase and related cyclic amidohydrolases; F Nucleotide transport and metabolism" /inference="protein motif:Gene3D:G3D.3.20.20.140 no description" /inference="protein motif:HMMPanther:PTHR11647 DIHYDROOROTASE-RELATED" /inference="protein motif:HMMPanther:PTHR11647:SF13 DIHYDROOROTASE-RELATED" /inference="protein motif:HMMPfam:PF01979 Amidohydro_1 InterPro:IPR006680 Amidohydrolase 1 GO:Molecular Function:hydrolase activity (GO:0016787)" /inference="protein motif:HMMTigr:TIGR00857 pyrC_multi:dihydroorotase, multifunctiona InterPro:IPR004722 Dihydroorotase multifunctional complex type" /inference="protein motif:ScanRegExp:PS00483 DIHYDROOROTASE_2 InterPro:IPR002195 Dihydroorotase GO:Molecular Function:hydrolase activity, acting on carbon-nitrogen (but not peptide) bonds, in cyclic amides (GO:0016812)" /inference="protein motif:superfamily:SSF51338 Composite domain of metallo-dependent hydrolases InterPro:IPR011059 Metallo-dependent hydrolase, composite" /inference="protein motif:superfamily:SSF51556 Metallo-dependent hydrolases" /codon_start=1 /transl_table=11 /product="Dihydroorotase (pyrC)" /protein_id="ACS32832.1" /translation="MHELVLTGKFTLKGEVVRGSIGIDEGRISAIYARKIPGEETIDL SQYLILPGLIDTHVHLRDFEQKEKETVESGTKAALHGGITAVLDMPNTKPPVMDSKTF EKRLELFQRKAYTDYALGFLIRSNCEEARKAGADFYKAFMGASTGGIYSGDFEGDYAC SPGVLSVHAEDAELIRENPERPSRAEEVAIKRALESAEKLKKPLNICHVSTRGGIEAI LQRNLPWVSFEVTPHHLFLTREDYKRNPLLKVYPPLRTEEHVKALWENFSRIPIIASD HAPHTVEDKEAGTAGIPGLETEVALLLDAANRGIISVFDIVKKMHDNPVKVFGIRGRD FAIGNEATFTVVDLKREWTVKPEELYTKAKWSPWEGRKLKGKVVMTILRGRVVMEDGE IVGKPEGVRLNVQRG" gene 313402..315939 /locus_tag="TGAM_0331" /note="tg0331" CDS 313402..315939 /locus_tag="TGAM_0331" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:COG3889, Predicted solute binding protein [General function prediction only]" /inference="protein motif:COG:COG3889 Predicted solute binding protein; R General function prediction only" /inference="protein motif:Gene3D:G3D.3.10.105.10 no description" /inference="protein motif:Gene3D:G3D.3.40.190.10 no description" /inference="protein motif:HMMPfam:PF00496 SBP_bac_5 InterPro:IPR000914 Bacterial extracellular solute-binding protein, family 5 GO:Molecular Function:transporter activity (GO:0005215), Biological Process:transport (GO:0006810)" /inference="protein motif:superfamily:SSF53850 Periplasmic binding protein-like II" /note="Contains Periplasmic binding protein-like II domain (SSF53850); 2 probable transmembrane helices predicted by modhmm" /codon_start=1 /transl_table=11 /product="Solute binding protein, putative" /protein_id="ACS32833.1" /translation="MYKLMLPWPREGRLAKTERRQWNMNRKVFSLFIIGLMVFSVFFV RPAAAYSDDDYIKFALQAFETKYYKTAEDLDGILDMTLDDSAYLTSYFTHEFNNKTFD VTNPDQFWDLAKINMGLGIFESPRVFLVETWTFFPANKERVKEIVSDPNVGLGTRWSP MTAKTPDGKLKIAQFASTGAMFMSAFNPVGGLNDVYSVRVSTLVTDYGGATNFDGIYS PYRCTWEIDKTPGKVPDDAVIYNQTQGWIAAHKGEDYKVKVTYTCDVGEWHNGVKGSI DDIKNYIAFYYAWAYEDYPGDPYYDEGLSSTAAGLQNILGFEFTDNGYTVYGKYVHPL ADDQIAAYYMFYPSLPWELYWAMGELVANSKKYGIDKTYSFSSSGEGILWLDLLTKEH DQDIIKIMDAIMNGDFKGNVTDIDWNAATDRFNADKQFFNNYGNLFISNGPYKLVKYD PNALYLKLEKFTGERNVLGKDSGLPIDPVPDVIEYIGVQGQETVILQIAKGEYDIGMF AFPSGVYSGLGEDVISKLKLFKSASSYNELTVNDWHDPDKDAPIVTVGDNVYFNPFAV REIRYALNWLVSRDYIVQNIYQGSGKAMLGCIRPSHPADKYFEPVYQALGMSTAGDED YALYLLNEGMEKAKEQVAKYGHTLERKADGYWYFDGKPVTIKFIIRIEDERKEIGLYV SKLLEDKFGFKVEKLLWDRKKAGAVVFAEDPANYKWNLYTGGWGTSGLPSQWVDGYMA FFYTNWYGWTPNGMGPEHGHKNTVTVREFLTFVGKLNAPPETTTTTTTTTSGGGETTT TTSGGGETTTTTTTTTTTTTSEGGGGICGPAALIGLAIIPLLLRRRK" gene 316103..317146 /gene="dppB" /locus_tag="TGAM_0332" /gene_synonym="oppB" /note="tg0332" CDS 316103..317146 /gene="dppB" /locus_tag="TGAM_0332" /gene_synonym="oppB" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:BPD_transp_1, Binding-protein-dependent transport system inner membrane component" /inference="protein motif:CDD:COG4174, ABC-type uncharacterized transport system, permease component [General function prediction only]" /inference="protein motif:CDD:DppB, ABC-type dipeptide/oligopeptide/nickel transport systems, permease components [Amino acid transport and metabolism / Inorganic ion transport and metabolism]" /inference="protein motif:CDD:SapB, ABC-type antimicrobial peptide transport system, permease component [Defense mechanisms]" /inference="protein motif:COG:COG0601 ABC-type dipeptide/oligopeptide/nickel transport systems, permease components; E Amino acid transport and metabolism" /inference="protein motif:HMMPfam:PF00528 BPD_transp_1 InterPro:IPR000515 Binding-protein-dependent transport systems inner membrane component GO:Molecular Function:transporter activity (GO:0005215), Biological Process:transport (GO:0006810), Cellular Component:membrane (GO:0016020)" /inference="protein motif:ProfileScan:PS50928 ABC_TM1 InterPro:IPR000515 Binding-protein-dependent transport systems inner membrane component GO:Molecular Function:transporter activity (GO:0005215), Biological Process:transport (GO:0006810), Cellular Component:membrane (GO:0016020)" /note="6 probable transmembrane helices predicted by modhmm" /codon_start=1 /transl_table=11 /product="Dipeptide transport system permease protein dppB or oligopeptide transport system permease protein oppB (dppB/oppB)" /protein_id="ACS32834.1" /translation="MGYGKYLVFRIINALIVLIIATFIMSALFVKVTIDQNEANMREA LRAWDQTTGKQIRQTLGDEVYKEKRKEYEKKLREQYNLDKGYWGQVLEKTWRSLKWDF GKSQLTIGGTNDVRKIILMYLPRSIILFTTASIITMILGIFLGVRAANNPGSLFDRSL SIFALVTYSLPLWWTGMMFILIFAYKLGWFPLSSNFMPTDTIWDKIHKLALPILTYVF VAFGGWAWTTRNIMIGTLQEDFIMAARAKGLPERKVIYGHALRAAAPPIVTMVIFSLL GSLGGAIISEQVFQYPGMGMLYWQALNQSEVNIVIGLTYFSVVLYLAGVVLADMIYGF LDPRVKVGASAKM" gene 317158..318636 /gene="dppC" /locus_tag="TGAM_0333" /gene_synonym="oppC" /note="tg0333" CDS 317158..318636 /gene="dppC" /locus_tag="TGAM_0333" /gene_synonym="oppC" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:BPD_transp_1, Binding-protein-dependent transport system inner membrane component" /inference="protein motif:CDD:COG4239, ABC-type uncharacterized transport system, permease component [General function prediction only]" /inference="protein motif:CDD:DppB, ABC-type dipeptide/oligopeptide/nickel transport systems, permease components [Amino acid transport and metabolism / Inorganic ion transport and metabolism]" /inference="protein motif:CDD:DppC, ABC-type dipeptide/oligopeptide/nickel transport systems, permease components [Amino acid transport and metabolism / Inorganic ion transport and metabolism]" /inference="protein motif:CDD:SapC, ABC-type antimicrobial peptide transport system, permease component [Defense mechanisms]" /inference="protein motif:COG:COG1173 ABC-type dipeptide/oligopeptide/nickel transport systems, permease components; E Amino acid transport and metabolism" /inference="protein motif:HMMPfam:PF00528 BPD_transp_1 InterPro:IPR000515 Binding-protein-dependent transport systems inner membrane component GO:Molecular Function:transporter activity (GO:0005215), Biological Process:transport (GO:0006810), Cellular Component:membrane (GO:0016020)" /inference="protein motif:ProfileScan:PS50928 ABC_TM1 InterPro:IPR000515 Binding-protein-dependent transport systems inner membrane component GO:Molecular Function:transporter activity (GO:0005215), Biological Process:transport (GO:0006810), Cellular Component:membrane (GO:0016020)" /inference="protein motif:superfamily:SSF63999 Thiamin pyrophosphokinase, catalytic domain" /note="6 probable transmembrane helices predicted by modhmm" /codon_start=1 /transl_table=11 /product="Dipeptide transport system permease protein dppC or oligopeptide transport system permease protein oppC (dppC/oppC)" /protein_id="ACS32835.1" /translation="MRWVDFKESLQDFVNEFKREKTGMLGLALLILLIIVAAAAPLIT MPNFPEKWKDPQYWEEYPQTVPPTWYNKFTSHDLMGQVVYTSKDLQITRNGRTVEIKA TYTLPEGYYDGPKGIIIKGFQLQKSGGTPFKPKMNIYLDRPDGKSVQLVNNKEVSSGI TVAIGRDSEIAKNVYMWLYETTTGKTISPDEVPLSVILIQDMVRPLFAVVDPSAYKTS GNESVVEEIIMNPKPLHGTYTLRITIRDYPQAKVDVSNITVTFLGRVYGNMGTDYLGR DLWGAIVWGSRISLVIGITVSLLSTIIGLVYGVTSAYLGGNADEILMRINELFSSIPS LPILILIGATLGHIRLSLIVVLLVVFGWMGVARISRSMALQIKEQTYIEAAKALGAGT GRIVFKHILPQLLPYAFAVIALGVPVAVISEASLSFLGLGDPTQVTWGQILHDAQMKF AATKGYWWWVLPPGLGIALVGLTFVLIGTALDRILNPRLRRL" gene 318647..319606 /gene="dppD" /locus_tag="TGAM_0334" /gene_synonym="oppD-1" /note="tg0334" CDS 318647..319606 /gene="dppD" /locus_tag="TGAM_0334" /gene_synonym="oppD-1" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:BlastProDom:PD000006 Q9UXW0_PYRAB_Q9UXW0; InterPro:IPR003439 ABC transporter related GO:Molecular Function:ATP binding (GO:0005524), Molecular Function:ATPase activity (GO:0016887)" /inference="protein motif:CDD:ABC_ATPase, ABC (ATP-binding cassette) transporter nucleotide-binding domain" /inference="protein motif:CDD:ABC_BcrA_bacitracin_resist, The BcrA subfamily represents ABC transporters involved in peptide antibiotic resistance" /inference="protein motif:CDD:ABC_Carb_Monos_I, This family represents the domain I of the carbohydrate uptake proteins that transport only monosaccharides (Monos)" /inference="protein motif:CDD:ABC_Carb_Monos_II, This family represents domain II of the carbohydrate uptake proteins that transport only monosaccharides (Monos)" /inference="protein motif:CDD:ABC_Carb_Solutes_like, ABC Carbohydrate and Solute Transporters-like subgroup" /inference="protein motif:CDD:ABC_CcmA_heme_exporter, CcmA, the ATP-binding component of the bacterial CcmAB transporter" /inference="protein motif:CDD:ABC_Class3, This class is comprised of all BPD (Binding Protein Dependent) systems that are largely represented in archaea and eubacteria and are primarily involved in scavenging solutes from the environment" /inference="protein motif:CDD:ABC_cobalt_CbiO_domain1, Domain I of the ABC component of a cobalt transport family found in bacteria, archaea, and eukaryota" /inference="protein motif:CDD:ABC_cobalt_CbiO_domain2, Domain II of the ABC component of a cobalt transport family found in bacteria, archaea, and eukaryota" /inference="protein motif:CDD:ABC_CysA_sulfate_importer, Part of the ABC transporter complex cysAWTP involved in sulfate import" /inference="protein motif:CDD:ABC_DR_subfamily_A, This family of ATP-binding proteins belongs to a multisubunit transporter involved in drug resistance (BcrA and DrrA), nodulation, lipid transport, and lantibiotic immunity" /inference="protein motif:CDD:ABC_DrrA, DrrA is the ATP-binding protein component of a bacterial exporter complex that confers resistance to the antibiotics daunorubicin and doxorubicin" /inference="protein motif:CDD:ABC_drug_resistance_like, ABC-type multidrug transport system, ATPase component" /inference="protein motif:CDD:ABC_FeS_Assembly, ABC-type transport system involved in Fe-S cluster assembly, ATPase component" /inference="protein motif:CDD:ABC_FtsE_transporter, FtsE is a hydrophilic nucleotide-binding protein that binds FtsX to form a heterodimeric ATP-binding cassette (ABC)-type transporter that associates with the bacterial inner membrane" /inference="protein motif:CDD:ABC_HisP_GlnQ_permeases, HisP and GlnQ are the ATP-binding components of the bacterial periplasmic histidine and glutamine permeases, repectively" /inference="protein motif:CDD:ABC_Iron-Siderophores_B12_Hemin, ABC transporters, involved in the uptake of siderophores, heme, and vitamin B12, are widely conserved in bacteria and archaea" /inference="protein motif:CDD:ABC_KpsT_Wzt, ABC_KpsT_Wzt The KpsT/Wzt ABC transporter subfamily is involved in extracellular polysaccharide export" /inference="protein motif:CDD:ABC_MalK_N, The N-terminal ATPase domain of the maltose transporter, MalK" /inference="protein motif:CDD:ABC_Metallic_Cations, ABC component of the metal-type transporters" /inference="protein motif:CDD:ABC_MetN_methionine_transporter, MetN (also known as YusC) is an ABC-type transporter encoded by metN of the metNPQ operon in Bacillus subtilis that is involved in methionine transport" /inference="protein motif:CDD:ABC_MJ0796_Lo1CDE_FtsE, This family is comprised of MJ0796 ATP-binding cassette, macrolide-specific ABC-type efflux carrier (MacAB), and proteins involved in cell division (FtsE), and release of liporoteins from the cytoplasmic membrane (LolCDE)" /inference="protein motif:CDD:ABC_Mj1267_LivG_branched, The Mj1267/LivG ABC transporter subfamily is involved in the transport of the hydrophobic amino acids leucine, isoleucine and valine" /inference="protein motif:CDD:ABC_ModC_like, Archeal protein closely related to ModC" /inference="protein motif:CDD:ABC_ModC_molybdenum_transporter, ModC is an ABC-type transporter and the ATPase component of a molybdate transport system that also includes the periplasmic binding protein ModA and the membrane protein ModB" /inference="protein motif:CDD:ABC_MTABC3_MDL1_MDL2, MTABC3 (also known as ABCB6) is a mitochondrial ATP-binding cassette protein involved in iron homeostasis and one of four ABC transporters expressed in the mitochondrial inner membrane, the other three being MDL1(ABC7), MDL2, and ATM1" /inference="protein motif:CDD:ABC_NatA_like, Similar in sequence to NatA, this is the ATPase component of a bacterial ABC-type Na+ transport system called NatAB, which catalyzes ATP-dependent electrogenic Na+ extrusion without mechanically coupled to proton or K+ uptake" /inference="protein motif:CDD:ABC_NatA_sodium_exporter, NatA is the ATPase component of a bacterial ABC-type Na+ transport system called NatAB, which catalyzes ATP-dependent electrogenic Na+ extrusion without mechanically coupled proton or K+ uptake" /inference="protein motif:CDD:ABC_NikE_OppD_transporters, The ABC transporter subfamily specific for the transport of dipeptides, oligopeptides (OppD), and nickel (NikDE)" /inference="protein motif:CDD:ABC_NrtD_SsuB_transporters, NrtD and SsuB are the ATP-binding subunits of the bacterial ABC-type nitrate and sulfonate transport systems, respectively" /inference="protein motif:CDD:ABC_OpuCA_Osmoprotection, OpuCA is a the ATP binding component of a bacterial solute transporter that serves a protective role to cells growing in a hyperosmolar environment" /inference="protein motif:CDD:ABC_Org_Solvent_Resistant, ABC (ATP-binding cassette) transport system involved in resistant to organic solvents" /inference="protein motif:CDD:ABC_PDR_domain1, The pleiotropic drug resistance (PDR) family of ATP-binding cassette (ABC) transporters" /inference="protein motif:CDD:ABC_PDR_domain2, The pleiotropic drug resistance-like (PDR) family of ATP-binding cassette (ABC) transporters" /inference="protein motif:CDD:ABC_PhnC_transporter, ABC-type phosphate/phosphonate transport system" /inference="protein motif:CDD:ABC_PotA_N, PotA is an ABC-type transporter and the ATPase component of the spermidine/putrescine-preferential uptake system consisting of PotA, -B, -C, and -D" /inference="protein motif:CDD:ABC_Pro_Gly_Bertaine, This family comprises the glycine betaine/L-proline ATP binding subunit in bacteria and its equivalents in archaea" /inference="protein motif:CDD:ABC_PstB_phosphate_transporter, Phosphate uptake is of fundamental importance in the cell physiology of bacteria because phosphate is required as a nutrient" /inference="protein motif:CDD:ABC_putative_ATPase, This subfamily is involved in drug resistance, nodulation, lipid transport, and bacteriocin and lantibiotic immunity" /inference="protein motif:CDD:ABC_RNaseL_inhibitor_domain1, The ATPase domain 1 of RNase L inhibitor" /inference="protein motif:CDD:ABC_subfamily_A, The ABCA subfamily mediates the transport of a variety of lipid compounds" /inference="protein motif:CDD:ABC_ThiQ_thiamine_transporter, ABC-type thiamine tranport system" /inference="protein motif:CDD:ABC_TM1139_LivF_branched, LivF (TM1139) is part of the LIV-I bacterial ABC-type two-component transport system that imports neutral, branched-chain amino acids" /inference="protein motif:CDD:ABC_tran, ABC transporter" /inference="protein motif:CDD:ABC_UvrA, The excision repair protein UvrA" /inference="protein motif:CDD:ABC_YhbG, The ABC transporters belonging to the YhbG family are similar to members of the Mj1267_LivG family, which is involved in the transport of branched-chain amino acids" /inference="protein motif:CDD:AbcC, ABC-type metal ion transport system, ATPase component [Inorganic ion transport and metabolism]" /inference="protein motif:CDD:ABCC_ATM1_transporter, ATM1 is an ABC transporter that is expressed in the mitochondria" /inference="protein motif:CDD:ABCC_bacteriocin_exporters, ABC-type bacteriocin exporters" /inference="protein motif:CDD:ABCC_cytochrome_bd, The CYD subfamily implicated in cytochrome bd biogenesis" /inference="protein motif:CDD:ABCC_Glucan_exporter_like, Glucan exporter ATP-binding protein" /inference="protein motif:CDD:ABCC_Hemolysin, The ABC-transporter hemolysin B is a central component of the secretion machinery that translocates the toxin, hemolysin A, in a Sec-independent fashion across both membranes of E" /inference="protein motif:CDD:ABCC_MRP_domain1, Domain 1 of the ABC subfamily C" /inference="protein motif:CDD:ABCC_MRP_domain2, Domain 2 of the ABC subfamily C" /inference="protein motif:CDD:ABCC_MRP_Like, The MRP (Mutidrug Resistance Protein)-like transporters are involved in drug, peptide, and lipid export" /inference="protein motif:CDD:ABCC_MsbA, MsbA is an essential ABC transporter, closely related to eukaryotic MDR proteins" /inference="protein motif:CDD:ABCC_NFT1, Domain 2 of NFT1 (New full-length MRP-type transporter 1)" /inference="protein motif:CDD:ABCC_Protease_Secretion, This family represents the ABC component of the protease secretion system PrtD, a 60-kDa integral membrane protein sharing 37% identity with HlyB, the ABC component of the alpha-hemolysin secretion pathway, in the C-terminal domain" /inference="protein motif:CDD:ABCC_TAP, TAP, the Transporter Associated with Antigen Processing" /inference="protein motif:CDD:ABCF_EF-3, ABCF_EF-3 Elongation factor 3 (EF-3) is a cytosolic protein required by fungal ribosomes for in vitro protein synthesis and for in vivo growth" /inference="protein motif:CDD:ABCG_EPDR, ABCG transporters are involved in eye pigment (EP) precursor transport, regulation of lipid-trafficking mechanisms, and pleiotropic drug resistance (DR)" /inference="protein motif:CDD:ABCG_White, The White subfamily represents ABC transporters homologous to the Drosophila white gene, which acts as a dimeric importer for eye pigment precursors" /inference="protein motif:CDD:AppF, ABC-type oligopeptide transport system, ATPase component [Amino acid transport and metabolism]" /inference="protein motif:CDD:ArpD, ABC-type protease/lipase transport system, ATPase and permease components [General function prediction only]" /inference="protein motif:CDD:ArtP, ABC-type arginine transport system, ATPase component [Amino acid transport and metabolism]" /inference="protein motif:CDD:ATM1, ABC-type transport system involved in Fe-S cluster assembly, permease and ATPase components [Posttranslational modification, protein turnover, chaperones]" /inference="protein motif:CDD:BtuD, ABC-type cobalamin transport system, ATPase component [Coenzyme metabolism]" /inference="protein motif:CDD:CbiO, ABC-type cobalt transport system, ATPase component [Inorganic ion transport and metabolism]" /inference="protein motif:CDD:CcmA, ABC-type multidrug transport system, ATPase component [Defense mechanisms]" /inference="protein motif:CDD:CcmA, ABC-type transport system involved in cytochrome c biogenesis, ATPase component [Posttranslational modification, protein turnover, chaperones]" /inference="protein motif:CDD:CeuD, ABC-type enterochelin transport system, ATPase component [Inorganic ion transport and metabolism]" /inference="protein motif:CDD:COG1123, ATPase components of various ABC-type transport systems, contain duplicated ATPase [General function prediction only]" /inference="protein motif:CDD:COG1245, Predicted ATPase, RNase L inhibitor (RLI) homolog [General function prediction only]" /inference="protein motif:CDD:COG3638, ABC-type phosphate/phosphonate transport system, ATPase component [Inorganic ion transport and metabolism]" /inference="protein motif:CDD:COG3845, ABC-type uncharacterized transport systems, ATPase components [General function prediction only]" /inference="protein motif:CDD:COG4136, ABC-type uncharacterized transport system, ATPase component [General function prediction only]" /inference="protein motif:CDD:COG4152, ABC-type uncharacterized transport system, ATPase component [General function prediction only]" /inference="protein motif:CDD:COG4172, ABC-type uncharacterized transport system, duplicated ATPase component [General function prediction only]" /inference="protein motif:CDD:COG4178, ABC-type uncharacterized transport system, permease and ATPase components [General function prediction only]" /inference="protein motif:CDD:COG4181, Predicted ABC-type transport system involved in lysophospholipase L1 biosynthesis, ATPase component [Secondary metabolites biosynthesis, transport, and catabolism]" /inference="protein motif:CDD:COG4559, ABC-type hemin transport system, ATPase component [Inorganic ion transport and metabolism]" /inference="protein motif:CDD:COG4586, ABC-type uncharacterized transport system, ATPase component [General function prediction only]" /inference="protein motif:CDD:COG4619, ABC-type uncharacterized transport system, ATPase component [General function prediction only]" /inference="protein motif:CDD:COG4674, Uncharacterized ABC-type transport system, ATPase component [General function prediction only]" /inference="protein motif:CDD:CydC, ABC-type transport system involved in cytochrome bd biosynthesis, fused ATPase and permease components [Energy production and conversion / Posttranslational modification, protein turnover, chaperones]" /inference="protein motif:CDD:CydD, ABC-type transport system involved in cytochrome bd biosynthesis, ATPase and permease components [Energy production and conversion / Posttranslational modification, protein turnover, chaperones]" /inference="protein motif:CDD:CysA, ABC-type sulfate/molybdate transport systems, ATPase component [Inorganic ion transport and metabolism]" /inference="protein motif:CDD:DppD, ABC-type dipeptide/oligopeptide/nickel transport system, ATPase component [Amino acid transport and metabolism / Inorganic ion transport and metabolism]" /inference="protein motif:CDD:DppF, ABC-type dipeptide/oligopeptide/nickel transport system, ATPase component [Amino acid transport and metabolism / Inorganic ion transport and metabolism]" /inference="protein motif:CDD:FepC, ABC-type cobalamin/Fe3+-siderophores transport systems, ATPase components [Inorganic ion transport and metabolism / Coenzyme metabolism]" /inference="protein motif:CDD:FtsE, Predicted ATPase involved in cell division [Cell division and chromosome partitioning]" /inference="protein motif:CDD:GlnQ, ABC-type polar amino acid transport system, ATPase component [Amino acid transport and metabolism]" /inference="protein motif:CDD:HisP, ABC-type histidine transport system, ATPase component [Amino acid transport and metabolism]" /inference="protein motif:CDD:LivF, ABC-type branched-chain amino acid transport systems, ATPase component [Amino acid transport and metabolism]" /inference="protein motif:CDD:LivG, ABC-type branched-chain amino acid transport systems, ATPase component [Amino acid transport and metabolism]" /inference="protein motif:CDD:MalK, ABC-type sugar transport systems, ATPase components [Carbohydrate transport and metabolism]" /inference="protein motif:CDD:MdlB, ABC-type multidrug transport system, ATPase and permease components [Defense mechanisms]" /inference="protein motif:CDD:MglA, ABC-type sugar transport system, ATPase component [Carbohydrate transport and metabolism]" /inference="protein motif:CDD:ModC, ABC-type molybdate transport system, ATPase component [Inorganic ion transport and metabolism]" /inference="protein motif:CDD:ModF, ABC-type molybdenum transport system, ATPase component/photorepair protein PhrA [Inorganic ion transport and metabolism]" /inference="protein motif:CDD:NatA, ABC-type Na+ transport system, ATPase component [Energy production and conversion / Inorganic ion transport and metabolism]" /inference="protein motif:CDD:OpuBA, ABC-type proline/glycine betaine transport systems, ATPase components [Amino acid transport and metabolism]" /inference="protein motif:CDD:PhnK, ABC-type phosphonate transport system, ATPase component [Inorganic ion transport and metabolism]" /inference="protein motif:CDD:PhnK, ABC-type uncharacterized transport system, ATPase component [General function prediction only]" /inference="protein motif:CDD:PhnL, ABC-type phosphonate transport system, ATPase component [Inorganic ion transport and metabolism]" /inference="protein motif:CDD:PotA, ABC-type spermidine/putrescine transport systems, ATPase components [Amino acid transport and metabolism]" /inference="protein motif:CDD:ProV, ABC-type proline/glycine betaine transport system, ATPase component [Amino acid transport and metabolism]" /inference="protein motif:CDD:PstB, ABC-type phosphate transport system, ATPase component [Inorganic ion transport and metabolism]" /inference="protein motif:CDD:PvdE, ABC-type siderophore export system, fused ATPase and permease components [Secondary metabolites biosynthesis, transport, and catabolism / Inorganic ion transport and metabolism]" /inference="protein motif:CDD:SalX, ABC-type antimicrobial peptide transport system, ATPase component [Defense mechanisms]" /inference="protein motif:CDD:SapD, ABC-type antimicrobial peptide transport system, ATPase component [Defense mechanisms]" /inference="protein motif:CDD:SapF, ABC-type antimicrobial peptide transport system, ATPase component [Defense mechanisms]" /inference="protein motif:CDD:SufC, ABC-type transport system involved in Fe-S cluster assembly, ATPase component [Posttranslational modification, protein turnover, chaperones]" /inference="protein motif:CDD:SunT, ABC-type bacteriocin/lantibiotic exporters, contain an N-terminal double-glycine peptidase domain [Defense mechanisms]" /inference="protein motif:CDD:TagH, ABC-type polysaccharide/polyol phosphate transport system, ATPase component [Carbohydrate transport and metabolism / Cell envelope biogenesis, outer membrane]" /inference="protein motif:CDD:TauB, ABC-type nitrate/sulfonate/bicarbonate transport system, ATPase component [Inorganic ion transport and metabolism]" /inference="protein motif:CDD:TauB, ABC-type taurine transport system, ATPase component [Inorganic ion transport and metabolism]" /inference="protein motif:CDD:ThiQ, ABC-type thiamine transport system, ATPase component [Coenzyme metabolism]" /inference="protein motif:CDD:Ttg2A, ABC-type transport system involved in resistance to organic solvents, ATPase component [Secondary metabolites biosynthesis, transport, and catabolism]" /inference="protein motif:CDD:Uup, ATPase components of ABC transporters with duplicated ATPase domains [General function prediction only]" /inference="protein motif:CDD:YhbG, ABC-type (unclassified) transport system, ATPase component [General function prediction only]" /inference="protein motif:CDD:ZnuC, ABC-type Mn/Zn transport systems, ATPase component [Inorganic ion transport and metabolism]" /inference="protein motif:COG:COG0444 ABC-type dipeptide/oligopeptide/nickel transport system, ATPase component; E Amino acid transport and metabolism" /inference="protein motif:Gene3D:G3D.3.40.50.300 no description" /inference="protein motif:HMMPanther:PTHR19222 ATP-BINDING CASSETTE TRANSPORTER" /inference="protein motif:HMMPfam:PF00005 ABC_tran InterPro:IPR003439 ABC transporter related GO:Molecular Function:ATP binding (GO:0005524), Molecular Function:ATPase activity (GO:0016887)" /inference="protein motif:HMMPfam:PF08352 oligo_HPY InterPro:IPR013563 Oligopeptide/dipeptide ABC transporter, C-terminal" /inference="protein motif:HMMSmart:SM00382 no description InterPro:IPR003593 AAA ATPase GO:Molecular Function:nucleotide binding (GO:0000166), Molecular Function:nucleoside-triphosphatase activity (GO:0017111)" /inference="protein motif:HMMTigr:TIGR01727 oligo_HPY:oligopeptide/dipeptide ABC trans InterPro:IPR010066 Oligopeptide/dipeptide ABC transporter, ATP-binding protein, C-terminal GO:Molecular Function:ATP binding (GO:0005524), Molecular Function:peptide transporter activity (GO:0015197), Biological Process:peptide transport (GO:0015833)" /inference="protein motif:ProfileScan:PS50100 DA_BOX InterPro:IPR003439 ABC transporter related GO:Molecular Function:ATP binding (GO:0005524), Molecular Function:ATPase activity (GO:0016887)" /inference="protein motif:ProfileScan:PS50893 ABC_TRANSPORTER_2 InterPro:IPR003439 ABC transporter related GO:Molecular Function:ATP binding (GO:0005524), Molecular Function:ATPase activity (GO:0016887)" /inference="protein motif:ScanRegExp:PS00211 ABC_TRANSPORTER_1 InterPro:IPR003439 ABC transporter related GO:Molecular Function:ATP binding (GO:0005524), Molecular Function:ATPase activity (GO:0016887)" /inference="protein motif:superfamily:SSF52540 P-loop containing nucleoside triphosphate hydrolases" /codon_start=1 /transl_table=11 /product="ABC-type dipeptide/oligopeptide transport system, ATPase component (dppD/oppD)" /protein_id="ACS32836.1" /translation="MAKNILEVRNLKMYYFTNRGMVRAVDDISFDLKKGEVLGLAGES GCGKSSLGFTLMGMPTPPGKIVDGSIKIDGREIVGLPEDVLRKEIRWQKISMIFQGAM NALNPVYTVGYQMIEPLVLHKGMSKDEALDRAQKYLELVGLDPEIVYRYPHELSGGMK QRVIIASALLLEPDVVIADEPTTALDVVVQAQIINLMKKLKKDLGLSMIFITHDLSIL AEISDKVAIMYAGKIIEIGDSEKIYYEPAHPYTQKLLASIPRLHEDVEKLEFIPGQPP NLINPPKGCRFHPRCPYAMDVCKEQEPELKEIDKDHYAACWLL" gene 319617..320624 /gene="dppF" /locus_tag="TGAM_0335" /gene_synonym="oppF-1" /note="tg0335" CDS 319617..320624 /gene="dppF" /locus_tag="TGAM_0335" /gene_synonym="oppF-1" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:BlastProDom:PD000006 Q9UXW1_PYRAB_Q9UXW1; InterPro:IPR003439 ABC transporter related GO:Molecular Function:ATP binding (GO:0005524), Molecular Function:ATPase activity (GO:0016887)" /inference="protein motif:CDD:ABC_ATPase, ABC (ATP-binding cassette) transporter nucleotide-binding domain" /inference="protein motif:CDD:ABC_BcrA_bacitracin_resist, The BcrA subfamily represents ABC transporters involved in peptide antibiotic resistance" /inference="protein motif:CDD:ABC_Carb_Monos_I, This family represents the domain I of the carbohydrate uptake proteins that transport only monosaccharides (Monos)" /inference="protein motif:CDD:ABC_Carb_Monos_II, This family represents domain II of the carbohydrate uptake proteins that transport only monosaccharides (Monos)" /inference="protein motif:CDD:ABC_Carb_Solutes_like, ABC Carbohydrate and Solute Transporters-like subgroup" /inference="protein motif:CDD:ABC_CcmA_heme_exporter, CcmA, the ATP-binding component of the bacterial CcmAB transporter" /inference="protein motif:CDD:ABC_Class3, This class is comprised of all BPD (Binding Protein Dependent) systems that are largely represented in archaea and eubacteria and are primarily involved in scavenging solutes from the environment" /inference="protein motif:CDD:ABC_cobalt_CbiO_domain1, Domain I of the ABC component of a cobalt transport family found in bacteria, archaea, and eukaryota" /inference="protein motif:CDD:ABC_cobalt_CbiO_domain2, Domain II of the ABC component of a cobalt transport family found in bacteria, archaea, and eukaryota" /inference="protein motif:CDD:ABC_CysA_sulfate_importer, Part of the ABC transporter complex cysAWTP involved in sulfate import" /inference="protein motif:CDD:ABC_DR_subfamily_A, This family of ATP-binding proteins belongs to a multisubunit transporter involved in drug resistance (BcrA and DrrA), nodulation, lipid transport, and lantibiotic immunity" /inference="protein motif:CDD:ABC_DrrA, DrrA is the ATP-binding protein component of a bacterial exporter complex that confers resistance to the antibiotics daunorubicin and doxorubicin" /inference="protein motif:CDD:ABC_drug_resistance_like, ABC-type multidrug transport system, ATPase component" /inference="protein motif:CDD:ABC_FeS_Assembly, ABC-type transport system involved in Fe-S cluster assembly, ATPase component" /inference="protein motif:CDD:ABC_FtsE_transporter, FtsE is a hydrophilic nucleotide-binding protein that binds FtsX to form a heterodimeric ATP-binding cassette (ABC)-type transporter that associates with the bacterial inner membrane" /inference="protein motif:CDD:ABC_HisP_GlnQ_permeases, HisP and GlnQ are the ATP-binding components of the bacterial periplasmic histidine and glutamine permeases, repectively" /inference="protein motif:CDD:ABC_Iron-Siderophores_B12_Hemin, ABC transporters, involved in the uptake of siderophores, heme, and vitamin B12, are widely conserved in bacteria and archaea" /inference="protein motif:CDD:ABC_KpsT_Wzt, ABC_KpsT_Wzt The KpsT/Wzt ABC transporter subfamily is involved in extracellular polysaccharide export" /inference="protein motif:CDD:ABC_MalK_N, The N-terminal ATPase domain of the maltose transporter, MalK" /inference="protein motif:CDD:ABC_Metallic_Cations, ABC component of the metal-type transporters" /inference="protein motif:CDD:ABC_MetN_methionine_transporter, MetN (also known as YusC) is an ABC-type transporter encoded by metN of the metNPQ operon in Bacillus subtilis that is involved in methionine transport" /inference="protein motif:CDD:ABC_MJ0796_Lo1CDE_FtsE, This family is comprised of MJ0796 ATP-binding cassette, macrolide-specific ABC-type efflux carrier (MacAB), and proteins involved in cell division (FtsE), and release of liporoteins from the cytoplasmic membrane (LolCDE)" /inference="protein motif:CDD:ABC_Mj1267_LivG_branched, The Mj1267/LivG ABC transporter subfamily is involved in the transport of the hydrophobic amino acids leucine, isoleucine and valine" /inference="protein motif:CDD:ABC_ModC_like, Archeal protein closely related to ModC" /inference="protein motif:CDD:ABC_ModC_molybdenum_transporter, ModC is an ABC-type transporter and the ATPase component of a molybdate transport system that also includes the periplasmic binding protein ModA and the membrane protein ModB" /inference="protein motif:CDD:ABC_MTABC3_MDL1_MDL2, MTABC3 (also known as ABCB6) is a mitochondrial ATP-binding cassette protein involved in iron homeostasis and one of four ABC transporters expressed in the mitochondrial inner membrane, the other three being MDL1(ABC7), MDL2, and ATM1" /inference="protein motif:CDD:ABC_NatA_like, Similar in sequence to NatA, this is the ATPase component of a bacterial ABC-type Na+ transport system called NatAB, which catalyzes ATP-dependent electrogenic Na+ extrusion without mechanically coupled to proton or K+ uptake" /inference="protein motif:CDD:ABC_NatA_sodium_exporter, NatA is the ATPase component of a bacterial ABC-type Na+ transport system called NatAB, which catalyzes ATP-dependent electrogenic Na+ extrusion without mechanically coupled proton or K+ uptake" /inference="protein motif:CDD:ABC_NikE_OppD_transporters, The ABC transporter subfamily specific for the transport of dipeptides, oligopeptides (OppD), and nickel (NikDE)" /inference="protein motif:CDD:ABC_NrtD_SsuB_transporters, NrtD and SsuB are the ATP-binding subunits of the bacterial ABC-type nitrate and sulfonate transport systems, respectively" /inference="protein motif:CDD:ABC_OpuCA_Osmoprotection, OpuCA is a the ATP binding component of a bacterial solute transporter that serves a protective role to cells growing in a hyperosmolar environment" /inference="protein motif:CDD:ABC_Org_Solvent_Resistant, ABC (ATP-binding cassette) transport system involved in resistant to organic solvents" /inference="protein motif:CDD:ABC_PhnC_transporter, ABC-type phosphate/phosphonate transport system" /inference="protein motif:CDD:ABC_PotA_N, PotA is an ABC-type transporter and the ATPase component of the spermidine/putrescine-preferential uptake system consisting of PotA, -B, -C, and -D" /inference="protein motif:CDD:ABC_Pro_Gly_Bertaine, This family comprises the glycine betaine/L-proline ATP binding subunit in bacteria and its equivalents in archaea" /inference="protein motif:CDD:ABC_PstB_phosphate_transporter, Phosphate uptake is of fundamental importance in the cell physiology of bacteria because phosphate is required as a nutrient" /inference="protein motif:CDD:ABC_putative_ATPase, This subfamily is involved in drug resistance, nodulation, lipid transport, and bacteriocin and lantibiotic immunity" /inference="protein motif:CDD:ABC_RNaseL_inhibitor_domain1, The ATPase domain 1 of RNase L inhibitor" /inference="protein motif:CDD:ABC_RNaseL_inhibitor_domain2, The ATPase domain 2 of RNase L inhibitor" /inference="protein motif:CDD:ABC_subfamily_A, The ABCA subfamily mediates the transport of a variety of lipid compounds" /inference="protein motif:CDD:ABC_ThiQ_thiamine_transporter, ABC-type thiamine tranport system" /inference="protein motif:CDD:ABC_TM1139_LivF_branched, LivF (TM1139) is part of the LIV-I bacterial ABC-type two-component transport system that imports neutral, branched-chain amino acids" /inference="protein motif:CDD:ABC_tran, ABC transporter" /inference="protein motif:CDD:ABC_UvrA, The excision repair protein UvrA" /inference="protein motif:CDD:ABC_YhbG, The ABC transporters belonging to the YhbG family are similar to members of the Mj1267_LivG family, which is involved in the transport of branched-chain amino acids" /inference="protein motif:CDD:AbcC, ABC-type metal ion transport system, ATPase component [Inorganic ion transport and metabolism]" /inference="protein motif:CDD:ABCC_ATM1_transporter, ATM1 is an ABC transporter that is expressed in the mitochondria" /inference="protein motif:CDD:ABCC_bacteriocin_exporters, ABC-type bacteriocin exporters" /inference="protein motif:CDD:ABCC_cytochrome_bd, The CYD subfamily implicated in cytochrome bd biogenesis" /inference="protein motif:CDD:ABCC_Glucan_exporter_like, Glucan exporter ATP-binding protein" /inference="protein motif:CDD:ABCC_Hemolysin, The ABC-transporter hemolysin B is a central component of the secretion machinery that translocates the toxin, hemolysin A, in a Sec-independent fashion across both membranes of E" /inference="protein motif:CDD:ABCC_MRP_domain2, Domain 2 of the ABC subfamily C" /inference="protein motif:CDD:ABCC_MRP_Like, The MRP (Mutidrug Resistance Protein)-like transporters are involved in drug, peptide, and lipid export" /inference="protein motif:CDD:ABCC_MsbA, MsbA is an essential ABC transporter, closely related to eukaryotic MDR proteins" /inference="protein motif:CDD:ABCC_NFT1, Domain 2 of NFT1 (New full-length MRP-type transporter 1)" /inference="protein motif:CDD:ABCC_Protease_Secretion, This family represents the ABC component of the protease secretion system PrtD, a 60-kDa integral membrane protein sharing 37% identity with HlyB, the ABC component of the alpha-hemolysin secretion pathway, in the C-terminal domain" /inference="protein motif:CDD:ABCC_SUR1_N, The SUR domain 1" /inference="protein motif:CDD:ABCC_TAP, TAP, the Transporter Associated with Antigen Processing" /inference="protein motif:CDD:ABCD_peroxisomal_ALDP, Peroxisomal ATP-binding cassette transporter (Pat) is involved in the import of very long-chain fatty acids (VLCFA) into the peroxisome" /inference="protein motif:CDD:ABCF_EF-3, ABCF_EF-3 Elongation factor 3 (EF-3) is a cytosolic protein required by fungal ribosomes for in vitro protein synthesis and for in vivo growth" /inference="protein motif:CDD:ABCG_EPDR, ABCG transporters are involved in eye pigment (EP) precursor transport, regulation of lipid-trafficking mechanisms, and pleiotropic drug resistance (DR)" /inference="protein motif:CDD:ABCG_White, The White subfamily represents ABC transporters homologous to the Drosophila white gene, which acts as a dimeric importer for eye pigment precursors" /inference="protein motif:CDD:AppF, ABC-type oligopeptide transport system, ATPase component [Amino acid transport and metabolism]" /inference="protein motif:CDD:ArpD, ABC-type protease/lipase transport system, ATPase and permease components [General function prediction only]" /inference="protein motif:CDD:ArtP, ABC-type arginine transport system, ATPase component [Amino acid transport and metabolism]" /inference="protein motif:CDD:ATM1, ABC-type transport system involved in Fe-S cluster assembly, permease and ATPase components [Posttranslational modification, protein turnover, chaperones]" /inference="protein motif:CDD:BtuD, ABC-type cobalamin transport system, ATPase component [Coenzyme metabolism]" /inference="protein motif:CDD:CbiO, ABC-type cobalt transport system, ATPase component [Inorganic ion transport and metabolism]" /inference="protein motif:CDD:CcmA, ABC-type multidrug transport system, ATPase component [Defense mechanisms]" /inference="protein motif:CDD:CcmA, ABC-type transport system involved in cytochrome c biogenesis, ATPase component [Posttranslational modification, protein turnover, chaperones]" /inference="protein motif:CDD:CeuD, ABC-type enterochelin transport system, ATPase component [Inorganic ion transport and metabolism]" /inference="protein motif:CDD:COG1123, ATPase components of various ABC-type transport systems, contain duplicated ATPase [General function prediction only]" /inference="protein motif:CDD:COG1245, Predicted ATPase, RNase L inhibitor (RLI) homolog [General function prediction only]" /inference="protein motif:CDD:COG3638, ABC-type phosphate/phosphonate transport system, ATPase component [Inorganic ion transport and metabolism]" /inference="protein motif:CDD:COG3845, ABC-type uncharacterized transport systems, ATPase components [General function prediction only]" /inference="protein motif:CDD:COG4136, ABC-type uncharacterized transport system, ATPase component [General function prediction only]" /inference="protein motif:CDD:COG4152, ABC-type uncharacterized transport system, ATPase component [General function prediction only]" /inference="protein motif:CDD:COG4172, ABC-type uncharacterized transport system, duplicated ATPase component [General function prediction only]" /inference="protein motif:CDD:COG4178, ABC-type uncharacterized transport system, permease and ATPase components [General function prediction only]" /inference="protein motif:CDD:COG4181, Predicted ABC-type transport system involved in lysophospholipase L1 biosynthesis, ATPase component [Secondary metabolites biosynthesis, transport, and catabolism]" /inference="protein motif:CDD:COG4559, ABC-type hemin transport system, ATPase component [Inorganic ion transport and metabolism]" /inference="protein motif:CDD:COG4586, ABC-type uncharacterized transport system, ATPase component [General function prediction only]" /inference="protein motif:CDD:COG4619, ABC-type uncharacterized transport system, ATPase component [General function prediction only]" /inference="protein motif:CDD:COG4674, Uncharacterized ABC-type transport system, ATPase component [General function prediction only]" /inference="protein motif:CDD:CydC, ABC-type transport system involved in cytochrome bd biosynthesis, fused ATPase and permease components [Energy production and conversion / Posttranslational modification, protein turnover, chaperones]" /inference="protein motif:CDD:CydD, ABC-type transport system involved in cytochrome bd biosynthesis, ATPase and permease components [Energy production and conversion / Posttranslational modification, protein turnover, chaperones]" /inference="protein motif:CDD:CysA, ABC-type sulfate/molybdate transport systems, ATPase component [Inorganic ion transport and metabolism]" /inference="protein motif:CDD:DppD, ABC-type dipeptide/oligopeptide/nickel transport system, ATPase component [Amino acid transport and metabolism / Inorganic ion transport and metabolism]" /inference="protein motif:CDD:DppF, ABC-type dipeptide/oligopeptide/nickel transport system, ATPase component [Amino acid transport and metabolism / Inorganic ion transport and metabolism]" /inference="protein motif:CDD:FepC, ABC-type cobalamin/Fe3+-siderophores transport systems, ATPase components [Inorganic ion transport and metabolism / Coenzyme metabolism]" /inference="protein motif:CDD:FtsE, Predicted ATPase involved in cell division [Cell division and chromosome partitioning]" /inference="protein motif:CDD:GlnQ, ABC-type polar amino acid transport system, ATPase component [Amino acid transport and metabolism]" /inference="protein motif:CDD:HisP, ABC-type histidine transport system, ATPase component [Amino acid transport and metabolism]" /inference="protein motif:CDD:LivF, ABC-type branched-chain amino acid transport systems, ATPase component [Amino acid transport and metabolism]" /inference="protein motif:CDD:LivG, ABC-type branched-chain amino acid transport systems, ATPase component [Amino acid transport and metabolism]" /inference="protein motif:CDD:MalK, ABC-type sugar transport systems, ATPase components [Carbohydrate transport and metabolism]" /inference="protein motif:CDD:MdlB, ABC-type multidrug transport system, ATPase and permease components [Defense mechanisms]" /inference="protein motif:CDD:MglA, ABC-type sugar transport system, ATPase component [Carbohydrate transport and metabolism]" /inference="protein motif:CDD:ModC, ABC-type molybdate transport system, ATPase component [Inorganic ion transport and metabolism]" /inference="protein motif:CDD:ModF, ABC-type molybdenum transport system, ATPase component/photorepair protein PhrA [Inorganic ion transport and metabolism]" /inference="protein motif:CDD:NatA, ABC-type Na+ transport system, ATPase component [Energy production and conversion / Inorganic ion transport and metabolism]" /inference="protein motif:CDD:OpuBA, ABC-type proline/glycine betaine transport systems, ATPase components [Amino acid transport and metabolism]" /inference="protein motif:CDD:PhnK, ABC-type phosphonate transport system, ATPase component [Inorganic ion transport and metabolism]" /inference="protein motif:CDD:PhnK, ABC-type uncharacterized transport system, ATPase component [General function prediction only]" /inference="protein motif:CDD:PhnL, ABC-type phosphonate transport system, ATPase component [Inorganic ion transport and metabolism]" /inference="protein motif:CDD:PotA, ABC-type spermidine/putrescine transport systems, ATPase components [Amino acid transport and metabolism]" /inference="protein motif:CDD:ProV, ABC-type proline/glycine betaine transport system, ATPase component [Amino acid transport and metabolism]" /inference="protein motif:CDD:PstB, ABC-type phosphate transport system, ATPase component [Inorganic ion transport and metabolism]" /inference="protein motif:CDD:PvdE, ABC-type siderophore export system, fused ATPase and permease components [Secondary metabolites biosynthesis, transport, and catabolism / Inorganic ion transport and metabolism]" /inference="protein motif:CDD:SalX, ABC-type antimicrobial peptide transport system, ATPase component [Defense mechanisms]" /inference="protein motif:CDD:SapD, ABC-type antimicrobial peptide transport system, ATPase component [Defense mechanisms]" /inference="protein motif:CDD:SapF, ABC-type antimicrobial peptide transport system, ATPase component [Defense mechanisms]" /inference="protein motif:CDD:SufC, ABC-type transport system involved in Fe-S cluster assembly, ATPase component [Posttranslational modification, protein turnover, chaperones]" /inference="protein motif:CDD:SunT, ABC-type bacteriocin/lantibiotic exporters, contain an N-terminal double-glycine peptidase domain [Defense mechanisms]" /inference="protein motif:CDD:TagH, ABC-type polysaccharide/polyol phosphate transport system, ATPase component [Carbohydrate transport and metabolism / Cell envelope biogenesis, outer membrane]" /inference="protein motif:CDD:TauB, ABC-type nitrate/sulfonate/bicarbonate transport system, ATPase component [Inorganic ion transport and metabolism]" /inference="protein motif:CDD:TauB, ABC-type taurine transport system, ATPase component [Inorganic ion transport and metabolism]" /inference="protein motif:CDD:ThiQ, ABC-type thiamine transport system, ATPase component [Coenzyme metabolism]" /inference="protein motif:CDD:Ttg2A, ABC-type transport system involved in resistance to organic solvents, ATPase component [Secondary metabolites biosynthesis, transport, and catabolism]" /inference="protein motif:CDD:Uup, ATPase components of ABC transporters with duplicated ATPase domains [General function prediction only]" /inference="protein motif:CDD:YhbG, ABC-type (unclassified) transport system, ATPase component [General function prediction only]" /inference="protein motif:CDD:ZnuC, ABC-type Mn/Zn transport systems, ATPase component [Inorganic ion transport and metabolism]" /inference="protein motif:COG:COG4608 ABC-type oligopeptide transport system, ATPase component; E Amino acid transport and metabolism" /inference="protein motif:Gene3D:G3D.3.40.50.300 no description" /inference="protein motif:HMMPanther:PTHR19222 ATP-BINDING CASSETTE TRANSPORTER" /inference="protein motif:HMMPfam:PF00005 ABC_tran InterPro:IPR003439 ABC transporter related GO:Molecular Function:ATP binding (GO:0005524), Molecular Function:ATPase activity (GO:0016887)" /inference="protein motif:HMMPfam:PF08352 oligo_HPY InterPro:IPR013563 Oligopeptide/dipeptide ABC transporter, C-terminal" /inference="protein motif:HMMSmart:SM00382 no description InterPro:IPR003593 AAA ATPase GO:Molecular Function:nucleotide binding (GO:0000166), Molecular Function:nucleoside-triphosphatase activity (GO:0017111)" /inference="protein motif:HMMTigr:TIGR01727 oligo_HPY:oligopeptide/dipeptide ABC trans InterPro:IPR010066 Oligopeptide/dipeptide ABC transporter, ATP-binding protein, C-terminal GO:Molecular Function:ATP binding (GO:0005524), Molecular Function:peptide transporter activity (GO:0015197), Biological Process:peptide transport (GO:0015833)" /inference="protein motif:ProfileScan:PS50100 DA_BOX InterPro:IPR003439 ABC transporter related GO:Molecular Function:ATP binding (GO:0005524), Molecular Function:ATPase activity (GO:0016887)" /inference="protein motif:ProfileScan:PS50101 ATP_GTP_A2" /inference="protein motif:ProfileScan:PS50893 ABC_TRANSPORTER_2 InterPro:IPR003439 ABC transporter related GO:Molecular Function:ATP binding (GO:0005524), Molecular Function:ATPase activity (GO:0016887)" /inference="protein motif:ScanRegExp:PS00211 ABC_TRANSPORTER_1 InterPro:IPR003439 ABC transporter related GO:Molecular Function:ATP binding (GO:0005524), Molecular Function:ATPase activity (GO:0016887)" /inference="protein motif:superfamily:SSF52540 P-loop containing nucleoside triphosphate hydrolases" /codon_start=1 /transl_table=11 /product="ABC-type dipeptide/oligopeptide transport system, ATPase component (dppF/oppF)" /protein_id="ACS32837.1" /translation="MAEPVLKVENLKKYFPIKRSFIDTLKGAPQRYVKAVDGISFEIG KQQVFALVGESGCGKSTTGKLIVKLLEPTDGRIYLEGQDVTDIVTKEEVLAYRRKVQI IFQDPFSSMNPRFRIFDILEEPLLIHGIGETRAEREELIYKALEMVKITPPEDYVGRF PHMLSGGQRQRVAIARALILNPTFIVADEPVSMLDVSIRAEILELMKELKEKMGVTYL YITHDMSTARYFADWMAVMYLGRIVEMGPAKRVIDNPLHPYTRALLAAVPEPKPERRK VIKELPIKGEVPSAANVPPGCRFHPRCIYAQKGLCDVEQPKLIEYEHNHWAECHLVGK F" gene 320600..321115 /locus_tag="TGAM_0336" /note="tg0336" CDS 320600..321115 /locus_tag="TGAM_0336" /note="2 probable transmembrane helices predicted by modhmm" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein" /protein_id="ACS32838.1" /translation="MPSCGQVLTLLHFLSVVKMVLEPLRLAFRYPHIKVGFTFLFLAL IIALAGTYGVDKSYHESGTLKPGLNVLGNSNFERDYYYYNRTLVLKSKYGEVKVNNIT YQVYDTLNLTLNSRPHVELISGNVSYDYTSRAVDYPFAPASLIAFVFFLTGLVLSVLG YMRMMSDLRSG" gene 321125..321985 /locus_tag="TGAM_0337" /note="tg0337" CDS 321125..321985 /locus_tag="TGAM_0337" /inference="protein motif:COG:COG0697 Permeases of the drug/metabolite transporter (DMT) superfamily; G Carbohydrate transport and metabolism" /inference="protein motif:HMMPfam:PF00892 DUF6 InterPro:IPR000620 Protein of unknown function DUF6, transmembrane GO:Cellular Component:membrane (GO:0016020)" /note="Belongs to DUF6 family; 10 probable transmembrane helices predicted by modhmm" /codon_start=1 /transl_table=11 /product="Drug/Metabolite transporter, putative" /protein_id="ACS32839.1" /translation="MKRGYILVFLAASTWGTIGIFATYIYRYKVDPFTMVFWRVLFAL VILGTYVSLFLRENPFIREKLWFYAVYGLVGVFAFYTLYFYTVKISSVGFAVLLIYTA PAFSVILGRLIFREPITAEKITALVMVLVGVILVAGNVDFKVSNVALLTGIATGFTYA LYGVLAKFGVRNERPERVLFMTLLFGLLFLAPFSKFSVPTGAIPYLLGLAFFPTFLGY TLYNHALKEVEVSRASIVATVEPVVAIVLAYLLFGEKLTPLQLLGGTLIIGASVLVHL REGRNGRAQM" gene complement(321976..323316) /gene="glnA" /locus_tag="TGAM_0338" /note="tg0338" CDS complement(321976..323316) /gene="glnA" /locus_tag="TGAM_0338" /EC_number="6.3.1.2" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:BlastProDom:PD001057 GLNA_PYRFU_Q05907; InterPro:IPR008146 Glutamine synthetase, catalytic region GO:Molecular Function:glutamate-ammonia ligase activity (GO:0004356), Biological Process:nitrogen compound metabolism (GO:0006807)" /inference="protein motif:CDD:Gln-synt_C, Glutamine synthetase, catalytic domain" /inference="protein motif:CDD:Gln-synt_N, Glutamine synthetase, beta-Grasp domain" /inference="protein motif:COG:COG0174 Glutamine synthetase; E Amino acid transport and metabolism" /inference="protein motif:Gene3D:G3D.3.10.20.70 no description" /inference="protein motif:Gene3D:G3D.3.90.269.10 no description" /inference="protein motif:HMMPanther:PTHR13682 GLUTAMINE SYNTHETASE/DNA REPAIR PROTEIN-RELATED" /inference="protein motif:HMMPanther:PTHR13682:SF27 GLUTAMINE SYNTHETASE" /inference="protein motif:HMMPfam:PF00120 Gln-synt_C InterPro:IPR008146 Glutamine synthetase, catalytic region GO:Molecular Function:glutamate-ammonia ligase activity (GO:0004356), Biological Process:nitrogen compound metabolism (GO:0006807)" /inference="protein motif:HMMPfam:PF03951 Gln-synt_N InterPro:IPR008147 Glutamine synthetase, beta-Grasp GO:Molecular Function:glutamate-ammonia ligase activity (GO:0004356), Biological Process:glutamine biosynthesis (GO:0006542), Biological Process:nitrogen compound metabolism (GO:0006807)" /inference="protein motif:HMMTigr:TIGR00653 GlnA:glutamine synthetase, type I InterPro:IPR004809 Glutamine synthetase type I GO:Molecular Function:glutamate-ammonia ligase activity (GO:0004356), Cellular Component:cytoplasm (GO:0005737), Biological Process:nitrogen fixation (GO:0009399)" /inference="protein motif:ScanRegExp:PS00180 GLNA_1 InterPro:IPR008147 Glutamine synthetase, beta-Grasp GO:Molecular Function:glutamate-ammonia ligase activity (GO:0004356), Biological Process:glutamine biosynthesis (GO:0006542), Biological Process:nitrogen compound metabolism (GO:0006807)" /inference="protein motif:ScanRegExp:PS00181 GLNA_ATP InterPro:IPR008146 Glutamine synthetase, catalytic region GO:Molecular Function:glutamate-ammonia ligase activity (GO:0004356), Biological Process:nitrogen compound metabolism (GO:0006807)" /inference="protein motif:superfamily:SSF54368 Glutamine synthetase, N-terminal domain InterPro:IPR008147 Glutamine synthetase, beta-Grasp GO:Molecular Function:glutamate-ammonia ligase activity (GO:0004356), Biological Process:glutamine biosynthesis (GO:0006542), Biological Process:nitrogen compound metabolism (GO:0006807)" /inference="protein motif:superfamily:SSF55931 Glutamine synthase/guanido kinase" /codon_start=1 /transl_table=11 /product="Glutamine synthetase (glnA)" /protein_id="ACS32840.1" /translation="MNEIKGLRGTTGALPMERPRPHFIQLVFVDINGIPKGMEIPITR YEEAIEEGIAFDGSSIAGFQGIEDSDLLFKADPSTYAEVPWEGIARVYGYIYKDGKPY GADPRGVLKRALEMLEKEGFNAYIGPEPEFYILKKNGTWELHIPDIGGYFDLVALDKA RELRREIALYMPAFGLIPEVLHHEVGKAQHEIDFRYDEALKTADNIVSFKYIVKAVAE MRGLHATFMPKPLYGYPGNGMHLHISLWKDGENVFIGEDGLSETALHFMAGILKHAKA LTALTNPTVNSYKRLVPGYEAPVYISWGYKNRSTLIRVPAFSGNGARIEYRCPDPSAN PYLAIAAVLIAGLDGIKRKLEPEAYVETNVYEMSEEERNKAGIETLPGSLGEALEELR RDKIIKEALAGAYENFIAYKEREWSEYVAYIESRELPLETKKVTEWELERYFYI" gene 323536..323940 /locus_tag="TGAM_0339" /note="tg0339" CDS 323536..323940 /locus_tag="TGAM_0339" /inference="protein motif:BlastProDom:PD016056 Y358_PYRHO_O58096; InterPro:IPR002746 Protein of unknown function DUF61" /inference="protein motif:CDD:COG2083, Uncharacterized protein conserved in archaea [Function unknown]" /inference="protein motif:CDD:DUF61, Protein of unknown function DUF61" /inference="protein motif:COG:COG2083 Uncharacterized protein conserved in archaea; S Function unknown" /inference="protein motif:HMMPfam:PF01886 DUF61 InterPro:IPR002746 Protein of unknown function DUF61" /inference="protein motif:HMMPIR:PIRSF005264 Uncharacterised conserved protein InterPro:IPR002746 Protein of unknown function DUF61" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein" /protein_id="ACS32841.1" /translation="MPTAEEILQKEIFRVNLHLPRRRVALGELLNMKDPRVTLRDGSD HHFKRDELLYLASLLGDESRLLKLPIILEISTLNRGYFRVRGRLEVRVIDEILGEYDP LNEKTEALYPRYLLPRIRRRLPTTTTYAFISE" gene 323937..324230 /locus_tag="TGAM_0340" /note="tg0340" CDS 323937..324230 /locus_tag="TGAM_0340" /note="3 probable transmembrane helices predicted by modhmm" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein" /protein_id="ACS32842.1" /translation="MMEMDENTRILRDYYFFTIPHITVFAGAVLGILFILRIDVRMAL GIFAFLYGLMLLTIHAIVFRHFRSNMIYRLGLLFSLVLVMTGLFLMYASISNL" gene 324294..325985 /locus_tag="TGAM_0341" /note="tg0341" CDS 324294..325985 /locus_tag="TGAM_0341" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:ScanRegExp:PS00449 ATPASE_A InterPro:IPR000568 ATPase, F0 complex, subunit A" /note="Contains 1 ATP synthase A subunit signature (PS00449); 2 probable transmembrane helices predicted by modhmm" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein" /protein_id="ACS32843.1" /translation="MVMAMRSLGFLTLIVLFTALFSLPPVSSSDNPSLTTRDVITVLS GEFLSDSIEVINEAPFNFTAVVYIEYTVSGRPKDLINFTPIYTVFKNWKSGESQELPF NISVSSNVAPGFYSLILHFRGMAEDGSLHDLILKVPLRVSDNPIVLKSARLYILQRPN APSPDPFNGETLVLRATVENIGNTPTGFVHWTNVTFLPTGELVYTATGHSVISPGTVK IERRIPVEWNWRSGDYNVTFTVSSIRGKEYFWRVIHVSTGIDYINVSLSRDSVLLGDD LKAYVTVLSERELEANLNVTVWGDDSLVLSKVIPLSLHPGAQVVGVDLPTKKTGELMF MMELYHDNVSLANTTGTYRVLGYPFIAGLGRELNGSTLRLKVNITNPNDISMKVRLLY NLTSNGVLLYSDSKSLLLRPGTTVESFDFQLAWNSTVEYSFMLLGDGKTFDTKTGIVK VPPRPVSTESTSSMNTSSQTGGGGKGSSVTYVIVVLAVIVVVILAAGIFLGSREEEGY VSPWERARKPRVRPRPKRKSPLGRFKRPKLPRFIENRELPRRLRRKPVSKVRKKK" gene complement(326024..326346) /gene="rnpB" /locus_tag="TGAM_r007" /note="tg_RNAseP" ncRNA complement(326024..326346) /ncRNA_class="RNase_P_RNA" /gene="rnpB" /locus_tag="TGAM_r007" /product="RNAse P RNA" gene complement(326331..327191) /locus_tag="TGAM_0342" /note="tg0342" CDS complement(326331..327191) /locus_tag="TGAM_0342" /inference="protein motif:COG:COG0697 Permeases of the drug/metabolite transporter (DMT) superfamily; G Carbohydrate transport and metabolism" /inference="protein motif:HMMPfam:PF00892 DUF6 InterPro:IPR000620 Protein of unknown function DUF6, transmembrane GO:Cellular Component:membrane (GO:0016020)" /note="10 probable transmembrane helices predicted by modhmm" /codon_start=1 /transl_table=11 /product="Membrane transport protein" /protein_id="ACS32844.1" /translation="MGELTMNRGKAQIALAMLIWGSVGIFGRLSGLSGLGVAFSRVSL GAVVLLPILGLRGKLGNALGELRKRPYHMLALGTALALNWVFLFTAFNHTTIANAVLV YYTAPVLATLISWRFLHERLDARKVLSLAIAFTGLLLIASSQRISLSDRDFIGIVFAF LGALFYALIPNLGRFLRGVDGESLTFLQLAIASAVLIPFVVLENVGSPVWWTIAVLVL VHTVLALYLYMDGLKKVEVKDAALLSYLDPLSAIVYAFLVFGEVPGVRTVIGGALILL ASALDLARGS" gene complement(327173..328198) /gene="priA" /locus_tag="TGAM_0343" /note="tg0343" CDS complement(327173..328198) /gene="priA" /locus_tag="TGAM_0343" /inference="protein motif:CDD:DNA_primase_S, DNA primase small subunit" /inference="protein motif:CDD:PRI1, Eukaryotic-type DNA primase, catalytic (small) subunit [DNA replication, recombination, and repair]" /inference="protein motif:COG:COG1467 Eukaryotic-type DNA primase, catalytic (small) subunit; L Replication, recombination and repair" /inference="protein motif:Gene3D:G3D.3.90.920.10 no description" /inference="protein motif:HMMPanther:PTHR10536 DNA PRIMASE InterPro:IPR002755 DNA primase, small subunit GO:Molecular Function:DNA primase activity (GO:0003896), Biological Process:DNA replication, synthesis of RNA primer (GO:0006269)" /inference="protein motif:HMMPanther:PTHR10536:SF1 DNA PRIMASE" /inference="protein motif:HMMPfam:PF01896 DNA_primase_S InterPro:IPR002755 DNA primase, small subunit GO:Molecular Function:DNA primase activity (GO:0003896), Biological Process:DNA replication, synthesis of RNA primer (GO:0006269)" /inference="protein motif:HMMPIR:PIRSF005538 DNA primase, small subunit InterPro:IPR002755 DNA primase, small subunit GO:Molecular Function:DNA primase activity (GO:0003896), Biological Process:DNA replication, synthesis of RNA primer (GO:0006269)" /inference="protein motif:HMMTigr:TIGR00335 primase_sml:DNA primase, eukaryotic-type InterPro:IPR002755 DNA primase, small subunit GO:Molecular Function:DNA primase activity (GO:0003896), Biological Process:DNA replication, synthesis of RNA primer (GO:0006269)" /inference="protein motif:superfamily:SSF56747 DNA primase" /codon_start=1 /transl_table=11 /product="DNA primase small subunit (priA)" /protein_id="ACS32845.1" /translation="MSLFREVTPEERKAYYQREWSAEMLPDFIVETLENREFGFDHTG EGPSDRKNEFSDVRDLEDYVKATAPYAMFSSVALYEKPSEMEGWLGAELVFDIDAKDL PLRRCMDLHPSGQVCPLCLEDAKELVLDTLTILKEDFGFEEIHVVYSGRGYHIRVLDD WVLDLDSKAREKILAYVSAAEEITFEDVQSRRIMLSAGYFRVFRLRFGYFLRRINLNH LLNVGIKRRQAEAILEERDEIYEGFVRKAMLTAFPQGIGYKTLMRLFSLSTTFSRAYF DGKVTIDLKRILRVPSSLHSKVGMVTTYIGDDERKLEKFNPFRDAVPEFRKEEVKEAY EEWESSL" gene complement(328195..329367) /gene="priB" /locus_tag="TGAM_0344" /note="tg0344" CDS complement(328195..329367) /gene="priB" /locus_tag="TGAM_0344" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:DNA_primase_lrg, Eukaryotic-type DNA primase, large subunit" /inference="protein motif:CDD:PRI2, Eukaryotic-type DNA primase, large subunit [DNA replication, recombination, and repair]" /inference="protein motif:COG:COG2219 Eukaryotic-type DNA primase, large subunit; L Replication, recombination and repair" /inference="protein motif:HMMPfam:PF04104 DNA_primase_lrg InterPro:IPR007238 Eukaryotic-type DNA primase, large subunit GO:Molecular Function:DNA primase activity (GO:0003896), Cellular Component:alpha DNA polymerase:primase complex (GO:0005658), Biological Process:DNA replication, synthesis of RNA primer (GO:0006269)" /codon_start=1 /transl_table=11 /product="DNA primase large subunit (priB)" /protein_id="ACS32846.1" /translation="MLDPFGRRARKIIEDFGGIEAFLERIPGYVDVEEVLERVTWENK PPENVLNAEEWKDLMTFYALLGALALSPYGFEMELVRDKNAEIYLTKLRKAETLEDIS LRVKSVSDGEIPEKDRMILEKSRYRELGEEERKRLRIEYKMWLRHFIPLWEGSLKDVY IRNSWAYLRREEVLSLWTKAFEKNLERAVNVLYDVRDDLPEFYSILRERLAEIAREKF KERIEAIGSTGSQPLRPDLFPPCIKKALSGVSSGMRNYAITVLLTSFLSYARICPNPP RRNVRIKDCIGDLSIIEREILPLIIEAGNRCKPPLFEDQPNEIKNIWYHLGFGFTERP SLEDSGNSTWYFPPNCDKIRANAPALCKPDKYCRGIKNPLTYYLRRLYLERKEGGE" gene 329468..330058 /locus_tag="TGAM_0345" /note="tg0345" CDS 329468..330058 /locus_tag="TGAM_0345" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:COG2150, Predicted regulator of amino acid metabolism, contains ACT domain [General function prediction only]" /inference="protein motif:COG:COG2150 Predicted regulator of amino acid metabolism, contains ACT domain; R General function prediction only" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein" /protein_id="ACS32847.1" /translation="MMLILEEYFKNYPARRKVVEFLFENGLSVKNGRIYLRNVEIPIS ELARVIGVNRKIIYHTVEYIEKTPALRLIFEKLNPLPSLIDVAPLMGWEVLEIELDKE RYMEGFYRVLKLLHDHNVPVMEVFSRNLREEPSKLYIVIDGTLPVDAFVKIKETEGFR RLIIRTPEKDKTKFVCEYCEVEYCPKRALLERLSTR" gene complement(330048..330323) /gene="acyP" /locus_tag="TGAM_0346" /note="tg0346" CDS complement(330048..330323) /gene="acyP" /locus_tag="TGAM_0346" /EC_number="3.6.1.7" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:BlastProDom:PD001884 Q8U414_PYRFU_Q8U414; InterPro:IPR001792 Acylphosphatase GO:Molecular Function:acylphosphatase activity (GO:0003998)" /inference="protein motif:CDD:Acylphosphatase, Acylphosphatase" /inference="protein motif:CDD:AcyP, Acylphosphatases [Energy production and conversion]" /inference="protein motif:CDD:HypF, Hydrogenase maturation factor [Posttranslational modification, protein turnover, chaperones]" /inference="protein motif:COG:COG1254 Acylphosphatases; C Energy production and conversion" /inference="protein motif:FPrintScan:PR00112 ACYLPHPHTASE InterPro:IPR001792 Acylphosphatase GO:Molecular Function:acylphosphatase activity (GO:0003998)" /inference="protein motif:Gene3D:G3D.3.30.70.100 no description" /inference="protein motif:HMMPanther:PTHR10029 ACYLPHOSPHATASE-RELATED" /inference="protein motif:HMMPfam:PF00708 Acylphosphatase InterPro:IPR001792 Acylphosphatase GO:Molecular Function:acylphosphatase activity (GO:0003998)" /inference="protein motif:ScanRegExp:PS00150 ACYLPHOSPHATASE_1 InterPro:IPR001792 Acylphosphatase GO:Molecular Function:acylphosphatase activity (GO:0003998)" /inference="protein motif:ScanRegExp:PS00151 ACYLPHOSPHATASE_2 InterPro:IPR001792 Acylphosphatase GO:Molecular Function:acylphosphatase activity (GO:0003998)" /inference="protein motif:superfamily:SSF54975 Acylphosphatase-like" /codon_start=1 /transl_table=11 /product="Acylphosphatase (acyP)" /protein_id="ACS32848.1" /translation="MRKVRAHLRIYGRVQGVGFRWSMQREARKLGLAGWVRNLPDGSV EAVVEGDEERVEALIGWAHQGPPLARVTRVEVKWEEPEGLEGFKVIG" gene 330395..330709 /gene="cutA" /locus_tag="TGAM_0347" /note="tg0347" CDS 330395..330709 /gene="cutA" /locus_tag="TGAM_0347" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:CutA, Uncharacterized protein involved in tolerance to divalent cations [Inorganic ion transport and metabolism]" /inference="protein motif:CDD:CutA1, CutA1 divalent ion tolerance protein" /inference="protein motif:COG:COG1324 Uncharacterized protein involved in tolerance to divalent cations; P Inorganic ion transport and metabolism" /inference="protein motif:HMMPanther:PTHR11095 DIVALENT CATION TOLERANCE CUTA-RELATED InterPro:IPR004323 CutA1 divalent ion tolerance protein" /inference="protein motif:HMMPanther:PTHR11095:SF1 DIVALENT CATION TOLERANCE CUTA-RELATED" /inference="protein motif:HMMPfam:PF03091 CutA1 InterPro:IPR004323 CutA1 divalent ion tolerance protein" /inference="protein motif:superfamily:SSF54913 GlnB-like" /codon_start=1 /transl_table=11 /product="Divalent cation tolerance protein CutA (cutA)" /protein_id="ACS32849.1" /translation="MEAIFVYTTFPDWESAKRITRELLERKLIVCANLREHHSMYFWE GKIEEGTEIGAILKTDVSKWKELKNTLRELHPYEIPMIARIDLDKLNREYSEWMEKVL FG" gene 330706..331293 /locus_tag="TGAM_0348" /note="tg0348" CDS 330706..331293 /locus_tag="TGAM_0348" /inference="protein motif:BlastProDom:PD016744 Y071_PYRHO_O57792; InterPro:IPR002802 Protein of unknown function DUF99" /inference="protein motif:CDD:COG1628, Uncharacterized conserved protein [Function unknown]" /inference="protein motif:CDD:DUF99, Protein of unknown function DUF99" /inference="protein motif:COG:COG1628 Uncharacterized conserved protein; S Function unknown" /inference="protein motif:HMMPfam:PF01949 DUF99 InterPro:IPR002802 Protein of unknown function DUF99" /inference="protein motif:HMMPIR:PIRSF006380 Uncharacterised conserved protein InterPro:IPR002802 Protein of unknown function DUF99" /note="Belongs to DUF99 family" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein" /protein_id="ACS32850.1" /translation="MIRKVKPEIRVVGFDDGTFSFSSKVAHGRTILVGVVMKGAREVV GVLSRWITVDGTDATEKLIDAVVNSRFKDLRVIMLKGVTYGGFNIVDLDKLYLETGLP VLVVIRKKPDLRAMEAALRKHFPDWRERFEVLRRAPPLFELIPGKLYLQTVGLSPETA AEIVRTTTKTGLIPEPLRLAHMIASAVMTGESTKE" gene complement(331382..332227) /gene="uspA-1" /locus_tag="TGAM_0349" /note="tg0349" CDS complement(331382..332227) /gene="uspA-1" /locus_tag="TGAM_0349" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:Usp, Universal stress protein family" /inference="protein motif:CDD:USP_Like, Usp:Universal stress protein family" /inference="protein motif:COG:COG0589 Universal stress protein UspA and related nucleotide-binding proteins; T Signal transduction mechanisms" /inference="protein motif:FPrintScan:PR01438 UNVRSLSTRESS InterPro:IPR006015 Universal stress protein (Usp)" /inference="protein motif:Gene3D:G3D.3.40.50.1420 no description" /inference="protein motif:HMMPfam:PF00582 Usp InterPro:IPR006016 UspA GO:Biological Process:response to stress (GO:0006950)" /inference="protein motif:superfamily:SSF52402 Adenine nucleotide alpha hydrolases-like" /codon_start=1 /transl_table=11 /product="Universal stress protein (UspA)" /protein_id="ACS32851.1" /translation="MFERILYPTDFSEVSLKALRECLPEIVRPGVKELHLLHVLDITT LDVEAFSLQEVYEEKLEKLKGDIKGMFPETEIVTYVSIGIPSLEIAEYASGKGIDLIV TPTTGENIWRRMFLGSTASNLARATKKPVLLLKYEKKEEEILPTFPSCSGIFSRPLVA LDFSKCSIRIVKTVKKFEELIESGILLHSVDYGGIDELEHNIEIARKNLEKTAKGIKA EFELEVMVGTASQAIIGTALAKKATIIVIGKKGRSFLKDLILGSTAERVMRDSKIPVL LVPCD" gene 332329..333525 /gene="gcvT" /locus_tag="TGAM_0350" /note="tg0350" CDS 332329..333525 /gene="gcvT" /locus_tag="TGAM_0350" /EC_number="2.1.2.10" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:GCV_T, Glycine cleavage T-protein (aminomethyl transferase)" /inference="protein motif:CDD:GcvT, Glycine cleavage system T protein (aminomethyltransferase) [Amino acid transport and metabolism]" /inference="protein motif:COG:COG0404 Glycine cleavage system T protein (aminomethyltransferase); E Amino acid transport and metabolism" /inference="protein motif:HMMPanther:PTHR13847 AMINOMETHYLTRANSFERASE RELATED" /inference="protein motif:HMMPanther:PTHR13847:SF2 AMINOMETHYLTRANSFERASE RELATED" /inference="protein motif:HMMPfam:PF01571 GCV_T InterPro:IPR006222 Glycine cleavage T protein (aminomethyl transferase) GO:Molecular Function:aminomethyltransferase activity (GO:0004047), Cellular Component:cytoplasm (GO:0005737), Biological Process:glycine catabolism (GO:0006546)" /inference="protein motif:HMMTigr:TIGR00528 gcvT:glycine cleavage system T protein InterPro:IPR006223 Glycine cleavage system T protein GO:Molecular Function:aminomethyltransferase activity (GO:0004047), Biological Process:glycine catabolism (GO:0006546)" /codon_start=1 /transl_table=11 /product="Glycine cleavage system T protein (aminomethyltransferase) (gcvT)" /protein_id="ACS32852.1" /translation="MVKRVHIFDWHKEHAKKVEEFAGWEMPIWYSSIKEEHLAVRNGV GIFDVSHMGEFIFRGKDALEFLQYVTTNDISKPPAISGTYTLVLNERGAVKDETLVFN LGNDTYMMVCDSDAFEKLEAWFNAIKRGIEKFGSIDLEIENKTYDMAMFSVQGPKARD LAKDLFGIDINDLWWFQAKEVELDGIKMLLSRSGYTGENGWEVYFEDKNPYHPNPEKR GRPEKALHVWERILEEGEKYGIKPAGLGARDTLRLEAGYTLYGNETKELQLLSTDIDE VTPLQANLDFAIFWDKEFIGKEALLKQKERGLGRKMVHFKMVDRGIPREGYKVLANGE VIGEVTSGTLSPLLGIGIGIAFVKEEYAKPGLEIEVEIRGKPKRAVTVSPPFYDPKKY GAFREE" gene 333558..334379 /locus_tag="TGAM_0351" /note="tg0351" CDS 333558..334379 /locus_tag="TGAM_0351" /inference="protein motif:COG:COG0697 Permeases of the drug/metabolite transporter (DMT) superfamily; G Carbohydrate transport and metabolism" /inference="protein motif:HMMPfam:PF00892 DUF6 InterPro:IPR000620 Protein of unknown function DUF6, transmembrane GO:Cellular Component:membrane (GO:0016020)" /note="Belongs to DUF6 family; 10 probable transmembrane helices predicted by modhmm" /codon_start=1 /transl_table=11 /product="Permease, putative" /protein_id="ACS32853.1" /translation="MSRKHEIGAVLLWSTVASAFKLSLRYMSPIQLLFWAFLTSFLLY GVLHLRSFRFSRENLRSAYLGFALLLYYTVLFSAYDLLPAQEAQALNYTWPLALVLLS VPLLERKLAPDTLLGLFLGFLGALIVATRGRPLSLGFSNPVGDILGLGSALIWAIYWL LNVRDERKLEEKMFWNFTFALLYSVPLMLFAGFSLPSPKGLAGAVYVGLFEMGVTYLL WYRAVESDVAFASNLVYLVPFLSLLFISIVLGEMIETTTVLGLVLIVVGILLGQR" gene complement(334514..334591) /locus_tag="TGAM_r008" /note="tg_tRNA-Gly1" tRNA complement(334514..334591) /locus_tag="TGAM_r008" /product="tRNA-Gly" /note="codon recognized: GGA" gene complement(334600..334676) /locus_tag="TGAM_r009" /note="tg_tRNA-Phe" tRNA complement(334600..334676) /locus_tag="TGAM_r009" /product="tRNA-Phe" /note="codon recognized: UUC" gene complement(334767..335081) /locus_tag="TGAM_0352" /note="tg0352" CDS complement(334767..335081) /locus_tag="TGAM_0352" /note="Good similarity with a small orf in PAB2329 downstream region; 2 probable transmembrane helices predicted by modhmm" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein" /protein_id="ACS32854.1" /translation="MNSICSFQTFLWSEVYSQEVKKMNIVKARAILSTLLLVVFLGVL FIMMGVLYTSKTGHSFLGMNKNQLFRIRNVLGPLMNALIIVHFGLNWGMYKRELKVLF KK" gene complement(335078..335797) /gene="exsB" /locus_tag="TGAM_0353" /note="tg0353" CDS complement(335078..335797) /gene="exsB" /locus_tag="TGAM_0353" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:COG0603, Predicted PP-loop superfamily ATPase [General function prediction only]" /inference="protein motif:CDD:ExsB, ExsB" /inference="protein motif:CDD:ExsB, ExsB is a transcription regulator related protein" /inference="protein motif:COG:COG0603 Predicted PP-loop superfamily ATPase; R General function prediction only" /inference="protein motif:Gene3D:G3D.3.40.50.610 no description" /inference="protein motif:HMMPanther:PTHR12196 FAMILY NOT NAMED" /inference="protein motif:HMMPanther:PTHR12196:SF13 SUBFAMILY NOT NAMED" /inference="protein motif:HMMPfam:PF06508 ExsB InterPro:IPR004479 ExsB GO:Molecular Function:molecular function unknown (GO:0005554)" /inference="protein motif:HMMPIR:PIRSF006293 Uncharacterised conserved protein, ExsB type" /inference="protein motif:HMMTigr:TIGR00364 TIGR00364:exsB protein InterPro:IPR004479 ExsB GO:Molecular Function:molecular function unknown (GO:0005554)" /inference="protein motif:superfamily:SSF52402 Adenine nucleotide alpha hydrolases-like" /note="Member of PP-loop superfamily clan" /codon_start=1 /transl_table=11 /product="Transcription regulator, putative, ExsB family (ExsB)" /protein_id="ACS32855.1" /translation="MKRAVVLFSGGLDSTACLYWAKKHYDEVMMLVINYGSNEERVTN RVAEFFSKELNVPLKIVRLDFLEEFSKLRGTTLVGGETPRVSVKELEDENVAQETAKS VWVPARNLVLISVAASLLDALGGGDIVVGFNAEEGVTFPDNTPEFVEKMNEALKYGTM AEVKVVAPLIDLDKRGIARLLKELNAKYEYSNSCYMPKGFTEDGKPIHCGQCESCVRR HRGLIEGIGEDRTVYAVEPRI" gene complement(335794..336204) /locus_tag="TGAM_0354" /note="tg0354" CDS complement(335794..336204) /locus_tag="TGAM_0354" /inference="protein motif:CDD:COG1848, Predicted nucleic acid-binding protein, contains PIN domain [General function prediction only]" /inference="protein motif:COG:COG1848 Predicted nucleic acid-binding protein, contains PIN domain; R General function prediction only" /inference="protein motif:HMMPfam:PF01850 PIN InterPro:IPR002716 PilT protein, N-terminal" /inference="protein motif:HMMSmart:SM00670 no description InterPro:IPR006596 Nucleotide binding protein, PINc" /inference="protein motif:superfamily:SSF88723 PIN domain-like" /codon_start=1 /transl_table=11 /product="Nucleotide binding protein, putative, containing PIN domain" /protein_id="ACS32856.1" /translation="MGGVAVIDTNFFVYALFEDYERHEEALDILMNLDKWVVPTITLY ELIWQLAKMGVPPNNAEDMVRQIIEEPRAEIIDDRLYLLSAFELYGNLGLKHYNDSVI LAMAKEVGTLASYDKKLRNRAREVGIKLLPEELE" gene complement(336192..336428) /locus_tag="TGAM_0355" /note="tg0355" CDS complement(336192..336428) /locus_tag="TGAM_0355" /inference="protein motif:COG:COG2002 Regulators of stationary/sporulation gene expression; K Transcription" /inference="protein motif:HMMPfam:PF04014 SpoVT_AbrB InterPro:IPR007159 SpoVT/AbrB-like" /inference="protein motif:HMMTigr:TIGR01439 lp_hng_hel_AbrB:transcriptional regu InterPro:IPR006339 Transcriptional regulator AbrB" /inference="protein motif:superfamily:SSF54742 Transcription-state regulator AbrB, the N-terminal DNA recognition domain" /codon_start=1 /transl_table=11 /product="Transcription regulator, SpoVT/AbrB family" /protein_id="ACS32857.1" /translation="MPVTKVTRNYQITIPAEIRKALGIKQGEYLTVELRGDEIVIKRA KRKWKTYRLGRKYSLEEMERMIEESIEEALRWEE" gene complement(336520..337422) /gene="pyrD" /locus_tag="TGAM_0356" /note="tg0356" CDS complement(336520..337422) /gene="pyrD" /locus_tag="TGAM_0356" /EC_number="1.3.98.1" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:COG0042, tRNA-dihydrouridine synthase [Translation, ribosomal structure and biogenesis]" /inference="protein motif:CDD:DHO_dh, Dihydroorotate dehydrogenase" /inference="protein motif:CDD:DHOD_DHPD_FMN, Dihydroorotate dehydrogenase (DHOD) and Dihydropyrimidine dehydrogenase (DHPD) FMN-binding domain" /inference="protein motif:CDD:DHPD_FMN, Dihydropyrimidine dehydrogenase (DHPD) FMN-binding domain" /inference="protein motif:CDD:Dus, Dihydrouridine synthase (Dus)" /inference="protein motif:CDD:DUS_like_FMN, Dihydrouridine synthase-like (DUS-like) FMN-binding domain" /inference="protein motif:CDD:oxidored_FMN, NAD(P)H-dependent flavin oxidoreductase (oxidored) FMN-binding superfamily domain" /inference="protein motif:CDD:PyrD, Dihydroorotate dehydrogenase [Nucleotide transport and metabolism]" /inference="protein motif:COG:COG0167 Dihydroorotate dehydrogenase; F Nucleotide transport and metabolism" /inference="protein motif:Gene3D:G3D.3.20.20.90 no description" /inference="protein motif:HMMPanther:PTHR11882 DIHYDROOROTATE DEHYDROGENASE-RELATED" /inference="protein motif:HMMPanther:PTHR11882:SF5 DIHYDROOROTATE DEHYDROGENASE" /inference="protein motif:HMMPfam:PF01180 DHO_dh InterPro:IPR001295 Dihydroorotate dehydrogenase GO:Molecular Function:dihydroorotate dehydrogenase activity (GO:0004152), Biological Process:'de novo' pyrimidine base biosynthesis (GO:0006207)" /inference="protein motif:HMMPIR:PIRSF000164 Dihydroorotate oxidase InterPro:IPR012135 Dihydroorotate oxidase GO:Molecular Function:dihydroorotate oxidase activity (GO:0004158), Biological Process:UMP biosynthesis (GO:0006222)" /inference="protein motif:HMMTigr:TIGR01037 pyrD_sub1_fam:dihydroorotate dehydroge InterPro:IPR005720 Dihydroorotate dehydrogenase 1 GO:Molecular Function:dihydroorotate oxidase activity (GO:0004158), Cellular Component:cytoplasm (GO:0005737), Biological Process:'de novo' pyrimidine base biosynthesis (GO:0006207)" /inference="protein motif:ProfileScan:PS50264 FMN_ENZYMES InterPro:IPR003009 FMN/related compound-binding core" /inference="protein motif:ScanRegExp:PS00911 DHODEHASE_1 InterPro:IPR001295 Dihydroorotate dehydrogenase GO:Molecular Function:dihydroorotate dehydrogenase activity (GO:0004152), Biological Process:'de novo' pyrimidine base biosynthesis (GO:0006207)" /inference="protein motif:ScanRegExp:PS00912 DHODEHASE_2 InterPro:IPR001295 Dihydroorotate dehydrogenase GO:Molecular Function:dihydroorotate dehydrogenase activity (GO:0004152), Biological Process:'de novo' pyrimidine base biosynthesis (GO:0006207)" /inference="protein motif:superfamily:SSF51395 FMN-linked oxidoreductases" /codon_start=1 /transl_table=11 /product="Dihydroorotase dehydrogenase (pyrD)" /protein_id="ACS32858.1" /translation="MASLEVKLFGIRFENPLILASGINDKVPEQWIRAHEEGAGGVVT KSIGIEPRKGYDNPTIVELPCGLINAMGLPNPGWKGFLEMVEGYTFDFPLIVSIFGGT PEEFAFLAEKLSDVADAFELNLSCPHAKGYGMEIGQNPENVYEVVKAVKDATDRPVIA KLTPNIDDITKLGLAAEKAGADAVSAINTLKAIAIDIYARRPILSNRVGGYSGPGVKP VALRAVYDLAKVLDIPVIGIGGITTWQDAVEFLLAGASALQIGTAVSLRGWKVFREIN EGIKAYLESEGFSSVSEIVGLALE" gene 337503..337805 /locus_tag="TGAM_r010" /note="tg_7sRNA" ncRNA 337503..337805 /ncRNA_class="SRP_RNA" /locus_tag="TGAM_r010" /product="7S RNA Signal recognition particle. Structural RNA" gene 337923..339368 /gene="pdha" /locus_tag="TGAM_0357" /note="tg0357" CDS 337923..339368 /gene="pdha" /locus_tag="TGAM_0357" /inference="protein motif:CDD:AhpF, Alkyl hydroperoxide reductase, large subunit [Posttranslational modification, protein turnover, chaperones]" /inference="protein motif:CDD:GltD, NADPH-dependent glutamate synthase beta chain and related oxidoreductases [Amino acid transport and metabolism / General function prediction only]" /inference="protein motif:CDD:HcaD, Uncharacterized NAD(FAD)-dependent dehydrogenases [General function prediction only]" /inference="protein motif:CDD:Lpd, Pyruvate/2-oxoglutarate dehydrogenase complex, dihydrolipoamide dehydrogenase (E3) component, and related enzymes [Energy production and conversion]" /inference="protein motif:CDD:NirB, NAD(P)H-nitrite reductase [Energy production and conversion]" /inference="protein motif:CDD:Pyr_redox, Pyridine nucleotide-disulphide oxidoreductase" /inference="protein motif:CDD:TrxB, Thioredoxin reductase [Posttranslational modification, protein turnover, chaperones]" /inference="protein motif:COG:COG0446 Uncharacterized NAD(FAD)-dependent dehydrogenases; R General function prediction only" /inference="protein motif:FPrintScan:PR00368 FADPNR InterPro:IPR013027 FAD-dependent pyridine nucleotide-disulphide oxidoreductase" /inference="protein motif:FPrintScan:PR00411 PNDRDTASEI InterPro:IPR001100 Pyridine nucleotide-disulphide oxidoreductase, class I GO:Biological Process:electron transport (GO:0006118), Molecular Function:oxidoreductase activity (GO:0016491)" /inference="protein motif:FPrintScan:PR00419 ADXRDTASE InterPro:IPR000759 Adrenodoxin reductase GO:Biological Process:electron transport (GO:0006118)" /inference="protein motif:FPrintScan:PR00420 RNGMNOXGNASE InterPro:IPR003042 Aromatic-ring hydroxylase GO:Biological Process:electron transport (GO:0006118), Biological Process:metabolism (GO:0008152), Molecular Function:oxidoreductase activity (GO:0016491)" /inference="protein motif:Gene3D:G3D.3.10.20.30 no description InterPro:IPR012675 2Fe-2S Ferredoxin-like fold GO:Molecular Function:electron transporter activity (GO:0005489), Molecular Function:iron ion binding (GO:0005506), Biological Process:electron transport (GO:0006118)" /inference="protein motif:Gene3D:G3D.3.50.50.60 no description" /inference="protein motif:HMMPanther:PTHR11632 REDUCTASE FLAVOPROTEIN SUBUNIT-RELATED" /inference="protein motif:HMMPanther:PTHR11632:SF5 FUMARATE REDUCTASE FLAVOPROTEIN SUBUNIT" /inference="protein motif:HMMPfam:PF07992 Pyr_redox_2 InterPro:IPR013027 FAD-dependent pyridine nucleotide-disulphide oxidoreductase" /inference="protein motif:ProfileScan:PS50205 NAD_BINDING InterPro:IPR000205 NAD-binding site" /inference="protein motif:ProfileScan:PS51085 2FE2S_FER_2 InterPro:IPR001041 Ferredoxin GO:Molecular Function:electron transporter activity (GO:0005489), Molecular Function:iron ion binding (GO:0005506), Biological Process:electron transport (GO:0006118)" /inference="protein motif:ScanRegExp:PS00197 2FE2S_FER_1 InterPro:IPR006058 2Fe-2S ferredoxin, iron-sulfur binding site GO:Molecular Function:electron transporter activity (GO:0005489), Biological Process:electron transport (GO:0006118)" /inference="protein motif:superfamily:SSF51905 FAD/NAD(P)-binding domain" /inference="protein motif:superfamily:SSF54292 2Fe-2S ferredoxin-like InterPro:IPR001041 Ferredoxin GO:Molecular Function:electron transporter activity (GO:0005489), Molecular Function:iron ion binding (GO:0005506), Biological Process:electron transport (GO:0006118)" /codon_start=1 /transl_table=11 /product="Proline dehydrogenase, alpha subunit (pdha)" /protein_id="ACS32859.1" /translation="MRLNEHPVLRFKRGREVTIYFEGQPIKAYEGETIATALHAAGIR VLNYSPNKKRPRGLFCAIGKCSSCLMVVNGIPNVRSCITLVEDGMRIERQHGRAKLPT KVKPPEFKDAKVVKADIIVIGGGPAGLMAAIHASRAGAKVVLIDENPRLGGQLVKQTH KFFGKREQFAGVRGVEIAKILEKELRKSGSVEAFLETSAVGIFQEGEEKLVLAVRKER ELIEFRGRAVIVATGAMERMIPFENNDLPGVYGAGAIQTLMNTYGVKPGDRVLIVGAG NVGLILGYQLIQAGVEVKAIVEAMPRIGGYFVHAAKVRRLGVPILTRHTILRAEGNER VERAVIAQLDENWRPIPGTEKTFDVDVIALAVGLRPSIELLHQAGCQIKFVRELGGHV AVRDGWMETTVRGIFVAGDSAGIEEATTAMLEGKIAGIAAALRLGIADESWVEEIERA QRDLDEFRSGPFGRRVAEGIRKALLGGVASE" gene 339361..339870 /gene="pdhf" /locus_tag="TGAM_0358" /note="tg0358" CDS 339361..339870 /gene="pdhf" /locus_tag="TGAM_0358" /inference="protein motif:CDD:HycB, Fe-S-cluster-containing hydrogenase components 2 [Energy production and conversion]" /inference="protein motif:COG:COG1142 Fe-S-cluster-containing hydrogenase components 2; C Energy production and conversion" /inference="protein motif:FPrintScan:PR00353 4FE4SFRDOXIN InterPro:IPR001450 4Fe-4S ferredoxin, iron-sulfur binding GO:Molecular Function:electron transporter activity (GO:0005489), Molecular Function:iron ion binding (GO:0005506), Biological Process:electron transport (GO:0006118)" /inference="protein motif:Gene3D:G3D.3.30.70.20 no description" /inference="protein motif:HMMPfam:PF00037 Fer4 InterPro:IPR001450 4Fe-4S ferredoxin, iron-sulfur binding GO:Molecular Function:electron transporter activity (GO:0005489), Molecular Function:iron ion binding (GO:0005506), Biological Process:electron transport (GO:0006118)" /inference="protein motif:ScanRegExp:PS00198 4FE4S_FERREDOXIN InterPro:IPR001450 4Fe-4S ferredoxin, iron-sulfur binding GO:Molecular Function:electron transporter activity (GO:0005489), Molecular Function:iron ion binding (GO:0005506), Biological Process:electron transport (GO:0006118)" /inference="protein motif:superfamily:SSF54862 4Fe-4S ferredoxins" /codon_start=1 /transl_table=11 /product="Proline dehydrogenase, gamma subunit (pdhf)" /protein_id="ACS32860.1" /translation="MSEIPAYLKNGYITPEELFSIIPKPSEERLRKGPVAVPECPQEI PCAPCREICPTGAISMPTPNDLPIVDYDKCIGCSLCVQICPGLAFFMVHYVGDKARIT MPHELLPIPERGEEVVLLNRVGEPVGKGKVITVVPREKTKGDTPIITVEVPIELAWEV RAVRVERRG" gene 339872..340144 /gene="pdhx" /locus_tag="TGAM_0359" /note="tg0359" CDS 339872..340144 /gene="pdhx" /locus_tag="TGAM_0359" /inference="protein motif:COG:COG0446 Uncharacterized NAD(FAD)-dependent dehydrogenases; R General function prediction only" /inference="protein motif:HMMPfam:PF04324 Fer2_BFD InterPro:IPR007419 BFD-like [2Fe-2S]-binding region" /codon_start=1 /transl_table=11 /product="Proline dehydrogenase, delta subunit (pdhx)" /protein_id="ACS32861.1" /translation="MAGKTIVCRCNDVTVEEIEALIDSGVTDIEEIKRLLRVGMGPCQ GRTCIPIVISILARKTGKKPEEIAPPKARVPVRPVRVEVIVGGADE" gene 340216..341304 /gene="pdhb" /locus_tag="TGAM_0360" /note="tg0360" CDS 340216..341304 /gene="pdhb" /locus_tag="TGAM_0360" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:COG0579, Predicted dehydrogenase [General function prediction only]" /inference="protein motif:CDD:DadA, Glycine/D-amino acid oxidases (deaminating) [Amino acid transport and metabolism]" /inference="protein motif:CDD:GlpA, Glycerol-3-phosphate dehydrogenase [Energy production and conversion]" /inference="protein motif:COG:COG0665 Glycine/D-amino acid oxidases (deaminating); E Amino acid transport and metabolism" /inference="protein motif:Gene3D:G3D.3.40.50.720 no description" /inference="protein motif:HMMPanther:PTHR13847 AMINOMETHYLTRANSFERASE RELATED" /inference="protein motif:HMMPanther:PTHR13847:SF30 SARCOSINE OXIDASE" /inference="protein motif:HMMPfam:PF01266 DAO InterPro:IPR006076 FAD dependent oxidoreductase GO:Biological Process:electron transport (GO:0006118), Molecular Function:oxidoreductase activity (GO:0016491)" /inference="protein motif:superfamily:SSF51905 FAD/NAD(P)-binding domain" /codon_start=1 /transl_table=11 /product="Proline dehydrogenase, beta subunit (pdhb)" /protein_id="ACS32862.1" /translation="MVLFEKNYFGSGSTFRCATGIRAQFTDEANIRLMKYSVERWERL EEELGADIGFNQTGYLFLATSEDEVEAFKANIKLQNKFGVPTRLIDMDEAKEIVPILN TEPFLAGAWNPKDAKANPFKTLFAYLRRARELGVDAREHTEVVGLEREGDTITVVKFR SKGKVESVKVDVVLNACNAWAPLINEMAGLKRDLVPIKAYKHQLVKTEPLERGQAEPL VCPPSWNDAYIIQDGEDGGIICGAGIEHEAKSLDDVEPTYDFLRGVLKYAVKIAPPLR YAHIVRQWAGFYAKTPDSNPAIGKLLDNFYIAAGFSGHGFMMAPAVAQAMAELISKGR SRVPLDWEWYDPYRFERGELRSSAFQIG" gene 341395..342072 /gene="pyrH" /locus_tag="TGAM_0361" /note="tg0361" CDS 341395..342072 /gene="pyrH" /locus_tag="TGAM_0361" /EC_number="2.7.4.-" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:AA_kinase, Amino acid kinase family" /inference="protein motif:CDD:AAK, Amino Acid Kinases (AAK) superfamily, catalytic domain" /inference="protein motif:CDD:AAK_AK, AAK_AK:Amino Acid Kinase Superfamily (AAK), Aspartokinase (AK)" /inference="protein motif:CDD:AAK_AK-DapG-like, AAK_AK-DapG-like:Amino Acid Kinase Superfamily (AAK), AK-DapG-like" /inference="protein motif:CDD:AAK_AKii-LysC-BS, AAK_AKii-LysC-BS:Amino Acid Kinase Superfamily (AAK), AKii" /inference="protein motif:CDD:AAK_FomA-like, AAK_FomA-like:This CD includes a fosfomycin biosynthetic gene product, FomA, and similar proteins found in a wide range of organisms" /inference="protein motif:CDD:AAK_G5K_ProB, AAK_G5K_ProB:Glutamate-5-kinase (G5K) catalyzes glutamate-dependent ATP cleavage" /inference="protein motif:CDD:AAK_UMPK-like, AAK_UMPK-like:UMP kinase (UMPK)-like, the microbial/chloroplast uridine monophosphate kinase (uridylate kinase) enzyme that catalyzes UMP phosphorylation and plays a key role in pyrimidine nucleotide biosynthesis" /inference="protein motif:CDD:AAK_UMPK-MosAB, AAK_UMPK-MosAB:This CD includes the alpha and beta subunits of the Mo storage protein (MosA and MosB) which are related to uridine monophosphate kinase (UMPK) enzymes that catalyze the phosphorylation of UMP by ATP, yielding UDP, and playing a key role in pyrimidine nucleotide biosynthesis" /inference="protein motif:CDD:AAK_UMPK-PyrH-Ec, UMP kinase (UMPK)-Ec, the microbial/chloroplast uridine monophosphate kinase (uridylate kinase) enzyme that catalyzes UMP phosphorylation and plays a key role in pyrimidine nucleotide biosynthesis" /inference="protein motif:CDD:AAK_UMPK-PyrH-Pf, AAK_UMPK-PyrH-Pf:UMP kinase (UMPK)-Pf, the mostly archaeal uridine monophosphate kinase (uridylate kinase) enzymes that catalyze UMP phosphorylation and play a key role in pyrimidine nucleotide biosynthesis" /inference="protein motif:CDD:LysC, Aspartokinases [Amino acid transport and metabolism]" /inference="protein motif:CDD:ProB, Glutamate 5-kinase [Amino acid transport and metabolism]" /inference="protein motif:CDD:PyrH, Uridylate kinase [Nucleotide transport and metabolism]" /inference="protein motif:COG:COG0528 Uridylate kinase; F Nucleotide transport and metabolism" /inference="protein motif:Gene3D:G3D.3.40.1160.10 no description" /inference="protein motif:HMMPanther:PTHR11063 GAMMA-GLUTAMYL PHOSPHATE REDUCTASE/GLUTAMATE 5-KINASE" /inference="protein motif:HMMPanther:PTHR11063:SF3 DELTA 1-PYRROLINE-5-CARBOXYLATE SYNTHETASE" /inference="protein motif:HMMPfam:PF00696 AA_kinase InterPro:IPR001048 Aspartate/glutamate/uridylate kinase GO:Biological Process:amino acid biosynthesis (GO:0008652)" /inference="protein motif:HMMPIR:PIRSF005650 Uridylate kinase InterPro:IPR011817 Uridylate kinase GO:Biological Process:pyrimidine nucleotide biosynthesis (GO:0006221), Molecular Function:uridylate kinase activity (GO:0009041)" /inference="protein motif:HMMTigr:TIGR02076 pyrH_arch:uridylate kinase, putative InterPro:IPR011818 Uridylate kinase, putative GO:Biological Process:pyrimidine nucleotide biosynthesis (GO:0006221), Molecular Function:uridylate kinase activity (GO:0009041)" /inference="protein motif:superfamily:SSF53633 Carbamate kinase-like InterPro:IPR001048 Aspartate/glutamate/uridylate kinase GO:Biological Process:amino acid biosynthesis (GO:0008652)" /codon_start=1 /transl_table=11 /product="Uridylate kinase (pyrH)" /protein_id="ACS32863.1" /translation="MRIVFDIGGSVLVPEDPDVEFIKAIAYELIKISEDHEVAVVVGG GKVARKYIKAAKTFTPNETFKDYIGIHITRANAMLLIAALGEKAYPFVIQDFRKAWEV IQLKKIPIMGGTHPGHTTDAVSALLAEYLQADLLVVVTNVDGVYDSDPRKNPNARKLD RITPEQLVEIAMEAESKAGGSGVVDALAAKFIQRGRIRTYIVGKKDAYHLFDVVRGKH SGTVVEP" gene 342104..342388 /locus_tag="TGAM_0362" /note="tg0362" CDS 342104..342388 /locus_tag="TGAM_0362" /inference="protein motif:COG:COG3609 Predicted transcriptional regulators containing the CopG/Arc/MetJ DNA-binding domain; K Transcription" /inference="protein motif:HMMPfam:PF01402 RHH_1 InterPro:IPR002145 CopG-like DNA-binding GO:Molecular Function:DNA binding (GO:0003677), Biological Process:regulation of transcription, DNA-dependent (GO:0006355)" /inference="protein motif:superfamily:SSF47598 Met repressor-like InterPro:IPR010985 Ribbon-helix-helix" /codon_start=1 /transl_table=11 /product="Transcription regulator, copG/nikR family" /protein_id="ACS32864.1" /translation="MSYGDCMSSTDKVSVRFPSGLMRQIDELVEKGEFSSRSELIKEA VRFFLLHYESPEELWETYKLLARERRIPQEEEIEKLLEEVDEEWKRARSS" gene 342364..342825 /locus_tag="TGAM_0363" /note="tg0363" CDS 342364..342825 /locus_tag="TGAM_0363" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:BlastProDom:PD013066 Q59074_METJA_Q59074; InterPro:IPR002850 Protein of unknown function DUF132" /inference="protein motif:CDD:COG1569, Predicted nucleic acid-binding protein, contains PIN domain [General function prediction only]" /inference="protein motif:COG:COG1569 Predicted nucleic acid-binding protein, contains PIN domain; R General function prediction only" /inference="protein motif:HMMSmart:SM00670 no description InterPro:IPR006596 Nucleotide binding protein, PINc" /inference="protein motif:HMMTigr:TIGR00305 TIGR00305:conserved hypothetical protein T InterPro:IPR002850 Protein of unknown function DUF132" /inference="protein motif:superfamily:SSF88723 PIN domain-like" /note="Belongs to DUF132 family" /codon_start=1 /transl_table=11 /product="Nucleotide binding protein, putative, containing PIN domain" /protein_id="ACS32865.1" /translation="MEARKVVLDTNVVITAAINPFGSSGKVMDLIVGKKVVSYTSEAI LEELRFKLTSEKVLKYLESRVYALWIYRVFRASSIVVNPRVRFEVSPDSEDNKFFDVV YSAKADFLISLDKKHVLKLRDENGRFALKGHEFLILTPAEFLEVVGRHDNP" gene 342950..344269 /gene="nox" /locus_tag="TGAM_0364" /note="tg0364" CDS 342950..344269 /gene="nox" /locus_tag="TGAM_0364" /EC_number="1.6.99.3" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:BlastProDom:PD000139 Q9V0X9_PYRAB_Q9V0X9; InterPro:IPR001327 Pyridine nucleotide-disulphide oxidoreductase, NAD-binding region GO:Biological Process:electron transport (GO:0006118), Molecular Function:disulfide oxidoreductase activity (GO:0015036)" /inference="protein motif:CDD:HcaD, Uncharacterized NAD(FAD)-dependent dehydrogenases [General function prediction only]" /inference="protein motif:CDD:Lpd, Pyruvate/2-oxoglutarate dehydrogenase complex, dihydrolipoamide dehydrogenase (E3) component, and related enzymes [Energy production and conversion]" /inference="protein motif:CDD:Ndh, NADH dehydrogenase, FAD-containing subunit [Energy production and conversion]" /inference="protein motif:CDD:NirB, NAD(P)H-nitrite reductase [Energy production and conversion]" /inference="protein motif:CDD:Pyr_redox, Pyridine nucleotide-disulphide oxidoreductase" /inference="protein motif:CDD:Pyr_redox_dim, Pyridine nucleotide-disulphide oxidoreductase, dimerisation domain" /inference="protein motif:CDD:TrxB, Thioredoxin reductase [Posttranslational modification, protein turnover, chaperones]" /inference="protein motif:COG:COG0446 Uncharacterized NAD(FAD)-dependent dehydrogenases; R General function prediction only" /inference="protein motif:FPrintScan:PR00368 FADPNR InterPro:IPR013027 FAD-dependent pyridine nucleotide-disulphide oxidoreductase" /inference="protein motif:FPrintScan:PR00411 PNDRDTASEI InterPro:IPR001100 Pyridine nucleotide-disulphide oxidoreductase, class I GO:Biological Process:electron transport (GO:0006118), Molecular Function:oxidoreductase activity (GO:0016491)" /inference="protein motif:Gene3D:G3D.3.30.390.30 no description" /inference="protein motif:Gene3D:G3D.3.50.50.60 no description" /inference="protein motif:HMMPanther:PTHR11493 DIHYDROLIPOAMIDE DEHYDROGENASE-RELATED" /inference="protein motif:HMMPanther:PTHR11493:SF52 NADH OXIDASE" /inference="protein motif:HMMPfam:PF02852 Pyr_redox_dim InterPro:IPR004099 Pyridine nucleotide-disulphide oxidoreductase dimerisation region GO:Cellular Component:cytoplasm (GO:0005737), Biological Process:electron transport (GO:0006118), Molecular Function:oxidoreductase activity (GO:0016491)" /inference="protein motif:HMMPfam:PF07992 Pyr_redox_2 InterPro:IPR013027 FAD-dependent pyridine nucleotide-disulphide oxidoreductase" /inference="protein motif:ProfileScan:PS50205 NAD_BINDING InterPro:IPR000205 NAD-binding site" /inference="protein motif:superfamily:SSF51905 FAD/NAD(P)-binding domain" /inference="protein motif:superfamily:SSF55424 FAD/NAD-linked reductases, dimerisation (C-terminal) domain" /codon_start=1 /transl_table=11 /product="NADH oxidase (NOXase) (nox)" /protein_id="ACS32866.1" /translation="MKIVVIGSGTAGSNFALFMRKLDRKAEIVVIGKEGTMQYSPCAL PHVISGTIEKPEDVIVFPNEFYERQKIELMLNTEAKAIDRERKVVITDKGEVPYDKLV LAVGSKAFIPPIKGVENEGVFTLKSLDDVRRIKAYIADRKPKKAVVIGAGLIGLEGAE AFAKLGIEVLVVELMDRLMPTMLDKDTAKLVQKEMEANGVSFRFGVGVSEIIGSPVEA VRIGDEEVPAELVLVATGVRANTDLAKEAGLEVNRGIVVNEHLQTSDPDIYAIGDCAE VIDAVTGERTLSQLGTSAVRMAKVAAEHIAGKDVSFRPVFNTAITELFGLEIGTFGIT EERAKKEGIEVAVGKFKGSTKPEYYPGGKPITVKLIFRKSDRKLVGAQIVGGERVWGR IMTLSALAQKGATVEDVVYLETAYAPPISPTIDPITVAGEMALRKLR" gene 344344..346098 /locus_tag="TGAM_0365" /note="tg0365" CDS 344344..346098 /locus_tag="TGAM_0365" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:ElsH, Metal-dependent hydrolase [General function prediction only]" /inference="protein motif:CDD:Exo_endo_phos, Endonuclease/Exonuclease/phosphatase family" /inference="protein motif:Gene3D:G3D.3.60.10.10 no description" /inference="protein motif:HMMPfam:PF03372 Exo_endo_phos InterPro:IPR005135 Endonuclease/exonuclease/phosphatase" /inference="protein motif:superfamily:SSF56219 DNase I-like" /note="Contains 1 Endonuclease/exonuclease/phosphatase (PF03372) domain; 10 probable transmembrane helices predicted by modhmm" /codon_start=1 /transl_table=11 /product="Metal-dependent hydrolase" /protein_id="ACS32867.1" /translation="MMGMKVRERDKLLLGLGTGVLLASSLRVFVAGAYASLEKTFFYG MKFPSGLGILLFLFAALLVGRLSRKSGAVIMAAYALALLATDATEYVHLIAAFALPVS LALVKELDVKYLAMGLVADLSLRVLAVGAEPADFPYTRVLLVLFILLGAFALWKEPGT LKRPGFGLYAFAALLELGLIYPNAVMRYSGMTVYYLPEFVGFSLLIALAILLGPYLAR KPTVAMALLIIGSATLFLKPLSLVGLPLALASTIALVENSKGSRGGIIGAVYLFLVAT LALGAYVGRDIGLPFMEDRLEVLILVVSVIYALSAYGKSAEISLPSVKEIAGPLLGVV MASIVVMALFHAGPTYMGAKKDVLVWTYNVHQGFGPYDGTFNGYELVNLLAEQKPDIW FAQEVVGGMIGNGYQDVPLFVSAHLGYAYEYKPAVEGTYGIAVFSHWHMKTESELNLP SVGEARPAQKVSIEELGITVVNVHMGLSEEERAMQAEELLKFAEASPVAQVIAGDTNA EPNERAIEILTRDYRDAFPERPPYTFLWERNGVVDKENIDYILLKNDWPAEVKDDGCL CDVLVSDHRPVWAVIELP" gene 346129..346668 /gene="kptA" /locus_tag="TGAM_0366" /note="tg0366" CDS 346129..346668 /gene="kptA" /locus_tag="TGAM_0366" /EC_number="2.7.-.-" /inference="protein motif:CDD:KptA, RNA:NAD 2'-phosphotransferase [Translation, ribosomal structure and biogenesis]" /inference="protein motif:CDD:PTS_2-RNA, RNA 2'-phosphotransferase, Tpt1 / KptA family" /inference="protein motif:COG:COG1859 RNA:NAD 2'-phosphotransferase; J Translation, ribosomal structure and biogenesis" /inference="protein motif:HMMPanther:PTHR12684 PUTATIVE PHOSPHOTRANSFERASE InterPro:IPR002745 Phosphotransferase KptA/Tpt1 GO:Biological Process:tRNA splicing (GO:0006388), Molecular Function:transferase activity, transferring phosphorus-containing groups (GO:0016772)" /inference="protein motif:HMMPanther:PTHR12684:SF2 PUTATIVE PHOSPHOTRANSFERASE" /inference="protein motif:HMMPfam:PF01885 PTS_2-RNA InterPro:IPR002745 Phosphotransferase KptA/Tpt1 GO:Biological Process:tRNA splicing (GO:0006388), Molecular Function:transferase activity, transferring phosphorus-containing groups (GO:0016772)" /inference="protein motif:superfamily:SSF56399 ADP-ribosylation" /codon_start=1 /transl_table=11 /product="RNA 2'-phosphotransferase (kptA)" /protein_id="ACS32868.1" /translation="MPQRVKVSKLMAYILRHSPGEFGLKPDREGFVPLDELVRALQTV YPDVTEELVREIVERDAKGRYEIRDGKIRARYGHSFKVKLDHEEDTESRVLYHGTPRR NLTRIMREGLKPMRRQFVHLSTSREEAIETGRRHGKDVVLLIIDADCLRRKGLKIYKA GKNVRIVEKVPPECITLAV" gene complement(346652..347887) /locus_tag="TGAM_0367" /note="tg0367" CDS complement(346652..347887) /locus_tag="TGAM_0367" /inference="protein motif:CDD:DUF894, Bacterial protein of unknown function (DUF894)" /inference="protein motif:COG:COG0477 Permeases of the major facilitator superfamily; G Carbohydrate transport and metabolism" /inference="protein motif:FPrintScan:PR01035 TCRTETA InterPro:IPR001958 Tetracycline resistance protein GO:Molecular Function:tetracycline:hydrogen antiporter activity (GO:0015520), Biological Process:tetracycline transport (GO:0015904), Cellular Component:integral to membrane (GO:0016021)" /inference="protein motif:HMMPanther:PTHR10074 DRUG EFFLUX TRANSPORTER-RELATED" /inference="protein motif:HMMPanther:PTHR10074:SF3 DRUG EFFLUX PROTEIN-RELATED" /inference="protein motif:HMMPfam:PF07690 MFS_1 InterPro:IPR011701 Major facilitator superfamily MFS_1" /inference="protein motif:ProfileScan:PS50850 MFS InterPro:IPR007114 Major facilitator superfamily GO:Molecular Function:transporter activity (GO:0005215), Biological Process:transport (GO:0006810), Cellular Component:integral to membrane (GO:0016021)" /note="12 probable transmembrane helices predicted by modhmm" /codon_start=1 /transl_table=11 /product="Tetracycline resistance protein, putative, major facilitator superfamily" /protein_id="ACS32869.1" /translation="MRKTTRITQGLHEKRAKVTVTKVKRRNIIVLAVSMFIANVAFGM AFPYLGVYMRLLGASMFMVGLLSVAFNLTSTVFQYPFGWLSDSTGNRKGFIAFGVAST GLFYVAMAFVGSATGVLILRTLQGIFGSAMMPAHSALISELSTRAGSIFGLFNSIENA GFMVGNFLGSAIVRYFGIRKLFLISGFLLFVSAWIVLLIRERPTGRRSILGMILVQEG RESWRATVKGSAFRKLMRGHLGLFYVTVFLVMIASGQFYGVSSVYFKETFGEWSVGVI FGIESLAAALTGYFLGKLIDRYGAKKFYLIAIAGYGLAFLLYAVVRNVWLVFGIAFLS GVKWVLTINSTSAYVAQNVSVRERAQGMGLLNAMMSLGWVVGPLIGGYLSGISFQLNF MSTLVPLGLAFVLALRLPG" gene 348235..350244 /locus_tag="TGAM_0368" /note="tg0368" CDS 348235..350244 /locus_tag="TGAM_0368" /inference="protein motif:CDD:AprE, Subtilisin-like serine proteases [Posttranslational modification, protein turnover, chaperones]" /inference="protein motif:CDD:Peptidase_S8, Subtilase family" /inference="protein motif:COG:COG1404 Subtilisin-like serine proteases; O Posttranslational modification, protein turnover, chaperones" /inference="protein motif:FPrintScan:PR00723 SUBTILISIN InterPro:IPR000209 Peptidase S8 and S53, subtilisin, kexin, sedolisin GO:Molecular Function:subtilase activity (GO:0004289), Biological Process:proteolysis (GO:0006508)" /inference="protein motif:Gene3D:G3D.3.40.50.200 no description" /inference="protein motif:HMMPanther:PTHR10795 SUBTILISIN-RELATED SERINE PROTEASE" /inference="protein motif:HMMPanther:PTHR10795:SF48 gb def:alkaline serine protease [pyrococcus furiosus dsm 3638]" /inference="protein motif:HMMPfam:PF00082 Peptidase_S8 InterPro:IPR000209 Peptidase S8 and S53, subtilisin, kexin, sedolisin GO:Molecular Function:subtilase activity (GO:0004289), Biological Process:proteolysis (GO:0006508)" /inference="protein motif:HMMPfam:PF04151 PPC InterPro:IPR007280 Peptidase, archaeal and bacterial C-terminal GO:Molecular Function:peptidase activity (GO:0008233)" /inference="protein motif:ScanRegExp:PS00136 SUBTILASE_ASP InterPro:IPR000209 Peptidase S8 and S53, subtilisin, kexin, sedolisin GO:Molecular Function:subtilase activity (GO:0004289), Biological Process:proteolysis (GO:0006508)" /inference="protein motif:ScanRegExp:PS00137 SUBTILASE_HIS InterPro:IPR000209 Peptidase S8 and S53, subtilisin, kexin, sedolisin GO:Molecular Function:subtilase activity (GO:0004289), Biological Process:proteolysis (GO:0006508)" /inference="protein motif:ScanRegExp:PS00138 SUBTILASE_SER InterPro:IPR000209 Peptidase S8 and S53, subtilisin, kexin, sedolisin GO:Molecular Function:subtilase activity (GO:0004289), Biological Process:proteolysis (GO:0006508)" /inference="protein motif:superfamily:SSF52743 Subtilisin-like" /inference="protein motif:superfamily:SSF89260" /inference="protein motif:superfamily:SSF89260 Collagen-binding domain" /note="Belongs to S8 (subtilisin) family; 2 probable transmembrane helices predicted by modhmm" /codon_start=1 /transl_table=11 /product="Subtilisin-like serine protease (subtilase)" /protein_id="ACS32870.1" /translation="MKRVVMLFALVLVGLMMGTTAAAPAPAVNTGYYGDKDYGLLTPS LFKKIQHMGINQEIETIIMFDSQAEKERAVRALKSLGVEIKYNYHIIPALAVKMKTKD LLLISGLARGGFFGSVHVSGIQFIQEDYKVKVAVETEGLDESAAQVMATNMWNLGYDG SGITIAIIDTGIDASHPDLQGKVIGWKDFVNGKTSPYDDQGHGTHVASIAAGTGAASN GKYKGMAPGAKLVGIKVLGADGSGSISDIIEGVDWAVQNKDKYGIKVINLSLGSSQSS DGTDSLSQAVNNAWDAGIVVCVAAGNSGPDKYTVGSPAAASKVITVGAVDKYDTITDF SSRGPTADGRLKPEVVAPGNWIIAARASGTKLTDVTIGDYYVAAPGTSMATPHVAGIS ALILQAHPSWSPDQVKKALIETADIVKPDEIADIAYGAGRVNAYKAAHYDSYAKLTFT GYVADKGTETHEFTISGASFVTATLYWDNAKSDIDLYLYDPNGNQVDYSYTAYYGFEK VGYYNPSAGTWTIKVVSYSGSANYQVDVVSDGSLGQPGSGGDNGGDNGGTEPAPEPEP QPTVDEKTFTGSVSYHDYNVHQMTVNSGATKITGDLVGHSYDDLDLYLYDNNQNLVDR SENYGSSEHVEYSNPAPGTWYFVVYAYYTYYWTASYQLDAKVYYG" gene 350280..352025 /locus_tag="TGAM_0369" /note="tg0369" CDS 350280..352025 /locus_tag="TGAM_0369" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:COG:COG1657 Squalene cyclase; I Lipid transport and metabolism" /inference="protein motif:Gene3D:G3D.1.50.10.20 no description" /inference="protein motif:superfamily:SSF48239 Terpenoid cylases/Protein prenyltransferases InterPro:IPR008930 Terpenoid cylases/protein prenyltransferase alpha-alpha toroid" /note="Contains Terpenoid cylases/Protein prenyltransferase domain (SSF48239); 2 probable transmembrane helices predicted by modhmm" /codon_start=1 /transl_table=11 /product="Squalene cyclase, putative" /protein_id="ACS32871.1" /translation="MIVMKYKVLAVTLTFLFLLSLPLTSASTVEKPYVYVPTVPETSL AVIALYRAGDYAPVLEGCEWLMAIKTPFDSWGRVYGAEHEAKFTGLALMALIRGESIA RGRYTETINGAAYWLMFKQKPDGSWEDYLGTAIAVAALEEFINSKYVDPNMPRLRDQA KKAVERGRAWLSLHRPKTDAEFAFGAIALRNRDLAEEMNETAFKYFALSYLGSHPEVP SNYSPKGPLETALLLYATGDERYLKELLSMEHFGFWGTLRYNPVELLEASYVSGFSEM REIACPYLEQIRPQLRFEWERVVYAKYFLSCGMDVELPNESAYSSLKPWQIAEIARIK AILGKPYTREVDYLLNHRNGTGWGDFYNTEYVVWVLHDLNVTLDYSPILDSLEMELTN TSPTYYYAYALIVFKEFGRENALNRTLEILAERESPEGGWGYAPGAPAGIKSTSTVLW GLEEAGLFNTYLHRKGWNFLKRALYVKIPVPERSNGALSVENATLLKIRNGEYAGNAS STVEMDSLDGVVYIYTSKNPLAVGAIPVSGFKAESPWRSEKRQYLILVAIVAALGLSF YGIVLFERGRREGRQ" gene complement(351972..352691) /locus_tag="TGAM_0370" /note="tg0370" CDS complement(351972..352691) /locus_tag="TGAM_0370" /inference="protein motif:COG:COG1708 Predicted nucleotidyltransferases; R General function prediction only" /inference="protein motif:Gene3D:G3D.3.30.460.10 no description" /inference="protein motif:HMMPfam:PF01909 NTP_transf_2 InterPro:IPR002934 DNA polymerase, beta-like region GO:Molecular Function:nucleotidyltransferase activity (GO:0016779)" /inference="protein motif:superfamily:SSF81301 Nucleotidyltransferase" /codon_start=1 /transl_table=11 /product="Nucleotidyltransferase, putative" /protein_id="ACS32872.1" /translation="MRVKPLAECIRKRIGRVTGLHSLILYGSLVRGDFLPRTSDVDFF AVLEDETDPELVLEKITPVLKECSSYLNPVEVDIAWEWLSNLRDPLNSGYPYKFLTVY QRDFREHHIVLLGEDVIDLLPEYPLEEIISRRLEDTLKNLKRFKGNRKMLHILAGEAA RLVAFLNGSTLLKGDVLHTLQELGEGDAVKIYRAYIDGRKLEFEEAFLESFIKRWIKK LKGKSLPSLSSPPLKEYDPIK" gene complement(352688..353743) /locus_tag="TGAM_0371" /note="tg0371" CDS complement(352688..353743) /locus_tag="TGAM_0371" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:COG1568, Predicted methyltransferases [General function prediction only]" /inference="protein motif:CDD:DUF43, Protein of unknown function DUF43" /inference="protein motif:COG:COG1568 Predicted methyltransferases; R General function prediction only" /inference="protein motif:Gene3D:G3D.3.40.50.150 no description" /inference="protein motif:HMMPfam:PF01861 DUF43 InterPro:IPR002723 Protein of unknown function DUF43" /inference="protein motif:superfamily:SSF53335 S-adenosyl-L-methionine-dependent methyltransferases" /note="Belongs to DUF43 family" /codon_start=1 /transl_table=11 /product="Predicted methyltransferase" /protein_id="ACS32873.1" /translation="MKEIVERVKKKTSIPVYERTIENVLSAIQASGDVWRVVDLSEEP LPLVVAVVTTLHELGYVTFKDGEVILTESGKRLVEKYGIGARADYTCSHCAGRTVELD AFGDLLAEFKEMVKDRPEPVHQFDQAYVTPETTVARIALMHTRGDLENKEVFVLGDDD LTSVALMLSGLPKRIAVLDIDERLIRFIEKVADEIGYESIEIFTFDLRKPLPDYALHK FDTFITDPPETVEAIRAFVGRGIATLKGPGCAGYFGITRRESSLDKWREIQRLLLNEF GVVITDIIRNFNEYVNWGYVEETRAWRLLPVKVKPSYNWYKSYMFRIQTLEGSKGFED EITVGDELYNDEEASTT" gene 353848..354585 /locus_tag="TGAM_0372" /note="tg0372" CDS 353848..354585 /locus_tag="TGAM_0372" /inference="protein motif:CDD:COG1365, Predicted ATPase (PP-loop superfamily) [General function prediction only]" /inference="protein motif:COG:COG1365 Predicted ATPase (PP-loop superfamily); R General function prediction only" /inference="protein motif:Gene3D:G3D.3.40.50.610 no description" /inference="protein motif:HMMPanther:PTHR11807 N-TYPE ATP PYROPHOSPHATASE - RELATED" /inference="protein motif:HMMPanther:PTHR11807:SF1 N-TYPE ATP PYROPHOSPHATASE - RELATED" /inference="protein motif:HMMPfam:PF02568 ThiI InterPro:IPR003720 Thiamine biosynthesis protein GO:Biological Process:thiamin biosynthesis (GO:0009228)" /inference="protein motif:HMMPIR:PIRSF006601 Predicted PP-loop ATPase, MJ1638 type InterPro:IPR012096 PP-loop ATPase, MJ1638-related" /inference="protein motif:superfamily:SSF52402 Adenine nucleotide alpha hydrolases-like" /codon_start=1 /transl_table=11 /product="PP-loop ATPase, MJ1638-related" /protein_id="ACS32874.1" /translation="MIVPAGDPVKRYRLRYNLDALERVREAIGESAYSRLRGLLLFRL EGSDFEKTPTGVRVALAFSAGSDSTATLKILRWAGFEVVPITAKLPQMDERTLQKVRS ENSIFVVVPRYEETMRELIEKGAPICGRCHSMVMEAVERKARELGVRILATGDMLSSG LVSIYEKDGLVILNFPAFLALDKGEIIEVIGGEYKLSFGCPLLWELFKRAPSTKRLAL QRVLRETRARALSSEMAVELMRDVLLR" gene 354646..355176 /locus_tag="TGAM_0373" /note="tg0373" CDS 354646..355176 /locus_tag="TGAM_0373" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:BlastProDom:PD005595 Q9UY52_PYRAB_Q9UY52; InterPro:IPR002744 Protein of unknown function DUF59" /inference="protein motif:CDD:DUF59, Domain of unknown function DUF59" /inference="protein motif:COG:COG2151 Predicted metal-sulfur cluster biosynthetic enzyme; R General function prediction only" /inference="protein motif:HMMPanther:PTHR13696 CELL DIVISION INHIBITOR MIND-1" /inference="protein motif:HMMPanther:PTHR13696:SF4 NUCLEOTIDE-BINDING PROTEIN" /inference="protein motif:HMMPfam:PF01883 DUF59 InterPro:IPR002744 Protein of unknown function DUF59" /note="Contains 1 DUF59 domain" /codon_start=1 /transl_table=11 /product="Component of ring hydroxylating complex, putative" /protein_id="ACS32875.1" /translation="MVTKEEVEKVVKSVVDEKFIRSIEVDEKGNVTVTLARDTPDIDN VLIKLHSELGKLEGIGLITINREREVKEAGNVKITEEMILEKLKEVIDPEIGIDVVNL GLIYEVKVNPDNTVYVKMTMTTPGCPLTMWILRAVEDKILEIPGVKDAEIELTFDPPW TPDRISPEYKKKLGLY" gene 355305..355496 /gene="fdx" /locus_tag="TGAM_0374" /note="tg0374" CDS 355305..355496 /gene="fdx" /locus_tag="TGAM_0374" /inference="protein motif:COG:COG1141 Ferredoxin; C Energy production and conversion" /inference="protein motif:FPrintScan:PR00352 3FE4SFRDOXIN InterPro:IPR001080 3Fe-4S ferredoxin GO:Molecular Function:electron transporter activity (GO:0005489), Biological Process:electron transport (GO:0006118)" /inference="protein motif:FPrintScan:PR00353 4FE4SFRDOXIN InterPro:IPR001450 4Fe-4S ferredoxin, iron-sulfur binding GO:Molecular Function:electron transporter activity (GO:0005489), Molecular Function:iron ion binding (GO:0005506), Biological Process:electron transport (GO:0006118)" /inference="protein motif:Gene3D:G3D.3.30.70.20 no description" /inference="protein motif:HMMPfam:PF00037 Fer4 InterPro:IPR001450 4Fe-4S ferredoxin, iron-sulfur binding GO:Molecular Function:electron transporter activity (GO:0005489), Molecular Function:iron ion binding (GO:0005506), Biological Process:electron transport (GO:0006118)" /inference="protein motif:superfamily:SSF54862 4Fe-4S ferredoxins" /codon_start=1 /transl_table=11 /product="Ferredoxin (fdx)" /protein_id="ACS32876.1" /translation="MAWKVSVDVDTCIGDAICASLCPDVFEMGDDGKAHPIVEVTDLE CAQEAAEACPVGAITLEEV" gene complement(355645..358557) /locus_tag="TGAM_0375" /note="tg0375" CDS complement(355645..358557) /locus_tag="TGAM_0375" /inference="protein motif:Gene3D:G3D.2.60.120.200 no description InterPro:IPR013320 Concanavalin A-like lectin/glucanase, subgroup" /inference="protein motif:superfamily:SSF49899 Concanavalin A-like lectins/glucanases InterPro:IPR008985 Concanavalin A-like lectin/glucanase" /inference="protein motif:superfamily:SSF49899 Concanavalin A-like lectinsCleaning InterPro:IPR008985 Concanavalin A-like lectin/glucanase" /note="3 probable transmembrane helices predicted by modhmm" /codon_start=1 /transl_table=11 /product="Concanavalin A-related lectin/glucanase, putative" /protein_id="ACS32877.1" /translation="MWEAGFMKKGLFTVLLIFMLFLPLCPLGGTIVRAEDTSSNTWRD DFSYDSLEEMKEAGWNIGREDHTFLREGEVILDNDGTVGTYVLYSKIPSGIYNWIVES KGRWIDRSYGSLHVVAKTEKHTYAWWGDGYYHEFVFSRDGKKIYRIPGYNPKMNEWHR FTLKKEGNTLYMYFDGQLITTYEETDTAQSQLIIVGMYSSWIGRTAYDYILLKKLPTT QENQNASESKFLEQTLFFDDFESYSVGQFPSSGGWEVLYIGAGKEQQYVSDKYSKSGR KSFRLLGTTGWSAVVMKKFSSSATIIGFEFDILFKSKGEGYVDHPGFVCSDCKSWGQY WSVLFDHSNAIIYIKTDGGDIVLGSWEPKKWYHIKAIINKDTKTISVWINGVLKADNV KLPKDDWNTEDIQGIALTSAWPAQEVFYDNVRVFEMSSTPTETSPSLTKTQIRIFIHN AFSQPLSPRGGVFEVIIWNDKHSRIIANISTEYTRGNYKEIVTELPLGDYQMEVYNIP TTKKREFWGALNFTVSKTLDRIDFFRNEPFITGVTKYPDYPNVSTKPIPMVKNPGDTV KRIRLRVIVDHDETPPWDHVVETTGILIKQVEKPFLMPSMFIPPKIGSYKVRVLLYTL YRDKYVLTDQLDWQPFAEFNSTDVKIVFTPPYLFFLNSSACYKGWIVKDCNASVKRKN YNGGGSIVVMSKAVYGGKAFASGLCMMGDKFKAPKTDNYSFKAVLDINTIATILGFKG GVLAGEGASDGELYIVTSVRDLNTREIIYENITPLISIAYPEDIWEETLKDVRNDVLK DIKKELLQKTVEKNFAQIYGEEMAKEIASSITSAFRWITFAYSLVTGFYSVNQTINRT IEINYTIPLEERHEYIWLFYVYSSSGTAVLGAGVTSGSLIKTDFYLWNVSIIAQPQII KNTIKTTNTKIKGSVTTRENTNKLDGSTKDTSENSICGLGIFLLLMLLSSLIPKKK" gene 358690..359121 /locus_tag="TGAM_0376" /note="tg0376" CDS 358690..359121 /locus_tag="TGAM_0376" /note="1 probable transmembrane helix predicted by modhmm" /codon_start=1 /transl_table=11 /product="Hypothetical protein" /protein_id="ACS32878.1" /translation="MLMRQSLRILLMLVLAEGLFALSLVPTASAEEEKQTRILIIDGS YPSSFLSGVSGYGESSVLDAMDVAKYSEEYLKENFDLFVVTAELSGWSIGWEDYPSLV GKLWNAVEAGKSIIIVTYEDYSSPANTVISNCNLDKSFPNT" gene 359378..359950 /locus_tag="TGAM_0377" /note="tg0377" CDS 359378..359950 /locus_tag="TGAM_0377" /inference="protein motif:Gene3D:G3D.1.20.1050.30 no description" /inference="protein motif:superfamily:SSF46579 Prefoldin InterPro:IPR009053 Prefoldin" /inference="protein motif:superfamily:SSF46589 tRNA-binding arm InterPro:IPR010978 tRNA-binding arm" /codon_start=1 /transl_table=11 /product="Hypothetical protein" /protein_id="ACS32879.1" /translation="MHWLTNREIPAPLTLNEMMQKVQTINQTLNTLYSEAQDIKRELE KTKQEAQNLPSVSKRIDEVEKRVENNEEQIGELSQHVQDVKMELEKIKQEIEGLPSVS GRVNETEKKVENNKKQLIELSQEVTELEQRINQLSKKIDEIEKNSPAETTVVQRETSS KTESSSKTCGVCLLALLPLVVLVSRKIKSK" gene complement(360284..361456) /gene="nadC-1" /locus_tag="TGAM_0378" /note="tg0378" CDS complement(360284..361456) /gene="nadC-1" /locus_tag="TGAM_0378" /EC_number="2.4.2.19" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:NAPRTase, Nicotinate phosphoribosyltransferase (NAPRTase) family" /inference="protein motif:CDD:NAPRTase_A, Nicotinate phosphoribosyltransferase (NAPRTase), subgroup A" /inference="protein motif:CDD:NAPRTase_B, Nicotinate phosphoribosyltransferase (NAPRTase), subgroup B" /inference="protein motif:CDD:NAPRTase_PncB, Nicotinate phosphoribosyltransferase (NAPRTase) family" /inference="protein motif:CDD:PncB, Nicotinic acid phosphoribosyltransferase [Coenzyme metabolism]" /inference="protein motif:CDD:PRTase_typeII, Phosphoribosyltransferase (PRTase) type II" /inference="protein motif:CDD:QRPTase_C, Quinolinate phosphoribosyl transferase, C-terminal domain" /inference="protein motif:COG:COG1488 Nicotinic acid phosphoribosyltransferase; H Coenzyme transport and metabolism" /inference="protein motif:Gene3D:G3D.3.20.20.90 no description" /inference="protein motif:Gene3D:G3D.3.30.70.310 no description" /inference="protein motif:HMMPanther:PTHR11098 NICOTINATE PHOSPHORIBOSYLTRANSFERASE-RELATED InterPro:IPR007229 Nicotinate phosphoribosyltransferase and related GO:Molecular Function:nicotinate phosphoribosyltransferase activity (GO:0004516), Biological Process:pyridine nucleotide biosynthesis (GO:0019363)" /inference="protein motif:HMMPanther:PTHR11098:SF1 NICOTINATE PHOSPHORIBOSYLTRANSFERASE-RELATED" /inference="protein motif:HMMPfam:PF01729 QRPTase_C InterPro:IPR002638 Quinolinate phosphoribosyl transferase GO:Molecular Function:nicotinate-nucleotide diphosphorylase (carboxylating) activity (GO:0004514), Biological Process:NAD biosynthesis (GO:0009435)" /inference="protein motif:HMMPfam:PF02749 QRPTase_N InterPro:IPR002638 Quinolinate phosphoribosyl transferase GO:Molecular Function:nicotinate-nucleotide diphosphorylase (carboxylating) activity (GO:0004514), Biological Process:NAD biosynthesis (GO:0009435)" /inference="protein motif:superfamily:SSF50249 Nucleic acid-binding proteins InterPro:IPR008994 Nucleic acid-binding, OB-fold GO:Molecular Function:nucleic acid binding (GO:0003676)" /inference="protein motif:superfamily:SSF54675 Quinolinic acid phosphoribosyltransferase (Nicotinate-nucleotide pyrophosphorylase, NadC), N-terminal domain" /codon_start=1 /transl_table=11 /product="Nicotinate-nucleotide pyrophosphorylase (nadC)" /protein_id="ACS32880.1" /translation="MRDFYIAHEDDIKAGKTTDVYFIRTKKILTEKGIHRKVFADVTT TSLPHGWKWGVLAGIEEVAKLLEGLPVDVYAMKEGTIFHPYEPVLQIEGYYEEFGVYE TALLGMLSQASGIATAALRIKIAANFKPVYSFGIRHMHPAIAPMIDRAAFIGGCDGVS GVLGAEMMGEKPVGTMPHALILTVGDQVKAWKYFDEVVEQEVPRTALVDTLCDEKFEA LMAAEALGKRLNAVRLDTPGSRRGNFRKIIEEVRWELDLRGYDWVKIFVSGGLDEESI KEIVDVADAFGVGSAIASAKPIDFSLDIVEVDGKPITKRGKLSGRKQVYRCENGHYHR VPSDKKLERCPVCGARVEPLLQPLIENGEIVAELPKARKIREYVLEQVKKFKLGIE" gene complement(361582..362484) /locus_tag="TGAM_0379" /note="tg0379" CDS complement(361582..362484) /locus_tag="TGAM_0379" /inference="protein motif:CDD:COG2248, Predicted hydrolase (metallo-beta-lactamase superfamily) [General function prediction only]" /inference="protein motif:COG:COG2248 Predicted hydrolase (metallo-beta-lactamase superfamily); R General function prediction only" /inference="protein motif:Gene3D:G3D.3.60.15.10 no description" /inference="protein motif:superfamily:SSF56281 Metallo-hydrolase/oxidoreductase" /codon_start=1 /transl_table=11 /product="Metallo-hydrolase/oxidoreductase" /protein_id="ACS32881.1" /translation="MRVIPLASESLGVRSLATFVEAGGIKILIDPGVALGPKRYGLPP AKIELETLQKMRRKIQGYARRADVVTISHYHYDHHTPFFEGLYESSSEEYAREIYAGK LLLIKHPRENINFSQRKRAWAFLKNAEPIARRIEFADGRAFDLGGVTLEFSPAVPHGS EGSRLGFVVMVLIDDGSERIIHASDIQLLNRKAVEWIIEKNPDLLITGGPPTYLGKRA EGSWETGIKNLNEIIRETNAEIILDHHIVRDKRYPEFFDELEKRPKTFAGFLKVEDKP LEAYRRELHKRERGESVELPFRVG" gene complement(362508..363635) /locus_tag="TGAM_0380" /note="tg0380" CDS complement(362508..363635) /locus_tag="TGAM_0380" /inference="protein motif:CDD:DUF917, Protein of unknown function (DUF917)" /inference="protein motif:COG:COG3535 Uncharacterized conserved protein; S Function unknown" /inference="protein motif:HMMPfam:PF06032 DUF917 InterPro:IPR010318 Protein of unknown function DUF917" /note="Contains DUF917 domain" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein" /protein_id="ACS32882.1" /translation="MKVLDEADLRDIILGATLFGTGGGGDPKVGWHIVKKTLRRGGEF RLAELGEIKKGAIVAMPYSVGSLSPREVTSAYPNGTVTRSFELLEEYLGESFAGVIAT ELGGANTARALVVGALLGKVVIDADAAGRAVPELQHSTYHLLGMPMTPFSLVTPHGDE LIFSRVKDDTEAEKIVRAIVSVIGANVGVTSHPFRVSEMGNAVVHGTVSRSLRTGREL RIAREDGKNPEEVLEGLGWTVLFRGIVVGVERREKGGFTVGEFELEGVEGFKNESYRI AFKNENLASWRNGRIDVTVPDLISMVTPEGVPVINSEVKEGSEYIVVGYSAPKIWRTS KGLEIFGPKYLGLDSEYVPIEAKRGVKLQYASAKVYTRDSF" gene complement(363619..364551) /locus_tag="TGAM_0381" /note="tg0381" CDS complement(363619..364551) /locus_tag="TGAM_0381" /inference="protein motif:CDD:BcrAD_BadFG, BadF/BadG/BcrA/BcrD ATPase family" /inference="protein motif:CDD:COG2971, Predicted N-acetylglucosamine kinase [Carbohydrate transport and metabolism]" /inference="protein motif:COG:COG2971 Predicted N-acetylglucosamine kinase; G Carbohydrate transport and metabolism" /inference="protein motif:Gene3D:G3D.3.30.420.40 no description" /inference="protein motif:HMMPanther:PTHR12862 N-ACETYLGLUCOSAMINE KINASE" /inference="protein motif:HMMPfam:PF01869 BcrAD_BadFG InterPro:IPR002731 ATPase, BadF/BadG/BcrA/BcrD type" /inference="protein motif:superfamily:SSF53067 Actin-like ATPase domain" /codon_start=1 /transl_table=11 /product="ATPase, BadF/BadG/BcrA/BcrD type" /protein_id="ACS32883.1" /translation="MILGLDCGGTKTHAVLVDWNGEVLGEGFGGPSNPNASPMETVRA SIRKAVSEALGNFRGSVKVACVSAAGTLGGMKDILEGILGELLPGAEIIVKRDYEIAH VACFLFNPGVVLIAGTGSIAYGINEEGKTVRVGGWGHLVGDEGSGFWVGKEGIRAALR AYDGRGRGTRLREYMLEYFKANTPDGIIGRIYSSENPKTLLGGFAPYVVKAAREKDEV AMGIIKDAVEEIVLTYRAAVRRLGFSSVRDKLAITGGFYFGSRDLLRPLLTRRLEEEF GEKVELREPLMPEAKAAALVALKYMEGKEHEGSR" gene complement(364557..365318) /locus_tag="TGAM_0382" /note="tg0382" CDS complement(364557..365318) /locus_tag="TGAM_0382" /note="8 probable transmembrane helices predicted by modhmm" /codon_start=1 /transl_table=11 /product="Hypothetical protein" /protein_id="ACS32884.1" /translation="MARPFRTTSTRSSGGGDLMRLSRLEVLSLILALMLSLVFLDMFP VYIQKDVTIGIFILIEAIISLFLFLLMRWGYSALAGAIAATSLGVLILLRPPAIYIGA VPVTWWAIGALYLVIIVVGIALASPMDEKRLNLISLLFASIFLLIGLIAAYEGLKLPL PPDVLRGLSAATKMKTWRSMGILLGIMNAGATISMLRGKYLHYLLLISFTLPPLFTVT LSFDKITFGVFSQVLLLAQVGVSGLLVSWYMGSRR" gene complement(365269..366162) /gene="appC" /locus_tag="TGAM_0383" /note="tg0383" CDS complement(365269..366162) /gene="appC" /locus_tag="TGAM_0383" /inference="protein motif:CDD:BPD_transp_1, Binding-protein-dependent transport system inner membrane component" /inference="protein motif:CDD:COG4239, ABC-type uncharacterized transport system, permease component [General function prediction only]" /inference="protein motif:CDD:DppB, ABC-type dipeptide/oligopeptide/nickel transport systems, permease components [Amino acid transport and metabolism / Inorganic ion transport and metabolism]" /inference="protein motif:CDD:DppC, ABC-type dipeptide/oligopeptide/nickel transport systems, permease components [Amino acid transport and metabolism / Inorganic ion transport and metabolism]" /inference="protein motif:CDD:SapC, ABC-type antimicrobial peptide transport system, permease component [Defense mechanisms]" /inference="protein motif:COG:COG1173 ABC-type dipeptide/oligopeptide/nickel transport systems, permease components; E Amino acid transport and metabolism" /inference="protein motif:HMMPfam:PF00528 BPD_transp_1 InterPro:IPR000515 Binding-protein-dependent transport systems inner membrane component GO:Molecular Function:transporter activity (GO:0005215), Biological Process:transport (GO:0006810), Cellular Component:membrane (GO:0016020)" /inference="protein motif:ProfileScan:PS50928 ABC_TM1 InterPro:IPR000515 Binding-protein-dependent transport systems inner membrane component GO:Molecular Function:transporter activity (GO:0005215), Biological Process:transport (GO:0006810), Cellular Component:membrane (GO:0016020)" /inference="protein motif:superfamily:SSF63999 Thiamin pyrophosphokinase, catalytic domain" /note="6 probable transmembrane helices predicted by modhmm" /codon_start=1 /transl_table=11 /product="ABC-type dipeptide/oligopeptide transport permease protein appC (appC)" /protein_id="ACS32885.1" /translation="MAMTLREKLEEKWESLKEVSGYVWHHKMGKVGVIILAFLLIMAL FPGLFTKYTPDWTSDETFVPASWDHPCGIDQEGKDIWAQIVYGTRISLAVGFIAALLT VTIGALVGTVAGYYGGIVDEILVFVSDSIMMLPSLLLLIVIAALFSNVWNIWYTIIVI ALIAWPSTARMVRAQTLQLKNRTYVEAAIALGASKGRIIFRHILPSTIPLLFARATIQ IAGFIVTVASLTFLGLGDPHNPDWGYVMYTANKNMMMIVMKGMWQWIIVPGVMIALAV IAFVCLGEALQDYLNPKLRRR" gene complement(366164..367144) /gene="appB" /locus_tag="TGAM_0384" /note="tg0384" CDS complement(366164..367144) /gene="appB" /locus_tag="TGAM_0384" /inference="protein motif:CDD:BPD_transp_1, Binding-protein-dependent transport system inner membrane component" /inference="protein motif:CDD:COG4174, ABC-type uncharacterized transport system, permease component [General function prediction only]" /inference="protein motif:CDD:DppB, ABC-type dipeptide/oligopeptide/nickel transport systems, permease components [Amino acid transport and metabolism / Inorganic ion transport and metabolism]" /inference="protein motif:CDD:SapB, ABC-type antimicrobial peptide transport system, permease component [Defense mechanisms]" /inference="protein motif:COG:COG0601 ABC-type dipeptide/oligopeptide/nickel transport systems, permease components; E Amino acid transport and metabolism" /inference="protein motif:HMMPfam:PF00528 BPD_transp_1 InterPro:IPR000515 Binding-protein-dependent transport systems inner membrane component GO:Molecular Function:transporter activity (GO:0005215), Biological Process:transport (GO:0006810), Cellular Component:membrane (GO:0016020)" /inference="protein motif:ProfileScan:PS50928 ABC_TM1 InterPro:IPR000515 Binding-protein-dependent transport systems inner membrane component GO:Molecular Function:transporter activity (GO:0005215), Biological Process:transport (GO:0006810), Cellular Component:membrane (GO:0016020)" /note="6 probable transmembrane helices predicted by modhmm" /codon_start=1 /transl_table=11 /product="ABC-type dipeptide/oligopeptide transport permease protein appB (appB)" /protein_id="ACS32886.1" /translation="MARGMVSYTLAKIAHRLLTLIFVILIIYTLLRLAPGTPFDQYLY QGKITEAQYEALLKEWGYRDSFLVGAAKMLYGMATFSLFKMKSPVYNKPIIDLISVRL PYTLSLVTAAYFFGAMLGMILGLYCARNRGTLKESAIIWITLGIRSLPVFWLGMVLLY VFAFKLGLFPFLTSSELHPRNVFHHMIDWLWHSLLPIIALSKIYAVSYLLTIRNMVSE EYTNDYVVSFRAMGLREDYIIERYVLRSIMPPIITMMAIDLGFLFGGAVVTETVFNYP GMGTLIYTAIWNKDYPVVLASFYIIAVAVILAITIAEITYAYLDPRIRRG" gene complement(367192..368967) /gene="appA" /locus_tag="TGAM_0385" /note="tg0385" CDS complement(367192..368967) /gene="appA" /locus_tag="TGAM_0385" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:COG4533, ABC-type uncharacterized transport system, periplasmic component [General function prediction only]" /inference="protein motif:CDD:DdpA, ABC-type dipeptide transport system, periplasmic component [Amino acid transport and metabolism]" /inference="protein motif:CDD:OppA, ABC-type oligopeptide transport system, periplasmic component [Amino acid transport and metabolism]" /inference="protein motif:CDD:SBP_bac_5, Bacterial extracellular solute-binding proteins, family 5" /inference="protein motif:COG:COG0747 ABC-type dipeptide transport system, periplasmic component; E Amino acid transport and metabolism" /inference="protein motif:Gene3D:G3D.3.10.105.10 no description" /inference="protein motif:Gene3D:G3D.3.90.76.10 no description" /inference="protein motif:HMMPfam:PF00496 SBP_bac_5 InterPro:IPR000914 Bacterial extracellular solute-binding protein, family 5 GO:Molecular Function:transporter activity (GO:0005215), Biological Process:transport (GO:0006810)" /inference="protein motif:superfamily:SSF53850 Periplasmic binding protein-like II" /codon_start=1 /transl_table=11 /product="ABC-type dipeptide/oligopeptide transport periplasmic component appA (appA)" /protein_id="ACS32887.1" /translation="MNRKGLSLLLAVLFLSSIAAAPRVSASAGTELVLAVGKWKTLNP LTSSTVYSNVILDKVYEPLIRWDKSGTKVTGALAEKWEFKKEGDNKVLTFHLRKGVKW HDGKEVTAEDVKFTIELFKSNPAKFVNPDTLIINGLQEVKVVDKYTVQLVYNQSAAAD KFLEMAFTTLYIVPKHIWEDKNIISDPTASLDKPEQLVGCGPFKVAEIKPGEYVKLQA FKDYYLGKPEVDTAIFKVLTDKNQFAMMVANGELDAGYFYFFGKYLKEFENMVSGDPN VKIYRAASKSTHLLAFNFKKWPYNDLKFRKAIAYALPVDKIVQKYYGTDGAKAGSMGF LGPFFGEYCKYMPKENLYPYDPDKAKEILDELGFKDVNGDGYRETPDGKPFKIYLLTR APGDSFFRDAIGDEIANYLKDVGIKVDVDKAGDYWDKWGAGSWDMAIVGFVPHKPTDL IWFTSDNPGNRVGFSNKTYDETFEEFQRTGDPALAHKLEEILANNVVFIALYHPIVAT PYRVDRYKDWAPNPRFLTLGYWSLLGNPEKPTTTTSSEKSSTTTSSSKTPSSSTSTTK KGEKGLCGPAALVLFAVLPLLKRRR" gene complement(369089..370105) /gene="glmS-1" /locus_tag="TGAM_0386" /note="tg0386" CDS complement(369089..370105) /gene="glmS-1" /locus_tag="TGAM_0386" /EC_number="2.6.1.16" /inference="protein motif:CDD:AgaS, Predicted phosphosugar isomerases [Cell envelope biogenesis, outer membrane]" /inference="protein motif:CDD:GlmS, Glucosamine 6-phosphate synthetase, contains amidotransferase and phosphosugar isomerase domains [Cell envelope biogenesis, outer membrane]" /inference="protein motif:CDD:GutQ, Predicted sugar phosphate isomerase involved in capsule formation [Cell envelope biogenesis, outer membrane]" /inference="protein motif:CDD:RpiR, Transcriptional regulators [Transcription]" /inference="protein motif:CDD:SIS, SIS domain" /inference="protein motif:COG:COG0449 Glucosamine 6-phosphate synthetase, contains amidotransferase and phosphosugar isomerase domains; M Cell wall/membrane/envelope biogenesis" /inference="protein motif:Gene3D:G3D.3.40.50.1940 no description" /inference="protein motif:HMMPanther:PTHR10937 GLUCOSAMINE--FRUCTOSE-6-PHOSPHATE AMINOTRANSFERASE" /inference="protein motif:HMMPanther:PTHR10937:SF1 GLUCOSAMINE--FRUCTOSE-6-PHOSPHATE AMINOTRANSFERASE" /inference="protein motif:HMMPfam:PF01380 SIS InterPro:IPR001347 Sugar isomerase (SIS) GO:Molecular Function:sugar binding (GO:0005529), Biological Process:carbohydrate metabolism (GO:0005975)" /inference="protein motif:superfamily:SSF53697 SIS domain" /note="1 probable transmembrane helix predicted by modhmm" /codon_start=1 /transl_table=11 /product="Glucosamine--fructose-6-phosphate aminotransferase, sugar isomerase (SIS) domain (glmS)" /protein_id="ACS32888.1" /translation="MPMEFNMIRSIRETPQALDSALKILKEWDPPEKGFRRVIFIGCG SSYFSSLAGNHVLLKSSIESHAFPASEFMLHYRELAKGALVVASSRSGKTGEVIEAVK VAREKGATIIGVTCNENSKIEEVSDETIAIPNGEEPNIPATKSFSAITLVLQGIALKL LGREEGLNELMAIQQAVERVLARENEYRSIAESLVSRKAFVHLGSGSGYVVALEGALK FRETLGLPNEVFPALEFRHGPVALLRGPEKPQPIVIAPEGSSTGALKRLIDDLASRNA EPLVFTNSDVFENCVRVPWNGSEELAVIPFIVPIQIVSYYLAVLNNLNPDFPEGLVKV VERF" gene 370262..371473 /locus_tag="TGAM_0387" /note="tg0387" CDS 370262..371473 /locus_tag="TGAM_0387" /inference="protein motif:superfamily:SSF51445 (Trans)glycosidases" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein" /protein_id="ACS32889.1" /translation="MYRGTWLHPWDFTGYTIERIAKIGFNHVSMAVRYFEERQDWPGP NIIFQNPGRRAYTAEENAVYWDADGNRYSHLPPYLRPERSREAKGDIVERFVNACEEN SLKSVLWFPTLRWEKAVRDDIGVGMKDVYGSHPGYKRMFLCPSNPLVREALELMVEEL SEKYDFDEFEFDFIRYPEVPSTHGTPLLSLALSPCFCKYCQERARDYGVDLEEVKREL KELVEWHVDYLSNTPYCTDEDYLQAVHSELARFLLEGDLVKKWIKFRAEVIADLLKDL SKIVRRNNPGAKVTADLYPPSGSWLLGQDYKTISKIVDGVKVMIYTKPFGKSVCRIPY ESRLARKLLGKKLLVIGLASWPPMTPEDIEREFRLVLSSPADGVGFYSYGWTPDGNLL TIERLFREVGT" gene 371470..372267 /locus_tag="TGAM_0388" /note="tg0388" CDS 371470..372267 /locus_tag="TGAM_0388" /inference="protein motif:CDD:AP_endonuc_2, AP endonuclease family 2" /inference="protein motif:CDD:IolE, Sugar phosphate isomerases/epimerases [Carbohydrate transport and metabolism]" /inference="protein motif:COG:COG1082 Sugar phosphate isomerases/epimerases; G Carbohydrate transport and metabolism" /inference="protein motif:Gene3D:G3D.3.20.20.150 no description" /inference="protein motif:HMMPfam:PF01261 AP_endonuc_2 InterPro:IPR012307 Xylose isomerase-like TIM barrel" /inference="protein motif:superfamily:SSF51658 Xylose isomerase-like" /note="May be also related to family 2 AP endonucleases" /codon_start=1 /transl_table=11 /product="Xylose isomerase, putative" /protein_id="ACS32890.1" /translation="MKFGINCWSFPKTLPVEEAVKAAGRIGYEGYEVGLSIEDFEAFG KPEFKEKFRKIREVAESCKVEIPSVATGLFWRFNPLTDQEKALKVVEAECEAASELGA RLILVVPGSGVPELSYEEHFKRAAEFGRKASEIAEDYGIKIGLENVWNRVFAGPLEFK RLLDEIEEDNVGAYFDAGNTLPHSLPEHWIDVLGDKIFQVHVKDFNLVELKFGIPLSG SVNWTAVREALERIGYDGYVLPEVPPYLGDPLKAAEDSLTSLRKIFG" gene 372264..373232 /locus_tag="TGAM_0389" /note="tg0389" CDS 372264..373232 /locus_tag="TGAM_0389" /inference="protein motif:CDD:GFO_IDH_MocA, Oxidoreductase family, NAD-binding Rossmann fold" /inference="protein motif:CDD:MviM, Predicted dehydrogenases and related proteins [General function prediction only]" /inference="protein motif:COG:COG0673 Predicted dehydrogenases and related proteins; R General function prediction only" /inference="protein motif:Gene3D:G3D.3.40.50.720 no description" /inference="protein motif:HMMPanther:PTHR11732 ALDO/KETO REDUCTASE-RELATED" /inference="protein motif:HMMPanther:PTHR11732:SF30 NADH-DEPENDENT DEHYDROGENASE-RELATED" /inference="protein motif:HMMPfam:PF01408 GFO_IDH_MocA InterPro:IPR000683 Oxidoreductase, N-terminal GO:Biological Process:electron transport (GO:0006118), Biological Process:metabolism (GO:0008152), Molecular Function:oxidoreductase activity (GO:0016491)" /inference="protein motif:HMMPfam:PF02894 GFO_IDH_MocA_C InterPro:IPR004104 Oxidoreductase, C-terminal GO:Biological Process:electron transport (GO:0006118), Biological Process:metabolism (GO:0008152), Molecular Function:oxidoreductase activity (GO:0016491)" /inference="protein motif:ScanRegExp:PS00037 MYB_1 InterPro:IPR001005 Myb, DNA-binding GO:Molecular Function:DNA binding (GO:0003677), Cellular Component:nucleus (GO:0005634)" /inference="protein motif:superfamily:SSF51735 NAD(P)-binding Rossmann-fold domains" /codon_start=1 /transl_table=11 /product="Glucose-fructose oxidoreductase, putative" /protein_id="ACS32891.1" /translation="MMGMRIALIGAGNMGSLHLKVMKMAGVEIAGVCDVKDEVLRKVK EEYGVPVYKDYQEMLEKESPDGVIIATPPHLHREQAIYALKKGYYVLLEKPMGANLQD ARAIYRRARGTNRLMVAFSLRFHGLFMKVKDYLERDLGDILFQWHVALGRTPVNEWIK DSRKSGGMINENAVHVVYYFLWYAGDIKKVYGRCWTLEEDATIEDNAAVTFVHRNGAV STLMQTWTAQHRWRKWGLQATNGTVTVDGYLGGDYKISTREMRVLEEGNFSEEVELMY LRQLKHFLHCIETGEKPVVNEEDGLKVHRAVQALYRSSRLDRMVPL" gene 373329..373865 /locus_tag="TGAM_0390" /note="tg0390" CDS 373329..373865 /locus_tag="TGAM_0390" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:Lrp, Transcriptional regulators [Transcription]" /inference="protein motif:COG:COG1522 Transcriptional regulators; K Transcription" /inference="protein motif:FPrintScan:PR00033 HTHASNC InterPro:IPR000485 Bacterial regulatory proteins, AsnC/Lrp GO:Molecular Function:transcription factor activity (GO:0003700), Cellular Component:intracellular (GO:0005622), Biological Process:regulation of transcription, DNA-dependent (GO:0006355), Molecular Function:sequence-specific DNA binding (GO:0043565)" /inference="protein motif:Gene3D:G3D.1.10.10.10 no description InterPro:IPR011991 Winged helix repressor DNA-binding" /inference="protein motif:HMMSmart:SM00344 no description InterPro:IPR000485 Bacterial regulatory proteins, AsnC/Lrp GO:Molecular Function:transcription factor activity (GO:0003700), Cellular Component:intracellular (GO:0005622), Biological Process:regulation of transcription, DNA-dependent (GO:0006355), Molecular Function:sequence-specific DNA binding (GO:0043565)" /inference="protein motif:ProfileScan:PS50956 HTH_ASNC_2 InterPro:IPR000485 Bacterial regulatory proteins, AsnC/Lrp GO:Molecular Function:transcription factor activity (GO:0003700), Cellular Component:intracellular (GO:0005622), Biological Process:regulation of transcription, DNA-dependent (GO:0006355), Molecular Function:sequence-specific DNA binding (GO:0043565)" /inference="protein motif:superfamily:SSF46785 'Winged helix' DNA-binding domain" /inference="protein motif:superfamily:SSF54909 Dimeric alpha+beta barrel InterPro:IPR011008 Dimeric alpha-beta barrel" /codon_start=1 /transl_table=11 /product="Transcription regulator, putative" /protein_id="ACS32892.1" /translation="MPDSKDAKYKKELEFYRDILKDYLDEVDLLIWLALRDNGRISDT ELAKIANVSVPTARRRRMALEEKGIIRVRGFLVFDRLKLSSADVLVKFRPGFSKETVR DFIARALDEPRIYEISEYIGEYDVLLRFFEKDYKTLKEKIEEFLTENGDIVERYTVLA NIYTPKIFSELVDENREE" gene complement(373869..375014) /gene="nagA" /locus_tag="TGAM_0391" /note="tg0391" CDS complement(373869..375014) /gene="nagA" /locus_tag="TGAM_0391" /EC_number="3.5.1.25" /inference="protein motif:BlastProDom:PD001248 Q929R1_LISIN_Q929R1; InterPro:IPR011550 Amidohydrolase-like" /inference="protein motif:CDD:AdeC, Adenine deaminase (AdeC) directly deaminates adenine to form hypoxanthine" /inference="protein motif:CDD:AdeC, Adenine deaminase [Nucleotide transport and metabolism]" /inference="protein motif:CDD:Amidohydro_1, Amidohydrolase family" /inference="protein motif:CDD:COG3964, Predicted amidohydrolase [General function prediction only]" /inference="protein motif:CDD:HutI, Imidazolonepropionase and related amidohydrolases [Secondary metabolites biosynthesis, transport, and catabolism]" /inference="protein motif:CDD:NagA, N-acetylglucosamine-6-phosphate deacetylase [Carbohydrate transport and metabolism]" /inference="protein motif:CDD:NagA, N-acetylglucosamine-6-phosphate deacetylase, NagA, catalyzes the hydrolysis of the N-acetyl group of N-acetyl-glucosamine-6-phosphate (GlcNAc-6-P) to glucosamine 6-phosphate and acetate" /inference="protein motif:CDD:SsnA, Cytosine deaminase and related metal-dependent hydrolases [Nucleotide transport and metabolism / General function prediction only]" /inference="protein motif:COG:COG1820 N-acetylglucosamine-6-phosphate deacetylase; G Carbohydrate transport and metabolism" /inference="protein motif:Gene3D:G3D.2.30.40.10 no description" /inference="protein motif:HMMPanther:PTHR11113 N-ACETYLGLUCOSAMINE-6-PHOSPHATE DEACETYLASE-RELATED" /inference="protein motif:HMMPfam:PF01979 Amidohydro_1 InterPro:IPR006680 Amidohydrolase 1 GO:Molecular Function:hydrolase activity (GO:0016787)" /inference="protein motif:HMMTigr:TIGR00221 nagA:N-acetylglucosamine-6-phosphate deacet InterPro:IPR003764 N-acetylglucosamine-6-phosphate deacetylase GO:Biological Process:N-acetylglucosamine metabolism (GO:0006044), Molecular Function:N-acetylglucosamine-6-phosphate deacetylase activity (GO:0008448)" /inference="protein motif:superfamily:SSF51338 Composite domain of metallo-dependent hydrolases InterPro:IPR011059 Metallo-dependent hydrolase, composite" /codon_start=1 /transl_table=11 /product="N-acetylglucosamine-6-phosphate deacetylase (nagA)" /protein_id="ACS32893.1" /translation="MRTVLTNARLYTPFDIVEPATVVIENGRVKKVYEGREENGIDLE GKILAPGFVDTHIHGCCGYDTNDGTAESLLRMSESLVRYGVTSFIPTTVTASHEELLR ASRAVAEAMKAQERELRGARILGLHLEGPYINVEAKGAQNPAFIRKSDFEEFLEYWRA SEGNIREITVAPEVEGALEFIERVTELGVIVQIGHTRATYEETKRGILAGARKATHLF NAMRGFHHREPGTVGACLESEGVYLELICDLIHVSPTAIRLVYRLAGPERVVLITDAI SATGLPDGRYELGGLKVVVKDGVCRLEDGTLAGSTLTLDRAIRNLVKIGIPLRDALIM ATATPARALGREDIGIIRPGSRADFVVLNEKLEVEETYVAGRRVFEG" gene complement(375025..375765) /locus_tag="TGAM_0392" /note="tg0392" CDS complement(375025..375765) /locus_tag="TGAM_0392" /inference="protein motif:CDD:COG4821, Uncharacterized protein containing SIS (Sugar ISomerase) phosphosugar binding domain [General function prediction only]" /inference="protein motif:CDD:GmhA, Phosphoheptose isomerase [Carbohydrate transport and metabolism]" /inference="protein motif:COG:COG4821 Uncharacterized protein containing SIS (Sugar ISomerase) phosphosugar binding domain; R General function prediction only" /inference="protein motif:Gene3D:G3D.3.40.50.1940 no description" /inference="protein motif:superfamily:SSF53697 SIS domain" /note="Contains 1 SIS (Sugar ISomerase) phosphosugar binding domain" /codon_start=1 /transl_table=11 /product="Phosphoheptose isomerase, putative" /protein_id="ACS32894.1" /translation="MMEMIEKYYSAVLEILERIKREEKENIERAAGLLKETLKSGGIV HVVGAGHSAMLGEELFYRAGGLAPVNPILDTDINVSHGAEKSTAMEDVKGYAEVLLRT AGVREGDIVIVVSTSGVNQFPVEAAVFARELGAKTVGITSVNYSRTLQPRNTYGKRLF EVVDVPIDNKVPRGDAVLEVEGFPMKVAPVSTIANCFIANSMVALAVQELVREGVTPP VWLSAHLPEAKEHNSKLFEKYRGRIKLL" gene complement(375762..376697) /locus_tag="TGAM_0393" /note="tg0393" CDS complement(375762..376697) /locus_tag="TGAM_0393" /inference="protein motif:CDD:Eis, Predicted acetyltransferase involved in intracellular survival and related acetyltransferases [General function prediction only]" /inference="protein motif:COG:COG4552 Predicted acetyltransferase involved in intracellular survival and related acetyltransferases; R General function prediction only" /inference="protein motif:Gene3D:G3D.3.40.630.30 no description" /inference="protein motif:HMMPfam:PF00583 Acetyltransf_1 InterPro:IPR000182 GCN5-related N-acetyltransferase GO:Molecular Function:N-acetyltransferase activity (GO:0008080)" /inference="protein motif:superfamily:SSF55729 Acyl-CoA N-acyltransferases (Nat)" /codon_start=1 /transl_table=11 /product="Acetyltransferase, GNAT family" /protein_id="ACS32895.1" /translation="MIRTAGEEDIPGIVKLMNECFRTYRSWGLNEEKFREWLRSDPGV SLDGTYLHIEGDKIAAMVQVVEREIKVEREFFRTAGIANVCTGPEFRGRGLARELLEH ALVDSLERGYELSALLAGYGEIAHSLYRKLGFRDVYFTRYGIMVQDELKKLPEAEGVR YATEEDAEGMLKLYERRIRELDGVVKRNLDYFIEKLIRRTFWHTFFYSEEKGALVFDD GKIRGYALVMRGTLPGQGIVREILFDDSETAYSLLSASASVLRAKSLKIFAPEDELEL LGVETFKEPEVYMFKPLRGELPPMEKPYIFYSDRW" gene complement(376702..377874) /locus_tag="TGAM_0394" /note="tg0394" CDS complement(376702..377874) /locus_tag="TGAM_0394" /inference="protein motif:CDD:Zn_carbOpept, Zinc carboxypeptidase" /inference="protein motif:CDD:Zn_pept, Zn_pept domain" /inference="protein motif:COG:COG2866 Predicted carboxypeptidase; E Amino acid transport and metabolism" /inference="protein motif:Gene3D:G3D.3.40.630.10 no description" /inference="protein motif:HMMPanther:PTHR11532 CARBOXYPEPTIDASE-RELATED" /inference="protein motif:HMMPfam:PF00246 Peptidase_M14 InterPro:IPR000834 Peptidase M14, carboxypeptidase A GO:Molecular Function:carboxypeptidase A activity (GO:0004182), Biological Process:proteolysis (GO:0006508)" /inference="protein motif:superfamily:SSF53187 Zn-dependent exopeptidases" /codon_start=1 /transl_table=11 /product="Zinc carboxypeptidase, M14 family, putative carboxypeptidase A" /protein_id="ACS32896.1" /translation="MRAMVNPLFRLIPYEEVSRAVETSGWEYEVVGKSASGRNLYHVK MGKGKVRLLIVAGIHGTEPAPVNASVVLLNLLKERYPLGYNFERLKNVEVHLIPLANP DGFQLNYELFKKKDFEPHWSHVWEEARRNANGVDLNRDWMRLSQPETRAIHRVINEVD PHLVLDLHEFYARGGCPPKWADETEGFLSTLTDTPYNWVNEAIRLVSEKVAKEIARSL PWKPKMRHFMAEAHEFPIVPNNVLGSHVPFEGSAKVLVESWGTGLGNYLLPDRVGIHL NAILTAIEFMEENPERFIEMKKEWRREETKVGREYREFRVSGRELERAKEVLSLHGIE FEEREDELIVKMPQGRSRIAILLLDREHWYNQELRKRWKGPHTLDKFFDVNVEAVR" gene 377966..379216 /locus_tag="TGAM_0395" /note="tg0395" CDS 377966..379216 /locus_tag="TGAM_0395" /inference="protein motif:ScanRegExp:PS00430 TONB_DEPENDENT_REC_1 InterPro:IPR010916 TonB box, N-terminal" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein" /protein_id="ACS32897.1" /translation="MVAMLVASGKVEITPEKPMPMAGYALRKGRSVGTLDPLYAKALY LEEERPAVIISLDLVRVDNELYREIARKVSEILDLPKESVLVSATHTHSGPEVSTSFW NSVGLDENEVKLVEEYRNFLVERIGALVESLQPKSGELYAGSAEVRGVSSNRVSEDGP LDRECVFLFSEREAIALNFACHPTVLPAENRKFSGDLAGAIARLFESKFRTAMFLNGA AGNVSTRFTRRAQTPDEVLRLARLFYEQVAPSFGRAHRVSGAINVEWRNLKLKLREFP PVETVEKLERDALRRWKESVNAPLPVRRMLESNYLGVKILKRRLSLLESIESIDFRIA KMSIGRDLVALFVPAELFVEYQIAVKEASTYRYTMLVGYSNGYWGYVPYGETGDSTYE MAVSLVHPDEYDRILETLVELVKK" gene complement(379240..381969) /locus_tag="TGAM_0396" /note="tg0396" CDS complement(379240..381969) /locus_tag="TGAM_0396" /inference="protein motif:Gene3D:G3D.3.20.20.80 no description" /inference="protein motif:Gene3D:G3D.3.40.50.880 no description" /inference="protein motif:HMMPanther:PTHR12835 BIOTIN PROTEIN LIGASE" /inference="protein motif:HMMPanther:PTHR12835:SF5 gb def:putative biotin-protein ligase [schizosaccharomyces pombe]" /inference="protein motif:HMMPfam:PF02638 DUF187 InterPro:IPR003790 Protein of unknown function DUF187" /inference="protein motif:superfamily:SSF51445 (Trans)glycosidases" /inference="protein motif:superfamily:SSF51905" /inference="protein motif:superfamily:SSF52317 Class I glutamine amidotransferase-like" /note="Belongs to DUF187 family; 1 probable transmembrane helix predicted by modhmm" /codon_start=1 /transl_table=11 /product="Glycosyl hydrolase, putative" /protein_id="ACS32898.1" /translation="MARKPLVLALVFLVVMSLVAMPSATFAKVEQKKIDQNVVSGVWM WPSTYKAYYQEALEELGYSNPFDEKVYPTIPEDVKEKALKTAAERLVSELKEAGITDV FIEVKLTLGYVIYPSKVYPERTYPAYPYNTTNILKPLLEEAHRNGIRVHAWMIVHYDK YFFGKTDPIWHVGKASKNWEAYPVPGRVRLSNKEYLKVLENIAKELISMGFDGIHLDY IRYPHMVYSFSPKDLERAEEAGINVTKVTLAVEHTFYNDVPIPGTNKTMGPKDPYYIF KLYVKGDKDIVKWFELRRKDVDSYVGNITQVVHSLKTWNGEKPIVSAALMPDWTRDNI LYPEEFQIMHYAQVWSDFVKLGVDWLIPMAYFKDYGEPISWVGVVKGHLVGITGTKSV PLVGVQSYGIPMEKVLEEKDFALSEFPEKAIYLVALPADKPRNDRTANKVIDLLAFIN KELYAGDFTGYMITEDLEVKGITAPKGSLILIGERYELENLKKTAARAGINVVPLERL PSVRAIPLMPPKIALLDVGYNYTINDVLKELGFKYDIVSNGSIKQGILNKYDLLILPP GSGTWEAKLLGEEGAEKLAEFLAGGGGLIGVCAGGYAVIKGYNEPTSKVQLVDAELKN WPKWWLGVGIVHVKVTNENNPVVFGFRDGFDAIYWNGPVFKPFDLKNDTPLGIDVEPY VELVKYVSPAEEGAFSYGWGDFNRTFVESVMRDSSAVIYSKYGHGNVVLFGFHPELTS GDLEYAPKSILSSKYNYRLWFNAIYFVSRKGREISLEPAKGVVYFRWWNVKLRLDSPD VTLSISGVRNLHFFGRTKVRLILLKVKNYGNTDAVGVTVTVNVRVKGVRGRKGTLTFH LRTLKKKQSVLIPVLVLSTGKTEVTIDAKVSAKNEPKLNWANNELHKTFEFLS" gene 382481..383749 /locus_tag="TGAM_0397" /note="tg0397" CDS 382481..383749 /locus_tag="TGAM_0397" /inference="protein motif:CDD:DUF819, Protein of unknown function (DUF819)" /inference="protein motif:COG:COG5505 Predicted integral membrane protein; S Function unknown" /inference="protein motif:HMMPfam:PF05684 DUF819 InterPro:IPR008537 Protein of unknown function DUF819" /note="Belongs to DUF819 family; 12 probable transmembrane helices predicted by modhmm" /codon_start=1 /transl_table=11 /product="Putative transporter" /protein_id="ACS32899.1" /translation="MKKAGPFTWALILAILSTNCYIIPRTIYLDFVTKASSAGLAKPI VANLTKAGIKYVAVTKKALSLQKILVEIGIPLSITFLLLEIDLKAIKKSIGGRPFAIF FIGSLGTVIAGFIGAILVAVIFHDPTTKAEALKAIAAKIAAWIGGSENSAAVGVSALK MSGDFYSYYTLAGVIPYALYITIMFSIGGSEEFVNRINRFIKPTYNAKVIAEQYRAEV GEKKLPPKLRERDLFIIGMSALIIVMLAFAFESWFGSYRVFGLKVGSLLPTVIVATTI ALIVGAYTKVRNLPLLRPIGMYFLYLTIFVYIAQKTDFAKLAGAAHVVLILMAVFFIM LAIHFIVILLGAKLIKVDWATTAIASVANIGGGVTAPLCATAYGVEELVPLGVIMASI GYAIANYVGYYVGLLFLKLWAPGALSALGL" gene 383780..385018 /gene="dapE" /locus_tag="TGAM_0398" /note="tg0398" CDS 383780..385018 /gene="dapE" /locus_tag="TGAM_0398" /EC_number="3.5.1.18" /inference="protein motif:CDD:ArgE, Acetylornithine deacetylase/Succinyl-diaminopimelate desuccinylase and related deacylases [Amino acid transport and metabolism]" /inference="protein motif:CDD:PepD, Di- and tripeptidases [Amino acid transport and metabolism]" /inference="protein motif:CDD:Peptidase_M20, Peptidase family M20/M25/M40" /inference="protein motif:COG:COG0624 Acetylornithine deacetylase/Succinyl-diaminopimelate desuccinylase and related deacylases; E Amino acid transport and metabolism" /inference="protein motif:Gene3D:G3D.3.40.630.10 no description" /inference="protein motif:HMMPanther:PTHR11014 ARGE/DAPE/ACY1 FAMILY PROTEIN" /inference="protein motif:HMMPanther:PTHR11014:SF8 SUCCINYL-DIAMINOPIMELATE DESUCCINYLASE-RELATED" /inference="protein motif:HMMPfam:PF01546 Peptidase_M20 InterPro:IPR002933 Peptidase M20 GO:Biological Process:proteolysis (GO:0006508), Molecular Function:metallopeptidase activity (GO:0008237)" /inference="protein motif:HMMPfam:PF07687 M20_dimer InterPro:IPR011650 Peptidase dimerisation GO:Molecular Function:hydrolase activity (GO:0016787), Molecular Function:protein dimerization activity (GO:0046983)" /inference="protein motif:HMMTigr:TIGR01910 DapE-ArgE:acetylornithine deacetylase or s InterPro:IPR010182 Acetylornithine deacetylase or succinyl-diaminopimelate desuccinylase GO:Molecular Function:succinyl-diaminopimelate desuccinylase activity (GO:0009014), Biological Process:lysine biosynthesis (GO:0009085), Molecular Function:metal ion binding (GO:0046872)" /inference="protein motif:ScanRegExp:PS00759 ARGE_DAPE_CPG2_2 InterPro:IPR001261 ArgE/dapE/ACY1/CPG2/yscS GO:Biological Process:proteolysis (GO:0006508), Molecular Function:metallopeptidase activity (GO:0008237)" /inference="protein motif:superfamily:SSF53187 Zn-dependent exopeptidases" /note="Maybe also related to acetylornithine deacetylase (EC 3.5.1.16)" /codon_start=1 /transl_table=11 /product="Succinyl-diaminopimelate desuccinylase (dapE)" /protein_id="ACS32900.1" /translation="MMKMEEYLNYALEMLFELVRIPTVNPPGENYERAAKLLKDKLEE MGFEVELIEVPEDYLDRTYPYSPRHRGKPRFIVYGSLGKGKTLHFNGHYDVVPPGDGW RHDPFTPTVEGDRIYGRGTTDMKGGIATALAALKYAVEHDMINYRVEVAFVPDEESGG MGTRYLMEEVGIRPDYVVIPEPTSHRLIGIGHKGFARGVVKVIGKQGHASRPWKAVNA FEKACELVVDFLPRYWEVLRGRKTEFPVEDENSAHPSIALGGYAESPTKKDNIIPGEF YFSFDRRIIPEENATEVVEELERFLRESASKAGVGVEVDVKSLIEASATPLDSPIVKL AQKAVKNALGIEPTLMLNAGRYDLVYYRRFGVEGIAYGPGVRGQAHAIDEYTTVGEIE SVLKAYMELLRLFGGGGDGD" gene 385008..386315 /gene="maeB" /locus_tag="TGAM_0399" /note="tg0399" CDS 385008..386315 /gene="maeB" /locus_tag="TGAM_0399" /EC_number="1.1.1.40" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:malic, Malic enzyme, N-terminal domain" /inference="protein motif:CDD:Malic_M, Malic enzyme, NAD binding domain" /inference="protein motif:CDD:SfcA, Malic enzyme [Energy production and conversion]" /inference="protein motif:COG:COG0281 Malic enzyme; C Energy production and conversion" /inference="protein motif:Gene3D:G3D.3.40.50.720 no description" /inference="protein motif:HMMPanther:PTHR10893 MALIC ENZYME InterPro:IPR001891 Malic oxidoreductase GO:Molecular Function:malic enzyme activity (GO:0004470), Biological Process:malate metabolism (GO:0006108)" /inference="protein motif:HMMPfam:PF00390 malic InterPro:IPR012301 Malic enzyme, N-terminal GO:Molecular Function:oxidoreductase activity, acting on the CH-OH group of donors, NAD or NADP as acceptor (GO:0016616)" /inference="protein motif:HMMPfam:PF03949 Malic_M InterPro:IPR012302 Malic enzyme, NAD-binding GO:Molecular Function:oxidoreductase activity, acting on the CH-OH group of donors, NAD or NADP as acceptor (GO:0016616), Molecular Function:NAD binding (GO:0051287)" /inference="protein motif:HMMPIR:PIRSF000106 Malic enzyme InterPro:IPR001891 Malic oxidoreductase GO:Molecular Function:malic enzyme activity (GO:0004470), Biological Process:malate metabolism (GO:0006108)" /inference="protein motif:ProfileScan:PS50204 UBA_NAD InterPro:IPR000594 UBA/THIF-type NAD/FAD binding fold GO:Molecular Function:catalytic activity (GO:0003824)" /inference="protein motif:ProfileScan:PS50205 NAD_BINDING InterPro:IPR000205 NAD-binding site" /inference="protein motif:ScanRegExp:PS00331 MALIC_ENZYMES InterPro:IPR001891 Malic oxidoreductase GO:Molecular Function:malic enzyme activity (GO:0004470), Biological Process:malate metabolism (GO:0006108)" /inference="protein motif:superfamily:SSF51735 NAD(P)-binding Rossmann-fold domains" /inference="protein motif:superfamily:SSF53223 Aminoacid dehydrogenase-like, N-terminal domain" /codon_start=1 /transl_table=11 /product="Malic enzyme (malate oxidoreductase) (maeB)" /protein_id="ACS32901.1" /translation="MGTKLTEEQVKRMKEDALLYHRNNFPGNGKIEVIPKVRLKDFYD LSLAYTPGVAEVCRAILRGESVDDYTVIPNTVAVVTDGSAILGLGDIGVLAGMPVMEG KCVLFKALAGVDAFPVLINTKDVDEIVRTVRLISKGFGGINLEDISAPRCFEIEERLK RELDIPVFHDDQHGTAVVTLAGLINALKIVGKRFEDIKVVISGAGAAGIAIAKVLHHV GVREILVVDRAGIIYEGRKENMNPYKEEVAKFNIHNVQGDLAKAMEGADVFIGVSVGG IVSKDMVRKMADDAIVFALANPVPEIMPDEAKEAGARIVATGRSDFPNQINNVLGFPG IFRGALDVRARDITLDMNIAAAKAIASCVSDEELSEDYIIPTPFHPDVYPKEARAVAE QAVKDGVARKKVSGEWVEEHTRKLRRFYEEVIAPVNEKRKNFS" gene 386460..386924 /locus_tag="TGAM_0400" /note="tg0400" CDS 386460..386924 /locus_tag="TGAM_0400" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein" /protein_id="ACS32902.1" /translation="MLGFLRRKKTYGPFVYLSEPTFLYHTRTEKAILKIIEEKLNSNN ILVPSKYGLRDTSDRIRDAEYFVAVAPLGKFTSLVGREVKLAQELGVKIFTLLIARKG DELVYLWVEGVPEDVEWLSPEETMEFTKTFINSEFMDFLKHGLFFGSRKREW" gene complement(386932..388347) /gene="gltA-1" /locus_tag="TGAM_0401" /note="tg0401" CDS complement(386932..388347) /gene="gltA-1" /locus_tag="TGAM_0401" /EC_number="1.4.1.13" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:AhpF, Alkyl hydroperoxide reductase, large subunit [Posttranslational modification, protein turnover, chaperones]" /inference="protein motif:CDD:GltD, NADPH-dependent glutamate synthase beta chain and related oxidoreductases [Amino acid transport and metabolism / General function prediction only]" /inference="protein motif:CDD:HcaD, Uncharacterized NAD(FAD)-dependent dehydrogenases [General function prediction only]" /inference="protein motif:CDD:Lpd, Pyruvate/2-oxoglutarate dehydrogenase complex, dihydrolipoamide dehydrogenase (E3) component, and related enzymes [Energy production and conversion]" /inference="protein motif:CDD:NirB, NAD(P)H-nitrite reductase [Energy production and conversion]" /inference="protein motif:CDD:Pyr_redox, Pyridine nucleotide-disulphide oxidoreductase" /inference="protein motif:CDD:TrkA, Predicted flavoprotein involved in K+ transport [Inorganic ion transport and metabolism]" /inference="protein motif:CDD:TrxB, Thioredoxin reductase [Posttranslational modification, protein turnover, chaperones]" /inference="protein motif:COG:COG0493 NADPH-dependent glutamate synthase beta chain and related oxidoreductases; E Amino acid transport and metabolism" /inference="protein motif:FPrintScan:PR00368 FADPNR InterPro:IPR013027 FAD-dependent pyridine nucleotide-disulphide oxidoreductase" /inference="protein motif:FPrintScan:PR00411 PNDRDTASEI InterPro:IPR001100 Pyridine nucleotide-disulphide oxidoreductase, class I GO:Biological Process:electron transport (GO:0006118), Molecular Function:oxidoreductase activity (GO:0016491)" /inference="protein motif:FPrintScan:PR00419 ADXRDTASE InterPro:IPR000759 Adrenodoxin reductase GO:Biological Process:electron transport (GO:0006118)" /inference="protein motif:Gene3D:G3D.3.40.50.720 no description" /inference="protein motif:Gene3D:G3D.3.50.50.60 no description" /inference="protein motif:HMMPanther:PTHR11938 GLUTAMATE SYNTHASE/FERREDOXIN/FERREDOXIN--NADP REDUCTASE" /inference="protein motif:HMMPanther:PTHR11938:SF9 GLUTAMATE SYNTHASE" /inference="protein motif:HMMPfam:PF07992 Pyr_redox_2 InterPro:IPR013027 FAD-dependent pyridine nucleotide-disulphide oxidoreductase" /inference="protein motif:HMMTigr:TIGR01316 gltA:glutamate synthase (NADPH), homotetram InterPro:IPR006004 Glutamate synthase (NADPH), homotetrameric" /inference="protein motif:ProfileScan:PS50205 NAD_BINDING InterPro:IPR000205 NAD-binding site" /inference="protein motif:superfamily:SSF46548 alpha-helical ferredoxin InterPro:IPR009051 Alpha-helical ferredoxin" /inference="protein motif:superfamily:SSF51971 Nucleotide-binding domain" /codon_start=1 /transl_table=11 /product="Glutamate synthase (NADPH), homotetrameric (gltA)" /protein_id="ACS32903.1" /translation="MPKLIKERVPTPERPVEERVKDFGEVNLGYTFELAVKEAERCLQ CPENYAPCIKGCPVHINIPAFIAKIKEGDIKGALRIIWNDNTLPAITGRVCPQEDQCE GACVVGKVGDAVNIGKLERFVADYARKHGIEEELLCEFEEKCTGERGKVAVVGAGPAG LTCAGELAKMGYKVTIFEALHKPGGVLIYGIPEFRLPKEILDHELAKLKRLGVEIKTD HVVGRTVTIEELLKEYDAVFIGTGAGTPKLLNIPGILLDRIYSANEFLTRINLMKAYE FPEYDTPIAVGKKVIVIGAGNTAMDAARSALRLGCDVTIAYRRGEEDVTARIEEVEHA KEEGVKFLYFVQPVEFIGDENGKVKAVKFEKMEPLEERDRRGKRKIRPTGEYITVEAD TVIIAIGLEPNRIISEESGLKTNPNGTLVVDENLMTSIPGVFAGGDAIRGEATVILAM GDGKRAAKAIDEYVRAKKASA" gene complement(388348..389199) /locus_tag="TGAM_0402" /note="tg0402" CDS complement(388348..389199) /locus_tag="TGAM_0402" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:UbiB, 2-polyprenylphenol hydroxylase and related flavodoxin oxidoreductases [Coenzyme metabolism / Energy production and conversion]" /inference="protein motif:COG:COG0298 Hydrogenase maturation factor; O Posttranslational modification, protein turnover, chaperones" /inference="protein motif:Gene3D:G3D.2.10.240.10 no description" /inference="protein motif:Gene3D:G3D.2.40.30.10 no description" /inference="protein motif:Gene3D:G3D.3.40.50.80 no description" /inference="protein motif:HMMPIR:PIRSF006816 Cytochrome-c3 hydrogenase, gamma subunit InterPro:IPR012165 Cytochrome-c3 hydrogenase, gamma subunit GO:Molecular Function:iron ion binding (GO:0005506), Biological Process:electron transport (GO:0006118), Biological Process:pyrimidine nucleotide biosynthesis (GO:0006221), Molecular Function:FAD binding (GO:0050660)" /inference="protein motif:superfamily:SSF52343 Ferredoxin reductase-like, C-terminal NADP-linked domain" /inference="protein motif:superfamily:SSF63380 Riboflavin synthase domain-like" /codon_start=1 /transl_table=11 /product="Cytochrome-c3 hydrogenase, gamma subunit" /protein_id="ACS32904.1" /translation="MGYRITAKEDLSPIDYFVEVEAPHVARAWKPGQFVVFILHERGE RVPMSVYKAENGRVGMFIRKLGKTSMQLYYEYKPGDELWSFVGPLGKPIKIKNYGSVA FVSDAVCGQAENYATLKAMREAGNYTISVQTFEDRERVYPEKFLAREVADEYYLTTLD GSVGLKGHYLDVVKELIEKDKVDVIFAGGKLGSLAKLAELTRPYGIPTYATVRQIMVD GTGMCGSCRVLYDSEVKFACRDGPVFDAHKIDWEDAIRRNAERFAEQERLAKERYLEY LRAKGVI" gene 389363..390175 /locus_tag="TGAM_0403" /note="tg0403" CDS 389363..390175 /locus_tag="TGAM_0403" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:BlastProDom:PD016827 Q9V0U5_PYRAB_Q9V0U5; InterPro:IPR002855 Protein of unknown function DUF137" /inference="protein motif:CDD:COG1701, Uncharacterized protein conserved in archaea [Function unknown]" /inference="protein motif:CDD:DUF137, Protein of unknown function DUF137" /inference="protein motif:COG:COG1701 Uncharacterized protein conserved in archaea; S Function unknown" /inference="protein motif:HMMPfam:PF02006 DUF137 InterPro:IPR002855 Protein of unknown function DUF137" /inference="protein motif:HMMPIR:PIRSF004853 Uncharacterised conserved protein InterPro:IPR002855 Protein of unknown function DUF137" /inference="protein motif:superfamily:SSF52467 DHS-like NAD/FAD-binding domain" /note="Contains DUF137 domain" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein" /protein_id="ACS32905.1" /translation="MGETPSVVRMVKIPKSHPRYWSLYYREKIIEGMEKGMTAKAGLI AHGRGEAFDYLIGEKTIEPAERAMMAAVAKFLLAKHPVISVNGNVAALVPKETIELAK ALNAKLEINLFYRTEERVRAIERELRKYDPNIEILGINPTKRIPGLEHERGKADENGI WKADVVLVPLEDGDRTEALVRMGKFVVTVDLNPLSRSARMADITIVDNIVRAYPRMIE LAEEMRNLPREELERIVNSYDNGKTLSDVLLHIRNRLTKLAEEGIWRRKRLD" gene complement(390172..390903) /locus_tag="TGAM_0404" /note="tg0404" CDS complement(390172..390903) /locus_tag="TGAM_0404" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:COG1709, Predicted transcriptional regulator [Transcription]" /inference="protein motif:COG:COG1709 Predicted transcriptional regulator; K Transcription" /inference="protein motif:HMMPfam:PF01381 HTH_3 InterPro:IPR001387 Helix-turn-helix type 3 GO:Molecular Function:sequence-specific DNA binding (GO:0043565)" /inference="protein motif:HMMSmart:SM00530 no description InterPro:IPR001387 Helix-turn-helix type 3 GO:Molecular Function:sequence-specific DNA binding (GO:0043565)" /inference="protein motif:ProfileScan:PS50943 HTH_CROC1 InterPro:IPR001387 Helix-turn-helix type 3 GO:Molecular Function:sequence-specific DNA binding (GO:0043565)" /inference="protein motif:superfamily:SSF47413 lambda repressor-like DNA-binding domains InterPro:IPR010982 Lambda repressor-like, DNA-binding" /inference="protein motif:superfamily:SSF75138 HPr kinase/phoshatase HprK N-terminal domain" /codon_start=1 /transl_table=11 /product="HTH-type transcriptional regulator, putative" /protein_id="ACS32906.1" /translation="MLEKEKEALARRIAGEIALSSDPGKTMRKWREIFGISQTELAEH LGVSSSVISDYEGGRRKSPGAATIKKFVEALLEIDEKRGGNVIKAFSRTIGVELPTSA ILDIREFAIPVTIAELVEAVKGEVMTRKDELERRIYGYTVVDSIKAILEMSSEEFLKL YGWTTERALVFTKVSTGRSPMIAVRVQGLKPAVVVVHGVKKLDELAVRLAEKEKIPLV VSHAENENELISGLRALVEKSERTA" gene complement(391152..391229) /locus_tag="TGAM_r011" /note="tg_tRNA-Ile" tRNA complement(391152..391229) /locus_tag="TGAM_r011" /product="tRNA-Ile" /note="codon recognized: AUC" gene complement(391240..391317) /locus_tag="TGAM_r012" /note="tg_tRNA-Glu1" tRNA complement(391240..391317) /locus_tag="TGAM_r012" /product="tRNA-Glu" /note="codon recognized: GAG" gene complement(391346..392488) /locus_tag="TGAM_0405" /note="tg0405" CDS complement(391346..392488) /locus_tag="TGAM_0405" /inference="protein motif:COG:COG2244 Membrane protein involved in the export of O-antigen and teichoic acid; R General function prediction only" /note="Contains 12 transmembrane regions; 12 probable transmembrane helices predicted by modhmm" /codon_start=1 /transl_table=11 /product="Permease, putative, MatE related" /protein_id="ACS32907.1" /translation="MRALLRSTTDLTLGTIIMALSGLLFWLFAARLYPPDEIGTASAL VSFMNLVFALSTLGLNIGLVRFHRIYGKGAAGTTVTAMVLLSTGFTTAYVLMNPGKVF ERPGLIVGAYLLGLFGALYNALGFISIPLCRTEVYVKMSTLYGLRVVFLPIFRGLKAS GMILATSLGLAIASALGLTEFREQVSFTIDVEFIKESLALSLSNYLGSIVNVLPLYLM PTIVLVELGKARTGYYYIGFTIGNLMMTPIVALSTILIRDGEKALFRKSLALVLSYWV LAVVGIFWLGKPILEIFGGDYLAALPMLKMIALGLGPFGLVYIGISGLTVKGAAGRIL AINLVRGLSFLILGYFLLTRQGITGIGVAWALAHLLAALLLDPKTF" gene complement(392485..394830) /locus_tag="TGAM_0406" /note="tg0406" CDS complement(392485..394830) /locus_tag="TGAM_0406" /inference="protein motif:CDD:COG1287, Uncharacterized membrane protein, required for N-linked glycosylation [General function prediction only]" /inference="protein motif:CDD:STT3, Oligosaccharyl transferase STT3 subunit" /inference="protein motif:COG:COG1287 Uncharacterized membrane protein, required for N-linked glycosylation; R General function prediction only" /inference="protein motif:HMMPfam:PF02516 STT3 InterPro:IPR003674 Oligosaccharyl transferase, STT3 subunit GO:Molecular Function:oligosaccharyl transferase activity (GO:0004576), Biological Process:protein amino acid glycosylation (GO:0006486), Cellular Component:membrane (GO:0016020)" /note="10 probable transmembrane helices predicted by modhmm" /codon_start=1 /transl_table=11 /product="Oligosaccharyl transferase STT3 subunit" /protein_id="ACS32908.1" /translation="MARKRGRKKGEIERGNKKEKTAALKRLKSPHHLAPALIALIAFL IRVIPYRLKYPIGYDPYFHLAYLQYVTEHGWVNYFPYALGPWGFLINHFHPKGLWGAP YTVYILGKWAGLSVYGAFKLTPPIFGTLTVLALYYTIKRIHSKEAALLSALILALTFG HIFRSMSNYYRGDNYALFWYSLVLLFFSFALFEKNLRRKATFYALGGLAGGLSSAFWS AYYIVLVLPLFVALGISAYYFLRGKDLMDGLLMALSTGIAAVVASLLGRVFGFGMFWV ENWQGEKLLKLTGISPGPLQDAYLGLHLLIILPATVLMIALLWVLKSKIPEKARKIGT AGTLTVTVLVFTGLLWRYGNTLEILSAGLSAFGGAATAEMSRPGWWDIKTAYHVLLLF LLLYPLSLRKPKLCDAFALGSALPLLLLPLYWTRFLFLGSFGLALLGGIGGAEFLKLT KNDARPFGILAVAVLLLIGGYHSVKATYEVKPIVDEHWETALKYLEGSSNENDIVLTW WDHGHWVTYFAHRAAVAQGTPSELVSTFYLGKTTKEDLLELGVDYVTVSLDTMLKWGS LKATAGQGNGYVLILLPFGEAYGDTVIFRNGNYQVAVRKNEKTWDVLVNAGGAQFIPN ETWIEDKNGVYIANVTGKKAGNAYLYVNFNYGYAVLMDGETFRTPFARLMFTNNYPKD YTLVYTDGGMVKIFRLLHPNVALVREEGILKFENATGNTLRVYGYTDSGKMVFQRAYN VSGMNEFKIPPEVKGVVIRYTYLRDNVILDRGVFRRSDGWD" gene 394913..395728 /locus_tag="TGAM_0407" /note="tg0407" CDS 394913..395728 /locus_tag="TGAM_0407" /experiment="gene product confirmed by mass spectrometry" /note="1 probable transmembrane helix predicted by modhmm" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein" /protein_id="ACS32909.1" /translation="MVMSLEKKLKAWLGILTVLVLILLLIDAAAVMFAVKIKGKAASS VDQAIESLQDLKTKTFQVKVPIHKTVKVPVNTTVRVHVSKTFHVRIEKTVEVEVDKSF EVNISDTVDVPINQEVSFNVPIDQVVNVPINTVTRVHIVQTVNTTAYNREKNLTLNVT VPIDKWVDVPINTTVKVHINTTVPVTTLVNTTTSVPINTTAVVPFHDKLEVPINTTVD VPFDDYFDVPIDQELEVPIDMEFTMNLTAEELGLNEMIDQAVQMLEEIKAGLG" gene 395725..396885 /gene="dpm1-1" /locus_tag="TGAM_0408" /note="tg0408" CDS 395725..396885 /gene="dpm1-1" /locus_tag="TGAM_0408" /EC_number="2.4.1.83" /inference="protein motif:CDD:Glycos_transf_2, Glycosyl transferase" /inference="protein motif:CDD:WcaA, Glycosyltransferases involved in cell wall biogenesis [Cell envelope biogenesis, outer membrane]" /inference="protein motif:COG:COG0463 Glycosyltransferases involved in cell wall biogenesis; M Cell wall/membrane/envelope biogenesis" /inference="protein motif:Gene3D:G3D.3.90.550.10 no description" /inference="protein motif:HMMPanther:PTHR10859 GLYCOSYLTRANSFERASE-RELATED" /inference="protein motif:HMMPanther:PTHR10859:SF25 DOLICHYL-PHOSPHATE MANNOSE SYNTHASE-RELATED" /inference="protein motif:HMMPfam:PF00535 Glycos_transf_2 InterPro:IPR001173 Glycosyl transferase, family 2" /inference="protein motif:ProfileScan:PS50167 GLYC_TRANS InterPro:IPR001173 Glycosyl transferase, family 2" /inference="protein motif:superfamily:SSF53448 Nucleotide-diphospho-sugar transferases" /note="4 probable transmembrane helices predicted by modhmm" /codon_start=1 /transl_table=11 /product="Dolichol-phosphate mannosyltransferase (dpm1)" /protein_id="ACS32910.1" /translation="MRVKPKSPLLQFFPGEVMDVSVILPTMNEEEAIRVVLPRIKGVL DGMGLDYEIIVVDKSSDQTPEIAKGLGAVVVRQRGRGYGDAYLEGFRRARGKYVLMLD PDGSYDPEDIPAILEPLLKDEADFVIGSRLKGEMDPGAMPWLHRRIGNPLLTWVLNLF FKAGISDAHCGMRAIKRDALEKLPLKCKGMEFASEMVIEAAKHGLRIREVPIRYHPRI GKSKLSSFKDGWRHLRLMLLYSPTHLFLIPGLLLLTLGLFLLAYTYVFEPIRLHTMIL GSLLLITGTQVLGFGVSAKVYAVKEGLEKPDRITGFFMRYSILEEGLLVGGILLLMGL VLGVRLFLQWRNANYGALFHIQEAILILTLITLGLQVVFFSFFISVYMLKEG" gene 396753..398027 /locus_tag="TGAM_0409" /note="tg0409" CDS 396753..398027 /locus_tag="TGAM_0409" /inference="protein motif:CDD:Glycos_transf_1, Glycosyl transferases group 1" /inference="protein motif:CDD:RfaG, Glycosyltransferase [Cell envelope biogenesis, outer membrane]" /inference="protein motif:COG:COG0438 Glycosyltransferase; M Cell wall/membrane/envelope biogenesis" /inference="protein motif:HMMPanther:PTHR12526 GLYCOSYLTRANSFERASE" /inference="protein motif:HMMPanther:PTHR12526:SF1 GLYCOSYLTRANSFERASE" /inference="protein motif:superfamily:SSF53756 UDP-Glycosyltransferase/glycogen phosphorylase" /codon_start=1 /transl_table=11 /product="Glycosyltransferase, family 1" /protein_id="ACS32911.1" /translation="MEECQLRCAVPHSGGHPDTDPHNPRPSGGLLLLLHQRVHAQGGL ALRILIVSPYFPPEGGGLESYAIAMVEELSKEHEVRVICMSRFGSSKETLRVQGKAVP LERVKGFVLSNTPLSLRFTLRLFSIVKNWRPDLIIAHTPVPFAADVAALASALFGVPL IIVYHTLGLRKGALLDVIASIYSKTLERFTLSRAALLVAVSPSVRNYLRETGFRSVVV PPRPKLELLSAAQKKLPPKEKIVLFIGQLSSFHRFKNFELLLRAFAQASRDHPDWELW VVGGGDELPKYRTLARELGLSKRVRFFGPVSDAKKLAEIYSRASIVVLPSSFESFGLV VIEGAIFGAIPLVSGAVAKNIFPLYPGVGKASYVLRQKAELSSMLSELFGHPKTLKKL SAMLRETEGSRKSFKRFRYISVLLELNLLEKF" gene 398193..405296 /locus_tag="TGAM_0410" /note="tg0410" CDS 398193..405296 /locus_tag="TGAM_0410" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:Gene3D:G3D.2.60.40.1120 no description" /inference="protein motif:Gene3D:G3D.2.60.40.920 no description" /inference="protein motif:superfamily:SSF56601 InterPro:IPR012338 Penicillin-binding protein, transpeptidase fold" /note="2 probable transmembrane helices predicted by modhmm" /codon_start=1 /transl_table=11 /product="Hypothetical protein" /protein_id="ACS32912.1" /translation="MNKRRKAQIFSLMLAFLMLASVIPGTFLKPVSAAGYITSVSAET NYGDGVLFAGFPYFVNVTINASSSTFANVTLYYEYQDGHNVTVYSRVVPITSPPGSIN VLINSSDPTDVPPEYEKVPQDVSKVYLIVYEYDIANGNIPGTNRTFEFDVKFPFTVTY TIQSSPSANWQAYYWNGSAWADDQAFVGMPFDIKVTIKYNSTLIGSGVTLPDPSNLTV ILANQTPVTWYHVGTGTESNGQIALQFENANLSTGEYNFSATGLVTNTPILNGVLERI VVEDNENNLVNSIHTFHIWPLVMEITNVETQPPTLYQNLPFNVTLTGQVFANISGTLH NFTIVGSSLEGREAKIVDSDGNSHTMTFGFATGLVPNGGIGTAHWTNVQFSGTYFNAT WADNILYIPVEPFGAGYYYYPRYKTIDYQYNPIPLNYWNLNVITSVTINGQSSSVFYI NVPGELNISVYYDDTNYYNLTTTANYEVLLNGNVIDSGTINVVNDTGWTVTTITPDEL GMISVKVWDPVYHPDPAYSPQIEVRDWNVTSDYLVYYHYGGSIYPGKVFYVGVPSDLW VNATYTLGVNLTSSVNVTVYDEHNNIINSTIIPITNNYGAGFVLHNFVPPQIGYVTVK VYNGTYKVWTTYVIPIKDWGIYVDSTPENLTVGKSVPLTVEVRESLYFPGERDANVTL YLPDGTVKTETVTLEGSTYTGNGGYYGVVTFTNVTPTLPGLAKVVVEDLTSGKTAVKY IPVYPNGEVTGRWIDVKVTPEKTPVYAYVENSLRIDAQYYYNMGDGAYKDEVNSYVNI TIIDADGSTYKLSNVPVVNGVVTIPSYQLPVNGTSPIYVELVDTINSSIRGVAEIPVQ NWQVTFDITPDFVYQYVDSIAKITVHVPAGVAVDVNVSGTVYTGVTDGQVISIPIVDP TEAIDVNVVATYHNAVAGKDYEVGSASKTIELRGWHVELSYSPSVIYTHIPDTLVVNA VAVDNETGEILPFELDVALYNETLDVVATGTNTVSVSIQDDVGAGLTYFVTVSYGAHE MVTYEPILIDTHDWAIDVTKTITSSAYSGTDYLWAGVPAQITFSVVTYDLDTEEQINL PVSIPINVTYNGYTYTGTDSITINLASPEPASEAFHVEAAYEDISYVNDFVIPVKDWS IYVNAYPSKLYADLPQQLTLIIGYSAGIESVATVDVGGTTYTAHVEPVGEDSAIAVVN VGEVVASEGYVRVTVTDQYGKTATLKIPVVSWDIAVTSNVNFVYTNVSTDITVDVHYS DSMLDGNANVYLVLPDGTVLSQTAIILDGKGQVTFTGVTADRAGNITIYAEDAASGKK SDNITIEVHDWHMEVTLEPTEWYTYLPQDYTVGIKYIDDVTEGIADIDSTVEVSYNLT GVTGSELVDVTGGQGEVTFTGLATENAGVGTFTVTDAAHGKSRIVNVTIHGWNVLVTY PEELFVAPGYKNPVVVGFEYIADDNSTVPYTGNTTITIELPGNITLSANVNASPVDFG MIELNQTGVGTITVVANDYPAISFTGTIQVENLLEMNLTTKRIYENVPTEIVANITYN GGDYHELEVYIEGQNITLTTTDGQIWTAEVSLPAGNYTVVAYDTAHNITVTDTFHVVP WHLEIIPSTTSISAGDLEVVNFTVRAIDDETNATADIDALIHVQITFSNPALIPNGTF TVEDFNLVDGEYTFNESLFAPAPGNFTVKAMAVDYGKCAKTVIEVTEPTVSPTWVYVD IVKEGSLEAPNDTVVLYWSVDGRTYFPAYDYLKQAIVQVDTTVTTRVVFPLYPVNEFT LYVIAVPKFIADKYPILTSTPIDATVTHEYVWYNYSVTVVNETISASAVVYKRTITEG WTYQIPRAPGYISVIPPASVQGIAPYTGYEFVHTEELVNDTGSASYTFTFEPTEFIEF NKISTLSIQPAQYGSYFEFEAVLYEKYLNMSGQFDEQFEAFESNVESMVESLQFLSDD DKQELINEIINEALSYKDDIIGAYPEDEIPISGAEVQFHIDNPAIAYLEPVNATTDEN GKVIVRLYSAAPKDATPEELVNYMGSVTIWATYDNMTTDSYTVSFGGIGSVSGDVVDP NNNLLPGAKVELWINDNGEWVIAKDYAGNNITTITDGHGHYSFNVPAAPQGTAYRVVA YYGDGTGYADVIVYPFKTSTADVVVTTYETTNVTGLGAFLSDAQIHDVKIVLGKNALT SVDYHAMDFLLEYIGVKPVYSDSDINVEGLSATDMIIAVGGPEVNDITAHYQELTPVR MVTNADGSISIVVDNETVANWSAPSPWWNVTEGYWVIQRVVDPDTGAVVYMIYGTDAD STWAAAYYFSKHFSELNNVNYVVGYWEDTDSMIYSPAFLKFASDDKNGFSPTDNIGVV VEG" gene 405323..407446 /locus_tag="TGAM_0411" /note="tg0411" CDS 405323..407446 /locus_tag="TGAM_0411" /note="11 probable transmembrane helices predicted by modhmm" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein" /protein_id="ACS32913.1" /translation="MFITTPSVVVLISKNSPMGKTLAAGVFLVVWFVIRFSSGRITTT FDEAYYLSTLRIGGVYSGMITPCVLRAVNAIISNPVISLLLVSLGLFIVYPFLLLRFH KSFSGYSSMSFPFFLALLLSSHLLWSSNEVRPQQIGTLVGLALLLFILRVHEEDLPRF KVLLGVSVLWVLLGLAHILSFAVFLALVWFVGVLELIRGRPLKVYFLSLVPSFFALFL LFMPGYETMVFSIKWMFKHSTNTLFHFLGWNFYSSLLLGWLFLLVSGPIVASLWRRTP TFSLILERIRGEVVRRAGLYTLLGTLAMLALMILQFYLGRNVYELVYRSPNFIVIMQA GNFLFGILTIAGFIGSLNEKRSDFSREVLVFMVVLMVFALLVSTVMPASFGSFGFRNW MIRMYQYFVVFSLPFVAREIEALLGSLQWRRAFVFILVFGITASVLNVSRPPIAYNYP YYWTGCDLELLSRVGPGFVYKGDTLTPPENSLVLSFLGWAYGNRIEPYPGNVEPLPES DLCVSDLCHSPYPYREIPLTSVNLSRATIVTGNIPPDLVSWIRSLFHIRGEGDPVLAL GNSTLNPLISKLESQYFLPVVVNYSVITGPHFRYYFAIREGRIKGDVDRSMFVVQAVL VNDTPVIVISSPSLDGVAAGLWLLKNEILRNRTKWGNVSFVVGEWDEMDGRVLPIVRA YSGDKNGFSYGDRIKILRIGTVGKP" gene complement(407496..407684) /locus_tag="TGAM_0412" /note="tg0412" CDS complement(407496..407684) /locus_tag="TGAM_0412" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:COG4049, Uncharacterized protein containing archaeal-type C2H2 Zn-finger [General function prediction only]" /inference="protein motif:COG:COG4049 Uncharacterized protein containing archaeal-type C2H2 Zn-finger; R General function prediction only" /inference="protein motif:Gene3D:G3D.3.30.160.60 no description" /inference="protein motif:HMMPfam:PF00096 zf-C2H2 InterPro:IPR007087 Zinc finger, C2H2-type GO:Molecular Function:nucleic acid binding (GO:0003676), Cellular Component:nucleus (GO:0005634), Molecular Function:zinc ion binding (GO:0008270)" /inference="protein motif:HMMSmart:SM00355 no description InterPro:IPR007087 Zinc finger, C2H2-type GO:Molecular Function:nucleic acid binding (GO:0003676), Cellular Component:nucleus (GO:0005634), Molecular Function:zinc ion binding (GO:0008270)" /inference="protein motif:ProfileScan:PS50157 ZINC_FINGER_C2H2_2 InterPro:IPR007087 Zinc finger, C2H2-type GO:Molecular Function:nucleic acid binding (GO:0003676), Cellular Component:nucleus (GO:0005634), Molecular Function:zinc ion binding (GO:0008270)" /inference="protein motif:ScanRegExp:PS00028 ZINC_FINGER_C2H2_1 InterPro:IPR007087 Zinc finger, C2H2-type GO:Molecular Function:nucleic acid binding (GO:0003676), Cellular Component:nucleus (GO:0005634), Molecular Function:zinc ion binding (GO:0008270)" /inference="protein motif:superfamily:SSF57667 C2H2 and C2HC zinc fingers" /codon_start=1 /transl_table=11 /product="Zn-finger protein, C2H2 type" /protein_id="ACS32914.1" /translation="MVELKAITFIDRDGELYYRCPRCGMVFRKSRDYIRHVNKAHGWL FRGGRPKGKRALKKLGKE" gene complement(407733..408542) /locus_tag="TGAM_0413" /note="tg0413" CDS complement(407733..408542) /locus_tag="TGAM_0413" /experiment="gene product confirmed by mass spectrometry" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein" /protein_id="ACS32915.1" /translation="MRFEVLSKDDMNELSRQLSRAGIMNRKIEEVRKEVSHYVIIAGR YGELFEKAEGIPPVEEALHSIRGVYQRVFLSREIGEEISPEELLEEMDGGLALLEALA SEGAIEEKGEKLKVVSKPPLEDLEIELRFPLDELGENLEELEKRFSPRMITEVAMMKA YYVEVLEVDRELIEAALEIAREYSTEESYVEAMFVGIARSVLADVILRLAERTRRKDE LIEKLLEMEPLSVEGERETVQVYFDEETIESFLKELQTLGYLKVKGNRIWA" gene complement(408592..408957) /locus_tag="TGAM_0414" /note="tg0414" CDS complement(408592..408957) /locus_tag="TGAM_0414" /experiment="gene product confirmed by mass spectrometry" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein" /protein_id="ACS32916.1" /translation="MVHEYIKGKIKEFTKEEKEKRYKYLGKEVIDVGDPGLDSIPEFY GIANAIWRDWKNGEISTKTALGRLALLKLLTYKTKNRKIQDIPEEELEEVRKFIDYVI QVIRNESRRRGEPEEERNA" gene complement(409004..410098) /locus_tag="TGAM_0415" /note="tg0415" CDS complement(409004..410098) /locus_tag="TGAM_0415" /inference="protein motif:CDD:DUF6, Integral membrane protein DUF6" /inference="protein motif:CDD:RhaT, Permeases of the drug/metabolite transporter (DMT) superfamily [Carbohydrate transport and metabolism / Amino acid transport and metabolism / General function prediction only]" /inference="protein motif:COG:COG0697 Permeases of the drug/metabolite transporter (DMT) superfamily; G Carbohydrate transport and metabolism" /inference="protein motif:HMMPfam:PF00892 DUF6 InterPro:IPR000620 Protein of unknown function DUF6, transmembrane GO:Cellular Component:membrane (GO:0016020)" /note="8 probable transmembrane helices predicted by modhmm" /codon_start=1 /transl_table=11 /product="Membrane protein, putative transporter" /protein_id="ACS32917.1" /translation="MERAWSFTTKFIHHYFKAVPHHLHLGWGNSDSRYFHRHVLVLRH LRHLIGRSNGNLKSVSKTKGLETLVQEKNEGVRVRRMKREEAILLGITAIWGSTFPVM KVSLNYSEPMTFLVYRFGIASLLMLLIFRRRTLRWSTFWRGFVLGVTLFLGHGFQIVG LKYTTPSNSAFITSLYVVFTPFVAYFILGERIRRRDVESLLLALLGLYLISGASLKFN YGDLLTVLCAVSFAFQIVLVERFGENDYLSLSFWQIFWNFILSTLYITITGELTLWRN SVPWLGALYTGAFATVLAFTLQIKYQKYIKAYRAALIYSTEPIFGHIASLLVFGKPLS PEGYLGALLILGAIWREIRNEQHQLPPEHF" gene 409958..410398 /locus_tag="TGAM_0416" /note="tg0416" CDS 409958..410398 /locus_tag="TGAM_0416" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:COG1765, Predicted redox protein, regulator of disulfide bond formation [Posttranslational modification, protein turnover, chaperones]" /inference="protein motif:CDD:OsmC, OsmC-like protein" /inference="protein motif:COG:COG1765 Predicted redox protein, regulator of disulfide bond formation; O Posttranslational modification, protein turnover, chaperones" /inference="protein motif:HMMPfam:PF02566 OsmC InterPro:IPR003718 OsmC-like protein GO:Biological Process:response to stress (GO:0006950)" /inference="protein motif:superfamily:SSF82784 OsmC-like" /codon_start=1 /transl_table=11 /product="Stress reponse protein, putative, OsmC-like protein" /protein_id="ACS32918.1" /translation="MAKMPKYKDMPVKISGIRVSPTKMKVVGNGFEIVVDKLGGEAPS PLHYQLAALAGCLNIVGTLVAKDLKIDVEGMEVEIVGIFNPSKFMGVDNGRAGFKEID VTIRVKTDADEETLKKWLSLVEERCPISDNLANPTPVRIEIERE" gene complement(410400..410708) /locus_tag="TGAM_0417" /note="tg0417" CDS complement(410400..410708) /locus_tag="TGAM_0417" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein" /protein_id="ACS32919.1" /translation="MKRLVRELLGEDLANYLELLRAKLAFAEELYGVKMNYVPLIPEG EVVILDRRDGLIKWLKSKEPLNEHELRKLSKRIKRNLESGYVEMLLAMNMSCINGPGE " gene 410812..412539 /locus_tag="TGAM_0418" /note="tg0418" CDS 410812..412539 /locus_tag="TGAM_0418" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:HMMPfam:PF03065 Glyco_hydro_57 InterPro:IPR004300 Glycoside hydrolase, family 57 GO:Molecular Function:catalytic activity (GO:0003824), Biological Process:carbohydrate metabolism (GO:0005975)" /inference="protein motif:superfamily:SSF88713 Glycoside hydrolase/deacetylase" /note="Contains SSF88713 domain" /codon_start=1 /transl_table=11 /product="Glycoside hydrolase/deacetylase, putative" /protein_id="ACS32920.1" /translation="MFMKYAHHFHAYQPGDIVYVNDGDGSGPIEYEERKSPVAVRIGD EEVRGENWTRAMLYSYERISEVLSRLKGVSVDIEPFTFFMLLRYQKKALEETVELFES IDAVPTVPFHPIMPHLDEFEQKILARVSFDFYAPLIGDKPVIGYWLPEAVITGKTAQL IESLTEKKLVFLLDERQLLYDFPQAKYSCNRYGNSFVFGREWSLSDAFAFNTLDVSGL VNETLSRRDEYKEKLGVPYLIFTASDLESLLGNPAQLDRFVAWMDALGRSRVERISAP SFVWRKLSSEFRRLEGECSFEMPVKDYSSWSDYFDLSLDGKTSDSRWLGYRRVDGRVF AREVDGRKISQLWKVAFTRLFGELNRTVRLGVLTGLKELNAGPEEFLVRYARIFFRDY YGYFGIETSLDYVLEPAGGDRNALKLGRIYYLMLLANHSCPRFWENLDTRVAFSNVSV MAKALIELMKYFEGSELWSLFLGAYLKLLNFENLYHLWKLSAMPSMEGWETSEKAWHE ALKPEVPTSGYNVVTRAALYVGKRDLRGDLRGIIEGYNLEWAVADTGHIAGEKHGLWE NPQYCEHGR" gene complement(412536..413900) /gene="cca" /locus_tag="TGAM_0419" /note="tg0419" CDS complement(412536..413900) /gene="cca" /locus_tag="TGAM_0419" /EC_number="2.7.7.72" /inference="protein motif:CDD:CCA1, tRNA nucleotidyltransferase (CCA-adding enzyme) [Translation, ribosomal structure and biogenesis]" /inference="protein motif:COG:COG1746 tRNA nucleotidyltransferase (CCA-adding enzyme); J Translation, ribosomal structure and biogenesis" /inference="protein motif:Gene3D:G3D.3.30.460.10 no description" /inference="protein motif:HMMPfam:PF01909 NTP_transf_2 InterPro:IPR002934 DNA polymerase, beta-like region GO:Molecular Function:nucleotidyltransferase activity (GO:0016779)" /inference="protein motif:HMMPIR:PIRSF005335 tRNA nucleotidyltransferase (CCA-adding enzyme), archaeal type InterPro:IPR008229 tRNA nucleotidyltransferase, CCA-adding enzyme GO:Biological Process:tRNA 3'-terminal CCA addition (GO:0001680), Molecular Function:RNA binding (GO:0003723), Molecular Function:tRNA adenylyltransferase activity (GO:0004810)" /inference="protein motif:superfamily:SSF81301 Nucleotidyltransferase" /codon_start=1 /transl_table=11 /product="tRNA nucleotidyltransferase (CCA adding enzyme) (cca)" /protein_id="ACS32921.1" /translation="MEMEEVLSEVIQRIRPSDEERAFVKGLMEELRTIAEERIEELGL DARPYFVGSLAKDTYLAGDHDIDLFLAFPLETPLEELRKKGLELGKAIAEKLDSHEIA YAEHPYVRARYRGVRVDLVPCYDVGNWRDVRTAVDRSILHTRWVNENLRGRNDEVRLL KRFLKGINAYGSEIYVRGFSGYLAEILVIKYGSFLDVVEKADFLLRQKIIDPENWLRK EPEVALKTVKRETEEDRPLIVIDPVDPRRNVSANLSWEKYGRFYFKSIEFLENPSVGF FFPPEKPKGSYLDELRKRGTALVTLLINVPDMVDDVLLPQLERSARGFERTLEREGFG VLGWDVGRKGRAFIMLELDRERRERVKIKPGPEFFTERGRDFYRKNEKVWLIGKRLYS EKLVRESVVDVIIELLEKNQVSLGKGIRDAIRRADILLNYVPKELEEEAYLFLSREKW NIKG" gene complement(413906..414460) /gene="ligT" /locus_tag="TGAM_0420" /note="tg0420" CDS complement(413906..414460) /gene="ligT" /locus_tag="TGAM_0420" /EC_number="6.5.1.-" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:2_5_RNA_ligase, 2',5' RNA ligase family" /inference="protein motif:CDD:LigT, 2'-5' RNA ligase [Translation, ribosomal structure and biogenesis]" /inference="protein motif:COG:COG1514 2'-5' RNA ligase; J Translation, ribosomal structure and biogenesis" /inference="protein motif:HMMPfam:PF02834 2_5_RNA_ligase InterPro:IPR004175 2',5' RNA ligase GO:Molecular Function:2'-5'-RNA ligase activity (GO:0008664), Biological Process:RNA metabolism (GO:0016070)" /inference="protein motif:HMMPIR:PIRSF005272 2'-5' RNA ligase, prokaryotic LigT type" /inference="protein motif:HMMTigr:TIGR02258 2_5_ligase:2'-5' RNA ligase InterPro:IPR004175 2',5' RNA ligase GO:Molecular Function:2'-5'-RNA ligase activity (GO:0008664), Biological Process:RNA metabolism (GO:0016070)" /inference="protein motif:superfamily:SSF55144 LigT-like InterPro:IPR009097 Appr>p cyclic nucleotide phosphodiesterase" /codon_start=1 /transl_table=11 /product="2'-5' RNA ligase (ligT)" /protein_id="ACS32922.1" /translation="MRAFIAIDVSDEVRDNLLKAQERIGSKAAKIKFVERENFHVTLK FLGEIDEVTAEEVKKALAEIARKHKKHRVRVKGIGVFPNPNYVRVIWAGIENDEGIKA IANDVEREMRRLGFKKDKDFVAHITIGRVKFVRDKVELAMALKDLANEDFGEFEVEAI ELKKSTLTPKGPIYETVAKFELAE" gene complement(414500..414964) /locus_tag="TGAM_0421" /note="tg0421" CDS complement(414500..414964) /locus_tag="TGAM_0421" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:COG2236, Predicted phosphoribosyltransferases [General function prediction only]" /inference="protein motif:CDD:Hpt, Hypoxanthine-guanine phosphoribosyltransferase [Nucleotide transport and metabolism]" /inference="protein motif:CDD:Pribosyltran, Phosphoribosyl transferase domain" /inference="protein motif:CDD:PyrE, Orotate phosphoribosyltransferase [Nucleotide transport and metabolism]" /inference="protein motif:COG:COG2236 Predicted phosphoribosyltransferases; R General function prediction only" /inference="protein motif:Gene3D:G3D.3.40.50.2020 no description" /inference="protein motif:HMMPanther:PTHR11608 HYPOXANTHINE-GUANINE PHOSPHORIBOSYLTRANSFERASE" /inference="protein motif:HMMPfam:PF00156 Pribosyltran InterPro:IPR000836 Phosphoribosyltransferase GO:Biological Process:nucleoside metabolism (GO:0009116)" /inference="protein motif:superfamily:SSF53271 PRTase-like" /codon_start=1 /transl_table=11 /product="Phosphoribosyltransferase" /protein_id="ACS32923.1" /translation="MDKVYLTWWQVDRAVFALAEEIRKHFMPDVIVGIARGGLIPAVR LSHVLGDVELKVIDVKFYKDIEERMEKPKITIPLHGSLEGKKVVIVDDVSDTGKTLEV VIEEVKKAGAKEVKVACLSMKPWTKVVPDFYVFRTDKWIVFPWEEFPVVVRE" gene complement(415130..417865) /gene="nrdA" /locus_tag="TGAM_0422" /note="tg0422" CDS complement(415130..417865) /gene="nrdA" /locus_tag="TGAM_0422" /EC_number="1.17.4.1" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:ATP-cone, ATP cone domain" /inference="protein motif:CDD:NrdA, Ribonucleotide reductase, alpha subunit [Nucleotide transport and metabolism]" /inference="protein motif:CDD:NrdD, Oxygen-sensitive ribonucleoside-triphosphate reductase [Nucleotide transport and metabolism]" /inference="protein motif:CDD:Ribonuc_red_lgC, Ribonucleotide reductase, barrel domain" /inference="protein motif:CDD:RNR_1, RNR, class I" /inference="protein motif:CDD:RNR_1_like, RNR, class I_like family" /inference="protein motif:CDD:RNR_PFL, RNR_PFL" /inference="protein motif:COG:COG0209 Ribonucleotide reductase, alpha subunit; F Nucleotide transport and metabolism" /inference="protein motif:FPrintScan:PR01183 RIBORDTASEM1 InterPro:IPR000788 Ribonucleotide reductase large subunit, C-terminal GO:Molecular Function:ribonucleoside-diphosphate reductase activity (GO:0004748), Cellular Component:ribonucleoside-diphosphate reductase complex (GO:0005971), Biological Process:DNA replication (GO:0006260)" /inference="protein motif:Gene3D:G3D.1.10.395.10 no description" /inference="protein motif:Gene3D:G3D.3.90.244.10 no description" /inference="protein motif:HMMPanther:PTHR11573 RIBONUCLEOSIDE-DIPHOSPHATE REDUCTASE LARGE CHAIN InterPro:IPR013508 Ribonucleotide reductase large subunit" /inference="protein motif:HMMPanther:PTHR11573:SF1 RIBONUCLEOSIDE-DIPHOSPHATE REDUCTASE LARGE CHAIN" /inference="protein motif:HMMPfam:PF00317 Ribonuc_red_lgN InterPro:IPR013509 Ribonucleotide reductase large subunit, N terminal" /inference="protein motif:HMMPfam:PF02867 Ribonuc_red_lgC InterPro:IPR000788 Ribonucleotide reductase large subunit, C-terminal GO:Molecular Function:ribonucleoside-diphosphate reductase activity (GO:0004748), Cellular Component:ribonucleoside-diphosphate reductase complex (GO:0005971), Biological Process:DNA replication (GO:0006260)" /inference="protein motif:HMMPfam:PF03477 ATP-cone InterPro:IPR005144 ATP-cone" /inference="protein motif:HMMTigr:TIGR02504 NrdJ_Z:ribonucleoside-diphosphate reductase InterPro:IPR013344 Ribonucleoside-diphosphate reductase, adenosylcobalamin-dependent" /inference="protein motif:superfamily:SSF51998 PFL-like glycyl radical enzymes" /codon_start=1 /transl_table=11 /product="Ribonucleoside-diphosphate reductase alpha subunit (nrdA)" /protein_id="ACS32924.1" /translation="MAVEKVMKRDGRIVPFDRERIRWAIKRAMLEVGVHDDKLLNRVV RRVVRRINELYDGQVPHIENIQDIVELELMRAGLFEVAKAYILYRKKKAEIREEKKKI LNKDRLDEIDKRFSLNALRVLASRYLIRNEKGEIIESPRELFERVATLAVIPDLLYDE RVYDKNGKHEQDLSRVKYYLEHFEEFDGRYSIGRFKLNKYHFERLVNLYRELAEKGRM KVSIDEFLGMLENGAFDDYESEVEEYFRLMTGQVFMPNTPALINSGRPLGMLSACFVV PIEDDMESIMKAAHDVAMIQKSGGGTGLNFSKLRPEGDFVGSTAGAASGPVSFMHLID AVSDVIKQGGVRRGANMGILEVWHPDIEKFIHAKEKNIGTNVLSNFNISVGIWEDFWE ALRDGKRYPLVNPRTGEKVKEIDPKSLFEELAFMAWSKADPGVIFFDVINRRNVLEPA KGGPIRATNPCGEEPLYEYESCNLASINLAKFVKYDDEGKPYFDWDEYAYVIQKVAKY LDNAIDVNRFPLPEIDYNTKLTRRIGVGMMGLADALFKLGIPYNSEEGFAFMRKATEY LTFYAYKYSVEAAKKRGTFPLYEKSRYKDGELPVEGFYHREIWNLPWDELVEEIKKHG VRNGMVTTCPPTGSVSMIADTSSGIEPIFALVYKKSVTVGEFYYVDPVFEAELKKRGL WSDEILKKISDNYGSVQGLEEIPEDMQRVFVTSMDVHWLDHILAQANIQLWLTDSASK TINMPNDATVEDVKAAYLLAYKLGCKGITVYRDGSLSVQVYSVEGEKRKRVPAKPSRY AVEKLKAVVEAEPWLAKFINVEAILNGTNGKGKAALPSGLTFSVAHITPAKPPVREHP HHAEKPEIPEEKIKELLGVAYCPVCYERDGELVELRMESGCATCPRCGWSKCVIS" gene complement(418056..418490) /locus_tag="TGAM_0423" /note="tg0423" CDS complement(418056..418490) /locus_tag="TGAM_0423" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:superfamily:SSF47240 Ferritin-like InterPro:IPR009078 Ferritin/ribonucleotide reductase-like" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein" /protein_id="ACS32925.1" /translation="MNVKELLEALIRQENELYNLHKLGETFATFEKIEFADTFRLMAE EELRHRKTLESMLSEGSLEESEMIDYLDALSLEPVLKDERAEPKSLEELVVEALIREQ HAYEMYSKLSKILGGSLGHIFRMMAGEELKHVYRLKIMYEAL" gene complement(418492..419301) /locus_tag="TGAM_0424" /note="tg0424" CDS complement(418492..419301) /locus_tag="TGAM_0424" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:NagD, Predicted sugar phosphatases of the HAD superfamily [Carbohydrate transport and metabolism]" /inference="protein motif:COG:COG0647 Predicted sugar phosphatases of the HAD superfamily; G Carbohydrate transport and metabolism" /inference="protein motif:Gene3D:G3D.3.40.50.1000 no description" /inference="protein motif:HMMPanther:PTHR19288 4-NITROPHENYLPHOSPHATASE-RELATED" /inference="protein motif:HMMPanther:PTHR19288:SF17 4-NITROPHENYLPHOSPHATASE-RELATED" /inference="protein motif:HMMPfam:PF00702 Hydrolase InterPro:IPR005834 Haloacid dehalogenase-like hydrolase GO:Molecular Function:catalytic activity (GO:0003824), Biological Process:metabolism (GO:0008152)" /inference="protein motif:HMMTigr:TIGR01460 HAD-SF-IIA:HAD-superfamily hydrolase, sub InterPro:IPR006357 HAD-superfamily hydrolase, subfamily IIA GO:Biological Process:metabolism (GO:0008152), Molecular Function:hydrolase activity (GO:0016787)" /inference="protein motif:superfamily:SSF56784 HAD-like" /note="Belongs to subfamily IIA" /codon_start=1 /transl_table=11 /product="Haloacid dehalogenase-like hydrolase" /protein_id="ACS32926.1" /translation="MNMIGIIFDMDGVVYRGNRPIDGAGETIEFIKKRGIPFVFLTNN STRTPEMYRQKLLHMGIDVPAGSIVTSGLAARIYMEKHFEPGRIFVIGGKGLEIEMES LGWGIIGLEDCRAGRWKEIEYVVVGLDPNLTYEKLKYGTLAIRNGANFIGTNPDTTYP AEEGLYPGAGAIIAALRASTEREPLIIGKPNEPAYEVAKEKLGPVDEIWMVGDRLDTD ITFAKRFGMKAIMVLTGVNSLEDLEKSNVRPDLVFPSIKELKDYLSTVLGD" gene complement(419364..420035) /locus_tag="TGAM_0425" /note="tg0425" CDS complement(419364..420035) /locus_tag="TGAM_0425" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:COG2220, Predicted Zn-dependent hydrolases of the beta-lactamase fold [General function prediction only]" /inference="protein motif:COG:COG2220 Predicted Zn-dependent hydrolases of the beta-lactamase fold; R General function prediction only" /inference="protein motif:Gene3D:G3D.3.60.15.10 no description" /inference="protein motif:HMMPanther:PTHR11935 GLYOXALASE" /inference="protein motif:HMMPanther:PTHR11935:SF7 GLYOXYLASE-RELATED" /inference="protein motif:HMMPfam:PF00753 Lactamase_B InterPro:IPR001279 Beta-lactamase-like" /inference="protein motif:superfamily:SSF56281 Metallo-hydrolase/oxidoreductase" /codon_start=1 /transl_table=11 /product="Zn-dependent hydrolase of the beta-lactamase fold family" /protein_id="ACS32927.1" /translation="MVKVKFLGHAAFLIEGSKKILIDPFLSGNPQAAVKPEEVEADLI LVTHAHGDHIGDAVEIAKRTGAKIVAMYDIANYISEQGNVEVIGMNYGPTEIDGVGIV QVPAWHSSSDGKYGIGNPCGYIVKLDGKTIYHAGDTFVFLDMGLFAELYGPIDVALLP IGGHFTMGPREAAKAVELLKPKKVVPMHYNTWPPISADPEEFKKLVGDKAEVVILKPG ESLEL" gene 420201..421577 /gene="acdA-3" /locus_tag="TGAM_0426" /note="tg0426" CDS 420201..421577 /gene="acdA-3" /locus_tag="TGAM_0426" /EC_number="6.2.1.13" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:CoA_binding, CoA binding domain" /inference="protein motif:CDD:COG1042, Acyl-CoA synthetase (NDP forming) [Energy production and conversion]" /inference="protein motif:CDD:SucD, Succinyl-CoA synthetase, alpha subunit [Energy production and conversion]" /inference="protein motif:COG:COG1042 Acyl-CoA synthetase (NDP forming); C Energy production and conversion" /inference="protein motif:Gene3D:G3D.3.40.50.261 no description" /inference="protein motif:HMMPanther:PTHR11117 SUCCINYL-COA SYNTHETASE-RELATED" /inference="protein motif:HMMPanther:PTHR11117:SF2 SUCCINYL-COA SYNTHETASE InterPro:IPR005810 Succinyl-CoA ligase, alpha subunit GO:Molecular Function:catalytic activity (GO:0003824), Biological Process:metabolism (GO:0008152)" /inference="protein motif:HMMPfam:PF02629 CoA_binding InterPro:IPR003781 CoA-binding" /inference="protein motif:superfamily:SSF51735 NAD(P)-binding Rossmann-fold domains" /inference="protein motif:superfamily:SSF52210 Succinyl-CoA synthetase domains" /codon_start=1 /transl_table=11 /product="Acetyl-CoA synthetase (ADP forming), alpha chain (acdA)" /protein_id="ACS32928.1" /translation="MNLDYFFKPRGIAIIGASNDPMKLGYEVFKNLKKYRDGRVYPVN VKDEVVQGVKAYKNVKDIPDEVDLAIIVVPKRFVKQAIIDCGEKGVKGAVIITAGFGE TGEEGKKEERELVEIAHKYGMRLIGPNCVGVMNTHNDMNATFIMDAKKGSIAFVSQSG ALGAGIVYKTVKEGIGFSKFVSVGNMADLDFAELMEYLAETGEDKAIALYIEGLKDGR KFIEVAKKVTKKKPVIALKAGKSESGARAASSHTGSLAGSWKIYEAAFKQSGVLIAET IDDMLSMARAFTQPLPKGKRVAIMTNAGGPGVLTADQIDKRGLKLADLEEKTIEELRS FLPPMAAVKNPVDMIASARGEDYYRTAKLLLQDPNVDMLIAICVVPTFAGMTPTEHAE GVIRAVKEVNNGKPVLGLFMAGYVSEKAKELLEENGIPSYERPEDVAAGAYALVQQAK NAGVLEEE" gene 421618..423561 /gene="iorA-1" /locus_tag="TGAM_0427" /note="tg0427" CDS 421618..423561 /gene="iorA-1" /locus_tag="TGAM_0427" /EC_number="1.2.7.8" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:COG:COG4231 Indolepyruvate ferredoxin oxidoreductase, alpha and beta subunits; C Energy production and conversion" /inference="protein motif:FPrintScan:PR00353 4FE4SFRDOXIN InterPro:IPR001450 4Fe-4S ferredoxin, iron-sulfur binding GO:Molecular Function:electron transporter activity (GO:0005489), Molecular Function:iron ion binding (GO:0005506), Biological Process:electron transport (GO:0006118)" /inference="protein motif:Gene3D:G3D.3.40.50.970 no description" /inference="protein motif:HMMPanther:PTHR11615 NADH-UBIQUINONE OXIDOREDUCTASE FE-S PROTEIN 1" /inference="protein motif:HMMPanther:PTHR11615:SF18 IRON HYDROGENASE" /inference="protein motif:HMMPfam:PF00037 Fer4 InterPro:IPR001450 4Fe-4S ferredoxin, iron-sulfur binding GO:Molecular Function:electron transporter activity (GO:0005489), Molecular Function:iron ion binding (GO:0005506), Biological Process:electron transport (GO:0006118)" /inference="protein motif:HMMPfam:PF01855 POR_N InterPro:IPR002880 Pyruvate flavodoxin/ferredoxin oxidoreductase, N-terminal GO:Biological Process:electron transport (GO:0006118), Molecular Function:oxidoreductase activity (GO:0016491)" /inference="protein motif:HMMPfam:PF02775 TPP_enzyme_C InterPro:IPR011766 Thiamine pyrophosphate enzyme, C-terminal TPP-binding GO:Molecular Function:catalytic activity (GO:0003824), Molecular Function:thiamin pyrophosphate binding (GO:0030976)" /inference="protein motif:ScanRegExp:PS00198 4FE4S_FERREDOXIN InterPro:IPR001450 4Fe-4S ferredoxin, iron-sulfur binding GO:Molecular Function:electron transporter activity (GO:0005489), Molecular Function:iron ion binding (GO:0005506), Biological Process:electron transport (GO:0006118)" /inference="protein motif:superfamily:SSF52518 Thiamin diphosphate-binding fold (THDP-binding)" /inference="protein motif:superfamily:SSF52922 InterPro:IPR009014 Transketolase, C-terminal-like" /codon_start=1 /transl_table=11 /product="Indolepyruvate ferredoxin oxidoreductase alpha subunit (iorA)" /protein_id="ACS32929.1" /translation="MAKVTDIVLWDKPGERVLLLGNHAIARGALEANIAVFAAYPGTP SSELTDTMAAVAKKAGVYMEYSTNEKVAFETALSAAWSGLRAMTAMKHVGLNVAADTF LSAVGMGVEGGFVIMVADDPSMWSSQNEQDTRVYAKFANVPVLEPSSPHEAKEMTKYA FELSEKFKHFVILRTTTRSSHARGDVVLGELPDEIKQGRRKFGNFKKDPSRFVDIPAN ARRFHPQVLEKIEKIREELNNCPFNWIEGDENAKVGIIAPGLAYAYVKEALAWLGVEN VKILKLGTPFPVPYGLLEKFLDGLEKVLIVEELEPVVEEQVKTWAYDKGLRIPIHGKD LVPRVYEMTTRRAVEAIAKFLGLETPINFEEIDEKYEKVQAMVPPRPPSLCPACPHRN TFYAIRRAASPRAIFPSDIGCYTLGVLPPLKTVDTTVAMGASIGVAHGLDVALNGVPG EEERRTGKEKKIIVATIGDSTFFHTGLPALANAIYNRSNVVIVVLDNLVTAMTGDQPN PGTGETPHGPGKRIKIEEVAKALGADYVKVVDPYDIKATERAIKEALAVEGVGVVVAR QPCALYRIGQMRRKGERWPIYHVIEEKCTGCKICINAYGCPAIYWDAEKKKARIDPTI CWGCGGCAQVCPFDAFEPMKEGE" gene 423563..424171 /gene="iorB-1" /locus_tag="TGAM_0428" /note="tg0428" CDS 423563..424171 /gene="iorB-1" /locus_tag="TGAM_0428" /EC_number="1.2.7.8" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:POR, Pyruvate ferredoxin/flavodoxin oxidoreductase" /inference="protein motif:CDD:PorG, Pyruvate:ferredoxin oxidoreductase and related 2-oxoacid:ferredoxin oxidoreductases, gamma subunit [Energy production and conversion]" /inference="protein motif:COG:COG1014 Pyruvate:ferredoxin oxidoreductase and related 2-oxoacid:ferredoxin oxidoreductases, gamma subunit; C Energy production and conversion" /inference="protein motif:Gene3D:G3D.3.40.920.10 no description" /inference="protein motif:HMMPfam:PF01558 POR InterPro:IPR002869 Pyruvate ferredoxin/flavodoxin oxidoreductase GO:Biological Process:electron transport (GO:0006118), Molecular Function:oxidoreductase activity (GO:0016491)" /inference="protein motif:superfamily:SSF53323 Pyruvate-ferredoxin oxidoreductase, PFOR, domain III" /note="1 probable transmembrane helix predicted by modhmm" /codon_start=1 /transl_table=11 /product="Indolepyruvate ferredoxin oxidoreductase beta subunit (iorB)" /protein_id="ACS32930.1" /translation="MREYNIVITGVGGQGILTAANLLGWAALRAGYKVRVGEVHGMSQ RFGSVIAYVRFGEDVYGAMVPEGKADVILSFEPVEALRYINYLKKGGLVFTNARPIPP VQVSMGLASYPSLEEIKKVVEEDFEAKFMAFDAEKLAIEAGNIITTNVVLIGALTQTP GFPLSAEHVREVIKVSVPKKAVDVNMKAFDLGVKAAKEMLGL" gene complement(424293..425309) /locus_tag="TGAM_0429" /note="tg0429" CDS complement(424293..425309) /locus_tag="TGAM_0429" /inference="protein motif:CDD:Hist_deacetyl, Histone deacetylase family" /inference="protein motif:COG:COG0123 Deacetylases, including yeast histone deacetylase and acetoin utilization protein; B Chromatin structure and dynamics" /inference="protein motif:FPrintScan:PR01270 HDASUPER InterPro:IPR000286 Histone deacetylase superfamily" /inference="protein motif:Gene3D:G3D.3.40.800.20 no description" /inference="protein motif:HMMPanther:PTHR10625 HISTONE DEACETYLASE-RELATED InterPro:IPR000286 Histone deacetylase superfamily" /inference="protein motif:HMMPanther:PTHR10625:SF18 HISTONE DEACETYLASE-RELATED" /inference="protein motif:HMMPfam:PF00850 Hist_deacetyl InterPro:IPR000286 Histone deacetylase superfamily" /inference="protein motif:superfamily:SSF52768 Arginase/deacetylase" /codon_start=1 /transl_table=11 /product="Acetylpolyamine amidohydrolase, histone deacetylase superfamily" /protein_id="ACS32931.1" /translation="MIKDTSEVTTLYSPIFLEHRPRDYHPENPDRLLRAVRALQRLNL WKPIEPVPVPEEELLMVHSRDYVELIREKSRAFSYLDPDTYVSPGTWEAALTAFGASQ MAVEIALKTGGMALALVRPPGHHAGKAGRAFNASTLGFCIFNNAAYAAKVAEELAGKV LIIDFDAHHGNGTQEILWNDPNAVHIDLHERDIYPWSGYEHDVGGKNAEGTKINLPMP HYSGDDDYIYAWDEVVLPLLAQLRPKLVVVSAGFDGFLGENLTTLRLSELFFAYAGST LSRYPLAVIFEGGYSVGLGKGLPAFIRGYLSGEIREVPVSPSYEALRTVARVKEVQSE WWEF" gene complement(425290..425892) /locus_tag="TGAM_0430" /note="tg0430" CDS complement(425290..425892) /locus_tag="TGAM_0430" /experiment="gene product confirmed by mass spectrometry" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein" /protein_id="ACS32932.1" /translation="MSEAVLEWLRSGRDDAEDIVDLPWEVKKVEENHYVAEHPKIPFI LNVVFADGFIRLAVPSGIETIAMRLEERLKTYHTLLVLNERMNMLKFTLSGMNDEITL RVDLDEKSLGKEEFNDALTALLVGMNVLMDSLGLTEEFQEAIFERLGMMIIERLQRGM SEAEIINFLVKKVGMKMEEAKELLEHIKSAIGESDDKGYF" gene 425987..426844 /gene="speB" /locus_tag="TGAM_0431" /note="tg0431" CDS 425987..426844 /gene="speB" /locus_tag="TGAM_0431" /EC_number="3.5.3.11" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:Arginase, Arginase family" /inference="protein motif:CDD:SpeB, Arginase/agmatinase/formimionoglutamate hydrolase, arginase family [Amino acid transport and metabolism]" /inference="protein motif:COG:COG0010 Arginase/agmatinase/formimionoglutamate hydrolase, arginase family; E Amino acid transport and metabolism" /inference="protein motif:Gene3D:G3D.3.40.800.10 no description" /inference="protein motif:HMMPanther:PTHR11358 ARGINASE-RELATED InterPro:IPR006035 Arginase/agmatinase/formiminoglutamase GO:Molecular Function:catalytic activity (GO:0003824)" /inference="protein motif:HMMPanther:PTHR11358:SF6 AGMATINASE" /inference="protein motif:HMMPfam:PF00491 Arginase InterPro:IPR006035 Arginase/agmatinase/formiminoglutamase GO:Molecular Function:catalytic activity (GO:0003824)" /inference="protein motif:HMMTigr:TIGR01230 agmatinase:agmatinase, putative InterPro:IPR005925 Putative agmatinase GO:Biological Process:polyamine biosynthesis (GO:0006596), Molecular Function:agmatinase activity (GO:0008783)" /inference="protein motif:superfamily:SSF52768 Arginase/deacetylase" /codon_start=1 /transl_table=11 /product="Agmatinase, putative, arginase family protein (speB)" /protein_id="ACS32933.1" /translation="MEFLYTYEAFKLELPLVSPERADFVILGVPFDGTTSYKSGARFG PTLIRQATLNLESYVLDYDIDIADLPIADIGDIAVVAGDPRKTADRVRETIEELERVN PKAIPVLLGGEHSQTLGAVEALKPKSYVVFDAHLDLRDSYEDNPYNHACVARRIAELG IREAMFGIRSGTREEVEFAEKNGIRWVHARDYGFDSFVDLVEPLPEPVYLSVDIDVFD VSMVPDTGTPEAGGLRFWEVIEAIEWLTANKRIVGFDIMEVAGERLGNPTALTAAKLL FYFLAMMKR" gene complement(426847..427317) /locus_tag="TGAM_0432" /note="tg0432" CDS complement(426847..427317) /locus_tag="TGAM_0432" /experiment="gene product confirmed by mass spectrometry" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein" /protein_id="ACS32934.1" /translation="MKVEGFVASLRNAETIGELFKILQEKGAPIVELDGQRFLIVVEG DFEGRPFWTEINGERANQALGDAMLNSSSFPFKCRRPYTGGNVIFVNFDDIEVEKFLV AYRDPDYGIFYLVEDGEAREITKEDYEKLKGEMPEFKVKSMSDEQMDMMGAFFG" gene 427389..429113 /locus_tag="TGAM_0433" /note="tg0433" CDS 427389..429113 /locus_tag="TGAM_0433" /inference="protein motif:CDD:CBS, CBS domain" /inference="protein motif:CDD:COG0517, FOG:CBS domain [General function prediction only]" /inference="protein motif:CDD:COG4109, Predicted transcriptional regulator containing CBS domains [Transcription]" /inference="protein motif:CDD:EriC, Chloride channel protein EriC [Inorganic ion transport and metabolism]" /inference="protein motif:CDD:Voltage_CLC, Voltage gated chloride channel" /inference="protein motif:COG:COG0038 Chloride channel protein EriC; P Inorganic ion transport and metabolism" /inference="protein motif:FPrintScan:PR00762 CLCHANNEL InterPro:IPR001807 Cl- channel, voltage gated GO:Molecular Function:voltage-gated chloride channel activity (GO:0005247), Biological Process:chloride transport (GO:0006821), Cellular Component:membrane (GO:0016020)" /inference="protein motif:HMMPanther:PTHR11689 CHLORIDE CHANNEL InterPro:IPR001807 Cl- channel, voltage gated GO:Molecular Function:voltage-gated chloride channel activity (GO:0005247), Biological Process:chloride transport (GO:0006821), Cellular Component:membrane (GO:0016020)" /inference="protein motif:HMMPanther:PTHR11689:SF1 CHLORIDE CHANNEL PROTEIN" /inference="protein motif:HMMPfam:PF00571 CBS InterPro:IPR000644 CBS" /inference="protein motif:HMMPfam:PF00654 Voltage_CLC InterPro:IPR001807 Cl- channel, voltage gated GO:Molecular Function:voltage-gated chloride channel activity (GO:0005247), Biological Process:chloride transport (GO:0006821), Cellular Component:membrane (GO:0016020)" /inference="protein motif:HMMSmart:SM00116 no description InterPro:IPR000644 CBS" /inference="protein motif:ProfileScan:PS50147 SNF4_REP InterPro:IPR000644 CBS" /inference="protein motif:superfamily:SSF54631 CBS-domain" /inference="protein motif:superfamily:SSF81340 Clc chloride channel" /note="12 probable transmembrane helices predicted by modhmm" /codon_start=1 /transl_table=11 /product="Voltage-gated ClC-type chloride channel" /protein_id="ACS32935.1" /translation="MMTSGNGAYLRKWGIVMAFSILAGVVGGLGAVVFRLMIRFTHKF FFGMLLPRLSFTLYHLNLGYVLLPAIGGLFVALLVVRFPDIKGNGIPEVIEAVIFKGG RIGGVFAIAKIVATSVTIGSGGSVGREGPIGFIGAALTSAFAKWFGLSREMRKLLVTC GLAAGIAGTFNTPLAGAMFALEVVYMGAFSINLVPIFIASVTGNAVTLAVLRRAFEVE IPGGMGHTLPELPFFFVLGLLLGALAALYVRVIYAFIEGFERLPVPEVFKPVLGGLGV GLLGAFFPNYGIFGVGYEGMSLAFYGKLVVWLLLTLGVLKMLATALTIGSGQSGGVFA PSLYIGTMFGSAFGMVVAKLFPSLGAMPTVYALAGMAAFFSGMTQAPITQILMVTELT RSYAILPAVMTSATMGFLTARFFLKGESVYTLKLVRKGYRVRTGKPVILETISVGEIM TREPVYVTADMTLFDVEHLISETGHDCFPVVDNEGRVIGIIGVKDILKKPSSLKRMRV RRFLRRAYGVTYPTETAETALEKLMAYDQNLLPVVRGPNDRRLIGVVTKKDIYTAYYR GLEGMYID" gene 429123..430388 /locus_tag="TGAM_0434" /note="tg0434" CDS 429123..430388 /locus_tag="TGAM_0434" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:COG1379, Uncharacterized conserved protein [Function unknown]" /inference="protein motif:COG:COG1379 Uncharacterized conserved protein; S Function unknown" /inference="protein motif:HMMPfam:PF02811 PHP InterPro:IPR004013 PHP, C-terminal" /inference="protein motif:HMMTigr:TIGR00375 TIGR00375:conserved hypothetical protein T InterPro:IPR005287 Conserved hypothetical protein 375" /inference="protein motif:superfamily:SSF63393 RBP12 subunit of RNA polymerase II" /inference="protein motif:superfamily:SSF89550 PHP domain" /note="Contains PHP domain" /codon_start=1 /transl_table=11 /product="Phosphoesterase, putative" /protein_id="ACS32936.1" /translation="MLVDADLHIHSRYSKAVSKAMTIPNLAENARFKGLGLVGTGDIL SPHWEAELLKYAKKVDEGTYELNGVRFLLTTEVEDSRRVHHVLIFPSIETVREMRERL RPYSNDIDTEGRPHINLSAGEIADMANELGVLIGPAHAFTPWTSLYKEYDSLEEAYGG AKIHFLELGLSADSEMADMIKAHHRLTYLSNSDAHSPMPHRLGREFNRFEVKEPTFEE IRKAILRHGGRRIVLNAGLDPRLGKYHLTACSRCYAHYSLGEAKAFKWRCPKCGGRIK KGVRDRILELADTNERPKDRPPYLRLAPLAEIISMVIGKGVETKAVRLIWERFLREFG SEIMVLVDVPVGELARVHEEVAKAIWAYRNGKLIVIPGGGGKYGEIKLPEEIRRARVE ELESVEVEVPEETERLRQRSITDFLKVAR" gene 430476..430721 /locus_tag="TGAM_0435" /note="tg0435" CDS 430476..430721 /locus_tag="TGAM_0435" /inference="protein motif:COG:COG2002 Regulators of stationary/sporulation gene expression; K Transcription" /inference="protein motif:HMMPfam:PF04014 SpoVT_AbrB InterPro:IPR007159 SpoVT/AbrB-like" /inference="protein motif:HMMTigr:TIGR01439 lp_hng_hel_AbrB:transcriptional regu InterPro:IPR006339 Transcriptional regulator AbrB" /inference="protein motif:superfamily:SSF54742 Transcription-state regulator AbrB, the N-terminal DNA recognition domain" /codon_start=1 /transl_table=11 /product="Transcription regulator, SpoVT/AbrB family" /protein_id="ACS32937.1" /translation="MMGVEVVKVSTKGQVVIPKEIRDALGIRNGDYLVVMEKNGYIVM KKLSVEDVFKEGEELAKTLEITREDVIRAVGDVRYED" gene 430777..431736 /gene="thiL" /locus_tag="TGAM_0436" /note="tg0436" CDS 430777..431736 /gene="thiL" /locus_tag="TGAM_0436" /EC_number="2.7.4.16" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:AIRS, AIR synthase related protein, N-terminal domain" /inference="protein motif:CDD:COG2144, Selenophosphate synthetase-related proteins [General function prediction only]" /inference="protein motif:CDD:HypE, Hydrogenase maturation factor [Posttranslational modification, protein turnover, chaperones]" /inference="protein motif:CDD:HypE_N, HypE (Hydrogenase expression/formation protein)" /inference="protein motif:CDD:PurM, Phosphoribosylaminoimidazole (AIR) synthetase [Nucleotide transport and metabolism]" /inference="protein motif:CDD:ThiL, Thiamine monophosphate kinase [Coenzyme metabolism]" /inference="protein motif:CDD:ThiL_N, ThiL (Thiamine-monophosphate kinase) plays a dual role in de novo biosynthesis and in salvage of exogenous thiamin" /inference="protein motif:COG:COG0611 Thiamine monophosphate kinase; H Coenzyme transport and metabolism" /inference="protein motif:Gene3D:G3D.3.30.70.460 no description" /inference="protein motif:HMMPfam:PF00586 AIRS InterPro:IPR000728 AIR synthase related protein GO:Molecular Function:catalytic activity (GO:0003824)" /inference="protein motif:HMMPfam:PF02769 AIRS_C InterPro:IPR010918 AIR synthase related protein, C-terminal" /inference="protein motif:HMMPIR:PIRSF005303 Thiamine monophosphate kinase InterPro:IPR006283 Thiamine-monophosphate kinase GO:Molecular Function:thiamin phosphate kinase activity (GO:0009030), Biological Process:thiamin biosynthesis (GO:0009228)" /inference="protein motif:HMMTigr:TIGR01379 thiL:thiamine-monophosphate kinase InterPro:IPR006283 Thiamine-monophosphate kinase GO:Molecular Function:thiamin phosphate kinase activity (GO:0009030), Biological Process:thiamin biosynthesis (GO:0009228)" /inference="protein motif:superfamily:SSF55326 Aminoimidazole ribonucleotide synthetase (PurM) N-terminal domain" /inference="protein motif:superfamily:SSF56042 Aminoimidazole ribonucleotide synthetase (PurM) C-terminal domain" /codon_start=1 /transl_table=11 /product="Thiamine monophosphate kinase (thiL)" /protein_id="ACS32938.1" /translation="MMESEIIELFIRHLKRQGDLPLGDDAGALRLGDRWLVATNDMLV RKTDVPDIMTPEQVGFKAVTMNVSDMASMGAEPLGFLFSLGIPGDLDSDYLEGIARGI GEALDFYGLPVLSADTNEADDLIIDGAALGITERLLTRSGAKPGELVCVTGDLGRALA GYLVWKNGLEVSDAVRKPLYEKFLEPRARVREGSELSKVASSAIDISDGLAKELYLLA EMSQVGIEVRPESLPLGKGVEEVAELLGLDPFEIALASGEEFELVFTVAPEFVESLNF DFSVIGRVTRGKGIYLVDDSGKRVMPKLGWEHLTGFQMKILYS" gene 431763..432152 /locus_tag="TGAM_0437" /note="tg0437" CDS 431763..432152 /locus_tag="TGAM_0437" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:HTH_ARSR, helix_turn_helix, Arsenical Resistance Operon Repressor" /inference="protein motif:COG:COG0640 Predicted transcriptional regulators; K Transcription" /inference="protein motif:FPrintScan:PR00778 HTHARSR InterPro:IPR001845 Bacterial regulatory protein, ArsR GO:Molecular Function:transcription factor activity (GO:0003700), Cellular Component:intracellular (GO:0005622), Biological Process:regulation of transcription, DNA-dependent (GO:0006355)" /inference="protein motif:Gene3D:G3D.1.10.10.10 no description InterPro:IPR011991 Winged helix repressor DNA-binding" /inference="protein motif:HMMPfam:PF01022 HTH_5 InterPro:IPR001845 Bacterial regulatory protein, ArsR GO:Molecular Function:transcription factor activity (GO:0003700), Cellular Component:intracellular (GO:0005622), Biological Process:regulation of transcription, DNA-dependent (GO:0006355)" /inference="protein motif:HMMSmart:SM00418 no description InterPro:IPR001845 Bacterial regulatory protein, ArsR GO:Molecular Function:transcription factor activity (GO:0003700), Cellular Component:intracellular (GO:0005622), Biological Process:regulation of transcription, DNA-dependent (GO:0006355)" /inference="protein motif:ProfileScan:PS50987 HTH_ARSR_2 InterPro:IPR001845 Bacterial regulatory protein, ArsR GO:Molecular Function:transcription factor activity (GO:0003700), Cellular Component:intracellular (GO:0005622), Biological Process:regulation of transcription, DNA-dependent (GO:0006355)" /inference="protein motif:superfamily:SSF46785 'Winged helix' DNA-binding domain" /codon_start=1 /transl_table=11 /product="Transcription regulator, arsR family" /protein_id="ACS32939.1" /translation="MKVKDLINMLSDRQRKSVEGCLERCDLLDPEEEIAKEIPQDVVE FSKIIANPIRASILKMLSNRWLCVCLIAKALDQDQTLISHHLRTLKRFNLLHEKREGK LRFYRTNREVLERYLEKLSLELLGGRS" gene 432149..432430 /locus_tag="TGAM_0438" /note="tg0438" CDS 432149..432430 /locus_tag="TGAM_0438" /inference="protein motif:COG:COG1694 Predicted pyrophosphatase; R General function prediction only" /inference="protein motif:superfamily:SSF63491 BAG domain" /codon_start=1 /transl_table=11 /product="Nucleotide pyrophosphohydrolase, MazG-like protein" /protein_id="ACS32940.1" /translation="MKLQGEVDELIKALGGYWKPFEMLAALVEETGELAEAMLAFEGV KGKGQRDALVEEIGDVLFALACIANHYGVDLEGALRQTIAKYRRRFDGD" gene 432499..433380 /locus_tag="TGAM_0439" /note="tg0439" CDS 432499..433380 /locus_tag="TGAM_0439" /inference="protein motif:CDD:COG0392, Predicted integral membrane protein [Function unknown]" /inference="protein motif:CDD:UPF0104, Uncharacterised protein family (UPF0104)" /inference="protein motif:COG:COG0392 Predicted integral membrane protein; S Function unknown" /inference="protein motif:HMMPfam:PF03706 UPF0104 InterPro:IPR005242 Conserved hypothetical protein 374" /inference="protein motif:HMMTigr:TIGR00374 TIGR00374:conserved hypothetical protein InterPro:IPR005242 Conserved hypothetical protein 374" /note="Belongs to UPF0104 family; 5 probable transmembrane helices predicted by modhmm" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein" /protein_id="ACS32941.1" /translation="MVLENFVQSAEEYIGVLRHVPIHYLLLAIGTYYLSVFLFALRWK YVLKGTGVEVPLAELFKANLAGLFMNNITPMSRGGGELLRMAWISKLQGVPMRISAVT VVYERILESIPVMVMVTLGFLYFTTSEALALIPLVIGLALVWFKWEKFIELTLRLFRV NLSEEERERIVALRKCGDVNLIGIGTSSLVWVLDVLRLKLITLAIGLNVSFPVLILVS IINLMLGIAAFTPGGVGVVESGLIGALTYLGFPPALAVSTVLLERFISYVLGSISGLL VLFTSGGREVWRALKSR" gene 433356..434501 /locus_tag="TGAM_0440" /note="tg0440" CDS 433356..434501 /locus_tag="TGAM_0440" /inference="protein motif:CDD:GlgA, Glycogen synthase [Carbohydrate transport and metabolism]" /inference="protein motif:CDD:Glycos_transf_1, Glycosyl transferases group 1" /inference="protein motif:CDD:RfaG, Glycosyltransferase [Cell envelope biogenesis, outer membrane]" /inference="protein motif:COG:COG0438 Glycosyltransferase; M Cell wall/membrane/envelope biogenesis" /inference="protein motif:HMMPanther:PTHR12526 GLYCOSYLTRANSFERASE" /inference="protein motif:HMMPanther:PTHR12526:SF1 GLYCOSYLTRANSFERASE" /inference="protein motif:HMMPfam:PF00534 Glycos_transf_1 InterPro:IPR001296 Glycosyl transferase, group 1 GO:Biological Process:biosynthesis (GO:0009058)" /inference="protein motif:superfamily:SSF53756 UDP-Glycosyltransferase/glycogen phosphorylase" /codon_start=1 /transl_table=11 /product="Glycosyltransferase, family 1" /protein_id="ACS32942.1" /translation="MESLKIALVSDWYYPKLGGVAVHMHDLALYLRKLGHEVDIITND RETGKETELKREGIGLIKVPGYTFGSIGINMTVFSRNASRLIPYVRNYDVVHGQHAFT PLALKAVSAGRKAGKATLLTTHSINYENSPVIKALARMAFPYFRYYLGNPHRIIAVSR ASKEFMRRFTRIPIEVIQNGVNVDFFDVPLSKEEAKEKLGLGERVILYVGRLEPRKGI STLINAMKHVDGTLLIAGQGSMLPLLRERAKLLGVSKKVKFLGVVEYSRLPLYYRASD VFVLPSLSEAFGIVLLEAMASGTPVIGTKVGGIPEIIDGCGLLVPPGNAKELANAINL VLNNQSVERRLSRLGKRRVEKVYDWNVVVRKIEALYREVLDEVVGDG" gene 434494..435216 /locus_tag="TGAM_0441" /note="tg0441" CDS 434494..435216 /locus_tag="TGAM_0441" /inference="protein motif:CDD:Polysacc_deac_1, Polysaccharide deacetylase" /inference="protein motif:COG:COG0726 Predicted xylanase/chitin deacetylase; G Carbohydrate transport and metabolism" /inference="protein motif:HMMPfam:PF01522 Polysacc_deac_1 InterPro:IPR002509 Polysaccharide deacetylase GO:Biological Process:carbohydrate metabolism (GO:0005975), Molecular Function:hydrolase activity, acting on carbon-nitrogen (but not peptide) bonds (GO:0016810)" /inference="protein motif:superfamily:SSF88713 Glycoside hydrolase/deacetylase" /codon_start=1 /transl_table=11 /product="Polysaccharide deacetylase, putative" /protein_id="ACS32943.1" /translation="MDKIVILTFDVEEDCPPFAETRRGMEEGLPRVMDLLEEFKIKGT FLFTGRIAEEFPELAERAGKKHELGCHGLEHERFDRLSFEEAKRRLEEAREILSRFSD PVSFRAPNFQFPDMYYRILAELGFKVDSTKARHKGWGEGVTEINGVLEVPATTTSIVT RLPWKIQKRFHRKFESPIVYIFHPWEFVRMPRTLRPDCWFGTGESALEKLRKLIEFHL DNGARFLTLREFYEEYQKLKRE" gene 435232..436290 /locus_tag="TGAM_0442" /note="tg0442" CDS 435232..436290 /locus_tag="TGAM_0442" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:PflA, Pyruvate-formate lyase-activating enzyme [Posttranslational modification, protein turnover, chaperones]" /inference="protein motif:CDD:PflX, Uncharacterized Fe-S protein PflX, homolog of pyruvate formate lyase activating proteins [General function prediction only]" /inference="protein motif:CDD:Radical_SAM, Radical SAM superfamily" /inference="protein motif:COG:COG1180 Pyruvate-formate lyase-activating enzyme; O Posttranslational modification, protein turnover, chaperones" /inference="protein motif:HMMPfam:PF04055 Radical_SAM InterPro:IPR007197 Radical SAM GO:Molecular Function:catalytic activity (GO:0003824), Molecular Function:iron ion binding (GO:0005506)" /inference="protein motif:superfamily:SSF49899 Concanavalin A-like lectins/glucanases InterPro:IPR008985 Concanavalin A-like lectin/glucanase" /inference="protein motif:superfamily:SSF57095 Scorpion toxin-like" /codon_start=1 /transl_table=11 /product="Radical SAM family protein, lectins/glucanases related" /protein_id="ACS32944.1" /translation="MRVMREALYWEPLEGGKVRCKLCPLNCIISEGKRGSCRIRKNIG GKLYTLNYGKVSAIGADPVEKKPLFHFWPGSCALSISTVGCNMHCKHCQNWEISQADE TFPYLHDMTPEMVVEITKRYGCESIAYTYNEPVIWYEFVLDTAKLAKKEGIYNLLITN GYINEEPFRELAPYIDAMNIDIKAFSDEFYMKIASVPSGEPSRRTAVIAKKDFGIHVE LTYLIIPTLNDKEEEIRAFARWVVNELGDDTPVHFSRFFPHYKLLHLPPTPLETMDMA YRVAKEEGLKFVYIGNVPGHPGENTYCPRCGRPLIVRYGFEITEYNITEDGRCKYCGE KIPIVGTYKKKHYPGMWW" gene 436281..437084 /locus_tag="TGAM_0443" /note="tg0443" CDS 436281..437084 /locus_tag="TGAM_0443" /experiment="gene product confirmed by mass spectrometry" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein" /protein_id="ACS32945.1" /translation="MVVRVIEAILYFEALGRTRLAVEDRVRKTSRGLEGSRLDVKRLE VGEVIEEPELDPLRFSALLEARVEGGLEDLVEVVARYGPTLVEILRPGRLELRAEDLS RLLLGLSRTISDLVEGDIQVPVPLSLKEIPVPQVGFDEEELWEMIYQDRGILYGLSLR LPEEIAEDTLLKLLLLEGCGVNSIEARDLDGGSEFRLEVVSPFESLFAVVFKYRPFSL NVIEPEVFDITAPELQNALSDLGSFVNSLLMGEDLQKAYERDTFSFKLV" gene 437150..439033 /locus_tag="TGAM_0444" /note="tg0444" CDS 437150..439033 /locus_tag="TGAM_0444" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:S_layer_C, S-layer like family, C-terminal region" /inference="protein motif:CDD:S_layer_N, S-layer like family, N-terminal region" /inference="protein motif:HMMPfam:PF05123 S_layer_N InterPro:IPR006454 S-layer protein GO:Cellular Component:cell wall (GO:0005618)" /inference="protein motif:HMMPfam:PF05124 S_layer_C InterPro:IPR006454 S-layer protein GO:Cellular Component:cell wall (GO:0005618)" /note="2 probable transmembrane helices predicted by modhmm" /codon_start=1 /transl_table=11 /product="S-layer protein" /protein_id="ACS32946.1" /translation="MLMKILRKNVTKVFALLLGVMFLLSIGGASAGSNYIVPTGLKDI SNVPRSFFVKPDGTPNVKIVVGSYAKAEDVASAADIAAALGSVLYKEEEAKNIAVKLR KAGETDVALEQVIYRYDYETMTSDHNLPYNSGLVNWSKSYDELPADYWFNGASYTANY STWASSFSAQFKVKDSDAVNGEYLYGWDIEINELSLLPIDPADWDGVAPPKQADIEIP SRRIVVSVDYTLYNYTVKKTEVVREAYPEWGVPAETIVVNESRIGNSIDVELDNGTIV GTISPGVGAGDEFTLLGTKYHVFSVGMGSFTAGEVLGTGWFAQNESKLLGNSRWEITL IGADPLQEKAIVTVKDTKTGELYGPVVLRLGEPKDVVVTGDTVELQLKLEALSENLIL GKIAQISGYGNIKTYSSGTYVEYNDQRWIMSVDSDGEYIKRISMTNEDELIGNPLDVL GIYTIKYSFDMRSLNEKDVDFDINRDGSITDTSYVVAKATITILENHPKIHELVLSVG DRIPGTDYVISGVGGVKNIVLKTPTQPITILDTEVNFVNPTSNYILVGSNKANLLTSM IFGHYHLPVDFRVWFGEYPVLGYIPHCDLLKGRSVIIVAGSTPKATRKAATILMQYIA GLS" gene 439030..439710 /locus_tag="TGAM_0445" /note="tg0445" CDS 439030..439710 /locus_tag="TGAM_0445" /note="1 probable transmembrane helix predicted by modhmm" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein" /protein_id="ACS32947.1" /translation="MILSFLVVLMSKRYLLVTFVFILLLLGGFLIDSWYSAYTSLFRS DFPSKAMIQNEGVRVEGYLPGDPLDLVNATLYHHYERVTVILGSGDTKDYCDRTGKCQ FRTLAAVEISCLVGKLMGSYYYETAREMGYNDSAARKFALDQVSRRVNSGNWLTFSLK LAIGRGEIGNEKHLLIILRGPLDGAVENRIYVPRKGVLVLEALDDRTLYREALLVEGI TGISCSKG" gene complement(439716..440294) /gene="tbp-1" /locus_tag="TGAM_0446" /note="tg0446" CDS complement(439716..440294) /gene="tbp-1" /locus_tag="TGAM_0446" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:TBP, Transcription factor TFIID (or TATA-binding protein, TBP)" /inference="protein motif:CDD:TBP_archaea, archaeal TATA box binding protein (TBP):TBPs are transcription factors present in archaea and eukaryotes, that recognize promoters and initiate transcription" /inference="protein motif:CDD:TBP_eukaryotes, eukaryotic TATA box binding protein (TBP):Present in archaea and eukaryotes, TBPs are transcription factors that recognize promoters and initiate transcription" /inference="protein motif:CDD:TBP_TLF, TATA box binding protein (TBP):Present in archaea and eukaryotes, TBPs are transcription factors that recognize promoters and initiate transcription" /inference="protein motif:CDD:TLF, TBP-like factors (TLF" /inference="protein motif:COG:COG2101 TATA-box binding protein (TBP), component of TFIID and TFIIIB; K Transcription" /inference="protein motif:FPrintScan:PR00686 TIFACTORIID InterPro:IPR000814 TATA-box binding" /inference="protein motif:Gene3D:G3D.3.30.310.10 no description InterPro:IPR012295 Beta2-adaptin/TATA-box binding, C-terminal" /inference="protein motif:HMMPanther:PTHR10126 TATA-BOX BINDING PROTEIN InterPro:IPR000814 TATA-box binding" /inference="protein motif:HMMPanther:PTHR10126:SF3 TATA-BOX BINDING PROTEIN" /inference="protein motif:HMMPfam:PF00352 TBP InterPro:IPR000814 TATA-box binding" /inference="protein motif:ScanRegExp:PS00351 TFIID InterPro:IPR000814 TATA-box binding" /inference="protein motif:superfamily:SSF55945 TATA-box binding protein-like InterPro:IPR012294 Transcription factor TFIID, C-terminal/DNA glycosylase, N-terminal" /codon_start=1 /transl_table=11 /product="TATA box-binding protein, transcription initiation factor TFIID (tbp)" /protein_id="ACS32948.1" /translation="MVDISNVKLRIENIVASVDLFAELNLEKVIEICPNSKYNPEEFP GIICRFDEPKVALLIFSSGKLVVTGAKSVEDIERAVKKLTEMLKTKVGTKFTKPPQID IQNMVFSGDIGMEFNLDAVALSLPNCEYEPEQFPGVIYRAKDPKAVILLFSSGKIVCS GAKSEKDAWEAVKKLLRELEKYGLIGEEEEEW" gene complement(440396..442099) /locus_tag="TGAM_0447" /note="tg0447" CDS complement(440396..442099) /locus_tag="TGAM_0447" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:COG1542, Uncharacterized conserved protein [Function unknown]" /inference="protein motif:CDD:DUF505, Protein of unknown function (DUF505)" /inference="protein motif:COG:COG1542 Uncharacterized conserved protein; S Function unknown" /inference="protein motif:HMMPfam:PF04458 DUF505 InterPro:IPR007548 Protein of unknown function DUF505" /note="Contains DUF505 domain" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein" /protein_id="ACS32949.1" /translation="MYLKRRHLEILREMKKTDSQTEIEAKLPEEFQIRAIELYILGFA ELEGGKIKLTEAGRKLLEITELLNLDELPEVVADTEIMKMLELLEETGKVPEGWLEKL KERKLADENGLTEFGKALLKLYRETHPVVYLTPEIVSFLRGMPKIGTLDELITYKNSK LYGDNIVNALQAMRLLLISPPTENGRAFATTPAAKLALKAVSMIPVFARAIVLRKEDF EALKAGRSNAELESMGLADEKGTTEFGKAVMETYEAMGRVEEKVLPIYLLNDELAVLK VIKEIEEKYETNPDILPTEKEIGKRVEVEDLGAILHLLESKELVERRLVKNRDTYWLT EWGKEAINFGTVSPDAMKAVTYAESGDVPIAEWVIKAQEEGVVKAGVTDKGRFYLKLS RSIKRKPFLTRYDAAILAKTPRKKYIHRDELVELVRDYVGGDEKEIIRAIGEAEAKGF VVELQNGMVKLTELGDKVKTALENAKLQEIVKVKFSVTPTLYNVLRVIYEELETFNRI WKEKGEIRGYKMEEVDVIRKHLSLSDDEIKKALTMLRQLGFLGSKSLTEAGKVLVEAY L" gene complement(442197..443039) /locus_tag="TGAM_0448" /note="tg0448" CDS complement(442197..443039) /locus_tag="TGAM_0448" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:DUF114, Protein of unknown function DUF114" /inference="protein motif:CDD:SppA, Periplasmic serine proteases (ClpP class) [Posttranslational modification, protein turnover, chaperones / Intracellular trafficking and secretion]" /inference="protein motif:COG:COG0616 Periplasmic serine proteases (ClpP class); O Posttranslational modification, protein turnover, chaperones" /inference="protein motif:Gene3D:G3D.3.90.226.10 no description" /inference="protein motif:HMMPfam:PF01972 DUF114 InterPro:IPR002825 Protein of unknown function DUF114" /inference="protein motif:superfamily:SSF52096 ClpP/crotonase" /note="Contains DUF114 domain, putative ClpP protease; 1 probable transmembrane helix predicted by modhmm" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein" /protein_id="ACS32950.1" /translation="MDPLSGFLGSLLWWLFFLYILMWPQLQYRQLQIMRAKLLAKIAK KRNSTVITMIHRQESIGFFGIPVYKFISVEDSEEILRAIRAAPKDKPIDLIIHTPGGL VLAATQIARALKEHPAETRVIVPHYAMSGGTLIALAADRIIMDPNAVLGPVDPQLGQY PAPSIVKAVEQKGAEKVDDQTLILADVAKKAIKQVQDFVFYLLKDRYGEEKARQLAQT LTEGRWTHDYPITVDHAKEMGLHVETDVPEEVYALMELYKQPVRQRGTVEFMPYPVKQ EGAK" gene 443148..443576 /locus_tag="TGAM_0449" /note="tg0449" CDS 443148..443576 /locus_tag="TGAM_0449" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:DUF356, Protein of unknown function (DUF356)" /inference="protein motif:COG:COG1844 Uncharacterized protein conserved in archaea; S Function unknown" /inference="protein motif:HMMPfam:PF04009 DUF356 InterPro:IPR007154 Protein of unknown function DUF356" /note="Contains DUF356 domain" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein" /protein_id="ACS32951.1" /translation="MRNTIVLVRTDNFQKASVALADLVRYGGMRIRGDPRIIPPALSD WAFEKISGEKPRKRFKAHVVAQIDLPPKKAIGRLMDIHPPAHILVIPPDSEVWEELMR LWGSFEKLKGFHPPKRTKAEELRRKAEKRREKEEWEFEEV" gene complement(443573..443911) /locus_tag="TGAM_0450" /note="tg0450" CDS complement(443573..443911) /locus_tag="TGAM_0450" /inference="protein motif:COG:COG1848 Predicted nucleic acid-binding protein, contains PIN domain; R General function prediction only" /inference="protein motif:HMMPfam:PF01850 PIN InterPro:IPR002716 PilT protein, N-terminal" /inference="protein motif:superfamily:SSF88723 PIN domain-like" /codon_start=1 /transl_table=11 /product="Nucleotide binding protein, putative, containing PIN domain" /protein_id="ACS32952.1" /translation="MVPVINDIVFSEFLFHYIALKTGVSPFTIKKRGEIGKVILTEEP KDFLNQFHVLPTDDEVLEVSYGLIRKHNLLPNDAIILATCLVFEVRNFGTLDSDLKQA GEKEGLNVLP" gene complement(444004..444174) /locus_tag="TGAM_0451" /note="tg0451" CDS complement(444004..444174) /locus_tag="TGAM_0451" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein" /protein_id="ACS32953.1" /translation="MGEIVVKVPSGMERLIERKIKIILEREIRKGLSRAVLSKYLGKF KGDVNEEDWYLQ" gene complement(444210..445586) /locus_tag="TGAM_0452" /note="tg0452" CDS complement(444210..445586) /locus_tag="TGAM_0452" /inference="protein motif:CDD:McrC, McrBC 5-methylcytosine restriction system component [Defense mechanisms]" /inference="protein motif:COG:COG4268 McrBC 5-methylcytosine restriction system component; V Defense mechanisms" /inference="protein motif:superfamily:SSF52980 Restriction endonuclease-like" /codon_start=1 /transl_table=11 /product="McrBC 5-methylcytosine restriction system component" /protein_id="ACS32954.1" /translation="MPRLTTITLYEHDEKRYRDIAGDKKAIQDALIKLNKQFKKDFKK LDRSEDNSDTEDTIDESKGVVEVYANKIKARHYVGFAAVDNVFLQILPKVFKPKKEQT QETQEDTWEPILAFIRMLDMAYGLKIKDHDLAYLQGRNLRPNLYEVFIYLFAKSLWSE VQRGYHREYVEVHREEKFLRGKLLMSRQIRKLPHQLNTFSVEVHELIEDNLLNRIFYA SVREALRRTTWGLNRKLLGELMLAFDGITPIHLRTEHFERVHFTRLNERFRRPFELAK LLFMPASGKGRSREVSGFFVDMNKLFERFIERVLVRNLPPEYKLFYQESYPFLKNQNG SSQKPDYVVRKGNTPVVVLDAKYRELKERIPSSDMLRQLYVYSRIWGYKTSHENDSKP PAVIVIPSSSTYNQGLPDKPLEFEFFDERKLFIVAYNMDYVKTGAIFKADKNFRRSLN NIIGKLNT" gene complement(445592..447433) /locus_tag="TGAM_0453" /note="tg0453" CDS complement(445592..447433) /locus_tag="TGAM_0453" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:COG:COG1401 GTPase subunit of restriction endonuclease; V Defense mechanisms" /inference="protein motif:Gene3D:G3D.3.40.50.300 no description" /inference="protein motif:HMMPanther:PTHR11603 AAA-FAMILY ATPASE-RELATED" /inference="protein motif:HMMPanther:PTHR11603:SF52 CELL DIVISION CYCLE PROTEIN 48" /inference="protein motif:HMMPfam:PF07728 AAA_5 InterPro:IPR011704 ATPase associated with various cellular activities, AAA-5 GO:Molecular Function:ATP binding (GO:0005524), Molecular Function:ATPase activity (GO:0016887)" /inference="protein motif:HMMSmart:SM00382 no description InterPro:IPR003593 AAA ATPase GO:Molecular Function:nucleotide binding (GO:0000166), Molecular Function:nucleoside-triphosphatase activity (GO:0017111)" /inference="protein motif:superfamily:SSF52540 P-loop containing nucleoside triphosphate hydrolases" /codon_start=1 /transl_table=11 /product="GTPase subunit of restriction endonuclease" /protein_id="ACS32955.1" /translation="MENQLFIIGIGTGTDEYENFEETILKGVKRNELEGQIGPDILDN CCSDVCYFWGRSKETIYEKKIDKGDMVLFYVGKRISRNKVDLNQETAVYLGIICETVE ISENDVSFLNDFWRKGENFRFLMFFKKKPEKLHHSINEINSKLGYNPDYFPIAGYVKP ERMSGVYDILKNILKKRGILKESDSMNESAGHNIKEDYFRVDMLLNKKGQVILYGPPG TGKTWIARKYVVEETNEKTPGNKWEFITFHQSYSYEEFIEGFRPRTDNEEKIRYVVED GIFKKIALRALVKGLFELEDATIGKDKIHRLYILLTKKEPLSPTEYEEYLRLKRYLWE LVGGLPKDKLKNLTPKFYLIIDEINRGNISKIFGELITLLEKDKRLGGENQLIVRLPY SGEPFAVPPNLYIIGTMNTADRSIALLDVALRRRFAFIEVEPRPEFLEKENLKKIREK KLKTEDRKRLNEKLNELFSKLGNDNYFLKTLLEKINVRITVVKDRDHRIGHSYFLNVE TVEDLHHVWYYEVLPLLMEYFYNDWETIKWVLNEKGKEHGNVFFEKLRLTGPNGEEAY QLKVLEGDAFIGALKRIISKNTPSQEGGATTNEENSPENTQSQTEGD" gene complement(447476..448018) /locus_tag="TGAM_0454" /note="tg0454" CDS complement(447476..448018) /locus_tag="TGAM_0454" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:COG1813, Predicted transcription factor, homolog of eukaryotic MBF1 [Transcription]" /inference="protein motif:COG:COG1813 Predicted transcription factor, homolog of eukaryotic MBF1; K Transcription" /inference="protein motif:HMMPfam:PF01381 HTH_3 InterPro:IPR001387 Helix-turn-helix type 3 GO:Molecular Function:sequence-specific DNA binding (GO:0043565)" /inference="protein motif:HMMSmart:SM00530 no description InterPro:IPR001387 Helix-turn-helix type 3 GO:Molecular Function:sequence-specific DNA binding (GO:0043565)" /inference="protein motif:ProfileScan:PS50943 HTH_CROC1 InterPro:IPR001387 Helix-turn-helix type 3 GO:Molecular Function:sequence-specific DNA binding (GO:0043565)" /inference="protein motif:superfamily:SSF47413 lambda repressor-like DNA-binding domains InterPro:IPR010982 Lambda repressor-like, DNA-binding" /inference="protein motif:superfamily:SSF57716 Glucocorticoid receptor-like (DNA-binding domain)" /codon_start=1 /transl_table=11 /product="Transcription regulator, putative, DNA binding helix-turn helix protein" /protein_id="ACS32956.1" /translation="MVAMSKAKPRYCEICGAPIRGPGHRIRLEGAEVLVCDRCYEKYG RKKSGFSIMPTGREPRRRPVSAPRPKREPKPYRERPLYTEEIVEDFAERVYRAIQRSG KSYEELSHEIGLSVNDLRAIAHGYREPTIKEAKKLERYFKITLIERVEEEFKEKKTIP KDYEPTLGDIANIRIRKRKK" gene 447996..448550 /locus_tag="TGAM_0455" /note="tg0455" CDS 447996..448550 /locus_tag="TGAM_0455" /inference="protein motif:CDD:Acetyltransf_1, Acetyltransferase (GNAT) family" /inference="protein motif:CDD:RimI, Acetyltransferases [General function prediction only]" /inference="protein motif:COG:COG0454 Histone acetyltransferase HPA2 and related acetyltransferases; K Transcription" /inference="protein motif:Gene3D:G3D.3.40.630.30 no description" /inference="protein motif:HMMPanther:PTHR10216 N-ACETYLTRANSFERASE" /inference="protein motif:HMMPfam:PF00583 Acetyltransf_1 InterPro:IPR000182 GCN5-related N-acetyltransferase GO:Molecular Function:N-acetyltransferase activity (GO:0008080)" /inference="protein motif:superfamily:SSF55729 Acyl-CoA N-acyltransferases (Nat)" /codon_start=1 /transl_table=11 /product="N-acetyltransferase" /protein_id="ACS32957.1" /translation="MALLIATTFSTAQSSESGFLNPTMRISMMTKVKIEKLQKLDQET LERLIEIYMNAYEGMREYGGEGESYAKRYLRWCWSKAKDGFFVAKIGDKIVGFIVCDD DWYSRYEGRTVGAIHEFAVDKSYQGHGIGRKLMEKCLEYLGGKDIELWVGEKNERAKR FYEEYGFREVGKHGIWVRMVRRKR" gene 448579..448878 /locus_tag="TGAM_0456" /note="tg0456" CDS 448579..448878 /locus_tag="TGAM_0456" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein" /protein_id="ACS32958.1" /translation="MVAMPCIHPPSPDKVRNMKEESFIREGKGKLKVTIEGSETLETT MSGRLKSVEEVAEMLGVEAKNGKIDAVVDGVKVRMEKGKLELEFESGDRMRIERA" gene complement(448875..449264) /locus_tag="TGAM_0457" /note="tg0457" CDS complement(448875..449264) /locus_tag="TGAM_0457" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:HMMPfam:PF01850 PIN InterPro:IPR002716 PilT protein, N-terminal" /inference="protein motif:HMMSmart:SM00670 no description InterPro:IPR006596 Nucleotide binding protein, PINc" /inference="protein motif:superfamily:SSF88723 PIN domain-like" /codon_start=1 /transl_table=11 /product="Nucleotide binding protein, putative, containing PIN domain" /protein_id="ACS32959.1" /translation="MIVIPDTSALVELIKGTEKGKAVLEILNESELVIIPTLVLAELS SFLERNGVDLSIVKTIADMGLVVPLDKEVAINAGKLHAEIRRKNKNKHVSLADCIISK TAKRYGALVVTTDYHFRLLGDAIIIES" gene complement(449261..449425) /locus_tag="TGAM_0458" /note="tg0458" CDS complement(449261..449425) /locus_tag="TGAM_0458" /codon_start=1 /transl_table=11 /product="Hypothetical protein" /protein_id="ACS32960.1" /translation="MGEDMTIEVKVPISGDELKRLLEGRGRKKNWEKLFGIAKELPEF REEDRVDVRI" gene complement(449462..449866) /locus_tag="TGAM_0459" /note="tg0459" CDS complement(449462..449866) /locus_tag="TGAM_0459" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:BlastProDom:PD003834 Q9UYY6_PYRAB_Q9UYY6; InterPro:IPR002878 Protein of unknown function DUF35" /inference="protein motif:CDD:DUF35, Domain of unknown function DUF35" /inference="protein motif:COG:COG1545 Predicted nucleic-acid-binding protein containing a Zn-ribbon; R General function prediction only" /inference="protein motif:HMMPfam:PF01796 DUF35 InterPro:IPR002878 Protein of unknown function DUF35" /note="Belongs to DUF35 family" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein" /protein_id="ACS32961.1" /translation="MARPMQISRYWRHFREKYRLIGGKCENGHVFFPYRSVCPVCGSR NVEEYEFSGKGKVLTWTIVRNPPSGFEYYKPYPLALVQLEEGPVVLAQLTDVEPEEIH EGMEVEAVTRKVREFEEDGIILYAYKFRPVLK" gene complement(449869..451038) /locus_tag="TGAM_0460" /note="tg0460" CDS complement(449869..451038) /locus_tag="TGAM_0460" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:nondecarbox_cond_enzymes, nondecarboxylating condensing enzymes" /inference="protein motif:CDD:PaaJ, Acetyl-CoA acetyltransferase [Lipid metabolism]" /inference="protein motif:CDD:SCP-x_thiolase, Thiolase domain associated with sterol carrier protein (SCP)-x isoform and related proteins" /inference="protein motif:CDD:thiolase, Thiolase are ubiquitous enzymes that catalyze the reversible thiolytic cleavage of 3-ketoacyl-CoA into acyl-CoA and acetyl-CoA, a 2-step reaction involving a covalent intermediate formed with a catalytic cysteine" /inference="protein motif:CDD:Thiolase_N, Thiolase, N-terminal domain" /inference="protein motif:COG:COG0183 Acetyl-CoA acetyltransferase; I Lipid transport and metabolism" /inference="protein motif:Gene3D:G3D.3.40.47.10 no description" /inference="protein motif:HMMPanther:PTHR18919 ACETYL-COA C-ACYLTRANSFERASE InterPro:IPR002155 Thiolase" /inference="protein motif:HMMPanther:PTHR18919:SF8 ACETYL-COA C-ACYLTRANSFERASE" /inference="protein motif:HMMPfam:PF00108 Thiolase_N InterPro:IPR002155 Thiolase" /inference="protein motif:HMMPfam:PF02803 Thiolase_C InterPro:IPR002155 Thiolase" /inference="protein motif:HMMPIR:PIRSF000429 Acetyl-CoA acetyltransferase" /inference="protein motif:superfamily:SSF53901 Thiolase-like" /codon_start=1 /transl_table=11 /product="Acetyl-CoA C-acetyltransferase" /protein_id="ACS32962.1" /translation="MVEMRKAVIIGAGMTPVGEHWKLALRDLAVEALLNAMEDAGVDK VDSLYVGNMASGSFVEQENLGALIADWAGLGNIPAVKIEAACASGGAAVQEGVKAVLS GLEDVVAVVGVEKMTDAWPSDATRYLAYAADAEWELFHGASFVALNALIMRHYMKTYG YTEEDLALFAVNAHANGAKNPYAMFKKPIKVETVLKSPYIADPLKLFDASPVCDGAAA VIITTPEKAKELGVPKEKWVEVAGMARAIDTINLANREDLLTLKAAKIAAEKAYKMAG VEPKDIDFFEVHDAFTIMAALSLEALGVAKKGEGAKLAREGQIAIDGDYPIQTMGGLK SRGHPVGATGVYQTVEAVLQLRGEAPNQVPDAEVGLTQNIGGTGSNITVNILRRV" gene complement(451040..452092) /locus_tag="TGAM_0461" /note="tg0461" CDS complement(451040..452092) /locus_tag="TGAM_0461" /EC_number="2.3.3.10" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:FabH, 3-oxoacyl-[acyl-carrier-protein]" /inference="protein motif:CDD:HMG_CoA_synt, Hydroxymethylglutaryl-coenzyme A synthase" /inference="protein motif:CDD:init_cond_enzymes, 'initiating' condensing enzymes are a subclass of decarboxylating condensing enzymes, including beta-ketoacyl [ACP] synthase, type III and polyketide synthases, type III, which include chalcone synthase and related enzymes" /inference="protein motif:CDD:KAS_III, Ketoacyl-acyl carrier protein synthase III (KASIII) initiates the elongation in type II fatty acid synthase systems" /inference="protein motif:CDD:PksG, 3-hydroxy-3-methylglutaryl CoA synthase [Lipid metabolism]" /inference="protein motif:COG:COG3425 3-hydroxy-3-methylglutaryl CoA synthase; I Lipid transport and metabolism" /inference="protein motif:Gene3D:G3D.3.40.47.10 no description" /inference="protein motif:HMMPanther:PTHR11877 HYDROXYMETHYLGLUTARYL-COA SYNTHASE-RELATED" /inference="protein motif:HMMPanther:PTHR11877:SF2 ACYL CARRIER PROTEIN SYNTHASE-RELATED" /inference="protein motif:HMMPfam:PF01154 HMG_CoA_synt_N InterPro:IPR013528 Hydroxymethylglutaryl-coenzyme A synthase, N-terminal" /inference="protein motif:HMMPfam:PF08541 ACP_syn_III_C InterPro:IPR013747 3-Oxoacyl-[acyl-carrier-protein (ACP)] synthase III C terminal" /inference="protein motif:HMMPIR:PIRSF001368 3-hydroxy-3-methylglutaryl CoA synthase InterPro:IPR008260 Hydroxymethylglutaryl-coenzyme A synthase GO:Molecular Function:hydroxymethylglutaryl-CoA synthase activity (GO:0004421), Biological Process:acetyl-CoA metabolism (GO:0006084)" /inference="protein motif:HMMTigr:TIGR00748 HMG_CoA_syn_Arc:hydroxymethylglutary InterPro:IPR004656 Putative condensing enzyme FabH-related" /inference="protein motif:superfamily:SSF53901 Thiolase-like" /codon_start=1 /transl_table=11 /product="3-hydroxy-3-methylglutaryl CoA synthase" /protein_id="ACS32963.1" /translation="MRKLLKPKREVGIVGYGAYVPMYRIKAEEIGRVWGVSSFPIEEK AVPGLDEDALTIGLEAARNALKRAGIDPKLIRAVWFGSESKPYAVKPTGTVIAEAIGA TPDVSTADFEFACKAGTEALQTAIGFVGSEMADYAMAIGADTAQGRPGDHLEFTAGAG GAAFIVGPKSSETVAYFEGSYSYVTDTPDFWRRQHEHYPRHGNRFTGEPAYFHHIINA AKTLMEELGLTVNDFDYAVFHQPNVKFPLTVAKILGIPKEKVLPGLLSGTIGNTYSGA TMVGVSAVLDIAKPGDRILWVSFGSGAGSDAFSVVVQDAIEEKRNLAPKVKDYVERKK YIDYALYAKARRKYIL" gene 452241..452909 /locus_tag="TGAM_0462" /note="tg0462" CDS 452241..452909 /locus_tag="TGAM_0462" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:BlastProDom:PD013634 Q9V255_PYRAB_Q9V255; InterPro:IPR002838 Protein of unknown function DUF124" /inference="protein motif:CDD:DUF124, Protein of unknown function DUF124" /inference="protein motif:COG:COG2013 Uncharacterized conserved protein; S Function unknown" /inference="protein motif:HMMPfam:PF01987 DUF124 InterPro:IPR002838 Protein of unknown function DUF124" /inference="protein motif:HMMTigr:TIGR00266 TIGR00266:conserved hypothetical protein T InterPro:IPR002838 Protein of unknown function DUF124" /note="Contains DUF124 domain" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein" /protein_id="ACS32964.1" /translation="MKYEIKHRPSFSVLEVELNTGESIQAESGAMVYMSPTIKLETKA KGGIFGALKRSMLGGESFFINTFRAEGGPGTVGLAPPYPGDIEAFELDGTLYAQSGAF LASSGEIDIDTKWGGAKTFFGREGLFLLKMSGRGTVFLSSFGAIVRKELHNERFIIDT GHLVAFSEGLDFTVKRVGGLKSTLLSGEGLVAEFYGTGTLYIQTRSMDGFLSWIIPHL PKRG" gene complement(452965..453645) /gene="flpA" /locus_tag="TGAM_0463" /note="tg0463" CDS complement(452965..453645) /gene="flpA" /locus_tag="TGAM_0463" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:BlastProDom:PD004637 FLPA_PYRHO_O57811; InterPro:IPR000692 Fibrillarin GO:Molecular Function:RNA binding (GO:0003723), Cellular Component:nucleus (GO:0005634), Biological Process:rRNA processing (GO:0006364)" /inference="protein motif:CDD:Fibrillarin, Fibrillarin" /inference="protein motif:CDD:NOP1, Fibrillarin-like rRNA methylase [Translation, ribosomal structure and biogenesis]" /inference="protein motif:COG:COG1889 Fibrillarin-like rRNA methylase; J Translation, ribosomal structure and biogenesis" /inference="protein motif:FPrintScan:PR00052 FIBRILLARIN InterPro:IPR000692 Fibrillarin GO:Molecular Function:RNA binding (GO:0003723), Cellular Component:nucleus (GO:0005634), Biological Process:rRNA processing (GO:0006364)" /inference="protein motif:Gene3D:G3D.3.40.50.150 no description" /inference="protein motif:HMMPanther:PTHR10335 FIBRILLARIN InterPro:IPR000692 Fibrillarin GO:Molecular Function:RNA binding (GO:0003723), Cellular Component:nucleus (GO:0005634), Biological Process:rRNA processing (GO:0006364)" /inference="protein motif:HMMPanther:PTHR10335:SF1 FIBRILLARIN" /inference="protein motif:HMMPfam:PF01269 Fibrillarin InterPro:IPR000692 Fibrillarin GO:Molecular Function:RNA binding (GO:0003723), Cellular Component:nucleus (GO:0005634), Biological Process:rRNA processing (GO:0006364)" /inference="protein motif:ScanRegExp:PS00566 FIBRILLARIN InterPro:IPR000692 Fibrillarin GO:Molecular Function:RNA binding (GO:0003723), Cellular Component:nucleus (GO:0005634), Biological Process:rRNA processing (GO:0006364)" /inference="protein motif:superfamily:SSF53335 S-adenosyl-L-methionine-dependent methyltransferases" /codon_start=1 /transl_table=11 /product="Fibrillarin pre-rRNA splicing protein (flpA)" /protein_id="ACS32965.1" /translation="MKVKKHRFPGVYIVIDDDGSEKIATKNLVPGQRVYGERVIKFEG EEYRIWNPSRSKLGAAILNGLKNFPIKPGSTVLYLGIASGTTASHVSDIVGWEGKIFG VEFSPRVLRELVPIVEERRNIVPILGDATKPEGYRALVPKVDVIFEDVAQPTQAKILI DNAKVFLKSGGYGMISVKSRSIDVTKEPEEVFKEVERELASYFEVVERLSLEPYEKDH ALFVVRKP" gene complement(453651..454919) /locus_tag="TGAM_0464" /note="tg0464" CDS complement(453651..454919) /locus_tag="TGAM_0464" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:BlastProDom:PD004104 O57810_PYRHO_O57810; InterPro:IPR002687 Pre-mRNA processing ribonucleoprotein, binding region" /inference="protein motif:CDD:Nop, Putative snoRNA binding domain" /inference="protein motif:CDD:SIK1, Protein implicated in ribosomal biogenesis, Nop56p homolog [Translation, ribosomal structure and biogenesis]" /inference="protein motif:COG:COG1498 Protein implicated in ribosomal biogenesis, Nop56p homolog; J Translation, ribosomal structure and biogenesis" /inference="protein motif:HMMPanther:PTHR10894 NUCLEOLAR PROTEIN NOP56-RELATED" /inference="protein motif:HMMPanther:PTHR10894:SF1 NUCLEOLAR PROTEIN NOP56-RELATED" /inference="protein motif:HMMPfam:PF01798 Nop InterPro:IPR002687 Pre-mRNA processing ribonucleoprotein, binding region" /inference="protein motif:HMMPfam:PF08060 NOSIC InterPro:IPR012976 NOSIC" /inference="protein motif:superfamily:SSF89124 Nop domain" /codon_start=1 /transl_table=11 /product="pre-mRNA splicing, snoRNA binding protein, NOP5/NOP56 related" /protein_id="ACS32966.1" /translation="MRVYIAENVRGVYAFDESGKLIASKPFSGKPETSLDRLLKGEPS DELSALLDELKGEGYEEFIVEDTELSRKLKELGYNATAEFPNLAGEKLRSSPEEFLGE NWFDEYYTVGVALTRLRIQEQSGARDKMIIQAIEALDDIDKVINLLVSRLREWYGLHF PELDEILPKHPQYVTFVKEIGPRENVSREKLEKLGFSEGKIKKILKAAEKSMGAPLGK FDSEIIRKLASEISDLYKLREQIEDYLETAMDEVAPNLKALVGAKLAARLMSLAGGLK ELAMMPASTIQVLGAEKALFRHLRTGAKPPKHGVIFQYPAINRSPWWQRGKIARALAG KLAIAARVDYFSGEYIGEELKKELEQRIKEIKEKYPNPPKRKAKPEKKKKKKFKGKEK KGKKHEKGRKEKKGKGKPDKKGKKKKKGKR" gene 455018..456085 /locus_tag="TGAM_0465" /note="tg0465" CDS 455018..456085 /locus_tag="TGAM_0465" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:ThiI, Thiamine biosynthesis ATP pyrophosphatase [Coenzyme metabolism]" /inference="protein motif:CDD:THUMP, THUMP domain" /inference="protein motif:COG:COG1818 Predicted RNA-binding protein, contains THUMP domain; R General function prediction only" /inference="protein motif:HMMPfam:PF02926 THUMP InterPro:IPR004114 THUMP" /inference="protein motif:superfamily:SSF75217 alpha/beta knot" /note="Contains THUMP domain" /codon_start=1 /transl_table=11 /product="RNA-binding protein, putative" /protein_id="ACS32967.1" /translation="MGAGRKFIVKTQRGMESVAANYISELLPKAEVWASPMGYSGLVL VESSDEDALEKILQIPEVERVIPVIVETEASLEKIAESAEKLADFIDENETYAVKTKR RGKHDFSSIDVNRVLGAKIKELTNADVNLSWPDKVVQVEIIGDRAYISVIPGEEFRKY TPDKIDARKLFKKLTIVQMPYWGDYKACRLFGEKIGRAAQAFEVKELIIAPKERMDAY ELMEFIRGVKIGQESRYQIQRDAYPWNVEKVPVTVWDLYQVVRDKRRKKRLLIITDPK GPTLAEVKDKLAKDLHYAKEVVVFIGSREGIPKGLFRFADYVVDLAPYMTFATEHGIP AALVSLWEVYEEFLRGGEKGE" gene complement(456139..456864) /locus_tag="TGAM_0466" /note="tg0466" CDS complement(456139..456864) /locus_tag="TGAM_0466" /inference="protein motif:BlastProDom:PD014594 Q8TZQ7_PYRFU_Q8TZQ7; InterPro:IPR002794 Protein of unknown function DUF92, transmembrane" /inference="protein motif:CDD:COG1836, Predicted membrane protein [Function unknown]" /inference="protein motif:CDD:DUF92, Integral membrane protein DUF92" /inference="protein motif:COG:COG1836 Predicted membrane protein; S Function unknown" /inference="protein motif:HMMPanther:PTHR13353 FAMILY NOT NAMED InterPro:IPR002794 Protein of unknown function DUF92, transmembrane" /inference="protein motif:HMMPfam:PF01940 DUF92 InterPro:IPR002794 Protein of unknown function DUF92, transmembrane" /note="5 probable transmembrane helices predicted by modhmm" /codon_start=1 /transl_table=11 /product="Integral membrane protein" /protein_id="ACS32968.1" /translation="MHDPSFTTLIIGLIVPLLGVIAYRAKALDLAGTLASVLLGILVI YLGGVYTFLALLVFLVFGTATTKYRFNEKVKKGFSSIEERTRSVGNVLGNGLAVVVFL IVEAITRQDVFWAATFSAIATVNGDTLASELGKVYGKRPRLITNLKPVKPGTNGGISL AGELFALLGVLVIVPFALPLTKYDLTMTLAVLTGGFLGINADSFIGATLENKGLLDNN GTNFLASLIGGLIGALVFYTLGG" gene complement(456967..457422) /locus_tag="TGAM_0467" /note="tg0467" CDS complement(456967..457422) /locus_tag="TGAM_0467" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:HTH_ASNC, helix_turn_helix ASNC type; AsnC:an autogenously regulated activator of asparagine synthetase A transcription in Escherichia coli)" /inference="protein motif:CDD:Lrp, Transcriptional regulators [Transcription]" /inference="protein motif:COG:COG1522 Transcriptional regulators; K Transcription" /inference="protein motif:FPrintScan:PR00033 HTHASNC InterPro:IPR000485 Bacterial regulatory proteins, AsnC/Lrp GO:Molecular Function:transcription factor activity (GO:0003700), Cellular Component:intracellular (GO:0005622), Biological Process:regulation of transcription, DNA-dependent (GO:0006355), Molecular Function:sequence-specific DNA binding (GO:0043565)" /inference="protein motif:Gene3D:G3D.1.10.10.10 no description InterPro:IPR011991 Winged helix repressor DNA-binding" /inference="protein motif:HMMPfam:PF01022 HTH_5 InterPro:IPR001845 Bacterial regulatory protein, ArsR GO:Molecular Function:transcription factor activity (GO:0003700), Cellular Component:intracellular (GO:0005622), Biological Process:regulation of transcription, DNA-dependent (GO:0006355)" /inference="protein motif:HMMPfam:PF01037 AsnC_trans_reg InterPro:IPR000485 Bacterial regulatory proteins, AsnC/Lrp GO:Molecular Function:transcription factor activity (GO:0003700), Cellular Component:intracellular (GO:0005622), Biological Process:regulation of transcription, DNA-dependent (GO:0006355), Molecular Function:sequence-specific DNA binding (GO:0043565)" /inference="protein motif:HMMSmart:SM00344 no description InterPro:IPR000485 Bacterial regulatory proteins, AsnC/Lrp GO:Molecular Function:transcription factor activity (GO:0003700), Cellular Component:intracellular (GO:0005622), Biological Process:regulation of transcription, DNA-dependent (GO:0006355), Molecular Function:sequence-specific DNA binding (GO:0043565)" /inference="protein motif:ProfileScan:PS50956 HTH_ASNC_2 InterPro:IPR000485 Bacterial regulatory proteins, AsnC/Lrp GO:Molecular Function:transcription factor activity (GO:0003700), Cellular Component:intracellular (GO:0005622), Biological Process:regulation of transcription, DNA-dependent (GO:0006355), Molecular Function:sequence-specific DNA binding (GO:0043565)" /inference="protein motif:superfamily:SSF46785 'Winged helix' DNA-binding domain" /inference="protein motif:superfamily:SSF54909 Dimeric alpha+beta barrel InterPro:IPR011008 Dimeric alpha-beta barrel" /codon_start=1 /transl_table=11 /product="Transcription regulator protein, Lrp-Asn family" /protein_id="ACS32969.1" /translation="MPRKVKIDSIDLRIVHLLSENARMTYKELAEAIGTTRQRISRRM DKLERMGIIQKYTILPDYESLGYSYIILGITLKPGAKTDSIIQNLKEKEYVKIIQKAL GTHNLVVHVIAPKDMREIQSIIESITSDIEDIDHVDITFITETCKFQTF" gene complement(457681..459594) /locus_tag="TGAM_0468" /note="tg0468" CDS complement(457681..459594) /locus_tag="TGAM_0468" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:COG:COG1067 Predicted ATP-dependent protease; O Posttranslational modification, protein turnover, chaperones" /inference="protein motif:FPrintScan:PR00830 ENDOLAPTASE InterPro:IPR001984 Peptidase S16, lon protease GO:Molecular Function:ATP-dependent peptidase activity (GO:0004176), Molecular Function:serine-type endopeptidase activity (GO:0004252), Biological Process:proteolysis (GO:0006508)" /inference="protein motif:Gene3D:G3D.1.10.8.60 no description" /inference="protein motif:Gene3D:G3D.3.40.50.300 no description" /inference="protein motif:HMMPanther:PTHR10046 ATP DEPENDENT LON PROTEASE FAMILY MEMBER" /inference="protein motif:HMMPanther:PTHR10046:SF2 ATP-DEPENDENT PROTEASE LA" /inference="protein motif:HMMPfam:PF05362 Lon_C InterPro:IPR008269 Peptidase S16, lon C-terminal GO:Molecular Function:ATP-dependent peptidase activity (GO:0004176), Molecular Function:serine-type endopeptidase activity (GO:0004252), Biological Process:proteolysis (GO:0006508)" /inference="protein motif:HMMPfam:PF07728 AAA_5 InterPro:IPR011704 ATPase associated with various cellular activities, AAA-5 GO:Molecular Function:ATP binding (GO:0005524), Molecular Function:ATPase activity (GO:0016887)" /inference="protein motif:HMMSmart:SM00382 no description InterPro:IPR003593 AAA ATPase GO:Molecular Function:nucleotide binding (GO:0000166), Molecular Function:nucleoside-triphosphatase activity (GO:0017111)" /inference="protein motif:HMMTigr:TIGR00764 lon_rel:ATP-dependent protease, putative InterPro:IPR004663 Peptidase S16, archaeal lon homologs GO:Molecular Function:ATP-dependent peptidase activity (GO:0004176), Molecular Function:ATP binding (GO:0005524), Biological Process:protein catabolism (GO:0030163)" /inference="protein motif:ProfileScan:PS50045 SIGMA54_INTERACT_4 InterPro:IPR002078 Sigma-54 factor, interaction region GO:Molecular Function:ATP binding (GO:0005524), Cellular Component:intracellular (GO:0005622), Biological Process:regulation of transcription, DNA-dependent (GO:0006355), Molecular Function:transcription factor binding (GO:0008134)" /inference="protein motif:superfamily:SSF52540 P-loop containing nucleoside triphosphate hydrolases" /note="2 probable transmembrane helices predicted by modhmm" /codon_start=1 /transl_table=11 /product="ATP-dependent protease, archaeal Lon-like protein" /protein_id="ACS32970.1" /translation="MPEAEKGMLMGEERTLQTGETLDLGIEFETTEEIKVPERLIDQV IGQEHAVEVIKTAAGQRRHVLLIGEPGTGKSMLGQAMAELLPTENLEDILVFPNPEDE NMPKIKTVPACQGRRIVQKYREKAKNQENIKSYLLLAIVFMVMMAVMMQYSTQNFLMG LFVIILTIMVLSNMRLKTSVLVPKLLVDNCGRTKAPFVDATGAHAGALLGDVRHDPFQ SGGLGTPAHERVEPGMIHRAHKGVLFIDEIATLSLKMQQSLLTAMQEKKFPITGQSEL SSGAMVRTEPVPCDFILVAAGNLDTVDKMHPALRSRIRGYGYEVYMRTTMPDTIENRR KLVQFVAQEVKRDGKIPHFTREAVEEIVREAQKRAGRKGHLTLRLRDLGGIVRAAGDI AVKKGKKYVEREDVLEAMKMAKPLEKQLADWYIENKKEYQVIKTEGGEIGRVNGLAVI GEQSGIVLPIEAVVAPAASKEEGKIIVTGKLGEIAKEAIQNVSAIIKRYKGEDISRYD IHVQFLQTYEGVEGDSASISVATAVISALEDIPIRQDVAMTGSLSVRGEVLPIGGATP KIEAAIEAGIKTVIIPKANEKDVFLSPDKAKKIRIIPVETIDEVLEIALEDSEKKREL LSRIRSALPLHKS" gene 459680..460471 /locus_tag="TGAM_0469" /note="tg0469" CDS 459680..460471 /locus_tag="TGAM_0469" /experiment="gene product confirmed by mass spectrometry" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein" /protein_id="ACS32971.1" /translation="MPRSVEDHVMFTAKHGNWKVADKLIDVEDEKIARFLARVGNTVN SKIPEYLTDVMNVAGIMSLAEGIDGDLTKVIVSLKSPGISRKLGALVFEEDKKLKKLL VDAARALLVRLTLSRFVPVDYPDGLLKEVRVVFPFPDDHVNFTAKHGSWIVVKRLIID DSTPKVDVARLLASINETVTLKLPAYAGIDVNGIEEWFGPRKKVKKSEIPSIVERYLN FQPSEFAPGFEEHARVYALRIALERIGLSLDVPAKSLEKYLEKKP" gene 460468..460911 /locus_tag="TGAM_0470" /note="tg0470" CDS 460468..460911 /locus_tag="TGAM_0470" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:Ribonuc_L-PSP, Endoribonuclease L-PSP" /inference="protein motif:CDD:TdcF, Putative translation initiation inhibitor, yjgF family [Translation, ribosomal structure and biogenesis]" /inference="protein motif:CDD:YjgF_like, YjgF, YER057c, and UK114 belong to a large family of proteins present in bacteria, archaea, and eukaryotes with no definitive function" /inference="protein motif:CDD:YjgF_like1, YjgF_like1 belong to a large family of proteins present in bacteria, archaea, and eukaryotes with no definitive function" /inference="protein motif:CDD:YjgH, YjgH belong to a large family of proteins present in bacteria, archaea, and eukaryotes with no definitive function" /inference="protein motif:COG:COG0251 Putative translation initiation inhibitor, yjgF family; J Translation, ribosomal structure and biogenesis" /inference="protein motif:Gene3D:G3D.3.30.70.130 no description" /inference="protein motif:HMMPanther:PTHR11803 TRANSLATION INITIATION INHIBITOR-RELATED" /inference="protein motif:HMMPanther:PTHR11803:SF3 TRANSLATION INITIATION INHIBITOR-RELATED" /inference="protein motif:HMMPfam:PF01042 Ribonuc_L-PSP InterPro:IPR006175 Endoribonuclease L-PSP" /inference="protein motif:HMMTigr:TIGR00004 TIGR00004:endoribonuclease L-PSP, putative InterPro:IPR006056 YjgF-like protein" /inference="protein motif:ScanRegExp:PS01094 UPF0076 InterPro:IPR006056 YjgF-like protein" /inference="protein motif:superfamily:SSF55298 YjgF-like" /codon_start=1 /transl_table=11 /product="Endoribonuclease L-PSP, YjgF-like protein" /protein_id="ACS32972.1" /translation="MMRPRTPDERMRSLRFAEVNEMDREFVFPEGVSPIGPYSPGVIA SGRLLFVSGQIPLDPETGELVRGTFRDMARRAIENLLSVVEAAGGSVENVVKVTVYLR DISKYEEFNEVYSEFFASSKPARAVVEVSNLPKGVDVEIEAIAVL" gene 460936..461310 /locus_tag="TGAM_0471" /note="tg0471" CDS 460936..461310 /locus_tag="TGAM_0471" /inference="protein motif:CDD:COG1310, Predicted metal-dependent protease of the PAD1/JAB1 superfamily [General function prediction only]" /inference="protein motif:COG:COG1310 Predicted metal-dependent protease of the PAD1/JAB1 superfamily; R General function prediction only" /inference="protein motif:HMMPfam:PF01398.10 Mov34/MPN/PAD-1 family InterPro:Mov34/MPN/PAD-1" /note="Belongs to Mov34/MPN/PAD-1 family Contains Jab1/MPN domain" /codon_start=1 /transl_table=11 /product="Metal-dependant protease, putative" /protein_id="ACS32973.1" /translation="MVEKVRIREELLKYLLELARSFYPNEFAGFLREKDGIFEEVLIA PAGHFGRTSVFFNAWMLPLDESVRGTVHSHPDSVCLPSRQDLWFFSKFGGVHLILCYP FTPSDVKAFLSSGETVEIEIVP" gene 461361..461786 /locus_tag="TGAM_0472" /note="tg0472" CDS 461361..461786 /locus_tag="TGAM_0472" /inference="protein motif:CDD:HTH_DTXR, Helix-turn-helix diphteria tox regulatory element; iron dependent repressor" /inference="protein motif:CDD:TroR, Mn-dependent transcriptional regulator [Transcription]" /inference="protein motif:COG:COG1321 Mn-dependent transcriptional regulator; K Transcription" /inference="protein motif:Gene3D:G3D.1.10.10.10 no description InterPro:IPR011991 Winged helix repressor DNA-binding" /inference="protein motif:Gene3D:G3D.1.10.60.10 no description" /inference="protein motif:HMMPfam:PF01325 Fe_dep_repress InterPro:IPR001367 Iron dependent repressor GO:Molecular Function:transcription factor activity (GO:0003700), Molecular Function:iron ion binding (GO:0005506), Biological Process:regulation of transcription, DNA-dependent (GO:0006355)" /inference="protein motif:HMMPfam:PF02742 Fe_dep_repr_C InterPro:IPR001367 Iron dependent repressor GO:Molecular Function:transcription factor activity (GO:0003700), Molecular Function:iron ion binding (GO:0005506), Biological Process:regulation of transcription, DNA-dependent (GO:0006355)" /inference="protein motif:HMMSmart:SM00529 no description InterPro:IPR001367 Iron dependent repressor GO:Molecular Function:transcription factor activity (GO:0003700), Molecular Function:iron ion binding (GO:0005506), Biological Process:regulation of transcription, DNA-dependent (GO:0006355)" /inference="protein motif:ProfileScan:PS50944 HTH_DTXR InterPro:IPR001367 Iron dependent repressor GO:Molecular Function:transcription factor activity (GO:0003700), Molecular Function:iron ion binding (GO:0005506), Biological Process:regulation of transcription, DNA-dependent (GO:0006355)" /inference="protein motif:superfamily:SSF46785 'Winged helix' DNA-binding domain" /inference="protein motif:superfamily:SSF47979 Iron-dependent represor protein, dimerization domain InterPro:IPR001367 Iron dependent repressor GO:Molecular Function:transcription factor activity (GO:0003700), Molecular Function:iron ion binding (GO:0005506), Biological Process:regulation of transcription, DNA-dependent (GO:0006355)" /note="Contains HTH_DTXR domain" /codon_start=1 /transl_table=11 /product="Iron dependent transcription repressor" /protein_id="ACS32974.1" /translation="MQVSKREEEYLETMYLLYKSKGIIRVKDIAKRMNVKPPSVIDAL KKLSSKGLVEYEKYDRILLTEEGRKIAERTYAKHRFLTEFFVEILGIPPEIAEEDACQ FEHYVHEETVRRMKEFAKFIREQCPYAIKQFVKEKLEEG" gene complement(461834..463162) /locus_tag="TGAM_0473" /note="tg0473" CDS complement(461834..463162) /locus_tag="TGAM_0473" /inference="protein motif:CDD:COG2252, Permeases [General function prediction only]" /inference="protein motif:CDD:SUL1, Sulfate permease and related transporters (MFS superfamily) [Inorganic ion transport and metabolism]" /inference="protein motif:CDD:Xan_ur_permease, Permease family" /inference="protein motif:COG:COG2252 Permeases; R General function prediction only" /inference="protein motif:HMMPfam:PF00860 Xan_ur_permease InterPro:IPR006043 Xanthine/uracil/vitamin C permease GO:Molecular Function:transporter activity (GO:0005215), Biological Process:transport (GO:0006810), Cellular Component:membrane (GO:0016020)" /note="13 probable transmembrane helices predicted by modhmm" /codon_start=1 /transl_table=11 /product="Xanthine/uracil permease family protein" /protein_id="ACS32975.1" /translation="MKALERYFEFDRYGTNMKTEVLAGITTFMTMAYILFVNPKILSV AMGSEAFNSLVAVTALAAGITTIIMGFYAKKPFALAPGMGLNAYFAYTVAPKYGWKVA LAAVFVEGVIFIILSVTKVRSAIIHAIPLSQKYAVGAGIGLFLTFIGLNDMGLLTAAT DNGVLLFTGLNASALTTKEGLLFFFGLFLAGILIALRVKGALLVSILTTSVVGWITGA ANWPAHIFSTPDISYTFMKMDLQGLINVGALGVVFAFFMVDFFDTLGTVTGLSAKAGF LTKEGKVPDAEKVLLTDAIGTTFGAVLGTSTVTTYIESAAGIEEGGRTGMTAVVTGLL FLAIGLFIAPLAGAIPTFATAPALVIVGYYMLSAIKEVDFSDPTEAIPAFLVLITIPY TYSIANGIGMGFISYTLIKVFSGRWKEVHPLMYILSVVFLLYFAYLGGAF" gene 463384..463683 /gene="gar1" /locus_tag="TGAM_0474" /note="tg0474" CDS 463384..463683 /gene="gar1" /locus_tag="TGAM_0474" /inference="protein motif:CDD:GAR1, RNA-binding protein involved in rRNA processing [Translation, ribosomal structure and biogenesis]" /inference="protein motif:COG:COG3277 RNA-binding protein involved in rRNA processing; J Translation, ribosomal structure and biogenesis" /codon_start=1 /transl_table=11 /product="Gar1-like small nucleolar rnp, putative (gar1)" /protein_id="ACS32976.1" /translation="MKRLGRVSHYAKQGFLIIRTNWVPSLNDRVVDKDLTFVGIIKDV FGPVKAPFVAVKPRVKKPESYVGSVLYVDNRNRKKGKETRPKKRRSRRPTPKRRG" gene 463690..464601 /gene="tfb-1" /locus_tag="TGAM_0475" /note="tg0475" CDS 463690..464601 /gene="tfb-1" /locus_tag="TGAM_0475" /inference="protein motif:CDD:CYCLIN, Cyclin box fold" /inference="protein motif:CDD:SUA7, Transcription initiation factor TFIIIB, Brf1 subunit/Transcription initiation factor TFIIB [Transcription]" /inference="protein motif:CDD:TFIIB, Transcription factor TFIIB repeat" /inference="protein motif:COG:COG1405 Transcription initiation factor TFIIIB, Brf1 subunit/Transcription initiation factor TFIIB; K Transcription" /inference="protein motif:FPrintScan:PR00685 TIFACTORIIB InterPro:IPR000812 Transcription factor TFIIB related" /inference="protein motif:Gene3D:G3D.1.10.472.10 no description InterPro:IPR013763 Cyclin-related" /inference="protein motif:Gene3D:G3D.2.20.25.10 no description" /inference="protein motif:HMMPanther:PTHR11618 TRANSCRIPTION INITIATION FACTOR IIB InterPro:IPR000812 Transcription factor TFIIB related" /inference="protein motif:HMMPanther:PTHR11618:SF4 TRANSCRIPTION INITIATION FACTOR IIB" /inference="protein motif:HMMPfam:PF00382 TFIIB InterPro:IPR013150 Transcription factor TFIIB, cyclin-related" /inference="protein motif:HMMPfam:PF08271 TFIIB_Zn_Ribbon InterPro:IPR013137 Zinc finger, TFIIB-type" /inference="protein motif:HMMSmart:SM00385 no description InterPro:IPR006670 Cyclin" /inference="protein motif:ProfileScan:PS51134 ZF_TFIIB InterPro:IPR013137 Zinc finger, TFIIB-type" /inference="protein motif:ScanRegExp:PS00782 TFIIB InterPro:IPR000812 Transcription factor TFIIB related" /inference="protein motif:superfamily:SSF47954 Cyclin-like InterPro:IPR011028 Cyclin-like" /inference="protein motif:superfamily:SSF57783 Zinc beta-ribbon" /codon_start=1 /transl_table=11 /product="Transcription initiation factor TFIIB (tfb)" /protein_id="ACS32977.1" /translation="MADKRVCPVCGSTEFFFDRTRGELVCRVCGYVLEENVVDEGPEW RAFDPDQRARRARTGAPMTLMIHDKGLSTDIDWRDKDIHGNQITGMYRSKLRRLRMWQ RRMRINDAAERNLAFALSELDRMAAQMRLPRRVKEAAAALYRKAVMKKLIRGRSIEGM VSAALYAACRMEGIPRTLDEIARVSKVTKKEIGRSYRFMARGLGLNLRPTSPIDYVDR FGDALGVSSKTKQRAKEILQEAIKRGITSGKGPTGLAAAALYVASLLEGEKKTQREVA EVAHVTEVTVRNRYKELVEKLNIKVPM" gene 464613..465104 /locus_tag="TGAM_0476" /note="tg0476" CDS 464613..465104 /locus_tag="TGAM_0476" /inference="protein motif:CDD:COG0622, Predicted phosphoesterase [General function prediction only]" /inference="protein motif:COG:COG0622 Predicted phosphoesterase; R General function prediction only" /inference="protein motif:Gene3D:G3D.3.60.21.10 no description" /inference="protein motif:HMMPanther:PTHR11124 VACUOLAR SORTING PROTEIN VPS29" /inference="protein motif:HMMPanther:PTHR11124:SF2 VACUOLAR SORTING PROTEIN VPS29-RELATED" /inference="protein motif:HMMPfam:PF00149 Metallophos InterPro:IPR004843 Metallophosphoesterase GO:Molecular Function:hydrolase activity (GO:0016787)" /inference="protein motif:HMMPIR:PIRSF000886 Vacuolar protein sorting 29 (VPS29) InterPro:IPR000979 Protein of unknown function UPF0025 GO:Molecular Function:molecular function unknown (GO:0005554)" /inference="protein motif:HMMTigr:TIGR00040 yfcE:phosphodiesterase, MJ0936 family InterPro:IPR000979 Protein of unknown function UPF0025 GO:Molecular Function:molecular function unknown (GO:0005554)" /inference="protein motif:ProfileScan:PS50185 PHOSPHO_ESTER InterPro:IPR004843 Metallophosphoesterase GO:Molecular Function:hydrolase activity (GO:0016787)" /inference="protein motif:superfamily:SSF56300 Metallo-dependent phosphatases" /codon_start=1 /transl_table=11 /product="Metal-dependent phosphoesterase, putative" /protein_id="ACS32978.1" /translation="MRVAVLSDTHVGDKARALPPVLIEKMRNAEPELILHAGDVTDPS VLETLEEIAPVVAVRGNVDYLRLPEEETVEIDRIRIGLIHGHQLLSLNAQFLTLKALD MGVDLLVFGHTHRFYFDTFSLYGRKVYLLNPGSPTFPRWDNAGFVLLRTGEEILVKRI KLW" gene complement(465125..465328) /locus_tag="TGAM_0477" /note="tg0477" CDS complement(465125..465328) /locus_tag="TGAM_0477" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:HHT1, Histones H3 and H4 [Chromatin structure and dynamics]" /inference="protein motif:COG:COG2036 Histones H3 and H4; B Chromatin structure and dynamics" /inference="protein motif:Gene3D:G3D.1.10.20.10 no description" /inference="protein motif:HMMPfam:PF00808 CBFD_NFYB_HMF InterPro:IPR003958 Transcription factor CBF/NF-Y/archaeal histone GO:Cellular Component:intracellular (GO:0005622), Molecular Function:sequence-specific DNA binding (GO:0043565)" /inference="protein motif:ProfileScan:PS50028 HIST_TAF InterPro:IPR007124 Histone-fold/TFIID-TAF/NF-Y GO:Molecular Function:DNA binding (GO:0003677)" /inference="protein motif:superfamily:SSF47113 Histone-fold InterPro:IPR009072 Histone-fold" /codon_start=1 /transl_table=11 /product="Archaeal histone B (Archaeal histone A2)" /protein_id="ACS32979.1" /translation="MAELPIAPVDRLIRKAGAARVSEEAAKVLAEHLEEKAIEIAKKA VELAHHAGRKTVKAEDIKLAIRS" gene complement(465521..465703) /locus_tag="TGAM_0478" /note="tg0478" CDS complement(465521..465703) /locus_tag="TGAM_0478" /note="1 probable transmembrane helix predicted by modhmm" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein" /protein_id="ACS32980.1" /translation="MKRAQAAVEYLLMIAVALMMVAIVVKYVREAAERAGKTINESSK TLSEYLQKEWSNVRGS" gene 465778..466401 /locus_tag="TGAM_0479" /note="tg0479" CDS 465778..466401 /locus_tag="TGAM_0479" /inference="protein motif:CDD:COG1458, Predicted DNA-binding protein containing PIN domain [General function prediction only]" /inference="protein motif:COG:COG1458 Predicted DNA-binding protein containing PIN domain; R General function prediction only" /inference="protein motif:superfamily:SSF88723 PIN domain-like" /note="Contains 1 PIN domain" /codon_start=1 /transl_table=11 /product="Nucleotide-binding protein, putative" /protein_id="ACS32981.1" /translation="MRTRLGVIMRFVLDTSIFVNPDIRSSFGENPTEAVRSFLEYAKV LFGKVEFYMPPGIYREVMNFVDEEDLSPELELYIIKKPPNVHDIKIPAFVVYELIDDI RRRIDKGLRVAEKAVRESVIETDNVDKIIQKLRRNYRKALREGIVDSKEDFELILLAK ELDATIVSADVGILTWAQKMGIKWIDAAKFKEVLEELVEKVREEKNL" gene 466428..466504 /locus_tag="TGAM_r013" /note="tg_tRNA-Thr1" tRNA 466428..466504 /locus_tag="TGAM_r013" /product="tRNA-Thr" /note="codon recognized: ACC" gene 466514..466591 /locus_tag="TGAM_r014" /note="tg_tRNA-Pro1" tRNA 466514..466591 /locus_tag="TGAM_r014" /product="tRNA-Pro" /note="codon recognized: CCG" gene 466676..468571 /locus_tag="TGAM_0480" /note="tg0480" CDS 466676..468571 /locus_tag="TGAM_0480" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:BtuF, Cobalamin binding protein BtuF" /inference="protein motif:CDD:CeuA, ABC-type enterochelin transport system, periplasmic component [Inorganic ion transport and metabolism]" /inference="protein motif:CDD:ChuT, ABC-type hemin transport system, periplasmic component [Inorganic ion transport and metabolism]" /inference="protein motif:CDD:FatB, Siderophore binding protein FatB" /inference="protein motif:CDD:FecB, ABC-type Fe3+-citrate transport system, periplasmic component [Inorganic ion transport and metabolism]" /inference="protein motif:CDD:FepB, ABC-type Fe3+-hydroxamate transport system, periplasmic component [Inorganic ion transport and metabolism]" /inference="protein motif:CDD:FeuA, Periplasmic binding protein FeuA" /inference="protein motif:CDD:FhuD, Fe3+-siderophore binding domain FhuD" /inference="protein motif:CDD:HemV-2, Metal binding protein HemV-2" /inference="protein motif:CDD:HutB, Hemin binding protein HutB" /inference="protein motif:CDD:Peripla_BP_2, Periplasmic binding protein" /inference="protein motif:CDD:TroA-like, Helical backbone metal receptor (TroA-like domain)" /inference="protein motif:CDD:TroA_a, Metal binding protein TroA_a" /inference="protein motif:CDD:TroA_d, Periplasmic binding protein TroA_d" /inference="protein motif:CDD:TroA_e, Periplasmic binding protein TroA_e" /inference="protein motif:CDD:TroA_f, Periplasmic binding protein TroA_f" /inference="protein motif:CDD:YvrC, Periplasmic binding protein YvrC" /inference="protein motif:COG:COG0614 ABC-type Fe3+-hydroxamate transport system, periplasmic component; P Inorganic ion transport and metabolism" /inference="protein motif:Gene3D:G3D.3.40.50.1750 no description" /inference="protein motif:Gene3D:G3D.3.90.630.10 no description" /inference="protein motif:HMMPfam:PF01497 Peripla_BP_2 InterPro:IPR002491 Periplasmic binding protein GO:Molecular Function:iron ion transporter activity (GO:0005381), Biological Process:high affinity iron ion transport (GO:0006827)" /inference="protein motif:ProfileScan:PS50983 FE_B12_PBP InterPro:IPR002491 Periplasmic binding protein GO:Molecular Function:iron ion transporter activity (GO:0005381), Biological Process:high affinity iron ion transport (GO:0006827)" /inference="protein motif:superfamily:SSF53807 'Helical backbone' metal receptor" /note="Duplicated PF01497 domains; 1 probable transmembrane helix predicted by modhmm" /codon_start=1 /transl_table=11 /product="Periplasmic binding protein" /protein_id="ACS32982.1" /translation="MMGMKKATVFVIVLLMMGSVIALGCIGGSGTSSSSSSTSTTSAS SSATPATKTTATSSTTTTATTTTTAEHTQTERAYYPITIKDFANRTVTIEKEPRRVVT IAPSLTEDLYYLGLFDRVVGVTQFDDFPPGVANVTRIGGYGKYANLELIANLSPDLII ADSYSLSILDQLEKIAPVVIVDPHSINDIPKALDLLGRIFNVEDKAKEVSSQFEAQLE ELSSAVSGFEKVKVFYVVWGDPLTTAGGDTFISDIIALAGGINIFNDTSGWPAVSMEQ IIARDPDVIILTPHCGMKLDDAYQKFAAASAAKSGRVYMVENENDLIHPSPRVVRGLE ILAKLLHPEAFREKYPMTITDFMNRTVTIPKEPQRIVSLAPSITETLFYIGAGDKLVG VTKWADWPPAVENISKIGGYGKYANLELIANLSPDLIIADSYSLSILDQLEKIAPVVI VDPKDINGIYRQIDLLGKVTNREEQAKLVIGEMKGEIAYIESKVRDLPRPEVFFILSY YKGYWTAGRGTFMDSVITLAGGRNIFNDTKGWVKVSDEQIIVRDPDVIVVLPTAGVNA TELCNGPLSVTTAVKEGRVYTATDSNVYQRPSPRIVVAIEEMAEFLHPEAFGVSFNST ACAVSTS" gene 468632..469546 /gene="phoU-2" /locus_tag="TGAM_0481" /note="tg0481" CDS 468632..469546 /gene="phoU-2" /locus_tag="TGAM_0481" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:BlastProDom:PD014067 O57970_PYRHO_O57970; InterPro:IPR008171 PhoU, N-terminal" /inference="protein motif:CDD:PhoU, Phosphate uptake regulator [Inorganic ion transport and metabolism]" /inference="protein motif:COG:COG0704 Phosphate uptake regulator; P Inorganic ion transport and metabolism" /inference="protein motif:HMMPfam:PF01895 PhoU InterPro:IPR008170 PhoU" /inference="protein motif:HMMPfam:PF04014 SpoVT_AbrB InterPro:IPR007159 SpoVT/AbrB-like" /codon_start=1 /transl_table=11 /product="Phosphate uptake regulator, phoU and SpoVT/AbrB family (phoU)" /protein_id="ACS32983.1" /translation="MEFRKIQFTGRSSYIVSLPKKWVVENNLKQGDTVPMVINPDGSI TIFPREPKGTGEKKELRISKEYSPDMAVRLVISAYIQGYDTFEIVFQEEMPFYKVKIR KILQGLPGVEIILDEPTRIIAKSLLDEREVNLSEILMRIRSIVISMLGDLELLAVKPG EREILRDLHDLENELDRFYFLTIRTVNRLLSQRTVVEESGIIRRHFDLIGILFIVRNI ERIGDHIIRISEVPEPLDFTTLKALFTEVLDRISDRDLGKIDKLMLRLKGEIKAIDSK ESTAKESYRRILEYLENIGETIINMALS" gene 469594..470415 /locus_tag="TGAM_0482" /note="tg0482" CDS 469594..470415 /locus_tag="TGAM_0482" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:DUF516, Protein of unknown function (DUF516)" /inference="protein motif:COG:COG1650 Uncharacterized protein conserved in archaea; S Function unknown" /inference="protein motif:HMMPfam:PF04414 DUF516 InterPro:IPR007508 Protein of unknown function DUF516" /note="Belongs to DUF516 family" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein" /protein_id="ACS32984.1" /translation="MKVVMSTKVDLASMNIKEKLVENFGFSETDALFDGNPVFRRGDV LLLTTNEEMIYYDNLDAAIETQLGIKPELIVFASRHASKAKMPALTTHVTGNWGKAMY GGKDRSLAIAHPTAMKLALLKLNELNDLGWTVCYEATHHGPSELNVPSLFIEIGSSEE EWVNDRAGEILAETIVHVLENAGKKHEFKPALGIGGGHYAPKQTKRALEGELAFGHIL PKYAQPVDEAMLTKAIERTLGGVEVIYVDWKGTKGEMRRKARDLAEKLDLEFIRD" gene 470544..471665 /gene="ftsZ-1" /locus_tag="TGAM_0483" /note="tg0483" CDS 470544..471665 /gene="ftsZ-1" /locus_tag="TGAM_0483" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:FtsZ, Cell division GTPase [Cell division and chromosome partitioning]" /inference="protein motif:CDD:FtsZ, FtsZ is a GTPase that is similar to the eukaryotic tubulins and is essential for cell division in prokaryotes" /inference="protein motif:CDD:FtsZ_type1, FtsZ is a GTPase that is similar to the eukaryotic tubulins and is essential for cell division in prokaryotes" /inference="protein motif:CDD:FtsZ_type2, FtsZ is a GTPase that is similar to the eukaryotic tubulins and is essential for cell division in prokaryotes" /inference="protein motif:CDD:Tubulin, Tubulin/FtsZ family, GTPase domain" /inference="protein motif:CDD:Tubulin_C, Tubulin/FtsZ family, C-terminal domain" /inference="protein motif:CDD:Tubulin_FtsZ, Tubulin/FtsZ:Family includes tubulin alpha-, beta-, gamma-, delta-, and epsilon-tubulins as well as FtsZ, all of which are involved in polymer formation" /inference="protein motif:COG:COG0206 Cell division GTPase; D Cell cycle control, cell division, chromosome partitioning" /inference="protein motif:FPrintScan:PR00423 CELLDVISFTSZ InterPro:IPR000158 Cell division protein FtsZ GO:Molecular Function:GTP binding (GO:0005525), Cellular Component:cytoplasm (GO:0005737)" /inference="protein motif:Gene3D:G3D.3.30.70.450 no description" /inference="protein motif:Gene3D:G3D.3.40.50.1440 no description" /inference="protein motif:HMMPfam:PF00091 Tubulin InterPro:IPR003008 Tubulin/FtsZ, GTPase" /inference="protein motif:HMMPfam:PF03953 Tubulin_C InterPro:IPR008280 Tubulin/FtsZ, C-terminal GO:Molecular Function:GTPase activity (GO:0003924), Molecular Function:GTP binding (GO:0005525), Cellular Component:protein complex (GO:0043234), Biological Process:protein polymerization (GO:0051258)" /inference="protein motif:HMMTigr:TIGR00065 ftsZ:cell division protein FtsZ InterPro:IPR000158 Cell division protein FtsZ GO:Molecular Function:GTP binding (GO:0005525), Cellular Component:cytoplasm (GO:0005737)" /inference="protein motif:ScanRegExp:PS01134 FTSZ_1 InterPro:IPR000158 Cell division protein FtsZ GO:Molecular Function:GTP binding (GO:0005525), Cellular Component:cytoplasm (GO:0005737)" /inference="protein motif:ScanRegExp:PS01135 FTSZ_2 InterPro:IPR000158 Cell division protein FtsZ GO:Molecular Function:GTP binding (GO:0005525), Cellular Component:cytoplasm (GO:0005737)" /inference="protein motif:superfamily:SSF52490 Tubulin/Dihydroxyacetone kinase nucleotide-binding domain" /inference="protein motif:superfamily:SSF55307 Tubulin/Dihydroxyacetone kinase C-terminal domain" /codon_start=1 /transl_table=11 /product="Cell division GTPase, ftsZ-like protein (ftsZ)" /protein_id="ACS32985.1" /translation="MLKLIEDAIDKTAAPVQSKTEPQVEVQSDIDEELRKLLEQIQAK IYVVGVGGAGCNTINRMMQVGIQGAKVIAVNTDAQDLLKIRAHKKILIGKELTRGLGA GNNPKVGEEAAKESEREIREALEGADMVFVTCGLGGGTGTGAAPVIAEMAKKMGALTV SVVTLPFTVEGIRRIKNAEYGLERLRKASDTVIVIPNDKLMEVAPNLPIHMAFKVADE ILVQAVKGITELITKPGLVNLDFNDVRAVMKDGGVAMIGIGESDSEKRALEAAQQALN SPLLDVDISGAKGALISISGSDVKLEEAQQIIELVTSKLDPEAQVIWGIQLDEELEKM IRILLVVTGVSSPYAVTEEESSPYGEEERRVVRLDLEEF" gene 471728..471922 /gene="secE" /locus_tag="TGAM_0484" /note="tg0484" CDS 471728..471922 /gene="secE" /locus_tag="TGAM_0484" /inference="protein motif:COG:COG2443 Preprotein translocase subunit Sss1; U Intracellular trafficking, secretion, and vesicular transport" /inference="protein motif:HMMPanther:PTHR12309 SEC61 GAMMA SUBUNIT" /inference="protein motif:HMMTigr:TIGR00327 secE_euk_arch:protein translocase SEC6 InterPro:IPR008158 Protein translocase SEC61 complex gamma subunit GO:Biological Process:protein transport (GO:0015031), Molecular Function:protein translocase activity (GO:0015450), Cellular Component:membrane (GO:0016020)" /inference="protein motif:ScanRegExp:PS01067 SECE_SEC61G InterPro:IPR001901 Protein secE/sec61-gamma protein GO:Biological Process:protein targeting (GO:0006605), Biological Process:intracellular protein transport (GO:0006886), Cellular Component:membrane (GO:0016020)" /note="1 probable transmembrane helix predicted by modhmm" /codon_start=1 /transl_table=11 /product="Protein translocase SEC61 complex gamma subunit, archaeal/eukaryotic type (secE)" /protein_id="ACS32986.1" /translation="MSGNYVEKIKNFLSESRRVLLVTRKPSWKEYKLAAKITGLGMII IGTIGLLITMIGYLVMGTGL" gene 471934..472392 /gene="rpl26E" /locus_tag="TGAM_0485" /note="tg0485" CDS 471934..472392 /gene="rpl26E" /locus_tag="TGAM_0485" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:BlastProDom:PD005267 O57778_PYRHO_O57778; InterPro:IPR003257 Bacterial NusG ribosomal protein GO:Molecular Function:transcriptional elongation regulator activity (GO:0003711), Biological Process:regulation of transcription, DNA-dependent (GO:0006355)" /inference="protein motif:CDD:NusG, Transcription antiterminator [Transcription]" /inference="protein motif:COG:COG0250 Transcription antiterminator; K Transcription" /inference="protein motif:HMMPanther:PTHR11125 SUPPRESSOR OF TY 5 (SPT5)-RELATED" /inference="protein motif:HMMPfam:PF00467 KOW InterPro:IPR005824 KOW" /inference="protein motif:HMMPfam:PF02357 NusG InterPro:IPR001062 Bacterial transcription antitermination protein NusG GO:Molecular Function:transcriptional elongation regulator activity (GO:0003711), Biological Process:regulation of transcription, DNA-dependent (GO:0006355)" /inference="protein motif:HMMSmart:SM00738 no description InterPro:IPR006645 NGN GO:Molecular Function:transcriptional elongation regulator activity (GO:0003711), Biological Process:regulation of transcription, DNA-dependent (GO:0006355)" /inference="protein motif:HMMSmart:SM00739 no description InterPro:IPR006646 KOW (Kyrpides, Ouzounis, Woese) motif" /inference="protein motif:HMMTigr:TIGR00405 L26e_arch:ribosomal protein L24 InterPro:IPR011590 Ribosomal protein L26e, archaeal" /inference="protein motif:superfamily:SSF50104 Translation proteins SH3-like domain InterPro:IPR008991 Translation protein SH3-like" /codon_start=1 /transl_table=11 /product="Ribosomal protein L26E (rpl26E)" /protein_id="ACS32987.1" /translation="MSEGKIFTVRVTVGQEETTAKLIYSKVKTYNLPVYAILAPSKVK GYIFVEAPSKSAVDEAIKGIRHARGTLPGEVKFEEIEHFLEEKPAVSGFEPGDIVELI SGPFKGEKAKVVRVDESKDEIVVELIGAIVPIPVTVRGEYVRLISKHQKE" gene 472421..472918 /gene="rpl11P" /locus_tag="TGAM_0486" /note="tg0486" CDS 472421..472918 /gene="rpl11P" /locus_tag="TGAM_0486" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:BlastProDom:PD001367 RL11_PYRHO_O57779; InterPro:IPR000911 Ribosomal protein L11 GO:Molecular Function:structural constituent of ribosome (GO:0003735), Cellular Component:intracellular (GO:0005622), Cellular Component:ribosome (GO:0005840), Biological Process:protein biosynthesis (GO:0006412)" /inference="protein motif:CDD:Ribosomal_L11, Ribosomal protein L11" /inference="protein motif:CDD:Ribosomal_L11_N, Ribosomal protein L11, N-terminal domain" /inference="protein motif:CDD:RL11, Ribosomal protein L11/L12" /inference="protein motif:COG:COG0080 Ribosomal protein L11; J Translation, ribosomal structure and biogenesis" /inference="protein motif:Gene3D:G3D.1.10.10.250 no description" /inference="protein motif:HMMPanther:PTHR11661 50S ROBOSOMAL PROTEIN L11 InterPro:IPR000911 Ribosomal protein L11 GO:Molecular Function:structural constituent of ribosome (GO:0003735), Cellular Component:intracellular (GO:0005622), Cellular Component:ribosome (GO:0005840), Biological Process:protein biosynthesis (GO:0006412)" /inference="protein motif:HMMPanther:PTHR11661:SF1 50S ROBOSOMAL PROTEIN L11" /inference="protein motif:HMMPfam:PF00298 Ribosomal_L11 InterPro:IPR000911 Ribosomal protein L11 GO:Molecular Function:structural constituent of ribosome (GO:0003735), Cellular Component:intracellular (GO:0005622), Cellular Component:ribosome (GO:0005840), Biological Process:protein biosynthesis (GO:0006412)" /inference="protein motif:HMMPfam:PF03946 Ribosomal_L11_N InterPro:IPR000911 Ribosomal protein L11 GO:Molecular Function:structural constituent of ribosome (GO:0003735), Cellular Component:intracellular (GO:0005622), Cellular Component:ribosome (GO:0005840), Biological Process:protein biosynthesis (GO:0006412)" /inference="protein motif:HMMPIR:PIRSF002179 Ribosomal protein L11/L12" /inference="protein motif:HMMSmart:SM00649 no description InterPro:IPR000911 Ribosomal protein L11 GO:Molecular Function:structural constituent of ribosome (GO:0003735), Cellular Component:intracellular (GO:0005622), Cellular Component:ribosome (GO:0005840), Biological Process:protein biosynthesis (GO:0006412)" /inference="protein motif:ScanRegExp:PS00359 RIBOSOMAL_L11 InterPro:IPR000911 Ribosomal protein L11 GO:Molecular Function:structural constituent of ribosome (GO:0003735), Cellular Component:intracellular (GO:0005622), Cellular Component:ribosome (GO:0005840), Biological Process:protein biosynthesis (GO:0006412)" /inference="protein motif:superfamily:SSF46906 Ribosomal protein L11, C-terminal domain InterPro:IPR000911 Ribosomal protein L11 GO:Molecular Function:structural constituent of ribosome (GO:0003735), Cellular Component:intracellular (GO:0005622), Cellular Component:ribosome (GO:0005840), Biological Process:protein biosynthesis (GO:0006412)" /inference="protein motif:superfamily:SSF54747 Ribosomal protein L11, N-terminal domain InterPro:IPR000911 Ribosomal protein L11 GO:Molecular Function:structural constituent of ribosome (GO:0003735), Cellular Component:intracellular (GO:0005622), Cellular Component:ribosome (GO:0005840), Biological Process:protein biosynthesis (GO:0006412)" /codon_start=1 /transl_table=11 /product="LSU ribosomal protein L11P (rpl11P)" /protein_id="ACS32988.1" /translation="MPQVVEVLVEGGKASPGPPLGPAIGPLGLNVKQVVDEINKATKE FEGMQVPVKIIVEDPKKKTFRIEVGIPPTSQLIKKELGIPKGSSEPVHSPVGNLTMEQ VIKIAKMKIDQMLAPTLKAASKEVIGTALSMGVTVEGKDPREVQREIDEGLYDELFAK AEEAE" gene 473031..473681 /gene="rpl1P" /locus_tag="TGAM_0487" /note="tg0487" CDS 473031..473681 /gene="rpl1P" /locus_tag="TGAM_0487" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:BlastProDom:PD001314 RL1_PYRHO_O57782; InterPro:IPR002143 Ribosomal protein L1 GO:Molecular Function:structural constituent of ribosome (GO:0003735), Cellular Component:intracellular (GO:0005622), Cellular Component:ribosome (GO:0005840), Biological Process:protein biosynthesis (GO:0006412)" /inference="protein motif:CDD:Ribosomal_L1, Ribosomal protein L1p/L10e family" /inference="protein motif:COG:COG0081 Ribosomal protein L1; J Translation, ribosomal structure and biogenesis" /inference="protein motif:Gene3D:G3D.3.30.190.20 no description" /inference="protein motif:HMMPanther:PTHR11805 60S RIBOSOMAL PROTEIN L10A - RELATED InterPro:IPR002143 Ribosomal protein L1 GO:Molecular Function:structural constituent of ribosome (GO:0003735), Cellular Component:intracellular (GO:0005622), Cellular Component:ribosome (GO:0005840), Biological Process:protein biosynthesis (GO:0006412)" /inference="protein motif:HMMPanther:PTHR11805:SF1 50S RIBOSOMAL PROTEIN L1P" /inference="protein motif:HMMPfam:PF00687 Ribosomal_L1 InterPro:IPR002143 Ribosomal protein L1 GO:Molecular Function:structural constituent of ribosome (GO:0003735), Cellular Component:intracellular (GO:0005622), Cellular Component:ribosome (GO:0005840), Biological Process:protein biosynthesis (GO:0006412)" /inference="protein motif:ScanRegExp:PS01199 RIBOSOMAL_L1 InterPro:IPR002143 Ribosomal protein L1 GO:Molecular Function:structural constituent of ribosome (GO:0003735), Cellular Component:intracellular (GO:0005622), Cellular Component:ribosome (GO:0005840), Biological Process:protein biosynthesis (GO:0006412)" /inference="protein motif:superfamily:SSF56808 Ribosomal protein L1" /codon_start=1 /transl_table=11 /product="LSU ribosomal protein L1P (rpl1P)" /protein_id="ACS32989.1" /translation="MAFDRQKVVEAVKEAKARAKPRNFTQTVEMAVNLKDIDLRKPEN RFKLEVVLPHGRGKEPKIAVIADGAVAEAAKRLGLDVISGEQLEELAKSPREARKLAK RYDFFIAAAPLMPKIGRYLGRYLGPRNKMPQVVPPTLTNLEPIVNRLKKTVRIQLKNN PVVHAPIGTEDMDDEKLAENAEAVLNAIINKLERGENQVKSVYIKTTMGPAVKVER" gene 473687..474709 /gene="rpl10E-1" /locus_tag="TGAM_0488" /note="tg0488" CDS 473687..474709 /gene="rpl10E-1" /locus_tag="TGAM_0488" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:Ribosomal_L10, Ribosomal protein L10" /inference="protein motif:CDD:RplJ, Ribosomal protein L10 [Translation, ribosomal structure and biogenesis]" /inference="protein motif:COG:COG0244 Ribosomal protein L10; J Translation, ribosomal structure and biogenesis" /inference="protein motif:Gene3D:G3D.1.10.10.380 no description" /inference="protein motif:HMMPanther:PTHR11560 60S ACIDIC RIBOSOMAL PROTEIN P0-RELATED" /inference="protein motif:HMMPanther:PTHR11560:SF8 ACIDIC RIBOSOMAL PROTEIN P0" /inference="protein motif:HMMPfam:PF00428 Ribosomal_60s InterPro:IPR001813 Ribosomal protein 60S GO:Molecular Function:structural constituent of ribosome (GO:0003735), Cellular Component:intracellular (GO:0005622), Cellular Component:ribosome (GO:0005840), Biological Process:translational elongation (GO:0006414)" /inference="protein motif:HMMPfam:PF00466 Ribosomal_L10 InterPro:IPR001790 Ribosomal protein L10 GO:Cellular Component:intracellular (GO:0005622), Biological Process:ribosome biogenesis and assembly (GO:0042254)" /inference="protein motif:superfamily:SSF63882 Molybdenum cofactor biosynthesis protein MoeA, N-terminal and linker domains" /codon_start=1 /transl_table=11 /product="LSU ribosomal protein L10E (rpl10E)" /protein_id="ACS32990.1" /translation="MAHVAEWKKKEVEELTKIIKSHPVIALVDVAGVPAYPLSKMRDK LRGKALLRVSRNTLIELAIKRAAQELNKPDLEKLADYIEGGAAILATEMNPFKLYKLL EESKTPAPAKPGAVVPKDVVIPAGPTSLAPGPLVGEMQALGIPARIEKGKVTIQKDYT VLKAGEVITEQLARILNALGIEPLEVGLNLLAAYEDDIIYTPDVLAIDEQEYINMLQQ AYMHAFNLSVNTAYPTKQTIEAIIQKAYLGAKNVAVEAGYITPETVEDILGRAIRAFL LIAQNLPEELLDEKTKELLNAQAQVAVAAPQPAEEKVEEAEEEEEEEEEASEEEALAG LGALFG" gene 474787..475107 /gene="rpl12A" /locus_tag="TGAM_0489" /note="tg0489" CDS 474787..475107 /gene="rpl12A" /locus_tag="TGAM_0489" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:COG:COG2058 Ribosomal protein L12E/L44/L45/RPP1/RPP2; J Translation, ribosomal structure and biogenesis" /inference="protein motif:HMMPanther:PTHR10053 ACIDIC RIBOSOMAL PROTEIN P2" /inference="protein motif:HMMPanther:PTHR10053:SF1 ACIDIC RIBOSOMAL PROTEIN P2" /inference="protein motif:HMMPfam:PF00428 Ribosomal_60s InterPro:IPR001813 Ribosomal protein 60S GO:Molecular Function:structural constituent of ribosome (GO:0003735), Cellular Component:intracellular (GO:0005622), Cellular Component:ribosome (GO:0005840), Biological Process:translational elongation (GO:0006414)" /codon_start=1 /transl_table=11 /product="LSU ribosomal protein L12A (rpl12A)" /protein_id="ACS32991.1" /translation="MEYVYAALLLHAAGKEINEENLKKVLEAAGVSPDEARIKALVAA LEGVNIDEVIEKAAMPVAAPVAVAAAPAPAEGGAEEAQEEEEEEEEEVSEEEALAGLG ALFG" gene complement(475124..475597) /gene="dcd" /locus_tag="TGAM_0490" /note="tg0490" CDS complement(475124..475597) /gene="dcd" /locus_tag="TGAM_0490" /EC_number="3.5.4.13" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:BlastProDom:PD004900 DCD_PYRHO_O57706; InterPro:IPR003232 dCTP Deaminase" /inference="protein motif:CDD:Dcd, Deoxycytidine deaminase [Nucleotide transport and metabolism]" /inference="protein motif:CDD:dUTPase, dUTPase" /inference="protein motif:COG:COG0717 Deoxycytidine deaminase; F Nucleotide transport and metabolism" /inference="protein motif:Gene3D:G3D.2.70.40.10 no description" /inference="protein motif:HMMPfam:PF00692 dUTPase InterPro:IPR008180 DeoxyUTP pyrophosphatase GO:Biological Process:dUTP metabolism (GO:0046080)" /inference="protein motif:HMMTigr:TIGR02274 dCTP_deam:deoxycytidine triphosphate deami InterPro:IPR011962 Deoxycytidine triphosphate deaminase GO:Biological Process:dUTP biosynthesis (GO:0006229), Molecular Function:dCTP deaminase activity (GO:0008829)" /inference="protein motif:superfamily:SSF51283 dUTPase-like" /codon_start=1 /transl_table=11 /product="Deoxycytidine triphosphate deaminase (dCTP deaminase) (dcd)" /protein_id="ACS32992.1" /translation="MMLPDWKIEKEILIEPFSKESLQPAGYDLRVGKEAYVEGKLIDV EEAGNVIIPPKKHALILTLERVKLPDDVMGDMKIRSSLAREGILGSFAWVDPGWDGNL TLMLFNASNEPVVLEYGERFVQIAFIRLEEPAKRPYRGNYQGSRRIALSKRRVRK" gene 475647..475724 /locus_tag="TGAM_r015" /note="tg_tRNA-Arg1" tRNA 475647..475724 /locus_tag="TGAM_r015" /product="tRNA-Arg" /note="codon recognized: CGA" gene 476385..476460 /locus_tag="TGAM_r016" /note="tg_tRNA-Gln2" tRNA 476385..476460 /locus_tag="TGAM_r016" /product="tRNA-Gln" /note="codon recognized: CAG" gene 476864..477091 /locus_tag="TGAM_0491" /note="tg0491" CDS 476864..477091 /locus_tag="TGAM_0491" /inference="protein motif:superfamily:SSF46785 'Winged helix' DNA-binding domain" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein" /protein_id="ACS32993.1" /translation="MIMNENLKLECEIRNLLRLKGPLSVAFITRFLNEMGFECTRQKV ERVLRDLVSRGVVEASLRYNRRKHYQLRREE" gene 477088..477582 /locus_tag="TGAM_0492" /note="tg0492" CDS 477088..477582 /locus_tag="TGAM_0492" /note="2 probable transmembrane helices predicted by modhmm" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein" /protein_id="ACS32994.1" /translation="MMASSASSSVILGNKRRMLMIEFLQMKNGRAELRDIVEYIAEKE GNTDRKHRKSVYVSLMQTHIPKLEREGVVAFERGVITLLQVPDNVTLYMEVVQRNDIS WSTFYAGLSVIFLVTALWFGNLLLVFASLTYLIVAIFQRMKMYRILQPRDSKKGRNTR RNGR" gene 477792..478388 /locus_tag="TGAM_0493" /note="tg0493" CDS 477792..478388 /locus_tag="TGAM_0493" /inference="protein motif:CDD:DUF1102, Protein of unknown function (DUF1102)" /inference="protein motif:HMMPfam:PF06510 DUF1102 InterPro:IPR009482 Protein of unknown function DUF1102" /note="Belongs to DUF1102 family; 1 probable transmembrane helix predicted by modhmm" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein" /protein_id="ACS32995.1" /translation="MRKNIALGIFGLIVAFGLVLGAGANFRDYKATRSVHWDIVTDDS ELIDLTPLQPYAYIDNETGVLVVDISPDNPNYPGYGMGLSPNSEYNFDEVFEVSNDLW EENMTIVVRITSDNDEIQLYGADGDIHDVTTGDVVEYSDTAVNSVCFVVESGDAVKVG MDFDAGNHAPGTSQNATLHIEAWRLGTEPSSLVGKCGQ" gene 478402..478938 /locus_tag="TGAM_0494" /note="tg0494" CDS 478402..478938 /locus_tag="TGAM_0494" /inference="protein motif:CDD:DUF1102, Protein of unknown function (DUF1102)" /inference="protein motif:HMMPfam:PF06510 DUF1102 InterPro:IPR009482 Protein of unknown function DUF1102" /note="Belongs to DUF1102 family; 1 probable transmembrane helix predicted by modhmm" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein" /protein_id="ACS32996.1" /translation="MNKLFGLALLMIGMVLAVGAGANFRYYSADRHASFDIVSDDNEL IDLTAMQPYVKYSNGKLYVDISDGNSNRPSGGGAGLSPNTTYVFEEMFKVSNELWENN ETDFPICVKVNTNHEQVKVFAGNYTSPIAGPASNIQFTVYHGNPVKVGMIFDTTNSTL GQEDFTMTITAHRGTCEP" gene 478986..480044 /locus_tag="TGAM_0495" /note="tg0495" CDS 478986..480044 /locus_tag="TGAM_0495" /inference="protein motif:COG:COG0681 Signal peptidase I; U Intracellular trafficking, secretion, and vesicular transport" /inference="protein motif:FPrintScan:PR00728 SIGNALPTASE InterPro:IPR001733 Peptidase S26B, eukaryotic signal peptidase GO:Biological Process:signal peptide processing (GO:0006465), Biological Process:proteolysis (GO:0006508), Molecular Function:peptidase activity (GO:0008233), Cellular Component:membrane (GO:0016020)" /inference="protein motif:Gene3D:G3D.2.10.109.10 no description" /inference="protein motif:HMMPanther:PTHR10806 MICROSOMAL SIGNAL PEPTIDASE SUBUNIT InterPro:IPR001733 Peptidase S26B, eukaryotic signal peptidase GO:Biological Process:signal peptide processing (GO:0006465), Biological Process:proteolysis (GO:0006508), Molecular Function:peptidase activity (GO:0008233), Cellular Component:membrane (GO:0016020)" /inference="protein motif:HMMPanther:PTHR10806:SF2 gb def:hypothetical protein [aeropyrum pernix]" /inference="protein motif:HMMPfam:PF00717 Peptidase_S24 InterPro:IPR006198 Peptidase S24, S26A and S26B GO:Biological Process:proteolysis (GO:0006508), Molecular Function:serine-type peptidase activity (GO:0008236)" /inference="protein motif:HMMTigr:TIGR02228 sigpep_I_arch:signal peptidase I InterPro:IPR001733 Peptidase S26B, eukaryotic signal peptidase GO:Biological Process:signal peptide processing (GO:0006465), Biological Process:proteolysis (GO:0006508), Molecular Function:peptidase activity (GO:0008233), Cellular Component:membrane (GO:0016020)" /inference="protein motif:superfamily:SSF51306 LexA/Signal peptidase InterPro:IPR011056 Peptidase S24 and S26, C-terminal region" /note="Serine protease; 4 probable transmembrane helices predicted by modhmm" /codon_start=1 /transl_table=11 /product="Signal peptidase I, S26B/S24 family" /protein_id="ACS32997.1" /translation="MKRLIEYTFTFIVLVFLMGSLAGFFLDRPVFVSYAYSDSMTPTI NKGDLFFVNPFARNFDVGDIIVFHRGSGWTVHRIFGVTNDGYITKGDHNVATDQQDGK FPDVKRSDITGKVVTLFGKPLVIRGAGAFLQSVKLKLTNPYAIALLLVLGAVLTFSGG SGKRHRRVKYYRISVRTVYAIGSVLIIAGFLFVTVASWGTLAFTYSSTLAGGQRTGWY LPGSTFEKNLTVENRAVYPFYYFVEGKSTRAQLLDSSFLYLKGGSKKNITVHVTVPKD TRIYREEFQVHSYPAILPASIVVSLYSISPYLPLLAYALFLSTLMVFFYRLAGISDGD VIRIRKRRGFLSKVLGDG" gene 480047..480976 /locus_tag="TGAM_0496" /note="tg0496" CDS 480047..480976 /locus_tag="TGAM_0496" /inference="protein motif:HMMPfam:PF06510 DUF1102 InterPro:IPR009482 Protein of unknown function DUF1102" /note="1 probable transmembrane helix predicted by modhmm" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein" /protein_id="ACS32998.1" /translation="MRRIVMFFVMFLGLLLVVGSSGNFREYGADRIVKMAIVDGNDSY VSYSCSGSVIYMNKSSSVQFTAMTLSNSMNKTMSVRVEGDFSSLPEGLSGSVNDSWHT LDVGESVVIEGNFSADDNAISGTYTVPLTVYAEWDGGSAELKECSITVSLNSPKYVLR KGIVGGVYNYTSGDYTIVLQLNFTNNGPSGEFIIWDKIPSHLCSRCLGTCHWATANVT VESTSATAGTVLRPPTNISCGCHNIFNCCAGDLIGWRVHVSHGETVTLEMTLNVSFKV PSGCVANFTLNRGAHLCGTCLRSNKISVTVTGG" gene 480981..481952 /locus_tag="TGAM_0497" /note="tg0497" CDS 480981..481952 /locus_tag="TGAM_0497" /note="2 probable transmembrane helices predicted by modhmm" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein" /protein_id="ACS32999.1" /translation="MKDVKFDKRYLLLAGVSVSIVLAVLFGAYSSAAYSKAPISTSAK YSTLYTEEGSFVHFGVFSNSSIYKSGSTHDYYPSKITMLIGGNYTFRTNPSSPGTYTA TMHLDYYVSSGKKKVYIYREEIPLGSGSFEGSFTLPLTFNMSLLSEKLKRVREGTGLY RAEQEVYVTVEVKPEGRDSFSQRIGLSKDSASMLYLTGTEKDYKKVTRSVSTTTNSLS FAGSDVRVSTARTLFPAMAILFAVPPIGLIYSRREKKTEPKALKSLKKYTVEGTPPGG KRVKLKSAEDLERTFELVDRPIIHYRDGNIDVYAIADGDTVYEYWAS" gene 482028..482561 /gene="ppa" /locus_tag="TGAM_0498" /note="tg0498" CDS 482028..482561 /gene="ppa" /locus_tag="TGAM_0498" /EC_number="3.6.1.1" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:BlastProDom:PD002014 IPYR_PYRFU_Q8U438; InterPro:IPR008162 Inorganic pyrophosphatase GO:Molecular Function:magnesium ion binding (GO:0000287), Molecular Function:inorganic diphosphatase activity (GO:0004427), Cellular Component:cytoplasm (GO:0005737), Biological Process:phosphate metabolism (GO:0006796)" /inference="protein motif:CDD:Ppa, Inorganic pyrophosphatase [Energy production and conversion]" /inference="protein motif:CDD:Pyrophosphatase, Inorganic pyrophosphatase" /inference="protein motif:COG:COG0221 Inorganic pyrophosphatase; C Energy production and conversion" /inference="protein motif:Gene3D:G3D.3.90.80.10 no description" /inference="protein motif:HMMPanther:PTHR10286 INORGANIC PYROPHOSPHATASE InterPro:IPR008162 Inorganic pyrophosphatase GO:Molecular Function:magnesium ion binding (GO:0000287), Molecular Function:inorganic diphosphatase activity (GO:0004427), Cellular Component:cytoplasm (GO:0005737), Biological Process:phosphate metabolism (GO:0006796)" /inference="protein motif:HMMPanther:PTHR10286:SF1 INORGANIC PYROPHOSPHATASE" /inference="protein motif:HMMPfam:PF00719 Pyrophosphatase InterPro:IPR008162 Inorganic pyrophosphatase GO:Molecular Function:magnesium ion binding (GO:0000287), Molecular Function:inorganic diphosphatase activity (GO:0004427), Cellular Component:cytoplasm (GO:0005737), Biological Process:phosphate metabolism (GO:0006796)" /inference="protein motif:ScanRegExp:PS00387 PPASE InterPro:IPR008162 Inorganic pyrophosphatase GO:Molecular Function:magnesium ion binding (GO:0000287), Molecular Function:inorganic diphosphatase activity (GO:0004427), Cellular Component:cytoplasm (GO:0005737), Biological Process:phosphate metabolism (GO:0006796)" /inference="protein motif:superfamily:SSF50324 Inorganic pyrophosphatase InterPro:IPR008162 Inorganic pyrophosphatase GO:Molecular Function:magnesium ion binding (GO:0000287), Molecular Function:inorganic diphosphatase activity (GO:0004427), Cellular Component:cytoplasm (GO:0005737), Biological Process:phosphate metabolism (GO:0006796)" /codon_start=1 /transl_table=11 /product="Inorganic pyrophosphatase (ppa)" /protein_id="ACS33000.1" /translation="MNPFHELEPGPNVPEVVYALIEIPKGSRNKYELDKKTGLLKLDR VLYSPFFYPVDYGIIPQTWYDDGDPFDIMVIMREPVYPLTIIEARPIGIMKMEDSGDK DWKVLAVPVEDPYFKDWKDIDDVPKAFLDEIAHFFQRYKELQGKTTVVEGWGNAEEAK REILRAIELYKEKFGKE" gene 482594..483154 /gene="rpoE1" /locus_tag="TGAM_0499" /note="tg0499" CDS 482594..483154 /gene="rpoE1" /locus_tag="TGAM_0499" /EC_number="2.7.7.6" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:RNA_pol_Rpb7_N, RNA polymerase Rpb7, N-terminal domain" /inference="protein motif:CDD:RPB7, DNA-directed RNA polymerase, subunit E' [Transcription]" /inference="protein motif:CDD:VacB, Exoribonuclease R [Transcription]" /inference="protein motif:COG:COG1095 DNA-directed RNA polymerase, subunit E'; K Transcription" /inference="protein motif:Gene3D:G3D.2.40.50.140 no description InterPro:IPR012340 Nucleic acid-binding, OB-fold, subgroup" /inference="protein motif:HMMPanther:PTHR12578 DNA-DIRECTED RNA POLYMERASE SUBUNIT E" /inference="protein motif:HMMPanther:PTHR12578:SF3 DNA-DIRECTED RNA POLYMERASE SUBUNIT E" /inference="protein motif:HMMPfam:PF00575 S1 InterPro:IPR003029 RNA binding S1 GO:Molecular Function:RNA binding (GO:0003723)" /inference="protein motif:HMMPfam:PF03876 RNA_pol_Rpb7_N InterPro:IPR005576 RNA polymerase Rpb7, N-terminal GO:Molecular Function:DNA-directed RNA polymerase activity (GO:0003899), Biological Process:transcription (GO:0006350)" /inference="protein motif:HMMSmart:SM00316 no description InterPro:IPR003029 RNA binding S1 GO:Molecular Function:RNA binding (GO:0003723)" /inference="protein motif:HMMTigr:TIGR00448 rpoE:DNA-directed RNA polymerase InterPro:IPR004519 DNA-directed RNA polymerase GO:Molecular Function:DNA binding (GO:0003677), Molecular Function:DNA-directed RNA polymerase activity (GO:0003899), Cellular Component:nucleus (GO:0005634), Biological Process:transcription (GO:0006350)" /inference="protein motif:ProfileScan:PS50126 S1 InterPro:IPR003029 RNA binding S1 GO:Molecular Function:RNA binding (GO:0003723)" /inference="protein motif:superfamily:SSF50249 Nucleic acid-binding proteins InterPro:IPR008994 Nucleic acid-binding, OB-fold GO:Molecular Function:nucleic acid binding (GO:0003676)" /inference="protein motif:superfamily:SSF88798 N-terminal, heterodimerisation domain of RBP4 (RpoE)" /codon_start=1 /transl_table=11 /product="DNA-directed RNA polymerase subunit E' (rpoE1)" /protein_id="ACS33001.1" /translation="MYKLLKVKDVVRIPPRMFTMDPKEAAKLVLRGTYEGIYDRDEGV VLAVLDVEEVSEGVIVPGDGATYHEVVFNVLVWQPFMHEVVEGEVIDVAPYGAFVRIG PMDGLVHISQLMDDYVVFDEKNKQFLGKETKRILKLGDEVRARVIAISVKSRVIRENK IGLTMRQPGLGKFEWIEKEKRKSKEA" gene 483157..483345 /gene="rpoE2" /locus_tag="TGAM_0500" /note="tg0500" CDS 483157..483345 /gene="rpoE2" /locus_tag="TGAM_0500" /EC_number="2.7.7.6" /inference="protein motif:CDD:COG2093, DNA-directed RNA polymerase, subunit E'' [Transcription]" /inference="protein motif:CDD:RpoE2, Archaeal DNA-directed RNA polymerase subunit E'' (RpoE'' or RpoE2)" /inference="protein motif:COG:COG2093 DNA-directed RNA polymerase, subunit E''; K Transcription" /inference="protein motif:HMMPfam:PF04035 RpoE2 InterPro:IPR007178 Archaeal DNA-directed RNA polymerase subunit E, RpoE2 GO:Molecular Function:DNA binding (GO:0003677), Molecular Function:DNA-directed RNA polymerase activity (GO:0003899), Biological Process:transcription (GO:0006350)" /codon_start=1 /transl_table=11 /product="DNA-directed RNA polymerase subunit E' (rpoE2)" /protein_id="ACS33002.1" /translation="MVKERACRHCHYITTEDRCPVCGSRDLSDEWFDLVIIIDPEKSR IAKKLGVKVPGKYAIRVR" gene 483347..483889 /locus_tag="TGAM_0501" /note="tg0501" CDS 483347..483889 /locus_tag="TGAM_0501" /inference="protein motif:CDD:DUF359, Protein of unknown function (DUF359)" /inference="protein motif:COG:COG1909 Uncharacterized protein conserved in archaea; S Function unknown" /inference="protein motif:HMMPfam:PF04019 DUF359 InterPro:IPR007164 Protein of unknown function DUF359" /inference="protein motif:HMMPIR:PIRSF006533 Uncharacterised conserved protein InterPro:IPR007164 Protein of unknown function DUF359" /note="Belongs to DUF359 family" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein" /protein_id="ACS33003.1" /translation="MCGDFYFYLPPSLRDKLKEPLGELVRGEIPEPYLRILPLLRKVP FLITVGDVVTENVIRLGMHPSVAIYDHRTKRRDYNPSVGSEAVFLTVRNPPGTITKAL LNAVRKGVEIAGRGRSVHIKVNGEEDLAAIPAVLYAPLGSVVLYGQPDEGVVLIKVTP ECKRRCASILAKMEVVRDGD" gene 483879..484175 /gene="rps24E" /locus_tag="TGAM_0502" /note="tg0502" CDS 483879..484175 /gene="rps24E" /locus_tag="TGAM_0502" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:BlastProDom:PD006052 RS24_PYRFU_Q8U442; InterPro:IPR001976 Ribosomal protein S24e GO:Molecular Function:structural constituent of ribosome (GO:0003735), Cellular Component:intracellular (GO:0005622), Cellular Component:ribosome (GO:0005840), Biological Process:protein biosynthesis (GO:0006412)" /inference="protein motif:CDD:Ribosomal_S24e, Ribosomal protein S24e" /inference="protein motif:CDD:RPS24A, Ribosomal protein S24E [Translation, ribosomal structure and biogenesis]" /inference="protein motif:COG:COG2004 Ribosomal protein S24E; J Translation, ribosomal structure and biogenesis" /inference="protein motif:HMMPanther:PTHR10496 40S RIBOSOMAL PROTEIN S24 InterPro:IPR001976 Ribosomal protein S24e GO:Molecular Function:structural constituent of ribosome (GO:0003735), Cellular Component:intracellular (GO:0005622), Cellular Component:ribosome (GO:0005840), Biological Process:protein biosynthesis (GO:0006412)" /inference="protein motif:HMMPanther:PTHR10496:SF1 40S RIBOSOMAL PROTEIN S24" /inference="protein motif:HMMPfam:PF01282 Ribosomal_S24e InterPro:IPR001976 Ribosomal protein S24e GO:Molecular Function:structural constituent of ribosome (GO:0003735), Cellular Component:intracellular (GO:0005622), Cellular Component:ribosome (GO:0005840), Biological Process:protein biosynthesis (GO:0006412)" /codon_start=1 /transl_table=11 /product="SSU ribosomal protein S24E (rps24E)" /protein_id="ACS33004.1" /translation="MEIKVTEIRENKLLGRKEIYFDIIHEGEPTPSREAVKGKLAAML DLDPNTMVLQYIRSYFGSHVSKGYAKAYETRERMLYIEPEYILLRDGLIQKEEE" gene 484186..484356 /gene="rps27AE" /locus_tag="TGAM_0503" /note="tg0503" CDS 484186..484356 /gene="rps27AE" /locus_tag="TGAM_0503" /inference="protein motif:CDD:RPS31, Ribosomal protein S27AE [Translation, ribosomal structure and biogenesis]" /inference="protein motif:COG:COG1998 Ribosomal protein S27AE; J Translation, ribosomal structure and biogenesis" /inference="protein motif:HMMPanther:PTHR10666 UBIQUITIN" /inference="protein motif:HMMPanther:PTHR10666:SF9 UBIQUITIN" /inference="protein motif:HMMPfam:PF01599 Ribosomal_S27 InterPro:IPR002906 Ribosomal protein S27a GO:Molecular Function:structural constituent of ribosome (GO:0003735), Cellular Component:intracellular (GO:0005622), Cellular Component:ribosome (GO:0005840), Biological Process:protein biosynthesis (GO:0006412)" /inference="protein motif:superfamily:SSF57586 TNF receptor-like" /codon_start=1 /transl_table=11 /product="SSU ribosomal protein S27AE (rps27AE)" /protein_id="ACS33005.1" /translation="MAKKKKTSQKWKLYEVKGGKVVRKNKFCPRCGPGVFMANHKDRW SCGRCGYTEWKK" gene 484381..484968 /locus_tag="TGAM_0504" /note="tg0504" CDS 484381..484968 /locus_tag="TGAM_0504" /inference="protein motif:CDD:COG4123, Predicted O-methyltransferase [General function prediction only]" /inference="protein motif:CDD:HemK, Methylase of polypeptide chain release factors [Translation, ribosomal structure and biogenesis]" /inference="protein motif:CDD:Pcm, Protein-L-isoaspartate carboxylmethyltransferase [Posttranslational modification, protein turnover, chaperones]" /inference="protein motif:CDD:PrmA, Ribosomal protein L11 methylase [Translation, ribosomal structure and biogenesis]" /inference="protein motif:CDD:PrmA, Ribosomal protein L11 methyltransferase (PrmA)" /inference="protein motif:CDD:RsmC, 16S RNA G1207 methylase RsmC [Translation, ribosomal structure and biogenesis]" /inference="protein motif:CDD:TrmA, SAM-dependent methyltransferases related to tRNA (uracil-5-)-methyltransferase [Translation, ribosomal structure and biogenesis]" /inference="protein motif:COG:COG2890 Methylase of polypeptide chain release factors; J Translation, ribosomal structure and biogenesis" /inference="protein motif:Gene3D:G3D.3.40.50.150 no description" /inference="protein motif:HMMPanther:PTHR10756 N6-DNA-METHYLTRANSFERASE - RELATED" /inference="protein motif:HMMPanther:PTHR10756:SF3 PROTOPORPHYRINOGEN OXIDASE" /inference="protein motif:HMMPfam:PF05175 MTS InterPro:IPR007848 Methyltransferase small GO:Molecular Function:methyltransferase activity (GO:0008168)" /inference="protein motif:HMMTigr:TIGR00537 hemK_rel_arch:methylase, putative InterPro:IPR004557 Putative methylase GO:Molecular Function:methyltransferase activity (GO:0008168)" /inference="protein motif:ProfileScan:PS50193 SAM_BIND InterPro:IPR000051 SAM (and some other nucleotide) binding motif GO:Molecular Function:S-adenosylmethionine-dependent methyltransferase activity (GO:0008757)" /inference="protein motif:superfamily:SSF53335 S-adenosyl-L-methionine-dependent methyltransferases" /note="Location of this gene downstream of S24E and S27AE ribosomal proteins suggests it might be ribosomal protein L11 methyltransferase (PrmA)" /codon_start=1 /transl_table=11 /product="Methylase, putative, hemK and PrmA related" /protein_id="ACS33006.1" /translation="MTMPIYYGIKLELHSDVYEPAEDTFLLAETLEVRPGEIALDVGT GTGLIALLMARKAKYVLGVDVNPKAVELARRNARLNGISNVEFRLSDLFENVSGRFDV ITFNAPYLPGEPEKAIDLALVGGKTGREVIDRFIAEVPDHLNENGRVYLVQSSITGVE ETMREFEKAGLRGEVIARRHLFFEDIVVILAEKKG" gene complement(484970..485638) /locus_tag="TGAM_0505" /note="tg0505" CDS complement(484970..485638) /locus_tag="TGAM_0505" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:BlastProDom:PD023377 YE88_PYRFU_Q8U0U4; InterPro:IPR005266 Conserved hypothetical protein 703" /inference="protein motif:CDD:UPF0128, Uncharacterized protein family (UPF0128)" /inference="protein motif:COG:COG1851 Uncharacterized conserved protein; S Function unknown" /inference="protein motif:HMMPfam:PF03673 UPF0128 InterPro:IPR005266 Conserved hypothetical protein 703" /inference="protein motif:HMMTigr:TIGR00703 TIGR00703:conserved hypothetical protein T InterPro:IPR005266 Conserved hypothetical protein 703" /note="Belongs to UPF0128 family" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein" /protein_id="ACS33007.1" /translation="MLEGYYIVENTGVVPAERRFKFKDLKAWGYDLHLGTIDGKEAYF VSRTGTHEEGETYTQDGREYHITETQREIPKNARLLARIVIERGQPYLEFWLEAEEAN YPLAKEDPRLILHRFWTAKKFNQLEKHVGSVGLTTDFFKDRVFVKSLPLPFEEYPPKV RRVLREVRDVHRDLTGFGRFVFQYYGEEDKTHNYRLWWLLPTIHLFDIEVSNEVDKIL AMLD" gene 485733..486557 /locus_tag="TGAM_0506" /note="tg0506" CDS 485733..486557 /locus_tag="TGAM_0506" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:DUF835, Protein of unknown function (DUF835)" /inference="protein motif:HMMPfam:PF05763 DUF835 InterPro:IPR008553 Protein of unknown function DUF835" /note="Belongs to DUF835 family; 3 probable transmembrane helices predicted by modhmm" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein" /protein_id="ACS33008.1" /translation="MVKVAVLIAGLVSLMVYSVLLILAYLYSRSIVAPLSRKFSMNVI LSGLLAVAASIVVIIDAVTGKVLWWLEAALFLVSYVLLMVSVIHYLRLSSRVLSGSKE REEYGERGPLIGGFSVTPEELPKLTPLCGMFKTKIYIGRSKNPTVCDFDRRIWLSRIE AADSVDPAKLHVILESVIRTISEGGGSGLVLLDGIEFLLLHNDFRSVVKFLASLKDYM LLSNSAVVVVLDEETLGEREISVIRREFPPLEIEKLLSSLEKHALFGALSREDLKE" gene complement(486558..487016) /locus_tag="TGAM_0507" /note="tg0507" CDS complement(486558..487016) /locus_tag="TGAM_0507" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:DUF371, Domain of unknown function (DUF371)" /inference="protein motif:COG:COG2090 Uncharacterized protein conserved in archaea; S Function unknown" /inference="protein motif:HMMPfam:PF04027 DUF371 InterPro:IPR007171 Protein of unknown function DUF371" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein" /protein_id="ACS33009.1" /translation="MRRGVGNTTSSRRNKLVEVIRCRGHENVRATHRSTLEFTKEDYL TPRGDCIICIGADRGINDLSEEFKAALREGRKLLIRIRVEELVDEVVAWGSPGLILDH PYSIVVRKSDYIDARTLAIRANKAARDIDRKLVARLKDPRTEAVIELIII" gene complement(486973..487557) /gene="tdk" /locus_tag="TGAM_0508" /note="tg0508" CDS complement(486973..487557) /gene="tdk" /locus_tag="TGAM_0508" /EC_number="2.7.1.21" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:Tdk, Thymidine kinase [Nucleotide transport and metabolism]" /inference="protein motif:CDD:TK, Thymidine kinase" /inference="protein motif:COG:COG1435 Thymidine kinase; F Nucleotide transport and metabolism" /inference="protein motif:Gene3D:G3D.3.40.50.300 no description" /inference="protein motif:HMMPanther:PTHR11441 THYMIDINE KINASE InterPro:IPR001267 Thymidine kinase GO:Molecular Function:thymidine kinase activity (GO:0004797), Molecular Function:ATP binding (GO:0005524)" /inference="protein motif:HMMPanther:PTHR11441:SF1 THYMIDINE KINASE" /inference="protein motif:HMMPfam:PF00265 TK InterPro:IPR001267 Thymidine kinase GO:Molecular Function:thymidine kinase activity (GO:0004797), Molecular Function:ATP binding (GO:0005524)" /inference="protein motif:ScanRegExp:PS00603 TK_CELLULAR_TYPE InterPro:IPR001267 Thymidine kinase GO:Molecular Function:thymidine kinase activity (GO:0004797), Molecular Function:ATP binding (GO:0005524)" /inference="protein motif:superfamily:SSF52540 P-loop containing nucleoside triphosphate hydrolases" /codon_start=1 /transl_table=11 /product="Thymidine kinase (tdk)" /protein_id="ACS33010.1" /translation="MHPGGFLEVITGPMFAGKTTELIKRIERQAFARRKVALFKPSID TRYSKEEVVAHNGLRYEAFVVPTDENGVRRIMETTIREGFEVIGIDEVQFFPIEIVDV LNRLADEGVYVIASGLNLDFKGDPFPVTRELLVRADNIVYLTAVCTVCGRPATRSQRL IDGKPAPRNSPVILVGGRESYEARCREHHIVPEE" gene complement(487597..488034) /gene="nefD-1" /locus_tag="TGAM_0509" /note="tg0509" CDS complement(487597..488034) /gene="nefD-1" /locus_tag="TGAM_0509" /inference="protein motif:CDD:COG1585, Membrane protein implicated in regulation of membrane protease activity [Posttranslational modification, protein turnover, chaperones / Intracellular trafficking and secretion]" /inference="protein motif:COG:COG1585 Membrane protein implicated in regulation of membrane protease activity; O Posttranslational modification, protein turnover, chaperones" /inference="protein motif:HMMPfam:PF01957 NfeD InterPro:IPR002810 Nodulation efficiency, NfeD" /inference="protein motif:superfamily:SSF51294 Hedgehog/intein (Hint) domain" /note="Belongs to DUF107 family; 3 probable transmembrane helices predicted by modhmm" /codon_start=1 /transl_table=11 /product="Nodulation efficiency protein D related protein (nefD)" /protein_id="ACS33011.1" /translation="MRAMSTALAVSLLILGLLIILLDMMVTAFITPIGVTFAVLGLLL GFGMNFTESFVISLIAAVISYILIGRYIRRDVEDVGRKERKYTFDLVGKRGKVVKVAE DHYLVELEGDRWIAFSDDELQAGDVVEVKAVDGVKLIVKKAER" gene complement(488031..488984) /locus_tag="TGAM_0510" /note="tg0510" CDS complement(488031..488984) /locus_tag="TGAM_0510" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:Band_7, SPFH domain / Band 7 family" /inference="protein motif:CDD:Band_7, The band 7 domain of flotillin (reggie) like proteins" /inference="protein motif:CDD:Band_7_2, A subgroup of the band 7 domain of flotillin (reggie) like proteins" /inference="protein motif:CDD:Band_7_4, A subgroup of the band 7 domain of flotillin (reggie) like proteins" /inference="protein motif:CDD:Band_7_HflC, Band_7_HflC:The band 7 domain of flotillin (reggie) like proteins" /inference="protein motif:CDD:Band_7_HflK, Band_7_HflK:The band 7 domain of flotillin (reggie) like proteins" /inference="protein motif:CDD:Band_7_stomatin_like, Band_7_stomatin_like:A subgroup of the band 7 domain of flotillin (reggie) like proteins similar to stomatin and podicin (two lipid raft-associated integral membrane proteins)" /inference="protein motif:CDD:COG2268, Uncharacterized protein conserved in bacteria [Function unknown]" /inference="protein motif:CDD:HflC, Membrane protease subunits, stomatin/prohibitin homologs [Posttranslational modification, protein turnover, chaperones]" /inference="protein motif:CDD:PHB, prohibitin homologues; prohibitin homologues" /inference="protein motif:COG:COG0330 Membrane protease subunits, stomatin/prohibitin homologs; O Posttranslational modification, protein turnover, chaperones" /inference="protein motif:FPrintScan:PR00721 STOMATIN InterPro:IPR001972 Stomatin GO:Cellular Component:membrane (GO:0016020)" /inference="protein motif:HMMPanther:PTHR10264 STOMATIN-RELATED InterPro:IPR001107 Band 7 protein" /inference="protein motif:HMMPanther:PTHR10264:SF17 STOMATIN-RELATED" /inference="protein motif:HMMPfam:PF01145 Band_7 InterPro:IPR001107 Band 7 protein" /inference="protein motif:HMMSmart:SM00244 no description InterPro:IPR001107 Band 7 protein" /inference="protein motif:ScanRegExp:PS01270 BAND_7 InterPro:IPR001972 Stomatin GO:Cellular Component:membrane (GO:0016020)" /inference="protein motif:superfamily:SSF51197 Clavaminate synthase-like" /note="1 probable transmembrane helix predicted by modhmm" /codon_start=1 /transl_table=11 /product="Prohibitin/Stomatin-like protein" /protein_id="ACS33012.1" /translation="MGFATVALVVIGGFLLLLLLLGVKVIRPYQKGLVERLGKFNRIL DPGIHFIIPFMERVKKVDMREHVIDVPPQEVICKDNVVVTVDAVVYYQILDPVKAVYN VSNFLMAIIKLAQTNLRAIIGEMELDETLSGRDIINARLREELDKITDRWGVKITRVE IQRIDPPKDIQEAMAKQMTAEREKRAMILLAEGKKEAAIREAEGQKQAAILKAEGEKQ RQILIAEGQAQAIKKVLEALKMADEKYLTLQYIEKLPDLAKYGNLIVPYDTEALIGLL RVLQKVKDTPLPKPPEPPKEEGKESSELKDEDVEKLKNLME" gene complement(489067..490392) /locus_tag="TGAM_0511" /note="tg0511" CDS complement(489067..490392) /locus_tag="TGAM_0511" /inference="protein motif:superfamily:SSF50960 TolB, C-terminal domain InterPro:IPR011042 TolB, C-terminal" /note="1 probable transmembrane helix predicted by modhmm" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein" /protein_id="ACS33013.1" /translation="MTIMRRLSFLIAIVLVVVIALSVMTSNGAETSLRGYWAKVYNGN YVRGGVSALVKTENGIYLVGGISFPNSDKGFIARLSEEGEVSKAVGYGVMGLDCMFEG GAALGRNLMVAGILHNGTFGNRRLMIAKIGENMKPLWAETFNISVFPELAGIEVVDDG ILVAGGFVGEKDGVFVMKLNDKGEVLWTRLYISEGFLVPTGMAPDGEGGFLLLGVEVD YGSSKMVLIDIDGKGKVKWAKAYKEGVYGNAILKEGERIIVVGEIGNGLEGENRGDVF VALLNEDGNVIWAKAYGSEEMDFGGTAGLLDGGIVVAGIYGGKIVSGIPPRVENYTIW ILNLEKNGKVRWEKAYWRGYPSFVVPDGDSILIGGFLISGNESRIFLARIKGDGSSPD SGITPDYDVHEVRLKATNFELREEELKVKALRVEFETQNIPLEAEPIRS" gene 490482..492386 /locus_tag="TGAM_0512" /note="tg0512" CDS 490482..492386 /locus_tag="TGAM_0512" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:COG2016, Predicted RNA-binding protein (contains PUA domain) [Translation, ribosomal structure and biogenesis]" /inference="protein motif:CDD:COG5270, PUA domain (predicted RNA-binding domain) [Translation, ribosomal structure and biogenesis]" /inference="protein motif:CDD:CysH, 3'-phosphoadenosine 5'-phosphosulfate sulfotransferase (PAPS reductase)/FAD synthetase and related enzymes [Amino acid transport and metabolism / Coenzyme metabolism]" /inference="protein motif:CDD:PAPS_reduct, Phosphoadenosine phosphosulfate reductase family" /inference="protein motif:CDD:PAPS_reductase, This domain is found in phosphoadenosine phosphosulphate (PAPS) reductase enzymes or PAPS sulphotransferase" /inference="protein motif:CDD:PUA, PUA domain" /inference="protein motif:COG:COG0175 3'-phosphoadenosine 5'-phosphosulfate sulfotransferase (PAPS reductase)/FAD synthetase and related enzymes; E Amino acid transport and metabolism" /inference="protein motif:FPrintScan:PR00353 4FE4SFRDOXIN InterPro:IPR001450 4Fe-4S ferredoxin, iron-sulfur binding GO:Molecular Function:electron transporter activity (GO:0005489), Molecular Function:iron ion binding (GO:0005506), Biological Process:electron transport (GO:0006118)" /inference="protein motif:Gene3D:G3D.3.30.70.20 no description" /inference="protein motif:Gene3D:G3D.3.40.50.610 no description" /inference="protein motif:HMMPanther:PTHR12217 LIGATIN AND MCT-1" /inference="protein motif:HMMPanther:PTHR12217:SF3 MCT-1 PROTEIN-RELATED" /inference="protein motif:HMMPfam:PF00037 Fer4 InterPro:IPR001450 4Fe-4S ferredoxin, iron-sulfur binding GO:Molecular Function:electron transporter activity (GO:0005489), Molecular Function:iron ion binding (GO:0005506), Biological Process:electron transport (GO:0006118)" /inference="protein motif:HMMPfam:PF01472 PUA InterPro:IPR002478 PUA GO:Molecular Function:RNA binding (GO:0003723)" /inference="protein motif:HMMPfam:PF01507 PAPS_reduct InterPro:IPR002500 Phosphoadenosine phosphosulfate reductase GO:Biological Process:metabolism (GO:0008152), Molecular Function:transferase activity (GO:0016740)" /inference="protein motif:HMMSmart:SM00359 no description InterPro:IPR002478 PUA GO:Molecular Function:RNA binding (GO:0003723)" /inference="protein motif:HMMTigr:TIGR00451 unchar_dom_2:uncharacterized domain InterPro:IPR004521 Uncharacterized domain 2" /inference="protein motif:ProfileScan:PS50890 PUA InterPro:IPR002478 PUA GO:Molecular Function:RNA binding (GO:0003723)" /inference="protein motif:ScanRegExp:PS00198 4FE4S_FERREDOXIN InterPro:IPR001450 4Fe-4S ferredoxin, iron-sulfur binding GO:Molecular Function:electron transporter activity (GO:0005489), Molecular Function:iron ion binding (GO:0005506), Biological Process:electron transport (GO:0006118)" /inference="protein motif:superfamily:SSF46548 InterPro:IPR009051 Alpha-helical ferredoxin" /inference="protein motif:superfamily:SSF52402 Adenine nucleotide alpha hydrolases-like" /inference="protein motif:superfamily:SSF88697 PUA domain-like" /codon_start=1 /transl_table=11 /product="3'-phosphoadenosine 5'-phosphosulfate sulfotransferase (PAPS reductase), containing one PUA domain and 2 4Fe-4S binding domains" /protein_id="ACS33014.1" /translation="MRDVGRPVFLGKAYINWCEKCNVPLIGDSCAVHGKEGVSRLNIT PPGDLRFAFEKDLEFIKSVFAEHFGVDVGEVLDGKIVLLNKLPSEDDAYEIIVDGYVF GYVKFDPIKLSWKAGLKVEGAIALWKRFGKKMKKWVIVDKGAVEPIKNGANLLAVGVL EADPSIRVNDDVILVSEDGEVFATGIAKKDYSALIRGERGTGVKPKRQKSVNYREGRK ATMEDVLRANAIALEEKVMKSREFMRRVASKYSDLPVAVAFSGGKDSLAVLGLALEEF GSDFTVFFNNTGIEFPETVEYVGKLRKELEPKGIKFVVADAGDAFWRALYVFSPPGRD YRWCCKVTKLGPITLAIKENYPKGVLMFVGQRKYESIKRFKQPRVWRNEWVPNEIGAS PIFHWRAIEVWLYIFSRKLPYNPLYERGFDRIGCFLCPSASLAEFERLKREKPELWEK WFKALEYWRRRFGLPEEWITYGFWRWKRLSKGEKAIARKLGVDIPEERSWEPVKVKIE EASEGYELEFNTVLNKKRLLQVAPILGEVSVEGDVVRAGEVEFFTRTRKAKAPDEREA VSAYYLVKRAYECVGCGVCVGKCPEEALSIDEKSKKIVVDWNRCTHCRECMEVCPLLK IKNPEEGSQL" gene 492503..493816 /locus_tag="TGAM_0513" /note="tg0513" CDS 492503..493816 /locus_tag="TGAM_0513" /inference="protein motif:CDD:COG1373, Predicted ATPase (AAA+ superfamily) [General function prediction only]" /inference="protein motif:COG:COG1373 Predicted ATPase (AAA+ superfamily); R General function prediction only" /inference="protein motif:Gene3D:G3D.3.40.50.300 no description" /inference="protein motif:superfamily:SSF52540 P-loop containing nucleoside triphosphate hydrolases" /inference="protein motif:superfamily:SSF52980 Restriction endonuclease-like" /codon_start=1 /transl_table=11 /product="ATPase of the AAA superfamily, putative" /protein_id="ACS33015.1" /translation="MATMMEALEEVIAEFHEFGVPEAKERELTLPLNVDVAVSVYGLR RTGKTHLLYLAMRKLIENGLPIKRIFYVNFEDERLAGISARDLSTIVQLYYKHNPDAD VMYLFLDEVQVVEGWEMFVRRLLEGKRARVFITGSSSKLLSREIATSLRGRTLGFRLF PLSFREFLTFKGFELKKPLTERKRGILLRLLEEYIEYGGFPGIVDYSPPLKIRTLQEY LNLIVYRDLVERYGIEKVSALKALIRILVRNFARKISIRKLHSLVSSTGTKISRPTLA EYLSYLEDVGFVLPLRKYHPSDVESLRSQPKLYIADVGLATALGVGDTGYRIENIVAV ELLRRKHYFEPRLEVHYWEDGRGEVDFVVSLGGKVRELVQVSYALDEPQTRERELRAL LRASKTLNCRNLTIITWEEEGVEEIDGRRIRFLPLWRWLIERTPL" gene 493850..494473 /locus_tag="TGAM_0514" /note="tg0514" CDS 493850..494473 /locus_tag="TGAM_0514" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:COG1326, Uncharacterized archaeal Zn-finger protein [General function prediction only]" /inference="protein motif:COG:COG1326 Uncharacterized archaeal Zn-finger protein; R General function prediction only" /inference="protein motif:HMMPfam:PF01873 eIF-5_eIF-2B InterPro:IPR002735 Translation initiation factor IF5 GO:Molecular Function:translation initiation factor activity (GO:0003743), Biological Process:translational initiation (GO:0006413)" /inference="protein motif:HMMPIR:PIRSF015877 Uncharacterised Zn-finger protein InterPro:IPR012041 Uncharacterised conserved protein UCP015877, zinc finger" /inference="protein motif:superfamily:SSF75689 Zinc-binding domain of translation initiation factor 2 beta" /note="UCP015877 member" /codon_start=1 /transl_table=11 /product="Zinc-finger protein, translation initiation factor 2 beta related protein" /protein_id="ACS33016.1" /translation="MEEYFICPECGSDDVEVIKERGRELTLRCNECGNVWHVTLPKLV RVPLIVSKHERSFKSEAELPEGEEIRVGDIVETEEDEVRITGIELEGGKRVNKAKVGE IVTLWGESLTYPKVIKVSIYMPKGITQSFRVKVPRDEEFAVGEVVEVGGYTFKIEKIK TERKMLHHGKAQADKIVALMGHHIPRARARRSLEIYRGYEDESRAEE" gene 494501..494689 /locus_tag="TGAM_0515" /note="tg0515" CDS 494501..494689 /locus_tag="TGAM_0515" /note="2 probable transmembrane helices predicted by modhmm" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein" /protein_id="ACS33017.1" /translation="MSAMERKTTYRFLLVLVLILTVFYTLGLVGVVPFKVSYYITIFM IVLFVLLRWDYHRGERRE" gene 494682..495266 /gene="cbiZ" /locus_tag="TGAM_0516" /note="tg0516" CDS 494682..495266 /gene="cbiZ" /locus_tag="TGAM_0516" /EC_number="3.5.1.90" /inference="protein motif:BlastProDom:PD022649 Q9YAA7_AERPE_Q9YAA7" /inference="protein motif:CDD:COG1865, Uncharacterized conserved protein [Function unknown]" /inference="protein motif:CDD:DUF105, Domain of unknown function DUF105" /inference="protein motif:COG:COG1865 Uncharacterized conserved protein; S Function unknown" /inference="protein motif:HMMPfam:PF01955 CbiZ InterPro:IPR002808 Adenosylcobinamide amidohydrolase, CbiZ" /codon_start=1 /transl_table=11 /product="Adenosylcobinamide amidohydrolase (AdoCbi hydrolase) (CbiZ)" /protein_id="ACS33018.1" /translation="MNEGFIKHFSRRMLALSNAPHRGGLVEAEGFFFMKVHKDYSGDY RADCRAFELENGLKDFVGFMTAAEVGKVLSVSRSGSVTAYVTAGLTNPAIAGEEPPPW KPGTINMALVIEDGLTVGAMANAIMTATEAKTYTLLKLGYNATGTTSDGIGVFAFPGD VEWAGTATDLGLNIGRAVRSALEESLKKWESTRS" gene complement(495252..496019) /locus_tag="TGAM_0517" /note="tg0517" CDS complement(495252..496019) /locus_tag="TGAM_0517" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:COG:COG0500 SAM-dependent methyltransferases; Q Secondary metabolites biosynthesis, transport and catabolism" /inference="protein motif:Gene3D:G3D.3.40.50.150 no description" /inference="protein motif:HMMPfam:PF08242 Methyltransf_12 InterPro:IPR013217 Methyltransferase type 12" /inference="protein motif:superfamily:SSF53335 S-adenosyl-L-methionine-dependent methyltransferases" /codon_start=1 /transl_table=11 /product="SAM-dependent methyltransferase, putative" /protein_id="ACS33019.1" /translation="MEELYRYLRAYMDPKSEVAQNRFIGLRSFFNWAVKEGLFPERRK LRILDLCAGTGIAGSALYETLREWGYEPSLTVVDKRKEDLLLVEEWVSGEVYGAVMDC LDDLSKLGKFDVALIFGHTMPHFNPFQTAELFRNVAGVLESDGVFLLEETDRFGAFFY RRAYREIVPEVRGDDYTIVSLDEGYDPLKGIIKRGYYKLPGWERIGEMETRYWDLAGL AGIGKALFEEVRIIRKSEHGVVSAGDMIYLRGPLTPR" gene 496105..496824 /locus_tag="TGAM_0518" /note="tg0518" CDS 496105..496824 /locus_tag="TGAM_0518" /note="5 probable transmembrane helices predicted by modhmm" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein" /protein_id="ACS33020.1" /translation="MTIMVRFGGHWSEWVLTGVIGGLYLCSLLTGIEALATIAGALFW LSLPTLLFGRRVKVKKNRLVLEVGWPVTLFRVEIAPEEIIEVVDLERAEGVLPLRYYR LVLPLTVLAVSVGLLGLVKDSRWAFVWFGWIYWGIVGVIPLLFPKKAKKLSVMATLAF GAFMSCLARLLGIKEYPMYIVTSVILVPFITDVRERTVVLVTEKGTYLVSSLSDREIE QFIDNLRRLISGSGGSNVPAS" gene 496799..497200 /locus_tag="TGAM_0519" /note="tg0519" CDS 496799..497200 /locus_tag="TGAM_0519" /inference="protein motif:Gene3D:G3D.1.10.10.60 no description InterPro:IPR012287 Homeodomain-related GO:Molecular Function:DNA binding (GO:0003677), Biological Process:regulation of transcription (GO:0045449)" /inference="protein motif:HMMPfam:PF08281 Sigma70_r4_2 InterPro:IPR013249 Sigma-70, region 4 type 2" /inference="protein motif:superfamily:SSF46894 C-terminal effector domain of the bipartite response regulators" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein" /protein_id="ACS33021.1" /translation="MVRMFRLPEAMERVWLMRAKGMREIEIARELGVSRQAVNKALRD ARVKLFEAFFGLAEVFSWEVARINAEKGFMVARGRCLGRSVRVYAFYIPGKGLRAFFE GDFPDCVLRHAVELGIIDEPDREKLINALES" gene complement(497197..497874) /locus_tag="TGAM_0520" /note="tg0520" CDS complement(497197..497874) /locus_tag="TGAM_0520" /note="paralogous to the upstream ORF tg0521; 7 probable transmembrane helices predicted by modhmm" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein" /protein_id="ACS33022.1" /translation="MGALTFTAKDEPGIGFRIGYTYLSERARRRANRVSGAGIMLTGV LLILLSFFLPMPWLMAVLLSCFGVIIPVTYLVAKREYELEELSEEAPEKPERKIRPPR VGKYLALQTVFVGLSLVLLINGKLPDREISILIFVQLFLLALTVPFSQPLVFQLAPKF KGKMALGFAKAMTVVSAMVALQLAVAALKPKASPLLVVLMLLVSLGAIFYAVFVALTS AYEEGYY" gene complement(497924..498733) /locus_tag="TGAM_0521" /note="tg0521" CDS complement(497924..498733) /locus_tag="TGAM_0521" /inference="protein motif:HMMPfam:PF07853 DUF1648 InterPro:IPR012867 Protein of unknown function DUF1648" /note="paralogous to the downstream ORF tg0520; 7 probable transmembrane helices predicted by modhmm" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein" /protein_id="ACS33023.1" /translation="MNEKAFEVFVSLTLLLAGLLTLAFRKKQNPLIGFRVGYTYHSER AWEKVNTFAGVFSVACSLLLLVLALYGVSMNAFILVMMAFVGAELFVGLWMARREYEL EELSEEAPEKPPAIETEKQSISIKPYILIQLGFLAIYLLLVALLWERLPERVATHFNA SGEPDSYSSKFWGVIGVPVLVWLLPLVLTIPAREPGFFARVAFYPRSLRAWCLFTTVL SGGIVLVVTLALLYNAGLVSGNAITYGAYLFLGVLIFAVYRLLTVGKGERV" gene complement(498730..499089) /locus_tag="TGAM_0522" /note="tg0522" CDS complement(498730..499089) /locus_tag="TGAM_0522" /inference="protein motif:CDD:COG1695, Predicted transcriptional regulators [Transcription]" /inference="protein motif:CDD:PadR, Transcriptional regulator PadR-like family" /inference="protein motif:COG:COG1695 Predicted transcriptional regulators; K Transcription" /inference="protein motif:HMMPfam:PF03551 PadR InterPro:IPR005149 Transcriptional regulator PadR-like" /inference="protein motif:superfamily:SSF46785 'Winged helix' DNA-binding domain" /codon_start=1 /transl_table=11 /product="Transcription regulator, PadR-like family" /protein_id="ACS33024.1" /translation="MLGNPKEKALRKLRKDLRSGLYSYLVLSLLSEEGELHGYAIRKR LGELSDGKLVPSEGALYDILKNLKKLGLLRDDWAEVGGRPRKYYRLTDLGRDVLLALR DEIRTIERTLIRLEGLE" gene complement(499096..499827) /locus_tag="TGAM_0523" /note="tg0523" CDS complement(499096..499827) /locus_tag="TGAM_0523" /note="7 probable transmembrane helices predicted by modhmm" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein" /protein_id="ACS33025.1" /translation="MSPFLFIILGGFLAWATVYAVGFRKLRWAEFILGLVAFLLAMII QNPVQQLPLMGMGITSNKDVVARGTGFMVIVAVWLGLAAGIIQEGIKYYLVRERKLRE AVFVGLGFGVTEAVVIAVAKVLPVVLKGGSVEVPLLSALLSMAERYFATLFHVGTAVF LAYSAKQGFGKRGLIYMIGLHTIIDSGAAYFQLAFFMKPRPYHTLNFLAYFLEVVAAV IGIVVFAYGVLKALEEPEDEEKPIW" gene complement(499832..500182) /locus_tag="TGAM_0524" /note="tg0524" CDS complement(499832..500182) /locus_tag="TGAM_0524" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:DUF74, Domain of unknown function DUF74" /inference="protein motif:COG:COG0393 Uncharacterized conserved protein; S Function unknown" /inference="protein motif:HMMPfam:PF01906 DUF74 InterPro:IPR002765 Protein of unknown function DUF74" /note="Belongs to DUF74 family" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein" /protein_id="ACS33026.1" /translation="MRCMETIEGVVVVTTETVPGYRIVEVKGLARGGVVKATHIGRDI LAALRNIKGGEVKEYTQMMAEAREEALRRMALSAKELGANAVVNMRFATSNVSSNMAE VYAYGTAVVIEKEE" gene complement(500268..500882) /locus_tag="TGAM_0525" /note="tg0525" CDS complement(500268..500882) /locus_tag="TGAM_0525" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:COG3863, Uncharacterized distant relative of cell wall-associated hydrolases [Function unknown]" /inference="protein motif:COG:COG3863 Uncharacterized distant relative of cell wall-associated hydrolases; S Function unknown" /inference="protein motif:HMMPfam:PF06520 DUF1105 InterPro:IPR010529 Protein of unknown function DUF1105" /note="1 probable transmembrane helix predicted by modhmm" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein" /protein_id="ACS33027.1" /translation="MKRLGAIFVALLFLGATVPEVSAGDLLNYFWDTRTYQHPYPTDV RPGDLVYGHSPDLFNAIIPGYWIHVAIVAWYNESIDDWMVIEAKIGKGIIITPLSEFL SRYDVVALQRVKVSDEIRLRAVQFAYQQLGKPYNYDYFSKPKVYDDRYYCSQLVWAAY LVASNFQVNLDENDGGWSWKYFYAVAPQEVYDDPMTYTIYYHKA" gene 500981..502006 /locus_tag="TGAM_0526" /note="tg0526" CDS 500981..502006 /locus_tag="TGAM_0526" /inference="protein motif:BlastProDom:PD004399 Q8U1Z1_PYRFU_Q8U1Z1; InterPro:IPR002728 Diphthamide synthesis DPH2 protein" /inference="protein motif:CDD:Diphthamide_syn, Putative diphthamide synthesis protein" /inference="protein motif:CDD:DPH2, Diphthamide synthase subunit DPH2 [Translation, ribosomal structure and biogenesis]" /inference="protein motif:COG:COG1736 Diphthamide synthase subunit DPH2; J Translation, ribosomal structure and biogenesis" /inference="protein motif:HMMPanther:PTHR10762 DIPTHERIA TOXIN RESISTANCE PROTEIN-RELATED InterPro:IPR002728 Diphthamide synthesis DPH2 protein" /inference="protein motif:HMMPanther:PTHR10762:SF1 DIPTHERIA TOXIN RESISTANCE PROTEIN-RELATED" /inference="protein motif:HMMPfam:PF01866 Diphthamide_syn InterPro:IPR002728 Diphthamide synthesis DPH2 protein" /inference="protein motif:HMMTigr:TIGR00322 diphth2_R:diphthamide biosynthesis protein InterPro:IPR002728 Diphthamide synthesis DPH2 protein" /inference="protein motif:superfamily:SSF51658 Xylose isomerase-like" /codon_start=1 /transl_table=11 /product="Diphthamide synthesis DPH2 protein" /protein_id="ACS33028.1" /translation="MHEVPHGEILKELKKLGAECVLIQSPEGLRREAEELAGFLEENG LTVILHGEINYGACDPADSDARRLGCDALIHLGHSYMRLNLEVPTIFVPAFAKVELVP ALEKNIEEIRKLGRRIALVTTAQHVHRLDEAREFLEKNGFEVLIGRGDSRVSWPGQVL GCNFSSAKVEAEGVLFIGSGLFHPLGVALATKKPTLAINPYSGDAIWMDAEAERLIRK RWAQIAKAMDAKSFGVVVSTKKGQLRLAEAKRIVELLRGHGRKARLIAMDHISYPKLE GFPFDAYVVVACPRVPIDDYENWRKPVLTPREVEPLLGLKKEYEFDEIPGVERREDEP LGVSLKL" gene 502139..503911 /locus_tag="TGAM_0527" /note="tg0527" CDS 502139..503911 /locus_tag="TGAM_0527" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:Gene3D:G3D.1.25.10.10 no description InterPro:IPR011989 Armadillo-like helical GO:Molecular Function:binding (GO:0005488)" /inference="protein motif:superfamily:SSF48371 ARM repeat" /note="Contains ARM repeat" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein" /protein_id="ACS33029.1" /translation="MLVDDKTIKVIEEYLRSWEIKKAIELALKDNVYLLALFKLLHES DDTLKIRALIALEEVLKALPDVKRLILVDKFLDDVIKVLKSDNDGVLIHAIRTIGRLI GGIPLHPETFVKLAHAFKDLVKSRKNEALVLEILSVLGGMSVTSPSPRIMDVISRLLK SKDLRLKAMGLRLLLNVSTYSGDPSLLKTLFSEIPEMLSEKDVPLADFVLDILFEIAG YPLKEELIDDVARVLTAVKNLALRKSSKLADKARIVAEKLELAIHNYYLKNPEKAKEK IHELLINEYFYEAIDLALAVGDTYILKWLAEILEKFNKETLKINERVLPGPKYLSIPP EKKIQRYIRPPTLAQFREVKKSALEIALNEPASQHELTEDEKIELKRAVEVGDEEKLL QLSRKKPEVVFELVRKLEEGDKFEKMDALWALSKLAEKIERGVAFILEPAVEKLLEVA HSTKNRWMRLRAAKTLALLAVKSRSGDRVVGEFIEDYLSGDAKRVIPALEFFSYYFNR EWDEKTARVVLSTLTNHLEKEETRFDALLALEALVRSAPPERARLFIPFIDVLKDIKN SASPEDQKLALRILEEISSKVKLG" gene complement(503913..504173) /locus_tag="TGAM_0528" /note="tg0528" CDS complement(503913..504173) /locus_tag="TGAM_0528" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein" /protein_id="ACS33030.1" /translation="MVDMTEELMEILKRKYQFLGTMLESVDLTIRELKRSGDSEEVYN TMITFLGEFPTKRMLQIIAEEKNLGIKVKTREDAINVIKLLQ" gene complement(504166..504462) /locus_tag="TGAM_0529" /note="tg0529" CDS complement(504166..504462) /locus_tag="TGAM_0529" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein" /protein_id="ACS33031.1" /translation="MSDPRVGSAMVTATAKEILRRLGRPFEATITAYLNSKYDKGIEI IEEDPRKFYSALKELFGEFAAKIFIYNLVAELHLPVKSTEIEDLLQILEEYIGG" gene complement(504455..505804) /locus_tag="TGAM_0530" /note="tg0530" CDS complement(504455..505804) /locus_tag="TGAM_0530" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:FlaH, Predicted ATPases involved in biogenesis of archaeal flagella [Cell motility and secretion / Intracellular trafficking and secretion]" /inference="protein motif:CDD:KaiC, KaiC is a circadian clock protein primarily found in cyanobacteria KaiC is a RecA-like ATPase, having both Walker A and Walker B motifs" /inference="protein motif:CDD:RAD55, RecA-superfamily ATPases implicated in signal transduction [Signal transduction mechanisms]" /inference="protein motif:CDD:radB, RadB" /inference="protein motif:CDD:RecA, RecA/RadA recombinase [DNA replication, recombination, and repair]" /inference="protein motif:CDD:recA_like, RecA is a bacterial enzyme which has roles in homologous recombination, DNA repair, and the induction of the SOS response" /inference="protein motif:CDD:Sms, Predicted ATP-dependent serine protease [Posttranslational modification, protein turnover, chaperones]" /inference="protein motif:CDD:Sms, Sms (bacterial radA) DNA repair protein" /inference="protein motif:COG:COG0467 RecA-superfamily ATPases implicated in signal transduction; T Signal transduction mechanisms" /inference="protein motif:FPrintScan:PR01874 DNAREPAIRADA InterPro:IPR004504 DNA repair protein RadA GO:Molecular Function:damaged DNA binding (GO:0003684), Molecular Function:ATP binding (GO:0005524), Biological Process:DNA repair (GO:0006281)" /inference="protein motif:Gene3D:G3D.3.40.50.300 no description" /inference="protein motif:HMMPanther:PTHR13682 GLUTAMINE SYNTHETASE/DNA REPAIR PROTEIN-RELATED" /inference="protein motif:HMMPanther:PTHR13682:SF11 DNA REPAIR PROTEIN RAD51 [ARCHAEA]" /inference="protein motif:HMMSmart:SM00382 no description InterPro:IPR003593 AAA ATPase GO:Molecular Function:nucleotide binding (GO:0000166), Molecular Function:nucleoside-triphosphatase activity (GO:0017111)" /inference="protein motif:ProfileScan:PS50162 RECA_2 InterPro:IPR001553 RecA bacterial DNA recombination GO:Molecular Function:DNA binding (GO:0003677), Molecular Function:ATP binding (GO:0005524), Biological Process:DNA metabolism (GO:0006259), Molecular Function:DNA-dependent ATPase activity (GO:0008094)" /inference="protein motif:ProfileScan:PS51146 KAIC InterPro:IPR010624 Circadian clock protein KaiC" /inference="protein motif:superfamily:SSF52540 P-loop containing nucleoside triphosphate hydrolases" /note="Contains 2 RecA_2 (PS50162) domains, 2 P_Loop (SSF52540) domains, 1 Kaic (PF06745) domain and 2 RecA (PR00142) domains" /codon_start=1 /transl_table=11 /product="RecA family AAA ATPase" /protein_id="ACS33032.1" /translation="MELIPTGIPGLDKALSGGFSRGTSILIAGNPGTGKTHLAVHVLF NNMKKGLKGAYISFAETKRQFYQNAMESGLNFEEAEKKGVFKFYDMLTMPKEEMKDFL DFLIQDLVEWKPDIIVFDSITVLGQIFGAAMMRSFLHSIIGRLVNALNSLAILIDEIP YGERRVGFGVEEFVVDGVIVLEMERQREVIKRYLTIPKMRGRYIARSTYEYVITDYGI DVIPIPDLRFAERNIQTKERIKTGIPKFDELLGGGFYKGSINLIAGPTGSGKTIFALT IASNMAKQGFRVLYMTFEEALGALLGTTKNLGLDGDFKVISLIPEAMTPIQYYALIKR LLRENSSEILFIDSISAMQSHMEEEDFIKAIRYLQLLSKEKNITLIMTYLSQNSNLLQ STGFSTLMDTITILSYELPSRPGEFLKRYLMVLKARHSEHKAVLRKFKITLGGIEIE" gene 505929..506549 /locus_tag="TGAM_0531" /note="tg0531" CDS 505929..506549 /locus_tag="TGAM_0531" /inference="protein motif:CDD:COG2263, Predicted RNA methylase [Translation, ribosomal structure and biogenesis]" /inference="protein motif:CDD:HemK, Methylase of polypeptide chain release factors [Translation, ribosomal structure and biogenesis]" /inference="protein motif:CDD:PrmA, Ribosomal protein L11 methylase [Translation, ribosomal structure and biogenesis]" /inference="protein motif:CDD:PrmA, Ribosomal protein L11 methyltransferase (PrmA)" /inference="protein motif:CDD:RsmC, 16S RNA G1207 methylase RsmC [Translation, ribosomal structure and biogenesis]" /inference="protein motif:COG:COG2263 Predicted RNA methylase; J Translation, ribosomal structure and biogenesis" /inference="protein motif:Gene3D:G3D.3.40.50.150 no description" /inference="protein motif:HMMPanther:PTHR13210 FAMILY NOT NAMED" /inference="protein motif:HMMPfam:PF06325 PrmA InterPro:IPR010456 Ribosomal L11 methyltransferase GO:Cellular Component:cytoplasm (GO:0005737), Biological Process:protein amino acid methylation (GO:0006479), Molecular Function:protein methyltransferase activity (GO:0008276)" /inference="protein motif:ProfileScan:PS50193 SAM_BIND InterPro:IPR000051 SAM (and some other nucleotide) binding motif GO:Molecular Function:S-adenosylmethionine-dependent methyltransferase activity (GO:0008757)" /inference="protein motif:ScanRegExp:PS00092 N6_MTASE InterPro:IPR002052 N-6 Adenine-specific DNA methylase GO:Molecular Function:DNA binding (GO:0003677), Biological Process:DNA methylation (GO:0006306), Molecular Function:N-methyltransferase activity (GO:0008170)" /inference="protein motif:superfamily:SSF53335 S-adenosyl-L-methionine-dependent methyltransferases" /codon_start=1 /transl_table=11 /product="SAM-dependent rRNA adenine methyltransferase, putative" /protein_id="ACS33033.1" /translation="MKKRHLAMLLSKLEGFSEPKPELEQYRTPGNVAAELLWLAHSAG DIVEKVVADLGTGTGVLAIGAKLLGAEKVYAVEVDPKALEVAKRNAERSGVEVEFIQA DVSEFSERVDTVVMNPPFGSQKKGADRPFLLKAFEVSNTVYSIHLAKLEVRSFIERFS ADNGFTAFRLATVPFEIPAQFFFHRKKLERILVDLYLFRRVPDGKA" gene 506536..507867 /locus_tag="TGAM_0532" /note="tg0532" CDS 506536..507867 /locus_tag="TGAM_0532" /inference="protein motif:BlastProDom:PD005242 Q9UZ98_PYRAB_Q9UZ98; InterPro:IPR006174 rRNA subunit methyltransferase" /inference="protein motif:CDD:Nol1_Nop2_Sun, NOL1/NOP2/sun family" /inference="protein motif:CDD:Sun, tRNA and rRNA cytosine-C5-methylases [Translation, ribosomal structure and biogenesis]" /inference="protein motif:COG:COG0144 tRNA and rRNA cytosine-C5-methylases; J Translation, ribosomal structure and biogenesis" /inference="protein motif:Gene3D:G3D.1.10.940.10 no description" /inference="protein motif:Gene3D:G3D.3.40.50.150 no description" /inference="protein motif:HMMPanther:PTHR11078 NOL1/NOP2/FMU(SUN) FAMILY/METHYLTRANSFERASE-RELATED" /inference="protein motif:HMMPanther:PTHR11078:SF1 NOL1/NOP2/FMU(SUN) FAMILY" /inference="protein motif:HMMPfam:PF01189 Nol1_Nop2_Fmu InterPro:IPR001678 Bacterial Fmu (Sun)/eukaryotic nucleolar NOL1/Nop2p" /inference="protein motif:HMMTigr:TIGR00446 nop2p:NOL1/NOP2/sun family putative RNA met InterPro:IPR011023 Nop2p" /inference="protein motif:ProfileScan:PS50193 SAM_BIND InterPro:IPR000051 SAM (and some other nucleotide) binding motif GO:Molecular Function:S-adenosylmethionine-dependent methyltransferase activity (GO:0008757)" /inference="protein motif:superfamily:SSF48013 Antitermination factor NusB" /inference="protein motif:superfamily:SSF53335 S-adenosyl-L-methionine-dependent methyltransferases" /codon_start=1 /transl_table=11 /product="SAM-dependent tRNA/rRNA cytosine-C5 methylase" /protein_id="ACS33034.1" /translation="MGKLKLSDRQLYALIEAVKLSEAIKPSQQAKRKAFSRYKIEGWE NSKLTGIFYSIQRRLGLIDEVIEELVGVSPLILDPWLRATLRVAVEVAVFRDPNERTL QHLKGLAKFLSGRTHPYVGYYYYELLPRVINYVPKLNSEEKRLKWKYLFPEWFIERMH KLLGGEAEELLKALNETLPVSLRVNCLKASVEDVEDYLKRRNLRFERSERVETVIRVL DPFNPGRLMEKGLALPQEEASAVASLILSPEPGETVVDLAAAPGGKTAHMAELMKNEG KIYAFDVDSERIKRMKQILRWAGVEIAEVKKLDGRKAPEFLGEKIADRVLLDAPCTSD GTIAKNPELRWRLREKNIPKVVQLQKELIESAWKLLKPGGRLLYSTCSMLSEENEEVV RWFLERHDDARLVPLNGPYDEGFLPGTMRAWPHRHRTIGFFYALIEKARVK" gene 508299..508478 /locus_tag="TGAM_0533" /note="tg0533" CDS 508299..508478 /locus_tag="TGAM_0533" /inference="protein motif:superfamily:SSF88723 PIN domain-like" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein" /protein_id="ACS33035.1" /translation="MEDAMKLGRKTGASGFDVLFLACAKKANAKLVTDDKKMYETAVK AGIEVELLRELISSP" gene complement(508462..509463) /gene="cobT" /locus_tag="TGAM_0534" /note="tg0534" CDS complement(508462..509463) /gene="cobT" /locus_tag="TGAM_0534" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:BlastProDom:PD009438 O29963_ARCFU_O29963; InterPro:IPR008281 Nicotinate-nucleotide-dimethylbenzimidazole phosphoribosyltransferase subtype GO:Molecular Function:nicotinate-nucleotide-dimethylbenzimidazole phosphoribosyltransferase activity (GO:0008939), Biological Process:cobalamin biosynthesis (GO:0009236)" /inference="protein motif:BlastProDom:PD014194 O57746_PYRHO_O57746; InterPro:IPR002805 Protein of unknown function DUF102" /inference="protein motif:CDD:CobT, NaMN:DMB phosphoribosyltransferase [Coenzyme metabolism]" /inference="protein motif:CDD:DBI_PRT, Phosphoribosyltransferase" /inference="protein motif:COG:COG2038 NaMN:DMB phosphoribosyltransferase; H Coenzyme transport and metabolism" /inference="protein motif:HMMPfam:PF02277 DBI_PRT InterPro:IPR003200 Nicotinate-nucleotide-dimethylbenzimidazole phosphoribosyltransferase" /inference="protein motif:HMMTigr:TIGR00303 TIGR00303:conserved hypothetical protein T InterPro:IPR002805 Protein of unknown function DUF102" /inference="protein motif:superfamily:SSF52733 Nicotinate mononucleotide:5,6-dimethylbenzimidazole phosphoribosyltransferase (CobT) InterPro:IPR003200 Nicotinate-nucleotide-dimethylbenzimidazole phosphoribosyltransferase" /codon_start=1 /transl_table=11 /product="Nicotinate-nucleotide-dimethylbenzimidazole (NaMN:DMB)phosphoribosyltransferase (cobT)" /protein_id="ACS33036.1" /translation="MESLFLLVLGNTEISTVPGISVAGATPELTKLTPVADAEYLFHE KPLTIDVIPVTPEGHPTPAIITKAARELANFPVLVVRGGTYLAPLVPHVHISDAVGRD FRKEPALPEFGDIIKRAKLFGEELNKTPIKELVIGESTPGGTTTAQAVLWALGYEART SSASPDNPQSLKEKVIAEAFERAGIEKGQLRDNPLEALRQFGDPMMATVIGIALGFRR DIVLAGGTQMLAVSALLKALGEDLSRFMIATTKWVANDKSATFIETAKEIGIISYAAD LDFSKSEFKGLRDYERGYVKEGVGAGGATWLAVKAGFSPEDVSEKVEELYRRLMEMK" gene 509518..510969 /gene="cobQ" /locus_tag="TGAM_0535" /note="tg0535" CDS 509518..510969 /gene="cobQ" /locus_tag="TGAM_0535" /EC_number="6.3.5.10" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:CbiA, Cobyrinic acid a,c-diamide synthase" /inference="protein motif:CDD:CobQ, Cobyric acid synthase [Coenzyme metabolism]" /inference="protein motif:CDD:GATase1_CobQ, Type 1 glutamine amidotransferase (GATase1) domain found in Cobyric Acid Synthase (CobQ)" /inference="protein motif:COG:COG1492 Cobyric acid synthase; H Coenzyme transport and metabolism" /inference="protein motif:Gene3D:G3D.3.40.50.300 no description" /inference="protein motif:Gene3D:G3D.3.40.50.880 no description" /inference="protein motif:HMMPfam:PF01656 CbiA InterPro:IPR002586 Cobyrinic acid a,c-diamide synthase GO:Biological Process:cobalamin biosynthesis (GO:0009236), Molecular Function:cobyrinic acid a,c-diamide synthase activity (GO:0042242)" /inference="protein motif:HMMPfam:PF07685 GATase_3 InterPro:IPR011698 CobB/CobQ-like glutamine amidotransferase GO:Molecular Function:catalytic activity (GO:0003824), Biological Process:cobalamin biosynthesis (GO:0009236)" /inference="protein motif:HMMTigr:TIGR00313 cobQ:cobyric acid synthase CobQ InterPro:IPR004459 Cobyric acid synthase CobQ GO:Molecular Function:catalytic activity (GO:0003824), Biological Process:cobalamin biosynthesis (GO:0009236)" /inference="protein motif:superfamily:SSF52317 Class I glutamine amidotransferase-like" /inference="protein motif:superfamily:SSF52540 P-loop containing nucleoside triphosphate hydrolases" /codon_start=1 /transl_table=11 /product="Cobyric acid synthase (cobQ)" /protein_id="ACS33037.1" /translation="MGKALMVLGTSSGAGKSLLVTALCRIFSNLGYDVVPFKSQNMSL NSAPSIEGGEISRAQYLQAIACRKKPSVRFNPILLKPEGNMRSQVIFMGKPIGSVSAK DYMLSRKEELFRKAMKVLDELKERHDLVIIEGAGSPVEINLKDYDIANTRVMLHAKAK GILVTDIDRGGSFASIVGTMELLKPEERDTIIGFVFNKFRGDKSLLEPGFEYLEKRYG KPTLGVIPYVEHRLPEEDSLAEFPKVKGELHIQIIKLPHISNFTDFEPLHWANGVDYV TRPEELKGDVIIIPGSKNTVEDLLWLRENGFEDAIIEAHREGSFVVGICGGFQMLGEK IIDTVESKRGEVKGIGLLPAKTVFEKTKRTNHLNAEVLWEPARGMAVEGYEIRFGRSV SERPFSVIKAINGAKTFEPEGAIGERAFGTYLHGIFHNFAFTERFLNFLRVEKGLEPV SIERWSIEEEIERFAKLVEENIDVERILGELGL" gene complement(511175..511714) /gene="mobA-1" /locus_tag="TGAM_0536" /note="tg0536" CDS complement(511175..511714) /gene="mobA-1" /locus_tag="TGAM_0536" /inference="protein motif:CDD:COG2266, GTP:adenosylcobinamide-phosphate guanylyltransferase [Coenzyme metabolism]" /inference="protein motif:COG:COG2266 GTP:adenosylcobinamide-phosphate guanylyltransferase; H Coenzyme transport and metabolism" /inference="protein motif:Gene3D:G3D.3.90.550.10 no description" /inference="protein motif:superfamily:SSF53448 Nucleotide-diphospho-sugar transferases" /codon_start=1 /transl_table=11 /product="Molybdopterin-guanine dinucleotide biosynthesis protein A, putative (mobA)" /protein_id="ACS33038.1" /translation="MIIIMAGGRSSRIGREKPVLKVGGVPMLLRVYREAEKVGETLVA LSKNTPKTRELCLRERIPFVETPGNGYVEDVKWLLHEFGPFISVSADLPFIKASDIAR ISEAFDRKTSLTGVLPLKLVPKDLKPVVYRGYAIVGLNAVGIEGERFFELNNPLLALN VNTPGELKLADKIARLVGR" gene 511747..512940 /locus_tag="TGAM_0537" /note="tg0537" CDS 511747..512940 /locus_tag="TGAM_0537" /inference="protein motif:CDD:COG2342, Predicted extracellular endo alpha-1,4 polygalactosaminidase or related polysaccharide hydrolase [Carbohydrate transport and metabolism]" /inference="protein motif:CDD:DUF297, TM1410 hypothetical-related protein" /inference="protein motif:COG:COG2342 Predicted extracellular endo alpha-1,4 polygalactosaminidase or related polysaccharide hydrolase; G Carbohydrate transport and metabolism" /inference="protein motif:FPrintScan:PR01545 THEMAYE10DUF InterPro:IPR004352 TM1410 hypothetical-related protein GO:Molecular Function:molecular function unknown (GO:0005554)" /inference="protein motif:HMMPfam:PF03537 DUF297 InterPro:IPR004352 TM1410 hypothetical-related protein GO:Molecular Function:molecular function unknown (GO:0005554)" /inference="protein motif:HMMTigr:TIGR01370 cysRS:possible cysteinyl-tRNA synthetase InterPro:IPR004352 TM1410 hypothetical-related protein GO:Molecular Function:molecular function unknown (GO:0005554)" /inference="protein motif:superfamily:SSF51445 (Trans)glycosidases" /note="Controversial assignement (see PMID:11333988 and 14679218); 1 probable transmembrane helix predicted by modhmm" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein, predicted polysaccharide hydrolase or cysteinyl-tRNA synthetase" /protein_id="ACS33039.1" /translation="MRLRLTMRYWTIITILMILLAFALACISQGDNVQTPSLTPSMTQ NATSSVHTSTSAMEMTLTSSRAGWVENSTQTPSSPRLSDTASPLGGSSVNLQNGTSTL SPAGGLNSTENSESLSLSSVRSWACWLQNASPEVIAESGFDLVVMDYSRDGSDETAYT REGIEGIKRAGIIPIAYISIGEAEDYRFYWNESWKENPPAWLGPENPDWEGNYAVRYW DEEWKEIVFRYLDRIIAQGFMGVYLDKVDEYWFWAESYNESWTAERMIELILEIANYT RSKAGRDFIIIPQNGEYLLEYDNGTLLATVSGWASEDVFYNGLEPSPWTAEKVPPLKK VVNAGKPVFVVDYVDDGTGSEENLARILDFIDKARRAGFIPYATFEDRELDRLDVIPG IQPPK" gene complement(512925..513626) /gene="cobS" /locus_tag="TGAM_0538" /note="tg0538" CDS complement(512925..513626) /gene="cobS" /locus_tag="TGAM_0538" /EC_number="2.7.8.26" /inference="protein motif:CDD:CobS, Cobalamin-5-phosphate synthase" /inference="protein motif:CDD:CobS, Cobalamin-5-phosphate synthase [Coenzyme metabolism]" /inference="protein motif:COG:COG0368 Cobalamin-5-phosphate synthase; H Coenzyme transport and metabolism" /inference="protein motif:HMMPfam:PF02654 CobS InterPro:IPR003805 Cobalamin-5-phosphate synthase CobS GO:Molecular Function:cobalamin 5'-phosphate synthase activity (GO:0008818), Biological Process:cobalamin biosynthesis (GO:0009236)" /inference="protein motif:HMMTigr:TIGR00317 cobS:cobalamin 5'-phosphate synthase InterPro:IPR003805 Cobalamin-5-phosphate synthase CobS GO:Molecular Function:cobalamin 5'-phosphate synthase activity (GO:0008818), Biological Process:cobalamin biosynthesis (GO:0009236)" /note="7 probable transmembrane helices predicted by modhmm" /codon_start=1 /transl_table=11 /product="Cobalamin (5'-phosphate) synthase (cobS)" /protein_id="ACS33040.1" /translation="MRNLLPFFTRIPVKGDFERVRNELWALPLLAPLTSALATLVLYL ELPLSNVLAILALYFTTGLLHLDGLADWADGVMVKGDRERKIKAMKDLNTGIAGVFAV VMVFLLQVYSLPLLPFYALYLAELNSKFAMLLALATRKPLGQGLGAYFMEGMNGRQLT LGTALYLLLLLPVAYIEPRSISSLLGLLAGAYVIRLSLRNFGGLNGDCIGAVAEITRA GALLGMAVVWVYFGG" gene complement(513629..514039) /gene="pgpA" /locus_tag="TGAM_0539" /note="tg0539" CDS complement(513629..514039) /gene="pgpA" /locus_tag="TGAM_0539" /EC_number="3.1.3.27" /inference="protein motif:CDD:DUF64, Protein of unknown function DUF64" /inference="protein motif:CDD:PgpA, Phosphatidylglycerophosphatase A and related proteins [Lipid metabolism]" /inference="protein motif:COG:COG1267 Phosphatidylglycerophosphatase A and related proteins; I Lipid transport and metabolism" /inference="protein motif:HMMPfam:PF01892 DUF64 InterPro:IPR002752 Protein of unknown function DUF64" /codon_start=1 /transl_table=11 /product="Phosphatidylglycerophosphatase A (PgpA)" /protein_id="ACS33041.1" /translation="MTPKELLSRLESKGITLEKMLDTALELYIGDEREKVGERLRGLM LRYLSDVNVQALLLSALLLEENFKVEGDPVNLVADELIGINIAELIGGKMALFNFFYY DTRKPGILAELPPFLDDAIGGFIAGCMTRLFEEV" gene complement(514036..514467) /locus_tag="TGAM_0540" /note="tg0540" CDS complement(514036..514467) /locus_tag="TGAM_0540" /inference="protein motif:CDD:COG5378, Predicted nucleotide-binding protein [General function prediction only]" /inference="protein motif:superfamily:SSF88723 PIN domain-like" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein" /protein_id="ACS33042.1" /translation="MEVVLDYNVVFSALYNRGVAYKLFMLNHVTKDVEFLVPGYFWEE VERKKDRLARLTRLTYEDFEFILRIIKSQTITMPEHVVKIGIEEALSLSPDPKDIPYV ALALALNLPLVTGDLKLKNAIRDRIVVYSPSELLKLMGGSV" gene complement(514468..514716) /locus_tag="TGAM_0541" /note="tg0541" CDS complement(514468..514716) /locus_tag="TGAM_0541" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein" /protein_id="ACS33043.1" /translation="MGGDRMGEIVLRITVPEGWSEEMRKALERRLVVDVARELQKRIE EAKRFEEIVRSIEIEDEEEAKALEDEIAEEIARRYGVV" gene complement(514736..515377) /locus_tag="TGAM_0542" /note="tg0542" CDS complement(514736..515377) /locus_tag="TGAM_0542" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:Alpha_ANH_like_IV, This is a subfamily of Adenine nucleotide alpha hydrolases superfamily" /inference="protein motif:CDD:ATP_bind_4, ATP-binding region" /inference="protein motif:CDD:COG2102, Predicted ATPases of PP-loop superfamily [General function prediction only]" /inference="protein motif:COG:COG2102 Predicted ATPases of PP-loop superfamily; R General function prediction only" /inference="protein motif:HMMPanther:PTHR12196 FAMILY NOT NAMED" /inference="protein motif:HMMPfam:PF01902 ATP_bind_4 InterPro:IPR002761 Protein of unknown function DUF71, ATP-binding region" /inference="protein motif:HMMTigr:TIGR00290 MJ0570_dom:MJ0570-related uncharacterized InterPro:IPR002761 Protein of unknown function DUF71, ATP-binding region" /inference="protein motif:superfamily:SSF52402 Adenine nucleotide alpha hydrolases-like" /codon_start=1 /transl_table=11 /product="N-type ATP pyrophosphatase, putative" /protein_id="ACS33044.1" /translation="MRGVAFFSGGKDGLYAVHLAEKNGIEVPYLLALKTTIGLSPHWE NFSALKTLAEAMGKELFTFDMSRGSKALAEFIGSLDVDYLIAGDVLLEDHLRWIERLA EGAGVKPLEPLWGRDTRELAEEILNAGFEHAIIAVNREKLGKEWLGYTFRSLDDLELF LEKNPGIDPVGEFGEFHTVVLASPLFKGRFALEIISTEESERYHWVRSELRKR" gene 515402..516166 /locus_tag="TGAM_0543" /note="tg0543" CDS 515402..516166 /locus_tag="TGAM_0543" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:COG:COG1573 Uracil-DNA glycosylase; L Replication, recombination and repair" /inference="protein motif:Gene3D:G3D.3.40.470.10 no description" /inference="protein motif:HMMPfam:PF03167 UDG InterPro:IPR005122 Uracil-DNA glycosylase superfamily" /inference="protein motif:superfamily:SSF52141 DNA glycosylase" /codon_start=1 /transl_table=11 /product="Uracil-DNA glycosylase superfamily protein" /protein_id="ACS33045.1" /translation="MELLSIMLIRIDELERVGDVYVNPRNLRAKPLLLKTWRDFLSLD EKTYGIYARTIYNPRERFLVTDEFSEARAIDLSALYRSFLMDAEYFCGGENLRYQLQV GEFEGLPFANGWTGSKVVLVGEAPGRRGCGKTGVCFYRDASGMLLRKTLFSLGINPDF VYITNAVKCNPPNNRLSRVPEGAYELLARELEILRPGTIFALGRTAERALKELGFEVE YLRHPAWYVRRGVHEPNDEMLAEYAKIREAFGEWTP" gene 516154..517038 /gene="cobD" /locus_tag="TGAM_0544" /note="tg0544" CDS 516154..517038 /gene="cobD" /locus_tag="TGAM_0544" /EC_number="6.3.1.10" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:CbiB, Cobalamin biosynthesis protein CobD/CbiB [Coenzyme metabolism]" /inference="protein motif:CDD:CobD_Cbib, CobD/Cbib protein" /inference="protein motif:COG:COG1270 Cobalamin biosynthesis protein CobD/CbiB; H Coenzyme transport and metabolism" /inference="protein motif:HMMPfam:PF03186 CobD_Cbib InterPro:IPR004485 Cobalamin (vitamin B12) biosynthesis CbiB GO:Biological Process:cobalamin biosynthesis (GO:0009236), Cellular Component:integral to membrane (GO:0016021)" /inference="protein motif:HMMTigr:TIGR00380 cobD:cobalamin biosynthesis protein CobD InterPro:IPR004485 Cobalamin (vitamin B12) biosynthesis CbiB GO:Biological Process:cobalamin biosynthesis (GO:0009236), Cellular Component:integral to membrane (GO:0016021)" /note="3 probable transmembrane helices predicted by modhmm" /codon_start=1 /transl_table=11 /product="Cobalamin biosynthesis protein (cobD)" /protein_id="ACS33046.1" /translation="MDALIVFLLALLWDLLLGEPPVELHPVVWFGRVAGFLDGKWKRR GPLPDFLAGALTALLVIAFALALSLLPLYLPFPLNYALAVYLLKSSFAMRSLHEHIAR TITEDINEKRKAVSMIVSRDVKNLDESHLNSASIESLAENLNDSVIAPLFYFLLFGLP GALFYRAVNTIDAMLGYRNERYEFFGKFSARLDDVLNFIPARLTVLLYIPLGGLKVLR HYHLAKFKINSDKPMSAMSAVLGVWLEKPGVYRFPGREPKNKDIKRALKVYWFVVAEW VGIVLLLLAKGVCPCWSP" gene 517035..517985 /gene="hisC-1" /locus_tag="TGAM_0545" /note="tg0545" CDS 517035..517985 /gene="hisC-1" /locus_tag="TGAM_0545" /EC_number="2.6.1.9" /inference="protein motif:CDD:Aminotran_1_2, Aminotransferase class I and II" /inference="protein motif:CDD:ARO8, Transcriptional regulators containing a DNA-binding HTH domain and an aminotransferase domain (MocR family) and their eukaryotic orthologs [Transcription / Amino acid transport and metabolism]" /inference="protein motif:CDD:COG0436, Aspartate/tyrosine/aromatic aminotransferase [Amino acid transport and metabolism]" /inference="protein motif:CDD:HisC, Histidinol-phosphate/aromatic aminotransferase and cobyric acid decarboxylase [Amino acid transport and metabolism]" /inference="protein motif:COG:COG0079 Histidinol-phosphate/aromatic aminotransferase and cobyric acid decarboxylase; E Amino acid transport and metabolism" /inference="protein motif:Gene3D:G3D.3.40.640.10 no description" /inference="protein motif:HMMPanther:PTHR11751 PLP-DEPENDENT AMINOTRANSFERASES" /inference="protein motif:HMMPanther:PTHR11751:SF49 HISTIDINOL-PHOSPHATE AMINOTRANSFERASE" /inference="protein motif:HMMPfam:PF00155 Aminotran_1_2 InterPro:IPR004839 Aminotransferase, class I and II GO:Biological Process:biosynthesis (GO:0009058), Molecular Function:transferase activity, transferring nitrogenous groups (GO:0016769)" /inference="protein motif:ScanRegExp:PS00599 AA_TRANSFER_CLASS_2 InterPro:IPR001917 Aminotransferase, class-II GO:Biological Process:metabolism (GO:0008152), Molecular Function:transferase activity (GO:0016740)" /inference="protein motif:superfamily:SSF53383 PLP-dependent transferases" /codon_start=1 /transl_table=11 /product="Histidinol-phosphate aminotransferase (hisC)" /protein_id="ACS33047.1" /translation="MKFSTYHGGAREEGLLDFSASLNPYPPGWLDEMFKRAKEISNRY PYYERLEEELEGLVGEPLIITAGITEALYLLGILALRGKKAIIPEHTYGEYERVSWIF GARVVKGPNEPEKLAELVERNSVVFFCNPNNPDGRFYSVRELKPLLDAVEDRGALLVL DEAFIDFVKKPDSPKGENIVKLRTFTKSYGLPGVRVGYVLGFEEAFRSVRMPWSIGST GVAFLEFLIEDGFEHLRRTMPLIWREKERIEKALGVKSDANFFIKRVGNAEGFVDAMK KRGILVRNCESFGLPEYIRFSVRKPEENEMLIRAFKSMRV" gene complement(518067..518783) /locus_tag="TGAM_0546" /note="tg0546" CDS complement(518067..518783) /locus_tag="TGAM_0546" /experiment="gene product confirmed by mass spectrometry" /codon_start=1 /transl_table=11 /product="Hypothetical protein" /protein_id="ACS33048.1" /translation="MIRKIVPLLLLFVVLSAGCLGHEETKTNFSIKINAVPFNPGINV TAVMFHVHAKFIGYKHVTVNYSYPAILIKTSPDVLNLSAFKLSDDVYMLPYYSFKNPE NLASILVRMKNGSTTSVDIRVEGTPKKSIEMTINYEVKKNGTHYLVRPIGWSVKKLTV WNETFNVTLVIQRPIQIANAPTVELKNDTYLLPEICKTKSGSVTAIYKYSVGDVYVIG PAGEGFVGKVYFPCEKMAGK" gene 518996..519736 /locus_tag="TGAM_0547" /note="tg0547" CDS 518996..519736 /locus_tag="TGAM_0547" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:COG2014, Uncharacterized conserved protein [Function unknown]" /inference="protein motif:CDD:DUF364, Domain of unknown function (DUF364)" /inference="protein motif:COG:COG2014 Uncharacterized conserved protein; S Function unknown" /inference="protein motif:HMMPfam:PF04016 DUF364 InterPro:IPR007161 Protein of unknown function DUF364" /inference="protein motif:superfamily:SSF51735 NAD(P)-binding Rossmann-fold domains" /note="Belongs to DUF364 family, contains NAD(P)-binding Rossmann-fold domain (SSF51735)" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein" /protein_id="ACS33049.1" /translation="MLLKVIKRRALTLSSGLELVDFGFALPYTWVLVEGGEGRALGVA MTLPEEIQRYTNSIGEPSVEEFIERVDSLNVIERTLGLAAINAVSQYHMDLSGAEWVD VLDLIPENAGKVALIGNMPPLVRELREKGYELYVFERNPKLWDRETLSDVLEYHLLPE MDAVIASASCLVNGTIDMLLERAKRAKIFVLTGPTGQLLPEFLRGTGVTHLASMKVVD IKKAILGLKLGSFKGFEKGNRKYVVEVG" gene complement(519739..520266) /locus_tag="TGAM_0548" /note="tg0548" CDS complement(519739..520266) /locus_tag="TGAM_0548" /inference="protein motif:CDD:COG4344, Uncharacterized protein conserved in archaea [Function unknown]" /inference="protein motif:COG:COG4344 Uncharacterized protein conserved in archaea; S Function unknown" /inference="protein motif:superfamily:SSF46785 'Winged helix' DNA-binding domain" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein" /protein_id="ACS33050.1" /translation="MSRGNTRGERPGSYRGFELLPVHLYVLAHLKKAGVDYAKMMSKM SGLPLELIEDSINDLLELGLIERDSGSAIKRSRARFKKAFEVHKHHTYYRLSREGELF VRSIDERWLKRYFNALLPNGWKVVNALAESRDVKGVTRIVKIKDDTLEELKILRFVTE RGRKTEFFRRLWEFL" gene complement(520259..520645) /gene="icmt" /locus_tag="TGAM_0549" /note="tg0549" CDS complement(520259..520645) /gene="icmt" /locus_tag="TGAM_0549" /EC_number="2.1.1.100" /inference="protein motif:COG:COG2020 Putative protein-S-isoprenylcysteine methyltransferase; O Posttranslational modification, protein turnover, chaperones" /note="3 probable transmembrane helices predicted by modhmm" /codon_start=1 /transl_table=11 /product="Protein-S-isoprenylcysteine O-methyltransferase, putative (icmt)" /protein_id="ACS33051.1" /translation="MRFWGIEPRVALFAFLYALLAFYLNFALGLQALRLPRMGAILVI AGVALWFICYLQVSRAYREGKLLTKGCYSRVRHPIYSIWGLLIIPGFSLVIGGFMLGL PAIYWFAVVRFIGDEEKALEERFGDE" gene complement(520649..521056) /locus_tag="TGAM_0550" /note="tg0550" CDS complement(520649..521056) /locus_tag="TGAM_0550" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:Nitro_FeMo-Co, Dinitrogenase iron-molybdenum cofactor" /inference="protein motif:HMMPfam:PF02579 Nitro_FeMo-Co InterPro:IPR003731 Dinitrogenase iron-molybdenum cofactor biosynthesis" /inference="protein motif:superfamily:SSF53146 MTH1175-like" /note="Not matching with COG1433" /codon_start=1 /transl_table=11 /product="Dinitrogenase iron-molybdenum cofactor, NIF B/Y/X related" /protein_id="ACS33052.1" /translation="MRCLKVAFGMEDDEHLIDAHYGDSEFFAIYDVCEDGSVRLIEKR PNRAKDFEEEDEGHGDPRKFKAVVGQLLDVDVLAAFRMGPNFLRIRDKTNKVAFFTRT RDLKLALQRVLENFDELWEQVQTKKAEKPPIEE" gene complement(521112..521603) /locus_tag="TGAM_0551" /note="tg0551" CDS complement(521112..521603) /locus_tag="TGAM_0551" /inference="protein motif:Gene3D:G3D.1.20.120.190 no description InterPro:IPR012347 Ferritin-related" /inference="protein motif:HMMPfam:PF02915 Rubrerythrin InterPro:IPR003251 Rubrerythrin GO:Biological Process:electron transport (GO:0006118), Molecular Function:metal ion binding (GO:0046872)" /inference="protein motif:superfamily:SSF47240 Ferritin-like InterPro:IPR009078 Ferritin/ribonucleotide reductase-like" /note="Possibly related to ferritin/ribonucleotide reductase-like protein" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein" /protein_id="ACS33053.1" /translation="MLVVVMKALERIEIRKAEVYRALLPLVPKDFKDDLKLLANHAER NAKLLREVDVSPNTRGMKEVEVALGFLEKALTDPEATVEDYYRYAIDAEKATAKLYSE LSMKAKSEKTRRLFRWLAEISREHAEILRRHLEMWEFIQESVEDDEIPEDLIEQWFED IDL" gene 521774..522382 /locus_tag="TGAM_0552" /note="tg0552" CDS 521774..522382 /locus_tag="TGAM_0552" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:COG1433, Uncharacterized conserved protein [Function unknown]" /inference="protein motif:CDD:MTH1175, This uncharacterized conserved protein belongs to a family of iron-molybdenum cluster-binding proteins that includes NifX, NifB, and NifY, all of which are involved in the synthesis of an iron-molybdenum cofactor (FeMo-co) that binds the active site of the dinitrogenase enzyme" /inference="protein motif:CDD:NifX_NifB, This CD represents a family of iron-molybdenum cluster-binding proteins that includes NifB, NifX, and NifY, all of which are involved in the synthesis of an iron-molybdenum cofactor (FeMo-co) that binds the active site of the dinitrogenase enzyme" /inference="protein motif:CDD:Nitro_FeMo-Co, Dinitrogenase iron-molybdenum cofactor" /inference="protein motif:COG:COG1433 Uncharacterized conserved protein; S Function unknown" /inference="protein motif:HMMPfam:PF02579 Nitro_FeMo-Co InterPro:IPR003731 Dinitrogenase iron-molybdenum cofactor biosynthesis" /inference="protein motif:superfamily:SSF53146 MTH1175-like" /codon_start=1 /transl_table=11 /product="Dinitrogenase iron-molybdenum cofactor, NIF B/Y/X related" /protein_id="ACS33054.1" /translation="MRIAIPTNGGGLEDTVAPVFARAPAFAIIDVEGDEVKNVRVIQN PAANAAGGAGPLAVQTLINEGVEAIVAPQVGPNALGAIQAAGIKLYQVAPGTPVEEAV KAVTSGSAPSTTAPAPAYGPYPAAPATPVTPAAPAYPATPAYPAYPAYGFGPGWGRGW GRGRGWGRGWGRGGRGWGARLGYCPWTGRPSRRTLRWLYGWW" gene 522415..522651 /locus_tag="TGAM_0553" /note="tg0553" CDS 522415..522651 /locus_tag="TGAM_0553" /note="2 probable transmembrane helices predicted by modhmm" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein" /protein_id="ACS33055.1" /translation="MPRGMGRGYGRHFGGPYPGYRFFPFRGLYGLLDLIILILMLYIL FKLFLVASGYVVALVILWLIWSALRPGRGFFGPW" gene 522716..522904 /locus_tag="TGAM_0554" /note="tg0554" CDS 522716..522904 /locus_tag="TGAM_0554" /note="1 probable transmembrane helix predicted by modhmm" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein" /protein_id="ACS33056.1" /translation="MRGPFPDQITVKRSEMLAEEKQSKFLHEGEELRQYSTLETVVIV ILGLLVLGFVIFTLRNYL" gene complement(522958..524298) /gene="sufBD-1" /locus_tag="TGAM_0555" /note="tg0555" CDS complement(522958..524298) /gene="sufBD-1" /locus_tag="TGAM_0555" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:UPF0051, Uncharacterized protein family (UPF0051)" /inference="protein motif:COG:COG0719 ABC-type transport system involved in Fe-S cluster assembly, permease component; O Posttranslational modification, protein turnover, chaperones" /inference="protein motif:HMMPfam:PF01458 UPF0051 InterPro:IPR000825 SufBD GO:Molecular Function:molecular function unknown (GO:0005554)" /codon_start=1 /transl_table=11 /product="Fe-S cluster containing protein, SufBD related (SufBD)" /protein_id="ACS33057.1" /translation="MTETITMSDAKAIIENQIEELARRNREPEWMTRIRYKALEAFER APLNDPVISEERLLQFIAKPEIEGLPENIESLDDLPPEMKALLDRLGISEVEQKYIAG LAVQTDTGVIYNQFLQEWAKKGLIVLPTEEAVRKYPDLVKEHFLKLFRVDESKLTAYH TAVWNGGIFLYVKEGLKVPFPLHLFFLIQESALAQAPHIIIIAEKNTEFHLIEGCTAP ILVKHSLHLDMTEAYFHEGAKGQLTVLQNWPEYVHTRPMTRAKVGKGARFINTTVGLG TGKSNVANPKYWVEENGYIELNGILLGQKDWFVDLGGEMYLQGKGAGGINASKAVIMD ESTVITRGIIRAEAPKTKGHISCDALLLSDKATMETYPGLVSKVDDAELSHEAAIGKI REEELFYLMSRGLDEEKATQLIVKGFLEPMLKDIPMEFLVEIRKIIELAVSGGM" gene complement(524295..525035) /gene="sufC" /locus_tag="TGAM_0556" /note="tg0556" CDS complement(524295..525035) /gene="sufC" /locus_tag="TGAM_0556" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:BlastProDom:PD000006 O50092_PYRHO_O50092; InterPro:IPR003439 ABC transporter related GO:Molecular Function:ATP binding (GO:0005524), Molecular Function:ATPase activity (GO:0016887)" /inference="protein motif:CDD:ABC_ATPase, ABC (ATP-binding cassette) transporter nucleotide-binding domain" /inference="protein motif:CDD:ABC_BcrA_bacitracin_resist, The BcrA subfamily represents ABC transporters involved in peptide antibiotic resistance" /inference="protein motif:CDD:ABC_Carb_Monos_I, This family represents the domain I of the carbohydrate uptake proteins that transport only monosaccharides (Monos)" /inference="protein motif:CDD:ABC_Carb_Monos_II, This family represents domain II of the carbohydrate uptake proteins that transport only monosaccharides (Monos)" /inference="protein motif:CDD:ABC_Carb_Solutes_like, ABC Carbohydrate and Solute Transporters-like subgroup" /inference="protein motif:CDD:ABC_CcmA_heme_exporter, CcmA, the ATP-binding component of the bacterial CcmAB transporter" /inference="protein motif:CDD:ABC_Class3, This class is comprised of all BPD (Binding Protein Dependent) systems that are largely represented in archaea and eubacteria and are primarily involved in scavenging solutes from the environment" /inference="protein motif:CDD:ABC_cobalt_CbiO_domain1, Domain I of the ABC component of a cobalt transport family found in bacteria, archaea, and eukaryota" /inference="protein motif:CDD:ABC_cobalt_CbiO_domain2, Domain II of the ABC component of a cobalt transport family found in bacteria, archaea, and eukaryota" /inference="protein motif:CDD:ABC_CysA_sulfate_importer, Part of the ABC transporter complex cysAWTP involved in sulfate import" /inference="protein motif:CDD:ABC_DR_subfamily_A, This family of ATP-binding proteins belongs to a multisubunit transporter involved in drug resistance (BcrA and DrrA), nodulation, lipid transport, and lantibiotic immunity" /inference="protein motif:CDD:ABC_DrrA, DrrA is the ATP-binding protein component of a bacterial exporter complex that confers resistance to the antibiotics daunorubicin and doxorubicin" /inference="protein motif:CDD:ABC_drug_resistance_like, ABC-type multidrug transport system, ATPase component" /inference="protein motif:CDD:ABC_FeS_Assembly, ABC-type transport system involved in Fe-S cluster assembly, ATPase component" /inference="protein motif:CDD:ABC_FtsE_transporter, FtsE is a hydrophilic nucleotide-binding protein that binds FtsX to form a heterodimeric ATP-binding cassette (ABC)-type transporter that associates with the bacterial inner membrane" /inference="protein motif:CDD:ABC_HisP_GlnQ_permeases, HisP and GlnQ are the ATP-binding components of the bacterial periplasmic histidine and glutamine permeases, repectively" /inference="protein motif:CDD:ABC_Iron-Siderophores_B12_Hemin, ABC transporters, involved in the uptake of siderophores, heme, and vitamin B12, are widely conserved in bacteria and archaea" /inference="protein motif:CDD:ABC_KpsT_Wzt, ABC_KpsT_Wzt The KpsT/Wzt ABC transporter subfamily is involved in extracellular polysaccharide export" /inference="protein motif:CDD:ABC_MalK_N, The N-terminal ATPase domain of the maltose transporter, MalK" /inference="protein motif:CDD:ABC_Metallic_Cations, ABC component of the metal-type transporters" /inference="protein motif:CDD:ABC_MetN_methionine_transporter, MetN (also known as YusC) is an ABC-type transporter encoded by metN of the metNPQ operon in Bacillus subtilis that is involved in methionine transport" /inference="protein motif:CDD:ABC_MJ0796_Lo1CDE_FtsE, This family is comprised of MJ0796 ATP-binding cassette, macrolide-specific ABC-type efflux carrier (MacAB), and proteins involved in cell division (FtsE), and release of liporoteins from the cytoplasmic membrane (LolCDE)" /inference="protein motif:CDD:ABC_Mj1267_LivG_branched, The Mj1267/LivG ABC transporter subfamily is involved in the transport of the hydrophobic amino acids leucine, isoleucine and valine" /inference="protein motif:CDD:ABC_ModC_like, Archeal protein closely related to ModC" /inference="protein motif:CDD:ABC_ModC_molybdenum_transporter, ModC is an ABC-type transporter and the ATPase component of a molybdate transport system that also includes the periplasmic binding protein ModA and the membrane protein ModB" /inference="protein motif:CDD:ABC_MTABC3_MDL1_MDL2, MTABC3 (also known as ABCB6) is a mitochondrial ATP-binding cassette protein involved in iron homeostasis and one of four ABC transporters expressed in the mitochondrial inner membrane, the other three being MDL1(ABC7), MDL2, and ATM1" /inference="protein motif:CDD:ABC_NatA_like, Similar in sequence to NatA, this is the ATPase component of a bacterial ABC-type Na+ transport system called NatAB, which catalyzes ATP-dependent electrogenic Na+ extrusion without mechanically coupled to proton or K+ uptake" /inference="protein motif:CDD:ABC_NatA_sodium_exporter, NatA is the ATPase component of a bacterial ABC-type Na+ transport system called NatAB, which catalyzes ATP-dependent electrogenic Na+ extrusion without mechanically coupled proton or K+ uptake" /inference="protein motif:CDD:ABC_NikE_OppD_transporters, The ABC transporter subfamily specific for the transport of dipeptides, oligopeptides (OppD), and nickel (NikDE)" /inference="protein motif:CDD:ABC_NrtD_SsuB_transporters, NrtD and SsuB are the ATP-binding subunits of the bacterial ABC-type nitrate and sulfonate transport systems, respectively" /inference="protein motif:CDD:ABC_OpuCA_Osmoprotection, OpuCA is a the ATP binding component of a bacterial solute transporter that serves a protective role to cells growing in a hyperosmolar environment" /inference="protein motif:CDD:ABC_Org_Solvent_Resistant, ABC (ATP-binding cassette) transport system involved in resistant to organic solvents" /inference="protein motif:CDD:ABC_PDR_domain1, The pleiotropic drug resistance (PDR) family of ATP-binding cassette (ABC) transporters" /inference="protein motif:CDD:ABC_PhnC_transporter, ABC-type phosphate/phosphonate transport system" /inference="protein motif:CDD:ABC_PotA_N, PotA is an ABC-type transporter and the ATPase component of the spermidine/putrescine-preferential uptake system consisting of PotA, -B, -C, and -D" /inference="protein motif:CDD:ABC_Pro_Gly_Bertaine, This family comprises the glycine betaine/L-proline ATP binding subunit in bacteria and its equivalents in archaea" /inference="protein motif:CDD:ABC_PstB_phosphate_transporter, Phosphate uptake is of fundamental importance in the cell physiology of bacteria because phosphate is required as a nutrient" /inference="protein motif:CDD:ABC_putative_ATPase, This subfamily is involved in drug resistance, nodulation, lipid transport, and bacteriocin and lantibiotic immunity" /inference="protein motif:CDD:ABC_subfamily_A, The ABCA subfamily mediates the transport of a variety of lipid compounds" /inference="protein motif:CDD:ABC_ThiQ_thiamine_transporter, ABC-type thiamine tranport system" /inference="protein motif:CDD:ABC_TM1139_LivF_branched, LivF (TM1139) is part of the LIV-I bacterial ABC-type two-component transport system that imports neutral, branched-chain amino acids" /inference="protein motif:CDD:ABC_tran, ABC transporter" /inference="protein motif:CDD:ABC_YhbG, The ABC transporters belonging to the YhbG family are similar to members of the Mj1267_LivG family, which is involved in the transport of branched-chain amino acids" /inference="protein motif:CDD:AbcC, ABC-type metal ion transport system, ATPase component [Inorganic ion transport and metabolism]" /inference="protein motif:CDD:ABCC_ATM1_transporter, ATM1 is an ABC transporter that is expressed in the mitochondria" /inference="protein motif:CDD:ABCC_bacteriocin_exporters, ABC-type bacteriocin exporters" /inference="protein motif:CDD:ABCC_cytochrome_bd, The CYD subfamily implicated in cytochrome bd biogenesis" /inference="protein motif:CDD:ABCC_Glucan_exporter_like, Glucan exporter ATP-binding protein" /inference="protein motif:CDD:ABCC_Hemolysin, The ABC-transporter hemolysin B is a central component of the secretion machinery that translocates the toxin, hemolysin A, in a Sec-independent fashion across both membranes of E" /inference="protein motif:CDD:ABCC_MRP_domain1, Domain 1 of the ABC subfamily C" /inference="protein motif:CDD:ABCC_MRP_domain2, Domain 2 of the ABC subfamily C" /inference="protein motif:CDD:ABCC_MRP_Like, The MRP (Mutidrug Resistance Protein)-like transporters are involved in drug, peptide, and lipid export" /inference="protein motif:CDD:ABCC_MsbA, MsbA is an essential ABC transporter, closely related to eukaryotic MDR proteins" /inference="protein motif:CDD:ABCC_NFT1, Domain 2 of NFT1 (New full-length MRP-type transporter 1)" /inference="protein motif:CDD:ABCC_Protease_Secretion, This family represents the ABC component of the protease secretion system PrtD, a 60-kDa integral membrane protein sharing 37% identity with HlyB, the ABC component of the alpha-hemolysin secretion pathway, in the C-terminal domain" /inference="protein motif:CDD:ABCC_TAP, TAP, the Transporter Associated with Antigen Processing" /inference="protein motif:CDD:ABCG_EPDR, ABCG transporters are involved in eye pigment (EP) precursor transport, regulation of lipid-trafficking mechanisms, and pleiotropic drug resistance (DR)" /inference="protein motif:CDD:ABCG_White, The White subfamily represents ABC transporters homologous to the Drosophila white gene, which acts as a dimeric importer for eye pigment precursors" /inference="protein motif:CDD:AppF, ABC-type oligopeptide transport system, ATPase component [Amino acid transport and metabolism]" /inference="protein motif:CDD:ArpD, ABC-type protease/lipase transport system, ATPase and permease components [General function prediction only]" /inference="protein motif:CDD:ArtP, ABC-type arginine transport system, ATPase component [Amino acid transport and metabolism]" /inference="protein motif:CDD:ATM1, ABC-type transport system involved in Fe-S cluster assembly, permease and ATPase components [Posttranslational modification, protein turnover, chaperones]" /inference="protein motif:CDD:BtuD, ABC-type cobalamin transport system, ATPase component [Coenzyme metabolism]" /inference="protein motif:CDD:CbiO, ABC-type cobalt transport system, ATPase component [Inorganic ion transport and metabolism]" /inference="protein motif:CDD:CcmA, ABC-type multidrug transport system, ATPase component [Defense mechanisms]" /inference="protein motif:CDD:CcmA, ABC-type transport system involved in cytochrome c biogenesis, ATPase component [Posttranslational modification, protein turnover, chaperones]" /inference="protein motif:CDD:CeuD, ABC-type enterochelin transport system, ATPase component [Inorganic ion transport and metabolism]" /inference="protein motif:CDD:COG1123, ATPase components of various ABC-type transport systems, contain duplicated ATPase [General function prediction only]" /inference="protein motif:CDD:COG2401, ABC-type ATPase fused to a predicted acetyltransferase domain [General function prediction only]" /inference="protein motif:CDD:COG3638, ABC-type phosphate/phosphonate transport system, ATPase component [Inorganic ion transport and metabolism]" /inference="protein motif:CDD:COG3845, ABC-type uncharacterized transport systems, ATPase components [General function prediction only]" /inference="protein motif:CDD:COG4136, ABC-type uncharacterized transport system, ATPase component [General function prediction only]" /inference="protein motif:CDD:COG4152, ABC-type uncharacterized transport system, ATPase component [General function prediction only]" /inference="protein motif:CDD:COG4172, ABC-type uncharacterized transport system, duplicated ATPase component [General function prediction only]" /inference="protein motif:CDD:COG4178, ABC-type uncharacterized transport system, permease and ATPase components [General function prediction only]" /inference="protein motif:CDD:COG4181, Predicted ABC-type transport system involved in lysophospholipase L1 biosynthesis, ATPase component [Secondary metabolites biosynthesis, transport, and catabolism]" /inference="protein motif:CDD:COG4559, ABC-type hemin transport system, ATPase component [Inorganic ion transport and metabolism]" /inference="protein motif:CDD:COG4619, ABC-type uncharacterized transport system, ATPase component [General function prediction only]" /inference="protein motif:CDD:COG4674, Uncharacterized ABC-type transport system, ATPase component [General function prediction only]" /inference="protein motif:CDD:CydC, ABC-type transport system involved in cytochrome bd biosynthesis, fused ATPase and permease components [Energy production and conversion / Posttranslational modification, protein turnover, chaperones]" /inference="protein motif:CDD:CydD, ABC-type transport system involved in cytochrome bd biosynthesis, ATPase and permease components [Energy production and conversion / Posttranslational modification, protein turnover, chaperones]" /inference="protein motif:CDD:CysA, ABC-type sulfate/molybdate transport systems, ATPase component [Inorganic ion transport and metabolism]" /inference="protein motif:CDD:DppD, ABC-type dipeptide/oligopeptide/nickel transport system, ATPase component [Amino acid transport and metabolism / Inorganic ion transport and metabolism]" /inference="protein motif:CDD:DppF, ABC-type dipeptide/oligopeptide/nickel transport system, ATPase component [Amino acid transport and metabolism / Inorganic ion transport and metabolism]" /inference="protein motif:CDD:FepC, ABC-type cobalamin/Fe3+-siderophores transport systems, ATPase components [Inorganic ion transport and metabolism / Coenzyme metabolism]" /inference="protein motif:CDD:FtsE, Predicted ATPase involved in cell division [Cell division and chromosome partitioning]" /inference="protein motif:CDD:GlnQ, ABC-type polar amino acid transport system, ATPase component [Amino acid transport and metabolism]" /inference="protein motif:CDD:HisP, ABC-type histidine transport system, ATPase component [Amino acid transport and metabolism]" /inference="protein motif:CDD:LivF, ABC-type branched-chain amino acid transport systems, ATPase component [Amino acid transport and metabolism]" /inference="protein motif:CDD:LivG, ABC-type branched-chain amino acid transport systems, ATPase component [Amino acid transport and metabolism]" /inference="protein motif:CDD:MalK, ABC-type sugar transport systems, ATPase components [Carbohydrate transport and metabolism]" /inference="protein motif:CDD:MdlB, ABC-type multidrug transport system, ATPase and permease components [Defense mechanisms]" /inference="protein motif:CDD:MglA, ABC-type sugar transport system, ATPase component [Carbohydrate transport and metabolism]" /inference="protein motif:CDD:ModF, ABC-type molybdenum transport system, ATPase component/photorepair protein PhrA [Inorganic ion transport and metabolism]" /inference="protein motif:CDD:NatA, ABC-type Na+ transport system, ATPase component [Energy production and conversion / Inorganic ion transport and metabolism]" /inference="protein motif:CDD:OpuBA, ABC-type proline/glycine betaine transport systems, ATPase components [Amino acid transport and metabolism]" /inference="protein motif:CDD:PhnK, ABC-type phosphonate transport system, ATPase component [Inorganic ion transport and metabolism]" /inference="protein motif:CDD:PhnK, ABC-type uncharacterized transport system, ATPase component [General function prediction only]" /inference="protein motif:CDD:PhnL, ABC-type phosphonate transport system, ATPase component [Inorganic ion transport and metabolism]" /inference="protein motif:CDD:PotA, ABC-type spermidine/putrescine transport systems, ATPase components [Amino acid transport and metabolism]" /inference="protein motif:CDD:ProV, ABC-type proline/glycine betaine transport system, ATPase component [Amino acid transport and metabolism]" /inference="protein motif:CDD:PstB, ABC-type phosphate transport system, ATPase component [Inorganic ion transport and metabolism]" /inference="protein motif:CDD:PvdE, ABC-type siderophore export system, fused ATPase and permease components [Secondary metabolites biosynthesis, transport, and catabolism / Inorganic ion transport and metabolism]" /inference="protein motif:CDD:SalX, ABC-type antimicrobial peptide transport system, ATPase component [Defense mechanisms]" /inference="protein motif:CDD:SapD, ABC-type antimicrobial peptide transport system, ATPase component [Defense mechanisms]" /inference="protein motif:CDD:SapF, ABC-type antimicrobial peptide transport system, ATPase component [Defense mechanisms]" /inference="protein motif:CDD:SufC, ABC-type transport system involved in Fe-S cluster assembly, ATPase component [Posttranslational modification, protein turnover, chaperones]" /inference="protein motif:CDD:SunT, ABC-type bacteriocin/lantibiotic exporters, contain an N-terminal double-glycine peptidase domain [Defense mechanisms]" /inference="protein motif:CDD:TagH, ABC-type polysaccharide/polyol phosphate transport system, ATPase component [Carbohydrate transport and metabolism / Cell envelope biogenesis, outer membrane]" /inference="protein motif:CDD:TauB, ABC-type nitrate/sulfonate/bicarbonate transport system, ATPase component [Inorganic ion transport and metabolism]" /inference="protein motif:CDD:TauB, ABC-type taurine transport system, ATPase component [Inorganic ion transport and metabolism]" /inference="protein motif:CDD:ThiQ, ABC-type thiamine transport system, ATPase component [Coenzyme metabolism]" /inference="protein motif:CDD:Ttg2A, ABC-type transport system involved in resistance to organic solvents, ATPase component [Secondary metabolites biosynthesis, transport, and catabolism]" /inference="protein motif:CDD:Uup, ATPase components of ABC transporters with duplicated ATPase domains [General function prediction only]" /inference="protein motif:CDD:YhbG, ABC-type (unclassified) transport system, ATPase component [General function prediction only]" /inference="protein motif:CDD:ZnuC, ABC-type Mn/Zn transport systems, ATPase component [Inorganic ion transport and metabolism]" /inference="protein motif:COG:COG0396 ABC-type transport system involved in Fe-S cluster assembly, ATPase component; O Posttranslational modification, protein turnover, chaperones" /inference="protein motif:Gene3D:G3D.3.40.50.300 no description" /inference="protein motif:HMMPanther:PTHR19222 ATP-BINDING CASSETTE TRANSPORTER" /inference="protein motif:HMMPanther:PTHR19222:SF13 ATP-BINDING CASSETTE TRANSPORTER-RELATED" /inference="protein motif:HMMPfam:PF00005 ABC_tran InterPro:IPR003439 ABC transporter related GO:Molecular Function:ATP binding (GO:0005524), Molecular Function:ATPase activity (GO:0016887)" /inference="protein motif:HMMSmart:SM00382 no description InterPro:IPR003593 AAA ATPase GO:Molecular Function:nucleotide binding (GO:0000166), Molecular Function:nucleoside-triphosphatase activity (GO:0017111)" /inference="protein motif:HMMTigr:TIGR01978 sufC:FeS assembly ATPase SufC InterPro:IPR010230 FeS assembly ATPase SufC GO:Molecular Function:ATP binding (GO:0005524), Biological Process:transport (GO:0006810)" /inference="protein motif:ProfileScan:PS50100 DA_BOX InterPro:IPR003439 ABC transporter related GO:Molecular Function:ATP binding (GO:0005524), Molecular Function:ATPase activity (GO:0016887)" /inference="protein motif:ProfileScan:PS50101 ATP_GTP_A2" /inference="protein motif:ProfileScan:PS50893 ABC_TRANSPORTER_2 InterPro:IPR003439 ABC transporter related GO:Molecular Function:ATP binding (GO:0005524), Molecular Function:ATPase activity (GO:0016887)" /inference="protein motif:ScanRegExp:PS00211 ABC_TRANSPORTER_1 InterPro:IPR003439 ABC transporter related GO:Molecular Function:ATP binding (GO:0005524), Molecular Function:ATPase activity (GO:0016887)" /inference="protein motif:superfamily:SSF52540 P-loop containing nucleoside triphosphate hydrolases" /codon_start=1 /transl_table=11 /product="Fe-S cluster assembly ATPase (SufC)" /protein_id="ACS33058.1" /translation="MLKVENLHVNVENKEILRGVDLEINPGEFHVVMGPNGSGKSTLA LTIAGHPKYEVRNGRILFEGEDITELGPDERAKRGILLAFQVPPEVEGVKIIEFLQQV LVELKGLDPVEAYDLIVEKAKELWFKEEDLHRYVNVGFSGGERKRLELLQAVLIEPKL LILDEPDSGVDVDSLSVISRKIEELHRKGTAILLITHYGRILEHIDRDRITVHVMKDG RIVRTGGGELVDRIDREGFAGVFEEVGA" gene 525160..525630 /locus_tag="TGAM_0557" /note="tg0557" CDS 525160..525630 /locus_tag="TGAM_0557" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:COG1433, Uncharacterized conserved protein [Function unknown]" /inference="protein motif:CDD:MTH1175, This uncharacterized conserved protein belongs to a family of iron-molybdenum cluster-binding proteins that includes NifX, NifB, and NifY, all of which are involved in the synthesis of an iron-molybdenum cofactor (FeMo-co) that binds the active site of the dinitrogenase enzyme" /inference="protein motif:CDD:NifX_NifB, This CD represents a family of iron-molybdenum cluster-binding proteins that includes NifB, NifX, and NifY, all of which are involved in the synthesis of an iron-molybdenum cofactor (FeMo-co) that binds the active site of the dinitrogenase enzyme" /inference="protein motif:CDD:Nitro_FeMo-Co, Dinitrogenase iron-molybdenum cofactor" /inference="protein motif:COG:COG1433 Uncharacterized conserved protein; S Function unknown" /inference="protein motif:HMMPfam:PF02579 Nitro_FeMo-Co InterPro:IPR003731 Dinitrogenase iron-molybdenum cofactor biosynthesis" /inference="protein motif:superfamily:SSF53146 MTH1175-like" /codon_start=1 /transl_table=11 /product="Dinitrogenase iron-molybdenum cofactor, NIF B/Y/X related" /protein_id="ACS33059.1" /translation="MRIIVSTVNGGLDDRVNPAFGRTPTFTIVDVENGEIVNVQVVPN PGYSQPRGAGVTAAQFCIDQGADVVISGQFGPNSSQVLQAAGIRMHSAPPTMTVREAV EALLRGELGPAVFGPEGGMGGGRGRGMGRGMGRGMGRGMGRGRGMGMGGGRGEW" gene 525627..526475 /locus_tag="TGAM_0558" /note="tg0558" CDS 525627..526475 /locus_tag="TGAM_0558" /inference="protein motif:CDD:COG1237, Metal-dependent hydrolases of the beta-lactamase superfamily II [General function prediction only]" /inference="protein motif:CDD:Lactamase_B, Metallo-beta-lactamase superfamily" /inference="protein motif:COG:COG1237 Metal-dependent hydrolases of the beta-lactamase superfamily II; R General function prediction only" /inference="protein motif:Gene3D:G3D.3.60.15.10 no description" /inference="protein motif:HMMPanther:PTHR11203 MRNA CLEAVAGE AND POLYADENYLATION SPECIFICITY FACTOR" /inference="protein motif:HMMPanther:PTHR11203:SF11 YSH1 DOMAIN CONTAINING PROTEIN" /inference="protein motif:HMMPfam:PF00753 Lactamase_B InterPro:IPR001279 Beta-lactamase-like" /inference="protein motif:superfamily:SSF56281 Metallo-hydrolase/oxidoreductase" /codon_start=1 /transl_table=11 /product="Metal-dependent hydrolase/oxidoreductase, beta-lactamase family" /protein_id="ACS33060.1" /translation="MSSPVFSLSVIEMKLTILFENHAGYRKGLIGYHGFSAIVEHNGS KVLVDTGTDGKVLLGNMAELGFSPEEIDAVFLTHGHYDHTGGLRAFLEGREKGIDIHA HPGIFARRIALKPYRREIGIPFKKEELEELGAKFHLSPKPVEFLPGFISSGEIERKTW DRAVGYLVLDGKAVPDPVLDDTALIVDLGDGIAVITGCGHSGIINIAEHAVRLTGKPI RALIGGFHLRGAGKALLNDAARGLSELGVERLYAGHCTGIEEFAFLSSTLGNVEGLHV GKVIEL" gene complement(526462..526752) /locus_tag="TGAM_0559" /note="tg0559" CDS complement(526462..526752) /locus_tag="TGAM_0559" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein" /protein_id="ACS33061.1" /translation="METMEELVEKVREKFDLEVKDMADAWRLVEWLEEKEWVVYIITA KDRKQVDAWHPRYGTLFAQFGEVPNFGSILEGILTVALLAKELEEKGFAKAR" gene complement(526785..527516) /locus_tag="TGAM_0560" /note="tg0560" CDS complement(526785..527516) /locus_tag="TGAM_0560" /inference="protein motif:CDD:COG0730, Predicted permeases [General function prediction only]" /inference="protein motif:CDD:DUF81, Domain of unknown function DUF81" /inference="protein motif:COG:COG0730 Predicted permeases; R General function prediction only" /inference="protein motif:HMMPfam:PF01925 DUF81 InterPro:IPR002781 Protein of unknown function DUF81" /note="Belongs to DUF81 family; 7 probable transmembrane helices predicted by modhmm" /codon_start=1 /transl_table=11 /product="Predicted permease" /protein_id="ACS33062.1" /translation="MLQYLLDFIVGLSIGFIAGLLGVGGGFLIVPTLVLLGEPIHLAI GTSLTCIVLSSLSASLTHIRRGAVLYRVVLLKEVFSAPFAVLGAYLSSRLPERGLRLV FAFLLLYLAYTMARKKCRPHDEEGAVHYSRVPLVGILSGLVSGLLGISGGVLNVPLFH TFVGIPMRYAVGTSSFALFFTALAGAIEHYRLGQVDLHMAFLLAPGLIIGGRLGALTA HRVHPKTLRRAFAGVLILVALRMLL" gene complement(527548..528312) /locus_tag="TGAM_0561" /note="tg0561" CDS complement(527548..528312) /locus_tag="TGAM_0561" /inference="protein motif:CDD:COG0730, Predicted permeases [General function prediction only]" /inference="protein motif:CDD:DUF81, Domain of unknown function DUF81" /inference="protein motif:COG:COG0730 Predicted permeases; R General function prediction only" /inference="protein motif:HMMPfam:PF01925 DUF81 InterPro:IPR002781 Protein of unknown function DUF81" /note="Belongs to DUF81 family; 8 probable transmembrane helices predicted by modhmm" /codon_start=1 /transl_table=11 /product="Predicted permease" /protein_id="ACS33063.1" /translation="MLKYLSYFAVGVFIGILAALFGLGGGFLVVPTLNLLGVEMHHAV GTSSAAVVFTSLSSTIAYSRQKRIHYRVGLLLASTAVIGAYIGAWLTSFISASQLKVI FGLALVVVAIRIYRKKTAEPQEVRLEDVRVNYWLVPIGGFFAGIASGLLGVGGGIINV PFLTYLGLPIHYAVATSSFAIVFTALAGALKHYAMGNVETQWLVLLVPGLIIGAQLGA GIARRTKASSLKKAFAIVMFLLALRMILKGLGFGIP" gene complement(528312..528743) /locus_tag="TGAM_0562" /note="tg0562" CDS complement(528312..528743) /locus_tag="TGAM_0562" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:COG:COG2002 Regulators of stationary/sporulation gene expression; K Transcription" /inference="protein motif:HMMPfam:PF01850 PIN InterPro:IPR002716 PilT protein, N-terminal" /inference="protein motif:HMMSmart:SM00670 no description InterPro:IPR006596 Nucleotide binding protein, PINc" /inference="protein motif:superfamily:SSF88723 PIN domain-like" /codon_start=1 /transl_table=11 /product="Nucleotide binding protein, putative, containing PIN domain" /protein_id="ACS33064.1" /translation="MRRNSTDYKFLLDTNVFIAAVKRGWTDTTELLLHFLTRKRYVLV ANDVLMAEYRKYAEKLNALDFYDVISRQVTIVNPSREDVLRVLPYFPETQLADAVHAA MCLKSGAILVTNDRHFEKVSRAGIIEVWSISDAIRRILRDG" gene complement(528718..528984) /locus_tag="TGAM_0563" /note="tg0563" CDS complement(528718..528984) /locus_tag="TGAM_0563" /inference="protein motif:COG:COG2002 Regulators of stationary/sporulation gene expression; K Transcription" /inference="protein motif:HMMPfam:PF04014 SpoVT_AbrB InterPro:IPR007159 SpoVT/AbrB-like" /inference="protein motif:HMMTigr:TIGR01439 lp_hng_hel_AbrB:transcriptional regu InterPro:IPR006339 Transcriptional regulator AbrB" /inference="protein motif:superfamily:SSF54742 Transcription-state regulator AbrB, the N-terminal DNA recognition domain" /codon_start=1 /transl_table=11 /product="Transcription regulator, SpoVT/AbrB family" /protein_id="ACS33065.1" /translation="MVGKVGITKVDSKGRVVIPKDVRRRLNIKPGEEFLVTEIDGDTI VLRRFNVKKMLEKLVRNSREVNLEELEAETEEEGNRVAKELYRL" gene complement(529016..529474) /locus_tag="TGAM_0564" /note="tg0564" CDS complement(529016..529474) /locus_tag="TGAM_0564" /experiment="gene product confirmed by mass spectrometry" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein" /protein_id="ACS33066.1" /translation="MDWRKRLKGLLEPYGEITETDKGLIFEFGDDEGDFSDRLAFIIE KPEEWPLVEVAVKAIADLTDHDVPGRNVFAFGFEPDFGGTLLRLRLFEGKPGEGPVIG DVPEKVVKIAERNGIKYQRVDGEGIGLPKDFTEEDLEALVKLVEAVAFEW" gene complement(529485..530486) /locus_tag="TGAM_0565" /note="tg0565" CDS complement(529485..530486) /locus_tag="TGAM_0565" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:2-Hacid_dh, D-isomer specific 2-hydroxyacid dehydrogenase, catalytic domain" /inference="protein motif:CDD:2-Hacid_dh_C, D-isomer specific 2-hydroxyacid dehydrogenase, NAD binding domain" /inference="protein motif:CDD:LdhA, Lactate dehydrogenase and related dehydrogenases [Energy production and conversion / Coenzyme metabolism / General function prediction only]" /inference="protein motif:CDD:SerA, Phosphoglycerate dehydrogenase and related dehydrogenases [Amino acid transport and metabolism]" /inference="protein motif:COG:COG1052 Lactate dehydrogenase and related dehydrogenases; C Energy production and conversion" /inference="protein motif:Gene3D:G3D.3.40.50.720 no description" /inference="protein motif:HMMPanther:PTHR10996 2-HYDROXYACID DEHYDROGENASE-RELATED" /inference="protein motif:HMMPanther:PTHR10996:SF71 2-HYDROXYACID DEHYDROGENASE-RELATED" /inference="protein motif:HMMPfam:PF00389 2-Hacid_dh InterPro:IPR006139 D-isomer specific 2-hydroxyacid dehydrogenase, catalytic region GO:Biological Process:metabolism (GO:0008152), Molecular Function:oxidoreductase activity, acting on the CH-OH group of donors, NAD or NADP as acceptor (GO:0016616), Molecular Function:NAD binding (GO:0051287)" /inference="protein motif:HMMPfam:PF02826 2-Hacid_dh_C InterPro:IPR006140 D-isomer specific 2-hydroxyacid dehydrogenase, NAD-binding GO:Biological Process:L-serine biosynthesis (GO:0006564), Molecular Function:oxidoreductase activity, acting on the CH-OH group of donors, NAD or NADP as acceptor (GO:0016616)" /inference="protein motif:ScanRegExp:PS00065 D_2_HYDROXYACID_DH_1 InterPro:IPR006140 D-isomer specific 2-hydroxyacid dehydrogenase, NAD-binding GO:Biological Process:L-serine biosynthesis (GO:0006564), Molecular Function:oxidoreductase activity, acting on the CH-OH group of donors, NAD or NADP as acceptor (GO:0016616)" /inference="protein motif:superfamily:SSF51735 NAD(P)-binding Rossmann-fold domains" /inference="protein motif:superfamily:SSF52283 Formate/glycerate dehydrogenase catalytic domain-like" /codon_start=1 /transl_table=11 /product="D-isomer specific 2-hydroxyacid dehydrogenase" /protein_id="ACS33067.1" /translation="MRPKVAVLFKMKSKPLEELKKWADVDVILYPSVEELKKVIGKYD GLIVSPLNPVPGEVLERAGRLKVISCHSAGYDHVDVETATRKGIYVTKVAGVLSEAVA EFAVGLTIALLRKIAYADRFIRSGKWDSHRTVWSGFKGIETVYGKTVGILGMGAIGKA IARRMKAMGTEILYWSRSRKPDIEEEVGARYLPLDDVLKESDIVVLALPATKETYHII NEERLKLLEGKYLVNIGRGTLVDEKALVKALKERRLKGYATDVFENEPVREHELFDYE WETVLTPHYAGLSKEAMKDMGFQAVRNLLAVLRGEVPETLVNREVLKVRPPEEVKML" gene complement(530533..531246) /locus_tag="TGAM_0566" /note="tg0566" CDS complement(530533..531246) /locus_tag="TGAM_0566" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:COG0637, Predicted phosphatase/phosphohexomutase [General function prediction only]" /inference="protein motif:CDD:COG1011, Predicted hydrolase (HAD superfamily) [General function prediction only]" /inference="protein motif:CDD:Gph, Predicted phosphatases [General function prediction only]" /inference="protein motif:CDD:Hydrolase, haloacid dehalogenase-like hydrolase" /inference="protein motif:COG:COG1011 Predicted hydrolase (HAD superfamily); R General function prediction only" /inference="protein motif:FPrintScan:PR00413 HADHALOGNASE InterPro:IPR005833 Haloacid dehalogenase/epoxide hydrolase GO:Biological Process:metabolism (GO:0008152), Molecular Function:hydrolase activity (GO:0016787)" /inference="protein motif:Gene3D:G3D.3.40.50.1000 no description" /inference="protein motif:HMMPanther:PTHR12725 FAMILY NOT NAMED" /inference="protein motif:HMMPfam:PF00702 Hydrolase InterPro:IPR005834 Haloacid dehalogenase-like hydrolase GO:Molecular Function:catalytic activity (GO:0003824), Biological Process:metabolism (GO:0008152)" /inference="protein motif:HMMTigr:TIGR01509 HAD-SF-IA-v3:HAD-superfamily hydrolase, InterPro:IPR006402 HAD-superfamily hydrolase subfamily IA, variant 3" /inference="protein motif:HMMTigr:TIGR01549 HAD-SF-IA-v1:HAD-superfamily hydrolase, InterPro:IPR006439 HAD-superfamily hydrolase, subfamily IA, variant 1 GO:Biological Process:metabolism (GO:0008152), Molecular Function:phosphoglycolate phosphatase activity (GO:0008967)" /inference="protein motif:HMMTigr:TIGR02253 CTE7:HAD superfamily (subfamily IA) hyd InterPro:IPR011950 HAD-superfamily subfamily IA hydrolase, CTE7" /inference="protein motif:superfamily:SSF56784 HAD-like" /codon_start=1 /transl_table=11 /product="HAD superfamily (subfamily IA) hydrolase" /protein_id="ACS33068.1" /translation="MKDMKAVFFDFVGTLITKRGENRTHLNIIREVLRRSGREDLDPV AIWEEYEKESSALFKGLAGKPYVKIRDVDTEALRRVAERHGFTVPEDFWEISLKMHAR YGELFPDAVETIKALKGLGLHVGIVTDSDNDYIEHHLGALGIYELFDSITTSEEAGFY KPHPRPFQLALEKAGVKPEEALYIGDNPAKDCVGAKNVGMLSALLDPSGERRELWENC DFVISSLKDVIEIVKGLKG" gene 531358..531606 /locus_tag="TGAM_0567" /note="tg0567" CDS 531358..531606 /locus_tag="TGAM_0567" /inference="protein motif:superfamily:SSF54909 Dimeric alpha+beta barrel InterPro:IPR011008 Dimeric alpha-beta barrel" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein" /protein_id="ACS33069.1" /translation="MTIAFQCTGGNMEAILLVWGVRDEVLKKIPVEGSWLYGEYDFIA KVEFEDEAEMESFERFLRSLINGNTYKLLPVIASATSL" gene 531662..532615 /locus_tag="TGAM_0568" /note="tg0568" CDS 531662..532615 /locus_tag="TGAM_0568" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:COG0731, Fe-S oxidoreductases [Energy production and conversion]" /inference="protein motif:CDD:Radical_SAM, Radical SAM superfamily" /inference="protein motif:COG:COG0731 Fe-S oxidoreductases; C Energy production and conversion" /inference="protein motif:HMMPfam:PF04055 Radical_SAM InterPro:IPR007197 Radical SAM GO:Molecular Function:catalytic activity (GO:0003824), Molecular Function:iron ion binding (GO:0005506)" /inference="protein motif:HMMSmart:SM00729 no description InterPro:IPR006638 Elongator protein 3/MiaB/NifB" /inference="protein motif:ScanRegExp:PS01039 SBP_BACTERIAL_3 InterPro:IPR001638 Bacterial extracellular solute-binding protein, family 3 GO:Molecular Function:transporter activity (GO:0005215), Biological Process:transport (GO:0006810), Cellular Component:periplasmic space (sensu Proteobacteria) (GO:0030288)" /codon_start=1 /transl_table=11 /product="Radical SAM protein, putative Fe-S oxidoreductase" /protein_id="ACS33070.1" /translation="MIAFGPVPSRRLGKSLGVNNIPDKVCSYACVYCQIGRTLRMEIE RRPFYDPALILEEVGEKVEEARERGERIDYITFVPDGEPTLDSNLGLEVELLRDLGVP LAILTNSSLIWREDVRNDLLAFDFVSLKLDAVSEPLWRKVDRPHKALKLDAILEGMLE FRESFDGRLVTETMLIDGVNYEGELERIAEFLSRLDPDVAYIAVPTRPPAEPWVRPAR EETINMAFQLFAEALGEDRVEYLIGYEGNAFAFTGNVEDDILSITSVHPMREDALREL LRKANADWDVVEKLLDEGKLIELEYNGRRFYMRRLRSREFR" gene 532677..533546 /locus_tag="TGAM_0569" /note="tg0569" CDS 532677..533546 /locus_tag="TGAM_0569" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:COG1149, MinD superfamily P-loop ATPase containing an inserted ferredoxin domain [Energy production and conversion]" /inference="protein motif:CDD:CooC, CO dehydrogenase maturation factor [Cell division and chromosome partitioning]" /inference="protein motif:CDD:Fer4_NifH_child, This protein family's function is unkown" /inference="protein motif:COG:COG1149 MinD superfamily P-loop ATPase containing an inserted ferredoxin domain; C Energy production and conversion" /inference="protein motif:Gene3D:G3D.3.40.50.300 no description" /inference="protein motif:HMMPanther:PTHR13696 CELL DIVISION INHIBITOR MIND-1" /inference="protein motif:HMMPfam:PF00037 Fer4 InterPro:IPR001450 4Fe-4S ferredoxin, iron-sulfur binding GO:Molecular Function:electron transporter activity (GO:0005489), Molecular Function:iron ion binding (GO:0005506), Biological Process:electron transport (GO:0006118)" /inference="protein motif:HMMPfam:PF01656 CbiA InterPro:IPR002586 Cobyrinic acid a,c-diamide synthase GO:Biological Process:cobalamin biosynthesis (GO:0009236), Molecular Function:cobyrinic acid a,c-diamide synthase activity (GO:0042242)" /inference="protein motif:ScanRegExp:PS00198 4FE4S_FERREDOXIN InterPro:IPR001450 4Fe-4S ferredoxin, iron-sulfur binding GO:Molecular Function:electron transporter activity (GO:0005489), Molecular Function:iron ion binding (GO:0005506), Biological Process:electron transport (GO:0006118)" /inference="protein motif:superfamily:SSF52540 P-loop containing nucleoside triphosphate hydrolases" /codon_start=1 /transl_table=11 /product="ATPase, ParA type/MinD superfamily, containing an inserted ferredoxin domain" /protein_id="ACS33071.1" /translation="MQIAVSGGKGGTGKSTVAINLAVELAKRFKLVLADLDVEAPNDH LLLGVDLANEEPVNQFMPRFDYSKCTKCRKCAEVCEEHAIITLKDGTPFLMPTLCSGC RACEIVCPVPGAILEGSRLIGHTYVTETHYGFTLVTGKLREGEERSMPLVVEAKRRAR NLDYELMMVDTAAGTGNTVSKAIEGSELLIAVTEPTPLGIHDTELILQLGRLMNLKTW VVVNRADLGDVGRVREIAGRYGAEIVAEIPYSESIVKSYVSGRPIVLEEVPEAEIFRE LAEKVANFLGGDE" gene 533546..534436 /locus_tag="TGAM_0570" /note="tg0570" CDS 533546..534436 /locus_tag="TGAM_0570" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:COG0455, ATPases involved in chromosome partitioning [Cell division and chromosome partitioning]" /inference="protein motif:CDD:COG1149, MinD superfamily P-loop ATPase containing an inserted ferredoxin domain [Energy production and conversion]" /inference="protein motif:CDD:CooC, CO dehydrogenase maturation factor [Cell division and chromosome partitioning]" /inference="protein motif:CDD:Fer4_NifH_child, This protein family's function is unkown" /inference="protein motif:CDD:MinD, Bacterial cell division requires the formation of a septum at mid-cell" /inference="protein motif:CDD:Soj, ATPases involved in chromosome partitioning [Cell division and chromosome partitioning]" /inference="protein motif:COG:COG1149 MinD superfamily P-loop ATPase containing an inserted ferredoxin domain; C Energy production and conversion" /inference="protein motif:FPrintScan:PR00353 4FE4SFRDOXIN InterPro:IPR001450 4Fe-4S ferredoxin, iron-sulfur binding GO:Molecular Function:electron transporter activity (GO:0005489), Molecular Function:iron ion binding (GO:0005506), Biological Process:electron transport (GO:0006118)" /inference="protein motif:Gene3D:G3D.3.40.50.300 no description" /inference="protein motif:HMMPanther:PTHR13696 CELL DIVISION INHIBITOR MIND-1" /inference="protein motif:HMMPfam:PF00037 Fer4 InterPro:IPR001450 4Fe-4S ferredoxin, iron-sulfur binding GO:Molecular Function:electron transporter activity (GO:0005489), Molecular Function:iron ion binding (GO:0005506), Biological Process:electron transport (GO:0006118)" /inference="protein motif:HMMPfam:PF01656 CbiA InterPro:IPR002586 Cobyrinic acid a,c-diamide synthase GO:Biological Process:cobalamin biosynthesis (GO:0009236), Molecular Function:cobyrinic acid a,c-diamide synthase activity (GO:0042242)" /inference="protein motif:ScanRegExp:PS00198 4FE4S_FERREDOXIN InterPro:IPR001450 4Fe-4S ferredoxin, iron-sulfur binding GO:Molecular Function:electron transporter activity (GO:0005489), Molecular Function:iron ion binding (GO:0005506), Biological Process:electron transport (GO:0006118)" /inference="protein motif:superfamily:SSF52540 P-loop containing nucleoside triphosphate hydrolases" /codon_start=1 /transl_table=11 /product="ATPase, ParA type/MinD superfamily, containing an inserted ferredoxin domain" /protein_id="ACS33072.1" /translation="MQVAIASGKGGVGKSTITASLLYLLKDRYKLIAVDADAEAPNLG LLLGVEEWEEEREHFGAKVARINPESCVRCGICYERCPYECIYMDDEGNYVVNELTCE GCNVCGLVCPVPGTITLEQVRSGVIRRATTKYGFPIISAQLDVGKPESGKLVTEEKEW AKKLMDELNLEHMIVDSAAGIGCQVIASLGGADVAILIAEPTPASLSDVQRAYKVVQH FREPAYLIINKADLNPGFTKLGEWAEAEGIPVIGEVPYDRAIPKSMAMLKPVVEVFPE SPASKALKEIADVIAEEILG" gene complement(534437..534784) /locus_tag="TGAM_0571" /note="tg0571" CDS complement(534437..534784) /locus_tag="TGAM_0571" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:BlastProDom:PD015339 Y666_ARCFU_O29591; InterPro:IPR002852 Protein of unknown function DUF134" /inference="protein motif:CDD:COG1342, Predicted DNA-binding proteins [General function prediction only]" /inference="protein motif:CDD:DUF134, Protein of unknown function DUF134" /inference="protein motif:COG:COG1342 Predicted DNA-binding proteins; R General function prediction only" /inference="protein motif:Gene3D:G3D.1.10.10.10 no description InterPro:IPR011991 Winged helix repressor DNA-binding" /inference="protein motif:HMMPfam:PF02001 DUF134 InterPro:IPR002852 Protein of unknown function DUF134" /inference="protein motif:superfamily:SSF88659 Sigma3 and sigma4 domains of RNA polymerase sigma factors InterPro:IPR013324 Sigma factor, regions 3 and 4" /note="Contains Sigma3 and sigma4 domains of RNA polymerase sigma factors (SSF88659). DUF134 family" /codon_start=1 /transl_table=11 /product="DNA-Binding protein, putative" /protein_id="ACS33073.1" /translation="MTEMPGGMGWGRGRGRRRKMRMIGFIPQVKHFYPALPPMVPPKP PIFMSYEEFEALRLVDYEGLTQEEAGKRMGVSRGTVWRALNSARKKVAQMIVEGRELV ILPQGNEAPKMEE" gene 535041..536051 /locus_tag="TGAM_0572" /note="tg0572" CDS 535041..536051 /locus_tag="TGAM_0572" /experiment="gene product confirmed by mass spectrometry" /note="1 probable transmembrane helix predicted by modhmm" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein" /protein_id="ACS33074.1" /translation="MGRKLKVGFVIILMVLSLVPAYTVTAGSSGNGSDSTGYVATNQT NRSTNATKVAAEVMLRNLERLQNYTSSLINETGNISAEILGLYERALNLTDEAKALYS EGRYWESLHTAILAMKAYKDVIRSIRLGTEPEFIMEIRRAGMEAKRIQEYLKHVGILI RVAEMKGLNVSSVSELYNKTRLAYIKVLQDIRINNTTALSVDLEKARELRMKLDMELR NLQMQFAIRKADKIAKAFEIKLEIMTRALERMKMIPGVNETAIENITQELNQLRIQLD QLISEGRYFEALQLIKKATPRLVIGAIHLRWIHKDKRVYWAIGGPHGHPGKGKGHWGH RP" gene 536120..537130 /locus_tag="TGAM_0573" /note="tg0573" CDS 536120..537130 /locus_tag="TGAM_0573" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:COG2512, Uncharacterized membrane-associated protein/domain [Function unknown]" /inference="protein motif:COG:COG2512 Uncharacterized membrane-associated protein/domain; S Function unknown" /inference="protein motif:Gene3D:G3D.1.10.10.10 no description InterPro:IPR011991 Winged helix repressor DNA-binding" /inference="protein motif:superfamily:SSF46785 'Winged helix' DNA-binding domain" /note="2 probable transmembrane helices predicted by modhmm" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein" /protein_id="ACS33075.1" /translation="MRLKTVLIVLTFMLAVSLTAPVGAQSLVSLSLKVYEDGYVLVNE TVSTVNYSVVLDIPLLGSHVEGLLAVDQDGNILPAEVNGSNVTVYFGNASLVRLSYYT PDLTSKDGPIWTVSLQSPVPVEIVLPQNSVIVDLSDIPLEIRGNTVVMPAGNVSVSYI IPMETTTSTTTTSTATTTTTTSPGGGAGSTSSTTSTTTAPTTTTSTTSSTPGGGGSSG SSGIGGFWWLVLILVLVGVGVGYVYLKNKNTRTQSAPTRESLEQFRKKIEAMNDLNDD ERGALIFLLENGGKAPQSKVREALGLPKTTAWRMFRRLEEKGLVRVYKLGRENWVELV LE" gene 537162..537845 /locus_tag="TGAM_0574" /note="tg0574" CDS 537162..537845 /locus_tag="TGAM_0574" /inference="protein motif:CDD:COG1407, Predicted ICC-like phosphoesterases [General function prediction only]" /inference="protein motif:COG:COG1407 Predicted ICC-like phosphoesterases; R General function prediction only" /inference="protein motif:Gene3D:G3D.3.60.21.10 no description" /inference="protein motif:HMMPfam:PF00149 Metallophos InterPro:IPR004843 Metallophosphoesterase GO:Molecular Function:hydrolase activity (GO:0016787)" /inference="protein motif:HMMPIR:PIRSF000887 Predicted phosphoesterase, MJ0037 type InterPro:IPR011155 Phosphoesterase MJ0037" /inference="protein motif:HMMTigr:TIGR00024 SbcD_rel_arch:phosphoesterase, putativ InterPro:IPR004376 Conserved hypothetical protein 24 GO:Molecular Function:molecular function unknown (GO:0005554)" /inference="protein motif:superfamily:SSF56300 Metallo-dependent phosphatases" /codon_start=1 /transl_table=11 /product="Calcineurin-like family phosphoesterase, putative" /protein_id="ACS33076.1" /translation="MRVELLPEKALRIGRTLVVADLHIGFEVAMAEEGNYVPSLLGKM VGDLRSILLAGKFKRLVINGDLKHSFVPVRRERRELKAFFEGISGLVNEMVLVRGNHD VGVAWLRELGVEIVDSLELAGWTVVHGHRLEEGERFIIGHEHPAIRLRDEVGASVKVP IFLQGEELIVLPAFSPWAYGNDVTREIVSPFLRKFKTESMRVIVPVENELLDFGELGR LKETLRALL" gene complement(537857..538162) /locus_tag="TGAM_0575" /note="tg0575" CDS complement(537857..538162) /locus_tag="TGAM_0575" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein" /protein_id="ACS33077.1" /translation="MEAEEKLRKVIEEFNRLHGSEARARVLKLEGDEVIMEFEGSFCA TCGLYDYFDDIKWEAMDLGLELEPVEVLEAEEDDFEHGRYVVRYRIGRKKPKLEIGQ" gene 538253..540877 /gene="lhr-1" /locus_tag="TGAM_0576" /note="tg0576" CDS 538253..540877 /gene="lhr-1" /locus_tag="TGAM_0576" /EC_number="3.6.1.-" /inference="protein motif:COG:COG1201 Lhr-like helicases; R General function prediction only" /inference="protein motif:Gene3D:G3D.3.40.50.300 no description" /inference="protein motif:HMMPanther:PTHR10967 ATP-DEPENDENT RNA HELICASE-RELATED" /inference="protein motif:HMMPanther:PTHR10967:SF6 ATP-DEPENDENT HELICASE" /inference="protein motif:HMMPfam:PF00270 DEAD InterPro:IPR011545 DEAD/DEAH box helicase, N-terminal GO:Molecular Function:nucleic acid binding (GO:0003676), Molecular Function:helicase activity (GO:0004386), Molecular Function:ATP binding (GO:0005524)" /inference="protein motif:HMMPfam:PF00271 Helicase_C InterPro:IPR001650 Helicase, C-terminal GO:Molecular Function:nucleic acid binding (GO:0003676), Molecular Function:helicase activity (GO:0004386), Molecular Function:ATP binding (GO:0005524)" /inference="protein motif:HMMPfam:PF08494 DEAD_assoc InterPro:IPR013701 DEAD/H associated" /inference="protein motif:HMMSmart:SM00382 no description InterPro:IPR003593 AAA ATPase GO:Molecular Function:nucleotide binding (GO:0000166), Molecular Function:nucleoside-triphosphatase activity (GO:0017111)" /inference="protein motif:HMMSmart:SM00487 no description InterPro:IPR011545 DEAD/DEAH box helicase, N-terminal GO:Molecular Function:nucleic acid binding (GO:0003676), Molecular Function:helicase activity (GO:0004386), Molecular Function:ATP binding (GO:0005524)" /inference="protein motif:HMMSmart:SM00490 no description InterPro:IPR001650 Helicase, C-terminal GO:Molecular Function:nucleic acid binding (GO:0003676), Molecular Function:helicase activity (GO:0004386), Molecular Function:ATP binding (GO:0005524)" /inference="protein motif:ProfileScan:PS50136 HELICASE InterPro:IPR001410 DEAD/DEAH box helicase GO:Molecular Function:ATP binding (GO:0005524), Molecular Function:ATP-dependent helicase activity (GO:0008026)" /inference="protein motif:superfamily:SSF52540 P-loop containing nucleoside triphosphate hydrolases" /codon_start=1 /transl_table=11 /product="ATP-dependent helicase, lhr-like protein (lhr)" /protein_id="ACS33078.1" /translation="MGEDRIQWARREYSDEEIFSILSEPVREWFRRKFGSFTPPQRYA VMEIHKGENVLISSPTGSGKTLSAFLSAINELILLGKEGKLEDKIYVLYVSPLRALNN DIKRNLEGPLAEIKEVAKELGYDLPEIRVGIRTSDTSSYEKSKMVKKPPHILITTPES LAIALNAPKFRERLKTVKYLIIDEVHALAENKRGSHLALSVERLQEMAEEKFVRIGLS ATIHPLEEIAKFVFGFDDDGKPRPGLIVDVSFAKQTEIRVESVVEDLIYTPAGELSEA LYRRLAELIREHRTTLIFTNTRSGAERVAFNLKKRYPEFEGLIEAHHSSLSREVRLDV EEKLKRGELKAVVTSTSLELGIDIGTIDLVVLIGSPKSVNRALQRIGRAGHRLHEVSK GVILALDRDDLVEVTVLAHNARNRRLDRVRIPKNPLDVLAQHLLGMALNRVWEVDEAY RVVKRAYPFKDLSFEDFMSVLRYLAGEYAGLEERKVYAKIWLEDGRFGRRGKMTRAIY YMNVGTIPDEAKIRVYTMDKKLIGTVEEEFAERLMPGDVFVLAGRTYEFVKSRGNKLY VIPREGAKPTIPAWFSEMLPLSFDLALDIQRFRREVKGLLKRKDAVRRLMRKYGIDEK ASRAIIAYFREQARYSIIPDDETVLVEFVPGEKRNRYFFHTLIGRRANDALSRAFAYL VSKRKNCNVGIAINDNGFALLLPPEVELSEEEVMELFKVEDLRETLKRALDNTELLKR RFRHVANRGLLILRRYVGRSKRLGRQQVMAVSLLKVLKENYPDFPLLKEVYREIMEDK MDVESAELFLSWVREGKIRVVFQIHSVPSPFAFNLEAIGSSDVVLMEDRRELIKQLHR KIMAMIKETTSEDVELVV" gene complement(540851..542068) /gene="mat" /locus_tag="TGAM_0577" /note="tg0577" CDS complement(540851..542068) /gene="mat" /locus_tag="TGAM_0577" /EC_number="2.5.1.6" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:BlastProDom:PD011777 METK_PYRFU_Q8TZW1; InterPro:IPR002795 Archaeal S-adenosylmethionine synthetase (MAT) GO:Molecular Function:methionine adenosyltransferase activity (GO:0004478), Molecular Function:ATP binding (GO:0005524), Biological Process:one-carbon compound metabolism (GO:0006730)" /inference="protein motif:CDD:AdoMet_Synthase, S-adenosylmethionine synthetase (AdoMet synthetase)" /inference="protein motif:CDD:MetK, Archaeal S-adenosylmethionine synthetase [Amino acid transport and metabolism]" /inference="protein motif:COG:COG1812 Archaeal S-adenosylmethionine synthetase; E Amino acid transport and metabolism" /inference="protein motif:HMMPfam:PF01941 AdoMet_Synthase InterPro:IPR002795 Archaeal S-adenosylmethionine synthetase (MAT) GO:Molecular Function:methionine adenosyltransferase activity (GO:0004478), Molecular Function:ATP binding (GO:0005524), Biological Process:one-carbon compound metabolism (GO:0006730)" /inference="protein motif:superfamily:SSF55973 S-adenosylmethionine synthetase" /codon_start=1 /transl_table=11 /product="S-adenosylmethionine synthetase (mat)" /protein_id="ACS33079.1" /translation="MVEKVRNIVVEELVRTPVEMQEVELVERKGIGHPDSIADGIAEA VSRALSREYLKRYGIILHHNTDQVEVVGGRAYPQFGGGEVIKPIYILLSGRAVELVDR EEFPVHQVAIKAAKDYLKKAVRHLDIENHVVIDSRIGQGSVDLVGVFNKAKENPIPLA NDTSFGVGYAPLSETERIVLETEKLLNSEEFKKKCPAVGEDIKVMGLRKGDEIDLTIA AAIVDSEVSNPDDYMAVKEEIYEAAKGVVEEHTQRPTKIFVNTADDPKNGIYYITVTG TSAEAGDDGSVGRGNRVNGLITPNRHMSMEAAAGKNPVSHVGKIYNLLSMLIANDIAE QVEGVQEVYVRILSQIGKPIDEPLVASIQIIPKKGYSIDVLQKPAYEIADAWLADVTK IQKMILDDKLNVF" gene complement(542357..543823) /locus_tag="TGAM_0578" /note="tg0578" CDS complement(542357..543823) /locus_tag="TGAM_0578" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:COG0618, Exopolyphosphatase-related proteins [General function prediction only]" /inference="protein motif:CDD:COG3887, Predicted signaling protein consisting of a modified GGDEF domain and a DHH domain [Signal transduction mechanisms]" /inference="protein motif:CDD:DHH, DHH family" /inference="protein motif:CDD:TrkA_N, TrkA-N domain" /inference="protein motif:COG:COG0618 Exopolyphosphatase-related proteins; R General function prediction only" /inference="protein motif:Gene3D:G3D.3.40.50.720 no description" /inference="protein motif:HMMPfam:PF01368 DHH InterPro:IPR001667 Phosphoesterase, RecJ-like" /inference="protein motif:HMMPfam:PF02254 TrkA_N InterPro:IPR003148 TrkA-N GO:Biological Process:potassium ion transport (GO:0006813)" /inference="protein motif:HMMPfam:PF02272 DHHA1 InterPro:IPR003156 Phosphoesterase, DHHA1 GO:Molecular Function:nucleic acid binding (GO:0003676)" /inference="protein motif:superfamily:SSF51735 NAD(P)-binding Rossmann-fold domains" /inference="protein motif:superfamily:SSF64182 DHH phosphoesterases" /note="Belongs to DHH family. Contains potassium uptake /TrkA-N NAD binding domain" /codon_start=1 /transl_table=11 /product="RecJ-like phosphoesterase family protein" /protein_id="ACS33080.1" /translation="MRILILGGGSIGRQIAEALKGEFEITIVEKDELRAKSLEESGFN VVQGDFSYTATLLKAGVDRANVVVITTRNLEAVKKAIYVIRTNNKEVPIVALLPDDMP KETMEDIILEEFEKEVKIDYGIYPQKAITEAFLRTLFQLGEKKNALMLLKKLKEIKEK TDSLLILTHNNPDPDAISSAVALSLIAQNVGLKTTIAYGGEITHHENQAFVNLLGINL RRVSRGSYEIRKHSAIAIVDTQPNGNLTILEPEDREKVQILIDHHQIFQHLHELLPSD AFVDIREDVKASASILTEYIKALNIPLSETLATALFYGIYTDTKKFSQLSQVDLKAIE FLAGKVNHELLERIEHPDISTETAEILARAILNRKSYKNVVISNVGFIRNRDALAESA DFLLRLEGISTVLVFGIVDDYIEMSARTRDVRVNIGAVMKEAFGEIGSGGGHATMGGA RIPLGLFKLAKDKNSLLRLAEEAITEKFLEALKIKEQG" gene 543952..545601 /locus_tag="TGAM_0579" /note="tg0579" CDS 543952..545601 /locus_tag="TGAM_0579" /experiment="gene product confirmed by mass spectrometry" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein" /protein_id="ACS33081.1" /translation="MKLPDTRPLKENVVVISPSDLAQEVKSVASQSGGAFLKIFGKKD NSKYYLTILFDRTKVLAAEGQDLESGAQVIGEEAINLFRKLMGNPMVVDVYSLDEIGV KISIAENLDVYSKTPKITIEELFGGRAPARVEKPKPVPKPAEKPVEKPAEKPVKAREK PKPKPGEIEIVIEIPGGDVLEEALKEYTKHLISEAKRIRTLQINKVVYSGELTEGVVY LNVHIYGHSEGQMREVAEKRMLHAISKYAPVILRMADIKPILKEIKVILDGKEVAPQE IVERDKKKIGKVDREGRLTLAVLEDVWPYFSAMMRTVVNEIERQGIAVKAATFDVPGR KEFEVNAKLAVETSLSEDQARKIIRDIITKHTKELGRTLKRYMTVHNVEVEFIKKAET VKPSAKVPTTGKAAEILQKKAELEKEVEKLLQQAGVEELAFLTEEKKRESEKALLRSR IEPAMEELKNRLHTELKLIPRVTFKWLKLNWDAKGTTVYVDIEASFMKEEIGGLFGSF SGVDEGRIKQDVRETILRVIRDIQKEYGIKISLNKFNVIVR" gene 545650..546792 /locus_tag="TGAM_0580" /note="tg0580" CDS 545650..546792 /locus_tag="TGAM_0580" /inference="protein motif:CDD:KefB, Kef-type K+ transport systems, membrane components [Inorganic ion transport and metabolism]" /inference="protein motif:COG:COG0475 Kef-type K+ transport systems, membrane components; P Inorganic ion transport and metabolism" /inference="protein motif:HMMPfam:PF00999 Na_H_Exchanger InterPro:IPR006153 Sodium/hydrogen exchanger GO:Biological Process:regulation of pH (GO:0006885), Molecular Function:solute:hydrogen antiporter activity (GO:0015299), Cellular Component:integral to membrane (GO:0016021)" /note="13 probable transmembrane helices predicted by modhmm" /codon_start=1 /transl_table=11 /product="Na+/H+ antiporter" /protein_id="ACS33082.1" /translation="MQVIGYVLIIIALGRFLAELFERIGYPGIVGEITAGLLLGYFLR DVPAGEMNLLAEFGIFFLMILAGLEITPDELRMGGREALPVYLVTLAVMFFVTLPFTN YSISTGNILAASILAVASAPIVVRIKRFFGEEYLHVALSYAIISEVVILVLVYVLASF EEAHDPSDLAITIVKQVLFIGGVLYVNYKIGIQHKIWLITQLRRLRSDEAVFGAFMIL AATLGFISEEVGMHFTIGAFLAGLLLHSDLVGTRQYERLETILSGVTYGIFAPIFFAW RGMNFRAEVTLATAYFFLAIYLVRFLLTVVLTWDGRLLSSIAKATGLVSFGILGLLVS DLGNSYGVLTGELYSISALTSIGGIFLAATIGRGLSFLRRSSGKGL" gene 546716..547315 /gene="pdaD" /locus_tag="TGAM_0581" /gene_synonym="pvlArgDC" /note="tg0581" CDS 546716..547315 /gene="pdaD" /locus_tag="TGAM_0581" /gene_synonym="pvlArgDC" /EC_number="4.1.1.19" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:BlastProDom:PD010449 PDAD_PYRFU_Q8U0G6; InterPro:IPR002724 Pyruvoyl-dependent arginine decarboxylase GO:Biological Process:arginine catabolism (GO:0006527), Molecular Function:arginine decarboxylase activity (GO:0008792)" /inference="protein motif:CDD:PvlArgDC, Pyruvoyl-dependent arginine decarboxylase (PvlArgDC)" /inference="protein motif:COG:COG1945 Uncharacterized conserved protein; S Function unknown" /inference="protein motif:HMMPfam:PF01862 PvlArgDC InterPro:IPR002724 Pyruvoyl-dependent arginine decarboxylase GO:Biological Process:arginine catabolism (GO:0006527), Molecular Function:arginine decarboxylase activity (GO:0008792)" /inference="protein motif:HMMTigr:TIGR00286 TIGR00286:arginine decarboxylase, pyruvoyl InterPro:IPR002724 Pyruvoyl-dependent arginine decarboxylase GO:Biological Process:arginine catabolism (GO:0006527), Molecular Function:arginine decarboxylase activity (GO:0008792)" /inference="protein motif:superfamily:SSF56271 Pyruvoyl-dependent histidine and arginine decarboxylases" /codon_start=1 /transl_table=11 /product="Pyruvoyl-dependent arginine decarboxylase (pdaD/PvlArgDC)" /protein_id="ACS33083.1" /translation="MEASSSRRRSAGVFPSSAVRVGKVYKSRDEGTGSCKVRWVVKMS WMTPKRAFMGAAAAEGGTKLNAFDNALLKLGIGNVNLVKLSSVIPAHIEWIEKVHDVP IGMLLPTVYAHIESDEPGMTISAALGVGISEGNEGGLIYEYSGYCTKEEAEEMVRKMV EEGFAVRGWKLKEFKAVSAEITVKEKPAAVVAAVVMFPY" gene complement(547312..547812) /locus_tag="TGAM_0582" /note="tg0582" CDS complement(547312..547812) /locus_tag="TGAM_0582" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein" /protein_id="ACS33084.1" /translation="MMNEIKVRKELFQRIKSLVGEIEEGMRYGIPHLVGELVLESEDD PNLELTVTVFSESSHWILLRDGKSILFMMPVENSNPRTTFLELWTFLKGRSEGKRLEP GVTIKGVLKNVLQRRGYNVVWMNVMGGENSGYVEVLASKGETRYRMTFEKRKADEFTL IDMERI" gene 547886..548767 /gene="speE" /locus_tag="TGAM_0583" /note="tg0583" CDS 547886..548767 /gene="speE" /locus_tag="TGAM_0583" /EC_number="2.5.1.16" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:COG4262, Predicted spermidine synthase with an N-terminal membrane domain [General function prediction only]" /inference="protein motif:CDD:SpeE, Spermidine synthase [Amino acid transport and metabolism]" /inference="protein motif:CDD:Spermine_synth, Spermine/spermidine synthase" /inference="protein motif:COG:COG0421 Spermidine synthase; E Amino acid transport and metabolism" /inference="protein motif:Gene3D:G3D.3.40.50.150 no description" /inference="protein motif:HMMPanther:PTHR11558 SPERMIDINE SYNTHASE InterPro:IPR001045 Spermine synthase GO:Molecular Function:catalytic activity (GO:0003824)" /inference="protein motif:HMMPanther:PTHR11558:SF5 SPERMIDINE SYNTHASE" /inference="protein motif:HMMPfam:PF01564 Spermine_synth InterPro:IPR001045 Spermine synthase GO:Molecular Function:catalytic activity (GO:0003824)" /inference="protein motif:HMMTigr:TIGR00417 speE:spermidine synthase InterPro:IPR001045 Spermine synthase GO:Molecular Function:catalytic activity (GO:0003824)" /inference="protein motif:ProfileScan:PS50193 SAM_BIND InterPro:IPR000051 SAM (and some other nucleotide) binding motif GO:Molecular Function:S-adenosylmethionine-dependent methyltransferase activity (GO:0008757)" /inference="protein motif:ProfileScan:PS51006 SPERMIDINE_SYNTHASE_2 InterPro:IPR001045 Spermine synthase GO:Molecular Function:catalytic activity (GO:0003824)" /inference="protein motif:superfamily:SSF53335 S-adenosyl-L-methionine-dependent methyltransferases" /codon_start=1 /transl_table=11 /product="Spermidine synthase (speE)" /protein_id="ACS33085.1" /translation="MVVSMGFNEMEGAFIEWYPRGYGVAFKVKRRLFAIQTDYQRLEI YETEGFGKLLVLDDTVQLVEVGEESYHEALVHPVMLAHPNPRRILVIGGGDGGTLREV LRHETVEKATMVEIDEGVVEASYLYLDVAKDLLERLIKGEEKRAELIIGDGVKYLRET DERFDVIIVDSTDPVGPAKLLFSEEFYRSAYEKLNERGLYITQAGSVYLFTNELIDAY RAMKKVFDRVYYFSFPVIGYASPWSFLVGVKGDIDFTKVDLERAKKLDLYYYDPERHE TLFQMPRYVRQLLEERK" gene 548764..549639 /locus_tag="TGAM_0584" /note="tg0584" CDS 548764..549639 /locus_tag="TGAM_0584" /note="8 probable transmembrane helices predicted by modhmm" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein" /protein_id="ACS33086.1" /translation="MKLERKHFSLFLTILLGLFLAYRIREELSSIEWSKVDPSYFPAV FLFGVLAFLAYTAIWYFLLSSIRRVPFWRLVELNLVGSYLSMTLNSAIGGIVKAKYAL PNWWQSIGIVALVTALEILPGGIVAIISGDLIVLPLLLLVLWGIVHEDSLYPLVALPF RLLGKGEWIRNFYLGWKTAKTNGGAFARAIAVAFLQASFLALALVVTGGAFGIRVPIE KGLVAVAYSTVIGGIVGTPGGIGGNELGVILAIGDVSAAATMAFVYKFFTQYIFAILG AIPFYRVLRENGKPL" gene 549662..550390 /locus_tag="TGAM_0585" /note="tg0585" CDS 549662..550390 /locus_tag="TGAM_0585" /EC_number="3.5.2.10" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:COG1402, Uncharacterized protein, putative amidase [General function prediction only]" /inference="protein motif:CDD:Creatininase, Creatinine amidohydrolase" /inference="protein motif:COG:COG1402 Uncharacterized protein, putative amidase; R General function prediction only" /inference="protein motif:HMMPfam:PF02633 Creatininase InterPro:IPR003785 Creatininase" /inference="protein motif:superfamily:SSF52218 Flavoproteins" /codon_start=1 /transl_table=11 /product="Creatinine amidohydrolase (creatininase)" /protein_id="ACS33087.1" /translation="MIIVRIEELSWPEFDRIKDKVVAVILPVGSVEAHGRHLPLGTDV FAPLKIAELVEQKVRERGKEVLVMPPIWYGHSFALNAYPGTINVRPESLRMYVGDVLA ELAAEGFKKIVLLNGHGGNVYPLTEAAEDVAELYPDVEVYLINWWLDFREDILSVCSG QGHAGEDETSVMLAIRPELVNMREARGRRVKRKIRVIKKDIGKEVFPDGLNDDPSSAT AEKGERILQIVSESIARIILGEEG" gene 550387..551019 /locus_tag="TGAM_0586" /note="tg0586" CDS 550387..551019 /locus_tag="TGAM_0586" /experiment="gene product confirmed by mass spectrometry" /note="2 probable transmembrane helices predicted by modhmm" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein" /protein_id="ACS33088.1" /translation="MSVPREVLDELDKRIKRLQAVIEIAESVPPSDNRPIPKLQSSFS VYLWMSVAWFIGGFLIIYFLRSRYGGALNSAPTGVSLAVYAVLALGVVILLVAYYLSR RKEEGEVFDIDERARAARRLLKEFYLPLKKALEGDDEEAVRALADKLLEDPLLARAMD VLHEGNPKLCAYALYLYVSREKVGGDEIRETLERLDNKPLRRLLSVLVEG" gene complement(551119..551808) /locus_tag="TGAM_0587" /note="tg0587" CDS complement(551119..551808) /locus_tag="TGAM_0587" /inference="protein motif:BlastProDom:PD016591 YI97_METTH_O27919; InterPro:IPR002786 Protein of unknown function DUF84" /inference="protein motif:CDD:DUF84, Protein of unknown function DUF84" /inference="protein motif:COG:COG1986 Uncharacterized conserved protein; S Function unknown" /inference="protein motif:HMMPfam:PF01931 DUF84 InterPro:IPR002786 Protein of unknown function DUF84" /inference="protein motif:HMMTigr:TIGR00258 TIGR00258:conserved hypothetical protein T InterPro:IPR002786 Protein of unknown function DUF84" /note="Belongs to DUF84 family" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein" /protein_id="ACS33089.1" /translation="MIAKTNPEQGALSLETGEAKDKTLPPHGYRAKVGDFIYKVFGGS EMGGIMRIAVGSTNPTKVKAVENVMRRIYGDVEVVGVEVDSGVSDQPIGIEEIARGAI NRAKQALEKTGADLGVGIEAGIYPFPGTLTGYLDVQVCAIVSPDGVITIGHGPGFEYP PVVIERILKEGVEAGIAMGELVNDPELKRKVGAIGVLSKGLLTRTELNEIAVLMAMIP RLNRELFFERK" gene 551826..555026 /gene="ileS" /locus_tag="TGAM_0588" /note="tg0588" CDS 551826..555026 /gene="ileS" /locus_tag="TGAM_0588" /EC_number="6.1.1.5" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:COG:COG0060 Isoleucyl-tRNA synthetase; J Translation, ribosomal structure and biogenesis" /inference="protein motif:FPrintScan:PR00984 TRNASYNTHILE InterPro:IPR002301 Isoleucyl-tRNA synthetase, class Ia GO:Molecular Function:isoleucine-tRNA ligase activity (GO:0004822), Molecular Function:ATP binding (GO:0005524), Biological Process:isoleucyl-tRNA aminoacylation (GO:0006428)" /inference="protein motif:Gene3D:G3D.1.10.730.10 no description" /inference="protein motif:Gene3D:G3D.3.40.510.10 no description" /inference="protein motif:HMMPanther:PTHR11946 AMINO ACID TRNA SYNTHETASE" /inference="protein motif:HMMPanther:PTHR11946:SF3 ISOLEUCYL-TRNA SYNTHETASE" /inference="protein motif:HMMPfam:PF00133 tRNA-synt_1 InterPro:IPR002300 Aminoacyl-tRNA synthetase, class Ia GO:Molecular Function:aminoacyl-tRNA ligase activity (GO:0004812), Molecular Function:ATP binding (GO:0005524), Biological Process:tRNA aminoacylation for protein translation (GO:0006418)" /inference="protein motif:HMMPfam:PF08264 Anticodon_1 InterPro:IPR013155 tRNA synthetase, valyl/leucyl, anticodon-binding" /inference="protein motif:HMMTigr:TIGR00392 ileS:isoleucyl-tRNA synthetase InterPro:IPR002301 Isoleucyl-tRNA synthetase, class Ia GO:Molecular Function:isoleucine-tRNA ligase activity (GO:0004822), Molecular Function:ATP binding (GO:0005524), Biological Process:isoleucyl-tRNA aminoacylation (GO:0006428)" /inference="protein motif:ScanRegExp:PS00178 AA_TRNA_LIGASE_I InterPro:IPR001412 Aminoacyl-tRNA synthetase, class I GO:Molecular Function:aminoacyl-tRNA ligase activity (GO:0004812), Molecular Function:ATP binding (GO:0005524), Biological Process:tRNA aminoacylation for protein translation (GO:0006418)" /inference="protein motif:superfamily:SSF47323 InterPro:IPR009080 Aminoacyl-tRNA synthetase, class 1a, anticodon-binding" /inference="protein motif:superfamily:SSF52374 Nucleotidylyl transferase" /codon_start=1 /transl_table=11 /product="Isoleucyl-tRNA synthetase (ileS)" /protein_id="ACS33090.1" /translation="MIKEPEFREYNPGKLEEKIEAFWKENNTYKKVKASRANGPKYYF LDGPPYVSGAIHLGTAWNKIIKDMIIRFRTMQGYNVRRQPGFDMHGLPIEVKVEQALG LKTKKDIETEIGVDNFIKKCKEFALNNLKIMTEQFKMLGIWMDWDNPYMTIKNEYIES GWFTLKKAWEKGLLEKDKRVLHWCPRCETALAEHEVRGEYKVRKDPSIYVKFPVEGRE NEYLLIWTTTPWTLPANLAVTVHPEYDYAKVKVETEDGEEYWIIAKALVERVLAEVGA KGEVVEEFKGEELEGLRYVHVLMDEYPRQMEFREKYEWAHRVILGEHVTLEDGTGLVH TAPGHGEEDFEVGQKYGLPVYSPVDDQGRYTEGRWKGVYVKDADPEIIEHLKEKGYLV KAGTIEHKYPHCWRCKTPLIFRATDQWFLKVSKVKDKIIKENDEKVTWYPEWVKVRYD NGVMNSGDWVISRQRYWGIPLPIWQAEDGEIYVVGSFKELVELAVAIEVDGERIELPE DYNEKLRVIEEKLGPEDLHRPYVDAFIIKVNGKEMKRVKDVVDVWFDSGIASWASLDY PRNKELFEKLWPADFIVEGEDQVTKWFYSQQAASVIAFDTVPYRAVAMHGYVLDEKGD KMSKSLGNIIRPEEVVQKEGRDPFRFYMLWATNPWENLRFSWKGLAQVKRMLNILWNV YVLSATYMSLDNFDPTKLKPEEFPFREEDRWILSRVNGLIKDVEEGIETFRLTKATRA IYTFVVEDLSRWYIRLIRKRMWVEGDDPDKLAAYYTVWKVFDVLLRLMAPFTPYIAEE IYQNMLRPFLGVESVHMLDWPKPDEKAIDEELEREMEAVRKIVEAGSSARQRAKIKLR YPVRRIIVETEDETVKKAVERLNRILRDQLNAKEVVVGKVERELVIKPNFAKVGPEFK GDAKLVIAWINEHGRELYEAGEMDVKLEGKTFHLTREHLTIEEKLPDFFVAEDFEGGR VFVDKTLTRELLAEGLAREFVRRIQEMRKRLDLDVNDRIVVTIETTDENRELLSENLD YIKKETRATEIIFGKAKGYVVEWPEVQAKIGIEKVE" gene 555222..556685 /locus_tag="TGAM_0589" /note="tg0589" CDS 555222..556685 /locus_tag="TGAM_0589" /inference="protein motif:CDD:COG1215, Glycosyltransferases, probably involved in cell wall biogenesis [Cell envelope biogenesis, outer membrane]" /inference="protein motif:COG:COG1215 Glycosyltransferases, probably involved in cell wall biogenesis; M Cell wall/membrane/envelope biogenesis" /inference="protein motif:Gene3D:G3D.3.90.550.10 no description" /inference="protein motif:HMMPanther:PTHR16779 FAMILY NOT NAMED" /inference="protein motif:HMMPanther:PTHR16779:SF2 SUBFAMILY NOT NAMED" /inference="protein motif:superfamily:SSF53448 Nucleotide-diphospho-sugar transferases" /codon_start=1 /transl_table=11 /product="Glycosyltransferase, putative" /protein_id="ACS33091.1" /translation="MYDKIVAYFGKFLNSLDCILQSHEKEFWRDYTLEKHNQLNYSKL EYSLFLTIGILGSLILNSLSGNHTDSLSTLDKILVNAKYIWLAYSPIAALSSYGLLRY NAKDDFQLERKVQSEDYKVTFQITTRGFNKDAVRRGVKSVAYWAPKYLRDYEIWVVTE DDVDKSFFDKLKEIDDNVRIIYVPRDYKTKNNTKYKARALNYALDVRREEGYISDKTW IYLMDEESIVGEDTILGIIDFIENEAKKGKLIGQGLIVYSNFWGKNLLTSLEDSLRAG DDITRYKIQARYGKVIVGIHGSHLLYRSDLEDIIGWDFGEVRAEDAYFGLLINKYFNK AWGWLKGKLYEQSPYSIKDFLKQRRRWLWGKLDILLKNKTVGVKYKLIQAIHLISWLS SLPSIIITYINIAYPTPVHHKITSVAFGYSIATLSYLYWEGSKLNLEPSNASSRLKRV LNILAIPIIAPLEGLSAWYGLLTYRESKKKGFEVIRK" gene complement(557441..557611) /locus_tag="TGAM_0590" /note="tg0590" CDS complement(557441..557611) /locus_tag="TGAM_0590" /inference="protein motif:HMMPfam:PF02697 DUF217 InterPro:IPR003847 Protein of unknown function DUF217" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein" /protein_id="ACS33092.1" /translation="MTEDEKRTSKRKKEKKGNIDVLMIAFGSMTEEEVEKLRKTLKEV EEWMNEGVPCSG" gene 557812..558867 /locus_tag="TGAM_0591" /note="tg0591" CDS 557812..558867 /locus_tag="TGAM_0591" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:Arch_ATPase, Archaeal ATPase" /inference="protein motif:CDD:COG1672, Predicted ATPase (AAA+ superfamily) [General function prediction only]" /inference="protein motif:COG:COG1672 Predicted ATPase (AAA+ superfamily); R General function prediction only" /inference="protein motif:Gene3D:G3D.3.40.50.300 no description" /inference="protein motif:HMMPfam:PF01637 Arch_ATPase InterPro:IPR011579 Prokaryotic ATPase" /inference="protein motif:ScanRegExp:PS00237 G_PROTEIN_RECEP_F1_1 InterPro:IPR000276 Rhodopsin-like GPCR superfamily GO:Molecular Function:rhodopsin-like receptor activity (GO:0001584), Biological Process:G-protein coupled receptor protein signaling pathway (GO:0007186), Cellular Component:integral to membrane (GO:0016021)" /inference="protein motif:superfamily:SSF46785 'Winged helix' DNA-binding domain" /inference="protein motif:superfamily:SSF52540 P-loop containing nucleoside triphosphate hydrolases" /note="Contains Archaeal ATPase domain (PF01637)" /codon_start=1 /transl_table=11 /product="Prokaryotic ATPase, AAA superfamily" /protein_id="ACS33093.1" /translation="MLFDLRPKERREDIFDREKEFKDLEKSVEKYPLTLLLGIRRVGK SSILRAYLNENPGILIDCRELYAESGHITKDDLIREIQSKRGLLQRTLTKFKIKLNLW FLEIEPEEASLREVFRELNELGEKTGRFIIAFDEAQYLRFYGSRGGKELLALFAHAYD SLPNLRIILTGSEVGLLHDFLGVDNYESPLYGRVGGEIYVRPFDEKTSKEFLRTGFRE AGLDVSEDTIDRAVALLDGIPGWLVLFGVKYLEARDFEKAMEATLNVAKGLLFGELGE LERRSRRYTGILRAIALGYNRWSLIRDYLAVKGMKTPEPRLYELLKNLKKMGWIEEVN EEYRLVDPIIRLVLRGL" gene complement(558862..559452) /locus_tag="TGAM_0592" /note="tg0592" CDS complement(558862..559452) /locus_tag="TGAM_0592" /inference="protein motif:COG:COG0500 SAM-dependent methyltransferases; Q Secondary metabolites biosynthesis, transport and catabolism" /inference="protein motif:Gene3D:G3D.3.40.50.150 no description" /inference="protein motif:HMMPanther:PTHR12843 PHEROMONE RECEPTOR-RELATED" /inference="protein motif:HMMPfam:PF08241 Methyltransf_11 InterPro:IPR013216 Methyltransferase type 11" /inference="protein motif:ProfileScan:PS50193 SAM_BIND InterPro:IPR000051 SAM (and some other nucleotide) binding motif GO:Molecular Function:S-adenosylmethionine-dependent methyltransferase activity (GO:0008757)" /inference="protein motif:superfamily:SSF53335 S-adenosyl-L-methionine-dependent methyltransferases" /codon_start=1 /transl_table=11 /product="SAM-dependent methyltransferase" /protein_id="ACS33094.1" /translation="MMEKEWYEVKKRKLKELYWEQNKGNPYLPNGFLVYPHEIYDFFL GFINHPGRVIDLGCGNGLLLRHLVENSEHELVPYGVDFIEESIEQARRDILPEFADNF VVANVRDYVREMPDEYFDFIFFDPYNVHPKDLPETVNHLIRACRTGGRIIFYTYHDVL ESLNFEWVGDFLTEEVRRKLKRFDHPEVSVGVLEKS" gene complement(559495..560067) /locus_tag="TGAM_0593" /note="tg0593" CDS complement(559495..560067) /locus_tag="TGAM_0593" /codon_start=1 /transl_table=11 /product="Hypothetical protein, conserved in N-terminus" /protein_id="ACS33095.1" /translation="MSVEGKKHGEIEARAVPPVSWKRKLIALNQTPKVSPDTARYLAK IELDKVPFPEFKDAKIGEMKLFYFPDGRPAYYEAPLLKGGKVVGIMFVPALKTMPPTW MQVFKGNELIASNWINSQRKGELLTTGTWFSELQSSESKRRTVQWLTWRAESTKLIRT SHLSLQLSPKKTLGSGTPSPAENQEYRQLG" gene complement(560128..560922) /gene="lmbE" /locus_tag="TGAM_0594" /note="tg0594" CDS complement(560128..560922) /gene="lmbE" /locus_tag="TGAM_0594" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:COG2120, Uncharacterized proteins, LmbE homologs [Function unknown]" /inference="protein motif:CDD:DUF158, Uncharacterised LmbE-like protein, COG2120" /inference="protein motif:COG:COG2120 Uncharacterized proteins, LmbE homologs; S Function unknown" /inference="protein motif:HMMPfam:PF02585 PIG-L InterPro:IPR003737 N-acetylglucosaminylphosphatidylinositol deacetylase" /codon_start=1 /transl_table=11 /product="N-acetylglucosaminylphosphatidylinositol deacetylase, putative, LmbE-like protein (LmbE)" /protein_id="ACS33096.1" /translation="MMVLSFEGSLEKLLTILEFDLSNPFKDAEKVLCIEPHPDDCVIG MGGTIKKLTERGVKVVYLCLTDGSMGTYDESVSPHELALIRRREEEKSARMLGVERII WLDYRDTELPYNIEARNNIIKVIRQEKPDLVLAPDPWLPYEAHPDHVTAGKLALEAVL FSPLPNVARSDLHIGLEPHRIDLIGFYYTAKPNYFVDITDVMELKLRAIRVHRSQFTD DVWEKWEPFLRTVAEFYGEKIGVRYAEGLRFMPELFLHITPFAELI" gene complement(560980..562065) /locus_tag="TGAM_0595" /note="tg0595" CDS complement(560980..562065) /locus_tag="TGAM_0595" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:COG2108, Uncharacterized conserved protein related to pyruvate formate-lyase activating enzyme [General function prediction only]" /inference="protein motif:CDD:Radical_SAM, Radical SAM superfamily" /inference="protein motif:COG:COG2108 Uncharacterized conserved protein related to pyruvate formate-lyase activating enzyme; R General function prediction only" /inference="protein motif:HMMPfam:PF04055 Radical_SAM InterPro:IPR007197 Radical SAM GO:Molecular Function:catalytic activity (GO:0003824), Molecular Function:iron ion binding (GO:0005506)" /inference="protein motif:ScanRegExp:PS01087 RADICAL_ACTIVATING InterPro:IPR001989 Radical-activating enzyme GO:Molecular Function:iron ion binding (GO:0005506), Biological Process:oxygen and reactive oxygen species metabolism (GO:0006800), Molecular Function:oxidoreductase activity (GO:0016491)" /codon_start=1 /transl_table=11 /product="Radical-activating enzyme, pyruvate formate-lyase related" /protein_id="ACS33097.1" /translation="MVWETPYFSYAVRELPKGCQLCVRGEKLVLFTTGICPRNCFYCP LSPWRREDVVYANERPVKSVDDIIEEALIQEAKGAGVTGGDPLARLDRTVSYIRALKE AFGRKFHVHLYTTGALATKKNLEKLYDVGLDEIRFHPDLFNPNSKLFKVEIENIKNAF DFDWDIGGEIPSIPGQFERMKWYAEFLDRLGAKFLNVNELEFSEVTLKTMLDMGYEPV SDESSAIRGSLELGLKLLEWGEKNTSLSYHLCTAKLKDAVQLRNRLRRMARKVAKPYM EVTEDGTLRFGIAEYDDLDELYEFLVEEVEVPAEWLYINREKGRIEMPEEVALELAEA IEGDVRFFIVEEYPTFDRMEVERIPLP" gene 562137..562499 /gene="rnp2" /locus_tag="TGAM_0596" /note="tg0596" CDS 562137..562499 /gene="rnp2" /locus_tag="TGAM_0596" /EC_number="3.1.26.5" /inference="protein motif:BlastProDom:PD012772 O29761_ARCFU_O29761" /inference="protein motif:CDD:RNase_P_Rpp14, Rpp14 family" /inference="protein motif:COG:COG1369 RNase P/RNase MRP subunit POP5; J Translation, ribosomal structure and biogenesis" /inference="protein motif:HMMPfam:PF01900 RNase_P_Rpp14 InterPro:IPR002759 Ribonuclease P-related protein GO:Molecular Function:ribonuclease activity (GO:0004540), Biological Process:tRNA processing (GO:0008033)" /codon_start=1 /transl_table=11 /product="Ribonuclease P protein component 2 (rnp2)" /protein_id="ACS33098.1" /translation="MREKPKYLPPTLREKHRYIAFQLIGERPFRKDEVKKAIWEASLS TLGVLGSAKAKPWFIRFDEKSQTGIVRVDRKHVEELRFALTLVTEINGSKAIFRTLGV SGTIKRLKRKFLAEFGWR" gene complement(562496..563842) /gene="glgA" /locus_tag="TGAM_0597" /note="tg0597" CDS complement(562496..563842) /gene="glgA" /locus_tag="TGAM_0597" /EC_number="2.4.1.21" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:GlgA, Glycogen synthase [Carbohydrate transport and metabolism]" /inference="protein motif:CDD:Glycos_transf_1, Glycosyl transferases group 1" /inference="protein motif:CDD:RfaG, Glycosyltransferase [Cell envelope biogenesis, outer membrane]" /inference="protein motif:COG:COG0297 Glycogen synthase; G Carbohydrate transport and metabolism" /inference="protein motif:HMMPanther:PTHR12526 GLYCOSYLTRANSFERASE" /inference="protein motif:HMMPanther:PTHR12526:SF1 GLYCOSYLTRANSFERASE" /inference="protein motif:HMMPfam:PF00534 Glycos_transf_1 InterPro:IPR001296 Glycosyl transferase, group 1 GO:Biological Process:biosynthesis (GO:0009058)" /inference="protein motif:HMMPfam:PF08323 Glyco_transf_5 InterPro:IPR013534 Starch synthase catalytic region" /inference="protein motif:HMMTigr:TIGR02095 glgA:glycogen/starch synthases, ADP-glucose InterPro:IPR011835 Glycogen/starch synthases, ADP-glucose type GO:Molecular Function:starch synthase activity (GO:0009011), Biological Process:glucan biosynthesis (GO:0009250)" /inference="protein motif:superfamily:SSF53756 UDP-Glycosyltransferase/glycogen phosphorylase" /codon_start=1 /transl_table=11 /product="Glycogen synthase (glgA)" /protein_id="ACS33099.1" /translation="MRVLILSFEYLPVKVGGLAEAVTSIAEGLVKLGNEVVVLTPDHG KNLGEPSLSFGLSFEGRRVEVTARKREQNGVTVYSLSGDVLDADVYPAWETLLRKTVL FGKASAGLLNRLIGTFKPDVVHAHDWHTVFALGLLKKYFGLRTVFTVHRLNKAKVPAW LFHEANLSELAPYPDLDPEHTAAYIADIVTTVSRSYLWEEWDFFRHFDGKVTHVFNGI DCSFWSEHLLENADKPRDERRRKVLGRFGLSDGRAFMFIGRFDRAQKGVDTLLRAIEI LSGDPAFREMRFIIVGKGDPGLEAWAKAVENRFPENVRVITDVLPRELVRELYGSVDF VVIPSYFEPFGLVQLEAMCLGAVPIASAVGGLKDTIIDLNADPENATGILVPPRDAFA LARAMIKAKELDEGTLTRLRENARRRAREDFTWEKACRRYLLVYTGAVDKAMPFLL" gene complement(563848..564870) /gene="trmB-1" /locus_tag="TGAM_0598" /note="tg0598" CDS complement(563848..564870) /gene="trmB-1" /locus_tag="TGAM_0598" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:BlastProDom:PD006327 Q8U4G4_PYRFU_Q8U4G4; InterPro:IPR011571 Transcriptional regulator winged helix GO:Molecular Function:phenylalanine-tRNA ligase activity (GO:0004826), Molecular Function:ATP binding (GO:0005524), Biological Process:protein biosynthesis (GO:0006412)" /inference="protein motif:CDD:COG1378, Predicted transcriptional regulators [Transcription]" /inference="protein motif:CDD:TrmB, Sugar-specific transcriptional regulator TrmB" /inference="protein motif:COG:COG1378 Predicted transcriptional regulators; K Transcription" /inference="protein motif:Gene3D:G3D.1.10.10.10 no description InterPro:IPR011991 Winged helix repressor DNA-binding" /inference="protein motif:HMMPfam:PF01978 TrmB InterPro:IPR002831 Transcriptional regulator TrmB" /inference="protein motif:superfamily:SSF46785 'Winged helix' DNA-binding domain" /codon_start=1 /transl_table=11 /product="Transcription regulator, TrmB-like protein (TrmB)" /protein_id="ACS33100.1" /translation="MREEEIIEKLQRLGLTKYESVAYITLLKLGPSKATDITKESGIP HTRVYDVLSSLHRKGFVDVMQGTPRLYKPVNPEVILEKIKEEIIRDIDSLKGAFLELY REVHGEELPEIWTIQGFDNTVERAEYVIRSAKHEVLINTPLEFLELLKNEIKGRKDVI FVIISNFREVPDWLKGDNIILARSGGAPWLMASWIIGDIDYALFFGALPRDTRKEKFY SFWAKSPRIIQNYMHWFYTIYFDNSEIIKPPNYEKLPKPLSLVNIRTLIVLLKFAGLP RKAEIVGRIIDTKKPVTIDGEIIDYEYTPLTANVTFRHNGKELKVGGIGSYFEDVEGE KFILLE" gene 564943..566859 /locus_tag="TGAM_0599" /note="tg0599" CDS 564943..566859 /locus_tag="TGAM_0599" /EC_number="3.2.1.-" /inference="protein motif:CDD:Aamy, Alpha-amylase domain" /inference="protein motif:CDD:Alpha-amylase, Alpha amylase, catalytic domain" /inference="protein motif:CDD:GlgB, 1,4-alpha-glucan branching enzyme [Carbohydrate transport and metabolism]" /inference="protein motif:CDD:TreY, Maltooligosyl trehalose synthase [Carbohydrate transport and metabolism]" /inference="protein motif:COG:COG0366 Glycosidases; G Carbohydrate transport and metabolism" /inference="protein motif:Gene3D:G3D.2.60.40.1180 no description" /inference="protein motif:Gene3D:G3D.3.20.20.80 no description" /inference="protein motif:HMMPanther:PTHR10357 ALPHA AMYLASE-RELATED" /inference="protein motif:HMMPanther:PTHR10357:SF65 MALTODEXTRIN GLUCOSIDASE-RELATED" /inference="protein motif:HMMPfam:PF00128 Alpha-amylase InterPro:IPR006047 Alpha amylase, catalytic region GO:Molecular Function:alpha-amylase activity (GO:0004556), Biological Process:carbohydrate metabolism (GO:0005975)" /inference="protein motif:HMMPfam:PF02903 Alpha-amylase_N InterPro:IPR004185 Glycoside hydrolase, family 13, N-terminal Ig-like region GO:Molecular Function:hydrolase activity, hydrolyzing O-glycosyl compounds (GO:0004553), Biological Process:carbohydrate metabolism (GO:0005975)" /inference="protein motif:HMMSmart:SM00642 no description InterPro:IPR006589 Alpha amylase, catalytic subdomain GO:Molecular Function:alpha-amylase activity (GO:0004556), Biological Process:carbohydrate metabolism (GO:0005975)" /inference="protein motif:superfamily:SSF51011 Glycosyl hydrolaCleaning" /inference="protein motif:superfamily:SSF51445 (Trans)glycosidases" /inference="protein motif:superfamily:SSF81296 E set domains" /codon_start=1 /transl_table=11 /product="Maltogenic alpha-amylase" /protein_id="ACS33101.1" /translation="MYKTFGFVEDPVFGRLARVEFSIPYRGERYAYLLGSFNAFNEGS FRMERRGSRWFIRVLLPEGVWRYAFSLEGRFERDPENENVETYRRPSYKFEKEVSVAG VIGPEPVYHSPSLLYLYTFGGRVNFVLRAKKGYLVSSTLILKGKDIEMRKRASDELFD YFGAEVGNLEGPVEYSFLGESSEGPFELGPFSAVPIALKAPEWPLERVFYQVMPDRFA GNCLRDSGNFCGGDLWGLKERLDHIAGLGFNALYLTPIFESTTYHGYDVVDYFHVSRR LGGDEAFDELVKELRRRGIKLILDGVFHHTSFFHPYFQDVVEKGERSRYVGFYRILGF PVVSKRFLRALDSGLLPGDTRSAPMGAEWNYESFYSVWLMPRLNSDSEEVFEFVVNVM GYWLKKADGWRLDVAHGVPPDFWVRVRERMPSSAYLIGEVMDDARLYLFRGFHGVMNY ALYDAILKFFAFGEISAEEFLNELELISVRYGPAEYYAYNFLDNHDTERFLDLVHDER LYLCALAFLMTYKGIPAVFYGDEIGLRGRKGGGLDAGRTPMKWREENWNREILETTRE LIHLRRNSKALQFGTFRPLLFRGRTIVYERAIDGESLVVAINCSEVHVKVSLPGGKSL NLPPLSFRIVDTGR" gene 566913..568334 /gene="malE" /locus_tag="TGAM_0600" /note="tg0600" CDS 566913..568334 /gene="malE" /locus_tag="TGAM_0600" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:MalE, Maltose-binding periplasmic proteins/domains [Carbohydrate transport and metabolism]" /inference="protein motif:CDD:PotD, Spermidine/putrescine-binding periplasmic protein [Amino acid transport and metabolism]" /inference="protein motif:CDD:SBP_bac_1, Bacterial extracellular solute-binding protein" /inference="protein motif:CDD:UgpB, ABC-type sugar transport system, periplasmic component [Carbohydrate transport and metabolism]" /inference="protein motif:COG:COG2182 Maltose-binding periplasmic proteins/domains; G Carbohydrate transport and metabolism" /inference="protein motif:FPrintScan:PR00181 MALTOSEBP InterPro:IPR006060 Maltose binding protein GO:Molecular Function:maltose transporter activity (GO:0005363), Biological Process:maltose transport (GO:0015768)" /inference="protein motif:Gene3D:G3D.3.40.190.10 no description" /inference="protein motif:HMMPfam:PF01547 SBP_bac_1 InterPro:IPR006059 Bacterial extracellular solute-binding protein, family 1 GO:Molecular Function:transporter activity (GO:0005215), Biological Process:transport (GO:0006810)" /inference="protein motif:ScanRegExp:PS01037 SBP_BACTERIAL_1 InterPro:IPR006061 Bacterial extracellular solute-binding family 1 GO:Molecular Function:transporter activity (GO:0005215), Biological Process:transport (GO:0006810)" /inference="protein motif:superfamily:SSF53850 Periplasmic binding protein-like II" /note="1 probable transmembrane helix predicted by modhmm" /codon_start=1 /transl_table=11 /product="Maltose-binding periplasmic protein precursor (maltodextrin-binding protein) (malE)" /protein_id="ACS33102.1" /translation="MVNMRKGLFTLLLIGVLLFGVVASGCIGGGGGGTTSSPSKTSSS STSQTTTSQAQTTTSISTTTSQTTTTGATETTTTATTTTTTTTTTTTSTQGEKITIVL WHAMGQAEAQTFKDLISEFEIEHPNIDIQMEYKANLETALKAAIPAGKGPDLFIWAHD WIGKFAEGGLLKPIDGYVTEDFTNSFIPIAQDAFEYKGHYYGVPFAAETVALIYNKDM VPNPPQNFDEMKTIMEQHYDPDNGKYGIASPIDPYFLSAWAQAFGGYYFDDKTETPGV NLTETVEGFRFFFDNIWPYMAHTTDYNAQVDLFTSGNAPMMINGPWIISKVKEAGINF GVVPLPPINKDGKTYYPRPYAGVKLIYVTSNAPDEKMQAIWEFLKWFSTSEDVAVTLA FQNGYVPVLNSVANEPDITSDPVISAYLQALQHAYLMPKSTKMAAVWGPVGQAITDYI GGKKTLEQALNDAQKEILKALSS" gene 568370..569269 /gene="malF" /locus_tag="TGAM_0601" /note="tg0601" CDS 568370..569269 /gene="malF" /locus_tag="TGAM_0601" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:LplB, ABC-type polysaccharide transport system, permease component [Carbohydrate transport and metabolism]" /inference="protein motif:CDD:PotB, ABC-type spermidine/putrescine transport system, permease component I [Amino acid transport and metabolism]" /inference="protein motif:CDD:PotC, ABC-type spermidine/putrescine transport system, permease component II [Amino acid transport and metabolism]" /inference="protein motif:CDD:ThiP, ABC-type Fe3+ transport system, permease component [Inorganic ion transport and metabolism]" /inference="protein motif:CDD:UgpA, ABC-type sugar transport systems, permease components [Carbohydrate transport and metabolism]" /inference="protein motif:COG:COG1175 ABC-type sugar transport systems, permease components; G Carbohydrate transport and metabolism" /inference="protein motif:HMMPfam:PF00528 BPD_transp_1 InterPro:IPR000515 Binding-protein-dependent transport systems inner membrane component GO:Molecular Function:transporter activity (GO:0005215), Biological Process:transport (GO:0006810), Cellular Component:membrane (GO:0016020)" /inference="protein motif:ProfileScan:PS50928 ABC_TM1 InterPro:IPR000515 Binding-protein-dependent transport systems inner membrane component GO:Molecular Function:transporter activity (GO:0005215), Biological Process:transport (GO:0006810), Cellular Component:membrane (GO:0016020)" /note="5 probable transmembrane helices predicted by modhmm" /codon_start=1 /transl_table=11 /product="Maltose transport system permease protein (malF)" /protein_id="ACS33103.1" /translation="MKKSTVAALTLILPGMAAFLFFNIYPILYSIYIAFTNAQMGNFP THNPSAPPLKFVGLDNFRWALNDPGFRSAFLWTWIFVATSVTLKVLAGIFLSVLYNSK YVIGKSLYRALLIIPWALPLLFSITVWRFMFDPIFGPVNIILRDFGVSNPPDWINNAT YGFIALNIIEVWLAYPFMMTVITSALQSVPDILVEAAIIDGANYWQRLTKVVLPIVSK PIAFATILTSAASFQYFLVPFLYNGSLFEDRFLLLYGYRKAFGASVPHYGRAAAVLFI ATLILAVYMYISMKITKLQEGAS" gene 569269..570612 /gene="malG" /locus_tag="TGAM_0602" /note="tg0602" CDS 569269..570612 /gene="malG" /locus_tag="TGAM_0602" /inference="protein motif:CDD:CysU, ABC-type sulfate transport system, permease component [Posttranslational modification, protein turnover, chaperones]" /inference="protein motif:CDD:MalG, ABC-type maltose transport systems, permease component [Carbohydrate transport and metabolism]" /inference="protein motif:CDD:PotB, ABC-type spermidine/putrescine transport system, permease component I [Amino acid transport and metabolism]" /inference="protein motif:CDD:PotC, ABC-type spermidine/putrescine transport system, permease component II [Amino acid transport and metabolism]" /inference="protein motif:CDD:ThiP, ABC-type Fe3+ transport system, permease component [Inorganic ion transport and metabolism]" /inference="protein motif:CDD:UgpE, ABC-type sugar transport system, permease component [Carbohydrate transport and metabolism]" /inference="protein motif:COG:COG3833 ABC-type maltose transport systems, permease component; G Carbohydrate transport and metabolism" /inference="protein motif:HMMPfam:PF00528 BPD_transp_1 InterPro:IPR000515 Binding-protein-dependent transport systems inner membrane component GO:Molecular Function:transporter activity (GO:0005215), Biological Process:transport (GO:0006810), Cellular Component:membrane (GO:0016020)" /inference="protein motif:ProfileScan:PS50928 ABC_TM1 InterPro:IPR000515 Binding-protein-dependent transport systems inner membrane component GO:Molecular Function:transporter activity (GO:0005215), Biological Process:transport (GO:0006810), Cellular Component:membrane (GO:0016020)" /note="5 probable transmembrane helices predicted by modhmm" /codon_start=1 /transl_table=11 /product="Maltose transport system permease protein (malG)" /protein_id="ACS33104.1" /translation="MFDFHFRNRRELFKALLATALAIIVMGIILFPVYYVFTVSLKPQ GTLASTSLDLLPDQMTLQNYKEVMFGHKDATVKTKVFNITSSRGKLIGTEYTIEYMDG VLYGKYRGLPPRFNLKYISHLKVEGANRSVENGQVQYLGGKFVSMDAKRIMVSLASLR REYLYLTAKEVRITVNGKTGIPLDGFTKVGNNTYVGRDVTLKIPDRVRLDSEEGHFEA RDFYYVFINQIGGGFFGYLKRSLIIASLTVVLTLLFAVPAAYAFSRLKFFGREHILYF YLMFTQVSGGLGIAGLVALYGMLVKLDLTNNIYVLPLIYAAGGVPFNTWLLKSYLDSI SPDFDEAALVDGANYLQIIWHVLLPMALPGIATVAIFAFIGGWTELILASLLIDNESK YPLTVWLYSMLNDLRNVSWNQFSAAALLFALPVFIMFLLAQNYIKSGLTVGGLKE" gene 570652..574791 /gene="apu-1" /locus_tag="TGAM_0603" /note="tg0603" CDS 570652..574791 /gene="apu-1" /locus_tag="TGAM_0603" /EC_number="3.2.1.-" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:COG1449, Alpha-amylase/alpha-mannosidase [Carbohydrate transport and metabolism]" /inference="protein motif:CDD:COG3889, Predicted solute binding protein [General function prediction only]" /inference="protein motif:CDD:COG4945, Membrane-anchored protein predicted to be involved in regulation of amylopullulanase [Carbohydrate transport and metabolism]" /inference="protein motif:CDD:Glyco_hydro_57, Glycosyl hydrolase family 57" /inference="protein motif:COG:COG1449 Alpha-amylase/alpha-mannosidase; G Carbohydrate transport and metabolism" /inference="protein motif:HMMPfam:PF03065 Glyco_hydro_57 InterPro:IPR004300 Glycoside hydrolase, family 57 GO:Molecular Function:catalytic activity (GO:0003824), Biological Process:carbohydrate metabolism (GO:0005975)" /inference="protein motif:superfamily:SSF88713 Glycoside hydrolase/deacetylase" /note="2 probable transmembrane helices predicted by modhmm" /codon_start=1 /transl_table=11 /product="Amylopullulanase (Apu)" /protein_id="ACS33105.1" /translation="MVRWNRKLALSLLLIGVMLVSAFAVNLGGANETTPKPLNVIIVW HQHQPFYYDPVLNVYTRPWVRLHAANDYWKMAHYLSEYPEVHATIDLSGSLIAQIVDY MNGREDTLQLISYKIANGAPLSLDEKWQVLQVPGGFFDHTIPWNGEPVTDRDGNPTRK FWRHYTELKDKLMNAKKKYSNLSLEEQKVKITGEFTEQDYVDLAVYFNLAWIDYGYIV SHPELKAIYDRVDEGNYTREDLKTVLNAQMWLLNHTFEEHERINLLLGNGNVEVTVVP YAHPIGPILNDFGWEGDFDAQVKKADELYREYIGNGTVAPRGGWAAESALNDKTLEIL ADNGWEWVMTDQMVLERMGIPKTVDNYYHPWVAQFGDRKIYLFPRNHDLSDRVGFRYA GMNQYQAVEDFVNELLKIQKQNYDGSLVYVITLDGENPWEHYPYDGQLFLTQLYKRLT ELQEAGLIRTLTPSEYIQLYGDKAKVLTPKMMERLDFTSEERVKALLKAQSLNELYDM AGINEEMQWPESSWIDGTLSTWIGEPQENYAWYWLYLARKTLMEHNASMGLARWENAN EYLLRAEGSDWFWWYGKDQDSGQDYAFDRYFKAYLYEIYRLANVTPPDYLYGNYYPDG EPYLRRALDGLKEGQVRTYSSLSPLAENVSVYFDGEGLHFVLNGNLSEFEVSLYEVNR HVGNTFTLLQSRPDELSYSTWPFSKDSVGLMITKHIVYRNGTAELYNATDYDNSTLLG NLTVKKTEDSVDITVPFDNLESPSDFYFAVSTVRNGSLEVISTPVELKLPTQVKGAII ADIKDPEGDDHGPGTYTYPTDGVFKPGVFDLLRFRLLEGADGYIMEFYFKNLGDNPWN GPNGFSLQIIEVYLDYKPGGNTSAIKMFPDGPGANVNLDPEHPWDVAFRIAGWDYGNL IVLPNGTVYQGEMKISTDPTKNAIIVKIPKKYIKIDEDYGLWGDVLTGSQDGYGPDKW RPVAVTAEQWKVGGGDPDAIIAGVEPRVMDELVPPGFKPTQEQQLSSYDAENGKRATV KAISLLKTGIVVKDPEGDDHGPGTYTYPTDPVFVPGAFDLLKFKMVNESDYWHLEFYF KDLGDNPWNGPNGFSLQIIEAYFDFKDGGNTSAIKMFPDGPGANVDLDPSHPWDLALR IAGWDYGNLIVLPNGTVYQGEMKISADPTKNAIIVELPKRYLRVNREYGLYASILTGS QDGYGPDKWRPVAVTAEQWKVGGGDPDAIIAGVEPRVMDELVPPGFKPTQEQQLSSYD AENGKRATVLMITLIKGTSTGGGTTTTTTTPSPTTTTTTSTTTISTTTTTSSSGGGTS SGPTTTTTSTTTTSTTTTTTTPTTTTTSTTTSKKGGWKLCGPAVIVGLALMPLLLRRK L" gene 574821..575939 /gene="malK-1" /locus_tag="TGAM_0604" /note="tg0604" CDS 574821..575939 /gene="malK-1" /locus_tag="TGAM_0604" /EC_number="3.6.3.19" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:BlastProDom:PD000006 Q9V293_PYRAB_Q9V293; InterPro:IPR003439 ABC transporter related GO:Molecular Function:ATP binding (GO:0005524), Molecular Function:ATPase activity (GO:0016887)" /inference="protein motif:CDD:ABC_ATPase, ABC (ATP-binding cassette) transporter nucleotide-binding domain" /inference="protein motif:CDD:ABC_BcrA_bacitracin_resist, The BcrA subfamily represents ABC transporters involved in peptide antibiotic resistance" /inference="protein motif:CDD:ABC_Carb_Monos_I, This family represents the domain I of the carbohydrate uptake proteins that transport only monosaccharides (Monos)" /inference="protein motif:CDD:ABC_Carb_Monos_II, This family represents domain II of the carbohydrate uptake proteins that transport only monosaccharides (Monos)" /inference="protein motif:CDD:ABC_Carb_Solutes_like, ABC Carbohydrate and Solute Transporters-like subgroup" /inference="protein motif:CDD:ABC_CcmA_heme_exporter, CcmA, the ATP-binding component of the bacterial CcmAB transporter" /inference="protein motif:CDD:ABC_Class3, This class is comprised of all BPD (Binding Protein Dependent) systems that are largely represented in archaea and eubacteria and are primarily involved in scavenging solutes from the environment" /inference="protein motif:CDD:ABC_cobalt_CbiO_domain1, Domain I of the ABC component of a cobalt transport family found in bacteria, archaea, and eukaryota" /inference="protein motif:CDD:ABC_cobalt_CbiO_domain2, Domain II of the ABC component of a cobalt transport family found in bacteria, archaea, and eukaryota" /inference="protein motif:CDD:ABC_CysA_sulfate_importer, Part of the ABC transporter complex cysAWTP involved in sulfate import" /inference="protein motif:CDD:ABC_DR_subfamily_A, This family of ATP-binding proteins belongs to a multisubunit transporter involved in drug resistance (BcrA and DrrA), nodulation, lipid transport, and lantibiotic immunity" /inference="protein motif:CDD:ABC_DrrA, DrrA is the ATP-binding protein component of a bacterial exporter complex that confers resistance to the antibiotics daunorubicin and doxorubicin" /inference="protein motif:CDD:ABC_drug_resistance_like, ABC-type multidrug transport system, ATPase component" /inference="protein motif:CDD:ABC_FeS_Assembly, ABC-type transport system involved in Fe-S cluster assembly, ATPase component" /inference="protein motif:CDD:ABC_FtsE_transporter, FtsE is a hydrophilic nucleotide-binding protein that binds FtsX to form a heterodimeric ATP-binding cassette (ABC)-type transporter that associates with the bacterial inner membrane" /inference="protein motif:CDD:ABC_HisP_GlnQ_permeases, HisP and GlnQ are the ATP-binding components of the bacterial periplasmic histidine and glutamine permeases, repectively" /inference="protein motif:CDD:ABC_Iron-Siderophores_B12_Hemin, ABC transporters, involved in the uptake of siderophores, heme, and vitamin B12, are widely conserved in bacteria and archaea" /inference="protein motif:CDD:ABC_KpsT_Wzt, ABC_KpsT_Wzt The KpsT/Wzt ABC transporter subfamily is involved in extracellular polysaccharide export" /inference="protein motif:CDD:ABC_MalK_N, The N-terminal ATPase domain of the maltose transporter, MalK" /inference="protein motif:CDD:ABC_Metallic_Cations, ABC component of the metal-type transporters" /inference="protein motif:CDD:ABC_MetN_methionine_transporter, MetN (also known as YusC) is an ABC-type transporter encoded by metN of the metNPQ operon in Bacillus subtilis that is involved in methionine transport" /inference="protein motif:CDD:ABC_MJ0796_Lo1CDE_FtsE, This family is comprised of MJ0796 ATP-binding cassette, macrolide-specific ABC-type efflux carrier (MacAB), and proteins involved in cell division (FtsE), and release of liporoteins from the cytoplasmic membrane (LolCDE)" /inference="protein motif:CDD:ABC_Mj1267_LivG_branched, The Mj1267/LivG ABC transporter subfamily is involved in the transport of the hydrophobic amino acids leucine, isoleucine and valine" /inference="protein motif:CDD:ABC_ModC_like, Archeal protein closely related to ModC" /inference="protein motif:CDD:ABC_ModC_molybdenum_transporter, ModC is an ABC-type transporter and the ATPase component of a molybdate transport system that also includes the periplasmic binding protein ModA and the membrane protein ModB" /inference="protein motif:CDD:ABC_MTABC3_MDL1_MDL2, MTABC3 (also known as ABCB6) is a mitochondrial ATP-binding cassette protein involved in iron homeostasis and one of four ABC transporters expressed in the mitochondrial inner membrane, the other three being MDL1(ABC7), MDL2, and ATM1" /inference="protein motif:CDD:ABC_NatA_like, Similar in sequence to NatA, this is the ATPase component of a bacterial ABC-type Na+ transport system called NatAB, which catalyzes ATP-dependent electrogenic Na+ extrusion without mechanically coupled to proton or K+ uptake" /inference="protein motif:CDD:ABC_NatA_sodium_exporter, NatA is the ATPase component of a bacterial ABC-type Na+ transport system called NatAB, which catalyzes ATP-dependent electrogenic Na+ extrusion without mechanically coupled proton or K+ uptake" /inference="protein motif:CDD:ABC_NikE_OppD_transporters, The ABC transporter subfamily specific for the transport of dipeptides, oligopeptides (OppD), and nickel (NikDE)" /inference="protein motif:CDD:ABC_NrtD_SsuB_transporters, NrtD and SsuB are the ATP-binding subunits of the bacterial ABC-type nitrate and sulfonate transport systems, respectively" /inference="protein motif:CDD:ABC_OpuCA_Osmoprotection, OpuCA is a the ATP binding component of a bacterial solute transporter that serves a protective role to cells growing in a hyperosmolar environment" /inference="protein motif:CDD:ABC_Org_Solvent_Resistant, ABC (ATP-binding cassette) transport system involved in resistant to organic solvents" /inference="protein motif:CDD:ABC_PDR_domain1, The pleiotropic drug resistance (PDR) family of ATP-binding cassette (ABC) transporters" /inference="protein motif:CDD:ABC_PhnC_transporter, ABC-type phosphate/phosphonate transport system" /inference="protein motif:CDD:ABC_PotA_N, PotA is an ABC-type transporter and the ATPase component of the spermidine/putrescine-preferential uptake system consisting of PotA, -B, -C, and -D" /inference="protein motif:CDD:ABC_Pro_Gly_Bertaine, This family comprises the glycine betaine/L-proline ATP binding subunit in bacteria and its equivalents in archaea" /inference="protein motif:CDD:ABC_PstB_phosphate_transporter, Phosphate uptake is of fundamental importance in the cell physiology of bacteria because phosphate is required as a nutrient" /inference="protein motif:CDD:ABC_putative_ATPase, This subfamily is involved in drug resistance, nodulation, lipid transport, and bacteriocin and lantibiotic immunity" /inference="protein motif:CDD:ABC_RNaseL_inhibitor_domain1, The ATPase domain 1 of RNase L inhibitor" /inference="protein motif:CDD:ABC_RNaseL_inhibitor_domain2, The ATPase domain 2 of RNase L inhibitor" /inference="protein motif:CDD:ABC_subfamily_A, The ABCA subfamily mediates the transport of a variety of lipid compounds" /inference="protein motif:CDD:ABC_ThiQ_thiamine_transporter, ABC-type thiamine tranport system" /inference="protein motif:CDD:ABC_TM1139_LivF_branched, LivF (TM1139) is part of the LIV-I bacterial ABC-type two-component transport system that imports neutral, branched-chain amino acids" /inference="protein motif:CDD:ABC_tran, ABC transporter" /inference="protein motif:CDD:ABC_YhbG, The ABC transporters belonging to the YhbG family are similar to members of the Mj1267_LivG family, which is involved in the transport of branched-chain amino acids" /inference="protein motif:CDD:AbcC, ABC-type metal ion transport system, ATPase component [Inorganic ion transport and metabolism]" /inference="protein motif:CDD:ABCC_ATM1_transporter, ATM1 is an ABC transporter that is expressed in the mitochondria" /inference="protein motif:CDD:ABCC_bacteriocin_exporters, ABC-type bacteriocin exporters" /inference="protein motif:CDD:ABCC_CFTR1, The CFTR subfamily domain 1" /inference="protein motif:CDD:ABCC_cytochrome_bd, The CYD subfamily implicated in cytochrome bd biogenesis" /inference="protein motif:CDD:ABCC_Glucan_exporter_like, Glucan exporter ATP-binding protein" /inference="protein motif:CDD:ABCC_Hemolysin, The ABC-transporter hemolysin B is a central component of the secretion machinery that translocates the toxin, hemolysin A, in a Sec-independent fashion across both membranes of E" /inference="protein motif:CDD:ABCC_MRP_domain1, Domain 1 of the ABC subfamily C" /inference="protein motif:CDD:ABCC_MRP_domain2, Domain 2 of the ABC subfamily C" /inference="protein motif:CDD:ABCC_MRP_Like, The MRP (Mutidrug Resistance Protein)-like transporters are involved in drug, peptide, and lipid export" /inference="protein motif:CDD:ABCC_MsbA, MsbA is an essential ABC transporter, closely related to eukaryotic MDR proteins" /inference="protein motif:CDD:ABCC_Protease_Secretion, This family represents the ABC component of the protease secretion system PrtD, a 60-kDa integral membrane protein sharing 37% identity with HlyB, the ABC component of the alpha-hemolysin secretion pathway, in the C-terminal domain" /inference="protein motif:CDD:ABCC_SUR1_N, The SUR domain 1" /inference="protein motif:CDD:ABCC_TAP, TAP, the Transporter Associated with Antigen Processing" /inference="protein motif:CDD:ABCD_peroxisomal_ALDP, Peroxisomal ATP-binding cassette transporter (Pat) is involved in the import of very long-chain fatty acids (VLCFA) into the peroxisome" /inference="protein motif:CDD:ABCG_EPDR, ABCG transporters are involved in eye pigment (EP) precursor transport, regulation of lipid-trafficking mechanisms, and pleiotropic drug resistance (DR)" /inference="protein motif:CDD:ABCG_White, The White subfamily represents ABC transporters homologous to the Drosophila white gene, which acts as a dimeric importer for eye pigment precursors" /inference="protein motif:CDD:AppF, ABC-type oligopeptide transport system, ATPase component [Amino acid transport and metabolism]" /inference="protein motif:CDD:ArpD, ABC-type protease/lipase transport system, ATPase and permease components [General function prediction only]" /inference="protein motif:CDD:ArtP, ABC-type arginine transport system, ATPase component [Amino acid transport and metabolism]" /inference="protein motif:CDD:ATM1, ABC-type transport system involved in Fe-S cluster assembly, permease and ATPase components [Posttranslational modification, protein turnover, chaperones]" /inference="protein motif:CDD:BtuD, ABC-type cobalamin transport system, ATPase component [Coenzyme metabolism]" /inference="protein motif:CDD:CbiO, ABC-type cobalt transport system, ATPase component [Inorganic ion transport and metabolism]" /inference="protein motif:CDD:CcmA, ABC-type multidrug transport system, ATPase component [Defense mechanisms]" /inference="protein motif:CDD:CcmA, ABC-type transport system involved in cytochrome c biogenesis, ATPase component [Posttranslational modification, protein turnover, chaperones]" /inference="protein motif:CDD:CeuD, ABC-type enterochelin transport system, ATPase component [Inorganic ion transport and metabolism]" /inference="protein motif:CDD:COG1123, ATPase components of various ABC-type transport systems, contain duplicated ATPase [General function prediction only]" /inference="protein motif:CDD:COG1245, Predicted ATPase, RNase L inhibitor (RLI) homolog [General function prediction only]" /inference="protein motif:CDD:COG2401, ABC-type ATPase fused to a predicted acetyltransferase domain [General function prediction only]" /inference="protein motif:CDD:COG3638, ABC-type phosphate/phosphonate transport system, ATPase component [Inorganic ion transport and metabolism]" /inference="protein motif:CDD:COG3845, ABC-type uncharacterized transport systems, ATPase components [General function prediction only]" /inference="protein motif:CDD:COG4136, ABC-type uncharacterized transport system, ATPase component [General function prediction only]" /inference="protein motif:CDD:COG4152, ABC-type uncharacterized transport system, ATPase component [General function prediction only]" /inference="protein motif:CDD:COG4172, ABC-type uncharacterized transport system, duplicated ATPase component [General function prediction only]" /inference="protein motif:CDD:COG4178, ABC-type uncharacterized transport system, permease and ATPase components [General function prediction only]" /inference="protein motif:CDD:COG4181, Predicted ABC-type transport system involved in lysophospholipase L1 biosynthesis, ATPase component [Secondary metabolites biosynthesis, transport, and catabolism]" /inference="protein motif:CDD:COG4559, ABC-type hemin transport system, ATPase component [Inorganic ion transport and metabolism]" /inference="protein motif:CDD:COG4586, ABC-type uncharacterized transport system, ATPase component [General function prediction only]" /inference="protein motif:CDD:COG4619, ABC-type uncharacterized transport system, ATPase component [General function prediction only]" /inference="protein motif:CDD:COG4674, Uncharacterized ABC-type transport system, ATPase component [General function prediction only]" /inference="protein motif:CDD:CydC, ABC-type transport system involved in cytochrome bd biosynthesis, fused ATPase and permease components [Energy production and conversion / Posttranslational modification, protein turnover, chaperones]" /inference="protein motif:CDD:CydD, ABC-type transport system involved in cytochrome bd biosynthesis, ATPase and permease components [Energy production and conversion / Posttranslational modification, protein turnover, chaperones]" /inference="protein motif:CDD:CysA, ABC-type sulfate/molybdate transport systems, ATPase component [Inorganic ion transport and metabolism]" /inference="protein motif:CDD:DppD, ABC-type dipeptide/oligopeptide/nickel transport system, ATPase component [Amino acid transport and metabolism / Inorganic ion transport and metabolism]" /inference="protein motif:CDD:DppF, ABC-type dipeptide/oligopeptide/nickel transport system, ATPase component [Amino acid transport and metabolism / Inorganic ion transport and metabolism]" /inference="protein motif:CDD:FepC, ABC-type cobalamin/Fe3+-siderophores transport systems, ATPase components [Inorganic ion transport and metabolism / Coenzyme metabolism]" /inference="protein motif:CDD:FtsE, Predicted ATPase involved in cell division [Cell division and chromosome partitioning]" /inference="protein motif:CDD:GlnQ, ABC-type polar amino acid transport system, ATPase component [Amino acid transport and metabolism]" /inference="protein motif:CDD:HisP, ABC-type histidine transport system, ATPase component [Amino acid transport and metabolism]" /inference="protein motif:CDD:LivF, ABC-type branched-chain amino acid transport systems, ATPase component [Amino acid transport and metabolism]" /inference="protein motif:CDD:LivG, ABC-type branched-chain amino acid transport systems, ATPase component [Amino acid transport and metabolism]" /inference="protein motif:CDD:MalK, ABC-type sugar transport systems, ATPase components [Carbohydrate transport and metabolism]" /inference="protein motif:CDD:MdlB, ABC-type multidrug transport system, ATPase and permease components [Defense mechanisms]" /inference="protein motif:CDD:MglA, ABC-type sugar transport system, ATPase component [Carbohydrate transport and metabolism]" /inference="protein motif:CDD:ModC, ABC-type molybdate transport system, ATPase component [Inorganic ion transport and metabolism]" /inference="protein motif:CDD:ModF, ABC-type molybdenum transport system, ATPase component/photorepair protein PhrA [Inorganic ion transport and metabolism]" /inference="protein motif:CDD:NatA, ABC-type Na+ transport system, ATPase component [Energy production and conversion / Inorganic ion transport and metabolism]" /inference="protein motif:CDD:OpuBA, ABC-type proline/glycine betaine transport systems, ATPase components [Amino acid transport and metabolism]" /inference="protein motif:CDD:PhnK, ABC-type phosphonate transport system, ATPase component [Inorganic ion transport and metabolism]" /inference="protein motif:CDD:PhnK, ABC-type uncharacterized transport system, ATPase component [General function prediction only]" /inference="protein motif:CDD:PhnL, ABC-type phosphonate transport system, ATPase component [Inorganic ion transport and metabolism]" /inference="protein motif:CDD:PotA, ABC-type spermidine/putrescine transport systems, ATPase components [Amino acid transport and metabolism]" /inference="protein motif:CDD:ProV, ABC-type proline/glycine betaine transport system, ATPase component [Amino acid transport and metabolism]" /inference="protein motif:CDD:PstB, ABC-type phosphate transport system, ATPase component [Inorganic ion transport and metabolism]" /inference="protein motif:CDD:PvdE, ABC-type siderophore export system, fused ATPase and permease components [Secondary metabolites biosynthesis, transport, and catabolism / Inorganic ion transport and metabolism]" /inference="protein motif:CDD:SalX, ABC-type antimicrobial peptide transport system, ATPase component [Defense mechanisms]" /inference="protein motif:CDD:SapD, ABC-type antimicrobial peptide transport system, ATPase component [Defense mechanisms]" /inference="protein motif:CDD:SapF, ABC-type antimicrobial peptide transport system, ATPase component [Defense mechanisms]" /inference="protein motif:CDD:SufC, ABC-type transport system involved in Fe-S cluster assembly, ATPase component [Posttranslational modification, protein turnover, chaperones]" /inference="protein motif:CDD:SunT, ABC-type bacteriocin/lantibiotic exporters, contain an N-terminal double-glycine peptidase domain [Defense mechanisms]" /inference="protein motif:CDD:TagH, ABC-type polysaccharide/polyol phosphate transport system, ATPase component [Carbohydrate transport and metabolism / Cell envelope biogenesis, outer membrane]" /inference="protein motif:CDD:TauB, ABC-type nitrate/sulfonate/bicarbonate transport system, ATPase component [Inorganic ion transport and metabolism]" /inference="protein motif:CDD:TauB, ABC-type taurine transport system, ATPase component [Inorganic ion transport and metabolism]" /inference="protein motif:CDD:ThiQ, ABC-type thiamine transport system, ATPase component [Coenzyme metabolism]" /inference="protein motif:CDD:Ttg2A, ABC-type transport system involved in resistance to organic solvents, ATPase component [Secondary metabolites biosynthesis, transport, and catabolism]" /inference="protein motif:CDD:Uup, ATPase components of ABC transporters with duplicated ATPase domains [General function prediction only]" /inference="protein motif:CDD:YhbG, ABC-type (unclassified) transport system, ATPase component [General function prediction only]" /inference="protein motif:CDD:ZnuC, ABC-type Mn/Zn transport systems, ATPase component [Inorganic ion transport and metabolism]" /inference="protein motif:COG:COG3839 ABC-type sugar transport systems, ATPase components; G Carbohydrate transport and metabolism" /inference="protein motif:Gene3D:G3D.2.40.50.190 no description" /inference="protein motif:Gene3D:G3D.3.40.50.300 no description" /inference="protein motif:HMMPanther:PTHR19222 ATP-BINDING CASSETTE TRANSPORTER" /inference="protein motif:HMMPfam:PF00005 ABC_tran InterPro:IPR003439 ABC transporter related GO:Molecular Function:ATP binding (GO:0005524), Molecular Function:ATPase activity (GO:0016887)" /inference="protein motif:HMMPfam:PF03459 TOBE InterPro:IPR005116 TOBE" /inference="protein motif:HMMSmart:SM00382 no description InterPro:IPR003593 AAA ATPase GO:Molecular Function:nucleotide binding (GO:0000166), Molecular Function:nucleoside-triphosphatase activity (GO:0017111)" /inference="protein motif:ProfileScan:PS50100 DA_BOX InterPro:IPR003439 ABC transporter related GO:Molecular Function:ATP binding (GO:0005524), Molecular Function:ATPase activity (GO:0016887)" /inference="protein motif:ProfileScan:PS50101 ATP_GTP_A2" /inference="protein motif:ProfileScan:PS50893 ABC_TRANSPORTER_2 InterPro:IPR003439 ABC transporter related GO:Molecular Function:ATP binding (GO:0005524), Molecular Function:ATPase activity (GO:0016887)" /inference="protein motif:ScanRegExp:PS00211 ABC_TRANSPORTER_1 InterPro:IPR003439 ABC transporter related GO:Molecular Function:ATP binding (GO:0005524), Molecular Function:ATPase activity (GO:0016887)" /inference="protein motif:superfamily:SSF50331 MOP-like InterPro:IPR008995 Molybdate/tungstate binding" /inference="protein motif:superfamily:SSF52540 P-loop containing nucleoside triphosphate hydrolases" /codon_start=1 /transl_table=11 /product="ABC-type transport system, ATPase component, putative maltose/maltodextrin transporter (malK)" /protein_id="ACS33106.1" /translation="MAEVVLRGVWKRFGEVVAVRDMNLHVKDGEFMILLGPSGCGKTT TLRMIAGLEEPTKGQIYIGDKLVADPEKGVFVPPRDRDIAMVFQSYALYPHMTVYDNI AFPLKLRKVPKQEIDRRVREVAEMLGLTELLNRKPRELSGGQKQRVALGRAIVRKPKV FLMDEPLSNLDAKLRVKMRAELKKLQRQLGVTTIYVTHDQVEAMTMGDRIAVINQGVL QQVGTPDEVYDRPANTFVAGFIGSPPMNFMDATITEDGFADFGEFRLKLLPEHVEVLR DKNLLGRDVIFGIRPEDIYDAMFAQVKVPGENMVRAMVEIIENLGSEKIVHLRVGGIT FLGSFRSESKVREGQEVDVVFDMRKAHIFERKSGKAIF" gene 575962..576360 /locus_tag="TGAM_0605" /note="tg0605" CDS 575962..576360 /locus_tag="TGAM_0605" /inference="protein motif:BlastProDom:PD021130 Y209_PYRHO_O57948; InterPro:IPR005353 Protein of unknown function UPF0146 GO:Molecular Function:molecular function unknown (GO:0005554)" /inference="protein motif:CDD:UPF0146, Uncharacterized protein family (UPF0146)" /inference="protein motif:COG:COG1255 Uncharacterized protein conserved in archaea; S Function unknown" /inference="protein motif:Gene3D:G3D.3.40.50.720 no description" /inference="protein motif:HMMPfam:PF03686 UPF0146 InterPro:IPR005353 Protein of unknown function UPF0146 GO:Molecular Function:molecular function unknown (GO:0005554)" /inference="protein motif:HMMPIR:PIRSF016725 Uncharacterised conserved protein InterPro:IPR005353 Protein of unknown function UPF0146 GO:Molecular Function:molecular function unknown (GO:0005554)" /inference="protein motif:superfamily:SSF51735 NAD(P)-binding Rossmann-fold domains" /note="Belongs to UPF0146 family" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein" /protein_id="ACS33107.1" /translation="MLEKLAEFIAENFSQGKAVELGIGFQTKVALRLIELGYDVLAID WNEKAVENARRAGIKAVRDDLFRPRLSLYRDAVLLYSVRPTPEIMEPIVELSRKVNVP LVVLPLSGDSVPRPLRLVNYKGLAIYVYKP" gene 576383..577744 /gene="deoB" /locus_tag="TGAM_0606" /note="tg0606" CDS 576383..577744 /gene="deoB" /locus_tag="TGAM_0606" /EC_number="5.4.2.7" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:Pgm, Phosphoglucomutase [Carbohydrate transport and metabolism]" /inference="protein motif:CDD:PGM_PMM_I, Phosphoglucomutase/phosphomannomutase, alpha/beta/alpha domain I" /inference="protein motif:CDD:PGM_PMM_II, Phosphoglucomutase/phosphomannomutase, alpha/beta/alpha domain II" /inference="protein motif:CDD:{ManB}, Phosphomannomutase [Carbohydrate transport and metabolism]" /inference="protein motif:COG:COG1109 Phosphomannomutase; G Carbohydrate transport and metabolism" /inference="protein motif:FPrintScan:PR00509 PGMPMM InterPro:IPR005841 Phosphoglucomutase/phosphomannomutase GO:Biological Process:carbohydrate metabolism (GO:0005975), Molecular Function:intramolecular transferase activity, phosphotransferases (GO:0016868)" /inference="protein motif:Gene3D:G3D.3.40.120.10 no description" /inference="protein motif:Gene3D:G3D.3.40.460.10 no description" /inference="protein motif:HMMPanther:PTHR19136 SUGAR-PHOSPHATE NUCLEOTIDYL TRANSFERASE" /inference="protein motif:HMMPanther:PTHR19136:SF5 PHOSPHOMANNOMUTASE" /inference="protein motif:HMMPfam:PF00408 PGM_PMM_IV InterPro:IPR005843 Phosphoglucomutase/phosphomannomutase C terminal GO:Biological Process:carbohydrate metabolism (GO:0005975), Molecular Function:intramolecular transferase activity, phosphotransferases (GO:0016868)" /inference="protein motif:HMMPfam:PF02878 PGM_PMM_I InterPro:IPR005844 Phosphoglucomutase/phosphomannomutase alpha/beta/alpha domain I GO:Biological Process:carbohydrate metabolism (GO:0005975), Molecular Function:intramolecular transferase activity, phosphotransferases (GO:0016868)" /inference="protein motif:HMMPfam:PF02879 PGM_PMM_II InterPro:IPR005845 Phosphoglucomutase/phosphomannomutase alpha/beta/alpha domain II GO:Biological Process:carbohydrate metabolism (GO:0005975), Molecular Function:intramolecular transferase activity, phosphotransferases (GO:0016868)" /inference="protein motif:ScanRegExp:PS00710 PGM_PMM InterPro:IPR005841 Phosphoglucomutase/phosphomannomutase GO:Biological Process:carbohydrate metabolism (GO:0005975), Molecular Function:intramolecular transferase activity, phosphotransferases (GO:0016868)" /inference="protein motif:superfamily:SSF53738" /inference="protein motif:superfamily:SSF53738 Phosphoglucomutase, first 3 domains" /inference="protein motif:superfamily:SSF55957 Phosphoglucomutase, C-terminal domain" /codon_start=1 /transl_table=11 /product="Phosphopentomutase (deoB)" /protein_id="ACS33108.1" /translation="MRLFGTAGIRGRLWEKVTPELALKVGMAIGTYKGGTAVVARDGR TSSVMLKNAVISGLLASGMEVLDADLIPTPALAWATREHGDAGVMITASHNPPTDNGI KVFNGDGTEFYVEQEKELEGIVFSGNFRRAEWNEIKTVKPLDVIDDYIGAVLDFVNHE TGLKVLYDGANGSGSVLAPYLLREMGAKVISVNAHVDGHFPGRRPEPRYENIAYLGEL VKELGVDLAIAQDGDADRIAVFDERGNYVDEDTVIALFAKHYVEENGGGTVVTSINTG SRIDEVVERAGGKVVRVPLGQPHDGIKKYGAIFAGEPWKLVHPKFGNWIDSFVTMALL IKMIDENGPLSKLVSEIPVYYLRKENVPCPDGLKGKVVERAREELEKALGEEIKEILT ISGYRFQLRDGSWVLVRPSGTEPKIRVVVEGPSEKRRDELFELAYKTVAKEVEKLKRS ARV" gene complement(577722..578537) /locus_tag="TGAM_0607" /note="tg0607" CDS complement(577722..578537) /locus_tag="TGAM_0607" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:ElaC, Metal-dependent hydrolases of the beta-lactamase superfamily III [General function prediction only]" /inference="protein motif:CDD:PhnP, Metal-dependent hydrolases of the beta-lactamase superfamily I [General function prediction only]" /inference="protein motif:COG:COG1235 Metal-dependent hydrolases of the beta-lactamase superfamily I; R General function prediction only" /inference="protein motif:Gene3D:G3D.3.60.15.10 no description" /inference="protein motif:HMMPanther:PTHR13754 FAMILY NOT NAMED" /inference="protein motif:HMMPfam:PF00753 Lactamase_B InterPro:IPR001279 Beta-lactamase-like" /inference="protein motif:superfamily:SSF56281 Metallo-hydrolase/oxidoreductase" /codon_start=1 /transl_table=11 /product="Metal-dependent hydrolase, beta-lactamase superfamily" /protein_id="ACS33109.1" /translation="MIEITFLGSGGGRFITITQFRSTGGFHIRASRNVYVDPGPGALV RSWRYKLDPRRLDAIFVSHRHVDHCNDLEVMVEAMTGGALKKRGVLIASKSVVYGDET HTPAISKYHIEVLESVHTPEPGNKIAIGEEEFLITPSQHSDPTTIGFRMKTAYGDISY IPDTAYFDGLVEWHDGARVLIAAITRPRDMGIPYHLSTDDAVEMLKSMEKKPEVLIMS HIGMKMHFANPYKEAKYIETVTGVKTYVAKEGFKVMVDKREIAVRTLRPARFV" gene 578602..579918 /gene="dapE" /locus_tag="TGAM_0608" /gene_synonym="argE" /note="tg0608" CDS 578602..579918 /gene="dapE" /locus_tag="TGAM_0608" /gene_synonym="argE" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:ArgE, Acetylornithine deacetylase/Succinyl-diaminopimelate desuccinylase and related deacylases [Amino acid transport and metabolism]" /inference="protein motif:CDD:Peptidase_M20, Peptidase family M20/M25/M40" /inference="protein motif:COG:COG0624 Acetylornithine deacetylase/Succinyl-diaminopimelate desuccinylase and related deacylases; E Amino acid transport and metabolism" /inference="protein motif:Gene3D:G3D.3.40.630.10 no description" /inference="protein motif:HMMPanther:PTHR11014 ARGE/DAPE/ACY1 FAMILY PROTEIN" /inference="protein motif:HMMPanther:PTHR11014:SF8 SUCCINYL-DIAMINOPIMELATE DESUCCINYLASE-RELATED" /inference="protein motif:HMMPfam:PF01546 Peptidase_M20 InterPro:IPR002933 Peptidase M20 GO:Biological Process:proteolysis (GO:0006508), Molecular Function:metallopeptidase activity (GO:0008237)" /inference="protein motif:HMMPfam:PF07687 M20_dimer InterPro:IPR011650 Peptidase dimerisation GO:Molecular Function:hydrolase activity (GO:0016787), Molecular Function:protein dimerization activity (GO:0046983)" /inference="protein motif:HMMTigr:TIGR01910 DapE-ArgE:acetylornithine deacetylase or s InterPro:IPR010182 Acetylornithine deacetylase or succinyl-diaminopimelate desuccinylase GO:Molecular Function:succinyl-diaminopimelate desuccinylase activity (GO:0009014), Biological Process:lysine biosynthesis (GO:0009085), Molecular Function:metal ion binding (GO:0046872)" /inference="protein motif:ScanRegExp:PS00318 HMG_COA_REDUCTASE_2 InterPro:IPR002202 Hydroxymethylglutaryl-coenzyme A reductase GO:Molecular Function:hydroxymethylglutaryl-CoA reductase (NADPH) activity (GO:0004420), Biological Process:biosynthesis (GO:0009058)" /inference="protein motif:superfamily:SSF53187 Zn-dependent exopeptidases" /codon_start=1 /transl_table=11 /product="Acetylornithine deacetylase or succinyl-diaminopimelate desuccinylase (DapE/ArgE)" /protein_id="ACS33110.1" /translation="MAESSLSSGEKWGLVIRMTQLGKVLKEVEGLRDEMIKTLVELIK IPAISPDYGGEGEYDKAQKLLEIIRDWPFDKVEVYNAPDKRAKNGVRPNILAYYYGEK GEESERLWILTHLDVVPPGDLSKWTVTEPFKPLVKDGKVYGRGSEDNGQSLVASLYAV KAMMNLGIRPKRTVILAFVSDEETGSKYGIEWLMREHPELFREDDLVLVPDGGNEDGT FIEVAEKGILWFKLRVRGQQVHASMPDKGLNAHRVALDLAYNLDKKLHEKYSERDELF EPAESTFEPTMGGNPADSPNIIPGEHEVVFDCRVLPRYSLDDILKDVEGVVEEVKERH RKELDGKVLPEIEVEILQRADPAPPTDPEGEIVKLLKEAIKELRGKEAKVGGIGGGTF AAFFRRKGIPAVVWATLDEMAHQPNEYAKIDNMVEDAKVMAALALL" gene 580004..581251 /locus_tag="TGAM_0609" /note="tg0609" CDS 580004..581251 /locus_tag="TGAM_0609" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:alpha-1-antitrypsin_like, alpha-1-antitrypsin_like" /inference="protein motif:CDD:alpha2AP, Alpha2-antiplasmin (alpha2AP) is the primary inhibitor of plasmin, a proteinase that digests fibrin, the main component of blood clots" /inference="protein motif:CDD:angiotensinogen, Angiotensinogen is part of the renin-angiotensin system (RAS), which plays an important role in blood pressure regulation, renal haemodynamics, fluid and electrolyte homeostasis" /inference="protein motif:CDD:antithrombin-III_like, Antithrombin is a serine proteinase inhibitor (serpin) which controls the process of coagulation" /inference="protein motif:CDD:bacterial_SERPIN, SERine Proteinase INhibitors (serpins), prokaryotic subgroup" /inference="protein motif:CDD:C1_inh, C1 inhibitor (C1-Inh) is a protease inhibitor of the serpin family" /inference="protein motif:CDD:HCII, Heparin cofactor II (HCII) inhibits thrombin, the final protease of the coagulation cascade" /inference="protein motif:CDD:hsp47, Heat shock protein 47 (Hsp47), also called colligin, because of its collagen binding ability, is a chaperone specific for procollagen" /inference="protein motif:CDD:maspin_like, Maspin (mammary serine proteinase inhibitor), a member of the serpin superfamily, with a multitude of effects on cells and tissues at an assortment of developmental stages" /inference="protein motif:CDD:neuroserpin, Neuroserpin is a inhibitory member of the SERine Proteinase INhibitor (serpin) family that reacts preferentially with tissue-type plasminogen activator (tPA)" /inference="protein motif:CDD:ov-serpin, ovalbumin family of serpins (ov-serpins)" /inference="protein motif:CDD:ovalbumin_like, The ovalbumin_like group of serpins contains ovalbumin, the squamous cell carcinoma antigen 1 (SCCA1) and other closely related serpins of clade B of the serpin superfamily" /inference="protein motif:CDD:PAI-1_nexin-1, Plasminogen activator inhibitor-1_like" /inference="protein motif:CDD:PAI-2, Plasminogen Activator Inhibitor-2 (PAI-2)" /inference="protein motif:CDD:PEDF, Pigment epithelium-derived factor (PEDF)_like" /inference="protein motif:CDD:plant_SERPIN, SERine Proteinase INhibitors (serpins), plant specific subgroup" /inference="protein motif:CDD:PZI, Protein Z-dependent protease inhibitor (ZPI) is a member of the serpin superfamily of proteinase inhibitors (clade A10)" /inference="protein motif:CDD:SERPIN, SERine Proteinase INhibitors (serpins) exhibit conformational polymorphism shifting from native to cleaved, latent, delta, or polymorphic forms" /inference="protein motif:COG:COG4826 Serine protease inhibitor; O Posttranslational modification, protein turnover, chaperones" /inference="protein motif:Gene3D:G3D.3.30.497.10 no description" /inference="protein motif:HMMPanther:PTHR11461 SERINE PROTEINASE INHIBITOR InterPro:IPR000215 Proteinase inhibitor I4, serpin GO:Molecular Function:serine-type endopeptidase inhibitor activity (GO:0004867)" /inference="protein motif:HMMPanther:PTHR11461:SF66 SERINE PROTEINASE INHIBITOR" /inference="protein motif:HMMPfam:PF00079 Serpin InterPro:IPR000215 Proteinase inhibitor I4, serpin GO:Molecular Function:serine-type endopeptidase inhibitor activity (GO:0004867)" /inference="protein motif:HMMSmart:SM00093 no description InterPro:IPR000215 Proteinase inhibitor I4, serpin GO:Molecular Function:serine-type endopeptidase inhibitor activity (GO:0004867)" /inference="protein motif:ScanRegExp:PS00284 SERPIN InterPro:IPR000215 Proteinase inhibitor I4, serpin GO:Molecular Function:serine-type endopeptidase inhibitor activity (GO:0004867)" /inference="protein motif:superfamily:SSF56574 Serpins InterPro:IPR000215 Proteinase inhibitor I4, serpin GO:Molecular Function:serine-type endopeptidase inhibitor activity (GO:0004867)" /note="Belong to MEROPS inhibitor family I4" /codon_start=1 /transl_table=11 /product="Serine protease inhibitor, serpin" /protein_id="ACS33111.1" /translation="MRWVVPLLILIVLVSGCVSDVDNARFESSSSSSTQETTPNAGNS EWKNPVVGGMNSFAIELYKKLGENNGNVFFSPYSIETALTIAYEGARGATRDEMGNVL QLPGDNETRWKGFRGLILSLESNESSPFVLRSANALWVQSGYPVREDYLRIAKEYYLA NASDLDFQGNPEGAADVINDWVKNRTGGRIRDIISRLSPDTRLVITNAVYFKANWSSR FEAVNTKNETFYSPSGPVVVQMMHQTAKFLYFENDDLQAVELPYEGNRLGMLVILPRE GRFEEVERQLNAEMISEIVANMTDEMVAVSIPKFKLEEDYHLKEVLMEMGVKRAFTRP DFAGISELEDLVISDVIHKTYISVAEKGTEAAAATAVIMTLAAPPENNLKVFRADRPF IFFIHDRETGAILFMGRLMNPKE" gene 581281..582024 /locus_tag="TGAM_0610" /note="tg0610" CDS 581281..582024 /locus_tag="TGAM_0610" /inference="protein motif:CDD:DUF890, Protein of unknown function (DUF890)" /inference="protein motif:CDD:HemK, Methylase of polypeptide chain release factors [Translation, ribosomal structure and biogenesis]" /inference="protein motif:COG:COG0500 SAM-dependent methyltransferases; Q Secondary metabolites biosynthesis, transport and catabolism" /inference="protein motif:Gene3D:G3D.3.40.50.150 no description" /inference="protein motif:HMMPanther:PTHR18895 PROTOPORPHIROGEN OXIDASE-RELATED" /inference="protein motif:HMMPfam:PF05971 Methyltransf_10 InterPro:IPR010286 Protein of unknown function DUF890" /inference="protein motif:ProfileScan:PS50193 SAM_BIND InterPro:IPR000051 SAM (and some other nucleotide) binding motif GO:Molecular Function:S-adenosylmethionine-dependent methyltransferase activity (GO:0008757)" /inference="protein motif:superfamily:SSF53335 S-adenosyl-L-methionine-dependent methyltransferases" /note="Belongs to DUF890 family" /codon_start=1 /transl_table=11 /product="SAM-dependent methyltransferase, putative" /protein_id="ACS33112.1" /translation="MPLWKDGKLGLPIKEAVTLFPELKDYLDERGRLDFSNREARILY NRAIAKALFGLEIEYHPRGLVTPPISRYLFLKTFLKGGEKVLEIGTGHTAMMALIAEK LFDCEVAATELDEEFFEYARRNIERNLARIRLIKSDGGIIRGVIPEGERFDVIFSAPP YYERPTKGVLTEREGVGGGKYGEAFSVGLIEEARYYLRPGGKVALFLPDKKPLIGVIA EKGEELGYSVRDVKFKVGTRWRHSLVLRL" gene 582163..582915 /gene="udp-1" /locus_tag="TGAM_0611" /note="tg0611" CDS 582163..582915 /gene="udp-1" /locus_tag="TGAM_0611" /EC_number="2.4.2.3" /inference="protein motif:CDD:DeoD, Purine-nucleoside phosphorylase [Nucleotide transport and metabolism]" /inference="protein motif:CDD:PNP_UDP_1, Phosphorylase family" /inference="protein motif:CDD:Udp, Uridine phosphorylase [Nucleotide transport and metabolism]" /inference="protein motif:COG:COG2820 Uridine phosphorylase; F Nucleotide transport and metabolism" /inference="protein motif:Gene3D:G3D.3.40.50.1580 no description" /inference="protein motif:HMMPfam:PF01048 PNP_UDP_1 InterPro:IPR000845 Purine and other phosphorylases, family 1 GO:Molecular Function:catalytic activity (GO:0003824), Biological Process:nucleoside metabolism (GO:0009116)" /inference="protein motif:superfamily:SSF53167 Purine and uridine phosphorylases" /codon_start=1 /transl_table=11 /product="Uridine phosphorylase (udp)" /protein_id="ACS33113.1" /translation="MVFVWLGTGREVVKPWPGLERAPEKFLIVFTGIGLGHAEELLES VEVVEDCTYVYRALVGNYRGEKICVLNPYFGAPASVFALELAIASGGRYFIMVGEAGA IKEGIHIGDVILPTWALREEGTSYHYLPPEYTPRPSEKLLSMLEKEVRRQIGKRRIGV FRGGVWTTDAPFRETEDKVKEYAKRGILGVEMESSALMSVAEFRGVELAVALAVSDEL YRGEWNVGFGSEKLRRAEELLVKSALEVLAAL" gene complement(583001..584368) /locus_tag="TGAM_0612" /note="tg0612" CDS complement(583001..584368) /locus_tag="TGAM_0612" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:COG0742, N6-adenine-specific methylase [DNA replication, recombination, and repair]" /inference="protein motif:CDD:COG1092, Predicted SAM-dependent methyltransferases [General function prediction only]" /inference="protein motif:CDD:COG2520, Predicted methyltransferase [General function prediction only]" /inference="protein motif:CDD:Cons_hypoth95, Conserved hypothetical protein 95" /inference="protein motif:CDD:Met_10, Met-10+ like-protein" /inference="protein motif:CDD:PrmA, Ribosomal protein L11 methylase [Translation, ribosomal structure and biogenesis]" /inference="protein motif:CDD:PrmA, Ribosomal protein L11 methyltransferase (PrmA)" /inference="protein motif:CDD:PUA, Putative RNA-binding Domain in PseudoUridine synthase and Archaeosine transglycosylase" /inference="protein motif:CDD:Sun, tRNA and rRNA cytosine-C5-methylases [Translation, ribosomal structure and biogenesis]" /inference="protein motif:CDD:TrmA, SAM-dependent methyltransferases related to tRNA (uracil-5-)-methyltransferase [Translation, ribosomal structure and biogenesis]" /inference="protein motif:COG:COG1092 Predicted SAM-dependent methyltransferases; R General function prediction only" /inference="protein motif:Gene3D:G3D.3.40.50.150 no description" /inference="protein motif:HMMPanther:PTHR11061 RNA METHYLTRANSFERASE" /inference="protein motif:HMMPanther:PTHR11061:SF5 RNA METHYLTRANSFERASE-RELATED" /inference="protein motif:HMMPfam:PF01472 PUA InterPro:IPR002478 PUA GO:Molecular Function:RNA binding (GO:0003723)" /inference="protein motif:HMMPfam:PF02475 Met_10 InterPro:IPR003402 Protein of unknown function Met10" /inference="protein motif:HMMSmart:SM00359 no description InterPro:IPR002478 PUA GO:Molecular Function:RNA binding (GO:0003723)" /inference="protein motif:ProfileScan:PS50193 SAM_BIND InterPro:IPR000051 SAM (and some other nucleotide) binding motif GO:Molecular Function:S-adenosylmethionine-dependent methyltransferase activity (GO:0008757)" /inference="protein motif:ProfileScan:PS50890 PUA InterPro:IPR002478 PUA GO:Molecular Function:RNA binding (GO:0003723)" /inference="protein motif:superfamily:SSF53335 S-adenosyl-L-methionine-dependent methyltransferases" /inference="protein motif:superfamily:SSF88697 PUA domain-like" /codon_start=1 /transl_table=11 /product="SAM-dependent methyltransferase, putative" /protein_id="ACS33114.1" /translation="MSSRNSLTTSKCIESPPGYIRFPELNTYRWRKWKILEEHQLGQP FKEGRVLASVVKMARVIVDAQAARAIGKGAMIVFKKGVVRTEGEFEPGDIVEVYTRGG KFLGRGFVNPNSNIMVRLLIKDRETPITKELFRERIKKANEYRKKVLGYDKAYRMVYG EADYLPGLIVDRFNEIASVQISSVGMERFKLDVAEAIMEAEPEIETVFEKNTGRSRRR EGLPEIERVLLGKEKYRTIIEEGKAKFIVDMRGQKTGFFLDQRENRIALEKYVKPGMR VLDVFTYTGGFAIHAAVAGADEVVAVDKSPWAINMVKENAKLNGVEDRMRYITGSAFP VMEEMIKKGEKFDIVILDPPAFVQHEKDLKRGLRAYFNVNHAGLKLVKEGGILVTCSC SQHVDMQAFKDMVIAAAAKAGKFLKMLEPYRTQAPDHPILMASKDTEYLKCLFLYVED MMLRT" gene 584331..584639 /locus_tag="TGAM_0613" /note="tg0613" CDS 584331..584639 /locus_tag="TGAM_0613" /experiment="gene product confirmed by mass spectrometry" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein" /protein_id="ACS33115.1" /translation="MHFEVVKEFLEDIGADWIEIEGEIHLDPEVFYEVWKYIGQPELK TYVVEDEVVEPGSYDPPEMKYTDVKKIKKKKVYFETLDGKRIVTDYAEFQRIAREKGS " gene complement(584649..585764) /locus_tag="TGAM_0614" /note="tg0614" CDS complement(584649..585764) /locus_tag="TGAM_0614" /inference="protein motif:CDD:COG1784, Predicted membrane protein [Function unknown]" /inference="protein motif:CDD:DUF112, Integral membrane protein DUF112" /inference="protein motif:COG:COG1784 Predicted membrane protein; S Function unknown" /inference="protein motif:HMMPfam:PF01970 DUF112 InterPro:IPR002823 Protein of unknown function DUF112, transmembrane" /note="Belongs to DUF112 family; 9 probable transmembrane helices predicted by modhmm" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein" /protein_id="ACS33116.1" /translation="MLRELLIGLFLGTFTGLTPGIHVNTLAGMESSFYLLFAMGLTHT FLDAFPSTFLGVPDEGTALGVLPAHRLVLAGKGLEVLRIALLSSLLAVVFVIPFLPLY SRLVVLYSPTTGKVGVLFLLAFLLLSGRDKAPQAVLVIALSGVLGWTVLNQMNLKEPF YHLFTGLFGIPVIIASLQGKGTFPEQDKSPHVEWKPLIAFSIAGTVLGMVSSILPAFT ASIGATIATLFSRDERSFLAAVYSINTSNFLFGIINYSMTGRTRNGIAVALSRSGTKP PEVTVILLSAILVGSIAVLLGSALPKPYLGLIKAINYRLLNATVVLFLLCLSLYFDGL YGLWVLLTGAAIGYLTQELGVRRTNCMAVLMIPILIR" gene complement(585746..586945) /locus_tag="TGAM_0615" /note="tg0615" CDS complement(585746..586945) /locus_tag="TGAM_0615" /note="1 probable transmembrane helix predicted by modhmm" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein" /protein_id="ACS33117.1" /translation="MMMSDRRLYTALALVALLSTAGLFALGENRDDSTKSFVGVCVKA ERSYSILFNSTDTLLVPEQLEIGKLYTLRGELEETRSGLRVSGKYFLRPYSAIPQWLE ETEGAYWISRGRRHYLLTPDWVELGKPLDIQKGSLVRVLGVKYGSKFYPVKITHAGTP SRSIRDGMPALIRGTVLGTFGNENRIVLWNGREKLYIYLPHGQSLERGLKVEVLGRVR ITSRVNVYVDDIGDVRRLGYPPTVPIDKTSIGKIGGGECLVLRVMKSGLVLNCTSLRL RGFKARAGDMIKVRALNTGSSLVCLSCELALPRERLPNGICNFREGGFSKIAGRVEWV KRYGNGFGLANVTSGECWVLLKLPKSLGIEVKEGTVITAYGTFTDYRGKPALQVSSGD DVCSGNC" gene complement(586999..587736) /locus_tag="TGAM_0616" /note="tg0616" CDS complement(586999..587736) /locus_tag="TGAM_0616" /inference="protein motif:CDD:FlaH, Predicted ATPases involved in biogenesis of archaeal flagella [Cell motility and secretion / Intracellular trafficking and secretion]" /inference="protein motif:CDD:KaiC, KaiC is a circadian clock protein primarily found in cyanobacteria KaiC is a RecA-like ATPase, having both Walker A and Walker B motifs" /inference="protein motif:CDD:RAD55, RecA-superfamily ATPases implicated in signal transduction [Signal transduction mechanisms]" /inference="protein motif:COG:COG0467 RecA-superfamily ATPases implicated in signal transduction; T Signal transduction mechanisms" /inference="protein motif:Gene3D:G3D.3.40.50.300 no description" /inference="protein motif:ProfileScan:PS51146 KAIC InterPro:IPR010624 Circadian clock protein KaiC" /inference="protein motif:superfamily:SSF52540 P-loop containing nucleoside triphosphate hydrolases" /codon_start=1 /transl_table=11 /product="RecA-superfamily ATPase implicated in signal transduction, putative" /protein_id="ACS33118.1" /translation="MVELDIERIETGVIDGLIQGGIPAGSVVLVLGDPKSGKTTFQTQ FLYTQTVLHGTPGLAILVDMPKREFLENARLFGWDFSPILDEYLYLIDAYSHRIKSAP KFSFTEDVIIDPSNPLQIAKFVKETTTGLISGGYTGQLVGIITSLTPLFFESELIDIY KFLEELKDIAHRHKQVWLIEINTGIERPQVEAMVKAIVDGVIEMRMFEEGRTLRRYIR VYGMRRTPHSLSWFPYEITPTGLALRG" gene complement(587742..588488) /locus_tag="TGAM_0617" /note="tg0617" CDS complement(587742..588488) /locus_tag="TGAM_0617" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:KaiC, KaiC" /inference="protein motif:CDD:KaiC, KaiC is a circadian clock protein primarily found in cyanobacteria KaiC is a RecA-like ATPase, having both Walker A and Walker B motifs" /inference="protein motif:CDD:RAD55, RecA-superfamily ATPases implicated in signal transduction [Signal transduction mechanisms]" /inference="protein motif:COG:COG0467 RecA-superfamily ATPases implicated in signal transduction; T Signal transduction mechanisms" /inference="protein motif:Gene3D:G3D.3.40.50.300 no description" /inference="protein motif:HMMPanther:PTHR13682 GLUTAMINE SYNTHETASE/DNA REPAIR PROTEIN-RELATED" /inference="protein motif:HMMPanther:PTHR13682:SF11 DNA REPAIR PROTEIN RAD51 [ARCHAEA]" /inference="protein motif:HMMPfam:PF06745 KaiC InterPro:IPR010624 Circadian clock protein KaiC" /inference="protein motif:ProfileScan:PS50162 RECA_2 InterPro:IPR001553 RecA bacterial DNA recombination GO:Molecular Function:DNA binding (GO:0003677), Molecular Function:ATP binding (GO:0005524), Biological Process:DNA metabolism (GO:0006259), Molecular Function:DNA-dependent ATPase activity (GO:0008094)" /inference="protein motif:ProfileScan:PS51146 KAIC InterPro:IPR010624 Circadian clock protein KaiC" /inference="protein motif:superfamily:SSF52540 P-loop containing nucleoside triphosphate hydrolases" /note="Contains 1 RecA_2 (PS50162) domain, 1 P_Loop (SSF52540) domain, 1 Kaic (PF06745) domain" /codon_start=1 /transl_table=11 /product="RecA family AAA ATPase" /protein_id="ACS33119.1" /translation="MSRYDVARVKTGIPGLDDLIEGGFPKGTTVLVTGPTGTGKTTFA VQFVYKGAELYDEPGVIVTLEERAQDLRREMLSFGWDLKKYEDEGKIAIIDGVSSAVG LPSEERFALEEGLNVEGFLRYIYRVVKTIDAKRLVVDSIPSIAIRLREEKNIREVLLK LNTILLEMGITSILTTEAEDPKRGKLSRYGVEEYVARGVILLDFIEKDVELKRYLLIR KMRETKHAMKKYPFEITEDGIVVYPSGEIY" gene complement(588850..590832) /locus_tag="TGAM_0618" /note="tg0618" CDS complement(588850..590832) /locus_tag="TGAM_0618" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:COG1112, Superfamily I DNA and RNA helicases and helicase subunits [DNA replication, recombination, and repair]" /inference="protein motif:COG:COG1112 Superfamily I DNA and RNA helicases and helicase subunits; L Replication, recombination and repair" /inference="protein motif:Gene3D:G3D.3.40.50.300 no description" /inference="protein motif:HMMPanther:PTHR10887 RIBONUCLEASE R-RELATED" /inference="protein motif:HMMPanther:PTHR10887:SF58 DNA REPLICATION HELICASE DNA2-RELATED" /inference="protein motif:HMMSmart:SM00382 no description InterPro:IPR003593 AAA ATPase GO:Molecular Function:nucleotide binding (GO:0000166), Molecular Function:nucleoside-triphosphatase activity (GO:0017111)" /inference="protein motif:HMMTigr:TIGR00376 TIGR00376:DNA helicase, putative InterPro:IPR004483 Putative DNA helicase GO:Molecular Function:DNA binding (GO:0003677), Molecular Function:ATP binding (GO:0005524)" /inference="protein motif:superfamily:SSF52540 P-loop containing nucleoside triphosphate hydrolases" /inference="protein motif:superfamily:SSF55781 GAF domain-like" /codon_start=1 /transl_table=11 /product="DNA helicase, putative" /protein_id="ACS33120.1" /translation="MNENEKLSKFIAKLKVLVEMERKAEIEAMRAEMRRLSGREREKV GRAILGLNGKVIGEELGYFLVRYGREREIKTEISVGDLIVISKRDPLKSDLVGTVVEK GKRFITVALETVPEWALRGVRVDLYANDITFKRWLENIEALRESGRKALEFYLGLREP EESEEVEFNPFDRSLNASQRRAIARALGSPDFFLIHGPFGTGKTRTLVELIRQEVARG HRVLATAESNVAVDNIVERLVDSGLKVVRVGHPSRVSKALHETTLAYLMTQHELYGEL RELRVIGENLKEKRDTFTKPAPKYRRGLTDKQILRLAERGIGTRGVPARLIREMAQWL KINEQVQKTFDDARKLEERIAREIIREANVVLTTNSSAGLEVVDYGSYDVAIIDEATQ ATIPSVLIPINRARRFVLAGDHKQLPPTILSERAKELSKTLFEGLIERYPWKSEMLTV QYRMNERLMEFPSREFYNGRIKADESVRNITLADLGVELPKGDDVWAEVLKPENVLVF VDTAKREDRFERQRYGSESRENPLEARLVEEAVEGLLKLGIKPEWVGVITPYDDQRDL ISSLLPEEIEVKTVDGYQGREKEVIVLSFVRSNRKGELGFLKDLRRLNVSLTRAKRKL ILIGDSSTLSSHPTYKRLVEFVRKRETYVSLKSSEV" gene complement(590964..591257) /locus_tag="TGAM_0619" /note="tg0619" CDS complement(590964..591257) /locus_tag="TGAM_0619" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein" /protein_id="ACS33121.1" /translation="MKPFVSAKSEELLFEILKEGLFWAAWGRPSEVMPFLRGKLLGNG FSESSKRQLEWLLDELQRFYERVACCGRVEEKHVRAIKSFHRDIVSVIFSERA" gene 591498..592895 /gene="nadB" /locus_tag="TGAM_0620" /note="tg0620" CDS 591498..592895 /gene="nadB" /locus_tag="TGAM_0620" /EC_number="1.4.3.16" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:FAD_binding_2, FAD binding domain" /inference="protein motif:CDD:NadB, Aspartate oxidase [Coenzyme metabolism]" /inference="protein motif:CDD:SdhA, Succinate dehydrogenase/fumarate reductase, flavoprotein subunit [Energy production and conversion]" /inference="protein motif:COG:COG0029 Aspartate oxidase; H Coenzyme transport and metabolism" /inference="protein motif:Gene3D:G3D.3.50.50.60 no description" /inference="protein motif:HMMPanther:PTHR11632 REDUCTASE FLAVOPROTEIN SUBUNIT-RELATED" /inference="protein motif:HMMPanther:PTHR11632:SF9 L-ASPARTATE OXIDASE" /inference="protein motif:HMMPfam:PF00890 FAD_binding_2 InterPro:IPR003953 Fumarate reductase/succinate dehydrogenase flavoprotein, N-terminal GO:Biological Process:electron transport (GO:0006118), Molecular Function:oxidoreductase activity (GO:0016491)" /inference="protein motif:HMMPfam:PF02910 Succ_DH_flav_C InterPro:IPR004112 Fumarate reductase/succinate dehydrogenase flavoprotein, C-terminal GO:Biological Process:electron transport (GO:0006118), Molecular Function:oxidoreductase activity (GO:0016491)" /inference="protein motif:HMMTigr:TIGR00551 nadB:L-aspartate oxidase InterPro:IPR005288 L-aspartate oxidase GO:Cellular Component:cytoplasm (GO:0005737), Molecular Function:L-aspartate oxidase activity (GO:0008734), Biological Process:NAD biosynthesis (GO:0009435)" /inference="protein motif:superfamily:SSF46977 Succinate dehydrogenase/fumarate reductase flavoprotein C-terminal domain InterPro:IPR004112 Fumarate reductase/succinate dehydrogenase flavoprotein, C-terminal GO:Biological Process:electron transport (GO:0006118), Molecular Function:oxidoreductase activity (GO:0016491)" /inference="protein motif:superfamily:SSF51905 FAD/NAD(P)-binding domain" /codon_start=1 /transl_table=11 /product="L-aspartate oxidase (quinolinate synthetase B) (nadB)" /protein_id="ACS33122.1" /translation="MKIGIVGDGIAGLTSAIALVKRGFDVTLIGPGIRKSNSYLAQAG IAFPVLEGDSLEAHVLDTIKAGKYINDREVVWNIISKASEAYDFLTSLGLKFEASETE GGHSFHRVFTIKNETGKHVTKLLYLRARELGVNFVRGKTEELATKRGKACGVFVEGEF LRFDATVIASGGFSGLFKFTAGSPENTGLIIGDAVMKGSPARDLEFVQFHPTGYIGKK GVFLISEAVRGAGAKLVTEDGERFVNELATRDIVARAIYRQMQTGKKVFLDATGIENF KKRFPQIYAFLRKDGIDPSMDLIPVSPIAHYTMGGIAVDLWYRTSLKNLYAIGEAMSN GFHGANRLASNSLVECIVSGLEVARTIARERPRCREVKEPHYHGYEPGDVDSLRELLW EHAGIVRSAKTLREGLQKLEGIEADPRLKLLAKGVLECALAREESRGSHYREDFPVMR KAFERPSFFDGRCRL" gene 592956..593864 /gene="nadA" /locus_tag="TGAM_0621" /note="tg0621" CDS 592956..593864 /gene="nadA" /locus_tag="TGAM_0621" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:NadA, Quinolinate synthetase A protein" /inference="protein motif:COG:COG0379 Quinolinate synthase; H Coenzyme transport and metabolism" /inference="protein motif:Gene3D:G3D.3.90.870.10 no description" /inference="protein motif:HMMPfam:PF02445 NadA InterPro:IPR003473 Quinolinate synthetase A GO:Molecular Function:quinolinate synthetase A activity (GO:0008987), Biological Process:NAD biosynthesis (GO:0009435)" /inference="protein motif:HMMTigr:TIGR00550 nadA:quinolinate synthetase complex, A subu InterPro:IPR003473 Quinolinate synthetase A GO:Molecular Function:quinolinate synthetase A activity (GO:0008987), Biological Process:NAD biosynthesis (GO:0009435)" /inference="protein motif:superfamily:SSF55821 YrdC/RibB" /codon_start=1 /transl_table=11 /product="Quinolinate synthetase A (nadA)" /protein_id="ACS33123.1" /translation="MDREKLIAEIEKLKEERNAIIMAHNYQLPEVQDIADFLGDSLEL ARKAVNVDAEVIVFAGVDFMAETAKILNPEKTVLLPAKTATCAMANMLQVEHILEAKR RYPNAPVVLYVNSSAEAKAHADVTVTSANAVKIVEKLDSNVVIFGPDKNLGSYVARVT GKRVIPVPPDGHCYVHRKFTVEDVERARRRYPNAKLMVHPECEPEVQERADIIASTGG MIRHAPEWNEWVVFTEREMVYRLSRLYPNIKFYPAREDAVCVGMKAITLESIYESLRD MKYRVEVPEEIAKKAKRAIERMLEMS" gene 593995..594552 /locus_tag="TGAM_0622" /note="tg0622" CDS 593995..594552 /locus_tag="TGAM_0622" /inference="protein motif:CDD:HdeD, Uncharacterized conserved protein [Function unknown]" /inference="protein motif:COG:COG3247 Uncharacterized conserved protein; S Function unknown" /note="6 probable transmembrane helices predicted by modhmm" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein" /protein_id="ACS33124.1" /translation="MAQYGIMEKKWVWMLLLGVVFMTLGFAGLMMLPLMTLSSVAVFG AFMLVGGILQVLHGLTKAKDWKSAGVHTLMGLVYVLAGIFTIENPILASATLTLLLGV SLIVIGTLRMGVAFQNKDVNQWPAMVFSGLLTVLLGLFIVLQWPWSSLWAIGLYVSVD LIMSGANFVAIALAAKTAGERSSPA" gene complement(594555..595796) /locus_tag="TGAM_0623" /note="tg0623" CDS complement(594555..595796) /locus_tag="TGAM_0623" /inference="protein motif:CDD:GalU, UDP-glucose pyrophosphorylase [Cell envelope biogenesis, outer membrane]" /inference="protein motif:CDD:GCD1, Nucleoside-diphosphate-sugar pyrophosphorylase involved in lipopolysaccharide biosynthesis/translation initiation factor 2B, gamma/epsilon subunits (eIF-2Bgamma/eIF-2Bepsilon) [Cell envelope biogenesis, outer membrane / Translation, ribosomal structure and biogenesis]" /inference="protein motif:CDD:GlgC, ADP-glucose pyrophosphorylase [Carbohydrate transport and metabolism]" /inference="protein motif:CDD:GlmU, N-acetylglucosamine-1-phosphate uridyltransferase (contains nucleotidyltransferase and I-patch acetyltransferase domains) [Cell envelope biogenesis, outer membrane]" /inference="protein motif:CDD:NTP_transferase, Nucleotidyl transferase" /inference="protein motif:CDD:RfbA, dTDP-glucose pyrophosphorylase [Cell envelope biogenesis, outer membrane]" /inference="protein motif:COG:COG1208 Nucleoside-diphosphate-sugar pyrophosphorylase involved in lipopolysaccharide biosynthesis/translation initiation factor 2B, gamma/epsilon subunits (eIF-2Bgamma/eIF-2Bepsilon); M Cell wall/membrane/envelope biogenesis" /inference="protein motif:Gene3D:G3D.3.90.550.10 no description" /inference="protein motif:HMMPanther:PTHR19136 SUGAR-PHOSPHATE NUCLEOTIDYL TRANSFERASE" /inference="protein motif:HMMPanther:PTHR19136:SF39 SUGAR PHOSPHATE NUCLEOTIDYL TRANSFERASE" /inference="protein motif:HMMPfam:PF00132 Hexapep InterPro:IPR001451 Bacterial transferase hexapeptide repeat" /inference="protein motif:HMMPfam:PF00483 NTP_transferase InterPro:IPR005835 Nucleotidyl transferase GO:Biological Process:biosynthesis (GO:0009058), Molecular Function:nucleotidyltransferase activity (GO:0016779)" /inference="protein motif:superfamily:SSF53448 Nucleotide-diphospho-sugar transferases" /codon_start=1 /transl_table=11 /product="Sugar-phosphate nucleotydyltransferase" /protein_id="ACS33125.1" /translation="MIKKAVIPIGGEATRLRPLTIETSKGLVRLLNKPILEHSILSLA RDGVEEVYLGVKGYVNYTTLFDYFREGYWLKKKYGLEKEVRIRYMPRYESTTNGDAVW YTMHYYGIREPVVVIQGDNIYQLNIGEMYEWHRKKGAFMTIALQPVDDVTGFGVAKID DDYRIEYFVEKPSPEEAPSNLANTGIYILSKDFWSFLEDEWAAEMREERKLDFGGDII PALIEHGYAVYGYPMKGYWFDIGTPERYLRAAMYLLHHLSPEDMEAVEITRDVYMQGK SEMSERLRRRIREMIKRGELLVEGKVLLGRHISIGKGTALEDAIIDNYSMVGKSCEIL HSVVMDRVKLGNNVRIMNSIIGRHVEIGDNVRIVNSVIGDNAIISDNVRMYNVKIWPH EFVEKGATLEHYTVRHMAPKR" gene 595904..596737 /gene="nadC-2" /locus_tag="TGAM_0624" /note="tg0624" CDS 595904..596737 /gene="nadC-2" /locus_tag="TGAM_0624" /EC_number="2.4.2.19" /inference="protein motif:BlastProDom:PD003988 Q9V2R4_PYRAB_Q9V2R4; InterPro:IPR002638 Quinolinate phosphoribosyl transferase GO:Molecular Function:nicotinate-nucleotide diphosphorylase (carboxylating) activity (GO:0004514), Biological Process:NAD biosynthesis (GO:0009435)" /inference="protein motif:CDD:modD_like, ModD" /inference="protein motif:CDD:NadC, Nicotinate-nucleotide pyrophosphorylase [Coenzyme metabolism]" /inference="protein motif:CDD:NAPRTase_B, Nicotinate phosphoribosyltransferase (NAPRTase), subgroup B" /inference="protein motif:CDD:PRTase_typeII, Phosphoribosyltransferase (PRTase) type II" /inference="protein motif:CDD:QPRTase, Quinolinate phosphoribosyl transferase (QAPRTase or QPRTase), also called nicotinate-nucleotide pyrophosphorylase, is involved in the de novo synthesis of NAD in both prokaryotes and eukaryotes" /inference="protein motif:CDD:QPRTase_NadC, Quinolinate phosphoribosyl transferase (QAPRTase or QPRTase), also called nicotinate-nucleotide pyrophosphorylase, is involved in the de novo synthesis of NAD in both prokaryotes and eukaryotes" /inference="protein motif:CDD:QRPTase_C, Quinolinate phosphoribosyl transferase, C-terminal domain" /inference="protein motif:CDD:QRPTase_N, Quinolinate phosphoribosyl transferase, N-terminal domain" /inference="protein motif:COG:COG0157 Nicotinate-nucleotide pyrophosphorylase; H Coenzyme transport and metabolism" /inference="protein motif:Gene3D:G3D.3.20.20.200 no description" /inference="protein motif:HMMPanther:PTHR11948 NICOTINATE-NUCLEOTIDE PYROPHOSPHORYLASE-RELATED InterPro:IPR004393 Nicotinate-nucleotide pyrophosphorylase GO:Molecular Function:nicotinate-nucleotide diphosphorylase (carboxylating) activity (GO:0004514), Biological Process:pyridine nucleotide biosynthesis (GO:0019363)" /inference="protein motif:HMMPanther:PTHR11948:SF1 NICOTINATE-NUCLEOTIDE PYROPHOSPHORYLASE-RELATED" /inference="protein motif:HMMPfam:PF01729 QRPTase_C InterPro:IPR002638 Quinolinate phosphoribosyl transferase GO:Molecular Function:nicotinate-nucleotide diphosphorylase (carboxylating) activity (GO:0004514), Biological Process:NAD biosynthesis (GO:0009435)" /inference="protein motif:HMMPfam:PF02749 QRPTase_N InterPro:IPR002638 Quinolinate phosphoribosyl transferase GO:Molecular Function:nicotinate-nucleotide diphosphorylase (carboxylating) activity (GO:0004514), Biological Process:NAD biosynthesis (GO:0009435)" /inference="protein motif:HMMTigr:TIGR00078 nadC:nicotinate-nucleotide pyrophosphorylas InterPro:IPR004393 Nicotinate-nucleotide pyrophosphorylase GO:Molecular Function:nicotinate-nucleotide diphosphorylase (carboxylating) activity (GO:0004514), Biological Process:pyridine nucleotide biosynthesis (GO:0019363)" /inference="protein motif:superfamily:SSF51690 Quinolinic acid phosphoribosyltransferase (Nicotinate-nucleotide pyrophosphorylase, NadC), C-terminal domain" /inference="protein motif:superfamily:SSF54675 Quinolinic acid phosphoribosyltransferase (Nicotinate-nucleotide pyrophosphorylase, NadC), N-terminal domain" /codon_start=1 /transl_table=11 /product="Nicotinate-nucleotide pyrophosphorylase (Quinolinate phosphoribosyltransferase) (nadC)" /protein_id="ACS33126.1" /translation="MVGLNYLLRFLEEDSPFGDVTSEAVIPEGTKARAVIIAKQDGVI AGVEEAKALFEYFGAKVSARKHDGEEVKRGDVILELEGDARAILLVERTALNVMGRMS GIATEVRKLVERVKAVNPKVRVAGTRKSLLKPIDKRAIIIGGGEPHRFSLSDAMLIKD NHLALVPLEEAIRRAKSFSVYKVVEVEVESLEDALRAAKVGADVILLDNMSPGEIAET IDALKREGLRDRVKIEVSGGITPENIEEYAKLDVDVISLGYLTHSVKNFDVSLEVIGK M" gene 596807..597703 /locus_tag="TGAM_0625" /note="tg0625" CDS 596807..597703 /locus_tag="TGAM_0625" /note="2 probable transmembrane helices predicted by modhmm" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein" /protein_id="ACS33127.1" /translation="MGVSKMGRITVLSLIVLLSLSLETALVSAGAILVDVRVLNQTGE DSYVPKIFLNETAAGQYSYTLLVMNVTAKDLGDGYFSVGIRGLVIDEFPSTLNLTGRW INMTFKVKSKTNTFVLDGQGAFFPLYIVFPESKTLFHLGEQLQVKDNVLQMLQPPSNR TVKLVGKYVKVYTKPIEVNSVDVRSRKYFNYTICNVLPPELQRKLNMTKGSSCFLQRT PYLDGSFLGHKPLSIMALYPRDPFGVSSGPVILSVDYIPTSPDELKGQETPNNRDLLK PIGIGAIIVAAAGVALTRRGGR" gene 597700..598479 /locus_tag="TGAM_0626" /note="tg0626" CDS 597700..598479 /locus_tag="TGAM_0626" /experiment="gene product confirmed by mass spectrometry" /note="6 probable transmembrane helices predicted by modhmm" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein" /protein_id="ACS33128.1" /translation="MKPVGVEISSKRSLLAVMILLPLIIAGSAWYVMSEPISVGVTQR SFMTPPDQLNASLHRTLEGLGDFFYRVSDVQKDIFTKGLRVLLLGVFIGVTLVSSLIL IRPLSDGTMAFEIGLVRDKKRVLLYRTAPIIVYSAYVSIILALFAYSVFPLKAGLPFD FDKGLWLFVVLFLSGMWGVTLTALVGFYTCEPAYPVIVSFLVSLTSFTGAGDLFFPYY RLLNALWVDVKLLNTWSIAGLGLLFVSAFIALHKFERGEYY" gene 598476..598877 /locus_tag="TGAM_0627" /note="tg0627" CDS 598476..598877 /locus_tag="TGAM_0627" /note="2 probable transmembrane helices predicted by modhmm" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein" /protein_id="ACS33129.1" /translation="MRLFKTLLVSSLLFAAFTFLLFQSMAQEKVNIVFYQTGYDPETY TVQYVDTTLPLAGEYSVQGDNVTVLTVEGRHGGHFRTSLRAVRLVGVFNTSDDVEVEL HPKVGMPWGVLLGVVLSGGVFGYAFRVLGFE" gene 598870..599622 /locus_tag="TGAM_0628" /note="tg0628" CDS 598870..599622 /locus_tag="TGAM_0628" /inference="protein motif:BlastProDom:PD000006 Q8U0R2_PYRFU_Q8U0R2; InterPro:IPR003439 ABC transporter related GO:Molecular Function:ATP binding (GO:0005524), Molecular Function:ATPase activity (GO:0016887)" /inference="protein motif:CDD:ABC_ATPase, ABC (ATP-binding cassette) transporter nucleotide-binding domain" /inference="protein motif:CDD:ABC_BcrA_bacitracin_resist, The BcrA subfamily represents ABC transporters involved in peptide antibiotic resistance" /inference="protein motif:CDD:ABC_Carb_Monos_I, This family represents the domain I of the carbohydrate uptake proteins that transport only monosaccharides (Monos)" /inference="protein motif:CDD:ABC_Carb_Monos_II, This family represents domain II of the carbohydrate uptake proteins that transport only monosaccharides (Monos)" /inference="protein motif:CDD:ABC_Carb_Solutes_like, ABC Carbohydrate and Solute Transporters-like subgroup" /inference="protein motif:CDD:ABC_CcmA_heme_exporter, CcmA, the ATP-binding component of the bacterial CcmAB transporter" /inference="protein motif:CDD:ABC_Class3, This class is comprised of all BPD (Binding Protein Dependent) systems that are largely represented in archaea and eubacteria and are primarily involved in scavenging solutes from the environment" /inference="protein motif:CDD:ABC_cobalt_CbiO_domain1, Domain I of the ABC component of a cobalt transport family found in bacteria, archaea, and eukaryota" /inference="protein motif:CDD:ABC_cobalt_CbiO_domain2, Domain II of the ABC component of a cobalt transport family found in bacteria, archaea, and eukaryota" /inference="protein motif:CDD:ABC_CysA_sulfate_importer, Part of the ABC transporter complex cysAWTP involved in sulfate import" /inference="protein motif:CDD:ABC_DR_subfamily_A, This family of ATP-binding proteins belongs to a multisubunit transporter involved in drug resistance (BcrA and DrrA), nodulation, lipid transport, and lantibiotic immunity" /inference="protein motif:CDD:ABC_DrrA, DrrA is the ATP-binding protein component of a bacterial exporter complex that confers resistance to the antibiotics daunorubicin and doxorubicin" /inference="protein motif:CDD:ABC_drug_resistance_like, ABC-type multidrug transport system, ATPase component" /inference="protein motif:CDD:ABC_FeS_Assembly, ABC-type transport system involved in Fe-S cluster assembly, ATPase component" /inference="protein motif:CDD:ABC_FtsE_transporter, FtsE is a hydrophilic nucleotide-binding protein that binds FtsX to form a heterodimeric ATP-binding cassette (ABC)-type transporter that associates with the bacterial inner membrane" /inference="protein motif:CDD:ABC_HisP_GlnQ_permeases, HisP and GlnQ are the ATP-binding components of the bacterial periplasmic histidine and glutamine permeases, repectively" /inference="protein motif:CDD:ABC_Iron-Siderophores_B12_Hemin, ABC transporters, involved in the uptake of siderophores, heme, and vitamin B12, are widely conserved in bacteria and archaea" /inference="protein motif:CDD:ABC_KpsT_Wzt, ABC_KpsT_Wzt The KpsT/Wzt ABC transporter subfamily is involved in extracellular polysaccharide export" /inference="protein motif:CDD:ABC_MalK_N, The N-terminal ATPase domain of the maltose transporter, MalK" /inference="protein motif:CDD:ABC_Metallic_Cations, ABC component of the metal-type transporters" /inference="protein motif:CDD:ABC_MetN_methionine_transporter, MetN (also known as YusC) is an ABC-type transporter encoded by metN of the metNPQ operon in Bacillus subtilis that is involved in methionine transport" /inference="protein motif:CDD:ABC_MJ0796_Lo1CDE_FtsE, This family is comprised of MJ0796 ATP-binding cassette, macrolide-specific ABC-type efflux carrier (MacAB), and proteins involved in cell division (FtsE), and release of liporoteins from the cytoplasmic membrane (LolCDE)" /inference="protein motif:CDD:ABC_Mj1267_LivG_branched, The Mj1267/LivG ABC transporter subfamily is involved in the transport of the hydrophobic amino acids leucine, isoleucine and valine" /inference="protein motif:CDD:ABC_ModC_like, Archeal protein closely related to ModC" /inference="protein motif:CDD:ABC_ModC_molybdenum_transporter, ModC is an ABC-type transporter and the ATPase component of a molybdate transport system that also includes the periplasmic binding protein ModA and the membrane protein ModB" /inference="protein motif:CDD:ABC_MTABC3_MDL1_MDL2, MTABC3 (also known as ABCB6) is a mitochondrial ATP-binding cassette protein involved in iron homeostasis and one of four ABC transporters expressed in the mitochondrial inner membrane, the other three being MDL1(ABC7), MDL2, and ATM1" /inference="protein motif:CDD:ABC_NatA_like, Similar in sequence to NatA, this is the ATPase component of a bacterial ABC-type Na+ transport system called NatAB, which catalyzes ATP-dependent electrogenic Na+ extrusion without mechanically coupled to proton or K+ uptake" /inference="protein motif:CDD:ABC_NatA_sodium_exporter, NatA is the ATPase component of a bacterial ABC-type Na+ transport system called NatAB, which catalyzes ATP-dependent electrogenic Na+ extrusion without mechanically coupled proton or K+ uptake" /inference="protein motif:CDD:ABC_NikE_OppD_transporters, The ABC transporter subfamily specific for the transport of dipeptides, oligopeptides (OppD), and nickel (NikDE)" /inference="protein motif:CDD:ABC_NrtD_SsuB_transporters, NrtD and SsuB are the ATP-binding subunits of the bacterial ABC-type nitrate and sulfonate transport systems, respectively" /inference="protein motif:CDD:ABC_OpuCA_Osmoprotection, OpuCA is a the ATP binding component of a bacterial solute transporter that serves a protective role to cells growing in a hyperosmolar environment" /inference="protein motif:CDD:ABC_Org_Solvent_Resistant, ABC (ATP-binding cassette) transport system involved in resistant to organic solvents" /inference="protein motif:CDD:ABC_PhnC_transporter, ABC-type phosphate/phosphonate transport system" /inference="protein motif:CDD:ABC_PotA_N, PotA is an ABC-type transporter and the ATPase component of the spermidine/putrescine-preferential uptake system consisting of PotA, -B, -C, and -D" /inference="protein motif:CDD:ABC_Pro_Gly_Bertaine, This family comprises the glycine betaine/L-proline ATP binding subunit in bacteria and its equivalents in archaea" /inference="protein motif:CDD:ABC_PstB_phosphate_transporter, Phosphate uptake is of fundamental importance in the cell physiology of bacteria because phosphate is required as a nutrient" /inference="protein motif:CDD:ABC_putative_ATPase, This subfamily is involved in drug resistance, nodulation, lipid transport, and bacteriocin and lantibiotic immunity" /inference="protein motif:CDD:ABC_RNaseL_inhibitor_domain1, The ATPase domain 1 of RNase L inhibitor" /inference="protein motif:CDD:ABC_RNaseL_inhibitor_domain2, The ATPase domain 2 of RNase L inhibitor" /inference="protein motif:CDD:ABC_subfamily_A, The ABCA subfamily mediates the transport of a variety of lipid compounds" /inference="protein motif:CDD:ABC_ThiQ_thiamine_transporter, ABC-type thiamine tranport system" /inference="protein motif:CDD:ABC_TM1139_LivF_branched, LivF (TM1139) is part of the LIV-I bacterial ABC-type two-component transport system that imports neutral, branched-chain amino acids" /inference="protein motif:CDD:ABC_tran, ABC transporter" /inference="protein motif:CDD:ABC_YhbG, The ABC transporters belonging to the YhbG family are similar to members of the Mj1267_LivG family, which is involved in the transport of branched-chain amino acids" /inference="protein motif:CDD:AbcC, ABC-type metal ion transport system, ATPase component [Inorganic ion transport and metabolism]" /inference="protein motif:CDD:ABCC_ATM1_transporter, ATM1 is an ABC transporter that is expressed in the mitochondria" /inference="protein motif:CDD:ABCC_bacteriocin_exporters, ABC-type bacteriocin exporters" /inference="protein motif:CDD:ABCC_cytochrome_bd, The CYD subfamily implicated in cytochrome bd biogenesis" /inference="protein motif:CDD:ABCC_Glucan_exporter_like, Glucan exporter ATP-binding protein" /inference="protein motif:CDD:ABCC_Hemolysin, The ABC-transporter hemolysin B is a central component of the secretion machinery that translocates the toxin, hemolysin A, in a Sec-independent fashion across both membranes of E" /inference="protein motif:CDD:ABCC_MRP_domain1, Domain 1 of the ABC subfamily C" /inference="protein motif:CDD:ABCC_MRP_domain2, Domain 2 of the ABC subfamily C" /inference="protein motif:CDD:ABCC_MRP_Like, The MRP (Mutidrug Resistance Protein)-like transporters are involved in drug, peptide, and lipid export" /inference="protein motif:CDD:ABCC_MsbA, MsbA is an essential ABC transporter, closely related to eukaryotic MDR proteins" /inference="protein motif:CDD:ABCC_NFT1, Domain 2 of NFT1 (New full-length MRP-type transporter 1)" /inference="protein motif:CDD:ABCC_Protease_Secretion, This family represents the ABC component of the protease secretion system PrtD, a 60-kDa integral membrane protein sharing 37% identity with HlyB, the ABC component of the alpha-hemolysin secretion pathway, in the C-terminal domain" /inference="protein motif:CDD:ABCC_TAP, TAP, the Transporter Associated with Antigen Processing" /inference="protein motif:CDD:ABCF_EF-3, ABCF_EF-3 Elongation factor 3 (EF-3) is a cytosolic protein required by fungal ribosomes for in vitro protein synthesis and for in vivo growth" /inference="protein motif:CDD:ABCG_EPDR, ABCG transporters are involved in eye pigment (EP) precursor transport, regulation of lipid-trafficking mechanisms, and pleiotropic drug resistance (DR)" /inference="protein motif:CDD:ABCG_White, The White subfamily represents ABC transporters homologous to the Drosophila white gene, which acts as a dimeric importer for eye pigment precursors" /inference="protein motif:CDD:AppF, ABC-type oligopeptide transport system, ATPase component [Amino acid transport and metabolism]" /inference="protein motif:CDD:ArpD, ABC-type protease/lipase transport system, ATPase and permease components [General function prediction only]" /inference="protein motif:CDD:ArtP, ABC-type arginine transport system, ATPase component [Amino acid transport and metabolism]" /inference="protein motif:CDD:CbiO, ABC-type cobalt transport system, ATPase component [Inorganic ion transport and metabolism]" /inference="protein motif:CDD:CcmA, ABC-type multidrug transport system, ATPase component [Defense mechanisms]" /inference="protein motif:CDD:CcmA, ABC-type transport system involved in cytochrome c biogenesis, ATPase component [Posttranslational modification, protein turnover, chaperones]" /inference="protein motif:CDD:CeuD, ABC-type enterochelin transport system, ATPase component [Inorganic ion transport and metabolism]" /inference="protein motif:CDD:COG1123, ATPase components of various ABC-type transport systems, contain duplicated ATPase [General function prediction only]" /inference="protein motif:CDD:COG1245, Predicted ATPase, RNase L inhibitor (RLI) homolog [General function prediction only]" /inference="protein motif:CDD:COG3638, ABC-type phosphate/phosphonate transport system, ATPase component [Inorganic ion transport and metabolism]" /inference="protein motif:CDD:COG3845, ABC-type uncharacterized transport systems, ATPase components [General function prediction only]" /inference="protein motif:CDD:COG4136, ABC-type uncharacterized transport system, ATPase component [General function prediction only]" /inference="protein motif:CDD:COG4152, ABC-type uncharacterized transport system, ATPase component [General function prediction only]" /inference="protein motif:CDD:COG4172, ABC-type uncharacterized transport system, duplicated ATPase component [General function prediction only]" /inference="protein motif:CDD:COG4181, Predicted ABC-type transport system involved in lysophospholipase L1 biosynthesis, ATPase component [Secondary metabolites biosynthesis, transport, and catabolism]" /inference="protein motif:CDD:COG4559, ABC-type hemin transport system, ATPase component [Inorganic ion transport and metabolism]" /inference="protein motif:CDD:COG4586, ABC-type uncharacterized transport system, ATPase component [General function prediction only]" /inference="protein motif:CDD:COG4619, ABC-type uncharacterized transport system, ATPase component [General function prediction only]" /inference="protein motif:CDD:COG4674, Uncharacterized ABC-type transport system, ATPase component [General function prediction only]" /inference="protein motif:CDD:CydC, ABC-type transport system involved in cytochrome bd biosynthesis, fused ATPase and permease components [Energy production and conversion / Posttranslational modification, protein turnover, chaperones]" /inference="protein motif:CDD:CydD, ABC-type transport system involved in cytochrome bd biosynthesis, ATPase and permease components [Energy production and conversion / Posttranslational modification, protein turnover, chaperones]" /inference="protein motif:CDD:CysA, ABC-type sulfate/molybdate transport systems, ATPase component [Inorganic ion transport and metabolism]" /inference="protein motif:CDD:DppD, ABC-type dipeptide/oligopeptide/nickel transport system, ATPase component [Amino acid transport and metabolism / Inorganic ion transport and metabolism]" /inference="protein motif:CDD:DppF, ABC-type dipeptide/oligopeptide/nickel transport system, ATPase component [Amino acid transport and metabolism / Inorganic ion transport and metabolism]" /inference="protein motif:CDD:FepC, ABC-type cobalamin/Fe3+-siderophores transport systems, ATPase components [Inorganic ion transport and metabolism / Coenzyme metabolism]" /inference="protein motif:CDD:FtsE, Predicted ATPase involved in cell division [Cell division and chromosome partitioning]" /inference="protein motif:CDD:GlnQ, ABC-type polar amino acid transport system, ATPase component [Amino acid transport and metabolism]" /inference="protein motif:CDD:HisP, ABC-type histidine transport system, ATPase component [Amino acid transport and metabolism]" /inference="protein motif:CDD:LivF, ABC-type branched-chain amino acid transport systems, ATPase component [Amino acid transport and metabolism]" /inference="protein motif:CDD:LivG, ABC-type branched-chain amino acid transport systems, ATPase component [Amino acid transport and metabolism]" /inference="protein motif:CDD:MalK, ABC-type sugar transport systems, ATPase components [Carbohydrate transport and metabolism]" /inference="protein motif:CDD:MdlB, ABC-type multidrug transport system, ATPase and permease components [Defense mechanisms]" /inference="protein motif:CDD:MglA, ABC-type sugar transport system, ATPase component [Carbohydrate transport and metabolism]" /inference="protein motif:CDD:ModC, ABC-type molybdate transport system, ATPase component [Inorganic ion transport and metabolism]" /inference="protein motif:CDD:ModF, ABC-type molybdenum transport system, ATPase component/photorepair protein PhrA [Inorganic ion transport and metabolism]" /inference="protein motif:CDD:NatA, ABC-type Na+ transport system, ATPase component [Energy production and conversion / Inorganic ion transport and metabolism]" /inference="protein motif:CDD:OpuBA, ABC-type proline/glycine betaine transport systems, ATPase components [Amino acid transport and metabolism]" /inference="protein motif:CDD:PhnK, ABC-type phosphonate transport system, ATPase component [Inorganic ion transport and metabolism]" /inference="protein motif:CDD:PhnK, ABC-type uncharacterized transport system, ATPase component [General function prediction only]" /inference="protein motif:CDD:PotA, ABC-type spermidine/putrescine transport systems, ATPase components [Amino acid transport and metabolism]" /inference="protein motif:CDD:ProV, ABC-type proline/glycine betaine transport system, ATPase component [Amino acid transport and metabolism]" /inference="protein motif:CDD:PstB, ABC-type phosphate transport system, ATPase component [Inorganic ion transport and metabolism]" /inference="protein motif:CDD:PvdE, ABC-type siderophore export system, fused ATPase and permease components [Secondary metabolites biosynthesis, transport, and catabolism / Inorganic ion transport and metabolism]" /inference="protein motif:CDD:SalX, ABC-type antimicrobial peptide transport system, ATPase component [Defense mechanisms]" /inference="protein motif:CDD:SapD, ABC-type antimicrobial peptide transport system, ATPase component [Defense mechanisms]" /inference="protein motif:CDD:SapF, ABC-type antimicrobial peptide transport system, ATPase component [Defense mechanisms]" /inference="protein motif:CDD:SufC, ABC-type transport system involved in Fe-S cluster assembly, ATPase component [Posttranslational modification, protein turnover, chaperones]" /inference="protein motif:CDD:SunT, ABC-type bacteriocin/lantibiotic exporters, contain an N-terminal double-glycine peptidase domain [Defense mechanisms]" /inference="protein motif:CDD:TagH, ABC-type polysaccharide/polyol phosphate transport system, ATPase component [Carbohydrate transport and metabolism / Cell envelope biogenesis, outer membrane]" /inference="protein motif:CDD:TauB, ABC-type nitrate/sulfonate/bicarbonate transport system, ATPase component [Inorganic ion transport and metabolism]" /inference="protein motif:CDD:TauB, ABC-type taurine transport system, ATPase component [Inorganic ion transport and metabolism]" /inference="protein motif:CDD:ThiQ, ABC-type thiamine transport system, ATPase component [Coenzyme metabolism]" /inference="protein motif:CDD:Ttg2A, ABC-type transport system involved in resistance to organic solvents, ATPase component [Secondary metabolites biosynthesis, transport, and catabolism]" /inference="protein motif:CDD:Uup, ATPase components of ABC transporters with duplicated ATPase domains [General function prediction only]" /inference="protein motif:CDD:YhbG, ABC-type (unclassified) transport system, ATPase component [General function prediction only]" /inference="protein motif:CDD:ZnuC, ABC-type Mn/Zn transport systems, ATPase component [Inorganic ion transport and metabolism]" /inference="protein motif:COG:COG1131 ABC-type multidrug transport system, ATPase component; V Defense mechanisms" /inference="protein motif:Gene3D:G3D.3.40.50.300 no description" /inference="protein motif:HMMPanther:PTHR19222 ATP-BINDING CASSETTE TRANSPORTER" /inference="protein motif:HMMPfam:PF00005 ABC_tran InterPro:IPR003439 ABC transporter related GO:Molecular Function:ATP binding (GO:0005524), Molecular Function:ATPase activity (GO:0016887)" /inference="protein motif:HMMSmart:SM00382 no description InterPro:IPR003593 AAA ATPase GO:Molecular Function:nucleotide binding (GO:0000166), Molecular Function:nucleoside-triphosphatase activity (GO:0017111)" /inference="protein motif:ProfileScan:PS50100 DA_BOX InterPro:IPR003439 ABC transporter related GO:Molecular Function:ATP binding (GO:0005524), Molecular Function:ATPase activity (GO:0016887)" /inference="protein motif:ProfileScan:PS50101 ATP_GTP_A2" /inference="protein motif:ProfileScan:PS50893 ABC_TRANSPORTER_2 InterPro:IPR003439 ABC transporter related GO:Molecular Function:ATP binding (GO:0005524), Molecular Function:ATPase activity (GO:0016887)" /inference="protein motif:superfamily:SSF52540 P-loop containing nucleoside triphosphate hydrolases" /codon_start=1 /transl_table=11 /product="ABC-type transport protein, ATPase component" /protein_id="ACS33130.1" /translation="MSKSYGDTKALDNVSFKLSEGLSFILGPNGSGKTTFIKILSGIT YPDAGEIKVLGKDYGDLTKGEISFSFEKTNLSPSIKVGEYLSAIGEWRGEDNSREVME MFELRNVESKRFSELSQGYKRRFLVASAFVGSPKVVFLDEPFSNVDIVAKKRMMEVFM ELKRERNIVIVSHVFTNIEEIDSLVVLYNGKVLRNLHGKELQDIGGFKAVFSDGSVVV NDLDELVERIRNGQRPVSIKPVTLEDWLMDFF" gene 599775..600782 /locus_tag="TGAM_0629" /note="tg0629" CDS 599775..600782 /locus_tag="TGAM_0629" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:BlastProDom:PD004958 Q9V0J7_PYRAB_Q9V0J7; InterPro:IPR001852 Vitamin B6 biosynthesis protein GO:Molecular Function:molecular function unknown (GO:0005554)" /inference="protein motif:CDD:SNZ1, Pyridoxine biosynthesis enzyme [Coenzyme metabolism]" /inference="protein motif:CDD:SOR_SNZ, SOR/SNZ family" /inference="protein motif:COG:COG0214 Pyridoxine biosynthesis enzyme; H Coenzyme transport and metabolism" /inference="protein motif:Gene3D:G3D.3.20.20.90 no description" /inference="protein motif:HMMPfam:PF01680 SOR_SNZ InterPro:IPR001852 Vitamin B6 biosynthesis protein GO:Molecular Function:molecular function unknown (GO:0005554)" /inference="protein motif:HMMTigr:TIGR00343 TIGR00343:pyridoxine biosynthesis protein InterPro:IPR001852 Vitamin B6 biosynthesis protein GO:Molecular Function:molecular function unknown (GO:0005554)" /inference="protein motif:ProfileScan:PS50264 FMN_ENZYMES InterPro:IPR003009 FMN/related compound-binding core" /inference="protein motif:ProfileScan:PS51129 PDXS_SNZ_2 InterPro:IPR001852 Vitamin B6 biosynthesis protein GO:Molecular Function:molecular function unknown (GO:0005554)" /inference="protein motif:ScanRegExp:PS01235 PDXS_SNZ_1 InterPro:IPR001852 Vitamin B6 biosynthesis protein GO:Molecular Function:molecular function unknown (GO:0005554)" /inference="protein motif:superfamily:SSF51391 Thiamin phosphate synthase" /codon_start=1 /transl_table=11 /product="Pyridoxine biosynthesis protein" /protein_id="ACS33131.1" /translation="MGKLDIIEKKGTERLKRGFAKMVKGGVIMDVTNAEQARIAEEAG AVAVMALHRVPADIRKAGGVARMAPIEKIQEIMDAVTIPVMAKVRIGHVAEARILEAL GVDMIDESEVLTPSDPYFHIDKREFKIPFVCGNRNLGEAVRRIWEGAAMMRTKGEAGT GNIIEAVRHVRLLKDNIALLQRMTDEQIYGVAEKFAEPYLRLAFEVREISGLPKQVLE NEPVYGHYTYREIVEGLYKILLEIKKLGRLPVVNFAAGGVATPADAALMMQMGMDGVF VGSGIFKSSNPPKMARAIVEAVNHWDEPDVLVEISKEIGEPMRGQDIEELEVRLEERG V" gene 600813..601406 /gene="pdxT" /locus_tag="TGAM_0630" /note="tg0630" CDS 600813..601406 /gene="pdxT" /locus_tag="TGAM_0630" /EC_number="2.6.-.-" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:GATase1_PB, Glutamine Amidotransferase (GATase_I) involved in pyridoxine biosynthesis" /inference="protein motif:CDD:PDX2, Predicted glutamine amidotransferase involved in pyridoxine biosynthesis [Coenzyme metabolism]" /inference="protein motif:CDD:SNO, SNO glutamine amidotransferase family" /inference="protein motif:COG:COG0311 Predicted glutamine amidotransferase involved in pyridoxine biosynthesis; H Coenzyme transport and metabolism" /inference="protein motif:Gene3D:G3D.3.40.50.880 no description" /inference="protein motif:HMMPfam:PF01174 SNO InterPro:IPR002161 SNO glutamine amidotransferase" /inference="protein motif:ProfileScan:PS51130 PDXT_SNO_2 InterPro:IPR002161 SNO glutamine amidotransferase" /inference="protein motif:superfamily:SSF52317 Class I glutamine amidotransferase-like" /codon_start=1 /transl_table=11 /product="Glutamine amidotransferase subunit pdxT (pdxT)" /protein_id="ACS33132.1" /translation="MVKVGVIGLQGDVSEHIEAAQRALENLGVSGEVIWLKKPEQLEG ISAIIIPGGESTTISRLMQKNGLLEPVRKLGEEGLPIMGTCAGLIMLSKEVIGATPEQ RFLELLDVKVNRNAYGRQVDSFEAPVKLAFSDEPFPGVFIRAPRIVELLSDKVKPIAW LGDRVVGVEQDNLIGLEFHPELTEDTRVHEYFLRKAL" gene 601482..603470 /gene="fdhA" /locus_tag="TGAM_0631" /note="tg0631" CDS 601482..603470 /gene="fdhA" /locus_tag="TGAM_0631" /EC_number="1.2.1.2" /inference="protein motif:COG:COG0243 Anaerobic dehydrogenases, typically selenocysteine-containing; C Energy production and conversion" /inference="protein motif:Gene3D:G3D.2.40.40.20 no description" /inference="protein motif:Gene3D:G3D.3.40.228.10 no description" /inference="protein motif:Gene3D:G3D.3.90.55.10 no description" /inference="protein motif:HMMPanther:PTHR11615 NADH-UBIQUINONE OXIDOREDUCTASE FE-S PROTEIN 1" /inference="protein motif:HMMPanther:PTHR11615:SF12 FORMATE DEHYDROGENASE" /inference="protein motif:HMMPfam:PF00384 Molybdopterin InterPro:IPR006656 Molybdopterin oxidoreductase GO:Molecular Function:oxidoreductase activity (GO:0016491)" /inference="protein motif:HMMPfam:PF01568 Molydop_binding InterPro:IPR006657 Molydopterin dinucleotide-binding region GO:Molecular Function:oxidoreductase activity (GO:0016491), Molecular Function:molybdenum ion binding (GO:0030151)" /inference="protein motif:HMMPfam:PF04879 Molybdop_Fe4S4 InterPro:IPR006963 Molybdopterin oxidoreductase Fe4S4 region GO:Molecular Function:oxidoreductase activity (GO:0016491)" /inference="protein motif:HMMTigr:TIGR01591 Fdh-alpha:formate dehydrogenase, alpha sub InterPro:IPR006478 Formate dehydrogenase, alpha subunit GO:Molecular Function:formate dehydrogenase activity (GO:0008863), Cellular Component:formate dehydrogenase complex (GO:0009326), Biological Process:formate metabolism (GO:0015942)" /inference="protein motif:superfamily:SSF50692 ADC-like InterPro:IPR009010 Aspartate decarboxylase-like fold" /inference="protein motif:superfamily:SSF53706 Formate dehydrogenase/DMSO reductase, domains 1-3" /note="2 probable transmembrane helices predicted by modhmm" /codon_start=1 /transl_table=11 /product="Formate dehydrogenase alpha subunit (fdhA)" /protein_id="ACS33133.1" /translation="MKTVVCPFCGFGCRLLVDEKSMRAKPYPGQPNRGKLCPKGLYSL EFVRSQGRLKRPLKRVGSAMVPISWGVAVEEIANKLLEIRELYGPDAVAFLSSSKISN EENYLLQKIARLFGTNNIDNCARLCHEASVHALKLAVGTGAQTNPYEDLENFNAVLIW GYNPAETHPVVMNYVLRAKRRGAKVIVVDVRETRTMAFADYKLIIKPGTDIVLANAMA NVITGEELYDEEFVRSRTSGFSEVRMAVMKYTPEYAETVTGIPAETIREVARAFALAG SGAIMWGMGLTQHVSGVENVLAVINLALLLGYIGEKGGLYPMRGQNNVQGAAYMGALS EFLPGYVPLTDERFRKRVASLWGVDDLPTERGLYLTELWDAIERSDLKALYIVGENPA VSEADFTRVRRALRKLDLLVVQDVFMTRTARYAHYVLPASAFCEKEGSYMNSERRIQW SHKVCEPYADSKPDWEILAMLGRALGLPGFNYTRVEEITVEYFRLFPELEERSVDELK NGEGIFLPRKRLHTWEFATPDGKARFMAVERISPWEEPSEEFPLILTTVRLINHYNTG EMTLRSPSLVKLMGEPKVMINEKDAKRLGITDGDWVDIETRRGRIRMRAKVGGVPEGL VAIPFHFKANRITSPALNKAGTPEFKFSACRVKKMKAP" gene 603592..603921 /locus_tag="TGAM_0632" /note="tg0632" CDS 603592..603921 /locus_tag="TGAM_0632" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein" /protein_id="ACS33134.1" /translation="MVNLDELKVNAQEYLEDADYLYNKGHYNSALNLYFKALVAICDY IILRDTGKLPRNHTERFRILEEKYPDIYDIVDFHFNNYRKAYLMRATKEWVEVLKNDV HNLYSQL" gene 603890..604534 /locus_tag="TGAM_0633" /note="tg0633" CDS 603890..604534 /locus_tag="TGAM_0633" /inference="protein motif:Gene3D:G3D.3.30.460.10 no description" /inference="protein motif:HMMPfam:PF01909 NTP_transf_2 InterPro:IPR002934 DNA polymerase, beta-like region GO:Molecular Function:nucleotidyltransferase activity (GO:0016779)" /inference="protein motif:superfamily:SSF81301 Nucleotidyltransferase" /note="Contains a DNA polymerase, beta-like region." /codon_start=1 /transl_table=11 /product="Nucleotidyltransferase, putative" /protein_id="ACS33135.1" /translation="MTSTTSTLSSEPLQFFTLQGTLHETVKNFVENHSEVFDVVLYGS TVLGKEKPNDLDLMILTRTKLPALELRNLILELKRELSKILTNAKLDIRAMSLEELFD PNNLASLGVIIEGFSLTKNKSMAELMNGKAYALFRFTLEGLPRKDRVRFQYALKGRDM KSGLLKELNGEQWGAWVVVVPIEHTYRFRDFLELWGVKYEAFTILKGADLFYKF" gene complement(604541..605899) /gene="purF" /locus_tag="TGAM_0634" /note="tg0634" CDS complement(604541..605899) /gene="purF" /locus_tag="TGAM_0634" /EC_number="2.4.2.14" /inference="protein motif:CDD:AsnB, Asparagine synthase (glutamine-hydrolyzing) [Amino acid transport and metabolism]" /inference="protein motif:CDD:AsnB, Glutamine amidotransferases class-II (GATase) asparagine synthase_B type" /inference="protein motif:CDD:GATase_2, Glutamine amidotransferases class-II" /inference="protein motif:CDD:GFAT, Glutamine amidotransferases class-II (Gn-AT)_GFAT-type" /inference="protein motif:CDD:GlmS, Glucosamine 6-phosphate synthetase, contains amidotransferase and phosphosugar isomerase domains [Cell envelope biogenesis, outer membrane]" /inference="protein motif:CDD:GlxB, Glutamine amidotransferases class-II (Gn-AT)_GlxB-type" /inference="protein motif:CDD:Gn_AT_II, Glutamine amidotransferases class-II (GATase)" /inference="protein motif:CDD:GPATase_N, Glutamine amidotransferases class-II (GN-AT)_GPAT- type" /inference="protein motif:CDD:PurF, Glutamine phosphoribosylpyrophosphate amidotransferase [Nucleotide transport and metabolism]" /inference="protein motif:CDD:YafJ, Glutamine amidotransferases class-II (Gn-AT)_YafJ-type" /inference="protein motif:COG:COG0034 Glutamine phosphoribosylpyrophosphate amidotransferase; F Nucleotide transport and metabolism" /inference="protein motif:Gene3D:G3D.3.60.20.10 no description" /inference="protein motif:HMMPanther:PTHR11907 AMIDOPHOSPHORIBOSYLTRANSFERASE InterPro:IPR005854 Amidophosphoribosyl transferase GO:Molecular Function:amidophosphoribosyltransferase activity (GO:0004044), Biological Process:purine base biosynthesis (GO:0009113)" /inference="protein motif:HMMPanther:PTHR11907:SF2 AMIDOPHOSPHORIBOSYLTRANSFERASE" /inference="protein motif:HMMPfam:PF00156 Pribosyltran InterPro:IPR000836 Phosphoribosyltransferase GO:Biological Process:nucleoside metabolism (GO:0009116)" /inference="protein motif:HMMPfam:PF00310 GATase_2 InterPro:IPR000583 Glutamine amidotransferase, class-II GO:Biological Process:metabolism (GO:0008152)" /inference="protein motif:HMMTigr:TIGR01134 purF:amidophosphoribosyltransferase InterPro:IPR005854 Amidophosphoribosyl transferase GO:Molecular Function:amidophosphoribosyltransferase activity (GO:0004044), Biological Process:purine base biosynthesis (GO:0009113)" /inference="protein motif:ScanRegExp:PS00103 PUR_PYR_PR_TRANSFER InterPro:IPR002375 Purine/pyrimidine phosphoribosyl transferase GO:Molecular Function:transferase activity (GO:0016740)" /inference="protein motif:ScanRegExp:PS00443 GATASE_TYPE_II InterPro:IPR000583 Glutamine amidotransferase, class-II GO:Biological Process:metabolism (GO:0008152)" /inference="protein motif:superfamily:SSF53271 PRTase-like" /inference="protein motif:superfamily:SSF56235 N-terminal nucleophile aminohydrolases (Ntn hydrolases)" /codon_start=1 /transl_table=11 /product="Amidophosphoribosyltransferase (purF)" /protein_id="ACS33136.1" /translation="MVAMREKCGIFATLSENSAKKAYYALLALQHRGQESAGISVWRH RIRTVSGPGLVQDVFKGPVLAKIKSNLAIAHVRYSTSGSLNETQPLETECCGMRIAVA HNGTLTNFRPLRERYEKLGVRFRHSVDSELLGISFLWHLHETGDEFEAMRAVFGEVKG AYSVALLFDGKILVARDPVGFRPLSYGTGDGHYFASEDSALRLFVNESENGEIRDVEP GEVFLLSENGVESKVLARESHHHCVFEYIYFARPDSVLDRTNVYSARVRMGVELARES PAEADVVIAVPDSGRAAALGFSRESGIPYAEGLIKNRYIGRTFITPGQFNRELKVKLK LSPVREVIAGKRVVLVDDSIVRGTTMKRIVAMLRKAGAREVHVRIASPPIRYPCYMGI DIPTRHELIAAFGGVEKVREAIGADSLAYLSVEGLKRAVGREDLCLACLTGEYPEWAF RF" gene 606045..606752 /gene="purC-1" /locus_tag="TGAM_0635" /note="tg0635" CDS 606045..606752 /gene="purC-1" /locus_tag="TGAM_0635" /EC_number="6.3.2.6" /inference="protein motif:BlastProDom:PD003043 PUR7_PYRFU_Q8U4D5; InterPro:IPR001636 SAICAR synthetase GO:Molecular Function:phosphoribosylaminoimidazolesuccinocarboxamide synthase activity (GO:0004639), Biological Process:purine nucleotide biosynthesis (GO:0006164)" /inference="protein motif:CDD:SAICAR_synt, SAICAR synthetase" /inference="protein motif:CDD:SAICAR_synt, SAICAR synthetase catalyzes the seventh step of the de novo biosynthesis of purine nucleotides, the conversion of carboximideaminoimidazole ribonucleotide (CAIR) into succinoaminoimidazolecarboximide ribonucleotide (SAICAR)" /inference="protein motif:CDD:SAICAR_synt_Ade5, Eukaryotic group of SAICAR synthetases represented by the Drosophila melanogaster, N-terminal, SAICAR synthetase domain of Ade5" /inference="protein motif:CDD:SAICAR_synt_Sc, Eukaryotic, prokaryotic and archaeal group of SAICAR synthetases represented by the Saccharomyces cerevisiae (Sc) SAICAR synthetase" /inference="protein motif:CDD:SAICAR_synt_Tm, Prokaryotic and archaeal group of SAICAR synthetases represented by the Thermotoga maritima (Tm) SAICAR synthetase and E" /inference="protein motif:COG:COG0152 Phosphoribosylaminoimidazolesuccinocarboxamide (SAICAR) synthase; F Nucleotide transport and metabolism" /inference="protein motif:Gene3D:G3D.3.30.470.20 no description" /inference="protein motif:HMMPanther:PTHR11609 PHOSPHORIBOSYLAMINOIMIDAZOLE-SUCCINOCARBOXAMIDE SYNTHASE InterPro:IPR001636 SAICAR synthetase GO:Molecular Function:phosphoribosylaminoimidazolesuccinocarboxamide synthase activity (GO:0004639), Biological Process:purine nucleotide biosynthesis (GO:0006164)" /inference="protein motif:HMMPanther:PTHR11609:SF1 PHOSPHORIBOSYLAMINOIMIDAZOLE-SUCCINOCARBOXAMIDE SYNTHASE" /inference="protein motif:HMMPfam:PF01259 SAICAR_synt InterPro:IPR001636 SAICAR synthetase GO:Molecular Function:phosphoribosylaminoimidazolesuccinocarboxamide synthase activity (GO:0004639), Biological Process:purine nucleotide biosynthesis (GO:0006164)" /inference="protein motif:HMMTigr:TIGR00081 purC:phosphoribosylaminoimidazole-succinoca InterPro:IPR001636 SAICAR synthetase GO:Molecular Function:phosphoribosylaminoimidazolesuccinocarboxamide synthase activity (GO:0004639), Biological Process:purine nucleotide biosynthesis (GO:0006164)" /inference="protein motif:ScanRegExp:PS01057 SAICAR_SYNTHETASE_1 InterPro:IPR001636 SAICAR synthetase GO:Molecular Function:phosphoribosylaminoimidazolesuccinocarboxamide synthase activity (GO:0004639), Biological Process:purine nucleotide biosynthesis (GO:0006164)" /inference="protein motif:ScanRegExp:PS01058 SAICAR_SYNTHETASE_2 InterPro:IPR001636 SAICAR synthetase GO:Molecular Function:phosphoribosylaminoimidazolesuccinocarboxamide synthase activity (GO:0004639), Biological Process:purine nucleotide biosynthesis (GO:0006164)" /inference="protein motif:superfamily:SSF56104 SAICAR synthase-like" /codon_start=1 /transl_table=11 /product="Phosphoribosylaminoimidazole-succinocarboxamide synthase (purC)" /protein_id="ACS33137.1" /translation="MEVYEGKAKRVIPLDDGKVILEFKDDATAFDGKKKARFKGKGWL NAQISAVLFKVLEENGIKTHFIGIAGDNRLIVERLKMYPLEVVVRNVVAGSLKKRLPL EEGTELPEPIVELYYKDDGLGDPMINHYHAKVLGVSEEEVREMERIALKVNEVLRKYF TERGIILVDFKLEFGKNERGEIVLGDEISPDTCRFWDAETKESLDKDVFRFDKGDLIS AYEKLYERLTGESPTHR" gene complement(606724..606888) /locus_tag="TGAM_0636" /note="tg0636" CDS complement(606724..606888) /locus_tag="TGAM_0636" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein" /protein_id="ACS33138.1" /translation="MELTVRRKAFLEELPGVVEEAVKTYGIWLRRIEIEEDEKGCYTV LIIYESEIHR" gene complement(606921..607925) /gene="purM" /locus_tag="TGAM_0637" /note="tg0637" CDS complement(606921..607925) /gene="purM" /locus_tag="TGAM_0637" /EC_number="6.3.3.1" /inference="protein motif:CDD:AIRS, AIR synthase related protein, N-terminal domain" /inference="protein motif:CDD:AIRS_C, AIR synthase related protein, C-terminal domain" /inference="protein motif:CDD:COG2144, Selenophosphate synthetase-related proteins [General function prediction only]" /inference="protein motif:CDD:HypE, Hydrogenase maturation factor [Posttranslational modification, protein turnover, chaperones]" /inference="protein motif:CDD:PurM, Phosphoribosylaminoimidazole (AIR) synthetase [Nucleotide transport and metabolism]" /inference="protein motif:CDD:PurM_N, PurM (Aminoimidazole Ribonucleotide [AIR] synthetase), one of eleven enzymes required for purine biosynthesis, catalyzes the conversion of formylglycinamide ribonucleotide (FGAM) and ATP to AIR, ADP, and Pi, the fifth step in de novo purine biosynthesis" /inference="protein motif:CDD:PurM_N_like, AIR synthase related protein, N-terminal domain" /inference="protein motif:CDD:ThiL, Thiamine monophosphate kinase [Coenzyme metabolism]" /inference="protein motif:COG:COG0150 Phosphoribosylaminoimidazole (AIR) synthetase; F Nucleotide transport and metabolism" /inference="protein motif:Gene3D:G3D.3.30.70.460 no description" /inference="protein motif:Gene3D:G3D.3.90.650.10 no description" /inference="protein motif:HMMPanther:PTHR10520 PHOSPHORIBOSYLGLYCINAMIDE FORMYLTRANSFERASE-RELATED" /inference="protein motif:HMMPanther:PTHR10520:SF5 TRIFUNCTIONAL PURINE BIOSYNTHETIC PROTEIN-RELATED" /inference="protein motif:HMMPfam:PF00586 AIRS InterPro:IPR000728 AIR synthase related protein GO:Molecular Function:catalytic activity (GO:0003824)" /inference="protein motif:HMMPfam:PF02769 AIRS_C InterPro:IPR010918 AIR synthase related protein, C-terminal" /inference="protein motif:HMMTigr:TIGR00878 purM:phosphoribosylformylglycinamidine cycl InterPro:IPR004733 Phosphoribosylformylglycinamidine cyclo-ligase GO:Molecular Function:phosphoribosylformylglycinamidine cyclo-ligase activity (GO:0004641), Cellular Component:cytoplasm (GO:0005737), Biological Process:'de novo' IMP biosynthesis (GO:0006189)" /inference="protein motif:superfamily:SSF55326 Aminoimidazole ribonucleotide synthetase (PurM) N-terminal domain" /inference="protein motif:superfamily:SSF56042 Aminoimidazole ribonucleotide synthetase (PurM) C-terminal domain" /codon_start=1 /transl_table=11 /product="Phosphoribosylformylglycinamidine cyclo-ligase (purM)" /protein_id="ACS33139.1" /translation="MLTYAQAGVDDEKTVRALKNIIGLARETFKFRRGKPGEPAENLG HYSALLDFGNFYLAMTTDGVGTKVLVAEAVGKFNTIGIDMIAMNVNDLLCVGAEPIAL VDYLAVREPDEKIFAEIAKGLYAGAEKAGIAIVGGETAVMPDLINGFDLAGTAIGIVE KGKVITGEEMRPDDAVIGISSSGIHSNGLTLARKLLIPKYGLDYEYEGRKLWEWLLEP TRIYVRAVLELLERVEVHGLAHITGGGLINLKRLTNYGFSLEMPPIEGIFKLIHENGV PLEEMFRVFNMGVGFVAIVPPEEKEEALGILNKYYESFELGRVTKEPGIRVENYGIKL " gene 608052..609344 /gene="purT" /locus_tag="TGAM_0638" /note="tg0638" CDS 608052..609344 /gene="purT" /locus_tag="TGAM_0638" /EC_number="2.1.2.-" /inference="protein motif:CDD:AccC, Biotin carboxylase [Lipid metabolism]" /inference="protein motif:CDD:ATP-grasp, ATP-grasp domain" /inference="protein motif:CDD:CarB, Carbamoylphosphate synthase large subunit (split gene in MJ) [Amino acid transport and metabolism / Nucleotide transport and metabolism]" /inference="protein motif:CDD:Dala_Dala_ligas, D-ala D-ala ligase" /inference="protein motif:CDD:PurK, Phosphoribosylaminoimidazole carboxylase (NCAIR synthetase) [Nucleotide transport and metabolism]" /inference="protein motif:CDD:PurT, Formate-dependent phosphoribosylglycinamide formyltransferase (GAR transformylase) [Nucleotide transport and metabolism]" /inference="protein motif:COG:COG0027 Formate-dependent phosphoribosylglycinamide formyltransferase (GAR transformylase); F Nucleotide transport and metabolism" /inference="protein motif:Gene3D:G3D.3.30.470.20 no description" /inference="protein motif:Gene3D:G3D.3.40.50.20 no description" /inference="protein motif:HMMPanther:PTHR18866 ACETYL-COENZYME A CARBOXYLASE CARBOXYL TRANSFERASE" /inference="protein motif:HMMPanther:PTHR18866:SF31 BIOTIN CARBOXYLASE-RELATED" /inference="protein motif:HMMPfam:PF02222 ATP-grasp InterPro:IPR003135 ATP-dependent carboxylate-amine ligase-like, ATP-grasp" /inference="protein motif:HMMTigr:TIGR01142 purT:phosphoribosylglycinamide formyltransf InterPro:IPR005862 Phosphoribosylglycinamide formyltransferase 2 GO:Biological Process:purine base biosynthesis (GO:0009113), Molecular Function:hydroxymethyl-, formyl- and related transferase activity (GO:0016742)" /inference="protein motif:ProfileScan:PS50205 NAD_BINDING InterPro:IPR000205 NAD-binding site" /inference="protein motif:ProfileScan:PS50975 ATP_GRASP InterPro:IPR011761 ATP-grasp fold GO:Molecular Function:catalytic activity (GO:0003824)" /inference="protein motif:superfamily:SSF52440 PreATP-grasp domain" /inference="protein motif:superfamily:SSF56059 Glutathione synthetase ATP-binding domain-like" /codon_start=1 /transl_table=11 /product="Phosphoribosylglycinamide formyltransferase 2 (purT)" /protein_id="ACS33140.1" /translation="MSKPRDELGTAMTDSAQKILLLGSGELGKEIAIEAQRLGVEVVA VDRYANAPAMQVAHRSYVGDMRNADFLFSVVEREKPDAIIPEIEAINLDALFELEKDG YFVVPNARATWIAMHRERTRETLAKEAKVPTSRYAYATTLDELYEACERIGYPCHTKA IMSSSGKGSYFVEGPEDIPKAWEVAKKKARGSADKIIVEEHIDFDVEITELAVRHYDE NGEVVTTFPKPVGHYQIDGDYHASWQPAEISEKAEREVYRIAKRITDVLGGLGLFGVE MFVKGDKVWANEVSPRPHDTGMVTLASHPTGFSEFGLHLRAVLGLPIPGEWVNGYRLF PLLTPAATHVIKANVSGYSPRFRGLSKALGVPNATVRLFGKPEAYPGRRLGVAIAWDR NVEEAKRKAEMVAHMIELRTRSSDWHGQDYEKRKHLMG" gene complement(609347..609517) /gene="secG" /locus_tag="TGAM_0639" /note="tg0639" CDS complement(609347..609517) /gene="secG" /locus_tag="TGAM_0639" /inference="protein motif:COG:COG4023 Preprotein translocase subunit Sec61beta; U Intracellular trafficking, secretion, and vesicular transport" /inference="protein motif:HMMPfam:PF03911 Sec61_beta InterPro:IPR005609 Sec61beta" /note="1 probable transmembrane helix predicted by modhmm" /codon_start=1 /transl_table=11 /product="Preprotein translocase SEC61 complex beta subunit (secG)" /protein_id="ACS33141.1" /translation="MAKDKTTLPPTGAGLMRFFDEDTRAIKVSPKGVIAIVLVLIAFE VFLHLFGPSIFG" gene 609636..610304 /gene="tip" /locus_tag="TGAM_0640" /note="tg0640" CDS 609636..610304 /gene="tip" /locus_tag="TGAM_0640" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:HMMPfam:PF00096 zf-C2H2 InterPro:IPR007087 Zinc finger, C2H2-type GO:Molecular Function:nucleic acid binding (GO:0003676), Cellular Component:nucleus (GO:0005634), Molecular Function:zinc ion binding (GO:0008270)" /codon_start=1 /transl_table=11 /product="TBP-interacting protein (tip)" /protein_id="ACS33142.1" /translation="MDYGSLSPRMKRVYTQVRYLDDYHWNIRDDAIEGIHKKSGIRVL ILAADNREHALKIADGLNERGIVIIAVPEKGVFAVHNGAFVMTYKYARATLSDIHDHI VWSGFKVVENGNSLKQEDVYEYLGGRLIEHIKENAVIGQDYVFWQFYRCEKCGKYVDI DNLESHLRGHGIKLHEKSEERYEIFEINFRDGKVYDKFGEEVPLSKFSDEAKDFLRES MEGK" gene complement(610305..611444) /locus_tag="TGAM_0641" /note="tg0641" CDS complement(610305..611444) /locus_tag="TGAM_0641" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:DUF835, Protein of unknown function (DUF835)" /inference="protein motif:HMMPfam:PF05763 DUF835 InterPro:IPR008553 Protein of unknown function DUF835" /inference="protein motif:superfamily:SSF51366 Ribulose-phoshate binding barrel InterPro:IPR011060 Ribulose-phosphate binding barrel" /note="Belongs to DUF835 family; 7 probable transmembrane helices predicted by modhmm" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein" /protein_id="ACS33143.1" /translation="MSEFIPLLNFLSRWVLFGTVAWKAYKTRDKGWALLAAALFIGAL DIETYILTPLGIEIPQPAYDVASKVPDFYIALLTIWGTLHLRYEKTNFNHVVYLSLLL IASYVWLFLLAINFFGSNFAVKASFPSLLLGASLIYVSYVLWNHVISRRLLDRLFPIG LCTVGLLNLTYPIGRPVEWYSTIAFFLAAVGRLLAAIGAFTFVFYPLSEPIKKTKAPE IVQGAYLARDRKEVQKILPNFFENDMIAVTRLSPVEIAGKFTPASMVFWITKAKEGQV SDNPKVIAISPAKLGILQDLIIREIERGYRIVYVDAFEYLVVEVGFQVAFKFLLSVRD FVLSNGGTLVLVANPETLREQEWKLVLREFTPLKSLKKAEKNPKE" gene complement(611444..612706) /locus_tag="TGAM_0642" /note="tg0642" CDS complement(611444..612706) /locus_tag="TGAM_0642" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:COG1213, Predicted sugar nucleotidyltransferases [Cell envelope biogenesis, outer membrane]" /inference="protein motif:CDD:GalU, UDP-glucose pyrophosphorylase [Cell envelope biogenesis, outer membrane]" /inference="protein motif:CDD:GCD1, Nucleoside-diphosphate-sugar pyrophosphorylase involved in lipopolysaccharide biosynthesis/translation initiation factor 2B, gamma/epsilon subunits (eIF-2Bgamma/eIF-2Bepsilon) [Cell envelope biogenesis, outer membrane / Translation, ribosomal structure and biogenesis]" /inference="protein motif:CDD:GlgC, ADP-glucose pyrophosphorylase [Carbohydrate transport and metabolism]" /inference="protein motif:CDD:GlmU, N-acetylglucosamine-1-phosphate uridyltransferase (contains nucleotidyltransferase and I-patch acetyltransferase domains) [Cell envelope biogenesis, outer membrane]" /inference="protein motif:CDD:LpxD, UDP-3-O-[3-hydroxymyristoyl]" /inference="protein motif:CDD:NTP_transferase, Nucleotidyl transferase" /inference="protein motif:CDD:RfbA, dTDP-glucose pyrophosphorylase [Cell envelope biogenesis, outer membrane]" /inference="protein motif:COG:COG1208 Nucleoside-diphosphate-sugar pyrophosphorylase involved in lipopolysaccharide biosynthesis/translation initiation factor 2B, gamma/epsilon subunits (eIF-2Bgamma/eIF-2Bepsilon); M Cell wall/membrane/envelope biogenesis" /inference="protein motif:Gene3D:G3D.3.90.550.10 no description" /inference="protein motif:HMMPanther:PTHR19136 SUGAR-PHOSPHATE NUCLEOTIDYL TRANSFERASE" /inference="protein motif:HMMPanther:PTHR19136:SF24 GLUCOSE-1-PHOSPHATE THYMIDYLYLTRANSFERASE" /inference="protein motif:HMMPfam:PF00132 Hexapep InterPro:IPR001451 Bacterial transferase hexapeptide repeat" /inference="protein motif:HMMPfam:PF00483 NTP_transferase InterPro:IPR005835 Nucleotidyl transferase GO:Biological Process:biosynthesis (GO:0009058), Molecular Function:nucleotidyltransferase activity (GO:0016779)" /inference="protein motif:superfamily:SSF51161 Trimeric LpxA-like enzymes InterPro:IPR011004 Trimeric LpxA-like" /inference="protein motif:superfamily:SSF53448 Nucleotide-diphospho-sugar transferases" /codon_start=1 /transl_table=11 /product="Sugar-phosphate nucleotydyltransferase" /protein_id="ACS33144.1" /translation="MKAVVLAAGKGERLKPLTDDRPKVILKVANRPIIEYVMENLYPF VDEFIIVVRYEKEKIIETLGDEFGGKPVTYVEQRPGEGTAKAVESAREHVGDEEFIVA NGDIYFEVEAIKELVSAFRREKADAALVLKHFEDLSHFGKVEVKEGRVVGILEKPGKV PGYANLGIYLFRPDVFEFIGETPLSERGEYEITDTINLMIKAGKKVAYAVYSDYWNDI GRPWNLLELNEYLLKTKLRHEIRGTVEEGATIIPPVEIGEGTVVRSGAYIIGPVKIGR NSRVGPNCFIRPYTSIGDNCHIGNAVEVKNSIIMDNSNAPHLNYVGDSIIGENVNLGA GTITANLRHDRTNIKVEIKGKLEDSGRHKLGAIIGHGVKTGINVSIYPGRKIGSHSLI GPGVVVDRNVPPGTMVLLRQEKVEKRVR" gene complement(612703..613437) /locus_tag="TGAM_0643" /note="tg0643" CDS complement(612703..613437) /locus_tag="TGAM_0643" /note="7 probable transmembrane helices predicted by modhmm" /codon_start=1 /transl_table=11 /product="Undecaprenol kinase related protein" /protein_id="ACS33145.1" /translation="MLGFIIALLTGLLTALIVLFPASAVVFSMDVNLLVPAYAGALVA LLFYFRELLSKEPIMALKGFSPAQLRYAILATTLTLVLGFLPRLSGGKVELAIAGIIV ALLPAIAYGFKPLEGLRKTFEEEPTPVDAVSVGIAHALAILFSLPRGGMSALALALSG YDAKRILRFSLQVAPAYLVVEIIRAGQCQPRPKWLGPLTFASSFFVTFLLVWLLFKLT ERLESRTFLAFYGVVGVILYLMGVLI" gene 613553..613762 /locus_tag="TGAM_0644" /note="tg0644" CDS 613553..613762 /locus_tag="TGAM_0644" /note="2 probable transmembrane helices predicted by modhmm" /codon_start=1 /transl_table=11 /product="Hypothetical protein" /protein_id="ACS33146.1" /translation="MGLGVIVDKLNRYEGLFEKLGLLLVAVFFLLVIAGFTDLSHVGK LMSLVLLFLVAMSSLVGVVLYRSLD" gene 613820..614893 /locus_tag="TGAM_0645" /note="tg0645" CDS 613820..614893 /locus_tag="TGAM_0645" /inference="protein motif:CDD:COG1084, Predicted GTPase [General function prediction only]" /inference="protein motif:CDD:COG1160, Predicted GTPases [General function prediction only]" /inference="protein motif:CDD:DRG, Predicted GTPase [General function prediction only]" /inference="protein motif:CDD:DRG, The developmentally regulated GTP-binding protein (DRG) subfamily is an uncharacterized member of the Obg family, an evolutionary branch of GTPase superfamily proteins" /inference="protein motif:CDD:EngA1, EngA1 subfamily" /inference="protein motif:CDD:EngA2, EngA2 subfamily" /inference="protein motif:CDD:Era, Era subfamily" /inference="protein motif:CDD:Era, GTPase [General function prediction only]" /inference="protein motif:CDD:Era_like, Era (E" /inference="protein motif:CDD:FeoB, Fe2+ transport system protein B [Inorganic ion transport and metabolism]" /inference="protein motif:CDD:FeoB, Ferrous iron transport protein B" /inference="protein motif:CDD:FeoB, Ferrous iron transport protein B (FeoB) subfamily" /inference="protein motif:CDD:HflX, GTPases [General function prediction only]" /inference="protein motif:CDD:HflX, HflX subfamily" /inference="protein motif:CDD:NOG, NOG1 is a nucleolar GTP-binding protein present in eukaryotes ranging from trypanosomes to humans" /inference="protein motif:CDD:NOG1, Nucleolar GTP-binding protein 1 (NOG1)" /inference="protein motif:CDD:Obg, Obg subfamily" /inference="protein motif:CDD:Obg, Predicted GTPase [General function prediction only]" /inference="protein motif:CDD:Obg_like, The Obg-like subfamily consists of five well-delimited, ancient subfamilies, namely Obg, DRG, YyaF/YchF, Ygr210, and NOG1" /inference="protein motif:CDD:Ras_like_GTPase, Ras-like GTPase superfamily" /inference="protein motif:CDD:ThdF, Predicted GTPase [General function prediction only]" /inference="protein motif:CDD:trmE, TrmE (MnmE, ThdF, MSS1) is a 3-domain protein found in bacteria and eukaryotes" /inference="protein motif:COG:COG1084 Predicted GTPase; R General function prediction only" /inference="protein motif:FPrintScan:PR00326 GTP1OBG InterPro:IPR006073 GTP1/OBG GO:Molecular Function:GTP binding (GO:0005525)" /inference="protein motif:Gene3D:G3D.3.40.50.300 no description" /inference="protein motif:HMMPanther:PTHR11702 GTP-BINDING PROTEIN-RELATED" /inference="protein motif:HMMPanther:PTHR11702:SF3 GTP-BINDING PROTEIN, GTP1/OBG-FAMILY" /inference="protein motif:HMMPfam:PF06858 NOG1 InterPro:IPR010674 Nucleolar GTP-binding 1 GO:Molecular Function:GTP binding (GO:0005525)" /inference="protein motif:HMMTigr:TIGR00231 small_GTP:small GTP-binding protein domain InterPro:IPR005225 Small GTP-binding protein domain GO:Molecular Function:GTP binding (GO:0005525)" /inference="protein motif:superfamily:SSF52540 P-loop containing nucleoside triphosphate hydrolases" /note="Belongs to G-protein superfamily" /codon_start=1 /transl_table=11 /product="GTPase, NOG1/MMR-HSR1 family" /protein_id="ACS33147.1" /translation="MKNPFEKMPTVLTADELIDKAFRRAERAASAYNPPGGKVAKARQ REELRVRTVSNVVRDNLRKILDRTPGVSTLPKFYQELVDTLVDRDQFHRSLARVNWAI KTIRNLEQRYVEKIRYERDPKGIAKLRRAFYGRVADILHEIDDDLRYLNQARNVLKEL PVVDLELPTVVIAGHPNVGKSTLLRALTNAKPEVASYPFTTKGINVGQFEEHYLRYQV IDTPGLLDRPLSERNEVEKQAILALKHLGDVIVYIFDPSEYCGFPIEEQMHLFEEILN EFGEFPFIVAINKVDIADDEKVRTVEEFVRAKGLEPVKISALTGEGLDELKKRVIAVV EPKARELAKKIMERELSKFREGV" gene complement(615061..615453) /gene="rps8E" /locus_tag="TGAM_0646" /note="tg0646" CDS complement(615061..615453) /gene="rps8E" /locus_tag="TGAM_0646" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:BlastProDom:PD005658 RS8E_PYRFU_Q8U1Y5; InterPro:IPR001047 Ribosomal protein S8E GO:Cellular Component:intracellular (GO:0005622)" /inference="protein motif:CDD:Ribosomal_S8e, Ribosomal protein S8e" /inference="protein motif:CDD:RPS8A, Ribosomal protein S8E [Translation, ribosomal structure and biogenesis]" /inference="protein motif:COG:COG2007 Ribosomal protein S8E; J Translation, ribosomal structure and biogenesis" /inference="protein motif:HMMPanther:PTHR10394 40S RIBOSOMAL PROTEIN S8" /inference="protein motif:HMMPanther:PTHR10394:SF1 40S RIBOSOMAL PROTEIN S8" /inference="protein motif:HMMPfam:PF01201 Ribosomal_S8e InterPro:IPR001047 Ribosomal protein S8E GO:Cellular Component:intracellular (GO:0005622)" /inference="protein motif:HMMTigr:TIGR00307 S8e:ribosomal protein S8.e InterPro:IPR001047 Ribosomal protein S8E GO:Cellular Component:intracellular (GO:0005622)" /inference="protein motif:ScanRegExp:PS01193 RIBOSOMAL_S8E InterPro:IPR001047 Ribosomal protein S8E GO:Cellular Component:intracellular (GO:0005622)" /codon_start=1 /transl_table=11 /product="SSU ribosomal protein S8E (rps8E)" /protein_id="ACS33148.1" /translation="MAIWQGRSLKKPSGGRIVLARKKRKRELGREPANTRVAEEREKR KIIRTYGGNRKVRLVEALYANVFEGGKGRKVKILNVVENPANRQYARRNIITKGAIIE TEIGKAVVTSRPGQDGVVNAVLLKEENA" gene 615626..618262 /locus_tag="TGAM_0647" /note="tg0647" CDS 615626..618262 /locus_tag="TGAM_0647" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:COG:COG1202 Superfamily II helicase, archaea-specific; R General function prediction only" /inference="protein motif:Gene3D:G3D.1.10.30.10 no description InterPro:IPR009071 High mobility group box" /inference="protein motif:Gene3D:G3D.3.40.50.300 no description" /inference="protein motif:HMMPanther:PTHR11752 HELICASE SKI2-RELATED" /inference="protein motif:HMMPanther:PTHR11752:SF9 DNA HELICASE-RELATED" /inference="protein motif:HMMPfam:PF00270 DEAD InterPro:IPR011545 DEAD/DEAH box helicase, N-terminal GO:Molecular Function:nucleic acid binding (GO:0003676), Molecular Function:helicase activity (GO:0004386), Molecular Function:ATP binding (GO:0005524)" /inference="protein motif:HMMPfam:PF00271 Helicase_C InterPro:IPR001650 Helicase, C-terminal GO:Molecular Function:nucleic acid binding (GO:0003676), Molecular Function:helicase activity (GO:0004386), Molecular Function:ATP binding (GO:0005524)" /inference="protein motif:HMMSmart:SM00487 no description InterPro:IPR011545 DEAD/DEAH box helicase, N-terminal GO:Molecular Function:nucleic acid binding (GO:0003676), Molecular Function:helicase activity (GO:0004386), Molecular Function:ATP binding (GO:0005524)" /inference="protein motif:HMMSmart:SM00490 no description InterPro:IPR001650 Helicase, C-terminal GO:Molecular Function:nucleic acid binding (GO:0003676), Molecular Function:helicase activity (GO:0004386), Molecular Function:ATP binding (GO:0005524)" /inference="protein motif:ProfileScan:PS50136 HELICASE InterPro:IPR001410 DEAD/DEAH box helicase GO:Molecular Function:ATP binding (GO:0005524), Molecular Function:ATP-dependent helicase activity (GO:0008026)" /inference="protein motif:superfamily:SSF52540 P-loop containing nucleoside triphosphate hydrolases" /inference="protein motif:superfamily:SSF53383" /codon_start=1 /transl_table=11 /product="DEAD/DEAH box RNA helicase" /protein_id="ACS33149.1" /translation="MLFVIRPGRKKNELEAFFIENEPEKLSEMRNLKAERIFRLIMRE GRLFKVLEGSQYRNPKEIEKLLRQARIVLVNADEWEDYFRRRLQNKRVEKAELCRLCL LEGRITVLTPGNRIKYRNEYICERCAEDELKRELRFRFNSIAMFDQAKKLLDRFRDLD KVLYAFDPRFDPTKHPEVTKWDELKAKHIKVEKIRVDELSLPEKFKEVLKAEGVKELL PVQSLAVKNGLLEGENLLVVSATASGKTLIGELAGVPKAMSGKKLLFLVPLVALANQK YEDFKRRYSKLGLRVAIRVGMSRIKTRDELVVVDTGIDADIIVGTYEGIDYLLRAGRK IGNVGTIVVDEIHTLDDEERGPRLDGLIARLRRLYPKAQFIGLSATVGNPEELAKELG LKLVLYDERPVDLERHIIIARNESEKWRHIANLCRAEAMRKSRQGYRGQTIVFTFSRK RTHELSAYLTSKGLRAKPYHSGLPYKQRKLTEMEFLAQRLDVVVTTAALGAGVDFPAS QVIFESLAMGNKWLSVREFHQMLGRAGRPLYHEKGKVYLIVEPGRKYSAQMEGTEEEV AFKLLTAPIEPVTVEWSDELEQDNVLAHSCVFNRLDVIEEVQERCLGANQSAEKVLEK LEEFELVRLKKPFVEVTPYGRAVSMSFLLPKEAEFIRKSLREKPARWIALKLHPFENL YLSGTLQRELEGAVRGRLSANVFSPSFASILEELEKVIPELSPNAAERLFTIYQEFFM CGEEDCTEYAMERVGNLIIELRRSGKHPTQIAEHFRKVYGLIVYPGDVFTWLDGIVRK LEAIERIARVFRVRKAEEDAKLLRKEIEEGRTLSDQDKRERESVRSGAPSVPGPLLRD RGRGRKSPGTRNASPPRRGRGI" gene complement(618150..618947) /locus_tag="TGAM_0648" /note="tg0648" CDS complement(618150..618947) /locus_tag="TGAM_0648" /inference="protein motif:CDD:COG1967, Predicted membrane protein [Function unknown]" /inference="protein motif:CDD:DUF63, Membrane protein of unknown function DUF63" /inference="protein motif:COG:COG1967 Predicted membrane protein; S Function unknown" /inference="protein motif:HMMPfam:PF01889 DUF63 InterPro:IPR002749 Protein of unknown function DUF63" /note="Belongs to DUF63 family; 7 probable transmembrane helices predicted by modhmm" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein" /protein_id="ACS33150.1" /translation="MVMMLEAVWKFFNQYFWEPMFTRSGYNPINTLVYALLFGLGVVY SYRYIIKPLKIKVDERLFWAVTPMVVFGATLRALVDGGVLPQHPLLLTPGIFFTAFFL IVPALVADAKLKTYPKITIVWGTILALWANYLLITHAKNWKPYELTMIHTLISWAIVL AFYKWRPFDKLYLYAVLAHYYDMGSTVVGLHYYGYREVHWIEHHLVQWFGAYIYYPWI TVILIAVYYGLKYLVPDEEERRFWYLAIYVLGLGPAIRDPAQMVLQI" gene 619031..619717 /locus_tag="TGAM_0649" /note="tg0649" CDS 619031..619717 /locus_tag="TGAM_0649" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:COG2245, Predicted membrane protein [Function unknown]" /inference="protein motif:CDD:DUF996, Protein of unknown function (DUF996)" /inference="protein motif:COG:COG2245 Predicted membrane protein; S Function unknown" /inference="protein motif:HMMPfam:PF06195 DUF996 InterPro:IPR010397 Protein of unknown function DUF996" /inference="protein motif:superfamily:SSF90123 Multidrug resistance ABC transporter MsbA, N-terminal domain" /note="4 probable transmembrane helices predicted by modhmm" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein" /protein_id="ACS33151.1" /translation="MCIMEAVTNSGSNSETVDISTERTLGLIGSVLGLASIVRTSVSG LLALIGAVLILVALYGIGNKLEDERPFNYYLKAIIVIFVLIMVGVIVIAAALVVSSGS TSSMENEFIMSPGSDITIIEEESPHLTGEGIVLLVIGAGIIIAGLIAGGYFQKKAWEA MYELTGVEAFQNAAKFLWWGVLTIIILIGAILLLISAIFQIIAFANLPKRLSKRSTPP APTPVEELSW" gene 619775..619897 /locus_tag="TGAM_r017" /note="tg_5SrRNA1" rRNA 619775..619897 /locus_tag="TGAM_r017" /product="5S ribosomal RNA" gene 619903..619980 /locus_tag="TGAM_r018" /note="tg_tRNA-Asp" tRNA 619903..619980 /locus_tag="TGAM_r018" /product="tRNA-Asp" /note="codon recognized: GAC" gene 620362..621498 /locus_tag="TGAM_0650" /note="tg0650" CDS 620362..621498 /locus_tag="TGAM_0650" /inference="protein motif:CDD:COG3463, Predicted membrane protein [Function unknown]" /inference="protein motif:COG:COG3463 Predicted membrane protein; S Function unknown" /note="5 probable transmembrane helices predicted by modhmm" /codon_start=1 /transl_table=11 /product="Membrane protein, putative" /protein_id="ACS33152.1" /translation="MVRKEHRMFVLITFVFTLFIMLFSVLRFETLSKYGIHDIDLQIF SESLQTTLTGQGFFFNEWEWQHWRAWSHFGTHNSPILFLLLLPYALVPSQYTLILLQD LMVTISAIVLFKFAGYILNDEKKALIVSVAFLMNPITHGIVRYDFRPDVLAMPFMFLF AYCVAKNDTKKSVLAALFVVSVKEDAGLFLIAYSMFEILSKRGFAIRTWLEEKRAVGF ALLGLSWILISIFLIIPHFNTSHRYIYFILYKPEIGKRAFIFAVALAKLVVLFLSVAF VPLRRPAYWLPLVFLWSENAFSSRLEQAAIGFQYDYQLLPMAFIVLVYALKEYGSANP KKLLLFSFISALIFSPMVGVIDAYPVTLGISFWKYIKLFWGRGL" gene 621671..622531 /locus_tag="TGAM_0651" /note="tg0651" CDS 621671..622531 /locus_tag="TGAM_0651" /inference="protein motif:CDD:COG4342, Uncharacterized protein conserved in archaea [Function unknown]" /inference="protein motif:COG:COG4342 Uncharacterized protein conserved in archaea; S Function unknown" /inference="protein motif:Gene3D:G3D.1.10.443.10 no description InterPro:IPR013762 Phage integrase-like, catalytic core GO:Molecular Function:DNA binding (GO:0003677), Biological Process:DNA recombination (GO:0006310), Biological Process:DNA integration (GO:0015074)" /inference="protein motif:superfamily:SSF47823 lambda integrase-like, N-terminal domain InterPro:IPR010998 Lambda integrase-like, N-terminal" /inference="protein motif:superfamily:SSF56349 DNA breaking-rejoining enzymes InterPro:IPR011010 DNA breaking-rejoining enzyme, catalytic core GO:Molecular Function:DNA binding (GO:0003677)" /codon_start=1 /transl_table=11 /product="SSV1 integrase-like protein" /protein_id="ACS33153.1" /translation="MAGPAGFEPATSGLEGYSFNELWASERSNFVEWLSAEVREETKK DYVRSLDRFFGRHVIKTLGDLEKALRAEGQKRNLAKAIRKFSKYLLELGIIEQSTYEK IKAVVKLKQTGVRDVFISDEEVMTAYLEVRKRGKPAETLFLLVAFSGIRLKQAVELLK TYDYTKLQIISEKAARYPMFSISKGKKRAFWAYGPREFFEELEPWEVKYNTAKDLVSY GRVSANTIRKWHYTFLIRQGVPADIADFIQGRASQRVGATHYLNKTLLADEWYSAVVG ELKKVLEGSK" gene 623332..623691 /locus_tag="TGAM_0652" /note="tg0652" CDS 623332..623691 /locus_tag="TGAM_0652" /note="3 probable transmembrane helices predicted by modhmm" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein" /protein_id="ACS33154.1" /translation="MRSKSLAQLVLFILIAAFWYKIAWPVMTKEALALGAVGGLLIHW AFTNKGSRAVALIEPGTSGWRVMMYDMMFVSFLTALAQQAGDVSALLDALKTSVQNLA LLLALAGGIGVDYSVGG" gene 623799..625850 /locus_tag="TGAM_0653" /note="tg0653" CDS 623799..625850 /locus_tag="TGAM_0653" /inference="protein motif:Gene3D:G3D.2.60.40.1120 no description" /inference="protein motif:superfamily:SSF49464 Carboxypeptidase D, a regulatory domain InterPro:IPR008969 Carboxypeptidase regulatory region" /note="2 probable transmembrane helices predicted by modhmm" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein" /protein_id="ACS33155.1" /translation="MKRFGLVLALLVLFGTLTVGTVRAEGTYSVVAYLSTLHEVNLDN ALSVLGGTREGDCVVAYKNVNGLEHPFEIRVYQSRVEVWYSGQKAEILKVLRVVDPSG VVSAGDVTVNDLYIVHVLLNTYNDLVSGGAVQEGYDGIELRSMPQGIKVWYHYAAGRS KEGTTTGSTITVANGSQYVVSFEGHAGNAYDDRVKITIGSSVIFQNGGASVNSYKVGS WSGSVKVEVYDSASDQGYAYVVVTYFDGDVTISNKFGFLKYIDIKPYTSSVTFNFRDA LTGQPLTGVTVKDTDGTVLGTVDDEGSLELARGQHTLTFEKTGYWSVTKTIDVQNDTS VSVEMYPSSAAFKLENFPSEITIPEHTVYTLTFTISPINTDATYNTYLSLSGLSDVLE VRKDGSLVSPENGRYYLGDISSPTQISIKFKAGEQGTNGFTMTLESHDAVMTKTYTTT KQVVYKVEPLPFNVQMSSEWQVGTNELRISEASGQSYLVTAVLKDSSGNEVWSDSHAF SPYEAHTFTVQIPKEGSYTLELMWNGHTAVYNVQVNPAISLKTRTLTVEKGSEGTIIL HIKNPSSSVQYYTIKVSGGFLPKEISQSISVAPLTEKDVSIAFAVPDKLTYDAYELQV QVLQGDREVFKDSVAVTISGSSSDGFIPLGEGGSGTTMLLLAGGGLAAVLGLMMIRRR R" gene 625854..628079 /locus_tag="TGAM_0654" /note="tg0654" CDS 625854..628079 /locus_tag="TGAM_0654" /note="4 probable transmembrane helices predicted by modhmm" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein" /protein_id="ACS33156.1" /translation="MRPVSFFSIFKKRAEEEQEKQKKRGDWRSFTSIALMLMLLVSVY AEPVAAWPGEGLFSSVGDALSSVGDAVSSAAHAVVDNIEGGIAGALAGAATGAMVGSA VPGIGTAIGAGVGALVGFVGGVYAEYKAKQTIHEITHPGGPGVGISYEGINATKDDLS KNSDLLKNYQIVDNAQSKAYSELAELLAKLATKQTEYSLHMTGSTGNIQLKLFGPDEI RGFSAFPVKLRILTSADPIERNVIHLKKITMYVINPDTGTAYYTYTKTFTGNETSLNG GAYEITTFLKVPDKYDYDVVQAIQTGQITQDLINKLKNAETPQFEIFVEVDAVKEDWS LDSNGNWVHVRDIPLSVEAQTVSVYTHVTASRDVVLFQTGLNASLPSDMANLVMGKFA PFIAEQWGGISDVIVRPYATPVHVADSAATWKFFVAPNHGFLTMFDKSPEVYDDFEVF AIRVLQGGSFELADRRTNSLGDLSGETVKEAYGITKYTTGSDVVNYRVYALGLIWIKR DDGTKIPVWVLVQPHMTVLDMEKLALDDTRIQRILPIFDDKKITETELQTLKAELDSV KQDIQEKIQAAEQLKKMAEANGNTEAAEYADRAIKYYQLELKMLDQATQTEDAQLALN YLNAAKKYEYAGDFEKQAADKAYKGDSEGAKALDSQAQEYKKAGDDYVPHFSVGGLAD TILGNLKDPKYLALLAVLLIGGYYLFGRMGAMVGAAIWFALVIGIPALKALVAWLGTK L" gene 628091..628570 /locus_tag="TGAM_0655" /note="tg0655" CDS 628091..628570 /locus_tag="TGAM_0655" /note="5 probable transmembrane helices predicted by modhmm" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein" /protein_id="ACS33157.1" /translation="MGDGKGGGAGPRFSKWSFRVLVTAILALIAWYAGQHNVTAQEFN EAFASIPLAAIILAMFFDYGLDSGKLYDKMIKKPSNRMLGLIYAVIASVVFFFAFLWI ITGNIQAASAASVVASAVVALLVLMPNTGTSEWILWLWIAETLVTAGKFLTILPGVS" gene 628390..629115 /locus_tag="TGAM_0656" /note="tg0656" CDS 628390..629115 /locus_tag="TGAM_0656" /note="4 probable transmembrane helices predicted by modhmm" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein" /protein_id="ACS33158.1" /translation="MDHYRKHTSCQCGFSRSLRSGCLISPHAEHWNFRVDSLALDCGD TCHGWKVPHNPAGGELMALDGLKKPRHLLILFRGILAGLMFAGLLWYGSSHEATVSEL TKVIASTSVFIIVAAEILDKIAGREDYAKVYGWAYGKLSGGKGGTLTAIFSVLLISAV IFAVSLYFIAGSITFSLNSYSPATLLWAGLVATYITLPETGDNELLLWIWLGATIATK GQYLSSALTIPALTRLAGILLKL" gene 629127..629465 /locus_tag="TGAM_0657" /note="tg0657" CDS 629127..629465 /locus_tag="TGAM_0657" /note="4 probable transmembrane helices predicted by modhmm" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein" /protein_id="ACS33159.1" /translation="MLGRIAAALIAYLLCIFKFQDSMVTVGQLFGLTGFWALFIPSAL IGLSVYRIADLDHWGLWDAASFLVIGSIAMLAMTGNPEATMYELIKGVVSFSVAAILG ARAAITGGRH" gene 629465..629698 /locus_tag="TGAM_0658" /note="tg0658" CDS 629465..629698 /locus_tag="TGAM_0658" /note="2 probable transmembrane helices predicted by modhmm" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein" /protein_id="ACS33160.1" /translation="MDVNSAVTQLQDLAHTHPYLALAIILFLLSFLSKNKVLDYLLWF LAALALLKEFSLFGTLVEFLKGIPEMLKQIGGV" gene 629702..630499 /locus_tag="TGAM_0659" /note="tg0659" CDS 629702..630499 /locus_tag="TGAM_0659" /inference="protein motif:Gene3D:G3D.2.60.40.30 no description" /inference="protein motif:superfamily:SSF49265 Fibronectin type III InterPro:IPR008957 Fibronectin, type III-like fold" /note="1 probable transmembrane helix predicted by modhmm" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein" /protein_id="ACS33161.1" /translation="MRKKERQLITLGLVVLFAAIAWWAYNQYGADTGVLLNLDNQSNS TETYQLAISDLSASVDQSTGHVLVSFKLANEEHFNISSVEVLYALNVADPNNATFSAL DVTSENGTYKAEIPASFGDTVYYKVKVVYDTGKELVTDVHTITVVDTTEPTLSSVSID YNNTAATFSIDFNATDNDAIATYYVYYADLGTNSTIDNTTAFTPVNATVTPITLTNIT EGNYYAFYFKVEDLSGNIATLYNETSPLILLANSSATWPQVYPESSS" gene 630511..630996 /locus_tag="TGAM_0660" /note="tg0660" CDS 630511..630996 /locus_tag="TGAM_0660" /note="1 probable transmembrane helix predicted by modhmm" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein" /protein_id="ACS33162.1" /translation="MMPTYRSSPSFSRVVVRLFAVVTLIFLLYYGYSTFNETDPLKER LYELGYPEKGYIVEDGKILWSDGHLTVIQGDYIENYPITAEQAYNIVLQYLASYNAKL KKYDYKLEPKKSSLTEKEKDGQLYWVFELKLKAGRDSMFAGFAWVNRKTGTVDIRGIL G" gene 630888..632111 /locus_tag="TGAM_0661" /note="tg0661" CDS 630888..632111 /locus_tag="TGAM_0661" /inference="protein motif:BlastProDom:PD008735 Q86SC9_CIOIN_Q86SC9; InterPro:IPR011575 RasGAP GO:Molecular Function:Ras GTPase activator activity (GO:0005099), Biological Process:negative regulation of Ras protein signal transduction (GO:0046580)" /inference="protein motif:CDD:Smc, Chromosome segregation ATPases [Cell division and chromosome partitioning]" /inference="protein motif:Gene3D:G3D.1.20.5.170 no description" /inference="protein motif:Gene3D:G3D.1.20.58.60 no description" /inference="protein motif:superfamily:SSF46579 Prefoldin InterPro:IPR009053 Prefoldin" /inference="protein motif:superfamily:SSF46966 Spectrin repeat InterPro:IPR002017 Spectrin repeat" /note="3 probable transmembrane helices predicted by modhmm" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein" /protein_id="ACS33163.1" /translation="MGFRVKAQGWPGFHVRGFCVGESEDRHGRYKGHFRVITVRRLAS IVFIYILIGSLGQVLAAGSYTWQGTLQAGQVLYISDNYLNASVTVLSRPVALIQVGNI PYFLANGTVILGEMELTVRPLNESAMEVIVQSDKPFSATFWPVVVTRTVIVNQTNETM IRELQALVNQLNATLQEKEALVQNLTLELAEKEKEVQNLSSQIEILREQITALERQNA ELKTNNSLLAENNTLLLAKVENLTEELNTSRALILQLNSTLHEKNLVIENLAAQIQEL NEENVKLKRQVSELENRLKTSNLTALQARLLNLTKENRELKAELANLTSRYNQLKAKA DFLEQQNGEYRQIIQQVMEGESQQEEQSYIEKAKKERLVGSVLWKSLIGSVIVVGLIG YGLYKKKRSWELGGL" gene 632270..633571 /locus_tag="TGAM_0662" /note="tg0662" CDS 632270..633571 /locus_tag="TGAM_0662" /inference="protein motif:Gene3D:G3D.3.40.50.300 no description" /inference="protein motif:HMMSmart:SM00382 no description InterPro:IPR003593 AAA ATPase GO:Molecular Function:nucleotide binding (GO:0000166), Molecular Function:nucleoside-triphosphatase activity (GO:0017111)" /inference="protein motif:ProfileScan:PS50101 ATP_GTP_A2" /inference="protein motif:superfamily:SSF52540 P-loop containing nucleoside triphosphate hydrolases" /note="Contains P-loop nucleoside triphosphate hydrolase domain" /codon_start=1 /transl_table=11 /product="AAA superfamily ATPase, putative" /protein_id="ACS33164.1" /translation="MGVSIYIGKNSDKEKRYIDLKETEANHITFLGPSGSGKTTVMRA IAEEIFDKVPGALIIVIEQKYDKNKARELMNFLALITKRKGSDFVKENFQDLLTYYNI LKNDGVLHGKPGDFAFGWPNWPFTTVPPFPNDRHSILSWHGLKPKSFPVKRIVFRPTR DISAIEKDNNCIAVNGKIRYKDVDFDFISRLAQINRNTIYGRVIKQGWDLEKKRDPDE LERFGKEWEKKYRPNSNVPSQTLLSILEVCALLRSDTIFSKHKDFTSELSTDVINVID FSANSELTPAEEAWIFKHLVMYIVSKFVRFRNTPVFFIIDEVQNLLQHSDGRKALDKL NREGRSNWVNIISGTQYMYGLPAFLVYGAAHIGIIGRIASADDEMLLRKVIRDFHRIK NPKVKSFSEYKNVKPWLKGRGWFSFDKMYTERMYFRPPQSL" gene 633573..634277 /locus_tag="TGAM_0663" /note="tg0663" CDS 633573..634277 /locus_tag="TGAM_0663" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein" /protein_id="ACS33165.1" /translation="MMKMFGFRKKKNEKAQQVDALQEKTDTIPILPSTRLEERAKKLR ELNYKFAQVYEPKQRVIIWFNGKESRVIGYPIGLREDLNDYVILYQVRPPSWLDSLVH SLLRVVGKSPPTALIRVPKKIAYFGDETITILASAFIMNEHYEYEAVPLSLDETDAKL YLALKKENDMLWDLISIIRYRVPEVVEDAMKMNPRIKTYMSTKQQNPDEGTKEEKFGG VEVAFEDNPFRRWRLP" gene 634277..634591 /locus_tag="TGAM_0664" /note="tg0664" CDS 634277..634591 /locus_tag="TGAM_0664" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein" /protein_id="ACS33166.1" /translation="MGEGAYQTVPAELDALLGAHSEDDGETKSKTSNSSGDSRPGKLP KAKLNKKLIAAIVRRLRILYLDAPKKEDRILINEILDDLEQLMILNGIGLELLGGKPK EE" gene complement(634630..635592) /locus_tag="TGAM_0665" /note="tg0665" CDS complement(634630..635592) /locus_tag="TGAM_0665" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:superfamily:SSF55194 Ribosome recycling factor, RRF" /note="2 probable transmembrane helices predicted by modhmm" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein" /protein_id="ACS33167.1" /translation="MKLNMRLDVNIIRSVTILMVVVAVFIAGLAVLIGLNTREQMLLQ SVLVMANVLMAAVVALQALATMDSVEQAKKQAELMNKSLMEMKKQRMNIEFMKNEIIG YISTIEASLRSNLQEHSNGRAGYEVGSYLSLDYGRHTLSLQEQGMNLRINKKIQKLIE QYNVDLEKYNELIRKINANTKEIIEKLEEDSALNARLSQVSKEIAEKSNKPEVAPKII IPELVYQFKEDISKIEPPRFGLLGLDPKKDKRYRLELWESTKEVFLKYLQNNNIPIYN KLIERSREMEELKKMTISLSEKVERMKEELLQNEKELEERIMNL" gene complement(635602..636390) /locus_tag="TGAM_0666" /note="tg0666" CDS complement(635602..636390) /locus_tag="TGAM_0666" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:HMMPfam:PF01105 EMP24_GP25L InterPro:IPR000348 emp24/gp25L/p24 GO:Biological Process:transport (GO:0006810), Cellular Component:integral to membrane (GO:0016021)" /note="2 probable transmembrane helices predicted by modhmm" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein" /protein_id="ACS33168.1" /translation="MSEDVPSLKRIAEPRSLKPAPGVVVGYRRVRTKGTWAVFIISLI MVAIGLALIVHPPMSSKVAYTIDDELKPQYYFHPWFVLKKGEKLEVRGTVRGGNNDIW IYVKEGGRTVEDFKLVKSPVDVIFTAPEDGNYTLYIDNSMSLVSSKILHLELIRHYYD YVPGGLFLFFGFIALLVSLIGLMIGQKRLMIRVGDETYEFWPTNWGKVNVAVNGVTLD SKVKPGDKFRIGPNDEHILEIKMVGRFFKKTGFFVDGREVGRLP" gene 636574..636954 /locus_tag="TGAM_0667" /note="tg0667" CDS 636574..636954 /locus_tag="TGAM_0667" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:COG:COG2002 Regulators of stationary/sporulation gene expression; K Transcription" /inference="protein motif:superfamily:SSF50692 ADC-like InterPro:IPR009010 Aspartate decarboxylase-like fold" /codon_start=1 /transl_table=11 /product="Transcription regulator, putative" /protein_id="ACS33169.1" /translation="MGEPKEPLAKFHAKVTRGGQFTFPLWTRVYHELDIGDYVELIVR VKHGQDIKRGMFVAKLVDKGNITIPKGLRDEMGIEKDSVIEILVIKAYRIKDLFGDHS NLIKQLSLSKYKLLTPEEERKLLS" gene 637432..638376 /locus_tag="TGAM_0668" /note="tg0668" CDS 637432..638376 /locus_tag="TGAM_0668" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein" /protein_id="ACS33170.1" /translation="MVRAMTQKGRKRRNRSGPGRPPVFDEPVYTAFWMEKEDKERLYE QKGTLPVGVYVGMLLRSKSAEKAILMRQLAEKDRLLEEKDRCIEELEKLVERLQDELE KWRFRAEACEKNKPKLSSKWSKILLAIPKAVEEGLTWNDLMRDLGILDPQEQVAVMQR FFITIDENGKIPEVIKPLQGIKELEGIVLYRENGVNVRFAKIVREDTLKAAKSLRVEA PKPAKKGRPAVKVSRAEIEKSLKAWLKQYEQWASNWRTKEKAEQFLKSVGNNGLRRLV REYGFDVVAEVVGSNADYRALFGPFLLKLQEKKVEVKA" gene 638373..638618 /locus_tag="TGAM_0669" /note="tg0669" CDS 638373..638618 /locus_tag="TGAM_0669" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein" /protein_id="ACS33171.1" /translation="MSEVADFWSWVAQEKAKLDEVLRDREEPPTLIDWLEREITEARE AAFSLKIRGENGAEYWTGYADALEDVLKAIQRREVRA" gene 638680..639066 /locus_tag="TGAM_0670" /note="tg0670" CDS 638680..639066 /locus_tag="TGAM_0670" /codon_start=1 /transl_table=11 /product="Hypothetical protein" /protein_id="ACS33172.1" /translation="MGGARSLPRPRRERPLSRNQAQGILQKEGGSLMTWLEARAPNFS KWKRLVDLSRVAALDVIENEKNAVIGLRSANDAELAKLVVEKEKLQETIDALTLLIEQ SKQFSDAKVFTLEEVLQANTRQGVWA" gene 639057..639455 /locus_tag="TGAM_0671" /note="tg0671" CDS 639057..639455 /locus_tag="TGAM_0671" /codon_start=1 /transl_table=11 /product="Hypothetical protein" /protein_id="ACS33173.1" /translation="MGMTRFVSLSEELAVKLEYARAEWEAQKVQILIENDEVPEGHEV ALELKDLVSYLESLEIPTRVVIDSEVYKVKLRKKVPYDRYREILAGLNNLSHARWDKK ARAILVDRTREMEEQLEVEEIVITPKEVRA" gene 639455..639979 /locus_tag="TGAM_0672" /note="tg0672" CDS 639455..639979 /locus_tag="TGAM_0672" /inference="protein motif:Gene3D:G3D.3.30.1050.10 no description" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein" /protein_id="ACS33174.1" /translation="MASRTAFVYQDALSIDDAFTYFKRLMRDAENRVAFSRALQKARK GLDVHMYVTDIDSLIVQYLRRNGVRGFRFTGFELKNMNPRSAIVNGKVKVNGKQYEGH KWFAEKAGMDFYYLVNLGREFLVWNIRNTYADFRWYGEGHAHDYYAFVDLDDVIRVPA QELPETLRFLLWRR" gene 639986..640324 /locus_tag="TGAM_0673" /note="tg0673" CDS 639986..640324 /locus_tag="TGAM_0673" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein" /protein_id="ACS33175.1" /translation="MAKILGRLKVVCDDGTTISIAEDPLNRFFDEERIKELLRLQKKA LEEWIEVNESFVKEVLEEEKKYGFDADRYPRDLIEKLKFVEGLDEEIASTKRELEAIK RLLKECDGCE" gene 640511..640999 /locus_tag="TGAM_0674" /note="tg0674" CDS 640511..640999 /locus_tag="TGAM_0674" /codon_start=1 /transl_table=11 /product="Hypothetical protein" /protein_id="ACS33176.1" /translation="MDDFVAFRGLHACMGMPQESRGVMAVSEASVSPVFLPEAIEEAR ADGNEWFLCAELYAILALGVLDKWVSRRKLAKLLCELVRRDLRVRRSIDLTERECYEN VLDIVTNPLYLSEAFEYKRSMVRLSEFGEVVFNEIEGALSPERFFELKRKILEIWKEG RI" gene 641475..641939 /locus_tag="TGAM_0675" /note="tg0675" CDS 641475..641939 /locus_tag="TGAM_0675" /note="Some similarity with Orf181 [Pyrococcus sp. JT1]" /codon_start=1 /transl_table=11 /product="Hypothetical protein" /protein_id="ACS33177.1" /translation="MKPKIALPENEFKLKGLYNFLELIFDDDEHRIGIAEALLERLRQ KRETYSEDWLEVILEYLGEQDLLEQYHELLNKFDNGEISKTKINKLIEKELRERGYPA AKLRNDWAIVKKTLIKLGIVSRTSNRLNLSWDFVERLNTLAKFYNLWRAGEI" gene 641798..642154 /locus_tag="TGAM_0676" /note="tg0676" CDS 641798..642154 /locus_tag="TGAM_0676" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein" /protein_id="ACS33178.1" /translation="MGNSQEDTHKTWDCVQNFQQAESVVGFRGAAEYTGQILQLMEGW RNMIRLKIYKEDGVWCVEDLAGYEVGCGRTIAEAFKDFGENLEAAIEEYVEDNDLDKF HISAIALRYALLDWLR" gene complement(642418..642494) /locus_tag="TGAM_r019" /note="tg_tRNA-Arg2" tRNA complement(642418..642494) /locus_tag="TGAM_r019" /product="tRNA-Arg" /note="codon recognized: AGA" gene complement(642576..643244) /locus_tag="TGAM_0677" /note="tg0677" CDS complement(642576..643244) /locus_tag="TGAM_0677" /inference="protein motif:CDD:COG1468, RecB family exonuclease [DNA replication, recombination, and repair]" /inference="protein motif:COG:COG1468 RecB family exonuclease; L Replication, recombination and repair" /inference="protein motif:HMMTigr:TIGR00372 cas4:CRISPR-associated protein Cas4 InterPro:IPR013343 CRISPR-associated protein Cas4" /note="Putative RecB family exonuclease" /codon_start=1 /transl_table=11 /product="CRISPR-associated protein, Cas4 family" /protein_id="ACS33179.1" /translation="MRADEPPDGGKKMNGEFIEFYASEALSCPRRIYFRLMGYPERWP ENVKVRLTQGINTHGVLGEILNKRFGFELEKHLVLRSRKLGFEIHGRIDAFREFPIEI KGKTSLPRVPYESHLAQLNVYLRWAEAEYGYLYYVKLHERPLTVISKLDFSNFPVIKG PNFRAFEIPYDEKLFKETLRHFYNVKKAYERGKPPKGEYSYLCRFCPYRYLCYPEGNG FERD" gene complement(643351..643692) /locus_tag="TGAM_0678" /note="tg0678" CDS complement(643351..643692) /locus_tag="TGAM_0678" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein" /protein_id="ACS33180.1" /translation="MDEDPSGSSWFSRLFGGKKEFLLEQDLSSRAYEEYRRLLMKARP EVKGKELRLKLPSGEVFLSEGKLRIRARDQKTAEKILRNLHHYEQPPSLWPAYGLSYS LKRHGRPRVRT" gene 643553..644659 /locus_tag="TGAM_0679" /note="tg0679" CDS 643553..644659 /locus_tag="TGAM_0679" /inference="protein motif:CDD:COG2520, Predicted methyltransferase [General function prediction only]" /inference="protein motif:CDD:Met_10, Met-10+ like-protein" /inference="protein motif:COG:COG2520 Predicted methyltransferase; R General function prediction only" /inference="protein motif:Gene3D:G3D.3.40.50.150 no description" /inference="protein motif:HMMPanther:PTHR14244 FAMILY NOT NAMED" /inference="protein motif:HMMPanther:PTHR14244:SF1 SUBFAMILY NOT NAMED" /inference="protein motif:HMMPfam:PF02475 Met_10 InterPro:IPR003402 Protein of unknown function Met10" /inference="protein motif:ProfileScan:PS50193 SAM_BIND InterPro:IPR000051 SAM (and some other nucleotide) binding motif GO:Molecular Function:S-adenosylmethionine-dependent methyltransferase activity (GO:0008757)" /inference="protein motif:superfamily:SSF53335 S-adenosyl-L-methionine-dependent methyltransferases" /codon_start=1 /transl_table=11 /product="Met-10 like-protein" /protein_id="ACS33181.1" /translation="MTSGLAFMRSLRYSSYALLLRSCSRRNSFFPPNSLENQLLPEGS SSIFLIDLRSIRSHSNSGLFLFKAFSSLFDEATENIITGMRMLNSMRRGTQVIKPRIR EILGRELPAELVNLLPKHWVRIGDVLILPLREELEPYKHRIAEVYAEVLGVKTVLRKG RISGEFRETNYEVLYGSDTVTVHVENGIKYKLDVARIMFSPANVKERVRMAKVARPGE MVVDMFAGIGHLSLPMAVHGGARVIAIEKSPYTFKFLVENIELNGVWDRMTAYNIDNR EFPAENVADRVIMGYVVRTHEFIPKALSIAKDGAVIHYHNTVPERLMPEEPFRTFREI AREYGVEVEKLNELVIKRYAPGVWHVVVDVRVFK" gene 644703..644780 /locus_tag="TGAM_r020" /note="tg_tRNA-Lys1" tRNA 644703..644780 /locus_tag="TGAM_r020" /product="tRNA-Lys" /note="codon recognized: AAA" gene 644930..645007 /locus_tag="TGAM_r021" /note="tg_tRNA-Glu2" tRNA 644930..645007 /locus_tag="TGAM_r021" /product="tRNA-Glu" /note="codon recognized: GAA" gene 645505..646614 /locus_tag="TGAM_0680" /note="tg0680" CDS 645505..646614 /locus_tag="TGAM_0680" /inference="protein motif:CDD:COG2419, Uncharacterized conserved protein [Function unknown]" /inference="protein motif:CDD:tRNA_m1G_MT_9, tRNA m(1)G methyltransferase" /inference="protein motif:COG:COG2419 Uncharacterized conserved protein; S Function unknown" /inference="protein motif:HMMPfam:PF01746 tRNA_m1G_MT InterPro:IPR002649 tRNA (guanine-N1-)-methyltransferase GO:Molecular Function:RNA binding (GO:0003723), Biological Process:tRNA processing (GO:0008033), Molecular Function:tRNA methyltransferase activity (GO:0008175)" /codon_start=1 /transl_table=11 /product="tRNA (guanine-N(1)-)-methyltransferase" /protein_id="ACS33182.1" /translation="MKTLADVFRDALREKGIESIGTLSKRFRKSRNKLQDIAIEIVHG KGAIFRVPEKTAVAWDLNGNRVEGSYYAYAPLCMADKFEMVLSPEELRSKLPEWPYFI IDLQLWDKHTQKEKGKVCLQINQSYGLLRDYFTGRELAVTWANEEFRGMFHGPLDRIT VYDGPTAEFLKEKGIDEVVLLDPWADKVLSEKDFEVRAFIIGGIVDTGHDKKLTPKIG EELERAGIKVRRRKIVLRGDVAGVPDRINRILGIILKMLVEGKSMDEAVYEFQEPLHA RWRLRKELPKRATRYMVDGKTYRVVEKELFDEYSKWLKIRWEDFVKVLRELDLVALDR KRIHHLNKISNARIIKSKLYRVILLKKAAMLCYNC" gene complement(646648..647214) /locus_tag="TGAM_0681" /note="tg0681" CDS complement(646648..647214) /locus_tag="TGAM_0681" /experiment="gene product confirmed by mass spectrometry" /note="2 probable transmembrane helices predicted by modhmm" /codon_start=1 /transl_table=11 /product="Hypothetical protein" /protein_id="ACS33183.1" /translation="MAKWMVYYVDEARAPEEWVSLAQELESLKFKPVRLHTPEDTAGI LEGLCEEYGSAVVVKLLGDFYAIPNTGIIMMSKEPKRGDSDDTELTTVKDLVVERLKA RDTDILITGKKGFENFARDLWKGEIKLPEPWWKNRLKVLALTLILATPVIYFNVELPK LSVAQRFALRLALLVILLIAGIRRGYLK" gene complement(647312..649978) /gene="valS" /locus_tag="TGAM_0682" /note="tg0682" CDS complement(647312..649978) /gene="valS" /locus_tag="TGAM_0682" /EC_number="6.1.1.9" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:COG:COG0525 Valyl-tRNA synthetase; J Translation, ribosomal structure and biogenesis" /inference="protein motif:FPrintScan:PR00986 TRNASYNTHVAL InterPro:IPR002303 Valyl-tRNA synthetase, class Ia" /inference="protein motif:Gene3D:G3D.1.10.730.10 no description" /inference="protein motif:Gene3D:G3D.3.40.510.10 no description" /inference="protein motif:HMMPanther:PTHR11946 AMINO ACID TRNA SYNTHETASE" /inference="protein motif:HMMPanther:PTHR11946:SF2 VALYL-TRNA SYNTHETASE InterPro:IPR002303 Valyl-tRNA synthetase, class Ia" /inference="protein motif:HMMPfam:PF00133 tRNA-synt_1 InterPro:IPR002300 Aminoacyl-tRNA synthetase, class Ia" /inference="protein motif:HMMPfam:PF08264 Anticodon_1 InterPro:IPR013155 tRNA synthetase, valyl/leucyl, anticodon-binding" /inference="protein motif:HMMTigr:TIGR00422 valS:valyl-tRNA synthetase InterPro:IPR002303 Valyl-tRNA synthetase, class Ia" /inference="protein motif:ProfileScan:PS50166 IMPORTIN_B_NT InterPro:IPR001494 Importin-beta, N-terminal" /inference="protein motif:ScanRegExp:PS00178 AA_TRNA_LIGASE_I InterPro:IPR001412 Aminoacyl-tRNA synthetase, class I" /inference="protein motif:superfamily:SSF47323 Anticodon-binding domain of a subclass of class I aminoacyl-tRNA synthetases InterPro:IPR009080 Aminoacyl-tRNA synthetase, class 1a, anticodon-binding" /inference="protein motif:superfamily:SSF52374 Nucleotidylyl transferase" /codon_start=1 /transl_table=11 /product="Valyl-tRNA synthetase (valS)" /protein_id="ACS33184.1" /translation="MLPKNYDPNEIEPKWQKFWLDEKIYKYELDEKRPSYAIDTPPPF TSGTLHLGHVLSHTWIDIVARYKRMTGYNVLFPQGFDNHGLPTELKVEKEFGISKDEP EKFLQKCVEWTWQAIEAMRNQFIRIGYSADWDLEYHTMDDWYKAAVQKSLIEFYKKGL LYQAEHPVYWCPRCRTSLAKAEVGYVEEEGFLYYIKLPLADGSGYVPIATTRPELMPA CVAVFVHPEDERYKDVVGKKVKLPIFEREVPVLADEDVDPSFGTGAVYNCTYGDEQDV VWQKRYNLPVIIAINEDGTMNENAGPYKGLKTEEARKKIAEDLEKMGLLYKKEKIRHR VLRHTERSSCMAPIELLPKKQWFIKVKDFTDEIVKVAKEINWYPEDMFLRLKDWAESM DWDWVISRQRVFGTPIPFWVCDNGEVILPDEKDLPVDPRFDKPPRKCSDGSEPKPVTD VLDCWVDSSITPLIITRWHEAIKGDGEAKRWFEHNFPTALRPQGTDIIRTWAFYTIFR TYMLTGQKPWKDILINGMVAGPDGRKMSKSYGNVVAPDEVIPKYGADALRLWTALAPP GEDHPFKWETVDYNFRFLQKVWNIYRFAERHLEDFDPAKAPEELEPLDRWILSRLHRL IKFATEEMERYRFNLLTRELITFVWHEVADDYIEMIKYRLYGDDEESKLKAKAALYEL LYNVMLLLAPFVPHITEELYQNLFRERIGAKSVHLLDWPKFREDRIDEEAEKLGELAR EIVGAIRRYKNSHGLALNAKLKHVAIYATDSYEALKAIEKDIAGTMNIERLEVIRGEP ELEERITEIKPNFRTVGPRYGKLVPKITAYLKEHAEEVAKALKETGKVEFEVDGEKVE LSKDDVVIRKAVFSEGEEVETAVVEDAVIVFF" gene complement(650173..650670) /locus_tag="TGAM_0683" /note="tg0683" CDS complement(650173..650670) /locus_tag="TGAM_0683" /note="4 probable transmembrane helices predicted by modhmm" /codon_start=1 /transl_table=11 /product="Hypothetical protein" /protein_id="ACS33185.1" /translation="MATPEVECREYPPGFVIAQNVFLLLYFGAGFVGMQPLRLSGVPV LSVVYALFLALMLLVVLRKHLCTHCYYGKRCATGWGKLSALMFERGSRSYELRVKLAK VTWALATAVPVLGISAAYFLTPSRHELVPLLLFLLLTPINFALHRSACEKCGMRRKCP MTMAR" gene complement(650751..651521) /locus_tag="TGAM_0684" /note="tg0684" CDS complement(650751..651521) /locus_tag="TGAM_0684" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein" /protein_id="ACS33186.1" /translation="MIGHGEIWDMLENLSREFRYTRELAYQRKEREEHLKFIFDMRGF RLVAVGELHYELKTTEGDSFDWLEVETYSKDDMTLLQIGAYTGRWMFVLSSEVMRFLR KLMKAGAVLICGYTDDHDLRKVGFEEDNQFLLYEWLVKTVKLGKLEVLPSGLTVVKKE LLDIEDGLYELLERPGREEREYVLVKSLDSYKLLVSIRESDLTDEECSRDLLEDKAWF SLKLVGLPFKLIGRKVENEPLLKRAEEFFQAQVGEDGR" gene complement(651577..652482) /locus_tag="TGAM_0685" /note="tg0685" CDS complement(651577..652482) /locus_tag="TGAM_0685" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein" /protein_id="ACS33187.1" /translation="MARRSGTKNCLRGQRTTLRHRWEKMGVDNYIYLMFDKKPEEVED FLEKEFEVEIRDGEWDDPRMDYLREKGLLGDDFQLVVSGELLFDPSLRTTEWGVIINA DFYVYTVKGYTILEIHPVSRSRWRFVLSSEVIRLLKQFMKAEPLLICGYRDDTDLTKL GFEYNMSYLFINWLPEAIKTGKLEILPSALTAVRKELLKLDEGLYEVSIPWRPNEKGF LFVGELDGYAVILFFGIVDFEDPEDIHESLEEPWEIVWDLVIPVMLPLTNIRKVQNDR WQRMVREIFNGHTTGDYSRLKHAGD" gene complement(652400..653188) /locus_tag="TGAM_0686" /note="tg0686" CDS complement(652400..653188) /locus_tag="TGAM_0686" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein" /protein_id="ACS33188.1" /translation="MGDCKSIVAVFDKPWEEVLTRLKEEFGYLEEKRYEGDEGNREQF KFYDTRCFRLVSTGYVHFVMRTAEGFGPHECFIVNVFSRGNSTIIDFESWTSRFDFIL SSELMKLLKKLARVGALIICGYIYGHEKLRDVFGDYNQFLLYERLAKIVKEGKLEVLP SDLTVVRGDILGLEDGLYELVGEPGLYVFVRDLGVEGYKVLLIVGDGLLDDVLYREVL EYENWFSLKITWVIFKRIGQKVGNEELLKRAEDYFKAQVGEDGR" gene complement(653230..654288) /locus_tag="TGAM_0687" /note="tg0687" CDS complement(653230..654288) /locus_tag="TGAM_0687" /note="2 probable transmembrane helices predicted by modhmm" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein" /protein_id="ACS33189.1" /translation="MIAFALLKLPIEKFLSSGFIVRAGNSKEVLRLGWRRVLALALVL LFLGMTVSGASATATFVNATVNNTVAVPPEFGPEKQPGDEIRPQFWWIIGLIILDLAV HWFLEHYISPEVAAVYDAVTMFIDPEKIAEKLGIKGAELGIKVISRNKVLIGLFKDNK VVKEITYASKEVAEWVANKLGKGYISKIVEKYVVRDGGLKKGEDFDEVVKAMQGLESL GIRSVILQKIIIEKGWDVKKLERVINDIKGVPGGDRLFTKIKRGIGDGFYKGRFVLDR VNLGRVYIECFGGIRPEQILTQAKYAKSRGVRKIYVYYSRDVFSPGQHYRVMEAIRNA KSRFGVDVELVQLTSEFN" gene complement(654303..654563) /locus_tag="TGAM_0688" /note="tg0688" CDS complement(654303..654563) /locus_tag="TGAM_0688" /inference="protein motif:COG:COG0500 SAM-dependent methyltransferases; Q Secondary metabolites biosynthesis, transport and catabolism" /note="Possibly a frameshift with tg0689" /codon_start=1 /transl_table=11 /product="Methyltransferase C-terminus, putative" /protein_id="ACS33190.1" /translation="MISTRRCSPLQGGRPKLHFKRLVQIVKPDGSVRVFMVDDELNIY TVREMRLLAEKHFGKVPNLRGRARAEAQRPAVLAGGGEIMQF" gene complement(654478..654768) /locus_tag="TGAM_0689" /note="tg0689" CDS complement(654478..654768) /locus_tag="TGAM_0689" /inference="protein motif:COG:COG0500 SAM-dependent methyltransferases; Q Secondary metabolites biosynthesis, transport and catabolism" /inference="protein motif:Gene3D:G3D.3.40.50.150 no description" /inference="protein motif:HMMPanther:PTHR11045 HEXAPRENYLDIHYDROXYBENZOATE METHYLTRANSFERASE" /inference="protein motif:HMMPanther:PTHR11045:SF1 HEXAPRENYLDIHYDROXYBENZOATE METHYLTRANSFERASE" /inference="protein motif:HMMPfam:PF08241 Methyltransf_11 InterPro:IPR013216 Methyltransferase type 11" /inference="protein motif:ProfileScan:PS50193 SAM_BIND InterPro:IPR000051 SAM (and some other nucleotide) binding motif GO:Molecular Function:S-adenosylmethionine-dependent methyltransferase activity (GO:0008757)" /inference="protein motif:superfamily:SSF53335 S-adenosyl-L-methionine-dependent methyltransferases" /note="Possibly a frameshift with tg0688" /codon_start=1 /transl_table=11 /product="Methyltransferase N-terminus, putative" /protein_id="ACS33191.1" /translation="MHELYTVLAEYYDAIYRRRAERVSREIDFVEKLFQNEAEREVRK ILDLACGTGIPTLELARRGYRVMGLDLHEEMLAVARRKAKTPLQEARADSEA" gene complement(654849..657776) /gene="apu-2" /locus_tag="TGAM_0690" /note="tg0690" CDS complement(654849..657776) /gene="apu-2" /locus_tag="TGAM_0690" /EC_number="3.2.1.41" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:COG4945, Membrane-anchored protein predicted to be involved in regulation of amylopullulanase [Carbohydrate transport and metabolism]" /inference="protein motif:COG:COG4945 Membrane-anchored protein predicted to be involved in regulation of amylopullulanase; G Carbohydrate transport and metabolism" /inference="protein motif:Gene3D:G3D.2.60.40.1120 no description" /inference="protein motif:HMMPfam:PF08308 PEGA InterPro:IPR013229 PEGA" /inference="protein motif:ScanRegExp:PS00687 ALDEHYDE_DEHYDR_GLU InterPro:IPR002086 Aldehyde dehydrogenase GO:Biological Process:metabolism (GO:0008152), Molecular Function:oxidoreductase activity (GO:0016491)" /inference="protein motif:superfamily:SSF49464 Carboxypeptidase D, a regulatory domain InterPro:IPR008969 Carboxypeptidase regulatory region" /inference="protein motif:superfamily:SSF49464 Carboxypeptidase DCleaning InterPro:IPR008969 Carboxypeptidase regulatory region" /note="2 probable transmembrane helices predicted by modhmm" /codon_start=1 /transl_table=11 /product="Amylopullulanase, putative (Apu)" /protein_id="ACS33192.1" /translation="MKSKKGFKEIWRRKLQALPLMLLLLGGIIGFGANAGFVSASEST GFFWAATYTAERSEALSLAYSDSGLAFIGWLNGAGVDHSSAWIVKVNDDGSIAWQKAA TGNYGFNDIEATGDGYIAVGWANGAEISQNDAWLVKFDEDGNVVWQKAIGGDGDQKAV AVSGDAFVGTYNGFPWIVTFDENGSVNWEAVLKGEGSYGFTNVLKDYKYYYAVGWLNG APLVVKFKGDGSKTYWQNVIETSGKAVAIAPAKKGTVTAVITSDGSLLVKFDYFGHLK WEKLYRGVQIRALYRDGDYIIAAGEMGGKTLVMKLDGDGNVIKAVTYGSGAFNGLALG DEKAFLAGVMSDNALAMAVPAGDLTIPSCELVAPVDITGEDVNLSVNSAHLILSPVES SVVETNAEFINTTAEFSSLKAIAPVLSVSDPEGDDHGPGTYTYPTDPVFNRTGLFDIT GMDVYETPNDYVFYFHFKNLGDNQWNGPNGFSYQIIEAYFDFKDGGNTSAIKLADNGP GANVQFNRPWDLAFRVTGWTSKLVLPNMSTVDIEANADLSTNTIIVKVPREYLNFTED TFYAVLVGSQDGYGVDEWRDVQVEAAQWRVGGGDSDAIIAGVAPRVMDLLVPEWFHPT QEEQLSGYDAKDKKLATVDMIPVSENYGFLTVISTPSGAEVSIDGESVGTTPLKYYLV PAGEHNVTVSMRNYHEYKETVTVEPKEVTLVNATLEVLKGKLTITSEPTNATVIIDGN EVGKTPLENYTLPVGLHQVIVKMPGYKDEVFNVSIQAGKLLTFHVELSPKTGMITINS NPSGAEVYIDGQKVGETPLEHYVLPIGLHQVLIKKEGYKDEVFNVSIQEGKELTFNVE LSPKTGMITITTDPSGAEVYIDGQKVGETPLEQYVLTVGKHTIVIKKEGYKEETHEIT VEAGKELKLNYKLTPLHTTTTTTTTTTTTTTTSKGGGGTKICGPAALIGLAIIPLLLR RRK" gene 657987..659180 /locus_tag="TGAM_0691" /note="tg0691" CDS 657987..659180 /locus_tag="TGAM_0691" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:COG0012, Predicted GTPase, probable translation factor [Translation, ribosomal structure and biogenesis]" /inference="protein motif:CDD:DRG, Predicted GTPase [General function prediction only]" /inference="protein motif:CDD:DRG, The developmentally regulated GTP-binding protein (DRG) subfamily is an uncharacterized member of the Obg family, an evolutionary branch of GTPase superfamily proteins" /inference="protein motif:CDD:Obg, Obg subfamily" /inference="protein motif:CDD:Obg, Predicted GTPase [General function prediction only]" /inference="protein motif:CDD:Obg_like, The Obg-like subfamily consists of five well-delimited, ancient subfamilies, namely Obg, DRG, YyaF/YchF, Ygr210, and NOG1" /inference="protein motif:CDD:YchF, YchF subfamily" /inference="protein motif:CDD:Ygr210, Ygr210 subfamily" /inference="protein motif:COG:COG0012 Predicted GTPase, probable translation factor; J Translation, ribosomal structure and biogenesis" /inference="protein motif:FPrintScan:PR00326 GTP1OBG InterPro:IPR006073 GTP1/OBG GO:Molecular Function:GTP binding (GO:0005525)" /inference="protein motif:Gene3D:G3D.3.40.50.300 no description" /inference="protein motif:HMMPanther:PTHR11702 GTP-BINDING PROTEIN-RELATED" /inference="protein motif:HMMPanther:PTHR11702:SF36 GTP-BINDING PROTEIN-RELATED" /inference="protein motif:HMMPfam:PF01926 MMR_HSR1 InterPro:IPR002917 GTP-binding protein, HSR1-related GO:Molecular Function:GTP binding (GO:0005525), Cellular Component:intracellular (GO:0005622)" /inference="protein motif:HMMPfam:PF02824 TGS InterPro:IPR004095 TGS" /inference="protein motif:HMMPfam:PF08438 MMR_HSR1_C InterPro:IPR013646 GTPase of unknown function C-terminal" /inference="protein motif:superfamily:SSF52540 P-loop containing nucleoside triphosphate hydrolases" /inference="protein motif:superfamily:SSF81271 TGS-like InterPro:IPR012676 TGS-like" /note="Belongs to G-protein superfamily . Contains 1 TGS domain" /codon_start=1 /transl_table=11 /product="GTPase, MMR-HSR1 family" /protein_id="ACS33193.1" /translation="MEIGVVGKPNVGKSTFFSAATLVDVDIANYPFTTIDANVGVSYA IAEHPCRELGCKPNPQNYEYREGKALIPIKMIDVAGLVPGAHEGRGLGNKFLDDLRMA SALIHVIDATGKTDAEGQPTDYHDPVEDIEFLEREIDYWIYGILKKGWEKFAKRIKLQ HMKLEQAIADHLSGIGVTEEDVWEALHKVGLPSDPTKWSDEDLLSFVRELRKINKPII IAANKADAASDEGIKRLIEEGKKRGYIVVPTSAAAELTLRKAAKAGFIEYIPGSSDFK ILKKMNPKQEKALELIKEKVLDRFGSTGVQEVINRAVFELLNLIPVYPVQDENKLTDQ FGNVLPHVYLLPKGSTPRDLAYKVHTDLGRTFLYAVNARTKRRVGEDYELQFNDIIKI VATAR" gene 659235..660491 /gene="eRF1" /locus_tag="TGAM_0692" /gene_synonym="prf1" /note="tg0692" CDS 659235..660491 /gene="eRF1" /locus_tag="TGAM_0692" /gene_synonym="prf1" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:eRF1, Peptide chain release factor 1 (eRF1) [Translation, ribosomal structure and biogenesis]" /inference="protein motif:CDD:eRF1_1, eRF1 domain 1" /inference="protein motif:CDD:eRF1_2, eRF1 domain 2" /inference="protein motif:CDD:eRF1_3, eRF1 domain 3" /inference="protein motif:CDD:PelA, Predicted RNA-binding proteins [General function prediction only]" /inference="protein motif:COG:COG1503 Peptide chain release factor 1 (eRF1); J Translation, ribosomal structure and biogenesis" /inference="protein motif:Gene3D:G3D.3.30.420.60 no description" /inference="protein motif:Gene3D:G3D.3.30.70.480 no description" /inference="protein motif:Gene3D:G3D.3.30.960.10 no description" /inference="protein motif:HMMPanther:PTHR10113 PEPTIDE CHAIN RELEASE FACTOR SUBUNIT 1-RELATED InterPro:IPR004403 Peptide chain release factor eRF/aRF subunit 1 GO:Cellular Component:cytoplasm (GO:0005737), Biological Process:translational termination (GO:0006415), Molecular Function:translation release factor activity, codon specific (GO:0016149)" /inference="protein motif:HMMPanther:PTHR10113:SF2 PEPTIDE CHAIN RELEASE FACTOR SUBUNIT 1" /inference="protein motif:HMMPfam:PF03463 eRF1_1 InterPro:IPR005140 eRF1 domain 1" /inference="protein motif:HMMPfam:PF03464 eRF1_2 InterPro:IPR005141 eRF1 domain 2" /inference="protein motif:HMMPfam:PF03465 eRF1_3 InterPro:IPR005142 eRF1 domain 3" /inference="protein motif:HMMTigr:TIGR00108 eRF:peptide chain release factor eRF/aRF, s InterPro:IPR004403 Peptide chain release factor eRF/aRF subunit 1 GO:Cellular Component:cytoplasm (GO:0005737), Biological Process:translational termination (GO:0006415), Molecular Function:translation release factor activity, codon specific (GO:0016149)" /inference="protein motif:superfamily:SSF53137 Translational machinery components" /inference="protein motif:superfamily:SSF55315 L30e-like" /inference="protein motif:superfamily:SSF55481 N-terminal domain of eukaryotic peptide chain release factor subunit 1, ERF1" /codon_start=1 /transl_table=11 /product="Peptide chain release factor eRF/aRF, subunit 1 (eRF1/prf1)" /protein_id="ACS33194.1" /translation="MMLMSHKSAEMYELKKKVEELKKYRGRATELVSLYIPAGYDINK VMQQLREEYGTAQNIKSKSTRKNVLGALERAMQHLKLYRKTPENGLALFVGNVSEQEG VSDIRLWAIVPPEPLKVRLYRCDQTFVTEPLEEMLRVKDAYGLITVEKNEATIGLLRG KRIEVIDELTSNVPGKTRAGGQSARRYERIREQETHEFMKRIGEHANKAFLPLLEKGE LRGIIIGGPGPTKEEFVEGDYLHHELRKKVIGVVDISYHGEYGLRELVEKASDILRDH EAVKERKLIQDFFKHLVKDTGMITYGEKEVRQALELGAVDTLLISEGYDKVRVRAKCN NCGWSEEKTMSEQEFHVYKKKLTHCPKCGSQNITFEKWDVAEELIKMAEEAGSNVEII SLDTEEGQQFYKAFGGLGAFLRYKIH" gene complement(660493..660663) /locus_tag="TGAM_0693" /note="tg0693" CDS complement(660493..660663) /locus_tag="TGAM_0693" /inference="protein motif:COG:COG2026 Cytotoxic translational repressor of toxin-antitoxin stability system; J Translation, ribosomal structure and biogenesis" /note="Possibly a pseudo-gene, frameshift with tg0694" /codon_start=1 /transl_table=11 /product="Plasmid stabilization system addiction module toxin, RelE/StbE family, C-term part" /protein_id="ACS33195.1" /translation="MRQSPRDKFDIIKLKGSGDLDIYHVRIGEYRIIYSVNWKARRIL IHKVKKREDAYK" gene complement(660635..660766) /locus_tag="TGAM_0694" /note="tg0694" CDS complement(660635..660766) /locus_tag="TGAM_0694" /inference="protein motif:COG:COG2026 Cytotoxic translational repressor of toxin-antitoxin stability system; J Translation, ribosomal structure and biogenesis" /note="Possibly a pseudo-gene, frameshift with tg0693" /codon_start=1 /transl_table=11 /product="Plasmid stabilization system addiction module toxin, RelE/StbE family, N-term part" /protein_id="ACS33196.1" /translation="MTFEVKIKKEAIKALKSLPKANLRKFLELKDALRYEAVPPGQI" gene complement(660763..660981) /locus_tag="TGAM_0695" /note="tg0695" CDS complement(660763..660981) /locus_tag="TGAM_0695" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein" /protein_id="ACS33197.1" /translation="MERVRDVNVRYVMEELERLKVEIQRLEAMLVPIVRGEVSDEELD KIEREARDFKEENWIDADELERILEEDS" gene 661117..662187 /locus_tag="TGAM_0696" /note="tg0696" CDS 661117..662187 /locus_tag="TGAM_0696" /inference="protein motif:CDD:Arch_ATPase, Archaeal ATPase" /inference="protein motif:CDD:COG1672, Predicted ATPase (AAA+ superfamily) [General function prediction only]" /inference="protein motif:COG:COG1672 Predicted ATPase (AAA+ superfamily); R General function prediction only" /inference="protein motif:Gene3D:G3D.3.40.50.300 no description" /inference="protein motif:HMMPfam:PF01637 Arch_ATPase InterPro:IPR011579 Prokaryotic ATPase" /inference="protein motif:superfamily:SSF46785 'Winged helix' DNA-binding domain" /inference="protein motif:superfamily:SSF52540 P-loop containing nucleoside triphosphate hydrolases" /note="Contains Archaeal ATPase domain (PF01637)" /codon_start=1 /transl_table=11 /product="Prokaryotic ATPase, AAA superfamily" /protein_id="ACS33198.1" /translation="MLFDPRPKSKREEIFDREKELNSLLGGIEEYPITVLIGIRRVGK SSLLRVALNEFNGLGLYLDARRLYAAGGGAISPAVLVDEIRKILLGKGRFGFLSGIKL ESVNLAGVKIAPKEMTIIDVFELLNGLGERFGRVVLAFDEAQYLRFYGPRGGKDLLAG IAYAYDSLPDLGFVFTGSEVGLLHDFIGIDDYSSPLFGRVYEEVEVRPFQRGVSEAFL RAGFEEVGLKVPDEEIKRAVDGLDGIPGWLVEFGFNYWKSGSFERAMERTVERARVMI REELLELEKRSPRYALILRAIAIGLTRWRDIKDYVEAKGGPITNARLSALLKNLEKMG WVRKESGEYRIIDPLVEKILKS" gene complement(662188..664110) /gene="argS" /locus_tag="TGAM_0698" /note="tg0698" CDS complement(662188..664110) /gene="argS" /locus_tag="TGAM_0698" /EC_number="6.1.1.19" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:Arg_tRNA_synt_N, Arginyl tRNA synthetase N terminal domain" /inference="protein motif:CDD:ArgRS_core, This is the catalytic core domain of Arginyl tRNA synthetase (ArgRS)" /inference="protein motif:CDD:ArgS, Arginyl-tRNA synthetase [Translation, ribosomal structure and biogenesis]" /inference="protein motif:CDD:tRNA-synt_1d, tRNA synthetases class I (R)" /inference="protein motif:CDD:tRNA-synt_1d_C, DALR anticodon binding domain" /inference="protein motif:COG:COG0018 Arginyl-tRNA synthetase; J Translation, ribosomal structure and biogenesis" /inference="protein motif:FPrintScan:PR01038 TRNASYNTHARG InterPro:IPR001278 Arginyl-tRNA synthetase, class Ic GO:Molecular Function:arginine-tRNA ligase activity (GO:0004814), Molecular Function:ATP binding (GO:0005524), Biological Process:arginyl-tRNA aminoacylation (GO:0006420)" /inference="protein motif:Gene3D:G3D.1.20.1010.10 no description" /inference="protein motif:Gene3D:G3D.3.30.70.810 no description" /inference="protein motif:Gene3D:G3D.3.40.510.10 no description" /inference="protein motif:HMMPanther:PTHR11956 ARGINYL-TRNA SYNTHETASE InterPro:IPR001278 Arginyl-tRNA synthetase, class Ic GO:Molecular Function:arginine-tRNA ligase activity (GO:0004814), Molecular Function:ATP binding (GO:0005524), Biological Process:arginyl-tRNA aminoacylation (GO:0006420)" /inference="protein motif:HMMPfam:PF00750 tRNA-synt_1d InterPro:IPR001278 Arginyl-tRNA synthetase, class Ic GO:Molecular Function:arginine-tRNA ligase activity (GO:0004814), Molecular Function:ATP binding (GO:0005524), Biological Process:arginyl-tRNA aminoacylation (GO:0006420)" /inference="protein motif:HMMPfam:PF03485 Arg_tRNA_synt_N InterPro:IPR005148 Arginyl tRNA synthetase, N-terminal" /inference="protein motif:HMMPfam:PF05746 tRNA-synt_1d_C InterPro:IPR008909 DALR anticodon binding GO:Molecular Function:arginine-tRNA ligase activity (GO:0004814), Molecular Function:ATP binding (GO:0005524), Biological Process:arginyl-tRNA aminoacylation (GO:0006420)" /inference="protein motif:HMMTigr:TIGR00456 argS:arginyl-tRNA synthetase InterPro:IPR001278 Arginyl-tRNA synthetase, class Ic GO:Molecular Function:arginine-tRNA ligase activity (GO:0004814), Molecular Function:ATP binding (GO:0005524), Biological Process:arginyl-tRNA aminoacylation (GO:0006420)" /inference="protein motif:ScanRegExp:PS00178 AA_TRNA_LIGASE_I InterPro:IPR001412 Aminoacyl-tRNA synthetase, class I GO:Molecular Function:aminoacyl-tRNA ligase activity (GO:0004812), Molecular Function:ATP binding (GO:0005524), Biological Process:tRNA aminoacylation for protein translation (GO:0006418)" /inference="protein motif:superfamily:SSF47323 Anticodon-binding domain of a subclass of class I aminoacyl-tRNA synthetases InterPro:IPR009080 Aminoacyl-tRNA synthetase, class 1a, anticodon-binding" /inference="protein motif:superfamily:SSF52374 Nucleotidylyl transferase" /inference="protein motif:superfamily:SSF55190" /codon_start=1 /transl_table=11 /product="Arginyl-tRNA synthetase (argS)" /protein_id="ACS33199.1" /translation="MVYKEIRERARLSLKKALDEMLTEAGKKWEGEITFDDTPSLELG DFGTAVAFQLARVFRKAPKLIAEELVERIEKPEGIVEVKAVNGYINFYVDYSYFGREL VREILGKGEAYGESELGKGRKVIVEHTSVNPTKPLHMGHARNAVLGDTMARIMRRLGY KVEVQNYIDDLGVQFAQVLWGYLNMKEEFERIEAELREKGLKEDFIDHVMGLLYVEVN KRIEENPEVDKEVRELMKKLEEGNNEIAEIGRKLAERVVKAQMLTTYRMGIAYDLLSW ESDIMRSGIFEEAYRLIEANENFFWGREGKYKGAFVMDLRKLFPDMKNPFLVLKRSDG TATYTGKDIAYHLWKFGKVKADMLYKLWDKRENHETWTTAPDGEEMPGRFGRGDIVIN VIGAEQRHPQMAIKYALQLLGFEDSAENFHHLAYEHVVRPEGKFSGRKGTWVGFTVDE VLNEAVQRARELVEQKNPNLSEEEKDEIAEAVGVGAVRFNLVKYSPDKIITFRWDDVL NFEGESAPYIQYAHARCASILRKARESGVETEWEKLLEKADFSKLTLREKELIKLLAK FPEVIESAGRDIKPHLVPAYLNELASLFNKFYMDHPVLKAEDGIREERLLLVLAVKQV LRNGLELLGIEAPEKM" gene 663487..664458 /locus_tag="TGAM_0697" /note="tg0697" CDS 663487..664458 /locus_tag="TGAM_0697" /inference="protein motif:COG:COG0095 Lipoate-protein ligase A; H Coenzyme transport and metabolism" /codon_start=1 /transl_table=11 /product="Lipoate-protein ligase A" /protein_id="ACS33200.1" /translation="MVYEVLLQALLPQLCLNPLELLFHVEVAPENLGELHSKVVYVVL NFNLVAEPAHNPRHRVAQNRVPRVPHVEWLRGIDRGVLDDDLPALSKLALAVGFAFAK DFPDQLASEVGVVNVEVDVAVDRLNLDYALGLLNPLDELFRYELRGLPEDPRELKRHS RAKVAELEARCVVEGYLSFPLLSCLGEHLVECLLQRKPRPLPYLFIDHLHHRSHFNPT FKKFSRELTTGMGMKHHVGEHKAKKGLIRIEFDERDGIAEHVKITGDFFMHPEEAVHD LEKKLEGHKIEELESLIDEFFAMRLDVEMPYVNVEDFKIALKKALEG" gene 664479..665033 /locus_tag="TGAM_0699" /note="tg0699" CDS 664479..665033 /locus_tag="TGAM_0699" /inference="protein motif:CDD:DUF95, Integral membrane protein DUF95" /inference="protein motif:CDD:SpoIIM, Uncharacterized membrane protein [Function unknown]" /inference="protein motif:COG:COG1300 Uncharacterized membrane protein; S Function unknown" /inference="protein motif:HMMPfam:PF01944 DUF95 InterPro:IPR002798 Protein of unknown function DUF95, transmembrane" /note="Belongs to DUF95 family; 5 probable transmembrane helices predicted by modhmm" /codon_start=1 /transl_table=11 /product="Conserved membrane protein" /protein_id="ACS33201.1" /translation="MRAKELAIGQLLRLAVGFVVSAFLGVLVAVVFPKTAANLFVEIG KSIAGKVGDREGFGAFLSIYTNNLTVATSAYALGIFFGIVPWIIVLVNGFILGLVLAV VVSTGLISPVTAMLAVLPHGIFEIPAILLAAAAGILVYRGTLKKEGMEVVYASLKLYA LSAVLLLVAAFIEAFITPKVAGIG" gene complement(665038..665706) /locus_tag="TGAM_0700" /note="tg0700" CDS complement(665038..665706) /locus_tag="TGAM_0700" /note="1 probable transmembrane helix predicted by modhmm" /codon_start=1 /transl_table=11 /product="Hypothetical protein" /protein_id="ACS33202.1" /translation="MKRWLALGISILVLLSVLVVTTASESTVLSELSGESQYGGSLIP NSSGWRSAPEDPQTVYIEIVAPNVRLKKALREALTNVTRAHNLKPVYVSGSIDDHDMK GRVVVVYLPHAFSRDGLLSRECGVSGILYYSYAGDAKTFVDIMMSRNTSKETKGTIKK PALELKFSSVRRLNEEHIMNQTVWVAYWWNLKARVGRLREGDPYKMVAREIAAHLDRF LENS" gene complement(665752..667011) /locus_tag="TGAM_0701" /note="tg0701" CDS complement(665752..667011) /locus_tag="TGAM_0701" /inference="protein motif:CDD:COG0535, Predicted Fe-S oxidoreductases [General function prediction only]" /inference="protein motif:CDD:COG2100, Predicted Fe-S oxidoreductase [General function prediction only]" /inference="protein motif:CDD:Elp3, Elongator protein 3, MiaB family, Radical SAM; This superfamily contains MoaA, NifB, PqqE, coproporphyrinogen III oxidase, biotin synthase and MiaB families, and includes a representative in the eukaryotic elongator subunit, Elp-3" /inference="protein motif:CDD:MoaA, Molybdenum cofactor biosynthesis enzyme [Coenzyme metabolism]" /inference="protein motif:CDD:PflA, Pyruvate-formate lyase-activating enzyme [Posttranslational modification, protein turnover, chaperones]" /inference="protein motif:CDD:Radical_SAM, Radical SAM superfamily" /inference="protein motif:COG:COG2100 Predicted Fe-S oxidoreductase; R General function prediction only" /inference="protein motif:HMMPanther:PTHR11228 PUTATIVE MOLYBDOPTERIN COFACTOR SYNTHESIS PROTEIN A" /inference="protein motif:HMMPfam:PF04055 Radical_SAM InterPro:IPR007197 Radical SAM GO:Molecular Function:catalytic activity (GO:0003824), Molecular Function:iron ion binding (GO:0005506)" /inference="protein motif:HMMSmart:SM00729 no description InterPro:IPR006638 Elongator protein 3/MiaB/NifB" /inference="protein motif:ProfileScan:PS50926 TRAM InterPro:IPR002792 Deoxyribonuclease/rho motif-related TRAM" /inference="protein motif:superfamily:SSF51366 Ribulose-phoshate binding barrel InterPro:IPR011060 Ribulose-phosphate binding barrel" /inference="protein motif:superfamily:SSF52335 Methylglyoxal synthase-like" /codon_start=1 /transl_table=11 /product="Radical SAM protein, elongator protein 3/MiaB/NifB related" /protein_id="ACS33203.1" /translation="MIELRLPNSRFEDLGDAIRLIWRETLYADFPKRELERVIRRKYR VSPQITARNGTLIIDTDYKKVEGFIALYIQNNLGALLRNRYTKRKVLYIHEALDVPLL GYNAFGLIDRGTNLIQIRGVSGCNLSCIFCSVDEGPYSRTRKLDYVVDIDYLMKWFDE VARIKGKGLEAHLDGQGEPLIYPFRVELVQALREHPNVSVISMQSNGTLLTDKLVEEL AEAGLDRVNLSIHSLDPEKAKMLMGMKSYDLDHVLEMAEALVNAGIDVLIAPVIIFGI NDDEAEAFIEFARKIGAGKRWPALGFQNYVPYKFGRNPVIAKPVPFKEFYAWLRRLEE KTGMKPLVLKPSHFGMEKREFIPLAFRPGEIVKAEVVLPGRIEGEMLAKARNRLIEVV GTRAEVGDRIRVRIVRTRHGIYIGREV" gene 667156..667656 /locus_tag="TGAM_0702" /note="tg0702" CDS 667156..667656 /locus_tag="TGAM_0702" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:COG2150, Predicted regulator of amino acid metabolism, contains ACT domain [General function prediction only]" /inference="protein motif:COG:COG2150 Predicted regulator of amino acid metabolism, contains ACT domain; R General function prediction only" /inference="protein motif:Gene3D:G3D.3.30.70.260 no description" /inference="protein motif:HMMPfam:PF01842 ACT InterPro:IPR002912 Amino acid-binding ACT GO:Biological Process:metabolism (GO:0008152), Molecular Function:amino acid binding (GO:0016597)" /inference="protein motif:superfamily:SSF55021 Regulatory domain in the aminoacid metabolism" /codon_start=1 /transl_table=11 /product="Regulator of amino acid metabolism, putative, containing ACT domain" /protein_id="ACS33204.1" /translation="MWGKIEHYFDEYPVRKLIAKTLLKYGLRVSDDLKIKAGDIEVPY TKIAKALDVDRRVVKETVSMILKIPDLREIYTNLEPTVHMKHVGRHVGYGVIEIEPEP RAVGILAKIAQKIADRGINIVQVVAEDPELYPEATLTIITEKPIPGDLINELSKLEGV KRISIY" gene 667855..668388 /gene="mbxA" /locus_tag="TGAM_0703" /note="tg0703" CDS 667855..668388 /gene="mbxA" /locus_tag="TGAM_0703" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:BlastProDom:PD012569 Q9V0T5_PYRAB_Q9V0T5; InterPro:IPR002758 Predicted cation antiporter GO:Biological Process:cation transport (GO:0006812), Molecular Function:cation transporter activity (GO:0008324), Cellular Component:integral to membrane (GO:0016021)" /inference="protein motif:CDD:MnhE, Multisubunit Na+/H+ antiporter, MnhE subunit [Inorganic ion transport and metabolism]" /inference="protein motif:CDD:MNHE, Na+/H+ ion antiporter subunit" /inference="protein motif:COG:COG1863 Multisubunit Na+/H+ antiporter, MnhE subunit; P Inorganic ion transport and metabolism" /inference="protein motif:HMMPfam:PF01899 MNHE InterPro:IPR002758 Predicted cation antiporter GO:Biological Process:cation transport (GO:0006812), Molecular Function:cation transporter activity (GO:0008324), Cellular Component:integral to membrane (GO:0016021)" /note="2 probable transmembrane helices predicted by modhmm" /codon_start=1 /transl_table=11 /product="membrane bound oxidoreductase, MbxA subunit (MbxA)" /protein_id="ACS33205.1" /translation="MEEAGKISRYLYTVIVLFLIWLFLTASTDPQELVMGVIFSLLIA AFAYPIFTTRGLANLHPKRVAYAIAYIPYFLWAMIMANLDVAYRVLHPKRPIRPGIVH CKTVLKTNPGKLALANSITLTPGTITLDVDDDNYFIHWIWVPDEVLRAESDEEHVERA SSNITAPFEKFLKVIFG" gene 668385..668639 /gene="mbxB" /locus_tag="TGAM_0704" /note="tg0704" CDS 668385..668639 /gene="mbxB" /locus_tag="TGAM_0704" /inference="protein motif:COG:COG2212 Multisubunit Na+/H+ antiporter, MnhF subunit; P Inorganic ion transport and metabolism" /inference="protein motif:HMMPfam:PF04066 MrpF_PhaF InterPro:IPR007208 Multiple resistance and pH regulation protein F GO:Biological Process:ion transport (GO:0006811), Molecular Function:ion transporter activity (GO:0015075), Cellular Component:integral to membrane (GO:0016021)" /note="3 probable transmembrane helices predicted by modhmm" /codon_start=1 /transl_table=11 /product="membrane bound oxidoreductase, MbxB subunit (MbxB)" /protein_id="ACS33206.1" /translation="MIGINIYLILIAIATLLSMYRVFRGPTTVDRLVAVDIMTTITTG LMVLFALYYKRMIFLDVALVYAVLAFGGVIAFARYMEGGL" gene 668636..669031 /gene="mbxC" /locus_tag="TGAM_0705" /note="tg0705" CDS 668636..669031 /gene="mbxC" /locus_tag="TGAM_0705" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:MnhG, Multisubunit Na+/H+ antiporter, MnhG subunit [Inorganic ion transport and metabolism]" /inference="protein motif:CDD:PhaG_MnhG_YufB, Na+/H+ antiporter subunit" /inference="protein motif:COG:COG1320 Multisubunit Na+/H+ antiporter, MnhG subunit; P Inorganic ion transport and metabolism" /inference="protein motif:HMMPfam:PF03334 PhaG_MnhG_YufB InterPro:IPR005133 Na+/H+ antiporter subunit" /inference="protein motif:HMMTigr:TIGR01300 CPA3_mnhG_phaG:monovalent cation/prot InterPro:IPR005133 Na+/H+ antiporter subunit" /note="3 probable transmembrane helices predicted by modhmm" /codon_start=1 /transl_table=11 /product="membrane bound oxidoreductase, MbxC subunit (MbxC)" /protein_id="ACS33207.1" /translation="MNVLAAIGEILVFIGTFFYFLSALGLIRMPDVYNRMQTSTKSAT LGSLGVMIGVGLWALGSDFGSVAWLTKTVVIATFLLLTNPISAHALIRAAYKRGIPLW HGSVVDKYHEYIESKAEKAESVEGEGDAE" gene 669028..669312 /gene="mbxD" /locus_tag="TGAM_0706" /note="tg0706" CDS 669028..669312 /gene="mbxD" /locus_tag="TGAM_0706" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:COG1563, Predicted subunit of the Multisubunit Na+/H+ antiporter [Inorganic ion transport and metabolism]" /inference="protein motif:COG:COG1563 Predicted subunit of the Multisubunit Na+/H+ antiporter; P Inorganic ion transport and metabolism" /note="3 probable transmembrane helices predicted by modhmm" /codon_start=1 /transl_table=11 /product="membrane bound oxidoreductase, MbxD subunit (MbxD)" /protein_id="ACS33208.1" /translation="MNCIACVEYIIVALMILSAVLAVEWRDLLAATVGMAAVSLFASI LFFMLQAPDVAMTEAAIGAALSGAVFIFAIKRTQRFETEEEEKPGWWVRW" gene 669309..670022 /gene="mbxF" /locus_tag="TGAM_0707" /note="tg0707" CDS 669309..670022 /gene="mbxF" /locus_tag="TGAM_0707" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:MnhB, Domain related to MnhB subunit of Na+/H+ antiporter" /inference="protein motif:CDD:MnhB, Multisubunit Na+/H+ antiporter, MnhB subunit [Inorganic ion transport and metabolism]" /inference="protein motif:COG:COG2111 Multisubunit Na+/H+ antiporter, MnhB subunit; P Inorganic ion transport and metabolism" /inference="protein motif:HMMPfam:PF04039 MnhB InterPro:IPR007182 Na+/H+ antiporter MnhB subunit-related protein" /note="5 probable transmembrane helices predicted by modhmm" /codon_start=1 /transl_table=11 /product="membrane bound oxidoreductase, MbxF subunit (MbxF)" /protein_id="ACS33209.1" /translation="MNMLKRALAIITLLIIGYWLAQGLAGVPFGQDKMIVGRYYLENV KEQTGAVNAVTAIVVNYRGFDTLGEVTVLFIASTGVGALLWRKKKKRTARAEGSVVLK TGTELLFPFVVLFGAYIFIHGHLTPGGGFPGGATIATAFLLLYMAFINYEIPHRAFEK TEGLAGMGYVLVGLIGLAIGGYFLFDWIWQTWNWGHDNIGRLFSGGFIPIIYTLIGIK VGTELSGIIDNMLKEGVSE" gene 670019..670375 /gene="mbxG" /locus_tag="TGAM_0708" /note="tg0708" CDS 670019..670375 /gene="mbxG" /locus_tag="TGAM_0708" /EC_number="1.6.5.3" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:BlastProDom:PD006097 Q8U0Y3_PYRFU_Q8U0Y3; InterPro:IPR006672 Protein of unknown function DUF67 GO:Molecular Function:molecular function unknown (GO:0005554), Cellular Component:integral to membrane (GO:0016021)" /inference="protein motif:CDD:MnhC, Multisubunit Na+/H+ antiporter, MnhC subunit [Inorganic ion transport and metabolism]" /inference="protein motif:COG:COG1006 Multisubunit Na+/H+ antiporter, MnhC subunit; P Inorganic ion transport and metabolism" /inference="protein motif:HMMPfam:PF00420 Oxidored_q2 InterPro:IPR001133 NADH-ubiquinone oxidoreductase, chain 4L GO:Biological Process:mitochondrial electron transport, NADH to ubiquinone (GO:0006120), Molecular Function:NADH dehydrogenase (ubiquinone) activity (GO:0008137)" /note="3 probable transmembrane helices predicted by modhmm" /codon_start=1 /transl_table=11 /product="membrane bound oxidoreductase, MbxG subunit (MbxG)" /protein_id="ACS33210.1" /translation="MNVPDISVYYFGAISLVLIGLYAVLVKKNVLKILVGLSIMETGV NLLLISIGYISGRSAPILSEGVTASRAVDPIPQALVLTAIVIGVATTAMALSVAIILY EKYGTLNVEEIRRLRG" gene 670372..671859 /gene="mbxH1" /locus_tag="TGAM_0709" /note="tg0709" CDS 670372..671859 /gene="mbxH1" /locus_tag="TGAM_0709" /EC_number="1.6.5.3" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:HyfB, Formate hydrogenlyase subunit 3/Multisubunit Na+/H+ antiporter, MnhD subunit [Energy production and conversion / Inorganic ion transport and metabolism]" /inference="protein motif:CDD:NuoL, NADH:ubiquinone oxidoreductase subunit 5 (chain L)/Multisubunit Na+/H+ antiporter, MnhA subunit [Energy production and conversion / Inorganic ion transport and metabolism]" /inference="protein motif:CDD:NuoM, NADH:ubiquinone oxidoreductase subunit 4 (chain M) [Energy production and conversion]" /inference="protein motif:CDD:NuoN, NADH:ubiquinone oxidoreductase subunit 2 (chain N) [Energy production and conversion]" /inference="protein motif:CDD:Oxidored_q1, NADH-Ubiquinone/plastoquinone (complex I), various chains" /inference="protein motif:COG:COG0651 Formate hydrogenlyase subunit 3/Multisubunit Na+/H+ antiporter, MnhD subunit; C Energy production and conversion" /inference="protein motif:FPrintScan:PR01434 NADHDHGNASE5 InterPro:IPR003916 NADH-ubiquinone oxidoreductase, chain 5 GO:Molecular Function:NADH dehydrogenase (ubiquinone) activity (GO:0008137), Biological Process:ATP synthesis coupled electron transport (GO:0042773)" /inference="protein motif:HMMPanther:PTHR19377 NADH DEHYDROGENASE" /inference="protein motif:HMMPfam:PF00361 Oxidored_q1 InterPro:IPR001750 NADH/Ubiquinone/plastoquinone (complex I) GO:Molecular Function:NADH dehydrogenase (ubiquinone) activity (GO:0008137), Biological Process:ATP synthesis coupled electron transport (GO:0042773)" /note="14 probable transmembrane helices predicted by modhmm" /codon_start=1 /transl_table=11 /product="membrane bound oxidoreductase, MbxH subunit (MbxH1)" /protein_id="ACS33211.1" /translation="MNAQYASLLIAVPLISAFFVPLIKGFGKRTVKYYLMLVTLVQTA IAGAVFVNVYRTGEPMIVMAGGWKPPVGINLYVGPFAALFVLIVAIMSFFMAVFSLKA VETEPIDKYAMLFLLLMLGSTGMIATGDIFNLFVFMEITSITAYALTAYNKTGEAAEA SLKYMVLGGIGSSFFLIGVALIYGATGTLNMAHIAQLAGGINPTVAQIGLALLIFGLA VEAELFPLNAWAPDAYQAAPHPITAMFSAFVVKAGLYAAARLLYIMQNASGWGSVLKM VVIMAALTVFVAEFSALRQRDVKRMIAYSSISQVGMIAFALALGTQAGVEAGVFHMIN HAIVKALLFLAVGYVGITLGGTGIEKFSGLGRRMPLTAFVITVGSLAAVGIPLFNIFW SKIRILIAGVEAGYTWGVALILGASVVEAVYYIRLIHTMWFGEGEGRIRENLAIGTIA LFLVLLILFIGLYPNYFWTVSQKAGQDIFNVVDYVKNVPLMGVGS" gene 671856..673709 /gene="mbxH2" /locus_tag="TGAM_0710" /note="tg0710" CDS 671856..673709 /gene="mbxH2" /locus_tag="TGAM_0710" /EC_number="1.6.5.3" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:HyfB, Formate hydrogenlyase subunit 3/Multisubunit Na+/H+ antiporter, MnhD subunit [Energy production and conversion / Inorganic ion transport and metabolism]" /inference="protein motif:CDD:NuoL, NADH:ubiquinone oxidoreductase subunit 5 (chain L)/Multisubunit Na+/H+ antiporter, MnhA subunit [Energy production and conversion / Inorganic ion transport and metabolism]" /inference="protein motif:CDD:NuoM, NADH:ubiquinone oxidoreductase subunit 4 (chain M) [Energy production and conversion]" /inference="protein motif:CDD:NuoN, NADH:ubiquinone oxidoreductase subunit 2 (chain N) [Energy production and conversion]" /inference="protein motif:CDD:Oxidored_q1, NADH-Ubiquinone/plastoquinone (complex I), various chains" /inference="protein motif:COG:COG0651 Formate hydrogenlyase subunit 3/Multisubunit Na+/H+ antiporter, MnhD subunit; C Energy production and conversion" /inference="protein motif:HMMPanther:PTHR19377 NADH DEHYDROGENASE" /inference="protein motif:HMMPanther:PTHR19377:SF14 NADH DEHYDROGENASE I SUBUNIT M" /inference="protein motif:HMMPfam:PF00361 Oxidored_q1 InterPro:IPR001750 NADH/Ubiquinone/plastoquinone (complex I) GO:Molecular Function:NADH dehydrogenase (ubiquinone) activity (GO:0008137), Biological Process:ATP synthesis coupled electron transport (GO:0042773)" /inference="protein motif:superfamily:SSF81601 Protein serine/threonine phosphatase 2C, C-terminal domain" /note="16 probable transmembrane helices predicted by modhmm" /codon_start=1 /transl_table=11 /product="membrane bound oxidoreductase, MbxH' subunit (MbxH2)" /protein_id="ACS33212.1" /translation="MTFVDYAIPLLLFIPAVSGVLAWLFDRDIVREIFGLIGGLSPLV IIAITYGKLGDGIKWTVDTGVFKLFFQLEHMSWYLAAVAAVVAAAMAFGMVSTSRSGY EWMFALFSVSGLLGVFLSGDFAGFFLFWELMTFASFMMVLRYNKRASLKYFVLSIIGA YAMLLAIAILYAKTGTLEFQSLRRMVVYAAYGMVPLTKTDMVLVYALFLVAFGVKAGT WPLHVWAPDAYSETNQSYTTFFSGALSKAGAYGFVLMFILLGVKLYTDLGTFRGHPLF TYILAWLGAITVVVAGFLAVLQEDLRKLLAYSSVSQVGYIVLALGVGSGIGFTGAFFH ILSHAVFKGLFWLITAALILRTGKTRFEDFGGLAEKMPVTFAMALIAVLSLAGIPPMA GFASKWLIYEAAISAHMPLVAGAIFLGSAIAFAYVVRFLYAIWFGQRPSDLDDVEEAP LPLLVGMTILAIPNVVFGIAPGLVVRFLNKFINTGVAVNSYYSISTGVGTYNALSVAL ILVVGLAIAGLIYIYGARARRIPLTNTYQSGNPVTEDYNLSMRRNFYRPLAEALEFWL KYSFDRFYARVAKIAEDFADWLREGFYNGNVQAYSWYLAIVLLILALWGVL" gene 673710..674603 /gene="mbxM" /locus_tag="TGAM_0711" /note="tg0711" CDS 673710..674603 /gene="mbxM" /locus_tag="TGAM_0711" /EC_number="1.6.5.3" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:HyfC, Formate hydrogenlyase subunit 4 [Energy production and conversion]" /inference="protein motif:CDD:NADHdh, NADH dehydrogenase" /inference="protein motif:CDD:NuoH, NADH:ubiquinone oxidoreductase subunit 1 (chain H) [Energy production and conversion]" /inference="protein motif:COG:COG0650 Formate hydrogenlyase subunit 4; C Energy production and conversion" /inference="protein motif:HMMPanther:PTHR11432 NADH DEHYDROGENASE SUBUNIT 1 InterPro:IPR001694 Respiratory-chain NADH dehydrogenase, subunit 1 GO:Biological Process:electron transport (GO:0006118), Cellular Component:membrane (GO:0016020)" /inference="protein motif:HMMPfam:PF00146 NADHdh InterPro:IPR001694 Respiratory-chain NADH dehydrogenase, subunit 1 GO:Biological Process:electron transport (GO:0006118), Cellular Component:membrane (GO:0016020)" /inference="protein motif:superfamily:SSF81514 Subunit X (nonheme 7 kDa protein) of cytochrome bc1 complex (Ubiquinol-cytochrome c reductase)" /note="7 probable transmembrane helices predicted by modhmm" /codon_start=1 /transl_table=11 /product="membrane bound oxidoreductase, MbxM subunit (MbxM)" /protein_id="ACS33213.1" /translation="MFDWKLILEAIGMLIYATFMGFIFMGIERKAMARIQRRVGPPIY QPIIDTLKLLGKKESVSHGLIYDFGPVFALGASITALLFLPIANFQLFSSNADLIVVA YLLEIPMLGIMLGAMSSGNPYSAVGVQRGLLTMVAMQLPYGLALIALIQHWGTFKLSE IVALQELHGWSITVPALLIAMIIFDIVFQAMLGLEPFDIVTAPAEISMGPMVEYGGKH AALLFTQHAVQLFAETAFFAILFLGGASNLLELLVKQIAVLFIAIFIASIYPRFTIDQ AAKFFWKWPTILGIIAVLLTM" gene 674614..675198 /gene="mbxJ" /locus_tag="TGAM_0712" /note="tg0712" CDS 674614..675198 /gene="mbxJ" /locus_tag="TGAM_0712" /EC_number="1.6.5.3" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:COG3260, Ni,Fe-hydrogenase III small subunit [Energy production and conversion]" /inference="protein motif:CDD:NuoB, NADH:ubiquinone oxidoreductase 20 kD subunit and related Fe-S oxidoreductases [Energy production and conversion]" /inference="protein motif:CDD:Oxidored_q6, NADH ubiquinone oxidoreductase, 20 Kd subunit" /inference="protein motif:COG:COG0377 NADH:ubiquinone oxidoreductase 20 kD subunit and related Fe-S oxidoreductases; C Energy production and conversion" /inference="protein motif:Gene3D:G3D.3.40.50.700 no description" /inference="protein motif:HMMPanther:PTHR11995 NADH DEHYDROGENASE" /inference="protein motif:HMMPanther:PTHR11995:SF7 NADH DEHYDROGENASE" /inference="protein motif:HMMPfam:PF01058 Oxidored_q6 InterPro:IPR006137 NADH ubiquinone oxidoreductase, 20 kDa subunit GO:Biological Process:mitochondrial electron transport, NADH to ubiquinone (GO:0006120), Molecular Function:NADH dehydrogenase (ubiquinone) activity (GO:0008137)" /inference="protein motif:HMMPIR:PIRSF002913 [NiFe]-hydrogenase-3-type complex, small subunit/NADH:quinone oxidoreductase (complex I), subunit PSST/NdhK/NuoB" /inference="protein motif:HMMTigr:TIGR01957 nuoB_fam:NADH-quinone oxidoreductase, B sub InterPro:IPR006138 NADH dehydrogenase (ubiquinone), 20 kDa subunit GO:Biological Process:mitochondrial electron transport, NADH to ubiquinone (GO:0006120), Molecular Function:NADH dehydrogenase (ubiquinone) activity (GO:0008137)" /inference="protein motif:superfamily:SSF56770 Nickel-iron hydrogenase, small subunit" /codon_start=1 /transl_table=11 /product="membrane bound oxidoreductase, MbxJ subunit (MbxJ)" /protein_id="ACS33214.1" /translation="MSEKDGFISYELQEFKLFEPLFRWARKKSLWIVAFCTGCGGIEM PPLATARYDFERFGIMPNPAPRMADLFLITGYVTPKTLKRIIITYEMMQDPKYVLAHG SCPINGGVYWDSYNVVKQLDKYIPIDVAIAGCMPRPEAVMDGIMEIMRKIENGEADGW KRYRENYEWYRKNQDELFGEGWREKDAKRWLAWL" gene 675234..675785 /gene="mbxK" /locus_tag="TGAM_0713" /note="tg0713" CDS 675234..675785 /gene="mbxK" /locus_tag="TGAM_0713" /EC_number="1.6.5.3" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:BlastProDom:PD001581 Q9V0S6_PYRAB_Q9V0S6; InterPro:IPR001268 NADH dehydrogenase (ubiquinone), 30 kDa subunit GO:Biological Process:mitochondrial electron transport, NADH to ubiquinone (GO:0006120), Molecular Function:NADH dehydrogenase (ubiquinone) activity (GO:0008137)" /inference="protein motif:CDD:Complex1_30kDa, Respiratory-chain NADH dehydrogenase, 30 Kd subunit" /inference="protein motif:COG:COG0852 NADH:ubiquinone oxidoreductase 27 kD subunit; C Energy production and conversion" /inference="protein motif:HMMPanther:PTHR10884 NADH-UBIQUINONE OXIDOREDUCTASE-RELATED" /inference="protein motif:HMMPfam:PF00329 Complex1_30kDa InterPro:IPR001268 NADH dehydrogenase (ubiquinone), 30 kDa subunit GO:Biological Process:mitochondrial electron transport, NADH to ubiquinone (GO:0006120), Molecular Function:NADH dehydrogenase (ubiquinone) activity (GO:0008137)" /inference="protein motif:superfamily:SSF50203 Bacterial enterotoxins InterPro:IPR008992 Bacterial enterotoxin" /codon_start=1 /transl_table=11 /product="membrane bound oxidoreductase, MbxK subunit (MbxK)" /protein_id="ACS33215.1" /translation="MKAQEVPEEKPELPNTKEGNLVRELLEKAPYAEGKVRRERRIEF KVPAERIHEFLELASEKFEMLMQISVVDWLKQGEFELVYQLWSVSESVHAFVKTRVPR DSAEVPTVMDIWPVAETYEREAHEFFGIIFKGNPRLGPFILEPREYEKHPLRKDFNTL SYVKTIYGEDFDRYDESKTNYVI" gene 675796..676980 /gene="mbxL" /locus_tag="TGAM_0714" /note="tg0714" CDS 675796..676980 /gene="mbxL" /locus_tag="TGAM_0714" /EC_number="1.6.5.3" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:Complex1_49kDa, Respiratory-chain NADH dehydrogenase, 49 Kd subunit" /inference="protein motif:CDD:HycE, Ni,Fe-hydrogenase III large subunit [Energy production and conversion]" /inference="protein motif:CDD:NuoD, NADH:ubiquinone oxidoreductase 49 kD subunit 7 [Energy production and conversion]" /inference="protein motif:COG:COG0649 NADH:ubiquinone oxidoreductase 49 kD subunit 7; C Energy production and conversion" /inference="protein motif:Gene3D:G3D.1.10.645.10 no description" /inference="protein motif:HMMPanther:PTHR11993 NADH DEHYDROGNEASE-RELATED" /inference="protein motif:HMMPanther:PTHR11993:SF3 NADH DEHYDROGENASE-RELATED InterPro:IPR001135 NADH-ubiquinone oxidoreductase, chain 49kDa GO:Molecular Function:electron transporter activity (GO:0005489), Biological Process:electron transport (GO:0006118)" /inference="protein motif:HMMPfam:PF00346 Complex1_49kDa InterPro:IPR001135 NADH-ubiquinone oxidoreductase, chain 49kDa GO:Molecular Function:electron transporter activity (GO:0005489), Biological Process:electron transport (GO:0006118)" /inference="protein motif:HMMPIR:PIRSF000230 [NiFe]-hydrogenase-3-type complex, large subunit/NADH:quinone oxidoreductase (complex I), subunit 49K/NdhH/NuoD" /inference="protein motif:ScanRegExp:PS00535 COMPLEX1_49K InterPro:IPR001135 NADH-ubiquinone oxidoreductase, chain 49kDa GO:Molecular Function:electron transporter activity (GO:0005489), Biological Process:electron transport (GO:0006118)" /inference="protein motif:superfamily:SSF56762 Nickel-iron hydrogenase, large subunit" /codon_start=1 /transl_table=11 /product="membrane bound oxidoreductase, MbxL subunit (MbxL)" /protein_id="ACS33216.1" /translation="MANLEVPKELREEARKHDMYLTPIAKDTYELFFGPQHMATENFS IILKMDGNRVERAIVNPGFLHRGFEKLAEGRPYFTNIALLLRICVPESDVPENIYSMA VDEIVGWEVPERAIWIRTTVLEMARLSAWMFWIMGFGNEIGLYTAGQWAAAYRERLMR LFEELTGGRVYHIYTVPGGVRRDIPGDRWLRQLRDTVEYIKSKLKDFDEILFDNYITF ERTEGVGVMDKKFALKHAVTGPNLRAVGVPYDVRKDDPYYLYPELDFEVPVLKEGDSL ARVLVRRYEIEQDLYILEQLLDMGPPSGPYMVQDPKLKNLPRFKVPAGDAYAHVESTK GDFGAYVVSDGTHKPYRVHVRGPSQSHGVTVLEELLKGARLADVPVILKTLDNCPPDI DR" gene 676977..677693 /gene="mbxN" /locus_tag="TGAM_0715" /note="tg0715" CDS 676977..677693 /gene="mbxN" /locus_tag="TGAM_0715" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:NuoI, Formate hydrogenlyase subunit 6/NADH:ubiquinone oxidoreductase 23 kD subunit (chain I) [Energy production and conversion]" /inference="protein motif:COG:COG1143 Formate hydrogenlyase subunit 6/NADH:ubiquinone oxidoreductase 23 kD subunit (chain I); C Energy production and conversion" /inference="protein motif:FPrintScan:PR00353 4FE4SFRDOXIN InterPro:IPR001450 4Fe-4S ferredoxin, iron-sulfur binding GO:Molecular Function:electron transporter activity (GO:0005489), Molecular Function:iron ion binding (GO:0005506), Biological Process:electron transport (GO:0006118)" /inference="protein motif:Gene3D:G3D.3.30.70.20 no description" /inference="protein motif:HMMPanther:PTHR10849 NADH-UBIQUINONE OXIDOREDUCTASE CHAIN 9-RELATED" /inference="protein motif:HMMPanther:PTHR10849:SF3 NADH-UBIQUINONE OXIDOREDUCTASE CHAIN 9" /inference="protein motif:HMMPfam:PF00037 Fer4 InterPro:IPR001450 4Fe-4S ferredoxin, iron-sulfur binding GO:Molecular Function:electron transporter activity (GO:0005489), Molecular Function:iron ion binding (GO:0005506), Biological Process:electron transport (GO:0006118)" /inference="protein motif:ScanRegExp:PS00198 4FE4S_FERREDOXIN InterPro:IPR001450 4Fe-4S ferredoxin, iron-sulfur binding GO:Molecular Function:electron transporter activity (GO:0005489), Molecular Function:iron ion binding (GO:0005506), Biological Process:electron transport (GO:0006118)" /inference="protein motif:superfamily:SSF54862 4Fe-4S ferredoxins" /codon_start=1 /transl_table=11 /product="membrane bound oxidoreductase, MbxN subunit (MbxN)" /protein_id="ACS33217.1" /translation="MMTMARVVGEEKVKIKKSFVKPWMGIKYLFKKPVTIKIPFEKIE PAPKYRGFHTLDWKKCVGCNFCGQICPARAIEMTWLEVDGKMEKRPHPKIDYGRCTFC QFCVDVCPTGALGFSEAYLLTTDGTEDALELFNWVPIHPDKVRELNEKFGDYRFPVVK IEKKADGTYRYHLRDGEVIEFKIVGYGIRPPKRPTPAKPAAKATGKKETAKPAEKKES KPAEKKDETKQAEKKEGASS" gene complement(677780..679360) /locus_tag="TGAM_0716" /note="tg0716" CDS complement(677780..679360) /locus_tag="TGAM_0716" /inference="protein motif:Gene3D:G3D.2.60.40.920 no description" /inference="protein motif:HMMPfam:PF02369 Big_1 InterPro:IPR003344 Bacterial Ig-like, group 1" /inference="protein motif:superfamily:SSF49373 Invasin/intimin cell-adhesion fragments InterPro:IPR008964 Invasin/intimin cell-adhesion" /note="2 probable transmembrane helices predicted by modhmm" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein" /protein_id="ACS33218.1" /translation="MKVKTLVPLVVLIASLILIDHVAASVSFDVSPVKETMSAPPGAI ISVPVRVTNTGDEPLGNLTLSLIWNMENGLYVVNKTVYVGVNESRVFDLTLKVPELPS GYYNVTVRGTLGNVSVEKKLVLRVEKEVLYSLSIDVGERYIYGNDVRIGFSLVSHSND RIIGPIWMKVYRNGTIVAEKAEITYLDPGERWNYTLVLNRPKIGIYSVTLSANMSGVY RKVEKTFVVYRRRFTYRAWYSDGELKVQVRLINGSPVKGIEVTVNGLKLKTDENGLVK YPTTSPGLYEIELNLDGVVEKTALYVGRLFINYEVRGNTLELRVLDSSGNPVPNVTLS IAGPKGEYQAVTDGKGKASLSLTALGYGTISITASAENYVGSSLTIAVPSPSPTTTTT THRTTTSSTTPSPTTTTESTGSSSTAQTGPPSKGGGISWSLLGSVILFLAVFGGSIYL SFLRPHLIEEELGKYYFVKLRAPRIIPIRNFRWEKGMNAVEVRATKGNAKIEGSKVVW TIDELEPGEEAILQVVLG" gene complement(679350..679766) /gene="hjc" /locus_tag="TGAM_0717" /note="tg0717" CDS complement(679350..679766) /gene="hjc" /locus_tag="TGAM_0717" /inference="protein motif:BlastProDom:PD015874 Q9V0H1_PYRAB_Q9V0H1; InterPro:IPR002732 Archaeal holliday junction resolvase" /inference="protein motif:CDD:archeal_HJR, Holliday junction resolvases (HJRs) are endonucleases that specifically resolve Holliday junction DNA intermediates during homologous recombination" /inference="protein motif:CDD:COG1591, Holliday junction resolvase - archaeal type [DNA replication, recombination, and repair]" /inference="protein motif:CDD:Hjc, Archaeal holliday junction resolvase (hjc)" /inference="protein motif:COG:COG1591 Holliday junction resolvase - archaeal type; L Replication, recombination and repair" /inference="protein motif:HMMPfam:PF01870 Hjc InterPro:IPR002732 Archaeal holliday junction resolvase" /inference="protein motif:superfamily:SSF52980 Restriction endonuclease-like" /codon_start=1 /transl_table=11 /product="Archaeal holliday junction resolvase (Hjc)" /protein_id="ACS33219.1" /translation="MRYRRGASAERELIHRLEELGFAVVRSAGSKKVDVIAGNGRLYL CIEVKSTKGRRIYLSKEDLEKLLSFSRMFGGKPYVAVKFIGREWRFFPAEEITKRGAG RSYRIDYTDAGMSLEEVVGRQKSLLDLMKPGGGNEG" gene 679863..680387 /locus_tag="TGAM_0718" /note="tg0718" CDS 679863..680387 /locus_tag="TGAM_0718" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:PaaY, Carbonic anhydrases/acetyltransferases, isoleucine patch superfamily [General function prediction only]" /inference="protein motif:COG:COG0663 Carbonic anhydrases/acetyltransferases, isoleucine patch superfamily; R General function prediction only" /inference="protein motif:Gene3D:G3D.2.160.10.10 no description" /inference="protein motif:HMMPanther:PTHR13061 DYNACTIN SUBUNIT P25" /inference="protein motif:HMMPfam:PF00132 Hexapep InterPro:IPR001451 Bacterial transferase hexapeptide repeat" /inference="protein motif:superfamily:SSF51161 Trimeric LpxA-like enzymes InterPro:IPR011004 Trimeric LpxA-like" /codon_start=1 /transl_table=11 /product="Carbonic anhydrase/acetyltransferase, containing bacterial transferase hexapeptide repeat" /protein_id="ACS33220.1" /translation="MAIYELEGKKPKIHPTAFVDESASIIGDVVLEEKTSVWPSAVLR GDIEQIYIGCCSNVQDNVSIHTSHNQPTIVGKYVTIGHNAVVHGATIDDYVIIGMGAV ILDGVKIGKHVVIGAGALVPPGKEIPDYSLVIGVPGKVVRQLTEEEIEWTKKNAEIYM ELAEKHLKSRKRIE" gene 680393..681187 /gene="uppS" /locus_tag="TGAM_0719" /note="tg0719" CDS 680393..681187 /gene="uppS" /locus_tag="TGAM_0719" /EC_number="2.5.1.31" /inference="protein motif:BlastProDom:PD003461 UPPS_PYRHO_O59258; InterPro:IPR001441 Di-trans-poly-cis-decaprenylcistransferase GO:Biological Process:metabolism (GO:0008152), Molecular Function:transferase activity (GO:0016740)" /inference="protein motif:CDD:CIS_IPPS, Cis (Z)-Isoprenyl Diphosphate Synthases (cis-IPPS)" /inference="protein motif:CDD:UPP_synthetase, Putative undecaprenyl diphosphate synthase" /inference="protein motif:CDD:UppS, Undecaprenyl pyrophosphate synthase [Lipid metabolism]" /inference="protein motif:COG:COG0020 Undecaprenyl pyrophosphate synthase; I Lipid transport and metabolism" /inference="protein motif:Gene3D:G3D.3.40.1180.10 no description" /inference="protein motif:HMMPanther:PTHR10291 UNDECAPRENYL PYROPHOSPHATE SYNTHETASE InterPro:IPR001441 Di-trans-poly-cis-decaprenylcistransferase GO:Biological Process:metabolism (GO:0008152), Molecular Function:transferase activity (GO:0016740)" /inference="protein motif:HMMPfam:PF01255 Prenyltransf InterPro:IPR001441 Di-trans-poly-cis-decaprenylcistransferase GO:Biological Process:metabolism (GO:0008152), Molecular Function:transferase activity (GO:0016740)" /inference="protein motif:HMMTigr:TIGR00055 uppS:undecaprenyl diphosphate synthase InterPro:IPR001441 Di-trans-poly-cis-decaprenylcistransferase GO:Biological Process:metabolism (GO:0008152), Molecular Function:transferase activity (GO:0016740)" /inference="protein motif:ScanRegExp:PS01066 UPP_SYNTHETASE InterPro:IPR001441 Di-trans-poly-cis-decaprenylcistransferase GO:Biological Process:metabolism (GO:0008152), Molecular Function:transferase activity (GO:0016740)" /inference="protein motif:superfamily:SSF64005 Undecaprenyl diphosphate synthase" /codon_start=1 /transl_table=11 /product="Undecaprenyl pyrophosphate synthetase (Di-trans-poly-cis-decaprenylcistransferase) (uppS)" /protein_id="ACS33221.1" /translation="MIYRLLSHVPHILFRPVYDFYERYLFEKVKSGNMPKHVAIIMDG NRRWARKLEKPPWYGHYFGSRKLEEILEWCRELGIRTLTVYAFSTENFKRSPEEVNAL MNLFERKFKELVNDERIHRHGVRVNVIGRKELLPENVRKAIEEAERATRKYSNYTLNI ALAYGGRSEITDAVRDIVGDVLAGKVKPEDIDEDLIKRYLYYPNMPDPDIVIRTGGEV RISNFLLYQIAYSELFFVDVYFPEFRKIDFLRIIREYQKRQRRFGR" gene complement(681184..682128) /locus_tag="TGAM_0720" /note="tg0720" CDS complement(681184..682128) /locus_tag="TGAM_0720" /inference="protein motif:CDD:COG2810, Predicted type IV restriction endonuclease [Defense mechanisms]" /inference="protein motif:COG:COG2810 Predicted type IV restriction endonuclease; V Defense mechanisms" /inference="protein motif:HMMPfam:PF04313 HSDR_N InterPro:IPR007409 Type I restriction enzyme R protein N terminus" /codon_start=1 /transl_table=11 /product="Type I restriction endonuclease, putative" /protein_id="ACS33222.1" /translation="MAESNLDALSSTHELTRLETRSSDIGPIAEGIMKVLKKINAHRK LYETNEEAVKQHLIGEVMRTLGWEWDNPEEVRPESRTEEGRADYALILGGEIVAYVEA KNLGVNIEKREEPLRQLAKYCFNTGVRYGILTNGAVWIGVKAFEVGSSLRERILVKVN LLNEPPMKAALKLSLFSKSRILEMERISSLLKALELSFMGLVKEGYPREALFEYLKVD RGKRIVPIHLLEGHENPKVAYVYDNGWKLLPLPERTMKGVLLAVLLYMGQKAFGDEKR EIMAAYEQLKRIPLEQRKAHEILVRLEEEKKLNISVEL" gene 682224..683018 /locus_tag="TGAM_0721" /note="tg0721" CDS 682224..683018 /locus_tag="TGAM_0721" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:COG0121, Predicted glutamine amidotransferase [General function prediction only]" /inference="protein motif:CDD:Gn_AT_II, Glutamine amidotransferases class-II (GATase)" /inference="protein motif:CDD:YafJ, Glutamine amidotransferases class-II (Gn-AT)_YafJ-type" /inference="protein motif:COG:COG0121 Predicted glutamine amidotransferase; R General function prediction only" /inference="protein motif:Gene3D:G3D.3.60.20.10 no description" /inference="protein motif:superfamily:SSF56235 N-terminal nucleophile aminohydrolases (Ntn hydrolases)" /codon_start=1 /transl_table=11 /product="N-terminal aminohydrolase (Ntn hydrolase), putative" /protein_id="ACS33223.1" /translation="MCRVLFAVGEGEKMAPLVEAMVRASEKDPYKEARGKGSRHRDGW GYVLFNGGSLQHYRSIRPIFEDSPGVKTLVELLDGFSVLLVHSRAASQGSKGILNTQP FSLSSTGFSCWIYHNGDLNKAGLVERAGLDESSLKKASDSYVMALYVCRALHSVSKGE LLRVYSSIMPFVNTSLNTGSLFISHEWVRGFITAYSRPEYLLKRENWDYVRQILLRSR DVFAVASSTLELYYEAKWNSLRNGTALYLEISPEEGRFTVDELVMG" gene 683064..683474 /locus_tag="TGAM_0722" /note="tg0722" CDS 683064..683474 /locus_tag="TGAM_0722" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:COG0517, FOG:CBS domain [General function prediction only]" /inference="protein motif:CDD:COG2524, Predicted transcriptional regulator, contains C-terminal CBS domains [Transcription]" /inference="protein motif:CDD:COG2905, Predicted signal-transduction protein containing cAMP-binding and CBS domains [Signal transduction mechanisms]" /inference="protein motif:CDD:COG3448, CBS-domain-containing membrane protein [Signal transduction mechanisms]" /inference="protein motif:COG:COG0517 FOG:CBS domain; R General function prediction only" /inference="protein motif:HMMPanther:PTHR11911 INOSINE/GUANOSINE-5'-MONOPHOSPHATE DEHYDROGENASE" /inference="protein motif:HMMPanther:PTHR11911:SF2 INOSINE-5-MONOPHOSPHATE DEHYDROGENASE" /inference="protein motif:HMMPfam:PF00571 CBS InterPro:IPR000644 CBS" /inference="protein motif:HMMSmart:SM00116 no description InterPro:IPR000644 CBS" /inference="protein motif:ProfileScan:PS50147 SNF4_REP InterPro:IPR000644 CBS" /inference="protein motif:superfamily:SSF54631 CBS-domain" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein, containing 2 CBS-domains" /protein_id="ACS33224.1" /translation="MDMKAPIRVYMSRKLIGIRPDDTVKRAGEIMTEFDIGSLVVVDE NGDVVGFLTKGDIIRRLVVPGLPNTTPVREIMTKNLVTVPAETPLQDVLDVMAKKGLK HILIEENGKIVGIFSITDLLEASRRKLETAIATE" gene 683471..684982 /locus_tag="TGAM_0723" /note="tg0723" CDS 683471..684982 /locus_tag="TGAM_0723" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:Icc, Predicted phosphohydrolases [General function prediction only]" /inference="protein motif:CDD:Metallophos, Calcineurin-like phosphoesterase" /inference="protein motif:COG:COG1409 Predicted phosphohydrolases; R General function prediction only" /inference="protein motif:Gene3D:G3D.3.60.21.10 no description" /inference="protein motif:HMMPfam:PF00149 Metallophos InterPro:IPR004843 Metallophosphoesterase GO:Molecular Function:hydrolase activity (GO:0016787)" /inference="protein motif:ProfileScan:PS50185 PHOSPHO_ESTER InterPro:IPR004843 Metallophosphoesterase GO:Molecular Function:hydrolase activity (GO:0016787)" /inference="protein motif:superfamily:SSF56300 Metallo-dependent phosphatases" /codon_start=1 /transl_table=11 /product="Metallophosphoesterase, Calcineurin-like phosphoesterase family" /protein_id="ACS33225.1" /translation="MMAMIKIAHISDTHITNEGAFKGYAFDLIVEEINRGDFDFVVHT GDITNQGLREEYEQAAYQLGKIRKPLVVIPGNHDVRNVGYKLFEKFIGPLNGVYEFDN GVLIWVDSTIPDLSDGRIGGHKFRWLKAKLEEYSDRRFKIVAAHHHLVPLPDTGRERN VLFNAGDVLDLLLRHEVTLYTCGHKHVPNVYRVEDLVIDNAGCTSCRKTRRGDVNSYN IIKLHDDGRVSVTIRRVTGDEERKDHKPIRPKIFIPSGKRVLRIVQLSESNVSDRVYF RRKVFENVIRMINERLKPDLVIHNGDVVDAGIERYYERAYEYYRAISAEKLVVPGHND ITYLGHELFEEYFGEPEVIEFDGYVIIPVLSAQYETPIGVVGRMGQKKLEKVLEEYDD RFRIVVMHHNVIPIPRSREIGFLEDGGDVLKLLTREGTELVLTGHGGNAYGVKVERTP IVNAGSVSWELHRNPFGNSFNLIDVYTDMVVVWEVQATWGSRKLLGIWKRKGN" gene complement(684979..685851) /locus_tag="TGAM_0724" /note="tg0724" CDS complement(684979..685851) /locus_tag="TGAM_0724" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:COG2074, 2-phosphoglycerate kinase [Carbohydrate transport and metabolism]" /inference="protein motif:COG:COG2074 2-phosphoglycerate kinase; G Carbohydrate transport and metabolism" /inference="protein motif:Gene3D:G3D.3.40.50.300 no description" /inference="protein motif:HMMPfam:PF03477 ATP-cone InterPro:IPR005144 ATP-cone" /inference="protein motif:superfamily:SSF52540 P-loop containing nucleoside triphosphate hydrolases" /codon_start=1 /transl_table=11 /product="2-phosphoglycerate kinase, containing ATP cone domain" /protein_id="ACS33226.1" /translation="MILVVDKETGAKLPFSRGILTRSITLSGVDVGVAYAIASAVQKE LIKRGKRFVTTDEIRELTYSTLIERGLREEAERYLFWRTLRRRKVRLTVLLGGATGVG KSTIATELAFRLGILSIIGTDTIREVLRKVIARELLPDIHVSSFLASNVVNAPRGIDP LIYGFETQVKHVSVGIKAVLERSRREGLNAIIEGIHVVPGFIELDENEFMYVITVPGR ESLLAHFYERARYSPRGAERYVKNVEKIMRIQDYIVDRAKELGIPVIENVELEKAVTA IMEDLMKRLKKEVD" gene complement(685835..687151) /gene="cdpgs" /locus_tag="TGAM_0725" /note="tg0725" CDS complement(685835..687151) /gene="cdpgs" /locus_tag="TGAM_0725" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:COG2403, Predicted GTPase [General function prediction only]" /inference="protein motif:COG:COG2403 Predicted GTPase; R General function prediction only" /inference="protein motif:Gene3D:G3D.3.40.50.300 no description" /inference="protein motif:superfamily:SSF52540 P-loop containing nucleoside triphosphate hydrolases" /codon_start=1 /transl_table=11 /product="Cyclic 2,3-diphosphoglycerate synthase (cdpgs)" /protein_id="ACS33227.1" /translation="MKIALIDGEHYPDVVKWALDKLGNVCCAVFLGGSEKIGSLEEVE RRLGVPIYRHDDYLTALARALAENPGVKEVVDLSDEPIVGYEDRFRIASLCLLHGVTY RGADFVFKPRPLNRTSKPSIGVIGTGKRVGKTAVSGFVARTLKAITRPVIVTMGRGGP EEPELIDGEKLEITPEFLLRIAESGRHAASDHFEDALTSRVTTIGCRRCGGGMAGFPF FDAVDRGISLAESLPHDLIILEGSGATFPPYRADAYVVVVGARQELSSIANYFGPFRL SLADLVVVTMADLVKEEKIEKIVGVVEGVIPRAEVHVTVFRPRPLGDVSGKRIGLVMT SEEALESSARHLEALGAEVLHSSGNLSRRKALLRDLEGFSGIEGIAVELKAAAVDVVT RWALERGIEVIYLDNEPVNIDGKNLREAVLRLGKKVLGRRADDTRR" gene 687308..687487 /locus_tag="TGAM_0726" /note="tg0726" CDS 687308..687487 /locus_tag="TGAM_0726" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:Gene3D:G3D.1.10.20.10 no description" /inference="protein motif:superfamily:SSF47113 Histone-fold InterPro:IPR009072 Histone-fold" /note="Contains 1 Histone-fold domain" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein" /protein_id="ACS33228.1" /translation="MAEIIVKSKVKEFVKSLDAEMRVSPEFYDALEAEVKVLIEKAVK RAKEEGRKTLYARHV" gene 687537..688415 /locus_tag="TGAM_0727" /note="tg0727" CDS 687537..688415 /locus_tag="TGAM_0727" /inference="protein motif:CDD:GloB, Zn-dependent hydrolases, including glyoxylases [General function prediction only]" /inference="protein motif:CDD:Lactamase_B, Metallo-beta-lactamase superfamily" /inference="protein motif:COG:COG0491 Zn-dependent hydrolases, including glyoxylases; R General function prediction only" /inference="protein motif:Gene3D:G3D.3.60.15.10 no description" /inference="protein motif:HMMPfam:PF00753 Lactamase_B InterPro:IPR001279 Beta-lactamase-like" /inference="protein motif:superfamily:SSF56281 Metallo-hydrolase/oxidoreductase" /codon_start=1 /transl_table=11 /product="Metal-dependent hydrolase, beta-lactamase superfamily" /protein_id="ACS33229.1" /translation="MGLRKLSDFAYLYPGSPSTLLRVHNGKLVIVDPGHGKGRHKDLK RESRKLGLEIKAQLVTHGHADHVAVSTKLEAPLYIHRFEFSIAESPLAREIITFGAKA PKGFLVFQFPEEVRVHAVFEWGDDLFGLKALNLSGHSPGMTGFFDLESGLIYAGDAFF GERVLETVGLPYFVDLAGFKDSLGRLLRYADDGYLLIPSHGRPVVEEEARSLIMKNLE RVEEIERLVQDLLESPLGIDEIAFKLMRLYSVEITPQKLALNLVPVRAVIAEFYNRGL IDATVEKGLKWRVVKG" gene complement(688511..689803) /gene="asnS-1" /locus_tag="TGAM_0728" /note="tg0728" CDS complement(688511..689803) /gene="asnS-1" /locus_tag="TGAM_0728" /EC_number="6.1.1.22" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:AsnRS_cyto_like_N, AsnRS_cyto_like_N:N-terminal, anticodon recognition domain of the type found in human and Saccharomyces cerevisiae cytoplasmic asparaginyl-tRNA synthetase (AsnRS), in Brugia malayai AsnRs and, in various putative bacterial AsnRSs" /inference="protein motif:CDD:AsnS, Aspartyl/asparaginyl-tRNA synthetases [Translation, ribosomal structure and biogenesis]" /inference="protein motif:CDD:Asp_Lys_Asn_RS_core, Asp_Lys_Asn_tRNA synthetase class II core domain" /inference="protein motif:CDD:Asp_Lys_Asn_RS_N, Asp_Lys_Asn_RS_N:N-terminal, anticodon recognition domain of class 2b aminoacyl-tRNA synthetases (aaRSs)" /inference="protein motif:CDD:AspRS_core, Asp tRNA synthetase (aspRS) class II core domain" /inference="protein motif:CDD:AspS, Aspartyl-tRNA synthetase [Translation, ribosomal structure and biogenesis]" /inference="protein motif:CDD:AsxRS_core, Asx tRNA synthetase (AspRS/AsnRS) class II core domain" /inference="protein motif:CDD:EcAspRS_like_N, EcAspRS_like_N:N-terminal, anticodon recognition domain of the type found in Escherichia coli aspartyl-tRNA synthetase (AspRS), the human mitochondrial (mt) AspRS-2, the discriminating (D) Thermus thermophilus AspRS-1, and the nondiscriminating (ND) Helicobacter pylori AspRS" /inference="protein motif:CDD:LysRS_core, Lys_tRNA synthetase (LysRS) class II core domain" /inference="protein motif:CDD:LysU, Lysyl-tRNA synthetase (class II) [Translation, ribosomal structure and biogenesis]" /inference="protein motif:CDD:ND_PkAspRS_like_N, ND_PkAspRS_like_N:N-terminal, anticodon recognition domain of the type found in the homodimeric non-discriminating (ND) Pyrococcus kodakaraensis aspartyl-tRNA synthetase (AspRS)" /inference="protein motif:CDD:PhAsnRS_like_N, PhAsnRS_like_N:N-terminal, anticodon recognition domain of the type found in Pyrococcus horikoshii AsnRS asparaginyl-tRNA synthetase (AsnRS)" /inference="protein motif:CDD:tRNA-synt_2, tRNA synthetases class II (D, K and N)" /inference="protein motif:CDD:tRNA_anti, OB-fold nucleic acid binding domain" /inference="protein motif:COG:COG0017 Aspartyl/asparaginyl-tRNA synthetases; J Translation, ribosomal structure and biogenesis" /inference="protein motif:FPrintScan:PR01042 TRNASYNTHASP InterPro:IPR002312 Aspartyl-tRNA synthetase, class IIb GO:Molecular Function:aspartate-tRNA ligase activity (GO:0004815), Molecular Function:ATP binding (GO:0005524), Biological Process:aspartyl-tRNA aminoacylation (GO:0006422)" /inference="protein motif:Gene3D:G3D.3.30.930.10 no description" /inference="protein motif:HMMPanther:PTHR10218 GUANINE NUCLEOTIDE BINDING PROTEIN ALPHA SUBUNIT-RELATED" /inference="protein motif:HMMPanther:PTHR10218:SF3 ASPARTYL-TRNA SYNTHETASE" /inference="protein motif:HMMPfam:PF00152 tRNA-synt_2 InterPro:IPR004364 tRNA synthetase, class II (D, K and N) GO:Molecular Function:aminoacyl-tRNA ligase activity (GO:0004812), Molecular Function:ATP binding (GO:0005524), Cellular Component:cytoplasm (GO:0005737), Biological Process:tRNA aminoacylation for protein translation (GO:0006418)" /inference="protein motif:HMMPfam:PF01336 tRNA_anti InterPro:IPR004365 nucleic acid binding, OB-fold, tRNA/helicase-type GO:Molecular Function:nucleic acid binding (GO:0003676)" /inference="protein motif:HMMTigr:TIGR00457 asnS:asparaginyl-tRNA synthetase InterPro:IPR004522 Asparaginyl-tRNA synthetase, class IIb GO:Molecular Function:asparagine-tRNA ligase activity (GO:0004816), Molecular Function:ATP binding (GO:0005524), Cellular Component:cytoplasm (GO:0005737), Biological Process:asparaginyl-tRNA aminoacylation (GO:0006421)" /inference="protein motif:ProfileScan:PS50862 AA_TRNA_LIGASE_II InterPro:IPR006195 Aminoacyl-transfer RNA synthetase, class II GO:Molecular Function:aminoacyl-tRNA ligase activity (GO:0004812), Molecular Function:ATP binding (GO:0005524), Biological Process:tRNA aminoacylation for protein translation (GO:0006418)" /inference="protein motif:superfamily:SSF50249 Nucleic acid-binding proteins InterPro:IPR008994 Nucleic acid-binding, OB-fold GO:Molecular Function:nucleic acid binding (GO:0003676)" /inference="protein motif:superfamily:SSF55681 Class II aaRS and biotin synthetases" /codon_start=1 /transl_table=11 /product="Asparaginyl-tRNA synthetase (asnS)" /protein_id="ACS33230.1" /translation="MIDKVYCADVKPEMEGKRVKLAGWVYRKREVGKKVFIVLRDSSG IVQVVFSKELNEEAYREAKKLGIESSVIIEGTVKADPRAPTGAEVQADKLQVIQNVDF FPITKDASPEFLLDVRHLHLRSPKVASIMKVKGTLMQAAREWLLQDGWYEVFPPILVT GAVEGGSTLFKLKYFDKTAYLSQSAQLYLEAAIFGLEKVWSLTPSFRAEKSRTRRHLT EFWHLELEAAWMDLWDIMKVEEELVSYMVQRTLELRRSEIETFRKDLTTLKNAVPPFP RISYDEAIDILQSKGVEIEWGEDMGADEERVLTEEFEAPFFVYGYPKHIKAFYMKEDP EDPRKVLAADMLAPEGYGEIIGGSQREDNYDKLIQRILEEGMDPKDYEWYLDLRKYGS VPHSGFGLGLERLVAWVLKLDHVRWATLFPRTPSRLYP" gene 690024..691223 /locus_tag="TGAM_0729" /note="tg0729" CDS 690024..691223 /locus_tag="TGAM_0729" /inference="protein motif:BlastProDom:PD001248 YF05_METTH_O27549; InterPro:IPR011550 Amidohydrolase-like" /inference="protein motif:CDD:Amidohydro_1, Amidohydrolase family" /inference="protein motif:CDD:archeal_chlorohydrolases, Predicted chlorohydrolases" /inference="protein motif:CDD:ATZ_TRZ_like, TRZ/ATZ family contains enzymes from the atrazine degradation pathway and related hydrolases" /inference="protein motif:CDD:Bact_CD, Bacterial cytosine deaminase and related metal-dependent hydrolases" /inference="protein motif:CDD:GDEase, Guanine deaminase (GDEase)" /inference="protein motif:CDD:HutI, Imidazolonepropionase and related amidohydrolases [Secondary metabolites biosynthesis, transport, and catabolism]" /inference="protein motif:CDD:Imidazolone-5PH, Imidazolonepropionase/imidazolone-5-propionate hydrolase (Imidazolone-5PH) catalyzes the third step in the histidine degradation pathway, the hydrolysis of (S)-3-(5-oxo-4,5-dihydro-3H-imidazol-4-yl)propanoate to N-formimidoyl-L-glutamate" /inference="protein motif:CDD:Met_dep_hydrolase_D, Metallo-dependent hydrolases, subgroup D is part of the superfamily of metallo-dependent hydrolases, a large group of proteins that show conservation in their 3-dimensional fold (TIM barrel) and in details of their active site" /inference="protein motif:CDD:Met_dep_hydrolase_E, Metallo-dependent hydrolases, subgroup D is part of the superfamily of metallo-dependent hydrolases, a large group of proteins that show conservation in their 3-dimensional fold (TIM barrel) and in details of their active site" /inference="protein motif:CDD:metallo-dependent_hydrolases, Superfamily of metallo-dependent hydrolases (also called amidohydrolase superfamily) is a large group of proteins that show conservation in their 3-dimensional fold (TIM barrel) and in details of their active site" /inference="protein motif:CDD:SsnA, Cytosine deaminase and related metal-dependent hydrolases [Nucleotide transport and metabolism / General function prediction only]" /inference="protein motif:COG:COG0402 Cytosine deaminase and related metal-dependent hydrolases; F Nucleotide transport and metabolism" /inference="protein motif:HMMPanther:PTHR11271 ATRAZINE CHLOROHYDROLASE-RELATED" /inference="protein motif:HMMPanther:PTHR11271:SF13 N-ETHYLAMMELINE CHLOROHYDROLASE" /inference="protein motif:superfamily:SSF51338 Composite domain of metallo-dependent hydrolases InterPro:IPR011059 Metallo-dependent hydrolase, composite" /codon_start=1 /transl_table=11 /product="Metal-dependent chlorohydrolase family protein" /protein_id="ACS33231.1" /translation="MLALVGKLVDYRSVRNGAVIVEDNIIRAVVPVEELREWGVDEVY GGENYLVIPGLINAHTHVAMAKFRGLGEDLPTEEWLEKIIWPMELEWTRREIRKWAEI GIKEALMNGSTTINDHYFFADEIAKVAERLGVRAFIGQTVMDEVDFSPASPDEGFRFF RRWQNKSELVKLTLAPHATNTVSLDLLREIAELSEETGARVHIHLAQSRAEVSEVRRR YGLSPVGLLERAGLLNGRLIGVHGVYLDDSDFRSLAKAGPSLVHCPTSNVKLEAQTVN LRKLLDLGLNVALGNDSPNPTGILDPFLEMRTAGIVANLTAGRAHAVPARELFGMATV RGAHALGLKAGLIEPGYLADLVLINADKPWFRPIENVYSLLVYSVRGSDVEKVVVNGR PVHRKIY" gene 691305..692477 /locus_tag="TGAM_0730" /note="tg0730" CDS 691305..692477 /locus_tag="TGAM_0730" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:COG0517, FOG:CBS domain [General function prediction only]" /inference="protein motif:CDD:COG2524, Predicted transcriptional regulator, contains C-terminal CBS domains [Transcription]" /inference="protein motif:CDD:COG3448, CBS-domain-containing membrane protein [Signal transduction mechanisms]" /inference="protein motif:CDD:MgtE, Mg/Co/Ni transporter MgtE (contains CBS domain) [Inorganic ion transport and metabolism]" /inference="protein motif:COG:COG0517 FOG:CBS domain; R General function prediction only" /inference="protein motif:HMMPanther:PTHR11911 INOSINE/GUANOSINE-5'-MONOPHOSPHATE DEHYDROGENASE" /inference="protein motif:HMMPanther:PTHR11911:SF2 INOSINE-5-MONOPHOSPHATE DEHYDROGENASE" /inference="protein motif:HMMPfam:PF00571 CBS InterPro:IPR000644 CBS" /inference="protein motif:HMMSmart:SM00116 no description InterPro:IPR000644 CBS" /inference="protein motif:ProfileScan:PS50147 SNF4_REP InterPro:IPR000644 CBS" /inference="protein motif:superfamily:SSF54631" /inference="protein motif:superfamily:SSF54631 CBS-domain" /inference="protein motif:superfamily:SSF69754 Ribosome binding protein Y (YfiA homologue)" /note="Contains 2 CBS domains pairs" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein, Inosine-5'P dehydrogenase related protein" /protein_id="ACS33232.1" /translation="MVGIQVQEVMTDRFEKIDIDAPLSEAIGIFEKEDPDLILVFDGN LYKGVLTQDLIIRSHLKWDPTKAKVRDVYKPAPVIKPDEDLSKAAKLMMEVDLRSLPV GESKAEIIGVINDIALLERVSEGDFGKRKVEEFMTKDVITLKPDDTVAKALATMRDYA ISRIPIVDEEGRLEGLVTLHDLIIRFIKPRFRAQAGELAGEKIPPFSMPLRDVMIKGV ITILPDAKVREAVATMRDNDIDGLIVVNEDNKVVGVLTVKDLLLPISKMTEKEARFYL QLGGDAAILSDFTRERIISDIRRFVDGYEDLLGQEGIIYLYIRRFKEKFRGVHLYQAR MRVVTDRGVFVATGETWGAIQAVHDALRAIERQLLQKAELEKDIRYAKRFLEKLEF" gene 692541..693776 /gene="apgM" /locus_tag="TGAM_0731" /note="tg0731" CDS 692541..693776 /gene="apgM" /locus_tag="TGAM_0731" /EC_number="5.4.2.1" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:BlastProDom:PD004704 APG1_METJA_Q59007; InterPro:IPR011562 Cofactor-independent phosphoglycerate mutase/phosphopentomutase GO:Molecular Function:intramolecular transferase activity, phosphotransferases (GO:0016868)" /inference="protein motif:CDD:COG3635, Predicted phosphoglycerate mutase, AP superfamily [Carbohydrate transport and metabolism]" /inference="protein motif:CDD:Metalloenzyme, Metalloenzyme superfamily" /inference="protein motif:COG:COG3635 Predicted phosphoglycerate mutase, AP superfamily; G Carbohydrate transport and metabolism" /inference="protein motif:Gene3D:G3D.3.40.1150.10 no description" /inference="protein motif:HMMPfam:PF01676 Metalloenzyme InterPro:IPR006124 Metalloenzyme GO:Molecular Function:catalytic activity (GO:0003824), Molecular Function:metal ion binding (GO:0046872)" /inference="protein motif:HMMPIR:PIRSF006392 Cofactor-independent phosphoglycerate mutase, archaeal type InterPro:IPR004456 Cofactor-independent phosphoglycerate mutase, archaeal GO:Molecular Function:catalytic activity (GO:0003824), Molecular Function:metal ion binding (GO:0046872)" /inference="protein motif:HMMTigr:TIGR00306 apgM:2,3-bisphosphoglycerate-independent ph InterPro:IPR004456 Cofactor-independent phosphoglycerate mutase, archaeal GO:Molecular Function:catalytic activity (GO:0003824), Molecular Function:metal ion binding (GO:0046872)" /inference="protein motif:superfamily:SSF53649 Alkaline phosphatase-like" /codon_start=1 /transl_table=11 /product="2,3-bisphosphoglycerate-independent phosphoglycerate mutase (apgM)" /protein_id="ACS33233.1" /translation="MKKRKGLLIILDGLGDRPIKEFGGKTPLEYAKTPNMDKLAKLGI LGQQDPIKPGQPAGSDTAHLSIFGYDPYKVYRGRGFLEALGVGLDLDEDDLAFRVNFA TIENGIITDRRAGRISTEEAHELAKAIQENVKLPVDFIFVGATGHRAVLVLKGMAKGY RVGENDPHEAGKPPHRFTWEDEESKRVAEILEEFVRQAHEVLERHPINEKRRKEGKPV ANYLLIRGAGTYPDIPMKFTEQWKVRAGAVIAVSLVKGVARAIGFDVYTPEGATGEYN TDEMAKAKKTVELLKEYDFVFLHFKPTDAAGHDNNPKLKAEMIEKADRMIGYIIEHIN LEDVVIAITGDHSTPCEVMNHSGDPVPLLIVGGGVRPDHTESFGERECMRGGLGRIRG HDIVPVMMDLMNRSEKFGA" gene 694022..694528 /locus_tag="TGAM_0732" /note="tg0732" CDS 694022..694528 /locus_tag="TGAM_0732" /note="5 probable transmembrane helices predicted by modhmm" /codon_start=1 /transl_table=11 /product="Hypothetical protein" /protein_id="ACS33234.1" /translation="MHGRKKALIGVLAGLLPLISIVLGGFWEGYDDVMFLTSFLIYAL LLPWTVEEQGEETILLLIGSMALMAPAMDMLLNQPGIVAITDDSVGLSFSAPDYLLSS ASGVAYYTALSRISKKTGTSAFRVQGLSYLIATVGSVTPLGILGFLGWIFGVPVSHFI HYRGRGTD" gene 694653..695495 /locus_tag="TGAM_0733" /note="tg0733" CDS 694653..695495 /locus_tag="TGAM_0733" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:BlastProDom:PD000288 O57749_PYRHO_O57749; InterPro:IPR001395 Aldo/keto reductase GO:Molecular Function:oxidoreductase activity (GO:0016491)" /inference="protein motif:CDD:Aldo_ket_red, Aldo/keto reductase family" /inference="protein motif:CDD:ARA1, Aldo/keto reductases, related to diketogulonate reductase [General function prediction only]" /inference="protein motif:CDD:COG1453, Predicted oxidoreductases of the aldo/keto reductase family [General function prediction only]" /inference="protein motif:CDD:COG4989, Predicted oxidoreductase [General function prediction only]" /inference="protein motif:CDD:Tas, Predicted oxidoreductases (related to aryl-alcohol dehydrogenases) [Energy production and conversion]" /inference="protein motif:COG:COG0656 Aldo/keto reductases, related to diketogulonate reductase; R General function prediction only" /inference="protein motif:FPrintScan:PR00069 ALDKETRDTASE InterPro:IPR001395 Aldo/keto reductase GO:Molecular Function:oxidoreductase activity (GO:0016491)" /inference="protein motif:Gene3D:G3D.3.20.20.100 no description" /inference="protein motif:HMMPanther:PTHR11732 ALDO/KETO REDUCTASE-RELATED" /inference="protein motif:HMMPanther:PTHR11732:SF79 MORPHINE 6-DEHYDROGENASE-RELATED" /inference="protein motif:HMMPfam:PF00248 Aldo_ket_red InterPro:IPR001395 Aldo/keto reductase GO:Molecular Function:oxidoreductase activity (GO:0016491)" /inference="protein motif:ScanRegExp:PS00062 ALDOKETO_REDUCTASE_2 InterPro:IPR001395 Aldo/keto reductase GO:Molecular Function:oxidoreductase activity (GO:0016491)" /inference="protein motif:superfamily:SSF51430 NAD(P)-linked oxidoreductase" /codon_start=1 /transl_table=11 /product="Oxidoreductase, aldo/keto reductase family" /protein_id="ACS33235.1" /translation="MMVLKMVKISDLKIIGDDKVTAIGMGTWGIGGYESPDYSRDEEN VEVLRYGLELGINLIDTAEFYGAGHSEELVGRAIEGFDRDELFIISKVWPTNFGYERA KRAVRASAKRLGTYIDLYLLHWPGTEWRKIEETLHALEELVDEGLIRYIGVSNFDLEL LKRSQEAMRKYEIVANEVKYSLRDRWPETSGLLDYMKKEKIALIAYTPLEKGSLARNP CLAEIGRKYGKSAAQVALNYLIWEENVIAIPKAGRKEHVEENAGAMGWRLSREDRERA RGCV" gene 695495..696892 /gene="aor-1" /locus_tag="TGAM_0734" /note="tg0734" CDS 695495..696892 /gene="aor-1" /locus_tag="TGAM_0734" /EC_number="1.2.7.5" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:AFOR_C, Aldehyde ferredoxin oxidoreductase, domains 2 & 3" /inference="protein motif:CDD:AFOR_N, Aldehyde ferredoxin oxidoreductase, N-terminal domain" /inference="protein motif:CDD:COG2414, Aldehyde:ferredoxin oxidoreductase [Energy production and conversion]" /inference="protein motif:COG:COG2414 Aldehyde:ferredoxin oxidoreductase; C Energy production and conversion" /inference="protein motif:Gene3D:G3D.1.10.569.10 no description" /inference="protein motif:Gene3D:G3D.3.60.9.10 no description" /inference="protein motif:HMMPfam:PF01314 AFOR_C InterPro:IPR001203 Aldehyde ferredoxin oxidoreductase GO:Biological Process:electron transport (GO:0006118), Molecular Function:oxidoreductase activity, acting on iron-sulfur proteins as donors (GO:0016730)" /inference="protein motif:HMMPfam:PF02730 AFOR_N InterPro:IPR001203 Aldehyde ferredoxin oxidoreductase GO:Biological Process:electron transport (GO:0006118), Molecular Function:oxidoreductase activity, acting on iron-sulfur proteins as donors (GO:0016730)" /inference="protein motif:superfamily:SSF48310 Aldehyde ferredoxin oxidoreductase, C-terminal domains" /inference="protein motif:superfamily:SSF56228 Aldehyde ferredoxin oxidoreductase, N-terminal domain" /note="frameshift with tg0735 due to consensus error; 1 probable transmembrane helix predicted by modhmm" /codon_start=1 /transl_table=11 /product="Tungsten-containing aldehyde ferredoxin oxidoreductase, N-terminal fragment (aor)" /protein_id="ACS33236.1" /translation="MFTYHNRIARVNLTEGTVTYEELPDEVIRKFIGGKGLGYYLIYW EVPPGTDPLSPANKFVFATGGLTGLIPGSSKVIAVSKSPETRLISDSSGGDAFGPKLK GHFDALIIEGKAEEPVYLYVHDGEVEIRNAEHLWGRGNYEVAKELWREHPKASLALIG PAGERLSRIANVIYDTERASGRGGLGAVLGSKKVKAIVVEPGEKPPVANPEEFQKLWQ EFYEHFATDPKYEHSRKYGTSDGLRSSASLGMSPAYNFSRPYIPDELASKLGGDEVKK YEVEPEWFVHGKSCPIKCARYVEVEYRGRRIRVKPEYESIAMLGAATGVFNFPAVAYF NWLVNNLGLDSIATGNTIAWFFELVERGLISEEEIGFPVKGFGDEEAEERLIRLMAER KGIGAILADGVKRACERLGRGCEFAVHVKGMESPAWDPRGRRTYALSYATADVGASHL RGWPRPHQLPEPGTR" gene 696900..697355 /gene="aor-2" /locus_tag="TGAM_0735" /note="tg0735" CDS 696900..697355 /gene="aor-2" /locus_tag="TGAM_0735" /EC_number="1.2.7.5" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:AFOR_C, Aldehyde ferredoxin oxidoreductase, domains 2 & 3" /inference="protein motif:CDD:COG2414, Aldehyde:ferredoxin oxidoreductase [Energy production and conversion]" /inference="protein motif:COG:COG2414 Aldehyde:ferredoxin oxidoreductase; C Energy production and conversion" /inference="protein motif:Gene3D:G3D.1.10.599.10 no description" /inference="protein motif:HMMPfam:PF01314 AFOR_C InterPro:IPR001203 Aldehyde ferredoxin oxidoreductase GO:Biological Process:electron transport (GO:0006118), Molecular Function:oxidoreductase activity, acting on iron-sulfur proteins as donors (GO:0016730)" /inference="protein motif:superfamily:SSF48310 Aldehyde ferredoxin oxidoreductase, C-terminal domains" /note="frameshift with tg0734 due to consensus error" /codon_start=1 /transl_table=11 /product="Tungsten-containing aldehyde ferredoxin oxidoreductase, C-terminal fragment (aor)" /protein_id="ACS33237.1" /translation="MPSMIESRDESYITDMLGVCKFVPYRMEDLAELYSLATGEEWTV ERLRKIAQAVESIARIHNALDWVTPPLDDTIPPRWWEPEPDGPAKGNAAFIDYDDFLE ARREFYRLRGWHEELGVPLPETMEELGYPEFKEDAERALKVVKKRMGVE" gene complement(697430..698008) /locus_tag="TGAM_0736" /note="tg0736" CDS complement(697430..698008) /locus_tag="TGAM_0736" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:COG3273, Uncharacterized conserved protein [Function unknown]" /inference="protein motif:COG:COG3273 Uncharacterized conserved protein; S Function unknown" /inference="protein motif:HMMPfam:PF01895 PhoU InterPro:IPR008170 PhoU" /inference="protein motif:HMMPfam:PF02080 TrkA_C InterPro:IPR006037 TrkA-C GO:Biological Process:potassium ion transport (GO:0006813), Molecular Function:cation transporter activity (GO:0008324)" /inference="protein motif:superfamily:SSF51735 NAD(P)-binding Rossmann-fold domains" /note="Contains 1 PhoU domain in Nterm and 1 TrkA-C domain in Cterm" /codon_start=1 /transl_table=11 /product="Potassium transport regulation protein, PhoU/TrkA-C related" /protein_id="ACS33238.1" /translation="MSELDEIRNCLVEMKDLSALMVDLAFSSVLYNSEDIAEEVYLLE EKMDDLTLKVKKLALRAAKSEEDPESLLSIIDLADINERISDAAYAIADIILRDIEPH PIIRRIMEDTEEELGRVTVRPGSVLIGKTLQQLKLPSKIGTRILAIKRGTRYIYNPGK DDVIQEGDVLIAVSPDLDKLRKLAGEEVAEEE" gene complement(698001..698606) /locus_tag="TGAM_0737" /note="tg0737" CDS complement(698001..698606) /locus_tag="TGAM_0737" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:COG3273, Uncharacterized conserved protein [Function unknown]" /inference="protein motif:CDD:TrkA_C, TrkA-C domain" /inference="protein motif:COG:COG3273 Uncharacterized conserved protein; S Function unknown" /inference="protein motif:HMMPfam:PF01895 PhoU InterPro:IPR008170 PhoU" /inference="protein motif:HMMPfam:PF02080 TrkA_C InterPro:IPR006037 TrkA-C GO:Biological Process:potassium ion transport (GO:0006813), Molecular Function:cation transporter activity (GO:0008324)" /inference="protein motif:superfamily:SSF51735 NAD(P)-binding Rossmann-fold domains" /note="Contains 1 PhoU domain in Nterm and 1 TrkA-C domain in Cterm" /codon_start=1 /transl_table=11 /product="Potassium transport regulation protein, PhoU/TrkA-C related" /protein_id="ACS33239.1" /translation="MEEWDEIEVPNNVKDIFVEMKNTAELMVDLAYSSVLFQEKEIAE EVLELEEYLDLLNYHLMVKAVLAARSPKEAEQITAILQMGRAIDEISNAAADLAKMVL EEKLHPVVRDAILESEETIGKVQVSPESILVGKTLEELDLATNTGVWVSAIRRGKRWI FDPDEDTKIMPGDILIGRGTRTALDYLKEIARGILKVMKHE" gene 698710..699903 /locus_tag="TGAM_0738" /note="tg0738" CDS 698710..699903 /locus_tag="TGAM_0738" /inference="protein motif:CDD:COG1824, Permease, similar to cation transporters [Inorganic ion transport and metabolism]" /inference="protein motif:CDD:MgtE, Divalent cation transporter" /inference="protein motif:COG:COG1824 Permease, similar to cation transporters; P Inorganic ion transport and metabolism" /inference="protein motif:HMMPfam:PF01769 MgtE InterPro:IPR006667 MgtE integral membrane region GO:Biological Process:cation transport (GO:0006812), Molecular Function:cation transporter activity (GO:0008324)" /note="Contains 2 MgtE integral membrane regions; 9 probable transmembrane helices predicted by modhmm" /codon_start=1 /transl_table=11 /product="Divalent cation transporter, MgtE-like protein" /protein_id="ACS33240.1" /translation="MMAVIVSKGTAGYSGWRERLKGTFLITFPALLLCLALDFVGGGI LGKNFEKILTHYPLILVILPGMMDLRGNVFGALASRLTTALYLGKISRIRDPDVTTNI TMAITSSTIPLIILWVAGAVQLGLSHSAIVVLAIVVSSALFIGLVLGYSTAFITVVPY KHSIDPDTIAAPLITSVADLITIPSLVYLIFFYERHPDEFYAFTALMVALLLVLIYRS RFTGEYRKSFREITLILTALAMIEIFSGSTLEHYGEVISKVIILSIMYPSILDSVGNF SSIVAATTSTRLNLAGPSELRSRDFVADVGSVLLLSPVIGLLTNLIAVYVSHLAGLEG GMIWAFVATYPILVIVNALVGIGVAYVAYTHSIDPDNVAIPTVTTISDVLGTVYVVLL AESLA" gene 699948..701132 /locus_tag="TGAM_0739" /note="tg0739" CDS 699948..701132 /locus_tag="TGAM_0739" /inference="protein motif:CDD:COG1824, Permease, similar to cation transporters [Inorganic ion transport and metabolism]" /inference="protein motif:CDD:MgtE, Divalent cation transporter" /inference="protein motif:COG:COG1824 Permease, similar to cation transporters; P Inorganic ion transport and metabolism" /inference="protein motif:HMMPanther:PTHR16228 FAMILY NOT NAMED" /inference="protein motif:HMMPfam:PF01769 MgtE InterPro:IPR006667 MgtE integral membrane region GO:Biological Process:cation transport (GO:0006812), Molecular Function:cation transporter activity (GO:0008324)" /note="Contains 2 MgtE integral membrane regions; 9 probable transmembrane helices predicted by modhmm" /codon_start=1 /transl_table=11 /product="Divalent cation transporter, MgtE-like protein" /protein_id="ACS33241.1" /translation="MRESMLSELRGKIGEAYRVTLPSLFTSQIFGLFGGTFLGKYFET VRLRFPGLLVVLPGIMGLRGNVFGSMASRFSTMLYLGELEPSLGDRRILKEIVLRMVL SLIPVFLLWAIGVLTGIKKNAFDVLLIVITSTILVSFILGYFTSFVTIFAFRRGTDPD SVAAPLVASMGDFLTVPSLVLFILLIERSPWAFKAFNYVTIAFFLFVTALSRVRLEEF SELRQVFVTITALALLSTVSGSILARFSGIIQASVILSFIYPSLLSSFGNYGSIIAAK TSTKLHLGEIESFLCPKAFTDVIALFTTAPVIGLTKILIGGALMTLITGNPIPRSAYL VVLTYPFMVLFIMLYSYTLSYFLFQRSIDPDHVAIPLISNNSDIFGTIYVVLMARLMV GA" gene 701129..701902 /gene="nfo" /locus_tag="TGAM_0740" /note="tg0740" CDS 701129..701902 /gene="nfo" /locus_tag="TGAM_0740" /EC_number="3.1.21.2" /inference="protein motif:CDD:AP2Ec, AP endonuclease family 2" /inference="protein motif:CDD:AP2Ec, AP endonuclease family 2; These endonucleases play a role in DNA repair" /inference="protein motif:CDD:AP_endonuc_2, AP endonuclease family 2" /inference="protein motif:CDD:IolE, Sugar phosphate isomerases/epimerases [Carbohydrate transport and metabolism]" /inference="protein motif:CDD:Nfo, Endonuclease IV [DNA replication, recombination, and repair]" /inference="protein motif:COG:COG1082 Sugar phosphate isomerases/epimerases; G Carbohydrate transport and metabolism" /inference="protein motif:Gene3D:G3D.3.20.20.150 no description" /inference="protein motif:HMMPfam:PF01261 AP_endonuc_2 InterPro:IPR012307 Xylose isomerase-like TIM barrel" /inference="protein motif:HMMSmart:SM00518 no description InterPro:IPR001719 AP endonuclease, family 2 GO:Molecular Function:DNA binding (GO:0003677), Molecular Function:endonuclease activity (GO:0004519), Cellular Component:intracellular (GO:0005622), Biological Process:DNA repair (GO:0006281)" /inference="protein motif:superfamily:SSF51658 Xylose isomerase-like" /note="May be also related to Xylose isomerase" /codon_start=1 /transl_table=11 /product="Deoxyribonuclease IV (BER) (Nfo)" /protein_id="ACS33242.1" /translation="MIGLSMTSYKGRTPEEFERWLEEAEGLGFDFVELVSEWPNFLTR ETWKTYADVLGSFELKVTVHAPFSDVNIGSLNEKLRKASLEVLAETLDVASRLNALAV TVHPGHCSPASRKFREDYNRVHRDSLRELERFSGEFGIRVGVENMPAFLILDAQTPER LAELLDGINLGVTLDLGHLNTVGFPFERFMELLGDRIVHVHLHDNSGKSDEHLPLGKG TVPWREVLPQLGGLTWALEVSGLDDARVSLAFLRDIGEL" gene 701990..703414 /gene="acdA-4" /locus_tag="TGAM_0741" /note="tg0741" CDS 701990..703414 /gene="acdA-4" /locus_tag="TGAM_0741" /EC_number="6.2.1.13" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:CoA_binding, CoA binding domain" /inference="protein motif:CDD:COG1042, Acyl-CoA synthetase (NDP forming) [Energy production and conversion]" /inference="protein motif:CDD:SucD, Succinyl-CoA synthetase, alpha subunit [Energy production and conversion]" /inference="protein motif:COG:COG1042 Acyl-CoA synthetase (NDP forming); C Energy production and conversion" /inference="protein motif:Gene3D:G3D.3.40.50.261 no description" /inference="protein motif:Gene3D:G3D.3.40.50.720 no description" /inference="protein motif:HMMPanther:PTHR11117 SUCCINYL-COA SYNTHETASE-RELATED" /inference="protein motif:HMMPfam:PF02629 CoA_binding InterPro:IPR003781 CoA-binding" /inference="protein motif:superfamily:SSF51735 NAD(P)-binding Rossmann-fold domains" /inference="protein motif:superfamily:SSF52210 Succinyl-CoA synthetase domains" /codon_start=1 /transl_table=11 /product="Acetyl-CoA synthetase (ADP forming), alpha chain (acdA)" /protein_id="ACS33243.1" /translation="MAEKIVEELRPFFDPKAVAIIGATNKKGKVGNVIFENFRMNKER GIFKGNIYPVNPKLDEIEGYKVYHSVEELPDDTDLAVISIPAPFVPDTMRQIAEKGIK AVIIITGGFGELGEEGKKLEREIYEIAKANGIRVIGPNCVGVYVPDTGVDTVFLPESK MDRPQSGPIAFVSQSGAFAAAMLDWAAMAGIGIGKMVSYGNKIDVDDADLMDYFIHDD GINVVTFYIEGVKDGRKFMESAKRITRVKPVIALKSGRTEYGAKAASSHTGSLAGADT IYDAVFKQTGIIRAEDFEHMFDLAKAFAALKDKLPKGDRIGIITDGGGAGVMASDAVA KFGLRMAELSEETIKFLKENFPPHAVAGNPTDVVGDTDAERYRVAIEGFVNDPNVDAI LVIVLFQVPLLEEEKIIDILAEYQKKSDKPIVAVAMGGKKTDRYARMLEEKGVPVYPT PERGVRALAGLVRYAEYLKKVKGE" gene 703439..704200 /gene="acdB-1" /locus_tag="TGAM_0742" /note="tg0742" CDS 703439..704200 /gene="acdB-1" /locus_tag="TGAM_0742" /EC_number="6.2.1.13" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:COG1042, Acyl-CoA synthetase (NDP forming) [Energy production and conversion]" /inference="protein motif:COG:COG0045 Succinyl-CoA synthetase, beta subunit; C Energy production and conversion" /inference="protein motif:Gene3D:G3D.3.30.470.20 no description" /inference="protein motif:HMMPanther:PTHR11815 SUCCINYL-COA SYNTHETASE BETA CHAIN InterPro:IPR005809 Succinyl-CoA synthetase, beta subunit GO:Molecular Function:catalytic activity (GO:0003824), Biological Process:metabolism (GO:0008152)" /inference="protein motif:HMMPanther:PTHR11815:SF6 SUCCINYL-COA SYNTHETASE BETA CHAIN" /inference="protein motif:HMMPfam:PF08442 ATP-grasp_2 InterPro:IPR013650 ATP-grasp" /inference="protein motif:ProfileScan:PS50975 ATP_GRASP InterPro:IPR011761 ATP-grasp fold GO:Molecular Function:catalytic activity (GO:0003824)" /inference="protein motif:superfamily:SSF56059 Glutathione synthetase ATP-binding domain-like" /codon_start=1 /transl_table=11 /product="Acetyl-CoA synthetase (ADP forming), beta chain (acdB)" /protein_id="ACS33244.1" /translation="MKEEALKVIESVLSQGRTAMVEYEAKQVLKAYGLPVPEEKLAKT LDEALKYAEEIGYPVALKLMSPQILHKSDAKVVMLNIKSPEELKQKWEEIHENARKYR PDAEILGVLVAPMLRPGREIIIGVTEDPQFGHAIMFGLGGIFVEVLKDVTFRIIPITE RDARKMITEIKGYPILAGARGEEPADIDAIVDLLLKVSQLVDELRDYIKEMDLNPVFV YEKGKGAVIVDARIILKEPEEKKPEVSSEYKERCA" gene complement(704340..705338) /locus_tag="TGAM_0743" /note="tg0743" CDS complement(704340..705338) /locus_tag="TGAM_0743" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:Band_7, The band 7 domain of flotillin (reggie) like proteins" /inference="protein motif:CDD:Band_7_5, A subgroup of the band 7 domain of flotillin (reggie) like proteins" /inference="protein motif:CDD:COG4260, Putative virion core protein (lumpy skin disease virus) [Function unknown]" /inference="protein motif:superfamily:SSF57850 RING/U-box" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein" /protein_id="ACS33245.1" /translation="MVQVIEWVNPGEDEIIWRYPNEVIKWGAQLIVHEYEVAVFMRDG KIYDVLGPGRHTLTTQNLPLLYKLVGGSNSPFKATVIFVSMKQFQGRYGGETQTRELA PVKYYGVYWFKVADPVLFITEVVGGQSLYDAQDVTKFIRAYFNEGMMKHLSTYSIVDL FQNLDVVSTQVKVKLMEDFRRLGLELVDVKIEGVNTTDEWRQRLFWLMQTGNAQAVMQ MDTVKQVAAELGKSPGAGMGTGMVLVPQLFQQQAQPIPPAQPYAGGGTPPAPQQPQQA APAQTQQQEICPYCGKPIPPGARFCPYCGHEIKRCPNGHIVPEGAKFCPVCGAKIE" gene complement(705341..705835) /locus_tag="TGAM_0744" /note="tg0744" CDS complement(705341..705835) /locus_tag="TGAM_0744" /experiment="gene product confirmed by mass spectrometry" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein" /protein_id="ACS33246.1" /translation="MGKETSIIEKLELIVPGFHGYKKKELLREDDRLIRGKVADLLAQ AKRELERALQRCAMVNCNQLMAIEGMRKKLMMLESRIRHAEAGYRGYFDRVKFKEKEL ERLIEYDAKMIELAEGILNEAKALNAQIANPQALGMAVLGLDEKLVNLEEVLSQRMSF AAGE" gene complement(705845..706741) /locus_tag="TGAM_0745" /note="tg0745" CDS complement(705845..706741) /locus_tag="TGAM_0745" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:COG:COG4260 Putative virion core protein (lumpy skin disease virus); S Function unknown" /inference="protein motif:superfamily:SSF57716 Glucocorticoid receptor-like (DNA-binding domain)" /note="Contains band 7 domain of flotillin (reggie) like proteins; 2 probable transmembrane helices predicted by modhmm" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein" /protein_id="ACS33247.1" /translation="MEVTCPTCSARFKVPDTVSIATCPYCGTTFHVQTGEESKVDHFF FPPMREDPAGKLLKFLSRQYGAPADIVDAKVTKKELHWVPVYFFYLHGRSKSRETVEE VEFLGIPAGSPFKTLLAEYPFPIRGKRFFDEAVVKKGKYYEPDVDREEAERIARSRLE SALKKEASEESAYAGELELNVKFQGLVHYPLWEIHYEYGGERFVNFVDGTDGRVIRAE YPLMSEARKKATLLGSGVIGSGLILGIIASAVGGSPWGIIGGLAGGVAGGIGIFMKGS VKKRTVSEVIKAGRGNVYFQPV" gene complement(706747..707745) /locus_tag="TGAM_0746" /note="tg0746" CDS complement(706747..707745) /locus_tag="TGAM_0746" /experiment="gene product confirmed by mass spectrometry" /note="2 probable transmembrane helices predicted by modhmm" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein" /protein_id="ACS33248.1" /translation="MMTMEALAFKCERCGAPLEVSPETIVAVCPYCGFPNHVSGNIKT DEIHIIPSLDKNAIAQAFWKNVESDFDLRRIKDEIEIVGIEGHYAPYWIGLVHVYGTV RYMRREEECHTDSKGNTRCHTVERHYTESVDENLRLLGSARRQVKSFGVDDLITHYSK TWPKGKRLLDLEEGEWERIKLEILNTEMDERQAKLIMREDAIDVIRNRFLAKSDRIEM FNLHADEPENVKLVLLPMWTVYYRYGNSIFQTVFAGWDGKRVAATEPMNVLRQAQYLV GAGAGIATAAFGAAFFSSSPVFALLAIVGGSAVSWLAGSKVLEGQRIERERKGLMG" gene complement(707853..708284) /gene="purE" /locus_tag="TGAM_0747" /note="tg0747" CDS complement(707853..708284) /gene="purE" /locus_tag="TGAM_0747" /EC_number="4.1.1.21" /inference="protein motif:BlastProDom:PD002193 PUR6_METJA_Q58033; InterPro:IPR000031 1-(5-Phosphoribosyl)-5-amino-4-imidazole-carboxylate (AIR) carboxylase GO:Molecular Function:phosphoribosylaminoimidazole carboxylase activity (GO:0004638), Biological Process:'de novo' IMP biosynthesis (GO:0006189), Cellular Component:phosphoribosylaminoimidazole carboxylase complex (GO:0009320)" /inference="protein motif:CDD:AIRC, AIR carboxylase" /inference="protein motif:CDD:COG1691, NCAIR mutase (PurE)-related proteins [General function prediction only]" /inference="protein motif:CDD:PurE, Phosphoribosylcarboxyaminoimidazole (NCAIR) mutase [Nucleotide transport and metabolism]" /inference="protein motif:COG:COG0041 Phosphoribosylcarboxyaminoimidazole (NCAIR) mutase; F Nucleotide transport and metabolism" /inference="protein motif:Gene3D:G3D.3.40.50.7700 no description" /inference="protein motif:HMMPfam:PF00731 AIRC InterPro:IPR000031 1-(5-Phosphoribosyl)-5-amino-4-imidazole-carboxylate (AIR) carboxylase GO:Molecular Function:phosphoribosylaminoimidazole carboxylase activity (GO:0004638), Biological Process:'de novo' IMP biosynthesis (GO:0006189), Cellular Component:phosphoribosylaminoimidazole carboxylase complex (GO:0009320)" /inference="protein motif:HMMTigr:TIGR01162 purE:phosphoribosylaminoimidazole carboxyla InterPro:IPR000031 1-(5-Phosphoribosyl)-5-amino-4-imidazole-carboxylate (AIR) carboxylase GO:Molecular Function:phosphoribosylaminoimidazole carboxylase activity (GO:0004638), Biological Process:'de novo' IMP biosynthesis (GO:0006189), Cellular Component:phosphoribosylaminoimidazole carboxylase complex (GO:0009320)" /inference="protein motif:superfamily:SSF52255 N5-CAIR mutase (phosphoribosylaminoimidazole carboxylase, PurE)" /codon_start=1 /transl_table=11 /product="Phosphoribosylaminoimidazole carboxylase, catalytic subunit (AIR carboxylase) (purE)" /protein_id="ACS33249.1" /translation="MKVLVVMGSKSDSHVAEKVTSVLDEFGVEYDIEVASAHRNPKKV EELARKDYDVFIAIAGLSAALPGVIAAHTIKPVIGVPVSAKLGGLDALLSMAQLPPGV PVATVGIDNGKNAALLAIEILALRDERLREKLKEHREKMRG" gene complement(708357..709106) /locus_tag="TGAM_0748" /note="tg0748" CDS complement(708357..709106) /locus_tag="TGAM_0748" /experiment="gene product confirmed by mass spectrometry" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein" /protein_id="ACS33250.1" /translation="MTLTLGIRELDEALGGIVERSLILIHEADPRSLGKFLAFEIMRE KLESDNLVGYFNIGTPLSITLSVMEKAGVDWRRHLQEGRLMIIDTFGSIYDIKGDLEN VWYLRKPIDIDTLNEKYIRVIGAHKQKWAEMGMFKGRELWGITVSMSDYLSIFTPKAT QRYLEIADLQRSRSEIYKKYPAGTNVWTYTGEDTMVLPLLYRKADYVLKTESRIEDDK IKRYLHIVKAPELGDVTTLEYDFKGGRIHFQ" gene complement(709103..709903) /locus_tag="TGAM_0749" /note="tg0749" CDS complement(709103..709903) /locus_tag="TGAM_0749" /experiment="gene product confirmed by mass spectrometry" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein" /protein_id="ACS33251.1" /translation="MSFTIYMSKFLLFKVCFYINSARTYQLTSRLTPEDLFIHHKVFS HLDPSLQEGQTMDGEEKLMAIISESFLKGKIVGIVDRDFSAFTYIPALRSLKKPLEEG RYIWVVSYEPLQSLFRDFRRAGLDYESHLGKNLYVLDVFGSMRHIDSGVNGVFVLSGY LDDRVFILKYRTLIQDLLSELGPEDVIVVGYLESGMCRLFDNPIRAQKLLWNLREESR VKTAGLITYIKPECPALEEFIYLYSDYVFEGVVENGLRRVIMTKGDEE" gene 709902..711218 /gene="purD" /locus_tag="TGAM_0750" /note="tg0750" CDS 709902..711218 /gene="purD" /locus_tag="TGAM_0750" /EC_number="6.3.4.13" /inference="protein motif:CDD:GARS_A, Phosphoribosylglycinamide synthetase, ATP-grasp (A) domain" /inference="protein motif:CDD:GARS_B, Phosphoribosylglycinamide synthetase, B domain" /inference="protein motif:CDD:GARS_C, Phosphoribosylglycinamide synthetase, C domain" /inference="protein motif:CDD:GARS_N, Phosphoribosylglycinamide synthetase, N domain" /inference="protein motif:CDD:PurD, Phosphoribosylamine-glycine ligase [Nucleotide transport and metabolism]" /inference="protein motif:COG:COG0151 Phosphoribosylamine-glycine ligase; F Nucleotide transport and metabolism" /inference="protein motif:Gene3D:G3D.2.30.35.30 no description" /inference="protein motif:Gene3D:G3D.3.30.470.20 no description" /inference="protein motif:Gene3D:G3D.3.40.50.20 no description" /inference="protein motif:HMMPanther:PTHR10520 PHOSPHORIBOSYLGLYCINAMIDE FORMYLTRANSFERASE-RELATED" /inference="protein motif:HMMPanther:PTHR10520:SF1 PHOSPHORIBOSYLAMINE--GLYCINE LIGASE" /inference="protein motif:HMMPfam:PF01071 GARS_A InterPro:IPR000115 Phosphoribosylglycinamide synthetase GO:Molecular Function:phosphoribosylamine-glycine ligase activity (GO:0004637), Biological Process:purine base biosynthesis (GO:0009113)" /inference="protein motif:HMMPfam:PF02843 GARS_C InterPro:IPR000115 Phosphoribosylglycinamide synthetase GO:Molecular Function:phosphoribosylamine-glycine ligase activity (GO:0004637), Biological Process:purine base biosynthesis (GO:0009113)" /inference="protein motif:HMMPfam:PF02844 GARS_N InterPro:IPR000115 Phosphoribosylglycinamide synthetase GO:Molecular Function:phosphoribosylamine-glycine ligase activity (GO:0004637), Biological Process:purine base biosynthesis (GO:0009113)" /inference="protein motif:HMMTigr:TIGR00877 purD:phosphoribosylamine--glycine ligase InterPro:IPR000115 Phosphoribosylglycinamide synthetase GO:Molecular Function:phosphoribosylamine-glycine ligase activity (GO:0004637), Biological Process:purine base biosynthesis (GO:0009113)" /inference="protein motif:ProfileScan:PS50975 ATP_GRASP InterPro:IPR011761 ATP-grasp fold GO:Molecular Function:catalytic activity (GO:0003824)" /inference="protein motif:ScanRegExp:PS00184 GARS InterPro:IPR000115 Phosphoribosylglycinamide synthetase GO:Molecular Function:phosphoribosylamine-glycine ligase activity (GO:0004637), Biological Process:purine base biosynthesis (GO:0009113)" /inference="protein motif:superfamily:SSF51246 Rudiment single hybrid motif InterPro:IPR011054 Rudiment single hybrid motif" /inference="protein motif:superfamily:SSF52440 PreATP-grasp domain" /inference="protein motif:superfamily:SSF56059 Glutathione synthetase ATP-binding domain-like" /codon_start=1 /transl_table=11 /product="Phosphoribosylamine--glycine ligase (purD)" /protein_id="ACS33252.1" /translation="MRVLLVGGGGREHAIGEALVRGGAELYVVSKHKNPGLARLARGY GLAKETDIKKVLEYAEKFGVELAFIGPEAPLEKGIVDALEENGIPAVGPSREAAKLET DKAFARTFMERNEIPGRKVFRVFTDVSKMRSWVDDFGRPVVVKPIGLTGGKGVKVVGY QLRDNEEAKSYAEELIRRDGRVLIEERTNGVEFTFQVFTDGKRVLPMPLAQDYPHAYE NDEGPITGGMGSYSCSNGLLPFVTREDYEKALETLKATVEAMRKEGTPYKGILYGQFM LSKGGPVLIEYNARFGDPEAINVLPLLETSLLEVAEGIVDGNLQGAEFEKKATVVKYL APKGYPTNPVRGVKVEVNEKAVEEVGARLYYASIDENFTLLGSRAIAVVGIADSLEEA ERIAKSVIPHVKGELFYRRDVGTRKSVEKRIELMKEFGKEFEPNPC" gene 711229..712371 /gene="purP" /locus_tag="TGAM_0751" /note="tg0751" CDS 711229..712371 /gene="purP" /locus_tag="TGAM_0751" /EC_number="6.3.4.-" /inference="protein motif:CDD:COG1759, ATP-utilizing enzymes of ATP-grasp superfamily (probably carboligases) [General function prediction only]" /inference="protein motif:CDD:DUF1246, Protein of unknown function (DUF1246)" /inference="protein motif:CDD:DUF1297, Protein of unknown function (DUF1297)" /inference="protein motif:COG:COG1759 ATP-utilizing enzymes of ATP-grasp superfamily (probably carboligases); R General function prediction only" /inference="protein motif:Gene3D:G3D.3.30.470.20 no description" /inference="protein motif:HMMPfam:PF06849 DUF1246 InterPro:IPR010672 Protein of unknown function DUF1246" /inference="protein motif:HMMPfam:PF06973 DUF1297 InterPro:IPR009720 Protein of unknown function DUF1297" /inference="protein motif:superfamily:SSF56059 Glutathione synthetase ATP-binding domain-like" /codon_start=1 /transl_table=11 /product="IMP biosynthesis enzyme (5-formaminoimidazole-4-carboxamide-1-(beta)-D- ribofuranosyl 5'-monophosphate synthetase) (purP)" /protein_id="ACS33253.1" /translation="MISRDEILGILERYDPEKITVGVLGSHSALDIADGAKEEGLPVL VVAQRGRHKTYAEYFRLRKTRDGITKGFIDEVIVLEKFARIIDVQDELVKRNVIFVPN RSFVVYTGIDRVENDFKVPLFGSRNLLRSEERSEEKSYYWLLEKAGLPYPEPVKPEEI DEVGLVIVKLPHAKKRLERGFFTAASYKEFREKAEKLIKLGVITEEDLARARIERYII GPVFNFDFFYSPIDGEIELLGIDWRFETSLDGHVRLPAAQQLTLPEWQFEPEYTVTGH ASSTLRESLLEKVFDMAEKYVKATQEYYSPGIIGPFTLQTAVDKDLNFYIYDVAPRTG GGTNIHMAMGHPYGNALWRKPMSTGRRVALEIKRAIELDELERVVT" gene 712440..713129 /locus_tag="TGAM_0752" /note="tg0752" CDS 712440..713129 /locus_tag="TGAM_0752" /note="1 probable transmembrane helix predicted by modhmm" /codon_start=1 /transl_table=11 /product="Hypothetical protein" /protein_id="ACS33254.1" /translation="MRKVVGVLLLIGLIATVCVFFTHSAHYGKKNNPIDFRPVYLSNV SLNARFSNEGPGILVVQYSDIEKAPINLSKPVLVVGEINVTRLLITFNITTPLASIEP SPKAVFVYNRGLLFLESGDVRKFLVWTREVIRYEAHWSFGIYSEHSGILLAVRSSHIE PPKNWSSVGGTLPEYFVSVEITVPGNENVELSLVPLNGKLSNYHPTTSKGQTSPSTTG RAFSGTPRRGQ" gene 713396..714592 /locus_tag="TGAM_0753" /note="tg0753" CDS 713396..714592 /locus_tag="TGAM_0753" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:COG:COG0477 Permeases of the major facilitator superfamily; G Carbohydrate transport and metabolism" /inference="protein motif:HMMPanther:PTHR11662 SODIUM-DEPENDENT PHOSPHATE TRANSPORTER" /inference="protein motif:HMMPfam:PF07690 MFS_1 InterPro:IPR011701 Major facilitator superfamily MFS_1" /note="12 probable transmembrane helices predicted by modhmm" /codon_start=1 /transl_table=11 /product="Permease of the major facilitator family, putative" /protein_id="ACS33255.1" /translation="MDNRWRTVILNTLVVASGFGTMHMLEKFKDAVVNHYGITETMMG YQQTAYVVGLFVAFLLGGTTLFKGSFKRSVALIVSFAAIPQFLIPFMPNWWGVVALRF FQGFIVALIAVFSNQIGRLFVAERPFAKGIILSGIFWGGIYGISLAKWADGSDASWSS VTQAFLISAVLMYVMLAIWWFFTEDFEIPKEKRSSKANVWKMPFTWVFGFTFFPALWI IFTLGSFTLHNVDFSEAQVANLVRALEVSMGLWSIIMGYLGYRLSRGNPSNRGLFKAI VSVMTLSYAVTFLGIFIVWKAILANDYTLALIGIAITGIVQGTGPAFWTTAPAAYPRE IYPEASFALGLISNSANAVAPNVMFVLVHSVNTGMVIYLLMAALGIATLLLSSRMKLP VEELSG" gene 714675..714917 /gene="purS" /locus_tag="TGAM_0754" /note="tg0754" CDS 714675..714917 /gene="purS" /locus_tag="TGAM_0754" /EC_number="6.3.5.3" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:BlastProDom:PD010362 Q9UXW4_PYRAB_Q9UXW4; InterPro:IPR003850 Phosphoribosylformylglycinamidine synthetase PurS" /inference="protein motif:CDD:PurC, Phosphoribosylformylglycinamidine (FGAM) synthase" /inference="protein motif:CDD:PurS, Phosphoribosylformylglycinamidine (FGAM) synthase, PurS component [Nucleotide transport and metabolism]" /inference="protein motif:COG:COG1828 Phosphoribosylformylglycinamidine (FGAM) synthase, PurS component; F Nucleotide transport and metabolism" /inference="protein motif:HMMPfam:PF02700 PurS InterPro:IPR003850 Phosphoribosylformylglycinamidine synthetase PurS" /inference="protein motif:HMMPIR:PIRSF005633 Formylglycinamide ribonucleotide amidotransferase, PurS component" /inference="protein motif:HMMTigr:TIGR00302 TIGR00302:phosphoribosylformylglycinamidin InterPro:IPR003850 Phosphoribosylformylglycinamidine synthetase PurS" /inference="protein motif:superfamily:SSF82697 PurS subunit of FGAM synthetase" /codon_start=1 /transl_table=11 /product="Phosphoribosylformylglycinamidine (FGAM) synthase, PurS component (purS)" /protein_id="ACS33256.1" /translation="MKWRVTVTVRLKEGLNDPEGRVIGKALRNLGYAVDGLRVPKCFE FELESERPEEEVEEMCRKLLANPLIHSWEYRIEPVS" gene 714919..715590 /gene="purQ" /locus_tag="TGAM_0755" /note="tg0755" CDS 714919..715590 /gene="purQ" /locus_tag="TGAM_0755" /EC_number="6.3.5.3" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:DJ-1_PfpI, DJ-1/PfpI family" /inference="protein motif:CDD:GAT_1, Type 1 glutamine amidotransferase (GATase1)-like domain" /inference="protein motif:CDD:GATase1, Type 1 glutamine amidotransferase (GATase1)-like domain" /inference="protein motif:CDD:GATase1_FGAR_AT, Type 1 glutamine amidotransferase (GATase1)-like domain found in Formylglycinamide ribonucleotide amidotransferase (FGAR-AT)" /inference="protein motif:CDD:GATase1_IGP_Synthase, Type 1 glutamine amidotransferase (GATase1) domain found in imidazole glycerol phosphate synthase (IGPS)" /inference="protein motif:CDD:HisH, Glutamine amidotransferase [Amino acid transport and metabolism]" /inference="protein motif:CDD:PurL, Phosphoribosylformylglycinamidine (FGAM) synthase, glutamine amidotransferase domain [Nucleotide transport and metabolism]" /inference="protein motif:COG:COG0047 Phosphoribosylformylglycinamidine (FGAM) synthase, glutamine amidotransferase domain; F Nucleotide transport and metabolism" /inference="protein motif:Gene3D:G3D.3.40.50.880 no description" /inference="protein motif:HMMPanther:PTHR10099 PHOSPHORIBOSYLFORMYLGLYCINAMIDINE SYNTHASE-RELATED" /inference="protein motif:HMMPanther:PTHR10099:SF2 PHOSPHORIBOSYLFORMYLGLYCINAMIDINE SYNTHASE InterPro:IPR010075 Phosphoribosylformylglycinamidine synthase I GO:Molecular Function:phosphoribosylformylglycinamidine synthase activity (GO:0004642), Cellular Component:cytoplasm (GO:0005737), Biological Process:'de novo' IMP biosynthesis (GO:0006189)" /inference="protein motif:HMMPfam:PF00117 GATase InterPro:IPR000991 Glutamine amidotransferase class-I GO:Molecular Function:catalytic activity (GO:0003824)" /inference="protein motif:HMMTigr:TIGR01737 FGAM_synth_I:phosphoribosylformylglycin InterPro:IPR010075 Phosphoribosylformylglycinamidine synthase I GO:Molecular Function:phosphoribosylformylglycinamidine synthase activity (GO:0004642), Cellular Component:cytoplasm (GO:0005737), Biological Process:'de novo' IMP biosynthesis (GO:0006189)" /inference="protein motif:ScanRegExp:PS00442 GATASE_TYPE_I InterPro:IPR012998 Glutamine amidotransferase, class I, active site" /inference="protein motif:superfamily:SSF52317 Class I glutamine amidotransferase-like" /codon_start=1 /transl_table=11 /product="Phosphoribosylformylglycinamidine synthase I, purQ component (purQ)" /protein_id="ACS33257.1" /translation="MVRFAVVVFPGTNCDFETERAIRKAGAEAERVWYRASLKDFDGV VLPGGFSYADYLRAGAIAARQKIMEEVKEFAEEGRPVLGICNGFQILTEAGLLPGALR PNRVPRFLCRWVHLRVNDVETPFTSLYEPGEVIRMPIAHAEGNYYIDDPSKVRIVFQY SDENGNVSEEVNPNGSVLNIAAIANERGNVLGTMPHPERASDRFLGSEDGLRLFKSMV EWARR" gene 715595..717733 /gene="purL" /locus_tag="TGAM_0756" /note="tg0756" CDS 715595..717733 /gene="purL" /locus_tag="TGAM_0756" /EC_number="6.3.5.3" /inference="protein motif:COG:COG0046 Phosphoribosylformylglycinamidine (FGAM) synthase, synthetase domain; F Nucleotide transport and metabolism" /inference="protein motif:Gene3D:G3D.3.30.70.460 no description" /inference="protein motif:HMMPanther:PTHR10099 PHOSPHORIBOSYLFORMYLGLYCINAMIDINE SYNTHASE-RELATED" /inference="protein motif:HMMPanther:PTHR10099:SF3 PHOSPHORIBOSYLFORMYLGLYCINAMIDINE SYNTHASE II InterPro:IPR010074 Phosphoribosylformylglycinamidine synthase II GO:Molecular Function:phosphoribosylformylglycinamidine synthase activity (GO:0004642), Cellular Component:cytoplasm (GO:0005737), Biological Process:'de novo' IMP biosynthesis (GO:0006189)" /inference="protein motif:HMMPfam:PF00586 AIRS InterPro:IPR000728 AIR synthase related protein GO:Molecular Function:catalytic activity (GO:0003824)" /inference="protein motif:HMMPfam:PF02769 AIRS_C InterPro:IPR010918 AIR synthase related protein, C-terminal" /inference="protein motif:HMMTigr:TIGR01736 FGAM_synth_II:phosphoribosylformylglyc InterPro:IPR010074 Phosphoribosylformylglycinamidine synthase II GO:Molecular Function:phosphoribosylformylglycinamidine synthase activity (GO:0004642), Cellular Component:cytoplasm (GO:0005737), Biological Process:'de novo' IMP biosynthesis (GO:0006189)" /inference="protein motif:superfamily:SSF55326 Aminoimidazole ribonucleotide synthetase (PurM) N-terminal domain" /inference="protein motif:superfamily:SSF56042" /codon_start=1 /transl_table=11 /product="Phosphoribosylformylglycinamidine synthase II, purL component (purL)" /protein_id="ACS33258.1" /translation="MFPHEEKLIRERLGREPNELEWAMLEVMWSEHASYKSSRPWLKL LPTENEHVILGPGEDAGIVKFDDETWVVVGIESHNHPSAVEPYGGAATGVGGIVRDIL CMGARPIALLDPIRFGPLEKERNRYLFEYVVKGIADYGNRIGVPTVGGETEFDESLDS YTLVNVACVGIMRPEHLVHSYVTEAGLKLILVGNRTGRDGVHGVTFASEELSENTEED RSAVQIPDPFTEKLLIEATLEAVYTGRVKALKDLGGGGLTCAASEMAGKKGFGAVIYA DRVPLREPGMTPTEVMISESQERMLFAVKPEDVEEIGRIFEEYELEWTVVGETIEEPR FVVYWKGEKVADLPIELLTEVPTIEWELKPYSAEGPVETPDVPFERAFDLVWGSPNIL SKRWVWEQYDHEVQGRTVLKPGRDAAVLKINDEYGLAFVADGNPNHSYLNPYQGAMGA VAEVVRNLVSVGAEPLALVDNLNFASPERPEVYWSFAETVRGLADAARAFGLAYVSGN VSFYNEVVDRPIKPTPVVAGLGKVKLEAIPNGGFEEGLLIGVVGLTKPELGGSELFAR LGVEGGLAPRVNLEEEKANANGVLEAIRRGLVRAVHDVSRGGLAVALAKMAVAGNTGF TADLSKVPSETTNPIEVAFSESHGRYIVAFPEENLEELKGLFKHFVIIGRTGGSDAVF LWNGWELLRKPVSELKAVHESLPMLLGEEE" gene 717730..718725 /locus_tag="TGAM_0757" /note="tg0757" CDS 717730..718725 /locus_tag="TGAM_0757" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:COG1759, ATP-utilizing enzymes of ATP-grasp superfamily (probably carboligases) [General function prediction only]" /inference="protein motif:CDD:DUF1246, Protein of unknown function (DUF1246)" /inference="protein motif:CDD:DUF1297, Protein of unknown function (DUF1297)" /inference="protein motif:COG:COG1759 ATP-utilizing enzymes of ATP-grasp superfamily (probably carboligases); R General function prediction only" /inference="protein motif:Gene3D:G3D.3.30.470.20 no description" /inference="protein motif:HMMPfam:PF06849 DUF1246 InterPro:IPR010672 Protein of unknown function DUF1246" /inference="protein motif:HMMPfam:PF06973 DUF1297 InterPro:IPR009720 Protein of unknown function DUF1297" /inference="protein motif:ProfileScan:PS50975 ATP_GRASP InterPro:IPR011761 ATP-grasp fold GO:Molecular Function:catalytic activity (GO:0003824)" /inference="protein motif:superfamily:SSF56059 Glutathione synthetase ATP-binding domain-like" /note="Contains 1 DUF1246 domain in Nterm and 1 DUF1297 domain in Ctrem" /codon_start=1 /transl_table=11 /product="Carboligase of the ATP-grasp superfamily, putative" /protein_id="ACS33259.1" /translation="MRIATYASHSALQILKGAKQEGFETVAFGKARVRPLYTKYFPVA DYFLEGSYPEEELLNLDAVVIPTGSFVAHLGVELVERMRVPHYGNKEVLKWESDRSLE RKWLEEAKLRLPRVYDDPDEVDRPVIVKPFGAKGGKGYFLAKSPEDFWRKAERLGIRD KEDLGEVQIQEYVVGVPVYPHYFYSKLNRELELMSIDRRYESNADAIGRIPAKEQLDI EVNTNYTVIGNIPIVLRESLLMDVIEAGERVVKTAEKLMGGLWGPFCLEGVFTEDLEF VVFEISARIVAGTNPFVHGSPYSWLRYDFPVSTGRRIAMELREALEEGRLDEIVT" gene complement(718718..719782) /locus_tag="TGAM_0758" /note="tg0758" CDS complement(718718..719782) /locus_tag="TGAM_0758" /inference="protein motif:CDD:DUF835, Protein of unknown function (DUF835)" /inference="protein motif:HMMPfam:PF05763 DUF835 InterPro:IPR008553 Protein of unknown function DUF835" /note="Belongs to DUF835 family; 6 probable transmembrane helices predicted by modhmm" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein" /protein_id="ACS33260.1" /translation="MGAKMDYAFVTAAFSIAIKLVAGGMILFFAEVKHRKTSLPWGLA WIAYAYAIAGDISGNYIIGAMSVAIFASLIFYGTTRLIGAEFYIGKVSRIIALLPMFF VILLVSGALMLPRNLNLLIMGVSHAVSGLFMILSGFLLLELREIYGKKANNLGITLII YGIHQVDYLALRNEQGFATVGFVLGLILTVVSALLMIQFVLVTPFGPKSARVHEKIQK GVLILRLESIEGYMDLLRDYPVLAFVRTISTPNKWTTFKLSNVPGKLTIEPTNLPRIL ETAVEYMKRAREDGDSFRPVILIEGLEYLRLYNDFSSIAKFLATLKDYVSVNEGTLIV VLDEKAWEKKEFHLLTRILT" gene 719873..721330 /gene="guaB" /locus_tag="TGAM_0759" /note="tg0759" CDS 719873..721330 /gene="guaB" /locus_tag="TGAM_0759" /EC_number="1.1.1.205" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:COG0517, FOG:CBS domain [General function prediction only]" /inference="protein motif:CDD:COG2524, Predicted transcriptional regulator, contains C-terminal CBS domains [Transcription]" /inference="protein motif:CDD:COG2905, Predicted signal-transduction protein containing cAMP-binding and CBS domains [Signal transduction mechanisms]" /inference="protein motif:CDD:COG3448, CBS-domain-containing membrane protein [Signal transduction mechanisms]" /inference="protein motif:CDD:COG3620, Predicted transcriptional regulator with C-terminal CBS domains [Transcription]" /inference="protein motif:CDD:GuaB, IMP dehydrogenase/GMP reductase [Nucleotide transport and metabolism]" /inference="protein motif:CDD:IMPDH, IMP dehydrogenase / GMP reductase domain" /inference="protein motif:CDD:MgtE, Mg/Co/Ni transporter MgtE (contains CBS domain) [Inorganic ion transport and metabolism]" /inference="protein motif:COG:COG0516 IMP dehydrogenase/GMP reductase; F Nucleotide transport and metabolism" /inference="protein motif:Gene3D:G3D.3.20.20.90 no description" /inference="protein motif:HMMPanther:PTHR11911 INOSINE/GUANOSINE-5'-MONOPHOSPHATE DEHYDROGENASE" /inference="protein motif:HMMPanther:PTHR11911:SF2 INOSINE-5-MONOPHOSPHATE DEHYDROGENASE" /inference="protein motif:HMMPfam:PF00478 IMPDH InterPro:IPR001093 IMP dehydrogenase/GMP reductase GO:Molecular Function:catalytic activity (GO:0003824)" /inference="protein motif:HMMPfam:PF00571 CBS InterPro:IPR000644 CBS" /inference="protein motif:HMMPIR:PIRSF000130 Inosine-5'-monophosphate dehydrogenase" /inference="protein motif:HMMSmart:SM00116 no description InterPro:IPR000644 CBS" /inference="protein motif:HMMTigr:TIGR01302 IMP_dehydrog:inosine-5'-monophosphate d InterPro:IPR005990 IMP dehydrogenase GO:Molecular Function:IMP dehydrogenase activity (GO:0003938), Biological Process:GMP biosynthesis (GO:0006177)" /inference="protein motif:ProfileScan:PS50147 SNF4_REP InterPro:IPR000644 CBS" /inference="protein motif:ProfileScan:PS50264 FMN_ENZYMES InterPro:IPR003009 FMN/related compound-binding core" /inference="protein motif:ScanRegExp:PS00487 IMP_DH_GMP_RED InterPro:IPR001093 IMP dehydrogenase/GMP reductase GO:Molecular Function:catalytic activity (GO:0003824)" /inference="protein motif:superfamily:SSF51412 Inosine monophosphate dehydrogenase (IMPDH)" /codon_start=1 /transl_table=11 /product="Inosine-5'-monophosphate dehydrogenase (IMP dehydrogenase) (IMPDH) (IMPD) (guaB)" /protein_id="ACS33261.1" /translation="MGKFEHKLVNAIRGYTFDDVLLIPQPTEVEPKDVDVSTRITPKI RLNIPILSAAMDTVTEWEMAVAMAREGGLGVIHRNMSIEEQVEQVKKVKRAERFIVED VISISPDETVDYAIFLMERNDIDGLPVVEDGKVVGVISKKDIAVKQGKLVRDIMTGEP ITVPENVTAEEALTLMFEHRIDRLPVVNSEGKLVGIITMSDLAKRRKWKNAVRDENGD LVVAAAVGPFDLERAKALDRAGADVIVIDTAHAHNLKAIKAMKEIRKAVDADIIVGNI ANPKAVDDLTFADAVKVGIGPGSICTTRVVAGVGVPQITAIALVADRASEYGLHVIAD GGIRYSGDIVKAIAAGADAVMLGSLLAGTKEAPGKEVVINGRRYKQYRGMGSLGAMMK GGAERYYQKGHMKTRKFVPEGVEGVVPYKGSVSDVIYQLIGGLRSGMGYVGAKNIEEL KEKGEFVIVTQAGVRESHPHDILITNEAPNYPINK" gene 721380..722315 /gene="guaA_C" /locus_tag="TGAM_0760" /note="tg0760" CDS 721380..722315 /gene="guaA_C" /locus_tag="TGAM_0760" /EC_number="6.3.5.2" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:Alpha_ANH_like_I, This is a subfamily of Adenine nucleotide alpha hydrolases superfamily" /inference="protein motif:CDD:COG1606, ATP-utilizing enzymes of the PP-loop superfamily [General function prediction only]" /inference="protein motif:CDD:GMP_synt_C, GMP synthase C terminal domain" /inference="protein motif:CDD:GMP_synthase_C, The C-terminal domain of GMP synthetase" /inference="protein motif:CDD:GuaA, GMP synthase, PP-ATPase domain/subunit [Nucleotide transport and metabolism]" /inference="protein motif:CDD:MesJ, Predicted ATPase of the PP-loop superfamily implicated in cell cycle control [Cell division and chromosome partitioning]" /inference="protein motif:CDD:NAD_synthase, NAD+ synthase is a homodimer, which catalyzes the final step in de novo nicotinamide adenine dinucleotide (NAD+) biosynthesis, an amide transfer from either ammonia or glutamine to nicotinic acid adenine dinucleotide (NaAD)" /inference="protein motif:CDD:TrmU, Predicted tRNA(5-methylaminomethyl-2-thiouridylate) methyltransferase, contains the PP-loop ATPase domain [Translation, ribosomal structure and biogenesis]" /inference="protein motif:COG:COG0519 GMP synthase, PP-ATPase domain/subunit; F Nucleotide transport and metabolism" /inference="protein motif:Gene3D:G3D.3.40.50.610 no description" /inference="protein motif:HMMPanther:PTHR11922 GMP SYNTHASE" /inference="protein motif:HMMPanther:PTHR11922:SF1 GMP SYNTHASE" /inference="protein motif:HMMPfam:PF00958 GMP_synt_C InterPro:IPR001674 GMP synthase, C-terminal GO:Molecular Function:GMP synthase (glutamine-hydrolyzing) activity (GO:0003922), Molecular Function:ATP binding (GO:0005524), Biological Process:purine nucleotide biosynthesis (GO:0006164), Biological Process:GMP biosynthesis (GO:0006177)" /inference="protein motif:HMMPfam:PF02540 NAD_synthase InterPro:IPR003694 NAD+ synthase GO:Molecular Function:NAD+ synthase (glutamine-hydrolyzing) activity (GO:0003952), Molecular Function:ATP binding (GO:0005524), Biological Process:NAD biosynthesis (GO:0009435)" /inference="protein motif:HMMTigr:TIGR00884 guaA_Cterm:GMP synthase, C-terminal domai InterPro:IPR001674 GMP synthase, C-terminal GO:Molecular Function:GMP synthase (glutamine-hydrolyzing) activity (GO:0003922), Molecular Function:ATP binding (GO:0005524), Biological Process:purine nucleotide biosynthesis (GO:0006164), Biological Process:GMP biosynthesis (GO:0006177)" /inference="protein motif:superfamily:SSF52402 Adenine nucleotide alpha hydrolases-like" /inference="protein motif:superfamily:SSF54810 GMP synthetase C-terminal dimerisation domain" /codon_start=1 /transl_table=11 /product="GMP synthase [glutamine-hydrolyzing] pyrophosphatase subunit (C terminal domain) (guaA_C)" /protein_id="ACS33262.1" /translation="MVMFMWKDFIREKVEEIRETVGDGKAIIALSGGVDSSTAAVLAH KAIGDRLHAVFVNTGFMRKGEPEFVVKTFRDEFGLNLHYVDASERFFKALKGVTDPEE KRKIIGRVFIEVFEEIAKEINADFLIQGTIAPDWIESKGKIKSHHNVGGLPERLNLKL IEPLRDLYKDEVRELAKELGLPEKIYNRMPFPGPGLAVRVLGEVTPEKIAIVREANAI VEEEIEKAGLRPWQAFAVLLGVKTVGVQGDIRAYKETIAVRVVESLDGMTANAMNVPF EVLQRIAFRITSEIPEVGRVLYDITNKPPATIEFE" gene 722312..722566 /locus_tag="TGAM_0761" /note="tg0761" CDS 722312..722566 /locus_tag="TGAM_0761" /inference="protein motif:COG:COG2880 Uncharacterized protein conserved in archaea; S Function unknown" /inference="protein motif:HMMPfam:PF01954 DUF104 InterPro:IPR008203 Protein of unknown function DUF104" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein" /protein_id="ACS33263.1" /translation="MKAYLPPFPTLSGGSMGEIIEVIYENGVLKPLKPLKLKEGQRLR VRIYHEDFLELAREMRKRVTPEKFREDPTDYLLRLREEET" gene 722563..723009 /locus_tag="TGAM_0762" /note="tg0762" CDS 722563..723009 /locus_tag="TGAM_0762" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:COG:COG1848 Predicted nucleic acid-binding protein, contains PIN domain; R General function prediction only" /inference="protein motif:HMMPfam:PF01850 PIN InterPro:IPR002716 PilT protein, N-terminal" /inference="protein motif:HMMSmart:SM00670 no description InterPro:IPR006596 Nucleotide binding protein, PINc" /inference="protein motif:superfamily:SSF88723 PIN domain-like" /codon_start=1 /transl_table=11 /product="Nucleotide binding protein, putative, containing PIN domain" /protein_id="ACS33264.1" /translation="MKVVVDTSVVFHLFSSFYPERAEVAERIIEYAQLGSLELYAPRL GEVEFVAVLSRYFEREQVEKALTYYSEIVAWVPEELLIEELREVAFQTHHKASDIYFI ATARYLDGVLVTNDRKMAELAKSLGLRAFYLVEEHDAFFKLLEVGS" gene 723006..723572 /gene="guaA_N" /locus_tag="TGAM_0763" /note="tg0763" CDS 723006..723572 /gene="guaA_N" /locus_tag="TGAM_0763" /EC_number="6.3.5.2" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:CarA, Carbamoylphosphate synthase small subunit [Amino acid transport and metabolism / Nucleotide transport and metabolism]" /inference="protein motif:CDD:COG2071, Predicted glutamine amidotransferases [General function prediction only]" /inference="protein motif:CDD:GATase, Glutamine amidotransferase class-I" /inference="protein motif:CDD:GATase1_1, This group contains a subgroup of proteins having the Type 1 glutamine amidotransferase (GATase1) domain" /inference="protein motif:CDD:GATase1_2, This group contains a subgroup of proteins having the Type 1 glutamine amidotransferase (GATase1) domain" /inference="protein motif:CDD:GATase1_Anthranilate_Synthase, Type 1 glutamine amidotransferase (GATase1) domain found in Anthranilate synthase (ASase)" /inference="protein motif:CDD:GATase1_CPSase, This group of sequences represents the small chain of the glutamine-dependent form of carbamoyl phosphate synthase, CPSase II" /inference="protein motif:CDD:GATase1_GMP_Synthase, Type 1 glutamine amidotransferase (GATase1) domain found in GMP synthetase" /inference="protein motif:CDD:GATase1_IGP_Synthase, Type 1 glutamine amidotransferase (GATase1) domain found in imidazole glycerol phosphate synthase (IGPS)" /inference="protein motif:CDD:GuaA, GMP synthase - Glutamine amidotransferase domain [Nucleotide transport and metabolism]" /inference="protein motif:CDD:HisH, Glutamine amidotransferase [Amino acid transport and metabolism]" /inference="protein motif:CDD:PabA, Anthranilate/para-aminobenzoate synthases component II [Amino acid transport and metabolism / Coenzyme metabolism]" /inference="protein motif:COG:COG0518 GMP synthase - Glutamine amidotransferase domain; F Nucleotide transport and metabolism" /inference="protein motif:FPrintScan:PR00096 GATASE InterPro:IPR011702 Glutamine amidotransferase superfamily GO:Molecular Function:catalytic activity (GO:0003824), Biological Process:glutamine metabolism (GO:0006541)" /inference="protein motif:FPrintScan:PR00097 ANTSNTHASEII InterPro:IPR006220 Anthranilate synthase component II/delta crystallin GO:Molecular Function:catalytic activity (GO:0003824), Biological Process:biosynthesis (GO:0009058)" /inference="protein motif:FPrintScan:PR00099 CPSGATASE InterPro:IPR001317 Carbamoyl-phosphate synthase, GATase region" /inference="protein motif:Gene3D:G3D.3.40.50.880 no description" /inference="protein motif:HMMPanther:PTHR11922 GMP SYNTHASE" /inference="protein motif:HMMPanther:PTHR11922:SF1 GMP SYNTHASE" /inference="protein motif:HMMPfam:PF00117 GATase InterPro:IPR000991 Glutamine amidotransferase class-I GO:Molecular Function:catalytic activity (GO:0003824)" /inference="protein motif:HMMPIR:PIRSF001375 GMP synthase/anthranilate synthase component II" /inference="protein motif:HMMTigr:TIGR00888 guaA_Nterm:GMP synthase, N-terminal domai InterPro:IPR004739 GMP synthase, N-terminal GO:Molecular Function:GMP synthase (glutamine-hydrolyzing) activity (GO:0003922), Molecular Function:ATP binding (GO:0005524), Biological Process:GMP biosynthesis (GO:0006177)" /inference="protein motif:ScanRegExp:PS00442 GATASE_TYPE_I InterPro:IPR012998 Glutamine amidotransferase, class I, active site" /inference="protein motif:superfamily:SSF52317 Class I glutamine amidotransferase-like" /codon_start=1 /transl_table=11 /product="GMP synthase - glutamine amidotransferase subunit (N terminal domain) (guaA_N)" /protein_id="ACS33265.1" /translation="MIVIMDNGGQYVHRIWRTLRYLGVEAKIIPNTTPLEEIKAMEPK GIIFSGGPDINKTGNCDAILEHYDEFNVPILGICLGHQLIARHFGGKVGRGKKAEYSL VEIEIVEENDLFKGFPRKLKVWESHMDEVKELPPGFKLLARSETCPIEAMKHETLPIY GVQFHPEVSHTERGAEVYRNFARLCGEL" gene 723687..723962 /locus_tag="TGAM_0764" /note="tg0764" CDS 723687..723962 /locus_tag="TGAM_0764" /inference="protein motif:ScanRegExp:PS00430 TONB_DEPENDENT_REC_1 InterPro:IPR010916 TonB box, N-terminal" /codon_start=1 /transl_table=11 /product="Putative TonB-dependent receptor" /protein_id="ACS33266.1" /translation="MGHTIYYKTSIHRWEEFLSFIGRVCQGLGYEVAPVGESVSVFPT CSLVEPLLIPRSGEGFVKTNLIEPCHSIYLLILHSVSSFGSVSVWED" gene complement(723917..724672) /locus_tag="TGAM_0765" /note="tg0765" CDS complement(723917..724672) /locus_tag="TGAM_0765" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:COG4025, Predicted membrane protein [Function unknown]" /inference="protein motif:COG:COG4025 Predicted membrane protein; S Function unknown" /note="4 probable transmembrane helices predicted by modhmm" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein" /protein_id="ACS33267.1" /translation="MSLLDLFYSIGEAVEEFSRKAVHSIRELVSPTPQSKPPEFRILR RLVRREVTVHELLSLKLQLVLVGYLLLSLLIVLTLRSPYLLALLFIGEIAYLRYLIKR NWNFFVEAEPYYFFYSVISVISFLSFLGYLLLRKLATSVYYYYGYLIGVLIVVLLFRW YFKGRYGREYTYGIVEEVRGDLIRVFVNDDLAANVKPGRYWVPAVPDAEPGRVVKLLV EERTLKGSVPVRVIEVYLDQSSHTETEPKDDTE" gene complement(724682..727072) /locus_tag="TGAM_0766" /note="tg0766" CDS complement(724682..727072) /locus_tag="TGAM_0766" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:COG5306, Uncharacterized conserved protein [Function unknown]" /inference="protein motif:COG:COG5306 Uncharacterized conserved protein; S Function unknown" /inference="protein motif:ScanRegExp:PS00334 MYB_2 InterPro:IPR001005 Myb, DNA-binding GO:Molecular Function:DNA binding (GO:0003677), Cellular Component:nucleus (GO:0005634)" /note="Contains Myb DNA-binding domain repeat signature; 2 probable transmembrane helices predicted by modhmm" /codon_start=1 /transl_table=11 /product="Putative DNA-binding protein" /protein_id="ACS33268.1" /translation="MRRGFLLNSAVIVLLIPLLLLLATYEDVSSSIIKAQSERTQFGR TYDVINFLNLEFQKALELSGKRAVVAAVDYVAVTGNFISPTYKANNTIRDFIKSGTSP AVTGYDTLRVMGGQTLKTWLSNVSKLLQDQGYSIYPSISDIVSSTEITVAPLDAFTVV IKARIPRVRITDSSGLVVYDGPIPSTGGYVYSTVDIRDLEDPIFSAMTGGRYQRSLRA CPYAYPELGSRPLTIANGTGVGTSSTVIGYFGTDFQYNLTDIWDSSGDHVSNLTVDGI PTTTRDVILNSGDVGILKFGNVTSSGTGTGLPSGWCSILGYRINLTIENNVGIDLNDY QIPLLISTAKGFTTQMLDFIFQNTQNTYLGDPYQTNASIAFYDTNCNPVPFWIEYWDP TTETALVWLRLSIPVNGRVTVEMYFGNETAPTKGDGNAVFEFFEDSLTIDGGNEVEIK LNQNSLDLYGGFAVRFRMRAERNYYDWDSGVGVEDSSGRMLLFTDDGTWSDDGLAIHR PWWVYLSEIGGRDPIDTFHVYEALMKPYSTTSKDSKFKDITEGRVNNDNYYRTWTEPL AYVYAVTDSEFWYRKTDYQWIAVRKYDTSTDLLEDPHFNGITLYWQTTTLSQIIESKP APSTSAPSSSNATVYDIQPLLNCILDQRYIATENGWSFFERLEGSDANHAAYVTLSHQ MQDEMGYKYGNQYYPIGLVSFMIPDPTYDRKLFNLFLTLGISVEEGQSSTDYYFLNYY FGDGTKVQGYRVWGVSEGTIGTSNLEEIPFFLDPQTSEEILGPQGTCDLLYGYTCP" gene complement(727072..729180) /locus_tag="TGAM_0767" /note="tg0767" CDS complement(727072..729180) /locus_tag="TGAM_0767" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:superfamily:SSF53474 alpha/beta-Hydrolases" /note="Contains alpha/beta-Hydrolases (SSF53474) domain; 1 probable transmembrane helix predicted by modhmm" /codon_start=1 /transl_table=11 /product="Hydrolase, putative" /protein_id="ACS33269.1" /translation="MRRGFVFTLDALLSLILVTLFITGIVAVTENSSKVYSTYMRSQS KELASSTLLTLRTVPLNELVDPGVIQGWIQNGTLNLSLVNPDMSPLDIVSTYWATAPI YPSANLRHKAEVILGYILNKTLQRYNYELLINNYTSPYLRKLGSNYSRAPDVSPATLI MSGYAYNQTPRGYMARAYLTKLGSKENTYIIRGGYIYAKTYSSDDEVIIKYTVPAGAI PPDATIEEIDWFLEPAWVGSEYEVYLNGNKIWSGYVDNNRLLTDTDPSGGLRLIENFK PGERNTFEVRVYKSWYDGGEDGAQYIRIKYQTSKPSTLRFPQKFHFEDVSARYGITAW KYLFVPGLLKSLSVQISVGNISSGTPITLSFMFDREIKIPATRCTYDQASKTKTCYWT NSTISTTLAHEGYNYNQISSRYTTIIVQAGESDTEYSPRIHLIGDNSFVEADYRSEVL LTAYTIDITEPIPMPRSDWTSYLTIQFRVPSGATPLWAKFQFPWLYYTGYDPYQKIQI DNDEISPTYIHCHGGGCNPSSPFIYALARVGYTKDTFDWRYRPLPNAISKGFNKLTIS LGYGYWLQPKNGNGELTYVIQAYAGYGDVFPKYIRDGCNGYNITYYWVGDNSPHHILA GEEPYCDLTAQDLLDGRNTYAVDDAIVRLFNNLGGDGTQSNPILVELPSTVQIEVASM GNIPGLFKPIQITLRVWREG" gene complement(729183..730178) /locus_tag="TGAM_0768" /note="tg0768" CDS complement(729183..730178) /locus_tag="TGAM_0768" /experiment="gene product confirmed by mass spectrometry" /note="Large 143 aa insertion at pos. 127 in other thermococcus orthologues; 2 probable transmembrane helices predicted by modhmm" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein" /protein_id="ACS33270.1" /translation="MRRAQLLSLDAMLSLIIMMFVFAAVINTSTTLKGEITSMIGWYE RSNIADNMLDVLTKSPGDPVDWELNPSAFRVIGLRSVNNTFAISYRKIVVMNENLPSV LGSLVNMSLGRNIMMSTYISKFELAGTFPTINGNYTLASTFVELNQPTYSFAIVNRTI VTDYTTISSSLNESSWIDVSQKKFVVERFEYNLSAGPSTEEPIVYGVLAQKPPINSHM EITAPDVAGNLTLVVLAGSGLKAILIYRNETGNPLSATLVENGTVINYSGNTSSISIP LTNVIGDNVNSVVGIWLYSLNGWARNEIEITIIPSLKWLLKPKFDEGIIKLVVWD" gene complement(730175..730645) /locus_tag="TGAM_0769" /note="tg0769" CDS complement(730175..730645) /locus_tag="TGAM_0769" /note="1 probable transmembrane helix predicted by modhmm" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein" /protein_id="ACS33271.1" /translation="MSSSRAKAQTALEVLFIAGIILIGAAILLPGYMNTNTDTVVLMH VKNAADNACSYLGTGVEVNEPAYSSLNAVIKEANYSSIQCKVSRTFIDSSTESSINLN VTVIYSGPLEVSKVENAISGFIENWLESKGFSRVNGALSYGGKTVSITVKVVRA" gene complement(730626..731075) /locus_tag="TGAM_0770" /note="tg0770" CDS complement(730626..731075) /locus_tag="TGAM_0770" /note="1 probable transmembrane helix predicted by modhmm" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein" /protein_id="ACS33272.1" /translation="MGEMKRKAQITFDFLIAIMLVTVTVAGIVSIASGETANARTFDS AAKLKILAVDLRDTVTQVYAAGDGFTVRKELPFELKAGDSVTITLNSTTNRVEIAATL GGKTFKVAQRLQVPLYATSSITLGQGERDFNVTAQNVGGEIHVLLQG" gene complement(731068..731709) /locus_tag="TGAM_0771" /note="tg0771" CDS complement(731068..731709) /locus_tag="TGAM_0771" /inference="protein motif:COG:COG1991 Uncharacterized conserved protein; S Function unknown" /inference="protein motif:HMMPfam:PF04021 DUF361 InterPro:IPR007166 Protein of unknown function DUF361" /note="Belongs to DUF361 family; 1 probable transmembrane helix predicted by modhmm" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein" /protein_id="ACS33273.1" /translation="MGKKGQISLEFLFIFAILLILLAYSVKNTTFQQGSQSIETLRVQ IALEEKELANTISGAISQAYSQGPGSKTTVYVKLVYLRKPYYLEKVWGVADPMIFVTY GQHLNDGNGTYVMVLNGTGTTKVILTGGNKNAFWTRALYQRDLLGNSTVWGGSSASVD FGTGVTTVYGLRLDPSTIPQVLKVVVEWNPDLPNSWVFNSTAGELMININPGG" gene complement(731774..732400) /locus_tag="TGAM_0772" /note="tg0772" CDS complement(731774..732400) /locus_tag="TGAM_0772" /experiment="gene product confirmed by mass spectrometry" /note="2 probable transmembrane helices predicted by modhmm" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein" /protein_id="ACS33274.1" /translation="MPSEGIRDSVEVALELDEREVYSHIAHESAEDIRRIISSIDAER AQKKGFLVYYHDDWDSLIRERIRKGKRHTAFDFYNPALLDIWEAKVEELKDVRKAKYF LLSLIGIGVIFSITAGLLFSWYFVLPGLGLLPLVLWVLDRAREKSDLIYHQLTQFFID EMRALLSRYNLNPERYRFKLFNDDYFGVRRIKIGRESFAIAEPLNDVE" gene complement(732390..733487) /gene="ftsZ-2" /locus_tag="TGAM_0773" /note="tg0773" CDS complement(732390..733487) /gene="ftsZ-2" /locus_tag="TGAM_0773" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:COG5023, Tubulin [Cytoskeleton]" /inference="protein motif:CDD:FtsZ, Cell division GTPase [Cell division and chromosome partitioning]" /inference="protein motif:CDD:FtsZ, FtsZ is a GTPase that is similar to the eukaryotic tubulins and is essential for cell division in prokaryotes" /inference="protein motif:CDD:FtsZ_type1, FtsZ is a GTPase that is similar to the eukaryotic tubulins and is essential for cell division in prokaryotes" /inference="protein motif:CDD:FtsZ_type2, FtsZ is a GTPase that is similar to the eukaryotic tubulins and is essential for cell division in prokaryotes" /inference="protein motif:CDD:Tubulin, Tubulin/FtsZ family, GTPase domain" /inference="protein motif:CDD:Tubulin_FtsZ, Tubulin/FtsZ:Family includes tubulin alpha-, beta-, gamma-, delta-, and epsilon-tubulins as well as FtsZ, all of which are involved in polymer formation" /inference="protein motif:COG:COG0206 Cell division GTPase; D Cell cycle control, cell division, chromosome partitioning" /inference="protein motif:FPrintScan:PR00423 CELLDVISFTSZ InterPro:IPR000158 Cell division protein FtsZ GO:Molecular Function:GTP binding (GO:0005525), Cellular Component:cytoplasm (GO:0005737)" /inference="protein motif:Gene3D:G3D.3.40.50.1440 no description" /inference="protein motif:HMMPanther:PTHR11588 TUBULIN InterPro:IPR000217 Tubulin GO:Molecular Function:structural molecule activity (GO:0005198), Cellular Component:microtubule (GO:0005874), Biological Process:microtubule-based movement (GO:0007018)" /inference="protein motif:HMMPfam:PF00091 Tubulin InterPro:IPR003008 Tubulin/FtsZ, GTPase" /inference="protein motif:ScanRegExp:PS00227 TUBULIN InterPro:IPR000217 Tubulin GO:Molecular Function:structural molecule activity (GO:0005198), Cellular Component:microtubule (GO:0005874), Biological Process:microtubule-based movement (GO:0007018)" /inference="protein motif:superfamily:SSF52490 Tubulin/Dihydroxyacetone kinase nucleotide-binding domain" /codon_start=1 /transl_table=11 /product="Cell division GTPase, ftsZ-like protein (ftsZ)" /protein_id="ACS33275.1" /translation="MRAIIIGVGQCGTKIADLFSLVDFEALAINTSRGDLDYLKHIPS DRRILIGESLTGGKGVNANPVLGREAMKRDLPMVMRKISSMVGYEDVDIFFLTFGFGG GTGAGGTPVLAEALKEEYPDSLVVAIGALPLKEEGIRPTINAAITIDKLSKVADSIIA IDNNKLKEGDLDISQAYEMINYTIVERIASLLALIDVPGEQTLDASDLKFVLKAFGSF ATVGYAKARADQLKSLSKLIVRSFESEGLYLEANVESALYGLVAVHGPPEVLKAKEIF EALDELTDRIKGKQIFRGFYPDPRTREVEVVTLLSGIYESESIERIIRTAKEYASSFM RAKKEAEEKKRELLSGLPDFDDLYPGGENAE" gene complement(733497..735758) /locus_tag="TGAM_0774" /note="tg0774" CDS complement(733497..735758) /locus_tag="TGAM_0774" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:ISOPREN_C2_like, This group contains class II terpene cyclases, protein prenyltransferases beta subunit, two broadly specific proteinase inhibitors alpha2-macroglobulin (alpha (2)-M) and pregnancy zone protein (PZP) and, the C3 C4 and C5 components of vertebrate complement" /inference="protein motif:Gene3D:G3D.1.50.10.20 no description" /inference="protein motif:HMMPanther:PTHR11764 SQUALENE CYCLASES-RELATED InterPro:IPR002365 Terpene synthase GO:Biological Process:metabolism (GO:0008152), Molecular Function:lyase activity (GO:0016829)" /inference="protein motif:ScanRegExp:PS00018 EF_HAND_1 InterPro:IPR002048 Calcium-binding EF-hand GO:Molecular Function:calcium ion binding (GO:0005509)" /inference="protein motif:superfamily:SSF48239 InterPro:IPR008930 Terpenoid cylases/protein prenyltransferase alpha-alpha toroid" /inference="protein motif:superfamily:SSF48239 Terpenoid cylases/Protein prenyltransferases InterPro:IPR008930 Terpenoid cylases/protein prenyltransferase alpha-alpha toroid" /note="1 probable transmembrane helix predicted by modhmm" /codon_start=1 /transl_table=11 /product="Terpenoid cyclase/protein prenyltransferase putative" /protein_id="ACS33276.1" /translation="MKRWPLKIIPLILIGVIVFAPLTAALSITEGSANFLKKFGDSSG QIRTLSLTIIALAEASGRVNEDLTPKVREFTRELISYQNPDGGWGYFPGSVSNVLDTS YALIALSKAEKFFEGTDDLFKVDDARKKGVKFLVSSKTGNTWGYIPNSTPMFYPTVLA LWALGENGHNSSSPVVSSAVSSLPELPRYIDDYTALGLRLIAFKAVGEPVDKSEVKEL IEILNGDDLSPAQRALLTYALTLYSEPTFEVVATIARLDQIKHTGANMVFWADTPKYP ISVTDTVTPTAYALLAVSELVPPIREVTINPNEMPCDQLISYQNPDGGWGIYRGSPSN EKATYYALIAIEACYPAPDIVEKALNWTEERLKEDERVVLNEGRLTVGYYYALMTLLH FNRLNESEREHAIEVIKSVKMDTGKWGVENLGPQPAETAMALSALMALGINRSDPDVI AAKKWLLSISSTGWGLYYQSGLYPFMLEVNVLDTLTVLKALEPIATRPELEAHLKWLI SQRVDGGWPYMKEHTNINGTKIEGRPRVDLTVEATLLLMHYGFDYTQQTLDFVKKARD SGLIANDTLETAFAVIYLSSFNKMPMVDLSDVRNALETSTFNVVCPEDRISDAKDVIN YLRETFGYRFDLGPLSLMEEGNSIVLAGFDDVNVSRYNRYIVLDISGNEIGLKNSTYP RQDTVLLIPGRTAKGVMLFVLYDEDSSEIAKLVFKIGYVKYMQGPAVVVHYEDRNGDG KIELNEVTAETVG" gene complement(735836..736846) /locus_tag="TGAM_0775" /note="tg0775" CDS complement(735836..736846) /locus_tag="TGAM_0775" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:COG0731, Fe-S oxidoreductases [Energy production and conversion]" /inference="protein motif:COG:COG0731 Fe-S oxidoreductases; C Energy production and conversion" /inference="protein motif:HMMPanther:PTHR13930 UNCHARACTERIZED" /inference="protein motif:HMMPanther:PTHR13930:SF14 UNCHARACTERIZED" /inference="protein motif:HMMPfam:PF04055 Radical_SAM InterPro:IPR007197 Radical SAM GO:Molecular Function:catalytic activity (GO:0003824), Molecular Function:iron ion binding (GO:0005506)" /inference="protein motif:superfamily:SSF56784 HAD-like" /codon_start=1 /transl_table=11 /product="Radical SAM protein" /protein_id="ACS33277.1" /translation="MRLMAIVVKANPNMPEEIALLFRKQHYELVGRHSGVKLCHWLKE SLTKGRFCYKQKFYGIASHRCLQMTPVLAWCTHNCIFCWRPMESFLGTELPEPWDDPA FIVEESIKAQRKLLVGYKGNPKVPKEKFEEAWNPKHAAISLSGEPMLYPYMGDLVEEF HKRGFTTFIVTNGTVPERLEEMIKEDKLPTQLYVSLTAPDIETYNRVNVPMIPDGWER IMETLRLMRDAETRTVIRLTLVKGENMHSPEKYAELIKIANPMFVEAKAYMFVGFSRN RLTINNMPRHEEIRAFAEELVKHLPGYHIEDEYEPSRVVLIMRDDVNPKGRGLEGRFI KD" gene 736895..737191 /locus_tag="TGAM_0776" /note="tg0776" CDS 736895..737191 /locus_tag="TGAM_0776" /codon_start=1 /transl_table=11 /product="Hypothetical protein" /protein_id="ACS33278.1" /translation="MVSVVQGVTYDIVREPIGLPLKPLIRFSSMSKVFRFKKEGFPHG GEIFAVREVPFSCGRFLRPFQESFGNALVVTRHGYAFSQPDRIKWYFLTLYLWN" gene complement(737232..737603) /locus_tag="TGAM_0777" /note="tg0777" CDS complement(737232..737603) /locus_tag="TGAM_0777" /note="2 probable transmembrane helices predicted by modhmm" /codon_start=1 /transl_table=11 /product="Hypothetical protein" /protein_id="ACS33279.1" /translation="MGIGRVFYLALAYALFAWLSPCLLLVIVPITLLEFVPGSEKVVM REGEYVKMFSRDRRAVFAREFLLGTWLLVIGVGATIYRAYLGQEDPEEAIFLAALTFA LAVDEYRRFQKRRRGVLQQPL" gene complement(737545..737946) /locus_tag="TGAM_0778" /note="tg0778" CDS complement(737545..737946) /locus_tag="TGAM_0778" /codon_start=1 /transl_table=11 /product="Hypothetical protein" /protein_id="ACS33280.1" /translation="MRVTFERVVVVEGSPENLEKFLGENTFVYWVKGPNGEIWSLAPD FIRERYEGHFYLVDFEEESFLLASTVTLKLPVLGNRVARFEGKRKAVARRVKLHLIDP FRRILMLQKKWKRGHRQGLLSGLSIRPLCMA" gene 738043..738666 /locus_tag="TGAM_0779" /note="tg0779" CDS 738043..738666 /locus_tag="TGAM_0779" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:SEC59, Dolichol kinase [Lipid metabolism]" /inference="protein motif:HMMPfam:PF01148 CTP_transf_1 InterPro:IPR000374 Phosphatidate cytidylyltransferase GO:Molecular Function:phosphatidate cytidylyltransferase activity (GO:0004605), Biological Process:phospholipid biosynthesis (GO:0008654), Cellular Component:membrane (GO:0016020)" /note="May be related to the dochichol kinases; 6 probable transmembrane helices predicted by modhmm" /codon_start=1 /transl_table=11 /product="Phosphatidate cytidylyltransferase, putative" /protein_id="ACS33281.1" /translation="MSKRELIRKLWHVSPGILGAPIILFTPRWVTLLVVWSLAFLYTL QHLKLRRGWKFTVPIAELSYRTMAREDERDNFLGSFLFWVTMGIICTVFPKLMALSAL WVSTFGDCFNAITGQALGGPRIPWNRKKTLIGSATMFIVSVLVLWTAHSVLSLDPSWS LITGVALVATALESLPLRSAYDEFTVPFATAFLLWLAYGGSLLSPVW" gene complement(738667..739473) /locus_tag="TGAM_0780" /note="tg0780" CDS complement(738667..739473) /locus_tag="TGAM_0780" /inference="protein motif:BlastProDom:PD011382 Q8U2J1_PYRFU_Q8U2J1; InterPro:IPR002787 Protein of unknown function DUF85" /inference="protein motif:CDD:SplB, DNA repair photolyase [DNA replication, recombination, and repair]" /inference="protein motif:COG:COG1533 DNA repair photolyase; L Replication, recombination and repair" /inference="protein motif:HMMPfam:PF04055 Radical_SAM InterPro:IPR007197 Radical SAM GO:Molecular Function:catalytic activity (GO:0003824), Molecular Function:iron ion binding (GO:0005506)" /codon_start=1 /transl_table=11 /product="Radical SAM domain protein" /protein_id="ACS33282.1" /translation="MLMKVEVIKRRAKSLYTRSRIPGVSWSANQYVGCSFACPYCYAK NVVREFGEREWGSWVIAKINAPELARKHVSGKIVMSTVSDPYQPVEAKLKLTRATLRF MDKRNELSILTKSPLVTRDIALFKLFRSIEVGLTLNSFDGREKSLLEPLTPVMKARVN ALQKLHEEGIRTYTFVSPIIPGVTDVSRIVKETRGFVDYYFFEVLNLKKAGNEFQETL RSEFPESYCILTSEELFGAFISELRDEVRSLGIKTEGIETHFRGWGFVRI" gene 739436..740152 /locus_tag="TGAM_0781" /note="tg0781" CDS 739436..740152 /locus_tag="TGAM_0781" /inference="protein motif:CDD:COG1451, Predicted metal-dependent hydrolase [General function prediction only]" /inference="protein motif:CDD:DUF45, Protein of unknown function DUF45" /inference="protein motif:COG:COG1451 Predicted metal-dependent hydrolase; R General function prediction only" /inference="protein motif:HMMPfam:PF01863 DUF45 InterPro:IPR002725 Protein of unknown function DUF45" /codon_start=1 /transl_table=11 /product="Zinc-dependent protease, putative" /protein_id="ACS33283.1" /translation="MALRFMTSTFISTGRDYTLKGGRMEVEVRHRPVRYARLEIKPDG RIVVTAPEGFDVEAFIKKHERWLRNRLRELEEVRRESARGFPFFGEFYRLELGNVRKV ELRDGKLILPAERERARKALKELLRDKVAALVTLYSVLMGVSPGKIYIRNQRTKWASC SSRGNLSFNLRLAALPEKLIEYVVIHELAHLRYLDHSRAFWRFVGRFYPDYGTARREL RRWWGVIEVNEGWRWLEGRE" gene 740131..740541 /gene="nefD-2" /locus_tag="TGAM_0782" /note="tg0782" CDS 740131..740541 /gene="nefD-2" /locus_tag="TGAM_0782" /inference="protein motif:CDD:NfeD, Membrane-bound serine protease (ClpP class) [Posttranslational modification, protein turnover, chaperones]" /inference="protein motif:CDD:NfeD, Nodulation efficiency protein D (NfeD)" /inference="protein motif:COG:COG1585 Membrane protein implicated in regulation of membrane protease activity; O Posttranslational modification, protein turnover, chaperones" /inference="protein motif:HMMPfam:PF01957 NfeD InterPro:IPR002810 Nodulation efficiency, NfeD" /note="2 probable transmembrane helices predicted by modhmm" /codon_start=1 /transl_table=11 /product="Nodulation efficiency protein D related protein (nefD)" /protein_id="ACS33284.1" /translation="MAGGKGVSLLKLIALIADEIIVGVFLLVVLPALGMGVPVLVTGL VLGVLLVKDVLIAPYVLGGGLEKRPKAGPESLVGRTAVVVDDLSPEGLVKLDGELWRA RCFHGTARRGEKVRVVEVDGTKLLVELPASEEPR" gene complement(740498..740932) /locus_tag="TGAM_0783" /note="tg0783" CDS complement(740498..740932) /locus_tag="TGAM_0783" /note="2 probable transmembrane helices predicted by modhmm" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein" /protein_id="ACS33285.1" /translation="MLYEETLYSKWITLLLLPPLVLMPIGLYESLKTGEAVPIMAVST VLTVTILIEVMAFRVRVYEDRIFLSGFLGLFLRKTVRVDEIEWFAVREGWMSCPAKIH FTLPAKACVYIKRKKGWDVSFSTNRPEEIIEVLRSLGVQRGA" gene 740996..741424 /locus_tag="TGAM_0784" /note="tg0784" CDS 740996..741424 /locus_tag="TGAM_0784" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:CoA_binding, CoA binding domain" /inference="protein motif:CDD:COG1042, Acyl-CoA synthetase (NDP forming) [Energy production and conversion]" /inference="protein motif:CDD:COG1832, Predicted CoA-binding protein [General function prediction only]" /inference="protein motif:COG:COG1832 Predicted CoA-binding protein; R General function prediction only" /inference="protein motif:HMMPfam:PF02629 CoA_binding InterPro:IPR003781 CoA-binding" /inference="protein motif:superfamily:SSF51735 NAD(P)-binding Rossmann-fold domains" /codon_start=1 /transl_table=11 /product="CoA-binding protein" /protein_id="ACS33286.1" /translation="MVNAIAVDGLTDDEVREILTRYRKIALVGASPKPERDANEVMRY LIEKGYEVYPVNPRYSEVLGRKCYPSVLDIPEEVEIVDLFVRPEFARDYVEQAIKKGA KVVWFQFGTFDEEAFRRAREAGLTAVAHRCIKQEHERLIG" gene complement(741414..741644) /locus_tag="TGAM_0785" /note="tg0785" CDS complement(741414..741644) /locus_tag="TGAM_0785" /note="Possibly a pseudo-gene, start codon in N-terminus is missing" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein, C-term fragment" /protein_id="ACS33287.1" /translation="MLEILREHVIFVPEEFYSEFIPLALEICPDKDDADFVALSLKVN APLWSNDRRLKEIREIKVLNTGEVLKLLGITR" gene complement(741810..742040) /locus_tag="TGAM_0786" /note="tg0786" CDS complement(741810..742040) /locus_tag="TGAM_0786" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein" /protein_id="ACS33288.1" /translation="MLVVVLGGIVVKVPQGVDDRIALLIARTISERLKTLVEINEALK DSRLSEEDAVELGRLAKKGRGKYLERRYSSRR" gene complement(742067..743167) /locus_tag="TGAM_0787" /note="tg0787" CDS complement(742067..743167) /locus_tag="TGAM_0787" /inference="protein motif:CDD:COG1041, Predicted DNA modification methylase [DNA replication, recombination, and repair]" /inference="protein motif:CDD:UPF0020, Putative RNA methylase family UPF0020" /inference="protein motif:COG:COG1041 Predicted DNA modification methylase; L Replication, recombination and repair" /inference="protein motif:Gene3D:G3D.3.40.50.150 no description" /inference="protein motif:HMMPfam:PF01170 UPF0020 InterPro:IPR000241 Putative RNA methylase GO:Molecular Function:molecular function unknown (GO:0005554)" /inference="protein motif:superfamily:SSF53335 S-adenosyl-L-methionine-dependent methyltransferases" /note="Belongs to UPF0020 family" /codon_start=1 /transl_table=11 /product="RNA methylase, putative" /protein_id="ACS33289.1" /translation="MYGVILGKNPELSRAEFYSFGRRFGLKVKLLEEHSNWLLIEARP SIERHFRWLGGSLKLVRIVGEGEEAIKDLEYAKLFTVSLYGRDDWRLWRKLGSAVKRE FKQEGPAKFFKPAKVYSMPAELILKGFPEVKDVVFLFRDDGSFLVGETVKVTDPFELK KLDVERPVQRPILSIPPRLARIMVNLTEVRRGLFLDPFCGIGTVLQEFVLQGLPAYGS DRDPERVREARKNIEWLRREFRLKNSARIEVCDARKLKRCFRERFDAIVTEPYLGKPL KRNPGRGEAIKLANELDRLYFSVFESFSEVLKRNGRVVFVFPAYRLRDGSIYRKERRW LGKLGFEVLGRYPDYEERHRLVRDIHVIRKRG" gene 743257..744543 /locus_tag="TGAM_0788" /note="tg0788" CDS 743257..744543 /locus_tag="TGAM_0788" /inference="protein motif:superfamily:SSF48439 Protein prenylyltransferase InterPro:IPR008940 Protein prenyltransferase" /note="Contains Protein prenylyltransferase (SSF48439) domain" /codon_start=1 /transl_table=11 /product="Protein prenyltransferase, putative" /protein_id="ACS33290.1" /translation="MLIREIIETAEVIRDPYLRATTYAKIGERLARVRDAKFKLVFLK AIETTREIDDPVKTFRALLSIGYSMKKAGLRSAKKIYQRVLEDSRELPDPVRDDLMVL AARYMLGLGEINEAIIYAMEVKNPSLRDTVLLQIIRRNTSLIGTEKVRVAYRIRKSKM ALENISTEPHRSKALIEIMKSYFLLSSYENGIATIREIEQREWAKYAFKEALFFLKER GVIEKYVPNLKELAKYLVGKFGDDFKIELGVAFALAEEPVEAADLLRKLDGDKALVEV AIRLLEVAPRYLPSFIRVLNEREATEVGRALMNRFLENPDEGEWETIRAIWERSRSEE IRVKIARYSLVKGDIDGAMKVVEHIENERLRSIVLADIAHRLLKMGDVSRAIDVALEV RDPKFSSILIAEILIGALDREIEAKVIVNGKAKNHS" gene 744518..744808 /locus_tag="TGAM_0789" /note="tg0789" CDS 744518..744808 /locus_tag="TGAM_0789" /experiment="gene product confirmed by mass spectrometry" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein" /protein_id="ACS33291.1" /translation="MERLRITLRRKKSDPVDYARDLAEALLEGRVIGEDVLFRDAVNE IYTTLKEALFKGKEGNENLIQAYELAVVLRYLVQDGVKTSREILEELVQILE" gene 744847..745272 /locus_tag="TGAM_0790" /note="tg0790" CDS 744847..745272 /locus_tag="TGAM_0790" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:BlastProDom:PD005232 Q8TX62_METKA_Q8TX62; InterPro:IPR001602 Protein of unknown function UPF0047 GO:Molecular Function:molecular function unknown (GO:0005554)" /inference="protein motif:CDD:UPF0047, Uncharacterised protein family UPF0047" /inference="protein motif:COG:COG0432 Uncharacterized conserved protein; S Function unknown" /inference="protein motif:HMMPfam:PF01894 UPF0047 InterPro:IPR001602 Protein of unknown function UPF0047 GO:Molecular Function:molecular function unknown (GO:0005554)" /inference="protein motif:HMMPIR:PIRSF004681 Uncharacterised conserved protein InterPro:IPR001602 Protein of unknown function UPF0047 GO:Molecular Function:molecular function unknown (GO:0005554)" /inference="protein motif:HMMTigr:TIGR00149 TIGR00149:conserved hypothetical protein T InterPro:IPR001602 Protein of unknown function UPF0047 GO:Molecular Function:molecular function unknown (GO:0005554)" /note="Belongs to UPF0047 family" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein" /protein_id="ACS33292.1" /translation="MLLSFEVSTTERFQIIDVTDEVQRLVWKGKLRHGIAVVFTKHTT TGLMINEPEKGLLEDIKAKMKELIPRGAGYKHDRIDSNAHSHLRASLFLNTELVVPVD EGELVLGTWQRILFVELDGPRHRKIMVMLCPCPEYPEEE" gene 745274..746113 /locus_tag="TGAM_0791" /note="tg0791" CDS 745274..746113 /locus_tag="TGAM_0791" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:DppA, D-aminopeptidase [Amino acid transport and metabolism]" /inference="protein motif:CDD:Peptidase_M55, D-aminopeptidase" /inference="protein motif:COG:COG2362 D-aminopeptidase; E Amino acid transport and metabolism" /inference="protein motif:HMMPfam:PF04951 Peptidase_M55 InterPro:IPR007035 Peptidase M55, D-aminopeptidase" /inference="protein motif:HMMPIR:PIRSF015853 D-aminopeptidase, DppA type InterPro:IPR007035 Peptidase M55, D-aminopeptidase" /inference="protein motif:superfamily:SSF63992 Dipeptide transport protein InterPro:IPR007035 Peptidase M55, D-aminopeptidase" /note="Belongs to M55 MEROPS petidase family" /codon_start=1 /transl_table=11 /product="D-aminopeptidase" /protein_id="ACS33293.1" /translation="MRAFISVDLEGLPHVVSREHLFVKGALYSEARRIATEVVKTAAE ALYQNGFDEVVVADSHGPMVNVIPEEMPDYVELVRGFPRPLSMVAFAKGSDAAIFLGY HAKAGTGYATFDHTYSGSTIDRLEINGIEVSEFLLNAYLLGSWGVPVILVGGDARLIE DVKKFAPWAVGIAFKESLSRYAAKSPSLGKVKALLKAGVTEAVIKLEEGEAKPLKAKE PVEVKLRFLSSAFADAAELLPIIERIDGKTVRFEAETVEDAYRIVELLILAGAGVNAI ATR" gene 746129..746518 /locus_tag="TGAM_0792" /note="tg0792" CDS 746129..746518 /locus_tag="TGAM_0792" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein" /protein_id="ACS33294.1" /translation="MRRIDQFEPMRIVKVPRDDRVGVIPYGSVPEVELIIEVVPKRGE LLIRTTNPNTVKVEITNEVELYKYDGFWARLDPGIVFIERRIVLLPGETYEQRLPVDL SPGRYKVVKFAYVDGARVRVEKEFTVM" gene complement(746505..747176) /locus_tag="TGAM_0793" /note="tg0793" CDS complement(746505..747176) /locus_tag="TGAM_0793" /inference="protein motif:BlastProDom:PD000006 Q8U2F5_PYRFU_Q8U2F5; InterPro:IPR003439 ABC transporter related GO:Molecular Function:ATP binding (GO:0005524), Molecular Function:ATPase activity (GO:0016887)" /inference="protein motif:CDD:ABC_ATPase, ABC (ATP-binding cassette) transporter nucleotide-binding domain" /inference="protein motif:CDD:ABC_BcrA_bacitracin_resist, The BcrA subfamily represents ABC transporters involved in peptide antibiotic resistance" /inference="protein motif:CDD:ABC_Carb_Monos_I, This family represents the domain I of the carbohydrate uptake proteins that transport only monosaccharides (Monos)" /inference="protein motif:CDD:ABC_Carb_Monos_II, This family represents domain II of the carbohydrate uptake proteins that transport only monosaccharides (Monos)" /inference="protein motif:CDD:ABC_Carb_Solutes_like, ABC Carbohydrate and Solute Transporters-like subgroup" /inference="protein motif:CDD:ABC_Class3, This class is comprised of all BPD (Binding Protein Dependent) systems that are largely represented in archaea and eubacteria and are primarily involved in scavenging solutes from the environment" /inference="protein motif:CDD:ABC_cobalt_CbiO_domain1, Domain I of the ABC component of a cobalt transport family found in bacteria, archaea, and eukaryota" /inference="protein motif:CDD:ABC_cobalt_CbiO_domain2, Domain II of the ABC component of a cobalt transport family found in bacteria, archaea, and eukaryota" /inference="protein motif:CDD:ABC_CysA_sulfate_importer, Part of the ABC transporter complex cysAWTP involved in sulfate import" /inference="protein motif:CDD:ABC_DR_subfamily_A, This family of ATP-binding proteins belongs to a multisubunit transporter involved in drug resistance (BcrA and DrrA), nodulation, lipid transport, and lantibiotic immunity" /inference="protein motif:CDD:ABC_DrrA, DrrA is the ATP-binding protein component of a bacterial exporter complex that confers resistance to the antibiotics daunorubicin and doxorubicin" /inference="protein motif:CDD:ABC_drug_resistance_like, ABC-type multidrug transport system, ATPase component" /inference="protein motif:CDD:ABC_FeS_Assembly, ABC-type transport system involved in Fe-S cluster assembly, ATPase component" /inference="protein motif:CDD:ABC_FtsE_transporter, FtsE is a hydrophilic nucleotide-binding protein that binds FtsX to form a heterodimeric ATP-binding cassette (ABC)-type transporter that associates with the bacterial inner membrane" /inference="protein motif:CDD:ABC_HisP_GlnQ_permeases, HisP and GlnQ are the ATP-binding components of the bacterial periplasmic histidine and glutamine permeases, repectively" /inference="protein motif:CDD:ABC_Iron-Siderophores_B12_Hemin, ABC transporters, involved in the uptake of siderophores, heme, and vitamin B12, are widely conserved in bacteria and archaea" /inference="protein motif:CDD:ABC_KpsT_Wzt, ABC_KpsT_Wzt The KpsT/Wzt ABC transporter subfamily is involved in extracellular polysaccharide export" /inference="protein motif:CDD:ABC_MalK_N, The N-terminal ATPase domain of the maltose transporter, MalK" /inference="protein motif:CDD:ABC_Metallic_Cations, ABC component of the metal-type transporters" /inference="protein motif:CDD:ABC_MetN_methionine_transporter, MetN (also known as YusC) is an ABC-type transporter encoded by metN of the metNPQ operon in Bacillus subtilis that is involved in methionine transport" /inference="protein motif:CDD:ABC_MJ0796_Lo1CDE_FtsE, This family is comprised of MJ0796 ATP-binding cassette, macrolide-specific ABC-type efflux carrier (MacAB), and proteins involved in cell division (FtsE), and release of liporoteins from the cytoplasmic membrane (LolCDE)" /inference="protein motif:CDD:ABC_Mj1267_LivG_branched, The Mj1267/LivG ABC transporter subfamily is involved in the transport of the hydrophobic amino acids leucine, isoleucine and valine" /inference="protein motif:CDD:ABC_ModC_like, Archeal protein closely related to ModC" /inference="protein motif:CDD:ABC_ModC_molybdenum_transporter, ModC is an ABC-type transporter and the ATPase component of a molybdate transport system that also includes the periplasmic binding protein ModA and the membrane protein ModB" /inference="protein motif:CDD:ABC_MTABC3_MDL1_MDL2, MTABC3 (also known as ABCB6) is a mitochondrial ATP-binding cassette protein involved in iron homeostasis and one of four ABC transporters expressed in the mitochondrial inner membrane, the other three being MDL1(ABC7), MDL2, and ATM1" /inference="protein motif:CDD:ABC_NatA_like, Similar in sequence to NatA, this is the ATPase component of a bacterial ABC-type Na+ transport system called NatAB, which catalyzes ATP-dependent electrogenic Na+ extrusion without mechanically coupled to proton or K+ uptake" /inference="protein motif:CDD:ABC_NatA_sodium_exporter, NatA is the ATPase component of a bacterial ABC-type Na+ transport system called NatAB, which catalyzes ATP-dependent electrogenic Na+ extrusion without mechanically coupled proton or K+ uptake" /inference="protein motif:CDD:ABC_NikE_OppD_transporters, The ABC transporter subfamily specific for the transport of dipeptides, oligopeptides (OppD), and nickel (NikDE)" /inference="protein motif:CDD:ABC_NrtD_SsuB_transporters, NrtD and SsuB are the ATP-binding subunits of the bacterial ABC-type nitrate and sulfonate transport systems, respectively" /inference="protein motif:CDD:ABC_OpuCA_Osmoprotection, OpuCA is a the ATP binding component of a bacterial solute transporter that serves a protective role to cells growing in a hyperosmolar environment" /inference="protein motif:CDD:ABC_Org_Solvent_Resistant, ABC (ATP-binding cassette) transport system involved in resistant to organic solvents" /inference="protein motif:CDD:ABC_PDR_domain1, The pleiotropic drug resistance (PDR) family of ATP-binding cassette (ABC) transporters" /inference="protein motif:CDD:ABC_PDR_domain2, The pleiotropic drug resistance-like (PDR) family of ATP-binding cassette (ABC) transporters" /inference="protein motif:CDD:ABC_PhnC_transporter, ABC-type phosphate/phosphonate transport system" /inference="protein motif:CDD:ABC_PotA_N, PotA is an ABC-type transporter and the ATPase component of the spermidine/putrescine-preferential uptake system consisting of PotA, -B, -C, and -D" /inference="protein motif:CDD:ABC_Pro_Gly_Bertaine, This family comprises the glycine betaine/L-proline ATP binding subunit in bacteria and its equivalents in archaea" /inference="protein motif:CDD:ABC_PstB_phosphate_transporter, Phosphate uptake is of fundamental importance in the cell physiology of bacteria because phosphate is required as a nutrient" /inference="protein motif:CDD:ABC_putative_ATPase, This subfamily is involved in drug resistance, nodulation, lipid transport, and bacteriocin and lantibiotic immunity" /inference="protein motif:CDD:ABC_RNaseL_inhibitor_domain1, The ATPase domain 1 of RNase L inhibitor" /inference="protein motif:CDD:ABC_RNaseL_inhibitor_domain2, The ATPase domain 2 of RNase L inhibitor" /inference="protein motif:CDD:ABC_subfamily_A, The ABCA subfamily mediates the transport of a variety of lipid compounds" /inference="protein motif:CDD:ABC_ThiQ_thiamine_transporter, ABC-type thiamine tranport system" /inference="protein motif:CDD:ABC_TM1139_LivF_branched, LivF (TM1139) is part of the LIV-I bacterial ABC-type two-component transport system that imports neutral, branched-chain amino acids" /inference="protein motif:CDD:ABC_tran, ABC transporter" /inference="protein motif:CDD:ABC_YhbG, The ABC transporters belonging to the YhbG family are similar to members of the Mj1267_LivG family, which is involved in the transport of branched-chain amino acids" /inference="protein motif:CDD:AbcC, ABC-type metal ion transport system, ATPase component [Inorganic ion transport and metabolism]" /inference="protein motif:CDD:ABCC_ATM1_transporter, ATM1 is an ABC transporter that is expressed in the mitochondria" /inference="protein motif:CDD:ABCC_bacteriocin_exporters, ABC-type bacteriocin exporters" /inference="protein motif:CDD:ABCC_cytochrome_bd, The CYD subfamily implicated in cytochrome bd biogenesis" /inference="protein motif:CDD:ABCC_Glucan_exporter_like, Glucan exporter ATP-binding protein" /inference="protein motif:CDD:ABCC_Hemolysin, The ABC-transporter hemolysin B is a central component of the secretion machinery that translocates the toxin, hemolysin A, in a Sec-independent fashion across both membranes of E" /inference="protein motif:CDD:ABCC_MRP_domain1, Domain 1 of the ABC subfamily C" /inference="protein motif:CDD:ABCC_MRP_domain2, Domain 2 of the ABC subfamily C" /inference="protein motif:CDD:ABCC_MRP_Like, The MRP (Mutidrug Resistance Protein)-like transporters are involved in drug, peptide, and lipid export" /inference="protein motif:CDD:ABCC_MsbA, MsbA is an essential ABC transporter, closely related to eukaryotic MDR proteins" /inference="protein motif:CDD:ABCC_NFT1, Domain 2 of NFT1 (New full-length MRP-type transporter 1)" /inference="protein motif:CDD:ABCC_Protease_Secretion, This family represents the ABC component of the protease secretion system PrtD, a 60-kDa integral membrane protein sharing 37% identity with HlyB, the ABC component of the alpha-hemolysin secretion pathway, in the C-terminal domain" /inference="protein motif:CDD:ABCC_TAP, TAP, the Transporter Associated with Antigen Processing" /inference="protein motif:CDD:ABCF_EF-3, ABCF_EF-3 Elongation factor 3 (EF-3) is a cytosolic protein required by fungal ribosomes for in vitro protein synthesis and for in vivo growth" /inference="protein motif:CDD:ABCG_EPDR, ABCG transporters are involved in eye pigment (EP) precursor transport, regulation of lipid-trafficking mechanisms, and pleiotropic drug resistance (DR)" /inference="protein motif:CDD:ABCG_White, The White subfamily represents ABC transporters homologous to the Drosophila white gene, which acts as a dimeric importer for eye pigment precursors" /inference="protein motif:CDD:AppF, ABC-type oligopeptide transport system, ATPase component [Amino acid transport and metabolism]" /inference="protein motif:CDD:ArpD, ABC-type protease/lipase transport system, ATPase and permease components [General function prediction only]" /inference="protein motif:CDD:ArtP, ABC-type arginine transport system, ATPase component [Amino acid transport and metabolism]" /inference="protein motif:CDD:BtuD, ABC-type cobalamin transport system, ATPase component [Coenzyme metabolism]" /inference="protein motif:CDD:CbiO, ABC-type cobalt transport system, ATPase component [Inorganic ion transport and metabolism]" /inference="protein motif:CDD:CcmA, ABC-type multidrug transport system, ATPase component [Defense mechanisms]" /inference="protein motif:CDD:CcmA, ABC-type transport system involved in cytochrome c biogenesis, ATPase component [Posttranslational modification, protein turnover, chaperones]" /inference="protein motif:CDD:CeuD, ABC-type enterochelin transport system, ATPase component [Inorganic ion transport and metabolism]" /inference="protein motif:CDD:COG1123, ATPase components of various ABC-type transport systems, contain duplicated ATPase [General function prediction only]" /inference="protein motif:CDD:COG1245, Predicted ATPase, RNase L inhibitor (RLI) homolog [General function prediction only]" /inference="protein motif:CDD:COG3638, ABC-type phosphate/phosphonate transport system, ATPase component [Inorganic ion transport and metabolism]" /inference="protein motif:CDD:COG3845, ABC-type uncharacterized transport systems, ATPase components [General function prediction only]" /inference="protein motif:CDD:COG4136, ABC-type uncharacterized transport system, ATPase component [General function prediction only]" /inference="protein motif:CDD:COG4152, ABC-type uncharacterized transport system, ATPase component [General function prediction only]" /inference="protein motif:CDD:COG4172, ABC-type uncharacterized transport system, duplicated ATPase component [General function prediction only]" /inference="protein motif:CDD:COG4181, Predicted ABC-type transport system involved in lysophospholipase L1 biosynthesis, ATPase component [Secondary metabolites biosynthesis, transport, and catabolism]" /inference="protein motif:CDD:COG4559, ABC-type hemin transport system, ATPase component [Inorganic ion transport and metabolism]" /inference="protein motif:CDD:COG4586, ABC-type uncharacterized transport system, ATPase component [General function prediction only]" /inference="protein motif:CDD:COG4619, ABC-type uncharacterized transport system, ATPase component [General function prediction only]" /inference="protein motif:CDD:COG4674, Uncharacterized ABC-type transport system, ATPase component [General function prediction only]" /inference="protein motif:CDD:CydC, ABC-type transport system involved in cytochrome bd biosynthesis, fused ATPase and permease components [Energy production and conversion / Posttranslational modification, protein turnover, chaperones]" /inference="protein motif:CDD:CydD, ABC-type transport system involved in cytochrome bd biosynthesis, ATPase and permease components [Energy production and conversion / Posttranslational modification, protein turnover, chaperones]" /inference="protein motif:CDD:CysA, ABC-type sulfate/molybdate transport systems, ATPase component [Inorganic ion transport and metabolism]" /inference="protein motif:CDD:DppD, ABC-type dipeptide/oligopeptide/nickel transport system, ATPase component [Amino acid transport and metabolism / Inorganic ion transport and metabolism]" /inference="protein motif:CDD:DppF, ABC-type dipeptide/oligopeptide/nickel transport system, ATPase component [Amino acid transport and metabolism / Inorganic ion transport and metabolism]" /inference="protein motif:CDD:FepC, ABC-type cobalamin/Fe3+-siderophores transport systems, ATPase components [Inorganic ion transport and metabolism / Coenzyme metabolism]" /inference="protein motif:CDD:FtsE, Predicted ATPase involved in cell division [Cell division and chromosome partitioning]" /inference="protein motif:CDD:GlnQ, ABC-type polar amino acid transport system, ATPase component [Amino acid transport and metabolism]" /inference="protein motif:CDD:HisP, ABC-type histidine transport system, ATPase component [Amino acid transport and metabolism]" /inference="protein motif:CDD:LivF, ABC-type branched-chain amino acid transport systems, ATPase component [Amino acid transport and metabolism]" /inference="protein motif:CDD:LivG, ABC-type branched-chain amino acid transport systems, ATPase component [Amino acid transport and metabolism]" /inference="protein motif:CDD:MalK, ABC-type sugar transport systems, ATPase components [Carbohydrate transport and metabolism]" /inference="protein motif:CDD:MdlB, ABC-type multidrug transport system, ATPase and permease components [Defense mechanisms]" /inference="protein motif:CDD:MglA, ABC-type sugar transport system, ATPase component [Carbohydrate transport and metabolism]" /inference="protein motif:CDD:ModC, ABC-type molybdate transport system, ATPase component [Inorganic ion transport and metabolism]" /inference="protein motif:CDD:ModF, ABC-type molybdenum transport system, ATPase component/photorepair protein PhrA [Inorganic ion transport and metabolism]" /inference="protein motif:CDD:NatA, ABC-type Na+ transport system, ATPase component [Energy production and conversion / Inorganic ion transport and metabolism]" /inference="protein motif:CDD:OpuBA, ABC-type proline/glycine betaine transport systems, ATPase components [Amino acid transport and metabolism]" /inference="protein motif:CDD:PhnK, ABC-type phosphonate transport system, ATPase component [Inorganic ion transport and metabolism]" /inference="protein motif:CDD:PhnK, ABC-type uncharacterized transport system, ATPase component [General function prediction only]" /inference="protein motif:CDD:PotA, ABC-type spermidine/putrescine transport systems, ATPase components [Amino acid transport and metabolism]" /inference="protein motif:CDD:ProV, ABC-type proline/glycine betaine transport system, ATPase component [Amino acid transport and metabolism]" /inference="protein motif:CDD:PstB, ABC-type phosphate transport system, ATPase component [Inorganic ion transport and metabolism]" /inference="protein motif:CDD:SalX, ABC-type antimicrobial peptide transport system, ATPase component [Defense mechanisms]" /inference="protein motif:CDD:SapF, ABC-type antimicrobial peptide transport system, ATPase component [Defense mechanisms]" /inference="protein motif:CDD:SufC, ABC-type transport system involved in Fe-S cluster assembly, ATPase component [Posttranslational modification, protein turnover, chaperones]" /inference="protein motif:CDD:SunT, ABC-type bacteriocin/lantibiotic exporters, contain an N-terminal double-glycine peptidase domain [Defense mechanisms]" /inference="protein motif:CDD:TagH, ABC-type polysaccharide/polyol phosphate transport system, ATPase component [Carbohydrate transport and metabolism / Cell envelope biogenesis, outer membrane]" /inference="protein motif:CDD:TauB, ABC-type nitrate/sulfonate/bicarbonate transport system, ATPase component [Inorganic ion transport and metabolism]" /inference="protein motif:CDD:TauB, ABC-type taurine transport system, ATPase component [Inorganic ion transport and metabolism]" /inference="protein motif:CDD:ThiQ, ABC-type thiamine transport system, ATPase component [Coenzyme metabolism]" /inference="protein motif:CDD:Ttg2A, ABC-type transport system involved in resistance to organic solvents, ATPase component [Secondary metabolites biosynthesis, transport, and catabolism]" /inference="protein motif:CDD:Uup, ATPase components of ABC transporters with duplicated ATPase domains [General function prediction only]" /inference="protein motif:CDD:YhbG, ABC-type (unclassified) transport system, ATPase component [General function prediction only]" /inference="protein motif:CDD:ZnuC, ABC-type Mn/Zn transport systems, ATPase component [Inorganic ion transport and metabolism]" /inference="protein motif:COG:COG1131 ABC-type multidrug transport system, ATPase component; V Defense mechanisms" /inference="protein motif:Gene3D:G3D.3.40.50.300 no description" /inference="protein motif:HMMPanther:PTHR19222 ATP-BINDING CASSETTE TRANSPORTER" /inference="protein motif:HMMPfam:PF00005 ABC_tran InterPro:IPR003439 ABC transporter related GO:Molecular Function:ATP binding (GO:0005524), Molecular Function:ATPase activity (GO:0016887)" /inference="protein motif:HMMSmart:SM00382 no description InterPro:IPR003593 AAA ATPase GO:Molecular Function:nucleotide binding (GO:0000166), Molecular Function:nucleoside-triphosphatase activity (GO:0017111)" /inference="protein motif:ProfileScan:PS50100 DA_BOX InterPro:IPR003439 ABC transporter related GO:Molecular Function:ATP binding (GO:0005524), Molecular Function:ATPase activity (GO:0016887)" /inference="protein motif:ProfileScan:PS50101 ATP_GTP_A2" /inference="protein motif:ProfileScan:PS50893 ABC_TRANSPORTER_2 InterPro:IPR003439 ABC transporter related GO:Molecular Function:ATP binding (GO:0005524), Molecular Function:ATPase activity (GO:0016887)" /inference="protein motif:ScanRegExp:PS00211 ABC_TRANSPORTER_1 InterPro:IPR003439 ABC transporter related GO:Molecular Function:ATP binding (GO:0005524), Molecular Function:ATPase activity (GO:0016887)" /inference="protein motif:superfamily:SSF52540 P-loop containing nucleoside triphosphate hydrolases" /codon_start=1 /transl_table=11 /product="ABC transporter, ATP-binding protein" /protein_id="ACS33295.1" /translation="MIEASDLKKYFGSIRALDGVTVEIPGGVNLIVGPNGGGKSTFFK IAAGVYRPTSGRIRVLGKDPWRDAEFKRKVGVSFDPAGFPPFVTGREWLELFAEYRGG NPDEVAELLGIDFLDRRIREYSSGMRKKLSLAQALVGDPELVMIDEPLANLDFEAMGR VVEIIKTLRKETNFLLISHIWEPLLPVVDRVYVIAGGRLVAQGEVTEMKEVLRNLYSL SFTSQ" gene complement(747173..748375) /locus_tag="TGAM_0794" /note="tg0794" CDS complement(747173..748375) /locus_tag="TGAM_0794" /experiment="gene product confirmed by mass spectrometry" /note="2 probable transmembrane helices predicted by modhmm" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein" /protein_id="ACS33296.1" /translation="MGALRAPEGFNARRWDSYPPDGSDLRPAESWQGVFLLNRRVHRR GKRGDAPFQEPNGERYSLHLWTESLLDPPLDLYNHHERHDLPGRQGGRLRPGDIHPPH FKEKALWNQVPGSSRVLAPPAVFPNVSVPCDGLRQRPQPLLRALWLGELQAPAGLCPV FRPILGFSVGARLPRASKLLPGHNDILHTDPPSQLPRPQPPALQFRHRHPQVSGSGLQ FGLRPPRSRRPGGFCCAFPSAGRKEGCGLRRFLAGVLLSLVLSTVALLVVYPLKSGES ITIPPVQVSRLESGNYTMQSTLSLHIPAWSRVNLTCGNGRGQIYLKNVFTGKIVFEAP IYGSLKASFPVPHEGTYVLALRGNGSAICSLVVTDFHAPERTQERYSIIGIAASILLA VMIRGWSR" gene complement(747634..748392) /locus_tag="TGAM_0795" /note="tg0795" CDS complement(747634..748392) /locus_tag="TGAM_0795" /note="6 probable transmembrane helices predicted by modhmm" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein" /protein_id="ACS33297.1" /translation="MKGLFKWELSEHLRVSMLVAGIPTLLMVLTSDLLSHGRAFSYST GGSIGGGSEGMPLSKSPTGSVILSTFGLNHFWILLSIFIIIMSAMIFRADREGGYAQA IFTLPISKKKLFGTKFLVLLVYSLLLLYFPMFLFLAMAFASVPNLFSGLFGWESFRHL LVFALYFALYSASLSVLVSLVLPNSSQAIMISFILILLPSFLGLNLPPFSFVTAIPKY LGQAFSSGYVLQGVVVPAVFVALSLALVERRDVV" gene complement(748397..749413) /locus_tag="TGAM_0796" /note="tg0796" CDS complement(748397..749413) /locus_tag="TGAM_0796" /note="2 probable transmembrane helices predicted by modhmm" /codon_start=1 /transl_table=11 /product="Conserved hythotetical protein" /protein_id="ACS33298.1" /translation="MFRGKIMKRLLLLLPLLFLPGVLAYPSWLRPGVYLTYHAEDPSG NTGLLYSCNGTNFLIIGVSSLTVNFSVLNVSKGGVEIGVTVLLEPSRNSTIRSPGFHI TFLTGKARCNFWGSGESLIGQVPLEKDGKTVQINVTTVIVEHPLTLRGTYIVTPDGKV YDRSGTYLGHTVLWGLRELKPGDVFAIINGSAVTVVRNDETDYDIITYWRTFQRPNGN LITNWSHITLPFYQSSFADIYYYNPALDITEVMMGSAPDLRAIGIVSISPNDVEAERY NMLHKEELLKGKLKTIRPQGLSLYDANINIGNLHIAGKPPRTPLVYLFLASLFLPLVA YQRR" gene complement(749456..751378) /gene="rad3" /locus_tag="TGAM_0797" /note="tg0797" CDS complement(749456..751378) /gene="rad3" /locus_tag="TGAM_0797" /EC_number="3.6.1.-" /inference="protein motif:CDD:DEAD_2, DEAD_2" /inference="protein motif:CDD:DEXDc2, DEAD-like helicases superfamily" /inference="protein motif:CDD:DinG, Rad3-related DNA helicases [Transcription / DNA replication, recombination, and repair]" /inference="protein motif:CDD:HELICc2, helicase superfamily c-terminal domain" /inference="protein motif:COG:COG1199 Rad3-related DNA helicases; K Transcription" /inference="protein motif:Gene3D:G3D.3.40.50.2300 no description" /inference="protein motif:Gene3D:G3D.3.40.50.300 no description" /inference="protein motif:HMMPanther:PTHR11472 DNA REPAIR HELICASE-RELATED" /inference="protein motif:HMMPanther:PTHR11472:SF11 DNA REPAIR HELICASE RAD3-RELATED" /inference="protein motif:HMMPfam:PF04851 ResIII InterPro:IPR006935 Type III restriction enzyme, res subunit" /inference="protein motif:HMMPfam:PF06733 DEAD_2 InterPro:IPR010614 DEAD_2" /inference="protein motif:HMMPfam:PF08129 Antimicrobial17 InterPro:IPR012950 Alphabeta enterocin" /inference="protein motif:HMMSmart:SM00487 no description InterPro:IPR011545 DEAD/DEAH box helicase, N-terminal" /inference="protein motif:HMMSmart:SM00488 no description InterPro:IPR006554 DEXDc2" /inference="protein motif:HMMSmart:SM00491 no description InterPro:IPR006555 Helicase c2" /inference="protein motif:HMMTigr:TIGR00604 rad3:DNA repair helicase (rad3) InterPro:IPR013020 DNA repair helicase Rad3" /inference="protein motif:superfamily:SSF52540" /inference="protein motif:superfamily:SSF52540 P-loop containing nucleoside triphosphate hydrolases" /codon_start=1 /transl_table=11 /product="DNA repair helicase, ERCC2/XPD/rad3/TFIIH helicase beta subunit-like protein (rad3)" /protein_id="ACS33299.1" /translation="MTELEYLPYEPRPHQLEFIELVRGAVERGENVIIEAPTGFGKTV SVLAGVLPVAKELGFKVLYLARTHRQMDRVIEELKAINRKARVSGVEMRSRKELCLHN YLREYTSDAYTAMVVCKNLRKSGKCQFYENEKKKKAEVEELTRFFLETPGHPAEILNY AETLEVCPYDVTRMIAYKADVIVASYLYALNPTIRENFMTYLDLDYSDLIVIFDEAHN LPDQAISALSDRMSIHTVNRAIKEADEYREHEIANFLSIFGKGLEILYSEKLGSRDVE ETPIAPELVFGHVMNVLGLDTRWLVKTLNEMVAVGDSIREDRINKNKPPRSYIGRVGE FLLLWLSLIGRDDYLFLLTRERGLSLELVALDPSKALTFIRDVQSAVFMSGTLTPLEA FRDVMDIENARLKKFPRMVKRENAQVLVAKDVSTRGEERSLDLYRRMTEYIVEAVKLI PKNVGVFTASYEVLQGLLSANLQVRLEETGKAIFIERQGTSSAENDAMVASFKAHARG NGAVLLGVMGGRNSEGQDYSGDEMNGVILVGIPYARPTPRVQAQIRYFERKFPGKGRY YGYYLPAHRKLVQAAGRVHRSAEEKGSIIILDYRVLWRNVRKDFPDWMVETMKPVDLA RMRLYLRRFWGTPTKG" gene 751946..752263 /locus_tag="TGAM_0798" /note="tg0798" CDS 751946..752263 /locus_tag="TGAM_0798" /note="2 probable transmembrane helices predicted by modhmm" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein" /protein_id="ACS33300.1" /translation="MDEERTLELIEYGVEALLLGAFTYLFAYQNYLLYRWHRGLPLPD KLPFLIIGAVVGLGFFLYKSREILKEVETRQPEVKPVKSGEKPLEGEVGSPEESDFSQ WSD" gene 752466..756344 /locus_tag="TGAM_0799" /note="tg0799" CDS 752466..756344 /locus_tag="TGAM_0799" /EC_number="2.7.11.1" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:BlastProDom:PD000001 Q8U321_PYRFU_Q8U321; InterPro:IPR000719 Protein kinase GO:Molecular Function:protein kinase activity (GO:0004672), Molecular Function:ATP binding (GO:0005524), Biological Process:protein amino acid phosphorylation (GO:0006468)" /inference="protein motif:CDD:Pkinase, Protein kinase domain" /inference="protein motif:CDD:S_TKc, Serine/Threonine protein kinases, catalytic domain" /inference="protein motif:CDD:S_TKc, Serine/Threonine protein kinases, catalytic domain; Phosphotransferases" /inference="protein motif:CDD:SPS1, Serine/threonine protein kinase [General function prediction only / Signal transduction mechanisms / Transcription / DNA replication, recombination, and repair]" /inference="protein motif:CDD:TyrKc, Tyrosine kinase, catalytic domain" /inference="protein motif:CDD:TyrKc, Tyrosine kinase, catalytic domain; Phosphotransferases" /inference="protein motif:COG:COG0515 Serine/threonine protein kinase; R General function prediction only" /inference="protein motif:Gene3D:G3D.1.10.510.10 no description" /inference="protein motif:Gene3D:G3D.2.120.10.60 no description" /inference="protein motif:Gene3D:G3D.2.60.40.1120 no description" /inference="protein motif:Gene3D:G3D.3.30.200.20 no description" /inference="protein motif:HMMPanther:PTHR11584 PROTEIN KINASE" /inference="protein motif:HMMPfam:PF00069 Pkinase InterPro:IPR000719 Protein kinase GO:Molecular Function:protein kinase activity (GO:0004672), Molecular Function:ATP binding (GO:0005524), Biological Process:protein amino acid phosphorylation (GO:0006468)" /inference="protein motif:HMMPfam:PF08308 PEGA InterPro:IPR013229 PEGA" /inference="protein motif:HMMSmart:SM00220 no description InterPro:IPR002290 Serine/threonine protein kinase GO:Molecular Function:protein serine/threonine kinase activity (GO:0004674), Molecular Function:ATP binding (GO:0005524), Biological Process:protein amino acid phosphorylation (GO:0006468)" /inference="protein motif:ProfileScan:PS50011 PROTEIN_KINASE_DOM InterPro:IPR000719 Protein kinase GO:Molecular Function:protein kinase activity (GO:0004672), Molecular Function:ATP binding (GO:0005524), Biological Process:protein amino acid phosphorylation (GO:0006468)" /inference="protein motif:ScanRegExp:PS00107 PROTEIN_KINASE_ATP InterPro:IPR000719 Protein kinase GO:Molecular Function:protein kinase activity (GO:0004672), Molecular Function:ATP binding (GO:0005524), Biological Process:protein amino acid phosphorylation (GO:0006468)" /inference="protein motif:ScanRegExp:PS00108 PROTEIN_KINASE_ST InterPro:IPR008271 Serine/threonine protein kinase, active site GO:Molecular Function:protein serine/threonine kinase activity (GO:0004674), Biological Process:protein amino acid phosphorylation (GO:0006468)" /inference="protein motif:superfamily:SSF49464 Carboxypeptidase D, a regulatory domain InterPro:IPR008969 Carboxypeptidase regulatory region" /inference="protein motif:superfamily:SSF50969 InterPro:IPR011044 Quinoprotein amine dehydrogenase, beta chain-like" /inference="protein motif:superfamily:SSF56112 Protein kinase-like (PK-like) InterPro:IPR011009 Protein kinase-like" /note="Contains 1 beta-propeller YVTN-type domain in Nterm, 1 PEGA domain in central part and 1 protein kinase domain in Cterm; 2 probable transmembrane helices predicted by modhmm" /codon_start=1 /transl_table=11 /product="Serine/threonine protein kinase, putative S-layer protein" /protein_id="ACS33301.1" /translation="MRRILTFFWILLLLVGALIPVEKVSAEEQSYWVKTYGGKYDDWA TAVAIADNGDVIVAGYTYSFGAGGKDVWVLRLDENGNVKWQKTYGGKYDDGASAVAIA PNGDIILVGYTKSFGAGGYDVWVLRLDENGNVKWQKTYGGSNWDEAHAVAIADNGDII VTGSPFTIRLDANGNVIWTKDVGGNAVAIADNGDIIVAGSYGDDVWVLRLDENGNVKW QKTYGGSNWDEAHAVAIADNGDIIVAGRTYGFGAGGDDFWVLRLDENGNVKWQKTYGG SGSDWARAVAIAPNGDIIVAGYTYSFGAGSEDVWVLSLDENGNVKWQKTYGGSSYDYA YAVAIADNGDIIVAGYTRSFGAGYKDVWVLRLPSWGSIVGFSKDSNGFANEPSIQITD SNAKVSDSEAWTMDSEALEWSSTATITTVVSAGILEIFSNPGGAKVYIDNEYQGLTPL TVVAKSGTYTVKIIKANYNGYETTVTVAPGEVEVIEANLTQPPGTLEISSSPSGAKVY INGTYKGVTPLTLTMEPDTYVVTLVKEGYKEYSKTVVVYPGGTTEVYAFLEIAPALLK VESNPSEAEVYIDGTYIGVTPVGNYELQPGTYKVKLVKYGYQNYTTTITLKAGENRTL KVTLTPNYAHLTINSEPQSAEVYVNGTYKGVTPLTLELLTGNYSLKLTKEGYENYTAM VEVKPGETKTVSATLTPAYGFLNVDSAPSGAEVYINRTYIGTTPLENYKLPPGKYTIT IKKEGYEEYTKSVNIISGKATTLSASLTVIPQPSSSTTTMTTSTQAATTPSSTSESKS QSTTTTPSSTSTKSSTTSRPISTTTKASSSDLFPSSPSKTEEDSGGLSFSLRLILGVL IGLIIISKIATKNKGGKNKLLTSPREEKPAQTPVKSKSPTPVKGQKQESIRETIPSFP PELLDKYEPLEFLGEGGFAKVFKAKRKKDGKIVAIKIPRIDEKTSSLFLKEIAAWYNL NHPNIVRLYKADILPIPYLEMEYVEGVNLNGKTIRDLDKYPKPVDEKKALQLIRGIAE GLKYAHSKGIYHNDLKPLNVLLKSDLTPKITDWGLAKISARSSLSTHSGYSPLYAAPE QLDESLYGTPDHRTDIYQLGVILYELLTGKLPYEGYSPGAVIGKILAENVKPLPPSKI NPALAKYDGIFERLLAKRKEDRYQSVEEFLAALEILRKLEWELKELKKTKRSLKRSKS MWEIKMLRREAVEKTARIAVLSARLNDKVGLLNALEDLKVYTRENLDDLLNAINQVEV RLKEGIPVSDDLIERLEVLLHRIQRENEIS" gene complement(756457..757503) /locus_tag="TGAM_0800" /note="tg0800" CDS complement(756457..757503) /locus_tag="TGAM_0800" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:FrvX, Cellulase M and related proteins [Carbohydrate transport and metabolism]" /inference="protein motif:CDD:Peptidase_M42, M42 glutamyl aminopeptidase" /inference="protein motif:COG:COG1363 Cellulase M and related proteins; G Carbohydrate transport and metabolism" /inference="protein motif:Gene3D:G3D.3.40.630.10 no description" /inference="protein motif:HMMPfam:PF05343 Peptidase_M42 InterPro:IPR008007 Peptidase M42" /inference="protein motif:HMMPIR:PIRSF001123 Glutamyl aminopeptidase, PepA type" /inference="protein motif:superfamily:SSF53187 Zn-dependent exopeptidases" /codon_start=1 /transl_table=11 /product="M42 family glutamyl aminopeptidase, de-blocking aminopeptidase" /protein_id="ACS33302.1" /translation="MVDFELLKKIIEAPGVSGYEFLGVRDVVIEAFKPYVDEIRVDKL GNVIAHKEGKGPKVMLAGHMDQIGLMVTHIEKNGFLRVAPVGGVDPRTLIAQRFKVWI GPNEFIYGVGGSVPPHIQKPEQRNKAPTWDQIFIDIGAESKEEAEEMGVKIGTVITWD GRLERLGKHRLVSIAHDDRIAVYTLVEAARQLSETDADVYFVATVQEEVGLRGARVSA FGIDPDYGFALDVTIAADVPGTPEHKQITQLGKGVAIKIMDRSVICHPTIVRWMEELA KKHEIPYQWDILTGGGTDAGAIHLTKSGVPTGGISIPARYIHSNTEVVDERDVDAAVK LTVKVLEEIPELKL" gene complement(757555..758163) /locus_tag="TGAM_0801" /note="tg0801" CDS complement(757555..758163) /locus_tag="TGAM_0801" /experiment="gene product confirmed by mass spectrometry" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein" /protein_id="ACS33303.1" /translation="MGGPMIPEEFIRYAFDERVEGVRKLAEGKFGPEALIGFTRHNPA IITCGKAGPNGSIKGIGFIHKREYLGETIEKLREELRRPYDPRRALRFLLNEIYVREK IDFGKLVSLELAKKHTWTNITGGSREATVLFFTPPSTSYEVRCEVEVHEGDEVWEYTN AVHDVFHRPKKPRDWTKTPAYLFKIKEIYDNGERAMGIRIYP" gene 758210..758920 /gene="sfsA" /locus_tag="TGAM_0802" /note="tg0802" CDS 758210..758920 /gene="sfsA" /locus_tag="TGAM_0802" /inference="protein motif:BlastProDom:PD011325 SFSA_PYRFU_Q8U1K8; InterPro:IPR005224 Sugar fermentation stimulation protein" /inference="protein motif:CDD:SfsA, Sugar fermentation stimulation protein" /inference="protein motif:COG:COG1489 DNA-binding protein, stimulates sugar fermentation; R General function prediction only" /inference="protein motif:HMMPfam:PF03749 SfsA InterPro:IPR005224 Sugar fermentation stimulation protein" /inference="protein motif:HMMTigr:TIGR00230 sfsA:sugar fermentation stimulation protein InterPro:IPR005224 Sugar fermentation stimulation protein" /codon_start=1 /transl_table=11 /product="Sugar fermentation stimulation protein (sfsA)" /protein_id="ACS33304.1" /translation="MKPVLMKLNVVPCRFVKRLNRFVALVEVNGEIRKALLTNTGRLE EFLIPGRKAFCTPKSGGKTDFVLIAFEDLEGKGAIVDTRTQAKAFERAVELGLVPWLK NCSIKRKEVRLGNSRLDYLFECPGGELYGEMKSAVLRGGKKGEYAMYPDCPTLRGQRH VRELIELVKAGKDAIIFFIGAMPKVEKFRPYEKGDPELARLLREAKRAGVRIEGLSIS LIPDGRVILEKPELEIEL" gene complement(758917..759192) /gene="rpoP" /locus_tag="TGAM_0803" /note="tg0803" CDS complement(758917..759192) /gene="rpoP" /locus_tag="TGAM_0803" /EC_number="2.7.7.6" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:COG:COG1996 DNA-directed RNA polymerase, subunit RPC10 (contains C4-type Zn-finger); K Transcription" /inference="protein motif:HMMSmart:SM00659 no description InterPro:IPR006591 RNA polymerase Rbp10 GO:Molecular Function:DNA binding (GO:0003677), Molecular Function:DNA-directed RNA polymerase activity (GO:0003899), Biological Process:transcription (GO:0006350)" /inference="protein motif:superfamily:SSF63393 RBP12 subunit of RNA polymerase II" /codon_start=1 /transl_table=11 /product="DNA-directed RNA polymerase subunit P (rpoP)" /protein_id="ACS33305.1" /translation="MAVPEVRGNFRRRCLPADHPCRKGREARCRFQGLILPFWGDIMV KAIYRCAKCGREVELDLETAREVRCPYCGSKILYKPRPRVARRVKAI" gene complement(759090..759350) /gene="rpl37AE" /locus_tag="TGAM_0804" /note="tg0804" CDS complement(759090..759350) /gene="rpl37AE" /locus_tag="TGAM_0804" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:BlastProDom:PD006591 R37A_PYRFU_Q8TZI4; InterPro:IPR002674 Ribosomal L37ae protein GO:Molecular Function:structural constituent of ribosome (GO:0003735), Cellular Component:intracellular (GO:0005622), Cellular Component:ribosome (GO:0005840), Biological Process:protein biosynthesis (GO:0006412)" /inference="protein motif:CDD:Ribosomal_L37ae, Ribosomal L37ae protein family" /inference="protein motif:CDD:RPL43A, Ribosomal protein L37AE/L43A [Translation, ribosomal structure and biogenesis]" /inference="protein motif:COG:COG1997 Ribosomal protein L37AE/L43A; J Translation, ribosomal structure and biogenesis" /inference="protein motif:HMMPanther:PTHR11517 RIBOSOMAL PROTEIN L37A InterPro:IPR002674 Ribosomal L37ae protein GO:Molecular Function:structural constituent of ribosome (GO:0003735), Cellular Component:intracellular (GO:0005622), Cellular Component:ribosome (GO:0005840), Biological Process:protein biosynthesis (GO:0006412)" /inference="protein motif:HMMPanther:PTHR11517:SF5 50S RIBOSOMAL PROTEIN L37AE" /inference="protein motif:HMMPfam:PF01780 Ribosomal_L37ae InterPro:IPR002674 Ribosomal L37ae protein GO:Molecular Function:structural constituent of ribosome (GO:0003735), Cellular Component:intracellular (GO:0005622), Cellular Component:ribosome (GO:0005840), Biological Process:protein biosynthesis (GO:0006412)" /inference="protein motif:HMMTigr:TIGR00280 L37a:ribosomal protein L37a InterPro:IPR002674 Ribosomal L37ae protein GO:Molecular Function:structural constituent of ribosome (GO:0003735), Cellular Component:intracellular (GO:0005622), Cellular Component:ribosome (GO:0005840), Biological Process:protein biosynthesis (GO:0006412)" /inference="protein motif:superfamily:SSF57829 Zn-binding ribosomal proteins" /codon_start=1 /transl_table=11 /product="LSU ribosomal protein L37AE (rpl37AE)" /protein_id="ACS33306.1" /translation="MGRTVKVGSAGRFGPRYGLKIRRRVAAVEARMKQKHVCPVCGRK AVRRISTGIWQCQKCGATFAGGAYLPTTPAGKVAKRVVASKA" gene 759474..759686 /gene="thiS" /locus_tag="TGAM_0805" /note="tg0805" CDS 759474..759686 /gene="thiS" /locus_tag="TGAM_0805" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:COG:COG2104 Sulfur transfer protein involved in thiamine biosynthesis; H Coenzyme transport and metabolism" /inference="protein motif:Gene3D:G3D.3.10.20.200 no description" /inference="protein motif:HMMPfam:PF02597 ThiS InterPro:IPR003749 ThiamineS GO:Biological Process:sulfur metabolism (GO:0006790)" /inference="protein motif:superfamily:SSF54285 MoaD/ThiS" /codon_start=1 /transl_table=11 /product="Sulphur transfer protein, ThiS family (ThiS)" /protein_id="ACS33307.1" /translation="MSRMIRVKVLGRGIEKEVEWKRGMKVADVLREVGFNTESAIARV NGKVVLEDDPVGDGDYVEVIPVVSGG" gene 759622..760017 /locus_tag="TGAM_0806" /note="tg0806" CDS 759622..760017 /locus_tag="TGAM_0806" /note="3 probable transmembrane helices predicted by modhmm" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein" /protein_id="ACS33308.1" /translation="MRTIPLGMGTTWRSFPSFQVADRRVSEKDLPFGRRRFQRFDKSF IKCCWITGIMMIFVFLIAGLLFGYFLRKAGKRPSMETPMSVALLAMIFFLGVKTGEVH VNGLWLLGVSAVFAVLTIAGSLFLAEVVG" gene 760014..760604 /locus_tag="TGAM_0807" /note="tg0807" CDS 760014..760604 /locus_tag="TGAM_0807" /inference="protein motif:BlastProDom:PD022789 Q9UYY3_PYRAB_Q9UYY3; InterPro:IPR005642 Protein of unknown function DUF340, prokaryotic membrane" /inference="protein motif:CDD:DUF340, Membrane protein of unknown function (DUF340)" /inference="protein motif:COG:COG2431 Predicted membrane protein; S Function unknown" /inference="protein motif:HMMPfam:PF03956 DUF340 InterPro:IPR005642 Protein of unknown function DUF340, prokaryotic membrane" /note="6 probable transmembrane helices predicted by modhmm" /codon_start=1 /transl_table=11 /product="Membrane protein, DUF340 family, putative" /protein_id="ACS33309.1" /translation="MMFLYLVLASLVAGILVGHLFTPDFGNAYEIMLYALIFLIGVDL GLSFSTGELRKVGRKALLLPFLTLTGSILGGLLAALVLGIEMRWGLAIGAGCGWYSLT GPLIAQYSAVYGAVGFLGNLLREILTITLYPLAIRKLNPEKAIVIGGATTMDTTLPIM ARFGGKEVALVAFVHGFILTAIVPFLLPLILTLFDY" gene 760677..760892 /locus_tag="TGAM_0808" /note="tg0808" CDS 760677..760892 /locus_tag="TGAM_0808" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein" /protein_id="ACS33310.1" /translation="MESGIKLLKRRLDVVKKQKEYLILEEAKLVRMARQKKKVAHKLE RVKREKFRVLAEEAKLLRVIKQSAKPA" gene 760992..761813 /gene="eIF2A" /locus_tag="TGAM_0809" /note="tg0809" CDS 760992..761813 /gene="eIF2A" /locus_tag="TGAM_0809" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:Pnp, Polyribonucleotide nucleotidyltransferase (polynucleotide phosphorylase) [Translation, ribosomal structure and biogenesis]" /inference="protein motif:CDD:RpsA, Ribosomal protein S1 [Translation, ribosomal structure and biogenesis]" /inference="protein motif:CDD:S1, Ribosomal protein S1-like RNA-binding domain" /inference="protein motif:CDD:SUI2, Translation initiation factor 2, alpha subunit (eIF-2alpha) [Translation, ribosomal structure and biogenesis]" /inference="protein motif:CDD:VacB, Predicted RNA binding protein (contains ribosomal protein S1 domain) [Translation, ribosomal structure and biogenesis]" /inference="protein motif:COG:COG1093 Translation initiation factor 2, alpha subunit (eIF-2alpha); J Translation, ribosomal structure and biogenesis" /inference="protein motif:Gene3D:G3D.2.40.50.140 no description InterPro:IPR012340 Nucleic acid-binding, OB-fold, subgroup" /inference="protein motif:HMMPanther:PTHR10602 EUKARYOTIC TRANSLATION INITIATION FACTOR 2 ALPHA SUBUNIT" /inference="protein motif:HMMPanther:PTHR10602:SF1 EUKARYOTIC TRANSLATION INITIATION FACTOR 2 ALPHA SUBUNIT" /inference="protein motif:HMMPfam:PF00575 S1 InterPro:IPR003029 RNA binding S1" /inference="protein motif:HMMPfam:PF07541 EIF_2_alpha InterPro:IPR011488 Eukaryotic translation initiation factor 2, alpha subunit" /inference="protein motif:HMMSmart:SM00316 no description InterPro:IPR003029 RNA binding S1" /inference="protein motif:ProfileScan:PS50126 S1 InterPro:IPR003029 RNA binding S1" /inference="protein motif:superfamily:SSF50249 Nucleic acid-binding proteins InterPro:IPR008994 Nucleic acid-binding, OB-fold" /codon_start=1 /transl_table=11 /product="Translation initiation factor 2 alpha subunit (eIF2A)" /protein_id="ACS33311.1" /translation="MPRKAREYPEEGEFVVATVKNIHPYGAFLILDEYPGKEGFMHIS EVAPTWVKNIRDYVKEGQKVVVKVIRVDPEKGHIDLSLKRVNQQQRKAKLQEYKRAQK AENLLKMAAEKIGKDFETAWREVWVPLEEEYGEVYAAFEDAAQNGIEVLKGLIPDEWL DALKPIIEAYVEIPTVTIDAEFEITVPKPNGIEIIKEALIRARDRANEEKDIDVKFTY QGAPRYRIDITAPDYYKAEEVLESIAEEILRVIKEAGGEATLIRKEKRIRKIKRR" gene 761816..761995 /locus_tag="TGAM_0810" /note="tg0810" CDS 761816..761995 /locus_tag="TGAM_0810" /inference="protein motif:CDD:Nop10p, Nucleolar RNA-binding protein, Nop10p family" /inference="protein motif:COG:COG2260 Predicted Zn-ribbon RNA-binding protein; J Translation, ribosomal structure and biogenesis" /inference="protein motif:HMMPanther:PTHR13305 FAMILY NOT NAMED InterPro:IPR007264 Nucleolar RNA-binding protein Nop10p" /inference="protein motif:HMMPanther:PTHR13305:SF1 SUBFAMILY NOT NAMED" /inference="protein motif:HMMPfam:PF04135 Nop10p InterPro:IPR007264 Nucleolar RNA-binding protein Nop10p" /codon_start=1 /transl_table=11 /product="Nucleolar RNA-binding protein, Nop10p family" /protein_id="ACS33312.1" /translation="MRFRIRKCPNCGRYTLKEICPVCGAKTKVAHPPRFSPEDPYGEY RRRWKREVLGIEVRK" gene 761992..762792 /locus_tag="TGAM_0811" /note="tg0811" CDS 761992..762792 /locus_tag="TGAM_0811" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:COG1938, Archaeal enzymes of ATP-grasp superfamily [General function prediction only]" /inference="protein motif:CDD:COG2047, Uncharacterized protein (ATP-grasp superfamily) [General function prediction only]" /inference="protein motif:CDD:DUF75, Protein of unknown function DUF75" /inference="protein motif:COG:COG2047 Uncharacterized protein (ATP-grasp superfamily); R General function prediction only" /inference="protein motif:Gene3D:G3D.3.40.190.10 no description" /inference="protein motif:HMMPfam:PF01908 DUF75 InterPro:IPR002766 Protein of unknown function DUF75" /inference="protein motif:HMMTigr:TIGR00162 TIGR00162:conserved hypothetical protein T InterPro:IPR004426 Conserved hypothetical protein 62 GO:Molecular Function:molecular function unknown (GO:0005554)" /note="Belongs to DUF75 family" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein" /protein_id="ACS33313.1" /translation="MKETTIYLLERPQLRDPVFIEGLPGIGLVGKLAAEHLIQELNAV KFAELYSPHFMHQVIIKKGSIVELMKNEFYYWVNPDENGRDLIIITGDQQVPPTDSPG HYEVVGKMLDLVQELGVREIITMGGYQVPELQGEPRVLAAVTHEELVDYYKEKLKDCS VEVIWREDEGGAIVGAAGLLLGIGKLRSMYGISLLGESLGYIVDPKAAKAVLTAVTKI LGIEVDMTALEERARETEEILRKVQEMQRAMLEQTMPPAPEEEDRGYL" gene 762860..764641 /locus_tag="TGAM_0812" /note="tg0812" CDS 762860..764641 /locus_tag="TGAM_0812" /inference="protein motif:Gene3D:G3D.3.90.70.10 no description" /inference="protein motif:superfamily:SSF48452 TPR-like" /inference="protein motif:superfamily:SSF54001 Cysteine proteinases" /note="1 probable transmembrane helix predicted by modhmm" /codon_start=1 /transl_table=11 /product="Hypothetical protein" /protein_id="ACS33314.1" /translation="MNRKSALALTIVILIGLTYVLHGLPRPPHDQFPTIPPHPRSNEL VELFRLYESNQIHQNPTKSRLLVNASKMATDPKLMYEIGAELVLSGSVEEGRELIRKA LENLSPEDKRRILYDLAQKRLPYTALIVGFELGDVKDALLKDDLGPRIFKTEGCTNQD ACEVLLSKSFELGEEEFLAQQIIQKMKVRVLLRYAYDKIPWNYQKMLSRIEESIVQRG DHSLALKIFNESLSTLYPGSYLSGIRLAMMYEAVNRTDYSMRVKELVLNKYDWVRKEK SKENYTSRRRWQLEDVLKTEWFFQIMWDHEIEEMPLDNATLKTIVEKRHTVENTCGYG NGWMIEYLMWLGDTDLAYNITNILAENSSTFEALRYYILLKKENNTVLARLVRKRIDF RYKDDRKSAEYSRDLYLFSQGILTVQDIEPYFDNLTLCNLLWELNMTQESFKYCREYL SRVPASTVCYDGFDEKGNPIGGCYPEPTPTVEIIDTYLERYGDTQTVYNVSLRMLNTY GCKWGMKGFVKILRYLHKNDVGKYDEFLKRITEITFDDSEQECISLLAIGISKWDLDN ALLLSSKIADKNLQAKTLLEIAKNVNS" gene complement(764638..766026) /gene="pgm" /locus_tag="TGAM_0813" /note="tg0813" CDS complement(764638..766026) /gene="pgm" /locus_tag="TGAM_0813" /EC_number="5.4.2.2" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:Pgm, Phosphoglucomutase [Carbohydrate transport and metabolism]" /inference="protein motif:CDD:PGM_PMM_I, Phosphoglucomutase/phosphomannomutase, alpha/beta/alpha domain I" /inference="protein motif:CDD:PGM_PMM_II, Phosphoglucomutase/phosphomannomutase, alpha/beta/alpha domain II" /inference="protein motif:CDD:{ManB}, Phosphomannomutase [Carbohydrate transport and metabolism]" /inference="protein motif:COG:COG1109 Phosphomannomutase; G Carbohydrate transport and metabolism" /inference="protein motif:FPrintScan:PR00509 PGMPMM InterPro:IPR005841 Phosphoglucomutase/phosphomannomutase GO:Biological Process:carbohydrate metabolism (GO:0005975), Molecular Function:intramolecular transferase activity, phosphotransferases (GO:0016868)" /inference="protein motif:Gene3D:G3D.3.40.120.10 no description" /inference="protein motif:Gene3D:G3D.3.40.460.10 no description" /inference="protein motif:HMMPanther:PTHR19136 SUGAR-PHOSPHATE NUCLEOTIDYL TRANSFERASE" /inference="protein motif:HMMPanther:PTHR19136:SF5 PHOSPHOMANNOMUTASE" /inference="protein motif:HMMPfam:PF00408 PGM_PMM_IV InterPro:IPR005843 Phosphoglucomutase/phosphomannomutase C terminal GO:Biological Process:carbohydrate metabolism (GO:0005975), Molecular Function:intramolecular transferase activity, phosphotransferases (GO:0016868)" /inference="protein motif:HMMPfam:PF02878 PGM_PMM_I InterPro:IPR005844 Phosphoglucomutase/phosphomannomutase alpha/beta/alpha domain I GO:Biological Process:carbohydrate metabolism (GO:0005975), Molecular Function:intramolecular transferase activity, phosphotransferases (GO:0016868)" /inference="protein motif:HMMPfam:PF02879 PGM_PMM_II InterPro:IPR005845 Phosphoglucomutase/phosphomannomutase alpha/beta/alpha domain II GO:Biological Process:carbohydrate metabolism (GO:0005975), Molecular Function:intramolecular transferase activity, phosphotransferases (GO:0016868)" /inference="protein motif:HMMPfam:PF02880 PGM_PMM_III InterPro:IPR005846 Phosphoglucomutase/phosphomannomutase alpha/beta/alpha domain III GO:Biological Process:carbohydrate metabolism (GO:0005975), Molecular Function:intramolecular transferase activity, phosphotransferases (GO:0016868)" /inference="protein motif:superfamily:SSF53738 Phosphoglucomutase, first 3 domains" /inference="protein motif:superfamily:SSF55957" /codon_start=1 /transl_table=11 /product="Phosphoglucomutase (pgm)" /protein_id="ACS33315.1" /translation="MVDMGRLFGTFGVRGIANEKITPEFALKMGMAFGTMLKREGREK PLVVVGRDTRVSGEMLKSALISGLLSVGCDVIDVGIAPTPAIQWATSHFKADGGAVIT ASHNPPEYNGIKLLEPNGMGLKKEREAVVEEVFFKEDFDRAKWDEIGEVREEDIIKPY IEAIKSRVDVEAIRKRRPFVVVDTSNGAGSLTLPYLLRELGCKVVSVNAHPDGHFPAR NPEPNEENLKDFMKIVKALGADFGVAQDGDADRAVFIDENGRFIQGDKTFALVADAVL RENGGGLLVTTIATSNLLDDIAKRNNARVMRTKVGDLIVARALLEHNGTIGGEENGGV IFPDFVLGRDGAMTTAKIVEIFAKSGKKFSELIDELPKYYQFKTKRHVEGDRKAIVAK VAELARERGYEIDTTDGTKILFPDGWVLVRASGTEPIIRVFSEARSEEKAKEYLELGL ELLSISTREASG" gene complement(766028..766423) /locus_tag="TGAM_0814" /note="tg0814" CDS complement(766028..766423) /locus_tag="TGAM_0814" /note="3 probable transmembrane helices predicted by modhmm" /codon_start=1 /transl_table=11 /product="Hypothetical protein" /protein_id="ACS33316.1" /translation="MRVSDKNCSDSWERFSSSISSLSLNLLPALLFVLIMSYLITGNL GEGITLNINGQQANITYPPTQIPIDYAAIKTAVLYLFGAILIGLPVPLFSGKFKPLKI LISIVQAGAFVYGLYIFVFMIIKLANSLT" gene complement(766420..767817) /gene="manA" /locus_tag="TGAM_0815" /gene_synonym="manC" /note="tg0815" CDS complement(766420..767817) /gene="manA" /locus_tag="TGAM_0815" /gene_synonym="manC" /EC_number="5.3.1.8" /EC_number="2.7.7.22" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:BlastProDom:PD002664 O58649_PYRHO_O58649; InterPro:IPR001538 Mannose-6-phosphate isomerase, type II GO:Biological Process:polysaccharide metabolism (GO:0005976), Molecular Function:mannose-1-phosphate guanylyltransferase (GDP) activity (GO:0008928)" /inference="protein motif:CDD:MannoseP_isomer, Mannose-6-phosphate isomerase" /inference="protein motif:CDD:NTP_transferase, Nucleotidyl transferase" /inference="protein motif:CDD:{ManC}, Mannose-1-phosphate guanylyltransferase [Cell envelope biogenesis, outer membrane]" /inference="protein motif:CDD:{ManC}, Mannose-6-phosphate isomerase [Carbohydrate transport and metabolism]" /inference="protein motif:COG:COG0836 Mannose-1-phosphate guanylyltransferase; M Cell wall/membrane/envelope biogenesis" /inference="protein motif:Gene3D:G3D.2.60.120.10 no description" /inference="protein motif:Gene3D:G3D.3.90.550.10 no description" /inference="protein motif:HMMPanther:PTHR19136 SUGAR-PHOSPHATE NUCLEOTIDYL TRANSFERASE" /inference="protein motif:HMMPanther:PTHR19136:SF24 GLUCOSE-1-PHOSPHATE THYMIDYLYLTRANSFERASE" /inference="protein motif:HMMPfam:PF00483 NTP_transferase InterPro:IPR005835 Nucleotidyl transferase GO:Biological Process:biosynthesis (GO:0009058), Molecular Function:nucleotidyltransferase activity (GO:0016779)" /inference="protein motif:HMMPfam:PF01050 MannoseP_isomer InterPro:IPR001538 Mannose-6-phosphate isomerase, type II GO:Biological Process:polysaccharide metabolism (GO:0005976), Molecular Function:mannose-1-phosphate guanylyltransferase (GDP) activity (GO:0008928)" /inference="protein motif:HMMTigr:TIGR01479 GMP_PMI:mannose-1-phosphate guanylyltransfe InterPro:IPR006375 Mannose-1-phosphate guanylyltransferase/mannose-6-phosphate isomerase GO:Molecular Function:mannose-1-phosphate guanylyltransferase (GDP) activity (GO:0008928), Biological Process:lipopolysaccharide biosynthesis (GO:0009103)" /inference="protein motif:ProfileScan:PS50849 CUPIN InterPro:IPR007113 Cupin region" /inference="protein motif:superfamily:SSF51182 RmlC-like cupins InterPro:IPR011051 Cupin, RmlC-type" /inference="protein motif:superfamily:SSF53448 Nucleotide-diphospho-sugar transferases" /codon_start=1 /transl_table=11 /product="Mannose-6-phosphate isomerase/mannose-1-phosphate guanylyl transferase, bifunctional enzyme (manA/manC)" /protein_id="ACS33317.1" /translation="MKTVILAGGKGTRLWPLSRELMPKQFIRFLDDRSLFQKSVERAL LFSKPGEIFIVTNRDYRFRVLDDLRELGIEIPEDNILLEPSARNTLPAILWATLRIEE EFGDSVVAVLPSDHLIEVNEAYERAFENAEKLAKDHLVTFGIKPTRPHTGYGYIKPGE KIEEDGRIIGYKVSEFKEKPDLETAKRYVESGYYWNSGMFAFSSSLFIEEVRKHAPDV WEAFEESGDIEEAYNRVPEISIDYGVMEKTDKAAVVPLNTKWSDLGSFDAIYEVLEKD DDGNAVRVRGKNGYHIGVNSKNNLIMTERLTATVGVEDLIIIDTGDALLVARKGESQR VKEVYKALKELGDERVIVHRTAYRPWGSYTVLEEGDRYKIKRLTVLPGKKLSLQMHYH RSEHWVVVRGTAKVIVGDKELLLRPGESTFIPAGVKHRLENPGKVVLEVIETQIGEYL GEDDIVRFDDDFGRA" gene complement(767814..768557) /gene="mngB" /locus_tag="TGAM_0816" /note="tg0816" CDS complement(767814..768557) /gene="mngB" /locus_tag="TGAM_0816" /EC_number="3.1.3.70" /inference="protein motif:CDD:Cof, Predicted hydrolases of the HAD superfamily [General function prediction only]" /inference="protein motif:CDD:COG3769, Predicted hydrolase (HAD superfamily) [General function prediction only]" /inference="protein motif:COG:COG3769 Predicted hydrolase (HAD superfamily); R General function prediction only" /inference="protein motif:Gene3D:G3D.3.40.50.1000 no description" /inference="protein motif:HMMPfam:PF08282 Hydrolase_3 InterPro:IPR013200 Haloacid dehalogenase-like hydrolase, type 3" /inference="protein motif:HMMTigr:TIGR01484 HAD-SF-IIB:HAD-superfamily hydrolase InterPro:IPR006379 HAD-superfamily hydrolase subfamily IIB GO:Molecular Function:catalytic activity (GO:0003824), Biological Process:metabolism (GO:0008152)" /inference="protein motif:HMMTigr:TIGR01486 HAD-SF-IIB-MPGP:mannosyl-3-phosphogl InterPro:IPR006381 HAD-superfamily hydrolase YedP GO:Cellular Component:cytoplasm (GO:0005737), Biological Process:metabolism (GO:0008152), Molecular Function:mannosyl-3-phosphoglycerate phosphatase activity (GO:0050531)" /inference="protein motif:HMMTigr:TIGR02461 osmo_MPG_phos:mannosyl-3-phosphoglyc InterPro:IPR012813 Mannosyl-3-phosphoglycerate phosphatase" /inference="protein motif:superfamily:SSF56784 HAD-like" /note="HAD-superfamily hydrolase YedP" /codon_start=1 /transl_table=11 /product="Mannosyl-3-phosphoglycerate phosphatase (mngB)" /protein_id="ACS33318.1" /translation="MIRVIFLDLDGTLLGDDYSPENARPVIEELLRRGYEVVVNTSKT RFEVEYYLRAWNLETPFIVENGSAVYVPNNYFPPRVVGEFGAKRGKYRVGELGKPYPE IKRALDGLSRRYGLKYYGNSTLDEVKAFTGLPEELAKLAMKREYSETIFRWGKEGFEA ELERVGLKVSRGTRFLNVTGNTDKGKGARALLELYSRLGEVESYALGDGENDFPLFEV VDNAFIVGKLSHPKAKHISSIEELLGVIP" gene complement(768561..769736) /locus_tag="TGAM_0817" /note="tg0817" CDS complement(768561..769736) /locus_tag="TGAM_0817" /EC_number="2.4.1.217" /inference="protein motif:HMMTigr:TIGR02460 osmo_MPGsynth:mannosyl-3-phosphoglycer InterPro:IPR012812 Mannosyl-3-phosphoglycerate synthase" /inference="protein motif:superfamily:SSF53448 Nucleotide-diphospho-sugar transferases" /codon_start=1 /transl_table=11 /product="Mannosyl-3-phosphoglycerate synthase" /protein_id="ACS33319.1" /translation="MLLEAPVYKELFGAVEIYEVQKVIKLDSETRDVGTFTVKNVPRE DIYRTLEDIAIVVPMKDEKLQLVDGVLKAIPHQCPIIIVSNSKREGPNIFKQEVDLVK HFYNLTRSRIIMVHQKDPGLTEAFKKTGYTEILEGNSVRSGKGEGMLIGLLLAKAIGA KYVGFVDADNYIPGSVNEYVKDYAAGFLMSESDYTMVRLSWRHKPKVTTKGLYFKKWG RVSEITNRYMNELFGVATNFETNIIATGNAGEHAMSIKLAEIMPFATGYAIEPYELVY LFETFGRWGRGKEEVYDQGVEIFQIETLNPHLHEDKGQEHVKGMILSSLGTIYHSELA TENLKKRILEELRVHGLLGENEEPPKPKVMPPVEGIDVNEWMKTLEDEAETLLKFEV" gene complement(769819..771180) /gene="glkA" /locus_tag="TGAM_0818" /note="tg0818" CDS complement(769819..771180) /gene="glkA" /locus_tag="TGAM_0818" /EC_number="2.7.1.147" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:ADP_PFK_GK, ADP-specific Phosphofructokinase/Glucokinase conserved region" /inference="protein motif:CDD:ADPGK_ADPPFK, ADP-dependent glucokinase (ADPGK) and phosphofructokinase (ADPPFK)" /inference="protein motif:COG:COG4809 Archaeal ADP-dependent phosphofructokinase/glucokinase; G Carbohydrate transport and metabolism" /inference="protein motif:Gene3D:G3D.3.40.1190.20 no description" /inference="protein motif:HMMPfam:PF04587 ADP_PFK_GK InterPro:IPR007666 ADP-specific phosphofructokinase/glucokinase GO:Biological Process:carbohydrate metabolism (GO:0005975), Molecular Function:phosphotransferase activity, alcohol group as acceptor (GO:0016773)" /inference="protein motif:HMMPIR:PIRSF015883 Bifunctional ADP-dependent phosphofructokinase/glucokinase InterPro:IPR011790 ADP-specific phosphofructokinase GO:Cellular Component:cytoplasm (GO:0005737), Biological Process:fructose metabolism (GO:0006000), Biological Process:glycolysis (GO:0006096), Molecular Function:phosphofructokinase activity (GO:0008443)" /inference="protein motif:superfamily:SSF53613 Ribokinase-like" /codon_start=1 /transl_table=11 /product="ADP-dependent glucokinase (glkA)" /protein_id="ACS33320.1" /translation="MWDRLYASAFERVRANMGKVNGVLLAYNTNIDAINYLERRDLEE RIERAGMEEVLRYSEELPERITSVPQLLGSILWSIRRGKAAELFVESCTVRFYMRQWG WDELRMGGQVGIMANLLGGVYGVPVIAHVPQLSHLQAGLFKDGPIYVPKVENDELRLV HPRDFGGDEESCIHYIYEFPRGFRVFNFEAPRENRFIGAADDYNTNLYIRPEFRERFD EIVEKAELAIISGLQALTKDNYRKPFETVREHLKVLNERGIPAHLEFAFTPDETVRKA ILDLLPAFWSVGLNEVELASIMEVMGEKRLAEKLLASDPVDPIAVTEAMLKLAEKTGV KRIHFHTYGYYLALTDYRGEFVRDALLFAALAAAAKAKLGDVPSIGEVVRAMDVPVNE RAKPVEEALAREYGMRNGIAEVNGYQLAFIPTKIVAKPKSTVGIGDTISSSAFIGEFA LRS" gene complement(771235..771975) /gene="fecE-1" /locus_tag="TGAM_0819" /note="tg0819" CDS complement(771235..771975) /gene="fecE-1" /locus_tag="TGAM_0819" /inference="protein motif:BlastProDom:PD000006 Y089_METJA_Q57554; InterPro:IPR003439 ABC transporter related GO:Molecular Function:ATP binding (GO:0005524), Molecular Function:ATPase activity (GO:0016887)" /inference="protein motif:CDD:ABC_ATPase, ABC (ATP-binding cassette) transporter nucleotide-binding domain" /inference="protein motif:CDD:ABC_BcrA_bacitracin_resist, The BcrA subfamily represents ABC transporters involved in peptide antibiotic resistance" /inference="protein motif:CDD:ABC_Carb_Monos_I, This family represents the domain I of the carbohydrate uptake proteins that transport only monosaccharides (Monos)" /inference="protein motif:CDD:ABC_Carb_Monos_II, This family represents domain II of the carbohydrate uptake proteins that transport only monosaccharides (Monos)" /inference="protein motif:CDD:ABC_Carb_Solutes_like, ABC Carbohydrate and Solute Transporters-like subgroup" /inference="protein motif:CDD:ABC_CcmA_heme_exporter, CcmA, the ATP-binding component of the bacterial CcmAB transporter" /inference="protein motif:CDD:ABC_Class3, This class is comprised of all BPD (Binding Protein Dependent) systems that are largely represented in archaea and eubacteria and are primarily involved in scavenging solutes from the environment" /inference="protein motif:CDD:ABC_cobalt_CbiO_domain1, Domain I of the ABC component of a cobalt transport family found in bacteria, archaea, and eukaryota" /inference="protein motif:CDD:ABC_cobalt_CbiO_domain2, Domain II of the ABC component of a cobalt transport family found in bacteria, archaea, and eukaryota" /inference="protein motif:CDD:ABC_CysA_sulfate_importer, Part of the ABC transporter complex cysAWTP involved in sulfate import" /inference="protein motif:CDD:ABC_DR_subfamily_A, This family of ATP-binding proteins belongs to a multisubunit transporter involved in drug resistance (BcrA and DrrA), nodulation, lipid transport, and lantibiotic immunity" /inference="protein motif:CDD:ABC_DrrA, DrrA is the ATP-binding protein component of a bacterial exporter complex that confers resistance to the antibiotics daunorubicin and doxorubicin" /inference="protein motif:CDD:ABC_drug_resistance_like, ABC-type multidrug transport system, ATPase component" /inference="protein motif:CDD:ABC_FeS_Assembly, ABC-type transport system involved in Fe-S cluster assembly, ATPase component" /inference="protein motif:CDD:ABC_FtsE_transporter, FtsE is a hydrophilic nucleotide-binding protein that binds FtsX to form a heterodimeric ATP-binding cassette (ABC)-type transporter that associates with the bacterial inner membrane" /inference="protein motif:CDD:ABC_HisP_GlnQ_permeases, HisP and GlnQ are the ATP-binding components of the bacterial periplasmic histidine and glutamine permeases, repectively" /inference="protein motif:CDD:ABC_Iron-Siderophores_B12_Hemin, ABC transporters, involved in the uptake of siderophores, heme, and vitamin B12, are widely conserved in bacteria and archaea" /inference="protein motif:CDD:ABC_KpsT_Wzt, ABC_KpsT_Wzt The KpsT/Wzt ABC transporter subfamily is involved in extracellular polysaccharide export" /inference="protein motif:CDD:ABC_MalK_N, The N-terminal ATPase domain of the maltose transporter, MalK" /inference="protein motif:CDD:ABC_Metallic_Cations, ABC component of the metal-type transporters" /inference="protein motif:CDD:ABC_MetN_methionine_transporter, MetN (also known as YusC) is an ABC-type transporter encoded by metN of the metNPQ operon in Bacillus subtilis that is involved in methionine transport" /inference="protein motif:CDD:ABC_MJ0796_Lo1CDE_FtsE, This family is comprised of MJ0796 ATP-binding cassette, macrolide-specific ABC-type efflux carrier (MacAB), and proteins involved in cell division (FtsE), and release of liporoteins from the cytoplasmic membrane (LolCDE)" /inference="protein motif:CDD:ABC_Mj1267_LivG_branched, The Mj1267/LivG ABC transporter subfamily is involved in the transport of the hydrophobic amino acids leucine, isoleucine and valine" /inference="protein motif:CDD:ABC_ModC_like, Archeal protein closely related to ModC" /inference="protein motif:CDD:ABC_ModC_molybdenum_transporter, ModC is an ABC-type transporter and the ATPase component of a molybdate transport system that also includes the periplasmic binding protein ModA and the membrane protein ModB" /inference="protein motif:CDD:ABC_MTABC3_MDL1_MDL2, MTABC3 (also known as ABCB6) is a mitochondrial ATP-binding cassette protein involved in iron homeostasis and one of four ABC transporters expressed in the mitochondrial inner membrane, the other three being MDL1(ABC7), MDL2, and ATM1" /inference="protein motif:CDD:ABC_NatA_like, Similar in sequence to NatA, this is the ATPase component of a bacterial ABC-type Na+ transport system called NatAB, which catalyzes ATP-dependent electrogenic Na+ extrusion without mechanically coupled to proton or K+ uptake" /inference="protein motif:CDD:ABC_NatA_sodium_exporter, NatA is the ATPase component of a bacterial ABC-type Na+ transport system called NatAB, which catalyzes ATP-dependent electrogenic Na+ extrusion without mechanically coupled proton or K+ uptake" /inference="protein motif:CDD:ABC_NikE_OppD_transporters, The ABC transporter subfamily specific for the transport of dipeptides, oligopeptides (OppD), and nickel (NikDE)" /inference="protein motif:CDD:ABC_NrtD_SsuB_transporters, NrtD and SsuB are the ATP-binding subunits of the bacterial ABC-type nitrate and sulfonate transport systems, respectively" /inference="protein motif:CDD:ABC_OpuCA_Osmoprotection, OpuCA is a the ATP binding component of a bacterial solute transporter that serves a protective role to cells growing in a hyperosmolar environment" /inference="protein motif:CDD:ABC_Org_Solvent_Resistant, ABC (ATP-binding cassette) transport system involved in resistant to organic solvents" /inference="protein motif:CDD:ABC_PDR_domain1, The pleiotropic drug resistance (PDR) family of ATP-binding cassette (ABC) transporters" /inference="protein motif:CDD:ABC_PDR_domain2, The pleiotropic drug resistance-like (PDR) family of ATP-binding cassette (ABC) transporters" /inference="protein motif:CDD:ABC_PhnC_transporter, ABC-type phosphate/phosphonate transport system" /inference="protein motif:CDD:ABC_PotA_N, PotA is an ABC-type transporter and the ATPase component of the spermidine/putrescine-preferential uptake system consisting of PotA, -B, -C, and -D" /inference="protein motif:CDD:ABC_Pro_Gly_Bertaine, This family comprises the glycine betaine/L-proline ATP binding subunit in bacteria and its equivalents in archaea" /inference="protein motif:CDD:ABC_PstB_phosphate_transporter, Phosphate uptake is of fundamental importance in the cell physiology of bacteria because phosphate is required as a nutrient" /inference="protein motif:CDD:ABC_putative_ATPase, This subfamily is involved in drug resistance, nodulation, lipid transport, and bacteriocin and lantibiotic immunity" /inference="protein motif:CDD:ABC_RNaseL_inhibitor, The ABC ATPase RNase L inhibitor (RLI) is a key enzyme in ribosomal biogenesis, formation of translation preinitiation complexes, and assembly of HIV capsids" /inference="protein motif:CDD:ABC_RNaseL_inhibitor_domain1, The ATPase domain 1 of RNase L inhibitor" /inference="protein motif:CDD:ABC_RNaseL_inhibitor_domain2, The ATPase domain 2 of RNase L inhibitor" /inference="protein motif:CDD:ABC_subfamily_A, The ABCA subfamily mediates the transport of a variety of lipid compounds" /inference="protein motif:CDD:ABC_ThiQ_thiamine_transporter, ABC-type thiamine tranport system" /inference="protein motif:CDD:ABC_TM1139_LivF_branched, LivF (TM1139) is part of the LIV-I bacterial ABC-type two-component transport system that imports neutral, branched-chain amino acids" /inference="protein motif:CDD:ABC_tran, ABC transporter" /inference="protein motif:CDD:ABC_YhbG, The ABC transporters belonging to the YhbG family are similar to members of the Mj1267_LivG family, which is involved in the transport of branched-chain amino acids" /inference="protein motif:CDD:AbcC, ABC-type metal ion transport system, ATPase component [Inorganic ion transport and metabolism]" /inference="protein motif:CDD:ABCC_ATM1_transporter, ATM1 is an ABC transporter that is expressed in the mitochondria" /inference="protein motif:CDD:ABCC_bacteriocin_exporters, ABC-type bacteriocin exporters" /inference="protein motif:CDD:ABCC_CFTR2, The CFTR subfamily domain 2" /inference="protein motif:CDD:ABCC_cytochrome_bd, The CYD subfamily implicated in cytochrome bd biogenesis" /inference="protein motif:CDD:ABCC_Glucan_exporter_like, Glucan exporter ATP-binding protein" /inference="protein motif:CDD:ABCC_Hemolysin, The ABC-transporter hemolysin B is a central component of the secretion machinery that translocates the toxin, hemolysin A, in a Sec-independent fashion across both membranes of E" /inference="protein motif:CDD:ABCC_MRP_domain1, Domain 1 of the ABC subfamily C" /inference="protein motif:CDD:ABCC_MRP_domain2, Domain 2 of the ABC subfamily C" /inference="protein motif:CDD:ABCC_MRP_Like, The MRP (Mutidrug Resistance Protein)-like transporters are involved in drug, peptide, and lipid export" /inference="protein motif:CDD:ABCC_MsbA, MsbA is an essential ABC transporter, closely related to eukaryotic MDR proteins" /inference="protein motif:CDD:ABCC_NFT1, Domain 2 of NFT1 (New full-length MRP-type transporter 1)" /inference="protein motif:CDD:ABCC_Protease_Secretion, This family represents the ABC component of the protease secretion system PrtD, a 60-kDa integral membrane protein sharing 37% identity with HlyB, the ABC component of the alpha-hemolysin secretion pathway, in the C-terminal domain" /inference="protein motif:CDD:ABCC_TAP, TAP, the Transporter Associated with Antigen Processing" /inference="protein motif:CDD:ABCD_peroxisomal_ALDP, Peroxisomal ATP-binding cassette transporter (Pat) is involved in the import of very long-chain fatty acids (VLCFA) into the peroxisome" /inference="protein motif:CDD:ABCF_EF-3, ABCF_EF-3 Elongation factor 3 (EF-3) is a cytosolic protein required by fungal ribosomes for in vitro protein synthesis and for in vivo growth" /inference="protein motif:CDD:ABCG_EPDR, ABCG transporters are involved in eye pigment (EP) precursor transport, regulation of lipid-trafficking mechanisms, and pleiotropic drug resistance (DR)" /inference="protein motif:CDD:ABCG_White, The White subfamily represents ABC transporters homologous to the Drosophila white gene, which acts as a dimeric importer for eye pigment precursors" /inference="protein motif:CDD:AppF, ABC-type oligopeptide transport system, ATPase component [Amino acid transport and metabolism]" /inference="protein motif:CDD:ArpD, ABC-type protease/lipase transport system, ATPase and permease components [General function prediction only]" /inference="protein motif:CDD:ArtP, ABC-type arginine transport system, ATPase component [Amino acid transport and metabolism]" /inference="protein motif:CDD:ATM1, ABC-type transport system involved in Fe-S cluster assembly, permease and ATPase components [Posttranslational modification, protein turnover, chaperones]" /inference="protein motif:CDD:BtuD, ABC-type cobalamin transport system, ATPase component [Coenzyme metabolism]" /inference="protein motif:CDD:CbiO, ABC-type cobalt transport system, ATPase component [Inorganic ion transport and metabolism]" /inference="protein motif:CDD:CcmA, ABC-type multidrug transport system, ATPase component [Defense mechanisms]" /inference="protein motif:CDD:CcmA, ABC-type transport system involved in cytochrome c biogenesis, ATPase component [Posttranslational modification, protein turnover, chaperones]" /inference="protein motif:CDD:CeuD, ABC-type enterochelin transport system, ATPase component [Inorganic ion transport and metabolism]" /inference="protein motif:CDD:COG1123, ATPase components of various ABC-type transport systems, contain duplicated ATPase [General function prediction only]" /inference="protein motif:CDD:COG1245, Predicted ATPase, RNase L inhibitor (RLI) homolog [General function prediction only]" /inference="protein motif:CDD:COG2401, ABC-type ATPase fused to a predicted acetyltransferase domain [General function prediction only]" /inference="protein motif:CDD:COG3638, ABC-type phosphate/phosphonate transport system, ATPase component [Inorganic ion transport and metabolism]" /inference="protein motif:CDD:COG3845, ABC-type uncharacterized transport systems, ATPase components [General function prediction only]" /inference="protein motif:CDD:COG4136, ABC-type uncharacterized transport system, ATPase component [General function prediction only]" /inference="protein motif:CDD:COG4152, ABC-type uncharacterized transport system, ATPase component [General function prediction only]" /inference="protein motif:CDD:COG4172, ABC-type uncharacterized transport system, duplicated ATPase component [General function prediction only]" /inference="protein motif:CDD:COG4178, ABC-type uncharacterized transport system, permease and ATPase components [General function prediction only]" /inference="protein motif:CDD:COG4181, Predicted ABC-type transport system involved in lysophospholipase L1 biosynthesis, ATPase component [Secondary metabolites biosynthesis, transport, and catabolism]" /inference="protein motif:CDD:COG4559, ABC-type hemin transport system, ATPase component [Inorganic ion transport and metabolism]" /inference="protein motif:CDD:COG4586, ABC-type uncharacterized transport system, ATPase component [General function prediction only]" /inference="protein motif:CDD:COG4619, ABC-type uncharacterized transport system, ATPase component [General function prediction only]" /inference="protein motif:CDD:COG4674, Uncharacterized ABC-type transport system, ATPase component [General function prediction only]" /inference="protein motif:CDD:CydC, ABC-type transport system involved in cytochrome bd biosynthesis, fused ATPase and permease components [Energy production and conversion / Posttranslational modification, protein turnover, chaperones]" /inference="protein motif:CDD:CydD, ABC-type transport system involved in cytochrome bd biosynthesis, ATPase and permease components [Energy production and conversion / Posttranslational modification, protein turnover, chaperones]" /inference="protein motif:CDD:CysA, ABC-type sulfate/molybdate transport systems, ATPase component [Inorganic ion transport and metabolism]" /inference="protein motif:CDD:DppD, ABC-type dipeptide/oligopeptide/nickel transport system, ATPase component [Amino acid transport and metabolism / Inorganic ion transport and metabolism]" /inference="protein motif:CDD:DppF, ABC-type dipeptide/oligopeptide/nickel transport system, ATPase component [Amino acid transport and metabolism / Inorganic ion transport and metabolism]" /inference="protein motif:CDD:FepC, ABC-type cobalamin/Fe3+-siderophores transport systems, ATPase components [Inorganic ion transport and metabolism / Coenzyme metabolism]" /inference="protein motif:CDD:FtsE, Predicted ATPase involved in cell division [Cell division and chromosome partitioning]" /inference="protein motif:CDD:GlnQ, ABC-type polar amino acid transport system, ATPase component [Amino acid transport and metabolism]" /inference="protein motif:CDD:HisP, ABC-type histidine transport system, ATPase component [Amino acid transport and metabolism]" /inference="protein motif:CDD:LivF, ABC-type branched-chain amino acid transport systems, ATPase component [Amino acid transport and metabolism]" /inference="protein motif:CDD:LivG, ABC-type branched-chain amino acid transport systems, ATPase component [Amino acid transport and metabolism]" /inference="protein motif:CDD:MalK, ABC-type sugar transport systems, ATPase components [Carbohydrate transport and metabolism]" /inference="protein motif:CDD:MdlB, ABC-type multidrug transport system, ATPase and permease components [Defense mechanisms]" /inference="protein motif:CDD:MglA, ABC-type sugar transport system, ATPase component [Carbohydrate transport and metabolism]" /inference="protein motif:CDD:ModC, ABC-type molybdate transport system, ATPase component [Inorganic ion transport and metabolism]" /inference="protein motif:CDD:ModF, ABC-type molybdenum transport system, ATPase component/photorepair protein PhrA [Inorganic ion transport and metabolism]" /inference="protein motif:CDD:NatA, ABC-type Na+ transport system, ATPase component [Energy production and conversion / Inorganic ion transport and metabolism]" /inference="protein motif:CDD:OpuBA, ABC-type proline/glycine betaine transport systems, ATPase components [Amino acid transport and metabolism]" /inference="protein motif:CDD:PhnK, ABC-type phosphonate transport system, ATPase component [Inorganic ion transport and metabolism]" /inference="protein motif:CDD:PhnK, ABC-type uncharacterized transport system, ATPase component [General function prediction only]" /inference="protein motif:CDD:PhnL, ABC-type phosphonate transport system, ATPase component [Inorganic ion transport and metabolism]" /inference="protein motif:CDD:PotA, ABC-type spermidine/putrescine transport systems, ATPase components [Amino acid transport and metabolism]" /inference="protein motif:CDD:ProV, ABC-type proline/glycine betaine transport system, ATPase component [Amino acid transport and metabolism]" /inference="protein motif:CDD:PstB, ABC-type phosphate transport system, ATPase component [Inorganic ion transport and metabolism]" /inference="protein motif:CDD:PvdE, ABC-type siderophore export system, fused ATPase and permease components [Secondary metabolites biosynthesis, transport, and catabolism / Inorganic ion transport and metabolism]" /inference="protein motif:CDD:SalX, ABC-type antimicrobial peptide transport system, ATPase component [Defense mechanisms]" /inference="protein motif:CDD:SapD, ABC-type antimicrobial peptide transport system, ATPase component [Defense mechanisms]" /inference="protein motif:CDD:SapF, ABC-type antimicrobial peptide transport system, ATPase component [Defense mechanisms]" /inference="protein motif:CDD:SufC, ABC-type transport system involved in Fe-S cluster assembly, ATPase component [Posttranslational modification, protein turnover, chaperones]" /inference="protein motif:CDD:SunT, ABC-type bacteriocin/lantibiotic exporters, contain an N-terminal double-glycine peptidase domain [Defense mechanisms]" /inference="protein motif:CDD:TagH, ABC-type polysaccharide/polyol phosphate transport system, ATPase component [Carbohydrate transport and metabolism / Cell envelope biogenesis, outer membrane]" /inference="protein motif:CDD:TauB, ABC-type nitrate/sulfonate/bicarbonate transport system, ATPase component [Inorganic ion transport and metabolism]" /inference="protein motif:CDD:TauB, ABC-type taurine transport system, ATPase component [Inorganic ion transport and metabolism]" /inference="protein motif:CDD:ThiQ, ABC-type thiamine transport system, ATPase component [Coenzyme metabolism]" /inference="protein motif:CDD:Ttg2A, ABC-type transport system involved in resistance to organic solvents, ATPase component [Secondary metabolites biosynthesis, transport, and catabolism]" /inference="protein motif:CDD:Uup, ATPase components of ABC transporters with duplicated ATPase domains [General function prediction only]" /inference="protein motif:CDD:YhbG, ABC-type (unclassified) transport system, ATPase component [General function prediction only]" /inference="protein motif:CDD:ZnuC, ABC-type Mn/Zn transport systems, ATPase component [Inorganic ion transport and metabolism]" /inference="protein motif:COG:COG1120 ABC-type cobalamin/Fe3+-siderophores transport systems, ATPase components; P Inorganic ion transport and metabolism" /inference="protein motif:Gene3D:G3D.3.40.50.300 no description" /inference="protein motif:HMMPanther:PTHR19222 ATP-BINDING CASSETTE TRANSPORTER" /inference="protein motif:HMMPfam:PF00005 ABC_tran InterPro:IPR003439 ABC transporter related GO:Molecular Function:ATP binding (GO:0005524), Molecular Function:ATPase activity (GO:0016887)" /inference="protein motif:HMMSmart:SM00382 no description InterPro:IPR003593 AAA ATPase GO:Molecular Function:nucleotide binding (GO:0000166), Molecular Function:nucleoside-triphosphatase activity (GO:0017111)" /inference="protein motif:ProfileScan:PS50100 DA_BOX InterPro:IPR003439 ABC transporter related GO:Molecular Function:ATP binding (GO:0005524), Molecular Function:ATPase activity (GO:0016887)" /inference="protein motif:ProfileScan:PS50101 ATP_GTP_A2" /inference="protein motif:ProfileScan:PS50893 ABC_TRANSPORTER_2 InterPro:IPR003439 ABC transporter related GO:Molecular Function:ATP binding (GO:0005524), Molecular Function:ATPase activity (GO:0016887)" /inference="protein motif:ScanRegExp:PS00211 ABC_TRANSPORTER_1 InterPro:IPR003439 ABC transporter related GO:Molecular Function:ATP binding (GO:0005524), Molecular Function:ATPase activity (GO:0016887)" /inference="protein motif:superfamily:SSF52540 P-loop containing nucleoside triphosphate hydrolases" /codon_start=1 /transl_table=11 /product="Iron(III) dicitrate ABC transporter, ATP-binding protein (fecE)" /protein_id="ACS33321.1" /translation="MIETRNLRFSYGEREVLRGISLEVGEGEFVAILGPNGAGKSTLL KCLAGILRCEGVFLKDRSVRDYSPKELSRVLAYVPQRVEPGFLTVFDTVLLGRRPYMG LTPSEKDLEVVEEALKRLGIEELALKRTNEISGGELQKVSIARALAQEPEILLMDEPT NNLDLKSQLEVMRLARELAKGGKTVIMVMHDVNLALRFARRFVFMKDGRKIADGGLEV LSEKLFEEVYGVRVEIGEIRGVPVIVPL" gene complement(771972..773006) /gene="fecD-1" /locus_tag="TGAM_0820" /note="tg0820" CDS complement(771972..773006) /gene="fecD-1" /locus_tag="TGAM_0820" /inference="protein motif:CDD:BtuC, ABC-type cobalamin transport system, permease component [Coenzyme metabolism]" /inference="protein motif:CDD:CeuB, ABC-type enterochelin transport system, permease component [Inorganic ion transport and metabolism]" /inference="protein motif:CDD:CeuC, ABC-type enterochelin transport system, permease component [Inorganic ion transport and metabolism]" /inference="protein motif:CDD:FecCD, FecCD transport family" /inference="protein motif:CDD:FepD, ABC-type Fe3+-siderophore transport system, permease component [Inorganic ion transport and metabolism]" /inference="protein motif:CDD:FepG, ABC-type enterobactin transport system, permease component [Inorganic ion transport and metabolism]" /inference="protein motif:COG:COG0609 ABC-type Fe3+-siderophore transport system, permease component; P Inorganic ion transport and metabolism" /inference="protein motif:HMMPfam:PF01032 FecCD InterPro:IPR000522 Bacterial transport system permease protein GO:Molecular Function:transporter activity (GO:0005215), Biological Process:transport (GO:0006810), Cellular Component:membrane (GO:0016020)" /inference="protein motif:superfamily:SSF81345 ABC transporter involved in vitamin B12 uptake, BtuC" /note="8 probable transmembrane helices predicted by modhmm" /codon_start=1 /transl_table=11 /product="Iron(III) dicitrate transport system permease protein (fecD)" /protein_id="ACS33322.1" /translation="MDYKAYRRRKLILCIALFLSLLAVSLFSLSSGPYHVPLREVLAV LLGGGGKDDRLVLLGIRLPRIVAGILVGASMGVAGAVLQGYLRNPLATPFTMGVSHGA MFGASLAIILGAGYSLNSGQVFLNNPYAVVLFAFLGAISATLVILALARLRGLSPEAI VLAGVAMSSLYSALTTLVQYFANELQLAAMVYWSFGNLARATWRENAIMAVAFALIFA YFLIKRWDLNASTLGDEIAKSVGVNIERERLIGTLLSAFITSVTVAFVGVIGFVGLIA PHSMRLIAGGDYRSLIPLSALAGALLLVSADTVARLIVSPMTLPVGVITSFLGAPAFI YLLVRMEGRR" gene complement(773013..774173) /locus_tag="TGAM_0821" /note="tg0821" CDS complement(773013..774173) /locus_tag="TGAM_0821" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:BtuF, Cobalamin binding protein BtuF" /inference="protein motif:CDD:CeuA, ABC-type enterochelin transport system, periplasmic component [Inorganic ion transport and metabolism]" /inference="protein motif:CDD:FatB, Siderophore binding protein FatB" /inference="protein motif:CDD:FepB, ABC-type Fe3+-hydroxamate transport system, periplasmic component [Inorganic ion transport and metabolism]" /inference="protein motif:CDD:FeuA, Periplasmic binding protein FeuA" /inference="protein motif:CDD:FhuD, Fe3+-siderophore binding domain FhuD" /inference="protein motif:CDD:HemV-2, Metal binding protein HemV-2" /inference="protein motif:CDD:Peripla_BP_2, Periplasmic binding protein" /inference="protein motif:CDD:TroA-like, Helical backbone metal receptor (TroA-like domain)" /inference="protein motif:CDD:TroA_a, Metal binding protein TroA_a" /inference="protein motif:CDD:TroA_e, Periplasmic binding protein TroA_e" /inference="protein motif:CDD:TroA_f, Periplasmic binding protein TroA_f" /inference="protein motif:CDD:YvrC, Periplasmic binding protein YvrC" /inference="protein motif:COG:COG0614 ABC-type Fe3+-hydroxamate transport system, periplasmic component; P Inorganic ion transport and metabolism" /inference="protein motif:Gene3D:G3D.3.40.50.1750 no description" /inference="protein motif:Gene3D:G3D.3.90.630.10 no description" /inference="protein motif:HMMPfam:PF01497 Peripla_BP_2 InterPro:IPR002491 Periplasmic binding protein GO:Molecular Function:iron ion transporter activity (GO:0005381), Biological Process:high affinity iron ion transport (GO:0006827)" /inference="protein motif:ProfileScan:PS50983 FE_B12_PBP InterPro:IPR002491 Periplasmic binding protein GO:Molecular Function:iron ion transporter activity (GO:0005381), Biological Process:high affinity iron ion transport (GO:0006827)" /inference="protein motif:superfamily:SSF53807 'Helical backbone' metal receptor" /note="1 probable transmembrane helix predicted by modhmm" /codon_start=1 /transl_table=11 /product="Iron transport ABC protein, periplasmic component" /protein_id="ACS33323.1" /translation="MRKALALLVILLVLSTAGCIGTSTSSSSKASVSSPTSSSAGYIT ITDTLGRTVKVPANVSRIVAVGPGALRILVYLNATDKVVGIEELEKRYPYGRPYVLAH LELLNLPVIGPGGPGKLPDMEALVKVHPQVIFWVFASKETADEVQEKTGIPVVVLSYG TLENFTDETFFKSLLLAGKILGREERAREIIKFIREQQAYLENLTKGLESPKVYLGGI GYKGAHGITSTSVYYTPFTVLHLDNIASKLTSTNRHGWIQVDKEWLLKEDPDYIFIDE GGLKIILDDYRSNPDFYNSLKAVREGNLYGVLPYNFYNTNIGIAIADTYYIGKVIYPE RFKNVNPAEKADEIFTFLVGKPVYRELAKEFGGFGKINLASGNVTYGLPTNP" gene complement(774253..775278) /gene="cooC-2" /locus_tag="TGAM_0822" /note="tg0822" CDS complement(774253..775278) /gene="cooC-2" /locus_tag="TGAM_0822" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:ArsA, ArsA ATPase functionas as an efflux pump located on the inner membrane of the cell" /inference="protein motif:CDD:COG0455, ATPases involved in chromosome partitioning [Cell division and chromosome partitioning]" /inference="protein motif:CDD:CooC, CO dehydrogenase maturation factor [Cell division and chromosome partitioning]" /inference="protein motif:CDD:CooC, The accessory protein CooC, which contains a nucleotide-binding domain (P-loop) near the N-terminus, participates in the maturation of the nickel center of carbon monoxide dehydrogenase (CODH)" /inference="protein motif:CDD:Soj, ATPases involved in chromosome partitioning [Cell division and chromosome partitioning]" /inference="protein motif:COG:COG3640 CO dehydrogenase maturation factor; D Cell cycle control, cell division, chromosome partitioning" /inference="protein motif:Gene3D:G3D.3.40.50.300 no description" /inference="protein motif:HMMPanther:PTHR13696 CELL DIVISION INHIBITOR MIND-1" /inference="protein motif:HMMPfam:PF01656 CbiA InterPro:IPR002586 Cobyrinic acid a,c-diamide synthase GO:Biological Process:cobalamin biosynthesis (GO:0009236), Molecular Function:cobyrinic acid a,c-diamide synthase activity (GO:0042242)" /inference="protein motif:superfamily:SSF52540 P-loop containing nucleoside triphosphate hydrolases" /codon_start=1 /transl_table=11 /product="Carbon monoxide dehydrogenase accessory protein, putative (cooC)" /protein_id="ACS33324.1" /translation="MFIRGQIYSCGAIKVYTSLVLDSNLKAFIRKFFKIFSVLAMREP LKGREDERRKKLFQIAEELRERTKKQAPEEGFRVVITGKGGVGKTTMTALLARLLARD GYRVLAVDEDPQMNLAHALGVPKEVRDKIVPLNKNLDYIEEKTGARPGTNWGLYFSLT PDVRDVVDRFGVVGPDGVMLLVMGSVVQAAAGCLCPENALLDAVVKYINLRKGEIILM DTQAGLEHFGRALAKGFKQAVVLTEPTYNSVQVAVDAARLARELGIKYVHLVINKVKK ESQIEKVERILDELGFNDFMTKTIIPYDELVEEYDPEVEAILGNPESPTYRKALELKE ILLRYAE" gene 775486..776100 /locus_tag="TGAM_0823" /note="tg0823" CDS 775486..776100 /locus_tag="TGAM_0823" /inference="protein motif:CDD:HybA, Fe-S-cluster-containing hydrogenase components 1 [Energy production and conversion]" /inference="protein motif:CDD:HycB, Fe-S-cluster-containing hydrogenase components 2 [Energy production and conversion]" /inference="protein motif:CDD:NarY, Nitrate reductase beta subunit [Energy production and conversion]" /inference="protein motif:COG:COG0437 Fe-S-cluster-containing hydrogenase components 1; C Energy production and conversion" /inference="protein motif:FPrintScan:PR00353 4FE4SFRDOXIN InterPro:IPR001450 4Fe-4S ferredoxin, iron-sulfur binding GO:Molecular Function:electron transporter activity (GO:0005489), Molecular Function:iron ion binding (GO:0005506), Biological Process:electron transport (GO:0006118)" /inference="protein motif:Gene3D:G3D.3.30.70.20 no description" /inference="protein motif:HMMPanther:PTHR11938 GLUTAMATE SYNTHASE/FERREDOXIN/FERREDOXIN--NADP REDUCTASE" /inference="protein motif:HMMPanther:PTHR11938:SF4 GLUTAMATE SYNTHASE" /inference="protein motif:HMMPfam:PF00037 Fer4 InterPro:IPR001450 4Fe-4S ferredoxin, iron-sulfur binding GO:Molecular Function:electron transporter activity (GO:0005489), Molecular Function:iron ion binding (GO:0005506), Biological Process:electron transport (GO:0006118)" /inference="protein motif:ScanRegExp:PS00198 4FE4S_FERREDOXIN InterPro:IPR001450 4Fe-4S ferredoxin, iron-sulfur binding GO:Molecular Function:electron transporter activity (GO:0005489), Molecular Function:iron ion binding (GO:0005506), Biological Process:electron transport (GO:0006118)" /inference="protein motif:superfamily:SSF54862 4Fe-4S ferredoxins" /codon_start=1 /transl_table=11 /product="7Fe ferredoxin" /protein_id="ACS33325.1" /translation="MIPMPPDSKPTIFINPAKCIGCRHCEIACAVEHSKSKNLFSAIF EDPLPQPRIHILPMGAYNVPMNCRHCENAPCMEVCPTGAIFKDEDGAVLVDTSKCIGC KMCAIVCPFGIPEFDTLNGVMFKCDMCPDRRAEGRPPACVEACKTGALMFGTIDEVVS QVRKETAEKIIKLKEGEYKEEYNGWELFRSFQAEVIRINEGESK" gene 776097..778067 /gene="cooS" /locus_tag="TGAM_0824" /note="tg0824" CDS 776097..778067 /gene="cooS" /locus_tag="TGAM_0824" /EC_number="1.2.99.2" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:COG:COG1151 6Fe-6S prismane cluster-containing protein; C Energy production and conversion" /inference="protein motif:Gene3D:G3D.3.40.50.2030 no description" /inference="protein motif:HMMPfam:PF03063 Prismane InterPro:IPR004137 Prismane" /inference="protein motif:HMMPIR:PIRSF005023 Predicted carbon-monoxide dehydrogenase, beta subunit InterPro:IPR010047 Carbon-monoxide dehydrogenase, catalytic subunit" /inference="protein motif:HMMTigr:TIGR01702 CO_DH_cata:carbon-monoxide dehydrogenase, InterPro:IPR010047 Carbon-monoxide dehydrogenase, catalytic subunit" /inference="protein motif:superfamily:SSF56821 Prismane protein-like InterPro:IPR011254 Prismane-like" /codon_start=1 /transl_table=11 /product="Carbon monoxide dehydrogenase (cooS)" /protein_id="ACS33326.1" /translation="MKKYKEVSIDPTTQKMYERAQELGIETVWERLEKQQPQCGYGLL GICCRNCMMGPCRINPFGGEPKRGVCGADADTIVARNLLRMIAAGAAAHSDHGRHVAL TLLVAAEMAEKFKKEGKPVLELDNMASNTLPYQVRDPEKLKAVAKRLGIETEGKSIRE LAKEVAEVALNDFGKQDEEPLAFLKAYLNPKTYEIFEKAAEKAGMPWFENGILPRSID REIVESLHRTHIGTDHDPVSILLHGLKTALGDAWGGSLIATELQDVLFGTPKVIKAEA NLGVLKEDYVNIVVHGHEPVLSEKIVEAAQDPELIELAQKLGAKGINVVGMCCTGLEV LMRHGIPIAGNFLQQEMAIVTGAVEAMVVDVQCIMPATVDVARCFHTKIIDTSPIATF PGAIHIKFDERRADEIAKEIVRTAVENFPNRSKQRVEIPKEKMSGYVGFSVEAILEHF GGTLKPIEEAIVEGKIKGVAGLVGCNNPKVKQDHNHIKIANELMKRDVLLVGTGCWAT AAMKYGIFLPEYADTENVGPGLREFAKEWGIPPALNMGSCVDCTRILVLADLVARDLN VPISALPVVGSAPEAMTEKAVSIGTYFVASGITTHLGVVPPVLGGPKVVKILTQDLYD IVGAAFIVEPDPYKAAKLMYEHIMKKRKELGI" gene 778102..778581 /locus_tag="TGAM_0825" /note="tg0825" CDS 778102..778581 /locus_tag="TGAM_0825" /inference="protein motif:COG:COG1145 Ferredoxin; C Energy production and conversion" /inference="protein motif:FPrintScan:PR00353 4FE4SFRDOXIN InterPro:IPR001450 4Fe-4S ferredoxin, iron-sulfur binding GO:Molecular Function:electron transporter activity (GO:0005489), Molecular Function:iron ion binding (GO:0005506), Biological Process:electron transport (GO:0006118)" /inference="protein motif:Gene3D:G3D.3.30.70.20 no description" /inference="protein motif:HMMPanther:PTHR10849 NADH-UBIQUINONE OXIDOREDUCTASE CHAIN 9-RELATED" /inference="protein motif:HMMPanther:PTHR10849:SF3 NADH-UBIQUINONE OXIDOREDUCTASE CHAIN 9" /inference="protein motif:HMMPfam:PF00037 Fer4 InterPro:IPR001450 4Fe-4S ferredoxin, iron-sulfur binding GO:Molecular Function:electron transporter activity (GO:0005489), Molecular Function:iron ion binding (GO:0005506), Biological Process:electron transport (GO:0006118)" /inference="protein motif:ScanRegExp:PS00198 4FE4S_FERREDOXIN InterPro:IPR001450 4Fe-4S ferredoxin, iron-sulfur binding GO:Molecular Function:electron transporter activity (GO:0005489), Molecular Function:iron ion binding (GO:0005506), Biological Process:electron transport (GO:0006118)" /inference="protein motif:superfamily:SSF54862 4Fe-4S ferredoxins" /codon_start=1 /transl_table=11 /product="4Fe-4S ferredoxin, iron-sulfur binding" /protein_id="ACS33327.1" /translation="MFKHIRELLGRKKEAPDSSTETPEASGKGGTLKAEACIGCGLCA QVCPHNAIFVMDNDKRVISFHPELCGECNYECNSICPTNAIEGRPERLDLEFEYAHCQ VCGKKLDYTVKTAEFLYHKLERFYDHPEIVFMCDRCKHDRVKEFPSEYLKFFGGVLK" gene 778578..779630 /gene="gltD-2" /locus_tag="TGAM_0826" /note="tg0826" CDS 778578..779630 /gene="gltD-2" /locus_tag="TGAM_0826" /EC_number="1.4.1.13" /inference="protein motif:CDD:AhpF, Alkyl hydroperoxide reductase, large subunit [Posttranslational modification, protein turnover, chaperones]" /inference="protein motif:CDD:GltD, NADPH-dependent glutamate synthase beta chain and related oxidoreductases [Amino acid transport and metabolism / General function prediction only]" /inference="protein motif:CDD:HcaD, Uncharacterized NAD(FAD)-dependent dehydrogenases [General function prediction only]" /inference="protein motif:CDD:Lpd, Pyruvate/2-oxoglutarate dehydrogenase complex, dihydrolipoamide dehydrogenase (E3) component, and related enzymes [Energy production and conversion]" /inference="protein motif:CDD:Pyr_redox, Pyridine nucleotide-disulphide oxidoreductase" /inference="protein motif:CDD:TrkA, Predicted flavoprotein involved in K+ transport [Inorganic ion transport and metabolism]" /inference="protein motif:CDD:TrxB, Thioredoxin reductase [Posttranslational modification, protein turnover, chaperones]" /inference="protein motif:COG:COG0493 NADPH-dependent glutamate synthase beta chain and related oxidoreductases; E Amino acid transport and metabolism" /inference="protein motif:FPrintScan:PR00368 FADPNR InterPro:IPR013027 FAD-dependent pyridine nucleotide-disulphide oxidoreductase" /inference="protein motif:FPrintScan:PR00419 ADXRDTASE InterPro:IPR000759 Adrenodoxin reductase GO:Biological Process:electron transport (GO:0006118)" /inference="protein motif:FPrintScan:PR00469 PNDRDTASEII InterPro:IPR000103 Pyridine nucleotide-disulphide oxidoreductase, class-II GO:Biological Process:electron transport (GO:0006118), Molecular Function:oxidoreductase activity (GO:0016491)" /inference="protein motif:Gene3D:G3D.3.50.50.60 no description" /inference="protein motif:HMMPanther:PTHR11938 GLUTAMATE SYNTHASE/FERREDOXIN/FERREDOXIN--NADP REDUCTASE" /inference="protein motif:HMMPanther:PTHR11938:SF9 GLUTAMATE SYNTHASE" /inference="protein motif:HMMPfam:PF07992 Pyr_redox_2 InterPro:IPR013027 FAD-dependent pyridine nucleotide-disulphide oxidoreductase" /inference="protein motif:ProfileScan:PS50205 NAD_BINDING InterPro:IPR000205 NAD-binding site" /inference="protein motif:superfamily:SSF51905 FAD/NAD(P)-binding domain" /codon_start=1 /transl_table=11 /product="Glutamate synthase [NADPH] small chain (gltD)" /protein_id="ACS33328.1" /translation="MRGMKFSFLCRSKPERTGKRVAIIGAGPAGLTAAGYLVCKGHDV DIYDKMPEPGGLMLFVIPEFRIPVERVRLGAKELEEEFEVTYYPRTKVMEGGREDEGD EFYERIVKLSELKEKYDAVLIATGIWNVRRIGIPGDDLEGILSPLELLFWIKGHELGY VPKEKVPDLEGKRVGIIGAGLTAVDVAFECNRLGAEVEMFYRRTIREAPAGAYEINIL RNRGVKWFELVTPKRVIGENGRVKAIELLRTRLGEPDETGRRRPIPIPGSEFQVELDY LVFAIGMAPTPPVNGSYLATDRRGRIVVDSRHMTSVEGIFAAGDVVNGPTKVGRAIKD GLYAAVSIDRWLRGEL" gene 779630..780154 /locus_tag="TGAM_0827" /note="tg0827" CDS 779630..780154 /locus_tag="TGAM_0827" /inference="protein motif:CDD:HybA, Fe-S-cluster-containing hydrogenase components 1 [Energy production and conversion]" /inference="protein motif:CDD:HycB, Fe-S-cluster-containing hydrogenase components 2 [Energy production and conversion]" /inference="protein motif:CDD:NarY, Nitrate reductase beta subunit [Energy production and conversion]" /inference="protein motif:COG:COG0437 Fe-S-cluster-containing hydrogenase components 1; C Energy production and conversion" /inference="protein motif:FPrintScan:PR00353 4FE4SFRDOXIN InterPro:IPR001450 4Fe-4S ferredoxin, iron-sulfur binding GO:Molecular Function:electron transporter activity (GO:0005489), Molecular Function:iron ion binding (GO:0005506), Biological Process:electron transport (GO:0006118)" /inference="protein motif:Gene3D:G3D.3.30.70.20 no description" /inference="protein motif:HMMPanther:PTHR11938 GLUTAMATE SYNTHASE/FERREDOXIN/FERREDOXIN--NADP REDUCTASE" /inference="protein motif:HMMPanther:PTHR11938:SF4 GLUTAMATE SYNTHASE" /inference="protein motif:HMMPfam:PF00037 Fer4 InterPro:IPR001450 4Fe-4S ferredoxin, iron-sulfur binding GO:Molecular Function:electron transporter activity (GO:0005489), Molecular Function:iron ion binding (GO:0005506), Biological Process:electron transport (GO:0006118)" /inference="protein motif:ScanRegExp:PS00198 4FE4S_FERREDOXIN InterPro:IPR001450 4Fe-4S ferredoxin, iron-sulfur binding GO:Molecular Function:electron transporter activity (GO:0005489), Molecular Function:iron ion binding (GO:0005506), Biological Process:electron transport (GO:0006118)" /inference="protein motif:superfamily:SSF54862 4Fe-4S ferredoxins" /codon_start=1 /transl_table=11 /product="7Fe ferredoxin" /protein_id="ACS33329.1" /translation="MERKYLYLDYLTCIGCETCETVCAFIHDGSPNIRIYVTENKQYV PINCKHCDDAPCLRVCPTHAIYRDEDGAVRIHEDKCIGCLACLQVCPYGVPFYSLKVK AITKCDMCAERREEGLEPACALMCPAEAIQYGPLEMVLELVKERRAKNIPEHQRELSD EELKKSIVSGYSVL" gene 780183..780653 /gene="hycI" /locus_tag="TGAM_0828" /note="tg0828" CDS 780183..780653 /gene="hycI" /locus_tag="TGAM_0828" /inference="protein motif:COG:COG0680 Ni,Fe-hydrogenase maturation factor; C Energy production and conversion" /inference="protein motif:FPrintScan:PR00446 HYDRGNUPTAKE InterPro:IPR000671 Peptidase M52, hydrogen uptake protein GO:Molecular Function:ferredoxin hydrogenase activity (GO:0008901), Cellular Component:ferredoxin hydrogenase complex (GO:0009375)" /inference="protein motif:Gene3D:G3D.3.40.50.1450 no description" /inference="protein motif:superfamily:SSF53163 HybD-like" /note="Peptidase M52, hydrogen uptake protein" /codon_start=1 /transl_table=11 /product="Hydrogenase maturation protease (HycI)" /protein_id="ACS33330.1" /translation="MEAVSLRDVIGKARRVVLWGIGNEKKGDYGFGAYLAEALMIAVR NPNFLPLNCREVPESQAGVTVRFAPELLIVAVPLEIGAEPGKLVVAEPQEALKDVPEE FRPQLEVTLRHVSELLPRTRIVVLGCQPGNEKEVTEAVKRCVRTLSIAFHDIFD" gene complement(780783..781331) /gene="tbp-2" /locus_tag="TGAM_0829" /note="tg0829" CDS complement(780783..781331) /gene="tbp-2" /locus_tag="TGAM_0829" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:TBP, Transcription factor TFIID (or TATA-binding protein, TBP)" /inference="protein motif:CDD:TBP_archaea, archaeal TATA box binding protein (TBP):TBPs are transcription factors present in archaea and eukaryotes, that recognize promoters and initiate transcription" /inference="protein motif:CDD:TBP_eukaryotes, eukaryotic TATA box binding protein (TBP):Present in archaea and eukaryotes, TBPs are transcription factors that recognize promoters and initiate transcription" /inference="protein motif:CDD:TBP_TLF, TATA box binding protein (TBP):Present in archaea and eukaryotes, TBPs are transcription factors that recognize promoters and initiate transcription" /inference="protein motif:CDD:TLF, TBP-like factors (TLF" /inference="protein motif:COG:COG2101 TATA-box binding protein (TBP), component of TFIID and TFIIIB; K Transcription" /inference="protein motif:FPrintScan:PR00686 TIFACTORIID InterPro:IPR000814 TATA-box binding" /inference="protein motif:Gene3D:G3D.3.30.310.10 no description InterPro:IPR012295 Beta2-adaptin/TATA-box binding, C-terminal" /inference="protein motif:HMMPanther:PTHR10126 TATA-BOX BINDING PROTEIN InterPro:IPR000814 TATA-box binding" /inference="protein motif:HMMPanther:PTHR10126:SF3 TATA-BOX BINDING PROTEIN" /inference="protein motif:HMMPfam:PF00352 TBP InterPro:IPR000814 TATA-box binding" /inference="protein motif:superfamily:SSF55945 TATA-box binding protein-like InterPro:IPR012294 Transcription factor TFIID, C-terminal/DNA glycosylase, N-terminal" /codon_start=1 /transl_table=11 /product="TATA box-binding protein, transcription initiation factor TFIID (tbp)" /protein_id="ACS33331.1" /translation="MGKMSLKVENVVASIDLHGEIDVEKVASKLDSVQYNPSVFPGAV YKMESFGVTFLIFYSGKLVCTGAKSVETIRKATEKLKRTLESMGMKFKGEPEIQVQNI VAAGDLGFGTLDLDIVALTLPNVEYEPEIFPGVVYRVRNSRMTILIFNSGKVVVSGAR TEEDIRRAVEELTRDFEKYGLI" gene complement(781480..782379) /gene="czcD" /locus_tag="TGAM_0830" /note="tg0830" CDS complement(781480..782379) /gene="czcD" /locus_tag="TGAM_0830" /inference="protein motif:CDD:Cation_efflux, Cation efflux family" /inference="protein motif:CDD:CzcD, Co/Zn/Cd efflux system component [Inorganic ion transport and metabolism]" /inference="protein motif:CDD:MMT1, Predicted Co/Zn/Cd cation transporters [Inorganic ion transport and metabolism]" /inference="protein motif:COG:COG1230 Co/Zn/Cd efflux system component; P Inorganic ion transport and metabolism" /inference="protein motif:HMMPanther:PTHR11562 ZINC TRANSPORTER SLC30A-RELATED" /inference="protein motif:HMMPfam:PF01545 Cation_efflux InterPro:IPR002524 Cation efflux protein GO:Biological Process:cation transport (GO:0006812), Molecular Function:cation transporter activity (GO:0008324), Cellular Component:membrane (GO:0016020)" /inference="protein motif:HMMTigr:TIGR01297 CDF:cation diffusion facilitator family tra InterPro:IPR002524 Cation efflux protein GO:Biological Process:cation transport (GO:0006812), Molecular Function:cation transporter activity (GO:0008324), Cellular Component:membrane (GO:0016020)" /note="5 probable transmembrane helices predicted by modhmm" /codon_start=1 /transl_table=11 /product="Cation efflux system protein (czcD)" /protein_id="ACS33332.1" /translation="MGHHHHHHAHKVKGRLLFSFALNIVITLAEVVGGILSGSLALLS DSVHNLGDSMSLLASYFAVKIGERKANEKYTFGYRRAEILVAFVNSAVLVGVSLLLLV EAYRRYKNPKPIDGPLMLVVALIGLFANLFSVLLLHSHAHGLNVRSAYLHLLSDTLSS VAVVAGGIAIIKWNVLWIDPLITVLIALYILREAYEILRESIEVLMEASPELDLRAIK TELESIPRVKNAHHFHAWRVGEDEVHLECHLDVEDMPLSEAQKIIDEAEKRLRKFGIT HITVQLEVDRCRGKNIICTGKND" gene complement(782455..783159) /locus_tag="TGAM_0831" /note="tg0831" CDS complement(782455..783159) /locus_tag="TGAM_0831" /note="6 probable transmembrane helices predicted by modhmm" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein" /protein_id="ACS33333.1" /translation="MSFVGKFLSIYKTDLKLLRRDPMLVYSVAMTLVFLFIVRYFKDR IGVYYPTLTLLVMLFIPMIFGMIPGFMMADEKEDKTIQALQVIPISSEAFLAYRLTWA SVVTVVMTGLAPTILDIEISRNGLLALMALFVLEVWIYGLLITVFAESRMQALTVSKI IGWLLMLPPLIKLVVEWRNLSTDWSKFTAFLPTYWLYKVFEGIPLNDYGDFPTAVVVH LVWLVPLVVLFKRRVL" gene complement(783156..783854) /locus_tag="TGAM_0832" /note="tg0832" CDS complement(783156..783854) /locus_tag="TGAM_0832" /note="5 probable transmembrane helices predicted by modhmm" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein" /protein_id="ACS33334.1" /translation="MRNIVRTNIVLGVRSYVYPIYLLVALAYGLMLLAFPERYLPTMV PIFLLFEPGLVGFMFVGTEIFAEKKDGAIGALAVTPIDWRSYILAKTLLLSLLSVIGA VLIMAVGTRSLNGLPYVVVGTFLVSIVYTLLGIAVSAKYRDLDDYFIPILGVLVVSLL PFAHYHGYLTGDVWKVLYAVPSYPAIYFFKAPFEEIARKTLAYSAAALLAWSGIAYQL AKIRFYRYAVEGLR" gene complement(783851..784702) /locus_tag="TGAM_0833" /note="tg0833" CDS complement(783851..784702) /locus_tag="TGAM_0833" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:BlastProDom:PD000006 Q8U393_PYRFU_Q8U393; InterPro:IPR003439 ABC transporter related GO:Molecular Function:ATP binding (GO:0005524), Molecular Function:ATPase activity (GO:0016887)" /inference="protein motif:BlastProDom:PD001263 MUS2_THEMA_Q9X105; InterPro:IPR000432 DNA mismatch repair protein MutS, C-terminal GO:Molecular Function:damaged DNA binding (GO:0003684), Molecular Function:ATP binding (GO:0005524), Biological Process:mismatch repair (GO:0006298)" /inference="protein motif:CDD:ABC_ATPase, ABC (ATP-binding cassette) transporter nucleotide-binding domain" /inference="protein motif:CDD:ABC_BcrA_bacitracin_resist, The BcrA subfamily represents ABC transporters involved in peptide antibiotic resistance" /inference="protein motif:CDD:ABC_Carb_Monos_I, This family represents the domain I of the carbohydrate uptake proteins that transport only monosaccharides (Monos)" /inference="protein motif:CDD:ABC_Carb_Monos_II, This family represents domain II of the carbohydrate uptake proteins that transport only monosaccharides (Monos)" /inference="protein motif:CDD:ABC_Carb_Solutes_like, ABC Carbohydrate and Solute Transporters-like subgroup" /inference="protein motif:CDD:ABC_CcmA_heme_exporter, CcmA, the ATP-binding component of the bacterial CcmAB transporter" /inference="protein motif:CDD:ABC_Class3, This class is comprised of all BPD (Binding Protein Dependent) systems that are largely represented in archaea and eubacteria and are primarily involved in scavenging solutes from the environment" /inference="protein motif:CDD:ABC_cobalt_CbiO_domain1, Domain I of the ABC component of a cobalt transport family found in bacteria, archaea, and eukaryota" /inference="protein motif:CDD:ABC_cobalt_CbiO_domain2, Domain II of the ABC component of a cobalt transport family found in bacteria, archaea, and eukaryota" /inference="protein motif:CDD:ABC_CysA_sulfate_importer, Part of the ABC transporter complex cysAWTP involved in sulfate import" /inference="protein motif:CDD:ABC_DR_subfamily_A, This family of ATP-binding proteins belongs to a multisubunit transporter involved in drug resistance (BcrA and DrrA), nodulation, lipid transport, and lantibiotic immunity" /inference="protein motif:CDD:ABC_DrrA, DrrA is the ATP-binding protein component of a bacterial exporter complex that confers resistance to the antibiotics daunorubicin and doxorubicin" /inference="protein motif:CDD:ABC_drug_resistance_like, ABC-type multidrug transport system, ATPase component" /inference="protein motif:CDD:ABC_FeS_Assembly, ABC-type transport system involved in Fe-S cluster assembly, ATPase component" /inference="protein motif:CDD:ABC_FtsE_transporter, FtsE is a hydrophilic nucleotide-binding protein that binds FtsX to form a heterodimeric ATP-binding cassette (ABC)-type transporter that associates with the bacterial inner membrane" /inference="protein motif:CDD:ABC_HisP_GlnQ_permeases, HisP and GlnQ are the ATP-binding components of the bacterial periplasmic histidine and glutamine permeases, repectively" /inference="protein motif:CDD:ABC_Iron-Siderophores_B12_Hemin, ABC transporters, involved in the uptake of siderophores, heme, and vitamin B12, are widely conserved in bacteria and archaea" /inference="protein motif:CDD:ABC_KpsT_Wzt, ABC_KpsT_Wzt The KpsT/Wzt ABC transporter subfamily is involved in extracellular polysaccharide export" /inference="protein motif:CDD:ABC_MalK_N, The N-terminal ATPase domain of the maltose transporter, MalK" /inference="protein motif:CDD:ABC_Metallic_Cations, ABC component of the metal-type transporters" /inference="protein motif:CDD:ABC_MetN_methionine_transporter, MetN (also known as YusC) is an ABC-type transporter encoded by metN of the metNPQ operon in Bacillus subtilis that is involved in methionine transport" /inference="protein motif:CDD:ABC_MJ0796_Lo1CDE_FtsE, This family is comprised of MJ0796 ATP-binding cassette, macrolide-specific ABC-type efflux carrier (MacAB), and proteins involved in cell division (FtsE), and release of liporoteins from the cytoplasmic membrane (LolCDE)" /inference="protein motif:CDD:ABC_Mj1267_LivG_branched, The Mj1267/LivG ABC transporter subfamily is involved in the transport of the hydrophobic amino acids leucine, isoleucine and valine" /inference="protein motif:CDD:ABC_ModC_like, Archeal protein closely related to ModC" /inference="protein motif:CDD:ABC_ModC_molybdenum_transporter, ModC is an ABC-type transporter and the ATPase component of a molybdate transport system that also includes the periplasmic binding protein ModA and the membrane protein ModB" /inference="protein motif:CDD:ABC_MTABC3_MDL1_MDL2, MTABC3 (also known as ABCB6) is a mitochondrial ATP-binding cassette protein involved in iron homeostasis and one of four ABC transporters expressed in the mitochondrial inner membrane, the other three being MDL1(ABC7), MDL2, and ATM1" /inference="protein motif:CDD:ABC_NatA_like, Similar in sequence to NatA, this is the ATPase component of a bacterial ABC-type Na+ transport system called NatAB, which catalyzes ATP-dependent electrogenic Na+ extrusion without mechanically coupled to proton or K+ uptake" /inference="protein motif:CDD:ABC_NatA_sodium_exporter, NatA is the ATPase component of a bacterial ABC-type Na+ transport system called NatAB, which catalyzes ATP-dependent electrogenic Na+ extrusion without mechanically coupled proton or K+ uptake" /inference="protein motif:CDD:ABC_NikE_OppD_transporters, The ABC transporter subfamily specific for the transport of dipeptides, oligopeptides (OppD), and nickel (NikDE)" /inference="protein motif:CDD:ABC_NrtD_SsuB_transporters, NrtD and SsuB are the ATP-binding subunits of the bacterial ABC-type nitrate and sulfonate transport systems, respectively" /inference="protein motif:CDD:ABC_OpuCA_Osmoprotection, OpuCA is a the ATP binding component of a bacterial solute transporter that serves a protective role to cells growing in a hyperosmolar environment" /inference="protein motif:CDD:ABC_Org_Solvent_Resistant, ABC (ATP-binding cassette) transport system involved in resistant to organic solvents" /inference="protein motif:CDD:ABC_PDR_domain1, The pleiotropic drug resistance (PDR) family of ATP-binding cassette (ABC) transporters" /inference="protein motif:CDD:ABC_PDR_domain2, The pleiotropic drug resistance-like (PDR) family of ATP-binding cassette (ABC) transporters" /inference="protein motif:CDD:ABC_PhnC_transporter, ABC-type phosphate/phosphonate transport system" /inference="protein motif:CDD:ABC_PotA_N, PotA is an ABC-type transporter and the ATPase component of the spermidine/putrescine-preferential uptake system consisting of PotA, -B, -C, and -D" /inference="protein motif:CDD:ABC_Pro_Gly_Bertaine, This family comprises the glycine betaine/L-proline ATP binding subunit in bacteria and its equivalents in archaea" /inference="protein motif:CDD:ABC_PstB_phosphate_transporter, Phosphate uptake is of fundamental importance in the cell physiology of bacteria because phosphate is required as a nutrient" /inference="protein motif:CDD:ABC_putative_ATPase, This subfamily is involved in drug resistance, nodulation, lipid transport, and bacteriocin and lantibiotic immunity" /inference="protein motif:CDD:ABC_RNaseL_inhibitor_domain2, The ATPase domain 2 of RNase L inhibitor" /inference="protein motif:CDD:ABC_subfamily_A, The ABCA subfamily mediates the transport of a variety of lipid compounds" /inference="protein motif:CDD:ABC_ThiQ_thiamine_transporter, ABC-type thiamine tranport system" /inference="protein motif:CDD:ABC_TM1139_LivF_branched, LivF (TM1139) is part of the LIV-I bacterial ABC-type two-component transport system that imports neutral, branched-chain amino acids" /inference="protein motif:CDD:ABC_tran, ABC transporter" /inference="protein motif:CDD:ABC_YhbG, The ABC transporters belonging to the YhbG family are similar to members of the Mj1267_LivG family, which is involved in the transport of branched-chain amino acids" /inference="protein motif:CDD:AbcC, ABC-type metal ion transport system, ATPase component [Inorganic ion transport and metabolism]" /inference="protein motif:CDD:ABCC_ATM1_transporter, ATM1 is an ABC transporter that is expressed in the mitochondria" /inference="protein motif:CDD:ABCC_bacteriocin_exporters, ABC-type bacteriocin exporters" /inference="protein motif:CDD:ABCC_CFTR2, The CFTR subfamily domain 2" /inference="protein motif:CDD:ABCC_cytochrome_bd, The CYD subfamily implicated in cytochrome bd biogenesis" /inference="protein motif:CDD:ABCC_Glucan_exporter_like, Glucan exporter ATP-binding protein" /inference="protein motif:CDD:ABCC_Hemolysin, The ABC-transporter hemolysin B is a central component of the secretion machinery that translocates the toxin, hemolysin A, in a Sec-independent fashion across both membranes of E" /inference="protein motif:CDD:ABCC_MRP_domain1, Domain 1 of the ABC subfamily C" /inference="protein motif:CDD:ABCC_MRP_domain2, Domain 2 of the ABC subfamily C" /inference="protein motif:CDD:ABCC_MRP_Like, The MRP (Mutidrug Resistance Protein)-like transporters are involved in drug, peptide, and lipid export" /inference="protein motif:CDD:ABCC_MsbA, MsbA is an essential ABC transporter, closely related to eukaryotic MDR proteins" /inference="protein motif:CDD:ABCC_NFT1, Domain 2 of NFT1 (New full-length MRP-type transporter 1)" /inference="protein motif:CDD:ABCC_Protease_Secretion, This family represents the ABC component of the protease secretion system PrtD, a 60-kDa integral membrane protein sharing 37% identity with HlyB, the ABC component of the alpha-hemolysin secretion pathway, in the C-terminal domain" /inference="protein motif:CDD:ABCC_TAP, TAP, the Transporter Associated with Antigen Processing" /inference="protein motif:CDD:ABCF_EF-3, ABCF_EF-3 Elongation factor 3 (EF-3) is a cytosolic protein required by fungal ribosomes for in vitro protein synthesis and for in vivo growth" /inference="protein motif:CDD:ABCG_EPDR, ABCG transporters are involved in eye pigment (EP) precursor transport, regulation of lipid-trafficking mechanisms, and pleiotropic drug resistance (DR)" /inference="protein motif:CDD:ABCG_White, The White subfamily represents ABC transporters homologous to the Drosophila white gene, which acts as a dimeric importer for eye pigment precursors" /inference="protein motif:CDD:AppF, ABC-type oligopeptide transport system, ATPase component [Amino acid transport and metabolism]" /inference="protein motif:CDD:ArpD, ABC-type protease/lipase transport system, ATPase and permease components [General function prediction only]" /inference="protein motif:CDD:ArtP, ABC-type arginine transport system, ATPase component [Amino acid transport and metabolism]" /inference="protein motif:CDD:ATM1, ABC-type transport system involved in Fe-S cluster assembly, permease and ATPase components [Posttranslational modification, protein turnover, chaperones]" /inference="protein motif:CDD:BtuD, ABC-type cobalamin transport system, ATPase component [Coenzyme metabolism]" /inference="protein motif:CDD:CbiO, ABC-type cobalt transport system, ATPase component [Inorganic ion transport and metabolism]" /inference="protein motif:CDD:CcmA, ABC-type multidrug transport system, ATPase component [Defense mechanisms]" /inference="protein motif:CDD:CcmA, ABC-type transport system involved in cytochrome c biogenesis, ATPase component [Posttranslational modification, protein turnover, chaperones]" /inference="protein motif:CDD:CeuD, ABC-type enterochelin transport system, ATPase component [Inorganic ion transport and metabolism]" /inference="protein motif:CDD:COG1123, ATPase components of various ABC-type transport systems, contain duplicated ATPase [General function prediction only]" /inference="protein motif:CDD:COG1245, Predicted ATPase, RNase L inhibitor (RLI) homolog [General function prediction only]" /inference="protein motif:CDD:COG3638, ABC-type phosphate/phosphonate transport system, ATPase component [Inorganic ion transport and metabolism]" /inference="protein motif:CDD:COG3845, ABC-type uncharacterized transport systems, ATPase components [General function prediction only]" /inference="protein motif:CDD:COG4136, ABC-type uncharacterized transport system, ATPase component [General function prediction only]" /inference="protein motif:CDD:COG4152, ABC-type uncharacterized transport system, ATPase component [General function prediction only]" /inference="protein motif:CDD:COG4172, ABC-type uncharacterized transport system, duplicated ATPase component [General function prediction only]" /inference="protein motif:CDD:COG4181, Predicted ABC-type transport system involved in lysophospholipase L1 biosynthesis, ATPase component [Secondary metabolites biosynthesis, transport, and catabolism]" /inference="protein motif:CDD:COG4559, ABC-type hemin transport system, ATPase component [Inorganic ion transport and metabolism]" /inference="protein motif:CDD:COG4586, ABC-type uncharacterized transport system, ATPase component [General function prediction only]" /inference="protein motif:CDD:COG4619, ABC-type uncharacterized transport system, ATPase component [General function prediction only]" /inference="protein motif:CDD:COG4674, Uncharacterized ABC-type transport system, ATPase component [General function prediction only]" /inference="protein motif:CDD:CydC, ABC-type transport system involved in cytochrome bd biosynthesis, fused ATPase and permease components [Energy production and conversion / Posttranslational modification, protein turnover, chaperones]" /inference="protein motif:CDD:CydD, ABC-type transport system involved in cytochrome bd biosynthesis, ATPase and permease components [Energy production and conversion / Posttranslational modification, protein turnover, chaperones]" /inference="protein motif:CDD:CysA, ABC-type sulfate/molybdate transport systems, ATPase component [Inorganic ion transport and metabolism]" /inference="protein motif:CDD:DppD, ABC-type dipeptide/oligopeptide/nickel transport system, ATPase component [Amino acid transport and metabolism / Inorganic ion transport and metabolism]" /inference="protein motif:CDD:DppF, ABC-type dipeptide/oligopeptide/nickel transport system, ATPase component [Amino acid transport and metabolism / Inorganic ion transport and metabolism]" /inference="protein motif:CDD:FepC, ABC-type cobalamin/Fe3+-siderophores transport systems, ATPase components [Inorganic ion transport and metabolism / Coenzyme metabolism]" /inference="protein motif:CDD:FtsE, Predicted ATPase involved in cell division [Cell division and chromosome partitioning]" /inference="protein motif:CDD:GlnQ, ABC-type polar amino acid transport system, ATPase component [Amino acid transport and metabolism]" /inference="protein motif:CDD:HisP, ABC-type histidine transport system, ATPase component [Amino acid transport and metabolism]" /inference="protein motif:CDD:LivF, ABC-type branched-chain amino acid transport systems, ATPase component [Amino acid transport and metabolism]" /inference="protein motif:CDD:LivG, ABC-type branched-chain amino acid transport systems, ATPase component [Amino acid transport and metabolism]" /inference="protein motif:CDD:MalK, ABC-type sugar transport systems, ATPase components [Carbohydrate transport and metabolism]" /inference="protein motif:CDD:MdlB, ABC-type multidrug transport system, ATPase and permease components [Defense mechanisms]" /inference="protein motif:CDD:MglA, ABC-type sugar transport system, ATPase component [Carbohydrate transport and metabolism]" /inference="protein motif:CDD:ModC, ABC-type molybdate transport system, ATPase component [Inorganic ion transport and metabolism]" /inference="protein motif:CDD:ModF, ABC-type molybdenum transport system, ATPase component/photorepair protein PhrA [Inorganic ion transport and metabolism]" /inference="protein motif:CDD:NatA, ABC-type Na+ transport system, ATPase component [Energy production and conversion / Inorganic ion transport and metabolism]" /inference="protein motif:CDD:OpuBA, ABC-type proline/glycine betaine transport systems, ATPase components [Amino acid transport and metabolism]" /inference="protein motif:CDD:PhnK, ABC-type phosphonate transport system, ATPase component [Inorganic ion transport and metabolism]" /inference="protein motif:CDD:PhnK, ABC-type uncharacterized transport system, ATPase component [General function prediction only]" /inference="protein motif:CDD:PhnL, ABC-type phosphonate transport system, ATPase component [Inorganic ion transport and metabolism]" /inference="protein motif:CDD:PotA, ABC-type spermidine/putrescine transport systems, ATPase components [Amino acid transport and metabolism]" /inference="protein motif:CDD:ProV, ABC-type proline/glycine betaine transport system, ATPase component [Amino acid transport and metabolism]" /inference="protein motif:CDD:PstB, ABC-type phosphate transport system, ATPase component [Inorganic ion transport and metabolism]" /inference="protein motif:CDD:PvdE, ABC-type siderophore export system, fused ATPase and permease components [Secondary metabolites biosynthesis, transport, and catabolism / Inorganic ion transport and metabolism]" /inference="protein motif:CDD:SalX, ABC-type antimicrobial peptide transport system, ATPase component [Defense mechanisms]" /inference="protein motif:CDD:SapD, ABC-type antimicrobial peptide transport system, ATPase component [Defense mechanisms]" /inference="protein motif:CDD:SapF, ABC-type antimicrobial peptide transport system, ATPase component [Defense mechanisms]" /inference="protein motif:CDD:SufC, ABC-type transport system involved in Fe-S cluster assembly, ATPase component [Posttranslational modification, protein turnover, chaperones]" /inference="protein motif:CDD:SunT, ABC-type bacteriocin/lantibiotic exporters, contain an N-terminal double-glycine peptidase domain [Defense mechanisms]" /inference="protein motif:CDD:TagH, ABC-type polysaccharide/polyol phosphate transport system, ATPase component [Carbohydrate transport and metabolism / Cell envelope biogenesis, outer membrane]" /inference="protein motif:CDD:TauB, ABC-type nitrate/sulfonate/bicarbonate transport system, ATPase component [Inorganic ion transport and metabolism]" /inference="protein motif:CDD:TauB, ABC-type taurine transport system, ATPase component [Inorganic ion transport and metabolism]" /inference="protein motif:CDD:ThiQ, ABC-type thiamine transport system, ATPase component [Coenzyme metabolism]" /inference="protein motif:CDD:Ttg2A, ABC-type transport system involved in resistance to organic solvents, ATPase component [Secondary metabolites biosynthesis, transport, and catabolism]" /inference="protein motif:CDD:Uup, ATPase components of ABC transporters with duplicated ATPase domains [General function prediction only]" /inference="protein motif:CDD:YhbG, ABC-type (unclassified) transport system, ATPase component [General function prediction only]" /inference="protein motif:CDD:ZnuC, ABC-type Mn/Zn transport systems, ATPase component [Inorganic ion transport and metabolism]" /inference="protein motif:COG:COG1131 ABC-type multidrug transport system, ATPase component; V Defense mechanisms" /inference="protein motif:Gene3D:G3D.3.40.50.300 no description" /inference="protein motif:HMMPanther:PTHR19222 ATP-BINDING CASSETTE TRANSPORTER" /inference="protein motif:HMMPanther:PTHR19222:SF87 ATP-BINDING CASSETTE TRANSPORTER-RELATED" /inference="protein motif:HMMPfam:PF00005 ABC_tran InterPro:IPR003439 ABC transporter related GO:Molecular Function:ATP binding (GO:0005524), Molecular Function:ATPase activity (GO:0016887)" /inference="protein motif:HMMSmart:SM00382 no description InterPro:IPR003593 AAA ATPase GO:Molecular Function:nucleotide binding (GO:0000166), Molecular Function:nucleoside-triphosphatase activity (GO:0017111)" /inference="protein motif:ProfileScan:PS50100 DA_BOX InterPro:IPR003439 ABC transporter related GO:Molecular Function:ATP binding (GO:0005524), Molecular Function:ATPase activity (GO:0016887)" /inference="protein motif:ProfileScan:PS50101 ATP_GTP_A2" /inference="protein motif:ProfileScan:PS50893 ABC_TRANSPORTER_2 InterPro:IPR003439 ABC transporter related GO:Molecular Function:ATP binding (GO:0005524), Molecular Function:ATPase activity (GO:0016887)" /inference="protein motif:ScanRegExp:PS00211 ABC_TRANSPORTER_1 InterPro:IPR003439 ABC transporter related GO:Molecular Function:ATP binding (GO:0005524), Molecular Function:ATPase activity (GO:0016887)" /inference="protein motif:superfamily:SSF52540 P-loop containing nucleoside triphosphate hydrolases" /codon_start=1 /transl_table=11 /product="ABC-type transport system, ATPase component, putative multidrug/lipooligosaccharide transporter" /protein_id="ACS33335.1" /translation="MPVIEVANVKKYYGEVRGVDGLSFSVEKGEIYGFLGPNGAGKTT TVKILVKIIKDYTGEVRVLGKDLREWGKEYYNKIGVSFEFPAVYSRLTARENLGFFAS FYKKHLDPTEVLKMVGLEEKADELVSGFSKGMKKKLDLARALLPDPEILFLDEPLEGL DPASARRIKDLLLEMRESGKTVFLTTHNMYVADELCDRVAFIVDGSIRLVDNPGELKV KMGKRLVKVEYVANGSVAVKEFPLENIGQNEEFLRVIREHEVRRINTEEPTLEEIFLK VTGRRLV" gene complement(784866..785135) /locus_tag="TGAM_0834" /note="tg0834" CDS complement(784866..785135) /locus_tag="TGAM_0834" /inference="protein motif:HMMPfam:PF04967 HTH_10 InterPro:IPR007050 Bacterio-opsin activator, HTH" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein" /protein_id="ACS33336.1" /translation="MELVEWGYGDTYFFLGSDVMKLVEIKFKEEVNPEEITKRLLEIP HVKDAKLIGKQLETLLLAYKSGYFDSPGRVTLRDLAEMLNSAPQR" gene 785304..785717 /gene="osmC-1" /locus_tag="TGAM_0835" /note="tg0835" CDS 785304..785717 /gene="osmC-1" /locus_tag="TGAM_0835" /inference="protein motif:CDD:COG1765, Predicted redox protein, regulator of disulfide bond formation [Posttranslational modification, protein turnover, chaperones]" /inference="protein motif:CDD:OsmC, OsmC-like protein" /inference="protein motif:COG:COG1765 Predicted redox protein, regulator of disulfide bond formation; O Posttranslational modification, protein turnover, chaperones" /inference="protein motif:HMMPfam:PF02566 OsmC InterPro:IPR003718 OsmC-like protein GO:Biological Process:response to stress (GO:0006950)" /inference="protein motif:superfamily:SSF82784 OsmC-like" /codon_start=1 /transl_table=11 /product="OsmC-like stress-induced protein (OsmC)" /protein_id="ACS33337.1" /translation="MERLEYNAELKWDGNVGSEAKVREFSFRIDTNTDGNNTGPNPTE YLLAAIGGCLTVNWGRLIKKMRLKVDGMEITVSGWRDRKEPQLREITYEVCIVTDEPE KKILRVKELAEKYGTVFNTVGAKKIKGKVEIIRPK" gene complement(785710..786450) /locus_tag="TGAM_0836" /note="tg0836" CDS complement(785710..786450) /locus_tag="TGAM_0836" /inference="protein motif:COG:COG0842 ABC-type multidrug transport system, permease component; V Defense mechanisms" /inference="protein motif:HMMPfam:PF01061 ABC2_membrane InterPro:IPR013525 ABC-2 type transporter" /inference="protein motif:ProfileScan:PS51012 ABC_TM2 InterPro:IPR000412 ABC-2 GO:Molecular Function:ATP binding (GO:0005524), Biological Process:transport (GO:0006810), Cellular Component:membrane (GO:0016020), Molecular Function:ATPase activity, coupled to transmembrane movement of substances (GO:0042626)" /note="6 probable transmembrane helices predicted by modhmm" /codon_start=1 /transl_table=11 /product="ABC-type multidrug transporter permease protein" /protein_id="ACS33338.1" /translation="MIETLKRSFAIAKKDMRIFYLKGPVVIMGLLFPFFLFLAFMIGR NLSGDHLLVGLTAMTAFFTSTAVGPTIIPWECRGRTFERLITAPVSLTTVLLGDFQAS LYFGLAITFAIAVPAMLYLSVRPAIWLFILSTLLAIGCFSAMTVLMSSYPPTDVPADV MMLSSLVKFSLLFISGIFVPIENLPAYGRWISLVSPLTYYVDALRHSLGSGYLPVWLD LLMLALFGLAFFLTGTAIHRKVLERRFT" gene complement(786443..787369) /locus_tag="TGAM_0837" /note="tg0837" CDS complement(786443..787369) /locus_tag="TGAM_0837" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:BlastProDom:PD000006 O58550_PYRHO_O58550; InterPro:IPR003439 ABC transporter related GO:Molecular Function:ATP binding (GO:0005524), Molecular Function:ATPase activity (GO:0016887)" /inference="protein motif:CDD:ABC_ATPase, ABC (ATP-binding cassette) transporter nucleotide-binding domain" /inference="protein motif:CDD:ABC_BcrA_bacitracin_resist, The BcrA subfamily represents ABC transporters involved in peptide antibiotic resistance" /inference="protein motif:CDD:ABC_Carb_Monos_I, This family represents the domain I of the carbohydrate uptake proteins that transport only monosaccharides (Monos)" /inference="protein motif:CDD:ABC_Carb_Monos_II, This family represents domain II of the carbohydrate uptake proteins that transport only monosaccharides (Monos)" /inference="protein motif:CDD:ABC_Carb_Solutes_like, ABC Carbohydrate and Solute Transporters-like subgroup" /inference="protein motif:CDD:ABC_CcmA_heme_exporter, CcmA, the ATP-binding component of the bacterial CcmAB transporter" /inference="protein motif:CDD:ABC_Class3, This class is comprised of all BPD (Binding Protein Dependent) systems that are largely represented in archaea and eubacteria and are primarily involved in scavenging solutes from the environment" /inference="protein motif:CDD:ABC_cobalt_CbiO_domain1, Domain I of the ABC component of a cobalt transport family found in bacteria, archaea, and eukaryota" /inference="protein motif:CDD:ABC_cobalt_CbiO_domain2, Domain II of the ABC component of a cobalt transport family found in bacteria, archaea, and eukaryota" /inference="protein motif:CDD:ABC_CysA_sulfate_importer, Part of the ABC transporter complex cysAWTP involved in sulfate import" /inference="protein motif:CDD:ABC_DR_subfamily_A, This family of ATP-binding proteins belongs to a multisubunit transporter involved in drug resistance (BcrA and DrrA), nodulation, lipid transport, and lantibiotic immunity" /inference="protein motif:CDD:ABC_DrrA, DrrA is the ATP-binding protein component of a bacterial exporter complex that confers resistance to the antibiotics daunorubicin and doxorubicin" /inference="protein motif:CDD:ABC_drug_resistance_like, ABC-type multidrug transport system, ATPase component" /inference="protein motif:CDD:ABC_FeS_Assembly, ABC-type transport system involved in Fe-S cluster assembly, ATPase component" /inference="protein motif:CDD:ABC_FtsE_transporter, FtsE is a hydrophilic nucleotide-binding protein that binds FtsX to form a heterodimeric ATP-binding cassette (ABC)-type transporter that associates with the bacterial inner membrane" /inference="protein motif:CDD:ABC_HisP_GlnQ_permeases, HisP and GlnQ are the ATP-binding components of the bacterial periplasmic histidine and glutamine permeases, repectively" /inference="protein motif:CDD:ABC_Iron-Siderophores_B12_Hemin, ABC transporters, involved in the uptake of siderophores, heme, and vitamin B12, are widely conserved in bacteria and archaea" /inference="protein motif:CDD:ABC_KpsT_Wzt, ABC_KpsT_Wzt The KpsT/Wzt ABC transporter subfamily is involved in extracellular polysaccharide export" /inference="protein motif:CDD:ABC_MalK_N, The N-terminal ATPase domain of the maltose transporter, MalK" /inference="protein motif:CDD:ABC_Metallic_Cations, ABC component of the metal-type transporters" /inference="protein motif:CDD:ABC_MetN_methionine_transporter, MetN (also known as YusC) is an ABC-type transporter encoded by metN of the metNPQ operon in Bacillus subtilis that is involved in methionine transport" /inference="protein motif:CDD:ABC_MJ0796_Lo1CDE_FtsE, This family is comprised of MJ0796 ATP-binding cassette, macrolide-specific ABC-type efflux carrier (MacAB), and proteins involved in cell division (FtsE), and release of liporoteins from the cytoplasmic membrane (LolCDE)" /inference="protein motif:CDD:ABC_Mj1267_LivG_branched, The Mj1267/LivG ABC transporter subfamily is involved in the transport of the hydrophobic amino acids leucine, isoleucine and valine" /inference="protein motif:CDD:ABC_ModC_like, Archeal protein closely related to ModC" /inference="protein motif:CDD:ABC_ModC_molybdenum_transporter, ModC is an ABC-type transporter and the ATPase component of a molybdate transport system that also includes the periplasmic binding protein ModA and the membrane protein ModB" /inference="protein motif:CDD:ABC_MTABC3_MDL1_MDL2, MTABC3 (also known as ABCB6) is a mitochondrial ATP-binding cassette protein involved in iron homeostasis and one of four ABC transporters expressed in the mitochondrial inner membrane, the other three being MDL1(ABC7), MDL2, and ATM1" /inference="protein motif:CDD:ABC_NatA_like, Similar in sequence to NatA, this is the ATPase component of a bacterial ABC-type Na+ transport system called NatAB, which catalyzes ATP-dependent electrogenic Na+ extrusion without mechanically coupled to proton or K+ uptake" /inference="protein motif:CDD:ABC_NatA_sodium_exporter, NatA is the ATPase component of a bacterial ABC-type Na+ transport system called NatAB, which catalyzes ATP-dependent electrogenic Na+ extrusion without mechanically coupled proton or K+ uptake" /inference="protein motif:CDD:ABC_NikE_OppD_transporters, The ABC transporter subfamily specific for the transport of dipeptides, oligopeptides (OppD), and nickel (NikDE)" /inference="protein motif:CDD:ABC_NrtD_SsuB_transporters, NrtD and SsuB are the ATP-binding subunits of the bacterial ABC-type nitrate and sulfonate transport systems, respectively" /inference="protein motif:CDD:ABC_OpuCA_Osmoprotection, OpuCA is a the ATP binding component of a bacterial solute transporter that serves a protective role to cells growing in a hyperosmolar environment" /inference="protein motif:CDD:ABC_Org_Solvent_Resistant, ABC (ATP-binding cassette) transport system involved in resistant to organic solvents" /inference="protein motif:CDD:ABC_PDR_domain2, The pleiotropic drug resistance-like (PDR) family of ATP-binding cassette (ABC) transporters" /inference="protein motif:CDD:ABC_PhnC_transporter, ABC-type phosphate/phosphonate transport system" /inference="protein motif:CDD:ABC_PotA_N, PotA is an ABC-type transporter and the ATPase component of the spermidine/putrescine-preferential uptake system consisting of PotA, -B, -C, and -D" /inference="protein motif:CDD:ABC_Pro_Gly_Bertaine, This family comprises the glycine betaine/L-proline ATP binding subunit in bacteria and its equivalents in archaea" /inference="protein motif:CDD:ABC_PstB_phosphate_transporter, Phosphate uptake is of fundamental importance in the cell physiology of bacteria because phosphate is required as a nutrient" /inference="protein motif:CDD:ABC_putative_ATPase, This subfamily is involved in drug resistance, nodulation, lipid transport, and bacteriocin and lantibiotic immunity" /inference="protein motif:CDD:ABC_RNaseL_inhibitor, The ABC ATPase RNase L inhibitor (RLI) is a key enzyme in ribosomal biogenesis, formation of translation preinitiation complexes, and assembly of HIV capsids" /inference="protein motif:CDD:ABC_RNaseL_inhibitor_domain1, The ATPase domain 1 of RNase L inhibitor" /inference="protein motif:CDD:ABC_RNaseL_inhibitor_domain2, The ATPase domain 2 of RNase L inhibitor" /inference="protein motif:CDD:ABC_subfamily_A, The ABCA subfamily mediates the transport of a variety of lipid compounds" /inference="protein motif:CDD:ABC_ThiQ_thiamine_transporter, ABC-type thiamine tranport system" /inference="protein motif:CDD:ABC_TM1139_LivF_branched, LivF (TM1139) is part of the LIV-I bacterial ABC-type two-component transport system that imports neutral, branched-chain amino acids" /inference="protein motif:CDD:ABC_tran, ABC transporter" /inference="protein motif:CDD:ABC_YhbG, The ABC transporters belonging to the YhbG family are similar to members of the Mj1267_LivG family, which is involved in the transport of branched-chain amino acids" /inference="protein motif:CDD:AbcC, ABC-type metal ion transport system, ATPase component [Inorganic ion transport and metabolism]" /inference="protein motif:CDD:ABCC_ATM1_transporter, ATM1 is an ABC transporter that is expressed in the mitochondria" /inference="protein motif:CDD:ABCC_bacteriocin_exporters, ABC-type bacteriocin exporters" /inference="protein motif:CDD:ABCC_cytochrome_bd, The CYD subfamily implicated in cytochrome bd biogenesis" /inference="protein motif:CDD:ABCC_Glucan_exporter_like, Glucan exporter ATP-binding protein" /inference="protein motif:CDD:ABCC_Hemolysin, The ABC-transporter hemolysin B is a central component of the secretion machinery that translocates the toxin, hemolysin A, in a Sec-independent fashion across both membranes of E" /inference="protein motif:CDD:ABCC_MRP_domain1, Domain 1 of the ABC subfamily C" /inference="protein motif:CDD:ABCC_MRP_domain2, Domain 2 of the ABC subfamily C" /inference="protein motif:CDD:ABCC_MRP_Like, The MRP (Mutidrug Resistance Protein)-like transporters are involved in drug, peptide, and lipid export" /inference="protein motif:CDD:ABCC_MsbA, MsbA is an essential ABC transporter, closely related to eukaryotic MDR proteins" /inference="protein motif:CDD:ABCC_NFT1, Domain 2 of NFT1 (New full-length MRP-type transporter 1)" /inference="protein motif:CDD:ABCC_Protease_Secretion, This family represents the ABC component of the protease secretion system PrtD, a 60-kDa integral membrane protein sharing 37% identity with HlyB, the ABC component of the alpha-hemolysin secretion pathway, in the C-terminal domain" /inference="protein motif:CDD:ABCC_TAP, TAP, the Transporter Associated with Antigen Processing" /inference="protein motif:CDD:ABCF_EF-3, ABCF_EF-3 Elongation factor 3 (EF-3) is a cytosolic protein required by fungal ribosomes for in vitro protein synthesis and for in vivo growth" /inference="protein motif:CDD:ABCG_EPDR, ABCG transporters are involved in eye pigment (EP) precursor transport, regulation of lipid-trafficking mechanisms, and pleiotropic drug resistance (DR)" /inference="protein motif:CDD:ABCG_White, The White subfamily represents ABC transporters homologous to the Drosophila white gene, which acts as a dimeric importer for eye pigment precursors" /inference="protein motif:CDD:AppF, ABC-type oligopeptide transport system, ATPase component [Amino acid transport and metabolism]" /inference="protein motif:CDD:ArpD, ABC-type protease/lipase transport system, ATPase and permease components [General function prediction only]" /inference="protein motif:CDD:ArtP, ABC-type arginine transport system, ATPase component [Amino acid transport and metabolism]" /inference="protein motif:CDD:ATM1, ABC-type transport system involved in Fe-S cluster assembly, permease and ATPase components [Posttranslational modification, protein turnover, chaperones]" /inference="protein motif:CDD:BtuD, ABC-type cobalamin transport system, ATPase component [Coenzyme metabolism]" /inference="protein motif:CDD:CbiO, ABC-type cobalt transport system, ATPase component [Inorganic ion transport and metabolism]" /inference="protein motif:CDD:CcmA, ABC-type multidrug transport system, ATPase component [Defense mechanisms]" /inference="protein motif:CDD:CcmA, ABC-type transport system involved in cytochrome c biogenesis, ATPase component [Posttranslational modification, protein turnover, chaperones]" /inference="protein motif:CDD:CeuD, ABC-type enterochelin transport system, ATPase component [Inorganic ion transport and metabolism]" /inference="protein motif:CDD:COG1123, ATPase components of various ABC-type transport systems, contain duplicated ATPase [General function prediction only]" /inference="protein motif:CDD:COG1245, Predicted ATPase, RNase L inhibitor (RLI) homolog [General function prediction only]" /inference="protein motif:CDD:COG3638, ABC-type phosphate/phosphonate transport system, ATPase component [Inorganic ion transport and metabolism]" /inference="protein motif:CDD:COG3845, ABC-type uncharacterized transport systems, ATPase components [General function prediction only]" /inference="protein motif:CDD:COG4136, ABC-type uncharacterized transport system, ATPase component [General function prediction only]" /inference="protein motif:CDD:COG4152, ABC-type uncharacterized transport system, ATPase component [General function prediction only]" /inference="protein motif:CDD:COG4172, ABC-type uncharacterized transport system, duplicated ATPase component [General function prediction only]" /inference="protein motif:CDD:COG4178, ABC-type uncharacterized transport system, permease and ATPase components [General function prediction only]" /inference="protein motif:CDD:COG4181, Predicted ABC-type transport system involved in lysophospholipase L1 biosynthesis, ATPase component [Secondary metabolites biosynthesis, transport, and catabolism]" /inference="protein motif:CDD:COG4559, ABC-type hemin transport system, ATPase component [Inorganic ion transport and metabolism]" /inference="protein motif:CDD:COG4586, ABC-type uncharacterized transport system, ATPase component [General function prediction only]" /inference="protein motif:CDD:COG4619, ABC-type uncharacterized transport system, ATPase component [General function prediction only]" /inference="protein motif:CDD:COG4674, Uncharacterized ABC-type transport system, ATPase component [General function prediction only]" /inference="protein motif:CDD:CydC, ABC-type transport system involved in cytochrome bd biosynthesis, fused ATPase and permease components [Energy production and conversion / Posttranslational modification, protein turnover, chaperones]" /inference="protein motif:CDD:CydD, ABC-type transport system involved in cytochrome bd biosynthesis, ATPase and permease components [Energy production and conversion / Posttranslational modification, protein turnover, chaperones]" /inference="protein motif:CDD:CysA, ABC-type sulfate/molybdate transport systems, ATPase component [Inorganic ion transport and metabolism]" /inference="protein motif:CDD:DppD, ABC-type dipeptide/oligopeptide/nickel transport system, ATPase component [Amino acid transport and metabolism / Inorganic ion transport and metabolism]" /inference="protein motif:CDD:DppF, ABC-type dipeptide/oligopeptide/nickel transport system, ATPase component [Amino acid transport and metabolism / Inorganic ion transport and metabolism]" /inference="protein motif:CDD:FepC, ABC-type cobalamin/Fe3+-siderophores transport systems, ATPase components [Inorganic ion transport and metabolism / Coenzyme metabolism]" /inference="protein motif:CDD:FtsE, Predicted ATPase involved in cell division [Cell division and chromosome partitioning]" /inference="protein motif:CDD:GlnQ, ABC-type polar amino acid transport system, ATPase component [Amino acid transport and metabolism]" /inference="protein motif:CDD:HisP, ABC-type histidine transport system, ATPase component [Amino acid transport and metabolism]" /inference="protein motif:CDD:LivF, ABC-type branched-chain amino acid transport systems, ATPase component [Amino acid transport and metabolism]" /inference="protein motif:CDD:LivG, ABC-type branched-chain amino acid transport systems, ATPase component [Amino acid transport and metabolism]" /inference="protein motif:CDD:MalK, ABC-type sugar transport systems, ATPase components [Carbohydrate transport and metabolism]" /inference="protein motif:CDD:MdlB, ABC-type multidrug transport system, ATPase and permease components [Defense mechanisms]" /inference="protein motif:CDD:MglA, ABC-type sugar transport system, ATPase component [Carbohydrate transport and metabolism]" /inference="protein motif:CDD:ModC, ABC-type molybdate transport system, ATPase component [Inorganic ion transport and metabolism]" /inference="protein motif:CDD:ModF, ABC-type molybdenum transport system, ATPase component/photorepair protein PhrA [Inorganic ion transport and metabolism]" /inference="protein motif:CDD:NatA, ABC-type Na+ transport system, ATPase component [Energy production and conversion / Inorganic ion transport and metabolism]" /inference="protein motif:CDD:OpuBA, ABC-type proline/glycine betaine transport systems, ATPase components [Amino acid transport and metabolism]" /inference="protein motif:CDD:PhnK, ABC-type phosphonate transport system, ATPase component [Inorganic ion transport and metabolism]" /inference="protein motif:CDD:PhnK, ABC-type uncharacterized transport system, ATPase component [General function prediction only]" /inference="protein motif:CDD:PhnL, ABC-type phosphonate transport system, ATPase component [Inorganic ion transport and metabolism]" /inference="protein motif:CDD:PotA, ABC-type spermidine/putrescine transport systems, ATPase components [Amino acid transport and metabolism]" /inference="protein motif:CDD:ProV, ABC-type proline/glycine betaine transport system, ATPase component [Amino acid transport and metabolism]" /inference="protein motif:CDD:PstB, ABC-type phosphate transport system, ATPase component [Inorganic ion transport and metabolism]" /inference="protein motif:CDD:PvdE, ABC-type siderophore export system, fused ATPase and permease components [Secondary metabolites biosynthesis, transport, and catabolism / Inorganic ion transport and metabolism]" /inference="protein motif:CDD:SalX, ABC-type antimicrobial peptide transport system, ATPase component [Defense mechanisms]" /inference="protein motif:CDD:SapD, ABC-type antimicrobial peptide transport system, ATPase component [Defense mechanisms]" /inference="protein motif:CDD:SapF, ABC-type antimicrobial peptide transport system, ATPase component [Defense mechanisms]" /inference="protein motif:CDD:SufC, ABC-type transport system involved in Fe-S cluster assembly, ATPase component [Posttranslational modification, protein turnover, chaperones]" /inference="protein motif:CDD:SunT, ABC-type bacteriocin/lantibiotic exporters, contain an N-terminal double-glycine peptidase domain [Defense mechanisms]" /inference="protein motif:CDD:TagH, ABC-type polysaccharide/polyol phosphate transport system, ATPase component [Carbohydrate transport and metabolism / Cell envelope biogenesis, outer membrane]" /inference="protein motif:CDD:TauB, ABC-type nitrate/sulfonate/bicarbonate transport system, ATPase component [Inorganic ion transport and metabolism]" /inference="protein motif:CDD:TauB, ABC-type taurine transport system, ATPase component [Inorganic ion transport and metabolism]" /inference="protein motif:CDD:ThiQ, ABC-type thiamine transport system, ATPase component [Coenzyme metabolism]" /inference="protein motif:CDD:Ttg2A, ABC-type transport system involved in resistance to organic solvents, ATPase component [Secondary metabolites biosynthesis, transport, and catabolism]" /inference="protein motif:CDD:Uup, ATPase components of ABC transporters with duplicated ATPase domains [General function prediction only]" /inference="protein motif:CDD:YhbG, ABC-type (unclassified) transport system, ATPase component [General function prediction only]" /inference="protein motif:CDD:ZnuC, ABC-type Mn/Zn transport systems, ATPase component [Inorganic ion transport and metabolism]" /inference="protein motif:COG:COG1131 ABC-type multidrug transport system, ATPase component; V Defense mechanisms" /inference="protein motif:Gene3D:G3D.3.40.50.300 no description" /inference="protein motif:HMMPanther:PTHR19222 ATP-BINDING CASSETTE TRANSPORTER" /inference="protein motif:HMMPanther:PTHR19222:SF96 ATP-BINDING CASSETTE TRANSPORTER" /inference="protein motif:HMMPfam:PF00005 ABC_tran InterPro:IPR003439 ABC transporter related GO:Molecular Function:ATP binding (GO:0005524), Molecular Function:ATPase activity (GO:0016887)" /inference="protein motif:HMMSmart:SM00382 no description InterPro:IPR003593 AAA ATPase GO:Molecular Function:nucleotide binding (GO:0000166), Molecular Function:nucleoside-triphosphatase activity (GO:0017111)" /inference="protein motif:HMMTigr:TIGR01188 drrA:daunorubicin resistance ABC transporte InterPro:IPR005894 Daunorubicin resistance ABC transporter ATP-binding subunit GO:Molecular Function:ATP binding (GO:0005524), Molecular Function:drug transporter activity (GO:0015238), Biological Process:drug transport (GO:0015893)" /inference="protein motif:ProfileScan:PS50100 DA_BOX InterPro:IPR003439 ABC transporter related GO:Molecular Function:ATP binding (GO:0005524), Molecular Function:ATPase activity (GO:0016887)" /inference="protein motif:ProfileScan:PS50101 ATP_GTP_A2" /inference="protein motif:ProfileScan:PS50893 ABC_TRANSPORTER_2 InterPro:IPR003439 ABC transporter related GO:Molecular Function:ATP binding (GO:0005524), Molecular Function:ATPase activity (GO:0016887)" /inference="protein motif:ScanRegExp:PS00211 ABC_TRANSPORTER_1 InterPro:IPR003439 ABC transporter related GO:Molecular Function:ATP binding (GO:0005524), Molecular Function:ATPase activity (GO:0016887)" /inference="protein motif:superfamily:SSF52540 P-loop containing nucleoside triphosphate hydrolases" /codon_start=1 /transl_table=11 /product="ABC-type transport system, ATPase component, putative multidrug/lipooligosaccharide transporter" /protein_id="ACS33339.1" /translation="MKAIEVVGLTKYYGSFLAVDNVSFEVRKGEIFGFLGPNGAGKTT TVRTITGILRPNSGEIRVLGYDMLDEREKIRARERTGIVPEMANPYVDLTAMQNLRLM GELYGMGRREIERRSVELLKLFDLYEKRNVKVKAFSKGMKQRLILAMAMISDPELLIL DEPTSGLDVLSARLIKDVIREEKRKGKTIFMTTHNMVDANELCERIGIIRKGRLIAID TPEKLKQLVKGSVSVEVSFEPMKLDPSEIASATRVELMGDKARVFTNDPDATVKELVH YAERNNLRIVSLKTLSPSLEDVFIKLVGEGND" gene complement(787446..788453) /locus_tag="TGAM_0838" /note="tg0838" CDS complement(787446..788453) /locus_tag="TGAM_0838" /inference="protein motif:CDD:ACR3, Arsenite efflux pump ACR3 and related permeases [Inorganic ion transport and metabolism]" /inference="protein motif:CDD:COG0385, Predicted Na+-dependent transporter [General function prediction only]" /inference="protein motif:CDD:SBF, Sodium Bile acid symporter family" /inference="protein motif:COG:COG0798 Arsenite efflux pump ACR3 and related permeases; P Inorganic ion transport and metabolism" /inference="protein motif:HMMPfam:PF01758 SBF InterPro:IPR002657 Bile acid:sodium symporter GO:Biological Process:sodium ion transport (GO:0006814), Molecular Function:bile acid:sodium symporter activity (GO:0008508), Cellular Component:membrane (GO:0016020)" /note="10 probable transmembrane helices predicted by modhmm" /codon_start=1 /transl_table=11 /product="Sodium symporter, putative arsenite efflux pump ACR3" /protein_id="ACS33340.1" /translation="MVEMKIVKFLKDKMIYIVFTLIILSSYAGVHHRDVFLSLKWTLP IALFMMLFQPMVFMDIKKAFATRTEIKTKYLIAVTAFYVIIFPALTWLLIKFWLAVMP NTDPRLLAGIVLISLAPLPSSAPAFTNLAGGKFQLTLVGVVWTFVLSLFVMPVYAKLL LHTLIKVPTWLLLKSLVLYIIVPLVAGQLTKYAVLRWKGKDALMKLKEPLVGLSLLGM YWMITVVFGINGKIIAEKPEVIVVGALIMNAYFLTRAAIAYFTGKALGFPLEHIISLV YSTGSNMTLATAMAIGTFGPLAAVGTALGGPFSDMILMILFVRLFALLRAKSVSGEDE T" gene complement(788476..788817) /locus_tag="TGAM_0839" /note="tg0839" CDS complement(788476..788817) /locus_tag="TGAM_0839" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein" /protein_id="ACS33341.1" /translation="MSKKKEVVEMPFGVPGWKWKVGRFGYVMGNEPSYEEIKAKAKAL LEKATKGPAWHCRCGTFHVPLLVDGEIVGELWEDVEPRELEVGAYWHGKWGTKVQLVK DGRVVGLLWLA" gene complement(788830..789669) /locus_tag="TGAM_0840" /note="tg0840" CDS complement(788830..789669) /locus_tag="TGAM_0840" /inference="protein motif:COG:COG0730 Predicted permeases; R General function prediction only" /inference="protein motif:HMMPfam:PF01925 DUF81 InterPro:IPR002781 Protein of unknown function DUF81" /note="Belongs to DUF81 family; 9 probable transmembrane helices predicted by modhmm" /codon_start=1 /transl_table=11 /product="Predicted permease" /protein_id="ACS33342.1" /translation="MFGMVILTYILASVFAIAGMGAAGVLIPNYIAMGLGVHAAMLLG LTQNTAELTVATAMNWKKGLIEWRKVARVLVPAALFVPLGAYVNVHIPRVLVLVVFAL FLLFALYRMLSSGMAEGDDGWKIYALGAVEGFTAGLIGMDAAPIALIAFSYLFRNPKK VSANTAATALGVSGVTLLTYVLLLPKIPIAIETLAAVGTAGFLGGITGSLLMHRIKPL YVRYTMLAILSLALVEIVMKIFEANVPETLHVLSVEAVVGGFLAFLYGMGRRMARRPS PAP" gene 789796..790134 /locus_tag="TGAM_0841" /note="tg0841" CDS 789796..790134 /locus_tag="TGAM_0841" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:COG:COG0640 Predicted transcriptional regulators; K Transcription" /inference="protein motif:Gene3D:G3D.1.10.10.10 no description InterPro:IPR011991 Winged helix repressor DNA-binding" /inference="protein motif:HMMPfam:PF01022 HTH_5 InterPro:IPR001845 Bacterial regulatory protein, ArsR GO:Molecular Function:transcription factor activity (GO:0003700), Cellular Component:intracellular (GO:0005622), Biological Process:regulation of transcription, DNA-dependent (GO:0006355)" /inference="protein motif:superfamily:SSF46785 'Winged helix' DNA-binding domain" /codon_start=1 /transl_table=11 /product="DNA-binding protein" /protein_id="ACS33343.1" /translation="MVKVPKWMMGDMAVLKNLMMTLKPLMAEPRRSIIRILSDGIKGT NEIYQALQERGLNMPRSTLYYHLSALEDMGIIEMAGYREVGGGAPEKLWKLKVRKVGI DLVTGEIFRE" gene 790225..790611 /locus_tag="TGAM_0842" /note="tg0842" CDS 790225..790611 /locus_tag="TGAM_0842" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:COG1433, Uncharacterized conserved protein [Function unknown]" /inference="protein motif:CDD:MTH1175, This uncharacterized conserved protein belongs to a family of iron-molybdenum cluster-binding proteins that includes NifX, NifB, and NifY, all of which are involved in the synthesis of an iron-molybdenum cofactor (FeMo-co) that binds the active site of the dinitrogenase enzyme" /inference="protein motif:CDD:NifX_NifB, This CD represents a family of iron-molybdenum cluster-binding proteins that includes NifB, NifX, and NifY, all of which are involved in the synthesis of an iron-molybdenum cofactor (FeMo-co) that binds the active site of the dinitrogenase enzyme" /inference="protein motif:CDD:Nitro_FeMo-Co, Dinitrogenase iron-molybdenum cofactor" /inference="protein motif:COG:COG1433 Uncharacterized conserved protein; S Function unknown" /inference="protein motif:HMMPfam:PF02579 Nitro_FeMo-Co InterPro:IPR003731 Dinitrogenase iron-molybdenum cofactor biosynthesis" /inference="protein motif:superfamily:SSF53146 MTH1175-like" /codon_start=1 /transl_table=11 /product="Dinitrogenase iron-molybdenum cofactor, NIF B/Y/X related" /protein_id="ACS33344.1" /translation="MRIAVPAVDDRGLESEVSGHFGRARYFVFVDVEDGEIKDFEVVE VPFEEHGPGDLPRFVKEHGGEVVIAYGMGQRAISFFNELGIEVVTGAYGKIRDVVEAF IHQVLEVDPHWKEKIEREKEREGHRH" gene 790675..791679 /gene="tehA" /locus_tag="TGAM_0843" /gene_synonym="mae1-1" /note="tg0843" CDS 790675..791679 /gene="tehA" /locus_tag="TGAM_0843" /gene_synonym="mae1-1" /inference="protein motif:CDD:C4dic_mal_tran, C4-dicarboxylate transporter/malic acid transport protein" /inference="protein motif:CDD:TehA, Tellurite resistance protein and related permeases [Inorganic ion transport and metabolism]" /inference="protein motif:COG:COG1275 Tellurite resistance protein and related permeases; P Inorganic ion transport and metabolism" /inference="protein motif:HMMPfam:PF03595 C4dic_mal_tran InterPro:IPR004695 C4-dicarboxylate transporter/malic acid transport protein GO:Cellular Component:integral to membrane (GO:0016021)" /inference="protein motif:HMMTigr:TIGR00816 tdt:C4-dicarboxylate transporter/malic acid InterPro:IPR011552 Tellurite resistance protein TehA GO:Cellular Component:integral to membrane (GO:0016021)" /note="10 probable transmembrane helices predicted by modhmm" /codon_start=1 /transl_table=11 /product="C4-dicarboxylate transporter/malic acid transport protein (TehA/Mae1)" /protein_id="ACS33345.1" /translation="MKVSVKDFAPSWFASVMGTGALALASKAYSSRIPALGGLAEFLV YFNTLLFFILLIPWLLRWVKYTENALEDLKHPMVSHFYGTIAVAMLVLSADYLFILKK TAIAKAFWIPGAVLTIFFALLIPYLMFVEKEIDLKSVTPAWFIPPVGLIVIPMSGAAL ISSFSGTFREVAYAVNYFAWGAGFFLYLGLFAIVFFRFIRHEPMPCGMAPAVWINLGP IGAGTSTLYALVKASDFLTVKEPFFAFGLILWGFGVWWLAMAIIMTLYYIRNLRLPYS LAWWAFIFPLGAYVGATHNVGTAFGIGVIDGFGFALYWLLLTIWLVTGLKTAKHVLLE " gene complement(791688..792665) /gene="sufBD-2" /locus_tag="TGAM_0844" /note="tg0844" CDS complement(791688..792665) /gene="sufBD-2" /locus_tag="TGAM_0844" /inference="protein motif:CDD:UPF0051, Uncharacterized protein family (UPF0051)" /inference="protein motif:COG:COG0719 ABC-type transport system involved in Fe-S cluster assembly, permease component; O Posttranslational modification, protein turnover, chaperones" /inference="protein motif:HMMPfam:PF01458 UPF0051 InterPro:IPR000825 SufBD GO:Molecular Function:molecular function unknown (GO:0005554)" /codon_start=1 /transl_table=11 /product="Fe-S cluster containing protein, SufBD related (sufBD)" /protein_id="ACS33346.1" /translation="MLLCGGLSMAIKVDLTREYEALVEAYQREGLDTSLFGDRIAAII ISGDKIIGLNNVPGVEIRGEEIENGVRAEVKIAEGVELPFPIHLCTGYLKSEGYQRVI FDINVGKNSKVRFTSHCIFPYAKDFTHEAITRIKIGEGSSVLYDDEHVHGEGVRMVGK TEVEVGKNARYTGKFTLTKHRAKELKLEMVARLGERAVLELETKVKAVKDDCVEMKEV AYLEGAHSRANLRSTAIAFDRAKVNVINEAYGFGDYAKGHVECHEIVKGDADVQTVPL LRVKNEKAELTHEASIGRINEAQLIQLMAKGLTEDEAAELIIKGLLGEW" gene complement(792644..793348) /locus_tag="TGAM_0845" /note="tg0845" CDS complement(792644..793348) /locus_tag="TGAM_0845" /inference="protein motif:BlastProDom:PD000006 O58612_PYRHO_O58612; InterPro:IPR003439 ABC transporter related GO:Molecular Function:ATP binding (GO:0005524), Molecular Function:ATPase activity (GO:0016887)" /inference="protein motif:CDD:ABC_ATPase, ABC (ATP-binding cassette) transporter nucleotide-binding domain" /inference="protein motif:CDD:ABC_BcrA_bacitracin_resist, The BcrA subfamily represents ABC transporters involved in peptide antibiotic resistance" /inference="protein motif:CDD:ABC_Carb_Monos_I, This family represents the domain I of the carbohydrate uptake proteins that transport only monosaccharides (Monos)" /inference="protein motif:CDD:ABC_Carb_Monos_II, This family represents domain II of the carbohydrate uptake proteins that transport only monosaccharides (Monos)" /inference="protein motif:CDD:ABC_Carb_Solutes_like, ABC Carbohydrate and Solute Transporters-like subgroup" /inference="protein motif:CDD:ABC_CcmA_heme_exporter, CcmA, the ATP-binding component of the bacterial CcmAB transporter" /inference="protein motif:CDD:ABC_Class2, ABC-type Class 2 contains systems involved in cellular processes other than transport" /inference="protein motif:CDD:ABC_Class3, This class is comprised of all BPD (Binding Protein Dependent) systems that are largely represented in archaea and eubacteria and are primarily involved in scavenging solutes from the environment" /inference="protein motif:CDD:ABC_cobalt_CbiO_domain1, Domain I of the ABC component of a cobalt transport family found in bacteria, archaea, and eukaryota" /inference="protein motif:CDD:ABC_cobalt_CbiO_domain2, Domain II of the ABC component of a cobalt transport family found in bacteria, archaea, and eukaryota" /inference="protein motif:CDD:ABC_CysA_sulfate_importer, Part of the ABC transporter complex cysAWTP involved in sulfate import" /inference="protein motif:CDD:ABC_DR_subfamily_A, This family of ATP-binding proteins belongs to a multisubunit transporter involved in drug resistance (BcrA and DrrA), nodulation, lipid transport, and lantibiotic immunity" /inference="protein motif:CDD:ABC_DrrA, DrrA is the ATP-binding protein component of a bacterial exporter complex that confers resistance to the antibiotics daunorubicin and doxorubicin" /inference="protein motif:CDD:ABC_drug_resistance_like, ABC-type multidrug transport system, ATPase component" /inference="protein motif:CDD:ABC_FeS_Assembly, ABC-type transport system involved in Fe-S cluster assembly, ATPase component" /inference="protein motif:CDD:ABC_FtsE_transporter, FtsE is a hydrophilic nucleotide-binding protein that binds FtsX to form a heterodimeric ATP-binding cassette (ABC)-type transporter that associates with the bacterial inner membrane" /inference="protein motif:CDD:ABC_HisP_GlnQ_permeases, HisP and GlnQ are the ATP-binding components of the bacterial periplasmic histidine and glutamine permeases, repectively" /inference="protein motif:CDD:ABC_Iron-Siderophores_B12_Hemin, ABC transporters, involved in the uptake of siderophores, heme, and vitamin B12, are widely conserved in bacteria and archaea" /inference="protein motif:CDD:ABC_KpsT_Wzt, ABC_KpsT_Wzt The KpsT/Wzt ABC transporter subfamily is involved in extracellular polysaccharide export" /inference="protein motif:CDD:ABC_MalK_N, The N-terminal ATPase domain of the maltose transporter, MalK" /inference="protein motif:CDD:ABC_Metallic_Cations, ABC component of the metal-type transporters" /inference="protein motif:CDD:ABC_MetN_methionine_transporter, MetN (also known as YusC) is an ABC-type transporter encoded by metN of the metNPQ operon in Bacillus subtilis that is involved in methionine transport" /inference="protein motif:CDD:ABC_MJ0796_Lo1CDE_FtsE, This family is comprised of MJ0796 ATP-binding cassette, macrolide-specific ABC-type efflux carrier (MacAB), and proteins involved in cell division (FtsE), and release of liporoteins from the cytoplasmic membrane (LolCDE)" /inference="protein motif:CDD:ABC_Mj1267_LivG_branched, The Mj1267/LivG ABC transporter subfamily is involved in the transport of the hydrophobic amino acids leucine, isoleucine and valine" /inference="protein motif:CDD:ABC_ModC_like, Archeal protein closely related to ModC" /inference="protein motif:CDD:ABC_ModC_molybdenum_transporter, ModC is an ABC-type transporter and the ATPase component of a molybdate transport system that also includes the periplasmic binding protein ModA and the membrane protein ModB" /inference="protein motif:CDD:ABC_MTABC3_MDL1_MDL2, MTABC3 (also known as ABCB6) is a mitochondrial ATP-binding cassette protein involved in iron homeostasis and one of four ABC transporters expressed in the mitochondrial inner membrane, the other three being MDL1(ABC7), MDL2, and ATM1" /inference="protein motif:CDD:ABC_NatA_like, Similar in sequence to NatA, this is the ATPase component of a bacterial ABC-type Na+ transport system called NatAB, which catalyzes ATP-dependent electrogenic Na+ extrusion without mechanically coupled to proton or K+ uptake" /inference="protein motif:CDD:ABC_NatA_sodium_exporter, NatA is the ATPase component of a bacterial ABC-type Na+ transport system called NatAB, which catalyzes ATP-dependent electrogenic Na+ extrusion without mechanically coupled proton or K+ uptake" /inference="protein motif:CDD:ABC_NikE_OppD_transporters, The ABC transporter subfamily specific for the transport of dipeptides, oligopeptides (OppD), and nickel (NikDE)" /inference="protein motif:CDD:ABC_NrtD_SsuB_transporters, NrtD and SsuB are the ATP-binding subunits of the bacterial ABC-type nitrate and sulfonate transport systems, respectively" /inference="protein motif:CDD:ABC_OpuCA_Osmoprotection, OpuCA is a the ATP binding component of a bacterial solute transporter that serves a protective role to cells growing in a hyperosmolar environment" /inference="protein motif:CDD:ABC_Org_Solvent_Resistant, ABC (ATP-binding cassette) transport system involved in resistant to organic solvents" /inference="protein motif:CDD:ABC_PDR_domain2, The pleiotropic drug resistance-like (PDR) family of ATP-binding cassette (ABC) transporters" /inference="protein motif:CDD:ABC_PhnC_transporter, ABC-type phosphate/phosphonate transport system" /inference="protein motif:CDD:ABC_PotA_N, PotA is an ABC-type transporter and the ATPase component of the spermidine/putrescine-preferential uptake system consisting of PotA, -B, -C, and -D" /inference="protein motif:CDD:ABC_Pro_Gly_Bertaine, This family comprises the glycine betaine/L-proline ATP binding subunit in bacteria and its equivalents in archaea" /inference="protein motif:CDD:ABC_PstB_phosphate_transporter, Phosphate uptake is of fundamental importance in the cell physiology of bacteria because phosphate is required as a nutrient" /inference="protein motif:CDD:ABC_putative_ATPase, This subfamily is involved in drug resistance, nodulation, lipid transport, and bacteriocin and lantibiotic immunity" /inference="protein motif:CDD:ABC_RNaseL_inhibitor_domain2, The ATPase domain 2 of RNase L inhibitor" /inference="protein motif:CDD:ABC_subfamily_A, The ABCA subfamily mediates the transport of a variety of lipid compounds" /inference="protein motif:CDD:ABC_ThiQ_thiamine_transporter, ABC-type thiamine tranport system" /inference="protein motif:CDD:ABC_TM1139_LivF_branched, LivF (TM1139) is part of the LIV-I bacterial ABC-type two-component transport system that imports neutral, branched-chain amino acids" /inference="protein motif:CDD:ABC_tran, ABC transporter" /inference="protein motif:CDD:ABC_YhbG, The ABC transporters belonging to the YhbG family are similar to members of the Mj1267_LivG family, which is involved in the transport of branched-chain amino acids" /inference="protein motif:CDD:AbcC, ABC-type metal ion transport system, ATPase component [Inorganic ion transport and metabolism]" /inference="protein motif:CDD:ABCC_ATM1_transporter, ATM1 is an ABC transporter that is expressed in the mitochondria" /inference="protein motif:CDD:ABCC_bacteriocin_exporters, ABC-type bacteriocin exporters" /inference="protein motif:CDD:ABCC_cytochrome_bd, The CYD subfamily implicated in cytochrome bd biogenesis" /inference="protein motif:CDD:ABCC_Glucan_exporter_like, Glucan exporter ATP-binding protein" /inference="protein motif:CDD:ABCC_Hemolysin, The ABC-transporter hemolysin B is a central component of the secretion machinery that translocates the toxin, hemolysin A, in a Sec-independent fashion across both membranes of E" /inference="protein motif:CDD:ABCC_MRP_domain1, Domain 1 of the ABC subfamily C" /inference="protein motif:CDD:ABCC_MRP_domain2, Domain 2 of the ABC subfamily C" /inference="protein motif:CDD:ABCC_MRP_Like, The MRP (Mutidrug Resistance Protein)-like transporters are involved in drug, peptide, and lipid export" /inference="protein motif:CDD:ABCC_MsbA, MsbA is an essential ABC transporter, closely related to eukaryotic MDR proteins" /inference="protein motif:CDD:ABCC_NFT1, Domain 2 of NFT1 (New full-length MRP-type transporter 1)" /inference="protein motif:CDD:ABCC_Protease_Secretion, This family represents the ABC component of the protease secretion system PrtD, a 60-kDa integral membrane protein sharing 37% identity with HlyB, the ABC component of the alpha-hemolysin secretion pathway, in the C-terminal domain" /inference="protein motif:CDD:ABCC_TAP, TAP, the Transporter Associated with Antigen Processing" /inference="protein motif:CDD:ABCD_peroxisomal_ALDP, Peroxisomal ATP-binding cassette transporter (Pat) is involved in the import of very long-chain fatty acids (VLCFA) into the peroxisome" /inference="protein motif:CDD:ABCG_EPDR, ABCG transporters are involved in eye pigment (EP) precursor transport, regulation of lipid-trafficking mechanisms, and pleiotropic drug resistance (DR)" /inference="protein motif:CDD:ABCG_White, The White subfamily represents ABC transporters homologous to the Drosophila white gene, which acts as a dimeric importer for eye pigment precursors" /inference="protein motif:CDD:AppF, ABC-type oligopeptide transport system, ATPase component [Amino acid transport and metabolism]" /inference="protein motif:CDD:ArpD, ABC-type protease/lipase transport system, ATPase and permease components [General function prediction only]" /inference="protein motif:CDD:ArtP, ABC-type arginine transport system, ATPase component [Amino acid transport and metabolism]" /inference="protein motif:CDD:ATM1, ABC-type transport system involved in Fe-S cluster assembly, permease and ATPase components [Posttranslational modification, protein turnover, chaperones]" /inference="protein motif:CDD:BtuD, ABC-type cobalamin transport system, ATPase component [Coenzyme metabolism]" /inference="protein motif:CDD:CbiO, ABC-type cobalt transport system, ATPase component [Inorganic ion transport and metabolism]" /inference="protein motif:CDD:CcmA, ABC-type multidrug transport system, ATPase component [Defense mechanisms]" /inference="protein motif:CDD:CcmA, ABC-type transport system involved in cytochrome c biogenesis, ATPase component [Posttranslational modification, protein turnover, chaperones]" /inference="protein motif:CDD:CeuD, ABC-type enterochelin transport system, ATPase component [Inorganic ion transport and metabolism]" /inference="protein motif:CDD:COG1123, ATPase components of various ABC-type transport systems, contain duplicated ATPase [General function prediction only]" /inference="protein motif:CDD:COG1245, Predicted ATPase, RNase L inhibitor (RLI) homolog [General function prediction only]" /inference="protein motif:CDD:COG2401, ABC-type ATPase fused to a predicted acetyltransferase domain [General function prediction only]" /inference="protein motif:CDD:COG3638, ABC-type phosphate/phosphonate transport system, ATPase component [Inorganic ion transport and metabolism]" /inference="protein motif:CDD:COG3845, ABC-type uncharacterized transport systems, ATPase components [General function prediction only]" /inference="protein motif:CDD:COG4136, ABC-type uncharacterized transport system, ATPase component [General function prediction only]" /inference="protein motif:CDD:COG4152, ABC-type uncharacterized transport system, ATPase component [General function prediction only]" /inference="protein motif:CDD:COG4172, ABC-type uncharacterized transport system, duplicated ATPase component [General function prediction only]" /inference="protein motif:CDD:COG4178, ABC-type uncharacterized transport system, permease and ATPase components [General function prediction only]" /inference="protein motif:CDD:COG4181, Predicted ABC-type transport system involved in lysophospholipase L1 biosynthesis, ATPase component [Secondary metabolites biosynthesis, transport, and catabolism]" /inference="protein motif:CDD:COG4559, ABC-type hemin transport system, ATPase component [Inorganic ion transport and metabolism]" /inference="protein motif:CDD:COG4586, ABC-type uncharacterized transport system, ATPase component [General function prediction only]" /inference="protein motif:CDD:COG4619, ABC-type uncharacterized transport system, ATPase component [General function prediction only]" /inference="protein motif:CDD:COG4674, Uncharacterized ABC-type transport system, ATPase component [General function prediction only]" /inference="protein motif:CDD:CydC, ABC-type transport system involved in cytochrome bd biosynthesis, fused ATPase and permease components [Energy production and conversion / Posttranslational modification, protein turnover, chaperones]" /inference="protein motif:CDD:CydD, ABC-type transport system involved in cytochrome bd biosynthesis, ATPase and permease components [Energy production and conversion / Posttranslational modification, protein turnover, chaperones]" /inference="protein motif:CDD:CysA, ABC-type sulfate/molybdate transport systems, ATPase component [Inorganic ion transport and metabolism]" /inference="protein motif:CDD:DppD, ABC-type dipeptide/oligopeptide/nickel transport system, ATPase component [Amino acid transport and metabolism / Inorganic ion transport and metabolism]" /inference="protein motif:CDD:DppF, ABC-type dipeptide/oligopeptide/nickel transport system, ATPase component [Amino acid transport and metabolism / Inorganic ion transport and metabolism]" /inference="protein motif:CDD:FepC, ABC-type cobalamin/Fe3+-siderophores transport systems, ATPase components [Inorganic ion transport and metabolism / Coenzyme metabolism]" /inference="protein motif:CDD:FtsE, Predicted ATPase involved in cell division [Cell division and chromosome partitioning]" /inference="protein motif:CDD:GlnQ, ABC-type polar amino acid transport system, ATPase component [Amino acid transport and metabolism]" /inference="protein motif:CDD:HisP, ABC-type histidine transport system, ATPase component [Amino acid transport and metabolism]" /inference="protein motif:CDD:LivF, ABC-type branched-chain amino acid transport systems, ATPase component [Amino acid transport and metabolism]" /inference="protein motif:CDD:LivG, ABC-type branched-chain amino acid transport systems, ATPase component [Amino acid transport and metabolism]" /inference="protein motif:CDD:MalK, ABC-type sugar transport systems, ATPase components [Carbohydrate transport and metabolism]" /inference="protein motif:CDD:MdlB, ABC-type multidrug transport system, ATPase and permease components [Defense mechanisms]" /inference="protein motif:CDD:MglA, ABC-type sugar transport system, ATPase component [Carbohydrate transport and metabolism]" /inference="protein motif:CDD:ModC, ABC-type molybdate transport system, ATPase component [Inorganic ion transport and metabolism]" /inference="protein motif:CDD:ModF, ABC-type molybdenum transport system, ATPase component/photorepair protein PhrA [Inorganic ion transport and metabolism]" /inference="protein motif:CDD:NatA, ABC-type Na+ transport system, ATPase component [Energy production and conversion / Inorganic ion transport and metabolism]" /inference="protein motif:CDD:OpuBA, ABC-type proline/glycine betaine transport systems, ATPase components [Amino acid transport and metabolism]" /inference="protein motif:CDD:PhnK, ABC-type phosphonate transport system, ATPase component [Inorganic ion transport and metabolism]" /inference="protein motif:CDD:PhnK, ABC-type uncharacterized transport system, ATPase component [General function prediction only]" /inference="protein motif:CDD:PhnL, ABC-type phosphonate transport system, ATPase component [Inorganic ion transport and metabolism]" /inference="protein motif:CDD:PotA, ABC-type spermidine/putrescine transport systems, ATPase components [Amino acid transport and metabolism]" /inference="protein motif:CDD:ProV, ABC-type proline/glycine betaine transport system, ATPase component [Amino acid transport and metabolism]" /inference="protein motif:CDD:PstB, ABC-type phosphate transport system, ATPase component [Inorganic ion transport and metabolism]" /inference="protein motif:CDD:PvdE, ABC-type siderophore export system, fused ATPase and permease components [Secondary metabolites biosynthesis, transport, and catabolism / Inorganic ion transport and metabolism]" /inference="protein motif:CDD:SalX, ABC-type antimicrobial peptide transport system, ATPase component [Defense mechanisms]" /inference="protein motif:CDD:SapF, ABC-type antimicrobial peptide transport system, ATPase component [Defense mechanisms]" /inference="protein motif:CDD:SufC, ABC-type transport system involved in Fe-S cluster assembly, ATPase component [Posttranslational modification, protein turnover, chaperones]" /inference="protein motif:CDD:SunT, ABC-type bacteriocin/lantibiotic exporters, contain an N-terminal double-glycine peptidase domain [Defense mechanisms]" /inference="protein motif:CDD:TagH, ABC-type polysaccharide/polyol phosphate transport system, ATPase component [Carbohydrate transport and metabolism / Cell envelope biogenesis, outer membrane]" /inference="protein motif:CDD:TauB, ABC-type nitrate/sulfonate/bicarbonate transport system, ATPase component [Inorganic ion transport and metabolism]" /inference="protein motif:CDD:TauB, ABC-type taurine transport system, ATPase component [Inorganic ion transport and metabolism]" /inference="protein motif:CDD:ThiQ, ABC-type thiamine transport system, ATPase component [Coenzyme metabolism]" /inference="protein motif:CDD:Ttg2A, ABC-type transport system involved in resistance to organic solvents, ATPase component [Secondary metabolites biosynthesis, transport, and catabolism]" /inference="protein motif:CDD:Uup, ATPase components of ABC transporters with duplicated ATPase domains [General function prediction only]" /inference="protein motif:CDD:YhbG, ABC-type (unclassified) transport system, ATPase component [General function prediction only]" /inference="protein motif:CDD:ZnuC, ABC-type Mn/Zn transport systems, ATPase component [Inorganic ion transport and metabolism]" /inference="protein motif:COG:COG0396 ABC-type transport system involved in Fe-S cluster assembly, ATPase component; O Posttranslational modification, protein turnover, chaperones" /inference="protein motif:Gene3D:G3D.3.40.50.300 no description" /inference="protein motif:HMMPanther:PTHR19222 ATP-BINDING CASSETTE TRANSPORTER" /inference="protein motif:HMMPanther:PTHR19222:SF13 ATP-BINDING CASSETTE TRANSPORTER-RELATED" /inference="protein motif:HMMPfam:PF00005 ABC_tran InterPro:IPR003439 ABC transporter related GO:Molecular Function:ATP binding (GO:0005524), Molecular Function:ATPase activity (GO:0016887)" /inference="protein motif:HMMSmart:SM00382 no description InterPro:IPR003593 AAA ATPase GO:Molecular Function:nucleotide binding (GO:0000166), Molecular Function:nucleoside-triphosphatase activity (GO:0017111)" /inference="protein motif:ProfileScan:PS50100 DA_BOX InterPro:IPR003439 ABC transporter related GO:Molecular Function:ATP binding (GO:0005524), Molecular Function:ATPase activity (GO:0016887)" /inference="protein motif:ProfileScan:PS50101 ATP_GTP_A2" /inference="protein motif:ProfileScan:PS50893 ABC_TRANSPORTER_2 InterPro:IPR003439 ABC transporter related GO:Molecular Function:ATP binding (GO:0005524), Molecular Function:ATPase activity (GO:0016887)" /inference="protein motif:ScanRegExp:PS00211 ABC_TRANSPORTER_1 InterPro:IPR003439 ABC transporter related GO:Molecular Function:ATP binding (GO:0005524), Molecular Function:ATPase activity (GO:0016887)" /inference="protein motif:superfamily:SSF52540 P-loop containing nucleoside triphosphate hydrolases" /codon_start=1 /transl_table=11 /product="ABC transporter, ATP-binding protein" /protein_id="ACS33347.1" /translation="MLCLRNVEYSQNGRRILHSINMTFREGMSYSILGPNGAGKSTIA RILMGELRPTSGQVLLDGEDVTGLNVTERAKRGISMAWQEPARYDGITVRNYLTLGGK LKIGEDEIREVLELVGLPYELYAHRFVDKSLSGGERKRVELASLLLLKPRYAILDEPD SGLDITAGKLIEVILDRFRKCGTTVILITHHEGIALKTDFAYFVCGGRIVRKGFSQEV VDYYRKTCRRCSFAEG" gene 793484..793900 /locus_tag="TGAM_0846" /note="tg0846" CDS 793484..793900 /locus_tag="TGAM_0846" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:COG:COG1146 Ferredoxin; C Energy production and conversion" /inference="protein motif:FPrintScan:PR00353 4FE4SFRDOXIN InterPro:IPR001450 4Fe-4S ferredoxin, iron-sulfur binding GO:Molecular Function:electron transporter activity (GO:0005489), Molecular Function:iron ion binding (GO:0005506), Biological Process:electron transport (GO:0006118)" /inference="protein motif:Gene3D:G3D.3.30.70.20 no description" /inference="protein motif:HMMPfam:PF00037 Fer4 InterPro:IPR001450 4Fe-4S ferredoxin, iron-sulfur binding GO:Molecular Function:electron transporter activity (GO:0005489), Molecular Function:iron ion binding (GO:0005506), Biological Process:electron transport (GO:0006118)" /inference="protein motif:ScanRegExp:PS00198 4FE4S_FERREDOXIN InterPro:IPR001450 4Fe-4S ferredoxin, iron-sulfur binding GO:Molecular Function:electron transporter activity (GO:0005489), Molecular Function:iron ion binding (GO:0005506), Biological Process:electron transport (GO:0006118)" /inference="protein motif:superfamily:SSF54862 4Fe-4S ferredoxins" /codon_start=1 /transl_table=11 /product="4Fe-4S ferredoxin" /protein_id="ACS33348.1" /translation="MSGGEAPVIGKDALGRPVKDLSVIPWWGVDRKDIEWYPRINYDR CAGCGICFITCGRRVFDWDREKGKPVVARPYNCMVGCSTCATLCPCDAIEFPPKEYIK RLVIENNIISKAFEITRPLRKKKEEKVEGTESEFNP" gene complement(793890..794627) /locus_tag="TGAM_0847" /note="tg0847" CDS complement(793890..794627) /locus_tag="TGAM_0847" /inference="protein motif:CDD:COG0730, Predicted permeases [General function prediction only]" /inference="protein motif:CDD:DUF81, Domain of unknown function DUF81" /inference="protein motif:COG:COG0730 Predicted permeases; R General function prediction only" /inference="protein motif:HMMPfam:PF01925 DUF81 InterPro:IPR002781 Protein of unknown function DUF81" /note="Belongs to DUF81 family; 6 probable transmembrane helices predicted by modhmm" /codon_start=1 /transl_table=11 /product="Predicted permease" /protein_id="ACS33349.1" /translation="MNYPELALIAFILSIVFSIGGVGSAIAIVPVMGWLGIPLMTAKP TGLFINTLSMLSATLKNIKHGKLDHRFGLPILIVATAMAPVGAYAGKFIPKVYVLWVF VAFLIYSGTMMIFFRPRRRGSGGNHIVEGSVIGGIAGFLGGLLGVGGGGIISPALIML GYEPKKVAATTALVVFFSSLSGFLTYWGMGTLDWELLLWVSIPAIAGGWLGTHLMHFK MSSEQVKKVIGVIMYLIALKTLLVAMG" gene 794771..795784 /gene="tehA" /locus_tag="TGAM_0848" /gene_synonym="mae1-2" /note="tg0848" CDS 794771..795784 /gene="tehA" /locus_tag="TGAM_0848" /gene_synonym="mae1-2" /inference="protein motif:CDD:C4dic_mal_tran, C4-dicarboxylate transporter/malic acid transport protein" /inference="protein motif:CDD:TehA, Tellurite resistance protein and related permeases [Inorganic ion transport and metabolism]" /inference="protein motif:COG:COG1275 Tellurite resistance protein and related permeases; P Inorganic ion transport and metabolism" /inference="protein motif:HMMPfam:PF03595 C4dic_mal_tran InterPro:IPR004695 C4-dicarboxylate transporter/malic acid transport protein GO:Cellular Component:integral to membrane (GO:0016021)" /inference="protein motif:HMMTigr:TIGR00816 tdt:C4-dicarboxylate transporter/malic acid InterPro:IPR011552 Tellurite resistance protein TehA GO:Cellular Component:integral to membrane (GO:0016021)" /note="10 probable transmembrane helices predicted by modhmm" /codon_start=1 /transl_table=11 /product="C4-dicarboxylate transporter/malic acid transport protein (TehA/Mae1)" /protein_id="ACS33350.1" /translation="MDDHMERARNFNPAWFASVMGTGAVAIASYKYSSYWSPLKEVGI ALTYLNVVLYVALLIPWILRWILYRKDALEDLRHPSKGHFYGTSGAATIVLAAQFLAV LHNQTVAWYLWLWGLVLTFIFAFWMSYEVFIAGEVDLRHLSPAWYIPPVALVILPFGA AFMRTTKGYTQEFVTIVNYLGWGAGFFLYLVLYAVVTLRFIRHELMPPQMAPLIWMNL GPIGASITALFALVNNSSIATSKDPLFIFAFFLWGLGFWWLVMAVALTLHYIRNMSLP YSLAWWAFIFPLGAFTNATMDLGSVFELELMRLFGYCLLWLLLALWSVTFTKTLKMGL TSS" gene complement(795771..796247) /locus_tag="TGAM_0849" /note="tg0849" CDS complement(795771..796247) /locus_tag="TGAM_0849" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:BlastProDom:PD006327 Q81XI0_BACAA_Q81XI0; InterPro:IPR011571 Transcriptional regulator winged helix GO:Molecular Function:phenylalanine-tRNA ligase activity (GO:0004826), Molecular Function:ATP binding (GO:0005524), Biological Process:protein biosynthesis (GO:0006412)" /inference="protein motif:CDD:COG1510, Predicted transcriptional regulators [Transcription]" /inference="protein motif:COG:COG1510 Predicted transcriptional regulators; K Transcription" /inference="protein motif:Gene3D:G3D.1.10.10.10 no description InterPro:IPR011991 Winged helix repressor DNA-binding" /inference="protein motif:HMMPfam:PF01978 TrmB InterPro:IPR002831 Transcriptional regulator TrmB" /inference="protein motif:HMMSmart:SM00418 no description InterPro:IPR001845 Bacterial regulatory protein, ArsR GO:Molecular Function:transcription factor activity (GO:0003700), Cellular Component:intracellular (GO:0005622), Biological Process:regulation of transcription, DNA-dependent (GO:0006355)" /inference="protein motif:ProfileScan:PS50987 HTH_ARSR_2 InterPro:IPR001845 Bacterial regulatory protein, ArsR GO:Molecular Function:transcription factor activity (GO:0003700), Cellular Component:intracellular (GO:0005622), Biological Process:regulation of transcription, DNA-dependent (GO:0006355)" /inference="protein motif:superfamily:SSF46785 'Winged helix' DNA-binding domain" /codon_start=1 /transl_table=11 /product="Transcription regulator, arsR family, putative" /protein_id="ACS33351.1" /translation="MWMRARTERRKFIEIVERIMVRWGYTATDGKVYAILLLSNRPMT IAELAKETGLSRSSISVALSRLVREYLVTCRREGRTKYFTAVPAFLEKFLRQPRETLE REVRPLEKIVEAMIEKSDDEMRGRLEAILNDLKKLECVLERIIRLEEEESECLTSS" gene complement(796320..796664) /locus_tag="TGAM_0850" /note="tg0850" CDS complement(796320..796664) /locus_tag="TGAM_0850" /note="3 probable transmembrane helices predicted by modhmm" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein" /protein_id="ACS33352.1" /translation="MKELWEVKAMASAKTGMWTALLGALLILIDGIAVLSTGNFYGWH YGSASTVGWVEIILSLMMMGLAYYYKSNKSLVGWSVVILALITMPFDGGFWLIGAIVA LIGGIIIATAKE" gene 796786..798462 /locus_tag="TGAM_0851" /note="tg0851" CDS 796786..798462 /locus_tag="TGAM_0851" /inference="protein motif:CDD:AslB, Arylsulfatase regulator (Fe-S oxidoreductase) [General function prediction only]" /inference="protein motif:CDD:COG0535, Predicted Fe-S oxidoreductases [General function prediction only]" /inference="protein motif:CDD:Elp3, Elongator protein 3, MiaB family, Radical SAM; This superfamily contains MoaA, NifB, PqqE, coproporphyrinogen III oxidase, biotin synthase and MiaB families, and includes a representative in the eukaryotic elongator subunit, Elp-3" /inference="protein motif:CDD:MoaA, Molybdenum cofactor biosynthesis enzyme [Coenzyme metabolism]" /inference="protein motif:CDD:PflA, Pyruvate-formate lyase-activating enzyme [Posttranslational modification, protein turnover, chaperones]" /inference="protein motif:CDD:Radical_SAM, Radical SAM superfamily" /inference="protein motif:COG:COG0535 Predicted Fe-S oxidoreductases; R General function prediction only" /inference="protein motif:HMMPanther:PTHR11228 PUTATIVE MOLYBDOPTERIN COFACTOR SYNTHESIS PROTEIN A" /inference="protein motif:HMMPanther:PTHR11228:SF1 PUTATIVE MOLYBDOPTERIN COFACTOR SYNTHESIS PROTEIN A" /inference="protein motif:HMMPfam:PF04055 Radical_SAM InterPro:IPR007197 Radical SAM GO:Molecular Function:catalytic activity (GO:0003824), Molecular Function:iron ion binding (GO:0005506)" /inference="protein motif:HMMSmart:SM00729 no description InterPro:IPR006638 Elongator protein 3/MiaB/NifB" /inference="protein motif:superfamily:SSF51717 Dihydropteroate synthetase-like InterPro:IPR011005 Dihydropteroate synthase-like" /note="Contains radical SAM/ Elongator protein 3/MiaB/NifB domain" /codon_start=1 /transl_table=11 /product="Predicted Fe-S oxidoreductase, containing Elp3 domain" /protein_id="ACS33353.1" /translation="MGVRYMKAPKTIKEPFPNAMNPSVDVEEAESEEGGSQVTTALRA FKLILGNPLARALIRPSLKKYKINGRELPALYWALSIYAGESINAPMMVRFQADTIKL LLKLGIKLAHGDEEAAKEALLRDPHIRRGIWVVLEGIAKYGVTVPQRLAGPFLIVWNF TNMCNFRCKHCYQRADRPLPSELSLEEKLNLVDQLDKAGVAAVAISGGEPTIHPHFLR IVRELSSRGIHTSVATNGWTFARKEELEKAVKAGIKYVEVSVDSAKPEKHDEFRGIPG AWEHAVKALENAVELGLSHGMATIMDKETYQEIDDILDLAESIGVKRVIFFNLVPTGR AEDMIKVDLSPEEREEFMKEVYRQMKKRKLEILTTAPQYARVTLLMSQGKSVTPAHFY IGENNAVKTLAEFIGGCGAGRIYAGIEPDGSVVPCVFLPLPVGNVRHRPFKEIWENSR IFNILRDRDSWEGQCGKCPYKYICGGCRARAYHYTLDLKGDDPGCIINKRLWEEIVKH GKPKGLTEVNWVDETVVLRGPSLYVPSYYRAVEHIAEKLIEIGEKQEVHA" gene complement(798453..799631) /locus_tag="TGAM_0852" /note="tg0852" CDS complement(798453..799631) /locus_tag="TGAM_0852" /inference="protein motif:CDD:NMD3, NMD3 family" /inference="protein motif:COG:COG1499 NMD protein affecting ribosome stability and mRNA decay; J Translation, ribosomal structure and biogenesis" /inference="protein motif:Gene3D:G3D.2.40.50.140 no description InterPro:IPR012340 Nucleic acid-binding, OB-fold, subgroup" /inference="protein motif:Gene3D:G3D.3.30.50.10 no description" /inference="protein motif:HMMPfam:PF04981 NMD3 InterPro:IPR007064 NMD3" /inference="protein motif:superfamily:SSF50249 Nucleic acid-binding proteins InterPro:IPR008994 Nucleic acid-binding, OB-fold GO:Molecular Function:nucleic acid binding (GO:0003676)" /inference="protein motif:superfamily:SSF57716 Glucocorticoid receptor-like (DNA-binding domain)" /codon_start=1 /transl_table=11 /product="Nonsense-mediated mRNA decay protein, NMD3-like protein" /protein_id="ACS33354.1" /translation="MRGMGERFCYRCGISEEEGGPLIEGLCQVCYRKENPVLLIGDEI NTELCQNCGSYKKRGVWVDPRSYELEELIFEVAENALLEELEDSFSEKIREYEVVSPE DMEEIEDLSVGRAVVSFEPLDFHIEHFPAIIVYEVRVKAKTHELQRELHDERKKVTVY VRQTVCPRCQKFLGGYFEAILQVRAEGRPLSEEERKAIGKLVEEKVDEIMRKDRMGFI QDTIEKEEGLDFYMGSTSSARKIAQAIRERFGGTISEAYELVGLDRQTSREVYRTSVS VRLPKFRKGDIVADRRGNVYEVERVDGKGLTLKNLENWESEHLDWKTAKREQVDTVEH EESEAMVTSIGRDEVQMMDMESYETYELNRPPFELGEGEVYRMVEVKGRKYFRKRNQA " gene complement(799665..799970) /locus_tag="TGAM_0853" /note="tg0853" CDS complement(799665..799970) /locus_tag="TGAM_0853" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:DUF424, Protein of unknown function (DUF424)" /inference="protein motif:COG:COG2412 Uncharacterized conserved protein; S Function unknown" /inference="protein motif:HMMPfam:PF04242 DUF424 InterPro:IPR007355 Protein of unknown function DUF424" /note="Belongs to DUF424 family" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein" /protein_id="ACS33355.1" /translation="MGMIYVRIYRVQGEVLLAACDEELLGKTFREGELKLEVKERFYK GELVEEAKLGELLKEATIANLTGERCVTKAIELGYVNPERVLRIEGVPHAQMAKLLF" gene 800074..800664 /locus_tag="TGAM_0854" /note="tg0854" CDS 800074..800664 /locus_tag="TGAM_0854" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:COG1777, Predicted transcriptional regulators [Transcription]" /inference="protein motif:COG:COG1777 Predicted transcriptional regulators; K Transcription" /inference="protein motif:Gene3D:G3D.1.10.10.10 no description InterPro:IPR011991 Winged helix repressor DNA-binding" /inference="protein motif:HMMPfam:PF01022 HTH_5 InterPro:IPR001845 Bacterial regulatory protein, ArsR GO:Molecular Function:transcription factor activity (GO:0003700), Cellular Component:intracellular (GO:0005622), Biological Process:regulation of transcription, DNA-dependent (GO:0006355)" /inference="protein motif:HMMSmart:SM00418 no description InterPro:IPR001845 Bacterial regulatory protein, ArsR GO:Molecular Function:transcription factor activity (GO:0003700), Cellular Component:intracellular (GO:0005622), Biological Process:regulation of transcription, DNA-dependent (GO:0006355)" /inference="protein motif:ProfileScan:PS50987 HTH_ARSR_2 InterPro:IPR001845 Bacterial regulatory protein, ArsR GO:Molecular Function:transcription factor activity (GO:0003700), Cellular Component:intracellular (GO:0005622), Biological Process:regulation of transcription, DNA-dependent (GO:0006355)" /inference="protein motif:superfamily:SSF46785 'Winged helix' DNA-binding domain" /codon_start=1 /transl_table=11 /product="Bacterial regulatory protein, arsR family" /protein_id="ACS33356.1" /translation="MESEMGKLLDILGNETRRRILILLTKRPYFVSELSQELGVGQKA VLEHLRILKSAGLIEERTEKIPRGRPRKYYTIRRGFRLEVMLTPYLFGTELYEPKEVR KTSVYSEAQRLIKSTEPTEEKVRELVEFLDSLETRLNEMLEVKRELEEVRLMVETYIE NLLRRVAQEDERLFEEIMHELGPKLPRRISTNLNDF" gene complement(800710..800913) /gene="rps17E" /locus_tag="TGAM_0855" /note="tg0855" CDS complement(800710..800913) /gene="rps17E" /locus_tag="TGAM_0855" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:RPS17A, Ribosomal protein S17E [Translation, ribosomal structure and biogenesis]" /inference="protein motif:COG:COG1383 Ribosomal protein S17E; J Translation, ribosomal structure and biogenesis" /inference="protein motif:HMMPanther:PTHR10732 40S RIBOSOMAL PROTEIN S17 InterPro:IPR001210 Ribosomal protein S17e GO:Molecular Function:structural constituent of ribosome (GO:0003735), Cellular Component:intracellular (GO:0005622), Cellular Component:ribosome (GO:0005840), Biological Process:protein biosynthesis (GO:0006412)" /inference="protein motif:HMMPanther:PTHR10732:SF1 40S RIBOSOMAL PROTEIN S17" /inference="protein motif:HMMPfam:PF00833 Ribosomal_S17e InterPro:IPR001210 Ribosomal protein S17e GO:Molecular Function:structural constituent of ribosome (GO:0003735), Cellular Component:intracellular (GO:0005622), Cellular Component:ribosome (GO:0005840), Biological Process:protein biosynthesis (GO:0006412)" /inference="protein motif:ScanRegExp:PS00712 RIBOSOMAL_S17E InterPro:IPR001210 Ribosomal protein S17e GO:Molecular Function:structural constituent of ribosome (GO:0003735), Cellular Component:intracellular (GO:0005622), Cellular Component:ribosome (GO:0005840), Biological Process:protein biosynthesis (GO:0006412)" /codon_start=1 /transl_table=11 /product="SSU ribosomal protein S17E (rps17E)" /protein_id="ACS33357.1" /translation="MGNIKQAFIKRTARELFDRYPDKFTRDFEHNKRMVQELTNVTSK TIRNRIAGYITRLVRMKEEGKIL" gene 801209..801295 /locus_tag="TGAM_r022" /note="tg_tRNA-Ser1" tRNA 801209..801295 /locus_tag="TGAM_r022" /product="tRNA-Ser" /note="codon recognized: UCG" gene complement(801577..802464) /gene="map" /locus_tag="TGAM_0856" /note="tg0856" CDS complement(801577..802464) /gene="map" /locus_tag="TGAM_0856" /EC_number="3.4.11.18" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:APP-like, Similar to Prolidase and Aminopeptidase P" /inference="protein motif:CDD:APP_MetAP, A family including aminopeptidase P, aminopeptidase M, and prolidase" /inference="protein motif:CDD:Map, Methionine aminopeptidase [Translation, ribosomal structure and biogenesis]" /inference="protein motif:CDD:MetAP1, Methionine Aminopeptidase 1" /inference="protein motif:CDD:MetAP2, Methionine Aminopeptidase 2" /inference="protein motif:CDD:PA2G4-like, Related to aminopepdidase M, this family contains proliferation-associated protein 2G4" /inference="protein motif:CDD:PepP, Xaa-Pro aminopeptidase [Amino acid transport and metabolism]" /inference="protein motif:COG:COG0024 Methionine aminopeptidase; J Translation, ribosomal structure and biogenesis" /inference="protein motif:FPrintScan:PR00599 MAPEPTIDASE InterPro:IPR001714 Peptidase M24, methionine aminopeptidase GO:Molecular Function:methionyl aminopeptidase activity (GO:0004239), Biological Process:proteolysis (GO:0006508)" /inference="protein motif:Gene3D:G3D.3.90.230.10 no description" /inference="protein motif:HMMPanther:PTHR10804 METHIONINE AMINOPEPTIDASE-RELATED InterPro:IPR000994 Peptidase M24 GO:Biological Process:proteolysis (GO:0006508), Molecular Function:metalloexopeptidase activity (GO:0008235)" /inference="protein motif:HMMPanther:PTHR10804:SF3 METHIONINE AMINOPEPTIDASE" /inference="protein motif:HMMPfam:PF00557 Peptidase_M24 InterPro:IPR000994 Peptidase M24 GO:Biological Process:proteolysis (GO:0006508), Molecular Function:metalloexopeptidase activity (GO:0008235)" /inference="protein motif:HMMTigr:TIGR00501 met_pdase_II:methionine aminopeptidase, InterPro:IPR002468 Peptidase M24A, methionine aminopeptidase, subfamily 2 GO:Molecular Function:methionyl aminopeptidase activity (GO:0004239), Biological Process:proteolysis (GO:0006508)" /inference="protein motif:ScanRegExp:PS01202 MAP_2 InterPro:IPR002468 Peptidase M24A, methionine aminopeptidase, subfamily 2 GO:Molecular Function:methionyl aminopeptidase activity (GO:0004239), Biological Process:proteolysis (GO:0006508)" /inference="protein motif:superfamily:SSF55920 Creatinase/aminopeptidase" /codon_start=1 /transl_table=11 /product="Methionine aminopeptidase (map)" /protein_id="ACS33358.1" /translation="MEAIEALLKAGEIARKVKEEVVDLIKPGTKLYDIAEFVEKRIVE LGGKPAFPCNLSLNEIAAHYTPYRGDESVLKEGDYLKLDLGVHVDGYIADTAVTFRVG MGEDELMEAAREALENAIATVRAGVMVRDVAKAIEETIRGRGFNPIVNLSGHKIERYK LHAGVSIPNVYRQADTYVLQEGDVFAIEPFATTGAGQVIEVPPALIFMYVRDRPVRML QARRLLMHIKREYKTLPFAYRWLQGFMPEGQLKMALAQLDKVGAIYSYPILREVRGGM VAQFEHTVIVEKDGAHITT" gene 802561..804030 /gene="trkG/H" /locus_tag="TGAM_0857" /note="tg0857" CDS 802561..804030 /gene="trkG/H" /locus_tag="TGAM_0857" /inference="protein motif:CDD:TrkG, Trk-type K+ transport systems, membrane components [Inorganic ion transport and metabolism]" /inference="protein motif:CDD:TrkH, Cation transport protein" /inference="protein motif:COG:COG0168 Trk-type K+ transport systems, membrane components; P Inorganic ion transport and metabolism" /inference="protein motif:HMMPfam:PF02386 TrkH InterPro:IPR003445 Cation transporter GO:Biological Process:cation transport (GO:0006812), Molecular Function:cation transporter activity (GO:0008324)" /inference="protein motif:HMMTigr:TIGR00933 2a38:potassium uptake protein, TrkH family InterPro:IPR004772 K+ transporter Trk GO:Biological Process:cation transport (GO:0006812), Molecular Function:cation transporter activity (GO:0008324), Cellular Component:integral to membrane (GO:0016021)" /note="12 probable transmembrane helices predicted by modhmm" /codon_start=1 /transl_table=11 /product="Potassium uptake protein, TrkH family (trkG/H)" /protein_id="ACS33359.1" /translation="MFEFKRYVNLGEDLFVVRNLIGAILEGVGIAYLIPVLLMWFYPS EVRYVYYFAIPGFMSILLGAWLSRHQERIEDVNLRQAMISAAFIWLFASFVSVVPFME IAGMSFIDSYFESMSAWTGTGLTMMSNLESYPRVLLFWRAWMQWLGGIGIVLVALTVL IRPGVAAARLYKAEARSERILPNLANTAKVIFQIYFALTLVGAYLYHINGMNLFDAIT HSMTGLGTGGMSGHDASIGYFHSMSIEAITIFLMILGAVNFTVHYKVFKEKRLGPFFD DIQVRYMFLFLIPAISIIAYGLVRYGDGIADSLRQAIFHAVSAITCTGFGISDLSKYP ELSKFIIALLMVIGGGAGSTAGGIKLIRFTLMYESLKWTVQQSILPKGAVIRRKVGSY VFTVEDLQEVTSFTMTYLAFLLLGTLYVMIRVKASLVDAFFEVASAQGNVGLSVGITS PFLPPDVKTVLIFLMWTGRLEIFSILVFLVSVAAIFRRR" gene complement(803980..804864) /locus_tag="TGAM_0858" /note="tg0858" CDS complement(803980..804864) /locus_tag="TGAM_0858" /inference="protein motif:superfamily:SSF48452 TPR-like" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein" /protein_id="ACS33360.1" /translation="MISGLRALRGAPTLSYSSGELRMKPLEKLLGLSEESSDLDRLER IEDLLDAGEIEQAIAELEKVRKDENVYVGVKMIIKSLSKLELEPGYIVGYLKALIPIV NGLSSWRYRAILMADIAMAFYRAGDDFNGDLALKTAINLAYASGEDVLVEILRELIRN GLLEKGAYAFSLVKDRKRLDFLLSQLVEFFYLSGDHEKARKALNAIEDPFHKAIALYR LALYEAPRNRLKALAFLEEAIENAEKIENRHARLELLIKLNDLKAELTGKGVSLVDIL KASPPPKDGGNANEEHKD" gene complement(804785..805333) /gene="cyaB-1" /locus_tag="TGAM_0859" /note="tg0859" CDS complement(804785..805333) /gene="cyaB-1" /locus_tag="TGAM_0859" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:BlastProDom:PD009560 Q8TZW6_PYRFU_Q8TZW6; InterPro:IPR008173 Adenylyl cyclase CyaB GO:Molecular Function:adenylate cyclase activity (GO:0004016), Biological Process:cAMP biosynthesis (GO:0006171)" /inference="protein motif:CDD:CyaB, Adenylate cyclase, class 2 (thermophilic) [Nucleotide transport and metabolism]" /inference="protein motif:CDD:CYTH, CYTH domain" /inference="protein motif:COG:COG1437 Adenylate cyclase, class 2 (thermophilic); F Nucleotide transport and metabolism" /inference="protein motif:HMMPfam:PF01928 CYTH InterPro:IPR008172 Adenylate cyclase GO:Molecular Function:adenylate cyclase activity (GO:0004016), Biological Process:cAMP biosynthesis (GO:0006171)" /inference="protein motif:HMMPIR:PIRSF005720 Adenylate cyclase, thermophilic CyaB type InterPro:IPR008173 Adenylyl cyclase CyaB GO:Molecular Function:adenylate cyclase activity (GO:0004016), Biological Process:cAMP biosynthesis (GO:0006171)" /inference="protein motif:HMMTigr:TIGR00318 cyaB:adenylyl cyclase CyaB, putative InterPro:IPR008173 Adenylyl cyclase CyaB GO:Molecular Function:adenylate cyclase activity (GO:0004016), Biological Process:cAMP biosynthesis (GO:0006171)" /inference="protein motif:superfamily:SSF69761 GTP cyclohydrolase I feedback regulatory protein, GFRP" /codon_start=1 /transl_table=11 /product="Adenylate cyclase type 2, thermophiic (CyaB)" /protein_id="ACS33361.1" /translation="MIEVELKGYADDSVFERVREEFRLIRREYHEDTYYQHPCRDFSK TDEALRIRIRRFNGHFEAFLTYKGPKIDSVSKTREEIEVQINDPDEHARILEALGFTE VLTVEKIREKYYVEKGITLTLDEVEGLGKFVEVEALTEDKRKVPELVEKLKKILFDLG VTRFERRSYLELLLGRAEDETP" gene complement(805330..805905) /locus_tag="TGAM_0860" /note="tg0860" CDS complement(805330..805905) /locus_tag="TGAM_0860" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:COG1913, Predicted Zn-dependent proteases [General function prediction only]" /inference="protein motif:COG:COG1913 Predicted Zn-dependent proteases; R General function prediction only" /inference="protein motif:Gene3D:G3D.3.40.390.10 no description" /inference="protein motif:HMMPanther:PTHR15910 FAMILY NOT NAMED" /inference="protein motif:HMMPanther:PTHR15910:SF1 SUBFAMILY NOT NAMED" /inference="protein motif:HMMPfam:PF07998 DUF1695 InterPro:IPR012962 Peptidase predicted, zinc-dependent" /inference="protein motif:HMMPIR:PIRSF005785 Predicted zinc-dependent protease, archaeal type InterPro:IPR012091 Peptidase predicted zinc-dependent, prokaryotic" /inference="protein motif:superfamily:SSF55486 Metalloproteases ('zincins'), catalytic domain" /note="Belongs to DUF1695 family" /codon_start=1 /transl_table=11 /product="Zinc-dependent protease, archaeal type, predicted" /protein_id="ACS33362.1" /translation="MGWEMIAIVSIGPVEKWLIEGILDFVGYYYSRFNLKVKFSGNLP GEPFSVALHPSRGQYLGRVFLPTLAALRRKIGATAILGVTDLDLYEEGLNFIFGLANR SLRSALISTRRLRNEFYGLPPDDDLLLERAIKEAMHELGHVFGLEHCPNPRCVMHFSN SIHDTDVKGPLYCPRCEGKLKGNLRKLGVLS" gene complement(805942..806979) /locus_tag="TGAM_0861" /note="tg0861" CDS complement(805942..806979) /locus_tag="TGAM_0861" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:FrvX, Cellulase M and related proteins [Carbohydrate transport and metabolism]" /inference="protein motif:CDD:Peptidase_M42, M42 glutamyl aminopeptidase" /inference="protein motif:COG:COG1363 Cellulase M and related proteins; G Carbohydrate transport and metabolism" /inference="protein motif:Gene3D:G3D.3.40.630.10 no description" /inference="protein motif:HMMPanther:PTHR10761 ASPARTYL AMINOPEPTIDASE InterPro:IPR001948 Peptidase M18, aminopeptidase I GO:Molecular Function:aminopeptidase I activity (GO:0004250), Cellular Component:vacuole (GO:0005773), Biological Process:proteolysis (GO:0006508)" /inference="protein motif:HMMPfam:PF05343 Peptidase_M42 InterPro:IPR008007 Peptidase M42" /inference="protein motif:HMMPIR:PIRSF001123 Glutamyl aminopeptidase, PepA type" /inference="protein motif:superfamily:SSF53187 Zn-dependent exopeptidases" /codon_start=1 /transl_table=11 /product="M42 family glutamyl aminopeptidase, de-blocking aminopeptidase" /protein_id="ACS33363.1" /translation="MVNLELLKKIVEAPGVSGYEFLGIRDVVMEELKPYVDEIKVDKL GNVIAHKKGSGPKIMIAAHMDKIGVMVNHIDKEGYLHIVPVGGVDPRTLVAQRIRFFT EKGERFGVVGHIPPHLQKPEDRKKAANWDTIVVDVGAEGKEEAEEMGFRVGTVGEFAP AFTQLNENRIATPYLDDRVCLYAMIEAAKAVENHEADIYFVASVQEEVGLRGARVASY AIDPEIGIAMDVTFAKQVGDKGKIVPKLGGGPVMDVGPNINPKVRAFADEVAKKYNIP LQVEASPRPTGTDANIMQINREGVATAVLSIPIRYMHSQVETADLRDIDKTIEFAKHF LEELRPMNLIP" gene complement(807078..807680) /gene="rps3AE" /locus_tag="TGAM_0862" /note="tg0862" CDS complement(807078..807680) /gene="rps3AE" /locus_tag="TGAM_0862" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:BlastProDom:PD003035 RS3A_PYRAB_Q9V2K7; InterPro:IPR001593 Ribosomal protein S3Ae GO:Molecular Function:structural constituent of ribosome (GO:0003735), Cellular Component:intracellular (GO:0005622), Cellular Component:ribosome (GO:0005840), Biological Process:protein biosynthesis (GO:0006412)" /inference="protein motif:CDD:Ribosomal_S3Ae, Ribosomal S3Ae family" /inference="protein motif:COG:COG1890 Ribosomal protein S3AE; J Translation, ribosomal structure and biogenesis" /inference="protein motif:HMMPanther:PTHR11830 30S/40S RIBOSOMAL PROTEIN S3A FAMILY MEMBER InterPro:IPR001593 Ribosomal protein S3Ae GO:Molecular Function:structural constituent of ribosome (GO:0003735), Cellular Component:intracellular (GO:0005622), Cellular Component:ribosome (GO:0005840), Biological Process:protein biosynthesis (GO:0006412)" /inference="protein motif:HMMPanther:PTHR11830:SF2 30S RIBOSOMAL PROTEIN S3AE" /inference="protein motif:HMMPfam:PF01015 Ribosomal_S3Ae InterPro:IPR001593 Ribosomal protein S3Ae GO:Molecular Function:structural constituent of ribosome (GO:0003735), Cellular Component:intracellular (GO:0005622), Cellular Component:ribosome (GO:0005840), Biological Process:protein biosynthesis (GO:0006412)" /inference="protein motif:ScanRegExp:PS01191 RIBOSOMAL_S3AE InterPro:IPR001593 Ribosomal protein S3Ae GO:Molecular Function:structural constituent of ribosome (GO:0003735), Cellular Component:intracellular (GO:0005622), Cellular Component:ribosome (GO:0005840), Biological Process:protein biosynthesis (GO:0006412)" /codon_start=1 /transl_table=11 /product="SSU ribosomal protein S3AE (rps3AE)" /protein_id="ACS33364.1" /translation="MARANPRRRATAAKDKWKMKEWFVVYAPDFFGSKEIGLTPADEP EKVIGRVVETTLKDLTGDFTKGHVKLYFQVYDVKGQNAYTKFKGHTLARSYIRSLVRR RTTRVDGIFNITTKDGYKLRVMGMVIAYRRIQTSQERAIRRIIQDIIYKKAEELNFAD FVLQSVNGQIASEIAKEARKIYPIKRAEIRKIKVLAEPEA" gene complement(807696..807956) /locus_tag="TGAM_0863" /note="tg0863" CDS complement(807696..807956) /locus_tag="TGAM_0863" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein" /protein_id="ACS33365.1" /translation="MKIEAQAEITWRYGDEKTAKAVAEAVQVDNESMPAKLKKSLNVE TRWVDGIVRTKIKYSGDIETLIKALDDLVFSVKIAEEIAEKV" gene complement(807946..809376) /gene="recJ" /locus_tag="TGAM_0864" /note="tg0864" CDS complement(807946..809376) /gene="recJ" /locus_tag="TGAM_0864" /EC_number="3.1.-.-" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:RecJ, Single-stranded DNA-specific exonuclease [DNA replication, recombination, and repair]" /inference="protein motif:COG:COG0608 Single-stranded DNA-specific exonuclease; L Replication, recombination and repair" /inference="protein motif:HMMPfam:PF01368 DHH InterPro:IPR001667 Phosphoesterase, RecJ-like" /inference="protein motif:HMMPfam:PF02272 DHHA1 InterPro:IPR003156 Phosphoesterase, DHHA1 GO:Molecular Function:nucleic acid binding (GO:0003676)" /inference="protein motif:superfamily:SSF64182 DHH phosphoesterases" /codon_start=1 /transl_table=11 /product="recJ-like single-stranded exonuclease recJ-like protein (recJ)" /protein_id="ACS33366.1" /translation="MDKNAFLERAREGAELIKMHIELGHTIRLVSHRDADGITAGAIL AKAIAREGGSFQLSIVKQVSEELLKELAEERRDVYVFSDLGSGSIELIDKYLDFATVV VIDHHPPEREKFSVDSHLLVNPVPFGANSVRDLSGSGAAYFVAREMNRANRELAYIAI VGAVGDMQEIDGTFHGMNLDIIEDGKELGILEVRKELRLFGRESRPLRQMLAYATNPE IPEITGDERKAIEWLRARGFDPDKHYWQLREEEKKRLHDALVLHMIKHAVPKEMIDRL IGDVVISPLYPEGDVRHEAREFATLLNATGRLNAGTLGVAICLGDEEAYRKARKMLDD YKREQIEARKFIIQNWSMAEEGEHAYVFYAGKSIRDTLVGIAANIAINAGLADPEKPV VVIADSEEDENLVKGSARTTEKALAKGYHLGEALREVAEKLGGEGGGHAIAAGIRFPK ERIDEFIKLFNEALAKQVAGGKDSED" gene complement(809405..809860) /gene="rps15P" /locus_tag="TGAM_0865" /note="tg0865" CDS complement(809405..809860) /gene="rps15P" /locus_tag="TGAM_0865" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:BlastProDom:PD157043 Q8KFS7_CHLTE_Q8KFS7; InterPro:IPR005290 Ribosomal protein S15, bacterial chloroplast and mitochondrial type GO:Molecular Function:structural constituent of ribosome (GO:0003735), Cellular Component:ribosome (GO:0005840), Biological Process:protein biosynthesis (GO:0006412)" /inference="protein motif:CDD:Ribosomal_S15, Ribosomal protein S15" /inference="protein motif:CDD:Ribosomal_S15p_S13e, Ribosomal protein S15 (prokaryotic)_S13 (eukaryotic) binds the central domain of 16S rRNA and is required for assembly of the small ribosomal subunit and for intersubunit association, thus representing a key element in the assembly of the whole ribosome" /inference="protein motif:COG:COG0184 Ribosomal protein S15P/S13E; J Translation, ribosomal structure and biogenesis" /inference="protein motif:Gene3D:G3D.1.10.287.10 no description InterPro:IPR009068 S15/NS1, RNA-binding" /inference="protein motif:HMMPanther:PTHR11885 RIBOSOMAL PROTEIN S15P/S13E" /inference="protein motif:HMMPanther:PTHR11885:SF7 30S RIBOSOMAL PROTEIN S15P/S13E" /inference="protein motif:HMMPfam:PF00312 Ribosomal_S15 InterPro:IPR000589 Ribosomal protein S15 GO:Molecular Function:structural constituent of ribosome (GO:0003735), Cellular Component:intracellular (GO:0005622), Cellular Component:ribosome (GO:0005840), Biological Process:protein biosynthesis (GO:0006412)" /inference="protein motif:HMMPfam:PF08069 Ribosomal_S13_N InterPro:IPR012606 Ribosomal S13S15 N-terminal GO:Molecular Function:structural constituent of ribosome (GO:0003735), Cellular Component:ribosome (GO:0005840), Biological Process:protein biosynthesis (GO:0006412)" /inference="protein motif:ScanRegExp:PS00362 RIBOSOMAL_S15 InterPro:IPR000589 Ribosomal protein S15 GO:Molecular Function:structural constituent of ribosome (GO:0003735), Cellular Component:intracellular (GO:0005622), Cellular Component:ribosome (GO:0005840), Biological Process:protein biosynthesis (GO:0006412)" /inference="protein motif:superfamily:SSF47060 S15/NS1 RNA-binding domain InterPro:IPR009068 S15/NS1, RNA-binding" /codon_start=1 /transl_table=11 /product="SSU ribosomal protein S15P (rps15P)" /protein_id="ACS33367.1" /translation="MARMHARKRGKSGSKKPPRSAPPAWVEYTAEEVEALVVKLRKEG YSAAMIGTILRDQYGIPSVKLITGKKITKILEENGLAPEIPEDLMALIRKAVNLRKHL EQHPKDKHSRRGLQLTESKIRRLVKYYRRTGKLPAKWRYDPEQAKLLVR" gene complement(809944..810360) /locus_tag="TGAM_0866" /note="tg0866" CDS complement(809944..810360) /locus_tag="TGAM_0866" /inference="protein motif:CDD:COG1931, Uncharacterized protein conserved in archaea [Function unknown]" /inference="protein motif:CDD:DUF54, Protein of unknown function DUF54" /inference="protein motif:COG:COG1931 Uncharacterized protein conserved in archaea; S Function unknown" /inference="protein motif:HMMPfam:PF01877 DUF54 InterPro:IPR002739 Protein of unknown function DUF54" /note="Belongs to DUF81 family" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein" /protein_id="ACS33368.1" /translation="MEELFEEVELEAYVYPTEDIEKVKRAMLNLVPDLEFEAFDRGDY VILTGKTRSRKALSRLYELFRGQAILDTARSFLEEGYFGEEIIVKVNKQAAYAGVVNF NEESPLGPITIIIRTKNPRKLMKWLAPRTKDGVPIE" gene 810431..811237 /gene="zupT" /locus_tag="TGAM_0867" /note="tg0867" CDS 810431..811237 /gene="zupT" /locus_tag="TGAM_0867" /inference="protein motif:CDD:COG0428, Predicted divalent heavy-metal cations transporter [Inorganic ion transport and metabolism]" /inference="protein motif:CDD:Zip, ZIP Zinc transporter" /inference="protein motif:COG:COG0428 Predicted divalent heavy-metal cations transporter; P Inorganic ion transport and metabolism" /inference="protein motif:HMMPanther:PTHR11065 GUFA PROTEIN - RELATED" /inference="protein motif:HMMPanther:PTHR11065:SF3 GUFA PROTEIN" /inference="protein motif:HMMPfam:PF02535 Zip InterPro:IPR003689 Zinc/iron permease GO:Cellular Component:membrane (GO:0016020), Biological Process:metal ion transport (GO:0030001), Molecular Function:metal ion transporter activity (GO:0046873)" /note="7 probable transmembrane helices predicted by modhmm" /codon_start=1 /transl_table=11 /product="Heavy metal ion transport protein, putative ZIP-type Zinc transporter (zupT)" /protein_id="ACS33369.1" /translation="MLEGFIEGLAKYLLNLSGGSLIWVSFYAGLFVALMTSLGAMVAL FAKKLPAEGVDFSLSFAAGVMIVASFTSLILPGIESAGFPPVALGIALGVLLIYAVDR LLPHEHLVRGYEGPKGMKEKLRKVWLLVFALIIHNLPEGLAVGTSLVYNLEVGLVTAI AIGIQDFPEGTVVSLPLAVIQKKSLGPVLIGVLSGLAEMVMVILGAVFFTSFAWTLPY GLGLAGGAMLYVTVKEMIPEIYKGEKSETLVTLGFFAGFYVMLLLDSALG" gene complement(811206..811778) /locus_tag="TGAM_0868" /note="tg0868" CDS complement(811206..811778) /locus_tag="TGAM_0868" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:BlastProDom:PD000657 YC94_PYRFU_P58833; InterPro:IPR011769 Adenylate/cytidine kinase, N-terminal GO:Molecular Function:ATP binding (GO:0005524), Molecular Function:nucleotide kinase activity (GO:0019201)" /inference="protein motif:CDD:CoaE, Dephospho-CoA kinase [Coenzyme metabolism]" /inference="protein motif:COG:COG0237 Dephospho-CoA kinase; H Coenzyme transport and metabolism" /inference="protein motif:Gene3D:G3D.3.40.50.300 no description" /inference="protein motif:HMMPanther:PTHR12595 UNCHARACTERIZED" /inference="protein motif:superfamily:SSF52540 P-loop containing nucleoside triphosphate hydrolases" /codon_start=1 /transl_table=11 /product="Adenylate/cytidine kinase related protein" /protein_id="ACS33370.1" /translation="MIVIVTGMPGSGKSRIVEEFEKRGFPSVSLGDIVREETVKRGLE LTKENVAKVSIRLRQELGQNAVAKLAVGKVRVLLEKSPLVVIDGVRSLDEVGTFRGAF PEEKIIIVAVHTPPRLRFERLKARGRHDDPQTWEDFEERDWKELRFGIGGVIAMADHM LINDGSKEEYEKKVKTLVEKIIRGLNRGGA" gene 811858..812217 /locus_tag="TGAM_0869" /note="tg0869" CDS 811858..812217 /locus_tag="TGAM_0869" /note="3 probable transmembrane helices predicted by modhmm" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein" /protein_id="ACS33371.1" /translation="MKTIMVGKMNVNWFIIGPIVTFLVNIPFGFWRAHAKRTGNRLEW ALAVHLPVPLVVVLRHLAGLSWNSSGAPLILVFVLAYFLGQRTGGKLYQRAHESGLNP GRNVFVLWSGRGEGEAI" gene complement(812210..814372) /locus_tag="TGAM_0870" /note="tg0870" CDS complement(812210..814372) /locus_tag="TGAM_0870" /EC_number="3.6.1.-" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:COG:COG1204 Superfamily II helicase; R General function prediction only" /inference="protein motif:Gene3D:G3D.1.10.150.70 no description" /inference="protein motif:Gene3D:G3D.3.40.50.300 no description" /inference="protein motif:HMMPanther:PTHR11752 HELICASE SKI2-RELATED" /inference="protein motif:HMMPanther:PTHR11752:SF3 DNA HELICASE-RELATED" /inference="protein motif:HMMPfam:PF00270 DEAD InterPro:IPR011545 DEAD/DEAH box helicase, N-terminal GO:Molecular Function:nucleic acid binding (GO:0003676), Molecular Function:helicase activity (GO:0004386), Molecular Function:ATP binding (GO:0005524)" /inference="protein motif:HMMPfam:PF00271 Helicase_C InterPro:IPR001650 Helicase, C-terminal GO:Molecular Function:nucleic acid binding (GO:0003676), Molecular Function:helicase activity (GO:0004386), Molecular Function:ATP binding (GO:0005524)" /inference="protein motif:HMMSmart:SM00278 no description InterPro:IPR003583 Helix-hairpin-helix DNA-binding, class 1 GO:Cellular Component:intracellular (GO:0005622), Molecular Function:sequence-specific DNA binding (GO:0043565)" /inference="protein motif:HMMSmart:SM00487 no description InterPro:IPR011545 DEAD/DEAH box helicase, N-terminal GO:Molecular Function:nucleic acid binding (GO:0003676), Molecular Function:helicase activity (GO:0004386), Molecular Function:ATP binding (GO:0005524)" /inference="protein motif:HMMSmart:SM00490 no description InterPro:IPR001650 Helicase, C-terminal GO:Molecular Function:nucleic acid binding (GO:0003676), Molecular Function:helicase activity (GO:0004386), Molecular Function:ATP binding (GO:0005524)" /inference="protein motif:ProfileScan:PS50120 HHH InterPro:IPR000445 Helix-hairpin-helix motif GO:Molecular Function:DNA binding (GO:0003677), Cellular Component:intracellular (GO:0005622)" /inference="protein motif:ProfileScan:PS50136 HELICASE InterPro:IPR001410 DEAD/DEAH box helicase GO:Molecular Function:ATP binding (GO:0005524), Molecular Function:ATP-dependent helicase activity (GO:0008026)" /inference="protein motif:superfamily:SSF47781 InterPro:IPR010994 RuvA domain 2-like" /inference="protein motif:superfamily:SSF52540 P-loop containing nucleoside triphosphate hydrolases" /codon_start=1 /transl_table=11 /product="ski2-type helicase, putative" /protein_id="ACS33372.1" /translation="MKVDELPVDERLKAVLKERGIEELYPPQAEALKSGALEGRNLVL AIPTASGKTLVSEIVMVNKLIQEGGKAVYLVPLKALAEEKYREFKEWEKLGLKVAATT GDYDSTDDWLGRYDIIVATAEKFDSLLRHGARWINDVKLVVADEVHLIGSYDRGATLE MILTHMLGRAQILALSATVGNAEELAEWLDASLVVSDWRPVQLRRGVFHLGTLIWEDG KVESYPENWYSLVVDAVKRGKGALVFVNTRRSAEKEALALSKLVSSHLTKPEKRALES LASQLEDNPTSEKLKRALRGGVAFHHAGLSRVERTLIEDAFREGLIKVITATPTLSAG VNLPSFRVIIRDTKRYAGFGWTDIPVLEIQQMMGRAGRPRYDKYGEAIIVARTDEPGK LMERYIRGKPEKLFSMLANEQAFRSQVLALITNFGIRSFPELVRFLERTFYAHQRKDL SSLEYKAKEVVYFLIENEFIDLDLEDRFIPLPFGKRTSQLYIDPLTAKKFKDAFPAIE RNPNPFGIFQLIASTPDMATLTARRREMEDYLDLAYELEDKLYASIPYYEDSRFQGFL GQVKTAKVLLDWINEVPEARIYETYSIDPGDLYRLLELADWLMYSLIELYKLFEPKEE ILNYLRDLHLRLRHGVREELLELVRLPNIGRKRARALYNAGFRSVEAIANAKPAELLA VEGIGAKILDGIYRHLGIEKRVTEEKPKRKGTLEDFLR" gene 814445..815008 /locus_tag="TGAM_0871" /note="tg0871" CDS 814445..815008 /locus_tag="TGAM_0871" /experiment="gene product confirmed by mass spectrometry" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein" /protein_id="ACS33373.1" /translation="MAVEVPYVLFRTRSGVYGIDGYFYPALERVEHRAALLRKMPPKP VPRAYGDSYVTPSNVGKVLRELALELYELTGRSFDERGRHMRRWNILRFLGIPSGYIK NLKRDEELAGRVRRALLALSIVEHVLGIKGPADLDDLFVEPLGWSVFRLEIVKGRPVD PVYSQLYEDDAGFRRALHEVLKKEGGL" gene complement(815003..815986) /gene="dppF" /locus_tag="TGAM_0872" /gene_synonym="oppF-2" /note="tg0872" CDS complement(815003..815986) /gene="dppF" /locus_tag="TGAM_0872" /gene_synonym="oppF-2" /inference="protein motif:BlastProDom:PD000006 Q8U117_PYRFU_Q8U117; InterPro:IPR003439 ABC transporter related GO:Molecular Function:ATP binding (GO:0005524), Molecular Function:ATPase activity (GO:0016887)" /inference="protein motif:CDD:ABC_ATPase, ABC (ATP-binding cassette) transporter nucleotide-binding domain" /inference="protein motif:CDD:ABC_BcrA_bacitracin_resist, The BcrA subfamily represents ABC transporters involved in peptide antibiotic resistance" /inference="protein motif:CDD:ABC_Carb_Monos_I, This family represents the domain I of the carbohydrate uptake proteins that transport only monosaccharides (Monos)" /inference="protein motif:CDD:ABC_Carb_Monos_II, This family represents domain II of the carbohydrate uptake proteins that transport only monosaccharides (Monos)" /inference="protein motif:CDD:ABC_Carb_Solutes_like, ABC Carbohydrate and Solute Transporters-like subgroup" /inference="protein motif:CDD:ABC_CcmA_heme_exporter, CcmA, the ATP-binding component of the bacterial CcmAB transporter" /inference="protein motif:CDD:ABC_Class2, ABC-type Class 2 contains systems involved in cellular processes other than transport" /inference="protein motif:CDD:ABC_Class3, This class is comprised of all BPD (Binding Protein Dependent) systems that are largely represented in archaea and eubacteria and are primarily involved in scavenging solutes from the environment" /inference="protein motif:CDD:ABC_cobalt_CbiO_domain1, Domain I of the ABC component of a cobalt transport family found in bacteria, archaea, and eukaryota" /inference="protein motif:CDD:ABC_cobalt_CbiO_domain2, Domain II of the ABC component of a cobalt transport family found in bacteria, archaea, and eukaryota" /inference="protein motif:CDD:ABC_CysA_sulfate_importer, Part of the ABC transporter complex cysAWTP involved in sulfate import" /inference="protein motif:CDD:ABC_DR_subfamily_A, This family of ATP-binding proteins belongs to a multisubunit transporter involved in drug resistance (BcrA and DrrA), nodulation, lipid transport, and lantibiotic immunity" /inference="protein motif:CDD:ABC_DrrA, DrrA is the ATP-binding protein component of a bacterial exporter complex that confers resistance to the antibiotics daunorubicin and doxorubicin" /inference="protein motif:CDD:ABC_drug_resistance_like, ABC-type multidrug transport system, ATPase component" /inference="protein motif:CDD:ABC_FeS_Assembly, ABC-type transport system involved in Fe-S cluster assembly, ATPase component" /inference="protein motif:CDD:ABC_FtsE_transporter, FtsE is a hydrophilic nucleotide-binding protein that binds FtsX to form a heterodimeric ATP-binding cassette (ABC)-type transporter that associates with the bacterial inner membrane" /inference="protein motif:CDD:ABC_HisP_GlnQ_permeases, HisP and GlnQ are the ATP-binding components of the bacterial periplasmic histidine and glutamine permeases, repectively" /inference="protein motif:CDD:ABC_Iron-Siderophores_B12_Hemin, ABC transporters, involved in the uptake of siderophores, heme, and vitamin B12, are widely conserved in bacteria and archaea" /inference="protein motif:CDD:ABC_KpsT_Wzt, ABC_KpsT_Wzt The KpsT/Wzt ABC transporter subfamily is involved in extracellular polysaccharide export" /inference="protein motif:CDD:ABC_MalK_N, The N-terminal ATPase domain of the maltose transporter, MalK" /inference="protein motif:CDD:ABC_Metallic_Cations, ABC component of the metal-type transporters" /inference="protein motif:CDD:ABC_MetN_methionine_transporter, MetN (also known as YusC) is an ABC-type transporter encoded by metN of the metNPQ operon in Bacillus subtilis that is involved in methionine transport" /inference="protein motif:CDD:ABC_MJ0796_Lo1CDE_FtsE, This family is comprised of MJ0796 ATP-binding cassette, macrolide-specific ABC-type efflux carrier (MacAB), and proteins involved in cell division (FtsE), and release of liporoteins from the cytoplasmic membrane (LolCDE)" /inference="protein motif:CDD:ABC_Mj1267_LivG_branched, The Mj1267/LivG ABC transporter subfamily is involved in the transport of the hydrophobic amino acids leucine, isoleucine and valine" /inference="protein motif:CDD:ABC_ModC_like, Archeal protein closely related to ModC" /inference="protein motif:CDD:ABC_ModC_molybdenum_transporter, ModC is an ABC-type transporter and the ATPase component of a molybdate transport system that also includes the periplasmic binding protein ModA and the membrane protein ModB" /inference="protein motif:CDD:ABC_MTABC3_MDL1_MDL2, MTABC3 (also known as ABCB6) is a mitochondrial ATP-binding cassette protein involved in iron homeostasis and one of four ABC transporters expressed in the mitochondrial inner membrane, the other three being MDL1(ABC7), MDL2, and ATM1" /inference="protein motif:CDD:ABC_NatA_like, Similar in sequence to NatA, this is the ATPase component of a bacterial ABC-type Na+ transport system called NatAB, which catalyzes ATP-dependent electrogenic Na+ extrusion without mechanically coupled to proton or K+ uptake" /inference="protein motif:CDD:ABC_NatA_sodium_exporter, NatA is the ATPase component of a bacterial ABC-type Na+ transport system called NatAB, which catalyzes ATP-dependent electrogenic Na+ extrusion without mechanically coupled proton or K+ uptake" /inference="protein motif:CDD:ABC_NikE_OppD_transporters, The ABC transporter subfamily specific for the transport of dipeptides, oligopeptides (OppD), and nickel (NikDE)" /inference="protein motif:CDD:ABC_NrtD_SsuB_transporters, NrtD and SsuB are the ATP-binding subunits of the bacterial ABC-type nitrate and sulfonate transport systems, respectively" /inference="protein motif:CDD:ABC_OpuCA_Osmoprotection, OpuCA is a the ATP binding component of a bacterial solute transporter that serves a protective role to cells growing in a hyperosmolar environment" /inference="protein motif:CDD:ABC_Org_Solvent_Resistant, ABC (ATP-binding cassette) transport system involved in resistant to organic solvents" /inference="protein motif:CDD:ABC_PhnC_transporter, ABC-type phosphate/phosphonate transport system" /inference="protein motif:CDD:ABC_PotA_N, PotA is an ABC-type transporter and the ATPase component of the spermidine/putrescine-preferential uptake system consisting of PotA, -B, -C, and -D" /inference="protein motif:CDD:ABC_Pro_Gly_Bertaine, This family comprises the glycine betaine/L-proline ATP binding subunit in bacteria and its equivalents in archaea" /inference="protein motif:CDD:ABC_PstB_phosphate_transporter, Phosphate uptake is of fundamental importance in the cell physiology of bacteria because phosphate is required as a nutrient" /inference="protein motif:CDD:ABC_putative_ATPase, This subfamily is involved in drug resistance, nodulation, lipid transport, and bacteriocin and lantibiotic immunity" /inference="protein motif:CDD:ABC_RNaseL_inhibitor_domain1, The ATPase domain 1 of RNase L inhibitor" /inference="protein motif:CDD:ABC_RNaseL_inhibitor_domain2, The ATPase domain 2 of RNase L inhibitor" /inference="protein motif:CDD:ABC_subfamily_A, The ABCA subfamily mediates the transport of a variety of lipid compounds" /inference="protein motif:CDD:ABC_ThiQ_thiamine_transporter, ABC-type thiamine tranport system" /inference="protein motif:CDD:ABC_TM1139_LivF_branched, LivF (TM1139) is part of the LIV-I bacterial ABC-type two-component transport system that imports neutral, branched-chain amino acids" /inference="protein motif:CDD:ABC_tran, ABC transporter" /inference="protein motif:CDD:ABC_UvrA, The excision repair protein UvrA" /inference="protein motif:CDD:ABC_YhbG, The ABC transporters belonging to the YhbG family are similar to members of the Mj1267_LivG family, which is involved in the transport of branched-chain amino acids" /inference="protein motif:CDD:AbcC, ABC-type metal ion transport system, ATPase component [Inorganic ion transport and metabolism]" /inference="protein motif:CDD:ABCC_ATM1_transporter, ATM1 is an ABC transporter that is expressed in the mitochondria" /inference="protein motif:CDD:ABCC_bacteriocin_exporters, ABC-type bacteriocin exporters" /inference="protein motif:CDD:ABCC_cytochrome_bd, The CYD subfamily implicated in cytochrome bd biogenesis" /inference="protein motif:CDD:ABCC_Glucan_exporter_like, Glucan exporter ATP-binding protein" /inference="protein motif:CDD:ABCC_Hemolysin, The ABC-transporter hemolysin B is a central component of the secretion machinery that translocates the toxin, hemolysin A, in a Sec-independent fashion across both membranes of E" /inference="protein motif:CDD:ABCC_MRP_domain1, Domain 1 of the ABC subfamily C" /inference="protein motif:CDD:ABCC_MRP_domain2, Domain 2 of the ABC subfamily C" /inference="protein motif:CDD:ABCC_MRP_Like, The MRP (Mutidrug Resistance Protein)-like transporters are involved in drug, peptide, and lipid export" /inference="protein motif:CDD:ABCC_MsbA, MsbA is an essential ABC transporter, closely related to eukaryotic MDR proteins" /inference="protein motif:CDD:ABCC_NFT1, Domain 2 of NFT1 (New full-length MRP-type transporter 1)" /inference="protein motif:CDD:ABCC_Protease_Secretion, This family represents the ABC component of the protease secretion system PrtD, a 60-kDa integral membrane protein sharing 37% identity with HlyB, the ABC component of the alpha-hemolysin secretion pathway, in the C-terminal domain" /inference="protein motif:CDD:ABCC_SUR1_N, The SUR domain 1" /inference="protein motif:CDD:ABCC_SUR2, The SUR domain 2" /inference="protein motif:CDD:ABCC_TAP, TAP, the Transporter Associated with Antigen Processing" /inference="protein motif:CDD:ABCD_peroxisomal_ALDP, Peroxisomal ATP-binding cassette transporter (Pat) is involved in the import of very long-chain fatty acids (VLCFA) into the peroxisome" /inference="protein motif:CDD:ABCF_EF-3, ABCF_EF-3 Elongation factor 3 (EF-3) is a cytosolic protein required by fungal ribosomes for in vitro protein synthesis and for in vivo growth" /inference="protein motif:CDD:ABCG_EPDR, ABCG transporters are involved in eye pigment (EP) precursor transport, regulation of lipid-trafficking mechanisms, and pleiotropic drug resistance (DR)" /inference="protein motif:CDD:ABCG_White, The White subfamily represents ABC transporters homologous to the Drosophila white gene, which acts as a dimeric importer for eye pigment precursors" /inference="protein motif:CDD:AppF, ABC-type oligopeptide transport system, ATPase component [Amino acid transport and metabolism]" /inference="protein motif:CDD:ArpD, ABC-type protease/lipase transport system, ATPase and permease components [General function prediction only]" /inference="protein motif:CDD:ArtP, ABC-type arginine transport system, ATPase component [Amino acid transport and metabolism]" /inference="protein motif:CDD:ATM1, ABC-type transport system involved in Fe-S cluster assembly, permease and ATPase components [Posttranslational modification, protein turnover, chaperones]" /inference="protein motif:CDD:BtuD, ABC-type cobalamin transport system, ATPase component [Coenzyme metabolism]" /inference="protein motif:CDD:CbiO, ABC-type cobalt transport system, ATPase component [Inorganic ion transport and metabolism]" /inference="protein motif:CDD:CcmA, ABC-type multidrug transport system, ATPase component [Defense mechanisms]" /inference="protein motif:CDD:CcmA, ABC-type transport system involved in cytochrome c biogenesis, ATPase component [Posttranslational modification, protein turnover, chaperones]" /inference="protein motif:CDD:CeuD, ABC-type enterochelin transport system, ATPase component [Inorganic ion transport and metabolism]" /inference="protein motif:CDD:COG1123, ATPase components of various ABC-type transport systems, contain duplicated ATPase [General function prediction only]" /inference="protein motif:CDD:COG1245, Predicted ATPase, RNase L inhibitor (RLI) homolog [General function prediction only]" /inference="protein motif:CDD:COG3638, ABC-type phosphate/phosphonate transport system, ATPase component [Inorganic ion transport and metabolism]" /inference="protein motif:CDD:COG3845, ABC-type uncharacterized transport systems, ATPase components [General function prediction only]" /inference="protein motif:CDD:COG4136, ABC-type uncharacterized transport system, ATPase component [General function prediction only]" /inference="protein motif:CDD:COG4152, ABC-type uncharacterized transport system, ATPase component [General function prediction only]" /inference="protein motif:CDD:COG4172, ABC-type uncharacterized transport system, duplicated ATPase component [General function prediction only]" /inference="protein motif:CDD:COG4178, ABC-type uncharacterized transport system, permease and ATPase components [General function prediction only]" /inference="protein motif:CDD:COG4181, Predicted ABC-type transport system involved in lysophospholipase L1 biosynthesis, ATPase component [Secondary metabolites biosynthesis, transport, and catabolism]" /inference="protein motif:CDD:COG4559, ABC-type hemin transport system, ATPase component [Inorganic ion transport and metabolism]" /inference="protein motif:CDD:COG4586, ABC-type uncharacterized transport system, ATPase component [General function prediction only]" /inference="protein motif:CDD:COG4619, ABC-type uncharacterized transport system, ATPase component [General function prediction only]" /inference="protein motif:CDD:COG4674, Uncharacterized ABC-type transport system, ATPase component [General function prediction only]" /inference="protein motif:CDD:CydC, ABC-type transport system involved in cytochrome bd biosynthesis, fused ATPase and permease components [Energy production and conversion / Posttranslational modification, protein turnover, chaperones]" /inference="protein motif:CDD:CydD, ABC-type transport system involved in cytochrome bd biosynthesis, ATPase and permease components [Energy production and conversion / Posttranslational modification, protein turnover, chaperones]" /inference="protein motif:CDD:CysA, ABC-type sulfate/molybdate transport systems, ATPase component [Inorganic ion transport and metabolism]" /inference="protein motif:CDD:DppD, ABC-type dipeptide/oligopeptide/nickel transport system, ATPase component [Amino acid transport and metabolism / Inorganic ion transport and metabolism]" /inference="protein motif:CDD:DppF, ABC-type dipeptide/oligopeptide/nickel transport system, ATPase component [Amino acid transport and metabolism / Inorganic ion transport and metabolism]" /inference="protein motif:CDD:FepC, ABC-type cobalamin/Fe3+-siderophores transport systems, ATPase components [Inorganic ion transport and metabolism / Coenzyme metabolism]" /inference="protein motif:CDD:FtsE, Predicted ATPase involved in cell division [Cell division and chromosome partitioning]" /inference="protein motif:CDD:GlnQ, ABC-type polar amino acid transport system, ATPase component [Amino acid transport and metabolism]" /inference="protein motif:CDD:HisP, ABC-type histidine transport system, ATPase component [Amino acid transport and metabolism]" /inference="protein motif:CDD:LivF, ABC-type branched-chain amino acid transport systems, ATPase component [Amino acid transport and metabolism]" /inference="protein motif:CDD:LivG, ABC-type branched-chain amino acid transport systems, ATPase component [Amino acid transport and metabolism]" /inference="protein motif:CDD:MalK, ABC-type sugar transport systems, ATPase components [Carbohydrate transport and metabolism]" /inference="protein motif:CDD:MdlB, ABC-type multidrug transport system, ATPase and permease components [Defense mechanisms]" /inference="protein motif:CDD:MglA, ABC-type sugar transport system, ATPase component [Carbohydrate transport and metabolism]" /inference="protein motif:CDD:ModC, ABC-type molybdate transport system, ATPase component [Inorganic ion transport and metabolism]" /inference="protein motif:CDD:ModF, ABC-type molybdenum transport system, ATPase component/photorepair protein PhrA [Inorganic ion transport and metabolism]" /inference="protein motif:CDD:NatA, ABC-type Na+ transport system, ATPase component [Energy production and conversion / Inorganic ion transport and metabolism]" /inference="protein motif:CDD:OpuBA, ABC-type proline/glycine betaine transport systems, ATPase components [Amino acid transport and metabolism]" /inference="protein motif:CDD:PhnK, ABC-type phosphonate transport system, ATPase component [Inorganic ion transport and metabolism]" /inference="protein motif:CDD:PhnK, ABC-type uncharacterized transport system, ATPase component [General function prediction only]" /inference="protein motif:CDD:PhnL, ABC-type phosphonate transport system, ATPase component [Inorganic ion transport and metabolism]" /inference="protein motif:CDD:PotA, ABC-type spermidine/putrescine transport systems, ATPase components [Amino acid transport and metabolism]" /inference="protein motif:CDD:ProV, ABC-type proline/glycine betaine transport system, ATPase component [Amino acid transport and metabolism]" /inference="protein motif:CDD:PstB, ABC-type phosphate transport system, ATPase component [Inorganic ion transport and metabolism]" /inference="protein motif:CDD:PvdE, ABC-type siderophore export system, fused ATPase and permease components [Secondary metabolites biosynthesis, transport, and catabolism / Inorganic ion transport and metabolism]" /inference="protein motif:CDD:SalX, ABC-type antimicrobial peptide transport system, ATPase component [Defense mechanisms]" /inference="protein motif:CDD:SapD, ABC-type antimicrobial peptide transport system, ATPase component [Defense mechanisms]" /inference="protein motif:CDD:SapF, ABC-type antimicrobial peptide transport system, ATPase component [Defense mechanisms]" /inference="protein motif:CDD:SufC, ABC-type transport system involved in Fe-S cluster assembly, ATPase component [Posttranslational modification, protein turnover, chaperones]" /inference="protein motif:CDD:SunT, ABC-type bacteriocin/lantibiotic exporters, contain an N-terminal double-glycine peptidase domain [Defense mechanisms]" /inference="protein motif:CDD:TagH, ABC-type polysaccharide/polyol phosphate transport system, ATPase component [Carbohydrate transport and metabolism / Cell envelope biogenesis, outer membrane]" /inference="protein motif:CDD:TauB, ABC-type nitrate/sulfonate/bicarbonate transport system, ATPase component [Inorganic ion transport and metabolism]" /inference="protein motif:CDD:TauB, ABC-type taurine transport system, ATPase component [Inorganic ion transport and metabolism]" /inference="protein motif:CDD:ThiQ, ABC-type thiamine transport system, ATPase component [Coenzyme metabolism]" /inference="protein motif:CDD:Ttg2A, ABC-type transport system involved in resistance to organic solvents, ATPase component [Secondary metabolites biosynthesis, transport, and catabolism]" /inference="protein motif:CDD:Uup, ATPase components of ABC transporters with duplicated ATPase domains [General function prediction only]" /inference="protein motif:CDD:YhbG, ABC-type (unclassified) transport system, ATPase component [General function prediction only]" /inference="protein motif:CDD:ZnuC, ABC-type Mn/Zn transport systems, ATPase component [Inorganic ion transport and metabolism]" /inference="protein motif:COG:COG4608 ABC-type oligopeptide transport system, ATPase component; E Amino acid transport and metabolism" /inference="protein motif:Gene3D:G3D.3.40.50.300 no description" /inference="protein motif:HMMPanther:PTHR19222 ATP-BINDING CASSETTE TRANSPORTER" /inference="protein motif:HMMPfam:PF00005 ABC_tran InterPro:IPR003439 ABC transporter related GO:Molecular Function:ATP binding (GO:0005524), Molecular Function:ATPase activity (GO:0016887)" /inference="protein motif:HMMPfam:PF08352 oligo_HPY InterPro:IPR013563 Oligopeptide/dipeptide ABC transporter, C-terminal" /inference="protein motif:HMMSmart:SM00382 no description InterPro:IPR003593 AAA ATPase GO:Molecular Function:nucleotide binding (GO:0000166), Molecular Function:nucleoside-triphosphatase activity (GO:0017111)" /inference="protein motif:HMMTigr:TIGR01727 oligo_HPY:oligopeptide/dipeptide ABC trans InterPro:IPR010066 Oligopeptide/dipeptide ABC transporter, ATP-binding protein, C-terminal GO:Molecular Function:ATP binding (GO:0005524), Molecular Function:peptide transporter activity (GO:0015197), Biological Process:peptide transport (GO:0015833)" /inference="protein motif:ProfileScan:PS50100 DA_BOX InterPro:IPR003439 ABC transporter related GO:Molecular Function:ATP binding (GO:0005524), Molecular Function:ATPase activity (GO:0016887)" /inference="protein motif:ProfileScan:PS50101 ATP_GTP_A2" /inference="protein motif:ProfileScan:PS50893 ABC_TRANSPORTER_2 InterPro:IPR003439 ABC transporter related GO:Molecular Function:ATP binding (GO:0005524), Molecular Function:ATPase activity (GO:0016887)" /inference="protein motif:ScanRegExp:PS00211 ABC_TRANSPORTER_1 InterPro:IPR003439 ABC transporter related GO:Molecular Function:ATP binding (GO:0005524), Molecular Function:ATPase activity (GO:0016887)" /inference="protein motif:superfamily:SSF52540 P-loop containing nucleoside triphosphate hydrolases" /codon_start=1 /transl_table=11 /product="ABC-type dipeptide/oligopeptide transport system, ATPase component (dppF/oppF)" /protein_id="ACS33374.1" /translation="MMAMEPLLKVENLKKYFPVRGLFRTIGYVKAVDGVSFEINRGET FGLVGESGCGKTTTGRTILRLIEPTSGRIIFDGKDVTKLSGEEMKAFRRRAQIMFQDP YSSLNPRQTVFEIIMEPVRFHGIPVDDPEEFVIDLLESVGLNEMHLYRYPHEFSGGQR QRIALARLLALKPEFIVLDEPTSALDVSVQANILNMLKDLQKKYGFTYLFISHDLGVV KYMSHRMGVMYLGKLVEVGPAEKIFENPLHPYTQMLLSAIPVPDPELAQELKRKRMKI EGEPPSPINPPKGCRFHPRCPRVMDRCKKEEPPLVEVEKDHYVACWLYAKS" gene complement(815988..816968) /gene="dppD" /locus_tag="TGAM_0873" /gene_synonym="oppD-2" /note="tg0873" CDS complement(815988..816968) /gene="dppD" /locus_tag="TGAM_0873" /gene_synonym="oppD-2" /inference="protein motif:BlastProDom:PD000006 Q9C4L1_AAAAA_Q9C4L1; InterPro:IPR003439 ABC transporter related GO:Molecular Function:ATP binding (GO:0005524), Molecular Function:ATPase activity (GO:0016887)" /inference="protein motif:CDD:ABC_ATPase, ABC (ATP-binding cassette) transporter nucleotide-binding domain" /inference="protein motif:CDD:ABC_BcrA_bacitracin_resist, The BcrA subfamily represents ABC transporters involved in peptide antibiotic resistance" /inference="protein motif:CDD:ABC_Carb_Monos_I, This family represents the domain I of the carbohydrate uptake proteins that transport only monosaccharides (Monos)" /inference="protein motif:CDD:ABC_Carb_Monos_II, This family represents domain II of the carbohydrate uptake proteins that transport only monosaccharides (Monos)" /inference="protein motif:CDD:ABC_Carb_Solutes_like, ABC Carbohydrate and Solute Transporters-like subgroup" /inference="protein motif:CDD:ABC_Class3, This class is comprised of all BPD (Binding Protein Dependent) systems that are largely represented in archaea and eubacteria and are primarily involved in scavenging solutes from the environment" /inference="protein motif:CDD:ABC_cobalt_CbiO_domain1, Domain I of the ABC component of a cobalt transport family found in bacteria, archaea, and eukaryota" /inference="protein motif:CDD:ABC_cobalt_CbiO_domain2, Domain II of the ABC component of a cobalt transport family found in bacteria, archaea, and eukaryota" /inference="protein motif:CDD:ABC_CysA_sulfate_importer, Part of the ABC transporter complex cysAWTP involved in sulfate import" /inference="protein motif:CDD:ABC_DR_subfamily_A, This family of ATP-binding proteins belongs to a multisubunit transporter involved in drug resistance (BcrA and DrrA), nodulation, lipid transport, and lantibiotic immunity" /inference="protein motif:CDD:ABC_DrrA, DrrA is the ATP-binding protein component of a bacterial exporter complex that confers resistance to the antibiotics daunorubicin and doxorubicin" /inference="protein motif:CDD:ABC_drug_resistance_like, ABC-type multidrug transport system, ATPase component" /inference="protein motif:CDD:ABC_FeS_Assembly, ABC-type transport system involved in Fe-S cluster assembly, ATPase component" /inference="protein motif:CDD:ABC_FtsE_transporter, FtsE is a hydrophilic nucleotide-binding protein that binds FtsX to form a heterodimeric ATP-binding cassette (ABC)-type transporter that associates with the bacterial inner membrane" /inference="protein motif:CDD:ABC_HisP_GlnQ_permeases, HisP and GlnQ are the ATP-binding components of the bacterial periplasmic histidine and glutamine permeases, repectively" /inference="protein motif:CDD:ABC_Iron-Siderophores_B12_Hemin, ABC transporters, involved in the uptake of siderophores, heme, and vitamin B12, are widely conserved in bacteria and archaea" /inference="protein motif:CDD:ABC_KpsT_Wzt, ABC_KpsT_Wzt The KpsT/Wzt ABC transporter subfamily is involved in extracellular polysaccharide export" /inference="protein motif:CDD:ABC_MalK_N, The N-terminal ATPase domain of the maltose transporter, MalK" /inference="protein motif:CDD:ABC_Metallic_Cations, ABC component of the metal-type transporters" /inference="protein motif:CDD:ABC_MetN_methionine_transporter, MetN (also known as YusC) is an ABC-type transporter encoded by metN of the metNPQ operon in Bacillus subtilis that is involved in methionine transport" /inference="protein motif:CDD:ABC_MJ0796_Lo1CDE_FtsE, This family is comprised of MJ0796 ATP-binding cassette, macrolide-specific ABC-type efflux carrier (MacAB), and proteins involved in cell division (FtsE), and release of liporoteins from the cytoplasmic membrane (LolCDE)" /inference="protein motif:CDD:ABC_Mj1267_LivG_branched, The Mj1267/LivG ABC transporter subfamily is involved in the transport of the hydrophobic amino acids leucine, isoleucine and valine" /inference="protein motif:CDD:ABC_ModC_like, Archeal protein closely related to ModC" /inference="protein motif:CDD:ABC_ModC_molybdenum_transporter, ModC is an ABC-type transporter and the ATPase component of a molybdate transport system that also includes the periplasmic binding protein ModA and the membrane protein ModB" /inference="protein motif:CDD:ABC_MTABC3_MDL1_MDL2, MTABC3 (also known as ABCB6) is a mitochondrial ATP-binding cassette protein involved in iron homeostasis and one of four ABC transporters expressed in the mitochondrial inner membrane, the other three being MDL1(ABC7), MDL2, and ATM1" /inference="protein motif:CDD:ABC_NatA_like, Similar in sequence to NatA, this is the ATPase component of a bacterial ABC-type Na+ transport system called NatAB, which catalyzes ATP-dependent electrogenic Na+ extrusion without mechanically coupled to proton or K+ uptake" /inference="protein motif:CDD:ABC_NatA_sodium_exporter, NatA is the ATPase component of a bacterial ABC-type Na+ transport system called NatAB, which catalyzes ATP-dependent electrogenic Na+ extrusion without mechanically coupled proton or K+ uptake" /inference="protein motif:CDD:ABC_NikE_OppD_transporters, The ABC transporter subfamily specific for the transport of dipeptides, oligopeptides (OppD), and nickel (NikDE)" /inference="protein motif:CDD:ABC_NrtD_SsuB_transporters, NrtD and SsuB are the ATP-binding subunits of the bacterial ABC-type nitrate and sulfonate transport systems, respectively" /inference="protein motif:CDD:ABC_OpuCA_Osmoprotection, OpuCA is a the ATP binding component of a bacterial solute transporter that serves a protective role to cells growing in a hyperosmolar environment" /inference="protein motif:CDD:ABC_Org_Solvent_Resistant, ABC (ATP-binding cassette) transport system involved in resistant to organic solvents" /inference="protein motif:CDD:ABC_PhnC_transporter, ABC-type phosphate/phosphonate transport system" /inference="protein motif:CDD:ABC_PotA_N, PotA is an ABC-type transporter and the ATPase component of the spermidine/putrescine-preferential uptake system consisting of PotA, -B, -C, and -D" /inference="protein motif:CDD:ABC_Pro_Gly_Bertaine, This family comprises the glycine betaine/L-proline ATP binding subunit in bacteria and its equivalents in archaea" /inference="protein motif:CDD:ABC_PstB_phosphate_transporter, Phosphate uptake is of fundamental importance in the cell physiology of bacteria because phosphate is required as a nutrient" /inference="protein motif:CDD:ABC_putative_ATPase, This subfamily is involved in drug resistance, nodulation, lipid transport, and bacteriocin and lantibiotic immunity" /inference="protein motif:CDD:ABC_subfamily_A, The ABCA subfamily mediates the transport of a variety of lipid compounds" /inference="protein motif:CDD:ABC_ThiQ_thiamine_transporter, ABC-type thiamine tranport system" /inference="protein motif:CDD:ABC_TM1139_LivF_branched, LivF (TM1139) is part of the LIV-I bacterial ABC-type two-component transport system that imports neutral, branched-chain amino acids" /inference="protein motif:CDD:ABC_tran, ABC transporter" /inference="protein motif:CDD:ABC_YhbG, The ABC transporters belonging to the YhbG family are similar to members of the Mj1267_LivG family, which is involved in the transport of branched-chain amino acids" /inference="protein motif:CDD:AbcC, ABC-type metal ion transport system, ATPase component [Inorganic ion transport and metabolism]" /inference="protein motif:CDD:ABCC_ATM1_transporter, ATM1 is an ABC transporter that is expressed in the mitochondria" /inference="protein motif:CDD:ABCC_bacteriocin_exporters, ABC-type bacteriocin exporters" /inference="protein motif:CDD:ABCC_cytochrome_bd, The CYD subfamily implicated in cytochrome bd biogenesis" /inference="protein motif:CDD:ABCC_Glucan_exporter_like, Glucan exporter ATP-binding protein" /inference="protein motif:CDD:ABCC_Hemolysin, The ABC-transporter hemolysin B is a central component of the secretion machinery that translocates the toxin, hemolysin A, in a Sec-independent fashion across both membranes of E" /inference="protein motif:CDD:ABCC_MRP_domain1, Domain 1 of the ABC subfamily C" /inference="protein motif:CDD:ABCC_MRP_domain2, Domain 2 of the ABC subfamily C" /inference="protein motif:CDD:ABCC_MRP_Like, The MRP (Mutidrug Resistance Protein)-like transporters are involved in drug, peptide, and lipid export" /inference="protein motif:CDD:ABCC_MsbA, MsbA is an essential ABC transporter, closely related to eukaryotic MDR proteins" /inference="protein motif:CDD:ABCC_NFT1, Domain 2 of NFT1 (New full-length MRP-type transporter 1)" /inference="protein motif:CDD:ABCC_Protease_Secretion, This family represents the ABC component of the protease secretion system PrtD, a 60-kDa integral membrane protein sharing 37% identity with HlyB, the ABC component of the alpha-hemolysin secretion pathway, in the C-terminal domain" /inference="protein motif:CDD:ABCC_TAP, TAP, the Transporter Associated with Antigen Processing" /inference="protein motif:CDD:ABCG_EPDR, ABCG transporters are involved in eye pigment (EP) precursor transport, regulation of lipid-trafficking mechanisms, and pleiotropic drug resistance (DR)" /inference="protein motif:CDD:ABCG_White, The White subfamily represents ABC transporters homologous to the Drosophila white gene, which acts as a dimeric importer for eye pigment precursors" /inference="protein motif:CDD:AppF, ABC-type oligopeptide transport system, ATPase component [Amino acid transport and metabolism]" /inference="protein motif:CDD:ArpD, ABC-type protease/lipase transport system, ATPase and permease components [General function prediction only]" /inference="protein motif:CDD:ArtP, ABC-type arginine transport system, ATPase component [Amino acid transport and metabolism]" /inference="protein motif:CDD:ATM1, ABC-type transport system involved in Fe-S cluster assembly, permease and ATPase components [Posttranslational modification, protein turnover, chaperones]" /inference="protein motif:CDD:CbiO, ABC-type cobalt transport system, ATPase component [Inorganic ion transport and metabolism]" /inference="protein motif:CDD:CcmA, ABC-type multidrug transport system, ATPase component [Defense mechanisms]" /inference="protein motif:CDD:CeuD, ABC-type enterochelin transport system, ATPase component [Inorganic ion transport and metabolism]" /inference="protein motif:CDD:COG1123, ATPase components of various ABC-type transport systems, contain duplicated ATPase [General function prediction only]" /inference="protein motif:CDD:COG3638, ABC-type phosphate/phosphonate transport system, ATPase component [Inorganic ion transport and metabolism]" /inference="protein motif:CDD:COG3845, ABC-type uncharacterized transport systems, ATPase components [General function prediction only]" /inference="protein motif:CDD:COG4136, ABC-type uncharacterized transport system, ATPase component [General function prediction only]" /inference="protein motif:CDD:COG4152, ABC-type uncharacterized transport system, ATPase component [General function prediction only]" /inference="protein motif:CDD:COG4172, ABC-type uncharacterized transport system, duplicated ATPase component [General function prediction only]" /inference="protein motif:CDD:COG4181, Predicted ABC-type transport system involved in lysophospholipase L1 biosynthesis, ATPase component [Secondary metabolites biosynthesis, transport, and catabolism]" /inference="protein motif:CDD:COG4559, ABC-type hemin transport system, ATPase component [Inorganic ion transport and metabolism]" /inference="protein motif:CDD:COG4586, ABC-type uncharacterized transport system, ATPase component [General function prediction only]" /inference="protein motif:CDD:COG4619, ABC-type uncharacterized transport system, ATPase component [General function prediction only]" /inference="protein motif:CDD:COG4674, Uncharacterized ABC-type transport system, ATPase component [General function prediction only]" /inference="protein motif:CDD:CydC, ABC-type transport system involved in cytochrome bd biosynthesis, fused ATPase and permease components [Energy production and conversion / Posttranslational modification, protein turnover, chaperones]" /inference="protein motif:CDD:CydD, ABC-type transport system involved in cytochrome bd biosynthesis, ATPase and permease components [Energy production and conversion / Posttranslational modification, protein turnover, chaperones]" /inference="protein motif:CDD:CysA, ABC-type sulfate/molybdate transport systems, ATPase component [Inorganic ion transport and metabolism]" /inference="protein motif:CDD:DppD, ABC-type dipeptide/oligopeptide/nickel transport system, ATPase component [Amino acid transport and metabolism / Inorganic ion transport and metabolism]" /inference="protein motif:CDD:DppF, ABC-type dipeptide/oligopeptide/nickel transport system, ATPase component [Amino acid transport and metabolism / Inorganic ion transport and metabolism]" /inference="protein motif:CDD:FepC, ABC-type cobalamin/Fe3+-siderophores transport systems, ATPase components [Inorganic ion transport and metabolism / Coenzyme metabolism]" /inference="protein motif:CDD:FtsE, Predicted ATPase involved in cell division [Cell division and chromosome partitioning]" /inference="protein motif:CDD:GlnQ, ABC-type polar amino acid transport system, ATPase component [Amino acid transport and metabolism]" /inference="protein motif:CDD:HisP, ABC-type histidine transport system, ATPase component [Amino acid transport and metabolism]" /inference="protein motif:CDD:LivF, ABC-type branched-chain amino acid transport systems, ATPase component [Amino acid transport and metabolism]" /inference="protein motif:CDD:LivG, ABC-type branched-chain amino acid transport systems, ATPase component [Amino acid transport and metabolism]" /inference="protein motif:CDD:MalK, ABC-type sugar transport systems, ATPase components [Carbohydrate transport and metabolism]" /inference="protein motif:CDD:MdlB, ABC-type multidrug transport system, ATPase and permease components [Defense mechanisms]" /inference="protein motif:CDD:MglA, ABC-type sugar transport system, ATPase component [Carbohydrate transport and metabolism]" /inference="protein motif:CDD:ModC, ABC-type molybdate transport system, ATPase component [Inorganic ion transport and metabolism]" /inference="protein motif:CDD:ModF, ABC-type molybdenum transport system, ATPase component/photorepair protein PhrA [Inorganic ion transport and metabolism]" /inference="protein motif:CDD:NatA, ABC-type Na+ transport system, ATPase component [Energy production and conversion / Inorganic ion transport and metabolism]" /inference="protein motif:CDD:OpuBA, ABC-type proline/glycine betaine transport systems, ATPase components [Amino acid transport and metabolism]" /inference="protein motif:CDD:PhnK, ABC-type phosphonate transport system, ATPase component [Inorganic ion transport and metabolism]" /inference="protein motif:CDD:PhnK, ABC-type uncharacterized transport system, ATPase component [General function prediction only]" /inference="protein motif:CDD:PhnL, ABC-type phosphonate transport system, ATPase component [Inorganic ion transport and metabolism]" /inference="protein motif:CDD:PotA, ABC-type spermidine/putrescine transport systems, ATPase components [Amino acid transport and metabolism]" /inference="protein motif:CDD:ProV, ABC-type proline/glycine betaine transport system, ATPase component [Amino acid transport and metabolism]" /inference="protein motif:CDD:PstB, ABC-type phosphate transport system, ATPase component [Inorganic ion transport and metabolism]" /inference="protein motif:CDD:SalX, ABC-type antimicrobial peptide transport system, ATPase component [Defense mechanisms]" /inference="protein motif:CDD:SapD, ABC-type antimicrobial peptide transport system, ATPase component [Defense mechanisms]" /inference="protein motif:CDD:SapF, ABC-type antimicrobial peptide transport system, ATPase component [Defense mechanisms]" /inference="protein motif:CDD:SufC, ABC-type transport system involved in Fe-S cluster assembly, ATPase component [Posttranslational modification, protein turnover, chaperones]" /inference="protein motif:CDD:SunT, ABC-type bacteriocin/lantibiotic exporters, contain an N-terminal double-glycine peptidase domain [Defense mechanisms]" /inference="protein motif:CDD:TagH, ABC-type polysaccharide/polyol phosphate transport system, ATPase component [Carbohydrate transport and metabolism / Cell envelope biogenesis, outer membrane]" /inference="protein motif:CDD:TauB, ABC-type nitrate/sulfonate/bicarbonate transport system, ATPase component [Inorganic ion transport and metabolism]" /inference="protein motif:CDD:TauB, ABC-type taurine transport system, ATPase component [Inorganic ion transport and metabolism]" /inference="protein motif:CDD:ThiQ, ABC-type thiamine transport system, ATPase component [Coenzyme metabolism]" /inference="protein motif:CDD:Ttg2A, ABC-type transport system involved in resistance to organic solvents, ATPase component [Secondary metabolites biosynthesis, transport, and catabolism]" /inference="protein motif:CDD:Uup, ATPase components of ABC transporters with duplicated ATPase domains [General function prediction only]" /inference="protein motif:CDD:YhbG, ABC-type (unclassified) transport system, ATPase component [General function prediction only]" /inference="protein motif:CDD:ZnuC, ABC-type Mn/Zn transport systems, ATPase component [Inorganic ion transport and metabolism]" /inference="protein motif:COG:COG0444 ABC-type dipeptide/oligopeptide/nickel transport system, ATPase component; E Amino acid transport and metabolism" /inference="protein motif:Gene3D:G3D.3.40.50.300 no description" /inference="protein motif:HMMPanther:PTHR19222 ATP-BINDING CASSETTE TRANSPORTER" /inference="protein motif:HMMPfam:PF00005 ABC_tran InterPro:IPR003439 ABC transporter related GO:Molecular Function:ATP binding (GO:0005524), Molecular Function:ATPase activity (GO:0016887)" /inference="protein motif:HMMPfam:PF08352 oligo_HPY InterPro:IPR013563 Oligopeptide/dipeptide ABC transporter, C-terminal" /inference="protein motif:HMMSmart:SM00382 no description InterPro:IPR003593 AAA ATPase GO:Molecular Function:nucleotide binding (GO:0000166), Molecular Function:nucleoside-triphosphatase activity (GO:0017111)" /inference="protein motif:HMMTigr:TIGR01727 oligo_HPY:oligopeptide/dipeptide ABC trans InterPro:IPR010066 Oligopeptide/dipeptide ABC transporter, ATP-binding protein, C-terminal GO:Molecular Function:ATP binding (GO:0005524), Molecular Function:peptide transporter activity (GO:0015197), Biological Process:peptide transport (GO:0015833)" /inference="protein motif:ProfileScan:PS50100 DA_BOX InterPro:IPR003439 ABC transporter related GO:Molecular Function:ATP binding (GO:0005524), Molecular Function:ATPase activity (GO:0016887)" /inference="protein motif:ProfileScan:PS50893 ABC_TRANSPORTER_2 InterPro:IPR003439 ABC transporter related GO:Molecular Function:ATP binding (GO:0005524), Molecular Function:ATPase activity (GO:0016887)" /inference="protein motif:ScanRegExp:PS00211 ABC_TRANSPORTER_1 InterPro:IPR003439 ABC transporter related GO:Molecular Function:ATP binding (GO:0005524), Molecular Function:ATPase activity (GO:0016887)" /inference="protein motif:superfamily:SSF52540 P-loop containing nucleoside triphosphate hydrolases" /codon_start=1 /transl_table=11 /product="ABC-type dipeptide/oligopeptide transport system, ATPase component (dppD/oppD)" /protein_id="ACS33375.1" /translation="MPEPVLEVRDLTVHFYTYAGIVKAIEGVSFDVYRGETFALVGET GCGKSVTSRALTQLIESPGRIVRGKVIYHREDGSTVDLLKLSEEEIREIRGKEIAYIF QDPHASLDPLYTVGYQIAEAMVVHRTVKDWKEGFRRAVDILRRVLIPDPENRVKNYPH ELSGGMKQRVVIGIGVSNDPKILIADEPTTALDVTVQAQILDLMNKLKKEYNTTVILI THNMGVVAEMADRVAVMYAGKIVEIGSVDQIFKNPLHPYTKGLLRAVPNPLAKIERLE AIPGTVPNLITPPKGCRFHPRCPYATEICRKEVPKLKEIEPGHFVACHLY" gene complement(816961..818121) /gene="oppC" /locus_tag="TGAM_0874" /gene_synonym="dppC" /note="tg0874" CDS complement(816961..818121) /gene="oppC" /locus_tag="TGAM_0874" /gene_synonym="dppC" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:BPD_transp_1, Binding-protein-dependent transport system inner membrane component" /inference="protein motif:CDD:COG4239, ABC-type uncharacterized transport system, permease component [General function prediction only]" /inference="protein motif:CDD:DppB, ABC-type dipeptide/oligopeptide/nickel transport systems, permease components [Amino acid transport and metabolism / Inorganic ion transport and metabolism]" /inference="protein motif:CDD:DppC, ABC-type dipeptide/oligopeptide/nickel transport systems, permease components [Amino acid transport and metabolism / Inorganic ion transport and metabolism]" /inference="protein motif:CDD:SapC, ABC-type antimicrobial peptide transport system, permease component [Defense mechanisms]" /inference="protein motif:COG:COG1173 ABC-type dipeptide/oligopeptide/nickel transport systems, permease components; E Amino acid transport and metabolism" /inference="protein motif:HMMPfam:PF00528 BPD_transp_1 InterPro:IPR000515 Binding-protein-dependent transport systems inner membrane component GO:Molecular Function:transporter activity (GO:0005215), Biological Process:transport (GO:0006810), Cellular Component:membrane (GO:0016020)" /inference="protein motif:ProfileScan:PS50928 ABC_TM1 InterPro:IPR000515 Binding-protein-dependent transport systems inner membrane component GO:Molecular Function:transporter activity (GO:0005215), Biological Process:transport (GO:0006810), Cellular Component:membrane (GO:0016020)" /inference="protein motif:superfamily:SSF63999 Thiamin pyrophosphokinase, catalytic domain" /note="6 probable transmembrane helices predicted by modhmm" /codon_start=1 /transl_table=11 /product="Oligopeptide/dipeptide ABC transporter, permease protein (oppC/dppC)" /protein_id="ACS33376.1" /translation="MSQEEYKKGILDRFADNLVEGIGSFISLFKKDWKRKNRSKMEEW KLMLYALNRSPPGLIGLVLIGMFIFLGIFGPTLAPWSYRYFPALENMSTYLAPPGSHA YLPFSNKTISYPLGADNYGRDLLSLILYGARTSFVISIIVIVLGVPLGIILGLIAGYY GGKIDELIMRITDMFLAFPALILAIAFSAVLPERLQSFISSHKVFESLFLKIFALKPQ EAGNLGKLLAVILAMVIVWWPAYARITRGSTLTEREKLYVEAARAIGLSSRTIMFKHI LPNIIGPILVYITLDFGGVILMEAGLSFLGLGATPPIADWGRIVYDGSQYFPEKWWLV TFSGFMILLVALGWNLLGDTLRDILDPKMRRSIEFKVKKQKQMEEKEGGENA" gene complement(818133..819134) /gene="oppD" /locus_tag="TGAM_0875" /gene_synonym="dppB" /note="tg0875" CDS complement(818133..819134) /gene="oppD" /locus_tag="TGAM_0875" /gene_synonym="dppB" /inference="protein motif:CDD:BPD_transp_1, Binding-protein-dependent transport system inner membrane component" /inference="protein motif:CDD:COG4174, ABC-type uncharacterized transport system, permease component [General function prediction only]" /inference="protein motif:CDD:DppB, ABC-type dipeptide/oligopeptide/nickel transport systems, permease components [Amino acid transport and metabolism / Inorganic ion transport and metabolism]" /inference="protein motif:CDD:SapB, ABC-type antimicrobial peptide transport system, permease component [Defense mechanisms]" /inference="protein motif:COG:COG0601 ABC-type dipeptide/oligopeptide/nickel transport systems, permease components; E Amino acid transport and metabolism" /inference="protein motif:HMMPfam:PF00528 BPD_transp_1 InterPro:IPR000515 Binding-protein-dependent transport systems inner membrane component GO:Molecular Function:transporter activity (GO:0005215), Biological Process:transport (GO:0006810), Cellular Component:membrane (GO:0016020)" /inference="protein motif:ProfileScan:PS50928 ABC_TM1 InterPro:IPR000515 Binding-protein-dependent transport systems inner membrane component GO:Molecular Function:transporter activity (GO:0005215), Biological Process:transport (GO:0006810), Cellular Component:membrane (GO:0016020)" /note="6 probable transmembrane helices predicted by modhmm" /codon_start=1 /transl_table=11 /product="Oligopeptide/dipeptide ABC transporter, permease protein (oppD/dppB)" /protein_id="ACS33377.1" /translation="MANLRKFLVRRLLTFIPTIIGVTLIVFIIAYVIPADPARAWAGG EKATPEAIQKIKEQYHMNDPWYEQYWFLISGLAKNKIVDPRTSNYVFDDIGKRFPVTF ELTLVAFFFILIIGLPLGILAALKRNTWVDTLVRIFALTGVSMPIFWLGYMLMYIFFV KWRVITLAGFPAPPAHEITHIPMIDALLTGDFKIFSQHLNRLWLPGLTLGFTGSGVLA RFVRNSFLEALSSDYVAFLKAKGVPKLRIYRHALKNALVPILTVLGLQFGGLLGGTPI TETVFGLPGMGSYVLDAIRNLDFPAVVAITFIFALIFVTTNLIVDILYAVVDPRVRY" gene complement(819201..821348) /locus_tag="TGAM_0876" /note="tg0876" CDS complement(819201..821348) /locus_tag="TGAM_0876" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:DdpA, ABC-type dipeptide transport system, periplasmic component [Amino acid transport and metabolism]" /inference="protein motif:CDD:OppA, ABC-type oligopeptide transport system, periplasmic component [Amino acid transport and metabolism]" /inference="protein motif:CDD:SBP_bac_5, Bacterial extracellular solute-binding proteins, family 5" /inference="protein motif:COG:COG0747 ABC-type dipeptide transport system, periplasmic component; E Amino acid transport and metabolism" /inference="protein motif:Gene3D:G3D.3.10.105.10 no description" /inference="protein motif:Gene3D:G3D.3.10.105.10 no description InterPro:NULL NULL" /inference="protein motif:Gene3D:G3D.3.90.76.10 no description" /inference="protein motif:HMMPfam:PF00496 SBP_bac_5 InterPro:IPR000914 Bacterial extracellular solute-binding protein, family 5 GO:Molecular Function:transporter activity (GO:0005215), Biological Process:transport (GO:0006810)" /inference="protein motif:ScanRegExp:PS00018 EF_HAND_1 InterPro:IPR002048 Calcium-binding EF-hand GO:Molecular Function:calcium ion binding (GO:0005509)" /inference="protein motif:superfamily:SSF53850 Periplasmic binding protein-like II" /note="1 probable transmembrane helix predicted by modhmm" /codon_start=1 /transl_table=11 /product="ABC-type periplasmic dipeptide transport protein" /protein_id="ACS33378.1" /translation="MRTKSQVLAVLVVFLVAFSVVASGCIGGGGGGTSSSPTQSSSPS QTQTSSTTTTSTQAKLTPQILEMDKVYVIETDKSVIIVGPKGENPTAQIPSGVKTIKI QYEVDTENTPDVKTLMEQGQGFGAIDPAFFRDEHVDALVIAARRETNPEIRTEIFKAL YMLGNKLVPEVILGQNKQLRVYWEWVKGRYYHPTLAERYDLLSEDSNAPSVEIGIKDY KNGPDTYVIATIGWPESFDPAMTYETFGWELWHEIGDTLVTYWKENTETVSPDLAVAW AHNEDGTEWYFLIRGGVKAYDPWNDKTYPIDATDVAFTFLRVERLGHSVSWMVDSFMD VNNSQAMTEEEFNNYLKDHPLVAEYNGQVKEVHSLDELKQFFGYNGETAGVFKLVLPN PYAPVLSILADPFLSVVPMEYLLGDKYQEALQASNNGHDPSAWWNYLQSGKDDPTHQL MHQKPVGTGPFYVKDYQENSYIVLEYNPHYWNATSNPGHKYVIYVINNDAQARINLFK TGTADVVAIPPEKMESVKGLELNGFHSVVKTDILQPILTFLVFNTQKEPFNDPKVRQA LAYAVPYDQIRQLVYQGLLEPNYGPIPKPWPGYMEEGIIKYTYNVNKAKQLLQEAGVD PSKYKIELIYNEGNSAREKIMTLLQNVWSQLGFQVTVNSYNWPTYLSKTEHGDYDVYI VGWVPDYLDSDNWVGPFLYGATEFKSLEINVSG" gene 821586..821828 /locus_tag="TGAM_0877" /note="tg0877" CDS 821586..821828 /locus_tag="TGAM_0877" /inference="protein motif:COG:COG1522 Transcriptional regulators; K Transcription" /inference="protein motif:HMMPfam:PF01037 AsnC_trans_reg InterPro:IPR000485 Bacterial regulatory proteins, AsnC/Lrp GO:Molecular Function:transcription factor activity (GO:0003700), Cellular Component:intracellular (GO:0005622), Biological Process:regulation of transcription, DNA-dependent (GO:0006355), Molecular Function:sequence-specific DNA binding (GO:0043565)" /inference="protein motif:superfamily:SSF54909 Dimeric alpha+beta barrel InterPro:IPR011008 Dimeric alpha-beta barrel" /codon_start=1 /transl_table=11 /product="Transcription regulator, AsnC/Lrp family" /protein_id="ACS33379.1" /translation="MVKAYVLLTIEIGKVESVIEALKQIPGVIKADAVTGPYDAIVYI EANDLGELTRKILHDIHNIDGVIDTTTAIVVEMEEE" gene complement(821830..822159) /gene="srp19" /locus_tag="TGAM_0878" /note="tg0878" CDS complement(821830..822159) /gene="srp19" /locus_tag="TGAM_0878" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:BlastProDom:PD006609 SR19_PYRAB_Q9V1J9; InterPro:IPR002778 Ribonucleoprotein complex SRP, Srp19 component GO:Cellular Component:signal recognition particle (sensu Eukaryota) (GO:0005786), Biological Process:protein targeting (GO:0006605), Molecular Function:7S RNA binding (GO:0008312)" /inference="protein motif:CDD:SEC65, Signal recognition particle 19 kDa protein [Intracellular trafficking and secretion]" /inference="protein motif:CDD:SRP19, SRP19 protein" /inference="protein motif:COG:COG1400 Signal recognition particle 19 kDa protein; U Intracellular trafficking, secretion, and vesicular transport" /inference="protein motif:HMMPfam:PF01922 SRP19 InterPro:IPR002778 Ribonucleoprotein complex SRP, Srp19 component GO:Cellular Component:signal recognition particle (sensu Eukaryota) (GO:0005786), Biological Process:protein targeting (GO:0006605), Molecular Function:7S RNA binding (GO:0008312)" /inference="protein motif:superfamily:SSF69695 SRP19" /codon_start=1 /transl_table=11 /product="Signal recognition particle, subunit SRP19 (srp19)" /protein_id="ACS33380.1" /translation="MPRFVVWPSEFDARLSKKYGRSVPKNIAIKSPTLREIEDAAVAL GFKVVEKDPSKLNPRLSGLEEEYRSRGVLVIEAPHGKVKSLKMIAEKIRELRKRAEVR KHKRKKR" gene 822216..822854 /locus_tag="TGAM_0879" /note="tg0879" CDS 822216..822854 /locus_tag="TGAM_0879" /experiment="gene product confirmed by mass spectrometry" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein" /protein_id="ACS33381.1" /translation="MLKYEKISKIIPLFQPGDRVLVEYTSNVPISKILWQSITHHILN DETIIIFDFYGIGDITFRNYLRSAVSEEYKKLIESKKNIYLFKIGPGGASYGRIVGQE KVYTDTESFLKAYYSMVHRALSLPRKPRYAVVFGLSEYLYFTGSSGLFNLLNVISTIP IEDWVTVVPLNIDAIDGRQRAILEEISSWVIRITEEGCQIIKGGKERDDTKR" gene 822835..823599 /locus_tag="TGAM_0880" /note="tg0880" CDS 822835..823599 /locus_tag="TGAM_0880" /inference="protein motif:CDD:COG4122, Predicted O-methyltransferase [General function prediction only]" /inference="protein motif:CDD:GCD14, tRNA(1-methyladenosine) methyltransferase and related methyltransferases [Translation, ribosomal structure and biogenesis]" /inference="protein motif:COG:COG2519 tRNA(1-methyladenosine) methyltransferase and related methyltransferases; J Translation, ribosomal structure and biogenesis" /inference="protein motif:Gene3D:G3D.3.10.330.20 no description" /inference="protein motif:Gene3D:G3D.3.40.50.150 no description" /inference="protein motif:HMMPanther:PTHR12133 PROTEIN-L-ISOASPARTATE METHYLTRANSFERASE" /inference="protein motif:HMMPIR:PIRSF017269 tRNA methyltransferase, GCD14 type" /inference="protein motif:ProfileScan:PS50193 SAM_BIND InterPro:IPR000051 SAM (and some other nucleotide) binding motif GO:Molecular Function:S-adenosylmethionine-dependent methyltransferase activity (GO:0008757)" /inference="protein motif:superfamily:SSF53335 S-adenosyl-L-methionine-dependent methyltransferases" /codon_start=1 /transl_table=11 /product="Ribosomal RNA adenine dimethylase, putative" /protein_id="ACS33382.1" /translation="MTIRSGDRVLLVDKRGKRYLVKVEEREFHTDLGILRLGELIGKP YGSRIESHRGETFVALKPDINDIIAKMRRGPQIVHPKDAGIIIAYAGISPGDTVIEAG AGSGALTIFLANAVGPHGKVISYEVRKDFYEIAKKNIELAGFSERVTLKNKNIYDGIE EESVDHIVLDLPQPENVLPYAVDVLRPGGYFVAYTPCMNQVHRFFQALEEYRGHFMRP RVVEVLVREHEVKRECMRPKTTMLAHTGYITFLRKL" gene complement(823586..823786) /locus_tag="TGAM_0881" /note="tg0881" CDS complement(823586..823786) /locus_tag="TGAM_0881" /inference="protein motif:ScanRegExp:PS00228 TUBULIN_B_AUTOREG InterPro:IPR002453 Beta tubulin GO:Molecular Function:structural molecule activity (GO:0005198), Cellular Component:microtubule (GO:0005874), Biological Process:microtubule-based movement (GO:0007018)" /note="2 probable transmembrane helices predicted by modhmm" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein" /protein_id="ACS33383.1" /translation="MRELYKIFIILTAIFIFWPVLYGSLEALRRIPGNPTLQAVIGTI VFGLLAYATYEENSEKEDVTAF" gene complement(823828..824499) /locus_tag="TGAM_0882" /note="tg0882" CDS complement(823828..824499) /locus_tag="TGAM_0882" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein" /protein_id="ACS33384.1" /translation="MDENPQKIILKGRHLRIEISLDKFNETEPILSFYTLILFGEQII AGMCWRILGNNLMGTYGNPDGIIQELLFCCLSLLDPRFRENGNLGGNVRKYARELGFN VGDSTPLYGTDLLTYSANVFFELVGNTLRIHYYEDLLANTDCPEFKGKHKGVVELPLK EFVEDVLKISKEYLEKYAPLIAKIRLEHGRTPEKYDYLWELYQEVKELYEKRFGSDNK GMPER" gene complement(824688..824990) /locus_tag="TGAM_0883" /note="tg0883" CDS complement(824688..824990) /locus_tag="TGAM_0883" /codon_start=1 /transl_table=11 /product="Hypothetical protein" /protein_id="ACS33385.1" /translation="MIYLGEYIFELDGNIINVHYNNIPLKDTNCPEFIGNWKGTVSVP LNDFVQDVLSLSKKYIEEIAPVEAKILVELGEKEEVIAAKLALLRRLRRRVEFSEV" gene complement(825327..825650) /locus_tag="TGAM_0884" /note="tg0884" CDS complement(825327..825650) /locus_tag="TGAM_0884" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein" /protein_id="ACS33386.1" /translation="MGQKIIVNGEVKQLPKVFNSEEELAEFLDEVLERALKNPDYASK FKEGSVTLTVELSDVGIYKEGITSVEFAFEYKNGIHYLKTTYSKTGYNVWAYKPWKRV IEPVG" gene complement(825709..826362) /locus_tag="TGAM_0885" /note="tg0885" CDS complement(825709..826362) /locus_tag="TGAM_0885" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein" /protein_id="ACS33387.1" /translation="MEKIVIKGKHIYFEVALGWFKEAEVYDPFPVILLFDEHVLVGQC WTPKGGKLQGTCTDPLIVLDGLVWGLDGALLEPDEQGGCNRHREMAREYGFNVANDTP IYRSVLAMQSYVFFERIGDSVKIHYYNGLLEGTDCPEYKGKHKGTIEVPLIEFGEDVL RVFGEYLERHYKRVEKVRQEAYGYNRMDEYKLYLKQYLEDLEDWKTLKEKLKVSKNK" gene complement(826409..826987) /locus_tag="TGAM_0886" /note="tg0886" CDS complement(826409..826987) /locus_tag="TGAM_0886" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein" /protein_id="ACS33388.1" /translation="MKNLANSITLKGTHIEITIDISTFNTAEPAFPFPIILIVNRQIL AGTCWSREGGKLTGQPGDPYGLLQELLNVLKSVLQKQAEYRTTLFIYFSDYLFKCEDE SSLLIYYNNELLSYTDCPEFKGKHRGVVEVPLKEFVEDVLKVSKEYLEKYVPVIEKIR LAHGEEPDNYDSLWGLYSEVKELYEKRFKSES" gene complement(826990..827328) /locus_tag="TGAM_0887" /note="tg0887" CDS complement(826990..827328) /locus_tag="TGAM_0887" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein" /protein_id="ACS33389.1" /translation="MRRGLAQKPIGNSRAKQLPKVFNSEEELVEFLKEVVNKALKDPD YASKFNGNDKVILTVDLKKLGIRKDGIDVVEFVFLKEKGGNSYYLKTAYPKAGSAVAK YVSTIGRWVS" gene complement(827282..827923) /locus_tag="TGAM_0888" /note="tg0888" CDS complement(827282..827923) /locus_tag="TGAM_0888" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein" /protein_id="ACS33390.1" /translation="MSIEYFDLKERHVFVRAWTEYVPSPDPFTLVFIIDNTILLGTCW NNKLEGAEADVYGFFESLLTACYYFLQPEHPHVQKITKFDRENAEKDGFELKDEVVVY QVSERSGMYYFCSNGKTARIYYHNELLEFTDCPEFKGRHRGVVELPLKEFIEDVLKIS REYLEKYAPVIEEVLHEHGIWSDDYDFLQKFYREVKELYEKRFGSETHREQSG" gene complement(828014..828655) /locus_tag="TGAM_0889" /note="tg0889" CDS complement(828014..828655) /locus_tag="TGAM_0889" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein" /protein_id="ACS33391.1" /translation="MDTLKLSSKHIYIEADLRKFYGGAYPFPVVMLVDGHVIVGMCWE KWSSGKLTGAPGDPYGIVQDLLDSIRFFMRAKPGELVGVKRDTVREYGFHVEEDSLIY SATSIADSVYIFLERTKDIVNVHYYNRLLDETDCPEFKEKQKGTIELLFAEFVEDVLR ISGEYLKNYASIIEQIMMERGEEPYDHDVLWKWYQEIKESHKKELKFLKANVI" gene complement(828771..829022) /locus_tag="TGAM_0890" /note="tg0890" CDS complement(828771..829022) /locus_tag="TGAM_0890" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein" /protein_id="ACS33392.1" /translation="MGQKIMVNGEVKQLPKVFNSEEELVEFLKEVVNKALKDPDYASK FNGGGKVVLTVDLNWNKCRRNRRGRISVPKSKRLLQLLP" gene complement(829041..829670) /locus_tag="TGAM_0891" /note="tg0891" CDS complement(829041..829670) /locus_tag="TGAM_0891" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein" /protein_id="ACS33393.1" /translation="MDIHGVTSMRCRLRGKFIEIEIDMESFEPEPFPGRFPILFLVAG HEVGGYPDEGWLGDLYALFQDLLLCTRDLLKYPESCFNKRKNAENDGFDLLPDSYVCG PILDLDFNTYYLERKGELLRFHFINEAPRYISSKNPLQGTIELLFEAFVADILKISEE YLEKCFPIEMEIKATQYDGFAEEISRLRRYLENLIQEIKTELDLSIALY" gene complement(829652..830056) /locus_tag="TGAM_0892" /note="tg0892" CDS complement(829652..830056) /locus_tag="TGAM_0892" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein" /protein_id="ACS33394.1" /translation="MTSSGGFTGKLKTCTRRSSGQKIVDLKTGRVVQIPKVFRDEHEL REFLDEVLERALQKEEYYTEFRGQSFVKLRVNLDKLGMHIDGIDAVEFQFSYNQAKGA YEIITAYPSKGRKVLGYVWDREKQSGRWIYMG" gene complement(829983..830702) /locus_tag="TGAM_0893" /note="tg0893" CDS complement(829983..830702) /locus_tag="TGAM_0893" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein" /protein_id="ACS33395.1" /translation="MRMGSLCLRQRIQRRAGRLRRLFLAGVAGSEVVRMWVTLKGKHL TVKIDVSRYVSSPHPFFLIFTVDEHLLLGACWKGKIDGANANIHGFLQELLIACIQIL NPKESTSNFARKEAMWMGFALKEGNPAYEIITSSNPSSIYYLEAEGSTLKIHYYNDFL SYTDCPEFKGKHRGVVEVPLKEFIEDVLKISREYLEKYASVIEKIRLEHGEELDDYDF LWGLYREVKDLYEKKFRPENR" gene complement(830611..831342) /locus_tag="TGAM_0894" /note="tg0894" CDS complement(830611..831342) /locus_tag="TGAM_0894" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein" /protein_id="ACS33396.1" /translation="MRSTSLARGMKEESVGTVVKYEAEHGITIKALRRYADDLVEMGV SRNQVGHVIEETAKHGTPASSLVQGLGMFLESAENLKKEITLTVNVNGELKTIRVIMQ GGNERSGLIHAYLRHVRGYEMEDAGITTFWPLGQKIIVNGRAKQLPKVFRNEEELVEF LKEVVERVSKNPEYVSEKFFKNGVPKTTVELEFPLEKFGIKIDGIDQIHLSFSFEDGE FVLKTAYPTKGWAVETFIPGRGGWQ" gene 831524..832411 /locus_tag="TGAM_0895" /note="tg0895" CDS 831524..832411 /locus_tag="TGAM_0895" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:UbiB, 2-polyprenylphenol hydroxylase and related flavodoxin oxidoreductases [Coenzyme metabolism / Energy production and conversion]" /inference="protein motif:COG:COG0543 2-polyprenylphenol hydroxylase and related flavodoxin oxidoreductases; H Coenzyme transport and metabolism" /inference="protein motif:Gene3D:G3D.2.10.240.10 no description" /inference="protein motif:Gene3D:G3D.2.40.30.10 no description" /inference="protein motif:Gene3D:G3D.3.40.50.80 no description" /inference="protein motif:HMMPfam:PF00970 FAD_binding_6 InterPro:IPR008333 Oxidoreductase FAD-binding region GO:Biological Process:electron transport (GO:0006118), Molecular Function:oxidoreductase activity (GO:0016491)" /inference="protein motif:HMMPIR:PIRSF006816 Cytochrome-c3 hydrogenase, gamma subunit InterPro:IPR012165 Cytochrome-c3 hydrogenase, gamma subunit GO:Molecular Function:iron ion binding (GO:0005506), Biological Process:electron transport (GO:0006118), Biological Process:pyrimidine nucleotide biosynthesis (GO:0006221), Molecular Function:FAD binding (GO:0050660)" /inference="protein motif:superfamily:SSF52343 Ferredoxin reductase-like, C-terminal NADP-linked domain" /inference="protein motif:superfamily:SSF63380 Riboflavin synthase domain-like" /codon_start=1 /transl_table=11 /product="Cytochrome-c3 hydrogenase, gamma subunit" /protein_id="ACS33397.1" /translation="MGSCTEVFIVYRILEKKELAPKHIMYRIEAPHVARKVQPGQFVI VRAFPNGERIPLTPVMWDREEGWIVLITFVRGKTTMRMANELKPGDSILNVAGPLGNP APIEKFGRVLAVGLSAGIVEVFPIAKALQEAGNDVTTLHVAPAPMAILKDEFTESVSR HIFEGFEIQEGWGTKEIVAEIARRGAEKVKELLSEENFDFVLTVGPAGAQKAVFNVVK EFGIPMHADLHPIMVDGTGMCGSCRVTVGGEVKFACIDGPGFDAYKVDWDELIHRVGF YTDLEKRALEEYLKSLRGE" gene 832413..833861 /gene="gltA-2" /locus_tag="TGAM_0896" /note="tg0896" CDS 832413..833861 /gene="gltA-2" /locus_tag="TGAM_0896" /EC_number="1.4.1.13" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:AhpF, Alkyl hydroperoxide reductase, large subunit [Posttranslational modification, protein turnover, chaperones]" /inference="protein motif:CDD:GltD, NADPH-dependent glutamate synthase beta chain and related oxidoreductases [Amino acid transport and metabolism / General function prediction only]" /inference="protein motif:CDD:HcaD, Uncharacterized NAD(FAD)-dependent dehydrogenases [General function prediction only]" /inference="protein motif:CDD:Lpd, Pyruvate/2-oxoglutarate dehydrogenase complex, dihydrolipoamide dehydrogenase (E3) component, and related enzymes [Energy production and conversion]" /inference="protein motif:CDD:Ndh, NADH dehydrogenase, FAD-containing subunit [Energy production and conversion]" /inference="protein motif:CDD:NirB, NAD(P)H-nitrite reductase [Energy production and conversion]" /inference="protein motif:CDD:Pyr_redox, Pyridine nucleotide-disulphide oxidoreductase" /inference="protein motif:CDD:TrkA, Predicted flavoprotein involved in K+ transport [Inorganic ion transport and metabolism]" /inference="protein motif:CDD:TrxB, Thioredoxin reductase [Posttranslational modification, protein turnover, chaperones]" /inference="protein motif:COG:COG0493 NADPH-dependent glutamate synthase beta chain and related oxidoreductases; E Amino acid transport and metabolism" /inference="protein motif:FPrintScan:PR00368 FADPNR InterPro:IPR013027 FAD-dependent pyridine nucleotide-disulphide oxidoreductase" /inference="protein motif:FPrintScan:PR00411 PNDRDTASEI InterPro:IPR001100 Pyridine nucleotide-disulphide oxidoreductase, class I GO:Biological Process:electron transport (GO:0006118), Molecular Function:oxidoreductase activity (GO:0016491)" /inference="protein motif:FPrintScan:PR00419 ADXRDTASE InterPro:IPR000759 Adrenodoxin reductase GO:Biological Process:electron transport (GO:0006118)" /inference="protein motif:Gene3D:G3D.3.40.50.720 no description" /inference="protein motif:Gene3D:G3D.3.50.50.60 no description" /inference="protein motif:HMMPanther:PTHR11938 GLUTAMATE SYNTHASE/FERREDOXIN/FERREDOXIN--NADP REDUCTASE" /inference="protein motif:HMMPanther:PTHR11938:SF9 GLUTAMATE SYNTHASE" /inference="protein motif:HMMPfam:PF07992 Pyr_redox_2 InterPro:IPR013027 FAD-dependent pyridine nucleotide-disulphide oxidoreductase" /inference="protein motif:HMMTigr:TIGR01316 gltA:glutamate synthase (NADPH), homotetram InterPro:IPR006004 Glutamate synthase (NADPH), homotetrameric" /inference="protein motif:ProfileScan:PS50205 NAD_BINDING InterPro:IPR000205 NAD-binding site" /inference="protein motif:superfamily:SSF46548 alpha-helical ferredoxin InterPro:IPR009051 Alpha-helical ferredoxin" /inference="protein motif:superfamily:SSF51971 Nucleotide-binding domain" /codon_start=1 /transl_table=11 /product="Glutamate synthase (NADPH), homotetrameric (gltA)" /protein_id="ACS33398.1" /translation="MAVRRKLIKERVPTPERPAEERIHDFKEVNLGYTFELAVKEAER CLQCPANYAPCIKGCPVHINIPGFIGKLVEYRDDPDKAVKEALKVIWACNSLPATTGR VCPQEDQCEMNCVMGKVGDKINIGKLERFVADYAREKGIDEELLFEMVPKIEKKGQKV AIIGAGPAGLTAAGELAKLGYDVTIYEALHEPGGVLMYGIPEFRLPKSIVESEIDKLR KLGVKILTDHIVGKTVTIEELLEEYDAVFIGSGAGTPRLINAPGINLNGIYTANEFLT RVNLMKAYLFPEYDTPVKVGKRVIVIGAGNTAMDAARSARRFGAEVIIAYRRGEEDVS ARIEEVEHAKEEGIKFEYFINPVEFIGDENGNVKAVKFEKMKPLDERDKRGKRKIVGT GEYVTIEADTVIIAIGKHPNRLIINTPGLKVERGRIVVDENMMTSIPGVFAGGDAIRG EATVILAMGDGRRAAKAIHEYLTKKREGKENA" gene complement(833889..834986) /locus_tag="TGAM_0897" /note="tg0897" CDS complement(833889..834986) /locus_tag="TGAM_0897" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:Arch_ATPase, Archaeal ATPase" /inference="protein motif:CDD:COG1672, Predicted ATPase (AAA+ superfamily) [General function prediction only]" /inference="protein motif:COG:COG1672 Predicted ATPase (AAA+ superfamily); R General function prediction only" /inference="protein motif:Gene3D:G3D.3.40.50.300 no description" /inference="protein motif:HMMPfam:PF01637 Arch_ATPase InterPro:IPR011579 Prokaryotic ATPase" /inference="protein motif:superfamily:SSF46785 'Winged helix' DNA-binding domain" /inference="protein motif:superfamily:SSF52540 P-loop containing nucleoside triphosphate hydrolases" /note="Contains Archaeal ATPase domain (PF01637)" /codon_start=1 /transl_table=11 /product="Prokaryotic ATPase, AAA superfamily" /protein_id="ACS33399.1" /translation="MVVTYFDTRPKRKREDLYDREKELSDFENSLRSNNPLTVITGIR RLGKTSLLLVGLNELGLPYVLVDFRGVNPNSRMDVYKRIESSLNLFFRENRNLWEELK ENLRAITGLRVLSFGVNLSWREEKTDFIALFRDLEKHDVVLAFDEVQYLRGPVGSEFA GLIAHLYDYSNLRIVMTGSEVGLLHDYLGVDDPRAPLYGRYFHEVTLPKFTREQSRDF LIKGFEQVGLSPPEELIETAVERLDGIVGWLVLFGRRVLEKGPSEEVIEEVFEEARRL ALEEFENFLSKRPSARKRYVEIMRAVASGRNTWEGIKEHLERKEGKSIADSVLARLLK ALVDSSFLQKVRDGRNVHYRIPDPVLEAVFK" gene complement(835064..835393) /locus_tag="TGAM_0898" /note="tg0898" CDS complement(835064..835393) /locus_tag="TGAM_0898" /inference="protein motif:CDD:COG5625, Predicted transcription regulator containing HTH domain [Transcription]" /inference="protein motif:COG:COG5625 Predicted transcription regulator containing HTH domain; K Transcription" /inference="protein motif:Gene3D:G3D.1.10.10.10 no description InterPro:IPR011991 Winged helix repressor DNA-binding" /inference="protein motif:HMMPfam:PF01978 TrmB InterPro:IPR002831 Transcriptional regulator TrmB" /inference="protein motif:superfamily:SSF46785 'Winged helix' DNA-binding domain" /codon_start=1 /transl_table=11 /product="Transcription regulator, HTH/TrmB family" /protein_id="ACS33400.1" /translation="MEEILRALSKTLRVFELGESEIKIYSLLQREALTPRQIAKTLGL SERIVREKLKHLLELGLVERTLVNRGWLGYVYYAKAPREALQALFSRLESTLKAIEKE GELKLKG" gene 835475..836293 /locus_tag="TGAM_0899" /note="tg0899" CDS 835475..836293 /locus_tag="TGAM_0899" /inference="protein motif:CDD:UbiA, 4-hydroxybenzoate polyprenyltransferase and related prenyltransferases [Coenzyme metabolism]" /inference="protein motif:CDD:UbiA, UbiA prenyltransferase family" /inference="protein motif:COG:COG0382 4-hydroxybenzoate polyprenyltransferase and related prenyltransferases; H Coenzyme transport and metabolism" /inference="protein motif:HMMPanther:PTHR11048 PROTOHEME IX FARNESYLTRANSFERASE-RELATED" /inference="protein motif:HMMPfam:PF01040 UbiA InterPro:IPR000537 UbiA prenyltransferase GO:Molecular Function:prenyltransferase activity (GO:0004659), Cellular Component:integral to membrane (GO:0016021)" /note="7 probable transmembrane helices predicted by modhmm" /codon_start=1 /transl_table=11 /product="UbiA prenyltransferase family protein" /protein_id="ACS33401.1" /translation="MVAMASISAVVRNLRPLEGRAYIALIGFALLMNWRSAEVYELVT AFLAGVLFVWYAFSINNCFDVDTDSKNPVKVKKNPIASGELSFSEGLAISALLAVTGL GLALTTNGTAFAVYVAMLILATLYSAPPRLKARPVVDVLSHGLFFGGLPFIYGALIDG NLSEAEILMATGITLYSFALELRNHLSDYESDLRAGLRTTPIVIGKGRSELLVEVFSV LALAVTLYTLKPHLIIASSLMFAGRGLRVDQRTVYRMFDVAMVGAVLAAGGTAL" gene 836290..837186 /locus_tag="TGAM_0900" /note="tg0900" CDS 836290..837186 /locus_tag="TGAM_0900" /inference="protein motif:HMMTigr:TIGR00374 TIGR00374:conserved hypothetical protein InterPro:IPR005242 Conserved hypothetical protein 374" /note="7 probable transmembrane helices predicted by modhmm" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein" /protein_id="ACS33402.1" /translation="MKKRTLLSVLALLFSVGYIAHTIEVEELGEAISTADPRFLLLAF GMAFSAILVSTLRWYIVLRKLQKTSFRKTFTAILSGFYMMAFLPPSVGHVAKVKLVGG DYFKALSALAFGIFLEVLIIAGISLLVFGATKWGIFLLGILSLILFYDKGAYALLNGG IAVIQRLSPKLAERLGNYLERTYSGWRSSRKDPTTFTLSLLLSVLAVLLQVAGIIAVG RAFGLPVGLLDAFKAFILSTLFASLSGIPSGIGANELGITLALGSSTKSTVVAFTYKF IYQYLWSLVGAVEFYRVVGGRS" gene 836844..838355 /locus_tag="TGAM_0901" /note="tg0901" CDS 836844..838355 /locus_tag="TGAM_0901" /inference="protein motif:CDD:GlgA, Glycogen synthase [Carbohydrate transport and metabolism]" /inference="protein motif:CDD:Glycos_transf_1, Glycosyl transferases group 1" /inference="protein motif:CDD:RfaG, Glycosyltransferase [Cell envelope biogenesis, outer membrane]" /inference="protein motif:COG:COG0438 Glycosyltransferase; M Cell wall/membrane/envelope biogenesis" /inference="protein motif:Gene3D:G3D.3.40.50.2000 no description" /inference="protein motif:HMMPanther:PTHR12526 GLYCOSYLTRANSFERASE" /inference="protein motif:HMMPanther:PTHR12526:SF1 GLYCOSYLTRANSFERASE" /inference="protein motif:HMMPfam:PF00534 Glycos_transf_1 InterPro:IPR001296 Glycosyl transferase, group 1 GO:Biological Process:biosynthesis (GO:0009058)" /inference="protein motif:superfamily:SSF53756 UDP-Glycosyltransferase/glycogen phosphorylase" /codon_start=1 /transl_table=11 /product="Glycosyltransferase, family 1" /protein_id="ACS33403.1" /translation="MEVLQKGPNNLHAVASPLCARGAPAGCWNNRRWKGLRTSCWPAG CLQGLHTQHPFREPERYPLGNRGKRARYNPRPRLVNEEHGCGLHLQVHLPVPLVACRS GRVLQGSGGSVMRIALVSDWYYPKVGGVASHMHHLAIHLRERGHEVAIVTNDLETGKE EELEKLGIELRKIPGTVSPILGINLTYSLKSNRELGEYLKDFDVIHSHHAFTPLSLKA VKAGRNLGKATLLTTHSISLSHESSLWKALGLTFPLFSHYLGFPHRIIAVSKAAKAFI EHFTDSPVEIIPNGVDDELFRPISEGEKEKVKEELGIEGRVVLYVSRMSPRKGPHVLL NAFQRIAREFDDVGLVMVGSGEMLPLLKAQAKFLGISERVRFMGYVPNELLPKVYASA DVFVLPSITAEAFGIVVLEAMASGVPVVATTVGGIPEVVERSGSGLLVPPGDELALGR AIGRILADEDFARELGEAGRRAVEAEYSWKVVAGKIEKAYEEVLLPPRLSYLF" gene complement(838541..839107) /locus_tag="TGAM_0902" /note="tg0902" CDS complement(838541..839107) /locus_tag="TGAM_0902" /experiment="gene product confirmed by mass spectrometry" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein" /protein_id="ACS33404.1" /translation="MRLTRPLKTAPSSSTRTPTRTGLPSSSRATSMRSSRSSWTLRPT RSTWRASELPTFLPPFGILKYLKSPQTLVVSMKVLKEWDVKVKLVRTKRGAILHMIEL EPGHFYLEQNPLKDSKYGVAYRKIKEHFPEFYMFWEIKNNRYTGKLLAGAFLEKQEID DFITLLAQSEDFKKFEEILEEIEELEEE" gene complement(838953..839357) /gene="gcvH" /locus_tag="TGAM_0903" /note="tg0903" CDS complement(838953..839357) /gene="gcvH" /locus_tag="TGAM_0903" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:GCV_H, Glycine cleavage H-protein" /inference="protein motif:CDD:GcvH, Glycine cleavage system H protein (lipoate-binding) [Amino acid transport and metabolism]" /inference="protein motif:COG:COG0509 Glycine cleavage system H protein (lipoate-binding); E Amino acid transport and metabolism" /inference="protein motif:Gene3D:G3D.2.40.50.100 no description" /inference="protein motif:HMMPanther:PTHR11715 GLYCINE CLEAVAGE SYSTEM H PROTEIN" /inference="protein motif:HMMPanther:PTHR11715:SF1 GLYCINE CLEAVAGE SYSTEM H PROTEIN" /inference="protein motif:HMMPfam:PF01597 GCV_H InterPro:IPR002930 Glycine cleavage H-protein GO:Cellular Component:glycine cleavage complex (GO:0005960), Biological Process:glycine catabolism (GO:0006546)" /inference="protein motif:HMMTigr:TIGR00527 gcvH:glycine cleavage system H protein InterPro:IPR002930 Glycine cleavage H-protein GO:Cellular Component:glycine cleavage complex (GO:0005960), Biological Process:glycine catabolism (GO:0006546)" /inference="protein motif:ScanRegExp:PS00189 LIPOYL InterPro:IPR003016 2-oxo acid dehydrogenase, lipoyl-binding site" /inference="protein motif:superfamily:SSF51230 Single hybrid motif InterPro:IPR011053 Single hybrid motif" /codon_start=1 /transl_table=11 /product="Glycine cleavage system protein H (gcvH)" /protein_id="ACS33405.1" /translation="MIEVGEYKVKEGLYYTKDHEWAKVLDDGTVLVGITDYAQKELGD LAYVELPEVGKEVNKGDVLCEIESVKAVSEVYAPVSGEVIEVNEALEDSPELLNEDPY ENWIAKLKPSNLDEELKELMDAEAYAKYLESL" gene complement(839386..840222) /gene="ksgA" /locus_tag="TGAM_0904" /note="tg0904" CDS complement(839386..840222) /gene="ksgA" /locus_tag="TGAM_0904" /EC_number="2.1.1.-" /inference="protein motif:CDD:KsgA, Dimethyladenosine transferase (rRNA methylation) [Translation, ribosomal structure and biogenesis]" /inference="protein motif:CDD:rADc, Ribosomal RNA adenine dimethylases" /inference="protein motif:CDD:RrnaAD, Ribosomal RNA adenine dimethylase" /inference="protein motif:COG:COG0030 Dimethyladenosine transferase (rRNA methylation); J Translation, ribosomal structure and biogenesis" /inference="protein motif:Gene3D:G3D.3.40.50.150 no description" /inference="protein motif:HMMPanther:PTHR11727 DIMETHYLADENOSINE TRANSFERASE InterPro:IPR001737 Ribosomal RNA adenine methylase transferase GO:Biological Process:rRNA modification (GO:0000154), Molecular Function:rRNA (adenine-N6,N6-)-dimethyltransferase activity (GO:0000179), Molecular Function:rRNA methyltransferase activity (GO:0008649)" /inference="protein motif:HMMPanther:PTHR11727:SF6 DIMETHYLADENOSINE TRANSFERASE InterPro:IPR011530 RRNA 16S rRNA dimethylase GO:Biological Process:rRNA processing (GO:0006364), Molecular Function:rRNA (adenine) methyltransferase activity (GO:0016433)" /inference="protein motif:HMMPfam:PF00398 RrnaAD InterPro:IPR001737 Ribosomal RNA adenine methylase transferase GO:Biological Process:rRNA modification (GO:0000154), Molecular Function:rRNA (adenine-N6,N6-)-dimethyltransferase activity (GO:0000179), Molecular Function:rRNA methyltransferase activity (GO:0008649)" /inference="protein motif:HMMPIR:PIRSF000392 Dimethyladenosine transferase (rRNA adenosine dimethyltransferase)" /inference="protein motif:HMMSmart:SM00650 no description InterPro:IPR001737 Ribosomal RNA adenine methylase transferase GO:Biological Process:rRNA modification (GO:0000154), Molecular Function:rRNA (adenine-N6,N6-)-dimethyltransferase activity (GO:0000179), Molecular Function:rRNA methyltransferase activity (GO:0008649)" /inference="protein motif:HMMTigr:TIGR00755 ksgA:dimethyladenosine transferase InterPro:IPR011530 RRNA 16S rRNA dimethylase GO:Biological Process:rRNA processing (GO:0006364), Molecular Function:rRNA (adenine) methyltransferase activity (GO:0016433)" /inference="protein motif:ProfileScan:PS50193 SAM_BIND InterPro:IPR000051 SAM (and some other nucleotide) binding motif GO:Molecular Function:S-adenosylmethionine-dependent methyltransferase activity (GO:0008757)" /inference="protein motif:ScanRegExp:PS01131 RRNA_A_DIMETH InterPro:IPR001737 Ribosomal RNA adenine methylase transferase GO:Biological Process:rRNA modification (GO:0000154), Molecular Function:rRNA (adenine-N6,N6-)-dimethyltransferase activity (GO:0000179), Molecular Function:rRNA methyltransferase activity (GO:0008649)" /inference="protein motif:superfamily:SSF53335 S-adenosyl-L-methionine-dependent methyltransferases" /codon_start=1 /transl_table=11 /product="Ribosomal RNA adenine methylase transferase (Dimethyladenosine transferase) (ksgA)" /protein_id="ACS33406.1" /translation="MRDRLFSIIYKYNLRPNRTLGQNFLIVPDIIERNVKRAELSEKD TVLEIGPGLGVLTDELSKKAGKVYAIEADSRMIEILQREYSWPNVELIKGDAVKVEWP EFNKMVSNLPYQISSPVTFKLLKHEFERAVLIYQLEFAERMIAKPGDRNYSRLSLMVQ AKANVELVERIGRGAFWPRPKVDSAVVVLEPKPEKERIELNENLVKALFQHRRSTVAS ALKKSAHMLGTDKKSIKDYLSSLPHAEKRVFQLSPEEVLDIEVYLRDNGLLSQKPEKG LN" gene complement(840219..840839) /locus_tag="TGAM_0905" /note="tg0905" CDS complement(840219..840839) /locus_tag="TGAM_0905" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:COG1491, Predicted RNA-binding protein [Translation, ribosomal structure and biogenesis]" /inference="protein motif:CDD:DUF655, Protein of unknown function, DUF655" /inference="protein motif:COG:COG1491 Predicted RNA-binding protein; J Translation, ribosomal structure and biogenesis" /inference="protein motif:HMMPfam:PF04919 DUF655 InterPro:IPR007003 Protein of unknown function DUF655" /inference="protein motif:superfamily:SSF46906 Ribosomal protein L11, C-terminal domain InterPro:IPR000911 Ribosomal protein L11 GO:Molecular Function:structural constituent of ribosome (GO:0003735), Cellular Component:intracellular (GO:0005622), Cellular Component:ribosome (GO:0005840), Biological Process:protein biosynthesis (GO:0006412)" /inference="protein motif:superfamily:SSF47802 DNA polymerase beta, N-terminal domain-like InterPro:IPR010996 DNA polymerase beta, N-terminal-like" /note="Belongs to DUF655 family; Contains DNA polymerase beta, N-terminal-like domain" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein" /protein_id="ACS33407.1" /translation="MDYTRRHPYRESLQKKRHNKEYEEYAYVLDYLPEGYTDLKTGRR TGKPVAQVIGEKAFTLLEVTPKVDLMLYERVFIGKGNRDKVLMINRKISYDDLTATAK AELPYVVKEIVKNNENRFVKFFNIAPPITNRLHSLELLPGIGKKLMWEILEERRKEPF KSFEDLKSRVKGLHDPCEMIAKRVIDELQGKDRYRLFVGSRRLFRE" gene complement(840903..841271) /gene="rpoF" /locus_tag="TGAM_0906" /note="tg0906" CDS complement(840903..841271) /gene="rpoF" /locus_tag="TGAM_0906" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:COG1460, Uncharacterized protein conserved in archaea [Function unknown]" /inference="protein motif:CDD:RNA_pol_Rpb4, RNA polymerase Rpb4" /inference="protein motif:COG:COG1460 Uncharacterized protein conserved in archaea; S Function unknown" /inference="protein motif:Gene3D:G3D.1.10.150.80 no description" /inference="protein motif:Gene3D:G3D.1.10.287.420 no description" /inference="protein motif:HMMPfam:PF03874 RNA_pol_Rpb4 InterPro:IPR005574 RNA polymerase Rpb4 GO:Molecular Function:DNA-directed RNA polymerase activity (GO:0003899), Biological Process:transcription (GO:0006350)" /inference="protein motif:HMMPIR:PIRSF005053 RNA polymerase, subunit F InterPro:IPR010924 RNA polymerase, subunit F" /inference="protein motif:superfamily:SSF47819 HRDC-like InterPro:IPR010997 HRDC-like" /codon_start=1 /transl_table=11 /product="DNA-directed RNA polymerase subunit F (rpoF)" /protein_id="ACS33408.1" /translation="MIGRKKLEEHYVTLAEAKELLEKRRAEGMEENPEEPMFYEARIS LEHAERFAKLKPEQARELKEKLMNLFDWIDERIAAKLVDLLPEDYFDIRVIFAKEEHM PTKEEAEEIINLIDEYRPLE" gene complement(841274..841570) /gene="rpl21E" /locus_tag="TGAM_0907" /note="tg0907" CDS complement(841274..841570) /gene="rpl21E" /locus_tag="TGAM_0907" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:Ribosomal_L21e, Ribosomal protein L21e" /inference="protein motif:COG:COG2139 Ribosomal protein L21E; J Translation, ribosomal structure and biogenesis" /inference="protein motif:Gene3D:G3D.2.30.30.70 no description" /inference="protein motif:HMMPanther:PTHR11655 60S RIBOSOMAL PROTEIN InterPro:IPR000702 Ribosomal protein L6 GO:Molecular Function:structural constituent of ribosome (GO:0003735), Cellular Component:intracellular (GO:0005622), Cellular Component:ribosome (GO:0005840), Biological Process:protein biosynthesis (GO:0006412)" /inference="protein motif:HMMPanther:PTHR11655:SF1 60S RIBOSOMAL PROTEIN L21" /inference="protein motif:HMMPfam:PF01157 Ribosomal_L21e InterPro:IPR001147 Ribosomal protein L21e GO:Molecular Function:structural constituent of ribosome (GO:0003735), Cellular Component:intracellular (GO:0005622), Cellular Component:ribosome (GO:0005840), Biological Process:protein biosynthesis (GO:0006412)" /inference="protein motif:ScanRegExp:PS01171 RIBOSOMAL_L21E InterPro:IPR001147 Ribosomal protein L21e GO:Molecular Function:structural constituent of ribosome (GO:0003735), Cellular Component:intracellular (GO:0005622), Cellular Component:ribosome (GO:0005840), Biological Process:protein biosynthesis (GO:0006412)" /inference="protein motif:superfamily:SSF50104 Translation proteins SH3-like domain InterPro:IPR008991 Translation protein SH3-like" /codon_start=1 /transl_table=11 /product="LSU ribosomal protein L21E (rpl21E)" /protein_id="ACS33409.1" /translation="MVKKAHSFRRKTRGKLSKHPRRRGLPPLTRFLQEFEVGQKVHIV IEPSYHRGMPDPRFHGRTGTVVGKRGDAYIVEIKDGGKVKTFFIHPVHLRPQKG" gene complement(841754..843286) /locus_tag="TGAM_0908" /note="tg0908" CDS complement(841754..843286) /locus_tag="TGAM_0908" /experiment="gene product confirmed by mass spectrometry" /note="2 probable transmembrane helices predicted by modhmm" /codon_start=1 /transl_table=11 /product="Hypothetical protein" /protein_id="ACS33410.1" /translation="MVVKMLRNWKFLPAVFVALLTTALVSGSAVIVAPPRGTVTYPEV IAGVGSDGAGGFIVVVPFNMTASGTPVVPGAWIGDFYPNGSLKWGEYVKGFPFRPSPR VLRATANGSILLVGQSDAGNHTDIWVIKLEGDGRLRWSKDYLLNVSPGWIMFIDNVVQ MEDEILIATHVDSFGGDGRVTAPVVLALDGSGNPLWAGAYQIPHGPRELYSTAIGKVK DGYYLILHDEETWYYVILDKNGNPLGTWKIISPLEGFFIKSALSVGDTVYFLGGSSNG TVLGAITGNSTAWARLYTLSPEKTCTEKSGNVTLLSSETSSTEPAPVLTVSEGHLIFQ PAIVKAFRLTCSDGLNTTYALIKTDRMGTVVDSFTVVTEGKEEDTILLGNFGEPEGIS ANGDSFIALWRETISSGPMLQFRSFAIVSNLKAKPKGPAIEAYSFQVKTTPTDVKLIP GSPTTKKKLIIKVVEGQVTVKRANGIPVRVISVKDSSEKSICGPGISILLLLLVALWK RR" gene complement(843334..844494) /locus_tag="TGAM_0909" /note="tg0909" CDS complement(843334..844494) /locus_tag="TGAM_0909" /inference="protein motif:CDD:COG1258, Predicted pseudouridylate synthase [Translation, ribosomal structure and biogenesis]" /inference="protein motif:COG:COG1258 Predicted pseudouridylate synthase; J Translation, ribosomal structure and biogenesis" /inference="protein motif:HMMPfam:PF02926 THUMP InterPro:IPR004114 THUMP" /inference="protein motif:HMMTigr:TIGR01213 TIGR01213:conserved hypothetical protein T InterPro:IPR005912 Conserved hypothetical protein 1213" /inference="protein motif:superfamily:SSF55120 Pseudouridine synthase" /note="Contains 1 THUMP domain" /codon_start=1 /transl_table=11 /product="RNA-binding protein, pseudouridine synthase family" /protein_id="ACS33411.1" /translation="MILEKAERILEKHELCDHCLGRLFAMLGKGTNEERGKAIRFVLN MERSARGLQPIEEPEECELCHSAFDRVPELVETMKKASEGIEFETFLVGSRFPEEIKE KEKAIWEAFDIETAEPINREFNRELGKAFGKATGKETSKNPDVVFIVEPFSGKVEIQI NPVYVYGRYRKLIRGIPQTPLPDFKDSVASIICRAFSKAFEGKCVFKGAGREDVDVRM LGNGRPFIVEIKRPKRRRVDLGKVAEEINASGKVEVLDLRFVSAKEAEEVLTKNHRKE YLALVLVEEGVTPEEAEEVARRLSGLEIHQRTPWRVRKARADKVRVKRVHEAEARWVD EKHFELRLVTDGGLYIKELVSGDKGRTRPSVSELLGKKAWCERLDVLNILDE" gene 844401..844838 /locus_tag="TGAM_0910" /note="tg0910" CDS 844401..844838 /locus_tag="TGAM_0910" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:COG3357, Predicted transcriptional regulator containing an HTH domain fused to a Zn-ribbon [Transcription]" /inference="protein motif:COG:COG3357 Predicted transcriptional regulator containing an HTH domain fused to a Zn-ribbon; K Transcription" /inference="protein motif:superfamily:SSF57802 Rubredoxin-like" /codon_start=1 /transl_table=11 /product="Putative transcription regulator" /protein_id="ACS33412.1" /translation="MSPCRALRTVFQGSGRRVRASQGSFRPSRVSSSHPKAFYFSILL FPMATRRERIISLLEERDYSVSELAQVLGIRGKGSKKLILEDLKAIQKTLKREGKVLL VKPAECRKCGFRFKPEINIPSRCPRCKSEWIEEPRFRIESKSL" gene 844894..846243 /locus_tag="TGAM_0911" /note="tg0911" CDS 844894..846243 /locus_tag="TGAM_0911" /inference="protein motif:Gene3D:G3D.4.10.91.10 no description" /note="6 probable transmembrane helices predicted by modhmm" /codon_start=1 /transl_table=11 /product="Hypothetical protein" /protein_id="ACS33413.1" /translation="MFAVRYLLVFTIVLIFIAPGVSAAKVVCPKEIDMGKTSELICHV YGKGNASVRVISINGVNLSRSGSSYLYAYDSRGDFLNRGESGSLPLELRVFMGWLIKD SSPQTAEGLYWVYYNKVNHVGFLISDKNGSEIVNVPVYVKGSPWKEVQYFIYLGLFVG LVLLVLYLVSLLRGRTKRTERATEAITKVSYFFLVLGSTKIFKVFAAGLVYYLGRAAS EVLADLVLSWSSVILGVLILVTLDIARMSPENRKQMWLTGMEWIPVSLYMMSIKMSLL SFLFLMVYLALVRVRPLAEGMRRVSLLASPLWAFLLYGYVGGEAVFLGLLLFLSLLYP YLVHVIVPTEDEEFVEENGIIRVYTTSNVVTESIPVENEALLIDDPKKTRPLKTEPPT VKELVVRFDRVIKSMEFDDKSLQKVQSSVESSDTPSDEPLEPYRVFSVEHYREYLEM" gene complement(846263..846472) /locus_tag="TGAM_0912" /note="tg0912" CDS complement(846263..846472) /locus_tag="TGAM_0912" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:COG:COG1873 Uncharacterized conserved protein; S Function unknown" /inference="protein motif:HMMPfam:PF05239 PRC InterPro:IPR007903 PRC-barrel" /inference="protein motif:superfamily:SSF50346 Photosynthetic reaction centre, H-chain, cytoplasmic domain InterPro:IPR011033 Photosynthetic reaction centre, H-chain, cytoplasmic" /note="Contains 1 PRC-barrel domain" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein" /protein_id="ACS33414.1" /translation="MVMRLSRIYGKQIYNTKGNYVGYVDEVLIEIDTGYGRVLALALP GEKVGIPYERVIAIGDIILVKAKED" gene complement(846509..847027) /locus_tag="TGAM_0913" /note="tg0913" CDS complement(846509..847027) /locus_tag="TGAM_0913" /note="Contains 1 PRC-barrel domain; 6 probable transmembrane helices predicted by modhmm" /codon_start=1 /transl_table=11 /product="Hypothetical protein" /protein_id="ACS33415.1" /translation="MKLEKLFKAVAGAGVGALLAFIFVVVGIPDLTDVKTVLWIYLLF MIPLGWIFSRSRFNFRTSALSYLSGLGTVFALVLLSPVVSFGKGAIFIAILISLLIVL YPDPCGVLDVLLSGPLYFAGTITVMAIAGALDLPGNSIGLFMVTVFIGFLGMIGVVTG AAARLLFAKPKP" gene complement(847024..847668) /locus_tag="TGAM_0914" /note="tg0914" CDS complement(847024..847668) /locus_tag="TGAM_0914" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:BlastProDom:PD015839 Q8U262_PYRFU_Q8U262; InterPro:IPR002834 Protein of unknown function DUF120" /inference="protein motif:CDD:COG1339, Transcriptional regulator of a riboflavin/FAD biosynthetic operon [Transcription / Coenzyme metabolism]" /inference="protein motif:CDD:DUF120, Domain of unknown function DUF120" /inference="protein motif:COG:COG1339 Transcriptional regulator of a riboflavin/FAD biosynthetic operon; K Transcription" /inference="protein motif:Gene3D:G3D.1.10.10.10 no description InterPro:IPR011991 Winged helix repressor DNA-binding" /inference="protein motif:HMMPfam:PF01047 MarR InterPro:IPR000835 Bacterial regulatory protein, MarR GO:Molecular Function:transcription factor activity (GO:0003700), Cellular Component:intracellular (GO:0005622), Biological Process:regulation of transcription, DNA-dependent (GO:0006355)" /inference="protein motif:HMMPfam:PF01982 DUF120 InterPro:IPR002834 Protein of unknown function DUF120" /inference="protein motif:HMMSmart:SM00347 no description InterPro:IPR000835 Bacterial regulatory protein, MarR GO:Molecular Function:transcription factor activity (GO:0003700), Cellular Component:intracellular (GO:0005622), Biological Process:regulation of transcription, DNA-dependent (GO:0006355)" /inference="protein motif:ProfileScan:PS50995 HTH_MARR_2 InterPro:IPR000835 Bacterial regulatory protein, MarR GO:Molecular Function:transcription factor activity (GO:0003700), Cellular Component:intracellular (GO:0005622), Biological Process:regulation of transcription, DNA-dependent (GO:0006355)" /inference="protein motif:ProfileScan:PS51077 HTH_ICLR InterPro:IPR005471 Bacterial regulatory proteins, IclR GO:Molecular Function:DNA binding (GO:0003677), Biological Process:regulation of transcription, DNA-dependent (GO:0006355)" /inference="protein motif:superfamily:SSF46785 'Winged helix' DNA-binding domain" /note="Contains 1 'Winged helix' DNA-binding domain in Nterm and 1 DUF120 domain in Cterm" /codon_start=1 /transl_table=11 /product="Transcription regulator, putative" /protein_id="ACS33416.1" /translation="MSERIELLIELAELGAIGRKREVTLRELASRLNTSPQSILRLLR EMEREGLISRETSGRKTRLGLTEKGLEILEELHERLEKALYCGLIIGEVVSGLGEGSY YVRLYRDRIREYLGFDPFPGTLNVKVLFPRTIFDALIDVRPILIPGFVRDGRTFGDVK AYPVRVEDVEGAIVVPSRSVHPPKIAEIIAPVNLRETLNLRDGSRIRIKAVGGR" gene complement(847640..848233) /gene="nfi" /locus_tag="TGAM_0915" /note="tg0915" CDS complement(847640..848233) /gene="nfi" /locus_tag="TGAM_0915" /inference="protein motif:CDD:Endonuclease_5, Endonuclease V" /inference="protein motif:CDD:Nfi, Deoxyinosine 3'endonuclease (endonuclease V) [DNA replication, recombination, and repair]" /inference="protein motif:COG:COG1515 Deoxyinosine 3'endonuclease (endonuclease V); L Replication, recombination and repair" /inference="protein motif:HMMPfam:PF04493 Endonuclease_5 InterPro:IPR007581 Endonuclease V GO:Molecular Function:endonuclease activity (GO:0004519), Biological Process:DNA repair (GO:0006281)" /codon_start=1 /transl_table=11 /product="Endonuclease V (Deoxyinosine 3' endonuclease) (nfi)" /protein_id="ACS33417.1" /translation="MEMDKLLKRIAEVQLELARKIVERPLPLDDVSTVGAVDVSYKGE KARSAFVLCSFPECRLLKARTIETTVRFPYIPTFFFLRETKPALMAIGKERPDVLLVE GHGRAHPRGYGLASHIGLILNVPTIGIAKRLLRNTPEGSWAKVGKAYVSVGHLIDLPS AVKIVKALSRGGYPLPLKLADELSKGKRNERENRASD" gene complement(848220..848840) /locus_tag="TGAM_0916" /note="tg0916" CDS complement(848220..848840) /locus_tag="TGAM_0916" /inference="protein motif:CDD:Translin, Translin family" /inference="protein motif:COG:COG2178 Predicted RNA-binding protein of the translin family; J Translation, ribosomal structure and biogenesis" /inference="protein motif:HMMPanther:PTHR10741 TRANSLIN RELATED InterPro:IPR002848 Translin" /inference="protein motif:HMMPfam:PF01997 Translin InterPro:IPR002848 Translin" /inference="protein motif:superfamily:SSF74784 Testis/brain RNA-binding protein (TB-RBP)" /codon_start=1 /transl_table=11 /product="RNA-binding protein, translin-like protein" /protein_id="ACS33418.1" /translation="MKIEEIIEGIRKRLDEVDGAREEALRMTREIVRLSGDAVKALHR GEIEKARKRLKLAGNLVDELKDLLSPYPMLYYSGYVQSAHQEFVEANLLLAYLTEEEL PSPWDLGVPEADYLLGLGDFIGELRRHFLHLLLRGEIERAESVYEFMEKLYGELMTLE YPKGVVNVRAKQDQARYALERTLEDLTRAKLNRSLEEKLRAAIGDG" gene 848933..850252 /gene="gatD-1" /locus_tag="TGAM_0917" /note="tg0917" CDS 848933..850252 /gene="gatD-1" /locus_tag="TGAM_0917" /EC_number="6.3.5.-" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:BlastProDom:PD003221 GATD_PYRAB_Q9V0T9; InterPro:IPR006034 Asparaginase/glutaminase GO:Biological Process:amino acid metabolism (GO:0006520)" /inference="protein motif:CDD:Asparaginase, Asparaginase" /inference="protein motif:CDD:Asparaginase, Asparaginase (amidohydrolase):Asparaginases are tetrameric enzymes that catalyze the hydrolysis of asparagine to aspartic acid and ammonia" /inference="protein motif:COG:COG0252 L-asparaginase/archaeal Glu-tRNAGln amidotransferase subunit D; E Amino acid transport and metabolism" /inference="protein motif:FPrintScan:PR00139 ASNGLNASE InterPro:IPR006034 Asparaginase/glutaminase GO:Biological Process:amino acid metabolism (GO:0006520)" /inference="protein motif:Gene3D:G3D.3.40.50.1170 no description" /inference="protein motif:HMMPanther:PTHR11707 L-ASPARAGINASE" /inference="protein motif:HMMPfam:PF00710 Asparaginase InterPro:IPR006034 Asparaginase/glutaminase GO:Biological Process:amino acid metabolism (GO:0006520)" /inference="protein motif:HMMTigr:TIGR00519 asnASE_I:L-asparaginases, type I InterPro:IPR006033 L-asparaginase, type I GO:Molecular Function:asparaginase activity (GO:0004067), Biological Process:amino acid metabolism (GO:0006520)" /inference="protein motif:HMMTigr:TIGR02153 gatD_arch:glutamyl-tRNA(Gln) amidotransfer InterPro:IPR011878 Glutamyl-tRNA(Gln) amidotransferase, subunit E GO:Biological Process:regulation of translational fidelity (GO:0006450), Molecular Function:glutamyl-tRNA(Gln) amidotransferase activity (GO:0017068)" /inference="protein motif:ScanRegExp:PS00144 ASN_GLN_ASE_1 InterPro:IPR006034 Asparaginase/glutaminase GO:Biological Process:amino acid metabolism (GO:0006520)" /inference="protein motif:ScanRegExp:PS00917 ASN_GLN_ASE_2 InterPro:IPR006034 Asparaginase/glutaminase GO:Biological Process:amino acid metabolism (GO:0006520)" /inference="protein motif:superfamily:SSF53774 Glutaminase/Asparaginase InterPro:IPR006034 Asparaginase/glutaminase GO:Biological Process:amino acid metabolism (GO:0006520)" /codon_start=1 /transl_table=11 /product="L-asparaginase/archaeal Glu-tRNAGln amidotransferase subunit D (gatD)" /protein_id="ACS33419.1" /translation="MRKVEEFMKRHNLEVGDLVRLVKREGDEKITFEGLVMPPYELSP GETLTIKLDNGYNVGVLIDAIESVEILEKAAEKPKMEFKEVLPRKKGLPNVRILGTGG TIASRIDYKTGAVHPAFTAEELAKAVPEIFEMANVTPKLIMNILSEDMKPAYWAKIAE EVAKALNSGEDGVVIAHGTDTMAYTSAALSFMLRNLTKPVVLVGAQRSSDRPSSDAAM NLTCAVKMATSDVAEVMVVMHGETSDTYCLAHRGTKVRKMHTSRRDAFRSINDVPIAK IWPKGGIEFLRNDYRRKSEGEVIADTKMEEKVAIMKIYPGISGELLDFLVDKGYRGVV IEGTGLGHVPQDFIPHVQRAVEEGVAVCVTSQCLYGRVNLNVYSNGRKLLKAGAIPCE DMLPETAYVKLMWVLGHTDDLGEVRKIMLTNYAGEITPYTRYDTFLR" gene 850249..850458 /locus_tag="TGAM_0918" /note="tg0918" CDS 850249..850458 /locus_tag="TGAM_0918" /inference="protein motif:COG:COG2880 Uncharacterized protein conserved in archaea; S Function unknown" /inference="protein motif:HMMPfam:PF01954 DUF104 InterPro:IPR008203 Protein of unknown function DUF104" /note="Belongs to DUF104 family" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein" /protein_id="ACS33420.1" /translation="MMSVGIKAVYKNGVFRPLESVKLPEGTEVEVIVKSAGPILRKYA GMLKKSEHDWEAEYYEYIEERAGGS" gene 850466..850897 /locus_tag="TGAM_0919" /note="tg0919" CDS 850466..850897 /locus_tag="TGAM_0919" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:COG1848, Predicted nucleic acid-binding protein, contains PIN domain [General function prediction only]" /inference="protein motif:COG:COG1848 Predicted nucleic acid-binding protein, contains PIN domain; R General function prediction only" /inference="protein motif:HMMPfam:PF01850 PIN InterPro:IPR002716 PilT protein, N-terminal" /inference="protein motif:HMMSmart:SM00670 no description InterPro:IPR006596 Nucleotide binding protein, PINc" /inference="protein motif:superfamily:SSF88723 PIN domain-like" /codon_start=1 /transl_table=11 /product="Nucleotide binding protein, putative, containing PIN domain" /protein_id="ACS33421.1" /translation="MWVEVLSGNQRAVELLDRVSRECKLCITPTIYSEVSFVILGHHF TSKTGKKGTYALKKELKRDPSLYEIVDTFDSLLDELHIAGLLEFLEETEEVVRKSRDL RKKYGLLPNDALILATCEVYGISKLVTFDDDFLRTNLEVLR" gene 850894..852780 /gene="gatE" /locus_tag="TGAM_0920" /note="tg0920" CDS 850894..852780 /gene="gatE" /locus_tag="TGAM_0920" /EC_number="6.3.5.-" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:COG:COG2511 Archaeal Glu-tRNAGln amidotransferase subunit E (contains GAD domain); J Translation, ribosomal structure and biogenesis" /inference="protein motif:Gene3D:G3D.3.30.70.720 no description" /inference="protein motif:HMMPanther:PTHR11659 GLUTAMYL-TRNA AMIDOTRANSFERASE SUBUNIT B InterPro:IPR004413 Glutamyl-tRNA(Gln) amidotransferase B subunit GO:Biological Process:protein biosynthesis (GO:0006412), Molecular Function:glutamyl-tRNA(Gln) amidotransferase activity (GO:0017068)" /inference="protein motif:HMMPfam:PF01162 GatB InterPro:IPR006107 GatB, central region GO:Biological Process:protein biosynthesis (GO:0006412), Molecular Function:carbon-nitrogen ligase activity, with glutamine as amido-N-donor (GO:0016884)" /inference="protein motif:HMMPfam:PF02637 GatB_Yqey InterPro:IPR003789 GatB/Yqey" /inference="protein motif:HMMPfam:PF02934 GatB_N InterPro:IPR006075 GatB N-terminal region GO:Biological Process:protein biosynthesis (GO:0006412), Molecular Function:ligase activity (GO:0016874)" /inference="protein motif:HMMPfam:PF02938 GAD InterPro:IPR004115 GAD GO:Molecular Function:aminoacyl-tRNA ligase activity (GO:0004812), Molecular Function:ATP binding (GO:0005524), Cellular Component:cytoplasm (GO:0005737), Biological Process:protein biosynthesis (GO:0006412)" /inference="protein motif:HMMTigr:TIGR00134 gatE_arch:glutamyl-tRNA(Gln) amidotransfer InterPro:IPR004414 Putative aspartyl-tRNA(Asn) amidotransferase B subunit GO:Molecular Function:molecular function unknown (GO:0005554)" /inference="protein motif:ScanRegExp:PS01234 GATB InterPro:IPR004413 Glutamyl-tRNA(Gln) amidotransferase B subunit GO:Biological Process:protein biosynthesis (GO:0006412), Molecular Function:glutamyl-tRNA(Gln) amidotransferase activity (GO:0017068)" /inference="protein motif:superfamily:SSF55261 Prokaryotic AspRS, insert domain" /inference="protein motif:superfamily:SSF89095 GatB/YqeY domain" /codon_start=1 /transl_table=11 /product="Archaeal Glu-tRNAGln amidotransferase subunit E (gatE)" /protein_id="ACS33422.1" /translation="MTEKFDYKELGLKVGLEIHRQLDTKKLFSPVPSELTEKVDFTFE RRLRPTMSELGEIDPAALEEFKKGRKYIYEGNYELSDLVYMDEEPPRGPDREALEVTL QIAYLLNAKPVDEVHFMRKIVIDGSNVSGFQRTAIIALDGKVDTPWGSVGIPTICLEE DACRIVERKEKEVIYRLDRLGIPLVEISTTPDIHHPEQAKVVAKYIGDALRATRKVKR GLGTIRQDLNVSIKGGARVEIKGVQELDMIPLIIEREVERQLNLLKIRDELRERGVRP EDIKEEFYDVTDVFENTESKIIARTIKKGGNVLAVKLPKFRGLIGREIQPGRRLGTEM ADRAKKYVKGIFHIDELPNYGITEKEVNAVIEKLGLGELDAFVLVAADEETAKKALRE VIKRAREAIEGVPEETRRALPDGNTQYMRPLPGKARMYPETDIPSIFIPPEEKERIKA NLPELPQERVERYVKEYRIDKSLAETLVNDERDELFEELVKKGVKPSLAASILVVVLK GLKKEVPIENITDDHIREAFQLYTEGKIAKEAFEEIFKELALHPEKSAAQVAEEKGLT LLSEEEVERIIDEVVQQNIEVIKAKGMGAMGMIMGRAMAKLRGRADGKLVSTLVRRKI QELS" gene 853016..854080 /locus_tag="TGAM_0921" /note="tg0921" CDS 853016..854080 /locus_tag="TGAM_0921" /inference="protein motif:CDD:COG1215, Glycosyltransferases, probably involved in cell wall biogenesis [Cell envelope biogenesis, outer membrane]" /inference="protein motif:CDD:COG1216, Predicted glycosyltransferases [General function prediction only]" /inference="protein motif:CDD:Glycos_transf_2, Glycosyl transferase" /inference="protein motif:CDD:WcaA, Glycosyltransferases involved in cell wall biogenesis [Cell envelope biogenesis, outer membrane]" /inference="protein motif:COG:COG1215 Glycosyltransferases, probably involved in cell wall biogenesis; M Cell wall/membrane/envelope biogenesis" /inference="protein motif:Gene3D:G3D.3.90.550.10 no description" /inference="protein motif:HMMPanther:PTHR10587 N-ACETYLGLUCOSAMINYLTRANSFERASE-RELATED" /inference="protein motif:HMMPanther:PTHR10587:SF11 HYALURONAN SYNTHASE-RELATED" /inference="protein motif:HMMPfam:PF00535 Glycos_transf_2 InterPro:IPR001173 Glycosyl transferase, family 2" /inference="protein motif:ProfileScan:PS50167 GLYC_TRANS InterPro:IPR001173 Glycosyl transferase, family 2" /inference="protein motif:superfamily:SSF53448 Nucleotide-diphospho-sugar transferases" /note="4 probable transmembrane helices predicted by modhmm" /codon_start=1 /transl_table=11 /product="Glycosyltransferase, family 2" /protein_id="ACS33423.1" /translation="MLAEILLSLILLWDGYFFLRYLLSLRRAYPTREWSPMVSVVIPA YNEEENIEDAVKAALSQDYPNFEVIVVDDGSTDGTYEKALSIKDERLRVIRINHGGKT RALNVGLEFSAGEIIVTIDADGLLEKNAVSRLVERFYSDDIAAVGGQVRVRGETFLEL AQDIEHLRIATFRRAKELENLSLAPGPISAFRKRSLLKIGGFVNDLVEDYATTLALKK IGRVVYAPGARVWVRMPSGLGALWRQRRRWFLGDLPKLSSKPFKEKLVFIMSDLVALL DVLFPLAALMAGKWSLLLIFLVLEWLMMYLIVRVEGGMLVEVALFPVILWFWAAFYLS LHIYGLILYAFGKKTPSEWN" gene 854156..854833 /locus_tag="TGAM_0922" /note="tg0922" CDS 854156..854833 /locus_tag="TGAM_0922" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein" /protein_id="ACS33424.1" /translation="MKTKTCEVDLPYNWDVVVRVISKPEKTLPFFPYFESIEGDTVRF NVPRFMAKIGYEFKLSVAVQENRAVYTFTGDRGILTVVFEMEGKHLKVIASWSGFAEL IMGKPLQKFVNGIANAVKEFCSAEMCPLTLTGDEGYLDFKTVCSLFKKTAMEMGGDFL VECTSEDGTVLKGRVHEGNLVEVEVIEPSGRKTTVRTEIPVLEVDEDLFKDLPLEKRF RIRVKRN" gene complement(854830..855327) /gene="hit" /locus_tag="TGAM_0923" /note="tg0923" CDS complement(854830..855327) /gene="hit" /locus_tag="TGAM_0923" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:FHIT, FHIT (fragile histidine family):FHIT proteins, related to the HIT family carry a motif HxHxH/Qxx (x, is a hydrophobic amino acid), On the basis of sequence, substrate specificity, structure, evolution and mechanism, HIT proteins are classified into three branches:the Hint branch, which consists of adenosine 5' -monophosphoramide hydrolases, the Fhit branch, that consists of diadenosine polyphosphate hydrolases, and the GalT branch consisting of specific nucloside monophosphate transferases" /inference="protein motif:CDD:HINT_subgroup, HINT (histidine triad nucleotide-binding protein) subgroup:Members of this CD belong to the superfamily of histidine triad hydrolases that act on alpha-phosphate of ribonucleotides" /inference="protein motif:CDD:Hit, Diadenosine tetraphosphate (Ap4A) hydrolase and other HIT family hydrolases [Nucleotide transport and metabolism / Carbohydrate transport and metabolism / General function prediction only]" /inference="protein motif:CDD:HIT, HIT domain" /inference="protein motif:CDD:HIT_like, HIT family:HIT (Histidine triad) proteins, named for a motif related to the sequence HxHxH/Qxx (x, a hydrophobic amino acid), are a superfamily of nucleotide hydrolases and transferases, which act on the alpha-phosphate of ribonucleotides" /inference="protein motif:COG:COG0537 Diadenosine tetraphosphate (Ap4A) hydrolase and other HIT family hydrolases; F Nucleotide transport and metabolism" /inference="protein motif:Gene3D:G3D.3.30.428.10 no description" /inference="protein motif:HMMPanther:PTHR11750 HIT PROTEIN FAMILY MEMBER-RELATED" /inference="protein motif:HMMPanther:PTHR11750:SF1 HIT PROTEIN FAMILY InterPro:IPR001310 Histidine triad (HIT) protein" /inference="protein motif:HMMPfam:PF01230 HIT InterPro:IPR001310 Histidine triad (HIT) protein" /inference="protein motif:HMMPIR:PIRSF000714 Histidine triad hydrolase InterPro:IPR001310 Histidine triad (HIT) protein" /inference="protein motif:ProfileScan:PS51084 HIT_2 InterPro:IPR001310 Histidine triad (HIT) protein" /inference="protein motif:ScanRegExp:PS00133 CARBOXYPEPT_ZN_2 InterPro:IPR000834 Peptidase M14, carboxypeptidase A GO:Molecular Function:carboxypeptidase A activity (GO:0004182), Biological Process:proteolysis (GO:0006508)" /inference="protein motif:superfamily:SSF54197 HIT-like" /codon_start=1 /transl_table=11 /product="Histidine triad (HIT) protein (hit)" /protein_id="ACS33425.1" /translation="MKILWAPWRIEYIRSPKHKGCIFCDFPRENRDRERLILYRGEHS FVIMNNYPYNPGHVMIAPYRHIGRWEDLRDEELLEIMKLSQLMIRAIKKAMNPDGFNM GVNLGRVAGAGIDDHVHLHIVPRWNGDTNFMPVIADTKVIPESLQEAYDELKKAIGEV LKEGI" gene complement(855361..857817) /locus_tag="TGAM_0924" /note="tg0924" CDS complement(855361..857817) /locus_tag="TGAM_0924" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:superfamily:SSF50969 YVTN repeat-like/Quinoprotein amine dehydrogenase InterPro:IPR011044 Quinoprotein amine dehydrogenase, beta chain-like" /note="3 probable transmembrane helices predicted by modhmm" /codon_start=1 /transl_table=11 /product="Hypothetical protein" /protein_id="ACS33426.1" /translation="MRPNILILESFLRSSIVLTTVGIMRRQRVTAIAWVLIVFVTLIP SVNARSLHPIENPAKYEHQIIWVGELGDNLAVLTSGQGTLLLLVSDDGTLQKAIGYED FIAEDAVSLGSNLYVLTVDGEVVEINETGGILKAAKPETINLAVKGIRMAKSGKFIYV LWSGNGLYLSQLLPDLSVEWTVELETENSVLTVNQLGSNFDVIPTPFGIYVLKSIPGV FTRIIFVAPNGKLNWSAQIEGMTGIYGAGNGDLIYLIGTVPTSDGCTLGIVDLRPGRL GPIIAGTSSRELQTEFSIEYSVKTKNEKSAILTPESITFSNENLAVLLRSEKGDTYVM EFSKWGKFLRGIYLGERNPGKLGGYKGNIAIASTSRDGINIYMLSKDMKLKWAKTFLK GFTIERIVLNDGYCVHIKTSSWPWGYILHYSSNGTLENAFRIPSEHVVEGMVPYGGSV YVMLSHNGSESLEDLMGERSYKPPRKREAVDPYPTGGSFLSGTRNGLLVKFHTSYWPY SMESPGEFKELVMPLKALFRGPITGGIREDNQTILWSNGYLIVIEDKKFETARRYSIS GGRILKAFHFNGTVITIVKSGGMLCLITLENGGSYTVKTLGFSEGENVSISKAPGLLV ILTKEYDQFLGINQTKIILIGKNGNMKEATVYRPLLGILKATNSTVLAYDRNGIIEVE IQNKPPALSECNWVEVSKDAIGVKIENGKLQESKMTLSRISPEKFYEEAYYQELDHIT TKAIMVKERTFTPHYKILPANGTKVIVKFTRVSPENGIVLYRTKAHRKSTHGICGPAT FLLFAVVPLLRRIHGSQETF" gene complement(857889..857966) /locus_tag="TGAM_r023" /note="tg_tRNA-Val2" tRNA complement(857889..857966) /locus_tag="TGAM_r023" /product="tRNA-Val" /note="codon recognized: GUG" gene 858053..859048 /locus_tag="TGAM_0925" /note="tg0925" CDS 858053..859048 /locus_tag="TGAM_0925" /inference="protein motif:CDD:COG2520, Predicted methyltransferase [General function prediction only]" /inference="protein motif:CDD:Met_10, Met-10+ like-protein" /inference="protein motif:COG:COG2520 Predicted methyltransferase; R General function prediction only" /inference="protein motif:Gene3D:G3D.3.40.50.150 no description" /inference="protein motif:HMMPanther:PTHR14244 FAMILY NOT NAMED" /inference="protein motif:HMMPanther:PTHR14244:SF1 SUBFAMILY NOT NAMED" /inference="protein motif:HMMPfam:PF02475 Met_10 InterPro:IPR003402 Protein of unknown function Met10" /inference="protein motif:ProfileScan:PS50193 SAM_BIND InterPro:IPR000051 SAM (and some other nucleotide) binding motif GO:Molecular Function:S-adenosylmethionine-dependent methyltransferase activity (GO:0008757)" /inference="protein motif:superfamily:SSF53335 S-adenosyl-L-methionine-dependent methyltransferases" /codon_start=1 /transl_table=11 /product="Met-10 like-protein, putative SAM-dependent methyltransferase" /protein_id="ACS33427.1" /translation="MLAVRVPKREAEKARRKLIELGVLAKGYAVRREGEFVLFPVTEE VEGFELVEAEFERLERRPHSYREVVEVPDSVKPLLPSSFDVIGDIAIIELPDELMPYG KAIGEAILKVHKHIKAVFAKGSKVEGEYRVRELIYLAGEKRTETLHRENGIRLKLDVA KVYFSPRLATERMRIFKKTRSGEVVFDMFAGVGPYSILLARKAKLVFACDLNPWAIRY LEENIRLNKAHNLVPILGDVRKVAGKLKADRVIMNLPKFADRFLREAMLSVRSGGIIH YYGFSPEEDLYSEHEARIKAVARELGFSVEFLERRKVRPYAPRQFNIAIDFRVLK" gene complement(859150..860493) /gene="tldD" /locus_tag="TGAM_0926" /gene_synonym="pmbA-1" /note="tg0926" CDS complement(859150..860493) /gene="tldD" /locus_tag="TGAM_0926" /gene_synonym="pmbA-1" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:PmbA_TldD, Putative modulator of DNA gyrase" /inference="protein motif:CDD:TldD, Predicted Zn-dependent proteases and their inactivated homologs [General function prediction only]" /inference="protein motif:COG:COG0312 Predicted Zn-dependent proteases and their inactivated homologs; R General function prediction only" /inference="protein motif:HMMPfam:PF01523 PmbA_TldD InterPro:IPR002510 Peptidase U62, modulator of DNA gyrase" /inference="protein motif:ScanRegExp:PS00216 SUGAR_TRANSPORT_1 InterPro:IPR005829 Sugar transporter superfamily GO:Molecular Function:transporter activity (GO:0005215), Biological Process:transport (GO:0006810), Cellular Component:membrane (GO:0016020)" /codon_start=1 /transl_table=11 /product="Peptidase U62, modulator of DNA gyrase, PmbA/TldD protein-like protein (tldD/pmbA)" /protein_id="ACS33428.1" /translation="MAEVVTMENLIRYAEKLFDEVEIAVYRSREVSASVELNEISMAS TRSGAVTIIRGIKDKRLGLAIVDSDEEKRVKEAIEQAAKMARLNSRDEKWLSLPEPGK YREAPKPNYELKEASPDVLVEMLVRAIKLAREKEPNAVVAGGEGGVSWEERHVVNSHG IDVFQEGGAAFFFVELVGRKEGVVTPGIFDFDAKRDLNLDVEGVVEKAVQKVKWAYSV KPSRNEEVPIILGPWAIAGLFSYALLPAFSGERLVKETTPLAGKVGEKIASDVLTMYD DPFHELSLEPVIADGEGVPTRKNVLIENGTFRGFVWDNYWAKVYGTESTGNGKRDLRS GGINIGFHNVVIEKGKRSLEDMIAEIDRGYFVDGFQGAHSSNPDNGNFAVTANPAFLI EDGEVVGSSVFLIAGNVYELLRQASEVSREQTVMPFMNTMTTPFIRFENVRIAGK" gene complement(860486..861862) /gene="tldD" /locus_tag="TGAM_0927" /gene_synonym="pmbA-2" /note="tg0927" CDS complement(860486..861862) /gene="tldD" /locus_tag="TGAM_0927" /gene_synonym="pmbA-2" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:PmbA_TldD, Putative modulator of DNA gyrase" /inference="protein motif:CDD:TldD, Predicted Zn-dependent proteases and their inactivated homologs [General function prediction only]" /inference="protein motif:COG:COG0312 Predicted Zn-dependent proteases and their inactivated homologs; R General function prediction only" /inference="protein motif:HMMPfam:PF01523 PmbA_TldD InterPro:IPR002510 Peptidase U62, modulator of DNA gyrase" /inference="protein motif:superfamily:SSF50729 PH domain-like" /codon_start=1 /transl_table=11 /product="Peptidase U62, modulator of DNA gyrase, PmbA/TldD protein-like protein (tldD/pmbA)" /protein_id="ACS33429.1" /translation="MVDMEALERALKWAEENLKAEYIELRYEDLRKTTLGLKDGVFTS FTGKLHRGVAIRVLADGAWGFASTSELENLEKKIEEAYKLARAAAQTKKEKIQLAEID PVEDFVKSKMRVKPREVDIEEKVSHLRELEKLLKEDEAVKSVQIRYEDGGGKKILLTN EGTRIEWDYNYLYQGTYVTGKADGKLAMARDSIGAVDYGWELMTEIEPNEKVKERLLR KMHSQLKGVAPKRGEWPIVAGPIVVGIIAHEALGHLAEADLTINSPFKDLIGKQIAPE YVTMSERIVEGGFGNDKYDDEGVPVKDIHIIENGILKEIMLNREYAHKWGMEPNGHAR AESYRYPPIIRMRNTVFEAGDHSFEELIEDIKFGYYVVDFRGGQAQLNSAFQVGIQEG YVIRNGEIAEPIRDTSITGVAIEALKKISAVGKDFGLEVGFCGKGQTAFVSSGGPHMR FDGGILIG" gene 862001..862657 /locus_tag="TGAM_0928" /note="tg0928" CDS 862001..862657 /locus_tag="TGAM_0928" /experiment="gene product confirmed by mass spectrometry" /note="1 probable transmembrane helix predicted by modhmm" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein" /protein_id="ACS33430.1" /translation="MMKKVVPLVILVVALSLVAAGCVSVEEHVKVSSDGKIALLKMAI NMSRDVYSLALSNTSEGSFCADFRENLTDYEKEHFTCEEKVSGETATIVITGKDIDPS KLTGDTKMKVEKQGDYIEFWDYTWYEEGKKEEKNETDWDKEIASLFTIDYYLEMPGEI VDSNAQVVNGNKAEWHWNLYVASKRPIYAKAKVEEKKGLCGPAFLVGLAIVPLLLRRR " gene 862730..864718 /locus_tag="TGAM_0929" /note="tg0929" CDS 862730..864718 /locus_tag="TGAM_0929" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:AXE1, Acetyl xylan esterase (AXE1)" /inference="protein motif:CDD:DAP2, Dipeptidyl aminopeptidases/acylaminoacyl-peptidases [Amino acid transport and metabolism]" /inference="protein motif:CDD:DPPIV_N, Dipeptidyl peptidase IV (DPP IV) N-terminal region" /inference="protein motif:COG:COG1506 Dipeptidyl aminopeptidases/acylaminoacyl-peptidases; E Amino acid transport and metabolism" /inference="protein motif:Gene3D:G3D.2.120.10.60 no description" /inference="protein motif:Gene3D:G3D.3.40.50.1820 no description" /inference="protein motif:HMMPanther:PTHR11731 DIPEPTIDYL PEPTIDASE-RELATED" /inference="protein motif:HMMPanther:PTHR11731:SF5 ACYLAMINO-ACID-RELEASING ENZYME" /inference="protein motif:HMMPfam:PF00326 Peptidase_S9 InterPro:IPR001375 Peptidase S9, prolyl oligopeptidase active site region GO:Biological Process:proteolysis (GO:0006508), Molecular Function:serine-type peptidase activity (GO:0008236)" /inference="protein motif:HMMPfam:PF07676 PD40 InterPro:IPR011659 WD40-like Beta Propeller" /inference="protein motif:ProfileScan:PS50187 ESTERASE InterPro:IPR000379 Esterase/lipase/thioesterase GO:Molecular Function:catalytic activity (GO:0003824)" /inference="protein motif:ScanRegExp:PS00216 SUGAR_TRANSPORT_1 InterPro:IPR005829 Sugar transporter superfamily GO:Molecular Function:transporter activity (GO:0005215), Biological Process:transport (GO:0006810), Cellular Component:membrane (GO:0016020)" /inference="protein motif:superfamily:SSF50960 TolB, C-terminal domain InterPro:IPR011042 TolB, C-terminal" /inference="protein motif:superfamily:SSF53474 alpha/beta-Hydrolases" /codon_start=1 /transl_table=11 /product="Peptidase, prolyl oligopeptidase family" /protein_id="ACS33431.1" /translation="MTLIDLPLYLDISRNAKLLYEKSRFILVVSMAKGLGIKDIGKFK LVGNIDAFGRRLVFQVTEISVEKDDYFSKLYLYDGRKVKPFTSGKKDGNPRFSPDGKL IAFTSKRDKESKEAELYVIPTDGGEARLLTKFKYGIKNLRFTEDGKSVAVVTPVKVEK KPKDDVHVIREIPFWFNGVGWVYGKRSVVHLVDVESGKKRRVTPKSLDVSQVRFHNGR LYFVAQEDREKKPMVSDLYILEGRKARKLTPGKWSVSDFIPLDDGTFILKANTRERGI PTNTHIYHYNPETGELRKLTAGLDRSAYNSLNSDVRGSQRAELVFKDGWVYYVATDGP RANLFRVNLEGKIERVVGGNRSVESFAIGDYIAFTAQDAVTPTELYVLRDGKEKKLTD FNGWIKGYKLSRPEHFKVKASDGAEIDAWIMKPVDFEPGRKYPAVLEIHGGPKTAYGY SFMHEFHVLTAKGFVVIFSNPRGSDGYGEEFADIRGHYGERDYQDLMEVVDEALKRFD FIDEERIGVTGGSYGGFMTNWIVGHTNRFKAAVTQRSISNWVSFFGTTDIGYFFAPDQ IGGDPWSNTEGYWEKSPLKYAPNVETPLLIIHSMEDYRCWLPEALQFYTALKYLGKTV ELALFPGENHDLSRGGKPKHRVKRLELIAGWMERWLKG" gene 864793..864927 /locus_tag="TGAM_0930" /note="tg0930" CDS 864793..864927 /locus_tag="TGAM_0930" /inference="protein motif:superfamily:SSF47598 Met repressor-like InterPro:IPR010985 Ribbon-helix-helix" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein" /protein_id="ACS33432.1" /translation="MPNITLSVPPDLYRRMKKHPEIKWSEVVRKAIAEYLAKIEAEKL " gene complement(865108..866208) /locus_tag="TGAM_0931" /note="tg0931" CDS complement(865108..866208) /locus_tag="TGAM_0931" /note="7 probable transmembrane helices predicted by modhmm" /codon_start=1 /transl_table=11 /product="Hypothetical protein" /protein_id="ACS33433.1" /translation="MRISVLVGITLALLLIHGVSALSISCDDVAAYSHGVAKFSCGVS GIQNDSIVRVYGYSSNVQLFYRDFYVPLGGKIEFNASFQIKDIAPEEFRVFPSYTFAN VRVPIYINAEEIRKNTTTTKDYKAVLRLKPSLKSYLPLLWALLVILVFFSGPTMDYKS GWDFAIDVLGLQLIFRAGGFWDVSAPFVYVSVSSKALTDLKIGHSLLALSGLSALFLL QSAYALGFHKAKYPKVSFYTGFEWIIGLPIALYFVWPEHYVTPLFLGFLIGIPLFIIL WKYAELPYSKCHKALSLFKTYSVPLSAGVALVLALQYTTEETISLLLLAVFLVSLFVY TLTSKLAFDKLEWAKKKFDEDIERIRGESKTI" gene complement(866220..867383) /locus_tag="TGAM_0932" /note="tg0932" CDS complement(866220..867383) /locus_tag="TGAM_0932" /note="6 probable transmembrane helices predicted by modhmm" /codon_start=1 /transl_table=11 /product="Hypothetical protein" /protein_id="ACS33434.1" /translation="MRRSPFVVVILLLMLIPLVAGATLECPSKAPADKVICRLEGNGT GKLYLKSVDGVPAEDYTIIIEHNSRDVVSSSNFHDTFEFPAEVFLWANNALENIVGFY VGSIPSWLLMNKEHTFVFELVMENGSRETFEKKIFLVTNPNWGGLKEDLVDSLRGAFI LWIILSVFWGIAEWWRSRDFMRFIEITRLSLSSTALLIVAMFSLFNFRPVTFGIPYYY FGHEDKLWGDIVVWWGIWALTTLVPLYIFTYLRVAPDLRRMTHQELLSELRKQKLTDC SGLAWFIAPLALVSGAIDSKIEILPLISLVVVLAMFTHYILETLLKPEGVLFINLVIA GFLALKYRPDFAFVALLVILLFAVYVIQKKCLKRFTTEKERLIAEIEERVAKI" gene complement(867473..867934) /locus_tag="TGAM_0933" /note="tg0933" CDS complement(867473..867934) /locus_tag="TGAM_0933" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:Gene3D:G3D.1.10.20.10 no description" /inference="protein motif:superfamily:SSF47113 Histone-fold InterPro:IPR009072 Histone-fold" /note="Contains 1 Histone-fold (SSF47113) domain" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein" /protein_id="ACS33435.1" /translation="MAEMIIPYPQLQKILERTCELAVIKPRAEEMMEIVEKKLADLFE VAYENAKAERSDTIKMRHIPITKGFKNSLNLFRAVIEDEKVQIEPIRKFLLKKIPGDI PLEEDVVNELPIIAGTLFVLIGRVIKALHPEIKNVYPEHIEEAKKVLDYTL" gene 868037..868627 /gene="mobA-2" /locus_tag="TGAM_0934" /note="tg0934" CDS 868037..868627 /gene="mobA-2" /locus_tag="TGAM_0934" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:MobA, Molybdopterin-guanine dinucleotide biosynthesis protein A [Coenzyme metabolism]" /inference="protein motif:COG:COG0746 Molybdopterin-guanine dinucleotide biosynthesis protein A; H Coenzyme transport and metabolism" /inference="protein motif:Gene3D:G3D.3.90.550.10 no description" /inference="protein motif:superfamily:SSF53448 Nucleotide-diphospho-sugar transferases" /codon_start=1 /transl_table=11 /product="Molybdopterin-guanine dinucleotide biosynthesis protein A, putative (mobA)" /protein_id="ACS33436.1" /translation="MLGLILAFPEKRWENYTLPVKGEPIVRLTERRLLTAKRINKTLT IVRKDKLKTYSLHVSNPVPVTARNKMEALLRALPDEPFFLVEGNMPLIMPFFVNYLVG LFYEDEPEALIPVWSDGSAEVFHAVYEADALREAIESAMAEGYRSFSRITEFLDYESV SIEELARRNPKVTLSFFRVRSGFDAKFADESLRSGV" gene 868668..870560 /locus_tag="TGAM_0935" /note="tg0935" CDS 868668..870560 /locus_tag="TGAM_0935" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:Gene3D:G3D.2.130.10.70 no description" /inference="protein motif:Gene3D:G3D.2.60.40.1120 no description" /inference="protein motif:HMMPfam:PF08308 PEGA InterPro:IPR013229 PEGA" /inference="protein motif:superfamily:SSF49464 Carboxypeptidase D, a regulatory domain InterPro:IPR008969 Carboxypeptidase regulatory region" /inference="protein motif:superfamily:SSF49464 InterPro:IPR008969 Carboxypeptidase regulatory region" /inference="protein motif:superfamily:SSF63829 Diisopropylfluorophosphatase (phosphotriesterase, DFP)" /note="3 probable transmembrane helices predicted by modhmm" /codon_start=1 /transl_table=11 /product="Hypothetical protein" /protein_id="ACS33437.1" /translation="MVELKGAYLAAITLMLLFSTLAGASDYWVGFYGTTGYDELRAVS IMPNGDIVAAGKASFNGTTAPWVIRLDRYGRVLWSKYYTIPGVEADVRALAIDNNGNI IAVGSVRRKAGETLTSDLLVMKLDGDGNVLWARDYDAGSLEVASSIVIDGNAIFVGGY ATPESPEVWVLRLNPYGDVVWGKVYPAVYPTFKPFLALNGSALLALGLLGSGSPVLMR LNPLSGGVIEATGCSNFPVSSPVLAVGGNHSSILNGNGTCLAVLLPSGEWSCYNPGFG GVDVVGAGYSDDGTLYALSVAKPWPGINFYVLGLRGESIKVSRAYRLSDLDIPRGMEV SQDSLLIVGSSERFSRAVKTEGFVAKLPLNGAIGSYGSKDADPSIFTGSSRVEGVDIS SRTLLPKVFTLEVRVGDIKPVGFLRIEVGIDEPVKLYIDGEFRALLGREGVLVLTPGT HVVKLTADGYWDYEATVSIWDGMETVLKAELKRKAEHGILLVNSSPSHAAVYLNGTLV GWTPLALNLSPGEYMVEVTKDGYRTYRMKVKVIPGERKVLSAELERIQVSTTSTTSTT TTTTISTSFSTTSSSAITTTTTGSSAEPRSSTTRKKGGLCGPAAVVVLSVFPLVLMRG FRRGTR" gene 870621..872429 /gene="glmS-2" /locus_tag="TGAM_0936" /note="tg0936" CDS 870621..872429 /gene="glmS-2" /locus_tag="TGAM_0936" /EC_number="2.6.1.16" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:COG:COG0449 Glucosamine 6-phosphate synthetase, contains amidotransferase and phosphosugar isomerase domains; M Cell wall/membrane/envelope biogenesis" /inference="protein motif:Gene3D:G3D.3.40.50.1940 no description" /inference="protein motif:Gene3D:G3D.3.60.20.10 no description" /inference="protein motif:HMMPanther:PTHR10937 GLUCOSAMINE--FRUCTOSE-6-PHOSPHATE AMINOTRANSFERASE" /inference="protein motif:HMMPanther:PTHR10937:SF1 GLUCOSAMINE--FRUCTOSE-6-PHOSPHATE AMINOTRANSFERASE" /inference="protein motif:HMMPfam:PF00310 GATase_2 InterPro:IPR000583 Glutamine amidotransferase, class-II GO:Biological Process:metabolism (GO:0008152)" /inference="protein motif:HMMPfam:PF01380 SIS InterPro:IPR001347 Sugar isomerase (SIS) GO:Molecular Function:sugar binding (GO:0005529), Biological Process:carbohydrate metabolism (GO:0005975)" /inference="protein motif:HMMTigr:TIGR01135 glmS:glucosamine--fructose-6-phosphate amin InterPro:IPR005855 Glucosamine--fructose-6-phosphate aminotransferase, isomerising GO:Molecular Function:glutamine-fructose-6-phosphate transaminase (isomerizing) activity (GO:0004360), Cellular Component:cytoplasm (GO:0005737), Biological Process:carbohydrate biosynthesis (GO:0016051)" /inference="protein motif:ScanRegExp:PS00443 GATASE_TYPE_II InterPro:IPR000583 Glutamine amidotransferase, class-II GO:Biological Process:metabolism (GO:0008152)" /inference="protein motif:superfamily:SSF53697 SIS domain" /inference="protein motif:superfamily:SSF56235 N-terminal nucleophile aminohydrolases (Ntn hydrolases)" /codon_start=1 /transl_table=11 /product="Glucosamine--fructose-6-phosphate aminotransferase (isomerizing) (glmS)" /protein_id="ACS33438.1" /translation="MCGIIGYIGDRKACEVIVRGLKRLEYRGYDSAGVVTAQGNEIEV RKGAGRIDELAQRLGFLEMEGNRGVGHTRWATHGVPNDINAHPHTDCSGKIALVHNGI IENFAELKEELLKKGHVFTSDTDTEVIAHLIEEELKSAENFEEALRRALKRLRGSFAL GIIYADEPDRIYVVRNESPLVIGVGNGENFAASDVPAFLEYTNRVVFLDDGEYAILKK DSYVVKRLDTGEIVEKPVHEIEWTLEMAEKAGYPHFMLKEIYEQPRAIRDAIHGNREV IGTVAEEIANYERIIFVAMGTSYHAALVGKYLFQRLVKRVPIVEEASEFRYEFEDLVD ENTLLIAITQSGETADTLAAMRLAKRKGAKVLAIVNVVGSMATRIADLTLYTHAGPEI GVAATKTYTTQLTVLTMLAMELARKLGTIERDYLNRLEEDLQRVPELVERVLSHDESL RELAESLVGKRDFFYIGRGIGFPTALEGALKLKEISYIHAEGLSAGELKHGPLALLEE GVPVVAIAPSGKTFSKMVSNIEEAKARGALIITLSDRKEAEKFSDVLIEMPPLDELLT PITYVVPLQLLAYHLAVLRGNDPDKPRNLAKSVTVE" gene 872422..875403 /locus_tag="TGAM_0937" /note="tg0937" CDS 872422..875403 /locus_tag="TGAM_0937" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:COG1287, Uncharacterized membrane protein, required for N-linked glycosylation [General function prediction only]" /inference="protein motif:CDD:STT3, Oligosaccharyl transferase STT3 subunit" /inference="protein motif:COG:COG1287 Uncharacterized membrane protein, required for N-linked glycosylation; R General function prediction only" /inference="protein motif:HMMPfam:PF02516 STT3 InterPro:IPR003674 Oligosaccharyl transferase, STT3 subunit GO:Molecular Function:oligosaccharyl transferase activity (GO:0004576), Biological Process:protein amino acid glycosylation (GO:0006486), Cellular Component:membrane (GO:0016020)" /note="13 probable transmembrane helices predicted by modhmm" /codon_start=1 /transl_table=11 /product="Oligosaccharyl transferase, STT3 subunit" /protein_id="ACS33439.1" /translation="MNEVIEMVKSKVKKKGKEKVKKSTGTRKEPESLKKMASVYPKLK TYGLAIITLIIAYYGYLIRMKTAKLKYFIDPDTFYHFEIFREAVKHGIPSYFSRANPP TGIKLGGSLGLYVIPAKVYSLIFSHLGYTELEFFKMWTPLVGAVTIVGVYLLGRKLHS DWAGFWAAAFLAFSYANYSKTYSGNARGEAPFLMFFVFALVAMAYYLDEKAEWKDLSK SWRKILWGALFVILSWLFMMSWQGSEFGIGVLLLFMALYPVLLFVFGKMQELKRFVYD FYPVMLIVLLGALPLTGIPLIGYRSFLVFALEVYLAIAALTAIMLFGEKIGLNYSDKK HRFGTVLAVGVLGFAGAYLYFGPDLWKFLAGAYQSNPLYQTVAELAKPDWAYIKNVFS IHYVRGAGQDGMLYVFSIVGFMILLSRISWKLYRGDVTGYKEVFLAVYYATATYFLWT AVRFSFQASGAVILLAGVLLGEVIVAIERMEENLGTKAMFAVVLILLFIPLPVIAARD MGTLAKAQAANEAVPKSWQDTLLWLKNNSNPLDSATSWWDYGYWIESSLLSNRRASTD GGHAYDRRYVLAKFFSHSGNAGEVDFEAWGLNYLIAWQSDIFKFNAISYLGGAITYGE YRGNPMFMPVGPQYGSTIVYDNKTKIYYVQVSYGGRVYQYIPDTIIDMGTGSVYQNKQ PNVPYVLYVYPGNWGVLAYDKIAFSNFVQLAFNYLNPMNITESMKLRSNFVPIKMESG VNTYRFRPFAVYKIDLLVNGTPSNGTWRQVYSPFLAMKLPIGNHTFRIHLSAFGRDVK NATLIFEAYRNGTLVKRETLAENLHIDHLNETPITVSIDVPNATSYRMVLVQKGPVGV LDGPVKVNGKEVNPSFPIAPGKSGDMELTAAFRKDYNVTFALRAMVTYYVTPNGRDIY KKDFYLEPHQDIITYVPIKELSVKAGDNRISAHVSVPSDIFSTYVEKLKQKYGDNVVV YRKRLEPVFITEKEYVVWEGS" gene complement(875400..876071) /locus_tag="TGAM_0938" /note="tg0938" CDS complement(875400..876071) /locus_tag="TGAM_0938" /inference="protein motif:CDD:UbiE, Methylase involved in ubiquinone/menaquinone biosynthesis [Coenzyme metabolism]" /inference="protein motif:CDD:Ubie_methyltran, ubiE/COQ5 methyltransferase family" /inference="protein motif:CDD:UbiG, 2-polyprenyl-3-methyl-5-hydroxy-6-metoxy-1,4-benzoquinol methylase [Coenzyme metabolism]" /inference="protein motif:COG:COG0500 SAM-dependent methyltransferases; Q Secondary metabolites biosynthesis, transport and catabolism" /inference="protein motif:Gene3D:G3D.3.40.50.150 no description" /inference="protein motif:HMMPanther:PTHR10108 UBIQUINONE/MENAQUINONE METHYLTRANSFERASE-RELATED" /inference="protein motif:ProfileScan:PS50124 MET_TRANS InterPro:IPR001601 Generic methyltransferase GO:Molecular Function:methyltransferase activity (GO:0008168)" /inference="protein motif:ProfileScan:PS50193 SAM_BIND InterPro:IPR000051 SAM (and some other nucleotide) binding motif GO:Molecular Function:S-adenosylmethionine-dependent methyltransferase activity (GO:0008757)" /inference="protein motif:superfamily:SSF53335 S-adenosyl-L-methionine-dependent methyltransferases" /note="Belongs to ubiE/COQ5 methyltransferase family" /codon_start=1 /transl_table=11 /product="SAM-dependent methyltransferase" /protein_id="ACS33440.1" /translation="MAEYFDRIADRYDDWYRTRTGRYVDRIEKWLVFSMLRTKSGEAL DLGCGTGNYTLELKRRGFDVIGLDASEGMLRIARSKGLNCIKGNAYSLPFPDESFDLV LSVTMFEFIHEPEKVLAEIYRVLKPGGEVLIGTMNGRSLWFLFKRLKSLFMETAYRYA RFYTPRELEALLRGAGFKNVESAGVIFFPSFWPFLDLAEKVDKKCYKKCKGIAAFIAV RGEKA" gene complement(876072..876353) /locus_tag="TGAM_0939" /note="tg0939" CDS complement(876072..876353) /locus_tag="TGAM_0939" /inference="protein motif:CDD:DUF77, Domain of unknown function DUF77" /inference="protein motif:COG:COG0011 Uncharacterized conserved protein; S Function unknown" /inference="protein motif:HMMPfam:PF01910 DUF77 InterPro:IPR002767 Protein of unknown function DUF77" /inference="protein motif:HMMTigr:TIGR00106 TIGR00106:conserved hypothetical protein T InterPro:IPR002767 Protein of unknown function DUF77" /inference="protein motif:superfamily:SSF89957 MTH1187-like" /note="Belongs to DUF77 family" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein" /protein_id="ACS33441.1" /translation="MAVAELCLFPLGTESPSVGRYLEPVIEVIEKSGLKYMVCPMGTV VEGSVDEILELVKKCHEAILKAGAKRVVISLKIDDRIDKPLSIEGKLGV" gene complement(876359..877033) /gene="adk" /locus_tag="TGAM_0940" /note="tg0940" CDS complement(876359..877033) /gene="adk" /locus_tag="TGAM_0940" /EC_number="2.7.4.3" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:BlastProDom:PD000657 KAD_PYRHO_O58844; InterPro:IPR011769 Adenylate/cytidine kinase, N-terminal" /inference="protein motif:CDD:ADK, Adenylate kinase" /inference="protein motif:CDD:ADK, Adenylate kinase (ADK) catalyzes the reversible phosphoryl transfer from adenosine triphosphates (ATP) to adenosine monophosphates (AMP) and to yield adenosine diphosphates (ADP)" /inference="protein motif:CDD:Adk, Adenylate kinase and related kinases [Nucleotide transport and metabolism]" /inference="protein motif:CDD:ADK_lid, Adenylate kinase, active site lid" /inference="protein motif:COG:COG0563 Adenylate kinase and related kinases; F Nucleotide transport and metabolism" /inference="protein motif:FPrintScan:PR00094 ADENYLTKNASE InterPro:IPR000850 Adenylate kinase" /inference="protein motif:Gene3D:G3D.3.40.50.300 no description" /inference="protein motif:HMMPanther:PTHR11667 ADENYLATE KINASE/KERATIN, TYPE I CYTOSKELETAL 18" /inference="protein motif:HMMPanther:PTHR11667:SF1 ADENYLATE KINASE" /inference="protein motif:HMMPfam:PF00406 ADK InterPro:IPR000850 Adenylate kinase" /inference="protein motif:HMMPfam:PF05191 ADK_lid InterPro:IPR007862 Adenylate kinase, lid region" /inference="protein motif:HMMTigr:TIGR01351 adk:adenylate kinases InterPro:IPR006259 Adenylate kinase, subfamily" /inference="protein motif:ScanRegExp:PS00113 ADENYLATE_KINASE InterPro:IPR000850 Adenylate kinase" /inference="protein motif:superfamily:SSF52540 P-loop containing nucleoside triphosphate hydrolases" /codon_start=1 /transl_table=11 /product="Adenylate kinase (adk)" /protein_id="ACS33442.1" /translation="MNILIFGPPGSGKSTHSRRIVEEYGLTYISSGDLIRGEIERKSS LGLEMAAYLSRGDLIPDTIVNTLIISRLRRQRENFILDGYPRTPEQVIALENYLYDHG IRLDLALEIFIDEDTSVERISGRRICPNCGAVYHITYNPPKVPGICDVCGTKLIQRTD DREEVVRKRYRIYIKNMEPIIKFYRAKGIYVRVDGDGLIPDVWKRIKPLLDYIHEREK KRKEHE" gene 877067..877537 /locus_tag="TGAM_0941" /note="tg0941" CDS 877067..877537 /locus_tag="TGAM_0941" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:COG4345, Uncharacterized protein conserved in archaea [Function unknown]" /inference="protein motif:COG:COG4345 Uncharacterized protein conserved in archaea; S Function unknown" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein" /protein_id="ACS33443.1" /translation="MNNLLVMAMKLSTGYVRASGYAHKVRRVLFALTRGKVDPKEVVR AAGELNQYIFERFQELGVDKADVVRITVPFEIQDGKIVWDYGSLNIEIYRRSEEEKLA KALEEVEEREKELEERISEIEETATRIKNLVEELLEKIERLKEEHTSLKLKAEE" gene 877746..879479 /gene="cstA" /locus_tag="TGAM_0942" /note="tg0942" CDS 877746..879479 /gene="cstA" /locus_tag="TGAM_0942" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:CstA, Carbon starvation protein CstA" /inference="protein motif:CDD:CstA, Carbon starvation protein, predicted membrane protein [Signal transduction mechanisms]" /inference="protein motif:COG:COG1966 Carbon starvation protein, predicted membrane protein; T Signal transduction mechanisms" /inference="protein motif:HMMPfam:PF02554 CstA InterPro:IPR003706 Carbon starvation protein CstA GO:Biological Process:cellular response to starvation (GO:0009267), Cellular Component:membrane (GO:0016020)" /note="14 probable transmembrane helices predicted by modhmm" /codon_start=1 /transl_table=11 /product="Carbon starvation protein A (cstA)" /protein_id="ACS33444.1" /translation="MNSAVVILIAAAIYVSMYYTYGKSLQNKVVKADPNRPTPAHRLY DGVDYVPAHPLVLYGHHFASIAGAGPIVGPAVAMAWGWLPGLLWVWFGNVFIGAVHDY LALMSSVRYDGRSVQWIAGKLMSKRTGIAFELYIWFALLLVVAAFTSVIAGIFTKTPE AATAALLFLVSAVIVGYLMYKTSLHFAGATAIGLILVALSVWLGFKFPIQATYHQWAL FLLVYIIIAASLPVWVLLQPRDYLNAYILWFGLILGGLAFILIGGKGTFTAPAYTSWS AHVVGGKPSPFWPTIPLVIACGALSGFHSIVGSGTSSKQLDNELHGLLVGYGGMFTEG FLSTIVITSIAVYGIKVFADAGIDINASNWAAIYAPKVAKVVGKVGIFAKSYAYGLND AFGVSLKTGTVFASLWVSAFALTSLDTATRLGRFAWQEVFGMVVDTSEGIWKTITNKW VASAVIAVLGVILAWGNQWLILWPAFSGMNQMLASIAMMTAALWVTKVQRAGKWSWAV LIPALFLWITVTLALAWFLVVVVPGISDAFTKYSVGLITLIGLLLNLLLAWDFYVAWQ KPAEEYEAAKA" gene 879520..879801 /locus_tag="TGAM_0943" /note="tg0943" CDS 879520..879801 /locus_tag="TGAM_0943" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein" /protein_id="ACS33445.1" /translation="MDVRKLLYWISTPVRVLWEFHKGFQLYYLQGIKWEEEELENIFA LILFGDYIGLPHPPTDLTYRLLPYVVRELYVMQEKSTKDISLKTGWIGV" gene 879811..880092 /locus_tag="TGAM_0944" /note="tg0944" CDS 879811..880092 /locus_tag="TGAM_0944" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein" /protein_id="ACS33446.1" /translation="MVKKVIEDVKAFLRGFGEAFKHQSTEYIEFEERELENVFALILM GSFIGIPSPPTTLVVRLMPHMVREIYVMQQRAVNLDDIFGEIAGMFDID" gene 880103..881113 /gene="arsA" /locus_tag="TGAM_0945" /note="tg0945" CDS 880103..881113 /gene="arsA" /locus_tag="TGAM_0945" /EC_number="3.6.3.16" /inference="protein motif:CDD:ArsA, ArsA ATPase functionas as an efflux pump located on the inner membrane of the cell" /inference="protein motif:CDD:ArsA, Predicted ATPase involved in chromosome partitioning [Cell division and chromosome partitioning]" /inference="protein motif:CDD:ArsA_ATPase, Anion-transporting ATPase" /inference="protein motif:CDD:ArsA_ATPase, Oxyanion-translocating ATPase (ArsA)" /inference="protein motif:COG:COG0003 Oxyanion-translocating ATPase; P Inorganic ion transport and metabolism" /inference="protein motif:Gene3D:G3D.3.40.50.300 no description" /inference="protein motif:HMMPanther:PTHR10803 ARSENICAL PUMP-DRIVING ATPASE-RELATED InterPro:IPR003348 Anion-transporting ATPase GO:Molecular Function:ATP binding (GO:0005524), Biological Process:anion transport (GO:0006820), Cellular Component:membrane (GO:0016020)" /inference="protein motif:HMMPanther:PTHR10803:SF1 ARSENICAL PUMP-DRIVING ATPASE-RELATED" /inference="protein motif:HMMPfam:PF02374 ArsA_ATPase InterPro:IPR003348 Anion-transporting ATPase GO:Molecular Function:ATP binding (GO:0005524), Biological Process:anion transport (GO:0006820), Cellular Component:membrane (GO:0016020)" /inference="protein motif:HMMTigr:TIGR00345 arsA:arsenite-activated ATPase (arsA) InterPro:IPR003348 Anion-transporting ATPase GO:Molecular Function:ATP binding (GO:0005524), Biological Process:anion transport (GO:0006820), Cellular Component:membrane (GO:0016020)" /inference="protein motif:superfamily:SSF52540 P-loop containing nucleoside triphosphate hydrolases" /codon_start=1 /transl_table=11 /product="Arsenical pump-driving ATPase (arsA)" /protein_id="ACS33447.1" /translation="MRDFLLPKKGFRTIFVIGKGGVGKTTTSAALATAFAKMGYKTLI VSLDPAHNLGDVFLAELKDEPIKLAENLYASELDMEKLIQSYLKHLETNLKNMYKYLT VINLEKYFEVLRFSPGIEEYATLEAIRNILGRGEEWDIIVFDTPPTGLTLRVLALPRI SLIWADKLIEIRRKILERRRMIAKIQGEQKFQIEGQEFVLPKEEEEDPVMRELKSYRE EIKFVEDVITDPDRTSVVAVMNPEMLPLYETERAYESLRKFKVPFNMVIVNKVITVGR EIPEIRVKLEAQRKVLEEIPKKFPNVEIIKIPMFPREPRGLEELEKLGGMILEGGKEG DT" gene 881091..881393 /locus_tag="TGAM_0946" /note="tg0946" CDS 881091..881393 /locus_tag="TGAM_0946" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein" /protein_id="ACS33448.1" /translation="MGRREILELLKSVKNPFTDMDIVSEGLVTKVEVDEVENKVRIYV AFARHTPPHPFVMAVNWPLQAKIVRDMVKVLEDKVGYLEILDDTTLQRYYPLNDEE" gene 881412..882065 /locus_tag="TGAM_0947" /note="tg0947" CDS 881412..882065 /locus_tag="TGAM_0947" /note="1 probable transmembrane helix predicted by modhmm" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein" /protein_id="ACS33449.1" /translation="MELTSGLLLAIMVLAAVSSIQFYKGRKLNLQLMQHYLRSIEEVV KPEDKDYVWLGGYIGFRASYKVNRDNLRKFEYTLTLLPRHSILYFPIALLTSRHDKIY FVIRPFAEIRREAHLIQKGYYRLKPKIENEDFLQRETIEIAGKEYEALFEKRRDVEKL KELVENLSKPHNVKHVSLTPKTNVFYVFMKPEPDTIEEDVKKLVRFTNERLKESPFS" gene 882100..882405 /locus_tag="TGAM_0948" /note="tg0948" CDS 882100..882405 /locus_tag="TGAM_0948" /inference="protein motif:COG:COG2002 Regulators of stationary/sporulation gene expression; K Transcription" /inference="protein motif:HMMPfam:PF04014 SpoVT_AbrB InterPro:IPR007159 SpoVT/AbrB-like" /inference="protein motif:HMMTigr:TIGR01439 lp_hng_hel_AbrB:transcriptional regu InterPro:IPR006339 Transcriptional regulator AbrB" /inference="protein motif:superfamily:SSF54742 Transcription-state regulator AbrB, the N-terminal DNA recognition domain" /codon_start=1 /transl_table=11 /product="Transcription regulator, SpoVT/AbrB family" /protein_id="ACS33450.1" /translation="MNRKLYMVIPLVSIRLKVGPKGQIVIPKVFREAYGIKEGGEVIV EPTEEGLVIKKPPSKEELLRKLKEYHEKRKGTKPAKLGELKGISLEDEFDEVWGIEE" gene 882402..882809 /locus_tag="TGAM_0949" /note="tg0949" CDS 882402..882809 /locus_tag="TGAM_0949" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:COG1848, Predicted nucleic acid-binding protein, contains PIN domain [General function prediction only]" /inference="protein motif:COG:COG1848 Predicted nucleic acid-binding protein, contains PIN domain; R General function prediction only" /inference="protein motif:HMMPfam:PF01850 PIN InterPro:IPR002716 PilT protein, N-terminal" /inference="protein motif:HMMSmart:SM00670 no description InterPro:IPR006596 Nucleotide binding protein, PINc" /inference="protein motif:superfamily:SSF88723 PIN domain-like" /codon_start=1 /transl_table=11 /product="Nucleotide binding protein, putative, containing PIN domain" /protein_id="ACS33451.1" /translation="MKLFLDTNLFVYLNSRIPEDIANELDEFYADLTQKHELYTDVLV LDELIHVSKRKYGIAYKDTLEFIDDIVLPAVRVLPLTFQDYLTAKGIILQYGLRPSDA LHVAVIENNGLQVIVSEDEDFDVLPLKRVWLGG" gene 882760..883599 /locus_tag="TGAM_0950" /note="tg0950" CDS 882760..883599 /locus_tag="TGAM_0950" /inference="protein motif:CDD:Abhydrolase_1, alpha/beta hydrolase fold" /inference="protein motif:CDD:COG1647, Esterase/lipase [General function prediction only]" /inference="protein motif:CDD:MhpC, Predicted hydrolases or acyltransferases (alpha/beta hydrolase superfamily) [General function prediction only]" /inference="protein motif:CDD:PldB, Lysophospholipase [Lipid metabolism]" /inference="protein motif:COG:COG2267 Lysophospholipase; I Lipid transport and metabolism" /inference="protein motif:FPrintScan:PR00111 ABHYDROLASE InterPro:IPR003089 Alpha/beta hydrolase GO:Biological Process:aromatic compound metabolism (GO:0006725), Molecular Function:hydrolase activity (GO:0016787)" /inference="protein motif:Gene3D:G3D.3.40.50.1820 no description" /inference="protein motif:HMMPanther:PTHR11614 PHOSPHOLIPASE-RELATED" /inference="protein motif:HMMPanther:PTHR11614:SF6 LYSOPHOSPHOLIPASE-RELATED" /inference="protein motif:HMMPfam:PF00561 Abhydrolase_1 InterPro:IPR000073 Alpha/beta hydrolase fold-1" /inference="protein motif:ProfileScan:PS50187 ESTERASE InterPro:IPR000379 Esterase/lipase/thioesterase GO:Molecular Function:catalytic activity (GO:0003824)" /inference="protein motif:superfamily:SSF53474 alpha/beta-Hydrolases" /codon_start=1 /transl_table=11 /product="Lysophospholipase, putative" /protein_id="ACS33452.1" /translation="MRILTFFRSNGFGWVVEMGVYKVKFGEPELGWVVLVHGLGEHSG RYGRLIRELNEAGFAIYAFDWPGHGKSPGKRGHTSVEEAMEIIDSIIEELGEKPFLFG HSLGGLTVVRYAETRPDKIRGVIASSPALAKSPETPGFMVALAKFLGRVAPGLVLSNG IRPELLSRSRDAVRKYVEDPLVHDRISAKLGRSIFVNMELAHREAERIRVPVLLLVGT ADIITPPEGARKLFKRLKVEDKTLREFEGAYHEIFEDPEWADEFHRAIVEWLVERVRN KPR" gene 883612..884556 /locus_tag="TGAM_0951" /note="tg0951" CDS 883612..884556 /locus_tag="TGAM_0951" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:ScanRegExp:PS00290 IG_MHC InterPro:IPR003006 Immunoglobulin/major histocompatibility complex" /note="2 probable transmembrane helices predicted by modhmm" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein" /protein_id="ACS33453.1" /translation="MRVLVYRRYSKRYVIFIIVLFVLITAVMLKVALIAPSQVAPSFH ALAAVVTAVSIAIVLFAFRNYRAEDNALGALPDQVMGWKIVFPAQIEYEVGVYRSRGE WRRGGRGNYVWSHSFDVRSRGMGSEVELPEGPFLITVKRNGDGFIEFPALRIVSGPGE GLLMLVATREGEVTGSGRIVATWENDEAELVFEGRGKTIEGSVYGNLLKARKAKVEIF HSALESNVFRIGEGINFSFSKRLLPEDDVLIIAHRTISPRELLRLLVREDPFGEDGFE CIAGHGRYGIRLALDVPLRLDIGEEGKFEVVLRKSETK" gene complement(884549..885568) /gene="purA" /locus_tag="TGAM_0952" /note="tg0952" CDS complement(884549..885568) /gene="purA" /locus_tag="TGAM_0952" /EC_number="6.3.4.4" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:BlastProDom:PD001188 PURA_PYRSS_Q59726; InterPro:IPR001114 Adenylosuccinate synthetase GO:Molecular Function:adenylosuccinate synthase activity (GO:0004019), Molecular Function:GTP binding (GO:0005525), Biological Process:purine nucleotide biosynthesis (GO:0006164)" /inference="protein motif:CDD:Adenylsucc_synt, Adenylosuccinate synthetase" /inference="protein motif:CDD:AdSS, Adenylosuccinate synthetase (AdSS) catalyzes the first step in the de novo biosynthesis of AMP" /inference="protein motif:COG:COG0104 Adenylosuccinate synthase; F Nucleotide transport and metabolism" /inference="protein motif:Gene3D:G3D.3.40.440.10 no description" /inference="protein motif:Gene3D:G3D.3.90.170.10 no description" /inference="protein motif:HMMPanther:PTHR11846 ADENYLOSUCCINATE SYNTHETASE InterPro:IPR001114 Adenylosuccinate synthetase GO:Molecular Function:adenylosuccinate synthase activity (GO:0004019), Molecular Function:GTP binding (GO:0005525), Biological Process:purine nucleotide biosynthesis (GO:0006164)" /inference="protein motif:HMMPfam:PF00709 Adenylsucc_synt InterPro:IPR001114 Adenylosuccinate synthetase GO:Molecular Function:adenylosuccinate synthase activity (GO:0004019), Molecular Function:GTP binding (GO:0005525), Biological Process:purine nucleotide biosynthesis (GO:0006164)" /inference="protein motif:HMMTigr:TIGR00184 purA:adenylosuccinate synthetase InterPro:IPR001114 Adenylosuccinate synthetase GO:Molecular Function:adenylosuccinate synthase activity (GO:0004019), Molecular Function:GTP binding (GO:0005525), Biological Process:purine nucleotide biosynthesis (GO:0006164)" /inference="protein motif:ScanRegExp:PS01266 ADENYLOSUCCIN_SYN_1 InterPro:IPR001114 Adenylosuccinate synthetase GO:Molecular Function:adenylosuccinate synthase activity (GO:0004019), Molecular Function:GTP binding (GO:0005525), Biological Process:purine nucleotide biosynthesis (GO:0006164)" /inference="protein motif:superfamily:SSF52540 P-loop containing nucleoside triphosphate hydrolases" /codon_start=1 /transl_table=11 /product="Adenylosuccinate synthetase (purA)" /protein_id="ACS33454.1" /translation="MPSYIVVGGQWGDEGKGSIIAYLALKDEPEVIARGGVGTNAGHS VFINGKRYAVRQLPTGFIQTKARLLIGAGVLVDPEVFFHELEHLKDFNVAGRVGIDHR CAIIEEKHKQLDRSNSHLHDKIGTTGSGCGPANADRVMRKAKLAKEVPELEPYLTDVA QEINDALDEGKLVLIEGTQGFGLSLYYGTYPYVTSKDTTASAIASDVGIGPTRVDDVI VVFKSFPTRVGAGPFPTEMSQEEAEKLGLVEYGTVTGRRRRVGWFDFDFARYSARING ATMIALTMLDKYDKNAFGVTDYDRLPKKAREFVEEIEGRVGVPVGLIKTGPELEHIID RREVI" gene 885702..886634 /gene="galE-2" /locus_tag="TGAM_0953" /note="tg0953" CDS 885702..886634 /gene="galE-2" /locus_tag="TGAM_0953" /EC_number="5.1.3.2" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:3Beta_HSD, 3-beta hydroxysteroid dehydrogenase/isomerase family" /inference="protein motif:CDD:COG1086, Predicted nucleoside-diphosphate sugar epimerases [Cell envelope biogenesis, outer membrane / Carbohydrate transport and metabolism]" /inference="protein motif:CDD:COG3320, Putative dehydrogenase domain of multifunctional non-ribosomal peptide synthetases and related enzymes [Secondary metabolites biosynthesis, transport, and catabolism]" /inference="protein motif:CDD:Epimerase, NAD dependent epimerase/dehydratase family" /inference="protein motif:CDD:GalE, UDP-glucose 4-epimerase [Cell envelope biogenesis, outer membrane]" /inference="protein motif:CDD:Gmd, GDP-D-mannose dehydratase [Cell envelope biogenesis, outer membrane]" /inference="protein motif:CDD:Polysacc_synt_2, Polysaccharide biosynthesis protein" /inference="protein motif:CDD:RfbB, dTDP-D-glucose 4,6-dehydratase [Cell envelope biogenesis, outer membrane]" /inference="protein motif:CDD:RfbD, dTDP-4-dehydrorhamnose reductase [Cell envelope biogenesis, outer membrane]" /inference="protein motif:CDD:WcaG, Nucleoside-diphosphate-sugar epimerases [Cell envelope biogenesis, outer membrane / Carbohydrate transport and metabolism]" /inference="protein motif:COG:COG0451 Nucleoside-diphosphate-sugar epimerases; M Cell wall/membrane/envelope biogenesis" /inference="protein motif:Gene3D:G3D.3.40.50.720 no description" /inference="protein motif:HMMPanther:PTHR10366 UDP-GLUCURONATE 5-EPIMERASE-RELATED" /inference="protein motif:HMMPanther:PTHR10366:SF92 UDP-GLUCOSE 4-EPIMERASE-RELATED" /inference="protein motif:HMMPfam:PF01370 Epimerase InterPro:IPR001509 NAD-dependent epimerase/dehydratase GO:Molecular Function:catalytic activity (GO:0003824), Biological Process:nucleotide-sugar metabolism (GO:0009225), Molecular Function:NAD binding (GO:0051287)" /inference="protein motif:superfamily:SSF51735 NAD(P)-binding Rossmann-fold domains" /note="Does not match IPR005888 dTDP-glucose 4,6-dehydratase entry" /codon_start=1 /transl_table=11 /product="UDP-glucose 4-epimerase, putative (galE)" /protein_id="ACS33455.1" /translation="MRNRLVVITGGAGFIGSHIAWELVKDNEVIVIDNLYTGRAENVP PGAKLVKADIRDYDAIAELISHADYVFHEAAQVSVVESIRDPVFTEEVNVLGTLNILR ALLEGHGKLIFASSAAVYGDNPNLPLKETERPRPLSPYGVTKATAEEYLRVYHELYGL PVVALRYFNVFGPRQSANQYAGVISIFIKRALAGEPLVIFGDGKQTRDFIYVKDVVKA NLLVAESRRANGRVFNVATGRQTSILELAMKIVEITGTTSSIIFDKPRPGDIRHSLAD IGEIRKLGFEPEFSLEEGLKRTVEFFRKTGEGAE" gene complement(886638..888077) /locus_tag="TGAM_0954" /note="tg0954" CDS complement(886638..888077) /locus_tag="TGAM_0954" /inference="protein motif:HMMPfam:PF00478.12 IMP dehydrogenase / GMP reductase domain InterPro:IMP dehydrogenase/GMP reductase Molecular Function:catalytic activity (GO:0003824)" /note="2 probable transmembrane helices predicted by modhmm" /codon_start=1 /transl_table=11 /product="Hypothetical protein" /protein_id="ACS33456.1" /translation="MRVLKSATVLMLILTALAVLGLAVPNISVQVQGVGSSTTPVYSP TGSGGFYFWISTATYNILNVTLMFADNLSAGTTIYVKLYNSSGALIAVWSRTLTRVLP ALEEINVSPSTQVSIYDVSDIHIVLDSPDYVSGAGSFQLLVKKIGVGLFAGDICNPIA VNNPGIAPLYNYTIKVALNSTSDVLWGYINSTNVYFTTSTGSPLYYWVQQLDSTNEHA VLWVKVPYIPAGESVVVCMHYGGTNPYSSYNDPHRTFLLFDDFDGTSVNTTRWNVHGT PSVSGGILYMSGVYQIGWFYPRIYGNSTWIWTKINLPSSYEVIMNASLSYPDWGIAFG SNSFTPGPFYAIYINATSGIGYGETIEYDNNLNEYDALTKRSIINGSGTVLDYINNPY TLNTWSIFEIYVNSNSTVYTYQDGTLVVWYTLNPSYVTSGPFGFGQITGRTPSEYDWI AIRKHASPEPTVTVGHWYGALVYYPSPPG" gene 888152..888739 /locus_tag="TGAM_0955" /note="tg0955" CDS 888152..888739 /locus_tag="TGAM_0955" /inference="protein motif:CDD:COG0517, FOG:CBS domain [General function prediction only]" /inference="protein motif:CDD:COG2524, Predicted transcriptional regulator, contains C-terminal CBS domains [Transcription]" /inference="protein motif:CDD:COG3620, Predicted transcriptional regulator with C-terminal CBS domains [Transcription]" /inference="protein motif:COG:COG3620 Predicted transcriptional regulator with C-terminal CBS domains; K Transcription" /inference="protein motif:HMMPanther:PTHR11911 INOSINE/GUANOSINE-5'-MONOPHOSPHATE DEHYDROGENASE" /inference="protein motif:HMMPanther:PTHR11911:SF2 INOSINE-5-MONOPHOSPHATE DEHYDROGENASE" /inference="protein motif:HMMPfam:PF00571 CBS InterPro:IPR000644 CBS" /inference="protein motif:HMMPfam:PF01381 HTH_3 InterPro:IPR001387 Helix-turn-helix type 3 GO:Molecular Function:sequence-specific DNA binding (GO:0043565)" /inference="protein motif:HMMSmart:SM00116 no description InterPro:IPR000644 CBS" /inference="protein motif:HMMSmart:SM00530 no description InterPro:IPR001387 Helix-turn-helix type 3 GO:Molecular Function:sequence-specific DNA binding (GO:0043565)" /inference="protein motif:ProfileScan:PS50147 SNF4_REP InterPro:IPR000644 CBS" /inference="protein motif:ProfileScan:PS50943 HTH_CROC1 InterPro:IPR001387 Helix-turn-helix type 3 GO:Molecular Function:sequence-specific DNA binding (GO:0043565)" /inference="protein motif:superfamily:SSF47413 lambda repressor-like DNA-binding domains InterPro:IPR010982 Lambda repressor-like, DNA-binding" /inference="protein motif:superfamily:SSF54631 CBS-domain" /note="Contains 1 HTH domain, 1 CBS domain pair" /codon_start=1 /transl_table=11 /product="Transcription regulator, putative" /protein_id="ACS33457.1" /translation="MVITVIIPRPIDPSIIRKIRKELGITQEELARKAGVTQAYIAKL ESGKVDPRLSTFNRILQALLECKRALPKAKDVMSSPVISVKPYEKVETVIKLMNSHNI SQIPVISGSKVVGSVTERSLVRRSLEYEDIYDRKVLEVMDEPFPIVNEEEDLEVVKYL LEEHPAVLVQDRTGRIVGIITRVDIFKGRTAAESL" gene 888763..889194 /gene="pfdA-1" /locus_tag="TGAM_0956" /note="tg0956" CDS 888763..889194 /gene="pfdA-1" /locus_tag="TGAM_0956" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:GIM5, Predicted prefoldin, molecular chaperone implicated in de novo protein folding [Posttranslational modification, protein turnover, chaperones]" /inference="protein motif:CDD:Prefoldin, Prefoldin is a hexameric molecular chaperone complex, found in both eukaryotes and archaea, that binds and stabilizes newly synthesized polypeptides allowing them to fold correctly" /inference="protein motif:CDD:Prefoldin, Prefoldin subunit" /inference="protein motif:CDD:Prefoldin_alpha, Prefoldin alpha subunit" /inference="protein motif:COG:COG1730 Predicted prefoldin, molecular chaperone implicated in de novo protein folding; O Posttranslational modification, protein turnover, chaperones" /inference="protein motif:HMMPanther:PTHR12674 PREFOLDIN SUBUNIT 5" /inference="protein motif:HMMPfam:PF02996 Prefoldin InterPro:IPR004127 Prefoldin alpha-like GO:Molecular Function:protein binding (GO:0005515), Biological Process:protein folding (GO:0006457), Cellular Component:prefoldin complex (GO:0016272)" /inference="protein motif:HMMTigr:TIGR00293 TIGR00293:prefoldin, alpha subunit InterPro:IPR011599 Prefoldin alpha subunit GO:Cellular Component:cytoplasm (GO:0005737), Biological Process:protein folding (GO:0006457), Molecular Function:unfolded protein binding (GO:0051082)" /inference="protein motif:superfamily:SSF46579 Prefoldin InterPro:IPR009053 Prefoldin" /codon_start=1 /transl_table=11 /product="Prefoldin alpha subunit (pfdA)" /protein_id="ACS33458.1" /translation="MIRMGENVKKREELEKLAYEYQLLQAQAQLLAQNLELLTIARNE LSALKETLEGLKNIDSENPEILVPIGGGSFLKGTILDKERAVVSIGAGYSAEMPLENA IELINRRINEYDTAIQKTQEALRRLDGQLQELAKRAQSLER" gene complement(889548..890204) /locus_tag="TGAM_0957" /note="tg0957" CDS complement(889548..890204) /locus_tag="TGAM_0957" /inference="protein motif:CDD:COG1407, Predicted ICC-like phosphoesterases [General function prediction only]" /inference="protein motif:COG:COG1407 Predicted ICC-like phosphoesterases; R General function prediction only" /inference="protein motif:Gene3D:G3D.3.60.21.10 no description" /inference="protein motif:HMMPfam:PF00149 Metallophos InterPro:IPR004843 Metallophosphoesterase GO:Molecular Function:hydrolase activity (GO:0016787)" /inference="protein motif:HMMPIR:PIRSF000887 Predicted phosphoesterase, MJ0037 type InterPro:IPR011155 Phosphoesterase MJ0037" /inference="protein motif:ProfileScan:PS50185 PHOSPHO_ESTER InterPro:IPR004843 Metallophosphoesterase GO:Molecular Function:hydrolase activity (GO:0016787)" /inference="protein motif:superfamily:SSF56300 Metallo-dependent phosphatases" /codon_start=1 /transl_table=11 /product="Calcineurin-like phosphoesterase, exonuclease sbcD related protein" /protein_id="ACS33459.1" /translation="MGVSPFSFNDLSLELQTSRGRTLVLADLHIGFELSRGLRIRTRF EHALARFIAEEDPDLLIILGDVKEPLGLPFGLKKILMEFFSELKGIPTVITKGNHDGR IEEAVKPFRNVEVVQYFVLDDMLFLHGHTQLPKGKFAEIYLGHIHPAYVFKAGGAKRK VKVFARTGSYLILPTVNPYIDGFPLEEGLKMVPFLRDVEYIDIFLPEGVYLGKIRMKG " gene complement(890228..890350) /gene="rpl41e" /locus_tag="TGAM_0958" /note="tg0958" CDS complement(890228..890350) /gene="rpl41e" /locus_tag="TGAM_0958" /codon_start=1 /transl_table=11 /product="LSU ribosomal protein L41E (rpl41e)" /protein_id="ACS33460.1" /translation="MTIMKRRPRKWKKKGRMRWKWIKKRIRRLKRQRKKERGLI" gene 890677..891468 /locus_tag="TGAM_0959" /note="tg0959" CDS 890677..891468 /locus_tag="TGAM_0959" /EC_number="3.5.-.-" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:CN_hydrolase, Carbon-nitrogen hydrolase" /inference="protein motif:CDD:COG0388, Predicted amidohydrolase [General function prediction only]" /inference="protein motif:CDD:Lnt, Apolipoprotein N-acyltransferase [Cell envelope biogenesis, outer membrane]" /inference="protein motif:COG:COG0388 Predicted amidohydrolase; R General function prediction only" /inference="protein motif:Gene3D:G3D.3.60.110.10 no description" /inference="protein motif:HMMPanther:PTHR11750 HIT PROTEIN FAMILY MEMBER-RELATED" /inference="protein motif:HMMPanther:PTHR11750:SF23 NITRILASE-RELATED" /inference="protein motif:HMMPfam:PF00795 CN_hydrolase InterPro:IPR003010 Nitrilase/cyanide hydratase and apolipoprotein N-acyltransferase GO:Biological Process:nitrogen compound metabolism (GO:0006807), Molecular Function:hydrolase activity, acting on carbon-nitrogen (but not peptide) bonds (GO:0016810)" /inference="protein motif:HMMPIR:PIRSF001253 Nitrilase (carbon-nitrogen hydrolase)" /inference="protein motif:ProfileScan:PS50263 CN_HYDROLASE InterPro:IPR003010 Nitrilase/cyanide hydratase and apolipoprotein N-acyltransferase GO:Biological Process:nitrogen compound metabolism (GO:0006807), Molecular Function:hydrolase activity, acting on carbon-nitrogen (but not peptide) bonds (GO:0016810)" /inference="protein motif:superfamily:SSF56317 Nitrilase/N-carbamoyl-D-aminoacid amidohydrolase InterPro:IPR003010 Nitrilase/cyanide hydratase and apolipoprotein N-acyltransferase GO:Biological Process:nitrogen compound metabolism (GO:0006807), Molecular Function:hydrolase activity, acting on carbon-nitrogen (but not peptide) bonds (GO:0016810)" /codon_start=1 /transl_table=11 /product="Carbon-nitrogen hydrolase" /protein_id="ACS33461.1" /translation="MVKVAFGQMRPVLLDPEANYSRAERLVAEAAENEVRLIVLPELF DTGYNFKNRAEVEEVASPIPDGKTTRFLVRLARRYRIFIIAGTAEKDRFGRLYNSAVI VGPTGYIGRYRKVHLFAREKEFFEPGNLGFEVFNLGFVRVGVMICFDWFFPESARTLA LKGAEIIAHPANLVMPYAPRAMPIRALENRVYTITADRVGEERGLRFIGRSQINSPLA ETLVEGSEDGEEVGIAEIDLSLARNKRLNDYNDVFRDRRPEYYAR" gene complement(891456..892226) /locus_tag="TGAM_0960" /note="tg0960" CDS complement(891456..892226) /locus_tag="TGAM_0960" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:COG:COG0500 SAM-dependent methyltransferases; Q Secondary metabolites biosynthesis, transport and catabolism" /inference="protein motif:Gene3D:G3D.3.40.50.150 no description" /inference="protein motif:superfamily:SSF53335 S-adenosyl-L-methionine-dependent methyltransferases" /codon_start=1 /transl_table=11 /product="SAM-dependent methyltransferase, putative" /protein_id="ACS33462.1" /translation="MASLYDYMRLPMDPSSEIAQKRYVAIRSFFNWALKEKLVPRKRE LRVLDLCAGTGIAGAALLETLTEWGIEASLTLIEKRKEDLLLVEEWLSGEREVIGIVG DCLTELPKLRDFDVALLWGHSMAHFNPFQAAELFRRVAKALGHDGVFLIEETDNFERL FYRGRYRSPHVEARGDDWTLVSLDEGYSRKNGTMLVGFYKLPGWEPVERAEIRLWDLA GIAGMVSMAFERVGIVSKNEHGIVGVDDVVYGAFPHRA" gene complement(892265..893425) /gene="soxB" /locus_tag="TGAM_0961" /note="tg0961" CDS complement(892265..893425) /gene="soxB" /locus_tag="TGAM_0961" /EC_number="1.5.3.1" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:COG0579, Predicted dehydrogenase [General function prediction only]" /inference="protein motif:CDD:DadA, Glycine/D-amino acid oxidases (deaminating) [Amino acid transport and metabolism]" /inference="protein motif:CDD:DAO, FAD dependent oxidoreductase" /inference="protein motif:CDD:GlpA, Glycerol-3-phosphate dehydrogenase [Energy production and conversion]" /inference="protein motif:COG:COG0665 Glycine/D-amino acid oxidases (deaminating); E Amino acid transport and metabolism" /inference="protein motif:Gene3D:G3D.3.50.50.60 no description" /inference="protein motif:HMMPanther:PTHR13847 AMINOMETHYLTRANSFERASE RELATED" /inference="protein motif:HMMPanther:PTHR13847:SF30 SARCOSINE OXIDASE" /inference="protein motif:HMMPfam:PF01266 DAO InterPro:IPR006076 FAD dependent oxidoreductase GO:Biological Process:electron transport (GO:0006118), Molecular Function:oxidoreductase activity (GO:0016491)" /inference="protein motif:ProfileScan:PS50205 NAD_BINDING InterPro:IPR000205 NAD-binding site" /inference="protein motif:superfamily:SSF51905 FAD/NAD(P)-binding domain" /codon_start=1 /transl_table=11 /product="Sarcosine oxidase, subunit beta (SoxB)" /protein_id="ACS33463.1" /translation="MPTKELPERSEITIIGGGIVGVTIAHELAKRGEEVTVIEKRFIG SGSTFRCGTGIRQQFNDEANVQVMKRSVELWKRYSEEYDFPFEQTGYLFLLYDDEEVE TFKRNIAIQNRFGVPTRLITPEEAKEIVPLLDISEVIAASWNPTDGKASPFTSTAKFA IKAEEFGAKLVEYTEVKDFIIENGEIKGLKTSRGVIKTGIVVNATNAWAKLINAMAGI SVRIPIEPYKHQAVITQPIKKGTIRPMVISFKYGHAYLTQTSHGGVVGGVGYELGPTY DLNPTYEFLREVSYYFTKIIPALRELLILRTWAGYYAKTPDSNPAIGKIEELSDYYIA AGFSGHGFMMAPAVAEMVADLITKGKTDLPVEWYDPYRFERGELRGQALQMG" gene complement(893428..894906) /gene="soxA" /locus_tag="TGAM_0962" /note="tg0962" CDS complement(893428..894906) /gene="soxA" /locus_tag="TGAM_0962" /EC_number="1.5.3.1" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:Pyr_redox, Pyridine nucleotide-disulphide oxidoreductase" /inference="protein motif:COG:COG0446 Uncharacterized NAD(FAD)-dependent dehydrogenases; R General function prediction only" /inference="protein motif:Gene3D:G3D.3.50.50.60 no description" /inference="protein motif:HMMPfam:PF04324 Fer2_BFD InterPro:IPR007419 BFD-like [2Fe-2S]-binding region" /inference="protein motif:HMMPfam:PF07992 Pyr_redox_2 InterPro:IPR013027 FAD-dependent pyridine nucleotide-disulphide oxidoreductase" /inference="protein motif:ScanRegExp:PS00217 SUGAR_TRANSPORT_2 InterPro:IPR005829 Sugar transporter superfamily GO:Molecular Function:transporter activity (GO:0005215), Biological Process:transport (GO:0006810), Cellular Component:membrane (GO:0016020)" /inference="protein motif:superfamily:SSF51905 FAD/NAD(P)-binding domain" /codon_start=1 /transl_table=11 /product="Sarcosine oxidase, subunit alpha (SoxA)" /protein_id="ACS33464.1" /translation="MRPLDLTEKDPSKRVTIYFEGQPLEAYEGEKVTVALLANGIYWL TTSTGGRRRGAFTFGPVPMVVNGVKNVNARKTAVKDGMRLERQGYDDFQENVEIDEGK PVLQYVVDVAVIGAGPAGLGVVKEIGGRLTTAIIEERGWLGGDLKLKGVEQEGFGDPK EALNELSDLPENTRVFLKSVAIGVFDKGEYFLVPIVRGDQLIEILAKRVVLATGAVDN IMLFENNDYPGVFRRSDALEVMNVWGVAPGRKVAVVGAFPEEITAELDRWGIEYVVVP NPKRVEGNEKVERLIDANGIVYDVDAVIMSDGRRPDINPITQAGGRLYFKRGYYRPVI DSNHRIREGIYVAGSAVSIKPHYANYLEGRLVGAYILREFGFEAEPCVYEERLKNYEP IAVPVHRLPLDEFNSQDVHICGCDVTLRKVDDVVKSGITDLQIIKRLTHLAMGFCQGR FCLFNGAVVVSQRTGTPMDKLDIPVARPPIKNVKMKVPARRD" gene complement(894997..896613) /locus_tag="TGAM_0963" /note="tg0963" CDS complement(894997..896613) /locus_tag="TGAM_0963" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:COG4146, Predicted symporter [General function prediction only]" /inference="protein motif:CDD:DhlC, Predicted symporter [General function prediction only]" /inference="protein motif:CDD:PanF, Na+/panthothenate symporter [Coenzyme metabolism]" /inference="protein motif:CDD:PutP, Na+/proline symporter [Amino acid transport and metabolism / General function prediction only]" /inference="protein motif:CDD:SSF, Sodium:solute symporter family" /inference="protein motif:COG:COG0591 Na+/proline symporter; E Amino acid transport and metabolism" /inference="protein motif:HMMPanther:PTHR11819 SODIUM/SOLUTE SYMPORTER InterPro:IPR001734 Na+/solute symporter" /inference="protein motif:HMMPanther:PTHR11819:SF22 SODIUM/PROLINE SYMPORTER InterPro:IPR011851 Sodium/proline symporter" /inference="protein motif:HMMTigr:TIGR00813 sss:SSS sodium solute transporter superfami InterPro:IPR001734 Na+/solute symporter" /inference="protein motif:ProfileScan:PS50283 NA_SOLUT_SYMP_3 InterPro:IPR001734 Na+/solute symporter" /note="12 probable transmembrane helices predicted by modhmm" /codon_start=1 /transl_table=11 /product="Sodium:solute symporter family protein" /protein_id="ACS33465.1" /translation="MNTGILIGFLFYLALLAYIGWWANKYTKTEDQYFVGGRKVHVLA ATLSDKASDFSGWLMLGYPGSAFKAGLGAFWAAVGCLFGTLADYVLIGPRLRIYAGKF RAITVPDYLEARLKDNTKLIRILSALIILIFMTAYVAAQFTAGGKTFAEGFGISDNAG IILTVIILTAYVITGGFFAVVWTDVVQAMFMLLTLIIVPFLALAKIGGFDKATQIIAQ ADPTKLDPFGGATGWAAIIFAIGYASWIVGYLGQPHIVTRYMSVEDPRKLRRPGIFIS GTWTIIVLWGAFFAGFLGFAMYQAGILNVSDPEKVIPAMAVELMPGWLAGFVIAGIIS AVMSTADSQLLVASSAIARDFYHKVLGKEVGKKQMVNISRVVVAVVALVGLWFALTGP KVIYQMVATAWGGLAVGFGPILVLSLWWKRVTKEGAIVGMAYGLVSEVILEAKVYGWA FNPDAPGIFGTIGSWFNGVPVFFINFFITLFIIIVVSLFTKPPEDIVKLHEELFRKVP IETGKKSITETRAKSQVENVADFLIERGLA" gene complement(896610..896783) /locus_tag="TGAM_0964" /note="tg0964" CDS complement(896610..896783) /locus_tag="TGAM_0964" /note="1 probable transmembrane helix predicted by modhmm" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein" /protein_id="ACS33466.1" /translation="MGLSAGGWALLLVPTLLGIATMLLYGFWDRITGEEYYVDDDILA YDEDLIKQQEGAA" gene 896933..897415 /locus_tag="TGAM_0965" /note="tg0965" CDS 896933..897415 /locus_tag="TGAM_0965" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein" /protein_id="ACS33467.1" /translation="MNRVKVMRPIFRPEIESGFVLYPYRIYHLRLYYKRLGMRDKVFD YFAYVDLYRLGAERGDRFIELYEWEVDEKVVMNPLVGDEEARMKAFESAITWGNSRVI SWWLPRIEVVREELAYKVFWLYEKNGERLILDSLDGSEYSLDVLTGKGRRTCEGPFCR " gene complement(897412..898563) /locus_tag="TGAM_0966" /note="tg0966" CDS complement(897412..898563) /locus_tag="TGAM_0966" /inference="protein motif:CDD:AAA, ATPase family associated with various cellular activities (AAA)" /inference="protein motif:CDD:COG1223, Predicted ATPase (AAA+ superfamily) [General function prediction only]" /inference="protein motif:CDD:HflB, ATP-dependent Zn proteases [Posttranslational modification, protein turnover, chaperones]" /inference="protein motif:CDD:RPT1, ATP-dependent 26S proteasome regulatory subunit [Posttranslational modification, protein turnover, chaperones]" /inference="protein motif:CDD:SpoVK, ATPases of the AAA+ class [Posttranslational modification, protein turnover, chaperones]" /inference="protein motif:COG:COG0464 ATPases of the AAA+ class; O Posttranslational modification, protein turnover, chaperones" /inference="protein motif:Gene3D:G3D.3.40.50.300 no description" /inference="protein motif:HMMPanther:PTHR11603 AAA-FAMILY ATPASE-RELATED" /inference="protein motif:HMMPanther:PTHR11603:SF124 AAA-FAMILY ATPASE" /inference="protein motif:HMMPfam:PF00004 AAA InterPro:IPR003959 AAA ATPase, central region GO:Molecular Function:ATP binding (GO:0005524)" /inference="protein motif:HMMSmart:SM00382 no description InterPro:IPR003593 AAA ATPase GO:Molecular Function:nucleotide binding (GO:0000166), Molecular Function:nucleoside-triphosphatase activity (GO:0017111)" /inference="protein motif:ScanRegExp:PS00674 AAA InterPro:IPR003960 AAA-protein subdomain GO:Molecular Function:ATP binding (GO:0005524)" /inference="protein motif:superfamily:SSF52540 P-loop containing nucleoside triphosphate hydrolases" /codon_start=1 /transl_table=11 /product="ATPase of the AAA family" /protein_id="ACS33468.1" /translation="MQSLHLSLFEEFKRKYERALGRGDPEAARDYALKCARILKALAE KVPGKREFYLEKAESWEKAARELEARPPSPVPQGNTRGAGSEDEYRTYVEGLISTSTV TWNDIGGLHEVKKLLAQNVALAFAKKPEAIKPWRGILLFGPPGTGKTLLASAAAGSLK ATFFNVKASDVLSKYYGESSKLISVLYGVAKEKAPSIIFIDEVDALSLKRENVHEATR RTLATLLAEIDGFKGDGEKFVLTLVATNTPWDLDEALLSRFPVRIYVPLPDKEAAREI VRIHTRGLDTSRLDLEAIAEESVRRLYSGREIANLCSMAIHHMLEDVNPELADLERLS SAGIKDLQLKVRPLEMEDFEIAFKKIKSPLTKKDIERYEKWAEEFGGRN" gene complement(898565..899131) /locus_tag="TGAM_0967" /note="tg0967" CDS complement(898565..899131) /locus_tag="TGAM_0967" /codon_start=1 /transl_table=11 /product="Hypothetical protein" /protein_id="ACS33469.1" /translation="MVRFWKSKEERDIERKVRMRKAKMALKQYINNLENLKRKVFLQG KEAAKLGDEALLKRSAMKYLALEERIKQAKRLLLLMEEAEIQRELVKVSANFIQFSRD IVESIAEGPGAEDVAKMQVEFEKAMTKVEGLDDALSTMLDLTSESILTGDFDAETIEE ATSLFEASASSDLEPKSRLKQIEDAMRG" gene complement(899136..901967) /locus_tag="TGAM_0968" /note="tg0968" CDS complement(899136..901967) /locus_tag="TGAM_0968" /EC_number="2.7.11.1" /inference="protein motif:BlastProDom:PD000001 Q8U321_PYRFU_Q8U321; InterPro:IPR000719 Protein kinase GO:Molecular Function:protein kinase activity (GO:0004672), Molecular Function:ATP binding (GO:0005524), Biological Process:protein amino acid phosphorylation (GO:0006468)" /inference="protein motif:CDD:Pkinase, Protein kinase domain" /inference="protein motif:CDD:S_TKc, Serine/Threonine protein kinases, catalytic domain" /inference="protein motif:CDD:S_TKc, Serine/Threonine protein kinases, catalytic domain; Phosphotransferases" /inference="protein motif:CDD:SPS1, Serine/threonine protein kinase [General function prediction only / Signal transduction mechanisms / Transcription / DNA replication, recombination, and repair]" /inference="protein motif:CDD:TyrKc, Tyrosine kinase, catalytic domain" /inference="protein motif:CDD:TyrKc, Tyrosine kinase, catalytic domain; Phosphotransferases" /inference="protein motif:COG:COG0515 Serine/threonine protein kinase; R General function prediction only" /inference="protein motif:Gene3D:G3D.1.10.510.10 no description" /inference="protein motif:Gene3D:G3D.2.60.40.1120 no description" /inference="protein motif:Gene3D:G3D.3.30.200.20 no description" /inference="protein motif:HMMPanther:PTHR11584 PROTEIN KINASE" /inference="protein motif:HMMPfam:PF00069 Pkinase InterPro:IPR000719 Protein kinase GO:Molecular Function:protein kinase activity (GO:0004672), Molecular Function:ATP binding (GO:0005524), Biological Process:protein amino acid phosphorylation (GO:0006468)" /inference="protein motif:HMMPfam:PF08308 PEGA InterPro:IPR013229 PEGA" /inference="protein motif:HMMSmart:SM00220 no description InterPro:IPR002290 Serine/threonine protein kinase GO:Molecular Function:protein serine/threonine kinase activity (GO:0004674), Molecular Function:ATP binding (GO:0005524), Biological Process:protein amino acid phosphorylation (GO:0006468)" /inference="protein motif:ProfileScan:PS50011 PROTEIN_KINASE_DOM InterPro:IPR000719 Protein kinase GO:Molecular Function:protein kinase activity (GO:0004672), Molecular Function:ATP binding (GO:0005524), Biological Process:protein amino acid phosphorylation (GO:0006468)" /inference="protein motif:ScanRegExp:PS00107 PROTEIN_KINASE_ATP InterPro:IPR000719 Protein kinase GO:Molecular Function:protein kinase activity (GO:0004672), Molecular Function:ATP binding (GO:0005524), Biological Process:protein amino acid phosphorylation (GO:0006468)" /inference="protein motif:ScanRegExp:PS00108 PROTEIN_KINASE_ST InterPro:IPR008271 Serine/threonine protein kinase, active site GO:Molecular Function:protein serine/threonine kinase activity (GO:0004674), Biological Process:protein amino acid phosphorylation (GO:0006468)" /inference="protein motif:superfamily:SSF49464 Carboxypeptidase D, a regulatory domain InterPro:IPR008969 Carboxypeptidase regulatory region" /inference="protein motif:superfamily:SSF49464 InterPro:IPR008969 Carboxypeptidase regulatory region" /inference="protein motif:superfamily:SSF56112 Protein kinase-like (PK-like) InterPro:IPR011009 Protein kinase-like" /note="2 probable transmembrane helices predicted by modhmm" /codon_start=1 /transl_table=11 /product="Serine/threonine protein kinase" /protein_id="ACS33470.1" /translation="MSGSMLGEKRLIVKNNSGLYLITLLNVDMDMDKVTALVEVYNIA EKTNEHILLHEGERAYNSTLKGFDMRLDSVFVGIDDSTIARITFYLVDDMNLTTLGTL TFKSTPSGASVYLNGDYKGTTPLTLSLLPGNYSVRFSKNGYYDYTTKVAISAGEKKTI TAVLTPEFGYLKITTEPPGANVYINDEYIGRTPISHYKLSTGAHTVILRMKNYESYVT NVTIHPGEETNLAITLTPLPSHLIINSVPSGSEVYVNGTYRGKTPLHLTIKPGTYNLR VSKEDHGEYTTTFMLQPNETKTLNITLTPNYAHLTIKSDPPGASIYINETYKGKTPLT VDLMMGTYSIKLSKEGYQDYTLKVTLSPGESKTLSPSLTPAYGFLSVTSEPAGADVYI DGNYVGTTPLTNYKLSPGEHEVKIKKDGYKEYTKTVTITAGEKKTLSTSLVLLLPPTS STTTASGITTTSTTTTTTTTTPPAFTSETPAPAQTSGGSNFNPIYIAGALIGLLLVGG VMAKARGGKSREKPKPEPAPIEDKRPEELAVPARKHAHQEIPVPGFPPELLDKYEPLE FLGEGGFAKVFKARRKKDGKIVALKIPRIDERTSKTFLKEITAWLQLDHPNIVRLYDV DILPVPYLEMEFVEGVNVDGKTVRDLGGYPKPVDEKTALKLIKGIAEGLKHAHSKGIY HRDLKPLNILLKSDLTPKITDWGLAKLGTMSSGRSVLGYTPLYASPEHLMPGKYGHTD WRTDIWQLGVTFYELLTGKLPFEGYTYEEVFGKITDESYRFTPPSKINPALAKYDGIF EKLLAKRKEERYQSVEEFLKDLEKLDEVEKKRAELEKEVEELKKTLSKSVQALKRSTT VEETLRNRRLVVETLGRLALAYAELNRKAELLNTLNDLKFYTVQNLVDLTNAINTVEL LIKENLPVSDDFIERLKVLIHNIKRENGA" gene complement(901927..903483) /locus_tag="TGAM_0969" /note="tg0969" CDS complement(901927..903483) /locus_tag="TGAM_0969" /inference="protein motif:Gene3D:G3D.2.120.10.60 no description" /inference="protein motif:Gene3D:G3D.2.60.40.1120 no description" /inference="protein motif:HMMPfam:PF08308 PEGA InterPro:IPR013229 PEGA" /inference="protein motif:superfamily:SSF49464 Carboxypeptidase D, a regulatory domain InterPro:IPR008969 Carboxypeptidase regulatory region" /inference="protein motif:superfamily:SSF50998 Quinoprotein alcohol dehydrogenase-like InterPro:IPR011047 Quinonprotein alcohol dehydrogenase-like" /inference="protein motif:superfamily:SSF69304 Tricorn protease N-terminal domain" /note="Contains quinoprotein alcohol dehydrogenase-like signature; 1 probable transmembrane helix predicted by modhmm" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein" /protein_id="ACS33471.1" /translation="MRKLPVALILLIAVALLGVSAPGIEADGSQVYWVKSYGGSGDEV INDVKVLPDGSIIAVGSTDSTGAGGKDVLVMKFSPEGEVEWAKTYGGNKDDYGNAVAI ADNGDIIVAGGTSSFGAGKSDVWVLRLDANGNVKWQKTYGGGSNDVANAVAVAENGDV IVAGYTESFGADWKDVWVLRLDGQGNVKWQKTYGGSYWEKAFAVAVADNGDVIVAGYT DSFGAGYYDFWVLRLDENGNVKWQKTYGGSGRDEAHAVALAPNGDIIITGSFTVRLDA NGNVIWAKNVGSNAVALVPNGDIIVAGYTESFGAYDDVWILSLDENGNVKWQKTYGGS DEEEAYAVAVADNGDVIVAGYTDSFGAGGKDVWVLKLPSSGGVPGCEVCKASNVETAF LGITIGTSEATISQPSIKVTENIYVYPTPWNPHIETQCAGLRATLNVYSTPPESNVYI NGTYKGKTPLTLNLDPGRYLVKIVKDGYREYLVNVTLSRGDVKNISVTLQQLKIENVW LHVGGKTSNS" gene complement(903539..912652) /locus_tag="TGAM_0970" /note="tg0970" CDS complement(903539..912652) /locus_tag="TGAM_0970" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:BlastProDom:PD002153 Q9ES77_MOUSE_Q9ES77; InterPro:IPR001759 Pentaxin" /inference="protein motif:CDD:COG1520, FOG:WD40-like repeat [Function unknown]" /inference="protein motif:CDD:COG2319, FOG:WD40 repeat [General function prediction only]" /inference="protein motif:CDD:COG5306, Uncharacterized conserved protein [Function unknown]" /inference="protein motif:CDD:Myosin_tail_1, Myosin tail" /inference="protein motif:CDD:PTX, Pentraxin / C-reactive protein / pentaxin family; This family form a doscoid pentameric structure" /inference="protein motif:CDD:PTX, Pentraxins are plasma proteins characterized by their pentameric discoid assembly and their Ca2+ dependent ligand binding, such as Serum amyloid P component (SAP) and C-reactive Protein (CRP), which are cytokine-inducible acute-phase proteins implicated in innate immunity" /inference="protein motif:CDD:Smc, Chromosome segregation ATPases [Cell division and chromosome partitioning]" /inference="protein motif:CDD:WD40, WD40 domain, found in a number of eukaryotic proteins that cover a wide variety of functions including adaptor/regulatory modules in signal transduction, pre-mRNA processing and cytoskeleton assembly" /inference="protein motif:COG:COG2319 FOG:WD40 repeat; R General function prediction only" /inference="protein motif:Gene3D:G3D.1.25.40.10 no description InterPro:IPR011990 Tetratricopeptide-like helical GO:Molecular Function:binding (GO:0005488)" /inference="protein motif:Gene3D:G3D.2.120.10.60 no description" /inference="protein motif:Gene3D:G3D.2.130.10.90 no description" /inference="protein motif:Gene3D:G3D.2.60.120.200 no description InterPro:IPR013320 Concanavalin A-like lectin/glucanase, subgroup" /inference="protein motif:Gene3D:G3D.2.60.40.1120 no description" /inference="protein motif:HMMPanther:PTHR12291 WD40 REPEAT PROTEIN" /inference="protein motif:HMMPanther:PTHR12291:SF15 WD40 REPEAT PROTEIN" /inference="protein motif:HMMPfam:PF00400 WD40 InterPro:IPR001680 WD-40 repeat" /inference="protein motif:HMMPfam:PF07494 Reg_prop InterPro:IPR011110 Two component regulator propeller" /inference="protein motif:HMMPfam:PF08308 PEGA InterPro:IPR013229 PEGA" /inference="protein motif:HMMSmart:SM00159 no description InterPro:IPR001759 Pentaxin" /inference="protein motif:HMMSmart:SM00320 no description InterPro:IPR001680 WD-40 repeat" /inference="protein motif:HMMSmart:SM00560 no description InterPro:IPR006558 LamG-like jellyroll fold" /inference="protein motif:HMMSmart:SM00564 no description InterPro:IPR002372 Pyrrolo-quinoline quinone GO:Biological Process:electron transport (GO:0006118)" /inference="protein motif:superfamily:SSF50978 InterPro:IPR011046 WD40-like" /inference="protein motif:superfamily:SSF50998 Quinoprotein alcohol dehydrogenase-like InterPro:IPR011047 Quinonprotein alcohol dehydrogenase-like" /inference="protein motif:superfamily:SSF69304 Tricorn protease N-terminal domain" /note="1 probable transmembrane helix predicted by modhmm" /codon_start=1 /transl_table=11 /product="WD40-domain containing protein" /protein_id="ACS33472.1" /translation="MNMRKYLVVIWVVLLISSLIPPTQNQSGLVSAGTVDYKYKYVFP LVHLKSLWGPSWYGSGIVVYATDPDTVIIIDGNFNGLDDSDTEVQLTAGERVYIGDFP DVSSDFKKIYWDRDPIALYSNKPIQVEFYYLSADFGDYEDGGLEYSVPMPGTRLLGAN VRWLYITPFSQDATVYINGEYAGNVKFGDVMIRNFTTPQTVVITSDEPVVAVAAYGDA DDRSRTYAFPLMPPMTGKFLIPCSEKEYATDANAVEVNEYYVVVNSNGQIVKNESLPT DPEVLSLSDSAVFVFRTYYYKDPWGNDAPRYAMSATAVKPAENSTLFGFIYPVGTHTV NHELVFYAESDVKIYKDYGINGTIDYVGTLPGGHIYRFSDRADNPSEATAIYIVGNIS GDYIRIGGWAGQIEGASEIGSSPLLTPSSFQQDQIDLNRGLVAYYSFDHCDARDDSGN GHDGTIYGNPECIDGVIGKAFEFQEYGDRIKLPHADLDGLKYVTVNFWIKTTNGVQGI LTGANYDWDNEFLIFMGTVPSDPMYEEYMGRIKFHIHGKSIMYSPPINDDNWKMVTVV VTPTSSKIYINGNLVNQSDEGSGDGIKIAEDGLWIGNDQDCVGGCWDSSQQLKGLLDE VRIYNRALSEGEVKALYEQGVGKVVEYLTPEDLSLWKYYREVTIKEQSGETLENFQVL IELDSTNFDFSKAKPDGSDIRIVDENGNFLPYWIEEWNLTAKRAKIWTIIPRIPANGE VKLRLYYGNPNAQSRSDGDKVFEFFDDFITLTKNKWKTSYAKATVTTYDGDSVVKISE TDNTKNNILYAPVDLTVPFIIEMRGIQPLQYYRNDQEGLGVFSDGFDDGGHPFNGYLG ESSPYPDGTWTITKFKGDGSYVNLKEGEGSPNLENWRILKLAINKEGIIKYCVDNWCQ SAQDGEFTTFKYIMIWTDNEDPNKPFYADWIFVRKYAPKDPIATVGEELKVKKPPYWV RSYGGSNEDVINDVKTLPDGSIIAVGYTKSSGAGGNDVLVMRLSSDGKIIWAKTYGSS GSEEAYAVAVAPNGDIIVAGYTNSSGAGGKDIWLLRLDENGGIRWQKTYGGSNDEVAK DVYVLSSGDILVAGVTNSYGAGDNDLWMLKLNSDGDILWQKSYGGSSSDSSTNGLDYG RVIVAGSPDGYTYLIGDTTSFGAGGGDVWVLKLDSSGNVLWQKTYGGSQWERPQDVAV TDTGDLIIAAWSYSFGVGKDDLWVLYLDENGSIKWQKTYGGSNYDYANGIHLTSTGDI IVTGGTTSFGNGYTDFWALNIDKNGNVKWQKTYGGSDWDEATAVAIADNGDVIVAGRT DSFGAGSYDVWVLRLPPDGNLLYCDLCSNSNASISTPNVQVSDSSATVQDTNANVQTT YASPGSVDLTVETQYISIGTLSVTTNPSGAEVYINGTYAGTTPLTTNLSVGTYEVTLK KENYTDYKTTVTIKPGGKTALSVNLTPTISHLTIKSDPSGASVYINGTYKGETPLTLD LMAGTYTIKLSKEDYKDYTTTITLSPGENKTLNIKLTPLPAHLTINSNPSGAGVYING TYRGVTPLTLTLQPGTYSLRVSKEGYDDYTTTITLQPNETRTISVDLTVAHGYLTVKT DPSGAEVYINGTYAGLTPIENLELSIGKYQLLLRKDGYEDYSTTVTIEADKTTVVSAT LTPLPGTLDVYSTPSGADVYINGTWVGQTPLQNYKINAGVYTVKLTKFGYEEYTQTVE VSPGGKVTVNAVLQPLPVSLTVNSNPSGAKVYINGSYRGETPLTLSLFPGKYSIRVSK EGYTEYSTTITLNPGENRTLNVDLTLKPGYLAVHTTPSGAAVYLNGTYIGDTPIDGYP VSPGVYSLGIAKRGYVTYITKITVEADKTTEVTVTLTPSSAIHEGSGNVSWQWPSPSS VSTVDTTPDGKYVVVGSGNDVYLLEGNGSALWSFRAEDTISDVAITPDGSMVVAGSVD HNVYAFNRNGELLWMGTTKWEVWSVAVSDDGRYVVVGSRDASVYVFDGRTGELLWRYP SSGGIPSNAGVLDVEISGNYIAAGTQDGKLYLLGTDGTLLWSRVLPGEVRDIALSANA EYIAVGSYSDYVYLFTKSGGLLWTYYTGNDVGTVAITSNGNEVFAGNWNGHVYKLSKG GKLLWEKNLNNGGVTKVLLTPDGKYAIAGTQRGLVVLFDSEGNVIWANSLGSRVWDMT LARETGNVVIGADKVYYMNPIEEIQMKADAENAIQQAENLINYAVNHGINVSDAENML NIAKSEYSSGLYSAAKEHADQAYNLTQEAISQAKEDAWSAIEDANETINQARTLGLNT SMAESLLSKALENYTGGYYPTAEEIARNAENAAMNLLKRYNASVAIENATEIIKMAKD AGANTTYAEDLLNQAREALNSGDYTKAQELAEQAKLAAMKAEAEAVIKDAETTINETV EKGIDVSEAQSLLNQAKEALNNGEYKQAKEYAQKAKESCLNTLAQVRTQATESINAAN QSIVKAEGLITSAEDAGIDTKTYEDKLNKAREMLSTAVDLYNAGRYTDAITKAESART KAEAVVSSLNDKLQSYREEALNRIAEANETITWAVKHGLDVGNAKNVLNEAVEKLRGG LYLEASTLATQALSMANKTVENYRIEAENEIKLANETIENVSKTLSTLEKLGFPVDEE KNKLQLAMSVLDSARTLYSEGKYPHATTNALKARNSALSILGDLKEVEKTYSENVINK VTANLTSLQNEGIGCPYGNSTLRLARERFNKDEYREALNLAVEALGAIDQCREEGTSL KKDIESVLSETEDMKKKGCPVSDIEESLNKALEYLKAGNFTASRGELQNAGNTLNERE NKCNEVLADIDQARKAIDSAKSLGLDPSEAENLLNEAVEKLRNGDFESAKSFALNAAE KARDVDGDGILNEEDPFPSINNYILYGAAGIVLLLLITLVALLVRRQRLRRLYGSIVT TVNAALNGLIPEEAEENRKALESLLESANREYRKKNRSELQRIKEEVLTHIHAIEEKR REYSELKEAIIREIDSLLNPGQTTAETANPENSEE" gene complement(912825..913619) /locus_tag="TGAM_0971" /note="tg0971" CDS complement(912825..913619) /locus_tag="TGAM_0971" /note="1 probable transmembrane helix predicted by modhmm" /codon_start=1 /transl_table=11 /product="Hypothetical protein" /protein_id="ACS33473.1" /translation="MMLVRGKDMISIMVVLLVILSASGCLGNTKSDHGWTPSTPSDTP ILKTLFESVGQTHKEFYLDSDSTIIITIKSSFNIENTSFRYIGIIPSKELMNWEKHVF NPSLVNFSWIIWNAKDGSYRVHLQKGEYYFVFGGVLPKQKYLLGDTVVVKSYKYLASK IPMEWPDDTNVNLHLSIREAGTVEVYFFSEYEFKVWKEGGTARAYFIEKRATSGVYHI SNFLNPGTYYLIFGNSNSGVKTIDYAIYVDHYPNFAVSLEIRRERQ" gene complement(913643..914845) /locus_tag="TGAM_0972" /note="tg0972" CDS complement(913643..914845) /locus_tag="TGAM_0972" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:AAA, ATPase family associated with various cellular activities (AAA)" /inference="protein motif:CDD:AAA, ATPases associated with a variety of cellular activities; AAA - ATPases associated with a variety of cellular activities" /inference="protein motif:CDD:COG1223, Predicted ATPase (AAA+ superfamily) [General function prediction only]" /inference="protein motif:CDD:HflB, ATP-dependent Zn proteases [Posttranslational modification, protein turnover, chaperones]" /inference="protein motif:CDD:RPT1, ATP-dependent 26S proteasome regulatory subunit [Posttranslational modification, protein turnover, chaperones]" /inference="protein motif:CDD:SpoVK, ATPases of the AAA+ class [Posttranslational modification, protein turnover, chaperones]" /inference="protein motif:COG:COG0464 ATPases of the AAA+ class; O Posttranslational modification, protein turnover, chaperones" /inference="protein motif:Gene3D:G3D.3.40.50.300 no description" /inference="protein motif:HMMPanther:PTHR11603 AAA-FAMILY ATPASE-RELATED" /inference="protein motif:HMMPanther:PTHR11603:SF124 AAA-FAMILY ATPASE" /inference="protein motif:HMMPfam:PF00004 AAA InterPro:IPR003959 AAA ATPase, central region GO:Molecular Function:ATP binding (GO:0005524)" /inference="protein motif:HMMSmart:SM00382 no description InterPro:IPR003593 AAA ATPase GO:Molecular Function:nucleotide binding (GO:0000166), Molecular Function:nucleoside-triphosphatase activity (GO:0017111)" /inference="protein motif:ScanRegExp:PS00674 AAA InterPro:IPR003960 AAA-protein subdomain GO:Molecular Function:ATP binding (GO:0005524)" /inference="protein motif:superfamily:SSF52540 P-loop containing nucleoside triphosphate hydrolases" /codon_start=1 /transl_table=11 /product="ATPase of the AAA family" /protein_id="ACS33474.1" /translation="MPVDLSGPLMSAFRKAKKEFEEAIKKGDKETAKKKALECARILK QLSKYDEFNRESYLKKAKKWEAIAKEVEEGHYGVKRKQKPIKEGGKSGRGGSEAGADE GDQFKRYVENLIAKSKVKWSDIGGLEEVKRLIMETVVISALQRPQSIQPWKGILLFGP PGTGKTLLASAAAGSLNATFFSVKASNVLSKYFGESTKIITALYEVARERAPSIVFMD EIDALTTKRSGEQSEASRRMLSTLLTELDGFQDKKSDILVLTLAATNTPWDLDEAVLS RFPRRIYVPLPDKKATKEIIKINTRGLDISRLDLDAIAEESVRRLYSGRDIKNLCQEA VWNMIREENPDLHKLAELPYEKLRRRSLRTRPLEMRDFEEAFKKIKSPLTRKDIERYE KWAEEFGG" gene complement(914858..915985) /locus_tag="TGAM_0973" /note="tg0973" CDS complement(914858..915985) /locus_tag="TGAM_0973" /inference="protein motif:CDD:COG1357, Uncharacterized low-complexity proteins [Function unknown]" /inference="protein motif:COG:COG1357 Uncharacterized low-complexity proteins; S Function unknown" /inference="protein motif:Gene3D:G3D.1.10.287.70 no description" /inference="protein motif:HMMPanther:PTHR14136 FAMILY NOT NAMED" /inference="protein motif:HMMPfam:PF00805 Pentapeptide InterPro:IPR001646 Pentapeptide repeat" /inference="protein motif:HMMPfam:PF07885 Ion_trans_2 InterPro:IPR013099 Ion transport 2, bacterial" /inference="protein motif:ProfileScan:PS50265 CHANNEL_PORE_K InterPro:IPR001622 K+ channel, pore region GO:Molecular Function:potassium channel activity (GO:0005267), Biological Process:potassium ion transport (GO:0006813), Cellular Component:membrane (GO:0016020)" /inference="protein motif:superfamily:SSF81324 Voltage-gated potassium channels" /note="2 probable transmembrane helices predicted by modhmm" /codon_start=1 /transl_table=11 /product="Voltage-gated potassium channel, putative" /protein_id="ACS33475.1" /translation="MRCAYEYSHSVKECPREAVGDLPYCIFHLPEGGKDFEGAMLEDE DLEEAYLSEANLRGARLSGANLRWADLSDATLDNADLSWASLVGADLSGASAREADFT RADLRDADLSAAVLEGANLSLADLRGTNLIRANLRGVDLYGAILDETNVLGTDLRGAR LYGASLKNVRNLENALIDVEAVEEREGDRLVGEGNLGEAIASYKKALSVYLVLKEAFR RGGLYDKASAYSVGEWRVRGKLQRVAHLSPDPEEVRDFVPLSSRTGKRWLIFIEGKLR WLANVLYRLTSNYGESPWRIFVSTVFIIALYSFLYWITGAVGSSSMVECLYFSVVTFT TVGYGDVTPLPGYRLLAGSEAFIGAFLMAFFVVVMSRKLIR" gene complement(915988..918861) /locus_tag="TGAM_0974" /note="tg0974" CDS complement(915988..918861) /locus_tag="TGAM_0974" /EC_number="2.7.11.1" /inference="protein motif:BlastProDom:PD000001 Q8U321_PYRFU_Q8U321; InterPro:IPR000719 Protein kinase GO:Molecular Function:protein kinase activity (GO:0004672), Molecular Function:ATP binding (GO:0005524), Biological Process:protein amino acid phosphorylation (GO:0006468)" /inference="protein motif:CDD:Pkinase, Protein kinase domain" /inference="protein motif:CDD:S_TKc, Serine/Threonine protein kinases, catalytic domain" /inference="protein motif:CDD:S_TKc, Serine/Threonine protein kinases, catalytic domain; Phosphotransferases" /inference="protein motif:CDD:SPS1, Serine/threonine protein kinase [General function prediction only / Signal transduction mechanisms / Transcription / DNA replication, recombination, and repair]" /inference="protein motif:CDD:TyrKc, Tyrosine kinase, catalytic domain" /inference="protein motif:CDD:TyrKc, Tyrosine kinase, catalytic domain; Phosphotransferases" /inference="protein motif:COG:COG0515 Serine/threonine protein kinase; R General function prediction only" /inference="protein motif:Gene3D:G3D.1.10.510.10 no description" /inference="protein motif:Gene3D:G3D.2.130.10.90 no description" /inference="protein motif:HMMPanther:PTHR11584 PROTEIN KINASE" /inference="protein motif:HMMPfam:PF00069 Pkinase InterPro:IPR000719 Protein kinase GO:Molecular Function:protein kinase activity (GO:0004672), Molecular Function:ATP binding (GO:0005524), Biological Process:protein amino acid phosphorylation (GO:0006468)" /inference="protein motif:HMMSmart:SM00220 no description InterPro:IPR002290 Serine/threonine protein kinase GO:Molecular Function:protein serine/threonine kinase activity (GO:0004674), Molecular Function:ATP binding (GO:0005524), Biological Process:protein amino acid phosphorylation (GO:0006468)" /inference="protein motif:ProfileScan:PS50011 PROTEIN_KINASE_DOM InterPro:IPR000719 Protein kinase GO:Molecular Function:protein kinase activity (GO:0004672), Molecular Function:ATP binding (GO:0005524), Biological Process:protein amino acid phosphorylation (GO:0006468)" /inference="protein motif:ScanRegExp:PS00107 PROTEIN_KINASE_ATP InterPro:IPR000719 Protein kinase GO:Molecular Function:protein kinase activity (GO:0004672), Molecular Function:ATP binding (GO:0005524), Biological Process:protein amino acid phosphorylation (GO:0006468)" /inference="protein motif:ScanRegExp:PS00108 PROTEIN_KINASE_ST InterPro:IPR008271 Serine/threonine protein kinase, active site GO:Molecular Function:protein serine/threonine kinase activity (GO:0004674), Biological Process:protein amino acid phosphorylation (GO:0006468)" /inference="protein motif:superfamily:SSF56112 Protein kinase-like (PK-like) InterPro:IPR011009 Protein kinase-like" /inference="protein motif:superfamily:SSF63829 Diisopropylfluorophosphatase (phosphotriesterase, DFP)" /codon_start=1 /transl_table=11 /product="Serine/threonine protein kinase" /protein_id="ACS33476.1" /translation="MPYWAKTYGPGVAKAVAVDKNGDIIVAGYVEKDDKDDGFVARLD RDGNVKWFKVYDTGSKKEYKWDRFKDVKIASNGDIIVVGDTDSFGAGGEDVWVLRLDS NGKVKWQKTYGGPDHDYANAVAIAENGDIIVAGETRSFGVGEIKRWGFTSNVWVLRLD SQGNVKWQKMYGGSDDDEANAVAVAPNGDIIVAGHTSSFDGAWLLCLDKHGNVKWQKV YKVPQEWAGFYSVSVLPNGDIVVGGRVTLEEENEKLVLPWILKLDSNGNIKWQKSYKG DSEDPSDKVSITTLPDGSIVVATWTWEFSAGVPNVWVLRLDKNGNVKWQKTFSKGDDD KANAVAITPNEDIIVAGRTYSTGTGENIWLLRLPPDGNLPGCDFCNDSNAQVMDTNAE VHNTHCEVLSGVRKYQVEVEEGLIFKKKRKEWRTEKAPLVVMNSKATVKSLKITPEVQ YYFNPEIKQNIQNSISFNIPQLVEGADSIIKLTAKNDFTNSLKLSLDLSSNDFLDLET TNLEFPELKKGQKVSKSLVITPKYAGSFDFRVKIKAIADGIELETEKVIPVEVAERTA QAYAMPQTPATPPTPQPVTPTPTPSPAGVQLPADFPPQLAYKYADVELIGKGGFARVY KAKRKDGKVVAVKIPLSLDENTGKAFLREITNWLHLKHPNIVRLYDANILPIPFLEME YCESSLEKLPKPLPVEVASYIVFNIAEGLKYAHSKGIIHRDLKPSNILLKNGTPKISD WGLSKVMTETHSTTLASFTPFYASPEQTSRRFGKPDHRSDIWQLGVIFYQLVTGRLPF EGDDLIEVVSRIATDEPIPPGELNPEAKDVEHIILTCLRKDMEERYQSVAELQFELAT YLGVRYKRELKRSITVNDAPRAAFYAGKLMLMFLKMGDLKEAYKYASDLKFYARGELT KDVESLAEQIKLRLEEGLSFAGEELLAKAEVIAHKVSLGFGEV" gene complement(918909..920405) /locus_tag="TGAM_0975" /note="tg0975" CDS complement(918909..920405) /locus_tag="TGAM_0975" /inference="protein motif:CDD:COG2865, Predicted transcriptional regulator containing an HTH domain and an uncharacterized domain shared with the mammalian protein Schlafen [Transcription]" /inference="protein motif:COG:COG2865 Predicted transcriptional regulator containing an HTH domain and an uncharacterized domain shared with the mammalian protein Schlafen; K Transcription" /inference="protein motif:Gene3D:G3D.1.10.10.10 no description InterPro:IPR011991 Winged helix repressor DNA-binding" /inference="protein motif:Gene3D:G3D.2.130.10.90 no description" /inference="protein motif:HMMPfam:PF08220 HTH_DeoR InterPro:IPR001034 Bacterial regulatory protein, DeoR GO:Molecular Function:transcription factor activity (GO:0003700), Cellular Component:intracellular (GO:0005622), Biological Process:regulation of transcription, DNA-dependent (GO:0006355)" /inference="protein motif:superfamily:SSF46785 'Winged helix' DNA-binding domain" /inference="protein motif:superfamily:SSF63829 Diisopropylfluorophosphatase (phosphotriesterase, DFP)" /codon_start=1 /transl_table=11 /product="Transcription regulator, HTH/deoR family" /protein_id="ACS33477.1" /translation="MKPVTISETSDKKYWIKRYEFKGMEAEANAVALMPNGDIVIAGS IESKGKDAKSSGLVARLDREGNVKWVRILGGGKGDRFNDVKVAPNGDIVIVGTTWSFV SGWKDIKSRIWVLRLDSSGNIKWQKTYGGSKDAKFERANAVALASNGDIIVAGYTESF SSDGKDVWILKLDSNGNVIWQKTYSGSGSDWAFTVAIAPNGDIIVAGWTNSFGVNGWN VWILKVLKKLRLIRNGKVTRALILLFGKDPQEFFPQAKVRVGRFKGSEILDSVNVEGN LFEQVEGAVNAIKKHMSRRYVIKGLVREEVWDYPLEAVREAVVNAVMHKDYRMPEEVQ IKVLDDRIIFWNPGGLPVGLTEEDLYREHPSKPRNRLIAEVFHLAGYVEKWGSGTLRI LRAFEDAKLPRPEFKEAFGGFQVVFYRDWLTEERLRELGLNERQVKAVLYVKEKGSIT NREYREMFGVSKETAKRDLKELVDAGIFKKIGETGRSVRYILKGSNES" gene complement(920402..921181) /locus_tag="TGAM_0976" /note="tg0976" CDS complement(920402..921181) /locus_tag="TGAM_0976" /inference="protein motif:ProfileScan:PS50104 TIR InterPro:IPR000157 Toll-Interleukin receptor GO:Molecular Function:transmembrane receptor activity (GO:0004888), Cellular Component:membrane (GO:0016020)" /inference="protein motif:superfamily:SSF52200 Toll/Interleukin receptor TIR domain InterPro:IPR000157 Toll-Interleukin receptor GO:Molecular Function:transmembrane receptor activity (GO:0004888), Cellular Component:membrane (GO:0016020)" /codon_start=1 /transl_table=11 /product="Hypothetical protein" /protein_id="ACS33478.1" /translation="MEKDFEIFLSYYTRTGLDYAEELKKALRDNGWKAFLAHHNILPG EHWKDIIFNYVLPHIKYFILLYTPGAETRKWTREEYKYAKRLGKTIIACVYMPVGESV GNILTRIEPAFPGISEKQVIEWRDKSELNSKVILTLERYQKRRLVIGHLSQTRDVIQP KGNSQNYHVDHQDITLLVEMAILEAKANKKMELVKTLQKLHLYTTIHRTKMEALIDYL KIYIREDLQISPEFIRELEIVLHEVVLERESSTQKRSGVKE" gene complement(921186..922526) /locus_tag="TGAM_0977" /note="tg0977" CDS complement(921186..922526) /locus_tag="TGAM_0977" /inference="protein motif:CDD:Arch_ATPase, Archaeal ATPase" /inference="protein motif:CDD:COG1672, Predicted ATPase (AAA+ superfamily) [General function prediction only]" /inference="protein motif:CDD:DUF234, Archaea bacterial proteins of unknown function" /inference="protein motif:COG:COG1672 Predicted ATPase (AAA+ superfamily); R General function prediction only" /inference="protein motif:Gene3D:G3D.1.10.10.10 no description InterPro:IPR011991 Winged helix repressor DNA-binding" /inference="protein motif:Gene3D:G3D.3.40.50.300 no description" /inference="protein motif:HMMPfam:PF01637 Arch_ATPase InterPro:IPR011579 Prokaryotic ATPase" /inference="protein motif:HMMPfam:PF03008 DUF234 InterPro:IPR004256 Protein of unknown function DUF234, DEXX-box ATPase C-terminal GO:Molecular Function:molecular function unknown (GO:0005554)" /inference="protein motif:superfamily:SSF46785 'Winged helix' DNA-binding domain" /inference="protein motif:superfamily:SSF52540 P-loop containing nucleoside triphosphate hydrolases" /inference="protein motif:superfamily:SSF52980 Restriction endonuclease-like" /note="Contains Archaeal ATPase domain (PF01637) Contains Disease resistance protein signature (IPR000767)" /codon_start=1 /transl_table=11 /product="Prokaryotic ATPase, AAA superfamily, disease resistance protein related" /protein_id="ACS33479.1" /translation="MCGDTVFVNRKRELEFLERKWGENGAQLIIIYGRRRVGKTMLLK EFLEGKKGVYFLATADSMGENVKGLADKFGELTGRGYFREVKDFGRLFLYLGDEIKNQ RIAVVLDEFQYLMSLEPGILSVLQKVWDEHLKDTEIFLVLCGSSIGLMERVMEYKSPL YGRRTGQWKVEPFDIRGIAEMLPEGSMEELVKVYAVFGGVPFYLDLVKDLRVEDAIRE KVLRKGEVLYEEPEFLLREQLREPRVYKLILKGLALGYETLGELVSFTGLDRGNLSKY LDVLERLDIVSYELPYGKRKRGRYYIKDNFFNFWFRFVYPNLADLELGLLDEVWAKIE RELNAYYGRMFERLIREMLRQKIIDLEQRRVARWWHKGKEVDTVAELDDGLLFAEVKW SELKRKEAKRILEELKEKAERFEGKKRFLLIAKRIDGKTGEMMDLDDLERLVRG" gene complement(922556..924049) /locus_tag="TGAM_0978" /note="tg0978" CDS complement(922556..924049) /locus_tag="TGAM_0978" /inference="protein motif:CDD:Arch_ATPase, Archaeal ATPase" /inference="protein motif:COG:COG1672 Predicted ATPase (AAA+ superfamily); R General function prediction only" /inference="protein motif:Gene3D:G3D.1.10.10.10 no description InterPro:IPR011991 Winged helix repressor DNA-binding" /inference="protein motif:Gene3D:G3D.3.40.50.300 no description" /inference="protein motif:HMMPfam:PF01022 HTH_5 InterPro:IPR001845 Bacterial regulatory protein, ArsR GO:Molecular Function:transcription factor activity (GO:0003700), Cellular Component:intracellular (GO:0005622), Biological Process:regulation of transcription, DNA-dependent (GO:0006355)" /inference="protein motif:HMMPfam:PF01637 Arch_ATPase InterPro:IPR011579 Prokaryotic ATPase" /inference="protein motif:superfamily:SSF46785 'Winged helix' DNA-binding domain" /inference="protein motif:superfamily:SSF52540 P-loop containing nucleoside triphosphate hydrolases" /inference="protein motif:superfamily:SSF52980 Restriction endonuclease-like" /note="Contains Archaeal ATPase domain (PF01637)" /codon_start=1 /transl_table=11 /product="Prokaryotic ATPase, AAA superfamily" /protein_id="ACS33480.1" /translation="MVDMFVDRRKELGVLEGVLKSLMRGEKLNIAVIGPRRIGKTELL LKFKEIHEGKTGCIIPYLNVQRTGSVESFKFAYLRELLYEAAKKKGVNVERSRLVDWD GLLVLGAKLGVEEEVAAVKRGSVGELFELQEEILKKLDLKAIFILDEFQDTVRFSNFL EIMRSTVEKQRAIAYVISGSAVRMMEEILSPEKPFFGQFRRLYLGGLPKEDSIELAKA MLGDVKASNAALELIHRLTGGNPFYISAVCRRLAEEGFERAGSRKVYTAFLTELLSES GDIYSHLDYVFNESLSRAYKGAVHREILLILAREEGLTLSEISKRLGKPSGEISNYMK FLLRTDLITKENNRYYFTDKLMRFWLAKTYLGITELELRREKLLKELVAELEEKYLKA KTELGKAAEFMVREELGKRFGVKFEPYRRGDVEFDGVAFGGKTYVLEIKWRNRPVGAK DVERFARKARAEFREPVMVMFSRSGFTEKAQKVAERLGVVLVEDKML" gene complement(924095..925720) /locus_tag="TGAM_0979" /note="tg0979" CDS complement(924095..925720) /locus_tag="TGAM_0979" /EC_number="2.7.11.1" /inference="protein motif:BlastProDom:PD000001 Q8U321_PYRFU_Q8U321; InterPro:IPR000719 Protein kinase GO:Molecular Function:protein kinase activity (GO:0004672), Molecular Function:ATP binding (GO:0005524), Biological Process:protein amino acid phosphorylation (GO:0006468)" /inference="protein motif:CDD:Pkinase, Protein kinase domain" /inference="protein motif:CDD:S_TKc, Serine/Threonine protein kinases, catalytic domain" /inference="protein motif:CDD:S_TKc, Serine/Threonine protein kinases, catalytic domain; Phosphotransferases" /inference="protein motif:CDD:SPS1, Serine/threonine protein kinase [General function prediction only / Signal transduction mechanisms / Transcription / DNA replication, recombination, and repair]" /inference="protein motif:CDD:TyrKc, Tyrosine kinase, catalytic domain" /inference="protein motif:CDD:TyrKc, Tyrosine kinase, catalytic domain; Phosphotransferases" /inference="protein motif:COG:COG0515 Serine/threonine protein kinase; R General function prediction only" /inference="protein motif:Gene3D:G3D.1.10.510.10 no description" /inference="protein motif:HMMPanther:PTHR11584 PROTEIN KINASE" /inference="protein motif:HMMPfam:PF00069 Pkinase InterPro:IPR000719 Protein kinase GO:Molecular Function:protein kinase activity (GO:0004672), Molecular Function:ATP binding (GO:0005524), Biological Process:protein amino acid phosphorylation (GO:0006468)" /inference="protein motif:HMMSmart:SM00220 no description InterPro:IPR002290 Serine/threonine protein kinase GO:Molecular Function:protein serine/threonine kinase activity (GO:0004674), Molecular Function:ATP binding (GO:0005524), Biological Process:protein amino acid phosphorylation (GO:0006468)" /inference="protein motif:ProfileScan:PS50011 PROTEIN_KINASE_DOM InterPro:IPR000719 Protein kinase GO:Molecular Function:protein kinase activity (GO:0004672), Molecular Function:ATP binding (GO:0005524), Biological Process:protein amino acid phosphorylation (GO:0006468)" /inference="protein motif:ScanRegExp:PS00107 PROTEIN_KINASE_ATP InterPro:IPR000719 Protein kinase GO:Molecular Function:protein kinase activity (GO:0004672), Molecular Function:ATP binding (GO:0005524), Biological Process:protein amino acid phosphorylation (GO:0006468)" /inference="protein motif:ScanRegExp:PS00108 PROTEIN_KINASE_ST InterPro:IPR008271 Serine/threonine protein kinase, active site GO:Molecular Function:protein serine/threonine kinase activity (GO:0004674), Biological Process:protein amino acid phosphorylation (GO:0006468)" /inference="protein motif:superfamily:SSF56112 Protein kinase-like (PK-like) InterPro:IPR011009 Protein kinase-like" /note="1 probable transmembrane helix predicted by modhmm" /codon_start=1 /transl_table=11 /product="Serine/threonine protein kinase" /protein_id="ACS33481.1" /translation="MPRKKSLGEDFLGRLIVSVFLVYLLGGFGLLISIFIFMPLIREV VRELERSGFPRVGDVLTSIALPTLLRRGLIFEARELRAGNEGKLKVGFRNSSSRLMEV EINLERFNRYGEVSPARLRFSLGPGEMEYSFVRFTPRSGGTLTVNLEVRSGSTRVKVP VVMEVKGRKSREEKAYEVPITEEDKGEDYGVPNLRLLFSRYTEVEPIGAGGFARVYRA KRKDGKIVALKIPHYLTEQAGRTFLREVAVWSGLKHRNIVELYDANIVPVPYLEMEYC EGSLAGLKKPLHWEKVAEIAFGICDGLKYAHSREIIHRDLKPSNILIKNGTPKISDWG LSKVLTESGSTTTSFTPLYAAPEQISPSRFGKTDERTDIWQLGVLMYELVTGKVPFEG EDFVEIAGKIVMDEPTPPSELNPDSKPLEPVIMKCLAKRKEERYQSVKELQRDLANLL GGRYREELRKSVDFSRSAYYAGQLLILHMKLGDTKEALKYAIDMKRYARGDARKELER LIEELEVRLREGLPVPEELVERAEVLVHEIGRA" gene complement(925787..928381) /gene="pp2C" /locus_tag="TGAM_0980" /note="tg0980" CDS complement(925787..928381) /gene="pp2C" /locus_tag="TGAM_0980" /EC_number="3.1.3.16" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:PP2C, Protein phosphatase 2C" /inference="protein motif:CDD:PP2C_SIG, Sigma factor PP2C-like phosphatases" /inference="protein motif:CDD:PP2Cc, Serine/threonine phosphatases, family 2C, catalytic domain" /inference="protein motif:CDD:PP2Cc, Serine/threonine phosphatases, family 2C, catalytic domain; The protein architecture and deduced catalytic mechanism of PP2C phosphatases are similar to the PP1, PP2A, PP2B family of protein Ser/Thr phosphatases, with which PP2C shares no sequence similarity" /inference="protein motif:CDD:PTC1, Serine/threonine protein phosphatase [Signal transduction mechanisms]" /inference="protein motif:COG:COG0631 Serine/threonine protein phosphatase; T Signal transduction mechanisms" /inference="protein motif:Gene3D:G3D.1.20.58.60 no description" /inference="protein motif:Gene3D:G3D.3.60.40.10 no description" /inference="protein motif:HMMPanther:PTHR13832 PROTEIN PHOSPHATASE 2C-RELATED" /inference="protein motif:HMMPfam:PF00481 PP2C InterPro:IPR001932 Protein phosphatase 2C-like GO:Molecular Function:catalytic activity (GO:0003824)" /inference="protein motif:HMMSmart:SM00331 no description InterPro:IPR001932 Protein phosphatase 2C-like GO:Molecular Function:catalytic activity (GO:0003824)" /inference="protein motif:HMMSmart:SM00332 no description InterPro:IPR001932 Protein phosphatase 2C-like GO:Molecular Function:catalytic activity (GO:0003824)" /inference="protein motif:ProfileScan:PS50170 PP2C_2 InterPro:IPR001932 Protein phosphatase 2C-like GO:Molecular Function:catalytic activity (GO:0003824)" /inference="protein motif:superfamily:SSF46966 Spectrin repeat InterPro:IPR002017 Spectrin repeat" /inference="protein motif:superfamily:SSF81606 Protein serine/threonine phosphatase 2C, catalytic domain" /note="2 probable transmembrane helices predicted by modhmm" /codon_start=1 /transl_table=11 /product="Serine/threonine protein phosphatase 2C (PP2C)" /protein_id="ACS33482.1" /translation="MEVLRVLKKDPKAFKRNWAQFFIFLIISSLLPIAPATAVPTPPG NAVLDVNQSISEANQSLILLGNYSSLLGFNMTEIEKLQNETRQAKIFLDEGNLTCANE TISAVWHNITSIINSKVGELNESLSGLKERASNYSTECSRVIDKINNETEKLESLPGE FHNATAVNETLKQLALIKSEIPKIKNELDSCIQRVNKIRIIKTKETFIRNVLNASSWL LPENESKGFKDLLNEVDKRIKSGDPGNVTKAFNEVSTGQRRLLEFINEKIKDVNADVR KVQSFCPYIKLIPGIDIKEVMKSHDWSSVIDRIKTINETKDKIEQCVSLKKDLDSANT TISILKKYESNLTLDLTALEDTITNASQGMRNGNLTLSQRMLDNFWESLEDYLRNLAN KTENQTIKNELQRLSQAITDKNYSSVTGGLDNVLKIIFSSPSVPSPGSTTTTTTTTTT TATTPKPPTNSTTTNSTTGNMTGSTTSSKSSGGTNWGSILKKVLLGILGILALLAAIW FLPGIYYDYKQKKQERTRIKAAEEAVKIMREILSDLEKKVKRLGISDSPTVRNLLTEM QQIYSRAATSLKRKNYVDPVRLQDKFSTLAIKLNSIIEPYETTFNLRDDEFKRHVATK SYIGRRDNNEDYYTAKKIGGNILLAVADGMGGHLAGEVASRKAIEILEKTLERDKAED PEKILREAIKKANDEIYLMGHDPDHPERYNMGTTLTAAIIRGNNATIGNIGDSRTYLI RDGMIKRLTKDHSFVQELVDRGEITEAEARVHPQKNILTKALGISPEIKIDPEDIKTI QLKEGDYLLLCSDGLSDALTDEEIAKTVLASPSLEEAVDALIEKAYSFGSTDNITVVL YKHPKLKK" gene complement(928383..930350) /locus_tag="TGAM_0981" /note="tg0981" CDS complement(928383..930350) /locus_tag="TGAM_0981" /EC_number="2.7.11.1" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:BlastProDom:PD000001 Q8U321_PYRFU_Q8U321; InterPro:IPR000719 Protein kinase GO:Molecular Function:protein kinase activity (GO:0004672), Molecular Function:ATP binding (GO:0005524), Biological Process:protein amino acid phosphorylation (GO:0006468)" /inference="protein motif:CDD:Pkinase, Protein kinase domain" /inference="protein motif:CDD:S_TKc, Serine/Threonine protein kinases, catalytic domain" /inference="protein motif:CDD:S_TKc, Serine/Threonine protein kinases, catalytic domain; Phosphotransferases" /inference="protein motif:CDD:SPS1, Serine/threonine protein kinase [General function prediction only / Signal transduction mechanisms / Transcription / DNA replication, recombination, and repair]" /inference="protein motif:CDD:TyrKc, Tyrosine kinase, catalytic domain" /inference="protein motif:CDD:TyrKc, Tyrosine kinase, catalytic domain; Phosphotransferases" /inference="protein motif:COG:COG0515 Serine/threonine protein kinase; R General function prediction only" /inference="protein motif:Gene3D:G3D.1.10.510.10 no description" /inference="protein motif:Gene3D:G3D.1.25.40.10 no description InterPro:IPR011990 Tetratricopeptide-like helical GO:Molecular Function:binding (GO:0005488)" /inference="protein motif:HMMPanther:PTHR11295 SERINE/THREONINE KINASE" /inference="protein motif:HMMPfam:PF00069 Pkinase InterPro:IPR000719 Protein kinase GO:Molecular Function:protein kinase activity (GO:0004672), Molecular Function:ATP binding (GO:0005524), Biological Process:protein amino acid phosphorylation (GO:0006468)" /inference="protein motif:HMMSmart:SM00220 no description InterPro:IPR002290 Serine/threonine protein kinase GO:Molecular Function:protein serine/threonine kinase activity (GO:0004674), Molecular Function:ATP binding (GO:0005524), Biological Process:protein amino acid phosphorylation (GO:0006468)" /inference="protein motif:ProfileScan:PS50011 PROTEIN_KINASE_DOM InterPro:IPR000719 Protein kinase GO:Molecular Function:protein kinase activity (GO:0004672), Molecular Function:ATP binding (GO:0005524), Biological Process:protein amino acid phosphorylation (GO:0006468)" /inference="protein motif:ScanRegExp:PS00107 PROTEIN_KINASE_ATP InterPro:IPR000719 Protein kinase GO:Molecular Function:protein kinase activity (GO:0004672), Molecular Function:ATP binding (GO:0005524), Biological Process:protein amino acid phosphorylation (GO:0006468)" /inference="protein motif:ScanRegExp:PS00108 PROTEIN_KINASE_ST InterPro:IPR008271 Serine/threonine protein kinase, active site GO:Molecular Function:protein serine/threonine kinase activity (GO:0004674), Biological Process:protein amino acid phosphorylation (GO:0006468)" /inference="protein motif:superfamily:SSF48452 TPR-like" /inference="protein motif:superfamily:SSF56112 Protein kinase-like (PK-like) InterPro:IPR011009 Protein kinase-like" /codon_start=1 /transl_table=11 /product="Serine/threonine protein kinase" /protein_id="ACS33483.1" /translation="MASLGQLKEVEKYLPRIARYMRLDLPGSDPETSKRYLEDIKAAL QLDDTERALKLAKEAFYHVAPDPEFILSNALKLRHDGEKLLRSKKFKDAIAKFDEAIN RYSEAIEIVYIREEEDGERARKLRNTLETTRNLRNIANFRMIFKKIKDAKTEKELWDA LKELEKAEVPMEDDRFDAILTAHKKIIRLQLQGVVDLMTDAASKFKEENWYSAKKAFE KAKQILENLLNTAKKYQLEEEVGMIGELLKACNENLRGIEELLYSGEAPKGWKLRIPS KESFKITEETIEEEFFDHSINFETRLEQIKEKYVITRLIGEGAFSYVYEAKNPRGQKI ALKVLKYLDKESTSSFMREFAAAQKLNHENIVKVYRADPRLGYLEMELASGNIDDVRK PLEPIVAGKVIFEVSRALHHAHSNGIIHRDIKPSNMLFFGSIERVKLGDWGLARLASR ATRKSSLVRHKTILYSSPEQIVNPENLDARSDIFQLGIVFYELLTGIHPFSADYEGTI MHKILTENPAPPSHHNPKALPFDDIVMKMLEKDPEKRYQTVKELQNDIKDVLIRMGVR IKASLGTRERARIIAENVLLRLTTVIEGSVMNVTEEFAEIVRDLEELHLETGDPSIKN LMEQLKTMAEMGAKPSEETLKEAKLILKRWV" gene complement(930372..934469) /locus_tag="TGAM_0982" /note="tg0982" CDS complement(930372..934469) /locus_tag="TGAM_0982" /inference="protein motif:CDD:COG5306, Uncharacterized conserved protein [Function unknown]" /inference="protein motif:Gene3D:G3D.2.60.120.200 no description InterPro:IPR013320 Concanavalin A-like lectin/glucanase, subgroup" /inference="protein motif:Gene3D:G3D.2.60.40.1120 no description" /inference="protein motif:HMMPfam:PF08308 PEGA InterPro:IPR013229 PEGA" /inference="protein motif:superfamily:SSF47144 HSC20 (HSCB), C-terminal oligomerisation domain InterPro:IPR009073 HSC20, C-terminal oligomerisation" /inference="protein motif:superfamily:SSF49464 Carboxypeptidase D, a regulatory domain InterPro:IPR008969 Carboxypeptidase regulatory region" /inference="protein motif:superfamily:SSF49899 Concanavalin A-like lectins/glucanases InterPro:IPR008985 Concanavalin A-like lectin/glucanase" /inference="protein motif:superfamily:SSF49899 InterPro:IPR008985 Concanavalin A-like lectin/glucanase" /inference="protein motif:superfamily:SSF50969 YVTN repeat-like/Quinoprotein amine dehydrogenase InterPro:IPR011044 Quinoprotein amine dehydrogenase, beta chain-like" /note="3 probable transmembrane helices predicted by modhmm" /codon_start=1 /transl_table=11 /product="Hypothetical protein, S-layer-like related" /protein_id="ACS33484.1" /translation="MRKIIVVVWLLLLITSMLGIQTDFVNAGNSEKTIFFDDFESYSL GSYPSSNWILDYDGAGEEYQKIVSNPVKSGSKAFQMLSAQGCWAAVSEHKFNSDAEVI GFEADVWAESYGTEGCGGDKTSVIRVAFWNGGLDSWGRYYADVIFRHNGIAYAYSEGE EHQLTSWEPKRWYHVKVILNRKTNTYDVYIDGKLVADDIPVEHSDTENINAIVLTAGH ANTKVVFDNIRVFEVTSEPSEPSSSGTVDLSRGLVAYYSFDHCDARDDSGNGHDGEIY GNPKCIDGVLGKAFEFDGGSYVRITPSNELDDLSEFTISMLIRINEWWNDVHFGLIDF YNKNYDGGWGLEIFSSGERIQIYDYVPYRGFVRVPEEYTFKTGTWYFVTATYDGQNVT FYVNGKQIGTAKLTEKLTTPSDIYIGYNPSGGNEYNYGDFDEVRIYNRALSEEEVKAL YEQGVGKVVEYLTPEDLSLWKYYREVTIKEQSGQTLENFQVSIELNSSNFDFSKAKPD GSDVRIVDESDNFLPYWIEEWNLTAKRAKIWTIIPKIPANGEVKLRLYYGNPNAQSRS DGEKVFEFFDDFTVWSGWLDYENGSVKWDISKFGFSVLKKQKEGYCGINGGYKDIGRT LNYPTILVAKIYRDYIECGDADRIGLLNENYEGYGIAFSHAWDALLWDKLSLNSKVKT VQEILADSPELWSKWYLAEISWNYGKLNFKILDPESYQVIASGTVNDNEYSGFSKIYV YGGEPFYIDWIFVRKYAPKDPVAIVGNEKSTTSETSASLTVTSNPSGAKVYVNGTYRG TTPVGLVLPPGKYSIRISKDGYREYTTTVTLSPGEHRMISATLTSAQGYLTVHTSPSG AKVYVDGKYIGTTPIENYQLSIGHHVVKLSKDGYISQEVGVLINPEETTKINRALVPE HATLTIESEPSGARVYINSVNRGKTPLSLNLSPGTYSVEVALEGYKPYKTSVSLNGGD KRTISATLTPLPASLTIVSSPAEAKVYIDGSYVGTTPIENHNLSSGEHSIKVEKENYE GYSITVTLKPGQKKTLNVTLIPEEGLLNVKSDTPNADVYVNGSYIATTPLSLRLAPGK YLVEVSKEGYRNYSKVVVLGPNGVVNLSAILVPEFGYVTINSDPSGATVIIDGQNVGR TPLEKYRMPVGTHTIVLRMDGYQDKEYSVSIKGGEETTLKFNLIPVQRTKSESTSESL TRSMESSTPTPSSTDEPSARAYGGIIPFHSGFPLIAIVLLLLGIGGIGLKFNQRRALK ASYLESINLIEEAEKSSFIDETRDILVKLQELRAELDDAYKKGNREKLSRIREEISQY ASTVKEIYSKYSTTKEEVINQITNILTMGSSPGAGASMGGKDREG" gene complement(934549..935166) /locus_tag="TGAM_0983" /note="tg0983" CDS complement(934549..935166) /locus_tag="TGAM_0983" /inference="protein motif:superfamily:SSF47226 Histidine-containing phosphotransfer domain, HPT domain InterPro:IPR008207 Hpt GO:Molecular Function:two-component sensor activity (GO:0000155), Biological Process:two-component signal transduction system (phosphorelay) (GO:0000160)" /codon_start=1 /transl_table=11 /product="Hypothetical protein" /protein_id="ACS33485.1" /translation="MSFFSRFFGRKNPLDIPLNKLNESRIKLEVQIQKIENEIASIDR EIARLFEQAKKARTKSEELTIATKIKTLNKRKQNLQKTHMQLNKQLMLVSNLAIIKEN EALLKGTPTWDLLRNMSPEELERHLAEMQLDAQNFNENLNQMLGMTDQTIGAGVEFEE DEELAEIMRTIHAVKEGELEPEIAAEKVTGEEREKKKEGEWLEEL" gene complement(935163..935774) /locus_tag="TGAM_0984" /note="tg0984" CDS complement(935163..935774) /locus_tag="TGAM_0984" /experiment="gene product confirmed by mass spectrometry" /codon_start=1 /transl_table=11 /product="Hypothetical protein" /protein_id="ACS33486.1" /translation="MEVFEMGIRDIFGRKNTVEKLSLRELQAEEIRLKNRLERLKKDL NQIEKKKKQLFQEGIGADKLKKKMLAQEIKSLDMEQKLKLKDFTMAQKQYTLVKNLII VKKYEKELRKVGLWEKLSKVEPEQLEQALIKINLDGKEFDEMVEGLNRVFEMEIAEFE EGEDETERELMKAWSQVEAGEADVEEVAEKVVSLDKDTEEEEL" gene complement(935802..936191) /locus_tag="TGAM_0985" /note="tg0985" CDS complement(935802..936191) /locus_tag="TGAM_0985" /inference="protein motif:COG:COG1708 Predicted nucleotidyltransferases; R General function prediction only" /inference="protein motif:HMMPfam:PF01909 NTP_transf_2 InterPro:IPR002934 DNA polymerase, beta-like region GO:Molecular Function:nucleotidyltransferase activity (GO:0016779)" /inference="protein motif:superfamily:SSF81301 Nucleotidyltransferase" /codon_start=1 /transl_table=11 /product="Nucleotidyltransferase" /protein_id="ACS33487.1" /translation="MLNVSEIKEKLKKALEKHPEVVFAYLHGSILETEHPRDVDVAVY VEGVGNPLEYELSLSVELERLVGKEVDVRILNDAPPAFRYRVVSRGEVILSRDEERRL NFVERTVEEYLDFEPLERAARRELLAG" gene complement(936175..936597) /locus_tag="TGAM_0986" /note="tg0986" CDS complement(936175..936597) /locus_tag="TGAM_0986" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:BlastProDom:PD012763 Q9V2Q4_PYRAB_Q9V2Q4; InterPro:IPR008202 Protein of unknown function DUF86, C-terminal" /inference="protein motif:CDD:COG2445, Uncharacterized conserved protein [Function unknown]" /inference="protein motif:CDD:DUF86, Protein of unknown function DUF86" /inference="protein motif:COG:COG2445 Uncharacterized conserved protein; S Function unknown" /inference="protein motif:HMMPfam:PF01934 DUF86 InterPro:IPR008201 Protein of unknown function DUF86" /inference="protein motif:superfamily:SSF81593 Nucleotidyltransferase substrate binding subunit/domain" /note="Belongs to DUF86 family" /codon_start=1 /transl_table=11 /product="Nucleotidyltransferase substrate binding subunit, putative" /protein_id="ACS33488.1" /translation="MEIDRELVERRLAEIKGALVELGEIVRAGKEEFLSNSLLRNAAK YLLITAIEGAFSVCNHISVRMGRVPKSYADCFKTLAELGVVEKDLAERLARMARFRNV LVHRYWRIDDELVFEIMKKDTRDLEEFVRAVGEYVKRQ" gene complement(936608..938443) /locus_tag="TGAM_0987" /note="tg0987" CDS complement(936608..938443) /locus_tag="TGAM_0987" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:Gene3D:G3D.1.20.120.20 no description InterPro:IPR013326 Apolipoprotein/apolipophorin" /inference="protein motif:superfamily:SSF51645 Malate synthase G InterPro:IPR011076 Malate synthase-like" /codon_start=1 /transl_table=11 /product="Hypothetical protein" /protein_id="ACS33489.1" /translation="MVEMGLFDEGRTDCVKELLRPAERVLKEGLDVAAEDFERRERLW RQIKENYDRYLDGECGGFLRDLDAHFRAKFEGALAILAWSFKQNGELYQPASRRYSDR ELEALERVLSYNVFEIYTKDDVMRMIMHRDTNILNLLRDYYRGVDKWIDDFLKDPTVK LALRGFLKTKWDSYKGKVNAALSEAIARFDWMRDYLLMEDERTEAVEKAYRHQVENLR KQMEEMRRNFEREREELERRLRTARDEEIERLKREKEELRRQFEEEKARLIEEISRMK DEEARRMLEEELSRMQEEMTASVRAMEEEIHRKELELRQKEMELRRKELELKAKEDEI SRRIREVMELAGKVEKGSRFVKVDEAKMMEMNFAGRMLAKFKDEVKLLGRTFKVEAVE ERATFDKERYEGKLSERDIKNLPDNTEVVVRLREKKLLGKKEEIIVRARFYGRPERYA DVGFDTDPLELADINALLVDAKREAKNGRIVLLVASPTGFERRITNYINSNEFHRNFI SENVSLALLDLESGELIYNPHDEYARAFEPMLRLERDEELLARVKEFLEGRILERGYV RLEEAVEHFAEDLVKRAFHELRNEKGYLTKFIEGVGYVLVKEGFL" gene complement(938436..938960) /locus_tag="TGAM_0988" /note="tg0988" CDS complement(938436..938960) /locus_tag="TGAM_0988" /inference="protein motif:BlastProDom:PD191405 Y429_CHLTR_O84436; InterPro:IPR005361 Protein of unknown function UPF0158 GO:Molecular Function:molecular function unknown (GO:0005554)" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein" /protein_id="ACS33490.1" /translation="MVRMGYILFVAYDNDAERKRIDYLLDKWSSRATVKKPRGMVFYL ETDDAQGFLEELFSRLEGNAEEKVEVYEAREVRKTVKARRRRLEYTIDEEAKVVERFI DYLLSKMNATQVESSGEEKTYSVYTRKGRGTIRLRVRNGGRTFVFFEIEGYGEVVDLL ADRIDEEMKLFAGG" gene complement(939271..942537) /locus_tag="TGAM_0989" /note="tg0989" CDS complement(939271..942537) /locus_tag="TGAM_0989" /EC_number="2.7.11.1" /inference="protein motif:BlastProDom:PD000001 Q8U321_PYRFU_Q8U321; InterPro:IPR000719 Protein kinase GO:Molecular Function:protein kinase activity (GO:0004672), Molecular Function:ATP binding (GO:0005524), Biological Process:protein amino acid phosphorylation (GO:0006468)" /inference="protein motif:CDD:Pkinase, Protein kinase domain" /inference="protein motif:CDD:S_TKc, Serine/Threonine protein kinases, catalytic domain" /inference="protein motif:CDD:S_TKc, Serine/Threonine protein kinases, catalytic domain; Phosphotransferases" /inference="protein motif:CDD:SPS1, Serine/threonine protein kinase [General function prediction only / Signal transduction mechanisms / Transcription / DNA replication, recombination, and repair]" /inference="protein motif:CDD:TyrKc, Tyrosine kinase, catalytic domain" /inference="protein motif:CDD:TyrKc, Tyrosine kinase, catalytic domain; Phosphotransferases" /inference="protein motif:COG:COG0515 Serine/threonine protein kinase; R General function prediction only" /inference="protein motif:Gene3D:G3D.1.10.510.10 no description" /inference="protein motif:Gene3D:G3D.1.25.40.10 no description InterPro:IPR011990 Tetratricopeptide-like helical GO:Molecular Function:binding (GO:0005488)" /inference="protein motif:Gene3D:G3D.2.90.10.10 no description" /inference="protein motif:HMMPanther:PTHR11295 SERINE/THREONINE KINASE" /inference="protein motif:HMMPfam:PF00069 Pkinase InterPro:IPR000719 Protein kinase GO:Molecular Function:protein kinase activity (GO:0004672), Molecular Function:ATP binding (GO:0005524), Biological Process:protein amino acid phosphorylation (GO:0006468)" /inference="protein motif:HMMSmart:SM00220 no description InterPro:IPR002290 Serine/threonine protein kinase GO:Molecular Function:protein serine/threonine kinase activity (GO:0004674), Molecular Function:ATP binding (GO:0005524), Biological Process:protein amino acid phosphorylation (GO:0006468)" /inference="protein motif:ProfileScan:PS50011 PROTEIN_KINASE_DOM InterPro:IPR000719 Protein kinase GO:Molecular Function:protein kinase activity (GO:0004672), Molecular Function:ATP binding (GO:0005524), Biological Process:protein amino acid phosphorylation (GO:0006468)" /inference="protein motif:ScanRegExp:PS00107 PROTEIN_KINASE_ATP InterPro:IPR000719 Protein kinase GO:Molecular Function:protein kinase activity (GO:0004672), Molecular Function:ATP binding (GO:0005524), Biological Process:protein amino acid phosphorylation (GO:0006468)" /inference="protein motif:ScanRegExp:PS00108 PROTEIN_KINASE_ST InterPro:IPR008271 Serine/threonine protein kinase, active site GO:Molecular Function:protein serine/threonine kinase activity (GO:0004674), Biological Process:protein amino acid phosphorylation (GO:0006468)" /inference="protein motif:superfamily:SSF49309 InterPro:IPR008958 Transglutaminase, C-terminal" /inference="protein motif:superfamily:SSF50998 Quinoprotein alcohol dehydrogenase-like InterPro:IPR011047 Quinonprotein alcohol dehydrogenase-like" /inference="protein motif:superfamily:SSF56112 Protein kinase-like (PK-like) InterPro:IPR011009 Protein kinase-like" /note="1 probable transmembrane helix predicted by modhmm" /codon_start=1 /transl_table=11 /product="Serine/threonine protein kinase" /protein_id="ACS33491.1" /translation="MGSPAVKADDGGPWWVKSYGGKDYDVASAVAVAENGDVIVTGSF TMRLDASGNVIWAKNVGGNAVAIAENGDVIVAGYTWSFGAGKSDAWVLRLDENGNVKW QKTYGGSERDYATAVAIADNGDVIVAGYTRSFGAGSRDVWVLRLDENGNVKWQKTYGG SYWEEANAVAVAENGDVIVAGYTESFGAGDDDFWVLRLPSDGNLPGCEFCNDSNAQVE NTNAQVESTNAEVHDTNAEIHDTNAQIQDTNAEVKTQYYKKASSGINPLYIAAVIGLL LVGGIAAKAKGGKPKPQKPAPKENDLERLLTGAETLDPIEKAIALAEALPMAGKTSPE KEAEIRANLTSTLDEAEGLLLAMAGERPEEALENLNRLKKALSRAGMEKRARRIEENL ILKLENQLKEITAKIESLAAQGRVGEAKGKYRKALRIANSHPSLREELNNAVNSVISK FLEEGDALASSGQYDRAVSTYLKAMPLAELLGKEKEVRERIDRVKAQKEIARNLEKLS ELISKAKELIERRSYGEAVSVINEAMVLAPALGRAEEVESLLDSLRTRMDNLVSQGDG ALEENDLTRAQKLYTEALEIAQAIGEGEEAIRERLSKLEEKRKLELLRESVRITVPEE MLHKAENEVSIIVTNKFSDPLGLTVDLSENTDYFELSEERVEFPRIRPGKTIGESVTV KPRFLGDFDFTVKVESEKGSLSHTFPVRVSRTARVSARTPTPLTSTPILNPVEALQEL YSDFQYIGEGGFARVYKAKRKDGRVIALKIPKTLDPAIGRAFVREITNWLHLKHPNIV ELYDVNVLPVPYLEMEYCESSLAKLRKPLPVDEASLIVFNIAEGLKYAHSKKIVHRDL KPSNVLLKNGLPKISDWGLSKVLEESMSATTTTSFTPFYAAPEQIDKKFGHTDERTDI WQLGVIFYELVTGRLPFEGSLSQVMMGILRDDPVPPGQINPEAKEVEPIIMKMLAKRK EERYQSVEELQRDLARVLNMTYSEGLRKSKTLGDRRRAAYYLTELLLINLKTNNAGEA YKYASDLAFYVGGELKDEVRRLADQIKFRLEEGLEIPPELVEKAEIIVHRVRVGFEKP " gene 942781..944076 /locus_tag="TGAM_0990" /note="tg0990" CDS 942781..944076 /locus_tag="TGAM_0990" /inference="protein motif:CDD:COG1373, Predicted ATPase (AAA+ superfamily) [General function prediction only]" /inference="protein motif:COG:COG1373 Predicted ATPase (AAA+ superfamily); R General function prediction only" /inference="protein motif:Gene3D:G3D.3.40.50.300 no description" /inference="protein motif:HMMSmart:SM00382 no description InterPro:IPR003593 AAA ATPase GO:Molecular Function:nucleotide binding (GO:0000166), Molecular Function:nucleoside-triphosphatase activity (GO:0017111)" /inference="protein motif:superfamily:SSF46785 'Winged helix' DNA-binding domain" /inference="protein motif:superfamily:SSF52540 P-loop containing nucleoside triphosphate hydrolases" /codon_start=1 /transl_table=11 /product="ATPase of the AAA superfamily, putative" /protein_id="ACS33492.1" /translation="MSNDNRYLFINPCRTTFRKVYKSRGVRDPMVDLEEYNPWWVHEE DPDVEEWRDLEYRYVPSWINDLSLEPFSVNFLVGPRRVGKTLGVKLLIKELLRERENP YEIFYFDCTMLDDQNDLSAVLREYLKLRDAKGIKGSLIFLDEVTSVRNWWKAIIDLIN RRKLRNDVVTVMGSVSVNLDRAVGRFAGRRGNGRVLEVMPLGFRDYYKLVTGVEDYFD GKGQDAFESYLQTGGYAAYLNRRIRKGDIVGSLKADLRSLEKEKDPEIAREILGAIIS KAPSPLSYREIGEEAGVNRDTVRSYVSVLSELKVLLEIPFSQWGKEVVPKKNRKFAIR DPLMARAFAEWSRVRIEDSVLYEWVVQEHLYRKFREVYYFRTGEYEIDAVVPGMRVEV KSGKRGGRYPKDVIVLGGREVPRFLYGIDYSPVIEYENV" gene complement(944083..945249) /locus_tag="TGAM_0991" /note="tg0991" CDS complement(944083..945249) /locus_tag="TGAM_0991" /inference="protein motif:CDD:COG0012, Predicted GTPase, probable translation factor [Translation, ribosomal structure and biogenesis]" /inference="protein motif:CDD:COG1084, Predicted GTPase [General function prediction only]" /inference="protein motif:CDD:DRG, Predicted GTPase [General function prediction only]" /inference="protein motif:CDD:DRG, The developmentally regulated GTP-binding protein (DRG) subfamily is an uncharacterized member of the Obg family, an evolutionary branch of GTPase superfamily proteins" /inference="protein motif:CDD:Era, Era subfamily" /inference="protein motif:CDD:Era_like, Era (E" /inference="protein motif:CDD:GTP1_OBG, GTP1/OBG family" /inference="protein motif:CDD:HflX, GTPases [General function prediction only]" /inference="protein motif:CDD:HflX, HflX subfamily" /inference="protein motif:CDD:NOG, NOG1 is a nucleolar GTP-binding protein present in eukaryotes ranging from trypanosomes to humans" /inference="protein motif:CDD:Obg, Obg subfamily" /inference="protein motif:CDD:Obg, Predicted GTPase [General function prediction only]" /inference="protein motif:CDD:Obg_like, The Obg-like subfamily consists of five well-delimited, ancient subfamilies, namely Obg, DRG, YyaF/YchF, Ygr210, and NOG1" /inference="protein motif:CDD:TGS, TGS domain" /inference="protein motif:CDD:YchF, YchF subfamily" /inference="protein motif:CDD:Ygr210, Ygr210 subfamily" /inference="protein motif:COG:COG1163 Predicted GTPase; R General function prediction only" /inference="protein motif:FPrintScan:PR00326 GTP1OBG InterPro:IPR006073 GTP1/OBG GO:Molecular Function:GTP binding (GO:0005525)" /inference="protein motif:Gene3D:G3D.3.10.20.30 no description InterPro:IPR012675 2Fe-2S Ferredoxin-like fold GO:Molecular Function:electron transporter activity (GO:0005489), Molecular Function:iron ion binding (GO:0005506), Biological Process:electron transport (GO:0006118)" /inference="protein motif:Gene3D:G3D.3.40.50.300 no description" /inference="protein motif:HMMPanther:PTHR11702 GTP-BINDING PROTEIN-RELATED" /inference="protein motif:HMMPanther:PTHR11702:SF22 GTP-BINDING PROTEIN" /inference="protein motif:HMMPfam:PF01926 MMR_HSR1 InterPro:IPR002917 GTP-binding protein, HSR1-related GO:Molecular Function:GTP binding (GO:0005525), Cellular Component:intracellular (GO:0005622)" /inference="protein motif:HMMPfam:PF02824 TGS InterPro:IPR004095 TGS" /inference="protein motif:HMMTigr:TIGR00231 small_GTP:small GTP-binding protein domain InterPro:IPR005225 Small GTP-binding protein domain GO:Molecular Function:GTP binding (GO:0005525)" /inference="protein motif:superfamily:SSF52540 P-loop containing nucleoside triphosphate hydrolases" /note="Contains 1 GTP1/OBG domain and 1 TGS domain" /codon_start=1 /transl_table=11 /product="GTP-binding protein" /protein_id="ACS33493.1" /translation="MPTNVTAEYLAAEEEYRNAKTIPEKIRALEKMYATVPKHKGTEK LRLQIKRRLAELRKELEKQRQMRKSGGGPSMAVRKEGAAQIVLAGLPNVGKSSLLRAL TNVDVDVADYAFTTVKPIPGMMHHKDVQIQLVEVPGLVEGAALGKGMGPQLLSVVRNA DAIAIVVDLSQDPIRQMEVLLREFERAGIKVNKRRPRVEIKRTAMGGIVINGQENIKG DIQEVMKMLREERIHSAEITVKEPVTLEEFADAIDESLVWRRAIIIANKGDAPGSREN YERLVKAYGDRFKIIPISAKKGINLEKLKDELYDLAGIIRVFTKSPGEEPAYPPVALK KGSTVMDLAERIHKDFAKNFRYARVWGKSVKFPGQRVGADHVLEDGDIVEIHAR" gene 945302..945826 /locus_tag="TGAM_0992" /note="tg0992" CDS 945302..945826 /locus_tag="TGAM_0992" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:AsnC_trans_reg, AsnC family" /inference="protein motif:CDD:HTH_ASNC, helix_turn_helix ASNC type; AsnC:an autogenously regulated activator of asparagine synthetase A transcription in Escherichia coli)" /inference="protein motif:CDD:Lrp, Transcriptional regulators [Transcription]" /inference="protein motif:COG:COG1522 Transcriptional regulators; K Transcription" /inference="protein motif:FPrintScan:PR00033 HTHASNC InterPro:IPR000485 Bacterial regulatory proteins, AsnC/Lrp GO:Molecular Function:transcription factor activity (GO:0003700), Cellular Component:intracellular (GO:0005622), Biological Process:regulation of transcription, DNA-dependent (GO:0006355), Molecular Function:sequence-specific DNA binding (GO:0043565)" /inference="protein motif:Gene3D:G3D.1.10.10.10 no description InterPro:IPR011991 Winged helix repressor DNA-binding" /inference="protein motif:HMMPanther:PTHR10277 HOMOCITRATE SYNTHASE-RELATED" /inference="protein motif:HMMPanther:PTHR10277:SF13 2-ISOPROPYLMALATE SYNTHASE-RELATED" /inference="protein motif:HMMPfam:PF01022 HTH_5 InterPro:IPR001845 Bacterial regulatory protein, ArsR GO:Molecular Function:transcription factor activity (GO:0003700), Cellular Component:intracellular (GO:0005622), Biological Process:regulation of transcription, DNA-dependent (GO:0006355)" /inference="protein motif:HMMPfam:PF01037 AsnC_trans_reg InterPro:IPR000485 Bacterial regulatory proteins, AsnC/Lrp GO:Molecular Function:transcription factor activity (GO:0003700), Cellular Component:intracellular (GO:0005622), Biological Process:regulation of transcription, DNA-dependent (GO:0006355), Molecular Function:sequence-specific DNA binding (GO:0043565)" /inference="protein motif:HMMSmart:SM00344 no description InterPro:IPR000485 Bacterial regulatory proteins, AsnC/Lrp GO:Molecular Function:transcription factor activity (GO:0003700), Cellular Component:intracellular (GO:0005622), Biological Process:regulation of transcription, DNA-dependent (GO:0006355), Molecular Function:sequence-specific DNA binding (GO:0043565)" /inference="protein motif:ProfileScan:PS50956 HTH_ASNC_2 InterPro:IPR000485 Bacterial regulatory proteins, AsnC/Lrp GO:Molecular Function:transcription factor activity (GO:0003700), Cellular Component:intracellular (GO:0005622), Biological Process:regulation of transcription, DNA-dependent (GO:0006355), Molecular Function:sequence-specific DNA binding (GO:0043565)" /inference="protein motif:superfamily:SSF46785 'Winged helix' DNA-binding domain" /inference="protein motif:superfamily:SSF54909 Dimeric alpha+beta barrel InterPro:IPR011008 Dimeric alpha-beta barrel" /note="1 probable transmembrane helix predicted by modhmm" /codon_start=1 /transl_table=11 /product="Transcription regulator, Lrp-AsnC family" /protein_id="ACS33494.1" /translation="MMIGNFIYPFENFLGVVPMRGRMDEIDRKILMILQKNSRSSLRE ISKEVGLAESTVYERIKKMRERGIIRRFTVLLNPEALGLGMLAFVLIKTKAGMYAKVA EELSKYPKIVEVYETTGDYDMIVKIRARDSDELNRFLDAIGDIEGVESTHTMVVLKVH KESSELPIEEPTIF" gene complement(945780..945980) /gene="hgcF" /locus_tag="TGAM_r024" /note="tg_HgcFRNA" ncRNA complement(945780..945980) /ncRNA_class="other" /gene="hgcF" /locus_tag="TGAM_r024" /product="Non coding HgcF RNA" /note="Klein,R.J., Misulovin,Z. and Eddy,S.R. Noncoding RNA genes identified in AT-rich hyperthermophiles Proc. Natl. Acad. Sci. U.S.A. 99 (11), 7542-7547 (2002)" gene 946151..946483 /locus_tag="TGAM_0993" /note="tg0993" CDS 946151..946483 /locus_tag="TGAM_0993" /inference="protein motif:BlastProDom:PD006327 Q48400_KLEOX_Q48400; InterPro:IPR011571 Transcriptional regulator winged helix GO:Molecular Function:phenylalanine-tRNA ligase activity (GO:0004826), Molecular Function:ATP binding (GO:0005524), Biological Process:protein biosynthesis (GO:0006412)" /inference="protein motif:CDD:COG5625, Predicted transcription regulator containing HTH domain [Transcription]" /inference="protein motif:COG:COG5625 Predicted transcription regulator containing HTH domain; K Transcription" /inference="protein motif:Gene3D:G3D.1.10.10.10 no description InterPro:IPR011991 Winged helix repressor DNA-binding" /inference="protein motif:HMMPfam:PF01978 TrmB InterPro:IPR002831 Transcriptional regulator TrmB" /inference="protein motif:superfamily:SSF46785 'Winged helix' DNA-binding domain" /codon_start=1 /transl_table=11 /product="Transcription regulator, HTH/TrmB family" /protein_id="ACS33495.1" /translation="MVARDEVYEKLEGLLRSLGFKKTELRVYKLLLEKKRPMRITEIQ RELGLSERSVREHVLNLYRKGVLKRTLIEQGWLGYVYTAASPKELIERIKESIIQRIN EIEKEISD" gene complement(946480..948186) /locus_tag="TGAM_0994" /note="tg0994" CDS complement(946480..948186) /locus_tag="TGAM_0994" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:Iap, Predicted aminopeptidases [General function prediction only]" /inference="protein motif:CDD:Peptidase_M28, Peptidase family M28" /inference="protein motif:COG:COG2234 Predicted aminopeptidases; R General function prediction only" /inference="protein motif:Gene3D:G3D.3.40.630.10 no description" /inference="protein motif:HMMPfam:PF04389 Peptidase_M28 InterPro:IPR007484 Peptidase M28 GO:Biological Process:proteolysis (GO:0006508), Molecular Function:peptidase activity (GO:0008233)" /inference="protein motif:superfamily:SSF53187 Zn-dependent exopeptidases" /codon_start=1 /transl_table=11 /product="M28 family peptidase, Zn-dependent" /protein_id="ACS33496.1" /translation="MGIMPFLRESEVLSSERILHDIVEISQFHRIQGSKELVEAVRYI EEELSAWGVSSRLIREKYDGESWYLTLRSPIAWDLVGAEIEFDGHRLNSSRTPLVAMA HSPPGEGEGEVLPIIREEDWERAEGKVVLVGENWRKAYRRANESGAAAFLAYRRGTGS AVPYIGLFLSKDDLKWARIPALAVPETWAEEAIRKHLSGKSPKVKFRVEVEVRERETL PILYAEIGEPPYILFTAHICHPRPGANDNASGSAMLMELARVLSRVWNGSFRFGFAFL WIPEYYGTQAFVKEHARMEDYYAVINLDMVGGSVDRSGSTVMVVRTPLSNFSVLSGII EASLSLANMRGGKSFSGSPMPLLPVKAYPYEMGSDHDVFNFFGVPAVMPITWPDRFYH SSEDSPEKVSRATLDVIGRGVLSAVLFLARGEKNDLQRVSRGYAMKYLGELAMETETE VAERLVMNGLARDSRFLGIDLGHSFEEKPWLKWSARGRISVEFIRGRNTSLAEEFEKL TEDRRVITHLHELVMLGEKLPEEKAYKALREEYSDINEEKLERLERLVGILLETGIVE GT" gene complement(948190..948636) /locus_tag="TGAM_0995" /note="tg0995" CDS complement(948190..948636) /locus_tag="TGAM_0995" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein" /protein_id="ACS33497.1" /translation="MGKSENNGKAEIKKLLQEAYEFGYFIGYRGHSEWISWVRDRKEE LYRRAKELGVYELIKSAYNRGKVEGSNRRQEEINLGLIEKGKLTEEKVKPRVEMRRAE ERTGEGKGLEVEFARFLQTTRLVLPPEFLDTLKHLEIPRMLKLGEE" gene complement(948646..949353) /locus_tag="TGAM_0996" /note="tg0996" CDS complement(948646..949353) /locus_tag="TGAM_0996" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:KaiC, KaiC is a circadian clock protein primarily found in cyanobacteria KaiC is a RecA-like ATPase, having both Walker A and Walker B motifs" /inference="protein motif:CDD:RAD55, RecA-superfamily ATPases implicated in signal transduction [Signal transduction mechanisms]" /inference="protein motif:COG:COG0467 RecA-superfamily ATPases implicated in signal transduction; T Signal transduction mechanisms" /inference="protein motif:FPrintScan:PR00142 RECA InterPro:IPR001553 RecA bacterial DNA recombination GO:Molecular Function:DNA binding (GO:0003677), Molecular Function:ATP binding (GO:0005524), Biological Process:DNA metabolism (GO:0006259), Molecular Function:DNA-dependent ATPase activity (GO:0008094)" /inference="protein motif:Gene3D:G3D.3.40.50.300 no description" /inference="protein motif:HMMPanther:PTHR13682 GLUTAMINE SYNTHETASE/DNA REPAIR PROTEIN-RELATED" /inference="protein motif:HMMPanther:PTHR13682:SF11 DNA REPAIR PROTEIN RAD51 [ARCHAEA]" /inference="protein motif:ProfileScan:PS50162 RECA_2 InterPro:IPR001553 RecA bacterial DNA recombination GO:Molecular Function:DNA binding (GO:0003677), Molecular Function:ATP binding (GO:0005524), Biological Process:DNA metabolism (GO:0006259), Molecular Function:DNA-dependent ATPase activity (GO:0008094)" /inference="protein motif:ProfileScan:PS51146 KAIC InterPro:IPR010624 Circadian clock protein KaiC" /inference="protein motif:superfamily:SSF52540 P-loop containing nucleoside triphosphate hydrolases" /note="Contains 1 RecA_2 (PS50162) domain, 1 P_Loop (SSF52540) domain and 2 RecA (PR00142) domains" /codon_start=1 /transl_table=11 /product="RecA family AAA ATPase" /protein_id="ACS33498.1" /translation="MGEILKSLDRVPSGVPGLDDIIGGGFLPGRVYLITGPPGSGKTT MGVQFLVEGARNGEKGVFVSLVEDPRIILQDMLRYNFGLLGYTKSKMITFHDLGRILL RAEYRLTWNELFNSILQIISEEGIKRAVIDSFTSMEHLVKDPENKRWALGRFIRALQE LETTTLITSEMLQGERYTDEHYLVDGVLVIHHFMRNYQMIRAMQVLKMRGVPHDSNLK RIRFTDEGIKVYNEAPF" gene 949456..950088 /gene="serB" /locus_tag="TGAM_0997" /note="tg0997" CDS 949456..950088 /gene="serB" /locus_tag="TGAM_0997" /EC_number="3.1.3.3" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:Hydrolase, haloacid dehalogenase-like hydrolase" /inference="protein motif:CDD:SerB, Phosphoserine phosphatase [Amino acid transport and metabolism]" /inference="protein motif:COG:COG0560 Phosphoserine phosphatase; E Amino acid transport and metabolism" /inference="protein motif:Gene3D:G3D.3.40.50.1000 no description" /inference="protein motif:HMMPanther:PTHR10000 PHOSPHOSERINE PHOSPHATASE" /inference="protein motif:HMMPfam:PF00702 Hydrolase InterPro:IPR005834 Haloacid dehalogenase-like hydrolase GO:Molecular Function:catalytic activity (GO:0003824), Biological Process:metabolism (GO:0008152)" /inference="protein motif:HMMTigr:TIGR01488 HAD-SF-IB:HAD-superfamily hydrolase, InterPro:IPR006383 HAD-superfamily hydrolase subfamily IB, PSPase-like GO:Biological Process:metabolism (GO:0008152), Molecular Function:phosphoric monoester hydrolase activity (GO:0016791)" /inference="protein motif:HMMTigr:TIGR01491 HAD-SF-IB-PSPlk:Phosphoserine phosph InterPro:IPR006386 HAD-superfamily, subfamily-IB PSPase-like hydrolase, archaeal" /inference="protein motif:superfamily:SSF56784 HAD-like" /codon_start=1 /transl_table=11 /product="Phosphoserine phosphatase-like hydrolase, archaeal (serB)" /protein_id="ACS33499.1" /translation="MSVRLIAFDLEGTLVKSVSGWVELHKRFGTWEKGKEYAEMFFRG EIDYPTWADLDASLWRGRRREEIMEWVESVEYMDGAFELIEFLREKDFKIAILSSGLM CLAEKVGKELGVDYVFANELEFDEEGRITGKVTPHVDFEGKGTILRRLKEELKPELTV AVGDGYNDLAMFREADVSIAINPHEGVEGDHVVESLHEVREIIEGLLEEE" gene complement(950235..951458) /gene="pilD" /locus_tag="TGAM_0998" /note="tg0998" CDS complement(950235..951458) /gene="pilD" /locus_tag="TGAM_0998" /EC_number="3.4.23.43" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:Arc_PepC, Archaeal Peptidase A24 C-terminal Domain" /inference="protein motif:COG:COG1989 Type II secretory pathway, prepilin signal peptidase PulO and related peptidases; N Cell motility" /inference="protein motif:HMMPfam:PF01478 Peptidase_A24 InterPro:IPR000045 Peptidase A24A, prepilin type IV GO:Biological Process:proteolysis (GO:0006508), Molecular Function:cysteine-type peptidase activity (GO:0008234), Cellular Component:membrane (GO:0016020)" /inference="protein motif:HMMPfam:PF06819 Arc_PepC InterPro:IPR009639 Archaeal Peptidase A24 C-terminal" /note="7 probable transmembrane helices predicted by modhmm" /codon_start=1 /transl_table=11 /product="Archaeal peptidase A24A, prepilin type IV leader peptidase (pilD)" /protein_id="ACS33500.1" /translation="MDPLTILILLVGSFMGILTSYTDLKTGFIFDNHVFPLLALVERL RGLEEEEEVPLNPVLTKIPVPAVEAGILIYLYLGLKSGNPLVALAGIIGFFVGLVLGL ILYYAGAWASGDVLVLAGFSALLPYPLHYARVVAPYEVRYPLYPIAVLFNSILAVFPF LFAYALGVLIARKKTKKLRQVLFEKANLSVEVALWLMAGVAVSVLLQRAGWTLPAPVR YLLTIVTILIFGKYRRVGDGIGLASLAYLTYLLGLDAAYGFLKLAVVLYLFKVFFSVV RVLREEALVEEVTVEELGEWDILGETIYIENGEVRRERSGFFELLVRAIKEGDLSVLT SPVRGEVIASPTAEGLSREQIEKLKALVEEGKIENRFLRKKAMPFAPSIFIGFLIAFF WGDVFWWLVLKTAGL" gene 951706..952044 /locus_tag="TGAM_0999" /note="tg0999" CDS 951706..952044 /locus_tag="TGAM_0999" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:COG4043, Uncharacterized conserved protein [Function unknown]" /inference="protein motif:CDD:ProFAR-like, ProFAR isomerase-like" /inference="protein motif:COG:COG4043 Uncharacterized conserved protein; S Function unknown" /inference="protein motif:HMMPfam:PF07060 DUF1530 InterPro:IPR010759 ProFAR isomerase-like" /note="Contains 1 ProFAR isomerase associated domain" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein" /protein_id="ACS33501.1" /translation="MKVYRLFVRDEYLDFIKSGEKRIEVRVAYPQLRRIQPGDKLIFN DSIPAVVTEVKRYETFRQVLREEPIKKIFPDEPSFERAVKRFHNLYPKWKENRYGVIA IKFKLVGEER" gene 952041..952610 /locus_tag="TGAM_1000" /note="tg1000" CDS 952041..952610 /locus_tag="TGAM_1000" /inference="protein motif:CDD:COG2411, Uncharacterized conserved protein [Function unknown]" /inference="protein motif:CDD:DUF437, Protein of unknown function (DUF437)" /inference="protein motif:COG:COG2411 Uncharacterized conserved protein; S Function unknown" /inference="protein motif:HMMPfam:PF04266 DUF437 InterPro:IPR007374 Protein of unknown function DUF437" /inference="protein motif:superfamily:SSF51735 NAD(P)-binding Rossmann-fold domains" /note="Belongs to DUF437 family" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein" /protein_id="ACS33502.1" /translation="MKHLEFDGRYAEAILKGKKRATVRLGRRPNLREGDTVLIHAGGY ALGKAVIERVESKTVKELTDEDAFLDGFSSREELIEALKEHYKYVNDDSKAHVVVFRL VEKFDKPVMSSDYAYEGNLPVEIAEKALKYLDLPEEDRKLIELFLKTGSLRKAAYRLG GLNKRYLIRDALRRAYEELKKKGIMGSKV" gene complement(952607..953275) /locus_tag="TGAM_1001" /note="tg1001" CDS complement(952607..953275) /locus_tag="TGAM_1001" /experiment="gene product confirmed by mass spectrometry" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein" /protein_id="ACS33503.1" /translation="MGISPHLHGRTPHPAKGEAGQRVSLFGSLRDSPVSRYRGSLHKY TETPPSGSAGLDRAWREDEPRDILDHSSYPADFDLLCRPLAHASFLRVIQMKYVRDFK DKGLSTLGDSLINFIYSLALSEFTGRPTGGRVPNSSLAIAIERAKLRHLVPPRTDKHG KGDIAEAIIAYAWLEGAFTIEEAVEVLRANFTEDVLHPYRSKEALGVALGELLRLIGK RLSL" gene complement(952999..954066) /locus_tag="TGAM_1002" /note="tg1002" CDS complement(952999..954066) /locus_tag="TGAM_1002" /inference="protein motif:HMMPanther:PTHR12468 FAMILY NOT NAMED InterPro:IPR007315 Mannosyltransferase, PIG-V" /inference="protein motif:HMMPanther:PTHR12468:SF3 SUBFAMILY NOT NAMED" /note="8 probable transmembrane helices predicted by modhmm" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein" /protein_id="ACS33504.1" /translation="MRDNLLKSFPLVLFMRVKLSDSQKKFIILIVAIVVSKLVLLAGA DFEIEKFCMRWDGEHFIKIADEGYYDIHELAFGPLFPATIRLLSLLGIETWLAAFIIV NLLSVVPPLIVFRRWGLKPALFLALNPAYVLFTTAPYSEAMALSLALLAYDLREKRPE LSGIFLGLAVLAKYTMGLLIFAFLLDGKRIRFLIPFSAFGLVLLLFFNSVGGSPWVYF DIEKQWDAKMRGPVAQIKWMMDSWFTNQPWRIRDFHLRGIHWVVHSWAFLLTYTAGLL ILLKEKRVKEFLFSAPFVILQYLVTGVPSISTPRLLLPAVPAWTVLGEKMNRVIFSII ALILLISTYYVGLWHMQAFFG" gene complement(954056..954343) /gene="rpoL" /locus_tag="TGAM_1003" /note="tg1003" CDS complement(954056..954343) /gene="rpoL" /locus_tag="TGAM_1003" /EC_number="2.7.7.6" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:RPB11, DNA-directed RNA polymerase, subunit L [Transcription]" /inference="protein motif:COG:COG1761 DNA-directed RNA polymerase, subunit L; K Transcription" /inference="protein motif:Gene3D:G3D.3.30.70.530 no description" /inference="protein motif:HMMPanther:PTHR13946 DNA-DIRECTED RNA POLYMERASE I,II,III" /inference="protein motif:HMMPfam:PF01193 RNA_pol_L InterPro:IPR011261 RNA polymerase, dimerisation GO:Molecular Function:DNA-directed RNA polymerase activity (GO:0003899), Biological Process:transcription (GO:0006350), Molecular Function:protein dimerization activity (GO:0046983)" /inference="protein motif:ScanRegExp:PS01154 RNA_POL_L_13KD InterPro:IPR008193 DNA-directed RNA polymerase, 13 to 16 kDa subunit GO:Molecular Function:DNA binding (GO:0003677), Molecular Function:DNA-directed RNA polymerase activity (GO:0003899), Biological Process:transcription (GO:0006350)" /inference="protein motif:superfamily:SSF55257 RBP11-like subunits of RNA polymerase InterPro:IPR009025 RNA polymerase, RBP11-like GO:Molecular Function:DNA binding (GO:0003677), Molecular Function:DNA-directed RNA polymerase activity (GO:0003899), Biological Process:transcription (GO:0006350)" /codon_start=1 /transl_table=11 /product="DNA-directed RNA polymerase subunit L (rpoL)" /protein_id="ACS33505.1" /translation="MRIEVIKREGNTFEFYLEGEDHTFANLLVETLHEDKHVKFAAYS IDHPILMARKPRFKIVTDGKESPEEALEKAAQRVFDRARAVLEAWKSAIEG" gene complement(954333..954968) /locus_tag="TGAM_1004" /note="tg1004" CDS complement(954333..954968) /locus_tag="TGAM_1004" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:COG3286, Uncharacterized protein conserved in archaea [Function unknown]" /inference="protein motif:COG:COG3286 Uncharacterized protein conserved in archaea; S Function unknown" /inference="protein motif:superfamily:SSF52540 P-loop containing nucleoside triphosphate hydrolases" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein" /protein_id="ACS33506.1" /translation="MRAKRVITIHVRDDREKEEFMKELQRLSLPAFIYVHGKLDSIKV NVQGTKEEIREAIAKIRAIHNRVRAKLYPDRRGLYHYSPDDVFREAGTSVSLPIILKT LELLGERAEVDEAKGELVTSLPWDEIVELVRRLGLTLSEIALQTTRQIREVVLPVSVA FDMDPQEVLELLVDLGLAEWKEDKFKYELVKNKEQALEEVLKRLRGDADED" gene complement(954969..955556) /locus_tag="TGAM_1005" /note="tg1005" CDS complement(954969..955556) /locus_tag="TGAM_1005" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:COG1096, Predicted RNA-binding protein (consists of S1 domain and a Zn-ribbon domain) [Translation, ribosomal structure and biogenesis]" /inference="protein motif:COG:COG1096 Predicted RNA-binding protein (consists of S1 domain and a Zn-ribbon domain); J Translation, ribosomal structure and biogenesis" /inference="protein motif:Gene3D:G3D.2.40.50.140 no description InterPro:IPR012340 Nucleic acid-binding, OB-fold, subgroup" /inference="protein motif:HMMPanther:PTHR12686 3'-5' EXORIBONUCLEASE CSL4-RELATED" /inference="protein motif:HMMPanther:PTHR12686:SF5 3-5 EXORIBONUCLEASE CSL4-RELATED" /inference="protein motif:HMMSmart:SM00316 no description InterPro:IPR003029 RNA binding S1 GO:Molecular Function:RNA binding (GO:0003723)" /inference="protein motif:ProfileScan:PS50126 S1 InterPro:IPR003029 RNA binding S1 GO:Molecular Function:RNA binding (GO:0003723)" /inference="protein motif:superfamily:SSF50249 Nucleic acid-binding proteins InterPro:IPR008994 Nucleic acid-binding, OB-fold GO:Molecular Function:nucleic acid binding (GO:0003676)" /codon_start=1 /transl_table=11 /product="RNA-binding protein, containing S1 RNA binding domain" /protein_id="ACS33507.1" /translation="MEAKKPAKEGELVLPGDYLGVIEEYLPGEGVKEENGNLIATRAG RVKINREKMEISVEPVTDTPPLPEVGDTVLAQVLEVKPQVVIVQLLRIEGKGSREIAT SKLAGIHVSQVKNGFVEDMSREFKVGDIVRARVISNEKSPIQLTTRAPDLGVVYAFCS RCRTPLIRRGDKLICPKCGNVETRKLSTLYRKMVI" gene 955645..956286 /locus_tag="TGAM_1006" /note="tg1006" CDS 955645..956286 /locus_tag="TGAM_1006" /inference="protein motif:CDD:DUF432, Protein of unknown function (DUF432)" /inference="protein motif:COG:COG2430 Uncharacterized conserved protein; S Function unknown" /inference="protein motif:HMMPfam:PF04254 DUF432 InterPro:IPR007366 Protein of unknown function DUF432" /note="Belongs to DUF432 family; 1 probable transmembrane helix predicted by modhmm" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein" /protein_id="ACS33508.1" /translation="MFGSYELKTQFIKVPGTKIHLLEEGEFVRYRRGDVTRTIKKSSG GRIILLPAPAVGYGVGLLMIRLKSPLVVPPGEKVEGYVSAPVELDVLVGGLSIDRFSL TREKYALYGTIEAGAIARYWVSEFSEKEPESVCVVKLSVVNASTEWKAIDKVVFPIKG STMYYREGRAYYPLITVKLGNGFPEINNTGMAPEDDLVRVGSVKTLPNFIMRW" gene 956283..957413 /locus_tag="TGAM_1007" /note="tg1007" CDS 956283..957413 /locus_tag="TGAM_1007" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:COG3264, Small-conductance mechanosensitive channel [Cell envelope biogenesis, outer membrane]" /inference="protein motif:CDD:MS_channel, Mechanosensitive ion channel" /inference="protein motif:CDD:MscS, Small-conductance mechanosensitive channel [Cell envelope biogenesis, outer membrane]" /inference="protein motif:COG:COG0668 Small-conductance mechanosensitive channel; M Cell wall/membrane/envelope biogenesis" /inference="protein motif:superfamily:SSF50182 Sm-like ribonucleoproteins InterPro:IPR010920 Like-Sm ribonucleoprotein-related, core" /inference="protein motif:superfamily:SSF82689 Mechanosensitive channel protein MscS (YggB), C-terminal domain InterPro:IPR011066 MscS mechanosensitive ion channel, C-terminal" /inference="protein motif:superfamily:SSF82861 Mechanosensitive channel protein MscS (YggB), transmembrane region InterPro:IPR011014 MscS Mechanosensitive ion channel, transmembrane" /note="4 probable transmembrane helices predicted by modhmm" /codon_start=1 /transl_table=11 /product="Small conductance mechanosensitive channel (MscS)" /protein_id="ACS33509.1" /translation="MTVFSNLSNATNITISLGPTKITIGLWSVFEAALILLLGFVVAR LLRHHIVELSSSVKHVWIINEDTAKTVHNMVVLIALFYALKVLGLLDYKVGGSSVSEI LSALVVFYSVYVLAKKSKDYLIMHAAPSELPEVQIKAKILYYTLITIAFFIALNIAGL TGRLTTIIAAAGITGIVLGFASQTVIANFISGLFLYSDKPLEIGQAIRLEVEGNVVEG VVEDIRILSTRIRQWDGTLVRVPNEKLFNSNIINLQKFPVRRVDIVVGIAYKEDTSRA IDVIRRTLDEMPLVLAEPEPWIYVTELGDSSVNLSVRAWVPSDKWFDVRTEIVERIKR ALDDAGIEIPFPQRVNWFPEPIRIKLEDSDSSNTFIRGGEKF" gene 957446..959326 /gene="thrS" /locus_tag="TGAM_1008" /note="tg1008" CDS 957446..959326 /gene="thrS" /locus_tag="TGAM_1008" /EC_number="6.1.1.3" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:Gly_His_Pro_Ser_Thr_tRS_core, Gly_His_Pro_Ser_Thr_tRNA synthetase class II core domain" /inference="protein motif:CDD:GRS1, Glycyl-tRNA synthetase (class II) [Translation, ribosomal structure and biogenesis]" /inference="protein motif:CDD:HGTP_anticodon, Anticodon binding domain" /inference="protein motif:CDD:HGTP_anticodon, HGTP anticodon binding domain, as found at the C-terminus of histidyl, glycyl, threonyl and prolyl tRNA synthetases, which are classified as a group of class II aminoacyl-tRNA synthetases (aaRS)" /inference="protein motif:CDD:HisRS_anticodon, HisRS Histidyl-anticodon binding domain" /inference="protein motif:CDD:HisS, Histidyl-tRNA synthetase [Translation, ribosomal structure and biogenesis]" /inference="protein motif:CDD:ProS, Prolyl-tRNA synthetase [Translation, ribosomal structure and biogenesis]" /inference="protein motif:CDD:ThrRS_anticodon, ThrRS Threonyl-anticodon binding domain" /inference="protein motif:CDD:ThrRS_core, Threonyl-tRNA synthetase (ThrRS) class II core catalytic domain" /inference="protein motif:CDD:ThrS, Threonyl-tRNA synthetase [Translation, ribosomal structure and biogenesis]" /inference="protein motif:CDD:tRNA-synt_2b, tRNA synthetase class II core domain (G, H, P, S and T)" /inference="protein motif:COG:COG0441 Threonyl-tRNA synthetase; J Translation, ribosomal structure and biogenesis" /inference="protein motif:FPrintScan:PR01047 TRNASYNTHTHR InterPro:IPR002320 Threonyl-tRNA synthetase, class IIa GO:Molecular Function:threonine-tRNA ligase activity (GO:0004829), Molecular Function:ATP binding (GO:0005524), Biological Process:threonyl-tRNA aminoacylation (GO:0006435)" /inference="protein motif:Gene3D:G3D.3.30.930.10 no description" /inference="protein motif:Gene3D:G3D.3.40.50.800 no description" /inference="protein motif:HMMPanther:PTHR11451 AMINO ACID-TRNA SYNTHETASE" /inference="protein motif:HMMPanther:PTHR11451:SF4 THREONYL-TRNA SYNTHETASE InterPro:IPR002320 Threonyl-tRNA synthetase, class IIa GO:Molecular Function:threonine-tRNA ligase activity (GO:0004829), Molecular Function:ATP binding (GO:0005524), Biological Process:threonyl-tRNA aminoacylation (GO:0006435)" /inference="protein motif:HMMPfam:PF00587 tRNA-synt_2b InterPro:IPR002314 tRNA synthetase, class II (G, H, P and S) GO:Molecular Function:aminoacyl-tRNA ligase activity (GO:0004812), Molecular Function:ATP binding (GO:0005524), Biological Process:tRNA aminoacylation for protein translation (GO:0006418)" /inference="protein motif:HMMPfam:PF03129 HGTP_anticodon InterPro:IPR004154 Anticodon-binding GO:Molecular Function:aminoacyl-tRNA ligase activity (GO:0004812), Molecular Function:ATP binding (GO:0005524), Biological Process:protein biosynthesis (GO:0006412)" /inference="protein motif:HMMTigr:TIGR00418 thrS:threonyl-tRNA synthetase InterPro:IPR002320 Threonyl-tRNA synthetase, class IIa GO:Molecular Function:threonine-tRNA ligase activity (GO:0004829), Molecular Function:ATP binding (GO:0005524), Biological Process:threonyl-tRNA aminoacylation (GO:0006435)" /inference="protein motif:ProfileScan:PS50862 AA_TRNA_LIGASE_II InterPro:IPR006195 Aminoacyl-transfer RNA synthetase, class II GO:Molecular Function:aminoacyl-tRNA ligase activity (GO:0004812), Molecular Function:ATP binding (GO:0005524), Biological Process:tRNA aminoacylation for protein translation (GO:0006418)" /inference="protein motif:superfamily:SSF52954 Anticodon-binding domain of Class II aaRS" /inference="protein motif:superfamily:SSF55681 Class II aaRS and biotin synthetases" /codon_start=1 /transl_table=11 /product="Threonyl-tRNA synthetase (thrS)" /protein_id="ACS33510.1" /translation="MRMLLIHADYLEYEVRDKALKNPEPISDEQRKGRLDEVLAVFIS VEKVDEANPEEVVGKAVAEIEDVAKQVKAERIFVYPFAHLSSELAKPDVALEVLKKIE EKLKEKGYEVKRAPFGYYKAFKLSCKGHPLAELSRTIVPEEGVSKEERNIALEKEEKE LVSYWYILTPEGELIEVDKFDFTGHENLRKFVNYEIAKNRIADREPPHVRLMLEHELV DYEPGSDAGNLRYYPKGRLIKGLLEQYVTEKVVEYGAMEVETPIMYDFEHPALEKYLN RFPARQYIVKSGDKKFFLRFAACFGQFLIKKDAIISYRNLPLRMYELTRYSFRREKSG ELSGLRRLRAFTMPDMHTVAKDLKQAMDEFKKQYKLSMEVLRGVGLTPDDYEVAIRFT HDFWEANKDFIVELAKIIGKPVLIEMWDQRFFYFILKFEFNFVDNLDKAAALSTVQID VENAERFGITYYDEEGKERYPLILHCSPSGAIERVMYAILEKQAKLQAQGKKPMFPLW LSPIQVRVIPVSDDVLDYALYVAGKLEGAKIRVDVDDTNDRLNKKIRKAEKEWVPYII VVGKNEKEQNTVTVRRREDGKQVEMQLEDLIREIRQKTEGFPYKPRPLPLLLSRRPKF RG" gene complement(959316..960074) /locus_tag="TGAM_1009" /note="tg1009" CDS complement(959316..960074) /locus_tag="TGAM_1009" /experiment="gene product confirmed by mass spectrometry" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein" /protein_id="ACS33511.1" /translation="MAGDYEEEFPVDQFMKNFIPGSILAIIYETYSNVWELPFVMAKE FVERDWAVVITNYIRPVEYLLRDLKLTGLNAEESLNEDRLFIIDVFGSRYGLRNDKKN VFYLDSVDPETLNPKILRIYQDKIIPKLQGKRLLRIVYPLHGVTQIAGEEATVKMFGQ LMAQYSKLQVESFMVLPLNKDTVSKSFTAWIVELSDYVLLSKVFIGRNQIEEHLYFLK APLRDFKPEEYLLIKTGKTGRERFGIRKIKGFSP" gene complement(960161..960772) /locus_tag="TGAM_1010" /note="tg1010" CDS complement(960161..960772) /locus_tag="TGAM_1010" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein" /protein_id="ACS33512.1" /translation="MKFRGRAFGSTARIEFDIMTLGELRVDDIRDFDVDSLRLEFRPT SSGIKIVGIWEGPVERAGEGIKKALEESAKLRERIMNRIKAKTASIRSTMLQMGFKEE VVGYGNALRFIKRVGEYEIVVVVSTTDNVVRVEVYGNEGKILGPEIQSVFGDVEVEEL EVYDLEDERDERLVINLEIPKDDERPDRRIAEAIKIIENMLMT" gene complement(960937..961602) /locus_tag="TGAM_1011" /note="tg1011" CDS complement(960937..961602) /locus_tag="TGAM_1011" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:BlastProDom:PD000001 Q8U3J3_PYRFU_Q8U3J3; InterPro:IPR000719 Protein kinase GO:Molecular Function:protein kinase activity (GO:0004672), Molecular Function:ATP binding (GO:0005524), Biological Process:protein amino acid phosphorylation (GO:0006468)" /inference="protein motif:CDD:COG3642, Mn2+-dependent serine/threonine protein kinase [Signal transduction mechanisms]" /inference="protein motif:CDD:Pkinase, Protein kinase domain" /inference="protein motif:CDD:RIO, RIO-like kinase" /inference="protein motif:CDD:RIO1, RIO1 family" /inference="protein motif:CDD:RIO1, Serine/threonine protein kinase involved in cell cycle control [Signal transduction mechanisms / Cell division and chromosome partitioning]" /inference="protein motif:CDD:S_TKc, Serine/Threonine protein kinases, catalytic domain" /inference="protein motif:CDD:S_TKc, Serine/Threonine protein kinases, catalytic domain; Phosphotransferases" /inference="protein motif:CDD:SPS1, Serine/threonine protein kinase [General function prediction only / Signal transduction mechanisms / Transcription / DNA replication, recombination, and repair]" /inference="protein motif:COG:COG3642 Mn2+-dependent serine/threonine protein kinase; T Signal transduction mechanisms" /inference="protein motif:Gene3D:G3D.1.10.510.10 no description" /inference="protein motif:HMMPanther:PTHR12209 O-SIALOGLYCOPROTEIN ENDOPEPTIDASE" /inference="protein motif:HMMPfam:PF00069 Pkinase InterPro:IPR000719 Protein kinase GO:Molecular Function:protein kinase activity (GO:0004672), Molecular Function:ATP binding (GO:0005524), Biological Process:protein amino acid phosphorylation (GO:0006468)" /inference="protein motif:HMMSmart:SM00220 no description InterPro:IPR002290 Serine/threonine protein kinase GO:Molecular Function:protein serine/threonine kinase activity (GO:0004674), Molecular Function:ATP binding (GO:0005524), Biological Process:protein amino acid phosphorylation (GO:0006468)" /inference="protein motif:ProfileScan:PS50011 PROTEIN_KINASE_DOM InterPro:IPR000719 Protein kinase GO:Molecular Function:protein kinase activity (GO:0004672), Molecular Function:ATP binding (GO:0005524), Biological Process:protein amino acid phosphorylation (GO:0006468)" /inference="protein motif:ScanRegExp:PS00109 PROTEIN_KINASE_TYR InterPro:IPR008266 Tyrosine protein kinase, active site GO:Molecular Function:protein-tyrosine kinase activity (GO:0004713), Molecular Function:ATP binding (GO:0005524), Biological Process:protein amino acid phosphorylation (GO:0006468)" /inference="protein motif:superfamily:SSF56112 Protein kinase-like (PK-like) InterPro:IPR011009 Protein kinase-like" /codon_start=1 /transl_table=11 /product="Serine/threonine protein kinase, RIO1 family" /protein_id="ACS33513.1" /translation="MKLIAQGAEAKIYEGTFEEVFGVDLLKEKVIVKHRVPKRYRIRE IDVKLRKERTVREARILHRAKAFGVNCPHVYEVNLRDMTIVMEFIEGKRLKEHLEEVP MEERLNLCREIGKQVARLHKAGIVHGDLTTSNMILREGKVYLIDFGLADFDSTLEARG VDLHLLKRAMESTHYTWFGEGFKAVLEGYAEVLGDETRKEIEEKIEEIESRGRYRERS WTG" gene 961780..963423 /gene="thsA-2" /locus_tag="TGAM_1012" /note="tg1012" CDS 961780..963423 /gene="thsA-2" /locus_tag="TGAM_1012" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:COG:COG0459 Chaperonin GroEL (HSP60 family); O Posttranslational modification, protein turnover, chaperones" /inference="protein motif:FPrintScan:PR00298 CHAPERONIN60 InterPro:IPR001844 Chaperonin Cpn60 GO:Molecular Function:protein binding (GO:0005515), Molecular Function:ATP binding (GO:0005524), Biological Process:cellular protein metabolism (GO:0044267)" /inference="protein motif:FPrintScan:PR00304 TCOMPLEXTCP1 InterPro:IPR002423 Chaperonin Cpn60/TCP-1 GO:Molecular Function:protein binding (GO:0005515), Molecular Function:ATP binding (GO:0005524), Biological Process:cellular protein metabolism (GO:0044267)" /inference="protein motif:Gene3D:G3D.1.10.560.10 no description" /inference="protein motif:HMMPanther:PTHR11353 T-COMPLEX PROTEIN 1-RELATED InterPro:IPR002423 Chaperonin Cpn60/TCP-1 GO:Molecular Function:protein binding (GO:0005515), Molecular Function:ATP binding (GO:0005524), Biological Process:cellular protein metabolism (GO:0044267)" /inference="protein motif:HMMPanther:PTHR11353:SF2 T-COMPLEX PROTEIN 1-RELATED" /inference="protein motif:HMMPfam:PF00118 Cpn60_TCP1 InterPro:IPR002423 Chaperonin Cpn60/TCP-1 GO:Molecular Function:protein binding (GO:0005515), Molecular Function:ATP binding (GO:0005524), Biological Process:cellular protein metabolism (GO:0044267)" /inference="protein motif:HMMTigr:TIGR02339 thermosome_arch:thermosome, various InterPro:IPR012714 Thermosome, archaeal" /inference="protein motif:ScanRegExp:PS00750 TCP1_1 InterPro:IPR002194 Chaperonin TCP-1" /inference="protein motif:ScanRegExp:PS00751 TCP1_2 InterPro:IPR002194 Chaperonin TCP-1" /inference="protein motif:ScanRegExp:PS00995 TCP1_3 InterPro:IPR002194 Chaperonin TCP-1" /inference="protein motif:superfamily:SSF48592 GroEL equatorial domain-like InterPro:IPR008950 GroEL-like chaperone, ATPase GO:Molecular Function:ATP binding (GO:0005524), Biological Process:protein folding (GO:0006457), Molecular Function:unfolded protein binding (GO:0051082)" /codon_start=1 /transl_table=11 /product="Thermosome alpha subunit (Thermosome subunit 1) (Chaperonin alpha subunit) (thsA)" /protein_id="ACS33514.1" /translation="MSMSGQPVVILPEGTQRYVGKDAQRLNILAARIIAETVRTTLGP KGMDKMLVDSLGDIVVTNDGATILDKIDLQHPAAKMMVEVAKTQDKEAGDGTTTAVVI AGELLKKAEELLDQNIHPSIIVKGYTMAAEKSQEILDEIAITVDPDDEETLLKIAGTS ITGKSAEAHRELLAKLAVEAVRQVAEKEDGKYKVDIDNIKIEKKPGESVEESELIRGV VIDKEVVHPRMPKRVENAKIALIGDALEVKKTETDAKINITSPDQLFDFIEQEEKMLK EMVEAIAKTGANVVFVQKGIDDLAQHYLAKYGIMAVRRVKKSDMEKLAKATGAKIVTN VKDLTPEDLGEAELVEQRKVAGENMIFVEGCKNPKAVTILIRGGTEHVVDEVERALED AIKVVKDVMEDSAILPAGGAPEIELSIRLDEFAKQVGGKEALAIEAFAEALKIIPKTL AENAGLDPVDVMVKVISEHKNKGLGIGIDVFEGKPADMLEKGVIAPLRVTKQAIKSAS EAAIMILRIDDVIAAKPSKSEGSQGGGMPGGMGGMDMGM" gene 963495..964370 /gene="htpX" /locus_tag="TGAM_1013" /note="tg1013" CDS 963495..964370 /gene="htpX" /locus_tag="TGAM_1013" /EC_number="3.4.24.-" /inference="protein motif:CDD:HtpX, Zn-dependent protease with chaperone function [Posttranslational modification, protein turnover, chaperones]" /inference="protein motif:CDD:Peptidase_M48, Peptidase family M48" /inference="protein motif:COG:COG0501 Zn-dependent protease with chaperone function; O Posttranslational modification, protein turnover, chaperones" /inference="protein motif:HMMPanther:PTHR10120 ZINC METALLOPROTEINASE, CAAX PRENYL PROTEASE - RELATED" /inference="protein motif:HMMPfam:PF01435 Peptidase_M48 InterPro:IPR001915 Peptidase M48, Ste24p GO:Molecular Function:metalloendopeptidase activity (GO:0004222), Biological Process:proteolysis (GO:0006508), Cellular Component:membrane (GO:0016020)" /inference="protein motif:superfamily:SSF55486 Metalloproteases ('zincins'), catalytic domain" /note="4 probable transmembrane helices predicted by modhmm" /codon_start=1 /transl_table=11 /product="Heat shock protein/ Zn-dependent protease with chaperone function, M48 family (htpX)" /protein_id="ACS33515.1" /translation="MGLEMWLRTGLLMAILTGLLMGIGYLFGGPQIAFIMFLFAMLFN FITYWYSDRIVLSWYNARIVDEMEAPELYAIVRSLAERAGLPTPRVAIIPTETPNAFA TGRDPKHAVVAVTQGLLRILNRDELEGVIGHELTHIKNRDILIGTVAAAMAGAIMQLA YWARWIAIFGSYDDRDDGGNVLAAILVAVLAPIAAMLIQAAISRSREFLADEGGARIS GKPWALASALMKIEQAVRYRPMREGNPATAHMFIVNPFRGMSIAELFSTHPPTEKRIE RLRKIAEEMGYVPNF" gene complement(964436..965503) /gene="fbpC" /locus_tag="TGAM_1014" /gene_synonym="afuC-1" /note="tg1014" CDS complement(964436..965503) /gene="fbpC" /locus_tag="TGAM_1014" /gene_synonym="afuC-1" /EC_number="3.6.3.30" /inference="protein motif:BlastProDom:PD000006 Q8RGI3_FUSNN_Q8RGI3; InterPro:IPR003439 ABC transporter related GO:Molecular Function:ATP binding (GO:0005524), Molecular Function:ATPase activity (GO:0016887)" /inference="protein motif:CDD:ABC_ATPase, ABC (ATP-binding cassette) transporter nucleotide-binding domain" /inference="protein motif:CDD:ABC_BcrA_bacitracin_resist, The BcrA subfamily represents ABC transporters involved in peptide antibiotic resistance" /inference="protein motif:CDD:ABC_Carb_Monos_I, This family represents the domain I of the carbohydrate uptake proteins that transport only monosaccharides (Monos)" /inference="protein motif:CDD:ABC_Carb_Monos_II, This family represents domain II of the carbohydrate uptake proteins that transport only monosaccharides (Monos)" /inference="protein motif:CDD:ABC_Carb_Solutes_like, ABC Carbohydrate and Solute Transporters-like subgroup" /inference="protein motif:CDD:ABC_CcmA_heme_exporter, CcmA, the ATP-binding component of the bacterial CcmAB transporter" /inference="protein motif:CDD:ABC_Class3, This class is comprised of all BPD (Binding Protein Dependent) systems that are largely represented in archaea and eubacteria and are primarily involved in scavenging solutes from the environment" /inference="protein motif:CDD:ABC_cobalt_CbiO_domain1, Domain I of the ABC component of a cobalt transport family found in bacteria, archaea, and eukaryota" /inference="protein motif:CDD:ABC_cobalt_CbiO_domain2, Domain II of the ABC component of a cobalt transport family found in bacteria, archaea, and eukaryota" /inference="protein motif:CDD:ABC_CysA_sulfate_importer, Part of the ABC transporter complex cysAWTP involved in sulfate import" /inference="protein motif:CDD:ABC_DR_subfamily_A, This family of ATP-binding proteins belongs to a multisubunit transporter involved in drug resistance (BcrA and DrrA), nodulation, lipid transport, and lantibiotic immunity" /inference="protein motif:CDD:ABC_DrrA, DrrA is the ATP-binding protein component of a bacterial exporter complex that confers resistance to the antibiotics daunorubicin and doxorubicin" /inference="protein motif:CDD:ABC_drug_resistance_like, ABC-type multidrug transport system, ATPase component" /inference="protein motif:CDD:ABC_FeS_Assembly, ABC-type transport system involved in Fe-S cluster assembly, ATPase component" /inference="protein motif:CDD:ABC_FtsE_transporter, FtsE is a hydrophilic nucleotide-binding protein that binds FtsX to form a heterodimeric ATP-binding cassette (ABC)-type transporter that associates with the bacterial inner membrane" /inference="protein motif:CDD:ABC_HisP_GlnQ_permeases, HisP and GlnQ are the ATP-binding components of the bacterial periplasmic histidine and glutamine permeases, repectively" /inference="protein motif:CDD:ABC_Iron-Siderophores_B12_Hemin, ABC transporters, involved in the uptake of siderophores, heme, and vitamin B12, are widely conserved in bacteria and archaea" /inference="protein motif:CDD:ABC_KpsT_Wzt, ABC_KpsT_Wzt The KpsT/Wzt ABC transporter subfamily is involved in extracellular polysaccharide export" /inference="protein motif:CDD:ABC_MalK_N, The N-terminal ATPase domain of the maltose transporter, MalK" /inference="protein motif:CDD:ABC_Metallic_Cations, ABC component of the metal-type transporters" /inference="protein motif:CDD:ABC_MetN_methionine_transporter, MetN (also known as YusC) is an ABC-type transporter encoded by metN of the metNPQ operon in Bacillus subtilis that is involved in methionine transport" /inference="protein motif:CDD:ABC_MJ0796_Lo1CDE_FtsE, This family is comprised of MJ0796 ATP-binding cassette, macrolide-specific ABC-type efflux carrier (MacAB), and proteins involved in cell division (FtsE), and release of liporoteins from the cytoplasmic membrane (LolCDE)" /inference="protein motif:CDD:ABC_Mj1267_LivG_branched, The Mj1267/LivG ABC transporter subfamily is involved in the transport of the hydrophobic amino acids leucine, isoleucine and valine" /inference="protein motif:CDD:ABC_ModC_like, Archeal protein closely related to ModC" /inference="protein motif:CDD:ABC_ModC_molybdenum_transporter, ModC is an ABC-type transporter and the ATPase component of a molybdate transport system that also includes the periplasmic binding protein ModA and the membrane protein ModB" /inference="protein motif:CDD:ABC_MTABC3_MDL1_MDL2, MTABC3 (also known as ABCB6) is a mitochondrial ATP-binding cassette protein involved in iron homeostasis and one of four ABC transporters expressed in the mitochondrial inner membrane, the other three being MDL1(ABC7), MDL2, and ATM1" /inference="protein motif:CDD:ABC_NatA_like, Similar in sequence to NatA, this is the ATPase component of a bacterial ABC-type Na+ transport system called NatAB, which catalyzes ATP-dependent electrogenic Na+ extrusion without mechanically coupled to proton or K+ uptake" /inference="protein motif:CDD:ABC_NatA_sodium_exporter, NatA is the ATPase component of a bacterial ABC-type Na+ transport system called NatAB, which catalyzes ATP-dependent electrogenic Na+ extrusion without mechanically coupled proton or K+ uptake" /inference="protein motif:CDD:ABC_NikE_OppD_transporters, The ABC transporter subfamily specific for the transport of dipeptides, oligopeptides (OppD), and nickel (NikDE)" /inference="protein motif:CDD:ABC_NrtD_SsuB_transporters, NrtD and SsuB are the ATP-binding subunits of the bacterial ABC-type nitrate and sulfonate transport systems, respectively" /inference="protein motif:CDD:ABC_OpuCA_Osmoprotection, OpuCA is a the ATP binding component of a bacterial solute transporter that serves a protective role to cells growing in a hyperosmolar environment" /inference="protein motif:CDD:ABC_Org_Solvent_Resistant, ABC (ATP-binding cassette) transport system involved in resistant to organic solvents" /inference="protein motif:CDD:ABC_PDR_domain1, The pleiotropic drug resistance (PDR) family of ATP-binding cassette (ABC) transporters" /inference="protein motif:CDD:ABC_PhnC_transporter, ABC-type phosphate/phosphonate transport system" /inference="protein motif:CDD:ABC_PotA_N, PotA is an ABC-type transporter and the ATPase component of the spermidine/putrescine-preferential uptake system consisting of PotA, -B, -C, and -D" /inference="protein motif:CDD:ABC_Pro_Gly_Bertaine, This family comprises the glycine betaine/L-proline ATP binding subunit in bacteria and its equivalents in archaea" /inference="protein motif:CDD:ABC_PstB_phosphate_transporter, Phosphate uptake is of fundamental importance in the cell physiology of bacteria because phosphate is required as a nutrient" /inference="protein motif:CDD:ABC_putative_ATPase, This subfamily is involved in drug resistance, nodulation, lipid transport, and bacteriocin and lantibiotic immunity" /inference="protein motif:CDD:ABC_Rad50, The catalytic domains of Rad50 are similar to the ATP-binding cassette of ABC transporters, but are not associated with membrane-spanning domains" /inference="protein motif:CDD:ABC_RNaseL_inhibitor, The ABC ATPase RNase L inhibitor (RLI) is a key enzyme in ribosomal biogenesis, formation of translation preinitiation complexes, and assembly of HIV capsids" /inference="protein motif:CDD:ABC_RNaseL_inhibitor_domain1, The ATPase domain 1 of RNase L inhibitor" /inference="protein motif:CDD:ABC_RNaseL_inhibitor_domain2, The ATPase domain 2 of RNase L inhibitor" /inference="protein motif:CDD:ABC_subfamily_A, The ABCA subfamily mediates the transport of a variety of lipid compounds" /inference="protein motif:CDD:ABC_ThiQ_thiamine_transporter, ABC-type thiamine tranport system" /inference="protein motif:CDD:ABC_TM1139_LivF_branched, LivF (TM1139) is part of the LIV-I bacterial ABC-type two-component transport system that imports neutral, branched-chain amino acids" /inference="protein motif:CDD:ABC_tran, ABC transporter" /inference="protein motif:CDD:ABC_YhbG, The ABC transporters belonging to the YhbG family are similar to members of the Mj1267_LivG family, which is involved in the transport of branched-chain amino acids" /inference="protein motif:CDD:AbcC, ABC-type metal ion transport system, ATPase component [Inorganic ion transport and metabolism]" /inference="protein motif:CDD:ABCC_ATM1_transporter, ATM1 is an ABC transporter that is expressed in the mitochondria" /inference="protein motif:CDD:ABCC_bacteriocin_exporters, ABC-type bacteriocin exporters" /inference="protein motif:CDD:ABCC_CFTR1, The CFTR subfamily domain 1" /inference="protein motif:CDD:ABCC_cytochrome_bd, The CYD subfamily implicated in cytochrome bd biogenesis" /inference="protein motif:CDD:ABCC_Glucan_exporter_like, Glucan exporter ATP-binding protein" /inference="protein motif:CDD:ABCC_Hemolysin, The ABC-transporter hemolysin B is a central component of the secretion machinery that translocates the toxin, hemolysin A, in a Sec-independent fashion across both membranes of E" /inference="protein motif:CDD:ABCC_MRP_domain1, Domain 1 of the ABC subfamily C" /inference="protein motif:CDD:ABCC_MRP_domain2, Domain 2 of the ABC subfamily C" /inference="protein motif:CDD:ABCC_MRP_Like, The MRP (Mutidrug Resistance Protein)-like transporters are involved in drug, peptide, and lipid export" /inference="protein motif:CDD:ABCC_MsbA, MsbA is an essential ABC transporter, closely related to eukaryotic MDR proteins" /inference="protein motif:CDD:ABCC_NFT1, Domain 2 of NFT1 (New full-length MRP-type transporter 1)" /inference="protein motif:CDD:ABCC_Protease_Secretion, This family represents the ABC component of the protease secretion system PrtD, a 60-kDa integral membrane protein sharing 37% identity with HlyB, the ABC component of the alpha-hemolysin secretion pathway, in the C-terminal domain" /inference="protein motif:CDD:ABCC_SUR1_N, The SUR domain 1" /inference="protein motif:CDD:ABCC_TAP, TAP, the Transporter Associated with Antigen Processing" /inference="protein motif:CDD:ABCD_peroxisomal_ALDP, Peroxisomal ATP-binding cassette transporter (Pat) is involved in the import of very long-chain fatty acids (VLCFA) into the peroxisome" /inference="protein motif:CDD:ABCF_EF-3, ABCF_EF-3 Elongation factor 3 (EF-3) is a cytosolic protein required by fungal ribosomes for in vitro protein synthesis and for in vivo growth" /inference="protein motif:CDD:ABCG_EPDR, ABCG transporters are involved in eye pigment (EP) precursor transport, regulation of lipid-trafficking mechanisms, and pleiotropic drug resistance (DR)" /inference="protein motif:CDD:ABCG_White, The White subfamily represents ABC transporters homologous to the Drosophila white gene, which acts as a dimeric importer for eye pigment precursors" /inference="protein motif:CDD:AppF, ABC-type oligopeptide transport system, ATPase component [Amino acid transport and metabolism]" /inference="protein motif:CDD:ArpD, ABC-type protease/lipase transport system, ATPase and permease components [General function prediction only]" /inference="protein motif:CDD:ArtP, ABC-type arginine transport system, ATPase component [Amino acid transport and metabolism]" /inference="protein motif:CDD:ATM1, ABC-type transport system involved in Fe-S cluster assembly, permease and ATPase components [Posttranslational modification, protein turnover, chaperones]" /inference="protein motif:CDD:BtuD, ABC-type cobalamin transport system, ATPase component [Coenzyme metabolism]" /inference="protein motif:CDD:CbiO, ABC-type cobalt transport system, ATPase component [Inorganic ion transport and metabolism]" /inference="protein motif:CDD:CcmA, ABC-type multidrug transport system, ATPase component [Defense mechanisms]" /inference="protein motif:CDD:CcmA, ABC-type transport system involved in cytochrome c biogenesis, ATPase component [Posttranslational modification, protein turnover, chaperones]" /inference="protein motif:CDD:CeuD, ABC-type enterochelin transport system, ATPase component [Inorganic ion transport and metabolism]" /inference="protein motif:CDD:COG1123, ATPase components of various ABC-type transport systems, contain duplicated ATPase [General function prediction only]" /inference="protein motif:CDD:COG1245, Predicted ATPase, RNase L inhibitor (RLI) homolog [General function prediction only]" /inference="protein motif:CDD:COG2401, ABC-type ATPase fused to a predicted acetyltransferase domain [General function prediction only]" /inference="protein motif:CDD:COG3638, ABC-type phosphate/phosphonate transport system, ATPase component [Inorganic ion transport and metabolism]" /inference="protein motif:CDD:COG3845, ABC-type uncharacterized transport systems, ATPase components [General function prediction only]" /inference="protein motif:CDD:COG4136, ABC-type uncharacterized transport system, ATPase component [General function prediction only]" /inference="protein motif:CDD:COG4152, ABC-type uncharacterized transport system, ATPase component [General function prediction only]" /inference="protein motif:CDD:COG4172, ABC-type uncharacterized transport system, duplicated ATPase component [General function prediction only]" /inference="protein motif:CDD:COG4178, ABC-type uncharacterized transport system, permease and ATPase components [General function prediction only]" /inference="protein motif:CDD:COG4181, Predicted ABC-type transport system involved in lysophospholipase L1 biosynthesis, ATPase component [Secondary metabolites biosynthesis, transport, and catabolism]" /inference="protein motif:CDD:COG4559, ABC-type hemin transport system, ATPase component [Inorganic ion transport and metabolism]" /inference="protein motif:CDD:COG4586, ABC-type uncharacterized transport system, ATPase component [General function prediction only]" /inference="protein motif:CDD:COG4619, ABC-type uncharacterized transport system, ATPase component [General function prediction only]" /inference="protein motif:CDD:COG4674, Uncharacterized ABC-type transport system, ATPase component [General function prediction only]" /inference="protein motif:CDD:CydC, ABC-type transport system involved in cytochrome bd biosynthesis, fused ATPase and permease components [Energy production and conversion / Posttranslational modification, protein turnover, chaperones]" /inference="protein motif:CDD:CydD, ABC-type transport system involved in cytochrome bd biosynthesis, ATPase and permease components [Energy production and conversion / Posttranslational modification, protein turnover, chaperones]" /inference="protein motif:CDD:CysA, ABC-type sulfate/molybdate transport systems, ATPase component [Inorganic ion transport and metabolism]" /inference="protein motif:CDD:DppD, ABC-type dipeptide/oligopeptide/nickel transport system, ATPase component [Amino acid transport and metabolism / Inorganic ion transport and metabolism]" /inference="protein motif:CDD:DppF, ABC-type dipeptide/oligopeptide/nickel transport system, ATPase component [Amino acid transport and metabolism / Inorganic ion transport and metabolism]" /inference="protein motif:CDD:FepC, ABC-type cobalamin/Fe3+-siderophores transport systems, ATPase components [Inorganic ion transport and metabolism / Coenzyme metabolism]" /inference="protein motif:CDD:FtsE, Predicted ATPase involved in cell division [Cell division and chromosome partitioning]" /inference="protein motif:CDD:GlnQ, ABC-type polar amino acid transport system, ATPase component [Amino acid transport and metabolism]" /inference="protein motif:CDD:HisP, ABC-type histidine transport system, ATPase component [Amino acid transport and metabolism]" /inference="protein motif:CDD:LivF, ABC-type branched-chain amino acid transport systems, ATPase component [Amino acid transport and metabolism]" /inference="protein motif:CDD:LivG, ABC-type branched-chain amino acid transport systems, ATPase component [Amino acid transport and metabolism]" /inference="protein motif:CDD:MalK, ABC-type sugar transport systems, ATPase components [Carbohydrate transport and metabolism]" /inference="protein motif:CDD:MdlB, ABC-type multidrug transport system, ATPase and permease components [Defense mechanisms]" /inference="protein motif:CDD:MglA, ABC-type sugar transport system, ATPase component [Carbohydrate transport and metabolism]" /inference="protein motif:CDD:ModC, ABC-type molybdate transport system, ATPase component [Inorganic ion transport and metabolism]" /inference="protein motif:CDD:ModF, ABC-type molybdenum transport system, ATPase component/photorepair protein PhrA [Inorganic ion transport and metabolism]" /inference="protein motif:CDD:NatA, ABC-type Na+ transport system, ATPase component [Energy production and conversion / Inorganic ion transport and metabolism]" /inference="protein motif:CDD:OpuBA, ABC-type proline/glycine betaine transport systems, ATPase components [Amino acid transport and metabolism]" /inference="protein motif:CDD:PhnK, ABC-type phosphonate transport system, ATPase component [Inorganic ion transport and metabolism]" /inference="protein motif:CDD:PhnK, ABC-type uncharacterized transport system, ATPase component [General function prediction only]" /inference="protein motif:CDD:PhnL, ABC-type phosphonate transport system, ATPase component [Inorganic ion transport and metabolism]" /inference="protein motif:CDD:PotA, ABC-type spermidine/putrescine transport systems, ATPase components [Amino acid transport and metabolism]" /inference="protein motif:CDD:ProV, ABC-type proline/glycine betaine transport system, ATPase component [Amino acid transport and metabolism]" /inference="protein motif:CDD:PstB, ABC-type phosphate transport system, ATPase component [Inorganic ion transport and metabolism]" /inference="protein motif:CDD:PvdE, ABC-type siderophore export system, fused ATPase and permease components [Secondary metabolites biosynthesis, transport, and catabolism / Inorganic ion transport and metabolism]" /inference="protein motif:CDD:SalX, ABC-type antimicrobial peptide transport system, ATPase component [Defense mechanisms]" /inference="protein motif:CDD:SapD, ABC-type antimicrobial peptide transport system, ATPase component [Defense mechanisms]" /inference="protein motif:CDD:SapF, ABC-type antimicrobial peptide transport system, ATPase component [Defense mechanisms]" /inference="protein motif:CDD:SufC, ABC-type transport system involved in Fe-S cluster assembly, ATPase component [Posttranslational modification, protein turnover, chaperones]" /inference="protein motif:CDD:SunT, ABC-type bacteriocin/lantibiotic exporters, contain an N-terminal double-glycine peptidase domain [Defense mechanisms]" /inference="protein motif:CDD:TagH, ABC-type polysaccharide/polyol phosphate transport system, ATPase component [Carbohydrate transport and metabolism / Cell envelope biogenesis, outer membrane]" /inference="protein motif:CDD:TauB, ABC-type nitrate/sulfonate/bicarbonate transport system, ATPase component [Inorganic ion transport and metabolism]" /inference="protein motif:CDD:TauB, ABC-type taurine transport system, ATPase component [Inorganic ion transport and metabolism]" /inference="protein motif:CDD:ThiQ, ABC-type thiamine transport system, ATPase component [Coenzyme metabolism]" /inference="protein motif:CDD:Ttg2A, ABC-type transport system involved in resistance to organic solvents, ATPase component [Secondary metabolites biosynthesis, transport, and catabolism]" /inference="protein motif:CDD:Uup, ATPase components of ABC transporters with duplicated ATPase domains [General function prediction only]" /inference="protein motif:CDD:YhbG, ABC-type (unclassified) transport system, ATPase component [General function prediction only]" /inference="protein motif:CDD:ZnuC, ABC-type Mn/Zn transport systems, ATPase component [Inorganic ion transport and metabolism]" /inference="protein motif:COG:COG3839 ABC-type sugar transport systems, ATPase components; G Carbohydrate transport and metabolism" /inference="protein motif:Gene3D:G3D.3.40.50.300 no description" /inference="protein motif:HMMPanther:PTHR19222 ATP-BINDING CASSETTE TRANSPORTER" /inference="protein motif:HMMPfam:PF00005 ABC_tran InterPro:IPR003439 ABC transporter related GO:Molecular Function:ATP binding (GO:0005524), Molecular Function:ATPase activity (GO:0016887)" /inference="protein motif:HMMPfam:PF08402 TOBE_2 InterPro:IPR013611 Transport-associated OB" /inference="protein motif:HMMSmart:SM00382 no description InterPro:IPR003593 AAA ATPase GO:Molecular Function:nucleotide binding (GO:0000166), Molecular Function:nucleoside-triphosphatase activity (GO:0017111)" /inference="protein motif:HMMTigr:TIGR01187 potA:polyamine ABC transporter, ATP-binding InterPro:IPR005893 Spermidine/putrescine ABC transporter ATP-binding subunit GO:Molecular Function:polyamine-transporting ATPase activity (GO:0015417), Biological Process:polyamine transport (GO:0015846), Cellular Component:membrane (GO:0016020)" /inference="protein motif:ProfileScan:PS50100 DA_BOX InterPro:IPR003439 ABC transporter related GO:Molecular Function:ATP binding (GO:0005524), Molecular Function:ATPase activity (GO:0016887)" /inference="protein motif:ProfileScan:PS50101 ATP_GTP_A2" /inference="protein motif:ProfileScan:PS50893 ABC_TRANSPORTER_2 InterPro:IPR003439 ABC transporter related GO:Molecular Function:ATP binding (GO:0005524), Molecular Function:ATPase activity (GO:0016887)" /inference="protein motif:ScanRegExp:PS00211 ABC_TRANSPORTER_1 InterPro:IPR003439 ABC transporter related GO:Molecular Function:ATP binding (GO:0005524), Molecular Function:ATPase activity (GO:0016887)" /inference="protein motif:superfamily:SSF50331 MOP-like InterPro:IPR008995 Molybdate/tungstate binding" /inference="protein motif:superfamily:SSF52540 P-loop containing nucleoside triphosphate hydrolases" /codon_start=1 /transl_table=11 /product="ABC-type transport system, ATPase component, putative Fe3+ transporter (fbpC/afuC)" /protein_id="ACS33516.1" /translation="MAGIRLVNLVKKFGEVTAVRGINLDIKDGEFMTLLGPSGCGKTT TLRMIAGLEEPTNGEIYIGDKLVSSPAKGVFVPPEKRNIGMVFQNYAVWPHMTVFDNV AYPLKIRKLPREEIERRVKHALEMVRLRGFEKRYPHQLSGGQQQRVALARALVMEPEV MLLDEPLSNLDAKLREEMRFEIKELQKRIGITIVYVTHDQAEAMAMSDRIAVMKSGVI HQTGSPWEIYKRPADSFVAGFIGLANFLKFDKVRIEENKAEVVLFGGKVRVTCAPPLK KQGKLIFVVRPSEIELLESPAENTVEGTVKRATFLGDIVDYLVEVEGKNIRVQTKATK IHPEGSKVYLKITHGVLVRLS" gene complement(965506..967179) /gene="fbpB" /locus_tag="TGAM_1015" /gene_synonym="afuB" /note="tg1015" CDS complement(965506..967179) /gene="fbpB" /locus_tag="TGAM_1015" /gene_synonym="afuB" /inference="protein motif:CDD:CysU, ABC-type sulfate transport system, permease component [Posttranslational modification, protein turnover, chaperones]" /inference="protein motif:CDD:MalG, ABC-type maltose transport systems, permease component [Carbohydrate transport and metabolism]" /inference="protein motif:CDD:ModC, ABC-type molybdate transport system, permease component [Inorganic ion transport and metabolism]" /inference="protein motif:CDD:PotB, ABC-type spermidine/putrescine transport system, permease component I [Amino acid transport and metabolism]" /inference="protein motif:CDD:PotC, ABC-type spermidine/putrescine transport system, permease component II [Amino acid transport and metabolism]" /inference="protein motif:CDD:ThiP, ABC-type Fe3+ transport system, permease component [Inorganic ion transport and metabolism]" /inference="protein motif:CDD:UgpA, ABC-type sugar transport systems, permease components [Carbohydrate transport and metabolism]" /inference="protein motif:CDD:UgpE, ABC-type sugar transport system, permease component [Carbohydrate transport and metabolism]" /inference="protein motif:COG:COG1178 ABC-type Fe3+ transport system, permease component; P Inorganic ion transport and metabolism" /inference="protein motif:HMMPfam:PF00528 BPD_transp_1 InterPro:IPR000515 Binding-protein-dependent transport systems inner membrane component GO:Molecular Function:transporter activity (GO:0005215), Biological Process:transport (GO:0006810), Cellular Component:membrane (GO:0016020)" /inference="protein motif:ProfileScan:PS50928 ABC_TM1 InterPro:IPR000515 Binding-protein-dependent transport systems inner membrane component GO:Molecular Function:transporter activity (GO:0005215), Biological Process:transport (GO:0006810), Cellular Component:membrane (GO:0016020)" /note="12 probable transmembrane helices predicted by modhmm" /codon_start=1 /transl_table=11 /product="ABC-type Fe3+ transport system permease component (fbpB/AfuB)" /protein_id="ACS33517.1" /translation="MEGAKMERKITFTQAMWLFSLVVLLVTIAYPLVALIYKSLFGEK GFGYAYKVIASDPNTWVYTLNTLKLAVIVTFFAVIIGVPLAFLVVRTNLPGRKVVRFL AVLPFILPPYVSAIAWIQLAAPYVGYINRIWNGLGGSGNIVNIYSFPGLVLVMTLKFY VYVFLTVAAALEQMDPSLEEAARMSGSGPFKVAKDITIPLVMPSIASGALLAFVATCA NFGIPALIGDRAHYYVLTTRIYSTLSIPDIDRAIAYSLILVIITGLALLIQKRSFGQK RYTTLTGKTVRPAVIALGRRKGLVALFVFLFLALTSVIPLFSLFFSAFLKNLYSPLTS LSSFTLSNFKFVLMEDETTTAALKTSVFSAFTASTIVTLFGALLAYMIVKTNVKGRLF MDWLSSVPYALPGTVVGVAIILAFIKTPIFNTLWIIPFAYFIRYLSYGVRTTVGSLLQ IDRTLEEASLMCGANWLTTMKNIVLPLIKPGLIAAWILVFMPTLSELTVSIIIYPPNH PTIGVATYNLMEEGQYTAAYALSAVVAVVVILVQLAVNKITGKIGARGL" gene complement(967195..968268) /locus_tag="TGAM_1016" /note="tg1016; fbpA; afuA" CDS complement(967195..968268) /locus_tag="TGAM_1016" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:BlastProDom:PD008688 Q8TNK5_METAC_Q8TNK5; InterPro:IPR011587 Prokaryotic extracellular metal-binding protein GO:Molecular Function:transporter activity (GO:0005215), Biological Process:transport (GO:0006810)" /inference="protein motif:CDD:AfuA, ABC-type Fe3+ transport system, periplasmic component [Inorganic ion transport and metabolism]" /inference="protein motif:CDD:ModA, ABC-type molybdate transport system, periplasmic component [Inorganic ion transport and metabolism]" /inference="protein motif:CDD:PotD, Spermidine/putrescine-binding periplasmic protein [Amino acid transport and metabolism]" /inference="protein motif:CDD:TbpA, ABC-type thiamine transport system, periplasmic component [Coenzyme metabolism]" /inference="protein motif:CDD:UgpB, ABC-type sugar transport system, periplasmic component [Carbohydrate transport and metabolism]" /inference="protein motif:COG:COG1840 ABC-type Fe3+ transport system, periplasmic component; P Inorganic ion transport and metabolism" /inference="protein motif:Gene3D:G3D.3.40.190.10 no description" /inference="protein motif:HMMPfam:PF01547 SBP_bac_1 InterPro:IPR006059 Bacterial extracellular solute-binding protein, family 1 GO:Molecular Function:transporter activity (GO:0005215), Biological Process:transport (GO:0006810)" /inference="protein motif:superfamily:SSF53850 Periplasmic binding protein-like II" /note="2 probable transmembrane helices predicted by modhmm" /codon_start=1 /transl_table=11 /product="ABC-type Fe3+ transport system, periplasmic component (fbpA/afuA)" /protein_id="ACS33518.1" /translation="MTPMKKIFASLLVFVLVLGLVGSGCIGGGGSSTSSSSSSRSETQ ISGTIYFYTSIPKDIAVKIADEFQKKYPNVKVEVYRSGASKVMTKLNAEIESGKIIAD VVWLADPGNTIYLKNKGVLMKYTPKDADKVPDFAKDPDGYWIAGRFIAPVIAYNTNIV KNPPKKWTDLTDPNYKASLPSPWNKAEGWVAIPNPLYSGAATAWVYGISQKYGWDYFK NARSMGIVVLKSNGAVKNAIIEGQDPIGVTLDYMVRQSMEEGAPINYVYPEDGTVVIP SPIAIMKSTKNPDAAKAFVDFLLSKDVQELLVQYGIIPARTDVTPPKGTPNVSDIPKI DIDWEKLSSQLEDVRNQFSQIMG" gene complement(968393..968689) /locus_tag="TGAM_1017" /note="tg1017" CDS complement(968393..968689) /locus_tag="TGAM_1017" /inference="protein motif:COG:COG1708 Predicted nucleotidyltransferases; R General function prediction only" /codon_start=1 /transl_table=11 /product="Hypothetical protein" /protein_id="ACS33519.1" /translation="MAVKVFEELPLYVQIKVIGNHVVIYGDELELSEYFYQFRKLWKD MEHRIRENRFESEGKKQSSGGAPVRRQRYLERSLRSLKKSMKSWKAEITNPPCE" gene complement(968702..969481) /locus_tag="TGAM_1018" /note="tg1018" CDS complement(968702..969481) /locus_tag="TGAM_1018" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:adh_short, short chain dehydrogenase" /inference="protein motif:CDD:COG4221, Short-chain alcohol dehydrogenase of unknown specificity [General function prediction only]" /inference="protein motif:CDD:DltE, Short-chain dehydrogenases of various substrate specificities [General function prediction only]" /inference="protein motif:CDD:FabG, Dehydrogenases with different specificities (related to short-chain alcohol dehydrogenases) [Secondary metabolites biosynthesis, transport, and catabolism / General function prediction only]" /inference="protein motif:COG:COG1028 Dehydrogenases with different specificities (related to short-chain alcohol dehydrogenases); I Lipid transport and metabolism" /inference="protein motif:FPrintScan:PR00081 GDHRDH InterPro:IPR002347 Glucose/ribitol dehydrogenase GO:Biological Process:metabolism (GO:0008152), Molecular Function:oxidoreductase activity (GO:0016491)" /inference="protein motif:Gene3D:G3D.3.40.50.720 no description" /inference="protein motif:HMMPanther:PTHR19410 SHORT-CHAIN DEHYDROGENASES/REDUCTASE InterPro:IPR002347 Glucose/ribitol dehydrogenase GO:Biological Process:metabolism (GO:0008152), Molecular Function:oxidoreductase activity (GO:0016491)" /inference="protein motif:HMMPanther:PTHR19410:SF78 3-OXOACYL-[ACYL-CARRIER-PROTEIN] REDUCTASE-RELATED" /inference="protein motif:superfamily:SSF51735 NAD(P)-binding Rossmann-fold domains" /note="Match to IPR002347 Glucose/ribitol dehydrogenase indicates that the protein is not an alcohol dehydrogenase, but another type of dehydrogenase or reductase." /codon_start=1 /transl_table=11 /product="Short chain dehydrogenase of unknown substrate" /protein_id="ACS33520.1" /translation="MGVIVTASSRGIGFNVARELLKRNARVVISSRNEENLRKALDEL LSYGEVYSVEANLFDQKNLENLVKESWELLGGVDALVWNAGNVRCEPCLLHEATYLDW IEASALHTVAPGYLTTLLIREWLERKRKGVLVYLNSVSIKEPMPPLVLADVTRAGLVQ LAKSVSRTYGSKGIRAYSVLLGSFDTPGARENLKAVAEARGKSFEETWEREVLSRTPL RRTGRWSELGSLVAFLLSDEAEYMLGSTVVIDGAMTRSVDL" gene 969618..970718 /gene="gltD-3" /locus_tag="TGAM_1019" /note="tg1019" CDS 969618..970718 /gene="gltD-3" /locus_tag="TGAM_1019" /EC_number="1.4.1.13" /inference="protein motif:CDD:GltD, NADPH-dependent glutamate synthase beta chain and related oxidoreductases [Amino acid transport and metabolism / General function prediction only]" /inference="protein motif:CDD:HcaD, Uncharacterized NAD(FAD)-dependent dehydrogenases [General function prediction only]" /inference="protein motif:CDD:Lpd, Pyruvate/2-oxoglutarate dehydrogenase complex, dihydrolipoamide dehydrogenase (E3) component, and related enzymes [Energy production and conversion]" /inference="protein motif:CDD:NirB, NAD(P)H-nitrite reductase [Energy production and conversion]" /inference="protein motif:CDD:Pyr_redox, Pyridine nucleotide-disulphide oxidoreductase" /inference="protein motif:CDD:TrkA, Predicted flavoprotein involved in K+ transport [Inorganic ion transport and metabolism]" /inference="protein motif:CDD:TrxB, Thioredoxin reductase [Posttranslational modification, protein turnover, chaperones]" /inference="protein motif:COG:COG0493 NADPH-dependent glutamate synthase beta chain and related oxidoreductases; E Amino acid transport and metabolism" /inference="protein motif:FPrintScan:PR00368 FADPNR InterPro:IPR013027 FAD-dependent pyridine nucleotide-disulphide oxidoreductase" /inference="protein motif:FPrintScan:PR00419 ADXRDTASE InterPro:IPR000759 Adrenodoxin reductase GO:Biological Process:electron transport (GO:0006118)" /inference="protein motif:FPrintScan:PR00469 PNDRDTASEII InterPro:IPR000103 Pyridine nucleotide-disulphide oxidoreductase, class-II GO:Biological Process:electron transport (GO:0006118), Molecular Function:oxidoreductase activity (GO:0016491)" /inference="protein motif:Gene3D:G3D.3.40.50.720 no description" /inference="protein motif:HMMPanther:PTHR11938 GLUTAMATE SYNTHASE/FERREDOXIN/FERREDOXIN--NADP REDUCTASE" /inference="protein motif:HMMPanther:PTHR11938:SF9 GLUTAMATE SYNTHASE" /inference="protein motif:HMMPfam:PF00070 Pyr_redox InterPro:IPR001327 Pyridine nucleotide-disulphide oxidoreductase, NAD-binding region GO:Biological Process:electron transport (GO:0006118), Molecular Function:disulfide oxidoreductase activity (GO:0015036)" /inference="protein motif:HMMPfam:PF07992 Pyr_redox_2 InterPro:IPR013027 FAD-dependent pyridine nucleotide-disulphide oxidoreductase" /inference="protein motif:ProfileScan:PS50205 NAD_BINDING InterPro:IPR000205 NAD-binding site" /inference="protein motif:superfamily:SSF51971 Nucleotide-binding domain" /codon_start=1 /transl_table=11 /product="Glutamate synthase [NADPH] small chain (gltD)" /protein_id="ACS33521.1" /translation="MQNLRFSTGFSKNFGGDKVKFYVCREKSGPKPFKVAIIGAGPAG LTAAGYLACRGYEVHVYDKMPEGGGMVAFAIPEVRIPIKTVREGVKDLERLGVNFHFR TKVVYDSPRELGDEWAEHFVSLERLLAEFDALLIATGAWRPRKLKVPGVDLPGVYDAL KLLHHIKMARIGYYPWEKVPDLKGRHVVIIGAGYTAVDVAIESRLLGAEKVTMVYRRS LEQSYAKVEIRKLIEEGLEFIEMATPVRIIGESRAEGVEFARTRIVEGTVVTTDERFI VDADIVAYAIGQLPTSPIREVVCANEKILKEAGIFFAGDVVAPRNIGTAMREGRARAK EIEEWLTKKAPKKVFPVPVTTRLIGSVLSGKC" gene 970755..971765 /gene="dhys" /locus_tag="TGAM_1020" /note="tg1020" CDS 970755..971765 /gene="dhys" /locus_tag="TGAM_1020" /EC_number="2.5.1.46" /inference="protein motif:BlastProDom:PD007730 DHYS_PYRFU_Q8U407; InterPro:IPR002773 Deoxyhypusine synthase GO:Biological Process:hypusine biosynthesis from peptidyl-lysine (GO:0008612)" /inference="protein motif:CDD:DS, Deoxyhypusine synthase" /inference="protein motif:CDD:DYS1, Deoxyhypusine synthase [Posttranslational modification, protein turnover, chaperones]" /inference="protein motif:COG:COG1899 Deoxyhypusine synthase; O Posttranslational modification, protein turnover, chaperones" /inference="protein motif:Gene3D:G3D.3.40.910.10 no description" /inference="protein motif:HMMPanther:PTHR11703 DEOXYHYPUSINE SYNTHASE InterPro:IPR002773 Deoxyhypusine synthase GO:Biological Process:hypusine biosynthesis from peptidyl-lysine (GO:0008612)" /inference="protein motif:HMMPfam:PF01916 DS InterPro:IPR002773 Deoxyhypusine synthase GO:Biological Process:hypusine biosynthesis from peptidyl-lysine (GO:0008612)" /inference="protein motif:HMMTigr:TIGR00321 dhys:deoxyhypusine synthase InterPro:IPR002773 Deoxyhypusine synthase GO:Biological Process:hypusine biosynthesis from peptidyl-lysine (GO:0008612)" /inference="protein motif:superfamily:SSF52467 DHS-like NAD/FAD-binding domain" /codon_start=1 /transl_table=11 /product="Deoxyhypusine synthase (dhys)" /protein_id="ACS33522.1" /translation="MTEPKDIVLKESEEVEGTPIEGPWLDEVSSLEEVLDYYERIGFQ ATHLGKAIEIWKKVEEKRARGEEVRVFLGYTSNIISSGLREIIAWLVKEGKVDVIVTT AGGIEEDFIKALKPFILGDWNVNDALMREKGINRIGNIFVPNDRYIEFEKYMIPFFER VLEIEKERGKPLTASEFIYEMGRFMDEKLGKEKEKSVIYWAYKRNVPIFCPAITDGSI GDMLYFFKEERGDRELIIDIANDIVKLNNLAVTAKETASIILGGSLPKHAIINANLFR GGTDYAIYVTTAIPWDGSLSGAPPSEGVSWGKIRAKADYVEIWADATLVFPLLVWKVM RS" gene 971812..973308 /locus_tag="TGAM_1021" /note="tg1021" CDS 971812..973308 /locus_tag="TGAM_1021" /inference="protein motif:CDD:FAD-oxidase_C, FAD linked oxidases, C-terminal domain" /inference="protein motif:CDD:FAD_binding_4, FAD binding domain" /inference="protein motif:CDD:GlcD, FAD/FMN-containing dehydrogenases [Energy production and conversion]" /inference="protein motif:COG:COG0277 FAD/FMN-containing dehydrogenases; C Energy production and conversion" /inference="protein motif:Gene3D:G3D.3.30.43.10 no description" /inference="protein motif:HMMPanther:PTHR11748 D-LACTATE DEHYDROGENASE-RELATED" /inference="protein motif:HMMPanther:PTHR11748:SF8 ALKYLDIHYDROXYACETONEPHOSPHATE SYNTHASE-RELATED" /inference="protein motif:HMMPfam:PF01565 FAD_binding_4 InterPro:IPR006094 FAD linked oxidase, N-terminal GO:Biological Process:electron transport (GO:0006118)" /inference="protein motif:HMMPfam:PF02913 FAD-oxidase_C InterPro:IPR004113 FAD linked oxidase, C-terminal" /inference="protein motif:ScanRegExp:PS00307 LECTIN_LEGUME_BETA InterPro:IPR001220 Legume lectin, beta domain" /inference="protein motif:superfamily:SSF55103 FAD-linked oxidases, C-terminal domain" /inference="protein motif:superfamily:SSF56176 FAD-binding domain" /codon_start=1 /transl_table=11 /product="FAD/FMN-containing dehydrogenase" /protein_id="ACS33523.1" /translation="MAPQVLQNAFICACNMCIRGGILTLTFDEVLKRPKRGSVDEAIA ELKNLLGDKVSTKPADLFSYSHDYWLITFHWLLKGKVPALPDAVVFPESEEDVVNAVR VAHEKGVPLYPYGGGSGVLGGTVPEYGGIVVDLKRLRDLRLYEDDLMVEAGAGVNGYY IEEYLNRRGYTLGHFPQSLYPSTVGGWVATKAIGQFSTRYGGIEDMVLGLRAVIPPGK LIELKPHPRTATGPDLRKLFVGSEGIFGIVTRVWLKVRPYPEERFLLSFASESLEEAL DSVRRILHRGARPAVVRIYDRVETKRHFYKFEELYGKIGTVIIVEGDSRLARAEKEIV EREFKGVPAGEEPVRHWLETRFNVKEISEFAPIGVVIDTIEVAVNWSRAAELYENVIR AMKSVKGTLMASAHASHFYDQGVCFYFTFAGVPPRGRSAGEFYNAVWDAAMRATLDSG GTISHHHGIGRHRRGWLAEELGDAYEVLRKVKLAIDEKDVMNPGNMVM" gene 973309..974445 /locus_tag="TGAM_1022" /note="tg1022" CDS 973309..974445 /locus_tag="TGAM_1022" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:GlpC, Fe-S oxidoreductase [Energy production and conversion]" /inference="protein motif:COG:COG0247 Fe-S oxidoreductase; C Energy production and conversion" /inference="protein motif:Gene3D:G3D.1.10.1060.10 no description InterPro:IPR012285 Fumarate reductase, C-terminal GO:Molecular Function:iron ion binding (GO:0005506), Cellular Component:membrane (GO:0016020), Molecular Function:oxidoreductase activity (GO:0016491)" /inference="protein motif:HMMPfam:PF02754 CCG InterPro:IPR004017 Cysteine-rich region, CCG" /inference="protein motif:ScanRegExp:PS00198 4FE4S_FERREDOXIN InterPro:IPR001450 4Fe-4S ferredoxin, iron-sulfur binding GO:Molecular Function:electron transporter activity (GO:0005489), Molecular Function:iron ion binding (GO:0005506), Biological Process:electron transport (GO:0006118)" /inference="protein motif:superfamily:SSF46548 alpha-helical ferredoxin InterPro:IPR009051 Alpha-helical ferredoxin" /codon_start=1 /transl_table=11 /product="Iron-sulfur binding reductase" /protein_id="ACS33524.1" /translation="MPGKWDWLKDEIGFSNLLTGGRMIFKVVQGKLSADDLTKCALCP NMCRHACPVSIVEGRETTSPAGKARIALMIREGRLELNLDNLEPLYTCLGCDLCTLYC PFEFSVADLIRPVKEEAVSRGVVFEEFRKVFENLETSGDIYGNADSGADGSGKVLYFR GCTVRNERPELAEKTLTLLDKLGYEAFTISETCCGLPAYNLGNTELFKKVAKRTAEKL NATGAELIVTSCPSCAYTFRVLYPKYGIKLKPQVLHITELLGEVIGGLKLKGAGTVTY HNPCRLAMHLGRRGLLKSLLENVEGLEIREPRRELFCCGHGGSAVSRLKPELAKEIAA ERREQLRDGAARVVTACPSCELALNGDGLEVLDIVEFLLEMMEE" gene 974607..976205 /gene="glpA-1" /locus_tag="TGAM_1023" /note="tg1023" CDS 974607..976205 /gene="glpA-1" /locus_tag="TGAM_1023" /EC_number="1.1.5.3" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:COG0579, Predicted dehydrogenase [General function prediction only]" /inference="protein motif:CDD:DadA, Glycine/D-amino acid oxidases (deaminating) [Amino acid transport and metabolism]" /inference="protein motif:CDD:DAO, FAD dependent oxidoreductase" /inference="protein motif:CDD:Fer2_BFD, BFD-like [2Fe-2S] binding domain" /inference="protein motif:CDD:GlpA, Glycerol-3-phosphate dehydrogenase [Energy production and conversion]" /inference="protein motif:COG:COG0579 Predicted dehydrogenase; R General function prediction only" /inference="protein motif:Gene3D:G3D.3.50.50.60 no description" /inference="protein motif:HMMPanther:PTHR13847 AMINOMETHYLTRANSFERASE RELATED" /inference="protein motif:HMMPanther:PTHR13847:SF15 GLYCEROL-3-PHOSPHATE DEHYDROGENASE" /inference="protein motif:HMMPfam:PF01266 DAO InterPro:IPR006076 FAD dependent oxidoreductase GO:Biological Process:electron transport (GO:0006118), Molecular Function:oxidoreductase activity (GO:0016491)" /inference="protein motif:HMMPfam:PF04324 Fer2_BFD InterPro:IPR007419 BFD-like [2Fe-2S]-binding region" /inference="protein motif:superfamily:SSF48256 Citrate synthase" /inference="protein motif:superfamily:SSF51905 FAD/NAD(P)-binding domain" /codon_start=1 /transl_table=11 /product="Anaerobic glycerol-3-phosphate dehydrogenase subunit A, putative (glpA)" /protein_id="ACS33525.1" /translation="MNRIKWKDYPEEELRRKEERRRKLYEKNKGRIIGEYDVVIIGGG VTGTAIARELSKYRLKVALLEKATDVSVGASKANNGMIHPGVAPKRGTLKAKLNVRGN AMYDELARDLGVKFKRVGSLWLITPRTLQKYRRYLPGPFYKFVSAYIFPYLVKLKGML NGVKGIRIIRGEEIWKLEPKATREAWAAVYVPSTGILDPYDLVVALAENAIANGVEIH LETEVVGFIREGETIKGVVTNRGTFLARYVVNAAGVFADEIAELAGSREYTIHPRKGV ILLFDKELEGWVNHCVTELRFPAPAHTKGGGINPTVHGNILWGPTAVEVPDKTDTSVH PEEIEEILERYREIYPDFPRHRIIRYFAGVRAPTFTEDFIIRPAKWVKNLLHVAGIQS PGLASAPAIAEYAVEQLRSMGLILEPKPDFNPHREPIPRASEMSLEELDRRIKEDPRW GNIVCTCEMVSEAEIVEAIRRGARTLDAIKRRTRLGMGTCQGGYCTLKAAEILSRELG IPISQVVKENGGRLFNGAVRGEEP" gene 976202..977446 /locus_tag="TGAM_1024" /note="tg1024" CDS 976202..977446 /locus_tag="TGAM_1024" /inference="protein motif:CDD:AhpF, Alkyl hydroperoxide reductase, large subunit [Posttranslational modification, protein turnover, chaperones]" /inference="protein motif:CDD:GltD, NADPH-dependent glutamate synthase beta chain and related oxidoreductases [Amino acid transport and metabolism / General function prediction only]" /inference="protein motif:CDD:HcaD, Uncharacterized NAD(FAD)-dependent dehydrogenases [General function prediction only]" /inference="protein motif:CDD:Lpd, Pyruvate/2-oxoglutarate dehydrogenase complex, dihydrolipoamide dehydrogenase (E3) component, and related enzymes [Energy production and conversion]" /inference="protein motif:CDD:Pyr_redox, Pyridine nucleotide-disulphide oxidoreductase" /inference="protein motif:CDD:TrxB, Thioredoxin reductase [Posttranslational modification, protein turnover, chaperones]" /inference="protein motif:COG:COG0446 Uncharacterized NAD(FAD)-dependent dehydrogenases; R General function prediction only" /inference="protein motif:FPrintScan:PR00368 FADPNR InterPro:IPR013027 FAD-dependent pyridine nucleotide-disulphide oxidoreductase" /inference="protein motif:FPrintScan:PR00419 ADXRDTASE InterPro:IPR000759 Adrenodoxin reductase GO:Biological Process:electron transport (GO:0006118)" /inference="protein motif:FPrintScan:PR00469 PNDRDTASEII InterPro:IPR000103 Pyridine nucleotide-disulphide oxidoreductase, class-II GO:Biological Process:electron transport (GO:0006118), Molecular Function:oxidoreductase activity (GO:0016491)" /inference="protein motif:Gene3D:G3D.3.40.50.720 no description" /inference="protein motif:HMMPanther:PTHR11493 DIHYDROLIPOAMIDE DEHYDROGENASE-RELATED" /inference="protein motif:HMMPfam:PF07992 Pyr_redox_2 InterPro:IPR013027 FAD-dependent pyridine nucleotide-disulphide oxidoreductase" /inference="protein motif:ProfileScan:PS50204 UBA_NAD InterPro:IPR000594 UBA/THIF-type NAD/FAD binding fold GO:Molecular Function:catalytic activity (GO:0003824)" /inference="protein motif:ProfileScan:PS50205 NAD_BINDING InterPro:IPR000205 NAD-binding site" /inference="protein motif:superfamily:SSF51905 FAD/NAD(P)-binding domain" /codon_start=1 /transl_table=11 /product="FAD-dependent pyridine nucleotide-disulphide oxidoreductase" /protein_id="ACS33526.1" /translation="MKDVVVIGGGPSGMAAAVKLAGKGYDVALIERKEELGGILDQCI HDGFGTKIFGKALSGPEFAGHFMDEVSKLGLDVHLNTYVKSVNAGGDVKELVTVSPRG VERIKARSIVYAIGCRERHPFEIKVGGTRPAGVYTAGMVQRLVNLYGILPGRRVLIVG GGDVGMIVARHLYLEGVESITVVFPEEFFVGLPRNVQQCILDFNIPFRPRTVVKEMVG KERVEGAILVKVDENWRPIPGTEEFYPCDTVIFSVGLVPYAKKLRAIGAEIDPRTRGP VVNEFFETTVRGVFAAGNLVQIFDYVDDAVESAYIAADGVEKYLKGEKRLDNPVPFKP GSNVRTLTPHRLEWKDERPVVAFLRPAVEGRAWIIVRGGNGEILKKEFRQYVRPSTLE RIEIPREAISGAEEVYVDVARV" gene 977430..977798 /locus_tag="TGAM_1025" /note="tg1025" CDS 977430..977798 /locus_tag="TGAM_1025" /inference="protein motif:CDD:COG3862, Uncharacterized protein with conserved CXXC pairs [Function unknown]" /inference="protein motif:COG:COG3862 Uncharacterized protein with conserved CXXC pairs; S Function unknown" /inference="protein motif:HMMPfam:PF07892 DUF1667 InterPro:IPR012460 Protein of unknown function DUF1667" /inference="protein motif:superfamily:SSF53706 Formate dehydrogenase/DMSO reductase, domains 1-3" /note="Belongs to DUF1667 family" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein" /protein_id="ACS33527.1" /translation="MSREYEVLCIRCPKGCRLRITVEGNEVHVSGFACLEGKRFGEEE VRNPRRIVTTTVRILNARYPRLPVRTAEPVPKDKIRDVIEALKGVVVKAPVRRGQVIV KDVAGTGVDVIAERDMEAVG" gene 977795..979291 /gene="glpK-1" /locus_tag="TGAM_1026" /note="tg1026" CDS 977795..979291 /gene="glpK-1" /locus_tag="TGAM_1026" /EC_number="2.7.1.30" /inference="protein motif:CDD:AraB, Ribulose kinase [Energy production and conversion]" /inference="protein motif:CDD:FGGY_C, FGGY family of carbohydrate kinases, C-terminal domain" /inference="protein motif:CDD:FGGY_N, FGGY family of carbohydrate kinases, N-terminal domain" /inference="protein motif:CDD:GlpK, Glycerol kinase [Energy production and conversion]" /inference="protein motif:CDD:XylB, Sugar (pentulose and hexulose) kinases [Carbohydrate transport and metabolism]" /inference="protein motif:COG:COG0554 Glycerol kinase; C Energy production and conversion" /inference="protein motif:Gene3D:G3D.3.90.209.10 no description" /inference="protein motif:HMMPanther:PTHR10196 CARBOHYDRATE KINASE-RELATED InterPro:IPR000577 Carbohydrate kinase, FGGY GO:Biological Process:carbohydrate metabolism (GO:0005975)" /inference="protein motif:HMMPanther:PTHR10196:SF4 GLYCEROL KINASE InterPro:IPR005999 Glycerol kinase GO:Molecular Function:glycerol kinase activity (GO:0004370), Biological Process:glycerol-3-phosphate metabolism (GO:0006072)" /inference="protein motif:HMMPfam:PF00370 FGGY_N InterPro:IPR000577 Carbohydrate kinase, FGGY GO:Biological Process:carbohydrate metabolism (GO:0005975)" /inference="protein motif:HMMPfam:PF02782 FGGY_C InterPro:IPR000577 Carbohydrate kinase, FGGY GO:Biological Process:carbohydrate metabolism (GO:0005975)" /inference="protein motif:superfamily:SSF53067 Actin-like ATPase domain" /codon_start=1 /transl_table=11 /product="Glycerol kinase (glpK)" /protein_id="ACS33528.1" /translation="MSYYLILDVGTTNVKAYAFSEEGEVLLKKSMRTRPVYPEPGWAE LDPEELIETVRRLIDGVTSSLGMPKGMAITNQRSSTVVWDDEGALHNMITWQDTRTKD IVEAFSRNFLVRFGRALGKVFYGLSRIVPGIASLPKGAYIITLAHVGFGTSHSSMHLR WLMDNVPEVRKAVEDGTAKFGTMDSWIAWNLTGKHVTDYTNASATGLFDPFYLKWSDN IMGIVGIPKKILPALQPNDLPVGETDYGVPLLTMVADQQAALYRAGVEPGSAKMTHGT GTFIDLNVGEKPKPASPGLYPMVALKTRKKTLYLLEGIINASGSAVDWLLSVGLIKDY SEISAAFKDPTLPRVLFIPAFAGLSTPYLKPEFRGALLNLSFSVRKEDIIKALIAGIA MRVAEVIAAMESGTGVEIGSLTSDGGASQIDPLLQLIADFSGKRIVRPVELNGSAQGT FMIARAVAEGSDVLSAWEKPMVERVFEPSGEKHEDFRRLWEEFMGRLL" gene 979401..980564 /locus_tag="TGAM_1027" /note="tg1027" CDS 979401..980564 /locus_tag="TGAM_1027" /inference="protein motif:CDD:COG1373, Predicted ATPase (AAA+ superfamily) [General function prediction only]" /inference="protein motif:COG:COG1373 Predicted ATPase (AAA+ superfamily); R General function prediction only" /inference="protein motif:Gene3D:G3D.3.40.50.300 no description" /inference="protein motif:superfamily:SSF46785 'Winged helix' DNA-binding domain" /inference="protein motif:superfamily:SSF52540 P-loop containing nucleoside triphosphate hydrolases" /codon_start=1 /transl_table=11 /product="ATPase of the AAA superfamily, putative" /protein_id="ACS33529.1" /translation="MHMLEVQNPWWIGEPDRDWELFEKLTYRVRPKWLDELSLRPFSL NFVVGPRRVGKTMGIKLLIRELLKKVHTPYAVFYFSCDVLEDYKELLEVLNEYLRLKR RKSVKTAFIFLDEVSLVDDWWRALKFLIDRGELRSDVITVTGSISLTVGRHFETFGGR RGNGKTIEVMPLSFYEHYNLFYDEFFPSMGEEVFENYIETGGYLAYMNGTLKVEELVG FLKADLKALDRSTDLARDVMGAILDKAPSPTSFNAIAKVVGISPHTARDYVELFEAFH VLLQVLYLGGDGKVYPRKERKLILRDPLIVRAMELWTRRRIDKAVLYEWLVQEHLYRK FGEVYYYRNSYEVDAIAGNLKVEVKSGERRGRYPRDVRILKGPEVPGFLYNLT" gene complement(980557..980706) /locus_tag="TGAM_1028" /note="tg1028" CDS complement(980557..980706) /locus_tag="TGAM_1028" /codon_start=1 /transl_table=11 /product="Hypothetical protein" /protein_id="ACS33530.1" /translation="MKRAEEDLLNRLDKLLENPEENALEIAYTVKLLRLVQWRDVKGI REFAK" gene complement(980770..982197) /locus_tag="TGAM_1029" /note="tg1029" CDS complement(980770..982197) /locus_tag="TGAM_1029" /inference="protein motif:CDD:COG1571, Predicted DNA-binding protein containing a Zn-ribbon domain [General function prediction only]" /inference="protein motif:COG:COG1571 Predicted DNA-binding protein containing a Zn-ribbon domain; R General function prediction only" /inference="protein motif:Gene3D:G3D.2.40.50.140 no description InterPro:IPR012340 Nucleic acid-binding, OB-fold, subgroup" /inference="protein motif:HMMPfam:PF01336 tRNA_anti InterPro:IPR004365 nucleic acid binding, OB-fold, tRNA/helicase-type GO:Molecular Function:nucleic acid binding (GO:0003676)" /inference="protein motif:HMMPfam:PF08489 DUF1743 InterPro:IPR013696 Domain of unknown function DUF1743" /inference="protein motif:superfamily:SSF50249 Nucleic acid-binding proteins InterPro:IPR008994 Nucleic acid-binding, OB-fold GO:Molecular Function:nucleic acid binding (GO:0003676)" /codon_start=1 /transl_table=11 /product="Predicted DNA-binding protein containing OB-fold nucleic acid binding domain" /protein_id="ACS33531.1" /translation="MPVRWKGQLQGRGRETEEKPAMSRQGRVQEGPPQRRLIFKPSLF SPTMLLHIGIDDTDSPNGMCTTYLGALLYREISRLAEPTDLPRLIRLNPNIPYKTRGN GAVAMTFEVDEEAVPEVKDLVLFYVNQLADFTHENTNPGVVFFEGEIPEELQEFSLKA LREHVTIEEAERVAREVGAEFFKFKLGRGIIGALASIGYPLERFTYELLAYREPENWG TPRKVDAESVFLADRWSYPFTYDNVDPYKRTILIAPHGKDPVLVGLRGIDRGRVLQTF EMVRFGEPVAFYQLYKTNQNTDDHLTPKKIGELKLYDSAVVRGRVSKPYWERGRHVFF ELEDETGKIRVAAFEPTKKFRNYVRKLLPGDEIIAAGGVKEHEGVLTLNLEKFYPVKL VPKIEYRKPKCPRCGGTMKSKGDYLKCKRCGYRMPKKLIPVEVPRELERKIYEVPPDA RKHLSRPLVLPGGEERVLEALGNSG" gene complement(982086..982604) /locus_tag="TGAM_1030" /note="tg1030" CDS complement(982086..982604) /locus_tag="TGAM_1030" /experiment="gene product confirmed by mass spectrometry" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein" /protein_id="ACS33532.1" /translation="MVWMYEVKKSNSSYIFDLPRERIAFMFLRDGTYMMFHDEEFLCY SPKPVEVSKEELEHFEKTGEMPELVKRIKAHDFPSECVVKRLPPIDEDLKPFNPNRKC VVIFTGFWDTVIDYIERAGITYAVARLVDEPDKVCRFAGKGNYKVAAVRLKRNQPCLD REEFRKVLPKGV" gene complement(982643..983119) /gene="moaC" /locus_tag="TGAM_1031" /note="tg1031" CDS complement(982643..983119) /gene="moaC" /locus_tag="TGAM_1031" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:BlastProDom:PD003575 MOAC_PYRAB_Q9V1Q7; InterPro:IPR002820 Molybdopterin cofactor biosynthesis MoaC region GO:Biological Process:Mo-molybdopterin cofactor biosynthesis (GO:0006777)" /inference="protein motif:CDD:MoaC, MoaC family" /inference="protein motif:CDD:MoaC_A, MoaC family, archaeal" /inference="protein motif:CDD:MoaC_PE, MoaC family, prokaryotic and eukaryotic" /inference="protein motif:COG:COG0315 Molybdenum cofactor biosynthesis enzyme; H Coenzyme transport and metabolism" /inference="protein motif:Gene3D:G3D.3.30.70.640 no description" /inference="protein motif:HMMPanther:PTHR11111 MOLYBDENUM COFACTOR BIOSYNTHESIS PROTEIN C-RELATED" /inference="protein motif:HMMPanther:PTHR11111:SF1 MOLYBDENUM COFACTOR BIOSYNTHESIS PROTEIN C-RELATED" /inference="protein motif:HMMPfam:PF01967 MoaC InterPro:IPR002820 Molybdopterin cofactor biosynthesis MoaC region GO:Biological Process:Mo-molybdopterin cofactor biosynthesis (GO:0006777)" /inference="protein motif:HMMPIR:PIRSF003315 Molybdenum cofactor precursor Z biosynthesis protein MoaC InterPro:IPR012087 Molybdenum cofactor precursor Z biosynthesis MoaC GO:Biological Process:Mo-molybdopterin cofactor biosynthesis (GO:0006777)" /inference="protein motif:HMMTigr:TIGR00581 moaC:molybdenum cofactor biosynthesis prote InterPro:IPR002820 Molybdopterin cofactor biosynthesis MoaC region GO:Biological Process:Mo-molybdopterin cofactor biosynthesis (GO:0006777)" /inference="protein motif:superfamily:SSF55040 Molybdenum cofactor biosynthesis protein C, MoaC InterPro:IPR002820 Molybdopterin cofactor biosynthesis MoaC region GO:Biological Process:Mo-molybdopterin cofactor biosynthesis (GO:0006777)" /codon_start=1 /transl_table=11 /product="Molybdenum cofactor biosynthesis protein C (moaC)" /protein_id="ACS33533.1" /translation="MGDRMELTHVDERGVKMVEVGHKDVVFRKAVAKGRIKLKPETIE LIKAGKTKKGNVIATAQIAGILAVKKTPELIPLCHPIPLTGVDITFEFGKDYIEATCE VRAYYKTGVEMEALTGVTVALLTIWDMVKAVEKDENGQYPVTRIEDVHVVEKIKQK" gene 983189..984496 /locus_tag="TGAM_1032" /note="tg1032" CDS 983189..984496 /locus_tag="TGAM_1032" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:COG2819, Predicted hydrolase of the alpha/beta superfamily [General function prediction only]" /inference="protein motif:CDD:Esterase, Putative esterase" /inference="protein motif:CDD:Fes, Enterochelin esterase and related enzymes [Inorganic ion transport and metabolism]" /inference="protein motif:COG:COG2819 Predicted hydrolase of the alpha/beta superfamily; R General function prediction only" /inference="protein motif:Gene3D:G3D.2.60.40.420 no description" /inference="protein motif:Gene3D:G3D.3.40.50.1820 no description" /inference="protein motif:HMMPanther:PTHR10061 ESTERASE-RELATED" /inference="protein motif:HMMPanther:PTHR10061:SF1 ESTERASE-RELATED" /inference="protein motif:HMMPfam:PF00756 Esterase InterPro:IPR000801 Putative esterase" /inference="protein motif:ProfileScan:PS50187 ESTERASE InterPro:IPR000379 Esterase/lipase/thioesterase GO:Molecular Function:catalytic activity (GO:0003824)" /inference="protein motif:superfamily:SSF49452 Starch-binding domain" /inference="protein motif:superfamily:SSF53474 alpha/beta-Hydrolases" /note="1 probable transmembrane helix predicted by modhmm" /codon_start=1 /transl_table=11 /product="Esterase, putative" /protein_id="ACS33534.1" /translation="MVKLRNTKALTLFIVILLIASLGCIGGSNGTGASSTTSSEGTSS PPKTTTPMTSSVGSSTSSVETTIWRPPQGEKNVTVTFVVSVPEYTPQNASVYIAGDFN GWNPKDERFRLQKLQDGRWAINLTFPYGTVINFKFTRGSWESVEVGPSGEEIPSRHFI FRKGGVYELRVYNWHDHVERVAHTISGNVKVFKMFSSQLNRTVRVWVYLPPDYGKNEK KRYPVLYMLDGQNLFDNATAFAGEWGVDETLEYLYNKTGFSIIVVGIDNGGERRIDEY APWVNAEYGRGGLGNATLDFIVENLKPYIDALYRTEREETGIMGSSLGGLMAIYAGFR HPDIFKYVGAMSSAFWFNPEIYDFVRNAPSGPEKIYIYWGTSEGSNPEKIAEDNLKIV EILKEKGYVEGQNLKVVVEEKGEHNELYWGKHFGEAVTWLFGG" gene 984528..986255 /gene="mutS" /locus_tag="TGAM_1033" /note="tg1033" CDS 984528..986255 /gene="mutS" /locus_tag="TGAM_1033" /inference="protein motif:CDD:ABC_MSH5_euk, MutS5 homolog in eukaryotes" /inference="protein motif:CDD:ABC_MutS_homologs, The MutS protein initiates DNA mismatch repair by recognizing mispaired and unpaired bases embedded in duplex DNA and activating endo- and exonucleases to remove the mismatch" /inference="protein motif:CDD:COG1193, Mismatch repair ATPase (MutS family) [DNA replication, recombination, and repair]" /inference="protein motif:CDD:MutS, Mismatch repair ATPase (MutS family) [DNA replication, recombination, and repair]" /inference="protein motif:CDD:MUTSac, ATPase domain of DNA mismatch repair MUTS family" /inference="protein motif:COG:COG1193 Mismatch repair ATPase (MutS family); L Replication, recombination and repair" /inference="protein motif:Gene3D:G3D.3.10.280.10 no description" /inference="protein motif:Gene3D:G3D.3.40.50.300 no description" /inference="protein motif:HMMPanther:PTHR11361 DNA MISMATCH REPAIR RELATED PROTEINS" /inference="protein motif:HMMSmart:SM00534 no description InterPro:IPR000432 DNA mismatch repair protein MutS, C-terminal GO:Molecular Function:damaged DNA binding (GO:0003684), Molecular Function:ATP binding (GO:0005524), Biological Process:mismatch repair (GO:0006298)" /inference="protein motif:superfamily:SSF52540 P-loop containing nucleoside triphosphate hydrolases" /inference="protein motif:superfamily:SSF54529 Acidic mitochondrial matrix protein p32 InterPro:IPR003428 Mitochondrial glycoprotein GO:Cellular Component:mitochondrial matrix (GO:0005759)" /codon_start=1 /transl_table=11 /product="ATPase, mutS-like DNA mismatch repair related protein (mutS)" /protein_id="ACS33535.1" /translation="MKLKLNSEARAILRAIKEEIRRRTVLPESSTLLEKFEPTSDPGE IRRRQEYFREKLPLVKEGIGEYIARVKPIRFRREYLHDRVLIVDESEFERASSFGLCE VSTESVDPSEYPLVLSTVGYGIDVELSPAQIAPELYVLPLWENRETLEALARIGESLG RKSVAREILRELAPLKEVMERRRVLESLDELVAEKERELNEKISEKLERFSLTLTGKE LVEFLSELRAGNYDAIFRHFGGIEGEILDLINEAESELGERLGVAVELFPRDEMYPVR AAPERVEALYQELERELKVELYLKSRGILERIAHLLPGLKKELESVKELDFLRAVKDF TRGFSFPELWSGGIAFVNGRHLFIENPQPVSYVVGTKPVNFSVPGSENIADERVVILT GANSGGKTSLLELITQIEVLFHMGFPVPAERAWLEPLDEVFFFRRKRSIYGAGAFETA LRSFVRALRGEGRKLILIDEFEAITEPGAAVKIIGELLRIAHGKGFYVVIVSHLGEDL KNELPFARVDGIETKGLDESLNLIVDRQPRFGRIGRSTPELIVERLARKRRGAEREIF ERILRAFRP" gene complement(986245..987639) /gene="matE-1" /locus_tag="TGAM_1034" /note="tg1034" CDS complement(986245..987639) /gene="matE-1" /locus_tag="TGAM_1034" /inference="protein motif:CDD:MatE, MatE" /inference="protein motif:CDD:NorM, Na+-driven multidrug efflux pump [Defense mechanisms]" /inference="protein motif:COG:COG0534 Na+-driven multidrug efflux pump; V Defense mechanisms" /inference="protein motif:HMMPanther:PTHR11206 MULTIDRUG RESISTANCE PUMP-RELATED" /inference="protein motif:HMMPanther:PTHR11206:SF36 DAMAGE-INDUCIBLE PROTEIN" /inference="protein motif:HMMPfam:PF01554 MatE InterPro:IPR002528 Multi antimicrobial extrusion protein MatE GO:Biological Process:multidrug transport (GO:0006855), Molecular Function:drug transporter activity (GO:0015238), Molecular Function:antiporter activity (GO:0015297), Cellular Component:membrane (GO:0016020)" /inference="protein motif:HMMTigr:TIGR00797 matE:MATE efflux family protein InterPro:IPR002528 Multi antimicrobial extrusion protein MatE GO:Biological Process:multidrug transport (GO:0006855), Molecular Function:drug transporter activity (GO:0015238), Molecular Function:antiporter activity (GO:0015297), Cellular Component:membrane (GO:0016020)" /note="12 probable transmembrane helices predicted by modhmm" /codon_start=1 /transl_table=11 /product="Multi antimicrobial extrusion protein MatE (matE)" /protein_id="ACS33536.1" /translation="MEENLRRKLWSLAWPAILGNISQTLLNLVDTLMVGHVSAIAVGA VGLGGQISWFMFPIMMSVSVGTLALVARFVGAKDFEKAELVLEQSLYLAFLLGIPVFL FGWFLGDDVLRIMGARGETFSLAYSYLRVLFLFYPIRFVGFTFFSALRGAGDTKTPMK LGIMMNIINATLDYLLIYGKLGFPRLGPVGAAWASGIGITVSFLIGFYLLLTGRLVLR LRPSWRFDLSLIERIVRIGIPALVERGLFSFYNFLYMTIVTRFGSIALSAHQIGLRIE SIAYMPAFGFNVASSALVGQSLGAKRPDLAEKTVKEALKMITAFMSIMAIILILFPRY LVMPFLDPSDPHYSEVLRLASIYLIIVGISEIPLGWVFVLSGALRGAGDTKSPMYVTA VSKLLFRILPAYLLGFGFEVPSFKVLGFTFPGFTFRGMGVIAAWIAMSLETFTSAAMY WWIFRRGRWKYVKV" gene complement(987705..988115) /gene="eIF-5A" /locus_tag="TGAM_1035" /note="tg1035" CDS complement(987705..988115) /gene="eIF-5A" /locus_tag="TGAM_1035" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:Efp, Translation elongation factor P (EF-P)/translation initiation factor 5A (eIF-5A) [Translation, ribosomal structure and biogenesis]" /inference="protein motif:COG:COG0231 Translation elongation factor P (EF-P)/translation initiation factor 5A (eIF-5A); J Translation, ribosomal structure and biogenesis" /inference="protein motif:Gene3D:G3D.2.30.30.80 no description" /inference="protein motif:Gene3D:G3D.2.40.50.140 no description InterPro:IPR012340 Nucleic acid-binding, OB-fold, subgroup" /inference="protein motif:HMMPanther:PTHR11673 TRANSLATION INITIATION FACTOR 5A-RELATED InterPro:IPR001884 Eukaryotic initiation factor 5A hypusine (eIF-5A) GO:Molecular Function:translation initiation factor activity (GO:0003743), Biological Process:translational initiation (GO:0006413)" /inference="protein motif:HMMPanther:PTHR11673:SF1 INITIATION FACTOR 5A" /inference="protein motif:HMMPfam:PF00467 KOW InterPro:IPR005824 KOW" /inference="protein motif:HMMPfam:PF01287 eIF-5a InterPro:IPR001884 Eukaryotic initiation factor 5A hypusine (eIF-5A) GO:Molecular Function:translation initiation factor activity (GO:0003743), Biological Process:translational initiation (GO:0006413)" /inference="protein motif:HMMPIR:PIRSF003025 Translation initiation factor eIF-5A InterPro:IPR001884 Eukaryotic initiation factor 5A hypusine (eIF-5A) GO:Molecular Function:translation initiation factor activity (GO:0003743), Biological Process:translational initiation (GO:0006413)" /inference="protein motif:HMMTigr:TIGR00037 eIF_5A:translation initiation factor eIF-5A InterPro:IPR001884 Eukaryotic initiation factor 5A hypusine (eIF-5A) GO:Molecular Function:translation initiation factor activity (GO:0003743), Biological Process:translational initiation (GO:0006413)" /inference="protein motif:ScanRegExp:PS00302 IF5A_HYPUSINE InterPro:IPR001884 Eukaryotic initiation factor 5A hypusine (eIF-5A) GO:Molecular Function:translation initiation factor activity (GO:0003743), Biological Process:translational initiation (GO:0006413)" /inference="protein motif:superfamily:SSF50104 Translation proteins SH3-like domain InterPro:IPR008991 Translation protein SH3-like" /inference="protein motif:superfamily:SSF50249 Nucleic acid-binding proteins InterPro:IPR008994 Nucleic acid-binding, OB-fold GO:Molecular Function:nucleic acid binding (GO:0003676)" /codon_start=1 /transl_table=11 /product="Translation initiation factor eIF-5A (hypusine containing) (eIF-5A)" /protein_id="ACS33537.1" /translation="MGDKTKVQVSKLKPGRYIIIDGEPCRIVNITVSSPGKHGSAKAR IEAVGIFDGKVRSIVKPTSAEVDVPIIDKRVGQVIAITPDTVQIMDMETYELYDVPIE TGVEDEVKDQLKEGITVEYWETLGRIQIKKVRGE" gene complement(988182..989573) /locus_tag="TGAM_1036" /note="tg1036" CDS complement(988182..989573) /locus_tag="TGAM_1036" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:ProfileScan:PS50267 NA_NEUROTRAN_SYMP_3 InterPro:IPR000175 Sodium:neurotransmitter symporter GO:Molecular Function:neurotransmitter:sodium symporter activity (GO:0005328), Cellular Component:integral to plasma membrane (GO:0005887), Biological Process:neurotransmitter transport (GO:0006836), Cellular Component:membrane (GO:0016020)" /note="12 probable transmembrane helices predicted by modhmm" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein" /protein_id="ACS33538.1" /translation="MRKMSTLMALLITGYILGVLNFLLMPKYYIAFGLKGFVLSLVAL GVGLILIYGELEATRKTRYLIHEFMVKVSRLPAITIILLMFLMLFGAINLYYSGFALI KLFDLGPTMLILLLLVIVTLIWLFLIILRGRSVEFIGILAVLFIVFAFVSLFLMRAQV YDFVRSETALNYLNSYRHAVLSFDHPLTARGTIMMLITVLLSLGLGAGVYYVLGSFAP SDLDFRKLLAVVLLLQILLSFTAAFTTVYAIGAAYQSYETAFNNPQIPSEKSMKLFMD FHKLEDYGGKSNQSPIKAIETFYLIPDIIRESGIGGSSAIIFLLMGSLFLAGFTTLIV LVEIGAQISAEMFQMKRNTSVSFVSGIVLILSAAMMVSGIKVMFLAALLGVGGLIIAL EGAPLLVGVSPVDRRLIGVGVLASAVIGLISLRTMLSFKGSYIPLGILVGLLLFLPML FNNYLMAGSRRGR" gene 989663..990310 /locus_tag="TGAM_1037" /note="tg1037" CDS 989663..990310 /locus_tag="TGAM_1037" /inference="protein motif:CDD:COG2129, Predicted phosphoesterases, related to the Icc protein [General function prediction only]" /inference="protein motif:CDD:Metallophos, Calcineurin-like phosphoesterase" /inference="protein motif:COG:COG1254 Acylphosphatases; C Energy production and conversion" /inference="protein motif:Gene3D:G3D.3.60.21.10 no description" /inference="protein motif:HMMPfam:PF00149 Metallophos InterPro:IPR004843 Metallophosphoesterase GO:Molecular Function:hydrolase activity (GO:0016787)" /inference="protein motif:ProfileScan:PS50185 PHOSPHO_ESTER InterPro:IPR004843 Metallophosphoesterase GO:Molecular Function:hydrolase activity (GO:0016787)" /inference="protein motif:superfamily:SSF56300 Metallo-dependent phosphatases" /codon_start=1 /transl_table=11 /product="Metallophosphoesterase, Calcineurin-like family" /protein_id="ACS33539.1" /translation="MLVVAVTDVHGDSKAAEELAERIVKMEREPDAIFIAGDITNFGS ASVAEKVLRPLLELGIPIVAVHGNCDGRDVPEYLEELGISAHDRRVEVRGIGVVGIGG SNITPFHTIWELSEEEIEAILRRNYRAGDVILSHVPPYGTKVDLTRSGIHVGSKALRK FIWENKPPLVITGHIHEARGVDKVNGSLVVNPGPLFRGYYALVEIEETRVSLMRL" gene 990357..992204 /gene="preP" /locus_tag="TGAM_1038" /note="tg1038" CDS 990357..992204 /gene="preP" /locus_tag="TGAM_1038" /EC_number="3.4.21.26" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:COG:COG1505 Serine proteases of the peptidase family S9A; E Amino acid transport and metabolism" /inference="protein motif:FPrintScan:PR00862 PROLIGOPTASE InterPro:IPR002470 Peptidase S9A, prolyl oligopeptidase GO:Molecular Function:prolyl oligopeptidase activity (GO:0004287), Biological Process:proteolysis (GO:0006508)" /inference="protein motif:Gene3D:G3D.3.40.50.1820 no description" /inference="protein motif:HMMPanther:PTHR11757 PROLYL OLIGOPEPTIDASE InterPro:IPR002470 Peptidase S9A, prolyl oligopeptidase GO:Molecular Function:prolyl oligopeptidase activity (GO:0004287), Biological Process:proteolysis (GO:0006508)" /inference="protein motif:HMMPanther:PTHR11757:SF1 PROLYL OLIGOPEPTIDASE" /inference="protein motif:HMMPfam:PF00326 Peptidase_S9 InterPro:IPR001375 Peptidase S9, prolyl oligopeptidase active site region GO:Biological Process:proteolysis (GO:0006508), Molecular Function:serine-type peptidase activity (GO:0008236)" /inference="protein motif:ProfileScan:PS50187 ESTERASE InterPro:IPR000379 Esterase/lipase/thioesterase GO:Molecular Function:catalytic activity (GO:0003824)" /inference="protein motif:superfamily:SSF50993 Prolyl oligopeptidase, N-terminal domain" /inference="protein motif:superfamily:SSF53474 alpha/beta-Hydrolases" /codon_start=1 /transl_table=11 /product="Prolyl oligopeptidase (preP)" /protein_id="ACS33540.1" /translation="MEDPYIWAENLKDERVLKLVEEENKRFREFVGELSDELFPEVWE YYSIPTLHQVKLTERGIIGMYREGEGQVIRWLGGDAIVDSKELEKELNDEVLLQGFTA DRKGRFLAYSFSIGGADEGITRIVDLETGELLEEFKPSVWNVTFLENGYYFARFYRHG ETPDGVKAPAERLFWKDESGEKIVFGEGLGSGYFISLGKSTDSKTAMVTVTFGWNSAE IYVGPIDEPEKWEKVYSAEVPVEPVDVRDGTLYLLTKEGKGRGKLIAVMDGELMEIIP EGEFPLEWAVLVGDKILAGRLVHASHILEVYSLSGEKLGEITFDLPGSVYPLDTDGKK VLLRYESFTVPYRLYEFNGELKLVERQEIEGSFNVEEDFAVSKDGTKIHYFLVKGERD EKKAWVFGYGGFNISLTPRFFPQAIPFIKRGGTFGMANLRGGSEYGEEWHRAGMRENK QNVFDDFIAVLEKLKREGYRVAAWGRSNGGLLVSATLVQRPDVMDSALIGYPVIDMLR FHRLYIGSVWVPEYGNPDDPKEREFLLKYSPYHNVKPAKYPPTLIYTGLHDDRVHPAH AIKFFLKLKEVSRDVYLRVEIKSGHMGASPETRARELTDLLAFVLRTLA" gene complement(992206..993645) /gene="matE-2" /locus_tag="TGAM_1039" /note="tg1039" CDS complement(992206..993645) /gene="matE-2" /locus_tag="TGAM_1039" /inference="protein motif:CDD:MatE, MatE" /inference="protein motif:CDD:NorM, Na+-driven multidrug efflux pump [Defense mechanisms]" /inference="protein motif:COG:COG0534 Na+-driven multidrug efflux pump; V Defense mechanisms" /inference="protein motif:HMMPanther:PTHR11206 MULTIDRUG RESISTANCE PUMP-RELATED" /inference="protein motif:HMMPanther:PTHR11206:SF44 DNA DAMAGE-INDUCIBLE PROTEIN-RELATED" /inference="protein motif:HMMPfam:PF01554 MatE InterPro:IPR002528 Multi antimicrobial extrusion protein MatE GO:Biological Process:multidrug transport (GO:0006855), Molecular Function:drug transporter activity (GO:0015238), Molecular Function:antiporter activity (GO:0015297), Cellular Component:membrane (GO:0016020)" /inference="protein motif:HMMTigr:TIGR00797 matE:MATE efflux family protein InterPro:IPR002528 Multi antimicrobial extrusion protein MatE GO:Biological Process:multidrug transport (GO:0006855), Molecular Function:drug transporter activity (GO:0015238), Molecular Function:antiporter activity (GO:0015297), Cellular Component:membrane (GO:0016020)" /note="9 probable transmembrane helices predicted by modhmm" /codon_start=1 /transl_table=11 /product="Multi antimicrobial extrusion protein MatE (matE)" /protein_id="ACS33541.1" /translation="MERGKVQRMREEILTGPIERTLLRLAYPLIVSNLIQVLYNITDT FWLGKIGREALAAPGTSWPIIGTLMALGMGFAMAGFALVGQYIGAGRYEKANRSAGAL YSLMLIFSTLTAIISLAVLPYALHFMKVTPNVYPHAKAYATVVFAGVPLSFSFMAFSA LMRAAGDTKTPVKVSMLTVFMNIVLDPVFIFLLDLGVEGAAIATVLSNGTGALIGLRL LTSGRTGLYLTKETLKPDLEFYSKIFRVGLPSAVGQSANNFGFVVLTRIIYGYGDVVY AAYIITTRLVNFITSISRGISMAMGTMIAQNVGAENYERAKRIAERTMMVNFLIASFA ILIIGIFRVPIFKVFLNDPAVIAQSEYVLKYFLISVPFFNGIFVVVTRTFSSAGHTKK SMILSMLRLWGLRIPLSYAFGYVPAIMISEVILDHEISIRIPLAELFGMSSRGVFFGM GMSNFLAALVALLWFLRGSWMKRIIEEEE" gene complement(993689..995101) /gene="matE-3" /locus_tag="TGAM_1040" /note="tg1040" CDS complement(993689..995101) /gene="matE-3" /locus_tag="TGAM_1040" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:MatE, MatE" /inference="protein motif:CDD:NorM, Na+-driven multidrug efflux pump [Defense mechanisms]" /inference="protein motif:COG:COG0534 Na+-driven multidrug efflux pump; V Defense mechanisms" /inference="protein motif:HMMPanther:PTHR11206 MULTIDRUG RESISTANCE PUMP-RELATED" /inference="protein motif:HMMPanther:PTHR11206:SF44 DNA DAMAGE-INDUCIBLE PROTEIN-RELATED" /inference="protein motif:HMMPfam:PF01554 MatE InterPro:IPR002528 Multi antimicrobial extrusion protein MatE GO:Biological Process:multidrug transport (GO:0006855), Molecular Function:drug transporter activity (GO:0015238), Molecular Function:antiporter activity (GO:0015297), Cellular Component:membrane (GO:0016020)" /inference="protein motif:HMMTigr:TIGR00797 matE:MATE efflux family protein InterPro:IPR002528 Multi antimicrobial extrusion protein MatE GO:Biological Process:multidrug transport (GO:0006855), Molecular Function:drug transporter activity (GO:0015238), Molecular Function:antiporter activity (GO:0015297), Cellular Component:membrane (GO:0016020)" /note="12 probable transmembrane helices predicted by modhmm" /codon_start=1 /transl_table=11 /product="Multi antimicrobial extrusion protein MatE (matE)" /protein_id="ACS33542.1" /translation="MDGGKIQRMREQVLSGPVVKTLILLAYPLIINQLVQVLYNLTDT FWLGKLGREELAAPGTAWPLVWFFMSIGMGFATAGFAFVSQYVGAGNYEKANRSAGAL YSLMMLFAIGVGAFGVVSAPYLLRFMGVSETIYPYALAYTRVIFGGIPFAFTLFAFNF LLRAIGDTRTPVKINVATVLLNLVLDPFFIFGWGPFPRLGVVGAAVATMLSNSLGSIV GGYLLFTGKVGIHLTLKNLKPDPYFYSRIFRVGLPASVGTSTTALGFVILTRIIFTIG ELYGQTHGIKGFEDVAFATYSITNRLTNFMFAFSDGISMAMGTMVGQAIGAKLYERAK EIAEKAMAINFTILGVGTLLFALFRVQIFSFFINDPAIIAESAKVVEYFSASLPFFGI FSAVNNVFQSSGHTKKSMILSMFRLWGLRLPLSYGLGVLTKDTAGLWLGMGLSNVLGA LVALAWFLRGSWMKAIIEEE" gene complement(995163..995576) /locus_tag="TGAM_1041" /note="tg1041" CDS complement(995163..995576) /locus_tag="TGAM_1041" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:COG:COG1848 Predicted nucleic acid-binding protein, contains PIN domain; R General function prediction only" /inference="protein motif:HMMPfam:PF01850 PIN InterPro:IPR002716 PilT protein, N-terminal" /inference="protein motif:HMMSmart:SM00670 no description InterPro:IPR006596 Nucleotide binding protein, PINc" /inference="protein motif:superfamily:SSF88723 PIN domain-like" /codon_start=1 /transl_table=11 /product="Nucleotide binding protein, putative, containing PIN domain" /protein_id="ACS33543.1" /translation="MRFIDANVFLYALLKLKPNLPKEVIEKKKQAREILRRIENGEEV ATTIVHLSEVANIIEAKVNLSMAIDFIEELLTAENVRILSVTPEDYIKATIVASEKRV SINDALAYLKMIELGISEIYTFDRHFLNLNVRVLP" gene complement(995586..995807) /locus_tag="TGAM_1042" /note="tg1042" CDS complement(995586..995807) /locus_tag="TGAM_1042" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:COG:COG2002 Regulators of stationary/sporulation gene expression; K Transcription" /inference="protein motif:HMMPfam:PF04014 SpoVT_AbrB InterPro:IPR007159 SpoVT/AbrB-like" /inference="protein motif:HMMTigr:TIGR01439 lp_hng_hel_AbrB:transcriptional regu InterPro:IPR006339 Transcriptional regulator AbrB" /inference="protein motif:superfamily:SSF54742 Transcription-state regulator AbrB, the N-terminal DNA recognition domain" /codon_start=1 /transl_table=11 /product="Transcription regulator, SpoVT/AbrB family" /protein_id="ACS33544.1" /translation="MSSVEVKKIDSQGRLVIPKSWRERWGNEVILIELDDRIEIIPRK RPRLSRFFDIIDADVKGEDIEKELLEGLY" gene complement(995907..998282) /gene="ppsA" /locus_tag="TGAM_1043" /note="tg1043" CDS complement(995907..998282) /gene="ppsA" /locus_tag="TGAM_1043" /EC_number="2.7.9.2" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:BlastProDom:PD000940 PPSA_PYRAB_Q9V2H7; InterPro:IPR000121 PEP-utilizing enzyme GO:Biological Process:phosphorylation (GO:0016310), Molecular Function:transferase activity, transferring phosphorus-containing groups (GO:0016772)" /inference="protein motif:COG:COG0574 Phosphoenolpyruvate synthase/pyruvate phosphate dikinase; G Carbohydrate transport and metabolism" /inference="protein motif:FPrintScan:PR01736 PHPHTRNFRASE InterPro:IPR006318 Phosphoenolpyruvate-protein phosphotransferase GO:Molecular Function:transferase activity, transferring phosphorus-containing groups (GO:0016772)" /inference="protein motif:Gene3D:G3D.2.30.35.30 no description" /inference="protein motif:Gene3D:G3D.3.20.20.60 no description" /inference="protein motif:Gene3D:G3D.3.50.30.10 no description" /inference="protein motif:HMMPfam:PF00391 PEP-utilizers InterPro:IPR008279 PEP-utilising enzyme, mobile region GO:Biological Process:phosphorylation (GO:0016310), Molecular Function:transferase activity, transferring phosphorus-containing groups (GO:0016772)" /inference="protein motif:HMMPfam:PF01326 PPDK_N InterPro:IPR002192 Pyruvate phosphate dikinase, PEP/pyruvate-binding GO:Molecular Function:ATP binding (GO:0005524), Molecular Function:kinase activity (GO:0016301), Biological Process:phosphorylation (GO:0016310)" /inference="protein motif:HMMPfam:PF02896 PEP-utilizers_C InterPro:IPR000121 PEP-utilizing enzyme GO:Biological Process:phosphorylation (GO:0016310), Molecular Function:transferase activity, transferring phosphorus-containing groups (GO:0016772)" /inference="protein motif:HMMTigr:TIGR01418 PEP_synth:phosphoenolpyruvate synthase InterPro:IPR006319 Phosphoenolpyruvate synthase GO:Biological Process:gluconeogenesis (GO:0006094), Molecular Function:pyruvate, water dikinase activity (GO:0008986)" /inference="protein motif:ScanRegExp:PS00370 PEP_ENZYMES_PHOS_SITE InterPro:IPR008279 PEP-utilising enzyme, mobile region GO:Biological Process:phosphorylation (GO:0016310), Molecular Function:transferase activity, transferring phosphorus-containing groups (GO:0016772)" /inference="protein motif:ScanRegExp:PS00742 PEP_ENZYMES_2 InterPro:IPR000121 PEP-utilizing enzyme GO:Biological Process:phosphorylation (GO:0016310), Molecular Function:transferase activity, transferring phosphorus-containing groups (GO:0016772)" /inference="protein motif:superfamily:SSF51621 Phosphoenolpyruvate/pyruvate domain" /inference="protein motif:superfamily:SSF52009 InterPro:IPR008279 PEP-utilising enzyme, mobile region GO:Biological Process:phosphorylation (GO:0016310), Molecular Function:transferase activity, transferring phosphorus-containing groups (GO:0016772)" /inference="protein motif:superfamily:SSF56059 Glutathione synthetase ATP-binding domain-like" /codon_start=1 /transl_table=11 /product="Phosphoenolpyruvate synthase (pyruvate,water dikinase) (PEP synthase) (ppsA)" /protein_id="ACS33545.1" /translation="MSEYRFIKWFEELSKKDVPLVGGKGANLGELTNAGIPVPPGFCV TAEAYKYFVENVKVEDGRTLQEWIMDIISKTNVDDSKQLQENTAKIRQKIIELPMLPE IAEEIERAYKELSARFNKDAVYVAVRSSATAEDLPEASFAGQQETYLDVYGVEDVIDK VKKCWASLWTARATFYRAKQGFDHSKVYLSAVVQKMVNSEKSGVMFTANPVTNDRNEI MINASWGLGEAVVSGSVTPDEYIVEKGTWKIKEKFIAKKEVMVVRNPETGKGTVYVKV AEYLGPEWVEKQVLTDEQIVEVAKMGAKIEEHYGWPQDIEWAYDKDDGKLYIVQSRPI TTLKEAKSEEKAEVTEEAEVILKGLGASPGIGAGRVVVIFDASEIDKVKEGDVLVTTM TNPDMVPAMKRASAIITDEGGRTSHAAIVSRELGIPAVVGTKVATKVLKTGDYVTVDG TRGVVYKGIVKSLVEKKEEEKAAGGQVVVAGAPLITATKVKVNVSMPEVAERAAATGA DGVGLLRAEHMILSIGQHPVKFIKEGKEEELVEKLAEGIRTVAAAFYPRPVWYRTLDA PTNEFKEMPGGEDEPDERNPMLGWRGIRRSLDQPELLRAEFKAIKKVVEEGYDNIGVM LPLVGHPEQIRKAKEIARSVGLEPHKDVEWGIMIEVPAAALIIEDLIKEGLDFVSFGT NDLTQYTLAIDRDNDRIAYLYDEKHPAVLKLIKHVIKVAKKYGVETSICGQAGSDPKM ARILVRLGIDSISANPDAVELIRKTVAQEEQKLILEAARKRLFEDEDELDF" gene 998645..1002586 /gene="pls" /locus_tag="TGAM_1044" /note="tg1044" CDS 998645..1002586 /gene="pls" /locus_tag="TGAM_1044" /EC_number="3.4.21.-" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:AprE, Subtilisin-like serine proteases [Posttranslational modification, protein turnover, chaperones]" /inference="protein motif:CDD:Peptidase_S8, Subtilase family" /inference="protein motif:COG:COG1404 Subtilisin-like serine proteases; O Posttranslational modification, protein turnover, chaperones" /inference="protein motif:FPrintScan:PR00723 SUBTILISIN InterPro:IPR000209 Peptidase S8 and S53, subtilisin, kexin, sedolisin GO:Molecular Function:subtilase activity (GO:0004289), Biological Process:proteolysis (GO:0006508)" /inference="protein motif:Gene3D:G3D.3.40.50.200 no description" /inference="protein motif:HMMPanther:PTHR10795 SUBTILISIN-RELATED SERINE PROTEASE" /inference="protein motif:HMMPanther:PTHR10795:SF21 gb def:stetterlysin [thermococcus stetteri]" /inference="protein motif:HMMPfam:PF00082 Peptidase_S8 InterPro:IPR000209 Peptidase S8 and S53, subtilisin, kexin, sedolisin GO:Molecular Function:subtilase activity (GO:0004289), Biological Process:proteolysis (GO:0006508)" /inference="protein motif:ScanRegExp:PS00136 SUBTILASE_ASP InterPro:IPR000209 Peptidase S8 and S53, subtilisin, kexin, sedolisin GO:Molecular Function:subtilase activity (GO:0004289), Biological Process:proteolysis (GO:0006508)" /inference="protein motif:ScanRegExp:PS00137 SUBTILASE_HIS InterPro:IPR000209 Peptidase S8 and S53, subtilisin, kexin, sedolisin GO:Molecular Function:subtilase activity (GO:0004289), Biological Process:proteolysis (GO:0006508)" /inference="protein motif:ScanRegExp:PS00138 SUBTILASE_SER InterPro:IPR000209 Peptidase S8 and S53, subtilisin, kexin, sedolisin GO:Molecular Function:subtilase activity (GO:0004289), Biological Process:proteolysis (GO:0006508)" /inference="protein motif:superfamily:SSF52743 Subtilisin-like" /inference="protein motif:superfamily:SSF56601 InterPro:IPR012338 Penicillin-binding protein, transpeptidase fold" /note="2 probable transmembrane helices predicted by modhmm" /codon_start=1 /transl_table=11 /product="Pyrolysin (pls)" /protein_id="ACS33546.1" /translation="MEVSRVMSRKTLSVLIVLIMALAIVPVTSAPVSATSVSTISQTT QGGKLLPVDKQIEKLLNGNDKEVRLIIAPTKDKAMDVYNEIAKIGKIDPISRPQDCFI VATIPRENLEKLKSIEGIVGIWEDRMVKLPEPVKEPDQPAIIGSDVPKPDMFLSVYTT QAYDTWVDLGILGDNVTVAVLDTGVDVGHPFLQTTLDGRRKIIKVYDESDEGIADLYY STNTTEDGYIVVNETVQVYWGVYSIYYGHQPFTEYNMTQYYVGDIQGDMYYVGLLPER YFDLNNFNGEPYDPYDLGLFGDLSDVYPVLVVEKNGTYTVYIDLNLDNDFTNDQPLTL YDETGAYIQVPTTKVDIALADVVPEYGYVVFMWDAHGHGTHVSGTIAGVGLPTDPVFN ETYGMAPNAQLIELKVLPGELGFGRLSWIIYGMIDAVYMGADVISMSLGSSPIYNDGL ENPEIFYVNLLTDWYGVTFVIAAGNEGPTTNTVGSPGDSDLAITVGAYRSSLRWQMFW GVDGVADTVASFSSRGPRMDGMLDPDVIAPGEDIFSSLPLWYTVMYDNPYRYYGIWSG TSMATPHVSGAVALLISYAKEYNLTYNPLMLRRALELSAKPVEGATMIDQGFGLIQVE DAINVLQNLSQEQTIYIYGGTTYTGFRDLLGKKKIPLSPAYVEFNSYFYAEFGLPYLY RGVYIRNERPAGVPLYFYPLVYYNDWGLWYTESEKAYRISTNVDWIIPNTDEVVAGGW GRGGVTIGSFSIQIDYSKLEPGKVYVGFVYIDDPDTEQIDGFIPVIIDMPLNPNGESE ASLSDTALPGVAKHYFFQVAPGTKELRVTLRVPLDENGTPMGRTTLMIAKPNGEVVAA YVPNYWFVGPGLPEYTWVISDPEPGNWEITAYTSTFTKPRTGYDESHYQISVKAVSVT IQPEKIQVDRETGGVIHVPISVRNSNYGTFMAKVSGLGMGRLDVAYGMIRNVSQDEFD VIGYIPVTSSDYYLRVGITEPEDPYADLDLYVFYFKTYEDLMNFQNYVLYTDQIGPTS YEEFEKFLPEPGYYLIAVYGYDTAGYDPIHYLFYYQLLSDNGDVTATPSNLVVSNDQV TSTYLNIRAYDEGTYLGVVSVSDASTGEILDYAPVFVQVGMPRMTIIAYPETPITIGE PVKVRINLLDAVTMMPVYGESKVIINGQVYYTDNGVVEFYFTPKSLNDVLRVKVINPE YQDTEKTFTLSELDQGAEFRYYESLYQEEVATYNQLVQAVNSNLTDPYRTIALLVAGR YHNRAAYYAEKAYDELNSNPVRAAYLMKKAYLTEKRANRILSVFLDKFSTP" gene complement(1002632..1003222) /locus_tag="TGAM_1045" /note="tg1045" CDS complement(1002632..1003222) /locus_tag="TGAM_1045" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:COG1711, Uncharacterized protein conserved in archaea [Function unknown]" /inference="protein motif:COG:COG1711 Uncharacterized protein conserved in archaea; S Function unknown" /codon_start=1 /transl_table=11 /product="Gins 15 protein" /protein_id="ACS33547.1" /translation="MDIVKLREMLEAELSNPELAPIDDSFYSDYDSLLKVLRLGAESS RERGENVEEMLYLEQLKIAESLMREILRIRLHKLVDMAFSGAPVSDLVKEEKSIFLIL REFIERGEVPAQPAKSPESSPEEITEEKTGLDQDVGPKQPVSEAYLVSIDLPRIVDEK LREYGPIKAGDIAVLPKSVGDVLLKRGVAHRIRITF" gene complement(1003252..1004001) /gene="pcnA" /locus_tag="TGAM_1046" /note="tg1046" CDS complement(1003252..1004001) /gene="pcnA" /locus_tag="TGAM_1046" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:BlastProDom:PD002673 PCNA_THEFM_Q9UWR9; InterPro:IPR000730 Proliferating cell nuclear antigen, PCNA" /inference="protein motif:CDD:DnaN, DNA polymerase sliding clamp subunit (PCNA homolog) [DNA replication, recombination, and repair]" /inference="protein motif:CDD:PCNA, Proliferating Cell Nuclear Antigen (PCNA) domain found in eukaryotes and archaea" /inference="protein motif:CDD:PCNA_N, Proliferating cell nuclear antigen, N-terminal domain" /inference="protein motif:COG:COG0592 DNA polymerase sliding clamp subunit (PCNA homolog); L Replication, recombination and repair" /inference="protein motif:FPrintScan:PR00339 PCNACYCLIN InterPro:IPR000730 Proliferating cell nuclear antigen, PCNA" /inference="protein motif:Gene3D:G3D.3.70.10.10 no description" /inference="protein motif:HMMPanther:PTHR11352 PROLIFERATING CELL NUCLEAR ANTIGEN-RELATED InterPro:IPR000730 Proliferating cell nuclear antigen, PCNA" /inference="protein motif:HMMPfam:PF00705 PCNA_N InterPro:IPR000730 Proliferating cell nuclear antigen, PCNA" /inference="protein motif:HMMPfam:PF02747 PCNA_C InterPro:IPR000730 Proliferating cell nuclear antigen, PCNA" /inference="protein motif:HMMPIR:PIRSF002090 DNA polymerase sliding clamp InterPro:IPR000730 Proliferating cell nuclear antigen, PCNA" /inference="protein motif:HMMTigr:TIGR00590 pcna:proliferating cell nuclear antigen (pc InterPro:IPR000730 Proliferating cell nuclear antigen, PCNA" /inference="protein motif:ScanRegExp:PS01251 PCNA_1 InterPro:IPR000730 Proliferating cell nuclear antigen, PCNA" /inference="protein motif:superfamily:SSF55979 DNA clamp" /codon_start=1 /transl_table=11 /product="DNA polymerase sliding clamp (Proliferating cell nuclear antigen-like protein) (PCNA) (pcnA)" /protein_id="ACS33548.1" /translation="MPFEIVFDGAKEFADLIATASNLIDEAAFKITEEGVSMRAMDPS RVVLIDLNLPESIFSKYEVEEPETIGINMDHFKKILKRGKSKDTLILRKGDENFLEIT FEGTAKRTFRLPLIDVEELELELPELPFTAKVVLLGEVLKEAIKDASLVSDSLKFIAK EDEFTMKAEGETNEVEIKLTLEDEGLLDLEVEEETRSAYGISYLADMVKGIGKADEVT LRFGTEMPLQMDYFIRDEGKLTFLLAPRVEE" gene complement(1004004..1004207) /locus_tag="TGAM_1047" /note="tg1047" CDS complement(1004004..1004207) /locus_tag="TGAM_1047" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein" /protein_id="ACS33549.1" /translation="MHQVRLRLEVLRVNELEREVVKRLAEKALKELEEAYRRVPDVDN GKAYLFRGKERVRLMLEILNKEV" gene complement(1004168..1004500) /gene="tfs" /locus_tag="TGAM_1048" /note="tg1048; TFS_arch" CDS complement(1004168..1004500) /gene="tfs" /locus_tag="TGAM_1048" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:RPB9, DNA-directed RNA polymerase, subunit M/Transcription elongation factor TFIIS [Transcription]" /inference="protein motif:CDD:ZnF_C2C2, C2C2 Zinc finger; Nucleic-acid-binding motif in transcriptional elongation factor TFIIS and RNA polymerases" /inference="protein motif:COG:COG1594 DNA-directed RNA polymerase, subunit M/Transcription elongation factor TFIIS; K Transcription" /inference="protein motif:Gene3D:G3D.2.20.25.10 no description" /inference="protein motif:HMMPanther:PTHR11239 TRANSCRIPTION FACTOR TFIIS" /inference="protein motif:HMMPanther:PTHR11239:SF4 TRANSCRIPTION FACTOR TFIIS" /inference="protein motif:HMMPfam:PF01096 TFIIS_C InterPro:IPR001222 Transcription factor TFIIS" /inference="protein motif:HMMPfam:PF02150 RNA_POL_M_15KD InterPro:IPR001529 DNA-directed RNA polymerase, M/15 kDa subunit" /inference="protein motif:HMMPIR:PIRSF005586 DNA-directed RNA polymerase, subunit C11/M/9 InterPro:IPR012164 DNA-directed RNA polymerase, subunit C11/M/9" /inference="protein motif:HMMSmart:SM00440 no description InterPro:IPR001222 Transcription factor TFIIS" /inference="protein motif:HMMSmart:SM00661 no description InterPro:IPR001529 DNA-directed RNA polymerase, M/15 kDa subunit" /inference="protein motif:HMMTigr:TIGR01384 TFS_arch:transcription factor S InterPro:IPR006288 Transcription factor S" /inference="protein motif:ProfileScan:PS51133 ZF_TFIIS_2 InterPro:IPR013138 Zinc finger TFIIS-type 2" /inference="protein motif:ScanRegExp:PS00466 ZF_TFIIS_1 InterPro:IPR001222 Transcription factor TFIIS" /inference="protein motif:ScanRegExp:PS01030 RNA_POL_M_15KD InterPro:IPR001529 DNA-directed RNA polymerase, M/15 kDa subunit" /inference="protein motif:superfamily:SSF57783 Zinc beta-ribbon" /codon_start=1 /transl_table=11 /product="Transcription elongation factor S (TFS_arch)" /protein_id="ACS33550.1" /translation="MKFCPKCGNLMLPDRKRKVWVCRSCGYEEPFDEEKDREKTRITQ KVEHKPDEGIIVVEQDLKTLPTTKVTCPKCGNDTAYWWELQTRAGDEPSTIFYKCTKC GYVWRSYE" gene 1004564..1004818 /locus_tag="TGAM_1049" /note="tg1049" CDS 1004564..1004818 /locus_tag="TGAM_1049" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein" /protein_id="ACS33551.1" /translation="MVMVMEKLDVFELARRYHRELRIEEPSLATLAAELFGDLGLKIR EFLEKEGYSLTGAKFIDYDKSLVLGIMKDDKTYEVILRKT" gene 1004866..1006191 /locus_tag="TGAM_1050" /note="tg1050" CDS 1004866..1006191 /locus_tag="TGAM_1050" /EC_number="1.6.99.3" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:BlastProDom:PD000139 O58308_PYRHO_O58308; InterPro:IPR001327 Pyridine nucleotide-disulphide oxidoreductase, NAD-binding region GO:Biological Process:electron transport (GO:0006118), Molecular Function:disulfide oxidoreductase activity (GO:0015036)" /inference="protein motif:CDD:HcaD, Uncharacterized NAD(FAD)-dependent dehydrogenases [General function prediction only]" /inference="protein motif:CDD:Lpd, Pyruvate/2-oxoglutarate dehydrogenase complex, dihydrolipoamide dehydrogenase (E3) component, and related enzymes [Energy production and conversion]" /inference="protein motif:CDD:Ndh, NADH dehydrogenase, FAD-containing subunit [Energy production and conversion]" /inference="protein motif:CDD:NirB, NAD(P)H-nitrite reductase [Energy production and conversion]" /inference="protein motif:CDD:Pyr_redox, Pyridine nucleotide-disulphide oxidoreductase" /inference="protein motif:CDD:Pyr_redox_dim, Pyridine nucleotide-disulphide oxidoreductase, dimerisation domain" /inference="protein motif:CDD:TrxB, Thioredoxin reductase [Posttranslational modification, protein turnover, chaperones]" /inference="protein motif:COG:COG0446 Uncharacterized NAD(FAD)-dependent dehydrogenases; R General function prediction only" /inference="protein motif:FPrintScan:PR00368 FADPNR InterPro:IPR013027 FAD-dependent pyridine nucleotide-disulphide oxidoreductase" /inference="protein motif:FPrintScan:PR00411 PNDRDTASEI InterPro:IPR001100 Pyridine nucleotide-disulphide oxidoreductase, class I GO:Biological Process:electron transport (GO:0006118), Molecular Function:oxidoreductase activity (GO:0016491)" /inference="protein motif:FPrintScan:PR00419 ADXRDTASE InterPro:IPR000759 Adrenodoxin reductase GO:Biological Process:electron transport (GO:0006118)" /inference="protein motif:Gene3D:G3D.3.30.390.30 no description" /inference="protein motif:Gene3D:G3D.3.50.50.60 no description" /inference="protein motif:HMMPanther:PTHR11493 DIHYDROLIPOAMIDE DEHYDROGENASE-RELATED" /inference="protein motif:HMMPanther:PTHR11493:SF37 NADH OXIDASE" /inference="protein motif:HMMPfam:PF02852 Pyr_redox_dim InterPro:IPR004099 Pyridine nucleotide-disulphide oxidoreductase dimerisation region GO:Cellular Component:cytoplasm (GO:0005737), Biological Process:electron transport (GO:0006118), Molecular Function:oxidoreductase activity (GO:0016491)" /inference="protein motif:HMMPfam:PF07992 Pyr_redox_2 InterPro:IPR013027 FAD-dependent pyridine nucleotide-disulphide oxidoreductase" /inference="protein motif:ProfileScan:PS50205 NAD_BINDING InterPro:IPR000205 NAD-binding site" /inference="protein motif:superfamily:SSF51905 FAD/NAD(P)-binding domain" /inference="protein motif:superfamily:SSF55424 FAD/NAD-linked reductases, dimerisation (C-terminal) domain" /codon_start=1 /transl_table=11 /product="NAD(P)H sulfur oxidoreductase" /protein_id="ACS33552.1" /translation="MGKKVVIIGGGAAGMSTASRVKRLKPEWDVKVFEATEWVSHAPC GIPYVVEGISPTEKLMHYPPEVFIKKRGIDLHLKAEVIEVGQGYVRVREGDGEKSYEW DYLVFANGASPRIPAVEGVTLPGVFKADLPPDAVAIKEYIEKNRVEDVVIIGGGYIGV EMAEAFSAQGKNVTLIERNERVMSKAFDREITDVLEEEMRKRIDLRTQEIVLKIEGSE RVEKVITDAGEYKADLVILATGIKPNVELAKEIGVRIGETGAIWTNEKMQTSVENVYA AGDVAETRHLITGRRVWIPLAPAGNKMGYVAGSNIAGKELHFPGVLGTSVTKFFDVEI GKTGLTEAEAIREGYDVRTAFIKATTRPHYYPGAKPIWLKGVVDNETNRLLGVQAVGA EILPRIDTAAAMLTAGFTTKDAFFTDLAYAPPFAPVWDPLVVLARVLKF" gene 1006266..1007717 /gene="proS" /locus_tag="TGAM_1051" /note="tg1051" CDS 1006266..1007717 /gene="proS" /locus_tag="TGAM_1051" /EC_number="6.1.1.15" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:class_II_aaRS-like_core, Class II tRNA amino-acyl synthetase-like catalytic core domain" /inference="protein motif:CDD:Gly_His_Pro_Ser_Thr_tRS_core, Gly_His_Pro_Ser_Thr_tRNA synthetase class II core domain" /inference="protein motif:CDD:HGTP_anticodon, Anticodon binding domain" /inference="protein motif:CDD:HGTP_anticodon, HGTP anticodon binding domain, as found at the C-terminus of histidyl, glycyl, threonyl and prolyl tRNA synthetases, which are classified as a group of class II aminoacyl-tRNA synthetases (aaRS)" /inference="protein motif:CDD:ProRS_anticodon_short, ProRS Prolyl-anticodon binding domain, short version found predominantly in bacteria" /inference="protein motif:CDD:ProRS_anticodon_zinc, ProRS Prolyl-anticodon binding domain, long version found predominantly in eukaryotes and archaea" /inference="protein motif:CDD:ProRS_core, Prolyl-tRNA synthetase (ProRS) class II core catalytic domain" /inference="protein motif:CDD:ProRS_core_arch_euk, Prolyl-tRNA synthetase (ProRS) class II core catalytic domain" /inference="protein motif:CDD:ProRS_core_prok, Prolyl-tRNA synthetase (ProRS) class II core catalytic domain" /inference="protein motif:CDD:ProS, Prolyl-tRNA synthetase [Translation, ribosomal structure and biogenesis]" /inference="protein motif:CDD:ThrRS_anticodon, ThrRS Threonyl-anticodon binding domain" /inference="protein motif:CDD:ThrRS_core, Threonyl-tRNA synthetase (ThrRS) class II core catalytic domain" /inference="protein motif:CDD:ThrS, Threonyl-tRNA synthetase [Translation, ribosomal structure and biogenesis]" /inference="protein motif:CDD:tRNA-synt_2b, tRNA synthetase class II core domain (G, H, P, S and T)" /inference="protein motif:COG:COG0442 Prolyl-tRNA synthetase; J Translation, ribosomal structure and biogenesis" /inference="protein motif:FPrintScan:PR01046 TRNASYNTHPRO InterPro:IPR002316 Prolyl-tRNA synthetase, class IIa GO:Molecular Function:proline-tRNA ligase activity (GO:0004827), Molecular Function:ATP binding (GO:0005524), Biological Process:prolyl-tRNA aminoacylation (GO:0006433)" /inference="protein motif:Gene3D:G3D.3.30.930.10 no description" /inference="protein motif:Gene3D:G3D.3.40.50.800 no description" /inference="protein motif:HMMPanther:PTHR11451 AMINO ACID-TRNA SYNTHETASE" /inference="protein motif:HMMPanther:PTHR11451:SF3 PROLYL-TRNA SYNTHETASE InterPro:IPR002316 Prolyl-tRNA synthetase, class IIa GO:Molecular Function:proline-tRNA ligase activity (GO:0004827), Molecular Function:ATP binding (GO:0005524), Biological Process:prolyl-tRNA aminoacylation (GO:0006433)" /inference="protein motif:HMMPfam:PF00587 tRNA-synt_2b InterPro:IPR002314 tRNA synthetase, class II (G, H, P and S) GO:Molecular Function:aminoacyl-tRNA ligase activity (GO:0004812), Molecular Function:ATP binding (GO:0005524), Biological Process:tRNA aminoacylation for protein translation (GO:0006418)" /inference="protein motif:HMMPfam:PF03129 HGTP_anticodon InterPro:IPR004154 Anticodon-binding GO:Molecular Function:aminoacyl-tRNA ligase activity (GO:0004812), Molecular Function:ATP binding (GO:0005524), Biological Process:protein biosynthesis (GO:0006412)" /inference="protein motif:HMMTigr:TIGR00408 proS_fam_I:prolyl-tRNA synthetase InterPro:IPR004499 Prolyl-tRNA synthetase, archael and euk type GO:Molecular Function:proline-tRNA ligase activity (GO:0004827), Molecular Function:ATP binding (GO:0005524), Cellular Component:cytoplasm (GO:0005737), Biological Process:protein biosynthesis (GO:0006412)" /inference="protein motif:ProfileScan:PS50862 AA_TRNA_LIGASE_II InterPro:IPR006195 Aminoacyl-transfer RNA synthetase, class II GO:Molecular Function:aminoacyl-tRNA ligase activity (GO:0004812), Molecular Function:ATP binding (GO:0005524), Biological Process:tRNA aminoacylation for protein translation (GO:0006418)" /inference="protein motif:superfamily:SSF52954 Anticodon-binding domain of Class II aaRS" /inference="protein motif:superfamily:SSF55681 Class II aaRS and biotin synthetases" /inference="protein motif:superfamily:SSF64586 C-terminal domain of ProRS" /codon_start=1 /transl_table=11 /product="Prolyl-tRNA synthetase (proS)" /protein_id="ACS33553.1" /translation="MAKVKREKWSNEFSEWYNELLETAGIIDKRYPVKGMNVWLPYGL KIMRNIEKFIHSEMARTGHEEVLFPALIPETEFQKEAEHIKGFEDEVYWVTHAGLDPL DVRLILRPTSETAMYSMFSLWIRSHADLPFKVYQIVNVYRYETKHTRPLIRVREISRF FEAHTAHVDFEDAERQIKEDLEIFDRLAKFLALPYVISRRPDWDKFPGAFYSLGAEIM MPDGRTLQIGTMHNYKQNFAKAYNIQYETETGDHEYVHQTTFGMSERLLAAVIAVHGD DSGMVLPPTIAPIQVVIVPIPKKDANVDVFAYAREIAEELGKAGFRVHVDERDIRPGR KYYDWELKGVPLRIEVGPRDVEGRKAVLARRDTFEKVTVERDAIVEEVKKTLDAIHEN LYQRAKEFLESHIKRVDTIEEAKAVFEDRRGIVEIPWCGDEECGLKMEEELDAKMLGT PYPEEKAREGIEGKKCPVCGREAKFIARFARTY" gene 1007780..1009162 /locus_tag="TGAM_1052" /note="tg1052" CDS 1007780..1009162 /locus_tag="TGAM_1052" /inference="protein motif:CDD:Arch_ATPase, Archaeal ATPase" /inference="protein motif:CDD:COG1672, Predicted ATPase (AAA+ superfamily) [General function prediction only]" /inference="protein motif:CDD:DUF234, Archaea bacterial proteins of unknown function" /inference="protein motif:COG:COG1672 Predicted ATPase (AAA+ superfamily); R General function prediction only" /inference="protein motif:Gene3D:G3D.1.10.10.10 no description InterPro:IPR011991 Winged helix repressor DNA-binding" /inference="protein motif:Gene3D:G3D.3.40.50.300 no description" /inference="protein motif:HMMPfam:PF01022 HTH_5 InterPro:IPR001845 Bacterial regulatory protein, ArsR GO:Molecular Function:transcription factor activity (GO:0003700), Cellular Component:intracellular (GO:0005622), Biological Process:regulation of transcription, DNA-dependent (GO:0006355)" /inference="protein motif:HMMPfam:PF01637 Arch_ATPase InterPro:IPR011579 Prokaryotic ATPase" /inference="protein motif:HMMPfam:PF03008 DUF234 InterPro:IPR004256 Protein of unknown function DUF234, DEXX-box ATPase C-terminal GO:Molecular Function:molecular function unknown (GO:0005554)" /inference="protein motif:superfamily:SSF46785 'Winged helix' DNA-binding domain" /inference="protein motif:superfamily:SSF52540 P-loop containing nucleoside triphosphate hydrolases" /inference="protein motif:superfamily:SSF52980 Restriction endonuclease-like" /note="Contains Archaeal ATPase domain (PF01637)" /codon_start=1 /transl_table=11 /product="Prokaryotic ATPase, AAA superfamily" /protein_id="ACS33554.1" /translation="MSRRFIDREREIGLLEKRLESESAEFVVIYGRRRVGKTALITEF LRRHGGMYLLARETSELENLRRFSERIAAYFGDDVLLKNPFRNWDALFEYLHQKSREE RLIVAIDEFPYLVLSNKSLPSILQEYWDTKFSEGKLYLLISGSSVSMMEGLLGYKSPL YGRRTGQLKVEPLDFFSAREFLPRFSMEDFVRAYSILGGTPAYLLEFDDGLSVEENLT ENYFRQEGLLYGDVEFVLREELERPRLYFAVLEAIARGRTTLGEIMNETGLERGTVGK YLSVLMNLGIVRREVPVTESKKSRKGRYYIDDPYFSFWFRYVHPNADLIETGNGDMLT RLVMKDLDEHVGRIFEDVARQFLLKIKDKLPLKPTRVGRWWRKGEEIDLVAMDEVEKK ALLIEVKWRHLSERDARKVFEELDRKSKLIGLDGWELHFGIIARRVESKEELRELGFV WDLEDMEVLK" gene 1009159..1010766 /locus_tag="TGAM_1053" /note="tg1053" CDS 1009159..1010766 /locus_tag="TGAM_1053" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:CmcH_NodU, Carbamoyltransferase" /inference="protein motif:CDD:COG2192, Predicted carbamoyl transferase, NodU family [Posttranslational modification, protein turnover, chaperones]" /inference="protein motif:COG:COG2192 Predicted carbamoyl transferase, NodU family; O Posttranslational modification, protein turnover, chaperones" /inference="protein motif:HMMPfam:PF02543 CmcH_NodU InterPro:IPR003696 Carbamoyltransferase GO:Molecular Function:catalytic activity (GO:0003824), Biological Process:biosynthesis (GO:0009058)" /inference="protein motif:superfamily:SSF53067 Actin-like ATPase domain" /inference="protein motif:superfamily:SSF55821 YrdC/RibB" /codon_start=1 /transl_table=11 /product="Carbamoyl transferase, putative, nodU family" /protein_id="ACS33555.1" /translation="MILGVHDGHDAGAVLIDSERIFAVNEERLNRVKKYRGFPELSIK TVLEMAGASPEDVEVIAVAGIFRKQKRLIELEERLKAILGPEFKRKVLFVEHHLAHSA SAYYTSGWREALAVSIDAAGDGLSSSIYVARGGEMIRIAQSTYIDSLGDFYASVTELL GFKPMRHEGKVMSLAAYGRPSYDLSAIIELNGLSFENHLKVIGVEATKKLAEFFRYPL RHARDIAMRMKRGDLDGKLQRKAIEIAASAQKHLEKLLEELGVKLRSRGLPLAYAGGV AQNVKANAVLRKIFGDDNLWVFPAMDDGGLAFGAAIFAKAQLERLDGKWKPFKLEHVY LGPSYDKAYIEEFLRKESLEFEEVDEKFVVDVLSEGKLVGFFQGAMEFGPRALGNRSI LANPSDESVKERLNLALKRDVFQPFAPSLLWEKAGEYLEDLGGRPNEFMTMSYTASET FREIAPAVIHVDGTTRPQAVRKEVNPSYYEVIKTFERRTGIRAVLNTSFNMHGEPIVC SPEDALRTFRRAGLDVLVIDGFAIVGH" gene 1010978..1012264 /gene="tuf" /locus_tag="TGAM_1054" /note="tg1054" CDS 1010978..1012264 /gene="tuf" /locus_tag="TGAM_1054" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:COG1160, Predicted GTPases [General function prediction only]" /inference="protein motif:CDD:CysN, GTPases - Sulfate adenylate transferase subunit 1 [Inorganic ion transport and metabolism]" /inference="protein motif:CDD:CysN_ATPS, CysN_ATPS subfamily" /inference="protein motif:CDD:EF-G, Elongation factor G (EF-G) subfamily" /inference="protein motif:CDD:EF-G_bact, Elongation factor G (EF-G) subfamily" /inference="protein motif:CDD:EF1_alpha, Eukaryotic elongation factor 1 (EF1) alpha subfamily" /inference="protein motif:CDD:EF1_alpha_II, EF1_alpha_II:this family represents the domain II of elongation factor 1-alpha (EF-1a) that is found in archaea and all eukaryotic lineages" /inference="protein motif:CDD:EF1_alpha_III, Domain III of EF-1" /inference="protein motif:CDD:EF2, EF2 (for archaea and eukarya)" /inference="protein motif:CDD:EF_Tu, EF-Tu subfamily" /inference="protein motif:CDD:EFTU_II, EFTU_II:Elongation factor Tu domain II" /inference="protein motif:CDD:eIF2_gamma, eIF2-gamma (gamma subunit of initiation factor 2)" /inference="protein motif:CDD:eRF3_II, eRF3_II:domain II of the eukaryotic class II release factor (eRF3)" /inference="protein motif:CDD:eRF3_II_like, eRF3_II_like:domain similar to domain II of the eukaryotic class II release factor (eRF3)" /inference="protein motif:CDD:eRF3c_III, This family represents eEF1alpha-like C-terminal region of eRF3 homologous to the domain III of EF-Tu" /inference="protein motif:CDD:FusA, Translation elongation factors (GTPases) [Translation, ribosomal structure and biogenesis]" /inference="protein motif:CDD:GCD11, Translation initiation factor 2, gamma subunit (eIF-2gamma; GTPase) [Translation, ribosomal structure and biogenesis]" /inference="protein motif:CDD:GTP_EFTU, Elongation factor Tu GTP binding domain" /inference="protein motif:CDD:GTP_EFTU_D2, Elongation factor Tu domain 2" /inference="protein motif:CDD:GTP_EFTU_D3, Elongation factor Tu C-terminal domain" /inference="protein motif:CDD:GTP_translation_factor, GTP translation factor family" /inference="protein motif:CDD:GTPBP1, GTPase [General function prediction only]" /inference="protein motif:CDD:GTPBP1_like, GTPBP1-like" /inference="protein motif:CDD:HBS1_C, HBS1_C:this family represents the C-terminal domain of Hsp70 subfamily B suppressor 1 (HBS1) which is homologous to the domain III of EF-1alpha" /inference="protein motif:CDD:IF2_eIF5B, IF2/eIF5B (initiation factors 2/ eukaryotic initiation factor 5B) subfamily" /inference="protein motif:CDD:InfB, Translation initiation factor 2 (IF-2; GTPase) [Translation, ribosomal structure and biogenesis]" /inference="protein motif:CDD:LepA, LepA subfamily" /inference="protein motif:CDD:LepA, Membrane GTPase LepA [Cell envelope biogenesis, outer membrane]" /inference="protein motif:CDD:PrfC, Peptide chain release factor RF-3 [Translation, ribosomal structure and biogenesis]" /inference="protein motif:CDD:RF3, RF3 subfamily" /inference="protein motif:CDD:SelB, SelB subfamily" /inference="protein motif:CDD:SelB, Selenocysteine-specific translation elongation factor [Translation, ribosomal structure and biogenesis]" /inference="protein motif:CDD:SelB_euk, SelB subfamily" /inference="protein motif:CDD:selB_II, selB_II:this subfamily represents the domain of elongation factor SelB, homologous to domain II of EF-Tu" /inference="protein motif:CDD:Snu114p, Snu114p subfamily" /inference="protein motif:CDD:TEF1, Translation elongation factor EF-1alpha (GTPase) [Translation, ribosomal structure and biogenesis]" /inference="protein motif:CDD:TetM_like, Tet(M)-like subfamily" /inference="protein motif:CDD:Translation_Factor_II_like, Translation_Factor_II_like:Elongation factor Tu (EF-Tu) domain II-like proteins" /inference="protein motif:CDD:Translation_factor_III, Domain III of Elongation factor (EF) Tu (EF-TU) and EF-G" /inference="protein motif:CDD:TufB, GTPases - translation elongation factors [Translation, ribosomal structure and biogenesis]" /inference="protein motif:CDD:TypA, Predicted membrane GTPase involved in stress response [Signal transduction mechanisms]" /inference="protein motif:CDD:TypA_BipA, TypA (tyrosine phosphorylated protein A)/BipA subfamily" /inference="protein motif:COG:COG5256 Translation elongation factor EF-1alpha (GTPase); J Translation, ribosomal structure and biogenesis" /inference="protein motif:FPrintScan:PR00315 ELONGATNFCT InterPro:IPR000795 Protein synthesis factor, GTP-binding GO:Molecular Function:GTP binding (GO:0005525), Biological Process:protein biosynthesis (GO:0006412)" /inference="protein motif:Gene3D:G3D.2.40.30.10 no description" /inference="protein motif:Gene3D:G3D.3.40.50.300 no description" /inference="protein motif:HMMPanther:PTHR16868 ELONGATION FACTOR 1-RELATED" /inference="protein motif:HMMPanther:PTHR16868:SF5 ELONGATION FACTOR 1-ALPHA" /inference="protein motif:HMMPfam:PF00009 GTP_EFTU InterPro:IPR000795 Protein synthesis factor, GTP-binding GO:Molecular Function:GTP binding (GO:0005525), Biological Process:protein biosynthesis (GO:0006412)" /inference="protein motif:HMMPfam:PF03143 GTP_EFTU_D3 InterPro:IPR004160 Elongation factor Tu, C-terminal GO:Molecular Function:GTP binding (GO:0005525)" /inference="protein motif:HMMPfam:PF03144 GTP_EFTU_D2 InterPro:IPR004161 Elongation factor Tu, domain 2 GO:Molecular Function:GTP binding (GO:0005525)" /inference="protein motif:HMMTigr:TIGR00231 small_GTP:small GTP-binding protein domai InterPro:IPR005225 Small GTP-binding protein domain GO:Molecular Function:GTP binding (GO:0005525)" /inference="protein motif:HMMTigr:TIGR00483 EF-1_alpha:translation elongation factor InterPro:IPR004539 Translation elongation factor EF-1, alpha subunit GO:Molecular Function:translation elongation factor activity (GO:0003746), Molecular Function:GTP binding (GO:0005525), Cellular Component:cytoplasm (GO:0005737), Biological Process:translational elongation (GO:0006414)" /inference="protein motif:ScanRegExp:PS00301 EFACTOR_GTP InterPro:IPR000795 Protein synthesis factor, GTP-binding GO:Molecular Function:GTP binding (GO:0005525), Biological Process:protein biosynthesis (GO:0006412)" /inference="protein motif:superfamily:SSF50447 Translation proteins InterPro:IPR009000 Translation factor" /inference="protein motif:superfamily:SSF50465 EF-Tu/eEF-1alpha/eIF2-gamma C-terminal domain InterPro:IPR009001 EF-Tu/eEF-1alpha/eIF2-gamma, C-terminal" /inference="protein motif:superfamily:SSF52540 P-loop containing nucleoside triphosphate hydrolases" /codon_start=1 /transl_table=11 /product="Elongation factor 1-alpha (EF-1-alpha) (Elongation factor Tu) (EF-Tu) (tuf)" /protein_id="ACS33556.1" /translation="MAKEKPHVNIVFIGHVDHGKSTTIGRLLFDTANIPENIIKKFEE MGEKGKSFKFAWVMDRLKEERERGITIDVAHTKFETPHRYITIIDAPGHRDFVKNMIT GASQADAAVLVVAATDGVMPQTKEHAFLARTLGINHIIVAINKMDMVNYDQKVFEKVK AQVEKLLKMLGYKDFPVIPISAWEGDNVVKKSDKMPWYKGPTLIEALDQIPEPPKPID KPLRIPIQDVYSIKGVGTVPVGRVETGVLRVGDVVIFEPASTIFHKPIQGEVKSIEMH HEPLQEAYPGDNIGFNVRGVGKNDIKRGDVAGHTTNPPTVVRPKDTFKAQIIVLNHPT AITVGYTPVLHAHTTQVAVRFEQLLAKLDPRTGNIVEENPQFIKTGDSAIVILRPTKA MVIEPVKEIPQMGRFAIRDMGQTVAAGMVISIQKAE" gene 1012315..1012623 /gene="rps10P" /locus_tag="TGAM_1055" /note="tg1055" CDS 1012315..1012623 /gene="rps10P" /locus_tag="TGAM_1055" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:BlastProDom:PD001272 RS10_PYRFU_P26753; InterPro:IPR001848 Ribosomal protein S10 GO:Molecular Function:structural constituent of ribosome (GO:0003735), Cellular Component:intracellular (GO:0005622), Cellular Component:ribosome (GO:0005840), Biological Process:protein biosynthesis (GO:0006412)" /inference="protein motif:CDD:Ribosomal_S10, Ribosomal protein S10p/S20e" /inference="protein motif:CDD:RpsJ, Ribosomal protein S10 [Translation, ribosomal structure and biogenesis]" /inference="protein motif:COG:COG0051 Ribosomal protein S10; J Translation, ribosomal structure and biogenesis" /inference="protein motif:FPrintScan:PR00971 RIBOSOMALS10 InterPro:IPR001848 Ribosomal protein S10 GO:Molecular Function:structural constituent of ribosome (GO:0003735), Cellular Component:intracellular (GO:0005622), Cellular Component:ribosome (GO:0005840), Biological Process:protein biosynthesis (GO:0006412)" /inference="protein motif:Gene3D:G3D.3.30.70.600 no description" /inference="protein motif:HMMPanther:PTHR11700 30S RIBOSOMAL PROTEIN S10 FAMILY MEMBER InterPro:IPR001848 Ribosomal protein S10 GO:Molecular Function:structural constituent of ribosome (GO:0003735), Cellular Component:intracellular (GO:0005622), Cellular Component:ribosome (GO:0005840), Biological Process:protein biosynthesis (GO:0006412)" /inference="protein motif:HMMPanther:PTHR11700:SF3 30S RIBOSOMAL PROTEIN S10P" /inference="protein motif:HMMPfam:PF00338 Ribosomal_S10 InterPro:IPR001848 Ribosomal protein S10 GO:Molecular Function:structural constituent of ribosome (GO:0003735), Cellular Component:intracellular (GO:0005622), Cellular Component:ribosome (GO:0005840), Biological Process:protein biosynthesis (GO:0006412)" /inference="protein motif:HMMTigr:TIGR01046 S10_Arc_S20_Euk:ribosomal protein S1 InterPro:IPR005729 Ribosomal protein S10, eukaryotic and archaeal form GO:Molecular Function:structural constituent of ribosome (GO:0003735), Biological Process:protein biosynthesis (GO:0006412), Cellular Component:small ribosomal subunit (GO:0015935)" /inference="protein motif:ScanRegExp:PS00361 RIBOSOMAL_S10 InterPro:IPR001848 Ribosomal protein S10 GO:Molecular Function:structural constituent of ribosome (GO:0003735), Cellular Component:intracellular (GO:0005622), Cellular Component:ribosome (GO:0005840), Biological Process:protein biosynthesis (GO:0006412)" /inference="protein motif:superfamily:SSF54999 Ribosomal protein S10 InterPro:IPR001848 Ribosomal protein S10 GO:Molecular Function:structural constituent of ribosome (GO:0003735), Cellular Component:intracellular (GO:0005622), Cellular Component:ribosome (GO:0005840), Biological Process:protein biosynthesis (GO:0006412)" /codon_start=1 /transl_table=11 /product="SSU ribosomal protein S10P (rps10P)" /protein_id="ACS33557.1" /translation="MQKARIKLASTNIKALNEVTDQIKQIAERTGVRMSGPIPLPTKR IRITTRKSPDGEGTATFDRFELRVHKRLVDIEADERAMRQIMRIRVPEDVTIEIELIS " gene 1012635..1012721 /locus_tag="TGAM_r025" /note="tg_tRNA-Ser2" tRNA 1012635..1012721 /locus_tag="TGAM_r025" /product="tRNA-Ser" /note="codon recognized: UCC" gene 1012973..1014223 /locus_tag="TGAM_1056" /note="tg1056" CDS 1012973..1014223 /locus_tag="TGAM_1056" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:Aminotran_1_2, Aminotransferase class I and II" /inference="protein motif:CDD:ARO8, Transcriptional regulators containing a DNA-binding HTH domain and an aminotransferase domain (MocR family) and their eukaryotic orthologs [Transcription / Amino acid transport and metabolism]" /inference="protein motif:CDD:COG0436, Aspartate/tyrosine/aromatic aminotransferase [Amino acid transport and metabolism]" /inference="protein motif:CDD:COG3977, Alanine-alpha-ketoisovalerate (or valine-pyruvate) aminotransferase [Amino acid transport and metabolism]" /inference="protein motif:CDD:HisC, Histidinol-phosphate/aromatic aminotransferase and cobyric acid decarboxylase [Amino acid transport and metabolism]" /inference="protein motif:CDD:MalY, Bifunctional PLP-dependent enzyme with beta-cystathionase and maltose regulon repressor activities [Amino acid transport and metabolism]" /inference="protein motif:COG:COG1167 Transcriptional regulators containing a DNA-binding HTH domain and an aminotransferase domain (MocR family) and their eukaryotic orthologs; K Transcription" /inference="protein motif:Gene3D:G3D.3.40.640.10 no description" /inference="protein motif:HMMPanther:PTHR11751 PLP-DEPENDENT AMINOTRANSFERASES" /inference="protein motif:HMMPanther:PTHR11751:SF11 AMINOTRANSFERASE" /inference="protein motif:HMMPfam:PF00155 Aminotran_1_2 InterPro:IPR004839 Aminotransferase, class I and II GO:Biological Process:biosynthesis (GO:0009058), Molecular Function:transferase activity, transferring nitrogenous groups (GO:0016769)" /inference="protein motif:superfamily:SSF53383 PLP-dependent transferases" /note="Belongs to class I" /codon_start=1 /transl_table=11 /product="Multiple substrate aminotransferase" /protein_id="ACS33558.1" /translation="MHKKLEKKLASEPLNFESFFSEKALQMKASEIRELLKLVETSDV ISLAGGLPAPETFPVDVIKKIAQEVLTEHADKALQYGTTKGFTPLRLALARWMEKRYG IPMSKVEIMIVAGSQQALDLIGRVFINPGDVVIVEAPTYLAALNAFKYYEPEFVSIPM DHDGMRIDILEEKLEELKKEGKRVKFVYTVSTFQNPMGVTMSLERRKKLIELAKEYDF LIVEDNPYSELRYSGEPIPPIKHYDDEGRVIYLGTFSKIFAPGFRLGWVSAHPHFIRK MEIAKQAVDLCANPFGQVIAWKYVEEGHLDEHIPKIIEFYRPRRDAMLEALEEFMPDG VEWTRPDGGMFVWVTLPEGIDTKLMMEKAVAKGVAYVPGEAFFAHRDVKNTLRLNFTY VPEDTIREGVKRLAETIEEELRKV" gene 1014281..1015045 /locus_tag="TGAM_1057" /note="tg1057" CDS 1014281..1015045 /locus_tag="TGAM_1057" /inference="protein motif:CDD:COG2071, Predicted glutamine amidotransferases [General function prediction only]" /inference="protein motif:CDD:GATase1_2, This group contains a subgroup of proteins having the Type 1 glutamine amidotransferase (GATase1) domain" /inference="protein motif:COG:COG2071 Predicted glutamine amidotransferases; R General function prediction only" /inference="protein motif:Gene3D:G3D.3.40.50.880 no description" /inference="protein motif:HMMPanther:PTHR11922 GMP SYNTHASE" /inference="protein motif:HMMPanther:PTHR11922:SF1 GMP SYNTHASE" /inference="protein motif:HMMPfam:PF07722 Peptidase_C26 InterPro:IPR011697 Peptidase C26 GO:Molecular Function:catalytic activity (GO:0003824), Biological Process:glutamine metabolism (GO:0006541)" /inference="protein motif:superfamily:SSF52317 Class I glutamine amidotransferase-like" /note="Belongs to Class-I Glutamine amidotransferase superfamily" /codon_start=1 /transl_table=11 /product="Peptidase C26" /protein_id="ACS33559.1" /translation="MKPVIVIIAGSFNDIKSKWILHHSQAISRAGGIPVIYTALGDPG DVVEIADGILLTEGPDIHPYFYGDDPSPSIKNVDYSRDKFEIELFRRARSRDIPVLGV GRGMQIMNVATNGTLYQDLQREIPKAIKHDWDPLTVDPGQRLHSIRLKTSSKLYDILK DRLDVASTNEVFIHVNSFHHQGIKRVGEGFRAVAFSIDGIAEAVESDEGFYIGVQWNP QFLPEMISLYEAFVKAAKESQKRRIEREQIEVEAEG" gene complement(1015042..1015884) /locus_tag="TGAM_1058" /note="tg1058" CDS complement(1015042..1015884) /locus_tag="TGAM_1058" /inference="protein motif:BlastProDom:PD011382 O59137_PYRHO_O59137; InterPro:IPR002787 Protein of unknown function DUF85" /inference="protein motif:CDD:Elp3, Elongator protein 3, MiaB family, Radical SAM; This superfamily contains MoaA, NifB, PqqE, coproporphyrinogen III oxidase, biotin synthase and MiaB families, and includes a representative in the eukaryotic elongator subunit, Elp-3" /inference="protein motif:CDD:Radical_SAM, Radical SAM superfamily" /inference="protein motif:CDD:SplB, DNA repair photolyase [DNA replication, recombination, and repair]" /inference="protein motif:COG:COG1533 DNA repair photolyase; L Replication, recombination and repair" /inference="protein motif:HMMPfam:PF04055 Radical_SAM InterPro:IPR007197 Radical SAM GO:Molecular Function:catalytic activity (GO:0003824), Molecular Function:iron ion binding (GO:0005506)" /inference="protein motif:HMMSmart:SM00729 no description InterPro:IPR006638 Elongator protein 3/MiaB/NifB" /codon_start=1 /transl_table=11 /product="Radical SAM protein, elongator protein 3/MiaB/NifB related" /protein_id="ACS33560.1" /translation="MSYIRPFDPWKSKLCTCPFKYTLNVYTGCDHACVYCYITSYIPN AFRVRTKENLLPKLERELRKFDGRHIIALSYSSDPYPTIERELGITRKVLELFRRYDV RCLLLTKSDIFERDIDVLSELRCAVGITVTTVDERKARLLEPNAPSPKERIRALKKAK KAGIPVYARIDPIIPFYTWDDFEKTVEALNFVSHVTVSTLKLRPDSKRRMFAKFPDLM EKLWPLYERGERIGGYHYLPREVRFEILRKAEREITKRGMTFGSCREGYHSYPSCDGS HLVP" gene 1015943..1016353 /gene="osmC-2" /locus_tag="TGAM_1059" /note="tg1059" CDS 1015943..1016353 /gene="osmC-2" /locus_tag="TGAM_1059" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:COG1765, Predicted redox protein, regulator of disulfide bond formation [Posttranslational modification, protein turnover, chaperones]" /inference="protein motif:CDD:OsmC, OsmC-like protein" /inference="protein motif:COG:COG1765 Predicted redox protein, regulator of disulfide bond formation; O Posttranslational modification, protein turnover, chaperones" /inference="protein motif:HMMPfam:PF02566 OsmC InterPro:IPR003718 OsmC-like protein GO:Biological Process:response to stress (GO:0006950)" /inference="protein motif:superfamily:SSF82784 OsmC-like" /codon_start=1 /transl_table=11 /product="Osmotically inducible protein C-like protein (OsmC)" /protein_id="ACS33561.1" /translation="MSGPVKGRVEWFRDYQFIGRIEGDKCSVILGEGGISPMKLLLLS VAGCTAYDVVMILKKMREPIEGLEVEISGERSEEHPKVYRRVHLHYRIHGNVREEKAK RAIELSQDKYCSASAHMKLSGAEVTYSLEIIPGR" gene 1016394..1017035 /locus_tag="TGAM_1060" /note="tg1060" CDS 1016394..1017035 /locus_tag="TGAM_1060" /inference="protein motif:CDD:MarC, MarC family integral membrane protein" /inference="protein motif:CDD:MarC, Multiple antibiotic transporter [Intracellular trafficking and secretion]" /inference="protein motif:COG:COG2095 Multiple antibiotic transporter; U Intracellular trafficking, secretion, and vesicular transport" /inference="protein motif:HMMPfam:PF01914 MarC InterPro:IPR002771 Multiple antibiotic resistance (MarC)-related proteins" /inference="protein motif:HMMTigr:TIGR00427 TIGR00427:conserved hypothetical protein T InterPro:IPR002771 Multiple antibiotic resistance (MarC)-related proteins" /note="6 probable transmembrane helices predicted by modhmm" /codon_start=1 /transl_table=11 /product="Multiple antibiotic resistance (MarC)-related protein" /protein_id="ACS33562.1" /translation="MIELLKTFVILYGGLFAITNPVGAVPVFLSVTHDLSWRERREIA TKSAVTVVVTLIIFALIGQWIFRFFGSTTDAFAIAGGILLFRMAMEMLSGKLSSVKIS RDDTEELDDETVTLEEVAVIPLAIPLISGPGAITTVMLYMANTNTMTERAVLILVILA IGMTVWATLCSANRIKRALGRVGIKVMTRMMGLILTSMAVQMIINGIKGAFGL" gene 1017164..1018054 /locus_tag="TGAM_1061" /note="tg1061" CDS 1017164..1018054 /locus_tag="TGAM_1061" /note="1 probable transmembrane helix predicted by modhmm" /codon_start=1 /transl_table=11 /product="Hypothetical protein" /protein_id="ACS33563.1" /translation="MGFTFWRVLVPAILILVGLLAGAWLMNDGPYGIPVNGSSHETSG SFNCTGEFKAPSNSFGWLAVAERFEDHWVRFTEVFALIPKVDLRASNSYGRLYIENWT SGMNIKPPCYVQGGEVVFETNSTARVFYHVTLCTSNSSETNLMYSPCEELKTLLGRVE LPAGRVSLAMYIVPTGNASWDRWDHVYCSRVENFLGTCGHPEKVVKNFTVPCHCGIEA VLSYLRERIEGAGFEQVSSNGTNGNDVFSEVHRLTYRRPSGYLYLEVAGIKGMNATRV FIALGDEGMVKAVSGVFSSG" gene 1018065..1018808 /locus_tag="TGAM_1062" /note="tg1062" CDS 1018065..1018808 /locus_tag="TGAM_1062" /inference="protein motif:superfamily:SSF49785 Galactose-binding domain-like InterPro:IPR008979 Galactose-binding like" /note="1 probable transmembrane helix predicted by modhmm" /codon_start=1 /transl_table=11 /product="Hypothetical protein" /protein_id="ACS33564.1" /translation="MLSMKKVQILAALLVFALFSGVVAIQFKGGSGKKAMTEDMPSTG TNPKDSTPIETEKPEVPSCTLISNTSFEPINGVVGWWIKDGTGRTAYGKDIEITPKVN LSEMKSYGKSLWVDWPAELGIKPPCPLVGDAFISVSEAEVDADFKPPCHSLKRSAKLP PGKVYLASYVVPVKNSSWTVYENIPIGNGTNFLKTGGIQGGRVTNLTAVCSCGSEGLI EALKASIKAAGFEEVPSGGHRGKTTASSR" gene 1018808..1018951 /locus_tag="TGAM_1063" /note="tg1063" CDS 1018808..1018951 /locus_tag="TGAM_1063" /codon_start=1 /transl_table=11 /product="Hypothetical protein" /protein_id="ACS33565.1" /translation="MAGLYRKGSRYLYVEVAEVKGRGLLRVFMAMGEEETLKPYVEVF SAG" gene 1018948..1019274 /locus_tag="TGAM_1064" /note="tg1064" CDS 1018948..1019274 /locus_tag="TGAM_1064" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein" /protein_id="ACS33566.1" /translation="MSNPFKSPSPLFSVSKMRGDLIRVLSDIEEKANELKLDGYEPDV VLVGLEAYEFIKEQVKEEFGGDEEILELSGLKIRLLEELGGDAVVIDTKALGYAPAAK RLRIVQ" gene complement(1019258..1020193) /gene="citG" /locus_tag="TGAM_1065" /note="tg1065" CDS complement(1019258..1020193) /gene="citG" /locus_tag="TGAM_1065" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:CitG, ATP:dephospho-CoA triphosphoribosyl transferase" /inference="protein motif:CDD:CitG, Triphosphoribosyl-dephospho-CoA synthetase [Coenzyme metabolism]" /inference="protein motif:COG:COG1767 Triphosphoribosyl-dephospho-CoA synthetase; H Coenzyme transport and metabolism" /inference="protein motif:HMMPfam:PF01874 CitG InterPro:IPR002736 Triphosphoribosyl-dephospho-CoA protein" /inference="protein motif:superfamily:SSF46589 tRNA-binding arm InterPro:IPR010978 tRNA-binding arm" /codon_start=1 /transl_table=11 /product="ATP:dephospho-CoA triphosphoribosyl transferase (citG)" /protein_id="ACS33567.1" /translation="MIAMERWSIVKAFLLGSLLEATIPKPGNVSRHRDFEDLSIYHFL FGNTALVPIYHEAVKVGELVRKGILSPSEAGLGDLIRRGTEAVRRVQDANPNFGVIAL SIPLMAGLAMGRNVLEGREKATLLLRESTVRDTMELYRAIRTLNPKGIGKAERYDVYS DESFRELFEDRVNLWKLGEISCERELIFCEWISGYSLTYSTADRLVELLSREPLEEAV KKAFVELLAERRDTLIERKAGRKEAELVRKRARELLEGRISTEEFESFMAEKGDLRNP GSLADVMAVSLSLLALSGLRIEMRNGRVFGVIGRS" gene complement(1020190..1020630) /locus_tag="TGAM_1066" /note="tg1066" CDS complement(1020190..1020630) /locus_tag="TGAM_1066" /inference="protein motif:CDD:PspC, PspC domain" /inference="protein motif:CDD:PspC, Putative stress-responsive transcriptional regulator [Transcription / Signal transduction mechanisms]" /inference="protein motif:COG:COG1983 Putative stress-responsive transcriptional regulator; K Transcription" /inference="protein motif:HMMPfam:PF04024 PspC InterPro:IPR007168 PspC" /note="4 probable transmembrane helices predicted by modhmm" /codon_start=1 /transl_table=11 /product="Transcription regulator, putative, containing PspC domain" /protein_id="ACS33568.1" /translation="MTEVSKRLKRSKTNRMLLGVLGGLAEYLNVDPTILRLIFVVLLV FNPVTMALLYFLAALVIPEEEGTEKPLSESIGDLGEEVNRVVSSDEGLIKAVIAVVVV IAAVYLITFFLPLMLVFPSRTVVTVSFPLGLLLAALVLLLLIKR" gene complement(1020733..1021182) /locus_tag="TGAM_1067" /note="tg1067" CDS complement(1020733..1021182) /locus_tag="TGAM_1067" /codon_start=1 /transl_table=11 /product="Hypothetical protein" /protein_id="ACS33569.1" /translation="MMKMRVWEGIRLFENIVCKSPEDLFLLIQEALRLGRGVLVRIFS KNERSAYVHLLFDEEKLLLAEVVFIRTGGRLTGELAVRYLLDVLSFPVIADVYSLGDE EVKKTVLSNLELYDETPNVLLFELFSPKLWRSSPTSLKSDSLVHSLE" gene complement(1021369..1021989) /locus_tag="TGAM_1068" /note="tg1068" CDS complement(1021369..1021989) /locus_tag="TGAM_1068" /inference="protein motif:CDD:COG3863, Uncharacterized distant relative of cell wall-associated hydrolases [Function unknown]" /inference="protein motif:COG:COG3863 Uncharacterized distant relative of cell wall-associated hydrolases; S Function unknown" /inference="protein motif:HMMPfam:PF06520 DUF1105 InterPro:IPR010529 Protein of unknown function DUF1105" /note="1 probable transmembrane helix predicted by modhmm" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein" /protein_id="ACS33570.1" /translation="MYEQLPGVPKMKRLMAILTVVVAMSMVLQPVGAFGSKSGAPYSH PYPTGLKPGDIVIGHNPISDLFIPGYWTHTGMIVGYDSSAGEYIVIEAWDDPSEVRLV YLSDFLQRYDTVAVLRVATSDYVRMNAVYFALQQLGKPYDWAWYTKHVYGDKYYCSEL VWASYKAVGGPDIDAHPGFSWKYLYGVAPQEVYDDGDTYVIYYDSA" gene complement(1022126..1022626) /gene="pfpI" /locus_tag="TGAM_1069" /note="tg1069" CDS complement(1022126..1022626) /gene="pfpI" /locus_tag="TGAM_1069" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:DJ-1_PfpI, DJ-1/PfpI family" /inference="protein motif:CDD:GAT_1, Type 1 glutamine amidotransferase (GATase1)-like domain" /inference="protein motif:CDD:GATase1, Type 1 glutamine amidotransferase (GATase1)-like domain" /inference="protein motif:CDD:GATase1_DJ-1, Type 1 glutamine amidotransferase (GATase1)-like domain found in Human DJ-1" /inference="protein motif:CDD:GATase1_Hsp31_like, Type 1 glutamine amidotransferase (GATase1)-like domain found in proteins similar to Escherichia coli Hsp31 protein (EcHsp31)" /inference="protein motif:CDD:GATase1_PfpI_1, Type 1 glutamine amidotransferase (GATase1)-like domain found in a subgroup of proteins similar to PfpI from Pyrococcus furiosus" /inference="protein motif:CDD:GATase1_PfpI_2, Type 1 glutamine amidotransferase (GATase1)-like domain found in a subgroup of proteins similar to PfpI from Pyrococcus furiosus" /inference="protein motif:CDD:GATase1_PfpI_3, Type 1 glutamine amidotransferase (GATase1)-like domain found in a subgroup of proteins similar to PfpI from Pyrococcus furiosus" /inference="protein motif:CDD:GATase1_PfpI_like, A type 1 glutamine amidotransferase (GATase1)-like domain found in PfpI from Pyrococcus furiosus" /inference="protein motif:CDD:ThiJ, Putative intracellular protease/amidase [General function prediction only]" /inference="protein motif:COG:COG0693 Putative intracellular protease/amidase; R General function prediction only" /inference="protein motif:Gene3D:G3D.3.40.50.880 no description" /inference="protein motif:HMMPanther:PTHR11019 THIJ / PFPI FAMILY MEMBER" /inference="protein motif:HMMPanther:PTHR11019:SF6 4-METHYL-5(B-HYDROXYETHYL)-THIAZOLE MONOPHOSPHATE BIOSYNTHESIS ENZYME" /inference="protein motif:HMMPfam:PF01965 DJ-1_PfpI InterPro:IPR002818 ThiJ/PfpI" /inference="protein motif:HMMTigr:TIGR01382 PfpI:intracellular protease, PfpI family InterPro:IPR006286 Peptidase C56, PfpI GO:Molecular Function:hydrolase activity, acting on glycosyl bonds (GO:0016798)" /inference="protein motif:superfamily:SSF52317 Class I glutamine amidotransferase-like" /codon_start=1 /transl_table=11 /product="Peptidase C56, intracellular protease PfpI family (PfpI)" /protein_id="ACS33571.1" /translation="MKVLFLSANDFEDVELIYPLHRIREEGHEVYIASFERGRITGKH GYSVEVHLRFDEVDPDEFDALVLPGGRAPERIRLNEKAVAIAKKMFEDGKPVATICHG PQILISAGVLKGRKGTSYAGIKDDMINAGVKWVDEPVVVDGNWVSSRHPEDLYAWMRE FVRLLR" gene 1022720..1023847 /gene="tyrS" /locus_tag="TGAM_1070" /note="tg1070" CDS 1022720..1023847 /gene="tyrS" /locus_tag="TGAM_1070" /EC_number="6.1.1.1" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:tRNA-synt_1b, tRNA synthetases class I (W and Y)" /inference="protein motif:CDD:TrpRS_core, Tryptophanyl-tRNA synthetase (TrpRS) catalytic core domain" /inference="protein motif:CDD:TrpS, Tryptophanyl-tRNA synthetase [Translation, ribosomal structure and biogenesis]" /inference="protein motif:CDD:Tyr_Trp_RS_core, Tyrosinyl-tRNA synthetase (TyrRS)/Tryptophanyl-tRNA synthetase (TrpRS) catalytic core domain" /inference="protein motif:CDD:TyrRS_core, Tyrosinyl-tRNA synthetase (TyrRS) catalytic core domain" /inference="protein motif:CDD:TyrS, Tyrosyl-tRNA synthetase [Translation, ribosomal structure and biogenesis]" /inference="protein motif:COG:COG0162 Tyrosyl-tRNA synthetase; J Translation, ribosomal structure and biogenesis" /inference="protein motif:Gene3D:G3D.3.40.510.10 no description" /inference="protein motif:HMMPanther:PTHR11586 AMINO ACID TRNA SYNTHETASE" /inference="protein motif:HMMPanther:PTHR11586:SF3 TYROSYL-TRNA SYNTHETASE" /inference="protein motif:HMMPfam:PF00579 tRNA-synt_1b InterPro:IPR002305 Aminoacyl-tRNA synthetase, class Ib GO:Molecular Function:aminoacyl-tRNA ligase activity (GO:0004812), Molecular Function:ATP binding (GO:0005524), Biological Process:tRNA aminoacylation for protein translation (GO:0006418)" /inference="protein motif:HMMTigr:TIGR00234 tyrS:tyrosyl-tRNA synthetase InterPro:IPR002307 Tyrosyl-tRNA synthetase, class Ib GO:Molecular Function:tyrosine-tRNA ligase activity (GO:0004831), Molecular Function:ATP binding (GO:0005524), Biological Process:tyrosyl-tRNA aminoacylation (GO:0006437)" /inference="protein motif:superfamily:SSF52374 Nucleotidylyl transferase" /codon_start=1 /transl_table=11 /product="Tyrosyl-tRNA synthetase (tyrS)" /protein_id="ACS33572.1" /translation="MDVEKKIELIKKKPTEELLTEENLRHLFEVGIPMQHYIGFEISG YIHLGTGLMAGAKIADLQKAGIKTRIFLADWHSWINDKLGGDLETIQKVALTYFKEGM KQSIKVMGGDPDKVEFVLASEILEKGDYWQTVIDISKNVTLARMMRSITIMGRQMGES IDFAKLIYPAMQVADIFYQGVTIAHAGMDQRKAHVIAIEVAQKLKYHPLEWKGEKLKP VALHHHLLLGLQEPPVWPIESEEQFKELKTQMKMSKSKPYSAVFIHDSPEEIRQKLRK AFCPAREVRYNPVLDWAEYIIFREEPTEFTIHRPAKFGGDVTYTTSEELKRDFAEGKL HPLDLKNAVAEYLIELLKPVREYFEKHPEPLELMREVKITR" gene 1023854..1024363 /locus_tag="TGAM_1071" /note="tg1071" CDS 1023854..1024363 /locus_tag="TGAM_1071" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:AsnC_trans_reg, AsnC family" /inference="protein motif:CDD:HTH_ASNC, helix_turn_helix ASNC type; AsnC:an autogenously regulated activator of asparagine synthetase A transcription in Escherichia coli)" /inference="protein motif:CDD:Lrp, Transcriptional regulators [Transcription]" /inference="protein motif:COG:COG1522 Transcriptional regulators; K Transcription" /inference="protein motif:FPrintScan:PR00033 HTHASNC InterPro:IPR000485 Bacterial regulatory proteins, AsnC/Lrp GO:Molecular Function:transcription factor activity (GO:0003700), Cellular Component:intracellular (GO:0005622), Biological Process:regulation of transcription, DNA-dependent (GO:0006355), Molecular Function:sequence-specific DNA binding (GO:0043565)" /inference="protein motif:Gene3D:G3D.1.10.10.10 no description InterPro:IPR011991 Winged helix repressor DNA-binding" /inference="protein motif:HMMPfam:PF01037 AsnC_trans_reg InterPro:IPR000485 Bacterial regulatory proteins, AsnC/Lrp GO:Molecular Function:transcription factor activity (GO:0003700), Cellular Component:intracellular (GO:0005622), Biological Process:regulation of transcription, DNA-dependent (GO:0006355), Molecular Function:sequence-specific DNA binding (GO:0043565)" /inference="protein motif:HMMPfam:PF08279 HTH_11 InterPro:IPR013196 Helix-turn-helix, type 11" /inference="protein motif:HMMSmart:SM00344 no description InterPro:IPR000485 Bacterial regulatory proteins, AsnC/Lrp GO:Molecular Function:transcription factor activity (GO:0003700), Cellular Component:intracellular (GO:0005622), Biological Process:regulation of transcription, DNA-dependent (GO:0006355), Molecular Function:sequence-specific DNA binding (GO:0043565)" /inference="protein motif:ProfileScan:PS50956 HTH_ASNC_2 InterPro:IPR000485 Bacterial regulatory proteins, AsnC/Lrp GO:Molecular Function:transcription factor activity (GO:0003700), Cellular Component:intracellular (GO:0005622), Biological Process:regulation of transcription, DNA-dependent (GO:0006355), Molecular Function:sequence-specific DNA binding (GO:0043565)" /inference="protein motif:ScanRegExp:PS00519 HTH_ASNC_1 InterPro:IPR000485 Bacterial regulatory proteins, AsnC/Lrp GO:Molecular Function:transcription factor activity (GO:0003700), Cellular Component:intracellular (GO:0005622), Biological Process:regulation of transcription, DNA-dependent (GO:0006355), Molecular Function:sequence-specific DNA binding (GO:0043565)" /inference="protein motif:superfamily:SSF46785 'Winged helix' DNA-binding domain" /codon_start=1 /transl_table=11 /product="Transcription regulator, AsnC family" /protein_id="ACS33573.1" /translation="MEGMVRFDEKDREILETLRKEGRITLTELGRRLGLSPASVKNRI DKLKELGAIRGFSAVIDPSFLERYVKVFMLLKLKAEDPDVDRVLSKFAALDNVQAVYR TTGRTQVLIIAEFEDMDEMKRFAGRLKGSLGSLLEYIEWGTIYDSLKECWVTTGKRGS FHGRKGGYI" gene 1024338..1025660 /locus_tag="TGAM_1072" /note="tg1072; pgp/Dpm1" CDS 1024338..1025660 /locus_tag="TGAM_1072" /EC_number="3.1.3.18" /EC_number="2.4.1.83" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:COG0637, Predicted phosphatase/phosphohexomutase [General function prediction only]" /inference="protein motif:CDD:COG1011, Predicted hydrolase (HAD superfamily) [General function prediction only]" /inference="protein motif:CDD:Glycos_transf_2, Glycosyl transferase" /inference="protein motif:CDD:Gph, Predicted phosphatases [General function prediction only]" /inference="protein motif:CDD:Hydrolase, haloacid dehalogenase-like hydrolase" /inference="protein motif:CDD:WcaA, Glycosyltransferases involved in cell wall biogenesis [Cell envelope biogenesis, outer membrane]" /inference="protein motif:COG:COG0463 Glycosyltransferases involved in cell wall biogenesis" /inference="protein motif:COG:COG1011 Predicted hydrolase (HAD superfamily); M Cell wall/membrane/envelope biogenesis" /inference="protein motif:COG:R General function prediction only" /inference="protein motif:Gene3D:G3D.3.40.50.1000 no description" /inference="protein motif:Gene3D:G3D.3.90.550.10 no description" /inference="protein motif:HMMPanther:PTHR10859 GLYCOSYLTRANSFERASE-RELATED" /inference="protein motif:HMMPanther:PTHR10859:SF32 DOLICHYL-PHOSPHATE MANNOSE SYNTHASE-RELATED" /inference="protein motif:HMMPfam:PF00535 Glycos_transf_2 InterPro:IPR001173 Glycosyl transferase, family 2" /inference="protein motif:HMMPfam:PF00702 Hydrolase InterPro:IPR005834 Haloacid dehalogenase-like hydrolase GO:Molecular Function:catalytic activity (GO:0003824), Biological Process:metabolism (GO:0008152)" /inference="protein motif:HMMTigr:TIGR01509 HAD-SF-IA-v3:HAD-superfamily hydrolase, InterPro:IPR006402 HAD-superfamily hydrolase subfamily IA, variant 3" /inference="protein motif:HMMTigr:TIGR01549 HAD-SF-IA-v1:HAD-superfamily hydrolase, InterPro:IPR006439 HAD-superfamily hydrolase, subfamily IA, variant 1 GO:Biological Process:metabolism (GO:0008152), Molecular Function:phosphoglycolate phosphatase activity (GO:0008967)" /inference="protein motif:ProfileScan:PS50167 GLYC_TRANS InterPro:IPR001173 Glycosyl transferase, family 2" /inference="protein motif:superfamily:SSF53448 Nucleotide-diphospho-sugar transferases" /inference="protein motif:superfamily:SSF56784 HAD-like" /codon_start=1 /transl_table=11 /product="Putative phosphoglycolate phosphatase fused to dolichol-phosphate mannose synthase (pgp/Dpm1)" /protein_id="ACS33574.1" /translation="MDVRAVIFDLDGTLVGAPTPFSEIKERLRERLLEMGIEENLLGD LTPMYETLLKVSEKTGIDFERLHSIQVELETERMRESFLFEGALDVLEYLRGKGVKIG LVTRSSRKAAEFALEKNGIAEYFDSIVAREDVQPEELKPNPGQILKALSELNVPPEKA IAVGDHGYDVLASRKAGTLSVLVTGHDSGRMSFSVEAEPDFEVSDLRGLKGLLERLFS TYVVVPAYNEERALPAVLNDLLRYFRREEIVVVNDGSRDRTREIAESYGVHVLNHLVN RGLGGALGTGIAFAVRRGAELIITFDADGQHLLSDALRVMRPVAEGKADFAVGSRLKG DTSEMPFVKKFGNFVLDAITAIFARKYVSDSQSGLRCLNRECASKIRITCDRYAVSSE IIIEAAKHGCRIVEVPIKAVYTEYSMKKGTNVLEGVKIALNLLFDKLR" gene 1025657..1026028 /locus_tag="TGAM_1073" /note="tg1073" CDS 1025657..1026028 /locus_tag="TGAM_1073" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:COG2456, Uncharacterized conserved protein [Function unknown]" /inference="protein motif:COG:COG2456 Uncharacterized conserved protein; S Function unknown" /inference="protein motif:HMMPIR:PIRSF006511 Uncharacterised conserved protein InterPro:IPR011187 Uncharacterised conserved protein UCP006511 GO:Cellular Component:integral to membrane (GO:0016021)" /inference="protein motif:superfamily:SSF47954 Cyclin-like InterPro:IPR011028 Cyclin-like" /note="3 probable transmembrane helices predicted by modhmm" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein" /protein_id="ACS33575.1" /translation="MMGMYAVQIIALAAIVYLLVRIINDYRRGRIDWYGFVSWLMIFG IFAVIAVFPVRISLEIKGLLGLGRGLDALFVVSIGLIFLLMFQLYVEIDRTKREITEL TRKVAIELEEINERLKKLEER" gene complement(1026025..1026558) /locus_tag="TGAM_1074" /note="tg1074" CDS complement(1026025..1026558) /locus_tag="TGAM_1074" /EC_number="3.5.4.12" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:ComEB, Deoxycytidylate deaminase [Nucleotide transport and metabolism]" /inference="protein motif:CDD:dCMP_cyt_deam, Cytidine and deoxycytidylate deaminase zinc-binding region" /inference="protein motif:CDD:deoxycytidylate_deaminase, Deoxycytidylate deaminase domain" /inference="protein motif:COG:COG2131 Deoxycytidylate deaminase; F Nucleotide transport and metabolism" /inference="protein motif:HMMPanther:PTHR11086 DEOXYCYTIDYLATE DEAMINASE-RELATED" /inference="protein motif:HMMPanther:PTHR11086:SF1 DEOXYCYTIDYLATE DEAMINASE-RELATED" /inference="protein motif:HMMPfam:PF00383 dCMP_cyt_deam_1 InterPro:IPR002125 CMP/dCMP deaminase, zinc-binding GO:Molecular Function:zinc ion binding (GO:0008270), Molecular Function:hydrolase activity (GO:0016787)" /inference="protein motif:ScanRegExp:PS00903 CYT_DCMP_DEAMINASES InterPro:IPR002125 CMP/dCMP deaminase, zinc-binding GO:Molecular Function:zinc ion binding (GO:0008270), Molecular Function:hydrolase activity (GO:0016787)" /inference="protein motif:superfamily:SSF53927 Cytidine deaminase-like" /codon_start=1 /transl_table=11 /product="Deoxycytidylate deaminase (dCMP deaminase)" /protein_id="ACS33576.1" /translation="MGVEISLDRARAERIKKIRPTKDEYFMLIAKLVSLRATCPRLRV GAVAVKDGYILATGYNGAPRGMDHCIDVGCLIVDGHCHRAVHAEQNVIAMAARKGISL EGATLYVTHFPCDTCFKLVINAGIKEIVYEEMYPNEATEILLKEAQEKGIVKIRQFKL PKDRVRLFLEELFGDDF" gene complement(1026571..1027359) /locus_tag="TGAM_1075" /note="tg1075" CDS complement(1026571..1027359) /locus_tag="TGAM_1075" /inference="protein motif:CDD:HtpX, Zn-dependent protease with chaperone function [Posttranslational modification, protein turnover, chaperones]" /inference="protein motif:CDD:Peptidase_M48, Peptidase family M48" /inference="protein motif:COG:COG0501 Zn-dependent protease with chaperone function; O Posttranslational modification, protein turnover, chaperones" /inference="protein motif:Gene3D:G3D.1.10.760.10 no description InterPro:IPR012282 Cytochrome c region GO:Biological Process:electron transport (GO:0006118), Molecular Function:heme binding (GO:0020037)" /inference="protein motif:HMMPanther:PTHR10120 ZINC METALLOPROTEINASE, CAAX PRENYL PROTEASE - RELATED" /inference="protein motif:HMMPanther:PTHR10120:SF5 CAAX PRENYL PROTEASE STE24" /inference="protein motif:HMMPfam:PF01435 Peptidase_M48 InterPro:IPR001915 Peptidase M48, Ste24p GO:Molecular Function:metalloendopeptidase activity (GO:0004222), Biological Process:proteolysis (GO:0006508), Cellular Component:membrane (GO:0016020)" /inference="protein motif:superfamily:SSF46626 Cytochrome c InterPro:IPR012282 Cytochrome c region GO:Biological Process:electron transport (GO:0006118), Molecular Function:heme binding (GO:0020037)" /note="3 probable transmembrane helices predicted by modhmm" /codon_start=1 /transl_table=11 /product="Heat shock protein/ Zn-dependent protease with chaperone function, M48 family" /protein_id="ACS33577.1" /translation="MMLFIPLALMLLLTYVASGYFGLILAGLLFTGLLILGRLSLSGK CQNCHPIARAASAELIKKLYSILERANLRDVEIYALEEYIPNAYSYGRRVVLSLGLFE ILDDEEIAAVVAHELGHIKNRDTIFFPLVAYVRIFAFLMPFLILVLTQSFWIAIGSFA LYLWFELERSKFLRSREFKADDVALRLLDRPLSLKEALEELKYYEDLRARVKNQALPG IEPTIDRPSQEKRNYWRPSFLIFPTHPSYEERIFRIVAYSIISS" gene complement(1027370..1027738) /gene="blaI" /locus_tag="TGAM_1076" /note="tg1076" CDS complement(1027370..1027738) /gene="blaI" /locus_tag="TGAM_1076" /inference="protein motif:BlastProDom:PD008194 O59261_PYRHO_O59261; InterPro:IPR011585 Prokaryotic transcriptional regulator GO:Molecular Function:DNA binding (GO:0003677), Biological Process:negative regulation of transcription (GO:0016481), Molecular Function:transcriptional repressor activity (GO:0016564)" /inference="protein motif:CDD:COG3682, Predicted transcriptional regulator [Transcription]" /inference="protein motif:COG:COG3682 Predicted transcriptional regulator; K Transcription" /inference="protein motif:HMMPfam:PF03965 Pencillinase_R InterPro:IPR005650 Penicillinase repressor GO:Biological Process:negative regulation of transcription (GO:0016481), Molecular Function:specific transcriptional repressor activity (GO:0016566)" /inference="protein motif:superfamily:SSF46785 'Winged helix' DNA-binding domain" /codon_start=1 /transl_table=11 /product="Penicillinase repressor-like protein (BlaI)" /protein_id="ACS33578.1" /translation="MEPHEFKLTEEGIKAVLPPLEAEIMEYMWKVKVATAGEVYEHMK KSHPEMRRSTVSILMNRLCEKGLLSRSVDYGRGGMRYVYSITTTREEFEERVVQRILD ALMSNFREATYAYLSRIRKE" gene complement(1027889..1029085) /gene="aat" /locus_tag="TGAM_1077" /note="tg1077" CDS complement(1027889..1029085) /gene="aat" /locus_tag="TGAM_1077" /EC_number="2.6.1.2" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:Aminotran_1_2, Aminotransferase class I and II" /inference="protein motif:CDD:ARO8, Transcriptional regulators containing a DNA-binding HTH domain and an aminotransferase domain (MocR family) and their eukaryotic orthologs [Transcription / Amino acid transport and metabolism]" /inference="protein motif:CDD:COG0436, Aspartate/tyrosine/aromatic aminotransferase [Amino acid transport and metabolism]" /inference="protein motif:CDD:HisC, Histidinol-phosphate/aromatic aminotransferase and cobyric acid decarboxylase [Amino acid transport and metabolism]" /inference="protein motif:CDD:MalY, Bifunctional PLP-dependent enzyme with beta-cystathionase and maltose regulon repressor activities [Amino acid transport and metabolism]" /inference="protein motif:COG:COG0436 Aspartate/tyrosine/aromatic aminotransferase; E Amino acid transport and metabolism" /inference="protein motif:FPrintScan:PR00753 ACCSYNTHASE InterPro:IPR001176 1-aminocyclopropane-1-carboxylate synthase GO:Biological Process:biosynthesis (GO:0009058), Molecular Function:1-aminocyclopropane-1-carboxylate synthase activity (GO:0016847)" /inference="protein motif:Gene3D:G3D.3.40.640.10 no description" /inference="protein motif:HMMPanther:PTHR11751 PLP-DEPENDENT AMINOTRANSFERASES" /inference="protein motif:HMMPanther:PTHR11751:SF68 AMINOTRANSFERASE" /inference="protein motif:HMMPfam:PF00155 Aminotran_1_2 InterPro:IPR004839 Aminotransferase, class I and II GO:Biological Process:biosynthesis (GO:0009058), Molecular Function:transferase activity, transferring nitrogenous groups (GO:0016769)" /inference="protein motif:superfamily:SSF53383 PLP-dependent transferases" /codon_start=1 /transl_table=11 /product="Alanine aminotransferase (aat)" /protein_id="ACS33579.1" /translation="MIRPSERAMGVEYAIRDVVLPARELEKKGIKVIRLNIGDPGKYD FQPPEHMKEAYCRAIKEGHNYYGPSEGLPEMREAVVKREKRKNGVDITPDDVRVTTAV TEALQLIFGALLSPSDNILVPSPSYPPYVGLVKFYGAEPREYLTVEENGWQPDIDDMR KLIDERTKAIAVINPNNPTGALYEKKTVKEILDLAGEYDLPVISDEIYDLMTYEGKHV SPGSLTKDVPVIVMNGLSKVYFATGWRLGYFYYVDPEGKLMELREAIDKLMRIRICPS TPAQFAAIAGLTGPMDYLEEYMKKLRERRDYIYKRLTEIPGVSTVKPQGAFYIFPRIE ERSKWKNDKEFVLDVLHEAHVLFVHGSGFGKAGNWHFRIVFLPPVDVLEEAMDRFEEF MRKRLG" gene complement(1029151..1029720) /gene="pgiA" /locus_tag="TGAM_1078" /note="tg1078" CDS complement(1029151..1029720) /gene="pgiA" /locus_tag="TGAM_1078" /EC_number="5.3.1.9" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:COG2140, Thermophilic glucose-6-phosphate isomerase and related metalloenzymes [Carbohydrate transport and metabolism / General function prediction only]" /inference="protein motif:CDD:GPI, Glucose-6-phosphate isomerase (GPI)" /inference="protein motif:COG:COG2140 Thermophilic glucose-6-phosphate isomerase and related metalloenzymes; G Carbohydrate transport and metabolism" /inference="protein motif:Gene3D:G3D.2.60.120.10 no description" /inference="protein motif:HMMPfam:PF06560 GPI InterPro:IPR010551 Glucose-6-phosphate isomerase GO:Molecular Function:glucose-6-phosphate isomerase activity (GO:0004347), Cellular Component:cytoplasm (GO:0005737), Biological Process:gluconeogenesis (GO:0006094), Biological Process:glycolysis (GO:0006096)" /inference="protein motif:ProfileScan:PS50849 CUPIN InterPro:IPR007113 Cupin region" /inference="protein motif:superfamily:SSF51182 RmlC-like cupins InterPro:IPR011051 Cupin, RmlC-type" /codon_start=1 /transl_table=11 /product="Glucose-6-phosphate isomerase, archaeal (pgiA)" /protein_id="ACS33580.1" /translation="MEYKRPFGVKIDLETGVIPGAKRIVRKLSDMRGYFVDEEAYEKL LREDPVVYEVYAIEQEEREGDLNFATTVLYPGKVGKEFFFTKGHYHAKADRAEIYYAL KGKGGMLLQTPEGEAEWIPMEPGTVVYVPPYWAHRTVNTGGEPFVFLAIYPADAGHDY GSIKEKGFSKIVIDEGGEVKIVDNPRWSV" gene complement(1029786..1030349) /locus_tag="TGAM_1079" /note="tg1079" CDS complement(1029786..1030349) /locus_tag="TGAM_1079" /inference="protein motif:COG:COG1994 Zn-dependent proteases; R General function prediction only" /inference="protein motif:HMMPfam:PF02163 Peptidase_M50 InterPro:IPR008915 Peptidase M50 GO:Molecular Function:metalloendopeptidase activity (GO:0004222), Biological Process:proteolysis (GO:0006508)" /note="5 probable transmembrane helices predicted by modhmm" /codon_start=1 /transl_table=11 /product="Metallopeptidase, family M50" /protein_id="ACS33581.1" /translation="MNSQELEDLLLSFLVLLLLFSNFEIKLMPLVAPAILTAFVFHEL AHRWTAERYGYRAFYKRWDTGIVIALVLGLLTRVLTGNAWIFAALGAVRIYAPYMLAD REAFGKIALAGPLTNIAVGVIALVGSQLVSGTFYQILELTASVNLWLAFFNLWPIPPL DGYKVLRWSAGYWAISIGVAYSLNILT" gene complement(1030346..1030534) /locus_tag="TGAM_1080" /note="tg1080" CDS complement(1030346..1030534) /locus_tag="TGAM_1080" /inference="protein motif:COG:COG0195 Transcription elongation factor; K Transcription" /inference="protein motif:Gene3D:G3D.3.30.300.20 no description" /inference="protein motif:ProfileScan:PS50084 KH_TYPE_1 InterPro:IPR004088 KH, type 1 GO:Molecular Function:nucleic acid binding (GO:0003676)" /inference="protein motif:superfamily:SSF54814 Prokaryotic type KH domain (KH-domain type II) InterPro:IPR009019 KH, prokaryotic type" /note="Possibly a nusA transcription factor homolog" /codon_start=1 /transl_table=11 /product="RNA-binding protein, containing KH type 1 domain" /protein_id="ACS33582.1" /translation="MTDTLERLRKMLNVEILEVEYDGDTIVVYVPKDQVRIAVGTGGA AVKAAELVLGRKIEVRAR" gene complement(1030567..1031280) /locus_tag="TGAM_1081" /note="tg1081" CDS complement(1030567..1031280) /locus_tag="TGAM_1081" /inference="protein motif:CDD:COG1916, Uncharacterized homolog of PrgY (pheromone shutdown protein) [Function unknown]" /inference="protein motif:CDD:TraB, TraB family" /inference="protein motif:COG:COG1916 Uncharacterized homolog of PrgY (pheromone shutdown protein); S Function unknown" /inference="protein motif:HMMPfam:PF01963 TraB InterPro:IPR002816 TraB determinant" /codon_start=1 /transl_table=11 /product="Signaling protein, TraB family" /protein_id="ACS33583.1" /translation="MSYLRYVRLIGTMHVSPRSREEVRREIERVRPNAIAVELDPLRF QGLLSGKRADLRESLTLGRAGIVSYLLTKFEEKLGEEFGMAPGGEMLAAIESAGILGV PLILIDEDIRVIMGKILQAPLRERILLALEASLFFIPGVGEEVAGDSDVLASYEDMMR EFRLRYPYLYRVLVEERNEIMAMNLKRAVDDMLLRGVKKPKIVAVVGMGHKRGIERIL NSWRPKRRFIYPPGAGQPL" gene complement(1031277..1032221) /locus_tag="TGAM_1082" /note="tg1082" CDS complement(1031277..1032221) /locus_tag="TGAM_1082" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:COG0595, Predicted hydrolase of the metallo-beta-lactamase superfamily [General function prediction only]" /inference="protein motif:CDD:ElaC, Metal-dependent hydrolases of the beta-lactamase superfamily III [General function prediction only]" /inference="protein motif:CDD:PhnP, Metal-dependent hydrolases of the beta-lactamase superfamily I [General function prediction only]" /inference="protein motif:COG:COG1234 Metal-dependent hydrolases of the beta-lactamase superfamily III; R General function prediction only" /inference="protein motif:Gene3D:G3D.3.60.15.10 no description" /inference="protein motif:HMMPanther:PTHR13754 FAMILY NOT NAMED" /inference="protein motif:HMMPanther:PTHR13754:SF7 SULFATASE" /inference="protein motif:HMMPfam:PF00753 Lactamase_B InterPro:IPR001279 Beta-lactamase-like" /inference="protein motif:HMMTigr:TIGR02651 RNase_Z:ribonuclease Z InterPro:IPR013471 Ribonuclease Z" /inference="protein motif:superfamily:SSF56281 Metallo-hydrolase/oxidoreductase" /note="Contains one Beta-lactamase-like domain" /codon_start=1 /transl_table=11 /product="Ribonuclease Z" /protein_id="ACS33584.1" /translation="MLQVIFLGSGGIMPTRERNVPAIALRYKGEIILFDVGEGTIRQM NSAKLSPMRVEKIFITHFHGDHYLGLGGLIQTMNLWNREKPLHIYGPKYTFEFVQNFL NSGFFRPGFEVHVHELGETRLKFKDYEIWSFKVEHGIPALGYVFKEKDKRGKFLPEKL AQYGLRPGPILGKLEKDGKIEWNGQVIRLEDVTGPRRRGVKVVYTGDTEPCERVRLFA ERADLLIHDATYLSDGDRGDSYHSTVEEACETARRAKVKLLALFHRAFRYTYDEYLSG ASKICQETGVNFVIPRDFDVLTYKSGEWKRENLLEEGK" gene complement(1032252..1032722) /locus_tag="TGAM_1083" /note="tg1083" CDS complement(1032252..1032722) /locus_tag="TGAM_1083" /inference="protein motif:COG:COG1146 Ferredoxin; C Energy production and conversion" /inference="protein motif:Gene3D:G3D.3.30.70.20 no description" /inference="protein motif:HMMPfam:PF00037 Fer4 InterPro:IPR001450 4Fe-4S ferredoxin, iron-sulfur binding GO:Molecular Function:electron transporter activity (GO:0005489), Molecular Function:iron ion binding (GO:0005506), Biological Process:electron transport (GO:0006118)" /inference="protein motif:ScanRegExp:PS00198 4FE4S_FERREDOXIN InterPro:IPR001450 4Fe-4S ferredoxin, iron-sulfur binding GO:Molecular Function:electron transporter activity (GO:0005489), Molecular Function:iron ion binding (GO:0005506), Biological Process:electron transport (GO:0006118)" /inference="protein motif:superfamily:SSF46548 alpha-helical ferredoxin InterPro:IPR009051 Alpha-helical ferredoxin" /codon_start=1 /transl_table=11 /product="Ferredoxin, putative, containing one 4Fe-4S binding domain" /protein_id="ACS33585.1" /translation="MQRLINDMSSDMSNTDMHGGLMEAEDWRVYHERMKETAPLTIHY PLCGGGEECISACPFGEEIWEVVPMRVSLFGLGYKVRLRPYMAHPEKCRKCYICVEAC PTGALTPVDRPVRHPAFVFIYNALKLPFKKRYGVKFVFRREHVEKFKRNNWPKG" gene 1032761..1033735 /locus_tag="TGAM_1084" /note="tg1084" CDS 1032761..1033735 /locus_tag="TGAM_1084" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:COG:COG0457 FOG:TPR repeat; R General function prediction only" /inference="protein motif:Gene3D:G3D.1.25.40.10 no description InterPro:IPR011990 Tetratricopeptide-like helical GO:Molecular Function:binding (GO:0005488)" /inference="protein motif:HMMPfam:PF07719 TPR_2 InterPro:IPR013105 Tetratricopeptide TPR_2" /inference="protein motif:ProfileScan:PS50293 TPR_REGION InterPro:IPR013026 Tetratricopeptide region" /inference="protein motif:superfamily:SSF48452 TPR-like" /note="Contains TPR-repeat domain" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein" /protein_id="ACS33586.1" /translation="MKRMEDLLKALEEKDTKKVASLLYYKIDELSDEQLEEVLEKAEK LALEKKDYELYKLVVYYYHEFLEVDKISEFEELAEKEGTFEAKFHLADLYFLIGELEK SLAMYQGLIEEEITKGNLEHVAEIYHNMALIEEELQDYEKAYELLEKAEKNYRELGDE EKLLHVLIYKAYVKFEMGDTYEAKAMLAELLPRIMEIGDRRLLTEVHLSFEEMFEEED NYDAALQECLYSMLWARGTEYYDVAFDALVDVFWQLFLEDDFERIYNNADMFIRAFPD FGAFFEGVKYLALFKDGKVKEEELKKVLEKVEDRRLLDLLEFLGEAEL" gene complement(1033694..1034311) /locus_tag="TGAM_1085" /note="tg1085" CDS complement(1033694..1034311) /locus_tag="TGAM_1085" /inference="protein motif:CDD:COG2457, Uncharacterized conserved protein [Function unknown]" /inference="protein motif:CDD:DUF447, Protein of unknown function (DUF447)" /inference="protein motif:COG:COG2457 Uncharacterized conserved protein; S Function unknown" /inference="protein motif:HMMPfam:PF04289 DUF447 InterPro:IPR007386 Protein of unknown function DUF447" /note="Belongs to DUF447 family" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein" /protein_id="ACS33587.1" /translation="MFSLLKFLLEGQVYEVLLVTRNNVAPVGVVRKGSKLHFRLFGGK SAEEIKEHPHVSIQFTNDAGLIVRLALNIPPEEELGFVEAGKYRWVKGLPGLYGDVEW ETKEHSDEIGTTSVLDATMTPVGEIEGSLSPRPMSRADCALIEMAVDFTRLGVARGKK ALELYRRMLRNYRLYGRLGGRDPIAKKMVEWASELGLSKELEEIE" gene complement(1034322..1035383) /gene="fbpC" /locus_tag="TGAM_1086" /gene_synonym="afuC-2" /note="tg1086" CDS complement(1034322..1035383) /gene="fbpC" /locus_tag="TGAM_1086" /gene_synonym="afuC-2" /EC_number="3.6.3.30" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:BlastProDom:PD000006 Q8YCP7_BRUME_Q8YCP7; InterPro:IPR003439 ABC transporter related GO:Molecular Function:ATP binding (GO:0005524), Molecular Function:ATPase activity (GO:0016887)" /inference="protein motif:CDD:ABC_ATPase, ABC (ATP-binding cassette) transporter nucleotide-binding domain" /inference="protein motif:CDD:ABC_BcrA_bacitracin_resist, The BcrA subfamily represents ABC transporters involved in peptide antibiotic resistance" /inference="protein motif:CDD:ABC_Carb_Monos_I, This family represents the domain I of the carbohydrate uptake proteins that transport only monosaccharides (Monos)" /inference="protein motif:CDD:ABC_Carb_Monos_II, This family represents domain II of the carbohydrate uptake proteins that transport only monosaccharides (Monos)" /inference="protein motif:CDD:ABC_Carb_Solutes_like, ABC Carbohydrate and Solute Transporters-like subgroup" /inference="protein motif:CDD:ABC_CcmA_heme_exporter, CcmA, the ATP-binding component of the bacterial CcmAB transporter" /inference="protein motif:CDD:ABC_Class3, This class is comprised of all BPD (Binding Protein Dependent) systems that are largely represented in archaea and eubacteria and are primarily involved in scavenging solutes from the environment" /inference="protein motif:CDD:ABC_cobalt_CbiO_domain1, Domain I of the ABC component of a cobalt transport family found in bacteria, archaea, and eukaryota" /inference="protein motif:CDD:ABC_cobalt_CbiO_domain2, Domain II of the ABC component of a cobalt transport family found in bacteria, archaea, and eukaryota" /inference="protein motif:CDD:ABC_CysA_sulfate_importer, Part of the ABC transporter complex cysAWTP involved in sulfate import" /inference="protein motif:CDD:ABC_DR_subfamily_A, This family of ATP-binding proteins belongs to a multisubunit transporter involved in drug resistance (BcrA and DrrA), nodulation, lipid transport, and lantibiotic immunity" /inference="protein motif:CDD:ABC_DrrA, DrrA is the ATP-binding protein component of a bacterial exporter complex that confers resistance to the antibiotics daunorubicin and doxorubicin" /inference="protein motif:CDD:ABC_drug_resistance_like, ABC-type multidrug transport system, ATPase component" /inference="protein motif:CDD:ABC_FeS_Assembly, ABC-type transport system involved in Fe-S cluster assembly, ATPase component" /inference="protein motif:CDD:ABC_FtsE_transporter, FtsE is a hydrophilic nucleotide-binding protein that binds FtsX to form a heterodimeric ATP-binding cassette (ABC)-type transporter that associates with the bacterial inner membrane" /inference="protein motif:CDD:ABC_HisP_GlnQ_permeases, HisP and GlnQ are the ATP-binding components of the bacterial periplasmic histidine and glutamine permeases, repectively" /inference="protein motif:CDD:ABC_Iron-Siderophores_B12_Hemin, ABC transporters, involved in the uptake of siderophores, heme, and vitamin B12, are widely conserved in bacteria and archaea" /inference="protein motif:CDD:ABC_KpsT_Wzt, ABC_KpsT_Wzt The KpsT/Wzt ABC transporter subfamily is involved in extracellular polysaccharide export" /inference="protein motif:CDD:ABC_MalK_N, The N-terminal ATPase domain of the maltose transporter, MalK" /inference="protein motif:CDD:ABC_Metallic_Cations, ABC component of the metal-type transporters" /inference="protein motif:CDD:ABC_MetN_methionine_transporter, MetN (also known as YusC) is an ABC-type transporter encoded by metN of the metNPQ operon in Bacillus subtilis that is involved in methionine transport" /inference="protein motif:CDD:ABC_MJ0796_Lo1CDE_FtsE, This family is comprised of MJ0796 ATP-binding cassette, macrolide-specific ABC-type efflux carrier (MacAB), and proteins involved in cell division (FtsE), and release of liporoteins from the cytoplasmic membrane (LolCDE)" /inference="protein motif:CDD:ABC_Mj1267_LivG_branched, The Mj1267/LivG ABC transporter subfamily is involved in the transport of the hydrophobic amino acids leucine, isoleucine and valine" /inference="protein motif:CDD:ABC_ModC_like, Archeal protein closely related to ModC" /inference="protein motif:CDD:ABC_ModC_molybdenum_transporter, ModC is an ABC-type transporter and the ATPase component of a molybdate transport system that also includes the periplasmic binding protein ModA and the membrane protein ModB" /inference="protein motif:CDD:ABC_MTABC3_MDL1_MDL2, MTABC3 (also known as ABCB6) is a mitochondrial ATP-binding cassette protein involved in iron homeostasis and one of four ABC transporters expressed in the mitochondrial inner membrane, the other three being MDL1(ABC7), MDL2, and ATM1" /inference="protein motif:CDD:ABC_NatA_like, Similar in sequence to NatA, this is the ATPase component of a bacterial ABC-type Na+ transport system called NatAB, which catalyzes ATP-dependent electrogenic Na+ extrusion without mechanically coupled to proton or K+ uptake" /inference="protein motif:CDD:ABC_NatA_sodium_exporter, NatA is the ATPase component of a bacterial ABC-type Na+ transport system called NatAB, which catalyzes ATP-dependent electrogenic Na+ extrusion without mechanically coupled proton or K+ uptake" /inference="protein motif:CDD:ABC_NikE_OppD_transporters, The ABC transporter subfamily specific for the transport of dipeptides, oligopeptides (OppD), and nickel (NikDE)" /inference="protein motif:CDD:ABC_NrtD_SsuB_transporters, NrtD and SsuB are the ATP-binding subunits of the bacterial ABC-type nitrate and sulfonate transport systems, respectively" /inference="protein motif:CDD:ABC_OpuCA_Osmoprotection, OpuCA is a the ATP binding component of a bacterial solute transporter that serves a protective role to cells growing in a hyperosmolar environment" /inference="protein motif:CDD:ABC_Org_Solvent_Resistant, ABC (ATP-binding cassette) transport system involved in resistant to organic solvents" /inference="protein motif:CDD:ABC_PDR_domain1, The pleiotropic drug resistance (PDR) family of ATP-binding cassette (ABC) transporters" /inference="protein motif:CDD:ABC_PhnC_transporter, ABC-type phosphate/phosphonate transport system" /inference="protein motif:CDD:ABC_PotA_N, PotA is an ABC-type transporter and the ATPase component of the spermidine/putrescine-preferential uptake system consisting of PotA, -B, -C, and -D" /inference="protein motif:CDD:ABC_Pro_Gly_Bertaine, This family comprises the glycine betaine/L-proline ATP binding subunit in bacteria and its equivalents in archaea" /inference="protein motif:CDD:ABC_PstB_phosphate_transporter, Phosphate uptake is of fundamental importance in the cell physiology of bacteria because phosphate is required as a nutrient" /inference="protein motif:CDD:ABC_putative_ATPase, This subfamily is involved in drug resistance, nodulation, lipid transport, and bacteriocin and lantibiotic immunity" /inference="protein motif:CDD:ABC_RNaseL_inhibitor, The ABC ATPase RNase L inhibitor (RLI) is a key enzyme in ribosomal biogenesis, formation of translation preinitiation complexes, and assembly of HIV capsids" /inference="protein motif:CDD:ABC_RNaseL_inhibitor_domain1, The ATPase domain 1 of RNase L inhibitor" /inference="protein motif:CDD:ABC_RNaseL_inhibitor_domain2, The ATPase domain 2 of RNase L inhibitor" /inference="protein motif:CDD:ABC_subfamily_A, The ABCA subfamily mediates the transport of a variety of lipid compounds" /inference="protein motif:CDD:ABC_ThiQ_thiamine_transporter, ABC-type thiamine tranport system" /inference="protein motif:CDD:ABC_TM1139_LivF_branched, LivF (TM1139) is part of the LIV-I bacterial ABC-type two-component transport system that imports neutral, branched-chain amino acids" /inference="protein motif:CDD:ABC_tran, ABC transporter" /inference="protein motif:CDD:ABC_YhbG, The ABC transporters belonging to the YhbG family are similar to members of the Mj1267_LivG family, which is involved in the transport of branched-chain amino acids" /inference="protein motif:CDD:AbcC, ABC-type metal ion transport system, ATPase component [Inorganic ion transport and metabolism]" /inference="protein motif:CDD:ABCC_ATM1_transporter, ATM1 is an ABC transporter that is expressed in the mitochondria" /inference="protein motif:CDD:ABCC_bacteriocin_exporters, ABC-type bacteriocin exporters" /inference="protein motif:CDD:ABCC_CFTR1, The CFTR subfamily domain 1" /inference="protein motif:CDD:ABCC_cytochrome_bd, The CYD subfamily implicated in cytochrome bd biogenesis" /inference="protein motif:CDD:ABCC_Glucan_exporter_like, Glucan exporter ATP-binding protein" /inference="protein motif:CDD:ABCC_Hemolysin, The ABC-transporter hemolysin B is a central component of the secretion machinery that translocates the toxin, hemolysin A, in a Sec-independent fashion across both membranes of E" /inference="protein motif:CDD:ABCC_MRP_domain1, Domain 1 of the ABC subfamily C" /inference="protein motif:CDD:ABCC_MRP_domain2, Domain 2 of the ABC subfamily C" /inference="protein motif:CDD:ABCC_MRP_Like, The MRP (Mutidrug Resistance Protein)-like transporters are involved in drug, peptide, and lipid export" /inference="protein motif:CDD:ABCC_MsbA, MsbA is an essential ABC transporter, closely related to eukaryotic MDR proteins" /inference="protein motif:CDD:ABCC_NFT1, Domain 2 of NFT1 (New full-length MRP-type transporter 1)" /inference="protein motif:CDD:ABCC_Protease_Secretion, This family represents the ABC component of the protease secretion system PrtD, a 60-kDa integral membrane protein sharing 37% identity with HlyB, the ABC component of the alpha-hemolysin secretion pathway, in the C-terminal domain" /inference="protein motif:CDD:ABCC_SUR1_N, The SUR domain 1" /inference="protein motif:CDD:ABCC_TAP, TAP, the Transporter Associated with Antigen Processing" /inference="protein motif:CDD:ABCD_peroxisomal_ALDP, Peroxisomal ATP-binding cassette transporter (Pat) is involved in the import of very long-chain fatty acids (VLCFA) into the peroxisome" /inference="protein motif:CDD:ABCF_EF-3, ABCF_EF-3 Elongation factor 3 (EF-3) is a cytosolic protein required by fungal ribosomes for in vitro protein synthesis and for in vivo growth" /inference="protein motif:CDD:ABCG_EPDR, ABCG transporters are involved in eye pigment (EP) precursor transport, regulation of lipid-trafficking mechanisms, and pleiotropic drug resistance (DR)" /inference="protein motif:CDD:ABCG_White, The White subfamily represents ABC transporters homologous to the Drosophila white gene, which acts as a dimeric importer for eye pigment precursors" /inference="protein motif:CDD:AppF, ABC-type oligopeptide transport system, ATPase component [Amino acid transport and metabolism]" /inference="protein motif:CDD:ArpD, ABC-type protease/lipase transport system, ATPase and permease components [General function prediction only]" /inference="protein motif:CDD:ArtP, ABC-type arginine transport system, ATPase component [Amino acid transport and metabolism]" /inference="protein motif:CDD:ATM1, ABC-type transport system involved in Fe-S cluster assembly, permease and ATPase components [Posttranslational modification, protein turnover, chaperones]" /inference="protein motif:CDD:BtuD, ABC-type cobalamin transport system, ATPase component [Coenzyme metabolism]" /inference="protein motif:CDD:CbiO, ABC-type cobalt transport system, ATPase component [Inorganic ion transport and metabolism]" /inference="protein motif:CDD:CcmA, ABC-type multidrug transport system, ATPase component [Defense mechanisms]" /inference="protein motif:CDD:CcmA, ABC-type transport system involved in cytochrome c biogenesis, ATPase component [Posttranslational modification, protein turnover, chaperones]" /inference="protein motif:CDD:CeuD, ABC-type enterochelin transport system, ATPase component [Inorganic ion transport and metabolism]" /inference="protein motif:CDD:COG1123, ATPase components of various ABC-type transport systems, contain duplicated ATPase [General function prediction only]" /inference="protein motif:CDD:COG1245, Predicted ATPase, RNase L inhibitor (RLI) homolog [General function prediction only]" /inference="protein motif:CDD:COG2401, ABC-type ATPase fused to a predicted acetyltransferase domain [General function prediction only]" /inference="protein motif:CDD:COG3638, ABC-type phosphate/phosphonate transport system, ATPase component [Inorganic ion transport and metabolism]" /inference="protein motif:CDD:COG3845, ABC-type uncharacterized transport systems, ATPase components [General function prediction only]" /inference="protein motif:CDD:COG4136, ABC-type uncharacterized transport system, ATPase component [General function prediction only]" /inference="protein motif:CDD:COG4152, ABC-type uncharacterized transport system, ATPase component [General function prediction only]" /inference="protein motif:CDD:COG4172, ABC-type uncharacterized transport system, duplicated ATPase component [General function prediction only]" /inference="protein motif:CDD:COG4178, ABC-type uncharacterized transport system, permease and ATPase components [General function prediction only]" /inference="protein motif:CDD:COG4181, Predicted ABC-type transport system involved in lysophospholipase L1 biosynthesis, ATPase component [Secondary metabolites biosynthesis, transport, and catabolism]" /inference="protein motif:CDD:COG4559, ABC-type hemin transport system, ATPase component [Inorganic ion transport and metabolism]" /inference="protein motif:CDD:COG4586, ABC-type uncharacterized transport system, ATPase component [General function prediction only]" /inference="protein motif:CDD:COG4619, ABC-type uncharacterized transport system, ATPase component [General function prediction only]" /inference="protein motif:CDD:COG4674, Uncharacterized ABC-type transport system, ATPase component [General function prediction only]" /inference="protein motif:CDD:CydC, ABC-type transport system involved in cytochrome bd biosynthesis, fused ATPase and permease components [Energy production and conversion / Posttranslational modification, protein turnover, chaperones]" /inference="protein motif:CDD:CydD, ABC-type transport system involved in cytochrome bd biosynthesis, ATPase and permease components [Energy production and conversion / Posttranslational modification, protein turnover, chaperones]" /inference="protein motif:CDD:CysA, ABC-type sulfate/molybdate transport systems, ATPase component [Inorganic ion transport and metabolism]" /inference="protein motif:CDD:DppD, ABC-type dipeptide/oligopeptide/nickel transport system, ATPase component [Amino acid transport and metabolism / Inorganic ion transport and metabolism]" /inference="protein motif:CDD:DppF, ABC-type dipeptide/oligopeptide/nickel transport system, ATPase component [Amino acid transport and metabolism / Inorganic ion transport and metabolism]" /inference="protein motif:CDD:FepC, ABC-type cobalamin/Fe3+-siderophores transport systems, ATPase components [Inorganic ion transport and metabolism / Coenzyme metabolism]" /inference="protein motif:CDD:FtsE, Predicted ATPase involved in cell division [Cell division and chromosome partitioning]" /inference="protein motif:CDD:GlnQ, ABC-type polar amino acid transport system, ATPase component [Amino acid transport and metabolism]" /inference="protein motif:CDD:HisP, ABC-type histidine transport system, ATPase component [Amino acid transport and metabolism]" /inference="protein motif:CDD:LivF, ABC-type branched-chain amino acid transport systems, ATPase component [Amino acid transport and metabolism]" /inference="protein motif:CDD:LivG, ABC-type branched-chain amino acid transport systems, ATPase component [Amino acid transport and metabolism]" /inference="protein motif:CDD:MalK, ABC-type sugar transport systems, ATPase components [Carbohydrate transport and metabolism]" /inference="protein motif:CDD:MdlB, ABC-type multidrug transport system, ATPase and permease components [Defense mechanisms]" /inference="protein motif:CDD:MglA, ABC-type sugar transport system, ATPase component [Carbohydrate transport and metabolism]" /inference="protein motif:CDD:ModC, ABC-type molybdate transport system, ATPase component [Inorganic ion transport and metabolism]" /inference="protein motif:CDD:ModF, ABC-type molybdenum transport system, ATPase component/photorepair protein PhrA [Inorganic ion transport and metabolism]" /inference="protein motif:CDD:NatA, ABC-type Na+ transport system, ATPase component [Energy production and conversion / Inorganic ion transport and metabolism]" /inference="protein motif:CDD:OpuBA, ABC-type proline/glycine betaine transport systems, ATPase components [Amino acid transport and metabolism]" /inference="protein motif:CDD:PhnK, ABC-type phosphonate transport system, ATPase component [Inorganic ion transport and metabolism]" /inference="protein motif:CDD:PhnK, ABC-type uncharacterized transport system, ATPase component [General function prediction only]" /inference="protein motif:CDD:PhnL, ABC-type phosphonate transport system, ATPase component [Inorganic ion transport and metabolism]" /inference="protein motif:CDD:PotA, ABC-type spermidine/putrescine transport systems, ATPase components [Amino acid transport and metabolism]" /inference="protein motif:CDD:ProV, ABC-type proline/glycine betaine transport system, ATPase component [Amino acid transport and metabolism]" /inference="protein motif:CDD:PstB, ABC-type phosphate transport system, ATPase component [Inorganic ion transport and metabolism]" /inference="protein motif:CDD:PvdE, ABC-type siderophore export system, fused ATPase and permease components [Secondary metabolites biosynthesis, transport, and catabolism / Inorganic ion transport and metabolism]" /inference="protein motif:CDD:SalX, ABC-type antimicrobial peptide transport system, ATPase component [Defense mechanisms]" /inference="protein motif:CDD:SapD, ABC-type antimicrobial peptide transport system, ATPase component [Defense mechanisms]" /inference="protein motif:CDD:SapF, ABC-type antimicrobial peptide transport system, ATPase component [Defense mechanisms]" /inference="protein motif:CDD:SufC, ABC-type transport system involved in Fe-S cluster assembly, ATPase component [Posttranslational modification, protein turnover, chaperones]" /inference="protein motif:CDD:SunT, ABC-type bacteriocin/lantibiotic exporters, contain an N-terminal double-glycine peptidase domain [Defense mechanisms]" /inference="protein motif:CDD:TagH, ABC-type polysaccharide/polyol phosphate transport system, ATPase component [Carbohydrate transport and metabolism / Cell envelope biogenesis, outer membrane]" /inference="protein motif:CDD:TauB, ABC-type nitrate/sulfonate/bicarbonate transport system, ATPase component [Inorganic ion transport and metabolism]" /inference="protein motif:CDD:TauB, ABC-type taurine transport system, ATPase component [Inorganic ion transport and metabolism]" /inference="protein motif:CDD:ThiQ, ABC-type thiamine transport system, ATPase component [Coenzyme metabolism]" /inference="protein motif:CDD:Ttg2A, ABC-type transport system involved in resistance to organic solvents, ATPase component [Secondary metabolites biosynthesis, transport, and catabolism]" /inference="protein motif:CDD:Uup, ATPase components of ABC transporters with duplicated ATPase domains [General function prediction only]" /inference="protein motif:CDD:YhbG, ABC-type (unclassified) transport system, ATPase component [General function prediction only]" /inference="protein motif:CDD:ZnuC, ABC-type Mn/Zn transport systems, ATPase component [Inorganic ion transport and metabolism]" /inference="protein motif:COG:COG3839 ABC-type sugar transport systems, ATPase components; G Carbohydrate transport and metabolism" /inference="protein motif:Gene3D:G3D.3.40.50.300 no description" /inference="protein motif:HMMPanther:PTHR19222 ATP-BINDING CASSETTE TRANSPORTER" /inference="protein motif:HMMPfam:PF00005 ABC_tran InterPro:IPR003439 ABC transporter related GO:Molecular Function:ATP binding (GO:0005524), Molecular Function:ATPase activity (GO:0016887)" /inference="protein motif:HMMPfam:PF08402 TOBE_2 InterPro:IPR013611 Transport-associated OB" /inference="protein motif:HMMSmart:SM00382 no description InterPro:IPR003593 AAA ATPase GO:Molecular Function:nucleotide binding (GO:0000166), Molecular Function:nucleoside-triphosphatase activity (GO:0017111)" /inference="protein motif:ProfileScan:PS50100 DA_BOX InterPro:IPR003439 ABC transporter related GO:Molecular Function:ATP binding (GO:0005524), Molecular Function:ATPase activity (GO:0016887)" /inference="protein motif:ProfileScan:PS50101 ATP_GTP_A2" /inference="protein motif:ProfileScan:PS50893 ABC_TRANSPORTER_2 InterPro:IPR003439 ABC transporter related GO:Molecular Function:ATP binding (GO:0005524), Molecular Function:ATPase activity (GO:0016887)" /inference="protein motif:ScanRegExp:PS00211 ABC_TRANSPORTER_1 InterPro:IPR003439 ABC transporter related GO:Molecular Function:ATP binding (GO:0005524), Molecular Function:ATPase activity (GO:0016887)" /inference="protein motif:superfamily:SSF50331 MOP-like InterPro:IPR008995 Molybdate/tungstate binding" /inference="protein motif:superfamily:SSF52540 P-loop containing nucleoside triphosphate hydrolases" /codon_start=1 /transl_table=11 /product="ABC-type transport system, ATPase component, putative Fe3+ transporter (fbpC/afuC)" /protein_id="ACS33588.1" /translation="MVEVRLENVVKEFGDTVALKGINLHIKHGELFTLLGPSGCGKST TLRIIAGLDYPTSGKVWFDDQDVTNLSSSERGAVLVFQNYALWPHMKVYDNVAYGLRL KKLPKEEIDRRVKWALELVKLQGFEDRYPTQLSGGQQQRVAIARALVVEPKLLLLDEP LSNLDAKLRLEMRSEIRRIQRELGITVIYVTHDQEEAMAISDRIAVMNVGTVEQVGTP REIYERPRTEFVASFMGKTNVIHAKVVERNGDRVTVEFGSFRFEGLHYTGEKDDVALV IRPERIHLKPVEDAVEMEGKVDLVEYYGFFVEVVGIFDDTRLIARSISTKDVENLRPT MPVKFYIKREDILVLPKQL" gene complement(1035393..1037609) /gene="modB" /locus_tag="TGAM_1087" /note="tg1087" CDS complement(1035393..1037609) /gene="modB" /locus_tag="TGAM_1087" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:CysU, ABC-type sulfate transport system, permease component [Posttranslational modification, protein turnover, chaperones]" /inference="protein motif:CDD:CysW, ABC-type sulfate transport system, permease component [Inorganic ion transport and metabolism]" /inference="protein motif:CDD:ModC, ABC-type molybdate transport system, permease component [Inorganic ion transport and metabolism]" /inference="protein motif:CDD:PotB, ABC-type spermidine/putrescine transport system, permease component I [Amino acid transport and metabolism]" /inference="protein motif:CDD:PotC, ABC-type spermidine/putrescine transport system, permease component II [Amino acid transport and metabolism]" /inference="protein motif:CDD:ThiP, ABC-type Fe3+ transport system, permease component [Inorganic ion transport and metabolism]" /inference="protein motif:CDD:UgpA, ABC-type sugar transport systems, permease components [Carbohydrate transport and metabolism]" /inference="protein motif:CDD:UgpE, ABC-type sugar transport system, permease component [Carbohydrate transport and metabolism]" /inference="protein motif:COG:COG1178 ABC-type Fe3+ transport system, permease component; P Inorganic ion transport and metabolism" /inference="protein motif:ProfileScan:PS50928 ABC_TM1 InterPro:IPR000515 Binding-protein-dependent transport systems inner membrane component GO:Molecular Function:transporter activity (GO:0005215), Biological Process:transport (GO:0006810), Cellular Component:membrane (GO:0016020)" /note="Duplicated BPD (PF00528) domain separated by a large 124 aa insertion at pos. 385; 9 probable transmembrane helices predicted by modhmm" /codon_start=1 /transl_table=11 /product="Two-domain ABC-type transport system permease protein, putative sulfate/molybdate/tungstate transporter (modB)" /protein_id="ACS33589.1" /translation="MSSKWIERLFGIPKPEPLVISSYLFPLLYLVFFLIIPVLAMLAI AFTYNGSVSLHWFREIFTWNSDYMKLPSSWHLIQSVKMPGTGETLYIIEGLDFGIILN SIIVAAIVTLLASIMGTIFAFVMARYEFPGKNVFRILLFIPLLVTPFVSAYVVQQLFS EYGLVSSILHALFNFRVRIDGLAGVTLAQAITYYPIVYLNAYASFINIDPSLEEQAEN LGSRGFHLFRTVTFPLALPGIAAGATLVFIFSLEDLAAPIVFHSNNLAKKIISYQVFS KFLYGTGERSPLIAALAIVMLALAILAFLGIRKYVGLRQYAMLSKGGRWSPRVRKPRL GQALIIYLVLLPLLVFTITPQAGVVKLAFTQEQRVVTNVTDINAQIIGTIYPDFNVQL PENGVVETSKNGWFFQGKVHGYSNLIGEINGTLNGFIVGNVSIKDGTFTVDGKIIYAD FQGKASKYNGTIHTQMLGPITGSGTVSAGMLNLNSSTFKATMFNIPAGKKTEITAKYV KKMILDPDVRRYIVNSLTYSAAAVVLIVLLAITSSYATSRFKGALTPVLESIVILPMA VPGIVVAMGYFYFFHQIFPGTPLDPIDPKHFNPAYVLILAYSIRRLPFAARSVYAGLQ QVHVSLEEAAMNLGASRWKTITSIILPLISLNVFGGAMLSFVYSMSETSVGITLGSLK MANAPITAYMKEIMMSAVGSVNIAAALGVLLITVQIISIVLVNVITKQKYSFIGLS" gene complement(1037606..1039153) /locus_tag="TGAM_1088" /note="tg1088" CDS complement(1037606..1039153) /locus_tag="TGAM_1088" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:AfuA, ABC-type Fe3+ transport system, periplasmic component [Inorganic ion transport and metabolism]" /inference="protein motif:COG:COG1840 ABC-type Fe3+ transport system, periplasmic component; P Inorganic ion transport and metabolism" /inference="protein motif:Gene3D:G3D.3.40.190.10 no description" /inference="protein motif:superfamily:SSF53850 Periplasmic binding protein-like II" /note="1 probable transmembrane helix predicted by modhmm" /codon_start=1 /transl_table=11 /product="ABC-type transport system, periplasmic component" /protein_id="ACS33590.1" /translation="MAAGCIGGGGGSTSSSESPTKSTTSSASQTTTSNEYTVSPSETT TSTQGETTTSQTQTTTSPTQTTTTAPQTTTTVTHTTTTPQQGNVELIILTRHDTTIQS LAKEYFLKSDIAKEYHITKIRFIKATESQWVEFIKRGVADVGWGGGPTLFDTLYTEGY LAPITDEKILSLLGTNISETIAGMPMVRKDNDGKVYWIAAALSSFGFTENKKALQKWG LPEPKKWEDIASEAWARDPPQYGIADPTRSTSNTRIYQIILQAFGWDQGWRILTLIAA NSRIYDASDAVREAVIAGDIAAGNTIDFYGYTAMQLNPDCVYIIPEGESIINGDPIAL LKSSKHPEAAQAFIYWVLTEGQKIWLNKEVNRLPVNPSIFNTPEGQQRQDLRTAYYLA LHTRGIQFDDERALKTIYAMQQYFKATLVDTNEELHRAWMAIVNAHKSGKIDDQTFER LKDELTAPIQFKDPETGETVTFTEEYAEKINDKILKDPNFKDTIVQEWRDAAKAKYQK VLQEVNG" gene 1039377..1040171 /gene="mntB" /locus_tag="TGAM_1089" /note="tg1089" CDS 1039377..1040171 /gene="mntB" /locus_tag="TGAM_1089" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:ABC_ATPase, ABC (ATP-binding cassette) transporter nucleotide-binding domain" /inference="protein motif:CDD:ABC_BcrA_bacitracin_resist, The BcrA subfamily represents ABC transporters involved in peptide antibiotic resistance" /inference="protein motif:CDD:ABC_Carb_Monos_I, This family represents the domain I of the carbohydrate uptake proteins that transport only monosaccharides (Monos)" /inference="protein motif:CDD:ABC_Carb_Monos_II, This family represents domain II of the carbohydrate uptake proteins that transport only monosaccharides (Monos)" /inference="protein motif:CDD:ABC_Carb_Solutes_like, ABC Carbohydrate and Solute Transporters-like subgroup" /inference="protein motif:CDD:ABC_CcmA_heme_exporter, CcmA, the ATP-binding component of the bacterial CcmAB transporter" /inference="protein motif:CDD:ABC_Class3, This class is comprised of all BPD (Binding Protein Dependent) systems that are largely represented in archaea and eubacteria and are primarily involved in scavenging solutes from the environment" /inference="protein motif:CDD:ABC_cobalt_CbiO_domain1, Domain I of the ABC component of a cobalt transport family found in bacteria, archaea, and eukaryota" /inference="protein motif:CDD:ABC_cobalt_CbiO_domain2, Domain II of the ABC component of a cobalt transport family found in bacteria, archaea, and eukaryota" /inference="protein motif:CDD:ABC_CysA_sulfate_importer, Part of the ABC transporter complex cysAWTP involved in sulfate import" /inference="protein motif:CDD:ABC_DR_subfamily_A, This family of ATP-binding proteins belongs to a multisubunit transporter involved in drug resistance (BcrA and DrrA), nodulation, lipid transport, and lantibiotic immunity" /inference="protein motif:CDD:ABC_DrrA, DrrA is the ATP-binding protein component of a bacterial exporter complex that confers resistance to the antibiotics daunorubicin and doxorubicin" /inference="protein motif:CDD:ABC_drug_resistance_like, ABC-type multidrug transport system, ATPase component" /inference="protein motif:CDD:ABC_FeS_Assembly, ABC-type transport system involved in Fe-S cluster assembly, ATPase component" /inference="protein motif:CDD:ABC_FtsE_transporter, FtsE is a hydrophilic nucleotide-binding protein that binds FtsX to form a heterodimeric ATP-binding cassette (ABC)-type transporter that associates with the bacterial inner membrane" /inference="protein motif:CDD:ABC_HisP_GlnQ_permeases, HisP and GlnQ are the ATP-binding components of the bacterial periplasmic histidine and glutamine permeases, repectively" /inference="protein motif:CDD:ABC_Iron-Siderophores_B12_Hemin, ABC transporters, involved in the uptake of siderophores, heme, and vitamin B12, are widely conserved in bacteria and archaea" /inference="protein motif:CDD:ABC_KpsT_Wzt, ABC_KpsT_Wzt The KpsT/Wzt ABC transporter subfamily is involved in extracellular polysaccharide export" /inference="protein motif:CDD:ABC_MalK_N, The N-terminal ATPase domain of the maltose transporter, MalK" /inference="protein motif:CDD:ABC_Metallic_Cations, ABC component of the metal-type transporters" /inference="protein motif:CDD:ABC_MetN_methionine_transporter, MetN (also known as YusC) is an ABC-type transporter encoded by metN of the metNPQ operon in Bacillus subtilis that is involved in methionine transport" /inference="protein motif:CDD:ABC_MJ0796_Lo1CDE_FtsE, This family is comprised of MJ0796 ATP-binding cassette, macrolide-specific ABC-type efflux carrier (MacAB), and proteins involved in cell division (FtsE), and release of liporoteins from the cytoplasmic membrane (LolCDE)" /inference="protein motif:CDD:ABC_Mj1267_LivG_branched, The Mj1267/LivG ABC transporter subfamily is involved in the transport of the hydrophobic amino acids leucine, isoleucine and valine" /inference="protein motif:CDD:ABC_ModC_like, Archeal protein closely related to ModC" /inference="protein motif:CDD:ABC_ModC_molybdenum_transporter, ModC is an ABC-type transporter and the ATPase component of a molybdate transport system that also includes the periplasmic binding protein ModA and the membrane protein ModB" /inference="protein motif:CDD:ABC_MTABC3_MDL1_MDL2, MTABC3 (also known as ABCB6) is a mitochondrial ATP-binding cassette protein involved in iron homeostasis and one of four ABC transporters expressed in the mitochondrial inner membrane, the other three being MDL1(ABC7), MDL2, and ATM1" /inference="protein motif:CDD:ABC_NatA_like, Similar in sequence to NatA, this is the ATPase component of a bacterial ABC-type Na+ transport system called NatAB, which catalyzes ATP-dependent electrogenic Na+ extrusion without mechanically coupled to proton or K+ uptake" /inference="protein motif:CDD:ABC_NatA_sodium_exporter, NatA is the ATPase component of a bacterial ABC-type Na+ transport system called NatAB, which catalyzes ATP-dependent electrogenic Na+ extrusion without mechanically coupled proton or K+ uptake" /inference="protein motif:CDD:ABC_NikE_OppD_transporters, The ABC transporter subfamily specific for the transport of dipeptides, oligopeptides (OppD), and nickel (NikDE)" /inference="protein motif:CDD:ABC_NrtD_SsuB_transporters, NrtD and SsuB are the ATP-binding subunits of the bacterial ABC-type nitrate and sulfonate transport systems, respectively" /inference="protein motif:CDD:ABC_OpuCA_Osmoprotection, OpuCA is a the ATP binding component of a bacterial solute transporter that serves a protective role to cells growing in a hyperosmolar environment" /inference="protein motif:CDD:ABC_Org_Solvent_Resistant, ABC (ATP-binding cassette) transport system involved in resistant to organic solvents" /inference="protein motif:CDD:ABC_PDR_domain1, The pleiotropic drug resistance (PDR) family of ATP-binding cassette (ABC) transporters" /inference="protein motif:CDD:ABC_PDR_domain2, The pleiotropic drug resistance-like (PDR) family of ATP-binding cassette (ABC) transporters" /inference="protein motif:CDD:ABC_PhnC_transporter, ABC-type phosphate/phosphonate transport system" /inference="protein motif:CDD:ABC_PotA_N, PotA is an ABC-type transporter and the ATPase component of the spermidine/putrescine-preferential uptake system consisting of PotA, -B, -C, and -D" /inference="protein motif:CDD:ABC_Pro_Gly_Bertaine, This family comprises the glycine betaine/L-proline ATP binding subunit in bacteria and its equivalents in archaea" /inference="protein motif:CDD:ABC_PstB_phosphate_transporter, Phosphate uptake is of fundamental importance in the cell physiology of bacteria because phosphate is required as a nutrient" /inference="protein motif:CDD:ABC_putative_ATPase, This subfamily is involved in drug resistance, nodulation, lipid transport, and bacteriocin and lantibiotic immunity" /inference="protein motif:CDD:ABC_RNaseL_inhibitor, The ABC ATPase RNase L inhibitor (RLI) is a key enzyme in ribosomal biogenesis, formation of translation preinitiation complexes, and assembly of HIV capsids" /inference="protein motif:CDD:ABC_RNaseL_inhibitor_domain2, The ATPase domain 2 of RNase L inhibitor" /inference="protein motif:CDD:ABC_subfamily_A, The ABCA subfamily mediates the transport of a variety of lipid compounds" /inference="protein motif:CDD:ABC_ThiQ_thiamine_transporter, ABC-type thiamine tranport system" /inference="protein motif:CDD:ABC_TM1139_LivF_branched, LivF (TM1139) is part of the LIV-I bacterial ABC-type two-component transport system that imports neutral, branched-chain amino acids" /inference="protein motif:CDD:ABC_tran, ABC transporter" /inference="protein motif:CDD:ABC_YhbG, The ABC transporters belonging to the YhbG family are similar to members of the Mj1267_LivG family, which is involved in the transport of branched-chain amino acids" /inference="protein motif:CDD:AbcC, ABC-type metal ion transport system, ATPase component [Inorganic ion transport and metabolism]" /inference="protein motif:CDD:ABCC_ATM1_transporter, ATM1 is an ABC transporter that is expressed in the mitochondria" /inference="protein motif:CDD:ABCC_bacteriocin_exporters, ABC-type bacteriocin exporters" /inference="protein motif:CDD:ABCC_CFTR1, The CFTR subfamily domain 1" /inference="protein motif:CDD:ABCC_cytochrome_bd, The CYD subfamily implicated in cytochrome bd biogenesis" /inference="protein motif:CDD:ABCC_Glucan_exporter_like, Glucan exporter ATP-binding protein" /inference="protein motif:CDD:ABCC_Hemolysin, The ABC-transporter hemolysin B is a central component of the secretion machinery that translocates the toxin, hemolysin A, in a Sec-independent fashion across both membranes of E" /inference="protein motif:CDD:ABCC_MRP_domain1, Domain 1 of the ABC subfamily C" /inference="protein motif:CDD:ABCC_MRP_domain2, Domain 2 of the ABC subfamily C" /inference="protein motif:CDD:ABCC_MRP_Like, The MRP (Mutidrug Resistance Protein)-like transporters are involved in drug, peptide, and lipid export" /inference="protein motif:CDD:ABCC_MsbA, MsbA is an essential ABC transporter, closely related to eukaryotic MDR proteins" /inference="protein motif:CDD:ABCC_NFT1, Domain 2 of NFT1 (New full-length MRP-type transporter 1)" /inference="protein motif:CDD:ABCC_Protease_Secretion, This family represents the ABC component of the protease secretion system PrtD, a 60-kDa integral membrane protein sharing 37% identity with HlyB, the ABC component of the alpha-hemolysin secretion pathway, in the C-terminal domain" /inference="protein motif:CDD:ABCC_TAP, TAP, the Transporter Associated with Antigen Processing" /inference="protein motif:CDD:ABCD_peroxisomal_ALDP, Peroxisomal ATP-binding cassette transporter (Pat) is involved in the import of very long-chain fatty acids (VLCFA) into the peroxisome" /inference="protein motif:CDD:ABCF_EF-3, ABCF_EF-3 Elongation factor 3 (EF-3) is a cytosolic protein required by fungal ribosomes for in vitro protein synthesis and for in vivo growth" /inference="protein motif:CDD:ABCG_EPDR, ABCG transporters are involved in eye pigment (EP) precursor transport, regulation of lipid-trafficking mechanisms, and pleiotropic drug resistance (DR)" /inference="protein motif:CDD:ABCG_White, The White subfamily represents ABC transporters homologous to the Drosophila white gene, which acts as a dimeric importer for eye pigment precursors" /inference="protein motif:CDD:AppF, ABC-type oligopeptide transport system, ATPase component [Amino acid transport and metabolism]" /inference="protein motif:CDD:ArpD, ABC-type protease/lipase transport system, ATPase and permease components [General function prediction only]" /inference="protein motif:CDD:ArtP, ABC-type arginine transport system, ATPase component [Amino acid transport and metabolism]" /inference="protein motif:CDD:ATM1, ABC-type transport system involved in Fe-S cluster assembly, permease and ATPase components [Posttranslational modification, protein turnover, chaperones]" /inference="protein motif:CDD:BtuD, ABC-type cobalamin transport system, ATPase component [Coenzyme metabolism]" /inference="protein motif:CDD:CbiO, ABC-type cobalt transport system, ATPase component [Inorganic ion transport and metabolism]" /inference="protein motif:CDD:CcmA, ABC-type multidrug transport system, ATPase component [Defense mechanisms]" /inference="protein motif:CDD:CcmA, ABC-type transport system involved in cytochrome c biogenesis, ATPase component [Posttranslational modification, protein turnover, chaperones]" /inference="protein motif:CDD:CeuD, ABC-type enterochelin transport system, ATPase component [Inorganic ion transport and metabolism]" /inference="protein motif:CDD:COG1123, ATPase components of various ABC-type transport systems, contain duplicated ATPase [General function prediction only]" /inference="protein motif:CDD:COG1245, Predicted ATPase, RNase L inhibitor (RLI) homolog [General function prediction only]" /inference="protein motif:CDD:COG2401, ABC-type ATPase fused to a predicted acetyltransferase domain [General function prediction only]" /inference="protein motif:CDD:COG3638, ABC-type phosphate/phosphonate transport system, ATPase component [Inorganic ion transport and metabolism]" /inference="protein motif:CDD:COG3845, ABC-type uncharacterized transport systems, ATPase components [General function prediction only]" /inference="protein motif:CDD:COG4136, ABC-type uncharacterized transport system, ATPase component [General function prediction only]" /inference="protein motif:CDD:COG4152, ABC-type uncharacterized transport system, ATPase component [General function prediction only]" /inference="protein motif:CDD:COG4172, ABC-type uncharacterized transport system, duplicated ATPase component [General function prediction only]" /inference="protein motif:CDD:COG4178, ABC-type uncharacterized transport system, permease and ATPase components [General function prediction only]" /inference="protein motif:CDD:COG4181, Predicted ABC-type transport system involved in lysophospholipase L1 biosynthesis, ATPase component [Secondary metabolites biosynthesis, transport, and catabolism]" /inference="protein motif:CDD:COG4559, ABC-type hemin transport system, ATPase component [Inorganic ion transport and metabolism]" /inference="protein motif:CDD:COG4586, ABC-type uncharacterized transport system, ATPase component [General function prediction only]" /inference="protein motif:CDD:COG4619, ABC-type uncharacterized transport system, ATPase component [General function prediction only]" /inference="protein motif:CDD:COG4674, Uncharacterized ABC-type transport system, ATPase component [General function prediction only]" /inference="protein motif:CDD:CydC, ABC-type transport system involved in cytochrome bd biosynthesis, fused ATPase and permease components [Energy production and conversion / Posttranslational modification, protein turnover, chaperones]" /inference="protein motif:CDD:CydD, ABC-type transport system involved in cytochrome bd biosynthesis, ATPase and permease components [Energy production and conversion / Posttranslational modification, protein turnover, chaperones]" /inference="protein motif:CDD:CysA, ABC-type sulfate/molybdate transport systems, ATPase component [Inorganic ion transport and metabolism]" /inference="protein motif:CDD:DppD, ABC-type dipeptide/oligopeptide/nickel transport system, ATPase component [Amino acid transport and metabolism / Inorganic ion transport and metabolism]" /inference="protein motif:CDD:DppF, ABC-type dipeptide/oligopeptide/nickel transport system, ATPase component [Amino acid transport and metabolism / Inorganic ion transport and metabolism]" /inference="protein motif:CDD:FepC, ABC-type cobalamin/Fe3+-siderophores transport systems, ATPase components [Inorganic ion transport and metabolism / Coenzyme metabolism]" /inference="protein motif:CDD:FtsE, Predicted ATPase involved in cell division [Cell division and chromosome partitioning]" /inference="protein motif:CDD:GlnQ, ABC-type polar amino acid transport system, ATPase component [Amino acid transport and metabolism]" /inference="protein motif:CDD:HisP, ABC-type histidine transport system, ATPase component [Amino acid transport and metabolism]" /inference="protein motif:CDD:LivF, ABC-type branched-chain amino acid transport systems, ATPase component [Amino acid transport and metabolism]" /inference="protein motif:CDD:LivG, ABC-type branched-chain amino acid transport systems, ATPase component [Amino acid transport and metabolism]" /inference="protein motif:CDD:MalK, ABC-type sugar transport systems, ATPase components [Carbohydrate transport and metabolism]" /inference="protein motif:CDD:MdlB, ABC-type multidrug transport system, ATPase and permease components [Defense mechanisms]" /inference="protein motif:CDD:MglA, ABC-type sugar transport system, ATPase component [Carbohydrate transport and metabolism]" /inference="protein motif:CDD:ModC, ABC-type molybdate transport system, ATPase component [Inorganic ion transport and metabolism]" /inference="protein motif:CDD:ModF, ABC-type molybdenum transport system, ATPase component/photorepair protein PhrA [Inorganic ion transport and metabolism]" /inference="protein motif:CDD:NatA, ABC-type Na+ transport system, ATPase component [Energy production and conversion / Inorganic ion transport and metabolism]" /inference="protein motif:CDD:OpuBA, ABC-type proline/glycine betaine transport systems, ATPase components [Amino acid transport and metabolism]" /inference="protein motif:CDD:PhnK, ABC-type phosphonate transport system, ATPase component [Inorganic ion transport and metabolism]" /inference="protein motif:CDD:PhnK, ABC-type uncharacterized transport system, ATPase component [General function prediction only]" /inference="protein motif:CDD:PhnL, ABC-type phosphonate transport system, ATPase component [Inorganic ion transport and metabolism]" /inference="protein motif:CDD:PotA, ABC-type spermidine/putrescine transport systems, ATPase components [Amino acid transport and metabolism]" /inference="protein motif:CDD:ProV, ABC-type proline/glycine betaine transport system, ATPase component [Amino acid transport and metabolism]" /inference="protein motif:CDD:PstB, ABC-type phosphate transport system, ATPase component [Inorganic ion transport and metabolism]" /inference="protein motif:CDD:SalX, ABC-type antimicrobial peptide transport system, ATPase component [Defense mechanisms]" /inference="protein motif:CDD:SapD, ABC-type antimicrobial peptide transport system, ATPase component [Defense mechanisms]" /inference="protein motif:CDD:SapF, ABC-type antimicrobial peptide transport system, ATPase component [Defense mechanisms]" /inference="protein motif:CDD:SufC, ABC-type transport system involved in Fe-S cluster assembly, ATPase component [Posttranslational modification, protein turnover, chaperones]" /inference="protein motif:CDD:SunT, ABC-type bacteriocin/lantibiotic exporters, contain an N-terminal double-glycine peptidase domain [Defense mechanisms]" /inference="protein motif:CDD:TagH, ABC-type polysaccharide/polyol phosphate transport system, ATPase component [Carbohydrate transport and metabolism / Cell envelope biogenesis, outer membrane]" /inference="protein motif:CDD:TauB, ABC-type nitrate/sulfonate/bicarbonate transport system, ATPase component [Inorganic ion transport and metabolism]" /inference="protein motif:CDD:TauB, ABC-type taurine transport system, ATPase component [Inorganic ion transport and metabolism]" /inference="protein motif:CDD:ThiQ, ABC-type thiamine transport system, ATPase component [Coenzyme metabolism]" /inference="protein motif:CDD:Ttg2A, ABC-type transport system involved in resistance to organic solvents, ATPase component [Secondary metabolites biosynthesis, transport, and catabolism]" /inference="protein motif:CDD:Uup, ATPase components of ABC transporters with duplicated ATPase domains [General function prediction only]" /inference="protein motif:CDD:YhbG, ABC-type (unclassified) transport system, ATPase component [General function prediction only]" /inference="protein motif:CDD:ZnuC, ABC-type Mn/Zn transport systems, ATPase component [Inorganic ion transport and metabolism]" /inference="protein motif:COG:COG1121 ABC-type Mn/Zn transport systems, ATPase component; P Inorganic ion transport and metabolism" /inference="protein motif:Gene3D:G3D.3.40.50.300 no description" /inference="protein motif:HMMPanther:PTHR19222 ATP-BINDING CASSETTE TRANSPORTER" /inference="protein motif:HMMPfam:PF00005 ABC_tran InterPro:IPR003439 ABC transporter related GO:Molecular Function:ATP binding (GO:0005524), Molecular Function:ATPase activity (GO:0016887)" /inference="protein motif:HMMSmart:SM00382 no description InterPro:IPR003593 AAA ATPase GO:Molecular Function:nucleotide binding (GO:0000166), Molecular Function:nucleoside-triphosphatase activity (GO:0017111)" /inference="protein motif:ProfileScan:PS50100 DA_BOX InterPro:IPR003439 ABC transporter related GO:Molecular Function:ATP binding (GO:0005524), Molecular Function:ATPase activity (GO:0016887)" /inference="protein motif:ProfileScan:PS50101 ATP_GTP_A2" /inference="protein motif:ProfileScan:PS50893 ABC_TRANSPORTER_2 InterPro:IPR003439 ABC transporter related GO:Molecular Function:ATP binding (GO:0005524), Molecular Function:ATPase activity (GO:0016887)" /inference="protein motif:ScanRegExp:PS00211 ABC_TRANSPORTER_1 InterPro:IPR003439 ABC transporter related GO:Molecular Function:ATP binding (GO:0005524), Molecular Function:ATPase activity (GO:0016887)" /inference="protein motif:superfamily:SSF52540 P-loop containing nucleoside triphosphate hydrolases" /codon_start=1 /transl_table=11 /product="Manganese ABC-type transporter ATP-binding protein (mntB)" /protein_id="ACS33591.1" /translation="MKASVEARNLTIYYGKQVALSDVTFQLGASETLLLLGPNGAGKT TLLRTIAGFHTQYTGELLIFGKKPEEAKELVSYVPQSHSLNENVPLTALEVVAMGAIY KRGLIHRKIPPEIEERALNVLSFVGLENVANKLFRNLSGGQKQRVLLARALVSDPKLL LLDEPLSALDPSARAEVTSVLDRIKKKKNIAMIITTHDINPLLEIGDKVMLINRRMIA FGKPDEALTDEIIKSVYGPMARAIKVEERLYCITGDFHIHVRRDRK" gene 1040168..1040989 /gene="mntC" /locus_tag="TGAM_1090" /note="tg1090" CDS 1040168..1040989 /gene="mntC" /locus_tag="TGAM_1090" /inference="protein motif:CDD:ABC-3, ABC 3 transport family" /inference="protein motif:CDD:ZnuB, ABC-type Mn2+/Zn2+ transport systems, permease components [Inorganic ion transport and metabolism]" /inference="protein motif:COG:COG1108 ABC-type Mn2+/Zn2+ transport systems, permease components; P Inorganic ion transport and metabolism" /inference="protein motif:HMMPfam:PF00950 ABC-3 InterPro:IPR001626 ABC-3 GO:Molecular Function:ATP binding (GO:0005524), Biological Process:transport (GO:0006810), Cellular Component:membrane (GO:0016020), Molecular Function:ATPase activity, coupled to transmembrane movement of substances (GO:0042626)" /inference="protein motif:superfamily:SSF81345 ABC transporter involved in vitamin B12 uptake, BtuC" /note="9 probable transmembrane helices predicted by modhmm" /codon_start=1 /transl_table=11 /product="Manganese ABC-type transporter, permease component (mntC)" /protein_id="ACS33592.1" /translation="MIPEFMLRAILASITISVLLGLLSPLINMKGLAFLTHALFHALL FGAVLGMILGLVFNNLSLVMAVATLITVLIVLTIAELERLGFSSDSAVGIVASFVAGL TVLGFGVLYKLMAGRPYFPLTENVVSYLTGELFLITRENLLTLTGLGFAILLVLLLFY RDFLYISFDMEGVESYGGRARFYLVLLYVLVGLVGSLIVQSVGLVTLQVVAVLPGAIG LMVSDNLKKVVLTSLLVTLTVQLSSVIIAYFTSIPPSGIATIILGIVYGILLVRK" gene 1040995..1041675 /gene="rnhB" /locus_tag="TGAM_1091" /note="tg1091" CDS 1040995..1041675 /gene="rnhB" /locus_tag="TGAM_1091" /EC_number="3.1.26.4" /inference="protein motif:CDD:RNase_HII, Ribonuclease HII" /inference="protein motif:CDD:RnhB, Ribonuclease HII [DNA replication, recombination, and repair]" /inference="protein motif:CDD:RnhC, Ribonuclease HIII [DNA replication, recombination, and repair]" /inference="protein motif:COG:COG0164 Ribonuclease HII; L Replication, recombination and repair" /inference="protein motif:Gene3D:G3D.3.30.420.10 no description" /inference="protein motif:HMMPanther:PTHR10954 RIBONUCLEASE HII InterPro:IPR001352 Ribonuclease HII/HIII GO:Molecular Function:RNA binding (GO:0003723), Molecular Function:ribonuclease H activity (GO:0004523)" /inference="protein motif:HMMPanther:PTHR10954:SF7 RIBONUCLEASE HII" /inference="protein motif:HMMPfam:PF01351 RNase_HII InterPro:IPR001352 Ribonuclease HII/HIII GO:Molecular Function:RNA binding (GO:0003723), Molecular Function:ribonuclease H activity (GO:0004523)" /inference="protein motif:HMMTigr:TIGR00729 TIGR00729:ribonuclease HII InterPro:IPR004649 Ribonuclease HII GO:Molecular Function:ribonuclease H activity (GO:0004523), Biological Process:RNA metabolism (GO:0016070)" /inference="protein motif:superfamily:SSF53098 Ribonuclease H-like InterPro:IPR012337 Polynucleotidyl transferase, Ribonuclease H fold" /codon_start=1 /transl_table=11 /product="Ribonuclease HII (rnhB)" /protein_id="ACS33593.1" /translation="MGRKIAGIDEAGRGPVIGPMVIAAVVVDEEKLKSLEELGVRDSK KLTPGRRERLFDEIIAQLDDYVIIELWPEEIDSREVTLNEFEVENFSKALNSLKVKPD VVYIDAADVKEGRFGEAIGKLLKFKAEIVAEHRADDKFVPVSAASILAKVVRDRAIEK LKEEYGEIGSGYPSDPRTRDFLERYYREHGDFPPIVRRTWKTVEKIRKKLESERKGSQ LTLDSFVV" gene complement(1041645..1043450) /locus_tag="TGAM_1092" /note="tg1092" CDS complement(1041645..1043450) /locus_tag="TGAM_1092" /EC_number="2.4.1.109" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:COG4346, Predicted membrane-bound dolichyl-phosphate-mannose-protein mannosyltransferase [Posttranslational modification, protein turnover, chaperones]" /inference="protein motif:CDD:PMT1, Dolichyl-phosphate-mannose--protein O-mannosyl transferase [Posttranslational modification, protein turnover, chaperones]" /inference="protein motif:COG:COG4346 Predicted membrane-bound dolichyl-phosphate-mannose-protein mannosyltransferase; O Posttranslational modification, protein turnover, chaperones" /note="8 probable transmembrane helices predicted by modhmm" /codon_start=1 /transl_table=11 /product="Dolichyl-phosphate-mannose-protein mannosyltransferase, putative" /protein_id="ACS33594.1" /translation="MVTMRQVKLVLFILFAAGMIGASLWYAFDTASRADLNDYVGDEV WYVPASRNMLHRLGLEAHYVHNGYEGVNVIFSNDDEKAEYEHVVDEAIIMYEGNMSAT VNYQKFPGIYVEIPREKLDDFMGYLQNNIPENAYYTVTGFRYPDKDNIQNYLNLEHPL LGKDFIMLSMLILGDKPFYWRVPGLILYGFLQILVLLTAYRITKSYLASLIALFFVAV DPTLQATAVTAMLDIYVGVFVALFTFLLTYGWRNWSGFGIGLAGATKLSGAFGYPVLF LRLLADAKEKAGWRKAIRMVVILILLGLTVVAYSEYLADYWDAKYFQILAILTVLAVA EFTYSSREALEPLLAFLTAGLSLPLLGFLLPEIPAIKVVGFNDWLRNFLGSFKWHLSY KGPNPWTAPFWEWFYNGNSFHFHFNPDIVADTNPTLLLFMVVAIFAVPYVWKRRNLIL VPFGIFWSTVGFFALQYALGGKTQFSFYATALVPEAAVTMGVVVYEIVNWDAFRESLL DYLYWIGRGLRIRRFVEYVEEKRKKSEEAERAEEPGLIPAIPLPPTVYVEHRGLPKKV SLARGRRERKSRPGGLPKKYVTDESSQTTNESRVS" gene 1043535..1044692 /locus_tag="TGAM_1093" /note="tg1093" CDS 1043535..1044692 /locus_tag="TGAM_1093" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:COG:COG0500 SAM-dependent methyltransferases; Q Secondary metabolites biosynthesis, transport and catabolism" /inference="protein motif:Gene3D:G3D.3.40.50.150 no description" /inference="protein motif:HMMPanther:PTHR11061 RNA METHYLTRANSFERASE" /inference="protein motif:HMMPanther:PTHR11061:SF5 RNA METHYLTRANSFERASE-RELATED" /inference="protein motif:HMMPfam:PF08241 Methyltransf_11 InterPro:IPR013216 Methyltransferase type 11" /inference="protein motif:ProfileScan:PS50193 SAM_BIND InterPro:IPR000051 SAM (and some other nucleotide) binding motif GO:Molecular Function:S-adenosylmethionine-dependent methyltransferase activity (GO:0008757)" /inference="protein motif:ScanRegExp:PS00014 ER_TARGET InterPro:IPR000886 Endoplasmic reticulum targeting sequence" /inference="protein motif:superfamily:SSF53335 S-adenosyl-L-methionine-dependent methyltransferases" /codon_start=1 /transl_table=11 /product="S-adenosyl-L-methionine-dependent methyltransferase" /protein_id="ACS33595.1" /translation="MSWVNEVTEDQVELAVELVKRGLDERKLRSKLGPYWKELVEVAK ARLRAKDKFSRQDLWMDLEGLRYATHEIVARYRAKRLANFGVKSIADVSCGIGIQLIF YAMKVERAYGIDIDPVKIEFARRNAEKYRVSNIEFINGDSLSEETIRRIDAEVVFSDP ARPPEAPERTLEGLLPSPLRVYEAYRSKVNAFIFDLPPQMRREKVPWSGEFEYIDLFG AINRLTFYFEPLARAERSAVTLPKGARLESNPDLENIVEWTEKPGQYLYEIPQSIDYA DLINELFHAVEGEMKMLLREKRRVLATGDDEIRSDYFKRVYSVVAVLPFHPVRINDFL RREGFGRATLRISLPDREYWRFRRKVEAGLNGERRAFVFQLGRKAIIAEEL" gene complement(1044687..1044878) /locus_tag="TGAM_1094" /note="tg1094" CDS complement(1044687..1044878) /locus_tag="TGAM_1094" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein" /protein_id="ACS33596.1" /translation="MYRKIDEFIGQGTITKKEQETRKKKKRLRETRLDLFLPEEHVDY FKSLRIGSKKIRNARIEEL" gene 1044939..1046018 /gene="pepQ-1" /locus_tag="TGAM_1095" /note="tg1095" CDS 1044939..1046018 /gene="pepQ-1" /locus_tag="TGAM_1095" /EC_number="3.4.13.9" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:APP, X-Prolyl Aminopeptidase 2" /inference="protein motif:CDD:APP-like, Similar to Prolidase and Aminopeptidase P" /inference="protein motif:CDD:APP_MetAP, A family including aminopeptidase P, aminopeptidase M, and prolidase" /inference="protein motif:CDD:CDC68-like, Related to aminopeptidase P and aminopeptidase M, a member of this domain family is present in cell division control protein 68, a transcription factor" /inference="protein motif:CDD:Creatinase, Creatine amidinohydrolase" /inference="protein motif:CDD:Map, Methionine aminopeptidase [Translation, ribosomal structure and biogenesis]" /inference="protein motif:CDD:MetAP1, Methionine Aminopeptidase 1" /inference="protein motif:CDD:MetAP2, Methionine Aminopeptidase 2" /inference="protein motif:CDD:PepP, Xaa-Pro aminopeptidase [Amino acid transport and metabolism]" /inference="protein motif:CDD:Peptidase_M24, metallopeptidase family M24" /inference="protein motif:CDD:Prolidase, Prolidase" /inference="protein motif:COG:COG0006 Xaa-Pro aminopeptidase; E Amino acid transport and metabolism" /inference="protein motif:Gene3D:G3D.3.40.350.10 no description" /inference="protein motif:Gene3D:G3D.3.90.230.10 no description" /inference="protein motif:HMMPanther:PTHR10804 METHIONINE AMINOPEPTIDASE-RELATED InterPro:IPR000994 Peptidase M24 GO:Biological Process:proteolysis (GO:0006508), Molecular Function:metalloexopeptidase activity (GO:0008235)" /inference="protein motif:HMMPanther:PTHR10804:SF8 XAA-PRO DIPEPTIDASE" /inference="protein motif:HMMPfam:PF00557 Peptidase_M24 InterPro:IPR000994 Peptidase M24 GO:Biological Process:proteolysis (GO:0006508), Molecular Function:metalloexopeptidase activity (GO:0008235)" /inference="protein motif:ScanRegExp:PS00491 PROLINE_PEPTIDASE InterPro:IPR001131 Peptidase M24B, X-Pro dipeptidase GO:Biological Process:proteolysis (GO:0006508), Molecular Function:metalloexopeptidase activity (GO:0008235)" /inference="protein motif:superfamily:SSF53092 Creatinase/prolidase N-terminal domain" /inference="protein motif:superfamily:SSF55920 Creatinase/aminopeptidase" /codon_start=1 /transl_table=11 /product="Xaa-Pro dipeptidase (pepQ)" /protein_id="ACS33597.1" /translation="MTLSDTRLVIQMRIERLREFIAEKELDGVIITHRPNIYYFTGSA PVLGGYLIITADDALFLVPQLEYEEARETSRVPVEAFKRGPELFERLKSFRLKKLGIE GRTAYSTVQSYREKLGVEEFVTVDDVIKELRMIKTKEELEVIQAACEIADQAMLTAIE EISEGKREREIAAKMEYVMKMKGAEKPAFDTIIASGWRSALPHGVASDKRIERGELVV IDEGALYNHYNSDTTRTIVVGSPNEKQKDIYQAVLEAQKKGVEMARPGITAKELDTIV RDVIKEYGYGDYFIHSTGHGVGLEIHEWPGVNQSDETVLKPGMVITVEPGIYIPKFGG VRIEDTIVITENGARRLTKTERELI" gene 1046062..1046265 /locus_tag="TGAM_1096" /note="tg1096" CDS 1046062..1046265 /locus_tag="TGAM_1096" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein" /protein_id="ACS33598.1" /translation="MMTMESVEKLILQELREIKEELKALNSKIDNFAGYFEADEGELR ELMRELEDAKKNGVKLEEVLHEL" gene 1046255..1046518 /locus_tag="TGAM_1097" /note="tg1097" CDS 1046255..1046518 /locus_tag="TGAM_1097" /inference="protein motif:CDD:RelE, Cytotoxic translational repressor of toxin-antitoxin stability system [Translation, ribosomal structure and biogenesis / Cell division and chromosome partitioning]" /inference="protein motif:COG:COG2026 Cytotoxic translational repressor of toxin-antitoxin stability system; J Translation, ribosomal structure and biogenesis" /inference="protein motif:HMMPfam:PF05016 Plasmid_stabil InterPro:IPR007712 Plasmid stabilization system" /inference="protein motif:HMMTigr:TIGR02385 RelE_StbE:addiction module toxin, RelE/Stb InterPro:IPR012753 Addiction module toxin, RelE/StbE" /codon_start=1 /transl_table=11 /product="Plasmid stabilization system addiction module toxin, RelE/StbE family" /protein_id="ACS33599.1" /translation="MSYEVILSRNALKFLKKLPPADRSRIKDALLKLGQNPWFTQYKK LRGYPFYRIRVGDYRVIYSVDENSKTVYVVRIGKRDEVYRNIG" gene 1046524..1047597 /gene="pelA" /locus_tag="TGAM_1098" /note="tg1098" CDS 1046524..1047597 /gene="pelA" /locus_tag="TGAM_1098" /inference="protein motif:CDD:eRF1, Peptide chain release factor 1 (eRF1) [Translation, ribosomal structure and biogenesis]" /inference="protein motif:CDD:eRF1_1, eRF1 domain 1" /inference="protein motif:CDD:eRF1_2, eRF1 domain 2" /inference="protein motif:CDD:eRF1_3, eRF1 domain 3" /inference="protein motif:CDD:PelA, Predicted RNA-binding proteins [General function prediction only]" /inference="protein motif:COG:COG1537 Predicted RNA-binding proteins; R General function prediction only" /inference="protein motif:Gene3D:G3D.3.30.420.60 no description" /inference="protein motif:Gene3D:G3D.3.30.70.480 no description" /inference="protein motif:HMMPanther:PTHR10853 PELOTA InterPro:IPR004405 Probable translation factor pelota GO:Cellular Component:nucleus (GO:0005634), Biological Process:protein biosynthesis (GO:0006412)" /inference="protein motif:HMMPanther:PTHR10853:SF3 PELOTA" /inference="protein motif:HMMPfam:PF03463 eRF1_1 InterPro:IPR005140 eRF1 domain 1" /inference="protein motif:HMMPfam:PF03464 eRF1_2 InterPro:IPR005141 eRF1 domain 2" /inference="protein motif:HMMPfam:PF03465 eRF1_3 InterPro:IPR005142 eRF1 domain 3" /inference="protein motif:HMMTigr:TIGR00111 pelota:probable translation factor pelota InterPro:IPR004405 Probable translation factor pelota GO:Cellular Component:nucleus (GO:0005634), Biological Process:protein biosynthesis (GO:0006412)" /inference="protein motif:superfamily:SSF53137 Translational machinery components" /inference="protein motif:superfamily:SSF55315 L30e-like" /codon_start=1 /transl_table=11 /product="Translation factor, cell division protein pelota-like protein (pelA)" /protein_id="ACS33600.1" /translation="MQILEEKPKEGIVKVKAETLDDLWHLYHVIDPGDVVYAKTLRKQ AQRSDSLRAEKVEVIPVYLGVKAEKINFHKFANQVRVTGPIVYASRDDVPLGKYHTIT IEEGTVVTIQKPRWKEHHIERLKEAIEASKRAKVMIVVIDEGEADIALVREYGVEMVA SIRRNLGGKRYNTDRESEEKRFFHDLAKTMAELMEREKIEKAIVAGPGFVKEDFHKFL RENYPELAKKVVIEDTSVTGRTGIYEVIKRGTVDRVYHENRVAKEVQLVEKVLEHVAR NTGLATYGLREVEEAVNYGAVETLLVLDELLKGEHRERIEELMDAVRYARGEVVIVSS EHEGGEKLKALGGLAALLRFRVK" gene complement(1047584..1047958) /locus_tag="TGAM_1099" /note="tg1099" CDS complement(1047584..1047958) /locus_tag="TGAM_1099" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:COG2250, Uncharacterized conserved protein related to C-terminal domain of eukaryotic chaperone, SACSIN [Function unknown]" /inference="protein motif:CDD:DUF712, Protein of unknown function (DUF712)" /inference="protein motif:CDD:HEPN, Higher Eukarytoes and Prokaryotes Nucleotide-binding domain" /inference="protein motif:COG:COG2250 Uncharacterized conserved protein related to C-terminal domain of eukaryotic chaperone, SACSIN; S Function unknown" /inference="protein motif:HMMPfam:PF05168 HEPN InterPro:IPR007842 HEPN" /inference="protein motif:HMMSmart:SM00748 no description InterPro:IPR007842 HEPN" /inference="protein motif:ProfileScan:PS50910 HEPN InterPro:IPR007842 HEPN" /inference="protein motif:superfamily:SSF81593 Nucleotidyltransferase substrate binding subunit/domain" /note="Contains one HEPN domain in C-term" /codon_start=1 /transl_table=11 /product="HEPN-type nucleotidyltransferase, antibiotic resistance related" /protein_id="ACS33601.1" /translation="MSFREWLQKAEKDLILAKNSLSLEFYDYATFHAQQCAEKALKAF LVSRGMPIKRTHDIGELILLCAEVDSEFLKLFDDDVDVLTAYAVEARYPTLHEPDKEE AENAIRLAELALSFVRSRLTSP" gene complement(1047955..1048272) /locus_tag="TGAM_1100" /note="tg1100" CDS complement(1047955..1048272) /locus_tag="TGAM_1100" /inference="protein motif:COG:COG1708 Predicted nucleotidyltransferases; R General function prediction only" /inference="protein motif:Gene3D:G3D.3.30.460.10 no description" /inference="protein motif:HMMPfam:PF01909 NTP_transf_2 InterPro:IPR002934 DNA polymerase, beta-like region GO:Molecular Function:nucleotidyltransferase activity (GO:0016779)" /inference="protein motif:superfamily:SSF81301 Nucleotidyltransferase" /codon_start=1 /transl_table=11 /product="Nucleotidyltransferase" /protein_id="ACS33602.1" /translation="MSSELIRDVILRVSRELGLEVDEVILFGSRARGDFRANSDWDVL VVLSEPVERKRELEAYKRMHRELLLKGIKADIIFISRDELEKVKDDTSFVYYYALREG VKI" gene complement(1048298..1049296) /gene="hypE-1" /locus_tag="TGAM_1101" /note="tg1101" CDS complement(1048298..1049296) /gene="hypE-1" /locus_tag="TGAM_1101" /inference="protein motif:CDD:AIRS_C, AIR synthase related protein, C-terminal domain" /inference="protein motif:CDD:COG2144, Selenophosphate synthetase-related proteins [General function prediction only]" /inference="protein motif:CDD:HypE, Hydrogenase maturation factor [Posttranslational modification, protein turnover, chaperones]" /inference="protein motif:CDD:HypE_N, HypE (Hydrogenase expression/formation protein)" /inference="protein motif:CDD:ThiL, Thiamine monophosphate kinase [Coenzyme metabolism]" /inference="protein motif:CDD:ThiL_N, ThiL (Thiamine-monophosphate kinase) plays a dual role in de novo biosynthesis and in salvage of exogenous thiamin" /inference="protein motif:COG:COG0309 Hydrogenase maturation factor; O Posttranslational modification, protein turnover, chaperones" /inference="protein motif:Gene3D:G3D.3.30.70.460 no description" /inference="protein motif:HMMPfam:PF00586 AIRS InterPro:IPR000728 AIR synthase related protein GO:Molecular Function:catalytic activity (GO:0003824)" /inference="protein motif:HMMPfam:PF02769 AIRS_C InterPro:IPR010918 AIR synthase related protein, C-terminal" /inference="protein motif:superfamily:SSF55326 Aminoimidazole ribonucleotide synthetase (PurM) N-terminal domain" /inference="protein motif:superfamily:SSF56042 Aminoimidazole ribonucleotide synthetase (PurM) C-terminal domain" /codon_start=1 /transl_table=11 /product="Hydrogenase expression/formation related protein (hypE)" /protein_id="ACS33603.1" /translation="MKLPPGKLRNDVLRKTVLPYLGVKDEKVVYGPKEGFDSAVLEYD GENYLVVATDPVIGVPKEAFGFFAYHFAASDVAVFGAEPRWLVLNLLFPEGTSEEYVR EVMADVNEECLKYGGSVIGGHTGVYPSVLEPTGTSAVAGIVRKDKLRLPIARPGDRIV VTAKVGLEFAVSAAYFRGRELLGVLTKKELMRLKRSFYFETVVPDALIARPFVRGMHD ATEGGLTALHEIADNSGVGFRVYADKLHLDPLVRKVLDFYGLEPWSVSSTGTLIAITP PEKSEALIVELLKNGILAFELGEFTEEKERVLVEGGDEKPFPEFKGDPYVELYDKR" gene complement(1049293..1050081) /locus_tag="TGAM_1102" /note="tg1102" CDS complement(1049293..1050081) /locus_tag="TGAM_1102" /inference="protein motif:CDD:Alpha_ANH_like_II, This is a subfamily of Adenine nucleotide alpha hydrolases superfamily" /inference="protein motif:CDD:ATP_bind_3, PP-loop family" /inference="protein motif:CDD:COG1606, ATP-utilizing enzymes of the PP-loop superfamily [General function prediction only]" /inference="protein motif:CDD:MesJ, Predicted ATPase of the PP-loop superfamily implicated in cell cycle control [Cell division and chromosome partitioning]" /inference="protein motif:CDD:ThiI, ThiI is required for thiazole synthesis in the thiamine biosynthesis pathway" /inference="protein motif:CDD:TrmU, Predicted tRNA(5-methylaminomethyl-2-thiouridylate) methyltransferase, contains the PP-loop ATPase domain [Translation, ribosomal structure and biogenesis]" /inference="protein motif:CDD:tRNA_Me_trans, tRNA methyl transferase" /inference="protein motif:COG:COG0037 Predicted ATPase of the PP-loop superfamily implicated in cell cycle control; D Cell cycle control, cell division, chromosome partitioning" /inference="protein motif:Gene3D:G3D.3.40.50.610 no description" /inference="protein motif:HMMPanther:PTHR11933 TRNA (5-METHYLAMINOMETHYL-2-THIOURIDYLATE)-METHYLTRANSFERASE" /inference="protein motif:HMMPanther:PTHR11933:SF1 TRNA (5-METHYLAMINOMETHYL-2-THIOURIDYLATE)-METHYLTRANSFERASE" /inference="protein motif:HMMPfam:PF06508 ExsB InterPro:IPR004479 ExsB GO:Molecular Function:molecular function unknown (GO:0005554)" /inference="protein motif:HMMPIR:PIRSF036670 Predicted PP-loop ATPase, MJ1016 type InterPro:IPR012122 PP-loop ATPase, MJ1016-related" /inference="protein motif:superfamily:SSF52402 Adenine nucleotide alpha hydrolases-like" /codon_start=1 /transl_table=11 /product="Predicted ATPase of the PP-loop superfamily" /protein_id="ACS33604.1" /translation="MLEETISEIRSFVRETSLTDKRILVLFSGGKDSSLTLYLLKEAG LDVSALTFFHRWSWHETLRWAMKFTRKLGVEHYLVDITDGLLREAVGRKGPVCIHCKR VMLWNAKWFALNNGFEILAKGDNANDKIIGALLDQCKGDIRLCRIPRIGLPILRPLIK YTAEEVERLAEEADVRPYRMYEHSRRRQWREGCPLQYIDKEETIKPELMDMAYRVNYE VSKIARRRRVRVSVRVPSFEIMCWDCDEETLREIKSLLEEVRGR" gene complement(1050103..1050774) /locus_tag="TGAM_1103" /note="tg1103" CDS complement(1050103..1050774) /locus_tag="TGAM_1103" /experiment="gene product confirmed by mass spectrometry" /note="6 probable transmembrane helices predicted by modhmm" /codon_start=1 /transl_table=11 /product="Hypothetical protein" /protein_id="ACS33605.1" /translation="MGTIDVGEALRRPLEIMTDNYGFFIPPAIPAAVDLVSSLTAGKP EVGFGISTTAALLSLISFILSIIASGALVHMADEELKGHPASYMEGLNAAFGKIIDLT IASLIIGIGFFIGLFLLVIPGLLWLMLTAFVIPLIMIENLGAIDAIKESINLTTGRFG EVLVYLIVLVIIVGLVWVILSFIPYIGSALATIVLTPYAAISITIAYRHLTESESGET SAEAF" gene 1050947..1051183 /gene="feoA" /locus_tag="TGAM_1104" /note="tg1104" CDS 1050947..1051183 /gene="feoA" /locus_tag="TGAM_1104" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:FeoA, FeoA domain" /inference="protein motif:COG:COG1918 Fe2+ transport system protein A; P Inorganic ion transport and metabolism" /inference="protein motif:Gene3D:G3D.2.30.30.90 no description" /inference="protein motif:HMMPfam:PF04023 FeoA InterPro:IPR007167 FeoA" /inference="protein motif:superfamily:SSF50037 C-terminal domain of transcriptional repressors InterPro:IPR008988 Transcriptional repressor, C-terminal" /codon_start=1 /transl_table=11 /product="Fe2+ transport protein A, putative (FeoA)" /protein_id="ACS33606.1" /translation="MMNMIVPLLSLVPGERGVVVDLRGGPNFRSRLYAMGLAPGAIVR VLESYPRGPIILEVGGTRLALGKGMASRVFVRKL" gene 1051193..1053181 /gene="feoB" /locus_tag="TGAM_1105" /note="tg1105" CDS 1051193..1053181 /gene="feoB" /locus_tag="TGAM_1105" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:COG:COG0370 Fe2+ transport system protein B; P Inorganic ion transport and metabolism" /inference="protein motif:FPrintScan:PR00326 GTP1OBG InterPro:IPR006073 GTP1/OBG" /inference="protein motif:Gene3D:G3D.3.40.50.300 no description" /inference="protein motif:HMMPanther:PTHR11649 THIOPHENE AND FURAN OXIDATION PROTEIN THDF - RELATED" /inference="protein motif:HMMPanther:PTHR11649:SF10 PROBABLE GTP-BINDING PROTEIN ENGA" /inference="protein motif:HMMPfam:PF01926 MMR_HSR1 InterPro:IPR002917 GTP-binding protein, HSR1-related" /inference="protein motif:HMMPfam:PF02421 FeoB_N InterPro:IPR011619 Ferrous iron transport protein B, N-terminal" /inference="protein motif:HMMPfam:PF07664 FeoB_C InterPro:IPR011640 Ferrous iron transport B, C-terminal" /inference="protein motif:HMMPfam:PF07670 Gate InterPro:IPR011642 Nucleoside recognition" /inference="protein motif:HMMTigr:TIGR00231 small_GTP:small GTP-binding protein domain InterPro:IPR005225 Small GTP-binding protein domain" /inference="protein motif:HMMTigr:TIGR00437 feoB:ferrous iron transport protein B InterPro:IPR003373 Ferrous iron transport protein B" /inference="protein motif:superfamily:SSF52540 P-loop containing nucleoside triphosphate hydrolases" /note="6 probable transmembrane helices predicted by modhmm" /codon_start=1 /transl_table=11 /product="Fe2+ transport protein B (feoB)" /protein_id="ACS33607.1" /translation="MAMRVVALAGNPNVGKTTIFNDLTGMRQHVGNWPGVTVEKKEGV FEHKGERFLVVDLPGTYSLTAHSVDELVARNFLLNGNPDVVVDVVDATAVLRNLYLTM EIFEMGLKNVIIALNKVDLAEKKGIKIDPVKMSKALGVPVVPLNAKEGAGIEELKEKI WEMAHGMIKTNPVLPRYDPEVEREIEHISKCLEGTELADRYPLRWLAIKLLQRDDEVM KLVLRHLGEEKLKEIMTHIGEAEERYGRAMDLIIAGQKYEFIDDLTHEFMGHWKAKET LTDQLDRILVHPVYGFIAMAFVFYIVFKFVFAFGMPLQGILDDAFGRFGEWLAPHIAD ETLRGLLVDGIIGGVGAVLSFFPLVFLLFLALSFLEDLGYMARVAVLMEGILRKFGLP GKAIIPLILGLGCNVPAVMATRTLDEEKDRLVAMFVNPFIPCSARLSVISFLVGAFFG GDALVALAIYLLAFAVALLSAKLVSRFVSGEESPFVIELPEFLLPSWKSLLLHSWERS KEFVQKAGTVILVGSIIIWYLSNYPVPIGTGKSYAERLGHLVAPYLNLMGLDWKAGVS LIFGIIAKENVISTYSILYGGLSGDALREAMMSAMSPLQGFVLAVVTTLYIPCIATIG AVRAESNWKWALAVTVYMITVASLLGILIWHVGTALGL" gene 1053184..1053450 /locus_tag="TGAM_1106" /note="tg1106" CDS 1053184..1053450 /locus_tag="TGAM_1106" /inference="protein motif:superfamily:SSF46785 'Winged helix' DNA-binding domain" /note="Putative DNA-binding proetin, contains one 'Winged helix' DNA-binding domain" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein" /protein_id="ACS33608.1" /translation="MGKMEEVLRLINEGKRFPQEIAEELGTTVEEVEGIIELLKSLGY IEEIEQGPACETCPLRKICYGKCLVPRVKVLKPSFGVREREFTK" gene 1053526..1054767 /locus_tag="TGAM_1107" /note="tg1107" CDS 1053526..1054767 /locus_tag="TGAM_1107" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:COG1213, Predicted sugar nucleotidyltransferases [Cell envelope biogenesis, outer membrane]" /inference="protein motif:CDD:GalU, UDP-glucose pyrophosphorylase [Cell envelope biogenesis, outer membrane]" /inference="protein motif:CDD:GCD1, Nucleoside-diphosphate-sugar pyrophosphorylase involved in lipopolysaccharide biosynthesis/translation initiation factor 2B, gamma/epsilon subunits (eIF-2Bgamma/eIF-2Bepsilon) [Cell envelope biogenesis, outer membrane / Translation, ribosomal structure and biogenesis]" /inference="protein motif:CDD:GlgC, ADP-glucose pyrophosphorylase [Carbohydrate transport and metabolism]" /inference="protein motif:CDD:GlmU, N-acetylglucosamine-1-phosphate uridyltransferase (contains nucleotidyltransferase and I-patch acetyltransferase domains) [Cell envelope biogenesis, outer membrane]" /inference="protein motif:CDD:NTP_transferase, Nucleotidyl transferase" /inference="protein motif:CDD:RfbA, dTDP-glucose pyrophosphorylase [Cell envelope biogenesis, outer membrane]" /inference="protein motif:COG:COG1208 Nucleoside-diphosphate-sugar pyrophosphorylase involved in lipopolysaccharide biosynthesis/translation initiation factor 2B, gamma/epsilon subunits (eIF-2Bgamma/eIF-2Bepsilon); M Cell wall/membrane/envelope biogenesis" /inference="protein motif:Gene3D:G3D.3.90.550.10 no description" /inference="protein motif:HMMPanther:PTHR19136 SUGAR-PHOSPHATE NUCLEOTIDYL TRANSFERASE" /inference="protein motif:HMMPanther:PTHR19136:SF56 SUGAR-PHOSPHATE NUCLEOTIDYL TRANSFERASE" /inference="protein motif:HMMPfam:PF00132 Hexapep InterPro:IPR001451 Bacterial transferase hexapeptide repeat" /inference="protein motif:HMMPfam:PF00483 NTP_transferase InterPro:IPR005835 Nucleotidyl transferase GO:Biological Process:biosynthesis (GO:0009058), Molecular Function:nucleotidyltransferase activity (GO:0016779)" /inference="protein motif:ScanRegExp:PS00136 SUBTILASE_ASP InterPro:IPR000209 Peptidase S8 and S53, subtilisin, kexin, sedolisin GO:Molecular Function:subtilase activity (GO:0004289), Biological Process:proteolysis (GO:0006508)" /inference="protein motif:superfamily:SSF53448 Nucleotide-diphospho-sugar transferases" /codon_start=1 /transl_table=11 /product="Sugar-phosphate nucleotydyltransferase" /protein_id="ACS33609.1" /translation="MKAVILAGGFGTRLRPLSSTRPKPMIPVLGKPNLQYILEALEKV PEIDEVILSVHYMRGEIREFIDEKMADYPKEIRFVNDPMPLETGGALKNVEEYVSDDF LVIYGDVFTNFDYRELIKAHEENDGLITVAATKVYDPERFGVLEMDESGKVLHFEEKP KRPKTNLVDAGIYVVNKKVLEEIPKGKEVYFEREVLPRFVERGQVYAYRMPKGTYWVD LGTPEDFFYAHQIALDEMARENGYFYIAESAEVPEDVEIQGPVYIDEGVKVGHGVKIK AYSYIGPNTVIEDKAYIKRSVLIGNDIIKERAELKDTILGEGVVVGRNVIIKENAVVG DYAKIKDDLVIYGAKILPWKKVEEYEAYIKIKLDPTKVRPGQYPDRCPLGLPECIYKK FKAIAGEKPPCDECIENQWLF" gene complement(1054773..1055579) /locus_tag="TGAM_1108" /note="tg1108" CDS complement(1054773..1055579) /locus_tag="TGAM_1108" /inference="protein motif:CDD:DUF147, Domain of unknown function DUF147" /inference="protein motif:COG:COG1624 Uncharacterized conserved protein; S Function unknown" /inference="protein motif:Gene3D:G3D.3.40.50.50 no description" /inference="protein motif:HMMPfam:PF02457 DUF147 InterPro:IPR003390 Protein of unknown function DUF147" /inference="protein motif:superfamily:SSF52935 Pyruvate kinase, C-terminal domain InterPro:IPR001697 Pyruvate kinase GO:Molecular Function:pyruvate kinase activity (GO:0004743), Biological Process:glycolysis (GO:0006096)" /note="Contains DUF147 domain" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein" /protein_id="ACS33610.1" /translation="MTIHVLSEAAVAVAEKIKSRIIVFLETPPKEVESALLLNTKLTV VIVGPVFDVRNRRLLRLSIPPTLDRESVLNLVSAFLIEQGLIKEGESFVYVSSSELGI KSVKKNLFAVNGFFSHSQSVVQRLLEIAIELSIEGREGHPIGTLFVVGDVKNVMKHSH SMLPNPFKGHKINVLDRKSKEIIKEFAQLDGAFIVSSRGRILAAGVYLEVDPKSLNLR LPPGLGSRHIAAAGITKLTKATAISLSESGTIRIFKNGMMLLEYNPRMKY" gene 1055715..1056251 /gene="ubiX" /locus_tag="TGAM_1109" /note="tg1109" CDS 1055715..1056251 /gene="ubiX" /locus_tag="TGAM_1109" /EC_number="4.1.1.-" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:Flavoprotein, Flavoprotein" /inference="protein motif:CDD:UbiX, 3-polyprenyl-4-hydroxybenzoate decarboxylase [Coenzyme metabolism]" /inference="protein motif:COG:COG0163 3-polyprenyl-4-hydroxybenzoate decarboxylase; H Coenzyme transport and metabolism" /inference="protein motif:Gene3D:G3D.3.40.50.1950 no description" /inference="protein motif:HMMPanther:PTHR14359 THYMIDYLATE SYNTHASE-RELATED" /inference="protein motif:HMMPanther:PTHR14359:SF8 SUBFAMILY NOT NAMED" /inference="protein motif:HMMPfam:PF02441 Flavoprotein InterPro:IPR003382 Flavoprotein" /inference="protein motif:HMMTigr:TIGR00421 ubiX_pad:polyprenyl P-hydroxybenzoate and p InterPro:IPR004507 Phenylacrylic acid decarboxylase GO:Molecular Function:carboxy-lyase activity (GO:0016831)" /inference="protein motif:superfamily:SSF52507 DFP DNA/pantothenate metabolism flavoprotein InterPro:IPR003382 Flavoprotein" /codon_start=1 /transl_table=11 /product="3-octaprenyl-4-hydroxybenzoate decarboxylase (UbiX)" /protein_id="ACS33611.1" /translation="MRIVVAITGASGSVYGVRLIETLRMLGHEVITLASKSGMAVARH ELGIELKPDYNEDDLFAPPASGSYRFDAMVIAPCSMKTLASIANGITDNLITRAADVA LKERRRLVLLIRETPLNVIHIENMLRVSRAGAIVMPASPGFYTKPKTLDDMVNFIIWR VLDQIGVNVNYPRWGEGP" gene 1056248..1056730 /locus_tag="TGAM_1110" /note="tg1110" CDS 1056248..1056730 /locus_tag="TGAM_1110" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:HTH_ASNC, helix_turn_helix ASNC type; AsnC:an autogenously regulated activator of asparagine synthetase A transcription in Escherichia coli)" /inference="protein motif:CDD:Lrp, Transcriptional regulators [Transcription]" /inference="protein motif:COG:COG1522 Transcriptional regulators; K Transcription" /inference="protein motif:FPrintScan:PR00033 HTHASNC InterPro:IPR000485 Bacterial regulatory proteins, AsnC/Lrp GO:Molecular Function:transcription factor activity (GO:0003700), Cellular Component:intracellular (GO:0005622), Biological Process:regulation of transcription, DNA-dependent (GO:0006355), Molecular Function:sequence-specific DNA binding (GO:0043565)" /inference="protein motif:Gene3D:G3D.1.10.10.10 no description InterPro:IPR011991 Winged helix repressor DNA-binding" /inference="protein motif:HMMSmart:SM00344 no description InterPro:IPR000485 Bacterial regulatory proteins, AsnC/Lrp GO:Molecular Function:transcription factor activity (GO:0003700), Cellular Component:intracellular (GO:0005622), Biological Process:regulation of transcription, DNA-dependent (GO:0006355), Molecular Function:sequence-specific DNA binding (GO:0043565)" /inference="protein motif:ProfileScan:PS50956 HTH_ASNC_2 InterPro:IPR000485 Bacterial regulatory proteins, AsnC/Lrp GO:Molecular Function:transcription factor activity (GO:0003700), Cellular Component:intracellular (GO:0005622), Biological Process:regulation of transcription, DNA-dependent (GO:0006355), Molecular Function:sequence-specific DNA binding (GO:0043565)" /inference="protein motif:superfamily:SSF46785 'Winged helix' DNA-binding domain" /inference="protein motif:superfamily:SSF54909 Dimeric alpha+beta barrel InterPro:IPR011008 Dimeric alpha-beta barrel" /codon_start=1 /transl_table=11 /product="Transcription regulator, Lrp-AsnC family" /protein_id="ACS33612.1" /translation="MIQLDDLDRAILRLLKKDARLTISEIAEALNRPESTVHFRIKKL IERGVIDHYTILLGPELRPKRTALVILQVETPIIEDFLERYVNHIMKTLSMLPNVLLV AKSGRDTVIALLGDENEEKLNAFIDENIRTLPTLKSVNVYPVDDVKKGEELVGFLVEV " gene 1056738..1057247 /gene="cyaB-2" /locus_tag="TGAM_1111" /note="tg1111" CDS 1056738..1057247 /gene="cyaB-2" /locus_tag="TGAM_1111" /inference="protein motif:BlastProDom:PD009560 O58740_PYRHO_O58740; InterPro:IPR008173 Adenylyl cyclase CyaB GO:Molecular Function:adenylate cyclase activity (GO:0004016), Biological Process:cAMP biosynthesis (GO:0006171)" /inference="protein motif:CDD:CyaB, Adenylate cyclase, class 2 (thermophilic) [Nucleotide transport and metabolism]" /inference="protein motif:CDD:CYTH, CYTH domain" /inference="protein motif:COG:COG1437 Adenylate cyclase, class 2 (thermophilic); F Nucleotide transport and metabolism" /inference="protein motif:HMMPfam:PF01928 CYTH InterPro:IPR008172 Adenylate cyclase GO:Molecular Function:adenylate cyclase activity (GO:0004016), Biological Process:cAMP biosynthesis (GO:0006171)" /inference="protein motif:HMMPIR:PIRSF005720 Adenylate cyclase, thermophilic CyaB type InterPro:IPR008173 Adenylyl cyclase CyaB GO:Molecular Function:adenylate cyclase activity (GO:0004016), Biological Process:cAMP biosynthesis (GO:0006171)" /inference="protein motif:HMMTigr:TIGR00318 cyaB:adenylyl cyclase CyaB, putative InterPro:IPR008173 Adenylyl cyclase CyaB GO:Molecular Function:adenylate cyclase activity (GO:0004016), Biological Process:cAMP biosynthesis (GO:0006171)" /codon_start=1 /transl_table=11 /product="Adenylyl cyclase, CyaB-type, putative (CyaB)" /protein_id="ACS33613.1" /translation="MEIEVKFRVNFEEAKKKLEVLGARLLRTEEQEDLYFSLPPNELL RIRRIRNLGKTYLTHKLIVDPGRNEEFDEIEVEVSGFEEMRKILRRLGLQEDVLIRKH RLVYRLGDVTFELNRVEGIGEFLDIEVISENPKEAREKIWESARKLGLDENDVEPRLY TELMKEKNG" gene complement(1057244..1057807) /locus_tag="TGAM_1112" /note="tg1112" CDS complement(1057244..1057807) /locus_tag="TGAM_1112" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:Gene3D:G3D.1.25.10.10 no description InterPro:IPR011989 Armadillo-like helical GO:Molecular Function:binding (GO:0005488)" /inference="protein motif:HMMPfam:PF02985 HEAT InterPro:IPR000357 HEAT" /inference="protein motif:superfamily:SSF48371 ARM repeat" /note="Contains ARM/HEAT repeats domain" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein" /protein_id="ACS33614.1" /translation="MAFFSFGSKKGKVKKMLESDQIQMVVEDAARDKKVREALFELLQ DSNPGIVGDALLTLTMVMDSNPDVIKPHLNEETVKRLLGLVESRNPYVRENAMILLYR LAKDLPDVTRKYWELFMKEAERVLREGDLNQKGFMLVLIGEFGIKELEGLVKEFVNVE DKVILPFEGKRWVKLGDIAKETLEKLV" gene 1057874..1060213 /locus_tag="TGAM_1113" /note="tg1113" CDS 1057874..1060213 /locus_tag="TGAM_1113" /note="12 probable transmembrane helices predicted by modhmm" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein" /protein_id="ACS33615.1" /translation="MFMPRVLERAFLRPFAISSLLVISLVILSRSLCPCWAVVLVWLL GLPLVNLAFPNSSLAVKLSIAPAVGISILAIVFHLFSLLGIGITVGAVFLVVLTFVLL VISWQELSGLLKTLPRERDDLLKWGVPILVMVMIHWAVYTYPTDNVDNFFHATKIEYM LRYDTTYPKVVPIFNILTYPAGYHSLASFIMLLSGERVIPKVMLELRLWEWVFLAMGL YALSYTWFGKKVANYTLLTMLGVNILHYYLLVYIAPNFLGFYFFAVLLAIFVEVYKRP DKRKYPLLVLTSVGAILVHPYSYQNYVFVAAVYLGLKLLFDGLSTRNLTSFLKQAITF FAVPLFVHAIVDPYFWFPSLVHIKIEYPWASYIGVALSKLSLFHGKGSRDTWWYFELF TKWATVRNDNYLGTIFTFLGGVFLLYKREYRRKGASLVVFSAFVLLLILDRLTVNVSV PFYSTAAIERMFLWLVPVLPVFAGTGLLWFRELVFGLPVREVSKKLFYLSVVGAFFLT PALGTAYDLLSAEANFYVRADNLDDFHWISTHFPNVTILNSCTLDSAQWMPFFEPSSG VKVMFNSRIKRCRIGNITPSIFLERLLNESAVLPGYIAYIDTNAPSLNPLELFQEYKL LKTNGNNWVFDLSSKDTSTNERKAAAALRVCSDLIPGNTERYGRYFVYGFGKKYFGIR RMYLEGLDYAWIKGRKGVIGFAPCREYGGFVIDLYSPQSQSLNVTVNGKLVGEFKLDA GENRLNIPAELQKDRVVFLSMSSEKGPLFVRFIKLLPRS" gene 1060286..1062487 /locus_tag="TGAM_1114" /note="tg1114" CDS 1060286..1062487 /locus_tag="TGAM_1114" /EC_number="2.4.1.109" /inference="protein motif:CDD:ArnT, 4-amino-4-deoxy-L-arabinose transferase and related glycosyltransferases of PMT family [Cell envelope biogenesis, outer membrane]" /inference="protein motif:CDD:COG5305, Predicted membrane protein [Function unknown]" /inference="protein motif:COG:COG5305 Predicted membrane protein; S Function unknown" /inference="protein motif:HMMPfam:PF02366 PMT InterPro:IPR003342 Glycosyl transferase, family 39 GO:Molecular Function:mannosyltransferase activity (GO:0000030), Biological Process:protein amino acid O-linked glycosylation (GO:0006493), Cellular Component:membrane (GO:0016020)" /inference="protein motif:superfamily:SSF49401 Bacterial adhesins InterPro:IPR008966 Bacterial adhesion" /note="10 probable transmembrane helices predicted by modhmm" /codon_start=1 /transl_table=11 /product="Membrane-bound dolichyl-phosphate-mannose-protein mannosyltransferase" /protein_id="ACS33616.1" /translation="MKAETKKILSLSVLILYYLLTRLWNMSGTMNEYFDYDEGTYLMI ARLINHGVLPYRDVFAVHPPLYYYLLALWLRLFGDSYVVGRLLSVFLGLLAVLVAYFV GRELHDWKTGVLFSAVVVMDPIMVHMNGLVFHETTIELFTLLSLYHFVRYVKLRNRKD ALWSLFWTGVGSTSKFTIIPYAVALYVVLVLLVDLETESYLERLGRLLLNRVQVFLVL AAYGIMSLLIVDTILIYPSDGLRRLFILPGVHRIGLVGHIISAGIFLIIWGFLTLYVF RVSYLRKLVRSLHLVLKNLKTALQYLLVFLLPKVLIEGALGLGVSRDYLNQTYLAQSS RYAPLAGVFDLLANLFEKFGAEKPDFVVFYLPLIFMFTLLLFYFSRGEKLREPSVMGP LFITSFVTYLLLFPIIPNMRFLYPMVLTAYLAFFESILERLEGRKLVALVFAAVLVFG AADYGMVCSYREGKLLIPWAGHSKDLRDDLSMYIGGMNLTGTFLSVNPFNAYYLNLRI DPYYLDTFGIVYMGNSSRLWEAINESDYLLFSTWMYAIGRESKVFEETFGKLKEHAVV NGSLLYAESYGKGDVIELFRNSENRSHAVGFSSFSGKLQLWVNGSEVAYIYPSIGNVS YTWRTVVERKPSGGYELVYYSSDGDSIIGHLKLDEDSLTLSFPVEVNLTVEFKERVVF LRDGKLVKNGTPGDFTAFYSGGSFSVESNGTVKRITPSGITVQCIGVRIKG" gene complement(1062494..1062694) /locus_tag="TGAM_1115" /note="tg1115" CDS complement(1062494..1062694) /locus_tag="TGAM_1115" /note="1 probable transmembrane helix predicted by modhmm" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein" /protein_id="ACS33617.1" /translation="MGRLRAQGAVEYLLMVALVLIIIVWGFHYIRIIKSEHEKLADSL SRADSNLNEKIRSEVSSNLNSG" gene complement(1062732..1062917) /locus_tag="TGAM_1116" /note="tg1116" CDS complement(1062732..1062917) /locus_tag="TGAM_1116" /inference="protein motif:HMMPfam:PF04021 DUF361 InterPro:IPR007166 Protein of unknown function DUF361" /note="1 probable transmembrane helix predicted by modhmm" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein" /protein_id="ACS33618.1" /translation="MMRKAQGAIEYLFMIAAALIIVAIAIKYLKSSGKSTGETIQQGQ QQINNAVNSELSEALSS" gene 1063213..1063758 /locus_tag="TGAM_1117" /note="tg1117" CDS 1063213..1063758 /locus_tag="TGAM_1117" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:Gene3D:G3D.1.10.287.180 no description" /inference="protein motif:superfamily:SSF46955 Putative DNA-binding domain InterPro:IPR009061 Putative DNA binding" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein" /protein_id="ACS33619.1" /translation="MRLFHVSCESASVEDCIEEFTSRIDKVLSGSGCYIKSAELNLTF GAFMHLSAGLLVDPSTPGGRVVAKYSTGRSREKAIEGVLAEINPLIENAEVVAFKFGT YTTPVTRRTYAVGVVAYNLPMKPATQISDTADRRKLLAHVLSLFEYNPKVLNISELAR VFGVSRDTIYYDIQQILKEKK" gene complement(1063759..1065000) /locus_tag="TGAM_1118" /note="tg1118" CDS complement(1063759..1065000) /locus_tag="TGAM_1118" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:Peptidase_M50, Peptidase family M50" /inference="protein motif:COG:COG0750 Predicted membrane-associated Zn-dependent proteases 1; M Cell wall/membrane/envelope biogenesis" /inference="protein motif:HMMPfam:PF02163 Peptidase_M50 InterPro:IPR008915 Peptidase M50 GO:Molecular Function:metalloendopeptidase activity (GO:0004222), Biological Process:proteolysis (GO:0006508)" /inference="protein motif:ScanRegExp:PS00142 ZINC_PROTEASE InterPro:IPR006025 Peptidase M, neutral zinc metallopeptidases, zinc-binding site GO:Biological Process:proteolysis (GO:0006508), Molecular Function:metallopeptidase activity (GO:0008237), Molecular Function:zinc ion binding (GO:0008270)" /note="6 probable transmembrane helices predicted by modhmm" /codon_start=1 /transl_table=11 /product="Peptidase M50, putative membrane-associated zinc metallopeptidase" /protein_id="ACS33620.1" /translation="MPKGIYECVNCGHREIIESNEPILEGACPQCGGDMVLVGFSIEA EEPGVEIQVLPGVEELVSRFYRAEFVEKRGEVYIFRVSEILERDFEAVLREFEANGYW AALKRAGGEIVLYVFPAGEIKQDNPKIGIALFILTLISTLWAGYGLAINYIATLDQFG LPGYRNPYLIAVAFSLSVLAILGTHEMGHKIAATMHNVKATFPYFIPFPNLLGTLGAV IRVKSPIPTRNAAIDLGVSGPLAGILVAIPVTIIGLRLSQVVPASLVPSSGKGLYLGT NLFFTILERAILDGKIAGNDYVVFLHPVAIAGWVGILVTFLNLIPAAQLDGGHIARAF MNERLHRYFTMGIGLTLILMSYLWTGWMIWGLLVLFMGSAGNPGALDEVSPISWSRKG LAILALIIFVLTATPVPFFVK" gene complement(1065040..1065435) /gene="acnX" /locus_tag="TGAM_1119" /note="tg1119; acnX_swivel" CDS complement(1065040..1065435) /gene="acnX" /locus_tag="TGAM_1119" /EC_number="4.2.1.3" /inference="protein motif:BlastProDom:PD015964 Y391_PYRFU_Q8U3R5; InterPro:IPR002840 Protein of unknown function DUF126" /inference="protein motif:CDD:AcnX_swivel, Putative Aconitase X swivel domain" /inference="protein motif:CDD:DUF126, Protein of unknown function DUF126" /inference="protein motif:COG:COG1786 Uncharacterized conserved protein; S Function unknown" /inference="protein motif:HMMPfam:PF01989 DUF126 InterPro:IPR002840 Protein of unknown function DUF126" /inference="protein motif:HMMPIR:PIRSF004966 Uncharacterised conserved protein InterPro:IPR012016 Uncharacterised conserved protein UCP004966" /note="Belongs to DUF126 family. Matches PIRSF004966. see Makarova and Koonin FEMS Microbiol Lett. 2003,227:17-23." /codon_start=1 /transl_table=11 /product="Aconitase X, putative, swiveling domain subunit (AcnX_swivel)" /protein_id="ACS33621.1" /translation="MKLRGRKVVGGKAEGELIVSKKPLSFLGGVDPETGIVTDAESDI RGQSIAGKILAFPRGKGSTVGSYVIYALKKNGKAPKAIIVGEAETIVATGAIIAGIPM VQGIDVSKLKTGQRVRINADEGEVEVLDG" gene complement(1065445..1066614) /gene="acnX" /locus_tag="TGAM_1120" /note="tg1120" CDS complement(1065445..1066614) /gene="acnX" /locus_tag="TGAM_1120" /EC_number="4.2.1.3" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:AcnX, Putative Aconitase X catalytic domain" /inference="protein motif:CDD:Aconitase, Aconitase catalytic domain" /inference="protein motif:CDD:COG1679, Uncharacterized conserved protein [Function unknown]" /inference="protein motif:CDD:DUF521, Protein of unknown function (DUF521)" /inference="protein motif:COG:COG1679 Uncharacterized conserved protein; S Function unknown" /inference="protein motif:HMMPfam:PF04412 DUF521 InterPro:IPR007506 Protein of unknown function DUF521" /inference="protein motif:HMMPIR:PIRSF006666 Uncharacterised conserved protein InterPro:IPR012034 Uncharacterised conserved protein UCP006666" /inference="protein motif:superfamily:SSF51412 Inosine monophosphate dehydrogenase (IMPDH)" /note="Belongs to DUF521 family. Matches PIRSF006666. see Makarova and Koonin FEMS Microbiol Lett. 2003,227:17-23." /codon_start=1 /transl_table=11 /product="Aconitase X, putative, Fe-S cluster subunit (AcnX)" /protein_id="ACS33622.1" /translation="MGPMYLTKEEELVLAGEYGYALQKAMEILVALGEIYGADRLIPI KSAQIAGVSYKNLGEAGVEFLRDFLEAGAKVSVYTTLNPAGIGDEEFMEKQREVLEIY RKMGVEVTSTCTPYYGANLPKFGDHLAWSESSAVSFANSILGARTNREGGPSSLASAI IGKTPNYGLHLDENRKATVLVKVEARLKTFVDYSTLGYHLGRVLGNDVPYITNLKPES VDYLKELGASMAATGSIALYHVEGETPEYRTAVVDKVEEIAVEDADLRAVREEFSDDW SEIDMILIGCPHASLREIKEVAELLTMRGKPLKIPLFITASRAVKALADSLGYTEIIE RYNGRIIADSCFVVSPIKGWYNGIATNSGKSAFYFRSFGFKVRLDDAERLIKEAP" gene 1066697..1066774 /locus_tag="TGAM_r026" /note="tg_tRNA-Met1" tRNA 1066697..1066774 /locus_tag="TGAM_r026" /product="tRNA-Met" /note="codon recognized: AUG" gene complement(1066804..1068075) /gene="natB" /locus_tag="TGAM_1121" /note="tg1121" CDS complement(1066804..1068075) /gene="natB" /locus_tag="TGAM_1121" /inference="protein motif:CDD:NatB, ABC-type Na+ efflux pump, permease component [Energy production and conversion / Inorganic ion transport and metabolism]" /inference="protein motif:COG:COG1668 ABC-type Na+ efflux pump, permease component; C Energy production and conversion" /inference="protein motif:Gene3D:G3D.3.40.190.10 no description" /inference="protein motif:HMMPfam:PF01061 ABC2_membrane InterPro:IPR013525 ABC-2 type transporter" /inference="protein motif:ProfileScan:PS51012 ABC_TM2 InterPro:IPR000412 ABC-2 GO:Molecular Function:ATP binding (GO:0005524), Biological Process:transport (GO:0006810), Cellular Component:membrane (GO:0016020), Molecular Function:ATPase activity, coupled to transmembrane movement of substances (GO:0042626)" /inference="protein motif:superfamily:SSF53850 Periplasmic binding protein-like II" /note="6 probable transmembrane helices predicted by modhmm" /codon_start=1 /transl_table=11 /product="ABC-type transport protein, Na+ efflux pump membrane component (natB)" /protein_id="ACS33623.1" /translation="MSDFLVLAKKEIKNLMRDKKLIFGLIIVPLIVYPALGKMMQFGF ESATKETHVAIVNFDDGKYGELLIKALNASPNVSVTVITAPSVEEALKRALQENQNVL VVIPHNFSGSIESDRIATVEIYGVFKGLSSGMRESVSEGRINAVIAVLSEEIARLKVK SLGAGNPEAILHPIRAESRSYFMGRIVNVSPTVISQVLASQSYGLPLIVFLMVMITSQ MAAGTVAAEKENKTLETLLTLPVRRTTIVASKITGTAVMGVIAALAYMVGLKQYMASF GTQTGVSLSELGLSVTPSGLALFGVVVFLTIAFSLSLSMLLAVFAEDVQSANTVVSSV ILPLAFPAFLLMFIDLTQLPPVARYILLAIPFTHPIVGYRYAVTGEYSPMLFSVAYLG AIALVTLYLTARIFSSEKVLTAKISWGKRKR" gene complement(1068072..1068827) /locus_tag="TGAM_1122" /note="tg1122" CDS complement(1068072..1068827) /locus_tag="TGAM_1122" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:BlastProDom:PD000006 Q8U3Z0_PYRFU_Q8U3Z0; InterPro:IPR003439 ABC transporter related GO:Molecular Function:ATP binding (GO:0005524), Molecular Function:ATPase activity (GO:0016887)" /inference="protein motif:CDD:ABC_ATPase, ABC (ATP-binding cassette) transporter nucleotide-binding domain" /inference="protein motif:CDD:ABC_BcrA_bacitracin_resist, The BcrA subfamily represents ABC transporters involved in peptide antibiotic resistance" /inference="protein motif:CDD:ABC_Carb_Monos_I, This family represents the domain I of the carbohydrate uptake proteins that transport only monosaccharides (Monos)" /inference="protein motif:CDD:ABC_Carb_Monos_II, This family represents domain II of the carbohydrate uptake proteins that transport only monosaccharides (Monos)" /inference="protein motif:CDD:ABC_Carb_Solutes_like, ABC Carbohydrate and Solute Transporters-like subgroup" /inference="protein motif:CDD:ABC_CcmA_heme_exporter, CcmA, the ATP-binding component of the bacterial CcmAB transporter" /inference="protein motif:CDD:ABC_Class3, This class is comprised of all BPD (Binding Protein Dependent) systems that are largely represented in archaea and eubacteria and are primarily involved in scavenging solutes from the environment" /inference="protein motif:CDD:ABC_cobalt_CbiO_domain1, Domain I of the ABC component of a cobalt transport family found in bacteria, archaea, and eukaryota" /inference="protein motif:CDD:ABC_cobalt_CbiO_domain2, Domain II of the ABC component of a cobalt transport family found in bacteria, archaea, and eukaryota" /inference="protein motif:CDD:ABC_CysA_sulfate_importer, Part of the ABC transporter complex cysAWTP involved in sulfate import" /inference="protein motif:CDD:ABC_DR_subfamily_A, This family of ATP-binding proteins belongs to a multisubunit transporter involved in drug resistance (BcrA and DrrA), nodulation, lipid transport, and lantibiotic immunity" /inference="protein motif:CDD:ABC_DrrA, DrrA is the ATP-binding protein component of a bacterial exporter complex that confers resistance to the antibiotics daunorubicin and doxorubicin" /inference="protein motif:CDD:ABC_drug_resistance_like, ABC-type multidrug transport system, ATPase component" /inference="protein motif:CDD:ABC_FeS_Assembly, ABC-type transport system involved in Fe-S cluster assembly, ATPase component" /inference="protein motif:CDD:ABC_FtsE_transporter, FtsE is a hydrophilic nucleotide-binding protein that binds FtsX to form a heterodimeric ATP-binding cassette (ABC)-type transporter that associates with the bacterial inner membrane" /inference="protein motif:CDD:ABC_HisP_GlnQ_permeases, HisP and GlnQ are the ATP-binding components of the bacterial periplasmic histidine and glutamine permeases, repectively" /inference="protein motif:CDD:ABC_Iron-Siderophores_B12_Hemin, ABC transporters, involved in the uptake of siderophores, heme, and vitamin B12, are widely conserved in bacteria and archaea" /inference="protein motif:CDD:ABC_KpsT_Wzt, ABC_KpsT_Wzt The KpsT/Wzt ABC transporter subfamily is involved in extracellular polysaccharide export" /inference="protein motif:CDD:ABC_MalK_N, The N-terminal ATPase domain of the maltose transporter, MalK" /inference="protein motif:CDD:ABC_Metallic_Cations, ABC component of the metal-type transporters" /inference="protein motif:CDD:ABC_MetN_methionine_transporter, MetN (also known as YusC) is an ABC-type transporter encoded by metN of the metNPQ operon in Bacillus subtilis that is involved in methionine transport" /inference="protein motif:CDD:ABC_MJ0796_Lo1CDE_FtsE, This family is comprised of MJ0796 ATP-binding cassette, macrolide-specific ABC-type efflux carrier (MacAB), and proteins involved in cell division (FtsE), and release of liporoteins from the cytoplasmic membrane (LolCDE)" /inference="protein motif:CDD:ABC_Mj1267_LivG_branched, The Mj1267/LivG ABC transporter subfamily is involved in the transport of the hydrophobic amino acids leucine, isoleucine and valine" /inference="protein motif:CDD:ABC_ModC_like, Archeal protein closely related to ModC" /inference="protein motif:CDD:ABC_ModC_molybdenum_transporter, ModC is an ABC-type transporter and the ATPase component of a molybdate transport system that also includes the periplasmic binding protein ModA and the membrane protein ModB" /inference="protein motif:CDD:ABC_MTABC3_MDL1_MDL2, MTABC3 (also known as ABCB6) is a mitochondrial ATP-binding cassette protein involved in iron homeostasis and one of four ABC transporters expressed in the mitochondrial inner membrane, the other three being MDL1(ABC7), MDL2, and ATM1" /inference="protein motif:CDD:ABC_NatA_like, Similar in sequence to NatA, this is the ATPase component of a bacterial ABC-type Na+ transport system called NatAB, which catalyzes ATP-dependent electrogenic Na+ extrusion without mechanically coupled to proton or K+ uptake" /inference="protein motif:CDD:ABC_NatA_sodium_exporter, NatA is the ATPase component of a bacterial ABC-type Na+ transport system called NatAB, which catalyzes ATP-dependent electrogenic Na+ extrusion without mechanically coupled proton or K+ uptake" /inference="protein motif:CDD:ABC_NikE_OppD_transporters, The ABC transporter subfamily specific for the transport of dipeptides, oligopeptides (OppD), and nickel (NikDE)" /inference="protein motif:CDD:ABC_NrtD_SsuB_transporters, NrtD and SsuB are the ATP-binding subunits of the bacterial ABC-type nitrate and sulfonate transport systems, respectively" /inference="protein motif:CDD:ABC_OpuCA_Osmoprotection, OpuCA is a the ATP binding component of a bacterial solute transporter that serves a protective role to cells growing in a hyperosmolar environment" /inference="protein motif:CDD:ABC_Org_Solvent_Resistant, ABC (ATP-binding cassette) transport system involved in resistant to organic solvents" /inference="protein motif:CDD:ABC_PDR_domain1, The pleiotropic drug resistance (PDR) family of ATP-binding cassette (ABC) transporters" /inference="protein motif:CDD:ABC_PDR_domain2, The pleiotropic drug resistance-like (PDR) family of ATP-binding cassette (ABC) transporters" /inference="protein motif:CDD:ABC_PhnC_transporter, ABC-type phosphate/phosphonate transport system" /inference="protein motif:CDD:ABC_PotA_N, PotA is an ABC-type transporter and the ATPase component of the spermidine/putrescine-preferential uptake system consisting of PotA, -B, -C, and -D" /inference="protein motif:CDD:ABC_Pro_Gly_Bertaine, This family comprises the glycine betaine/L-proline ATP binding subunit in bacteria and its equivalents in archaea" /inference="protein motif:CDD:ABC_PstB_phosphate_transporter, Phosphate uptake is of fundamental importance in the cell physiology of bacteria because phosphate is required as a nutrient" /inference="protein motif:CDD:ABC_putative_ATPase, This subfamily is involved in drug resistance, nodulation, lipid transport, and bacteriocin and lantibiotic immunity" /inference="protein motif:CDD:ABC_RNaseL_inhibitor, The ABC ATPase RNase L inhibitor (RLI) is a key enzyme in ribosomal biogenesis, formation of translation preinitiation complexes, and assembly of HIV capsids" /inference="protein motif:CDD:ABC_RNaseL_inhibitor_domain1, The ATPase domain 1 of RNase L inhibitor" /inference="protein motif:CDD:ABC_RNaseL_inhibitor_domain2, The ATPase domain 2 of RNase L inhibitor" /inference="protein motif:CDD:ABC_subfamily_A, The ABCA subfamily mediates the transport of a variety of lipid compounds" /inference="protein motif:CDD:ABC_ThiQ_thiamine_transporter, ABC-type thiamine tranport system" /inference="protein motif:CDD:ABC_TM1139_LivF_branched, LivF (TM1139) is part of the LIV-I bacterial ABC-type two-component transport system that imports neutral, branched-chain amino acids" /inference="protein motif:CDD:ABC_tran, ABC transporter" /inference="protein motif:CDD:ABC_YhbG, The ABC transporters belonging to the YhbG family are similar to members of the Mj1267_LivG family, which is involved in the transport of branched-chain amino acids" /inference="protein motif:CDD:AbcC, ABC-type metal ion transport system, ATPase component [Inorganic ion transport and metabolism]" /inference="protein motif:CDD:ABCC_ATM1_transporter, ATM1 is an ABC transporter that is expressed in the mitochondria" /inference="protein motif:CDD:ABCC_bacteriocin_exporters, ABC-type bacteriocin exporters" /inference="protein motif:CDD:ABCC_CFTR2, The CFTR subfamily domain 2" /inference="protein motif:CDD:ABCC_cytochrome_bd, The CYD subfamily implicated in cytochrome bd biogenesis" /inference="protein motif:CDD:ABCC_Glucan_exporter_like, Glucan exporter ATP-binding protein" /inference="protein motif:CDD:ABCC_Hemolysin, The ABC-transporter hemolysin B is a central component of the secretion machinery that translocates the toxin, hemolysin A, in a Sec-independent fashion across both membranes of E" /inference="protein motif:CDD:ABCC_MRP_domain1, Domain 1 of the ABC subfamily C" /inference="protein motif:CDD:ABCC_MRP_domain2, Domain 2 of the ABC subfamily C" /inference="protein motif:CDD:ABCC_MRP_Like, The MRP (Mutidrug Resistance Protein)-like transporters are involved in drug, peptide, and lipid export" /inference="protein motif:CDD:ABCC_MsbA, MsbA is an essential ABC transporter, closely related to eukaryotic MDR proteins" /inference="protein motif:CDD:ABCC_NFT1, Domain 2 of NFT1 (New full-length MRP-type transporter 1)" /inference="protein motif:CDD:ABCC_Protease_Secretion, This family represents the ABC component of the protease secretion system PrtD, a 60-kDa integral membrane protein sharing 37% identity with HlyB, the ABC component of the alpha-hemolysin secretion pathway, in the C-terminal domain" /inference="protein motif:CDD:ABCC_TAP, TAP, the Transporter Associated with Antigen Processing" /inference="protein motif:CDD:ABCF_EF-3, ABCF_EF-3 Elongation factor 3 (EF-3) is a cytosolic protein required by fungal ribosomes for in vitro protein synthesis and for in vivo growth" /inference="protein motif:CDD:ABCG_EPDR, ABCG transporters are involved in eye pigment (EP) precursor transport, regulation of lipid-trafficking mechanisms, and pleiotropic drug resistance (DR)" /inference="protein motif:CDD:ABCG_White, The White subfamily represents ABC transporters homologous to the Drosophila white gene, which acts as a dimeric importer for eye pigment precursors" /inference="protein motif:CDD:AppF, ABC-type oligopeptide transport system, ATPase component [Amino acid transport and metabolism]" /inference="protein motif:CDD:ArpD, ABC-type protease/lipase transport system, ATPase and permease components [General function prediction only]" /inference="protein motif:CDD:ArtP, ABC-type arginine transport system, ATPase component [Amino acid transport and metabolism]" /inference="protein motif:CDD:ATM1, ABC-type transport system involved in Fe-S cluster assembly, permease and ATPase components [Posttranslational modification, protein turnover, chaperones]" /inference="protein motif:CDD:BtuD, ABC-type cobalamin transport system, ATPase component [Coenzyme metabolism]" /inference="protein motif:CDD:CbiO, ABC-type cobalt transport system, ATPase component [Inorganic ion transport and metabolism]" /inference="protein motif:CDD:CcmA, ABC-type multidrug transport system, ATPase component [Defense mechanisms]" /inference="protein motif:CDD:CcmA, ABC-type transport system involved in cytochrome c biogenesis, ATPase component [Posttranslational modification, protein turnover, chaperones]" /inference="protein motif:CDD:CeuD, ABC-type enterochelin transport system, ATPase component [Inorganic ion transport and metabolism]" /inference="protein motif:CDD:COG1123, ATPase components of various ABC-type transport systems, contain duplicated ATPase [General function prediction only]" /inference="protein motif:CDD:COG1245, Predicted ATPase, RNase L inhibitor (RLI) homolog [General function prediction only]" /inference="protein motif:CDD:COG3638, ABC-type phosphate/phosphonate transport system, ATPase component [Inorganic ion transport and metabolism]" /inference="protein motif:CDD:COG3845, ABC-type uncharacterized transport systems, ATPase components [General function prediction only]" /inference="protein motif:CDD:COG4136, ABC-type uncharacterized transport system, ATPase component [General function prediction only]" /inference="protein motif:CDD:COG4152, ABC-type uncharacterized transport system, ATPase component [General function prediction only]" /inference="protein motif:CDD:COG4172, ABC-type uncharacterized transport system, duplicated ATPase component [General function prediction only]" /inference="protein motif:CDD:COG4178, ABC-type uncharacterized transport system, permease and ATPase components [General function prediction only]" /inference="protein motif:CDD:COG4181, Predicted ABC-type transport system involved in lysophospholipase L1 biosynthesis, ATPase component [Secondary metabolites biosynthesis, transport, and catabolism]" /inference="protein motif:CDD:COG4559, ABC-type hemin transport system, ATPase component [Inorganic ion transport and metabolism]" /inference="protein motif:CDD:COG4586, ABC-type uncharacterized transport system, ATPase component [General function prediction only]" /inference="protein motif:CDD:COG4619, ABC-type uncharacterized transport system, ATPase component [General function prediction only]" /inference="protein motif:CDD:COG4674, Uncharacterized ABC-type transport system, ATPase component [General function prediction only]" /inference="protein motif:CDD:CydC, ABC-type transport system involved in cytochrome bd biosynthesis, fused ATPase and permease components [Energy production and conversion / Posttranslational modification, protein turnover, chaperones]" /inference="protein motif:CDD:CydD, ABC-type transport system involved in cytochrome bd biosynthesis, ATPase and permease components [Energy production and conversion / Posttranslational modification, protein turnover, chaperones]" /inference="protein motif:CDD:CysA, ABC-type sulfate/molybdate transport systems, ATPase component [Inorganic ion transport and metabolism]" /inference="protein motif:CDD:DppD, ABC-type dipeptide/oligopeptide/nickel transport system, ATPase component [Amino acid transport and metabolism / Inorganic ion transport and metabolism]" /inference="protein motif:CDD:DppF, ABC-type dipeptide/oligopeptide/nickel transport system, ATPase component [Amino acid transport and metabolism / Inorganic ion transport and metabolism]" /inference="protein motif:CDD:FepC, ABC-type cobalamin/Fe3+-siderophores transport systems, ATPase components [Inorganic ion transport and metabolism / Coenzyme metabolism]" /inference="protein motif:CDD:FtsE, Predicted ATPase involved in cell division [Cell division and chromosome partitioning]" /inference="protein motif:CDD:GlnQ, ABC-type polar amino acid transport system, ATPase component [Amino acid transport and metabolism]" /inference="protein motif:CDD:HisP, ABC-type histidine transport system, ATPase component [Amino acid transport and metabolism]" /inference="protein motif:CDD:LivF, ABC-type branched-chain amino acid transport systems, ATPase component [Amino acid transport and metabolism]" /inference="protein motif:CDD:LivG, ABC-type branched-chain amino acid transport systems, ATPase component [Amino acid transport and metabolism]" /inference="protein motif:CDD:MalK, ABC-type sugar transport systems, ATPase components [Carbohydrate transport and metabolism]" /inference="protein motif:CDD:MdlB, ABC-type multidrug transport system, ATPase and permease components [Defense mechanisms]" /inference="protein motif:CDD:MglA, ABC-type sugar transport system, ATPase component [Carbohydrate transport and metabolism]" /inference="protein motif:CDD:ModC, ABC-type molybdate transport system, ATPase component [Inorganic ion transport and metabolism]" /inference="protein motif:CDD:ModF, ABC-type molybdenum transport system, ATPase component/photorepair protein PhrA [Inorganic ion transport and metabolism]" /inference="protein motif:CDD:NatA, ABC-type Na+ transport system, ATPase component [Energy production and conversion / Inorganic ion transport and metabolism]" /inference="protein motif:CDD:OpuBA, ABC-type proline/glycine betaine transport systems, ATPase components [Amino acid transport and metabolism]" /inference="protein motif:CDD:PhnK, ABC-type phosphonate transport system, ATPase component [Inorganic ion transport and metabolism]" /inference="protein motif:CDD:PhnK, ABC-type uncharacterized transport system, ATPase component [General function prediction only]" /inference="protein motif:CDD:PotA, ABC-type spermidine/putrescine transport systems, ATPase components [Amino acid transport and metabolism]" /inference="protein motif:CDD:ProV, ABC-type proline/glycine betaine transport system, ATPase component [Amino acid transport and metabolism]" /inference="protein motif:CDD:PstB, ABC-type phosphate transport system, ATPase component [Inorganic ion transport and metabolism]" /inference="protein motif:CDD:PvdE, ABC-type siderophore export system, fused ATPase and permease components [Secondary metabolites biosynthesis, transport, and catabolism / Inorganic ion transport and metabolism]" /inference="protein motif:CDD:SalX, ABC-type antimicrobial peptide transport system, ATPase component [Defense mechanisms]" /inference="protein motif:CDD:SapD, ABC-type antimicrobial peptide transport system, ATPase component [Defense mechanisms]" /inference="protein motif:CDD:SapF, ABC-type antimicrobial peptide transport system, ATPase component [Defense mechanisms]" /inference="protein motif:CDD:SufC, ABC-type transport system involved in Fe-S cluster assembly, ATPase component [Posttranslational modification, protein turnover, chaperones]" /inference="protein motif:CDD:SunT, ABC-type bacteriocin/lantibiotic exporters, contain an N-terminal double-glycine peptidase domain [Defense mechanisms]" /inference="protein motif:CDD:TagH, ABC-type polysaccharide/polyol phosphate transport system, ATPase component [Carbohydrate transport and metabolism / Cell envelope biogenesis, outer membrane]" /inference="protein motif:CDD:TauB, ABC-type nitrate/sulfonate/bicarbonate transport system, ATPase component [Inorganic ion transport and metabolism]" /inference="protein motif:CDD:TauB, ABC-type taurine transport system, ATPase component [Inorganic ion transport and metabolism]" /inference="protein motif:CDD:ThiQ, ABC-type thiamine transport system, ATPase component [Coenzyme metabolism]" /inference="protein motif:CDD:Ttg2A, ABC-type transport system involved in resistance to organic solvents, ATPase component [Secondary metabolites biosynthesis, transport, and catabolism]" /inference="protein motif:CDD:Uup, ATPase components of ABC transporters with duplicated ATPase domains [General function prediction only]" /inference="protein motif:CDD:YhbG, ABC-type (unclassified) transport system, ATPase component [General function prediction only]" /inference="protein motif:CDD:ZnuC, ABC-type Mn/Zn transport systems, ATPase component [Inorganic ion transport and metabolism]" /inference="protein motif:COG:COG1131 ABC-type multidrug transport system, ATPase component; V Defense mechanisms" /inference="protein motif:Gene3D:G3D.3.40.50.300 no description" /inference="protein motif:HMMPanther:PTHR19222 ATP-BINDING CASSETTE TRANSPORTER" /inference="protein motif:HMMPanther:PTHR19222:SF62 ATP-BINDING CASSETTE TRANSPORTER-RELATED" /inference="protein motif:HMMSmart:SM00382 no description InterPro:IPR003593 AAA ATPase GO:Molecular Function:nucleotide binding (GO:0000166), Molecular Function:nucleoside-triphosphatase activity (GO:0017111)" /inference="protein motif:ProfileScan:PS50100 DA_BOX InterPro:IPR003439 ABC transporter related GO:Molecular Function:ATP binding (GO:0005524), Molecular Function:ATPase activity (GO:0016887)" /inference="protein motif:ProfileScan:PS50101 ATP_GTP_A2" /inference="protein motif:ProfileScan:PS50893 ABC_TRANSPORTER_2 InterPro:IPR003439 ABC transporter related GO:Molecular Function:ATP binding (GO:0005524), Molecular Function:ATPase activity (GO:0016887)" /inference="protein motif:superfamily:SSF52540 P-loop containing nucleoside triphosphate hydrolases" /codon_start=1 /transl_table=11 /product="ABC-type transport system, ATPase component, putative multidrug transporter" /protein_id="ACS33624.1" /translation="MLVEVENLEKDYGKVKALKGISFSVREGEVFGLIGPNGAGKSTT LKILATLLRPTKGTARIAGHDVVTEADKVRALISYLPEEAGAYKNLTGREYLEFMARL YAKDEQKARKMLQLGVELAGLGERLDDKVSTYSKGMTRKLLIARALMVKPRLAILDEP ASGLDIVNAYEIRKTIRRFARSEGTTFLISSHNMLEVEFLCDRVAMIADGRIVEIGTP GELKAKYEAENLEEVFMRAIGVSIPEPVGGEGS" gene complement(1068817..1069239) /locus_tag="TGAM_1123" /note="tg1123" CDS complement(1068817..1069239) /locus_tag="TGAM_1123" /note="3 probable transmembrane helices predicted by modhmm" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein" /protein_id="ACS33625.1" /translation="MPGSSALKLKTCSSTRVIEVNGRKVAGFALYFLGIALGIARPPV ERLACMKLPSGEVSKGINTPLLLIEVSLIMVGALFVGLGHRFKNRHELNGWLGVATGL GIAFVGGYARITELFAFGVVLTTLGLFVYKIGGREDAR" gene complement(1069184..1069381) /locus_tag="TGAM_1124" /note="tg1124" CDS complement(1069184..1069381) /locus_tag="TGAM_1124" /inference="protein motif:CDD:COG1476, Predicted transcriptional regulators [Transcription]" /inference="protein motif:CDD:HTH_3, Helix-turn-helix" /inference="protein motif:CDD:HTH_XRE, Helix-turn-helix XRE-family like proteins" /inference="protein motif:COG:COG1476 Predicted transcriptional regulators; K Transcription" /inference="protein motif:HMMPfam:PF01381 HTH_3 InterPro:IPR001387 Helix-turn-helix type 3 GO:Molecular Function:sequence-specific DNA binding (GO:0043565)" /inference="protein motif:HMMSmart:SM00530 no description InterPro:IPR001387 Helix-turn-helix type 3 GO:Molecular Function:sequence-specific DNA binding (GO:0043565)" /inference="protein motif:ProfileScan:PS50943 HTH_CROC1 InterPro:IPR001387 Helix-turn-helix type 3 GO:Molecular Function:sequence-specific DNA binding (GO:0043565)" /inference="protein motif:superfamily:SSF47413 lambda repressor-like DNA-binding domains InterPro:IPR010982 Lambda repressor-like, DNA-binding" /codon_start=1 /transl_table=11 /product="HTH-type transcriptional regulator, putative" /protein_id="ACS33626.1" /translation="MKNRLRELREAKGLTQEELAKALGVTRQTIIAIEKGKYDPSLRL AFKIARFFGLKIEDVFIYEGD" gene complement(1069384..1069875) /locus_tag="TGAM_1125" /note="tg1125" CDS complement(1069384..1069875) /locus_tag="TGAM_1125" /inference="protein motif:CDD:COG4854, Predicted membrane protein [Function unknown]" /inference="protein motif:COG:COG4854 Predicted membrane protein; S Function unknown" /note="5 probable transmembrane helices predicted by modhmm" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein" /protein_id="ACS33627.1" /translation="MVEAMKEILLNLIVWTLLVILGSALLILASRKSEEPERKRAMIP AYVLVLTMGYFLGWATSSKKLPLAFAVFVSGAVLLWLYYRHLEKKGHVLEDERTLRIE EIASRRTLQVAMIVLAFTTIYLSIAQVEKPELRPAFKLTSGLLAILLLLHWGLINYYS RRM" gene complement(1069912..1070232) /locus_tag="TGAM_1126" /note="tg1126" CDS complement(1069912..1070232) /locus_tag="TGAM_1126" /note="3 probable transmembrane helices predicted by modhmm" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein" /protein_id="ACS33628.1" /translation="MKFGELKVTMFVLSLQGLLALYQGTKFPAVYLPFALLDFLLAWG VYSRKNTAVKVSLVYLALDLFLAIFYLISGVLLKGVIALLDFLAIHDMVSYVEELYRE EQSL" gene complement(1070242..1070529) /locus_tag="TGAM_1127" /note="tg1127" CDS complement(1070242..1070529) /locus_tag="TGAM_1127" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein" /protein_id="ACS33629.1" /translation="MKVGELLELVEEAIGDIKVAIVANQMRSFESPYTSLEFTQRAVE LQEDLNELVRLRDRLLALDPETDAEEVFGQDDLEKLLEYFKLLRESKSHLY" gene 1070620..1070874 /locus_tag="TGAM_1128" /note="tg1128" CDS 1070620..1070874 /locus_tag="TGAM_1128" /experiment="gene product confirmed by mass spectrometry" /note="2 probable transmembrane helices predicted by modhmm" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein" /protein_id="ACS33630.1" /translation="MDFALFMERYGYKILLGIFAAVVIGIIAFVGFWAYTLLKMFGTV GLIVILGYALYAFLVQRRVLDAQAKAHGKYFYDPNYGKKR" gene 1070893..1072869 /gene="iorA-2" /locus_tag="TGAM_1129" /note="tg1129" CDS 1070893..1072869 /gene="iorA-2" /locus_tag="TGAM_1129" /EC_number="1.2.7.8" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:COG:COG4231 Indolepyruvate ferredoxin oxidoreductase, alpha and beta subunits; C Energy production and conversion" /inference="protein motif:FPrintScan:PR00353 4FE4SFRDOXIN InterPro:IPR001450 4Fe-4S ferredoxin, iron-sulfur binding GO:Molecular Function:electron transporter activity (GO:0005489), Molecular Function:iron ion binding (GO:0005506), Biological Process:electron transport (GO:0006118)" /inference="protein motif:Gene3D:G3D.3.40.50.970 no description" /inference="protein motif:HMMPanther:PTHR19248 RNASE L INHIBITOR-RELATED" /inference="protein motif:HMMPanther:PTHR19248:SF2 RNASE L INHIBITOR" /inference="protein motif:HMMPfam:PF00037 Fer4 InterPro:IPR001450 4Fe-4S ferredoxin, iron-sulfur binding GO:Molecular Function:electron transporter activity (GO:0005489), Molecular Function:iron ion binding (GO:0005506), Biological Process:electron transport (GO:0006118)" /inference="protein motif:HMMPfam:PF01855 POR_N InterPro:IPR002880 Pyruvate flavodoxin/ferredoxin oxidoreductase, N-terminal GO:Biological Process:electron transport (GO:0006118), Molecular Function:oxidoreductase activity (GO:0016491)" /inference="protein motif:HMMPfam:PF02775 TPP_enzyme_C InterPro:IPR011766 Thiamine pyrophosphate enzyme, C-terminal TPP-binding GO:Molecular Function:catalytic activity (GO:0003824), Molecular Function:thiamin pyrophosphate binding (GO:0030976)" /inference="protein motif:ScanRegExp:PS00198 4FE4S_FERREDOXIN InterPro:IPR001450 4Fe-4S ferredoxin, iron-sulfur binding GO:Molecular Function:electron transporter activity (GO:0005489), Molecular Function:iron ion binding (GO:0005506), Biological Process:electron transport (GO:0006118)" /inference="protein motif:superfamily:SSF52518 Thiamin diphosphate-binding fold (THDP-binding)" /inference="protein motif:superfamily:SSF52922 InterPro:IPR009014 Transketolase, C-terminal-like" /codon_start=1 /transl_table=11 /product="Indolepyruvate ferredoxin oxidoreductase alpha subunit (iorA)" /protein_id="ACS33631.1" /translation="MGFGAFFRATSFISFLQPLKGGCMETVKAYPSDSTEVKGERREK KLLMGNEAIAYGALESGVVFATGYPGTPSTEVIETIARLKPEVFAEWAPNEKVALEEA AGVAYTGLRALVTMKCVGLNVAADPLMSLAYSGVEGGLVILVADDPGPHTSQTEQDDR YYGKISLLPVLEPADPQEAHDLIKYAYELSERYKVPVIFRTTTRVNHTTADVEVGEFI ELDRKPVFKKDIERYVRASMEGNRKRHRWLNETLAKIEEEFNSMPFNWVEGSGKIGII VEGAPYNYVKEVLPRINADFKVLKLSTPHPLPKKLVTDFLKDVDYAIVIEDGAPLLEE EVKIAAYEAGLSVPIYGKRTGHLPLEGELTPSLVRNALLRLIGESEETYEKPEGVKLA ESLAPKRPPVMCPGCPHRGSYRAVLDALRDLKLGRYKVPIHGDIGCYALSLLPPLEAI WTEYVMGASISLANGQSIVTDKKIIATIGDSTFFHNGIQPLIDAVYKNLNVLVMILDN RTTAMTGHQPHPGTGGSETGRKFNEIDIEALVKALGVKYVKTVDPYDLKATREAIKEA MQVEGPAVIIAKRECVIPVIRRGEIGELPVVIEDKCTGCKACILLTGCPALVYDPETN KVRIDSLLCTGCGVCNQTCPFDAIKFPSELERGA" gene 1072935..1074353 /locus_tag="TGAM_1130" /note="tg1130" CDS 1072935..1074353 /locus_tag="TGAM_1130" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:Arch_ATPase, Archaeal ATPase" /inference="protein motif:CDD:COG1672, Predicted ATPase (AAA+ superfamily) [General function prediction only]" /inference="protein motif:CDD:DUF234, Archaea bacterial proteins of unknown function" /inference="protein motif:COG:COG1672 Predicted ATPase (AAA+ superfamily); R General function prediction only" /inference="protein motif:Gene3D:G3D.3.40.50.300 no description" /inference="protein motif:HMMPfam:PF01637 Arch_ATPase InterPro:IPR011579 Prokaryotic ATPase" /inference="protein motif:HMMPfam:PF03008 DUF234 InterPro:IPR004256 Protein of unknown function DUF234, DEXX-box ATPase C-terminal GO:Molecular Function:molecular function unknown (GO:0005554)" /inference="protein motif:superfamily:SSF46785 'Winged helix' DNA-binding domain" /inference="protein motif:superfamily:SSF52540 P-loop containing nucleoside triphosphate hydrolases" /inference="protein motif:superfamily:SSF52980 Restriction endonuclease-like" /note="Contains Archaeal ATPase domain (PF01637)" /codon_start=1 /transl_table=11 /product="Prokaryotic ATPase, AAA superfamily" /protein_id="ACS33632.1" /translation="MFYDRWRELEKLNEVYSFPGSSFLVIYGRRRVGKTALAREFLRD KPGLYFFVGEKDEALLLEEYSREIEEKLSHHLPPYVKPKFGSLEELVEFLLDFSQERK LVVVFDEFQNFRTVKPSFFSSLQRLWDEKKETSNLMLIAVGSYVGMIKRIFMDRKEPL FGRVDEWVKLKPFDFWTSFNFVRSLVDVSPKDFVELYSALGGMPRYLLYVPRYYRGDS LKTLKALFFDEFAPLREEGLNVLKLEFGRFYRAHFSILEAVSLGYVTPKEISNKTGMK LLTVGKYLSELTNHFEYLTREVPATENPLKTRKVAYRISDEFFNFWFRFVYHNYTTLE ENPEKAFERFKAEFPAFVGKTYERIALDFVRKLDLGFEPERVGRWWRGGEEIDVLTYD RKNIILFEVKWKDLSLRDARKVLKSLERKAELLPLKGDYRFGIVARELKGKEELRKEG FLAFDLNDVVQYSLTPSKPREP" gene complement(1074325..1075008) /locus_tag="TGAM_1131" /note="tg1131" CDS complement(1074325..1075008) /locus_tag="TGAM_1131" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:superfamily:SSF53681 Aspartate/glutamate racemase InterPro:IPR001920 Asp/Glu racemase GO:Biological Process:metabolism (GO:0008152), Molecular Function:racemase and epimerase activity, acting on amino acids and derivatives (GO:0016855)" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein" /protein_id="ACS33633.1" /translation="MRIVSADTGGALLTEDYEPIGLIATAAVLVEKPYRTATLSRVKY ADPFDYDMSGRQAIRDEALLAVELAREVRPDIIHLDSTIGGIEVRKLDEPTIDALTIT DRGKEVWKDLAKDLQPLAKKFWEETGIEIIAIGKSSVPVRIAEIYAGLYTAKWAIDYA RKEGKAIVGLPRYMEVEIRPGKIYGESLDPREGGLFGEIEADTEGIGWELYPNPLVRR FMVLEVWRE" gene 1075076..1075519 /locus_tag="TGAM_1132" /note="tg1132" CDS 1075076..1075519 /locus_tag="TGAM_1132" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein" /protein_id="ACS33634.1" /translation="MDGAAYEILGHYLDSLSGSIYLGSAKGFVFVEHDERVYVISPVE CTEYVSIFYSDGFLEIYTIWGRGGENGIRILADTSRVSVFSEGDDLYILIEPHGSYEM VNGVVGVFLRGARDMEPTLRSAIDLSDLKRKEKDGLIEVVQGQRV" gene complement(1075524..1075826) /locus_tag="TGAM_1133" /note="tg1133" CDS complement(1075524..1075826) /locus_tag="TGAM_1133" /codon_start=1 /transl_table=11 /product="Hypothetical protein" /protein_id="ACS33635.1" /translation="MLTWNQATVMKVGVLEELLREAEELLKTGDTKRAMDVLLTAWAY RESGMLMAPEEALDYLRIRFPESGELASIEGGENISTVARRIYEMLGMKSLPSAEL" gene 1075858..1076865 /locus_tag="TGAM_1134" /note="tg1134" CDS 1075858..1076865 /locus_tag="TGAM_1134" /inference="protein motif:CDD:PerM, Predicted permease [General function prediction only]" /inference="protein motif:CDD:UPF0118, Domain of unknown function DUF20" /inference="protein motif:COG:COG0628 Predicted permease; R General function prediction only" /inference="protein motif:HMMPfam:PF01594 UPF0118 InterPro:IPR002549 Protein of unknown function UPF0118" /note="Belongs to DUF20 family; 8 probable transmembrane helices predicted by modhmm" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein" /protein_id="ACS33636.1" /translation="MRGRIELVVWTVVSLIILYLSWRTVRPLVTPLFFGVLLAYIAYP LHMRLRRRFSAHESALILTAIMIGLGTILLVFFTLLSIKLVNRFYMNVKDVLAWLSSL QFSGTLQTFFGQVQSQIVPKLTDYVSSFTFSVPKYLLQLIVFLFAFYYALVYGEKLRE FILSLVPENQAPFIVEILNRTDKTLDALVRAWLLLNVAKGFLMTIGYIIFGVGDVYTA IIAGFLTFLFSFVPLLEGWMLWVAGAIYLYMKGSLLGAIGIAVYGAVLVSPLPDYTVR PMLVAKDAELDETLVFIGMLGGTWAFGLKGLLLGPVILSIALVLLKEWKKRTSDRGAA G" gene complement(1076842..1077393) /gene="pncA" /locus_tag="TGAM_1135" /note="tg1135" CDS complement(1076842..1077393) /gene="pncA" /locus_tag="TGAM_1135" /EC_number="3.5.1.19" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:CSHase, N-carbamoylsarcosine amidohydrolase (CSHase) hydrolyzes N-carbamoylsarcosine to sarcosine, carbon dioxide and ammonia" /inference="protein motif:CDD:cysteine_hydrolases, Cysteine hydrolases" /inference="protein motif:CDD:Isochorismatase, Isochorismatase family" /inference="protein motif:CDD:nicotinamidase, Nicotinamidase/pyrazinamidase (PZase)" /inference="protein motif:CDD:nicotinamidase_related, Nicotinamidase_ related amidohydrolases" /inference="protein motif:CDD:PncA, Amidases related to nicotinamidase [Secondary metabolites biosynthesis, transport, and catabolism]" /inference="protein motif:CDD:YcaC_related, YcaC related amidohydrolases" /inference="protein motif:COG:COG1335 Amidases related to nicotinamidase; Q Secondary metabolites biosynthesis, transport and catabolism" /inference="protein motif:Gene3D:G3D.3.40.50.850 no description" /inference="protein motif:HMMPanther:PTHR11080 PYRAZINAMIDASE/NICOTINAMIDASE-RELATED" /inference="protein motif:HMMPanther:PTHR11080:SF1 PYRAZINAMIDASE/NICOTINAMIDASE-RELATED" /inference="protein motif:HMMPfam:PF00857 Isochorismatase InterPro:IPR000868 Isochorismatase hydrolase GO:Molecular Function:catalytic activity (GO:0003824), Biological Process:metabolism (GO:0008152)" /inference="protein motif:superfamily:SSF52499 Cysteine hydrolase InterPro:IPR000868 Isochorismatase hydrolase GO:Molecular Function:catalytic activity (GO:0003824), Biological Process:metabolism (GO:0008152)" /codon_start=1 /transl_table=11 /product="Pyrazinamidase/nicotinamidase (pncA)" /protein_id="ACS33637.1" /translation="MPEEALIVVDMQRDFMPGGALPVPEGDKIIPIVNECVRKFRERG ALIVATRDWHPENHISFREQGGPWPRHCVQNTPGAEFVVELPEDAVIISKATEPDKEA YSGFEGTNLAEILMEKGVKRVYVCGVATEYCVKATALDAVKHGFETYLLTDAIKGINP EDERKALEELQRAGVKLTSCSSI" gene complement(1077471..1077893) /locus_tag="TGAM_1136" /note="tg1136" CDS complement(1077471..1077893) /locus_tag="TGAM_1136" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:COG:COG2886 Uncharacterized small protein; S Function unknown" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein" /protein_id="ACS33638.1" /translation="MRRTLGGSVHPLESVLRVKGSGKFSKSELVGLLTFKLRIMSVGE AKEAISKWVEEGLLVEEGNLLRINLEALTQKEGEEDLFREMLSFVASQLDLDESEVLE ELEKFSGRYGNLDRRLVLYLFGVEKGLDMSRFRERLEV" gene complement(1077912..1077988) /locus_tag="TGAM_r027" /note="tg_tRNA-Thr2" tRNA complement(1077912..1077988) /locus_tag="TGAM_r027" /product="tRNA-Thr" /note="codon recognized: ACG" gene complement(1078030..1078827) /locus_tag="TGAM_1137" /note="tg1137" CDS complement(1078030..1078827) /locus_tag="TGAM_1137" /inference="protein motif:COG:COG0671 Membrane-associated phospholipid phosphatase; I Lipid transport and metabolism" /inference="protein motif:HMMPfam:PF01569 PAP2 InterPro:IPR000326 Phosphoesterase, PA-phosphatase related" /inference="protein motif:ProfileScan:PS50226 PA_PHOSPHATASE InterPro:IPR000326 Phosphoesterase, PA-phosphatase related" /inference="protein motif:superfamily:SSF48317 Acid phosphatase/Vanadium-dependent haloperoxidase InterPro:IPR008934 Acid phosphatase/vanadium-dependent haloperoxidase" /note="6 probable transmembrane helices predicted by modhmm" /codon_start=1 /transl_table=11 /product="Membrane-bound phosphoesterase, PAP2 superfamily" /protein_id="ACS33639.1" /translation="MKRQSVRDIVESLNDHDVLIRLNTFLLLYFGWIGFTVLYDHLKS HSRDVTYLLLKLPFTSYHFVVSTLDLTREVFPLYLLMKGIYYIGFSGSIALTVLFVLL YKRDLQKADELALGYLITYSICGTVYTFAHVYAPHYVYHLPGFYPDRTYLTQQEFVLP SLHNTVAAFNIIILWKYRRELKAKLIIALNSLVPFATLLLGHHWIYDALSGIALAMVV GKMVEGRKIHVPSAFRNVNVSIIKHATMLGFLAGGFLLILAMTMPKP" gene 1078953..1079405 /locus_tag="TGAM_1138" /note="tg1138" CDS 1078953..1079405 /locus_tag="TGAM_1138" /inference="protein motif:CDD:COG4087, Soluble P-type ATPase [General function prediction only]" /inference="protein motif:COG:COG4087 Soluble P-type ATPase; R General function prediction only" /inference="protein motif:Gene3D:G3D.3.40.50.1000 no description" /inference="protein motif:superfamily:SSF56784 HAD-like" /codon_start=1 /transl_table=11 /product="HAD family hydrolase, putative" /protein_id="ACS33640.1" /translation="MEVDVPGHGRIEFNAILFDLNGTLGVEGRVPEDVKGLLTRLASR CTVVILSADTFGTLEEEFKGLPVRIERVSSGAEKAEIAEGYRPYVAIGNGNNDVAMLE KAELAFCVIGKEGAAVDALLASDVVVTDVRDAMEMLLDEKKLIATLRR" gene 1080055..1081827 /locus_tag="TGAM_1139" /note="tg1139" CDS 1080055..1081827 /locus_tag="TGAM_1139" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:BlastProDom:PD000006 Q8U306_PYRFU_Q8U306; InterPro:IPR003439 ABC transporter related GO:Molecular Function:ATP binding (GO:0005524), Molecular Function:ATPase activity (GO:0016887)" /inference="protein motif:BlastProDom:PD000006 Q9UZA4_PYRAB_Q9UZA4; InterPro:IPR003439 ABC transporter related GO:Molecular Function:ATP binding (GO:0005524), Molecular Function:ATPase activity (GO:0016887)" /inference="protein motif:COG:COG1245 Predicted ATPase, RNase L inhibitor (RLI) homolog; R General function prediction only" /inference="protein motif:FPrintScan:PR00353 4FE4SFRDOXIN InterPro:IPR001450 4Fe-4S ferredoxin, iron-sulfur binding GO:Molecular Function:electron transporter activity (GO:0005489), Molecular Function:iron ion binding (GO:0005506), Biological Process:electron transport (GO:0006118)" /inference="protein motif:FPrintScan:PR01868 ABCEFAMILY InterPro:IPR013283 ABC transporter, ABCE" /inference="protein motif:Gene3D:G3D.3.30.70.20 no description" /inference="protein motif:Gene3D:G3D.3.40.50.300 no description" /inference="protein motif:HMMPanther:PTHR19248 RNASE L INHIBITOR-RELATED" /inference="protein motif:HMMPanther:PTHR19248:SF2 RNASE L INHIBITOR" /inference="protein motif:HMMPfam:PF00005 ABC_tran InterPro:IPR003439 ABC transporter related GO:Molecular Function:ATP binding (GO:0005524), Molecular Function:ATPase activity (GO:0016887)" /inference="protein motif:HMMPfam:PF00037 Fer4 InterPro:IPR001450 4Fe-4S ferredoxin, iron-sulfur binding GO:Molecular Function:electron transporter activity (GO:0005489), Molecular Function:iron ion binding (GO:0005506), Biological Process:electron transport (GO:0006118)" /inference="protein motif:HMMPfam:PF04068 RLI InterPro:IPR007209 Possible metal-binding region in RNase L inhibitor, RLI" /inference="protein motif:HMMSmart:SM00382 no description InterPro:IPR003593 AAA ATPase GO:Molecular Function:nucleotide binding (GO:0000166), Molecular Function:nucleoside-triphosphatase activity (GO:0017111)" /inference="protein motif:ProfileScan:PS50100 DA_BOX InterPro:IPR003439 ABC transporter related GO:Molecular Function:ATP binding (GO:0005524), Molecular Function:ATPase activity (GO:0016887)" /inference="protein motif:ProfileScan:PS50101 ATP_GTP_A2" /inference="protein motif:ProfileScan:PS50893 ABC_TRANSPORTER_2 InterPro:IPR003439 ABC transporter related GO:Molecular Function:ATP binding (GO:0005524), Molecular Function:ATPase activity (GO:0016887)" /inference="protein motif:ScanRegExp:PS00198 4FE4S_FERREDOXIN InterPro:IPR001450 4Fe-4S ferredoxin, iron-sulfur binding GO:Molecular Function:electron transporter activity (GO:0005489), Molecular Function:iron ion binding (GO:0005506), Biological Process:electron transport (GO:0006118)" /inference="protein motif:ScanRegExp:PS00211 ABC_TRANSPORTER_1 InterPro:IPR003439 ABC transporter related GO:Molecular Function:ATP binding (GO:0005524), Molecular Function:ATPase activity (GO:0016887)" /inference="protein motif:superfamily:SSF52540 P-loop containing nucleoside triphosphate hydrolases" /inference="protein motif:superfamily:SSF54862" /codon_start=1 /transl_table=11 /product="Predicted ATPase, RNase L inhibitor-like protein" /protein_id="ACS33641.1" /translation="MARIAVIDYDKCNPNKCGHFLCERVCPVNRMGGEAIIIDEENYR PIIQEASCTGCGICVHKCPFNAITIVNLPEQLDEDCVHRYGINGFVLYRLPVVKEGMV VGILGPNGTGKTTAVKILSGQLLPNLCGDNDSWDNVIKAFRGNELQTYFERLKNKEIR PVVKPQYVDLIPKAVRGKVRDLLRKADESGRFDEVVKELELENVLDRDIRHLSGGELQ RVAIAAALLRNAEFYFFDEPSSYLDIRQRLRIAKIIRKLAESGKNVLAVEHDLAILDY MSDIIHVVYGKPGAYGIFSQPKSTRNGINEFLRGYLRDENVRFRPYEINFSKKSERKS QEGEILVEYPPLVKDYGSFRLEAEGGELYIGEVVGIVGPNGIGKTTFVKMLAGVEKPT EGEIDWSLTVSYKPQYIKTDYEGTVYELLSKIDAGKLMSSFYKSELLNPLGIPELYDK NVNDLSGGELQRVAITACLLRDADLYLLDEPSAHLDVEQRLAVSKAIRSLMAKNEKTA LIVEHDVMMVDYLSDRLIVFEGQPGRFGKASKPMGMREGMNRFLASVGVTFRRDPDTG RPRANKEGSVKDREQKERGEYYYT" gene 1081877..1082863 /gene="hypE-2" /locus_tag="TGAM_1140" /note="tg1140" CDS 1081877..1082863 /gene="hypE-2" /locus_tag="TGAM_1140" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:AIRS, AIR synthase related protein, N-terminal domain" /inference="protein motif:CDD:AIRS_C, AIR synthase related protein, C-terminal domain" /inference="protein motif:CDD:COG2144, Selenophosphate synthetase-related proteins [General function prediction only]" /inference="protein motif:CDD:HypE, Hydrogenase maturation factor [Posttranslational modification, protein turnover, chaperones]" /inference="protein motif:CDD:HypE_N, HypE (Hydrogenase expression/formation protein)" /inference="protein motif:CDD:PurL, Phosphoribosylformylglycinamidine (FGAM) synthase, synthetase domain [Nucleotide transport and metabolism]" /inference="protein motif:CDD:PurM, Phosphoribosylaminoimidazole (AIR) synthetase [Nucleotide transport and metabolism]" /inference="protein motif:CDD:SelD, Selenophosphate synthase [Amino acid transport and metabolism]" /inference="protein motif:CDD:ThiL, Thiamine monophosphate kinase [Coenzyme metabolism]" /inference="protein motif:CDD:ThiL_N, ThiL (Thiamine-monophosphate kinase) plays a dual role in de novo biosynthesis and in salvage of exogenous thiamin" /inference="protein motif:COG:COG0309 Hydrogenase maturation factor; O Posttranslational modification, protein turnover, chaperones" /inference="protein motif:Gene3D:G3D.3.30.70.460 no description" /inference="protein motif:HMMPanther:PTHR10256 SELENOPHOSPHATE SYNTHASE" /inference="protein motif:HMMPfam:PF00586 AIRS InterPro:IPR000728 AIR synthase related protein GO:Molecular Function:catalytic activity (GO:0003824)" /inference="protein motif:HMMPfam:PF02769 AIRS_C InterPro:IPR010918 AIR synthase related protein, C-terminal" /inference="protein motif:HMMPIR:PIRSF005644 [NiFe]-hydrogenase maturation factor, AIR synthase-related, HypE type InterPro:IPR011854 Hydrogenase expression/formation protein HypE" /inference="protein motif:superfamily:SSF55326 Aminoimidazole ribonucleotide synthetase (PurM) N-terminal domain" /inference="protein motif:superfamily:SSF56042 Aminoimidazole ribonucleotide synthetase (PurM) C-terminal domain" /codon_start=1 /transl_table=11 /product="Hydrogenase expression/formation related protein (hypE)" /protein_id="ACS33642.1" /translation="MLPPGKLPPEKLEELVFRFVGGGKGRLIIGPGQGIDAAAIDFGE TVLVASTDPITGAEKRIGFYSVHVNANDVATFGAKPQWFLATVLLPENTEESLLLEIM KEMSETARRLGVLIVGGHTEVTPGLDRPIVIGTMLGEVERDRLVLPNGARPGDAIILT KWAGLEGTAIIASEREEELRGVFGDSLVERAKSLIEYLSVVPEAMLLRDFANAMHDPT EGGVLNGLHEMADASGLGLRIFVERIPIREETERICNFYGLNPLALISSGSLLAAVPR DNARFVVEKLLARGINAAIIGEFLAEKKRIMIKGGDEVPLPRPLSDELWKVV" gene complement(1082860..1084617) /gene="arcTGT" /locus_tag="TGAM_1141" /note="tg1141" CDS complement(1082860..1084617) /gene="arcTGT" /locus_tag="TGAM_1141" /EC_number="2.4.2.-" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:COG1549, Queuine tRNA-ribosyltransferases, contain PUA domain [Translation, ribosomal structure and biogenesis]" /inference="protein motif:CDD:PUA, PUA domain" /inference="protein motif:CDD:PUA, Putative RNA-binding Domain in PseudoUridine synthase and Archaeosine transglycosylase" /inference="protein motif:CDD:TGT, Queuine tRNA-ribosyltransferase" /inference="protein motif:CDD:Tgt, Queuine/archaeosine tRNA-ribosyltransferase [Translation, ribosomal structure and biogenesis]" /inference="protein motif:COG:COG0343 Queuine/archaeosine tRNA-ribosyltransferase; J Translation, ribosomal structure and biogenesis" /inference="protein motif:Gene3D:G3D.3.20.20.105 no description" /inference="protein motif:HMMPanther:PTHR11962 QUEUINE TRNA-RIBOSYLTRANSFERASE InterPro:IPR002616 Queuine/other tRNA-ribosyltransferase GO:Biological Process:tRNA modification (GO:0006400), Molecular Function:queuine tRNA-ribosyltransferase activity (GO:0008479), Biological Process:queuosine biosynthesis (GO:0008616)" /inference="protein motif:HMMPfam:PF01472 PUA InterPro:IPR002478 PUA GO:Molecular Function:RNA binding (GO:0003723)" /inference="protein motif:HMMPfam:PF01702 TGT InterPro:IPR002616 Queuine/other tRNA-ribosyltransferase GO:Biological Process:tRNA modification (GO:0006400), Molecular Function:queuine tRNA-ribosyltransferase activity (GO:0008479), Biological Process:queuosine biosynthesis (GO:0008616)" /inference="protein motif:HMMSmart:SM00359 no description InterPro:IPR002478 PUA GO:Molecular Function:RNA binding (GO:0003723)" /inference="protein motif:HMMTigr:TIGR00432 arcsn_tRNA_tgt:archaeosine tRNA-ribos InterPro:IPR004804 Archaeosine tRNA-ribosyltransferase" /inference="protein motif:HMMTigr:TIGR00449 tgt_general:tRNA-guanine transglycosy InterPro:IPR002616 Queuine/other tRNA-ribosyltransferase GO:Biological Process:tRNA modification (GO:0006400), Molecular Function:queuine tRNA-ribosyltransferase activity (GO:0008479), Biological Process:queuosine biosynthesis (GO:0008616)" /inference="protein motif:HMMTigr:TIGR00451 unchar_dom_2:uncharacterized domain InterPro:IPR004521 Uncharacterized domain 2" /inference="protein motif:ProfileScan:PS50890 PUA InterPro:IPR002478 PUA GO:Molecular Function:RNA binding (GO:0003723)" /inference="protein motif:superfamily:SSF51713 tRNA-guanine transglycosylase" /inference="protein motif:superfamily:SSF88697 PUA domain-like" /inference="protein motif:superfamily:SSF88802 Archaeosine tRNA-guanine transglycosylase, C2 domain" /codon_start=1 /transl_table=11 /product="Archaeosine tRNA-guanine transglycosylase (ArcTGT)" /protein_id="ACS33643.1" /translation="MRGESMEFRFEVKARDAAGRIGKLTVNGKSIETPAIMPVINPKQ LIVTPKELEEMGFGMIITNSYIIYKTPELKEKALELGIHRLLDYDGIIEVDSGSFQLM RYGEVEVTNREIIEFQEKIGVDIGTFLDIPTPPDAPREKAEEDLRITLERAKEAESIK NIAMNAAVQGSTYPDLRTHAAQELSKMNFEIHPIGAVVPLMESYRYRDLVDVVVASKL GLRPDRPVHLFGAGHPMIFALAVAMGVDLFDSASYALYAKDDRYLTPEGTKRLEELEY FPCSCPVCSRYTPQELREMPKEERTRLLAIHNLWVIREELNRVKQAIKEGELWRLVDE RARSHPKLYSAYKRLLEYRDYLEKNEPITKASAFFKVSEEAMRWPIVYRAKERAERVA KKFPERIRHPIFGEIPKYLSLSYPFAQSEGEEDFTIEKPRKGEARKYVMAVAEYQFGE GAGEAFKDAFVELSRKTGMPRQVKAKGKHLATFRAEDGLLTLGIEGAKRLHALLPFPK MRVVVNEDAEPFAKRGKNVFAKFVVDADPSIRPYDEVLVVNEKDELLATGQTLLNGEE LKVFQSGLAVKVRRGIEKG" gene complement(1084636..1085562) /locus_tag="TGAM_1142" /note="tg1142" CDS complement(1084636..1085562) /locus_tag="TGAM_1142" /inference="protein motif:CDD:PHO4, Phosphate transporter family" /inference="protein motif:CDD:PitA, Phosphate/sulphate permeases [Inorganic ion transport and metabolism]" /inference="protein motif:COG:COG0306 Phosphate/sulphate permeases; P Inorganic ion transport and metabolism" /inference="protein motif:HMMPanther:PTHR11101 PHOSPHATE TRANSPORTER-RELATED InterPro:IPR001204 Phosphate transporter GO:Molecular Function:inorganic phosphate transporter activity (GO:0005315), Biological Process:phosphate transport (GO:0006817), Cellular Component:membrane (GO:0016020)" /inference="protein motif:HMMPanther:PTHR11101:SF1 PHOSPHATE TRANSPORTER-RELATED" /inference="protein motif:HMMPfam:PF01384 PHO4 InterPro:IPR001204 Phosphate transporter GO:Molecular Function:inorganic phosphate transporter activity (GO:0005315), Biological Process:phosphate transport (GO:0006817), Cellular Component:membrane (GO:0016020)" /note="Belongs to PHO-4 family; 7 probable transmembrane helices predicted by modhmm" /codon_start=1 /transl_table=11 /product="Phosphate transporter" /protein_id="ACS33644.1" /translation="MIEVTAAAFFMAWAIGANDSAKAVGTAVGSGVVGFRRAVLIVAV FTTLGAVIGHSAVSGTITELARGLSPGEVALALFSAASAVTIASLWGRPISTTQSIIG ALIGSSLALGLSVDWWTIGKIVSAWFFSPVLASFLAIAVYRLYKPLLRRIKCLKNLEL TQKWLVFLASAFSAFNLGTNEVSNVIGLAKAGGMSDPNAFLALVMAFGTLTFSYEVMM TIGKDIAPLGPTSAFSSQFGASIAVSTANLFGLPVSSGQAIVGAISGLSAYKGEHVNK KLLVDIVKSWVRAPLFAGILAFLLVKLFSAGF" gene 1085667..1086314 /locus_tag="TGAM_1143" /note="tg1143" CDS 1085667..1086314 /locus_tag="TGAM_1143" /note="2 probable transmembrane helices predicted by modhmm" /codon_start=1 /transl_table=11 /product="Hypothetical protein" /protein_id="ACS33645.1" /translation="MRKKILTATTYFDTGTWLTYVLFRGNPSELSREIENALSRMEIR YNRLVDPDCYSLTAYVAEHFGESVLLIEIRGDTGKVFYVVPALSKMEFKNLRPEFELR FMVTKRAGLEALVGYICRGKITKRHAYRSAASFVVSMLAGFLSSALGERFGAFAQFLV GLLVLFAVLFLLEYPLSVLSLKGVKTVEEKRKVKVLVVRKSGDLPKSDMKLKEEN" gene 1086326..1087153 /locus_tag="TGAM_1144" /note="tg1144" CDS 1086326..1087153 /locus_tag="TGAM_1144" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein" /protein_id="ACS33646.1" /translation="MRLLVIAMGVDNYIYFVFDKEPKEVEGFLKREFEVAVRDREWDD PWIDYLKEKGLLGEDFQLVVSGELLFDPPLRTDGGETITNADFYIYTVEGYTILEIHP VLRSRWWFVLSSEVIRLLKQFMKGEPLLICGYRDDTDLTKLGFEHNMSYLFINWLPKA IKTGKLETLPSALTAIRKELLDLENGLYELIERPGREEKEYVLVKSLGDYKILVAVKE IDLTDEECYLELLEDRAWFSLEIVGVIFKRIGRRIEDEFLLKRAEEFFRAQVGEDGR" gene 1087287..1087988 /locus_tag="TGAM_1145" /note="tg1145" CDS 1087287..1087988 /locus_tag="TGAM_1145" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein" /protein_id="ACS33647.1" /translation="MVQARDKTTRSRWGLFRRALSELSRQNNGREITSMDFTIYRAGW LSVIELHPNPRSWWWEAYSHEVVAFLRQFFKWDVLLIAGLNDWTDLRGTLTLDDMELF IAKLAEWITLRSLPAIPSAFTLAKEDLLDIGYGLHRVFTPERGYYSYVLAEPLDDYTS IWIIGRVDFNDPMELCETFGAEVELTLSLTGASLLPLTELRPSEDGRLLQIARMAFKA QITGDYDLFRCPGRQ" gene complement(1088020..1089240) /gene="hmgA" /locus_tag="TGAM_1146" /note="tg1146" CDS complement(1088020..1089240) /gene="hmgA" /locus_tag="TGAM_1146" /EC_number="1.1.1.34" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:HMG-CoA_red, Hydroxymethylglutaryl-coenzyme A reductase" /inference="protein motif:CDD:HMG-CoA_reductase, Hydroxymethylglutaryl-coenzyme A (HMG-CoA) reductase (HMGR) is a tightly regulated enzyme, which catalyzes the synthesis of coenzyme A and mevalonate in isoprenoid synthesis" /inference="protein motif:CDD:HMG-CoA_reductase_classI, Hydroxymethylglutaryl-coenzyme A (HMG-CoA) reductase (HMGR), class I enzyme, homotetramer" /inference="protein motif:CDD:HMG-CoA_reductase_classII, Hydroxymethylglutaryl-coenzyme A (HMG-CoA) reductase (HMGR), class II, prokaryotic enzyme is a homodimer" /inference="protein motif:CDD:HMG1, Hydroxymethylglutaryl-CoA reductase [Lipid metabolism]" /inference="protein motif:COG:COG1257 Hydroxymethylglutaryl-CoA reductase; I Lipid transport and metabolism" /inference="protein motif:FPrintScan:PR00071 HMGCOARDTASE InterPro:IPR002202 Hydroxymethylglutaryl-coenzyme A reductase GO:Molecular Function:hydroxymethylglutaryl-CoA reductase (NADPH) activity (GO:0004420), Biological Process:biosynthesis (GO:0009058)" /inference="protein motif:Gene3D:G3D.3.90.770.10 no description" /inference="protein motif:HMMPanther:PTHR10572 HMG-COA REDUCTASE" /inference="protein motif:HMMPfam:PF00368 HMG-CoA_red InterPro:IPR002202 Hydroxymethylglutaryl-coenzyme A reductase GO:Molecular Function:hydroxymethylglutaryl-CoA reductase (NADPH) activity (GO:0004420), Biological Process:biosynthesis (GO:0009058)" /inference="protein motif:HMMTigr:TIGR00533 HMG_CoA_R_NADP:3-hydroxy-3-methylglut InterPro:IPR004554 3-hydroxy-3-methylglutaryl Coenzyme A reductase GO:Molecular Function:hydroxymethylglutaryl-CoA reductase (NADPH) activity (GO:0004420), Biological Process:lipid metabolism (GO:0006629), Cellular Component:integral to membrane (GO:0016021)" /inference="protein motif:ProfileScan:PS50065 HMG_COA_REDUCTASE_4 InterPro:IPR002202 Hydroxymethylglutaryl-coenzyme A reductase GO:Molecular Function:hydroxymethylglutaryl-CoA reductase (NADPH) activity (GO:0004420), Biological Process:biosynthesis (GO:0009058)" /inference="protein motif:ScanRegExp:PS00066 HMG_COA_REDUCTASE_1 InterPro:IPR002202 Hydroxymethylglutaryl-coenzyme A reductase GO:Molecular Function:hydroxymethylglutaryl-CoA reductase (NADPH) activity (GO:0004420), Biological Process:biosynthesis (GO:0009058)" /inference="protein motif:ScanRegExp:PS00318 HMG_COA_REDUCTASE_2 InterPro:IPR002202 Hydroxymethylglutaryl-coenzyme A reductase GO:Molecular Function:hydroxymethylglutaryl-CoA reductase (NADPH) activity (GO:0004420), Biological Process:biosynthesis (GO:0009058)" /inference="protein motif:superfamily:SSF56542 Substrate-binding domain of HMG-CoA reductase InterPro:IPR009029 Hydroxymethylglutaryl-CoA reductase, substrate-binding" /codon_start=1 /transl_table=11 /product="3-hydroxy-3-methylglutaryl CoA reductase (hmgA)" /protein_id="ACS33648.1" /translation="MEFEELVEKVVKGEVKLHQVEKYTDKRTATEIRRKALEKKLGVK LEHIGHYSIDPEQVIGRNIENMIGVVQIPMGVAGPLKINGEYAKGEFYIPLATTEGAL VASVNRGCSALTEAGGVKTTLIDDKMTRAPLLKCPDARRAREVAEWVKENIDYLQEKA VSKVTRHGKLRDVKPFIVGNNLYLRFEFETGDAMGMNMVTIASEEIMKVIEEEFPDVK YLALSGNLCVDKKPNAMNFINGRGKTVIAEAIVPREIVERKLKTTPELIAEVNYRKNL VGSAQAGSYGFNAHFGNIVGAIFLATGQDEAQITEGSHGITLAEVTPEGDLYISITMP SLEIGTVGGGTRVPTQREALSIMGVAGGGDPPGTNAKKFAEIVAGAVLAGELSLLAAI AAKHLAKAHKELGR" gene complement(1089257..1090000) /locus_tag="TGAM_1147" /note="tg1147" CDS complement(1089257..1090000) /locus_tag="TGAM_1147" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:COG0455, ATPases involved in chromosome partitioning [Cell division and chromosome partitioning]" /inference="protein motif:CDD:COG1149, MinD superfamily P-loop ATPase containing an inserted ferredoxin domain [Energy production and conversion]" /inference="protein motif:CDD:CooC, CO dehydrogenase maturation factor [Cell division and chromosome partitioning]" /inference="protein motif:CDD:Fer4_NifH_child, This protein family's function is unkown" /inference="protein motif:CDD:MinD, Bacterial cell division requires the formation of a septum at mid-cell" /inference="protein motif:CDD:MinD, Septum formation inhibitor-activating ATPase [Cell division and chromosome partitioning]" /inference="protein motif:CDD:Mrp, ATPases involved in chromosome partitioning [Cell division and chromosome partitioning]" /inference="protein motif:CDD:Soj, ATPases involved in chromosome partitioning [Cell division and chromosome partitioning]" /inference="protein motif:COG:COG0455 ATPases involved in chromosome partitioning; D Cell cycle control, cell division, chromosome partitioning" /inference="protein motif:Gene3D:G3D.3.40.50.300 no description" /inference="protein motif:HMMPanther:PTHR13696 CELL DIVISION INHIBITOR MIND-1" /inference="protein motif:HMMPanther:PTHR13696:SF2 CELL DIVISION INHIBITOR MIND-1" /inference="protein motif:HMMPfam:PF01656 CbiA InterPro:IPR002586 Cobyrinic acid a,c-diamide synthase GO:Biological Process:cobalamin biosynthesis (GO:0009236), Molecular Function:cobyrinic acid a,c-diamide synthase activity (GO:0042242)" /inference="protein motif:superfamily:SSF52540 P-loop containing nucleoside triphosphate hydrolases" /note="See Galperin and Grishin, Proteins 41: 238-247 (2000) for discussion" /codon_start=1 /transl_table=11 /product="Cobalamin biosynthesis amidotransferase, putative, containg CobQ/CobB/MinD/ParA nucleotide binding domain" /protein_id="ACS33649.1" /translation="MAVIVMTGRGGAGKTTTTANLSTFLAGREYRVLAIDGDLYLPNL GFHFGMDNVKYTVHSLLKDPSLDPEWAIYKHRETGVYVMPGSSNLHDVIGISPQGLRD LVERVKYKFGVVFVDSPTGVPFDTLPTFEVADYQIIVVEIERSPIYSFETMVENEVNK LKALGEEYGLRIGVVLNKVRESADVVDKIIDVIENEVGVPVLSWVPFDDAVPESINVG IPVLAYKPKSDAALAFAEAGEVLEEWIFG" gene 1090179..1091228 /gene="tdh" /locus_tag="TGAM_1148" /note="tg1148" CDS 1090179..1091228 /gene="tdh" /locus_tag="TGAM_1148" /EC_number="1.1.1.103" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:BlastProDom:PD040557 Q8KCJ7_CHLTE_Q8KCJ7; InterPro:IPR011597 GroES-related GO:Molecular Function:zinc ion binding (GO:0008270), Molecular Function:oxidoreductase activity, acting on the CH-OH group of donors, NAD or NADP as acceptor (GO:0016616), Molecular Function:NAD binding (GO:0051287)" /inference="protein motif:CDD:ADH_zinc_N, Zinc-binding dehydrogenase" /inference="protein motif:CDD:AdhC, Zn-dependent alcohol dehydrogenases, class III [Energy production and conversion]" /inference="protein motif:CDD:AdhP, Zn-dependent alcohol dehydrogenases [General function prediction only]" /inference="protein motif:CDD:Qor, NADPH:quinone reductase and related Zn-dependent oxidoreductases [Energy production and conversion / General function prediction only]" /inference="protein motif:CDD:Tdh, Threonine dehydrogenase and related Zn-dependent dehydrogenases [Amino acid transport and metabolism / General function prediction only]" /inference="protein motif:COG:COG1063 Threonine dehydrogenase and related Zn-dependent dehydrogenases; E Amino acid transport and metabolism" /inference="protein motif:Gene3D:G3D.3.90.180.10 no description" /inference="protein motif:HMMPanther:PTHR11695 ALCOHOL DEHYDROGENASE-RELATED InterPro:IPR002085 Alcohol dehydrogenase superfamily, zinc-containing GO:Molecular Function:zinc ion binding (GO:0008270), Molecular Function:oxidoreductase activity (GO:0016491)" /inference="protein motif:HMMPanther:PTHR11695:SF59 THREONINE 3-DEHYDROGENASE InterPro:IPR004627 L-threonine 3-dehydrogenase GO:Biological Process:threonine catabolism (GO:0006567), Molecular Function:zinc ion binding (GO:0008270), Molecular Function:L-threonine 3-dehydrogenase activity (GO:0008743)" /inference="protein motif:HMMPfam:PF00107 ADH_zinc_N InterPro:IPR013149 Alcohol dehydrogenase, zinc-binding" /inference="protein motif:HMMPfam:PF08240 ADH_N InterPro:IPR013154 Alcohol dehydrogenase GroES-like" /inference="protein motif:HMMTigr:TIGR00692 tdh:L-threonine 3-dehydrogenase InterPro:IPR004627 L-threonine 3-dehydrogenase GO:Biological Process:threonine catabolism (GO:0006567), Molecular Function:zinc ion binding (GO:0008270), Molecular Function:L-threonine 3-dehydrogenase activity (GO:0008743)" /inference="protein motif:ScanRegExp:PS00059 ADH_ZINC InterPro:IPR002328 Alcohol dehydrogenase, zinc-containing GO:Molecular Function:zinc ion binding (GO:0008270), Molecular Function:oxidoreductase activity (GO:0016491)" /inference="protein motif:superfamily:SSF50129 GroES-like InterPro:IPR011032 GroES-like" /codon_start=1 /transl_table=11 /product="L-threonine 3-dehydrogenase (tdh)" /protein_id="ACS33650.1" /translation="MTEKMPAIMKTKPAYGAELVEVDVPKPGPGEVLIRVLATSICGT DLHIYEWNEWAQSRIKPPQIMGHEVAGEVVEVGPGVEDLQEGDYISVETHLVCGKCYA CKHNRYHVCQNTKIFGVDMDGVFATYAIVPAKNAWKNPKDMKPEYAALQEPLGNAVDT VLAGPIAGRSTLITGAGPLGLLGIAVAKASGAYPVIVSEPSDFRRKLAKKVGADYVVN PFEEDPVEVVMSITDGAGVEVFLEFSGAPKALEQGLKATTPGGRVSLLGLFPRDVTLD FNNLIIFKALEIHGITGRHLWETWYTVSSLIQSGKLNLDPIITHRYKGFDKYEEAFEL MRAGKTGKVVFFPKE" gene 1091297..1092796 /gene="pheS" /locus_tag="TGAM_1149" /note="tg1149" CDS 1091297..1092796 /gene="pheS" /locus_tag="TGAM_1149" /EC_number="6.1.1.20" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:COG2024, Phenylalanyl-tRNA synthetase alpha subunit (archaeal type) [Translation, ribosomal structure and biogenesis]" /inference="protein motif:CDD:PheRS_alpha_core, Phenylalanyl-tRNA synthetase (PheRS) alpha chain catalytic core domain" /inference="protein motif:CDD:PheS, Phenylalanyl-tRNA synthetase alpha subunit [Translation, ribosomal structure and biogenesis]" /inference="protein motif:CDD:tRNA-synt_2d, tRNA synthetases class II core domain (F)" /inference="protein motif:COG:COG0016 Phenylalanyl-tRNA synthetase alpha subunit; J Translation, ribosomal structure and biogenesis" /inference="protein motif:Gene3D:G3D.1.10.10.10 no description InterPro:IPR011991 Winged helix repressor DNA-binding" /inference="protein motif:Gene3D:G3D.3.30.930.10 no description" /inference="protein motif:HMMPanther:PTHR11538 PHENYLALANYL-TRNA SYNTHETASE -RELATED InterPro:IPR002319 Phenylalanyl-tRNA synthetase, class IIc GO:Molecular Function:phenylalanine-tRNA ligase activity (GO:0004826), Molecular Function:ATP binding (GO:0005524), Biological Process:phenylalanyl-tRNA aminoacylation (GO:0006432)" /inference="protein motif:HMMPanther:PTHR11538:SF1 PHENYLALANYL-TRNA SYNTHETASE -RELATED" /inference="protein motif:HMMPfam:PF01409 tRNA-synt_2d InterPro:IPR002319 Phenylalanyl-tRNA synthetase, class IIc GO:Molecular Function:phenylalanine-tRNA ligase activity (GO:0004826), Molecular Function:ATP binding (GO:0005524), Biological Process:phenylalanyl-tRNA aminoacylation (GO:0006432)" /inference="protein motif:HMMTigr:TIGR00468 pheS:phenylalanyl-tRNA synthetase, alpha su InterPro:IPR004529 Phenylalanyl-tRNA synthetase, alpha subunit GO:Molecular Function:phenylalanine-tRNA ligase activity (GO:0004826), Molecular Function:ATP binding (GO:0005524), Cellular Component:cytoplasm (GO:0005737), Biological Process:phenylalanyl-tRNA aminoacylation (GO:0006432)" /inference="protein motif:ProfileScan:PS50862 AA_TRNA_LIGASE_II InterPro:IPR006195 Aminoacyl-transfer RNA synthetase, class II GO:Molecular Function:aminoacyl-tRNA ligase activity (GO:0004812), Molecular Function:ATP binding (GO:0005524), Biological Process:tRNA aminoacylation for protein translation (GO:0006418)" /inference="protein motif:superfamily:SSF46785 'Winged helix' DNA-binding domain" /inference="protein motif:superfamily:SSF55681 Class II aaRS and biotin synthetases" /codon_start=1 /transl_table=11 /product="Phenylalanyl-tRNA synthetase, alpha subunit (pheS)" /protein_id="ACS33651.1" /translation="MELSYQEKLTLIKLNELKRAKFEELVKATGLEQVAVMRAVLGLQ AKGLAKLHERSEKVVKLTETGKKYAEIGLPEWRALKLLRERGKVTLDDLREVLSDDEL KPIVGLLRKEGWASVRKEDGKLILEITEKGLEAEERPIDRALKLLAEKNVVPVKEIEK LIPVKELKRRKIGEEETVTERTVEITPAGEELAPKVELKREVSVLTPELIKSGKWREV EFRRFDIKAPVRRIYPGKKQPYRAFLDKIRRRLIEMGFIEMTVDSLIETQFWNFDALF QPQNHPAREWTDTYQLKYPKSGFLPEEELVERVKTAHERGLAGSRGWGYVWSPERAML LMPRAHGTALSGRQLAKGVEIPGKYFTIQRVFRPDVLDRTHLIEFNQIDGFVVGEELN FRHLLGILKRFAVEIAGAKKVKFLPDYYPFTEPSVQMSAYHPELGWVEFGGAGIFREE MTKALGIEVPVIAWGIGIDRLAMFKLGIDDIRYLFSYDLRWLREAKLVW" gene 1092803..1094509 /gene="pheT" /locus_tag="TGAM_1150" /note="tg1150; pheT_arch" CDS 1092803..1094509 /gene="pheT" /locus_tag="TGAM_1150" /EC_number="6.1.1.20" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:B5, tRNA synthetase B5 domain" /inference="protein motif:CDD:PheRS_beta_core, Phenylalanyl-tRNA synthetase (PheRS) beta chain core domain" /inference="protein motif:CDD:PheT, Phenylalanyl-tRNA synthetase beta subunit [Translation, ribosomal structure and biogenesis]" /inference="protein motif:COG:COG0072 Phenylalanyl-tRNA synthetase beta subunit; J Translation, ribosomal structure and biogenesis" /inference="protein motif:Gene3D:G3D.3.30.56.10 no description" /inference="protein motif:Gene3D:G3D.3.30.56.20 no description InterPro:IPR005147 tRNA synthetase, B5" /inference="protein motif:Gene3D:G3D.3.30.930.10 no description" /inference="protein motif:Gene3D:G3D.3.50.40.10 no description" /inference="protein motif:HMMPanther:PTHR10947 PHENYLALANYL-TRNA SYNTHETASE BETA CHAIN" /inference="protein motif:HMMPanther:PTHR10947:SF1 PHENYLALANYL-TRNA SYNTHETASE BETA CHAIN" /inference="protein motif:HMMPfam:PF03484 B5 InterPro:IPR005147 tRNA synthetase, B5" /inference="protein motif:HMMTigr:TIGR00471 pheT_arch:phenylalanyl-tRNA synthetase, be InterPro:IPR004531 Phenylalanyl-tRNA synthetase, beta subunit archae/euk cytosolic GO:Molecular Function:phenylalanine-tRNA ligase activity (GO:0004826), Molecular Function:ATP binding (GO:0005524), Cellular Component:cytoplasm (GO:0005737), Biological Process:phenylalanyl-tRNA aminoacylation (GO:0006432)" /inference="protein motif:superfamily:SSF46955 InterPro:IPR009061 Putative DNA binding" /inference="protein motif:superfamily:SSF46955 Putative DNA-binding domain InterPro:IPR009061 Putative DNA binding" /inference="protein motif:superfamily:SSF55681 Class II aaRS and biotin synthetases" /inference="protein motif:superfamily:SSF56037 B3/B4 domain of PheRS, PheT" /codon_start=1 /transl_table=11 /product="Phenylalanyl-tRNA synthetase, beta subunit (pheT_arch)" /protein_id="ACS33652.1" /translation="MPKFDVSKRDLERLVGKEFTVEEWEDLFLYAKCELDDVWEENGE IYFKADSKDTNRPDLWSAEGIARQIRWALGFRRGLPEYEVEKSDVTVYVDEKLKDIRP YGVYAIVECLKLDEEALKQMINLQEKVALTFGRRRREVAIGIFDFDKVKPPIYYRAAE KTEKFVPLGFEEELTLEEILEKHEKGREYGHLIKDKPYYPLLVDSEGKVLSMPPIINS ETTGRVTTETRNVFVDVTGWDLNKVMLALNVVVTALAERGGRIKSVKVVYPDFEIETP NLTPKSFEVELDYIRKLAGLDLSDGEIKDLLERMMYDVTLEDGKAKLLYPAFRDDIMH ARDVLEDVLIAYGYNEIEPEEPKLAVQGRGDKFIEFEDAVRELMVGFGLQEVMTFNLT NREAQYGKMNLEYGRDYFNNPPAELVEIENPISPKWSALRNWLLPSLLDFLSQNTHEE YPQRLFEVGKATLIDESRETKTVSESKLAVVLAQPRVTFTDTKEILDSVMRHLGFEYE LEEVEHPSFIPGRVGKVIVKGKAIGVIGEIHPSVLEKWGIEMPVAGFELFLRPLYTEP YL" gene complement(1094709..1095464) /gene="thyX" /locus_tag="TGAM_1151" /note="tg1151" CDS complement(1094709..1095464) /gene="thyX" /locus_tag="TGAM_1151" /EC_number="2.1.1.148" /inference="protein motif:CDD:THY1, Predicted alternative thymidylate synthase [Nucleotide transport and metabolism]" /inference="protein motif:CDD:Thy1, Thymidylate synthase complementing protein" /inference="protein motif:COG:COG1351 Predicted alternative thymidylate synthase; F Nucleotide transport and metabolism" /inference="protein motif:HMMPfam:PF02511 Thy1 InterPro:IPR003669 Thymidylate synthase complementing protein ThyX" /inference="protein motif:HMMTigr:TIGR02170 thyX:thymidylate synthase, flavin-dependent InterPro:IPR003669 Thymidylate synthase complementing protein ThyX" /inference="protein motif:superfamily:SSF69796 Thymidylate synthase-complementing protein Thy1 InterPro:IPR003669 Thymidylate synthase complementing protein ThyX" /codon_start=1 /transl_table=11 /product="Thymidylate synthase, flavin-dependent (thyX)" /protein_id="ACS33653.1" /translation="MEGIRVRLVNYTKKPLETVTWAALISYWDEWESKAFERMTENDV EMHLPRVLGYGHESILEHAVLTFSIEGCSRVCSHQLVRHRLASYTQQSMRYIKLNTDD VEETFLIPGSVKENPELYEKWRELMRKTLELYEESINAGVHQEDARFILPQAVRTKIV VTMNLRELKHFFGLRLCERAQWEIREVAWRMLEEIAKNDELRPIIRWAKLGPRCIQLG YCPERELMPPGCWKRTKEKWEGLVSNRSDDSSK" gene 1095709..1096656 /gene="argF" /locus_tag="TGAM_1152" /note="tg1152" CDS 1095709..1096656 /gene="argF" /locus_tag="TGAM_1152" /EC_number="2.1.3.3" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:ArgF, Ornithine carbamoyltransferase [Amino acid transport and metabolism]" /inference="protein motif:CDD:OTCace, Aspartate/ornithine carbamoyltransferase, Asp/Orn binding domain" /inference="protein motif:CDD:OTCace_N, Aspartate/ornithine carbamoyltransferase, carbamoyl-P binding domain" /inference="protein motif:CDD:PyrB, Aspartate carbamoyltransferase, catalytic chain [Nucleotide transport and metabolism]" /inference="protein motif:COG:COG0078 Ornithine carbamoyltransferase; E Amino acid transport and metabolism" /inference="protein motif:FPrintScan:PR00100 AOTCASE InterPro:IPR006130 Aspartate/ornithine carbamoyltransferase GO:Biological Process:amino acid metabolism (GO:0006520), Molecular Function:amino acid binding (GO:0016597), Molecular Function:carboxyl- and carbamoyltransferase activity (GO:0016743)" /inference="protein motif:FPrintScan:PR00102 OTCASE InterPro:IPR002292 Ornithine carbamoyltransferase GO:Molecular Function:ornithine carbamoyltransferase activity (GO:0004585), Biological Process:amino acid metabolism (GO:0006520), Cellular Component:ornithine carbamoyltransferase complex (GO:0009348)" /inference="protein motif:Gene3D:G3D.3.40.50.1370 no description" /inference="protein motif:HMMPanther:PTHR11405 ASPARTATE CARBAMOYLTRANSFERASE CATALYTIC CHAIN-RELATED" /inference="protein motif:HMMPanther:PTHR11405:SF15 ORNITHINE CARBAMOYLTRANSFERASE" /inference="protein motif:HMMPfam:PF00185 OTCace InterPro:IPR006131 Aspartate/ornithine carbamoyltransferase, Asp/Orn-binding region GO:Biological Process:amino acid metabolism (GO:0006520), Molecular Function:amino acid binding (GO:0016597), Molecular Function:carboxyl- and carbamoyltransferase activity (GO:0016743)" /inference="protein motif:HMMPfam:PF02729 OTCace_N InterPro:IPR006132 Aspartate/ornithine carbamoyltransferase, carbamoyl-P binding domain GO:Biological Process:amino acid metabolism (GO:0006520), Molecular Function:carboxyl- and carbamoyltransferase activity (GO:0016743)" /inference="protein motif:HMMPIR:PIRSF000416 Ornithine/aspartate carbamoyltransferase InterPro:IPR006130 Aspartate/ornithine carbamoyltransferase GO:Biological Process:amino acid metabolism (GO:0006520), Molecular Function:amino acid binding (GO:0016597), Molecular Function:carboxyl- and carbamoyltransferase activity (GO:0016743)" /inference="protein motif:HMMTigr:TIGR00658 orni_carb_tr:ornithine carbamoyltransfe InterPro:IPR002292 Ornithine carbamoyltransferase GO:Molecular Function:ornithine carbamoyltransferase activity (GO:0004585), Biological Process:amino acid metabolism (GO:0006520), Cellular Component:ornithine carbamoyltransferase complex (GO:0009348)" /inference="protein motif:ScanRegExp:PS00097 CARBAMOYLTRANSFERASE InterPro:IPR006130 Aspartate/ornithine carbamoyltransferase GO:Biological Process:amino acid metabolism (GO:0006520), Molecular Function:amino acid binding (GO:0016597), Molecular Function:carboxyl- and carbamoyltransferase activity (GO:0016743)" /inference="protein motif:superfamily:SSF53671 Aspartate/ornithine carbamoyltransferase" /codon_start=1 /transl_table=11 /product="Ornithine carbamoyltransferase (argF)" /protein_id="ACS33654.1" /translation="MVVSLAGRDLLCLQDFTREEIETILKTAEMMKIWNKIGKPHRVL EGKTLAMIFQKPSTRTRISFEVGIYQLGGYGLYLNANDLQLRRGETIADTARVLSRYV DGIMARVYAHKDVEDLAKYASVPVINGLSDFSHPCQALADYQTILEKKGRIQGLKVVY VGDGNNVAHSLMIAGTKLGANVVVATPEGYEPDERVIKWAEQNAAESGGSFELLHDPV KAVKDADVIYTDVWASMGQETEAEERRKIFKPFQVNKELVKHAKPDYIFMHCLPAHRG EEVTDDVIDSPNSVVFDQAENRLHAQKAVMALVMGGIKV" gene complement(1096682..1097431) /locus_tag="TGAM_1153" /note="tg1153" CDS complement(1096682..1097431) /locus_tag="TGAM_1153" /inference="protein motif:CDD:ElaC, Metal-dependent hydrolases of the beta-lactamase superfamily III [General function prediction only]" /inference="protein motif:CDD:PhnP, Metal-dependent hydrolases of the beta-lactamase superfamily I [General function prediction only]" /inference="protein motif:COG:COG1235 Metal-dependent hydrolases of the beta-lactamase superfamily I; R General function prediction only" /inference="protein motif:Gene3D:G3D.3.60.15.10 no description" /inference="protein motif:HMMPanther:PTHR13754 FAMILY NOT NAMED" /inference="protein motif:HMMPfam:PF00753 Lactamase_B InterPro:IPR001279 Beta-lactamase-like" /inference="protein motif:superfamily:SSF56281 Metallo-hydrolase/oxidoreductase" /note="Putative phnP homolog" /codon_start=1 /transl_table=11 /product="Metallo-beta-lactamase superfamily protein" /protein_id="ACS33655.1" /translation="MLVYFIGTGGSEGIPAHLCTCSTCTEARKFGFAQRRPSTLAVIT DNRKAVLFDVGTDIRDFLNVPLEAIFLTHWHHDHIYGLYKLRWMARGTVLYAPKGSAD ALILQDPKNLRPRILKPFDTLEVDTLKITTLKLNHGVETLGYLIEEDGKSVALLYDTK GLPEETQEFLEERAPLRLAIVDATYPPGFDDPYHNNVDEAAELGLRLAERTVLSHISH KNLPFLELTDYVRKRWGTRVLVAYDGMVFYV" gene complement(1097477..1097854) /locus_tag="TGAM_1154" /note="tg1154" CDS complement(1097477..1097854) /locus_tag="TGAM_1154" /inference="protein motif:COG:COG1708 Predicted nucleotidyltransferases; R General function prediction only" /inference="protein motif:Gene3D:G3D.3.30.460.10 no description" /inference="protein motif:HMMPfam:PF01909 NTP_transf_2 InterPro:IPR002934 DNA polymerase, beta-like region GO:Molecular Function:nucleotidyltransferase activity (GO:0016779)" /inference="protein motif:ProfileScan:PS50153 PAP InterPro:IPR001201 PAP/25A core GO:Molecular Function:nucleic acid binding (GO:0003676)" /inference="protein motif:superfamily:SSF81301 Nucleotidyltransferase" /codon_start=1 /transl_table=11 /product="Nucleotidyltransferase of the DNA polymerase beta family" /protein_id="ACS33656.1" /translation="MRSKEEVRSRLIRRGRERYLMIKNYRKYLPAIKRACEKVFGECE LYVFGSVLTGKFTAGSDVDLLIKVREAPQSLRERVKLEVRIEELAGLPEYHPFEFHIV DEKGFRRYVNVLKVKPVKVEQLL" gene complement(1097826..1098242) /locus_tag="TGAM_1155" /note="tg1155" CDS complement(1097826..1098242) /locus_tag="TGAM_1155" /inference="protein motif:CDD:COG2250, Uncharacterized conserved protein related to C-terminal domain of eukaryotic chaperone, SACSIN [Function unknown]" /inference="protein motif:CDD:DUF712, Protein of unknown function (DUF712)" /inference="protein motif:CDD:HEPN, Higher Eukarytoes and Prokaryotes Nucleotide-binding domain" /inference="protein motif:COG:COG2250 Uncharacterized conserved protein related to C-terminal domain of eukaryotic chaperone, SACSIN; S Function unknown" /inference="protein motif:HMMPfam:PF05168 HEPN InterPro:IPR007842 HEPN" /inference="protein motif:HMMSmart:SM00748 no description InterPro:IPR007842 HEPN" /inference="protein motif:ProfileScan:PS50910 HEPN InterPro:IPR007842 HEPN" /inference="protein motif:superfamily:SSF81593 Nucleotidyltransferase substrate binding subunit/domain" /note="Contains 1 HEPN" /codon_start=1 /transl_table=11 /product="Nucleotide-binding protein, putative" /protein_id="ACS33657.1" /translation="MHYEEVETLLRRSGDYLELANEAFEREKYDTAVFLAEQALQLYL KALIVKYSGVRLRTHSIRELLKGVGEALGAEDEVVEFVRQNRGLLRELEEAYTGARYE PRIYCEEDARDLMEFVLKVMDFVEGLVDAFERRSEE" gene 1098291..1098755 /locus_tag="TGAM_1156" /note="tg1156" CDS 1098291..1098755 /locus_tag="TGAM_1156" /inference="protein motif:BlastProDom:PD016199 Q9UZ40_PYRAB_Q9UZ40; InterPro:IPR002782 Protein of unknown function DUF82" /inference="protein motif:CDD:COG1656, Uncharacterized conserved protein [Function unknown]" /inference="protein motif:CDD:DUF82, Protein of unknown function DUF82" /inference="protein motif:COG:COG1656 Uncharacterized conserved protein; S Function unknown" /inference="protein motif:HMMPfam:PF01927 DUF82 InterPro:IPR002782 Protein of unknown function DUF82" /inference="protein motif:superfamily:SSF57802 Rubredoxin-like" /inference="protein motif:superfamily:SSF88723 PIN domain-like" /note="Belongs to DUF82 family" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein" /protein_id="ACS33658.1" /translation="MKFIADMMLGRLARWLRLYGHDTLYGIENDDEIIEVARKEGRVI LTKDVALARKAEKLGVKVFLLRSNSLEEQVEELKRLGVEFKELFPANARCPKCNGPIR AVPKEVVKGKVPSKVYENYNEFYVCENCGQIYWPGKQWREMLKIDRRLRDPR" gene 1098752..1099513 /locus_tag="TGAM_1157" /note="tg1157" CDS 1098752..1099513 /locus_tag="TGAM_1157" /inference="protein motif:BlastProDom:PD016917 Q8U2A9_PYRFU_Q8U2A9; InterPro:IPR002826 Protein of unknown function DUF115" /inference="protein motif:CDD:COG1634, Uncharacterized Rossmann fold enzyme [General function prediction only]" /inference="protein motif:CDD:DUF115, Protein of unknown function DUF115" /inference="protein motif:COG:COG1634 Uncharacterized Rossmann fold enzyme; R General function prediction only" /inference="protein motif:HMMPfam:PF01973 DUF115 InterPro:IPR002826 Protein of unknown function DUF115" /inference="protein motif:superfamily:SSF63999 Thiamin pyrophosphokinase, catalytic domain" /note="Belongs to DUF115 family. Contains 1 Thiamin pyrophosphokinase catalytic domain (SSF63999)" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein" /protein_id="ACS33659.1" /translation="MKWEDWKPFYLRIVREMGYSIEEDRKSAELLRELLLEGDEYILR EELEAVIGRKAYVFGAGPSLENALGEFDFSDGTLISADGATTALLEFGLIPDVIVTDL DGRIPDIKLANDRGSLLVVHAHGDNKDKLVSYVPFLSRILGTTQAEPLDIIYNFGGFT DGDRAAFLAEELGAREIVLVGFDFGEIVGKWSKPYLRRHSPVWESKRKKFEFARELLT WLEKNGRARIKMLIPSPTQKEGKEQQERGRSADAL" gene complement(1099442..1101091) /locus_tag="TGAM_1158" /note="tg1158" CDS complement(1099442..1101091) /locus_tag="TGAM_1158" /note="Some similarity with PAB0690; 1 probable transmembrane helix predicted by modhmm" /codon_start=1 /transl_table=11 /product="Hypothetical protein" /protein_id="ACS33660.1" /translation="MRWLAPLVALMLMLSSTFASALEFQYTIKGSSMDSFDPYYTLYS DNRVLIAGIYSKGLKNHLALIEVTPDGTAFGGEMLSISVEDGETINVNPLALHPILLK APTGYYLIVEAHSKKTEGFDGILILRLDDDLNVRWGELISAYVNKTYGGTSKLVRAHI YPRDAVLDGKYLYILAKLGKWAVVLKVSVDENVKPLYGKVLWARGIKVTFGLEPKEML VDGNRLYFISTNAETAIGGARIILTEMLTNGTVLSVLSYSHHRSQEGGHLLYASGIAR GGDGFYIIGTYETEINRTSVKFPAVIEIARNESPVWGKIVKEPGLVTNRFTVSGNSLY LGEIGTWVAGAKRFMGSVVLIEMDGSGWIKRALAYEPATFRSISLVRDIWAKEDTVIG TIGLTGSRSVILFAVNGDDPCWKNAELSEEDFELNFHSVDPRYYEISDVAFQVLSGVR AEKTELELKASQLCTGQNKETDTMSETRTQTSTTHSQHSTTSKRHSSSSSTSVTTTTS ATSLSGSSSSTESETSKGSEGICGPAAFLLLLPFLLGRRRN" gene 1101293..1101550 /locus_tag="TGAM_1159" /note="tg1159" CDS 1101293..1101550 /locus_tag="TGAM_1159" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein" /protein_id="ACS33661.1" /translation="MVQRGRPQAIERDLRVERTFVALEESKVLGFITLKPINEKALEI LWMQLGGSLEDGGSELNSSTSLRTGRGRGALSYCWSRRRAI" gene complement(1101670..1102977) /locus_tag="TGAM_1160" /note="tg1160" CDS complement(1101670..1102977) /locus_tag="TGAM_1160" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:COG1373, Predicted ATPase (AAA+ superfamily) [General function prediction only]" /inference="protein motif:COG:COG1373 Predicted ATPase (AAA+ superfamily); R General function prediction only" /inference="protein motif:Gene3D:G3D.1.10.10.10 no description InterPro:IPR011991 Winged helix repressor DNA-binding" /inference="protein motif:Gene3D:G3D.3.40.50.300 no description" /inference="protein motif:HMMSmart:SM00382 no description InterPro:IPR003593 AAA ATPase GO:Molecular Function:nucleotide binding (GO:0000166), Molecular Function:nucleoside-triphosphatase activity (GO:0017111)" /inference="protein motif:ProfileScan:PS51077 HTH_ICLR InterPro:IPR005471 Bacterial regulatory proteins, IclR GO:Molecular Function:DNA binding (GO:0003677), Biological Process:regulation of transcription, DNA-dependent (GO:0006355)" /inference="protein motif:superfamily:SSF46785 'Winged helix' DNA-binding domain" /inference="protein motif:superfamily:SSF52540 P-loop containing nucleoside triphosphate hydrolases" /note="Contains 2 HTH motives" /codon_start=1 /transl_table=11 /product="ATPase of the AAA superfamily, putative AsnC/Lrp family bacterial regulatory protein" /protein_id="ACS33662.1" /translation="MVQPDDFIVQHLVNIRNLLGAYNKPHKRMSYGDLSSKLTAYLEM GAPDTVLLLGIRGVGKTTLLAQLYFEAIKRTSPNNVLYLSLDRLRALGLELLEVINAY RRLVQPKKAVILLDEVQYERDWDLKLKLLHDEKRFLIIATGSSAIKLRESPDLARRAL HRELFPMTFREYYLLKTGREIPELMGRILRGQEVPMPPVTEDVELYVRAGSMPMILEM DEREVYERLSTMLDRVIYRDLRDVHEFDTETLDRAFDLLHLLATPKGERFSYEKLSKT LGLAKGTVIKLVDALEKAGLVQRISPCGSLSKARRKSPKIKFIAVPIKSALLFGSGFS LGKKDVFASLLEDTVAFYLFLLAKSRNGKLCYEPGKGGADFVLELGGEKIVIEVGLGK IQRKQVERSMDRLNARRGLVLGGKYELGERIVFYPWQTFIAGF" gene 1103092..1104276 /locus_tag="TGAM_1161" /note="tg1161" CDS 1103092..1104276 /locus_tag="TGAM_1161" /inference="protein motif:COG:COG0477 Permeases of the major facilitator superfamily; G Carbohydrate transport and metabolism" /inference="protein motif:HMMPanther:PTHR10074 DRUG EFFLUX TRANSPORTER-RELATED" /inference="protein motif:HMMPfam:PF07690 MFS_1 InterPro:IPR011701 Major facilitator superfamily MFS_1" /note="10 probable transmembrane helices predicted by modhmm" /codon_start=1 /transl_table=11 /product="Permease, major facilitator superfamily" /protein_id="ACS33663.1" /translation="MRWSEIPRGAKAYILYHTLITPGLIIWALFPLYLMETGYSILEV GAFFTAVNIATIPLTYLFGRLFNRWDIKKGLIAIDILDGVAYVMYGLAKGAIAPIMLF AGRAIEKLSTVLYPLYRAYEQIIYPEDKYEEIFAWHLRLPEISRLITFPIMGYLLGYV YPGPESYRRVFLLFGLFSAVTVAYIWFFLPSVGRKERITPEGFTFKAGEFKLLIAFET LFTLAWFLAPEIVLINYVVFVLHKTVFEVTLIACASSLASIIGTYASERVPKGKGFQA IGVGMLINAFYALVMALSPPFWLALVVYAVGDFGNTFWFPFYRSWMFKLIPKEKASEF HAAISSYRKLFGLFAPFVAGALASIHPTLPYAVSFGLFLMAGAMFAKLSRKRERGAPS PS" gene complement(1104273..1104836) /gene="nadM" /locus_tag="TGAM_1162" /note="tg1162" CDS complement(1104273..1104836) /gene="nadM" /locus_tag="TGAM_1162" /EC_number="2.7.7.1" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:CTP_transf_2, Cytidylyltransferase" /inference="protein motif:CDD:cytidylyltransferase_like, Cytidylyltransferase-like domain" /inference="protein motif:CDD:NadD, Nicotinic acid mononucleotide adenylyltransferase [Coenzyme metabolism]" /inference="protein motif:CDD:NadR, Nicotinamide mononucleotide adenylyltransferase [Coenzyme metabolism]" /inference="protein motif:CDD:NMNAT, This family contains the predominant bacterial/eukaryotic adenylyltransferases for nicotinamide-nucleotide and for the deamido form, nicotinate nucleotide" /inference="protein motif:CDD:NMNAT_Archaea, This family of archaeal proteins exhibits nicotinamide-nucleotide adenylyltransferase (NMNAT) activity utilizing the salvage pathway to synthesize NAD" /inference="protein motif:CDD:NMNAT_Nudix, This domain represents the N-terminal NMNAT (Nicotinamide/nicotinate mononucleotide adenylyltransferase) domain of a novel bifunctional enzyme endowed with NMN adenylyltransferase and #Nudix' hydrolase activities" /inference="protein motif:COG:COG1056 Nicotinamide mononucleotide adenylyltransferase; H Coenzyme transport and metabolism" /inference="protein motif:Gene3D:G3D.3.40.50.620 no description" /inference="protein motif:HMMPfam:PF01467 CTP_transf_2 InterPro:IPR004820 Cytidylyltransferase GO:Biological Process:biosynthesis (GO:0009058), Molecular Function:nucleotidyltransferase activity (GO:0016779)" /inference="protein motif:HMMTigr:TIGR00125 cyt_tran_rel:cytidyltransferase-rela InterPro:IPR004821 Cytidyltransferase-related" /inference="protein motif:HMMTigr:TIGR01527 arch_NMN_Atrans:nicotinamide-nucleot InterPro:IPR006418 Nicotinamide-nucleotide adenylyltransferase, archaeal type GO:Molecular Function:nicotinamide-nucleotide adenylyltransferase activity (GO:0000309), Cellular Component:cytoplasm (GO:0005737), Biological Process:NAD biosynthesis (GO:0009435)" /inference="protein motif:superfamily:SSF52374 Nucleotidylyl transferase" /codon_start=1 /transl_table=11 /product="Nicotinamide-nucleotide adenylyltransferase (nadM)" /protein_id="ACS33664.1" /translation="MKRGLFVGRFQPVHNGHMKALEFVFSQVDEVIIGIGSAQASHTL KNPFTTSERMEMLIRALDEAEFPKKRYYLIPLPDINFNAIWATYVVSMVPRFDVVFTG NSLVAQLFREKGYEVIVQPMFRKDILSATEIRKRMVEGKPWEELVPRSVAEFIREIKG CERIRMLATNLEKNEKELQAPIRIPEF" gene complement(1104837..1105616) /locus_tag="TGAM_1163" /note="tg1163" CDS complement(1104837..1105616) /locus_tag="TGAM_1163" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:BlastProDom:PD013834 O58212_PYRHO_O58212; InterPro:IPR002747 Protein of unknown function DUF62" /inference="protein motif:CDD:DUF62, Protein of unknown function DUF62" /inference="protein motif:COG:COG1912 Uncharacterized conserved protein; S Function unknown" /inference="protein motif:HMMPfam:PF01887 DUF62 InterPro:IPR002747 Protein of unknown function DUF62" /inference="protein motif:HMMPIR:PIRSF006779 Uncharacterised conserved protein InterPro:IPR002747 Protein of unknown function DUF62" /inference="protein motif:superfamily:SSF56968 Lipovitellin-phosvitin complex; beta-sheet shell regions" /note="Belongs to DUF62 family." /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein" /protein_id="ACS33665.1" /translation="MITLTTDFGLSSPYVGEMKVAMLRVNPDAKLVDVTHAVTRHSIL EGSFVMEQVVKYSPPGTVHVGVIDPGVGTERKAVVIEGDQWLVVPDNGLATLPLKHIN PRRAWGIDFGRIKRFTGWRISSTFHGRDVFGPAGALIEKGVSPEEFAEEIPLDSLVKL DIEPRKEGDLWVLKVIYIDDFGNVILNLEDYGKPEAVELLDFGLKIPYRETYGQVEPG ELLALPGSHDYLEIAVNQGSASERLDLGVGDVVRVKLIGGD" gene 1105672..1106208 /locus_tag="TGAM_1164" /note="tg1164" CDS 1105672..1106208 /locus_tag="TGAM_1164" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:BlastProDom:PD016584 YF77_PYRAB_Q9UYD1; InterPro:IPR002845 Protein of unknown function DUF127" /inference="protein motif:CDD:COG1303, Uncharacterized protein conserved in archaea [Function unknown]" /inference="protein motif:CDD:DUF127, Protein of unknown function DUF127" /inference="protein motif:COG:COG1303 Uncharacterized protein conserved in archaea; S Function unknown" /inference="protein motif:HMMPfam:PF01994 DUF127 InterPro:IPR002845 Protein of unknown function DUF127" /inference="protein motif:HMMPIR:PIRSF016123 Uncharacterised conserved protein InterPro:IPR002845 Protein of unknown function DUF127" /note="Belongs to DUF127 family" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein" /protein_id="ACS33666.1" /translation="MIVVLRLGHRPERDKRITTHVALTARAFGADKIIISADEDEHVR ESVEDVVRRWGGPFEIEFNPSWKKILREWRERGVIVHLTMYGVHIDDAMPKLKEELKA GKDFLIVVGAEKVPRDVYELAHYNVAIGNQPHSEVAALAVFLDRLLDGEGLRKEFEGA KLKIIPQERGKRVIQLDG" gene 1106214..1106783 /locus_tag="TGAM_1165" /note="tg1165" CDS 1106214..1106783 /locus_tag="TGAM_1165" /EC_number="2.7.8.-" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:PgsA, Phosphatidylglycerophosphate synthase [Lipid metabolism]" /inference="protein motif:COG:COG0558 Phosphatidylglycerophosphate synthase; I Lipid transport and metabolism" /inference="protein motif:HMMPanther:PTHR15362 PHOSPHATIDYLINOSITOL SYNTHASE" /inference="protein motif:HMMPfam:PF01066 CDP-OH_P_transf InterPro:IPR000462 CDP-alcohol phosphatidyltransferase GO:Biological Process:phospholipid biosynthesis (GO:0008654)" /inference="protein motif:HMMPIR:PIRSF029242 CDP-diacylglycerol--inositol 3-phosphatidyltransferase" /inference="protein motif:ProfileScan:PS50291 CDP_ALCOHOL_P_TRANS_2 InterPro:IPR000462 CDP-alcohol phosphatidyltransferase GO:Biological Process:phospholipid biosynthesis (GO:0008654)" /inference="protein motif:ScanRegExp:PS00379 CDP_ALCOHOL_P_TRANSF InterPro:IPR000462 CDP-alcohol phosphatidyltransferase GO:Biological Process:phospholipid biosynthesis (GO:0008654)" /note="4 probable transmembrane helices predicted by modhmm" /codon_start=1 /transl_table=11 /product="CDP-alcohol phosphatidyltransferase" /protein_id="ACS33667.1" /translation="MVLNRYRENVRGYLEAIVKPLAKAGLTPNAVTVIGLLLSLLSAY LYYLREPRLAALTLLIGSLVDALDGTLARLTGKTSRFGAFLDSTFDRISDGTVLFGIA LGSLADWRAAFLTFMGSYLVSYERCRAELAGSGKLAVGIAERAERLIILMLFSFLGAE YVRYGVYIVGILAWITVVQRFYVAYQRLK" gene complement(1106841..1107458) /locus_tag="TGAM_1166" /note="tg1166" CDS complement(1106841..1107458) /locus_tag="TGAM_1166" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:COG1913, Predicted Zn-dependent proteases [General function prediction only]" /inference="protein motif:COG:COG1913 Predicted Zn-dependent proteases; R General function prediction only" /inference="protein motif:Gene3D:G3D.3.40.390.10 no description" /inference="protein motif:HMMPanther:PTHR15910 FAMILY NOT NAMED" /inference="protein motif:HMMPanther:PTHR15910:SF1 SUBFAMILY NOT NAMED" /inference="protein motif:HMMPfam:PF07998 DUF1695 InterPro:IPR012962 Peptidase predicted, zinc-dependent" /inference="protein motif:ScanRegExp:PS00142 ZINC_PROTEASE InterPro:IPR006025 Peptidase M, neutral zinc metallopeptidases, zinc-binding site GO:Biological Process:proteolysis (GO:0006508), Molecular Function:metallopeptidase activity (GO:0008237), Molecular Function:zinc ion binding (GO:0008270)" /inference="protein motif:superfamily:SSF55486 Metalloproteases ('zincins'), catalytic domain" /codon_start=1 /transl_table=11 /product="Zinc metallopeptidase" /protein_id="ACS33668.1" /translation="MGATYIGNFMDKELIFDIFDRVNRYLVRSDLPVRFLYLGKLEVG PGYLINIPVGDTHVKGYPLEAVIEALYARLLQELNKDETFPMRRIFGLTTFPLVSRNR YFHMYDKFLGFQQEILGMKIMVLSMKPFESNNRELMVERIFKGVLHELGHSFDLDHCT GECVMNPPATLREWDERPPAYCPSCMRKLQGAVSAEIVLKKGRGR" gene complement(1107727..1110132) /gene="hef" /locus_tag="TGAM_1167" /note="tg1167" CDS complement(1107727..1110132) /gene="hef" /locus_tag="TGAM_1167" /inference="protein motif:CDD:COG1204, Superfamily II helicase [General function prediction only]" /inference="protein motif:CDD:COG1205, Distinct helicase family with a unique C-terminal domain including a metal-binding cysteine cluster [General function prediction only]" /inference="protein motif:CDD:DEAD, DEAD/DEAH box helicase" /inference="protein motif:CDD:DEADc, DEAD-box helicases" /inference="protein motif:CDD:DEXDc, DEAD-like helicases superfamily" /inference="protein motif:CDD:DEXHc, DEXH-box helicases" /inference="protein motif:CDD:ERCC4, ERCC4 domain" /inference="protein motif:CDD:Helicase_C, Helicase conserved C-terminal domain" /inference="protein motif:CDD:HELICc, Helicase superfamily c-terminal domain" /inference="protein motif:CDD:Lhr, Lhr-like helicases [General function prediction only]" /inference="protein motif:CDD:MPH1, ERCC4-like helicases [DNA replication, recombination, and repair]" /inference="protein motif:CDD:MUS81, ERCC4-type nuclease [DNA replication, recombination, and repair]" /inference="protein motif:CDD:SrmB, Superfamily II DNA and RNA helicases [DNA replication, recombination, and repair / Transcription / Translation, ribosomal structure and biogenesis]" /inference="protein motif:CDD:SSL2, DNA or RNA helicases of superfamily II [Transcription / DNA replication, recombination, and repair]" /inference="protein motif:COG:COG1111 ERCC4-like helicases; L Replication, recombination and repair" /inference="protein motif:Gene3D:G3D.1.10.150.70 no description" /inference="protein motif:Gene3D:G3D.3.40.50.300 no description" /inference="protein motif:HMMPanther:PTHR14025 FAMILY NOT NAMED" /inference="protein motif:HMMPanther:PTHR14025:SF1 SUBFAMILY NOT NAMED" /inference="protein motif:HMMPfam:PF00270 DEAD InterPro:IPR011545 DEAD/DEAH box helicase, N-terminal GO:Molecular Function:nucleic acid binding (GO:0003676), Molecular Function:helicase activity (GO:0004386), Molecular Function:ATP binding (GO:0005524)" /inference="protein motif:HMMPfam:PF00271 Helicase_C InterPro:IPR001650 Helicase, C-terminal GO:Molecular Function:nucleic acid binding (GO:0003676), Molecular Function:helicase activity (GO:0004386), Molecular Function:ATP binding (GO:0005524)" /inference="protein motif:HMMPfam:PF00633 HHH InterPro:IPR000445 Helix-hairpin-helix motif GO:Molecular Function:DNA binding (GO:0003677), Cellular Component:intracellular (GO:0005622)" /inference="protein motif:HMMPfam:PF02732 ERCC4 InterPro:IPR006166 ERCC4 GO:Molecular Function:nucleic acid binding (GO:0003676), Molecular Function:nuclease activity (GO:0004518), Biological Process:DNA metabolism (GO:0006259)" /inference="protein motif:HMMSmart:SM00278 no description InterPro:IPR003583 Helix-hairpin-helix DNA-binding, class 1 GO:Cellular Component:intracellular (GO:0005622), Molecular Function:sequence-specific DNA binding (GO:0043565)" /inference="protein motif:HMMSmart:SM00487 no description InterPro:IPR011545 DEAD/DEAH box helicase, N-terminal GO:Molecular Function:nucleic acid binding (GO:0003676), Molecular Function:helicase activity (GO:0004386), Molecular Function:ATP binding (GO:0005524)" /inference="protein motif:HMMSmart:SM00490 no description InterPro:IPR001650 Helicase, C-terminal GO:Molecular Function:nucleic acid binding (GO:0003676), Molecular Function:helicase activity (GO:0004386), Molecular Function:ATP binding (GO:0005524)" /inference="protein motif:ProfileScan:PS50120 HHH InterPro:IPR000445 Helix-hairpin-helix motif GO:Molecular Function:DNA binding (GO:0003677), Cellular Component:intracellular (GO:0005622)" /inference="protein motif:ProfileScan:PS50136 HELICASE InterPro:IPR001410 DEAD/DEAH box helicase GO:Molecular Function:ATP binding (GO:0005524), Molecular Function:ATP-dependent helicase activity (GO:0008026)" /inference="protein motif:superfamily:SSF52540" /inference="protein motif:superfamily:SSF52540 P-loop containing nucleoside triphosphate hydrolases" /inference="protein motif:superfamily:SSF52980 Restriction endonuclease-like" /codon_start=1 /transl_table=11 /product="Hef, Helicase-associated endonuclease for fork-structured DNA (Hef)" /protein_id="ACS33669.1" /translation="MSYLRRDLIEPRVYQEVIYARCKERNCLVVLPTGLGKTLIAMLI ADYRLSKYGGKVLFLAPTKPLAMQHAESFRRLFNLPPEKINVLTGELSPEKRAELWRK SVVVTATPQTVENDILTGRISLEDVVLLVVDEAHRAVGNYAYVFIAREYLKTAKHPLV LGLTASPGSDEEKIREIVENLGIERIEVRTESSPDVKPYVHRIAFEWVRVELPGIYRE VRKILREMLKDSLKPLADAGLVSSPSPDISKKEVLQAGSKINQAMAKGDYSAGYLKKH QAKAMKLHHAIELLETQGLTALRNYLKKLREDRSKSSRELMEDPRMRKVIYLLVQAKE LGLDHPKMEKLKDLIKKQLERKPDSKIIVFTNYRDTGKKIVEELRNLGVSAERFIGQA SRGTDRGMSQKEQKEVLDRFSRGEFNVLVATSVGEEGLDVPEVDLVVFYEPVPSAIRS IQRRGRTGRHRPGKVVILMAKGTRDEAYYWSSRRKEKGMFDAIKRVARELEKAQQKRG KIRERTKERVEMPSRSKITSLDAFLKVGKAKKAGGEVKETKESEKKNESQTPQIQEKR TAENRDKEIPIKPIFVKKPKGIVIYVDSRELRSGVPKILKELGAEIEVKTLDVADYVV SEEVGIERKSANDFIQSIIDGRLFDQVERLKRAYEKPVIIIEGELYGIRNVHPNAIRG AIASVTVDWGVPVLFSSGKEETAQFIYLLAKREQEERKKEVRLRSEKKALTLAERQRL IVEGLPNVSSTLAKRLLRHFGNVEKVFTATEEELKEVEGIGEKKAREIRKVITAPYVE DEG" gene complement(1110194..1110550) /locus_tag="TGAM_1168" /note="tg1168" CDS complement(1110194..1110550) /locus_tag="TGAM_1168" /note="2 probable transmembrane helices predicted by modhmm" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein" /protein_id="ACS33670.1" /translation="MKARTYLLLFILLALVDALTTWFGVRMGFVEANGVIAERLGSPT LFFGSYAFFTALGAGVIAVSIKLEKLNPAFKLVAVGMVVLKAIPAVNNVLLLAGISKS SVFLTTVEPLLKLASG" gene 1110587..1111162 /locus_tag="TGAM_1169" /note="tg1169" CDS 1110587..1111162 /locus_tag="TGAM_1169" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein" /protein_id="ACS33671.1" /translation="MLVRTYICRYMCMCTMVFSMGRGGWNMLLTRHAEERLVKRLTKR RNIKRVYLELWAFLDRSRRIDVNERVVIFTDGRKSLVCAKLDCERLSLDEIRERVEGL EGTYRCVFPDRRLARETVPVKFLSEIPDGVYCFYLNREKRSLYIGSEEPLLAITLRPA KREERALSENFIASLESAAGNEDDDKNQEPH" gene 1111110..1111592 /locus_tag="TGAM_1170" /note="tg1170" CDS 1111110..1111592 /locus_tag="TGAM_1170" /note="2 probable transmembrane helices predicted by modhmm" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein" /protein_id="ACS33672.1" /translation="MRVQLVMRTMIKTKSLIKARDRIVLWKLKITRAASYLSIANSFM ILFVFAKELYSVPWIALGFSFREFVGVTYALAVVGFMLLAELDWHFMFKREQSYALTR NPLLPAQCFMIEYLLQKAIEEGKICEKEAERVLSSLTLAGCDLPREEGRVSPRRAPPE " gene complement(1111522..1112196) /gene="scpA" /locus_tag="TGAM_1171" /note="tg1171" CDS complement(1111522..1112196) /gene="scpA" /locus_tag="TGAM_1171" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:COG1354, Uncharacterized conserved protein [Function unknown]" /inference="protein motif:CDD:DUF173, Uncharacterised ACR, COG1354" /inference="protein motif:COG:COG1354 Uncharacterized conserved protein; S Function unknown" /inference="protein motif:HMMPfam:PF02616 ScpA_ScpB InterPro:IPR003768 Prokaryotic chromosome segregation and condensation protein ScpA" /codon_start=1 /transl_table=11 /product="Prokaryotic chromosome segregation and condensation protein ScpA related protein (ScpA)" /protein_id="ACS33673.1" /translation="MESRFETEITPVDILLQLVKMGKVDPWNIDIVDLTEKYIKMLRE MRELDLRVSARAILAASILVRMKTEALLSEDEGEEEEKSEERIRVEVEPLAPPIRRSE RYYTFDDLIEALMDALEEAERRKPRKRKKDNIEEQVFVVDDFRVDIEKHVHRLHGIVV KLYRETGKPIRFWDLVFDPSPKIVARTFLYLLFLSNMGKVDLIQEEPFGEILVLPLEE DRSRPA" gene complement(1112199..1115777) /gene="smc1" /locus_tag="TGAM_1172" /note="tg1172" CDS complement(1112199..1115777) /gene="smc1" /locus_tag="TGAM_1172" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:BlastProDom:PD000006 SMC2_XENLA_P50533; InterPro:IPR003439 ABC transporter related GO:Molecular Function:ATP binding (GO:0005524), Molecular Function:ATPase activity (GO:0016887)" /inference="protein motif:CDD:ABC_Class2, ABC-type Class 2 contains systems involved in cellular processes other than transport" /inference="protein motif:CDD:ABC_SMC1_euk, Eukaryotic SMC1 proteins" /inference="protein motif:CDD:ABC_SMC2_euk, Eukaryotic SMC2 proteins" /inference="protein motif:CDD:ABC_SMC3_euk, Eukaryotic SMC3 proteins" /inference="protein motif:CDD:ABC_SMC4_euk, Eukaryotic SMC4 proteins" /inference="protein motif:CDD:ABC_SMC_barmotin, Barmotin is a tight junction-associated protein expressed in rat epithelial cells which is thought to have an important regulatory role in tight junction barrier function" /inference="protein motif:CDD:ABC_SMC_head, The structural maintenance of chromosomes (SMC) proteins are essential for successful chromosome transmission during replication and segregation of the genome in all organisms" /inference="protein motif:CDD:HOOK, HOOK protein" /inference="protein motif:CDD:RecF, Recombinational DNA repair ATPase (RecF pathway) [DNA replication, recombination, and repair]" /inference="protein motif:CDD:RecN, ATPase involved in DNA repair [DNA replication, recombination, and repair]" /inference="protein motif:CDD:SbcC, ATPase involved in DNA repair [DNA replication, recombination, and repair]" /inference="protein motif:CDD:Smc, Chromosome segregation ATPases [Cell division and chromosome partitioning]" /inference="protein motif:CDD:SMC_C, SMC family, C-terminal domain" /inference="protein motif:CDD:SMC_hinge, SMC proteins Flexible Hinge Domain" /inference="protein motif:CDD:SMC_N, RecF/RecN/SMC N terminal domain" /inference="protein motif:COG:COG1196 Chromosome segregation ATPases; D Cell cycle control, cell division, chromosome partitioning" /inference="protein motif:Gene3D:G3D.3.40.50.300 no description" /inference="protein motif:HMMPanther:PTHR18937 CHROMOSOME SEGREGATION SMC PROTEIN-RELATED" /inference="protein motif:HMMPanther:PTHR18937:SF35 CHROMOSOME SEGREGATION SMC PROTEIN" /inference="protein motif:HMMPfam:PF02463 SMC_N InterPro:IPR003395 SMC protein, N-terminal GO:Molecular Function:ATP binding (GO:0005524), Cellular Component:chromosome (GO:0005694), Biological Process:chromosome organization and biogenesis (GO:0051276)" /inference="protein motif:HMMPfam:PF02524 KID InterPro:IPR003900 RepA / Rep+ protein KID" /inference="protein motif:HMMPfam:PF06470 SMC_hinge InterPro:IPR010935 SMCs flexible hinge GO:Molecular Function:protein binding (GO:0005515), Molecular Function:ATP binding (GO:0005524), Cellular Component:chromosome (GO:0005694), Biological Process:chromosome organization and biogenesis (GO:0051276)" /inference="protein motif:HMMTigr:TIGR00650 MG442:GTP-binding conserved hypothetical InterPro:IPR005289 GTP-binding GO:Molecular Function:GTP binding (GO:0005525)" /inference="protein motif:HMMTigr:TIGR02169 SMC_prok_A:chromosome segregation protein InterPro:IPR011891 Chromosome segregation protein SMC, prokaryotic GO:Molecular Function:protein binding (GO:0005515), Molecular Function:ATP binding (GO:0005524), Cellular Component:chromosome (GO:0005694), Biological Process:chromosome organization and biogenesis (sensu Bacteria) (GO:0051277)" /inference="protein motif:ProfileScan:PS50083 SPEC_REPEAT InterPro:IPR002017 Spectrin repeat" /inference="protein motif:ProfileScan:PS50100 DA_BOX InterPro:IPR003439 ABC transporter related GO:Molecular Function:ATP binding (GO:0005524), Molecular Function:ATPase activity (GO:0016887)" /inference="protein motif:superfamily:SSF52540 P-loop containing nucleoside triphosphate hydrolases" /codon_start=1 /transl_table=11 /product="Chromosome segregation protein SMC (smc1)" /protein_id="ACS33674.1" /translation="MPYIEKIEMKGFKSYGNRKVVVPLSKGFTAIVGANGSGKSNIGD AVLFVLGGLSAKAMRATRISDLIFAGNRAEPPAKYAEVAMYFNNEDRGFPIDEDEVVI KRRVYPDGRSTYWLNGKRATRSEILDLLSAAMISPEGYNLVLQGDITKFIKMSPTERR LIIDEISGIAEYDAKKEKALDELKKAEENLARVDLLIKEVKKQLDKLEKERNDALRYL DLKEKVERARVALLLGEIKRLELLLEESMNKDSSIEGEIEKVEAELKALVKEIIAKER ELSGVERELEEKSEDGILEVTRRISEVKSRIEMAKRNIENARREIEEDQRRLSKAKEE LRKVSEEIEKSKNAIVRWKKRREKLLAEIKEKETVRNGLIVRLGEIDRSYAVAREDFD RVVKELEEAKKEMYTREAELEKFREEIERQRSLITRANLRRNALKESIAKLKSEIDEK RSELSNIDGKMARIEARIRKAEKELEEKNAKLKKIDPELAKAREELIKAEAQREARGN RAVEFLKKSKIPGLYGTLGELITVRDRKYALAVEVALGGNYDNVVVEDDRVAEKAIKL LKEKKLGRLTFLPLNKIKPRSMRERPSLGVPAMDVVQYDPRFKNAVAYALGDTLIVED MDEARSVGIGKVRMVTLGGELLERSGAITGGHYRPRGRLGINVDELKAKVERLERERE ALEAAVNSLKVEVNGLRNELFELRMRRSELSKDLQVAQREMERLLAEDRALGEEIETA EETIKKLEGRIEEYRGEIAKLRGRIERLERKREKLKRALENPEARELNAKIREVEGQI AKLKEELSRVESKLESLDSRINEELLPRKADLEEEIEGLINRINALQANIKENEEAIK RFESELEELKKAEESVKDELKELRERRERLRNEIAELREKKDELSSKLQELRIEANTL KIRIGQYEAELEEKRAELKHHDPKLVKSIKPNEIPEPEKLEELKERIEAMEEEIRSLE PVNMKAIEDFEVVERRYLELSSKREQVLAEKESIEEFIAEIEGQKREVFMKTLEAIAK NFSELFAKLSPGGSAKLILENPEDPFSGGLEIEAKPAGKDVKRIEAMSGGEKALTALA FVFAIQRYKPAPFYLFDEIDAHLDDANVKRVADLIKESSQSSQFIVITLRDVMMANAD KIIGVSMRNGISRVVSLSLEKAMKILEEARRRSDEEHREMFGHLEG" gene complement(1115938..1117626) /locus_tag="TGAM_1173" /note="tg1173" CDS complement(1115938..1117626) /locus_tag="TGAM_1173" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:COG3889, Predicted solute binding protein [General function prediction only]" /inference="protein motif:Gene3D:G3D.2.120.10.60 no description" /inference="protein motif:superfamily:SSF50998 Quinoprotein alcohol dehydrogenase-like InterPro:IPR011047 Quinonprotein alcohol dehydrogenase-like" /note="Contains quinoprotein alcohol dehydrogenase-like signature; 2 probable transmembrane helices predicted by modhmm" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein" /protein_id="ACS33675.1" /translation="MPGGGTMKRMFVFVGLLLILGTLIPAGKVIAEENTHWAKTYRGE CEDTARAVAIAPNGDIIVAGYTESFGAGYGDVWVLRLDSEGNVKWQKTYGGSDKDWAA AVAVADNGDVIVAGGTESFGAGKADVWVLRLDENGNVKWQKTYGGKGYDVARSVAIAE NGDIIVVGGTESFGAGKADVWVLRLDENGNVKWQKTYGGSSYDWGHAVAITDNGDVIV AGSTDSFGTHEDVLVLRLDTNGNVKWQKTYGGIRGDIAFAVAIAPNGDIIVTGHTKSF GDWDSDVWVLRLDGNGNVKWQKTYGGSSDDDAYSVAIAPNGDIIVVGRTWSFGAGEDD VWVLRLDENGNVEWQKTYGGSDEEEAYAVAVAPNGDIIVAGWNFGADLADVWVLRLPP DGSLSNLPRDSNAPVGDTTVQPGDFNASVKDSQAQVMDSQAVVQDSDATVTTVMSSET TSSTTTTTSPSQITTTTTITATHRTTTTTTHQTTTTHETTTTSKPTTTSSKTTTTPTT STAPIHTGTTTHKTTTTTTTSEGGGGTHICGPATIVGLVVITAAVSKIRRRKHQ" gene 1117802..1118044 /locus_tag="TGAM_1174" /note="tg1174" CDS 1117802..1118044 /locus_tag="TGAM_1174" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein" /protein_id="ACS33676.1" /translation="MMAMQILEVDIKLPYRERGSVLSRLLSKVSGRIKDIHFLPPDAT GMSEIRMELIGGKELVQELRKVVKIGKLSFKVLSEA" gene complement(1118056..1118814) /gene="gggPS" /locus_tag="TGAM_1175" /note="tg1175" CDS complement(1118056..1118814) /gene="gggPS" /locus_tag="TGAM_1175" /EC_number="2.5.1.41" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:BlastProDom:PD023404 PCRB_PYRFU_Q8U213; InterPro:IPR008206 PcrB-like, C-terminal" /inference="protein motif:CDD:COG1646, Predicted phosphate-binding enzymes, TIM-barrel fold [General function prediction only]" /inference="protein motif:CDD:PcrB, PcrB family" /inference="protein motif:CDD:PcrB_FMN, PcrB FMN-binding domain" /inference="protein motif:COG:COG1646 Predicted phosphate-binding enzymes, TIM-barrel fold; R General function prediction only" /inference="protein motif:Gene3D:G3D.3.20.20.90 no description" /inference="protein motif:Gene3D:G3D.3.40.50.1420 no description" /inference="protein motif:HMMPfam:PF01884 PcrB InterPro:IPR008205 PcrB-like protein" /inference="protein motif:HMMTigr:TIGR01768 GGGP-family:geranylgeranylglyceryl phosp" /inference="protein motif:HMMTigr:TIGR01769 GGGP:geranylgeranylglyceryl phosphate sy InterPro:IPR010946 Geranylgeranylglyceryl phosphate synthase" /inference="protein motif:ProfileScan:PS50264 FMN_ENZYMES InterPro:IPR003009 FMN/related compound-binding core" /inference="protein motif:superfamily:SSF51391 Thiamin phosphate synthase" /codon_start=1 /transl_table=11 /product="Geranylgeranylglyceryl phosphate synthase (GGGPS)" /protein_id="ACS33677.1" /translation="MLEIGKVERYIHEKLKKEKLHFVLLDPDDVSPETAGKIAEMSEA IGVDAIMVGGSTGAEGEVLDSVVRAIKESSSLPVILFPGSHGGISRYADAIFFMSLLN SRNPFFITGSQALGAFTVKRYGIEPIPMAYLIIEPGETVGWVGDAKPIPRHKPKIAAA YALAGQYLGMRLVYLEAGSGAPQPVPPEMIALVRKVIDVPLIVGGGIRTKEQARRAVE AGADIIVTGTAVEKAGSIEKARKKLEELNSGVKI" gene complement(1118863..1119060) /locus_tag="TGAM_1176" /note="tg1176" CDS complement(1118863..1119060) /locus_tag="TGAM_1176" /inference="protein motif:COG:COG2880 Uncharacterized protein conserved in archaea; S Function unknown" /inference="protein motif:HMMPfam:PF01954 DUF104 InterPro:IPR008203 Protein of unknown function DUF104" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein, DUF104 family" /protein_id="ACS33678.1" /translation="MGTVIEAVYDGTTFRPPKKVNLHKRAKVKVIVGETIWDLLEEIE GIPVEVNVEEVLEDVRERKRF" gene complement(1119062..1119499) /locus_tag="TGAM_1177" /note="tg1177" CDS complement(1119062..1119499) /locus_tag="TGAM_1177" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:BlastProDom:PD015467 Q9UYT5_PYRAB_Q9UYT5; InterPro:IPR002837 Protein of unknown function DUF123" /inference="protein motif:CDD:COG1833, Uncharacterized conserved protein [Function unknown]" /inference="protein motif:CDD:DUF123, Domain of unknown function DUF123" /inference="protein motif:COG:COG1833 Uncharacterized conserved protein; S Function unknown" /inference="protein motif:HMMPfam:PF01986 DUF123 InterPro:IPR002837 Protein of unknown function DUF123" /inference="protein motif:HMMSmart:SM00465 no description InterPro:IPR000305 Excinuclease ABC, C subunit, N-terminal GO:Molecular Function:nuclease activity (GO:0004518), Cellular Component:intracellular (GO:0005622), Biological Process:DNA repair (GO:0006281)" /note="Contains N-terminal domain of UvrC homology region" /codon_start=1 /transl_table=11 /product="Excinuclease ABC, C subunit related protein" /protein_id="ACS33679.1" /translation="MKGSYLLIIRLGEGKTVRTKGRTFELEPGYYVYVGSAMNSLEKR VARHFRREKKLHWHIDYLLSEAELLRAYLIPSEVKLEEDLSREVSRFGEAIPGFGAGD VKVSTNLYRFEDEPDEILRRILEELGLSWKIVKSQEEIMEIRW" gene 1119553..1119951 /locus_tag="TGAM_1178" /note="tg1178" CDS 1119553..1119951 /locus_tag="TGAM_1178" /inference="protein motif:CDD:COG4003, Uncharacterized protein conserved in archaea [Function unknown]" /inference="protein motif:COG:COG4003 Uncharacterized protein conserved in archaea; S Function unknown" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein" /protein_id="ACS33680.1" /translation="MLDMDEDREKRKPVDDFAWQEYDRDEFRKMFPALAKELEEGKGI GIDAYRSSVEEGEELAEPRNFAGYNPTVIDFLRRCETDDEALEIINWMESRGEITPEI AKELRITLAKKGVRAFGPKKEWGWYERHGR" gene 1119953..1121158 /gene="cpsA" /locus_tag="TGAM_1179" /note="tg1179" CDS 1119953..1121158 /gene="cpsA" /locus_tag="TGAM_1179" /EC_number="3.4.17.-" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:AbgB, Metal-dependent amidase/aminoacylase/carboxypeptidase [General function prediction only]" /inference="protein motif:CDD:ArgE, Acetylornithine deacetylase/Succinyl-diaminopimelate desuccinylase and related deacylases [Amino acid transport and metabolism]" /inference="protein motif:CDD:Peptidase_M20, Peptidase family M20/M25/M40" /inference="protein motif:COG:COG1473 Metal-dependent amidase/aminoacylase/carboxypeptidase; R General function prediction only" /inference="protein motif:Gene3D:G3D.3.40.630.10 no description" /inference="protein motif:HMMPfam:PF01546 Peptidase_M20 InterPro:IPR002933 Peptidase M20 GO:Biological Process:proteolysis (GO:0006508), Molecular Function:metallopeptidase activity (GO:0008237)" /inference="protein motif:HMMPfam:PF07687 M20_dimer InterPro:IPR011650 Peptidase dimerisation GO:Molecular Function:hydrolase activity (GO:0016787), Molecular Function:protein dimerization activity (GO:0046983)" /inference="protein motif:HMMTigr:TIGR01891 amidohydrolases:amidohydrolase InterPro:IPR010168 Peptidase M20D, amidohydrolase" /inference="protein motif:superfamily:SSF53187 Zn-dependent exopeptidases" /codon_start=1 /transl_table=11 /product="Thermostable carboxypeptidase (cpsA)" /protein_id="ACS33681.1" /translation="MPIERLIFSLLQSPLVVSMTFNPVFEAEKIKDLIISWRRDFHMY PELKYEEERTSKIVEEHLREWGYSIKRVGTGIIADIGDGEKTIALRADMDALPIQEEN DVPYKSRIPGKMHACGHDAHTAMLLGAGKIIAEHAEEFNGRVRLIFQPAEEGGNGAVK MIEGGALEGVNAIFGFHVWMDLPSGVIGIREGPFLAGAGIFSGKLVGKGGHGAAPHEA RDPLPALAELILAYQTIVSRNVDPIETGVVSVTSVHAGTAFNVIPEKAEFKGTFRFFK GEVGELIKRRMDEIARGVAIAHNLEYELSIDELTPPTINDPEMAGFARKVAEKYGLKY GEVPPTMGAEDFSFYLQRVPGAFLALGIRNEEKGIIYPHHHPKFDVDEDVLHLGTAME VALALEFLR" gene complement(1121151..1121993) /locus_tag="TGAM_1180" /note="tg1180" CDS complement(1121151..1121993) /locus_tag="TGAM_1180" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:Acetyltransf_1, Acetyltransferase (GNAT) family" /inference="protein motif:COG:COG0454 Histone acetyltransferase HPA2 and related acetyltransferases; K Transcription" /inference="protein motif:Gene3D:G3D.3.40.630.30 no description" /inference="protein motif:HMMPanther:PTHR10216 N-ACETYLTRANSFERASE" /inference="protein motif:HMMPfam:PF00583 Acetyltransf_1 InterPro:IPR000182 GCN5-related N-acetyltransferase GO:Molecular Function:N-acetyltransferase activity (GO:0008080)" /inference="protein motif:superfamily:SSF55729 Acyl-CoA N-acyltransferases (Nat)" /codon_start=1 /transl_table=11 /product="Acetyltransferase, GNAT family" /protein_id="ACS33682.1" /translation="MRVRLATLEDVHEIVEVHTADENLSGGIYDRYIRGGPWMATETL AIHLNNLLLDDQLVAVAELDGKIVGEVEVLFSEEPIGGKVRRIAHIDVIEVHPDYRGR GIGRALMEFVEGLARERGAEMSTTQPDEDAKGFYERLGFDVEVFGGRTVWIPAGKRAD DANIRPLEFSWEEVKNLQLVAGRFQSSYSMYFSAFKDNIAGIHYTVESGKAGESFYAF RNLPGRDGVALLLWGRIDDLGTVLGRAKALGFERVLTVLAEDLEVADTREVGRIEILA KELT" gene complement(1121968..1122711) /locus_tag="TGAM_1181" /note="tg1181" CDS complement(1121968..1122711) /locus_tag="TGAM_1181" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:Cof, Predicted hydrolases of the HAD superfamily [General function prediction only]" /inference="protein motif:CDD:COG1778, Low specificity phosphatase (HAD superfamily) [General function prediction only]" /inference="protein motif:COG:COG0561 Predicted hydrolases of the HAD superfamily; R General function prediction only" /inference="protein motif:Gene3D:G3D.3.40.50.1000 no description" /inference="protein motif:HMMTigr:TIGR01482 SPP-subfamily:Sucrose-phosphate phosph InterPro:IPR006378 Sucrose-phosphate phosphatase" /inference="protein motif:HMMTigr:TIGR01484 HAD-SF-IIB:HAD-superfamily hydrolase, InterPro:IPR006379 HAD-superfamily hydrolase subfamily IIB GO:Molecular Function:catalytic activity (GO:0003824), Biological Process:metabolism (GO:0008152)" /inference="protein motif:HMMTigr:TIGR01487 SPP-like:SPP-like hydrolase, Archaeal InterPro:IPR006382 SPP-like hydrolase, archaeal" /inference="protein motif:superfamily:SSF56784 HAD-like" /codon_start=1 /transl_table=11 /product="Sucrose-phosphate phosphatase, putative, HAD-superfamily hydrolase" /protein_id="ACS33683.1" /translation="MGKIKAISLDIDGTITYRDRTLSIDALKAIRLAERLGVPVMLVT GNSVPFAEAAAVFIGTSGPVIAEDGGALSLKGEGTMRKRVFLTDMDEEWILWSELKRR YPEAKLSYSTMERKAGLVVLRTVPVEAVREIIEELGLNLVAVDSGFAIHVKKPWINKG AGIEKACEYLGIKPSEVAHVGDGENDLDAFRVVGYRVAIAQAPESLKEKADYVTEKPY GDGGAEAIVHILRKFGYLGEGDEGSSGNP" gene complement(1122746..1123792) /locus_tag="TGAM_1182" /note="tg1182" CDS complement(1122746..1123792) /locus_tag="TGAM_1182" /EC_number="3.5.1.54" /inference="protein motif:CDD:AHS2, Allophanate hydrolase subunit 2" /inference="protein motif:COG:COG1984 Allophanate hydrolase subunit 2; E Amino acid transport and metabolism" /inference="protein motif:HMMPfam:PF02626 AHS2 InterPro:IPR003778 Allophanate hydrolase subunit 2" /inference="protein motif:HMMTigr:TIGR00724 urea_amlyse_rel:urea amidolyase homo InterPro:IPR003778 Allophanate hydrolase subunit 2" /codon_start=1 /transl_table=11 /product="Allophanate hydrolase subunit 2" /protein_id="ACS33684.1" /translation="MMRRSSRSSTKPNGGTKMIELLRVPSLLTVQDSGRKGYRKLGVP VSGYMDDYSARIANYLVGNPCDAPLLEFLLMGPTIKFNASAVFAVAGDVDVKLNGAPV DPWTSYWAKRGDVLEVGVLKSGLYGYIAFAGGIKCEKLLGSCSTYARANLGRPLSEGD KLTLGYAILTGKEGCRLPEELRPDYSAEEITVGVVLGPDLDHFTEEGVRMFLSEAYTI TPESDRMGYRLDGRTIEHSEKGAGIVTGPLVPGTVQVPPNGKPIVMMRDAQTTGGYAR IGVVSNAYLHRLAQLRPSFKVRFREMSVEDARNELFKKEKTLEAIRLFLEGRLRAYRI KAGEKSLIALAGKV" gene complement(1123734..1124432) /locus_tag="TGAM_1183" /note="tg1183" CDS complement(1123734..1124432) /locus_tag="TGAM_1183" /EC_number="3.5.1.54" /inference="protein motif:CDD:AHS1, Allophanate hydrolase subunit 1" /inference="protein motif:COG:COG2049 Allophanate hydrolase subunit 1; E Amino acid transport and metabolism" /inference="protein motif:HMMPfam:PF02682 AHS1 InterPro:IPR003833 Allophanate hydrolase subunit 1" /inference="protein motif:HMMTigr:TIGR00370 TIGR00370:conserved hypothetical protein T InterPro:IPR010016 Conserved hypothetical protein 370" /codon_start=1 /transl_table=11 /product="Allophanate hydrolase subunit 1" /protein_id="ACS33685.1" /translation="MGETMNFKPLGDSGLLISFGEVIDEETNDRVHALAGAIEKAGFE WLVEVVPSYSSLAVIYDAKLIDFEGVKQAIERIEFSAERFEGRLVEIPVLYGGEHGPD LEFVAEYNGLTPEEVIEIHSRPIYRVYFLGFLPGFAYLGGMDERIATPRLEKPRLKVP AGSVGIAGEQTGIYPIESPGGWRLIGRTPLRLFNPSRKPPTLLRPGDRVKFVPIDEEE FKELYKAEWGHEND" gene complement(1124417..1124560) /locus_tag="TGAM_1184" /note="tg1184" CDS complement(1124417..1124560) /locus_tag="TGAM_1184" /codon_start=1 /transl_table=11 /product="Hypothetical protein" /protein_id="ACS33686.1" /translation="MNTQKKAPKKENMEEFLRDLNSAFGAFTEDFDPRKIRKEWEREW VRP" gene complement(1124557..1125588) /gene="lamB" /locus_tag="TGAM_1185" /note="tg1185" CDS complement(1124557..1125588) /gene="lamB" /locus_tag="TGAM_1185" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:COG1540, Uncharacterized proteins, homologs of lactam utilization protein B [General function prediction only]" /inference="protein motif:CDD:LamB_YcsF, LamB/YcsF family" /inference="protein motif:COG:COG1540 Uncharacterized proteins, homologs of lactam utilization protein B; R General function prediction only" /inference="protein motif:HMMPfam:PF03746 LamB_YcsF InterPro:IPR005501 LamB/YcsF" /codon_start=1 /transl_table=11 /product="Lactam utilization related protein (lamB)" /protein_id="ACS33687.1" /translation="MSSPVFLAASITTSTLSFDGTSTLTFPALIRLSRKSLDSGSLTS STTFGVVKPSTSIPWMKMAVSITCMVQAPGKAFLDFRRNETGGSMRVDLNSDLGESFG RYTLGLDEEVMKYITSANVATGWHAGDPIVMRKTVRLAKEKGVAVGAHPGYPDLMGFG RRYMKLTPEEARNYVLYQIGALYAFTRAEGLELQHVKPHGALYNALVKEEELARAVIE GIADFDRNLIFVALSGSKPAQIAEEMGIKVAHEVFADRAYNPDGTLVPRSKPGAVIHD KEEIAERVVSMVKDGGVRAINGEWIELRADTICVHGDNPKAVEIARQVREVLEREGVK VVPMGEFLR" gene 1125383..1125886 /locus_tag="TGAM_1186" /note="tg1186" CDS 1125383..1125886 /locus_tag="TGAM_1186" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:COG1439, Predicted nucleic acid-binding protein, consists of a PIN domain and a Zn-ribbon module [General function prediction only]" /inference="protein motif:COG:COG1439 Predicted nucleic acid-binding protein, consists of a PIN domain and a Zn-ribbon module; R General function prediction only" /inference="protein motif:Gene3D:G3D.2.20.28.10 no description" /inference="protein motif:HMMPanther:PTHR12814 ART-4" /inference="protein motif:HMMSmart:SM00670 no description InterPro:IPR006596 Nucleotide binding protein, PINc" /inference="protein motif:superfamily:SSF57802 Rubredoxin-like" /inference="protein motif:superfamily:SSF88723 PIN domain-like" /codon_start=1 /transl_table=11 /product="Nucleotide binding protein, putative, containing PIN domain" /protein_id="ACS33688.1" /translation="MQVIDTAIFIQGIDVEGFTTPKVVEEVKDPESRLFLESLISAGK VKVLVPSKESVEVVMEAARKTGELNELSEADIEVLALAYELKATLLTDDYNLQNIAKT LGIPFKTLKRGIKRVIRWNYVCIGCGKRFSEMPPGGVCPDCGSPVRLIPKRRRRKKRR KKGQDQG" gene complement(1125877..1126857) /locus_tag="TGAM_1187" /note="tg1187" CDS complement(1125877..1126857) /locus_tag="TGAM_1187" /inference="protein motif:CDD:Ami_3, Ami_3 domain" /inference="protein motif:CDD:AmiC, N-acetylmuramoyl-L-alanine amidase [Cell envelope biogenesis, outer membrane]" /inference="protein motif:CDD:Amidase_3, N-acetylmuramoyl-L-alanine amidase" /inference="protein motif:COG:COG0860 N-acetylmuramoyl-L-alanine amidase; M Cell wall/membrane/envelope biogenesis" /inference="protein motif:HMMPfam:PF01520 Amidase_3 InterPro:IPR002508 Cell wall hydrolase/autolysin GO:Molecular Function:N-acetylmuramoyl-L-alanine amidase activity (GO:0008745), Biological Process:peptidoglycan catabolism (GO:0009253)" /inference="protein motif:HMMSmart:SM00646 no description InterPro:IPR002508 Cell wall hydrolase/autolysin GO:Molecular Function:N-acetylmuramoyl-L-alanine amidase activity (GO:0008745), Biological Process:peptidoglycan catabolism (GO:0009253)" /note="1 probable transmembrane helix predicted by modhmm" /codon_start=1 /transl_table=11 /product="Putative amidase, containing N-acetylmuramoyl-L-alanine amidase domain" /protein_id="ACS33689.1" /translation="MGMMKFRALFVAFLFLSALLWIPTTGASASNLSGYTICVDAGHG GKDPGAVGYVVEKDVNLAIALKVAQVLERDGARVVLTRNGDYFVTLSGRVQIANSADC DIFISIHANAGPSSASGFEVYHYYTSSRGKTLATYVDEEISKLIPLRNRGVKSAGFYV IKYTRMPAILIETGFVTNSYDASIISDEAYQWKYAYAILHGVQRYFGVPVHDPVPVVT GVRFADHGSYFRVVLDVSEKASYHVYYTYYSNGYHLVIQVDNAQLANLGWASYNGWYY TYTGSGTAPLIYATQSGNTVFIVVELNSPYLPYSDFVLSNPDRIVVDIYP" gene complement(1126986..1127519) /locus_tag="TGAM_1188" /note="tg1188" CDS complement(1126986..1127519) /locus_tag="TGAM_1188" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:Cmk, Cytidylate kinase [Nucleotide transport and metabolism]" /inference="protein motif:CDD:CMPK, Cytidine monophosphate kinase (CMPK) catalyzes the reversible phosphorylation of cytidine monophosphate (CMP) to produce cytidine diphosphate (CDP), using ATP as the preferred phosphoryl donor" /inference="protein motif:CDD:COG1936, Predicted nucleotide kinase (related to CMP and AMP kinases) [Nucleotide transport and metabolism]" /inference="protein motif:COG:COG1936 Predicted nucleotide kinase (related to CMP and AMP kinases); F Nucleotide transport and metabolism" /inference="protein motif:Gene3D:G3D.3.40.50.300 no description" /inference="protein motif:HMMPanther:PTHR12595 UNCHARACTERIZED" /inference="protein motif:HMMPanther:PTHR12595:SF4 UNCHARACTERIZED" /inference="protein motif:HMMPfam:PF01202 SKI InterPro:IPR000623 Shikimate kinase GO:Molecular Function:shikimate kinase activity (GO:0004765), Molecular Function:ATP binding (GO:0005524), Biological Process:amino acid biosynthesis (GO:0008652)" /inference="protein motif:superfamily:SSF52540 P-loop containing nucleoside triphosphate hydrolases" /codon_start=1 /transl_table=11 /product="Nucleotide kinase, shikimate kinase related" /protein_id="ACS33690.1" /translation="MIIAVTGTPGVGKTTVSKLLAEKLGYEYVSLRDYAIEKGIGEMK GDELEVEVDELTYNFERDFKGKNVVVDGHLSHFLNADLVVVLRAHPRLIGERLTERGY SREKVGENVEAELVDVILVEALEENENVIEVDTTGKTPEEVVNEILELIEKGVKKRVG VVDWSEVYDEVIPYLRL" gene 1127577..1128656 /locus_tag="TGAM_1189" /note="tg1189" CDS 1127577..1128656 /locus_tag="TGAM_1189" /inference="protein motif:CDD:COG1625, Fe-S oxidoreductase, related to NifB/MoaA family [Energy production and conversion]" /inference="protein motif:CDD:DUF512, Protein of unknown function (DUF512)" /inference="protein motif:COG:COG1625 Fe-S oxidoreductase, related to NifB/MoaA family; C Energy production and conversion" /inference="protein motif:HMMPfam:PF04055 Radical_SAM InterPro:IPR007197 Radical SAM GO:Molecular Function:catalytic activity (GO:0003824), Molecular Function:iron ion binding (GO:0005506)" /inference="protein motif:HMMPfam:PF04459 DUF512 InterPro:IPR007549 Protein of unknown function DUF512 GO:Molecular Function:zinc ion binding (GO:0008270)" /note="Contains 1 DUF512 domain in Cterm and 1 radical SAM domain in Nterm" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein" /protein_id="ACS33691.1" /translation="MYEFTEDFKLRRITKYELDGVDERDDLVVIPPSSKAGPCGSYCL FCYLRQNPPEMIYKVSFHDTLNDPELERRIAYVSEHYPELWIRVTDTAGNVGLDKKRI ESLWKAGLDEMQISVHTTKKERRIALMRSPLAGRLIDLLPLVAETFRVIADIILTPGY NVDDIGEIIEDLASMGVAEVRLFPVGVTRYNRDVRPLTRDELIFVKETALDVGRETGI RVVIPPIFKALLGEFRLDIGPFEIEPEMPTYILTGELAYPELRRIFPRIPVVAVKNEF FGGNIGTAGLLTGRDVLRTVEKLPEVDLGLILLPELMFYGDRTLDGFTREELVSRILV EKGYIVESALEPVEIPRVLEKVGAV" gene complement(1128799..1129197) /locus_tag="TGAM_1190" /note="tg1190" CDS complement(1128799..1129197) /locus_tag="TGAM_1190" /inference="protein motif:Gene3D:G3D.1.20.5.170 no description" /inference="protein motif:superfamily:SSF47598 Met repressor-like InterPro:IPR010985 Ribbon-helix-helix" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein" /protein_id="ACS33692.1" /translation="MKLTIKPDRGFGKIEIEIDEALWAEIERLAERYRVPPERVAEIA LIGEFGESKGELEELERKAEELEKRVWKLEKEYAPLRYKAYGLSEDNKILAIELSGLI AENNQLRRFLRLPLNRNIELRKLISYYLQG" gene complement(1129194..1129613) /locus_tag="TGAM_1191" /note="tg1191" CDS complement(1129194..1129613) /locus_tag="TGAM_1191" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein" /protein_id="ACS33693.1" /translation="MEGFAGVLHHLLRQEDRDGEEEEMSDVVIVLPREKFKSLKGKDI RALIERNLPKVEETLRAEREEFLREKIGKLEEKLREMEGQLNELREFYKKALRDKELM MAERDKLRKENEELRKRLDEKRSSGIVNDSFTERERR" gene complement(1129541..1130377) /locus_tag="TGAM_1192" /note="tg1192" CDS complement(1129541..1130377) /locus_tag="TGAM_1192" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:AlkA, 3-methyladenine DNA glycosylase/8-oxoguanine DNA glycosylase [DNA replication, recombination, and repair]" /inference="protein motif:CDD:ENDO3c, endonuclease III" /inference="protein motif:CDD:ENDO3c, endonuclease III; includes endonuclease III (DNA-(apurinic or apyrimidinic site) lyase), alkylbase DNA glycosidases (Alka-family) and other DNA glycosidases" /inference="protein motif:COG:COG0122 3-methyladenine DNA glycosylase/8-oxoguanine DNA glycosylase; L Replication, recombination and repair" /inference="protein motif:Gene3D:G3D.1.10.340.10 no description" /inference="protein motif:HMMPanther:PTHR10242 8-OXOGUANINE DNA GLYCOSYLASE" /inference="protein motif:HMMPanther:PTHR10242:SF1 8-OXOGUANINE DNA GLYCOSYLASE" /inference="protein motif:HMMPfam:PF00730 HhH-GPD InterPro:IPR003265 HhH-GPD GO:Biological Process:base-excision repair (GO:0006284)" /inference="protein motif:HMMSmart:SM00478 no description InterPro:IPR003265 HhH-GPD GO:Biological Process:base-excision repair (GO:0006284)" /inference="protein motif:superfamily:SSF48150 DNA-glycosylase InterPro:IPR011257 DNA glycosylase" /codon_start=1 /transl_table=11 /product="Base excision DNA repair protein, HhH-GPD superfamily" /protein_id="ACS33694.1" /translation="MIDLEKTAKEMIRNGTWAFRDGTFYQALRLGGGKARVVAYDGDF HFPEDWGRKERKEAKEKVTFVLGLDTDLDSFYAEISDSPFSFLIEEFYGLTMPASPSP YQALVEVIAQQQVNFDFAQRTIANLVKLAGEPVGELYAFPTAGKIASLGLEELKKARL GYRAGYIKSLTESYLKGELNLELWDWDIDEAIKYLTKFRGIGKWTAELFLAYGLRKNV YPAGDLGLRRGIAKIFDKKPKEVRERDVREIIEPYGKWKGLLAFYITCYDRKTEMERR KR" gene complement(1130364..1130984) /locus_tag="TGAM_1193" /note="tg1193" CDS complement(1130364..1130984) /locus_tag="TGAM_1193" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:COG2117, Predicted subunit of tRNA(5-methylaminomethyl-2-thiouridylate) methyltransferase, contains the PP-loop ATPase domain [Translation, ribosomal structure and biogenesis]" /inference="protein motif:COG:COG2117 Predicted subunit of tRNA(5-methylaminomethyl-2-thiouridylate) methyltransferase, contains the PP-loop ATPase domain; J Translation, ribosomal structure and biogenesis" /inference="protein motif:Gene3D:G3D.3.40.50.610 no description" /inference="protein motif:HMMPfam:PF01171 ATP_bind_3 InterPro:IPR011063 PP-loop" /inference="protein motif:superfamily:SSF52402 Adenine nucleotide alpha hydrolases-like" /codon_start=1 /transl_table=11 /product="ATPase, putative, PP-loop superfamily" /protein_id="ACS33695.1" /translation="MIAMKVHHLYSGGKDSSLAAWILSQLGYEVELVTVTFGLLDNWR YARETAERLGFPHRVLELPREILEKAGEIAISDGHPNNAIQFIHERALEALASLPEVE RVSDGTRRDDRVPLLDLPKARSLEDRFGVAYIRPLLGLGYKTIRELTGRLFVVEIRES EELQKADYEVELRHLLRERGIDPLEIFPKSHYQSRVLGWREDVDRP" gene 1131076..1131495 /locus_tag="TGAM_1194" /note="tg1194" CDS 1131076..1131495 /locus_tag="TGAM_1194" /inference="protein motif:BlastProDom:PD010559 Q8TUY0_METKA_Q8TUY0; InterPro:IPR001890 CRS1/YhbY GO:Molecular Function:molecular function unknown (GO:0005554)" /inference="protein motif:CDD:CRS1_YhbY, CRS1 / YhbY domain" /inference="protein motif:COG:COG1534 Predicted RNA-binding protein containing KH domain, possibly ribosomal protein; J Translation, ribosomal structure and biogenesis" /inference="protein motif:HMMPfam:PF01985 CRS1_YhbY InterPro:IPR001890 CRS1/YhbY GO:Molecular Function:molecular function unknown (GO:0005554)" /inference="protein motif:HMMTigr:TIGR00253 TIGR00253:conserved hypothetical protein T InterPro:IPR001890 CRS1/YhbY GO:Molecular Function:molecular function unknown (GO:0005554)" /inference="protein motif:superfamily:SSF75471 YhbY-like" /note="Contains CRS1 / YhbY domain" /codon_start=1 /transl_table=11 /product="RNA-binding protein, putative" /protein_id="ACS33696.1" /translation="MREMEKRLPGKVRRSLRARYYDIEPRAWIGKKGLAESVIEEINT QLEKDGVLKVEIRKGALISTGMDRKAIAEKVAELTDSELIDVRGKRFILFKPREGWER YLRRLERKASAERREKPVRKVRLDIANFRKKFRKGRD" gene 1131499..1131951 /gene="rps19E" /locus_tag="TGAM_1195" /note="tg1195" CDS 1131499..1131951 /gene="rps19E" /locus_tag="TGAM_1195" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:BlastProDom:PD003854 R19E_PYRHO_O59041; InterPro:IPR001266 Ribosomal protein S19e GO:Molecular Function:structural constituent of ribosome (GO:0003735), Cellular Component:intracellular (GO:0005622), Cellular Component:ribosome (GO:0005840), Biological Process:protein biosynthesis (GO:0006412)" /inference="protein motif:CDD:Ribosomal_S19e, Ribosomal protein S19e" /inference="protein motif:CDD:RPS19A, Ribosomal protein S19E (S16A) [Translation, ribosomal structure and biogenesis]" /inference="protein motif:COG:COG2238 Ribosomal protein S19E (S16A); J Translation, ribosomal structure and biogenesis" /inference="protein motif:Gene3D:G3D.1.10.10.360 no description InterPro:IPR000524 Bacterial regulatory protein GntR, HTH GO:Molecular Function:transcription factor activity (GO:0003700), Cellular Component:intracellular (GO:0005622), Biological Process:regulation of transcription, DNA-dependent (GO:0006355)" /inference="protein motif:HMMPanther:PTHR11710 40S RIBOSOMAL PROTEIN S19 FAMILY MEMBER" /inference="protein motif:HMMPanther:PTHR11710:SF2 30S RIBOSOMAL PROTEIN S19E" /inference="protein motif:HMMPfam:PF01090 Ribosomal_S19e InterPro:IPR001266 Ribosomal protein S19e GO:Molecular Function:structural constituent of ribosome (GO:0003735), Cellular Component:intracellular (GO:0005622), Cellular Component:ribosome (GO:0005840), Biological Process:protein biosynthesis (GO:0006412)" /inference="protein motif:ScanRegExp:PS00628 RIBOSOMAL_S19E InterPro:IPR001266 Ribosomal protein S19e GO:Molecular Function:structural constituent of ribosome (GO:0003735), Cellular Component:intracellular (GO:0005622), Cellular Component:ribosome (GO:0005840), Biological Process:protein biosynthesis (GO:0006412)" /inference="protein motif:superfamily:SSF46785 'Winged helix' DNA-binding domain" /codon_start=1 /transl_table=11 /product="SSU ribosomal protein S19E (rps19E)" /protein_id="ACS33697.1" /translation="MATVYDVPGDLLVERVAQKLKEIEEIKPPEWAPFVKTGRHKERL PEQEDWWYYRVASILRKVYIDGPVGIERLRTWYGGRKNRGHAPEHFYKAGGSIIRKAL QQLEAAGFVQKVPGEGRVITPKGQSFLDKIATELKKELEEQIPELKKY" gene 1132024..1132362 /locus_tag="TGAM_1196" /note="tg1196" CDS 1132024..1132362 /locus_tag="TGAM_1196" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:BlastProDom:PD008148 YA87_PYRFU_Q8U1W7; InterPro:IPR002836 DNA-binding TFAR19-related protein" /inference="protein motif:CDD:COG2118, DNA-binding protein [General function prediction only]" /inference="protein motif:CDD:dsDNA_bind, Double-stranded DNA-binding domain" /inference="protein motif:COG:COG2118 DNA-binding protein; R General function prediction only" /inference="protein motif:Gene3D:G3D.1.10.1190.10 no description" /inference="protein motif:HMMPanther:PTHR10840 TF-1 CELL APOPTOSIS RELATED GENE-19 PROTEIN-RELATED InterPro:IPR002836 DNA-binding TFAR19-related protein" /inference="protein motif:HMMPanther:PTHR10840:SF2 TF-1 CELL APOPTOSIS RELATED GENE-19 PROTEIN-RELATED" /inference="protein motif:HMMPfam:PF01984 dsDNA_bind InterPro:IPR002836 DNA-binding TFAR19-related protein" /inference="protein motif:HMMPIR:PIRSF015730 DNA-binding protein, TFAR19 type InterPro:IPR002836 DNA-binding TFAR19-related protein" /inference="protein motif:superfamily:SSF46950 Hypothetical protein MTH1615 InterPro:IPR002836 DNA-binding TFAR19-related protein" /note="Putative DNA double-stranded binding protein" /codon_start=1 /transl_table=11 /product="DNA-binding protein, TFAR19-related" /protein_id="ACS33698.1" /translation="MAEDIEEIRKRKLMELQKRYLEQQKAQEEAIKREMELQAQIDAI MRKILTPDARERLGRVKLVKPELARQVELVLVQLYQAGQIREPIDDAKLKKILAQIDA RTRREFRIKW" gene 1132356..1132658 /locus_tag="TGAM_1197" /note="tg1197" CDS 1132356..1132658 /locus_tag="TGAM_1197" /experiment="gene product confirmed by mass spectrometry" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein" /protein_id="ACS33699.1" /translation="MVADGEEMEIKRIIEILDEKGEVSLETWKAISVKNNRDGTVDIL YRNLHLGSDDDPVFLWIYANVVNDGDEDVRVLERITFKREDLAWILRYVPAKKGGK" gene 1132712..1133614 /gene="tfb-2" /locus_tag="TGAM_1198" /note="tg1198" CDS 1132712..1133614 /gene="tfb-2" /locus_tag="TGAM_1198" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:CYCLIN, Cyclin box fold" /inference="protein motif:CDD:SUA7, Transcription initiation factor TFIIIB, Brf1 subunit/Transcription initiation factor TFIIB [Transcription]" /inference="protein motif:CDD:TFIIB, Transcription factor TFIIB repeat" /inference="protein motif:COG:COG1405 Transcription initiation factor TFIIIB, Brf1 subunit/Transcription initiation factor TFIIB; K Transcription" /inference="protein motif:FPrintScan:PR00685 TIFACTORIIB InterPro:IPR000812 Transcription factor TFIIB related" /inference="protein motif:Gene3D:G3D.1.10.472.10 no description InterPro:IPR013763 Cyclin-related" /inference="protein motif:Gene3D:G3D.2.20.25.10 no description" /inference="protein motif:HMMPanther:PTHR11618 TRANSCRIPTION INITIATION FACTOR IIB InterPro:IPR000812 Transcription factor TFIIB related" /inference="protein motif:HMMPanther:PTHR11618:SF4 TRANSCRIPTION INITIATION FACTOR IIB" /inference="protein motif:HMMPfam:PF00382 TFIIB InterPro:IPR013150 Transcription factor TFIIB, cyclin-related" /inference="protein motif:HMMPfam:PF08271 TFIIB_Zn_Ribbon InterPro:IPR013137 Zinc finger, TFIIB-type" /inference="protein motif:HMMSmart:SM00385 no description InterPro:IPR006670 Cyclin" /inference="protein motif:ProfileScan:PS51134 ZF_TFIIB InterPro:IPR013137 Zinc finger, TFIIB-type" /inference="protein motif:ScanRegExp:PS00782 TFIIB InterPro:IPR000812 Transcription factor TFIIB related" /inference="protein motif:superfamily:SSF47954 Cyclin-like InterPro:IPR011028 Cyclin-like" /inference="protein motif:superfamily:SSF57783 Zinc beta-ribbon" /codon_start=1 /transl_table=11 /product="Transcription initiation factor TFIIB (tfb)" /protein_id="ACS33700.1" /translation="MSKKRVCPICGSTEFIYDPSRGEVVCKVCGYVIEENVVDMGPEW RAFDASQREKRARAGAPESILLHDKGLSTDIGIDRSLTGLMREKMYRLRKWQSRLRVS DAAERNLAFALSELDRLASNLRLPRHVEEEAARLYREAVRKGLIRGRSIESVIAACVY AACRLLKIPRTLDEIAEVSRVDKKEIGRSFRFIARHLNLTPKKLFVKPTDYVSKFADE LGLSEKVRRRAIELLEEAYEKGLTSGKSPAGLVAAALYIAGIMEGERRTQREVAEVAR VTEVTVRNRYKELIEKLNLKVPIS" gene complement(1133615..1134634) /gene="fen" /locus_tag="TGAM_1199" /note="tg1199" CDS complement(1133615..1134634) /gene="fen" /locus_tag="TGAM_1199" /EC_number="3.1.-.-" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:Exo, 5'-3' exonuclease (including N-terminal domain of PolI) [DNA replication, recombination, and repair]" /inference="protein motif:CDD:XPG, Xeroderma pigmentosum G N- and I-regions (XPGN, XPGI)" /inference="protein motif:CDD:XPG_I, XPG I-region" /inference="protein motif:CDD:XPGI, Xeroderma pigmentosum G I-region; domain in nucleases" /inference="protein motif:CDD:XPGN, Xeroderma pigmentosum G N-region; domain in nucleases" /inference="protein motif:COG:COG0258 5-3 exonuclease (including N-terminal domain of PolI); L Replication, recombination and repair" /inference="protein motif:FPrintScan:PR00853 XPGRADSUPER InterPro:IPR006084 DNA repair protein (XPGC)/yeast Rad GO:Molecular Function:nuclease activity (GO:0004518), Biological Process:DNA repair (GO:0006281)" /inference="protein motif:Gene3D:G3D.3.40.50.1010 no description" /inference="protein motif:HMMPanther:PTHR11081 ENDO/EXO NUCLEASE" /inference="protein motif:HMMPanther:PTHR11081:SF14 RAD2-RELATED" /inference="protein motif:HMMPfam:PF00752 XPG_N InterPro:IPR006085 XPG N-terminal GO:Molecular Function:nuclease activity (GO:0004518), Biological Process:DNA repair (GO:0006281)" /inference="protein motif:HMMPfam:PF00867 XPG_I InterPro:IPR006086 XPG I GO:Molecular Function:nuclease activity (GO:0004518), Biological Process:DNA repair (GO:0006281)" /inference="protein motif:HMMSmart:SM00279 no description InterPro:IPR008918 Helix-hairpin-helix motif, class 2" /inference="protein motif:HMMSmart:SM00484 no description InterPro:IPR006086 XPG I GO:Molecular Function:nuclease activity (GO:0004518), Biological Process:DNA repair (GO:0006281)" /inference="protein motif:HMMSmart:SM00485 no description InterPro:IPR006085 XPG N-terminal GO:Molecular Function:nuclease activity (GO:0004518), Biological Process:DNA repair (GO:0006281)" /inference="protein motif:ProfileScan:PS50182 53EXO_N_DOMAIN InterPro:IPR000513 5'3'-Exonuclease N- and I-domain GO:Molecular Function:DNA binding (GO:0003677), Molecular Function:nuclease activity (GO:0004518)" /inference="protein motif:ProfileScan:PS50183 53EXO_I_DOMAIN InterPro:IPR000513 5'3'-Exonuclease N- and I-domain GO:Molecular Function:DNA binding (GO:0003677), Molecular Function:nuclease activity (GO:0004518)" /inference="protein motif:ScanRegExp:PS00841 XPG_1 InterPro:IPR006085 XPG N-terminal GO:Molecular Function:nuclease activity (GO:0004518), Biological Process:DNA repair (GO:0006281)" /inference="protein motif:superfamily:SSF47807 5' to 3' exonuclease, C-terminal subdomain InterPro:IPR008918 Helix-hairpin-helix motif, class 2" /inference="protein motif:superfamily:SSF88723 PIN domain-like" /codon_start=1 /transl_table=11 /product="Flap structure-specific endonuclease (fen)" /protein_id="ACS33701.1" /translation="MGVQIGELVPRKEIELENLYGKKVAIDAFNAMYQFLSTIRQRDG TPLMDSKGRITSHLSGFFYRTINLMEAGIKPAYVFDGEPPAFKKKELEKRREAREEAE EKWHEALERGEIEEAKKYAMRATKLNETLIEDAKKLLGLMGVPVVQAPSEGEAQAAYM AAKKRVYASASQDYDSLLFGAPRLVRNLTITGRRKLPGKNVYVEVKPELIVLEEVLRE LGIDREKLIELAILVGTDYNPGGIKGIGPKKALTIVKRSKDPLKKYQKDSDVDLYAIK EFFLNPPVTDDYELKWREPDEEGILKFLCDEHDFSEERVKNGLERLKKAVKAGKQRTL ESWFR" gene complement(1134734..1135201) /locus_tag="TGAM_1200" /note="tg1200" CDS complement(1134734..1135201) /locus_tag="TGAM_1200" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:COG3431, Predicted membrane protein [Function unknown]" /inference="protein motif:COG:COG3431 Predicted membrane protein; S Function unknown" /note="2 probable transmembrane helices predicted by modhmm" /codon_start=1 /transl_table=11 /product="Conserved hypothetical membrane protein" /protein_id="ACS33702.1" /translation="MGVRMVRRHHDIGTFENLLLKWLGMLFDMVVIGLATITMGYVVY MMFHLVTDTIHALHVEDVLHQIVLVIIFLEIFELLTMYVKEHHVSMRNVVELGVLAMV RKIIITPDYNQLGWQTLFGMAALIFVMGWIYVQERQRRTKHEEFLITHGIKKV" gene 1135410..1136801 /gene="acdA-5" /locus_tag="TGAM_1201" /note="tg1201" CDS 1135410..1136801 /gene="acdA-5" /locus_tag="TGAM_1201" /EC_number="6.2.1.13" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:CoA_binding, CoA binding domain" /inference="protein motif:CDD:COG1042, Acyl-CoA synthetase (NDP forming) [Energy production and conversion]" /inference="protein motif:CDD:COG1832, Predicted CoA-binding protein [General function prediction only]" /inference="protein motif:CDD:SucD, Succinyl-CoA synthetase, alpha subunit [Energy production and conversion]" /inference="protein motif:COG:COG1042 Acyl-CoA synthetase (NDP forming); C Energy production and conversion" /inference="protein motif:Gene3D:G3D.3.40.50.261 no description" /inference="protein motif:Gene3D:G3D.3.40.50.720 no description" /inference="protein motif:HMMPanther:PTHR11117 SUCCINYL-COA SYNTHETASE-RELATED" /inference="protein motif:HMMPfam:PF02629 CoA_binding InterPro:IPR003781 CoA-binding" /inference="protein motif:superfamily:SSF51735 NAD(P)-binding Rossmann-fold domains" /inference="protein motif:superfamily:SSF52210 Succinyl-CoA synthetase domains" /codon_start=1 /transl_table=11 /product="Acetyl-CoA synthetase (ADP forming), alpha chain (acdA)" /protein_id="ACS33703.1" /translation="MVDPNIEALFKPKSIAVIGASEKPGKIGYAIMKNLVEYGYEGKI YPVNIKGVEIKIGNRVFKSYKSILDVPDEVDMAVIVVPAKFVPQVVEECGKKGVKVLP IISSGFGELGPEGKKIEQQLVETAHKYGMRILGPNIFGVVYTPEKLNATFGPTDVMPG KLALISQSGALGIALMGWTILEKVGLSAVVSIGNKSDIDDADLLEYFETDENTKAILI YMEGVKDGRRFMEVAKKVSKVKPIVIIKAGRSERGAKAAASHTGSLAGSDKIYDAAFK QAGIIRALTIGEAFDYARTLSNLPEPAGENLVILTNGGGIGVMATDAAEEAGLHLYDD LDELKVFSNYMPPFGSYKNPVDLTGMAGAESYEGAIKAALEHPEMHSIAVLYCQTAVL DPRDLADIVIREYNASGRKKPLVVAIVGGIEAKEAIDRLNEEGIPAYPEPERAIKALA ALYRWSRWKARGR" gene 1136862..1137650 /locus_tag="TGAM_1202" /note="tg1202" CDS 1136862..1137650 /locus_tag="TGAM_1202" /experiment="gene product confirmed by mass spectrometry" /note="2 probable transmembrane helices predicted by modhmm" /codon_start=1 /transl_table=11 /product="Hypothetical protein" /protein_id="ACS33704.1" /translation="MAGHLRIMGVLVFLIGLLLTATYSRPNCSGIACTSPGFPVLELS EYRVENGGSVDAYVLAFEGNCSGKVHSVFSNKGNVRFQRKGPVYVADRMEHFEAFYVP GCRGNLTVYTVKTYLSNVTRPNVTYDIGGYLFLGDYSLPLREFYMRISGRVNPRVTTR LELSLAENFGTYEATYLNGTLHLGDVLYQRSLEGILVKNGTLVREMVVYDNPAPYLRF KNCVEHYNETLEACRASGSPEYQLPLGLGLMLAGIALFAYGMKF" gene 1137674..1138390 /locus_tag="TGAM_1203" /note="tg1203" CDS 1137674..1138390 /locus_tag="TGAM_1203" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:ApaH, Diadenosine tetraphosphatase and related serine/threonine protein phosphatases [Signal transduction mechanisms]" /inference="protein motif:CDD:COG0622, Predicted phosphoesterase [General function prediction only]" /inference="protein motif:COG:COG0639 Diadenosine tetraphosphatase and related serine/threonine protein phosphatases; T Signal transduction mechanisms" /inference="protein motif:Gene3D:G3D.3.60.21.10 no description" /inference="protein motif:HMMPfam:PF00149 Metallophos InterPro:IPR004843 Metallophosphoesterase GO:Molecular Function:hydrolase activity (GO:0016787)" /inference="protein motif:HMMPIR:PIRSF000883 Predicted phosphoesterase, MJ0912 type InterPro:IPR011152 Phosphoesterase MJ0912" /inference="protein motif:ProfileScan:PS50185 PHOSPHO_ESTER InterPro:IPR004843 Metallophosphoesterase GO:Molecular Function:hydrolase activity (GO:0016787)" /inference="protein motif:superfamily:SSF56300 Metallo-dependent phosphatases" /note="Contains 1 calcineurin-like phosphoesterase domain" /codon_start=1 /transl_table=11 /product="Metallophosphoesterase, MJ0912 type" /protein_id="ACS33705.1" /translation="MVALIIALISDIHSNLEALEAVWNEIKDADAFLCMGDLIGYGAS PNEVVDFVRRQMERRTFLCVRGNHDNAIAFGADWGFNPYARQAVRWHQRVMTIENLEF LRRLPVRQLFEDDTGRSYILIHGSPRAPLDEYLFPWLPESEFKAVLSYVRQDDLLVGH THVPMLKVIEGRRIINPGSVGQPRDGNWRASYAIIDTEREPPDNIEFHRVEYDVEEAA RKIIEAGLPMFLANRLFEGY" gene complement(1138387..1138671) /locus_tag="TGAM_1204" /note="tg1204" CDS complement(1138387..1138671) /locus_tag="TGAM_1204" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:COG:COG1873 Uncharacterized conserved protein; S Function unknown" /inference="protein motif:HMMPfam:PF05239 PRC InterPro:IPR007903 PRC-barrel" /inference="protein motif:superfamily:SSF50346 Photosynthetic reaction centre, H-chain, cytoplasmic domain InterPro:IPR011033 Photosynthetic reaction centre, H-chain, cytoplasmic" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein, containing PRC-barrel domain" /protein_id="ACS33706.1" /translation="MVKILASKLRDVELITDTGIRLGWVYDLSFDEKTGELLVIVAEP DEDLDTSEFVTDHEGLLLIPVSAVRSIGEVIIIDSSKLAVKSKLRGIRHR" gene complement(1138785..1139513) /locus_tag="TGAM_1205" /note="tg1205" CDS complement(1138785..1139513) /locus_tag="TGAM_1205" /inference="protein motif:BlastProDom:PD000006 Q8TLI9_METAC_Q8TLI9; InterPro:IPR003439 ABC transporter related GO:Molecular Function:ATP binding (GO:0005524), Molecular Function:ATPase activity (GO:0016887)" /inference="protein motif:CDD:ABC_ATPase, ABC (ATP-binding cassette) transporter nucleotide-binding domain" /inference="protein motif:CDD:ABC_BcrA_bacitracin_resist, The BcrA subfamily represents ABC transporters involved in peptide antibiotic resistance" /inference="protein motif:CDD:ABC_Carb_Monos_I, This family represents the domain I of the carbohydrate uptake proteins that transport only monosaccharides (Monos)" /inference="protein motif:CDD:ABC_Carb_Monos_II, This family represents domain II of the carbohydrate uptake proteins that transport only monosaccharides (Monos)" /inference="protein motif:CDD:ABC_Carb_Solutes_like, ABC Carbohydrate and Solute Transporters-like subgroup" /inference="protein motif:CDD:ABC_CcmA_heme_exporter, CcmA, the ATP-binding component of the bacterial CcmAB transporter" /inference="protein motif:CDD:ABC_Class3, This class is comprised of all BPD (Binding Protein Dependent) systems that are largely represented in archaea and eubacteria and are primarily involved in scavenging solutes from the environment" /inference="protein motif:CDD:ABC_cobalt_CbiO_domain1, Domain I of the ABC component of a cobalt transport family found in bacteria, archaea, and eukaryota" /inference="protein motif:CDD:ABC_cobalt_CbiO_domain2, Domain II of the ABC component of a cobalt transport family found in bacteria, archaea, and eukaryota" /inference="protein motif:CDD:ABC_CysA_sulfate_importer, Part of the ABC transporter complex cysAWTP involved in sulfate import" /inference="protein motif:CDD:ABC_DR_subfamily_A, This family of ATP-binding proteins belongs to a multisubunit transporter involved in drug resistance (BcrA and DrrA), nodulation, lipid transport, and lantibiotic immunity" /inference="protein motif:CDD:ABC_DrrA, DrrA is the ATP-binding protein component of a bacterial exporter complex that confers resistance to the antibiotics daunorubicin and doxorubicin" /inference="protein motif:CDD:ABC_drug_resistance_like, ABC-type multidrug transport system, ATPase component" /inference="protein motif:CDD:ABC_FeS_Assembly, ABC-type transport system involved in Fe-S cluster assembly, ATPase component" /inference="protein motif:CDD:ABC_FtsE_transporter, FtsE is a hydrophilic nucleotide-binding protein that binds FtsX to form a heterodimeric ATP-binding cassette (ABC)-type transporter that associates with the bacterial inner membrane" /inference="protein motif:CDD:ABC_HisP_GlnQ_permeases, HisP and GlnQ are the ATP-binding components of the bacterial periplasmic histidine and glutamine permeases, repectively" /inference="protein motif:CDD:ABC_Iron-Siderophores_B12_Hemin, ABC transporters, involved in the uptake of siderophores, heme, and vitamin B12, are widely conserved in bacteria and archaea" /inference="protein motif:CDD:ABC_KpsT_Wzt, ABC_KpsT_Wzt The KpsT/Wzt ABC transporter subfamily is involved in extracellular polysaccharide export" /inference="protein motif:CDD:ABC_MalK_N, The N-terminal ATPase domain of the maltose transporter, MalK" /inference="protein motif:CDD:ABC_Metallic_Cations, ABC component of the metal-type transporters" /inference="protein motif:CDD:ABC_MetN_methionine_transporter, MetN (also known as YusC) is an ABC-type transporter encoded by metN of the metNPQ operon in Bacillus subtilis that is involved in methionine transport" /inference="protein motif:CDD:ABC_MJ0796_Lo1CDE_FtsE, This family is comprised of MJ0796 ATP-binding cassette, macrolide-specific ABC-type efflux carrier (MacAB), and proteins involved in cell division (FtsE), and release of liporoteins from the cytoplasmic membrane (LolCDE)" /inference="protein motif:CDD:ABC_Mj1267_LivG_branched, The Mj1267/LivG ABC transporter subfamily is involved in the transport of the hydrophobic amino acids leucine, isoleucine and valine" /inference="protein motif:CDD:ABC_ModC_like, Archeal protein closely related to ModC" /inference="protein motif:CDD:ABC_ModC_molybdenum_transporter, ModC is an ABC-type transporter and the ATPase component of a molybdate transport system that also includes the periplasmic binding protein ModA and the membrane protein ModB" /inference="protein motif:CDD:ABC_MTABC3_MDL1_MDL2, MTABC3 (also known as ABCB6) is a mitochondrial ATP-binding cassette protein involved in iron homeostasis and one of four ABC transporters expressed in the mitochondrial inner membrane, the other three being MDL1(ABC7), MDL2, and ATM1" /inference="protein motif:CDD:ABC_NatA_like, Similar in sequence to NatA, this is the ATPase component of a bacterial ABC-type Na+ transport system called NatAB, which catalyzes ATP-dependent electrogenic Na+ extrusion without mechanically coupled to proton or K+ uptake" /inference="protein motif:CDD:ABC_NatA_sodium_exporter, NatA is the ATPase component of a bacterial ABC-type Na+ transport system called NatAB, which catalyzes ATP-dependent electrogenic Na+ extrusion without mechanically coupled proton or K+ uptake" /inference="protein motif:CDD:ABC_NikE_OppD_transporters, The ABC transporter subfamily specific for the transport of dipeptides, oligopeptides (OppD), and nickel (NikDE)" /inference="protein motif:CDD:ABC_NrtD_SsuB_transporters, NrtD and SsuB are the ATP-binding subunits of the bacterial ABC-type nitrate and sulfonate transport systems, respectively" /inference="protein motif:CDD:ABC_OpuCA_Osmoprotection, OpuCA is a the ATP binding component of a bacterial solute transporter that serves a protective role to cells growing in a hyperosmolar environment" /inference="protein motif:CDD:ABC_Org_Solvent_Resistant, ABC (ATP-binding cassette) transport system involved in resistant to organic solvents" /inference="protein motif:CDD:ABC_PDR_domain1, The pleiotropic drug resistance (PDR) family of ATP-binding cassette (ABC) transporters" /inference="protein motif:CDD:ABC_PDR_domain2, The pleiotropic drug resistance-like (PDR) family of ATP-binding cassette (ABC) transporters" /inference="protein motif:CDD:ABC_PhnC_transporter, ABC-type phosphate/phosphonate transport system" /inference="protein motif:CDD:ABC_PotA_N, PotA is an ABC-type transporter and the ATPase component of the spermidine/putrescine-preferential uptake system consisting of PotA, -B, -C, and -D" /inference="protein motif:CDD:ABC_Pro_Gly_Bertaine, This family comprises the glycine betaine/L-proline ATP binding subunit in bacteria and its equivalents in archaea" /inference="protein motif:CDD:ABC_PstB_phosphate_transporter, Phosphate uptake is of fundamental importance in the cell physiology of bacteria because phosphate is required as a nutrient" /inference="protein motif:CDD:ABC_putative_ATPase, This subfamily is involved in drug resistance, nodulation, lipid transport, and bacteriocin and lantibiotic immunity" /inference="protein motif:CDD:ABC_Rad50, The catalytic domains of Rad50 are similar to the ATP-binding cassette of ABC transporters, but are not associated with membrane-spanning domains" /inference="protein motif:CDD:ABC_RNaseL_inhibitor_domain2, The ATPase domain 2 of RNase L inhibitor" /inference="protein motif:CDD:ABC_subfamily_A, The ABCA subfamily mediates the transport of a variety of lipid compounds" /inference="protein motif:CDD:ABC_ThiQ_thiamine_transporter, ABC-type thiamine tranport system" /inference="protein motif:CDD:ABC_TM1139_LivF_branched, LivF (TM1139) is part of the LIV-I bacterial ABC-type two-component transport system that imports neutral, branched-chain amino acids" /inference="protein motif:CDD:ABC_tran, ABC transporter" /inference="protein motif:CDD:ABC_YhbG, The ABC transporters belonging to the YhbG family are similar to members of the Mj1267_LivG family, which is involved in the transport of branched-chain amino acids" /inference="protein motif:CDD:AbcC, ABC-type metal ion transport system, ATPase component [Inorganic ion transport and metabolism]" /inference="protein motif:CDD:ABCC_ATM1_transporter, ATM1 is an ABC transporter that is expressed in the mitochondria" /inference="protein motif:CDD:ABCC_bacteriocin_exporters, ABC-type bacteriocin exporters" /inference="protein motif:CDD:ABCC_cytochrome_bd, The CYD subfamily implicated in cytochrome bd biogenesis" /inference="protein motif:CDD:ABCC_Glucan_exporter_like, Glucan exporter ATP-binding protein" /inference="protein motif:CDD:ABCC_Hemolysin, The ABC-transporter hemolysin B is a central component of the secretion machinery that translocates the toxin, hemolysin A, in a Sec-independent fashion across both membranes of E" /inference="protein motif:CDD:ABCC_MRP_domain1, Domain 1 of the ABC subfamily C" /inference="protein motif:CDD:ABCC_MRP_domain2, Domain 2 of the ABC subfamily C" /inference="protein motif:CDD:ABCC_MRP_Like, The MRP (Mutidrug Resistance Protein)-like transporters are involved in drug, peptide, and lipid export" /inference="protein motif:CDD:ABCC_MsbA, MsbA is an essential ABC transporter, closely related to eukaryotic MDR proteins" /inference="protein motif:CDD:ABCC_Protease_Secretion, This family represents the ABC component of the protease secretion system PrtD, a 60-kDa integral membrane protein sharing 37% identity with HlyB, the ABC component of the alpha-hemolysin secretion pathway, in the C-terminal domain" /inference="protein motif:CDD:ABCC_SUR1_N, The SUR domain 1" /inference="protein motif:CDD:ABCC_TAP, TAP, the Transporter Associated with Antigen Processing" /inference="protein motif:CDD:ABCF_EF-3, ABCF_EF-3 Elongation factor 3 (EF-3) is a cytosolic protein required by fungal ribosomes for in vitro protein synthesis and for in vivo growth" /inference="protein motif:CDD:ABCG_EPDR, ABCG transporters are involved in eye pigment (EP) precursor transport, regulation of lipid-trafficking mechanisms, and pleiotropic drug resistance (DR)" /inference="protein motif:CDD:ABCG_White, The White subfamily represents ABC transporters homologous to the Drosophila white gene, which acts as a dimeric importer for eye pigment precursors" /inference="protein motif:CDD:AppF, ABC-type oligopeptide transport system, ATPase component [Amino acid transport and metabolism]" /inference="protein motif:CDD:ArpD, ABC-type protease/lipase transport system, ATPase and permease components [General function prediction only]" /inference="protein motif:CDD:ArtP, ABC-type arginine transport system, ATPase component [Amino acid transport and metabolism]" /inference="protein motif:CDD:ATM1, ABC-type transport system involved in Fe-S cluster assembly, permease and ATPase components [Posttranslational modification, protein turnover, chaperones]" /inference="protein motif:CDD:BtuD, ABC-type cobalamin transport system, ATPase component [Coenzyme metabolism]" /inference="protein motif:CDD:CbiO, ABC-type cobalt transport system, ATPase component [Inorganic ion transport and metabolism]" /inference="protein motif:CDD:CcmA, ABC-type multidrug transport system, ATPase component [Defense mechanisms]" /inference="protein motif:CDD:CcmA, ABC-type transport system involved in cytochrome c biogenesis, ATPase component [Posttranslational modification, protein turnover, chaperones]" /inference="protein motif:CDD:CeuD, ABC-type enterochelin transport system, ATPase component [Inorganic ion transport and metabolism]" /inference="protein motif:CDD:COG1123, ATPase components of various ABC-type transport systems, contain duplicated ATPase [General function prediction only]" /inference="protein motif:CDD:COG1245, Predicted ATPase, RNase L inhibitor (RLI) homolog [General function prediction only]" /inference="protein motif:CDD:COG3638, ABC-type phosphate/phosphonate transport system, ATPase component [Inorganic ion transport and metabolism]" /inference="protein motif:CDD:COG3845, ABC-type uncharacterized transport systems, ATPase components [General function prediction only]" /inference="protein motif:CDD:COG4136, ABC-type uncharacterized transport system, ATPase component [General function prediction only]" /inference="protein motif:CDD:COG4152, ABC-type uncharacterized transport system, ATPase component [General function prediction only]" /inference="protein motif:CDD:COG4172, ABC-type uncharacterized transport system, duplicated ATPase component [General function prediction only]" /inference="protein motif:CDD:COG4178, ABC-type uncharacterized transport system, permease and ATPase components [General function prediction only]" /inference="protein motif:CDD:COG4181, Predicted ABC-type transport system involved in lysophospholipase L1 biosynthesis, ATPase component [Secondary metabolites biosynthesis, transport, and catabolism]" /inference="protein motif:CDD:COG4559, ABC-type hemin transport system, ATPase component [Inorganic ion transport and metabolism]" /inference="protein motif:CDD:COG4586, ABC-type uncharacterized transport system, ATPase component [General function prediction only]" /inference="protein motif:CDD:COG4619, ABC-type uncharacterized transport system, ATPase component [General function prediction only]" /inference="protein motif:CDD:COG4674, Uncharacterized ABC-type transport system, ATPase component [General function prediction only]" /inference="protein motif:CDD:CydC, ABC-type transport system involved in cytochrome bd biosynthesis, fused ATPase and permease components [Energy production and conversion / Posttranslational modification, protein turnover, chaperones]" /inference="protein motif:CDD:CydD, ABC-type transport system involved in cytochrome bd biosynthesis, ATPase and permease components [Energy production and conversion / Posttranslational modification, protein turnover, chaperones]" /inference="protein motif:CDD:CysA, ABC-type sulfate/molybdate transport systems, ATPase component [Inorganic ion transport and metabolism]" /inference="protein motif:CDD:DppD, ABC-type dipeptide/oligopeptide/nickel transport system, ATPase component [Amino acid transport and metabolism / Inorganic ion transport and metabolism]" /inference="protein motif:CDD:DppF, ABC-type dipeptide/oligopeptide/nickel transport system, ATPase component [Amino acid transport and metabolism / Inorganic ion transport and metabolism]" /inference="protein motif:CDD:FepC, ABC-type cobalamin/Fe3+-siderophores transport systems, ATPase components [Inorganic ion transport and metabolism / Coenzyme metabolism]" /inference="protein motif:CDD:FtsE, Predicted ATPase involved in cell division [Cell division and chromosome partitioning]" /inference="protein motif:CDD:GlnQ, ABC-type polar amino acid transport system, ATPase component [Amino acid transport and metabolism]" /inference="protein motif:CDD:HisP, ABC-type histidine transport system, ATPase component [Amino acid transport and metabolism]" /inference="protein motif:CDD:LivF, ABC-type branched-chain amino acid transport systems, ATPase component [Amino acid transport and metabolism]" /inference="protein motif:CDD:LivG, ABC-type branched-chain amino acid transport systems, ATPase component [Amino acid transport and metabolism]" /inference="protein motif:CDD:MalK, ABC-type sugar transport systems, ATPase components [Carbohydrate transport and metabolism]" /inference="protein motif:CDD:MdlB, ABC-type multidrug transport system, ATPase and permease components [Defense mechanisms]" /inference="protein motif:CDD:MglA, ABC-type sugar transport system, ATPase component [Carbohydrate transport and metabolism]" /inference="protein motif:CDD:ModC, ABC-type molybdate transport system, ATPase component [Inorganic ion transport and metabolism]" /inference="protein motif:CDD:ModF, ABC-type molybdenum transport system, ATPase component/photorepair protein PhrA [Inorganic ion transport and metabolism]" /inference="protein motif:CDD:NatA, ABC-type Na+ transport system, ATPase component [Energy production and conversion / Inorganic ion transport and metabolism]" /inference="protein motif:CDD:OpuBA, ABC-type proline/glycine betaine transport systems, ATPase components [Amino acid transport and metabolism]" /inference="protein motif:CDD:PhnK, ABC-type uncharacterized transport system, ATPase component [General function prediction only]" /inference="protein motif:CDD:PhnL, ABC-type phosphonate transport system, ATPase component [Inorganic ion transport and metabolism]" /inference="protein motif:CDD:PotA, ABC-type spermidine/putrescine transport systems, ATPase components [Amino acid transport and metabolism]" /inference="protein motif:CDD:ProV, ABC-type proline/glycine betaine transport system, ATPase component [Amino acid transport and metabolism]" /inference="protein motif:CDD:PstB, ABC-type phosphate transport system, ATPase component [Inorganic ion transport and metabolism]" /inference="protein motif:CDD:SalX, ABC-type antimicrobial peptide transport system, ATPase component [Defense mechanisms]" /inference="protein motif:CDD:SapD, ABC-type antimicrobial peptide transport system, ATPase component [Defense mechanisms]" /inference="protein motif:CDD:SufC, ABC-type transport system involved in Fe-S cluster assembly, ATPase component [Posttranslational modification, protein turnover, chaperones]" /inference="protein motif:CDD:SunT, ABC-type bacteriocin/lantibiotic exporters, contain an N-terminal double-glycine peptidase domain [Defense mechanisms]" /inference="protein motif:CDD:TagH, ABC-type polysaccharide/polyol phosphate transport system, ATPase component [Carbohydrate transport and metabolism / Cell envelope biogenesis, outer membrane]" /inference="protein motif:CDD:TauB, ABC-type nitrate/sulfonate/bicarbonate transport system, ATPase component [Inorganic ion transport and metabolism]" /inference="protein motif:CDD:TauB, ABC-type taurine transport system, ATPase component [Inorganic ion transport and metabolism]" /inference="protein motif:CDD:ThiQ, ABC-type thiamine transport system, ATPase component [Coenzyme metabolism]" /inference="protein motif:CDD:Ttg2A, ABC-type transport system involved in resistance to organic solvents, ATPase component [Secondary metabolites biosynthesis, transport, and catabolism]" /inference="protein motif:CDD:Uup, ATPase components of ABC transporters with duplicated ATPase domains [General function prediction only]" /inference="protein motif:CDD:YhbG, ABC-type (unclassified) transport system, ATPase component [General function prediction only]" /inference="protein motif:CDD:ZnuC, ABC-type Mn/Zn transport systems, ATPase component [Inorganic ion transport and metabolism]" /inference="protein motif:COG:COG1136 ABC-type antimicrobial peptide transport system, ATPase component; V Defense mechanisms" /inference="protein motif:Gene3D:G3D.3.40.50.300 no description" /inference="protein motif:HMMPanther:PTHR19222 ATP-BINDING CASSETTE TRANSPORTER" /inference="protein motif:HMMPanther:PTHR19222:SF71 DAUNORUBICIN RESISTANCE ATP-BINDING PROTEIN" /inference="protein motif:HMMPfam:PF00005 ABC_tran InterPro:IPR003439 ABC transporter related GO:Molecular Function:ATP binding (GO:0005524), Molecular Function:ATPase activity (GO:0016887)" /inference="protein motif:HMMSmart:SM00382 no description InterPro:IPR003593 AAA ATPase GO:Molecular Function:nucleotide binding (GO:0000166), Molecular Function:nucleoside-triphosphatase activity (GO:0017111)" /inference="protein motif:ProfileScan:PS50100 DA_BOX InterPro:IPR003439 ABC transporter related GO:Molecular Function:ATP binding (GO:0005524), Molecular Function:ATPase activity (GO:0016887)" /inference="protein motif:ProfileScan:PS50101 ATP_GTP_A2" /inference="protein motif:ProfileScan:PS50893 ABC_TRANSPORTER_2 InterPro:IPR003439 ABC transporter related GO:Molecular Function:ATP binding (GO:0005524), Molecular Function:ATPase activity (GO:0016887)" /inference="protein motif:ScanRegExp:PS00211 ABC_TRANSPORTER_1 InterPro:IPR003439 ABC transporter related GO:Molecular Function:ATP binding (GO:0005524), Molecular Function:ATPase activity (GO:0016887)" /inference="protein motif:superfamily:SSF52540 P-loop containing nucleoside triphosphate hydrolases" /codon_start=1 /transl_table=11 /product="ABC-type transporter, ATP binding protein" /protein_id="ACS33707.1" /translation="MTVVEFKDVFVKYETYTGGVLALRGVTFSLNDREVLLIMGPSGS GKTTILKAILGLVQPIHGTVKVFGLKPKDEKRALAIRRRIGYLTQEGRMINELTVWEN IIFYAKGRGRSLNESLVRELAEELNIKTILDKHPDQLSGGELKRAELLMVLSDDPGLL LLDEPTSMLDAENSEAVVNVLSALKGRVPMIITSHDPRLQKITNKTLEIIGGELKGAR GGTASSSRGERVPVRRDESLHRPG" gene complement(1139515..1141563) /locus_tag="TGAM_1206" /note="tg1206" CDS complement(1139515..1141563) /locus_tag="TGAM_1206" /experiment="gene product confirmed by mass spectrometry" /note="8 probable transmembrane helices predicted by modhmm" /codon_start=1 /transl_table=11 /product="Hypothetical protein" /protein_id="ACS33708.1" /translation="MIRHALKILIKKRSLGFLLGMVFIISLIMLNLVSQVGTLVDANL EYGFKEYRPHSVYRVMLDFGRNSTNLTEELRTAIEDLRAGTSNNSTESGVLIAFSWSL LKPVRIDNHTVNVVVYLFETPKDLRAFGFGGNFSSSSIVLLKERLNGNISAGDVISRV FNGSVELRKAYGIFKEYPLLENKEVEYVQVAAPLREWAVNACIRRGNSLLINSSGYVL PVYIAVNFRSIHRDPSVLEKALKKEIPDRIINSTVKFYQEERCRNRPMIVFGDDWAYL NGTWLSITPKELEYKLSQILLENRKKWCMMGKLIGPELEKSDILTIVKNSGSQTLKFF GLFGGLLVVFYLPLFLMLIYSGASMFSDLRKDLEVLSLRGISSKVTLIQKTAVFLLTI GVSLAAYRIFEETTGRGLPVSAELAVVILVLVSVAISDRAASFNLSSKVIASAIAFMG VLIALGYARINETVLLARGYGGLSIFLAMLTALIPLLGLFVGSLFQRMCVWGLSLLER PFDTRYYFRWLKNYGQVITFSAYSLSIALIPRITSIHRVLEEIYRNEYLAVVGYPETV SLDIFGRYLSALGTWFALFGLLSIAVLAALSFRQYLRISLYSGIRGMEKTEVRGSFLK FMTSQLIFVVVLSLLITAFLVAFVDAYIGLVYTRAEITFTGGKFIVESLFRPPHIWGW " gene complement(1141589..1142476) /locus_tag="TGAM_1207" /note="tg1207" CDS complement(1141589..1142476) /locus_tag="TGAM_1207" /experiment="gene product confirmed by mass spectrometry" /note="1 probable transmembrane helix predicted by modhmm" /codon_start=1 /transl_table=11 /product="Hypothetical protein" /protein_id="ACS33709.1" /translation="MVMAVRKAYLGLILVLILLVGYVSIGRNPSKPPSSSREKPSIFL KIFTDYETNSTINRAINGNHLWDKLDPNPCNGTITTNATVLNQTARENIELFRNLSAR EESRRDLIGVLLLNDLREDVGGMIIKKKWALIGLRDDICALNERLRNFDAYKEKALEV YGEPKFSYEDLYNLSMELKAIVSDTYRPFSGSWVVDTRSALLHFLYRGISNGSIPDYL FANYSPEKSAATLKRVYNEIRADPYAEALFGPSLAYLAAWWKYEDMHTTNHEAVDDKY LRLFWAWYNLVRPERFGCG" gene 1142528..1143313 /locus_tag="TGAM_1208" /note="tg1208" CDS 1142528..1143313 /locus_tag="TGAM_1208" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:GloB, Zn-dependent hydrolases, including glyoxylases [General function prediction only]" /inference="protein motif:CDD:Lactamase_B, Metallo-beta-lactamase superfamily" /inference="protein motif:COG:COG0491 Zn-dependent hydrolases, including glyoxylases; R General function prediction only" /inference="protein motif:Gene3D:G3D.3.60.15.10 no description" /inference="protein motif:HMMPanther:PTHR11935 GLYOXALASE" /inference="protein motif:HMMPfam:PF00753 Lactamase_B InterPro:IPR001279 Beta-lactamase-like" /inference="protein motif:superfamily:SSF56281 Metallo-hydrolase/oxidoreductase" /codon_start=1 /transl_table=11 /product="Hydrolase, metallo-beta-lactamase superfamily" /protein_id="ACS33710.1" /translation="MAGYPLEGQCYKPRLQSSMMSGLRISSIEEFPRDIIPIEIPPSV VILRGIGWDSNVYLVRSGEEALIVDTGTGVNWHVYAEIWTKNGYLRGIKRAVIFNTHE HFDHVGGNRAFREWLEGLGIKVLFAAHEITARTLERGDDYVILGYAYGRPFEPQPVEM KLNEGDRIKIGSLELRLIHTPGHTAGSACLYLEEGNTKIMFTGDTVFNGTVGRVDLPT GNGWELRESLERLLEFEVDFGLPGHGRPITEWRRNLEKVLGLV" gene 1143313..1143564 /locus_tag="TGAM_1209" /note="tg1209" CDS 1143313..1143564 /locus_tag="TGAM_1209" /inference="protein motif:CDD:COG1531, Uncharacterized protein conserved in archaea [Function unknown]" /inference="protein motif:CDD:DUF504, Protein of unknown function (DUF504)" /inference="protein motif:COG:COG1531 Uncharacterized protein conserved in archaea; S Function unknown" /inference="protein motif:HMMPfam:PF04457 DUF504 InterPro:IPR007547 Protein of unknown function DUF504" /note="Belongs to DUF504 family" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein" /protein_id="ACS33711.1" /translation="MRKGSLKEVLAKIKHDPREDERDYYIVIEHRGAYGNEKKIPVEM IELGHGYFFIGETQIPYHRIIRVVKGNGKVVWEKRRRKQ" gene complement(1143565..1144548) /gene="rr-2" /locus_tag="TGAM_1210" /note="tg1210" CDS complement(1143565..1144548) /gene="rr-2" /locus_tag="TGAM_1210" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:COG1633, Uncharacterized conserved protein [Function unknown]" /inference="protein motif:CDD:DUF835, Protein of unknown function (DUF835)" /inference="protein motif:CDD:Ferritin_like_AB, Ferritin-like domain found in Archaea and Bacteria (Ferritin_like_AB) is a member of a broad superfamily of ferritin-like diiron-carboxylate proteins" /inference="protein motif:CDD:Rubrerythrin, Rubrerythrin" /inference="protein motif:COG:COG1633 Uncharacterized conserved protein; S Function unknown" /inference="protein motif:Gene3D:G3D.1.20.120.190 no description InterPro:IPR012347 Ferritin-related" /inference="protein motif:HMMPfam:PF02915 Rubrerythrin InterPro:IPR003251 Rubrerythrin GO:Biological Process:electron transport (GO:0006118), Molecular Function:metal ion binding (GO:0046872)" /inference="protein motif:superfamily:SSF47240 Ferritin-like InterPro:IPR009078 Ferritin/ribonucleotide reductase-like" /codon_start=1 /transl_table=11 /product="Rubrerythrin-related protein (Rr)" /protein_id="ACS33712.1" /translation="MKALVSFNRERLESYLSEVVDKLKSLSFKEALSYAIFNEEDEAK YYAELAQKAKRPSVRALFLQMSDESLGHKERLYKLFKKLFPDEEPVKVDAPPVEVAPF YPEFEKVEDYLHALEYCMESELFAKRTYEILSTKAEDEEARALFAQLALMEEEHYERI RKVYELVSKMKRRKISLEALEPGGYLFEDRAKARYTFLDVIGEDRGLVITREHPKKIR SWMKIDVPVLWLSESAMKMSGVRTLPPKLLLDKAEDIAECVSSENLRAVLLESAEYLL LETTEKDLIKFLLDLRDLAIERGFYLIVSAEKEAFTPTSWAILRANMERIE" gene 1144617..1145372 /gene="tatD-1" /locus_tag="TGAM_1211" /note="tg1211" CDS 1144617..1145372 /gene="tatD-1" /locus_tag="TGAM_1211" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:BlastProDom:PD038341 Q8TZ65_METKA_Q8TZ65; InterPro:IPR011589 TatD deoxyribonuclease" /inference="protein motif:CDD:TatD, Mg-dependent DNase [DNA replication, recombination, and repair]" /inference="protein motif:CDD:TatD_DNAse, TatD like proteins" /inference="protein motif:CDD:TatD_DNase, TatD related DNase" /inference="protein motif:COG:COG0084 Mg-dependent DNase; L Replication, recombination and repair" /inference="protein motif:Gene3D:G3D.3.20.20.140 no description" /inference="protein motif:HMMPanther:PTHR10060 TATD DNASE-RELATED InterPro:IPR001130 TatD-related deoxyribonuclease" /inference="protein motif:HMMPanther:PTHR10060:SF1 TATD DNASE-RELATED" /inference="protein motif:HMMPfam:PF01026 TatD_DNase InterPro:IPR001130 TatD-related deoxyribonuclease" /inference="protein motif:HMMPIR:PIRSF005902 Mg-dependent DNase, TatD type InterPro:IPR012278 Mg-dependent DNase, TatD" /inference="protein motif:HMMTigr:TIGR00010 TIGR00010:hydrolase, TatD family InterPro:IPR001130 TatD-related deoxyribonuclease" /inference="protein motif:ScanRegExp:PS01091 TATD_3 InterPro:IPR001130 TatD-related deoxyribonuclease" /inference="protein motif:superfamily:SSF51556 Metallo-dependent hydrolases" /codon_start=1 /transl_table=11 /product="tatD related deoxyribonuclease (tatD)" /protein_id="ACS33713.1" /translation="MIDAHAHVEMFKGKIPEVVEESRKRLKLIVDSITEYRKFHVWKS WDALKPYFGFIQPTLGYAPNEARRGNWEKVKRVEEFIREHAGEIVAIGEIGLDFYYAR TEAERRNQREIFAHFLGLAVELELPVVLHARDAEKEVFEAIEKAGVNAYFHSYSGPEE LALEIARAGHFVGINTGIDFIPEVRKAAEVVPLENILVETDSPYISPYKGQKNYPWNV EYAIRRIAELRALTFEEVERITEENVLRFFELG" gene 1145369..1145671 /locus_tag="TGAM_1212" /note="tg1212" CDS 1145369..1145671 /locus_tag="TGAM_1212" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein" /protein_id="ACS33714.1" /translation="MRGMIEVPEVEEVKALLEELGEFGLVNAIDSFLVLNEGLESKKG KEFIEVSVLGFLEGILLALKSKVDDPRVGELYEKVRKRRAELDELFRKPRVPYLEE" gene complement(1145672..1146022) /locus_tag="TGAM_1213" /note="tg1213" CDS complement(1145672..1146022) /locus_tag="TGAM_1213" /inference="protein motif:BlastProDom:PD005595 Q97YS5_SULSO_Q97YS5; InterPro:IPR002744 Protein of unknown function DUF59" /inference="protein motif:HMMPfam:PF01883 DUF59 InterPro:IPR002744 Protein of unknown function DUF59" /inference="protein motif:ScanRegExp:PS00052 RIBOSOMAL_S7 InterPro:IPR000235 Ribosomal protein S7 GO:Molecular Function:structural constituent of ribosome (GO:0003735), Cellular Component:intracellular (GO:0005622), Cellular Component:ribosome (GO:0005840), Biological Process:protein biosynthesis (GO:0006412)" /note="Contains 1 DUF 59 domain and 1 S7 ribosomal protein signature (PS00052)" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein" /protein_id="ACS33715.1" /translation="MGLLSFLRSRKQKVTGSKKYLPGEVRKVVRILEDIDDPETGLNV VEEGLVYGLTVEGKRVEVFLLMARSTPECHFCRMLAINVQNRILRDVVEALKKEGFER VKVYNELGLLLAEG" gene complement(1146026..1146385) /locus_tag="TGAM_1214" /note="tg1214" CDS complement(1146026..1146385) /locus_tag="TGAM_1214" /experiment="gene product confirmed by mass spectrometry" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein" /protein_id="ACS33716.1" /translation="MKIYTPDRKWPEPYKAVIEELRKITDPVTGGDILDSGVIAGLEV SDDTLKIWLRFESHAEYNIIGETPIAYSKIIGDIMERFALIKFNNVYVYDLGNNIVGK FENKKGYKPEDLSPEKV" gene complement(1146416..1147024) /locus_tag="TGAM_1215" /note="tg1215" CDS complement(1146416..1147024) /locus_tag="TGAM_1215" /note="5 probable transmembrane helices predicted by modhmm" /codon_start=1 /transl_table=11 /product="Hypothetical protein" /protein_id="ACS33717.1" /translation="MLEYNLLMSITGPLVLVGIILMWDLTRKVEKLRLGTRGLSLLIL IGGILTAIGFVAYACRTTHSWEAFLVMFGPVLIAYTLSESGLVQPKLEMLVQATVMVA SIGISARKSHYAIMMFSALSILLMIDAVAFYRYIPQPHGKIARISAWLFVAFTLVNAV NYGSLIAFAMYFLSIVLWVGTLLGLELYLTRIDVDRSGQKAL" gene complement(1147115..1147477) /gene="sorA" /locus_tag="TGAM_1216" /note="tg1216" CDS complement(1147115..1147477) /gene="sorA" /locus_tag="TGAM_1216" /EC_number="1.15.1.2" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:BlastProDom:PD006618 SOR_PYRHO_O58810; InterPro:IPR002742 Desulfoferrodoxin, ferrous iron-binding region GO:Molecular Function:iron ion binding (GO:0005506), Biological Process:electron transport (GO:0006118), Molecular Function:oxidoreductase activity (GO:0016491)" /inference="protein motif:CDD:Desulfoferrodox, Desulfoferrodoxin" /inference="protein motif:CDD:SORL, Superoxide reductase-like (SORL) domain" /inference="protein motif:CDD:SORL_classII, Superoxide reductase-like (SORL) domain, class II" /inference="protein motif:CDD:SORL_Dfx_classI, Superoxide reductase-like (SORL) domain, class I" /inference="protein motif:COG:COG2033 Desulfoferrodoxin; C Energy production and conversion" /inference="protein motif:Gene3D:G3D.2.60.40.730 no description" /inference="protein motif:HMMPfam:PF01880 Desulfoferrodox InterPro:IPR002742 Desulfoferrodoxin, ferrous iron-binding region GO:Molecular Function:iron ion binding (GO:0005506), Biological Process:electron transport (GO:0006118), Molecular Function:oxidoreductase activity (GO:0016491)" /inference="protein motif:HMMPIR:PIRSF000359 Neelaredoxin superoxide reductase/superoxide dismutase InterPro:IPR011139 Superoxide reductase/superoxide dismutase" /inference="protein motif:HMMTigr:TIGR00332 neela_ferrous:desulfoferrodoxin ferrou InterPro:IPR002742 Desulfoferrodoxin, ferrous iron-binding region GO:Molecular Function:iron ion binding (GO:0005506), Biological Process:electron transport (GO:0006118), Molecular Function:oxidoreductase activity (GO:0016491)" /inference="protein motif:superfamily:SSF49367 Superoxide reductase-like" /codon_start=1 /transl_table=11 /product="Superoxide reductase (sorA)" /protein_id="ACS33718.1" /translation="MEVVEMLSGTIKSGDWKGEKHVPVIEYEKDGDLVKVEVSVGKEI PHPNTPEHHIAWIELWFHPEEENFPVLVGRAEFSNHSDPLTEPRAVFFFKTQKKGKLY ALSYCNIHGLWENEVQLE" gene complement(1147622..1147900) /locus_tag="TGAM_1217" /note="tg1217" CDS complement(1147622..1147900) /locus_tag="TGAM_1217" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein" /protein_id="ACS33719.1" /translation="MPYAGFARTTEGPLKTFERIMEELKKRGFEVSFAKHHWAGDMPF GLIIAETNKGPLVIRWSLGKRFELRIEEIDEDAFEDLIDETLDYIGGD" gene complement(1147980..1148771) /locus_tag="TGAM_1218" /note="tg1218" CDS complement(1147980..1148771) /locus_tag="TGAM_1218" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:adh_short, short chain dehydrogenase" /inference="protein motif:CDD:COG4221, Short-chain alcohol dehydrogenase of unknown specificity [General function prediction only]" /inference="protein motif:CDD:DltE, Short-chain dehydrogenases of various substrate specificities [General function prediction only]" /inference="protein motif:CDD:FabG, Dehydrogenases with different specificities (related to short-chain alcohol dehydrogenases) [Secondary metabolites biosynthesis, transport, and catabolism / General function prediction only]" /inference="protein motif:CDD:FabI, Enoyl-[acyl-carrier-protein]" /inference="protein motif:COG:COG1028 Dehydrogenases with different specificities (related to short-chain alcohol dehydrogenases); I Lipid transport and metabolism" /inference="protein motif:FPrintScan:PR00081 GDHRDH InterPro:IPR002347 Glucose/ribitol dehydrogenase GO:Biological Process:metabolism (GO:0008152), Molecular Function:oxidoreductase activity (GO:0016491)" /inference="protein motif:Gene3D:G3D.3.40.50.720 no description" /inference="protein motif:HMMPanther:PTHR19410 SHORT-CHAIN DEHYDROGENASES/REDUCTASE InterPro:IPR002347 Glucose/ribitol dehydrogenase GO:Biological Process:metabolism (GO:0008152), Molecular Function:oxidoreductase activity (GO:0016491)" /inference="protein motif:HMMPanther:PTHR19410:SF78 3-OXOACYL-[ACYL-CARRIER-PROTEIN] REDUCTASE-RELATED" /inference="protein motif:HMMPfam:PF00106 adh_short InterPro:IPR002198 Short-chain dehydrogenase/reductase SDR GO:Biological Process:metabolism (GO:0008152), Molecular Function:oxidoreductase activity (GO:0016491)" /inference="protein motif:superfamily:SSF51735 NAD(P)-binding Rossmann-fold domains" /note="Match to IPR002347 Glucose/ribitol dehydrogenase indicates that the protein is not an alcohol dehydrogenase, but another type of dehydrogenase or reductase." /codon_start=1 /transl_table=11 /product="Short chain dehydrogenase of unknown substrate" /protein_id="ACS33720.1" /translation="MIGIDLSGRLAFTTASSKGIGFGVARVLARAGADVILLSRSEEN LKKAREKIMSESSVDVSYIIADLTKREDLERTVRELSEIGEPDVFFFSTGGPKPGYFM EMSMEDWEKAVRLLLYPAVYLTRAIVPAMERKGFGRIIYSTSVAIKEPIPNIALSNVV RISMAGLVRTLAKELGPKGITVNGIMPGIIRTDRVIQLAEDRAKREGKTIEEALAEYA KPIPAGRLGEPEEIGYLVAFLASDLGSYINGAMIPVDGGRLNSVF" gene complement(1148817..1149911) /gene="pepQ" /locus_tag="TGAM_1219" /note="tg1219" CDS complement(1148817..1149911) /gene="pepQ" /locus_tag="TGAM_1219" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:APP-like, Similar to Prolidase and Aminopeptidase P" /inference="protein motif:CDD:APP_MetAP, A family including aminopeptidase P, aminopeptidase M, and prolidase" /inference="protein motif:CDD:Map, Methionine aminopeptidase [Translation, ribosomal structure and biogenesis]" /inference="protein motif:CDD:MetAP1, Methionine Aminopeptidase 1" /inference="protein motif:CDD:PepP, Xaa-Pro aminopeptidase [Amino acid transport and metabolism]" /inference="protein motif:COG:COG0006 Xaa-Pro aminopeptidase; E Amino acid transport and metabolism" /inference="protein motif:Gene3D:G3D.3.40.350.10 no description" /inference="protein motif:Gene3D:G3D.3.90.230.10 no description" /inference="protein motif:HMMPanther:PTHR10804 METHIONINE AMINOPEPTIDASE-RELATED InterPro:IPR000994 Peptidase M24 GO:Biological Process:proteolysis (GO:0006508), Molecular Function:metalloexopeptidase activity (GO:0008235)" /inference="protein motif:HMMPanther:PTHR10804:SF8 XAA-PRO DIPEPTIDASE" /inference="protein motif:HMMPfam:PF00557 Peptidase_M24 InterPro:IPR000994 Peptidase M24 GO:Biological Process:proteolysis (GO:0006508), Molecular Function:metalloexopeptidase activity (GO:0008235)" /inference="protein motif:superfamily:SSF53092 Creatinase/prolidase N-terminal domain" /inference="protein motif:superfamily:SSF55920 Creatinase/aminopeptidase" /note="Does not contain the proline peptidase signature (PS00491)" /codon_start=1 /transl_table=11 /product="X-pro dipeptidase related protein (pepQ)" /protein_id="ACS33721.1" /translation="MIGGIGMRGNPEIFKKRVERFQELLRKNEIDGAVIRTLSSFIYF TGTKWLRPSLLIPSEGEPVVFVVKEEAELFRERSWIENVVEYQRVEDLMGGVVGWIHR NGMERVGLEFGVERDAYLLFLKLFQRLNPTVEVVDVLDLTMGLRMIKDDWELENIRKA GEIARKGMSVAEDVIKPGLSELEIAAEVMRELMLLGSEEPKVYVSTTPRVHAEPFRDL KVPENGVVTVVIGTDWNHYHANIARTFTVGEPGGRVREAMDVKKEAYELALRETKVGV VLNTVERKLASFFRERGFGDAYIAGYTHSVGLLIEELPMPTIVVPTRAEKVRENMVLS IVHSPLMIPEGAIKHEDTYIVKKDGLEKVT" gene 1150399..1150860 /gene="bcp-1" /locus_tag="TGAM_1220" /note="tg1220" CDS 1150399..1150860 /gene="bcp-1" /locus_tag="TGAM_1220" /EC_number="1.11.1.15" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:AhpC, Peroxiredoxin [Posttranslational modification, protein turnover, chaperones]" /inference="protein motif:CDD:AhpC-TSA, AhpC/TSA family" /inference="protein motif:CDD:Bcp, Peroxiredoxin [Posttranslational modification, protein turnover, chaperones]" /inference="protein motif:CDD:PRX_1cys, Peroxiredoxin (PRX) family, 1-cys PRX subfamily" /inference="protein motif:CDD:PRX_AhpE_like, Peroxiredoxin (PRX) family, AhpE-like subfamily" /inference="protein motif:CDD:PRX_Atyp2cys, Peroxiredoxin (PRX) family, Atypical 2-cys PRX subfamily" /inference="protein motif:CDD:PRX_BCP, Peroxiredoxin (PRX) family, Bacterioferritin comigratory protein (BCP) subfamily" /inference="protein motif:CDD:PRX_family, Peroxiredoxin (PRX) family" /inference="protein motif:CDD:PRX_like2, Peroxiredoxin (PRX)-like 2 family" /inference="protein motif:CDD:PRX_Typ2cys, Peroxiredoxin (PRX) family, Typical 2-Cys PRX subfamily" /inference="protein motif:CDD:TlpA_like_family, TlpA-like family" /inference="protein motif:COG:COG1225 Peroxiredoxin; O Posttranslational modification, protein turnover, chaperones" /inference="protein motif:Gene3D:G3D.3.40.30.10 no description InterPro:IPR012335 Thioredoxin fold" /inference="protein motif:HMMPanther:PTHR10681 BACTERIOFERRITIN COMIGRATORY PROTEIN-RELATED" /inference="protein motif:HMMPanther:PTHR10681:SF7 BACTERIOFERRITIN COMIGRATORY PROTEIN" /inference="protein motif:HMMPfam:PF08534 Redoxin InterPro:IPR013740 Redoxin" /inference="protein motif:superfamily:SSF52833 Thioredoxin-like InterPro:IPR012336 Thioredoxin-like fold" /codon_start=1 /transl_table=11 /product="Peroxiredoxin, bacterioferritin comigratory protein-like protein (bcp)" /protein_id="ACS33722.1" /translation="MNYLNIAVFDEDGTEKPLKDLVLGRWTVLYFYPKDNTPGCTTEA REFTELIDEFEKLGFQVIGVSRDLPKSHARFKEKHNLKVRLISDPNAELHRALGVWGK KKRYGREYEGAIRSTFILDPNGKIVWEKRNVRAKGHAAKVLEVAKGLIGKE" gene 1150874..1151350 /gene="rr-3" /locus_tag="TGAM_1221" /note="tg1221" CDS 1150874..1151350 /gene="rr-3" /locus_tag="TGAM_1221" /inference="protein motif:CDD:COG1633, Uncharacterized conserved protein [Function unknown]" /inference="protein motif:CDD:Ferritin_like_AB, Ferritin-like domain found in Archaea and Bacteria (Ferritin_like_AB) is a member of a broad superfamily of ferritin-like diiron-carboxylate proteins" /inference="protein motif:COG:COG1633 Uncharacterized conserved protein; S Function unknown" /inference="protein motif:Gene3D:G3D.1.20.120.190 no description InterPro:IPR012347 Ferritin-related" /inference="protein motif:HMMPfam:PF02915 Rubrerythrin InterPro:IPR003251 Rubrerythrin GO:Biological Process:electron transport (GO:0006118), Molecular Function:metal ion binding (GO:0046872)" /inference="protein motif:superfamily:SSF47240 Ferritin-like InterPro:IPR009078 Ferritin/ribonucleotide reductase-like" /codon_start=1 /transl_table=11 /product="Rubrerythrin-related protein (Rr)" /protein_id="ACS33723.1" /translation="MDELEALALALEVEKAEMRFYLDLARRTKDEKAKKMFLFLAKEE ADHWEQFEERFLERVAEECKLPAVSEELLEKLLVKAEEIESEVDAVRIGMEQEKLTWE FYERAAKEARHDSVRRLFEELARIEKAHYELLKAQYDAVMKTGIWMDYQDFSLEVD" gene 1151397..1151699 /locus_tag="TGAM_1222" /note="tg1222" CDS 1151397..1151699 /locus_tag="TGAM_1222" /inference="protein motif:COG:COG1633 Uncharacterized conserved protein; S Function unknown" /inference="protein motif:Gene3D:G3D.1.20.120.190 no description InterPro:IPR012347 Ferritin-related" /inference="protein motif:HMMPfam:PF02915 Rubrerythrin InterPro:IPR003251 Rubrerythrin GO:Biological Process:electron transport (GO:0006118), Molecular Function:metal ion binding (GO:0046872)" /inference="protein motif:superfamily:SSF47240 Ferritin-like InterPro:IPR009078 Ferritin/ribonucleotide reductase-like" /codon_start=1 /transl_table=11 /product="Rubrerythrin-related protein" /protein_id="ACS33724.1" /translation="MLAKYPFELPKDRPLSKREIAQALRWAIEAELDAISFYEQLAEH IEDEKIRHVFLDVANEEKEHFGEFLAVLFAVDEELAKYMKEGFEEVEEETGIKVEL" gene complement(1151818..1153047) /gene="fprA" /locus_tag="TGAM_1223" /note="tg1223" CDS complement(1151818..1153047) /gene="fprA" /locus_tag="TGAM_1223" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:FpaA, Uncharacterized flavoproteins [Energy production and conversion]" /inference="protein motif:CDD:Lactamase_B, Metallo-beta-lactamase superfamily" /inference="protein motif:COG:COG0426 Uncharacterized flavoproteins; C Energy production and conversion" /inference="protein motif:Gene3D:G3D.3.40.50.360 no description" /inference="protein motif:Gene3D:G3D.3.60.15.10 no description" /inference="protein motif:HMMPfam:PF00258 Flavodoxin_1 InterPro:IPR008254 Flavodoxin/nitric oxide synthase GO:Molecular Function:FMN binding (GO:0010181), Molecular Function:oxidoreductase activity (GO:0016491)" /inference="protein motif:HMMPfam:PF00753 Lactamase_B InterPro:IPR001279 Beta-lactamase-like" /inference="protein motif:HMMPIR:PIRSF005243 Rubredoxin-oxygen oxidoreductase" /inference="protein motif:ProfileScan:PS50902 FLAVODOXIN_LIKE InterPro:IPR008254 Flavodoxin/nitric oxide synthase GO:Molecular Function:FMN binding (GO:0010181), Molecular Function:oxidoreductase activity (GO:0016491)" /inference="protein motif:superfamily:SSF52218 Flavoproteins" /inference="protein motif:superfamily:SSF56281 Metallo-hydrolase/oxidoreductase" /codon_start=1 /transl_table=11 /product="Flavoprotein, nitric oxide reductase, putative (fprA)" /protein_id="ACS33725.1" /translation="MVKTRVEKLCTDPEIYIIRVDDDEIKYFEAAWYIPEGITYNAYL VKLDGANVLVDLTKADYTDLFLEELKKLVDPKEITHVILNHTEPDHSGALPAFLEANG HRAQLIGTAFARNLVEGFYGKEAVKNFKVVKDGEELSIGGKTFRFITIPWVHWPDSMI TYLVEDKIIFGCDAGGGYSIPETIDDSDEEVVKRYLPYVTKYIVTVIGHYHKYIVQSI NKLKKLGIVEEAKMILPGHGLAWCKNPKRIFEFYERVGAGVPEKDKVLVIYDSMYGFV ERRMKIVIDELKKLGKKPVVYRFTDKEAPAVSDILGEVPSAEALVIGASTYEAEIHPT IRYALLEILDKANYEKPVLIVGAYGWGGVAGRKIETLITRSKFDHVATIESKGMPTEE DEAKLREAVRKLVEWSS" gene complement(1153285..1154028) /locus_tag="TGAM_1224" /note="tg1224" CDS complement(1153285..1154028) /locus_tag="TGAM_1224" /note="Similar to ST0740 SSO1762; 8 probable transmembrane helices predicted by modhmm" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein" /protein_id="ACS33726.1" /translation="MKVKMKIFKVPREPGAGGTIILAMIGGLLLSGADLRGWLIGLAV ALLTFFTFDYAFDSYRAWKMKDMAIALGLNGLAYLLPALYWGTVNELLIPLTIVGVLF TLHFAFSRAKGWKNPVTYALGNLLPAVPALFAPAVAGKPFTDRVLVFWFLLAYYEAIG AAYVETKLAFRKFPRKYPLMAWLPAFIVVLYNPYLAIALIEPTVRLVRNLKDTTYVAR IEDIKKLGWSVFRSVMLLYVLTLAVLYLT" gene complement(1154104..1154715) /locus_tag="TGAM_1225" /note="tg1225" CDS complement(1154104..1154715) /locus_tag="TGAM_1225" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein" /protein_id="ACS33727.1" /translation="MAKTTFEEEIYLRTLTGRLVGKVLADLGLNKVAVVASRNIICSS IATATEATFITLSGGVTYHFLAEKGKEAEIAERVKEFAPQVTVLQFGGETPIEETKEV FVETLRQFAEKDVPGAFVIHVRIFAAGGLAEALKDEKIREYLSKKDLFVYTVGFDEGK VYVNKILLDGEELKLEKLAEYQVTLEHADLLNRSLKDRSVTFA" gene complement(1155047..1155751) /locus_tag="TGAM_1226" /note="tg1226" CDS complement(1155047..1155751) /locus_tag="TGAM_1226" /inference="protein motif:CDD:UbiE, Methylase involved in ubiquinone/menaquinone biosynthesis [Coenzyme metabolism]" /inference="protein motif:CDD:Ubie_methyltran, ubiE/COQ5 methyltransferase family" /inference="protein motif:COG:COG2226 Methylase involved in ubiquinone/menaquinone biosynthesis; H Coenzyme transport and metabolism" /inference="protein motif:Gene3D:G3D.3.40.50.150 no description" /inference="protein motif:HMMPanther:PTHR10108 UBIQUINONE/MENAQUINONE METHYLTRANSFERASE-RELATED" /inference="protein motif:HMMPanther:PTHR10108:SF7 UBIQUINONE/MENAQUINONE BIOSYNTHESIS METHYLTRANSFERASE InterPro:IPR004033 UbiE/COQ5 methyltransferase GO:Molecular Function:methyltransferase activity (GO:0008168)" /inference="protein motif:HMMPfam:PF01209 Ubie_methyltran InterPro:IPR004033 UbiE/COQ5 methyltransferase GO:Molecular Function:methyltransferase activity (GO:0008168)" /inference="protein motif:HMMTigr:TIGR01934 MenG_MenH_UbiE:ubiquinone/menaquinone InterPro:IPR004033 UbiE/COQ5 methyltransferase GO:Molecular Function:methyltransferase activity (GO:0008168)" /inference="protein motif:ProfileScan:PS50124 MET_TRANS InterPro:IPR001601 Generic methyltransferase GO:Molecular Function:methyltransferase activity (GO:0008168)" /inference="protein motif:ProfileScan:PS50193 SAM_BIND InterPro:IPR000051 SAM (and some other nucleotide) binding motif GO:Molecular Function:S-adenosylmethionine-dependent methyltransferase activity (GO:0008757)" /inference="protein motif:ScanRegExp:PS01183 UBIE_1 InterPro:IPR004033 UbiE/COQ5 methyltransferase GO:Molecular Function:methyltransferase activity (GO:0008168)" /inference="protein motif:ScanRegExp:PS01184 UBIE_2 InterPro:IPR004033 UbiE/COQ5 methyltransferase GO:Molecular Function:methyltransferase activity (GO:0008168)" /inference="protein motif:superfamily:SSF53335 S-adenosyl-L-methionine-dependent methyltransferases" /codon_start=1 /transl_table=11 /product="Methyltransferase, ubiE/COQ5 family" /protein_id="ACS33728.1" /translation="MGGRNLVKELFDSIAERYDLTNRLISLGLDKLWRRKACEEVLKF IEVQERPLKILDVACGTGDMILCMRRSLEKRNLSGEFYGLDCSEEMLRIARRKVPFAK LSVGTAEEMPYPDEGFDVVSIAFGIRNFSDRERAIKELHRVLKPGGKLLILEFSKSPS LLGKMAWLYTRTVVPIIGKLTTGNGKAYEHLVSSIDAFPSPEELRGEFEKRGFRVKSL RWLFPRIAFILVLERP" gene complement(1155717..1157012) /locus_tag="TGAM_1227" /note="tg1227" CDS complement(1155717..1157012) /locus_tag="TGAM_1227" /inference="protein motif:BlastProDom:PD000006 Q83DK2_COXBU_Q83DK2; InterPro:IPR003439 ABC transporter related GO:Molecular Function:ATP binding (GO:0005524), Molecular Function:ATPase activity (GO:0016887)" /inference="protein motif:CDD:ABC_ATPase, ABC (ATP-binding cassette) transporter nucleotide-binding domain" /inference="protein motif:CDD:ABC_BcrA_bacitracin_resist, The BcrA subfamily represents ABC transporters involved in peptide antibiotic resistance" /inference="protein motif:CDD:ABC_Carb_Monos_I, This family represents the domain I of the carbohydrate uptake proteins that transport only monosaccharides (Monos)" /inference="protein motif:CDD:ABC_Carb_Monos_II, This family represents domain II of the carbohydrate uptake proteins that transport only monosaccharides (Monos)" /inference="protein motif:CDD:ABC_Carb_Solutes_like, ABC Carbohydrate and Solute Transporters-like subgroup" /inference="protein motif:CDD:ABC_CcmA_heme_exporter, CcmA, the ATP-binding component of the bacterial CcmAB transporter" /inference="protein motif:CDD:ABC_Class3, This class is comprised of all BPD (Binding Protein Dependent) systems that are largely represented in archaea and eubacteria and are primarily involved in scavenging solutes from the environment" /inference="protein motif:CDD:ABC_cobalt_CbiO_domain1, Domain I of the ABC component of a cobalt transport family found in bacteria, archaea, and eukaryota" /inference="protein motif:CDD:ABC_cobalt_CbiO_domain2, Domain II of the ABC component of a cobalt transport family found in bacteria, archaea, and eukaryota" /inference="protein motif:CDD:ABC_CysA_sulfate_importer, Part of the ABC transporter complex cysAWTP involved in sulfate import" /inference="protein motif:CDD:ABC_DR_subfamily_A, This family of ATP-binding proteins belongs to a multisubunit transporter involved in drug resistance (BcrA and DrrA), nodulation, lipid transport, and lantibiotic immunity" /inference="protein motif:CDD:ABC_DrrA, DrrA is the ATP-binding protein component of a bacterial exporter complex that confers resistance to the antibiotics daunorubicin and doxorubicin" /inference="protein motif:CDD:ABC_drug_resistance_like, ABC-type multidrug transport system, ATPase component" /inference="protein motif:CDD:ABC_FeS_Assembly, ABC-type transport system involved in Fe-S cluster assembly, ATPase component" /inference="protein motif:CDD:ABC_FtsE_transporter, FtsE is a hydrophilic nucleotide-binding protein that binds FtsX to form a heterodimeric ATP-binding cassette (ABC)-type transporter that associates with the bacterial inner membrane" /inference="protein motif:CDD:ABC_HisP_GlnQ_permeases, HisP and GlnQ are the ATP-binding components of the bacterial periplasmic histidine and glutamine permeases, repectively" /inference="protein motif:CDD:ABC_Iron-Siderophores_B12_Hemin, ABC transporters, involved in the uptake of siderophores, heme, and vitamin B12, are widely conserved in bacteria and archaea" /inference="protein motif:CDD:ABC_KpsT_Wzt, ABC_KpsT_Wzt The KpsT/Wzt ABC transporter subfamily is involved in extracellular polysaccharide export" /inference="protein motif:CDD:ABC_MalK_N, The N-terminal ATPase domain of the maltose transporter, MalK" /inference="protein motif:CDD:ABC_Metallic_Cations, ABC component of the metal-type transporters" /inference="protein motif:CDD:ABC_MetN_methionine_transporter, MetN (also known as YusC) is an ABC-type transporter encoded by metN of the metNPQ operon in Bacillus subtilis that is involved in methionine transport" /inference="protein motif:CDD:ABC_MJ0796_Lo1CDE_FtsE, This family is comprised of MJ0796 ATP-binding cassette, macrolide-specific ABC-type efflux carrier (MacAB), and proteins involved in cell division (FtsE), and release of liporoteins from the cytoplasmic membrane (LolCDE)" /inference="protein motif:CDD:ABC_Mj1267_LivG_branched, The Mj1267/LivG ABC transporter subfamily is involved in the transport of the hydrophobic amino acids leucine, isoleucine and valine" /inference="protein motif:CDD:ABC_ModC_like, Archeal protein closely related to ModC" /inference="protein motif:CDD:ABC_ModC_molybdenum_transporter, ModC is an ABC-type transporter and the ATPase component of a molybdate transport system that also includes the periplasmic binding protein ModA and the membrane protein ModB" /inference="protein motif:CDD:ABC_MTABC3_MDL1_MDL2, MTABC3 (also known as ABCB6) is a mitochondrial ATP-binding cassette protein involved in iron homeostasis and one of four ABC transporters expressed in the mitochondrial inner membrane, the other three being MDL1(ABC7), MDL2, and ATM1" /inference="protein motif:CDD:ABC_NatA_like, Similar in sequence to NatA, this is the ATPase component of a bacterial ABC-type Na+ transport system called NatAB, which catalyzes ATP-dependent electrogenic Na+ extrusion without mechanically coupled to proton or K+ uptake" /inference="protein motif:CDD:ABC_NatA_sodium_exporter, NatA is the ATPase component of a bacterial ABC-type Na+ transport system called NatAB, which catalyzes ATP-dependent electrogenic Na+ extrusion without mechanically coupled proton or K+ uptake" /inference="protein motif:CDD:ABC_NikE_OppD_transporters, The ABC transporter subfamily specific for the transport of dipeptides, oligopeptides (OppD), and nickel (NikDE)" /inference="protein motif:CDD:ABC_NrtD_SsuB_transporters, NrtD and SsuB are the ATP-binding subunits of the bacterial ABC-type nitrate and sulfonate transport systems, respectively" /inference="protein motif:CDD:ABC_OpuCA_Osmoprotection, OpuCA is a the ATP binding component of a bacterial solute transporter that serves a protective role to cells growing in a hyperosmolar environment" /inference="protein motif:CDD:ABC_Org_Solvent_Resistant, ABC (ATP-binding cassette) transport system involved in resistant to organic solvents" /inference="protein motif:CDD:ABC_PDR_domain1, The pleiotropic drug resistance (PDR) family of ATP-binding cassette (ABC) transporters" /inference="protein motif:CDD:ABC_PDR_domain2, The pleiotropic drug resistance-like (PDR) family of ATP-binding cassette (ABC) transporters" /inference="protein motif:CDD:ABC_PhnC_transporter, ABC-type phosphate/phosphonate transport system" /inference="protein motif:CDD:ABC_PotA_N, PotA is an ABC-type transporter and the ATPase component of the spermidine/putrescine-preferential uptake system consisting of PotA, -B, -C, and -D" /inference="protein motif:CDD:ABC_Pro_Gly_Bertaine, This family comprises the glycine betaine/L-proline ATP binding subunit in bacteria and its equivalents in archaea" /inference="protein motif:CDD:ABC_PstB_phosphate_transporter, Phosphate uptake is of fundamental importance in the cell physiology of bacteria because phosphate is required as a nutrient" /inference="protein motif:CDD:ABC_putative_ATPase, This subfamily is involved in drug resistance, nodulation, lipid transport, and bacteriocin and lantibiotic immunity" /inference="protein motif:CDD:ABC_RNaseL_inhibitor, The ABC ATPase RNase L inhibitor (RLI) is a key enzyme in ribosomal biogenesis, formation of translation preinitiation complexes, and assembly of HIV capsids" /inference="protein motif:CDD:ABC_RNaseL_inhibitor_domain1, The ATPase domain 1 of RNase L inhibitor" /inference="protein motif:CDD:ABC_RNaseL_inhibitor_domain2, The ATPase domain 2 of RNase L inhibitor" /inference="protein motif:CDD:ABC_subfamily_A, The ABCA subfamily mediates the transport of a variety of lipid compounds" /inference="protein motif:CDD:ABC_ThiQ_thiamine_transporter, ABC-type thiamine tranport system" /inference="protein motif:CDD:ABC_TM1139_LivF_branched, LivF (TM1139) is part of the LIV-I bacterial ABC-type two-component transport system that imports neutral, branched-chain amino acids" /inference="protein motif:CDD:ABC_tran, ABC transporter" /inference="protein motif:CDD:ABC_YhbG, The ABC transporters belonging to the YhbG family are similar to members of the Mj1267_LivG family, which is involved in the transport of branched-chain amino acids" /inference="protein motif:CDD:AbcC, ABC-type metal ion transport system, ATPase component [Inorganic ion transport and metabolism]" /inference="protein motif:CDD:ABCC_ATM1_transporter, ATM1 is an ABC transporter that is expressed in the mitochondria" /inference="protein motif:CDD:ABCC_bacteriocin_exporters, ABC-type bacteriocin exporters" /inference="protein motif:CDD:ABCC_CFTR1, The CFTR subfamily domain 1" /inference="protein motif:CDD:ABCC_cytochrome_bd, The CYD subfamily implicated in cytochrome bd biogenesis" /inference="protein motif:CDD:ABCC_Glucan_exporter_like, Glucan exporter ATP-binding protein" /inference="protein motif:CDD:ABCC_Hemolysin, The ABC-transporter hemolysin B is a central component of the secretion machinery that translocates the toxin, hemolysin A, in a Sec-independent fashion across both membranes of E" /inference="protein motif:CDD:ABCC_MRP_domain1, Domain 1 of the ABC subfamily C" /inference="protein motif:CDD:ABCC_MRP_domain2, Domain 2 of the ABC subfamily C" /inference="protein motif:CDD:ABCC_MRP_Like, The MRP (Mutidrug Resistance Protein)-like transporters are involved in drug, peptide, and lipid export" /inference="protein motif:CDD:ABCC_MsbA, MsbA is an essential ABC transporter, closely related to eukaryotic MDR proteins" /inference="protein motif:CDD:ABCC_NFT1, Domain 2 of NFT1 (New full-length MRP-type transporter 1)" /inference="protein motif:CDD:ABCC_Protease_Secretion, This family represents the ABC component of the protease secretion system PrtD, a 60-kDa integral membrane protein sharing 37% identity with HlyB, the ABC component of the alpha-hemolysin secretion pathway, in the C-terminal domain" /inference="protein motif:CDD:ABCC_TAP, TAP, the Transporter Associated with Antigen Processing" /inference="protein motif:CDD:ABCD_peroxisomal_ALDP, Peroxisomal ATP-binding cassette transporter (Pat) is involved in the import of very long-chain fatty acids (VLCFA) into the peroxisome" /inference="protein motif:CDD:ABCF_EF-3, ABCF_EF-3 Elongation factor 3 (EF-3) is a cytosolic protein required by fungal ribosomes for in vitro protein synthesis and for in vivo growth" /inference="protein motif:CDD:ABCG_EPDR, ABCG transporters are involved in eye pigment (EP) precursor transport, regulation of lipid-trafficking mechanisms, and pleiotropic drug resistance (DR)" /inference="protein motif:CDD:ABCG_White, The White subfamily represents ABC transporters homologous to the Drosophila white gene, which acts as a dimeric importer for eye pigment precursors" /inference="protein motif:CDD:AppF, ABC-type oligopeptide transport system, ATPase component [Amino acid transport and metabolism]" /inference="protein motif:CDD:ArpD, ABC-type protease/lipase transport system, ATPase and permease components [General function prediction only]" /inference="protein motif:CDD:ArtP, ABC-type arginine transport system, ATPase component [Amino acid transport and metabolism]" /inference="protein motif:CDD:BtuD, ABC-type cobalamin transport system, ATPase component [Coenzyme metabolism]" /inference="protein motif:CDD:CbiO, ABC-type cobalt transport system, ATPase component [Inorganic ion transport and metabolism]" /inference="protein motif:CDD:CcmA, ABC-type multidrug transport system, ATPase component [Defense mechanisms]" /inference="protein motif:CDD:CcmA, ABC-type transport system involved in cytochrome c biogenesis, ATPase component [Posttranslational modification, protein turnover, chaperones]" /inference="protein motif:CDD:CeuD, ABC-type enterochelin transport system, ATPase component [Inorganic ion transport and metabolism]" /inference="protein motif:CDD:COG1123, ATPase components of various ABC-type transport systems, contain duplicated ATPase [General function prediction only]" /inference="protein motif:CDD:COG1245, Predicted ATPase, RNase L inhibitor (RLI) homolog [General function prediction only]" /inference="protein motif:CDD:COG3638, ABC-type phosphate/phosphonate transport system, ATPase component [Inorganic ion transport and metabolism]" /inference="protein motif:CDD:COG3845, ABC-type uncharacterized transport systems, ATPase components [General function prediction only]" /inference="protein motif:CDD:COG4136, ABC-type uncharacterized transport system, ATPase component [General function prediction only]" /inference="protein motif:CDD:COG4152, ABC-type uncharacterized transport system, ATPase component [General function prediction only]" /inference="protein motif:CDD:COG4172, ABC-type uncharacterized transport system, duplicated ATPase component [General function prediction only]" /inference="protein motif:CDD:COG4178, ABC-type uncharacterized transport system, permease and ATPase components [General function prediction only]" /inference="protein motif:CDD:COG4181, Predicted ABC-type transport system involved in lysophospholipase L1 biosynthesis, ATPase component [Secondary metabolites biosynthesis, transport, and catabolism]" /inference="protein motif:CDD:COG4559, ABC-type hemin transport system, ATPase component [Inorganic ion transport and metabolism]" /inference="protein motif:CDD:COG4586, ABC-type uncharacterized transport system, ATPase component [General function prediction only]" /inference="protein motif:CDD:COG4619, ABC-type uncharacterized transport system, ATPase component [General function prediction only]" /inference="protein motif:CDD:COG4674, Uncharacterized ABC-type transport system, ATPase component [General function prediction only]" /inference="protein motif:CDD:CydC, ABC-type transport system involved in cytochrome bd biosynthesis, fused ATPase and permease components [Energy production and conversion / Posttranslational modification, protein turnover, chaperones]" /inference="protein motif:CDD:CydD, ABC-type transport system involved in cytochrome bd biosynthesis, ATPase and permease components [Energy production and conversion / Posttranslational modification, protein turnover, chaperones]" /inference="protein motif:CDD:CysA, ABC-type sulfate/molybdate transport systems, ATPase component [Inorganic ion transport and metabolism]" /inference="protein motif:CDD:DppD, ABC-type dipeptide/oligopeptide/nickel transport system, ATPase component [Amino acid transport and metabolism / Inorganic ion transport and metabolism]" /inference="protein motif:CDD:DppF, ABC-type dipeptide/oligopeptide/nickel transport system, ATPase component [Amino acid transport and metabolism / Inorganic ion transport and metabolism]" /inference="protein motif:CDD:FepC, ABC-type cobalamin/Fe3+-siderophores transport systems, ATPase components [Inorganic ion transport and metabolism / Coenzyme metabolism]" /inference="protein motif:CDD:FtsE, Predicted ATPase involved in cell division [Cell division and chromosome partitioning]" /inference="protein motif:CDD:GlnQ, ABC-type polar amino acid transport system, ATPase component [Amino acid transport and metabolism]" /inference="protein motif:CDD:HisP, ABC-type histidine transport system, ATPase component [Amino acid transport and metabolism]" /inference="protein motif:CDD:LivF, ABC-type branched-chain amino acid transport systems, ATPase component [Amino acid transport and metabolism]" /inference="protein motif:CDD:LivG, ABC-type branched-chain amino acid transport systems, ATPase component [Amino acid transport and metabolism]" /inference="protein motif:CDD:MalK, ABC-type sugar transport systems, ATPase components [Carbohydrate transport and metabolism]" /inference="protein motif:CDD:MdlB, ABC-type multidrug transport system, ATPase and permease components [Defense mechanisms]" /inference="protein motif:CDD:MglA, ABC-type sugar transport system, ATPase component [Carbohydrate transport and metabolism]" /inference="protein motif:CDD:ModC, ABC-type molybdate transport system, ATPase component [Inorganic ion transport and metabolism]" /inference="protein motif:CDD:ModF, ABC-type molybdenum transport system, ATPase component/photorepair protein PhrA [Inorganic ion transport and metabolism]" /inference="protein motif:CDD:NatA, ABC-type Na+ transport system, ATPase component [Energy production and conversion / Inorganic ion transport and metabolism]" /inference="protein motif:CDD:OpuBA, ABC-type proline/glycine betaine transport systems, ATPase components [Amino acid transport and metabolism]" /inference="protein motif:CDD:PhnK, ABC-type phosphonate transport system, ATPase component [Inorganic ion transport and metabolism]" /inference="protein motif:CDD:PhnK, ABC-type uncharacterized transport system, ATPase component [General function prediction only]" /inference="protein motif:CDD:PhnL, ABC-type phosphonate transport system, ATPase component [Inorganic ion transport and metabolism]" /inference="protein motif:CDD:PotA, ABC-type spermidine/putrescine transport systems, ATPase components [Amino acid transport and metabolism]" /inference="protein motif:CDD:ProV, ABC-type proline/glycine betaine transport system, ATPase component [Amino acid transport and metabolism]" /inference="protein motif:CDD:PstB, ABC-type phosphate transport system, ATPase component [Inorganic ion transport and metabolism]" /inference="protein motif:CDD:PvdE, ABC-type siderophore export system, fused ATPase and permease components [Secondary metabolites biosynthesis, transport, and catabolism / Inorganic ion transport and metabolism]" /inference="protein motif:CDD:SalX, ABC-type antimicrobial peptide transport system, ATPase component [Defense mechanisms]" /inference="protein motif:CDD:SapD, ABC-type antimicrobial peptide transport system, ATPase component [Defense mechanisms]" /inference="protein motif:CDD:SapF, ABC-type antimicrobial peptide transport system, ATPase component [Defense mechanisms]" /inference="protein motif:CDD:SbcC, ATPase involved in DNA repair [DNA replication, recombination, and repair]" /inference="protein motif:CDD:SufC, ABC-type transport system involved in Fe-S cluster assembly, ATPase component [Posttranslational modification, protein turnover, chaperones]" /inference="protein motif:CDD:SunT, ABC-type bacteriocin/lantibiotic exporters, contain an N-terminal double-glycine peptidase domain [Defense mechanisms]" /inference="protein motif:CDD:TagH, ABC-type polysaccharide/polyol phosphate transport system, ATPase component [Carbohydrate transport and metabolism / Cell envelope biogenesis, outer membrane]" /inference="protein motif:CDD:TauB, ABC-type nitrate/sulfonate/bicarbonate transport system, ATPase component [Inorganic ion transport and metabolism]" /inference="protein motif:CDD:TauB, ABC-type taurine transport system, ATPase component [Inorganic ion transport and metabolism]" /inference="protein motif:CDD:ThiQ, ABC-type thiamine transport system, ATPase component [Coenzyme metabolism]" /inference="protein motif:CDD:Ttg2A, ABC-type transport system involved in resistance to organic solvents, ATPase component [Secondary metabolites biosynthesis, transport, and catabolism]" /inference="protein motif:CDD:Uup, ATPase components of ABC transporters with duplicated ATPase domains [General function prediction only]" /inference="protein motif:CDD:YhbG, ABC-type (unclassified) transport system, ATPase component [General function prediction only]" /inference="protein motif:CDD:ZnuC, ABC-type Mn/Zn transport systems, ATPase component [Inorganic ion transport and metabolism]" /inference="protein motif:COG:COG1116 ABC-type nitrate/sulfonate/bicarbonate transport system, ATPase component; P Inorganic ion transport and metabolism" /inference="protein motif:Gene3D:G3D.3.40.50.300 no description" /inference="protein motif:HMMPanther:PTHR19222 ATP-BINDING CASSETTE TRANSPORTER" /inference="protein motif:HMMPfam:PF00005 ABC_tran InterPro:IPR003439 ABC transporter related GO:Molecular Function:ATP binding (GO:0005524), Molecular Function:ATPase activity (GO:0016887)" /inference="protein motif:HMMSmart:SM00382 no description InterPro:IPR003593 AAA ATPase GO:Molecular Function:nucleotide binding (GO:0000166), Molecular Function:nucleoside-triphosphatase activity (GO:0017111)" /inference="protein motif:ProfileScan:PS50100 DA_BOX InterPro:IPR003439 ABC transporter related GO:Molecular Function:ATP binding (GO:0005524), Molecular Function:ATPase activity (GO:0016887)" /inference="protein motif:ProfileScan:PS50101 ATP_GTP_A2" /inference="protein motif:ProfileScan:PS50893 ABC_TRANSPORTER_2 InterPro:IPR003439 ABC transporter related GO:Molecular Function:ATP binding (GO:0005524), Molecular Function:ATPase activity (GO:0016887)" /inference="protein motif:superfamily:SSF52540 P-loop containing nucleoside triphosphate hydrolases" /codon_start=1 /transl_table=11 /product="ABC transporter, ATP-binding protein" /protein_id="ACS33729.1" /translation="MACPVPPVSGPNPNPSGDSGLLPRGRTFPNPLLASADALPQLLW LSGRFPPDGPRDAFSAVLKGLQGLSERFKRLPPERLGSRLDDSLHNALRRYEFNRDDT RYRDGIFSSTAFGWGELKRKGDRKIPPAGGPAQTLKASALPALHRPWNAPRDGFGRQS GPGNSAQDKRRCRGLWLCRRNRLPARLLLRFGNQSWSLRVGVALNPSHDNPRPVAPQE ARGMGERLVLVKNLRKSFNELILDEVSLEVSAGEVIGLIGPNGTGKSTLVKILAGVIE PDSGEVFVKNPSVLYQEDYLLPWKRLRDNVCLPARFRGRECRLEYVERLGLESYLDLY PKEVSGGTRRKASILRALLMDFDVLILDEPFTGLDARSKEELLFIIRELANSGKGVLV VSHQLEELFKVADRVYLIGGRPAKIKKVLGREELGKGTF" gene complement(1156325..1157128) /locus_tag="TGAM_1228" /note="tg1228" CDS complement(1156325..1157128) /locus_tag="TGAM_1228" /inference="protein motif:CDD:TauC, ABC-type nitrate/sulfonate/bicarbonate transport system, permease component [Inorganic ion transport and metabolism]" /inference="protein motif:COG:COG0600 ABC-type nitrate/sulfonate/bicarbonate transport system, permease component; P Inorganic ion transport and metabolism" /inference="protein motif:HMMPfam:PF00528 BPD_transp_1 InterPro:IPR000515 Binding-protein-dependent transport systems inner membrane component GO:Molecular Function:transporter activity (GO:0005215), Biological Process:transport (GO:0006810), Cellular Component:membrane (GO:0016020)" /inference="protein motif:ProfileScan:PS50928 ABC_TM1 InterPro:IPR000515 Binding-protein-dependent transport systems inner membrane component GO:Molecular Function:transporter activity (GO:0005215), Biological Process:transport (GO:0006810), Cellular Component:membrane (GO:0016020)" /note="7 probable transmembrane helices predicted by modhmm" /codon_start=1 /transl_table=11 /product="ABC transporter, permease protein" /protein_id="ACS33730.1" /translation="MEAGLPRGLPQGEPREPRHLLQGLSMRGWLYLFLFAVASWLVLS HLYPALIPTPAETLAFYREVGLSLILSSLLLTLYHSFSGFLVASLLTGLAMLLALYSR AFRDFLNALNVFLQSVSVLVWTIVFIMLFGVTSSIATILVTAMASFPALLSAGVSSSE KVIEKYRPLVVLLKPSKLQLYRHFIVPGTLPEMVSAGRVALGIALRISVVAEAFGSAG GIGYQLVYSYDLGIKAGVFAWALLLILLMITLDQLLLRRLEEWVKGWYW" gene complement(1157056..1158018) /locus_tag="TGAM_1229" /note="tg1229" CDS complement(1157056..1158018) /locus_tag="TGAM_1229" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:TauA, ABC-type nitrate/sulfonate/bicarbonate transport systems, periplasmic components [Inorganic ion transport and metabolism]" /inference="protein motif:CDD:TauA, ABC-type taurine transport system, periplasmic component [Inorganic ion transport and metabolism]" /inference="protein motif:COG:COG0715 ABC-type nitrate/sulfonate/bicarbonate transport systems, periplasmic components; P Inorganic ion transport and metabolism" /inference="protein motif:Gene3D:G3D.3.40.190.10 no description" /inference="protein motif:superfamily:SSF53850 Periplasmic binding protein-like II" /note="1 probable transmembrane helix predicted by modhmm" /codon_start=1 /transl_table=11 /product="ABC transporter, periplasmic protein, putative taurine-binding protein" /protein_id="ACS33731.1" /translation="MRKVLALLLIGLVVVVSGCIGSNSTKPTGTEIPTVKAATLLGGI STLDVMEAKGFDRENGFKVEVLRLGKTPDIIAALEKGETDFAVIPAEMAAKLAQSGVK IKIIGVDMLQNQAIIGKEKMKPAELKGKKIGAVVASGTFKLFQAYMKVLYNLTPDDYT VVNVPPGSVEDSLKSVDAVVIWEPIVSQLIVKNYTVIATFSELWNEARERGIVNGPAV MLVWVVREDFLEKHKDLVHAFIKAQIESAEFWKENPAETKEILGELYHLEGKTLDVLY GRTEVNDEGLNDELIRGIKSEWKLAYLGGYLRENPENLDIFYRG" gene complement(1158019..1158915) /gene="ubiA" /locus_tag="TGAM_1230" /note="tg1230" CDS complement(1158019..1158915) /gene="ubiA" /locus_tag="TGAM_1230" /EC_number="2.5.1.-" /inference="protein motif:CDD:UbiA, 4-hydroxybenzoate polyprenyltransferase and related prenyltransferases [Coenzyme metabolism]" /inference="protein motif:CDD:UbiA, UbiA prenyltransferase family" /inference="protein motif:COG:COG0382 4-hydroxybenzoate polyprenyltransferase and related prenyltransferases; H Coenzyme transport and metabolism" /inference="protein motif:HMMPanther:PTHR11048 PROTOHEME IX FARNESYLTRANSFERASE-RELATED" /inference="protein motif:HMMPanther:PTHR11048:SF1 4-HYDROXYBENZOATE OCTAPRENYLTRANSFERASE" /inference="protein motif:HMMPfam:PF01040 UbiA InterPro:IPR000537 UbiA prenyltransferase GO:Molecular Function:prenyltransferase activity (GO:0004659), Cellular Component:integral to membrane (GO:0016021)" /inference="protein motif:HMMTigr:TIGR01475 ubiA_other:4-hydroxybenzoate polyprenyltr InterPro:IPR006371 4-hydroxybenzoate polyprenyltransferase related" /note="8 probable transmembrane helices predicted by modhmm" /codon_start=1 /transl_table=11 /product="4-hydroxybenzoate polyprenyltransferase, putative (UbiA)" /protein_id="ACS33732.1" /translation="MAFDPGEVSKASRFHALMRLVRIEHTLFSLPYAYVGAFLSGFHV TWAEIILMSLALLGLRTAALAYNNIADLDIDSQNPRTWNRPLIKGSVKVSDAWWLVVV GSVVYFVSAVLLNRWTALLSPIPWLIAMSYSGAKRKHSFPHLHLGLTLALAVAGGTIA AGGNAPFIEVLARVPWAFFFGVLFWVAGFDTIYAIMDYEFDAEHGIGSIPARFGIENA LKIALAFHLLAIALFGLAGFLYDLGWVYLAGWLVGSALILYENLIVWKSLDNVPKAFN LNIPIGLILTLSAIADKLLGGV" gene complement(1158917..1160362) /gene="ubiD-1" /locus_tag="TGAM_1231" /note="tg1231" CDS complement(1158917..1160362) /gene="ubiD-1" /locus_tag="TGAM_1231" /EC_number="4.1.1.-" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:UbiD, 3-octaprenyl-4-hydroxybenzoate carboxy-lyase" /inference="protein motif:COG:COG0043 3-polyprenyl-4-hydroxybenzoate decarboxylase and related decarboxylases; H Coenzyme transport and metabolism" /inference="protein motif:HMMPfam:PF01977 UbiD InterPro:IPR002830 Carboxylyase-related protein" /inference="protein motif:HMMTigr:TIGR00148 TIGR00148:UbiD family decarboxylases InterPro:IPR002830 Carboxylyase-related protein" /inference="protein motif:superfamily:SSF47616 Glutathione S-transferase (GST), C-terminal domain InterPro:IPR010987 Glutathione S-transferase, C-terminal-like" /codon_start=1 /transl_table=11 /product="3-octaprenyl-4-hydroxybenzoate carboxy-lyase (UbiD)" /protein_id="ACS33733.1" /translation="MRDMRDYLEWLEARNELIRVEEELSPELEIPAFLRRVMYDKAGA VLFERVKGHPEWRVAGNLFTSVETVREALGVERLEEIGERPLKLMESLPLGLSDKLSS LGKLRELGNYLPKLVRKAEFTRNVVEDEPLNFVPAFKTWPKDGSRYLTYPLICFSDPK GVNSISVYRVMLLDGERGVIHWQVHKRGSQAWRDYLERNGGKMPVAIAIGSDIGTLLT AVSPVPYPMDKLLFAGFVRGSGLELYRLPNGVLVPANAEAVIEGYVQVDELSEEGPFG DHFGFYDKPSERNELYPVFHAERVYYRDNPIYYGSVVGKPPLEDAVIGKAIERIFLPL MRVVLPEVVDVNFPEYGVFQGVAIVSIKKRYPGHGKKVLNALWGTGQMALTKVIVVVS EDINPHDINQVIWAIASFVNPERDVLVIPKAHTDALDPAVPRPPLGSKLGIDATRKFP EEMDGRVVEEVKENPEVLRRLEDLFKKYLGG" gene complement(1160477..1161472) /gene="cydB" /locus_tag="TGAM_1232" /note="tg1232" CDS complement(1160477..1161472) /gene="cydB" /locus_tag="TGAM_1232" /EC_number="1.10.3.-" /inference="protein motif:CDD:AppB, Cytochrome bd-type quinol oxidase, subunit 2 [Energy production and conversion]" /inference="protein motif:CDD:Cyto_ox_2, Cytochrome oxidase subunit II" /inference="protein motif:COG:COG1294 Cytochrome bd-type quinol oxidase, subunit 2; C Energy production and conversion" /inference="protein motif:HMMTigr:TIGR00203 cydB:cytochrome d ubiquinol oxidase, subuni InterPro:IPR003317 Cytochrome bd ubiquinol oxidase, subunit II GO:Biological Process:electron transport (GO:0006118), Cellular Component:membrane (GO:0016020)" /inference="protein motif:superfamily:SSF54857 DNA damage-inducible protein DinI" /note="9 probable transmembrane helices predicted by modhmm" /codon_start=1 /transl_table=11 /product="Cytochrome bd ubiquinol oxidase, subunit II (cydB)" /protein_id="ACS33734.1" /translation="MDYATAWFYFSAFLLGMYLAFDGFDLGIGALLALIKNQKDRDIL INTIGPVWDGNEVWFITWGAGLFAMWPALYATLFSTFYLAIWLLAFLLIFRAVGFEFR NKNKELWDKLFALVSALIPLVVGVVVGNLVMGIPIDANGFHGSLLTLFRPYPLIVGLF ILFATIWHGANWGVYKTTGKLQEELRGYAFKFWLLTVVLLLLTVIGMKIWAPLRFERL MTPLGLGLTLVILVAGLLDGHLIKKGEERLAFYISWLAFPLVVFLVYYSMYPYWVIST TDPNFKLSIHDLAASPLTLKAVLGVSVILAVIIMAYTLYVYKMFGGKVTEAEGYY" gene complement(1161472..1162983) /gene="cydA" /locus_tag="TGAM_1233" /note="tg1233" CDS complement(1161472..1162983) /gene="cydA" /locus_tag="TGAM_1233" /EC_number="1.10.3.-" /inference="protein motif:CDD:Bac_Ubq_Cox, Bacterial Cytochrome Ubiquinol Oxidase" /inference="protein motif:CDD:CydA, Cytochrome bd-type quinol oxidase, subunit 1 [Energy production and conversion]" /inference="protein motif:COG:COG1271 Cytochrome bd-type quinol oxidase, subunit 1; C Energy production and conversion" /inference="protein motif:HMMPfam:PF01654 Bac_Ubq_Cox InterPro:IPR002585 Cytochrome bd ubiquinol oxidase, subunit I GO:Biological Process:electron transport (GO:0006118), Cellular Component:membrane (GO:0016020), Molecular Function:oxidoreductase activity (GO:0016491)" /note="9 probable transmembrane helices predicted by modhmm" /codon_start=1 /transl_table=11 /product="Cytochrome bd ubiquinol oxidase, subunit I (cydA)" /protein_id="ACS33735.1" /translation="MDPILLSRIQFALTAGYHWIFVPASIGMAFMVFLLWTMAAITNE KQWHKAAKFFSKWLGIFFVLGVPTGIVMEFEFGANWSQYSVFVGSIFGPPLMLEGLFA FALESTFLGVLLFGMDRLPRAITWISSFFVFIGSSLSGLWILIANSWQQTPTGYIIQN GRAELTDFMGAVFNPLLVSQYTHTINSAILTGAYIVAAVGAYYLLKKRHVQVARSAVA IGVVVLAISAVIQLYPTGHAEGQVIAKYQPTKLAADEGLFKTEKGAPMIIFGIVDEKN QEVKAAIGIPKLLSWLSFGDWNAEVMGLHDAARYVWYEQVLNNPNFASEKDRKEFIET LMKAHGVDPNAPDANEQMVKVLEEALPVAFMFYAYRVMIGLGTLFILIGLIGVLLLLL GKLYDARWFLKVLVVTVPLPWLASEAGWFTHEVGRMPWMVWGMVTTNTGVSPNVSATH VLITLIGFVVVYSVLFYIWLHFVRKLIREGPEPVEGDVTAKPTPAVSVAGGGQ" gene complement(1163101..1163304) /locus_tag="TGAM_1234" /note="tg1234" CDS complement(1163101..1163304) /locus_tag="TGAM_1234" /note="2 probable transmembrane helices predicted by modhmm" /codon_start=1 /transl_table=11 /product="Hypothetical protein" /protein_id="ACS33736.1" /translation="MSAQIETNREVVAGLVAIVLALAFVLIAFLLHNVVWVVPGMLFG IGYMIWVFHRHGMPSANSPKAKV" gene 1163450..1164598 /locus_tag="TGAM_1235" /note="tg1235" CDS 1163450..1164598 /locus_tag="TGAM_1235" /inference="protein motif:CDD:HcaD, Uncharacterized NAD(FAD)-dependent dehydrogenases [General function prediction only]" /inference="protein motif:CDD:Ndh, NADH dehydrogenase, FAD-containing subunit [Energy production and conversion]" /inference="protein motif:CDD:Pyr_redox, Pyridine nucleotide-disulphide oxidoreductase" /inference="protein motif:COG:COG0446 Uncharacterized NAD(FAD)-dependent dehydrogenases; R General function prediction only" /inference="protein motif:Gene3D:G3D.3.50.50.60 no description" /inference="protein motif:HMMPanther:PTHR10632 SULFIDE QUINONE REDUCTASE" /inference="protein motif:HMMPanther:PTHR10632:SF7 SULFIDE DEHYDROGENASE- RELATED" /inference="protein motif:HMMPfam:PF00070 Pyr_redox InterPro:IPR001327 Pyridine nucleotide-disulphide oxidoreductase, NAD-binding region GO:Biological Process:electron transport (GO:0006118), Molecular Function:disulfide oxidoreductase activity (GO:0015036)" /inference="protein motif:HMMPfam:PF07992 Pyr_redox_2 InterPro:IPR013027 FAD-dependent pyridine nucleotide-disulphide oxidoreductase" /inference="protein motif:superfamily:SSF51905 FAD/NAD(P)-binding domain" /codon_start=1 /transl_table=11 /product="FAD-dependent pyridine nucleotide-disulphide oxidoreductase" /protein_id="ACS33737.1" /translation="MAKVLVLGGGTAGLIAARYLKAEADRLKLDVDVTMVTASERHYM PPLFMEVALGSAEAHETWAPIKNAEKVYGFRVDIDRVTKIDLDNRQVKTEGGKVYDYD YLFLGLGVKYAWDKYKGLAEHGYHNYTLEGALELRKALYGFKGKRIVIYAPEVPYRCG IYPYEMGLALRAYFEAKGLNDVEIKVVHPGDGPARSLGPTVSRFFEKEFEKAGVEFIH HDGHERITEGKLVTKNLELDYDLLIKVPPIAIPDVMAFMADSQDPRWAKVKGPDFRYP GYDDVYVVSEASMPPLGLLTAGVPLHNAAVVSATSILHQVHGGYPIAEFVPTMCLGVG YHTGFTANCEYRWTGSKYERTCYLLFKSPLIKEMKASFYRGWLDSLRL" gene 1164609..1165028 /locus_tag="TGAM_1236" /note="tg1236" CDS 1164609..1165028 /locus_tag="TGAM_1236" /inference="protein motif:HMMPfam:PF07849 DUF1641 InterPro:IPR012440 Protein of unknown function DUF1641" /note="Belongs to DUF1641 family" /codon_start=1 /transl_table=11 /product="conserved hypothetical protein" /protein_id="ACS33738.1" /translation="MSELKLTPEEVAAVRELVEVAVALKKGGTLGLLKSFTENGDRLL ETISEEKALLRLAAIGNSALEPVREIEAEKVNDISMNVEELVNALLRALAETNPKEVP KVGMTGAIGYLRDEDVQKGLGFLLTLAKNLGRVLNEK" gene 1165025..1165954 /gene="hemH" /locus_tag="TGAM_1237" /note="tg1237" CDS 1165025..1165954 /gene="hemH" /locus_tag="TGAM_1237" /EC_number="4.99.1.1" /inference="protein motif:BlastProDom:PD002792 HEMZ_AQUAE_O67083; InterPro:IPR001015 Ferrochelatase GO:Molecular Function:ferrochelatase activity (GO:0004325), Biological Process:heme biosynthesis (GO:0006783)" /inference="protein motif:CDD:Ferrochelatase, Ferrochelatase" /inference="protein motif:CDD:Ferrochelatase_C, Ferrochelatase, C-terminal domain:Ferrochelatase (protoheme ferrolyase or HemH) is the terminal enzyme of the heme biosynthetic pathway" /inference="protein motif:CDD:Ferrochelatase_N, Ferrochelatase, N-terminal domain:Ferrochelatase (protoheme ferrolyase or HemH) is the terminal enzyme of the heme biosynthetic pathway" /inference="protein motif:COG:COG0276 Protoheme ferro-lyase (ferrochelatase); H Coenzyme transport and metabolism" /inference="protein motif:Gene3D:G3D.3.40.50.1400 no description" /inference="protein motif:HMMPanther:PTHR11108 FERROCHELATASE-RELATED InterPro:IPR001015 Ferrochelatase GO:Molecular Function:ferrochelatase activity (GO:0004325), Biological Process:heme biosynthesis (GO:0006783)" /inference="protein motif:HMMPanther:PTHR11108:SF1 FERROCHELATASE-RELATED" /inference="protein motif:HMMPfam:PF00762 Ferrochelatase InterPro:IPR001015 Ferrochelatase GO:Molecular Function:ferrochelatase activity (GO:0004325), Biological Process:heme biosynthesis (GO:0006783)" /inference="protein motif:HMMTigr:TIGR00109 hemH:ferrochelatase InterPro:IPR001015 Ferrochelatase GO:Molecular Function:ferrochelatase activity (GO:0004325), Biological Process:heme biosynthesis (GO:0006783)" /inference="protein motif:ScanRegExp:PS00534 FERROCHELATASE InterPro:IPR001015 Ferrochelatase GO:Molecular Function:ferrochelatase activity (GO:0004325), Biological Process:heme biosynthesis (GO:0006783)" /inference="protein motif:superfamily:SSF53800 Chelatase" /codon_start=1 /transl_table=11 /product="Ferrochelatase (hemH)" /protein_id="ACS33739.1" /translation="MILSLLFGGGTVRVLFTYMGAPTTPDEVEDFIFRFLYDVRKDIG LDVPGARAIIRGIAKARARAVRGHYAVMGGRSPLVDYMREIAELVSERTGYEITLGMC YSRPLLEELSDGFDLVFPLYHVYSSSTTERCLIKIRELFGERPYIREWWGNERFIAWV RHNIEKGLAESGFENPHVVLSVHSLPRKVIEGGDPYLKSHTELAKRVMKAFDFEWEMA FQSRFGKGDWLGPEIPEVLERLKEEGVEEVLVYPLSFLVENVETLYELDVEYRKKAEE LGLRFYRAKLDHRHDYLISAIAQELRRWEDGKA" gene 1165941..1166270 /locus_tag="TGAM_1238" /note="tg1238" CDS 1165941..1166270 /locus_tag="TGAM_1238" /note="3 probable transmembrane helices predicted by modhmm" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein" /protein_id="ACS33740.1" /translation="MGRLRDAFIAYVFGFVGGIPLLLMKDTDELTKLHAAYSSVVGFF FWIAFMGAWHMYPGYPEFGWSLYVLALWYVYALFGVWKMLRGKTYRIPGVEGLAKKLV RVIAPAV" gene 1166274..1167275 /locus_tag="TGAM_1239" /note="tg1239" CDS 1166274..1167275 /locus_tag="TGAM_1239" /note="8 probable transmembrane helices predicted by modhmm" /codon_start=1 /transl_table=11 /product="Hypothetical protein" /protein_id="ACS33741.1" /translation="MKMRRSIVALFFTVMLLSGVPVLADEFTEEGNAFMEDFIKAMNT GNYSLIEPHLSERLRNELGEREFAQLRGFTMENYGRLLSFSFVNESREGDMVKLEYEV KAEKGAFPIALTYENGELVGIGLGVRAKPNPAGMVAMILGTLLVLGAFYFIQKPVTPD LVLGAGIALGLSVLIPFYGIISLVVAYSTLSRALFTAFTTALTVEAVKFYFARNRDGL SIGLGLGLGQYVLLSIGTFVATNFIMQLPVSFTGATYWAFLFALTFTAFHALSAETYS KLRDGRLLLLLAFIEGLALAMESLSRLGPSLLLVLLGIAVGLRLGGVIDGIAGREAR" gene 1167238..1168167 /locus_tag="TGAM_1240" /note="tg1240" CDS 1167238..1168167 /locus_tag="TGAM_1240" /EC_number="2.5.1.-" /inference="protein motif:CDD:Isoprenoid_Biosyn_C1, Isoprenoid Biosynthesis enzymes, Class 1" /inference="protein motif:CDD:IspA, Geranylgeranyl pyrophosphate synthase [Coenzyme metabolism]" /inference="protein motif:CDD:polyprenyl_synt, Polyprenyl synthetase" /inference="protein motif:CDD:Trans_IPPS, Trans-Isoprenyl Diphosphate Synthases (Trans_IPPS) of class 1 isoprenoid biosynthesis enzymes which either synthesis geranyl/farnesyl diphosphates (GPP/FPP) or longer chained products from isoprene precursors, isopentenyl diphosphate (IPP) and dimethylallyl diphosphate (DMAPP), or use geranyl (C10)-, farnesyl (C15)-, or geranylgeranyl (C20)-diphosphate as substrate" /inference="protein motif:CDD:Trans_IPPS_HT, Trans-Isoprenyl Diphosphate Synthases (Trans_IPPS), head-to-tail (HT) (1'-4) condensation reactions" /inference="protein motif:COG:COG0142 Geranylgeranyl pyrophosphate synthase; H Coenzyme transport and metabolism" /inference="protein motif:Gene3D:G3D.1.10.600.10 no description" /inference="protein motif:HMMPanther:PTHR12001 GERANYLGERANYL PYROPHOSPHATE SYNTHETASE" /inference="protein motif:HMMPanther:PTHR12001:SF29 OCTAPRENYL-DIPHOSPHATE SYNTHASE" /inference="protein motif:HMMPfam:PF00348 polyprenyl_synt InterPro:IPR000092 Polyprenyl synthetase GO:Biological Process:isoprenoid biosynthesis (GO:0008299)" /inference="protein motif:ScanRegExp:PS00444 POLYPRENYL_SYNTHET_2 InterPro:IPR000092 Polyprenyl synthetase GO:Biological Process:isoprenoid biosynthesis (GO:0008299)" /inference="protein motif:superfamily:SSF48576 Terpenoid synthases InterPro:IPR008949 Terpenoid synthase" /codon_start=1 /transl_table=11 /product="Polyprenyl synthetase" /protein_id="ACS33742.1" /translation="MSSMESLDERLVEALEGSVELAKKIGEYIIRSGGKRIRPRITLA VSKGLGLDENDALDLASAIELIHTASLVHDDVIDLAEKRRNNPTVVMRWGPELAVLSG DFLFVRALRIIAKKKAAMVDYVAKAVEDMVKGEILQEAVRGSVHLDLDTYYEIIDRKT GKLFGAAFALPAYYLEKPYWMELDKAGTLVGRAFQIVDDVLDYFPGTGKDRFKDLLNG KATLPLILYTERYGSSFVEKILKNPSEENLLNLFERMMNAGVFEESLKIARGYVDGAL KLIGDLPFDGSEVVRLVSGYFEGVFKRVRTSGS" gene 1168286..1169773 /gene="mbc2I" /locus_tag="TGAM_1241" /note="tg1241" CDS 1168286..1169773 /gene="mbc2I" /locus_tag="TGAM_1241" /EC_number="1.6.5.3" /inference="protein motif:CDD:HyfB, Formate hydrogenlyase subunit 3/Multisubunit Na+/H+ antiporter, MnhD subunit [Energy production and conversion / Inorganic ion transport and metabolism]" /inference="protein motif:CDD:NuoL, NADH:ubiquinone oxidoreductase subunit 5 (chain L)/Multisubunit Na+/H+ antiporter, MnhA subunit [Energy production and conversion / Inorganic ion transport and metabolism]" /inference="protein motif:CDD:NuoM, NADH:ubiquinone oxidoreductase subunit 4 (chain M) [Energy production and conversion]" /inference="protein motif:CDD:NuoN, NADH:ubiquinone oxidoreductase subunit 2 (chain N) [Energy production and conversion]" /inference="protein motif:CDD:Oxidored_q1, NADH-Ubiquinone/plastoquinone (complex I), various chains" /inference="protein motif:COG:COG1009 NADH:ubiquinone oxidoreductase subunit 5 (chain L)/Multisubunit Na+/H+ antiporter, MnhA subunit; C Energy production and conversion" /inference="protein motif:FPrintScan:PR01434 NADHDHGNASE5 InterPro:IPR003916 NADH-ubiquinone oxidoreductase, chain 5 GO:Molecular Function:NADH dehydrogenase (ubiquinone) activity (GO:0008137), Biological Process:ATP synthesis coupled electron transport (GO:0042773)" /inference="protein motif:HMMPanther:PTHR19377 NADH DEHYDROGENASE" /inference="protein motif:HMMPfam:PF00361 Oxidored_q1 InterPro:IPR001750 NADH/Ubiquinone/plastoquinone (complex I) GO:Molecular Function:NADH dehydrogenase (ubiquinone) activity (GO:0008137), Biological Process:ATP synthesis coupled electron transport (GO:0042773)" /note="14 probable transmembrane helices predicted by modhmm" /codon_start=1 /transl_table=11 /product="Membrane bound complex 2, subunit I (Mbc2I)" /protein_id="ACS33743.1" /translation="MIGLLATLAFTVPLIGGLILFRLDERKADVVMLASFITAMLLQL GVAVIYLLDHEELIHIAYLKSTQFGEVYGIIIDPMSVLIGTVVAVAGFIFMFYGVEYM SERNVGHPGGKGRGLFYAWMTLFEGATLGFIYSSTFLGLLIFFELMGLACWGVVSFYN TPAGRRAGFKAFIIPNVGAMIGFYTAIYIGLTQLHDLSLFSLPKVSPEVKPWLFLALL IAGYTKSAQFPTYSWIPDAMEAPTPASAFLHGAAMVEMGVYLVARVIQFIGPLPVWIF YFMAVMVSLTLLIPILNYPVQKDAKRLLAYSTVAEAGIMFVGLTYAVLGLTGKAPGFD VGLKAAMFQLTTHAFVKGLAFLTAGTFTYSLGTLDLRQISGLRKLLPVNGLAWTVALL GLAGLPPMGIAFSKAELLTNLSLVRVSALAWLPILMVLADSAVFLWVGLKWITRNVFG RPKAVRAPTHPIITASLVTLIVLTLVSAYLAYPLVEEITFYGVIP" gene 1169770..1171656 /gene="mbc2H" /locus_tag="TGAM_1242" /note="tg1242" CDS 1169770..1171656 /gene="mbc2H" /locus_tag="TGAM_1242" /EC_number="1.6.5.3" /inference="protein motif:CDD:HyfB, Formate hydrogenlyase subunit 3/Multisubunit Na+/H+ antiporter, MnhD subunit [Energy production and conversion / Inorganic ion transport and metabolism]" /inference="protein motif:CDD:NuoL, NADH:ubiquinone oxidoreductase subunit 5 (chain L)/Multisubunit Na+/H+ antiporter, MnhA subunit [Energy production and conversion / Inorganic ion transport and metabolism]" /inference="protein motif:CDD:NuoM, NADH:ubiquinone oxidoreductase subunit 4 (chain M) [Energy production and conversion]" /inference="protein motif:CDD:NuoN, NADH:ubiquinone oxidoreductase subunit 2 (chain N) [Energy production and conversion]" /inference="protein motif:CDD:Oxidored_q1, NADH-Ubiquinone/plastoquinone (complex I), various chains" /inference="protein motif:COG:COG0651 Formate hydrogenlyase subunit 3/Multisubunit Na+/H+ antiporter, MnhD subunit; C Energy production and conversion" /inference="protein motif:HMMPanther:PTHR11460 NADH-UBIQUINONE OXIDOREDUCTASE CHAIN 4 InterPro:IPR003918 NADH-ubiquinone oxidoreductase, chain 4 GO:Molecular Function:NADH dehydrogenase (ubiquinone) activity (GO:0008137), Biological Process:ATP synthesis coupled electron transport (GO:0042773)" /inference="protein motif:HMMPfam:PF00361 Oxidored_q1 InterPro:IPR001750 NADH/Ubiquinone/plastoquinone (complex I) GO:Molecular Function:NADH dehydrogenase (ubiquinone) activity (GO:0008137), Biological Process:ATP synthesis coupled electron transport (GO:0042773)" /note="16 probable transmembrane helices predicted by modhmm" /codon_start=1 /transl_table=11 /product="Membrane bound complex 2, subunit H (Mbc2H)" /protein_id="ACS33744.1" /translation="MSLYFLELALGLLFIASLVGLASGRRAYYVTLLASFPLLVSAVE GLNGISGEIIPFLPTTVRVDSISALFLLVTAFITLALSLYLLSYGVKGNEKFMAMATN MALLSVVLFLVTDNLERLTLAYELFAVFTAAMVLASETRGSRKATWRYLVLTQVFGII PLLMATGLAYGAVGDLHHLTFHGLREDLENLPVKPVFLLVLFLSASLVRSGAFPFHVW VPRVYRSLPSPFVPVFLLGEILGVYMLLRVVHFVLPAGEAFGYTVAFLGTVTAFATLY SFREIRLKRKFAYHSVMDVGIAYFALGSSLVLKGSFLGTVALLGALLHLLYQTLYKSA FFFGLGAIEHYGEEPNICSMRKLLKGHVIALLVTLSVFSMAGVPPLSAFVSKWLIYTA SMGTTNVLLWLMVVTVAFLGIFPLASIVQVRRINRLICKREVEREEVPFLIRAVTGTV SLVSFLVAVFPFILLPWLTGSLEELGYPLPESASHLFLGSPGSFIALITLVTMTFIGW KIGKMPTERVSELLLIFYNMGDILRFTADYFLSVGKDFYLKRILPIIKVVPRHEVPII KDYDDALDYPVRHLDEAMFMPLIRAVERLARWGRSRNPDMNALMGGFAIAMAILIILL GVFA" gene 1171653..1171937 /gene="mbc2G" /locus_tag="TGAM_1243" /note="tg1243" CDS 1171653..1171937 /gene="mbc2G" /locus_tag="TGAM_1243" /inference="protein motif:COG:COG2212 Multisubunit Na+/H+ antiporter, MnhF subunit; P Inorganic ion transport and metabolism" /note="3 probable transmembrane helices predicted by modhmm" /codon_start=1 /transl_table=11 /product="Membrane bound complex 2, subunit G (Mbc2G)" /protein_id="ACS33745.1" /translation="MNFEAVFLDVLYFAAVIYTLAFVLYGIRAIKGPTTADIILAVDC LSFDMAAFMVVLGIYFKSIMLASGAIILALWAFMLDIYYTKYVLYGEVEV" gene 1171934..1172392 /gene="mbc2F" /locus_tag="TGAM_1244" /note="tg1244" CDS 1171934..1172392 /gene="mbc2F" /locus_tag="TGAM_1244" /inference="protein motif:CDD:MnhG, Multisubunit Na+/H+ antiporter, MnhG subunit [Inorganic ion transport and metabolism]" /inference="protein motif:CDD:PhaG_MnhG_YufB, Na+/H+ antiporter subunit" /inference="protein motif:COG:COG1320 Multisubunit Na+/H+ antiporter, MnhG subunit; P Inorganic ion transport and metabolism" /inference="protein motif:HMMPfam:PF03334 PhaG_MnhG_YufB InterPro:IPR005133 Na+/H+ antiporter subunit" /inference="protein motif:HMMTigr:TIGR01300 CPA3_mnhG_phaG:monovalent cation/prot InterPro:IPR005133 Na+/H+ antiporter subunit" /note="3 probable transmembrane helices predicted by modhmm" /codon_start=1 /transl_table=11 /product="Membrane bound complex 2, subunit F (Mbc2F)" /protein_id="ACS33746.1" /translation="MIIEDVIFVIGSVAILIGAIYDLIAAIGLLRFKDFYMRTHAATV GTIGGAVLPVFGAGLVALVYHPLGSQRFFMAGIAFTVGVLILLIAPTGTHSIVSAVYF GRVGKKPPLVVDQLEEDLPKREDVAELVREHEELPGEEEEPKFTFRRLVR" gene 1172389..1172646 /gene="mbc2E" /locus_tag="TGAM_1245" /note="tg1245" CDS 1172389..1172646 /gene="mbc2E" /locus_tag="TGAM_1245" /inference="protein motif:COG:COG1563 Predicted subunit of the Multisubunit Na+/H+ antiporter; P Inorganic ion transport and metabolism" /note="3 probable transmembrane helices predicted by modhmm" /codon_start=1 /transl_table=11 /product="Membrane bound complex 2, subunit E (Mbc2E)" /protein_id="ACS33747.1" /translation="MIELHLIILAIVVSFGFVFSYLAMKEHDLLKALALSSVQSTFFA LGFYILAAPDIVLAYLAIAVGAYTALVILAISKTERYEVGE" gene 1172643..1173410 /gene="mbc2D" /locus_tag="TGAM_1246" /note="tg1246" CDS 1172643..1173410 /gene="mbc2D" /locus_tag="TGAM_1246" /inference="protein motif:COG:COG2111 Multisubunit Na+/H+ antiporter, MnhB subunit; P Inorganic ion transport and metabolism" /inference="protein motif:HMMPfam:PF04039 MnhB InterPro:IPR007182 Na+/H+ antiporter MnhB subunit-related protein" /note="6 probable transmembrane helices predicted by modhmm" /codon_start=1 /transl_table=11 /product="Membrane bound complex 2, subunit D (Mbc2D)" /protein_id="ACS33748.1" /translation="MKRDVIVAVSFLLAFLFIAYAVAVKNVLGLGGVELRPLGEFYLS HSFAHEGLTSHSPEVVTAIVWNYRGFDTLFETFVFFLAIMGAFSVLRLTDEQEKLVKE LEAREPHRHMDLIVRAITKLVVIMIIAISASIALHGHLTPGGGFQGGSAMAVASLLLF AAFSKFTLERKGLTVKHTVSAYALGLTLILATVLAPVFLYGGKVLEINLLPGEMGLFN LDVGEYLAVTFGFLTVFLVLGVSEWIFKTVLRGEVDD" gene 1173403..1173789 /gene="mbc2C" /locus_tag="TGAM_1247" /note="tg1247" CDS 1173403..1173789 /gene="mbc2C" /locus_tag="TGAM_1247" /EC_number="1.6.5.3" /inference="protein motif:BlastProDom:PD006097 Q9UYN9_PYRAB_Q9UYN9; InterPro:IPR006672 Protein of unknown function DUF67 GO:Molecular Function:molecular function unknown (GO:0005554), Cellular Component:integral to membrane (GO:0016021)" /inference="protein motif:CDD:MnhC, Multisubunit Na+/H+ antiporter, MnhC subunit [Inorganic ion transport and metabolism]" /inference="protein motif:COG:COG1006 Multisubunit Na+/H+ antiporter, MnhC subunit; P Inorganic ion transport and metabolism" /inference="protein motif:HMMPfam:PF00420 Oxidored_q2 InterPro:IPR001133 NADH-ubiquinone oxidoreductase, chain 4L GO:Biological Process:mitochondrial electron transport, NADH to ubiquinone (GO:0006120), Molecular Function:NADH dehydrogenase (ubiquinone) activity (GO:0008137)" /note="3 probable transmembrane helices predicted by modhmm" /codon_start=1 /transl_table=11 /product="Membrane bound complex 2, subunit C (Mbc2C)" /protein_id="ACS33749.1" /translation="MIDLLLAYITLTLFGMVLLGIYGVVTRSNLIKKIIMLNILGDAV NMLFILIGYRIVFPVFPSIYEEHITFEEFLSRAVDPTPQALVLTAIVIGMAMNILLAT YAIQFYRLHGTVDARDMAEIIGGESE" gene 1173786..1174283 /gene="mbc2B" /locus_tag="TGAM_1248" /note="tg1248" CDS 1173786..1174283 /gene="mbc2B" /locus_tag="TGAM_1248" /inference="protein motif:BlastProDom:PD012569 Q9UYP0_PYRAB_Q9UYP0; InterPro:IPR002758 Predicted cation antiporter GO:Biological Process:cation transport (GO:0006812), Molecular Function:cation transporter activity (GO:0008324), Cellular Component:integral to membrane (GO:0016021)" /inference="protein motif:CDD:MnhE, Multisubunit Na+/H+ antiporter, MnhE subunit [Inorganic ion transport and metabolism]" /inference="protein motif:CDD:MNHE, Na+/H+ ion antiporter subunit" /inference="protein motif:COG:COG1863 Multisubunit Na+/H+ antiporter, MnhE subunit; P Inorganic ion transport and metabolism" /inference="protein motif:HMMPfam:PF01899 MNHE InterPro:IPR002758 Predicted cation antiporter GO:Biological Process:cation transport (GO:0006812), Molecular Function:cation transporter activity (GO:0008324), Cellular Component:integral to membrane (GO:0016021)" /note="2 probable transmembrane helices predicted by modhmm" /codon_start=1 /transl_table=11 /product="Membrane bound complex 2, subunit B (Mbc2B)" /protein_id="ACS33750.1" /translation="MRIRFSPATFFIVLATYLFYTGSATEYDVVTGSAVALIVSFLVG HWLVKNDLKFFSPKRWLYAAIYFLRYFFIEETKTHIDVAKRVFTLKANPGIVRIPLEV ENDYGKVLVANSITNTPGTVVVDISDDGKWLYVHWIDVSTLDEKEVKENVVAYFEDYA KKIFD" gene 1174293..1175873 /gene="mbc2A" /locus_tag="TGAM_1249" /note="tg1249" CDS 1174293..1175873 /gene="mbc2A" /locus_tag="TGAM_1249" /EC_number="1.6.5.3" /inference="protein motif:CDD:HyfB, Formate hydrogenlyase subunit 3/Multisubunit Na+/H+ antiporter, MnhD subunit [Energy production and conversion / Inorganic ion transport and metabolism]" /inference="protein motif:CDD:NuoL, NADH:ubiquinone oxidoreductase subunit 5 (chain L)/Multisubunit Na+/H+ antiporter, MnhA subunit [Energy production and conversion / Inorganic ion transport and metabolism]" /inference="protein motif:CDD:NuoM, NADH:ubiquinone oxidoreductase subunit 4 (chain M) [Energy production and conversion]" /inference="protein motif:CDD:NuoN, NADH:ubiquinone oxidoreductase subunit 2 (chain N) [Energy production and conversion]" /inference="protein motif:CDD:Oxidored_q1, NADH-Ubiquinone/plastoquinone (complex I), various chains" /inference="protein motif:COG:COG0651 Formate hydrogenlyase subunit 3/Multisubunit Na+/H+ antiporter, MnhD subunit; C Energy production and conversion" /inference="protein motif:FPrintScan:PR01434 NADHDHGNASE5 InterPro:IPR003916 NADH-ubiquinone oxidoreductase, chain 5 GO:Molecular Function:NADH dehydrogenase (ubiquinone) activity (GO:0008137), Biological Process:ATP synthesis coupled electron transport (GO:0042773)" /inference="protein motif:HMMPanther:PTHR19377 NADH DEHYDROGENASE" /inference="protein motif:HMMPanther:PTHR19377:SF19 NADH DEHYDROGENASE" /inference="protein motif:HMMPfam:PF00361 Oxidored_q1 InterPro:IPR001750 NADH/Ubiquinone/plastoquinone (complex I) GO:Molecular Function:NADH dehydrogenase (ubiquinone) activity (GO:0008137), Biological Process:ATP synthesis coupled electron transport (GO:0042773)" /note="14 probable transmembrane helices predicted by modhmm" /codon_start=1 /transl_table=11 /product="Membrane bound complex 2, subunit A (Mbc2A)" /protein_id="ACS33751.1" /translation="MEVGIVPIIPLGFAFFLPFIAFITGRRRGVVIAYSLVGLLATFI STLWLFNEVYSSNEPLVYALGNWIAPIGIVLEVDLMGAILVLLTAFLFLLAGIYAVEY LSHDHGIEFFYTSLLGLEAGLIGLFMTGDAFNTFVMLEVTGASAYALVGFYRSRSEAV EGAFKYGISGATATTLYFLALGFIYASFGTLNMADLSAKFHGISFPVTTKLFGEPTLA LAIFFALTLSMVIVKSAIFPGHYWLPYAHSAAPSPVSALLSGLVVSGGVYLLARYLYT VFYDLPFWKTLSVVLLALGAASALLSSIMMVVQKDVKRLVAYSTILHMGYLVMALGVG TQLALTAFLYHTVNHAIAKGMLFLTVGAFIHHAGTRKIDELAGIGKKMPLTTALFGLA TLSLVGVPPLNVFFSKMLIFNALLQVSPLVASVVVITSAIAAWAYFRLFITLWRGKPV EGHHHGHDEHEEPERHEVPLFVAVNLLLGTLVVTFGVFAPVIIDKFFHPASVQAMDWQ SYVDAVKRLAETTFSALG" gene 1175916..1176491 /locus_tag="TGAM_1250" /note="tg1250" CDS 1175916..1176491 /locus_tag="TGAM_1250" /inference="protein motif:CDD:COG3371, Predicted membrane protein [Function unknown]" /inference="protein motif:CDD:DUF998, Protein of unknown function (DUF998)" /inference="protein motif:COG:COG3371 Predicted membrane protein; S Function unknown" /inference="protein motif:HMMPfam:PF06197 DUF998 InterPro:IPR009339 Protein of unknown function DUF998" /note="Contains DUF998 domain; 4 probable transmembrane helices predicted by modhmm" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein" /protein_id="ACS33752.1" /translation="MEVEKFKWSGFAGGLIYWLFVAWSVSRNPWFSFWRNALSDLGGA NANSPWIYNAGLVVTSFFVMAFAVYLVLTALNKLQTVGGSYVSISAIFLALIGVFHEG TRPHGFVSTYFFVQFFLGVLIYGLGSGEKLRSPRSFSLPSRLSGHFSSGPQLHSWKPT RFSSSWPLLSSSRFLEVVKGERAFSSDKANA" gene 1176493..1176915 /locus_tag="TGAM_1251" /note="tg1251" CDS 1176493..1176915 /locus_tag="TGAM_1251" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein" /protein_id="ACS33753.1" /translation="MKSRILKPEEAEKAVELVRQALSFFRAGEPIVHPDHVDVPVLYL DFAIDRVHYDPRTGNPSPKGAHPHTEPRAEGARERIDEVLKEAHVLEGAEFREPEDCW VVPVAWKSFIILHVRVSADGSELIPDYHLTQEVRRHGL" gene 1177196..1177993 /locus_tag="TGAM_1252" /note="tg1252" CDS 1177196..1177993 /locus_tag="TGAM_1252" /inference="protein motif:CDD:ArsB, Na+/H+ antiporter NhaD and related arsenite permeases [Inorganic ion transport and metabolism]" /inference="protein motif:CDD:ArsB_NhaD_permease, Anion permease ArsB/NhaD" /inference="protein motif:CDD:P_permease, Permease P (pink-eyed dilution)" /inference="protein motif:CDD:YbiR_permease, Putative anion permease YbiR" /inference="protein motif:COG:COG0471 Di- and tricarboxylate transporters; P Inorganic ion transport and metabolism" /inference="protein motif:HMMPanther:PTHR10283 SODIUM/DICARBOXYLATE COTRANSPORTER-RELATED" /inference="protein motif:HMMPanther:PTHR10283:SF3 TRANSPORTER-RELATED" /inference="protein motif:HMMPfam:PF03600 CitMHS InterPro:IPR004680 Citrate transporter GO:Molecular Function:citrate transporter activity (GO:0015137), Biological Process:citrate transport (GO:0015746), Cellular Component:integral to membrane (GO:0016021)" /note="5 probable transmembrane helices predicted by modhmm" /codon_start=1 /transl_table=11 /product="Di- or tricarboxylate transporter" /protein_id="ACS33754.1" /translation="MNDTAMLVFIPLVVVLSELSGMDKARAVTLSAIAANVGSALTPI GNPQNIIIWREYGLSFLAFVRGMLPFVLIWLTLLLAFVILSPYETLSIRSLPPVAFRR DLFVVSTSLLALNIYLGETGRHELSIALTLLAFLLLERDVLLSFDWVLVLTFAFIFID FNEFSALLLKAGFSLPTEGAGLVLASAGLSQLISNVPATVVFLGSKPAWLPLALGVNV GGTGTVVGSLANLIAVRIARVSLRDFHRYSIAYFAVSIALMIAILRI" gene complement(1178029..1178679) /gene="bcp-2" /locus_tag="TGAM_1253" /note="tg1253" CDS complement(1178029..1178679) /gene="bcp-2" /locus_tag="TGAM_1253" /EC_number="1.11.1.15" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:AhpC, Peroxiredoxin [Posttranslational modification, protein turnover, chaperones]" /inference="protein motif:CDD:AhpC-TSA, AhpC/TSA family" /inference="protein motif:CDD:Bcp, Peroxiredoxin [Posttranslational modification, protein turnover, chaperones]" /inference="protein motif:CDD:PRX_1cys, Peroxiredoxin (PRX) family, 1-cys PRX subfamily" /inference="protein motif:CDD:PRX_AhpE_like, Peroxiredoxin (PRX) family, AhpE-like subfamily" /inference="protein motif:CDD:PRX_BCP, Peroxiredoxin (PRX) family, Bacterioferritin comigratory protein (BCP) subfamily" /inference="protein motif:CDD:PRX_family, Peroxiredoxin (PRX) family" /inference="protein motif:CDD:PRX_Typ2cys, Peroxiredoxin (PRX) family, Typical 2-Cys PRX subfamily" /inference="protein motif:COG:COG0450 Peroxiredoxin; O Posttranslational modification, protein turnover, chaperones" /inference="protein motif:Gene3D:G3D.3.40.30.10 no description InterPro:IPR012335 Thioredoxin fold" /inference="protein motif:HMMPanther:PTHR10681 BACTERIOFERRITIN COMIGRATORY PROTEIN-RELATED" /inference="protein motif:HMMPanther:PTHR10681:SF6 PEROXIREDOXIN-RELATED" /inference="protein motif:HMMPfam:PF00578 AhpC-TSA InterPro:IPR000866 Alkyl hydroperoxide reductase/ Thiol specific antioxidant/ Mal allergen" /inference="protein motif:superfamily:SSF52833 Thioredoxin-like InterPro:IPR012336 Thioredoxin-like fold" /codon_start=1 /transl_table=11 /product="Peroxiredoxin, bacterioferritin comigratory protein-like protein (bcp)" /protein_id="ACS33755.1" /translation="MVVIGEKFPEVEVKTTHGVIKLPDYFAEQGKWFILFSHPADFTP VCTTEFYAMQKRLDKFRELGVEPIGLSVDQVFSHIKWMEWIKENLGVEIEFPIIADDR GELAEKLGMIPSGATITARAVFVVDDKGVIRAIVYYPAEVGRDWDEILRLVKALKISD ENGVALPHKWPENELIGDKVIIPPASNIEEKKQREEAKAKGEIECYDWWFCYKKLE" gene 1178929..1180155 /gene="ribD" /locus_tag="TGAM_1254" /note="tg1254" CDS 1178929..1180155 /gene="ribD" /locus_tag="TGAM_1254" /EC_number="3.5.4.26" /EC_number="1.1.1.193" /inference="protein motif:CDD:ComEB, Deoxycytidylate deaminase [Nucleotide transport and metabolism]" /inference="protein motif:CDD:CumB, Cytosine/adenosine deaminases [Nucleotide transport and metabolism / Translation, ribosomal structure and biogenesis]" /inference="protein motif:CDD:cytidine_deaminase-like, Cytidine and deoxycytidylate deaminase zinc-binding region" /inference="protein motif:CDD:dCMP_cyt_deam, Cytidine and deoxycytidylate deaminase zinc-binding region" /inference="protein motif:CDD:deoxycytidylate_deaminase, Deoxycytidylate deaminase domain" /inference="protein motif:CDD:nucleoside_deaminase, Nucleoside deaminases include adenosine, guanine and cytosine deaminases" /inference="protein motif:CDD:RibD, Pyrimidine deaminase [Coenzyme metabolism]" /inference="protein motif:CDD:RibD, Pyrimidine reductase, riboflavin biosynthesis [Coenzyme metabolism]" /inference="protein motif:CDD:RibD_C, RibD C-terminal domain" /inference="protein motif:CDD:Riboflavin_deaminase-reductase, Riboflavin-specific deaminase" /inference="protein motif:COG:COG0117 Pyrimidine deaminase" /inference="protein motif:COG:COG1985 Pyrimidine reductase, riboflavin biosynthesis; H Coenzyme transport and metabolism" /inference="protein motif:Gene3D:G3D.3.40.430.10 no description" /inference="protein motif:HMMPanther:PTHR11079 CYTIDINE/DEOXYCYTIDYLATE DEAMINASE-RELATED" /inference="protein motif:HMMPfam:PF00383 dCMP_cyt_deam_1 InterPro:IPR002125 CMP/dCMP deaminase, zinc-binding GO:Molecular Function:zinc ion binding (GO:0008270), Molecular Function:hydrolase activity (GO:0016787)" /inference="protein motif:HMMPfam:PF01872 RibD_C InterPro:IPR002734 Bacterial bifunctional deaminase-reductase, C-terminal GO:Molecular Function:5-amino-6-(5-phosphoribosylamino)uracil reductase activity (GO:0008703), Biological Process:riboflavin biosynthesis (GO:0009231)" /inference="protein motif:HMMTigr:TIGR00326 eubact_ribD:riboflavin biosynthesis prot InterPro:IPR004794 Riboflavin biosynthesis protein RibD GO:Molecular Function:5-amino-6-(5-phosphoribosylamino)uracil reductase activity (GO:0008703), Molecular Function:diaminohydroxyphosphoribosylaminopyrimidine deaminase activity (GO:0008835), Biological Process:riboflavin biosynthesis (GO:0009231)" /inference="protein motif:ScanRegExp:PS00903 CYT_DCMP_DEAMINASES InterPro:IPR002125 CMP/dCMP deaminase, zinc-binding GO:Molecular Function:zinc ion binding (GO:0008270), Molecular Function:hydrolase activity (GO:0016787)" /inference="protein motif:superfamily:SSF53597 Dihydrofolate reductases" /inference="protein motif:superfamily:SSF53927 Cytidine deaminase-like" /note="Bifunctional deaminase-reductase; 1 probable transmembrane helix predicted by modhmm" /codon_start=1 /transl_table=11 /product="Riboflavin biosynthesis protein ribD (ribD)" /protein_id="ACS33756.1" /translation="MNDLWAVIGIQIFLIRSIPPLGLTLRHLSLECSKNGTNSFKIWN KGSTMSNEDERFMRLALELAKRGEGWVNPNPMVGAVIVKDGKVIGVGWHKRFGEKHAE VNAIEDAKRKGHDVRGATMYVTLEPCSHWGKQPPCADRIIREGFKRVVVAMVDPNPLV SGRGIEKMKKAGIEVEVGVLEDEARKLNEIFIKYVTKKMPFVSIKLALTLDGFIATET GSSQWITGEKARQKVQELRRRHMAIMVGSGTVLADNPRLNCRLENCPEKIKVILDRSG RVAKAIREGRKFRLFEDGRVIFFTEKPELFEGIAEAYPITEPGEILRKLGELGIDSVL IEGGRITCQFLSHADKFYLFYGPKLFGNGIKPFECLKVEDANEAPVLRIDSIERLGKS FLVTAYPGGGDVQRDR" gene 1180136..1180693 /gene="ribE" /locus_tag="TGAM_1255" /note="tg1255" CDS 1180136..1180693 /gene="ribE" /locus_tag="TGAM_1255" /EC_number="2.5.1.9" /inference="protein motif:BlastProDom:PD004110 Q8U4M0_PYRFU_Q8U4M0; InterPro:IPR001783 Lumazine-binding protein" /inference="protein motif:BlastProDom:PD004110 Q9JZ82_NEIMB_Q9JZ82; InterPro:IPR001783 Lumazine-binding protein" /inference="protein motif:CDD:Lum_binding, Lumazine binding domain" /inference="protein motif:CDD:RibC, Riboflavin synthase alpha chain [Coenzyme metabolism]" /inference="protein motif:COG:COG0307 Riboflavin synthase alpha chain; H Coenzyme transport and metabolism" /inference="protein motif:Gene3D:G3D.2.40.30.20 no description" /inference="protein motif:HMMPfam:PF00677 Lum_binding InterPro:IPR001783 Lumazine-binding protein" /inference="protein motif:HMMPIR:PIRSF000498 Riboflavin synthase, alpha subunit" /inference="protein motif:HMMTigr:TIGR00187 ribE:riboflavin synthase, alpha subunit InterPro:IPR001783 Lumazine-binding protein" /inference="protein motif:superfamily:SSF63380 Riboflavin synthase domain-like" /codon_start=1 /transl_table=11 /product="Riboflavin synthase alpha chain (ribE)" /protein_id="ACS33757.1" /translation="MFSGIVEGTGKARYSAGKLYVELPFEVKPGDSVAVNGACLTVVE FDGKTAVFDVGEETLKRTNLREARLVNLERALKLGDRLDGHIVTGHVDGTIRFITARR SGNTTWMAFEMPRERWGIAEKGSIALNGVSLTVARVEANRFWIQVIPYTLEVTNLGHL RPGDRVNYEIDVLARYVKRIMEAGV" gene 1180690..1181850 /gene="ribA" /locus_tag="TGAM_1256" /note="tg1256" CDS 1180690..1181850 /gene="ribA" /locus_tag="TGAM_1256" /EC_number="3.5.4.25" /inference="protein motif:BlastProDom:PD003034 Q8U4L7_PYRFU_Q8U4L7; InterPro:IPR000422 3,4-Dihydroxy-2-butanone 4-phosphate synthase GO:Molecular Function:3,4-dihydroxy-2-butanone-4-phosphate synthase activity (GO:0008686), Biological Process:riboflavin biosynthesis (GO:0009231)" /inference="protein motif:CDD:DHBP_synthase, 3,4-dihydroxy-2-butanone 4-phosphate synthase" /inference="protein motif:CDD:GTP_cyclohydro2, GTP cyclohydrolase II" /inference="protein motif:CDD:RibA, GTP cyclohydrolase II [Coenzyme metabolism]" /inference="protein motif:COG:COG0108 3,4-dihydroxy-2-butanone 4-phosphate synthase; H Coenzyme transport and metabolism" /inference="protein motif:COG:COG0807 GTP cyclohydrolase II" /inference="protein motif:Gene3D:G3D.3.90.870.10 no description" /inference="protein motif:HMMPfam:PF00925 GTP_cyclohydro2 InterPro:IPR000926 GTP cyclohydrolase II GO:Molecular Function:GTP cyclohydrolase II activity (GO:0003935), Biological Process:riboflavin biosynthesis (GO:0009231)" /inference="protein motif:HMMPfam:PF00926 DHBP_synthase InterPro:IPR000422 3,4-Dihydroxy-2-butanone 4-phosphate synthase GO:Molecular Function:3,4-dihydroxy-2-butanone-4-phosphate synthase activity (GO:0008686), Biological Process:riboflavin biosynthesis (GO:0009231)" /inference="protein motif:HMMTigr:TIGR00505 ribA:GTP cyclohydrolase II InterPro:IPR000926 GTP cyclohydrolase II GO:Molecular Function:GTP cyclohydrolase II activity (GO:0003935), Biological Process:riboflavin biosynthesis (GO:0009231)" /inference="protein motif:ProfileScan:PS50962 IAA_ARF InterPro:IPR011525 Aux/IAA_ARF_dimerisation GO:Cellular Component:nucleus (GO:0005634), Biological Process:regulation of translation (GO:0006445), Molecular Function:protein dimerization activity (GO:0046983)" /inference="protein motif:superfamily:SSF51445 (Trans)glycosidases" /inference="protein motif:superfamily:SSF55821 YrdC/RibB" /note="Bifunctional GTP cyclohydrolase II-3,4-dihydroxy-2-butanone 4-phosphate synthase enzyme" /codon_start=1 /transl_table=11 /product="Riboflavin biosynthesis protein ribA (ribA)" /protein_id="ACS33758.1" /translation="MNLEELRRAILEGKPVVLIDDRREFEADLIYPAEIASAEVVNFM LSAKGLLCLTMDMDEALKKGFFRLPSKEGETNFLIPVDYKETFTGITAKERALTARKL AEGLSVEAFRYPGHLHLLGGIGLNRRRGHTESSLELMEFLGFKRYALIIEILDEKGDS HNREYALAFAEKHGLPVITTDDVWKEFVRRKQLIRVYANARLPTKYGEFRIIAFENEL DFKEHVAIVKEPYGDVPLVRIHSKCLTGDTLASLKCDCGSQLANSLRMIAQEGGILLY MDQEGRGIGLKEKIKAYELQDKGLDTVEANKALGFKADERTYEAAFQMLRALGVSKVR LITNNPAKAKALEELGIEVVEVVPAPPEVTEYNRNYLKVKVEKLGHKLPFEV" gene 1181862..1182326 /gene="ribH" /locus_tag="TGAM_1257" /note="tg1257" CDS 1181862..1182326 /gene="ribH" /locus_tag="TGAM_1257" /EC_number="2.5.1.9" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:BlastProDom:PD003664 RISB_PYRFU_Q8U4L8; InterPro:IPR002180 6,7-dimethyl-8-ribityllumazine synthase GO:Molecular Function:riboflavin synthase activity (GO:0004746), Biological Process:riboflavin biosynthesis (GO:0009231), Cellular Component:riboflavin synthase complex (GO:0009349)" /inference="protein motif:CDD:DMRL_synthase, 6,7-dimethyl-8-ribityllumazine synthase" /inference="protein motif:COG:COG0054 Riboflavin synthase beta-chain; H Coenzyme transport and metabolism" /inference="protein motif:Gene3D:G3D.3.40.50.960 no description" /inference="protein motif:HMMPfam:PF00885 DMRL_synthase InterPro:IPR002180 6,7-dimethyl-8-ribityllumazine synthase GO:Molecular Function:riboflavin synthase activity (GO:0004746), Biological Process:riboflavin biosynthesis (GO:0009231), Cellular Component:riboflavin synthase complex (GO:0009349)" /inference="protein motif:HMMTigr:TIGR00114 lumazine-synth:6,7-dimethyl-8-ribityl InterPro:IPR002180 6,7-dimethyl-8-ribityllumazine synthase GO:Molecular Function:riboflavin synthase activity (GO:0004746), Biological Process:riboflavin biosynthesis (GO:0009231), Cellular Component:riboflavin synthase complex (GO:0009349)" /inference="protein motif:superfamily:SSF52121 Lumazine synthase InterPro:IPR002180 6,7-dimethyl-8-ribityllumazine synthase GO:Molecular Function:riboflavin synthase activity (GO:0004746), Biological Process:riboflavin biosynthesis (GO:0009231), Cellular Component:riboflavin synthase complex (GO:0009349)" /codon_start=1 /transl_table=11 /product="Riboflavin synthase beta chain (6,7-dimethyl-8-ribityllumazine synthase) (ribH)" /protein_id="ACS33759.1" /translation="MEVRTVEGGFIGKGLRMGVVVARFNDLLTGELLKGALDCFERHG VEEVDVVKVPGSFEIPLVAKKMAESGRYDAVLALGAVVRGETKHFDLVANEVAKGVAN VSLDTGVPVIFGVITVEDELQGFNRAGVKSNKGFEYAMAALEMADLMRKMEE" gene complement(1182327..1182845) /gene="rr-4" /locus_tag="TGAM_1258" /note="tg1258" CDS complement(1182327..1182845) /gene="rr-4" /locus_tag="TGAM_1258" /inference="protein motif:COG:COG1633 Uncharacterized conserved protein; S Function unknown" /inference="protein motif:Gene3D:G3D.1.20.120.190 no description InterPro:IPR012347 Ferritin-related" /inference="protein motif:HMMPfam:PF02915 Rubrerythrin InterPro:IPR003251 Rubrerythrin GO:Biological Process:electron transport (GO:0006118), Molecular Function:metal ion binding (GO:0046872)" /inference="protein motif:ProfileScan:PS50905 FERRITIN_LIKE InterPro:IPR009040 Ferritin-like" /inference="protein motif:superfamily:SSF47240 Ferritin-like InterPro:IPR009078 Ferritin/ribonucleotide reductase-like" /codon_start=1 /transl_table=11 /product="Rubrerythrin-related protein (Rr)" /protein_id="ACS33760.1" /translation="MMVAVMLDTVEIALERLRKLDKESLIAYWIEGELEEAKLYGELA RRAKNLGLPDSLVETFWTLSKESREHGERLREIYRKTYGKEPKAPEIPPIEVYPVLDR FERAEDAIEALHAAMESEKLAMEVYNRLAKETEDPELRDLFESLAKVEKSHYERLEGE LKLLKKLMEKKA" gene 1182960..1183769 /locus_tag="TGAM_1259" /note="tg1259" CDS 1182960..1183769 /locus_tag="TGAM_1259" /inference="protein motif:CDD:COG3264, Small-conductance mechanosensitive channel [Cell envelope biogenesis, outer membrane]" /inference="protein motif:CDD:MS_channel, Mechanosensitive ion channel" /inference="protein motif:CDD:MscS, Small-conductance mechanosensitive channel [Cell envelope biogenesis, outer membrane]" /inference="protein motif:COG:COG0668 Small-conductance mechanosensitive channel; M Cell wall/membrane/envelope biogenesis" /inference="protein motif:HMMPfam:PF00924 MS_channel InterPro:IPR006685 MscS Mechanosensitive ion channel GO:Cellular Component:membrane (GO:0016020)" /inference="protein motif:superfamily:SSF50182 Sm-like ribonucleoproteins InterPro:IPR010920 Like-Sm ribonucleoprotein-related, core" /inference="protein motif:superfamily:SSF82689 Mechanosensitive channel protein MscS (YggB), C-terminal domain InterPro:IPR011066 MscS mechanosensitive ion channel, C-terminal" /inference="protein motif:superfamily:SSF82861 Mechanosensitive channel protein MscS (YggB), transmembrane region InterPro:IPR011014 MscS Mechanosensitive ion channel, transmembrane" /note="3 probable transmembrane helices predicted by modhmm" /codon_start=1 /transl_table=11 /product="Mechanosensitive ion channel" /protein_id="ACS33761.1" /translation="MEMDKPLPYVGVTPLQMATTVAILVIGWVVTKILVGTFKRGLKK TKLPELVVEFLSRFLSALLYVAVILLAVSALGIGVGSVVLSISAVIGLILGFGMQDTL TNLAAGVWITALRPFDKGDVVTVAGQTGKVNAVGIMSTELLTPDNTLITIPNKLVWGS VITNYTRMPTRRVSVDVGVAYGTDLDRAIKIAMDIMKGHPKVLNDPEPSVVITALADS SINLQLRAWTKTEDYWAVKGDLTRAIYETYMKEGIEIPFPQMDVHIKEMPR" gene 1183784..1185121 /locus_tag="TGAM_1260" /note="tg1260" CDS 1183784..1185121 /locus_tag="TGAM_1260" /inference="protein motif:superfamily:SSF46785 'Winged helix' DNA-binding domain" /note="2 probable transmembrane helices predicted by modhmm" /codon_start=1 /transl_table=11 /product="Hypothetical protein" /protein_id="ACS33762.1" /translation="MAVGRDLRLLAAFLFLALLSQLPLHSASPGEKAKILVVCSDPED VMFANTLGAEGNFTVDVLYLGRDLPDDRSLLSNELYLIKYDEIWIPDLNSEWTYGGRL TRDEIAALGEYVKRGGILVLGLNTYTQSWSRTFERITGSRLMRVEKPKKTSEEWDLVF KGKVYPYNATYQVAIVSPYRAQVLAQYSNGLPAITLSRYGRGVGVLMTFNPVKELVEY NPTIIDVYVYLATTVLSERSGKPEIPLYEALIIKLERTFLHPIFLGVLILVVLEILAY LGFVPFSVTVISAIPFLPFSEFLLRKEPYSTTLETVRMLRGVTLTNLAGEIGKTPRRL KFPLAVLFLKRQISLIDLSSLGFNDTLVVLRGLEAEGVAAWAIEVYPKMMEKIANNPG IGVIDLARQVNMPPYDVLRLLRELSRYGVVELRKIVVDYEVYPMRALLRWFEA" gene 1185118..1186473 /locus_tag="TGAM_1261" /note="tg1261" CDS 1185118..1186473 /locus_tag="TGAM_1261" /inference="protein motif:CDD:COG1215, Glycosyltransferases, probably involved in cell wall biogenesis [Cell envelope biogenesis, outer membrane]" /inference="protein motif:CDD:Glycos_transf_2, Glycosyl transferase" /inference="protein motif:CDD:WcaA, Glycosyltransferases involved in cell wall biogenesis [Cell envelope biogenesis, outer membrane]" /inference="protein motif:COG:COG1215 Glycosyltransferases, probably involved in cell wall biogenesis; M Cell wall/membrane/envelope biogenesis" /inference="protein motif:Gene3D:G3D.3.90.550.10 no description" /inference="protein motif:HMMPanther:PTHR10587 N-ACETYLGLUCOSAMINYLTRANSFERASE-RELATED" /inference="protein motif:HMMPanther:PTHR10587:SF15 CHITOOLIGOSACCHARIDE DEACETYLASE-RELATED" /inference="protein motif:HMMPfam:PF00535 Glycos_transf_2 InterPro:IPR001173 Glycosyl transferase, family 2" /inference="protein motif:ProfileScan:PS50167 GLYC_TRANS InterPro:IPR001173 Glycosyl transferase, family 2" /inference="protein motif:superfamily:SSF53448 Nucleotide-diphospho-sugar transferases" /note="4 probable transmembrane helices predicted by modhmm" /codon_start=1 /transl_table=11 /product="Glycosyltransferase" /protein_id="ACS33763.1" /translation="MRRKLVSYFSALVVASYIVYIDYLFVQEAVWKVISLLFQGVPRY PVYAFVRYLFYLTGAFVILIYAAYFIFYLHFRENEGSKPNPRFFPKVSLVIPAHNEAM NIERLIESIQYQDYPFECYEVILVDDGSVDGTPEIAERYGIRVIRHERNMGKAKALET GIKAAKGDVIITLDADSYFADGSSLRNIVENLFSRPFVGVSTGAIRIDVRSGKLIEKF QVIEYLHSFEVGRRVQGYLDWLLVVPGAFSAFKGYLIKSLPAIPRDTLAEDFELAMIT YRAGLTSNFEPKAAVYTEPATSWRELYRQRIRWYYGGLQVMAKYHDMIMNRKYGEKGL FLFFHMILLEYILPVLQVFGIVAFPLIMLVHNFLGLEILDITLPFPLMMAVFLLVLFL QYLPGVLMSGIAMAIERNPRTALGYLPVIFLYYPIYNPLLSLAKIDAMLRFLRGVVQS W" gene 1186467..1187627 /locus_tag="TGAM_1262" /note="tg1262" CDS 1186467..1187627 /locus_tag="TGAM_1262" /inference="protein motif:CDD:COG3398, Uncharacterized protein conserved in archaea [Function unknown]" /inference="protein motif:Gene3D:G3D.1.10.10.10 no description InterPro:IPR011991 Winged helix repressor DNA-binding" /inference="protein motif:superfamily:SSF46689 Homeodomain-like InterPro:IPR009057 Homeodomain-like" /inference="protein motif:superfamily:SSF46785 'Winged helix' DNA-binding domain" /note="2 probable transmembrane helices predicted by modhmm" /codon_start=1 /transl_table=11 /product="Transcription regulator, putative, HTH/Fis type" /protein_id="ACS33764.1" /translation="MVKRIIPFLILPLLLVPVAAATGVVYVASDPGDVPLYHALSERM DVTLSQKPEGDIILALDLNYNFLNESGRENLVMLLREAKSGKTVIIGFNTLRSLELED PEAVRLLGISVTFRKIGIIRITPKNRFEFTPFNYDSDVYGIAEVNATGGNVLLKAENH TILLEIPVGKGRLVILTINPADYYLNTKNPAIVDFLVATVEHYTGGEFPTGIVVGLGV TGVMAAYVAFSNNPQAEKIRRWIKTLPLIFGRFITPPEDVLKNSTRAAIYNYIKAKGY STIDDVASTFSISRTNARWHLSVLKRARLLEETPVGKVIIFHLPGQKNRRRAVRDFLL ENTTRRKIYDLLQAGKSLSEIARILGVSKSTIHYNIQILKEYGVLGEEDEKE" gene 1187614..1188114 /locus_tag="TGAM_1263" /note="tg1263" CDS 1187614..1188114 /locus_tag="TGAM_1263" /note="4 probable transmembrane helices predicted by modhmm" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein" /protein_id="ACS33765.1" /translation="MKRNSLAFGILQLLGYLLVFSIMILVIGAKFGDPLVKMEAKNIH VMLRILRVPNILLGNMVYLPEERLSFEITWQCSGMFSISLYTVVYLTFPRIRRNLWEW FFGVSVLYVVNFFRVLTSILLYHHMGEEVFSLFHYILGPAMMFGVVVLLLGDLLVKSL KERRQN" gene 1188236..1188949 /locus_tag="TGAM_1264" /note="tg1264" CDS 1188236..1188949 /locus_tag="TGAM_1264" /inference="protein motif:Gene3D:G3D.2.60.120.200 no description InterPro:IPR013320 Concanavalin A-like lectin/glucanase, subgroup" /inference="protein motif:superfamily:SSF49899 Concanavalin A-like lectins/glucanases InterPro:IPR008985 Concanavalin A-like lectin/glucanase" /note="1 probable transmembrane helix predicted by modhmm" /codon_start=1 /transl_table=11 /product="Hypothetical protein" /protein_id="ACS33766.1" /translation="MRGLKWLIIGMSLILLILGLPNAMADSSSFSDSILHVWSHDKRS SYTEIHVVGKKLGSNDTFAVEQTVLASNYSGREGVALLEVQVTDSGKTAWYSVYWYGE DRVYINGPGMSISVALDMSVPHTYRIEVTRKRVGFYVDGSNKMIIGIKNITEIQQVNT GRWDKGSTYDLYIDNIKEYWNGELIASEDFDDDKDDFYTSDVLRGSGDSGEEVIPSEG VPEFPFLEPIINELLKVVG" gene complement(1189048..1189635) /gene="purO" /locus_tag="TGAM_1265" /note="tg1265" CDS complement(1189048..1189635) /gene="purO" /locus_tag="TGAM_1265" /EC_number="3.5.4.10" /inference="protein motif:CDD:COG3363, Archaeal IMP cyclohydrolase [Nucleotide transport and metabolism]" /inference="protein motif:COG:COG3363 Archaeal IMP cyclohydrolase; F Nucleotide transport and metabolism" /inference="protein motif:HMMPfam:PF07826 IMP_cyclohyd InterPro:IPR010191 IMP cyclohydrolase GO:Molecular Function:IMP cyclohydrolase activity (GO:0003937), Biological Process:purine nucleotide biosynthesis (GO:0006164), Biological Process:IMP biosynthesis (GO:0006188)" /inference="protein motif:superfamily:SSF75569 Hypothetical protein MTH1020" /codon_start=1 /transl_table=11 /product="IMP cyclohydrolase (Inosinicase) (IMP synthetase) (purO)" /protein_id="ACS33767.1" /translation="MTYTGRTLGVGLMKGKPFAFYLLCSRSFPRRRAIVRENAVYIEN LTETDNPYISYPVVRLLSEYAVVTNGLQTDFIAQALEWESPKKALIHVLDALDYERDA YSTPRIAGIVGRNGKGWLGFAGKDEFWVRELELREGKAFATATYNLGFTELEFPAFES AEELARKALELPLEKKVLTIGVLWKDRWELQASNR" gene complement(1189632..1189859) /locus_tag="TGAM_1266" /note="tg1266" CDS complement(1189632..1189859) /locus_tag="TGAM_1266" /inference="protein motif:CDD:COG1759, ATP-utilizing enzymes of ATP-grasp superfamily (probably carboligases) [General function prediction only]" /inference="protein motif:CDD:DUF1297, Protein of unknown function (DUF1297)" /inference="protein motif:COG:COG1759 ATP-utilizing enzymes of ATP-grasp superfamily (probably carboligases); R General function prediction only" /inference="protein motif:HMMPfam:PF06973 DUF1297 InterPro:IPR009720 Protein of unknown function DUF1297" /note="N term part is in tg1267. Possibly a true frameshift" /codon_start=1 /transl_table=11 /product="Putative carboligase of the ATP-grasp superfamily, C terminal part" /protein_id="ACS33768.1" /translation="MKKLEPPGIIGPFALHFAYDGSFRAIGFASRIDGGSNALHWYGR LYWNEPISVGRRIAREIKLALAEDRLGEVVS" gene complement(1189795..1190565) /locus_tag="TGAM_1267" /note="tg1267" CDS complement(1189795..1190565) /locus_tag="TGAM_1267" /inference="protein motif:CDD:COG1759, ATP-utilizing enzymes of ATP-grasp superfamily (probably carboligases) [General function prediction only]" /inference="protein motif:CDD:DUF1246, Protein of unknown function (DUF1246)" /inference="protein motif:CDD:DUF1297, Protein of unknown function (DUF1297)" /inference="protein motif:COG:COG1759 ATP-utilizing enzymes of ATP-grasp superfamily (probably carboligases); R General function prediction only" /inference="protein motif:HMMPfam:PF06849 DUF1246 InterPro:IPR010672 Protein of unknown function DUF1246" /inference="protein motif:HMMPfam:PF06973 DUF1297 InterPro:IPR009720 Protein of unknown function DUF1297" /note="C term part is in tg1266. Possibly a true frameshift" /codon_start=1 /transl_table=11 /product="Putative carboligase of the ATP-grasp superfamily" /protein_id="ACS33769.1" /translation="MIISTIASHSSLQILLGAKDEGFRTRLYVKPERRAFYASTRLTD ELVVTEDMSAILKDDGIVIPHGSFVAYLGLERIEKAKARFFGNKRFLKWETTFELQDK ALDEAGIPRVRVIEPDEVEPEKLYFVRIEGPRGGSGHFIAKGSELEERLAGLSEPPRI EEFIPGVYLYVHFFHSPILGRLELLGVDERVVIADGNARWPVKPLPYTIAGNVGVALR ESLLPRLYDYGLAFVGSYEKARTARNHRPLRSPLCLRR" gene complement(1190562..1191221) /gene="purC-2" /locus_tag="TGAM_1268" /note="tg1268" CDS complement(1190562..1191221) /gene="purC-2" /locus_tag="TGAM_1268" /EC_number="6.3.2.6" /inference="protein motif:BlastProDom:PD003043 Q895U7_CLOTE_Q895U7; InterPro:IPR001636 SAICAR synthetase GO:Molecular Function:phosphoribosylaminoimidazolesuccinocarboxamide synthase activity (GO:0004639), Biological Process:purine nucleotide biosynthesis (GO:0006164)" /inference="protein motif:CDD:SAICAR_synt, SAICAR synthetase" /inference="protein motif:CDD:SAICAR_synt, SAICAR synthetase catalyzes the seventh step of the de novo biosynthesis of purine nucleotides, the conversion of carboximideaminoimidazole ribonucleotide (CAIR) into succinoaminoimidazolecarboximide ribonucleotide (SAICAR)" /inference="protein motif:CDD:SAICAR_synt_Ade5, Eukaryotic group of SAICAR synthetases represented by the Drosophila melanogaster, N-terminal, SAICAR synthetase domain of Ade5" /inference="protein motif:CDD:SAICAR_synt_Sc, Eukaryotic, prokaryotic and archaeal group of SAICAR synthetases represented by the Saccharomyces cerevisiae (Sc) SAICAR synthetase" /inference="protein motif:CDD:SAICAR_synt_Tm, Prokaryotic and archaeal group of SAICAR synthetases represented by the Thermotoga maritima (Tm) SAICAR synthetase and E" /inference="protein motif:COG:COG0152 Phosphoribosylaminoimidazolesuccinocarboxamide (SAICAR) synthase; F Nucleotide transport and metabolism" /inference="protein motif:Gene3D:G3D.3.30.470.20 no description" /inference="protein motif:HMMPanther:PTHR11609 PHOSPHORIBOSYLAMINOIMIDAZOLE-SUCCINOCARBOXAMIDE SYNTHASE InterPro:IPR001636 SAICAR synthetase GO:Molecular Function:phosphoribosylaminoimidazolesuccinocarboxamide synthase activity (GO:0004639), Biological Process:purine nucleotide biosynthesis (GO:0006164)" /inference="protein motif:HMMPanther:PTHR11609:SF1 PHOSPHORIBOSYLAMINOIMIDAZOLE-SUCCINOCARBOXAMIDE SYNTHASE" /inference="protein motif:HMMPfam:PF01259 SAICAR_synt InterPro:IPR001636 SAICAR synthetase GO:Molecular Function:phosphoribosylaminoimidazolesuccinocarboxamide synthase activity (GO:0004639), Biological Process:purine nucleotide biosynthesis (GO:0006164)" /inference="protein motif:ScanRegExp:PS01058 SAICAR_SYNTHETASE_2 InterPro:IPR001636 SAICAR synthetase GO:Molecular Function:phosphoribosylaminoimidazolesuccinocarboxamide synthase activity (GO:0004639), Biological Process:purine nucleotide biosynthesis (GO:0006164)" /inference="protein motif:superfamily:SSF56104 SAICAR synthase-like" /codon_start=1 /transl_table=11 /product="Phosphoribosylaminoimidazole-succinocarboxamide (SAICAR) synthase (purC)" /protein_id="ACS33770.1" /translation="MRLVYSGKTKDVYEDGPYLVFHFKDTVLGRDGREDSGGNEVIGE KTGKGSLVLEQTEFFFRLLEGNGVKTHFVERIDGRKARFLRAEKIPLEVIYRELAYGS FLRRYKGWAKPFQRLGIVEFTLKDDSLDDPLIAEEAIVVLGIASEEEVEVMKEKTRKV AGILREFFSSKGLQLVDFKLEFGRLDGELIVIDELSRDTMRVAKDGRVLTHEELSEVI G" gene complement(1191226..1192506) /gene="thiC" /locus_tag="TGAM_1269" /note="tg1269" CDS complement(1191226..1192506) /gene="thiC" /locus_tag="TGAM_1269" /inference="protein motif:BlastProDom:PD007048 THIC_PYRAB_Q9V0X8; InterPro:IPR002817 Thiamine biosynthesis protein ThiC GO:Biological Process:thiamin biosynthesis (GO:0009228)" /inference="protein motif:CDD:ThiC, ThiC family" /inference="protein motif:COG:COG0422 Thiamine biosynthesis protein ThiC; H Coenzyme transport and metabolism" /inference="protein motif:HMMPfam:PF01964 ThiC InterPro:IPR002817 Thiamine biosynthesis protein ThiC GO:Biological Process:thiamin biosynthesis (GO:0009228)" /inference="protein motif:HMMTigr:TIGR00190 thiC:thiamine biosynthesis protein ThiC InterPro:IPR002817 Thiamine biosynthesis protein ThiC GO:Biological Process:thiamin biosynthesis (GO:0009228)" /inference="protein motif:superfamily:SSF81411 Mitochondrial cytochrome c oxidase subunit VIa" /codon_start=1 /transl_table=11 /product="Thiamine biosynthesis protein (thiC)" /protein_id="ACS33771.1" /translation="MTQLEAAKRGEITEEMKFIAEREGIDPEKLRRSVAKGYTVIFRN VRHDWVKPVAVGNVVRVKVNANIGTSRDIVNVKAEIEKAKVAVKYGADTIMDLSTGGD LDSIRKAIMHAVDVPIGTVPIYQAAEEMLAKGKAIIEMSEDDMWNAVEKHFKDGVDYT TIHVGVTKEVVEKMKRVKRVVGMVSRGGTFLAAWILHWGEENPFYRDYDYLLELAKEY DVVLSLGDGLRPGGLPDAGDELQIAELYTLGRLVRRAREAGVQTMVEGPGHVPIDQIP AQIKLAKVATDNAPFYVLGPIVTDIFPGYDHITSAIGGAIAALNGADFLCYVTPAEHL GLPTVEHVREGVIAAKIAAHAVNLTRFEADFKKDYLMSLARGKLDWARQFELSQDREK FIEIRKERPTKTEACSMCGDLCAIKLINDMLRKG" gene 1192601..1193353 /locus_tag="TGAM_1270" /note="tg1270" CDS 1192601..1193353 /locus_tag="TGAM_1270" /inference="protein motif:CDD:FixC, Dehydrogenases (flavoproteins) [Energy production and conversion]" /inference="protein motif:CDD:THI4, Flavoprotein involved in thiazole biosynthesis [Coenzyme metabolism]" /inference="protein motif:CDD:Thi4, Thi4 family" /inference="protein motif:COG:COG1635 Flavoprotein involved in thiazole biosynthesis; H Coenzyme transport and metabolism" /inference="protein motif:FPrintScan:PR00419 ADXRDTASE InterPro:IPR000759 Adrenodoxin reductase GO:Biological Process:electron transport (GO:0006118)" /inference="protein motif:FPrintScan:PR00420 RNGMNOXGNASE InterPro:IPR003042 Aromatic-ring hydroxylase GO:Biological Process:electron transport (GO:0006118), Biological Process:metabolism (GO:0008152), Molecular Function:oxidoreductase activity (GO:0016491)" /inference="protein motif:Gene3D:G3D.3.50.50.60 no description" /inference="protein motif:HMMPanther:PTHR10617 FLAVOPROTEIN-UBIQUINONE OXIDOREDUCTASE-RELATED" /inference="protein motif:HMMPfam:PF01946 Thi4 InterPro:IPR002922 Thiamine biosynthesis Thi4 protein GO:Biological Process:thiamin biosynthesis (GO:0009228)" /inference="protein motif:HMMTigr:TIGR00292 TIGR00292:thiazole biosynthesis enzyme InterPro:IPR002922 Thiamine biosynthesis Thi4 protein GO:Biological Process:thiamin biosynthesis (GO:0009228)" /inference="protein motif:ProfileScan:PS50205 NAD_BINDING InterPro:IPR000205 NAD-binding site" /inference="protein motif:superfamily:SSF51905 FAD/NAD(P)-binding domain" /codon_start=1 /transl_table=11 /product="Thiazole biosynthetic enzyme" /protein_id="ACS33772.1" /translation="MLREIEISRAIIEAYTAELLESLSLDVAIVGAGPSGMVAGYYLA KNGAKVAIFEKKLSIGGGIWGGAMGFNKIVVQEEAREILDEFGINYRPFGNGLYVADA IETATTIASRAVKAGVRFFNMIEVEDLVLKNNRVAGIVINWTPVMRTGLHVDPLTVEA RFVVDSTGHGAQVSQHLVRRGLLQVPGEGPMWAEKGEELTVKHTREVFPGLYVTGMAA NAIAGAPRMGPIFGGMFLSGRKAALEILEKLG" gene 1193355..1194641 /gene="thiD" /locus_tag="TGAM_1271" /note="tg1271" CDS 1193355..1194641 /gene="thiD" /locus_tag="TGAM_1271" /EC_number="2.7.4.7" /inference="protein motif:CDD:COG1992, Uncharacterized conserved protein [Function unknown]" /inference="protein motif:CDD:HMPP_kinase, 4-amino-5-hydroxymethyl-2-methyl-pyrimidine phosphate kinase (HMPP-kinase) catalyzes two consecutive phosphorylation steps in the thiamine phosphate biosynthesis pathway, leading to the synthesis of vitamin B1" /inference="protein motif:CDD:PdxK, Pyridoxal/pyridoxine/pyridoxamine kinase [Coenzyme metabolism]" /inference="protein motif:CDD:pyridoxal_pyridoxamine_kinase, Pyridoxal kinase plays a key role in the synthesis of the active coenzyme pyridoxal-5'-phosphate (PLP), by catalyzing the phosphorylation of the precursor vitamin B6 in the presence of Zn2+ and ATP" /inference="protein motif:CDD:ThiD, Hydroxymethylpyrimidine/phosphomethylpyrimidine kinase [Coenzyme metabolism]" /inference="protein motif:Gene3D:G3D.3.40.1190.20 no description" /inference="protein motif:HMMPanther:PTHR10534 PYRIDOXINE KINASE" /inference="protein motif:HMMPanther:PTHR10534:SF1 PYRIDOXINE KINASE" /inference="protein motif:HMMPfam:PF08543 Phos_pyr_kin InterPro:IPR013749 Phosphomethylpyrimidine kinase type-1" /inference="protein motif:HMMTigr:TIGR00097 HMP-P_kinase:phosphomethylpyrimidine ki InterPro:IPR004399 Phosphomethylpyrimidine kinase type-2 GO:Molecular Function:phosphomethylpyrimidine kinase activity (GO:0008972), Biological Process:thiamin biosynthesis (GO:0009228)" /inference="protein motif:superfamily:SSF53613 Ribokinase-like" /codon_start=1 /transl_table=11 /product="Phosphomethylpyrimidine kinase (thiD)" /protein_id="ACS33773.1" /translation="MMAVLIVAGLDTGGGAGLKADIETVSALGEHPLPVLTAVTYQNP FEVRGYHTLPSEVVREGIRAVKDGFEVKAVKIGMLGSGEVARVVREETAGFPRVFDPV IASSTEKKLIDDTESLKTLVPGSIVTPNVYEAEALASIEIRSVEDMKKAATALVEEFG AEAAVVKGGHLNFTDVLYWRGEFYEFRGEKVEGFTHGTGCAFSSALATFLAKGFELPK AVERAKRFVEGSIRFSKAESKAVNPLWEIERDAHRWRAREELEKAVEELVAFGERLNP HVPEVGTNFALATPFGEVLAVKGRIVRYGQTIKPVGPVELNASDHLRRALLKMREFYP EIKAVLNLRYSEELVERSKRLGLVVSFYDRREEPEEVKRAERGTMEWGIETAVKRAGK RPDVVYHLGDWGKEPMVLVFGRDAGEVVERVRKLLG" gene 1194680..1196590 /locus_tag="TGAM_1272" /note="tg1272" CDS 1194680..1196590 /locus_tag="TGAM_1272" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:COG:COG2401 ABC-type ATPase fused to a predicted acetyltransferase domain; R General function prediction only" /inference="protein motif:Gene3D:G3D.3.40.50.300 no description" /inference="protein motif:Gene3D:G3D.3.40.630.30 no description" /inference="protein motif:HMMPanther:PTHR19222 ATP-BINDING CASSETTE TRANSPORTER" /inference="protein motif:HMMPfam:PF00005 ABC_tran InterPro:IPR003439 ABC transporter related GO:Molecular Function:ATP binding (GO:0005524), Molecular Function:ATPase activity (GO:0016887)" /inference="protein motif:HMMPfam:PF00583 Acetyltransf_1 InterPro:IPR000182 GCN5-related N-acetyltransferase GO:Molecular Function:N-acetyltransferase activity (GO:0008080)" /inference="protein motif:HMMSmart:SM00382 no description InterPro:IPR003593 AAA ATPase GO:Molecular Function:nucleotide binding (GO:0000166), Molecular Function:nucleoside-triphosphatase activity (GO:0017111)" /inference="protein motif:ProfileScan:PS50100 DA_BOX InterPro:IPR003439 ABC transporter related GO:Molecular Function:ATP binding (GO:0005524), Molecular Function:ATPase activity (GO:0016887)" /inference="protein motif:ProfileScan:PS50101 ATP_GTP_A2" /inference="protein motif:ProfileScan:PS50893 ABC_TRANSPORTER_2 InterPro:IPR003439 ABC transporter related GO:Molecular Function:ATP binding (GO:0005524), Molecular Function:ATPase activity (GO:0016887)" /inference="protein motif:superfamily:SSF52540 P-loop containing nucleoside triphosphate hydrolases" /inference="protein motif:superfamily:SSF55729 Acyl-CoA N-acyltransferases (Nat)" /note="Contains 1 GCN5-related N-acetyltransferase domain" /codon_start=1 /transl_table=11 /product="ABC transporter, ATP-binding protein, putative" /protein_id="ACS33774.1" /translation="MLIRGRVVGNEIPRFKHRWFGILEVEADGKRYSLYMTGNVAQWF LTGDEVEVEILHKPKERDGKLVLDFDDYKLWKFYEGDRIPVWPLFEKTVEAKRYSPLT GELLYTYKIRAREAKYESDFEAIAELEQYHYASQKEKVALWRCENGHIFEANTRQRCP ICGAESHILEIKGSTPASRFLIFELVEREEYEPRILSYVRVDPPIPLMHRRLPNGEIE KNIREKVFPEEWFHPAFWPERIMKELYEELKRKYGKRRIARSYLWEQAKWKALAETNT AGARIARVVVHPDYRSDGLGQLSVKSALEWIAERRIPEMRKKKHIVETIAQMARYNPF FEKVGFKFLWETASGRPVLFYPLTEEAKEYIERFLREDPYAPPEGKLWKPSYGKVEPL AGPIVFRNVGKVFESELDIKGLPEEIQELLKAFGVRHRIIQRPVLRNLNFEIQPGELI AVVGASGAGKTTLLRLILGAANGWWEERFRPTEGEIKVPDNAKVSVMIPGEFEPTFGT ESILEHVYRKIGDLNAAVEVLNRAGLSDAVLYRAKYGELSTGQKERARIASLLAEKPN LLLIDEFAAHLDTLTAMRVAKKVAEIIREAGITALIITHRPEVLKALDPDRVLFVGYG TAKLKENEREGR" gene complement(1196562..1197452) /locus_tag="TGAM_1273" /note="tg1273" CDS complement(1196562..1197452) /locus_tag="TGAM_1273" /note="1 probable transmembrane helix predicted by modhmm" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein" /protein_id="ACS33775.1" /translation="MTFLELLGFRGFGNFLSPAGDIPPMRRVPLMGIVIVLVIITIFV STRNPSVQEPSVTAMRSFLESQYVPEAGLLRASVTTYPDNVTIWLANDNLLAVKALKL SGSPLWRNVSVALSLYNVSSNDRIDPLLGRPLSGFFCPMIVEVGEVRSVKFNTTFELK LEKGNASCPMQDWEEYADLLVYGALSELLRGNREGAEKLYLELMTLWDGNGFRDKAFN GVYQSYKCALFVYLNRALNEKTGRDIRIRCLKILSALQAPNGGITTGYVVKNGKTVPI GDQNTETTSMVIIALLSHSP" gene 1197462..1198025 /locus_tag="TGAM_1274" /note="tg1274" CDS 1197462..1198025 /locus_tag="TGAM_1274" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:BluB, Subfamily of the nitroreductase family that includes BluB protein in Rhodobacter capsulatus is involved in the conversion of cobinamide to cobalamin in Cobalamin (vitamin B12) biosynthesis" /inference="protein motif:CDD:iodotyrosine_dehalogenase, Iodotyrosine dehalogenase catalyzes the removal of iodine from the 3, 5 positions of L-tyosine in thyroid, liver and kidney, using NADPH as electron donor" /inference="protein motif:CDD:NADH_nitroreductase, Nitroreductase family" /inference="protein motif:CDD:NADH_oxidase, NADPH_oxidase" /inference="protein motif:CDD:NADPH_oxidoreductase_1, NAD(P)H:flavin oxidoreductase-like family 1" /inference="protein motif:CDD:NADPH_oxidoreductase_2, NAD(P)H:flavin oxidoreductase-like family 2" /inference="protein motif:CDD:NfnB, Nitroreductase [Energy production and conversion]" /inference="protein motif:CDD:NfsA_FRP, This family contains NADPH-dependent flavin reductase and oxygen-insensitive nitroreductase" /inference="protein motif:CDD:NfsB_like_nitroreductase, NAD(P)H:FMN oxidoreductase family" /inference="protein motif:CDD:Nitro_FMN_reductase, Proteins of this family catalyze the reduction of flavin or nitrocompounds using NAD(P)H as electron donor in a obligatory two-electron transfer, utilizing FMN or FAD as cofactor" /inference="protein motif:CDD:Nitroreductase, Nitroreductase family" /inference="protein motif:CDD:Nitroreductase_1, Nitroreductase-like family 1" /inference="protein motif:CDD:Nitroreductase_2, Nitroreductase-like family 2" /inference="protein motif:CDD:Nitroreductase_3, Nitroreductase-like family 3" /inference="protein motif:COG:COG0778 Nitroreductase; C Energy production and conversion" /inference="protein motif:Gene3D:G3D.3.40.109.10 no description" /inference="protein motif:HMMPfam:PF00881 Nitroreductase InterPro:IPR000415 Nitroreductase GO:Biological Process:electron transport (GO:0006118), Molecular Function:oxidoreductase activity (GO:0016491)" /inference="protein motif:HMMPIR:PIRSF000232 NADH dehydrogenase/NAD(P)H nitroreductase" /inference="protein motif:superfamily:SSF55469 NADH oxidase/flavin reductase" /codon_start=1 /transl_table=11 /product="Nitroreductase" /protein_id="ACS33776.1" /translation="MRVLDLARRRKTVRKFRPERPPMEDLLKALKAAKEAPSGMNAQP WKFVVVDDEWLKGRIRELCEAEERKFHSKTKGDLMAWLQSEGFRPEKPFLSEAPYLVL VFGHTKAPYWLQSTWIAVGYLLLALEELGLGTVTYTPPNPKPVENLLNVPPQYKLQTI LPIGYPADPAPKRGRRRLGEVVSFNGF" gene complement(1198012..1198473) /locus_tag="TGAM_1275" /note="tg1275" CDS complement(1198012..1198473) /locus_tag="TGAM_1275" /inference="protein motif:CDD:COG1695, Predicted transcriptional regulators [Transcription]" /inference="protein motif:CDD:PadR, Transcriptional regulator PadR-like family" /inference="protein motif:COG:COG1695 Predicted transcriptional regulators; K Transcription" /inference="protein motif:HMMPfam:PF03551 PadR InterPro:IPR005149 Transcriptional regulator PadR-like" /inference="protein motif:superfamily:SSF46785 'Winged helix' DNA-binding domain" /codon_start=1 /transl_table=11 /product="Transcription regulator, PadR-like family" /protein_id="ACS33777.1" /translation="MEKPSYRGHLKILILKMLSEKPLHGYGIMRELEERYGLPQPSPG TIYPILASLRRSGLIEVIGEGKREKRLYRATEKGRKYIEENSRELEEVLRTVEKFREF SRLGGVEVGKVLKEAFSSLDGLSEEQKEELAREFKDFVRRVRAILSGIRTR" gene 1198530..1198973 /locus_tag="TGAM_1276" /note="tg1276" CDS 1198530..1198973 /locus_tag="TGAM_1276" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:HMMPfam:PF02933 CDC48_2 InterPro:IPR004201 Cell division protein 48, CDC48, domain 2 GO:Molecular Function:ATP binding (GO:0005524)" /inference="protein motif:superfamily:SSF54585 Cdc48 domain 2-like" /note="Contains 1 Cdc48 domain 2-like structural motif" /codon_start=1 /transl_table=11 /product="ATPase, putative, Cdc48 related" /protein_id="ACS33778.1" /translation="MMGDPMKVVLKPLFDAELPAGFEEIVREKLRGRELRTGETVEVD LLGKPLPFKVLLAEPSPLKVGKGLKIEFSTGEIEEFTLEFERGVDDAVPFTKGLVVVL GSEVRIYNWSGQKIYSRRFENLKKVRVAEGKVVVVHGEEVTVVEP" gene 1198963..1199655 /gene="nth" /locus_tag="TGAM_1277" /note="tg1277" CDS 1198963..1199655 /gene="nth" /locus_tag="TGAM_1277" /EC_number="4.2.99.18" /inference="protein motif:CDD:AlkA, 3-methyladenine DNA glycosylase/8-oxoguanine DNA glycosylase [DNA replication, recombination, and repair]" /inference="protein motif:CDD:COG2231, Uncharacterized protein related to Endonuclease III [DNA replication, recombination, and repair]" /inference="protein motif:CDD:ENDO3c, endonuclease III" /inference="protein motif:CDD:ENDO3c, endonuclease III; includes endonuclease III (DNA-(apurinic or apyrimidinic site) lyase), alkylbase DNA glycosidases (Alka-family) and other DNA glycosidases" /inference="protein motif:CDD:HhH-GPD, HhH-GPD superfamily base excision DNA repair protein" /inference="protein motif:CDD:MutY, A/G-specific DNA glycosylase [DNA replication, recombination, and repair]" /inference="protein motif:CDD:Nth, Predicted EndoIII-related endonuclease [DNA replication, recombination, and repair]" /inference="protein motif:COG:COG0177 Predicted EndoIII-related endonuclease; L Replication, recombination and repair" /inference="protein motif:Gene3D:G3D.1.10.15.10 no description" /inference="protein motif:HMMPanther:PTHR10359 A/G-SPECIFIC ADENINE GLYCOSYLASE/ENDONUCLEASE III" /inference="protein motif:HMMPanther:PTHR10359:SF1 ENDONUCLEASE III" /inference="protein motif:HMMPfam:PF00730 HhH-GPD InterPro:IPR003265 HhH-GPD GO:Biological Process:base-excision repair (GO:0006284)" /inference="protein motif:HMMSmart:SM00478 no description InterPro:IPR003265 HhH-GPD GO:Biological Process:base-excision repair (GO:0006284)" /inference="protein motif:HMMSmart:SM00525 no description InterPro:IPR003651 Iron-sulfur cluster loop GO:Molecular Function:endonuclease activity (GO:0004519), Molecular Function:iron ion binding (GO:0005506)" /inference="protein motif:ScanRegExp:PS00764 ENDONUCLEASE_III_1 InterPro:IPR004035 Endonuclease III, FCL GO:Molecular Function:endonuclease activity (GO:0004519), Biological Process:DNA repair (GO:0006281)" /inference="protein motif:ScanRegExp:PS01155 ENDONUCLEASE_III_2 InterPro:IPR004036 Endonuclease III, HhH GO:Molecular Function:endonuclease activity (GO:0004519), Biological Process:DNA repair (GO:0006281)" /inference="protein motif:superfamily:SSF48150 DNA-glycosylase InterPro:IPR011257 DNA glycosylase" /codon_start=1 /transl_table=11 /product="Endonuclease III (nth)" /protein_id="ACS33779.1" /translation="MSLDGFTFEESWDEKRRRAEKIVEILMRTHPREKLLIGDPYRTL IHCIISQRMRDEVTYRVWEELFKKYGDIETIANTPVDEMREFLRKRGVGLWKTKGEWI VKASRIILEKYGGKVPDDIKELMKLPGIGRKCANIVLAYGFGRQAIPVDTHVNRISKR LGLAPPRVPPEKVEEYLMELIPKEKWIYVNHAMVDHGRSICRPIRPKCESCPLKELCP YAKGLVRDEDIK" gene complement(1199672..1200496) /locus_tag="TGAM_1278" /note="tg1278" CDS complement(1199672..1200496) /locus_tag="TGAM_1278" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein" /protein_id="ACS33780.1" /translation="MIRLKLPSVVPLKENHLCSNKEEFARLVGETIEASGGGAFFKVL GKVRGRAYYATMLVDDRKILAVEVRDVDSGDTLAGEGALNLIKEMLDSGPVIVDTFPL SDVDVKISIVDNIDVYNATPKMSLDELCPLVPSSTAGVSRVLQERAQEKAEEQGPRET PVARKKPAKKLKLVVNAPRNIEPYLRPFGNRIAKYAKSLGVEVSTLRIEAKEVRYALG AGVGVHINVTIEGKPNSSTDRRNLKETLESFLYREASDLSEEIGKKVVIRGVNLKF" gene complement(1200644..1202548) /locus_tag="TGAM_1279" /note="tg1279" CDS complement(1200644..1202548) /locus_tag="TGAM_1279" /experiment="gene product confirmed by mass spectrometry" /note="Contains a duplicated domain; 1 probable transmembrane helix predicted by modhmm" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein" /protein_id="ACS33781.1" /translation="MFKEATCMRVKSLTLFVVLVLVFSVVAAGCIGGGGGTATSSQET SESQSSGGHGGQSSSSSSSQHVDTTSESQIPVSTWQSPWESYNPIELGGKTYYITHVE YTYTASYNDGAKYTFDVMKERGYAQIHVYTSENGNKKDLGVFNVFAYHGRLTPVNNNT LPGLEYWIFVKDRTKDTDVYFLAPILNFGALISGNVVEVEIVSGSERYFWSNPAALGM YDKMPYQEGDLNDVFSSLDEGIGTIWAAVVSSGIWTGVENYDLTEPGQYDWNGMGISY HYKISPDGTVTFNGKTFKTAEVEWSYGLGGVTATGKGKIAPELPIPISFEGTFANPME GFNTWSKFELKDLKLSQSFGTLQYSGLTPTQTQTQTQTETQTQTTTTTSTPQGLSTNW QLAWDASEPIEINGENYIVKEVAFKVEYKKGDSTFHMNITKGYREVQLNGENVYLLYA NLSVDGEEYTYRVYVRQDSLGEYTSGILWVPQVYDMTNGPDFIKIEITGLGCHYTADE NGNVEGDYNCGYISDDFQDYNMVWSLHTGFYGGIYGDVVSYVTLTNNGQGYTVEKDGK VGLAGIEFDLYKVTWSGLIENVDVPANGVTYVAPQLPFPVKVEAAISEMGAGGCYVKV ELTDLKLEAG" gene complement(1202549..1203769) /locus_tag="TGAM_1280" /note="tg1280" CDS complement(1202549..1203769) /locus_tag="TGAM_1280" /inference="protein motif:Gene3D:G3D.2.130.10.90 no description" /inference="protein motif:Gene3D:G3D.2.140.10.10 no description" /inference="protein motif:superfamily:SSF50998 Quinoprotein alcohol dehydrogenase-like InterPro:IPR011047 Quinonprotein alcohol dehydrogenase-like" /note="Possibly a quinoprotein dehydrogenase; 1 probable transmembrane helix predicted by modhmm" /codon_start=1 /transl_table=11 /product="Dehydrogenase, putative" /protein_id="ACS33782.1" /translation="MWPILYNPLRPAFLSSRALEEGSMKGKALVIPLIAGMLLLAGCL GGSGTSTSSSRTHTYTPTSSSPQTQTTTAPGPETWNMSVVWHVNTSDMPVMDLAPDGS LAAVIDWWGHRIYLASPDGSAVSFDLMEPGDIVEPVVAGVAIVEGKAYVLGSYGEFTG VRIYDWSGKVGETHEGGAGSVPDDILRSPSGNHFCYLMAVTATDQVLVCDGTKLELEN KYSLKWVSDSGLVLLDKGNKEVVMRNGSAVLTLNTTSVLAYGDKLVASYGDTLKVLSL DGKVLASIEKAGFGQTTLLRWTLIPTKNYIFRHEPLEDTHVFTWNLTEVKVLPGFPYF ANDNFVVTAKDGVIHCYSLDDFHEVFHVRVPGDSLGYIKLSEDGKVMLVSGEYGDYWL YRAEMSGLNRMKDN" gene complement(1203825..1204496) /locus_tag="TGAM_1281" /note="tg1281" CDS complement(1203825..1204496) /locus_tag="TGAM_1281" /inference="protein motif:CDD:COG2454, Uncharacterized conserved protein [Function unknown]" /inference="protein motif:CDD:DUF434, Protein of unknown function (DUF434)" /inference="protein motif:COG:COG2454 Uncharacterized conserved protein; S Function unknown" /inference="protein motif:HMMPfam:PF04256 DUF434 InterPro:IPR007368 Protein of unknown function DUF434" /note="Belongs to DUF434 family" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein" /protein_id="ACS33783.1" /translation="MLVEAYRDLKYLLNRGYRKSVALNFVANHYRLRKEERHLLARCV FSDSWIGEVKQKLLSPERVGGRVLGVDGFNVLITLESLLTGKAVLCEDGLVRDLEYRG KYRPHQHTAENLRFIISALSELSPERAVFFYGRNNPGSGLVKALTTELLSEFNVSGEA RLVKSPDHELKAFEAVATADVGIVSSVRWVFDLARFAGERAGAKPVPFKDLLLRDQYD DRQPF" gene complement(1204517..1205428) /locus_tag="TGAM_1282" /note="tg1282" CDS complement(1204517..1205428) /locus_tag="TGAM_1282" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:COG3294, Uncharacterized conserved protein [Function unknown]" /inference="protein motif:COG:COG3294 Uncharacterized conserved protein; S Function unknown" /inference="protein motif:HMMSmart:SM00471 no description InterPro:IPR003607 Metal-dependent phosphohydrolase, HD region GO:Molecular Function:catalytic activity (GO:0003824)" /note="Contains metal dependent phosphohydrolases HD domain (SM00471)" /codon_start=1 /transl_table=11 /product="Phosphohydrolase, putative" /protein_id="ACS33784.1" /translation="MIPFPFLFSLGSKTCATSGFRAWALETSAFKTLKTPKPPPPEVV KMYSEEEILREIRELFEDERLYRAYERTFKEYHYYFDTTNYIVLNVYQFNDHGPVHVL LTTRRALELLRIITKFGIQTTAEKLGKPFWWSKFIVAFGALFHDIGNMIHRINHYEFS AFLAEPIIDKLVNEFEKRDPLLLKALTLNAIYTHDEHVPCTTIEGSLVTIADGCDMES GRSRLAYKKDRVDIHSVSALAIERVEIREGDERQPVLIEIWMKHPAGIFQVDEILTKK VKSSLLTGKVKLRIHTGKDGETLEKVI" gene complement(1205425..1206195) /locus_tag="TGAM_1283" /note="tg1283" CDS complement(1205425..1206195) /locus_tag="TGAM_1283" /codon_start=1 /transl_table=11 /product="Hypothetical protein" /protein_id="ACS33785.1" /translation="MKRFLPLLFAFLMFLQPVSAFNALEKLDQNGTYLCICIRGDATL KYGTPPTNLFNDTSIQELFILKPYNKTHLIRIVYYRSGSRSEKIERITEYYPTTMEDV PFKLSDWNLSKVLREYQWGVRNYLPNVTGKHWYKGYWNSSIKKWEIGMNATVFNMTLH GSFFGECHDYITFECWRNGTNVTCKWGKPVFKTHPGPPINGTISGMDTETTSTTSTTG TNTSSTQTTTSAKGEKTMCGPALLVGLILGPLLALRRR" gene complement(1206526..1207194) /locus_tag="TGAM_1284" /note="tg1284" CDS complement(1206526..1207194) /locus_tag="TGAM_1284" /note="5 probable transmembrane helices predicted by modhmm" /codon_start=1 /transl_table=11 /product="Hypothetical protein" /protein_id="ACS33786.1" /translation="MFTSARKRYWSSRECLSEPYRKILNVSNHLPIMPYDDVIPNEYA AGKIKQAILLMKIIFIMPIILLSLIFAWWDELFLRDRLAVVIFLSPTFYIGLVGIPSI RDVKENPREIVDRMFSFFNVVPFLTILALYFSDEIKSLPEPLGGILLLLSPLILSYLY HRLVRRIAEKGLPFVLLMLVPTLSTAFTFPLILVYLPAFLPPYLIKMDLDRLNEARGD VDVY" gene complement(1207142..1207567) /locus_tag="TGAM_1285" /note="tg1285" CDS complement(1207142..1207567) /locus_tag="TGAM_1285" /inference="protein motif:CDD:COG1412, Uncharacterized proteins of PilT N-term" /inference="protein motif:COG:COG1412 Uncharacterized proteins of PilT N-term./Vapc superfamily; R General function prediction only" /inference="protein motif:HMMSmart:SM00670 no description InterPro:IPR006596 Nucleotide binding protein, PINc" /inference="protein motif:superfamily:SSF88723 PIN domain-like" /codon_start=1 /transl_table=11 /product="Nucleotide binding protein, putative, containing PIN domain" /protein_id="ACS33787.1" /translation="MVAMVHRREWLVLPDTNFLLVPGQFGVDIVGELNRILDVRFKIV IPNVVLRELDVIERKTRGRDLLAVRMAKKLAERFETVEIGEFGKRPIDDQIYDFAIKN ERVIVCTNDKGLKKRLREKGIPVVYLRSKKILELEGMLE" gene complement(1207590..1208825) /gene="eIF2G" /locus_tag="TGAM_1286" /note="tg1286" CDS complement(1207590..1208825) /gene="eIF2G" /locus_tag="TGAM_1286" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:COG:COG5257 Translation initiation factor 2, gamma subunit (eIF-2gamma; GTPase); J Translation, ribosomal structure and biogenesis" /inference="protein motif:FPrintScan:PR00315 ELONGATNFCT InterPro:IPR000795 Protein synthesis factor, GTP-binding GO:Molecular Function:GTP binding (GO:0005525), Biological Process:protein biosynthesis (GO:0006412)" /inference="protein motif:Gene3D:G3D.3.40.50.300 no description" /inference="protein motif:HMMPanther:PTHR11713 TRANSLATION ELONGATION FACTOR 2-RELATED" /inference="protein motif:superfamily:SSF50447 Translation proteins InterPro:IPR009000 Translation factor" /inference="protein motif:superfamily:SSF50465 EF-Tu/eEF-1alpha/eIF2-gamma C-terminal domain InterPro:IPR009001 EF-Tu/eEF-1alpha/eIF2-gamma, C-terminal" /inference="protein motif:superfamily:SSF52540 P-loop containing nucleoside triphosphate hydrolases" /codon_start=1 /transl_table=11 /product="Translation initiation factor eIF-2, subunit gamma (eIF2G) (eIF2G)" /protein_id="ACS33788.1" /translation="MREMAKKFKQAEVNIGMVGHVDHGKTTLTKALTGIWTDTHSEEL RRGITIKIGFADAEIRKCPKCGRYSTSPVCPYCGAETEFERRVSFIDAPGHEALMTTM LAGASLMDGAVLVVAANEGVMPQTREHLMALQIVGNRNIVIALNKIELVDRETVIKRY QEIKDFIKGTVAENAPIIPISALHGANVDVLLAAIEKFIPTPKRDPNKPPKMLVLRSF DVNKPGTPPEKLIGGVIGGSIVQGKLKVGDEIEIRPGVPYEEHGRIKYEPITTEIVSL QAGGRFVEEAYPGGLVGVGTKLDPYLTKGDLMAGNVVGKPGKLPPVWDELRIEVHLLE RVVGTEDELKVEPIKRKEVLLLNVGTARTMGLVTGLGKDEVELKLQIPVCAEVGDRVA ISRQIGSRWRLIGYGFIRE" gene complement(1208944..1210263) /locus_tag="TGAM_1287" /note="tg1287" CDS complement(1208944..1210263) /locus_tag="TGAM_1287" /inference="protein motif:CDD:COG5316, Uncharacterized conserved protein [Function unknown]" /inference="protein motif:COG:COG5316 Uncharacterized conserved protein; S Function unknown" /inference="protein motif:HMMPfam:PF02237 BPL_C InterPro:IPR003142 Biotin protein ligase, C-terminal GO:Biological Process:protein modification (GO:0006464)" /note="Contains one biotin protein ligase C terminal domain; 1 probable transmembrane helix predicted by modhmm" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein" /protein_id="ACS33789.1" /translation="MRNAFKVLAGVALVIILMVALHGTEQIRAASSDTTVALYDSAEI GVISEVLNLSLKKGINRVQLDDLAGLNVEEITVRPLDPNVQFLGLYSSESSENMYDSN VGSDVEVKTSSGDVIRGKFLGLKDGKLVIQGEDGLYAVNPSELVYFKASRMEKKGGVY ALFSAPEDGKYAVEVTYRVPGMSWGSRYKLYLGEKTARLFGYIIVKNPTSKEYENAKV ALVSGDVQFYSPYSPRYVYTLAVAAEKSGGSQGEPVKVEAFHVYPLGPTDIKAASTMM IPYISTEVEIKRQYLYESWSYDRTANVYESISFKADRVLPAGVVEIYRETEGGNLLIG ENHIEHTPKGDVVRIGIGKDYDLKGTTKVLDSEHGEGWAKYRIKVTIENFGDESKTVI VRHYKYGGKLISSTISPSDETAQYVEFILTVPAGGSRSVTFEYEVNW" gene 1210434..1211132 /gene="acdB-2" /locus_tag="TGAM_1288" /note="tg1288" CDS 1210434..1211132 /gene="acdB-2" /locus_tag="TGAM_1288" /EC_number="6.2.1.13" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:COG1042, Acyl-CoA synthetase (NDP forming) [Energy production and conversion]" /inference="protein motif:CDD:SucC, Succinyl-CoA synthetase, beta subunit [Energy production and conversion]" /inference="protein motif:COG:COG0045 Succinyl-CoA synthetase, beta subunit; C Energy production and conversion" /inference="protein motif:Gene3D:G3D.3.30.470.20 no description" /inference="protein motif:HMMPanther:PTHR11405 ASPARTATE CARBAMOYLTRANSFERASE CATALYTIC CHAIN-RELATED" /inference="protein motif:HMMPanther:PTHR11405:SF1 CARBAMOYL-PHOSPHATE SYNTHASE LARGE CHAIN" /inference="protein motif:HMMPfam:PF08442 ATP-grasp_2 InterPro:IPR013650 ATP-grasp" /inference="protein motif:ProfileScan:PS50975 ATP_GRASP InterPro:IPR011761 ATP-grasp fold GO:Molecular Function:catalytic activity (GO:0003824)" /inference="protein motif:superfamily:SSF56059 Glutathione synthetase ATP-binding domain-like" /codon_start=1 /transl_table=11 /product="Acetyl-CoA synthetase (ADP forming), beta chain (acdB)" /protein_id="ACS33790.1" /translation="MSRVEEARKIIEKAKAENRPLVEPEAKEILRLYGVPVPDFKVAT NEEEAVKFAREIGYPVVMKIVSPQIIHKSDAGGVKVNIKNDEEAREAFRTIMENARKY KPDADLWGVIIYKMLPLGKEVIVGMIRDPQFGPAIMFGLGGIFVEILKDVSFRVAPIT KEEALEMIKEIKAYPILAGARGEKPVDIEALADIIVKVGELALELPEIKELDINPIFA YEDSAVAVDARMLL" gene 1211451..1212251 /locus_tag="TGAM_1289" /note="tg1289" CDS 1211451..1212251 /locus_tag="TGAM_1289" /inference="protein motif:BlastProDom:PD008324 O58931_PYRHO_O58931; InterPro:IPR002743 Protein of unknown function DUF57" /inference="protein motif:CDD:COG1583, Uncharacterized protein predicted to be involved in DNA repair (RAMP superfamily) [DNA replication, recombination, and repair]" /inference="protein motif:CDD:DUF57, Protein of unknown function DUF57" /inference="protein motif:COG:COG1583 Uncharacterized protein predicted to be involved in DNA repair (RAMP superfamily); L Replication, recombination and repair" /note="Belongs to DUF57 family" /codon_start=1 /transl_table=11 /product="CRISPR-associated protein, Cas6 family" /protein_id="ACS33791.1" /translation="MRRMRFAIRLMPENEPYRVPFNHLRHLQGLIYRRIQRMNPNLSL RLHNPKVPKFFTFSLFMTERREFLNGKPHFLGSGRGYFYFSTAVPEIAEAFIGGLLQN PELTLWGERFTVEEVRAIAEPEKLSGRKFVTLSPIAVTTKRIQFGRPRSYDLGPDEPE FYEHLRENLVEKYTALTGRPPETGELKVRVLLAKPKRFEVKPGIYQRAWHLVFRAYGD EGLLRIGYLAGFGEKNSIGFGMVKVDGRKERVKRRWKGGGRNREGKAA" gene complement(1212363..1213037) /locus_tag="TGAM_1290" /note="tg1290" CDS complement(1212363..1213037) /locus_tag="TGAM_1290" /inference="protein motif:COG:COG0640 Predicted transcriptional regulators; K Transcription" /inference="protein motif:Gene3D:G3D.1.10.10.10 no description InterPro:IPR011991 Winged helix repressor DNA-binding" /inference="protein motif:superfamily:SSF46785 'Winged helix' DNA-binding domain" /inference="protein motif:superfamily:SSF88946 Sigma2 domain of RNA polymerase sigma factors InterPro:IPR013325 Sigma factor, region 2" /note="Contains 1 Winged helix DNA-binding domain (SSF46785)" /codon_start=1 /transl_table=11 /product="DNA binding protein, putative" /protein_id="ACS33792.1" /translation="MRYVVTVGEHINHIFRNGEVILPKRISEGNSQISSAVVLYSIRE DATKEYREIVLSKVKDAEEGFKGLGIPVAVIEVKEPYLFQERIEEFKKLIIPETVINI TGGRRIVGYELLYAAVLVRNENPEAIKSVFYVTEKGGVIEFPVVDPKVQLTPLELQIL KLAQDYIKRRRRPPSLTELRNQLELINDSTYSTPFISEYVSRLERKGYIKKEKRGRKK LVVPLV" gene 1213099..1213503 /locus_tag="TGAM_1291" /note="tg1291" CDS 1213099..1213503 /locus_tag="TGAM_1291" /experiment="gene product confirmed by mass spectrometry" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein" /protein_id="ACS33793.1" /translation="MLKYCFRTMFSMVFPMEEWIRNIGRYLSYLVDENFGEYAYDIVD GIAKARTGEELLENVYKALRLAPKLEKKAEKKCNFRKPSPADIEALEREVESVSNDPH KLRRLALKLALWAFAYWNHCPKKEQKNEGGEN" gene 1213503..1214507 /locus_tag="TGAM_1292" /note="tg1292" CDS 1213503..1214507 /locus_tag="TGAM_1292" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:COG1857, Uncharacterized protein predicted to be involved in DNA repair [DNA replication, recombination, and repair]" /inference="protein motif:CDD:DUF73, Protein of unknown function DUF73" /inference="protein motif:COG:COG1857 Uncharacterized protein predicted to be involved in DNA repair; L Replication, recombination and repair" /inference="protein motif:HMMPfam:PF01905 DUF73 InterPro:IPR002764 CRISPR-associated regulatory Csa2" /inference="protein motif:HMMTigr:TIGR01875 cas_MJ0381:CRISPR-associated autoregula InterPro:IPR010154 CRISPR-associated negative autoregulator" /inference="protein motif:HMMTigr:TIGR02583 DevR_archaea:CRISPR-associated regulato InterPro:IPR002764 CRISPR-associated regulatory Csa2" /inference="protein motif:superfamily:SSF50249 Nucleic acid-binding proteins InterPro:IPR008994 Nucleic acid-binding, OB-fold GO:Molecular Function:nucleic acid binding (GO:0003676)" /note="Belongs to DUF73 family. Contains 1 Nucleic acid-binding, OB-fold" /codon_start=1 /transl_table=11 /product="CRISPR-associated autoregulator, DevR family" /protein_id="ACS33794.1" /translation="MYVRISGRVRLNAHSLNAQGGGGSNYIEVTKTKVTVKTDNGWAV VEVPAITGNMVKHWHFVGFVDYFRKTPFKDNLTERALRYNGTRFGQGETKAKKADGTE VELKDEGKIIKHLADADVHGFLAPKTGVRRVSLVKTSFVVPAEDFIREVEGERLINAV KHNRVDITEKGTIGSSEEGTAQMLFSREYATGLYGFSVVLDLGLVGVPQSNIAGGSAI PDNERKERIKSALLALIPMLSGYIGANLARSFPLMKVEEFIAVASAEPIPALVHGFYD DYVEASGAIVENARKLGFDIKAFAYNTKFVESANEVSSVEELVGKLLETLEYSSGGSS " gene 1214508..1215311 /locus_tag="TGAM_1293" /note="tg1293" CDS 1214508..1215311 /locus_tag="TGAM_1293" /inference="protein motif:CDD:COG1688, Uncharacterized protein predicted to be involved in DNA repair (RAMP superfamily) [DNA replication, recombination, and repair]" /inference="protein motif:COG:COG1688 Uncharacterized protein predicted to be involved in DNA repair (RAMP superfamily); L Replication, recombination and repair" /inference="protein motif:HMMTigr:TIGR01874 cas_cas5a:CRISPR-associated protein Cas5 InterPro:IPR010153 CRISPR-associated protein, MJ0382" /inference="protein motif:HMMTigr:TIGR02593 CRISPR_cas5:CRISPR-associated protein Ca InterPro:IPR013422 CRISPR-associated protein Cas5" /note="see TIGR01874" /codon_start=1 /transl_table=11 /product="CRISPR-associated protein Cas5, Apern subtype" /protein_id="ACS33795.1" /translation="MDVLLVRLRFPFYSVARRSFQVRTSLLLPSPSALKGALARGLVL VKGIKGENLDEVARKAVKDIEDKLVDVRAVEVAPLTPMVKTAFLLKRLRNLEPIRDKK KLKTPEDWEKAMTKDDAMRREYVFTHELLVAYVFKGLSGEEKELYLKAAMLIDTIGDT ESLATVVWADFVSPSEKSAPLAFYAPYQEISQALANKVRNGGAVKVHTETMLVSPDYG SRREEVFYLPVEEKRRKRVVYYERTTKVPDVENAIELNGEVLGLWLPGN" gene 1215293..1217296 /locus_tag="TGAM_1294" /note="tg1294" CDS 1215293..1217296 /locus_tag="TGAM_1294" /inference="protein motif:CDD:COG1203, Predicted helicases [General function prediction only]" /inference="protein motif:CDD:COG1205, Distinct helicase family with a unique C-terminal domain including a metal-binding cysteine cluster [General function prediction only]" /inference="protein motif:CDD:DEAD, DEAD/DEAH box helicase" /inference="protein motif:CDD:DEXDc, DEAD-like helicases superfamily" /inference="protein motif:CDD:HELICc, Helicase superfamily c-terminal domain" /inference="protein motif:CDD:Lhr, Lhr-like helicases [General function prediction only]" /inference="protein motif:CDD:SrmB, Superfamily II DNA and RNA helicases [DNA replication, recombination, and repair / Transcription / Translation, ribosomal structure and biogenesis]" /inference="protein motif:COG:COG1203 Predicted helicases; R General function prediction only" /inference="protein motif:Gene3D:G3D.3.40.50.300 no description" /inference="protein motif:HMMPanther:PTHR10967 ATP-DEPENDENT RNA HELICASE-RELATED" /inference="protein motif:HMMPfam:PF00270 DEAD InterPro:IPR011545 DEAD/DEAH box helicase, N-terminal GO:Molecular Function:nucleic acid binding (GO:0003676), Molecular Function:helicase activity (GO:0004386), Molecular Function:ATP binding (GO:0005524)" /inference="protein motif:HMMPfam:PF00271 Helicase_C InterPro:IPR001650 Helicase, C-terminal GO:Molecular Function:nucleic acid binding (GO:0003676), Molecular Function:helicase activity (GO:0004386), Molecular Function:ATP binding (GO:0005524)" /inference="protein motif:HMMSmart:SM00487 no description InterPro:IPR011545 DEAD/DEAH box helicase, N-terminal GO:Molecular Function:nucleic acid binding (GO:0003676), Molecular Function:helicase activity (GO:0004386), Molecular Function:ATP binding (GO:0005524)" /inference="protein motif:HMMSmart:SM00490 no description InterPro:IPR001650 Helicase, C-terminal GO:Molecular Function:nucleic acid binding (GO:0003676), Molecular Function:helicase activity (GO:0004386), Molecular Function:ATP binding (GO:0005524)" /inference="protein motif:HMMTigr:TIGR01587 cas3_core:CRISPR-associated helicase Cas3 InterPro:IPR006474 CRISPR-associated helicase Cas3, core" /inference="protein motif:ProfileScan:PS50136 HELICASE InterPro:IPR001410 DEAD/DEAH box helicase GO:Molecular Function:ATP binding (GO:0005524), Molecular Function:ATP-dependent helicase activity (GO:0008026)" /inference="protein motif:superfamily:SSF48239 InterPro:IPR008930 Terpenoid cylases/protein prenyltransferase alpha-alpha toroid" /inference="protein motif:superfamily:SSF52540 P-loop containing nucleoside triphosphate hydrolases" /codon_start=1 /transl_table=11 /product="CRISPR-associated helicase Cas3, core" /protein_id="ACS33796.1" /translation="MASRELSAEELFRRITGHEPYDYQLRAWEKIDTAMSNGGKVVIE VPTAGGKTEAAIVPFLVEAYNGTWAVSRLIYALPTRSLVEKQAERIRKLLVKVLELKG KSEREAKELAERLVIVEYGLEPTHAFLGWVVVTTWDAFLYGLAAHRTVGRRFTFPAGA IAQSLVVFDEVQMYQDESLYMPRLLSLVVKQLSKANVPVVVMSATIPSELRKMISGEP EIVMVRSDDGKKPERGKVSVQVVEGTIESVLDDIKKALKRKERVLIVRNTVDRAVSTY LTLKPVAEELGVEALLIHGRFAVEDRKKKERALDGAQLIVATQVVEAGLDLLNVGLVV TDIAPLDALIQRIGRCARRKGEKGKAIVLVETQDIGSFPKIKSFSEARRIIEERIGAK IEPFVEFENHKEYKRVLKLTLVSDKKQTTWYIGTLETIKELKKKKPPKDLFIVPYDTA PYDPLVLLRTYDELDSLGHYLYNVEEARKALDRVYEFHYANNIVPKEFHSAYIYFREL KLFSAPPEYELRSRPELYSMLYILDEDLEKELKPNSRNEVNLNPNRIIRISHSTLGAM WDSIKNCIKRKVVREWDSKKEKYRWVLESVNEKSPRALTIYAVSKDCYSEELGLWRRT SDATVNGRKEVNQTQVTRTSKTHEKKNFEKKGQATLLDFVGGE" gene 1217297..1218013 /locus_tag="TGAM_1295" /note="tg1295" CDS 1217297..1218013 /locus_tag="TGAM_1295" /inference="protein motif:CDD:COG2254, Predicted HD superfamily hydrolase, possibly a nuclease [DNA replication, recombination, and repair]" /inference="protein motif:COG:COG2254 Predicted HD superfamily hydrolase, possibly a nuclease; L Replication, recombination and repair" /inference="protein motif:HMMTigr:TIGR01596 cas3_HD:CRISPR-associated HD domain protein InterPro:IPR006483 CRISPR-associated HD" /note="See TIGR01596" /codon_start=1 /transl_table=11 /product="CRISPR-associated HD domain protein" /protein_id="ACS33797.1" /translation="MTLLAFKGQPLEEHVKAMLQAWNEVKGKYIPSIIRAMKAYGVEL SREKVDRLMRALIILHDSGKGARIYQDYLKDGEKLGGFRHELVSAYYALKILSQLFEE RTAFVGSLVVMLHHEPILMGQIANFDRDSLSAEVTLDKLRNFDGVVSELDEFLRKSFK KYLGADVEVPNAETGEVVRTVVELSVKARHLPDAGKLRLIVGALLIPLVLCDYKGAED REGETPKFAEVLEAEWMGVV" gene 1218014..1219060 /locus_tag="TGAM_1296" /note="tg1296" CDS 1218014..1219060 /locus_tag="TGAM_1296" /inference="protein motif:HMMTigr:TIGR01914 cas_Csa4:CRISPR-associated protein, Csa4 fa InterPro:IPR010184 CRISPR-associated protein, MJ0385" /note="See TIGR01914" /codon_start=1 /transl_table=11 /product="CRISPR-associated protein, Cas4 family" /protein_id="ACS33798.1" /translation="METYQTPSVDGIFDLYVAYGYVEALVRGGAKEVTLIPRGTLEGG YYSVRGDGDFRSGLIGALKEMLSLHYAFGNYRYSREGVKVISDADFSAGANVNNTYWD SVPSRLRDVREKLKEGKKLGGKYPLPITLMPSAGKFIPKHMGVQGGNPLKIDPLNYAL AWVGFHYYTPYIRYTKGTRTWVHIYQVAPQEELNLFEVLALKDLKKHFPHYYEANMSY LSNPRLALFYHILHTESLGAVEEVTRKFLLVRSYTLERDGNNQAIRSYGEEDLGKLMD FLWELKKRSTYHTVRFFDALLRKESEAVLAVIDAVINDRPEGLYQGLRIAKRAGITPP QSVVEGMEAFIDET" gene 1219050..1219823 /locus_tag="TGAM_1297" /note="tg1297" CDS 1219050..1219823 /locus_tag="TGAM_1297" /inference="protein motif:BlastProDom:PD008324 O58931_PYRHO_O58931; InterPro:IPR002743 Protein of unknown function DUF57" /inference="protein motif:CDD:COG1583, Uncharacterized protein predicted to be involved in DNA repair (RAMP superfamily) [DNA replication, recombination, and repair]" /inference="protein motif:CDD:DUF57, Protein of unknown function DUF57" /inference="protein motif:COG:COG1583 Uncharacterized protein predicted to be involved in DNA repair (RAMP superfamily); L Replication, recombination and repair" /inference="protein motif:HMMPfam:PF01881 DUF57 InterPro:IPR002743 Protein of unknown function DUF57" /inference="protein motif:HMMTigr:TIGR01877 cas_cas6:CRISPR-associated protein Cas6 InterPro:IPR010156 CRISPR-associated protein, TM1814" /note="See TIGR01877" /codon_start=1 /transl_table=11 /product="CRISPR-associated protein Cas6" /protein_id="ACS33799.1" /translation="MRLKLLLHFEEPFLIPYNYPRPLYLFLIHAIKLGDPMIAKRIHE NKKDIKFVASKLFPVRSAEKTDKGLLVKSGKVELLVGSPAWPVLEALANGLAIGIGQL HILRKRLLDVEVRPVETPKRLSGRKLKTLSPVSVYHNNPPNGFRQWDLSPVGQPNSPF ENEPAVWKELVFRNLREKYFMVYGESFEGDFEIEVFPESARSKMFRIKRDDRTGRHTQ VRAWEFYFRMQGDEELLRVARDTGLGMRNAHGFGMIGMV" gene 1219824..1220513 /locus_tag="TGAM_1298" /note="tg1298" CDS 1219824..1220513 /locus_tag="TGAM_1298" /inference="protein motif:superfamily:SSF52980 Restriction endonuclease-like" /note="Contains Restriction endonuclease-like structural motif (SSF52980)" /codon_start=1 /transl_table=11 /product="Nuclease, putative" /protein_id="ACS33800.1" /translation="MNLPKEIESFNERIRNAINGNHRPERRIWVTSLSYCLRKTALDI YLNAYSPSRNWEARIGSALHGWLADVVGSAEFEVPVEYQIRDGWKLVGKAEAVKGPYV LEFKFKGFEGNGEGIPRKNYDLEHAEPSREWVEQINAYMGMLGKEKGYIYIFDRNGLD FRVFPVEFDETLFRRFLRRAERVIEAVEELESGKFPRWISTVGRKDWVCNRCPYRPIC AEIDREELKVR" gene complement(1220506..1220763) /locus_tag="TGAM_1299" /note="tg1299" CDS complement(1220506..1220763) /locus_tag="TGAM_1299" /inference="protein motif:CDD:COG1343, Uncharacterized protein predicted to be involved in DNA repair [DNA replication, recombination, and repair]" /inference="protein motif:CDD:DUF196, Uncharacterized ACR, COG1343" /inference="protein motif:COG:COG1343 Uncharacterized protein predicted to be involved in DNA repair; L Replication, recombination and repair" /inference="protein motif:HMMPfam:PF02647 DUF196 InterPro:IPR003799 Protein of unknown function DUF196" /inference="protein motif:HMMTigr:TIGR01573 cas2:CRISPR-associated protein Cas2 InterPro:IPR003799 Protein of unknown function DUF196" /note="See TIGR01573" /codon_start=1 /transl_table=11 /product="CRISPR-associated protein Cas2" /protein_id="ACS33801.1" /translation="MYIIVVYDVNVRRVNHVKKFLRRHLHWVQNSVFEGEVTRAEYER IKAGLREIIDENEDSVVIYRLRSQPLRDVLGTEKNPMEDII" repeat_region 1221278..1222649 /note="CRISPR repeat cluster" /rpt_type=tandem repeat_region 1221278..1221307 /note="tg_rep9_b; repeat element in cluster B" repeat_region 1221345..1221374 /note="tg_rep10_b; repeat element in cluster B" repeat_region 1221411..1221440 /note="tg_rep11_b; repeat element in cluster B" repeat_region 1221478..1221507 /note="tg_rep12_b; repeat element in cluster B" repeat_region 1221545..1221574 /note="tg_rep13_b; repeat element in cluster B" repeat_region 1221612..1221641 /note="tg_rep14_b; repeat element in cluster B" repeat_region 1221680..1221709 /note="tg_rep15_b; repeat element in cluster B" repeat_region 1221747..1221776 /note="tg_rep16_b; repeat element in cluster B" repeat_region 1221818..1221847 /note="tg_rep17_b; repeat element in cluster B" repeat_region 1221885..1221914 /note="tg_rep18_b; repeat element in cluster B" repeat_region 1221950..1221979 /note="tg_rep19_b; repeat element in cluster B" repeat_region 1222017..1222046 /note="tg_rep20_b; repeat element in cluster B" repeat_region 1222084..1222113 /note="tg_rep21_b; repeat element in cluster B" repeat_region 1222152..1222181 /note="tg_rep22_b; repeat element in cluster B" repeat_region 1222220..1222249 /note="tg_rep23_b; repeat element in cluster B" repeat_region 1222286..1222315 /note="tg_rep24_b; repeat element in cluster B" repeat_region 1222352..1222381 /note="tg_rep25_b; repeat element in cluster B" repeat_region 1222419..1222448 /note="tg_rep26_b; repeat element in cluster B" repeat_region 1222487..1222516 /note="tg_rep27_b; repeat element in cluster B" repeat_region 1222553..1222582 /note="tg_rep28_b; repeat element in cluster B" repeat_region 1222620..1222649 /note="tg_rep29_b; repeat element in cluster B" gene 1222985..1226632 /locus_tag="TGAM_1300" /note="tg1300" CDS 1222985..1226632 /locus_tag="TGAM_1300" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:Gene3D:G3D.2.60.120.200 no description InterPro:IPR013320 Concanavalin A-like lectin/glucanase, subgroup" /inference="protein motif:Gene3D:G3D.2.60.40.1120 no description" /inference="protein motif:HMMPfam:PF00139 Lectin_legB InterPro:IPR001220 Legume lectin, beta domain" /inference="protein motif:HMMPfam:PF08308 PEGA InterPro:IPR013229 PEGA" /inference="protein motif:superfamily:SSF49899 Concanavalin A-like lectins/glucanases InterPro:IPR008985 Concanavalin A-like lectin/glucanase" /inference="protein motif:superfamily:SSF49899 InterPro:IPR008985 Concanavalin A-like lectin/glucanase" /note="1 probable transmembrane helix predicted by modhmm" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein, lectin related sugar-binding protein" /protein_id="ACS33802.1" /translation="MNTVKQNRKTTWHIAILIGVLVLVSTAPLEHPAEASNTSIQGYV DALKSAFRELTDRDLQGTVEVTPGSGFEIDPNAKVVKVGADEFTKSYHGIIGGRGFYL VAYGLVNLSIPNLPGNGADPLWHFNLTLKKGEFKTELATEVVTYWLLEKVGSYNGVNL KKIAEYRKSEVISEYKKIGKAKQVEWLFKYLNDKTIKDVITGVYWGDYPDVYGWTCKS SLLYREIKKTYPYVKPPVPLSSPKKIEHDSCLINVLPIYHLGIKLGNEKLSYTVILFN HTSREYIIGINKTSSGYTVGLWIKYLNMTTLEVKPLWFDSSEKLTLTFVDGYNLTISS ADVGKTFTTPLAGGFWELEYLDLYLHSYWWGIHEVHKPKLKWYDHKGYVIIEEYLSSL AGDSLRASLNVSAWSDKMLKIEMLYLVDSSYKQEIDYGNATVNLTLEDIGKTFILDRE TGLVVGLQGEALPGWSFVGNTRIDPRKGVIILTPDEWGRRGAAWFDKPVDLSRPFTAT IIFYAGHKGGADGIAVGFQARGLDALGGSGGDCGFKGITPAVGFKLWEYKEKVTFVDD GNEEDVTGGVSFADGKEHVLKLSWNPTTKSLTLEVDGHVYASRTIDLNAKFGSAKVYF GVTAATGGRTNLHYFVPADEFMLAAVPEKAKTMLSTLSGLGRDTIELAPIVSDMETAL KEENYRKVLQDYYTFRTQLVRRTLPEIKENLKDTLIVQQMNISSIALDALVQAIKKAA FEGDVVSALNYSESAHNLALNMSEQKIAEMIREINKLKEQLREHGVSVSSMDEKISSI EELRKEGRYVEACRVAASLETKLREVLNMTLMVEERITGLQSLYKASKIGEISEDEFN AGIARAKELMREWKFSEAMRVLSDLEKKIMPWQLVGDAYFDNSTGVIVLTPDQASKRG AAWFKYQVNLSRPFKAILMFYAGRQSGGDGIAVGFQSLGPKAIGGYGSDCGFRGISRA VGFKLWELNREIYLVTPGGERKLADVSFADGKEHKMTIYWDPKTKTLTLEVDGRNYTQ VNVDIPALLGSETAYFGVSAGNGAAHNLHYFVPLALYVPGEMKAKLKITGTPEGAEVY INGTLKGKIPVELTLKPGKYSITIRKEGYNEKSLTITLKPGESRELSVALEKVQTSTT SVVRTTTSSTTHREHSTTSTTTTTSKTGETSSTTENTGTSSSSKSGGGICGPAWLVLL VLLPVLARRRR" gene complement(1226719..1227645) /locus_tag="TGAM_1301" /note="tg1301" CDS complement(1226719..1227645) /locus_tag="TGAM_1301" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:Gene3D:G3D.3.40.50.300 no description" /inference="protein motif:superfamily:SSF52540 P-loop containing nucleoside triphosphate hydrolases" /note="Contains Nucleoside triphosphate hydrolase structural motives" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein" /protein_id="ACS33803.1" /translation="MDLEIGGVPFSITGELDDGFPEGLRSLFARRYLPDVRETNGGER VLIERFKGERFRVFSAVYDHLGRDEYKIESGVPSAYGNEAPVFFTLQAAARAGAKEGR IFVTDSVGVVSPSGRAVLFVGYPHTGKSTMSVLALASGLPVLSTENTVVEVRGDSLYI VGGTDVLVYDPRVEGIYGIKVPYDTKTKSGYRIKDLSSNRGRLKLLRKGVEINMIIVL HAAFNCMEASFSKISGRKVRKTLWYFSTALIKGLDYYEPMPLHVPVSDEINRNLWDFL QTASKGYSDRMFEAFGNHGAVFDRVMEMAEST" gene complement(1227714..1228394) /locus_tag="TGAM_1302" /note="tg1302" CDS complement(1227714..1228394) /locus_tag="TGAM_1302" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:AhpF, Alkyl hydroperoxide reductase, large subunit [Posttranslational modification, protein turnover, chaperones]" /inference="protein motif:CDD:AhpF_NTD_N, Alkyl hydroperoxide reductase F subunit (AhpF) N-terminal domain (NTD) family, N-terminal TRX-fold subdomain" /inference="protein motif:CDD:PfPDO_like_N, Pyrococcus furiosus protein disulfide oxidoreductase (PfPDO)-like family, N-terminal TRX-fold subdomain" /inference="protein motif:CDD:TRX_GRX_like, Thioredoxin (TRX)-Glutaredoxin (GRX)-like family" /inference="protein motif:COG:COG0526 Thiol-disulfide isomerase and thioredoxins; O Posttranslational modification, protein turnover, chaperones" /inference="protein motif:Gene3D:G3D.3.40.30.10 no description InterPro:IPR012335 Thioredoxin fold" /inference="protein motif:HMMPanther:PTHR10438 THIOREDOXIN" /inference="protein motif:HMMPfam:PF00462 Glutaredoxin InterPro:IPR002109 Glutaredoxin GO:Molecular Function:electron transporter activity (GO:0005489), Biological Process:electron transport (GO:0006118), Biological Process:cell redox homeostasis (GO:0045454)" /inference="protein motif:HMMTigr:TIGR02187 GlrX_arch:Glutaredoxin-like domain protein InterPro:IPR011903 Glutaredoxin-like" /inference="protein motif:ProfileScan:PS50223 THIOREDOXIN_2 InterPro:IPR006663 Thioredoxin domain 2 GO:Molecular Function:electron transporter activity (GO:0005489), Biological Process:electron transport (GO:0006118)" /inference="protein motif:superfamily:SSF52833 Thioredoxin-like InterPro:IPR012336 Thioredoxin-like fold" /codon_start=1 /transl_table=11 /product="Glutaredoxin-like protein" /protein_id="ACS33804.1" /translation="MGLISDADKKIIKEEFFSKMTNPVKIIGFTGKEHCQYCDQLKQL VQELSELTDKLTYEFYDFDTEEGRKVAEQYRIDRAPAVTITHDGKDVGVRFFGLPAGH EFSAFLEDIVDVSNMTTDLMPESKEALAKIDRDVRILVFVTPTCPYCPLAVRMAHKFA IENTNAGKGRILGDMVEAIEYPEWADQYSVMAVPKIVIQVDGEDKVQFEGAYPEKMFM EKLLAALE" gene 1228293..1229228 /locus_tag="TGAM_1303" /note="tg1303" CDS 1228293..1229228 /locus_tag="TGAM_1303" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:COG1777, Predicted transcriptional regulators [Transcription]" /inference="protein motif:COG:COG1777 Predicted transcriptional regulators; K Transcription" /inference="protein motif:Gene3D:G3D.1.10.10.10 no description InterPro:IPR011991 Winged helix repressor DNA-binding" /inference="protein motif:HMMPfam:PF01022 HTH_5 InterPro:IPR001845 Bacterial regulatory protein, ArsR GO:Molecular Function:transcription factor activity (GO:0003700), Cellular Component:intracellular (GO:0005622), Biological Process:regulation of transcription, DNA-dependent (GO:0006355)" /inference="protein motif:HMMSmart:SM00418 no description InterPro:IPR001845 Bacterial regulatory protein, ArsR GO:Molecular Function:transcription factor activity (GO:0003700), Cellular Component:intracellular (GO:0005622), Biological Process:regulation of transcription, DNA-dependent (GO:0006355)" /inference="protein motif:superfamily:SSF46785 'Winged helix' DNA-binding domain" /codon_start=1 /transl_table=11 /product="Transcription regulator, arsR family, putative" /protein_id="ACS33805.1" /translation="MLLSGETNDLDGVRHFGEELLLYDLLIGIANQSHLSHLHLKVYN PREPFSPGENPQVCNLRLNDHYISFTSQVWVVLGMPEKEPDLFYILGNKVRRDLLSHL TCTECYFSFLSSKVSVSSTAVAKHLKIMEREGILKSYEREGPFIGPARKYYNINIAKT YVVTITPNIFWYRGLDLGEGSEVPIELPEELKNLGGMVLTFRDLSKKLEEVLRELQAI ESQRNRLMAMIKETYLKEIGDMTQLAILHYVLLNGSATVDELSDRLNLKEREVLQKAS ELDRFVPLRIKDGVITIDDERLKAKLGGEGDAGED" gene 1229212..1229415 /locus_tag="TGAM_1304" /note="tg1304" CDS 1229212..1229415 /locus_tag="TGAM_1304" /inference="protein motif:COG:COG1145 Ferredoxin; C Energy production and conversion" /inference="protein motif:FPrintScan:PR00353 4FE4SFRDOXIN InterPro:IPR001450 4Fe-4S ferredoxin, iron-sulfur binding GO:Molecular Function:electron transporter activity (GO:0005489), Molecular Function:iron ion binding (GO:0005506), Biological Process:electron transport (GO:0006118)" /inference="protein motif:Gene3D:G3D.3.30.70.20 no description" /inference="protein motif:HMMPfam:PF00037 Fer4 InterPro:IPR001450 4Fe-4S ferredoxin, iron-sulfur binding GO:Molecular Function:electron transporter activity (GO:0005489), Molecular Function:iron ion binding (GO:0005506), Biological Process:electron transport (GO:0006118)" /inference="protein motif:ScanRegExp:PS00198 4FE4S_FERREDOXIN InterPro:IPR001450 4Fe-4S ferredoxin, iron-sulfur binding GO:Molecular Function:electron transporter activity (GO:0005489), Molecular Function:iron ion binding (GO:0005506), Biological Process:electron transport (GO:0006118)" /inference="protein motif:superfamily:SSF54862 4Fe-4S ferredoxins" /codon_start=1 /transl_table=11 /product="Ferredoxin, putative" /protein_id="ACS33806.1" /translation="MPEKIKIVVNEDRCYLCGGCAGVCPTLAIEVHSSGWEFLQDKCI SCRICINACPVGALSAEPLEVKA" gene 1229412..1230599 /locus_tag="TGAM_1305" /note="tg1305" CDS 1229412..1230599 /locus_tag="TGAM_1305" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:FixC, Dehydrogenases (flavoproteins) [Energy production and conversion]" /inference="protein motif:CDD:UbiH, 2-polyprenyl-6-methoxyphenol hydroxylase and related FAD-dependent oxidoreductases [Coenzyme metabolism / Energy production and conversion]" /inference="protein motif:COG:COG0644 Dehydrogenases (flavoproteins); C Energy production and conversion" /inference="protein motif:FPrintScan:PR00420 RNGMNOXGNASE InterPro:IPR003042 Aromatic-ring hydroxylase GO:Biological Process:electron transport (GO:0006118), Biological Process:metabolism (GO:0008152), Molecular Function:oxidoreductase activity (GO:0016491)" /inference="protein motif:Gene3D:G3D.3.50.50.60 no description" /inference="protein motif:HMMPanther:PTHR10617 FLAVOPROTEIN-UBIQUINONE OXIDOREDUCTASE-RELATED" /inference="protein motif:HMMPanther:PTHR10617:SF30 GERANYLGERANYL HYDROGENASE-RELATED" /inference="protein motif:HMMPfam:PF01266 DAO InterPro:IPR006076 FAD dependent oxidoreductase GO:Biological Process:electron transport (GO:0006118), Molecular Function:oxidoreductase activity (GO:0016491)" /inference="protein motif:HMMTigr:TIGR02032 GG-red-SF:geranylgeranyl reductase family InterPro:IPR011777 Geranylgeranyl reductase, plantal and prokaryotic" /inference="protein motif:ProfileScan:PS50205 NAD_BINDING InterPro:IPR000205 NAD-binding site" /inference="protein motif:superfamily:SSF51905 FAD/NAD(P)-binding domain" /codon_start=1 /transl_table=11 /product="Geranylgeranyl hydrogenase" /protein_id="ACS33807.1" /translation="MSWKYDVVVVGAGIAGPIVARNVARAGFSVLLIDKKWAIGTPKQ CAEGISIKVFEKYDIPYDKRFINREIYGAKLYSPSGYELEMRYKDVSGVILERKVFDK MLAYYAAKAGADVLARTEALDVIRKDGKVVGIKAKHEDEPIEIYADVIVAADGVESTI ARKAGINTYAPPHEFDSSYEYEMLIEGFDPDLIHLWFGNEIAPRGYVWVFPKDEDRAN VGIGINSDNPQTAKYYLDKWLKENNIPAKKLLEINVGVVPVGGFVKELVKNNVLVVGD AARQVNPMHGGGMAEAMEAGTIASKWIVKALEEENLSLLQNYTKEWWETDGKRLEKVL KVRRVTEKLTDEDLDLFIQVLSGADAEKIAGGDYGEVIKALLKHPKVLMSKRRLSLLK SLL" gene complement(1230583..1231527) /locus_tag="TGAM_1306" /note="tg1306" CDS complement(1230583..1231527) /locus_tag="TGAM_1306" /inference="protein motif:ScanRegExp:PS00284 SERPIN InterPro:IPR000215 Proteinase inhibitor I4, serpin GO:Molecular Function:serine-type endopeptidase inhibitor activity (GO:0004867)" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein" /protein_id="ACS33808.1" /translation="MKQYIFIPHFWLLKFRCSEFDNFKVKKSPDVTVGVVSVNSSLNS KGLKDLKHLVNILARDAGETLRRLKERIENQSIDSLFLLDVQSTFVLGLSDLSLYSFA LELDDLVEDSYTTFVRGYKVLRKNGLLINVPELGLQLGYLRDLNLSRGFSLDRRFSLL GEPLEIQVWVNRIIKLRNALHGDFPRDPFRELGYGVESGDRRFPVFLVALRRLYTMSP PEIESLSRLVHLEILEGLLPRPLPCRDGWCEVIECLKNSEGFTVVEDNGDTVLLYRLE GERRLNFPWGSIKMGKPAEIVVFSRKMGKGIRCIREGF" gene 1231554..1231931 /locus_tag="TGAM_1307" /note="tg1307" CDS 1231554..1231931 /locus_tag="TGAM_1307" /experiment="gene product confirmed by mass spectrometry" /note="3 probable transmembrane helices predicted by modhmm" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein" /protein_id="ACS33809.1" /translation="MPAGMTPGVLGLGAIGVLGIIVFLIALFVAGLFLYFGAKIVGIE DATIGKSMIAVLGGGILEAILSIVPVIGWLLGIIGYIWVIKAVFNTTWLKAFLAWIMT IVVVIITAFVLGAIIGLSISAVP" gene complement(1231934..1234072) /gene="topA" /locus_tag="TGAM_1308" /note="tg1308" CDS complement(1231934..1234072) /gene="topA" /locus_tag="TGAM_1308" /EC_number="5.99.1.2" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:COG1110, Reverse gyrase [DNA replication, recombination, and repair]" /inference="protein motif:CDD:TOP1Ac, Bacterial DNA topoisomerase I DNA-binding domain; Bacterial DNA topoisomerase I and III, Eukaryotic DNA topoisomeraes III, reverse gyrase alpha subunit" /inference="protein motif:CDD:TOP1Ac, DNA Topoisomerase, subtype IA" /inference="protein motif:CDD:TOP1Bc, Bacterial DNA topoisomeraes I ATP-binding domain; Extension of TOPRIM in Bacterial DNA topoisomeraes I and III, Eukaryotic DNA topoisomeraes III, reverse gyrase beta subunit" /inference="protein motif:CDD:TopA, Topoisomerase IA [DNA replication, recombination, and repair]" /inference="protein motif:CDD:Topoisom_bac, DNA topoisomerase" /inference="protein motif:CDD:TOPRIM_TopoIA, TOPRIM_TopoIA:topoisomerase-primase (TOPRIM) nucleotidyl transferase/hydrolase domain of the type found in the type IA family of DNA topoisomerases (TopoIA)" /inference="protein motif:CDD:TOPRIM_TopoIA_RevGyr, TopoIA_RevGyr:The topoisomerase-primase (TORPIM) domain found in members of the type IA family of DNA topoisomerases (Topo IA) similar to the ATP-dependent reverse gyrase found in archaea and thermophilic bacteria" /inference="protein motif:CDD:TOPRIM_TopoIA_TopoI, TOPRIM_TopoIA_TopoI:The topoisomerase-primase (TORPIM) domain found in members of the type IA family of DNA topoisomerases (Topo IA) similar to Escherichia coli DNA topoisomerase I" /inference="protein motif:CDD:TOPRIM_TopoIA_TopoIII, TOPRIM_TopoIA_TopoIII:The topoisomerase-primase (TORPIM) domain found in members of the type IA family of DNA topoisomerases (Topo IA) similar to topoisomerase III" /inference="protein motif:COG:COG0550 Topoisomerase IA; L Replication, recombination and repair" /inference="protein motif:FPrintScan:PR00417 PRTPISMRASEI InterPro:IPR000380 DNA topoisomerase, type IA" /inference="protein motif:Gene3D:G3D.1.10.460.10 no description" /inference="protein motif:Gene3D:G3D.3.40.50.140 no description" /inference="protein motif:HMMPanther:PTHR11390 PROKARYOTIC DNA TOPOISOMERASE TYPE I, III InterPro:IPR000380 DNA topoisomerase, type IA" /inference="protein motif:HMMPanther:PTHR11390:SF22 DNA TOPOISOMERASE I" /inference="protein motif:HMMPfam:PF01131 Topoisom_bac InterPro:IPR013497 DNA topoisomerase, type IA, central" /inference="protein motif:HMMPfam:PF01396 zf-C4_Topoisom InterPro:IPR013498 DNA topoisomerase, type IA, zn finger" /inference="protein motif:HMMPfam:PF01751 Toprim InterPro:IPR006171 TOPRIM" /inference="protein motif:HMMPIR:PIRSF001508 DNA topoisomerase type IA" /inference="protein motif:HMMSmart:SM00436 no description InterPro:IPR003601 DNA topoisomerase, type IA, domain 2" /inference="protein motif:HMMSmart:SM00437 no description InterPro:IPR003602 DNA topoisomerase, type IA, DNA-binding" /inference="protein motif:HMMSmart:SM00493 no description InterPro:IPR006154 Toprim subdomain" /inference="protein motif:HMMTigr:TIGR01057 topA_arch:DNA topoisomerase I InterPro:IPR005739 DNA topoisomerase I, archeal-type" /inference="protein motif:ScanRegExp:PS00396 TOPOISOMERASE_I_PROK InterPro:IPR000380 DNA topoisomerase, type IA" /inference="protein motif:superfamily:SSF56712 Prokaryotic type I DNA topoisomerase" /inference="protein motif:superfamily:SSF57783 Zinc beta-ribbon" /codon_start=1 /transl_table=11 /product="DNA topoisomerase I (topA)" /protein_id="ACS33810.1" /translation="MVTLIIAEKPNVARKIAYALAEGKPVRKTIGKVSYYEFTRDGKK VIVAPAVGHLFSLAPKTKTYGYPVFDIEWVPVYVAEKGKNYAKDYIKALATLAKRADE FIVACDYDTEGEVIGYTALKYACGVDPSKAKRMKFSALTKKDLLKAWYNLEPTINFGM ADAGIARHVLDWYWGVNLSRALTSAIKRASGKWMVLSTGRVQGPTLKFLVEREKEIQN FKPKPYWVIKMILEKNNSQYTATYEKDKIWDEEEAKRIVSEAKKGPAFVEKVEVKQQK RNPPVPFDLGTLQREAYSAFGYSPKKTLELAQRLYERGLSSYPRTSSQKLPKNLNFRS ILQNIAKLPEYKPFAHELLGKGTFKPVEGKKEDPAHPAIYPTGELPKPGELTKDEQNL YDLIVRRFLALFMEPAVRESMRVIINSNGHRFILSGARTLKEGWLKVYGKYVKFDEVI LPQFKEGEPVKVIQIKREKKKTKPPARYSPAAVIKKMEDLGIGTKATRAQILETLYQR GYIEGKKKIKVTPLGMRVVEALEKNVPDIVSVELTRAFEEKMEEIMAGKAKRDEVIEE SKEQLIKILKVFKEKELDIGKMLLETTSKDSVKVEKSSEISGTSSRSGASKGENAKSS ESSRKRLVLGKCPKCGGDLVLKYNRKTGKRFVGCSNWPKCNVTYPILQRGEVIPTGKT CCNGAPVVKIREKGREYEICLDMNCKEWKK" gene complement(1234270..1234377) /locus_tag="TGAM_r028" /note="tg_tRNA-Met2" tRNA complement(1234270..1234377) /locus_tag="TGAM_r028" /product="tRNA-Met" /note="codon recognized: AUG" gene complement(1234436..1235182) /locus_tag="TGAM_1309" /note="tg1309" CDS complement(1234436..1235182) /locus_tag="TGAM_1309" /inference="protein motif:CDD:CcdA, Cytochrome c biogenesis protein [Posttranslational modification, protein turnover, chaperones]" /inference="protein motif:CDD:DsbD, Cytochrome C biogenesis protein transmembrane region" /inference="protein motif:COG:COG0785 Cytochrome c biogenesis protein; O Posttranslational modification, protein turnover, chaperones" /inference="protein motif:HMMPfam:PF02683 DsbD InterPro:IPR003834 Cytochrome c biogenesis protein, transmembrane region GO:Cellular Component:membrane (GO:0016020), Biological Process:cytochrome complex assembly (GO:0017004)" /note="7 probable transmembrane helices predicted by modhmm" /codon_start=1 /transl_table=11 /product="Cytochrome C biogenesis protein" /protein_id="ACS33811.1" /translation="MPAEILRRGEFKYLLLIIVLSFGISAVVLSLIGMAYFIPQFLSL ALTDSVNPCTFAVYTLFLIALSVKGVDKRRLYLVGLSFVIAVYISYYTLGLGLTFIAG RIPLRWAGYFAIAFGIYTIATGIAERSRTGDKRALRRKMFSTDTTVIGALILGISVST TLLPCSAGPYLVYAAVIARSSTAMVFLLLALYNLIFVLPLLTILFAMGSLRESKEFSR AMVRHSAELSVIAGLLLIAIGIWLLGIFKL" gene 1235323..1235616 /locus_tag="TGAM_1310" /note="tg1310" CDS 1235323..1235616 /locus_tag="TGAM_1310" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein" /protein_id="ACS33812.1" /translation="MIISKPCVTMKGVVIGAYSWERRIKLDLKKTAECLKERGYAVKK LLPGMMLIVEMEGYEVSVYPSGKIIVKLLEDAKKGEEIARIVYDCAGVLEVVA" gene 1235613..1236812 /locus_tag="TGAM_1311" /note="tg1311" CDS 1235613..1236812 /locus_tag="TGAM_1311" /EC_number="4.4.1.-" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:Aminotran_5, Aminotransferase class-V" /inference="protein motif:CDD:COG0075, Serine-pyruvate aminotransferase/archaeal aspartate aminotransferase [Amino acid transport and metabolism]" /inference="protein motif:CDD:COG3844, Kynureninase [Amino acid transport and metabolism]" /inference="protein motif:CDD:CsdB, Selenocysteine lyase [Amino acid transport and metabolism]" /inference="protein motif:CDD:NifS, Cysteine sulfinate desulfinase/cysteine desulfurase and related enzymes [Amino acid transport and metabolism]" /inference="protein motif:COG:COG0520 Selenocysteine lyase; E Amino acid transport and metabolism" /inference="protein motif:Gene3D:G3D.3.40.640.10 no description" /inference="protein motif:HMMPanther:PTHR11601 NITROGEN FIXATION PROTEIN-RELATED" /inference="protein motif:HMMPanther:PTHR11601:SF4 NITROGEN FIXATION PROTEIN-RELATED" /inference="protein motif:HMMPfam:PF00266 Aminotran_5 InterPro:IPR000192 Aminotransferase, class V GO:Biological Process:metabolism (GO:0008152), Molecular Function:transaminase activity (GO:0008483)" /inference="protein motif:superfamily:SSF53383 PLP-dependent transferases" /codon_start=1 /transl_table=11 /product="Cysteine desulfurase" /protein_id="ACS33813.1" /translation="MRIPEDVRKDIPLTSEVIYFDNTATSLTPKPVVEAMNEYYLRYR ANVHRGVHRLSQMATHRYEESRKVVADFINAKFEEVVFTKNTSESLNLVALGLEGIFR PGDKIVTTPYEHHSDLLPWQRLAKKLDLRLEFIEGDDEGNLDLSDAEKKIKGAKLVAV QHVSNALGVIHEVEELGRIAKEEGAIFVVDAAQSVGHMEVDVKKLHADFLAFSGHKGP MGPTGIGVLYINEEFFDVFEPPLIGGGTIEDVSLDGYKLTEPPERFEAGTPNIGGAIG LAAGIRYIEKIGIDKIERQERKLVKRTTEGLDELEIPWYGPRNLDKHAGVVSFNVPPL HPHDVAAILDENNIMVRSGHHCALPVMKKLGIDGTVRASFHVYNSLEEVETFLGVMEV LVKSLRG" gene complement(1236809..1237708) /locus_tag="TGAM_1312" /note="tg1312" CDS complement(1236809..1237708) /locus_tag="TGAM_1312" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:HMMPfam:PF00478.12 IMP dehydrogenase / GMP reductase domain InterPro:IMP dehydrogenase/GMP reductase Molecular Function:catalytic activity (GO:0003824)" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein" /protein_id="ACS33814.1" /translation="MRYSRIAVKLFEREGEDVFYDPAYHGRTLKVFGMEAFPDKALGY LAGEYHKKGYSRIIFDTKGSFDGVGFDTVLKIRDTQPSGLDPVKMAEKGYFDFYTAAT IVQTIYGLDRALTETLYSDILAGKVESVPEALKAGQKYSEVIAESYTAIDQLLYSGEV PELGQNILVDFGDAHSITLVGNAFLILAAAVEKRKKVMVGLNDAAVLTYTTAGGAGLP LLTKPALKRATVIASEYAPDSLLNISGPVLLLYHDPDVQSMIYEANGVPPGPMRRHVL KGQGAFIYRTPETINVELGELHI" gene complement(1237755..1238897) /locus_tag="TGAM_1313" /note="tg1313" CDS complement(1237755..1238897) /locus_tag="TGAM_1313" /EC_number="2.7.1.23" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:COG3199, Uncharacterized conserved protein [Function unknown]" /inference="protein motif:CDD:NAD_kinase, ATP-NAD kinase" /inference="protein motif:COG:COG3199 Uncharacterized conserved protein; S Function unknown" /inference="protein motif:HMMPfam:PF01513 NAD_kinase InterPro:IPR002504 ATP-NAD/AcoX kinase GO:Molecular Function:NAD+ kinase activity (GO:0003951), Biological Process:metabolism (GO:0008152)" /inference="protein motif:HMMPIR:PIRSF016907 Predicted kinase related to ATP-NAD kinase InterPro:IPR011386 ATP-NAD kinase" /codon_start=1 /transl_table=11 /product="ATP-NAD/AcoX kinase" /protein_id="ACS33815.1" /translation="MKERMRIGFIVNPIAGMGGRVALKGTDGVVEEAIRRGARPIAED FARLFLRELSGYEEAGKLEFLTGPGPLGENVLREFEFPFEVIRHREVGYREVLGVRIP DTTPEDTKELAREMLGRIELILFAGGDGTARDVFSVVGKRIPILGIPTGVKMFSGVFA ASPEDAARLLVEFIRGNAALIERDVMDLDENAFRRDEVRPKHYGKALTPHVEMLLQGA KEPAKTDEAEDVDATIEALAEELEDGVYFLGAGSTIKKLKDRLGIDGTLLGVDVVEIK DGKARLLVKDAAEKDLLKFAERNPKIIVTVIGGLNFLFGRGNQQFSAEVLRHVPKENI IVIATPSKVKDGFVRVYTGDREVDEKFRGYIRVRVGPWRERMVKVI" gene complement(1238938..1240158) /locus_tag="TGAM_1314" /note="tg1314" CDS complement(1238938..1240158) /locus_tag="TGAM_1314" /inference="protein motif:COG:COG1226 Kef-type K+ transport systems, predicted NAD-binding component; P Inorganic ion transport and metabolism" /inference="protein motif:Gene3D:G3D.1.10.287.70 no description" /inference="protein motif:HMMPfam:PF07885 Ion_trans_2 InterPro:IPR013099 Ion transport 2, bacterial" /inference="protein motif:ProfileScan:PS50265 CHANNEL_PORE_K InterPro:IPR001622 K+ channel, pore region GO:Molecular Function:potassium channel activity (GO:0005267), Biological Process:potassium ion transport (GO:0006813), Cellular Component:membrane (GO:0016020)" /inference="protein motif:superfamily:SSF81324 Voltage-gated potassium channels" /note="2 probable transmembrane helices predicted by modhmm" /codon_start=1 /transl_table=11 /product="Voltage-gated potassium channel, putative" /protein_id="ACS33816.1" /translation="MLVFRNSHIKNLIVDGSSIKGLVVVGSTIERVIVFDTKLEVLLF KDSKVFGLNILRVDFSGHIAVRDSDVKYLMVNSTRYVGGGEGGEEAAYGERKEIIGFI EISGLKNVRKIGINTRYPLLRKILEEHGVSVSEGKARMVRARELVLRDVRFDTAPRFK RQVRLTVRGFSGRLTLENLEVFGHVEIRQSRLLSPEFVHVRIESNFILRRSTLVISPT WNLTVLPTLLLELNVEGFVIVEDCQFNSPHAEEVFYRLARTSWERSGDFEKADEYYYL EMVAKRKIKASARRRGWRKLLKKMEILFEWLFADLTCKYGTDWKRPILIWLAAVNVFF PILFFLTGSVRGLSSSMGFLDYEYFSIVTATTLGYGDYHPVGVGRAIASLEALFGMFM WAVFLTVFARKYMR" gene complement(1240389..1240922) /locus_tag="TGAM_1315" /note="tg1315" CDS complement(1240389..1240922) /locus_tag="TGAM_1315" /inference="protein motif:CDD:RimL, Acetyltransferases, including N-acetylases of ribosomal proteins [Translation, ribosomal structure and biogenesis]" /inference="protein motif:COG:COG1670 Acetyltransferases, including N-acetylases of ribosomal proteins; J Translation, ribosomal structure and biogenesis" /inference="protein motif:Gene3D:G3D.3.40.630.30 no description" /inference="protein motif:HMMPfam:PF00583 Acetyltransf_1 InterPro:IPR000182 GCN5-related N-acetyltransferase GO:Molecular Function:N-acetyltransferase activity (GO:0008080)" /inference="protein motif:superfamily:SSF55729 Acyl-CoA N-acyltransferases (Nat)" /codon_start=1 /transl_table=11 /product="N-acetyltransferase, GNAT family" /protein_id="ACS33817.1" /translation="MRPTILEGRKVSLAVPMREDVHLLWRWYNDRAVRRYLTKPHEIF FFEDEMEWYEAIRREKAREKVFAIIKNEEKTLLGLIGLHNVDLHSGNAELGYFLGPEH WGKGYATEAVSLAITYAFEWLNLRKLYARVFSSNVASARVLEKNGFRLVGRLRKHQYV PGEGFVDVLIYELFRGE" gene 1240969..1241922 /locus_tag="TGAM_1316" /note="tg1316" CDS 1240969..1241922 /locus_tag="TGAM_1316" /inference="protein motif:CDD:COG1395, Predicted transcriptional regulator [Transcription]" /inference="protein motif:COG:COG1395 Predicted transcriptional regulator; K Transcription" /inference="protein motif:HMMPfam:PF01381 HTH_3 InterPro:IPR001387 Helix-turn-helix type 3 GO:Molecular Function:sequence-specific DNA binding (GO:0043565)" /inference="protein motif:HMMSmart:SM00530 no description InterPro:IPR001387 Helix-turn-helix type 3 GO:Molecular Function:sequence-specific DNA binding (GO:0043565)" /inference="protein motif:ProfileScan:PS50943 HTH_CROC1 InterPro:IPR001387 Helix-turn-helix type 3 GO:Molecular Function:sequence-specific DNA binding (GO:0043565)" /inference="protein motif:superfamily:SSF47413 lambda repressor-like DNA-binding domains InterPro:IPR010982 Lambda repressor-like, DNA-binding" /inference="protein motif:superfamily:SSF52980 Restriction endonuclease-like" /note="Contains 1 Helix-turn-helix motif" /codon_start=1 /transl_table=11 /product="Transcription regulator, putative" /protein_id="ACS33818.1" /translation="MERERLIDIVARILRRSGLKVARVELRGGCFDLVASGLFTLLFI KVVTNIDTVTPEQAEDLKRLAKLFKATPMIVGVRTKNSEIEEGVIYERFGIYALNPAT LYRVLIEGELPAIFAERGGLYVRINGELLKKLREKHGYSVGELASLLGVSRKSLLNYE RNEQAVSLEVALRMEELFDEPIAEPIDVLRAKVDVELKPAEPETPLEQEVFEKLKELG MGVVKVKRAPFNALSREDEVTILTGIDEKKTRSTVRRAEMVAEVGRIINTGGLFVLEK SKMEVVSEVPLIPKESLKEIKDVDELIELIEGLKREIRKSI" gene complement(1241919..1243169) /locus_tag="TGAM_1317" /note="tg1317" CDS complement(1241919..1243169) /locus_tag="TGAM_1317" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:COG1078, HD superfamily phosphohydrolases [General function prediction only]" /inference="protein motif:CDD:HDc, Metal dependent phosphohydrolases with conserved 'HD' motif" /inference="protein motif:COG:COG1078 HD superfamily phosphohydrolases; R General function prediction only" /inference="protein motif:HMMPanther:PTHR11373 INTERFERON-GAMMA INDUCIBLE PROTEIN-RELATED" /inference="protein motif:HMMPanther:PTHR11373:SF14 INTERFERON-GAMMA INDUCIBLE PROTEIN-RELATED" /inference="protein motif:HMMPfam:PF01966 HD InterPro:IPR006674 Metal-dependent phosphohydrolase, HD subdomain" /inference="protein motif:HMMSmart:SM00471 no description InterPro:IPR003607 Metal-dependent phosphohydrolase, HD region GO:Molecular Function:catalytic activity (GO:0003824)" /codon_start=1 /transl_table=11 /product="Metal-dependent phosphohydrolase, HD superfamily" /protein_id="ACS33819.1" /translation="MVCMAKVIHDAIHGSMKIDGVVLDVVKTPEFQRLRHIRQLGLAF LVYPGANHSRFEHSLGAWNVAKRLSAELGLPRDEALLLETAALLHDIGHGPFSHTFES IYKHYTQEYDHMRLGQRIILGKIDITEGNGGGEIPEILERWGIDPKAVADLILGKHER RYLGQALHGDVDVDQIDYLIRDAHYTGVAHGIIDMERLLKVLTIHDGELVVEEKGVEA VEGMMVARSLMYSRVYFHHTVKIAEGMLTRALEFALEEGHLWDFWKMIDCRVLVELED LEGFPSEIVKRVKYRNLYKAAVLAGAGELSSEEKRELLAAYRNVKKRQELERKLASEV GAREGEVILEFSIADLMLSEPRLKATEINVLMDNGELEPLTKVTPLANALKRRQTPRW AVLIASPEEYVEKLQKVWRDVLFS" gene 1243360..1244598 /gene="pgk" /locus_tag="TGAM_1318" /note="tg1318" CDS 1243360..1244598 /gene="pgk" /locus_tag="TGAM_1318" /EC_number="2.7.2.3" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:Phosphoglycerate_kinase, Phosphoglycerate kinase (PGK) is a monomeric enzyme which catalyzes the transfer of the high-energy phosphate group of 1,3-bisphosphoglycerate to ADP, forming ATP and 3-phosphoglycerate" /inference="protein motif:COG:COG0126 3-phosphoglycerate kinase; G Carbohydrate transport and metabolism" /inference="protein motif:FPrintScan:PR00477 PHGLYCKINASE InterPro:IPR001576 Phosphoglycerate kinase GO:Molecular Function:phosphoglycerate kinase activity (GO:0004618), Biological Process:glycolysis (GO:0006096)" /inference="protein motif:Gene3D:G3D.3.40.50.1260 no description" /inference="protein motif:Gene3D:G3D.3.40.50.1270 no description" /inference="protein motif:HMMPanther:PTHR11406 PHOSPHOGLYCERATE KINASE/TRIOSEPHOSPHATE ISOMERASE" /inference="protein motif:HMMPanther:PTHR11406:SF2 PHOSPHOGLYCERATE KINASE" /inference="protein motif:HMMPfam:PF00162 PGK InterPro:IPR001576 Phosphoglycerate kinase GO:Molecular Function:phosphoglycerate kinase activity (GO:0004618), Biological Process:glycolysis (GO:0006096)" /inference="protein motif:HMMPIR:PIRSF000724 Phosphoglycerate kinase InterPro:IPR001576 Phosphoglycerate kinase GO:Molecular Function:phosphoglycerate kinase activity (GO:0004618), Biological Process:glycolysis (GO:0006096)" /inference="protein motif:ScanRegExp:PS00111 PGLYCERATE_KINASE InterPro:IPR001576 Phosphoglycerate kinase GO:Molecular Function:phosphoglycerate kinase activity (GO:0004618), Biological Process:glycolysis (GO:0006096)" /inference="protein motif:superfamily:SSF53748 Phosphoglycerate kinase InterPro:IPR001576 Phosphoglycerate kinase GO:Molecular Function:phosphoglycerate kinase activity (GO:0004618), Biological Process:glycolysis (GO:0006096)" /codon_start=1 /transl_table=11 /product="Phosphoglycerate kinase (pgk)" /protein_id="ACS33820.1" /translation="MEGIFRLTDFNFYNKTVFLRVDLNSPLKDGRIISDARFRAVLPT VRKLLEDGAKVVVATHQSKPYKSDYVTTEEHAEILGRLLGTGVEYVEDIFGRLARERI RSLKPGEVLMLENLRFSAEEIFYKPLEECEKTHLVRKLAPLLDYAVNDAFAAAHRSQP SLVGFARLMPTVAGFLMEKELMALEKAYEHGERPRVYVLGGAKVDDSLKVAENVLRKG KADLILTGGLVANVFTLAKGFNLGDANIMFLERKGLLELVERAERILDEFYPYVRTPV DFAVDVNGERVEVDLLSDEKELFDRYPILDIGSRTVEKYREILLKAGTIVANGPMGVF EREEFALGTVGVFRAIGESKAFSVVGGGHSIASVYRYNITGISHVSTGGGAMLSYFAG ESLPVIEALKESYRLFKARN" gene complement(1244653..1245441) /gene="npdA" /locus_tag="TGAM_1319" /note="tg1319" CDS complement(1244653..1245441) /gene="npdA" /locus_tag="TGAM_1319" /EC_number="3.5.1.-" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:SIR2, NAD-dependent protein deacetylases, SIR2 family [Transcription]" /inference="protein motif:CDD:SIR2, Sir2 family" /inference="protein motif:CDD:SIR2, SIR2 superfamily of proteins includes silent information regulator 2 (Sir2) enzymes which catalyze NAD+-dependent protein/histone deacetylation, where the acetyl group from the lysine epsilon-amino group is transferred to the ADP-ribose moiety of NAD+, producing nicotinamide and the novel metabolite O-acetyl-ADP-ribose" /inference="protein motif:CDD:SIR2-fam, SIR2 family of proteins includes silent information regulator 2 (Sir2) enzymes which catalyze NAD+-dependent protein/histone deacetylation, where the acetyl group from the lysine epsilon-amino group is transferred to the ADP-ribose moiety of NAD+, producing nicotinamide and the novel metabolite O-acetyl-ADP-ribose" /inference="protein motif:CDD:SIR2_Af2, SIR2_Af2:Archaeal and prokaryotic group which includes Archaeoglobus fulgidus Sir2-Af2, Sulfolobus solfataricus ssSir2, and several bacterial homologs" /inference="protein motif:CDD:SIR2H, SIR2H:Uncharacterized prokaryotic Sir2 homologs from several gram positive bacterial species and Fusobacteria" /inference="protein motif:CDD:SIRT1, SIRT1:Eukaryotic group (class1) which includes human sirtuins SIRT1-3 and yeast Hst1-4" /inference="protein motif:CDD:SIRT4, SIRT4:Eukaryotic and prokaryotic group (class2) which includes human sirtuin SIRT4 and several bacterial homologs" /inference="protein motif:CDD:SIRT5_Af1_CobB, SIRT5_Af1_CobB:Eukaryotic, archaeal and prokaryotic group (class3) which includes human sirtuin SIRT5, Archaeoglobus fulgidus Sir2-Af1, and E" /inference="protein motif:CDD:SIRT7, SIRT7:Eukaryotic and prokaryotic group (class4) which includes human sirtuin SIRT6, SIRT7, and several bacterial homologs" /inference="protein motif:COG:COG0846 NAD-dependent protein deacetylases, SIR2 family; K Transcription" /inference="protein motif:Gene3D:G3D.3.40.50.1220 no description" /inference="protein motif:HMMPanther:PTHR11085 REGULATORY PROTEIN SIR2 InterPro:IPR003000 Silent information regulator protein Sir2 GO:Molecular Function:DNA binding (GO:0003677), Cellular Component:chromatin silencing complex (GO:0005677), Biological Process:chromatin silencing (GO:0006342), Biological Process:regulation of transcription, DNA-dependent (GO:0006355)" /inference="protein motif:HMMPanther:PTHR11085:SF1 REGULATORY PROTEIN SIR2" /inference="protein motif:HMMPfam:PF02146 SIR2 InterPro:IPR003000 Silent information regulator protein Sir2 GO:Molecular Function:DNA binding (GO:0003677), Cellular Component:chromatin silencing complex (GO:0005677), Biological Process:chromatin silencing (GO:0006342), Biological Process:regulation of transcription, DNA-dependent (GO:0006355)" /inference="protein motif:ProfileScan:PS50305 SIRTUIN InterPro:IPR003000 Silent information regulator protein Sir2 GO:Molecular Function:DNA binding (GO:0003677), Cellular Component:chromatin silencing complex (GO:0005677), Biological Process:chromatin silencing (GO:0006342), Biological Process:regulation of transcription, DNA-dependent (GO:0006355)" /inference="protein motif:superfamily:SSF52467 DHS-like NAD/FAD-binding domain" /codon_start=1 /transl_table=11 /product="NAD-dependent protein deacetylase, Sir2 family (npdA)" /protein_id="ACS33821.1" /translation="MLCEEAGRILAKAKFAIAFTGAGISAESGVPTFRDANGLWRNYK PEELATPEAFRRNPKLVWEFYKWRMRLIAKARPNRAHLALARLEKMGIIKAVITQNVD DLHREAGTENLIELHGNIFRVRCTSCAYRENLKESGRLEEFLTSEDLPRCPRCGSLLR PDVVWFGEPLPQDALERAFELASKADVVLVIGTSGVVYPAAYIPYVVKEHGGRVIEIN PKRSGITPIADVFIPKPAGEGMEGILRGVEAFLGGKGSDHQRRK" gene 1245695..1246930 /gene="lysA" /locus_tag="TGAM_1320" /note="tg1320" CDS 1245695..1246930 /gene="lysA" /locus_tag="TGAM_1320" /EC_number="4.1.1.20" /inference="protein motif:CDD:LysA, Diaminopimelate decarboxylase [Amino acid transport and metabolism]" /inference="protein motif:CDD:Orn_Arg_deC_N, Pyridoxal-dependent decarboxylase, pyridoxal binding domain" /inference="protein motif:CDD:Orn_DAP_Arg_deC, Pyridoxal-dependent decarboxylase, C-terminal sheet domain" /inference="protein motif:COG:COG0019 Diaminopimelate decarboxylase; E Amino acid transport and metabolism" /inference="protein motif:FPrintScan:PR01179 ODADCRBXLASE InterPro:IPR000183 Orn/DAP/Arg decarboxylase 2 GO:Molecular Function:catalytic activity (GO:0003824)" /inference="protein motif:FPrintScan:PR01181 DAPDCRBXLASE InterPro:IPR002986 Diaminopimelate decarboxylase GO:Molecular Function:diaminopimelate decarboxylase activity (GO:0008836), Biological Process:lysine biosynthesis via diaminopimelate (GO:0009089)" /inference="protein motif:Gene3D:G3D.3.20.20.10 no description" /inference="protein motif:HMMPanther:PTHR11482 ORNITHINE/DIAMINOPIMELATE PLP-DEPENDENT DECARBOXYLASES" /inference="protein motif:HMMPanther:PTHR11482:SF2 DIAMINOPIMELATE DECARBOXYLASE" /inference="protein motif:HMMPfam:PF00278 Orn_DAP_Arg_deC InterPro:IPR000183 Orn/DAP/Arg decarboxylase 2 GO:Molecular Function:catalytic activity (GO:0003824)" /inference="protein motif:HMMPfam:PF02784 Orn_Arg_deC_N InterPro:IPR000183 Orn/DAP/Arg decarboxylase 2 GO:Molecular Function:catalytic activity (GO:0003824)" /inference="protein motif:HMMTigr:TIGR01048 lysA:diaminopimelate decarboxylase InterPro:IPR002986 Diaminopimelate decarboxylase GO:Molecular Function:diaminopimelate decarboxylase activity (GO:0008836), Biological Process:lysine biosynthesis via diaminopimelate (GO:0009089)" /inference="protein motif:ScanRegExp:PS00878 ODR_DC_2_1 InterPro:IPR000183 Orn/DAP/Arg decarboxylase 2 GO:Molecular Function:catalytic activity (GO:0003824)" /inference="protein motif:ScanRegExp:PS00879 ODR_DC_2_2 InterPro:IPR000183 Orn/DAP/Arg decarboxylase 2 GO:Molecular Function:catalytic activity (GO:0003824)" /inference="protein motif:superfamily:SSF50621 Alanine racemase C-terminal domain-like InterPro:IPR009006 Alanine racemase/group IV decarboxylase, C-terminal" /inference="protein motif:superfamily:SSF51419 PLP-binding barrel" /codon_start=1 /transl_table=11 /product="Diaminopimelate decarboxylase (lysA)" /protein_id="ACS33822.1" /translation="MWWEKPGHLRTVGNRLFIGEHDVVELAEKHGTPVYIYNLGRIRD NYLRMTDALKKAGFREWRIHYAMKANNNREVLGLIRELGGGIDATSPGEVKLAREIGF EDDDIIFTGTSLSNGDLEFLAKTKVLINFDSISSLRRFNGEEGRKVGLRINTGVGIGR VEKTTTGGLEAGSIPVKFGISGKAIDRAFDLIEEKGFELHCLHHHVGSDWVGEKIGRY FQALDNLLKVAEKAEARFGGSVEVIDLGGGYGVPHSAEEEEFPVYEFFQRVKEHMEEY GFGDLKVIVEPGTYLVSDAGILVAQVNTVEEKNGRIFVGVDAGLNVFNSPALYNYYHE IVVCNRVSSEEKMVATVVGNICESGDIFAVDRELPKIEEGDYIAILNAGAYGYVMANN YNLRPKGKEVVVGRSRSIF" gene 1247034..1248239 /gene="tyrP" /locus_tag="TGAM_1321" /note="tg1321" CDS 1247034..1248239 /gene="tyrP" /locus_tag="TGAM_1321" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:Aa_trans, Transmembrane amino acid transporter protein" /inference="protein motif:CDD:SdaC, Amino acid permeases [Amino acid transport and metabolism]" /inference="protein motif:CDD:Trp_Tyr_perm, Tryptophan/tyrosine permease family" /inference="protein motif:COG:COG0814 Amino acid permeases; E Amino acid transport and metabolism" /inference="protein motif:HMMPfam:PF01490 Aa_trans InterPro:IPR013057 Amino acid transporter, transmembrane" /inference="protein motif:ProfileScan:PS50286 AROMATIC_AA_PERM_2 InterPro:IPR002422 Amino acid/polyamine transporter II GO:Molecular Function:amino acid-polyamine transporter activity (GO:0005279), Biological Process:amino acid transport (GO:0006865), Cellular Component:membrane (GO:0016020)" /note="10 probable transmembrane helices predicted by modhmm" /codon_start=1 /transl_table=11 /product="Transmembrane amino acid transporter, tyrosine-specific (tyrP)" /protein_id="ACS33823.1" /translation="MNGVREMPVSEGVERKKVTTSHGRYYSARIAAQRRKKLIVIQNI RRRKGIRGLRTSTIHVEKKRITRGEALAILVGTQIGAGVLGLPYAASKVGLIPALAVL IGVMFLMLWTGLIVLRFSAGMGGAQMSTVAQRTLGRVGGWLMYVSISIMSFGAILAYI AGMGSVFAGLFGINETVGAFVFWVLASFVVYHGLEASGKTELAMSYVMLALFIAVTLM LIPHAKVSNGLYADLSGILSITGVAIFALGCHTVIPDVYKGLGSYEETKKVLVWAFII PTAIYAVFMVAFLLAFGRNTPQIATQGLELLYGHLGRIVGNLIPLLAITTSYIGIALA QQSNNEEFVRLKRPIAWGLTVIPPALVYFAGVKNFADVLAFAGDTGDMMAFIILPVLI WLVDRLRRR" gene 1248329..1249612 /gene="glyA" /locus_tag="TGAM_1322" /note="tg1322" CDS 1248329..1249612 /gene="glyA" /locus_tag="TGAM_1322" /EC_number="2.1.2.1" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:COG0075, Serine-pyruvate aminotransferase/archaeal aspartate aminotransferase [Amino acid transport and metabolism]" /inference="protein motif:CDD:CsdB, Selenocysteine lyase [Amino acid transport and metabolism]" /inference="protein motif:CDD:GlyA, Glycine/serine hydroxymethyltransferase [Amino acid transport and metabolism]" /inference="protein motif:CDD:SHMT, Serine hydroxymethyltransferase" /inference="protein motif:COG:COG0112 Glycine/serine hydroxymethyltransferase; E Amino acid transport and metabolism" /inference="protein motif:Gene3D:G3D.3.40.640.10 no description" /inference="protein motif:HMMPanther:PTHR11680 SERINE HYDROXYMETHYLTRANSFERASE InterPro:IPR001085 Glycine hydroxymethyltransferase GO:Molecular Function:glycine hydroxymethyltransferase activity (GO:0004372), Biological Process:glycine metabolism (GO:0006544), Biological Process:L-serine metabolism (GO:0006563)" /inference="protein motif:HMMPfam:PF00464 SHMT InterPro:IPR001085 Glycine hydroxymethyltransferase GO:Molecular Function:glycine hydroxymethyltransferase activity (GO:0004372), Biological Process:glycine metabolism (GO:0006544), Biological Process:L-serine metabolism (GO:0006563)" /inference="protein motif:HMMPIR:PIRSF000412 Serine/glycine hydroxymethyltransferase InterPro:IPR001085 Glycine hydroxymethyltransferase GO:Molecular Function:glycine hydroxymethyltransferase activity (GO:0004372), Biological Process:glycine metabolism (GO:0006544), Biological Process:L-serine metabolism (GO:0006563)" /inference="protein motif:ScanRegExp:PS00096 SHMT InterPro:IPR001085 Glycine hydroxymethyltransferase GO:Molecular Function:glycine hydroxymethyltransferase activity (GO:0004372), Biological Process:glycine metabolism (GO:0006544), Biological Process:L-serine metabolism (GO:0006563)" /inference="protein motif:superfamily:SSF53383 PLP-dependent transferases" /codon_start=1 /transl_table=11 /product="Serine hydroxymethyltransferase (glyA)" /protein_id="ACS33824.1" /translation="MSYREYRDRVLNFIEDHEHWRAHTINLIASENVTSPSVTRAVAS GFMHKYAEGWPRQRYYQGCKYVDEVELIGVELFTKLFGSDFADLRPISGTNANQAAFF GLTQPGDKAIVLHTSHGGHISHMPFGAAGMRGLEVHTWPFDNEAFNIDVDKAEKLIRE LEPKIVVFGGSLFPFPHPVKELAPVAKEVGAYVMYDAAHVLGLIAGKQFQDPLREGAD IITASTHKTFPGPQGGVILYKKFGETEEIAKLQWAIFPGVLSNHHLHHMAGKVITAAE MLEYGEKYAAQVVKNAKALAEALAEEGFKVIGEDKGYTESHQVIVDVSDLHPAAGGWA APLLEEAGIILNKNLLPWDPLEKVNEPSGLRIGVQEMTRVGMFEDDMKEIAHFIRRVL IDKEDPKKVRRDVYGFRAEFQKVYYSFDHGLPLRE" gene complement(1249745..1250392) /locus_tag="TGAM_1323" /note="tg1323" CDS complement(1249745..1250392) /locus_tag="TGAM_1323" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:HMMPfam:PF03192 DUF257 InterPro:IPR005489 Protein of unknown function DUF257" /note="Belongs to DUF257 family" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein" /protein_id="ACS33825.1" /translation="MVRYLTKLEISLGEFVGRLKPGEDVLVEYSSTTPVHILFYRFLR ALANLGKPFMILDELDQLHVLRAHLKIMGLDTGLIDSAIVVKMGGIIKTGSVVGKVDL TKEPPVRKKHYEAILARIGEEKGFRLIVGFEKVLASYENDLREKERIFGYLVRPHLGN PERVTVYFVNRDLISGKTLNELREHCTRVLTLDKRPCLEVLKSLNIEEYGAEIKF" gene complement(1250425..1251432) /locus_tag="TGAM_1324" /note="tg1324" CDS complement(1250425..1251432) /locus_tag="TGAM_1324" /inference="protein motif:CDD:COG0116, Predicted N6-adenine-specific DNA methylase [DNA replication, recombination, and repair]" /inference="protein motif:CDD:COG1041, Predicted DNA modification methylase [DNA replication, recombination, and repair]" /inference="protein motif:CDD:UPF0020, Putative RNA methylase family UPF0020" /inference="protein motif:COG:COG1041 Predicted DNA modification methylase; L Replication, recombination and repair" /inference="protein motif:FPrintScan:PR00507 N12N6MTFRASE InterPro:IPR002296 N6 adenine-specific DNA methyltransferase, N12 class GO:Molecular Function:DNA binding (GO:0003677), Biological Process:DNA methylation (GO:0006306), Molecular Function:N-methyltransferase activity (GO:0008170)" /inference="protein motif:Gene3D:G3D.3.40.50.150 no description" /inference="protein motif:HMMPanther:PTHR13370 FAMILY NOT NAMED" /inference="protein motif:HMMPanther:PTHR13370:SF4 SUBFAMILY NOT NAMED" /inference="protein motif:HMMPfam:PF01170 UPF0020 InterPro:IPR000241 Putative RNA methylase GO:Molecular Function:molecular function unknown (GO:0005554)" /inference="protein motif:HMMPfam:PF02926 THUMP InterPro:IPR004114 THUMP" /inference="protein motif:HMMTigr:TIGR01177 TIGR01177:conserved hypothetical protein T InterPro:IPR005885 Conserved hypothetical protein 1177" /inference="protein motif:ProfileScan:PS50193 SAM_BIND InterPro:IPR000051 SAM (and some other nucleotide) binding motif GO:Molecular Function:S-adenosylmethionine-dependent methyltransferase activity (GO:0008757)" /inference="protein motif:ScanRegExp:PS00092 N6_MTASE InterPro:IPR002052 N-6 Adenine-specific DNA methylase GO:Molecular Function:DNA binding (GO:0003677), Biological Process:DNA methylation (GO:0006306), Molecular Function:N-methyltransferase activity (GO:0008170)" /inference="protein motif:superfamily:SSF53335 S-adenosyl-L-methionine-dependent methyltransferases" /codon_start=1 /transl_table=11 /product="Methylase, RNA modification protein, putative" /protein_id="ACS33826.1" /translation="MRKLYVEILGNLPEMARDEVKAMLELGGGEVLGQDYLFLKVGAP ERALPFLDRLGLAHEYGELFVEADSVDDLLQKAKEMEWPIRGTFKVDTETMANCRFNV LDLPRKLGAVIHSQGFRVNLSRPDTVVRVYCGEKLYAGIRLRFFDPKDFERRKAHHRP FFRPISLHPRVSRALVNLTKAQRELLDPMMGAGGILIEAGLLGLKVYGVDIRPEMVEG AERNLRHYGVKDYELRLGDATRLEEVFPGKEFEAVATDPPYGTAATLAGRRREDLYRK VLESVYRVLRPGGRLAIAFPASFDGKAEAERRGFITLGRYYQRVHKSLERYFYVFEKR T" gene complement(1251464..1252225) /locus_tag="TGAM_1325" /note="tg1325" CDS complement(1251464..1252225) /locus_tag="TGAM_1325" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:NrdG, Organic radical activating enzymes [Posttranslational modification, protein turnover, chaperones]" /inference="protein motif:CDD:PflA, Pyruvate-formate lyase-activating enzyme [Posttranslational modification, protein turnover, chaperones]" /inference="protein motif:COG:COG0602 Organic radical activating enzymes; O Posttranslational modification, protein turnover, chaperones" /inference="protein motif:HMMPfam:PF04055 Radical_SAM InterPro:IPR007197 Radical SAM GO:Molecular Function:catalytic activity (GO:0003824), Molecular Function:iron ion binding (GO:0005506)" /codon_start=1 /transl_table=11 /product="Radical SAM protein" /protein_id="ACS33827.1" /translation="MKLIMAEVFNSWQGEGGSVEGSAFGRRQIFVRFAGCDLNCAWCD SREYIDPSRVSRWRYEVEPFTAKFEYKPNPAELEDVVDAVLRLDTGDIHSISYTGGEP TLQVKPLKALMERMKSLGFDNFLETHGGLPELIEEVAPLTDYASVDIKDETARATEDW RSLVLREVESIRILREAGVKVYAKLVVTPETKIENVRWYAELLKGLAPLVIQPREPIE ICQRRLMDLYREAALILGRKNVGLSFQVHKYLNVL" gene complement(1252235..1252495) /locus_tag="TGAM_1326" /note="tg1326" CDS complement(1252235..1252495) /locus_tag="TGAM_1326" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein" /protein_id="ACS33828.1" /translation="MLFKKRGTFTEEDARKVIEWMSAHPEEKELIVMAEAVTAEAKRR LWDYARAVQLMADFTGEEREVRVEILEGYVSEKVRGIDVESL" gene complement(1252554..1253054) /locus_tag="TGAM_1327" /note="tg1327" CDS complement(1252554..1253054) /locus_tag="TGAM_1327" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:Gene3D:G3D.3.40.50.1820 no description" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein" /protein_id="ACS33829.1" /translation="MVGTVSRIVRFEDEEAFINDLDLALEAFSYLASKYGHNPVEGVV LWDQLGIKDEEGMKVFRVGEFPFVEGLLKLDLERIRILERYFDEMESKWDELSVEDIA NYVDLMNEALGEERVYYDAYSLGLDRNTAYIILNLVSLNYLESVLEGKDREIFEEAVG LLLKYL" gene 1253245..1253706 /locus_tag="TGAM_1328" /note="tg1328" CDS 1253245..1253706 /locus_tag="TGAM_1328" /inference="protein motif:CDD:COG5423, Predicted metal-binding protein [Function unknown]" /inference="protein motif:COG:COG5423 Predicted metal-binding protein; S Function unknown" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein" /protein_id="ACS33830.1" /translation="MRVLWEREIPAKDIVVSPRPVWKCRACPMYGKRPGCPPHAPDWR EARDWVRSFRRALLVKFEINMDDFENEKRKAILWLLDRERELFRQGKLYAMALFPGSC NLCDDCPFERGEPCRMPEKVRPSLDAIGVELSSLVEIKFSESVLYGLIMVE" gene 1253715..1254179 /locus_tag="TGAM_1329" /note="tg1329" CDS 1253715..1254179 /locus_tag="TGAM_1329" /experiment="gene product confirmed by mass spectrometry" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein" /protein_id="ACS33831.1" /translation="MTVHVALLGRTPWALVNTYYASVMRGSRPRAVYVVTERRYSRSL PKIVEALREISRAYGFEPAIETRVIDDDDFQMADRVFRELFSEIDGEDVILNMTSGRK ALVAAAIVQSRNCNLREILYMALLDVAFPNRPYMMLPIHMQRLKNFLGDGND" gene 1254163..1255146 /locus_tag="TGAM_1330" /note="tg1330" CDS 1254163..1255146 /locus_tag="TGAM_1330" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:superfamily:SSF88723 PIN domain-like" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein" /protein_id="ACS33832.1" /translation="MMAMIEVVIEKPELQILINLLQRSGITVSYPLYEIPLFSARESE RGYTLSVLAGRHDFKGRHPELPSYSDFYETFISSGIITYDNIDEFANMLEVYRVLRKG VSFAPDTNLFYHRFISSYRPLDGYQIVVAEDVKNEIEAAMNYKYRRQLLVEISREVKN GHLLHELSNRRTKKARKAAYIALKEFEALRDRIIIAERYGSGHNNDEVIVKTLKHFDE MSPSLLVFLTADLAITDVARMEGLEYFLFEYPTKELGTHEVSAYQLRTLIFNLAAVFG VIDLNGTIIYGEFGGKRKLNELKLLFRDEDLFQKFLFHLNLCRRLETIMRG" gene 1255235..1256404 /gene="aspC-1" /locus_tag="TGAM_1331" /note="tg1331" CDS 1255235..1256404 /gene="aspC-1" /locus_tag="TGAM_1331" /EC_number="2.6.1.1" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:Aminotran_1_2, Aminotransferase class I and II" /inference="protein motif:CDD:ARO8, Transcriptional regulators containing a DNA-binding HTH domain and an aminotransferase domain (MocR family) and their eukaryotic orthologs [Transcription / Amino acid transport and metabolism]" /inference="protein motif:CDD:COG0436, Aspartate/tyrosine/aromatic aminotransferase [Amino acid transport and metabolism]" /inference="protein motif:CDD:COG3977, Alanine-alpha-ketoisovalerate (or valine-pyruvate) aminotransferase [Amino acid transport and metabolism]" /inference="protein motif:CDD:HisC, Histidinol-phosphate/aromatic aminotransferase and cobyric acid decarboxylase [Amino acid transport and metabolism]" /inference="protein motif:CDD:MalY, Bifunctional PLP-dependent enzyme with beta-cystathionase and maltose regulon repressor activities [Amino acid transport and metabolism]" /inference="protein motif:CDD:TyrB, Aspartate/tyrosine/aromatic aminotransferase [Amino acid transport and metabolism]" /inference="protein motif:COG:COG0436 Aspartate/tyrosine/aromatic aminotransferase; E Amino acid transport and metabolism" /inference="protein motif:FPrintScan:PR00753 ACCSYNTHASE InterPro:IPR001176 1-aminocyclopropane-1-carboxylate synthase GO:Biological Process:biosynthesis (GO:0009058), Molecular Function:1-aminocyclopropane-1-carboxylate synthase activity (GO:0016847)" /inference="protein motif:Gene3D:G3D.3.40.640.10 no description" /inference="protein motif:HMMPanther:PTHR11751 PLP-DEPENDENT AMINOTRANSFERASES" /inference="protein motif:HMMPanther:PTHR11751:SF84 AMINOTRANSFERASE" /inference="protein motif:HMMPfam:PF00155 Aminotran_1_2 InterPro:IPR004839 Aminotransferase, class I and II GO:Biological Process:biosynthesis (GO:0009058), Molecular Function:transferase activity, transferring nitrogenous groups (GO:0016769)" /inference="protein motif:ScanRegExp:PS00105 AA_TRANSFER_CLASS_1 InterPro:IPR004838 Aminotransferases class-I pyridoxal-phosphate-binding site GO:Molecular Function:catalytic activity (GO:0003824), Biological Process:biosynthesis (GO:0009058)" /inference="protein motif:superfamily:SSF53383 PLP-dependent transferases" /codon_start=1 /transl_table=11 /product="Aspartate aminotransferase (aspC)" /protein_id="ACS33833.1" /translation="MALSDRLELVNPSEIRKLFDLAAGMEDVISLGIGEPDFDTPEHI KEYAKEALDRGMTHYGPNAGLPMLREAIARKLRKQNGIEADPKSEIMVLVGANQAFIM GLATFLKDGEEVLIPSPMFVSYAPAVILAGGKPVEVPTYEENEFRLSVDDLEKHVSEK TRALIINSPNNPTGAVLTKKDLEEIADFAVEHDLIVFSDEVYEHFVYDGARNHSIASL DGMFERTITINGFSKTFAMTGWRLGFVAAPAWIIEKMTRFQMYNATCPVTFAQYAAAK ALEDERSWKAVEEMRKEYDRRRKLVWKRLNEMGLPTVKPKGAFYIFPRIRDTGLTDHE FSELMLKEAKVAVVPGSAFGKAGEGYIRISYATAYEKLEEAMDRMEKVLKERDLV" gene complement(1256401..1256796) /locus_tag="TGAM_1332" /note="tg1332" CDS complement(1256401..1256796) /locus_tag="TGAM_1332" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:PaaI, Uncharacterized protein, possibly involved in aromatic compounds catabolism [Secondary metabolites biosynthesis, transport, and catabolism]" /inference="protein motif:CDD:PaaI_thioesterase, PaaI_thioesterase is a tetrameric acyl-CoA thioesterase with a hot dog fold and one of several proteins responsible for phenylacetic acid (PA) degradation in bacteria" /inference="protein motif:COG:COG2050 Uncharacterized protein, possibly involved in aromatic compounds catabolism; Q Secondary metabolites biosynthesis, transport and catabolism" /inference="protein motif:Gene3D:G3D.3.10.129.10 no description" /inference="protein motif:HMMPanther:PTHR12418 FAMILY NOT NAMED" /inference="protein motif:HMMPfam:PF03061 4HBT InterPro:IPR006683 Thioesterase superfamily GO:Molecular Function:catalytic activity (GO:0003824)" /inference="protein motif:superfamily:SSF54637 Thioesterase/thiol ester dehydrase-isomerase" /codon_start=1 /transl_table=11 /product="Thioesterase, putative" /protein_id="ACS33834.1" /translation="MEQRTHKLTSGRLVGKPVKIEPGRAEVELLTTDEMAVDEYGLVH GSFTFGLADYAAMLAVNEPTVVLGKAEVKFLKPVKAGERLIARAEVVEDLGRKKIVRA EVLNDNGERVFEGTFHCYVLEKHVLEKGD" gene complement(1256809..1258554) /locus_tag="TGAM_1333" /note="tg1333" CDS complement(1256809..1258554) /locus_tag="TGAM_1333" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:COG:COG1031 Uncharacterized Fe-S oxidoreductase; C Energy production and conversion" /inference="protein motif:Gene3D:G3D.3.40.50.1100 no description" /inference="protein motif:HMMPfam:PF04055 Radical_SAM InterPro:IPR007197 Radical SAM GO:Molecular Function:catalytic activity (GO:0003824), Molecular Function:iron ion binding (GO:0005506)" /inference="protein motif:HMMSmart:SM00729 no description InterPro:IPR006638 Elongator protein 3/MiaB/NifB" /inference="protein motif:ScanRegExp:PS00445 FGGY_KINASES_2 InterPro:IPR000577 Carbohydrate kinase, FGGY GO:Biological Process:carbohydrate metabolism (GO:0005975)" /inference="protein motif:superfamily:SSF47781 RuvA domain 2-like InterPro:IPR010994 RuvA domain 2-like" /inference="protein motif:superfamily:SSF81502 Iron-sulfur subunit (ISP) of cytochrome bc1 complex (Ubiquinol-cytochrome c reductase), transmembrane region" /codon_start=1 /transl_table=11 /product="Radical SAM protein, elongator protein 3/MiaB/NifB related" /protein_id="ACS33835.1" /translation="MRVVLVDGYTDEPAGLGVPPYLGIYPRYAYGAIKKAKKDARVFY LTIDDLRATFLGEQGIRTRNKTPNFPKVKEILEKADLVVYIGGLHTPGKYLSAVPGSV EEVARFLRDVKATKILGGPAFMGSASMGGVKITSRELQLAESVFDYVVYGDLEAFLFD YLTSPKDADPFRFRNYNELRDYAIIGAEVVKQFPDYPDFVIVEIETQRGCPKAMGIGG CSFCTEPVRYKTVEDRPVEDVVAEVKALYDLGVRHFRVGRQSCIFSYMARPNGRVPVP NPDVIEKLFAGIRSVAPDVKTLHVDNANPAVIANYPEESVRIAKALIKYGTPGNVVAF GLESADPKVAKLNNLNATAEETYEAVKILNEVGAKRGYNGMPWLLPGINIIFGLPGET KKSYEITFQFLKRLLDDGLMVRRINIRQVVVFPGTPLWHMRSKVKTEKHKRLIQHYRH KIRHEIDLPMLKRVVPVGTVLRDVRAEVFDNGLTYGRQIGSYPLIVGIPKEVPLNRFY DVLIVDHGFRSITGIPVPINVNRESPKVLQLIPGIGKKTATRILAKRPFRSREEFFEV VDPGVREVLKDLVEL" gene complement(1258593..1259528) /locus_tag="TGAM_1334" /note="tg1334" CDS complement(1258593..1259528) /locus_tag="TGAM_1334" /inference="protein motif:CDD:ECM27, Ca2+/Na+ antiporter [Inorganic ion transport and metabolism]" /inference="protein motif:CDD:Na_Ca_ex, Sodium/calcium exchanger protein" /inference="protein motif:COG:COG0530 Ca2+/Na+ antiporter; P Inorganic ion transport and metabolism" /inference="protein motif:HMMPanther:PTHR10846 POTASSIUM-DEPENDENT SODIUM-CALCIUM EXCHANGER-RELATED InterPro:IPR004481 K+-dependent Na+/Ca+ exchanger related-protein" /inference="protein motif:HMMPfam:PF01699 Na_Ca_ex InterPro:IPR004837 Sodium/calcium exchanger membrane region GO:Cellular Component:integral to membrane (GO:0016021)" /inference="protein motif:HMMTigr:TIGR00367 TIGR00367:K+-dependent Na+/Ca+ exchanger h InterPro:IPR004481 K+-dependent Na+/Ca+ exchanger related-protein" /inference="protein motif:ScanRegExp:PS00888 CNMP_BINDING_1 InterPro:IPR000595 Cyclic nucleotide-binding" /note="10 probable transmembrane helices predicted by modhmm" /codon_start=1 /transl_table=11 /product="Ca2+/Na+ antiporter" /protein_id="ACS33836.1" /translation="MMRMESTVVVLGTFAVGLVLLIKGSDLFIEAAARVAKGFGVSEF LIALVLASVATTLPEVTVSALAALRGSSDIALGNAIGSALANIALILGVASMILPLDV DETSWKHSVFLVAITAYVSLLMLDGTIGRLDGLSLILIYLGFLYYLYRKHMSLEPIEA ERGNPKRDVLILFGSGLLVVVGAKLVVNSAVEIARAAGISEVVIGLTLVSIGTSLPEF TNAVMAALKRLPNISVGNIIGADILDILMVIGIASLIRPIKVDPEILHRTVPLTLLVM LILTFSLKRNNRVGRKTGLVFLSLYALFLYLSFSG" gene complement(1259525..1260025) /locus_tag="TGAM_1335" /note="tg1335" CDS complement(1259525..1260025) /locus_tag="TGAM_1335" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:BlastProDom:PD010896 Q9V2J3_PYRAB_Q9V2J3; InterPro:IPR002790 Protein of unknown function DUF88" /inference="protein motif:CDD:COG1432, Uncharacterized conserved protein [Function unknown]" /inference="protein motif:CDD:DUF88, Protein of unknown function DUF88" /inference="protein motif:COG:COG1432 Uncharacterized conserved protein; S Function unknown" /inference="protein motif:Gene3D:G3D.3.40.50.2300 no description" /inference="protein motif:HMMPfam:PF01936 DUF88 InterPro:IPR002790 Protein of unknown function DUF88" /inference="protein motif:HMMTigr:TIGR00288 TIGR00288:conserved hypothetical protein T InterPro:IPR002790 Protein of unknown function DUF88" /inference="protein motif:superfamily:SSF53822 Periplasmic binding protein-like I" /note="Belongs to DUF88 family" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein" /protein_id="ACS33837.1" /translation="MRNSIFRILRRGEKEGEEHPKKKIGLIIDGPNILRKEFGIKLED IIEALNRIGSVRIAKVILNQYAPQGLVEAIVNQGLEPVIVAGDTDVRVAIETMEMIYT ADVDVIALASRDADFLPLIIEAKRHGKETVVIGVEPGFSVALQNAADYVIKMTPSRKA ENEEAR" gene complement(1260015..1260524) /locus_tag="TGAM_1336" /note="tg1336" CDS complement(1260015..1260524) /locus_tag="TGAM_1336" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:BlastProDom:PD010896 Q9V2J4_PYRAB_Q9V2J4; InterPro:IPR002790 Protein of unknown function DUF88" /inference="protein motif:CDD:COG1432, Uncharacterized conserved protein [Function unknown]" /inference="protein motif:CDD:DUF88, Protein of unknown function DUF88" /inference="protein motif:COG:COG1432 Uncharacterized conserved protein; S Function unknown" /inference="protein motif:HMMPfam:PF01936 DUF88 InterPro:IPR002790 Protein of unknown function DUF88" /inference="protein motif:HMMTigr:TIGR00288 TIGR00288:conserved hypothetical protein T InterPro:IPR002790 Protein of unknown function DUF88" /inference="protein motif:superfamily:SSF51735 NAD(P)-binding Rossmann-fold domains" /note="Belongs to DUF88 family" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein" /protein_id="ACS33838.1" /translation="MSGKWEKIVSMTKSGIRIIGQMKSKISRGKRIALLIDGPNMLRK ELGVKLEDLVEVLSEIGDIRVAKVVLNQYAPQGLIEAVSNQGFEPMVVSGETGVKLAV EAMKEIYNPHIDVIAIATRNAEFLPVILKAKEKGKETIVIGVEPGFSVALKHAADYAI VLGGEKDEE" gene complement(1260586..1263021) /locus_tag="TGAM_1337" /note="tg1337" CDS complement(1260586..1263021) /locus_tag="TGAM_1337" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:COG:COG1444 Predicted P-loop ATPase fused to an acetyltransferase; R General function prediction only" /inference="protein motif:Gene3D:G3D.3.40.50.300 no description" /inference="protein motif:Gene3D:G3D.3.40.630.30 no description" /inference="protein motif:HMMPanther:PTHR10925 UNCHARACTERIZED" /inference="protein motif:HMMPanther:PTHR10925:SF24 UNCHARACTERIZED" /inference="protein motif:HMMPfam:PF00583 Acetyltransf_1 InterPro:IPR000182 GCN5-related N-acetyltransferase GO:Molecular Function:N-acetyltransferase activity (GO:0008080)" /inference="protein motif:HMMPfam:PF05127 DUF699 InterPro:IPR007807 Protein of unknown function DUF699, ATPase putative" /inference="protein motif:HMMPfam:PF08351 DUF1726 InterPro:IPR013562 Domain of unknown function DUF1726" /inference="protein motif:superfamily:SSF55729 Acyl-CoA N-acyltransferases (Nat)" /codon_start=1 /transl_table=11 /product="Predicted P-loop ATPase fused to an acetyltransferase (GNAT) family" /protein_id="ACS33839.1" /translation="MTVKVRFEREVRDYAKGEKVKDSVLKLTETALAQALENFHRRMI VIEGDTLRKAELAGILAGASARVLSGVLDELMKKRLRDESEDRIEVLYATDALGEETF GRKRYEAFRKHFDVLAGPNVEVKAVTFKHTRDILGRTYDLLILDMSYDYSPNDLGRII ETVRGGGLIFILAHPFEKWKDMWTGFHKSLVTPPYTIDDVKKRFNRRLIRKFTEHEGI YIITENGKARKKPKRSKSQARIKARKGVPIPEETLFPKELYEMALTEGQVEVLKAFEE LVEGGMLVLTADRGRGKSVSVGIGAIGLALALKKRTRIVVTAPELENVQALFRFAKRA LERLGFKPYVVEERGLIKELYARKIGLRYYPPAEGYKKSADLYILDEAAGIHVPILHK YLNKERVVYSSTIHGYEGAGRGFSVKFLKRAREKREFKELHMDEPIRYAENDPIERWL FDVLLLDAEPVELTEEDFELIEKKEVYLEEPDLDDWFENDRPDLRHFVGIYILAHYRN RPSDVALLADAPHHEARVLRLKNGKIVTAIQIAKEGGIPKKVIDKMAKGYKPRGNIIP DMMVKHHYLKEFARLKGYRIVRIATHPDAMDRGLGSKALELLEKEAREKGLDWIGSGF GASEELVRFWVRNGFAVVHLSPARNPVSGEFTAIVLKPISEKAKKLIKKANDEFRIRF TEWLGDTHRELEPEIARWLFETPFGEAVDYPVHLTEIQKKRLDAFTGKVLTYDTVVDA VKPIVKLYFLDGWMKPYLDERQIKLLIYRVLQAHSWEETAKLIDRTETFTMIEVRDIV RGLWYYYKRLLRA" gene 1263106..1263447 /locus_tag="TGAM_1338" /note="tg1338" CDS 1263106..1263447 /locus_tag="TGAM_1338" /inference="protein motif:CDD:COG1917, Uncharacterized conserved protein, contains double-stranded beta-helix domain [Function unknown]" /inference="protein motif:CDD:{ManC}, Mannose-6-phosphate isomerase [Carbohydrate transport and metabolism]" /inference="protein motif:COG:COG1917 Uncharacterized conserved protein, contains double-stranded beta-helix domain; S Function unknown" /inference="protein motif:Gene3D:G3D.2.60.120.280 no description" /inference="protein motif:HMMPfam:PF07883 Cupin_2 InterPro:IPR013096 Cupin 2, conserved barrel" /inference="protein motif:ProfileScan:PS50849 CUPIN InterPro:IPR007113 Cupin region" /inference="protein motif:superfamily:SSF51182 RmlC-like cupins InterPro:IPR011051 Cupin, RmlC-type" /codon_start=1 /transl_table=11 /product="plant seed storage protein-like protein, Cupin family" /protein_id="ACS33840.1" /translation="MKAEIKNLIDRGTYRKLPLFEGELPENSYAQIVEIKPRRTVRKH YHLHQYELFCILSGEARLGIGDREYLARPGEIFLVKPRTVHWVINERDEPFRLFVVKL NYQGDDSVWLD" gene complement(1263488..1263727) /locus_tag="TGAM_1339" /note="tg1339" CDS complement(1263488..1263727) /locus_tag="TGAM_1339" /inference="protein motif:COG:COG2026 Cytotoxic translational repressor of toxin-antitoxin stability system; J Translation, ribosomal structure and biogenesis" /codon_start=1 /transl_table=11 /product="Plasmid stabilization system addiction module toxin, RelE/StbE family" /protein_id="ACS33841.1" /translation="MNALSGVVDRNVIRNARKYLKESQRKKLSEFLRTLQYNPFPKPP FDVKSVKGTKSRHTNTYRFGLGITASSTRSTGRKK" gene complement(1263733..1263954) /locus_tag="TGAM_1340" /note="tg1340" CDS complement(1263733..1263954) /locus_tag="TGAM_1340" /inference="protein motif:Gene3D:G3D.1.20.59.10 no description" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein" /protein_id="ACS33842.1" /translation="MGVSVIRLLNDIREMRKKLDEIEQELLRLIAESEEPEIVNEELY EELLRKAEELGKNPEKGMSLEEALRELEA" gene 1264045..1264749 /gene="racD-1" /locus_tag="TGAM_1341" /note="tg1341" CDS 1264045..1264749 /gene="racD-1" /locus_tag="TGAM_1341" /EC_number="5.1.1.13" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:Asp_Glu_race, Asp/Glu/Hydantoin racemase" /inference="protein motif:CDD:RacX, Aspartate racemase [Cell envelope biogenesis, outer membrane]" /inference="protein motif:COG:COG1794 Aspartate racemase; M Cell wall/membrane/envelope biogenesis" /inference="protein motif:Gene3D:G3D.3.40.50.1860 no description" /inference="protein motif:HMMPfam:PF01177 Asp_Glu_race InterPro:IPR001920 Asp/Glu racemase GO:Biological Process:metabolism (GO:0008152), Molecular Function:racemase and epimerase activity, acting on amino acids and derivatives (GO:0016855)" /inference="protein motif:HMMTigr:TIGR00035 asp_race:aspartate racemase InterPro:IPR004380 Aspartate racemase GO:Biological Process:amino acid metabolism (GO:0006520), Molecular Function:racemase and epimerase activity, acting on amino acids and derivatives (GO:0016855)" /inference="protein motif:ScanRegExp:PS00923 ASP_GLU_RACEMASE_1 InterPro:IPR001920 Asp/Glu racemase GO:Biological Process:metabolism (GO:0008152), Molecular Function:racemase and epimerase activity, acting on amino acids and derivatives (GO:0016855)" /inference="protein motif:superfamily:SSF53681 Aspartate/glutamate racemase InterPro:IPR001920 Asp/Glu racemase GO:Biological Process:metabolism (GO:0008152), Molecular Function:racemase and epimerase activity, acting on amino acids and derivatives (GO:0016855)" /codon_start=1 /transl_table=11 /product="Aspartate racemase (racD)" /protein_id="ACS33843.1" /translation="MERTIGILGGMGPLATAELFRRIVEKTPAKRDQDHPRIIIYNNP KIPDRTAFILGRGPDPRPELIDSAKKLESWGADFIIMPCNTAHFFADTIQRAIRIPLV SMIEETAERVKGMGLRKAGLLATDGTIKGLIYHRALLKRGVSIAVPGKKDQRLVMKAI YEGIKAGNLELGRELLLKVAGKLQRRSDVIIAGCTEVSVALKPEDLSVPLIDPLDVIA EKAVKLALGLEELRTP" gene complement(1264736..1265569) /locus_tag="TGAM_1342" /note="tg1342" CDS complement(1264736..1265569) /locus_tag="TGAM_1342" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:COG1237, Metal-dependent hydrolases of the beta-lactamase superfamily II [General function prediction only]" /inference="protein motif:CDD:Lactamase_B, Metallo-beta-lactamase superfamily" /inference="protein motif:COG:COG1237 Metal-dependent hydrolases of the beta-lactamase superfamily II; R General function prediction only" /inference="protein motif:Gene3D:G3D.3.60.15.10 no description" /inference="protein motif:HMMPanther:PTHR13754 FAMILY NOT NAMED" /inference="protein motif:HMMPfam:PF00753 Lactamase_B InterPro:IPR001279 Beta-lactamase-like" /inference="protein motif:superfamily:SSF56281 Metallo-hydrolase/oxidoreductase" /codon_start=1 /transl_table=11 /product="Metal-dependent hydrolase/oxidoreductase, beta-lactamase family" /protein_id="ACS33844.1" /translation="MSYVRVYVLVEDYSGYESPFLAQHGVSFLIEADGKRILFDTGQS AEPILHNMKILGIDPASIDYVFLSHCHYDHTGGLLGILKAIGRRVPVVAHPLIFRRHF ITKPYLREVGVPFRREEVEELADLYLTADPLPITENVLSTGEVTEREEFERTELEVYT IENGKVVGDRLRDDMSLVAKTPGGLVVISGCSHAGIVSIVKHAIRLTGEERVRAVIGG FHLIEASDERIKRTVEEFKELGVKEVYTGHCTGLKAETAFLKAYGERFRKLHSGMVME F" gene complement(1265594..1267165) /locus_tag="TGAM_1343" /note="tg1343" CDS complement(1265594..1267165) /locus_tag="TGAM_1343" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:Gene3D:G3D.2.130.10.90 no description" /inference="protein motif:superfamily:SSF50978 WD40-repeat InterPro:IPR011046 WD40-like" /note="2 probable transmembrane helices predicted by modhmm" /codon_start=1 /transl_table=11 /product="Hypothetical protein" /protein_id="ACS33845.1" /translation="MSGNFLLSPSIPLRVKELKVRLLVLILLLSTASLAQGAVMMEGT TSGLGSFIAIDASGNTIIAAGISNGTGIGDFDVVLVAFKEDGRVLWEKAYGGTGRDLV SSVKVLPDGSILVAGGSASFNGGWVFLVGEDGRIAWSRVYNTEMIYSALPYGNGILAL SSAGEKPLLLRLDSEGLVESAYVINTSLRVVPVTMRILPGQGVYIGGIAQSNATGSLD FWLAKVGENGELVWERTYGFEGMDRLYDVEVDGRGVTLVGYSTLFNNETNVNLLVVRT NLDGKLLWARVVGGPREDWANAVSLLPGGKLVLGGITYSAQTPQAWLLFMDEYGTIGE SVLIGSRGIDWIRALTSLPSGGIVFAGGLNGSSLGTGSLGKSSFFLGVFKQDESFANC HVSVQRLDFPVESVAPITWVRSGGNPLPVSVSVRNVAPQAKTIKNGLKALCPLENPDT TSTMTTTSHTTGTTTTKTTVATTTATTTTTATTTTSTIPSTTTTSKNEGWKLCGPGLL IALPLLTLFLRRRKA" gene complement(1267162..1267548) /locus_tag="TGAM_1344" /note="tg1344" CDS complement(1267162..1267548) /locus_tag="TGAM_1344" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:BlastProDom:PD020367 YE86_PYRFU_Q8U0U6; InterPro:IPR007564 Protein of unknown function DUF555" /inference="protein motif:CDD:DUF555, Protein of unknown function (DUF555)" /inference="protein motif:COG:COG1885 Uncharacterized protein conserved in archaea; S Function unknown" /inference="protein motif:HMMPfam:PF04475 DUF555 InterPro:IPR007564 Protein of unknown function DUF555" /inference="protein motif:HMMPIR:PIRSF016934 Uncharacterised conserved protein InterPro:IPR007564 Protein of unknown function DUF555" /note="Belongs to DUF555 family" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein" /protein_id="ACS33846.1" /translation="MGDYVVVLEAPIIVKDVETSEDAINVAVSKVAKALNKENLDFVR VEIGYSQCPVCGAHFESAFVIGSVGLVGIYLTLKVFNAQSIEHAERIAKAVVGKALKR VPLKVFEIRELEEENGDGLEVPDEFE" gene complement(1267558..1267845) /locus_tag="TGAM_1345" /note="tg1345" CDS complement(1267558..1267845) /locus_tag="TGAM_1345" /inference="protein motif:CDD:COG1849, Uncharacterized protein conserved in archaea [Function unknown]" /inference="protein motif:CDD:DUF357, Protein of unknown function (DUF357)" /inference="protein motif:COG:COG1849 Uncharacterized protein conserved in archaea; S Function unknown" /inference="protein motif:HMMPfam:PF04010 DUF357 InterPro:IPR007155 Protein of unknown function DUF357" /inference="protein motif:superfamily:SSF48452 TPR-like" /note="Belongs to DUF357 family" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein" /protein_id="ACS33847.1" /translation="MGREITDEKLERYFRITEEALKTLEVAVHEKSLLHKVAEDFLTM ARSYFEDARYYYEKGDYVTAFAALNYAHGFIDAGVRLGVFRGEDDRLFAFG" gene 1267942..1268670 /locus_tag="TGAM_1346" /note="tg1346" CDS 1267942..1268670 /locus_tag="TGAM_1346" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:COG0637, Predicted phosphatase/phosphohexomutase [General function prediction only]" /inference="protein motif:CDD:COG1011, Predicted hydrolase (HAD superfamily) [General function prediction only]" /inference="protein motif:CDD:Gph, Predicted phosphatases [General function prediction only]" /inference="protein motif:CDD:Hydrolase, haloacid dehalogenase-like hydrolase" /inference="protein motif:CDD:NagD, Predicted sugar phosphatases of the HAD superfamily [Carbohydrate transport and metabolism]" /inference="protein motif:COG:COG1011 Predicted hydrolase (HAD superfamily); R General function prediction only" /inference="protein motif:FPrintScan:PR00413 HADHALOGNASE InterPro:IPR005833 Haloacid dehalogenase/epoxide hydrolase GO:Biological Process:metabolism (GO:0008152), Molecular Function:hydrolase activity (GO:0016787)" /inference="protein motif:Gene3D:G3D.3.40.50.1000 no description" /inference="protein motif:HMMPanther:PTHR12725 FAMILY NOT NAMED" /inference="protein motif:HMMPfam:PF00702 Hydrolase InterPro:IPR005834 Haloacid dehalogenase-like hydrolase GO:Molecular Function:catalytic activity (GO:0003824), Biological Process:metabolism (GO:0008152)" /inference="protein motif:HMMTigr:TIGR01509 HAD-SF-IA-v3:HAD-superfamily hydrolase, InterPro:IPR006402 HAD-superfamily hydrolase subfamily IA, variant 3" /inference="protein motif:HMMTigr:TIGR01549 HAD-SF-IA-v1:HAD-superfamily hydrolase, InterPro:IPR006439 HAD-superfamily hydrolase, subfamily IA, variant 1 GO:Biological Process:metabolism (GO:0008152), Molecular Function:phosphoglycolate phosphatase activity (GO:0008967)" /inference="protein motif:HMMTigr:TIGR02253 CTE7:HAD superfamily (subfamily IA) hyd InterPro:IPR011950 HAD-superfamily subfamily IA hydrolase, CTE7" /inference="protein motif:superfamily:SSF56784 HAD-like" /codon_start=1 /transl_table=11 /product="Hydrolase, HAD superfamily" /protein_id="ACS33848.1" /translation="MIKVVFFDLDDTLIDTSKLAEIARRNAIENMIRAGMPVDFGIAY HELLELINEYGSNFNRHFDYLLRRLDLPHNPRWIAAGVIGYHNTKISHLKTVRGVKRT LLRLKEMGLKLGIITDGNPVKQWEKILRTEIEDYFDEVLISDFVGVKKPHRKIFEKAL RKFEVQPGEAMMVGDRLYSDIYGAKQVGMHTVWFKYGKYANKELDYLEYADFVIRSLE EVPEIVRGLNDEEEERSDPEVHAD" gene 1268660..1269208 /locus_tag="TGAM_1347" /note="tg1347" CDS 1268660..1269208 /locus_tag="TGAM_1347" /inference="protein motif:CDD:COG2411, Uncharacterized conserved protein [Function unknown]" /inference="protein motif:CDD:DUF437, Protein of unknown function (DUF437)" /inference="protein motif:COG:COG2411 Uncharacterized conserved protein; S Function unknown" /inference="protein motif:HMMPfam:PF04266 DUF437 InterPro:IPR007374 Protein of unknown function DUF437" /note="Belongs to DUF437" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein" /protein_id="ACS33849.1" /translation="MLIDSAYKSRILRGDKVTTIRYGSYEAKPGSEVYLVITPSDTAI AKVRITKVERKKVRELTNEDARLDGFSDVKELLRELNKIYGELYGDDEVTIIGFEVVK RFKDGIPLKWLKGLNYREPEEIARLYLENQDKLNFNRETDFIMRRIYNEGLGKAVRTF GPKKVQQALLKVYHGLYNEGLI" gene 1269246..1269863 /gene="pgpB" /locus_tag="TGAM_1348" /note="tg1348" CDS 1269246..1269863 /gene="pgpB" /locus_tag="TGAM_1348" /EC_number="3.1.3.27" /inference="protein motif:COG:COG0671 Membrane-associated phospholipid phosphatase; I Lipid transport and metabolism" /inference="protein motif:Gene3D:G3D.1.10.606.10 no description" /inference="protein motif:HMMPfam:PF01569 PAP2 InterPro:IPR000326 Phosphoesterase, PA-phosphatase related" /inference="protein motif:HMMSmart:SM00014 no description InterPro:IPR000326 Phosphoesterase, PA-phosphatase related" /inference="protein motif:ProfileScan:PS50226 PA_PHOSPHATASE InterPro:IPR000326 Phosphoesterase, PA-phosphatase related" /inference="protein motif:superfamily:SSF48317 Acid phosphatase/Vanadium-dependent haloperoxidase InterPro:IPR008934 Acid phosphatase/vanadium-dependent haloperoxidase" /note="Belongs to PAP2 phosphatases superfamily and contains haloperoxidase signature (SSF48317); 5 probable transmembrane helices predicted by modhmm" /codon_start=1 /transl_table=11 /product="Phosphatidylglycerophosphatase B, putative (pgpB)" /protein_id="ACS33850.1" /translation="MKKSPFQLLSLGLLLALALQLAGGFKGINEALNSALPLIDTPWM NLLTALGGNAFLALFAIIVVLYEMKKLGGVSSKTLAFLIALSLGLVAVGALKALLAEP RPRPLPGAGFLSSGAFPSGHTFRASIIASYVSDRWKKLAPLAWAYAIGIALTRLFLHY HWLSDVLFSLLFAPWLYLLLRSTEKLWLPIMGRILKKLNLEVVEA" gene 1269860..1270321 /locus_tag="TGAM_1349" /note="tg1349" CDS 1269860..1270321 /locus_tag="TGAM_1349" /inference="protein motif:CDD:Sm_multidrug_ex, Putative small multi-drug export protein" /inference="protein motif:COG:COG2426 Predicted membrane protein; S Function unknown" /inference="protein motif:HMMPfam:PF06695 Sm_multidrug_ex InterPro:IPR009577 Putative small multi-drug export" /note="3 probable transmembrane helices predicted by modhmm" /codon_start=1 /transl_table=11 /product="Small multi-drug export protein, putative" /protein_id="ACS33851.1" /translation="MNGFIEVFLLSLIPTFEGRYAIVYGIGRGYPLWETLLSASLGVL LLSLLLPLALPLIDRIMLWLEKTPLRKVAHLYLYYVERARRKAHPYVERWGFIGLTIF VAIPLPGTGVWTGALAAYLLGIEKKQTVPALILGGLLSMAITVLPALGLFG" gene complement(1270336..1271553) /locus_tag="TGAM_1350" /note="tg1350" CDS complement(1270336..1271553) /locus_tag="TGAM_1350" /inference="protein motif:CDD:Arch_ATPase, Archaeal ATPase" /inference="protein motif:CDD:COG1672, Predicted ATPase (AAA+ superfamily) [General function prediction only]" /inference="protein motif:CDD:DUF234, Archaea bacterial proteins of unknown function" /inference="protein motif:COG:COG1672 Predicted ATPase (AAA+ superfamily); R General function prediction only" /inference="protein motif:Gene3D:G3D.1.10.10.10 no description InterPro:IPR011991 Winged helix repressor DNA-binding" /inference="protein motif:HMMPfam:PF01022 HTH_5 InterPro:IPR001845 Bacterial regulatory protein, ArsR GO:Molecular Function:transcription factor activity (GO:0003700), Cellular Component:intracellular (GO:0005622), Biological Process:regulation of transcription, DNA-dependent (GO:0006355)" /inference="protein motif:HMMPfam:PF01637 Arch_ATPase InterPro:IPR011579 Prokaryotic ATPase" /inference="protein motif:HMMPfam:PF03008 DUF234 InterPro:IPR004256 Protein of unknown function DUF234, DEXX-box ATPase C-terminal GO:Molecular Function:molecular function unknown (GO:0005554)" /inference="protein motif:ScanRegExp:PS00228 TUBULIN_B_AUTOREG InterPro:IPR002453 Beta tubulin GO:Molecular Function:structural molecule activity (GO:0005198), Cellular Component:microtubule (GO:0005874), Biological Process:microtubule-based movement (GO:0007018)" /inference="protein motif:superfamily:SSF46785 'Winged helix' DNA-binding domain" /inference="protein motif:superfamily:SSF52980 Restriction endonuclease-like" /note="Contains Archaeal ATPase domain (PF01637)" /codon_start=1 /transl_table=11 /product="Prokaryotic ATPase, AAA superfamily" /protein_id="ACS33852.1" /translation="MRELQRLLAEFLGDTLFGRVAFEEIDELLMAFADRIGEERVILI IDEFPLLVEHHRPVLSLLQRAWDLKLSKTKIMLILCGSSVSAMENEVLAYKSPLYGRR TGQWRLTEIPFFHIREFLPDYTVEDLVKVWGITDGIPAYLLQFSPEKSFDENVIERVL SKGAFLYEEAEFLLREELREPANYFAILQAIASGRSRFGEIVNATSLDKSLVSKYLAV LQRLGVVEREVPVTATVKKASKRGLYSIADNYFAFWFRYVLPNKSYLEAGLAEEVWER SGEDFNLYLGSVFERLVRNPEVFLKLTGFRFTKLGRWWRKGEEIDLVALNEREKRALF AEVKWKELSGREARGILRDLERKAGLVGLEDWGRTYGLVAKNVEEKEALRERGWLVGD LRDFQSLSQRLMD" gene complement(1271857..1273179) /gene="tldD" /locus_tag="TGAM_1351" /gene_synonym="pmbA-3" /note="tg1351" CDS complement(1271857..1273179) /gene="tldD" /locus_tag="TGAM_1351" /gene_synonym="pmbA-3" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:PmbA_TldD, Putative modulator of DNA gyrase" /inference="protein motif:CDD:TldD, Predicted Zn-dependent proteases and their inactivated homologs [General function prediction only]" /inference="protein motif:COG:COG0312 Predicted Zn-dependent proteases and their inactivated homologs; R General function prediction only" /inference="protein motif:Gene3D:G3D.1.10.10.10 no description InterPro:IPR011991 Winged helix repressor DNA-binding" /inference="protein motif:HMMPfam:PF01523 PmbA_TldD InterPro:IPR002510 Peptidase U62, modulator of DNA gyrase" /inference="protein motif:superfamily:SSF47216 Proteasome activator reg(alpha) InterPro:IPR009077 Proteasome activator, REGalpha subunit" /codon_start=1 /transl_table=11 /product="Peptidase U62, modulator of DNA gyrase, PmbA/TldD protein-like protein (tldD/pmbA)" /protein_id="ACS33853.1" /translation="MFELNEFILKKAEELGFGDVVVLSYETNRRQVRFANNEITVAKH WHERKVELFVEKEKRIASTTVTELSEENVERVLKTLKKNIENLSPKEDYYGIAQGPFK YKDIPETFDKAIVELDEPNDYVETAINSALSEGAKRVAGVLYTDHNRLYLTTSNGVEA FDEGTGIEISVRAFVGDLESGHGTCSARVLKKFDPELAGRKAGEIAHMARNPVQGPEG RFDVIFDPLAFANLLSYMGFMLSAYAAEAGFSFLAGKLGQKVASELVTLKDVGNLPNG YGSRKFDDEGVPTRETTVIENGTFKTFLLNTSLAKKYGTETTANAGLIMPRPWNLVLE PGDYSKSELFGEVKRGIYITNVWYTRFQNYVTGDFSTIPRDGIFLLENNELKPIRNIR VSDNLGRILSNVVAISNEPFQVHWWEVSRPVITPYVLVKDVGITRATK" gene complement(1273190..1274608) /gene="tldD" /locus_tag="TGAM_1352" /gene_synonym="pmbA-4" /note="tg1352" CDS complement(1273190..1274608) /gene="tldD" /locus_tag="TGAM_1352" /gene_synonym="pmbA-4" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:PmbA_TldD, Putative modulator of DNA gyrase" /inference="protein motif:CDD:TldD, Predicted Zn-dependent proteases and their inactivated homologs [General function prediction only]" /inference="protein motif:COG:COG0312 Predicted Zn-dependent proteases and their inactivated homologs; R General function prediction only" /inference="protein motif:HMMPfam:PF01523 PmbA_TldD InterPro:IPR002510 Peptidase U62, modulator of DNA gyrase" /codon_start=1 /transl_table=11 /product="Peptidase U62, modulator of DNA gyrase, PmbA/TldD protein-like protein (tldD/pmbA)" /protein_id="ACS33854.1" /translation="MELLEFAVEKALELGASYAEARYEEKSGTHLAMKNGSPEGMDIE ADRGIGIRVLADGGMGFASTNVLTRESVAEAVKRAVKLAKAASQVRNEPIEFSEEDFH RVSYKVKMKKDFRDISPEEKLEILRKIEEEVKATGINVPMRYLMYSDQLWKKVFVNSE GAYVKSKIPRISVVYNLVVFENGQMEQAPFVQRAFSGGFELIEKDEPWNWAVKDVKAL KRLITEGKKPPEGRVDLVISPEVAGIAVHESVGHPYESDRIFGREAAQAGESFVKPDM LGERIGSEVVTVIDDPTIPNSWGFYLYDDEGVKARPRYLIRNGIINEFLTNREYAAKL GGRSNAAARAVNYNREPIVRMANTYLAPGDYSFEELIEDIKLGVYMVSFNEWNIDDRR YQQRYIGREAYLIENGEIKHPVRRPILEITTRALWSSVDAVGKDVEFYPGTCGKGEPG QGVPVWMGGAHARLRDIPLRRP" gene 1274708..1274881 /locus_tag="TGAM_1353" /note="tg1353" CDS 1274708..1274881 /locus_tag="TGAM_1353" /note="Similar to AF1713" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein" /protein_id="ACS33855.1" /translation="MTIETWEVEMSKEVHLKTKKLEEEEVGEVELRELERLSKETLED GISWEEAKKELGL" gene 1274888..1275157 /locus_tag="TGAM_1354" /note="tg1354" CDS 1274888..1275157 /locus_tag="TGAM_1354" /inference="protein motif:CDD:DUF79, Protein of unknown function DUF79" /inference="protein motif:COG:COG2026 Cytotoxic translational repressor of toxin-antitoxin stability system; J Translation, ribosomal structure and biogenesis" /inference="protein motif:HMMPfam:PF05016 Plasmid_stabil InterPro:IPR007712 Plasmid stabilization system" /codon_start=1 /transl_table=11 /product="Plasmid stabilization system addiction module toxin, RelE/StbE family" /protein_id="ACS33856.1" /translation="MNGLQCSPPPKRHKKTKNASEHIKRKFEELVEELKYNPIPSEKF DVKKLKGRENTFRVRLGEYRVIYELQRKKLLILVIKFGKRKNVYE" gene complement(1275161..1275454) /gene="mazG" /locus_tag="TGAM_1355" /note="tg1355" CDS complement(1275161..1275454) /gene="mazG" /locus_tag="TGAM_1355" /inference="protein motif:CDD:MazG, MazG nucleotide pyrophosphohydrolase domain" /inference="protein motif:CDD:MazG, Predicted pyrophosphatase [General function prediction only]" /inference="protein motif:COG:COG1694 Predicted pyrophosphatase; R General function prediction only" /inference="protein motif:HMMPfam:PF03819 MazG InterPro:IPR004518 MazG nucleotide pyrophosphohydrolase" /codon_start=1 /transl_table=11 /product="Pyrophosphohydrolase, MazG related (MazG)" /protein_id="ACS33857.1" /translation="MELREFQEMIREIYFHKDSKRGVERTFLWFVEEVGELSEAIRKN DREAMEEEFADVLAWLASLANLLGVDLEEAAKKKYPGVCPYCGKKPCECEEKF" gene complement(1275494..1276174) /gene="racD-2" /locus_tag="TGAM_1356" /note="tg1356" CDS complement(1275494..1276174) /gene="racD-2" /locus_tag="TGAM_1356" /EC_number="5.1.1.13" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:Asp_Glu_race, Asp/Glu/Hydantoin racemase" /inference="protein motif:CDD:RacX, Aspartate racemase [Cell envelope biogenesis, outer membrane]" /inference="protein motif:COG:COG1794 Aspartate racemase; M Cell wall/membrane/envelope biogenesis" /inference="protein motif:Gene3D:G3D.3.40.50.1860 no description" /inference="protein motif:HMMPfam:PF01177 Asp_Glu_race InterPro:IPR001920 Asp/Glu racemase GO:Biological Process:metabolism (GO:0008152), Molecular Function:racemase and epimerase activity, acting on amino acids and derivatives (GO:0016855)" /inference="protein motif:HMMTigr:TIGR00035 asp_race:aspartate racemase InterPro:IPR004380 Aspartate racemase GO:Biological Process:amino acid metabolism (GO:0006520), Molecular Function:racemase and epimerase activity, acting on amino acids and derivatives (GO:0016855)" /inference="protein motif:superfamily:SSF53681 Aspartate/glutamate racemase InterPro:IPR001920 Asp/Glu racemase GO:Biological Process:metabolism (GO:0008152), Molecular Function:racemase and epimerase activity, acting on amino acids and derivatives (GO:0016855)" /codon_start=1 /transl_table=11 /product="Aspartate racemase (racD)" /protein_id="ACS33858.1" /translation="MKKIGLIGGTTPESTCYYYRNYIRLSREKFGSFTFPELIIYSIN FNEFLNAPGGWEGRKKILINAAKALERAGAEIIALTANTPHIVFPDVQKAVSVPMVSI IDALIEEMKRRGVRKVLLLGTKTTMTAGFYKDALNRAGFEAVVPGREEIEEVNRIIFE ELAFENFKNKPYLLSLVEKYRKERGIEGVILGCTELPLAIRPDDVSVEVFDTAEIHMR KLIEVASE" gene 1276303..1276818 /gene="eutT" /locus_tag="TGAM_1357" /gene_synonym="pduO" /note="tg1357" CDS 1276303..1276818 /gene="eutT" /locus_tag="TGAM_1357" /gene_synonym="pduO" /EC_number="2.5.1.17" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:BlastProDom:PD007457 O58404_PYRHO_O58404; InterPro:IPR002779 Cobalamin adenosyltransferase" /inference="protein motif:CDD:Cob_adeno_trans, Cobalamin adenosyltransferase" /inference="protein motif:CDD:COG2096, Uncharacterized conserved protein [Function unknown]" /inference="protein motif:COG:COG2096 Uncharacterized conserved protein; S Function unknown" /inference="protein motif:HMMPanther:PTHR12213 1,3-PROPANEDIOL DEHYDROGENASE-RELATED" /inference="protein motif:HMMPanther:PTHR12213:SF1 1,3-PROPANEDIOL DEHYDROGENASE-RELATED" /inference="protein motif:HMMPfam:PF01923 Cob_adeno_trans InterPro:IPR002779 Cobalamin adenosyltransferase" /inference="protein motif:HMMPIR:PIRSF015651 ATP:cob(I)alamin adenosyltransferase, monofunctional PduO type InterPro:IPR012228 ATP:cobalamin adenosyltransferase, PduO" /inference="protein motif:HMMTigr:TIGR00636 PduO_Nterm:ATP:cob(I)alamin adenosyltrans InterPro:IPR002779 Cobalamin adenosyltransferase" /inference="protein motif:superfamily:SSF89028 Thermoplasma ferritin-like 4-helical bundle" /codon_start=1 /transl_table=11 /product="Cobalamin adenosyltransferase (EutT/PduO)" /protein_id="ACS33859.1" /translation="MPVTTKTGDRGLTGLFTGDRVVKYSPIMEANGTIDELDSFLGEA KHYVPDEMVGILERVQVQLYDLMAEFASKGKYAKVGDDEVRWLEALTRKYEDELQLRA FVLPGSTVASAKLDVCRAIARRAERKVAKLYLEVGIGEKALVYLNRLSDLLFVMARLI EKREGKLKEVK" gene complement(1276829..1278082) /locus_tag="TGAM_1358" /note="tg1358" CDS complement(1276829..1278082) /locus_tag="TGAM_1358" /inference="protein motif:CDD:DUF894, Bacterial protein of unknown function (DUF894)" /inference="protein motif:COG:COG0477 Permeases of the major facilitator superfamily; G Carbohydrate transport and metabolism" /inference="protein motif:HMMPanther:PTHR10074 DRUG EFFLUX TRANSPORTER-RELATED" /inference="protein motif:HMMPfam:PF07690 MFS_1 InterPro:IPR011701 Major facilitator superfamily MFS_1" /inference="protein motif:HMMTigr:TIGR00900 2A0121:H+ Antiporter protein InterPro:IPR004751 Drug antiporter protein GO:Cellular Component:integral to membrane (GO:0016021)" /note="12 probable transmembrane helices predicted by modhmm" /codon_start=1 /transl_table=11 /product="Drug antiporter protein, major facilitator superfamily" /protein_id="ACS33860.1" /translation="MKSSKGLNRNFWLFAIGRFISQLGWAVQDVALPLYVLDKTHSGS MMTAFILAEIIPSLIVMPFAGVVGDRYNRKWLMVGFDLIRGVLLFGVIAFNFLGIYQL LAVQVVMAVLGSFFAAGTGAMFPDLVEPDELEKANSTVSSFTILARLAGPALGGLIYG IGGIRLAILINAVSFFGSGLFEMLIRYEWKAKPIEGLGQVLSDIKEGVRFIFKHHYLK TLMTFAIFMGIFGAPFGAVLLPYAMREVLKFTSVQFGLMESFFMGGALLGNLLIAVKF GKKAGRFLFGAMVLDGVMTVAFIWVISPLSSLDRNAAFFFLGAVAVIWGVTETFIDIP IQSKLQRAVPSEVRGRVFSALGILTRIATPLGLVLVGPLLNLYPAWLVALGLWIGMAV VVAYYWVKYREILLTDVQTEEKLEE" gene complement(1278145..1278801) /locus_tag="TGAM_1359" /note="tg1359" CDS complement(1278145..1278801) /locus_tag="TGAM_1359" /inference="protein motif:COG:COG3595 Uncharacterized conserved protein; S Function unknown" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein" /protein_id="ACS33861.1" /translation="MLFEDVREVHLNFVNGRVNVSAWDEDAVKVSYTKHGEVDLIVEN MGGKLVINEKPRRKFRFLGIIKAEEGWVEMELKVPRGVPVNARNVNGELIAEGVRFTE VTTVNGEITLRNCEAELMKSVNGEIDAHLRVAGPLEVSTVNGDITVTIEELEGDVNVN CVNGDVTIRLTEFCDARIEAKKVNSDVELIGIPDGIIGTGEFPIRIKTVNGDVRVEII " gene complement(1278806..1280089) /locus_tag="TGAM_1360" /note="tg1360" CDS complement(1278806..1280089) /locus_tag="TGAM_1360" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:superfamily:SSF50129 GroES-like InterPro:IPR011032 GroES-like" /note="Could be chaperonine (GroES-like) related. See SSF50129; 3 probable transmembrane helices predicted by modhmm" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein" /protein_id="ACS33862.1" /translation="MSYPFYTEESPRFKIAEYLKKITAVLLIVWLFKGYLGLEPYNRY LVYAIIALIFAFELLSVGRWLGVTVSGIIFALAKGFLWTSVFLYFGGWLGMPKDLHDL AGRAFAYAVVLTIAGLLVGRSEKRSFSWRVEKKAYEFNGADFGDVRLRGEGKAYPVKV GGKRVGWVIDGEIEVEAETPIGTIRKTLSSPVAVWGELRVGKKAKADDSFVEEANRLI NPERLYRKTKGESVVDLGIIKVYEGEDFEYVKVPFVEVIETPHGEEVKIGPFRIHEGN PKKPEGMLTIRELRNGFQLTKVGDRLKVQTDEFSIEVDGNRVVYRSGNETLSLGEAVS LRSGDISVTVGRGRAKIRIEDVVISAKDGVVRIRAGGRTHTIENEEAYRLVMRKAKEI VDEQSAGLIEGLGVDRAMLGRRVRELLDELMNYVG" gene complement(1280086..1280496) /locus_tag="TGAM_1361" /note="tg1361" CDS complement(1280086..1280496) /locus_tag="TGAM_1361" /inference="protein motif:COG:COG0640 Predicted transcriptional regulators; K Transcription" /inference="protein motif:FPrintScan:PR00778 HTHARSR InterPro:IPR001845 Bacterial regulatory protein, ArsR GO:Molecular Function:transcription factor activity (GO:0003700), Cellular Component:intracellular (GO:0005622), Biological Process:regulation of transcription, DNA-dependent (GO:0006355)" /inference="protein motif:Gene3D:G3D.1.10.10.10 no description InterPro:IPR011991 Winged helix repressor DNA-binding" /inference="protein motif:HMMPfam:PF01022 HTH_5 InterPro:IPR001845 Bacterial regulatory protein, ArsR GO:Molecular Function:transcription factor activity (GO:0003700), Cellular Component:intracellular (GO:0005622), Biological Process:regulation of transcription, DNA-dependent (GO:0006355)" /inference="protein motif:HMMSmart:SM00418 no description InterPro:IPR001845 Bacterial regulatory protein, ArsR GO:Molecular Function:transcription factor activity (GO:0003700), Cellular Component:intracellular (GO:0005622), Biological Process:regulation of transcription, DNA-dependent (GO:0006355)" /inference="protein motif:ProfileScan:PS50987 HTH_ARSR_2 InterPro:IPR001845 Bacterial regulatory protein, ArsR GO:Molecular Function:transcription factor activity (GO:0003700), Cellular Component:intracellular (GO:0005622), Biological Process:regulation of transcription, DNA-dependent (GO:0006355)" /inference="protein motif:superfamily:SSF46785 'Winged helix' DNA-binding domain" /codon_start=1 /transl_table=11 /product="Transcription regulator, ArsR family" /protein_id="ACS33863.1" /translation="MDELKAQLEELRRKLALLEESVDPVDEVMLSIKERLRKKLSDGQ LPELDEEKAAKTLKALANPDRIRILKMLSKKPMGFKEIKEALGVESPTVSHHLKLLLK TGMVRKGDKYEISPDGRLFLRLLEIITALEGVEE" gene 1280624..1281511 /locus_tag="TGAM_1362" /note="tg1362" CDS 1280624..1281511 /locus_tag="TGAM_1362" /inference="protein motif:CDD:Auxin_eff, Auxin Efflux Carrier" /inference="protein motif:CDD:COG0679, Predicted permeases [General function prediction only]" /inference="protein motif:COG:COG0679 Predicted permeases; R General function prediction only" /inference="protein motif:HMMPfam:PF03547 Auxin_eff InterPro:IPR004776 Auxin Efflux Carrier GO:Molecular Function:molecular function unknown (GO:0005554), Cellular Component:integral to membrane (GO:0016021)" /note="9 probable transmembrane helices predicted by modhmm" /codon_start=1 /transl_table=11 /product="Permease, Auxin efflux carrier protein-like protein" /protein_id="ACS33864.1" /translation="MNIAEMLTLIALGYALKRLVKSEKPFDYLRILVNDILLAFFVFG NVASKDLNYLLSIKTVFIYVFIIIGISLSTSYIYARFKLKDDPWAGALMVLSVYPNTA ALGFPIASLFLDDITPAILYSTTNSMIVIPIVTFIAAHYSSGGASVRESFLKALKFPP TLANLLALTLVMAGIRLPDWILEPIKTVGWWSIPLLIIYFGSRITLRAFDLKKLLEVG AFRIAIPFAFVFLTLRWERPEVFYSVLVEASMPPAIAANAILAQYHLKAEEAISVTFV LTLLVIGLFVALRLILGLK" gene 1281686..1284145 /locus_tag="TGAM_1363" /note="tg1363" CDS 1281686..1284145 /locus_tag="TGAM_1363" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:superfamily:SSF51126 Pectin lyase-like InterPro:IPR011050 Virulence factor, pectin lyase fold" /note="1 probable transmembrane helix predicted by modhmm" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein" /protein_id="ACS33865.1" /translation="MRKILLGGLLVLLVFVAGCISGPSSGTEEKPSPGETTFSSTTTK TTPSPSETMSPTETTPRQTKTQVPSEDWAYLDLSLIPENEPKYSLHKGSLSDSSVSVE VLLIEGPAKFVKTSANWEASPGESSANNVVFQVNHDVYYFEVGPTGVYYEGGRVVGDL SDFVRFTEDKYLGWENGFVRIYSRSLNKYREKKDVMAYAATLINGEFAIVTSVEDNLT VTTFVNGEASSEEYSFDCPILSMHPAFTGDTISGFYMATTCGVYYVSPNLETYDSGLG DSAWIIISNDHDDLGTIVVYSKDLNEVVGLHYSAEHDEVLHSKPLSVSYRPDAASVSG LYLALARGTKLYLYELGEDGAYNNFGILDFPYPIRDVKINQLSGDQIEVGVAWKEGFA HIVGKPDDFRGEHSLSVGEEISTTGTQTSTPPAQAGLEGIFDIFTIEKVSFGELWGAK IHLEKTPDYRNVHDWLQIRVYEPAGLPEAYFAFGRYMVHVTASFRNFVESKSDFTKYD VTEVYELPSTPKDFTFGIYDTNDIFMAGQDGKLYLIYGGEWKEEPVGNEKVRCWKSKT YVTWDIDADGVNVMSRGGNNYFVGWKDDKIYVITYTNEQFYNAEEEGLPKVQPKEVQL PENIVAVYPLDYGRGFLIRTETGLYLYDVMGYFDYGPDKLYTLLTDAPGMTAVQIYTD DAYIYRDGTFTVVYVTSKYDANDKEVPTVNVVSSKIAIPGVRTFAPMFNTYNTQLAVG FDGKIALYNVTTSYYYDENNNEVYFLNLTLDQSFSVPFTPDYVYGEDECYCHVHKHDN YFYAWAGNDYYVLFGPKNRRW" gene 1284111..1284641 /locus_tag="TGAM_1364" /note="tg1364" CDS 1284111..1284641 /locus_tag="TGAM_1364" /experiment="gene product confirmed by mass spectrometry" /note="Similar to PAB1880" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein" /protein_id="ACS33866.1" /translation="MSSSARRTGGGSLSFSNFKLGVVNEMGFMDSLKSAASSFVKSVR HKTFKIPAEELAEKWEKLRPYGVEIEADTKYGGKYSTSAWFTIEDVTVKEVEVGIFRK SRKKKIIVKCYREIEPYDEYDEEEEEKIDWFDFSKEEETIERKEVTFWEGDKVKIRMT EADYEKMLEREGDVLR" gene 1285216..1287939 /locus_tag="TGAM_1365" /note="tg1365" CDS 1285216..1287939 /locus_tag="TGAM_1365" /inference="protein motif:Gene3D:G3D.1.10.238.10 no description InterPro:IPR011992 EF-Hand type GO:Molecular Function:calcium ion binding (GO:0005509)" /inference="protein motif:HMMPfam:PF02412 TSP_3 InterPro:IPR003367 Thrombospondin type 3 repeat GO:Molecular Function:calcium ion binding (GO:0005509), Biological Process:cell adhesion (GO:0007155)" /inference="protein motif:ScanRegExp:PS00018 EF_HAND_1 InterPro:IPR002048 Calcium-binding EF-hand GO:Molecular Function:calcium ion binding (GO:0005509)" /inference="protein motif:superfamily:SSF47473" /inference="protein motif:superfamily:SSF47473 EF-hand" /note="Contains thrombospondin type 3 repeat" /codon_start=1 /transl_table=11 /product="Calcium-binding protein, putative" /protein_id="ACS33867.1" /translation="MQNRLDGGGIMKKIVLLLILVLLTAPLKFSVMGHEQGQSTFVDT DGDGLSDAFEMAYNETYFGIVYRLSPTNPDTDGDGLKDGDEFLVGTSPLLKDTDADGL WDGEEFWMGTSPLLEDTDGDGLTDYTEVVYIPKKYNIAPPNPLDPDTDDDGMNDGAEW SRAHSVDKFFDGYLNPDKDGDGIRDGAEVYTFVWNGELYTKYCDLTLDCDGDMLSDAE ELELGTTPYNPDTDGDGLLDVLELRFGSSPFKTDTDGDGIGDFEEVFPLLAYEYKLTE DIRSIIGGEPPEWWDESWAWLFISPLNTTDICVPTMEELESAIELNQYPMDVVKKYIR TGLHSYLSNVYTLDYPERYERGDIYSDNAVCYLGIPTDPTKYDTDGDGLSDYEELNYQ PACPTPGCSLAVYWLMLDPNDSDSDGDGVIDSEDIVPVNYDLDGDKLIEQDVCAYYTD CDGDRLSDYYEQFFGTDPKNPDTDGDGLTDGEESGGDLNVASRIASNETPYWHNSDPT KTDTDGDGFTDFEEYKSCLSSWRCVVDPNLHPETAPNVQKPEYNKTKEIEFVPRIERS YNVTVTINGKKLDSSTVLLETDSFSVEVEASPLRVTTGNETTEKPPQRIFLYTSKYGN FEFQGSSLSKTFTLENFTRIGVEFLDLFIRVDYGSFFVDLGYDLTFKYKTAPEVELEE SSWDNNLDVGKLVFKCRFCKNATIIVPGALVNGREKKVIELGRTMPLKYLYARIIPHR YTVASEADVGTIYTKYEDSVEVLKTGKDIGLLTAKMVEARSLRSKIIYGMVATAKGIK TIVGGVEAFIPEDESTEVEEVQKPKGVETPTSTRFDKEAFKKGLLDWVKEKLVDATFD YVTEKAVKYADAKELEARRHETTYHVTVKACNDFGCKVYSFSVRGYAYETD" gene 1287965..1289425 /locus_tag="TGAM_1366" /note="tg1366" CDS 1287965..1289425 /locus_tag="TGAM_1366" /experiment="gene product confirmed by mass spectrometry" /note="Contains 2 von Willebrand factor, type A signatures; 2 probable transmembrane helices predicted by modhmm" /codon_start=1 /transl_table=11 /product="Hypothetical protein" /protein_id="ACS33868.1" /translation="MEVVILKKALLVFGVILLLLAAGYFTGFIDKSTVDDLLKNLQKG SNTGTTGEKEDSHKSETPSMTETFSETSTAPGESFSETTSTEWDQTETPSPGQGTTPT ESELKNFFDHSYSLGTLSFTEGDYDYKGLKITPEKGRLYYFPYTSSLVYLVSGRIILA VSPWDDDFLLGSKATPEIDQSFKFLIVLPVEPKKLSILTGEGRIPSIIATDGEGRLHI FIDPQQVEGDEINWYIPAGHVVYNFDATGVGIGEYGTYQEDYNIYLAWKGRELRVYTY SHRTLEDIEEGKNITVEPAVYTLPEDILDANVMLYDDFILVLTEGGTYLVPSPYGRYA NDTNIYRIDDRVDMITGCGTWGDASPDPTNMSFTVYSSGRLYVLRVLYAEEERKITVT KEASLDAPNVVGIFSPMTIDGSQIVAVSESSGVLKVYHINWSKETGRKEFNLLQQFKP GVPLVNFQFGNFLGAIASGVGRDGAFYIIVMRQSNT" gene 1289477..1290493 /locus_tag="TGAM_1367" /note="tg1367" CDS 1289477..1290493 /locus_tag="TGAM_1367" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:FrvX, Cellulase M and related proteins [Carbohydrate transport and metabolism]" /inference="protein motif:CDD:Peptidase_M42, M42 glutamyl aminopeptidase" /inference="protein motif:COG:COG1363 Cellulase M and related proteins; G Carbohydrate transport and metabolism" /inference="protein motif:Gene3D:G3D.3.40.630.10 no description" /inference="protein motif:HMMPfam:PF05343 Peptidase_M42 InterPro:IPR008007 Peptidase M42" /inference="protein motif:HMMPIR:PIRSF001123 Glutamyl aminopeptidase, PepA type" /inference="protein motif:superfamily:SSF53187 Zn-dependent exopeptidases" /codon_start=1 /transl_table=11 /product="Glutamyl aminopeptidase, M42 family" /protein_id="ACS33869.1" /translation="MERVVEILREILEIPSPTGYTKEVLAHIEKKLNGAGIKTRYTNK GALLAYNHPEPELVIAGHVDTLGAMVKGILPDGHLSFTKIGGLLLPTFEGEYCTIITR SGKRFRGTLLLKNPSVHVNKDAGKKERKEENMYIRLDELVEKKEDTEKLGIRPGDFIA FDPKFEYVNGFVKAHFLDDKASVAVMIDLLLELADELEKLPVAFFFSPYEEVGHGGSA GYPPTTKELLVVDMGVVGEGVAGKETAVSIAAKDSSGPYDYEMTTKLIELAEKNDIPH VVDVFPYYGSDGSAALRAGWDFRVALIGPGVHASHGMERTHVKGLLATKELIRIYIEE RFHR" gene 1290499..1290846 /gene="ptpS-1" /locus_tag="TGAM_1368" /note="tg1368" CDS 1290499..1290846 /gene="ptpS-1" /locus_tag="TGAM_1368" /EC_number="4.2.3.12" /inference="protein motif:BlastProDom:PD004049 Q9UWP4_PYRFU_Q9UWP4; InterPro:IPR007115 6-pyruvoyl tetrahydropterin synthase and hypothetical protein" /inference="protein motif:CDD:COG0720, 6-pyruvoyl-tetrahydropterin synthase [Coenzyme metabolism]" /inference="protein motif:CDD:PTPS, 6-pyruvoyl tetrahydropterin synthase" /inference="protein motif:CDD:PTPS, 6-pyruvoyl tetrahydropterin synthase (PTPS)" /inference="protein motif:COG:COG0720 6-pyruvoyl-tetrahydropterin synthase; H Coenzyme transport and metabolism" /inference="protein motif:Gene3D:G3D.3.30.479.10 no description" /inference="protein motif:HMMPanther:PTHR12589 6-PYRUVOYL TETRAHYDROBIOPTERIN SYNTHASE InterPro:IPR007115 6-pyruvoyl tetrahydropterin synthase and hypothetical protein" /inference="protein motif:HMMPfam:PF01242 PTPS InterPro:IPR007115 6-pyruvoyl tetrahydropterin synthase and hypothetical protein" /inference="protein motif:HMMPIR:PIRSF006113 6-pyruvoyl tetrahydropterin synthase InterPro:IPR007115 6-pyruvoyl tetrahydropterin synthase and hypothetical protein" /inference="protein motif:superfamily:SSF55620 Tetrahydrobiopterin biosynthesis enzymes-like" /codon_start=1 /transl_table=11 /product="6-pyruvoyl tetrahydrobiopterin synthase (ptpS)" /protein_id="ACS33870.1" /translation="MRARIIERFKFEAAHSVVVEGRPEEIHGHTFRLEVVVEGPLKNG YVMDFIQLRKIVGGIIGKLDHRNLNHIFENPTTENLALWIAKETSRNLPEGVRLKRLT LWEGDDNGVELEF" gene complement(1290843..1291451) /locus_tag="TGAM_1369" /note="tg1369" CDS complement(1290843..1291451) /locus_tag="TGAM_1369" /inference="protein motif:BlastProDom:PD000006 Q86HB1_DICDI_Q86HB1; InterPro:IPR003439 ABC transporter related GO:Molecular Function:ATP binding (GO:0005524), Molecular Function:ATPase activity (GO:0016887)" /inference="protein motif:CDD:ABC_ATPase, ABC (ATP-binding cassette) transporter nucleotide-binding domain" /inference="protein motif:CDD:ABC_BcrA_bacitracin_resist, The BcrA subfamily represents ABC transporters involved in peptide antibiotic resistance" /inference="protein motif:CDD:ABC_Carb_Monos_I, This family represents the domain I of the carbohydrate uptake proteins that transport only monosaccharides (Monos)" /inference="protein motif:CDD:ABC_Carb_Monos_II, This family represents domain II of the carbohydrate uptake proteins that transport only monosaccharides (Monos)" /inference="protein motif:CDD:ABC_Carb_Solutes_like, ABC Carbohydrate and Solute Transporters-like subgroup" /inference="protein motif:CDD:ABC_CcmA_heme_exporter, CcmA, the ATP-binding component of the bacterial CcmAB transporter" /inference="protein motif:CDD:ABC_Class3, This class is comprised of all BPD (Binding Protein Dependent) systems that are largely represented in archaea and eubacteria and are primarily involved in scavenging solutes from the environment" /inference="protein motif:CDD:ABC_cobalt_CbiO_domain1, Domain I of the ABC component of a cobalt transport family found in bacteria, archaea, and eukaryota" /inference="protein motif:CDD:ABC_cobalt_CbiO_domain2, Domain II of the ABC component of a cobalt transport family found in bacteria, archaea, and eukaryota" /inference="protein motif:CDD:ABC_CysA_sulfate_importer, Part of the ABC transporter complex cysAWTP involved in sulfate import" /inference="protein motif:CDD:ABC_DR_subfamily_A, This family of ATP-binding proteins belongs to a multisubunit transporter involved in drug resistance (BcrA and DrrA), nodulation, lipid transport, and lantibiotic immunity" /inference="protein motif:CDD:ABC_DrrA, DrrA is the ATP-binding protein component of a bacterial exporter complex that confers resistance to the antibiotics daunorubicin and doxorubicin" /inference="protein motif:CDD:ABC_drug_resistance_like, ABC-type multidrug transport system, ATPase component" /inference="protein motif:CDD:ABC_FeS_Assembly, ABC-type transport system involved in Fe-S cluster assembly, ATPase component" /inference="protein motif:CDD:ABC_FtsE_transporter, FtsE is a hydrophilic nucleotide-binding protein that binds FtsX to form a heterodimeric ATP-binding cassette (ABC)-type transporter that associates with the bacterial inner membrane" /inference="protein motif:CDD:ABC_HisP_GlnQ_permeases, HisP and GlnQ are the ATP-binding components of the bacterial periplasmic histidine and glutamine permeases, repectively" /inference="protein motif:CDD:ABC_Iron-Siderophores_B12_Hemin, ABC transporters, involved in the uptake of siderophores, heme, and vitamin B12, are widely conserved in bacteria and archaea" /inference="protein motif:CDD:ABC_KpsT_Wzt, ABC_KpsT_Wzt The KpsT/Wzt ABC transporter subfamily is involved in extracellular polysaccharide export" /inference="protein motif:CDD:ABC_MalK_N, The N-terminal ATPase domain of the maltose transporter, MalK" /inference="protein motif:CDD:ABC_Metallic_Cations, ABC component of the metal-type transporters" /inference="protein motif:CDD:ABC_MetN_methionine_transporter, MetN (also known as YusC) is an ABC-type transporter encoded by metN of the metNPQ operon in Bacillus subtilis that is involved in methionine transport" /inference="protein motif:CDD:ABC_MJ0796_Lo1CDE_FtsE, This family is comprised of MJ0796 ATP-binding cassette, macrolide-specific ABC-type efflux carrier (MacAB), and proteins involved in cell division (FtsE), and release of liporoteins from the cytoplasmic membrane (LolCDE)" /inference="protein motif:CDD:ABC_Mj1267_LivG_branched, The Mj1267/LivG ABC transporter subfamily is involved in the transport of the hydrophobic amino acids leucine, isoleucine and valine" /inference="protein motif:CDD:ABC_ModC_like, Archeal protein closely related to ModC" /inference="protein motif:CDD:ABC_ModC_molybdenum_transporter, ModC is an ABC-type transporter and the ATPase component of a molybdate transport system that also includes the periplasmic binding protein ModA and the membrane protein ModB" /inference="protein motif:CDD:ABC_MTABC3_MDL1_MDL2, MTABC3 (also known as ABCB6) is a mitochondrial ATP-binding cassette protein involved in iron homeostasis and one of four ABC transporters expressed in the mitochondrial inner membrane, the other three being MDL1(ABC7), MDL2, and ATM1" /inference="protein motif:CDD:ABC_NatA_like, Similar in sequence to NatA, this is the ATPase component of a bacterial ABC-type Na+ transport system called NatAB, which catalyzes ATP-dependent electrogenic Na+ extrusion without mechanically coupled to proton or K+ uptake" /inference="protein motif:CDD:ABC_NatA_sodium_exporter, NatA is the ATPase component of a bacterial ABC-type Na+ transport system called NatAB, which catalyzes ATP-dependent electrogenic Na+ extrusion without mechanically coupled proton or K+ uptake" /inference="protein motif:CDD:ABC_NikE_OppD_transporters, The ABC transporter subfamily specific for the transport of dipeptides, oligopeptides (OppD), and nickel (NikDE)" /inference="protein motif:CDD:ABC_NrtD_SsuB_transporters, NrtD and SsuB are the ATP-binding subunits of the bacterial ABC-type nitrate and sulfonate transport systems, respectively" /inference="protein motif:CDD:ABC_OpuCA_Osmoprotection, OpuCA is a the ATP binding component of a bacterial solute transporter that serves a protective role to cells growing in a hyperosmolar environment" /inference="protein motif:CDD:ABC_Org_Solvent_Resistant, ABC (ATP-binding cassette) transport system involved in resistant to organic solvents" /inference="protein motif:CDD:ABC_PhnC_transporter, ABC-type phosphate/phosphonate transport system" /inference="protein motif:CDD:ABC_PotA_N, PotA is an ABC-type transporter and the ATPase component of the spermidine/putrescine-preferential uptake system consisting of PotA, -B, -C, and -D" /inference="protein motif:CDD:ABC_Pro_Gly_Bertaine, This family comprises the glycine betaine/L-proline ATP binding subunit in bacteria and its equivalents in archaea" /inference="protein motif:CDD:ABC_PstB_phosphate_transporter, Phosphate uptake is of fundamental importance in the cell physiology of bacteria because phosphate is required as a nutrient" /inference="protein motif:CDD:ABC_putative_ATPase, This subfamily is involved in drug resistance, nodulation, lipid transport, and bacteriocin and lantibiotic immunity" /inference="protein motif:CDD:ABC_RNaseL_inhibitor_domain2, The ATPase domain 2 of RNase L inhibitor" /inference="protein motif:CDD:ABC_subfamily_A, The ABCA subfamily mediates the transport of a variety of lipid compounds" /inference="protein motif:CDD:ABC_ThiQ_thiamine_transporter, ABC-type thiamine tranport system" /inference="protein motif:CDD:ABC_TM1139_LivF_branched, LivF (TM1139) is part of the LIV-I bacterial ABC-type two-component transport system that imports neutral, branched-chain amino acids" /inference="protein motif:CDD:ABC_tran, ABC transporter" /inference="protein motif:CDD:ABC_YhbG, The ABC transporters belonging to the YhbG family are similar to members of the Mj1267_LivG family, which is involved in the transport of branched-chain amino acids" /inference="protein motif:CDD:AbcC, ABC-type metal ion transport system, ATPase component [Inorganic ion transport and metabolism]" /inference="protein motif:CDD:ABCC_ATM1_transporter, ATM1 is an ABC transporter that is expressed in the mitochondria" /inference="protein motif:CDD:ABCC_bacteriocin_exporters, ABC-type bacteriocin exporters" /inference="protein motif:CDD:ABCC_cytochrome_bd, The CYD subfamily implicated in cytochrome bd biogenesis" /inference="protein motif:CDD:ABCC_Glucan_exporter_like, Glucan exporter ATP-binding protein" /inference="protein motif:CDD:ABCC_Hemolysin, The ABC-transporter hemolysin B is a central component of the secretion machinery that translocates the toxin, hemolysin A, in a Sec-independent fashion across both membranes of E" /inference="protein motif:CDD:ABCC_MRP_domain1, Domain 1 of the ABC subfamily C" /inference="protein motif:CDD:ABCC_MRP_domain2, Domain 2 of the ABC subfamily C" /inference="protein motif:CDD:ABCC_MRP_Like, The MRP (Mutidrug Resistance Protein)-like transporters are involved in drug, peptide, and lipid export" /inference="protein motif:CDD:ABCC_MsbA, MsbA is an essential ABC transporter, closely related to eukaryotic MDR proteins" /inference="protein motif:CDD:ABCC_NFT1, Domain 2 of NFT1 (New full-length MRP-type transporter 1)" /inference="protein motif:CDD:ABCC_Protease_Secretion, This family represents the ABC component of the protease secretion system PrtD, a 60-kDa integral membrane protein sharing 37% identity with HlyB, the ABC component of the alpha-hemolysin secretion pathway, in the C-terminal domain" /inference="protein motif:CDD:ABCC_TAP, TAP, the Transporter Associated with Antigen Processing" /inference="protein motif:CDD:ABCD_peroxisomal_ALDP, Peroxisomal ATP-binding cassette transporter (Pat) is involved in the import of very long-chain fatty acids (VLCFA) into the peroxisome" /inference="protein motif:CDD:ABCF_EF-3, ABCF_EF-3 Elongation factor 3 (EF-3) is a cytosolic protein required by fungal ribosomes for in vitro protein synthesis and for in vivo growth" /inference="protein motif:CDD:ABCG_EPDR, ABCG transporters are involved in eye pigment (EP) precursor transport, regulation of lipid-trafficking mechanisms, and pleiotropic drug resistance (DR)" /inference="protein motif:CDD:ABCG_White, The White subfamily represents ABC transporters homologous to the Drosophila white gene, which acts as a dimeric importer for eye pigment precursors" /inference="protein motif:CDD:AppF, ABC-type oligopeptide transport system, ATPase component [Amino acid transport and metabolism]" /inference="protein motif:CDD:ArpD, ABC-type protease/lipase transport system, ATPase and permease components [General function prediction only]" /inference="protein motif:CDD:ArtP, ABC-type arginine transport system, ATPase component [Amino acid transport and metabolism]" /inference="protein motif:CDD:BtuD, ABC-type cobalamin transport system, ATPase component [Coenzyme metabolism]" /inference="protein motif:CDD:CbiO, ABC-type cobalt transport system, ATPase component [Inorganic ion transport and metabolism]" /inference="protein motif:CDD:CcmA, ABC-type multidrug transport system, ATPase component [Defense mechanisms]" /inference="protein motif:CDD:CcmA, ABC-type transport system involved in cytochrome c biogenesis, ATPase component [Posttranslational modification, protein turnover, chaperones]" /inference="protein motif:CDD:CeuD, ABC-type enterochelin transport system, ATPase component [Inorganic ion transport and metabolism]" /inference="protein motif:CDD:COG1123, ATPase components of various ABC-type transport systems, contain duplicated ATPase [General function prediction only]" /inference="protein motif:CDD:COG1245, Predicted ATPase, RNase L inhibitor (RLI) homolog [General function prediction only]" /inference="protein motif:CDD:COG3638, ABC-type phosphate/phosphonate transport system, ATPase component [Inorganic ion transport and metabolism]" /inference="protein motif:CDD:COG3845, ABC-type uncharacterized transport systems, ATPase components [General function prediction only]" /inference="protein motif:CDD:COG4136, ABC-type uncharacterized transport system, ATPase component [General function prediction only]" /inference="protein motif:CDD:COG4152, ABC-type uncharacterized transport system, ATPase component [General function prediction only]" /inference="protein motif:CDD:COG4172, ABC-type uncharacterized transport system, duplicated ATPase component [General function prediction only]" /inference="protein motif:CDD:COG4178, ABC-type uncharacterized transport system, permease and ATPase components [General function prediction only]" /inference="protein motif:CDD:COG4181, Predicted ABC-type transport system involved in lysophospholipase L1 biosynthesis, ATPase component [Secondary metabolites biosynthesis, transport, and catabolism]" /inference="protein motif:CDD:COG4559, ABC-type hemin transport system, ATPase component [Inorganic ion transport and metabolism]" /inference="protein motif:CDD:COG4586, ABC-type uncharacterized transport system, ATPase component [General function prediction only]" /inference="protein motif:CDD:COG4619, ABC-type uncharacterized transport system, ATPase component [General function prediction only]" /inference="protein motif:CDD:COG4674, Uncharacterized ABC-type transport system, ATPase component [General function prediction only]" /inference="protein motif:CDD:CydC, ABC-type transport system involved in cytochrome bd biosynthesis, fused ATPase and permease components [Energy production and conversion / Posttranslational modification, protein turnover, chaperones]" /inference="protein motif:CDD:CydD, ABC-type transport system involved in cytochrome bd biosynthesis, ATPase and permease components [Energy production and conversion / Posttranslational modification, protein turnover, chaperones]" /inference="protein motif:CDD:CysA, ABC-type sulfate/molybdate transport systems, ATPase component [Inorganic ion transport and metabolism]" /inference="protein motif:CDD:DppD, ABC-type dipeptide/oligopeptide/nickel transport system, ATPase component [Amino acid transport and metabolism / Inorganic ion transport and metabolism]" /inference="protein motif:CDD:DppF, ABC-type dipeptide/oligopeptide/nickel transport system, ATPase component [Amino acid transport and metabolism / Inorganic ion transport and metabolism]" /inference="protein motif:CDD:FepC, ABC-type cobalamin/Fe3+-siderophores transport systems, ATPase components [Inorganic ion transport and metabolism / Coenzyme metabolism]" /inference="protein motif:CDD:FtsE, Predicted ATPase involved in cell division [Cell division and chromosome partitioning]" /inference="protein motif:CDD:GlnQ, ABC-type polar amino acid transport system, ATPase component [Amino acid transport and metabolism]" /inference="protein motif:CDD:HisP, ABC-type histidine transport system, ATPase component [Amino acid transport and metabolism]" /inference="protein motif:CDD:LivF, ABC-type branched-chain amino acid transport systems, ATPase component [Amino acid transport and metabolism]" /inference="protein motif:CDD:LivG, ABC-type branched-chain amino acid transport systems, ATPase component [Amino acid transport and metabolism]" /inference="protein motif:CDD:MalK, ABC-type sugar transport systems, ATPase components [Carbohydrate transport and metabolism]" /inference="protein motif:CDD:MdlB, ABC-type multidrug transport system, ATPase and permease components [Defense mechanisms]" /inference="protein motif:CDD:MglA, ABC-type sugar transport system, ATPase component [Carbohydrate transport and metabolism]" /inference="protein motif:CDD:ModC, ABC-type molybdate transport system, ATPase component [Inorganic ion transport and metabolism]" /inference="protein motif:CDD:ModF, ABC-type molybdenum transport system, ATPase component/photorepair protein PhrA [Inorganic ion transport and metabolism]" /inference="protein motif:CDD:NatA, ABC-type Na+ transport system, ATPase component [Energy production and conversion / Inorganic ion transport and metabolism]" /inference="protein motif:CDD:OpuBA, ABC-type proline/glycine betaine transport systems, ATPase components [Amino acid transport and metabolism]" /inference="protein motif:CDD:PhnK, ABC-type phosphonate transport system, ATPase component [Inorganic ion transport and metabolism]" /inference="protein motif:CDD:PhnK, ABC-type uncharacterized transport system, ATPase component [General function prediction only]" /inference="protein motif:CDD:PotA, ABC-type spermidine/putrescine transport systems, ATPase components [Amino acid transport and metabolism]" /inference="protein motif:CDD:ProV, ABC-type proline/glycine betaine transport system, ATPase component [Amino acid transport and metabolism]" /inference="protein motif:CDD:PstB, ABC-type phosphate transport system, ATPase component [Inorganic ion transport and metabolism]" /inference="protein motif:CDD:PvdE, ABC-type siderophore export system, fused ATPase and permease components [Secondary metabolites biosynthesis, transport, and catabolism / Inorganic ion transport and metabolism]" /inference="protein motif:CDD:SalX, ABC-type antimicrobial peptide transport system, ATPase component [Defense mechanisms]" /inference="protein motif:CDD:SapF, ABC-type antimicrobial peptide transport system, ATPase component [Defense mechanisms]" /inference="protein motif:CDD:SufC, ABC-type transport system involved in Fe-S cluster assembly, ATPase component [Posttranslational modification, protein turnover, chaperones]" /inference="protein motif:CDD:SunT, ABC-type bacteriocin/lantibiotic exporters, contain an N-terminal double-glycine peptidase domain [Defense mechanisms]" /inference="protein motif:CDD:TagH, ABC-type polysaccharide/polyol phosphate transport system, ATPase component [Carbohydrate transport and metabolism / Cell envelope biogenesis, outer membrane]" /inference="protein motif:CDD:TauB, ABC-type nitrate/sulfonate/bicarbonate transport system, ATPase component [Inorganic ion transport and metabolism]" /inference="protein motif:CDD:TauB, ABC-type taurine transport system, ATPase component [Inorganic ion transport and metabolism]" /inference="protein motif:CDD:ThiQ, ABC-type thiamine transport system, ATPase component [Coenzyme metabolism]" /inference="protein motif:CDD:Ttg2A, ABC-type transport system involved in resistance to organic solvents, ATPase component [Secondary metabolites biosynthesis, transport, and catabolism]" /inference="protein motif:CDD:Uup, ATPase components of ABC transporters with duplicated ATPase domains [General function prediction only]" /inference="protein motif:CDD:YhbG, ABC-type (unclassified) transport system, ATPase component [General function prediction only]" /inference="protein motif:CDD:ZnuC, ABC-type Mn/Zn transport systems, ATPase component [Inorganic ion transport and metabolism]" /inference="protein motif:COG:COG1131 ABC-type multidrug transport system, ATPase component; V Defense mechanisms" /inference="protein motif:Gene3D:G3D.3.40.50.300 no description" /inference="protein motif:HMMPanther:PTHR19222 ATP-BINDING CASSETTE TRANSPORTER" /inference="protein motif:HMMPfam:PF00005 ABC_tran InterPro:IPR003439 ABC transporter related GO:Molecular Function:ATP binding (GO:0005524), Molecular Function:ATPase activity (GO:0016887)" /inference="protein motif:HMMSmart:SM00382 no description InterPro:IPR003593 AAA ATPase GO:Molecular Function:nucleotide binding (GO:0000166), Molecular Function:nucleoside-triphosphatase activity (GO:0017111)" /inference="protein motif:ProfileScan:PS50100 DA_BOX InterPro:IPR003439 ABC transporter related GO:Molecular Function:ATP binding (GO:0005524), Molecular Function:ATPase activity (GO:0016887)" /inference="protein motif:ProfileScan:PS50101 ATP_GTP_A2" /inference="protein motif:ProfileScan:PS50893 ABC_TRANSPORTER_2 InterPro:IPR003439 ABC transporter related GO:Molecular Function:ATP binding (GO:0005524), Molecular Function:ATPase activity (GO:0016887)" /inference="protein motif:superfamily:SSF52540 P-loop containing nucleoside triphosphate hydrolases" /codon_start=1 /transl_table=11 /product="ABC transporter, ATP-binding protein" /protein_id="ACS33871.1" /translation="MERAVILRNVRKRYGENLVLNGVDLEIEKGCSVCIIGRNGSGKS TLLRIIAGLTDFEGTAELNVSEIGFVAQQPALYSRLTVRDNIELFSGLSKNADRRWIN ELVALLGLEEFMNVPVEKLSHGTVKKLDLVCALVGNPELVLLDEPLVSLDVESREAML SVYDLFREKGKTVVSVTHFIELLKPKCDAVYLLEGGKLKRID" gene complement(1291436..1292482) /locus_tag="TGAM_1370" /note="tg1370" CDS complement(1291436..1292482) /locus_tag="TGAM_1370" /inference="protein motif:FPrintScan:PR00164 ABC2TRNSPORT InterPro:IPR013526 ABC-2 transporter" /inference="protein motif:HMMPfam:PF01061 ABC2_membrane InterPro:IPR013525 ABC-2 type transporter" /inference="protein motif:ProfileScan:PS51012 ABC_TM2 InterPro:IPR000412 ABC-2 GO:Molecular Function:ATP binding (GO:0005524), Biological Process:transport (GO:0006810), Cellular Component:membrane (GO:0016020), Molecular Function:ATPase activity, coupled to transmembrane movement of substances (GO:0042626)" /note="6 probable transmembrane helices predicted by modhmm" /codon_start=1 /transl_table=11 /product="ABC-2 type transport system permease component, putative" /protein_id="ACS33872.1" /translation="MPPIFDLFVKEVKLIARRKSILFFLIFIPLFFGAISSSYKSAVP GDTPVAIVLAENVSQDDVWAIMTLARTFSNPHLVPNLTVALNGLQREEYYVVIEVRKF GGLEAGEYVVYYDRTMNPVASISENLIRLLRIELKGARIESAGINDKVSLPMFFLPGI LLFISMMVGFELVADNTISEKNVFPRLRLAGVFTENFVVRVIIMPLLVLVQTLLVLII YHLMNVKVSIDIGVVTILVLNTLLFSLLGLLVTMLLRFEPHAKTFLHVLMGFIIFISG LFYPVGFFPEVLQRIARLTPTYYSAVLMRAFMFRPGGVSLYFDYIAINVISVVLLSIV VLIVHGRALKWSVQ" gene complement(1292494..1293522) /locus_tag="TGAM_1371" /note="tg1371" CDS complement(1292494..1293522) /locus_tag="TGAM_1371" /experiment="gene product confirmed by mass spectrometry" /note="1 probable transmembrane helix predicted by modhmm" /codon_start=1 /transl_table=11 /product="Hypothetical protein" /protein_id="ACS33873.1" /translation="MRGNTRSILALFLTLVFVLSMATLSSGCIGGSNDSKEWVKLVPK GSFAAFYVDAKILSDESTESLMRALDVYHDYKKALNEIEDSTNVSPSDVEWGLFVLYD LSLNEEGDVEAIDFAVYIKGKFNTKDLVKRLKNSTEGIRELEYRDVTLYKWKDYDGTY YGAVIESDYVLIGTLDVVEKIIDLKKGKGKYDEEMSNIADEIGDGYIVAVSNYKNLPS GLREEFEKISEEVPTIPFVSLLSEIKYEAFVYRPVGNVLTIKEVTELDSEESADTLVK SFEGSLAMLSTMPMFKENEKLKKLVRDNIKVQQEGTKVIVTIEVSVDQISEIVTELKS YESKYESW" gene complement(1293596..1294057) /locus_tag="TGAM_1372" /note="tg1372" CDS complement(1293596..1294057) /locus_tag="TGAM_1372" /inference="protein motif:CDD:COG1430, Uncharacterized conserved protein [Function unknown]" /inference="protein motif:CDD:DUF192, Uncharacterized ACR, COG1430" /inference="protein motif:COG:COG1430 Uncharacterized conserved protein; S Function unknown" /inference="protein motif:HMMPfam:PF02643 DUF192 InterPro:IPR003795 Protein of unknown function DUF192" /note="Belongs to DUF192 family" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein" /protein_id="ACS33874.1" /translation="MIINETKGRVWHGHVELADTFIKRFRGLMLVSNVNHALIFVLPI ENRLNASIHMFFMLSDIDVIWLDSMRRVVDFKTARRWRIYTPKESARYVIEGPVGLIR TLDVEEGDLISWDVTEKKEKSVPVKVSFPGKISFENERNTVVFSKDIIELP" gene 1294132..1294593 /gene="pfdA-2" /locus_tag="TGAM_1373" /note="tg1373" CDS 1294132..1294593 /gene="pfdA-2" /locus_tag="TGAM_1373" /inference="protein motif:CDD:GIM5, Predicted prefoldin, molecular chaperone implicated in de novo protein folding [Posttranslational modification, protein turnover, chaperones]" /inference="protein motif:CDD:Prefoldin, Prefoldin is a hexameric molecular chaperone complex, found in both eukaryotes and archaea, that binds and stabilizes newly synthesized polypeptides allowing them to fold correctly" /inference="protein motif:CDD:Prefoldin, Prefoldin subunit" /inference="protein motif:CDD:Prefoldin_alpha, Prefoldin alpha subunit" /inference="protein motif:COG:COG1730 Predicted prefoldin, molecular chaperone implicated in de novo protein folding; O Posttranslational modification, protein turnover, chaperones" /inference="protein motif:HMMPanther:PTHR12674 PREFOLDIN SUBUNIT 5" /inference="protein motif:HMMPfam:PF02996 Prefoldin InterPro:IPR004127 Prefoldin alpha-like GO:Molecular Function:protein binding (GO:0005515), Biological Process:protein folding (GO:0006457), Cellular Component:prefoldin complex (GO:0016272)" /inference="protein motif:HMMTigr:TIGR00293 TIGR00293:prefoldin, alpha subunit InterPro:IPR011599 Prefoldin alpha subunit GO:Cellular Component:cytoplasm (GO:0005737), Biological Process:protein folding (GO:0006457), Molecular Function:unfolded protein binding (GO:0051082)" /inference="protein motif:superfamily:SSF46579 Prefoldin InterPro:IPR009053 Prefoldin" /codon_start=1 /transl_table=11 /product="Prefoldin alpha subunit (pfdA)" /protein_id="ACS33875.1" /translation="MGAKKGTEVVEMAEEKKVRTLEQIQDEIRSYLGEIEYLRSQIGV IDATIADLRTVDATLAYLKDKGKGKPIYIPLGSGIAIKGKIENPDDVIMDVGAGILVG ATVDEARENIEKRINALMNLRLALLRKIEEDTRKVNELLKELQEMQPEKKE" gene 1294590..1294922 /gene="pfdB" /locus_tag="TGAM_1374" /note="tg1374" CDS 1294590..1294922 /gene="pfdB" /locus_tag="TGAM_1374" /inference="protein motif:COG:COG1382 Prefoldin, chaperonin cofactor; O Posttranslational modification, protein turnover, chaperones" /inference="protein motif:Gene3D:G3D.1.10.287.370 no description" /inference="protein motif:superfamily:SSF46579 Prefoldin InterPro:IPR009053 Prefoldin" /codon_start=1 /transl_table=11 /product="Prefoldin beta subunit (pfdB)" /protein_id="ACS33876.1" /translation="MTSPRPFFFIGGESVEAVKAYELELELRQIRELRKAIELKMKEL EYAEGIITATKAERKLYRAFADLLVEVTKDEAIEHIERMRLAYKREIERLREKEKEIM EKLSRLSS" gene complement(1294912..1295463) /gene="korC-1" /locus_tag="TGAM_1375" /note="tg1375" CDS complement(1294912..1295463) /gene="korC-1" /locus_tag="TGAM_1375" /EC_number="1.2.7.3" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:POR, Pyruvate ferredoxin/flavodoxin oxidoreductase" /inference="protein motif:CDD:PorG, Pyruvate:ferredoxin oxidoreductase and related 2-oxoacid:ferredoxin oxidoreductases, gamma subunit [Energy production and conversion]" /inference="protein motif:COG:COG1014 Pyruvate:ferredoxin oxidoreductase and related 2-oxoacid:ferredoxin oxidoreductases, gamma subunit; C Energy production and conversion" /inference="protein motif:Gene3D:G3D.3.40.920.10 no description" /inference="protein motif:HMMPfam:PF01558 POR InterPro:IPR002869 Pyruvate ferredoxin/flavodoxin oxidoreductase GO:Biological Process:electron transport (GO:0006118), Molecular Function:oxidoreductase activity (GO:0016491)" /inference="protein motif:HMMTigr:TIGR02175 PorC_KorC:2-oxoacid:acceptor oxidoreductas InterPro:IPR011894 2-oxoacid:acceptor oxidoreductase, gamma subunit, pyruvate/2-ketoisovalerate GO:Molecular Function:oxidoreductase activity, acting on the aldehyde or oxo group of donors, iron-sulfur protein as acceptor (GO:0016625)" /inference="protein motif:superfamily:SSF53323 Pyruvate-ferredoxin oxidoreductase, PFOR, domain III" /note="2 probable transmembrane helices predicted by modhmm" /codon_start=1 /transl_table=11 /product="2-ketoglutarate ferredoxin oxidoreductase, subunit gamma (korC)" /protein_id="ACS33877.1" /translation="MRKEVLFSGFGGQGVILASVILGRAAAVYENLYAVQTQSYGPES RGGASRAEVVISDEPIDYPKTLHPDYAVFFSQEAYSKYLHTVKEGTTVIVEKDLVPHR DLEFEKKLNVIALPLTEIAEETTGLSLTMNILTLGILVGVTGIVGREAIEKAVRDAVP KGTEEINVKALKKGFEIAEELRS" gene complement(1295460..1296305) /gene="korB-1" /locus_tag="TGAM_1376" /note="tg1376" CDS complement(1295460..1296305) /gene="korB-1" /locus_tag="TGAM_1376" /EC_number="1.2.7.3" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:COG4231, Indolepyruvate ferredoxin oxidoreductase, alpha and beta subunits [Energy production and conversion]" /inference="protein motif:CDD:IlvB, Thiamine pyrophosphate-requiring enzymes [acetolactate synthase, pyruvate dehydrogenase (cytochrome), glyoxylate carboligase, phosphonopyruvate decarboxylase] [Amino acid transport and metabolism / Coenzyme metabolism]" /inference="protein motif:CDD:PorB, Pyruvate:ferredoxin oxidoreductase and related 2-oxoacid:ferredoxin oxidoreductases, beta subunit [Energy production and conversion]" /inference="protein motif:CDD:TPP_enzyme_C, Thiamine pyrophosphate enzyme, C-terminal TPP binding domain" /inference="protein motif:CDD:TPP_enzymes, Thiamine pyrophosphate (TPP) enzyme family, TPP-binding module" /inference="protein motif:CDD:TPP_IOR_alpha, Thiamine pyrophosphate (TPP) family, IOR-alpha subfamily, TPP-binding module" /inference="protein motif:CDD:TPP_OGFOR, Thiamine pyrophosphate (TPP family), 2-oxoglutarate ferredoxin oxidoreductase (OGFOR) subfamily, TPP-binding module" /inference="protein motif:CDD:TPP_PFOR, Thiamine pyrophosphate (TPP family), Pyruvate ferredoxin/flavodoxin oxidoreductase (PFOR) subfamily, TPP-binding module" /inference="protein motif:CDD:TPP_PFOR_porB_like, Thiamine pyrophosphate (TPP family), PFOR porB-like subfamily, TPP-binding module" /inference="protein motif:COG:COG1013 Pyruvate:ferredoxin oxidoreductase and related 2-oxoacid:ferredoxin oxidoreductases, beta subunit; C Energy production and conversion" /inference="protein motif:Gene3D:G3D.3.40.50.970 no description" /inference="protein motif:HMMPanther:PTHR18968 ACETOLACTATE SYNTHASE-RELATED" /inference="protein motif:HMMPfam:PF02775 TPP_enzyme_C InterPro:IPR011766 Thiamine pyrophosphate enzyme, C-terminal TPP-binding GO:Molecular Function:catalytic activity (GO:0003824), Molecular Function:thiamin pyrophosphate binding (GO:0030976)" /inference="protein motif:superfamily:SSF52518 Thiamin diphosphate-binding fold (THDP-binding)" /codon_start=1 /transl_table=11 /product="2-ketoglutarate ferredoxin oxidoreductase, subunit beta (korB)" /protein_id="ACS33878.1" /translation="MYLKSAYEIRDKYLRKDMLPTIFCPGCGIGSVLQFTLRAIDDLK LNQDEIVWVSGIGCSSRVPGFVNFDGLHTTHGRALAFATGIKLANPNLKIIAFMGDGD AAAIGGNHLIHAIRRNLDVTVILINNFTYGMTGGQVAPTALKGLRGTTAPYGQFENPF DIAQLAVSAGANYVARWTVFNYLQGINSIKKALQKEGFTLVEFLSPCPISFGRRNRMK TAPELIRWYQKITVPLAKAKKMKPEELEGKIVIGEFVDRDRPGLVREYQEYIKRAKKM MGWEQ" gene complement(1296305..1297453) /gene="korA-1" /locus_tag="TGAM_1377" /note="tg1377" CDS complement(1296305..1297453) /gene="korA-1" /locus_tag="TGAM_1377" /EC_number="1.2.7.3" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:COG4231, Indolepyruvate ferredoxin oxidoreductase, alpha and beta subunits [Energy production and conversion]" /inference="protein motif:CDD:POR_N, Pyruvate flavodoxin/ferredoxin oxidoreductase, thiamine diP-binding domain" /inference="protein motif:CDD:PorA, Pyruvate:ferredoxin oxidoreductase and related 2-oxoacid:ferredoxin oxidoreductases, alpha subunit [Energy production and conversion]" /inference="protein motif:COG:COG0674 Pyruvate:ferredoxin oxidoreductase and related 2-oxoacid:ferredoxin oxidoreductases, alpha subunit; C Energy production and conversion" /inference="protein motif:Gene3D:G3D.3.40.50.920 no description InterPro:IPR009014 Transketolase, C-terminal-like" /inference="protein motif:Gene3D:G3D.3.40.50.970 no description" /inference="protein motif:HMMPanther:PTHR11624 TRANSKETOLASE-RELATED" /inference="protein motif:HMMPanther:PTHR11624:SF12 SUBFAMILY NOT NAMED" /inference="protein motif:HMMPfam:PF01855 POR_N InterPro:IPR002880 Pyruvate flavodoxin/ferredoxin oxidoreductase, N-terminal GO:Biological Process:electron transport (GO:0006118), Molecular Function:oxidoreductase activity (GO:0016491)" /inference="protein motif:HMMPfam:PF02780 Transketolase_C InterPro:IPR005476 Transketolase, C-terminal" /inference="protein motif:superfamily:SSF52518 Thiamin diphosphate-binding fold (THDP-binding)" /inference="protein motif:superfamily:SSF52922 TK C-terminal domain-like InterPro:IPR009014 Transketolase, C-terminal-like" /codon_start=1 /transl_table=11 /product="2-ketoglutarate ferredoxin oxidoreductase, subunit alpha (korA)" /protein_id="ACS33879.1" /translation="MRYPFPVGKSDFIQGDEAIARAAILAGCRFYAGYPITPASEIFE AMALYMPLVDGVSIQMEDEIASIAAIIGASWAGAKAMTATSGPGFSLMQENLGYAVMT ETPIVVVNMMRGGPSTGQPTFPAQGDIMQAIWGTHGDHMLIVLSPSTVQEAFDFTIRA FNLAEKYRTPVVILGDAELAHMRERVYIPEPEEIEVVERKLPASEEEAKLPFGDPHGD GVPPMPIFGKGYRTYVTGLTHDEYGHPRTVEPEVHERLIRRIYRKILDHKDEIISREE FMLEDAEVAIVTTGIVSRSAIRAVKILREKGVEAGLLKLNTVWPFDFDYIEELAERVD KIYVPEMNLGQLYHLVREGANGKAEVELIAKIGGEVHTPMEIAERVVG" gene complement(1297450..1297668) /locus_tag="TGAM_1378" /note="tg1378" CDS complement(1297450..1297668) /locus_tag="TGAM_1378" /inference="protein motif:COG:COG5428 Uncharacterized conserved small protein; S Function unknown" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein" /protein_id="ACS33880.1" /translation="MVVFMKIEYSQDADVLIIRLRDDEVVDSVDLGEGVIAHLNEKGE VVEIEILDASKSVDFRELVLRIPSGVVA" gene complement(1297969..1298481) /gene="korC-2" /locus_tag="TGAM_1379" /note="tg1379" CDS complement(1297969..1298481) /gene="korC-2" /locus_tag="TGAM_1379" /EC_number="1.2.7.3" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:POR, Pyruvate ferredoxin/flavodoxin oxidoreductase" /inference="protein motif:CDD:PorG, Pyruvate:ferredoxin oxidoreductase and related 2-oxoacid:ferredoxin oxidoreductases, gamma subunit [Energy production and conversion]" /inference="protein motif:COG:COG1014 Pyruvate:ferredoxin oxidoreductase and related 2-oxoacid:ferredoxin oxidoreductases, gamma subunit; C Energy production and conversion" /inference="protein motif:Gene3D:G3D.3.40.920.10 no description" /inference="protein motif:HMMPfam:PF01558 POR InterPro:IPR002869 Pyruvate ferredoxin/flavodoxin oxidoreductase GO:Biological Process:electron transport (GO:0006118), Molecular Function:oxidoreductase activity (GO:0016491)" /inference="protein motif:HMMTigr:TIGR02175 PorC_KorC:2-oxoacid:acceptor oxidoreductas InterPro:IPR011894 2-oxoacid:acceptor oxidoreductase, gamma subunit, pyruvate/2-ketoisovalerate GO:Molecular Function:oxidoreductase activity, acting on the aldehyde or oxo group of donors, iron-sulfur protein as acceptor (GO:0016625)" /inference="protein motif:superfamily:SSF53323 Pyruvate-ferredoxin oxidoreductase, PFOR, domain III" /note="1 probable transmembrane helix predicted by modhmm" /codon_start=1 /transl_table=11 /product="2-ketoglutarate ferredoxin oxidoreductase, subunit gamma (korC)" /protein_id="ACS33881.1" /translation="MQIRLAGIGGQGVVLAGVILGEAAAIEGLNVLQTQDYSSASRGG HSIADVIISKEPIYDVMVTKADVLVALHQLGYDTVKDSLKEDGLLIIETDLVKPDRDY VGAPFTRIAEETTGLALTVNMVTLGYLVAKTNVVKKESVEEAIRRRVPKGTEEINIKA FRAGYEEGLK" gene complement(1298485..1299336) /gene="korB-2" /locus_tag="TGAM_1380" /note="tg1380" CDS complement(1298485..1299336) /gene="korB-2" /locus_tag="TGAM_1380" /EC_number="1.2.7.3" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:COG4231, Indolepyruvate ferredoxin oxidoreductase, alpha and beta subunits [Energy production and conversion]" /inference="protein motif:CDD:IlvB, Thiamine pyrophosphate-requiring enzymes [acetolactate synthase, pyruvate dehydrogenase (cytochrome), glyoxylate carboligase, phosphonopyruvate decarboxylase] [Amino acid transport and metabolism / Coenzyme metabolism]" /inference="protein motif:CDD:PorB, Pyruvate:ferredoxin oxidoreductase and related 2-oxoacid:ferredoxin oxidoreductases, beta subunit [Energy production and conversion]" /inference="protein motif:CDD:TPP_enzyme_C, Thiamine pyrophosphate enzyme, C-terminal TPP binding domain" /inference="protein motif:CDD:TPP_enzymes, Thiamine pyrophosphate (TPP) enzyme family, TPP-binding module" /inference="protein motif:CDD:TPP_IOR_alpha, Thiamine pyrophosphate (TPP) family, IOR-alpha subfamily, TPP-binding module" /inference="protein motif:CDD:TPP_OGFOR, Thiamine pyrophosphate (TPP family), 2-oxoglutarate ferredoxin oxidoreductase (OGFOR) subfamily, TPP-binding module" /inference="protein motif:CDD:TPP_PFOR, Thiamine pyrophosphate (TPP family), Pyruvate ferredoxin/flavodoxin oxidoreductase (PFOR) subfamily, TPP-binding module" /inference="protein motif:CDD:TPP_PFOR_porB_like, Thiamine pyrophosphate (TPP family), PFOR porB-like subfamily, TPP-binding module" /inference="protein motif:COG:COG1013 Pyruvate:ferredoxin oxidoreductase and related 2-oxoacid:ferredoxin oxidoreductases, beta subunit; C Energy production and conversion" /inference="protein motif:Gene3D:G3D.3.40.50.970 no description" /inference="protein motif:HMMPanther:PTHR18968 ACETOLACTATE SYNTHASE-RELATED" /inference="protein motif:HMMPfam:PF02775 TPP_enzyme_C InterPro:IPR011766 Thiamine pyrophosphate enzyme, C-terminal TPP-binding GO:Molecular Function:catalytic activity (GO:0003824), Molecular Function:thiamin pyrophosphate binding (GO:0030976)" /inference="protein motif:superfamily:SSF52518 Thiamin diphosphate-binding fold (THDP-binding)" /note="2 probable transmembrane helices predicted by modhmm" /codon_start=1 /transl_table=11 /product="2-ketoglutarate ferredoxin oxidoreductase, subunit beta (korB)" /protein_id="ACS33882.1" /translation="MPEIYSKYPMVKYLRKEALPTALCPGCGGGTVLNAFANAVDQLK LDPRDLVVVSGIGCSAWIASPYFLADTLHTTHGRAIVFATGVKVGLPDKKVVVISGDG DLASIGGNHLLHAARRNIDITVILVNNFIYGMTGGQVAPTTPFGAKTTTTPYRNIEHP FQISETIAAAGASYVARWTTAHVYQLIESIKKALTVKGFSLVEVISQCPVQFGRRNRM KEPAEMLRWFLKNSVPLAKARKMKPEELEGKFVIGEFVNRQRPEFIEELNKLINEVQE QFGLKEV" gene complement(1299336..1300526) /gene="korA-2" /locus_tag="TGAM_1381" /note="tg1381" CDS complement(1299336..1300526) /gene="korA-2" /locus_tag="TGAM_1381" /EC_number="1.2.7.3" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:COG4231, Indolepyruvate ferredoxin oxidoreductase, alpha and beta subunits [Energy production and conversion]" /inference="protein motif:CDD:POR_N, Pyruvate flavodoxin/ferredoxin oxidoreductase, thiamine diP-binding domain" /inference="protein motif:CDD:PorA, Pyruvate:ferredoxin oxidoreductase and related 2-oxoacid:ferredoxin oxidoreductases, alpha subunit [Energy production and conversion]" /inference="protein motif:COG:COG0674 Pyruvate:ferredoxin oxidoreductase and related 2-oxoacid:ferredoxin oxidoreductases, alpha subunit; C Energy production and conversion" /inference="protein motif:Gene3D:G3D.3.40.50.920 no description InterPro:IPR009014 Transketolase, C-terminal-like" /inference="protein motif:Gene3D:G3D.3.40.50.970 no description" /inference="protein motif:HMMPfam:PF01855 POR_N InterPro:IPR002880 Pyruvate flavodoxin/ferredoxin oxidoreductase, N-terminal GO:Biological Process:electron transport (GO:0006118), Molecular Function:oxidoreductase activity (GO:0016491)" /inference="protein motif:superfamily:SSF52518 Thiamin diphosphate-binding fold (THDP-binding)" /inference="protein motif:superfamily:SSF52922 TK C-terminal domain-like InterPro:IPR009014 Transketolase, C-terminal-like" /codon_start=1 /transl_table=11 /product="2-ketoglutarate ferredoxin oxidoreductase, subunit alpha (korA)" /protein_id="ACS33883.1" /translation="MIIRGDEPEQIRLLRKLYKPGNYFMQGNEAVAYGALFAGCRFYA GYPITPSSEIAETMARELPKLGGYYLQMEDEIGSIAAMIGASWTGFKVMTATAGPGFS LMQENLGYAVMTETPLVLVDVQRSGPSTGQATKGAQGDFFQARWGTHGDHPIVAVSPT SGQDAFWEIIRAFNIAERLRTPVVFLFDGVLAHTRELIKIPDVDEVEITYRKLPQNEE EAKLPFGDPHGDGVPPMPLFGHGYFTHVTGSTHKENGLRDVYTPEVHDRLVRRIHRKI EKNREVYEKYEEHFTDDAEILVVSWGVTARPALGAVLKAREAGIKAGLFVPKTVHPFP GERMRELGKRVRAILVPEMNLGQMILEVQRYVNDDVLLKGVNKIGGVPLTVEEILREI RGVA" gene complement(1300529..1300807) /gene="korD" /locus_tag="TGAM_1382" /note="tg1382" CDS complement(1300529..1300807) /gene="korD" /locus_tag="TGAM_1382" /EC_number="1.2.7.3" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:COG:COG1146 Ferredoxin; C Energy production and conversion" /inference="protein motif:FPrintScan:PR00353 4FE4SFRDOXIN InterPro:IPR001450 4Fe-4S ferredoxin, iron-sulfur binding GO:Molecular Function:electron transporter activity (GO:0005489), Molecular Function:iron ion binding (GO:0005506), Biological Process:electron transport (GO:0006118)" /inference="protein motif:Gene3D:G3D.3.30.70.20 no description" /inference="protein motif:HMMPfam:PF00037 Fer4 InterPro:IPR001450 4Fe-4S ferredoxin, iron-sulfur binding GO:Molecular Function:electron transporter activity (GO:0005489), Molecular Function:iron ion binding (GO:0005506), Biological Process:electron transport (GO:0006118)" /inference="protein motif:ScanRegExp:PS00198 4FE4S_FERREDOXIN InterPro:IPR001450 4Fe-4S ferredoxin, iron-sulfur binding GO:Molecular Function:electron transporter activity (GO:0005489), Molecular Function:iron ion binding (GO:0005506), Biological Process:electron transport (GO:0006118)" /inference="protein motif:superfamily:SSF54862 4Fe-4S ferredoxins" /codon_start=1 /transl_table=11 /product="2-ketoglutarate ferredoxin oxidoreductase, subunit delta (korD)" /protein_id="ACS33884.1" /translation="MIQMAENANTIVEKNGYLVVGKAEGIVEIDVDTFLCKGCGICVE MCPRKVFEWSKELSEKGVHYPVPVHAEKCVKCKLCELLCPDFAIAVRW" gene complement(1300943..1301917) /locus_tag="TGAM_1383" /note="tg1383" CDS complement(1300943..1301917) /locus_tag="TGAM_1383" /inference="protein motif:CDD:COG1242, Predicted Fe-S oxidoreductase [General function prediction only]" /inference="protein motif:CDD:COG1244, Predicted Fe-S oxidoreductase [General function prediction only]" /inference="protein motif:CDD:Elp3, Elongator protein 3, MiaB family, Radical SAM; This superfamily contains MoaA, NifB, PqqE, coproporphyrinogen III oxidase, biotin synthase and MiaB families, and includes a representative in the eukaryotic elongator subunit, Elp-3" /inference="protein motif:CDD:Radical_SAM, Radical SAM superfamily" /inference="protein motif:COG:COG1244 Predicted Fe-S oxidoreductase; R General function prediction only" /inference="protein motif:HMMPfam:PF04055 Radical_SAM InterPro:IPR007197 Radical SAM GO:Molecular Function:catalytic activity (GO:0003824), Molecular Function:iron ion binding (GO:0005506)" /inference="protein motif:HMMPIR:PIRSF004954 Uncharacterised protein with radical SAM domain InterPro:IPR005909 Conserved hypothetical protein 1210" /inference="protein motif:HMMSmart:SM00729 no description InterPro:IPR006638 Elongator protein 3/MiaB/NifB" /inference="protein motif:HMMTigr:TIGR01210 TIGR01210:conserved hypothetical protein T InterPro:IPR005909 Conserved hypothetical protein 1210" /codon_start=1 /transl_table=11 /product="Radical SAM protein, predicted Fe-S oxidoreductase" /protein_id="ACS33885.1" /translation="MTYWTSEDNVAGKPGTALFIILPTIGCYRFRIGKACYMCAYPTA APKVKWSQEAIIDYVREALEKIKGEKGPFAVRMFTSGSFLDNGELKPETRRKIFELLA EMDNVEEIVIESRSELVRYDAVKELAEIVPDKHFEVAIGLETANDDIADVSINKGNTF EDFVRASEITRKAGANVKTYLLLKPIFLGERTAIEDVKESIIKAEPYTDTFSINITDI QKGTLYERLWEKGEYRPPWLWSAVEVLIWAKKKFPNKRILSDPVGAGSKRGPHNCLTD YDRVIGRAIKKFSATQDLSHLERLKPECRDRWSYIVENGLLDWQLTTW" gene complement(1301951..1303225) /locus_tag="TGAM_1384" /note="tg1384" CDS complement(1301951..1303225) /locus_tag="TGAM_1384" /inference="protein motif:COG:COG1672 Predicted ATPase (AAA+ superfamily); R General function prediction only" /inference="protein motif:Gene3D:G3D.3.40.50.300 no description" /inference="protein motif:superfamily:SSF46785 'Winged helix' DNA-binding domain" /inference="protein motif:superfamily:SSF52540 P-loop containing nucleoside triphosphate hydrolases" /inference="protein motif:superfamily:SSF52980 Restriction endonuclease-like" /note="Conflicting with Prokaryotic ATPase motifs (PF01637) detected in Thermococcus (TK2222 TK0776) orthologs" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein, putative ATPase" /protein_id="ACS33886.1" /translation="MRIIPRKIERAFLKYPDWKMLYGRRKTGKTFLVEHFLDYDEFFF VNKDSTVHDRLSNDKMTYQEFMRLFPRLVKEKRRIVIDEFHRLPEGFLDLLHTYSTEQ DSQVILVTSTMWLAQRLLSMRESPLLGIAFLVKIGLIDEREILVELSKEVKRKELIEA STYLREPMLVPAYKPPLRDFLTGFFSSSGSFVSELVGETFSEEGHELTRVYLGIMMEV ANGKGTSTELSSALFSRGLLKKDNPGTLQKYLTILTKMGILRKFLVQGKRRKKFVYRH ASPLLDLHFYLEAKYAYTELETSVEFIRRAVDYKLPRHVEDFIADLLAKAYGLRRVSV ELPQLELDIALQGFKRLELVGEVKWKDRVKREEVRKIEEKLSRFDCRRVLIVPSEDVL EREPEGIEVLTPRDLLEIAKESLKKTLNMEHL" gene 1303604..1303813 /locus_tag="TGAM_1385" /note="tg1385" CDS 1303604..1303813 /locus_tag="TGAM_1385" /inference="protein motif:COG:COG2002 Regulators of stationary/sporulation gene expression; K Transcription" /note="Does not match SpoVT/AbrB or other known domain" /codon_start=1 /transl_table=11 /product="Transcription regulator, putative" /protein_id="ACS33887.1" /translation="MKVIIGKFDVQGRLLLPNELRDKLGDEVIIVDLEDRVELLPRKR VNLKRFFDTVEIEELKVWGELKKEL" gene 1303837..1304052 /locus_tag="TGAM_1386" /note="tg1386" CDS 1303837..1304052 /locus_tag="TGAM_1386" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein" /protein_id="ACS33888.1" /translation="MRRELVGGKMEEVDKVISRHKNEDPLWLEIQLAIMLGKIDPKEA LRRAKGAMKTSKSWQELEAEMYDELVP" gene 1304042..1304494 /locus_tag="TGAM_1387" /note="tg1387" CDS 1304042..1304494 /locus_tag="TGAM_1387" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:COG1848, Predicted nucleic acid-binding protein, contains PIN domain [General function prediction only]" /inference="protein motif:COG:COG1848 Predicted nucleic acid-binding protein, contains PIN domain; R General function prediction only" /inference="protein motif:HMMPfam:PF01850 PIN InterPro:IPR002716 PilT protein, N-terminal" /inference="protein motif:HMMSmart:SM00670 no description InterPro:IPR006596 Nucleotide binding protein, PINc" /inference="protein motif:superfamily:SSF88723 PIN domain-like" /codon_start=1 /transl_table=11 /product="Nucleotide binding protein, putative, containing PIN domain" /protein_id="ACS33889.1" /translation="MFLDSNVFIEYLKGNPNASALLSRLADGEFRLFTNETVYNEVLF TYLRSNIGGYWTLKRSRDEVKRIARIFVHQVLPMLSSTNFLDTNHEIVLLSIKFTVEY GLLPSDALILATAKYYGLDGVVSLDSDLLTVAPREGLLAISKVEDLEV" gene 1304497..1305297 /gene="surE" /locus_tag="TGAM_1388" /note="tg1388" CDS 1304497..1305297 /gene="surE" /locus_tag="TGAM_1388" /EC_number="3.1.3.2" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:BlastProDom:PD005378 SURE_ARCFU_O29320; InterPro:IPR002828 Survival protein SurE" /inference="protein motif:CDD:SurE, Predicted acid phosphatase [General function prediction only]" /inference="protein motif:CDD:SurE, Survival protein SurE" /inference="protein motif:COG:COG0496 Predicted acid phosphatase; R General function prediction only" /inference="protein motif:HMMPfam:PF01975 SurE InterPro:IPR002828 Survival protein SurE" /inference="protein motif:HMMTigr:TIGR00087 surE:acid phosphatase SurE InterPro:IPR002828 Survival protein SurE" /inference="protein motif:superfamily:SSF64167 SurE-like" /codon_start=1 /transl_table=11 /product="Acid phosphatase SurE (surE)" /protein_id="ACS33890.1" /translation="MRILLTNDDGIYSNGLRAAVKALSELGEVYVVAPLFQRSASGRA MTLHRPIRAKRVDVPGARIAYGIDGTPTDCVIFAIARFGSFDLAVSGINLGENLSTEI TVSGTASAAIEASTHGIPSIAVSLEVDWKKTLGEGEGVDFSVSAHFLRRIAGAVLERG LPEGVDMLNVNVPSDATEDTKMAITRLARKRYSPTVEERIDPKGNPYYWIVGRLVQDF EPGTDAYALKVERKVSVTPINIDMTARVDFEKLKNVLFGESLQTGRTY" gene 1305498..1305899 /locus_tag="TGAM_1389" /note="tg1389" CDS 1305498..1305899 /locus_tag="TGAM_1389" /codon_start=1 /transl_table=11 /product="Hypothetical protein" /protein_id="ACS33891.1" /translation="MLTHFSSRQERKWLPYNVSGYEEGFEGIVSNGTSSFEVAVFVYG NLSECRKLFKSIENDLKSSLAVVNSSEGESCIWRLFSGNKSYYIECSGFWNKSVLLVV RGSDEKAVERLTWWFPTQNCLRPGTRLVVQT" gene 1306046..1308367 /gene="apu-3" /locus_tag="TGAM_1390" /note="tg1390" CDS 1306046..1308367 /gene="apu-3" /locus_tag="TGAM_1390" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:COG3889, Predicted solute binding protein [General function prediction only]" /inference="protein motif:CDD:COG4945, Membrane-anchored protein predicted to be involved in regulation of amylopullulanase [Carbohydrate transport and metabolism]" /inference="protein motif:COG:COG4945 Membrane-anchored protein predicted to be involved in regulation of amylopullulanase; G Carbohydrate transport and metabolism" /inference="protein motif:Gene3D:G3D.2.60.40.1120 no description" /inference="protein motif:HMMPanther:PTHR12969 FAMILY NOT NAMED" /inference="protein motif:HMMPfam:PF08308 PEGA InterPro:IPR013229 PEGA" /inference="protein motif:superfamily:SSF46689 Homeodomain-like InterPro:IPR009057 Homeodomain-like" /note="2 probable transmembrane helices predicted by modhmm" /codon_start=1 /transl_table=11 /product="Amylopullulanase related protein (Apu)" /protein_id="ACS33892.1" /translation="MNAMKRLATIIAAFVLFSVFGFAMASATTVAVDLTHGENTKYLV DPVVDRDNQSHILAPSIVEGVGDMEWAYFGSPDMFPNNTKIKNLGDTITPDALKDVDV LILGQPTSPFTPEEIQAIKDWFAQGGKVLWIAADSDYGSGVQAQDIADSFLEQFGYGN LRVDLCSVEDPSSNAGAGYRVVGHVNPDSDTPFGGMLTEGFLHDGKVLYHGPGVVAWV DANGTWHPLNETSKPPLTYRIVVTSENGTIVENNDPMANAYLAGDTGVFTLLAAQIVP LNDTQSLLIVSGESPYGDYEPTWSPLYHGVELDGPQFVSNILHWAAVVAKYGVPEEVF SIDDPAGDDHGPGTYTYPTDPVFNKTGLFDITGMDILKAGDKYIFSFHFKNLGGNVWN GPNGFSLQIIEAYFDFKDGGNTSAIKMADNGPGANVDLDPNHPWDLAFRVHGWGKALV LPNGTVLDDIDVFTDQGQNTINVVVPAKYFGDGLKVEGIKFPRLAVLVGSQDGYGVDQ WRDVQVNASQWRVGGGDSDAIIAGVAPRVMDLLVPNWFSPSQEEQLSSYNASAGKRAT VDMIPVVPTGYLTITSDPANATVTIDGTTVGKTPIEKLELPAGVHKVILKLDGYKDEE FSVSIQAGKTLEVPVTLSKLTGMLTITTDPSGAEVYIDGKKVGETPLEQYVLPIGTHK VVIKKEGYKEESFDVSIQAGKELKFSYTLTPLQTTTTTTTTTTTTTTTTTTTTKPSTT TTTTTTSEGGGGICGPAALIGLAIIPLLLRRRK" gene complement(1308413..1309057) /locus_tag="TGAM_1391" /note="tg1391" CDS complement(1308413..1309057) /locus_tag="TGAM_1391" /experiment="gene product confirmed by mass spectrometry" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein" /protein_id="ACS33893.1" /translation="MMALVFTAPGEREEVKPFEGFPFGISRGSSVAVLFSDELSEVFL LAYIERAFLERGKVYHVQVSGGFSPLVIHRIATDTGNLHFGRTYRIQDVIRALDVVDP GSALVVSGFPLLEGRNGSTVVEVLERASERDLTLFLSHTPLVLNELDLFGEFTRYFEF PELFEYLLVARVKSYRGHYRLGISLLRAPGELVSLLGEHSVPIDKEIAPILNPK" gene complement(1309205..1310341) /gene="trm1" /locus_tag="TGAM_1392" /note="tg1392" CDS complement(1309205..1310341) /gene="trm1" /locus_tag="TGAM_1392" /inference="protein motif:CDD:TRM, N2,N2-dimethylguanosine tRNA methyltransferase" /inference="protein motif:CDD:TRM1, N2,N2-dimethylguanosine tRNA methyltransferase [Translation, ribosomal structure and biogenesis]" /inference="protein motif:COG:COG1867 N2,N2-dimethylguanosine tRNA methyltransferase; J Translation, ribosomal structure and biogenesis" /inference="protein motif:Gene3D:G3D.3.40.50.150 no description" /inference="protein motif:HMMPanther:PTHR10631 N2,N2-DIMETHYLGUANOSINE TRNA METHYLTRANSERASE-RELATED InterPro:IPR002905 N2,N2-dimethylguanosine tRNA methyltransferase GO:Molecular Function:RNA binding (GO:0003723), Molecular Function:tRNA (guanine-N2-)-methyltransferase activity (GO:0004809), Biological Process:tRNA processing (GO:0008033)" /inference="protein motif:HMMPanther:PTHR10631:SF1 N2,N2-DIMETHYLGUANOSINE TRNA METHYLTRANSERASE-RELATED" /inference="protein motif:HMMPfam:PF02005 TRM InterPro:IPR002905 N2,N2-dimethylguanosine tRNA methyltransferase GO:Molecular Function:RNA binding (GO:0003723), Molecular Function:tRNA (guanine-N2-)-methyltransferase activity (GO:0004809), Biological Process:tRNA processing (GO:0008033)" /inference="protein motif:HMMTigr:TIGR00308 TRM1:N2,N2-dimethylguanosine tRNA methyltra InterPro:IPR002905 N2,N2-dimethylguanosine tRNA methyltransferase GO:Molecular Function:RNA binding (GO:0003723), Molecular Function:tRNA (guanine-N2-)-methyltransferase activity (GO:0004809), Biological Process:tRNA processing (GO:0008033)" /inference="protein motif:superfamily:SSF53335 S-adenosyl-L-methionine-dependent methyltransferases" /codon_start=1 /transl_table=11 /product="N2,N2-dimethylguanosine tRNA methyltransferase (trm1)" /protein_id="ACS33894.1" /translation="MELVEIREGLARVLVPKAERIYDAPVFYNPVMALNRDISVLAVK ALSPRRVLDALSATGIRGLRYSLETSAEEVWMNDINEDAFRLILKNLELNFGSKPVLA NGRAELGLPEKRLVVNLGDANKLMSENFRYFDFIDLDPFGSPVEFLDSALRSVRRRGF LGLTATDTGVLCGAYRRACRRKYLAEPIRGELCHEAGLRILIGTIVRYAAKYDLGVEV LLAYYRDHYFRVFLRLRSGAKKADESVELLGYLWQDETGKFKYERDFLPGKRGAYGPM WLGPLKNQAFLEELVRLTKTSEESISHRKTFQFLSLLVEELDVPFHYDTHALARKNGL EVVKISRVIETLHSLGFEATRTHFSPTSIKTNAPFDVVLRSMRK" gene complement(1310374..1310637) /gene="rpl35AE" /locus_tag="TGAM_1393" /note="tg1393" CDS complement(1310374..1310637) /gene="rpl35AE" /locus_tag="TGAM_1393" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:BlastProDom:PD012670 R35A_PYRHO_O74099; InterPro:IPR001780 Ribosomal protein L35Ae GO:Molecular Function:structural constituent of ribosome (GO:0003735), Cellular Component:intracellular (GO:0005622), Cellular Component:ribosome (GO:0005840), Biological Process:protein biosynthesis (GO:0006412)" /inference="protein motif:CDD:COG2451, Ribosomal protein L35AE/L33A [Translation, ribosomal structure and biogenesis]" /inference="protein motif:CDD:Ribosomal_L35Ae, Ribosomal protein L35Ae" /inference="protein motif:COG:COG2451 Ribosomal protein L35AE/L33A; J Translation, ribosomal structure and biogenesis" /inference="protein motif:HMMPanther:PTHR10902 RIBOSOMAL PROTEIN L35 FAMILY MEMBER InterPro:IPR001780 Ribosomal protein L35Ae GO:Molecular Function:structural constituent of ribosome (GO:0003735), Cellular Component:intracellular (GO:0005622), Cellular Component:ribosome (GO:0005840), Biological Process:protein biosynthesis (GO:0006412)" /inference="protein motif:HMMPanther:PTHR10902:SF1 50S RIBOSOMAL PROTEIN L35AE" /inference="protein motif:HMMPfam:PF01247 Ribosomal_L35Ae InterPro:IPR001780 Ribosomal protein L35Ae GO:Molecular Function:structural constituent of ribosome (GO:0003735), Cellular Component:intracellular (GO:0005622), Cellular Component:ribosome (GO:0005840), Biological Process:protein biosynthesis (GO:0006412)" /inference="protein motif:ScanRegExp:PS01105 RIBOSOMAL_L35AE InterPro:IPR001780 Ribosomal protein L35Ae GO:Molecular Function:structural constituent of ribosome (GO:0003735), Cellular Component:intracellular (GO:0005622), Cellular Component:ribosome (GO:0005840), Biological Process:protein biosynthesis (GO:0006412)" /codon_start=1 /transl_table=11 /product="LSU ribosomal protein L35AE (rpl35AE)" /protein_id="ACS33895.1" /translation="MRRKALILAYAGSHEHRHNHHMILKPIGVEDRAGASALIGRKVV WRTPTGRKMFGKILRVHGNRGEVKAYFKPGLPGQALGDYVEIL" gene 1310777..1311358 /locus_tag="TGAM_1394" /note="tg1394" CDS 1310777..1311358 /locus_tag="TGAM_1394" /inference="protein motif:Gene3D:G3D.3.60.21.10 no description" /inference="protein motif:HMMPfam:PF00149 Metallophos InterPro:IPR004843 Metallophosphoesterase GO:Molecular Function:hydrolase activity (GO:0016787)" /inference="protein motif:superfamily:SSF56300 Metallo-dependent phosphatases" /codon_start=1 /transl_table=11 /product="Metal-dependent phosphoesterase, putative" /protein_id="ACS33896.1" /translation="MLPMLGFLRRRKLRKLRQNSGETLVMHIGDTPERVYPFLKGLIG EARPDVIIHTGDLVDNIKLERRPDLKPAYEAGLRKLARILKGSRAKLYIVPGNEDDPE LLRRFFGESVVEPGSIVEICRKTFALGHCWRDVADKEADFKLYGHNFKAIPRGLNAVL GVNFIFLPSGRVVKVDYPVGTDTARGYRLWRGL" gene 1311358..1312353 /locus_tag="TGAM_1395" /note="tg1395" CDS 1311358..1312353 /locus_tag="TGAM_1395" /experiment="gene product confirmed by mass spectrometry" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein" /protein_id="ACS33897.1" /translation="MRLLRFGPSIIFLRTPHREAVESAIEELFGVEKTPTDIAIKESS EFETVLFVTDEWKKETIPPESAFLIRCHAPAVLSRIINANLPVEKVHVESAIIFLRVP DRVGEGLKLIAEKYNGEVMDIRTALDEGEAMDTIIGLTRKKLNSPIGPEDVEGAVLVR RDFLSVYRELLMDTPLLLLKLMPEWNEMTIKLYDTAKRYEENIERLMLVIEDLDLGFI VGEGWDWDYPRPFMRVPVYKLKLLTWEDPLRVKFLLKGLEYRGYKRLCDIDVFVEGKK IDWVKLGKFDSKFELAKTAREELEKLLSEDVRRRLHEIEEKLLGDTREEGEVKAS" gene complement(1312340..1313269) /locus_tag="TGAM_1396" /note="tg1396" CDS complement(1312340..1313269) /locus_tag="TGAM_1396" /inference="protein motif:BlastProDom:PD005242 Q9V0L5_PYRAB_Q9V0L5; InterPro:IPR006174 rRNA subunit methyltransferase" /inference="protein motif:CDD:Nol1_Nop2_Sun, NOL1/NOP2/sun family" /inference="protein motif:CDD:Sun, tRNA and rRNA cytosine-C5-methylases [Translation, ribosomal structure and biogenesis]" /inference="protein motif:COG:COG0144 tRNA and rRNA cytosine-C5-methylases; J Translation, ribosomal structure and biogenesis" /inference="protein motif:Gene3D:G3D.3.40.50.150 no description" /inference="protein motif:HMMPanther:PTHR11078 NOL1/NOP2/FMU(SUN) FAMILY/METHYLTRANSFERASE-RELATED" /inference="protein motif:HMMPanther:PTHR11078:SF1 NOL1/NOP2/FMU(SUN) FAMILY" /inference="protein motif:HMMPfam:PF01189 Nol1_Nop2_Fmu InterPro:IPR001678 Bacterial Fmu (Sun)/eukaryotic nucleolar NOL1/Nop2p" /inference="protein motif:HMMTigr:TIGR00446 nop2p:NOL1/NOP2/sun family putative RNA met InterPro:IPR011023 Nop2p" /inference="protein motif:ProfileScan:PS50193 SAM_BIND InterPro:IPR000051 SAM (and some other nucleotide) binding motif GO:Molecular Function:S-adenosylmethionine-dependent methyltransferase activity (GO:0008757)" /inference="protein motif:ScanRegExp:PS01153 NOL1_NOP2_SUN InterPro:IPR001678 Bacterial Fmu (Sun)/eukaryotic nucleolar NOL1/Nop2p" /inference="protein motif:superfamily:SSF53335 S-adenosyl-L-methionine-dependent methyltransferases" /codon_start=1 /transl_table=11 /product="SAM-dependent tRNA/rRNA cytosine-C5 methylase" /protein_id="ACS33898.1" /translation="MLEKLFSLGYSKTFAERYYELWGERALSIAEAMEKPLPRCFRVN TLRIEIPKLTKLLNKKGFQFRRIPWAREGFCLTREPFSITSTPEYLSGLLYIQEASSM YPPVALEPKPGEVVADMAAAPGGKTSYLAQLMENEGIIYAFDVGEERLKETRLNLSRL GVTNTVLFHRSSLYIDELGVEFDKILLDAPCTGSGTIHKNPERKANRTIEDVKFCQNL QMKMLEKGLSVLRKGGILVYSTCSLEPEENEFVIQWVLDNFDVELLPLRYGEPALTRP FGIELSEEIKKARRFYPDRHGTSGFFVAKLRKL" gene complement(1313370..1315568) /gene="fusA" /locus_tag="TGAM_1397" /note="tg1397" CDS complement(1313370..1315568) /gene="fusA" /locus_tag="TGAM_1397" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:COG:COG0480 Translation elongation factors (GTPases); J Translation, ribosomal structure and biogenesis" /inference="protein motif:FPrintScan:PR00315 ELONGATNFCT InterPro:IPR000795 Protein synthesis factor, GTP-binding GO:Molecular Function:GTP binding (GO:0005525), Biological Process:protein biosynthesis (GO:0006412)" /inference="protein motif:Gene3D:G3D.2.20.29.10 no description" /inference="protein motif:Gene3D:G3D.3.30.230.10 no description" /inference="protein motif:Gene3D:G3D.3.30.70.240 no description InterPro:IPR000640 Elongation factor G, C-terminal GO:Molecular Function:GTP binding (GO:0005525)" /inference="protein motif:Gene3D:G3D.3.40.50.300 no description" /inference="protein motif:HMMPanther:PTHR11713 TRANSLATION ELONGATION FACTOR 2-RELATED" /inference="protein motif:HMMPanther:PTHR11713:SF19 ELONGATION FACTOR 2 InterPro:IPR004543 Translation elongation factor aEF-2 GO:Molecular Function:translation elongation factor activity (GO:0003746), Molecular Function:GTP binding (GO:0005525), Cellular Component:cytoplasm (GO:0005737), Biological Process:translational elongation (GO:0006414)" /inference="protein motif:HMMPfam:PF00009 GTP_EFTU InterPro:IPR000795 Protein synthesis factor, GTP-binding GO:Molecular Function:GTP binding (GO:0005525), Biological Process:protein biosynthesis (GO:0006412)" /inference="protein motif:HMMPfam:PF00679 EFG_C InterPro:IPR000640 Elongation factor G, C-terminal GO:Molecular Function:GTP binding (GO:0005525)" /inference="protein motif:HMMPfam:PF03144 GTP_EFTU_D2 InterPro:IPR004161 Elongation factor Tu, domain 2 GO:Molecular Function:GTP binding (GO:0005525)" /inference="protein motif:HMMPfam:PF03764 EFG_IV InterPro:IPR005517 Elongation factor G, domain IV GO:Molecular Function:GTP binding (GO:0005525)" /inference="protein motif:HMMTigr:TIGR00231 small_GTP:small GTP-binding protein domain InterPro:IPR005225 Small GTP-binding protein domain GO:Molecular Function:GTP binding (GO:0005525)" /inference="protein motif:HMMTigr:TIGR00490 aEF-2:translation elongation factor aEF-2 InterPro:IPR004543 Translation elongation factor aEF-2 GO:Molecular Function:translation elongation factor activity (GO:0003746), Molecular Function:GTP binding (GO:0005525), Cellular Component:cytoplasm (GO:0005737), Biological Process:translational elongation (GO:0006414)" /inference="protein motif:ScanRegExp:PS00301 EFACTOR_GTP InterPro:IPR000795 Protein synthesis factor, GTP-binding GO:Molecular Function:GTP binding (GO:0005525), Biological Process:protein biosynthesis (GO:0006412)" /inference="protein motif:superfamily:SSF52540 P-loop containing nucleoside triphosphate hydrolases" /inference="protein motif:superfamily:SSF54211 Ribosomal protein S5 domain 2-like" /inference="protein motif:superfamily:SSF54980 InterPro:IPR009022 Elongation factor G, III and V" /codon_start=1 /transl_table=11 /product="Translation elongation factor EF-2 (fusA)" /protein_id="ACS33899.1" /translation="MGRREEMIAKIKELMTQPERIRNMGIAAHIDHGKTTLSDNLLAG AGMISEELAGKQLVLDFDEQEQARGITINAANVSMVHNYEGQDYLINLIDTPGHVDFG GDVTRAMRAIDGAIIVVDAVEGVMPQTETVLRQALREYVKPVLFINKVDRLIKELKLG PNEILQRFAKIITDVNRLIKRYAPEEFKSQWMVKVEDGSVAFGSAYYNWALSVPFMKK TGVSFKDIVELTNKGDLKGLRQKAPLHVVVLDMVVRHLPNPLEAQKYRIPHLWRGDIN SDVGQAMLKCDPKGKMVMVVTKIILDKHAGEVATGRVWSGTVKTGQEVYLINSKRKAR IQQVGIYMGPERINMEAVPAGNIVAVTGLRDAMAGETVSVEKIEPFEALHYTSEPVVT VAIEAKNVKDLPKLIEALRQLAKEDPTLHVKIDEETGQHLLSGMGELHLEVKLYRLKT EWKLDVDVSPPIVVYRESVTKKSPIVEGKSPNKHNRFYITVEPMPDEIYEAIREGIIP EGRPKNPKEVAKKLAELGMDYELAKGIVDVYNGNMFFDNTKGIQYLNEVMDLLVDGFH MAMDEGPLAKEPVMKVIVRLHDAKIHEDNVHRGPAQIYPAIRTAIHCAMMKAGPVLYE PYQKVIINIPYEYMGAVSRELNQRRGQLIDMRQEGEVMIIIGEAPVAEMFGFAGAIRG ATSGKALWTTEHAGFKRVPNELAQQIIRQIRQRKGLDPNPPTEKDVCPQQ" gene complement(1315662..1316741) /locus_tag="TGAM_1398" /note="tg1398" CDS complement(1315662..1316741) /locus_tag="TGAM_1398" /inference="protein motif:CDD:COG1078, HD superfamily phosphohydrolases [General function prediction only]" /inference="protein motif:COG:COG1078 HD superfamily phosphohydrolases; R General function prediction only" /inference="protein motif:HMMPanther:PTHR11373 INTERFERON-GAMMA INDUCIBLE PROTEIN-RELATED" /inference="protein motif:HMMPanther:PTHR11373:SF15 DGTP TRIPHOSPHOHYDROLASE" /inference="protein motif:HMMPfam:PF01966 HD InterPro:IPR006674 Metal-dependent phosphohydrolase, HD subdomain" /inference="protein motif:HMMSmart:SM00471 no description InterPro:IPR003607 Metal-dependent phosphohydrolase, HD region GO:Molecular Function:catalytic activity (GO:0003824)" /codon_start=1 /transl_table=11 /product="Metal-dependent phosphohydrolase, HD superfamily" /protein_id="ACS33900.1" /translation="MKLVHGPVHGTIELDDFAVELVDTPEFQRLRRITQLGFVFLAYP TARHTRFEHSLGTFHLARKLVDHNPDVERGVIYAALLHDLGQYPFSHTLEAIYPRHEE NTAWFIKNGEVRDIIEESYSIGEFLRFLKHPVVSGDIDADRMDYLIRDAYYTGVAYGL VDLDRLIRNLHWDGERLVVLEKGIMAAQNLLLARSMMYPTVYLHHVSRIAGAMLVEAV KLEGIPLDEIRLMDEIDLVARLRTSDKPEVRGLIRAIDSRKLYKRVIWSSEPLERDLL EELRRELEAEFGHLALLDYPPKPKFEEKNAFVLVEGKLRRLSDVSPLVRSLFELKDTY WRWGVYAENSEVERVRRLVSRLLVF" gene complement(1316752..1317015) /locus_tag="TGAM_1399" /note="tg1399" CDS complement(1316752..1317015) /locus_tag="TGAM_1399" /inference="protein motif:COG:COG2026 Cytotoxic translational repressor of toxin-antitoxin stability system; J Translation, ribosomal structure and biogenesis" /inference="protein motif:HMMPfam:PF05016 Plasmid_stabil InterPro:IPR007712 Plasmid stabilization system" /codon_start=1 /transl_table=11 /product="Plasmid stabilization system addiction module toxin, RelE/StbE family" /protein_id="ACS33901.1" /translation="MSFENKLLISRKATKELREVPEKERELIKDRISKLAFFPLARLD VQKLRGYENIYRLRVGEYRIIFEYQKRERLIKVLKIGKRENVY" gene complement(1317005..1317190) /locus_tag="TGAM_1400" /note="tg1400" CDS complement(1317005..1317190) /locus_tag="TGAM_1400" /inference="protein motif:ScanRegExp:PS00014 ER_TARGET InterPro:IPR000886 Endoplasmic reticulum targeting sequence" /note="Contains one endoplasmic reticulum targeting sequence signature (PDOC00014)" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein" /protein_id="ACS33902.1" /translation="MMNTLAEIRHRVDELERFLRELIEVNLQLIEEAEPEEWERKAVK ERKKDEFLNWDVIRNEL" gene complement(1317224..1317652) /locus_tag="TGAM_1401" /note="tg1401" CDS complement(1317224..1317652) /locus_tag="TGAM_1401" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:BlastProDom:PD016182 Y636_PYRAB_Q8J2Y1; InterPro:IPR005369 Protein of unknown function UPF0179 GO:Molecular Function:molecular function unknown (GO:0005554)" /inference="protein motif:CDD:UPF0179, Uncharacterized protein family (UPF0179)" /inference="protein motif:COG:COG1860 Uncharacterized protein conserved in archaea; S Function unknown" /inference="protein motif:HMMPfam:PF03684 UPF0179 InterPro:IPR005369 Protein of unknown function UPF0179 GO:Molecular Function:molecular function unknown (GO:0005554)" /inference="protein motif:HMMPIR:PIRSF006595 Uncharacterised conserved protein InterPro:IPR005369 Protein of unknown function UPF0179 GO:Molecular Function:molecular function unknown (GO:0005554)" /note="Belongs to UPF0179 family" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein" /protein_id="ACS33903.1" /translation="MVITLVGEKLAKPGLEFIYYGPAEPCKSCRLARVCVGNLEPGRR YKIVKVRNIEHSCPLHEGKVRVVEVVEPAIEILVDPRTAIVGSKVTLKFVDCPDPEKA DLVKPEGLFEGDTVKILEILDDVECSGRRYKLVRVVREKE" gene complement(1317687..1318736) /gene="egsA" /locus_tag="TGAM_1402" /note="tg1402" CDS complement(1317687..1318736) /gene="egsA" /locus_tag="TGAM_1402" /EC_number="1.1.1.261" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:AroB, 3-dehydroquinate synthetase [Amino acid transport and metabolism]" /inference="protein motif:CDD:DHQ_synthase, 3-dehydroquinate synthase" /inference="protein motif:CDD:EutG, Alcohol dehydrogenase, class IV [Energy production and conversion]" /inference="protein motif:CDD:Fe-ADH, Iron-containing alcohol dehydrogenase" /inference="protein motif:CDD:GldA, Glycerol dehydrogenase and related enzymes [Energy production and conversion]" /inference="protein motif:COG:COG0371 Glycerol dehydrogenase and related enzymes; C Energy production and conversion" /inference="protein motif:Gene3D:G3D.1.20.1090.10 no description" /inference="protein motif:Gene3D:G3D.3.40.50.1970 no description" /inference="protein motif:HMMPanther:PTHR11496 ALCOHOL DEHYDROGENASE-RELATED" /inference="protein motif:HMMPfam:PF01761 DHQ_synthase InterPro:IPR002658 3-dehydroquinate synthase AroB GO:Molecular Function:3-dehydroquinate synthase activity (GO:0003856), Biological Process:aromatic amino acid family biosynthesis (GO:0009073)" /inference="protein motif:superfamily:SSF56796 Dehydroquinate synthase-like" /codon_start=1 /transl_table=11 /product="Glycerol-1-phosphate dehydrogenase [NAD(P)] (egsA)" /protein_id="ACS33904.1" /translation="MKKVHLMELPREVLLGENLAGETVSVAKRLKLGRRVLVLYGPKT KEIAGGEVEENLSREFEASGVVVRGATMEEVERVIAIARETSADWMIAVGGGSIIDVA KLSSYRVGIPFVSFPTTASHDGIASANASIKDLGSKTSVKARPPIAVIADVSVIKTAP YRYLAAGVGDIISNLTAVKDWQLAHRIRGEYYSEYAASLSLMSAKMVIKNADIIRLGN EESVRKVIKGLISSGVAMSIAGSSRPASGAEHLFSHALDMLAPKPALHGEQCGVGTII MAYLHGLKWERVRETLKRVGAPTNAYELGIDPEIIIKALTIAHTIRPERYTILGKEGL TWEAAEKAAKITGVI" gene 1318879..1319697 /locus_tag="TGAM_1403" /note="tg1403" CDS 1318879..1319697 /locus_tag="TGAM_1403" /inference="protein motif:CDD:COG1967, Predicted membrane protein [Function unknown]" /inference="protein motif:CDD:DUF63, Membrane protein of unknown function DUF63" /inference="protein motif:COG:COG1967 Predicted membrane protein; S Function unknown" /inference="protein motif:HMMPfam:PF01889 DUF63 InterPro:IPR002749 Protein of unknown function DUF63" /note="Belongs to DUF63 family; 5 probable transmembrane helices predicted by modhmm" /codon_start=1 /transl_table=11 /product="Predicted membrane protein" /protein_id="ACS33905.1" /translation="MGLQEFFQRYFVDPIKYNQGYNPVNTLVYAIILGIAVLLLYRFL KRLGVKVDERFFVALMPYIFLGPLMRAMTDVGMLPRTYLTVSPGGYFVIAAFAIASLL VVWRHVGTGEKLYPLYRDVGFLLVGGLLFILIINLDKVNFRWEYFKYFIPSLLVAEAF IWTLSRKFELIRNNRLLFYTHFYDATTTFVGIQFFGYWEQHVLARTLIDLTGTAAVMY LEKLIILLPIVWILDVEMKDEDPDLINFVKLAMFILGFGPGTRNLLITLMGVGR" gene 1319694..1320479 /gene="suhB" /locus_tag="TGAM_1404" /note="tg1404" CDS 1319694..1320479 /gene="suhB" /locus_tag="TGAM_1404" /EC_number="3.1.3.25" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:BlastProDom:PD023420 Q8TZH9_PYRFU_Q8TZH9; InterPro:IPR000760 Inositol monophosphatase GO:Molecular Function:inositol or phosphatidylinositol phosphatase activity (GO:0004437)" /inference="protein motif:CDD:Arch_FBPase_1, Archaeal fructose-1,6-bisphosphatase and related enzymes of inositol monophosphatase family (FBPase class IV)" /inference="protein motif:CDD:Arch_FBPase_2, Putative fructose-1,6-bisphosphatase or related enzymes of inositol monophosphatase family" /inference="protein motif:CDD:Bacterial_IMPase_like_1, Predominantly bacterial family of Mg++ dependend phosphatases, related to inositol monophosphatases" /inference="protein motif:CDD:Bacterial_IMPase_like_2, Bacterial family of Mg++ dependent phosphatases, related to inositol monophosphatases" /inference="protein motif:CDD:CysQ, 3'-Phosphoadenosine 5'-phosphosulfate (PAPS) 3'-phosphatase [Inorganic ion transport and metabolism]" /inference="protein motif:CDD:CysQ, CysQ, a 3'-Phosphoadenosine-5'-phosphosulfate (PAPS) 3'-phosphatase, is a bacterial member of the inositol monophosphatase family" /inference="protein motif:CDD:FIG, FIG, FBPase/IMPase/glpX-like domain" /inference="protein motif:CDD:IMPase, IMPase, inositol monophosphatase and related domains" /inference="protein motif:CDD:IMPase_like, Inositol-monophosphatase-like domains" /inference="protein motif:CDD:Inositol_P, Inositol monophosphatase family" /inference="protein motif:CDD:PAP_phosphatase, PAP-phosphatase_like domains" /inference="protein motif:CDD:SuhB, Archaeal fructose-1,6-bisphosphatase and related enzymes of inositol monophosphatase family [Carbohydrate transport and metabolism]" /inference="protein motif:COG:COG0483 Archaeal fructose-1,6-bisphosphatase and related enzymes of inositol monophosphatase family; G Carbohydrate transport and metabolism" /inference="protein motif:FPrintScan:PR00378 INOSPHPHTASE InterPro:IPR000760 Inositol monophosphatase GO:Molecular Function:inositol or phosphatidylinositol phosphatase activity (GO:0004437)" /inference="protein motif:Gene3D:G3D.3.30.540.10 no description" /inference="protein motif:Gene3D:G3D.3.40.190.80 no description" /inference="protein motif:HMMPanther:PTHR11955 INOSITOL MONOPHOSPHATASE-RELATED" /inference="protein motif:HMMPanther:PTHR11955:SF27 INOSITOL MONOPHOSPHATASE-RELATED" /inference="protein motif:HMMPfam:PF00459 Inositol_P InterPro:IPR000760 Inositol monophosphatase GO:Molecular Function:inositol or phosphatidylinositol phosphatase activity (GO:0004437)" /inference="protein motif:superfamily:SSF56655 Carbohydrate phosphatase" /note="1 probable transmembrane helix predicted by modhmm" /codon_start=1 /transl_table=11 /product="Inositol-1-monophosphatase (suhB)" /protein_id="ACS33906.1" /translation="MTDPSEVIWNEVVFSLAKDLEKVVMPIFGKPKAGETVGTNVSGD VTKYVDKVAEEMVLERLKILGINVVSEEVGTIDVGSEYTAVVDPIDGSYNFAAGIPIF AFSFALFRRRKPVYAALYEFTTGNYYEAIPGNGAFMNGRPIKVQQVPASRAAISFYTR GRGVGLISRVKRVRVLGAIAVELAYLARGTLQGVVDIRNYVRPTDVAAGVMLVREAGG LVVDDSGKDIDVHLSAEEKMNLIAVSDQELLRIILEEVNGSGS" gene 1320469..1321092 /locus_tag="TGAM_1405" /note="tg1405" CDS 1320469..1321092 /locus_tag="TGAM_1405" /inference="protein motif:CDD:GlpG, Uncharacterized membrane protein (homolog of Drosophila rhomboid) [General function prediction only]" /inference="protein motif:CDD:Rhomboid, Rhomboid family" /inference="protein motif:COG:COG0705 Uncharacterized membrane protein (homolog of Drosophila rhomboid); R General function prediction only" /inference="protein motif:HMMPfam:PF01694 Rhomboid InterPro:IPR002610 Rhomboid-like protein" /note="6 probable transmembrane helices predicted by modhmm" /codon_start=1 /transl_table=11 /product="Peptidase, putative, Rhomboid-like protein protein" /protein_id="ACS33907.1" /translation="MGVEDLVKAVRYAWLTYTLAFINVAVYLYELHLSDSIAGPSVYA LLKLALVNVLVTQHHEWWRLFTAMFVHLSWIHLAMNTFFLIYLGSQLELFVGRWRYLI LYITAGLFGNVLSVALMDPYTISGGASGALFGIAGALIMIEGILKKNIQSALANAFFL FLINSWMPHVNAIAHLGGLLVGIAFGYIYGNYVKERMMRMLYWDEFY" gene 1321102..1321776 /gene="upp" /locus_tag="TGAM_1406" /note="tg1406" CDS 1321102..1321776 /gene="upp" /locus_tag="TGAM_1406" /EC_number="2.4.2.9" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:Upp, Uracil phosphoribosyltransferase [Nucleotide transport and metabolism]" /inference="protein motif:COG:COG0035 Uracil phosphoribosyltransferase; F Nucleotide transport and metabolism" /inference="protein motif:Gene3D:G3D.3.40.50.2020 no description" /inference="protein motif:HMMPanther:PTHR10285 URACIL PHOSPHORIBOSYLTRANSFERASE" /inference="protein motif:HMMPanther:PTHR10285:SF1 URACIL PHOSPHORIBOSYLTRANSFERASE" /inference="protein motif:HMMPfam:PF00156 Pribosyltran InterPro:IPR000836 Phosphoribosyltransferase GO:Biological Process:nucleoside metabolism (GO:0009116)" /inference="protein motif:HMMTigr:TIGR01091 upp:uracil phosphoribosyltransferase InterPro:IPR005765 Uracil phosphoribosyl transferase GO:Molecular Function:uracil phosphoribosyltransferase activity (GO:0004845), Biological Process:uracil salvage (GO:0006223)" /inference="protein motif:superfamily:SSF53271 PRTase-like" /codon_start=1 /transl_table=11 /product="Uracil phosphoribosyltransferase (upp)" /protein_id="ACS33908.1" /translation="MRRDERWDGVYSFEDSPFIMEILTELRDKNTDSIAFRKGLVKLG RYMGYELTKTMDVEEIEVETPLEKTRGILVKDRRNVVIITVLRAAIPLMEGLIKVFEH ARVGIVSASRGKAPKFEIEMNYIKIPTVKPDDTVIVADPMIATGSTLIRVLKEVSKYG RPKRLIILGVLAAPEGISRIKEAFPEAEIFVAKVDRELNEKGYILPGLGDAGDRAFGA PLKSPR" gene 1321909..1322649 /locus_tag="TGAM_1407" /note="tg1407" CDS 1321909..1322649 /locus_tag="TGAM_1407" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:BlastProDom:PD008324 Q8U3R3_PYRFU_Q8U3R3; InterPro:IPR002743 Protein of unknown function DUF57" /inference="protein motif:CDD:COG1583, Uncharacterized protein predicted to be involved in DNA repair (RAMP superfamily) [DNA replication, recombination, and repair]" /inference="protein motif:CDD:DUF57, Protein of unknown function DUF57" /inference="protein motif:COG:COG1583 Uncharacterized protein predicted to be involved in DNA repair (RAMP superfamily); L Replication, recombination and repair" /inference="protein motif:HMMPfam:PF01881 DUF57 InterPro:IPR002743 Protein of unknown function DUF57" /inference="protein motif:HMMTigr:TIGR01877 cas_cas6:CRISPR-associated protein Cas6 InterPro:IPR010156 CRISPR-associated protein, TM1814" /inference="protein motif:superfamily:SSF47113 Histone-fold InterPro:IPR009072 Histone-fold" /note="See TIGR01877" /codon_start=1 /transl_table=11 /product="CRISPR-associated protein Cas6" /protein_id="ACS33909.1" /translation="MRIEIRLRPVGDDPILPFNYNYEVYRQIVEKISLISPRLAQEVE VSHVDHFTFSRILVRKRELIPESGIRILSETVSLYVSSHSPEVIGAIVEGFMASPSIR IGETDFVAEDVKPLKEPRIKDGTLFSTLSPIIVRTVKISNNRMKIWDLYPNEPTFFDK LRKVMLLRYSELYGSTPEDSAFKIEVIKFKPVRILVADTYYRGSLMIFRYWGSREIAK FGYDLGFGEKTKYGFGMVKVIDEGTEEK" gene 1322721..1323914 /locus_tag="TGAM_1408" /note="tg1408" CDS 1322721..1323914 /locus_tag="TGAM_1408" /inference="protein motif:CDD:AAA, ATPase family associated with various cellular activities (AAA)" /inference="protein motif:CDD:AAA, ATPases associated with a variety of cellular activities; AAA - ATPases associated with a variety of cellular activities" /inference="protein motif:CDD:COG1223, Predicted ATPase (AAA+ superfamily) [General function prediction only]" /inference="protein motif:CDD:HflB, ATP-dependent Zn proteases [Posttranslational modification, protein turnover, chaperones]" /inference="protein motif:CDD:RPT1, ATP-dependent 26S proteasome regulatory subunit [Posttranslational modification, protein turnover, chaperones]" /inference="protein motif:CDD:SpoVK, ATPases of the AAA+ class [Posttranslational modification, protein turnover, chaperones]" /inference="protein motif:COG:COG1222 ATP-dependent 26S proteasome regulatory subunit; O Posttranslational modification, protein turnover, chaperones" /inference="protein motif:Gene3D:G3D.3.40.50.300 no description" /inference="protein motif:HMMPanther:PTHR11603 AAA-FAMILY ATPASE-RELATED" /inference="protein motif:HMMPanther:PTHR11603:SF81 AAA-FAMILY ATPASE" /inference="protein motif:HMMPfam:PF00004 AAA InterPro:IPR003959 AAA ATPase, central region GO:Molecular Function:ATP binding (GO:0005524)" /inference="protein motif:HMMSmart:SM00382 no description InterPro:IPR003593 AAA ATPase GO:Molecular Function:nucleotide binding (GO:0000166), Molecular Function:nucleoside-triphosphatase activity (GO:0017111)" /inference="protein motif:HMMTigr:TIGR01242 26Sp45:26S proteasome subunit P45 family InterPro:IPR005937 26S proteasome subunit P45 GO:Cellular Component:nucleus (GO:0005634), Cellular Component:cytoplasm (GO:0005737), Molecular Function:hydrolase activity (GO:0016787), Biological Process:protein catabolism (GO:0030163)" /inference="protein motif:ScanRegExp:PS00674 AAA InterPro:IPR003960 AAA-protein subdomain GO:Molecular Function:ATP binding (GO:0005524)" /inference="protein motif:superfamily:SSF46579 Prefoldin InterPro:IPR009053 Prefoldin" /inference="protein motif:superfamily:SSF52540 P-loop containing nucleoside triphosphate hydrolases" /codon_start=1 /transl_table=11 /product="ATP-dependent 26S proteasome regulatory subunit P45 family" /protein_id="ACS33910.1" /translation="MGSFDEVSHDTGYEDYITFLKRRIRQLELQVRTLEADKERLERE LSRLRTEMSRLRQPPAFAGTVIEVLDDDRAIVQNYNGPRFVVRIAPWIERDKLKPGSR VALDQRTMAIVELLPTEKDPSVLGFEVIEKPRVTYQDIGGLERQLAELREAVELPLKH PELFEKVGIEPPKGVLLYGPPGCGKTLMAKAVANHVNATFIRVVGSELVRKFIGEGAR LVHELFEMAKEKAPTIIFIDEIDAIGAKRMDETTGGEREVNRTLMQLLAEMDGFDPRG NVKVIAATNRPDILDPALLRPGRFDRLIEVPLPDFRGRLEILKVHTRKMNLRNVDLSI IADITEGASGADLKAIATEAGMFAIRDRRTYVTQEDFLKAVDKVLGAEKRLAQAIAMH EVMYG" gene 1324048..1324524 /locus_tag="TGAM_1409" /note="tg1409" CDS 1324048..1324524 /locus_tag="TGAM_1409" /codon_start=1 /transl_table=11 /product="Hypothetical protein" /protein_id="ACS33911.1" /translation="MNRISTKEFLQRDSDPDQLARKGGQPLRELQWVLYRKHRQGFQQ QDNSDDNSQEGARTTHIKVLVKRKFANGLYIEVMPPYQGKVEISEAFDQEGVGYLVQV HPEGNSGEGTYGMAFIDLTSEKSIKMKITVEVQYGFRRYRGTFSAVILDPLFKPLA" gene 1324604..1325536 /locus_tag="TGAM_1410" /note="tg1410" CDS 1324604..1325536 /locus_tag="TGAM_1410" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:BlastProDom:PD000001 Q8G5T5_BIFLO_Q8G5T5; InterPro:IPR000719 Protein kinase GO:Molecular Function:protein kinase activity (GO:0004672), Molecular Function:ATP binding (GO:0005524), Biological Process:protein amino acid phosphorylation (GO:0006468)" /inference="protein motif:CDD:COG0478, RIO-like serine/threonine protein kinase fused to N-terminal HTH domain [Signal transduction mechanisms]" /inference="protein motif:CDD:RIO, RIO-like kinase" /inference="protein motif:CDD:RIO1, RIO1 family" /inference="protein motif:CDD:RIO1, Serine/threonine protein kinase involved in cell cycle control [Signal transduction mechanisms / Cell division and chromosome partitioning]" /inference="protein motif:COG:COG0478 RIO-like serine/threonine protein kinase fused to N-terminal HTH domain; T Signal transduction mechanisms" /inference="protein motif:Gene3D:G3D.1.10.10.10 no description InterPro:IPR011991 Winged helix repressor DNA-binding" /inference="protein motif:Gene3D:G3D.1.10.510.10 no description" /inference="protein motif:HMMPanther:PTHR13996 RIO KINASE-RELATED" /inference="protein motif:HMMPanther:PTHR13996:SF1 RIO KINASE-RELATED" /inference="protein motif:HMMPfam:PF01163 RIO1 InterPro:IPR000687 Protein of unknown function RIO1 GO:Molecular Function:molecular function unknown (GO:0005554)" /inference="protein motif:HMMSmart:SM00090 no description InterPro:IPR000687 Protein of unknown function RIO1 GO:Molecular Function:molecular function unknown (GO:0005554)" /inference="protein motif:ProfileScan:PS50011 PROTEIN_KINASE_DOM InterPro:IPR000719 Protein kinase GO:Molecular Function:protein kinase activity (GO:0004672), Molecular Function:ATP binding (GO:0005524), Biological Process:protein amino acid phosphorylation (GO:0006468)" /inference="protein motif:ScanRegExp:PS00109 PROTEIN_KINASE_TYR InterPro:IPR008266 Tyrosine protein kinase, active site GO:Molecular Function:protein-tyrosine kinase activity (GO:0004713), Molecular Function:ATP binding (GO:0005524), Biological Process:protein amino acid phosphorylation (GO:0006468)" /inference="protein motif:superfamily:SSF46785 'Winged helix' DNA-binding domain" /inference="protein motif:superfamily:SSF56112 Protein kinase-like (PK-like) InterPro:IPR011009 Protein kinase-like" /codon_start=1 /transl_table=11 /product="Serine/threonine protein kinase, RIO-like protein" /protein_id="ACS33912.1" /translation="MVSKLLALEAYPSLRDLDFRILRGVELNMRHHKWVPLEDIARFA RVDVETASFRLGKLDDMSLVRRRSDIGYIGYQLTIHGYDVLAIRALARKGVVEAISTT QIGVGKDADVYVGITPTGEKVAVKFNRIGGRTASRRAGYHSHVFADKHHTSWLYVSRL IAKKEYDALVLLSPIARVPKPIAWNRHVLVMEFVEGTELAELRDDDLTKEEATEVLDR ILEEYLKIVRFGIVHSDLSEFNVVLTDDGILIIDWAQHLTTAHPESYELLKRDLTVII NAFRRRWRVERSFDEIWPSFEEAWHESRGEGYGN" gene 1325526..1326023 /locus_tag="TGAM_1411" /note="tg1411" CDS 1325526..1326023 /locus_tag="TGAM_1411" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:Gene3D:G3D.1.25.40.10 no description InterPro:IPR011990 Tetratricopeptide-like helical GO:Molecular Function:binding (GO:0005488)" /inference="protein motif:superfamily:SSF48452 TPR-like" /note="Contains 1 TPR-like domain" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein" /protein_id="ACS33913.1" /translation="MAIKYEPLNRRERIVKLFREAIEAENRNDFETAKRKLDEILHES LDVEPEFYFEACFRLADIFLQEDNYRGAVKCAIRGTVRAPNENLYRLGVKRLGDILAV IKEAGKLGELENDPESFIRQADEDEELKAFVRAILNVIQGKKVEEKFSVREMEEVISL LEGLK" gene complement(1325995..1326927) /locus_tag="TGAM_1412" /note="tg1412" CDS complement(1325995..1326927) /locus_tag="TGAM_1412" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:BioB, Biotin synthase and related enzymes [Coenzyme metabolism]" /inference="protein motif:CDD:COG2516, Biotin synthase-related enzyme [General function prediction only]" /inference="protein motif:CDD:Elp3, Elongator protein 3, MiaB family, Radical SAM; This superfamily contains MoaA, NifB, PqqE, coproporphyrinogen III oxidase, biotin synthase and MiaB families, and includes a representative in the eukaryotic elongator subunit, Elp-3" /inference="protein motif:CDD:Radical_SAM, Radical SAM superfamily" /inference="protein motif:COG:COG2516 Biotin synthase-related enzyme; R General function prediction only" /inference="protein motif:HMMPfam:PF04055 Radical_SAM InterPro:IPR007197 Radical SAM GO:Molecular Function:catalytic activity (GO:0003824), Molecular Function:iron ion binding (GO:0005506)" /inference="protein motif:HMMSmart:SM00729 no description InterPro:IPR006638 Elongator protein 3/MiaB/NifB" /inference="protein motif:superfamily:SSF51395 FMN-linked oxidoreductases" /codon_start=1 /transl_table=11 /product="Biotin synthase related protein" /protein_id="ACS33914.1" /translation="MLVRVSYGTAIAMGLIRAKLLARPTTAYLMTYWPGKCANDCAFC AQARSSKADLAKLSRVTWPAFELEKVVQALPNGRFGRICLQTIDYPGMLDDVLALLRA LKPLSLPVSVSITPVDNATLEEFKGLGVDYVGVGLDVASERLFGEIKPDFEWDEMWGF AERIVEVLGPGKALIHVIVGLGETDRELVEVFERAYSIGADVSLFAFTPLKGTRLENL EPPSVERYRKVQLARWLIERDLGDRILFEGESIAGFDLEDIEVPPAVFATHGCPACNR PYYNERPGGELYNFPFPPEERYVKKIISALQGER" gene complement(1326917..1328086) /locus_tag="TGAM_1413" /note="tg1413" CDS complement(1326917..1328086) /locus_tag="TGAM_1413" /inference="protein motif:CDD:AraJ, Arabinose efflux permease [Carbohydrate transport and metabolism]" /inference="protein motif:CDD:DUF894, Bacterial protein of unknown function (DUF894)" /inference="protein motif:COG:COG0477 Permeases of the major facilitator superfamily; G Carbohydrate transport and metabolism" /inference="protein motif:FPrintScan:PR01035 TCRTETA InterPro:IPR001958 Tetracycline resistance protein GO:Molecular Function:tetracycline:hydrogen antiporter activity (GO:0015520), Biological Process:tetracycline transport (GO:0015904), Cellular Component:integral to membrane (GO:0016021)" /inference="protein motif:HMMPanther:PTHR10074 DRUG EFFLUX TRANSPORTER-RELATED" /inference="protein motif:HMMPfam:PF07690 MFS_1 InterPro:IPR011701 Major facilitator superfamily MFS_1" /inference="protein motif:ProfileScan:PS50850 MFS InterPro:IPR007114 Major facilitator superfamily GO:Molecular Function:transporter activity (GO:0005215), Biological Process:transport (GO:0006810), Cellular Component:integral to membrane (GO:0016021)" /note="12 probable transmembrane helices predicted by modhmm" /codon_start=1 /transl_table=11 /product="Tetracycline resistance protein, putative, major facilitator superfamily" /protein_id="ACS33915.1" /translation="MASMRDVWLLNFSTFFFFLGISVVTPVVSPFLVSLHAEPFLVGL IAGVTSFLALISKPVGGAIGDRGYRFHALVGGNLLGLLSGLLYVVSAITANVYLFAFA RAIHGFSMGLFFPSSLSTAVDLAPEGRVGETLGWRGMMFSLGNILGPAIGGYASDVIG FAGAFALTALFSGVGALFALTAWRGAVEVVRPREHERASYRELLRVTFVSASLTLFLF SMSYAGVITYLPALYKSLSLPQSLFGYYMMVIGIFSFMTRLIGGRSADRHGPLPVITF GLSLLLLGYVLLNLYTLPPRSYVSASLVGAGFGLAVPAMQLMALGNLPRRIRTMGSGI YTMFFDLGMLAGQVSLGYVAQLRGYTGVFPLLPLILGVGFITLYAPIIWGKLNAR" gene complement(1328086..1329006) /gene="asnA" /locus_tag="TGAM_1414" /note="tg1414" CDS complement(1328086..1329006) /gene="asnA" /locus_tag="TGAM_1414" /EC_number="3.5.1.1" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:Asparaginase_2, Asparaginase" /inference="protein motif:COG:COG1446 Asparaginase; E Amino acid transport and metabolism" /inference="protein motif:HMMPanther:PTHR10188 L-ASPARAGINASE-RELATED InterPro:IPR000246 Peptidase T2, asparaginase 2 GO:Molecular Function:asparaginase activity (GO:0004067), Biological Process:glycoprotein catabolism (GO:0006516)" /inference="protein motif:HMMPfam:PF01112 Asparaginase_2 InterPro:IPR000246 Peptidase T2, asparaginase 2 GO:Molecular Function:asparaginase activity (GO:0004067), Biological Process:glycoprotein catabolism (GO:0006516)" /inference="protein motif:superfamily:SSF56235 N-terminal nucleophile aminohydrolases (Ntn hydrolases)" /codon_start=1 /transl_table=11 /product="L-asparaginase (asnA)" /protein_id="ACS33916.1" /translation="MVAIIVHGGAGTIRKEERIPKVIEGVRAAVLAGWRELKRGSALD AVEEAVKALEDNPIFNAGTGSVLTLDGRVEMDAAIMRGKTLEAGAVAGIWGVKNPISV ARKVMEKTDHVLLIGDGAVKFARLLGFEEYDPITEERLKQWEELRKKLIEKGETRHWK KLNELIKEYPEVLRSTVGAVAFDGEEVVAGTSTGGVFLKMFGRVGDTPIIGGGTYANE VAGASCTGLGEVAIKLALAKSATDLVRLGLDAQSASDAAISLATKYFGKDTMGIIMVD ARGNVGFAKNTKHMSYAFMKDGMDEPEAGV" gene complement(1329061..1329930) /locus_tag="TGAM_1415" /note="tg1415" CDS complement(1329061..1329930) /locus_tag="TGAM_1415" /inference="protein motif:COG:COG0697 Permeases of the drug/metabolite transporter (DMT) superfamily; G Carbohydrate transport and metabolism" /inference="protein motif:HMMPfam:PF00892 DUF6 InterPro:IPR000620 Protein of unknown function DUF6, transmembrane GO:Cellular Component:membrane (GO:0016020)" /inference="protein motif:ScanRegExp:PS00962 RIBOSOMAL_S2_1 InterPro:IPR001865 Ribosomal protein S2 GO:Molecular Function:structural constituent of ribosome (GO:0003735), Cellular Component:intracellular (GO:0005622), Cellular Component:ribosome (GO:0005840), Biological Process:protein biosynthesis (GO:0006412)" /note="Contains 1 DUF6 domain; 7 probable transmembrane helices predicted by modhmm" /codon_start=1 /transl_table=11 /product="Membrane protein, putative" /protein_id="ACS33917.1" /translation="MNQLILGVLAALGSAFGWAVSTILLKIGMRSKSPVSVNIIRLYL VSLFYAFTLLLAGKFGEILGAEPKYLLVAFISAQFGFVIGDYFYLNALHRLGVSRTVP ITSTYPLWAVLWAALYLGRKVPIRVYAGAFLIVLAIIIVKRAEDREGSDPLGFVFAIL APVSWSLAITMMDWLTRYFDPLPLAALRMFSAAIGVSFFLPRYWPEVRRVNPRELKIL ALAAFSGLFLGQLLFVYATQTVGSQVSAPVSAINPLITSLLAVLVLKERPNARIWEGL ALAIAGILLISAG" gene complement(1330089..1330829) /locus_tag="TGAM_1416" /note="tg1416" CDS complement(1330089..1330829) /locus_tag="TGAM_1416" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:COG2517, Predicted RNA-binding protein containing a C-terminal EMAP domain [General function prediction only]" /inference="protein motif:CDD:tRNA_bind, Putative tRNA binding domain" /inference="protein motif:CDD:tRNA_bind_bactPheRS, tRNA-binding-domain-containing prokaryotic phenylalanly tRNA synthetase (PheRS) beta chain" /inference="protein motif:CDD:tRNA_bind_EMAP-II_like, tRNA-binding-domain-containing EMAP2-like proteins" /inference="protein motif:CDD:tRNA_bindingDomain, The tRNA binding domain is also known as the Myf domain in literature" /inference="protein motif:COG:COG2517 Predicted RNA-binding protein containing a C-terminal EMAP domain; R General function prediction only" /inference="protein motif:Gene3D:G3D.2.40.50.140 no description InterPro:IPR012340 Nucleic acid-binding, OB-fold, subgroup" /inference="protein motif:HMMPanther:PTHR11586 AMINO ACID TRNA SYNTHETASE" /inference="protein motif:HMMPanther:PTHR11586:SF1 METHIONYL-TRNA SYNTHETASE" /inference="protein motif:HMMPfam:PF01588 tRNA_bind InterPro:IPR002547 t-RNA-binding region GO:Molecular Function:tRNA binding (GO:0000049)" /inference="protein motif:ProfileScan:PS50886 TRBD InterPro:IPR002547 t-RNA-binding region GO:Molecular Function:tRNA binding (GO:0000049)" /inference="protein motif:superfamily:SSF50249 Nucleic acid-binding proteins InterPro:IPR008994 Nucleic acid-binding, OB-fold GO:Molecular Function:nucleic acid binding (GO:0003676)" /codon_start=1 /transl_table=11 /product="tRNA-binding protein, putative" /protein_id="ACS33918.1" /translation="MAVAAMWDTSKDYRLLVAEKATELFLKTVEGAKFKGHWDKKKAI KLGKEMIPEIQAMRYSYIEPKELIETPQMKALKEKALGIIEALGGEDWHHKFISNASK DEREKVEEQVAKIRFFLNTILNLDKRLALGKINDPVIAVDIKVGEVMSVAKHPNADRL LVTNVNIGDRAITVVTNDLTVKEGNRVAVALLPPANFRGIVSEGMFLGAGKGVLKDVK GEIGGLPKGIPLEALNETRNLVEAFLKG" gene complement(1330774..1331868) /locus_tag="TGAM_1417" /note="tg1417" CDS complement(1330774..1331868) /locus_tag="TGAM_1417" /inference="protein motif:Gene3D:G3D.1.25.40.10 no description InterPro:IPR011990 Tetratricopeptide-like helical GO:Molecular Function:binding (GO:0005488)" /inference="protein motif:superfamily:SSF48452 TPR-like" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein" /protein_id="ACS33919.1" /translation="MERIEEYVRRNRVDEAVRLILSEGDGVVKAELLAELLKRVIRLD DYRYVKGELLKCRYEAPDRKTKALILSVIGEALFSSGDEKEGVKFFREAMSVARGIGV ETWRAEALIGVALNLVRAGFYDDALYLFSEAFEAITVLEGEEPEKALRLLRKLADSMV FSVEWIDSGEWAVEFFNWASEVYEHAGLGIPAKTVRAKAALIERAIAGDVQFLRRILA EDWVDGAVLMARYMPPEKKGSAFLEISFWLLANGRRDLGEQVFNDAIELLSRFGASDK YLSSIAFDFVKLGYPDLALRLVRLIRSDELSSRVLARVAVEYLREGDELMARTITLNI PNESIKSKVLQQIGGGGNVGYEQGLPLTRG" gene complement(1331828..1333009) /locus_tag="TGAM_1418" /note="tg1418" CDS complement(1331828..1333009) /locus_tag="TGAM_1418" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:COG:COG0457 FOG:TPR repeat; R General function prediction only" /inference="protein motif:Gene3D:G3D.1.25.40.10 no description InterPro:IPR011990 Tetratricopeptide-like helical GO:Molecular Function:binding (GO:0005488)" /inference="protein motif:superfamily:SSF48452 TPR-like" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein" /protein_id="ACS33920.1" /translation="MRRVDGVERFRELLRIGNYRGAFAEALRVRDPLRRIIMIAEIVT RSYREEFVPQLLDTLNEIKSPTEGAIAESYVGRAFYALEMERDGEVHFQRALELVERI SSPVVRAEVLGVIGKNLVLSGRYSDGLAAFRRAFELIQSARAMYSEVVSNLVNLARRV EKSAEEIPNEIALDFYHLTREIYESIGFKLQAREIESKIKIAREVFKRGSVAVTELLE RGDVDRALQMARFLPPAERAIAMLNVTYWLFIHDYPDLARAVFNDATEMLLVGKFEVR ESEIEAVAYKLLRIGKLKEALVLAGLLKDERRFSELVGEIAIAYAKRGEIGHARELAA RIGDILIRDKVLKAIKGVGNTLSRIGGNVESERPNNERGGGGLVNVDGEDRGVREEKP G" gene complement(1333049..1333699) /locus_tag="TGAM_1419" /note="tg1419" CDS complement(1333049..1333699) /locus_tag="TGAM_1419" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:Mra1, Suppressor Mra1" /inference="protein motif:CDD:Mra1, Uncharacterized conserved protein [Function unknown]" /inference="protein motif:COG:COG1756 Uncharacterized conserved protein; S Function unknown" /inference="protein motif:HMMPanther:PTHR12636 UNCHARACTERIZED InterPro:IPR005304 Suppressor Mra1 GO:Cellular Component:nucleus (GO:0005634), Biological Process:ribosome biogenesis (GO:0007046)" /inference="protein motif:HMMPanther:PTHR12636:SF2 UNCHARACTERIZED" /inference="protein motif:HMMPfam:PF03587 Nep1 InterPro:IPR005304 Suppressor Mra1 GO:Cellular Component:nucleus (GO:0005634), Biological Process:ribosome biogenesis (GO:0007046)" /inference="protein motif:superfamily:SSF75217 alpha/beta knot" /note="Belongs to suppressor Mra1 family" /codon_start=1 /transl_table=11 /product="Ribosome biogenesis protein NEP1-like protein" /protein_id="ACS33921.1" /translation="MIADSELELVPESIADHPAVVNYARRRGKKPEEVILEGSYHHSA LRKLEDGERRGRPDIVHICLLNALESIANKEGKLRVYVHTRNDEVIYVKPETRLPRNY NRFLGLMESLFKNGVVPKDLALLRIEEKTLNELVEEIAPDEVFVMHEEGELIKPRDFG RVLAELENPLVIIGGFPHGDFRSKVEGRKVSLYREPLMAWTIVNEVLVNFESAIGV" gene complement(1333689..1334762) /gene="lys9" /locus_tag="TGAM_1420" /note="tg1420" CDS complement(1333689..1334762) /gene="lys9" /locus_tag="TGAM_1420" /EC_number="1.5.1.10" /inference="protein motif:CDD:LYS9, Saccharopine dehydrogenase and related proteins [Amino acid transport and metabolism]" /inference="protein motif:CDD:Saccharop_dh, Saccharopine dehydrogenase" /inference="protein motif:COG:COG1748 Saccharopine dehydrogenase and related proteins; E Amino acid transport and metabolism" /inference="protein motif:Gene3D:G3D.3.30.1100.10 no description" /inference="protein motif:Gene3D:G3D.3.40.50.720 no description" /inference="protein motif:HMMPanther:PTHR11133 LYSINE-KETOGLUTARATE REDUCTASE/SACCHAROPINE DEHYDROGENASE" /inference="protein motif:HMMPfam:PF03435 Saccharop_dh InterPro:IPR005097 Saccharopine dehydrogenase" /inference="protein motif:superfamily:SSF51735 NAD(P)-binding Rossmann-fold domains" /inference="protein motif:superfamily:SSF55347 Glyceraldehyde-3-phosphate dehydrogenase-like, C-terminal domain" /codon_start=1 /transl_table=11 /product="Saccharopine dehydrogenase (NADP(+), L-glutamate-forming) (Lys9)" /protein_id="ACS33922.1" /translation="MKVLVLGAGNVGRAIAWDLRDEFDVHVADLSDDRLRAVSGFATP FKLDASRFDKLVEAMKGFELVIGALPGRFGYSSIKAAIKAGVDMVDVSFTPENPLELR EEAENAQVTVIFDAGFAPGLSHILMGRIWNELDDMSEGYIYVGGLPKEPRPPLYYRIT WSPKDLIEEYTRPARVIRGGEVTAVDPLSEIKTVEIEDFTFEAFPSDGLRSLLESVRV ERLEEWTLRWPGHLEKMKVLKELGFFKEEHVDKTLEVITPLMTYDSPDFSVMKVVGIE PGRTISYTLYDEEREFTSMARVTGYTASAIARLVAEGSCIFGVIPPEILGMRIDTFRR ILDDLEERGIRPRREENASPGDS" gene complement(1334764..1335510) /locus_tag="TGAM_1421" /note="tg1421" CDS complement(1334764..1335510) /locus_tag="TGAM_1421" /inference="protein motif:COG:COG1011 Predicted hydrolase (HAD superfamily); R General function prediction only" /inference="protein motif:Gene3D:G3D.3.40.50.1000 no description" /inference="protein motif:HMMPfam:PF00702 Hydrolase InterPro:IPR005834 Haloacid dehalogenase-like hydrolase GO:Molecular Function:catalytic activity (GO:0003824), Biological Process:metabolism (GO:0008152)" /inference="protein motif:superfamily:SSF56784 HAD-like" /codon_start=1 /transl_table=11 /product="Hydrolase, putative" /protein_id="ACS33923.1" /translation="MYTLALLKFLHGQTVIFPVMDTVTVLTMVVYLFDFDGTLVDSHQ AVEKALRLAIERTMPAVIESDLYDEYYTALFLFIKGKLTYRHLGVIHELVAQGTIHEY YRLMPRFIQDLPHARRVIRTLRKAGRTVISFSGEHTYPGGKVIFLKKTNWYDEFDMVI TFRSTRDMLQKFQAVRELYPEDPIVWVDDSPGRFTYITDENTLLVQKASPYKHDVALL FERENFIKIKSLREILDIDERLTEFFEGGD" gene 1335428..1335946 /gene="eIF1A" /locus_tag="TGAM_1422" /note="tg1422" CDS 1335428..1335946 /gene="eIF1A" /locus_tag="TGAM_1422" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:BlastProDom:PD005579 IF1A_PYRFU_Q8U0K5; InterPro:IPR001253 Eukaryotic initiation factor 1A (eIF-1A) GO:Molecular Function:translation initiation factor activity (GO:0003743), Biological Process:translational initiation (GO:0006413)" /inference="protein motif:CDD:eIF-1a, Eukaryotic initiation factor 1A" /inference="protein motif:CDD:eIF1a, eukaryotic translation initiation factor 1A" /inference="protein motif:CDD:InfA, Translation initiation factor 1 (IF-1) [Translation, ribosomal structure and biogenesis]" /inference="protein motif:COG:COG0361 Translation initiation factor 1 (IF-1); J Translation, ribosomal structure and biogenesis" /inference="protein motif:Gene3D:G3D.2.40.50.140 no description InterPro:IPR012340 Nucleic acid-binding, OB-fold, subgroup" /inference="protein motif:HMMPfam:PF01176 eIF-1a InterPro:IPR006196 S1, IF1 type GO:Molecular Function:RNA binding (GO:0003723), Molecular Function:translation initiation factor activity (GO:0003743), Biological Process:translational initiation (GO:0006413)" /inference="protein motif:HMMSmart:SM00652 no description InterPro:IPR001253 Eukaryotic initiation factor 1A (eIF-1A) GO:Molecular Function:translation initiation factor activity (GO:0003743), Biological Process:translational initiation (GO:0006413)" /inference="protein motif:HMMTigr:TIGR00523 eIF-1A:translation initiation factor eIF-1A InterPro:IPR001253 Eukaryotic initiation factor 1A (eIF-1A) GO:Molecular Function:translation initiation factor activity (GO:0003743), Biological Process:translational initiation (GO:0006413)" /inference="protein motif:ProfileScan:PS50832 S1_IF1_TYPE InterPro:IPR006196 S1, IF1 type GO:Molecular Function:RNA binding (GO:0003723), Molecular Function:translation initiation factor activity (GO:0003743), Biological Process:translational initiation (GO:0006413)" /inference="protein motif:ScanRegExp:PS01262 IF1A InterPro:IPR001253 Eukaryotic initiation factor 1A (eIF-1A) GO:Molecular Function:translation initiation factor activity (GO:0003743), Biological Process:translational initiation (GO:0006413)" /inference="protein motif:superfamily:SSF50249 Nucleic acid-binding proteins InterPro:IPR008994 Nucleic acid-binding, OB-fold GO:Molecular Function:nucleic acid binding (GO:0003676)" /codon_start=1 /transl_table=11 /product="eIF1A translation initiation factor eIF-1A (eIF1A)" /protein_id="ACS33924.1" /translation="MVNTVTVSITGNITVCPCKNFKSARVYTGWKIFARLRFIRTQTE CVEVMIMAYHRGSRGKGKKNHQEGEEIIRVPLPDRSKGQLFGVIEQALGAGWMDVRCE DGKVRRCRIPGKLKRRMWMRVGDVVIVQPWPVQTDKRGDIVYRYTRTQVDWLLRKGKI SQDFLTGGEMLF" gene 1335963..1336739 /gene="rio1" /locus_tag="TGAM_1423" /note="tg1423" CDS 1335963..1336739 /gene="rio1" /locus_tag="TGAM_1423" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:BlastProDom:PD000001 Q8U3J3_PYRFU_Q8U3J3; InterPro:IPR000719 Protein kinase GO:Molecular Function:protein kinase activity (GO:0004672), Molecular Function:ATP binding (GO:0005524), Biological Process:protein amino acid phosphorylation (GO:0006468)" /inference="protein motif:CDD:COG0478, RIO-like serine/threonine protein kinase fused to N-terminal HTH domain [Signal transduction mechanisms]" /inference="protein motif:CDD:RIO, RIO-like kinase" /inference="protein motif:CDD:RIO1, RIO1 family" /inference="protein motif:CDD:RIO1, Serine/threonine protein kinase involved in cell cycle control [Signal transduction mechanisms / Cell division and chromosome partitioning]" /inference="protein motif:COG:COG1718 Serine/threonine protein kinase involved in cell cycle control; T Signal transduction mechanisms" /inference="protein motif:HMMPanther:PTHR10593 RIO1 PROTEIN-RELATED" /inference="protein motif:HMMPanther:PTHR10593:SF1 SERINE/THREONINE PROTEIN KINASE" /inference="protein motif:HMMPfam:PF01163 RIO1 InterPro:IPR000687 Protein of unknown function RIO1 GO:Molecular Function:molecular function unknown (GO:0005554)" /inference="protein motif:HMMSmart:SM00090 no description InterPro:IPR000687 Protein of unknown function RIO1 GO:Molecular Function:molecular function unknown (GO:0005554)" /inference="protein motif:ScanRegExp:PS00109 PROTEIN_KINASE_TYR InterPro:IPR008266 Tyrosine protein kinase, active site GO:Molecular Function:protein-tyrosine kinase activity (GO:0004713), Molecular Function:ATP binding (GO:0005524), Biological Process:protein amino acid phosphorylation (GO:0006468)" /inference="protein motif:ScanRegExp:PS01245 RIO1 InterPro:IPR000687 Protein of unknown function RIO1 GO:Molecular Function:molecular function unknown (GO:0005554)" /inference="protein motif:superfamily:SSF56112 Protein kinase-like (PK-like) InterPro:IPR011009 Protein kinase-like" /codon_start=1 /transl_table=11 /product="Protein serine/threonine kinase, RIO1 family (rio1)" /protein_id="ACS33925.1" /translation="MREEAIEREIEEILGLRERREKDSELYKIANEVFDRTTKETLAY LHRRGKIEELYGVVSTGKEANVFAGVDAEGNKIAVKIYRTYTTEFRRIWEYLAADPRI GYLPKDMRKLVFVWTRREFKNLQRAIKYAVRVPEPVIFRNNVLVMEFIGDETPAPRLK DVEKSLERSDFEELYSYLMSVIERLWKRGDMVHGDLSEYNVLLWDGPVVIDWSQATVR RNRMSVELLKRDLRNVTNYFARKGVDVEDYEVKLRELIER" gene 1336744..1337448 /locus_tag="TGAM_1424" /note="tg1424" CDS 1336744..1337448 /locus_tag="TGAM_1424" /inference="protein motif:CDD:COG1094, Predicted RNA-binding protein (contains KH domains) [General function prediction only]" /inference="protein motif:COG:COG1094 Predicted RNA-binding protein (contains KH domains); R General function prediction only" /inference="protein motif:Gene3D:G3D.3.30.70.210 no description" /inference="protein motif:HMMPanther:PTHR12826 FAMILY NOT NAMED" /inference="protein motif:HMMPanther:PTHR12826:SF1 SUBFAMILY NOT NAMED" /inference="protein motif:HMMPfam:PF00013 KH_1 InterPro:IPR004088 KH, type 1 GO:Molecular Function:nucleic acid binding (GO:0003676)" /inference="protein motif:HMMSmart:SM00322 no description InterPro:IPR004087 KH GO:Molecular Function:nucleic acid binding (GO:0003676)" /inference="protein motif:ProfileScan:PS50084 KH_TYPE_1 InterPro:IPR004088 KH, type 1 GO:Molecular Function:nucleic acid binding (GO:0003676)" /inference="protein motif:superfamily:SSF54791 Eukaryotic type KH-domain (KH-domain type I)" /codon_start=1 /transl_table=11 /product="RNA-binding protein, containing KH domain" /protein_id="ACS33926.1" /translation="MDEFERLLKKYERVDKDGRPIGEPKEEEIDYLAEGEQEEFVRIP KERIAVLIGKKGRTKREIEERTGTKIEVDSETGEVFITATKKTKDPLAVWKARDVVLA IGRGFSPERAFRLFNEGETLEIVNLTDIVVGNEKNALPRVRGRIIGRRGRTREIIEEM SGADVSVYGKTVAIIGNPIQVEVARTAVEKLARGSPHGVVYRYLERRKKDLELESSAY YEALEGGPEPEDWEEE" gene 1337451..1339136 /gene="top6B" /locus_tag="TGAM_1425" /note="tg1425" CDS 1337451..1339136 /gene="top6B" /locus_tag="TGAM_1425" /EC_number="5.99.1.3" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:COG:COG1389 DNA topoisomerase VI, subunit B; L Replication, recombination and repair" /inference="protein motif:Gene3D:G3D.3.30.565.10 no description InterPro:IPR003594 ATP-binding region, ATPase-like" /inference="protein motif:HMMPfam:PF02518 HATPase_c InterPro:IPR003594 ATP-binding region, ATPase-like" /inference="protein motif:HMMSmart:SM00387 no description InterPro:IPR003594 ATP-binding region, ATPase-like" /inference="protein motif:HMMTigr:TIGR01052 top6b:DNA topoisomerase VI, B subunit InterPro:IPR005734 DNA topoisomerase VI, subunit B" /inference="protein motif:superfamily:SSF46946 S13-like H2TH domain InterPro:IPR010979 Ribosomal protein S13-like, H2TH" /inference="protein motif:superfamily:SSF54211 Ribosomal protein S5 domain 2-like" /inference="protein motif:superfamily:SSF55874 ATPase domain of HSP90 chaperone/DNA topoisomerase II/histidine kinase InterPro:IPR003594 ATP-binding region, ATPase-like" /codon_start=1 /transl_table=11 /product="Type II DNA topoisomerase VI, subunit B (Top6B)" /protein_id="ACS33927.1" /translation="MAEASQLFKEFKIQSVSEFFRRNAAMLGYTGKVRSLTTLVHEAV TNSLDACEEAGIPPYIRVEIEELGREHYKVVVEDNGPGIPEKYITHVFGKMLAGTKAH RNIQSRGQQGIGISGAVMFAQITSGKATRVITSTGDEIIEAWVKIDVDKNEGKIVKKE KHPNPDGWHGTRIELEVKNVKYMRSKQGVYWYLKLTAIANPHAHIELIEPDGKLIVFP RSSEEVPEPPVEMKPHPKGVLTDDVYRMAKKTKRQSVRRFLIGEFSRISDKKVDELIE YVAALRLIKKVGDKKVQEQLYERLMKGEVKAVLRSFRGYTKVVKQVAKMMEKPPEKLT WHEAEEIVEAFKYMKFLAPPTHGLRPIGEENIEKGLKGILKPEFVTAVTRPPKVYSGG IPFQVEVGLAYGGEIPSGFELLRYANRVPLLFDAGSCVTTQAARSIDWKRYKVDDLDR TPLVLMINVVSVHVPYTGTGKQSIASVDEIYNEIRLAIMDAARRLQTYLSGKHRRLYQ VKRKKTFEKYVPEIARALSVLTGESEEKIREYFLNFIESHFASKEAVEVSENA" gene 1339129..1340289 /gene="top6A" /locus_tag="TGAM_1426" /note="tg1426" CDS 1339129..1340289 /gene="top6A" /locus_tag="TGAM_1426" /EC_number="5.99.1.3" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:TOPRIM_TopoIIB_SPO, TOPRIM_TopoIIB_SPO:topoisomerase-primase (TOPRIM) nucleotidyl transferase/hydrolase domain of the type found in the type IIB family of DNA topoisomerases and Spo11" /inference="protein motif:CDD:TP6A_N, Type IIB DNA topoisomerase" /inference="protein motif:COG:COG1697 DNA topoisomerase VI, subunit A; L Replication, recombination and repair" /inference="protein motif:FPrintScan:PR01550 TOP6AFAMILY InterPro:IPR002815 Spo11/DNA topoisomerase VI, subunit A" /inference="protein motif:FPrintScan:PR01552 TPISMRASE6A InterPro:IPR004085 DNA topoisomerase VI, subunit A" /inference="protein motif:Gene3D:G3D.1.10.10.10 no description InterPro:IPR011991 Winged helix repressor DNA-binding" /inference="protein motif:HMMPanther:PTHR10848 TYPE II DNA TOPOISOMERASE VI InterPro:IPR002815 Spo11/DNA topoisomerase VI, subunit A" /inference="protein motif:HMMPanther:PTHR10848:SF2 TYPE II DNA TOPOISOMERASE VI SUBUNIT A" /inference="protein motif:HMMPfam:PF04406 TP6A_N InterPro:IPR013049 Spo11/DNA topoisomerase VI, subunit A, N-terminal" /inference="protein motif:superfamily:SSF56726 DNA topoisomerase IV, alpha subunit" /codon_start=1 /transl_table=11 /product="Type II DNA topoisomerase VI, subunit A (Top6A)" /protein_id="ACS33928.1" /translation="MPKRKVIHREKPKEKFSYDPKKVLSKLEEYGRSVLEAIKSGKNP YFDIPMRGLNNVYFDEKSRLIKMGDKLSRRYFLNVAHARKFMQTLLIMAYVKRLVSEG KHASLREAYYANKHTIPGTRENTFEDQRESDPIIEDLERMLGVLREEMHITADRRGYI YGDIVIRDGEDEFNASKLGSGGWAVPGTVEHIQFPEINVDYALVVETAAMADRLIEEK FPKKENALIIATQGQASRGVRRLIHRLHYEEGLPIIVFTDGDPYGWYIYSTIKQGSIN LAYLSDKLATPEARFVGMTMDDIKRYGLENVTEKLKGIPPNKKGGPTGDYKRILEEME YPWFQNREWQRQLKLALKWGVRIEQQALANKSLEFVAKEYLPEKINSGDLLP" gene 1340286..1341539 /locus_tag="TGAM_1427" /note="tg1427" CDS 1340286..1341539 /locus_tag="TGAM_1427" /inference="protein motif:CDD:DUF530, Protein of unknown function (DUF530)" /inference="protein motif:COG:COG1771 Uncharacterized protein conserved in archaea; S Function unknown" /inference="protein motif:HMMPfam:PF04409 DUF530 InterPro:IPR007503 Protein of unknown function DUF530" /note="Belongs to DUF530 family" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein" /protein_id="ACS33929.1" /translation="MTTTEELVAQVNKILDDIGIDLGELFEEFEPVKLAYTLARNVSL LNDLREELERRVGETAPSLRFMDKKNRDPHLQWIYRKKHNRALALERLHSAITAHKMA LALLSANYTFKLGKRELKAEELKPEHLPKVRTVPKPIQLGRLEVLPHLAYSGDVLRLL ARESIEVREQFKLIKGKLREKGIVQTKSIRIEVEYFEENRLKKTRLDLPADADIEAEL RKRFGRRFRWRILSFIKTKGVLINNHYTVDNLALAYASLDPEKGAEKLGLDLFRYYFL TSETERQSLGLYPDIRLCIDCHYSIFDLPFRRERDFKTGYGSMLIIRKCEMESQLSGK RAEISTIPNYVLGGVLLYGISGWDERKVAEVLAIPLDELEEGLKKFVISGLHKVLFME NELKRFEKFMPKSDKAREFLALLQG" gene 1341544..1341969 /locus_tag="TGAM_1428" /note="tg1428" CDS 1341544..1341969 /locus_tag="TGAM_1428" /inference="protein motif:CDD:COG1710, Uncharacterized protein conserved in archaea [Function unknown]" /inference="protein motif:COG:COG1710 Uncharacterized protein conserved in archaea; S Function unknown" /inference="protein motif:Gene3D:G3D.1.10.10.60 no description InterPro:IPR012287 Homeodomain-related GO:Molecular Function:DNA binding (GO:0003677), Biological Process:regulation of transcription (GO:0045449)" /inference="protein motif:superfamily:SSF46689 Homeodomain-like InterPro:IPR009057 Homeodomain-like" /note="Contains 1 Homeodomain-like domain in C-term" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein" /protein_id="ACS33930.1" /translation="MRVEVKARNNAELIRKLREKLGPEVTEVYINLRPTKEIVVRILE NAPNVRKISCPPSLYPKVSKKIIHALSQIGVQLVPEGYPRGRPRKYDEKTVQKILTML SAGKGPKEISSSLGIPLRTVYYLIERAREVEEWPSDLKQ" gene 1341966..1342715 /locus_tag="TGAM_1429" /note="tg1429" CDS 1341966..1342715 /locus_tag="TGAM_1429" /note="4 probable transmembrane helices predicted by modhmm" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein" /protein_id="ACS33931.1" /translation="MILFASLVVIMALLLGPSVRAGVTAVNLDLLYLFWAIVSFSLLG YALSSIRVRGIWKRKKRSKYAVISGLLWIIAIGVAMYSLLYPTEPEWSSGNETGVPKN GPFETMRGGLTVFYKAISPYLYVVPYVLLLAIPVILYLRRRKPREVLLPEVRFDPELR YEDITGSPSEKIIRMYRNVVAGLVLKGYPYRRSWTHWEHEEKLREIFPDLEDLDTLTR LFEKAKYAERIGQKDLELAAKSYERLMEFLK" gene 1342760..1343560 /locus_tag="TGAM_1430" /note="tg1430" CDS 1342760..1343560 /locus_tag="TGAM_1430" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:DUF198, Uncharacterized ACR, COG1469" /inference="protein motif:COG:COG1469 Uncharacterized conserved protein; S Function unknown" /inference="protein motif:HMMPfam:PF02649 DUF198 InterPro:IPR003801 Protein of unknown function DUF198" /inference="protein motif:HMMTigr:TIGR00294 TIGR00294:conserved hypothetical protein T InterPro:IPR003801 Protein of unknown function DUF198" /note="Belongs to DUF198 family" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein" /protein_id="ACS33932.1" /translation="MTIETQEETPRIKEPLRRVGITNLRSVAKINWKGRIYTFLPLFE ITIDLPAEKKGIHMSRLVESVTEAMSEAVEEEVKEAHTSLEELGRAIIRRLEGKHPHR RAEVWIRTHLIIPRETPASGKVSYEPYDVEVGVIKENKSLEKVLRVKVIGNTVCPHAM ANNEGKTHIQRAVAELEVRTAFEENVALEDMIEVVESSFSSPTYTLLKTVDENAVVRR MFENPKFVEDVAREIFSKARERFKGKIHVRVISNESIHKHDVIAETWS" gene complement(1343557..1344123) /locus_tag="TGAM_1432" /note="tg1432" CDS complement(1343557..1344123) /locus_tag="TGAM_1432" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:COG1084, Predicted GTPase [General function prediction only]" /inference="protein motif:CDD:COG1100, GTPase SAR1 and related small G proteins [General function prediction only]" /inference="protein motif:CDD:COG1160, Predicted GTPases [General function prediction only]" /inference="protein motif:CDD:EngA1, EngA1 subfamily" /inference="protein motif:CDD:EngA2, EngA2 subfamily" /inference="protein motif:CDD:Era, Era subfamily" /inference="protein motif:CDD:Era, GTPase [General function prediction only]" /inference="protein motif:CDD:Era_like, Era (E" /inference="protein motif:CDD:FeoB, Fe2+ transport system protein B [Inorganic ion transport and metabolism]" /inference="protein motif:CDD:FeoB, Ferrous iron transport protein B" /inference="protein motif:CDD:FeoB, Ferrous iron transport protein B (FeoB) subfamily" /inference="protein motif:CDD:HflX, GTPases [General function prediction only]" /inference="protein motif:CDD:HflX, HflX subfamily" /inference="protein motif:CDD:MMR_HSR1, GTPase of unknown function" /inference="protein motif:CDD:NOG, NOG1 is a nucleolar GTP-binding protein present in eukaryotes ranging from trypanosomes to humans" /inference="protein motif:CDD:Obg, Obg subfamily" /inference="protein motif:CDD:Obg_like, The Obg-like subfamily consists of five well-delimited, ancient subfamilies, namely Obg, DRG, YyaF/YchF, Ygr210, and NOG1" /inference="protein motif:CDD:ThdF, Predicted GTPase [General function prediction only]" /inference="protein motif:CDD:trmE, TrmE (MnmE, ThdF, MSS1) is a 3-domain protein found in bacteria and eukaryotes" /inference="protein motif:CDD:YihA_EngB, The YihA (EngB) subfamily" /inference="protein motif:COG:COG1100 GTPase SAR1 and related small G proteins; R General function prediction only" /inference="protein motif:FPrintScan:PR00326 GTP1OBG InterPro:IPR006073 GTP1/OBG GO:Molecular Function:GTP binding (GO:0005525)" /inference="protein motif:Gene3D:G3D.3.40.50.300 no description" /inference="protein motif:HMMPanther:PTHR11649 THIOPHENE AND FURAN OXIDATION PROTEIN THDF - RELATED" /inference="protein motif:HMMPanther:PTHR11649:SF21 THIOPHENE AND FURAN OXIDATION PROTEIN THDF" /inference="protein motif:HMMPfam:PF01926 MMR_HSR1 InterPro:IPR002917 GTP-binding protein, HSR1-related GO:Molecular Function:GTP binding (GO:0005525), Cellular Component:intracellular (GO:0005622)" /inference="protein motif:HMMTigr:TIGR00231 small_GTP:small GTP-binding protein domain InterPro:IPR005225 Small GTP-binding protein domain GO:Molecular Function:GTP binding (GO:0005525)" /inference="protein motif:superfamily:SSF52540 P-loop containing nucleoside triphosphate hydrolases" /note="Contains Ras GTPase and GTP1/OBG family signatures" /codon_start=1 /transl_table=11 /product="GTP-binding protein" /protein_id="ACS33933.1" /translation="MIKVAIIGAENVGKSTLMNALLGGKVSEVEDLPGTTKGIIRKRF GKLKIPKGMKNPFGGADEFVLIDTAGLFDPRLELRGKVLSEERFRELMEEIVSADIII HMVDATVGLHRGMEKLHHMLKMRYEKPIIVVINKIDLVSRERVEELRKIIKKRLEQEP LALSLVTYEGFNELLERIAHMAMYAGRH" gene 1344193..1344513 /locus_tag="TGAM_1431" /note="tg1431" CDS 1344193..1344513 /locus_tag="TGAM_1431" /experiment="gene product confirmed by mass spectrometry" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein" /protein_id="ACS33934.1" /translation="MGMAKRVKMGHHYYYIVTPEDLKSGAFKGKNVVVEGVIVNKPCV EFLPMELPSYRTTFLLDGIRVEFSGSPCIGVGERVKVYGRFLGDGIMATAVETERAIF TTEE" gene 1344516..1345139 /locus_tag="TGAM_1433" /note="tg1433" CDS 1344516..1345139 /locus_tag="TGAM_1433" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:COG1896, Predicted hydrolases of HD superfamily [General function prediction only]" /inference="protein motif:COG:COG1896 Predicted hydrolases of HD superfamily; R General function prediction only" /inference="protein motif:Gene3D:G3D.1.20.120.190 no description InterPro:IPR012347 Ferritin-related" /inference="protein motif:HMMPanther:PTHR11845 UNCHARACTERIZED" /inference="protein motif:HMMPanther:PTHR11845:SF4 UNCHARACTERIZED" /inference="protein motif:HMMPfam:PF01966 HD InterPro:IPR006674 Metal-dependent phosphohydrolase, HD subdomain" /inference="protein motif:HMMSmart:SM00471 no description InterPro:IPR003607 Metal-dependent phosphohydrolase, HD region GO:Molecular Function:catalytic activity (GO:0003824)" /inference="protein motif:HMMTigr:TIGR00277 HDIG:uncharacterized domain HDIG InterPro:IPR006675 HDIG" /inference="protein motif:superfamily:SSF47240 Ferritin-like InterPro:IPR009078 Ferritin/ribonucleotide reductase-like" /codon_start=1 /transl_table=11 /product="Metal-dependent phosphohydrolase, HD superfamily" /protein_id="ACS33935.1" /translation="MLELFLELGNLKRLPRTGWLLRGIPNPEPIAAHSYRVATITLFL ADELKSRGVEIDVEKALKIALLHDAGEARITDVPLPAQRYFNKVEGEVKALGEMLSIT GREGEYLSLFREYEEELSVEGKLVKFADRLEMLIQAYEYEKAGFANLDEFWRTVEKLR ESELYEYFRDIVEGLVERRKKLHRGLAHSHYNNPQLPVEKSSKSQMR" gene complement(1345097..1346464) /locus_tag="TGAM_1434" /note="tg1434" CDS complement(1345097..1346464) /locus_tag="TGAM_1434" /inference="protein motif:CDD:Arch_ATPase, Archaeal ATPase" /inference="protein motif:CDD:COG1672, Predicted ATPase (AAA+ superfamily) [General function prediction only]" /inference="protein motif:CDD:DUF234, Archaea bacterial proteins of unknown function" /inference="protein motif:COG:COG1672 Predicted ATPase (AAA+ superfamily); R General function prediction only" /inference="protein motif:Gene3D:G3D.1.10.10.10 no description InterPro:IPR011991 Winged helix repressor DNA-binding" /inference="protein motif:Gene3D:G3D.3.40.50.300 no description" /inference="protein motif:HMMPfam:PF01637 Arch_ATPase InterPro:IPR011579 Prokaryotic ATPase" /inference="protein motif:HMMPfam:PF03008 DUF234 InterPro:IPR004256 Protein of unknown function DUF234, DEXX-box ATPase C-terminal GO:Molecular Function:molecular function unknown (GO:0005554)" /inference="protein motif:superfamily:SSF46785 'Winged helix' DNA-binding domain" /inference="protein motif:superfamily:SSF52540 P-loop containing nucleoside triphosphate hydrolases" /inference="protein motif:superfamily:SSF52980 Restriction endonuclease-like" /note="Contains Archaeal ATPase domain (PF01637)" /codon_start=1 /transl_table=11 /product="Prokaryotic ATPase, AAA superfamily" /protein_id="ACS33936.1" /translation="MITQKFVDREEELKTLRKAFTRGALILVYGRRRVGKTRLLIEAS KGFRTLYHLCKEEEVNETLKTLNAKLFSLTGDDSLLRHPVRSFEEFFERLPEDVVVIF DEFQVLAKNHPRILGVLQEHLDFRGRGSVVLCGSSVSMMERLVSYGSPIYGRRTLSLK VEPLKFRHIGEFFPNYCLEDLVKVYGMVDGIPEYLLRLDPSLSPEENAREEFFGRGFL YDEAEYLLRYELRDLSTYNTILEAISYGHRSFNELRNITGLDGSKLTRYLSILINLGI VGREAPVTEKPKKRARNSRYFIRDNYFAFYYTFVYPFKEEIEIGLPDEALGHFERNFN RYLGWVFEKIAKEFLIGMNRAEKLPFRFTKIGRWWRKGEEIDLVALNEREKRALFVEV KWKDLSEREARGILEDLKRKAELVSLEGWEKSYGLIAKRIGEKEKLRAGSYLIWDLED FSTGS" gene 1346936..1347958 /locus_tag="TGAM_1435" /note="tg1435" CDS 1346936..1347958 /locus_tag="TGAM_1435" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:ModA, ABC-type molybdate transport system, periplasmic component [Inorganic ion transport and metabolism]" /inference="protein motif:COG:COG0725 ABC-type molybdate transport system, periplasmic component; P Inorganic ion transport and metabolism" /inference="protein motif:Gene3D:G3D.3.40.190.10 no description" /inference="protein motif:HMMPfam:PF01547 SBP_bac_1 InterPro:IPR006059 Bacterial extracellular solute-binding protein, family 1 GO:Molecular Function:transporter activity (GO:0005215), Biological Process:transport (GO:0006810)" /inference="protein motif:superfamily:SSF53850 Periplasmic binding protein-like II" /note="Putative molybdate/sulfate transporter component, but does not match IPR005950 Molybdenum transporter motifs; 1 probable transmembrane helix predicted by modhmm" /codon_start=1 /transl_table=11 /product="ABC-type transport system protein, periplasmic component" /protein_id="ACS33937.1" /translation="MKKAVLIMILTLLLSVVAAGCINGSNEKEETLIIFHAGSLSVPF KQLEDEFAKYAEENLGVKVKFQDEASGSVKAVRKVTDLGKKADIVAVADYTLIPQLMV PNYTDFYVLFATNEIVIAFTEKSRYADEINPDNWYEILARPGVTFGFSDPNQDPCGYR SLMVMKLADYYYGKPIFEALVEKNTNIHYNGSLIVAPKEIQVKNDKVVIRPKETDLTG LVESGSLDYFFIYKSVAEQHGLKYIELPEEINLKDFKMADYYGKVSIHIGSTGKVIKA KPIVYGVTVPKNAPHRELAMEFLKFLLSEKGRDVFKANHQDFIWPPIAFGNVPEEIKD EVKVEG" gene 1347996..1348748 /locus_tag="TGAM_1436" /note="tg1436" CDS 1347996..1348748 /locus_tag="TGAM_1436" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:CysU, ABC-type sulfate transport system, permease component [Posttranslational modification, protein turnover, chaperones]" /inference="protein motif:CDD:CysW, ABC-type sulfate transport system, permease component [Inorganic ion transport and metabolism]" /inference="protein motif:CDD:ModC, ABC-type molybdate transport system, permease component [Inorganic ion transport and metabolism]" /inference="protein motif:CDD:PotB, ABC-type spermidine/putrescine transport system, permease component I [Amino acid transport and metabolism]" /inference="protein motif:CDD:PotC, ABC-type spermidine/putrescine transport system, permease component II [Amino acid transport and metabolism]" /inference="protein motif:CDD:ThiP, ABC-type Fe3+ transport system, permease component [Inorganic ion transport and metabolism]" /inference="protein motif:CDD:TupA, ABC-type tungstate transport system, periplasmic component [Coenzyme metabolism]" /inference="protein motif:CDD:UgpE, ABC-type sugar transport system, permease component [Carbohydrate transport and metabolism]" /inference="protein motif:COG:COG0555 ABC-type sulfate transport system, permease component; O Posttranslational modification, protein turnover, chaperones" /inference="protein motif:HMMPfam:PF00528 BPD_transp_1 InterPro:IPR000515 Binding-protein-dependent transport systems inner membrane component GO:Molecular Function:transporter activity (GO:0005215), Biological Process:transport (GO:0006810), Cellular Component:membrane (GO:0016020)" /inference="protein motif:ProfileScan:PS50928 ABC_TM1 InterPro:IPR000515 Binding-protein-dependent transport systems inner membrane component GO:Molecular Function:transporter activity (GO:0005215), Biological Process:transport (GO:0006810), Cellular Component:membrane (GO:0016020)" /note="Putative molybdate/sulfate transporter component; 6 probable transmembrane helices predicted by modhmm" /codon_start=1 /transl_table=11 /product="ABC-type transport system protein, permease component" /protein_id="ACS33938.1" /translation="MRRDYTLYFFASLGSFLIAYIALPLVVIFAKQLSDLGMLVRTLH DPYVTEALRNSLLTATATALIALLFGVPLGYVLARKDFLGKSLVQALIDVPIVIPHSV VGIMLLVTFSSAILDSYTGIIAAMLFVSAPFTINASRDGFLAVDEKLEAVARTLGASR LRVFFSVSLPIALPSVASGAIMTWARAISEVGAILIVAYYPKTAQVLILEYFNNYGLR ASRPIAVLMVTISLTIFVLLRWIVGRKANAQG" gene 1348735..1349769 /locus_tag="TGAM_1437" /note="tg1437" CDS 1348735..1349769 /locus_tag="TGAM_1437" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:BlastProDom:PD000006 Q9V2C0_PYRAB_Q9V2C0; InterPro:IPR003439 ABC transporter related GO:Molecular Function:ATP binding (GO:0005524), Molecular Function:ATPase activity (GO:0016887)" /inference="protein motif:BlastProDom:PD000739 Q8ZVU5_PYRAE_Q8ZVU5; InterPro:IPR001482 Bacterial type II secretion system protein E GO:Molecular Function:ATP binding (GO:0005524), Cellular Component:intracellular (GO:0005622), Biological Process:transport (GO:0006810)" /inference="protein motif:CDD:ABC_ATPase, ABC (ATP-binding cassette) transporter nucleotide-binding domain" /inference="protein motif:CDD:ABC_BcrA_bacitracin_resist, The BcrA subfamily represents ABC transporters involved in peptide antibiotic resistance" /inference="protein motif:CDD:ABC_Carb_Monos_I, This family represents the domain I of the carbohydrate uptake proteins that transport only monosaccharides (Monos)" /inference="protein motif:CDD:ABC_Carb_Monos_II, This family represents domain II of the carbohydrate uptake proteins that transport only monosaccharides (Monos)" /inference="protein motif:CDD:ABC_Carb_Solutes_like, ABC Carbohydrate and Solute Transporters-like subgroup" /inference="protein motif:CDD:ABC_CcmA_heme_exporter, CcmA, the ATP-binding component of the bacterial CcmAB transporter" /inference="protein motif:CDD:ABC_Class3, This class is comprised of all BPD (Binding Protein Dependent) systems that are largely represented in archaea and eubacteria and are primarily involved in scavenging solutes from the environment" /inference="protein motif:CDD:ABC_cobalt_CbiO_domain1, Domain I of the ABC component of a cobalt transport family found in bacteria, archaea, and eukaryota" /inference="protein motif:CDD:ABC_cobalt_CbiO_domain2, Domain II of the ABC component of a cobalt transport family found in bacteria, archaea, and eukaryota" /inference="protein motif:CDD:ABC_CysA_sulfate_importer, Part of the ABC transporter complex cysAWTP involved in sulfate import" /inference="protein motif:CDD:ABC_DR_subfamily_A, This family of ATP-binding proteins belongs to a multisubunit transporter involved in drug resistance (BcrA and DrrA), nodulation, lipid transport, and lantibiotic immunity" /inference="protein motif:CDD:ABC_DrrA, DrrA is the ATP-binding protein component of a bacterial exporter complex that confers resistance to the antibiotics daunorubicin and doxorubicin" /inference="protein motif:CDD:ABC_drug_resistance_like, ABC-type multidrug transport system, ATPase component" /inference="protein motif:CDD:ABC_FeS_Assembly, ABC-type transport system involved in Fe-S cluster assembly, ATPase component" /inference="protein motif:CDD:ABC_FtsE_transporter, FtsE is a hydrophilic nucleotide-binding protein that binds FtsX to form a heterodimeric ATP-binding cassette (ABC)-type transporter that associates with the bacterial inner membrane" /inference="protein motif:CDD:ABC_HisP_GlnQ_permeases, HisP and GlnQ are the ATP-binding components of the bacterial periplasmic histidine and glutamine permeases, repectively" /inference="protein motif:CDD:ABC_Iron-Siderophores_B12_Hemin, ABC transporters, involved in the uptake of siderophores, heme, and vitamin B12, are widely conserved in bacteria and archaea" /inference="protein motif:CDD:ABC_KpsT_Wzt, ABC_KpsT_Wzt The KpsT/Wzt ABC transporter subfamily is involved in extracellular polysaccharide export" /inference="protein motif:CDD:ABC_MalK_N, The N-terminal ATPase domain of the maltose transporter, MalK" /inference="protein motif:CDD:ABC_Metallic_Cations, ABC component of the metal-type transporters" /inference="protein motif:CDD:ABC_MetN_methionine_transporter, MetN (also known as YusC) is an ABC-type transporter encoded by metN of the metNPQ operon in Bacillus subtilis that is involved in methionine transport" /inference="protein motif:CDD:ABC_MJ0796_Lo1CDE_FtsE, This family is comprised of MJ0796 ATP-binding cassette, macrolide-specific ABC-type efflux carrier (MacAB), and proteins involved in cell division (FtsE), and release of liporoteins from the cytoplasmic membrane (LolCDE)" /inference="protein motif:CDD:ABC_Mj1267_LivG_branched, The Mj1267/LivG ABC transporter subfamily is involved in the transport of the hydrophobic amino acids leucine, isoleucine and valine" /inference="protein motif:CDD:ABC_ModC_like, Archeal protein closely related to ModC" /inference="protein motif:CDD:ABC_ModC_molybdenum_transporter, ModC is an ABC-type transporter and the ATPase component of a molybdate transport system that also includes the periplasmic binding protein ModA and the membrane protein ModB" /inference="protein motif:CDD:ABC_MTABC3_MDL1_MDL2, MTABC3 (also known as ABCB6) is a mitochondrial ATP-binding cassette protein involved in iron homeostasis and one of four ABC transporters expressed in the mitochondrial inner membrane, the other three being MDL1(ABC7), MDL2, and ATM1" /inference="protein motif:CDD:ABC_NatA_like, Similar in sequence to NatA, this is the ATPase component of a bacterial ABC-type Na+ transport system called NatAB, which catalyzes ATP-dependent electrogenic Na+ extrusion without mechanically coupled to proton or K+ uptake" /inference="protein motif:CDD:ABC_NatA_sodium_exporter, NatA is the ATPase component of a bacterial ABC-type Na+ transport system called NatAB, which catalyzes ATP-dependent electrogenic Na+ extrusion without mechanically coupled proton or K+ uptake" /inference="protein motif:CDD:ABC_NikE_OppD_transporters, The ABC transporter subfamily specific for the transport of dipeptides, oligopeptides (OppD), and nickel (NikDE)" /inference="protein motif:CDD:ABC_NrtD_SsuB_transporters, NrtD and SsuB are the ATP-binding subunits of the bacterial ABC-type nitrate and sulfonate transport systems, respectively" /inference="protein motif:CDD:ABC_OpuCA_Osmoprotection, OpuCA is a the ATP binding component of a bacterial solute transporter that serves a protective role to cells growing in a hyperosmolar environment" /inference="protein motif:CDD:ABC_Org_Solvent_Resistant, ABC (ATP-binding cassette) transport system involved in resistant to organic solvents" /inference="protein motif:CDD:ABC_PDR_domain1, The pleiotropic drug resistance (PDR) family of ATP-binding cassette (ABC) transporters" /inference="protein motif:CDD:ABC_PDR_domain2, The pleiotropic drug resistance-like (PDR) family of ATP-binding cassette (ABC) transporters" /inference="protein motif:CDD:ABC_PhnC_transporter, ABC-type phosphate/phosphonate transport system" /inference="protein motif:CDD:ABC_PotA_N, PotA is an ABC-type transporter and the ATPase component of the spermidine/putrescine-preferential uptake system consisting of PotA, -B, -C, and -D" /inference="protein motif:CDD:ABC_Pro_Gly_Bertaine, This family comprises the glycine betaine/L-proline ATP binding subunit in bacteria and its equivalents in archaea" /inference="protein motif:CDD:ABC_PstB_phosphate_transporter, Phosphate uptake is of fundamental importance in the cell physiology of bacteria because phosphate is required as a nutrient" /inference="protein motif:CDD:ABC_putative_ATPase, This subfamily is involved in drug resistance, nodulation, lipid transport, and bacteriocin and lantibiotic immunity" /inference="protein motif:CDD:ABC_RNaseL_inhibitor, The ABC ATPase RNase L inhibitor (RLI) is a key enzyme in ribosomal biogenesis, formation of translation preinitiation complexes, and assembly of HIV capsids" /inference="protein motif:CDD:ABC_RNaseL_inhibitor_domain1, The ATPase domain 1 of RNase L inhibitor" /inference="protein motif:CDD:ABC_RNaseL_inhibitor_domain2, The ATPase domain 2 of RNase L inhibitor" /inference="protein motif:CDD:ABC_subfamily_A, The ABCA subfamily mediates the transport of a variety of lipid compounds" /inference="protein motif:CDD:ABC_ThiQ_thiamine_transporter, ABC-type thiamine tranport system" /inference="protein motif:CDD:ABC_TM1139_LivF_branched, LivF (TM1139) is part of the LIV-I bacterial ABC-type two-component transport system that imports neutral, branched-chain amino acids" /inference="protein motif:CDD:ABC_tran, ABC transporter" /inference="protein motif:CDD:ABC_YhbG, The ABC transporters belonging to the YhbG family are similar to members of the Mj1267_LivG family, which is involved in the transport of branched-chain amino acids" /inference="protein motif:CDD:AbcC, ABC-type metal ion transport system, ATPase component [Inorganic ion transport and metabolism]" /inference="protein motif:CDD:ABCC_ATM1_transporter, ATM1 is an ABC transporter that is expressed in the mitochondria" /inference="protein motif:CDD:ABCC_bacteriocin_exporters, ABC-type bacteriocin exporters" /inference="protein motif:CDD:ABCC_CFTR1, The CFTR subfamily domain 1" /inference="protein motif:CDD:ABCC_cytochrome_bd, The CYD subfamily implicated in cytochrome bd biogenesis" /inference="protein motif:CDD:ABCC_Glucan_exporter_like, Glucan exporter ATP-binding protein" /inference="protein motif:CDD:ABCC_Hemolysin, The ABC-transporter hemolysin B is a central component of the secretion machinery that translocates the toxin, hemolysin A, in a Sec-independent fashion across both membranes of E" /inference="protein motif:CDD:ABCC_MRP_domain1, Domain 1 of the ABC subfamily C" /inference="protein motif:CDD:ABCC_MRP_domain2, Domain 2 of the ABC subfamily C" /inference="protein motif:CDD:ABCC_MRP_Like, The MRP (Mutidrug Resistance Protein)-like transporters are involved in drug, peptide, and lipid export" /inference="protein motif:CDD:ABCC_MsbA, MsbA is an essential ABC transporter, closely related to eukaryotic MDR proteins" /inference="protein motif:CDD:ABCC_NFT1, Domain 2 of NFT1 (New full-length MRP-type transporter 1)" /inference="protein motif:CDD:ABCC_Protease_Secretion, This family represents the ABC component of the protease secretion system PrtD, a 60-kDa integral membrane protein sharing 37% identity with HlyB, the ABC component of the alpha-hemolysin secretion pathway, in the C-terminal domain" /inference="protein motif:CDD:ABCC_SUR1_N, The SUR domain 1" /inference="protein motif:CDD:ABCC_TAP, TAP, the Transporter Associated with Antigen Processing" /inference="protein motif:CDD:ABCD_peroxisomal_ALDP, Peroxisomal ATP-binding cassette transporter (Pat) is involved in the import of very long-chain fatty acids (VLCFA) into the peroxisome" /inference="protein motif:CDD:ABCF_EF-3, ABCF_EF-3 Elongation factor 3 (EF-3) is a cytosolic protein required by fungal ribosomes for in vitro protein synthesis and for in vivo growth" /inference="protein motif:CDD:ABCG_EPDR, ABCG transporters are involved in eye pigment (EP) precursor transport, regulation of lipid-trafficking mechanisms, and pleiotropic drug resistance (DR)" /inference="protein motif:CDD:ABCG_White, The White subfamily represents ABC transporters homologous to the Drosophila white gene, which acts as a dimeric importer for eye pigment precursors" /inference="protein motif:CDD:AppF, ABC-type oligopeptide transport system, ATPase component [Amino acid transport and metabolism]" /inference="protein motif:CDD:ArpD, ABC-type protease/lipase transport system, ATPase and permease components [General function prediction only]" /inference="protein motif:CDD:ArtP, ABC-type arginine transport system, ATPase component [Amino acid transport and metabolism]" /inference="protein motif:CDD:ATM1, ABC-type transport system involved in Fe-S cluster assembly, permease and ATPase components [Posttranslational modification, protein turnover, chaperones]" /inference="protein motif:CDD:BtuD, ABC-type cobalamin transport system, ATPase component [Coenzyme metabolism]" /inference="protein motif:CDD:CbiO, ABC-type cobalt transport system, ATPase component [Inorganic ion transport and metabolism]" /inference="protein motif:CDD:CcmA, ABC-type multidrug transport system, ATPase component [Defense mechanisms]" /inference="protein motif:CDD:CcmA, ABC-type transport system involved in cytochrome c biogenesis, ATPase component [Posttranslational modification, protein turnover, chaperones]" /inference="protein motif:CDD:CeuD, ABC-type enterochelin transport system, ATPase component [Inorganic ion transport and metabolism]" /inference="protein motif:CDD:COG1123, ATPase components of various ABC-type transport systems, contain duplicated ATPase [General function prediction only]" /inference="protein motif:CDD:COG1245, Predicted ATPase, RNase L inhibitor (RLI) homolog [General function prediction only]" /inference="protein motif:CDD:COG2401, ABC-type ATPase fused to a predicted acetyltransferase domain [General function prediction only]" /inference="protein motif:CDD:COG3638, ABC-type phosphate/phosphonate transport system, ATPase component [Inorganic ion transport and metabolism]" /inference="protein motif:CDD:COG3845, ABC-type uncharacterized transport systems, ATPase components [General function prediction only]" /inference="protein motif:CDD:COG4136, ABC-type uncharacterized transport system, ATPase component [General function prediction only]" /inference="protein motif:CDD:COG4152, ABC-type uncharacterized transport system, ATPase component [General function prediction only]" /inference="protein motif:CDD:COG4172, ABC-type uncharacterized transport system, duplicated ATPase component [General function prediction only]" /inference="protein motif:CDD:COG4178, ABC-type uncharacterized transport system, permease and ATPase components [General function prediction only]" /inference="protein motif:CDD:COG4181, Predicted ABC-type transport system involved in lysophospholipase L1 biosynthesis, ATPase component [Secondary metabolites biosynthesis, transport, and catabolism]" /inference="protein motif:CDD:COG4559, ABC-type hemin transport system, ATPase component [Inorganic ion transport and metabolism]" /inference="protein motif:CDD:COG4586, ABC-type uncharacterized transport system, ATPase component [General function prediction only]" /inference="protein motif:CDD:COG4619, ABC-type uncharacterized transport system, ATPase component [General function prediction only]" /inference="protein motif:CDD:COG4674, Uncharacterized ABC-type transport system, ATPase component [General function prediction only]" /inference="protein motif:CDD:CydC, ABC-type transport system involved in cytochrome bd biosynthesis, fused ATPase and permease components [Energy production and conversion / Posttranslational modification, protein turnover, chaperones]" /inference="protein motif:CDD:CydD, ABC-type transport system involved in cytochrome bd biosynthesis, ATPase and permease components [Energy production and conversion / Posttranslational modification, protein turnover, chaperones]" /inference="protein motif:CDD:CysA, ABC-type sulfate/molybdate transport systems, ATPase component [Inorganic ion transport and metabolism]" /inference="protein motif:CDD:DppD, ABC-type dipeptide/oligopeptide/nickel transport system, ATPase component [Amino acid transport and metabolism / Inorganic ion transport and metabolism]" /inference="protein motif:CDD:DppF, ABC-type dipeptide/oligopeptide/nickel transport system, ATPase component [Amino acid transport and metabolism / Inorganic ion transport and metabolism]" /inference="protein motif:CDD:FepC, ABC-type cobalamin/Fe3+-siderophores transport systems, ATPase components [Inorganic ion transport and metabolism / Coenzyme metabolism]" /inference="protein motif:CDD:FtsE, Predicted ATPase involved in cell division [Cell division and chromosome partitioning]" /inference="protein motif:CDD:GlnQ, ABC-type polar amino acid transport system, ATPase component [Amino acid transport and metabolism]" /inference="protein motif:CDD:HisP, ABC-type histidine transport system, ATPase component [Amino acid transport and metabolism]" /inference="protein motif:CDD:LivF, ABC-type branched-chain amino acid transport systems, ATPase component [Amino acid transport and metabolism]" /inference="protein motif:CDD:LivG, ABC-type branched-chain amino acid transport systems, ATPase component [Amino acid transport and metabolism]" /inference="protein motif:CDD:MalK, ABC-type sugar transport systems, ATPase components [Carbohydrate transport and metabolism]" /inference="protein motif:CDD:MdlB, ABC-type multidrug transport system, ATPase and permease components [Defense mechanisms]" /inference="protein motif:CDD:MglA, ABC-type sugar transport system, ATPase component [Carbohydrate transport and metabolism]" /inference="protein motif:CDD:ModC, ABC-type molybdate transport system, ATPase component [Inorganic ion transport and metabolism]" /inference="protein motif:CDD:ModF, ABC-type molybdenum transport system, ATPase component/photorepair protein PhrA [Inorganic ion transport and metabolism]" /inference="protein motif:CDD:NatA, ABC-type Na+ transport system, ATPase component [Energy production and conversion / Inorganic ion transport and metabolism]" /inference="protein motif:CDD:OpuBA, ABC-type proline/glycine betaine transport systems, ATPase components [Amino acid transport and metabolism]" /inference="protein motif:CDD:PhnK, ABC-type phosphonate transport system, ATPase component [Inorganic ion transport and metabolism]" /inference="protein motif:CDD:PhnK, ABC-type uncharacterized transport system, ATPase component [General function prediction only]" /inference="protein motif:CDD:PhnL, ABC-type phosphonate transport system, ATPase component [Inorganic ion transport and metabolism]" /inference="protein motif:CDD:PotA, ABC-type spermidine/putrescine transport systems, ATPase components [Amino acid transport and metabolism]" /inference="protein motif:CDD:ProV, ABC-type proline/glycine betaine transport system, ATPase component [Amino acid transport and metabolism]" /inference="protein motif:CDD:PstB, ABC-type phosphate transport system, ATPase component [Inorganic ion transport and metabolism]" /inference="protein motif:CDD:PvdE, ABC-type siderophore export system, fused ATPase and permease components [Secondary metabolites biosynthesis, transport, and catabolism / Inorganic ion transport and metabolism]" /inference="protein motif:CDD:SalX, ABC-type antimicrobial peptide transport system, ATPase component [Defense mechanisms]" /inference="protein motif:CDD:SapD, ABC-type antimicrobial peptide transport system, ATPase component [Defense mechanisms]" /inference="protein motif:CDD:SapF, ABC-type antimicrobial peptide transport system, ATPase component [Defense mechanisms]" /inference="protein motif:CDD:SufC, ABC-type transport system involved in Fe-S cluster assembly, ATPase component [Posttranslational modification, protein turnover, chaperones]" /inference="protein motif:CDD:SunT, ABC-type bacteriocin/lantibiotic exporters, contain an N-terminal double-glycine peptidase domain [Defense mechanisms]" /inference="protein motif:CDD:TagH, ABC-type polysaccharide/polyol phosphate transport system, ATPase component [Carbohydrate transport and metabolism / Cell envelope biogenesis, outer membrane]" /inference="protein motif:CDD:TauB, ABC-type nitrate/sulfonate/bicarbonate transport system, ATPase component [Inorganic ion transport and metabolism]" /inference="protein motif:CDD:TauB, ABC-type taurine transport system, ATPase component [Inorganic ion transport and metabolism]" /inference="protein motif:CDD:ThiQ, ABC-type thiamine transport system, ATPase component [Coenzyme metabolism]" /inference="protein motif:CDD:Ttg2A, ABC-type transport system involved in resistance to organic solvents, ATPase component [Secondary metabolites biosynthesis, transport, and catabolism]" /inference="protein motif:CDD:Uup, ATPase components of ABC transporters with duplicated ATPase domains [General function prediction only]" /inference="protein motif:CDD:UvrA, Excinuclease ATPase subunit [DNA replication, recombination, and repair]" /inference="protein motif:CDD:YhbG, ABC-type (unclassified) transport system, ATPase component [General function prediction only]" /inference="protein motif:CDD:ZnuC, ABC-type Mn/Zn transport systems, ATPase component [Inorganic ion transport and metabolism]" /inference="protein motif:COG:COG3839 ABC-type sugar transport systems, ATPase components; G Carbohydrate transport and metabolism" /inference="protein motif:Gene3D:G3D.2.40.50.180 no description" /inference="protein motif:Gene3D:G3D.3.40.50.300 no description" /inference="protein motif:HMMPanther:PTHR19222 ATP-BINDING CASSETTE TRANSPORTER" /inference="protein motif:HMMPanther:PTHR19222:SF71 DAUNORUBICIN RESISTANCE ATP-BINDING PROTEIN" /inference="protein motif:HMMPfam:PF00005 ABC_tran InterPro:IPR003439 ABC transporter related GO:Molecular Function:ATP binding (GO:0005524), Molecular Function:ATPase activity (GO:0016887)" /inference="protein motif:HMMPfam:PF03459 TOBE InterPro:IPR005116 TOBE" /inference="protein motif:HMMSmart:SM00382 no description InterPro:IPR003593 AAA ATPase GO:Molecular Function:nucleotide binding (GO:0000166), Molecular Function:nucleoside-triphosphatase activity (GO:0017111)" /inference="protein motif:HMMTigr:TIGR00638 Mop:molybdenum-pterin binding domain InterPro:IPR004606 Molybdenum-pterin binding GO:Molecular Function:molybdenum ion binding (GO:0030151)" /inference="protein motif:ProfileScan:PS50100 DA_BOX InterPro:IPR003439 ABC transporter related GO:Molecular Function:ATP binding (GO:0005524), Molecular Function:ATPase activity (GO:0016887)" /inference="protein motif:ProfileScan:PS50101 ATP_GTP_A2" /inference="protein motif:ProfileScan:PS50893 ABC_TRANSPORTER_2 InterPro:IPR003439 ABC transporter related GO:Molecular Function:ATP binding (GO:0005524), Molecular Function:ATPase activity (GO:0016887)" /inference="protein motif:ScanRegExp:PS00211 ABC_TRANSPORTER_1 InterPro:IPR003439 ABC transporter related GO:Molecular Function:ATP binding (GO:0005524), Molecular Function:ATPase activity (GO:0016887)" /inference="protein motif:superfamily:SSF50331 MOP-like InterPro:IPR008995 Molybdate/tungstate binding" /inference="protein motif:superfamily:SSF52540 P-loop containing nucleoside triphosphate hydrolases" /codon_start=1 /transl_table=11 /product="ABC-type transport system, ATPase component, putative molybdate/sulfate transporter" /protein_id="ACS33939.1" /translation="MLRAEGISKDWKEFHLREVTFEVKEGEHFIILGPSGAGKTVLLE IIAGIIEPDAGRVYLGGRDVTELPPEKRGLAYVPQNYALFPNMSVYDNIAFGLKVRKV PKPEIERKVREISEVLRIEHLLNRKPRTLSGGEQQRVALARALVVEPPLILLDEPFAN LDVQTRAKLLTEMKRWKRELGFTALHVTHSFEEAISLGDRVGVMLDGKLVQVGKVRDV FSRPVSEEVARFLGFENIIEGIAEGRRLKVNGIEIELPVEANGKVRVGLRPEDIIIST EPIKSSARNEFKALVESIEELGPLVRVHLSLGDITLTAFITRSSMLELGVEKGKEVYV SFKASALHVF" gene 1349766..1350095 /locus_tag="TGAM_1438" /note="tg1438" CDS 1349766..1350095 /locus_tag="TGAM_1438" /codon_start=1 /transl_table=11 /product="Hypothetical protein" /protein_id="ACS33940.1" /translation="MKKLQLPVVFQILLSHPRSLRNLDRKCLYIWCAYNITMKMRVIV ERDVDRTVKEILPWATSDYLEKAMEEKKREMDEVLEILDSLSLSEVPEEIRDIVKRPR WETLLAD" gene complement(1350097..1351287) /gene="moeA-1" /locus_tag="TGAM_1439" /note="tg1439" CDS complement(1350097..1351287) /gene="moeA-1" /locus_tag="TGAM_1439" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:BlastProDom:PD002460 Q9V1A7_PYRAB_Q9V1A7; InterPro:IPR001453 Molybdopterin binding domain GO:Biological Process:Mo-molybdopterin cofactor biosynthesis (GO:0006777)" /inference="protein motif:CDD:MoCF_BD, MoCF_BD:molybdenum cofactor (MoCF) binding domain (BD)" /inference="protein motif:CDD:MoCF_biosynth, Probable molybdopterin binding domain" /inference="protein motif:CDD:MoeA, MoeA family" /inference="protein motif:CDD:MoeA, Molybdopterin biosynthesis enzyme [Coenzyme metabolism]" /inference="protein motif:CDD:MoeA_C, MoeA C-terminal region (domain IV)" /inference="protein motif:CDD:MoeA_N, MoeA N-terminal region (domain I and II)" /inference="protein motif:COG:COG0303 Molybdopterin biosynthesis enzyme; H Coenzyme transport and metabolism" /inference="protein motif:Gene3D:G3D.2.170.190.11 no description" /inference="protein motif:Gene3D:G3D.3.40.980.10 no description" /inference="protein motif:HMMPanther:PTHR10192 MOLYBDOPTERIN BIOSYNTHESIS" /inference="protein motif:HMMPanther:PTHR10192:SF1 MOLYBDOPTERIN BIOSYNTHESIS" /inference="protein motif:HMMPfam:PF00994 MoCF_biosynth InterPro:IPR001453 Molybdopterin binding domain GO:Biological Process:Mo-molybdopterin cofactor biosynthesis (GO:0006777)" /inference="protein motif:HMMPfam:PF03453 MoeA_N InterPro:IPR005110 MoeA, N-terminal, domain I and II" /inference="protein motif:HMMPfam:PF03454 MoeA_C InterPro:IPR005111 MoeA, C-terminal, domain IV" /inference="protein motif:HMMPIR:PIRSF004870 Molybdenum cofactor molybdenum incorporation protein MoeA InterPro:IPR012088 Molybdenum cofactor molybdenum incorporation protein MoeA GO:Biological Process:Mo-molybdopterin cofactor biosynthesis (GO:0006777)" /inference="protein motif:HMMTigr:TIGR00177 molyb_syn:molybdenum cofactor synthesis do InterPro:IPR001453 Molybdopterin binding domain GO:Biological Process:Mo-molybdopterin cofactor biosynthesis (GO:0006777)" /inference="protein motif:superfamily:SSF53218 Molybdenum cofactor biosynthesis proteins InterPro:IPR001453 Molybdopterin binding domain GO:Biological Process:Mo-molybdopterin cofactor biosynthesis (GO:0006777)" /inference="protein motif:superfamily:SSF63882 Molybdenum cofactor biosynthesis protein MoeA, N-terminal and linker domains" /codon_start=1 /transl_table=11 /product="Molybdenum cofactor molybdenum incorporation protein (moeA)" /protein_id="ACS33941.1" /translation="MKEFKRLTPYREALELLLNDLDEISEVEEVPLDEALGRVLAEDV VSPIDSPPFDRSAVDGYALRAEDTFQAREYSPVELRVIDEITAGGVSDATVEPGTAVK LMTGAKLPEGANAVLMQEMAEREGDLIKVLRPVAPGQNVAFAGEDVKSGEVILKKGQV LRPQDLALLKSVGFKKVKVKRKPRVGIIITGDELIEEFDEEALKAGKILESNSIMLRG LVKRYFGEPVFYGILPDDEDLIKEVVDRAKRESDLVLVTGGSAFGDRDFAHRFVSLLF HGTTIKPGRPIGYGERAFIMSGYPAAVFAQFHLYVKHALAKLVGARNYEIRLRATLTD RVSSQLGRYEFVKVWYENGRAKPIKKRGSGLISSLVQSNGYVVIPENSEGYLEGEEVE VILY" gene complement(1351292..1351807) /gene="moaB" /locus_tag="TGAM_1440" /note="tg1440" CDS complement(1351292..1351807) /gene="moaB" /locus_tag="TGAM_1440" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:BlastProDom:PD002460 CNX1_ARATH_Q39054; InterPro:IPR001453 Molybdopterin binding domain GO:Biological Process:Mo-molybdopterin cofactor biosynthesis (GO:0006777)" /inference="protein motif:CDD:cinA, Competence-damaged protein" /inference="protein motif:CDD:CinA, Predicted nucleotide-utilizing enzyme related to molybdopterin-biosynthesis enzyme MoeA [General function prediction only]" /inference="protein motif:CDD:MoCF_BD, MoCF_BD:molybdenum cofactor (MoCF) binding domain (BD)" /inference="protein motif:CDD:MoCF_biosynth, Probable molybdopterin binding domain" /inference="protein motif:CDD:MogA_MoaB, MogA_MoaB family" /inference="protein motif:COG:COG0521 Molybdopterin biosynthesis enzymes; H Coenzyme transport and metabolism" /inference="protein motif:Gene3D:G3D.3.40.980.10 no description" /inference="protein motif:HMMPanther:PTHR13939 COMPETENCE-DAMAGE PROTEIN-RELATED" /inference="protein motif:HMMPanther:PTHR13939:SF1 COMPETENCE-DAMAGE PROTEIN-RELATED" /inference="protein motif:HMMPfam:PF00994 MoCF_biosynth InterPro:IPR001453 Molybdopterin binding domain GO:Biological Process:Mo-molybdopterin cofactor biosynthesis (GO:0006777)" /inference="protein motif:HMMPIR:PIRSF006443 Predicted molybdenum cofactor biosynthesis protein MoaB InterPro:IPR012245 Molybdenum cofactor biosynthesis protein MoaB GO:Biological Process:Mo-molybdopterin cofactor biosynthesis (GO:0006777)" /inference="protein motif:HMMTigr:TIGR00177 molyb_syn:molybdenum cofactor synthesis do InterPro:IPR001453 Molybdopterin binding domain GO:Biological Process:Mo-molybdopterin cofactor biosynthesis (GO:0006777)" /inference="protein motif:superfamily:SSF53218 Molybdenum cofactor biosynthesis proteins InterPro:IPR001453 Molybdopterin binding domain GO:Biological Process:Mo-molybdopterin cofactor biosynthesis (GO:0006777)" /codon_start=1 /transl_table=11 /product="Molybdenum cofactor biosynthesis protein B (moaB)" /protein_id="ACS33942.1" /translation="MGVEEHRRSAPKKFKFAVITVSDTASRGEKEDKSGKFLVDELQK NGHECVLYRIVPDEKIAIIGAIVEAFEAGADVVVTSGGTGITSRDITIESVRPLFDKE LTGFGEIFRLMSYEEIGTAAVMTRATAGVIRSSGRAMAVFCLPGSLGAAKTGIGIILK EAGHVLKHGRE" gene 1351819..1352139 /locus_tag="TGAM_1441" /note="tg1441" CDS 1351819..1352139 /locus_tag="TGAM_1441" /experiment="gene product confirmed by mass spectrometry" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein" /protein_id="ACS33943.1" /translation="MMWVSMVNNVYLVKEHRLTRDARFFNPLNEDRTVMSMFMAEFKL KFGDRKWYVRRIVEASSLEEAEEKARKYVQLMNRGEVLWELSYVIEAQRPLIIGDEEL KKLS" gene complement(1352123..1353109) /gene="gatD-2" /locus_tag="TGAM_1442" /note="tg1442" CDS complement(1352123..1353109) /gene="gatD-2" /locus_tag="TGAM_1442" /EC_number="6.3.5.-" /inference="protein motif:BlastProDom:PD003221 Q8TZE8_PYRFU_Q8TZE8; InterPro:IPR006034 Asparaginase/glutaminase GO:Biological Process:amino acid metabolism (GO:0006520)" /inference="protein motif:CDD:Asparaginase, Asparaginase" /inference="protein motif:CDD:Asparaginase, Asparaginase (amidohydrolase):Asparaginases are tetrameric enzymes that catalyze the hydrolysis of asparagine to aspartic acid and ammonia" /inference="protein motif:COG:COG0252 L-asparaginase/archaeal Glu-tRNAGln amidotransferase subunit D; E Amino acid transport and metabolism" /inference="protein motif:FPrintScan:PR00139 ASNGLNASE InterPro:IPR006034 Asparaginase/glutaminase GO:Biological Process:amino acid metabolism (GO:0006520)" /inference="protein motif:Gene3D:G3D.3.40.50.1170 no description" /inference="protein motif:HMMPanther:PTHR11707 L-ASPARAGINASE" /inference="protein motif:HMMPfam:PF00710 Asparaginase InterPro:IPR006034 Asparaginase/glutaminase GO:Biological Process:amino acid metabolism (GO:0006520)" /inference="protein motif:HMMPIR:PIRSF001220 L-asparaginase/Glutamyl-tRNA(Gln) amidotransferase subunit D" /inference="protein motif:HMMTigr:TIGR00519 asnASE_I:L-asparaginases, type I InterPro:IPR006033 L-asparaginase, type I GO:Molecular Function:asparaginase activity (GO:0004067), Biological Process:amino acid metabolism (GO:0006520)" /inference="protein motif:ScanRegExp:PS00144 ASN_GLN_ASE_1 InterPro:IPR006034 Asparaginase/glutaminase GO:Biological Process:amino acid metabolism (GO:0006520)" /inference="protein motif:ScanRegExp:PS00917 ASN_GLN_ASE_2 InterPro:IPR006034 Asparaginase/glutaminase GO:Biological Process:amino acid metabolism (GO:0006520)" /inference="protein motif:superfamily:SSF53774 Glutaminase/Asparaginase InterPro:IPR006034 Asparaginase/glutaminase GO:Biological Process:amino acid metabolism (GO:0006520)" /codon_start=1 /transl_table=11 /product="Glutamyl-tRNA(Gln) amidotransferase subunit D (gatD)" /protein_id="ACS33944.1" /translation="MRILIIGTGGTIASSKTERGYKATLSVDEILEIAGIRGDGVKID TKDVLNIDSTLIQPEDWITIGKAVFESLNDYDGIVITHGTDTLAYTSSALSFMLRNVP IPIVLTGSMLPITEPNSDAPRNLKTALTFAMKGFSGIYVAFMDKIMLGTRVSKVHSLG LNAFQSINYPDIAYIKGEEVVIRHRPELPTGEPSFDPRIDPNVAYLRLTPGLSPEVFL AVAEKVHGIVLEGYGAGGIPYRGRNLLEAVSRVAREKPVVMTTQALYGGVDLRRYEVG RRALEAGVIPAGDMTKEATLVKLMYALGRTNGLEEVRRIMEKNLAGELSSAF" gene complement(1353196..1354401) /locus_tag="TGAM_1443" /note="tg1443" CDS complement(1353196..1354401) /locus_tag="TGAM_1443" /inference="protein motif:COG:COG0477 Permeases of the major facilitator superfamily; G Carbohydrate transport and metabolism" /inference="protein motif:FPrintScan:PR01035 TCRTETA InterPro:IPR001958 Tetracycline resistance protein GO:Molecular Function:tetracycline:hydrogen antiporter activity (GO:0015520), Biological Process:tetracycline transport (GO:0015904), Cellular Component:integral to membrane (GO:0016021)" /inference="protein motif:HMMPanther:PTHR10074 DRUG EFFLUX TRANSPORTER-RELATED" /inference="protein motif:HMMPfam:PF07690 MFS_1 InterPro:IPR011701 Major facilitator superfamily MFS_1" /inference="protein motif:ProfileScan:PS50850 MFS InterPro:IPR007114 Major facilitator superfamily GO:Molecular Function:transporter activity (GO:0005215), Biological Process:transport (GO:0006810), Cellular Component:integral to membrane (GO:0016021)" /note="10 probable transmembrane helices predicted by modhmm" /codon_start=1 /transl_table=11 /product="Tetracycline resistance protein, putative, major facilitator superfamily" /protein_id="ACS33945.1" /translation="MIEMTEDGSKTEKKVFGISWNVFVLGLVSFLNDMSSEMINPVIP KYLTDVLGTGELLSGTLMGAIESLSSLFKVAFGYFSDRFKKRKAFIFAGYALSTFAKG ALAFTRHWWDFLSLRVLDRVGKGIRTAPRDALIAESSEKGKTGKSFGFHRMMDTLGAV AGPLVGIGLLHLMRGIEIGRAYRYLFLSAAVPGLLSLLIIVFLVKDRGREVKKKITGV SALKSRSLRLFLLVIAVGALGRYSYAFTLWKAGELGYSLKGEMAFYALFNLMYALAAY PIGVYSDRVGKKTLITAGFLISALASLAFAYARGLGTLILAFVLYGIYIAIEDTVPRA YMADLAKDFEKGTVIGAYHTVFGVFVFPASVIAGWLWQSYSLTYSFLYAAFMNLLAFV LMILIRDHR" gene complement(1354394..1354693) /locus_tag="TGAM_1444" /note="tg1444" CDS complement(1354394..1354693) /locus_tag="TGAM_1444" /inference="protein motif:CDD:COG1695, Predicted transcriptional regulators [Transcription]" /inference="protein motif:COG:COG1695 Predicted transcriptional regulators; K Transcription" /inference="protein motif:Gene3D:G3D.1.10.10.10 no description InterPro:IPR011991 Winged helix repressor DNA-binding" /inference="protein motif:HMMPfam:PF03551 PadR InterPro:IPR005149 Transcriptional regulator PadR-like" /inference="protein motif:superfamily:SSF46785 'Winged helix' DNA-binding domain" /codon_start=1 /transl_table=11 /product="Transcription regulator, PadR-like family" /protein_id="ACS33946.1" /translation="MIRRVLLGFMGIHVLHHASREGVTGKFMMDELRKHGYNVSPGTI YPLLHRMEEMGLLKSRTEVRNGKRVRVYTTTPKGEKLLEEARNKIRELCKELLGD" gene 1354883..1355926 /gene="dmpA" /locus_tag="TGAM_1445" /note="tg1445" CDS 1354883..1355926 /gene="dmpA" /locus_tag="TGAM_1445" /EC_number="3.4.11.19" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:DmpA, L-aminopeptidase/D-esterase [Amino acid transport and metabolism / Secondary metabolites biosynthesis, transport, and catabolism]" /inference="protein motif:CDD:Peptidase_S58, Peptidase family T4" /inference="protein motif:COG:COG3191 L-aminopeptidase/D-esterase; E Amino acid transport and metabolism" /inference="protein motif:Gene3D:G3D.3.60.70.12 no description" /inference="protein motif:HMMPfam:PF03576 Peptidase_S58 InterPro:IPR005321 Peptidase S58, DmpA" /inference="protein motif:superfamily:SSF56266 L-aminopeptidase D-Ala-esterase/amidase" /codon_start=1 /transl_table=11 /product="Peptidase S58, L-aminopeptidase D-Ala-esterase/amidase DmpA (DmpA)" /protein_id="ACS33947.1" /translation="MKAPELGIKIGVHEHGKRNSIADLGVKVGHTTLIEGSDVRTGVT VLLPPVKNPYRERLFASTFVMNGFSKPIGFVQVNELGYIETPIALTNTLSVYTVASAM IKHMIELNPDLKSVSPVVMECNDSYLNNIRKMAVKEEHYFEAVKNASLDFGEGAVGAG TGMSAFEFKGGIGSSSRVVEISGEEYTVASLVLVNFGKREDLTVAGVPIGLELRDYPG RGSSAKGSISMVVTTDAPLTARQLKRLAKRAVVGLARTGGYAYHGSGDVVLAFSTAQT VPLDKEPHPIGFLPDNALSRLFKATAEATEEAIINALLQAKTVEGNGHVRYALPVEKL LEIMERYGRLEKA" gene complement(1355923..1356768) /locus_tag="TGAM_1446" /note="tg1446" CDS complement(1355923..1356768) /locus_tag="TGAM_1446" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:AP2Ec, AP endonuclease family 2" /inference="protein motif:CDD:AP2Ec, AP endonuclease family 2; These endonucleases play a role in DNA repair" /inference="protein motif:CDD:AP_endonuc_2, AP endonuclease family 2" /inference="protein motif:CDD:Nfo, Endonuclease IV [DNA replication, recombination, and repair]" /inference="protein motif:COG:COG0648 Endonuclease IV; L Replication, recombination and repair" /inference="protein motif:Gene3D:G3D.3.20.20.150 no description" /inference="protein motif:HMMPfam:PF01261 AP_endonuc_2 InterPro:IPR012307 Xylose isomerase-like TIM barrel" /inference="protein motif:HMMSmart:SM00518 no description InterPro:IPR001719 AP endonuclease, family 2 GO:Molecular Function:DNA binding (GO:0003677), Molecular Function:endonuclease activity (GO:0004519), Cellular Component:intracellular (GO:0005622), Biological Process:DNA repair (GO:0006281)" /inference="protein motif:superfamily:SSF51658 Xylose isomerase-like" /codon_start=1 /transl_table=11 /product="Endonuclease IV, AP endonuclease family 2" /protein_id="ACS33948.1" /translation="MFKVDRLRFGTAGIPLSTPKRSTIDGIIHVRNLGLDAMELEFVR GVNLKPELAKKIKYVAKKHDVLLTAHAPYYINLNANEKAKVEASKRRIIQSAERLHQA GGWSVVFHAGYYMKQDPAKVYTRVRDALKEIERELMDRGIKVWIRPELTGKPTQFGDL KEIVKLSEELEMVLPTIDFAHAHARNRGKCNSAEEWREMLAFIEDRLGREALDNMHIH MSGIEYTEKGEKRHLPLQESDMKWEDLLRVLKEFRVKGVVISESPNIEEDALLMKKKY EEIRV" gene complement(1356804..1357862) /locus_tag="TGAM_1447" /note="tg1447" CDS complement(1356804..1357862) /locus_tag="TGAM_1447" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:Gene3D:G3D.1.20.58.60 no description" /inference="protein motif:superfamily:SSF47661 t-snare proteins InterPro:IPR010989 t-snare" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein" /protein_id="ACS33949.1" /translation="MVVAVELKGLLKRYESLKAEREEKIGRAREEYLRRVRVLIREIL DGLDELDKKEPPVNVDPHLLKIALRERKTYVSTLRRILESVSSMEDLGRKLGELSKLH VGHGRYLLAIFERDVYKINRLLKELGELYTEYSAEMAKLKLPEVDPGRTFEEIEKTRK EILELEEELEKIGERISELEMAPANEDEMELISRQKESLEVKVRTLETEVRSKASKLQ KPLKRMRLPEAAPFLRDSSYAVEHPEEFLKLVKKVRSNLDGKSRKAADWILKNFPAKI EELQMVKAELSRIKEREAELMASSSGRLRELESLRRRAHEIEDELKKLHHRLEFLEEE LQRESEVLRALLEREQQA" gene complement(1357798..1358961) /locus_tag="TGAM_1448" /note="tg1448" CDS complement(1357798..1358961) /locus_tag="TGAM_1448" /inference="protein motif:CDD:COG2237, Predicted membrane protein [Function unknown]" /inference="protein motif:CDD:DUF373, Domain of unknown function (DUF373)" /inference="protein motif:COG:COG2237 Predicted membrane protein; S Function unknown" /inference="protein motif:HMMPfam:PF04123 DUF373 InterPro:IPR007254 Protein of unknown function DUF373" /note="Belongs to DUF373 family; 6 probable transmembrane helices predicted by modhmm" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein" /protein_id="ACS33950.1" /translation="MKVLVLAIDRDDDFGIKAGVKGPVIGKGKCIDAALKLSLADPED SDANVVYAAVKLYDELKKSGEFEDVEVALITGHPDVGVKSDIELGRQLDIVLKKFPAD GVIPVTDGAEDEQVFPILSSRLPIVSSKRVVVKQNETIETTYYVIYRYIKEILSDPEA SRVFLGIPGLIFLLYGVGKLISVSYPQSMSIISNIVVGIILLFIGGYAFTKGFRIQVF RALTNEFIQVIFGVSGLLIIIAGMINAYVNIDAYARQLLGYVPQPGPIKFIFYIHAIN TTIIIGIAVVLVGRIVQAYLRKDTHIWYNIAGLLILPTFWIIIDVTTRYALGVINFHS FGTILEILGAFVDVIFSVIISTFIRRYLISWGSGGSGGVEGSSEEIRVSESRA" gene complement(1358964..1359299) /locus_tag="TGAM_1449" /note="tg1449" CDS complement(1358964..1359299) /locus_tag="TGAM_1449" /inference="protein motif:CDD:DUF77, Domain of unknown function DUF77" /inference="protein motif:COG:COG0011 Uncharacterized conserved protein; S Function unknown" /inference="protein motif:HMMPfam:PF01910 DUF77 InterPro:IPR002767 Protein of unknown function DUF77" /inference="protein motif:HMMTigr:TIGR00106 TIGR00106:conserved hypothetical protein T InterPro:IPR002767 Protein of unknown function DUF77" /inference="protein motif:superfamily:SSF89957 MTH1187-like" /note="Belongs to DUF77 family" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein" /protein_id="ACS33951.1" /translation="MRRRKLRQVPKVVIVGFVIVPLGETSLSKYVAEVVKLLEERGIK YQLTPMSTIIEVETVRDAFDVIEEAHELMFRLGAKRVSTTIRIDDRRDKPVRMEDKVE SVLEKVRGG" gene 1359363..1359980 /locus_tag="TGAM_1450" /note="tg1450" CDS 1359363..1359980 /locus_tag="TGAM_1450" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:BlastProDom:PD009671 O57770_PYRHO_O57770; InterPro:IPR002733 AMMECR1" /inference="protein motif:CDD:AMMECR1, AMMECR1" /inference="protein motif:COG:COG2078 Uncharacterized conserved protein; S Function unknown" /inference="protein motif:HMMPanther:PTHR13016 AMMECR1 HOMOLOG InterPro:IPR002733 AMMECR1" /inference="protein motif:HMMPfam:PF01871 AMMECR1 InterPro:IPR002733 AMMECR1" /inference="protein motif:HMMTigr:TIGR00296 TIGR00296:conserved hypothetical protein T InterPro:IPR002733 AMMECR1" /inference="protein motif:ProfileScan:PS51112 AMMECR1 InterPro:IPR002733 AMMECR1" /note="Belongs to AMMECR1 family" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein" /protein_id="ACS33952.1" /translation="MYRIKDEWGEFLVRLARKAIEEYVRNGRVIEPPEDTPPELWEKM GVFVTLNRYRAPPQMALRGCIGFPLPIYPLVEATIKAAIHAAVEDPRFPPVRPEELDE LTVEVSVLTPPEPIEGPPEERPRKIKVGRDGLIVEKGFYSGLLLPQVPVEWGWDEEEF LAQTCWKAGLPPDCWLDPDTKVYRFTAEIFEEEYPRGPVRRKPLV" gene complement(1359992..1360681) /locus_tag="TGAM_1451" /note="tg1451" CDS complement(1359992..1360681) /locus_tag="TGAM_1451" /inference="protein motif:BlastProDom:PD000006 Q8G5W5_BIFLO_Q8G5W5; InterPro:IPR003439 ABC transporter related GO:Molecular Function:ATP binding (GO:0005524), Molecular Function:ATPase activity (GO:0016887)" /inference="protein motif:CDD:ABC_ATPase, ABC (ATP-binding cassette) transporter nucleotide-binding domain" /inference="protein motif:CDD:ABC_BcrA_bacitracin_resist, The BcrA subfamily represents ABC transporters involved in peptide antibiotic resistance" /inference="protein motif:CDD:ABC_Carb_Monos_I, This family represents the domain I of the carbohydrate uptake proteins that transport only monosaccharides (Monos)" /inference="protein motif:CDD:ABC_Carb_Monos_II, This family represents domain II of the carbohydrate uptake proteins that transport only monosaccharides (Monos)" /inference="protein motif:CDD:ABC_Carb_Solutes_like, ABC Carbohydrate and Solute Transporters-like subgroup" /inference="protein motif:CDD:ABC_CcmA_heme_exporter, CcmA, the ATP-binding component of the bacterial CcmAB transporter" /inference="protein motif:CDD:ABC_Class2, ABC-type Class 2 contains systems involved in cellular processes other than transport" /inference="protein motif:CDD:ABC_Class3, This class is comprised of all BPD (Binding Protein Dependent) systems that are largely represented in archaea and eubacteria and are primarily involved in scavenging solutes from the environment" /inference="protein motif:CDD:ABC_cobalt_CbiO_domain1, Domain I of the ABC component of a cobalt transport family found in bacteria, archaea, and eukaryota" /inference="protein motif:CDD:ABC_cobalt_CbiO_domain2, Domain II of the ABC component of a cobalt transport family found in bacteria, archaea, and eukaryota" /inference="protein motif:CDD:ABC_CysA_sulfate_importer, Part of the ABC transporter complex cysAWTP involved in sulfate import" /inference="protein motif:CDD:ABC_DR_subfamily_A, This family of ATP-binding proteins belongs to a multisubunit transporter involved in drug resistance (BcrA and DrrA), nodulation, lipid transport, and lantibiotic immunity" /inference="protein motif:CDD:ABC_DrrA, DrrA is the ATP-binding protein component of a bacterial exporter complex that confers resistance to the antibiotics daunorubicin and doxorubicin" /inference="protein motif:CDD:ABC_drug_resistance_like, ABC-type multidrug transport system, ATPase component" /inference="protein motif:CDD:ABC_FeS_Assembly, ABC-type transport system involved in Fe-S cluster assembly, ATPase component" /inference="protein motif:CDD:ABC_FtsE_transporter, FtsE is a hydrophilic nucleotide-binding protein that binds FtsX to form a heterodimeric ATP-binding cassette (ABC)-type transporter that associates with the bacterial inner membrane" /inference="protein motif:CDD:ABC_HisP_GlnQ_permeases, HisP and GlnQ are the ATP-binding components of the bacterial periplasmic histidine and glutamine permeases, repectively" /inference="protein motif:CDD:ABC_Iron-Siderophores_B12_Hemin, ABC transporters, involved in the uptake of siderophores, heme, and vitamin B12, are widely conserved in bacteria and archaea" /inference="protein motif:CDD:ABC_KpsT_Wzt, ABC_KpsT_Wzt The KpsT/Wzt ABC transporter subfamily is involved in extracellular polysaccharide export" /inference="protein motif:CDD:ABC_MalK_N, The N-terminal ATPase domain of the maltose transporter, MalK" /inference="protein motif:CDD:ABC_Metallic_Cations, ABC component of the metal-type transporters" /inference="protein motif:CDD:ABC_MetN_methionine_transporter, MetN (also known as YusC) is an ABC-type transporter encoded by metN of the metNPQ operon in Bacillus subtilis that is involved in methionine transport" /inference="protein motif:CDD:ABC_MJ0796_Lo1CDE_FtsE, This family is comprised of MJ0796 ATP-binding cassette, macrolide-specific ABC-type efflux carrier (MacAB), and proteins involved in cell division (FtsE), and release of liporoteins from the cytoplasmic membrane (LolCDE)" /inference="protein motif:CDD:ABC_Mj1267_LivG_branched, The Mj1267/LivG ABC transporter subfamily is involved in the transport of the hydrophobic amino acids leucine, isoleucine and valine" /inference="protein motif:CDD:ABC_ModC_like, Archeal protein closely related to ModC" /inference="protein motif:CDD:ABC_ModC_molybdenum_transporter, ModC is an ABC-type transporter and the ATPase component of a molybdate transport system that also includes the periplasmic binding protein ModA and the membrane protein ModB" /inference="protein motif:CDD:ABC_MTABC3_MDL1_MDL2, MTABC3 (also known as ABCB6) is a mitochondrial ATP-binding cassette protein involved in iron homeostasis and one of four ABC transporters expressed in the mitochondrial inner membrane, the other three being MDL1(ABC7), MDL2, and ATM1" /inference="protein motif:CDD:ABC_NatA_like, Similar in sequence to NatA, this is the ATPase component of a bacterial ABC-type Na+ transport system called NatAB, which catalyzes ATP-dependent electrogenic Na+ extrusion without mechanically coupled to proton or K+ uptake" /inference="protein motif:CDD:ABC_NatA_sodium_exporter, NatA is the ATPase component of a bacterial ABC-type Na+ transport system called NatAB, which catalyzes ATP-dependent electrogenic Na+ extrusion without mechanically coupled proton or K+ uptake" /inference="protein motif:CDD:ABC_NikE_OppD_transporters, The ABC transporter subfamily specific for the transport of dipeptides, oligopeptides (OppD), and nickel (NikDE)" /inference="protein motif:CDD:ABC_NrtD_SsuB_transporters, NrtD and SsuB are the ATP-binding subunits of the bacterial ABC-type nitrate and sulfonate transport systems, respectively" /inference="protein motif:CDD:ABC_OpuCA_Osmoprotection, OpuCA is a the ATP binding component of a bacterial solute transporter that serves a protective role to cells growing in a hyperosmolar environment" /inference="protein motif:CDD:ABC_Org_Solvent_Resistant, ABC (ATP-binding cassette) transport system involved in resistant to organic solvents" /inference="protein motif:CDD:ABC_PDR_domain1, The pleiotropic drug resistance (PDR) family of ATP-binding cassette (ABC) transporters" /inference="protein motif:CDD:ABC_PDR_domain2, The pleiotropic drug resistance-like (PDR) family of ATP-binding cassette (ABC) transporters" /inference="protein motif:CDD:ABC_PhnC_transporter, ABC-type phosphate/phosphonate transport system" /inference="protein motif:CDD:ABC_PotA_N, PotA is an ABC-type transporter and the ATPase component of the spermidine/putrescine-preferential uptake system consisting of PotA, -B, -C, and -D" /inference="protein motif:CDD:ABC_Pro_Gly_Bertaine, This family comprises the glycine betaine/L-proline ATP binding subunit in bacteria and its equivalents in archaea" /inference="protein motif:CDD:ABC_PstB_phosphate_transporter, Phosphate uptake is of fundamental importance in the cell physiology of bacteria because phosphate is required as a nutrient" /inference="protein motif:CDD:ABC_putative_ATPase, This subfamily is involved in drug resistance, nodulation, lipid transport, and bacteriocin and lantibiotic immunity" /inference="protein motif:CDD:ABC_Rad50, The catalytic domains of Rad50 are similar to the ATP-binding cassette of ABC transporters, but are not associated with membrane-spanning domains" /inference="protein motif:CDD:ABC_RNaseL_inhibitor, The ABC ATPase RNase L inhibitor (RLI) is a key enzyme in ribosomal biogenesis, formation of translation preinitiation complexes, and assembly of HIV capsids" /inference="protein motif:CDD:ABC_RNaseL_inhibitor_domain1, The ATPase domain 1 of RNase L inhibitor" /inference="protein motif:CDD:ABC_RNaseL_inhibitor_domain2, The ATPase domain 2 of RNase L inhibitor" /inference="protein motif:CDD:ABC_subfamily_A, The ABCA subfamily mediates the transport of a variety of lipid compounds" /inference="protein motif:CDD:ABC_ThiQ_thiamine_transporter, ABC-type thiamine tranport system" /inference="protein motif:CDD:ABC_TM1139_LivF_branched, LivF (TM1139) is part of the LIV-I bacterial ABC-type two-component transport system that imports neutral, branched-chain amino acids" /inference="protein motif:CDD:ABC_tran, ABC transporter" /inference="protein motif:CDD:ABC_UvrA, The excision repair protein UvrA" /inference="protein motif:CDD:ABC_UvrA_I, The excision repair protein UvrA domain I" /inference="protein motif:CDD:ABC_YhbG, The ABC transporters belonging to the YhbG family are similar to members of the Mj1267_LivG family, which is involved in the transport of branched-chain amino acids" /inference="protein motif:CDD:AbcC, ABC-type metal ion transport system, ATPase component [Inorganic ion transport and metabolism]" /inference="protein motif:CDD:ABCC_ATM1_transporter, ATM1 is an ABC transporter that is expressed in the mitochondria" /inference="protein motif:CDD:ABCC_bacteriocin_exporters, ABC-type bacteriocin exporters" /inference="protein motif:CDD:ABCC_cytochrome_bd, The CYD subfamily implicated in cytochrome bd biogenesis" /inference="protein motif:CDD:ABCC_Glucan_exporter_like, Glucan exporter ATP-binding protein" /inference="protein motif:CDD:ABCC_Hemolysin, The ABC-transporter hemolysin B is a central component of the secretion machinery that translocates the toxin, hemolysin A, in a Sec-independent fashion across both membranes of E" /inference="protein motif:CDD:ABCC_MRP_domain1, Domain 1 of the ABC subfamily C" /inference="protein motif:CDD:ABCC_MRP_domain2, Domain 2 of the ABC subfamily C" /inference="protein motif:CDD:ABCC_MRP_Like, The MRP (Mutidrug Resistance Protein)-like transporters are involved in drug, peptide, and lipid export" /inference="protein motif:CDD:ABCC_MsbA, MsbA is an essential ABC transporter, closely related to eukaryotic MDR proteins" /inference="protein motif:CDD:ABCC_NFT1, Domain 2 of NFT1 (New full-length MRP-type transporter 1)" /inference="protein motif:CDD:ABCC_Protease_Secretion, This family represents the ABC component of the protease secretion system PrtD, a 60-kDa integral membrane protein sharing 37% identity with HlyB, the ABC component of the alpha-hemolysin secretion pathway, in the C-terminal domain" /inference="protein motif:CDD:ABCC_SUR1_N, The SUR domain 1" /inference="protein motif:CDD:ABCC_TAP, TAP, the Transporter Associated with Antigen Processing" /inference="protein motif:CDD:ABCG_EPDR, ABCG transporters are involved in eye pigment (EP) precursor transport, regulation of lipid-trafficking mechanisms, and pleiotropic drug resistance (DR)" /inference="protein motif:CDD:ABCG_White, The White subfamily represents ABC transporters homologous to the Drosophila white gene, which acts as a dimeric importer for eye pigment precursors" /inference="protein motif:CDD:AppF, ABC-type oligopeptide transport system, ATPase component [Amino acid transport and metabolism]" /inference="protein motif:CDD:ArpD, ABC-type protease/lipase transport system, ATPase and permease components [General function prediction only]" /inference="protein motif:CDD:ArtP, ABC-type arginine transport system, ATPase component [Amino acid transport and metabolism]" /inference="protein motif:CDD:ATM1, ABC-type transport system involved in Fe-S cluster assembly, permease and ATPase components [Posttranslational modification, protein turnover, chaperones]" /inference="protein motif:CDD:BtuD, ABC-type cobalamin transport system, ATPase component [Coenzyme metabolism]" /inference="protein motif:CDD:CbiO, ABC-type cobalt transport system, ATPase component [Inorganic ion transport and metabolism]" /inference="protein motif:CDD:CcmA, ABC-type multidrug transport system, ATPase component [Defense mechanisms]" /inference="protein motif:CDD:CcmA, ABC-type transport system involved in cytochrome c biogenesis, ATPase component [Posttranslational modification, protein turnover, chaperones]" /inference="protein motif:CDD:CeuD, ABC-type enterochelin transport system, ATPase component [Inorganic ion transport and metabolism]" /inference="protein motif:CDD:COG1123, ATPase components of various ABC-type transport systems, contain duplicated ATPase [General function prediction only]" /inference="protein motif:CDD:COG1245, Predicted ATPase, RNase L inhibitor (RLI) homolog [General function prediction only]" /inference="protein motif:CDD:COG2401, ABC-type ATPase fused to a predicted acetyltransferase domain [General function prediction only]" /inference="protein motif:CDD:COG3638, ABC-type phosphate/phosphonate transport system, ATPase component [Inorganic ion transport and metabolism]" /inference="protein motif:CDD:COG3845, ABC-type uncharacterized transport systems, ATPase components [General function prediction only]" /inference="protein motif:CDD:COG4136, ABC-type uncharacterized transport system, ATPase component [General function prediction only]" /inference="protein motif:CDD:COG4152, ABC-type uncharacterized transport system, ATPase component [General function prediction only]" /inference="protein motif:CDD:COG4172, ABC-type uncharacterized transport system, duplicated ATPase component [General function prediction only]" /inference="protein motif:CDD:COG4178, ABC-type uncharacterized transport system, permease and ATPase components [General function prediction only]" /inference="protein motif:CDD:COG4181, Predicted ABC-type transport system involved in lysophospholipase L1 biosynthesis, ATPase component [Secondary metabolites biosynthesis, transport, and catabolism]" /inference="protein motif:CDD:COG4559, ABC-type hemin transport system, ATPase component [Inorganic ion transport and metabolism]" /inference="protein motif:CDD:COG4586, ABC-type uncharacterized transport system, ATPase component [General function prediction only]" /inference="protein motif:CDD:COG4619, ABC-type uncharacterized transport system, ATPase component [General function prediction only]" /inference="protein motif:CDD:COG4674, Uncharacterized ABC-type transport system, ATPase component [General function prediction only]" /inference="protein motif:CDD:CydC, ABC-type transport system involved in cytochrome bd biosynthesis, fused ATPase and permease components [Energy production and conversion / Posttranslational modification, protein turnover, chaperones]" /inference="protein motif:CDD:CydD, ABC-type transport system involved in cytochrome bd biosynthesis, ATPase and permease components [Energy production and conversion / Posttranslational modification, protein turnover, chaperones]" /inference="protein motif:CDD:CysA, ABC-type sulfate/molybdate transport systems, ATPase component [Inorganic ion transport and metabolism]" /inference="protein motif:CDD:DppD, ABC-type dipeptide/oligopeptide/nickel transport system, ATPase component [Amino acid transport and metabolism / Inorganic ion transport and metabolism]" /inference="protein motif:CDD:DppF, ABC-type dipeptide/oligopeptide/nickel transport system, ATPase component [Amino acid transport and metabolism / Inorganic ion transport and metabolism]" /inference="protein motif:CDD:FepC, ABC-type cobalamin/Fe3+-siderophores transport systems, ATPase components [Inorganic ion transport and metabolism / Coenzyme metabolism]" /inference="protein motif:CDD:FtsE, Predicted ATPase involved in cell division [Cell division and chromosome partitioning]" /inference="protein motif:CDD:GlnQ, ABC-type polar amino acid transport system, ATPase component [Amino acid transport and metabolism]" /inference="protein motif:CDD:HisP, ABC-type histidine transport system, ATPase component [Amino acid transport and metabolism]" /inference="protein motif:CDD:LivF, ABC-type branched-chain amino acid transport systems, ATPase component [Amino acid transport and metabolism]" /inference="protein motif:CDD:LivG, ABC-type branched-chain amino acid transport systems, ATPase component [Amino acid transport and metabolism]" /inference="protein motif:CDD:MalK, ABC-type sugar transport systems, ATPase components [Carbohydrate transport and metabolism]" /inference="protein motif:CDD:MdlB, ABC-type multidrug transport system, ATPase and permease components [Defense mechanisms]" /inference="protein motif:CDD:MglA, ABC-type sugar transport system, ATPase component [Carbohydrate transport and metabolism]" /inference="protein motif:CDD:ModC, ABC-type molybdate transport system, ATPase component [Inorganic ion transport and metabolism]" /inference="protein motif:CDD:ModF, ABC-type molybdenum transport system, ATPase component/photorepair protein PhrA [Inorganic ion transport and metabolism]" /inference="protein motif:CDD:NatA, ABC-type Na+ transport system, ATPase component [Energy production and conversion / Inorganic ion transport and metabolism]" /inference="protein motif:CDD:OpuBA, ABC-type proline/glycine betaine transport systems, ATPase components [Amino acid transport and metabolism]" /inference="protein motif:CDD:PhnK, ABC-type phosphonate transport system, ATPase component [Inorganic ion transport and metabolism]" /inference="protein motif:CDD:PhnK, ABC-type uncharacterized transport system, ATPase component [General function prediction only]" /inference="protein motif:CDD:PhnL, ABC-type phosphonate transport system, ATPase component [Inorganic ion transport and metabolism]" /inference="protein motif:CDD:PotA, ABC-type spermidine/putrescine transport systems, ATPase components [Amino acid transport and metabolism]" /inference="protein motif:CDD:ProV, ABC-type proline/glycine betaine transport system, ATPase component [Amino acid transport and metabolism]" /inference="protein motif:CDD:PstB, ABC-type phosphate transport system, ATPase component [Inorganic ion transport and metabolism]" /inference="protein motif:CDD:PvdE, ABC-type siderophore export system, fused ATPase and permease components [Secondary metabolites biosynthesis, transport, and catabolism / Inorganic ion transport and metabolism]" /inference="protein motif:CDD:SalX, ABC-type antimicrobial peptide transport system, ATPase component [Defense mechanisms]" /inference="protein motif:CDD:SapD, ABC-type antimicrobial peptide transport system, ATPase component [Defense mechanisms]" /inference="protein motif:CDD:SapF, ABC-type antimicrobial peptide transport system, ATPase component [Defense mechanisms]" /inference="protein motif:CDD:SbcC, ATPase involved in DNA repair [DNA replication, recombination, and repair]" /inference="protein motif:CDD:SufC, ABC-type transport system involved in Fe-S cluster assembly, ATPase component [Posttranslational modification, protein turnover, chaperones]" /inference="protein motif:CDD:SunT, ABC-type bacteriocin/lantibiotic exporters, contain an N-terminal double-glycine peptidase domain [Defense mechanisms]" /inference="protein motif:CDD:TagH, ABC-type polysaccharide/polyol phosphate transport system, ATPase component [Carbohydrate transport and metabolism / Cell envelope biogenesis, outer membrane]" /inference="protein motif:CDD:TauB, ABC-type nitrate/sulfonate/bicarbonate transport system, ATPase component [Inorganic ion transport and metabolism]" /inference="protein motif:CDD:TauB, ABC-type taurine transport system, ATPase component [Inorganic ion transport and metabolism]" /inference="protein motif:CDD:ThiQ, ABC-type thiamine transport system, ATPase component [Coenzyme metabolism]" /inference="protein motif:CDD:Ttg2A, ABC-type transport system involved in resistance to organic solvents, ATPase component [Secondary metabolites biosynthesis, transport, and catabolism]" /inference="protein motif:CDD:Uup, ATPase components of ABC transporters with duplicated ATPase domains [General function prediction only]" /inference="protein motif:CDD:UvrA, Excinuclease ATPase subunit [DNA replication, recombination, and repair]" /inference="protein motif:CDD:YhbG, ABC-type (unclassified) transport system, ATPase component [General function prediction only]" /inference="protein motif:CDD:ZnuC, ABC-type Mn/Zn transport systems, ATPase component [Inorganic ion transport and metabolism]" /inference="protein motif:COG:COG1136 ABC-type antimicrobial peptide transport system, ATPase component; V Defense mechanisms" /inference="protein motif:Gene3D:G3D.3.40.50.300 no description" /inference="protein motif:HMMPanther:PTHR19222 ATP-BINDING CASSETTE TRANSPORTER" /inference="protein motif:HMMPfam:PF00005 ABC_tran InterPro:IPR003439 ABC transporter related GO:Molecular Function:ATP binding (GO:0005524), Molecular Function:ATPase activity (GO:0016887)" /inference="protein motif:HMMSmart:SM00382 no description InterPro:IPR003593 AAA ATPase GO:Molecular Function:nucleotide binding (GO:0000166), Molecular Function:nucleoside-triphosphatase activity (GO:0017111)" /inference="protein motif:ProfileScan:PS50100 DA_BOX InterPro:IPR003439 ABC transporter related GO:Molecular Function:ATP binding (GO:0005524), Molecular Function:ATPase activity (GO:0016887)" /inference="protein motif:ProfileScan:PS50101 ATP_GTP_A2" /inference="protein motif:ProfileScan:PS50893 ABC_TRANSPORTER_2 InterPro:IPR003439 ABC transporter related GO:Molecular Function:ATP binding (GO:0005524), Molecular Function:ATPase activity (GO:0016887)" /inference="protein motif:ScanRegExp:PS00211 ABC_TRANSPORTER_1 InterPro:IPR003439 ABC transporter related GO:Molecular Function:ATP binding (GO:0005524), Molecular Function:ATPase activity (GO:0016887)" /inference="protein motif:superfamily:SSF53795 PEP carboxykinase-like" /codon_start=1 /transl_table=11 /product="ABC-type transporter, ATP binding protein" /protein_id="ACS33953.1" /translation="MAEGWKITCEGLTVRYKTGESQTTALHKFSGSFVPGKITVVFGP SGSGKTTLLKAVGTLLKPTEGRVGYNGKNPYELPKKELLALRREIGISFQQPVFVSQL TLWENIELVLNSSGKLNDDHRDLAVDLAERLGIEKLLSKKPTEVSGGELRRASIVMAL AKDPSVVILDEPTAYLDEESSERVVEILRELREKGKTIVVSTHDPELIRIADVTYRLR YGRVVGSEMGS" gene complement(1360684..1362759) /locus_tag="TGAM_1452" /note="tg1452" CDS complement(1360684..1362759) /locus_tag="TGAM_1452" /note="9 probable transmembrane helices predicted by modhmm" /codon_start=1 /transl_table=11 /product="Hypothetical protein" /protein_id="ACS33954.1" /translation="MDTKGMTATFRMKLPRIKMEGVKITYRYTHFIDESQGYDDVATI RVNTVKVLPGNDEKSRVLRAILKSWEKYGDRACIASPEFARKLLEPYGVGDDLGELSV GGQGIIVATDGSQSIEQIYQALSQEAARYNLSVVMRVVTPRWVFAVESSTGRSLWDYL WSYIALFLPALPALLVIMGREREDEERMRYLISTNGGRKIVLDLITAGIVLFALALTA LLLDKRASLLSAAMLLLVYVLRNFLAGRELGRRYTIVAFSLVLLGVLGILLHYNFTLR FYASGILGYLLSLGNSDASLLLTLVAFRYLPGVLISVGALSLVFLVTRIGKPGHRAVS RLLFPGIASVGMLFLYTSLLFSAPVVSLASILDAYSGGATGVVNFGDSRDLPKVYNLT LEAVSGKDVVYSTLWEAGTVVQGSGMTYSTHGRLLCYDEDFLEFLEKAGKTSTTAQLL YHKLSSNPEGIVVSSHYLNEIKKAGAVRISGKSLTFTVVDDEWNLHEISAPYETVDLL PGGIDGLLVSCEVAAKNGLSPKPAFILLSGDSKTTGEVMEEVNRTAALHPEAFDKLWS MEGISTHVESQFGDPRSFLPLLLSGFLMVVTGLVVGLRDGDRLSKLAEIMRVNGEEPL SLFAVVIAPALVVLAFVPASMIRDGYYLALTGFVSGKLMLLGLVPLLGLFAGLISYFL LIVGKLKGV" gene complement(1362662..1363147) /locus_tag="TGAM_1453" /note="tg1453" CDS complement(1362662..1363147) /locus_tag="TGAM_1453" /note="1 probable transmembrane helix predicted by modhmm" /codon_start=1 /transl_table=11 /product="Hypothetical protein" /protein_id="ACS33955.1" /translation="MKIRPMIKHYSKVFLSFLLLVFLVAIMPATVSALINQATEMKLG EFSGSYFSFHFVQEDYDDTHVIYLSDGELPAGAEPPRSVKGYGGLSVNEIRRMFANAG IRATDVYLPLYISDEKSDYWIILVPLLGGYEGDDCYVSDETAKDKNGRGQNNISLYSL H" gene complement(1363326..1364681) /locus_tag="TGAM_1454" /note="tg1454" CDS complement(1363326..1364681) /locus_tag="TGAM_1454" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:BlastProDom:PD005242 Q9V089_PYRAB_Q9V089; InterPro:IPR006174 rRNA subunit methyltransferase" /inference="protein motif:CDD:Methyltransferase_Sun, N-terminal RNA binding domain of the methyltransferase Sun" /inference="protein motif:CDD:Nol1_Nop2_Sun, NOL1/NOP2/sun family" /inference="protein motif:CDD:NusB, NusB family" /inference="protein motif:CDD:NusB_Sun, RNA binding domain of NusB (N protein-Utilization Substance B) and Sun (also known as RrmB or Fmu) proteins" /inference="protein motif:CDD:Sun, tRNA and rRNA cytosine-C5-methylases [Translation, ribosomal structure and biogenesis]" /inference="protein motif:COG:COG0144 tRNA and rRNA cytosine-C5-methylases; J Translation, ribosomal structure and biogenesis" /inference="protein motif:Gene3D:G3D.1.10.940.10 no description" /inference="protein motif:Gene3D:G3D.3.40.50.150 no description" /inference="protein motif:HMMPanther:PTHR11078 NOL1/NOP2/FMU(SUN) FAMILY/METHYLTRANSFERASE-RELATED" /inference="protein motif:HMMPanther:PTHR11078:SF1 NOL1/NOP2/FMU(SUN) FAMILY" /inference="protein motif:HMMPfam:PF01029 NusB InterPro:IPR006027 NusB/RsmB/TIM44 GO:Molecular Function:RNA binding (GO:0003723), Biological Process:regulation of transcription, DNA-dependent (GO:0006355)" /inference="protein motif:HMMPfam:PF01189 Nol1_Nop2_Fmu InterPro:IPR001678 Bacterial Fmu (Sun)/eukaryotic nucleolar NOL1/Nop2p" /inference="protein motif:ProfileScan:PS50193 SAM_BIND InterPro:IPR000051 SAM (and some other nucleotide) binding motif GO:Molecular Function:S-adenosylmethionine-dependent methyltransferase activity (GO:0008757)" /inference="protein motif:superfamily:SSF48013 Antitermination factor NusB" /inference="protein motif:superfamily:SSF53335 S-adenosyl-L-methionine-dependent methyltransferases" /codon_start=1 /transl_table=11 /product="SAM-dependent tRNA/rRNA cytosine-C5 methylase" /protein_id="ACS33956.1" /translation="MELFYKVSFQEVVADALSLVEERELSSKHALERVFRKVAGKDRE KARGLAHAYVFEIEKWRAKIDFIINSVLKGSKVEDLDPYLANLLRIGTFEIHFRKVPP AIATDSIIRVVKERFDFSRAKFVNALMHSIEKFDVERALKRLKERDRIEWLSVRFSHP RWYVEYVIELLGYDEAVRLLLSNNRPQRYYVRANTLKTDMDSLRDYLEENGVRTALTP VPDVLKVLDYKTPVTRLDWYKEGKFVIQDLASAYVAHVLNPEPGERVLDLAAAPGSKT FHAASLMENKGEIVAVDYSYDRLMRMKEKMKILGIKNVKLVHADGQSFRDKAKFDRII LDAPCSSSGTYRQFPEVKWRFDERKIKRIISVQRNMLRNAYENLRDGGVMTYSTCSIR IDEDEENVLFAVEKVGLELLPYDFSWGDRGFLEIGDRVFRAWTHRHDCNSFFIAKMGR Q" gene 1364764..1367091 /gene="pol" /locus_tag="TGAM_1455" /note="tg1455" CDS 1364764..1367091 /gene="pol" /locus_tag="TGAM_1455" /EC_number="2.7.7.7" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:COG:COG0417 DNA polymerase elongation subunit (family B); L Replication, recombination and repair" /inference="protein motif:FPrintScan:PR00106 DNAPOLB InterPro:IPR006172 DNA-directed DNA polymerase B" /inference="protein motif:Gene3D:G3D.1.10.287.280 no description" /inference="protein motif:Gene3D:G3D.3.30.420.10 no description" /inference="protein motif:Gene3D:G3D.3.90.710.10 no description" /inference="protein motif:HMMPanther:PTHR10322 DNA POLYMERASE" /inference="protein motif:HMMPanther:PTHR10322:SF1 DNA POLYMERASE" /inference="protein motif:HMMPfam:PF00136 DNA_pol_B InterPro:IPR006134 DNA polymerase B region" /inference="protein motif:HMMPfam:PF03104 DNA_pol_B_exo InterPro:IPR006133 DNA polymerase B, exonuclease" /inference="protein motif:HMMSmart:SM00486 no description InterPro:IPR006172 DNA-directed DNA polymerase B" /inference="protein motif:HMMTigr:TIGR00592 pol2:DNA polymerase (pol2) InterPro:IPR004578 DNA polymerase (pol2)" /inference="protein motif:ScanRegExp:PS00116 DNA_POLYMERASE_B InterPro:IPR006172 DNA-directed DNA polymerase B" /inference="protein motif:superfamily:SSF53098 Ribonuclease H-like InterPro:IPR012337 Polynucleotidyl transferase, Ribonuclease H fold" /inference="protein motif:superfamily:SSF56672 DNA/RNA polymerases" /codon_start=1 /transl_table=11 /product="DNA-directed DNA polymerase, B family (pol)" /protein_id="ACS33957.1" /translation="MILDTDYITENGKPVIRVFKKENGEFKIEYDRTFEPYFYALLKD DSAIEDVKKVTAKRHGAVVKVKRAEKVQRKFLGRPIEVWKLYFTHPQDVPAIRDKIRA HPAVVDIYEYDIPFAKRYLIDKGLIPMEGDEELRMLAFDIETLYHEGEEFGTGPILMI SYADENEARVITWKKIDLPYVDVVSTEKEMIKRFLRVVKEKDPDVLITYNGDNFDFAY LKKRCEKLGIKFTLGRDGSEPKIQRMGDRFAVEVKGRIHFDLYPVIRRTINLPTYTLE AVYEAVFGKPKEKVYAEEITEAWESGEGLERVARYSMEDAKVTYELGREFFPMEAQLS RLIGQSLWDVSRSSTGNLVEWFLLRKAYERNELAPNKPDERELARRRESYAGGYVKEP ERGLWDNIVYLDFRSLYPSIIITHNVSPDTLNREGCKEYDVAPEVGHKFCKDFPGFIP SLLGDLLEERQKIKRKMKATIDPLEKKLLDYRQRAIKILANSFYGYYGYAKARWYCKE CAESVTAWGREYIETTIREIEEKFGFKVLYADTDGFFATIPGADAETVKKKAKEFLKY INAKLPGLLELEYEGFYVRGFFVTKKKYAVIDEEGKITTRGLEIVRRDWSEIAKETQA RVLEAILKHGDVEEAVRIVKEVTEKLSKYEVPPEKLVIHEQITRDLRDYKATGPHVAV AKRLAAKGVKIRPGTVISYIVLKGSGRIGDRAIPADEFDPTKHRYDAEYYIENQVLPA VERILKAFGYRKEDLRYQKTKQVGLGAWLKVKGKK" gene complement(1367108..1367809) /locus_tag="TGAM_1456" /note="tg1456" CDS complement(1367108..1367809) /locus_tag="TGAM_1456" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:COG0637, Predicted phosphatase/phosphohexomutase [General function prediction only]" /inference="protein motif:CDD:COG1011, Predicted hydrolase (HAD superfamily) [General function prediction only]" /inference="protein motif:CDD:Gph, Predicted phosphatases [General function prediction only]" /inference="protein motif:CDD:Hydrolase, haloacid dehalogenase-like hydrolase" /inference="protein motif:COG:COG1011 Predicted hydrolase (HAD superfamily); R General function prediction only" /inference="protein motif:FPrintScan:PR00413 HADHALOGNASE InterPro:IPR005833 Haloacid dehalogenase/epoxide hydrolase GO:Biological Process:metabolism (GO:0008152), Molecular Function:hydrolase activity (GO:0016787)" /inference="protein motif:Gene3D:G3D.3.40.50.1000 no description" /inference="protein motif:HMMPanther:PTHR12725 FAMILY NOT NAMED" /inference="protein motif:HMMPanther:PTHR12725:SF1 SUBFAMILY NOT NAMED" /inference="protein motif:HMMPfam:PF00702 Hydrolase InterPro:IPR005834 Haloacid dehalogenase-like hydrolase GO:Molecular Function:catalytic activity (GO:0003824), Biological Process:metabolism (GO:0008152)" /inference="protein motif:HMMTigr:TIGR01509 HAD-SF-IA-v3:HAD-superfamily hydrolase, InterPro:IPR006402 HAD-superfamily hydrolase subfamily IA, variant 3" /inference="protein motif:HMMTigr:TIGR01549 HAD-SF-IA-v1:HAD-superfamily hydrolase, InterPro:IPR006439 HAD-superfamily hydrolase, subfamily IA, variant 1 GO:Biological Process:metabolism (GO:0008152), Molecular Function:phosphoglycolate phosphatase activity (GO:0008967)" /inference="protein motif:ScanRegExp:PS01039 SBP_BACTERIAL_3 InterPro:IPR001638 Bacterial extracellular solute-binding protein, family 3 GO:Molecular Function:transporter activity (GO:0005215), Biological Process:transport (GO:0006810), Cellular Component:periplasmic space (sensu Proteobacteria) (GO:0030288)" /inference="protein motif:superfamily:SSF56784 HAD-like" /codon_start=1 /transl_table=11 /product="Hydrolase, HAD superfamily" /protein_id="ACS33958.1" /translation="MKLVSFDVWNTVLSMDVMLDAFSVELTKLMGACILDVVEGILLT RERIKAMRAKGEGNPRRALEESQEMLAELLGIDVELVKRAVARAVLKVDEEIVLPGAR GALEGVKRKGLKVTVTGNVMFWPGSYTRLLLERFGLMNYIDRTFFADEVLAYKPLPEM FRKPLETFNVKPEEAIHIGDTYAEDFEGALNAGLWAVWINPEAEGVRRIHERGFEVPS VEGILEVLERIEKEG" gene complement(1367856..1368113) /locus_tag="TGAM_1457" /note="tg1457" CDS complement(1367856..1368113) /locus_tag="TGAM_1457" /experiment="gene product confirmed by mass spectrometry" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein" /protein_id="ACS33959.1" /translation="MMKVVLEVTFRMGGVNFRGTRWEDGNLIFEFERLGDAFIQVLSY QRVEAEVEKIPKKVLVELKTKEGGKVFEAFERNGQYLAVEP" gene 1368206..1368703 /locus_tag="TGAM_1458" /note="tg1458" CDS 1368206..1368703 /locus_tag="TGAM_1458" /note="1 probable transmembrane helix predicted by modhmm" /codon_start=1 /transl_table=11 /product="Hypothetical protein" /protein_id="ACS33960.1" /translation="MLGLQLENIKVTKMAGRRVYVAVATLLIVLMCSTALVRGYLSPE NVEVQVDTKIEYYRTFPLMKPTLEFELPGKGPKSLSIGGILPNGSFVDLGLYFGKGTL RIPRKKLLWYFREWAEYGKRNGLKPGEVVPGLILLGTVVEGNQSYSIASSLVLDPEKV LGGIP" gene 1368535..1369818 /locus_tag="TGAM_1459" /note="tg1459" CDS 1368535..1369818 /locus_tag="TGAM_1459" /inference="protein motif:HMMPfam:PF00478.12 IMP dehydrogenase / GMP reductase domain InterPro:IMP dehydrogenase/GMP reductase Molecular Function:catalytic activity (GO:0003824)" /codon_start=1 /transl_table=11 /product="Hypothetical protein" /protein_id="ACS33961.1" /translation="MVLQGMGRVREEERSKAGGSCSRFDTAGDGGGRQSKLFDSFLSR ARSREGSWGYTVKVALRGELVPMGKTPQLSKDSTNKGLESVETEIPTTIPDWSNSSIN SHGCSVTEQDPVLREYWKLGEVLDSGSSFVPLGNVYLHGDTSKINNVVIKEKFQSTED VGIRFSGVLAYQTKSLDIHSQLVDTVLELRGNRIWLNYQKDFWRNAEIRGATLLGMGV RGRYVIARYWKFVGKGCPWDWNTSESAYFIAFVPEIKNGEMVGEYRVEYNTPEANDPV ETPGVLSRTMYYVQRYYRGEESWMSGAKVIDSIKVLSYESESPLFSRGIPLLPLLGES VPSSLAQPLMSATVGITSNKQEFSTVAVAISPASKDVEYRVTRYESPAVFWYKGQYYR ISTMFLDVYVPEEKGGAPGCLKPGSELVCPTKENG" gene complement(1369835..1372249) /locus_tag="TGAM_1460" /note="tg1460" CDS complement(1369835..1372249) /locus_tag="TGAM_1460" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:COG:COG1107 Archaea-specific RecJ-like exonuclease, contains DnaJ-type Zn finger domain; L Replication, recombination and repair" /inference="protein motif:Gene3D:G3D.2.10.230.10 no description" /inference="protein motif:Gene3D:G3D.2.40.50.140 no description InterPro:IPR012340 Nucleic acid-binding, OB-fold, subgroup" /inference="protein motif:HMMPanther:PTHR10287 RIBOSOMAL PROTEIN S1/PRE-RRNA PROCESSING PROTEIN RRP5" /inference="protein motif:HMMPanther:PTHR10287:SF3 PRE-RRNA PROCESSING PROTEIN RRP5-RELATED" /inference="protein motif:HMMPfam:PF00575 S1 InterPro:IPR003029 RNA binding S1 GO:Molecular Function:RNA binding (GO:0003723)" /inference="protein motif:HMMPfam:PF01336 tRNA_anti InterPro:IPR004365 nucleic acid binding, OB-fold, tRNA/helicase-type GO:Molecular Function:nucleic acid binding (GO:0003676)" /inference="protein motif:HMMPfam:PF01368 DHH InterPro:IPR001667 Phosphoesterase, RecJ-like" /inference="protein motif:HMMSmart:SM00316 no description InterPro:IPR003029 RNA binding S1 GO:Molecular Function:RNA binding (GO:0003723)" /inference="protein motif:ProfileScan:PS50126 S1 InterPro:IPR003029 RNA binding S1 GO:Molecular Function:RNA binding (GO:0003723)" /inference="protein motif:superfamily:SSF50249 InterPro:IPR008994 Nucleic acid-binding, OB-fold GO:Molecular Function:nucleic acid binding (GO:0003676)" /inference="protein motif:superfamily:SSF50249 Nucleic acid-binding proteins InterPro:IPR008994 Nucleic acid-binding, OB-fold GO:Molecular Function:nucleic acid binding (GO:0003676)" /inference="protein motif:superfamily:SSF57802 Rubredoxin-like" /inference="protein motif:superfamily:SSF64182 DHH phosphoesterases" /codon_start=1 /transl_table=11 /product="recJ-like phosphoesterase, containing RNA binding S1 and OB-fold nucleic acid binding domain" /protein_id="ACS33962.1" /translation="MLRELFNTLPEFFQFNHLALRFGAHHPISIGFTHHRGFHSSRHY KTVWEKTIRPCQILPVVGAMVVKECPECHGTGKVKVGEKECPVCEGWGYVPADFKIGD KLKGYRNLDYFGVEDEVDEIPCPECHGKGTVPVYDTCPTCGGTGKVLACDICGKIRGP WEPGMETTWVCPDCLRKYKVVYILDKTCDYEDVEIGNVYKGTIDRVERFGVFVKLNPH VVGLIKRKDLLGGREYKPGEEILVQVLDVRPDKREIDLIESALKNYKTVTVRKELPVT PIAELSKDMAGKTVRIQGRVTQIQVTGGPTVFTITDGTGITWAAAFEAPGVRAYPNIN VGDIVEVIGKIAFHSGEIQIEVSDMARLWGPDAARVKQQIEAELDKRAQPKDVGFLVQ SEVLEKLKPKIMKAAFMIRRAIFEGRPILLRHHSDTDGYTSGLALEYAIVPLIEKISP DPQARWKLFKRRPSRAPFYELEDVLKDIIFMVEDHEKFGDPLPLVVIVDNGGTSEDIP AYKRIKAYGVPIVVIDHHDPREWVSEDKAKVDEYVDVHVNPHHVKRGYYELTAGMLAT EVARFVNPDVEDKIKHLPAIAGTGDRSKAPEFYQYLEIAKKAKGLTEEDLKKIAEVID HEAFYWKFMDGHGIIDEILLLTGNLQRHRELINAIYPEVKEKQEKALRASLPHVKSVV LPNGIRFNTIDVELFAPKFSYPSPGKLSGLIHDHFKEKYGEDSPILTLAYGPDFAVVR ASDGMAAYNFDLNAIIPKLQEKLPAAGIEGGGHSYAGSIKFFEGMRKEVLEEFAKQVV KLKKKE" gene 1372121..1372666 /locus_tag="TGAM_1461" /note="tg1461" CDS 1372121..1372666 /locus_tag="TGAM_1461" /inference="protein motif:CDD:COG4711, Predicted membrane protein [Function unknown]" /inference="protein motif:COG:COG4711 Predicted membrane protein; S Function unknown" /note="4 probable transmembrane helices predicted by modhmm" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein" /protein_id="ACS33963.1" /translation="MSGRVKTAMMSESNADGMMSPEPEREVVELEKLRKSVEELTKHI ENLEEQKKPDSLGWDDIAQEIVGAITFALPFIFTEELWDIAKDISVGRSIAILIMTLG VAYLFIAKSRIGNLKREELFHVPKRLLTVTLIAYLTSAVLIYLYGINNLADFTAIQYI NATILVSTFAVIGAITVDMVR" gene 1372667..1373689 /locus_tag="TGAM_1462" /note="tg1462" CDS 1372667..1373689 /locus_tag="TGAM_1462" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein" /protein_id="ACS33964.1" /translation="MKLVTGKHWEAFADENSLLFPEYRKNRDELIGFVGSLKGDETIV TASLELIDLITNRFRKGEENVLIYSDTGKILTLKEVYELRKYLDFDVRGGFSGERAKV SILFVEGKTDAKFFKAVFKKLFEFRESRNAPHQFRFIERVFERDNFDLLKRESDGVYL AVIPSEGNSGVVRNLGNFLRAMKVFDFSVDRVGVAIDIDESRESALASIAGKLSGFEQ GTTAMGYLVGNTEVIPLVIGLPFEDELIEWKKPTVEDLMLHLIEREGLLNKVRPGIKA LNGSLGRKLKPKEVMYLALSAYGHWGNLEGFYELFVMRSRFRNIKAVLREAGLMEGLR YLAFMP" gene complement(1373746..1374930) /locus_tag="TGAM_1463" /note="tg1463" CDS complement(1373746..1374930) /locus_tag="TGAM_1463" /note="1 probable transmembrane helix predicted by modhmm" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein" /protein_id="ACS33965.1" /translation="MIPMKGKAIVLLTTILAVLGVLVIALHAHSSPSEVVAIEIRNST GARILVKALYPDGFREIRPLSIEGETVYLDVSGLRRAWGEVVERRSYGGEPFIVLTVV RGGKVAVHGISLGEKARSSKITIVPSYRRLSQVNASLGQSGGTSRTSSSDDVYEILEN SEERTIPAVVAEVLNFDRNSWGQVTWGYLQNARVGFGVYVFLNGELMKVGTIYLYSPR GGSVSHAAFGRGESVYVWMNFIYRYERWSVHVNGGNFYEEYVFVKGFEPASLSWGHER PPNVMPAPVSSWKLAGRYTSDTITYPYYQFSLNELPSDYFSIDASGFVSALSSEGAIP GVWPGNFSIDVKYKSGNMSAFTFTLDLYGERGSCHPVFEGLSKAQGKYHGVPLVAFRI GG" gene complement(1375119..1375601) /locus_tag="TGAM_1464" /note="tg1464" CDS complement(1375119..1375601) /locus_tag="TGAM_1464" /inference="protein motif:CDD:COG1373, Predicted ATPase (AAA+ superfamily) [General function prediction only]" /inference="protein motif:COG:COG1373 Predicted ATPase (AAA+ superfamily); R General function prediction only" /inference="protein motif:superfamily:SSF52980 Restriction endonuclease-like" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein" /protein_id="ACS33966.1" /translation="MFSRCFEDLFFVFFLPRFARSEKESLRAPKKVYLVDTGLALFSR KEAGRDMENAVFLELLRRKHYTNPLIMGIHYYGGSGEKEVDFVVSESGRVVELIQVTL SLEDAREREILALTRASKTLNCKNLTVVTLDEEGIVESDGRKIRVVPLWKFLLGVWPR " gene complement(1375601..1376983) /gene="pfkC" /locus_tag="TGAM_1465" /note="tg1465" CDS complement(1375601..1376983) /gene="pfkC" /locus_tag="TGAM_1465" /EC_number="2.7.1.146" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:ADP_PFK_GK, ADP-specific Phosphofructokinase/Glucokinase conserved region" /inference="protein motif:CDD:ADPGK_ADPPFK, ADP-dependent glucokinase (ADPGK) and phosphofructokinase (ADPPFK)" /inference="protein motif:COG:COG4809 Archaeal ADP-dependent phosphofructokinase/glucokinase; G Carbohydrate transport and metabolism" /inference="protein motif:Gene3D:G3D.3.40.1190.20 no description" /inference="protein motif:HMMPfam:PF04587 ADP_PFK_GK InterPro:IPR007666 ADP-specific phosphofructokinase/glucokinase GO:Biological Process:carbohydrate metabolism (GO:0005975), Molecular Function:phosphotransferase activity, alcohol group as acceptor (GO:0016773)" /inference="protein motif:HMMPIR:PIRSF015883 Bifunctional ADP-dependent phosphofructokinase/glucokinase InterPro:IPR011790 ADP-specific phosphofructokinase GO:Cellular Component:cytoplasm (GO:0005737), Biological Process:fructose metabolism (GO:0006000), Biological Process:glycolysis (GO:0006096), Molecular Function:phosphofructokinase activity (GO:0008443)" /inference="protein motif:HMMTigr:TIGR02045 P_fruct_ADP:ADP-specific phosphofructoki InterPro:IPR011790 ADP-specific phosphofructokinase GO:Cellular Component:cytoplasm (GO:0005737), Biological Process:fructose metabolism (GO:0006000), Biological Process:glycolysis (GO:0006096), Molecular Function:phosphofructokinase activity (GO:0008443)" /inference="protein motif:superfamily:SSF53613 Ribokinase-like" /codon_start=1 /transl_table=11 /product="ADP-specific phosphofructokinase (pfkC)" /protein_id="ACS33967.1" /translation="MMELLDEARKLSIFTAYNANVDAIVYLTGEIVQGLIDEFGAEAV RRRMDEYPREINEPIDFVARLVHALKTGKPMAVPLVNEELQSWFDSHFKYDVERIGGQ AGIIANLLANLDFRKVIVYTPHLARRQAEMFVPKKNLFYPVVENGKLVLKHPHEAYRE NDPVKVNRIFEFRAGMRFKLGDETITVPYSGRFIVSARFESIRVYTRPELKPFLSEIG LQVDGAILSGYQGIRLRYSDGKDANYYLREAKKDILLLKREKDVKVHLEFASIQSREL RKKVIYNLFPLVDSVGMDESEIAYVLSALGYSKLADRIFTYNRIEDTVLGGKILIDEM NLEVLQIHTIYYLMYITHADNPLSEEELRKSLELATTLAAARASLGDIRSPEDFKVGL SVPYNERGEYVKLRFEEAKRRLRTREYKVVIIPTRLVENPVSTVGLGDTISTGAFTSY LALLKEKGAL" gene 1377193..1379715 /locus_tag="TGAM_1466" /note="tg1466" CDS 1377193..1379715 /locus_tag="TGAM_1466" /inference="protein motif:Gene3D:G3D.2.60.40.10 no description" /inference="protein motif:ScanRegExp:PS00018 EF_HAND_1 InterPro:IPR002048 Calcium-binding EF-hand GO:Molecular Function:calcium ion binding (GO:0005509)" /inference="protein motif:ScanRegExp:PS00142 ZINC_PROTEASE InterPro:IPR006025 Peptidase M, neutral zinc metallopeptidases, zinc-binding site GO:Biological Process:proteolysis (GO:0006508), Molecular Function:metallopeptidase activity (GO:0008237), Molecular Function:zinc ion binding (GO:0008270)" /inference="protein motif:superfamily:SSF53383 PLP-dependent transferases" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein" /protein_id="ACS33968.1" /translation="MEPQPKPDLIQDMPRPVITGMRVHKTVCNGKATIDVTVNNYGWT TAVGTLKAYVDGNAGNSVGIEVDPYHPETYTLTAPAEPGEHTVKVVLTYPGGSDSMNK TVTLLRDSDCEYLSDQEEYDYGTNPNDPDTDDDGVIDSKDMNPLGDYRIKIYILRARA LDDVDSALVGHNPADMNLTLTVNGQTRTLFLTNDQDDKENKILPTDDPLLNLEDYAIA KATFDVPDDKVFIPITFHLYDKEGNKKGEDIDISPGPGTVARIMYNLKTGTWSGDDYP GDEERYFGYGHLSGCGDGSCGVSSHDPKKDLKVYVKYESILEEKGIKGEILNITTIQD VKEVRVGGGKGVLSISRPGSVKIATVRLENGSVVNVTLVNTYNAKVLRVNPIKPPQGP DASLARENTTTVELVGTAPDEPLKGEVEIIPMEGDLIDPGLGEVITYSSREEHDGEIW FVIVPDEPDGIPFWREVELNKELEASGISERFDPSDGYYLLETNSGDFWSWLEQFLKW TDINNKEKLGDYDGDGVPNAVEVLIGKDPAKRDILGIELTVSVEWDMSEEDKRNLAYS IRKASDFVYDHTDGYAMITRVTIWDDKKNWDKADVRIYNTGWQILIINDDHWPSSWIG AYWNSTLFIEMPRRFFRYSTDSKGEMGSSKWGKTLGHEIGHYVFWFWDEYQDWNRHKY KTWYTTQMALYYRGESAFDISRILSDKLLSIHSVMNNEWKWSELSTPGDYSSFKEDAI YIWRTYSHAWIVAGYKSWEYMLPEQWGNLTHKDKWHCSSWEALFKFLTGYDRPEWVRG PSVDICMDPNLDGSCDKALPQDYTPKTGPYTGVGYFMEVVWG" gene 1379628..1380620 /locus_tag="TGAM_1467" /note="tg1467" CDS 1379628..1380620 /locus_tag="TGAM_1467" /note="1 probable transmembrane helix predicted by modhmm" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein" /protein_id="ACS33969.1" /translation="MRQSASTRLHSKNRPVHWCWLLYGGGLGMRRKLFALFLLLTLLL GYLAYLNSLPLAVRAYKLARIPSDEQLIAVYHDKDFWQFATYNEKTNTLKLYTVEQSS PLWLKRRNVESVKALVNYTPLALDLKLLKSYEPHSKALLFKTLGWKYEEDISGSYWAN LSEVIRPGEKYYRIYGLGSSSGLWIKSKAVCRKTNLDIVCYGTAGTNGILVIPGFKDS KMLWVVEGIKGNPQVAFFYPGVVLKNVTEENKVFTYSSEDREVIKSIVQKLEGKNPSY LEVWFLRKTKCPGYGQILTNRGDFCELYACYSGNSASIELGNISCISNLELRNR" gene 1380464..1381621 /locus_tag="TGAM_1468" /note="tg1468" CDS 1380464..1381621 /locus_tag="TGAM_1468" /note="1 probable transmembrane helix predicted by modhmm" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein" /protein_id="ACS33970.1" /translation="MVFKKNQVPRLRTNSDQQGRFLRALCLLQRQFSKHRTWKHLLHF KPRTEKQVREMKKLTAVLGLLSILLLLLAYAYSNQPHETMSSLYQKIPEQVRENAQLI AAYYSSQNGDREYQFAFYDPKERTLSIYTFKISNFLKIFWDKEENKITCETPFNYSVL ATSPEKLKNFENCDNCKLFLYKGRIYKNKEIESIYPSIEQVIKENTTYVNFVLLKDEE LSIGGIIERHGDMGLGPAYFGYKGLLHLPTTMHNPSRGVIVEFIAKNDTIHVVIHYPK NMTFSTISSVRLRKDWNSTWNLKEVPLSEILQKSKSKELSQEIKGSLRFEFSITKRDN RAEAWASWINSRKQAHGYWRLYPPDKIEWRRFTCIEKSCRWTEENIFDPFP" gene 1381654..1382637 /locus_tag="TGAM_1469" /note="tg1469" CDS 1381654..1382637 /locus_tag="TGAM_1469" /note="1 probable transmembrane helix predicted by modhmm" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein" /protein_id="ACS33971.1" /translation="MMKNTKLLALFAFFLIILLLFAYAYSNQPNETMSSLYQKIPEQV RENSQLIAAYYSSQNGDREYQFTFYDPKERTLSIYTFKISKILKIWPRMTEDKIFCKT PFNYSVLATSPEKLKDFENCNNCRLFLYKDRIYKNEEIEGIQPRLSEVLKVNESYWRI QILGASELSTGNIIGSSGDAGEMFGLSGYPGLLILPAGNNASRGVIIAIQPLNETHEV IRIHFPLNVTFEFVERHYDNPDFPLWSLENLSSAVKRLQAFKIEPKPWRWETTLSGKY AGIAWFTQSGAYYEYEIHPQSKWIYNGDFTISRFEFRCRRGGASPYSYYYP" gene 1382519..1383664 /locus_tag="TGAM_1470" /note="tg1470" CDS 1382519..1383664 /locus_tag="TGAM_1470" /note="1 probable transmembrane helix predicted by modhmm" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein" /protein_id="ACS33972.1" /translation="MNTKYILSQSGFIMVTSQYHGSSSGVGEEVHPHTHTTTHNGGRK MKELLVVLVFVSILLLFAYAYSNQPNETMSSLYQKIPEQVRENSQLIAAYYSSQTGFG GFREYQFALYNPNDRTISIYTFKISKLLKIWPRITENKITCKTQLNYSILATSPEKLK NFKNCGNCRILLYKDRIYKNGEIESIYPSIEQVIRGKENTTYVKLSLLKDSEITTGAV GFVIGDMGFYTDDVYYGRGLLYLPSPIVNLTRGVVVEFLPVDNETIKRVIHYPGNVTL SDEFKITKYYRVNITRNLTWTLKEVPIEQILQKLDSKQLQKTIGEDSRVRLEISKEPL WAKTPKLEAWLIWIDKGKTVYIEKRIYPTEKTYKEKFSFISGYYCGW" gene 1383642..1384631 /locus_tag="TGAM_1471" /note="tg1471" CDS 1383642..1384631 /locus_tag="TGAM_1471" /inference="protein motif:superfamily:SSF49863 Hyaluronate lyase-like, C-terminal domain InterPro:IPR011071 Polysaccharide lyase family 8-like, C-terminal" /note="1 probable transmembrane helix predicted by modhmm" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein" /protein_id="ACS33973.1" /translation="MVITAAGRGEKMRSFLAFLLVFLLSFLAYNAYTYHQLSSAEGAY KLAGIPSSEKLIAVYHDENFWQFATYNPKARELKVYYVGQDFPLLFRIKKTKTVKTPL NYSPLALDLKLLEKAPKETPALLFAGKWYTKENPPEFPTVEQILQQYNNKTMRRLSAY YAEKELWIGAITMQTGDAIYGGIGPGRILVIPSLKSYMEKPFVWRVEIPAGGDKSQHI VYYPDGITIKGYGEVVLPKAFVIEKWVLEKSLNATLKALAKPTPISGSARSFVDLTIS CWDSNSIEWSIMYITRYWPGISMQNKIPEGYVLSDYGQTSGKCQIIRTANSQG" gene 1384639..1385622 /locus_tag="TGAM_1472" /note="tg1472" CDS 1384639..1385622 /locus_tag="TGAM_1472" /inference="protein motif:superfamily:SSF56601 beta-lactamase/transpeptidase-like InterPro:IPR012338 Penicillin-binding protein, transpeptidase fold" /note="1 probable transmembrane helix predicted by modhmm" /codon_start=1 /transl_table=11 /product="Hypothetical protein" /protein_id="ACS33974.1" /translation="MKRWLSLFFILLLLAWGVKAYQVHTSLTTPSRVLQLIKHNESEE LIGAYVKEGTLGPKWQLIFYNPNSQKIRIVSLSEKLGLIPGLLKETYLNPTPYNYSPL STNLERLKDWDGKTPALLFHEKWYYKSTFQGIRNFQNIQSENLTLLGIFYSKNSFWMG VQGIRVCNADFGYPPAGPGGIIVPPNLAGDGAPTVLATVRNKGNHSETSIIFFDGSTI NITGAVHPECIMAIFADRFGMVFCGDARKEFLKETHEIPNCPFELKDVSELAQIWYRD ARQNPSRMAMFVARPVKGTSKDCSAEIRWVVITLKGEGYCGDEYSGKLENT" gene 1385686..1386540 /locus_tag="TGAM_1473" /note="tg1473" CDS 1385686..1386540 /locus_tag="TGAM_1473" /inference="protein motif:ScanRegExp:PS00061 ADH_SHORT InterPro:IPR002198 Short-chain dehydrogenase/reductase SDR GO:Biological Process:metabolism (GO:0008152), Molecular Function:oxidoreductase activity (GO:0016491)" /note="1 probable transmembrane helix predicted by modhmm" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein" /protein_id="ACS33975.1" /translation="MGMRKIAALLLLLFTLTASWILWESHEAVSCFNSPYCMTEHLNI TDHILIMQHNGNEWRIVTYTTGKLSLHRIELSGSIIPDIKDSTKSVRTHIDYSPLTFE NNALKGLKGTIGLIAKFNGSVKAVPLKELQKPLTCSELLKLCSSCKLVLGEGGDKVRL GYTNLTSGYLVVPSPRGSSRFVLEIKSYNATKDAIIAKYPMGIVKGYTSKLNLPPIEN TSLPANVSQYLEPAWGILITGNEVVLNPDPWSIVEELGECRTVYKITIHNNGTIEKTE YGLPCWRR" gene 1386585..1387487 /locus_tag="TGAM_1474" /note="tg1474" CDS 1386585..1387487 /locus_tag="TGAM_1474" /note="1 probable transmembrane helix predicted by modhmm" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein" /protein_id="ACS33976.1" /translation="MGMKKLLALVLLFLLFFAYNACTYHQLSSAEGAYKLAGISGDEK LIAVYHDSNFWQFATYNPKARELKVYYLSQAHPLDFRIKKTKTVKTPLNYSPLALDLK LLEKAPKETPALLFAGKWYTPENPPEFPSFDEIIKGYTNKTIRRIALLYARKELWIQT YLQVTARAYEVGTKDVLVIPSFGNTSGGIWVVETPQGKNSTKTVYYPGTKIVGNVTPV YLGSFVLNNRNSIESALYEALSNLSKTTSFAKIEVYCFSPQADVDTVTIKRYYQGISM EKYFQFYYLHRDTIKVLGGCKTTR" gene 1387536..1388504 /locus_tag="TGAM_1475" /note="tg1475" CDS 1387536..1388504 /locus_tag="TGAM_1475" /note="1 probable transmembrane helix predicted by modhmm" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein" /protein_id="ACS33977.1" /translation="METNERRLLYGGGLGMRRKLFALFLLLTLLLGYLAYLNSLPLAV RAYKLARIPSDEQLIAVYHDKDFWQFATYNPKTQKLKVYALYTDKPILPWGRDVKTVK TPLNYSPLALDLDLLEEVPKETPALLFAGKWYTKENPPEFPSFDEITKEYKNKTLREL TAYYAKKELWIGSITLQTGDVLYGSIGPVWTLTVPDLQDEGNSGFVWEVEVVKEKNAS LWVVHYPGDVKVSGVGEVLYRQSSIAVSKAYTSLDNAFKWLNRTSYPKQNPVFLQFTV YSMKSKTIQAGVLVLKYYQKGISMKKKLPDGYVLMDGTDIPVNNSS" gene 1388610..1389509 /locus_tag="TGAM_1476" /note="tg1476" CDS 1388610..1389509 /locus_tag="TGAM_1476" /experiment="gene product confirmed by mass spectrometry" /note="1 probable transmembrane helix predicted by modhmm" /codon_start=1 /transl_table=11 /product="Hypothetical protein" /protein_id="ACS33978.1" /translation="MKWIGTLFIFILLAVSLWGLQAYRVHETLTSPDKTFEMATGENA QLIAAYVDKGMLAPTWHFAFYNPKTRNIFVTSVKESLWPWPHITLKKQACPTEYNYSS LAIQRTLLKNWRGQAPALLFNGTWYSRDDQKDALSMLTSLRIQNASFGKIGLFYSKNG FWVGLDEIKSCGGDYSFPPAGPGGILVPPELSDKNLPTVIEITWNSPYGSERALVFFN GAIIKAHTTKPLTCPFELRNLTGALRIWREYFEYNPNRMALWVSRPLDTSSKECTNKT TWVIIALRNGDCGNEWWGKLEDT" gene 1389580..1390551 /locus_tag="TGAM_1477" /note="tg1477" CDS 1389580..1390551 /locus_tag="TGAM_1477" /note="1 probable transmembrane helix predicted by modhmm" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein" /protein_id="ACS33979.1" /translation="MRKLLAILGFLFVGFLLLFAYAYSDQPHETMSTLYQKIPEQVRE NSQLIAAYYSSQNGDREYQFAFYNQKNQTLSIYTFSISNFLKIFWDEEKNKITCKTPF NYSILATSPEKLKDFTNCDNCRILLYKGKIYRNEEIEEIQPRLSEVLKANESYWQVEI LGASELSTGDIIGSSGDAGRIFGLSGYPGLLILPAGDNASRGVTITVQPFNKTKDVVK IHFPLNITFKFKQRHYSDSYDYSPWSLENLSSAVKRLQAFKIEPKPWRWEATLSGEYA GIAWFTQSGRYYQYKIYPQIEWEDRGHSQLSVHVRCRSGGWVPFRYP" gene 1390585..1391583 /locus_tag="TGAM_1478" /note="tg1478" CDS 1390585..1391583 /locus_tag="TGAM_1478" /note="1 probable transmembrane helix predicted by modhmm" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein" /protein_id="ACS33980.1" /translation="MRALTVFGFFLIILLLFAYAYSNQPHETMSTLYQKIPEEVRENA QLIAAYYSSQNGDREYQFAFYDPKERTLSIYTFKIITLFKITLNEKKSRISCKTPFNY SILATSPEKLKNFTNCDNCRILLYKDKIYKNEEIESIYPSIEEMIRGKENTTYVNLVL MKDREISMGVIIERVGDHGLVRGFLGYWGLLHMPSTMSSPWRGVIIEFTTKSNGTINV IAHYPGNVTLSTIAEVKALSNKTWELKEVPLEDVIQALKSKKLVGSVKGSLRFEFSIT REGERIEAWAAWVNPEKGVLAFCRISPPGKITRNEFNEFDGYLCTRYGSDILEKLP" gene complement(1391814..1392527) /gene="maiA" /locus_tag="TGAM_1479" /note="tg1479" CDS complement(1391814..1392527) /gene="maiA" /locus_tag="TGAM_1479" /EC_number="5.2.1.1" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:Asp_Glu_race, Asp/Glu/Hydantoin racemase" /inference="protein motif:CDD:COG3473, Maleate cis-trans isomerase [Secondary metabolites biosynthesis, transport, and catabolism]" /inference="protein motif:COG:COG3473 Maleate cis-trans isomerase; Q Secondary metabolites biosynthesis, transport and catabolism" /inference="protein motif:HMMPfam:PF01177 Asp_Glu_race InterPro:IPR001920 Asp/Glu racemase GO:Biological Process:metabolism (GO:0008152), Molecular Function:racemase and epimerase activity, acting on amino acids and derivatives (GO:0016855)" /inference="protein motif:superfamily:SSF51366 Ribulose-phoshate binding barrel InterPro:IPR011060 Ribulose-phosphate binding barrel" /codon_start=1 /transl_table=11 /product="Maleate cis-trans isomerase (maiA)" /protein_id="ACS33981.1" /translation="MYGWRGRFGLIVPSSNTTMEMELHSYLPYGVSLHVSRMPLRDVT EEELLKMSSMAVESAKLLRDAGVELILYGCTSGSFIGGKDFEKELEARIEDEVNVPVI STSTAVVEALKILDVRDILVVTPYTDEINQREKEFLEANEFNVLDIIGLGLTDNLQIG RLEPYEAYRLAKSAFMDEVEGIFISCTNWRTFEIIEALEDDLGVPVVTSNQASLWLAL REMDVMERIPELGRLLTEY" gene 1392539..1392940 /locus_tag="TGAM_1480" /note="tg1480" CDS 1392539..1392940 /locus_tag="TGAM_1480" /note="2 probable transmembrane helices predicted by modhmm" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein" /protein_id="ACS33982.1" /translation="MKFLGTSIKPLVHLNFFIPFNQARTIAMIEFVILLGVIGGWFIA TTTLIAMLIFGKMWGLVGVPLLVLGVELNKFLKRRYMDVVVSSSPRAREIAKHIFEMN ELIILSSYAAALFLYIVVQKYVEVIIKVPPG" gene 1392945..1394087 /gene="thiI-1" /locus_tag="TGAM_1481" /note="tg1481" CDS 1392945..1394087 /gene="thiI-1" /locus_tag="TGAM_1481" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:ThiI, Thiamine biosynthesis ATP pyrophosphatase [Coenzyme metabolism]" /inference="protein motif:CDD:ThiI, Thiamine biosynthesis protein (ThiI)" /inference="protein motif:CDD:ThiI, ThiI is required for thiazole synthesis in the thiamine biosynthesis pathway" /inference="protein motif:CDD:THUMP, THUMP domain" /inference="protein motif:COG:COG0301 Thiamine biosynthesis ATP pyrophosphatase; H Coenzyme transport and metabolism" /inference="protein motif:Gene3D:G3D.3.40.50.610 no description" /inference="protein motif:HMMPanther:PTHR11933 TRNA (5-METHYLAMINOMETHYL-2-THIOURIDYLATE)-METHYLTRANSFERASE" /inference="protein motif:HMMPanther:PTHR11933:SF1 TRNA (5-METHYLAMINOMETHYL-2-THIOURIDYLATE)-METHYLTRANSFERASE" /inference="protein motif:HMMPfam:PF02568 ThiI InterPro:IPR003720 Thiamine biosynthesis protein GO:Biological Process:thiamin biosynthesis (GO:0009228)" /inference="protein motif:HMMPfam:PF02926 THUMP InterPro:IPR004114 THUMP" /inference="protein motif:HMMTigr:TIGR00342 TIGR00342:thiamine biosynthesis/tRNA modif InterPro:IPR003720 Thiamine biosynthesis protein GO:Biological Process:thiamin biosynthesis (GO:0009228)" /inference="protein motif:superfamily:SSF52402 Adenine nucleotide alpha hydrolases-like" /codon_start=1 /transl_table=11 /product="Thiamine biosynthesis protein (ThiI)" /protein_id="ACS33983.1" /translation="MNVVIVRYGEIGTKSRQTRRWFENILMNNIREALVSEGIEFKKV EAKHGRILVRTNRAKEAVDVLTRVFGIVSLSPAMEVEANLEKINKTALKLFRRKKREL GLERPRFRVTARRITKEFPLKSPEIQAKVGEYILENEESEVDLHNYDIEVGVELMEGK VYVFVDKVKAWGGLPIGTQGKVVALLSGGIDSPVAAFLMMKRGVEVIPVHIYMGEKTL EKVRKIWNQLKKYHYGGKAELIVVKPKERKRIIEKLKELGKEKYTCVFCKFMMVRHAD KIAKDFGAKGIVMGDSLGQVASQTLENMYIVSQASDLPIYRPLIGMDKEEIVSIAKRI GTFELSTLPEDEIPFIPRHPIIRGSWEEFRKLYRAVFGEEPRKREC" gene 1394021..1394299 /locus_tag="TGAM_1482" /note="tg1482" CDS 1394021..1394299 /locus_tag="TGAM_1482" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein" /protein_id="ACS33984.1" /translation="MGGVQEALQGGLRRGAEEEGVLMKKKSIERDPIWKAVGALTISD ENASEREDWLLTEEWAGFNSTKSNVFGILKGWKTDPQKLKDKLRGEWE" gene 1394119..1394847 /locus_tag="TGAM_1483" /note="tg1483" CDS 1394119..1394847 /locus_tag="TGAM_1483" /inference="protein motif:CDD:COG3371, Predicted membrane protein [Function unknown]" /inference="protein motif:CDD:DUF998, Protein of unknown function (DUF998)" /inference="protein motif:COG:COG3371 Predicted membrane protein; S Function unknown" /inference="protein motif:HMMPfam:PF06197 DUF998 InterPro:IPR009339 Protein of unknown function DUF998" /note="6 probable transmembrane helices predicted by modhmm" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein, predicted membrane protein" /protein_id="ACS33985.1" /translation="MESRGSANDIRRERQREGRLVAHRGMGGLQLHQIERLRHFKGLE NRPAEAQRQTSGGVGMSPTRFASYVALSLPIIFIVGLTVVIHANPWFSLQNNALSDMG SLKNPNRWLFNGLLMLFAVIAMVPSVVAFKHGLSYLMPLALLFLFLVGVFPEELPYHA PSAVLFYVLALADIALVGIKLGRQNSVNYLWSVLSVVVFITMLYLIRARVFKGLAIPE LIGASFILAWFVYIGILLRFETLS" gene 1394884..1395477 /gene="thiI-2" /locus_tag="TGAM_1484" /note="tg1484" CDS 1394884..1395477 /gene="thiI-2" /locus_tag="TGAM_1484" /inference="protein motif:CDD:ThiI, Thiamine biosynthesis ATP pyrophosphatase [Coenzyme metabolism]" /inference="protein motif:CDD:ThiI, Thiamine biosynthesis protein (ThiI)" /inference="protein motif:CDD:ThiI, ThiI is required for thiazole synthesis in the thiamine biosynthesis pathway" /inference="protein motif:CDD:TrmU, Predicted tRNA(5-methylaminomethyl-2-thiouridylate) methyltransferase, contains the PP-loop ATPase domain [Translation, ribosomal structure and biogenesis]" /inference="protein motif:COG:COG0301 Thiamine biosynthesis ATP pyrophosphatase; H Coenzyme transport and metabolism" /inference="protein motif:Gene3D:G3D.3.40.50.610 no description" /inference="protein motif:HMMPfam:PF02568 ThiI InterPro:IPR003720 Thiamine biosynthesis protein GO:Biological Process:thiamin biosynthesis (GO:0009228)" /inference="protein motif:superfamily:SSF52402 Adenine nucleotide alpha hydrolases-like" /note="Does not contain THUMP domain in N-terminus as tg1481" /codon_start=1 /transl_table=11 /product="Thiamin biosynthesis protein (thiI)" /protein_id="ACS33986.1" /translation="MKAVALLSSGIDSPVAVYLMLRRGVEVVPVHFRQDPIKEEKVRE LWEVLSKYGKLDELIVVDFAEEHVPVFERLKELKKERWTCIFCKWLMLRRACRIGHEV GASAIITGDSLGQVASQTLDNLMIVSSASDLPVLRPLIGMDKEEIVKIAKEIGTFEIS AREEPPCPFTPRYPIVRGSPGGFRKVLEELRRCGNSL" gene 1395533..1396627 /locus_tag="TGAM_1485" /note="tg1485" CDS 1395533..1396627 /locus_tag="TGAM_1485" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:DUF835, Protein of unknown function (DUF835)" /inference="protein motif:HMMPfam:PF05763 DUF835 InterPro:IPR008553 Protein of unknown function DUF835" /inference="protein motif:superfamily:SSF52777 CoA-dependent acyltransferases" /note="Belongs to DUF835 family; 7 probable transmembrane helices predicted by modhmm" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein" /protein_id="ACS33987.1" /translation="MQDSLIVIAGALIVMGIDVLAALLIFSIYRKNRRTSALLFSMAW LCDFLAIATSSSLTLKPLGLLLLPLFSSFMFAASFHLVEEEGVKIDKGTLKVLSTAPV AYMIYLLMVYWYTQDPEWTATAAASLGITGVFVTASGLIVKNVVSIYQSAAKYLYIGI TLFGLHLIPAALFGQERWYIPIGFMLSASLIVLMTTAMVKIMRSESFRRIPLQELPQE PETELESPVAILHPEELQKIKEEFKDFPVLAFLRNTRDVPEAWRVYFMTTAPLSGERE KTIGPTELPRIGEIIYRYLQEMKSKNLRGVVLFDCIEYLLVYNSQESLLKFLAKVRDF VVMSNGFLILAVDPRGVEPHFIAQLRRILL" gene 1396607..1396882 /gene="hgcG" /locus_tag="TGAM_r029" /note="tg_HgcGRNA" ncRNA 1396607..1396882 /ncRNA_class="other" /gene="hgcG" /locus_tag="TGAM_r029" /product="Non coding HgcG RNA" /note="Klein,R.J., Misulovin,Z. and Eddy,S.R. Noncoding RNA genes identified in AT-rich hyperthermophiles Proc. Natl. Acad. Sci. U.S.A. 99 (11), 7542-7547 (2002)" gene 1396924..1398219 /locus_tag="TGAM_1486" /note="tg1486" CDS 1396924..1398219 /locus_tag="TGAM_1486" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:COG:COG0627 Predicted esterase; R General function prediction only" /inference="protein motif:Gene3D:G3D.2.130.10.90 no description" /inference="protein motif:HMMPfam:PF00400 WD40 InterPro:IPR001680 WD-40 repeat" /inference="protein motif:HMMSmart:SM00320 no description InterPro:IPR001680 WD-40 repeat" /inference="protein motif:ProfileScan:PS50927 BULB_LECTIN InterPro:IPR001480 Curculin-like (mannose-binding) lectin GO:Molecular Function:sugar binding (GO:0005529)" /inference="protein motif:superfamily:SSF50978 WD40-repeat InterPro:IPR011046 WD40-like" /note="Contains 3 WD-40 repeat units; 2 probable transmembrane helices predicted by modhmm" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein" /protein_id="ACS33988.1" /translation="MKNRKIPMMLAIVLLFTITPAVTAQPHWSWRYDDECMVFAMDFN SRGHLALAFGYYAVLLTPEGKRVFKSPTRDLAYSIAVSDNNYVLAGTRGNFVQLFNPT GKLVFEYKTGDQVWAVDISKDGTRFVAGSNDGWVYYFSGKELLWKANTGAPIWGALMT PRGIITGNDAGSLILYSYNGSVVWKKNLNGRIWRVRVSGNYVAVLSLHTGEAVTSDVY LLTLDGNTVWRRHFEEYVRDVDVDNGTVAITGDIGEILAVGLNNETLWEFPNFNPAWH IAFRKGYTLAGGGGQVAFFIDPSGNPVWIFEDNLSITAVAMSPNGRYLAVADRTFEQI NCRGHVYFLDRFPGGELVSTTSTSGVPGSGPSEGELTSTSPTGKTPPMDSDAIHTHTT AQTAGENGENGFPREKISFIAVTGIVLLLLVLLVREMRE" gene 1398216..1399160 /locus_tag="TGAM_1487" /note="tg1487" CDS 1398216..1399160 /locus_tag="TGAM_1487" /inference="protein motif:BlastProDom:PD000006 Q9V1K6_PYRAB_Q9V1K6; InterPro:IPR003439 ABC transporter related GO:Molecular Function:ATP binding (GO:0005524), Molecular Function:ATPase activity (GO:0016887)" /inference="protein motif:CDD:ABC_ATPase, ABC (ATP-binding cassette) transporter nucleotide-binding domain" /inference="protein motif:CDD:ABC_BcrA_bacitracin_resist, The BcrA subfamily represents ABC transporters involved in peptide antibiotic resistance" /inference="protein motif:CDD:ABC_Carb_Monos_I, This family represents the domain I of the carbohydrate uptake proteins that transport only monosaccharides (Monos)" /inference="protein motif:CDD:ABC_Carb_Monos_II, This family represents domain II of the carbohydrate uptake proteins that transport only monosaccharides (Monos)" /inference="protein motif:CDD:ABC_Carb_Solutes_like, ABC Carbohydrate and Solute Transporters-like subgroup" /inference="protein motif:CDD:ABC_CcmA_heme_exporter, CcmA, the ATP-binding component of the bacterial CcmAB transporter" /inference="protein motif:CDD:ABC_Class3, This class is comprised of all BPD (Binding Protein Dependent) systems that are largely represented in archaea and eubacteria and are primarily involved in scavenging solutes from the environment" /inference="protein motif:CDD:ABC_cobalt_CbiO_domain1, Domain I of the ABC component of a cobalt transport family found in bacteria, archaea, and eukaryota" /inference="protein motif:CDD:ABC_cobalt_CbiO_domain2, Domain II of the ABC component of a cobalt transport family found in bacteria, archaea, and eukaryota" /inference="protein motif:CDD:ABC_CysA_sulfate_importer, Part of the ABC transporter complex cysAWTP involved in sulfate import" /inference="protein motif:CDD:ABC_DR_subfamily_A, This family of ATP-binding proteins belongs to a multisubunit transporter involved in drug resistance (BcrA and DrrA), nodulation, lipid transport, and lantibiotic immunity" /inference="protein motif:CDD:ABC_DrrA, DrrA is the ATP-binding protein component of a bacterial exporter complex that confers resistance to the antibiotics daunorubicin and doxorubicin" /inference="protein motif:CDD:ABC_drug_resistance_like, ABC-type multidrug transport system, ATPase component" /inference="protein motif:CDD:ABC_FeS_Assembly, ABC-type transport system involved in Fe-S cluster assembly, ATPase component" /inference="protein motif:CDD:ABC_FtsE_transporter, FtsE is a hydrophilic nucleotide-binding protein that binds FtsX to form a heterodimeric ATP-binding cassette (ABC)-type transporter that associates with the bacterial inner membrane" /inference="protein motif:CDD:ABC_HisP_GlnQ_permeases, HisP and GlnQ are the ATP-binding components of the bacterial periplasmic histidine and glutamine permeases, repectively" /inference="protein motif:CDD:ABC_Iron-Siderophores_B12_Hemin, ABC transporters, involved in the uptake of siderophores, heme, and vitamin B12, are widely conserved in bacteria and archaea" /inference="protein motif:CDD:ABC_KpsT_Wzt, ABC_KpsT_Wzt The KpsT/Wzt ABC transporter subfamily is involved in extracellular polysaccharide export" /inference="protein motif:CDD:ABC_MalK_N, The N-terminal ATPase domain of the maltose transporter, MalK" /inference="protein motif:CDD:ABC_Metallic_Cations, ABC component of the metal-type transporters" /inference="protein motif:CDD:ABC_MetN_methionine_transporter, MetN (also known as YusC) is an ABC-type transporter encoded by metN of the metNPQ operon in Bacillus subtilis that is involved in methionine transport" /inference="protein motif:CDD:ABC_MJ0796_Lo1CDE_FtsE, This family is comprised of MJ0796 ATP-binding cassette, macrolide-specific ABC-type efflux carrier (MacAB), and proteins involved in cell division (FtsE), and release of liporoteins from the cytoplasmic membrane (LolCDE)" /inference="protein motif:CDD:ABC_Mj1267_LivG_branched, The Mj1267/LivG ABC transporter subfamily is involved in the transport of the hydrophobic amino acids leucine, isoleucine and valine" /inference="protein motif:CDD:ABC_ModC_like, Archeal protein closely related to ModC" /inference="protein motif:CDD:ABC_ModC_molybdenum_transporter, ModC is an ABC-type transporter and the ATPase component of a molybdate transport system that also includes the periplasmic binding protein ModA and the membrane protein ModB" /inference="protein motif:CDD:ABC_MTABC3_MDL1_MDL2, MTABC3 (also known as ABCB6) is a mitochondrial ATP-binding cassette protein involved in iron homeostasis and one of four ABC transporters expressed in the mitochondrial inner membrane, the other three being MDL1(ABC7), MDL2, and ATM1" /inference="protein motif:CDD:ABC_NatA_like, Similar in sequence to NatA, this is the ATPase component of a bacterial ABC-type Na+ transport system called NatAB, which catalyzes ATP-dependent electrogenic Na+ extrusion without mechanically coupled to proton or K+ uptake" /inference="protein motif:CDD:ABC_NatA_sodium_exporter, NatA is the ATPase component of a bacterial ABC-type Na+ transport system called NatAB, which catalyzes ATP-dependent electrogenic Na+ extrusion without mechanically coupled proton or K+ uptake" /inference="protein motif:CDD:ABC_NikE_OppD_transporters, The ABC transporter subfamily specific for the transport of dipeptides, oligopeptides (OppD), and nickel (NikDE)" /inference="protein motif:CDD:ABC_NrtD_SsuB_transporters, NrtD and SsuB are the ATP-binding subunits of the bacterial ABC-type nitrate and sulfonate transport systems, respectively" /inference="protein motif:CDD:ABC_OpuCA_Osmoprotection, OpuCA is a the ATP binding component of a bacterial solute transporter that serves a protective role to cells growing in a hyperosmolar environment" /inference="protein motif:CDD:ABC_Org_Solvent_Resistant, ABC (ATP-binding cassette) transport system involved in resistant to organic solvents" /inference="protein motif:CDD:ABC_PDR_domain1, The pleiotropic drug resistance (PDR) family of ATP-binding cassette (ABC) transporters" /inference="protein motif:CDD:ABC_PDR_domain2, The pleiotropic drug resistance-like (PDR) family of ATP-binding cassette (ABC) transporters" /inference="protein motif:CDD:ABC_PhnC_transporter, ABC-type phosphate/phosphonate transport system" /inference="protein motif:CDD:ABC_PotA_N, PotA is an ABC-type transporter and the ATPase component of the spermidine/putrescine-preferential uptake system consisting of PotA, -B, -C, and -D" /inference="protein motif:CDD:ABC_Pro_Gly_Bertaine, This family comprises the glycine betaine/L-proline ATP binding subunit in bacteria and its equivalents in archaea" /inference="protein motif:CDD:ABC_PstB_phosphate_transporter, Phosphate uptake is of fundamental importance in the cell physiology of bacteria because phosphate is required as a nutrient" /inference="protein motif:CDD:ABC_putative_ATPase, This subfamily is involved in drug resistance, nodulation, lipid transport, and bacteriocin and lantibiotic immunity" /inference="protein motif:CDD:ABC_RNaseL_inhibitor_domain2, The ATPase domain 2 of RNase L inhibitor" /inference="protein motif:CDD:ABC_subfamily_A, The ABCA subfamily mediates the transport of a variety of lipid compounds" /inference="protein motif:CDD:ABC_ThiQ_thiamine_transporter, ABC-type thiamine tranport system" /inference="protein motif:CDD:ABC_TM1139_LivF_branched, LivF (TM1139) is part of the LIV-I bacterial ABC-type two-component transport system that imports neutral, branched-chain amino acids" /inference="protein motif:CDD:ABC_tran, ABC transporter" /inference="protein motif:CDD:ABC_YhbG, The ABC transporters belonging to the YhbG family are similar to members of the Mj1267_LivG family, which is involved in the transport of branched-chain amino acids" /inference="protein motif:CDD:AbcC, ABC-type metal ion transport system, ATPase component [Inorganic ion transport and metabolism]" /inference="protein motif:CDD:ABCC_ATM1_transporter, ATM1 is an ABC transporter that is expressed in the mitochondria" /inference="protein motif:CDD:ABCC_bacteriocin_exporters, ABC-type bacteriocin exporters" /inference="protein motif:CDD:ABCC_cytochrome_bd, The CYD subfamily implicated in cytochrome bd biogenesis" /inference="protein motif:CDD:ABCC_Glucan_exporter_like, Glucan exporter ATP-binding protein" /inference="protein motif:CDD:ABCC_Hemolysin, The ABC-transporter hemolysin B is a central component of the secretion machinery that translocates the toxin, hemolysin A, in a Sec-independent fashion across both membranes of E" /inference="protein motif:CDD:ABCC_MRP_domain1, Domain 1 of the ABC subfamily C" /inference="protein motif:CDD:ABCC_MRP_domain2, Domain 2 of the ABC subfamily C" /inference="protein motif:CDD:ABCC_MRP_Like, The MRP (Mutidrug Resistance Protein)-like transporters are involved in drug, peptide, and lipid export" /inference="protein motif:CDD:ABCC_MsbA, MsbA is an essential ABC transporter, closely related to eukaryotic MDR proteins" /inference="protein motif:CDD:ABCC_NFT1, Domain 2 of NFT1 (New full-length MRP-type transporter 1)" /inference="protein motif:CDD:ABCC_Protease_Secretion, This family represents the ABC component of the protease secretion system PrtD, a 60-kDa integral membrane protein sharing 37% identity with HlyB, the ABC component of the alpha-hemolysin secretion pathway, in the C-terminal domain" /inference="protein motif:CDD:ABCC_TAP, TAP, the Transporter Associated with Antigen Processing" /inference="protein motif:CDD:ABCG_EPDR, ABCG transporters are involved in eye pigment (EP) precursor transport, regulation of lipid-trafficking mechanisms, and pleiotropic drug resistance (DR)" /inference="protein motif:CDD:ABCG_White, The White subfamily represents ABC transporters homologous to the Drosophila white gene, which acts as a dimeric importer for eye pigment precursors" /inference="protein motif:CDD:AppF, ABC-type oligopeptide transport system, ATPase component [Amino acid transport and metabolism]" /inference="protein motif:CDD:ArpD, ABC-type protease/lipase transport system, ATPase and permease components [General function prediction only]" /inference="protein motif:CDD:ArtP, ABC-type arginine transport system, ATPase component [Amino acid transport and metabolism]" /inference="protein motif:CDD:ATM1, ABC-type transport system involved in Fe-S cluster assembly, permease and ATPase components [Posttranslational modification, protein turnover, chaperones]" /inference="protein motif:CDD:BtuD, ABC-type cobalamin transport system, ATPase component [Coenzyme metabolism]" /inference="protein motif:CDD:CbiO, ABC-type cobalt transport system, ATPase component [Inorganic ion transport and metabolism]" /inference="protein motif:CDD:CcmA, ABC-type multidrug transport system, ATPase component [Defense mechanisms]" /inference="protein motif:CDD:CcmA, ABC-type transport system involved in cytochrome c biogenesis, ATPase component [Posttranslational modification, protein turnover, chaperones]" /inference="protein motif:CDD:CeuD, ABC-type enterochelin transport system, ATPase component [Inorganic ion transport and metabolism]" /inference="protein motif:CDD:COG1123, ATPase components of various ABC-type transport systems, contain duplicated ATPase [General function prediction only]" /inference="protein motif:CDD:COG1245, Predicted ATPase, RNase L inhibitor (RLI) homolog [General function prediction only]" /inference="protein motif:CDD:COG3638, ABC-type phosphate/phosphonate transport system, ATPase component [Inorganic ion transport and metabolism]" /inference="protein motif:CDD:COG3845, ABC-type uncharacterized transport systems, ATPase components [General function prediction only]" /inference="protein motif:CDD:COG4136, ABC-type uncharacterized transport system, ATPase component [General function prediction only]" /inference="protein motif:CDD:COG4152, ABC-type uncharacterized transport system, ATPase component [General function prediction only]" /inference="protein motif:CDD:COG4172, ABC-type uncharacterized transport system, duplicated ATPase component [General function prediction only]" /inference="protein motif:CDD:COG4181, Predicted ABC-type transport system involved in lysophospholipase L1 biosynthesis, ATPase component [Secondary metabolites biosynthesis, transport, and catabolism]" /inference="protein motif:CDD:COG4559, ABC-type hemin transport system, ATPase component [Inorganic ion transport and metabolism]" /inference="protein motif:CDD:COG4586, ABC-type uncharacterized transport system, ATPase component [General function prediction only]" /inference="protein motif:CDD:COG4619, ABC-type uncharacterized transport system, ATPase component [General function prediction only]" /inference="protein motif:CDD:COG4674, Uncharacterized ABC-type transport system, ATPase component [General function prediction only]" /inference="protein motif:CDD:CydC, ABC-type transport system involved in cytochrome bd biosynthesis, fused ATPase and permease components [Energy production and conversion / Posttranslational modification, protein turnover, chaperones]" /inference="protein motif:CDD:CydD, ABC-type transport system involved in cytochrome bd biosynthesis, ATPase and permease components [Energy production and conversion / Posttranslational modification, protein turnover, chaperones]" /inference="protein motif:CDD:CysA, ABC-type sulfate/molybdate transport systems, ATPase component [Inorganic ion transport and metabolism]" /inference="protein motif:CDD:DppD, ABC-type dipeptide/oligopeptide/nickel transport system, ATPase component [Amino acid transport and metabolism / Inorganic ion transport and metabolism]" /inference="protein motif:CDD:DppF, ABC-type dipeptide/oligopeptide/nickel transport system, ATPase component [Amino acid transport and metabolism / Inorganic ion transport and metabolism]" /inference="protein motif:CDD:FepC, ABC-type cobalamin/Fe3+-siderophores transport systems, ATPase components [Inorganic ion transport and metabolism / Coenzyme metabolism]" /inference="protein motif:CDD:FtsE, Predicted ATPase involved in cell division [Cell division and chromosome partitioning]" /inference="protein motif:CDD:GlnQ, ABC-type polar amino acid transport system, ATPase component [Amino acid transport and metabolism]" /inference="protein motif:CDD:HisP, ABC-type histidine transport system, ATPase component [Amino acid transport and metabolism]" /inference="protein motif:CDD:LivF, ABC-type branched-chain amino acid transport systems, ATPase component [Amino acid transport and metabolism]" /inference="protein motif:CDD:LivG, ABC-type branched-chain amino acid transport systems, ATPase component [Amino acid transport and metabolism]" /inference="protein motif:CDD:MalK, ABC-type sugar transport systems, ATPase components [Carbohydrate transport and metabolism]" /inference="protein motif:CDD:MdlB, ABC-type multidrug transport system, ATPase and permease components [Defense mechanisms]" /inference="protein motif:CDD:MglA, ABC-type sugar transport system, ATPase component [Carbohydrate transport and metabolism]" /inference="protein motif:CDD:ModC, ABC-type molybdate transport system, ATPase component [Inorganic ion transport and metabolism]" /inference="protein motif:CDD:ModF, ABC-type molybdenum transport system, ATPase component/photorepair protein PhrA [Inorganic ion transport and metabolism]" /inference="protein motif:CDD:NatA, ABC-type Na+ transport system, ATPase component [Energy production and conversion / Inorganic ion transport and metabolism]" /inference="protein motif:CDD:OpuBA, ABC-type proline/glycine betaine transport systems, ATPase components [Amino acid transport and metabolism]" /inference="protein motif:CDD:PhnK, ABC-type phosphonate transport system, ATPase component [Inorganic ion transport and metabolism]" /inference="protein motif:CDD:PhnK, ABC-type uncharacterized transport system, ATPase component [General function prediction only]" /inference="protein motif:CDD:PhnL, ABC-type phosphonate transport system, ATPase component [Inorganic ion transport and metabolism]" /inference="protein motif:CDD:PotA, ABC-type spermidine/putrescine transport systems, ATPase components [Amino acid transport and metabolism]" /inference="protein motif:CDD:ProV, ABC-type proline/glycine betaine transport system, ATPase component [Amino acid transport and metabolism]" /inference="protein motif:CDD:PstB, ABC-type phosphate transport system, ATPase component [Inorganic ion transport and metabolism]" /inference="protein motif:CDD:PvdE, ABC-type siderophore export system, fused ATPase and permease components [Secondary metabolites biosynthesis, transport, and catabolism / Inorganic ion transport and metabolism]" /inference="protein motif:CDD:SalX, ABC-type antimicrobial peptide transport system, ATPase component [Defense mechanisms]" /inference="protein motif:CDD:SapF, ABC-type antimicrobial peptide transport system, ATPase component [Defense mechanisms]" /inference="protein motif:CDD:SufC, ABC-type transport system involved in Fe-S cluster assembly, ATPase component [Posttranslational modification, protein turnover, chaperones]" /inference="protein motif:CDD:SunT, ABC-type bacteriocin/lantibiotic exporters, contain an N-terminal double-glycine peptidase domain [Defense mechanisms]" /inference="protein motif:CDD:TagH, ABC-type polysaccharide/polyol phosphate transport system, ATPase component [Carbohydrate transport and metabolism / Cell envelope biogenesis, outer membrane]" /inference="protein motif:CDD:TauB, ABC-type nitrate/sulfonate/bicarbonate transport system, ATPase component [Inorganic ion transport and metabolism]" /inference="protein motif:CDD:TauB, ABC-type taurine transport system, ATPase component [Inorganic ion transport and metabolism]" /inference="protein motif:CDD:ThiQ, ABC-type thiamine transport system, ATPase component [Coenzyme metabolism]" /inference="protein motif:CDD:Ttg2A, ABC-type transport system involved in resistance to organic solvents, ATPase component [Secondary metabolites biosynthesis, transport, and catabolism]" /inference="protein motif:CDD:Uup, ATPase components of ABC transporters with duplicated ATPase domains [General function prediction only]" /inference="protein motif:CDD:YhbG, ABC-type (unclassified) transport system, ATPase component [General function prediction only]" /inference="protein motif:CDD:ZnuC, ABC-type Mn/Zn transport systems, ATPase component [Inorganic ion transport and metabolism]" /inference="protein motif:COG:COG1131 ABC-type multidrug transport system, ATPase component; V Defense mechanisms" /inference="protein motif:Gene3D:G3D.3.40.50.300 no description" /inference="protein motif:HMMPanther:PTHR19222 ATP-BINDING CASSETTE TRANSPORTER" /inference="protein motif:HMMPanther:PTHR19222:SF96 ATP-BINDING CASSETTE TRANSPORTER" /inference="protein motif:HMMPfam:PF00005 ABC_tran InterPro:IPR003439 ABC transporter related GO:Molecular Function:ATP binding (GO:0005524), Molecular Function:ATPase activity (GO:0016887)" /inference="protein motif:HMMSmart:SM00382 no description InterPro:IPR003593 AAA ATPase GO:Molecular Function:nucleotide binding (GO:0000166), Molecular Function:nucleoside-triphosphatase activity (GO:0017111)" /inference="protein motif:ProfileScan:PS50100 DA_BOX InterPro:IPR003439 ABC transporter related GO:Molecular Function:ATP binding (GO:0005524), Molecular Function:ATPase activity (GO:0016887)" /inference="protein motif:ProfileScan:PS50101 ATP_GTP_A2" /inference="protein motif:ProfileScan:PS50893 ABC_TRANSPORTER_2 InterPro:IPR003439 ABC transporter related GO:Molecular Function:ATP binding (GO:0005524), Molecular Function:ATPase activity (GO:0016887)" /inference="protein motif:superfamily:SSF52540 P-loop containing nucleoside triphosphate hydrolases" /codon_start=1 /transl_table=11 /product="ABC-type transport system, ATPase component, putative multidrug transporter" /protein_id="ACS33989.1" /translation="MKYAIVAENLRKRYGNTVAVDGISFKVKRGEIFALLGPNGAGKT TTVRMLTTLTRIDEGNAYVNGFSVKSERRKVKESIGVVLDVSNLYEELTVEENLTFVA ELYGAPRENVKKIIQEFNLPEKKKFGKLSSGFKRRVAIAAALVHDPPIVFMDEPTVAL DVRSARALRELISSLNLRGRTIFLTTHNMEEAEKLPHRIAIINRGRIVAIGTRNELRK LIGARVKIRIKIEPLHSKLLTDLQEFRPRFDGEYLTFESEDVDEFMEKLLKLKGELGF KLLHVSTELPTIEEIFLELTEEVENGGTKSCGGCPVCG" gene 1399157..1399861 /locus_tag="TGAM_1488" /note="tg1488" CDS 1399157..1399861 /locus_tag="TGAM_1488" /inference="protein motif:COG:COG0842 ABC-type multidrug transport system, permease component; V Defense mechanisms" /inference="protein motif:FPrintScan:PR00164 ABC2TRNSPORT InterPro:IPR013526 ABC-2 transporter" /inference="protein motif:HMMPfam:PF01061 ABC2_membrane InterPro:IPR013525 ABC-2 type transporter" /inference="protein motif:ProfileScan:PS51012 ABC_TM2 InterPro:IPR000412 ABC-2 GO:Molecular Function:ATP binding (GO:0005524), Biological Process:transport (GO:0006810), Cellular Component:membrane (GO:0016020), Molecular Function:ATPase activity, coupled to transmembrane movement of substances (GO:0042626)" /note="Belongs to family 2 of ABC transporters; 6 probable transmembrane helices predicted by modhmm" /codon_start=1 /transl_table=11 /product="ABC-type transport system, permease component" /protein_id="ACS33990.1" /translation="MIAIVRKELKEYLLKPGSISWGFVFPVVFTFSFIVRLGSVDQVA PGMVAIASLFGTTSFVSSSIIFERRLRTIERLLLAPLSYGEIVLGKILVGTIFGSIVS LTTLALLLWFMVYPVWNWPLTLLAILLSGFAFSALGVYISLKVRNPINVMTWLNVLRL PMIFTSSALVSFGLFPNWFLAVGLLTPMTYAVESIRYGMLYYTDAIPPVTAFLATIAL GLLFTLLATRALKNLY" gene complement(1399906..1400103) /gene="rps27E" /locus_tag="TGAM_1489" /note="tg1489" CDS complement(1399906..1400103) /gene="rps27E" /locus_tag="TGAM_1489" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:BlastProDom:PD004466 RS27_PYRFU_Q8U474; InterPro:IPR000592 Ribosomal protein S27E GO:Molecular Function:structural constituent of ribosome (GO:0003735), Cellular Component:intracellular (GO:0005622), Cellular Component:ribosome (GO:0005840), Biological Process:protein biosynthesis (GO:0006412)" /inference="protein motif:CDD:Ribosomal_S27e, Ribosomal protein S27" /inference="protein motif:CDD:RPS27A, Ribosomal protein S27E [Translation, ribosomal structure and biogenesis]" /inference="protein motif:COG:COG2051 Ribosomal protein S27E; J Translation, ribosomal structure and biogenesis" /inference="protein motif:Gene3D:G3D.2.20.25.10 no description" /inference="protein motif:HMMPanther:PTHR11594 40S RIBOSOMAL PROTEIN S27 InterPro:IPR000592 Ribosomal protein S27E GO:Molecular Function:structural constituent of ribosome (GO:0003735), Cellular Component:intracellular (GO:0005622), Cellular Component:ribosome (GO:0005840), Biological Process:protein biosynthesis (GO:0006412)" /inference="protein motif:HMMPanther:PTHR11594:SF1 40S RIBOSOMAL PROTEIN S27" /inference="protein motif:HMMPfam:PF01667 Ribosomal_S27e InterPro:IPR000592 Ribosomal protein S27E GO:Molecular Function:structural constituent of ribosome (GO:0003735), Cellular Component:intracellular (GO:0005622), Cellular Component:ribosome (GO:0005840), Biological Process:protein biosynthesis (GO:0006412)" /inference="protein motif:ScanRegExp:PS01168 RIBOSOMAL_S27E InterPro:IPR000592 Ribosomal protein S27E GO:Molecular Function:structural constituent of ribosome (GO:0003735), Cellular Component:intracellular (GO:0005622), Cellular Component:ribosome (GO:0005840), Biological Process:protein biosynthesis (GO:0006412)" /inference="protein motif:superfamily:SSF57829 Zn-binding ribosomal proteins" /codon_start=1 /transl_table=11 /product="SSU ribosomal protein S27E (rps27E)" /protein_id="ACS33991.1" /translation="MALPKNLIPMPRSRFLRVKCIDCGNEQIVFSHPATKVRCLVCGA TLVEPTGGKGVIKAKILEVLE" gene complement(1400106..1400390) /gene="rpl44E" /locus_tag="TGAM_1490" /note="tg1490" CDS complement(1400106..1400390) /gene="rpl44E" /locus_tag="TGAM_1490" /inference="protein motif:BlastProDom:PD002841 RL44_PYRAB_Q9UXZ2; InterPro:IPR000552 Ribosomal protein L44E GO:Molecular Function:structural constituent of ribosome (GO:0003735), Cellular Component:intracellular (GO:0005622), Cellular Component:ribosome (GO:0005840), Biological Process:protein biosynthesis (GO:0006412)" /inference="protein motif:CDD:Ribosomal_L44, Ribosomal protein L44" /inference="protein motif:COG:COG1631 Ribosomal protein L44E; J Translation, ribosomal structure and biogenesis" /inference="protein motif:HMMPanther:PTHR10369 50S/60S RIBOSOMAL PROTEIN L44 InterPro:IPR000552 Ribosomal protein L44E GO:Molecular Function:structural constituent of ribosome (GO:0003735), Cellular Component:intracellular (GO:0005622), Cellular Component:ribosome (GO:0005840), Biological Process:protein biosynthesis (GO:0006412)" /inference="protein motif:HMMPanther:PTHR10369:SF3 50S RIBOSOMAL PROTEIN L44E" /inference="protein motif:HMMPfam:PF00935 Ribosomal_L44 InterPro:IPR000552 Ribosomal protein L44E GO:Molecular Function:structural constituent of ribosome (GO:0003735), Cellular Component:intracellular (GO:0005622), Cellular Component:ribosome (GO:0005840), Biological Process:protein biosynthesis (GO:0006412)" /inference="protein motif:ScanRegExp:PS01172 RIBOSOMAL_L44E InterPro:IPR000552 Ribosomal protein L44E GO:Molecular Function:structural constituent of ribosome (GO:0003735), Cellular Component:intracellular (GO:0005622), Cellular Component:ribosome (GO:0005840), Biological Process:protein biosynthesis (GO:0006412)" /inference="protein motif:superfamily:SSF57829 Zn-binding ribosomal proteins" /codon_start=1 /transl_table=11 /product="LSU ribosomal protein L44E (rpl44E)" /protein_id="ACS33992.1" /translation="MKYPKKIRTYCPYCKKHTIHKVEKVKKRPRSELSQGQRRFRRIM KGYHGFPRPNPAGREKPVKKLDLRFRCTVCGKAHTRGKGFRVKKFELVEV" gene 1400543..1401145 /locus_tag="TGAM_1491" /note="tg1491" CDS 1400543..1401145 /locus_tag="TGAM_1491" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:superfamily:SSF47240 Ferritin-like InterPro:IPR009078 Ferritin/ribonucleotide reductase-like" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein" /protein_id="ACS33993.1" /translation="MVEVVGIEETLREIEEVEKRAEKDYRSILKKLKDPQYADFRVLL LRMAIDTALHRHLIEALRKAYREAVELVDEFGYTDNIELPEDAPRRQMNEEIVIIPGL PSMVLPGGEFMGGKIPPEEALRELLNLKLENVVIPFEKKKEIAKVVDEILRLEGKMRD GYSHLESKAIHPLIKAIAVESKNNEEQHISVLQKIKERME" gene complement(1401149..1401475) /locus_tag="TGAM_1492" /note="tg1492" CDS complement(1401149..1401475) /locus_tag="TGAM_1492" /inference="protein motif:superfamily:SSF56778 Heat shock protein 70kD (HSP70), C-terminal substrate-binding fragment" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein" /protein_id="ACS33994.1" /translation="MAKCPLCGKPLDWGELVEQMLSLENAEETLRDREKFLKAIEEFA FKCPHCGEEFYGRYLPREEAEKVFELLNEFKGSVDWENKRIRLRLNSLLALDKMLENW DKKMKG" gene complement(1401481..1402464) /locus_tag="TGAM_1493" /note="tg1493" CDS complement(1401481..1402464) /locus_tag="TGAM_1493" /inference="protein motif:CDD:COG0618, Exopolyphosphatase-related proteins [General function prediction only]" /inference="protein motif:CDD:COG3887, Predicted signaling protein consisting of a modified GGDEF domain and a DHH domain [Signal transduction mechanisms]" /inference="protein motif:CDD:DHH, DHH family" /inference="protein motif:COG:COG0618 Exopolyphosphatase-related proteins; R General function prediction only" /inference="protein motif:HMMPfam:PF01368 DHH InterPro:IPR001667 Phosphoesterase, RecJ-like" /inference="protein motif:HMMPfam:PF02272 DHHA1 InterPro:IPR003156 Phosphoesterase, DHHA1 GO:Molecular Function:nucleic acid binding (GO:0003676)" /inference="protein motif:superfamily:SSF64182 DHH phosphoesterases" /codon_start=1 /transl_table=11 /product="Phosphoesterase, recJ-like, containing a DHHA1 domain" /protein_id="ACS33995.1" /translation="MKGKLKLKRFLQRSRDKSYLLLCHHNADPDSLGSAIAFARYLRF IGVESVRIGVAQSVSSYAKRLLTLSPVPVEKNPTVEEDVVVIFDTSSLEQLEPIEIPR GKTVIVIDHHVEKEKPIKAEISVVDSSRTSTAEIVWELFKYFSFADEESARALLAGIV TDTANFRFANAKTFKAVSEILERFPLQMGEIFSLVAPVSDENTDNAKRMAVLKACQRL EIRKFRRYIIAISKVSAYESYACKVFLQLGADIAIVGSEKKGVRISARAKESLVKKGL HLGKIMEKVGPVIEGSGGGHAGAAGANGKANLDKAIKLILKEIENFLRENG" gene complement(1402442..1402774) /locus_tag="TGAM_1494" /note="tg1494" CDS complement(1402442..1402774) /locus_tag="TGAM_1494" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein" /protein_id="ACS33996.1" /translation="MVVGMEQRGVINIGLPELSEEQLIEIGELAQGIIIKHVFSELNR SDVKDIEVTTRINRDETLNLEIEVYLEVPVFVKVDVERLIDEALEKAYEAVERKLREI ANEGKAQA" gene complement(1402789..1403142) /gene="gimC" /locus_tag="TGAM_1495" /note="tg1495" CDS complement(1402789..1403142) /gene="gimC" /locus_tag="TGAM_1495" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:GimC, Prefoldin, chaperonin cofactor [Posttranslational modification, protein turnover, chaperones]" /inference="protein motif:CDD:Prefoldin_beta, Prefoldin beta" /inference="protein motif:COG:COG1382 Prefoldin, chaperonin cofactor; O Posttranslational modification, protein turnover, chaperones" /inference="protein motif:Gene3D:G3D.1.10.287.370 no description" /inference="protein motif:HMMPfam:PF01920 KE2 InterPro:IPR002777 Prefoldin beta-like" /inference="protein motif:HMMTigr:TIGR02338 gimC_beta:prefoldin, beta subunit InterPro:IPR012713 Prefoldin, beta subunit" /inference="protein motif:superfamily:SSF46579 Prefoldin InterPro:IPR009053 Prefoldin" /codon_start=1 /transl_table=11 /product="Prefoldin, beta subunit (gimC)" /protein_id="ACS33997.1" /translation="MQNIPPQVQSMLAQLESYQQQLQLLVQQKQKVQLELNEAKKALE EIEKLPDDAVIYKTVGTLIVKTEKAKAVEELKEKVETLEVRLNALERQEKKLNEKLKE LTAKIQASLKPPVAG" gene complement(1403239..1403640) /locus_tag="TGAM_1496" /note="tg1496" CDS complement(1403239..1403640) /locus_tag="TGAM_1496" /note="4 probable transmembrane helices predicted by modhmm" /codon_start=1 /transl_table=11 /product="Hypothetical protein" /protein_id="ACS33998.1" /translation="MMNRAMTTFLFSLIVYLSIIAAIRLLPPSDEGPSPVEEFLQIGL IIMVPALASFLFLRKVKVDPGAFWVASTITTVLASSIIYALLTMNCTPTTCYENAIIW FFVTALVLLGFLIGALLYKLTEKLGSRSSPA" gene complement(1403780..1404052) /locus_tag="TGAM_1497" /note="tg1497" CDS complement(1403780..1404052) /locus_tag="TGAM_1497" /inference="protein motif:CDD:COG2892, Uncharacterized protein conserved in archaea [Function unknown]" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein" /protein_id="ACS33999.1" /translation="MGLQGSPSEEVWPIEGVIELVFPDEETARVVYESVLYEHKTVPY RRSRIDFLLDGRKIVIRFLAKDNSALRGTLNSYLRWIKVAMDSLEL" gene complement(1404001..1404636) /locus_tag="TGAM_1498" /note="tg1498" CDS complement(1404001..1404636) /locus_tag="TGAM_1498" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:IMP4, Predicted exosome subunit/U3 small nucleolar ribonucleoprotein (snoRNP) component, contains IMP4 domain [Translation, ribosomal structure and biogenesis / RNA processing and modification]" /inference="protein motif:COG:COG2136 Predicted exosome subunit/U3 small nucleolar ribonucleoprotein (snoRNP) component, contains IMP4 domain; J Translation, ribosomal structure and biogenesis" /inference="protein motif:HMMPanther:PTHR10760 U3 SMALL NUCLEOLAR RIBONUCLEOPROTEIN PROTEIN IMP4-RELATED/TORSIN-RELATED" /inference="protein motif:HMMPanther:PTHR10760:SF1 U3 SMALL NUCLEOLAR RIBONUCLEOPROTEIN PROTEIN IMP4" /inference="protein motif:HMMPfam:PF04427 Brix InterPro:IPR007109 Brix" /inference="protein motif:ProfileScan:PS50833 BRIX InterPro:IPR007109 Brix" /codon_start=1 /transl_table=11 /product="Brix-domain ribosomal biogenesis protein" /protein_id="ACS34000.1" /translation="MMLITTSHRPTRRTRSFGHDLERVFPNSLYLTRGKKTIQDLLME AYDRNYERLLIINVWKGNPLKMTFIKVDPDDWGYLGYLYLHGIKLQREIGFRNLRPIR EEMPFVVTTAKRVGIDHTAFAQAFAELTGGKFVPRGNKSLQTIADKNNTDVIGVIENY PRGMAINFYRFDVTKERPVGPLILVKIWIMEDGRRWDYKEALLRKSGQSRE" gene complement(1404798..1405466) /locus_tag="TGAM_1499" /note="tg1499" CDS complement(1404798..1405466) /locus_tag="TGAM_1499" /EC_number="2.4.1.83" /inference="protein motif:CDD:COG1215, Glycosyltransferases, probably involved in cell wall biogenesis [Cell envelope biogenesis, outer membrane]" /inference="protein motif:CDD:Glycos_transf_2, Glycosyl transferase" /inference="protein motif:CDD:WcaA, Glycosyltransferases involved in cell wall biogenesis [Cell envelope biogenesis, outer membrane]" /inference="protein motif:COG:COG0463 Glycosyltransferases involved in cell wall biogenesis; M Cell wall/membrane/envelope biogenesis" /inference="protein motif:Gene3D:G3D.3.90.550.10 no description" /inference="protein motif:HMMPanther:PTHR10859 GLYCOSYLTRANSFERASE-RELATED" /inference="protein motif:HMMPanther:PTHR10859:SF32 DOLICHYL-PHOSPHATE MANNOSE SYNTHASE-RELATED" /inference="protein motif:HMMPfam:PF00535 Glycos_transf_2 InterPro:IPR001173 Glycosyl transferase, family 2" /inference="protein motif:ProfileScan:PS50167 GLYC_TRANS InterPro:IPR001173 Glycosyl transferase, family 2" /inference="protein motif:superfamily:SSF53448 Nucleotide-diphospho-sugar transferases" /codon_start=1 /transl_table=11 /product="Dolichol-phosphate mannosyltransferase" /protein_id="ACS34001.1" /translation="MLKGKKISVIIPAYNEEDRLPRVLEGIPAFVDEVIVIDDGSLDG TYNVAKAFAEKDTRIKAIRLEKNCGKGCAMREGIRHSTGDIVVFMDADGQHRPGEIIK LVEPIAKGEADMVIGARRIQEVGKRPWVRRLSNVITTRLIRLKLRTYVYDTQSGFRAY RREFLPEIESDRYEVETEMLIKAAKMGARIKEVPVSMIYDPRREGRFSVRDVFRFVRA YLKF" gene complement(1405467..1406321) /gene="panB" /locus_tag="TGAM_1500" /note="tg1500" CDS complement(1405467..1406321) /gene="panB" /locus_tag="TGAM_1500" /EC_number="2.1.2.11" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:PanB, Ketopantoate hydroxymethyltransferase [Coenzyme metabolism]" /inference="protein motif:CDD:Pantoate_transf, Ketopantoate hydroxymethyltransferase" /inference="protein motif:COG:COG0413 Ketopantoate hydroxymethyltransferase; H Coenzyme transport and metabolism" /inference="protein motif:Gene3D:G3D.3.20.20.270 no description" /inference="protein motif:HMMPfam:PF02548 Pantoate_transf InterPro:IPR003700 Ketopantoate hydroxymethyltransferase GO:Molecular Function:3-methyl-2-oxobutanoate hydroxymethyltransferase activity (GO:0003864), Biological Process:pantothenate biosynthesis (GO:0015940)" /inference="protein motif:HMMTigr:TIGR00222 panB:3-methyl-2-oxobutanoate hydroxymethylt InterPro:IPR003700 Ketopantoate hydroxymethyltransferase GO:Molecular Function:3-methyl-2-oxobutanoate hydroxymethyltransferase activity (GO:0003864), Biological Process:pantothenate biosynthesis (GO:0015940)" /inference="protein motif:ScanRegExp:PS00228 TUBULIN_B_AUTOREG InterPro:IPR002453 Beta tubulin GO:Molecular Function:structural molecule activity (GO:0005198), Cellular Component:microtubule (GO:0005874), Biological Process:microtubule-based movement (GO:0007018)" /inference="protein motif:superfamily:SSF51621 Phosphoenolpyruvate/pyruvate domain" /codon_start=1 /transl_table=11 /product="3-methyl-2-oxobutanoate hydroxymethyltransferase (panB)" /protein_id="ACS34002.1" /translation="MREITPKRIREMKGKEKITMVTAYDYPSALLADKAGIDIVFVGD SLGMVVYGEPNTLNVSMEQMVFHTRAVAKAVKRALVLADMPFSSYEVSVEEGVKNAVR LIQAGADAVKIEGGADHEKLVRKLVRMGIPVMGHTGLTPQRYLRLGGYRLMGETEEEI EEILRDAKALERAGAFAVVLEFTLADVAKLVTEEVSIPTIGIGSGPWVDGQVLVWHDL LGIYENVPPFVKKYADLSSIIRLALERYREEVKSGKFPAKEHYWEYQDKEDFERKAKR ALERLEEK" gene 1406686..1407114 /locus_tag="TGAM_1501" /note="tg1501" CDS 1406686..1407114 /locus_tag="TGAM_1501" /inference="protein motif:BlastProDom:PD012969 Y624_PYRAB_Q9V105; InterPro:IPR002804 Protein of unknown function DUF101" /inference="protein motif:CDD:COG1371, Uncharacterized conserved protein [Function unknown]" /inference="protein motif:CDD:DUF101, Protein of unknown function DUF101" /inference="protein motif:COG:COG1371 Uncharacterized conserved protein; S Function unknown" /inference="protein motif:HMMPanther:PTHR12682 FAMILY NOT NAMED" /inference="protein motif:HMMPanther:PTHR12682:SF3 SUBFAMILY NOT NAMED" /inference="protein motif:HMMPfam:PF01951 DUF101 InterPro:IPR002804 Protein of unknown function DUF101" /inference="protein motif:superfamily:SSF69819 MTH1598-like" /note="Belongs to DUF101 family" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein" /protein_id="ACS34003.1" /translation="MRRWEHYEHTADIGVRGYGSTLEEAFEAVALGLFDVMVDVRKVE PRECREVEVEEEDLEALLYSFLEELLVLHDMEGLVFGDVRVRIEKTENGYRLKAKACG EVLDYEKHEPKEEVKAITYHDMRIEKLPDGRWMAQFVPDL" gene 1407124..1408062 /locus_tag="TGAM_1502" /note="tg1502" CDS 1407124..1408062 /locus_tag="TGAM_1502" /inference="protein motif:BlastProDom:PD005242 O29405_ARCFU_O29405; InterPro:IPR006174 rRNA subunit methyltransferase" /inference="protein motif:CDD:Nol1_Nop2_Sun, NOL1/NOP2/sun family" /inference="protein motif:CDD:Sun, tRNA and rRNA cytosine-C5-methylases [Translation, ribosomal structure and biogenesis]" /inference="protein motif:COG:COG0144 tRNA and rRNA cytosine-C5-methylases; J Translation, ribosomal structure and biogenesis" /inference="protein motif:Gene3D:G3D.3.40.50.150 no description" /inference="protein motif:HMMPanther:PTHR11078 NOL1/NOP2/FMU(SUN) FAMILY/METHYLTRANSFERASE-RELATED" /inference="protein motif:HMMPanther:PTHR11078:SF1 NOL1/NOP2/FMU(SUN) FAMILY" /inference="protein motif:HMMPfam:PF01189 Nol1_Nop2_Fmu InterPro:IPR001678 Bacterial Fmu (Sun)/eukaryotic nucleolar NOL1/Nop2p" /inference="protein motif:HMMTigr:TIGR00446 nop2p:NOL1/NOP2/sun family putative RNA met InterPro:IPR011023 Nop2p" /inference="protein motif:ProfileScan:PS50193 SAM_BIND InterPro:IPR000051 SAM (and some other nucleotide) binding motif GO:Molecular Function:S-adenosylmethionine-dependent methyltransferase activity (GO:0008757)" /inference="protein motif:superfamily:SSF53335 S-adenosyl-L-methionine-dependent methyltransferases" /codon_start=1 /transl_table=11 /product="SAM-dependent tRNA/rRNA cytosine-C5 methylase" /protein_id="ACS34004.1" /translation="MSARDVIRETNPAFYERYSKLNDSDEFWEFMVRPLRQSIRVNTL KAPLEIVVERLREEFELEPIPWVREGFFIDVDNLAKVPEHGLGLIFGQEASSMIPPVV LEPRPGELVLDMAAAPGSKTGQIAQYMENDGCIIANDPNRDRANVLIANLNRMGVLIA RVTTRDGAKFARFENTFDRVLLDAPCSSVGMIRKSWRFLREWREKAVVKYMNIQKRLI LAGYKALKPGGVMVYSTCTIDPLENEEVVDYLLRKTDARLERIKLPVKTSEPVLEWEG KTYSDELKKALRIHPNDNDTEAFFIAKIVKPGDAYE" gene 1408055..1408510 /locus_tag="TGAM_1503" /note="tg1503" CDS 1408055..1408510 /locus_tag="TGAM_1503" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:COG3270, Uncharacterized conserved protein [Function unknown]" /inference="protein motif:COG:COG3270 Uncharacterized conserved protein; S Function unknown" /inference="protein motif:superfamily:SSF54098 Prion-like" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein" /protein_id="ACS34005.1" /translation="MSDGKGNPRNEIGKTSDAELVKRLLMENYGYAPDLIYEIRGNHQ KVYAYKPCELKISDTGRRGVYFGRIESDGIRLTIEGAFLVGPKATKNVVELDDERARR YLAGESVEVDVPDGWVLLKWRSYYLGSAKAKAGRLLNYVPKERRLRIGR" gene 1408625..1411246 /locus_tag="TGAM_1504" /note="tg1504" CDS 1408625..1411246 /locus_tag="TGAM_1504" /inference="protein motif:Gene3D:G3D.2.120.10.60 no description" /inference="protein motif:Gene3D:G3D.2.60.40.1120 no description" /inference="protein motif:HMMPfam:PF08308 PEGA InterPro:IPR013229 PEGA" /inference="protein motif:superfamily:SSF49464 Carboxypeptidase D, a regulatory domain InterPro:IPR008969 Carboxypeptidase regulatory region" /inference="protein motif:superfamily:SSF49464 InterPro:IPR008969 Carboxypeptidase regulatory region" /inference="protein motif:superfamily:SSF50998 Quinoprotein alcohol dehydrogenase-like InterPro:IPR011047 Quinonprotein alcohol dehydrogenase-like" /note="Contains quinoprotein alcohol dehydrogenase-like signature; 2 probable transmembrane helices predicted by modhmm" /codon_start=1 /transl_table=11 /product="Hypothetical protein" /protein_id="ACS34006.1" /translation="MKVGLRLAQLIGGKRMKRLIAVVWIALLLGFLVVTLKMAKAEDA KWWAKTYRGKAYAIAVAPNGDVIVTGYTYSFGAGKSDVWVLRLEKNGNVKWQKTYGGS DLDKATAVAVALNGDIIIAGSTESFGAGRRDIWVLRLDGEGDVKWQKTYGGRIYDDAH AVAVAPNGDIIVLGSTESFGAPYHSDVWILRLDANGNVKWQKTYGGSDYDWAYAVAIA PNGDIIAAGGTERFAAGIVDVWILRLDENGNVKWQKTYGGNSYDKATAVAVVENEDII VAGYYGATDFQGAGADVWILRLDENGNVKWQTTYGGHYRDNAYAIAVTPNEDLIVAGC TESFGTGNYDAWILRLDSKGNVKWQKTYGGSDDDSAHRVVVAPNGDIIVLGSTESFGT GYYDTWILRLPSDGNLPKCDFCGDSNAKISVPDIKVGNFSVTIMNTNATVQTTNVYPH SSEDIGVETQYISVGTISVTTNPSGAKVYVNGTYIGATPLTTNLSVGTYEITLKMKNY KNYTTTVAINPNEEVELNVILTPLPAHLTLNSTPSGVEIYVNGTYRGETPVTLKLSPG TYTVKFIKDEYENYTMSVTLSAGEAKNISVTLNLAYGYLSIESSPSKAEVYVDDNYIG KTPIDQYKLSTGVHEVKVEKSNYNSLTKMVTLNSSEKTKLNVILTPLPAHLMVNSNPS GAVVYINGTYKGKTPLTSELEPNTYNLRVSKEGYANYTTTVIINPGENKTINVELEPM IAHIEVSSDPAGAKVYVNGTYKGTTPLTLELGSGSYKVRATKEGYEDYVITVELKAGE SKEITAQLKEKSTTTTTTTTVATSTSAGETTTTATSNGSGTTKTTSPKEGGGICGPAL VIALALVPILHRKRKHR" gene 1411437..1412876 /locus_tag="TGAM_1505" /note="tg1505" CDS 1411437..1412876 /locus_tag="TGAM_1505" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:COG:COG1690 Uncharacterized conserved protein; S Function unknown" /inference="protein motif:HMMPanther:PTHR11118 UNCHARACTERIZED InterPro:IPR001233 Protein of unknown function UPF0027 GO:Molecular Function:molecular function unknown (GO:0005554)" /inference="protein motif:HMMPanther:PTHR11118:SF1 UNCHARACTERIZED" /inference="protein motif:HMMPfam:PF01139 UPF0027 InterPro:IPR001233 Protein of unknown function UPF0027 GO:Molecular Function:molecular function unknown (GO:0005554)" /note="Belongs to UPF0027 family" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein" /protein_id="ACS34007.1" /translation="MVPLKRIDKIRWEIPKFDRRMRVPGRVYADDQLIEKMRQDRTLE QAANVAMLPGIYKYSIVMPDGHQGYGFPIGGVAAFDVKEGVISPGGVGYDINCGVRLI RTNLTEKEVRPRIKELVDTLFKNVPSGLGSKGRVRLHWTQLDDVLANGAKWAVDNGYG WKEDLEHLEEGGRMEGADPNAVSQRAKQRGAPQLGSLGSGNHFLEVQVVDKIFDEEIA KAYGLFEGQVVVMVHTGSRGLGHQVASDYLRIMEKANRKYGIPWPDRELVSVPFQSEE GQRYFSAMKAAANFAWANRQMITHWVRESFEEVFKRKAEDMEMHIVYDVAHNIAKVEE HEVDGKKVKVVVHRKGATRAFPAGHPDVPRAYRDVGQPVLIPGSMGTASYILAGAEGS MKETFGSSCHGAGRLLSRKAATRRYRGDRLRSELLQRGIYVRAASLRVVAEEAPGAYK SVDNVVNVVHQAGIAKLVARMRPMGVAKG" gene complement(1412925..1413185) /locus_tag="TGAM_1506" /note="tg1506" CDS complement(1412925..1413185) /locus_tag="TGAM_1506" /codon_start=1 /transl_table=11 /product="Hypothetical protein" /protein_id="ACS34008.1" /translation="MMGDVLVAFAVGRDVHLRREEEKADERNEREEYEKKLEELSKRY GIPKEKILEKWHYLEFTMEDKHIVAITFCRDWKRTKFEFFQV" gene complement(1413220..1414158) /locus_tag="TGAM_1507" /note="tg1507" CDS complement(1413220..1414158) /locus_tag="TGAM_1507" /codon_start=1 /transl_table=11 /product="Hypothetical protein" /protein_id="ACS34009.1" /translation="MWQILSFRGCTQGYLMTFLKPWFPSSRVGKMRRLELSSDIAIEM YDSRSYGNRVIRESIGAMFDIARELKGKVVLVGGWGVYYWVDNFLGYRGVPSIDIDFL AKAESFDEIREVMENLGFQSAGFRFVKPVEDFIVREEVKVDFLFDERPSGLSFDTPFA SPLFANRYHSRVHFAVNDFEGTPIADGKLDVAFPEAILALKFDIYTNITDYPDDKRAK HWKDVVDVYSLVMGFYRRRDRWRGEGFYLRRDVLRELYRVKAYRPTAIYRVLEDSPYK NDIQAIISNYVGFGVFEERLFQRRLRELEEIASAGL" gene complement(1414055..1414663) /locus_tag="TGAM_1508" /note="tg1508" CDS complement(1414055..1414663) /locus_tag="TGAM_1508" /inference="protein motif:Gene3D:G3D.1.10.10.10 no description InterPro:IPR011991 Winged helix repressor DNA-binding" /inference="protein motif:superfamily:SSF46785 'Winged helix' DNA-binding domain" /codon_start=1 /transl_table=11 /product="Hypothetical protein" /protein_id="ACS34010.1" /translation="MVPMRPPVSREKIYSVMFDREGLRIPEIARITGLNYTYTYQVVR SLVREGYVTVVGGRVVFLDRKGFLFKWAGDKERILGSLGYATVKLIPDYDLRELVLFS GNSALWLLGKIISPAGGILYTTADRFEEVMELKDPNGYPFKLYIYDEFYFRIRKELSG YYIPSWGMIVADTLVQGMYARLFNDVFETVVSIIKGGKDEEA" gene complement(1414708..1415412) /locus_tag="TGAM_1509" /note="tg1509" CDS complement(1414708..1415412) /locus_tag="TGAM_1509" /codon_start=1 /transl_table=11 /product="Hypothetical protein" /protein_id="ACS34011.1" /translation="MLIANHVGKEHKDIGWAVGDAIYEYFVKQGKTVEDVEKNPSEFA KLVVKKLQEREVVGPTVARSTQKAIKEVIPATIKLINKMWPKDHNIKHLRAMEEAFSP DTKDPVRTLKAAGIDVTKELEELRNTIAEVTGKKPKTAKKRGMKKIEPRKPKYPETKK VISEEIPPEVLSIAKALEFSDFSEKAMEKAEKELLKMIDGLLDDEANAVEVFYAVKLL RLVQRGDIEGIKRFGD" gene complement(1415534..1415758) /locus_tag="TGAM_1510" /note="tg1510" CDS complement(1415534..1415758) /locus_tag="TGAM_1510" /codon_start=1 /transl_table=11 /product="Hypothetical protein" /protein_id="ACS34012.1" /translation="MVRLSLLPLSGMFIFGGKKKKKSWAEVFQELAKKYDLPVEIIEA LDDAHVSHNGYIEFIKRMDPEGKIERVKKY" gene complement(1415806..1418025) /gene="metG" /locus_tag="TGAM_1511" /note="tg1511" CDS complement(1415806..1418025) /gene="metG" /locus_tag="TGAM_1511" /EC_number="6.1.1.10" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:COG:COG0143 Methionyl-tRNA synthetase; J Translation, ribosomal structure and biogenesis" /inference="protein motif:FPrintScan:PR01041 TRNASYNTHMET InterPro:IPR002304 Methionyl-tRNA synthetase, class Ia GO:Molecular Function:methionine-tRNA ligase activity (GO:0004825), Molecular Function:ATP binding (GO:0005524), Biological Process:methionyl-tRNA aminoacylation (GO:0006431)" /inference="protein motif:Gene3D:G3D.1.10.730.10 no description" /inference="protein motif:Gene3D:G3D.2.40.50.140 no description InterPro:IPR012340 Nucleic acid-binding, OB-fold, subgroup" /inference="protein motif:Gene3D:G3D.3.40.510.10 no description" /inference="protein motif:HMMPanther:PTHR11586 AMINO ACID TRNA SYNTHETASE" /inference="protein motif:HMMPanther:PTHR11586:SF1 METHIONYL-TRNA SYNTHETASE" /inference="protein motif:HMMPfam:PF00133 tRNA-synt_1 InterPro:IPR002300 Aminoacyl-tRNA synthetase, class Ia GO:Molecular Function:aminoacyl-tRNA ligase activity (GO:0004812), Molecular Function:ATP binding (GO:0005524), Biological Process:tRNA aminoacylation for protein translation (GO:0006418)" /inference="protein motif:HMMPfam:PF01588 tRNA_bind InterPro:IPR002547 t-RNA-binding region GO:Molecular Function:tRNA binding (GO:0000049)" /inference="protein motif:HMMPfam:PF08264 Anticodon_1 InterPro:IPR013155 tRNA synthetase, valyl/leucyl, anticodon-binding" /inference="protein motif:HMMPIR:PIRSF001528 Methionyl-tRNA synthetase, dimer-forming InterPro:IPR008224 Methionyl-tRNA synthetase, dimer-forming GO:Molecular Function:tRNA binding (GO:0000049), Molecular Function:methionine-tRNA ligase activity (GO:0004825), Molecular Function:ATP binding (GO:0005524), Biological Process:protein biosynthesis (GO:0006412)" /inference="protein motif:HMMTigr:TIGR00398 metG:methionyl-tRNA synthetase InterPro:IPR002304 Methionyl-tRNA synthetase, class Ia GO:Molecular Function:methionine-tRNA ligase activity (GO:0004825), Molecular Function:ATP binding (GO:0005524), Biological Process:methionyl-tRNA aminoacylation (GO:0006431)" /inference="protein motif:HMMTigr:TIGR00399 metG_C_term:methionyl-tRNA synthetase, b InterPro:IPR004495 Methionyl-tRNA synthetase, beta subunit, C-terminal GO:Molecular Function:methionine-tRNA ligase activity (GO:0004825), Molecular Function:ATP binding (GO:0005524), Cellular Component:cytoplasm (GO:0005737), Biological Process:protein biosynthesis (GO:0006412)" /inference="protein motif:ProfileScan:PS50886 TRBD InterPro:IPR002547 t-RNA-binding region GO:Molecular Function:tRNA binding (GO:0000049)" /inference="protein motif:ScanRegExp:PS00178 AA_TRNA_LIGASE_I InterPro:IPR001412 Aminoacyl-tRNA synthetase, class I GO:Molecular Function:aminoacyl-tRNA ligase activity (GO:0004812), Molecular Function:ATP binding (GO:0005524), Biological Process:tRNA aminoacylation for protein translation (GO:0006418)" /inference="protein motif:superfamily:SSF47323 InterPro:IPR009080 Aminoacyl-tRNA synthetase, class 1a, anticodon-binding" /inference="protein motif:superfamily:SSF50249 Nucleic acid-binding proteins InterPro:IPR008994 Nucleic acid-binding, OB-fold GO:Molecular Function:nucleic acid binding (GO:0003676)" /inference="protein motif:superfamily:SSF52374 Nucleotidylyl transferase" /codon_start=1 /transl_table=11 /product="Methionyl-tRNA synthetase (metG)" /protein_id="ACS34013.1" /translation="MVRYMVTSALPYANGPIHAGHLAGAYLPADIFVRYLRLKGEEVL FICGTDEHGTPITFRALKEGRSPREIVDEFHEHIKTTFERAKISFDYFGRTELPVHYR ISQEFFLKALENGHLVKKVTKQAYCEHDKMFLPDRYVIGTCPYCGAENQRGDQCEVCG RPLTPEILINPRCNICGNPITFKDSAHYYIKMQDFEERLKKWIESRPWKPNVKNTVLG WINEGLEERAITRDLDWGIPVPLDDEDMRGKVLYVWFEAPIGYISITIEALKRAGKEK EWKKFWLNLEGETRVIHFIGKDNIPFHAIFWPAFLMAYGKYKDEEVEADWNLPYDIPA NEYLNLEGKKFSTSRNWAIWVHEFLDAFPADYLRYYLTAIMPETRDSDFSFADFKVKI NEELVNNLGNFVHRALTFVNRYFDGIVPERGELNELDKQAFEEIERAFEEVGELISQY RFKDALRRVMELAIFGNRYFDHQRPWKTAKTDRKRTATTVNVSLQIVKALGILLEPFL PDASEKIWHLLNLEELKRWEFTEIPAGHRVRKATPMFRKVTDEDIIYFILNYIARGNP ESAKILLDKYYKRDDVVKVALERFKNEEEARAILKSVYGEELEVKSEKPGKASKKEKV KKKEGGKMDYVSFDDFAKLDLRVGKIIEVKDHPNADRLYVVKVDLGDEVRQLVAGLKK YYKPEELLNKTVIVIANLEPKKLRGVESQGMLLAADDGENVALLMPDKEVKLGARIR" gene complement(1418130..1418387) /locus_tag="TGAM_1512" /note="tg1512" CDS complement(1418130..1418387) /locus_tag="TGAM_1512" /experiment="gene product confirmed by mass spectrometry" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein" /protein_id="ACS34014.1" /translation="MGCGMAVDANRVIAGGVLVFVEPEDFKKFLELKKSPLVITGETG GFKKAKLTMTVYDGAVIITRGEVELPEKAIVIRAKNLSLGK" gene complement(1418401..1419084) /gene="gph" /locus_tag="TGAM_1513" /note="tg1513" CDS complement(1418401..1419084) /gene="gph" /locus_tag="TGAM_1513" /inference="protein motif:CDD:COG0637, Predicted phosphatase/phosphohexomutase [General function prediction only]" /inference="protein motif:CDD:COG1011, Predicted hydrolase (HAD superfamily) [General function prediction only]" /inference="protein motif:CDD:Gph, Predicted phosphatases [General function prediction only]" /inference="protein motif:CDD:Hydrolase, haloacid dehalogenase-like hydrolase" /inference="protein motif:COG:COG0546 Predicted phosphatases; R General function prediction only" /inference="protein motif:FPrintScan:PR00413 HADHALOGNASE InterPro:IPR005833 Haloacid dehalogenase/epoxide hydrolase GO:Biological Process:metabolism (GO:0008152), Molecular Function:hydrolase activity (GO:0016787)" /inference="protein motif:Gene3D:G3D.3.40.50.1000 no description" /inference="protein motif:HMMPanther:PTHR19288 4-NITROPHENYLPHOSPHATASE-RELATED" /inference="protein motif:HMMPanther:PTHR19288:SF18 N-ACETYLGLUCOSAMINE CATABOLIC PROTEIN" /inference="protein motif:HMMPfam:PF00702 Hydrolase InterPro:IPR005834 Haloacid dehalogenase-like hydrolase GO:Molecular Function:catalytic activity (GO:0003824), Biological Process:metabolism (GO:0008152)" /inference="protein motif:HMMTigr:TIGR01509 HAD-SF-IA-v3:HAD-superfamily hydrolase, InterPro:IPR006402 HAD-superfamily hydrolase subfamily IA, variant 3" /inference="protein motif:HMMTigr:TIGR01549 HAD-SF-IA-v1:HAD-superfamily hydrolase, InterPro:IPR006439 HAD-superfamily hydrolase, subfamily IA, variant 1 GO:Biological Process:metabolism (GO:0008152), Molecular Function:phosphoglycolate phosphatase activity (GO:0008967)" /inference="protein motif:superfamily:SSF56784 HAD-like" /codon_start=1 /transl_table=11 /product="Hydrolase, HAD superfamily, Putative phosphoglycolate phosphatase (gph)" /protein_id="ACS34015.1" /translation="MIRGLIFDVDETLLYYEGYTLRRWYEEVGRPAMEKLGVLLDWET FRRIVRGELSRRYVERFGIDHVEFWKAMDRANKAYRERLLEEGKIKPFPDAGALEELR ALGLKLAAVSNASQDNTELVLKAFGLDRYFDVILGKDYSYLDGVKPNPYLLNKALKVL GLKKDEVLLVGDSSNDVLAGRNAGIKTVNIVRFERVPGADYYVNTLWELVNLVKELRA KNPLGLSPR" gene complement(1419081..1419737) /locus_tag="TGAM_1514" /note="tg1514" CDS complement(1419081..1419737) /locus_tag="TGAM_1514" /inference="protein motif:BlastProDom:PD006705 YA56_PYRHO_O58783; InterPro:IPR001378 Protein of unknown function UPF0066 GO:Molecular Function:molecular function unknown (GO:0005554)" /inference="protein motif:CDD:COG1720, Uncharacterized conserved protein [Function unknown]" /inference="protein motif:CDD:UPF0066, Uncharacterized protein family UPF0066" /inference="protein motif:COG:COG1720 Uncharacterized conserved protein; S Function unknown" /inference="protein motif:HMMPanther:PTHR12818 FAMILY NOT NAMED InterPro:IPR001378 Protein of unknown function UPF0066 GO:Molecular Function:molecular function unknown (GO:0005554)" /inference="protein motif:HMMPfam:PF01980 UPF0066 InterPro:IPR001378 Protein of unknown function UPF0066 GO:Molecular Function:molecular function unknown (GO:0005554)" /inference="protein motif:HMMTigr:TIGR00104 TIGR00104:conserved hypothetical protein T InterPro:IPR001378 Protein of unknown function UPF0066 GO:Molecular Function:molecular function unknown (GO:0005554)" /inference="protein motif:ScanRegExp:PS01318 UPF0066 InterPro:IPR001378 Protein of unknown function UPF0066 GO:Molecular Function:molecular function unknown (GO:0005554)" /note="virR related protein, belongs to UPF0066 family" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein" /protein_id="ACS34016.1" /translation="MMPMNFEPFKIVPVGYVRKEPETHIKILPEFREATEGLREGDWV KLVLWFHESDTPEKRRTLKVHPYGNPKNPLTGVFATRSPCRPNPVALYTVRIHRIEGS RLYIDEIDAEDGTPVVDIKIFVERYDCPKEVPIEEREAEIGAGRTIGEVNIIPRKADH LDELEEVSPEEYDALILEIGPKTTTLTAKELVELIEALQEVYENLPVEIKDKLRGMFQ " gene 1419869..1420825 /gene="moxR-3" /locus_tag="TGAM_1515" /note="tg1515" CDS 1419869..1420825 /gene="moxR-3" /locus_tag="TGAM_1515" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:ChlI, Mg-chelatase subunit ChlI [Coenzyme metabolism]" /inference="protein motif:CDD:COG0714, MoxR-like ATPases [General function prediction only]" /inference="protein motif:CDD:Mg_chelatase, Magnesium chelatase, subunit ChlI" /inference="protein motif:COG:COG0714 MoxR-like ATPases; R General function prediction only" /inference="protein motif:Gene3D:G3D.1.10.8.80 no description" /inference="protein motif:Gene3D:G3D.3.40.50.300 no description" /inference="protein motif:HMMPfam:PF07726 AAA_3 InterPro:IPR011703 ATPase associated with various cellular activities, AAA-3 GO:Molecular Function:ATP binding (GO:0005524), Molecular Function:ATPase activity (GO:0016887)" /inference="protein motif:ScanRegExp:PS00284 SERPIN InterPro:IPR000215 Proteinase inhibitor I4, serpin GO:Molecular Function:serine-type endopeptidase inhibitor activity (GO:0004867)" /inference="protein motif:superfamily:SSF52540 P-loop containing nucleoside triphosphate hydrolases" /codon_start=1 /transl_table=11 /product="moxR-type AAA ATPase, putative chaperone protein (moxR)" /protein_id="ACS34017.1" /translation="MNVVNEIVSEISTVYIGNTEPIRKTLTALLVNGNVLFEDYPGLG KTLLAKAFGKTLGLSYTRIQFTPDLLPADITGTKVWRHDRGVFELVKGPIFTNVLLAD EINRAPPKTQSALLEAMEERQVTIEGETYRLDRPFFVIATQNPIEFEGTYPLPEAQLD RFLLRLSVGYPRSLDDEIAIMEARLRWGKDDPTEDLEPVIDRETLLEMQALVEKNVFV GREILTYIAMLVRTARSDGRVEAGPSPRGALALMKIAKANALMEGRDYVIPDDVKAFA VDALAHRIVIKPEHAFEGVTGRDVVLSALQKTPVPKGDGDEA" gene 1420815..1422743 /locus_tag="TGAM_1516" /note="tg1516" CDS 1420815..1422743 /locus_tag="TGAM_1516" /inference="protein motif:Gene3D:G3D.2.60.40.1120 no description" /inference="protein motif:superfamily:SSF49464 Carboxypeptidase D, a regulatory domain InterPro:IPR008969 Carboxypeptidase regulatory region" /note="2 probable transmembrane helices predicted by modhmm" /codon_start=1 /transl_table=11 /product="Hypothetical protein" /protein_id="ACS34018.1" /translation="MRRERYALLLLLLILLATLTLGYGSNSTGGDGKTRNALSRLFKE AFQSPTKTGSRPAQMGSFSSGSFGGGNYRPGVPTSNFSFKPTDKKTRCPVAILPEDPM LVCVGRPARSAPILSWNLPREFDMIVWYRGTYYIPYVESPSSPVSLKGVNGHLGYSLD TDTPLVMTTYGVSKEFTVYTNFTGPLNYTSGLPLRVISRTENGSTAVYTFEIPPVGRN YTPGYYPVFIFTSNKAGRTALLMWVALLEKPVVKITNYPEVLSGNGNLQMPIKGTVMY PNGSPVRDGLVTITLNRTKSTAGTIVGVVRVSNGTFNLAAVVPEDEMPGSYHIVAHYR GYLAYPSNSDPLVTIKRVPEVELERMNGTLAIFLNWNGNPLPNRTIGVTVGNMSLNLT TDERGYAYLRIDNATGTVRIVYPGDDLYLPLNEILEIPPLEKGKETTSSPEFKTKHLL DISRIIKLVSGLFLAVGIAYVVLKRKNLPELPLQSPQVFREPLKVLSPVRRVFLPNEP VRVVLNRPAETFLDGELLGTGKVFELRPDVGTHVFSGEDVSFEFHVLPPREAVITAYN LHFLPYVESLGVPTERRTPFEIVRALRRKGLDGPALETVALLFVLADYAERPLENHHF REFVDALERLGVFGDGEE" gene 1422730..1423542 /locus_tag="TGAM_1517" /note="tg1517" CDS 1422730..1423542 /locus_tag="TGAM_1517" /note="6 probable transmembrane helices predicted by modhmm" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein" /protein_id="ACS34019.1" /translation="MEKSKISSILSAAFTWTVLGLMFMKEPVPSLLLGIGAGVAMFAR YARRYYDLLIRGVGFGVASLAFLLYTGSHWYKWFFAGITAWVAVSYVLAYLLRAMFDN DFIERKFLAFLLVGAVFSFLLAYPNPRGALRFLLLLTMSGLILYLAYAVSTYISTHLG KKSRVEPLPLPSGSVREDYYSRELRRVVEAFVEKGDKVPLTVFLIRNAPEGLAEVQLR EIVRPIVDYTPPSPSPLLPPWVVEKKLADEKLRRLEVLRDTLRKLGFSGVDS" gene 1423539..1424786 /locus_tag="TGAM_1518" /note="tg1518" CDS 1423539..1424786 /locus_tag="TGAM_1518" /inference="protein motif:CDD:COG1721, Uncharacterized conserved protein (some members contain a von Willebrand factor type A (vWA) domain) [General function prediction only]" /inference="protein motif:CDD:DUF58, Protein of unknown function DUF58" /inference="protein motif:COG:COG1721 Uncharacterized conserved protein (some members contain a von Willebrand factor type A (vWA) domain); R General function prediction only" /inference="protein motif:HMMPfam:PF01882 DUF58 InterPro:IPR002881 Protein of unknown function DUF58" /inference="protein motif:superfamily:SSF53613 Ribokinase-like" /note="1 probable transmembrane helix predicted by modhmm" /codon_start=1 /transl_table=11 /product="MoxR associated protein, containing DUF58 domain" /protein_id="ACS34020.1" /translation="MRRMDVLLFATLAPFSLALFTGVLGLAYASLIPASILAYSLMSD PPSGFHVERTVEARNLAVGRRARVRVKLTVERGAGLVFIGDVVSPGLKVHGRNRRVFV KLPGEVLQVEYSYEVSPGKRGVHSISPVEVISQDFLGILRKNYGIFGDEVTIEARPVI GSLRASSLRSIRAKRRGLPVVLSRKGISSKDFKEIREYQPGDPLKAINWKATARFGVP LVNEYEPEGMATVMVYADTTTDMGTGDVFNGALESALGLSLSLVHTLLKANLRVGLYL AGSKRFVTPRTGTQAFSSFLRAVLSAGPSPNPEPMPLAVERSKRAGKVDLAIIITNIT PYNVSELRDAIGKLRKTFNCRVLLVDVNPYGAIDKEVMQLSRLHKRKLAGKLGVPVVE WVPSREGPSTALKKILGGVSLAL" gene 1424767..1425678 /locus_tag="TGAM_1519" /note="tg1519" CDS 1424767..1425678 /locus_tag="TGAM_1519" /note="6 probable transmembrane helices predicted by modhmm" /codon_start=1 /transl_table=11 /product="Hypothetical protein" /protein_id="ACS34021.1" /translation="MSPLPFRVSKNSLKLAVLVSLLPLAWLASLTDVLRFLSGAIEAR LGIPVPPLLLGIVLVIVPVLIYVYMTGDLLKPFLLALALYLLPSIFGIDFNLLDRYVP GAIGLFTGFLVALFITWLERDVGFVGGDESERLLISSLREVLVPMPLGIMLTALLLWR SSLGKNPRNVLPLAFLLPLLLFAAVVLVIHFKEGQNDHVQPAKKSYLILRTVMKAGDS FILDVLERTERSVTFTLSGGFPVERPILLKLEWDDEVPEVVVLMSPWDTQTLLKTEEL RKGEETYFIYLPTSRAPSSPGISSAPR" gene complement(1425629..1426894) /gene="ahcY" /locus_tag="TGAM_1520" /note="tg1520" CDS complement(1425629..1426894) /gene="ahcY" /locus_tag="TGAM_1520" /EC_number="3.3.1.1" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:COG:COG0499 S-adenosylhomocysteine hydrolase; H Coenzyme transport and metabolism" /inference="protein motif:Gene3D:G3D.3.40.50.1480 no description" /inference="protein motif:HMMPanther:PTHR11784 ADENOSYLHOMOCYSTEINASE InterPro:IPR000043 S-adenosyl-L-homocysteine hydrolase GO:Molecular Function:adenosylhomocysteinase activity (GO:0004013), Biological Process:one-carbon compound metabolism (GO:0006730)" /inference="protein motif:HMMPfam:PF00670 AdoHcyase_NAD InterPro:IPR000043 S-adenosyl-L-homocysteine hydrolase GO:Molecular Function:adenosylhomocysteinase activity (GO:0004013), Biological Process:one-carbon compound metabolism (GO:0006730)" /inference="protein motif:HMMPfam:PF05221 AdoHcyase InterPro:IPR000043 S-adenosyl-L-homocysteine hydrolase GO:Molecular Function:adenosylhomocysteinase activity (GO:0004013), Biological Process:one-carbon compound metabolism (GO:0006730)" /inference="protein motif:HMMTigr:TIGR00936 ahcY:adenosylhomocysteinase InterPro:IPR000043 S-adenosyl-L-homocysteine hydrolase GO:Molecular Function:adenosylhomocysteinase activity (GO:0004013), Biological Process:one-carbon compound metabolism (GO:0006730)" /inference="protein motif:ScanRegExp:PS00738 ADOHCYASE_1 InterPro:IPR000043 S-adenosyl-L-homocysteine hydrolase GO:Molecular Function:adenosylhomocysteinase activity (GO:0004013), Biological Process:one-carbon compound metabolism (GO:0006730)" /inference="protein motif:ScanRegExp:PS00739 ADOHCYASE_2 InterPro:IPR000043 S-adenosyl-L-homocysteine hydrolase GO:Molecular Function:adenosylhomocysteinase activity (GO:0004013), Biological Process:one-carbon compound metabolism (GO:0006730)" /inference="protein motif:superfamily:SSF52283 Formate/glycerate dehydrogenase catalytic domain-like" /codon_start=1 /transl_table=11 /product="Adenosylhomocysteinase (ahcY)" /protein_id="ACS34022.1" /translation="MDCTKDYCIKDINLAPSGEKKIDWVSRFMPVLQMIRGEFEREKP FKGVRIATTLHLEMKTAFLLLTLKAGGAEVSAAASNPLSTQDDVVAALAKAGVKVYAI RGESREEYYENMHRALDIRPNIIIDDGADMISTVHRERPELIDEIWGASEETTTGVIR LRAMEKDGVLKFPIIAVNDSYTKYLFDNRYGTGQSTWDGIIRTTNLLVAGKNVVVVGY GWCGRGIAMRACGLGATVIVVEVDPIRALEARMDGFLVMDMKEAAKVGDIFVTSTGNI KCIRREHFELMKDGVIMANAGHFDVEIWKPDLEELAVEISEPRPNIREYKLKDGRRLY LLADGRLVNLAAADGHPAEIMDMSFALQAKAAQYIKENHEKLEPKVYVLPREIDEMVA RIKLNAMGIKIEELTEEQKKYLESWEHGT" gene 1426948..1427514 /locus_tag="TGAM_1521" /note="tg1521" CDS 1426948..1427514 /locus_tag="TGAM_1521" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:COG1878, Predicted metal-dependent hydrolase [General function prediction only]" /inference="protein motif:CDD:Cyclase, Putative cyclase" /inference="protein motif:COG:COG1878 Predicted metal-dependent hydrolase; R General function prediction only" /inference="protein motif:HMMPfam:PF04199 Cyclase InterPro:IPR007325 Putative cyclase" /codon_start=1 /transl_table=11 /product="Cyclase, putative" /protein_id="ACS34023.1" /translation="MIVDLSLPLGEETPVYPGDPEVKVKPWAFIERDGYYMNALKLGE HSGTHVDAPAHFIPGGKTIDEMPLEKFIGEAFVVDVRDGEGTVKLDEIPDSGYYGKIV LFLTGGRELSPEVALFLVAEGAKAVGTDAMSIGDDTVHTILLTAEVPVFENLANLEVL LEKTFTFIGLPLKIEGGSGSPVRAIALL" gene complement(1427509..1428519) /locus_tag="TGAM_1522" /note="tg1522" CDS complement(1427509..1428519) /locus_tag="TGAM_1522" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:Gene3D:G3D.1.20.58.60 no description" /inference="protein motif:superfamily:SSF46579 Prefoldin InterPro:IPR009053 Prefoldin" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein" /protein_id="ACS34024.1" /translation="MMGMFDKGKQGVTWDYLRERHPEILSELKTLRDWDTVKAVVPEA EKLGDYSLFSLQALASFIKEFHIERGLLGERIEGLTQKLEDTRTEMRERDSALEKRIH VLEKGLNEVQRKTLLIEGISNLLPRINELEEKLEMNQAEILARFEKSYLRLIEEKVEE LVNQRIRELEGSILGVSGDLAKSLRELQERHEKLIIENYELRRKVESLRGALRKKEGE LAELRKKVSSYAELNRRIEELQRRVQEYEKKTGRLSKAERELLRLTGAGSLEEALEAV RRMKEEYVPKSKVAPLLSELKRLQERLEELERENAFLREKNEKLSQALKMLLEREESE ES" gene complement(1428622..1428745) /locus_tag="TGAM_r030" /note="tg_5SrRNA2" rRNA complement(1428622..1428745) /locus_tag="TGAM_r030" /product="5S ribosomal RNA" gene 1428832..1430358 /locus_tag="TGAM_1523" /note="tg1523" CDS 1428832..1430358 /locus_tag="TGAM_1523" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein" /protein_id="ACS34025.1" /translation="MEELYLELMRIERPMGEPLTPERRARDFIAELQRTPNGEEIIVR GFLMLRKPPNAPRDAVYYVLSALSPGELKNLPPRAPKPYVIVRVGHETSIGEKFLSGS YVEVRGILEPYPWGNLRMIRAISLRGVDYSDYWKEYQKMALSPEEVENIIEGSIYTNR EFQLGLIYALYGSPPVLESPRGWSEGYELSILGQRGRESSLLTLWRILKFLYTNLPEE LRFRKEKKSLLTDDFLDLDFKVFDPNGTPVRYYVPRTPGRISKAAERRLLAKKLAGML ALPKRANPTDDLSTRAETPFVFIPEEDERPYLENESLLRSYLPNLIVTIFVERERVST LSTSGKLGETFQRKFEDWLMEKRNEYGWTFDVLTIPGGVFDVGMRYELSLRLLGSMAR LDGKLKRSHLGRVKTLNDEILNDWMTVLSSMPQSELQKLLKLYRGYMPGDHRAAKALQ LFRDIASTTLSGAVTRETFRAELLKAGFSEGAAERIIETLVREGYLYEPSAGVLKLVR " gene 1430355..1430726 /gene="rnp4" /locus_tag="TGAM_1524" /note="tg1524" CDS 1430355..1430726 /gene="rnp4" /locus_tag="TGAM_1524" /EC_number="3.1.26.5" /inference="protein motif:CDD:Rpr2, RNAse P Rpr2/Rpp21 subunit domain" /inference="protein motif:CDD:RPR2, RNase P subunit RPR2 [Translation, ribosomal structure and biogenesis]" /inference="protein motif:COG:COG2023 RNase P subunit RPR2; J Translation, ribosomal structure and biogenesis" /inference="protein motif:HMMPfam:PF04032 Rpr2 InterPro:IPR007175 RNAse P, Rpr2/Rpp21 subunit" /inference="protein motif:superfamily:SSF48695 Multiheme cytochromes" /codon_start=1 /transl_table=11 /product="Ribonuclease P protein component 4 (rnp4)" /protein_id="ACS34026.1" /translation="MIGMGKKRFIREREQREKKRIARERVETLFTMAERVFPYSRELA NRYVEIALAVQQKAKIRLPRKWKRRYCKRCHSFLVPGVNARVRLRSRPYPHVVIKCLE CGYIMRYSYLKEKKARRKKND" gene complement(1430723..1431487) /locus_tag="TGAM_1525" /note="tg1525" CDS complement(1430723..1431487) /locus_tag="TGAM_1525" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:Gene3D:G3D.1.25.10.10 no description InterPro:IPR011989 Armadillo-like helical GO:Molecular Function:binding (GO:0005488)" /inference="protein motif:HMMPfam:PF02985 HEAT InterPro:IPR000357 HEAT" /inference="protein motif:ProfileScan:PS50077 HEAT_REPEAT InterPro:IPR000357 HEAT" /inference="protein motif:superfamily:SSF48371 ARM repeat" /note="Contains HEAT and Armadillo/beta-catenin-like (ARM) repeats" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein" /protein_id="ACS34027.1" /translation="MEEELDVREALATGEKLDEVIVRASYDKEILDQVIRYLDDDLWT VQKNALIVIMNVIEEYEELIDPLLRKLLVMIRKSEAIPLTLEIAKAIGVLSRIKPELV RGTVPVILANYRIGDPKIRINMAYVLEEIMRNNPRLLGNIAREIASMLTSPDETDRLA ALNFISALAENQTRYATPFLPRLLSLLYDRNEIVRISAVETLTELALKSPKFRKIIKV KFQELNDRSELVMEKVREGLMKITLAESEEERKEGS" gene complement(1431465..1432760) /locus_tag="TGAM_1526" /note="tg1526" CDS complement(1431465..1432760) /locus_tag="TGAM_1526" /inference="protein motif:COG:COG1520 FOG:WD40-like repeat; S Function unknown" /inference="protein motif:Gene3D:G3D.2.140.10.10 no description" /inference="protein motif:HMMSmart:SM00564 no description InterPro:IPR002372 Pyrrolo-quinoline quinone GO:Biological Process:electron transport (GO:0006118)" /inference="protein motif:superfamily:SSF50998 Quinoprotein alcohol dehydrogenase-like InterPro:IPR011047 Quinonprotein alcohol dehydrogenase-like" /note="Contains 6 Beta-propeller repeats (SM00564); 1 probable transmembrane helix predicted by modhmm" /codon_start=1 /transl_table=11 /product="Quinoprotein dehydrogenase, putative" /protein_id="ACS34028.1" /translation="MNGKAIGLALILMLGLLAPAMAKENPLVFKGVVGEDIPYQKSIE AVAISNGTIYAACDYRMTAGKELIGVYYLGLMAAYSTNGSRLWVNSSGYVVKIQPLDR GVLAGGLGGFVFLDGEGHIKANFPTPNKLYDFVMENGYVYGVDGDIWHTNGTFSSSGE VFRAKLLDNGSLSLEDGWRVRLPSMPGRVRLGDVVYVGSGLPSGYSAHYHFGALYGVS YDGKLLWNISTGWWVRDLEVWGGKAIAGTGFNNTKGYILMVDGNGHVMWNESTFFVED LLVVGDTLYASGFDGRNGKVTAYDLNERKLLWSEDFPYRVKTLAYGDGKLIVGIGKFE SRREGNVTKVYSEGGLYVLNPENGKVLWKDLNVGYVRSTAVQGNLVVAGTGSSYFYVL DLSKIRGSKGICGPAFMIFLSVLAGFAVRGGSHGGRAGR" gene complement(1432757..1433620) /locus_tag="TGAM_1527" /note="tg1527" CDS complement(1432757..1433620) /locus_tag="TGAM_1527" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein" /protein_id="ACS34029.1" /translation="MPAELRARAEVVWSGKRTQTREVIVTLSHSGLSMRFVDEKAGED FFSFSLLEDLGFLPPFPCDEPNFTLRFSGDRVLILSVGNNPLIYDRRKFEAFIHGIFV ELLNGVPVLMRRAGEPWSVVHLRLIGPGRLLVVENERERLMSLSSVSEAEVLEDTLWR FKVYSPSGVESFDLKIGERRIRLFILRYLQRFSPLSWGYLAELSREFPELERELKRPE LEPLEREVLDVLLAGIDPLDVPRVLGLDVLKVEGVYDSLIRKGLLRIKGVRKIVEPTP LARKLKEGGEK" gene complement(1433610..1434215) /gene="cheC" /locus_tag="TGAM_1528" /note="tg1528" CDS complement(1433610..1434215) /gene="cheC" /locus_tag="TGAM_1528" /inference="protein motif:COG:COG1776 Chemotaxis protein CheC, inhibitor of MCP methylation; N Cell motility" /inference="protein motif:HMMPfam:PF04509 CheC InterPro:IPR007597 CheC-like protein" /codon_start=1 /transl_table=11 /product="Chemotaxis protein CheC-like protein (cheC)" /protein_id="ACS34030.1" /translation="MKNVRLVGRLLERALRESLAKIDPTGKMELSEFRVISSSDLVIG GLLEGVNFVGFAIGDSPELIMAFDFENSSTIVSRLLKLKKTGILETYNIRELMESLLR ELGNVIAGQFASRLSNSLGYELLPSVPFSIKTVDQLERVLNFLGGGKKLPVFVGLVYD EHGGCLEVYIIPSADFFEMLARYPEPFKRTGRRSRGVEYAR" gene complement(1434202..1436433) /gene="cheA" /locus_tag="TGAM_1529" /note="tg1529" CDS complement(1434202..1436433) /gene="cheA" /locus_tag="TGAM_1529" /EC_number="2.7.13.3" /inference="protein motif:BlastProDom:PD003142 O58222_PYRHO_O58222; InterPro:IPR008208 Hpt, subdomain GO:Molecular Function:two-component sensor activity (GO:0000155), Biological Process:two-component signal transduction system (phosphorelay) (GO:0000160)" /inference="protein motif:CDD:CheA, Chemotaxis protein histidine kinase and related kinases [Cell motility and secretion / Signal transduction mechanisms]" /inference="protein motif:CDD:HATPase_c, Histidine kinase-, DNA gyrase B-, and HSP90-like ATPase" /inference="protein motif:CDD:HATPase_c, Histidine kinase-like ATPases; Histidine kinase-, DNA gyrase B-, phytochrome-like ATPases" /inference="protein motif:CDD:HPT, Histidine Phosphotransfer domain; Contains an active histidine residue that mediates phosphotransfer reactions" /inference="protein motif:CDD:Hpt, Hpt domain" /inference="protein motif:COG:COG0643 Chemotaxis protein histidine kinase and related kinases; N Cell motility" /inference="protein motif:FPrintScan:PR00344 BCTRLSENSOR InterPro:IPR004358 Histidine kinase related protein, C-terminal GO:Biological Process:phosphorylation (GO:0016310), Molecular Function:transferase activity, transferring phosphorus-containing groups (GO:0016772)" /inference="protein motif:Gene3D:G3D.1.20.120.160 no description" /inference="protein motif:Gene3D:G3D.3.30.565.10 no description InterPro:IPR003594 ATP-binding region, ATPase-like GO:Molecular Function:ATP binding (GO:0005524)" /inference="protein motif:HMMPanther:PTHR10919 SENSOR HISTIDINE KINASE-RELATED" /inference="protein motif:HMMPfam:PF01584 CheW InterPro:IPR002545 CheW-like protein GO:Molecular Function:signal transducer activity (GO:0004871), Cellular Component:intracellular (GO:0005622), Biological Process:chemotaxis (GO:0006935), Biological Process:signal transduction (GO:0007165)" /inference="protein motif:HMMPfam:PF01627 Hpt InterPro:IPR008207 Hpt GO:Molecular Function:two-component sensor activity (GO:0000155), Biological Process:two-component signal transduction system (phosphorelay) (GO:0000160)" /inference="protein motif:HMMPfam:PF02518 HATPase_c InterPro:IPR003594 ATP-binding region, ATPase-like GO:Molecular Function:ATP binding (GO:0005524)" /inference="protein motif:HMMPfam:PF07194 P2 InterPro:IPR010808 P2 response regulator binding GO:Molecular Function:two-component sensor activity (GO:0000155), Biological Process:two-component signal transduction system (phosphorelay) (GO:0000160), Biological Process:cell motility (GO:0006928)" /inference="protein motif:HMMSmart:SM00073 no description InterPro:IPR008207 Hpt GO:Molecular Function:two-component sensor activity (GO:0000155), Biological Process:two-component signal transduction system (phosphorelay) (GO:0000160)" /inference="protein motif:HMMSmart:SM00387 no description InterPro:IPR003594 ATP-binding region, ATPase-like GO:Molecular Function:ATP binding (GO:0005524)" /inference="protein motif:ProfileScan:PS50109 HIS_KIN InterPro:IPR005467 Histidine kinase GO:Biological Process:protein amino acid phosphorylation (GO:0006468), Molecular Function:kinase activity (GO:0016301)" /inference="protein motif:ProfileScan:PS50894 HPT InterPro:IPR008207 Hpt GO:Molecular Function:two-component sensor activity (GO:0000155), Biological Process:two-component signal transduction system (phosphorelay) (GO:0000160)" /inference="protein motif:superfamily:SSF47226 Histidine-containing phosphotransfer domain, HPT domain InterPro:IPR008207 Hpt GO:Molecular Function:two-component sensor activity (GO:0000155), Biological Process:two-component signal transduction system (phosphorelay) (GO:0000160)" /inference="protein motif:superfamily:SSF50341 InterPro:IPR002545 CheW-like protein GO:Molecular Function:signal transducer activity (GO:0004871), Cellular Component:intracellular (GO:0005622), Biological Process:chemotaxis (GO:0006935), Biological Process:signal transduction (GO:0007165)" /inference="protein motif:superfamily:SSF55874 ATPase domain of HSP90 chaperone/DNA topoisomerase II/histidine kinase InterPro:IPR003594 ATP-binding region, ATPase-like GO:Molecular Function:ATP binding (GO:0005524)" /codon_start=1 /transl_table=11 /product="Chemotaxis histidine kinase (cheA)" /protein_id="ACS34031.1" /translation="MTIIGANYIGSFLEEAREKVVELKELFSRLSGDEENLSKTVEEM IRSAHTIKGTASLAGFPKLTQAAHWLETILDMIRSGNLSLDEDLLSIIRELIVSIDRL IHSIEDFGDEREVELSPVIARATLYLKNASRKAGKLPPLKVALEKRYEVVVSFEPVSE KIPVWTFAVLSKLQRLGHLISSEPDVNDIIEGRTKPGERLKLVIESPLSPDEIKEELG SVNGVRKVEVLGHGGQNERKEGKLRLRIYLTEETPFKAARALLIIQDLRKAGRVLSVN PPEGEIKDGMLLGESFFEVLLESELSFERVRELVLRHPGVRDVIKIGEPEGESTERKS FSGKKIRPLPFRSRKRTIPVDVSALDELLYSLGELVAIGEWLRDITSGSFNPEQIEEL SGKLLETIERLRKTVTSLRTVKLRDRIAELIPSIEKLAAEKGKRVKVTILGEDVAVDR MVAAVVWEALVHILRNAVIHGIEGSEERLRIGKPPEGLIEISIVPHPSYVEVSVRDDG RGIDISEVKKRAVERGIITPEEAKRLSRKEALMLIFKPGMSTEREVSEESGRGFGLSV VMESIRELHGSVHVSSEEGRGTVITLRVPTDVLIIPVYIVEVGGKKYAIPSIGILDSF KLGAESVRKVGSVYVAAHTSGIFPAVLLHDIVEDFAPLPEGEVEGLLFQFDKDGKEKV LVLVDRILGKKETVVRSLRSLVPSAEVEKSVFTGVIIMGGREPVPLIDLISLMEGLVC EKR" gene complement(1436516..1436884) /gene="cheY" /locus_tag="TGAM_1530" /note="tg1530" CDS complement(1436516..1436884) /gene="cheY" /locus_tag="TGAM_1530" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:BlastProDom:PD000039 Q9UYF2_PYRAB_Q9UYF2; InterPro:IPR001789 Response regulator receiver GO:Molecular Function:two-component response regulator activity (GO:0000156), Biological Process:two-component signal transduction system (phosphorelay) (GO:0000160), Biological Process:regulation of transcription, DNA-dependent (GO:0006355)" /inference="protein motif:CDD:AmiR, Response regulator with putative antiterminator output domain [Signal transduction mechanisms]" /inference="protein motif:CDD:AtoC, Response regulator containing CheY-like receiver, AAA-type ATPase, and DNA-binding domains [Signal transduction mechanisms]" /inference="protein motif:CDD:CheB, Chemotaxis response regulator containing a CheY-like receiver domain and a methylesterase domain [Cell motility and secretion / Signal transduction mechanisms]" /inference="protein motif:CDD:CitB, Response regulator containing a CheY-like receiver domain and an HTH DNA-binding domain [Signal transduction mechanisms / Transcription]" /inference="protein motif:CDD:CitB, Response regulator of citrate/malate metabolism [Transcription / Signal transduction mechanisms]" /inference="protein motif:CDD:COG3437, Response regulator containing a CheY-like receiver domain and an HD-GYP domain [Transcription / Signal transduction mechanisms]" /inference="protein motif:CDD:COG3947, Response regulator containing CheY-like receiver and SARP domains [Signal transduction mechanisms]" /inference="protein motif:CDD:COG4753, Response regulator containing CheY-like receiver domain and AraC-type DNA-binding domain [Signal transduction mechanisms]" /inference="protein motif:CDD:LytT, Response regulator of the LytR/AlgR family [Transcription / Signal transduction mechanisms]" /inference="protein motif:CDD:OmpR, Response regulators consisting of a CheY-like receiver domain and a winged-helix DNA-binding domain [Signal transduction mechanisms / Transcription]" /inference="protein motif:CDD:PleD, Response regulator containing a CheY-like receiver domain and a GGDEF domain [Signal transduction mechanisms]" /inference="protein motif:CDD:REC, Signal receiver domain" /inference="protein motif:CDD:TtrR, Response regulator [Signal transduction mechanisms]" /inference="protein motif:COG:COG0784 FOG:CheY-like receiver; T Signal transduction mechanisms" /inference="protein motif:Gene3D:G3D.3.40.50.2300 no description" /inference="protein motif:HMMPanther:PTHR10919 SENSOR HISTIDINE KINASE-RELATED" /inference="protein motif:HMMPanther:PTHR10919:SF184 CHEMOTAXIS PROTEIN CHEY" /inference="protein motif:HMMPfam:PF00072 Response_reg InterPro:IPR001789 Response regulator receiver GO:Molecular Function:two-component response regulator activity (GO:0000156), Biological Process:two-component signal transduction system (phosphorelay) (GO:0000160), Biological Process:regulation of transcription, DNA-dependent (GO:0006355)" /inference="protein motif:HMMPIR:PIRSF002866 Signal transduction receiver (phosphoacceptor) protein, CheY type" /inference="protein motif:HMMSmart:SM00448 no description InterPro:IPR001789 Response regulator receiver GO:Molecular Function:two-component response regulator activity (GO:0000156), Biological Process:two-component signal transduction system (phosphorelay) (GO:0000160), Biological Process:regulation of transcription, DNA-dependent (GO:0006355)" /inference="protein motif:ProfileScan:PS50110 RESPONSE_REGULATORY InterPro:IPR001789 Response regulator receiver GO:Molecular Function:two-component response regulator activity (GO:0000156), Biological Process:two-component signal transduction system (phosphorelay) (GO:0000160), Biological Process:regulation of transcription, DNA-dependent (GO:0006355)" /inference="protein motif:superfamily:SSF52172 CheY-like InterPro:IPR011006 CheY-like" /codon_start=1 /transl_table=11 /product="Chemotaxis response regulator (cheY)" /protein_id="ACS34032.1" /translation="MARILIVDDALFARILLRKIFTEAGHEVVGEASTGKEAIELYSK LRPDVITLDIIMPDMDGITALQEIKKIDPNAKVIMITSVDNDKKLIECIEAGASGYIV KPFEPSQVLKEVERVLSSQE" gene complement(1437032..1438015) /locus_tag="TGAM_1531" /note="tg1531" CDS complement(1437032..1438015) /locus_tag="TGAM_1531" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:UbiE, Methylase involved in ubiquinone/menaquinone biosynthesis [Coenzyme metabolism]" /inference="protein motif:COG:COG0500 SAM-dependent methyltransferases; Q Secondary metabolites biosynthesis, transport and catabolism" /inference="protein motif:Gene3D:G3D.3.40.50.150 no description" /inference="protein motif:HMMPanther:PTHR10108 UBIQUINONE/MENAQUINONE METHYLTRANSFERASE-RELATED" /inference="protein motif:HMMPfam:PF08241 Methyltransf_11 InterPro:IPR013216 Methyltransferase type 11" /inference="protein motif:ProfileScan:PS50124 MET_TRANS InterPro:IPR001601 Generic methyltransferase GO:Molecular Function:methyltransferase activity (GO:0008168)" /inference="protein motif:ProfileScan:PS50193 SAM_BIND InterPro:IPR000051 SAM (and some other nucleotide) binding motif GO:Molecular Function:S-adenosylmethionine-dependent methyltransferase activity (GO:0008757)" /inference="protein motif:superfamily:SSF46785 'Winged helix' DNA-binding domain" /inference="protein motif:superfamily:SSF53335 S-adenosyl-L-methionine-dependent methyltransferases" /codon_start=1 /transl_table=11 /product="SAM-dependent methyltransferase" /protein_id="ACS34033.1" /translation="MIRMDTVERLVSVVDSNIEQMVRMAILHIIQLGTKHGIFKVLSR EPTYQEVLDSVGLPNRRLLLEFLNTLKAIGIIEEKEGRLKLNGFSCTLKVPQEHYDSL LPGWVSTLEEIYRMVDYAFITPTHPHVLMDFDKDADFWDIRMTTDFADLYRKTISVAA GLEQGMSVLDLGCGSAAPSYFGRIVGYDGFYTGVDYSSAILEIAKSRAETDNLPVELK ELDVRLIRPVNEYDVAVISYLLEYLKPDDYGRVLKRTLETLKPGGRLIILEPFREEFK HIEALEFFEKLNKDFVGFPRRNDVIRTIEGNGFDVSIEPLGRSLLRVTLMP" gene complement(1438017..1438352) /locus_tag="TGAM_1532" /note="tg1532" CDS complement(1438017..1438352) /locus_tag="TGAM_1532" /inference="protein motif:CDD:DUF1495, Protein of unknown function (DUF1495)" /inference="protein motif:COG:COG3373 Uncharacterized protein conserved in archaea; S Function unknown" /inference="protein motif:HMMPfam:PF07381 DUF1495 InterPro:IPR010863 Protein of unknown function DUF1495" /inference="protein motif:superfamily:SSF75217 alpha/beta knot" /note="Belongs to DUF1495 family" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein" /protein_id="ACS34034.1" /translation="MAVRTMIIDPQVLRSLHRSELRKRILLYLNEIYPSATYLSEIAR VVGSDPSNVRGALVGLGNRYNGESSLVYLGLVEEITNGGFKYYRLTEYGKQVVEYLRE YYRYYRKFM" gene 1438692..1439357 /gene="flaB1" /locus_tag="TGAM_1533" /note="tg1533" CDS 1438692..1439357 /gene="flaB1" /locus_tag="TGAM_1533" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:Arch_flagellin, Archaebacterial flagellin" /inference="protein motif:CDD:FlaB, Archaeal flagellins [Cell motility and secretion]" /inference="protein motif:COG:COG1681 Archaeal flagellins; N Cell motility" /inference="protein motif:HMMPfam:PF01917 Arch_flagellin InterPro:IPR002774 Archaebacterial flagellin GO:Molecular Function:structural molecule activity (GO:0005198), Biological Process:cell motility (GO:0006928)" /inference="protein motif:HMMTigr:TIGR02537 arch_flag_Nterm:archaeal flagellin N InterPro:IPR013373 Archaeal flagellin, N-terminal related" /note="1 probable transmembrane helix predicted by modhmm" /codon_start=1 /transl_table=11 /product="Flagellin B1 precursor (flaB1)" /protein_id="ACS34035.1" /translation="MKAKNRRGAVGIGTLIVFIAMVLVAAVAAAVLINTSGFLQQKAS STGRQSTEQVASGIQVMRVTGHYDGSSGIDKLAIYVTPNAGSSGIDLSNTRIVLSNGD KQAILKFAKNNVTSTLPSNIFDTSLTAWDYINYGGTKGYTYYGIIVVQDYDGSLTEST TTPTLNKGDIAILTVDVNGLFGASIDVRKHITGQVVPEFGAPGVIDFTTPSTYTTDVV ELQ" gene 1439373..1440032 /gene="flaB3" /locus_tag="TGAM_1534" /note="tg1534" CDS 1439373..1440032 /gene="flaB3" /locus_tag="TGAM_1534" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:Arch_flagellin, Archaebacterial flagellin" /inference="protein motif:CDD:FlaB, Archaeal flagellins [Cell motility and secretion]" /inference="protein motif:COG:COG1681 Archaeal flagellins; N Cell motility" /inference="protein motif:HMMPfam:PF01917 Arch_flagellin InterPro:IPR002774 Archaebacterial flagellin GO:Molecular Function:structural molecule activity (GO:0005198), Biological Process:cell motility (GO:0006928)" /inference="protein motif:HMMTigr:TIGR02537 arch_flag_Nterm:archaeal flagellin N InterPro:IPR013373 Archaeal flagellin, N-terminal related" /note="1 probable transmembrane helix predicted by modhmm" /codon_start=1 /transl_table=11 /product="Flagellin B3 precursor (flaB3)" /protein_id="ACS34036.1" /translation="MKLVKKRGAVGIGTLIVFIAMVLVAAVAAAVLINTSGFLQQKAS STGRESTEQVASGIQVTSVVGWVNNSGVSKLAIYVTPNAGSAGIDLKNTKIILSDGKV EGILRYGNDTDAYVVGPVSDVFQDVITLNGYTFNWSKLDKTTYGIIVVQDYDHSVQKQ APTLNKGDIVILGVNTYKVFGGIPVRRHITGQVVPEFGAPGVIDFTTPSTYTSTVIEL Q" gene 1440091..1440747 /gene="flaB4" /locus_tag="TGAM_1535" /note="tg1535" CDS 1440091..1440747 /gene="flaB4" /locus_tag="TGAM_1535" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:Arch_flagellin, Archaebacterial flagellin" /inference="protein motif:CDD:FlaB, Archaeal flagellins [Cell motility and secretion]" /inference="protein motif:COG:COG1681 Archaeal flagellins; N Cell motility" /inference="protein motif:HMMPfam:PF01917 Arch_flagellin InterPro:IPR002774 Archaebacterial flagellin GO:Molecular Function:structural molecule activity (GO:0005198), Biological Process:cell motility (GO:0006928)" /inference="protein motif:HMMTigr:TIGR02537 arch_flag_Nterm:archaeal flagellin N InterPro:IPR013373 Archaeal flagellin, N-terminal related" /note="1 probable transmembrane helix predicted by modhmm" /codon_start=1 /transl_table=11 /product="Flagellin B4 precursor (flaB4)" /protein_id="ACS34037.1" /translation="MRRGAIGIGTLIVFIAMVLVAAIAAGVIIGTAGYLQQKAQATGR QTTQEVASGLKIVNIYGYTPTNPPSSGLIERMAIFVTPNAGSEGIDLSNVKIVLSDGK RLVVYNYSAQFLNPGNINDLFNTTEISLWNSIQGTASFGIVVVNDIGSRMQDTHPTLE FGDMVALCIWTTMFQSDGGNGIGPSTKITGKVIPERGAAGVIDFTTPATFSENVMQLQ " gene 1440758..1441408 /gene="flaB5" /locus_tag="TGAM_1536" /note="tg1536" CDS 1440758..1441408 /gene="flaB5" /locus_tag="TGAM_1536" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:Arch_flagellin, Archaebacterial flagellin" /inference="protein motif:CDD:FlaB, Archaeal flagellins [Cell motility and secretion]" /inference="protein motif:COG:COG1681 Archaeal flagellins; N Cell motility" /inference="protein motif:HMMPfam:PF01917 Arch_flagellin InterPro:IPR002774 Archaebacterial flagellin GO:Molecular Function:structural molecule activity (GO:0005198), Biological Process:cell motility (GO:0006928)" /inference="protein motif:HMMTigr:TIGR02537 arch_flag_Nterm:archaeal flagellin N InterPro:IPR013373 Archaeal flagellin, N-terminal related" /note="1 probable transmembrane helix predicted by modhmm" /codon_start=1 /transl_table=11 /product="Flagellin B5 precursor (flaB5)" /protein_id="ACS34038.1" /translation="MPRRRGAIGIGTLIVFIAMVLVAAVAAGVLIATSGYLQQKAMST GRQTTQEVASGIKVMNIYGYTPANPPSAGNITKLVIYVTPNAGSSGIDLSYVKVVLSD GSKMTVFKYNPNAFYTGDIDNVFTLPVWVNVTGTNFGIAVVQDSDLSIINNREHPVLN WGDIAALLVNTTGFGKGAGLPPATHVTGKVIPENGAAGVVDFVTPHAYTDKILTLQ" gene 1441424..1441903 /gene="flaC" /locus_tag="TGAM_1537" /note="tg1537" CDS 1441424..1441903 /gene="flaC" /locus_tag="TGAM_1537" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:FlaC, Putative archaeal flagellar protein C [Cell motility and secretion]" /inference="protein motif:CDD:FlaC_arch, Flagella accessory protein C (FlaC)" /inference="protein motif:COG:COG3352 Putative archaeal flagellar protein C; N Cell motility" /inference="protein motif:HMMPfam:PF05377 FlaC_arch InterPro:IPR008039 Flagella accessory C GO:Cellular Component:flagellum (sensu Eukaryota) (GO:0009434)" /inference="protein motif:HMMPIR:PIRSF018660 Predicted archaeal flagellar protein C InterPro:IPR009205 Predicted archaeal flagellar protein C GO:Cellular Component:flagellum (GO:0019861)" /inference="protein motif:superfamily:SSF46589 tRNA-binding arm InterPro:IPR010978 tRNA-binding arm" /codon_start=1 /transl_table=11 /product="Flagella accessory protein C (flaC)" /protein_id="ACS34039.1" /translation="MALTFLSSLFGKKKKEEAATPVEEPIEVEELEETVENREENEQI NQLMERINEIENDLPRIKISIDTIKKQIQELRDDIDRLDKTIKDVMMLYEVISQEINP FKEQMGQENPLSNEIQELRKELENLKMELAQVKNDIKVLAGYGVDIDSIIYEVLAEV" gene 1441908..1443263 /gene="flaD/E" /locus_tag="TGAM_1538" /note="tg1538" CDS 1441908..1443263 /gene="flaD/E" /locus_tag="TGAM_1538" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:Arch_fla_DE, Archaeal flagella protein" /inference="protein motif:CDD:FlaD, Putative archaeal flagellar protein D/E [Cell motility and secretion]" /inference="protein motif:COG:COG3351 Putative archaeal flagellar protein D/E; N Cell motility" /inference="protein motif:FPrintScan:PR00194 TROPOMYOSIN InterPro:IPR000533 Tropomyosin" /inference="protein motif:Gene3D:G3D.1.20.58.60 no description" /inference="protein motif:HMMPfam:PF04659 Arch_fla_DE InterPro:IPR006752 Archaeal flagella protein GO:Biological Process:ciliary or flagellar motility (GO:0001539)" /inference="protein motif:ProfileScan:PS50083 SPEC_REPEAT InterPro:IPR002017 Spectrin repeat" /codon_start=1 /transl_table=11 /product="Flagella accessory protein D or E (flaD/E)" /protein_id="ACS34040.1" /translation="MQLAGFVTEADINAKLSELKGKVPTVVINELREKLIARKDQLTP EQLDKIVKKVLETYGNQATKYEQLSKRVDELGKRLTDLSLQLSRLVESLEEARFKVQE KKAEEVTEKVEEVHEKIGKLEEMLERKEEKKEEKEISEEAKKKLEELHRKVEELEEKL SGKVAEKVIEEAKAKVEELEEKLESGEEITEEELKEAIEKVEEVKEAPVEEETPEIEE KKPEEAEKAPVPEEAAPEVAKEVEETTEEVEKQKKVEEVKEIEKPEEVEVVEETPEEE VIEEVPAHEEVVEVTPSPEVVEEEKAEEGGVEMAEGKVQIPEDIANLLFEEEPRKARL EKLPEDVVSTMIALKWLGFLIDRVGIQNLERVLEFYYEIGWISEEVLNQLLRYAKGTR PHHRDPEWKPADKLTVQDHLISLLFIERLRGLRINRDVLDKLEREIKLLEKTLDEFYG I" gene 1443293..1443820 /gene="flaF" /locus_tag="TGAM_1539" /note="tg1539" CDS 1443293..1443820 /gene="flaF" /locus_tag="TGAM_1539" /inference="protein motif:CDD:FlaF_arch, Archaeal flagellar protein F" /inference="protein motif:COG:COG3353 Putative archaeal flagellar protein F; N Cell motility" /inference="protein motif:HMMPfam:PF04974 FlaF_arch InterPro:IPR007057 Archaeal flagellar protein F GO:Cellular Component:flagellum (GO:0019861)" /note="1 probable transmembrane helix predicted by modhmm" /codon_start=1 /transl_table=11 /product="Archaeal flagellar protein F (flaF)" /protein_id="ACS34041.1" /translation="MGFSVSASAAIIFISFLIAAATLYTAWDNSYNNVQAAQEDWYNR RISQLNTLVSLNASLGSATIDNANGYYNVTFHIQNSGVTQYLPYWSVVYDGEYRTIYN VSDDNIGFISDYTYLFPSQVAYLNVTRIPLNTEEHSLVITFGNGCWLRLIWHYNGTDV LLDATPQRGCPTEVS" gene 1443820..1444296 /gene="flaG" /locus_tag="TGAM_1540" /note="tg1540" CDS 1443820..1444296 /gene="flaG" /locus_tag="TGAM_1540" /inference="protein motif:CDD:FlaG, Putative archaeal flagellar protein G [Cell motility and secretion]" /inference="protein motif:CDD:FlaG_arch, Archaeal flagellar protein G" /inference="protein motif:COG:COG3354 Putative archaeal flagellar protein G; N Cell motility" /inference="protein motif:HMMPfam:PF04975 FlaG_arch InterPro:IPR007058 Archaeal flagellar protein G GO:Cellular Component:integral to membrane (GO:0016021), Cellular Component:flagellum (GO:0019861)" /note="1 probable transmembrane helix predicted by modhmm" /codon_start=1 /transl_table=11 /product="Archaeal flagellar protein G (flaG)" /protein_id="ACS34042.1" /translation="MGAGGPASELIMFIVAVIVAGTVAGALTYVTNDIAHGINDKGSL LADKLRTDFAIINDPLNIPNSTSTNQYNYTFYIKNTGKTQFPFNPNAVQVFIDGDIVP PSNLTFTDINNNTITYLNPYEVGKIVVSLSGPLTKGSHRIVVVLENGERRSLIFKI" gene 1444334..1445032 /gene="flaH" /locus_tag="TGAM_1541" /note="tg1541" CDS 1444334..1445032 /gene="flaH" /locus_tag="TGAM_1541" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:FlaH, Predicted ATPases involved in biogenesis of archaeal flagella [Cell motility and secretion / Intracellular trafficking and secretion]" /inference="protein motif:CDD:KaiC, KaiC is a circadian clock protein primarily found in cyanobacteria KaiC is a RecA-like ATPase, having both Walker A and Walker B motifs" /inference="protein motif:CDD:RAD55, RecA-superfamily ATPases implicated in signal transduction [Signal transduction mechanisms]" /inference="protein motif:COG:COG2874 Predicted ATPases involved in biogenesis of archaeal flagella; N Cell motility" /inference="protein motif:Gene3D:G3D.3.40.50.300 no description" /inference="protein motif:superfamily:SSF52540 P-loop containing nucleoside triphosphate hydrolases" /codon_start=1 /transl_table=11 /product="Flagella-related protein H, putative ATPase (flaH)" /protein_id="ACS34043.1" /translation="MVEELLKIELKGDELHRRLGGGIPAGTIMLLEGDRGTGKSIFVQ RLLYGFLMNGYSASYISSQYTTVEYIKQMTSLGYDIIPFLIRKKLVFVSLYPLLSGVS EKRKFLSRLLGEPRLWEPNVMIIDSFSSLLSREQEPNAIRDFLLYVKKLASLDKVIIL TANTEEIDRDSLFVLEEAATLLIRLNVKVFGGDLKNSAMIVKYNNAKGIFQKIIPFRV EPKVGLIVEIAAVV" gene 1445034..1446671 /gene="flaI" /locus_tag="TGAM_1542" /note="tg1542" CDS 1445034..1446671 /gene="flaI" /locus_tag="TGAM_1542" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:BlastProDom:PD000739 Q9UYM0_PYRAB_Q9UYM0; InterPro:IPR001482 Bacterial type II secretion system protein E GO:Molecular Function:ATP binding (GO:0005524), Cellular Component:intracellular (GO:0005622), Biological Process:transport (GO:0006810)" /inference="protein motif:CDD:CpaF, Flp pilus assembly protein, ATPase CpaF [Intracellular trafficking and secretion]" /inference="protein motif:CDD:GSPII_E, Type II/IV secretion system protein" /inference="protein motif:CDD:PilT, Pilus retraction ATPase PilT" /inference="protein motif:CDD:PilT, Tfp pilus assembly protein, pilus retraction ATPase PilT [Cell motility and secretion / Intracellular trafficking and secretion]" /inference="protein motif:CDD:PulE, Type II secretory pathway, ATPase PulE/Tfp pilus assembly pathway, ATPase PilB [Cell motility and secretion / Intracellular trafficking and secretion]" /inference="protein motif:CDD:PulE-GspE, PulE/GspE The type II secretory pathway is the main terminal branch of the general secretory pathway (GSP)" /inference="protein motif:CDD:VirB11, Type IV secretory pathway, VirB11 components, and related ATPases involved in archaeal flagella biosynthesis [Cell motility and secretion / Intracellular trafficking and secretion]" /inference="protein motif:CDD:VirB11-like_ATPase, Type IV secretory pathway component VirB11, and related ATPases" /inference="protein motif:COG:COG0630 Type IV secretory pathway, VirB11 components, and related ATPases involved in archaeal flagella biosynthesis; N Cell motility" /inference="protein motif:Gene3D:G3D.3.40.50.300 no description" /inference="protein motif:HMMPfam:PF00437 GSPII_E InterPro:IPR001482 Bacterial type II secretion system protein E GO:Molecular Function:ATP binding (GO:0005524), Cellular Component:intracellular (GO:0005622), Biological Process:transport (GO:0006810)" /inference="protein motif:superfamily:SSF52540 P-loop containing nucleoside triphosphate hydrolases" /codon_start=1 /transl_table=11 /product="Flagella-related protein I, type II/IV secretion system protein E (flaI)" /protein_id="ACS34044.1" /translation="MAQVIKSDTLEEAMQRNPHLRRYVESFRKKYGKMPEFHAQLSRD MKDIMYPNIIYPVGDPIFIHIYGDQKTDKKYIVIEPRIETPIEEKKYEMIKDRILEIA PTRNIPEDQEEFERFLDALYDEAVLSLVKGKRKIPGTKEPFTLTKEEMEKFRYLIKRD IIGIGPLEPLARDPYIEDIHIIGANYVSLVHKIFEALPTNITFGDNVKLADYFKNIAE RIGRPVSDRNPIVDGALPDGSRINIIYSPDISLKGPSATIRKFTATPISIVQLIGWGT LSAEVAAYLWIALEYGMSVFVCGETASGKTTLLNSIIPFIKPGSKIFTAEDTPEVQVP HPTWQRLVTRERGPEESRVTLFDLLKAALRSRPNYIIVGEIRGAEGAIAFQAMQTGHP VMSTFHAGDVKKMIQRFTGHPINVPITFIDNLNIAVFQQAVYLKGKFLRRTVSVVEIE GYYEELGGVATRNVFEWDPVNDKHIFRGFNNSYILERKIAEIAGYEDPKEIYNELFLR ARILQRMLELGITNYWDVYREIKAFYQRGIEGLSFRL" gene 1446682..1448412 /gene="flaJ" /locus_tag="TGAM_1543" /note="tg1543" CDS 1446682..1448412 /gene="flaJ" /locus_tag="TGAM_1543" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:FlaJ, Archaeal flagella assembly protein J [Cell motility and secretion / Intracellular trafficking and secretion]" /inference="protein motif:COG:COG1955 Archaeal flagella assembly protein J; N Cell motility" /inference="protein motif:HMMPfam:PF00482 GSPII_F InterPro:IPR001992 Bacterial type II secretion system protein GO:Biological Process:protein secretion (GO:0009306), Cellular Component:membrane (GO:0016020)" /note="9 probable transmembrane helices predicted by modhmm" /codon_start=1 /transl_table=11 /product="Flagella-related protein J, type II secretion system protein F (flaJ)" /protein_id="ACS34045.1" /translation="MPDKEKISIFTKADLDMKTYIRKILLPNVVISAVLFIVASIISR LFMLSSALTTMLYAIPVVLLVYAAIYPYIQADSKKISINSRIPYFITYFAVLSTSEMG RSDLIKVLASDPKLGAIASELKKVYIIVDKLHRSMPEAFRFLARRTPSKVFADFLDRL AYSLDSGVDMKEYLFQEQKTVMDDYETFYEGALYDLDVFKEIYESIIISVVFMASFII IGPLITGQDIGRLALYTLAIILAAEIGVFLVIKFRMPEDPIWADTKGIETERMKRIKR ASQISVLGVVLMGILYYFLLSKRFDIPKPFVVALILSPLYYVGRLAAKEEQSIFRKDE NFAAFIRSLSSSLAASGTSLVLVLKYLSAHDFGSLTEDIRALYRRLAVRVDRERAWDF FIAGTGSWLIGIFSEIFREAIRLGAEPDYVGLVISRNFERLVRLRRKRQQSMASFIGI IYGLTASFAFALAASFQVAASINTLFAQLKVPTEYIGDIIHVIPPAGMSFVMYIMLTI MIIHSFLSAIAIKTADGGHWIVALKYFVILLWIFAAGMYAGQVLMERMMGINSQTETT QLLRVLISSL" gene 1448454..1449116 /gene="pcm" /locus_tag="TGAM_1544" /note="tg1544" CDS 1448454..1449116 /gene="pcm" /locus_tag="TGAM_1544" /EC_number="2.1.1.77" /inference="protein motif:CDD:CobL, Precorrin-6B methylase 2 [Coenzyme metabolism]" /inference="protein motif:CDD:COG4122, Predicted O-methyltransferase [General function prediction only]" /inference="protein motif:CDD:GCD14, tRNA(1-methyladenosine) methyltransferase and related methyltransferases [Translation, ribosomal structure and biogenesis]" /inference="protein motif:CDD:Pcm, Protein-L-isoaspartate carboxylmethyltransferase [Posttranslational modification, protein turnover, chaperones]" /inference="protein motif:CDD:PCMT, Protein-L-isoaspartate(D-aspartate) O-methyltransferase (PCMT)" /inference="protein motif:COG:COG2518 Protein-L-isoaspartate carboxylmethyltransferase; O Posttranslational modification, protein turnover, chaperones" /inference="protein motif:Gene3D:G3D.3.40.50.150 no description" /inference="protein motif:HMMPanther:PTHR11579 PROTEIN-L-ISOASPARTATE O-METHYLTRANSFERASE-RELATED InterPro:IPR000682 Protein-L-isoaspartate(D-aspartate) O-methyltransferase GO:Molecular Function:protein-L-isoaspartate (D-aspartate) O-methyltransferase activity (GO:0004719), Biological Process:protein modification (GO:0006464)" /inference="protein motif:HMMPanther:PTHR11579:SF1 PROTEIN-L-ISOASPARTATE O-METHYLTRANSFERASE-RELATED" /inference="protein motif:HMMPfam:PF01135 PCMT InterPro:IPR000682 Protein-L-isoaspartate(D-aspartate) O-methyltransferase GO:Molecular Function:protein-L-isoaspartate (D-aspartate) O-methyltransferase activity (GO:0004719), Biological Process:protein modification (GO:0006464)" /inference="protein motif:HMMTigr:TIGR00080 pimt:protein-L-isoaspartate O-methyltransfe InterPro:IPR000682 Protein-L-isoaspartate(D-aspartate) O-methyltransferase GO:Molecular Function:protein-L-isoaspartate (D-aspartate) O-methyltransferase activity (GO:0004719), Biological Process:protein modification (GO:0006464)" /inference="protein motif:ProfileScan:PS50193 SAM_BIND InterPro:IPR000051 SAM (and some other nucleotide) binding motif GO:Molecular Function:S-adenosylmethionine-dependent methyltransferase activity (GO:0008757)" /inference="protein motif:ScanRegExp:PS01279 PCMT InterPro:IPR000682 Protein-L-isoaspartate(D-aspartate) O-methyltransferase GO:Molecular Function:protein-L-isoaspartate (D-aspartate) O-methyltransferase activity (GO:0004719), Biological Process:protein modification (GO:0006464)" /inference="protein motif:superfamily:SSF53335 S-adenosyl-L-methionine-dependent methyltransferases" /codon_start=1 /transl_table=11 /product="Protein-L-isoaspartate O-methyltransferase (pcm)" /protein_id="ACS34046.1" /translation="MMREGELRKLWERTVRRLELEGILRDERVKEALLKWPRYLFVEE RYRRYAHLDEPLPIPGGQTISAPHMVVIMLQLADLKPGMNVLEIGTGSGWNAALMAEL VKGEVYTIERLPELVEFARRNLERAGVRGVHVILGDGSKGFPPRAPYDRIVVTAGAPE VPRPLIEQLKPGGKLIIPVGSYHLWQDLLEVIKLEDGSIKTRNHGGVAFVPLIGEYGW RE" gene 1449278..1450603 /gene="tip49" /locus_tag="TGAM_1545" /note="tg1545" CDS 1449278..1450603 /gene="tip49" /locus_tag="TGAM_1545" /EC_number="3.6.1.-" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:TIP49, DNA helicase TIP49, TBP-interacting protein [Transcription]" /inference="protein motif:CDD:TIP49, TIP49 C-terminus" /inference="protein motif:COG:COG1224 DNA helicase TIP49, TBP-interacting protein; K Transcription" /inference="protein motif:Gene3D:G3D.1.10.8.60 no description" /inference="protein motif:Gene3D:G3D.3.40.50.300 no description" /inference="protein motif:HMMPanther:PTHR11093 RUVB-RELATED" /inference="protein motif:HMMPanther:PTHR11093:SF1 RUVB-RELATED" /inference="protein motif:HMMPfam:PF00004 AAA InterPro:IPR003959 AAA ATPase, central region GO:Molecular Function:ATP binding (GO:0005524)" /inference="protein motif:HMMPfam:PF06068 TIP49 InterPro:IPR010339 TIP49, C-terminal GO:Molecular Function:DNA helicase activity (GO:0003678), Molecular Function:ATP binding (GO:0005524), Cellular Component:nucleus (GO:0005634)" /inference="protein motif:HMMSmart:SM00382 no description InterPro:IPR003593 AAA ATPase GO:Molecular Function:nucleotide binding (GO:0000166), Molecular Function:nucleoside-triphosphatase activity (GO:0017111)" /inference="protein motif:ProfileScan:PS50150 RFC InterPro:IPR000862 Replication factor C conserved region GO:Molecular Function:DNA binding (GO:0003677), Biological Process:DNA replication (GO:0006260), Cellular Component:protein complex (GO:0043234)" /inference="protein motif:superfamily:SSF52540 P-loop containing nucleoside triphosphate hydrolases" /codon_start=1 /transl_table=11 /product="DNA helicase TIP49-like protein, TBP-interacting protein (Tip49)" /protein_id="ACS34047.1" /translation="MPAVIEEVAKVSFERVGMHSHIRGLGLDENGRAKFIADGMVGQV KAREAAGIAVELIKRGKLAGKGILLVGPTGSGKTAIAMGIARELGEDVPFVQIAGSEI YSAEVNKTEFLKQAMRRAIGVRISEERKVYEGEVKKIEIRRTRHPFNPYVEIPESVII TLRTKDDEKTIRAGREIAYQLMELGVEEGDVIQIDAETGRVSKVGTTKEEEGLFFKRK VNLPSGPVLKIKEFTYTVTLHDLDVANARGNIFGLLFSTGAEISDEIRQRVDETVKSW IEEGRATLVPGVLFIDECHMLDIEAFSFLARAMEGELAPILILATNRGRTKIRGTDIE APHGIPLDMLDRLLIINTEPYRKEEIREIVKIRAREEKIEVSEEAIEYLAELGEKTSL RYAVQLLAPASVLARGGRVEREHVEKAKEYFADIKRSIEFVEKLEGMLS" gene complement(1450625..1451233) /locus_tag="TGAM_1546" /note="tg1546" CDS complement(1450625..1451233) /locus_tag="TGAM_1546" /inference="protein motif:COG:COG1266 Predicted metal-dependent membrane protease; R General function prediction only" /inference="protein motif:HMMPfam:PF02517 Abi InterPro:IPR003675 Abortive infection protein" /note="4 probable transmembrane helices predicted by modhmm" /codon_start=1 /transl_table=11 /product="CAAX amino terminal family protease" /protein_id="ACS34048.1" /translation="MRRNPYLLFGVLLPLSFVPRFLGGSLERWALWLVLWYLLVPLGV SLVLGFRPSDLGLRLPDDNWGIFLVLLGLAVILSFAGLTVPSMVSYYPNFAYSSWVEF LEKEMVIGLVMFTHEAFFRGFLLFPLASRKKWVGILAQDVPYVLVHLGKPPIEVPYSF LAGIVFGWVDLRGRSFLQSFLLHWIGSAFFDVLCVLAKAGVV" gene complement(1451243..1452148) /locus_tag="TGAM_1547" /note="tg1547" CDS complement(1451243..1452148) /locus_tag="TGAM_1547" /experiment="gene product confirmed by mass spectrometry" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein" /protein_id="ACS34049.1" /translation="MTRERFELLIRDLVGRFSQADERKIREALNAFVKVTEIPVSYLN PGSRYHPVVVFKKRFGNLEKSVMVSLLEFRILNRYNMPGWRREVEFRLDRDVVLRERV GGIEAVLIGDPARLARLRDVMRRILQQMSTRPRNFVMFYSHVYMDFGNNRFIHLEMKG SDVFVRLVNLNFTEASRLLGKAIPYMDSVFGNKNIDFYKLLFVYSSETAGTFDWFFHR YVMPRLNPEQREFLSDMHDYRNFIRLLYSYVARLNKDHLGDEIGIRVVRRANPNRPLE IGIAFTNRGIEVKRYPGTITISFMV" gene complement(1452235..1453173) /gene="slyD-2" /locus_tag="TGAM_1548" /note="tg1548" CDS complement(1452235..1453173) /gene="slyD-2" /locus_tag="TGAM_1548" /EC_number="5.2.1.8" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:SlpA, FKBP-type peptidyl-prolyl cis-trans isomerases 2 [Posttranslational modification, protein turnover, chaperones]" /inference="protein motif:COG:COG1047 FKBP-type peptidyl-prolyl cis-trans isomerases 2; O Posttranslational modification, protein turnover, chaperones" /inference="protein motif:Gene3D:G3D.3.10.50.40 no description" /inference="protein motif:HMMPanther:PTHR10516 FK506-BINDING PROTEIN" /inference="protein motif:HMMPanther:PTHR10516:SF18 FK506-BINDING PROTEIN" /inference="protein motif:HMMPfam:PF00254 FKBP_C InterPro:IPR001179 Peptidylprolyl isomerase, FKBP-type GO:Biological Process:protein folding (GO:0006457)" /inference="protein motif:ProfileScan:PS50059 FKBP_PPIASE InterPro:IPR001179 Peptidylprolyl isomerase, FKBP-type GO:Biological Process:protein folding (GO:0006457)" /inference="protein motif:superfamily:SSF54534 FKBP-like" /codon_start=1 /transl_table=11 /product="FKBP-type peptidyl-prolyl cis-trans isomerase (slyD)" /protein_id="ACS34050.1" /translation="MVKVEKGDVIRLRYTGRIKETGEIFDTTDEEIAKQAGIYKESGV YGPVPIAVGAGHVIKGLDEQLEGLEVGKKYEIIVPPEKGFGKRDPKLIKVFTLGQFRR QGIIPFPGMPIEIESEGGRKIKGRVLTVSGGRVRVDFNHPYAGKHLIYEVEIVEKVED PIEKVKAMIELRLPRIDTNKVVIEVGEKDVTINFTPVLEEIDKNTLVLGEILLESDLK FIGYEDVTFKPNVEELLKPPEEAAEENVEEKVEEQEETEEAGPAETVQEEKTESDETG EVKEETENKAEPTEEIVEETKAEEATSPEDDEKTGQ" gene 1453284..1454714 /gene="cysS" /locus_tag="TGAM_1549" /note="tg1549" CDS 1453284..1454714 /gene="cysS" /locus_tag="TGAM_1549" /EC_number="6.1.1.16" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:COG:COG0215 Cysteinyl-tRNA synthetase; J Translation, ribosomal structure and biogenesis" /inference="protein motif:FPrintScan:PR00983 TRNASYNTHCYS InterPro:IPR002308 Cysteinyl-tRNA synthetase, class Ia GO:Molecular Function:cysteine-tRNA ligase activity (GO:0004817), Molecular Function:ATP binding (GO:0005524), Biological Process:cysteinyl-tRNA aminoacylation (GO:0006423)" /inference="protein motif:Gene3D:G3D.3.40.510.10 no description" /inference="protein motif:HMMPanther:PTHR10890 CYSTEINYL-TRNA SYNTHETASE InterPro:IPR002308 Cysteinyl-tRNA synthetase, class Ia GO:Molecular Function:cysteine-tRNA ligase activity (GO:0004817), Molecular Function:ATP binding (GO:0005524), Biological Process:cysteinyl-tRNA aminoacylation (GO:0006423)" /inference="protein motif:HMMPanther:PTHR10890:SF2 CYSTEINYL-TRNA SYNTHETASE" /inference="protein motif:HMMPfam:PF01406 tRNA-synt_1e InterPro:IPR002308 Cysteinyl-tRNA synthetase, class Ia GO:Molecular Function:cysteine-tRNA ligase activity (GO:0004817), Molecular Function:ATP binding (GO:0005524), Biological Process:cysteinyl-tRNA aminoacylation (GO:0006423)" /inference="protein motif:HMMTigr:TIGR00435 cysS:cysteinyl-tRNA synthetase InterPro:IPR002308 Cysteinyl-tRNA synthetase, class Ia GO:Molecular Function:cysteine-tRNA ligase activity (GO:0004817), Molecular Function:ATP binding (GO:0005524), Biological Process:cysteinyl-tRNA aminoacylation (GO:0006423)" /inference="protein motif:superfamily:SSF47323 Anticodon-binding domain of a subclass of class I aminoacyl-tRNA synthetases InterPro:IPR009080 Aminoacyl-tRNA synthetase, class 1a, anticodon-binding" /inference="protein motif:superfamily:SSF52374 Nucleotidylyl transferase" /codon_start=1 /transl_table=11 /product="Cysteinyl-tRNA synthetase (cysS)" /protein_id="ACS34051.1" /translation="MAIRIYNTLTRQKEEFKPLHEGEVRMYVCGPTVYDYPHLGHART YIAFDVIRRYLEHKGYTVLMVMNFTDIDDKIIKRANETGEDPKELAEKFLRIFLEDMK ALKVKPADIYPRVTEHMQDIISFIKKLQEKGYAYEGSDGVYFEVRKFKDYGKLSKIKL EDLVKGARVEPGEGKRNPEDFALWKKAKPGEPKWESPWGEGRPGWHIECSTMSSKYLG ESFDIHGGGNDLIFPHHENEIAQSEACFGHEWVHYWMHTGFLMVNGEKMSKSLGNFVT VRELLKRYNPEVIRLFVLQRHYRSPLDYSEEGIEHAKNNLERLYNTLENIRVAMSKAE ISFRWDEPEFRAYEAIRDARKKFYEAMDDDFNTAEALKAVFEVSNAINRYLTEVEKPK ESILRKAWEFFKDVGEVFGLFEDYFKEQKAENDEELINLLVEVRAQLRKEKKFDLADK IREELRKLGIQLEDTPQGTVWKRIKV" gene complement(1454810..1456234) /gene="pyk" /locus_tag="TGAM_1550" /note="tg1550" CDS complement(1454810..1456234) /gene="pyk" /locus_tag="TGAM_1550" /EC_number="2.7.1.40" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:BlastProDom:PD001009 Q8U1L8_PYRFU_Q8U1L8; InterPro:IPR001697 Pyruvate kinase GO:Molecular Function:pyruvate kinase activity (GO:0004743), Biological Process:glycolysis (GO:0006096)" /inference="protein motif:BlastProDom:PD001009 Q970H8_SULTO_Q970H8; InterPro:IPR001697 Pyruvate kinase GO:Molecular Function:pyruvate kinase activity (GO:0004743), Biological Process:glycolysis (GO:0006096)" /inference="protein motif:CDD:PK, Pyruvate kinase, barrel domain" /inference="protein motif:CDD:PK_C, Pyruvate kinase, alpha/beta domain" /inference="protein motif:CDD:Pyruvate_Kinase, Pyruvate kinase (PK):Large allosteric enzyme that regulates glycolysis through binding of the substrate, phosphoenolpyruvate, and one or more allosteric effectors" /inference="protein motif:COG:COG0469 Pyruvate kinase; G Carbohydrate transport and metabolism" /inference="protein motif:FPrintScan:PR01050 PYRUVTKNASE InterPro:IPR001697 Pyruvate kinase GO:Molecular Function:pyruvate kinase activity (GO:0004743), Biological Process:glycolysis (GO:0006096)" /inference="protein motif:Gene3D:G3D.3.20.20.60 no description" /inference="protein motif:Gene3D:G3D.3.40.50.50 no description" /inference="protein motif:HMMPanther:PTHR11817 PYRUVATE KINASE InterPro:IPR001697 Pyruvate kinase GO:Molecular Function:pyruvate kinase activity (GO:0004743), Biological Process:glycolysis (GO:0006096)" /inference="protein motif:HMMPfam:PF00224 PK InterPro:IPR001697 Pyruvate kinase GO:Molecular Function:pyruvate kinase activity (GO:0004743), Biological Process:glycolysis (GO:0006096)" /inference="protein motif:HMMPfam:PF02887 PK_C InterPro:IPR001697 Pyruvate kinase GO:Molecular Function:pyruvate kinase activity (GO:0004743), Biological Process:glycolysis (GO:0006096)" /inference="protein motif:HMMTigr:TIGR01064 pyruv_kin:pyruvate kinase InterPro:IPR001697 Pyruvate kinase GO:Molecular Function:pyruvate kinase activity (GO:0004743), Biological Process:glycolysis (GO:0006096)" /inference="protein motif:ScanRegExp:PS00110 PYRUVATE_KINASE InterPro:IPR001697 Pyruvate kinase GO:Molecular Function:pyruvate kinase activity (GO:0004743), Biological Process:glycolysis (GO:0006096)" /inference="protein motif:superfamily:SSF51621 Phosphoenolpyruvate/pyruvate domain" /inference="protein motif:superfamily:SSF52935 Pyruvate kinase, C-terminal domain InterPro:IPR001697 Pyruvate kinase GO:Molecular Function:pyruvate kinase activity (GO:0004743), Biological Process:glycolysis (GO:0006096)" /codon_start=1 /transl_table=11 /product="Pyruvate kinase (pyk)" /protein_id="ACS34052.1" /translation="MRLPSHKTKIIATIGPASNDRRTIESLIKAGMSVARLNFSHGTF EEHKKAIKRIREASKKLGRRVALLGDLPGVKIRVGKLLGGKIELRRNQTVTLTTEDVE GMEGIIPVEFKDFPKLVSPGDTIYLSDGFIVLKVVKVTEKEVVCKVIVGGTLYSHKGI NVPNARIPLEAVTERDFEILEFMIENDVDIVGISFVGSAYDVLKVRRFIKEHNARLFV VAKIERPDAVRNFDEILSAADGVMIARGDLGVEMPIEKLPILQKKLIEKAVMAGKPAI VATQMLESMTTEKLPTRAEVTDVANAILDGADAVMLSEETAVGKYPVDAVRMMARIAR ATEGYRESFGNVRMLEWKEKIPKKGTIKDAITRSIIEALQVIDARYILTPTRSGYTAR LISRFRPKQWILAFTRDEKVANSLMLSYGVYPFVVESDDEAEILQVIKGLGLAKEEDT VLLTKGAPVGKTVGTNTIRIFQVP" gene complement(1457743..1459098) /gene="purB" /locus_tag="TGAM_1551" /note="tg1551" CDS complement(1457743..1459098) /gene="purB" /locus_tag="TGAM_1551" /EC_number="4.3.2.2" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:Adenylsuccinate_lyase_1, Adenylsuccinate lyase_1:Adenylsuccinate lyase (ASL)_subgroup 1" /inference="protein motif:CDD:Adenylsuccinate_lyase_2, Adenylsuccinate lyase_2:Adenylsuccinate lyase (ASL)_subgroup 2" /inference="protein motif:CDD:Adenylsuccinate_lyase_like, Adenylsuccinate lyase_like (ASL_like):This subgroup contains proteins similar to ASL and prokaryotic-type 3-carboxy-cis,cis-muconate cycloisomerase (pCMLE)" /inference="protein motif:CDD:ArgH, Argininosuccinate lyase [Amino acid transport and metabolism]" /inference="protein motif:CDD:Argininosuccinate_lyase, Argininosuccinate lyase (argininosuccinase, ASAL)" /inference="protein motif:CDD:AspA, Aspartate ammonia-lyase [Amino acid transport and metabolism]" /inference="protein motif:CDD:Aspartatase, Aspartase_like" /inference="protein motif:CDD:Aspartatase_like, Aspartase_like" /inference="protein motif:CDD:Fumarase_classII, Class II fumarases" /inference="protein motif:CDD:FumC, Fumarase [Energy production and conversion]" /inference="protein motif:CDD:Lyase_1, Lyase" /inference="protein motif:CDD:Lyase_I, Lyase class I family of the Lyase_I superfamily" /inference="protein motif:CDD:Lyase_I_like, Lyase class I_like" /inference="protein motif:CDD:pCLME, pCLME:prokaryotic 3-carboxy-cis,cis-muconate cycloisomerase (CMLE)_like This group contains proteins similar to pCLME, a member of the Lyase class I family" /inference="protein motif:CDD:PurB, Adenylosuccinate lyase [Nucleotide transport and metabolism]" /inference="protein motif:CDD:PurB, PurB:PurB_like adenylosuccinases (adenylsuccinate lyase, ASL)" /inference="protein motif:COG:COG0015 Adenylosuccinate lyase; F Nucleotide transport and metabolism" /inference="protein motif:FPrintScan:PR00145 DCRYSTALLIN InterPro:IPR003031 Delta crystallin" /inference="protein motif:FPrintScan:PR00149 FUMRATELYASE InterPro:IPR000362 Fumarate lyase GO:Molecular Function:catalytic activity (GO:0003824)" /inference="protein motif:Gene3D:G3D.1.10.275.10 no description" /inference="protein motif:Gene3D:G3D.1.20.200.10 no description" /inference="protein motif:HMMPanther:PTHR11444 ARGININOSUCCINATE LYASE-RELATED" /inference="protein motif:HMMPanther:PTHR11444:SF9 ADENYLOSUCCINATE LYASE" /inference="protein motif:HMMPfam:PF00206 Lyase_1 InterPro:IPR000362 Fumarate lyase GO:Molecular Function:catalytic activity (GO:0003824)" /inference="protein motif:HMMTigr:TIGR00928 purB:adenylosuccinate lyase InterPro:IPR004769 Adenylosuccinate lyase GO:Molecular Function:adenylosuccinate lyase activity (GO:0004018), Biological Process:purine ribonucleotide biosynthesis (GO:0009152)" /inference="protein motif:ScanRegExp:PS00163 FUMARATE_LYASES InterPro:IPR000362 Fumarate lyase GO:Molecular Function:catalytic activity (GO:0003824)" /inference="protein motif:superfamily:SSF48557 L-aspartase-like InterPro:IPR008948 L-Aspartase-like" /codon_start=1 /transl_table=11 /product="Adenylosuccinate lyase (purB)" /protein_id="ACS34053.1" /translation="MAVHPIDYRYGSEEMRKIWDEENKLQKLLDVEAALARAHAKLGN IPEESARVISERANTKWVKPERVKEIEAEIHHDIMAVVKALSEVCGEHGKYVHLGATS NDIIDTANALLIKESLELIERYLKELRDVLLKLAEEHKYTVCIGRTHGQHAVPTTYGM KFALWLDEVQRHLERLEELKKRILVGKMRGAVGTAASFGERALEIEKLVMEDLGLKPA LITNQLVPRDLYVELMMFLALVASTLDKIGLEIRNLQRTEILEVSEPFGKKQVGSSTM PHKRNPIRTEKVCGLARVIYSNVIPALLNNPLWHERDLTNSSVERVILPESFVLLDEM LRVTLRVLRGLEFFPENIERNLYLTKNLIMAEPLMLKLTERGMGRQEAHELVRQLAMK AFEEGRDFLEVVEKNEEVRRYLSGEDLTSLKPENYIGVAPQIVDKVIALVRTQMQKEG L" gene 1459284..1459568 /gene="albA" /locus_tag="TGAM_1552" /note="tg1552" CDS 1459284..1459568 /gene="albA" /locus_tag="TGAM_1552" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:BlastProDom:PD010497 ALBA_PYRFU_Q8TZV1; InterPro:IPR011574 Alba, DNA binding GO:Molecular Function:nucleic acid binding (GO:0003676)" /inference="protein motif:CDD:DUF78, Protein of unknown function DUF78" /inference="protein motif:COG:COG1581 Archaeal DNA-binding protein; K Transcription" /inference="protein motif:HMMPfam:PF01918 Alba InterPro:IPR002775 Alba, DNA/RNA-binding protein GO:Molecular Function:nucleic acid binding (GO:0003676)" /inference="protein motif:HMMTigr:TIGR00285 TIGR00285:DNA-binding protein Alba InterPro:IPR002775 Alba, DNA/RNA-binding protein GO:Molecular Function:nucleic acid binding (GO:0003676)" /inference="protein motif:superfamily:SSF82704 DNA-binding protein Sso10b (AlbA)" /codon_start=1 /transl_table=11 /product="DNA-binding protein Alba (albA)" /protein_id="ACS34054.1" /translation="MPEMAEEHVVYIGKKPVMNYVLAVITQFNEGAKEVTVKARGRAI SRAVDVAEIVRNRFLPEVRVKEIKIGTEELPTADGRTANTSTIEIVLEKP" gene 1459626..1460366 /locus_tag="TGAM_1553" /note="tg1553" CDS 1459626..1460366 /locus_tag="TGAM_1553" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:COG:COG0640 Predicted transcriptional regulators; K Transcription" /inference="protein motif:Gene3D:G3D.1.10.10.10 no description InterPro:IPR011991 Winged helix repressor DNA-binding" /inference="protein motif:HMMPfam:PF01022 HTH_5 InterPro:IPR001845 Bacterial regulatory protein, ArsR GO:Molecular Function:transcription factor activity (GO:0003700), Cellular Component:intracellular (GO:0005622), Biological Process:regulation of transcription, DNA-dependent (GO:0006355)" /inference="protein motif:superfamily:SSF46785 'Winged helix' DNA-binding domain" /note="2 probable transmembrane helices predicted by modhmm" /codon_start=1 /transl_table=11 /product="Transcription regulator, ArsR family" /protein_id="ACS34055.1" /translation="MERFNTPPPKLLRGNRVGEGKIIEINDETAKLLAQIITNEKALA ILHAVEEEPKSLTQIAEELGFPLSTVSYHIDRMLRVGLVEVAGKKYGKKLQEVKLYRA SNKPILIVPRREAPKVTKKLSAFEKLHVISLSIASIVSLLVYKVLERFARPGVVRTVF VNNTSTSALEVVRSNSTTSTAEKFIPGSVSSVTSNTTNNTTILPTTAPVKNVTHNAQG DTLVLLGTVLTFAVVFAVTYLLLRRKRF" gene 1460403..1460933 /locus_tag="TGAM_1554" /note="tg1554" CDS 1460403..1460933 /locus_tag="TGAM_1554" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:COG0517, FOG:CBS domain [General function prediction only]" /inference="protein motif:CDD:COG2524, Predicted transcriptional regulator, contains C-terminal CBS domains [Transcription]" /inference="protein motif:CDD:COG2905, Predicted signal-transduction protein containing cAMP-binding and CBS domains [Signal transduction mechanisms]" /inference="protein motif:CDD:COG3620, Predicted transcriptional regulator with C-terminal CBS domains [Transcription]" /inference="protein motif:COG:COG0517 FOG:CBS domain; R General function prediction only" /inference="protein motif:HMMPanther:PTHR13780 AMP-ACTIVATED PROTEIN KINASE FAMILY" /inference="protein motif:HMMPanther:PTHR13780:SF2 INOSINE-5-MONOPHOSPHATE DEHYDROGENASE-RELATED" /inference="protein motif:HMMPfam:PF00571 CBS InterPro:IPR000644 CBS" /inference="protein motif:HMMSmart:SM00116 no description InterPro:IPR000644 CBS" /inference="protein motif:ProfileScan:PS50147 SNF4_REP InterPro:IPR000644 CBS" /inference="protein motif:superfamily:SSF54631 CBS-domain" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein, containing CBS domains" /protein_id="ACS34056.1" /translation="MAGISVGQIVKRKAIIVKPDDTVHKVAKILARNRVGSAVVVEND EIVGVVTDRDILDKVVAKGKDPKKVKVRDIMTQNPVTIEDDYSISDAIDRMMEKGIRR LLVTRLGRPIGFVTAADLLAALNSMNSEEEEETIEETDVYGICELCGQYGPLYRVYIE GEEKWVCEACKDSLNL" gene complement(1460930..1461460) /locus_tag="TGAM_1555" /note="tg1555" CDS complement(1460930..1461460) /locus_tag="TGAM_1555" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:COG1618, Predicted nucleotide kinase [Nucleotide transport and metabolism]" /inference="protein motif:CDD:DUF265, Protein of unknown function, DUF265" /inference="protein motif:COG:COG1618 Predicted nucleotide kinase; F Nucleotide transport and metabolism" /inference="protein motif:Gene3D:G3D.3.40.50.300 no description" /inference="protein motif:HMMPfam:PF03266 DUF265 InterPro:IPR004948 Protein of unknown function DUF265 GO:Molecular Function:ATP binding (GO:0005524), Molecular Function:molecular function unknown (GO:0005554)" /inference="protein motif:HMMSmart:SM00382 no description InterPro:IPR003593 AAA ATPase GO:Molecular Function:nucleotide binding (GO:0000166), Molecular Function:nucleoside-triphosphatase activity (GO:0017111)" /inference="protein motif:superfamily:SSF52540 P-loop containing nucleoside triphosphate hydrolases" /note="Belongs to DUF265 family" /codon_start=1 /transl_table=11 /product="ATP-binding protein, putative AAA ATPase" /protein_id="ACS34057.1" /translation="MVRVFVTGPAGVGKTTLVERVAREVERWGYIVGGMITKEVRRNG KRIGFKIIALDTGEEGTLASLRGTSHLPGVPFGKYVVHVDELERVGVSAIRRALVEAD LVVIDEIGPMEYKSNEFVKAVGEVLNSDKRLLAVVHRKMADKFRPLGRLHTLSVENRN REFGIILDEIMRELRG" gene 1461517..1462590 /gene="eIF-2BI" /locus_tag="TGAM_1556" /note="tg1556" CDS 1461517..1462590 /gene="eIF-2BI" /locus_tag="TGAM_1556" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:COG0182, Predicted translation initiation factor 2B subunit, eIF-2B alpha/beta/delta family [Translation, ribosomal structure and biogenesis]" /inference="protein motif:CDD:GCD2, Translation initiation factor 2B subunit, eIF-2B alpha/beta/delta family [Translation, ribosomal structure and biogenesis]" /inference="protein motif:CDD:IF-2B, Initiation factor 2 subunit family" /inference="protein motif:COG:COG0182 Predicted translation initiation factor 2B subunit, eIF-2B alpha/beta/delta family; J Translation, ribosomal structure and biogenesis" /inference="protein motif:HMMPanther:PTHR10233 TRANSLATION INITIATION FACTOR EIF-2B BETA SUBUNIT InterPro:IPR000649 Initiation factor 2B related GO:Biological Process:cellular biosynthesis (GO:0044249)" /inference="protein motif:HMMPanther:PTHR10233:SF1 TRANSLATION INITIATION FACTOR EIF-2B BETA SUBUNIT" /inference="protein motif:HMMPfam:PF01008 IF-2B InterPro:IPR000649 Initiation factor 2B related GO:Biological Process:cellular biosynthesis (GO:0044249)" /inference="protein motif:HMMTigr:TIGR00512 aIF-2BI_fam:translation initiation facto InterPro:IPR005251 Putative translation initiation factor, aIF-2BI/5-methylthioribose-1-phosphate isomerase" /inference="protein motif:HMMTigr:TIGR00524 eIF-2B_rel:eIF-2B alpha/beta/delta-relat InterPro:IPR011559 Initiation factor 2B alpha/beta/delta GO:Biological Process:cellular biosynthesis (GO:0044249)" /codon_start=1 /transl_table=11 /product="Translation initiation factor eIF-2B subunit 1 (eIF-2BI)" /protein_id="ACS34058.1" /translation="MEIRYRPEELTRLPRSVRYETGKVIMIDQTLLPKEFKIIELRTV EEVAEAIITMKVRGAPAIGAAAAFGLALYADTTKAKNKDEFMDGFYRAYETLKNTRPT AVNLFWALNRIKKLVEENAESPLDELKKLIVAEAQRIADEDVEANLRMGHYGAEALPE GNVLTHCNAGSLATVQLGTVGAVLRVMNKDGTLKLLWVDETRPVLQGARLSAWEYHYD GIPLKLITDNMAGFVMQQGKVDAIIVGADRIVANGDFANKIGTYTLAVLAKEHGIPFF TVAPLSTIDMSLKSGKEIPIEERKPEEVLTCGGCRIAPDVDVYNPAFDVTPHRYLTGI ITDRGVVYPPFERNLRRLFREEQ" gene complement(1462710..1464056) /gene="ttuD" /locus_tag="TGAM_1557" /note="tg1557" CDS complement(1462710..1464056) /gene="ttuD" /locus_tag="TGAM_1557" /EC_number="1.1.1.81" /inference="protein motif:CDD:GckA, Putative glycerate kinase [Carbohydrate transport and metabolism]" /inference="protein motif:CDD:MOFRL, MOFRL family" /inference="protein motif:COG:COG2379 Putative glycerate kinase; G Carbohydrate transport and metabolism" /inference="protein motif:HMMPanther:PTHR12227 GLYCERATE KINASE" /inference="protein motif:HMMPfam:PF05161 MOFRL InterPro:IPR007835 MOFRL" /inference="protein motif:superfamily:SSF82544 GckA/TtuD-like" /codon_start=1 /transl_table=11 /product="Hydroxypyruvate reductase (ttuD)" /protein_id="ACS34059.1" /translation="MDARTAALEIMNAAIESADPYLAVKRNLRVQGDNIVVAGKNFPV EGKIYLLAFGKAACSMARAVVDTLGERIEEGVIITKYGYAKDCPKMERLKVIEAGHPI PDENSLLGGKLGLELAGKVGENDILLVLISGGGSALFLLPERGISLEDKIQTNELLLK SGAKIYEINTVRKHISAVKGGKLAKRVRGRVISLILSDVVGDPLEAIASGPTVKDPTT FQDAYRILKLYGVWEKLPESVKRHIELGLEGKAEETLKEDLPNVHNFIVGSNTLACES ALAKAKELGYNALLLTTTLEGEAREIALAIGSIVQEIAKYDRPVPKPAVLIAGGEWTV TIEGKAGLGGPNQEFALSIARKIDGLDAVVLAVDTDGTDGPTDAAGGIVDGETLGKLK ETGIDVEEALRNHDSYRALERVGALLKTGPTGTNVNSMVIAVVGGTGRLVRSPGKF" gene complement(1464078..1465094) /gene="trmB-2" /locus_tag="TGAM_1558" /note="tg1558" CDS complement(1464078..1465094) /gene="trmB-2" /locus_tag="TGAM_1558" /inference="protein motif:BlastProDom:PD006327 Q9YG76_AERPE_Q9YG76; InterPro:IPR011571 Transcriptional regulator winged helix GO:Molecular Function:phenylalanine-tRNA ligase activity (GO:0004826), Molecular Function:ATP binding (GO:0005524), Biological Process:protein biosynthesis (GO:0006412)" /inference="protein motif:CDD:COG1378, Predicted transcriptional regulators [Transcription]" /inference="protein motif:CDD:TrmB, Sugar-specific transcriptional regulator TrmB" /inference="protein motif:COG:COG1378 Predicted transcriptional regulators; K Transcription" /inference="protein motif:Gene3D:G3D.1.10.10.10 no description InterPro:IPR011991 Winged helix repressor DNA-binding" /inference="protein motif:HMMPfam:PF01978 TrmB InterPro:IPR002831 Transcriptional regulator TrmB" /inference="protein motif:superfamily:SSF46785 'Winged helix' DNA-binding domain" /codon_start=1 /transl_table=11 /product="Transcription regulator, TrmB-like protein (TrmB)" /protein_id="ACS34060.1" /translation="MEEKEIKARLKEFGLNEYEVRAYLTLIKNGALTAGELATLSKVP QPRIYDVIRTLMAKGFVTTSQSRPKQVIPLSPDSVMDALKRRYNERIDELKSALEKLY TPKGEIGSVTVVKSRITFEEHVRKAIERARFHLSIAVPREFLRKIEGPLTTKKEEGVR INLFVYGCDEIPPIASEIRVREVPDPIIIIQDREEGVYLPYEALTSSSSLLGYGLIIR DNNILFMIDRYFYHALWPTGRVVYREERKLKLPREYIHIRELVEDIKTFNLTGSKVEI IGKFVRSKKPVHIVGRVVGFFEDENKVISNITVETEEGAKYVVGGWNASLEDIEAERI VLLE" gene complement(1465104..1466207) /gene="malK-2" /locus_tag="TGAM_1559" /note="tg1559" CDS complement(1465104..1466207) /gene="malK-2" /locus_tag="TGAM_1559" /EC_number="3.6.3.19" /inference="protein motif:BlastProDom:PD000006 Q8TZM0_PYRFU_Q8TZM0; InterPro:IPR003439 ABC transporter related GO:Molecular Function:ATP binding (GO:0005524), Molecular Function:ATPase activity (GO:0016887)" /inference="protein motif:CDD:ABC_ATPase, ABC (ATP-binding cassette) transporter nucleotide-binding domain" /inference="protein motif:CDD:ABC_BcrA_bacitracin_resist, The BcrA subfamily represents ABC transporters involved in peptide antibiotic resistance" /inference="protein motif:CDD:ABC_Carb_Monos_I, This family represents the domain I of the carbohydrate uptake proteins that transport only monosaccharides (Monos)" /inference="protein motif:CDD:ABC_Carb_Monos_II, This family represents domain II of the carbohydrate uptake proteins that transport only monosaccharides (Monos)" /inference="protein motif:CDD:ABC_Carb_Solutes_like, ABC Carbohydrate and Solute Transporters-like subgroup" /inference="protein motif:CDD:ABC_CcmA_heme_exporter, CcmA, the ATP-binding component of the bacterial CcmAB transporter" /inference="protein motif:CDD:ABC_Class3, This class is comprised of all BPD (Binding Protein Dependent) systems that are largely represented in archaea and eubacteria and are primarily involved in scavenging solutes from the environment" /inference="protein motif:CDD:ABC_cobalt_CbiO_domain1, Domain I of the ABC component of a cobalt transport family found in bacteria, archaea, and eukaryota" /inference="protein motif:CDD:ABC_cobalt_CbiO_domain2, Domain II of the ABC component of a cobalt transport family found in bacteria, archaea, and eukaryota" /inference="protein motif:CDD:ABC_CysA_sulfate_importer, Part of the ABC transporter complex cysAWTP involved in sulfate import" /inference="protein motif:CDD:ABC_DR_subfamily_A, This family of ATP-binding proteins belongs to a multisubunit transporter involved in drug resistance (BcrA and DrrA), nodulation, lipid transport, and lantibiotic immunity" /inference="protein motif:CDD:ABC_DrrA, DrrA is the ATP-binding protein component of a bacterial exporter complex that confers resistance to the antibiotics daunorubicin and doxorubicin" /inference="protein motif:CDD:ABC_drug_resistance_like, ABC-type multidrug transport system, ATPase component" /inference="protein motif:CDD:ABC_FeS_Assembly, ABC-type transport system involved in Fe-S cluster assembly, ATPase component" /inference="protein motif:CDD:ABC_FtsE_transporter, FtsE is a hydrophilic nucleotide-binding protein that binds FtsX to form a heterodimeric ATP-binding cassette (ABC)-type transporter that associates with the bacterial inner membrane" /inference="protein motif:CDD:ABC_HisP_GlnQ_permeases, HisP and GlnQ are the ATP-binding components of the bacterial periplasmic histidine and glutamine permeases, repectively" /inference="protein motif:CDD:ABC_Iron-Siderophores_B12_Hemin, ABC transporters, involved in the uptake of siderophores, heme, and vitamin B12, are widely conserved in bacteria and archaea" /inference="protein motif:CDD:ABC_KpsT_Wzt, ABC_KpsT_Wzt The KpsT/Wzt ABC transporter subfamily is involved in extracellular polysaccharide export" /inference="protein motif:CDD:ABC_MalK_N, The N-terminal ATPase domain of the maltose transporter, MalK" /inference="protein motif:CDD:ABC_Metallic_Cations, ABC component of the metal-type transporters" /inference="protein motif:CDD:ABC_MetN_methionine_transporter, MetN (also known as YusC) is an ABC-type transporter encoded by metN of the metNPQ operon in Bacillus subtilis that is involved in methionine transport" /inference="protein motif:CDD:ABC_MJ0796_Lo1CDE_FtsE, This family is comprised of MJ0796 ATP-binding cassette, macrolide-specific ABC-type efflux carrier (MacAB), and proteins involved in cell division (FtsE), and release of liporoteins from the cytoplasmic membrane (LolCDE)" /inference="protein motif:CDD:ABC_Mj1267_LivG_branched, The Mj1267/LivG ABC transporter subfamily is involved in the transport of the hydrophobic amino acids leucine, isoleucine and valine" /inference="protein motif:CDD:ABC_ModC_like, Archeal protein closely related to ModC" /inference="protein motif:CDD:ABC_ModC_molybdenum_transporter, ModC is an ABC-type transporter and the ATPase component of a molybdate transport system that also includes the periplasmic binding protein ModA and the membrane protein ModB" /inference="protein motif:CDD:ABC_MTABC3_MDL1_MDL2, MTABC3 (also known as ABCB6) is a mitochondrial ATP-binding cassette protein involved in iron homeostasis and one of four ABC transporters expressed in the mitochondrial inner membrane, the other three being MDL1(ABC7), MDL2, and ATM1" /inference="protein motif:CDD:ABC_NatA_like, Similar in sequence to NatA, this is the ATPase component of a bacterial ABC-type Na+ transport system called NatAB, which catalyzes ATP-dependent electrogenic Na+ extrusion without mechanically coupled to proton or K+ uptake" /inference="protein motif:CDD:ABC_NatA_sodium_exporter, NatA is the ATPase component of a bacterial ABC-type Na+ transport system called NatAB, which catalyzes ATP-dependent electrogenic Na+ extrusion without mechanically coupled proton or K+ uptake" /inference="protein motif:CDD:ABC_NikE_OppD_transporters, The ABC transporter subfamily specific for the transport of dipeptides, oligopeptides (OppD), and nickel (NikDE)" /inference="protein motif:CDD:ABC_NrtD_SsuB_transporters, NrtD and SsuB are the ATP-binding subunits of the bacterial ABC-type nitrate and sulfonate transport systems, respectively" /inference="protein motif:CDD:ABC_OpuCA_Osmoprotection, OpuCA is a the ATP binding component of a bacterial solute transporter that serves a protective role to cells growing in a hyperosmolar environment" /inference="protein motif:CDD:ABC_Org_Solvent_Resistant, ABC (ATP-binding cassette) transport system involved in resistant to organic solvents" /inference="protein motif:CDD:ABC_PDR_domain1, The pleiotropic drug resistance (PDR) family of ATP-binding cassette (ABC) transporters" /inference="protein motif:CDD:ABC_PhnC_transporter, ABC-type phosphate/phosphonate transport system" /inference="protein motif:CDD:ABC_PotA_N, PotA is an ABC-type transporter and the ATPase component of the spermidine/putrescine-preferential uptake system consisting of PotA, -B, -C, and -D" /inference="protein motif:CDD:ABC_Pro_Gly_Bertaine, This family comprises the glycine betaine/L-proline ATP binding subunit in bacteria and its equivalents in archaea" /inference="protein motif:CDD:ABC_PstB_phosphate_transporter, Phosphate uptake is of fundamental importance in the cell physiology of bacteria because phosphate is required as a nutrient" /inference="protein motif:CDD:ABC_putative_ATPase, This subfamily is involved in drug resistance, nodulation, lipid transport, and bacteriocin and lantibiotic immunity" /inference="protein motif:CDD:ABC_RNaseL_inhibitor_domain1, The ATPase domain 1 of RNase L inhibitor" /inference="protein motif:CDD:ABC_RNaseL_inhibitor_domain2, The ATPase domain 2 of RNase L inhibitor" /inference="protein motif:CDD:ABC_subfamily_A, The ABCA subfamily mediates the transport of a variety of lipid compounds" /inference="protein motif:CDD:ABC_ThiQ_thiamine_transporter, ABC-type thiamine tranport system" /inference="protein motif:CDD:ABC_TM1139_LivF_branched, LivF (TM1139) is part of the LIV-I bacterial ABC-type two-component transport system that imports neutral, branched-chain amino acids" /inference="protein motif:CDD:ABC_tran, ABC transporter" /inference="protein motif:CDD:ABC_YhbG, The ABC transporters belonging to the YhbG family are similar to members of the Mj1267_LivG family, which is involved in the transport of branched-chain amino acids" /inference="protein motif:CDD:AbcC, ABC-type metal ion transport system, ATPase component [Inorganic ion transport and metabolism]" /inference="protein motif:CDD:ABCC_ATM1_transporter, ATM1 is an ABC transporter that is expressed in the mitochondria" /inference="protein motif:CDD:ABCC_bacteriocin_exporters, ABC-type bacteriocin exporters" /inference="protein motif:CDD:ABCC_CFTR1, The CFTR subfamily domain 1" /inference="protein motif:CDD:ABCC_cytochrome_bd, The CYD subfamily implicated in cytochrome bd biogenesis" /inference="protein motif:CDD:ABCC_Glucan_exporter_like, Glucan exporter ATP-binding protein" /inference="protein motif:CDD:ABCC_Hemolysin, The ABC-transporter hemolysin B is a central component of the secretion machinery that translocates the toxin, hemolysin A, in a Sec-independent fashion across both membranes of E" /inference="protein motif:CDD:ABCC_MRP_domain1, Domain 1 of the ABC subfamily C" /inference="protein motif:CDD:ABCC_MRP_domain2, Domain 2 of the ABC subfamily C" /inference="protein motif:CDD:ABCC_MRP_Like, The MRP (Mutidrug Resistance Protein)-like transporters are involved in drug, peptide, and lipid export" /inference="protein motif:CDD:ABCC_MsbA, MsbA is an essential ABC transporter, closely related to eukaryotic MDR proteins" /inference="protein motif:CDD:ABCC_NFT1, Domain 2 of NFT1 (New full-length MRP-type transporter 1)" /inference="protein motif:CDD:ABCC_Protease_Secretion, This family represents the ABC component of the protease secretion system PrtD, a 60-kDa integral membrane protein sharing 37% identity with HlyB, the ABC component of the alpha-hemolysin secretion pathway, in the C-terminal domain" /inference="protein motif:CDD:ABCC_SUR1_N, The SUR domain 1" /inference="protein motif:CDD:ABCC_TAP, TAP, the Transporter Associated with Antigen Processing" /inference="protein motif:CDD:ABCD_peroxisomal_ALDP, Peroxisomal ATP-binding cassette transporter (Pat) is involved in the import of very long-chain fatty acids (VLCFA) into the peroxisome" /inference="protein motif:CDD:ABCF_EF-3, ABCF_EF-3 Elongation factor 3 (EF-3) is a cytosolic protein required by fungal ribosomes for in vitro protein synthesis and for in vivo growth" /inference="protein motif:CDD:ABCG_EPDR, ABCG transporters are involved in eye pigment (EP) precursor transport, regulation of lipid-trafficking mechanisms, and pleiotropic drug resistance (DR)" /inference="protein motif:CDD:ABCG_White, The White subfamily represents ABC transporters homologous to the Drosophila white gene, which acts as a dimeric importer for eye pigment precursors" /inference="protein motif:CDD:AppF, ABC-type oligopeptide transport system, ATPase component [Amino acid transport and metabolism]" /inference="protein motif:CDD:ArpD, ABC-type protease/lipase transport system, ATPase and permease components [General function prediction only]" /inference="protein motif:CDD:ArtP, ABC-type arginine transport system, ATPase component [Amino acid transport and metabolism]" /inference="protein motif:CDD:ATM1, ABC-type transport system involved in Fe-S cluster assembly, permease and ATPase components [Posttranslational modification, protein turnover, chaperones]" /inference="protein motif:CDD:BtuD, ABC-type cobalamin transport system, ATPase component [Coenzyme metabolism]" /inference="protein motif:CDD:CbiO, ABC-type cobalt transport system, ATPase component [Inorganic ion transport and metabolism]" /inference="protein motif:CDD:CcmA, ABC-type multidrug transport system, ATPase component [Defense mechanisms]" /inference="protein motif:CDD:CcmA, ABC-type transport system involved in cytochrome c biogenesis, ATPase component [Posttranslational modification, protein turnover, chaperones]" /inference="protein motif:CDD:CeuD, ABC-type enterochelin transport system, ATPase component [Inorganic ion transport and metabolism]" /inference="protein motif:CDD:COG1123, ATPase components of various ABC-type transport systems, contain duplicated ATPase [General function prediction only]" /inference="protein motif:CDD:COG1245, Predicted ATPase, RNase L inhibitor (RLI) homolog [General function prediction only]" /inference="protein motif:CDD:COG3638, ABC-type phosphate/phosphonate transport system, ATPase component [Inorganic ion transport and metabolism]" /inference="protein motif:CDD:COG3845, ABC-type uncharacterized transport systems, ATPase components [General function prediction only]" /inference="protein motif:CDD:COG4136, ABC-type uncharacterized transport system, ATPase component [General function prediction only]" /inference="protein motif:CDD:COG4152, ABC-type uncharacterized transport system, ATPase component [General function prediction only]" /inference="protein motif:CDD:COG4172, ABC-type uncharacterized transport system, duplicated ATPase component [General function prediction only]" /inference="protein motif:CDD:COG4178, ABC-type uncharacterized transport system, permease and ATPase components [General function prediction only]" /inference="protein motif:CDD:COG4181, Predicted ABC-type transport system involved in lysophospholipase L1 biosynthesis, ATPase component [Secondary metabolites biosynthesis, transport, and catabolism]" /inference="protein motif:CDD:COG4559, ABC-type hemin transport system, ATPase component [Inorganic ion transport and metabolism]" /inference="protein motif:CDD:COG4586, ABC-type uncharacterized transport system, ATPase component [General function prediction only]" /inference="protein motif:CDD:COG4619, ABC-type uncharacterized transport system, ATPase component [General function prediction only]" /inference="protein motif:CDD:COG4674, Uncharacterized ABC-type transport system, ATPase component [General function prediction only]" /inference="protein motif:CDD:CydC, ABC-type transport system involved in cytochrome bd biosynthesis, fused ATPase and permease components [Energy production and conversion / Posttranslational modification, protein turnover, chaperones]" /inference="protein motif:CDD:CydD, ABC-type transport system involved in cytochrome bd biosynthesis, ATPase and permease components [Energy production and conversion / Posttranslational modification, protein turnover, chaperones]" /inference="protein motif:CDD:CysA, ABC-type sulfate/molybdate transport systems, ATPase component [Inorganic ion transport and metabolism]" /inference="protein motif:CDD:DppD, ABC-type dipeptide/oligopeptide/nickel transport system, ATPase component [Amino acid transport and metabolism / Inorganic ion transport and metabolism]" /inference="protein motif:CDD:DppF, ABC-type dipeptide/oligopeptide/nickel transport system, ATPase component [Amino acid transport and metabolism / Inorganic ion transport and metabolism]" /inference="protein motif:CDD:FepC, ABC-type cobalamin/Fe3+-siderophores transport systems, ATPase components [Inorganic ion transport and metabolism / Coenzyme metabolism]" /inference="protein motif:CDD:FtsE, Predicted ATPase involved in cell division [Cell division and chromosome partitioning]" /inference="protein motif:CDD:GlnQ, ABC-type polar amino acid transport system, ATPase component [Amino acid transport and metabolism]" /inference="protein motif:CDD:HisP, ABC-type histidine transport system, ATPase component [Amino acid transport and metabolism]" /inference="protein motif:CDD:LivF, ABC-type branched-chain amino acid transport systems, ATPase component [Amino acid transport and metabolism]" /inference="protein motif:CDD:LivG, ABC-type branched-chain amino acid transport systems, ATPase component [Amino acid transport and metabolism]" /inference="protein motif:CDD:MalK, ABC-type sugar transport systems, ATPase components [Carbohydrate transport and metabolism]" /inference="protein motif:CDD:MdlB, ABC-type multidrug transport system, ATPase and permease components [Defense mechanisms]" /inference="protein motif:CDD:MglA, ABC-type sugar transport system, ATPase component [Carbohydrate transport and metabolism]" /inference="protein motif:CDD:ModC, ABC-type molybdate transport system, ATPase component [Inorganic ion transport and metabolism]" /inference="protein motif:CDD:ModF, ABC-type molybdenum transport system, ATPase component/photorepair protein PhrA [Inorganic ion transport and metabolism]" /inference="protein motif:CDD:NatA, ABC-type Na+ transport system, ATPase component [Energy production and conversion / Inorganic ion transport and metabolism]" /inference="protein motif:CDD:OpuBA, ABC-type proline/glycine betaine transport systems, ATPase components [Amino acid transport and metabolism]" /inference="protein motif:CDD:PhnK, ABC-type phosphonate transport system, ATPase component [Inorganic ion transport and metabolism]" /inference="protein motif:CDD:PhnK, ABC-type uncharacterized transport system, ATPase component [General function prediction only]" /inference="protein motif:CDD:PhnL, ABC-type phosphonate transport system, ATPase component [Inorganic ion transport and metabolism]" /inference="protein motif:CDD:PotA, ABC-type spermidine/putrescine transport systems, ATPase components [Amino acid transport and metabolism]" /inference="protein motif:CDD:ProV, ABC-type proline/glycine betaine transport system, ATPase component [Amino acid transport and metabolism]" /inference="protein motif:CDD:PstB, ABC-type phosphate transport system, ATPase component [Inorganic ion transport and metabolism]" /inference="protein motif:CDD:PvdE, ABC-type siderophore export system, fused ATPase and permease components [Secondary metabolites biosynthesis, transport, and catabolism / Inorganic ion transport and metabolism]" /inference="protein motif:CDD:SalX, ABC-type antimicrobial peptide transport system, ATPase component [Defense mechanisms]" /inference="protein motif:CDD:SapD, ABC-type antimicrobial peptide transport system, ATPase component [Defense mechanisms]" /inference="protein motif:CDD:SapF, ABC-type antimicrobial peptide transport system, ATPase component [Defense mechanisms]" /inference="protein motif:CDD:SufC, ABC-type transport system involved in Fe-S cluster assembly, ATPase component [Posttranslational modification, protein turnover, chaperones]" /inference="protein motif:CDD:SunT, ABC-type bacteriocin/lantibiotic exporters, contain an N-terminal double-glycine peptidase domain [Defense mechanisms]" /inference="protein motif:CDD:TagH, ABC-type polysaccharide/polyol phosphate transport system, ATPase component [Carbohydrate transport and metabolism / Cell envelope biogenesis, outer membrane]" /inference="protein motif:CDD:TauB, ABC-type nitrate/sulfonate/bicarbonate transport system, ATPase component [Inorganic ion transport and metabolism]" /inference="protein motif:CDD:TauB, ABC-type taurine transport system, ATPase component [Inorganic ion transport and metabolism]" /inference="protein motif:CDD:ThiQ, ABC-type thiamine transport system, ATPase component [Coenzyme metabolism]" /inference="protein motif:CDD:Ttg2A, ABC-type transport system involved in resistance to organic solvents, ATPase component [Secondary metabolites biosynthesis, transport, and catabolism]" /inference="protein motif:CDD:Uup, ATPase components of ABC transporters with duplicated ATPase domains [General function prediction only]" /inference="protein motif:CDD:YhbG, ABC-type (unclassified) transport system, ATPase component [General function prediction only]" /inference="protein motif:CDD:ZnuC, ABC-type Mn/Zn transport systems, ATPase component [Inorganic ion transport and metabolism]" /inference="protein motif:COG:COG3839 ABC-type sugar transport systems, ATPase components; G Carbohydrate transport and metabolism" /inference="protein motif:Gene3D:G3D.2.40.50.190 no description" /inference="protein motif:Gene3D:G3D.3.40.50.300 no description" /inference="protein motif:HMMPanther:PTHR19222 ATP-BINDING CASSETTE TRANSPORTER" /inference="protein motif:HMMPfam:PF00005 ABC_tran InterPro:IPR003439 ABC transporter related GO:Molecular Function:ATP binding (GO:0005524), Molecular Function:ATPase activity (GO:0016887)" /inference="protein motif:HMMPfam:PF08402 TOBE_2 InterPro:IPR013611 Transport-associated OB" /inference="protein motif:HMMSmart:SM00382 no description InterPro:IPR003593 AAA ATPase GO:Molecular Function:nucleotide binding (GO:0000166), Molecular Function:nucleoside-triphosphatase activity (GO:0017111)" /inference="protein motif:ProfileScan:PS50100 DA_BOX InterPro:IPR003439 ABC transporter related GO:Molecular Function:ATP binding (GO:0005524), Molecular Function:ATPase activity (GO:0016887)" /inference="protein motif:ProfileScan:PS50101 ATP_GTP_A2" /inference="protein motif:ProfileScan:PS50893 ABC_TRANSPORTER_2 InterPro:IPR003439 ABC transporter related GO:Molecular Function:ATP binding (GO:0005524), Molecular Function:ATPase activity (GO:0016887)" /inference="protein motif:ScanRegExp:PS00211 ABC_TRANSPORTER_1 InterPro:IPR003439 ABC transporter related GO:Molecular Function:ATP binding (GO:0005524), Molecular Function:ATPase activity (GO:0016887)" /inference="protein motif:superfamily:SSF50331 MOP-like InterPro:IPR008995 Molybdate/tungstate binding" /inference="protein motif:superfamily:SSF52540 P-loop containing nucleoside triphosphate hydrolases" /codon_start=1 /transl_table=11 /product="ABC-type transport system, ATPase component, putative maltose/maltodextrin transporter (malK)" /protein_id="ACS34061.1" /translation="MVEVKLDRITKRFGNFEAVKELTLDIKDGEFLVLLGPSGCGKTT TLRMIAGLETPTEGRIYFGDRDVTYLPPKDRNISMVFQSYAVWPHMKVYDNIAFPLKV KKYPENEIKERVKWAAELLQIEELLDRYPAQLSGGQRQRVAVARAIVVEPDVLLMDEP LSNLDAKLRVAMRAEIKKLQTKLKVTTIYVTHDQVEAMTMGDRIAVMNQGRLLQVGPP TEVYLKPNSLFVATFIGAPEMNIVDATVVENDGLFLEGDGFKILLPDDFREILESYIG KDVLFGVRPEHMTVKGVSTLEHVTRTAEIEGIVDFIEALGTDTIVHAKVGGNIIKIKL PGHIPLPVGEKIKIEIDLDNIHVFDRDTEKAII" gene complement(1466217..1467050) /locus_tag="TGAM_1560" /note="tg1560" CDS complement(1466217..1467050) /locus_tag="TGAM_1560" /inference="protein motif:CDD:CysU, ABC-type sulfate transport system, permease component [Posttranslational modification, protein turnover, chaperones]" /inference="protein motif:CDD:MalG, ABC-type maltose transport systems, permease component [Carbohydrate transport and metabolism]" /inference="protein motif:CDD:ModC, ABC-type molybdate transport system, permease component [Inorganic ion transport and metabolism]" /inference="protein motif:CDD:PotC, ABC-type spermidine/putrescine transport system, permease component II [Amino acid transport and metabolism]" /inference="protein motif:CDD:ThiP, ABC-type Fe3+ transport system, permease component [Inorganic ion transport and metabolism]" /inference="protein motif:CDD:UgpE, ABC-type sugar transport system, permease component [Carbohydrate transport and metabolism]" /inference="protein motif:COG:COG0395 ABC-type sugar transport system, permease component; G Carbohydrate transport and metabolism" /inference="protein motif:HMMPfam:PF00528 BPD_transp_1 InterPro:IPR000515 Binding-protein-dependent transport systems inner membrane component GO:Molecular Function:transporter activity (GO:0005215), Biological Process:transport (GO:0006810), Cellular Component:membrane (GO:0016020)" /inference="protein motif:ProfileScan:PS50928 ABC_TM1 InterPro:IPR000515 Binding-protein-dependent transport systems inner membrane component GO:Molecular Function:transporter activity (GO:0005215), Biological Process:transport (GO:0006810), Cellular Component:membrane (GO:0016020)" /note="Belongs to BPD_transport family (PF00528); 6 probable transmembrane helices predicted by modhmm" /codon_start=1 /transl_table=11 /product="ABC-type transport system, permease component, putative molybdate/tungstate transport" /protein_id="ACS34062.1" /translation="MRDETKYALKKTAFYFVIFTAVAWILIPIIVAFLYGFTTKTDYY NPDIIIPHSYTTKYVHTILFTLGAWEGIKNSVIVATLTIIISFILGIPAGYSIAKFIF PGRDTIKLSIVALRMFPIPVMAIPLIVLYIRLHLADTLLGVALAHTAMALPFVVLITS SIFGGVSKEYEEAAMVFGLTRLGSFMKITLPLALPGLAAAAMFTFVMSWNEVFVASVL TLNHRTLPAQVLSIMAGSSGGAAPDYYKFAAAFIMTLPAMLFIFFARKYLVTMWGITL K" gene complement(1467047..1467898) /locus_tag="TGAM_1561" /note="tg1561" CDS complement(1467047..1467898) /locus_tag="TGAM_1561" /inference="protein motif:CDD:CysU, ABC-type sulfate transport system, permease component [Posttranslational modification, protein turnover, chaperones]" /inference="protein motif:CDD:CysW, ABC-type sulfate transport system, permease component [Inorganic ion transport and metabolism]" /inference="protein motif:CDD:LplB, ABC-type polysaccharide transport system, permease component [Carbohydrate transport and metabolism]" /inference="protein motif:CDD:ModC, ABC-type molybdate transport system, permease component [Inorganic ion transport and metabolism]" /inference="protein motif:CDD:PotB, ABC-type spermidine/putrescine transport system, permease component I [Amino acid transport and metabolism]" /inference="protein motif:CDD:PotC, ABC-type spermidine/putrescine transport system, permease component II [Amino acid transport and metabolism]" /inference="protein motif:CDD:ThiP, ABC-type Fe3+ transport system, permease component [Inorganic ion transport and metabolism]" /inference="protein motif:CDD:UgpA, ABC-type sugar transport systems, permease components [Carbohydrate transport and metabolism]" /inference="protein motif:COG:COG1175 ABC-type sugar transport systems, permease components; G Carbohydrate transport and metabolism" /inference="protein motif:HMMPfam:PF00528 BPD_transp_1 InterPro:IPR000515 Binding-protein-dependent transport systems inner membrane component GO:Molecular Function:transporter activity (GO:0005215), Biological Process:transport (GO:0006810), Cellular Component:membrane (GO:0016020)" /inference="protein motif:ProfileScan:PS50928 ABC_TM1 InterPro:IPR000515 Binding-protein-dependent transport systems inner membrane component GO:Molecular Function:transporter activity (GO:0005215), Biological Process:transport (GO:0006810), Cellular Component:membrane (GO:0016020)" /note="Belongs to BPD_transport family (PF00528); 6 probable transmembrane helices predicted by modhmm" /codon_start=1 /transl_table=11 /product="ABC-type transport system, permease component, putative molybdate/tungstate transport" /protein_id="ACS34063.1" /translation="MEKKTLLPYLLILPAFAYLMFFVGYPLVQALYLAFTKNGAFSLE TLRRTVSDYYFWSALKYTLALAAVIVPIQLGLAIVLALLVNKAFKGKDMVIYALVIPL TISDVAAGLIWYSMLSPYGFLNKVLMNIGLISQPIYFFGYQYRSREFLAIVLAEVWRA TSIVFVIILAGLQMISREYLEAAEVFGASYWTKLRRIVLPMLKPSIQSALIIRTLFAM QIFGIVWILAGRDIPVLAGEGFYQLTEIKDYGVASVYALIIAGLSILLGALYIKFLKA EYLEVSR" gene complement(1467912..1469198) /locus_tag="TGAM_1562" /note="tg1562" CDS complement(1467912..1469198) /locus_tag="TGAM_1562" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:MalE, Maltose-binding periplasmic proteins/domains [Carbohydrate transport and metabolism]" /inference="protein motif:CDD:PotD, Spermidine/putrescine-binding periplasmic protein [Amino acid transport and metabolism]" /inference="protein motif:CDD:SBP_bac_1, Bacterial extracellular solute-binding protein" /inference="protein motif:CDD:UgpB, ABC-type sugar transport system, periplasmic component [Carbohydrate transport and metabolism]" /inference="protein motif:COG:COG1653 ABC-type sugar transport system, periplasmic component; G Carbohydrate transport and metabolism" /inference="protein motif:Gene3D:G3D.3.40.190.10 no description" /inference="protein motif:HMMPfam:PF01547 SBP_bac_1 InterPro:IPR006059 Bacterial extracellular solute-binding protein, family 1 GO:Molecular Function:transporter activity (GO:0005215), Biological Process:transport (GO:0006810)" /inference="protein motif:superfamily:SSF53850 Periplasmic binding protein-like II" /note="Belongs to bacterial extracellular solute-binding protein, family 1 (PF01547); 1 probable transmembrane helix predicted by modhmm" /codon_start=1 /transl_table=11 /product="ABC-type transport system, periplasmic component" /protein_id="ACS34064.1" /translation="MKRLLGVLLVGLMAFAVVASGCISGGEKEKVTVTFLSTQLNPPE ERAFVKDELLKEFTSETGIDVNFVPISYTDMVTRLEGEEKTGKVTIDVIGDLHGGMDY MASKGWLEDLSSMPKLEGRTFISTFEKYATINGKKVYVPWMSATYVMVVNKEAFNYLP EGLTQEDVMKGTDKWTYDALLEWAKKLKEAKGQPELGFPAGPKGLFVRFLHGYIYPSY TGYQAKEFDSSDAVQMWNYLKELWQYVHPSSTTWDAMADPLLKGEVLIAWDHTARIKN AIETKPDQFVVVPVPRGPKGRGFIVVLAGLAIPKGAPHKDEAWKLIDYLTKPETQVKV LEKVGFFPTVKEASGKLPEGPLKILAEGVAAQSSTSDALVVMIPNLGDKGGQFKEYYK QAFERIVLNGEDPAKVTSEIKPNLVGLFQEVGIETP" gene complement(1469363..1470376) /locus_tag="TGAM_1563" /note="tg1563" CDS complement(1469363..1470376) /locus_tag="TGAM_1563" /inference="protein motif:CDD:GFO_IDH_MocA, Oxidoreductase family, NAD-binding Rossmann fold" /inference="protein motif:CDD:MviM, Predicted dehydrogenases and related proteins [General function prediction only]" /inference="protein motif:COG:COG0673 Predicted dehydrogenases and related proteins; R General function prediction only" /inference="protein motif:Gene3D:G3D.3.30.360.10 no description" /inference="protein motif:HMMPanther:PTHR11732 ALDO/KETO REDUCTASE-RELATED" /inference="protein motif:HMMPanther:PTHR11732:SF36 NADH-DEPENDENT DYHYDROGENASE-RELATED" /inference="protein motif:HMMPfam:PF01408 GFO_IDH_MocA InterPro:IPR000683 Oxidoreductase, N-terminal GO:Biological Process:electron transport (GO:0006118), Biological Process:metabolism (GO:0008152), Molecular Function:oxidoreductase activity (GO:0016491)" /inference="protein motif:HMMPfam:PF02894 GFO_IDH_MocA_C InterPro:IPR004104 Oxidoreductase, C-terminal GO:Biological Process:electron transport (GO:0006118), Biological Process:metabolism (GO:0008152), Molecular Function:oxidoreductase activity (GO:0016491)" /inference="protein motif:superfamily:SSF51735 NAD(P)-binding Rossmann-fold domains" /note="Belongs to the GFO/IDH/MOCA family" /codon_start=1 /transl_table=11 /product="Oxidoreductase, substrate unknown" /protein_id="ACS34065.1" /translation="MKKLNFGIISYAHPHALRFASVIAGGRKTKLVAISGDGSNSDVA RAEAKKYGARFYKNYEELLRDENVEAVYIAIETYRHKEVAIRAAEEGKHILLEKPIAL NLKDADDIIKAAKKAGVKLMLPFNPRFTEPLVKAKEMIDAGEIGPLEYIQAISENVKP PIFLQGLDMSWFLDVKKSGGGGFMDTAPHGVDSLLWLTGDVPRKVYADIGAKIYGFPV DDIGTAVLEFKDGVVAVLTAGWGNPKGYSYGIEIKYYLVGREGFLDVRTAYPDFTVYQ DRAEKVYWDRPDVRGIVGSFARAVLKDEEVPITGEDAKKNLAIILAAYESSRRKRAVR LNL" gene complement(1470373..1471380) /locus_tag="TGAM_1564" /note="tg1564" CDS complement(1470373..1471380) /locus_tag="TGAM_1564" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:GFO_IDH_MocA, Oxidoreductase family, NAD-binding Rossmann fold" /inference="protein motif:CDD:MviM, Predicted dehydrogenases and related proteins [General function prediction only]" /inference="protein motif:COG:COG0673 Predicted dehydrogenases and related proteins; R General function prediction only" /inference="protein motif:Gene3D:G3D.3.40.50.720 no description" /inference="protein motif:HMMPanther:PTHR11732 ALDO/KETO REDUCTASE-RELATED" /inference="protein motif:HMMPanther:PTHR11732:SF32 NADH-DEPENDENT DYHYDROGENASE-RELATED" /inference="protein motif:HMMPfam:PF01408 GFO_IDH_MocA InterPro:IPR000683 Oxidoreductase, N-terminal GO:Biological Process:electron transport (GO:0006118), Biological Process:metabolism (GO:0008152), Molecular Function:oxidoreductase activity (GO:0016491)" /inference="protein motif:HMMPfam:PF02894 GFO_IDH_MocA_C InterPro:IPR004104 Oxidoreductase, C-terminal GO:Biological Process:electron transport (GO:0006118), Biological Process:metabolism (GO:0008152), Molecular Function:oxidoreductase activity (GO:0016491)" /inference="protein motif:superfamily:SSF51735 NAD(P)-binding Rossmann-fold domains" /note="Belongs to the GFO/IDH/MOCA family" /codon_start=1 /transl_table=11 /product="Oxidoreductase, substrate unknown" /protein_id="ACS34066.1" /translation="MELRVGVIGCGNIFNLAHKRALRRIEGIRVVACMDIDEERAREG ARAFKAKAFTNLDEFLDLDIDVVEILTPTYTHAELAVAALKTGKHVIVEKPIALTVEE GERMIRTAEKEDLHLFVGHVRRFDKRWTQMKEVIKKRNILPMHIRKAEVQNLPFPKDY WYWDERKSGGVAVDLGVHVTDFLRWFFESEPLSVYAVGKSIKAEARANDTFDHFVMMI SFEGEKTGIAEVSWAYPYPSRYGVFYHHVDIIGKNGRIRYTPLDTPVVGVAKANFEMP RFSPLLSTFPDAFERELRHFFNCIKGKEEPVVTAEDALIALKIAEKAKESARRGEVVE I" gene 1471444..1472616 /locus_tag="TGAM_1565" /note="tg1565" CDS 1471444..1472616 /locus_tag="TGAM_1565" /inference="protein motif:COG:COG0463 Glycosyltransferases involved in cell wall biogenesis; M Cell wall/membrane/envelope biogenesis" /inference="protein motif:Gene3D:G3D.3.90.550.10 no description" /inference="protein motif:HMMPanther:PTHR10859 GLYCOSYLTRANSFERASE-RELATED" /inference="protein motif:HMMPfam:PF00535 Glycos_transf_2 InterPro:IPR001173 Glycosyl transferase, family 2" /inference="protein motif:superfamily:SSF53448 Nucleotide-diphospho-sugar transferases" /codon_start=1 /transl_table=11 /product="Glycosyltransferase" /protein_id="ACS34067.1" /translation="MVVNLRRWEEMKVIVGIPSYNNAETISFVVKQAAEGLKRYFGGG IIVNADGGSTDGTRDAVLRTEVPDGVEVHSFVYKWPIPGKGSAMKELMEFALERDADA IVFVDSDLRSITPEWIYRFAKPIEEGYDFVAPLYIRHKWDGTITNNIAYPMTASLYGK NVRQPIGGDFGVSRKLMEVYLEDEEVWKTHVARFGVDIFLTTTAIARGFKVIQAALGM KIHDPKDPAASLGPMFNQVVGTLFMLMEKYEDVWKDVRTIEPVPVFGELEKGEPEPVK VTLELLEIRAKELFAQHEPVLRRALDKETFKGVVEALKTFEFDDRLWSHVLYDGAVAY KNRILTEAEPLVPLYFAKTADFVKRTINMSTLEAEKLIEERAKVFLEEKDYLLERW" gene complement(1472595..1473953) /gene="scrK" /locus_tag="TGAM_1566" /note="tg1566" CDS complement(1472595..1473953) /gene="scrK" /locus_tag="TGAM_1566" /EC_number="2.7.1.4" /inference="protein motif:CDD:adenosine_kinase, Adenosine kinase (AK) catalyzes the phosphorylation of ribofuranosyl-containing nucleoside analogues at the 5'-hydroxyl using ATP or GTP as the phosphate donor" /inference="protein motif:CDD:bac_FRK, Fructokinases (FRKs) mainly from bacteria and plants are enzymes with high specificity for fructose, as are all FRKs, but they catalyzes the conversion of fructose to fructose-6-phosphate, which is an entry point into glycolysis via conversion into glucose-6-phosphate" /inference="protein motif:CDD:Fructoselysine_kinase_like, Fructoselysine kinase-like" /inference="protein motif:CDD:Guanosine_kinase_like, Guanosine kinase-like sugar kinases" /inference="protein motif:CDD:KdgK, 2-keto-3-deoxygluconate kinase (KdgK) phosphorylates 2-keto-3-deoxygluconate (KDG) to form 2-keto-3-deoxy-6-phosphogluconate (KDGP)" /inference="protein motif:CDD:PfkB, pfkB family carbohydrate kinase" /inference="protein motif:CDD:RbsK, Sugar kinases, ribokinase family [Carbohydrate transport and metabolism]" /inference="protein motif:CDD:RfaE, ADP-heptose synthase, bifunctional sugar kinase/adenylyltransferase [Cell envelope biogenesis, outer membrane]" /inference="protein motif:CDD:ribokinase, Ribokinase catalyses the phosphorylation of ribose to ribose-5-phosphate using ATP" /inference="protein motif:CDD:ribokinase_group_A, Ribokinase-like subgroup A" /inference="protein motif:CDD:ribokinase_group_B, Ribokinase-like subgroup B" /inference="protein motif:CDD:ribokinase_group_D, Ribokinase-like subgroup D" /inference="protein motif:CDD:ribokinase_pfkB_like, ribokinase/pfkB superfamily:Kinases that accept a wide variety of substrates, including carbohydrates and aromatic small molecules, all are phosphorylated at a hydroxyl group" /inference="protein motif:CDD:YegV_kinase_like, YegV-like sugar kinase" /inference="protein motif:CDD:YeiC_kinase_like, YeiC-like sugar kinase" /inference="protein motif:COG:COG0524 Sugar kinases, ribokinase family; G Carbohydrate transport and metabolism" /inference="protein motif:Gene3D:G3D.3.40.1190.20 no description" /inference="protein motif:HMMPanther:PTHR10584 PFKB FAMILY OF CARBOHYDRATE KINASES" /inference="protein motif:HMMPanther:PTHR10584:SF17 FRUCTOKINASE-RELATED" /inference="protein motif:HMMPfam:PF00294 PfkB InterPro:IPR011611 PfkB" /inference="protein motif:ScanRegExp:PS00583 PFKB_KINASES_1 InterPro:IPR002173 Carbohydrate kinase, PfkB" /inference="protein motif:ScanRegExp:PS00584 PFKB_KINASES_2 InterPro:IPR002173 Carbohydrate kinase, PfkB" /inference="protein motif:superfamily:SSF53613 Ribokinase-like" /note="1 probable transmembrane helix predicted by modhmm" /codon_start=1 /transl_table=11 /product="Fructokinase (scrK)" /protein_id="ACS34068.1" /translation="MGLLVSLTSAVTRLLSVQCQRPAIIPETELPAMISPALKLSSIE STPKFLPALRASYFPSLSFTSRTSKPAFLSSPMRAECFSIKALSRSIERAVGRGSVKV MTAIIGSTLVFQSRKTYITIVRENNQKLLFVVIMMIVSIGEVLIDFIALQEGKLKDVK SFEKHPGGAPANVAVGLSRLGVEGALVSKVGEDPFGDFLLERLHDEGVKTYVSRDAEK HTGVVFVQLIGAKPEFILYDGVAYFNLKPWDVETTPLENAEAVHFGTVLFAREPSRST LFGILEELKGRVPLSYDVNIRPDLWRGREEEMLRNIERALQLADIVKLGDGELEYLRN NGISLDEFDFKLLAVTSGEKGSELTSGDAKVHIPAYRVEPVDTTGAGDAFTAALLAGL HYSNLLGEDSIDEEHLRKIGRFANLVAAISTTRRGAWSVPKMEEIVQMKEVRELYQRS RR" gene 1473634..1475112 /gene="fucI" /locus_tag="TGAM_1567" /note="tg1567" CDS 1473634..1475112 /gene="fucI" /locus_tag="TGAM_1567" /EC_number="5.3.1.25" /inference="protein motif:CDD:FucI, L-fucose isomerase and related proteins [Carbohydrate transport and metabolism]" /inference="protein motif:CDD:Fucose_iso_C, L-fucose isomerase, C-terminal domain" /inference="protein motif:CDD:L-fuc_L-ara-isomerases, L-fucose isomerase (FucIase) and L-arabinose isomerase (AI) family" /inference="protein motif:COG:COG2407 L-fucose isomerase and related proteins; G Carbohydrate transport and metabolism" /inference="protein motif:HMMPfam:PF02952 Fucose_iso_C InterPro:IPR004216 L-fucose isomerase, C-terminal GO:Cellular Component:cytoplasm (GO:0005737), Biological Process:fucose metabolism (GO:0006004), Molecular Function:L-fucose isomerase activity (GO:0008736)" /inference="protein motif:superfamily:SSF53743 L-fucose isomerase, N-terminal and second domains InterPro:IPR009015 L-fucose isomerase, N-terminal and central" /codon_start=1 /transl_table=11 /product="L-fucose isomerase (fucI)" /protein_id="ACS34069.1" /translation="MIAVITFTDPRPTALSIERERALMEKHSALIGELRKAGFEVLDV NERLGKYEALNAGKNFGVDSMDESFKAGEIIAGSSVSGIIAGLWHWTESNLVTALVRE TKRPILLYADDDPAWAGTTCITSVGASLWESAVNEYALNHVRLKGDVEKVKAWVRAVE AVSKLSRKSILLWGAPYTLGMEHLMDDLPGLKRIVGDFIMLDQYVLVRKAEKMLSDER LRVRVEEFYDWLTEKTEVKFDDLMLTPEALRRQIAIYLAAKESWSEQKGVSAVSIKCQ PELSEVYGVTACLIPALFPFNLDAEGEKEVIPATCEGDVKGTISSALLFYLSGKPPLF GDIKYVDDEVVMIANCGASSLYYARLSENPEENLKATIIQGQCQGASGGALTYRTPPA EFTVARLIRRGGEYYLLYFFAEGLEITEEMESKLKWGKQWPHTAIKNPLDKETFISAM GANHLSLVPGDYTEELRFTARLWGVKAINLEDPREVKSFLEG" gene 1475116..1476978 /gene="gde" /locus_tag="TGAM_1568" /note="tg1568" CDS 1475116..1476978 /gene="gde" /locus_tag="TGAM_1568" /EC_number="3.2.1.33" /inference="protein motif:CDD:GDB1, Glycogen debranching enzyme [Carbohydrate transport and metabolism]" /inference="protein motif:CDD:GDE_C, Amylo-alpha-1,6-glucosidase" /inference="protein motif:COG:COG3408 Glycogen debranching enzyme; G Carbohydrate transport and metabolism" /inference="protein motif:HMMPfam:PF06202 GDE_C InterPro:IPR010401 Amylo-alpha-1,6-glucosidase GO:Molecular Function:amylo-alpha-1,6-glucosidase activity (GO:0004135), Biological Process:glycogen biosynthesis (GO:0005978)" /inference="protein motif:superfamily:SSF48208 Six-hairpin glycosyltransferases InterPro:IPR008928 Six-hairpin glycosidase" /codon_start=1 /transl_table=11 /product="Amylo-alpha-1,6-glucosidase, putative archaeal type glycogen debranching enzyme (gde)" /protein_id="ACS34070.1" /translation="MRTILAGNGAFVLSDERGDMPSHYDGFYFLDTRFVRKARLEVSP EPDFIGASSTFTRAVSHFSLGERGILVRLRTLDGVYEEKLSFYNTSEESLGVKVRYSY EAPIEDIFQVRGFMGLKSGKAIAPAGGTHVKESPSGRRSLSIETNMEREGSLLRAELE IPPLGKAVLYVRFIPKIEGSISEILGEKRKTIKNVAFTGSPAIDGIFERAVENINALT LFTRFGPVPLAGIPYFACPFGRDAIIASLFLLPYYPEYAAGTLRLFGRLQGKRTNPKN EEEPGKIPHEFRLGELAQSGKVPFAPYYGTVDATPLYVALAGEYLRWTGDRKLIEELR PNLTAAVEWILKKLDDGYITYVPGILGNKGWKDSRDGIIDEEGKIPKPPIALVEVQGY TYWALKLAGELSLTDLDEKTLLAEAEKLKKRFNRDFWLGSYYALALDGEGRPLRVVSS NMGHLLLTGIAEHEEELAERLFRPDMFSRYGIRTLSAKEKAYNPFSYHRGSVWPHDNA LIALGLARIGRTDMAKALMDAVFDAAKLLPERELPELYSGLNELVPVPRANSPQAWSS ASVFAFVTASLGMEAGDELTVRPAEGTSIVLRGVSFGGRRYVVVVNGGVSVEPL" gene 1476965..1477867 /locus_tag="TGAM_1569" /note="tg1569" CDS 1476965..1477867 /locus_tag="TGAM_1569" /inference="protein motif:CDD:COG2152, Predicted glycosylase [Carbohydrate transport and metabolism]" /inference="protein motif:CDD:DUF377, Domain of unknown function (DUF377)" /inference="protein motif:COG:COG2152 Predicted glycosylase; G Carbohydrate transport and metabolism" /inference="protein motif:HMMPfam:PF04041 DUF377 InterPro:IPR007184 Glycosidase, PH1107-related" /inference="protein motif:HMMPIR:PIRSF016202 Predicted glycosidase, PH1107 type InterPro:IPR007184 Glycosidase, PH1107-related" /inference="protein motif:superfamily:SSF75005 alpha-L-arabinanase" /note="PH1107-related family. Contains DUF377 domain" /codon_start=1 /transl_table=11 /product="Glycosylase" /protein_id="ACS34071.1" /translation="MNPYEFRFEKLPKPVLFPSDEGFDSKNVYNPAVVKRRGKVVMLY RAEAKGERITGRIGLALSEDGINFIRHPEPVMEPEYEWEKLGVEDPRVVRIEKTYYMT YTGYDGETARLCIATSKNLLNWKKHGVVFEEFPFPKNGRFNWTKSGAILAEKMKFGPF KGHYIMYFGDSNVWLAYSKDLLHWEYEREPVLRPRGHLVEPGPPPILTEDGILLIHSE AFHEEGKLVYYTHAALFDLEDPRKLIWRTEKPILRPTFDWELHGWVDNVVFAEAMIEH EGRYYLYYGGADRYVGLAIGKIET" gene 1477946..1479214 /locus_tag="TGAM_1570" /note="tg1570" CDS 1477946..1479214 /locus_tag="TGAM_1570" /inference="protein motif:CDD:AraJ, Arabinose efflux permease [Carbohydrate transport and metabolism]" /inference="protein motif:COG:COG0477 Permeases of the major facilitator superfamily; G Carbohydrate transport and metabolism" /inference="protein motif:HMMPanther:PTHR10074 DRUG EFFLUX TRANSPORTER-RELATED" /inference="protein motif:HMMPfam:PF07690 MFS_1 InterPro:IPR011701 Major facilitator superfamily MFS_1" /inference="protein motif:ProfileScan:PS50850 MFS InterPro:IPR007114 Major facilitator superfamily GO:Molecular Function:transporter activity (GO:0005215), Biological Process:transport (GO:0006810), Cellular Component:integral to membrane (GO:0016021)" /note="12 probable transmembrane helices predicted by modhmm" /codon_start=1 /transl_table=11 /product="Permease, major facilitator superfamily" /protein_id="ACS34072.1" /translation="MAVSQKRKRTTLKKLERKSQMRHRPNPEKWFYSFIPFKVSTGGV APLIPLLTMELGGGPREVGIVNAVGSFASMLGGLFWGKLSDRLNRRKVFLVTGFLGTA LSTFLFALARSVSSVIFANALYTFFIAATVPIPVLIITKAFRLEDWDYEIGRFNEICG WAWVLGLVVGFVLSHLLPLRWIFAVLGLIGLLSAPWGMRTIKEVPLHLSRKILGVYAG YVVEKFRYLPNFITHLPRLSTNGFGGLYLSTFLFWFGAMLYFTQFPVLLKVRGFGASM LYLMSIGNSAVSAYMYARVGKRVKAKGGYRTLKLGLLLRGLSFLLLTFATFITGPLFP VLAFISYFLAGYTWAFIGISTTTVISRFAPPGKKGTLIGAYNLVSSLGAVAGNLTSGF IVSLLGLTGNFALASAFIFLSLLPIARLRG" gene complement(1479211..1479861) /locus_tag="TGAM_1571" /note="tg1571" CDS complement(1479211..1479861) /locus_tag="TGAM_1571" /inference="protein motif:CDD:COG1237, Metal-dependent hydrolases of the beta-lactamase superfamily II [General function prediction only]" /inference="protein motif:COG:COG1237 Metal-dependent hydrolases of the beta-lactamase superfamily II; R General function prediction only" /inference="protein motif:Gene3D:G3D.3.60.15.10 no description" /inference="protein motif:HMMPfam:PF00753 Lactamase_B InterPro:IPR001279 Beta-lactamase-like" /inference="protein motif:superfamily:SSF56281 Metallo-hydrolase/oxidoreductase" /codon_start=1 /transl_table=11 /product="Metal-dependent hydrolase/oxidoreductase, beta-lactamase family" /protein_id="ACS34073.1" /translation="MRLVVLNDNVPAEGLLNDWGWSVLVEGKHRFLFDADTRGEILLH NAEALGVSLKGLDFAVLSHWHYDHYGGFSTIAELNPGLELYAPPGGNIRGLNIAEMHE AGRIADGVWTSGALDGFEQAVGVETPSGLVVIVGCSHPGPDRLTEAVLEVSGYKRAHL VIGGFHYPSRAVLDRLAKMSEFIAPAHCSGEKAKAYVRREYPEKFVSVKTGSTIEL" gene 1480002..1481138 /gene="adh" /locus_tag="TGAM_1572" /note="tg1572" CDS 1480002..1481138 /gene="adh" /locus_tag="TGAM_1572" /EC_number="1.1.1.1" /inference="protein motif:CDD:COG1979, Uncharacterized oxidoreductases, Fe-dependent alcohol dehydrogenase family [Energy production and conversion]" /inference="protein motif:CDD:EutG, Alcohol dehydrogenase, class IV [Energy production and conversion]" /inference="protein motif:CDD:Fe-ADH, Iron-containing alcohol dehydrogenase" /inference="protein motif:CDD:GldA, Glycerol dehydrogenase and related enzymes [Energy production and conversion]" /inference="protein motif:COG:COG1454 Alcohol dehydrogenase, class IV; C Energy production and conversion" /inference="protein motif:Gene3D:G3D.3.40.50.2300 no description" /inference="protein motif:HMMPanther:PTHR11496 ALCOHOL DEHYDROGENASE-RELATED" /inference="protein motif:HMMPanther:PTHR11496:SF22 IRON-CONTAINING ALCOHOL DEHYDROGENASE" /inference="protein motif:HMMPfam:PF00465 Fe-ADH InterPro:IPR001670 Iron-containing alcohol dehydrogenase GO:Molecular Function:iron ion binding (GO:0005506), Biological Process:metabolism (GO:0008152), Molecular Function:oxidoreductase activity (GO:0016491)" /inference="protein motif:HMMPIR:PIRSF000113 Iron-containing alcohol dehydrogenase" /inference="protein motif:superfamily:SSF56796 Dehydroquinate synthase-like" /codon_start=1 /transl_table=11 /product="Iron-containing alcohol dehydrogenase (adh)" /protein_id="ACS34074.1" /translation="MFWLKTRIIEGKGSLEKLRKEAKEHERVLILAGNSMKRHGFLSE AEDYVKEAGAEVFSITGLPAEPSVETIEEFLPKVGEFKPDLLVALGGGSVIDTTKALK VFYDAPELNFEEIAFLDRFSKPKPVPKLKTKLIAIPSTSGAGSEVSGASVLKKGGIKY NIVTPEIAPDVAILDPRLPMTMPREVARNSGLDVLVHGIEAYTTKVANDFSDAMAIRA IKTVFNYLEKSLEGDEEAREKMHYAATMAGIAFLNARLGLCHAMSHKAAWIGPHGLLN AIFLPYVMEFNAERSDYARRRYDEIARELGLKDWRALIEAVRELNERTDVPKLSELVD EETFMARLDEMAEKAYRDGLLAFNPVEAKPEEIKELYLRAFRGE" gene complement(1481162..1482655) /locus_tag="TGAM_1573" /note="tg1573" CDS complement(1481162..1482655) /locus_tag="TGAM_1573" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:AraJ, Arabinose efflux permease [Carbohydrate transport and metabolism]" /inference="protein motif:CDD:Sugar_tr, Sugar (and other) transporter" /inference="protein motif:COG:COG0477 Permeases of the major facilitator superfamily; G Carbohydrate transport and metabolism" /inference="protein motif:HMMPanther:PTHR10074 DRUG EFFLUX TRANSPORTER-RELATED" /inference="protein motif:HMMPanther:PTHR10074:SF3 DRUG EFFLUX PROTEIN-RELATED" /inference="protein motif:ProfileScan:PS50850 MFS InterPro:IPR007114 Major facilitator superfamily GO:Molecular Function:transporter activity (GO:0005215), Biological Process:transport (GO:0006810), Cellular Component:integral to membrane (GO:0016021)" /note="14 probable transmembrane helices predicted by modhmm" /codon_start=1 /transl_table=11 /product="Permease, major facilitator superfamily" /protein_id="ACS34075.1" /translation="MNVTRNGETYDLKYAKKATLVVVLLPLLVMYTEAMLTPALPTIQ KEFAVNPNDVSWVLTIYLLVGTVSVALFGKLGDMYGKKKMFLVALGFYTLGVILNGFA QSFQWLLFSRAIQGFGMAIFPLAFALVREEFPPEMVPQVQGMISAMFGVGMVIALPLG AYVTQHWGWRWTYHTAAPFAVLMFILAWKILRESRYINPGKLDWQGALLLVWAVVPAL VAVTRAPNVGWTARETLVLFAVSIVGAILLVLWEKRAENPLIPLDIVTARNPAIVNLG IMFAAFGISMMSQANTYIFQMKPPYGFGKTILQSGLLMTPMAGIMLIIAPLAGKIMPK VGAKPLAITGALIASSGLAVLAKYAPEFPPNHLWAFVAMIAYVGAGITLMNISLINVL VFSVPPRVMGVATGANSLFRNFGSTWGPAIAGTIMSTYYTLFHPPGAPSWVQIKIPTT KAYEVLFGTSAGIYLFLAILSLAIVEVMKGGKIREVENGGEKEVKVA" gene 1482740..1485520 /gene="lhr-2" /locus_tag="TGAM_1574" /note="tg1574" CDS 1482740..1485520 /gene="lhr-2" /locus_tag="TGAM_1574" /EC_number="3.6.1.-" /inference="protein motif:COG:COG1201 Lhr-like helicases; R General function prediction only" /inference="protein motif:Gene3D:G3D.3.40.50.300 no description" /inference="protein motif:HMMPanther:PTHR10967 ATP-DEPENDENT RNA HELICASE-RELATED" /inference="protein motif:HMMPanther:PTHR10967:SF6 ATP-DEPENDENT HELICASE" /inference="protein motif:HMMPfam:PF00270 DEAD InterPro:IPR011545 DEAD/DEAH box helicase, N-terminal GO:Molecular Function:nucleic acid binding (GO:0003676), Molecular Function:helicase activity (GO:0004386), Molecular Function:ATP binding (GO:0005524)" /inference="protein motif:HMMPfam:PF00271 Helicase_C InterPro:IPR001650 Helicase, C-terminal GO:Molecular Function:nucleic acid binding (GO:0003676), Molecular Function:helicase activity (GO:0004386), Molecular Function:ATP binding (GO:0005524)" /inference="protein motif:HMMPfam:PF08494 DEAD_assoc InterPro:IPR013701 DEAD/H associated" /inference="protein motif:HMMSmart:SM00487 no description InterPro:IPR011545 DEAD/DEAH box helicase, N-terminal GO:Molecular Function:nucleic acid binding (GO:0003676), Molecular Function:helicase activity (GO:0004386), Molecular Function:ATP binding (GO:0005524)" /inference="protein motif:HMMSmart:SM00490 no description InterPro:IPR001650 Helicase, C-terminal GO:Molecular Function:nucleic acid binding (GO:0003676), Molecular Function:helicase activity (GO:0004386), Molecular Function:ATP binding (GO:0005524)" /inference="protein motif:ProfileScan:PS50136 HELICASE InterPro:IPR001410 DEAD/DEAH box helicase GO:Molecular Function:ATP binding (GO:0005524), Molecular Function:ATP-dependent helicase activity (GO:0008026)" /inference="protein motif:superfamily:SSF52540 P-loop containing nucleoside triphosphate hydrolases" /codon_start=1 /transl_table=11 /product="ATP-dependent helicase, lhr-like protein (lhr)" /protein_id="ACS34076.1" /translation="MHPLLRKAIRERFGRLNRLQQDSFREVSSGKSVLIIAPTGSGKT EAAVLPVFNEILEEGLKPISALYIAPLKALNRDLLERLEWWGRKLGITVEVRHGDTSA HRKAKQTKNPPQMLIITPETLGVILTVKSLRKHLENVKFVIVDEIAELVDNKRGSQLL LNLERLAEIADFKRIGMTATVGNEEEVRDWLKAETIVKPNWKKSYRFHVLYPKPKEED KELAEKLSVSPEIASRLRVLWEIVEKHGKALIFTNTRQFAEVLAHRLKAWGKPVEVHH GSLSKEARVRAEKALKEGKIKALICTSSMELGIDIGDVDVVIQYMSPRQVNRLVQRVG RAKHRIGEVSEGYIIATNVEDYLQSLVIAKRALEGRFEAVEPIGGLDVLAHFVVGLLI EYKRLPRERPYEIAKRAYVYRDLSWSDYLDVLRVLEDARLVGYDEESNLLYLRRGAFQ YYYENLSTIPDEVSWRVFDAKSGHVIGRLDESFVMDLEEGMEFVMNGRSWIVLKIDDE ARLLKVRESRSLESAIPSWEGEMIPVPFGVAFDVGRLRRELVFDFNKALDLLEGVEFS EEELRRAFEEIRDEPFPTDRDIVVESTPKALVIHADFGSRANEAIGRIVHSLLILRYG RVFSVRSQGHAIVFKTPFQLNPEEVKRYLYQEPGRVELIVSRALRDSHAYRWRMLNVA KRFGALRRDARIRKVERLFEGTVIERETLNELYHDKVDVKKAELVMELLKAGSLRVKT VLRKEPSTLARLNMTVSGEFLLSGVLERDELIELFKKRLLEHEVVLVCTNCGWHSKTK VARLQNIKLRQCPRCGSKMLAVAHPIDAEEFLSVLEKVRHGKPLERKEERIYRKILKA ADLVDTYGFEAVLALASYGTGPDTAARLLAQYRGDALILALMEREKQFIRTRRFWVER KEKEDTENGSAS" gene 1485770..1487122 /locus_tag="TGAM_1575" /note="tg1575" CDS 1485770..1487122 /locus_tag="TGAM_1575" /inference="protein motif:CDD:Arch_ATPase, Archaeal ATPase" /inference="protein motif:CDD:COG1672, Predicted ATPase (AAA+ superfamily) [General function prediction only]" /inference="protein motif:CDD:DUF234, Archaea bacterial proteins of unknown function" /inference="protein motif:COG:COG1672 Predicted ATPase (AAA+ superfamily); R General function prediction only" /inference="protein motif:Gene3D:G3D.1.10.10.10 no description InterPro:IPR011991 Winged helix repressor DNA-binding" /inference="protein motif:Gene3D:G3D.3.40.50.300 no description" /inference="protein motif:HMMPfam:PF01637 Arch_ATPase InterPro:IPR011579 Prokaryotic ATPase" /inference="protein motif:HMMPfam:PF03008 DUF234 InterPro:IPR004256 Protein of unknown function DUF234, DEXX-box ATPase C-terminal GO:Molecular Function:molecular function unknown (GO:0005554)" /inference="protein motif:superfamily:SSF46785 'Winged helix' DNA-binding domain" /inference="protein motif:superfamily:SSF52540 P-loop containing nucleoside triphosphate hydrolases" /inference="protein motif:superfamily:SSF52980 Restriction endonuclease-like" /note="Contains Archaeal ATPase domain (PF01637)" /codon_start=1 /transl_table=11 /product="Prokaryotic ATPase, AAA superfamily" /protein_id="ACS34077.1" /translation="MMQQFVNRKGELDALRRAFEGDKAELIVVYGRRRVGKTALVLKA AEGFRHVYFLADERSEAENLAEFRKKVAQFLGDEVVARSDLGWIEVFRLIAERGNGVV MIDELPYLVEGNPAFPSVLQKAWDLHLQNSKVKLVLVGSSIGMMERLLGHKSPLYGRR TMQIDLKPLRYWHVPEFLPGYSPEDWMRVYGVADGIPLYLKQFDGSSSFWENVGRLFL RKESPLYTEAEFLLRQEFREPARYFSILKAIAFGKTSFGEIVNFTAFDRGTVSRYLDN LARIRVIAKVHPAFEPEKRRNTRYEFADNYFRFWFRFVYPNRERIERELYTEVLKDVK ANFDHYMGPVFERAAEDFLWRRFAFERGGRWWRRGEEVDFVGVKNGTAYFFEAKWGTL DHREALRVLKRLEEKAENVRTGAKKRCLGIVARAVEDRERLEERGFLVFELRDLFGFS " gene complement(1487140..1487697) /locus_tag="TGAM_1576" /note="tg1576" CDS complement(1487140..1487697) /locus_tag="TGAM_1576" /inference="protein motif:CDD:DUF234, Archaea bacterial proteins of unknown function" /inference="protein motif:COG:COG1672 Predicted ATPase (AAA+ superfamily); R General function prediction only" /inference="protein motif:HMMPfam:PF03008 DUF234 InterPro:IPR004256 Protein of unknown function DUF234, DEXX-box ATPase C-terminal GO:Molecular Function:molecular function unknown (GO:0005554)" /inference="protein motif:superfamily:SSF52980 Restriction endonuclease-like" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein, containing DUF234 domain" /protein_id="ACS34078.1" /translation="MSLYRISDPILLSWFLLTYPQMAEIASGTAKLDDLYRVFSVRFE DLAREFILLKRPIEFETLGRWWFRGEEIDIVALGRGMASLIEVKWKDLGKREARRILR ELEGKARFVRFDGAFRFGLIARGVEGKEELREEGYLVWDLRDFLKRGKAYLQLKTKVE ELLEKPKSDPWRSTRRFRSCLRGGA" gene complement(1487808..1488872) /gene="argE" /locus_tag="TGAM_1577" /note="tg1577" CDS complement(1487808..1488872) /gene="argE" /locus_tag="TGAM_1577" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:ArgE, Acetylornithine deacetylase/Succinyl-diaminopimelate desuccinylase and related deacylases [Amino acid transport and metabolism]" /inference="protein motif:CDD:PepD, Di- and tripeptidases [Amino acid transport and metabolism]" /inference="protein motif:CDD:Peptidase_M20, Peptidase family M20/M25/M40" /inference="protein motif:COG:COG0624 Acetylornithine deacetylase/Succinyl-diaminopimelate desuccinylase and related deacylases; E Amino acid transport and metabolism" /inference="protein motif:Gene3D:G3D.3.40.630.10 no description" /inference="protein motif:HMMPanther:PTHR11014 ARGE/DAPE/ACY1 FAMILY PROTEIN" /inference="protein motif:HMMPanther:PTHR11014:SF8 SUCCINYL-DIAMINOPIMELATE DESUCCINYLASE-RELATED" /inference="protein motif:HMMPfam:PF01546 Peptidase_M20 InterPro:IPR002933 Peptidase M20 GO:Biological Process:proteolysis (GO:0006508), Molecular Function:metallopeptidase activity (GO:0008237)" /inference="protein motif:HMMPfam:PF07687 M20_dimer InterPro:IPR011650 Peptidase dimerisation GO:Molecular Function:hydrolase activity (GO:0016787), Molecular Function:protein dimerization activity (GO:0046983)" /inference="protein motif:ScanRegExp:PS00759 ARGE_DAPE_CPG2_2 InterPro:IPR001261 ArgE/dapE/ACY1/CPG2/yscS GO:Biological Process:proteolysis (GO:0006508), Molecular Function:metallopeptidase activity (GO:0008237)" /inference="protein motif:superfamily:SSF53187 Zn-dependent exopeptidases" /codon_start=1 /transl_table=11 /product="Acetyl ornithine deacetylase related protein (argE)" /protein_id="ACS34079.1" /translation="MNQMKTERAKEILLQLLKIPSPSGQEDRIMLHIMEFLHKLDYDV HIESDGEIIDLVVNPEAELFYEVHVDTIPIRAEPFVRGNIIYGTGASDIKGGAAAILL MLESLKRENKDLNVGIVFVSDEELGGRGSALFMERYRPKMAVVLEPTDLEVHIAHAGN IEAYFEVDGKEAHGACPESGVNAIEETYKMLEELKKLEPFNTKGEFFDPHIGIQELVC ENPVYLIPALCKGRLEARLLPEQEVEDVLDLMDPILDEYTKSYEYTEIWDGYKLEPDE EIVQLAKKAMEKTGLDEFGGMRSWTDAINFMYNGTRTIVFGPGNLDISHTKFERIDVR DVVTASEFLKALNEIYGKGD" gene complement(1488923..1489960) /locus_tag="TGAM_1578" /note="tg1578" CDS complement(1488923..1489960) /locus_tag="TGAM_1578" /inference="protein motif:CDD:Acetyltransf_1, Acetyltransferase (GNAT) family" /inference="protein motif:Gene3D:G3D.3.40.630.30 no description" /inference="protein motif:HMMPfam:PF00583 Acetyltransf_1 InterPro:IPR000182 GCN5-related N-acetyltransferase GO:Molecular Function:N-acetyltransferase activity (GO:0008080)" /inference="protein motif:superfamily:SSF55729 Acyl-CoA N-acyltransferases (Nat)" /codon_start=1 /transl_table=11 /product="Acetyltransferase, GNAT family" /protein_id="ACS34080.1" /translation="MEIVRLTEKHLPDFQGLYIEFFKELRGKQGWSPHAEAEYRAEAT YYFKRDDIIFLALENGEAAGFIRVSSRDGSFWVEELFVRPEFRGRGIGRALVERAEEE VLKWDSALYLFVLPQDKDAIAFWKRLGYDTINTVELVKDLEPTPRDSGFHTVELLGER FKIFRWKGEKFSEDEKRFMELLEEFYRRGGTKEEFLWTVNTALEKWLTGVEECKKALE RVGIETEVTPAELWDYLNARTYENDVYEPGEILSNDYLVIHEVREIECLKARGLEITP NVIIENPKETYECHLIALEAELQRAGKEGNAKWIKKRCRDVEEYLRDENLPENLKGRV VAILERFCTVS" gene complement(1489965..1490780) /locus_tag="TGAM_1579" /note="tg1579" CDS complement(1489965..1490780) /locus_tag="TGAM_1579" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:COG:COG0454 Histone acetyltransferase HPA2 and related acetyltransferases; K Transcription" /inference="protein motif:Gene3D:G3D.3.40.630.30 no description" /inference="protein motif:HMMPfam:PF00583 Acetyltransf_1 InterPro:IPR000182 GCN5-related N-acetyltransferase GO:Molecular Function:N-acetyltransferase activity (GO:0008080)" /inference="protein motif:superfamily:SSF55729 Acyl-CoA N-acyltransferases (Nat)" /codon_start=1 /transl_table=11 /product="Acetyltransferase, GNAT family" /protein_id="ACS34081.1" /translation="MEPIIREARPEDRPFIEEIARLTWDGEDYLARVFDEWLGDNFYV LELDGKVVGTAKLTILPGKVGWLEGLRVHPEYRGRGYGRKLHDFMLQLGEKLAKEGRI EALEFATYFLSRESIAMAKRDGFSITAKFFNLGAKVSAFEPEEPAMVEPSLEDLTLGV IPAGLKFLRRSHESLEWLKAKAEFYDINGFRFLVPKGEATFTPLDVGLATLKAMLPAM AWVARERGWEEFEVMLPSGVKPLLPGLRRLGLFLWEETEEPNVLVFRKRLVWG" gene complement(1490814..1491767) /locus_tag="TGAM_1580" /note="tg1580" CDS complement(1490814..1491767) /locus_tag="TGAM_1580" /inference="protein motif:Gene3D:G3D.2.60.40.10 no description" /inference="protein motif:superfamily:SSF48726 Immunoglobulin" /codon_start=1 /transl_table=11 /product="Hypothetical protein" /protein_id="ACS34082.1" /translation="MTESGCPWRNPSATLNLEVKSYKFQSCPYEGDAMNSYLKVAIPA VIILVLTAQMIHLNMEIRGLQKDVERLKDQQKQYTQVIWDEYGNDIYAAIRYFRETRP DLVQKLGNATLTVDGIVTWSFSASYNPKERVFWISYDHLSEAKKDIVYVKLVAYYPNG TQVRDLPWYVVNHTTGDVIGVASTTAQLTVMKTYHRLYRNLTALLGIPSNNTLRACGN YVAILPENGNWFDFEIECASSENISLCWFIIGEVDEKTGMLKRLEVTKPFKGGCEKED ELRTLDIIEKVAPFNATAQEIKQSILNMTGGLMFNLTFPNP" gene 1491809..1492333 /locus_tag="TGAM_1581" /note="tg1581" CDS 1491809..1492333 /locus_tag="TGAM_1581" /experiment="gene product confirmed by mass spectrometry" /note="1 probable transmembrane helix predicted by modhmm" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein" /protein_id="ACS34083.1" /translation="MVLMKHVTSLILVLLLIVSGSLGYAYHQKSVESEKAKNGLISAL TPTLHCLEEITLLKSMIEHNATRDPLQSQVLYEKVRRFNYCAWVLADIAGDLYQLTKD EKYWNLHSAASNLEVFLNHVNVHYPYAKDDLERNADLFEEIGESISEIYKSRRGNFTN AQTERLLNLTEGLS" gene complement(1492308..1493471) /locus_tag="TGAM_1582" /note="tg1582" CDS complement(1492308..1493471) /locus_tag="TGAM_1582" /inference="protein motif:COG:COG0477 Permeases of the major facilitator superfamily; G Carbohydrate transport and metabolism" /inference="protein motif:HMMPfam:PF07690 MFS_1 InterPro:IPR011701 Major facilitator superfamily MFS_1" /note="9 probable transmembrane helices predicted by modhmm" /codon_start=1 /transl_table=11 /product="Permease, major facilitator superfamily" /protein_id="ACS34084.1" /translation="MKRTLYRLHVITSSLRIVGDAIEYVALPWSLLNATGSLISIGGF SLFTHLPWVLFPPILGRALDRATKKVRLAFLALILQALLAVLIVPLSSNVWAFYLIVS GISALDILHRYYGLSLIASMTLDSSELQSLNAKLATVENALSLVAFPLAGFLTYRFGI RAMLLDAVLLLLGALALVPYLNVEVKREGTEEAREEKRLQISRRLVVGVLASVLLFNF ALGSFRIFVFASLKELAKGEVLYGLLQGLTTVGSLVAVAGLTYLARKRLAGLKRPLIL GMLLQSIALLIVGVPAVVALFPAVFILGFGGELLNVSFDSLMQRFIPLESLGTARGVF DALATIVIPLSHLVFAWLIERGVETLCLTSAAFLIGALAVGLFAITTRGLPSG" gene 1493567..1494013 /locus_tag="TGAM_1583" /note="tg1583" CDS 1493567..1494013 /locus_tag="TGAM_1583" /inference="protein motif:Gene3D:G3D.1.10.10.10 no description InterPro:IPR011991 Winged helix repressor DNA-binding" /inference="protein motif:superfamily:SSF46785 'Winged helix' DNA-binding domain" /codon_start=1 /transl_table=11 /product="Transcription regulator, putative, ArsR family" /protein_id="ACS34085.1" /translation="MPDEELAREVQELRKALEELRESFALVSQLAQAYLRLINLYAQY GSLGIEVAVPEVTDPISREIVRILFDLKRANVSQIARELKGRRGKASRNTVRAKLAEL KEMGIVVEIPGERGKCYALSKRVVKKWLEIIGIPIKLDRTNDYRGG" gene 1494006..1494512 /locus_tag="TGAM_1584" /note="tg1584" CDS 1494006..1494512 /locus_tag="TGAM_1584" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:BlastProDom:PD000600 Q803M8_BRARE_Q803M8; InterPro:IPR000308 14-3-3 protein GO:Molecular Function:protein domain specific binding (GO:0019904)" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein" /protein_id="ACS34086.1" /translation="MVDMVDEKGGTPKKLEELLNEIVEEMRNARSEEELEVLRKKADI LEDLIEAYEGDKDLEKIPLLMEKVGEMVEDILQPLKELLNELYSPERVQAMGKSVAEF YKSLVEAGMDKEAALELTKEYMDSINPGKKLMEMLGGLMKGHGGRFQIPGFPHGRGGE RKTDGEGE" gene 1494509..1494706 /locus_tag="TGAM_1585" /note="tg1585" CDS 1494509..1494706 /locus_tag="TGAM_1585" /note="1 probable transmembrane helix predicted by modhmm" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein" /protein_id="ACS34087.1" /translation="MNPLPIFRFFLRLPSLAFRIAGLVRITNRARRSFKKVLRKEGLP EDVAEELERHFTPRFPSLLKR" gene complement(1494778..1495752) /locus_tag="TGAM_1586" /note="tg1586" CDS complement(1494778..1495752) /locus_tag="TGAM_1586" /experiment="gene product confirmed by mass spectrometry" /note="1 probable transmembrane helix predicted by modhmm" /codon_start=1 /transl_table=11 /product="Hypothetical protein" /protein_id="ACS34088.1" /translation="MKKVLTLILVAIVIAAGCLSSPEKSPETKTSTPTASTKEGFLAE IGIIAPSDPLCGMDPNSSIAGFIKPLKEKYSIVPARPDFPVPEGSLANKTFKVSNAYI GVFAYPDSYSAAEALGALKKKLATIGNATGRDKWLGRDALYSAFGAYFDGFYFIVILK VPYDEEWSDMAEYTLNKLMFSMMWVGPSPGKMLGLFMHTRIENRTGRSKIFSGDLLSA SGFTPEGARIEVAVYRRGCGGEVYVTLEERIKGLDFREKPLPPLKSRDPAGEIVQRAY FEGNGSVYIELYNGPGMDRVMLLYGNESAVKATVMAMWGTEETSRQVD" gene complement(1495890..1497053) /locus_tag="TGAM_1587" /note="tg1587" CDS complement(1495890..1497053) /locus_tag="TGAM_1587" /inference="protein motif:COG:COG0308 Aminopeptidase N; E Amino acid transport and metabolism" /inference="protein motif:ScanRegExp:PS00142 ZINC_PROTEASE InterPro:IPR006025 Peptidase M, neutral zinc metallopeptidases, zinc-binding site GO:Biological Process:proteolysis (GO:0006508), Molecular Function:metallopeptidase activity (GO:0008237), Molecular Function:zinc ion binding (GO:0008270)" /inference="protein motif:superfamily:SSF55486 Metalloproteases ('zincins'), catalytic domain" /note="Contains zinc-binding region signature (PS00142)" /codon_start=1 /transl_table=11 /product="Zinc-dependent metallopeptidase, putative" /protein_id="ACS34089.1" /translation="MIERLELRLGLNFERGTLEGMAKLKLAGKAGTFLLNRGLSVNSA SAPFSQRVEGFNGLEAYEASVVRLELPLEEVELTYSGRLESYESVLPYLKDSINPEYT LLRTDSLFYPIPSEPDFESLIKSVVGSEFDAEITVEGIPEGLVVAFGGEIKENRLRIE GTKRLDIAVAPFKVIEKEPFRLFILSEEGIERTLDLLGKAHEFYSTILGSRVEKFTVI ETPENYGGQAGKGYALVSGSSLRAEIPANLYHELAHLWNPRATPEAHQSRFFDEAFAN YLTALAIREIHGEEAFNRFIEGLRRNYKAVVKRFPEAEKLKPSEWGELGLWELSYTKG ALILYDLHLLMEDSFYDLLRILAGAENVDFERFKKLAEELSGRDLGDFFERYF" gene complement(1497046..1497585) /locus_tag="TGAM_1588" /note="tg1588" CDS complement(1497046..1497585) /locus_tag="TGAM_1588" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:Acetyltransf_1, Acetyltransferase (GNAT) family" /inference="protein motif:CDD:COG1247, Sortase and related acyltransferases [Cell envelope biogenesis, outer membrane]" /inference="protein motif:CDD:RimL, Acetyltransferases, including N-acetylases of ribosomal proteins [Translation, ribosomal structure and biogenesis]" /inference="protein motif:COG:COG1670 Acetyltransferases, including N-acetylases of ribosomal proteins; J Translation, ribosomal structure and biogenesis" /inference="protein motif:Gene3D:G3D.3.40.630.30 no description" /inference="protein motif:HMMPanther:PTHR13256 FAMILY NOT NAMED" /inference="protein motif:HMMPanther:PTHR13256:SF9 SUBFAMILY NOT NAMED" /inference="protein motif:HMMPfam:PF00583 Acetyltransf_1 InterPro:IPR000182 GCN5-related N-acetyltransferase GO:Molecular Function:N-acetyltransferase activity (GO:0008080)" /inference="protein motif:superfamily:SSF55729 Acyl-CoA N-acyltransferases (Nat)" /codon_start=1 /transl_table=11 /product="N-acetyltransferase, GNAT family" /protein_id="ACS34090.1" /translation="MRPIILKGKKVSLAILLREDLPKSWEWFNDRSTVRGLFNSAHFT LPEEEEEFYEELKRNREKSPTFAVIENESGKLVGIAGFNWINWQARWGEILYYLSPED RGKGYGTETVKLLCEYAFTHLNLHKVWAKVHSDNIPSIRILEKNGFSLSGRFREHVWS DGRYLDELIYEKFRGEEND" gene complement(1497689..1498387) /gene="pdh" /locus_tag="TGAM_1589" /note="tg1589" CDS complement(1497689..1498387) /gene="pdh" /locus_tag="TGAM_1589" /EC_number="1.3.1.12" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:PDH, Prephenate dehydrogenase" /inference="protein motif:CDD:TyrA, Prephenate dehydrogenase [Amino acid transport and metabolism]" /inference="protein motif:COG:COG0287 Prephenate dehydrogenase; E Amino acid transport and metabolism" /inference="protein motif:HMMPfam:PF02153 PDH InterPro:IPR003099 Prephenate dehydrogenase GO:Molecular Function:prephenate dehydrogenase (NADP+) activity (GO:0004665), Biological Process:tyrosine biosynthesis (GO:0006571)" /inference="protein motif:superfamily:SSF51735 NAD(P)-binding Rossmann-fold domains" /codon_start=1 /transl_table=11 /product="Prephenate dehydrogenase (pdh)" /protein_id="ACS34091.1" /translation="MRFYSRHAKADFDNLEDMYEWADVLILASSLDSIPQQLEELALI ASRQPKNAIIFDIATFKRELIGLYKGFPPEVKVASVHPMFGEGVESFNGQLFLVIPVE GREDDAEHIANFLRSLGGRVEFVSAEEHDRAMGFVIGVPYFLGLKYLELSLKNNLDRF GGTSHRFLTTYGRAVLNDSPEFIAEVLERSRGEIEEFIRELGKEPDLEYLLGKVSCEE IKKAYRKFYRVLEP" gene complement(1498384..1499463) /gene="aspC-2" /locus_tag="TGAM_1590" /note="tg1590" CDS complement(1498384..1499463) /gene="aspC-2" /locus_tag="TGAM_1590" /EC_number="2.6.1.1" /inference="protein motif:CDD:Aminotran_1_2, Aminotransferase class I and II" /inference="protein motif:CDD:ARO8, Transcriptional regulators containing a DNA-binding HTH domain and an aminotransferase domain (MocR family) and their eukaryotic orthologs [Transcription / Amino acid transport and metabolism]" /inference="protein motif:CDD:COG0436, Aspartate/tyrosine/aromatic aminotransferase [Amino acid transport and metabolism]" /inference="protein motif:CDD:COG3977, Alanine-alpha-ketoisovalerate (or valine-pyruvate) aminotransferase [Amino acid transport and metabolism]" /inference="protein motif:CDD:HisC, Histidinol-phosphate/aromatic aminotransferase and cobyric acid decarboxylase [Amino acid transport and metabolism]" /inference="protein motif:CDD:MalY, Bifunctional PLP-dependent enzyme with beta-cystathionase and maltose regulon repressor activities [Amino acid transport and metabolism]" /inference="protein motif:COG:COG0436 Aspartate/tyrosine/aromatic aminotransferase; E Amino acid transport and metabolism" /inference="protein motif:Gene3D:G3D.3.40.640.10 no description" /inference="protein motif:HMMPanther:PTHR11751 PLP-DEPENDENT AMINOTRANSFERASES" /inference="protein motif:HMMPanther:PTHR11751:SF66 ASPARTATE AMINOTRANSFERASE" /inference="protein motif:HMMPfam:PF00155 Aminotran_1_2 InterPro:IPR004839 Aminotransferase, class I and II GO:Biological Process:biosynthesis (GO:0009058), Molecular Function:transferase activity, transferring nitrogenous groups (GO:0016769)" /inference="protein motif:ScanRegExp:PS00105 AA_TRANSFER_CLASS_1 InterPro:IPR004838 Aminotransferases class-I pyridoxal-phosphate-binding site GO:Molecular Function:catalytic activity (GO:0003824), Biological Process:biosynthesis (GO:0009058)" /inference="protein motif:superfamily:SSF53383 PLP-dependent transferases" /codon_start=1 /transl_table=11 /product="Aspartate aminotransferase (aspC)" /protein_id="ACS34092.1" /translation="MYEFFNRINEIKPGIRLDAGQPDIPVREEIIEETVASLRRGETG YISSSGMGELRERIAEAEGVSPEEVIVGPGSKILIAAEIAMADRIAVIAPYWSAYVLI ARQFGKEVEVIRTRLEEEWRPRLEELNADLLILNYPNNPTGRVLSRSELKEILELAEE TGAKVLSDEIYAELSFMDFTPVRELYENAVTVKGFSKLYSMTGFRLGYAIADREEIAR IRHFMESTVTCVPPFVQRAGIKALELRDELVDDVRKEYMRRAKLASRILRGLYFREPE GAFYVFLRVPGDGLAFAERLLDKGVAVFPGVAFGPYRDFIRISLTGSHLEEGLKTIRE EVQCALGSPATGGWAGSSSGAWAGR" gene complement(1499456..1499776) /gene="cm" /locus_tag="TGAM_1591" /note="tg1591" CDS complement(1499456..1499776) /gene="cm" /locus_tag="TGAM_1591" /EC_number="5.4.99.5" /inference="protein motif:COG:COG1605 Chorismate mutase; E Amino acid transport and metabolism" /inference="protein motif:Gene3D:G3D.1.20.59.10 no description" /inference="protein motif:HMMPfam:PF01817 CM_2 InterPro:IPR002701 Chorismate mutase GO:Molecular Function:chorismate mutase activity (GO:0004106), Biological Process:aromatic amino acid family biosynthesis (GO:0009073)" /inference="protein motif:HMMTigr:TIGR01808 CM_M_hiGC-arch:chorismate mutase InterPro:IPR010958 Chorismate mutase, high GC G-positive and archaeal" /inference="protein motif:superfamily:SSF48600 Chorismate mutase II InterPro:IPR002701 Chorismate mutase GO:Molecular Function:chorismate mutase activity (GO:0004106), Biological Process:aromatic amino acid family biosynthesis (GO:0009073)" /codon_start=1 /transl_table=11 /product="Chorismate mutase (cm)" /protein_id="ACS34093.1" /translation="MSLPKPLKPSVQLKANNGDVSLMTKQKFDYMSEIERLRARIDEI DEEIIRLLRERIEVASRIGEVKARLGLPVVDEGREKVVLERAGEFRQVFEAIIRVSRD VQRV" gene complement(1499773..1500843) /gene="aroC" /locus_tag="TGAM_1592" /note="tg1592" CDS complement(1499773..1500843) /gene="aroC" /locus_tag="TGAM_1592" /EC_number="4.2.3.5" /inference="protein motif:BlastProDom:PD002941 Q8U099_PYRFU_Q8U099; InterPro:IPR000453 Chorismate synthase GO:Molecular Function:chorismate synthase activity (GO:0004107), Biological Process:aromatic amino acid family biosynthesis (GO:0009073)" /inference="protein motif:CDD:Chorismate_synt, Chorismate synthase" /inference="protein motif:COG:COG0082 Chorismate synthase; E Amino acid transport and metabolism" /inference="protein motif:HMMPfam:PF01264 Chorismate_synt InterPro:IPR000453 Chorismate synthase GO:Molecular Function:chorismate synthase activity (GO:0004107), Biological Process:aromatic amino acid family biosynthesis (GO:0009073)" /inference="protein motif:HMMTigr:TIGR00033 aroC:chorismate synthase InterPro:IPR000453 Chorismate synthase GO:Molecular Function:chorismate synthase activity (GO:0004107), Biological Process:aromatic amino acid family biosynthesis (GO:0009073)" /inference="protein motif:ScanRegExp:PS00787 CHORISMATE_SYNTHASE_1 InterPro:IPR000453 Chorismate synthase GO:Molecular Function:chorismate synthase activity (GO:0004107), Biological Process:aromatic amino acid family biosynthesis (GO:0009073)" /inference="protein motif:ScanRegExp:PS00788 CHORISMATE_SYNTHASE_2 InterPro:IPR000453 Chorismate synthase GO:Molecular Function:chorismate synthase activity (GO:0004107), Biological Process:aromatic amino acid family biosynthesis (GO:0009073)" /inference="protein motif:ScanRegExp:PS00789 CHORISMATE_SYNTHASE_3 InterPro:IPR000453 Chorismate synthase GO:Molecular Function:chorismate synthase activity (GO:0004107), Biological Process:aromatic amino acid family biosynthesis (GO:0009073)" /codon_start=1 /transl_table=11 /product="Chorismate synthase (aroC)" /protein_id="ACS34094.1" /translation="MKGKLLSFTLFGESHGKAVGILIEGLPPGIEVKVEEMKAELERR KGIRRFSTKRRESDEPVIVSGVFNGFTTGTPVTVLVWNRDADSSYYEEIRNTPRPGHA DYPAKVKFFGYNDYRGGGHFSGRLTVGVVIAGYFAKKLLERFGIRVRAYIRRIGPVEC PQVEPEELFASPNPYCPDEDAFERMLEEMEKARKSGDSVGGTVEVVAINVPAGLGGPW DEDIEADLASALFRIPAVKGVEFGLGFRFAEMRGSEANDPFVVRNGRVATETNNHGGV LGGITTGMPLVARVAFKPTPSIYLPQRTVDLERMDEVELRLRGRFDSCIVPKALPVVE AMVAFVLADHLLRRKAWEGVVR" gene complement(1500840..1502036) /gene="aroA" /locus_tag="TGAM_1593" /note="tg1593" CDS complement(1500840..1502036) /gene="aroA" /locus_tag="TGAM_1593" /EC_number="2.5.1.19" /inference="protein motif:BlastProDom:PD001867 AROA_PYRAB_Q9V1H1; InterPro:IPR001986 EPSP synthase (3-phosphoshikimate 1-carboxyvinyltransferase)" /inference="protein motif:CDD:AroA, 5-enolpyruvylshikimate-3-phosphate synthase [Amino acid transport and metabolism]" /inference="protein motif:CDD:EPSP_synthase, EPSP synthase (3-phosphoshikimate 1-carboxyvinyltransferase)" /inference="protein motif:CDD:EPSP_synthase, EPSP synthase domain" /inference="protein motif:CDD:EPT-like, Enol pyruvate transferases family includes EPSP synthases and UDP-N-acetylglucosamine enolpyruvyl transferase" /inference="protein motif:CDD:MurA, UDP-N-acetylglucosamine enolpyruvyl transferase [Cell envelope biogenesis, outer membrane]" /inference="protein motif:CDD:UdpNAET, UDP-N-acetylglucosamine enolpyruvyl transferase catalyzes enolpyruvyl transfer as part of the first step in the biosynthesis of peptidoglycan, a component of the bacterial cell wall" /inference="protein motif:COG:COG0128 5-enolpyruvylshikimate-3-phosphate synthase; E Amino acid transport and metabolism" /inference="protein motif:Gene3D:G3D.3.65.10.10 no description" /inference="protein motif:HMMPfam:PF00275 EPSP_synthase InterPro:IPR001986 EPSP synthase (3-phosphoshikimate 1-carboxyvinyltransferase)" /inference="protein motif:HMMPIR:PIRSF000505 3-phosphoshikimate 1-carboxyvinyltransferase" /inference="protein motif:HMMTigr:TIGR01356 aroA:3-phosphoshikimate 1-carboxyvinyltrans InterPro:IPR006264 3-phosphoshikimate 1-carboxyvinyltransferase GO:Molecular Function:3-phosphoshikimate 1-carboxyvinyltransferase activity (GO:0003866), Biological Process:aromatic amino acid family biosynthesis, shikimate pathway (GO:0016089)" /inference="protein motif:ScanRegExp:PS00885 EPSP_SYNTHASE_2 InterPro:IPR001986 EPSP synthase (3-phosphoshikimate 1-carboxyvinyltransferase)" /inference="protein motif:superfamily:SSF55205 EPT/RTPC-like" /codon_start=1 /transl_table=11 /product="3-phosphoshikimate 1-carboxyvinyltransferase (aroA)" /protein_id="ACS34095.1" /translation="MIVEPVDWLEGKVRAPPSKSYTHRAFFLALLADGESTIEEPLVS DDTEATLNAIRAFGAEADWNRVVPPEELRKAEINARESGTTARISVAVASLARGRSVI DGQGRLRERPFAPLVRALRSLGVTVRGEKLPIEVFGGMPGGRVSVDASLSSQFVTALL ILASKVGMRVEFEKAVSKPYIEMTLRTMEAFGVTFERNGGVRVFPGVKGTKFHVPGDY SSASFFLVAGALYGRVRVENLDPGDVQADMAIVEILGEIGANVKVGGDYVEVSRGELR GFEINCSDFPDLFPILSVLAAYAEGRSVIRGRQLRYKESDRVRAMAVNLARAGIKVRE LEDGLEIHGGRPRGVVVEDFNDHRVAMAMAVLGLGARGKTVIKNERVVAKSYPGFFGD LRRLLG" gene complement(1502041..1502862) /gene="aroK" /locus_tag="TGAM_1594" /note="tg1594" CDS complement(1502041..1502862) /gene="aroK" /locus_tag="TGAM_1594" /EC_number="2.7.1.71" /inference="protein motif:CDD:COG1685, Archaeal shikimate kinase [Amino acid transport and metabolism / Coenzyme metabolism]" /inference="protein motif:CDD:GHMP_kinases, GHMP kinases putative ATP-binding protein" /inference="protein motif:CDD:ThrB, Homoserine kinase [Amino acid transport and metabolism]" /inference="protein motif:COG:COG1685 Archaeal shikimate kinase; E Amino acid transport and metabolism" /inference="protein motif:Gene3D:G3D.3.30.230.20 no description" /inference="protein motif:HMMPfam:PF00288 GHMP_kinases_N InterPro:IPR006204 GHMP kinase GO:Molecular Function:ATP binding (GO:0005524), Molecular Function:kinase activity (GO:0016301), Biological Process:phosphorylation (GO:0016310)" /inference="protein motif:HMMPfam:PF08544 GHMP_kinases_C InterPro:IPR013750 GHMP kinase, C terminal" /inference="protein motif:HMMPIR:PIRSF005758 Shikimate kinase, archaeal type InterPro:IPR010189 Shikimate kinase, archaea GO:Molecular Function:shikimate kinase activity (GO:0004765), Cellular Component:cytoplasm (GO:0005737), Biological Process:aromatic amino acid family biosynthesis (GO:0009073)" /inference="protein motif:HMMTigr:TIGR01920 Shik_kin_archae:shikimate kinase InterPro:IPR010189 Shikimate kinase, archaea GO:Molecular Function:shikimate kinase activity (GO:0004765), Cellular Component:cytoplasm (GO:0005737), Biological Process:aromatic amino acid family biosynthesis (GO:0009073)" /inference="protein motif:superfamily:SSF54211 Ribosomal protein S5 domain 2-like" /inference="protein motif:superfamily:SSF55060 GHMP Kinase, C-terminal domain" /codon_start=1 /transl_table=11 /product="Shikimate kinase (aroK)" /protein_id="ACS34096.1" /translation="MRGYGRAGSAVTVVNAFATGKGGAVGIDLWTEAKVKLVEDGISG SITVRGESFGDTRLVRAVVEVVRRATGEDFGIEFEISSEIPVGKGLKSSSAAANALVL AIYEALGIEIAPLEAIKLGVEAARLAGVTITGAFDDASASLLGGLCLTDNTRDELLKR EEVEPEPVVLLIPEESIMTSSLKGMDFSGIAPYITEAFDMAMRGEWRKALVINGLVYS AFLGHPTEPIGTALRLGAIAGLSGKGPAFFALTREPEVLSEEWSRFGKTEITKLR" gene complement(1502837..1503655) /gene="aroE" /locus_tag="TGAM_1595" /note="tg1595" CDS complement(1502837..1503655) /gene="aroE" /locus_tag="TGAM_1595" /EC_number="1.1.1.25" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:AroE, Shikimate 5-dehydrogenase [Amino acid transport and metabolism]" /inference="protein motif:CDD:HemA, Glutamyl-tRNA reductase [Coenzyme metabolism]" /inference="protein motif:CDD:Shikimate_DH, Shikimate / quinate 5-dehydrogenase" /inference="protein motif:COG:COG0169 Shikimate 5-dehydrogenase; E Amino acid transport and metabolism" /inference="protein motif:Gene3D:G3D.3.40.50.720 no description" /inference="protein motif:HMMPfam:PF01488 Shikimate_DH InterPro:IPR006151 Shikimate/quinate 5-dehydrogenase GO:Molecular Function:shikimate 5-dehydrogenase activity (GO:0004764), Cellular Component:cytoplasm (GO:0005737), Biological Process:aromatic amino acid family biosynthesis, shikimate pathway (GO:0016089)" /inference="protein motif:HMMPfam:PF08501 Shikimate_dh_N InterPro:IPR013708 Shikimate dehydrogenase substrate binding, N-terminal" /inference="protein motif:HMMTigr:TIGR00507 aroE:shikimate 5-dehydrogenase InterPro:IPR011342 Quinate/Shikimate 5-dehydrogenase GO:Molecular Function:shikimate 5-dehydrogenase activity (GO:0004764), Biological Process:aromatic amino acid family biosynthesis, shikimate pathway (GO:0016089), Molecular Function:NADP binding (GO:0050661)" /inference="protein motif:superfamily:SSF51735 NAD(P)-binding Rossmann-fold domains" /inference="protein motif:superfamily:SSF53223 Aminoacid dehydrogenase-like, N-terminal domain" /codon_start=1 /transl_table=11 /product="Shikimate 5-dehydrogenase (aroE)" /protein_id="ACS34097.1" /translation="MDAETRLYGLIGFPARHSLSPAMHNAAFRELGMNAVYLAFEVAP ERLKMAVDGVRGLGIHGLNVTMPHKTTVIEHLDGLSGEAEEIGSVNTIVNDGELIGYN TDGVGARRALEMVTSLRGKNVLIIGAGGAGRAIAYALSKVSEVVVLNRTPEKARALER FGVTGDRLTPENLRRYLANADVLINATPVGMNSDESPVPAELLREGLVVMDIVYKPLK TRLLREAERRGCVTVDGLWMLVHQGAESFRLWTGKSVDPELMRRAALEGLRKGR" gene complement(1503645..1504286) /gene="aroD" /locus_tag="TGAM_1596" /note="tg1596" CDS complement(1503645..1504286) /gene="aroD" /locus_tag="TGAM_1596" /EC_number="4.2.1.10" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:BlastProDom:PD005337 AROD_PYRAB_Q9V1H8; InterPro:IPR001381 Dehydroquinase class I GO:Molecular Function:3-dehydroquinate dehydratase activity (GO:0003855), Biological Process:aromatic amino acid family biosynthesis (GO:0009073)" /inference="protein motif:CDD:DHQase_I, Type I 3-dehydroquinase, (3-dehydroquinate dehydratase or DHQase" /inference="protein motif:CDD:DHquinase_I, Type I 3-dehydroquinase" /inference="protein motif:COG:COG0710 3-dehydroquinate dehydratase; E Amino acid transport and metabolism" /inference="protein motif:Gene3D:G3D.3.20.20.250 no description" /inference="protein motif:HMMPfam:PF01487 DHquinase_I InterPro:IPR001381 Dehydroquinase class I GO:Molecular Function:3-dehydroquinate dehydratase activity (GO:0003855), Biological Process:aromatic amino acid family biosynthesis (GO:0009073)" /inference="protein motif:HMMTigr:TIGR01093 aroD:3-dehydroquinate dehydratase, type I InterPro:IPR001381 Dehydroquinase class I GO:Molecular Function:3-dehydroquinate dehydratase activity (GO:0003855), Biological Process:aromatic amino acid family biosynthesis (GO:0009073)" /inference="protein motif:superfamily:SSF51569 Aldolase" /codon_start=1 /transl_table=11 /product="3-dehydroquinate dehydratase (aroD)" /protein_id="ACS34098.1" /translation="MIAGVVVARNAREAVAKIREGNADLYEVRLDRFESFELAPLKPF ADRLIITIRRAEEGGFRRIPEEERLELYRRAMTLKPRYVDVEARSEIAGEVMREARKR RVGVILSHHDFEGTPPFETLMEILQGMASMAPDVVKIVPTANSHLDNVRVLRLYEHAE NLVAFCMGPLGRISRLFSALLAPFTYASLEKAVAPGQMSVEELRQLLVMLDGR" gene complement(1504283..1505257) /gene="aroB" /locus_tag="TGAM_1597" /note="tg1597" CDS complement(1504283..1505257) /gene="aroB" /locus_tag="TGAM_1597" /EC_number="4.2.3.4" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:AroB, 3-dehydroquinate synthetase [Amino acid transport and metabolism]" /inference="protein motif:CDD:DHQ_synthase, 3-dehydroquinate synthase" /inference="protein motif:COG:COG0337 3-dehydroquinate synthetase; E Amino acid transport and metabolism" /inference="protein motif:Gene3D:G3D.1.20.1090.10 no description" /inference="protein motif:Gene3D:G3D.3.40.50.1970 no description" /inference="protein motif:HMMPfam:PF01761 DHQ_synthase InterPro:IPR002658 3-dehydroquinate synthase AroB GO:Molecular Function:3-dehydroquinate synthase activity (GO:0003856), Biological Process:aromatic amino acid family biosynthesis (GO:0009073)" /inference="protein motif:HMMTigr:TIGR01357 aroB:3-dehydroquinate synthase InterPro:IPR002658 3-dehydroquinate synthase AroB GO:Molecular Function:3-dehydroquinate synthase activity (GO:0003856), Biological Process:aromatic amino acid family biosynthesis (GO:0009073)" /inference="protein motif:superfamily:SSF56796 Dehydroquinate synthase-like" /note="2 probable transmembrane helices predicted by modhmm" /codon_start=1 /transl_table=11 /product="3-dehydroquinate synthase (aroB)" /protein_id="ACS34099.1" /translation="MKFGTLSDLSNLISELSPYKTVVLANTTVEKLWLDRLDGFEAER IVIPDGEEHKNIETVKGIWAKLQELGFTRKSLLIGLGGGVITDIAGFVASTYMRGTML GLVPTTLLAQVDAAIGGKTGINFNGKNMVGTFYLPDFVLIAHETLSTLPRVELLNGMA EVVKYGILDRKVYSLLKKLGSVEDLDRELVKACVEVKLRVVEEDLREGGKRRILNLGH TTAHAIEKLSNYTIKHGFAVAVGLMVAAKLGEILYNFDPGKVEELLRKFELPTGLPFE PEKILGEMRLDKKAWYGRLTFVVPIEVGEVTIEEVEEDVVRRALEAVG" gene complement(1505254..1506042) /gene="aroF" /locus_tag="TGAM_1598" /note="tg1598" CDS complement(1505254..1506042) /gene="aroF" /locus_tag="TGAM_1598" /EC_number="2.5.1.54" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:AroA, 3-deoxy-D-arabino-heptulosonate 7-phosphate (DAHP) synthase [Amino acid transport and metabolism]" /inference="protein motif:CDD:DAHP_synth_1, DAHP synthetase I family" /inference="protein motif:CDD:KdsA, 3-deoxy-D-manno-octulosonic acid (KDO) 8-phosphate synthase [Cell envelope biogenesis, outer membrane]" /inference="protein motif:COG:COG2876 3-deoxy-D-arabino-heptulosonate 7-phosphate (DAHP) synthase; E Amino acid transport and metabolism" /inference="protein motif:Gene3D:G3D.3.20.20.280 no description" /inference="protein motif:HMMPfam:PF00793 DAHP_synth_1 InterPro:IPR006218 DAHP synthetase I/KDSA GO:Biological Process:biosynthesis (GO:0009058)" /inference="protein motif:HMMPIR:PIRSF001364 2-dehydro-3-deoxyphosphooctonate aldolase" /inference="protein motif:HMMTigr:TIGR01361 DAHP_synth_Bsub:phospho-2-dehydro-3- InterPro:IPR006268 Phospho-2-dehydro-3-deoxyheptonate aldolase, subtype 2 GO:Biological Process:aromatic amino acid family biosynthesis (GO:0009073), Molecular Function:aldehyde-lyase activity (GO:0016832)" /inference="protein motif:superfamily:SSF51569 Aldolase" /codon_start=1 /transl_table=11 /product="Phospho-2-dehydro-3-deoxyheptonate aldolase (aroF)" /protein_id="ACS34100.1" /translation="MKYSKEYRDKTVVKVGDVKIGEGFTIMAGPCAIESEEMIMKVAE FLAEKGVKVLRGGAFKPRTSPYSFQGHGEEALKWLRRAADEYGLVTVTEVTDTRKVPL VSRYSDIVQIGARNSQNFELLKEVGKIDNPVLLKRGMGNTVQELLYSAEYVMSEGNEN VILCERGIRTFETSTRFTLDISAVPVVKELSHLPIVVDPSHPAGRRSLVIPLSKAAYA VGADGILVEVHPEPEKALSDSAQQLTFGEFERLLEELEGLGWRR" gene complement(1506043..1506960) /gene="tk-1" /locus_tag="TGAM_1599" /note="tg1599" CDS complement(1506043..1506960) /gene="tk-1" /locus_tag="TGAM_1599" /EC_number="2.2.1.1" /inference="protein motif:CDD:AcoB, Pyruvate/2-oxoglutarate dehydrogenase complex, dehydrogenase (E1) component, eukaryotic type, beta subunit [Energy production and conversion]" /inference="protein motif:CDD:COG3958, Transketolase, C-terminal subunit [Carbohydrate transport and metabolism]" /inference="protein motif:CDD:Dxs, Deoxyxylulose-5-phosphate synthase [Coenzyme metabolism / Lipid metabolism]" /inference="protein motif:CDD:TktA, Transketolase [Carbohydrate transport and metabolism]" /inference="protein motif:CDD:Transket_pyr, Transketolase, pyridine binding domain" /inference="protein motif:CDD:Transketolase_C, Transketolase, C-terminal domain" /inference="protein motif:COG:COG3958 Transketolase, C-terminal subunit; G Carbohydrate transport and metabolism" /inference="protein motif:Gene3D:G3D.3.40.50.920 no description InterPro:IPR009014 Transketolase, C-terminal-like" /inference="protein motif:Gene3D:G3D.3.40.50.970 no description" /inference="protein motif:HMMPanther:PTHR11624 TRANSKETOLASE-RELATED" /inference="protein motif:HMMPanther:PTHR11624:SF2 TRANSKETOLASE" /inference="protein motif:HMMPfam:PF02779 Transket_pyr InterPro:IPR005475 Transketolase, central region" /inference="protein motif:HMMPfam:PF02780 Transketolase_C InterPro:IPR005476 Transketolase, C-terminal" /inference="protein motif:HMMPIR:PIRSF036564 Predicted transketolase, C-terminal subunit InterPro:IPR012068 Transketolase, C-terminal region" /inference="protein motif:superfamily:SSF52518 Thiamin diphosphate-binding fold (THDP-binding)" /inference="protein motif:superfamily:SSF52922 TK C-terminal domain-like InterPro:IPR009014 Transketolase, C-terminal-like" /codon_start=1 /transl_table=11 /product="Transketolase C-terminal section (tk)" /protein_id="ACS34101.1" /translation="MIESFREAFGRALVELGKENEKIVVVDADVKSSTKTVYFERAFP ERFVQVGISEQDMVSTAAGLAIAGKIPVVSAFAAFLMRAWEQIRNTVARDNLNVKLIP THSGFSDHMDGSSHQCLEDIALMRVLPNMTVVVPADAPSVPVLLKEVVEHEGPVYMRL GRDHAPRVYERPELELGRASVLREGSDVLLVANGVMVSVALEVAKALEERNVEAGVID MHTVKPLDEKTLVRMARKVNTVITMEEHSVYGGLGGAVAEVLSERLPRRVIRIGTTDF GRSSRDYFALLKRYGLTADAVVRRIEGVI" gene complement(1506957..1507616) /gene="tk-2" /locus_tag="TGAM_1600" /note="tg1600" CDS complement(1506957..1507616) /gene="tk-2" /locus_tag="TGAM_1600" /EC_number="2.2.1.1" /inference="protein motif:CDD:AceE, Pyruvate dehydrogenase complex, dehydrogenase (E1) component [Energy production and conversion]" /inference="protein motif:CDD:COG3959, Transketolase, N-terminal subunit [Carbohydrate transport and metabolism]" /inference="protein motif:CDD:TktA, Transketolase [Carbohydrate transport and metabolism]" /inference="protein motif:CDD:TPP_E1_EcPDC_like, Thiamine pyrophosphate (TPP) family, E1 of E" /inference="protein motif:CDD:TPP_enzymes, Thiamine pyrophosphate (TPP) enzyme family, TPP-binding module" /inference="protein motif:CDD:TPP_TK, Thiamine pyrophosphate (TPP) family, Transketolase (TK) subfamily, TPP-binding module" /inference="protein motif:CDD:Transketolase_N, Transketolase, thiamine diphosphate binding domain" /inference="protein motif:COG:COG3959 Transketolase, N-terminal subunit; G Carbohydrate transport and metabolism" /inference="protein motif:Gene3D:G3D.3.40.50.970 no description" /inference="protein motif:HMMPanther:PTHR11624 TRANSKETOLASE-RELATED" /inference="protein motif:HMMPanther:PTHR11624:SF4 TRANSKETOLASE" /inference="protein motif:HMMPfam:PF00456 Transketolase_N InterPro:IPR005474 Transketolase, N-terminal" /inference="protein motif:HMMPIR:PIRSF006068 Predicted transketolase, N-terminal subunit InterPro:IPR012058 Transketolase N-terminal region" /inference="protein motif:superfamily:SSF52518 Thiamin diphosphate-binding fold (THDP-binding)" /codon_start=1 /transl_table=11 /product="Transketolase N-terminal section (tk)" /protein_id="ACS34102.1" /translation="MSEVVKPQGKLMAMLSPVSNFHLESSETCLSILAAVLRRKGEKD VVILSKGHSAPAFYVMLHEMGLLSDEELYSFADIDGLPSHVMRGLPFIEVSSGSLGQG LSVANGIALAKRIDGEEGRIYVILGDGELDEGQVWEAAMTAAHHRLENVIAIVDRNYF QLTGKTEEILNKEPIAEKWRAFGWEVIEVPNREEEIEKALERAEEIKGRPKVVIVRWE G" gene complement(1507609..1507899) /locus_tag="TGAM_1601" /note="tg1601" CDS complement(1507609..1507899) /locus_tag="TGAM_1601" /inference="protein motif:superfamily:SSF46785 'Winged helix' DNA-binding domain" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein" /protein_id="ACS34103.1" /translation="MVGPSGPAIRKLILRALNENQRLILRSINGRHRSLNSLLEELSR REKRPLSTLKLNARILKELGLIDYGTRDDPRPVRLTEEGLLVLRILGVNDDE" gene complement(1508059..1509045) /locus_tag="TGAM_1602" /note="tg1602" CDS complement(1508059..1509045) /locus_tag="TGAM_1602" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein" /protein_id="ACS34104.1" /translation="MSDSNPGQCSGGQLMKTYSFGTETVPVALAGDLLVGSVHDGKNY KIMLARLDGEEIVETRFLAGENDWEGHSALDLGDNYLIGGAVEGVATPDGGEGWKAYL ARLDKSLNPLWELKLNVRNNGAVYSILLSNDGVFIAGETGRPGNKGFFMGKVSKEGEL LWLRDFGSWEDAVFTALLPSENGPVAIGSAKEKRWKVRAFEFTKDGEPLGENVLAGGI ALNACLWNGKLVLAGYRREDFWLRIGERDVKLGKGSATSLLPAGNKLLVGGELEGKAV VVEILEGEELEVRELWENGWVEVLGMDVVAGVTGDWKMVLLSACQSDKKLRN" gene 1509080..1509616 /locus_tag="TGAM_1603" /note="tg1603" CDS 1509080..1509616 /locus_tag="TGAM_1603" /inference="protein motif:CDD:PmbA_TldD, Putative modulator of DNA gyrase" /inference="protein motif:CDD:TldD, Predicted Zn-dependent proteases and their inactivated homologs [General function prediction only]" /inference="protein motif:HMMPfam:PF01523 PmbA_TldD InterPro:IPR002510 Peptidase U62, modulator of DNA gyrase" /codon_start=1 /transl_table=11 /product="Hypothetical protein" /protein_id="ACS34105.1" /translation="MISVDASRVVELALSLGAEYAEVREERLIKTEIAGSDEINVSTR YTGGFGVRVLVNGSWGFASVNSPGDLEWAVRKAVGLAKVSGGDVKLAEVKPIRDYVRS RMKVKPSEVSLEEKVEAVKELLNDLPEAPRKTVKYSDFSGIKRLVTSEAKLLASQASS SGVTSGSSSRMQRALEGS" gene complement(1509736..1510935) /locus_tag="TGAM_1604" /note="tg1604" CDS complement(1509736..1510935) /locus_tag="TGAM_1604" /inference="protein motif:COG:COG0477 Permeases of the major facilitator superfamily; G Carbohydrate transport and metabolism" /inference="protein motif:HMMPfam:PF07690 MFS_1 InterPro:IPR011701 Major facilitator superfamily MFS_1" /note="12 probable transmembrane helices predicted by modhmm" /codon_start=1 /transl_table=11 /product="Permease, major facilitator superfamily" /protein_id="ACS34106.1" /translation="MNLLKRYRLLMVLMHTGFIGNLIVIYYLSKGLSYAQIGLATALT AWGIVLLEVPTGIVGDRVSRKLSVLIGLTLNAIATLVLIFLNGFAMLLLYALLMALSI AFVSGSLQAWLFDTMRHLGREKEFREFMKGTKSLTIPVSALTLVTGAFLAQLYGFTLP LVLSFIIEVAMVVLALSIPEYGFEPVKEGYGKHTLRAFRELFSWRIFPLVAISIFVSL ETNQFRKFFEPYLGNVLALYLGTTIMGTLGILGIAEVTVRTLPRLVGIRIRDSWSLRL YSLTPVLVPALTVLSVLYKNPVWIVLLGLAVTVVSTAFQFNVSVELQHRLPSERRATI LSADSMVSALAMGSFHAGYGFAVNALGLTKARLLFALVLLIIGLLVKVLEVLGPLKNS LELEHVS" gene 1511010..1511681 /locus_tag="TGAM_1605" /note="tg1605" CDS 1511010..1511681 /locus_tag="TGAM_1605" /inference="protein motif:CDD:CN_hydrolase, Carbon-nitrogen hydrolase" /inference="protein motif:CDD:COG0388, Predicted amidohydrolase [General function prediction only]" /inference="protein motif:COG:COG0388 Predicted amidohydrolase; R General function prediction only" /inference="protein motif:Gene3D:G3D.3.60.110.10 no description" /inference="protein motif:HMMPanther:PTHR11750 HIT PROTEIN FAMILY MEMBER-RELATED" /inference="protein motif:HMMPfam:PF00795 CN_hydrolase InterPro:IPR003010 Nitrilase/cyanide hydratase and apolipoprotein N-acyltransferase GO:Biological Process:nitrogen compound metabolism (GO:0006807), Molecular Function:hydrolase activity, acting on carbon-nitrogen (but not peptide) bonds (GO:0016810)" /inference="protein motif:HMMPIR:PIRSF001253 Nitrilase (carbon-nitrogen hydrolase)" /inference="protein motif:ProfileScan:PS50263 CN_HYDROLASE InterPro:IPR003010 Nitrilase/cyanide hydratase and apolipoprotein N-acyltransferase GO:Biological Process:nitrogen compound metabolism (GO:0006807), Molecular Function:hydrolase activity, acting on carbon-nitrogen (but not peptide) bonds (GO:0016810)" /inference="protein motif:superfamily:SSF56317 Nitrilase/N-carbamoyl-D-aminoacid amidohydrolase InterPro:IPR003010 Nitrilase/cyanide hydratase and apolipoprotein N-acyltransferase GO:Biological Process:nitrogen compound metabolism (GO:0006807), Molecular Function:hydrolase activity, acting on carbon-nitrogen (but not peptide) bonds (GO:0016810)" /codon_start=1 /transl_table=11 /product="Carbon-nitrogen hydrolase" /protein_id="ACS34107.1" /translation="MKVALIPMRVEVGNFETNWREFERRFNEALMDEPDFVVFPEYCL TGFEEWDFSGAGLYDEILGRVTQLAREAGVYVVFGLLEPYKNCVYNSALLIGRNGEVL LKHRKFQEPMKFCTGNTVRTARTEFGKAAIIICGDLYNKRIAKWVRRKRPDFIFVPME YSPDYGEPNEEDVGAMAERVKLLGAKTFVVNSHPPGGAWAFDGNGKLRASSKGAQDLV VEIEP" gene 1511915..1512805 /gene="hisZ" /locus_tag="TGAM_1606" /note="tg1606" CDS 1511915..1512805 /gene="hisZ" /locus_tag="TGAM_1606" /inference="protein motif:CDD:HisRS-like_core, Class II Histidinyl-tRNA synthetase (HisRS)-like catalytic core domain" /inference="protein motif:CDD:HisS, Histidyl-tRNA synthetase [Translation, ribosomal structure and biogenesis]" /inference="protein motif:CDD:HisZ, ATP phosphoribosyltransferase involved in histidine biosynthesis [Amino acid transport and metabolism]" /inference="protein motif:COG:COG0124 Histidyl-tRNA synthetase; J Translation, ribosomal structure and biogenesis" /inference="protein motif:Gene3D:G3D.3.30.930.10 no description" /inference="protein motif:HMMPanther:PTHR11476 HISTIDYL-TRNA SYNTHETASE" /inference="protein motif:superfamily:SSF55681 Class II aaRS and biotin synthetases" /note="Based on BLAST alignments, this is second copy of HisS, shorter at C-terminus. The tRNA synthetase class II motives are not detected in this copy" /codon_start=1 /transl_table=11 /product="ATP phosphoribosyltransferase regulatory subunit, putative (HisZ)" /protein_id="ACS34108.1" /translation="MLSLGKLLLADSIQLSKVGKVLRRTFELWGYGEVVLPTIEPYDE TVRKGTKFAYNNGFYLIKPDVTSRLLKNYDIGFGKLYYISEVLDGSVEGNWQAGVEFI GGEPTFMTAEVLSVLITALESLGIEEFYIDLGSLEVWRRATDGIEDFRETIYRALERR NFGLIDGLPIDEEKKEELWRLFNFRGKETEYEKLTKILELVDDERVFVDLGTVRPLPY YSDVIFEVYSPEFGRPIGGGGEYSFRGRPAVGFALDLRALVQLANVDGKTSRRSLRGI TSFREARKLVSMGIPVEVRR" gene 1512802..1513419 /gene="hisG" /locus_tag="TGAM_1607" /note="tg1607" CDS 1512802..1513419 /gene="hisG" /locus_tag="TGAM_1607" /EC_number="2.4.2.17" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:BlastProDom:PD003516 HIS1_PYRFU_Q8U0D4; InterPro:IPR001348 Histidine biosynthesis HisG:ATP phosphoribosyltransferase GO:Biological Process:histidine biosynthesis (GO:0000105), Molecular Function:ATP phosphoribosyltransferase activity (GO:0003879)" /inference="protein motif:CDD:HisG, ATP phosphoribosyltransferase" /inference="protein motif:CDD:HisG, ATP phosphoribosyltransferase [Amino acid transport and metabolism]" /inference="protein motif:COG:COG0040 ATP phosphoribosyltransferase; E Amino acid transport and metabolism" /inference="protein motif:HMMPfam:PF01634 HisG InterPro:IPR001348 Histidine biosynthesis HisG:ATP phosphoribosyltransferase GO:Biological Process:histidine biosynthesis (GO:0000105), Molecular Function:ATP phosphoribosyltransferase activity (GO:0003879)" /inference="protein motif:HMMTigr:TIGR00070 hisG:ATP phosphoribosyltransferase InterPro:IPR001348 Histidine biosynthesis HisG:ATP phosphoribosyltransferase GO:Biological Process:histidine biosynthesis (GO:0000105), Molecular Function:ATP phosphoribosyltransferase activity (GO:0003879)" /inference="protein motif:ScanRegExp:PS01316 ATP_P_PHORIBOSYLTR InterPro:IPR001348 Histidine biosynthesis HisG:ATP phosphoribosyltransferase GO:Biological Process:histidine biosynthesis (GO:0000105), Molecular Function:ATP phosphoribosyltransferase activity (GO:0003879)" /inference="protein motif:superfamily:SSF53850 Periplasmic binding protein-like II" /codon_start=1 /transl_table=11 /product="ATP phosphoribosyltransferase (hisG)" /protein_id="ACS34109.1" /translation="MRFVLPKGRLLRGSLEILRRAGYEIDEPGERRLIQRFNGNEVLL ARAFDVPVYVEHGVDVGITGSDVVEERGSDVFVPLDLPFGKCRLSLAMPRESVTPPED MDGYRIATKYERITRNYFSSLGVEVEVIKLSGSVELAPKVGIADAIVDIVETGTTLRA NGLVEVDKVMDVSAQLLVNRISQKTKFDEINSLVLAIKEVVKDGA" gene 1513409..1514536 /gene="hisD" /locus_tag="TGAM_1608" /note="tg1608" CDS 1513409..1514536 /gene="hisD" /locus_tag="TGAM_1608" /EC_number="1.1.1.23" /inference="protein motif:BlastProDom:PD002680 HISX_PYRFU_O59626; InterPro:IPR001692 Histidinol dehydrogenase GO:Biological Process:histidine biosynthesis (GO:0000105), Molecular Function:histidinol dehydrogenase activity (GO:0004399)" /inference="protein motif:CDD:Histidinol_dh, Histidinol dehydrogenase" /inference="protein motif:COG:COG0141 Histidinol dehydrogenase; E Amino acid transport and metabolism" /inference="protein motif:FPrintScan:PR00083 HOLDHDRGNASE InterPro:IPR001692 Histidinol dehydrogenase GO:Biological Process:histidine biosynthesis (GO:0000105), Molecular Function:histidinol dehydrogenase activity (GO:0004399)" /inference="protein motif:HMMPfam:PF00815 Histidinol_dh InterPro:IPR001692 Histidinol dehydrogenase GO:Biological Process:histidine biosynthesis (GO:0000105), Molecular Function:histidinol dehydrogenase activity (GO:0004399)" /inference="protein motif:HMMTigr:TIGR00069 hisD:histidinol dehydrogenase InterPro:IPR001692 Histidinol dehydrogenase GO:Biological Process:histidine biosynthesis (GO:0000105), Molecular Function:histidinol dehydrogenase activity (GO:0004399)" /inference="protein motif:ScanRegExp:PS00611 HISOL_DEHYDROGENASE InterPro:IPR001692 Histidinol dehydrogenase GO:Biological Process:histidine biosynthesis (GO:0000105), Molecular Function:histidinol dehydrogenase activity (GO:0004399)" /inference="protein motif:superfamily:SSF53720 ALDH-like" /codon_start=1 /transl_table=11 /product="Histidinol dehydrogenase (hisD)" /protein_id="ACS34110.1" /translation="MELEEYVAGILRDIRERGIEAVREYSMKFDGYGGPFRVTEEEFE EAERLVPEKDRKIIERAIKRIWDYHERQKPRDELFVKNGSLYGLIYRPIGRIGIYVPG GKPLPSTLMMVAVPARIAGVKEIAVTTPPKDGRVNPYVLYVAKLLGIEEVYKLGGVQA IGAMAYGVGMKKVDKIFGPGNRFVNEAKRQVFGVVGIDSLAGPSEIAVIADETADKEY VLADLLSQLEHGKDSKAWLLTTSEELARYCSRDGVEVILCESLAECARKANEIAPEHL EIITENPLDLVDLIENAGAIYLGPYTPVPSADYFLGVNHVLPTGGAAKFSGVLTVMDF LKPITLAMVSREEFLRERELGLRLAEIEGMELHRRSMEVRK" gene 1514533..1515069 /gene="hisB" /locus_tag="TGAM_1609" /note="tg1609" CDS 1514533..1515069 /gene="hisB" /locus_tag="TGAM_1609" /EC_number="4.2.1.19" /inference="protein motif:BlastProDom:PD002282 HIS7_PYRFU_P58880; InterPro:IPR000807 Imidazoleglycerol-phosphate dehydratase GO:Biological Process:histidine biosynthesis (GO:0000105), Molecular Function:imidazoleglycerol-phosphate dehydratase activity (GO:0004424)" /inference="protein motif:CDD:IGPD, Imidazoleglycerol-phosphate dehydratase" /inference="protein motif:COG:COG0131 Imidazoleglycerol-phosphate dehydratase; E Amino acid transport and metabolism" /inference="protein motif:HMMPfam:PF00475 IGPD InterPro:IPR000807 Imidazoleglycerol-phosphate dehydratase GO:Biological Process:histidine biosynthesis (GO:0000105), Molecular Function:imidazoleglycerol-phosphate dehydratase activity (GO:0004424)" /inference="protein motif:ScanRegExp:PS00955 IGP_DEHYDRATASE_2 InterPro:IPR000807 Imidazoleglycerol-phosphate dehydratase GO:Biological Process:histidine biosynthesis (GO:0000105), Molecular Function:imidazoleglycerol-phosphate dehydratase activity (GO:0004424)" /codon_start=1 /transl_table=11 /product="Imidazoleglycerol-phosphate dehydratase (hisB)" /protein_id="ACS34111.1" /translation="MKRETRETSVEVELDAPFGVETGDRILDHMLTALFHYMGRSARV KADYDLRHHLWEDVGITLGEELRSKLPEKFRRFGSAITPMDDALVLIAVDISGRPYVS AELSFEEGEEGFEKALVREFLWGLARSLKATIHVKTLSGTNAHHVIEATFKGLGIALA QATRESERLESTKGLLEV" gene 1515066..1515659 /gene="hisH" /locus_tag="TGAM_1610" /note="tg1610" CDS 1515066..1515659 /gene="hisH" /locus_tag="TGAM_1610" /EC_number="2.4.2.-" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:GATase, Glutamine amidotransferase class-I" /inference="protein motif:CDD:GATase1_IGP_Synthase, Type 1 glutamine amidotransferase (GATase1) domain found in imidazole glycerol phosphate synthase (IGPS)" /inference="protein motif:CDD:HisH, Glutamine amidotransferase [Amino acid transport and metabolism]" /inference="protein motif:COG:COG0118 Glutamine amidotransferase; E Amino acid transport and metabolism" /inference="protein motif:FPrintScan:PR00096 GATASE InterPro:IPR011702 Glutamine amidotransferase superfamily GO:Molecular Function:catalytic activity (GO:0003824), Biological Process:glutamine metabolism (GO:0006541)" /inference="protein motif:Gene3D:G3D.3.40.50.880 no description" /inference="protein motif:HMMPfam:PF00117 GATase InterPro:IPR000991 Glutamine amidotransferase class-I GO:Molecular Function:catalytic activity (GO:0003824)" /inference="protein motif:HMMTigr:TIGR01855 IMP_synth_hisH:imidazole glycerol pho InterPro:IPR010139 Imidazole glycerol phosphate synthase, glutamine amidotransferase subunit GO:Biological Process:histidine biosynthesis (GO:0000105), Cellular Component:cytoplasm (GO:0005737), Molecular Function:transferase activity, transferring pentosyl groups (GO:0016763)" /inference="protein motif:ScanRegExp:PS00442 GATASE_TYPE_I InterPro:IPR012998 Glutamine amidotransferase, class I, active site" /inference="protein motif:superfamily:SSF52317 Class I glutamine amidotransferase-like" /codon_start=1 /transl_table=11 /product="Imidazole glycerol phosphate synthase, glutamine amidotransferase subunit (hisH)" /protein_id="ACS34112.1" /translation="MSVIAIVDLGVGNLANVRKALGGVITSDPYEIERAEKLVLPGVG NFGAVMERLEPLRRVILDAINDGKPFLGICLGLQLLFEGSEESPGKPGLGVFRGRVVR FQGVRTPHIGWNQLWKRKDCPLFEGIRDGAYFYFVHSYYAEPEEDVTAGVTDYESKGR KVVFTSAVWRDNVYAVQFHPEKSGRNGLILMRNFRRL" gene 1515661..1516341 /gene="hisA" /locus_tag="TGAM_1611" /note="tg1611" CDS 1515661..1516341 /gene="hisA" /locus_tag="TGAM_1611" /EC_number="5.3.1.16" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:COG1411, Uncharacterized protein related to proFAR isomerase (HisA) [General function prediction only]" /inference="protein motif:CDD:His_biosynth, Histidine biosynthesis protein" /inference="protein motif:CDD:HisA, Phosphoribosylformimino-5-aminoimidazole carboxamide ribonucleotide (ProFAR) isomerase [Amino acid transport and metabolism]" /inference="protein motif:COG:COG0106 Phosphoribosylformimino-5-aminoimidazole carboxamide ribonucleotide (ProFAR) isomerase; E Amino acid transport and metabolism" /inference="protein motif:Gene3D:G3D.3.20.20.90 no description" /inference="protein motif:HMMPfam:PF00977 His_biosynth InterPro:IPR006062 Histidine biosynthesis GO:Biological Process:histidine biosynthesis (GO:0000105)" /inference="protein motif:HMMTigr:TIGR00007 TIGR00007:phosphoribosylformimino-5-aminoi InterPro:IPR006063 Phosphoribosylformimino-5-aminoimidazole carboxamide ribotide isomerase GO:Biological Process:histidine biosynthesis (GO:0000105), Molecular Function:1-(5-phosphoribosyl)-5-[(5- phosphoribosylamino)methylideneamino]imidazole-4- carboxamide isomerase activity (GO:0003949)" /inference="protein motif:ProfileScan:PS50264 FMN_ENZYMES InterPro:IPR003009 FMN/related compound-binding core" /inference="protein motif:superfamily:SSF51366 Ribulose-phoshate binding barrel InterPro:IPR011060 Ribulose-phosphate binding barrel" /codon_start=1 /transl_table=11 /product="Phosphoribosylformimino-5-aminoimidazole carboxamide ribotide isomerase (hisA)" /protein_id="ACS34113.1" /translation="MEIYPAIDLMGGKAVRLYKGKKNTVKVYGDPVEIAGRFAELVDK IHVVDLDGAFQGFPRNLDVVKGIIRETGLRVQFGGGLRSYEAIERAYEIGVENAIIGT KAFDLDFLRKVTEDFEGITVSLDSKGGRIAVKGWLESGIPVREAYEMLKAYVNRFVYT SVERDGTLTGIEEIERFWKNEEFIYAGGVSSAEDVVRLKRIGFSGVIVGKALYEGLVK LEDLLEVV" gene 1516341..1517099 /gene="hisF" /locus_tag="TGAM_1612" /note="tg1612" CDS 1516341..1517099 /gene="hisF" /locus_tag="TGAM_1612" /EC_number="4.1.3.-" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:His_biosynth, Histidine biosynthesis protein" /inference="protein motif:CDD:HisA, Phosphoribosylformimino-5-aminoimidazole carboxamide ribonucleotide (ProFAR) isomerase [Amino acid transport and metabolism]" /inference="protein motif:CDD:HisF, Imidazoleglycerol-phosphate synthase [Amino acid transport and metabolism]" /inference="protein motif:COG:COG0107 Imidazoleglycerol-phosphate synthase; E Amino acid transport and metabolism" /inference="protein motif:Gene3D:G3D.3.20.20.90 no description" /inference="protein motif:HMMPanther:PTHR11082 NITROGEN REGULATION PROTEIN NIFR3-RELATED" /inference="protein motif:HMMPanther:PTHR11082:SF55 NITROGEN REGULATION PROTEIN NIFR3-RELATED" /inference="protein motif:HMMPfam:PF00977 His_biosynth InterPro:IPR006062 Histidine biosynthesis" /inference="protein motif:HMMTigr:TIGR00735 hisF:imidazoleglycerol phosphate synthase, InterPro:IPR004651 Histidine biosynthesis, HisF" /inference="protein motif:ProfileScan:PS50264 FMN_ENZYMES InterPro:IPR003009 FMN/related compound-binding core" /inference="protein motif:superfamily:SSF51366 Ribulose-phoshate binding barrel InterPro:IPR011060 Ribulose-phosphate binding barrel" /codon_start=1 /transl_table=11 /product="Imidazole glycerol phosphate synthase, cyclase subunit (hisF)" /protein_id="ACS34114.1" /translation="MLAKRIIAALDIKEGRVVKGIKFKNIRDAGDPIELARRYEKEGI DEIVFLDITASYEKRGILLDLVERIAEEIYVPFTVGGGIRTVEEAREIIKRGADKVFI NTAAVDRPELVREIAQVVGTANLVIAIDAKWNGSFWEVYTHGGRKARGIDALEWARTV ERLGAGEILLTSMDTDGTKMGFDIPLTKAVAEAVDIPVIASGGAGRPEHFYEAFKAGA EAALAASIFHYGEYTVGELKEFLAERGIPVRLDY" gene 1517109..1517738 /gene="hisI" /locus_tag="TGAM_1613" /note="tg1613" CDS 1517109..1517738 /gene="hisI" /locus_tag="TGAM_1613" /EC_number="3.5.4.19" /EC_number="3.6.1.31" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:BlastProDom:PD002610 HIS2_PYRFU_P58853; InterPro:IPR002496 Phosphoribosyl-AMP cyclohydrolase GO:Biological Process:histidine biosynthesis (GO:0000105), Molecular Function:phosphoribosyl-AMP cyclohydrolase activity (GO:0004635)" /inference="protein motif:BlastProDom:PD002611 HIS2_PYRFU_P58853; InterPro:IPR008179 Phosphoribosyl-ATP pyrophosphohydrolase GO:Biological Process:histidine biosynthesis (GO:0000105), Molecular Function:phosphoribosyl-ATP diphosphatase activity (GO:0004636)" /inference="protein motif:CDD:HisI, Phosphoribosyl-ATP pyrophosphohydrolase [Amino acid transport and metabolism]" /inference="protein motif:CDD:PRA-CH, Phosphoribosyl-AMP cyclohydrolase" /inference="protein motif:CDD:PRA-PH, Phosphoribosyl-ATP pyrophosphohydrolase" /inference="protein motif:COG:COG0139 Phosphoribosyl-AMP cyclohydrolase; E Amino acid transport and metabolism" /inference="protein motif:HMMPfam:PF01502 PRA-CH InterPro:IPR002496 Phosphoribosyl-AMP cyclohydrolase GO:Biological Process:histidine biosynthesis (GO:0000105), Molecular Function:phosphoribosyl-AMP cyclohydrolase activity (GO:0004635)" /inference="protein motif:HMMPfam:PF01503 PRA-PH InterPro:IPR008179 Phosphoribosyl-ATP pyrophosphohydrolase GO:Biological Process:histidine biosynthesis (GO:0000105), Molecular Function:phosphoribosyl-ATP diphosphatase activity (GO:0004636)" /inference="protein motif:superfamily:SSF55455 SRF-like InterPro:IPR002100 Transcription factor, MADS-box GO:Molecular Function:transcription factor activity (GO:0003700), Cellular Component:nucleus (GO:0005634), Biological Process:regulation of transcription, DNA-dependent (GO:0006355), Molecular Function:sequence-specific DNA binding (GO:0043565)" /codon_start=1 /transl_table=11 /product="Bifunctional phosphoribosyl-AMP cyclohydrolase/phosphoribosyl-ATP pyrophosphohydrolase (HisI)" /protein_id="ACS34115.1" /translation="MGIDELIEKVDWEKNGGIVPVVVQDTRGEVLTLAYMDREALRRT LETGYAHYYSRLQGRVRMKGEVSGNTQRVKEIRIDCDNDALLLIVEQKGVACHTGNYS CFYRKLGEPERVLPMDYSLTILRELEELIRERKKKPVEGSYTSKLFKAGKERIYKKFG EEAVEVLVAETREGLIYETADMLYHLLVLLAYNDVSLGEVMAELRRRRK" gene 1517735..1518757 /gene="hisC-2" /locus_tag="TGAM_1614" /note="tg1614" CDS 1517735..1518757 /gene="hisC-2" /locus_tag="TGAM_1614" /EC_number="2.6.1.9" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:Aminotran_1_2, Aminotransferase class I and II" /inference="protein motif:CDD:ARO8, Transcriptional regulators containing a DNA-binding HTH domain and an aminotransferase domain (MocR family) and their eukaryotic orthologs [Transcription / Amino acid transport and metabolism]" /inference="protein motif:CDD:COG0436, Aspartate/tyrosine/aromatic aminotransferase [Amino acid transport and metabolism]" /inference="protein motif:CDD:COG3977, Alanine-alpha-ketoisovalerate (or valine-pyruvate) aminotransferase [Amino acid transport and metabolism]" /inference="protein motif:CDD:HisC, Histidinol-phosphate/aromatic aminotransferase and cobyric acid decarboxylase [Amino acid transport and metabolism]" /inference="protein motif:CDD:MalY, Bifunctional PLP-dependent enzyme with beta-cystathionase and maltose regulon repressor activities [Amino acid transport and metabolism]" /inference="protein motif:COG:COG0079 Histidinol-phosphate/aromatic aminotransferase and cobyric acid decarboxylase; E Amino acid transport and metabolism" /inference="protein motif:Gene3D:G3D.3.40.640.10 no description" /inference="protein motif:HMMPanther:PTHR11751 PLP-DEPENDENT AMINOTRANSFERASES" /inference="protein motif:HMMPanther:PTHR11751:SF49 HISTIDINOL-PHOSPHATE AMINOTRANSFERASE" /inference="protein motif:HMMPfam:PF00155 Aminotran_1_2 InterPro:IPR004839 Aminotransferase, class I and II GO:Biological Process:biosynthesis (GO:0009058), Molecular Function:transferase activity, transferring nitrogenous groups (GO:0016769)" /inference="protein motif:HMMTigr:TIGR01141 hisC:histidinol-phosphate aminotransferase InterPro:IPR005861 Histidinol-phosphate aminotransferase GO:Biological Process:histidine biosynthesis (GO:0000105), Molecular Function:histidinol-phosphate transaminase activity (GO:0004400)" /inference="protein motif:ScanRegExp:PS00599 AA_TRANSFER_CLASS_2 InterPro:IPR001917 Aminotransferase, class-II GO:Biological Process:metabolism (GO:0008152), Molecular Function:transferase activity (GO:0016740)" /inference="protein motif:superfamily:SSF53383 PLP-dependent transferases" /codon_start=1 /transl_table=11 /product="Histidinol-phosphate aminotransferase (hisC)" /protein_id="ACS34116.1" /translation="MISELVKSFQPYRVVEGNYRIRLDKNENPYDLPGEVKEEIFEEL REVSFNRYPHITSMPAREAIADFYGVSPDNVAVGNGSDELLSYLVRLFEGNHIVITPP TFGMYSFYAKLNGVPVVEVPLREDFTLDGEAVAEKAKNARVVFIASPNNPTGNLQPEE EIIRVLETRRPVVLDEAYAEFVGKSLWRLIEEYPNLVVLRTFSKAFGMAGIRAGYMLA GEEIVDALYRIKSPFSVGIMTMTAIRVALRHADLMEKTVRKIVEERERMRRKLGELAY PSDANFLLVRLNAYEELLKRGIVVRKLSGRLEGHIRVTVGRRWENDAFLEAVEEIAGG ESVGGL" gene 1518741..1519466 /locus_tag="TGAM_1615" /note="tg1615" CDS 1518741..1519466 /locus_tag="TGAM_1615" /inference="protein motif:COG:COG0546 Predicted phosphatases; R General function prediction only" /inference="protein motif:Gene3D:G3D.3.40.50.1000 no description" /inference="protein motif:HMMPfam:PF00702 Hydrolase InterPro:IPR005834 Haloacid dehalogenase-like hydrolase GO:Molecular Function:catalytic activity (GO:0003824), Biological Process:metabolism (GO:0008152)" /inference="protein motif:HMMTigr:TIGR01549 HAD-SF-IA-v1:HAD-superfamily hydrolase, InterPro:IPR006439 HAD-superfamily hydrolase, subfamily IA, variant 1 GO:Biological Process:metabolism (GO:0008152), Molecular Function:phosphoglycolate phosphatase activity (GO:0008967)" /inference="protein motif:superfamily:SSF56784 HAD-like" /note="Belongs to subfamily IA, variant 1" /codon_start=1 /transl_table=11 /product="HAD-superfamily hydrolase, putative" /protein_id="ACS34117.1" /translation="MWVVFDIDGTLIDVGESYDLAVKLTVEYFLRSFGREREVELEWI RKLRSKGSFGDDFKVSEALILFSLAGDVKGLIDQFPPGEGIGWVRKRFGLEISPENIE RVFNTFYLGNIYEDRLFDFPGLWRREKPLIEAELLRKLSEEFKVGVVTGRSELELRLA EEILGFRFERAVTRELGLKPNPDLLWELVNGERGVYVGDTLNDELFVENYRRKYGDFD FVMVGRDVENVSEFVENMLEGGK" gene 1519463..1520239 /gene="proC" /locus_tag="TGAM_1616" /note="tg1616" CDS 1519463..1520239 /gene="proC" /locus_tag="TGAM_1616" /EC_number="1.5.1.2" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:COG2085, Predicted dinucleotide-binding enzymes [General function prediction only]" /inference="protein motif:CDD:P5CR, Delta 1-pyrroline-5-carboxylate reductase" /inference="protein motif:CDD:PDH, Prephenate dehydrogenase" /inference="protein motif:CDD:ProC, Pyrroline-5-carboxylate reductase [Amino acid transport and metabolism]" /inference="protein motif:COG:COG0345 Pyrroline-5-carboxylate reductase; E Amino acid transport and metabolism" /inference="protein motif:Gene3D:G3D.3.40.50.720 no description" /inference="protein motif:HMMPanther:PTHR11645 PYRROLINE-5-CARBOXYLATE REDUCTASE InterPro:IPR000304 Delta 1-pyrroline-5-carboxylate reductase GO:Molecular Function:pyrroline-5-carboxylate reductase activity (GO:0004735), Biological Process:proline biosynthesis (GO:0006561)" /inference="protein motif:HMMPfam:PF03807 F420_oxidored InterPro:IPR004455 NADP oxidoreductase, coenzyme F420-dependent GO:Biological Process:electron transport (GO:0006118)" /inference="protein motif:HMMPIR:PIRSF000193 Pyrroline-5-carboxylate reductase InterPro:IPR000304 Delta 1-pyrroline-5-carboxylate reductase GO:Molecular Function:pyrroline-5-carboxylate reductase activity (GO:0004735), Biological Process:proline biosynthesis (GO:0006561)" /inference="protein motif:HMMTigr:TIGR00112 proC:pyrroline-5-carboxylate reductase InterPro:IPR000304 Delta 1-pyrroline-5-carboxylate reductase GO:Molecular Function:pyrroline-5-carboxylate reductase activity (GO:0004735), Biological Process:proline biosynthesis (GO:0006561)" /inference="protein motif:ProfileScan:PS50205 NAD_BINDING InterPro:IPR000205 NAD-binding site" /inference="protein motif:superfamily:SSF51735 NAD(P)-binding Rossmann-fold domains" /codon_start=1 /transl_table=11 /product="Pyrroline-5-carboxylate reductase (proC)" /protein_id="ACS34118.1" /translation="MRVAVLGAGTIGGAIAKALKKAGYDVVATRRRIEKAKELLELGI EVISDNREAVEKADVVFIAVKPSKVGDVLEEIADLIEGKLVISVVAGVSLKELKRFAK AKFVRAMPNIAVLVGESFTAYATELEGEEVELVERLLRTFGDCVRVEEEHMDAITGLS GSGPAYVTVFLEAMVYGGLRVGLPRDLAKRASLQTLLGTAKLLMETERHPAEVREWVI TPGGTTIDGVFELEEGKIRTAVMKAVDAATKKSRILSKRV" gene 1520320..1521156 /locus_tag="TGAM_1617" /note="tg1617" CDS 1520320..1521156 /locus_tag="TGAM_1617" /inference="protein motif:CDD:COG4342, Uncharacterized protein conserved in archaea [Function unknown]" /inference="protein motif:COG:COG4342 Uncharacterized protein conserved in archaea; S Function unknown" /inference="protein motif:Gene3D:G3D.1.10.443.10 no description InterPro:IPR013762 Phage integrase-like, catalytic core GO:Molecular Function:DNA binding (GO:0003677), Biological Process:DNA recombination (GO:0006310), Biological Process:DNA integration (GO:0015074)" /inference="protein motif:superfamily:SSF56349 DNA breaking-rejoining enzymes InterPro:IPR011010 DNA breaking-rejoining enzyme, catalytic core GO:Molecular Function:DNA binding (GO:0003677)" /codon_start=1 /transl_table=11 /product="SSV1 integrase fragment-like protein (orf D-335)" /protein_id="ACS34119.1" /translation="MNPRPSAPEAPFDDCEPLKRLLWEKERLLSKWAIWAEKQLTKRV ARAYLNALKKAQTFNDLLQMREGSKTQRLALRSFAKYLYESRIITKEEYEAIKRCVKL KRTNNIDTRVYSDEDITNILRQLTNKKHHIFLRLVVESGLRRSHAISAWGKLRKGEYT TMGEFAYTELNIRNKTKQAFVCFCSRELADAIHEMNEPISYNIAENVGKRQRILYNGI RKWWYTTALDVGMDSNVADFLQGRAPTSIGARHYLDALRLAKKQYPKLLQAIRERIYS NL" gene 1521541..1521786 /locus_tag="TGAM_1618" /note="tg1618" CDS 1521541..1521786 /locus_tag="TGAM_1618" /codon_start=1 /transl_table=11 /product="Hypothetical protein" /protein_id="ACS34120.1" /translation="MERATLIIEKSIPPKTRAEVKELFKNTDTGRFKYIVVEWLAYWH YRNYKPPLIPLSVSLAAGLFKKRPKELGDEEFEAHHL" gene 1521868..1522860 /locus_tag="TGAM_1619" /note="tg1619" CDS 1521868..1522860 /locus_tag="TGAM_1619" /inference="protein motif:CDD:Arch_ATPase, Archaeal ATPase" /inference="protein motif:COG:COG1672 Predicted ATPase (AAA+ superfamily); R General function prediction only" /inference="protein motif:Gene3D:G3D.3.40.50.300 no description" /inference="protein motif:HMMPfam:PF01637 Arch_ATPase InterPro:IPR011579 Prokaryotic ATPase" /inference="protein motif:superfamily:SSF52540 P-loop containing nucleoside triphosphate hydrolases" /note="Contains Archaeal ATPase domain (PF01637)" /codon_start=1 /transl_table=11 /product="Prokaryotic ATPase, AAA superfamily" /protein_id="ACS34121.1" /translation="MRGVFQEDDRKTTDNLFGRDEEIQNILSKLITRDPVFIVGYRRV GKSSLAHAVSNLIVGDHFAHVYCESGFNNTGDIINRVKDTLNSKIETRTKSFVVGKLI EIGLSKTKADRLIQEFENSTIIILDEAQRVTNSGIIDDFLTWVTKHLGSTTRVIITGS EVRLLHGLFKRIHGNPNRIITIYPFEQKVATDFILKGFEQNDFPISREEAKEIYSTLG GTPGAIIAAAEHIILEGEDIDTATEREKTTEMKMMIEELNNIASEYTVETQSFVKKLS INEWQIYDLSFFTEDEKKLLEDLIRFGFIKPNEKGYIVYDPLIREALKEWGGVI" gene 1522857..1523804 /locus_tag="TGAM_1620" /note="tg1620" CDS 1522857..1523804 /locus_tag="TGAM_1620" /inference="protein motif:CDD:Arch_ATPase, Archaeal ATPase" /inference="protein motif:COG:COG1672 Predicted ATPase (AAA+ superfamily); R General function prediction only" /inference="protein motif:Gene3D:G3D.3.40.50.300 no description" /inference="protein motif:HMMPfam:PF01637 Arch_ATPase InterPro:IPR011579 Prokaryotic ATPase" /inference="protein motif:superfamily:SSF52540 P-loop containing nucleoside triphosphate hydrolases" /note="Contains Archaeal ATPase domain (PF01637)" /codon_start=1 /transl_table=11 /product="Prokaryotic ATPase, AAA superfamily" /protein_id="ACS34122.1" /translation="MKYYRYEEWQLKKHINDYFIIVTGPRWTGKSYFIREFMKRSNLN YIIIDAFKAWKEKKSWLERAIINDTKKSLRNRAPVGVITSFRNVEAENFDNFRSFLRA LKDETYVIIDHADYLRYARGIDFREVAQEWIDKRDKVHFVFVAKGTPALLSYLGPQDP QSPLFMRYEKYVEVVELSPNETIKFLEDFLRLSKYMHSNFPDGFETYQDIGGLRGYLK KFVEVGCNEQKLRELLRNELKEEIRGKNTWRVLEVIARYTRIYGYADKKIIEKKVGKN FDNLRKSIEESLINNGLVMPASSNTYKTPKILAKFLPQK" gene 1523862..1524686 /locus_tag="TGAM_1621" /note="tg1621" CDS 1523862..1524686 /locus_tag="TGAM_1621" /inference="protein motif:CDD:PinR, Site-specific recombinases, DNA invertase Pin homologs [DNA replication, recombination, and repair]" /inference="protein motif:CDD:Resolvase, Resolvase, N terminal domain" /inference="protein motif:CDD:Ser_Recombinase, Serine Recombinase family, catalytic domain" /inference="protein motif:CDD:SR_ResInv, Serine Recombinase (SR) family, Resolvase and Invertase subfamily, catalytic domain" /inference="protein motif:CDD:SR_TndX_transposase, Serine Recombinase (SR) family, TndX-like transposase subfamily, catalytic domain" /inference="protein motif:COG:COG1961 Site-specific recombinases, DNA invertase Pin homologs; L Replication, recombination and repair" /inference="protein motif:Gene3D:G3D.1.10.10.60 no description InterPro:IPR012287 Homeodomain-related GO:Molecular Function:DNA binding (GO:0003677), Biological Process:regulation of transcription (GO:0045449)" /inference="protein motif:Gene3D:G3D.3.40.50.1390 no description" /inference="protein motif:HMMPfam:PF00239 Resolvase InterPro:IPR006119 Resolvase, N-terminal GO:Molecular Function:recombinase activity (GO:0000150), Biological Process:DNA recombination (GO:0006310)" /inference="protein motif:HMMPfam:PF02796 HTH_7 InterPro:IPR006120 Resolvase helix-turn-helix region GO:Molecular Function:recombinase activity (GO:0000150), Biological Process:DNA recombination (GO:0006310)" /inference="protein motif:HMMSmart:SM00419 no description InterPro:IPR001808 Bacterial regulatory protein, Crp GO:Molecular Function:transcription factor activity (GO:0003700), Cellular Component:intracellular (GO:0005622), Biological Process:regulation of transcription, DNA-dependent (GO:0006355)" /inference="protein motif:superfamily:SSF46689 Homeodomain-like InterPro:IPR009057 Homeodomain-like" /inference="protein motif:superfamily:SSF53041 Resolvase-like" /codon_start=1 /transl_table=11 /product="Resolvase, putative" /protein_id="ACS34123.1" /translation="MGVYKRFKNVQFPEPHIRNNKNPFDYQFHFAKTFCKPSAKVYYH VLTYNMGIHMSVYIYLRISTDKQDIDTQMESIKDWLKRNNVSEYKIIKDEGISGSTPA EKRPGFSTLLSLLQENDVLIVSELTRLGRSLSDVIMTLNNLMKRGVRIVSIKEGLDST QNELQFKVMSTLIALFADLEREFIRKRTIEGLQRAKAQGKRIGRPKALTEEDIPVLVK LYEKGMTQKEIARAMKVSPSTIARTLKKLREQGVIEERRVVKVNKKKLKEVIDNAR" gene 1524676..1524963 /locus_tag="TGAM_1622" /note="tg1622" CDS 1524676..1524963 /locus_tag="TGAM_1622" /codon_start=1 /transl_table=11 /product="Hypothetical protein" /protein_id="ACS34124.1" /translation="MQDNYEERIAELEREIEKLKRELNKLKTGQEWYENELEDQNKRI TIIERILDVYYDSEASKWQSRYLKRIYATLKKLERKLEQKKNTTTQKQLPT" gene 1525056..1528358 /locus_tag="TGAM_1623" /note="tg1623" CDS 1525056..1528358 /locus_tag="TGAM_1623" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:DEXDc, DEAD-like helicases superfamily" /inference="protein motif:CDD:DEXHc, DEXH-box helicases" /inference="protein motif:CDD:Helicase_C, Helicase conserved C-terminal domain" /inference="protein motif:CDD:HELICc, helicase superfamily c-terminal domain" /inference="protein motif:CDD:HepA, Superfamily II DNA/RNA helicases, SNF2 family [Transcription / DNA replication, recombination, and repair]" /inference="protein motif:CDD:MPH1, ERCC4-like helicases [DNA replication, recombination, and repair]" /inference="protein motif:CDD:SNF2_N, SNF2 family N-terminal domain" /inference="protein motif:CDD:SrmB, Superfamily II DNA and RNA helicases [DNA replication, recombination, and repair / Transcription / Translation, ribosomal structure and biogenesis]" /inference="protein motif:CDD:SSL2, DNA or RNA helicases of superfamily II [Transcription / DNA replication, recombination, and repair]" /inference="protein motif:COG:COG0553 Superfamily II DNA/RNA helicases, SNF2 family; K Transcription" /inference="protein motif:Gene3D:G3D.3.40.50.300 no description" /inference="protein motif:HMMPanther:PTHR10799 DNA REPAIR PROTEIN RAD16-RELATED" /inference="protein motif:HMMPanther:PTHR10799:SF16 HELICASE-RELATED" /inference="protein motif:HMMPfam:PF00176 SNF2_N InterPro:IPR000330 SNF2-related GO:Molecular Function:DNA binding (GO:0003677), Molecular Function:ATP binding (GO:0005524)" /inference="protein motif:HMMPfam:PF00271 Helicase_C InterPro:IPR001650 Helicase, C-terminal GO:Molecular Function:nucleic acid binding (GO:0003676), Molecular Function:helicase activity (GO:0004386), Molecular Function:ATP binding (GO:0005524)" /inference="protein motif:HMMSmart:SM00487 no description InterPro:IPR011545 DEAD/DEAH box helicase, N-terminal GO:Molecular Function:nucleic acid binding (GO:0003676), Molecular Function:helicase activity (GO:0004386), Molecular Function:ATP binding (GO:0005524)" /inference="protein motif:HMMSmart:SM00490 no description InterPro:IPR001650 Helicase, C-terminal GO:Molecular Function:nucleic acid binding (GO:0003676), Molecular Function:helicase activity (GO:0004386), Molecular Function:ATP binding (GO:0005524)" /inference="protein motif:ProfileScan:PS50136 HELICASE InterPro:IPR001410 DEAD/DEAH box helicase GO:Molecular Function:ATP binding (GO:0005524), Molecular Function:ATP-dependent helicase activity (GO:0008026)" /inference="protein motif:superfamily:SSF52540" /inference="protein motif:superfamily:SSF52540 P-loop containing nucleoside triphosphate hydrolases" /note="Belongs to DEAD-like/ SNF2 superfamily . mod subunit is tg1624" /codon_start=1 /transl_table=11 /product="Type III restriction endonuclease, res subunit" /protein_id="ACS34125.1" /translation="MRVMVGTLKPGYILKSTKWKEPFLVEIVNESGDTIMVGGHYLNS RKADLYILTKADLEEIEIITNPLDFKGDPEAAALAIEGERYHFASLYDPILAVSVSKI APLPFQIDAVYNHILRNPEIRFLLADDPGAGKTIMAGLVIKELKLRGLAERILIVVPG HLVPQWKREMKEKFQEEFTIVNREIFRTTTDVWRREKQVIASIDFLKQEDILKSLENV DWDLVIVDEAHKMAAYRFGKKIYRTKRYKVGEVLSRNSTHMLFLTATPHKGDPENFRL LLDLLVPGLFSDKEILLEAIRRNENPIFLRRMKEDLVDFEGKKIFKPRYSHTVNFNLT DKEIKLYNELSRYIHYQYTVLEGSRRSIVFPLVILQRRFASSTYALLQSLRRRKARLK EYLESGKLETKGVQLDFEDLLELEDEEERERWKAELRLEGLPIVRKRKLIEAEIRTLD ELIRMSEELIASEEETKLKKLRETLDFIAREHGEKEKILIFTEFKDTLEYLVNKLQEW GYTVTFIHGEMDMETRLQREKDFREWAQVMVATEAAGEGINLQFCHLLINYDIPWNPN RLEQRIGRVHRYGQRYPVHIFNFVARNTREGMVLERLLHKIEEIRKALGDKVFDVIGE LLDGENLYTLLAEVAVMLRDPDSVLKEEEPKFQPEEITKKAEELLGESLATKHIDLSR IMRLLEKAEENRLSPEYLELFFLKAMKRLNARIREKEPHVYSIERTPRVLREIAERKG YGTVERSYRAITFDKAISEERDDVEFVSFGHPLFEALREWVQEEYLKELQRGAVFYDP RNRLHGTIWFFEGEVQDGFNKTAGKTLVAVYDDGENLEVIDPKIIWDLEPAKDSPEVE VEFSRRENAMIYAMKALEEYRDRLLRERKRQAEIKEKYGVKSLKKLIDDLDYKLAEYE LLPPEEKKRYALTIRNLEERLNRYRKALKELPEKIARETSLMVRPPVFIGAIYVLPRG GMGEDPAIEEIGMQIAMQYEREQGRNPVDVSKENLGYDIYSEGNGEKRYIEVKARAHL GDVELTWNEYVTAKRLRDKYWLYVVAYAAEKPTLYIIRDPAHTLKVVEKYEIRFKVPV EEWKKKGKKVEV" gene 1528371..1531133 /locus_tag="TGAM_1624" /note="tg1624" CDS 1528371..1531133 /locus_tag="TGAM_1624" /EC_number="2.1.1.72" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:COG1743, Adenine-specific DNA methylase containing a Zn-ribbon [DNA replication, recombination, and repair]" /inference="protein motif:CDD:DUF1156, Protein of unknown function (DUF1156)" /inference="protein motif:COG:COG1743 Adenine-specific DNA methylase containing a Zn-ribbon; L Replication, recombination and repair" /inference="protein motif:Gene3D:G3D.3.40.50.150 no description" /inference="protein motif:HMMPfam:PF06634 DUF1156 InterPro:IPR009537 Protein of unknown function DUF1156" /inference="protein motif:HMMPfam:PF08241 Methyltransf_11 InterPro:IPR013216 Methyltransferase type 11" /inference="protein motif:ScanRegExp:PS00092 N6_MTASE InterPro:IPR002052 N-6 Adenine-specific DNA methylase GO:Molecular Function:DNA binding (GO:0003677), Biological Process:DNA methylation (GO:0006306), Molecular Function:N-methyltransferase activity (GO:0008170)" /inference="protein motif:superfamily:SSF53335 S-adenosyl-L-methionine-dependent methyltransferases" /note="Part of a type III restriction-modification system. res subunit is tg1623" /codon_start=1 /transl_table=11 /product="Site-specific DNA-methyltransferase (adenine-specific), Type III restriction system mod subunit" /protein_id="ACS34126.1" /translation="MEDKRFIEVAFPVKAVSEESAREKNIRHGHISTLHIWWARRPLA SSRATNYAALIPAPKDEEELERKKRFIAKLSKWESSLDEEIIRRAREDIMEYFRGIRD DPNQERPRVLDPFAGGGSIPLEALRLGCETYAVDYNPVAVLILKAVLEYPQKYGKKKK GALDQWISGRDEEKDYDLVRDVKKWGEWVLQEAKKELERFYPKDEDGYIPVGYIWART IKCQNPACGAEIPLMRQFWLAKKNNKKVALYPYVEGHEVKFKIVGDGYEPMPEDFDPS KGTVKGAKVTCPVCGMTHDANTTRKLFREGKAGQRMVAVVLYHPEKKGKVYRLPTEKD IKAYEEAKRYLEEKRAKLMEEWGIDPVPDEEILKKCHEVDRMPMYGMPKWGDIFNDRQ KLALITFVEKVRQAYERMLEEGYGEEYAKAVVTYLAFAFDKFLARSTTLSRWHVTRET IEYPLGKNSLPMLWDYIELQAFSEASGGWNTGLEYIVNVIAHCSQSSEFPSKVLQDSA TSLPFPDDYFDAVFTDPPYYDNVNYSVLSDFFYVWLKRTVGDLYPELFITPLTPKSKE LVADPNRFGGKDGSKRYFEESMKQALREIHRVLKPNGILVLVYAHKTTEGWETLINSL LDSGLVPTTSWPIHTEMKNRLIAKESAALASSIYIIARKIEKQGVGWFDEVKRELRKT LEEKLDQLWKEGISGADFFISAIGSAIEVFGKYEKVLDYEGNEIRGDRLLQLVRDMVS DYAIRQVLREDISSELSPLAKFYVLWRWTYGEAKVAFDEARKLATSVGLDLEKEWNKG FIVKEKEFIRVLGPQDRKLKEIKGNDLIDVLHKALLLWQANRKREMVGLLAETGWGEK DVFYKVAQVISEVLPKDSKEKKLLDGFLAGREHIKRAIEKGDYSVFNGEEESGKQKRI EQFIKG" gene complement(1531138..1531869) /locus_tag="TGAM_1625" /note="tg1625" CDS complement(1531138..1531869) /locus_tag="TGAM_1625" /codon_start=1 /transl_table=11 /product="Hypothetical protein" /protein_id="ACS34127.1" /translation="MMTAELLTMSQGLSALPEVVIDKYSDDLLTGVLDAIDPYFSAIP YVRKKHQTHRFRELLRLRELLDEKRDVLISRITQVLPSEASRIHYLKAQSEVLKIFEE ELADVMDEIDELMHILNENELKNSIRTDIRRQMGLLNSMRESILEIASDPEMPDEEFE RYMTLDQGIALLIKLYEKMLEDWKNPELSIYILMLSLRILAILNGKLEHLPLLRKDIV EMVPELEGEIRELRNKAPEIEKKAE" gene 1532023..1533111 /locus_tag="TGAM_1626" /note="tg1626" CDS 1532023..1533111 /locus_tag="TGAM_1626" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:Arch_ATPase, Archaeal ATPase" /inference="protein motif:CDD:COG1672, Predicted ATPase (AAA+ superfamily) [General function prediction only]" /inference="protein motif:COG:COG1672 Predicted ATPase (AAA+ superfamily); R General function prediction only" /inference="protein motif:Gene3D:G3D.3.40.50.300 no description" /inference="protein motif:HMMPfam:PF01637 Arch_ATPase InterPro:IPR011579 Prokaryotic ATPase" /inference="protein motif:superfamily:SSF46785 'Winged helix' DNA-binding domain" /inference="protein motif:superfamily:SSF52540 P-loop containing nucleoside triphosphate hydrolases" /note="Contains Archaeal ATPase domain (PF01637)" /codon_start=1 /transl_table=11 /product="Prokaryotic ATPase, AAA superfamily" /protein_id="ACS34128.1" /translation="MLFDVQPKTSIDELFGRRAEYLSFLDAIEKRRNFFIITGPRRIG KTSFLYASLNELEKEYGIPYAVIDARAATSLNSKYPQRVIAERLYKAIIRKGFVGGVI SKIKGLKIGGIEIETQDKNPDIIDVLSAINEGNELAIIAFDEAQYLRFSNEDLTKLFA WVLDSLHNIVLVFTGSQVGVLDNFLRLDEGNAPLFGRYEVRIPLPRFNPSESLEFLKR GFEEYGIETNERDLLPVVKVLDGVPGWLVHYGAHRVDGLPHDEAIEKVLEKAMTYVQT EFQELDKLSPRYRVVMRAIAKLSEGKGYARWERIKSLAEEELGDEIDEKSMRNYLSKL VDYGFLETIGYGKYRIPDPVMYRVFRRI" gene 1533229..1535877 /locus_tag="TGAM_1627" /note="tg1627" CDS 1533229..1535877 /locus_tag="TGAM_1627" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:COG1483, Predicted ATPase (AAA+ superfamily) [General function prediction only]" /inference="protein motif:CDD:DUF499, Protein of unknown function (DUF499)" /inference="protein motif:COG:COG1483 Predicted ATPase (AAA+ superfamily); R General function prediction only" /inference="protein motif:Gene3D:G3D.3.40.50.300 no description" /inference="protein motif:superfamily:SSF52540 P-loop containing nucleoside triphosphate hydrolases" /note="Contains one DNA primase DnaG, DnaB-binding domain" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein" /protein_id="ACS34129.1" /translation="MELKPFYQIAIPHDDIKEGKFTLDTFAADLWSVYQNKGPEDYRN PELFWERTYITSGLSVLLDIARKRLIDGVGDAVIQLQTPFGGGKTHSLIALYHKAREW GANVVVLDGTAFDAKEDILWEELERQLTGKVELLKGKTAPGKKKISKILEENAPVLIL IDELLEYMVKAAGIRVEDTTLADQTLAFMHELTEAVKKEDKALLVMTLPSSILEHYSE KAEEYFQKLQKIAGRAQRVFTPVQEEEVHDVIRTRLFKRIDETEMEAVVKRVVEYLEK EGLIPEGLNAYQYRQRFLRSYPFQPEVIDVLYHRWGSLPKFQRTRGVLRLLSIVVHSL IGRDVPFIRLSDFDLSVKTLRDELIDIIGESRYYSVLDADILSPSSGAKRVDRMVGES YEHYRVGTRAATVIFMYSFSGGDVKGATTKEIKLSCADTRYSSSIVGDAILYLKDNLL YLHYRDGRYFFSLEPSLNKLVVDEMNNVSEEQIRDVEHELLKGQLKGRYFKVYLWPSK PVDVPDSDPSLKLVVLPEYDKEKVLQILQSYGGSERVHKNTLIFLVPRETERASFNRL VRRYLAWKIIDEKAKKGSLELTSEQKEDVKENLKRAREDIVQKIAELYRLVLLPTRGG YEELDLGMKPVGIKKTIEELIYEKLREEGKLVEKMAPVVIEMKYLDGKEYVPTKALYE SFLKTPGMPLLKSKSVLIDAIRQGVSEGRFGLGYLTGEEVTCEYLGERPTVTLDEKEV IVNRKYCEELRARAKAEAEAESEAQAIAQEKATAVSVAEASREEWKPPAVRDKQAVLV PPETKGREEVVGSQVASIHLHLTLGPGTGGLRDILRALNLLKTKFERVTIEIKAENGH MSQTEYENLLETFRQLGIDVEELGEE" gene 1536139..1536597 /locus_tag="TGAM_1628" /note="tg1628" CDS 1536139..1536597 /locus_tag="TGAM_1628" /codon_start=1 /transl_table=11 /product="Hypothetical protein" /protein_id="ACS34130.1" /translation="MGRYNLYIPASTKYLLRRASKRLLTTQIELARKIADGKVDFDDI YTWGLDLRDRERIRFLYETEKEFAFKAVFPVRTENPSEVRASILAVSEMVERIVKKFY QDHEDLHEAIGSVHTALWRIQHTDGLTEWDKKRLARHVEEIQKLLRGDEQ" gene 1536594..1538603 /locus_tag="TGAM_1629" /note="tg1629" CDS 1536594..1538603 /locus_tag="TGAM_1629" /inference="protein motif:superfamily:SSF56747 DNA primase" /codon_start=1 /transl_table=11 /product="Hypothetical protein" /protein_id="ACS34131.1" /translation="MMPRHVSLISDEDRAILENKEALSGMIRKYLEFLYENTKQEYWF EVRILGLDGSVKRRMFRIKDIGRATNYIIREMNSDSRIKGIYVTINPAGGQKGGSFTN DDILEVINLPIDVDVFHNRAPSEVEVSAVKGAIKRAIQELFGKYNFRYMVVFSGFGFH VYLKVNPVEVGDRNWQAAFREVGRELADEFERVLKESIDPNYSHLVEDAVDKSVYNPS RIMRVAWTVNRRKIGGTIYEAVSKIVEISGANRLEIDELVKKKLREGITTREELHIEN MGGTRLNSEEKDALVEALKKYYMPGRRHNLVLGFAAFAWHKGIRVEDTLEVVRRVYVE TGDSDPWEDRERAVLDTYSATLKNYRSYLGKGTIWELNRALRSYYQRAMVKKKEEPSE YSVTSAQKVLSNDFDLLEWLIERTSDIIKEVDEKSGRVTYKVSFVVERAGKVETIVLK NTERTEKEKMFYALNEDFMAHFGVYIVDPLSIRKLNRQERSKFNDVLAKIMLDYYAFV TRNAKEIVIEEYEDVKNIFLDIIETEVLEIVKIDELNSISGDRVDELFRKRIMIYAEN ENRVYFDPHLLEYGAETRGFARTLAKFLHRIGVIDKKTWREVRRSKSLRNGRHVYLYY LISDRFFDFLEKENAIKPPIKTIDEYLDEQEYVDLDEIAGESVAA" gene 1538600..1540255 /locus_tag="TGAM_1630" /note="tg1630" CDS 1538600..1540255 /locus_tag="TGAM_1630" /inference="protein motif:CDD:RecB, ATP-dependent exoDNAse (exonuclease V) beta subunit (contains helicase and exonuclease domains) [DNA replication, recombination, and repair]" /inference="protein motif:CDD:UvrD, Superfamily I DNA and RNA helicases [DNA replication, recombination, and repair]" /inference="protein motif:CDD:UvrD-helicase, UvrD/REP helicase" /inference="protein motif:COG:COG0210 Superfamily I DNA and RNA helicases; L Replication, recombination and repair" /inference="protein motif:Gene3D:G3D.3.40.50.300 no description" /inference="protein motif:HMMPanther:PTHR11070 ATP DEPENDENT HELICASE RELATED InterPro:IPR000212 UvrD/REP helicase GO:Molecular Function:DNA binding (GO:0003677), Molecular Function:ATP-dependent DNA helicase activity (GO:0004003), Molecular Function:ATP binding (GO:0005524), Biological Process:DNA repair (GO:0006281)" /inference="protein motif:HMMPanther:PTHR11070:SF1 ATP DEPENDENT HELICASE RELATED" /inference="protein motif:HMMPfam:PF00580 UvrD-helicase InterPro:IPR000212 UvrD/REP helicase GO:Molecular Function:DNA binding (GO:0003677), Molecular Function:ATP-dependent DNA helicase activity (GO:0004003), Molecular Function:ATP binding (GO:0005524), Biological Process:DNA repair (GO:0006281)" /inference="protein motif:superfamily:SSF52540 P-loop containing nucleoside triphosphate hydrolases" /codon_start=1 /transl_table=11 /product="ATP-dependent DNA helicase, putative, UvrD/REP family" /protein_id="ACS34132.1" /translation="MNAQITILGPPGTGKTSALINLYKYFIGDASTDVTSFVQRYGLN KLITRRDYTSDEVLFLTFTTSAVRVLKERGIYNAYTLHSYITRVLMRNKLLTPAGFMR EPFIAAMMEMNYGYDFRDRFSSHPSNVAEIRYNYYFNVYYDKTSKEILEIVKQQEKDA VYQRIRDYVAWKEEKGIFDYVSVLRYFLTTTPATLAPEKEGSEPRVMIIDEAQDFSPL QWAVVKRLRSIGLLDYVVAAGDPNQSIYSFQGADPSEFENFMASGTVVVLKRSYRLPK QVYNKAEMLTRWLRTHFEYEPREELGKAITEYLKKSNLLKMNRTTGEKVIQILESVMD EDKTVFVLTRTNKQARELEKYIIEAGYRVSRIKNDDSLYDLLEEVIAFEEKRSIGMRL FFAVTSLNEEGIRLRSLFKTPIEAMMKVEECLTEGEHPNDEDNKAGKCSDDVLSLARF IENHYLDVLDPEEKRVLAGLRKKRNGRAIYVDTMHAAKGEEADVVIVIDFVNRKIEKE IQRDENALKEEVRVLYVAMTRARERLYVLTSKSKRSVLGYVRF" gene complement(1540633..1540710) /locus_tag="TGAM_r031" /note="tg_tRNA-Arg3" tRNA complement(1540633..1540710) /locus_tag="TGAM_r031" /product="tRNA-Arg" /note="codon recognized: CGG" gene 1540801..1541667 /locus_tag="TGAM_1631" /note="tg1631" CDS 1540801..1541667 /locus_tag="TGAM_1631" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:COG4026, Uncharacterized protein containing TOPRIM domain, potential nuclease [General function prediction only]" /inference="protein motif:CDD:TOPRIM_RNase_M5_like, TOPRIM_ RNase M5_like:The topoisomerase-primase (TOPRIM) nucleotidyl transferase/hydrolase domain found in Ribonuclease M5:(RNase M5) and other small primase-like proteins from bacteria and archaea" /inference="protein motif:COG:COG4026 Uncharacterized protein containing TOPRIM domain, potential nuclease; R General function prediction only" /inference="protein motif:Gene3D:G3D.1.20.5.170 no description" /inference="protein motif:Gene3D:G3D.3.40.50.140 no description" /inference="protein motif:HMMPfam:PF01751 Toprim InterPro:IPR006171 TOPRIM GO:Molecular Function:nucleic acid binding (GO:0003676), Biological Process:DNA modification (GO:0006304)" /inference="protein motif:HMMPfam:PF02183 HALZ InterPro:IPR003106 Leucine zipper, homeobox-associated GO:Molecular Function:DNA binding (GO:0003677), Cellular Component:nucleus (GO:0005634), Biological Process:regulation of transcription, DNA-dependent (GO:0006355)" /inference="protein motif:HMMSmart:SM00493 no description InterPro:IPR006154 Toprim subdomain GO:Molecular Function:nucleic acid binding (GO:0003676), Biological Process:DNA modification (GO:0006304)" /inference="protein motif:superfamily:SSF56731 DNA primase core" /inference="protein motif:superfamily:SSF75553 Smc hinge domain" /note="Contains Toprim (PF01751) and DNA primase core (SSF56731) domains" /codon_start=1 /transl_table=11 /product="nuclease-related protein,containing Toprim domain" /protein_id="ACS34133.1" /translation="MAIVDVRILVEGASDVEVVSKALQGLALGSEYNITISSIIPTTN IDIAKSAAAGADLLIIATDADRVGRELAERLFNELGEMVGHIERMKLPLGHDLEHVDV ELVRKELKNTLIRAGLKSLRVLPEYMELRKELLDIKGHYEELAHQYDELEREYEELRK KYEELRSEYLSLKQENESLQTLLEKKSRPVKIEEAWKALFPAEPVPPEEFLAIAVEKL GLNGKIVVGQGYIYAEEEEAVGELLKTVYLSMAISKELVEKERPEEKEPERGKEEIEE DVKATLSGTGED" gene 1541676..1542527 /gene="xerC" /locus_tag="TGAM_1632" /gene_synonym="xerD" /note="tg1632" CDS 1541676..1542527 /gene="xerC" /locus_tag="TGAM_1632" /gene_synonym="xerD" /inference="protein motif:CDD:DNA_BRE_C, DNA breaking-rejoining enzymes, C-terminal catalytic domain" /inference="protein motif:CDD:HP1_INT_C, Phage HP1 integrase, C-terminal catalytic domain" /inference="protein motif:CDD:INT_ASSRA_C, Archaeal site-specific recombinase A (ASSRA), DNA breaking-rejoining enzymes, integrase/recombinases, C-terminal catalytic domain" /inference="protein motif:CDD:INT_Cre, Cre recombinase, C-terminal catalytic domain" /inference="protein motif:CDD:INT_FimBE_C, FimB and FimE and related proteins, DNA breaking-rejoining enzymes, integrase/recombinases, catalytic domain" /inference="protein motif:CDD:INT_IntI, IntI (E2) integrases, site-specific tyrosine recombinases, DNA breaking-rejoining enzymes, N- and C-terminal domains" /inference="protein motif:CDD:INT_P22_C, P22-like integrases, site-specific recombinases, DNA breaking-rejoining enzymes, C-terminal catalytic domain" /inference="protein motif:CDD:INT_P4, Bacteriophage P4 integrase" /inference="protein motif:CDD:INT_pAE1, pAE1 and related integrases, DNA breaking-rejoining enzymes, integrase/recombinases, C-terminal domain" /inference="protein motif:CDD:INT_phiLC3_C, phiLC3 phage and phage-related integrases, site-specific recombinases, DNA breaking-rejoining enzymes, C-terminal catalytic domain" /inference="protein motif:CDD:INT_Rci, Rci recombinase, C-terminal catalytic domain" /inference="protein motif:CDD:INT_REC_C, DNA breaking-rejoining enzymes, intergrase/recombinases, C-terminal catalytic domain" /inference="protein motif:CDD:INT_SG1_C, INT_SG1, DNA breaking-rejoining enzymes, integrase/recombinases subgroup 1, C-terminal catalytic domain" /inference="protein motif:CDD:INT_SG3_C, INT_SG3, DNA breaking-rejoining enzymes, integrase/recombinases subgroup 3, catalytic domain" /inference="protein motif:CDD:INT_SG4, INT_SG4, DNA breaking-rejoining enzymes, integrase/recombinases subgroup 4, N- and C-terminal domains" /inference="protein motif:CDD:INT_SG5, INT_SG5, DNA breaking-rejoining enzymes, integrase/recombinases subgroup 5, N- and C-terminal domains" /inference="protein motif:CDD:INT_Tn1545_C, Tn1545-related conjugative transposon integrases, site-specific recombinases, DNA breaking-rejoining enzymes, C-terminal catalytic domain" /inference="protein motif:CDD:INT_Tn4399, Tn4399 and related integrases, DNA breaking-rejoining enzymes, integrase/recombinases, N- and C-terminal domains" /inference="protein motif:CDD:INT_Tn544B_C, Tn544B and related transposases, DNA breaking-rejoining enzymes, integrase/recombinases, catalytic domain" /inference="protein motif:CDD:INT_Tn554A_C, Tn544A and related transposases, DNA breaking-rejoining enzymes, integrase/recombinases, C-terminal catalytic domain" /inference="protein motif:CDD:INT_VanD, VanD integrase, IntD, and related integrases, DNA breaking-rejoining enzymes, integrase/recombinases, N- and C-terminal domains" /inference="protein motif:CDD:INT_XerDC, XerD and XerC integrases, DNA breaking-rejoining enzymes, N- and C-terminal domains" /inference="protein motif:CDD:Phage_integrase, Phage integrase family" /inference="protein motif:CDD:XerC, Integrase [DNA replication, recombination, and repair]" /inference="protein motif:CDD:XerC, Site-specific recombinase XerC [DNA replication, recombination, and repair]" /inference="protein motif:CDD:XerD, Site-specific recombinase XerD [DNA replication, recombination, and repair]" /inference="protein motif:COG:COG0582 Integrase; L Replication, recombination and repair" /inference="protein motif:Gene3D:G3D.1.10.150.130 no description" /inference="protein motif:Gene3D:G3D.1.10.443.10 no description InterPro:IPR013762 Phage integrase-like, catalytic core GO:Molecular Function:DNA binding (GO:0003677), Biological Process:DNA recombination (GO:0006310), Biological Process:DNA integration (GO:0015074)" /inference="protein motif:HMMPfam:PF00589 Phage_integrase InterPro:IPR002104 Phage integrase, catalytic core GO:Molecular Function:DNA binding (GO:0003677), Biological Process:DNA recombination (GO:0006310), Biological Process:DNA integration (GO:0015074)" /inference="protein motif:HMMPfam:PF02899 Phage_integr_N InterPro:IPR004107 Phage integrase, N-terminal SAM-like GO:Biological Process:DNA integration (GO:0015074)" /inference="protein motif:superfamily:SSF47823 lambda integrase-like, N-terminal domain InterPro:IPR010998 Lambda integrase-like, N-terminal" /inference="protein motif:superfamily:SSF56349 DNA breaking-rejoining enzymes InterPro:IPR011010 DNA breaking-rejoining enzyme, catalytic core GO:Molecular Function:DNA binding (GO:0003677)" /codon_start=1 /transl_table=11 /product="xerC/D integrase/recombinase protein (xerC/xerD)" /protein_id="ACS34134.1" /translation="MKEENSTAIEEFATYLDLEGKSPNTIRMYTYYVRRYLEHGGGLD FRSALRFLARLRREGYSNRSLNLVVQALRAYFRFEGLDEEAEKLKPPRVPKSLPKALT QEDVRKLLSVIPLTRRRDRLIVLLLYGAGLRVSELCNLKKEDIDLDRGIITVRGGKGA KDRVVPIPPALTEEIKAYLSERDDDSEYLLVEVRRGTKDRLSPKTVWYLLNRYGKKAG VKVTPHMLRHSFATHMLERGVDIRAIQELLGHSNLSTTQIYTKVTVEHLKKAQEKAKL LESLMEE" gene complement(1542536..1543504) /locus_tag="TGAM_1633" /note="tg1633" CDS complement(1542536..1543504) /locus_tag="TGAM_1633" /EC_number="5.3.1.-" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:COG0182, Predicted translation initiation factor 2B subunit, eIF-2B alpha/beta/delta family [Translation, ribosomal structure and biogenesis]" /inference="protein motif:CDD:GCD2, Translation initiation factor 2B subunit, eIF-2B alpha/beta/delta family [Translation, ribosomal structure and biogenesis]" /inference="protein motif:CDD:IF-2B, Initiation factor 2 subunit family" /inference="protein motif:COG:COG1184 Translation initiation factor 2B subunit, eIF-2B alpha/beta/delta family; J Translation, ribosomal structure and biogenesis" /inference="protein motif:HMMPanther:PTHR10233 TRANSLATION INITIATION FACTOR EIF-2B BETA SUBUNIT InterPro:IPR000649 Initiation factor 2B related GO:Biological Process:cellular biosynthesis (GO:0044249)" /inference="protein motif:HMMPanther:PTHR10233:SF1 TRANSLATION INITIATION FACTOR EIF-2B BETA SUBUNIT" /inference="protein motif:HMMPfam:PF01008 IF-2B InterPro:IPR000649 Initiation factor 2B related GO:Biological Process:cellular biosynthesis (GO:0044249)" /inference="protein motif:HMMTigr:TIGR00511 aIF-2BII_fam:translation initiation fac InterPro:IPR005250 Putative translation initiation factor, aIF-2BII" /inference="protein motif:HMMTigr:TIGR00524 eIF-2B_rel:eIF-2B alpha/beta/delta-rela InterPro:IPR011559 Initiation factor 2B alpha/beta/delta GO:Biological Process:cellular biosynthesis (GO:0044249)" /inference="protein motif:superfamily:SSF51735 NAD(P)-binding Rossmann-fold domains" /codon_start=1 /transl_table=11 /product="ribose-1,5-bisphosphate isomerase, e2b2 family" /protein_id="ACS34135.1" /translation="MAVLREVLEIAEKIKNMEIRGAGKIARSAAYALQIQAEKSKAKS VDEFWEEMKQAAKILYETRPTAVSLPNALRYVMHRGKIAYQSGADLEQLRYVVITAAK EFIHNSEKAVERIGEIGAKRIEDGDIIMTHCHSKAAISVMKTAWEQGKDIKVIVTETR PKWQGKITAKELASYGIPVIYVVDSAARHYMKMTDKVVMGADSITVNGAVINKIGTAL IALTAKEHRVWTMIAAETYKFHPETMLGQLVEIEMRDPTEVIPEEELKTWPENITVWN PAFDVTPPEYVDVIITERGVIPPSAAIDILREEFGWALKYREPWED" gene 1543658..1544035 /gene="rps6E" /locus_tag="TGAM_1634" /note="tg1634" CDS 1543658..1544035 /gene="rps6E" /locus_tag="TGAM_1634" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:BlastProDom:PD003460 RS6E_PYRHO_O58349; InterPro:IPR001377 Ribosomal protein S6e GO:Molecular Function:structural constituent of ribosome (GO:0003735), Cellular Component:intracellular (GO:0005622), Cellular Component:ribosome (GO:0005840), Biological Process:protein biosynthesis (GO:0006412)" /inference="protein motif:CDD:Ribosomal_S6e, Ribosomal protein S6e" /inference="protein motif:CDD:RPS6A, Ribosomal protein S6E (S10) [Translation, ribosomal structure and biogenesis]" /inference="protein motif:COG:COG2125 Ribosomal protein S6E (S10); J Translation, ribosomal structure and biogenesis" /inference="protein motif:HMMPanther:PTHR11502 40S RIBOSOMAL PROTEIN S6 InterPro:IPR001377 Ribosomal protein S6e GO:Molecular Function:structural constituent of ribosome (GO:0003735), Cellular Component:intracellular (GO:0005622), Cellular Component:ribosome (GO:0005840), Biological Process:protein biosynthesis (GO:0006412)" /inference="protein motif:HMMPfam:PF01092 Ribosomal_S6e InterPro:IPR001377 Ribosomal protein S6e GO:Molecular Function:structural constituent of ribosome (GO:0003735), Cellular Component:intracellular (GO:0005622), Cellular Component:ribosome (GO:0005840), Biological Process:protein biosynthesis (GO:0006412)" /inference="protein motif:superfamily:SSF54570 Ribosomal protein S19 InterPro:IPR002222 Ribosomal protein S19/S15 GO:Molecular Function:structural constituent of ribosome (GO:0003735), Cellular Component:intracellular (GO:0005622), Cellular Component:ribosome (GO:0005840), Biological Process:protein biosynthesis (GO:0006412)" /codon_start=1 /transl_table=11 /product="SSU ribosomal protein S6E (rps6E)" /protein_id="ACS34136.1" /translation="MATFKVVISNPKNGIARQIEISGDAAEKLIGKRIGDEIPVKELG INLSEIFGQEIPEDAKLKIKGGTDKDGFPMRPDVHGPRRVRILLSRGPGFRPKEKGER RKKTVRGNTISPEIVQINAVLVF" gene complement(1544047..1544688) /locus_tag="TGAM_1635" /note="tg1635" CDS complement(1544047..1544688) /locus_tag="TGAM_1635" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:AlaS, Alanyl-tRNA synthetase [Translation, ribosomal structure and biogenesis]" /inference="protein motif:CDD:COG2872, Predicted metal-dependent hydrolases related to alanyl-tRNA synthetase HxxxH domain [General function prediction only]" /inference="protein motif:CDD:tRNA-synt_2c, tRNA synthetases class II (A)" /inference="protein motif:COG:COG2872 Predicted metal-dependent hydrolases related to alanyl-tRNA synthetase HxxxH domain; R General function prediction only" /inference="protein motif:HMMPanther:PTHR11777 ALANYL-TRNA SYNTHETASE" /inference="protein motif:HMMPanther:PTHR11777:SF2 ALANYL-TRNA SYNTHETASE" /inference="protein motif:HMMPfam:PF01411 tRNA-synt_2c InterPro:IPR002318 Alanyl-tRNA synthetase, class IIc GO:Molecular Function:alanine-tRNA ligase activity (GO:0004813), Molecular Function:ATP binding (GO:0005524), Biological Process:alanyl-tRNA aminoacylation (GO:0006419)" /inference="protein motif:HMMPfam:PF07973 tRNA_SAD InterPro:IPR012947 Threonyl/alanyl tRNA synthetase, SAD" /inference="protein motif:ProfileScan:PS50860 AA_TRNA_LIGASE_II_ALA InterPro:IPR002318 Alanyl-tRNA synthetase, class IIc GO:Molecular Function:alanine-tRNA ligase activity (GO:0004813), Molecular Function:ATP binding (GO:0005524), Biological Process:alanyl-tRNA aminoacylation (GO:0006419)" /inference="protein motif:superfamily:SSF55186 Threonyl-tRNA synthetase (ThrRS), second 'additional' domain" /codon_start=1 /transl_table=11 /product="Alanyl-tRNA synthetase related protein" /protein_id="ACS34137.1" /translation="MTRKLYYEDAYLREAKAKVLEVKENALLLDQTIFYPTGGGQPHD RGWINGVEVLDVYKDEEGNVWHVVKEPEKFKPNQEVELKIDWDYRYKLMRIHSAMHLL EHVLNLVLPGKWELYGSGMSVEKGRYDILYPENVNKWKQEIIETFNRLVDEGGEMKIW WEGETRYTQIRDFEVIPCAGTHVRDIREIGHLKKFKRSSLGKGKQRLEIWLED" gene complement(1544751..1545401) /locus_tag="TGAM_1636" /note="tg1636" CDS complement(1544751..1545401) /locus_tag="TGAM_1636" /inference="protein motif:COG:COG0526 Thiol-disulfide isomerase and thioredoxins; O Posttranslational modification, protein turnover, chaperones" /inference="protein motif:Gene3D:G3D.3.40.30.10 no description InterPro:IPR012335 Thioredoxin fold" /inference="protein motif:HMMPfam:PF00462 Glutaredoxin InterPro:IPR002109 Glutaredoxin GO:Molecular Function:electron transporter activity (GO:0005489), Biological Process:electron transport (GO:0006118), Biological Process:cell redox homeostasis (GO:0045454)" /inference="protein motif:ProfileScan:PS50223 THIOREDOXIN_2 InterPro:IPR006663 Thioredoxin domain 2 GO:Molecular Function:electron transporter activity (GO:0005489), Biological Process:electron transport (GO:0006118)" /inference="protein motif:superfamily:SSF52833 Thioredoxin-like InterPro:IPR012336 Thioredoxin-like fold" /note="1 probable transmembrane helix predicted by modhmm" /codon_start=1 /transl_table=11 /product="Glutaredoxin related protein" /protein_id="ACS34138.1" /translation="MAGMKRVVGLALLLLLSSVLFPVSASDWKFDPSLVHFYLYGAKT CPHCRHMKEVIPETYGADKFTYYELVGNSHNDEVLNNISRLIGVTGVPVIGITYNGTL VAVIEGEYKVSATPEIVETALKNNGTLLLLASGNYILPHNNTKAREIVEKLQYLFTKA GEPSETSTTPKKTHTTASETPADGTHTTTNGNDKRICGPALIIAIAMVPLFPRRRR" gene 1545350..1546294 /locus_tag="TGAM_1637" /note="tg1637" CDS 1545350..1546294 /locus_tag="TGAM_1637" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:AP2Ec, AP endonuclease family 2" /inference="protein motif:CDD:AP_endonuc_2, AP endonuclease family 2" /inference="protein motif:CDD:IolE, Sugar phosphate isomerases/epimerases [Carbohydrate transport and metabolism]" /inference="protein motif:COG:; L Replication, recombination and repair" /inference="protein motif:Gene3D:G3D.3.20.20.150 no description" /inference="protein motif:HMMPfam:PF01261 AP_endonuc_2 InterPro:IPR012307 Xylose isomerase-like TIM barrel" /inference="protein motif:superfamily:SSF51658 Xylose isomerase-like" /codon_start=1 /transl_table=11 /product="Predicted AP endonuclease, family 2" /protein_id="ACS34139.1" /translation="MRAVAIELTQQPFSYQPPGKLGGGGYKLSLHQIFILSGRAFIKV KAMEIGVTIYPRFVTKDKSLASVLADVKIKSYDFVSIFPHTLGLIVNGQVMEKKLKNI ESTLKGVGIDYIVRMPTSMNLRDHIYHSRHFRVAKAVADVAIKLGAKVIVMQSGKTGR LDLEIEALQHLADMVKPFGIKIALENTYSVKDTLYVVDNVNRDNVGFALDVAHAFLSA QGDENKLLEDVKLGTDKTIILMIHDNFGKLFPQVEPEDALAYGVGDLHLLPGEGKIPF GKVLKLFGDVPILLKVKDPDKFARIPTKKGLIELLTSL" gene complement(1546297..1547283) /gene="ftsY" /locus_tag="TGAM_1638" /gene_synonym="srp54" /note="tg1638" CDS complement(1546297..1547283) /gene="ftsY" /locus_tag="TGAM_1638" /gene_synonym="srp54" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:BlastProDom:PD000819 Q9V1C5_PYRAB_Q9V1C5; InterPro:IPR000897 GTP-binding signal recognition particle SRP54, G-domain" /inference="protein motif:CDD:Ffh, Signal recognition particle GTPase [Intracellular trafficking and secretion]" /inference="protein motif:CDD:FlhF, Flagellar GTP-binding protein [Cell motility and secretion]" /inference="protein motif:CDD:FtsY, Signal recognition particle GTPase [Intracellular trafficking and secretion]" /inference="protein motif:CDD:SRP, The signal recognition particle (SRP) mediates the transport to or across the plasma membrane in bacteria and the endoplasmic reticulum in eukaryotes" /inference="protein motif:CDD:SRP54, SRP54-type protein, GTPase domain" /inference="protein motif:COG:COG0552 Signal recognition particle GTPase; U Intracellular trafficking, secretion, and vesicular transport" /inference="protein motif:Gene3D:G3D.1.20.120.140 no description" /inference="protein motif:Gene3D:G3D.3.40.50.300 no description" /inference="protein motif:HMMPanther:PTHR11564 GTPASE CONTAINING FAMILY OF SIGNAL RECOGNITION PARTICLE PROTEINS" /inference="protein motif:HMMPanther:PTHR11564:SF6 CELL DIVISION PROTEIN FTSY" /inference="protein motif:HMMPfam:PF00448 SRP54 InterPro:IPR000897 GTP-binding signal recognition particle SRP54, G-domain" /inference="protein motif:HMMPfam:PF02881 SRP54_N InterPro:IPR000897 GTP-binding signal recognition particle SRP54, G-domain" /inference="protein motif:HMMSmart:SM00382 no description InterPro:IPR003593 AAA ATPase" /inference="protein motif:HMMTigr:TIGR00064 ftsY:signal recognition particle-docking pr InterPro:IPR004390 Cell division transporter substrate-binding protein FtsY" /inference="protein motif:ScanRegExp:PS00300 SRP54 InterPro:IPR000897 GTP-binding signal recognition particle SRP54, G-domain" /inference="protein motif:superfamily:SSF47364 Domain of the SRP/SRP receptor G-proteins InterPro:IPR000897 GTP-binding signal recognition particle SRP54, G-domain" /inference="protein motif:superfamily:SSF52540 P-loop containing nucleoside triphosphate hydrolases" /codon_start=1 /transl_table=11 /product="GTP-binding signal recognition particle receptor (SRP alpha, SRP54) (FtsY/SRP54)" /protein_id="ACS34140.1" /translation="MFGKLREKLKGFVRRVEENVEEEEKKIEKAEPEKKPGLFERLLQ VEIKEKDVERALEDLEIELLEADVALEVVDELRESIKRKLVGKKVKIGTDKAKVIEDA VKEAVLEVLTPPRKINLLEEIRAKKEKPYVIVFVGFNGSGKTTTIAKLAHWLKKNGLS VVIAASDTFRAGAIEQVEEHAKRVGVKVIKHSYGADPAAVAYDAIQHAKARGIDVVLV DTAGRNELNRNLMDEMKKIVRVTKPDLVIFVGDSLAGNSIIDQARQFNEAVKIDGVIL TKLDADSRGGAALSISHAIGAPILFVGVGQGYEDLRPFDEKWFVNLIFGEEN" gene complement(1547378..1547836) /locus_tag="TGAM_1639" /note="tg1639" CDS complement(1547378..1547836) /locus_tag="TGAM_1639" /experiment="gene product confirmed by mass spectrometry" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein" /protein_id="ACS34141.1" /translation="MGLRLTDILYLKSGRILMTGNPRRIARIILNEWAREGWRILAEG LPFQIEGDVFIGDPFENENFDVYLILNPLARTGNERERLHSWLDSHRDRLVVLYEHKY VGDSITRYPLRNFIDYLLAYRRETVGAEIVNLYRLENGRVVESSKLVRRR" gene 1548003..1549295 /locus_tag="TGAM_1640" /note="tg1640" CDS 1548003..1549295 /locus_tag="TGAM_1640" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:Bmp, Basic membrane protein" /inference="protein motif:CDD:Med, Uncharacterized ABC-type transport system, periplasmic component/surface lipoprotein [General function prediction only]" /inference="protein motif:COG:COG1744 Uncharacterized ABC-type transport system, periplasmic component/surface lipoprotein; R General function prediction only" /inference="protein motif:Gene3D:G3D.3.40.50.2300 no description" /inference="protein motif:HMMPfam:PF02608 Bmp InterPro:IPR003760 Basic membrane lipoprotein GO:Molecular Function:lipid binding (GO:0008289)" /inference="protein motif:superfamily:SSF53822 Periplasmic binding protein-like I" /note="1 probable transmembrane helix predicted by modhmm" /codon_start=1 /transl_table=11 /product="Membrane lipoprotein" /protein_id="ACS34142.1" /translation="MKWKSVFALLVVGLVALSVAASGCIGGGGEKETSSESSSQTNSQ TTSSASYSGAIAIVYDVGGRGDLSFNDMAYLGASKAAKDFNLELVELQSNSEDDYYKN LETLAKAKKYKIIIAVGFMMTDAVNATAKKYPDQKFAIIDGYIPDRDNVMSIQFKENE GSALAGALAGLIAANDGKDKVGIVLGMEIPVLYKFEAGYRFGIKWAEDYYKQKTGNEA NIDVLYQYTGSFNDAAKGKAAAETQLQQGAWVIYQVAGGTGLGVFQAVKEYLDARGKK MGPPFAIGVDSAQDWIKPGVIIASMMKRVDVGVYNAVKAAVEGNFKGGVVELGLKENG VGLSTVDDVMAMFNSLPEDTQKKKLQELGFNSKDELKQYLENTRKQVPDWIWQAVDEL KQKIINGEIKVPAPMDKEGIEKIRQAGTWQEMEQLASS" gene 1549313..1550884 /locus_tag="TGAM_1641" /note="tg1641" CDS 1549313..1550884 /locus_tag="TGAM_1641" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:BlastProDom:PD000006 Q97L59_CLOAB_Q97L59; InterPro:IPR003439 ABC transporter related GO:Molecular Function:ATP binding (GO:0005524), Molecular Function:ATPase activity (GO:0016887)" /inference="protein motif:BlastProDom:PD000006 Q9HR21_HALN1_Q9HR21; InterPro:IPR003439 ABC transporter related GO:Molecular Function:ATP binding (GO:0005524), Molecular Function:ATPase activity (GO:0016887)" /inference="protein motif:COG:COG3845 ABC-type uncharacterized transport systems, ATPase components; R General function prediction only" /inference="protein motif:Gene3D:G3D.3.40.50.300 no description" /inference="protein motif:HMMPanther:PTHR19222 ATP-BINDING CASSETTE TRANSPORTER" /inference="protein motif:HMMPfam:PF00005 ABC_tran InterPro:IPR003439 ABC transporter related GO:Molecular Function:ATP binding (GO:0005524), Molecular Function:ATPase activity (GO:0016887)" /inference="protein motif:HMMSmart:SM00382 no description InterPro:IPR003593 AAA ATPase GO:Molecular Function:nucleotide binding (GO:0000166), Molecular Function:nucleoside-triphosphatase activity (GO:0017111)" /inference="protein motif:ProfileScan:PS50100 DA_BOX InterPro:IPR003439 ABC transporter related GO:Molecular Function:ATP binding (GO:0005524), Molecular Function:ATPase activity (GO:0016887)" /inference="protein motif:ProfileScan:PS50101 ATP_GTP_A2" /inference="protein motif:ProfileScan:PS50893 ABC_TRANSPORTER_2 InterPro:IPR003439 ABC transporter related GO:Molecular Function:ATP binding (GO:0005524), Molecular Function:ATPase activity (GO:0016887)" /inference="protein motif:ScanRegExp:PS00211 ABC_TRANSPORTER_1 InterPro:IPR003439 ABC transporter related GO:Molecular Function:ATP binding (GO:0005524), Molecular Function:ATPase activity (GO:0016887)" /inference="protein motif:superfamily:SSF52540 P-loop containing nucleoside triphosphate hydrolases" /codon_start=1 /transl_table=11 /product="ABC-type transport system, ATPase component" /protein_id="ACS34143.1" /translation="MTRGGVSMEKRPIIEMQGIVKVYPDGTKALRGVDLTVYPGEILG LLGENGAGKTTLMKILFGMLKPTSGKIIVKGKEVHFKSPLDAISMGIGMVHQHFTLVE VFDALHNIILGMEGHGLFSRIDVESARKRLQKLMDDLNFQVPLDVPVENLPVGVQQRV EILKMLYRNVDILILDEPTAVLTPLEVEELFEVLRKLKAEGKTIIFISHKLNEVMEIT DRVTVIRKGKVVGTVKTEEATPQLLARMMVGRDVVLKIEKPPKEPGKPVLRVENLWVK GDRGEEAVKGLSFEVREGEILGIAGVEGNGQTELIEAITGLRKLEKGKVELNGVDVTG RPPKELYDLGMAHIPEDRTNMGLILDMTVTENSILGLQWRKKFQRARGIINWVAARRH ANELISKFDIVAPGPDAPVKSLSGGNQQKLIVAREVSKEPALIVAAQPTRGVDVASTE YIRNYLVKLRNENKAVLLVSADLDEILQLSDRMAVMYEGQFMGVVKPGEVTLEEIGMM MGGIRYEELKRAKGE" gene 1550877..1551914 /locus_tag="TGAM_1642" /note="tg1642" CDS 1550877..1551914 /locus_tag="TGAM_1642" /inference="protein motif:CDD:AraH, Ribose/xylose/arabinose/galactoside ABC-type transport systems, permease components [Carbohydrate transport and metabolism]" /inference="protein motif:CDD:BPD_transp_2, Branched-chain amino acid transport system / permease component" /inference="protein motif:CDD:COG1079, Uncharacterized ABC-type transport system, permease component [General function prediction only]" /inference="protein motif:CDD:COG4603, ABC-type uncharacterized transport system, permease component [General function prediction only]" /inference="protein motif:COG:COG4603 ABC-type uncharacterized transport system, permease component; R General function prediction only" /inference="protein motif:HMMPfam:PF02653 BPD_transp_2 InterPro:IPR001851 Bacterial inner-membrane translocator GO:Molecular Function:transporter activity (GO:0005215), Biological Process:transport (GO:0006810), Cellular Component:membrane (GO:0016020)" /inference="protein motif:ProfileScan:PS50281 BPD_TRANSP_INN_MEMB_2 InterPro:IPR001851 Bacterial inner-membrane translocator GO:Molecular Function:transporter activity (GO:0005215), Biological Process:transport (GO:0006810), Cellular Component:membrane (GO:0016020)" /inference="protein motif:superfamily:SSF81345 ABC transporter involved in vitamin B12 uptake, BtuC" /note="8 probable transmembrane helices predicted by modhmm" /codon_start=1 /transl_table=11 /product="ABC-type transport system, permease component" /protein_id="ACS34144.1" /translation="MSEVLSKINIKAFVESVLAILIGFLIGAIILLAFGYDPVDAYVA LFKGGLASTDNIAVTLHYSTPLMLTALTFAIGARTGIFNIGAESSFYFGAIAAIAFTN IWGNLWFGLLMGMVLGALWALPAALLKVYRGVHEVISTIMLNWIGWYFVLWLIVGPYA NPKNPIKTIKVPPSARLPLIGNTVLSWGFIIAVIASVSIYFILWHTTLGFSMRASGYN EKAARYGGINPKMAVLWSFLIGGMMSGLGGAMKIMGDYPGYAISQGGANIYGFGFDGI GVSLVGRNHPLGIILSAIFFGMLKAGTSSMQQTGVPLEIVRVIQGVIIITVAIPSLYD LIKKALGRGAA" gene 1551914..1552801 /locus_tag="TGAM_1643" /note="tg1643" CDS 1551914..1552801 /locus_tag="TGAM_1643" /inference="protein motif:CDD:AraH, Ribose/xylose/arabinose/galactoside ABC-type transport systems, permease components [Carbohydrate transport and metabolism]" /inference="protein motif:CDD:BPD_transp_2, Branched-chain amino acid transport system / permease component" /inference="protein motif:CDD:COG1079, Uncharacterized ABC-type transport system, permease component [General function prediction only]" /inference="protein motif:CDD:COG4603, ABC-type uncharacterized transport system, permease component [General function prediction only]" /inference="protein motif:COG:COG1079 Uncharacterized ABC-type transport system, permease component; R General function prediction only" /inference="protein motif:HMMPfam:PF02653 BPD_transp_2 InterPro:IPR001851 Bacterial inner-membrane translocator GO:Molecular Function:transporter activity (GO:0005215), Biological Process:transport (GO:0006810), Cellular Component:membrane (GO:0016020)" /inference="protein motif:ProfileScan:PS50281 BPD_TRANSP_INN_MEMB_2 InterPro:IPR001851 Bacterial inner-membrane translocator GO:Molecular Function:transporter activity (GO:0005215), Biological Process:transport (GO:0006810), Cellular Component:membrane (GO:0016020)" /note="8 probable transmembrane helices predicted by modhmm" /codon_start=1 /transl_table=11 /product="ABC-type transport system, permease component" /protein_id="ACS34145.1" /translation="MDVGALMVILKNSLMAMVPIVLTSVGAAWSERAGVVSIGYEGVL LASAFFGAIFAEITGHASIGLLGGLFVGALFGMLHGFLTVYLKGDHVIPGIGINLLAA GLVPFGIIAYWGTAGQHQLPFTLWHLKTRYGEFSPMILVTIAISIITWWVLFRTPLGL RVRAVGENPEAADALGINVEKYRFWSTVYGHALAGLGGAYMSVDWLGMVHKTMSGGRG FIALANMVFSNWNPLVSLIGGWLFGFFDGLATWLAPKHLVPEQFIYMLPYIMTIIIVA GIIGKARPPKWDGKPYKRE" gene complement(1552803..1553786) /locus_tag="TGAM_1644" /note="tg1644" CDS complement(1552803..1553786) /locus_tag="TGAM_1644" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:AdcA, Metal binding protein AcdA" /inference="protein motif:CDD:LraI, ABC-type metal ion transport system, periplasmic component/surface adhesin [Inorganic ion transport and metabolism]" /inference="protein motif:CDD:PsaA, Metal binding protein PsaA" /inference="protein motif:CDD:SBP_bac_9, Periplasmic solute binding protein family" /inference="protein motif:CDD:TroA, Metal binding protein TroA" /inference="protein motif:CDD:TroA_b, Metal binding protein TroA_b" /inference="protein motif:CDD:TroA_c, Periplasmic binding protein TroA_c" /inference="protein motif:CDD:ZntC, Metal binding protein ZntC" /inference="protein motif:CDD:ZnuA, ABC-type Zn2+ transport system, periplasmic component/surface adhesin [Inorganic ion transport and metabolism]" /inference="protein motif:CDD:ZnuA, Zinc binding protein ZnuA" /inference="protein motif:COG:COG0803 ABC-type metal ion transport system, periplasmic component/surface adhesin; P Inorganic ion transport and metabolism" /inference="protein motif:Gene3D:G3D.3.40.50.2010 no description" /inference="protein motif:HMMPfam:PF01297 SBP_bac_9 InterPro:IPR006127 Periplasmic solute binding protein GO:Molecular Function:binding (GO:0005488), Cellular Component:periplasmic space (sensu Proteobacteria) (GO:0030288)" /inference="protein motif:superfamily:SSF53807 'Helical backbone' metal receptor" /note="2 probable transmembrane helices predicted by modhmm" /codon_start=1 /transl_table=11 /product="ABC-type transporter, periplasmic component, surface adhesin" /protein_id="ACS34146.1" /translation="MRRGHAFLLTILLLGLIAPGAGAEERRPLVVASIGPIASIVEEA FGNSVEVVTLVPLGADPHEYQLSAEQINLLQRADVIVTTGGHLPVEAKIAQLKEEGVI NAEVLLIDDFKVKGFHYLPERWYGGKDNPHGAWLDPDNALAIASATEGALEKVDPANA ETYRRDFDIFRTKVSAIKWAFSGFVANKSAVINMPPVQYAVEWLGIKAIASIKPEEEV PARGVDELVPVAGESDVIVYSLQSPVQLRNAAFELAEKSGKPLAGVVVFWEGRPYTEV LRENAVNVLRAVGEKRVEVEKKGNGYDLAYVLSALFAGLSLGTALGYVLKG" gene complement(1553843..1554130) /locus_tag="TGAM_1645" /note="tg1645" CDS complement(1553843..1554130) /locus_tag="TGAM_1645" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein" /protein_id="ACS34147.1" /translation="MDREKKIEEIRNHSVYAREIYDMHSESIDRVIDEYESLKEDYLN DHSRARIVRIVFNEDNGLPLAIEFNRKDDSFKGFTIAIGKPHIKSDNGKDD" gene complement(1554143..1554790) /locus_tag="TGAM_1646" /note="tg1646" CDS complement(1554143..1554790) /locus_tag="TGAM_1646" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:COG2236, Predicted phosphoribosyltransferases [General function prediction only]" /inference="protein motif:CDD:Pribosyltran, Phosphoribosyl transferase domain" /inference="protein motif:COG:COG2236 Predicted phosphoribosyltransferases; R General function prediction only" /inference="protein motif:Gene3D:G3D.3.40.50.2020 no description" /inference="protein motif:HMMPanther:PTHR11608 HYPOXANTHINE-GUANINE PHOSPHORIBOSYLTRANSFERASE" /inference="protein motif:HMMPfam:PF00156 Pribosyltran InterPro:IPR000836 Phosphoribosyltransferase GO:Biological Process:nucleoside metabolism (GO:0009116)" /inference="protein motif:superfamily:SSF53271 PRTase-like" /codon_start=1 /transl_table=11 /product="Phosphoribosyltransferase" /protein_id="ACS34148.1" /translation="MKKFPAKLASWEDIERWAKEGAWKVLEDGWRPDVIVGLARGGWV PARLYCDYLGVKDLVSLKVEHWGVTATPDGKARLKYGTSYDLGGKKVLIVDDISDTGE SLTLAKNYVENQKPAEIRTATLLTIKGSRFKPDYFGEEIDWAWIVFPWNFVEDMINLV NNILDEKEAVSTDEIVELFKELHGMEVPKGKLEEALRMAERRKVFKFRDGKWRKA" gene complement(1554849..1555208) /locus_tag="TGAM_1647" /note="tg1647" CDS complement(1554849..1555208) /locus_tag="TGAM_1647" /note="4 probable transmembrane helices predicted by modhmm" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein" /protein_id="ACS34149.1" /translation="MPFLSQRKGFHNLFLSQNRAKTFFMLSLLGFGGEKMAWIEMIGL IGMLMLVGSWVPQTIETLRTKKCPLNMKFILIYFTASTLLTIYAYLPPRDWIFTALNG LAAFQSGVNLYVKLRYS" gene complement(1555209..1555688) /locus_tag="TGAM_1648" /note="tg1648" CDS complement(1555209..1555688) /locus_tag="TGAM_1648" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:Gene3D:G3D.1.25.40.10 no description InterPro:IPR011990 Tetratricopeptide-like helical GO:Molecular Function:binding (GO:0005488)" /inference="protein motif:superfamily:SSF48452 TPR-like" /note="Contains a TPR-like domain" /codon_start=1 /transl_table=11 /product="conserved hypothetical protein" /protein_id="ACS34150.1" /translation="MFGGKAMQVWYRSRALYDTVMRLLNSGRYDAALEMAEQIPDDKV KAKAFSKIAVYLAREGRDYREALERAINVTSDLPSGDATKALMSLAFDFLSLGLHEEA LRVAEFIRDLSNRSKIQAEVALKLAREGKVSEAMRIINDILDEDVKTWAMSRMATTV" gene 1555767..1556756 /gene="sppA" /locus_tag="TGAM_1649" /note="tg1649" CDS 1555767..1556756 /gene="sppA" /locus_tag="TGAM_1649" /EC_number="3.4.21.-" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:BlastProDom:PD002897 Q9V139_PYRAB_Q9V139; InterPro:IPR002142 Peptidase S49 GO:Biological Process:proteolysis (GO:0006508), Molecular Function:peptidase activity (GO:0008233)" /inference="protein motif:CDD:Peptidase_S49, Peptidase family S49" /inference="protein motif:CDD:SppA, Periplasmic serine proteases (ClpP class) [Posttranslational modification, protein turnover, chaperones / Intracellular trafficking and secretion]" /inference="protein motif:COG:COG0616 Periplasmic serine proteases (ClpP class); O Posttranslational modification, protein turnover, chaperones" /inference="protein motif:Gene3D:G3D.3.90.226.10 no description" /inference="protein motif:HMMPanther:PTHR10381 CLPP PROTEASE RELATED" /inference="protein motif:HMMPanther:PTHR10381:SF2 CLPP PROTEASE RELATED" /inference="protein motif:HMMPfam:PF01343 Peptidase_S49 InterPro:IPR002142 Peptidase S49 GO:Biological Process:proteolysis (GO:0006508), Molecular Function:peptidase activity (GO:0008233)" /inference="protein motif:HMMPIR:PIRSF006227 Protease IV-related protein, single domain form" /inference="protein motif:HMMTigr:TIGR00706 SppA_dom:signal peptide peptidase SppA, 36K InterPro:IPR004635 Peptidase S49, SppA GO:Biological Process:proteolysis (GO:0006508), Molecular Function:peptidase activity (GO:0008233)" /inference="protein motif:superfamily:SSF52096 ClpP/crotonase" /note="1 probable transmembrane helix predicted by modhmm" /codon_start=1 /transl_table=11 /product="Signal peptide peptidase SppA (sppA)" /protein_id="ACS34151.1" /translation="MERDVWKYITFILVLILGVFVMSTTLLYLQNQSLSSYVPPNATC RTEVVIGNQTAETALQARIAELQSLIRAIEMERGGTNVTNATIALVPIFGVIEGQTAL NTVTTLEKLMKDDSVGGVLLWIESPGGDVGAVREIYHEVQVLRAKKPVVAYTGGIAAS GGYYIAVGAERIIADPLAEVGSIGVIYVHFNLADNYASNGIKVDVFKTGPHKDMGAEW RALTEYERKKIWGMIDAYFQSFLQAVSMGRNMTLNETREYATGETWLAIKVNGTLVDE TGNFQTAVEELEKLMGVESAEIKVYGSPTQSYSLGVFGEGALYLDPRYLRLRG" gene 1556761..1557240 /locus_tag="TGAM_1650" /note="tg1650" CDS 1556761..1557240 /locus_tag="TGAM_1650" /experiment="gene product confirmed by mass spectrometry" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein" /protein_id="ACS34152.1" /translation="MLCEEKLEIFENGFEDGKFKLRIEYYGKDARKLLLAVIRELYLP DYGEDYVYPFECAKEFWGIYLDPGEIVAEKPDFSPVKFINRSVMNRLEKTLNEIDAPA EIKESIGLEKAEVVKLKRALLALGKDFILDERGYLIVFSKPSARELILKYLGMLDEE" gene 1557230..1558231 /locus_tag="TGAM_1651" /note="tg1651" CDS 1557230..1558231 /locus_tag="TGAM_1651" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:PerM, Predicted permease [General function prediction only]" /inference="protein motif:CDD:UPF0118, Domain of unknown function DUF20" /inference="protein motif:COG:COG0628 Predicted permease; R General function prediction only" /inference="protein motif:HMMPfam:PF01594 UPF0118 InterPro:IPR002549 Protein of unknown function UPF0118" /note="Belongs to DUF20 family; 6 probable transmembrane helices predicted by modhmm" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein" /protein_id="ACS34153.1" /translation="MRNETLIWAIVTVVILYLVWLVVSPVVSPIILALAVAYVTYPLH EKLLPKIGRRKAAFLLTAIIAVLSFLFLIGFVLWINDVKYQIVRYMEISFTWLQSVTV SSQRINEVLTAITEGVRSRIESYIVSYTYSIPKLALEIFVMLFVYYGALVNAEEIGRE LYNLLPPQRKEFGIRLIEAARYTLDTLLKSWLTLSVLKGFATALGFWAFGIAPTSGAI ALGILTAFVELLPFLGGWLIWIPGVVYLIHSSNYVLAFLFAVYSIVFVSPLPDFVLAP KMTLRRRGLNALISLLGIFGGLWAFGLVGIIIGPVSLGLLATVIEEWKKAMESQPAE" gene 1558372..1559340 /gene="ghmP" /locus_tag="TGAM_1652" /note="tg1652" CDS 1558372..1559340 /gene="ghmP" /locus_tag="TGAM_1652" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:COG1907, Predicted archaeal sugar kinases [General function prediction only]" /inference="protein motif:CDD:GHMP_kinases, GHMP kinases putative ATP-binding protein" /inference="protein motif:CDD:ThrB, Homoserine kinase [Amino acid transport and metabolism]" /inference="protein motif:COG:COG1907 Predicted archaeal sugar kinases; R General function prediction only" /inference="protein motif:Gene3D:G3D.3.30.230.10 no description" /inference="protein motif:HMMPfam:PF00288 GHMP_kinases_N InterPro:IPR006204 GHMP kinase GO:Molecular Function:ATP binding (GO:0005524), Molecular Function:kinase activity (GO:0016301), Biological Process:phosphorylation (GO:0016310)" /inference="protein motif:HMMPfam:PF08544 GHMP_kinases_C InterPro:IPR013750 GHMP kinase, C terminal" /inference="protein motif:HMMPIR:PIRSF004884 Predicted sugar kinase, GHMP archaeal type InterPro:IPR004422 GHMP kinase group 1" /inference="protein motif:HMMTigr:TIGR00144 beta_RFAP_syn:beta-ribofuranosylaminob InterPro:IPR004422 GHMP kinase group 1" /inference="protein motif:superfamily:SSF54211 Ribosomal protein S5 domain 2-like" /inference="protein motif:superfamily:SSF55060 GHMP Kinase, C-terminal domain" /codon_start=1 /transl_table=11 /product="GHMP kinase (ghmP)" /protein_id="ACS34154.1" /translation="MIIRTPKRLHLGLIDPTGSLGRRFGSLGVALEGGYDVKVLPAER LEVRAEGEDVETIKKAVEKMNSTFGTGTGYLIEVRKTIPRHVGLGSTTQLSLAVGTAI ARLNNLSVSIEGLAEALGRGKNSGAGIYAFAYGGFVLDGGVKKGVPPLIIREDFPEEW AFLLVIPELRPGLDEEEEKPIMGGNFGSAEVAREISHRILLGLLPALKERNIKAFGEH LSAIQRLVGRHFAEFQGGEFRGDVKLILDWLGEKTYGAGQSSWGPTVYGLILKGEFQR LSAELSDYLREHGIKAKVELCLPRNTGAEVVSENAFLERLIRSVAQ" gene 1559337..1560128 /locus_tag="TGAM_1653" /note="tg1653" CDS 1559337..1560128 /locus_tag="TGAM_1653" /EC_number="3.2.2.-" /EC_number="4.2.99.18" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:COG4047, Uncharacterized protein conserved in archaea [Function unknown]" /inference="protein motif:COG:COG4047 Uncharacterized protein conserved in archaea; S Function unknown" /note="1 probable transmembrane helix predicted by modhmm" /codon_start=1 /transl_table=11 /product="N-glycosylase/DNA lyase (AGOG) (8-oxoguanine DNA glycosylase) (DNA-(apurinic or apyrimidinic site) lyase) (AP lyase)" /protein_id="ACS34155.1" /translation="MTLDRFVRIKYREDNEKVNRLVEILRELGLDCARTIEEKVDLQF DALRNLRENLKDDELFIKLVIANALVSYQLSGKGEDWWWEFSRYFSENPPEDIVEAYS SFLPNSKTNRRLVAGKLKRIERVEPFLSPLSISEIRDYYFNGMERLRDELARVMKAKR SAKTIVFAVKMFGYAGRIAFSAFVPYPMAIEIPDDVRINAYTKRFTSEPPVSFWGRIA EETGIPPLHIDSILWPVLGGKGEVLRRLKKHCGEKAERILELRDL" gene 1560173..1560415 /locus_tag="TGAM_1654" /note="tg1654" CDS 1560173..1560415 /locus_tag="TGAM_1654" /note="1 probable transmembrane helix predicted by modhmm" /codon_start=1 /transl_table=11 /product="Hypothetical protein" /protein_id="ACS34156.1" /translation="MLMYAPMGELVKDPAVVREETWRYVTYYLPFEPTLQMNEAMSML REQKSRVNVLNLVVFSVLYIALAALRFSRVERSRSG" gene 1560473..1561630 /locus_tag="TGAM_1655" /note="tg1655" CDS 1560473..1561630 /locus_tag="TGAM_1655" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:NosY, ABC-type transport system involved in multi-copper enzyme maturation, permease component [General function prediction only]" /note="6 probable transmembrane helices predicted by modhmm" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein" /protein_id="ACS34157.1" /translation="MNMGVLDLMWGLKLEIKKSIRTKKFWAILIIMLLLYIPILYAIK TVQPYGREFTASEVIAALISITLSLAKFFITILAIVLGATAVNAEITEGTLRVAISKP ISRLGYIVGKFLGHIVVLFIAILLAVVVTLVGIAMMGIDITSGLIWDVLLLNLSILLA MMEFLALGYIVSLFVKSTSTAIGIAIVLLFLMSLMSPILVEYFAHSKAEELTREKFGP NWEREGFLYRNESVKSPYEYMNIQYNRLVKEYKRKYLFFDPITQLNFLLGNLTKKIHV TITNETYYPMKKEGLTIVTDYEHPIKSNVTNTTGEGPCQGPDVEGGSRTENINGTYVE VRYEKRCYTLETYQGVGYSIKKNLDRLGVMIAMLILYLGVGFYRFLRMDLR" gene 1561636..1562562 /locus_tag="TGAM_1656" /note="tg1656" CDS 1561636..1562562 /locus_tag="TGAM_1656" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:BlastProDom:PD000006 Q9V0K9_PYRAB_Q9V0K9; InterPro:IPR003439 ABC transporter related GO:Molecular Function:ATP binding (GO:0005524), Molecular Function:ATPase activity (GO:0016887)" /inference="protein motif:CDD:ABC_ATPase, ABC (ATP-binding cassette) transporter nucleotide-binding domain" /inference="protein motif:CDD:ABC_BcrA_bacitracin_resist, The BcrA subfamily represents ABC transporters involved in peptide antibiotic resistance" /inference="protein motif:CDD:ABC_Carb_Monos_I, This family represents the domain I of the carbohydrate uptake proteins that transport only monosaccharides (Monos)" /inference="protein motif:CDD:ABC_Carb_Monos_II, This family represents domain II of the carbohydrate uptake proteins that transport only monosaccharides (Monos)" /inference="protein motif:CDD:ABC_Carb_Solutes_like, ABC Carbohydrate and Solute Transporters-like subgroup" /inference="protein motif:CDD:ABC_CcmA_heme_exporter, CcmA, the ATP-binding component of the bacterial CcmAB transporter" /inference="protein motif:CDD:ABC_Class3, This class is comprised of all BPD (Binding Protein Dependent) systems that are largely represented in archaea and eubacteria and are primarily involved in scavenging solutes from the environment" /inference="protein motif:CDD:ABC_cobalt_CbiO_domain1, Domain I of the ABC component of a cobalt transport family found in bacteria, archaea, and eukaryota" /inference="protein motif:CDD:ABC_cobalt_CbiO_domain2, Domain II of the ABC component of a cobalt transport family found in bacteria, archaea, and eukaryota" /inference="protein motif:CDD:ABC_CysA_sulfate_importer, Part of the ABC transporter complex cysAWTP involved in sulfate import" /inference="protein motif:CDD:ABC_DR_subfamily_A, This family of ATP-binding proteins belongs to a multisubunit transporter involved in drug resistance (BcrA and DrrA), nodulation, lipid transport, and lantibiotic immunity" /inference="protein motif:CDD:ABC_DrrA, DrrA is the ATP-binding protein component of a bacterial exporter complex that confers resistance to the antibiotics daunorubicin and doxorubicin" /inference="protein motif:CDD:ABC_drug_resistance_like, ABC-type multidrug transport system, ATPase component" /inference="protein motif:CDD:ABC_FeS_Assembly, ABC-type transport system involved in Fe-S cluster assembly, ATPase component" /inference="protein motif:CDD:ABC_FtsE_transporter, FtsE is a hydrophilic nucleotide-binding protein that binds FtsX to form a heterodimeric ATP-binding cassette (ABC)-type transporter that associates with the bacterial inner membrane" /inference="protein motif:CDD:ABC_HisP_GlnQ_permeases, HisP and GlnQ are the ATP-binding components of the bacterial periplasmic histidine and glutamine permeases, repectively" /inference="protein motif:CDD:ABC_Iron-Siderophores_B12_Hemin, ABC transporters, involved in the uptake of siderophores, heme, and vitamin B12, are widely conserved in bacteria and archaea" /inference="protein motif:CDD:ABC_KpsT_Wzt, ABC_KpsT_Wzt The KpsT/Wzt ABC transporter subfamily is involved in extracellular polysaccharide export" /inference="protein motif:CDD:ABC_MalK_N, The N-terminal ATPase domain of the maltose transporter, MalK" /inference="protein motif:CDD:ABC_Metallic_Cations, ABC component of the metal-type transporters" /inference="protein motif:CDD:ABC_MetN_methionine_transporter, MetN (also known as YusC) is an ABC-type transporter encoded by metN of the metNPQ operon in Bacillus subtilis that is involved in methionine transport" /inference="protein motif:CDD:ABC_MJ0796_Lo1CDE_FtsE, This family is comprised of MJ0796 ATP-binding cassette, macrolide-specific ABC-type efflux carrier (MacAB), and proteins involved in cell division (FtsE), and release of liporoteins from the cytoplasmic membrane (LolCDE)" /inference="protein motif:CDD:ABC_Mj1267_LivG_branched, The Mj1267/LivG ABC transporter subfamily is involved in the transport of the hydrophobic amino acids leucine, isoleucine and valine" /inference="protein motif:CDD:ABC_ModC_like, Archeal protein closely related to ModC" /inference="protein motif:CDD:ABC_ModC_molybdenum_transporter, ModC is an ABC-type transporter and the ATPase component of a molybdate transport system that also includes the periplasmic binding protein ModA and the membrane protein ModB" /inference="protein motif:CDD:ABC_MTABC3_MDL1_MDL2, MTABC3 (also known as ABCB6) is a mitochondrial ATP-binding cassette protein involved in iron homeostasis and one of four ABC transporters expressed in the mitochondrial inner membrane, the other three being MDL1(ABC7), MDL2, and ATM1" /inference="protein motif:CDD:ABC_NatA_like, Similar in sequence to NatA, this is the ATPase component of a bacterial ABC-type Na+ transport system called NatAB, which catalyzes ATP-dependent electrogenic Na+ extrusion without mechanically coupled to proton or K+ uptake" /inference="protein motif:CDD:ABC_NatA_sodium_exporter, NatA is the ATPase component of a bacterial ABC-type Na+ transport system called NatAB, which catalyzes ATP-dependent electrogenic Na+ extrusion without mechanically coupled proton or K+ uptake" /inference="protein motif:CDD:ABC_NikE_OppD_transporters, The ABC transporter subfamily specific for the transport of dipeptides, oligopeptides (OppD), and nickel (NikDE)" /inference="protein motif:CDD:ABC_NrtD_SsuB_transporters, NrtD and SsuB are the ATP-binding subunits of the bacterial ABC-type nitrate and sulfonate transport systems, respectively" /inference="protein motif:CDD:ABC_OpuCA_Osmoprotection, OpuCA is a the ATP binding component of a bacterial solute transporter that serves a protective role to cells growing in a hyperosmolar environment" /inference="protein motif:CDD:ABC_Org_Solvent_Resistant, ABC (ATP-binding cassette) transport system involved in resistant to organic solvents" /inference="protein motif:CDD:ABC_PhnC_transporter, ABC-type phosphate/phosphonate transport system" /inference="protein motif:CDD:ABC_PotA_N, PotA is an ABC-type transporter and the ATPase component of the spermidine/putrescine-preferential uptake system consisting of PotA, -B, -C, and -D" /inference="protein motif:CDD:ABC_Pro_Gly_Bertaine, This family comprises the glycine betaine/L-proline ATP binding subunit in bacteria and its equivalents in archaea" /inference="protein motif:CDD:ABC_PstB_phosphate_transporter, Phosphate uptake is of fundamental importance in the cell physiology of bacteria because phosphate is required as a nutrient" /inference="protein motif:CDD:ABC_putative_ATPase, This subfamily is involved in drug resistance, nodulation, lipid transport, and bacteriocin and lantibiotic immunity" /inference="protein motif:CDD:ABC_RNaseL_inhibitor_domain1, The ATPase domain 1 of RNase L inhibitor" /inference="protein motif:CDD:ABC_subfamily_A, The ABCA subfamily mediates the transport of a variety of lipid compounds" /inference="protein motif:CDD:ABC_ThiQ_thiamine_transporter, ABC-type thiamine tranport system" /inference="protein motif:CDD:ABC_TM1139_LivF_branched, LivF (TM1139) is part of the LIV-I bacterial ABC-type two-component transport system that imports neutral, branched-chain amino acids" /inference="protein motif:CDD:ABC_tran, ABC transporter" /inference="protein motif:CDD:ABC_YhbG, The ABC transporters belonging to the YhbG family are similar to members of the Mj1267_LivG family, which is involved in the transport of branched-chain amino acids" /inference="protein motif:CDD:AbcC, ABC-type metal ion transport system, ATPase component [Inorganic ion transport and metabolism]" /inference="protein motif:CDD:ABCC_ATM1_transporter, ATM1 is an ABC transporter that is expressed in the mitochondria" /inference="protein motif:CDD:ABCC_bacteriocin_exporters, ABC-type bacteriocin exporters" /inference="protein motif:CDD:ABCC_cytochrome_bd, The CYD subfamily implicated in cytochrome bd biogenesis" /inference="protein motif:CDD:ABCC_Glucan_exporter_like, Glucan exporter ATP-binding protein" /inference="protein motif:CDD:ABCC_Hemolysin, The ABC-transporter hemolysin B is a central component of the secretion machinery that translocates the toxin, hemolysin A, in a Sec-independent fashion across both membranes of E" /inference="protein motif:CDD:ABCC_MRP_domain1, Domain 1 of the ABC subfamily C" /inference="protein motif:CDD:ABCC_MRP_domain2, Domain 2 of the ABC subfamily C" /inference="protein motif:CDD:ABCC_MRP_Like, The MRP (Mutidrug Resistance Protein)-like transporters are involved in drug, peptide, and lipid export" /inference="protein motif:CDD:ABCC_MsbA, MsbA is an essential ABC transporter, closely related to eukaryotic MDR proteins" /inference="protein motif:CDD:ABCC_NFT1, Domain 2 of NFT1 (New full-length MRP-type transporter 1)" /inference="protein motif:CDD:ABCC_Protease_Secretion, This family represents the ABC component of the protease secretion system PrtD, a 60-kDa integral membrane protein sharing 37% identity with HlyB, the ABC component of the alpha-hemolysin secretion pathway, in the C-terminal domain" /inference="protein motif:CDD:ABCC_TAP, TAP, the Transporter Associated with Antigen Processing" /inference="protein motif:CDD:ABCF_EF-3, ABCF_EF-3 Elongation factor 3 (EF-3) is a cytosolic protein required by fungal ribosomes for in vitro protein synthesis and for in vivo growth" /inference="protein motif:CDD:ABCG_EPDR, ABCG transporters are involved in eye pigment (EP) precursor transport, regulation of lipid-trafficking mechanisms, and pleiotropic drug resistance (DR)" /inference="protein motif:CDD:ABCG_White, The White subfamily represents ABC transporters homologous to the Drosophila white gene, which acts as a dimeric importer for eye pigment precursors" /inference="protein motif:CDD:AppF, ABC-type oligopeptide transport system, ATPase component [Amino acid transport and metabolism]" /inference="protein motif:CDD:ArpD, ABC-type protease/lipase transport system, ATPase and permease components [General function prediction only]" /inference="protein motif:CDD:ArtP, ABC-type arginine transport system, ATPase component [Amino acid transport and metabolism]" /inference="protein motif:CDD:BtuD, ABC-type cobalamin transport system, ATPase component [Coenzyme metabolism]" /inference="protein motif:CDD:CbiO, ABC-type cobalt transport system, ATPase component [Inorganic ion transport and metabolism]" /inference="protein motif:CDD:CcmA, ABC-type multidrug transport system, ATPase component [Defense mechanisms]" /inference="protein motif:CDD:CcmA, ABC-type transport system involved in cytochrome c biogenesis, ATPase component [Posttranslational modification, protein turnover, chaperones]" /inference="protein motif:CDD:CeuD, ABC-type enterochelin transport system, ATPase component [Inorganic ion transport and metabolism]" /inference="protein motif:CDD:COG1123, ATPase components of various ABC-type transport systems, contain duplicated ATPase [General function prediction only]" /inference="protein motif:CDD:COG1245, Predicted ATPase, RNase L inhibitor (RLI) homolog [General function prediction only]" /inference="protein motif:CDD:COG3638, ABC-type phosphate/phosphonate transport system, ATPase component [Inorganic ion transport and metabolism]" /inference="protein motif:CDD:COG3845, ABC-type uncharacterized transport systems, ATPase components [General function prediction only]" /inference="protein motif:CDD:COG4136, ABC-type uncharacterized transport system, ATPase component [General function prediction only]" /inference="protein motif:CDD:COG4152, ABC-type uncharacterized transport system, ATPase component [General function prediction only]" /inference="protein motif:CDD:COG4172, ABC-type uncharacterized transport system, duplicated ATPase component [General function prediction only]" /inference="protein motif:CDD:COG4181, Predicted ABC-type transport system involved in lysophospholipase L1 biosynthesis, ATPase component [Secondary metabolites biosynthesis, transport, and catabolism]" /inference="protein motif:CDD:COG4559, ABC-type hemin transport system, ATPase component [Inorganic ion transport and metabolism]" /inference="protein motif:CDD:COG4586, ABC-type uncharacterized transport system, ATPase component [General function prediction only]" /inference="protein motif:CDD:COG4619, ABC-type uncharacterized transport system, ATPase component [General function prediction only]" /inference="protein motif:CDD:COG4674, Uncharacterized ABC-type transport system, ATPase component [General function prediction only]" /inference="protein motif:CDD:CydC, ABC-type transport system involved in cytochrome bd biosynthesis, fused ATPase and permease components [Energy production and conversion / Posttranslational modification, protein turnover, chaperones]" /inference="protein motif:CDD:CydD, ABC-type transport system involved in cytochrome bd biosynthesis, ATPase and permease components [Energy production and conversion / Posttranslational modification, protein turnover, chaperones]" /inference="protein motif:CDD:CysA, ABC-type sulfate/molybdate transport systems, ATPase component [Inorganic ion transport and metabolism]" /inference="protein motif:CDD:DppD, ABC-type dipeptide/oligopeptide/nickel transport system, ATPase component [Amino acid transport and metabolism / Inorganic ion transport and metabolism]" /inference="protein motif:CDD:DppF, ABC-type dipeptide/oligopeptide/nickel transport system, ATPase component [Amino acid transport and metabolism / Inorganic ion transport and metabolism]" /inference="protein motif:CDD:FepC, ABC-type cobalamin/Fe3+-siderophores transport systems, ATPase components [Inorganic ion transport and metabolism / Coenzyme metabolism]" /inference="protein motif:CDD:FtsE, Predicted ATPase involved in cell division [Cell division and chromosome partitioning]" /inference="protein motif:CDD:GlnQ, ABC-type polar amino acid transport system, ATPase component [Amino acid transport and metabolism]" /inference="protein motif:CDD:HisP, ABC-type histidine transport system, ATPase component [Amino acid transport and metabolism]" /inference="protein motif:CDD:LivF, ABC-type branched-chain amino acid transport systems, ATPase component [Amino acid transport and metabolism]" /inference="protein motif:CDD:LivG, ABC-type branched-chain amino acid transport systems, ATPase component [Amino acid transport and metabolism]" /inference="protein motif:CDD:MalK, ABC-type sugar transport systems, ATPase components [Carbohydrate transport and metabolism]" /inference="protein motif:CDD:MdlB, ABC-type multidrug transport system, ATPase and permease components [Defense mechanisms]" /inference="protein motif:CDD:MglA, ABC-type sugar transport system, ATPase component [Carbohydrate transport and metabolism]" /inference="protein motif:CDD:ModC, ABC-type molybdate transport system, ATPase component [Inorganic ion transport and metabolism]" /inference="protein motif:CDD:ModF, ABC-type molybdenum transport system, ATPase component/photorepair protein PhrA [Inorganic ion transport and metabolism]" /inference="protein motif:CDD:NatA, ABC-type Na+ transport system, ATPase component [Energy production and conversion / Inorganic ion transport and metabolism]" /inference="protein motif:CDD:OpuBA, ABC-type proline/glycine betaine transport systems, ATPase components [Amino acid transport and metabolism]" /inference="protein motif:CDD:PhnK, ABC-type phosphonate transport system, ATPase component [Inorganic ion transport and metabolism]" /inference="protein motif:CDD:PhnK, ABC-type uncharacterized transport system, ATPase component [General function prediction only]" /inference="protein motif:CDD:PhnL, ABC-type phosphonate transport system, ATPase component [Inorganic ion transport and metabolism]" /inference="protein motif:CDD:PotA, ABC-type spermidine/putrescine transport systems, ATPase components [Amino acid transport and metabolism]" /inference="protein motif:CDD:ProV, ABC-type proline/glycine betaine transport system, ATPase component [Amino acid transport and metabolism]" /inference="protein motif:CDD:PstB, ABC-type phosphate transport system, ATPase component [Inorganic ion transport and metabolism]" /inference="protein motif:CDD:PvdE, ABC-type siderophore export system, fused ATPase and permease components [Secondary metabolites biosynthesis, transport, and catabolism / Inorganic ion transport and metabolism]" /inference="protein motif:CDD:SalX, ABC-type antimicrobial peptide transport system, ATPase component [Defense mechanisms]" /inference="protein motif:CDD:SapD, ABC-type antimicrobial peptide transport system, ATPase component [Defense mechanisms]" /inference="protein motif:CDD:SapF, ABC-type antimicrobial peptide transport system, ATPase component [Defense mechanisms]" /inference="protein motif:CDD:SufC, ABC-type transport system involved in Fe-S cluster assembly, ATPase component [Posttranslational modification, protein turnover, chaperones]" /inference="protein motif:CDD:SunT, ABC-type bacteriocin/lantibiotic exporters, contain an N-terminal double-glycine peptidase domain [Defense mechanisms]" /inference="protein motif:CDD:TagH, ABC-type polysaccharide/polyol phosphate transport system, ATPase component [Carbohydrate transport and metabolism / Cell envelope biogenesis, outer membrane]" /inference="protein motif:CDD:TauB, ABC-type nitrate/sulfonate/bicarbonate transport system, ATPase component [Inorganic ion transport and metabolism]" /inference="protein motif:CDD:TauB, ABC-type taurine transport system, ATPase component [Inorganic ion transport and metabolism]" /inference="protein motif:CDD:ThiQ, ABC-type thiamine transport system, ATPase component [Coenzyme metabolism]" /inference="protein motif:CDD:Ttg2A, ABC-type transport system involved in resistance to organic solvents, ATPase component [Secondary metabolites biosynthesis, transport, and catabolism]" /inference="protein motif:CDD:Uup, ATPase components of ABC transporters with duplicated ATPase domains [General function prediction only]" /inference="protein motif:CDD:YhbG, ABC-type (unclassified) transport system, ATPase component [General function prediction only]" /inference="protein motif:CDD:ZnuC, ABC-type Mn/Zn transport systems, ATPase component [Inorganic ion transport and metabolism]" /inference="protein motif:COG:COG1131 ABC-type multidrug transport system, ATPase component; V Defense mechanisms" /inference="protein motif:Gene3D:G3D.3.40.50.300 no description" /inference="protein motif:HMMPanther:PTHR19222 ATP-BINDING CASSETTE TRANSPORTER" /inference="protein motif:HMMPanther:PTHR19222:SF95 ATP-BINDING CASSETTE TRANSPORTER" /inference="protein motif:HMMPfam:PF00005 ABC_tran InterPro:IPR003439 ABC transporter related GO:Molecular Function:ATP binding (GO:0005524), Molecular Function:ATPase activity (GO:0016887)" /inference="protein motif:HMMSmart:SM00382 no description InterPro:IPR003593 AAA ATPase GO:Molecular Function:nucleotide binding (GO:0000166), Molecular Function:nucleoside-triphosphatase activity (GO:0017111)" /inference="protein motif:ProfileScan:PS50100 DA_BOX InterPro:IPR003439 ABC transporter related GO:Molecular Function:ATP binding (GO:0005524), Molecular Function:ATPase activity (GO:0016887)" /inference="protein motif:ProfileScan:PS50101 ATP_GTP_A2" /inference="protein motif:ProfileScan:PS50893 ABC_TRANSPORTER_2 InterPro:IPR003439 ABC transporter related GO:Molecular Function:ATP binding (GO:0005524), Molecular Function:ATPase activity (GO:0016887)" /inference="protein motif:ScanRegExp:PS00211 ABC_TRANSPORTER_1 InterPro:IPR003439 ABC transporter related GO:Molecular Function:ATP binding (GO:0005524), Molecular Function:ATPase activity (GO:0016887)" /inference="protein motif:superfamily:SSF52540 P-loop containing nucleoside triphosphate hydrolases" /codon_start=1 /transl_table=11 /product="ABC-type transport system, ATPase component, putative multidrug transporter" /protein_id="ACS34158.1" /translation="MIKIENLVKTYRDVKALDGLNLEVKKGQIYGFLGPNGAGKSTTI LSVLGLIYPQKGKIELFGQEIFRDGKYNEKRLVEAKKKIGYMPEHATLWEFLTPMQTL DIIGESFGMSKEERARRSRELLELLNLWEVRNKKVGKFSKGMKQRLLLAQALINDPEL LILDEPMTGLDPKGIAEFKDIIRRQKKEGKTVFFSSHILAHVEEVCDTVGVIVRGKLR VEDSIDNIKMSFLRKGGYLILLETDRPVEFKDVDWEIERVSPTKYKIKAPEDVRAQIN DIVWSQGAKILQLMVRVPSLEEIFLKMVEEEG" gene complement(1562559..1563824) /gene="ubiD-2" /locus_tag="TGAM_1657" /note="tg1657" CDS complement(1562559..1563824) /gene="ubiD-2" /locus_tag="TGAM_1657" /EC_number="4.1.1.-" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:UbiD, 3-octaprenyl-4-hydroxybenzoate carboxy-lyase" /inference="protein motif:COG:COG0043 3-polyprenyl-4-hydroxybenzoate decarboxylase and related decarboxylases; H Coenzyme transport and metabolism" /inference="protein motif:HMMPfam:PF01977 UbiD InterPro:IPR002830 Carboxylyase-related protein" /inference="protein motif:HMMTigr:TIGR00148 TIGR00148:UbiD family decarboxylases InterPro:IPR002830 Carboxylyase-related protein" /codon_start=1 /transl_table=11 /product="3-octaprenyl-4-hydroxybenzoate carboxy-lyase (UbiD)" /protein_id="ACS34159.1" /translation="MLGEILRTFDDLIVIKEPVSKELEITRYLLKYRDRPVLFEDVEG WRVAGNIWSTRERIAGFLNTEKENLIHMLTEAMENSSPYKTVESAPFLKNSTSDFSLL ELPIPKYYPKDGGPYFTSAMVIAKDDNGFVNVSFHRMMVRDEKTVAIRLVPRHLYAMW KDRAEHGEELDVRIVVGNPIHLLLAGATSTAYGISELEIASKLSELAFGKPIEVIELG GIPVPVESEFVFEAKITPELVDEGPFVDITGTYDYVRKQPLVVFERMYHVDDPIFHAL LPGGYEHFMLMGLPKEPQIYASVKRVVPKVHGVRLTEGGAMWLHAVVSITKQHDGDGK NAILAAFAGHPSLKHVVVVDEDIDIYDDRDVEWAIATRFQADRDLVIVPNARGSSLDP SAEKSLTAKWGIDATKPLERKEEFERARL" gene 1563898..1565286 /locus_tag="TGAM_1658" /note="tg1658" CDS 1563898..1565286 /locus_tag="TGAM_1658" /EC_number="3.6.1.-" /inference="protein motif:CDD:DEAD, DEAD/DEAH box helicase" /inference="protein motif:CDD:DEXDc, DEAD-like helicases superfamily" /inference="protein motif:CDD:DEXHc, DEXH-box helicases" /inference="protein motif:CDD:HsdR, Type I site-specific restriction-modification system, R (restriction) subunit and related helicases [Defense mechanisms]" /inference="protein motif:CDD:Lhr, Lhr-like helicases [General function prediction only]" /inference="protein motif:CDD:SSL2, DNA or RNA helicases of superfamily II [Transcription / DNA replication, recombination, and repair]" /inference="protein motif:COG:COG1061 DNA or RNA helicases of superfamily II; K Transcription" /inference="protein motif:Gene3D:G3D.3.40.50.300 no description" /inference="protein motif:HMMPanther:PTHR14025 FAMILY NOT NAMED" /inference="protein motif:HMMPfam:PF00271 Helicase_C InterPro:IPR001650 Helicase, C-terminal GO:Molecular Function:nucleic acid binding (GO:0003676), Molecular Function:helicase activity (GO:0004386), Molecular Function:ATP binding (GO:0005524)" /inference="protein motif:HMMPfam:PF04851 ResIII InterPro:IPR006935 Type III restriction enzyme, res subunit GO:Molecular Function:ATP binding (GO:0005524)" /inference="protein motif:HMMSmart:SM00487 no description InterPro:IPR011545 DEAD/DEAH box helicase, N-terminal GO:Molecular Function:nucleic acid binding (GO:0003676), Molecular Function:helicase activity (GO:0004386), Molecular Function:ATP binding (GO:0005524)" /inference="protein motif:HMMSmart:SM00490 no description InterPro:IPR001650 Helicase, C-terminal GO:Molecular Function:nucleic acid binding (GO:0003676), Molecular Function:helicase activity (GO:0004386), Molecular Function:ATP binding (GO:0005524)" /inference="protein motif:ProfileScan:PS50136 HELICASE InterPro:IPR001410 DEAD/DEAH box helicase GO:Molecular Function:ATP binding (GO:0005524), Molecular Function:ATP-dependent helicase activity (GO:0008026)" /inference="protein motif:superfamily:SSF52540 P-loop containing nucleoside triphosphate hydrolases" /codon_start=1 /transl_table=11 /product="DNA repair helicase, XPB-rad25 -like protein" /protein_id="ACS34160.1" /translation="MVVLRIPDGSALVRVEKAEPSVYFKIYDLLTYKKDYGKWEKPES LYDPYEKTFPVGLLPRVKKFLNSKGYRVRVKDERQIRGTKLNSTWNENYSLRRYQQRA VRKALREKMGVLALPVGSGKTVVGLRIIHELDLSALIVVHTKELLYQWAEKVEELLGV KAGIVGDNKWNEENVTVAMIQTLLSRGADKLNNDYAIVMFDECHRTSAAEKFYQLGIS LPQVYRFGLSATPWRRVRGEEIKIEAVVGPIIYEVKAEDLIREGFLAKPRFEVITYES RMPSFSERYKELYEDVIMNNEERNRAIVAKAKELVRKGHRVLIDVKRIEHGKILKEML DREGVKAEFLSSQSPNRWEVLEAYKNGEIPVLISTLLKEGVDIPEISAIILAGGGKSD IMTIQTIGRALRPKWGMKAVIVDVADDDPLLYTHFIERQKALKQYYGRYYDRESKLNE TVPKKRRARKGS" gene complement(1565233..1566036) /gene="truA" /locus_tag="TGAM_1659" /note="tg1659" CDS complement(1565233..1566036) /gene="truA" /locus_tag="TGAM_1659" /EC_number="5.4.99.12" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:PseudoU_synth_1, tRNA pseudouridine synthase" /inference="protein motif:CDD:PseudoU_synth_EcTruA, PseudoU_synth_EcTruA:Pseudouridine synthase, Escherichia coli TruA like" /inference="protein motif:CDD:PseudoU_synth_PUS1_PUS2, PseudoU_synth_PUS1_PUS2:Pseudouridine synthase, PUS1/ PUS2 like" /inference="protein motif:CDD:PseudoU_synth_ScPus3, PseudoU_synth_ScPus3-like:Pseudouridine synthase, Saccharomyces cerevisiae Pus3 like" /inference="protein motif:CDD:PseudoU_synth_TruA_Archea, PseudoU_synth_archea:Pseudouridine synthase" /inference="protein motif:CDD:PseudoU_synth_TruA_like, PseudoU_synth_TruA:Pseudouridine synthase, TruA family" /inference="protein motif:CDD:TruA, Pseudouridylate synthase [Translation, ribosomal structure and biogenesis]" /inference="protein motif:COG:COG0101 Pseudouridylate synthase; J Translation, ribosomal structure and biogenesis" /inference="protein motif:Gene3D:G3D.3.30.70.580 no description" /inference="protein motif:Gene3D:G3D.3.30.70.660 no description" /inference="protein motif:HMMPanther:PTHR11142 PSEUDOURIDYLATE SYNTHASE-RELATED InterPro:IPR001406 tRNA pseudouridine synthase GO:Molecular Function:pseudouridylate synthase activity (GO:0004730), Biological Process:tRNA processing (GO:0008033)" /inference="protein motif:HMMPanther:PTHR11142:SF1 PSEUDOURIDYLATE SYNTHASE-RELATED" /inference="protein motif:HMMPfam:PF01416 PseudoU_synth_1 InterPro:IPR001406 tRNA pseudouridine synthase GO:Molecular Function:pseudouridylate synthase activity (GO:0004730), Biological Process:tRNA processing (GO:0008033)" /inference="protein motif:HMMTigr:TIGR00071 hisT_truA:tRNA pseudouridine synthase A InterPro:IPR001406 tRNA pseudouridine synthase GO:Molecular Function:pseudouridylate synthase activity (GO:0004730), Biological Process:tRNA processing (GO:0008033)" /inference="protein motif:superfamily:SSF55120 Pseudouridine synthase" /codon_start=1 /transl_table=11 /product="tRNA-pseudouridine synthase A (truA)" /protein_id="ACS34161.1" /translation="MKLALRIAYDGTAFYGFQRQPGIRTVEGELINVLTKLKIIESPE KNDFKGASRTDRGVSAFFNVVSFVPGERADLARPEVLNHNLHDLWVLGVAEVPDDFHP RFWAISKTYRYYLIDEGFELEKMVGCAKLFEGRHDFSAFARLEPGRDPVREITHISIT PRHGYYVIEITGKSFLWEMVRRIVNALRFCGLSLLEPEEVGAMLSGVYEKKVPPAPPE NLILWHIEYPNVEFKTDGKSLSKARRDLFERYSRALARAALFGDCLVEL" gene complement(1566052..1566129) /locus_tag="TGAM_r032" /note="tg_tRNA-Pro2" tRNA complement(1566052..1566129) /locus_tag="TGAM_r032" /product="tRNA-Pro" /note="codon recognized: CCA" gene 1566071..1567282 /gene="dpm1-2" /locus_tag="TGAM_1660" /note="tg1660" CDS 1566071..1567282 /gene="dpm1-2" /locus_tag="TGAM_1660" /EC_number="2.4.1.83" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:COG1215, Glycosyltransferases, probably involved in cell wall biogenesis [Cell envelope biogenesis, outer membrane]" /inference="protein motif:CDD:COG2246, Predicted membrane protein [Function unknown]" /inference="protein motif:CDD:Glycos_transf_2, Glycosyl transferase" /inference="protein motif:CDD:GtrA, GtrA-like protein" /inference="protein motif:CDD:WcaA, Glycosyltransferases involved in cell wall biogenesis [Cell envelope biogenesis, outer membrane]" /inference="protein motif:COG:COG0463 Glycosyltransferases involved in cell wall biogenesis; M Cell wall/membrane/envelope biogenesis" /inference="protein motif:Gene3D:G3D.3.90.550.10 no description" /inference="protein motif:HMMPanther:PTHR10859 GLYCOSYLTRANSFERASE-RELATED" /inference="protein motif:HMMPanther:PTHR10859:SF19 DOLICHOL-PHOSPHATE MANNOSYLTRANSFERASE-RELATED" /inference="protein motif:HMMPfam:PF00535 Glycos_transf_2 InterPro:IPR001173 Glycosyl transferase, family 2" /inference="protein motif:HMMPfam:PF04138 GtrA InterPro:IPR007267 GtrA-like protein GO:Biological Process:polysaccharide biosynthesis (GO:0000271), Biological Process:transport (GO:0006810), Cellular Component:integral to membrane (GO:0016021)" /inference="protein motif:ProfileScan:PS50167 GLYC_TRANS InterPro:IPR001173 Glycosyl transferase, family 2" /inference="protein motif:superfamily:SSF53448 Nucleotide-diphospho-sugar transferases" /note="2 probable transmembrane helices predicted by modhmm" /codon_start=1 /transl_table=11 /product="Dolichol-phosphate mannosyltransferase (dpm1)" /protein_id="ACS34162.1" /translation="MNPGHGLPKPAGWAKLPYGPLPGNKGPAKLINFAGFSSLAGGNA MQGNKRPKVSIVIPTYNERDNLEELFERISRAMDGEGYEFEIIVVDDDSPDETWKKAM ELAGRYPVKVIRRTDEKGLSSAVIRGFREASGDVFVVMDADLQHPPEKIPELVRAIEN GADVAIASRYVPGGGVENWYWYRKLISKGAIMIGRLALPRIRGVKDPVSGFFALSREV VENVELNPIGFKILMEILIKGNYRKVVEVPFKFGLRKAGESKLGGKTILSYIKHVYRL MRWSGELDRLVKFSIVGLSGILVNEGFLWLFVHLGLSKYVANVPATELAILNNFLWND LWTFRDLRTAPLWRRLLSFHIAALMGALVQWAIYVPLVYLGLHYLIANLIGIGVSFII RFLFNRNVTWG" gene complement(1567307..1568908) /gene="pyrG" /locus_tag="TGAM_1661" /note="tg1661" CDS complement(1567307..1568908) /gene="pyrG" /locus_tag="TGAM_1661" /EC_number="6.3.4.2" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:COG:COG0504 CTP synthase (UTP-ammonia lyase); F Nucleotide transport and metabolism" /inference="protein motif:Gene3D:G3D.3.40.50.300 no description" /inference="protein motif:Gene3D:G3D.3.40.50.880 no description" /inference="protein motif:HMMPanther:PTHR11550 CTP SYNTHASE InterPro:IPR004468 CTP synthase GO:Molecular Function:CTP synthase activity (GO:0003883), Biological Process:pyrimidine nucleotide biosynthesis (GO:0006221)" /inference="protein motif:HMMPfam:PF00117 GATase InterPro:IPR000991 Glutamine amidotransferase class-I GO:Molecular Function:catalytic activity (GO:0003824)" /inference="protein motif:HMMPfam:PF06418 CTP_synth_N InterPro:IPR004468 CTP synthase GO:Molecular Function:CTP synthase activity (GO:0003883), Biological Process:pyrimidine nucleotide biosynthesis (GO:0006221)" /inference="protein motif:HMMTigr:TIGR00337 PyrG:CTP synthase InterPro:IPR004468 CTP synthase GO:Molecular Function:CTP synthase activity (GO:0003883), Biological Process:pyrimidine nucleotide biosynthesis (GO:0006221)" /inference="protein motif:superfamily:SSF52317 Class I glutamine amidotransferase-like" /inference="protein motif:superfamily:SSF52540 P-loop containing nucleoside triphosphate hydrolases" /note="1 probable transmembrane helix predicted by modhmm" /codon_start=1 /transl_table=11 /product="CTP synthase (pyrG)" /protein_id="ACS34163.1" /translation="MTKFIFVTGGVVSGLGKGITSASLGMLMKARGFRTTNIKIDPYL NYDAGTMNPYQHGEVFVLDDGGEVDLDLGNYERFLDTSLSFDHNITTGKVYSAVIEKE RKGEYLGATVQVIPHITNEIKERIRRIARDYDVVIVEIGGTVGDIEGMPFLEAARQMQ LEEGRENVAFVHVTYVPKLKVVGEQKTKPTQHSVKELRSLGIQPDAIVARSEEPLEES ARRKISLFTNVPEEAVISAYDVEDTYEVPLMLEKEGLARYLVRRLGLPEREPDLEKWR EMVEKYKSLDKEVEIAIVGKYVKLADSYLSIKEALKHSSVANDVKVKIRWIEAEDVER KGVKLLEGVDGIIVPGGFGARGSEGKMMAIRYARENDIPFLGICFGFQLTVVEFARNV LGLKGAHSTEIDPQTPYPVVDLMPEQRDLDRLGGTMRLGAYPVHIKPNTLAKRLYGRE IVYERHRHRWEVNPDYIEKLESAGLVFSGIAGDDERRMEILELPDHSYFIATQFHPEF KSRPMNPAPVFRGLVRAARERKYGG" gene complement(1568982..1571186) /locus_tag="TGAM_1662" /note="tg1662" CDS complement(1568982..1571186) /locus_tag="TGAM_1662" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:COG3889, Predicted solute binding protein [General function prediction only]" /inference="protein motif:CDD:Icc, Predicted phosphohydrolases [General function prediction only]" /inference="protein motif:COG:COG1409 Predicted phosphohydrolases; R General function prediction only" /inference="protein motif:Gene3D:G3D.3.60.21.10 no description" /inference="protein motif:HMMPfam:PF00149 Metallophos InterPro:IPR004843 Metallophosphoesterase GO:Molecular Function:hydrolase activity (GO:0016787)" /inference="protein motif:ProfileScan:PS50185 PHOSPHO_ESTER InterPro:IPR004843 Metallophosphoesterase GO:Molecular Function:hydrolase activity (GO:0016787)" /inference="protein motif:superfamily:SSF56300 Metallo-dependent phosphatases" /note="2 probable transmembrane helices predicted by modhmm" /codon_start=1 /transl_table=11 /product="Metallophosphoesterase" /protein_id="ACS34164.1" /translation="MRKVAFLVVLLLVGAIFGMRGTGTTAAASSVSHTYSSVLVEPSP GAPAIATPGSEITLIPKEGVNITKVEIVSILHGPYELEAFMNGGVITARIPEEVVPDD YFLIVHTPSGETVIPNGVYVFKEYPSVLRIAHLSDTHITSGSKIGYVCGDFFQRDIFK LEKNCSRVIPLHSAVATDSAYTYWTMNPGATLIVNTGDDVDTAGDYAGYRIMLDILER TSAGGRLVINIKGNHDDPPTVFTKLIGPRYFYRIIGKFLIIGLDSRGDEAHPELAQLE WMESVLEEHPDKIPIVLVHHPFWYSASLGKKGGYINGTAFDNESWAEIAPHVSWYWIG GPEHTSEDIARRFLQDVEKYNITLILSGHIHHDKTVIFIDKEGRKHWFATLTATGAPD KETNPPSRPGRSPTWYGSNLITIYANGTVEMKPVEEMFGTVFGDFVSLPVPQRFIVFR HEGSDGTAIKFINEYRPISGPLTVVVPEGAKVDPDATNITYEVLGERTIGDKHYMLLN VTIPLGTWQLVVDLEKDTKAPDLSMAYTLPSKPVPGKVIKLYVSASDNLGIRDLYAEI YDENAGKPFAYGNTTRFPAEPASGKPTNKYFLFQIPPLEKSNYEIRITAVDFYGNKVT KTLKLNFAPQTTTTTTTTTTTTTTTTTTTSPTTTTTSATTTTTTSSITTTTTTTTTTT TTTASTSESTTATTTTTPTTTTTTSKGGGKGFCGPAAIVGLAIIPLLLRRRN" gene complement(1571248..1571799) /locus_tag="TGAM_1664" /note="tg1664" CDS complement(1571248..1571799) /locus_tag="TGAM_1664" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:COG1881, Phospholipid-binding protein [General function prediction only]" /inference="protein motif:CDD:PBP, Phosphatidylethanolamine-binding protein" /inference="protein motif:CDD:PEBP, bacterial/archael PhosphatidylEthanolamine-Binding Protein (PEBP) and its eukarytic homolog Raf Kinase Inhibitor Protein (RKIP) belong to a highly conserved family of phospholipid-binding proteins represented in all three major phylogenetic divisions (eukaryotes, bacteria, archaea) with no significant sequence homology to other proteins" /inference="protein motif:CDD:PEBP_RKIP, bacterial/archael PhosphatidylEthanolamine-Binding Protein (PEBP) and its eukarytic homolog Raf Kinase Inhibitor Protein (RKIP) belong to a highly conserved family of phospholipid-binding proteins represented in all three major phylogenetic divisions (eukaryotes, bacteria, archaea) with no significant sequence homology to other proteins" /inference="protein motif:COG:COG1881 Phospholipid-binding protein; R General function prediction only" /inference="protein motif:Gene3D:G3D.3.90.280.10 no description" /inference="protein motif:HMMPfam:PF01161 PBP InterPro:IPR008914 PEBP" /inference="protein motif:HMMTigr:TIGR00481 TIGR00481:conserved hypothetical protein T InterPro:IPR005247 YbhB and YbcL" /inference="protein motif:superfamily:SSF49777 PEBP-like" /codon_start=1 /transl_table=11 /product="Phosphatidylethanolamine-binding protein" /protein_id="ACS34165.1" /translation="MRWLAPPLVALLVMALGCLSGGGEKVEAPKTLEVGSVFHEGDFI PKEYTCDGDDTNPPIYVGKIPEGTKSLVVIVDDPDAPGGTFTHWIAWNIPPLGEVPPW IPKKGETDEPIHIVQGRNDFGRIGYNGPCPPPGKAHHYHFKVYALDKELGLKPGSGRD ELEREMKGHVLAWGELVGLYQRG" gene 1571857..1572348 /locus_tag="TGAM_1663" /note="tg1663" CDS 1571857..1572348 /locus_tag="TGAM_1663" /inference="protein motif:CDD:COG2306, Uncharacterized conserved protein [Function unknown]" /inference="protein motif:CDD:DUF402, Protein of unknown function (DUF402)" /inference="protein motif:COG:COG2306 Uncharacterized conserved protein; S Function unknown" /inference="protein motif:HMMPfam:PF04167 DUF402 InterPro:IPR007295 Protein of unknown function DUF402" /note="Belongs to DUF402 family" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein" /protein_id="ACS34166.1" /translation="MARVHLIYRRIPNRVLERDDEVIADLGDVIIAKSRFEGMLAPLR VNGVEVIRNGYTMLYFAFIGENYDILKVYDEEGNFKGLYVDILAYTKREGNTVEMLDL FLDVFIFPDGRAFLLDEDELEMALNYGLIDRETFDFAYRVAREIIEKAERGQFPPEIV WKY" gene complement(1572345..1572953) /locus_tag="TGAM_1665" /note="tg1665" CDS complement(1572345..1572953) /locus_tag="TGAM_1665" /inference="protein motif:CDD:COG1901, Uncharacterized conserved protein [Function unknown]" /inference="protein motif:CDD:DUF358, Protein of unknown function (DUF358)" /inference="protein motif:COG:COG1901 Uncharacterized conserved protein; S Function unknown" /inference="protein motif:HMMPfam:PF04013 DUF358 InterPro:IPR007158 Protein of unknown function DUF358" /note="Belongs to DUF358 family" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein" /protein_id="ACS34167.1" /translation="MRTFIIKANEAHTRPDFKLNDLPGTSGRIDVLCRFLNSAFLLSH GFRKNVRVWLLLYGPPEPPKAIRFEGSRLKVRLNPDERSTARLIVKALKAGGGLREPG KEVEVYPGLYVSNRTFEDVVRLTLKNSAIYYLHEEGRPITDIRFPQNVAFVLGDHKGL SPEDEAFLDGIAERVSVGRKSYLASHVVAYINIFLDSLPNPP" gene 1572918..1573292 /locus_tag="TGAM_1666" /note="tg1666" CDS 1572918..1573292 /locus_tag="TGAM_1666" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:DUF167, Uncharacterized ACR, YggU family COG1872" /inference="protein motif:COG:COG1872 Uncharacterized conserved protein; S Function unknown" /inference="protein motif:HMMPfam:PF02594 DUF167 InterPro:IPR003746 Protein of unknown function DUF167" /inference="protein motif:HMMTigr:TIGR00251 TIGR00251:conserved hypothetical protein T InterPro:IPR005228 Conserved hypothetical protein 251" /inference="protein motif:superfamily:SSF69786 YggU-like" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein" /protein_id="ACS34168.1" /translation="MSLVRLDYERPHEEGWERSLKRLSHWGQGGEMKFLKETKDGTLL LVYVQPKAKKNEIEGIDEWRGRLKVKVKAPPVGGKANKELVKFLSKVLGAEVELVRGE TSREKDLLVRMSAEDVKKRLGL" gene complement(1573293..1574300) /gene="gap" /locus_tag="TGAM_1667" /note="tg1667" CDS complement(1573293..1574300) /gene="gap" /locus_tag="TGAM_1667" /EC_number="1.2.1.59" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:BlastProDom:PD007761 G3P_PYRFU_P20286; InterPro:IPR011596 Glyceraldehyde 3-phosphate dehydrogenase-like" /inference="protein motif:CDD:GapA, Glyceraldehyde-3-phosphate dehydrogenase/erythrose-4-phosphate dehydrogenase [Carbohydrate transport and metabolism]" /inference="protein motif:CDD:Gp_dh_C, Glyceraldehyde 3-phosphate dehydrogenase, C-terminal domain" /inference="protein motif:CDD:Gp_dh_N, Glyceraldehyde 3-phosphate dehydrogenase, NAD binding domain" /inference="protein motif:COG:COG0057 Glyceraldehyde-3-phosphate dehydrogenase/erythrose-4-phosphate dehydrogenase; G Carbohydrate transport and metabolism" /inference="protein motif:Gene3D:G3D.3.30.550.10 no description" /inference="protein motif:Gene3D:G3D.3.40.50.720 no description" /inference="protein motif:HMMPanther:PTHR10836 GLYCERALDEHYDE 3-PHOSPHATE DEHYDROGENASE InterPro:IPR000173 Glyceraldehyde 3-phosphate dehydrogenase" /inference="protein motif:HMMPfam:PF00044 Gp_dh_N InterPro:IPR000173 Glyceraldehyde 3-phosphate dehydrogenase" /inference="protein motif:HMMPfam:PF02800 Gp_dh_C InterPro:IPR000173 Glyceraldehyde 3-phosphate dehydrogenase" /inference="protein motif:HMMTigr:TIGR01546 GAPDH-II_archae:glyceraldehyde-3-pho InterPro:IPR006436 Glyceraldehyde-3-phosphate dehydrogenase, type II" /inference="protein motif:ScanRegExp:PS00071 GAPDH InterPro:IPR000173 Glyceraldehyde 3-phosphate dehydrogenase" /inference="protein motif:superfamily:SSF51735 NAD(P)-binding Rossmann-fold domains" /inference="protein motif:superfamily:SSF55347 Glyceraldehyde-3-phosphate dehydrogenase-like, C-terminal domain" /codon_start=1 /transl_table=11 /product="Glyceraldehyde 3-phosphate dehydrogenase (GAPDH) (gap)" /protein_id="ACS34169.1" /translation="MARVKVGINGYGTIGKRVAYAVTKQDDMKLIGVTKTKPDFEAYR AMELGIPVYAASEEFLPRFEKANFEVAGTLEDLLTEVDVIVDATPGGMGAKNKALYEK AGVKAVFQGGEKANVAEVSFVAQANYEKALGKDYVRVVSCNTTGLTRTLSAIQEYIDY VYAVMIRRAADPNDTKRGPINAITPSVTVPSHHGPDVQTVIPINIETSAFVVPTTLMH VHSIMVELKKPVEAKDVVDIFENTTRVLLFEKEKGFESTAHIIEFARDLHREWNNLYE IAVWKESISVRGNRLFYIQAVHQESDVVPENIDAIRAMFELAEKWESIRKTNESLGIL K" gene 1574416..1575243 /gene="eIF-2BII" /locus_tag="TGAM_1668" /note="tg1668" CDS 1574416..1575243 /gene="eIF-2BII" /locus_tag="TGAM_1668" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:COG0182, Predicted translation initiation factor 2B subunit, eIF-2B alpha/beta/delta family [Translation, ribosomal structure and biogenesis]" /inference="protein motif:CDD:GCD2, Translation initiation factor 2B subunit, eIF-2B alpha/beta/delta family [Translation, ribosomal structure and biogenesis]" /inference="protein motif:CDD:IF-2B, Initiation factor 2 subunit family" /inference="protein motif:COG:COG1184 Translation initiation factor 2B subunit, eIF-2B alpha/beta/delta family; J Translation, ribosomal structure and biogenesis" /inference="protein motif:HMMPanther:PTHR10233 TRANSLATION INITIATION FACTOR EIF-2B BETA SUBUNIT InterPro:IPR000649 Initiation factor 2B related GO:Biological Process:cellular biosynthesis (GO:0044249)" /inference="protein motif:HMMPanther:PTHR10233:SF1 TRANSLATION INITIATION FACTOR EIF-2B BETA SUBUNIT" /inference="protein motif:HMMPfam:PF01008 IF-2B InterPro:IPR000649 Initiation factor 2B related GO:Biological Process:cellular biosynthesis (GO:0044249)" /inference="protein motif:HMMTigr:TIGR00524 eIF-2B_rel:eIF-2B alpha/beta/delta-relate InterPro:IPR011559 Initiation factor 2B alpha/beta/delta GO:Biological Process:cellular biosynthesis (GO:0044249)" /inference="protein motif:superfamily:SSF52512 Phosphosugar isomerase" /codon_start=1 /transl_table=11 /product="Translation initiation factor eIF-2B subunit 2-like (eIF-2BII)" /protein_id="ACS34170.1" /translation="MIPPQVREILEEMRTERIRGASWLAKKGAEAYLLLSELLVGKEL ERALSEMRKEIPSINPTMASLYNLSRFIPVSSSPELVRARAEEFLRLMDEARREIGNI GSELVDDGEVVITHSFSSAVLEVLSSAWRKGKRFRVILTESSPDYEGIALANELDFLG IPHEVITDAQLGLFARRATLALVGADNVTRDGAVLNKAGTYLLALACHDAGVPFYVAA ESFKFHPELEAEEVEIVERPYHRQGHRVRNYLFDVTPWKYVRGIITELGVLVPPKEI" gene complement(1575247..1576452) /gene="coaBC" /locus_tag="TGAM_1669" /note="tg1669" CDS complement(1575247..1576452) /gene="coaBC" /locus_tag="TGAM_1669" /EC_number="4.1.1.36" /EC_number="6.3.2.5" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:DFP, DNA / pantothenate metabolism flavoprotein" /inference="protein motif:CDD:Dfp, Phosphopantothenoylcysteine synthetase/decarboxylase [Coenzyme metabolism]" /inference="protein motif:CDD:Flavoprotein, Flavoprotein" /inference="protein motif:COG:COG0452 Phosphopantothenoylcysteine synthetase/decarboxylase; H Coenzyme transport and metabolism" /inference="protein motif:Gene3D:G3D.3.40.50.1950 no description" /inference="protein motif:Gene3D:G3D.3.50.50.60 no description" /inference="protein motif:HMMPanther:PTHR14359 THYMIDYLATE SYNTHASE-RELATED" /inference="protein motif:HMMPfam:PF02441 Flavoprotein InterPro:IPR003382 Flavoprotein" /inference="protein motif:HMMPfam:PF04127 DFP InterPro:IPR007085 DNA/pantothenate metabolism flavoprotein, C-terminal" /inference="protein motif:HMMTigr:TIGR00521 coaBC_dfp:phosphopantothenoylcysteine deca InterPro:IPR005252 Bifunctional phosphopantothenoylcysteine decarboxylase/phosphopantothenate--cysteine ligase" /inference="protein motif:superfamily:SSF51735 NAD(P)-binding Rossmann-fold domains" /inference="protein motif:superfamily:SSF52507 DFP DNA/pantothenate metabolism flavoprotein InterPro:IPR003382 Flavoprotein" /note="Includes Phosphopantothenoylcysteine decarboxylase and Phosphopantothenate--cysteine ligase" /codon_start=1 /transl_table=11 /product="Coenzyme A biosynthesis bifunctional protein coaBC (coaBC)" /protein_id="ACS34171.1" /translation="MLHHVKLIYATKSRKLVGKKIVLAIPGSIAAVECVKLARELIRH GAEVHAVMSENAQKIIHPYAMEFATGNPVVTEITGFIEHVELAGEHENKADLILVCPA TANTIGKIACGIDDTPVTTVVTTAFSHTPIMIAPAMHSTMYEHPIVKENIEKLRKLGV EFIGPRFEEGKAKVASIDEIVYRVIRKLHPKSLEGKRVLVTAGATREYIDPIRYITNA SSGRMGVAIAEEADFRGAEVTLIRTKGSVPSFVENQIEVETVEEMLEAIENELKVRKY DVVVLAAAVSDFRVKNRADAKIKSGKSLILELEPTPKIIDRVKELQPDVFLVGFKAET SEDKLIEEARKQTERAGSDMVVANTLKAFGSEENEVFLVTRNEVKRLPRMNKRELAER LWDEIEMLI" gene complement(1576500..1577318) /locus_tag="TGAM_1670" /note="tg1670" CDS complement(1576500..1577318) /locus_tag="TGAM_1670" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:DUF835, Protein of unknown function (DUF835)" /inference="protein motif:HMMPfam:PF05763 DUF835 InterPro:IPR008553 Protein of unknown function DUF835" /note="Belongs to DUF835 family; 3 probable transmembrane helices predicted by modhmm" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein" /protein_id="ACS34172.1" /translation="MVYPYYLLRKTFKECLKSAIMGTTSYEQIKLFAEVIAFSVLTVT VVMAMRIRKRLGASLGRREVNNTIIGFLIFWSGYFVNVLNDIIKTEFMKVFDDVLVAL GLIWILVTAQPIYGKLKLKSAPSKVFDGTRVLKSGAYLVNASMPLQRLLRLLGGWKLL AVARNAERFRESDIPTLWITKISGENRIEPSRLAPLLQYIVDRADDNTAVIIEGVEYL ILENGFDAVFKFLTSLKDNILSRGALLVLVVDPKTLEERELKLLEREFSWLNVS" gene complement(1577388..1577876) /locus_tag="TGAM_1671" /note="tg1671" CDS complement(1577388..1577876) /locus_tag="TGAM_1671" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein" /protein_id="ACS34173.1" /translation="MAEFDLEVPIEKLNAVMQPVTNAGLYLRWVLYNELRSTVSLRIV VPEDEVEEILFMIARSYGEPLEVSVLRDSETMLVGQAFLNSIHIKTRSYPVVVLMEYS RESGPYVPVRVTVITRGDLPEEGIEMILSAHFGNFDLRRSYQPGTVERNSLTKITMTP SR" gene complement(1578157..1578540) /locus_tag="TGAM_1672" /note="tg1672" CDS complement(1578157..1578540) /locus_tag="TGAM_1672" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:COG1993, Uncharacterized conserved protein [Function unknown]" /inference="protein motif:CDD:DUF190, Uncharacterized ACR, COG1993" /inference="protein motif:COG:COG1993 Uncharacterized conserved protein; S Function unknown" /inference="protein motif:HMMPfam:PF02641 DUF190 InterPro:IPR003793 Protein of unknown function DUF190" /inference="protein motif:superfamily:SSF54913 GlnB-like" /note="Belongs to GlnB-like superfamily" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein" /protein_id="ACS34174.1" /translation="MVEVEHWNTLRLKIYIGENDRWKGRPLYKAIVEKLREMGIAGAT VYRGIYGFGKKSRIHSGDVMRLSTDLPVVIEVVDRGYKIEKAICEIKPMINDGMITVE PVIVVWVGTQDEVSRFREDAIREES" gene complement(1578545..1578916) /gene="crcB" /locus_tag="TGAM_1673" /note="tg1673" CDS complement(1578545..1578916) /gene="crcB" /locus_tag="TGAM_1673" /inference="protein motif:CDD:CRCB, CrcB-like protein" /inference="protein motif:CDD:CrcB, Integral membrane protein possibly involved in chromosome condensation [Cell division and chromosome partitioning]" /inference="protein motif:COG:COG0239 Integral membrane protein possibly involved in chromosome condensation; D Cell cycle control, cell division, chromosome partitioning" /inference="protein motif:HMMPfam:PF02537 CRCB InterPro:IPR003691 Camphor resistance CrcB protein GO:Cellular Component:membrane (GO:0016020)" /inference="protein motif:HMMTigr:TIGR00494 crcB:crcB protein InterPro:IPR003691 Camphor resistance CrcB protein GO:Cellular Component:membrane (GO:0016020)" /note="4 probable transmembrane helices predicted by modhmm" /codon_start=1 /transl_table=11 /product="Chromosome condensation protein, crcB-like protein (crcB)" /protein_id="ACS34175.1" /translation="MNAKMALAVAAGGALGALFRFYLSGLLPVYRDFPVGTLMVNGLA SFILGYLYGLLFWGFDVPSDWRAFLGTGFCGGLSTFSTFSYETFSLLREREYIMAGLN VAANVFVTISLVFIGFLLARR" gene complement(1579215..1580081) /locus_tag="TGAM_1674" /note="tg1674" CDS complement(1579215..1580081) /locus_tag="TGAM_1674" /inference="protein motif:CDD:COG1689, Uncharacterized protein conserved in archaea [Function unknown]" /inference="protein motif:COG:COG1689 Uncharacterized protein conserved in archaea; S Function unknown" /inference="protein motif:Gene3D:G3D.1.50.10.20 no description" /inference="protein motif:superfamily:SSF48239 Terpenoid cylases/Protein prenyltransferases InterPro:IPR008930 Terpenoid cylases/protein prenyltransferase alpha-alpha toroid" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein" /protein_id="ACS34176.1" /translation="MGSKLYEIGRYVNVNAVLHYVEERRHEDGGYCFVSVLDDTNVND TYYAIKIYNLLGIEFPEPEKTIEFLGNAIQPQTAVVAIAMALEGLVLLGAKDLAREKS EIVFTKYNPAEGKFAVGLGGSEEFGTATPLEATYWVTKAFDAINLKFNPDERDAIRTF VMKFRNGNGYGVKQPTTTMTYQALFTLYILGYRPPRSPHFRNCELCGDWGGFTEVPYS LPPYLEPTFYATRGLELQNESPTYPRRHIWFIRQLQNPNGGFRRSLELGISNFQNTYR ALAVIESMMRYL" gene 1580258..1580989 /locus_tag="TGAM_1675" /note="tg1675" CDS 1580258..1580989 /locus_tag="TGAM_1675" /inference="protein motif:CDD:SpeB, Arginase/agmatinase/formimionoglutamate hydrolase, arginase family [Amino acid transport and metabolism]" /inference="protein motif:COG:COG0010 Arginase/agmatinase/formimionoglutamate hydrolase, arginase family; E Amino acid transport and metabolism" /inference="protein motif:Gene3D:G3D.3.40.800.10 no description" /inference="protein motif:HMMPanther:PTHR11358 ARGINASE-RELATED InterPro:IPR006035 Arginase/agmatinase/formiminoglutamase GO:Molecular Function:catalytic activity (GO:0003824)" /inference="protein motif:ScanRegExp:PS00148 ARGINASE_2 InterPro:IPR006035 Arginase/agmatinase/formiminoglutamase GO:Molecular Function:catalytic activity (GO:0003824)" /inference="protein motif:superfamily:SSF52768 Arginase/deacetylase" /codon_start=1 /transl_table=11 /product="Arginase related protein" /protein_id="ACS34177.1" /translation="MVTFVPFGEKPNREGVEYARKLLLREGLIEEANTRIVESRNVEG LAKVLQPDCCYVVGEHLATYGITMKLRPPSILSVDAHTDLMHDYLDHGSWLAYALENG IVNRAAVVGAVLMIPTTNRTRLWKRRVRIYPALPRTRRTGRGWKAYINLSNHGVGGVL DDALKYLGREVYLTIDLDVLRPEYRIARFQHGELTLEELLELIEGIKNRFKIISFDLA EISERIKRSKQGKKALVEVFSALRW" gene 1580993..1581316 /locus_tag="TGAM_1676" /note="tg1676" CDS 1580993..1581316 /locus_tag="TGAM_1676" /inference="protein motif:CDD:COG1645, Uncharacterized Zn-finger containing protein [General function prediction only]" /inference="protein motif:CDD:UPF0148, Uncharacterized protein family (UPF0148)" /inference="protein motif:COG:COG1645 Uncharacterized Zn-finger containing protein; R General function prediction only" /inference="protein motif:Gene3D:G3D.2.20.28.10 no description" /inference="protein motif:HMMPfam:PF06677 Auto_anti-p27 InterPro:IPR009563 Sjogrens syndrome scleroderma autoantigen 1" /inference="protein motif:superfamily:SSF57716 Glucocorticoid receptor-like (DNA-binding domain)" /note="Belongs to Auto_anti-p27 family (PF06677)" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein" /protein_id="ACS34178.1" /translation="MKGPTEEEIRKVIMPLMLSGAKMLDRHCPKCGSPLFEKDGRVFC PVCEYRAKQRREKARGLEDVLLQKLNELALDLPDDPEELEKRLSVMERIIDLIEKYRR LEGST" gene 1581313..1581525 /locus_tag="TGAM_1677" /note="tg1677" CDS 1581313..1581525 /locus_tag="TGAM_1677" /inference="protein motif:Gene3D:G3D.1.10.10.10 no description InterPro:IPR011991 Winged helix repressor DNA-binding" /inference="protein motif:superfamily:SSF46785 'Winged helix' DNA-binding domain" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein" /protein_id="ACS34179.1" /translation="MKNRRVLKALEAGPKTVEEIAKETGLGVMEVRRYLLRFAEGGKV ESFEKDGKIYWKIREKKPEEEEFKYV" gene complement(1581592..1582386) /gene="trmB-3" /locus_tag="TGAM_1678" /note="tg1678" CDS complement(1581592..1582386) /gene="trmB-3" /locus_tag="TGAM_1678" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:BlastProDom:PD006327 Q9UZ85_PYRAB_Q9UZ85; InterPro:IPR011571 Transcriptional regulator winged helix GO:Molecular Function:phenylalanine-tRNA ligase activity (GO:0004826), Molecular Function:ATP binding (GO:0005524), Biological Process:protein biosynthesis (GO:0006412)" /inference="protein motif:CDD:COG1378, Predicted transcriptional regulators [Transcription]" /inference="protein motif:CDD:TrmB, Sugar-specific transcriptional regulator TrmB" /inference="protein motif:COG:COG1378 Predicted transcriptional regulators; K Transcription" /inference="protein motif:Gene3D:G3D.1.10.10.10 no description InterPro:IPR011991 Winged helix repressor DNA-binding" /inference="protein motif:Gene3D:G3D.3.30.870.10 no description" /inference="protein motif:HMMPfam:PF01978 TrmB InterPro:IPR002831 Transcriptional regulator TrmB" /inference="protein motif:superfamily:SSF46785 'Winged helix' DNA-binding domain" /inference="protein motif:superfamily:SSF56024 Phospholipase D/nuclease" /codon_start=1 /transl_table=11 /product="Transcription regulator, TrmB-like protein (TrmB)" /protein_id="ACS34180.1" /translation="MVKDRMVELLQEHFELNLYEARAYVALVGFGVLTPAELASVSEV PAPRTYDVLRSLEKKGFAISQPGKVNKYRPVHPQNILEKFIEEWQERVKEELEAKKKA KEELLELMTPLIETEIPKYGVERVWVVRGIRNATLKTKEMFEGVKEKILLADDGYIAV NLDKDIIAAVDRGVKVKIVVAENLLPRLKSSKLLDYAKAGKIELRVADKFELPMLICD DEVFFALEDMAARYFNYETQIWIKDFRVRELFEGKFNEYWEKAKPL" gene complement(1582657..1586337) /gene="rgy" /locus_tag="TGAM_1679" /note="tg1679" CDS complement(1582657..1586337) /gene="rgy" /locus_tag="TGAM_1679" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:COG:COG1110 Reverse gyrase; L Replication, recombination and repair" /inference="protein motif:FPrintScan:PR00417 PRTPISMRASEI InterPro:IPR000380 DNA topoisomerase, type IA" /inference="protein motif:Gene3D:G3D.1.10.460.10 no description" /inference="protein motif:Gene3D:G3D.3.40.50.140 no description" /inference="protein motif:Gene3D:G3D.3.40.50.300 no description" /inference="protein motif:HMMPanther:PTHR11390 PROKARYOTIC DNA TOPOISOMERASE TYPE I, III InterPro:IPR000380 DNA topoisomerase, type IA" /inference="protein motif:HMMPanther:PTHR11390:SF5 REVERSE GYRASE" /inference="protein motif:HMMPfam:PF01131 Topoisom_bac InterPro:IPR013497 DNA topoisomerase, type IA, central" /inference="protein motif:HMMPfam:PF01751 Toprim InterPro:IPR006171 TOPRIM" /inference="protein motif:HMMSmart:SM00436 no description InterPro:IPR003601 DNA topoisomerase, type IA, domain 2" /inference="protein motif:HMMSmart:SM00437 no description InterPro:IPR003602 DNA topoisomerase, type IA, DNA-binding" /inference="protein motif:HMMSmart:SM00487 no description InterPro:IPR011545 DEAD/DEAH box helicase, N-terminal" /inference="protein motif:HMMSmart:SM00493 no description InterPro:IPR006154 Toprim subdomain" /inference="protein motif:HMMTigr:TIGR01054 rgy:reverse gyrase InterPro:IPR005736 Reverse gyrase" /inference="protein motif:superfamily:SSF52540" /inference="protein motif:superfamily:SSF56712 Prokaryotic type I DNA topoisomerase" /codon_start=1 /transl_table=11 /product="Reverse gyrase (rgy)" /protein_id="ACS34181.1" /translation="MKALYREMCPNCGGRISDERLYMRNPCESCLNEPIVVDSYFELV SAVRDALLKANRLKEWERIYRLESESREIEDFFKKATGFTFWSAQRTWVKRLLKGRSF SIIAPTGMGKSTFGAFMSVYYATKGKKSYIVVPTTPLVIQTIRKVQAIIERTGLDVKL AYYHGNLRKKEKEEMLAKIEGGDYDILITSAQWLARNFDEKLKGRHFDFIFVDDVDAF LKASKNIDRSLLLLGFTEEIIGKAWEIIRLKKQMARYLNGNSEDKNDRLKELNEAIEK LQREIEEFKRKNDIGIMIIASATGSARGDRIKLYRELLGFEVGSGRSALRNVVDSYLK PSKDVKEHVEELLRKLGKGGLIFVPIDQGLSYAEELVNYLREKGFAVELASSKNKKAV ERFENGEADYLVGVATYYGSIVRGLDLPHLIRYAVFTGVPKFRFSIDLERPTIYRALG LLGEVMDFLDDEDRKTAEKLHARLRRLIRNIPQFELLKIEEALAEGLPIENDFHKTVL NVFRELVEFLREVLKKEDVLRRLAEDPFVSLVKEEGKWFIEIPDVRTYIQATGRTSRL FAGGITKGLSVLIVDNEKVFNGLVRQMRWRFTEFKMVPFEELDLEKLLKEIDEDREKV KLVMEGKISSKVKDLVKSALMIVESPNKARTIANFFGKPSKTRIGELVAYEVSVGDKM LTILASGGHMFDLVTNEGYHGVLIEREEDMFKFIPIYDTIKRCRDCGYQFVDWEERGV CPRCGSRNVHDALENVKAMREIAQEVDEILIATDPDTEGEKIAWDIRNVLAPYTPNIK RVEFHEVTRPAIMKAIREARDVNEARVEAQMVRRIEDRWIGFELSQELQRVFENRNLS AGRVQTPVLGWIIERYKEFTESEVYFLGLTLENGLQVTVELGKDGKDVEPPEYVTVEE VQLEERELNPSPPYTTDAMLRDASTFLKLSAPETMRLAQDLFELGLITYHRSDSTHVS STGIEIAREYITSELGEEYFKPRPWGEEGTHEAIRPTRPIDTGRLMQLIRDGVIQLPR NLTRNHYRLYDMIFRRFMTSQMVPAKVLYEKAVINAGVGKVELEGYVEILKDGWTKLR SPPMRQLPKLEQGAKLKVVESKKWKAPKVSLYTQGDIIALMKERGIGRPSTYAKIVQT LLQRYYVFETRGRKKLVPTEKGIKVYHYLVSKYRELVSEEKTRELEEKMDLIEEGKLN YLDVLNELYREITCEIKKEGCS" gene complement(1586342..1586857) /locus_tag="TGAM_1680" /note="tg1680" CDS complement(1586342..1586857) /locus_tag="TGAM_1680" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:HMMPfam:PF04434 SWIM InterPro:IPR007527 Zinc finger, SWIM-type GO:Molecular Function:zinc ion binding (GO:0008270)" /inference="protein motif:ProfileScan:PS50966 ZF_SWIM InterPro:IPR007527 Zinc finger, SWIM-type GO:Molecular Function:zinc ion binding (GO:0008270)" /note="Contains 1 SWIM zinc finger domain" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein" /protein_id="ACS34182.1" /translation="MVIMDGEGLYYSGRVLWVVKSGNRLYGKVLDDYPYYVEVNGDSS FCTCPLGGNCEHVRAVKIAYERGFYFDCPDEEPFGEGCAYSMLNSVPELRWRVLLREL EHALETDESGSDAAKLFYEAFNILGKDPDARKLTLIGVLLNEYSALFPDYALTERLKS EFQRLRIRSVG" gene complement(1586909..1587142) /gene="rplXA" /locus_tag="TGAM_1681" /note="tg1681" CDS complement(1586909..1587142) /gene="rplXA" /locus_tag="TGAM_1681" /inference="protein motif:BlastProDom:PD010302 RLX_PYRAB_Q9UYI5; InterPro:IPR002768 Ribosomal LX protein GO:Molecular Function:structural constituent of ribosome (GO:0003735), Cellular Component:intracellular (GO:0005622), Cellular Component:ribosome (GO:0005840), Biological Process:protein biosynthesis (GO:0006412)" /inference="protein motif:CDD:RPL20A, Ribosomal protein L20A (L18A) [Translation, ribosomal structure and biogenesis]" /inference="protein motif:COG:COG2157 Ribosomal protein L20A (L18A); J Translation, ribosomal structure and biogenesis" /inference="protein motif:HMMPfam:PF01911 Ribosomal_LX InterPro:IPR002768 Ribosomal LX protein GO:Molecular Function:structural constituent of ribosome (GO:0003735), Cellular Component:intracellular (GO:0005622), Cellular Component:ribosome (GO:0005840), Biological Process:protein biosynthesis (GO:0006412)" /codon_start=1 /transl_table=11 /product="LSU ribosomal protein LXA (rplXA)" /protein_id="ACS34183.1" /translation="MEVKVYRVKGIFQRGKLKQPFTKEYRALKPEHVEELVYSEIGSK HRVPRTKIWIESIEEIKPEEAENPVVRRLSLEL" gene complement(1587188..1587874) /gene="eif6" /locus_tag="TGAM_1682" /note="tg1682" CDS complement(1587188..1587874) /gene="eif6" /locus_tag="TGAM_1682" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:BlastProDom:PD006880 IF6_PYRFU_Q8U3S8; InterPro:IPR002769 Translation initiation factor IF6 GO:Molecular Function:translation initiation factor activity (GO:0003743), Biological Process:translational initiation (GO:0006413)" /inference="protein motif:CDD:eIF6, translation initiation factor 6" /inference="protein motif:CDD:IF6, Ribosome anti-association factor IF6 binds the large ribosomal subunit and prevents the two subunits from associating during translation initiation" /inference="protein motif:COG:COG1976 Translation initiation factor 6 (eIF-6); J Translation, ribosomal structure and biogenesis" /inference="protein motif:HMMPanther:PTHR10784 TRANSLATION INITIATION FACTOR 6 InterPro:IPR002769 Translation initiation factor IF6 GO:Molecular Function:translation initiation factor activity (GO:0003743), Biological Process:translational initiation (GO:0006413)" /inference="protein motif:HMMPanther:PTHR10784:SF1 TRANSLATION INITIATION FACTOR 6" /inference="protein motif:HMMPfam:PF01912 eIF-6 InterPro:IPR002769 Translation initiation factor IF6 GO:Molecular Function:translation initiation factor activity (GO:0003743), Biological Process:translational initiation (GO:0006413)" /inference="protein motif:HMMPIR:PIRSF006413 Translation initiation factor 6 InterPro:IPR002769 Translation initiation factor IF6 GO:Molecular Function:translation initiation factor activity (GO:0003743), Biological Process:translational initiation (GO:0006413)" /inference="protein motif:HMMSmart:SM00654 no description InterPro:IPR002769 Translation initiation factor IF6 GO:Molecular Function:translation initiation factor activity (GO:0003743), Biological Process:translational initiation (GO:0006413)" /inference="protein motif:HMMTigr:TIGR00323 eIF-6:translation initiation factor eIF-6, InterPro:IPR002769 Translation initiation factor IF6 GO:Molecular Function:translation initiation factor activity (GO:0003743), Biological Process:translational initiation (GO:0006413)" /inference="protein motif:superfamily:SSF55909 Pentein" /codon_start=1 /transl_table=11 /product="Translation initiation factor 6 (eif6)" /protein_id="ACS34184.1" /translation="MHIERLDFENSPYLGVYGFATDRVAVIREGLGEKKLATLREVLK VPLIETSVMKSRIVGIFVAGNSNALIVPWYIWDAELDFINAQLREYGIDMEVVPFQSR LTAFGNLILANDKGALVSKDFTREEARKIEDILGVPVERGVIADYTAVGSVGVVTNKG GLVHPEATDEELEWLSDLFKVDVYVGTANMGVPFVGSCMIANSYGVVVGHLTTGPEIV KIEEALGFLG" gene complement(1587902..1588174) /gene="rpl31E" /locus_tag="TGAM_1683" /note="tg1683" CDS complement(1587902..1588174) /gene="rpl31E" /locus_tag="TGAM_1683" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:BlastProDom:PD006030 RL31_PYRHO_P58189; InterPro:IPR000054 Ribosomal protein L31e GO:Molecular Function:structural constituent of ribosome (GO:0003735), Cellular Component:intracellular (GO:0005622), Cellular Component:ribosome (GO:0005840), Biological Process:protein biosynthesis (GO:0006412)" /inference="protein motif:CDD:RPL31A, Ribosomal protein L31E [Translation, ribosomal structure and biogenesis]" /inference="protein motif:COG:COG2097 Ribosomal protein L31E; J Translation, ribosomal structure and biogenesis" /inference="protein motif:HMMPfam:PF01198 Ribosomal_L31e InterPro:IPR000054 Ribosomal protein L31e GO:Molecular Function:structural constituent of ribosome (GO:0003735), Cellular Component:intracellular (GO:0005622), Cellular Component:ribosome (GO:0005840), Biological Process:protein biosynthesis (GO:0006412)" /inference="protein motif:superfamily:SSF54575 Ribosomal protein L31e InterPro:IPR000054 Ribosomal protein L31e GO:Molecular Function:structural constituent of ribosome (GO:0003735), Cellular Component:intracellular (GO:0005622), Cellular Component:ribosome (GO:0005840), Biological Process:protein biosynthesis (GO:0006412)" /codon_start=1 /transl_table=11 /product="LSU ribosomal protein L31E (rpl31E)" /protein_id="ACS34185.1" /translation="MPIEPGQEVIFVVPIRKIKKRVPRWKRAPRAAKFVREWIARHAK AEEVKLEPAVNEKLWERGAEKPPNKLRVKVVVEVVDGKRVAKVSLA" gene complement(1588185..1588340) /gene="rpl39E" /locus_tag="TGAM_1684" /note="tg1684" CDS complement(1588185..1588340) /gene="rpl39E" /locus_tag="TGAM_1684" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:BlastProDom:PD007914 Q9CQD0_MOUSE_Q9CQD0; InterPro:IPR000077 Ribosomal protein L39e GO:Molecular Function:structural constituent of ribosome (GO:0003735), Cellular Component:intracellular (GO:0005622), Cellular Component:ribosome (GO:0005840), Biological Process:protein biosynthesis (GO:0006412)" /inference="protein motif:COG:COG2167 Ribosomal protein L39E; J Translation, ribosomal structure and biogenesis" /inference="protein motif:HMMPanther:PTHR19970 60S RIBOSOMAL PROTEIN L39 InterPro:IPR000077 Ribosomal protein L39e GO:Molecular Function:structural constituent of ribosome (GO:0003735), Cellular Component:intracellular (GO:0005622), Cellular Component:ribosome (GO:0005840), Biological Process:protein biosynthesis (GO:0006412)" /inference="protein motif:HMMPanther:PTHR19970:SF1 60S RIBOSOMAL PROTEIN L39" /inference="protein motif:HMMPfam:PF00832 Ribosomal_L39 InterPro:IPR000077 Ribosomal protein L39e GO:Molecular Function:structural constituent of ribosome (GO:0003735), Cellular Component:intracellular (GO:0005622), Cellular Component:ribosome (GO:0005840), Biological Process:protein biosynthesis (GO:0006412)" /inference="protein motif:ScanRegExp:PS00051 RIBOSOMAL_L39E InterPro:IPR000077 Ribosomal protein L39e GO:Molecular Function:structural constituent of ribosome (GO:0003735), Cellular Component:intracellular (GO:0005622), Cellular Component:ribosome (GO:0005840), Biological Process:protein biosynthesis (GO:0006412)" /inference="protein motif:superfamily:SSF48662 Ribosomal protein L39e" /codon_start=1 /transl_table=11 /product="LSU ribosomal protein L39E (rpl39E)" /protein_id="ACS34186.1" /translation="MARNKPLAKKLRLAKAAKQNRRVPVWVIVKTNRKVMTHPKRRHW RRTKLKE" gene complement(1588454..1590142) /gene="mutA" /locus_tag="TGAM_1685" /note="tg1685" CDS complement(1588454..1590142) /gene="mutA" /locus_tag="TGAM_1685" /EC_number="5.4.99.2" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:COG:COG1884 Methylmalonyl-CoA mutase, N-terminal domain/subunit; I Lipid transport and metabolism" /inference="protein motif:Gene3D:G3D.3.20.20.240 no description" /inference="protein motif:HMMPanther:PTHR11578 Methylmalonyl-CoA MUTASE InterPro:IPR006099 Methylmalonyl-CoA mutase GO:Molecular Function:Methylmalonyl-CoA mutase activity (GO:0004494), Biological Process:metabolism (GO:0008152)" /inference="protein motif:HMMPanther:PTHR11578:SF1 Methylmalonyl-CoA MUTASE" /inference="protein motif:HMMPfam:PF01642 MM_CoA_mutase InterPro:IPR006099 Methylmalonyl-CoA mutase GO:Molecular Function:Methylmalonyl-CoA mutase activity (GO:0004494), Biological Process:metabolism (GO:0008152)" /inference="protein motif:HMMTigr:TIGR00641 acid_CoA_mut_N:Methylmalonyl-CoA muta InterPro:IPR006098 Methylmalonyl-CoA mutase, N-terminal GO:Molecular Function:Methylmalonyl-CoA mutase activity (GO:0004494), Biological Process:metabolism (GO:0008152)" /inference="protein motif:superfamily:SSF51703 Cobalamin (vitamin B12)-dependent enzymes" /codon_start=1 /transl_table=11 /product="Methylmalonyl-CoA mutase, N-terminal domain/subunit (mutA)" /protein_id="ACS34187.1" /translation="MTFDKEKLAKIREEEKRWEETTVKKFIEKRPERKEKFMTDDGFE IKRLYTPADLGEDWDYLEKLGFPGEYPFTRGVYATMYRGRFWTMRQYAGYATAEESNK RYKYLLEQGQTGLSVAFDLPTQLGYDSDHPMAEGEVGKVGVAIDSLWDMRILFDGIPL DKVSTSMTINSTAANLLAMYILVAEEQGIPQEKLRGTVQNDILKEYIARGTYIFPPQP SMRLTTDIIMYCAENIPKWNSISISGYHIREAGANAVQEVAFTLADGIEYVKAVIERG MEVDKFAPRLSFFFNAHNNFLEEIAKFRAARRLWAYIMKEWFNAKNPRSMMLRFHTQT AGSTLTAQQPENNIVRVAIQALAAVLGGTQSLHTNSYDEALSLPTEKSVRIALRTQQI IAYESGVVDTVDPLGGAYYIEWLTDHIYEEALKYIEKIQKMGGMMRAIERGYIQKEIA DAAYKYQKEIEEGKRIIVGVNKFQTDEPIEVEILKVDPSIREKQIERLKKLRSERDSK KVEEALDKLRNAAETEDENLMPYIIEAHRHLATLGEVTDVLREVWGEYRAPLIF" gene 1590367..1590654 /locus_tag="TGAM_1686" /note="tg1686" CDS 1590367..1590654 /locus_tag="TGAM_1686" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein" /protein_id="ACS34188.1" /translation="MQTVTRRASSKWVTGLRPKLEEAFSRGAFEGTLVGKAELRGLDM LEVVEVKLVPGKPEGPSFEVSGRIVTFKFPLEKGQNLEDVYYPLMGMLNRV" gene 1590685..1591542 /locus_tag="TGAM_1687" /note="tg1687" CDS 1590685..1591542 /locus_tag="TGAM_1687" /inference="protein motif:CDD:COG1782, Predicted metal-dependent RNase, consists of a metallo-beta-lactamase domain and an RNA-binding KH domain [General function prediction only]" /inference="protein motif:CDD:YSH1, Predicted exonuclease of the beta-lactamase fold involved in RNA processing [Translation, ribosomal structure and biogenesis]" /inference="protein motif:COG:COG1236 Predicted exonuclease of the beta-lactamase fold involved in RNA processing; J Translation, ribosomal structure and biogenesis" /inference="protein motif:Gene3D:G3D.3.60.15.10 no description" /inference="protein motif:HMMPanther:PTHR11203 MRNA CLEAVAGE AND POLYADENYLATION SPECIFICITY FACTOR" /inference="protein motif:HMMPanther:PTHR11203:SF10 CLEAVAGE AND POLYADENYLATION SPECIFICITY FACTOR-RELATED" /inference="protein motif:superfamily:SSF56281 Metallo-hydrolase/oxidoreductase" /note="Contains 1 Metallo-hydrolase/oxidoreductase fold (SSF56281)" /codon_start=1 /transl_table=11 /product="mRNA 3-end processing factor, putative" /protein_id="ACS34189.1" /translation="MLVKGIGLDSSAKLAFQSHAHSDHFVSGEVIFATRATKFLSHLR KGGFYREVKFRKTFYIGDVKAKLYPAGHMLGSAGIKLWLEAGTLFYTGDTKWFKLRTA EKSRFPRADFLVIEATFGVPAFAFPSPREAEKKLISFVEEALDRGKKPVLYVNQMGKA QEVMKILDVHGITVRPSREMLKVARVYSKFGVRFDNIERDGEVILRSYRSPKVENSLS PWELTVSGFGRLKLSNHADFWELVRIVEKVKPEKVFTVYGFAREFAEILRGLGHEAFP LLPNSEIKV" gene 1591925..1592410 /gene="hsp20" /locus_tag="TGAM_1688" /note="tg1688" CDS 1591925..1592410 /gene="hsp20" /locus_tag="TGAM_1688" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:alpha-crystallin-Hsps, alpha-crystallin-type heat shock proteins (Hsps), family of small stress induced proteins ranging from 12 -43 kDa, whose common feature is the alpha-crystallin domain" /inference="protein motif:CDD:HSP20, Hsp20/alpha crystallin family" /inference="protein motif:CDD:IbpA, Molecular chaperone (small heat shock protein) [Posttranslational modification, protein turnover, chaperones]" /inference="protein motif:COG:COG0071 Molecular chaperone (small heat shock protein); O Posttranslational modification, protein turnover, chaperones" /inference="protein motif:Gene3D:G3D.2.60.40.790 no description" /inference="protein motif:HMMPfam:PF00011 HSP20 InterPro:IPR002068 Heat shock protein Hsp20" /inference="protein motif:ProfileScan:PS01031 HSP20 InterPro:IPR002068 Heat shock protein Hsp20" /inference="protein motif:superfamily:SSF49764 HSP20-like chaperones InterPro:IPR008978 HSP20-like chaperone" /codon_start=1 /transl_table=11 /product="Small heat shock protein, Hsp20 type (Hsp20)" /protein_id="ACS34190.1" /translation="MVWRRDRYWDPFDIMREIQEEIDAIFRDFMRGPRIWSYREPRES IAISESWREPFADIFDRGDKFVITVELPGVRKEDIKLRVTEDTVYIEAQIRREKELEE EGAIRIERYYSGYRRVIRLPEEVIPEKAKARYNNGVLEIEIPKKNPKKPEGEGFEVKI E" gene 1592535..1594925 /gene="cdc48-1" /locus_tag="TGAM_1689" /note="tg1689" CDS 1592535..1594925 /gene="cdc48-1" /locus_tag="TGAM_1689" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:AAA, AAA-superfamily of ATPases associated with a wide variety of cellular activities, including membrane fusion, proteolysis, and DNA replication" /inference="protein motif:CDD:AAA, ATPase family associated with various cellular activities (AAA)" /inference="protein motif:CDD:AAA, ATPases associated with a variety of cellular activities; AAA - ATPases associated with a variety of cellular activities" /inference="protein motif:CDD:CDC48_2, Cell division protein 48 (CDC48), domain 2" /inference="protein motif:CDD:CDC48_N, Cell division protein 48 (CDC48), N-terminal domain" /inference="protein motif:CDD:ClpA, ATPases with chaperone activity, ATP-binding subunit [Posttranslational modification, protein turnover, chaperones]" /inference="protein motif:CDD:COG1223, Predicted ATPase (AAA+ superfamily) [General function prediction only]" /inference="protein motif:CDD:HflB, ATP-dependent Zn proteases [Posttranslational modification, protein turnover, chaperones]" /inference="protein motif:CDD:RPT1, ATP-dependent 26S proteasome regulatory subunit [Posttranslational modification, protein turnover, chaperones]" /inference="protein motif:CDD:SpoVK, ATPases of the AAA+ class [Posttranslational modification, protein turnover, chaperones]" /inference="protein motif:COG:COG0464 ATPases of the AAA+ class; O Posttranslational modification, protein turnover, chaperones" /inference="protein motif:Gene3D:G3D.2.40.40.20 no description" /inference="protein motif:Gene3D:G3D.3.10.330.10 no description" /inference="protein motif:Gene3D:G3D.3.40.50.300 no description" /inference="protein motif:HMMPanther:PTHR11603 AAA-FAMILY ATPASE-RELATED" /inference="protein motif:HMMPanther:PTHR11603:SF67 CELL DIVISION CYCLE PROTEIN 48" /inference="protein motif:HMMPfam:PF00004 AAA InterPro:IPR003959 AAA ATPase, central region GO:Molecular Function:ATP binding (GO:0005524)" /inference="protein motif:HMMPfam:PF02359 CDC48_N InterPro:IPR003338 AAA ATPase VAT, N-terminal GO:Molecular Function:ATP binding (GO:0005524)" /inference="protein motif:HMMPfam:PF02933 CDC48_2 InterPro:IPR004201 Cell division protein 48, CDC48, domain 2 GO:Molecular Function:ATP binding (GO:0005524)" /inference="protein motif:HMMSmart:SM00382 no description InterPro:IPR003593 AAA ATPase GO:Molecular Function:nucleotide binding (GO:0000166), Molecular Function:nucleoside-triphosphatase activity (GO:0017111)" /inference="protein motif:HMMTigr:TIGR01243 CDC48:AAA family ATPase, CDC48 subfamily InterPro:IPR005938 AAA ATPase, CDC48 GO:Molecular Function:hydrolase activity (GO:0016787)" /inference="protein motif:ScanRegExp:PS00674 AAA InterPro:IPR003960 AAA-protein subdomain GO:Molecular Function:ATP binding (GO:0005524)" /inference="protein motif:superfamily:SSF50692 InterPro:IPR009010 Aspartate decarboxylase-like fold" /inference="protein motif:superfamily:SSF52540 P-loop containing nucleoside triphosphate hydrolases" /codon_start=1 /transl_table=11 /product="AAA family ATPase, CDC48 subfamily (Cdc48)" /protein_id="ACS34191.1" /translation="MSERKEIKLKVASAYQRDVGRGIVRIDRKAMRELGVQPGDIVEI IGTKNTAAVVWPAYPEDEGLSIIRMDGTIRKNAGVGLGDEVTVRKADVKEAKKVIVAP TEPIRFGRDFVEWLHSRLVGRPVVRGDYIKVGILGQELTFVVTATTPAGIVQITEFTD FQVSEKPVKEVAKTATLGVTYEDIGGLKDVIQKVREMIELPLKHPEIFEKLGIEPPKG VLLYGPPGTGKTLLAKAVANEANAHFIAINGPEIMSKYYGESEERLREVFKEAEENAP AIIFIDEIDAIAPKREETHGEVEKRVVSQLLTLMDGLKSRGKVIVIAATNRPDAIDPA LRRPGRFDRELEVGVPDKQGRKEILQIHTRGMPIEPDFRRDKVIEILEKLRGDERFRD VIDRAIEKVEKAKDEEEIKRDLRELDERLYDEVKARLIDALLEELAEVTHGFVGADLA ALAREAAMAALRRLIKEGKIDFEAEHIPREVLEELKVTRKDFYEALKMVEPSALREVL LEVPNVRWDDIGGLEDVKQELREAVEWPLKYPEAFMGLGITPPKGILLYGPPGTGKTL LAKAVANESEANFIAIKGPEVLSKWVGESEKNIREIFRKARQAAPTVIFIDEIDAIAP RRGTDVNRVTDRLINQLLTEMDGIQENSGVVVIGATNRPDILDPALLRPGRFDRLILV PAPDEKARLEIFKVHTRKVPLAEDVNLEELAKRTEGYTGADIEAVVREAAMLAMRRAL QEGIIRPGMKADEIRRKVKVTMRDFEEALKKIGPSVSKETMEYYRKIQEQFKQSRG" gene 1595084..1595329 /locus_tag="TGAM_1690" /note="tg1690" CDS 1595084..1595329 /locus_tag="TGAM_1690" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein" /protein_id="ACS34192.1" /translation="MIYGVLLSIPEKLVGKYEDQVRRTIGYGIARGDIISFTEARYKG DIAFVMLARSRRAAERTFSELSELPIYVKVIEIEGES" gene complement(1595383..1595532) /locus_tag="TGAM_1691" /note="tg1691" CDS complement(1595383..1595532) /locus_tag="TGAM_1691" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein" /protein_id="ACS34193.1" /translation="MLARILYYREKEMPWEIVIPANDIKKAERIAREKMSEFNAIAYE VELIA" gene complement(1595723..1595872) /locus_tag="TGAM_1692" /note="tg1692" CDS complement(1595723..1595872) /locus_tag="TGAM_1692" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein" /protein_id="ACS34194.1" /translation="MKWAVTLYGGRSHRERITFEAENADLARRIAVKELKAKNARVFE LERLD" gene complement(1595955..1596701) /gene="glpQ" /locus_tag="TGAM_1693" /note="tg1693" CDS complement(1595955..1596701) /gene="glpQ" /locus_tag="TGAM_1693" /EC_number="3.1.4.46" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:GDPD, Glycerophosphoryl diester phosphodiesterase family" /inference="protein motif:CDD:UgpQ, Glycerophosphoryl diester phosphodiesterase [Energy production and conversion]" /inference="protein motif:COG:COG0584 Glycerophosphoryl diester phosphodiesterase; C Energy production and conversion" /inference="protein motif:Gene3D:G3D.3.20.20.190 no description" /inference="protein motif:HMMPanther:PTHR14575 GLYCOPHOSPHORYLDIESTER PHOSPHODIESTERASE" /inference="protein motif:HMMPanther:PTHR14575:SF4 GLYCOPHOSPHORYLDIESTER PHOSPHODIESTERASE" /inference="protein motif:HMMPfam:PF03009 GDPD InterPro:IPR004129 Glycerophosphoryl diester phosphodiesterase GO:Biological Process:glycerol metabolism (GO:0006071), Molecular Function:glycerophosphodiester phosphodiesterase activity (GO:0008889)" /inference="protein motif:ProfileScan:PS50007 PIPLC_X_DOMAIN InterPro:IPR000909 Phosphatidylinositol-specific phospholipase C, X region GO:Molecular Function:phospholipase C activity (GO:0004629), Biological Process:signal transduction (GO:0007165), Biological Process:intracellular signaling cascade (GO:0007242)" /inference="protein motif:superfamily:SSF51695 PLC-like phosphodiesterases" /codon_start=1 /transl_table=11 /product="Glycerophosphoryl diester phosphodiesterase (glpQ)" /protein_id="ACS34195.1" /translation="MWERDRIIVLGHRGCMGKFPENSLLAFRKAIEAGADGVELDVWL TKDGNAIVMHDETIDRTSNMSGKQKEMTLEELKKADIGGGEKIPTLEEVFEVLPEDAL VNVELKDRDAVERVAEIVKVNNPQRIMISSFDVEALREYRRFDDETTMGLLIDREDVV PLIPRLKEELNLWSINVPMEAIPVLGFEKTLHALRWARSLGLRVVLWTENEELFYSQD NLARLRGLFEVVITNDVERMLSYLSRLGLR" gene complement(1596685..1597431) /locus_tag="TGAM_1694" /note="tg1694" CDS complement(1596685..1597431) /locus_tag="TGAM_1694" /inference="protein motif:CDD:GDPD, Glycerophosphoryl diester phosphodiesterase family" /inference="protein motif:CDD:UgpQ, Glycerophosphoryl diester phosphodiesterase [Energy production and conversion]" /inference="protein motif:COG:COG0584 Glycerophosphoryl diester phosphodiesterase; C Energy production and conversion" /inference="protein motif:HMMPanther:PTHR14575 GLYCOPHOSPHORYLDIESTER PHOSPHODIESTERASE" /inference="protein motif:HMMPanther:PTHR14575:SF4 GLYCOPHOSPHORYLDIESTER PHOSPHODIESTERASE" /inference="protein motif:HMMPfam:PF03009 GDPD InterPro:IPR004129 Glycerophosphoryl diester phosphodiesterase GO:Biological Process:glycerol metabolism (GO:0006071), Molecular Function:glycerophosphodiester phosphodiesterase activity (GO:0008889)" /inference="protein motif:superfamily:SSF51695 PLC-like phosphodiesterases" /codon_start=1 /transl_table=11 /product="Glycerophosphoryl diester phosphodiesterase related protein" /protein_id="ACS34196.1" /translation="MTQGDIGDIFILGHRGTKGPLENTIPAFRRALNHCHGIEFDVRI TMDGKLVPLHEGVFTVDGRQYRVELLTYGELVKLHPLGKLIPTLDRVLKLRPGVVNAD LKDINALEPLLSSLERRKILGRTVISTDVPDWINMVKKECPDCKVGLSVTSARNLFQS LGFESYSIHVPLDLIGYIGFRGFLTLLTLYRRKKKKVWLWNYRMNELSLVPKFMLLVD AVISDDPARLKKFIAPRRTEVEATLYVGEG" gene 1597529..1598890 /locus_tag="TGAM_1695" /note="tg1695" CDS 1597529..1598890 /locus_tag="TGAM_1695" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:MelB, Na+/melibiose symporter and related transporters [Carbohydrate transport and metabolism]" /inference="protein motif:COG:COG0477 Permeases of the major facilitator superfamily; G Carbohydrate transport and metabolism" /inference="protein motif:HMMPanther:PTHR10074 DRUG EFFLUX TRANSPORTER-RELATED" /inference="protein motif:HMMPfam:PF07690 MFS_1 InterPro:IPR011701 Major facilitator superfamily MFS_1" /inference="protein motif:ProfileScan:PS50850 MFS InterPro:IPR007114 Major facilitator superfamily GO:Molecular Function:transporter activity (GO:0005215), Biological Process:transport (GO:0006810), Cellular Component:integral to membrane (GO:0016021)" /note="12 probable transmembrane helices predicted by modhmm" /codon_start=1 /transl_table=11 /product="Permease, major facilitator superfamily" /protein_id="ACS34197.1" /translation="MEFKYSRIFLLGFGFFGISIIWALYNAYIPIFLQDTFRMNRTVT GFIMTIDNLFAVLLLPFLGALSDMTRTKLGRRKPYILLGAPSAALMFALIPIAREHGN LALFMGTIILMNFFMALFRSPVIAFMPDITPSEKRSQANGIINFMGGLGALLAYFGGK VLYEMNYAYPFYFGAAIMLLANLLVVLFVPEPEEYRVPGEGISLRKLLSETSHKSFGE LKENLKDVFASHEKSLLAILLAIFFWFVAFNSLETFFTSYVKYHLYGIPVGAPETELT RKIESTGAFMLGVFSLSFMLFAIPAGFIGARLGRKKTITLGLLLVIVIMLGAFFIGET SKPSSPSLSDSVIMTFMGLFFLGGIGWAMINVNSLPMVVDMTTEEKLGGYTGLYYFFS QAANLLAPPLAGAFLDVIGYKTLLPFAMVFFVLALITVQFVRRGDVVKSTGDTYDYIP DMD" gene 1598903..1600243 /locus_tag="TGAM_1696" /note="tg1696" CDS 1598903..1600243 /locus_tag="TGAM_1696" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:MelB, Na+/melibiose symporter and related transporters [Carbohydrate transport and metabolism]" /inference="protein motif:COG:COG0477 Permeases of the major facilitator superfamily; G Carbohydrate transport and metabolism" /inference="protein motif:HMMPanther:PTHR10074 DRUG EFFLUX TRANSPORTER-RELATED" /inference="protein motif:HMMPfam:PF07690 MFS_1 InterPro:IPR011701 Major facilitator superfamily MFS_1" /inference="protein motif:ProfileScan:PS50850 MFS InterPro:IPR007114 Major facilitator superfamily GO:Molecular Function:transporter activity (GO:0005215), Biological Process:transport (GO:0006810), Cellular Component:integral to membrane (GO:0016021)" /note="12 probable transmembrane helices predicted by modhmm" /codon_start=1 /transl_table=11 /product="Permease, major facilitator superfamily" /protein_id="ACS34198.1" /translation="MERRFNWGIVLGLALLGFSRSVGWAMNKGLSFPLLSSYTQSALV KGTILALEGLIGLFVPVVLGYYSDTLRSKYGRRRPFIMIGGILAGVAALMIYTSYALG VPLAGFALSLAFFYLSMHLYTAQYRALMPDTVESGQRGKASGVITFFEWAGNLFFFGL AGYLVAKAVSMTGEKEGIKALIQTPYLKIPFIITAVFLIGAALFVYFIVREPEAPEIE ENETLGEYLISIVENRDFLKFYTAQTLWWMSFEFIGIFLYGILAYILYGSASEENVKA VTSLGLLLMALFNVTVLVGALPGGIIYDKLGRRLSIILGGVIFAIPQIWGWFIHTKTE ITVALGIAGVGWGILMAASYPVVGDLLTKFEREAFTGRYYGFFEATRSLPVLLAGIIG GAIVDLAGENYRVLFPIGAVLVLLAMPMIWFMKNLDETPKAEPESDGLEIELEV" gene 1600246..1601112 /locus_tag="TGAM_1697" /note="tg1697" CDS 1600246..1601112 /locus_tag="TGAM_1697" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:COG0429, Predicted hydrolase of the alpha/beta-hydrolase fold [General function prediction only]" /inference="protein motif:CDD:COG1073, Hydrolases of the alpha/beta superfamily [General function prediction only]" /inference="protein motif:CDD:COG2936, Predicted acyl esterases [General function prediction only]" /inference="protein motif:CDD:COG2945, Predicted hydrolase of the alpha/beta superfamily [General function prediction only]" /inference="protein motif:CDD:DAP2, Dipeptidyl aminopeptidases/acylaminoacyl-peptidases [Amino acid transport and metabolism]" /inference="protein motif:CDD:PldB, Lysophospholipase [Lipid metabolism]" /inference="protein motif:COG:COG1073 Hydrolases of the alpha/beta superfamily; R General function prediction only" /inference="protein motif:Gene3D:G3D.3.40.50.1820 no description" /inference="protein motif:HMMPanther:PTHR12277 UNCHARACTERIZED" /inference="protein motif:HMMPfam:PF02129 Peptidase_S15 InterPro:IPR000383 Peptidase S15 GO:Biological Process:proteolysis (GO:0006508), Molecular Function:X-Pro aminopeptidase activity (GO:0008451)" /inference="protein motif:ProfileScan:PS50187 ESTERASE InterPro:IPR000379 Esterase/lipase/thioesterase GO:Molecular Function:catalytic activity (GO:0003824)" /inference="protein motif:superfamily:SSF53474 alpha/beta-Hydrolases" /note="1 probable transmembrane helix predicted by modhmm" /codon_start=1 /transl_table=11 /product="Hydrolase, alpha/beta superfamily" /protein_id="ACS34199.1" /translation="MVWPIVLIFILLLFLGFVAFVGYKMVKPPRFVGDWTPKDLGYDY EEITIETRDGLKLSGWWIPNGEGTVIPLHGYTRSRWDEVYMKQTIEFLLKEGYSVLVF DFRAHGRSDGKYTTVGEKELIDILSAVDWLKKNHPEKAGKIGLVGFSMGAVVTIMALA EDERVTCGVADSPPIYLDKTGARGLKYFANLPEWLYIFVKPFTKLFSGAKELNMLEYA DKVRKPLLLIAGEKDPLVKPNEVREFYERNKQINPNVELWITDAPHVRTLKLHPEEWK EKVREFLEKWLK" gene complement(1601120..1602349) /locus_tag="TGAM_1698" /note="tg1698" CDS complement(1601120..1602349) /locus_tag="TGAM_1698" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:COG0842, ABC-type multidrug transport system, permease component [Defense mechanisms]" /inference="protein motif:COG:COG0842 ABC-type multidrug transport system, permease component; V Defense mechanisms" /inference="protein motif:HMMPfam:PF01061 ABC2_membrane InterPro:IPR013525 ABC-2 type transporter" /inference="protein motif:ProfileScan:PS51012 ABC_TM2 InterPro:IPR000412 ABC-2 GO:Molecular Function:ATP binding (GO:0005524), Biological Process:transport (GO:0006810), Cellular Component:membrane (GO:0016020), Molecular Function:ATPase activity, coupled to transmembrane movement of substances (GO:0042626)" /inference="protein motif:superfamily:SSF53822 Periplasmic binding protein-like I" /note="6 probable transmembrane helices predicted by modhmm" /codon_start=1 /transl_table=11 /product="ABC-type transporter, ATP-binding component" /protein_id="ACS34200.1" /translation="MKVRAVKGIVLKDLREIRREKMALFWIFVFPLMWITLLGGIWGG HNPPVKIDLGVVYYNESSPFTAKDVVGIMENVTIDGVHVFRIREYSDEESALKALKQR RIDALLVFPEGFGKNLSSGFPAKIHAYFEGSDPQNYQIVSGTVKGFFSEFERRVAEKR LNITLTYMEEYVPESALGNFTLDDIKKYLLGLTNPLDIEERGVSGESPSPIQFYVTSF IGIQFLFATMMMVGSGTLEEIEHGTLRRIAASPATAWDFLVGKILSTFIVIMISILIG IAYSKLIFSETVFPGFLGWVLIFLAAVFSMGLGLAIAMATRSIKATNAVINLISMPLL FLAGVVIPDSILPNWARPIANYFPLGRALKDLRLLELYHRPAGEILPDVAWLSAGAFG ALLIAVILYNRAIKRME" gene complement(1602346..1603242) /locus_tag="TGAM_1699" /note="tg1699" CDS complement(1602346..1603242) /locus_tag="TGAM_1699" /inference="protein motif:BlastProDom:PD000006 Q8U239_PYRFU_Q8U239; InterPro:IPR003439 ABC transporter related GO:Molecular Function:ATP binding (GO:0005524), Molecular Function:ATPase activity (GO:0016887)" /inference="protein motif:CDD:ABC_ATPase, ABC (ATP-binding cassette) transporter nucleotide-binding domain" /inference="protein motif:CDD:ABC_BcrA_bacitracin_resist, The BcrA subfamily represents ABC transporters involved in peptide antibiotic resistance" /inference="protein motif:CDD:ABC_Carb_Monos_I, This family represents the domain I of the carbohydrate uptake proteins that transport only monosaccharides (Monos)" /inference="protein motif:CDD:ABC_Carb_Monos_II, This family represents domain II of the carbohydrate uptake proteins that transport only monosaccharides (Monos)" /inference="protein motif:CDD:ABC_Carb_Solutes_like, ABC Carbohydrate and Solute Transporters-like subgroup" /inference="protein motif:CDD:ABC_CcmA_heme_exporter, CcmA, the ATP-binding component of the bacterial CcmAB transporter" /inference="protein motif:CDD:ABC_Class3, This class is comprised of all BPD (Binding Protein Dependent) systems that are largely represented in archaea and eubacteria and are primarily involved in scavenging solutes from the environment" /inference="protein motif:CDD:ABC_cobalt_CbiO_domain1, Domain I of the ABC component of a cobalt transport family found in bacteria, archaea, and eukaryota" /inference="protein motif:CDD:ABC_cobalt_CbiO_domain2, Domain II of the ABC component of a cobalt transport family found in bacteria, archaea, and eukaryota" /inference="protein motif:CDD:ABC_CysA_sulfate_importer, Part of the ABC transporter complex cysAWTP involved in sulfate import" /inference="protein motif:CDD:ABC_DR_subfamily_A, This family of ATP-binding proteins belongs to a multisubunit transporter involved in drug resistance (BcrA and DrrA), nodulation, lipid transport, and lantibiotic immunity" /inference="protein motif:CDD:ABC_DrrA, DrrA is the ATP-binding protein component of a bacterial exporter complex that confers resistance to the antibiotics daunorubicin and doxorubicin" /inference="protein motif:CDD:ABC_drug_resistance_like, ABC-type multidrug transport system, ATPase component" /inference="protein motif:CDD:ABC_FeS_Assembly, ABC-type transport system involved in Fe-S cluster assembly, ATPase component" /inference="protein motif:CDD:ABC_FtsE_transporter, FtsE is a hydrophilic nucleotide-binding protein that binds FtsX to form a heterodimeric ATP-binding cassette (ABC)-type transporter that associates with the bacterial inner membrane" /inference="protein motif:CDD:ABC_HisP_GlnQ_permeases, HisP and GlnQ are the ATP-binding components of the bacterial periplasmic histidine and glutamine permeases, repectively" /inference="protein motif:CDD:ABC_Iron-Siderophores_B12_Hemin, ABC transporters, involved in the uptake of siderophores, heme, and vitamin B12, are widely conserved in bacteria and archaea" /inference="protein motif:CDD:ABC_KpsT_Wzt, ABC_KpsT_Wzt The KpsT/Wzt ABC transporter subfamily is involved in extracellular polysaccharide export" /inference="protein motif:CDD:ABC_MalK_N, The N-terminal ATPase domain of the maltose transporter, MalK" /inference="protein motif:CDD:ABC_Metallic_Cations, ABC component of the metal-type transporters" /inference="protein motif:CDD:ABC_MetN_methionine_transporter, MetN (also known as YusC) is an ABC-type transporter encoded by metN of the metNPQ operon in Bacillus subtilis that is involved in methionine transport" /inference="protein motif:CDD:ABC_MJ0796_Lo1CDE_FtsE, This family is comprised of MJ0796 ATP-binding cassette, macrolide-specific ABC-type efflux carrier (MacAB), and proteins involved in cell division (FtsE), and release of liporoteins from the cytoplasmic membrane (LolCDE)" /inference="protein motif:CDD:ABC_Mj1267_LivG_branched, The Mj1267/LivG ABC transporter subfamily is involved in the transport of the hydrophobic amino acids leucine, isoleucine and valine" /inference="protein motif:CDD:ABC_ModC_like, Archeal protein closely related to ModC" /inference="protein motif:CDD:ABC_ModC_molybdenum_transporter, ModC is an ABC-type transporter and the ATPase component of a molybdate transport system that also includes the periplasmic binding protein ModA and the membrane protein ModB" /inference="protein motif:CDD:ABC_MTABC3_MDL1_MDL2, MTABC3 (also known as ABCB6) is a mitochondrial ATP-binding cassette protein involved in iron homeostasis and one of four ABC transporters expressed in the mitochondrial inner membrane, the other three being MDL1(ABC7), MDL2, and ATM1" /inference="protein motif:CDD:ABC_NatA_like, Similar in sequence to NatA, this is the ATPase component of a bacterial ABC-type Na+ transport system called NatAB, which catalyzes ATP-dependent electrogenic Na+ extrusion without mechanically coupled to proton or K+ uptake" /inference="protein motif:CDD:ABC_NatA_sodium_exporter, NatA is the ATPase component of a bacterial ABC-type Na+ transport system called NatAB, which catalyzes ATP-dependent electrogenic Na+ extrusion without mechanically coupled proton or K+ uptake" /inference="protein motif:CDD:ABC_NikE_OppD_transporters, The ABC transporter subfamily specific for the transport of dipeptides, oligopeptides (OppD), and nickel (NikDE)" /inference="protein motif:CDD:ABC_NrtD_SsuB_transporters, NrtD and SsuB are the ATP-binding subunits of the bacterial ABC-type nitrate and sulfonate transport systems, respectively" /inference="protein motif:CDD:ABC_OpuCA_Osmoprotection, OpuCA is a the ATP binding component of a bacterial solute transporter that serves a protective role to cells growing in a hyperosmolar environment" /inference="protein motif:CDD:ABC_Org_Solvent_Resistant, ABC (ATP-binding cassette) transport system involved in resistant to organic solvents" /inference="protein motif:CDD:ABC_PDR_domain1, The pleiotropic drug resistance (PDR) family of ATP-binding cassette (ABC) transporters" /inference="protein motif:CDD:ABC_PDR_domain2, The pleiotropic drug resistance-like (PDR) family of ATP-binding cassette (ABC) transporters" /inference="protein motif:CDD:ABC_PhnC_transporter, ABC-type phosphate/phosphonate transport system" /inference="protein motif:CDD:ABC_PotA_N, PotA is an ABC-type transporter and the ATPase component of the spermidine/putrescine-preferential uptake system consisting of PotA, -B, -C, and -D" /inference="protein motif:CDD:ABC_Pro_Gly_Bertaine, This family comprises the glycine betaine/L-proline ATP binding subunit in bacteria and its equivalents in archaea" /inference="protein motif:CDD:ABC_PstB_phosphate_transporter, Phosphate uptake is of fundamental importance in the cell physiology of bacteria because phosphate is required as a nutrient" /inference="protein motif:CDD:ABC_putative_ATPase, This subfamily is involved in drug resistance, nodulation, lipid transport, and bacteriocin and lantibiotic immunity" /inference="protein motif:CDD:ABC_RNaseL_inhibitor, The ABC ATPase RNase L inhibitor (RLI) is a key enzyme in ribosomal biogenesis, formation of translation preinitiation complexes, and assembly of HIV capsids" /inference="protein motif:CDD:ABC_RNaseL_inhibitor_domain1, The ATPase domain 1 of RNase L inhibitor" /inference="protein motif:CDD:ABC_RNaseL_inhibitor_domain2, The ATPase domain 2 of RNase L inhibitor" /inference="protein motif:CDD:ABC_subfamily_A, The ABCA subfamily mediates the transport of a variety of lipid compounds" /inference="protein motif:CDD:ABC_ThiQ_thiamine_transporter, ABC-type thiamine tranport system" /inference="protein motif:CDD:ABC_TM1139_LivF_branched, LivF (TM1139) is part of the LIV-I bacterial ABC-type two-component transport system that imports neutral, branched-chain amino acids" /inference="protein motif:CDD:ABC_tran, ABC transporter" /inference="protein motif:CDD:ABC_YhbG, The ABC transporters belonging to the YhbG family are similar to members of the Mj1267_LivG family, which is involved in the transport of branched-chain amino acids" /inference="protein motif:CDD:AbcC, ABC-type metal ion transport system, ATPase component [Inorganic ion transport and metabolism]" /inference="protein motif:CDD:ABCC_ATM1_transporter, ATM1 is an ABC transporter that is expressed in the mitochondria" /inference="protein motif:CDD:ABCC_bacteriocin_exporters, ABC-type bacteriocin exporters" /inference="protein motif:CDD:ABCC_CFTR1, The CFTR subfamily domain 1" /inference="protein motif:CDD:ABCC_cytochrome_bd, The CYD subfamily implicated in cytochrome bd biogenesis" /inference="protein motif:CDD:ABCC_Glucan_exporter_like, Glucan exporter ATP-binding protein" /inference="protein motif:CDD:ABCC_Hemolysin, The ABC-transporter hemolysin B is a central component of the secretion machinery that translocates the toxin, hemolysin A, in a Sec-independent fashion across both membranes of E" /inference="protein motif:CDD:ABCC_MRP_domain1, Domain 1 of the ABC subfamily C" /inference="protein motif:CDD:ABCC_MRP_domain2, Domain 2 of the ABC subfamily C" /inference="protein motif:CDD:ABCC_MRP_Like, The MRP (Mutidrug Resistance Protein)-like transporters are involved in drug, peptide, and lipid export" /inference="protein motif:CDD:ABCC_MsbA, MsbA is an essential ABC transporter, closely related to eukaryotic MDR proteins" /inference="protein motif:CDD:ABCC_NFT1, Domain 2 of NFT1 (New full-length MRP-type transporter 1)" /inference="protein motif:CDD:ABCC_Protease_Secretion, This family represents the ABC component of the protease secretion system PrtD, a 60-kDa integral membrane protein sharing 37% identity with HlyB, the ABC component of the alpha-hemolysin secretion pathway, in the C-terminal domain" /inference="protein motif:CDD:ABCC_TAP, TAP, the Transporter Associated with Antigen Processing" /inference="protein motif:CDD:ABCD_peroxisomal_ALDP, Peroxisomal ATP-binding cassette transporter (Pat) is involved in the import of very long-chain fatty acids (VLCFA) into the peroxisome" /inference="protein motif:CDD:ABCF_EF-3, ABCF_EF-3 Elongation factor 3 (EF-3) is a cytosolic protein required by fungal ribosomes for in vitro protein synthesis and for in vivo growth" /inference="protein motif:CDD:ABCG_EPDR, ABCG transporters are involved in eye pigment (EP) precursor transport, regulation of lipid-trafficking mechanisms, and pleiotropic drug resistance (DR)" /inference="protein motif:CDD:ABCG_White, The White subfamily represents ABC transporters homologous to the Drosophila white gene, which acts as a dimeric importer for eye pigment precursors" /inference="protein motif:CDD:AppF, ABC-type oligopeptide transport system, ATPase component [Amino acid transport and metabolism]" /inference="protein motif:CDD:ArpD, ABC-type protease/lipase transport system, ATPase and permease components [General function prediction only]" /inference="protein motif:CDD:ArtP, ABC-type arginine transport system, ATPase component [Amino acid transport and metabolism]" /inference="protein motif:CDD:ATM1, ABC-type transport system involved in Fe-S cluster assembly, permease and ATPase components [Posttranslational modification, protein turnover, chaperones]" /inference="protein motif:CDD:BtuD, ABC-type cobalamin transport system, ATPase component [Coenzyme metabolism]" /inference="protein motif:CDD:CbiO, ABC-type cobalt transport system, ATPase component [Inorganic ion transport and metabolism]" /inference="protein motif:CDD:CcmA, ABC-type multidrug transport system, ATPase component [Defense mechanisms]" /inference="protein motif:CDD:CcmA, ABC-type transport system involved in cytochrome c biogenesis, ATPase component [Posttranslational modification, protein turnover, chaperones]" /inference="protein motif:CDD:CeuD, ABC-type enterochelin transport system, ATPase component [Inorganic ion transport and metabolism]" /inference="protein motif:CDD:COG1123, ATPase components of various ABC-type transport systems, contain duplicated ATPase [General function prediction only]" /inference="protein motif:CDD:COG1245, Predicted ATPase, RNase L inhibitor (RLI) homolog [General function prediction only]" /inference="protein motif:CDD:COG3638, ABC-type phosphate/phosphonate transport system, ATPase component [Inorganic ion transport and metabolism]" /inference="protein motif:CDD:COG3845, ABC-type uncharacterized transport systems, ATPase components [General function prediction only]" /inference="protein motif:CDD:COG4136, ABC-type uncharacterized transport system, ATPase component [General function prediction only]" /inference="protein motif:CDD:COG4152, ABC-type uncharacterized transport system, ATPase component [General function prediction only]" /inference="protein motif:CDD:COG4172, ABC-type uncharacterized transport system, duplicated ATPase component [General function prediction only]" /inference="protein motif:CDD:COG4178, ABC-type uncharacterized transport system, permease and ATPase components [General function prediction only]" /inference="protein motif:CDD:COG4181, Predicted ABC-type transport system involved in lysophospholipase L1 biosynthesis, ATPase component [Secondary metabolites biosynthesis, transport, and catabolism]" /inference="protein motif:CDD:COG4559, ABC-type hemin transport system, ATPase component [Inorganic ion transport and metabolism]" /inference="protein motif:CDD:COG4586, ABC-type uncharacterized transport system, ATPase component [General function prediction only]" /inference="protein motif:CDD:COG4619, ABC-type uncharacterized transport system, ATPase component [General function prediction only]" /inference="protein motif:CDD:COG4674, Uncharacterized ABC-type transport system, ATPase component [General function prediction only]" /inference="protein motif:CDD:CydC, ABC-type transport system involved in cytochrome bd biosynthesis, fused ATPase and permease components [Energy production and conversion / Posttranslational modification, protein turnover, chaperones]" /inference="protein motif:CDD:CydD, ABC-type transport system involved in cytochrome bd biosynthesis, ATPase and permease components [Energy production and conversion / Posttranslational modification, protein turnover, chaperones]" /inference="protein motif:CDD:CysA, ABC-type sulfate/molybdate transport systems, ATPase component [Inorganic ion transport and metabolism]" /inference="protein motif:CDD:DppD, ABC-type dipeptide/oligopeptide/nickel transport system, ATPase component [Amino acid transport and metabolism / Inorganic ion transport and metabolism]" /inference="protein motif:CDD:DppF, ABC-type dipeptide/oligopeptide/nickel transport system, ATPase component [Amino acid transport and metabolism / Inorganic ion transport and metabolism]" /inference="protein motif:CDD:FepC, ABC-type cobalamin/Fe3+-siderophores transport systems, ATPase components [Inorganic ion transport and metabolism / Coenzyme metabolism]" /inference="protein motif:CDD:FtsE, Predicted ATPase involved in cell division [Cell division and chromosome partitioning]" /inference="protein motif:CDD:GlnQ, ABC-type polar amino acid transport system, ATPase component [Amino acid transport and metabolism]" /inference="protein motif:CDD:HisP, ABC-type histidine transport system, ATPase component [Amino acid transport and metabolism]" /inference="protein motif:CDD:LivF, ABC-type branched-chain amino acid transport systems, ATPase component [Amino acid transport and metabolism]" /inference="protein motif:CDD:LivG, ABC-type branched-chain amino acid transport systems, ATPase component [Amino acid transport and metabolism]" /inference="protein motif:CDD:MalK, ABC-type sugar transport systems, ATPase components [Carbohydrate transport and metabolism]" /inference="protein motif:CDD:MdlB, ABC-type multidrug transport system, ATPase and permease components [Defense mechanisms]" /inference="protein motif:CDD:MglA, ABC-type sugar transport system, ATPase component [Carbohydrate transport and metabolism]" /inference="protein motif:CDD:ModC, ABC-type molybdate transport system, ATPase component [Inorganic ion transport and metabolism]" /inference="protein motif:CDD:ModF, ABC-type molybdenum transport system, ATPase component/photorepair protein PhrA [Inorganic ion transport and metabolism]" /inference="protein motif:CDD:NatA, ABC-type Na+ transport system, ATPase component [Energy production and conversion / Inorganic ion transport and metabolism]" /inference="protein motif:CDD:OpuBA, ABC-type proline/glycine betaine transport systems, ATPase components [Amino acid transport and metabolism]" /inference="protein motif:CDD:PhnK, ABC-type phosphonate transport system, ATPase component [Inorganic ion transport and metabolism]" /inference="protein motif:CDD:PhnK, ABC-type uncharacterized transport system, ATPase component [General function prediction only]" /inference="protein motif:CDD:PhnL, ABC-type phosphonate transport system, ATPase component [Inorganic ion transport and metabolism]" /inference="protein motif:CDD:PotA, ABC-type spermidine/putrescine transport systems, ATPase components [Amino acid transport and metabolism]" /inference="protein motif:CDD:ProV, ABC-type proline/glycine betaine transport system, ATPase component [Amino acid transport and metabolism]" /inference="protein motif:CDD:PstB, ABC-type phosphate transport system, ATPase component [Inorganic ion transport and metabolism]" /inference="protein motif:CDD:PvdE, ABC-type siderophore export system, fused ATPase and permease components [Secondary metabolites biosynthesis, transport, and catabolism / Inorganic ion transport and metabolism]" /inference="protein motif:CDD:SalX, ABC-type antimicrobial peptide transport system, ATPase component [Defense mechanisms]" /inference="protein motif:CDD:SapF, ABC-type antimicrobial peptide transport system, ATPase component [Defense mechanisms]" /inference="protein motif:CDD:SufC, ABC-type transport system involved in Fe-S cluster assembly, ATPase component [Posttranslational modification, protein turnover, chaperones]" /inference="protein motif:CDD:SunT, ABC-type bacteriocin/lantibiotic exporters, contain an N-terminal double-glycine peptidase domain [Defense mechanisms]" /inference="protein motif:CDD:TagH, ABC-type polysaccharide/polyol phosphate transport system, ATPase component [Carbohydrate transport and metabolism / Cell envelope biogenesis, outer membrane]" /inference="protein motif:CDD:TauB, ABC-type nitrate/sulfonate/bicarbonate transport system, ATPase component [Inorganic ion transport and metabolism]" /inference="protein motif:CDD:TauB, ABC-type taurine transport system, ATPase component [Inorganic ion transport and metabolism]" /inference="protein motif:CDD:ThiQ, ABC-type thiamine transport system, ATPase component [Coenzyme metabolism]" /inference="protein motif:CDD:Ttg2A, ABC-type transport system involved in resistance to organic solvents, ATPase component [Secondary metabolites biosynthesis, transport, and catabolism]" /inference="protein motif:CDD:Uup, ATPase components of ABC transporters with duplicated ATPase domains [General function prediction only]" /inference="protein motif:CDD:YhbG, ABC-type (unclassified) transport system, ATPase component [General function prediction only]" /inference="protein motif:CDD:ZnuC, ABC-type Mn/Zn transport systems, ATPase component [Inorganic ion transport and metabolism]" /inference="protein motif:COG:COG1131 ABC-type multidrug transport system, ATPase component; V Defense mechanisms" /inference="protein motif:Gene3D:G3D.3.40.50.300 no description" /inference="protein motif:HMMPanther:PTHR19222 ATP-BINDING CASSETTE TRANSPORTER" /inference="protein motif:HMMPanther:PTHR19222:SF86 ABC TRANSPORTER" /inference="protein motif:HMMPfam:PF00005 ABC_tran InterPro:IPR003439 ABC transporter related GO:Molecular Function:ATP binding (GO:0005524), Molecular Function:ATPase activity (GO:0016887)" /inference="protein motif:HMMSmart:SM00382 no description InterPro:IPR003593 AAA ATPase GO:Molecular Function:nucleotide binding (GO:0000166), Molecular Function:nucleoside-triphosphatase activity (GO:0017111)" /inference="protein motif:ProfileScan:PS50100 DA_BOX InterPro:IPR003439 ABC transporter related GO:Molecular Function:ATP binding (GO:0005524), Molecular Function:ATPase activity (GO:0016887)" /inference="protein motif:ProfileScan:PS50101 ATP_GTP_A2" /inference="protein motif:ProfileScan:PS50893 ABC_TRANSPORTER_2 InterPro:IPR003439 ABC transporter related GO:Molecular Function:ATP binding (GO:0005524), Molecular Function:ATPase activity (GO:0016887)" /inference="protein motif:superfamily:SSF52540 P-loop containing nucleoside triphosphate hydrolases" /codon_start=1 /transl_table=11 /product="ABC-type transport system, ATPase component, putative multidrug transporter" /protein_id="ACS34201.1" /translation="MPMKAIKIRGLKKSYGNFLALKGVNLEVEEGEILALLGPNGAGK TTLIRILAEGLGYDSGEVRIFGEPLSKRTARFIGYVPQESIAYDFLTVEENLGFYADL YDAPSERVGELIERFSLPPKKKAKELSGGFKRRLNLAIALLYEPEILILDEPSVGLDV SSRRELWNIILELREEGKTVLLATHYMEEAEALADRVAIMNEGRIIAVGTPEELKSLA GEESVIHVEGVLKGIGLLRKEFHRVVERENALRVSVKNAKTALPKIVELLVGAGSEIR AIRVEEPTLEDVFLKLTGRGLG" gene complement(1603495..1605003) /gene="gcvP2" /locus_tag="TGAM_1700" /note="tg1700" CDS complement(1603495..1605003) /gene="gcvP2" /locus_tag="TGAM_1700" /EC_number="1.4.4.2" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:COG:COG1003 Glycine cleavage system protein P (pyridoxal-binding), C-terminal domain; E Amino acid transport and metabolism" /inference="protein motif:Gene3D:G3D.3.40.640.10 no description" /inference="protein motif:HMMPanther:PTHR11773 GLYCINE DEHYDROGENASE InterPro:IPR003437 Glycine cleavage system P-protein GO:Molecular Function:glycine dehydrogenase (decarboxylating) activity (GO:0004375), Cellular Component:glycine dehydrogenase complex (decarboxylating) (GO:0005961), Biological Process:glycine metabolism (GO:0006544)" /inference="protein motif:HMMPanther:PTHR11773:SF1 GLYCINE DEHYDROGENASE" /inference="protein motif:HMMPfam:PF02347 GDC-P InterPro:IPR003437 Glycine cleavage system P-protein GO:Molecular Function:glycine dehydrogenase (decarboxylating) activity (GO:0004375), Cellular Component:glycine dehydrogenase complex (decarboxylating) (GO:0005961), Biological Process:glycine metabolism (GO:0006544)" /inference="protein motif:superfamily:SSF53383 PLP-dependent transferases" /codon_start=1 /transl_table=11 /product="Glycine dehydrogenase [decarboxylating] subunit 2 (glycine cleavage system P- protein) (gcvP2)" /protein_id="ACS34202.1" /translation="MFRQAKWDEPLIFELSREGRVGYTLPKPIEDLEVEIPEKIRRKS KLDLPELSEPEIVKHYTRLSEMNYGVDSGIYPLGSCTMKYNPKINEEMAAHPGVAYIH PYQDERTVQGALKIMWELEQWLKEITGMDRFTLQPAAGANGEFTGVSIIRTYHIDNGE PQRDEMLVPDSAHGTNPASAAMAGFKVIEIPSNENGTVDLEALENAVGERTAGLMLTN PNTLGIFEDEILEIAKIVHKAGGLLYYDGANLNAVLGKVRPGDMGFDIVHLNLHKTFS TPHGGGGPGSGPVGVKDFLKDYLPVPLVGYDEENDRYYLDYNVPKSIGKVKELYGNFA VMVRALVYLKVMGRDGLKNASEIAVLNANYLTRKLLGTRGYELPGKKLRKHETVFSAE PMKKETGVTAMDVAKRLLDFGMHAPTVYFPLIVHEALMIEPTETVSKEELDAYVEALK RISDEAYTNPEVVKSAPHNTAVRRVDDVMAVKKPVISWRMYLELKEKGEINY" gene complement(1605004..1606350) /gene="gcvP1" /locus_tag="TGAM_1701" /note="tg1701" CDS complement(1605004..1606350) /gene="gcvP1" /locus_tag="TGAM_1701" /EC_number="1.4.4.2" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:GcvP, Glycine cleavage system protein P (pyridoxal-binding), C-terminal domain [Amino acid transport and metabolism]" /inference="protein motif:CDD:GcvP, Glycine cleavage system protein P (pyridoxal-binding), N-terminal domain [Amino acid transport and metabolism]" /inference="protein motif:CDD:GDC-P, Glycine cleavage system P-protein" /inference="protein motif:COG:COG0403 Glycine cleavage system protein P (pyridoxal-binding), N-terminal domain; E Amino acid transport and metabolism" /inference="protein motif:Gene3D:G3D.3.40.640.10 no description" /inference="protein motif:HMMPanther:PTHR11773 GLYCINE DEHYDROGENASE InterPro:IPR003437 Glycine cleavage system P-protein GO:Molecular Function:glycine dehydrogenase (decarboxylating) activity (GO:0004375), Cellular Component:glycine dehydrogenase complex (decarboxylating) (GO:0005961), Biological Process:glycine metabolism (GO:0006544)" /inference="protein motif:HMMPanther:PTHR11773:SF1 GLYCINE DEHYDROGENASE" /inference="protein motif:HMMPfam:PF02347 GDC-P InterPro:IPR003437 Glycine cleavage system P-protein GO:Molecular Function:glycine dehydrogenase (decarboxylating) activity (GO:0004375), Cellular Component:glycine dehydrogenase complex (decarboxylating) (GO:0005961), Biological Process:glycine metabolism (GO:0006544)" /inference="protein motif:superfamily:SSF53383 PLP-dependent transferases" /codon_start=1 /transl_table=11 /product="Glycine dehydrogenase [decarboxylating] subunit 1 (glycine cleavage system P- protein) (gcvP1)" /protein_id="ACS34203.1" /translation="MGKHYLPNLAHREEMLREIGFASIDELFSDVPEGMLKEFNLPGG KSEYEVFIELNETLSKNKTALEMPSFLGAGTYFHYIPAHVKYLIERSEFLTAYTPYQP EISQGMLQALFEYQSMMAELYGLPVVNSSMYDWGTSIAEAALMTVRLHRGKRKRFVIP KAISPEKKAVIETYTRGANLEIVEVPWDESGRLDIEKLKEAVEDSAGVYVEMANFFGL VEENVREIGEIAHEAGAYFVVGADPTMLGIFEAPGELGADIAVGEASYLGNPMNFGGP RAGVFAVRNDKKLIRQMPGRIIGMTRDAEGKRAFVMTLQTREQHIRRAKATSNICSNE ALVAVASAIHLATLGPKGLRELGEVILKNTAYLKKRLSEVAEIPFEGLYFKDVPVKFK RPYGEIHEALLAKGIHGGYYIGKHFPELGETALFAATETTRKEWVHALIEALKEVA" gene complement(1606434..1607768) /locus_tag="TGAM_1702" /note="tg1702" CDS complement(1606434..1607768) /locus_tag="TGAM_1702" /inference="protein motif:Gene3D:G3D.1.10.575.10 no description" /inference="protein motif:HMMSmart:SM00770 no description" /inference="protein motif:superfamily:SSF48537 Phospholipase C/P1 nuclease InterPro:IPR008947 Phospholipase C/P1 nuclease" /inference="protein motif:superfamily:SSF49854 Spermadhesin, CUB domain InterPro:IPR000859 CUB" /note="1 probable transmembrane helix predicted by modhmm" /codon_start=1 /transl_table=11 /product="Phospholipase C/P1 nuclease family protein, putative" /protein_id="ACS34204.1" /translation="MGYASCLISGGDKMKELKVALLILVVLGGIGIVSAWPTDGPTLD NPMNVHQKLTYKAIQAVYKDNPALGSILMRYKDQLLYGAYDEDWRGGSIEFNGKTYTL QSQYHFLDPMDHAELLTVNLFGDADTSAADMAQRLYEQAVQLWKEGKREEAMLYLGRT VHILEDMSMLVAHTTPHMFEDLEQFKYIENAHDFVENEVSPAVADDILNDRVPLDLTP IKWWQIPQEKGRFIIGKDIYVADNENGHMSLANGVAWAYADLIAHNSWRYMLYSTGKD INLWSERGHLGSYFWTKELKKGDWSVLKLEFKGASSITIVFKDIDMQNAYFKTLGYVE VYDKNWNLIARYAQDPNPLKDTRVTVPGDTVYIYTHVDRDAWLDDDVDGWAIRNIELH ANFDVNAPSGFKTLDGREYSLVQWAVYETMQYDIRAVAGLMEKFFEDVGVTG" gene 1607838..1608524 /locus_tag="TGAM_1703" /note="tg1703" CDS 1607838..1608524 /locus_tag="TGAM_1703" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:COG1011, Predicted hydrolase (HAD superfamily) [General function prediction only]" /inference="protein motif:COG:COG1011 Predicted hydrolase (HAD superfamily); R General function prediction only" /inference="protein motif:Gene3D:G3D.3.40.50.1000 no description" /inference="protein motif:HMMPfam:PF00702 Hydrolase InterPro:IPR005834 Haloacid dehalogenase-like hydrolase GO:Molecular Function:catalytic activity (GO:0003824), Biological Process:metabolism (GO:0008152)" /inference="protein motif:HMMTigr:TIGR01509 HAD-SF-IA-v3:HAD-superfamily hydrolase, InterPro:IPR006402 HAD-superfamily hydrolase subfamily IA, variant 3" /inference="protein motif:superfamily:SSF56784 HAD-like" /codon_start=1 /transl_table=11 /product="Hydrolase, HAD superfamily, putative" /protein_id="ACS34205.1" /translation="MGMIIAFDFDGTLIDSYSCIEEAFKRALERRYRWLPGKGLWAKL LTKIELQFERPSFGGHKKTHRPPFFLRTKFFETWFIERAKLSKPIDDAPELLKRLREE GHTVISFSAEDFIDGMKVKRLKMAGLYDLFDDVIVFGREMTLDEAFQLVREKYGNETF IWVDDKPWRFIGRGDENTEFVWYYFPFTARFVEKNREKLALIPHLHVIRDLWSIFDVI KRVKGERGVG" gene 1608528..1610147 /locus_tag="TGAM_1704" /note="tg1704" CDS 1608528..1610147 /locus_tag="TGAM_1704" /inference="protein motif:CDD:COG4132, ABC-type uncharacterized transport system, permease component [General function prediction only]" /inference="protein motif:CDD:CysU, ABC-type sulfate transport system, permease component [Posttranslational modification, protein turnover, chaperones]" /inference="protein motif:CDD:CysW, ABC-type sulfate transport system, permease component [Inorganic ion transport and metabolism]" /inference="protein motif:CDD:ModC, ABC-type molybdate transport system, permease component [Inorganic ion transport and metabolism]" /inference="protein motif:CDD:PotB, ABC-type spermidine/putrescine transport system, permease component I [Amino acid transport and metabolism]" /inference="protein motif:CDD:PotC, ABC-type spermidine/putrescine transport system, permease component II [Amino acid transport and metabolism]" /inference="protein motif:CDD:ThiP, ABC-type Fe3+ transport system, permease component [Inorganic ion transport and metabolism]" /inference="protein motif:CDD:TupA, ABC-type tungstate transport system, periplasmic component [Coenzyme metabolism]" /inference="protein motif:CDD:UgpA, ABC-type sugar transport systems, permease components [Carbohydrate transport and metabolism]" /inference="protein motif:CDD:UgpE, ABC-type sugar transport system, permease component [Carbohydrate transport and metabolism]" /inference="protein motif:COG:COG1178 ABC-type Fe3+ transport system, permease component; P Inorganic ion transport and metabolism" /inference="protein motif:HMMPfam:PF00528 BPD_transp_1 InterPro:IPR000515 Binding-protein-dependent transport systems inner membrane component GO:Molecular Function:transporter activity (GO:0005215), Biological Process:transport (GO:0006810), Cellular Component:membrane (GO:0016020)" /inference="protein motif:ProfileScan:PS50928 ABC_TM1 InterPro:IPR000515 Binding-protein-dependent transport systems inner membrane component GO:Molecular Function:transporter activity (GO:0005215), Biological Process:transport (GO:0006810), Cellular Component:membrane (GO:0016020)" /inference="protein motif:superfamily:SSF48050 Hemocyanin, N-terminal domain" /note="12 probable transmembrane helices predicted by modhmm" /codon_start=1 /transl_table=11 /product="ABC-type transport system, permease component" /protein_id="ACS34206.1" /translation="MLSRRFWLVVFLPALAFLVVFFYYPVTLILEDGLSVSAISSVLS NPYYRHVIAFTILQAVGSTLLTLAIGLPGAYLFAKYDFPGKRTLKAILTVPFVMPSIM VALGFILLFGREGFFTSILGRNLGILYSWKAILLAHAFYNFPVVVRMVSSLWERINPH YEEAAMSLGARGFTLFRKVTLPMLYPAILASSLLTFIFSFLSFSIPLILGGYRYSTIE VAIFTSIMTLLDFRTGAALAVIQMTLSFTFMYLYLKSLDRYSKAEEQRILREPRRLKL KDMLSLKGLGITIYSAIVFVFILSPLLAVVYDSITWKGKFTLEFYRRLFDSSYNPIFG SDSLHAIAWTFAFGFATVLLATLIALAIAYSALRWDLPGKTLVDVLATLPLGSSAIVI GLGYIKAFHRPPLLLLGSPYLIVAAHTVIAYPFALRAVSSSLRKVKSSLREAAMSLGA TDFKAFLKVELPLAFGGVLVGAVFSFAMSIAELGATYMIYQPEYTTITIAIYRYLGSR QFGSASAMAVILMIVSLVGFLLIERTGEEVW" gene 1610144..1611145 /locus_tag="TGAM_1705" /note="tg1705" CDS 1610144..1611145 /locus_tag="TGAM_1705" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:BlastProDom:PD000006 Q9HH28_PYRFU_Q9HH28; InterPro:IPR003439 ABC transporter related GO:Molecular Function:ATP binding (GO:0005524), Molecular Function:ATPase activity (GO:0016887)" /inference="protein motif:CDD:ABC_ATPase, ABC (ATP-binding cassette) transporter nucleotide-binding domain" /inference="protein motif:CDD:ABC_BcrA_bacitracin_resist, The BcrA subfamily represents ABC transporters involved in peptide antibiotic resistance" /inference="protein motif:CDD:ABC_Carb_Monos_I, This family represents the domain I of the carbohydrate uptake proteins that transport only monosaccharides (Monos)" /inference="protein motif:CDD:ABC_Carb_Monos_II, This family represents domain II of the carbohydrate uptake proteins that transport only monosaccharides (Monos)" /inference="protein motif:CDD:ABC_Carb_Solutes_like, ABC Carbohydrate and Solute Transporters-like subgroup" /inference="protein motif:CDD:ABC_CcmA_heme_exporter, CcmA, the ATP-binding component of the bacterial CcmAB transporter" /inference="protein motif:CDD:ABC_Class3, This class is comprised of all BPD (Binding Protein Dependent) systems that are largely represented in archaea and eubacteria and are primarily involved in scavenging solutes from the environment" /inference="protein motif:CDD:ABC_cobalt_CbiO_domain1, Domain I of the ABC component of a cobalt transport family found in bacteria, archaea, and eukaryota" /inference="protein motif:CDD:ABC_cobalt_CbiO_domain2, Domain II of the ABC component of a cobalt transport family found in bacteria, archaea, and eukaryota" /inference="protein motif:CDD:ABC_CysA_sulfate_importer, Part of the ABC transporter complex cysAWTP involved in sulfate import" /inference="protein motif:CDD:ABC_DR_subfamily_A, This family of ATP-binding proteins belongs to a multisubunit transporter involved in drug resistance (BcrA and DrrA), nodulation, lipid transport, and lantibiotic immunity" /inference="protein motif:CDD:ABC_DrrA, DrrA is the ATP-binding protein component of a bacterial exporter complex that confers resistance to the antibiotics daunorubicin and doxorubicin" /inference="protein motif:CDD:ABC_drug_resistance_like, ABC-type multidrug transport system, ATPase component" /inference="protein motif:CDD:ABC_FeS_Assembly, ABC-type transport system involved in Fe-S cluster assembly, ATPase component" /inference="protein motif:CDD:ABC_FtsE_transporter, FtsE is a hydrophilic nucleotide-binding protein that binds FtsX to form a heterodimeric ATP-binding cassette (ABC)-type transporter that associates with the bacterial inner membrane" /inference="protein motif:CDD:ABC_HisP_GlnQ_permeases, HisP and GlnQ are the ATP-binding components of the bacterial periplasmic histidine and glutamine permeases, repectively" /inference="protein motif:CDD:ABC_Iron-Siderophores_B12_Hemin, ABC transporters, involved in the uptake of siderophores, heme, and vitamin B12, are widely conserved in bacteria and archaea" /inference="protein motif:CDD:ABC_KpsT_Wzt, ABC_KpsT_Wzt The KpsT/Wzt ABC transporter subfamily is involved in extracellular polysaccharide export" /inference="protein motif:CDD:ABC_MalK_N, The N-terminal ATPase domain of the maltose transporter, MalK" /inference="protein motif:CDD:ABC_Metallic_Cations, ABC component of the metal-type transporters" /inference="protein motif:CDD:ABC_MetN_methionine_transporter, MetN (also known as YusC) is an ABC-type transporter encoded by metN of the metNPQ operon in Bacillus subtilis that is involved in methionine transport" /inference="protein motif:CDD:ABC_MJ0796_Lo1CDE_FtsE, This family is comprised of MJ0796 ATP-binding cassette, macrolide-specific ABC-type efflux carrier (MacAB), and proteins involved in cell division (FtsE), and release of liporoteins from the cytoplasmic membrane (LolCDE)" /inference="protein motif:CDD:ABC_Mj1267_LivG_branched, The Mj1267/LivG ABC transporter subfamily is involved in the transport of the hydrophobic amino acids leucine, isoleucine and valine" /inference="protein motif:CDD:ABC_ModC_like, Archeal protein closely related to ModC" /inference="protein motif:CDD:ABC_ModC_molybdenum_transporter, ModC is an ABC-type transporter and the ATPase component of a molybdate transport system that also includes the periplasmic binding protein ModA and the membrane protein ModB" /inference="protein motif:CDD:ABC_MTABC3_MDL1_MDL2, MTABC3 (also known as ABCB6) is a mitochondrial ATP-binding cassette protein involved in iron homeostasis and one of four ABC transporters expressed in the mitochondrial inner membrane, the other three being MDL1(ABC7), MDL2, and ATM1" /inference="protein motif:CDD:ABC_NatA_like, Similar in sequence to NatA, this is the ATPase component of a bacterial ABC-type Na+ transport system called NatAB, which catalyzes ATP-dependent electrogenic Na+ extrusion without mechanically coupled to proton or K+ uptake" /inference="protein motif:CDD:ABC_NatA_sodium_exporter, NatA is the ATPase component of a bacterial ABC-type Na+ transport system called NatAB, which catalyzes ATP-dependent electrogenic Na+ extrusion without mechanically coupled proton or K+ uptake" /inference="protein motif:CDD:ABC_NikE_OppD_transporters, The ABC transporter subfamily specific for the transport of dipeptides, oligopeptides (OppD), and nickel (NikDE)" /inference="protein motif:CDD:ABC_NrtD_SsuB_transporters, NrtD and SsuB are the ATP-binding subunits of the bacterial ABC-type nitrate and sulfonate transport systems, respectively" /inference="protein motif:CDD:ABC_OpuCA_Osmoprotection, OpuCA is a the ATP binding component of a bacterial solute transporter that serves a protective role to cells growing in a hyperosmolar environment" /inference="protein motif:CDD:ABC_Org_Solvent_Resistant, ABC (ATP-binding cassette) transport system involved in resistant to organic solvents" /inference="protein motif:CDD:ABC_PDR_domain1, The pleiotropic drug resistance (PDR) family of ATP-binding cassette (ABC) transporters" /inference="protein motif:CDD:ABC_PDR_domain2, The pleiotropic drug resistance-like (PDR) family of ATP-binding cassette (ABC) transporters" /inference="protein motif:CDD:ABC_PhnC_transporter, ABC-type phosphate/phosphonate transport system" /inference="protein motif:CDD:ABC_PotA_N, PotA is an ABC-type transporter and the ATPase component of the spermidine/putrescine-preferential uptake system consisting of PotA, -B, -C, and -D" /inference="protein motif:CDD:ABC_Pro_Gly_Bertaine, This family comprises the glycine betaine/L-proline ATP binding subunit in bacteria and its equivalents in archaea" /inference="protein motif:CDD:ABC_PstB_phosphate_transporter, Phosphate uptake is of fundamental importance in the cell physiology of bacteria because phosphate is required as a nutrient" /inference="protein motif:CDD:ABC_putative_ATPase, This subfamily is involved in drug resistance, nodulation, lipid transport, and bacteriocin and lantibiotic immunity" /inference="protein motif:CDD:ABC_RNaseL_inhibitor_domain1, The ATPase domain 1 of RNase L inhibitor" /inference="protein motif:CDD:ABC_RNaseL_inhibitor_domain2, The ATPase domain 2 of RNase L inhibitor" /inference="protein motif:CDD:ABC_subfamily_A, The ABCA subfamily mediates the transport of a variety of lipid compounds" /inference="protein motif:CDD:ABC_ThiQ_thiamine_transporter, ABC-type thiamine tranport system" /inference="protein motif:CDD:ABC_TM1139_LivF_branched, LivF (TM1139) is part of the LIV-I bacterial ABC-type two-component transport system that imports neutral, branched-chain amino acids" /inference="protein motif:CDD:ABC_tran, ABC transporter" /inference="protein motif:CDD:ABC_YhbG, The ABC transporters belonging to the YhbG family are similar to members of the Mj1267_LivG family, which is involved in the transport of branched-chain amino acids" /inference="protein motif:CDD:AbcC, ABC-type metal ion transport system, ATPase component [Inorganic ion transport and metabolism]" /inference="protein motif:CDD:ABCC_ATM1_transporter, ATM1 is an ABC transporter that is expressed in the mitochondria" /inference="protein motif:CDD:ABCC_bacteriocin_exporters, ABC-type bacteriocin exporters" /inference="protein motif:CDD:ABCC_cytochrome_bd, The CYD subfamily implicated in cytochrome bd biogenesis" /inference="protein motif:CDD:ABCC_Glucan_exporter_like, Glucan exporter ATP-binding protein" /inference="protein motif:CDD:ABCC_Hemolysin, The ABC-transporter hemolysin B is a central component of the secretion machinery that translocates the toxin, hemolysin A, in a Sec-independent fashion across both membranes of E" /inference="protein motif:CDD:ABCC_MRP_domain1, Domain 1 of the ABC subfamily C" /inference="protein motif:CDD:ABCC_MRP_domain2, Domain 2 of the ABC subfamily C" /inference="protein motif:CDD:ABCC_MRP_Like, The MRP (Mutidrug Resistance Protein)-like transporters are involved in drug, peptide, and lipid export" /inference="protein motif:CDD:ABCC_MsbA, MsbA is an essential ABC transporter, closely related to eukaryotic MDR proteins" /inference="protein motif:CDD:ABCC_NFT1, Domain 2 of NFT1 (New full-length MRP-type transporter 1)" /inference="protein motif:CDD:ABCC_Protease_Secretion, This family represents the ABC component of the protease secretion system PrtD, a 60-kDa integral membrane protein sharing 37% identity with HlyB, the ABC component of the alpha-hemolysin secretion pathway, in the C-terminal domain" /inference="protein motif:CDD:ABCC_SUR1_N, The SUR domain 1" /inference="protein motif:CDD:ABCC_TAP, TAP, the Transporter Associated with Antigen Processing" /inference="protein motif:CDD:ABCD_peroxisomal_ALDP, Peroxisomal ATP-binding cassette transporter (Pat) is involved in the import of very long-chain fatty acids (VLCFA) into the peroxisome" /inference="protein motif:CDD:ABCF_EF-3, ABCF_EF-3 Elongation factor 3 (EF-3) is a cytosolic protein required by fungal ribosomes for in vitro protein synthesis and for in vivo growth" /inference="protein motif:CDD:ABCG_EPDR, ABCG transporters are involved in eye pigment (EP) precursor transport, regulation of lipid-trafficking mechanisms, and pleiotropic drug resistance (DR)" /inference="protein motif:CDD:ABCG_White, The White subfamily represents ABC transporters homologous to the Drosophila white gene, which acts as a dimeric importer for eye pigment precursors" /inference="protein motif:CDD:AppF, ABC-type oligopeptide transport system, ATPase component [Amino acid transport and metabolism]" /inference="protein motif:CDD:ArpD, ABC-type protease/lipase transport system, ATPase and permease components [General function prediction only]" /inference="protein motif:CDD:ArtP, ABC-type arginine transport system, ATPase component [Amino acid transport and metabolism]" /inference="protein motif:CDD:ATM1, ABC-type transport system involved in Fe-S cluster assembly, permease and ATPase components [Posttranslational modification, protein turnover, chaperones]" /inference="protein motif:CDD:BtuD, ABC-type cobalamin transport system, ATPase component [Coenzyme metabolism]" /inference="protein motif:CDD:CbiO, ABC-type cobalt transport system, ATPase component [Inorganic ion transport and metabolism]" /inference="protein motif:CDD:CcmA, ABC-type multidrug transport system, ATPase component [Defense mechanisms]" /inference="protein motif:CDD:CcmA, ABC-type transport system involved in cytochrome c biogenesis, ATPase component [Posttranslational modification, protein turnover, chaperones]" /inference="protein motif:CDD:CeuD, ABC-type enterochelin transport system, ATPase component [Inorganic ion transport and metabolism]" /inference="protein motif:CDD:COG1123, ATPase components of various ABC-type transport systems, contain duplicated ATPase [General function prediction only]" /inference="protein motif:CDD:COG1245, Predicted ATPase, RNase L inhibitor (RLI) homolog [General function prediction only]" /inference="protein motif:CDD:COG2401, ABC-type ATPase fused to a predicted acetyltransferase domain [General function prediction only]" /inference="protein motif:CDD:COG3638, ABC-type phosphate/phosphonate transport system, ATPase component [Inorganic ion transport and metabolism]" /inference="protein motif:CDD:COG3845, ABC-type uncharacterized transport systems, ATPase components [General function prediction only]" /inference="protein motif:CDD:COG4136, ABC-type uncharacterized transport system, ATPase component [General function prediction only]" /inference="protein motif:CDD:COG4152, ABC-type uncharacterized transport system, ATPase component [General function prediction only]" /inference="protein motif:CDD:COG4172, ABC-type uncharacterized transport system, duplicated ATPase component [General function prediction only]" /inference="protein motif:CDD:COG4178, ABC-type uncharacterized transport system, permease and ATPase components [General function prediction only]" /inference="protein motif:CDD:COG4181, Predicted ABC-type transport system involved in lysophospholipase L1 biosynthesis, ATPase component [Secondary metabolites biosynthesis, transport, and catabolism]" /inference="protein motif:CDD:COG4559, ABC-type hemin transport system, ATPase component [Inorganic ion transport and metabolism]" /inference="protein motif:CDD:COG4586, ABC-type uncharacterized transport system, ATPase component [General function prediction only]" /inference="protein motif:CDD:COG4619, ABC-type uncharacterized transport system, ATPase component [General function prediction only]" /inference="protein motif:CDD:COG4674, Uncharacterized ABC-type transport system, ATPase component [General function prediction only]" /inference="protein motif:CDD:CydC, ABC-type transport system involved in cytochrome bd biosynthesis, fused ATPase and permease components [Energy production and conversion / Posttranslational modification, protein turnover, chaperones]" /inference="protein motif:CDD:CydD, ABC-type transport system involved in cytochrome bd biosynthesis, ATPase and permease components [Energy production and conversion / Posttranslational modification, protein turnover, chaperones]" /inference="protein motif:CDD:CysA, ABC-type sulfate/molybdate transport systems, ATPase component [Inorganic ion transport and metabolism]" /inference="protein motif:CDD:DppD, ABC-type dipeptide/oligopeptide/nickel transport system, ATPase component [Amino acid transport and metabolism / Inorganic ion transport and metabolism]" /inference="protein motif:CDD:DppF, ABC-type dipeptide/oligopeptide/nickel transport system, ATPase component [Amino acid transport and metabolism / Inorganic ion transport and metabolism]" /inference="protein motif:CDD:FepC, ABC-type cobalamin/Fe3+-siderophores transport systems, ATPase components [Inorganic ion transport and metabolism / Coenzyme metabolism]" /inference="protein motif:CDD:FtsE, Predicted ATPase involved in cell division [Cell division and chromosome partitioning]" /inference="protein motif:CDD:GlnQ, ABC-type polar amino acid transport system, ATPase component [Amino acid transport and metabolism]" /inference="protein motif:CDD:HisP, ABC-type histidine transport system, ATPase component [Amino acid transport and metabolism]" /inference="protein motif:CDD:LivF, ABC-type branched-chain amino acid transport systems, ATPase component [Amino acid transport and metabolism]" /inference="protein motif:CDD:LivG, ABC-type branched-chain amino acid transport systems, ATPase component [Amino acid transport and metabolism]" /inference="protein motif:CDD:MalK, ABC-type sugar transport systems, ATPase components [Carbohydrate transport and metabolism]" /inference="protein motif:CDD:MdlB, ABC-type multidrug transport system, ATPase and permease components [Defense mechanisms]" /inference="protein motif:CDD:MglA, ABC-type sugar transport system, ATPase component [Carbohydrate transport and metabolism]" /inference="protein motif:CDD:ModC, ABC-type molybdate transport system, ATPase component [Inorganic ion transport and metabolism]" /inference="protein motif:CDD:ModF, ABC-type molybdenum transport system, ATPase component/photorepair protein PhrA [Inorganic ion transport and metabolism]" /inference="protein motif:CDD:NatA, ABC-type Na+ transport system, ATPase component [Energy production and conversion / Inorganic ion transport and metabolism]" /inference="protein motif:CDD:OpuBA, ABC-type proline/glycine betaine transport systems, ATPase components [Amino acid transport and metabolism]" /inference="protein motif:CDD:PhnK, ABC-type phosphonate transport system, ATPase component [Inorganic ion transport and metabolism]" /inference="protein motif:CDD:PhnK, ABC-type uncharacterized transport system, ATPase component [General function prediction only]" /inference="protein motif:CDD:PhnL, ABC-type phosphonate transport system, ATPase component [Inorganic ion transport and metabolism]" /inference="protein motif:CDD:PotA, ABC-type spermidine/putrescine transport systems, ATPase components [Amino acid transport and metabolism]" /inference="protein motif:CDD:ProV, ABC-type proline/glycine betaine transport system, ATPase component [Amino acid transport and metabolism]" /inference="protein motif:CDD:PstB, ABC-type phosphate transport system, ATPase component [Inorganic ion transport and metabolism]" /inference="protein motif:CDD:PvdE, ABC-type siderophore export system, fused ATPase and permease components [Secondary metabolites biosynthesis, transport, and catabolism / Inorganic ion transport and metabolism]" /inference="protein motif:CDD:SalX, ABC-type antimicrobial peptide transport system, ATPase component [Defense mechanisms]" /inference="protein motif:CDD:SapD, ABC-type antimicrobial peptide transport system, ATPase component [Defense mechanisms]" /inference="protein motif:CDD:SapF, ABC-type antimicrobial peptide transport system, ATPase component [Defense mechanisms]" /inference="protein motif:CDD:SufC, ABC-type transport system involved in Fe-S cluster assembly, ATPase component [Posttranslational modification, protein turnover, chaperones]" /inference="protein motif:CDD:SunT, ABC-type bacteriocin/lantibiotic exporters, contain an N-terminal double-glycine peptidase domain [Defense mechanisms]" /inference="protein motif:CDD:TagH, ABC-type polysaccharide/polyol phosphate transport system, ATPase component [Carbohydrate transport and metabolism / Cell envelope biogenesis, outer membrane]" /inference="protein motif:CDD:TauB, ABC-type nitrate/sulfonate/bicarbonate transport system, ATPase component [Inorganic ion transport and metabolism]" /inference="protein motif:CDD:TauB, ABC-type taurine transport system, ATPase component [Inorganic ion transport and metabolism]" /inference="protein motif:CDD:ThiQ, ABC-type thiamine transport system, ATPase component [Coenzyme metabolism]" /inference="protein motif:CDD:Ttg2A, ABC-type transport system involved in resistance to organic solvents, ATPase component [Secondary metabolites biosynthesis, transport, and catabolism]" /inference="protein motif:CDD:Uup, ATPase components of ABC transporters with duplicated ATPase domains [General function prediction only]" /inference="protein motif:CDD:YhbG, ABC-type (unclassified) transport system, ATPase component [General function prediction only]" /inference="protein motif:CDD:ZnuC, ABC-type Mn/Zn transport systems, ATPase component [Inorganic ion transport and metabolism]" /inference="protein motif:COG:COG3839 ABC-type sugar transport systems, ATPase components; G Carbohydrate transport and metabolism" /inference="protein motif:Gene3D:G3D.3.40.50.300 no description" /inference="protein motif:HMMPanther:PTHR19222 ATP-BINDING CASSETTE TRANSPORTER" /inference="protein motif:HMMPfam:PF00005 ABC_tran InterPro:IPR003439 ABC transporter related GO:Molecular Function:ATP binding (GO:0005524), Molecular Function:ATPase activity (GO:0016887)" /inference="protein motif:HMMSmart:SM00382 no description InterPro:IPR003593 AAA ATPase GO:Molecular Function:nucleotide binding (GO:0000166), Molecular Function:nucleoside-triphosphatase activity (GO:0017111)" /inference="protein motif:ProfileScan:PS50100 DA_BOX InterPro:IPR003439 ABC transporter related GO:Molecular Function:ATP binding (GO:0005524), Molecular Function:ATPase activity (GO:0016887)" /inference="protein motif:ProfileScan:PS50101 ATP_GTP_A2" /inference="protein motif:ProfileScan:PS50893 ABC_TRANSPORTER_2 InterPro:IPR003439 ABC transporter related GO:Molecular Function:ATP binding (GO:0005524), Molecular Function:ATPase activity (GO:0016887)" /inference="protein motif:ScanRegExp:PS00211 ABC_TRANSPORTER_1 InterPro:IPR003439 ABC transporter related GO:Molecular Function:ATP binding (GO:0005524), Molecular Function:ATPase activity (GO:0016887)" /inference="protein motif:superfamily:SSF50331 MOP-like InterPro:IPR008995 Molybdate/tungstate binding" /inference="protein motif:superfamily:SSF52540 P-loop containing nucleoside triphosphate hydrolases" /note="Contains 2 facilitated glucose transporter signatures" /codon_start=1 /transl_table=11 /product="ABC-type transport system, ATPase component, putative Fe3+ transporter" /protein_id="ACS34207.1" /translation="MRLLLRDVRLSREGFELTIPELEVKDGEFFTLLGPSGCGKTTTL RIIAGFEKADGRVYFGDEDVTDRPPYERNIGIVFQDYALFPHMTVFDNVAFGLRMRKV PEEEVRREVKEVLSLVGLEGFEKRYPEQLSGGQQQRVALARALVIKPRLLLLDEPLSN LDAKIRERLRGVIKRIQRELGITTIYVTHDQEEAMAISDRIAVMKNGRIIQVGEPLEL YYHPKDEFVATFLGIGNLLELEAEGGRACLGGLCFETGREGKVKVFFRPESVIVEEGK TAEVIDYELLPGRMRLFLSVAGKRITAERFINELPFDPRNVPKKVGVRIKDYAILSP" gene complement(1611129..1612250) /gene="sfuA" /locus_tag="TGAM_1706" /note="tg1706" CDS complement(1611129..1612250) /gene="sfuA" /locus_tag="TGAM_1706" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:AfuA, ABC-type Fe3+ transport system, periplasmic component [Inorganic ion transport and metabolism]" /inference="protein motif:CDD:MalE, Maltose-binding periplasmic proteins/domains [Carbohydrate transport and metabolism]" /inference="protein motif:CDD:PotD, Spermidine/putrescine-binding periplasmic protein [Amino acid transport and metabolism]" /inference="protein motif:CDD:SBP_bac_1, Bacterial extracellular solute-binding protein" /inference="protein motif:CDD:TbpA, ABC-type thiamine transport system, periplasmic component [Coenzyme metabolism]" /inference="protein motif:COG:COG4143 ABC-type thiamine transport system, periplasmic component; H Coenzyme transport and metabolism" /inference="protein motif:Gene3D:G3D.3.40.190.10 no description" /inference="protein motif:HMMPfam:PF01547 SBP_bac_1 InterPro:IPR006059 Bacterial extracellular solute-binding protein, family 1 GO:Molecular Function:transporter activity (GO:0005215), Biological Process:transport (GO:0006810)" /inference="protein motif:HMMTigr:TIGR01254 sfuA:ABC transporter periplasmic binding pr InterPro:IPR005948 Thiamine ABC transporter periplasmic binding protein GO:Molecular Function:transporter activity (GO:0005215), Biological Process:transport (GO:0006810), Cellular Component:periplasmic space (sensu Proteobacteria) (GO:0030288)" /inference="protein motif:superfamily:SSF53850 Periplasmic binding protein-like II" /note="1 probable transmembrane helix predicted by modhmm" /codon_start=1 /transl_table=11 /product="ABC-type thiamine transport system, periplasmic component (sfuA)" /protein_id="ACS34208.1" /translation="MVNMRSKTLAAIILVALLVVGLGCIGSRNEEKSGGTQSSSVSTT TKKPETLTVYAYDSFQSVAKVTIPKFEKEYNVKVKLITLGDAGKVLNRLILEKDHPRA DVVIGIDNSLAAKAIEAGVLEVYKPKNIDLVPEDLVKGLDPTYHLIPYDYGPIAIVYK KDKVKNPPKTFEDLLKPEWKKSLIVEDPRTSSTGMSFLLWTIGAYGDPGWLYYWEKLK PQIYQITEGWDAGWEMWDKGEAPLFVSYATDPAYSAYYNNGTEPDIGVILLNGTAYVQ IEGVGIVKGTKHRELAEKFIEFMLTNKFQNEIPLHNWMFPASKNATLPDVFKYAVKPE KIINPDPEEIKANHNRWVREWVELMIEGKSPEEIIKERG" gene 1612513..1614096 /locus_tag="TGAM_1707" /note="tg1707" CDS 1612513..1614096 /locus_tag="TGAM_1707" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:BlastProDom:PD000448 Q9V0L3_PYRAB_Q9V0L3; InterPro:IPR000175 Sodium:neurotransmitter symporter GO:Molecular Function:neurotransmitter:sodium symporter activity (GO:0005328), Cellular Component:integral to plasma membrane (GO:0005887), Biological Process:neurotransmitter transport (GO:0006836), Cellular Component:membrane (GO:0016020)" /inference="protein motif:CDD:COG0733, Na+-dependent transporters of the SNF family [General function prediction only]" /inference="protein motif:CDD:SNF, Sodium:neurotransmitter symporter family" /inference="protein motif:COG:COG0733 Na+-dependent transporters of the SNF family; R General function prediction only" /inference="protein motif:FPrintScan:PR00176 NANEUSMPORT InterPro:IPR000175 Sodium:neurotransmitter symporter GO:Molecular Function:neurotransmitter:sodium symporter activity (GO:0005328), Cellular Component:integral to plasma membrane (GO:0005887), Biological Process:neurotransmitter transport (GO:0006836), Cellular Component:membrane (GO:0016020)" /inference="protein motif:HMMPanther:PTHR11616 ION-DEPENDENT NEUROTRANSMITTER TRANSPORTER InterPro:IPR000175 Sodium:neurotransmitter symporter GO:Molecular Function:neurotransmitter:sodium symporter activity (GO:0005328), Cellular Component:integral to plasma membrane (GO:0005887), Biological Process:neurotransmitter transport (GO:0006836), Cellular Component:membrane (GO:0016020)" /inference="protein motif:HMMPanther:PTHR11616:SF6 SODIUM- AND CHLORIDE-DEPENDENT TRANSPORTER" /inference="protein motif:HMMPfam:PF00209 SNF InterPro:IPR000175 Sodium:neurotransmitter symporter GO:Molecular Function:neurotransmitter:sodium symporter activity (GO:0005328), Cellular Component:integral to plasma membrane (GO:0005887), Biological Process:neurotransmitter transport (GO:0006836), Cellular Component:membrane (GO:0016020)" /inference="protein motif:ProfileScan:PS50267 NA_NEUROTRAN_SYMP_3 InterPro:IPR000175 Sodium:neurotransmitter symporter GO:Molecular Function:neurotransmitter:sodium symporter activity (GO:0005328), Cellular Component:integral to plasma membrane (GO:0005887), Biological Process:neurotransmitter transport (GO:0006836), Cellular Component:membrane (GO:0016020)" /inference="protein motif:ScanRegExp:PS00610 NA_NEUROTRAN_SYMP_1 InterPro:IPR000175 Sodium:neurotransmitter symporter GO:Molecular Function:neurotransmitter:sodium symporter activity (GO:0005328), Cellular Component:integral to plasma membrane (GO:0005887), Biological Process:neurotransmitter transport (GO:0006836), Cellular Component:membrane (GO:0016020)" /note="12 probable transmembrane helices predicted by modhmm" /codon_start=1 /transl_table=11 /product="Sodium-dependent transporter, SNF family" /protein_id="ACS34209.1" /translation="MEQRDQWATKLGLILAMAGNAIGLGNFWRFPYQLASNGGGAFMI PYFIALFFLGIPVMWIEWTTGRYGGKYGHGTIGPMFYLMARESVKPKTALIFGIIGGM LAFSVASLLSSYYYQVIGWSAAYTYYSLTGAYFGKDTVQFFLDYVANTKAVIFFWGLT MVLLGIAVGQGVSKGIERWVKVMMPLLYVFAILLVIRALTLGSPVKPEWSSIKGLEYI WKPDFQTLSKHFFKISLAAAGQIFFTLSLGMGIIHNYASYLGPEDDVALSGLATVSLN EFAEVVLGGSLAIPIAFAYLGPEQAIKGGVGLAYMALPNVFANMPAGQIFGAMWFLLL WFAGFTSAIATYNYLVAMLEEDIHIERKIGTWVVWIFLFILGLPVALDSTLAYLSELD MWVGSYFLVLLGLFDVIVAVWLFKPDNFWEELHKGAYIKVPEWFKPIITYIAPLFMII LLGGNTYDYWKNGAFSVSKYYVTEVLKYDYTPEIISLITRARIVIFIILIIGAIEAYL AIKKKYGEELEKNEVIIKV" gene 1614098..1614220 /locus_tag="TGAM_1708" /note="tg1708" CDS 1614098..1614220 /locus_tag="TGAM_1708" /note="1 probable transmembrane helix predicted by modhmm" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein" /protein_id="ACS34210.1" /translation="MIKMDAGALAFLVLAWGSIFAMMYWSITKLLQAEKQAKAS" gene 1614261..1614989 /locus_tag="TGAM_1709" /note="tg1709" CDS 1614261..1614989 /locus_tag="TGAM_1709" /experiment="gene product confirmed by mass spectrometry" /note="Ref AJ132781.1 (Thermococcus hydrothermalis alpha-glucosidase)is not correct !!; 3 probable transmembrane helices predicted by modhmm" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein" /protein_id="ACS34211.1" /translation="MKSEKVLKEVASVIDEIKARIDRLNVLKDKDKRKALVLLDEAKR NFMEVAENIAYDNEELANFFLKRATKLKNSTSDKTIEKIGVKEYMNMVSQLNRYSKAA PYDFSGKVKELQKAYRAFLFGMIPFYIISGIFGPMYAITALILVIPTLLAILSLRKRG SLGLMLAFAVIPIPMVMGAFSVRYMVYALTHQGEVQKIAEALGRSIMVAQLIVVAIGL LGLASLVLLGYASYMLYKHRHAFL" gene complement(1614995..1615312) /gene="glnB" /locus_tag="TGAM_1710" /note="tg1710" CDS complement(1614995..1615312) /gene="glnB" /locus_tag="TGAM_1710" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:BlastProDom:PD001194 GLNB_AQUAE_O66513; InterPro:IPR002187 Nitrogen regulatory protein P-II GO:Biological Process:regulation of nitrogen utilization (GO:0006808), Molecular Function:enzyme regulator activity (GO:0030234)" /inference="protein motif:CDD:GlnK, Nitrogen regulatory protein PII [Amino acid transport and metabolism]" /inference="protein motif:CDD:P-II, Nitrogen regulatory protein P-II" /inference="protein motif:COG:COG0347 Nitrogen regulatory protein PII; E Amino acid transport and metabolism" /inference="protein motif:FPrintScan:PR00340 PIIGLNB InterPro:IPR002187 Nitrogen regulatory protein P-II GO:Biological Process:regulation of nitrogen utilization (GO:0006808), Molecular Function:enzyme regulator activity (GO:0030234)" /inference="protein motif:Gene3D:G3D.3.30.70.120 no description" /inference="protein motif:HMMPfam:PF00543 P-II InterPro:IPR002187 Nitrogen regulatory protein P-II GO:Biological Process:regulation of nitrogen utilization (GO:0006808), Molecular Function:enzyme regulator activity (GO:0030234)" /inference="protein motif:ScanRegExp:PS00638 PII_GLNB_CTER InterPro:IPR002187 Nitrogen regulatory protein P-II GO:Biological Process:regulation of nitrogen utilization (GO:0006808), Molecular Function:enzyme regulator activity (GO:0030234)" /inference="protein motif:superfamily:SSF54913 GlnB-like" /codon_start=1 /transl_table=11 /product="Nitrogen regulatory protein P-II (glnB)" /protein_id="ACS34212.1" /translation="MKKVEAIIRGNDFERVKNALKGIGIVPLTAYPVQGRGVQGGVPP YDLLPKMKIELVVKDEDLEKVINTIVMTARSGTPGDGKIFIIPVEEAIRIRTGEKGNE ALY" gene complement(1615376..1617427) /locus_tag="TGAM_1711" /note="tg1711" CDS complement(1615376..1617427) /locus_tag="TGAM_1711" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:COG1543, Uncharacterized conserved protein [Function unknown]" /inference="protein motif:CDD:Glyco_hydro_57, Glycosyl hydrolase family 57" /inference="protein motif:COG:COG1543 Uncharacterized conserved protein; S Function unknown" /inference="protein motif:Gene3D:G3D.1.10.150.70 no description" /inference="protein motif:HMMPfam:PF03065 Glyco_hydro_57 InterPro:IPR004300 Glycoside hydrolase, family 57 GO:Molecular Function:catalytic activity (GO:0003824), Biological Process:carbohydrate metabolism (GO:0005975)" /inference="protein motif:superfamily:SSF81585 DNA polymerase beta-like, second domain" /inference="protein motif:superfamily:SSF88713 Glycoside hydrolase/deacetylase" /codon_start=1 /transl_table=11 /product="Glycosyl hydrolase family 57, possibly alpha-amylase" /protein_id="ACS34213.1" /translation="MKGYFTFVLHTHIPYVRKHGKWPFGEEWLYEAMSESYLPLLMEF ERLRDSGVRFQLVVNITPVLMEQLVDDYVKAEFEKYLLRKIERTREDLESGKYPEKPV REVLRHFERVYSYWKAINGDIIGKFRELQGEGYLEIITSPATHAYLPLLWREESIRSQ IANGIATYEKHFGRRPQGMWVSECAYRPSGEWKLPGGRTVKRKGIEKFLEEFGIEYFF VESNLIDNGPVSDSYGAPVPTGSLATLRPYWVKGSNVVVFARNRETGHQVWSAHYGYP GDFWYREFHRKAPKSGNQYWRITGKDVDLGEKDFYDPEKALERVEEHARHFVSLVEGL LSRFEEETGEKGIIVSPYDTELFGHWWYEGVKWLGRVLELLAERGIKTTTLSAFLLNY SGERLEVELPEGSWGANADHSTWWNEQTEWTWEEIYRAEDRMVALASRFYGKDNLGDR AIEQLARELLILEASDWQFLITTGQAKAYAERRVLLHSRDFHRLANEVVRYFRTGEMD VSLLEGLEERDNPFRPVIASYYVGENPPELEEFVEPPEVPPEERDRTEEVRGTFVEAE AELEESVFEGSDGRFYASSLAFVKRRKPKVPLAKRVDTRLAKRVERIGKPEKPKAEKK RAKVKNLIDIKGIGPKTLAKLNKAGIKTPEDLLNADLKELARKTRISIKRLRKFLAQI S" gene 1617555..1617815 /locus_tag="TGAM_1712" /note="tg1712" CDS 1617555..1617815 /locus_tag="TGAM_1712" /note="2 probable transmembrane helices predicted by modhmm" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein" /protein_id="ACS34214.1" /translation="MRLDELTGTEGGFIAGALAVVLLGAIISVLSMPIRDLMKLAYLI YDIGIVGLSFGLLNEAFEGERSDAIRAAFAIAGTIVLLALRL" gene 1617855..1619807 /gene="fbpA" /locus_tag="TGAM_1713" /note="tg1713" CDS 1617855..1619807 /gene="fbpA" /locus_tag="TGAM_1713" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:COG1293, Predicted RNA-binding protein homologous to eukaryotic snRNP [Transcription]" /inference="protein motif:CDD:DUF814, Domain of unknown function (DUF814)" /inference="protein motif:CDD:FbpA, Fibronectin-binding protein A N-terminus (FbpA)" /inference="protein motif:COG:COG1293 Predicted RNA-binding protein homologous to eukaryotic snRNP; K Transcription" /inference="protein motif:HMMPfam:PF05670 DUF814 InterPro:IPR008532 Protein of unknown function DUF814" /inference="protein motif:HMMPfam:PF05833 FbpA InterPro:IPR008616 Fibronectin-binding A, N-terminal" /inference="protein motif:superfamily:SSF46946 S13-like H2TH domain InterPro:IPR010979 Ribosomal protein S13-like, H2TH" /codon_start=1 /transl_table=11 /product="Fibronectin-binding protein A (FbpA)" /protein_id="ACS34215.1" /translation="MKEEMSSVDIRYVVRELQWLVGSRVDKVYHDGDEIRIKLRTKEG RADLILQAGKRFHLTSYVKEAPKQPSSFTMLLRKHLSGGFIDAIEQHQFDRIVKIRVG DYTLIGELFRRGNIVLVDSENRIVAALRYEEYKDRAIKPKAEYKFPPARENPLEVSFE RFLELMREDENLELVRALARKLNMGGMYAEEISIRAGFEKTTPVRELSDEDLRKVYEA MMGTFNDEPRPNIVYKDGNMHDVVPIELKIYEGLEKRYFKTFSEALDEYFGKLTIEKA KIEKTRKLESKKKQLLATLRKQEEMLKGFEKAMNENQEIGDLIYANYAMVERLLDEFR KATEKLGWEEFKRRIEAGKKEGNKVALMVKAIDPKEKTVTIELEGRKVKLYLNKSIGE NAELYYEKAKKFRHKYEGALKAYEDTRRKLDEVEKLIEEEMKKELNVKRIERRKKKWF EKFRWFISSEGFLVLAGKDASTNETLIKKHMSDNDLYCHADVYGAPHVVIKDGQKAGE KTIFEACQFAVSMSRAWSQGLYGADAYWAYPNQVTKQAPSGEYLGKGAFMVYGKRNWL RGLPLKLAVGVINYEGEDYVVCAPVDAIKAHTSKYIVIRPGRLKKGELVKKIRGILEK WGYKVREEDLNAILPPGGGEIVEVVG" gene complement(1619808..1620329) /locus_tag="TGAM_1714" /note="tg1714" CDS complement(1619808..1620329) /locus_tag="TGAM_1714" /experiment="gene product confirmed by mass spectrometry" /note="Contains C-term (DUF814) and N-term (PF05833) domains as in O34693; 4 probable transmembrane helices predicted by modhmm" /codon_start=1 /transl_table=11 /product="hypothetical protein" /protein_id="ACS34216.1" /translation="MANLRKFFEKFAGWTRGQILKVHHYVLFQVVEMRIVGFAGALIV IFALFMPWFHSTMLGYESVSFYKMAESTYSNLDEFLKTFQYLAEHDESGKTTSFLGMY FLGVLFITLGALIGLTGGRGGHILGLIGMALFTAAWYMVFRDHLFDITDTGYYLSWVG FLIGAIGGGGGKK" gene 1620408..1622015 /locus_tag="TGAM_1715" /note="tg1715" CDS 1620408..1622015 /locus_tag="TGAM_1715" /inference="protein motif:CDD:Na_H_antiporter, Na+/H+ antiporter family" /inference="protein motif:CDD:NhaC, Na+/H+ antiporter [Energy production and conversion]" /inference="protein motif:COG:COG1757 Na+/H+ antiporter; C Energy production and conversion" /inference="protein motif:HMMPfam:PF03553 Na_H_antiporter InterPro:IPR004770 Na+/H+ antiporter NhaC GO:Biological Process:sodium ion transport (GO:0006814), Biological Process:regulation of pH (GO:0006885), Molecular Function:sodium:hydrogen antiporter activity (GO:0015385), Cellular Component:integral to membrane (GO:0016021)" /note="13 probable transmembrane helices predicted by modhmm" /codon_start=1 /transl_table=11 /product="Na+/H+ antiporter, NhaC family" /protein_id="ACS34217.1" /translation="MPEFGVLSLLPPLVAIILAIWTKRVVLALFAGVWVGGWMLSGWN PITGTTQTLDWIVASATDDWNAKILLFDFLIGAGVGLVYKSGGALAIGRALAGRVRSS RGASLMGWLLGVLIFFDDYANTIIVGNTMRPITDRTRVSREMLAYIDDSTAAPVAGLA VVSTWIGYEVGLIGKSFNELNVDLTSVGGAYGAWMHSVPFRFYSILAIILVFIVAYTH RHYGAMLHAEYRARTTGKVLRDGAKPLMTTEVDLGMPKEGGSVHLFVWPILTLIFVTL YGMWYTGGGGKAYAEGGLMNVLGNSDSALALLWGSFAMVIVAFTLVLATKQMTIEEAE DAIVRGMKQMVIANTILLLAWSLKNATEAVGTSSYVVSIAKDAGITGAWVPLIVFLIS MFISFTTGTSWGTFSIMLPIAIPLAYGVTGSVGPEVFASIGAVFAGGIFGDHCSPISD TTIMSSMFSGSDHIDHVTTQIPYAVTASSVGLILYVLFGIGVKSWMVLLPLGVLLLIG AWYLLSEWYGKKYGIPHGKVPVYVVEE" gene 1622079..1622993 /locus_tag="TGAM_1716" /note="tg1716" CDS 1622079..1622993 /locus_tag="TGAM_1716" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:BlastProDom:PD017518 Q8TZV8_PYRFU_Q8TZV8; InterPro:IPR002824 GHMP kinase, ATP binding" /inference="protein motif:CDD:COG1829, Predicted archaeal kinase (sugar kinase superfamily) [General function prediction only]" /inference="protein motif:COG:COG1829 Predicted archaeal kinase (sugar kinase superfamily); R General function prediction only" /inference="protein motif:Gene3D:G3D.3.30.230.10 no description" /inference="protein motif:HMMPfam:PF00288 GHMP_kinases_N InterPro:IPR006204 GHMP kinase GO:Molecular Function:ATP binding (GO:0005524), Molecular Function:kinase activity (GO:0016301), Biological Process:phosphorylation (GO:0016310)" /inference="protein motif:HMMPfam:PF02787 CPSase_L_D3 InterPro:IPR005480 Carbamoyl-phosphate synthetase large chain, oligomerisation GO:Molecular Function:carbamoyl-phosphate synthase activity (GO:0004086), Cellular Component:cytoplasm (GO:0005737), Biological Process:arginine biosynthesis (GO:0006526), Biological Process:pyrimidine base biosynthesis (GO:0019856)" /inference="protein motif:HMMPfam:PF08544 GHMP_kinases_C InterPro:IPR013750 GHMP kinase, C terminal" /inference="protein motif:HMMPIR:PIRSF016896 Predicted sugar kinase, archaeal GHMP MJ0969 type InterPro:IPR012043 GHMP kinase-like, archaeal" /inference="protein motif:superfamily:SSF54211 Ribosomal protein S5 domain 2-like" /codon_start=1 /transl_table=11 /product="GHMP kinase, archaeal type, putative" /protein_id="ACS34218.1" /translation="MLVRAFVPAHITAFFVPVFHDDPLKAGSLGAGINLDKGTNVFAS IETGTLERHIHVAFNGEPVKREEAVISYSVAEKIVPKDFMGEVEIWQYFDFPSGYGFG NSAGGALGTALALSYAFGGTWLKAAQIAHEAEVVNKGGLGDVVAQLAGGMEVRVKAGG PGCGVVDNLFFEDYKVLVVPLGRLSTKEILDGEVVKVIEVEGRKSLEKLLKDPTPERL MALARAFAERTGLLTGELLELAGELDRVLKSPSSMIMLGKGLFALVREKELESAKALL ADLNVPYDVAEIHEGKPKVGRWFGEGYR" gene 1622990..1623214 /locus_tag="TGAM_1717" /note="tg1717" CDS 1622990..1623214 /locus_tag="TGAM_1717" /note="3 probable transmembrane helices predicted by modhmm" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein" /protein_id="ACS34219.1" /translation="MNTTLFLIAVVLIIAATYANMKREHKLGVVLSGTAGGFAVWLLF YGKLNPILAFAIGFTLTAIFEAMRFLPGKR" gene 1623263..1624942 /gene="lig" /locus_tag="TGAM_1718" /note="tg1718" CDS 1623263..1624942 /gene="lig" /locus_tag="TGAM_1718" /EC_number="6.5.1.1" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:CDC9, ATP-dependent DNA ligase [DNA replication, recombination, and repair]" /inference="protein motif:CDD:DNA_ligase_A_C, ATP dependent DNA ligase C terminal region" /inference="protein motif:CDD:DNA_ligase_A_M, ATP dependent DNA ligase domain" /inference="protein motif:CDD:DNA_ligase_A_N, DNA ligase N terminus" /inference="protein motif:COG:COG1793 ATP-dependent DNA ligase; L Replication, recombination and repair" /inference="protein motif:Gene3D:G3D.2.40.50.140 no description InterPro:IPR012340 Nucleic acid-binding, OB-fold, subgroup" /inference="protein motif:HMMPanther:PTHR10459 DNA LIGASE InterPro:IPR000977 ATP-dependent DNA ligase GO:Molecular Function:DNA ligase (ATP) activity (GO:0003910), Molecular Function:ATP binding (GO:0005524), Biological Process:DNA replication (GO:0006260), Biological Process:DNA repair (GO:0006281), Biological Process:DNA recombination (GO:0006310)" /inference="protein motif:HMMPanther:PTHR10459:SF2 DNA LIGASE" /inference="protein motif:HMMPfam:PF01068 DNA_ligase_A_M InterPro:IPR012310 ATP dependent DNA ligase, central GO:Molecular Function:DNA ligase (ATP) activity (GO:0003910), Molecular Function:ATP binding (GO:0005524), Biological Process:DNA replication (GO:0006260), Biological Process:DNA repair (GO:0006281), Biological Process:DNA recombination (GO:0006310)" /inference="protein motif:HMMPfam:PF04675 DNA_ligase_A_N InterPro:IPR012308 DNA ligase, N-terminal GO:Molecular Function:DNA binding (GO:0003677), Molecular Function:DNA ligase (ATP) activity (GO:0003910), Biological Process:DNA replication (GO:0006260), Biological Process:DNA repair (GO:0006281), Biological Process:DNA recombination (GO:0006310)" /inference="protein motif:HMMPfam:PF04679 DNA_ligase_A_C InterPro:IPR012309 ATP dependent DNA ligase, C-terminal GO:Molecular Function:DNA ligase (ATP) activity (GO:0003910), Biological Process:DNA replication (GO:0006260), Biological Process:DNA repair (GO:0006281), Biological Process:DNA recombination (GO:0006310)" /inference="protein motif:HMMTigr:TIGR00574 dnl1:DNA ligase I, ATP-dependent (dnl1) InterPro:IPR000977 ATP-dependent DNA ligase GO:Molecular Function:DNA ligase (ATP) activity (GO:0003910), Molecular Function:ATP binding (GO:0005524), Biological Process:DNA replication (GO:0006260), Biological Process:DNA repair (GO:0006281), Biological Process:DNA recombination (GO:0006310)" /inference="protein motif:ProfileScan:PS50160 DNA_LIGASE_A3 InterPro:IPR012310 ATP dependent DNA ligase, central GO:Molecular Function:DNA ligase (ATP) activity (GO:0003910), Molecular Function:ATP binding (GO:0005524), Biological Process:DNA replication (GO:0006260), Biological Process:DNA repair (GO:0006281), Biological Process:DNA recombination (GO:0006310)" /inference="protein motif:ProfileScan:PS50161 DNA_LIGASE_A4 InterPro:IPR012309 ATP dependent DNA ligase, C-terminal GO:Molecular Function:DNA ligase (ATP) activity (GO:0003910), Biological Process:DNA replication (GO:0006260), Biological Process:DNA repair (GO:0006281), Biological Process:DNA recombination (GO:0006310)" /inference="protein motif:ScanRegExp:PS00697 DNA_LIGASE_A1 InterPro:IPR000977 ATP-dependent DNA ligase GO:Molecular Function:DNA ligase (ATP) activity (GO:0003910), Molecular Function:ATP binding (GO:0005524), Biological Process:DNA replication (GO:0006260), Biological Process:DNA repair (GO:0006281), Biological Process:DNA recombination (GO:0006310)" /inference="protein motif:superfamily:SSF50249 Nucleic acid-binding proteins InterPro:IPR008994 Nucleic acid-binding, OB-fold GO:Molecular Function:nucleic acid binding (GO:0003676)" /inference="protein motif:superfamily:SSF56091 DNA ligase/mRNA capping enzyme, catalytic domain" /codon_start=1 /transl_table=11 /product="ATP-dependent DNA ligase (lig)" /protein_id="ACS34220.1" /translation="MRYSELAELYRRLEKTTLKTLKTKFVADFLKKTPDDLLEIVPYL ILGKVFPDWDERELGVGEKLLIKAVSMATGVPEKEIENSIKDTGDLGESVALALKKRR QKSFFSQPLTIKRVYNTFVKVAEASGEGSQDRKMKYLANLFMDAGPEEGKYIARTVLG TMRTGVAEGILRDAIAEAFKVKVELVERAYMLTSDFGYVAKIAKLEGNEGLSKVSIQI GKPIRPMLAQNAASVKDALIEMGGEAAFEIKYDGARVQVHRDGDKVIIYSRRLENVTR SIPEIVEAVKASLKPSKVIVEGELVAVGENGRPRPFQYVLRRFRRKYNIEEMIEKIPL ELNLFDILYVNGESLIDTKFTERRKRLEESVEESDKIKLAEQLVTKKVDEAEEFYKRA LELGHEGLMAKRLDAIYEPGNRGKKWLKIKPTMENLDLVIIGAEWGEGRRAHLLGSFL VGAYDPESGEFVPVGKVGSGFTDEDLVEFTKMLKPLIIREEGKFVEIEPKVVIEVTYQ EIQKSPKYKSGFALRFPRYVALREDKSPEEADTIERVAQLYELQERFKAKR" gene complement(1624926..1625720) /locus_tag="TGAM_1719" /note="tg1719" CDS complement(1624926..1625720) /locus_tag="TGAM_1719" /note="7 probable transmembrane helices predicted by modhmm" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein" /protein_id="ACS34221.1" /translation="METMLSLLLLLGYVLLVVVLGSIMLIRGLSWFERLDRVLPMVSE RRCFAYGFVAVVVAVIVELSGFFLLKEAIASGTMHSSLLLASIVVLLIGFAEEGAKLI PFVVEKGDTLTRWRFAVRGAFYFGIIEAVLYAFNLLMMGNLIAALLRFLVIMVHVVLT AIALESAIVNGSLRGGYVKASLLHAIYDAPVIFAFLGAGDALILIVPLAMAGFALLFS SLNRVFEVAYVLGKRKIEERRKAGLEEENPEVPSIAPEQGDFTFSP" gene complement(1625722..1627677) /locus_tag="TGAM_1720" /note="tg1720" CDS complement(1625722..1627677) /locus_tag="TGAM_1720" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:COG:COG1782 Predicted metal-dependent RNase, consists of a metallo-beta-lactamase domain and an RNA-binding KH domain; R General function prediction only" /inference="protein motif:Gene3D:G3D.3.30.300.20 no description" /inference="protein motif:Gene3D:G3D.3.60.15.10 no description" /inference="protein motif:HMMPanther:PTHR11203 MRNA CLEAVAGE AND POLYADENYLATION SPECIFICITY FACTOR" /inference="protein motif:HMMPanther:PTHR11203:SF10 CLEAVAGE AND POLYADENYLATION SPECIFICITY FACTOR-RELATED" /inference="protein motif:HMMPfam:PF00013 KH_1 InterPro:IPR004088 KH, type 1 GO:Molecular Function:nucleic acid binding (GO:0003676)" /inference="protein motif:HMMPfam:PF00753 Lactamase_B InterPro:IPR001279 Beta-lactamase-like" /inference="protein motif:HMMPfam:PF07521 RMMBL InterPro:IPR011108 RNA-metabolising metallo-beta-lactamase" /inference="protein motif:superfamily:SSF54814 Prokaryotic type KH domain (KH-domain type II) InterPro:IPR009019 KH, prokaryotic type" /inference="protein motif:superfamily:SSF56281 Metallo-hydrolase/oxidoreductase" /codon_start=1 /transl_table=11 /product="RNA-metabolising metallo-beta-lactamase, beta-CASP family protein" /protein_id="ACS34222.1" /translation="MMGLIRRETFVEDILKDIRAVINQMVPKEAKVTEVEFEGPELVI YVKNPEAIMRDGDLIRNLAKVLKKRISVRPDPDILIPPEKAEEMIKQIVPPEAEITNI SFDPSVGEVIIEARKPGLVIGKNGETLRLITQKVHWAPKAIRTPPIQSQTIYSIRQIL QTESKDRRKFLRQVGRNIYRKPEYKSRWIRITGLGGFREVGRSALLVQTDESYVLVDF GVNIAAMRDPLKAFPHFDAPEFRYVLDEGLLDAIIITHAHLDHSGMLPYLFRYKLFDG PIYTTPPTRDLMTLLQQDFIEIQHMNGMEPLYRPRDIKEVIKHTITLDYGEVRDIAPD IRLTLHNAGHILGSAIVHLHIGNGLHNIAITGDFKFIPTRLLEPAVSRFPRVETLVME STYGGSNDYQMPRDEAEKRLIEVIHHTIKRGGKVLIPAMAVGRAQEIMMVLEEYARVG GIDVPIYLDGMIWEATAIHTAYPEYLSRRLREQIFHEGYNPFLNPIFKSVANSRERQD IIDSGEPAIIIATSGMLVGGPSVEYFKQLAPDPKNSIIFVSYQAEGTLGRQVQRGLRE IPLVGEDGRTEVVQVNMEVHTIDGFSGHADRRELISYVARLRPRPERVITVHGEPHKC LDLASSLHKKFNLSTRAPNNLDAIRLK" gene complement(1627679..1628284) /gene="psmB-1" /locus_tag="TGAM_1721" /note="tg1721" CDS complement(1627679..1628284) /gene="psmB-1" /locus_tag="TGAM_1721" /EC_number="3.4.25.1" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:Ntn_hydrolase, The Ntn hydrolases (N-terminal nucleophile) are a diverse superfamily of of enzymes that are activated autocatalytically via an N-terminally lcated nucleophilic amino acid" /inference="protein motif:CDD:PRE1, 20S proteasome, alpha and beta subunits [Posttranslational modification, protein turnover, chaperones]" /inference="protein motif:CDD:Proteasome, Proteasome A-type and B-type" /inference="protein motif:CDD:proteasome_alpha, proteasome alpha subunit" /inference="protein motif:CDD:proteasome_alpha_archeal, proteasome_alpha_archeal" /inference="protein motif:CDD:proteasome_alpha_type_1, proteasome_alpha_type_1" /inference="protein motif:CDD:proteasome_alpha_type_2, proteasome_alpha_type_2" /inference="protein motif:CDD:proteasome_alpha_type_3, proteasome_alpha_type_3" /inference="protein motif:CDD:proteasome_alpha_type_4, proteasome_alpha_type_4" /inference="protein motif:CDD:proteasome_alpha_type_5, proteasome_alpha_type_5" /inference="protein motif:CDD:proteasome_alpha_type_6, proteasome_alpha_type_6" /inference="protein motif:CDD:proteasome_alpha_type_7, proteasome_alpha_type_7" /inference="protein motif:CDD:proteasome_beta, proteasome beta subunit" /inference="protein motif:CDD:proteasome_beta_archeal, Archeal proteasome, beta subunit" /inference="protein motif:CDD:proteasome_beta_type_1, proteasome beta type-1 subunit" /inference="protein motif:CDD:proteasome_beta_type_2, proteasome beta type-2 subunit" /inference="protein motif:CDD:proteasome_beta_type_3, proteasome beta type-3 subunit" /inference="protein motif:CDD:proteasome_beta_type_4, proteasome beta type-4 subunit" /inference="protein motif:CDD:proteasome_beta_type_5, proteasome beta type-5 subunit" /inference="protein motif:CDD:proteasome_beta_type_6, proteasome beta type-6 subunit" /inference="protein motif:CDD:proteasome_beta_type_7, proteasome beta type-7 subunit" /inference="protein motif:CDD:proteasome_protease_HslV, proteasome_protease_HslV" /inference="protein motif:COG:COG0638 20S proteasome, alpha and beta subunits; O Posttranslational modification, protein turnover, chaperones" /inference="protein motif:FPrintScan:PR00141 PROTEASOME InterPro:IPR000243 Peptidase T1A, proteasome beta-subunit GO:Molecular Function:endopeptidase activity (GO:0004175), Cellular Component:proteasome core complex (sensu Eukaryota) (GO:0005839), Biological Process:ubiquitin-dependent protein catabolism (GO:0006511)" /inference="protein motif:Gene3D:G3D.3.60.20.10 no description" /inference="protein motif:HMMPanther:PTHR11599 PROTEASOME SUBUNIT" /inference="protein motif:HMMPanther:PTHR11599:SF23 PROTEASOME BETA SUBUNIT" /inference="protein motif:HMMPfam:PF00227 Proteasome InterPro:IPR001353 20S proteasome, A and B subunits GO:Molecular Function:threonine endopeptidase activity (GO:0004298), Cellular Component:proteasome core complex (sensu Eukaryota) (GO:0005839), Biological Process:ubiquitin-dependent protein catabolism (GO:0006511)" /inference="protein motif:ProfileScan:PS50247 PROTEASOME_PROTEASE InterPro:IPR001353 20S proteasome, A and B subunits GO:Molecular Function:threonine endopeptidase activity (GO:0004298), Cellular Component:proteasome core complex (sensu Eukaryota) (GO:0005839), Biological Process:ubiquitin-dependent protein catabolism (GO:0006511)" /inference="protein motif:ScanRegExp:PS00854 PROTEASOME_B InterPro:IPR000243 Peptidase T1A, proteasome beta-subunit GO:Molecular Function:endopeptidase activity (GO:0004175), Cellular Component:proteasome core complex (sensu Eukaryota) (GO:0005839), Biological Process:ubiquitin-dependent protein catabolism (GO:0006511)" /inference="protein motif:superfamily:SSF56235 N-terminal nucleophile aminohydrolases (Ntn hydrolases)" /codon_start=1 /transl_table=11 /product="Peptidase T1A, 20S proteasome beta-subunit (psmB)" /protein_id="ACS34223.1" /translation="MNGSPSAMKGTTTVGVVCRDGVVLAADRRATLGNMVTSKEVTKV FQIDDHLAIAGAGLVGDILSLVRLLRAEAKLYRAKVGREMSVKALATLVSNVLHGSRH LPYFAWFLIGGYDVKPRLYSIDAAGGVTEERFIAAGSGMEFALALLEENFSDGMGLDE GIDLAVRAVKAAIRRDVYTGEGVTVVAITKEGYRELEPVLK" gene complement(1628370..1630886) /gene="cdc48-2" /locus_tag="TGAM_1722" /note="tg1722" CDS complement(1628370..1630886) /gene="cdc48-2" /locus_tag="TGAM_1722" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:AAA, AAA-superfamily of ATPases associated with a wide variety of cellular activities, including membrane fusion, proteolysis, and DNA replication" /inference="protein motif:CDD:AAA, ATPase family associated with various cellular activities (AAA)" /inference="protein motif:CDD:AAA, ATPases associated with a variety of cellular activities; AAA - ATPases associated with a variety of cellular activities" /inference="protein motif:CDD:CDC48_N, Cell division protein 48 (CDC48), N-terminal domain" /inference="protein motif:CDD:COG1223, Predicted ATPase (AAA+ superfamily) [General function prediction only]" /inference="protein motif:CDD:HflB, ATP-dependent Zn proteases [Posttranslational modification, protein turnover, chaperones]" /inference="protein motif:CDD:RPT1, ATP-dependent 26S proteasome regulatory subunit [Posttranslational modification, protein turnover, chaperones]" /inference="protein motif:CDD:SpoVK, ATPases of the AAA+ class [Posttranslational modification, protein turnover, chaperones]" /inference="protein motif:COG:COG0464 ATPases of the AAA+ class; O Posttranslational modification, protein turnover, chaperones" /inference="protein motif:Gene3D:G3D.2.40.40.20 no description" /inference="protein motif:Gene3D:G3D.3.40.50.300 no description" /inference="protein motif:HMMPanther:PTHR11603 AAA-FAMILY ATPASE-RELATED" /inference="protein motif:HMMPanther:PTHR11603:SF67 CELL DIVISION CYCLE PROTEIN 48" /inference="protein motif:HMMPfam:PF00004 AAA InterPro:IPR003959 AAA ATPase, central region GO:Molecular Function:ATP binding (GO:0005524)" /inference="protein motif:HMMPfam:PF02359 CDC48_N InterPro:IPR003338 AAA ATPase VAT, N-terminal GO:Molecular Function:ATP binding (GO:0005524)" /inference="protein motif:HMMPfam:PF02933 CDC48_2 InterPro:IPR004201 Cell division protein 48, CDC48, domain 2 GO:Molecular Function:ATP binding (GO:0005524)" /inference="protein motif:HMMSmart:SM00382 no description InterPro:IPR003593 AAA ATPase GO:Molecular Function:nucleotide binding (GO:0000166), Molecular Function:nucleoside-triphosphatase activity (GO:0017111)" /inference="protein motif:HMMTigr:TIGR01243 CDC48:AAA family ATPase, CDC48 subfamily InterPro:IPR005938 AAA ATPase, CDC48 GO:Molecular Function:hydrolase activity (GO:0016787)" /inference="protein motif:ScanRegExp:PS00674 AAA InterPro:IPR003960 AAA-protein subdomain GO:Molecular Function:ATP binding (GO:0005524)" /inference="protein motif:superfamily:SSF50692 InterPro:IPR009010 Aspartate decarboxylase-like fold" /inference="protein motif:superfamily:SSF52540 P-loop containing nucleoside triphosphate hydrolases" /codon_start=1 /transl_table=11 /product="AAA family ATPase, CDC48 subfamily (Cdc48)" /protein_id="ACS34224.1" /translation="MIFGRGEENVEEIKLRVAEALKVDVGRGIVRFDKQYQRKLGVST GDIVELIGSRSTAAIVANAHPDDRGLDIIRMDGYIRKNAGVSIGDYVTVRKAQVQEAK KVVLAPAQKGVILQIPGDIVKQNLLGRPVVKGDIIVASSRGETGYYGSPLDDLIRGLF EAMPIGFGELKFVVVNTVPKGIVQITYNTEVEVLPQAVEVREESIPEVTYEDIGGLSD AIQKIREMVELPLKHPELFERLGIEPPKGVLLYGPPGTGKTLLAKAVANEANAHFIAI NGPEIMSKFYGESEERLREIFKEAEENAPSIIFIDEIDAIAPKREEVVGEVEKRVVSQ LLTLMDGLKGRGKVIVIAATNRPDAIDPALRRPGRFDREIEVGVPDKQGRKEILQIHT RGMPLEPSFDKEEVLTVLDRLAGRTDKFAEEVAGIRPLIEAAQSEEEIKGILKKNGEL YSEVKAKLIDRMLDRIADRTHGFVGADLAALAREAAMVVLRRLIQEGKVSPEQERIPP EVLQELRVREEDFYEALKMVEPSALREVLIEVPNVRWDDIGGLEDVKQELREAVEWPL KYPKAFERLGITPPKGILLYGPPGTGKTLLAKAVANESEANFIAIRGPEVLSKWVGET EKRIREIFRKARQAAPTVVFIDEIDAIAPARGSYEGGRHLDTLINQLLTEMDGIQENS GVVVIGATNRPDIIDPALLRPGRFDRLILVPAPDEKARLEIFKVHTRRVPLAEDVDLA ELAKKTEGYSGADIEALVREAALIALRRAVSRLPREIVEKQGEEFLESLKVSRRDFEM ALRKVKPSITPYMIDYYKNFEESRKRRGGKEARGVDYYTF" gene complement(1630952..1631710) /locus_tag="TGAM_1723" /note="tg1723" CDS complement(1630952..1631710) /locus_tag="TGAM_1723" /inference="protein motif:superfamily:SSF53098 Ribonuclease H-like InterPro:IPR012337 Polynucleotidyl transferase, Ribonuclease H fold" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein" /protein_id="ACS34225.1" /translation="MRVAVITENARAYYLIVKTLKAYGIGFYSLRPGEKIPFDVEVVL VDEASWEKVNFPSKILVKDGGFVDELLAFLEGREKFRRIFIAIDPGERPGVSVVADNR VLEVHRMRNPRDVSIVLELLEKYPGARIKIGHGARRQRTLTLKALGQALGYDYRVILV NEARTTPRVGNTEAPGVQDIVASINIGLREGRETTIGELLEVREPTKREIEDIKRRSR ELSGNITISTRLAREVALGNMTLEEAIERQRRKK" gene complement(1631827..1633002) /locus_tag="TGAM_1724" /note="tg1724" CDS complement(1631827..1633002) /locus_tag="TGAM_1724" /inference="protein motif:superfamily:SSF48452 TPR-like" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein" /protein_id="ACS34226.1" /translation="MDEKLIDVRTLLSEGKLETALLIAESIEEPYWRDYALRWVAEAY APKSPERAIQIAETISTESLRDDTLSDLSYIFSREGKFKLAIDVARRIKGEFARKKAL QSVSTILAKAIVERGTEISLSELGLDESDVEVLKPLPGGISLKDGKLMPGGEILRMKG EFRNEVVPLNESPRSPPERPDFGFGGRESHYLLGYLRLIEEMANVDELEYWAELFGEP MGDELLEAAGLIYLRAGILGKALELVKKAGRTEDLAYLLAIEAIERGEPDKLAFLSPK IGDPLRRLLVLREVAVRGLLDRNLAETVLLPESDYLLARLLKFLAFEMLGEAKKKNDP ELLGKSRRVFEMGVKIQREFEERLFYQSSSSSQSSSSHSSSQSSSSKSSSSQSSSSR" gene complement(1633004..1633870) /gene="udp-2" /locus_tag="TGAM_1725" /note="tg1725" CDS complement(1633004..1633870) /gene="udp-2" /locus_tag="TGAM_1725" /EC_number="2.4.2.3" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:DeoD, Purine-nucleoside phosphorylase [Nucleotide transport and metabolism]" /inference="protein motif:CDD:Pfs, Nucleoside phosphorylase [Nucleotide transport and metabolism]" /inference="protein motif:CDD:PNP_UDP_1, Phosphorylase family" /inference="protein motif:CDD:Udp, Uridine phosphorylase [Nucleotide transport and metabolism]" /inference="protein motif:COG:COG2820 Uridine phosphorylase; F Nucleotide transport and metabolism" /inference="protein motif:Gene3D:G3D.3.40.50.1580 no description" /inference="protein motif:HMMPanther:PTHR17566 URIDINE PHOSPHORYLASE" /inference="protein motif:HMMPanther:PTHR17566:SF1 URIDINE PHOSPHORYLASE" /inference="protein motif:HMMPfam:PF01048 PNP_UDP_1 InterPro:IPR000845 Purine and other phosphorylases, family 1 GO:Molecular Function:catalytic activity (GO:0003824), Biological Process:nucleoside metabolism (GO:0009116)" /inference="protein motif:HMMTigr:TIGR01718 Uridine-psphlse:uridine phosphorylas InterPro:IPR010058 Uridine phosphorylase GO:Molecular Function:uridine phosphorylase activity (GO:0004850), Cellular Component:cytoplasm (GO:0005737), Biological Process:nucleotide catabolism (GO:0009166)" /inference="protein motif:ScanRegExp:PS01232 PNP_UDP_1 InterPro:IPR000845 Purine and other phosphorylases, family 1 GO:Molecular Function:catalytic activity (GO:0003824), Biological Process:nucleoside metabolism (GO:0009116)" /inference="protein motif:superfamily:SSF53167 Purine and uridine phosphorylases" /codon_start=1 /transl_table=11 /product="Uridine phosphorylase (udp)" /protein_id="ACS34227.1" /translation="MTQTQLKKVVAMGEKFISAERPQTEEGYQYHIACKPGDVARYVL LPGDPERVPKISSLWDEAKEIAFHREYRTHTGKYKGVPISVTSTGIGGPSTAIAVEEL AAIGADTFIRVGSTGAIQPGMEIGDLIIAKAAVRLEGTSKQYVRVEYPAVADLEVTLA LIEAAETLGVRYHIGITASTDSFYLGQGRPGLNGYFPSFARNILDDLRQARVTNFEME AATLFTLANIYGLRAGCVCAVFANRVTNEFGKAGEKEAAMVASEAVKILAEWDEEKEK AGKKVWFPGLRG" gene 1634093..1634968 /locus_tag="TGAM_1726" /note="tg1726" CDS 1634093..1634968 /locus_tag="TGAM_1726" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:BlastProDom:PD006364 YG38_PYRFU_Q8U0F2; InterPro:IPR002737 Protein of unknown function DUF52" /inference="protein motif:CDD:COG1355, Predicted dioxygenase [General function prediction only]" /inference="protein motif:CDD:UPF0103, Protein of unknown function DUF52" /inference="protein motif:COG:COG1355 Predicted dioxygenase; R General function prediction only" /inference="protein motif:Gene3D:G3D.3.40.830.10 no description" /inference="protein motif:HMMPanther:PTHR11060 UNCHARACTERIZED InterPro:IPR002737 Protein of unknown function DUF52" /inference="protein motif:HMMPanther:PTHR11060:SF9 UNCHARACTERIZED" /inference="protein motif:HMMPfam:PF01875 UPF0103 InterPro:IPR002737 Protein of unknown function DUF52" /inference="protein motif:superfamily:SSF53213 LigB subunit of an aromatic-ring-opening dioxygenase LigAB" /note="Contains LigB subunit of an aromatic-ring-opening dioxygenase LigAB signature (SF53213)" /codon_start=1 /transl_table=11 /product="Dioxygenase, putative" /protein_id="ACS34228.1" /translation="MIRYPAVAGSFYPADDELILMLEKFFSDLGEEGSERRITAGVAP HAGYIFSGYTASRTYKAIFEDGLPETFVILGPNHTGLGSPIAVYPEGEWLTPLGSIEV DAEMAKEIAKLSGIADLDELAHKYEHSIEVQVPFIQYLTELAGKEVKIVPITLGIQDE DVSRALGKAIFEASEKLGRDVVVIASTDFMHYGPAYGYVPFRARADELPHRIKEWDFR LIRRILDFDVDGLFRELREMRHTMCGPGAVGTAIVYSRLAGAVEAELLHYTTSYEISR STEAVVGYASIVMRR" gene 1635000..1635374 /locus_tag="TGAM_1727" /note="tg1727" CDS 1635000..1635374 /locus_tag="TGAM_1727" /inference="protein motif:COG:COG1708 Predicted nucleotidyltransferases; R General function prediction only" /inference="protein motif:Gene3D:G3D.3.30.460.10 no description" /inference="protein motif:HMMPfam:PF01909 NTP_transf_2 InterPro:IPR002934 DNA polymerase, beta-like region GO:Molecular Function:nucleotidyltransferase activity (GO:0016779)" /inference="protein motif:superfamily:SSF81301 Nucleotidyltransferase" /codon_start=1 /transl_table=11 /product="Nucleotidyltransferase" /protein_id="ACS34229.1" /translation="MNIDDAVRKILQLGGDRVKFIILFGSRARGEARKDSDVDLCVYY EGTPREAFEFRMRVLGVLPEEYDVQIFQLLPIYLRKECLRGKVLFCRDETFLYDLAYE TLKEWEDFKRYYYDYLGLEAIE" gene 1635412..1636416 /gene="mvk" /locus_tag="TGAM_1728" /note="tg1728" CDS 1635412..1636416 /gene="mvk" /locus_tag="TGAM_1728" /EC_number="2.7.1.36" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:COG2605, Predicted kinase related to galactokinase and mevalonate kinase [General function prediction only]" /inference="protein motif:CDD:ERG12, Mevalonate kinase [Lipid metabolism]" /inference="protein motif:CDD:ERG8, Phosphomevalonate kinase [Lipid metabolism]" /inference="protein motif:CDD:GalK, Galactokinase [Carbohydrate transport and metabolism]" /inference="protein motif:CDD:GHMP_kinases, GHMP kinases putative ATP-binding protein" /inference="protein motif:COG:COG1577 Mevalonate kinase; I Lipid transport and metabolism" /inference="protein motif:FPrintScan:PR00959 MEVGALKINASE InterPro:IPR006206 Mevalonate and galactokinase" /inference="protein motif:Gene3D:G3D.3.30.230.10 no description" /inference="protein motif:HMMPanther:PTHR19280 MEVALONATE KINASE" /inference="protein motif:HMMPfam:PF00288 GHMP_kinases_N InterPro:IPR006204 GHMP kinase" /inference="protein motif:HMMPfam:PF08544 GHMP_kinases_C InterPro:IPR013750 GHMP kinase, C terminal" /inference="protein motif:HMMPIR:PIRSF000546 Mevalonate kinase/phosphomevalonate kinase InterPro:IPR012197 Mevalonate kinase/phosphomevalonate kinase" /inference="protein motif:HMMTigr:TIGR00549 mevalon_kin:mevalonate kinase InterPro:IPR006205 Mevalonate kinase" /inference="protein motif:ScanRegExp:PS00627 GHMP_KINASES_ATP InterPro:IPR006203 GHMP kinase, ATP-binding region" /inference="protein motif:superfamily:SSF54211 Ribosomal protein S5 domain 2-like" /inference="protein motif:superfamily:SSF55060 GHMP Kinase, C-terminal domain" /codon_start=1 /transl_table=11 /product="Mevalonate kinase (mvk)" /protein_id="ACS34230.1" /translation="MRVLASAPAKIILFGEHSVVYGKPAIAAAINLRTYVWAEFNERG AIKIEAKDIRVPGLTVSFSEDEIYFESDYGKAAEVLSYVRQAIELVREEADKNGRGIT VSITSQIPVGAGLGSSAAVAVATIGAVSRLLGLELTNEEIGKLGHRVELLVQGASSGI DPTVSAIGGFIHYEKGKFEPLPFMELPIVVGYTGSSGSTKELVAMVRRTREEMPEIIE PILLSMGKVVEKAKEILLSDLEEKIRFERLGKLMNINHGLLDALGVSTKKLSELVYAA RTAGALGAKITGAGGGGCMYALAPEKQSEVATAITIAGGTPMITEISKEGLRIEEVIP " gene 1636413..1637198 /gene="fomA" /locus_tag="TGAM_1729" /note="tg1729" CDS 1636413..1637198 /gene="fomA" /locus_tag="TGAM_1729" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:AA_kinase, Amino acid kinase family" /inference="protein motif:CDD:AAK, Amino Acid Kinases (AAK) superfamily, catalytic domain" /inference="protein motif:CDD:AAK_FomA-like, AAK_FomA-like:This CD includes a fosfomycin biosynthetic gene product, FomA, and similar proteins found in a wide range of organisms" /inference="protein motif:CDD:AAK_G5K_ProB, AAK_G5K_ProB:Glutamate-5-kinase (G5K) catalyzes glutamate-dependent ATP cleavage" /inference="protein motif:CDD:AAK_NAGK-like, AAK_NAGK-like:N-Acetyl-L-glutamate kinase (NAGK)-like" /inference="protein motif:CDD:ArgB, Acetylglutamate kinase [Amino acid transport and metabolism]" /inference="protein motif:CDD:COG1608, Predicted archaeal kinase [General function prediction only]" /inference="protein motif:COG:COG1608 Predicted archaeal kinase; R General function prediction only" /inference="protein motif:Gene3D:G3D.3.40.1160.10 no description" /inference="protein motif:HMMPfam:PF00696 AA_kinase InterPro:IPR001048 Aspartate/glutamate/uridylate kinase GO:Biological Process:amino acid biosynthesis (GO:0008652)" /inference="protein motif:HMMPIR:PIRSF016496 Fosfomycin resistance kinase, FomA type InterPro:IPR012065 Fosfomycin resistance kinase FomA" /inference="protein motif:superfamily:SSF53633 Carbamate kinase-like InterPro:IPR001048 Aspartate/glutamate/uridylate kinase GO:Biological Process:amino acid biosynthesis (GO:0008652)" /codon_start=1 /transl_table=11 /product="Aspartate/glutamate/uridylate kinase, Fosfomycin resistance kinase FomA-like protein (fomA)" /protein_id="ACS34231.1" /translation="MIIVKIGGSVFSDKDGEPENFDHETVRGLAEEIGRFYPAERFLI VHGGGSFGHHYAKKYGIREGLPEDFDVARERMIGFTRTHQAMLRANNNFLDHFLEVGI PAFPVATSSVFITENGEVAYGDVEVIKKLLKLRFVPVLFGDVSVDLAKGIDILSGDQI ITYLAKMLNPKKVIFLMDVDGIYDGKPGEGRLLQNISVDEIDSLLERLDCSAKDVTGG ICNKLREAKKIARFSEVWFVNGKIPGRLEGAIRGDGFGTRIVH" gene 1637188..1637988 /locus_tag="TGAM_1730" /note="tg1730" CDS 1637188..1637988 /locus_tag="TGAM_1730" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:superfamily:SSF69304 Tricorn protease N-terminal domain" /note="1 probable transmembrane helix predicted by modhmm" /codon_start=1 /transl_table=11 /product="Hypothetical protein" /protein_id="ACS34232.1" /translation="MYISWDEILLFFLTLITLMTMLRKTLAFMVLFILAFWGLQKASS GGYLSAFDASPDNLNLSVQSKDNTVIVKWELQGGSIVRTLAGGRDAVILVYPGWVEDN DSWLVLGDAENLSVALNGESPRNLTIIYHPFQVLVSNGSAQAKLRVFVVPIDFPSTVQ SGKIELKLVTYYGTCNNITLDVIYFHSTGKGDYRDLVLPLSVDFGKGFPILPGFRSRF NLTIKASKMLEFLRSAVNAHYPGNWIDEPKGWLVVKKVNVTVCPPETS" gene 1638165..1638926 /gene="cinA" /locus_tag="TGAM_1731" /note="tg1731" CDS 1638165..1638926 /gene="cinA" /locus_tag="TGAM_1731" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:BlastProDom:PD002460 O27084_METTH_O27084; InterPro:IPR001453 Molybdopterin binding domain GO:Biological Process:Mo-molybdopterin cofactor biosynthesis (GO:0006777)" /inference="protein motif:CDD:cinA, Competence-damaged protein" /inference="protein motif:CDD:CinA, Predicted nucleotide-utilizing enzyme related to molybdopterin-biosynthesis enzyme MoeA [General function prediction only]" /inference="protein motif:CDD:MoCF_BD, MoCF_BD:molybdenum cofactor (MoCF) binding domain (BD)" /inference="protein motif:CDD:MoCF_biosynth, Probable molybdopterin binding domain" /inference="protein motif:COG:COG1058 Predicted nucleotide-utilizing enzyme related to molybdopterin-biosynthesis enzyme MoeA; R General function prediction only" /inference="protein motif:Gene3D:G3D.3.40.980.10 no description" /inference="protein motif:HMMPanther:PTHR13939 COMPETENCE-DAMAGE PROTEIN-RELATED" /inference="protein motif:HMMPfam:PF00994 MoCF_biosynth InterPro:IPR001453 Molybdopterin binding domain GO:Biological Process:Mo-molybdopterin cofactor biosynthesis (GO:0006777)" /inference="protein motif:HMMPIR:PIRSF036617 Predicted molybdopterin binding protein related to CinA InterPro:IPR012181 Molybdopterin binding, CinA-related" /inference="protein motif:superfamily:SSF53218 Molybdenum cofactor biosynthesis proteins InterPro:IPR001453 Molybdopterin binding domain GO:Biological Process:Mo-molybdopterin cofactor biosynthesis (GO:0006777)" /codon_start=1 /transl_table=11 /product="Molybdopterin binding protein, CinA-related (cinA)" /protein_id="ACS34233.1" /translation="MFAEILTVGDELLTGNTVDSNSAFIAKKLTERGYWVRRITTVGD DVGDIKAAVLEILERKPEVLVISGGLGPTHDDVTMLAVAEALGKKLVPCEECLERIRE FYHRLYEKGLIDDPELNDARRKMAYLPEGAEPLENSEGAAPGAYIEHGKTKIFVLPGM PREMKAMLEKEVLPRLGEKKFVQLKFLAEITDESKLAPILREALERFNVKIHSSPKGF GRYIGIIVFAESEVEAEKVVGFLRERGISLQRWKL" gene 1639140..1641032 /gene="aor-3" /locus_tag="TGAM_1732" /note="tg1732" CDS 1639140..1641032 /gene="aor-3" /locus_tag="TGAM_1732" /EC_number="1.2.7.5" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:AFOR_C, Aldehyde ferredoxin oxidoreductase, domains 2 & 3" /inference="protein motif:CDD:AFOR_N, Aldehyde ferredoxin oxidoreductase, N-terminal domain" /inference="protein motif:CDD:COG2414, Aldehyde:ferredoxin oxidoreductase [Energy production and conversion]" /inference="protein motif:COG:COG2414 Aldehyde:ferredoxin oxidoreductase; C Energy production and conversion" /inference="protein motif:Gene3D:G3D.1.10.599.10 no description" /inference="protein motif:Gene3D:G3D.3.60.9.10 no description" /inference="protein motif:HMMPfam:PF01314 AFOR_C InterPro:IPR001203 Aldehyde ferredoxin oxidoreductase GO:Biological Process:electron transport (GO:0006118), Molecular Function:oxidoreductase activity, acting on iron-sulfur proteins as donors (GO:0016730)" /inference="protein motif:HMMPfam:PF02730 AFOR_N InterPro:IPR001203 Aldehyde ferredoxin oxidoreductase GO:Biological Process:electron transport (GO:0006118), Molecular Function:oxidoreductase activity, acting on iron-sulfur proteins as donors (GO:0016730)" /inference="protein motif:superfamily:SSF48310 Aldehyde ferredoxin oxidoreductase, C-terminal domains" /inference="protein motif:superfamily:SSF56228 Aldehyde ferredoxin oxidoreductase, N-terminal domain" /codon_start=1 /transl_table=11 /product="Tungsten-containing aldehyde ferredoxin oxidoreductase (aor)" /protein_id="ACS34234.1" /translation="MNGYWGKILRVNLSTGEIKVEPLPEEFPRKYLGGVGFGTRLLYD EVPAKVDPLGPENKMIITPGLFVATGIGTGSKTAFNFKSPLTGGYGRAMAGAKMGEEL KKAGYDVLIIEGKSEEPVLLVIEDDNVKLVPAKEYWGLTTGEARKKAKEEYPGFATAF IGPAGENLSLISIIDTDERQAARGGPGAVLGSKKLKGILVKGTKKVPIANPEKLRELI KKWALVFKDHPATKADMEYGSGEFLDWMNRERGTFPTRNWQMGFFKKAYEKAKEEGRE HIGIDPYYWAPKYRVGRRPCPLCNKPCSQYVKVESEKWGTFMVDGPEYETLYSFGGVL EIDDFETVAYLNYLADELGLDTISAGVTIAWAMEAYERGILTKEEADGLELTFGNGEA AVEALKKMAYREGNLGKLLADGVKRASERLGRGSEKFAVHVKGMEPPAYDVRGIKGMA LAFAVSVRGADHLTSGAYGTELVGKWWKFEGVDRTKGENKGFEIAFHENLMAIYDATG TCKFSRHMYFLEGFPELVEAVTGMNIGEAELMVIGERIMNIARAFNVREGFSRKDDTL PYRIMWEPIPEGPSKGLHVPPWELDRMLDEYYQARGWSRDGIPTKAKLMALDLPDIAD DIGAGI" gene 1641066..1641242 /locus_tag="TGAM_1733" /note="tg1733" CDS 1641066..1641242 /locus_tag="TGAM_1733" /note="Similar to downstream TK0072 region" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein" /protein_id="ACS34235.1" /translation="MSKMDENLKACKNCRWFGPIDSYFLTYGMCRKHMKTVHMNFVCD DWEPLWGAEKQKKE" gene complement(1641245..1642579) /gene="napA-3" /locus_tag="TGAM_1734" /note="tg1734" CDS complement(1641245..1642579) /gene="napA-3" /locus_tag="TGAM_1734" /inference="protein motif:CDD:KefB, Kef-type K+ transport systems, membrane components [Inorganic ion transport and metabolism]" /inference="protein motif:CDD:Na_H_Exchanger, Sodium/hydrogen exchanger family" /inference="protein motif:CDD:NhaP, NhaP-type Na+/H+ and K+/H+ antiporters [Inorganic ion transport and metabolism]" /inference="protein motif:COG:COG0475 Kef-type K+ transport systems, membrane components; P Inorganic ion transport and metabolism" /inference="protein motif:HMMPfam:PF00999 Na_H_Exchanger InterPro:IPR006153 Sodium/hydrogen exchanger GO:Biological Process:regulation of pH (GO:0006885), Molecular Function:solute:hydrogen antiporter activity (GO:0015299), Cellular Component:integral to membrane (GO:0016021)" /note="11 probable transmembrane helices predicted by modhmm" /codon_start=1 /transl_table=11 /product="Na+/H+ antiporter, napA type (napA)" /protein_id="ACS34236.1" /translation="MDATWLLFTIGISLILAKIGDSIIERFELPGVLGELLMGMLLGN LVYFGIVAPQYLPIVSDQGFETTAAEISDFLAKLGIIFLLFLGALDTDVEQLKKTGLT ATVSTVLGVFVPLVIGWYALMAMGYPSREAFAGGVLLTATSIGLTVRVMMDLGVLRSE VGAASLSASVMDDFLGIALVIFAVGSGSLLDLSVKIVAFFIITGVLGWYVIDHYVRFA ERLHVEKGILGMAVGMMFLFAALAEGWFAAAIEGAFMMGLILSKLPEGKRIMEDVRAI GYGLLVPFFFVHTGAMLDLRVFENWNAITLAAVLSTVAIIGKVVGRGFGAWITAWGRG RDFLFTRDNFWMSLQMGIGSIPRTEVALVDLMVAIQGGAIPQKDAPEFIAATLIFITV SVLITPPLLKWAFRRDIESAIIQKVEERKSRISERKRKVAQKKQESEPKSGA" gene complement(1642537..1643064) /locus_tag="TGAM_1735" /note="tg1735" CDS complement(1642537..1643064) /locus_tag="TGAM_1735" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:COG:COG0517 FOG:CBS domain; R General function prediction only" /inference="protein motif:HMMPfam:PF00571 CBS InterPro:IPR000644 CBS" /inference="protein motif:HMMSmart:SM00116 no description InterPro:IPR000644 CBS" /inference="protein motif:ProfileScan:PS50147 SNF4_REP InterPro:IPR000644 CBS" /inference="protein motif:superfamily:SSF54631 CBS-domain" /note="Contains 2 CBS domains" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein" /protein_id="ACS34237.1" /translation="MYDIERALQSFHSMKLDDIMPPIASMPVVTVDTSVLTVLKILRT RHHVWVVEDRESMRLKGVIRYLDVIDILLPPEAYKFKLGMTSRSLRSILGGAEKAIDV AERDVLTIERDSTVLDALLKMRRYRAQVLAVVDGDRLVGEVSLRLLINEFLRLLRVGD VKWTRHGSSSQSESP" gene 1643226..1643939 /locus_tag="TGAM_1736" /note="tg1736" CDS 1643226..1643939 /locus_tag="TGAM_1736" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:FlaH, Predicted ATPases involved in biogenesis of archaeal flagella [Cell motility and secretion / Intracellular trafficking and secretion]" /inference="protein motif:CDD:KaiC, KaiC is a circadian clock protein primarily found in cyanobacteria KaiC is a RecA-like ATPase, having both Walker A and Walker B motifs" /inference="protein motif:CDD:RAD55, RecA-superfamily ATPases implicated in signal transduction [Signal transduction mechanisms]" /inference="protein motif:CDD:Sms, Predicted ATP-dependent serine protease [Posttranslational modification, protein turnover, chaperones]" /inference="protein motif:CDD:Sms, Sms (bacterial radA) DNA repair protein" /inference="protein motif:COG:COG0467 RecA-superfamily ATPases implicated in signal transduction; T Signal transduction mechanisms" /inference="protein motif:FPrintScan:PR01874 DNAREPAIRADA InterPro:IPR004504 DNA repair protein RadA GO:Molecular Function:damaged DNA binding (GO:0003684), Molecular Function:ATP binding (GO:0005524), Biological Process:DNA repair (GO:0006281)" /inference="protein motif:Gene3D:G3D.3.40.50.300 no description" /inference="protein motif:HMMPanther:PTHR13682 GLUTAMINE SYNTHETASE/DNA REPAIR PROTEIN-RELATED" /inference="protein motif:HMMPanther:PTHR13682:SF6 gb def:rada recombinase [methanopyrus kandleri av19]" /inference="protein motif:HMMPfam:PF06745 KaiC InterPro:IPR010624 Circadian clock protein KaiC" /inference="protein motif:ProfileScan:PS50162 RECA_2 InterPro:IPR001553 RecA bacterial DNA recombination GO:Molecular Function:DNA binding (GO:0003677), Molecular Function:ATP binding (GO:0005524), Biological Process:DNA metabolism (GO:0006259), Molecular Function:DNA-dependent ATPase activity (GO:0008094)" /inference="protein motif:ProfileScan:PS51146 KAIC InterPro:IPR010624 Circadian clock protein KaiC" /inference="protein motif:superfamily:SSF52540 P-loop containing nucleoside triphosphate hydrolases" /note="Contains 1 RecA_2 (PS50162) domain, 1 P_Loop (SSF52540) domain, 1 Kaic (PF06745) domain and 2 RecA (PR00142) domains" /codon_start=1 /transl_table=11 /product="RecA family AAA ATPase" /protein_id="ACS34238.1" /translation="MIPMVKRVSTGIAGLDEMLGGGLIAGRAYLVEGPPGAGKTILAT HFAMAGVDRGENALYVTLEEPADQLKEDMARLGFNVGSGNFKIVDATPVNPERSVVFS ESPDIEFGESFERLLNSLSAELRKRDYQRVVIDPITMVKLTVPNELEYRKIFLAFLKT LRRYNVTVLMTAEVEKSDVEKYLVSGVIRLLRVESGDKIVRAIQITKFRGSAFDEVMR PYKITNQGIQVFPEETVFI" gene complement(1643954..1645666) /gene="glyS" /locus_tag="TGAM_1737" /note="tg1737" CDS complement(1643954..1645666) /gene="glyS" /locus_tag="TGAM_1737" /EC_number="6.1.1.14" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:COG:COG0423 Glycyl-tRNA synthetase (class II); J Translation, ribosomal structure and biogenesis" /inference="protein motif:FPrintScan:PR01043 TRNASYNTHGLY InterPro:IPR002315 Glycyl-tRNA synthetase, alpha2 dimer GO:Molecular Function:glycine-tRNA ligase activity (GO:0004820), Molecular Function:ATP binding (GO:0005524), Biological Process:glycyl-tRNA aminoacylation (GO:0006426)" /inference="protein motif:Gene3D:G3D.3.30.930.10 no description" /inference="protein motif:Gene3D:G3D.3.40.50.800 no description" /inference="protein motif:HMMPanther:PTHR10745 GLYCYL-TRNA SYNTHETASE-RELATED InterPro:IPR002315 Glycyl-tRNA synthetase, alpha2 dimer GO:Molecular Function:glycine-tRNA ligase activity (GO:0004820), Molecular Function:ATP binding (GO:0005524), Biological Process:glycyl-tRNA aminoacylation (GO:0006426)" /inference="protein motif:HMMPanther:PTHR10745:SF2 GLYCYL-TRNA SYNTHETASE" /inference="protein motif:HMMPfam:PF00587 tRNA-synt_2b InterPro:IPR002314 tRNA synthetase, class II (G, H, P and S) GO:Molecular Function:aminoacyl-tRNA ligase activity (GO:0004812), Molecular Function:ATP binding (GO:0005524), Biological Process:tRNA aminoacylation for protein translation (GO:0006418)" /inference="protein motif:HMMPfam:PF03129 HGTP_anticodon InterPro:IPR004154 Anticodon-binding GO:Molecular Function:aminoacyl-tRNA ligase activity (GO:0004812), Molecular Function:ATP binding (GO:0005524), Biological Process:protein biosynthesis (GO:0006412)" /inference="protein motif:HMMTigr:TIGR00389 glyS_dimeric:glycyl-tRNA synthetase InterPro:IPR002315 Glycyl-tRNA synthetase, alpha2 dimer GO:Molecular Function:glycine-tRNA ligase activity (GO:0004820), Molecular Function:ATP binding (GO:0005524), Biological Process:glycyl-tRNA aminoacylation (GO:0006426)" /inference="protein motif:ProfileScan:PS50862 AA_TRNA_LIGASE_II InterPro:IPR006195 Aminoacyl-transfer RNA synthetase, class II GO:Molecular Function:aminoacyl-tRNA ligase activity (GO:0004812), Molecular Function:ATP binding (GO:0005524), Biological Process:tRNA aminoacylation for protein translation (GO:0006418)" /inference="protein motif:superfamily:SSF52954 Anticodon-binding domain of Class II aaRS" /inference="protein motif:superfamily:SSF55681 Class II aaRS and biotin synthetases" /codon_start=1 /transl_table=11 /product="Glycyl-tRNA synthetase (glyS)" /protein_id="ACS34239.1" /translation="MGEKPDKYEILQDLMRRRGFAWGSFEIYGGSRGFYDYGPLGATI KRKIEQKIREAFQREGFFELETPDITPEKVFIASGHVEKFVDPLVECRKCGARFRADH IIEEALGMDVEGLSAEELTKLIREHDIRCPECGGELSDVWYFNLMFETKIGPYGDQKG YLRPETAQGIFVNFKRLNAFARNKLPFGVFQIGKAYRNEISPRQGMLRLREFTQAEAE IFFNPSETEHPHFDEVKNEKLRLYPIEHQLKNLGEIELTAEEAVKKGYIMNTFFAYYM VMVKRVLLDIGIPEDKIRFRQQLPEERAHYSRDTWDAEVHSERFGWVECVGIANRGDY DLSRHMRESGADLTVLIHYDEPKIVKRLEVSLNLKRVGPKLRKDAKRINELIKSWNEE KKRELVEILGKEGKITIEGYELEKDDFIIREVEEKITGEKIVPHVLEPSFGIDRPFYL LLENSLVIEEDRTYLKLKKDMAPIEVAVLPLVAKEPLKSIAYEIFRKLQKAGFIVVYD EKDTIGRRYLRYDEIGTPYCVTIDNQTPEDSTVTIRDRDTREQVRVSIEELPSKLREL IFGE" gene 1645817..1646047 /locus_tag="TGAM_1738" /note="tg1738" CDS 1645817..1646047 /locus_tag="TGAM_1738" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:BlastProDom:PD020287 RUXX_PYRFU_Q8U0P4; InterPro:IPR006649 Like-Sm ribonucleoprotein, eukaryotic and archaea-type, core GO:Biological Process:mRNA processing (GO:0006397), Cellular Component:ribonucleoprotein complex (GO:0030529)" /inference="protein motif:CDD:archeal_Sm1 >" /inference="protein motif:CDD:LSM1, Small nuclear ribonucleoprotein (snRNP) homolog [Transcription]" /inference="protein motif:COG:COG1958 Small nuclear ribonucleoprotein (snRNP) homolog; K Transcription" /inference="protein motif:Gene3D:G3D.2.30.30.100 no description" /inference="protein motif:HMMPanther:PTHR11021 SMALL NUCLEAR RIBONUCLEOPROTEIN" /inference="protein motif:HMMPfam:PF01423 LSM InterPro:IPR001163 Like-Sm ribonucleoprotein, core GO:Cellular Component:nucleus (GO:0005634), Cellular Component:small nucleolar ribonucleoprotein complex (GO:0005732), Biological Process:mRNA processing (GO:0006397)" /inference="protein motif:HMMSmart:SM00651 no description InterPro:IPR006649 Like-Sm ribonucleoprotein, eukaryotic and archaea-type, core GO:Biological Process:mRNA processing (GO:0006397), Cellular Component:ribonucleoprotein complex (GO:0030529)" /inference="protein motif:superfamily:SSF50182 Sm-like ribonucleoproteins InterPro:IPR010920 Like-Sm ribonucleoprotein-related, core" /codon_start=1 /transl_table=11 /product="Small nuclear ribonucleoprotein (snRNP)-like protein, Sm-like protein" /protein_id="ACS34240.1" /translation="MAERPLDVIHRSLDKDVLVLLKRGGEFRGKLIGYDIHLNVVLAG ADYIQDGEVVKSYGKIVVRGDNVLAISPVDIE" gene 1646073..1646264 /gene="rpl37E" /locus_tag="TGAM_1739" /note="tg1739" CDS 1646073..1646264 /gene="rpl37E" /locus_tag="TGAM_1739" /inference="protein motif:BlastProDom:PD005132 RL37_METKA_Q8TYS1; InterPro:IPR001569 Ribosomal protein L37e GO:Molecular Function:structural constituent of ribosome (GO:0003735), Cellular Component:intracellular (GO:0005622), Cellular Component:ribosome (GO:0005840), Biological Process:protein biosynthesis (GO:0006412)" /inference="protein motif:COG:COG2126 Ribosomal protein L37E; J Translation, ribosomal structure and biogenesis" /inference="protein motif:HMMPanther:PTHR10768 60S RIBOSOMAL PROTEIN L37 InterPro:IPR001569 Ribosomal protein L37e GO:Molecular Function:structural constituent of ribosome (GO:0003735), Cellular Component:intracellular (GO:0005622), Cellular Component:ribosome (GO:0005840), Biological Process:protein biosynthesis (GO:0006412)" /inference="protein motif:HMMPanther:PTHR10768:SF1 60S RIBOSOMAL PROTEIN L37" /inference="protein motif:HMMPfam:PF01907 Ribosomal_L37e InterPro:IPR001569 Ribosomal protein L37e GO:Molecular Function:structural constituent of ribosome (GO:0003735), Cellular Component:intracellular (GO:0005622), Cellular Component:ribosome (GO:0005840), Biological Process:protein biosynthesis (GO:0006412)" /inference="protein motif:superfamily:SSF57829 Zn-binding ribosomal proteins" /codon_start=1 /transl_table=11 /product="LSU ribosomal protein L37E (rpl37E)" /protein_id="ACS34241.1" /translation="MGAGTAPKGKRNRTPTHIRCRRCGRRAFNVKKGYCAACGFGRSR RMRKYSWSHKWKKKRNLSY" gene complement(1646280..1647056) /locus_tag="TGAM_1740" /note="tg1740" CDS complement(1646280..1647056) /locus_tag="TGAM_1740" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:BlastProDom:PD117970 O29466_ARCFU_O29466; InterPro:IPR002763 Protein of unknown function DUF72" /inference="protein motif:CDD:DUF72, Protein of unknown function DUF72" /inference="protein motif:COG:COG1801 Uncharacterized conserved protein; S Function unknown" /inference="protein motif:HMMPfam:PF01904 DUF72 InterPro:IPR002763 Protein of unknown function DUF72" /note="Belongs to DUF72 family" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein" /protein_id="ACS34242.1" /translation="MIKVGTCGFCEGRSKYFRDFDAVEVQQTFYRILQEKTLERWRKE APEGFIFAMKAFQGVTHPPNSPTWRRSNVRPSKNVGLLRPNSDVLHFWRLTLKEAELL GARFILIQLPKSFKENEESFANAERFFEMIDRGNFEIAVELRGWSEKGVKRFVRAFDV IDVTDPLVRIPLHRGETNYYRLHGRYENGRIIYRHSYSDEELQKIRERVLGWNRNESF VFFNNTDMCRDAKRFKEILLELRHGSSSSPSAGETSAHHR" gene complement(1647062..1648300) /gene="nurA" /locus_tag="TGAM_1741" /note="tg1741" CDS complement(1647062..1648300) /gene="nurA" /locus_tag="TGAM_1741" /inference="protein motif:CDD:COG1630, Uncharacterized protein conserved in archaea [Function unknown]" /inference="protein motif:COG:COG1630 Uncharacterized protein conserved in archaea; S Function unknown" /codon_start=1 /transl_table=11 /product="5'-3' nuclease (nurA)" /protein_id="ACS34243.1" /translation="MERIDDRHLEEIRHFLRESRKELGKLVPLVRKHYRWEDLPEPKK TRVYAVDGSRMARRLSGAIIYAVSASAVGDDLYYWNDIGALFPYSNADDRIRVHMDTL EKRMGALVGEMSDLVLMDGTISGALIRPPSYANSTTNQLYERHGRTLLEASMDFLDAL NLKWKEWKRELKKGVISGPSLLARGREGKSIFKILEEKGSRSIRGKIWWVVDAENLIV LFEYLEYLHALDRLLENEIASIAKTFYRSDVIGTVAEREKLKRVPIMVDTPVVASLTD KSGYLRFSSKVGKKEALAGLILDLMEHGFFENLREILVLDGRKIEGARIRPAYVRFAD GGLIYLLEVPEKQDFEDTLAKILSVAEDEYVIPLEYAHHSVVIKKREFDAYVDAILSA IVGEDEAYLNFLRYGREPLE" gene complement(1648287..1650944) /gene="rad50" /locus_tag="TGAM_1742" /note="tg1742" CDS complement(1648287..1650944) /gene="rad50" /locus_tag="TGAM_1742" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:BlastProDom:PD000006 RA50_SULAC_O33600; InterPro:IPR003439 ABC transporter related GO:Molecular Function:ATP binding (GO:0005524), Molecular Function:ATPase activity (GO:0016887)" /inference="protein motif:CDD:ABC_Class2, ABC-type Class 2 contains systems involved in cellular processes other than transport" /inference="protein motif:CDD:ABC_Rad50, The catalytic domains of Rad50 are similar to the ATP-binding cassette of ABC transporters, but are not associated with membrane-spanning domains" /inference="protein motif:CDD:SbcC, ATPase involved in DNA repair [DNA replication, recombination, and repair]" /inference="protein motif:CDD:Smc, Chromosome segregation ATPases [Cell division and chromosome partitioning]" /inference="protein motif:CDD:V_ATPase_I, V-type ATPase 116kDa subunit family" /inference="protein motif:COG:COG0419 ATPase involved in DNA repair; L Replication, recombination and repair" /inference="protein motif:Gene3D:G3D.3.40.50.300 no description" /inference="protein motif:HMMPanther:PTHR18937 CHROMOSOME SEGREGATION SMC PROTEIN-RELATED" /inference="protein motif:HMMPanther:PTHR18937:SF16 PURINE NTPASE-RELATED" /inference="protein motif:HMMPfam:PF02463 SMC_N InterPro:IPR003395 SMC protein, N-terminal GO:Molecular Function:ATP binding (GO:0005524), Cellular Component:chromosome (GO:0005694), Biological Process:chromosome organization and biogenesis (GO:0051276)" /inference="protein motif:HMMPfam:PF04423 Rad50_zn_hook InterPro:IPR007517 Rad50 zinc hook GO:Molecular Function:nuclease activity (GO:0004518), Molecular Function:ATP binding (GO:0005524), Biological Process:DNA repair (GO:0006281), Molecular Function:zinc ion binding (GO:0008270), Cellular Component:Mre11 complex (GO:0030870)" /inference="protein motif:HMMSmart:SM00382 no description InterPro:IPR003593 AAA ATPase GO:Molecular Function:nucleotide binding (GO:0000166), Molecular Function:nucleoside-triphosphatase activity (GO:0017111)" /inference="protein motif:ProfileScan:PS50100 DA_BOX InterPro:IPR003439 ABC transporter related GO:Molecular Function:ATP binding (GO:0005524), Molecular Function:ATPase activity (GO:0016887)" /inference="protein motif:ProfileScan:PS51131 ZN_HOOK InterPro:IPR013134 Zinc hook, Rad50" /inference="protein motif:superfamily:SSF52540 P-loop containing nucleoside triphosphate hydrolases" /codon_start=1 /transl_table=11 /product="DNA double-strand break repair rad50 ATPase (rad50)" /protein_id="ACS34244.1" /translation="MRVRKIEIRNFRAHRKSIVEFSDGINLIIGQNGAGKSSILEAIF ASLYLGHPSFPKGYLKANARVGTGELSLGLEFEHNGKTYRITRTTKKSELLENGKLIA EKSSEVARWVERNVYPLQVYTNALYIRQGEIEGIITNREVMEKVLRKVLGIEDYENAE RNSAEVIRELKRRRENLKKLIERKAEVEDRLSEAGKRFAETLRRISELRKRERELSAE VEKLSKLYQEMKERKELIAGLEKRIALLEKSLASEEELLKEREKRIEELKLELEELEE KRARLEELKPLAEEYIELGKLLKLKDELSNVEVGLSSLREKLRSLEREMEKREELERK LGELKKKEVETRREYERLKERHKLYQRALSILGEAEKHRKELERAGYTVEKLEKELKE IEKAKEELERLREEISKVRERIASLRGKRAELEANMERLEGAKICPLCRRPIDEHEEG EILAEYRAEISRIESEVKTFGEKLEELRKREVELRKLLAREPKLIRLKKTADLLREAE EKLEELGVEELERDAKLFEETKEKLIGLKKEIRNVKERLEELEGLEKEKRAVEKELHT LEERKADILKRLSERGFSSFDEVEERIGELEKPYREFLSLKDIPRRIEALEKKLDIEQ RKADESRANIARLKAELEKARKELEEARKEFSEEDFERAEREYLEKSRALERARAELE GAESLRDEIARLIDELKANLGEIEKAERELELIEKALADLTAFREKIARLKAEEELRG LEEVQKLAGELFSEMTEGKYQGIRLRREKRYGKERIELKVLYAGNEVGIDFLSGGERI ALGLAFRLALSLYKVGNLELLILDEPTPFLDEERRKKLVEIISSQLRKIPQVIIVSHD EELKDAADYVIRVTNAGEARVEVESLGAY" gene complement(1650941..1652329) /gene="mre11" /locus_tag="TGAM_1743" /note="tg1743" CDS complement(1650941..1652329) /gene="mre11" /locus_tag="TGAM_1743" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:Metallophos, Calcineurin-like phosphoesterase" /inference="protein motif:CDD:SbcD, DNA repair exonuclease [DNA replication, recombination, and repair]" /inference="protein motif:COG:COG0420 DNA repair exonuclease; L Replication, recombination and repair" /inference="protein motif:Gene3D:G3D.3.60.21.10 no description" /inference="protein motif:HMMPanther:PTHR10139 MEIOTIC RECOMBINATION REPAIR PROTEIN 11" /inference="protein motif:HMMPfam:PF00149 Metallophos InterPro:IPR004843 Metallophosphoesterase GO:Molecular Function:hydrolase activity (GO:0016787)" /inference="protein motif:ProfileScan:PS50185 PHOSPHO_ESTER InterPro:IPR004843 Metallophosphoesterase GO:Molecular Function:hydrolase activity (GO:0016787)" /inference="protein motif:superfamily:SSF56300 Metallo-dependent phosphatases" /codon_start=1 /transl_table=11 /product="DNA double-strand break repair protein mre11 (mre11)" /protein_id="ACS34245.1" /translation="MRFAHIADAHLGREQFNQPFRYEDYVKAFREAVEKAVKARVDFI LIAGDLFHVSRPSPKALRDAVEILEIPRRKEIPVFAIEGNHDKTIREASVFDLLEHLG LIRTLGLRREEKRDEFLRSKKIADRYLVWAEVGDLKIYGLRHHTRWQLIRGNTNVLKA LFKRGDILMLHQAVDYLAKDTPYQDAFDLKLSELPDNFSYYALGHIHVRKLAEPEQTG LKGPIAYPGSTERTDVREASHVVVYGERDRKPKLRENPQPKGFYIVEDFRPEFVEVET RPFYRVTVSGNSKAELRRKVEEVAGLIPKDAVAIIYLEGTVKGGVSLAEFNDLLKGSG IAYYAFRSRVTGEAIISKERVGEEILTEWERELFLHLRSEPKEFPLDEFMDWLLEKYR LGVPEGMSARARKPVEEPKKPENAEEKRPKGEKRVKATPKKEKIEKPKTEKKTRPAKP SSLDAWLRGGRQ" gene complement(1652339..1654090) /gene="herA" /locus_tag="TGAM_1744" /note="tg1744" CDS complement(1652339..1654090) /gene="herA" /locus_tag="TGAM_1744" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:COG0433, Predicted ATPase [General function prediction only]" /inference="protein motif:CDD:DUF87, Domain of unknown function DUF87" /inference="protein motif:COG:COG0433 Predicted ATPase; L Replication, recombination and repair" /inference="protein motif:Gene3D:G3D.3.40.50.300 no description" /inference="protein motif:HMMPfam:PF01935 DUF87 InterPro:IPR002789 Protein of unknown function DUF87" /inference="protein motif:superfamily:SSF52540 P-loop containing nucleoside triphosphate hydrolases" /codon_start=1 /transl_table=11 /product="Bipolar helicase (HerA)" /protein_id="ACS34246.1" /translation="MAPIKTLSGIRKVFVLTGKSTQGGNMEGPDASVGIVFGESSTDH FTFIVNPRNELPRFGEFLVVKNREGDEVLALLKSIRNLNWLMEAGRGSYDYVEKTVNV FSRGILDKSEEILATAKVLGVLRTRDGEFLPKPAPNRVPIKPGEKVYLARDEDLERIF ANGHLRVGKLIARGNIEVRLDANRLVSRHFAVLAVTGAGKSNTIAVLTKELVDNVNAT VVILDPHGEYQRLSWPGAKVNPIKATIDPGRIRLSELATLLGIAENASLQRRFLGLVY RTVKEEMRRDGKVVGGLPFLEAMEDKIEEWIRVYENSESKEDRVIHYYNEKGIEMPRK IQQRDLEALIRLKDYIGELKANFGEFISPVDVLGEIRPGMVNVIDLSGMEEEQMITLA SFVLRGILKNRIEYLKAVRTNDRLTAREILEAYPAIRKPILVIVEEAHIFAPRGEKNP ATLWLGKIAREGRKFGVGLGIVSQRPKKLDDDILSQTNTKIILKLVEPNDQRYVQQAS EQISEDLLSDIASLGVGEAVIVGYAITIPAMVKVYNFEKDFNGHYGGRDIDIVEEWLE GKEEEVSEEEAIASLPL" gene 1654187..1655716 /locus_tag="TGAM_1745" /note="tg1745" CDS 1654187..1655716 /locus_tag="TGAM_1745" /inference="protein motif:CDD:FolP, Dihydropteroate synthase and related enzymes [Coenzyme metabolism]" /inference="protein motif:CDD:Pterin_bind, Pterin binding enzyme" /inference="protein motif:CDD:Pterin_binding, Pterin binding enzymes" /inference="protein motif:COG:COG0294 Dihydropteroate synthase and related enzymes; H Coenzyme transport and metabolism" /inference="protein motif:Gene3D:G3D.3.20.20.20 no description" /inference="protein motif:HMMPfam:PF00809 Pterin_bind InterPro:IPR000489 Dihydropteroate synthase, DHPS GO:Molecular Function:dihydropteroate synthase activity (GO:0004156), Biological Process:folic acid and derivative biosynthesis (GO:0009396)" /inference="protein motif:HMMTigr:TIGR00284 TIGR00284:dihydropteroate synthase-related InterPro:IPR005236 Dihydropteroate synthase-related protein synthase-related protein" /inference="protein motif:ProfileScan:PS50972 PTERIN_BINDING InterPro:IPR000489 Dihydropteroate synthase, DHPS GO:Molecular Function:dihydropteroate synthase activity (GO:0004156), Biological Process:folic acid and derivative biosynthesis (GO:0009396)" /inference="protein motif:superfamily:SSF51717 Dihydropteroate synthetase-like InterPro:IPR011005 Dihydropteroate synthase-like" /codon_start=1 /transl_table=11 /product="Dihydropteroate synthase-related protein" /protein_id="ACS34247.1" /translation="MRILLVTGKLAEPLVRKYGKGCDVFVTPVSVAAFLTPEMITHYL KKAGVRSGNYDLILIPGLVRGSAQPIEDEIGIPAFKGPKNAMDLPVVLRALREGFKLS KEKPADELFSLDGLRKVKDIRNKARDRRYIERALKRPGNLLISNLPVGRDFPARILGE VVDAPKLGVDGVVEKALYYLREGADIVDIGMVAGETNLEFIELIPEIRERLREGGFNV PMSFDSLNTAEIERALDYADLFLSVDESNLEGLVTAKPVVLIPTNQKKGFFPVRPFER VEFLENLKGKALDLGYKNLIPDLILEHVPHLARSITAFQLYRERNPDDVLLAGVGNVV ELYDADSVGMNALLAGIAKELSINLLLTTETSAKARGSVRELRRAIDMNLFEMPKDLG FDLLLLKEKRAAEWRFEPAEEIIKAKEKPIELEPLYFRVWVEGGKIWVNAHRGIEAVL TIVGDEPNAIIDTILERFEISPRHAFYLGRELERAKTALKLRRSYVQEMELFPDFYIK D" gene complement(1655725..1656531) /locus_tag="TGAM_1746" /note="tg1746" CDS complement(1655725..1656531) /locus_tag="TGAM_1746" /note="Duplication of C terminal 245 aa of tg1747; 2 probable transmembrane helices predicted by modhmm" /codon_start=1 /transl_table=11 /product="Hypothetical protein" /protein_id="ACS34248.1" /translation="MKVRKGSFLLLFLFLSGLLAFSGLTAGNPSEKVVFHDDFSSGSI GGKWTLDIAGSGNRFSEEDGAAVFETYGLRLKDYHKEHAFLRSKVITIENWDSITFSG VWKFTDPGTAEMWFRVYDLDSGKYLGMRYISWPSDKIAYDLPDGALSEARKIPKEYKS FKIVLYKDHVEFWESGGLIKNASTKEFGDATHFQLLIGGWDDSPLKSHMYFDEVRVSY EFTPTETRTQSQIETSSPEKTSSTASTGSGKTCGPGLMAILVILAAIRRR" gene complement(1656528..1670360) /locus_tag="TGAM_1747" /note="tg1747" CDS complement(1656528..1670360) /locus_tag="TGAM_1747" /inference="protein motif:Gene3D:G3D.2.160.20.30 no description InterPro:IPR012333 GAG lyase, Chondroitinase B-type" /inference="protein motif:Gene3D:G3D.2.60.40.10 no description" /inference="protein motif:HMMSmart:SM00710 no description InterPro:IPR006626 Parallel beta-helix repeat" /inference="protein motif:ProfileScan:PS50853 FN3 InterPro:IPR003961 Fibronectin, type III" /inference="protein motif:ScanRegExp:PS00087 SOD_CU_ZN_1 InterPro:IPR001424 Superoxide dismutase, copper/zinc binding GO:Molecular Function:copper, zinc superoxide dismutase activity (GO:0004785), Biological Process:superoxide metabolism (GO:0006801), Molecular Function:metal ion binding (GO:0046872)" /inference="protein motif:superfamily:SSF88633" /note="Contains 16 parallel beta-helix repeat s (PbH1), 1 GAG lyase and 1 positive stranded ssRNA viruses structural motives; 2 probable transmembrane helices predicted by modhmm" /codon_start=1 /transl_table=11 /product="Hypothetical protein" /protein_id="ACS34249.1" /translation="MEVIHVKVKKSALFLFYLLISSYLNVGFVGFLHPVQAQSPVFQD DFNDNSLDTSKWTEDVVGSGNSYTEANGEAQFITHGGRTGNYGTEHAFLRSSVISIEN WSYVVFSGKWKFTDPGTAEMWFRIYDADSGKYLGVRYVSWTTEIAYDRVEGTISESRS APQTYVPFRIVLYKDHFEYWENGNLVKTIETITMESTTNFQLVIGGWDDTPTDSHMYF DNIVVEYEEAAPPEESLKVTILSPEERTYNTATIDLNVTANKPVDEWRYSLNGGKNVT FEPNTTITAQNGENLLVVYALAGDETGVAQVNFYVNASGEDETPPGTVRNLAHEVGAD YIHWTWDNPEDEDFETALVYIDGKFEGETDEGEWWLDELLPGETHTIGILTRDYSGNV NTTWVNDTATTLTPAETVYVNESGWWYEGGSLNPSETPLQDGIKNAIEGGTVVVLAGT YPESVEIGKFLTVETSESARITGDGSELDTGRKPVFYVSSNNVVLRGFVIPSSVSNIG VWVDGVENCTIEDNTITITETGESERYGIYLSYGGGNIIRDNDVSVSGFQGVGIYVYE EEGEASDVHDNTVTVRGDSADGIEVFYTSTWVYDNTISISGVGENAGYALYLYLAGDS FIDNNELTTNLSETNAWAIIVIAEFYGSLSGNTINGIPTEVTCPGNCLVRGVPPENRP APPEGYGDVGEYIEIDVDSWLHLGLYYDDSALEGLNENSLQIWHFTEGWTLDGTSGHH LDTNKNLVEANLTGLGIFAPLAQEENDITPPVLTFVEPTPKDGSLIGDSSVVINVTSN ENLTMATLEFDGANHTMLGSGKEWHYTMSVADGTHTFRVYGQDLAGNNGTSEEREFEV DTKAPEYSNVGQDAEGIPPGGEVHVHAFWSDPHLRGAVLYTNITGSWEVFDEVVFEGT EGWSNFSISMDEPDLYCWKITGYDALDHESTTPVHCFVVYSPPEIVSYSPESPVESYV GDTVEFSVTVDQTVNVTWYLDGSIVKTEENVETSTYTNSDVGEGEHSVRAVVENSNGS ASHFWAWYVYPKPGLTVSFVEPTPENGAMLNVRRVIINVSSSLDLDNATLEWNGANES MSGSGRSWWAVKENLADGTYAFRVYGSAEGITNHTEERTVEIDATAPRFLEYGQAEDE VMAGDKAKVFAKWTDAHLEGAVLVTNATLVDGTFVWSEVPLQIANGWSNGTISTEENF AGKVFCWYIKANDTFGNGNETPKLCFRVEEGLRIVSFSPESNDITVWDNESVSFSIEL NKAANVTWFVNNTEVLAEEGTYSEYHNDTLIPGVWNVTVVARRDGREVSHSWKLTVKT DTTPPVLTFLPPTPENGSLVGDSLVVFNLTSSEELSQATLYFDETAYPMEGSGREWWV SLNAGDGNHEFHATGKDMHGNEGATGVVVFEIDTTAPRYVSYGQESESVLQGEDVTVY ALWNEAHPSIAKLKTNATESGEWTTVVTSEYSSWTNFTISTEGLSGGTYCWIIEAEDT LGHVNSTPLECFRVIEPLKIVSSSPEGEEVEVFQNETVTFSIALNQVANVTWAVNGTV VLEEEGNGSTYTNSTLIPGLWNVSVRAENENGVARRWWLMRVVKRESPLKIVVLAPEN GSRIKGSWVTVEAEASRELLLAVLELDGVNHTMLGSGRSWNLNVSLTDGHHVLRIYGM DAAGTRAKSGELTFESDGNPPEITVNCPDTVDEGDLVTVEVSIHDIHPASYEIYRDSV LQEEGIYSSNTTLRVVFQAHEPGMVEYKVWANDTFGWESERTVQIRVRDTTPPRLILL PPTPENGSILNKNSVKFRLLSNENLSRAVLNFNGAVYVMMGSGRNWSISLTIEDGHYE FYVGAWDTAGNFNETEHRTFTVDTTPPELWFIQPTPENDSLLGASQLTFNIVAGERLS SALLELDGVNHTMEGDEEDWNITIPIPDGRHVFRVYGIDLGGNIGSTETRVVETDTAP PVVHDKLVNLTLEWERDGIYSTHAERGLKAGLLINVTEPHPGHYDVYFNPDANDPNHG WVELYSGNYTSGVPFFVRFNTSEPAYVMYYIEVYDALGHGTYGKYFFLRVRDTVPPAK IEVLAVTTFAGGAEVGWINPSDEDFNHTELWINETLVGNFTGEPGLWDGTTLTLTPGE TYNISVVPVDRYGNRGEATWKSVTIPYPSLNAGYALLTPSDGAELPPETEEITVRIES SDSFASCTLSWDGHYYRLRVKTAWISYIDDKGHLHTKRIYYCEKTFSGHLNGEHSFYA VVYDGYGHFRSLPTRHITVKWPCFKDCTLEITSPRGNVMNLLVPINFTMDTNAPPTNY TFTIENIEHTEPFTPNVSYSWVDDHLSLNGSFLLDLSPFMKELKEEGARGELLSLVIT AMDSCGRELRAETEFSVCSGNERPELAVKIVDEARPGEEVILHAEVKDKNGNLQGIYV SINGGEYMDYSEDMDISPYLQPYANNVVRVKAVDTCGAATVEAFKVRISGPPVQGDWL VNNTQLCSGKSYTVNGSILITSRGSLELRNCQISVLGDGVQVNGTLKVLQNSVIRGTS LNLSGENGNMDVSDSRLSGFEGGTFTGNAEFISSTLDGEFNFSLSNVTVRNSDVNGGI TVSGSLNVENSIFHRGMGLTYLRPVWNSPGSLRIVNSTFRNNEFGIKFLGVASDWHWT MENLLIENNRECGLCLEAPRYGYATEELKNVTLRNNGKGVCAKNVRLSFRDSLIESNG ERNFELDLSNNWIYLYDTNVTGSEYAFHAQNVGGIELHDVNLTGDVSPYPGYLMVYVS GGKVSTLESGKAGRLYAHVNGKLRLRSYTVEGGKIEVKPEGTLRVEDVDGIPATDDLD KDASVLRNIIIEGLSSNIGQSHIVILNSRLEGSTFGTLSTDALITGCRIDGGSVSFST WMFWSHENTEVRETAVGENAEWFYSMSKPADNWMYTTETTGMSTGSAPFSADMYHSSF TSGTEVGEFTDLYLKKVVNFEKLPVQAWLNYYAISGVEIYVNGKKVVDELNHEAQLSF VYGWGGGRISATPLIDFVDLAGYLRSGENVIAVHVRSPNRYPYLQLGAFEATLYTVSG VAGLRDSVVNAPVYGSAARLIIANDEIYSNVTSSFYSRIRISNSRIRGSVKVSGRMEI EKSEITGDGTGYGVWSENPFDVIINESTMGGFDYGIHLHPMGSSGSVKVISSKITENE VGLWTYRAAVDVRGSYVMHNTKGMELLSVNGTIYNDLFFDNDVGIDIWVSEGTSTLID HNTITGGNVGISIPQGSGGVVSLTNSLVQNNDLGIFMAGNAVLTLENNSLVNRKGIHL TTGASAINNTDWGGHEPRLVENFTGGTMYTASGEVETNYDILDERGAVSLGSTVSTGP GWGSSLLGVSLDVYPMSNGDVKGVISLAGGASSRSPIVAVNYTLIYNGMEELLNESSL NSTEYYGYITLDTVGKNLTGTGYLKFTAKNAEGTSISAIRKVYFRNVDIKIVSYSISH PTAVYVYRRDPDVFGTAIPYDERFANVSVLLKNIGELTGVAKIELVLPEYIERHTGKV SLLVAVPGNMEGYFNALIPITDFDPITLRWDPLPDELPSDGKIPIKIRLYDLDGVLRD ERNATIEFDLGPVFKINGYDAYPYTRQWCQISGECSVKNYGLNSYTYDGDGDGNLEAA ESHHFDLIIENIGDREVYLKSLSVRDYIPERDPNLHNKLLKRNSVTLLGGSDETFMAD VWAKNLTRLVKPGQVRYVYGAWMPWWLDAPPTYIPPVNFSGEYMSTANVLYYETINGQ PLPGYYVTIPINYMKTPVKALDKSFVPFTEYVGPVQVDVIGVNGDKTYLKLKNTNDNI YYSYYAEGDYDMEPEGYVWYHVIPPGFEFRAIADHSKEPGTVIPHYRVTVGVEYSLLF NEIDLIAIGVEGALGVYDIDVPVRTIVAAMAKSMLKITNIVENIDFPDEDKNFTWMAQ NSPETNALIEADDATYAAVINLDTMARLEQNYGMDRDFYEDVANFDSLSLPEEIEVVK KYGTAIIGDEDLQMLLLETVLEIVDNDILNEIYKEAQDAANPPSPEEEMAEEFSEASK KAAKEIAQELIVKELKKKKSFQSLSPKEQKKALKDAKGTIAAAVDTFITLGEWAFYNI YATLTQPTPMSIQVLDPPANYTVEAQKFDTAILLGGEGGSLDGWGNVSLTFGEPDVYR AEYIVPTPLMRVGPLFNGTLEGMSVEITGTRKGAMLGELRMELRPDPRNASMVFAIFR NEAFARAFVSPYLTKVDSLDVEIKDNTIILSAKGELVALPEDEGIHITMNAGKLFTNA TIERMGTYRGSVELRSAFGIDPSKVETTVGGSVKILEGNEDGSVLIAVPKNGTLEPPE VTITPEKLYTGGEVTIKTSKPCSLSWKLGNLAGSGDFVPTRGLKAGNYTLTVTCLYGN LTEKKNYTVELVEKPITEKEADGDIVSAEPGKWVRVSTRTDLYRIYFLPKVKVNGMVA VYQRPGDVEAPEGYDYVTYSIFNVTHPENLSIANATLRFRVSKEWLRASNVSKDSLLL LHLENGWVEYGPVFEYEDLEYVYYRVNVPSLSLFAVASKVKVETHEEHETPTETPTHT ESPAETTSTPVQSSQEGGNTACYILAALAILVLIGVYVYRRR" gene complement(1670625..1672958) /locus_tag="TGAM_1748" /note="tg1748" CDS complement(1670625..1672958) /locus_tag="TGAM_1748" /inference="protein motif:CDD:MalT, ATP-dependent transcriptional regulator [Transcription]" /inference="protein motif:COG:COG0457 FOG:TPR repeat; R General function prediction only" /inference="protein motif:FPrintScan:PR00364 DISEASERSIST InterPro:IPR000767 Disease resistance protein GO:Biological Process:defense response (GO:0006952), Biological Process:defense response to pathogen (GO:0042829)" /inference="protein motif:Gene3D:G3D.1.10.10.10 no description InterPro:IPR011991 Winged helix repressor DNA-binding" /inference="protein motif:Gene3D:G3D.1.25.40.10 no description InterPro:IPR011990 Tetratricopeptide-like helical GO:Molecular Function:binding (GO:0005488)" /inference="protein motif:Gene3D:G3D.3.40.50.300 no description" /inference="protein motif:HMMPfam:PF00515 TPR_1 InterPro:IPR001440 Tetratricopeptide TPR_1" /inference="protein motif:HMMPfam:PF01022 HTH_5 InterPro:IPR001845 Bacterial regulatory protein, ArsR GO:Molecular Function:transcription factor activity (GO:0003700), Cellular Component:intracellular (GO:0005622), Biological Process:regulation of transcription, DNA-dependent (GO:0006355)" /inference="protein motif:HMMPfam:PF07719 TPR_2 InterPro:IPR013105 Tetratricopeptide TPR_2" /inference="protein motif:HMMSmart:SM00028 no description InterPro:IPR013026 Tetratricopeptide region" /inference="protein motif:HMMSmart:SM00418 no description InterPro:IPR001845 Bacterial regulatory protein, ArsR GO:Molecular Function:transcription factor activity (GO:0003700), Cellular Component:intracellular (GO:0005622), Biological Process:regulation of transcription, DNA-dependent (GO:0006355)" /inference="protein motif:ProfileScan:PS50005 TPR InterPro:IPR013026 Tetratricopeptide region" /inference="protein motif:ProfileScan:PS50293 TPR_REGION InterPro:IPR013026 Tetratricopeptide region" /inference="protein motif:superfamily:SSF46785 'Winged helix' DNA-binding domain" /inference="protein motif:superfamily:SSF48452 TPR-like" /inference="protein motif:superfamily:SSF52540" /note="Contains 3 TRP repeats" /codon_start=1 /transl_table=11 /product="Regulatory protein HTH/ArsR family, disease resistance-related, containing ATPase domain" /protein_id="ACS34250.1" /translation="MIYTPFSYFVWGIVVEPISLLKVLSSETNLQILSLLRSGSFHPR ELARLLHRSESDVSRRLKKLEKLGLVEGRWVRLGDRNVRVYSLKVDEVKIDFLPEKVQ VDIGEKEDYTVPITAGEVPEVKFFVGRGEEIEILRSSKGKLVVVYGIAGIGKTSLLAK AFPEAFWYTLDGSESMEYLAWQLGLYLNSLGYTALLEYLRSGGKGEREIFELILDGLE ETESVVIIDDLHKCQDDAVKRLLTYLAGKLRNGTVAVASRIKPMLGIEGVVYINLGGL KPREAYELAKNVRGEVSVEEFARIYRITRGHPLAIILLLESPELSEEVVRENFFEFLF MEIYQSLSADERRMLSILSLFEGPLEYDAIKTLYGKKNAFPVLHSLLRKGLVERRGRN YFVHDMLRGFLKEAESVNSKEYYLTYADYLLEKNNPHDFLKAFEYTLKAGAYYKIKDL VLLRLKKFKHVVGDFPKTYRRILIQVSDNPYAKAELGIIYFTTGFFQKARDILMEVEY EVEGIFRAEVVGILADVLISMEEFEKAEEYLEKLQRLAEELDDPDVWLWYYMEKTKYE YYQERPEKALESAFKELEISRRQANLPENEALVLLHIGDIYLEMEMPEKAVRYYKESL EVSRVYGMLSLEHLAYMELSKCHYILGNYEKAISYGTRAVEYFTRIRNYRRTVDTLAY RCVSWIALDDAERAEKDAREMIKIAHGTGYPLGWAGYIFLGTSKILRGQDGSEYLKKG REHLKEYPWLYDAVMEELGKVFDTSLLEETTTAPQAN" gene complement(1672968..1686413) /locus_tag="TGAM_1749" /note="tg1749" CDS complement(1672968..1686413) /locus_tag="TGAM_1749" /inference="protein motif:CDD:COG1572, Uncharacterized conserved protein [Function unknown]" /inference="protein motif:CDD:PKD, polycystic kidney disease I (PKD) domain" /inference="protein motif:CDD:PKD, Repeats in polycystic kidney disease 1 (PKD1) and other proteins; Polycystic kidney disease 1 protein contains 14 repeats, present elsewhere such as in microbial collagenases" /inference="protein motif:Gene3D:G3D.2.60.40.1120 no description" /inference="protein motif:Gene3D:G3D.2.60.40.30 no description" /inference="protein motif:Gene3D:G3D.2.60.40.670 no description" /inference="protein motif:HMMPfam:PF00041 fn3 InterPro:IPR003961 Fibronectin, type III" /inference="protein motif:HMMPfam:PF00801 PKD InterPro:IPR000601 PKD" /inference="protein motif:HMMPfam:PF05738 Cna_B InterPro:IPR008454 Cna B-type" /inference="protein motif:HMMPfam:PF07705 CARDB InterPro:IPR011635 APHP" /inference="protein motif:HMMSmart:SM00089 no description InterPro:IPR000601 PKD" /inference="protein motif:ProfileScan:PS50093 PKD InterPro:IPR000601 PKD" /inference="protein motif:superfamily:SSF51126 InterPro:IPR011050 Virulence factor, pectin lyase fold" /note="Possibly a cell adhesion protein. Contains 9 APHP/CARDB and 2 PKD domains; 1 probable transmembrane helix predicted by modhmm" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein" /protein_id="ACS34251.1" /translation="MILLGSMIPPNAISFVPAFSSGKPPDLEVHEAGYRVGNEGVEVF STVRNRGGSADSFNVTFNFVPPVTPPVPRRISFVWENTSELIANSAKVTSGAYVRGGS VVLNADDGYLIYELPFELNFFGIPVRNISVSTNGYVELMVEYEDTLSAGDYGVWDLLS EERRDFIAALDDDLETEDGYLLVAELEDGVLLEWFGATYEDYDSGNYPVNFQLLIFSN GTIVWSYRLLRASYLSGKAGYFSRVALESTEVSPMEGRSYIVNVPSVTPSSLKVQVSG LEGGGSLNLSVESPISEGYVRITADREELLGDEDYSDNFAELWFWPGDYWIEDASVSN ITPGEVVEINFTVKTSSKHPENVEVRLLKNGKVEEARLLSGFSNGTLDGKLFWLAQGG NYTLTLEIMAMGDTNGSNNALLLGEYSFPLPNFRIANYSVEIPNCLGASADIAVNVTN DGGLNWSGVDVRALILYDDNRSSSSWAGIPFLPAGESFEVHLSPGVLAGNVTGVLIEV DPYDTVEESNEGDNSVEVPYTLAVKLPDFTVERIDVPGNVSSGNRYYVNASLRNLGGC YAGSVRVNLYEDGSYESSAYVEINGTARVSLRWWPSRVGWVNLTVRVDPYDSVDERRE DNNELTERVFVNGPDVTIKSVKLVDFDGIAGSPATFNVTIKNLGEGFTSGFYVALYGG IGTETIYVPGGLSAGEERNVTITTYANGGNVTLRFVADAYNWIVESNESNNEFLYALS VPRPNFLVESITMPENTVGYVPVNVTIRNAGSPYNGTTFPLRIKLSLGGNSEYWYVYD FLDRNGTKTLSGRITLQAPGDVANATIFAKVNETSKSDNWLAVNVTTGYPDLVLGIQA PELSAGEYKAVTYTVRNVGNVTLMADHMTLEYGIKHENGENVTGWRWLWNIVLEPNST LEVPLYFTFNGGRNVLFGTIDEGDRWREQDEGNNNASLVLDLGKPDFAIANYSIPGEV LNGTAYLYRSYGIKVNVTNLGEDFRGSLWIQLLADGRSAYSVWVSKLRSGEGREVTLY YRPEPGKHNLTIALDLRNDWIEAREDNNNVSLSTDRFGIPELVPVGITWEPYNFTSGE RVTFSAFIKNLGHSFEKSFAVRIELWNGSEMLSSGWAYSPSGYAMGSNETKEFRWTWY NAKPGNLTVKVVADYYDAIEEQNESNNNFTAEIGSVGTPDFELSNLSVGELAYGKAVD INVTLRNLGEAIYRPFSVLFNISGELHYVMVYGMAANETRTVTYRWYVNQVGDVKVSV KADPSDLIVEADETNNWVSGSYFIEIPELWIESYSWVKDDLARGYVTFRVNVTNSGGS TYRGFYLAMYIDGTRKVRKWVPSLLSGETREEALSWRVDAGGRHEVLLVVDDGNLIPE TSEDNNAASTNVTVELPDIEVENVSVPEMHANAVFTVNVTLRNSGTEDIERPFLVAVF QDERYLGGTFVSSLPAGNSSTVGIAIRPYPGDSLLRVVADHYGSIVETNETNNEFSKG IHVKAPDIKVVSLLPRVPEYSGEEVNATVIIRNVGDYGTGTFYVALRHDGKTLGGGYV RNLLPGEERNVSITWKADAGNYNLTAIADPYGAIREWDEDNNALMVEVSVPAPDLRVV GLEHSDVIAGEYMDFTVVIENAGERTLLPFYVGIYANSTLVAVRRIHGLSPGRNLTLN FENAWKARYGQYVLRAVVDPYDEVSEVAENNNEVEVPVFITDERAPVLRLAYPGNRSF TNEPLVGALLSDEGSGMDYSRTEMKLYLNGAQVEGSPAVSWGWLVFQNSTPLEDGNYT VLIRAVDRAGNSKEYRWWFVLDRKAPEIATNVLNGTLYNGSFMPEINVTDSNLKEYQV TINGRDYRGEIIRTDGSYLLEVVALDRAGNEARYSAWFRVNGIPRPPSGLVVNVSDNY VTLSWLQSGDSDIAGYYVYRDGVRLNDEPIEVTTFRDIFTGSLNYSVTAVDYMGFESE PAFIFPARLMITAGKVYVGYPMRVYVDVENLDGYANGSLSLQLVDVFGNVIERLEKGV ELPEGSIRESFDVTVPSGLGSLKAVLTVGDSSTQALLPVESVEVEPPEITVGKLQTGL PGLVEVRIKNYGDAELDTSKAVLRLGNVSGEPLEPLPVIGPGEEAVIPYRLVPRERGT YELMFSLGSLVSTREVEVRDPVASPVMVLTENFVRGGEGRIHVTFRNTGSAPLRVTGV EVLGMRRDLSVFLPPNLSVVTSFNYVVPANVSEITLNATVFTDVGTFKRSVTAGTEKP PYNANVTVRPAFEVDDTVLIEGFAYNESGLLANVPVKVGIVRGDFVREYLVITDGSGH FRMSFTPFRNEAGHFVVSATHPSVLVPERDAEFDIVGLTLNPDVYQLIVTKEFSGEIE VELTNHWKASNVTVEVSAPSAYNVSVPERIELKEGINRIKIGLSSENAVNRSIVITFR TTQLGMEVEKNLTIEVSVLPPAPRIEVEPRSLQVGVLTNETKGVTLNIKNAGFETLRN VSVNSPIEWVRVVSNFTELKAGKEASIGLYIAPPDNATGTFEGRLRISSANYPDVYIP IRVTVTPNATGLVRITVMDPNATRLEGAEVTLYNEYAHFEGTTDENGTVVFGGVPMGD YTLIVGEKSHYTSTKRITVEPGVEKNVTVVLMPSILEIKWEVVPVTIQDVYVIKHEIG YTTYVPAPEIKTYGGDLEVYVDYKKLAELGVLEFRGQLIVRNTHRYVSVFNVTFNSGG SHYIDVEFLVNRIDELKPGESVVVPYVVRVYYQRSPPINPCLHETKVFTLRAGVVCVE EAGKITLRAEKVHKIIVKPTCDGCWKSLLNIGAHVVFDTLIDKMGDVFKNNEIMKESG EKIVQNLQELYDAYYEMSMNPTDETRKNFAKKYQEVRANFLKILKSASVKYGEKYLED YLSAKGINFELITDENGTVVGFILPPMDGYMYPSVMSVVRVENGNVQVDWGKAKDLVD KLSGGVISELEEAAKNLPAVKVLDLIIKLVDDYTPKIAEAGMNCAICLWGNNCTPPNL GDPKPIQLIRSGYLLGSGYGDGLAGGGGGGAGGETSVGRFTCEGLPTIKKSGSSGSSS TRAKACPSCFGLSSLPGERKVCVNVPLRDTPQLPAQEGGETPTNKLHMCVDLVITVEQ RLAFERQAFRASLKFTNTNSNYSLKDVNVSVVFFDENAKEVTDRFFLRLDESEGIVNG DLPPREAARFRWLIIPKVGAAEKFRTRYYVIANVTGKVGNTTLVFETWPAVIEVEPVP QLELDYVIPRKVYGDDPYTPEVEPPVPFVFGVRVRNVGYGEARNLRIASAQPRIERSN YPGVYIDFRIIGTLLDGRKVPNSLNINFGNIGPGESSTAAWIMTAEVTGDFVYYNATF KHSDELGGEETSLIRAVRTHFLLRTFNDTANDDGMLDFLVDDDGDGIPELIIDSDGGD YTVLVLNFTEEYGTGFRKIVPSVRSPDWVYLAVPVWGYTMARRSDGEEPITQWIENGT LHILDLGTPEFYILKANRPPVPVVKVIGEPIVNSTVLLDGSLSYDPDGRIVRYAWIIG NESFEGPAVNYTFTEPGNHTVVLTVWDDENESASVREVVYVYTSAMFKVTGEISPEWG VVPFTLSLTVNVTNTGDLAGVYNATLRLDDEPIAWRTVEVGPGETANVTFRVEITEAG KHTLSVDGETWTVTAYRNVSREELEAFTYSRDFGDGYTRWEEFRQDFVDWATGVLANV SLPETGLEVVLNESVSEWTLINYTESLTTERGWINATYERNATIVGITGFNYTTVRIT QRVTLFANTSKKADTTPPEISVSPASGVYEEIPVLNVTVIDESNVTVWVEVEGARENM TLVEKSGNLSLWSGRPSLSVGNNTVVVVAEDVFGNCANETLWLYLNPRAPLITIESPA EKIYNSRTIWFNYTVLDDDLLGVKAYLDGRLISTEPVAGLNLSLDYGGHNFTVVAWDV SNNVSETVTFRVNEPPTVNFTWDAEHLTVAFSALADDPDGIAGYLWNFGDGSTSDETN PTHVYAAGGVYTVTLTVWDAYNLSATASKTIEVFALVNESREESYTFTKDFGFYNTIS WEPFKGEFEAWKEEVLRSINVLVDEFEEVWEIETGNWSIVSRAESLVPGSGYGWINAT YLRVVRVRGIIDHNETLLRITQSVALFANASNLRDTEPPSLKILYPENKTYDHNVTEI RVEASDSSGVQVVFAEVDGRCVSLHQADGIWRAAVNLGDGHHRIVVTAVDIWDNTRSK VVEFTVNTSVEVIYINGTEVIRVPGEIKSRVKFKGDALRVILGLNGTRTYFHFPPGGR VVIDECLKETPWLVISNGMKMVGISIKEGERREGAFKHRTKTIRAEVTGEGYAVLLMP LEGMRVVSVTLEKDGITYKLSEGMGSVGYYGALGEYVYVLIHGASTVHIQLESPARRF DPYWAWFLLGMKWEKRYLELKDTFEAIEPRAEEEKILEKALALHRKAEEYYLFGKMYC LHDPMRYAIYMRRAYFLEKRALKLLMRAL" gene 1686721..1687809 /locus_tag="TGAM_1750" /note="tg1750" CDS 1686721..1687809 /locus_tag="TGAM_1750" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:CCC1, CCC1:This domain is present in the CCC1, an iron and manganese transporter of Saccharomyces cerevisiae" /inference="protein motif:CDD:CCC1_like, CCC1_like:This protein family includes the proteins related to CCC1, a yeast vacuole transmembrane protein responsible for the iron and manganese transport from the cytosol into vacuole" /inference="protein motif:CDD:COG1814, Uncharacterized membrane protein [Function unknown]" /inference="protein motif:CDD:DUF125, Integral membrane protein DUF125" /inference="protein motif:CDD:Ferritin_CCC1_C, Ferritin_CCC1_like_C:The proteins of this family contain two domains" /inference="protein motif:CDD:Ferritin_like_CCC1, Ferritin-like domain present at the N-terminus of the iron transport protein CCC1 of some eubacteria and archaebacteria, and member of a broad superfamily of ferritin-like diiron-carboxylate proteins" /inference="protein motif:CDD:Nodulin-21_like_1, Nodulin-21_like_1:This is a family of proteins closely related to nodulin-21, a plant nodule-specific protein that may be involved in symbiotic nitrogen fixation" /inference="protein motif:CDD:Nodulin-21_like_2, Nodulin-21_like_2:This is a family of proteins closely related to nodulin-21, a plant nodule-specific protein that may be involved in symbiotic nitrogen fixation" /inference="protein motif:CDD:Nodulin-21_like_3, Nodulin-21_like_3:This is a family of proteins closely related to nodulin-21, a plant nodule-specific protein that may be involved in symbiotic nitrogen fixation" /inference="protein motif:COG:COG1814 Uncharacterized membrane protein; S Function unknown" /inference="protein motif:HMMPfam:PF01988 DUF125 InterPro:IPR008217 Protein of unknown function DUF125, transmembrane" /inference="protein motif:HMMPfam:PF02915 Rubrerythrin InterPro:IPR003251 Rubrerythrin GO:Biological Process:electron transport (GO:0006118), Molecular Function:metal ion binding (GO:0046872)" /inference="protein motif:superfamily:SSF46934 UBA-like InterPro:IPR009060 UBA-like" /inference="protein motif:superfamily:SSF47240 Ferritin-like InterPro:IPR009078 Ferritin/ribonucleotide reductase-like" /note="Belongs to DUF125 family; 5 probable transmembrane helices predicted by modhmm" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein" /protein_id="ACS34252.1" /translation="MEEIELARKFYADEYQDSVLYSSLAKSEKDERLRNEFLRLSNIE AKHAKFWHDFLKRRNAEIPRVRVGHLRIASVRLLRKLLGPGAVASLLEMGENSAIEKY YRFLTSFDLSEEERIKLSRVILDELEHEHFFAETKRRFHAENVRDLVLGMNDGLVELL GAVTGLSAVYVNSPRVVGISGLIVGVAGALSMAIGAFISVRSQRQVNESVRRRMEVLF KVSPERARDELFEKLTEVGIPEEVAREVAERLSSNHDAIMKLLVGESGGENEVRSAVY TGVAYLLGVLFPVLPYFIAPSSLVALPISIGLAGAALAVVATLIALLSGISLKTKIAE MVSTGLGAAFLSYLFGRLMENLFHVSTL" gene complement(1687856..1689322) /gene="rbcL" /locus_tag="TGAM_1751" /note="tg1751" CDS complement(1687856..1689322) /gene="rbcL" /locus_tag="TGAM_1751" /EC_number="4.1.1.39" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:RbcL, Ribulose 1,5-bisphosphate carboxylase, large subunit [Carbohydrate transport and metabolism]" /inference="protein motif:CDD:RuBisCO_large, Ribulose bisphosphate carboxylase large chain, catalytic domain" /inference="protein motif:CDD:RuBisCO_large_N, Ribulose bisphosphate carboxylase large chain, N-terminal domain" /inference="protein motif:COG:COG1850 Ribulose 1,5-bisphosphate carboxylase, large subunit; G Carbohydrate transport and metabolism" /inference="protein motif:Gene3D:G3D.3.20.20.110 no description" /inference="protein motif:Gene3D:G3D.3.30.70.150 no description" /inference="protein motif:HMMPfam:PF00016 RuBisCO_large InterPro:IPR000685 Ribulose bisphosphate carboxylase, large chain" /inference="protein motif:HMMPfam:PF02788 RuBisCO_large_N InterPro:IPR000685 Ribulose bisphosphate carboxylase, large chain" /inference="protein motif:superfamily:SSF51649 RuBisCo, C-terminal domain" /inference="protein motif:superfamily:SSF54966 RuBisCO, large subunit, small (N-terminal) domain" /codon_start=1 /transl_table=11 /product="Ribulose 1,5-bisphosphate carboxylase large subunit (RuBisCO) (rbcL)" /protein_id="ACS34253.1" /translation="MADPFSFLCPYLGRKFNKPLFPSFLPPARRLNSRRGENPLRWLR MVEKFDKIYDYYVDKDYEPNKKRDIIAVFRVTPAEGYTIEQAAGAVAAESSTGTWTTL YPWYEQERWADLSAKAYDFIDMGDGSWIVKIAYPFHAFEEWNLPGLLASIAGNVFGMK RVKGLRLEDLYFPEIVLRNFSGPAFGIEGVRKMLEIYDRPLYGVVPKPKVGYSPEEFE KLAYELLSNGADYIKDDENLTSPWYNRFDERAEIVTRVIDKVENETGEKKTWFANITA DIREMERRLEVLADLGLKHAMVDVVITGWGALEYIRDLAADYGLAIHGHRAMHAAFTR NKYHGISMFVLAKLYRIIGIDQLHVGTAGAGKLEGGKWDVIQNARILREETYKPDEND VFHLEQKFYGMKAAFPTSSGGLHPGNIEPVIEALGKDIVLQLGGGTLGHPDGPGAGAR AVRQAIDAIMQGIPLDEYAKTHKELARALEKWGHVTPV" gene complement(1689315..1691687) /gene="pulhA" /locus_tag="TGAM_1752" /note="tg1752" CDS complement(1689315..1691687) /gene="pulhA" /locus_tag="TGAM_1752" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:Aamy, Alpha-amylase domain" /inference="protein motif:CDD:Alpha-amylase, Alpha amylase, catalytic domain" /inference="protein motif:CDD:E_set_proteins_like, E or 'early' set-like proteins" /inference="protein motif:CDD:GlgB, 1,4-alpha-glucan branching enzyme [Carbohydrate transport and metabolism]" /inference="protein motif:CDD:PulA, Type II secretory pathway, pullulanase PulA and related glycosidases [Carbohydrate transport and metabolism]" /inference="protein motif:CDD:TreY, Maltooligosyl trehalose synthase [Carbohydrate transport and metabolism]" /inference="protein motif:COG:COG0366 Glycosidases; G Carbohydrate transport and metabolism" /inference="protein motif:Gene3D:G3D.2.60.40.10 no description" /inference="protein motif:Gene3D:G3D.2.60.40.1180 no description" /inference="protein motif:Gene3D:G3D.3.20.20.80 no description" /inference="protein motif:HMMPanther:PTHR10357 ALPHA AMYLASE-RELATED" /inference="protein motif:HMMPanther:PTHR10357:SF67 PULLULANASE" /inference="protein motif:HMMSmart:SM00642 no description InterPro:IPR006589 Alpha amylase, catalytic subdomain GO:Molecular Function:alpha-amylase activity (GO:0004556), Biological Process:carbohydrate metabolism (GO:0005975)" /inference="protein motif:superfamily:SSF51011" /inference="protein motif:superfamily:SSF51445 (Trans)glycosidases" /inference="protein motif:superfamily:SSF81296 E set domains" /note="1 probable transmembrane helix predicted by modhmm" /codon_start=1 /transl_table=11 /product="Pullulan hydrolase type III (pulhA)" /protein_id="ACS34254.1" /translation="MSKTLIYPFLYSLLVIHVGKNVVLALIFLLIGGVFAAGCLGGGS NGASTTSGFSQTTSSTTTTVSSCSTSTTYSTTTSTISTTTQTSQTTTSPTATPSPGPG YKVIYLTTSSGSCPSGKIPVEFVYNPGNKTVKRVSLRGTFNDWSQWLMHKKPDGRWVL RICLAPGTYEYKFYVDGHWIKDMSKADPTADKYVDDGYGGKNAVKIVGGASSLVIEHD PLDPAYLSIADTRTVVRFEVNPGLVDSAVLVTTIGNFTMEKQVWWDSGEVWRAELPVG SFDYHFVLNVNGTEFIVFNSSESPELHFDGVNRFPQIEWVSSAIGYQIFPDRFFNGNH SNDALALDHDELVYNELTNEKPILSNWSDPITPLHCCHQYFGGDIAGITEKLDYLSSL GVRLIYLNPIFLSGSVHGYDTYDYYRVDPKFGTETELKLFLSEAHKRGIKVIFDFVPD HSGIGADQFLDVWKNGRESQYWNWYFIKRWPFKLGDGSAYEGWWGLGSLPKLNTTNPE VREYLIGSALKWLDFGFDGIRVDTPADLVNADEFFREFRERVKEKHPNAYLVGEIWTL SPEWVKGDKFDSLMNYALGRDILLPYARGTLSGKTALNLLGKYYASYGENVVAMGFNL VDSHDTSRVLTDLGGGKLGDKPKPEAVKRLKLLSALLYTLPGMPVTFQGDECGFLGDK NHYDEQRYPLQWSECNVSLVEHYRSLGKLRESIPALSSSKISFYMAKDGVIAFFRGHR NEILVVANNRDSPTSIPLPSGTWKEAWPGNGSYQNSLEVPPVSLIVLRRG" gene complement(1691684..1693471) /gene="pycB" /locus_tag="TGAM_1753" /note="tg1753" CDS complement(1691684..1693471) /gene="pycB" /locus_tag="TGAM_1753" /EC_number="6.4.1.1" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:COG:COG5016 Pyruvate/oxaloacetate carboxyltransferase; C Energy production and conversion" /inference="protein motif:Gene3D:G3D.2.40.50.100 no description" /inference="protein motif:Gene3D:G3D.3.20.20.90 no description" /inference="protein motif:HMMPanther:PTHR18866 ACETYL-COENZYME A CARBOXYLASE CARBOXYL TRANSFERASE" /inference="protein motif:HMMPanther:PTHR18866:SF9 OXALOACETATE CARBOXYLASE ALPHA CHAIN" /inference="protein motif:HMMPfam:PF00364 Biotin_lipoyl InterPro:IPR000089 Biotin/lipoyl attachment" /inference="protein motif:HMMPfam:PF00682 HMGL-like InterPro:IPR000891 Pyruvate carboxyltransferase GO:Molecular Function:catalytic activity (GO:0003824)" /inference="protein motif:HMMPfam:PF02436 PYC_OADA InterPro:IPR003379 Conserved carboxylase region" /inference="protein motif:ProfileScan:PS50968 BIOTINYL_LIPOYL InterPro:IPR000089 Biotin/lipoyl attachment" /inference="protein motif:ProfileScan:PS50991 PYR_CT InterPro:IPR000891 Pyruvate carboxyltransferase GO:Molecular Function:catalytic activity (GO:0003824)" /inference="protein motif:ScanRegExp:PS00188 BIOTIN InterPro:IPR001882 Biotin-binding site GO:Molecular Function:biotin binding (GO:0009374)" /inference="protein motif:superfamily:SSF51261 Duplicated hybrid motif InterPro:IPR011055 Duplicated hybrid motif" /inference="protein motif:superfamily:SSF51569 Aldolase" /codon_start=1 /transl_table=11 /product="Pyruvate carboxylase subunit B (pycB)" /protein_id="ACS34255.1" /translation="MAKVDIIDTTFRDAHQSLIATRLTTDDMLKIAETMDRIGFYSME VWGGATFDVCIRYLKEDPWERLRLLREHIRKTKLQMLLRGQNVVGYKHYPDDVVEKFV ELAHKNGIDIFRIFDALNDVRNMEVAIRKAKEVGAEVQGAIAYTTGKVFTLEYYMKKV EELLKLDVDVITIKDMAGLLTPWKIYELVSEIKETYGIPVNVHTHSTTGMAVAVYLKG VEAGADYIDTAISPLAFGTAQPGIQTIWHALPEAVGSHLDRELIHRVSRYLKKLLEEK YWGLLHKETLIVNPYVLKYQVPGGMFSNLIAQLKEMNALDRLDEVLEEIPRVREDLGW PPLVTPTSQIVGTQAVLNVLFGRYKQITQQVKDYIRGLYGRPPAEINPELKRLVLGDE EPIKERPGSLLKPQLEECRRKLEELGYLHKEEDVLTYCLFPEVALEFFRARAEGRVKV ELPKTASKVKVYVNGVEFEVGIEGVDLSALKYLSRVQGITPAQTGSPEPVQVSAPAPA PVSVPAPASTPAPASASPNTVTAPMPGKILRVLVKEGQEVKAGQGLLVLEAMKMENEI PAPKDGVVKKIYVKEGDAVNTGDPLIELG" gene complement(1693558..1694403) /gene="fba" /locus_tag="TGAM_1754" /note="tg1754" CDS complement(1693558..1694403) /gene="fba" /locus_tag="TGAM_1754" /EC_number="4.1.2.13" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:Aldolase_Class_I, Class I aldolases" /inference="protein motif:CDD:DeoC, Deoxyribose-phosphate aldolase" /inference="protein motif:CDD:DhnA, Class I fructose-1,6-bisphosphate (FBP) aldolases of the archaeal type (DhnA homologs) found in bacteria and archaea" /inference="protein motif:CDD:FbaB, DhnA-type fructose-1,6-bisphosphate aldolase and related enzymes [Carbohydrate transport and metabolism]" /inference="protein motif:COG:COG1830 DhnA-type fructose-1,6-bisphosphate aldolase and related enzymes; G Carbohydrate transport and metabolism" /inference="protein motif:Gene3D:G3D.3.20.20.90 no description" /inference="protein motif:superfamily:SSF51569 Aldolase" /codon_start=1 /transl_table=11 /product="Fructose 1,6-bisphosphate aldolase class 1 (fba)" /protein_id="ACS34256.2" /translation="MDAYQNVGIKRRMKRFFRRDGRALIFAMDHGFEHGPTDFEPVWE HVNPRAIIRKVVRAGIDGVMMLPGIARIAGDEVKPNVGLMIKLTSKTNLRPKEDQLLQ SQLGYVEDAIKLGADAIAATVYWGSPQEDVMMRQFAEIASYAHDLGFPVVQFAYPRGP YINEKYGKKEDYRVVMYGARAAAESGADMIKTYWTGSRETFAKVVEAAAGVPVLLSGG AKTENPVDFLKVVWEVIEAGGSGAVVGRNIFQRENPEPFIKALLRVVHRNEDPEEAAK AEGLL" gene 1694498..1695211 /gene="birA-1" /locus_tag="TGAM_1755" /note="tg1755" CDS 1694498..1695211 /gene="birA-1" /locus_tag="TGAM_1755" /EC_number="6.3.4.15" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:BirA, Biotin-(acetyl-CoA carboxylase) ligase [Coenzyme metabolism]" /inference="protein motif:CDD:BPL_LipA_LipB, Biotin/lipoate A/B protein ligase family" /inference="protein motif:COG:COG0340 Biotin-(acetyl-CoA carboxylase) ligase; H Coenzyme transport and metabolism" /inference="protein motif:Gene3D:G3D.2.30.30.100 no description" /inference="protein motif:Gene3D:G3D.3.30.930.10 no description" /inference="protein motif:HMMPanther:PTHR12835 BIOTIN PROTEIN LIGASE" /inference="protein motif:HMMPfam:PF02237 BPL_C InterPro:IPR003142 Biotin protein ligase, C-terminal GO:Biological Process:protein modification (GO:0006464)" /inference="protein motif:HMMPfam:PF03099 BPL_LipA_LipB InterPro:IPR004143 Biotin/lipoate A/B protein ligase GO:Molecular Function:catalytic activity (GO:0003824), Biological Process:protein modification (GO:0006464)" /inference="protein motif:HMMTigr:TIGR00121 birA_ligase:biotin--acetyl-CoA-carboxyla InterPro:IPR004408 Biotin--acetyl-CoA-carboxylase ligase GO:Molecular Function:biotin-[acetyl-CoA-carboxylase] ligase activity (GO:0004077), Biological Process:protein modification (GO:0006464)" /inference="protein motif:superfamily:SSF50037 C-terminal domain of transcriptional repressors InterPro:IPR008988 Transcriptional repressor, C-terminal" /inference="protein motif:superfamily:SSF55681 Class II aaRS and biotin synthetases" /codon_start=1 /transl_table=11 /product="Biotin--acetyl-CoA-carboxylase ligase (birA)" /protein_id="ACS34257.1" /translation="MEWNIITLDEVDSTNEYARRIAPTAPEGTVVVAKRQTAGRGRKG RRWASPEGGLWMTVILKPKSGPEHVTKLVFVGALAVLDTLHEYGIRGELKWPNDVLVD GKKIAGILSECRLNHFALLGIGLNVNNEIPDELRESAVSMKEVLGRAIDLEEVLNRVL RNLSRWYGLFRNGRHGEILKAVKGSSAVLGKRVRIIEDGEIIAEGIAVDIDNSGALIL KGEENTVRVLYGDVSLRFS" gene 1695324..1696604 /gene="gltT" /locus_tag="TGAM_1756" /note="tg1756" CDS 1695324..1696604 /gene="gltT" /locus_tag="TGAM_1756" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:COG1823, Predicted Na+/dicarboxylate symporter [General function prediction only]" /inference="protein motif:CDD:GltP, Na+/H+-dicarboxylate symporters [Energy production and conversion]" /inference="protein motif:CDD:SDF, Sodium:dicarboxylate symporter family" /inference="protein motif:CDD:SstT, Na+/serine symporter [Amino acid transport and metabolism]" /inference="protein motif:COG:COG1301 Na+/H+-dicarboxylate symporters; C Energy production and conversion" /inference="protein motif:FPrintScan:PR00173 EDTRNSPORT InterPro:IPR001991 Sodium:dicarboxylate symporter GO:Biological Process:dicarboxylic acid transport (GO:0006835), Cellular Component:membrane (GO:0016020), Molecular Function:sodium:dicarboxylate symporter activity (GO:0017153)" /inference="protein motif:HMMPanther:PTHR11958 SODIUM/DICARBOXYLATE SYMPORTER-RELATED" /inference="protein motif:HMMPanther:PTHR11958:SF33 PROTON GLUTAMATE SYMPORT PROTEIN-RELATED" /inference="protein motif:HMMPfam:PF00375 SDF InterPro:IPR001991 Sodium:dicarboxylate symporter GO:Biological Process:dicarboxylic acid transport (GO:0006835), Cellular Component:membrane (GO:0016020), Molecular Function:sodium:dicarboxylate symporter activity (GO:0017153)" /inference="protein motif:ScanRegExp:PS00713 NA_DICARBOXYL_SYMP_1 InterPro:IPR001991 Sodium:dicarboxylate symporter GO:Biological Process:dicarboxylic acid transport (GO:0006835), Cellular Component:membrane (GO:0016020), Molecular Function:sodium:dicarboxylate symporter activity (GO:0017153)" /inference="protein motif:superfamily:SSF50886 D-aminopeptidase, middle and C-terminal domains" /note="8 probable transmembrane helices predicted by modhmm" /codon_start=1 /transl_table=11 /product="Proton/sodium-glutamate symport protein (gltT)" /protein_id="ACS34258.1" /translation="MGLLRKYLDYPVLWKILYGLILGAVFGLIAGHFGWTSFVATYIK PFGDLFVRLLKMLVMPIILASLVVGAASISPARLGRVGLKIIVYYLATSAMAVLFGLI VGRLFNVGANVHLGSGTGKAIEAKSPSLVQTLLNIVPTNPFASLSNGAVLQTIFFAIV LGIAITYLMNRQGERVRKSAETLLRVFDGLAEAMYLIVGGVMQYAPIGVFALIAYVMA KEGLKVVGPLAKVVFAVYLGLSLQIVITYFILLKVFGIDPIMFIKKAKDAMLTAFVTR SSSGTLPVTMRVADEEMGVDRGIYSFTLPLGATINMDGTALYQGVTVLFVANAIGHPL TLSQQLIVVLTAVLASIGTAGVPGAGAIMLAMVLQSVGLDLTAGSPVALAYAMILGID AILDMGRTMVNVTGDLAGTTIVAKTEGELDGSKW" gene 1696715..1698154 /locus_tag="TGAM_1757" /note="tg1757" CDS 1696715..1698154 /locus_tag="TGAM_1757" /experiment="gene product confirmed by mass spectrometry" /note="2 probable transmembrane helices predicted by modhmm" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein" /protein_id="ACS34259.1" /translation="MDRRLLGVLLIGILLVPLAGVSAGGTDETAFVQDYTFYVQLDKN GDANITLITVWKGPEDKIHELIEKLLNQTNGSVENATKLYAEQMLQSYIQGLSQSGLR TENQTIEVKGIGEGNNITVIFRAKAEGVAKYYSHGNFWEVLIDPTRGYSHIASPDVSY PYRVVLHNKFVIELPPNATLLSYPLGYRRTYNQSSFEVTPRIKDNRVIVESVIDVEPY LKAEGYQWLFGDYKGFSITYQTPYKGQEEYPKSVLKENVTIEVLKNGTAILTMKDEYV EPRNAVLAQKIQILQYGVRNFEQALLKNYVQMFKQMGADVLGAGVNVKNVNTTGPLLV EARFILNNYTKFENGTYVLHLDPTMGLVSRVYLRSNAEFNYSFYAEVKLPDGWKFVSY PNSTTKEVHGNIFKLDVKLEGNRLLLKANTYIYYGASDEDVQHLLEEFSGVDIKFQPG KSSGGWKLCGPGAIAVLAVVPLLFRRRRN" gene 1698234..1699376 /locus_tag="TGAM_1758" /note="tg1758" CDS 1698234..1699376 /locus_tag="TGAM_1758" /inference="protein motif:COG:COG0342 Preprotein translocase subunit SecD; U Intracellular trafficking, secretion, and vesicular transport" /note="The secD motif in missing from C-term; 1 probable transmembrane helix predicted by modhmm" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein, secD-related" /protein_id="ACS34260.1" /translation="MRTVTLIVAVLLTGLFLLSPVTAVNSSGKASLAIKPEKPVDIKV LREAVSLLRERINLTEISDFRVELEETGEGYLIRIKAENVTPEEVEGIKRIAESFGRL RIEFNGVVVGRSVNVSDYRLEPKMCPNCWRVDFRVPPEVTARLKEVASGKLGWPVDVY LDPPVNSLLVVSARVYQEMNSQDFMGEPKPGTGTPKPLIERLKEAFNITVIEYHNQSA EEIVDNATALGKDKIILANVPQKLYTEVKGTLSSRKINIEVSYYTLQTGEGIKNFVRK ILHLYGPYVLRFDPTKYSTTRLTISGVGKDRKAALGEAKKLYLDFKMGSLPVTFRVED VSLSSTPSETSTSSTTMTAKVADDSHQCGPASIVLFALFPLLLRKH" gene 1699426..1700013 /gene="scpB" /locus_tag="TGAM_1759" /note="tg1759" CDS 1699426..1700013 /gene="scpB" /locus_tag="TGAM_1759" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:DUF387, Putative transcriptional regulators (Ypuh-like)" /inference="protein motif:COG:COG1386 Predicted transcriptional regulator containing the HTH domain; K Transcription" /inference="protein motif:HMMPfam:PF04079 DUF387 InterPro:IPR005234 Prokaryotic chromosome segregation and condensation protein ScpB" /inference="protein motif:HMMTigr:TIGR00281 TIGR00281:segregation and condensation pro InterPro:IPR005234 Prokaryotic chromosome segregation and condensation protein ScpB" /inference="protein motif:superfamily:SSF46785 'Winged helix' DNA-binding domain" /codon_start=1 /transl_table=11 /product="ScpB Prokaryotic chromosome segregation and condensation protein-like protein (ScpB)" /protein_id="ACS34261.1" /translation="MGLLEDKALVEAALFVSGRPLSLKELSKALGIKSLDYLEKLIEL IAAEYAERKSAIEVVRVLGDKFVMQVKQEYSQRVIHLMPRPDLRTGELKTLALIAYLQ PIEQSKIVKLRGSQAYEHIKKLIEMGLIYAEPYERTKILGTTQKFAELYGFPENDPNV IKEAFKKVIHAEYTDIIEKLEGGKKENEETEVPNS" gene 1700120..1701208 /locus_tag="TGAM_1760" /note="tg1760" CDS 1700120..1701208 /locus_tag="TGAM_1760" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:RFA1, Single-stranded DNA-binding replication protein A (RPA), large (70 kD) subunit and related ssDNA-binding proteins [DNA replication, recombination, and repair]" /inference="protein motif:COG:COG1599 Single-stranded DNA-binding replication protein A (RPA), large (70 kD) subunit and related ssDNA-binding proteins; L Replication, recombination and repair" /inference="protein motif:Gene3D:G3D.2.40.50.140 no description InterPro:IPR012340 Nucleic acid-binding, OB-fold, subgroup" /inference="protein motif:HMMPfam:PF01336 tRNA_anti InterPro:IPR004365 nucleic acid binding, OB-fold, tRNA/helicase-type GO:Molecular Function:nucleic acid binding (GO:0003676)" /inference="protein motif:superfamily:SSF50249 Nucleic acid-binding proteins InterPro:IPR008994 Nucleic acid-binding, OB-fold GO:Molecular Function:nucleic acid binding (GO:0003676)" /note="Subunit of the RPA hetero-oligomeric complex" /codon_start=1 /transl_table=11 /product="Replication factor A complex, RPA41 subunit" /protein_id="ACS34262.1" /translation="MSSMAVLTKEAILELIRSRTGMSEREINLRIKEIMKREGIGEHA AALLLAEELGINLEGEEEALHIADLVPGMSGVNIVGRVLRKYPPREYTKRDGSRGVVA NLIIYDATGKARLVLWDSQVGKYYNEINVGDVVKVINPSVREGRNGIELHVNFRSRVI INPSDDPRVEEIPPLEEVRSYNYRRVKIAELEGGERFVELRGTIARVYRVTVYNACPQ CRRKVDYDPATDSWTCIEHGEVEPVKMTVLDFGLDDGSGYIRITLFGDEAADLLGEDP EVIEEMQKELIEAGATPKEAARKLAEEKFYTILGREIVVRGNVIDDKFFGLMLKAFTW DDLDFKREIAMERAQLREALKMLEGSER" gene 1701214..1701591 /locus_tag="TGAM_1761" /note="tg1761" CDS 1701214..1701591 /locus_tag="TGAM_1761" /inference="protein motif:COG:L; L Replication, recombination and repair" /inference="protein motif:superfamily:SSF50249 Nucleic acid-binding proteins InterPro:IPR008994 Nucleic acid-binding, OB-fold GO:Molecular Function:nucleic acid binding (GO:0003676)" /note="Subunit of the RPA hetero-oligomeric complex" /codon_start=1 /transl_table=11 /product="Replication factor A complex, RPA14 subunit" /protein_id="ACS34263.1" /translation="MEAETRFRRRKPAVERKIAEIREDDTRVSLIGKAFKVDRMDYTF WLDDGTGVILIESEDNVLPENGQLVRVIGRVIRDESVHIYGEVIQDFTGVDLEALEEI RELERKYLPRIEEMASFFGGEEE" gene 1701588..1702394 /locus_tag="TGAM_1762" /note="tg1762" CDS 1701588..1702394 /locus_tag="TGAM_1762" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:COG3390, Uncharacterized protein conserved in archaea [Function unknown]" /inference="protein motif:COG:COG5235 Single-stranded DNA-binding replication protein A (RPA), medium (30 kD) subunit; L Replication, recombination and repair" /inference="protein motif:Gene3D:G3D.1.10.10.10 no description InterPro:IPR011991 Winged helix repressor DNA-binding" /inference="protein motif:Gene3D:G3D.2.40.50.140 no description InterPro:IPR012340 Nucleic acid-binding, OB-fold, subgroup" /inference="protein motif:HMMPfam:PF01336 tRNA_anti InterPro:IPR004365 nucleic acid binding, OB-fold, tRNA/helicase-type GO:Molecular Function:nucleic acid binding (GO:0003676)" /inference="protein motif:superfamily:SSF46785 'Winged helix' DNA-binding domain" /inference="protein motif:superfamily:SSF50249 Nucleic acid-binding proteins InterPro:IPR008994 Nucleic acid-binding, OB-fold GO:Molecular Function:nucleic acid binding (GO:0003676)" /note="Subunit of the RPA hetero-oligomeric complex" /codon_start=1 /transl_table=11 /product="Replication factor A complex, RPA32 subunit" /protein_id="ACS34264.1" /translation="MKKRLPASRVYLKDVIEGYYVKSDGDLEPNYLITKDARKVYRVK VVATVVREPFLSDDETYGKFQIDDGTGTIWVLAFRDNTRFVKLVKKGDLVQVIGKVAE WRDDKQILVEGVAKVHPNMMVLHRFETLKEKAEHVRKARIAFDIYDRYGITAKAKVIA KNKGVSEDLLMTIDELYTLMLEQRSMELEEELFEEVEEEEKPAENPELEKAKEAVMKL LREKGKPLSHKFIVKKLSKEFEEETVEEAITRLLAEGEIYEPETGYYEPL" gene complement(1702429..1702809) /locus_tag="TGAM_1763" /note="tg1763" CDS complement(1702429..1702809) /locus_tag="TGAM_1763" /experiment="gene product confirmed by mass spectrometry" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein" /protein_id="ACS34265.1" /translation="MEFKDEIIRKLDEDGLWTVVTFKTPYGPGETMKKLAEVIRSAGW KITFKANWWTADIPYGLVRIDAVKEGREKIILGKWVLGKECKLIKIENMGLEKGRDEF FRMVNSITSTLIHDPVIRTMREQY" gene complement(1702819..1703649) /locus_tag="TGAM_1764" /note="tg1764" CDS complement(1702819..1703649) /locus_tag="TGAM_1764" /inference="protein motif:CDD:CyoE, Polyprenyltransferase (cytochrome oxidase assembly factor) [Posttranslational modification, protein turnover, chaperones]" /inference="protein motif:CDD:UbiA, 4-hydroxybenzoate polyprenyltransferase and related prenyltransferases [Coenzyme metabolism]" /inference="protein motif:CDD:UbiA, UbiA prenyltransferase family" /inference="protein motif:COG:COG0382 4-hydroxybenzoate polyprenyltransferase and related prenyltransferases; H Coenzyme transport and metabolism" /inference="protein motif:HMMPanther:PTHR11048 PROTOHEME IX FARNESYLTRANSFERASE-RELATED" /inference="protein motif:HMMPfam:PF01040 UbiA InterPro:IPR000537 UbiA prenyltransferase GO:Molecular Function:prenyltransferase activity (GO:0004659), Cellular Component:integral to membrane (GO:0016021)" /note="9 probable transmembrane helices predicted by modhmm" /codon_start=1 /transl_table=11 /product="Prenyltransferase, UbiA family, Putative 4-hydroxybenzoate octaprenyltransferase" /protein_id="ACS34266.1" /translation="MELRAFVEITRPHNCALAGLVGVLGSMVALGSVPEGKILILVFL VVSLGCAGGNTINDYFDYEIDRINRPERPLPRGAMDRRTALWYSLFLFAVGLALALLI SLKAFAFALLAYITMFLYAWKLKPLPFIGNIAVAALTGVTPLYGAIAVGKIGLAGTLA VCAFLVNVAREIVKDIEDVEGDLKKGAKTLPIILGRRKAAYVAAFFGVATVIASFLPV KAGVGVGYYAMVPVDLIILYAVYLILRNQDEKTAHRSQLLLKASIFLAVFAFLIAALM " gene complement(1703694..1704782) /locus_tag="TGAM_1765" /note="tg1765" CDS complement(1703694..1704782) /locus_tag="TGAM_1765" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:Clp1, Pre-mRNA cleavage complex II protein Clp1" /inference="protein motif:CDD:COG1341, Predicted GTPase or GTP-binding protein [General function prediction only]" /inference="protein motif:COG:COG1341 Predicted GTPase or GTP-binding protein; R General function prediction only" /inference="protein motif:Gene3D:G3D.3.40.50.300 no description" /inference="protein motif:ScanRegExp:PS00014 ER_TARGET InterPro:IPR000886 Endoplasmic reticulum targeting sequence" /inference="protein motif:superfamily:SSF52540 P-loop containing nucleoside triphosphate hydrolases" /note="Contains P-loop containing nucleoside triphosphate hydrolase, molybdopterin guanine dinucleotide synthesis protein B and cleavage/polyadenylation factor IA subunit clp1p motives" /codon_start=1 /transl_table=11 /product="GTP hydrolase, putative" /protein_id="ACS34267.1" /translation="MEGVGSNKAIYTTDVPEDRVELVEMIASLEKPVVMFIGDVDSGK TTSLTFVANELVNLGYRVGIVDSDLGQKGILPPATVSLGIAEENFPSLSEIEPYLHYF IGITTPSQYIGETVVGVKRLVDVARSLADVVLIDTTGFVTGPGFELKRLKIEAVRPDL AVFIESTGERERAIEELIEVSSSLTETVLLRRSDKVKSHSQEERRAIREAKWRAYFSS SSPVIVDLSTLRVSGTSMFSGRPLTGEEKELFERLHDWVVLAGWKGKESYTVVKADSG RRPYNRSVIKAIDFETLSNLLIGFIDELGFCLGLGILKWPRLSEGLLEVLTPLSEDEL SRAVEVRFGRIRVTESGEELALLRREEL" gene 1704910..1705371 /locus_tag="TGAM_1766" /note="tg1766" CDS 1704910..1705371 /locus_tag="TGAM_1766" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:COG:COG1522 Transcriptional regulators; K Transcription" /inference="protein motif:Gene3D:G3D.1.10.10.10 no description InterPro:IPR011991 Winged helix repressor DNA-binding" /inference="protein motif:HMMPfam:PF01037 AsnC_trans_reg InterPro:IPR000485 Bacterial regulatory proteins, AsnC/Lrp GO:Molecular Function:transcription factor activity (GO:0003700), Cellular Component:intracellular (GO:0005622), Biological Process:regulation of transcription, DNA-dependent (GO:0006355), Molecular Function:sequence-specific DNA binding (GO:0043565)" /inference="protein motif:HMMPfam:PF08279 HTH_11 InterPro:IPR013196 Helix-turn-helix, type 11" /inference="protein motif:HMMSmart:SM00418 no description InterPro:IPR001845 Bacterial regulatory protein, ArsR GO:Molecular Function:transcription factor activity (GO:0003700), Cellular Component:intracellular (GO:0005622), Biological Process:regulation of transcription, DNA-dependent (GO:0006355)" /inference="protein motif:HMMSmart:SM00419 no description InterPro:IPR001808 Bacterial regulatory protein, Crp GO:Molecular Function:transcription factor activity (GO:0003700), Cellular Component:intracellular (GO:0005622), Biological Process:regulation of transcription, DNA-dependent (GO:0006355)" /inference="protein motif:superfamily:SSF46785 'Winged helix' DNA-binding domain" /codon_start=1 /transl_table=11 /product="Transcription regulator, asnC/Crp family" /protein_id="ACS34268.1" /translation="MERNSLTSRQLKLLKKLYEEGRPLEVHTVEKTQDELAKELGITR QALSNHLKVLKELGYIRTGRGFIDLTEKALELLGEKKGDVFIFVRIEPTKRRQVYENV RKLKIKRIYRVTGDIDLIIEADKSKLDEVLEEIASLDGVKETITHVVLEVL" gene complement(1705366..1705914) /locus_tag="TGAM_1767" /note="tg1767" CDS complement(1705366..1705914) /locus_tag="TGAM_1767" /inference="protein motif:CDD:COG0218, Predicted GTPase [General function prediction only]" /inference="protein motif:CDD:COG1160, Predicted GTPases [General function prediction only]" /inference="protein motif:CDD:EngA1, EngA1 subfamily" /inference="protein motif:CDD:Era, Era subfamily" /inference="protein motif:CDD:Era, GTPase [General function prediction only]" /inference="protein motif:CDD:Era_like, Era (E" /inference="protein motif:CDD:FeoB, Fe2+ transport system protein B [Inorganic ion transport and metabolism]" /inference="protein motif:CDD:FeoB, Ferrous iron transport protein B" /inference="protein motif:CDD:FeoB, Ferrous iron transport protein B (FeoB) subfamily" /inference="protein motif:CDD:HflX, GTPases [General function prediction only]" /inference="protein motif:CDD:HflX, HflX subfamily" /inference="protein motif:CDD:YihA_EngB, The YihA (EngB) subfamily" /inference="protein motif:COG:COG0218 Predicted GTPase; R General function prediction only" /inference="protein motif:Gene3D:G3D.3.40.50.300 no description" /inference="protein motif:HMMPanther:PTHR12041 GTP BINDING PROTEINS" /inference="protein motif:HMMPanther:PTHR12041:SF1 GTP-BINDING PROTEIN PAB2234" /inference="protein motif:HMMPfam:PF01926 MMR_HSR1 InterPro:IPR002917 GTP-binding protein, HSR1-related GO:Molecular Function:GTP binding (GO:0005525), Cellular Component:intracellular (GO:0005622)" /inference="protein motif:HMMTigr:TIGR00650 MG442:GTP-binding conserved hypothetical pr InterPro:IPR005289 GTP-binding GO:Molecular Function:GTP binding (GO:0005525)" /inference="protein motif:superfamily:SSF52540 P-loop containing nucleoside triphosphate hydrolases" /codon_start=1 /transl_table=11 /product="GTP-binding protein, HSR1-related" /protein_id="ACS34269.1" /translation="MIIFVGRSNVGKSTLIFRLTGKKVKRGKRPGVTRKPVEVVWRNR RVIDMPGFGFMSGLPRQVQERIKDEIVHFIEDNADKIDLAVLVVDGKAAPEIIERWEK RGEIPVDVEFFQFLRELEIPTIVAVNKIDRVKNVQRVIHYLAQKFGVPLDEVPETFVP ISAKFGKNIEELKRLIEKKLRS" gene 1705997..1706659 /locus_tag="TGAM_1768" /note="tg1768" CDS 1705997..1706659 /locus_tag="TGAM_1768" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:Gene3D:G3D.4.10.280.10 no description InterPro:IPR011598 Helix-loop-helix DNA-binding" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein" /protein_id="ACS34270.1" /translation="MVMMVPSGDRANQLINKFVVSLTTGRILGYVTDINVEVEGTKFY FILKMKIVENLGKGQGVFTNETKVRIEPTDIVNVGPDVIVLGDGKVPPLREIERLYQL QSEYEEVMSQLREKEALLKSLKEENAQLRRQLDEAQREIRRCEVMKEDFEHLKEQLIR QEGQLEMAREYIKLLEGLRHDIDQMKDLLEKLVGEILENTVRGVIDEELNARGLKKTG LL" gene 1706697..1706784 /locus_tag="TGAM_r033" /note="tg_tRNA-Leu1" tRNA 1706697..1706784 /locus_tag="TGAM_r033" /product="tRNA-Leu" /note="codon recognized: CUA" gene complement(1707262..1707888) /gene="tmk" /locus_tag="TGAM_1769" /note="tg1769" CDS complement(1707262..1707888) /gene="tmk" /locus_tag="TGAM_1769" /EC_number="2.7.4.9" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:BlastProDom:PD000819 FTSY_NEIGO_P14929; InterPro:IPR000897 GTP-binding signal recognition particle SRP54, G-domain" /inference="protein motif:CDD:Thymidylate_kin, Thymidylate kinase" /inference="protein motif:CDD:Tmk, Thymidylate kinase [Nucleotide transport and metabolism]" /inference="protein motif:CDD:TMPK, Thymidine monophosphate kinase (TMPK), also known as thymidylate kinase, catalyzes the phosphorylation of thymidine monophosphate (TMP) to thymidine diphosphate (TDP) utilizing ATP as its preferred phophoryl donor" /inference="protein motif:COG:COG0125 Thymidylate kinase; F Nucleotide transport and metabolism" /inference="protein motif:Gene3D:G3D.3.40.50.300 no description" /inference="protein motif:HMMPanther:PTHR10344 THYMIDYLATE KINASE" /inference="protein motif:HMMPfam:PF02223 Thymidylate_kin InterPro:IPR000062 Thymidylate kinase" /inference="protein motif:HMMPIR:PIRSF000737 Thymidylate kinase" /inference="protein motif:HMMTigr:TIGR00041 DTMP_kinase:thymidylate kinase InterPro:IPR000062 Thymidylate kinase" /inference="protein motif:ScanRegExp:PS01331 THYMIDYLATE_KINASE InterPro:IPR000062 Thymidylate kinase" /inference="protein motif:superfamily:SSF52540 P-loop containing nucleoside triphosphate hydrolases" /codon_start=1 /transl_table=11 /product="Thymidylate kinase (dTMP kinase) (tmk)" /protein_id="ACS34271.1" /translation="MGIFVVIEGIDGAGKSTQAKLLAKWFEKKGYEVILTKEPTDTAF GKLIRKLVLTGGREGIIDGARISHEAEALLFAADRAEHVHKLIKPALESGKVVISDRY FYSSLAYQWARGLDLQWLIDLNRFAVRPDLVVLLDLPVKESMRRINGRSIKTEFDKIV ELQKRVRENYLKLAEMFPEIRIVNAQNSIEDIHRDIVGLVEQEILSGI" gene complement(1707956..1708663) /locus_tag="TGAM_1770" /note="tg1770" CDS complement(1707956..1708663) /locus_tag="TGAM_1770" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:{ManB}, Phosphomannomutase [Carbohydrate transport and metabolism]" /inference="protein motif:COG:COG1109 Phosphomannomutase; G Carbohydrate transport and metabolism" /inference="protein motif:superfamily:SSF53738 Phosphoglucomutase, first 3 domains" /codon_start=1 /transl_table=11 /product="Phosphosugar mutase" /protein_id="ACS34272.1" /translation="MELYYSEKFNPEELALLGRAIGTVAHGTTIVGRDGRALSRYGKR AMVVGIVSTGSTIMDVRLIPLIALKDFAHKKGLPLAYVYYYGGVRVEVSGLDVDEIKT ILDSRSFIEAHPSDIGATVYYPNALDDFMNDLLKKYRFKMEKRVLVDAMNTPAVLFFP RLSEALGMEVDIINDMMTSYLPPKPKEVFLHKLRKENYDLGLRFRPDGVVEVHANGEE LEFGSMWTLLEHLKKNL" gene 1708829..1710706 /gene="pckG" /locus_tag="TGAM_1771" /note="tg1771" CDS 1708829..1710706 /gene="pckG" /locus_tag="TGAM_1771" /EC_number="4.1.1.32" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:BlastProDom:PD004738 PPCK_CHLCV_Q821M4; InterPro:IPR008210 Phosphoenolpyruvate carboxykinase, N-terminal GO:Molecular Function:phosphoenolpyruvate carboxykinase activity (GO:0004611), Molecular Function:GTP binding (GO:0005525), Biological Process:gluconeogenesis (GO:0006094)" /inference="protein motif:COG:COG1274 Phosphoenolpyruvate carboxykinase (GTP); C Energy production and conversion" /inference="protein motif:HMMPanther:PTHR11561 PHOSPHOENOLPYRUVATE CARBOXYKINASE InterPro:IPR008209 Phosphoenolpyruvate carboxykinase (GTP) GO:Molecular Function:phosphoenolpyruvate carboxykinase activity (GO:0004611), Molecular Function:GTP binding (GO:0005525), Biological Process:gluconeogenesis (GO:0006094)" /inference="protein motif:HMMPfam:PF00821 PEPCK InterPro:IPR008209 Phosphoenolpyruvate carboxykinase (GTP) GO:Molecular Function:phosphoenolpyruvate carboxykinase activity (GO:0004611), Molecular Function:GTP binding (GO:0005525), Biological Process:gluconeogenesis (GO:0006094)" /inference="protein motif:superfamily:SSF53795 PEP carboxykinase-like" /inference="protein motif:superfamily:SSF68923 PEP carboxykinase N-terminal domain" /codon_start=1 /transl_table=11 /product="Phosphoenolpyruvate carboxykinase [GTP] (pckG)" /protein_id="ACS34273.1" /translation="MDALEKLRELLPEEQFEKVKAIDNPELHAFLAEWIEWLEPGKVF VCTDSEEDEQYVRWKALYYGEEKMLETPNHTVHYDNYYDQARDKANTKLLVPGGKEIP FLNTKDRDEGLKEIKELMKGVMKGKELFICFFVLGPKNSIFTIPAVQLTDSAYVAHSE FILYRKGYEEFKRLGRNAKFFRFVHSAGELDERKTSKNLDKRRIYIDLVDDTVYSVNT QYGGNTIGLKKLAFRLTIQKAVKEGWLSEHMFLMRVNGPNGRKTYFTGAYPSMCGKTS TAMIPWENIVGDDLTFILPVNGVARGANVEKGVFGIIQGVNPEDDPIIWKVLHSPVEI IFSNVLVKDGKPYWNEMGIEIPDEGENHSGKWWRGKKDKEGNEIPPSHKNARFTVSLE HFPNVDLEALENPCGVEVGGMIFGGRDKDTWPPVREAFDWKHGVITMGASLESETTAA TLGKEGVRAFNPMAILDFMSVPLGEYIENYLRFGEKLRKTPKIFAVNYFLRDENGKWL NHKLDKAVWLKWMELRVHGDVDAIETPIGYIPKYEDLARLFKEVLNKEYSREDYEKQF TIRVPELLAKIERIEKIYREKVKEVPEELFQVLEEERRRLLEAREKYGDYISPFAFES D" gene 1710807..1713287 /gene="glgP" /locus_tag="TGAM_1772" /note="tg1772" CDS 1710807..1713287 /gene="glgP" /locus_tag="TGAM_1772" /EC_number="2.4.1.1" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:COG:COG0058 Glucan phosphorylase; G Carbohydrate transport and metabolism" /inference="protein motif:Gene3D:G3D.3.90.270.10 no description" /inference="protein motif:HMMPanther:PTHR11468 GLYCOGEN PHOSPHORYLASE-RELATED InterPro:IPR000811 Glycosyl transferase, family 35 GO:Molecular Function:phosphorylase activity (GO:0004645), Biological Process:carbohydrate metabolism (GO:0005975)" /inference="protein motif:HMMPfam:PF00343 Phosphorylase InterPro:IPR000811 Glycosyl transferase, family 35 GO:Molecular Function:phosphorylase activity (GO:0004645), Biological Process:carbohydrate metabolism (GO:0005975)" /inference="protein motif:HMMPIR:PIRSF000460 Glucan phosphorylase InterPro:IPR000811 Glycosyl transferase, family 35 GO:Molecular Function:phosphorylase activity (GO:0004645), Biological Process:carbohydrate metabolism (GO:0005975)" /inference="protein motif:HMMTigr:TIGR02094 more_P_ylases:alpha-glucan phosphoryla InterPro:IPR011834 Alpha-glucan phosphorylase GO:Molecular Function:phosphorylase activity (GO:0004645), Biological Process:carbohydrate metabolism (GO:0005975), Molecular Function:pyridoxal phosphate binding (GO:0030170)" /inference="protein motif:ScanRegExp:PS00102 PHOSPHORYLASE InterPro:IPR000811 Glycosyl transferase, family 35 GO:Molecular Function:phosphorylase activity (GO:0004645), Biological Process:carbohydrate metabolism (GO:0005975)" /inference="protein motif:ScanRegExp:PS00213 LIPOCALIN InterPro:IPR002345 Lipocalin GO:Molecular Function:transporter activity (GO:0005215), Molecular Function:binding (GO:0005488), Biological Process:transport (GO:0006810)" /inference="protein motif:superfamily:SSF53756 UDP-Glycosyltransferase/glycogen phosphorylase" /codon_start=1 /transl_table=11 /product="Alpha-glucan phosphorylase (glgP)" /protein_id="ACS34274.1" /translation="MTYSVEDAIREKLPYPLGELVDLAYNYWWSWNRRATKLWEYIDP EHWRSYKNPVKLLFDTPEERFRELVKDDDFMNLYELVIDQFQAYMNPSSTWFSTNYPK WDKPIVYLCMEYGISKSLPIYSGGLGILAGDHVKTASDLGLPFIAVGLLYKHGYFRQE IDENGNQIEVFPEYRPEEMPIKPVLDRNGERLLIEVPLEDRTVYARAFEVRVGRVKIY LLDTDVPENSPDDRTICDYLYNAEMDKRIKQEILLGIGGMRLLRALGIEPGVVHLNEG HPAFANLQRIAWLMDEGLTFTEALSVVRGTTVFTTHTPVPAGHDKFPIEEVRKRLARF LEGREELLELGREGDHLNMTLLAIRTSSYVNGVSKLHAEVSKRMWQGLWPGVPLNEIP IEGITNGVHTMTWVHNEMRKLFDRYIGKVWREHTNIEGIWYAVERIPDEELWEAHLEA KRQFIELLRRKAIERNQRLGIDDPIPAMDENALIIGFARRFATYKRATLILSDLERLK RILNDPERPVYIVFGGKAHPMDEGGKAFLRRVYEVSKMPEFRGKIFIIENYDMGSARL MVAGVDVWLNNPRRPLEASGTSGMKAGLNGVLNLSIYDGWWVEGYNGKNGWVIGEEST EPETEEDDPKDAESLYRILEDEVIPTYYSNRSRWIYMMKESIKSIAPRFSTHRMVKEY MDRFYSKAMSNYIWLTRDNYRGAREIAAWKERVMKAWDNVEIRDASVEGDNLRVRVYL DGLSPEDVKVELYYGVRARGYEIEKPHIVELRHPTREGDEWVYTYEGSALRHLGDPCW HYAIRVHPHHEKLPHRFLLGLVKWRGLD" gene 1713408..1713959 /locus_tag="TGAM_1773" /note="tg1773" CDS 1713408..1713959 /locus_tag="TGAM_1773" /note="5 probable transmembrane helices predicted by modhmm" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein" /protein_id="ACS34275.1" /translation="MTHKFEKFPGGVLMDQIKKWTLYLMVLVAGFATGIGTIGLFPQM WLKYGITGLALHAVFLAILTYLAILEAEKVMRSGYYFTELYTKVSRKPGMILAIFAVG VMFLSYYTANTGLVLLSPVLGTGAVGRLIAKLIMIALTLVVITRAKEKTFTIMAIGAF ILVILVPILVLLLKPRFPRTQCF" gene 1713950..1714735 /locus_tag="TGAM_1774" /note="tg1774" CDS 1713950..1714735 /locus_tag="TGAM_1774" /note="7 probable transmembrane helices predicted by modhmm" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein" /protein_id="ACS34276.1" /translation="MFLSIAKNMLTARKPISLEMLRAAAERALYGVGLGFGFYLMLGS FINERFNPKLIIGTGVFIQFIIGLLSTLAVIYGVTPYRPEEFLIYANGGEEQAITLMG DLPEILSNHPMLLAFLGLTIFMAGLTSLLPAAEIGVQITESLMKFGRSKAALYFMGIV TVLGILDSPPNIADMFLKAVTTSLLLTSIFEAYPIVIGKEKPGAIDLAVLVVSVTLFI AGFIAQVHHDIKLGGIYYASVVLALFIGLLGIMGEKIVPQGPE" gene complement(1714736..1716451) /gene="gltX" /locus_tag="TGAM_1775" /note="tg1775" CDS complement(1714736..1716451) /gene="gltX" /locus_tag="TGAM_1775" /EC_number="6.1.1.17" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:Gln_GluRS_non_core, Glutaminyl-tRNA synthetase (GlnRS) and non-descriminating Glutamyl-tRNA synthetase (GluRS) catalytic core domain" /inference="protein motif:CDD:GlnS, Glutamyl- and glutaminyl-tRNA synthetases [Translation, ribosomal structure and biogenesis]" /inference="protein motif:CDD:GluRS_core, Descriminating Glutamyl-tRNA synthetase (GluRS) catalytic core domain" /inference="protein motif:CDD:GlxRS_core, Glutamyl-tRNA synthetase(GluRS)/Glutaminyl-tRNA synthetase (GlnRS) cataytic core domain" /inference="protein motif:CDD:tRNA-synt_1c, tRNA synthetases class I (E and Q), catalytic domain" /inference="protein motif:CDD:tRNA-synt_1c_C, tRNA synthetases class I (E and Q), anti-codon binding domain" /inference="protein motif:COG:COG0008 Glutamyl- and glutaminyl-tRNA synthetases; J Translation, ribosomal structure and biogenesis" /inference="protein motif:FPrintScan:PR00987 TRNASYNTHGLU InterPro:IPR000924 Glutamyl-tRNA synthetase, class Ic GO:Molecular Function:glutamate-tRNA ligase activity (GO:0004818), Molecular Function:ATP binding (GO:0005524), Biological Process:glutamyl-tRNA aminoacylation (GO:0006424)" /inference="protein motif:Gene3D:G3D.2.40.240.10 no description" /inference="protein motif:Gene3D:G3D.3.40.50.620 no description" /inference="protein motif:HMMPanther:PTHR10119 GLUTAMYL-TRNA SYNTHETASE InterPro:IPR000924 Glutamyl-tRNA synthetase, class Ic GO:Molecular Function:glutamate-tRNA ligase activity (GO:0004818), Molecular Function:ATP binding (GO:0005524), Biological Process:glutamyl-tRNA aminoacylation (GO:0006424)" /inference="protein motif:HMMPfam:PF00749 tRNA-synt_1c InterPro:IPR000924 Glutamyl-tRNA synthetase, class Ic GO:Molecular Function:glutamate-tRNA ligase activity (GO:0004818), Molecular Function:ATP binding (GO:0005524), Biological Process:glutamyl-tRNA aminoacylation (GO:0006424)" /inference="protein motif:HMMPfam:PF03950 tRNA-synt_1c_C InterPro:IPR000924 Glutamyl-tRNA synthetase, class Ic GO:Molecular Function:glutamate-tRNA ligase activity (GO:0004818), Molecular Function:ATP binding (GO:0005524), Biological Process:glutamyl-tRNA aminoacylation (GO:0006424)" /inference="protein motif:HMMTigr:TIGR00463 gltX_arch:glutamyl-tRNA synthetase InterPro:IPR004526 Glutamyl-tRNA synthetase archae/euk cytosolic GO:Molecular Function:glutamate-tRNA ligase activity (GO:0004818), Molecular Function:ATP binding (GO:0005524), Cellular Component:cytoplasm (GO:0005737), Biological Process:glutamyl-tRNA aminoacylation (GO:0006424)" /inference="protein motif:superfamily:SSF50715 Ribosomal protein L25-like InterPro:IPR011035 Ribosomal protein L25-like" /inference="protein motif:superfamily:SSF52374 Nucleotidylyl transferase" /codon_start=1 /transl_table=11 /product="Glutamyl-tRNA synthetase (gltX)" /protein_id="ACS34277.1" /translation="MVERLIWKYALINAYTHKGKANPKAVIGKVLGENPELRPRAKEI IPLVNEIVEKVNALSLEEQEAKLREIYPEFFEEKKAKKEEKKGLPPLPRAEKGKVVTR FAPNPDGAFHLGNARAAILSHEYARMYDGKFILRFDDTDPKVKRPEPIFYEWIKEDLE WLGFKIDEIHIASDRLEIYYDYAEKLIKMGKAYVCTCPPEKFRELRDKGIACPHRDEP VEVQLERWRKMLNGEYKEGEAVVRIKTDLKHPNPAVRDWPALRIIDNPNHPRTGNKYR VWPLYNFASAIDDHELGVTHIFRGQEHAENETRQRYVYEYLGWEYPVTVHHGRLSIEG VILSKSKTRKGIEEGKYLGWDDPRLGTIRALRRRGIRPEAIRELIIEVGLKRSDTTVS WDNLAAINRRIIEPIANRYFFVADPVPMYIEGAKEFVAEIPLHPDHPERGVRRLKFVP GKPVYVSRDDMELFKPGNFVRLKDLFNVEILEVGEDGIKARFHSVDYETAKKNRWRMV HWVTEGKPCEVWVPEGDELIIRKGLLESDADVKVDDIVQFERFGFVRIDEVKDGKVRA IFAHK" gene complement(1716511..1717863) /locus_tag="TGAM_1776" /note="tg1776" CDS complement(1716511..1717863) /locus_tag="TGAM_1776" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:BlastProDom:PD002276 PRIM_PSEAE_Q9I5W0; InterPro:IPR006647 Toprim, primase GO:Molecular Function:DNA primase activity (GO:0003896), Biological Process:DNA replication, synthesis of RNA primer (GO:0006269)" /inference="protein motif:CDD:DnaG, DNA primase (bacterial type) [DNA replication, recombination, and repair]" /inference="protein motif:COG:COG0358 DNA primase (bacterial type); L Replication, recombination and repair" /inference="protein motif:Gene3D:G3D.3.40.50.140 no description" /inference="protein motif:HMMPfam:PF01751 Toprim InterPro:IPR006171 TOPRIM GO:Molecular Function:nucleic acid binding (GO:0003676), Biological Process:DNA modification (GO:0006304)" /inference="protein motif:HMMSmart:SM00493 no description InterPro:IPR006154 Toprim subdomain GO:Molecular Function:nucleic acid binding (GO:0003676), Biological Process:DNA modification (GO:0006304)" /inference="protein motif:superfamily:SSF56731 DNA primase core" /note="Contains Toprim (PF01751) and DNA primase core (SSF56731) domains" /codon_start=1 /transl_table=11 /product="Primase-related protein" /protein_id="ACS34278.1" /translation="MKRKKHVLHQILSEKRKAERIRGGNMSAKDEFGTTKYIIYAEFE ANGVVERPDVVGAIFGQTEGLLGDDLDLRELQKTGRIGRIRVEVHTKAGKTYGTITVP SSLDRVETAILAAALETIDRVGPAEAHIKVLRIEDVRATKRKYIIERAKEILETLMEE EIPETQELTEEVKKAVRAKELIEYGPEKLPAGPHVPFSDSIIVVEGRADVLNLLKHGI KNAIAVEGTSIPETIIKLSKERIVTAFTDGDRGGELILKELLQVADVDYVARAPEGKE VEELTKKEIVKALRSKIPAEQVITEMFHKGKNFYEILKEKERTAPSKEVKPAPKHEPK PQPVEQKPREEKIIRPIQQAKSPEIEKFEKFIERVKKEQTAILLDENMNVIAEIPVRD LLTTISTRDNIYAIVFNGIITQRLIDIVSENNVRYLVGARKANVVRRPVNLKILTFAE " gene complement(1717860..1718261) /locus_tag="TGAM_1777" /note="tg1777" CDS complement(1717860..1718261) /locus_tag="TGAM_1777" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:COG1658, Small primase-like proteins (Toprim domain) [DNA replication, recombination, and repair]" /inference="protein motif:CDD:TOPRIM_RNase_M5_like, TOPRIM_ RNase M5_like:The topoisomerase-primase (TOPRIM) nucleotidyl transferase/hydrolase domain found in Ribonuclease M5:(RNase M5) and other small primase-like proteins from bacteria and archaea" /inference="protein motif:COG:COG1658 Small primase-like proteins (Toprim domain); L Replication, recombination and repair" /inference="protein motif:Gene3D:G3D.3.40.50.140 no description" /inference="protein motif:HMMPfam:PF01751 Toprim InterPro:IPR006171 TOPRIM GO:Molecular Function:nucleic acid binding (GO:0003676), Biological Process:DNA modification (GO:0006304)" /inference="protein motif:HMMSmart:SM00493 no description InterPro:IPR006154 Toprim subdomain GO:Molecular Function:nucleic acid binding (GO:0003676), Biological Process:DNA modification (GO:0006304)" /inference="protein motif:superfamily:SSF56731 DNA primase core" /note="Contains Toprim (PF01751) and DNA primase core (SSF56731) domains" /codon_start=1 /transl_table=11 /product="Primase-related protein" /protein_id="ACS34279.1" /translation="MYAENYKRFLELIEKLREFEGALIVEGLRDEVALRNLGVRAEII RLSRLPLAEIALIASRYREVMILTDFDRKGEELAKKLVSYLEGYPCRVDVETRRELKR IAKKDIKGVEELYGLYMKVVSVSDPQLEGFQ" gene complement(1718307..1718645) /locus_tag="TGAM_1778" /note="tg1778" CDS complement(1718307..1718645) /locus_tag="TGAM_1778" /note="4 probable transmembrane helices predicted by modhmm" /codon_start=1 /transl_table=11 /product="Hypothetical protein" /protein_id="ACS34280.1" /translation="MGMRNVGPALAVVVSALFIYAITGDLTLPGIVLLMAGLLYVISI KPALGGPLPYGLIGFLAGFVLAIVLGVTVFRDSKIGSNALISLLVIGPMIAILLGRRS SYRLWLLLRP" gene complement(1718684..1719958) /locus_tag="TGAM_1779" /note="tg1779" CDS complement(1718684..1719958) /locus_tag="TGAM_1779" /inference="protein motif:CDD:B12-binding, B12 binding domain" /inference="protein motif:CDD:COG1031, Uncharacterized Fe-S oxidoreductase [Energy production and conversion]" /inference="protein motif:CDD:COG1032, Fe-S oxidoreductase [Energy production and conversion]" /inference="protein motif:CDD:Elp3, Elongator protein 3, MiaB family, Radical SAM; This superfamily contains MoaA, NifB, PqqE, coproporphyrinogen III oxidase, biotin synthase and MiaB families, and includes a representative in the eukaryotic elongator subunit, Elp-3" /inference="protein motif:CDD:HemN, Coproporphyrinogen III oxidase and related Fe-S oxidoreductases [Coenzyme metabolism]" /inference="protein motif:CDD:MiaB, 2-methylthioadenine synthetase [Translation, ribosomal structure and biogenesis]" /inference="protein motif:CDD:Radical_SAM, Radical SAM superfamily" /inference="protein motif:CDD:radical_SAM_B12_BD, B12 binding domain_like associated with radical SAM domain" /inference="protein motif:COG:COG1032 Fe-S oxidoreductase; C Energy production and conversion" /inference="protein motif:HMMPanther:PTHR11918 UNCHARACTERIZED InterPro:IPR005839 Protein of unknown function UPF0004 GO:Molecular Function:molecular function unknown (GO:0005554)" /inference="protein motif:HMMPfam:PF02310 B12-binding InterPro:IPR006158 Cobalamin vitamin B12-binding GO:Molecular Function:cobalt ion binding (GO:0050897)" /inference="protein motif:HMMPfam:PF04055 Radical_SAM InterPro:IPR007197 Radical SAM GO:Molecular Function:catalytic activity (GO:0003824), Molecular Function:iron ion binding (GO:0005506)" /inference="protein motif:HMMSmart:SM00729 no description InterPro:IPR006638 Elongator protein 3/MiaB/NifB" /inference="protein motif:ScanRegExp:PS01305 MOAA_NIFB_PQQE InterPro:IPR000385 MoaA/nifB/pqqE GO:Molecular Function:catalytic activity (GO:0003824), Molecular Function:iron ion binding (GO:0005506)" /codon_start=1 /transl_table=11 /product="Radical SAM protein, elongator protein 3/MiaB/NifB related" /protein_id="ACS34281.1" /translation="MPEIAVRMTKRNHNAFVHLLGALESQGFDLSELLITKDFKEILR ARPKVVLYSFFTEEIWGNLPREVQLLKERGALLVAGGYHAIAMPKHTLNQLGFDIAVV GEGEEVLYNLLTTLKRTGYRITPELAKIRGLAFRLNGEFTFTGFAKVEDFWRFPPYPE SVRLISPIEISRGCPFRCYYCQTPYIKGFRMRHRPIDQIVHYSRRMKDMRYITPNAFA YGSPGAILKLNKLEALLRALQPLRKEGRRLFYGTFPSEVRPEFVLPETLELLIDYADN RRLAIGAQSGDDAMLKAMHRLHRVEHVKRAVEYMVEYGFEPVVDFIVGLPNETAESQR KSIELMEWIMRKGGKVRAHYFMPLPGTPWARCKPSPLSEEMKRFLGRMAARGKIEGSW GIQIELSKRLQKLIEEFYEEPMSYHGSINPVC" gene complement(1720029..1720232) /locus_tag="TGAM_1780" /note="tg1780" CDS complement(1720029..1720232) /locus_tag="TGAM_1780" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:HHT1, Histones H3 and H4 [Chromatin structure and dynamics]" /inference="protein motif:COG:COG2036 Histones H3 and H4; B Chromatin structure and dynamics" /inference="protein motif:Gene3D:G3D.1.10.20.10 no description" /inference="protein motif:HMMPfam:PF00808 CBFD_NFYB_HMF InterPro:IPR003958 Transcription factor CBF/NF-Y/archaeal histone GO:Cellular Component:intracellular (GO:0005622), Molecular Function:sequence-specific DNA binding (GO:0043565)" /inference="protein motif:ProfileScan:PS50028 HIST_TAF InterPro:IPR007124 Histone-fold/TFIID-TAF/NF-Y GO:Molecular Function:DNA binding (GO:0003677)" /inference="protein motif:superfamily:SSF47113 Histone-fold InterPro:IPR009072 Histone-fold" /codon_start=1 /transl_table=11 /product="Archaeal histone A (Archaeal histone A1)" /protein_id="ACS34282.1" /translation="MAELPIAPIDRLIRKAGAERVSEEAAKVLAEYLEEYAIEIARKA NDFARHAGRKTVKAEDIKLAIRT" gene complement(1720504..1720591) /locus_tag="TGAM_r034" /note="tg_tRNA-Leu2" tRNA complement(1720504..1720591) /locus_tag="TGAM_r034" /product="tRNA-Leu" /note="codon recognized: CUG" gene complement(1720626..1721306) /gene="rpiA" /locus_tag="TGAM_1781" /note="tg1781" CDS complement(1720626..1721306) /gene="rpiA" /locus_tag="TGAM_1781" /EC_number="5.3.1.6" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:BlastProDom:PD005813 RPIA_PYRAB_Q9V0L6; InterPro:IPR004788 Ribose 5-phosphate isomerase GO:Molecular Function:ribose-5-phosphate isomerase activity (GO:0004751), Biological Process:pentose-phosphate shunt, non-oxidative branch (GO:0009052)" /inference="protein motif:CDD:Rib_5-P_isom_A, Ribose 5-phosphate isomerase A (phosphoriboisomerase A)" /inference="protein motif:CDD:RpiA, Ribose 5-phosphate isomerase [Carbohydrate transport and metabolism]" /inference="protein motif:COG:COG0120 Ribose 5-phosphate isomerase; G Carbohydrate transport and metabolism" /inference="protein motif:HMMPanther:PTHR11934 RIBOSE 5-PHOSPHATE ISOMERASE InterPro:IPR004788 Ribose 5-phosphate isomerase GO:Molecular Function:ribose-5-phosphate isomerase activity (GO:0004751), Biological Process:pentose-phosphate shunt, non-oxidative branch (GO:0009052)" /inference="protein motif:HMMPfam:PF00455 DeoR InterPro:IPR001034 Bacterial regulatory protein, DeoR GO:Molecular Function:transcription factor activity (GO:0003700), Cellular Component:intracellular (GO:0005622), Biological Process:regulation of transcription, DNA-dependent (GO:0006355)" /inference="protein motif:HMMPfam:PF06026 Rib_5-P_isom_A InterPro:IPR004788 Ribose 5-phosphate isomerase GO:Molecular Function:ribose-5-phosphate isomerase activity (GO:0004751), Biological Process:pentose-phosphate shunt, non-oxidative branch (GO:0009052)" /inference="protein motif:HMMTigr:TIGR00021 rpiA:ribose 5-phosphate isomerase A InterPro:IPR004788 Ribose 5-phosphate isomerase GO:Molecular Function:ribose-5-phosphate isomerase activity (GO:0004751), Biological Process:pentose-phosphate shunt, non-oxidative branch (GO:0009052)" /inference="protein motif:superfamily:SSF52512 Phosphosugar isomerase" /inference="protein motif:superfamily:SSF75445 D-ribose-5-phosphate isomerase (RpiA), lid domain" /codon_start=1 /transl_table=11 /product="Ribose-5-phosphate isomerase (rpiA)" /protein_id="ACS34283.1" /translation="MEELKKAVAREALSFVDDDMVIGLGTGSTTAYFIKFLGELIKEE ELEVYGIPTSHQSRLLAIESGVPVVSLDEADAIDIAVDGADEVDPALNLIKGRGAALT MEKIIEYRAGTFIVLVDESKLVKRLGEKMPVPIEVIPAAWRAIAEELEVFNARAELRM AVKKDGPVITDNGNFILDARFERIDDPLDMEIELNTIPGVVENGIFADIADVVLVGTR EGVRKLER" gene complement(1721316..1721663) /locus_tag="TGAM_1782" /note="tg1782" CDS complement(1721316..1721663) /locus_tag="TGAM_1782" /experiment="gene product confirmed by mass spectrometry" /note="3 probable transmembrane helices predicted by modhmm" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein" /protein_id="ACS34284.1" /translation="MKPENKFALTVYLWGAITGVISGALSVQNRAAWILGALMFLITD VFVRAILKDELPEELKGLEGKELRGAILRKAFWGWLLFWLYFTMLVYTVGIDFRPVPY NNQSLLAQMMNST" gene 1721844..1722623 /gene="minD-1" /locus_tag="TGAM_1783" /note="tg1783" CDS 1721844..1722623 /gene="minD-1" /locus_tag="TGAM_1783" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:ArsA, ArsA ATPase functionas as an efflux pump located on the inner membrane of the cell" /inference="protein motif:CDD:COG0455, ATPases involved in chromosome partitioning [Cell division and chromosome partitioning]" /inference="protein motif:CDD:COG1149, MinD superfamily P-loop ATPase containing an inserted ferredoxin domain [Energy production and conversion]" /inference="protein motif:CDD:CooC, CO dehydrogenase maturation factor [Cell division and chromosome partitioning]" /inference="protein motif:CDD:CpaE, Flp pilus assembly protein, ATPase CpaE [Intracellular trafficking and secretion]" /inference="protein motif:CDD:Fer4_NifH, 4Fe-4S iron sulfur cluster binding proteins, NifH/frxC family" /inference="protein motif:CDD:Fer4_NifH_child, This protein family's function is unkown" /inference="protein motif:CDD:FleN-like, FleN is a member of the Fer4_NifH superfamily" /inference="protein motif:CDD:MinD, Bacterial cell division requires the formation of a septum at mid-cell" /inference="protein motif:CDD:MinD, Septum formation inhibitor-activating ATPase [Cell division and chromosome partitioning]" /inference="protein motif:CDD:Mrp, ATPases involved in chromosome partitioning [Cell division and chromosome partitioning]" /inference="protein motif:CDD:NifH, NifH gene encodes component II (iron protein) of nitrogenase" /inference="protein motif:CDD:NifH, Nitrogenase subunit NifH (ATPase) [Inorganic ion transport and metabolism]" /inference="protein motif:CDD:ParA, ParA family ATPase" /inference="protein motif:CDD:Soj, ATPases involved in chromosome partitioning [Cell division and chromosome partitioning]" /inference="protein motif:COG:COG0455 ATPases involved in chromosome partitioning; D Cell cycle control, cell division, chromosome partitioning" /inference="protein motif:Gene3D:G3D.3.40.50.300 no description" /inference="protein motif:HMMPanther:PTHR13696 CELL DIVISION INHIBITOR MIND-1" /inference="protein motif:HMMPanther:PTHR13696:SF2 CELL DIVISION INHIBITOR MIND-1" /inference="protein motif:HMMPfam:PF01656 CbiA InterPro:IPR002586 Cobyrinic acid a,c-diamide synthase GO:Biological Process:cobalamin biosynthesis (GO:0009236), Molecular Function:cobyrinic acid a,c-diamide synthase activity (GO:0042242)" /inference="protein motif:HMMSmart:SM00382 no description InterPro:IPR003593 AAA ATPase GO:Molecular Function:nucleotide binding (GO:0000166), Molecular Function:nucleoside-triphosphatase activity (GO:0017111)" /inference="protein motif:HMMTigr:TIGR01969 minD_arch:cell division ATPase MinD InterPro:IPR010224 Cell division ATPase MinD" /inference="protein motif:superfamily:SSF52540 P-loop containing nucleoside triphosphate hydrolases" /codon_start=1 /transl_table=11 /product="Cell division ATPase MinD (minD)" /protein_id="ACS34285.1" /translation="MEGRSIVFASGKGGTGKTTTVANLGVALAQFGKEVILIDADITM ANLSLVLGMEDIPITLHDVLAREADLKDAIYEGPAGVKVIPGGLSLEKIKKAKPERLR EVIREISQMADFILIDAPAGLEMTSVTALLIGKELIIVTNPEISAITDSLKTKLIAEK LGTLPLGAVLNRVTNEKTELTQEEIEAILEVPVLAVIPEDPEVKRASAYGVPLVIKNP TSPAAIAIKQLAAKLAGIKWEPPQPESPIKRVFKAIFGGRR" gene 1722629..1722877 /locus_tag="TGAM_1784" /note="tg1784" CDS 1722629..1722877 /locus_tag="TGAM_1784" /experiment="gene product confirmed by mass spectrometry" /note="1 probable transmembrane helix predicted by modhmm" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein" /protein_id="ACS34286.1" /translation="MTTTILYVFIIVLGFINLMLLLLYLSAKKNPYYVVYDEETKSAL KRRVTNLKEELEEELVDFDVEEWERELEESIEEEVRNL" gene 1722949..1723209 /locus_tag="TGAM_1785" /note="tg1785" CDS 1722949..1723209 /locus_tag="TGAM_1785" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein" /protein_id="ACS34287.1" /translation="MGRMVVRLGYRDKVVYVDDGWVYLFREKLYSAPLEEVLRSAYSG DGLVPPEIREIAADVARIFEMFPNLNERRGVTKGPSGQAIYA" gene 1723308..1724819 /locus_tag="TGAM_1786" /note="tg1786" CDS 1723308..1724819 /locus_tag="TGAM_1786" /EC_number="2.4.2.-" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:BlastProDom:PD001864 Q8XJF2_CLOPE_Q8XJF2; InterPro:IPR000312 Glycosyl transferase, family 3 GO:Biological Process:metabolism (GO:0008152), Molecular Function:transferase activity, transferring glycosyl groups (GO:0016757)" /inference="protein motif:BlastProDom:PD005916 TYPH_PYRAB_Q9V163; InterPro:IPR000053 Pyrimidine-nucleoside phosphorylase GO:Biological Process:pyrimidine base metabolism (GO:0006206)" /inference="protein motif:CDD:DeoA, Thymidine phosphorylase [Nucleotide transport and metabolism]" /inference="protein motif:CDD:Glycos_transf_3, Glycosyl transferase family, a/b domain" /inference="protein motif:CDD:TrpD, Anthranilate phosphoribosyltransferase [Amino acid transport and metabolism]" /inference="protein motif:COG:COG0213 Thymidine phosphorylase; F Nucleotide transport and metabolism" /inference="protein motif:Gene3D:G3D.2.40.40.20 no description" /inference="protein motif:Gene3D:G3D.2.40.50.100 no description" /inference="protein motif:Gene3D:G3D.3.40.1030.10 no description" /inference="protein motif:HMMPanther:PTHR10515 THYMIDINE/PYRIMIDINE-NUCLEOSIDE PHOSPHORYLASE" /inference="protein motif:HMMPanther:PTHR10515:SF1 THYMIDINE/PYRIMIDINE NUCLEOSIDE PHOSPHORYLASE" /inference="protein motif:HMMPfam:PF00591 Glycos_transf_3 InterPro:IPR000312 Glycosyl transferase, family 3 GO:Biological Process:metabolism (GO:0008152), Molecular Function:transferase activity, transferring glycosyl groups (GO:0016757)" /inference="protein motif:HMMPfam:PF02885 Glycos_trans_3N InterPro:IPR000312 Glycosyl transferase, family 3 GO:Biological Process:metabolism (GO:0008152), Molecular Function:transferase activity, transferring glycosyl groups (GO:0016757)" /inference="protein motif:HMMPfam:PF07831 PYNP_C InterPro:IPR013102 Pyrimidine nucleoside phosphorylase, C-terminal" /inference="protein motif:HMMPIR:PIRSF000478 Thymidine phosphorylase/pyrimidine-nucleoside phosphorylase InterPro:IPR000053 Pyrimidine-nucleoside phosphorylase GO:Biological Process:pyrimidine base metabolism (GO:0006206)" /inference="protein motif:HMMTigr:TIGR02645 ARCH_P_rylase:putative thymidine phosp InterPro:IPR013466 Thymidine phosphorylase related" /inference="protein motif:ScanRegExp:PS00647 THYMID_PHOSPHORYLASE InterPro:IPR000053 Pyrimidine-nucleoside phosphorylase GO:Biological Process:pyrimidine base metabolism (GO:0006206)" /inference="protein motif:superfamily:SSF47648 Nucleoside phosphorylase/phosphoribosyltransferase N-terminal domain" /inference="protein motif:superfamily:SSF50692 InterPro:IPR009010 Aspartate decarboxylase-like fold" /inference="protein motif:superfamily:SSF52418 Nucleoside phosphorylase/phosphoribosyltransferase catalytic domain" /inference="protein motif:superfamily:SSF54680 Pyrimidine nucleoside phosphorylase C-terminal domain" /codon_start=1 /transl_table=11 /product="AMP phosphorylase" /protein_id="ACS34288.1" /translation="MRAKVRILDVFSGRYSVFINEEEAKKAKLHPDDLVKVESGKKTI YGSLAISNLVGPGEVGVSRDVLQLHSLSEGEVVTLTPVGTPESVRYIKKKMHGEKLRK VEIEAIVRDIVDRKLRDIEISSFVTALEINGLDMDEIAALTIAMAETGDMLDIDRKPI MDVHSIGGVPGNKTNILVVPIVAAAGLTIPKTSSRAITSAAGTADVVEVFTNVSFSLD EIKRIVEKVGACLVWGGALNLAPADDITIKAERALSVDPRGLMLASIMSKKYAMGSQY VLIDIPTGKGVKVETMDEARALARDFIELGKRLGQYVEVAITYGGQPIGHTVGPALEA REALSALMTGKGPGSLIEKALGLAGILLEMGGVAPAGMGKKMAREILESGKAYEKMKE IIEEQGGDPNIKPEDIQIGDKTYTFTAPTSGYVTGIDNRAITGIARAAGAPEDKGAGL ELYVKVGEKVKEGDPLFTIHAESEARLDQAIVFARRTEPIKIEGMVLQRIGNI" gene 1724891..1724968 /locus_tag="TGAM_r035" /note="tg_tRNA-Ala2" tRNA 1724891..1724968 /locus_tag="TGAM_r035" /product="tRNA-Ala" /note="codon recognized: GCC" gene 1724981..1725058 /locus_tag="TGAM_r036" /note="tg_tRNA-Val3" tRNA 1724981..1725058 /locus_tag="TGAM_r036" /product="tRNA-Val" /note="codon recognized: GUC" gene complement(1725128..1725958) /locus_tag="TGAM_1787" /note="tg1787" CDS complement(1725128..1725958) /locus_tag="TGAM_1787" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:superfamily:SSF89009 GAT domain" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein" /protein_id="ACS34289.1" /translation="MRLSTKSPTLREAFSADLRREGVDFKVVEKQSHETFVGYLLEGT LEEIRSKIDVMEGVDREALLEGFESFRESINHILDHLKGGESADKLLSEGLWVADVLD QLYNAGALDYDPDGNLLKLKEGIDPLTLRFQFKFPFNLVTNPEGLEKVAKQFVFTDLT PEWEFDVYELRMEKINAFGRIASKYFPEEDVLKAYFALVGRAILAGEILKALAERKVD VEEFKKSFLRALPLQIPTEKGTLVIHASKEAFDELLRFLEKKGYLQIKAGKARKLRDL " gene 1726020..1726241 /locus_tag="TGAM_1788" /note="tg1788" CDS 1726020..1726241 /locus_tag="TGAM_1788" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein" /protein_id="ACS34290.1" /translation="MSGDGKQYLLDRTLERWKGKRIAVGIGSETSFSGILADFDEEVI LLRDVTDYTGNRTKELIAKIDDINWITLL" gene 1726251..1726985 /gene="mobB" /locus_tag="TGAM_1789" /note="tg1789" CDS 1726251..1726985 /gene="mobB" /locus_tag="TGAM_1789" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:MobB, Molybdenum is an essential trace element in the form of molybdenum cofactor (Moco) which is associated with the metabolism of nitrogen, carbon and sulfur by redox active enzymes" /inference="protein motif:CDD:MobB, Molybdopterin guanine dinucleotide synthesis protein B" /inference="protein motif:CDD:MobB, Molybdopterin-guanine dinucleotide biosynthesis protein [Coenzyme metabolism]" /inference="protein motif:COG:COG1763 Molybdopterin-guanine dinucleotide biosynthesis protein; H Coenzyme transport and metabolism" /inference="protein motif:Gene3D:G3D.3.40.50.300 no description" /inference="protein motif:HMMPfam:PF03205 MobB InterPro:IPR004435 Molybdopterin-guanine dinucleotide biosynthesis MobB region GO:Molecular Function:GTP binding (GO:0005525), Biological Process:Mo-molybdopterin cofactor biosynthesis (GO:0006777)" /inference="protein motif:HMMPfam:PF04060 FeS InterPro:IPR007202 Putative Fe-S cluster GO:Molecular Function:iron ion binding (GO:0005506)" /inference="protein motif:superfamily:SSF52540 P-loop containing nucleoside triphosphate hydrolases" /codon_start=1 /transl_table=11 /product="Molybdopterin-guanine dinucleotide biosynthesis protein B (mobB)" /protein_id="ACS34291.1" /translation="MRAVAFVGFKKSGKTTTVEAVARVLKERGYRIAIAKSMHADFDR ENSDTWRFSKVADAVIVRAHDTDALLFKAKDINALFSTVSADFLLLEGFKSIQHVPKV ICARSEKDVRELNDGLAIAVSGVIASTGVEKIGDLPVIDATKEPERLANLVEKRAFML PNIDCGLCGFRCAEMARMIVRGEKTIKDCVVLSSRPKVTVKIDGQILPMKDWVQELVE KTVKGMLSAMKGYREGRRIEIVIRDE" gene 1727131..1728612 /gene="glpK-2" /locus_tag="TGAM_1790" /note="tg1790" CDS 1727131..1728612 /gene="glpK-2" /locus_tag="TGAM_1790" /EC_number="2.7.1.30" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:COG:COG0554 Glycerol kinase; C Energy production and conversion" /inference="protein motif:Gene3D:G3D.3.90.209.10 no description" /inference="protein motif:HMMPanther:PTHR10196 CARBOHYDRATE KINASE-RELATED InterPro:IPR000577 Carbohydrate kinase, FGGY GO:Biological Process:carbohydrate metabolism (GO:0005975)" /inference="protein motif:HMMPanther:PTHR10196:SF4 GLYCEROL KINASE InterPro:IPR005999 Glycerol kinase GO:Molecular Function:glycerol kinase activity (GO:0004370), Biological Process:glycerol-3-phosphate metabolism (GO:0006072)" /inference="protein motif:HMMPfam:PF00370 FGGY_N InterPro:IPR000577 Carbohydrate kinase, FGGY GO:Biological Process:carbohydrate metabolism (GO:0005975)" /inference="protein motif:HMMPfam:PF02782 FGGY_C InterPro:IPR000577 Carbohydrate kinase, FGGY GO:Biological Process:carbohydrate metabolism (GO:0005975)" /inference="protein motif:HMMTigr:TIGR01311 glycerol_kin:glycerol kinase InterPro:IPR005999 Glycerol kinase GO:Molecular Function:glycerol kinase activity (GO:0004370), Biological Process:glycerol-3-phosphate metabolism (GO:0006072)" /inference="protein motif:ScanRegExp:PS00445 FGGY_KINASES_2 InterPro:IPR000577 Carbohydrate kinase, FGGY GO:Biological Process:carbohydrate metabolism (GO:0005975)" /inference="protein motif:ScanRegExp:PS00933 FGGY_KINASES_1 InterPro:IPR000577 Carbohydrate kinase, FGGY GO:Biological Process:carbohydrate metabolism (GO:0005975)" /inference="protein motif:superfamily:SSF53067 Actin-like ATPase domain" /codon_start=1 /transl_table=11 /product="Glycerol kinase (glpK)" /protein_id="ACS34292.1" /translation="MERYVLSLDEGTTSARAIIFDRESNIIGLGQYEFPQHYPKPGWV EHNPEEIWDAQFRAIKTALERAKVEPSQIAAIGVTNQRETTIVFDRDGKPLYNAIVWQ CRRTAEMVEEIKREYGDMIKGKTGLVPDAYFSASKLKWLLDNVPGLREKAEKGEVLFG TVDTFLIYRLTGEHVTDYSNASRTMLFNIKRLDWDDELLEIFGIPEGILPEVRESSEV YGYTKKELLGAEIPVSGDAGDQQAALFGQAGFETGMVKATYGTGSFILANTGKTVRYS DNLLTTIAWGLNGKVTYALEGSIFVTGAAVQWLRDGIKIIKKASETEELATKLESNEG VYFVPAFVGLGAPYWDQFARGLIIGITRGTGREHLARATLEAIAYLTRDVIEEMEKLV GIKELRVDGGATANDFLMQFQADILNRRVVRPVVKETTALGAAYLAGLAVDYWESLEE IESLWKVEKVFEPGMDEETRRKLYHGWKEAVKRAMGWAKVVGI" gene 1728772..1730259 /gene="glpA-2" /locus_tag="TGAM_1791" /note="tg1791" CDS 1728772..1730259 /gene="glpA-2" /locus_tag="TGAM_1791" /EC_number="1.1.5.3" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:COG0579, Predicted dehydrogenase [General function prediction only]" /inference="protein motif:CDD:DadA, Glycine/D-amino acid oxidases (deaminating) [Amino acid transport and metabolism]" /inference="protein motif:CDD:DAO, FAD dependent oxidoreductase" /inference="protein motif:CDD:GlpA, Glycerol-3-phosphate dehydrogenase [Energy production and conversion]" /inference="protein motif:COG:COG0579 Predicted dehydrogenase; R General function prediction only" /inference="protein motif:Gene3D:G3D.3.50.50.60 no description" /inference="protein motif:HMMPanther:PTHR13847 AMINOMETHYLTRANSFERASE RELATED" /inference="protein motif:HMMPanther:PTHR13847:SF15 GLYCEROL-3-PHOSPHATE DEHYDROGENASE" /inference="protein motif:HMMPfam:PF01266 DAO InterPro:IPR006076 FAD dependent oxidoreductase GO:Biological Process:electron transport (GO:0006118), Molecular Function:oxidoreductase activity (GO:0016491)" /inference="protein motif:HMMPfam:PF04324 Fer2_BFD InterPro:IPR007419 BFD-like [2Fe-2S]-binding region" /inference="protein motif:superfamily:SSF51905 FAD/NAD(P)-binding domain" /codon_start=1 /transl_table=11 /product="Anaerobic glycerol-3-phosphate dehydrogenase subunit A, putative (glpA)" /protein_id="ACS34293.1" /translation="MKTKVAIIGAGISGASIARVLSRYENLEVHLIEKAPDVGWGVSK ANTALIHGGYDDDPEKYPTRAKLCIRGNKLWHQWVKELEIPHVWNGALIVATKDEDFD ELERLLERGRKNGVPEMRIVDRDELFHLEPNLTREAIGALWVPIVGQIGPIPAVIAIT ENAVANGVKTHLETEVTGIKVENGEVKGVETKDGFIEADIIINAAGLYADKIARMAGI DYFEIHPRKGEYWIFDDDVPGPKRVLFPTPTPISKGIVVTTEISGHLMIGPNAQDLPP EEKENLATTKEGLEQVWEGAKKLWPQLPPRSKVIRTFAGLRPEPTGGDFIIKAEEEVW GFISVAGIRSPGLTSAPAIAYEVAEIIKRDLGIELKEKEKWNPYRKEISHFFTMTPEQ VNEAIKKNPAYGKIVCRCNNVSEGDILEAIERMKFIGVKTPSVDSVKFRTKATTGTCQ GSFCRPKIVQLLAREYGVEPWKVTLKGKGSEIGIGDVKVLLRGDA" gene 1730259..1731515 /locus_tag="TGAM_1792" /note="tg1792" CDS 1730259..1731515 /locus_tag="TGAM_1792" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:AhpF, Alkyl hydroperoxide reductase, large subunit [Posttranslational modification, protein turnover, chaperones]" /inference="protein motif:CDD:FixC, Dehydrogenases (flavoproteins) [Energy production and conversion]" /inference="protein motif:CDD:GltD, NADPH-dependent glutamate synthase beta chain and related oxidoreductases [Amino acid transport and metabolism / General function prediction only]" /inference="protein motif:CDD:HcaD, Uncharacterized NAD(FAD)-dependent dehydrogenases [General function prediction only]" /inference="protein motif:CDD:Lpd, Pyruvate/2-oxoglutarate dehydrogenase complex, dihydrolipoamide dehydrogenase (E3) component, and related enzymes [Energy production and conversion]" /inference="protein motif:CDD:NirB, NAD(P)H-nitrite reductase [Energy production and conversion]" /inference="protein motif:CDD:Pyr_redox, Pyridine nucleotide-disulphide oxidoreductase" /inference="protein motif:CDD:TrxB, Thioredoxin reductase [Posttranslational modification, protein turnover, chaperones]" /inference="protein motif:COG:COG0446 Uncharacterized NAD(FAD)-dependent dehydrogenases; R General function prediction only" /inference="protein motif:FPrintScan:PR00368 FADPNR InterPro:IPR013027 FAD-dependent pyridine nucleotide-disulphide oxidoreductase" /inference="protein motif:FPrintScan:PR00419 ADXRDTASE InterPro:IPR000759 Adrenodoxin reductase GO:Biological Process:electron transport (GO:0006118)" /inference="protein motif:FPrintScan:PR00469 PNDRDTASEII InterPro:IPR000103 Pyridine nucleotide-disulphide oxidoreductase, class-II GO:Biological Process:electron transport (GO:0006118), Molecular Function:oxidoreductase activity (GO:0016491)" /inference="protein motif:FPrintScan:PR00945 HGRDTASE InterPro:IPR000815 Mercuric reductase GO:Biological Process:electron transport (GO:0006118), Molecular Function:oxidoreductase activity (GO:0016491), Molecular Function:FAD binding (GO:0050660)" /inference="protein motif:Gene3D:G3D.3.40.50.720 no description" /inference="protein motif:HMMPanther:PTHR11493 DIHYDROLIPOAMIDE DEHYDROGENASE-RELATED" /inference="protein motif:HMMPanther:PTHR11493:SF99 MERCURIC REDUCTASE" /inference="protein motif:HMMPfam:PF07992 Pyr_redox_2 InterPro:IPR013027 FAD-dependent pyridine nucleotide-disulphide oxidoreductase" /inference="protein motif:ProfileScan:PS50205 NAD_BINDING InterPro:IPR000205 NAD-binding site" /inference="protein motif:superfamily:SSF51905 FAD/NAD(P)-binding domain" /codon_start=1 /transl_table=11 /product="FAD-dependent pyridine nucleotide-disulphide oxidoreductase" /protein_id="ACS34294.1" /translation="MFPEIPMLSYDVVVVGGGPAGMAAAIRAKELGLKVLLLDENDYL GGILPQCIHPGFGLHYYREELTGPEFASRLAKRLVELGVEYRTAARVLEIKNYSDLEK VVIFTSPSGAYQVWAKAVIYAAGARERHAFEIGIVGDRVSGIYTAGEAQTLMDLYGIM PGKEIVIVGSGDVGLIMARRFALEGAKVKAVVELMPYPGGLARNVMILKDFNIPLYLS HKVVEVRGKGRVERVKVVRVDENLNEIPGSEFWIEADTLIISAGLVPSVKKLKKIGVE IDPATGGPVVNDRLETSVPGIFVAGNSLLINDLVDYVAEQGELAAEGAKEFIENGGIE SRKWVKVEKGENVRLIAPHYLSGDRDVYLYLRVSKPMEDVELRIPEIGKRMKLPVVKP AEMLRIKLKAEEIRKAERLTVEVVKA" gene 1731512..1731856 /locus_tag="TGAM_1793" /note="tg1793" CDS 1731512..1731856 /locus_tag="TGAM_1793" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:COG3862, Uncharacterized protein with conserved CXXC pairs [Function unknown]" /inference="protein motif:COG:COG3862 Uncharacterized protein with conserved CXXC pairs; S Function unknown" /inference="protein motif:HMMPfam:PF04879 Molybdop_Fe4S4 InterPro:IPR006963 Molybdopterin oxidoreductase Fe4S4 region GO:Molecular Function:oxidoreductase activity (GO:0016491)" /inference="protein motif:HMMPfam:PF07892 DUF1667 InterPro:IPR012460 Protein of unknown function DUF1667" /inference="protein motif:superfamily:SSF53706 Formate dehydrogenase/DMSO reductase, domains 1-3" /note="Belongs to DUF1667 family" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein" /protein_id="ACS34295.1" /translation="MIYRFTCIVCPLGCSIEVEVEDGKVKEVKGCRCPRGKEWAVQEV TSPRRVVMSVVPVEGGALPTVSVKTAEPVPKEKIPELMKFLAKLKLKAPVKVGETVAE WEGIKIVATRGA" gene complement(1731853..1732638) /locus_tag="TGAM_1794" /note="tg1794" CDS complement(1731853..1732638) /locus_tag="TGAM_1794" /inference="protein motif:Gene3D:G3D.2.30.38.10 no description" /note="1 probable transmembrane helix predicted by modhmm" /codon_start=1 /transl_table=11 /product="Hypothetical protein" /protein_id="ACS34296.1" /translation="MRRALLALLLSAVVLLSGCISSGSGNEGKSATSSTPTVEEKLLQ GIDNMTEYNLSMVEGVNFNLSDISMLPTDLKMGFRISGLVDGNKGVILANVSLEPLDP FGMTGQSYILYVNGSNARLKPVNPNAFQGLGELVTPDPMVFRGYIGQAKHILKLMLSS KNVSITKDGSVYVVRGSLSNGTIENLPNTKFSVSSTGSIPKMTVRKAYFEATIDEKFE RINYTVHVEYGSSTGKAVYELHVELRKLPEGFKITVPEKIRKG" gene complement(1732679..1733488) /locus_tag="TGAM_1795" /note="tg1795" CDS complement(1732679..1733488) /locus_tag="TGAM_1795" /note="1 probable transmembrane helix predicted by modhmm" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein" /protein_id="ACS34297.1" /translation="MVKMRRLLAVLLILGVVMAAGCIGDSVGLTKEKVLNAINSIERG EYTTNASVVLRAVSDELNRTITIEEYIHVTGAFDNRRNLEKGHIDVRVKYLGIETKIS WPYFTNGSNVYFNVEGKWYSMPLDNELTEFANGSLNVDFIEKLLSKKNVEMKRVEGGY YFKTNVTFEEILNATGREFINTILKDENVMNITTESGYVEVKIRGDGMPYWIHEYLNL IVSIRDPLEGDTDNMYLTINETTELRNINGDVMITVPKGIEEAKPLDEILG" gene complement(1733589..1734221) /locus_tag="TGAM_1796" /note="tg1796" CDS complement(1733589..1734221) /locus_tag="TGAM_1796" /note="1 probable transmembrane helix predicted by modhmm" /codon_start=1 /transl_table=11 /product="Hypothetical protein" /protein_id="ACS34298.1" /translation="MMGFLRKFGILFIVFSFLLLLIYPDGIDDTGYSYKYTKYDTGFM SFHSKGYGVICPGQFGAYYESRDWGEDVFVRSFELTPDILRRLNDPYTFVNDMRKHAT TVNLTRNGNRSTLILEWEDRGEFVNTYYRVVAVYVNDELREVSYETSHSLNYDPRNSS VCVDYIDVHIKYRVQKTRCWIKGIIWWKSALKNYLRSMAGEVEKHGNEPW" gene complement(1734218..1734439) /locus_tag="TGAM_1797" /note="tg1797" CDS complement(1734218..1734439) /locus_tag="TGAM_1797" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein" /protein_id="ACS34299.1" /translation="MKELKNTVEEALFEARPYVEYYDRLRELVLGLLNESGDAESLRK RLEDEIARADEPFKTDLKIFLQKLEAMRT" gene complement(1734442..1735152) /locus_tag="TGAM_1798" /note="tg1798" CDS complement(1734442..1735152) /locus_tag="TGAM_1798" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:COG2339, Predicted membrane protein [Function unknown]" /inference="protein motif:COG:COG2339 Predicted membrane protein; S Function unknown" /inference="protein motif:Gene3D:G3D.2.40.128.70 no description" /inference="protein motif:superfamily:SSF56925 OMPA-like" /note="7 probable transmembrane helices predicted by modhmm" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein" /protein_id="ACS34300.1" /translation="MNVVASIVFFAYVPALILLWYFYHEDKLEPEPKRYVLMTFLLGA TLSVVVAFVVEALLTPRWGYANYILPASAFYMALVAGVVEEPSKALAILYPFRAGQMD GIMDGLVYGVAAGLGFAATENFLYGLGYGLPTTIFRAFLTPLAHGTWSAIVGVGYGLV SEGKADSVGSFLLTAMFLHFLWDYFAFMSSAVPAYNILLIFLLLLNLAILRYFLMLGR AEDEQKRWYYALKGMWRW" gene 1735081..1735848 /locus_tag="TGAM_1799" /note="tg1799" CDS 1735081..1735848 /locus_tag="TGAM_1799" /note="1 probable transmembrane helix predicted by modhmm" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein" /protein_id="ACS34301.1" /translation="MIEVPQEYQGRYVREEHYRRYNVHATTLNSWEFNLFNVFTVSSD YYDQTLAPAQKIYQLWGSIFLSGGGMDRKITIIVVLLFISVALVGAFWGDILERANPS PPRLLYVELSEGITPGPEDDGTYYVQGNLLSNCTVAFTYLMPEPGRVEVYELDAATYK ALTGNGTGKTCSDELIEGTLKVQFDQKLESLSIQVWNGKLSEDGANVYFRLLGTWQFF DNLSAVYVAPSPEKDYKLVTIQELKEMIKENGVHPLG" gene 1735954..1736538 /gene="rpl15E" /locus_tag="TGAM_1800" /note="tg1800" CDS 1735954..1736538 /gene="rpl15E" /locus_tag="TGAM_1800" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:Ribosomal_L15e, Ribosomal L15" /inference="protein motif:COG:COG1632 Ribosomal protein L15E; J Translation, ribosomal structure and biogenesis" /inference="protein motif:Gene3D:G3D.3.40.1120.10 no description" /inference="protein motif:HMMPanther:PTHR11847 50S/60S RIBOSOMAL PROTEIN L15 InterPro:IPR000439 Ribosomal protein L15e GO:Molecular Function:structural constituent of ribosome (GO:0003735), Cellular Component:intracellular (GO:0005622), Cellular Component:ribosome (GO:0005840), Biological Process:protein biosynthesis (GO:0006412)" /inference="protein motif:HMMPanther:PTHR11847:SF3 50S RIBOSOMAL PROTEIN L15E" /inference="protein motif:HMMPfam:PF00827 Ribosomal_L15e InterPro:IPR000439 Ribosomal protein L15e GO:Molecular Function:structural constituent of ribosome (GO:0003735), Cellular Component:intracellular (GO:0005622), Cellular Component:ribosome (GO:0005840), Biological Process:protein biosynthesis (GO:0006412)" /inference="protein motif:ScanRegExp:PS01194 RIBOSOMAL_L15E InterPro:IPR000439 Ribosomal protein L15e GO:Molecular Function:structural constituent of ribosome (GO:0003735), Cellular Component:intracellular (GO:0005622), Cellular Component:ribosome (GO:0005840), Biological Process:protein biosynthesis (GO:0006412)" /inference="protein motif:superfamily:SSF54189 Ribosomal proteins L23 and L15e InterPro:IPR012678 Ribosomal L23 and L15e, core" /codon_start=1 /transl_table=11 /product="LSU ribosomal protein L15E (rpl15E)" /protein_id="ACS34302.1" /translation="MGMYKYIREAWKSPKKSYVGELLKKRMIKWRREPVVVRIERPTR LDRARSLGYQAKQGYVVVRVRVRRGGRKRPRWKGGRKPSKMGMVKYSPKKSLQWIAEE KAARKFPNLEVLNSYWVGEDGMYKWFEVIMVDPHHPVIKSDPKIAWITGKAHKGRVFR GLTSAGKKGRGLRNKGKGAEKVRPSVRANKGKTK" gene complement(1736554..1737150) /locus_tag="TGAM_1801" /note="tg1801" CDS complement(1736554..1737150) /locus_tag="TGAM_1801" /inference="protein motif:COG:COG0619 ABC-type cobalt transport system, permease component CbiQ and related transporters; P Inorganic ion transport and metabolism" /inference="protein motif:HMMPfam:PF02361 CbiQ InterPro:IPR003339 Cobalt transport protein GO:Biological Process:cobalt ion transport (GO:0006824), Biological Process:cobalamin biosynthesis (GO:0009236), Molecular Function:cobalt ion transporter activity (GO:0015087)" /inference="protein motif:ScanRegExp:PS00228 TUBULIN_B_AUTOREG InterPro:IPR002453 Beta tubulin GO:Molecular Function:structural molecule activity (GO:0005198), Cellular Component:microtubule (GO:0005874), Biological Process:microtubule-based movement (GO:0007018)" /note="2 probable transmembrane helices predicted by modhmm" /codon_start=1 /transl_table=11 /product="Cobalt transport protein, cbiQ family" /protein_id="ACS34303.1" /translation="MRDIDELDARVKIIATLIVGISLLHASRGLALFMAFILTIPLMQ RKAFTPGFLTFSLVGLLGGVDYFLRLLALMELGLLFSETMDAGELTGALLNLRLPSDV ALSAGLVVNGLQNLERLYREISEAQASRGVKGSFTSLKARIVPLLIGTVLLGTELGEA IEARGYQGDLRLPYRGKFGLEEALILAGSVLLLAVNLI" gene complement(1737137..1737883) /gene="cbiO" /locus_tag="TGAM_1802" /note="tg1802" CDS complement(1737137..1737883) /gene="cbiO" /locus_tag="TGAM_1802" /inference="protein motif:BlastProDom:PD000006 O29527_ARCFU_O29527; InterPro:IPR003439 ABC transporter related GO:Molecular Function:ATP binding (GO:0005524), Molecular Function:ATPase activity (GO:0016887)" /inference="protein motif:CDD:ABC_ATPase, ABC (ATP-binding cassette) transporter nucleotide-binding domain" /inference="protein motif:CDD:ABC_BcrA_bacitracin_resist, The BcrA subfamily represents ABC transporters involved in peptide antibiotic resistance" /inference="protein motif:CDD:ABC_Carb_Monos_I, This family represents the domain I of the carbohydrate uptake proteins that transport only monosaccharides (Monos)" /inference="protein motif:CDD:ABC_Carb_Monos_II, This family represents domain II of the carbohydrate uptake proteins that transport only monosaccharides (Monos)" /inference="protein motif:CDD:ABC_Carb_Solutes_like, ABC Carbohydrate and Solute Transporters-like subgroup" /inference="protein motif:CDD:ABC_CcmA_heme_exporter, CcmA, the ATP-binding component of the bacterial CcmAB transporter" /inference="protein motif:CDD:ABC_Class3, This class is comprised of all BPD (Binding Protein Dependent) systems that are largely represented in archaea and eubacteria and are primarily involved in scavenging solutes from the environment" /inference="protein motif:CDD:ABC_cobalt_CbiO_domain1, Domain I of the ABC component of a cobalt transport family found in bacteria, archaea, and eukaryota" /inference="protein motif:CDD:ABC_cobalt_CbiO_domain2, Domain II of the ABC component of a cobalt transport family found in bacteria, archaea, and eukaryota" /inference="protein motif:CDD:ABC_CysA_sulfate_importer, Part of the ABC transporter complex cysAWTP involved in sulfate import" /inference="protein motif:CDD:ABC_DR_subfamily_A, This family of ATP-binding proteins belongs to a multisubunit transporter involved in drug resistance (BcrA and DrrA), nodulation, lipid transport, and lantibiotic immunity" /inference="protein motif:CDD:ABC_DrrA, DrrA is the ATP-binding protein component of a bacterial exporter complex that confers resistance to the antibiotics daunorubicin and doxorubicin" /inference="protein motif:CDD:ABC_drug_resistance_like, ABC-type multidrug transport system, ATPase component" /inference="protein motif:CDD:ABC_FeS_Assembly, ABC-type transport system involved in Fe-S cluster assembly, ATPase component" /inference="protein motif:CDD:ABC_FtsE_transporter, FtsE is a hydrophilic nucleotide-binding protein that binds FtsX to form a heterodimeric ATP-binding cassette (ABC)-type transporter that associates with the bacterial inner membrane" /inference="protein motif:CDD:ABC_HisP_GlnQ_permeases, HisP and GlnQ are the ATP-binding components of the bacterial periplasmic histidine and glutamine permeases, repectively" /inference="protein motif:CDD:ABC_Iron-Siderophores_B12_Hemin, ABC transporters, involved in the uptake of siderophores, heme, and vitamin B12, are widely conserved in bacteria and archaea" /inference="protein motif:CDD:ABC_KpsT_Wzt, ABC_KpsT_Wzt The KpsT/Wzt ABC transporter subfamily is involved in extracellular polysaccharide export" /inference="protein motif:CDD:ABC_MalK_N, The N-terminal ATPase domain of the maltose transporter, MalK" /inference="protein motif:CDD:ABC_Metallic_Cations, ABC component of the metal-type transporters" /inference="protein motif:CDD:ABC_MetN_methionine_transporter, MetN (also known as YusC) is an ABC-type transporter encoded by metN of the metNPQ operon in Bacillus subtilis that is involved in methionine transport" /inference="protein motif:CDD:ABC_MJ0796_Lo1CDE_FtsE, This family is comprised of MJ0796 ATP-binding cassette, macrolide-specific ABC-type efflux carrier (MacAB), and proteins involved in cell division (FtsE), and release of liporoteins from the cytoplasmic membrane (LolCDE)" /inference="protein motif:CDD:ABC_Mj1267_LivG_branched, The Mj1267/LivG ABC transporter subfamily is involved in the transport of the hydrophobic amino acids leucine, isoleucine and valine" /inference="protein motif:CDD:ABC_ModC_like, Archeal protein closely related to ModC" /inference="protein motif:CDD:ABC_ModC_molybdenum_transporter, ModC is an ABC-type transporter and the ATPase component of a molybdate transport system that also includes the periplasmic binding protein ModA and the membrane protein ModB" /inference="protein motif:CDD:ABC_MTABC3_MDL1_MDL2, MTABC3 (also known as ABCB6) is a mitochondrial ATP-binding cassette protein involved in iron homeostasis and one of four ABC transporters expressed in the mitochondrial inner membrane, the other three being MDL1(ABC7), MDL2, and ATM1" /inference="protein motif:CDD:ABC_NatA_like, Similar in sequence to NatA, this is the ATPase component of a bacterial ABC-type Na+ transport system called NatAB, which catalyzes ATP-dependent electrogenic Na+ extrusion without mechanically coupled to proton or K+ uptake" /inference="protein motif:CDD:ABC_NatA_sodium_exporter, NatA is the ATPase component of a bacterial ABC-type Na+ transport system called NatAB, which catalyzes ATP-dependent electrogenic Na+ extrusion without mechanically coupled proton or K+ uptake" /inference="protein motif:CDD:ABC_NikE_OppD_transporters, The ABC transporter subfamily specific for the transport of dipeptides, oligopeptides (OppD), and nickel (NikDE)" /inference="protein motif:CDD:ABC_NrtD_SsuB_transporters, NrtD and SsuB are the ATP-binding subunits of the bacterial ABC-type nitrate and sulfonate transport systems, respectively" /inference="protein motif:CDD:ABC_OpuCA_Osmoprotection, OpuCA is a the ATP binding component of a bacterial solute transporter that serves a protective role to cells growing in a hyperosmolar environment" /inference="protein motif:CDD:ABC_Org_Solvent_Resistant, ABC (ATP-binding cassette) transport system involved in resistant to organic solvents" /inference="protein motif:CDD:ABC_PDR_domain1, The pleiotropic drug resistance (PDR) family of ATP-binding cassette (ABC) transporters" /inference="protein motif:CDD:ABC_PDR_domain2, The pleiotropic drug resistance-like (PDR) family of ATP-binding cassette (ABC) transporters" /inference="protein motif:CDD:ABC_PhnC_transporter, ABC-type phosphate/phosphonate transport system" /inference="protein motif:CDD:ABC_PotA_N, PotA is an ABC-type transporter and the ATPase component of the spermidine/putrescine-preferential uptake system consisting of PotA, -B, -C, and -D" /inference="protein motif:CDD:ABC_Pro_Gly_Bertaine, This family comprises the glycine betaine/L-proline ATP binding subunit in bacteria and its equivalents in archaea" /inference="protein motif:CDD:ABC_PstB_phosphate_transporter, Phosphate uptake is of fundamental importance in the cell physiology of bacteria because phosphate is required as a nutrient" /inference="protein motif:CDD:ABC_putative_ATPase, This subfamily is involved in drug resistance, nodulation, lipid transport, and bacteriocin and lantibiotic immunity" /inference="protein motif:CDD:ABC_Rad50, The catalytic domains of Rad50 are similar to the ATP-binding cassette of ABC transporters, but are not associated with membrane-spanning domains" /inference="protein motif:CDD:ABC_RNaseL_inhibitor_domain1, The ATPase domain 1 of RNase L inhibitor" /inference="protein motif:CDD:ABC_RNaseL_inhibitor_domain2, The ATPase domain 2 of RNase L inhibitor" /inference="protein motif:CDD:ABC_subfamily_A, The ABCA subfamily mediates the transport of a variety of lipid compounds" /inference="protein motif:CDD:ABC_ThiQ_thiamine_transporter, ABC-type thiamine tranport system" /inference="protein motif:CDD:ABC_TM1139_LivF_branched, LivF (TM1139) is part of the LIV-I bacterial ABC-type two-component transport system that imports neutral, branched-chain amino acids" /inference="protein motif:CDD:ABC_tran, ABC transporter" /inference="protein motif:CDD:ABC_UvrA, The excision repair protein UvrA" /inference="protein motif:CDD:ABC_YhbG, The ABC transporters belonging to the YhbG family are similar to members of the Mj1267_LivG family, which is involved in the transport of branched-chain amino acids" /inference="protein motif:CDD:AbcC, ABC-type metal ion transport system, ATPase component [Inorganic ion transport and metabolism]" /inference="protein motif:CDD:ABCC_ATM1_transporter, ATM1 is an ABC transporter that is expressed in the mitochondria" /inference="protein motif:CDD:ABCC_bacteriocin_exporters, ABC-type bacteriocin exporters" /inference="protein motif:CDD:ABCC_CFTR1, The CFTR subfamily domain 1" /inference="protein motif:CDD:ABCC_cytochrome_bd, The CYD subfamily implicated in cytochrome bd biogenesis" /inference="protein motif:CDD:ABCC_Glucan_exporter_like, Glucan exporter ATP-binding protein" /inference="protein motif:CDD:ABCC_Hemolysin, The ABC-transporter hemolysin B is a central component of the secretion machinery that translocates the toxin, hemolysin A, in a Sec-independent fashion across both membranes of E" /inference="protein motif:CDD:ABCC_MRP_domain1, Domain 1 of the ABC subfamily C" /inference="protein motif:CDD:ABCC_MRP_domain2, Domain 2 of the ABC subfamily C" /inference="protein motif:CDD:ABCC_MRP_Like, The MRP (Mutidrug Resistance Protein)-like transporters are involved in drug, peptide, and lipid export" /inference="protein motif:CDD:ABCC_MsbA, MsbA is an essential ABC transporter, closely related to eukaryotic MDR proteins" /inference="protein motif:CDD:ABCC_NFT1, Domain 2 of NFT1 (New full-length MRP-type transporter 1)" /inference="protein motif:CDD:ABCC_Protease_Secretion, This family represents the ABC component of the protease secretion system PrtD, a 60-kDa integral membrane protein sharing 37% identity with HlyB, the ABC component of the alpha-hemolysin secretion pathway, in the C-terminal domain" /inference="protein motif:CDD:ABCC_TAP, TAP, the Transporter Associated with Antigen Processing" /inference="protein motif:CDD:ABCF_EF-3, ABCF_EF-3 Elongation factor 3 (EF-3) is a cytosolic protein required by fungal ribosomes for in vitro protein synthesis and for in vivo growth" /inference="protein motif:CDD:ABCG_EPDR, ABCG transporters are involved in eye pigment (EP) precursor transport, regulation of lipid-trafficking mechanisms, and pleiotropic drug resistance (DR)" /inference="protein motif:CDD:ABCG_White, The White subfamily represents ABC transporters homologous to the Drosophila white gene, which acts as a dimeric importer for eye pigment precursors" /inference="protein motif:CDD:AppF, ABC-type oligopeptide transport system, ATPase component [Amino acid transport and metabolism]" /inference="protein motif:CDD:ArpD, ABC-type protease/lipase transport system, ATPase and permease components [General function prediction only]" /inference="protein motif:CDD:ArtP, ABC-type arginine transport system, ATPase component [Amino acid transport and metabolism]" /inference="protein motif:CDD:ATM1, ABC-type transport system involved in Fe-S cluster assembly, permease and ATPase components [Posttranslational modification, protein turnover, chaperones]" /inference="protein motif:CDD:BtuD, ABC-type cobalamin transport system, ATPase component [Coenzyme metabolism]" /inference="protein motif:CDD:CbiO, ABC-type cobalt transport system, ATPase component [Inorganic ion transport and metabolism]" /inference="protein motif:CDD:CcmA, ABC-type multidrug transport system, ATPase component [Defense mechanisms]" /inference="protein motif:CDD:CcmA, ABC-type transport system involved in cytochrome c biogenesis, ATPase component [Posttranslational modification, protein turnover, chaperones]" /inference="protein motif:CDD:CeuD, ABC-type enterochelin transport system, ATPase component [Inorganic ion transport and metabolism]" /inference="protein motif:CDD:COG1123, ATPase components of various ABC-type transport systems, contain duplicated ATPase [General function prediction only]" /inference="protein motif:CDD:COG1245, Predicted ATPase, RNase L inhibitor (RLI) homolog [General function prediction only]" /inference="protein motif:CDD:COG3638, ABC-type phosphate/phosphonate transport system, ATPase component [Inorganic ion transport and metabolism]" /inference="protein motif:CDD:COG3845, ABC-type uncharacterized transport systems, ATPase components [General function prediction only]" /inference="protein motif:CDD:COG4136, ABC-type uncharacterized transport system, ATPase component [General function prediction only]" /inference="protein motif:CDD:COG4152, ABC-type uncharacterized transport system, ATPase component [General function prediction only]" /inference="protein motif:CDD:COG4172, ABC-type uncharacterized transport system, duplicated ATPase component [General function prediction only]" /inference="protein motif:CDD:COG4178, ABC-type uncharacterized transport system, permease and ATPase components [General function prediction only]" /inference="protein motif:CDD:COG4181, Predicted ABC-type transport system involved in lysophospholipase L1 biosynthesis, ATPase component [Secondary metabolites biosynthesis, transport, and catabolism]" /inference="protein motif:CDD:COG4559, ABC-type hemin transport system, ATPase component [Inorganic ion transport and metabolism]" /inference="protein motif:CDD:COG4586, ABC-type uncharacterized transport system, ATPase component [General function prediction only]" /inference="protein motif:CDD:COG4619, ABC-type uncharacterized transport system, ATPase component [General function prediction only]" /inference="protein motif:CDD:COG4674, Uncharacterized ABC-type transport system, ATPase component [General function prediction only]" /inference="protein motif:CDD:CydC, ABC-type transport system involved in cytochrome bd biosynthesis, fused ATPase and permease components [Energy production and conversion / Posttranslational modification, protein turnover, chaperones]" /inference="protein motif:CDD:CydD, ABC-type transport system involved in cytochrome bd biosynthesis, ATPase and permease components [Energy production and conversion / Posttranslational modification, protein turnover, chaperones]" /inference="protein motif:CDD:CysA, ABC-type sulfate/molybdate transport systems, ATPase component [Inorganic ion transport and metabolism]" /inference="protein motif:CDD:DppD, ABC-type dipeptide/oligopeptide/nickel transport system, ATPase component [Amino acid transport and metabolism / Inorganic ion transport and metabolism]" /inference="protein motif:CDD:DppF, ABC-type dipeptide/oligopeptide/nickel transport system, ATPase component [Amino acid transport and metabolism / Inorganic ion transport and metabolism]" /inference="protein motif:CDD:FepC, ABC-type cobalamin/Fe3+-siderophores transport systems, ATPase components [Inorganic ion transport and metabolism / Coenzyme metabolism]" /inference="protein motif:CDD:FtsE, Predicted ATPase involved in cell division [Cell division and chromosome partitioning]" /inference="protein motif:CDD:GlnQ, ABC-type polar amino acid transport system, ATPase component [Amino acid transport and metabolism]" /inference="protein motif:CDD:HisP, ABC-type histidine transport system, ATPase component [Amino acid transport and metabolism]" /inference="protein motif:CDD:LivF, ABC-type branched-chain amino acid transport systems, ATPase component [Amino acid transport and metabolism]" /inference="protein motif:CDD:LivG, ABC-type branched-chain amino acid transport systems, ATPase component [Amino acid transport and metabolism]" /inference="protein motif:CDD:MalK, ABC-type sugar transport systems, ATPase components [Carbohydrate transport and metabolism]" /inference="protein motif:CDD:MdlB, ABC-type multidrug transport system, ATPase and permease components [Defense mechanisms]" /inference="protein motif:CDD:MglA, ABC-type sugar transport system, ATPase component [Carbohydrate transport and metabolism]" /inference="protein motif:CDD:ModC, ABC-type molybdate transport system, ATPase component [Inorganic ion transport and metabolism]" /inference="protein motif:CDD:ModF, ABC-type molybdenum transport system, ATPase component/photorepair protein PhrA [Inorganic ion transport and metabolism]" /inference="protein motif:CDD:NatA, ABC-type Na+ transport system, ATPase component [Energy production and conversion / Inorganic ion transport and metabolism]" /inference="protein motif:CDD:OpuBA, ABC-type proline/glycine betaine transport systems, ATPase components [Amino acid transport and metabolism]" /inference="protein motif:CDD:PhnK, ABC-type phosphonate transport system, ATPase component [Inorganic ion transport and metabolism]" /inference="protein motif:CDD:PhnK, ABC-type uncharacterized transport system, ATPase component [General function prediction only]" /inference="protein motif:CDD:PhnL, ABC-type phosphonate transport system, ATPase component [Inorganic ion transport and metabolism]" /inference="protein motif:CDD:PotA, ABC-type spermidine/putrescine transport systems, ATPase components [Amino acid transport and metabolism]" /inference="protein motif:CDD:ProV, ABC-type proline/glycine betaine transport system, ATPase component [Amino acid transport and metabolism]" /inference="protein motif:CDD:PstB, ABC-type phosphate transport system, ATPase component [Inorganic ion transport and metabolism]" /inference="protein motif:CDD:PvdE, ABC-type siderophore export system, fused ATPase and permease components [Secondary metabolites biosynthesis, transport, and catabolism / Inorganic ion transport and metabolism]" /inference="protein motif:CDD:SalX, ABC-type antimicrobial peptide transport system, ATPase component [Defense mechanisms]" /inference="protein motif:CDD:SapD, ABC-type antimicrobial peptide transport system, ATPase component [Defense mechanisms]" /inference="protein motif:CDD:SapF, ABC-type antimicrobial peptide transport system, ATPase component [Defense mechanisms]" /inference="protein motif:CDD:SufC, ABC-type transport system involved in Fe-S cluster assembly, ATPase component [Posttranslational modification, protein turnover, chaperones]" /inference="protein motif:CDD:SunT, ABC-type bacteriocin/lantibiotic exporters, contain an N-terminal double-glycine peptidase domain [Defense mechanisms]" /inference="protein motif:CDD:TagH, ABC-type polysaccharide/polyol phosphate transport system, ATPase component [Carbohydrate transport and metabolism / Cell envelope biogenesis, outer membrane]" /inference="protein motif:CDD:TauB, ABC-type nitrate/sulfonate/bicarbonate transport system, ATPase component [Inorganic ion transport and metabolism]" /inference="protein motif:CDD:TauB, ABC-type taurine transport system, ATPase component [Inorganic ion transport and metabolism]" /inference="protein motif:CDD:ThiQ, ABC-type thiamine transport system, ATPase component [Coenzyme metabolism]" /inference="protein motif:CDD:Ttg2A, ABC-type transport system involved in resistance to organic solvents, ATPase component [Secondary metabolites biosynthesis, transport, and catabolism]" /inference="protein motif:CDD:Uup, ATPase components of ABC transporters with duplicated ATPase domains [General function prediction only]" /inference="protein motif:CDD:YhbG, ABC-type (unclassified) transport system, ATPase component [General function prediction only]" /inference="protein motif:CDD:ZnuC, ABC-type Mn/Zn transport systems, ATPase component [Inorganic ion transport and metabolism]" /inference="protein motif:COG:COG1122 ABC-type cobalt transport system, ATPase component; P Inorganic ion transport and metabolism" /inference="protein motif:Gene3D:G3D.3.40.50.300 no description" /inference="protein motif:HMMPanther:PTHR19222 ATP-BINDING CASSETTE TRANSPORTER" /inference="protein motif:HMMPfam:PF00005 ABC_tran InterPro:IPR003439 ABC transporter related GO:Molecular Function:ATP binding (GO:0005524), Molecular Function:ATPase activity (GO:0016887)" /inference="protein motif:HMMSmart:SM00382 no description InterPro:IPR003593 AAA ATPase GO:Molecular Function:nucleotide binding (GO:0000166), Molecular Function:nucleoside-triphosphatase activity (GO:0017111)" /inference="protein motif:ProfileScan:PS50100 DA_BOX InterPro:IPR003439 ABC transporter related GO:Molecular Function:ATP binding (GO:0005524), Molecular Function:ATPase activity (GO:0016887)" /inference="protein motif:ProfileScan:PS50101 ATP_GTP_A2" /inference="protein motif:ProfileScan:PS50893 ABC_TRANSPORTER_2 InterPro:IPR003439 ABC transporter related GO:Molecular Function:ATP binding (GO:0005524), Molecular Function:ATPase activity (GO:0016887)" /inference="protein motif:ScanRegExp:PS00211 ABC_TRANSPORTER_1 InterPro:IPR003439 ABC transporter related GO:Molecular Function:ATP binding (GO:0005524), Molecular Function:ATPase activity (GO:0016887)" /inference="protein motif:superfamily:SSF52540 P-loop containing nucleoside triphosphate hydrolases" /codon_start=1 /transl_table=11 /product="ABC-type cobalt transport system, ATPase component, cbiO (cbiO)" /protein_id="ACS34304.1" /translation="MILVESIHHSRNGKEVLRGVNMSLDRGEVLALLGPNGAGKTTLA KHLNGLLKPTKGRVLVDGIDTRKSSVAELSRKVGYVFQRLERMFFTGRVFDEVAFGPG SLGMDENEVKERVEWALSLVGLKGYENRKPLSLSGGEMRKLAIACVLAMGTDYVILDE PTSDLDGRGFKAVVELVKRLRAEGKGVLLITHDVELALEVSDRVVVLFNGRIAFEGKP EGLLNLNLWEYGLRETRWIELMRRSLIEGH" gene complement(1737870..1738604) /gene="birA-2" /locus_tag="TGAM_1803" /note="tg1803" CDS complement(1737870..1738604) /gene="birA-2" /locus_tag="TGAM_1803" /EC_number="6.3.4.15" /inference="protein motif:CDD:BirA, Biotin-(acetyl-CoA carboxylase) ligase [Coenzyme metabolism]" /inference="protein motif:COG:COG0340 Biotin-(acetyl-CoA carboxylase) ligase; H Coenzyme transport and metabolism" /inference="protein motif:Gene3D:G3D.1.10.10.10 no description InterPro:IPR011991 Winged helix repressor DNA-binding" /inference="protein motif:Gene3D:G3D.3.30.930.10 no description" /inference="protein motif:HMMPfam:PF03099 BPL_LipA_LipB InterPro:IPR004143 Biotin/lipoate A/B protein ligase GO:Molecular Function:catalytic activity (GO:0003824), Biological Process:protein modification (GO:0006464)" /inference="protein motif:HMMPfam:PF08279 HTH_11 InterPro:IPR013196 Helix-turn-helix, type 11" /inference="protein motif:superfamily:SSF46785 'Winged helix' DNA-binding domain" /inference="protein motif:superfamily:SSF55681 Class II aaRS and biotin synthetases" /codon_start=1 /transl_table=11 /product="Bifunctional biotin operon repressor/biotin--[acetyl CoA carboxylase] (birA)" /protein_id="ACS34305.1" /translation="MKVHLRGALRESETKRFILRRLRKGPASGTELARKLGISRVAVW KHIKELNSLGYSIRATGKGYCLEKEAKIPCPWELEVKAIYFHAVSSTMEVARALAERG TLRTFVIAGEQTSGRGRLGRSWLSMPGGLYFSLALSPGIPMEDLSDLRLRIMEEVAGA IKNFGVDVKVNENGIFTKNGKLGGVLVEGFGEPELARFAVVGVGVNVNNPVPRGGTSL SLELGKRVSLLRVAKAVIEGVSYDTC" gene 1738663..1739175 /gene="bioY" /locus_tag="TGAM_1804" /note="tg1804" CDS 1738663..1739175 /gene="bioY" /locus_tag="TGAM_1804" /inference="protein motif:CDD:BioY, BioY family" /inference="protein motif:CDD:BioY, Uncharacterized conserved protein [General function prediction only]" /inference="protein motif:COG:COG1268 Uncharacterized conserved protein; R General function prediction only" /inference="protein motif:HMMPfam:PF02632 BioY InterPro:IPR003784 BioY protein" /note="6 probable transmembrane helices predicted by modhmm" /codon_start=1 /transl_table=11 /product="Biotin biosynthesis protein, bioY (bioY)" /protein_id="ACS34306.1" /translation="MRPRDIGLISTFTAFTALGAQVAIPIGPVPITLQVLFVLLSGLV LGARLGFLSQTLYLLLGLLGFPVFAHLGSGFAVLYGPTGGYLLAFPLASFLAGMMSGR GKAIEMAGALLAIGAIYLLGWARLSLLIGPEKAFYLGVLPFVGVDVAKAVVAVLVANA VREALPEGRF" gene 1739202..1739669 /locus_tag="TGAM_1805" /note="tg1805" CDS 1739202..1739669 /locus_tag="TGAM_1805" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:COG1325, Predicted exosome subunit [Translation, ribosomal structure and biogenesis]" /inference="protein motif:CDD:DUF54, Protein of unknown function DUF54" /inference="protein motif:COG:COG1325 Predicted exosome subunit; J Translation, ribosomal structure and biogenesis" /inference="protein motif:HMMPfam:PF01877 DUF54 InterPro:IPR002739 Protein of unknown function DUF54" /note="Belongs to DUF54 family" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein" /protein_id="ACS34307.1" /translation="MGDMTLRAHHVRLTTFIQATEDEDKVLEAIGTFIPEDIDDEDVY FEVLETEGFFGNPIKVVNVEIKRSKAVRAFLRHFKELLDESARRYILENLDEKVDEEG TLYVRFNKQKAYLGEVEVDEGGDTIQVKIKVKAFPMRKEAVVKAVREWLEEKE" gene 1739666..1740310 /gene="rnp3" /locus_tag="TGAM_1806" /note="tg1806" CDS 1739666..1740310 /gene="rnp3" /locus_tag="TGAM_1806" /EC_number="3.1.26.5" /inference="protein motif:BlastProDom:PD016938 O59543_PYRHO_O59543; InterPro:IPR011582 RNase P subunit p30, archaeal GO:Molecular Function:ribonuclease activity (GO:0004540), Biological Process:tRNA processing (GO:0008033)" /inference="protein motif:CDD:RNase_P_p30, RNase P subunit p30" /inference="protein motif:CDD:RPP1, RNase P/RNase MRP subunit p30 [Translation, ribosomal structure and biogenesis]" /inference="protein motif:COG:COG1603 RNase P/RNase MRP subunit p30; J Translation, ribosomal structure and biogenesis" /inference="protein motif:HMMPfam:PF01876 RNase_P_p30 InterPro:IPR002738 RNase P subunit p30 GO:Molecular Function:ribonuclease activity (GO:0004540), Biological Process:tRNA processing (GO:0008033)" /codon_start=1 /transl_table=11 /product="Ribonuclease P protein component 3 (rnp3)" /protein_id="ACS34308.1" /translation="MSEREYFVEMDVRSVEAYELAKEWFDEVVFTKKLILDTEPDWDS LKEELRELRRTYGKVAVLLVTRKPSLIRTFKARNLKALLYVQGGDMRVNRMAIEAKVD ALISPWLGRKDYGFDHTLAGMAGRRGVAIGFSLSPLLRANPYERALTLRFMAKVWELV RKYRVPRFITSSAESKWEVRGPRDLMSLGINIGMEIPEARASLNFHPRSLLSRL" gene 1740482..1741537 /gene="lysC" /locus_tag="TGAM_1807" /note="tg1807" CDS 1740482..1741537 /gene="lysC" /locus_tag="TGAM_1807" /EC_number="2.7.2.4" /inference="protein motif:CDD:AA_kinase, Amino acid kinase family" /inference="protein motif:CDD:AAK, Amino Acid Kinases (AAK) superfamily, catalytic domain" /inference="protein motif:CDD:AAK_AK, AAK_AK:Amino Acid Kinase Superfamily (AAK), Aspartokinase (AK)" /inference="protein motif:CDD:AAK_AK-DapDC, AAK_AK-DapDC:Amino Acid Kinase Superfamily (AAK), AK-DapDC" /inference="protein motif:CDD:AAK_AK-DapG-like, AAK_AK-DapG-like:Amino Acid Kinase Superfamily (AAK), AK-DapG-like" /inference="protein motif:CDD:AAK_AK-Hom3, AAK_AK-Hom3:Amino Acid Kinase Superfamily (AAK), AK-Hom3" /inference="protein motif:CDD:AAK_AK-HSDH, AAK_AK-HSDH:Amino Acid Kinase Superfamily (AAK), AK-HSDH" /inference="protein motif:CDD:AAK_AK-HSDH-like, AAK_AK-HSDH-like:Amino Acid Kinase Superfamily (AAK), AK-HSDH-like" /inference="protein motif:CDD:AAK_AK-LysC-like, AAK_AK-LysC-like:Amino Acid Kinase Superfamily (AAK), AK-LysC-like" /inference="protein motif:CDD:AAK_AKi-DapG-BS, AAK_AKi-DapG-BS:Amino Acid Kinase Superfamily (AAK), AKi-DapG" /inference="protein motif:CDD:AAK_AKii-LysC-BS, AAK_AKii-LysC-BS:Amino Acid Kinase Superfamily (AAK), AKii" /inference="protein motif:CDD:AAK_AKiii-LysC-EC, AAK_AKiii-LysC-EC:Amino Acid Kinase Superfamily (AAK), AKiii-LysC-EC:this CD includes the N-terminal catalytic aspartokinase (AK) domain of the lysine-sensitive aspartokinase isoenzyme AKIII" /inference="protein motif:CDD:AAK_AKiii-YclM-BS, AAK_AKiii-YclM-BS:Amino Acid Kinase Superfamily (AAK), AKiii-YclM-BS" /inference="protein motif:CDD:LysC, Aspartokinases [Amino acid transport and metabolism]" /inference="protein motif:COG:COG0527 Aspartokinases; E Amino acid transport and metabolism" /inference="protein motif:Gene3D:G3D.3.40.1160.10 no description" /inference="protein motif:HMMPfam:PF00696 AA_kinase InterPro:IPR001048 Aspartate/glutamate/uridylate kinase GO:Biological Process:amino acid biosynthesis (GO:0008652)" /inference="protein motif:HMMPIR:PIRSF000726 Aspartate kinase InterPro:IPR012150 Aspartate kinase GO:Molecular Function:aspartate kinase activity (GO:0004072), Biological Process:amino acid biosynthesis (GO:0008652)" /inference="protein motif:HMMTigr:TIGR02078 AspKin_pair:Pyrococcus aspartate kinase InterPro:IPR011819 Pyrococcus aspartate kinase subunit, putative" /inference="protein motif:ScanRegExp:PS00324 ASPARTOKINASE InterPro:IPR001341 Aspartate kinase region GO:Molecular Function:aspartate kinase activity (GO:0004072), Biological Process:amino acid biosynthesis (GO:0008652)" /inference="protein motif:superfamily:SSF53633 Carbamate kinase-like InterPro:IPR001048 Aspartate/glutamate/uridylate kinase GO:Biological Process:amino acid biosynthesis (GO:0008652)" /codon_start=1 /transl_table=11 /product="Aspartate kinase (lysC)" /protein_id="ACS34309.1" /translation="MVEKLSVVKFGGSSVRDSFWSALELVDYLLEGSRLVVVVSALRG VTEKLLELSERPEWELFESIALEHSRIADKLGAEVKPLLDELEKAIKENRHDPEWKDY ILSFGERFSAVLFAKALENEGIPTIPIDAREILTLRGSFGNAEIDFSASLPRVRKLGE LAEKAVPVVTGFIGNLNGKTATLGRGGSDYTASALGAMLDAKGVLIMSDVKGIYTADP RLVPEARLIHFLSRERALLAAKLGMKALHPRTIEPLGSIPLILGRTEDWRLGTLVSDF GDDWPIIVHRVEGERARISIVGVEELPGWKGVKGNGYFSIAVEREELVPALREIHGVV FDEDPRSCHHSELWARV" gene 1741488..1742366 /gene="thrB" /locus_tag="TGAM_1808" /note="tg1808" CDS 1741488..1742366 /gene="thrB" /locus_tag="TGAM_1808" /EC_number="2.7.1.39" /inference="protein motif:CDD:COG1685, Archaeal shikimate kinase [Amino acid transport and metabolism / Coenzyme metabolism]" /inference="protein motif:CDD:GHMP_kinases, GHMP kinases putative ATP-binding protein" /inference="protein motif:CDD:IspE, 4-diphosphocytidyl-2C-methyl-D-erythritol 2-phosphate synthase [Lipid metabolism]" /inference="protein motif:CDD:ThrB, Homoserine kinase [Amino acid transport and metabolism]" /inference="protein motif:COG:COG0083 Homoserine kinase; E Amino acid transport and metabolism" /inference="protein motif:FPrintScan:PR00958 HOMSERKINASE InterPro:IPR000870 Homoserine kinase GO:Molecular Function:homoserine kinase activity (GO:0004413), Molecular Function:ATP binding (GO:0005524), Biological Process:threonine metabolism (GO:0006566)" /inference="protein motif:Gene3D:G3D.1.10.8.90 no description" /inference="protein motif:Gene3D:G3D.3.30.230.10 no description" /inference="protein motif:HMMPfam:PF00288 GHMP_kinases_N InterPro:IPR006204 GHMP kinase GO:Molecular Function:ATP binding (GO:0005524), Molecular Function:kinase activity (GO:0016301), Biological Process:phosphorylation (GO:0016310)" /inference="protein motif:HMMPfam:PF08544 GHMP_kinases_C InterPro:IPR013750 GHMP kinase, C terminal" /inference="protein motif:HMMPIR:PIRSF000676 Homoserine kinase InterPro:IPR000870 Homoserine kinase GO:Molecular Function:homoserine kinase activity (GO:0004413), Molecular Function:ATP binding (GO:0005524), Biological Process:threonine metabolism (GO:0006566)" /inference="protein motif:HMMTigr:TIGR00191 thrB:homoserine kinase InterPro:IPR000870 Homoserine kinase GO:Molecular Function:homoserine kinase activity (GO:0004413), Molecular Function:ATP binding (GO:0005524), Biological Process:threonine metabolism (GO:0006566)" /inference="protein motif:superfamily:SSF54211 Ribosomal protein S5 domain 2-like" /inference="protein motif:superfamily:SSF55060 GHMP Kinase, C-terminal domain" /codon_start=1 /transl_table=11 /product="Homoserine kinase (thrB)" /protein_id="ACS34310.1" /translation="MKIRVHATIANFGPGFDVFGVGIGEPYDELSFRESSEWEIRVKG HDVPADVRNTAVVAARALAEMAGEEVALRMKLRKGIRPRSGLGSSGASSLAGALAMAR VLGVEDERLILRAAMEGERAASGSAHGDNVVPAYYGDFTILESYEPLRVRRIPVDFDV VAVLPAVEIPTSEARRVLPPKIPLKDAVRNIALASSLVLALKENDLKAVGRLLDDRIA LPYRKRLMPWYDRARKAALEAGAYGFSVSGSGPAVFAVGGDVAQIGKAVAEAFEGFGI EVDVYVTKAGRGALWF" gene 1742363..1743535 /gene="thrC-1" /locus_tag="TGAM_1809" /note="tg1809" CDS 1742363..1743535 /gene="thrC-1" /locus_tag="TGAM_1809" /EC_number="4.2.3.12" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:Acd, 1-aminocyclopropane-1-carboxylate deaminase [Amino acid transport and metabolism]" /inference="protein motif:CDD:CysK, Cysteine synthase [Amino acid transport and metabolism]" /inference="protein motif:CDD:IlvA, Threonine dehydratase [Amino acid transport and metabolism]" /inference="protein motif:CDD:PALP, Pyridoxal-phosphate dependent enzyme" /inference="protein motif:CDD:ThrC, Threonine synthase [Amino acid transport and metabolism]" /inference="protein motif:CDD:TrpB, Tryptophan synthase beta chain [Amino acid transport and metabolism]" /inference="protein motif:COG:COG0498 Threonine synthase; E Amino acid transport and metabolism" /inference="protein motif:Gene3D:G3D.3.40.50.1100 no description" /inference="protein motif:HMMPanther:PTHR10314 CYSTEINE/THREONINE/TRYPTOPHAN METABOLISM" /inference="protein motif:HMMPanther:PTHR10314:SF5 THREONINE SYNTHASE" /inference="protein motif:HMMPfam:PF00291 PALP InterPro:IPR001926 Pyridoxal-5'-phosphate-dependent enzyme, beta subunit GO:Molecular Function:catalytic activity (GO:0003824), Biological Process:metabolism (GO:0008152)" /inference="protein motif:HMMTigr:TIGR00260 thrC:threonine synthase InterPro:IPR004450 Threonine synthase GO:Molecular Function:threonine synthase activity (GO:0004795), Biological Process:threonine biosynthesis (GO:0009088)" /inference="protein motif:ProfileScan:PS50148 PALP_1 InterPro:IPR001926 Pyridoxal-5'-phosphate-dependent enzyme, beta subunit GO:Molecular Function:catalytic activity (GO:0003824), Biological Process:metabolism (GO:0008152)" /inference="protein motif:ScanRegExp:PS00165 DEHYDRATASE_SER_THR InterPro:IPR000634 Serine/threonine dehydratase, pyridoxal-phosphate-binding site GO:Biological Process:amino acid metabolism (GO:0006520)" /inference="protein motif:superfamily:SSF53686 Tryptophan synthase beta subunit-like PLP-dependent enzymes" /codon_start=1 /transl_table=11 /product="Threonine synthase (thrC)" /protein_id="ACS34311.1" /translation="MRCIECGREYDENELRYRCDCGGLLEVVTDLERAEDVFDGKNVT LWKYESWLPVRKRVSLNEGGTPLYRLSNLERELGVELYAKNEGANPTGSFKDRGMTVG VSKALELGMDKVICASTGNTSASLAAYAAKAGIKAYVLVPSGKIALGKLAQAIIYGAR VVPVKGNFDDALRVVVEASAKLGVYMLNSINPFRLEGQKTIALEIYDQLGFVPDNVVL PVGNAGNISAIWKGFKELYEKGITDELPRMIGIQAEGAAPLARAWKAKKPFEPVENPE TVATAIRIGNPANWPKAWRAVEESGGLFESVSDGEILRAQELLASREGLFVEPASAAP LAGLMKLLESGELDRGESYVLVTTGHGLKDPNVVVNRFTLPKPIEPTLEAFREVMK" gene 1743532..1744536 /gene="asd" /locus_tag="TGAM_1810" /note="tg1810" CDS 1743532..1744536 /gene="asd" /locus_tag="TGAM_1810" /EC_number="1.2.1.11" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:ArgC, Acetylglutamate semialdehyde dehydrogenase [Amino acid transport and metabolism]" /inference="protein motif:CDD:Asd, Aspartate-semialdehyde dehydrogenase [Amino acid transport and metabolism]" /inference="protein motif:CDD:Semialdhyde_dh, Semialdehyde dehydrogenase, NAD binding domain" /inference="protein motif:CDD:Semialdhyde_dhC, Semialdehyde dehydrogenase, dimerisation domain" /inference="protein motif:COG:COG0136 Aspartate-semialdehyde dehydrogenase; E Amino acid transport and metabolism" /inference="protein motif:Gene3D:G3D.3.30.550.10 no description" /inference="protein motif:Gene3D:G3D.3.40.50.720 no description" /inference="protein motif:HMMPanther:PTHR10174 SEC14 RELATED PROTEIN" /inference="protein motif:HMMPanther:PTHR10174:SF5 SEC14-RELATED" /inference="protein motif:HMMPfam:PF01118 Semialdhyde_dh InterPro:IPR000534 Semialdehyde dehydrogenase, NAD - binding" /inference="protein motif:HMMPfam:PF02774 Semialdhyde_dhC InterPro:IPR012280 Semialdehyde dehydrogenase, dimerisation region" /inference="protein motif:HMMPIR:PIRSF000148 Aspartate-semialdehyde dehydrogenase InterPro:IPR012080 Aspartate-semialdehyde dehydrogenase" /inference="protein motif:HMMTigr:TIGR00978 asd_EA:aspartate-semialdehyde dehydrogenase InterPro:IPR005676 Aspartate-semialdehyde dehydrogenase, peptidoglycan lacking" /inference="protein motif:superfamily:SSF51735 NAD(P)-binding Rossmann-fold domains" /inference="protein motif:superfamily:SSF55347 Glyceraldehyde-3-phosphate dehydrogenase-like, C-terminal domain" /codon_start=1 /transl_table=11 /product="Aspartate-semialdehyde dehydrogenase (asd)" /protein_id="ACS34312.1" /translation="MRVAVLGATGLVGRTFVRLLQGHPWFKVEALVASERSAGRRYGE LVEDAPEEFGDIEVVSLGEFLRDVDVDIAFNALPASISREVEEKLAEQIPVFTNARSH RYDDDVPILVPEVNPEHMKLIEVQRERRNWNGFIVTNPNCSTAILTVSLAPLREFGIK RIHVATMQAISGAGFSGLSAFAIQDNVIPLIEGEEWKIENETRKILGSLEGDKIKPAP FEISAIATRVPVLHGHTEAVFIELERGSVEDIREAFRSFDPLRKLDLPSYERPLVYTD VPQPRLHRDRGRGLTVTVGRLEESSSTFKYVVTGHNLVRGAAGGSILNAELAKRLGHI " gene complement(1744548..1745870) /gene="trpB" /locus_tag="TGAM_1811" /note="tg1811" CDS complement(1744548..1745870) /gene="trpB" /locus_tag="TGAM_1811" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:COG:COG1350 Predicted alternative tryptophan synthase beta-subunit (paralog of TrpB); R General function prediction only" /inference="protein motif:Gene3D:G3D.3.40.50.1100 no description" /inference="protein motif:HMMPanther:PTHR10314 CYSTEINE/THREONINE/TRYPTOPHAN METABOLISM" /inference="protein motif:HMMPanther:PTHR10314:SF2 TRYPTOPHAN SYNTHASE BETA CHAIN" /inference="protein motif:HMMPfam:PF00291 PALP InterPro:IPR001926 Pyridoxal-5'-phosphate-dependent enzyme, beta subunit GO:Molecular Function:catalytic activity (GO:0003824), Biological Process:metabolism (GO:0008152)" /inference="protein motif:HMMPIR:PIRSF001413 Tryptophan synthase, beta subunit" /inference="protein motif:HMMTigr:TIGR01415 trpB_rel:pyridoxal-phosphate dependent TrpB InterPro:IPR006316 Tryptophan synthase, beta chain-like GO:Biological Process:tryptophan biosynthesis (GO:0000162), Molecular Function:tryptophan synthase activity (GO:0004834), Molecular Function:pyridoxal phosphate binding (GO:0030170)" /inference="protein motif:ProfileScan:PS50148 PALP_1 InterPro:IPR001926 Pyridoxal-5'-phosphate-dependent enzyme, beta subunit GO:Molecular Function:catalytic activity (GO:0003824), Biological Process:metabolism (GO:0008152)" /inference="protein motif:ScanRegExp:PS00168 TRP_SYNTHASE_BETA InterPro:IPR006653 Tryptophan synthase, beta chain and related GO:Molecular Function:tryptophan synthase activity (GO:0004834), Biological Process:tryptophan metabolism (GO:0006568)" /inference="protein motif:superfamily:SSF53686 Tryptophan synthase beta subunit-like PLP-dependent enzymes" /note="Pyridoxal-phosphate dependent enzyme. Beta subunit of tryptophan synthase is missing" /codon_start=1 /transl_table=11 /product="Tryptophan synthase, beta chain-like (trpB)" /protein_id="ACS34313.1" /translation="MKAVLPDSKIPKRWYNILPDLPEPLAPPLDPETDEPIEPEKLLR IFAEELVKQEMSTERYIEIPKKVRELYAKIGRPTPLFRATNLEKALGTPARIYFKYEG ATVTGSHKINTALAQAYYAKEQGIERLVTETGAGQWGTALSLAGALLGLKIRVYMARA SYQQKPYRKTIMRLYGAEIYPSPSDRTEIGRKFLSEDPNHPGGLGIAISEAIEDVLKD EKARYALGSVLNHVLMHQTVIGLEAQEQMKEFEEPDVIIGCVGGGSNFAGLAYPFVRD VLSGKADYEFIAVEPKAAPSMTRGVYKYDFGDSGGYTPKMKMHTLGHTYYVPPIHAGG LRYHGLAPTLSILINHGIVKPVAYHQTEVFQAAELFAKTEGIIPAPESAHAIKGVIDR ALKAKEEGREEVILFNLSGHGLLDLKGYEDYLDGKLEDYEPDYFPALG" gene complement(1746197..1746637) /locus_tag="TGAM_1812" /note="tg1812" CDS complement(1746197..1746637) /locus_tag="TGAM_1812" /experiment="gene product confirmed by mass spectrometry" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein" /protein_id="ACS34314.1" /translation="MKEGREMERVQKATVDLVSLFSGENSEPHLVGILVARSNRRSYN FSLFDITENELVLQLHIGNALVYLAFESPEEIDEDEYPELVEELLRRAVPAVKELIKA LDAENLEEPVILYDEMSPDVKEFVYDLLMRHRRGASPYDQTEPA" gene 1746802..1747263 /locus_tag="TGAM_1813" /note="tg1813" CDS 1746802..1747263 /locus_tag="TGAM_1813" /inference="protein motif:ScanRegExp:PS00622 HTH_LUXR_1 InterPro:IPR000792 Bacterial regulatory protein, LuxR GO:Molecular Function:transcription factor activity (GO:0003700), Cellular Component:intracellular (GO:0005622), Biological Process:regulation of transcription, DNA-dependent (GO:0006355), Molecular Function:sequence-specific DNA binding (GO:0043565)" /note="4 probable transmembrane helices predicted by modhmm" /codon_start=1 /transl_table=11 /product="Regulatory protein, LuxR family, putative" /protein_id="ACS34315.1" /translation="MRPIPFLAALLVLVAMGMPWFTSQHTSEGVVAHAVAIDNGSSPS NRFLSFLDVVKGLYLNEKEIRNYLHLKAKEKSISELLSIISVPLILLGAVIGLFNGKL GHGVGLAGMILLTVGLVPWGSGGGTLSVGVGYLLAWVGFSVGFVSSALSKK" gene complement(1747265..1747855) /locus_tag="TGAM_1814" /note="tg1814" CDS complement(1747265..1747855) /locus_tag="TGAM_1814" /EC_number="3.2.2.-" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:COG1573, Uracil-DNA glycosylase [DNA replication, recombination, and repair]" /inference="protein motif:CDD:UDG, Uracil DNA glycosylase superfamily" /inference="protein motif:COG:COG1573 Uracil-DNA glycosylase; L Replication, recombination and repair" /inference="protein motif:Gene3D:G3D.3.40.470.10 no description" /inference="protein motif:HMMPfam:PF03167 UDG InterPro:IPR005122 Uracil-DNA glycosylase superfamily" /inference="protein motif:HMMTigr:TIGR00758 UDG_fam4:uracil-DNA glycosylase, family InterPro:IPR005273 Phage SPO1 DNA polymerase-related protein" /inference="protein motif:superfamily:SSF52141 DNA glycosylase" /codon_start=1 /transl_table=11 /product="Uracil-DNA glycosylase" /protein_id="ACS34316.1" /translation="MPMGKEELMRKLEEKIRNCRKCPLGQLRTNAVPGSGSYDAKVMF VGEAPGYWEDQKGLPFVGRAGKVLDELLEGIGLSRDDVYITNIVKCRPPENRDPTEEE IRACSPYLDMQIDIIRPKVIVPLGRHSMGYLLRKFGFEPEPISKIHGKVFRANTLFGR IIIMPMYHPAAALYKPPLREELRKDFEKLRKILNEL" gene complement(1747855..1748205) /locus_tag="TGAM_1815" /note="tg1815" CDS complement(1747855..1748205) /locus_tag="TGAM_1815" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:superfamily:SSF47587 Domain of poly(ADP-ribose) polymerase" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein" /protein_id="ACS34317.1" /translation="MPAREMRMEMFLRALLRRDFSRAKGHMEKLQKIAGNDEWGRGYS KAVIGFLSAIQDNDPDSLVVQLLKEHDRKKAEEVLERFERILRQEFRDEYERGYFTAW VEFLKAYLSQKTLA" gene 1748365..1750137 /locus_tag="TGAM_1816" /note="tg1816" CDS 1748365..1750137 /locus_tag="TGAM_1816" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:COG:COG1964 Predicted Fe-S oxidoreductases; R General function prediction only" /inference="protein motif:HMMPanther:PTHR11228 PUTATIVE MOLYBDOPTERIN COFACTOR SYNTHESIS PROTEIN A" /inference="protein motif:HMMPfam:PF04055 Radical_SAM InterPro:IPR007197 Radical SAM GO:Molecular Function:catalytic activity (GO:0003824), Molecular Function:iron ion binding (GO:0005506)" /inference="protein motif:ScanRegExp:PS01305 MOAA_NIFB_PQQE InterPro:IPR000385 MoaA/nifB/pqqE GO:Molecular Function:catalytic activity (GO:0003824), Molecular Function:iron ion binding (GO:0005506)" /inference="protein motif:superfamily:SSF51604 Enolase C-terminal domain-like" /codon_start=1 /transl_table=11 /product="Radical SAM protein, MoaA/nifB/pqqE family" /protein_id="ACS34318.1" /translation="MAESLGEIPSGEKEFAESTKRIRDIVEFPEISEDEFYEMLKTAS RGYGGDLPHRTYSLCPETRRVVPALVWEKDGKVWITKKCPEGMITDLYYESVETYNRF RKWLWSRKELYSTNVENSGVNCPFDCGMCARHRSHTNLLNIVLTNRCNLSCWYCFFYA REGQPIYEPTLEQIRMMLRNAKKEYPIGANAVQFTGGEPTLRDDLIEIIKIAKEEGYD HVQLNTDGIRLAFEPELVKKIREAGTNTLYLSYDGMTPQTNWKNHWEIPLIFENVRKA GGPGIVLVPTTIRNVNDHELGAIINFGLNHLDIVRGVNFQPLSQVGRVPKKERQRFRI TIPGAIKRIEEQTNGVIAMEDWYPIPIAGHIARFFEAFTGSRYYMTSHFACGAATYVF LDRENKRVVPISRFLDVEGFVEFLEEKAEEIEQWKKLGKLQKLKLGAEIFLKFKSFYD EKYAPKGLSVLELIKNAFMHGNYDALGKFHENALFIGMMHFMDEYNYDVERVERCVIH YAMPDGRIVPFCTFNVIPEIYRDKVQAQFSYTWEEWKRLHPDWDYKKDKYFRSKEFVE KMKKSELYRKTYIDIEDYFGVKEV" gene 1750134..1750448 /locus_tag="TGAM_1817" /note="tg1817" CDS 1750134..1750448 /locus_tag="TGAM_1817" /experiment="gene product confirmed by mass spectrometry" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein" /protein_id="ACS34319.1" /translation="MKMSEGMLNRKLVRLNLRFGDIDWERATVKQYELEKEEAIWRVF LNGYAKNGFVVFDPSSIPEEKVLEALGELKPEVRSREELTVEELIEKSMSWNNIMKNA RA" gene complement(1750445..1751884) /locus_tag="TGAM_1818" /note="tg1818" CDS complement(1750445..1751884) /locus_tag="TGAM_1818" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:COG4697, Uncharacterized protein conserved in archaea [Function unknown]" /inference="protein motif:COG:COG4697 Uncharacterized protein conserved in archaea; S Function unknown" /inference="protein motif:Gene3D:G3D.2.120.10.40 no description" /inference="protein motif:superfamily:SSF50969 YVTN repeat-like/Quinoprotein amine dehydrogenase InterPro:IPR011044 Quinoprotein amine dehydrogenase, beta chain-like" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein" /protein_id="ACS34320.1" /translation="MLLPNYRFPGRYGPEWGSGGIFGLRYYNGVLYFTLAFEGEAHFI DVKSEEEKVYDFTLVGPGPTSGGDTYNAVETVDEFIYFGGWVHAPALYREDRRILFTN KYSHVHAYDTEEGEVRLLWRESIHHETDWAGEVSEILYDPYNDRLLLAREDGHANLGV YSLDRKGGKAKRLLDEPSPKGVRVHDTAFFGIGNNFTGGMRKVGALDMIDGRWEFFGV AQSADGGSVVRPELGAMASAYNRVFAFVRGGIIAGNPLMGEDLTFYRLFDFPTFYAPF RVNAINVGGGILTAFNAHHDAIYSRGPGNEFEWEATNTIVGPSVLLYIAPPVVKIVGA FGARVTSIEKLGGKLLVATNSAPNTGSTEATPFDTGTRDLVLFDEGIIRERPPAVSFL LPALGERPLGGIPLDGYREPRMILHLRRDNRIKICEYDLSLPSTGAAEETFELEPGRN VIDLSAFSGLVSFELEKSDGEGRIKIDLR" gene 1751965..1752303 /gene="lrgA" /locus_tag="TGAM_1819" /note="tg1819" CDS 1751965..1752303 /gene="lrgA" /locus_tag="TGAM_1819" /inference="protein motif:BlastProDom:PD009239 Q9V1R7_PYRAB_Q9V1R7; InterPro:IPR005538 LrgA GO:Molecular Function:molecular function unknown (GO:0005554), Cellular Component:integral to membrane (GO:0016021)" /inference="protein motif:CDD:COG1380, Putative effector of murein hydrolase LrgA [General function prediction only]" /inference="protein motif:CDD:LrgA, LrgA family" /inference="protein motif:COG:COG1380 Putative effector of murein hydrolase LrgA; R General function prediction only" /inference="protein motif:HMMPfam:PF03788 LrgA InterPro:IPR005538 LrgA GO:Molecular Function:molecular function unknown (GO:0005554), Cellular Component:integral to membrane (GO:0016021)" /note="4 probable transmembrane helices predicted by modhmm" /codon_start=1 /transl_table=11 /product="Murein hydrolase exporter, putative lrgA-like protein (lrgA)" /protein_id="ACS34321.1" /translation="MRPYRGLTVIFGFYALGEIVSSGLHLPVPGSVLGMLFLLFALLS GAVKLEWVENEAEFLVKNMSVLFIPPGVGIILYLGLIRAQLVPVSVALVLSFVITLFV TAKTVEVLRR" gene 1752300..1752971 /gene="lrgB" /locus_tag="TGAM_1820" /note="tg1820" CDS 1752300..1752971 /gene="lrgB" /locus_tag="TGAM_1820" /inference="protein motif:CDD:LrgB, LrgB-like family" /inference="protein motif:COG:COG1346 Putative effector of murein hydrolase; M Cell wall/membrane/envelope biogenesis" /inference="protein motif:HMMPfam:PF04172 LrgB InterPro:IPR007300 LrgB-like protein GO:Cellular Component:membrane (GO:0016020)" /inference="protein motif:HMMTigr:TIGR00659 TIGR00659:conserved hypothetical protein T InterPro:IPR005261 Conserved hypothetical protein 659" /note="5 probable transmembrane helices predicted by modhmm" /codon_start=1 /transl_table=11 /product="Murein hydrolase, putative lrgB-like protein (lrgB)" /protein_id="ACS34322.1" /translation="MNPYGITLTLVVFYIFSELHRRKKAVYTNPVLLSIVAISLLLKL GGFSYGSYMESAVFLKFLLGPAVVSLAVPVYKNTGLIARYSREIAAGIIVGGTTAMLT AYWIAKLLGASGTVLRSIAPKSVTTAIAIGISTKIGGIPALTAVLVITTGLLGNAFAP ELLNLFRVRDRIARGLATGVSSHGLGTARIIIEDELAGAVSGLGMALNGVFTALVLPY LIEVL" gene complement(1752939..1753379) /gene="tfx" /locus_tag="TGAM_1821" /note="tg1821" CDS complement(1752939..1753379) /gene="tfx" /locus_tag="TGAM_1821" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:BlastProDom:PD000307 Q8R6Q9_THETN_Q8R6Q9; InterPro:IPR000792 Bacterial regulatory protein, LuxR GO:Molecular Function:transcription factor activity (GO:0003700), Cellular Component:intracellular (GO:0005622), Biological Process:regulation of transcription, DNA-dependent (GO:0006355), Molecular Function:sequence-specific DNA binding (GO:0043565)" /inference="protein motif:CDD:COG1356, Uncharacterized protein conserved in archaea [Function unknown]" /inference="protein motif:COG:COG1356 Uncharacterized protein conserved in archaea; S Function unknown" /inference="protein motif:Gene3D:G3D.1.10.10.10 no description InterPro:IPR011991 Winged helix repressor DNA-binding" /inference="protein motif:HMMPIR:PIRSF004932 DNA-binding protein, Tfx type InterPro:IPR004645 DNA-binding protein Tfx GO:Molecular Function:DNA binding (GO:0003677)" /inference="protein motif:HMMTigr:TIGR00721 tfx:DNA-binding protein, Tfx family InterPro:IPR004645 DNA-binding protein Tfx GO:Molecular Function:DNA binding (GO:0003677)" /inference="protein motif:superfamily:SSF89915 DNA-binding protein Tfx" /codon_start=1 /transl_table=11 /product="Archaeal regulatory protein tfx, LuxR family (tfx)" /protein_id="ACS34323.1" /translation="MPSKSFLTDQQIKILRLRAMGLRQSEIAELLGTSRANVSILERR ALEKIEKARNTLLLWEQINSKVSVEVRRGDDIFEIPERLFRKADEIGVKVPYSTAEII AFLVEHAPVEDRLAKRDFTLFLDSSDRLRVSECILEDFDEIRKD" gene 1753470..1753546 /locus_tag="TGAM_r037" /note="tg_tRNA-Thr3" tRNA 1753470..1753546 /locus_tag="TGAM_r037" /product="tRNA-Thr" /note="codon recognized: ACA" gene 1753853..1754563 /gene="ghd-1" /locus_tag="TGAM_1822" /note="tg1822" CDS 1753853..1754563 /gene="ghd-1" /locus_tag="TGAM_1822" /EC_number="1.4.1.3" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:GdhA, Glutamate dehydrogenase/leucine dehydrogenase [Amino acid transport and metabolism]" /inference="protein motif:CDD:GLFV_dehydrog_N, Glu/Leu/Phe/Val dehydrogenase, dimerisation domain" /inference="protein motif:COG:COG0334 Glutamate dehydrogenase/leucine dehydrogenase; E Amino acid transport and metabolism" /inference="protein motif:Gene3D:G3D.3.40.192.10 no description" /inference="protein motif:HMMPanther:PTHR11606 GLUTAMATE DEHYDROGENASE InterPro:IPR006095 Glu/Leu/Phe/Val dehydrogenase GO:Biological Process:amino acid metabolism (GO:0006520), Molecular Function:oxidoreductase activity (GO:0016491)" /inference="protein motif:HMMPfam:PF02812 ELFV_dehydrog_N InterPro:IPR006097 Glu/Leu/Phe/Val dehydrogenase, dimerisation region GO:Biological Process:amino acid metabolism (GO:0006520), Molecular Function:oxidoreductase activity (GO:0016491)" /inference="protein motif:ScanRegExp:PS00074 GLFV_DEHYDROGENASE InterPro:IPR006095 Glu/Leu/Phe/Val dehydrogenase GO:Biological Process:amino acid metabolism (GO:0006520), Molecular Function:oxidoreductase activity (GO:0016491)" /inference="protein motif:superfamily:SSF53223 Aminoacid dehydrogenase-like, N-terminal domain" /codon_start=1 /transl_table=11 /product="Glutamate dehydrogenase N-terminal domain, containing dimerization domain (ghd)" /protein_id="ACS34324.1" /translation="MVEIDPFEMAVKQLERAAQYMDISEEALEWLKRPMRIVEVSVPI EMDDGSVKVFTGFRVQHNWARGPTKGGIRWHPEETLSTVKALATWMTWKVAVVDLPYG GGKGGIIVDPKKLSEREKERLARAYIRAIYDVIGPWTDIPAPDVYTNPKIMGWMMDEY ETIMRRKGPASVSSPESRSALEVHSAGEQLPHRVPYSPSERPLRPLALTSRVRPSPFR VTVTPVSTPPSSPRSSSA" gene 1754560..1755111 /gene="ghd-2" /locus_tag="TGAM_1823" /note="tg1823" CDS 1754560..1755111 /gene="ghd-2" /locus_tag="TGAM_1823" /EC_number="1.4.1.3" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:GdhA, Glutamate dehydrogenase/leucine dehydrogenase [Amino acid transport and metabolism]" /inference="protein motif:CDD:GLFV_dehydrog, Glutamate/Leucine/Phenylalanine/Valine dehydrogenase" /inference="protein motif:COG:COG0334 Glutamate dehydrogenase/leucine dehydrogenase; E Amino acid transport and metabolism" /inference="protein motif:Gene3D:G3D.3.40.50.720 no description" /inference="protein motif:HMMPanther:PTHR11606 GLUTAMATE DEHYDROGENASE InterPro:IPR006095 Glu/Leu/Phe/Val dehydrogenase GO:Biological Process:amino acid metabolism (GO:0006520), Molecular Function:oxidoreductase activity (GO:0016491)" /inference="protein motif:HMMPfam:PF00208 ELFV_dehydrog InterPro:IPR006096 Glu/Leu/Phe/Val dehydrogenase, C terminal GO:Biological Process:amino acid metabolism (GO:0006520), Molecular Function:oxidoreductase activity (GO:0016491)" /inference="protein motif:superfamily:SSF51735 NAD(P)-binding Rossmann-fold domains" /codon_start=1 /transl_table=11 /product="Glutamate dehydrogenase C-terminal domain (ghd)" /protein_id="ACS34325.1" /translation="MKVVAVSDSKGGIYNPDGLDPDEVLKWKREHGSVKDFPGATNIT NEELLELEVDVLAPAAIEEVITEKNADNIKAKIVAEVANGPVTPEADDILREKGILQI PDFLCNAGGVTVSYFEWVQNINGYYWTEEEVREKLDKKMTKAFWEVYNTAKEKNIHMR DGAYVVAVQRVYQAMLDRGWVKK" gene 1755203..1755790 /gene="nuc" /locus_tag="TGAM_1824" /note="tg1824" CDS 1755203..1755790 /gene="nuc" /locus_tag="TGAM_1824" /EC_number="3.1.31.1" /inference="protein motif:CDD:COG1525, Micrococcal nuclease (thermonuclease) homologs [DNA replication, recombination, and repair]" /inference="protein motif:CDD:SNase, Staphylococcal nuclease homologue" /inference="protein motif:CDD:SNc, Staphylococcal nuclease homologues" /inference="protein motif:COG:COG1525 Micrococcal nuclease (thermonuclease) homologs; L Replication, recombination and repair" /inference="protein motif:Gene3D:G3D.2.40.50.90 no description" /inference="protein motif:HMMPfam:PF00565 SNase InterPro:IPR006021 Staphylococcus nuclease (SNase-like) GO:Molecular Function:nucleic acid binding (GO:0003676)" /inference="protein motif:HMMSmart:SM00318 no description InterPro:IPR006021 Staphylococcus nuclease (SNase-like) GO:Molecular Function:nucleic acid binding (GO:0003676)" /inference="protein motif:ProfileScan:PS50830 TNASE_3 InterPro:IPR006021 Staphylococcus nuclease (SNase-like) GO:Molecular Function:nucleic acid binding (GO:0003676)" /inference="protein motif:superfamily:SSF50199 Staphylococcal nuclease" /note="1 probable transmembrane helix predicted by modhmm" /codon_start=1 /transl_table=11 /product="Thermonuclease (nuc)" /protein_id="ACS34326.1" /translation="MEQRSLGIYISVVLISFLILAGAYTFSHSTLDRSQPQTHVYLGN DSQKVLVYVTRVVDGDTAWVRFPNGTEEKVRFLGVDTPETEEDRNRPNEYDHITDLRC LTIWGLKAEQFTKEIIEHKQVYLVFDPISPRRGYYGRLLAYIYLTNGTDFTAELVKEG YARVYVEGTFEKKEAYLEYQKEAMKKGLGLWGACG" gene complement(1755787..1756953) /locus_tag="TGAM_1825" /note="tg1825" CDS complement(1755787..1756953) /locus_tag="TGAM_1825" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:Gene3D:G3D.3.40.50.300 no description" /inference="protein motif:superfamily:SSF53213 LigB subunit of an aromatic-ring-opening dioxygenase LigAB" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein" /protein_id="ACS34327.1" /translation="MEGEVILLTGPPLNGRDEYLSEALEKASGESYAYYHVFEYLREV GKERGVKITRKNVLDFAINHQDLMNEIRDEAFERIRKEIDGSDRKFHLVSTPSLFRWG SGSVIGFTLSNLKLLKPDRVIIVLDDVLSVRRRIINDPEWFERFGNDPDNIKLTTLVM WREDAINHVKTLVHELKKEGVNVRYVLQFGIRHPPEVFLDLIFREKEKPLVYLSYPMT GHEEEYYHRVRGFYDKLSEHFTVLDPGALDDWWVVAEYDNQVAKNPDVRRIRIKHLLD GNEVDELEREDIEQATEILRRQLVERDFNLVDVSRAIAVYHYAEGVSAGVISEMAEAY RTLAAIYLYYPFKRRPSPFMEFYGMQNPSRRTMFRDEDEMIRAMVDEKDYWAKV" gene 1757015..1758142 /gene="fni" /locus_tag="TGAM_1826" /note="tg1826" CDS 1757015..1758142 /gene="fni" /locus_tag="TGAM_1826" /EC_number="5.3.3.2" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:FMN_dh, FMN-dependent dehydrogenase" /inference="protein motif:CDD:GOX_like_FMN_family, Glycolate oxidase-like (GOX-like) FMN-binding domain" /inference="protein motif:CDD:IDI-2_FMN, Isopentenyl Diphosphate:dimethylallyl diphosphate isomerase type 2 (IDI-2) FMN-binding domain" /inference="protein motif:CDD:LldD, L-lactate dehydrogenase (FMN-dependent) and related alpha-hydroxy acid dehydrogenases [Energy production and conversion]" /inference="protein motif:COG:COG1304 L-lactate dehydrogenase (FMN-dependent) and related alpha-hydroxy acid dehydrogenases; C Energy production and conversion" /inference="protein motif:Gene3D:G3D.3.20.20.90 no description" /inference="protein motif:HMMPanther:PTHR10578 FMN-DEPENDENT ALPHA-HYDROXY ACID DEHYDROGENASE FAMILY MEMBER" /inference="protein motif:HMMPanther:PTHR10578:SF9 L-LACTATE-2-MONOXYGENASE" /inference="protein motif:HMMPfam:PF01070 FMN_dh InterPro:IPR000262 FMN-dependent alpha-hydroxy acid dehydrogenase GO:Biological Process:electron transport (GO:0006118), Molecular Function:oxidoreductase activity (GO:0016491)" /inference="protein motif:HMMPIR:PIRSF003314 Isopentenyl-diphosphate delta-isomerase, FMN-dependent InterPro:IPR011179 Isopentenyl-diphosphate delta-isomerase, FMN-dependent GO:Molecular Function:isopentenyl-diphosphate delta-isomerase activity (GO:0004452), Cellular Component:cytoplasm (GO:0005737), Biological Process:isoprenoid biosynthesis (GO:0008299), Molecular Function:FMN binding (GO:0010181)" /inference="protein motif:HMMTigr:TIGR02151 IPP_isom_2:isopentenyl-diphosphate delta- InterPro:IPR011179 Isopentenyl-diphosphate delta-isomerase, FMN-dependent GO:Molecular Function:isopentenyl-diphosphate delta-isomerase activity (GO:0004452), Cellular Component:cytoplasm (GO:0005737), Biological Process:isoprenoid biosynthesis (GO:0008299), Molecular Function:FMN binding (GO:0010181)" /inference="protein motif:ProfileScan:PS50264 FMN_ENZYMES InterPro:IPR003009 FMN/related compound-binding core" /inference="protein motif:ScanRegExp:PS00599 AA_TRANSFER_CLASS_2 InterPro:IPR001917 Aminotransferase, class-II GO:Biological Process:metabolism (GO:0008152), Molecular Function:transferase activity (GO:0016740)" /inference="protein motif:superfamily:SSF51395 FMN-linked oxidoreductases" /codon_start=1 /transl_table=11 /product="Isopentenyl-diphosphate delta-isomerase (fni)" /protein_id="ACS34328.1" /translation="MVVVEQADREELTIIRKFEHIEHCLKRNVQAHVSNGFEDVHFVH MSLPEIDKDEIDLSVEFLGRKFDYPIFIAGMTGGTKGSQLAGRINKTLAKAAQELNIP MGVGSQRAMIRKPETWESYYVRDVAPDVFLVGNLGAPQFSETIPERYGIEEALKAVET IQADALAIHMNPLQESVQPEGDTQYRGVLKALAELKAEFPYPIIAKETGAGVSKEVAV RLESIGIDAIDVGGLGGTSWSAVEYYRAKDEMGRNLALRFWDWGIKTAISVAEVRYST ELPIIATGGMRDGITMAKALAMGATFAGVALPLLKPAVKGDVEGVIKILRRYIEEIRN AMFLVGAKNVEELRRVPLVITGFTREWLEQRIDLREYLRSR" gene 1758213..1759577 /locus_tag="TGAM_1827" /note="tg1827" CDS 1758213..1759577 /locus_tag="TGAM_1827" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:COG0595, Predicted hydrolase of the metallo-beta-lactamase superfamily [General function prediction only]" /inference="protein motif:CDD:COG1782, Predicted metal-dependent RNase, consists of a metallo-beta-lactamase domain and an RNA-binding KH domain [General function prediction only]" /inference="protein motif:CDD:Lactamase_B, Metallo-beta-lactamase superfamily" /inference="protein motif:CDD:YSH1, Predicted exonuclease of the beta-lactamase fold involved in RNA processing [Translation, ribosomal structure and biogenesis]" /inference="protein motif:COG:COG0595 Predicted hydrolase of the metallo-beta-lactamase superfamily; R General function prediction only" /inference="protein motif:Gene3D:G3D.3.60.15.10 no description" /inference="protein motif:HMMPanther:PTHR11203 MRNA CLEAVAGE AND POLYADENYLATION SPECIFICITY FACTOR" /inference="protein motif:HMMPanther:PTHR11203:SF14 METALLO-BETA-LACTAMASE-RELATED" /inference="protein motif:HMMPfam:PF00753 Lactamase_B InterPro:IPR001279 Beta-lactamase-like" /inference="protein motif:HMMPfam:PF07521 RMMBL InterPro:IPR011108 RNA-metabolising metallo-beta-lactamase" /inference="protein motif:ScanRegExp:PS01292 UPF0036 InterPro:IPR001587 Protein of unknown function UPF0036 GO:Molecular Function:molecular function unknown (GO:0005554)" /inference="protein motif:superfamily:SSF56281 Metallo-hydrolase/oxidoreductase" /codon_start=1 /transl_table=11 /product="RNA-metabolising metallo-beta-lactamase, beta-CASP family protein" /protein_id="ACS34329.1" /translation="MRGSGTGGGNMIRIYTISGYEEVGKNMTAVGYSDGKKEEIVIID VGIRLDRVLIHEDVNIQEFPTKELQRLGAIPDDSIIRNKRVVAIALTHGHLDHIGAIG KIAPHYPDVPVYGTPYTIKLAKSEVKSEKYFDVKNPMYETEFGEIVQVSENLAIEFVR STHSIPQAAMVVVHTPDGAVVHTGDFKFDNNNPLGERPDYKRLKELGKEGVKVLIPES TRVGEPTKTPSEAVAQMLLEDFFLYEGMEADGLIATTFASHIARLQELIWIANRMGRQ AVFIGRSLAKYTGIAKQLGLIKMKGSRVLRSPTAIKKVLAEVSQARENYLLIVTGHQG EPGAVLTRMANGELYDIGKRDTVVFSAGTIPNPLNRAQRYILETKLRMKGVRMIKDMH VSGHASREDHRYLIRMLNPENIVPAHGEFQMLTQYAELAEEEGYLIGRDVFVSRNGYT VEIE" gene 1759647..1760678 /gene="idsA" /locus_tag="TGAM_1828" /note="tg1828" CDS 1759647..1760678 /gene="idsA" /locus_tag="TGAM_1828" /EC_number="2.5.1.1" /EC_number="2.5.1.10" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:Isoprenoid_Biosyn_C1, Isoprenoid Biosynthesis enzymes, Class 1" /inference="protein motif:CDD:IspA, Geranylgeranyl pyrophosphate synthase [Coenzyme metabolism]" /inference="protein motif:CDD:polyprenyl_synt, Polyprenyl synthetase" /inference="protein motif:CDD:Trans_IPPS, Trans-Isoprenyl Diphosphate Synthases (Trans_IPPS) of class 1 isoprenoid biosynthesis enzymes which either synthesis geranyl/farnesyl diphosphates (GPP/FPP) or longer chained products from isoprene precursors, isopentenyl diphosphate (IPP) and dimethylallyl diphosphate (DMAPP), or use geranyl (C10)-, farnesyl (C15)-, or geranylgeranyl (C20)-diphosphate as substrate" /inference="protein motif:CDD:Trans_IPPS_HT, Trans-Isoprenyl Diphosphate Synthases (Trans_IPPS), head-to-tail (HT) (1'-4) condensation reactions" /inference="protein motif:COG:COG0142 Geranylgeranyl pyrophosphate synthase; H Coenzyme transport and metabolism" /inference="protein motif:Gene3D:G3D.1.10.600.10 no description" /inference="protein motif:HMMPanther:PTHR12001 GERANYLGERANYL PYROPHOSPHATE SYNTHETASE" /inference="protein motif:HMMPanther:PTHR12001:SF27 BIFUNCTIONAL SHORT CHAIN ISOPRENYL DIPHOSPHATE SYNTHASE INCLUDES:FARNESYL PYROPHOSPHATE SYNTHETASE" /inference="protein motif:HMMPfam:PF00348 polyprenyl_synt InterPro:IPR000092 Polyprenyl synthetase GO:Biological Process:isoprenoid biosynthesis (GO:0008299)" /inference="protein motif:ScanRegExp:PS00444 POLYPRENYL_SYNTHET_2 InterPro:IPR000092 Polyprenyl synthetase GO:Biological Process:isoprenoid biosynthesis (GO:0008299)" /inference="protein motif:ScanRegExp:PS00723 POLYPRENYL_SYNTHET_1 InterPro:IPR000092 Polyprenyl synthetase GO:Biological Process:isoprenoid biosynthesis (GO:0008299)" /inference="protein motif:superfamily:SSF48576 Terpenoid synthases InterPro:IPR008949 Terpenoid synthase" /codon_start=1 /transl_table=11 /product="Bifunctional short chain isoprenyl diphosphate synthase (idsA)" /protein_id="ACS34330.1" /translation="MTDYNELFTRIRKLAGDVDKIILELVPEKEPKTLYDAARHYPLA GGKRVRPFVVLRATEAVGGDPEKALYPAAAVEFIHNYSLVHDDIMDMDELRRGRPTVH KVWGINMAILAGDLLFSKAFEAVAKAKVDPDKKARILEVLVKTSNELCEGQALDIEFE TRDEVTVDEYLKMISGKTGALFDGSATIGAIVGTDNEEYIQALSKWGRNVGIAFQIWD DVLDLIADEKKLGKPVGSDIRKGKKTLIVSHFFQNASEDDKAEFLKVFGKYAGDAKGD ALIHDERVKEEVERAIELLKKYGSIDYAAQYAKDLVKEANEALKVLPESEARRDLELL AEFLVEREF" gene 1760865..1762055 /locus_tag="TGAM_1829" /note="tg1829" CDS 1760865..1762055 /locus_tag="TGAM_1829" /note="1 probable transmembrane helix predicted by modhmm" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein" /protein_id="ACS34331.1" /translation="MNWKFLIAISLGLLIIGLGHAGALSSPDSKPAPSLPPHKEKPSP TPPRIGGGIVVKTFTGSSSIAQAKSFLNQYWGKLTLRLNLNEFQNVTFVGIALRPLPS GAYAPLYYFGRVGECPADLLKRAFYTELSAFENIPLEVKGSLADEPGRNWKYIGAVRS IRTSREIRVTTSIWTEEKATVYNEFGAEFWVTYGTSGQYVYYAYLSHEGKVPTKASGN LKVAVKNVTESVKVLNSKDAFIGVGSFRPEGSGSTSHSTVTWGLNVGFGVDSTGRPLP NAQAGFTESHSTALSFKWYTDDVDPNSEVHFNFYDLEERGFIFSHPAWGKIFIAHPAV VVHVDPGVTFHLAKLKLKAEALFHYGAVIDSPFSGTYITRHDVEAPPIEFTVEMYPWF INEP" gene complement(1762067..1762354) /locus_tag="TGAM_1830" /note="tg1830" CDS complement(1762067..1762354) /locus_tag="TGAM_1830" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein, C terminal fragment" /protein_id="ACS34332.1" /translation="MGSTLKCSNASASDLHYPTIEKLKALVERAGGRIIRSGTFEPKL PHYLAYIPREYVARIEDEEKRAELLRKWDEVYEKWKIGAEHPPVGWLSAKR" gene complement(1762540..1763097) /locus_tag="TGAM_1831" /note="tg1831" CDS complement(1762540..1763097) /locus_tag="TGAM_1831" /experiment="gene product confirmed by mass spectrometry" /note="3 probable transmembrane helices predicted by modhmm" /codon_start=1 /transl_table=11 /product="Hypothetical protein" /protein_id="ACS34333.1" /translation="MFMDERVPSQEILLKEWDVTSREMLANIDWQWETIRMYLTVMGF LLIAYNYLVYQFSIPYLQHDSGNAVLPKMIIVFVSLLIPILSIPITYYTVHIFEYRYR RFLDKAYTMNRLRVRLGLSNEDLKLYPPRYYDGLKKDHCEFVEGIIKRRDPPTFYGQG RKFIFVLEGIFLLEAIVVAILLWWI" gene complement(1763192..1766098) /gene="leuS" /locus_tag="TGAM_1832" /note="tg1832" CDS complement(1763192..1766098) /gene="leuS" /locus_tag="TGAM_1832" /EC_number="6.1.1.4" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:COG:COG0495 Leucyl-tRNA synthetase; J Translation, ribosomal structure and biogenesis" /inference="protein motif:Gene3D:G3D.1.10.730.10 no description" /inference="protein motif:Gene3D:G3D.3.40.510.10 no description" /inference="protein motif:HMMPanther:PTHR11946 AMINO ACID TRNA SYNTHETASE" /inference="protein motif:HMMPanther:PTHR11946:SF5 LEUCYL-TRNA SYNTHETASE" /inference="protein motif:HMMPfam:PF00133 tRNA-synt_1 InterPro:IPR002300 Aminoacyl-tRNA synthetase, class Ia GO:Molecular Function:aminoacyl-tRNA ligase activity (GO:0004812), Molecular Function:ATP binding (GO:0005524), Biological Process:tRNA aminoacylation for protein translation (GO:0006418)" /inference="protein motif:HMMPfam:PF08264 Anticodon_1 InterPro:IPR013155 tRNA synthetase, valyl/leucyl, anticodon-binding" /inference="protein motif:HMMTigr:TIGR00395 leuS_arch:leucyl-tRNA synthetase InterPro:IPR004493 Leucyl-tRNA synthetase archae/euk cytosolic, class Ia GO:Molecular Function:leucine-tRNA ligase activity (GO:0004823), Molecular Function:ATP binding (GO:0005524), Cellular Component:cytoplasm (GO:0005737), Biological Process:protein biosynthesis (GO:0006412)" /inference="protein motif:ScanRegExp:PS00178 AA_TRNA_LIGASE_I InterPro:IPR001412 Aminoacyl-tRNA synthetase, class I GO:Molecular Function:aminoacyl-tRNA ligase activity (GO:0004812), Molecular Function:ATP binding (GO:0005524), Biological Process:tRNA aminoacylation for protein translation (GO:0006418)" /inference="protein motif:superfamily:SSF47323 Anticodon-binding domain of a subclass of claCleaning InterPro:IPR009080 Aminoacyl-tRNA synthetase, class 1a, anticodon-binding" /inference="protein motif:superfamily:SSF52374 Nucleotidylyl transferase" /codon_start=1 /transl_table=11 /product="Leucyl-tRNA synthetase (leuS)" /protein_id="ACS34334.1" /translation="MDMKVDFKAIEEKWQKRWLEERVFEPDRKAKPKEKKFYITVAFP YLSGHLHVGHARTYTIPDVIARFKRMQGYNVLFPMAWHITGAPIVGIAERIKNRDPKT IHIYRDVYKVPEDILWKFEDPKEIVKYFMKAAKETFIRAGFSVDWTREFHTTSLFPPF SKFVEWQFWTLKDMGLVVKGAHRVRWDPVVGTPLGDHDIMEGEDVQILEYVIIKFILE ENGEKIYLPAATLRPETVYGVTNMWLNPNATYVKAKVKRGNREETWIISKEAAYKLSF QDREIEVIEEFKGEKLIGKYVKNPVTGDEVIILPAEFVDPDNATGVVMSVPAHAPFDH IALEDLKKETELLLKFDIDPRVLEDITYISLIELEGYGEFPAVEEAERLGVKSQRDRE KLEEATKNIYKAEYHKGIFKVEPYKGKPVQEVKELIAKELQEKGIAEIMYEFAEKPVI SRFGNQAVIKIIHDQWFIDYGNPEWKEKAREALARMTIYPESRRAQFEAVIDWLDKKA CARKVGLGTPLPWDPEWVIESLSDSTIYMAYYTISRHINKLREEGRLDPEKLTREFFD YIFREDFSEEKEKELAEKTGIPAEIIHEMKEEFEYWYPLDWRCSAKDLIPNHLTFFIF NHVAIFRREHWPKGIAVNGFGTLEGQKMSKSKGNVLNFIDAIEENGADVVRLYIMGLA EHDSDFDWRRKEVGKLRRQVERFYELISEFSSYEAKEGVELKAIDRWMLHRLNKAIEG TTKALEEFRTRTAVQWAFYTVLNDLRWYMRRTEGRNDEAKRFVLRKLADVWVRLMAPF TPHISEELWEKLGGESFVSLAKWPEPVPEWWDETVEAEEEFVKAFIEDVKEIIRVAKI EKAERVYVYTAPEWKWKVVEVVAEKRDFKSAMAELMKDPEMREHGKEISKLIQRLIKE RAFEVKRIDEEKALREAKDFIEKELGVELIINPEEDKGGKKRQAMPLKPAVFVE" gene complement(1766262..1767446) /locus_tag="TGAM_1833" /note="tg1833" CDS complement(1766262..1767446) /locus_tag="TGAM_1833" /inference="protein motif:Gene3D:G3D.1.10.287.210 no description" /note="1 probable transmembrane helix predicted by modhmm" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein" /protein_id="ACS34335.1" /translation="MMPMRRWTALLLSVVLVLSIVPLGLGSASTTSPTPAITEQSPTN TTPEEELAHRIVSIVERLHNMTSVLENMSLPENANIMERYRLAEEYRVRMEEAYRSGD YPEAVTEGILAMHQYKIVLRSMRQFRERVRVSVERVEDYLRNARRIIIKCDQAGMNTT PAWELFNETREAYKLVMLDLKERNFTKAEEDLKAAKDLRMKLDEELKQLREGLAYTNA EKIVNGFLKRGQKAITFMENVLAHINGTAHNVTLLQERLSNFEELYDRVKEMSEAGNY TGAVTLLFEERKTIREFQITVKHVLKKAREKKIKEKLKDLRAFGKEIRERLKEATKGL EKLKRKGINTRGAEIKLKAAAQEFRAGFELAKRRDPSAKVHIELGLKLLHEVEDFIVR NL" gene complement(1767608..1768684) /gene="pepQ-2" /locus_tag="TGAM_1834" /note="tg1834" CDS complement(1767608..1768684) /gene="pepQ-2" /locus_tag="TGAM_1834" /EC_number="3.4.13.9" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:APP, X-Prolyl Aminopeptidase 2" /inference="protein motif:CDD:APP-like, Similar to Prolidase and Aminopeptidase P" /inference="protein motif:CDD:APP_MetAP, A family including aminopeptidase P, aminopeptidase M, and prolidase" /inference="protein motif:CDD:CDC68-like, Related to aminopeptidase P and aminopeptidase M, a member of this domain family is present in cell division control protein 68, a transcription factor" /inference="protein motif:CDD:Map, Methionine aminopeptidase [Translation, ribosomal structure and biogenesis]" /inference="protein motif:CDD:MetAP1, Methionine Aminopeptidase 1" /inference="protein motif:CDD:MetAP2, Methionine Aminopeptidase 2" /inference="protein motif:CDD:PepP, Xaa-Pro aminopeptidase [Amino acid transport and metabolism]" /inference="protein motif:CDD:Peptidase_M24, metallopeptidase family M24" /inference="protein motif:CDD:Prolidase, Prolidase" /inference="protein motif:COG:COG0006 Xaa-Pro aminopeptidase; E Amino acid transport and metabolism" /inference="protein motif:Gene3D:G3D.3.40.350.10 no description" /inference="protein motif:Gene3D:G3D.3.90.230.10 no description" /inference="protein motif:HMMPanther:PTHR10804 METHIONINE AMINOPEPTIDASE-RELATED InterPro:IPR000994 Peptidase M24 GO:Biological Process:proteolysis (GO:0006508), Molecular Function:metalloexopeptidase activity (GO:0008235)" /inference="protein motif:HMMPanther:PTHR10804:SF8 XAA-PRO DIPEPTIDASE" /inference="protein motif:HMMPfam:PF00557 Peptidase_M24 InterPro:IPR000994 Peptidase M24 GO:Biological Process:proteolysis (GO:0006508), Molecular Function:metalloexopeptidase activity (GO:0008235)" /inference="protein motif:ScanRegExp:PS00491 PROLINE_PEPTIDASE InterPro:IPR001131 Peptidase M24B, X-Pro dipeptidase GO:Biological Process:proteolysis (GO:0006508), Molecular Function:metalloexopeptidase activity (GO:0008235)" /inference="protein motif:superfamily:SSF53092 Creatinase/prolidase N-terminal domain" /inference="protein motif:superfamily:SSF55920 Creatinase/aminopeptidase" /codon_start=1 /transl_table=11 /product="Xaa-Pro dipeptidase (pepQ)" /protein_id="ACS34336.1" /translation="MRLERFILEMENAGFDGAIVSPGANFYYLTGFNLHETGERPTLL VISSDGAYHLLAPAMYRNQISNFPVTFWSDGENPYHKLSWIFGELKLSGGRLLVENTM RADWLINILKLGNGRFELHPLSQVIRELRMRKDEKEIKLMEHAAKVVDRVFDELLTWD LLGISERELALKIELRIRELSDGISFEPIVASGENAANPHHEPGERKLRKGDMVILDY GARWRGYCSDITRTIAIGKPNERLVEIYETVREAQEKAFRTVREGVMAREVDSAAREA ISKAGYGEYFPHRTGHGLGLEVHEEPYIGPDGDVVLGEGMTFTIEPGIYVPGLGGVRI EDDVAVVDGRGRRLTRSDRELILL" gene complement(1768716..1769387) /locus_tag="TGAM_1835" /note="tg1835" CDS complement(1768716..1769387) /locus_tag="TGAM_1835" /inference="protein motif:COG:COG0671 Membrane-associated phospholipid phosphatase; I Lipid transport and metabolism" /inference="protein motif:ProfileScan:PS50226 PA_PHOSPHATASE InterPro:IPR000326 Phosphoesterase, PA-phosphatase related" /inference="protein motif:superfamily:SSF48317 Acid phosphatase/Vanadium-dependent haloperoxidase InterPro:IPR008934 Acid phosphatase/vanadium-dependent haloperoxidase" /note="5 probable transmembrane helices predicted by modhmm" /codon_start=1 /transl_table=11 /product="Phosphatase, vanadium-dependent haloperoxidase superfamily" /protein_id="ACS34337.1" /translation="MKNMFGKETFLNKKGTPRLRAMFLIILAYAYWNLYSLIYPALGR WSVNYTDLLLKLPGTSHDFVLKLLLWTESHGALYLLMDTLYRMGFTGIMLGTALYLLI RDPGEAEKLGKGYLLAFLIMSVIFVIAHVYPPHLVYTDLPREYPPPGWQARPEFVLPS PHCTIDTLSFLALVRRKDKLSMLLALIPVLTPVSTVLLAEHWVWDALTGIILGYIVHR LAERF" gene 1769445..1769520 /locus_tag="TGAM_r038" /note="tg_tRNA-Asn" tRNA 1769445..1769520 /locus_tag="TGAM_r038" /product="tRNA-Asn" /note="codon recognized: AAC" gene 1769526..1769603 /locus_tag="TGAM_r039" /note="tg_tRNA-Met3" tRNA 1769526..1769603 /locus_tag="TGAM_r039" /product="tRNA-Met" /note="codon recognized: AUG" gene complement(1769730..1770074) /locus_tag="TGAM_1836" /note="tg1836" CDS complement(1769730..1770074) /locus_tag="TGAM_1836" /note="3 probable transmembrane helices predicted by modhmm" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein" /protein_id="ACS34338.1" /translation="MKLLPRPKTAVMMSFSLMALYFVGIGVLSMEYPLQLVGAVFVGG IHALLGWGIYSGKEWSIGLGKYLSFVDLIFSILWMMLGVLPQGAALFFLSALVLVLLS DSEVEGEILGRV" gene complement(1770084..1770347) /locus_tag="TGAM_1837" /note="tg1837" CDS complement(1770084..1770347) /locus_tag="TGAM_1837" /inference="protein motif:BlastProDom:PD005589 Q8U3E7_PYRFU_Q8U3E7; InterPro:IPR001727 Protein of unknown function UPF0016 GO:Molecular Function:molecular function unknown (GO:0005554), Cellular Component:membrane (GO:0016020)" /inference="protein motif:CDD:COG2119, Predicted membrane protein [Function unknown]" /inference="protein motif:HMMPanther:PTHR12608 TRANSMEMBRANE PROTEIN FT27 - RELATED InterPro:IPR001727 Protein of unknown function UPF0016 GO:Molecular Function:molecular function unknown (GO:0005554), Cellular Component:membrane (GO:0016020)" /inference="protein motif:HMMPanther:PTHR12608:SF2 gb def:hypothetical orf, ybr187wp [saccharomyces cerevisiae]" /inference="protein motif:HMMPfam:PF01169 UPF0016 InterPro:IPR001727 Protein of unknown function UPF0016 GO:Molecular Function:molecular function unknown (GO:0005554), Cellular Component:membrane (GO:0016020)" /note="Belongs to UPF0016 family; 2 probable transmembrane helices predicted by modhmm" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein" /protein_id="ACS34339.1" /translation="MDPLIYISVMVFLAELGDKTQLATMAFATKYGWRKAFAGAIIGL ALINFLGAVVGEKLGELLPQEVIHKGAGAFFILVGILMMAGKL" gene complement(1770358..1771536) /gene="aspC-3" /locus_tag="TGAM_1838" /note="tg1838" CDS complement(1770358..1771536) /gene="aspC-3" /locus_tag="TGAM_1838" /EC_number="2.6.1.1" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:Aminotran_1_2, Aminotransferase class I and II" /inference="protein motif:CDD:ARO8, Transcriptional regulators containing a DNA-binding HTH domain and an aminotransferase domain (MocR family) and their eukaryotic orthologs [Transcription / Amino acid transport and metabolism]" /inference="protein motif:CDD:COG0436, Aspartate/tyrosine/aromatic aminotransferase [Amino acid transport and metabolism]" /inference="protein motif:CDD:COG3977, Alanine-alpha-ketoisovalerate (or valine-pyruvate) aminotransferase [Amino acid transport and metabolism]" /inference="protein motif:CDD:CsdB, Selenocysteine lyase [Amino acid transport and metabolism]" /inference="protein motif:CDD:HisC, Histidinol-phosphate/aromatic aminotransferase and cobyric acid decarboxylase [Amino acid transport and metabolism]" /inference="protein motif:CDD:MalY, Bifunctional PLP-dependent enzyme with beta-cystathionase and maltose regulon repressor activities [Amino acid transport and metabolism]" /inference="protein motif:CDD:TyrB, Aspartate/tyrosine/aromatic aminotransferase [Amino acid transport and metabolism]" /inference="protein motif:COG:COG0436 Aspartate/tyrosine/aromatic aminotransferase; E Amino acid transport and metabolism" /inference="protein motif:FPrintScan:PR00753 ACCSYNTHASE InterPro:IPR001176 1-aminocyclopropane-1-carboxylate synthase GO:Biological Process:biosynthesis (GO:0009058), Molecular Function:1-aminocyclopropane-1-carboxylate synthase activity (GO:0016847)" /inference="protein motif:Gene3D:G3D.3.40.640.10 no description" /inference="protein motif:HMMPanther:PTHR11751 PLP-DEPENDENT AMINOTRANSFERASES" /inference="protein motif:HMMPanther:PTHR11751:SF84 AMINOTRANSFERASE" /inference="protein motif:HMMPfam:PF00155 Aminotran_1_2 InterPro:IPR004839 Aminotransferase, class I and II GO:Biological Process:biosynthesis (GO:0009058), Molecular Function:transferase activity, transferring nitrogenous groups (GO:0016769)" /inference="protein motif:ScanRegExp:PS00105 AA_TRANSFER_CLASS_1 InterPro:IPR004838 Aminotransferases class-I pyridoxal-phosphate-binding site GO:Molecular Function:catalytic activity (GO:0003824), Biological Process:biosynthesis (GO:0009058)" /inference="protein motif:superfamily:SSF53383 PLP-dependent transferases" /codon_start=1 /transl_table=11 /product="Aspartate aminotransferase (aspC)" /protein_id="ACS34340.1" /translation="MKYKKRKYFLAGRINLIQRSKIRELFEKARKMENVISLGIGEPD FDTPEVIKEAAKRALDEGYTHYTPNAGIPEFREAIAEYYREFYKIDVDVDSILVTAGA YEATYLAFESLLEEGDDVIIPDPAFVCYVEDAKISEAGIIRIPLREENRFRIDPDELV ELITKRTRMIVINYPNNPTGATLDKETAKAIAQIAEDYNIYILSDEPYEHFLYEGARH YPMIKYAPDNTILANSFSKTFAMTGWRLGFAIAPPQVIKDMIKLHAYIIGNVTSFIQI AGITALRDKRSWEAVENMRKIYAERRKLTLRYLNEMPHIEPFRPKGAFYVWAKIDPEL DMSSEDFAEWLLENAGVVVIPGTAFGKHGEGWIRISYATKKEQLIEAMERMRRALEKL " gene complement(1771600..1771992) /locus_tag="TGAM_1839" /note="tg1839" CDS complement(1771600..1771992) /locus_tag="TGAM_1839" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:COG1617, Uncharacterized conserved protein [Function unknown]" /inference="protein motif:CDD:DUF509, Protein of unknown function (DUF509)" /inference="protein motif:COG:COG1627 Uncharacterized protein conserved in archaea; S Function unknown" /inference="protein motif:HMMPfam:PF04416 DUF509 InterPro:IPR007510 Protein of unknown function DUF509" /note="Belongs to DUF509 family" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein" /protein_id="ACS34341.1" /translation="MGGFEVIAVKVREAEKIVPKIGGDVQIVSAPCYEAVVHAAVLAL RAFQRGTNRAKTLGGELLLRLSGRLQIKDAIKENGIKEGLNYLVIFDGGDPELKLKEL GLRKANPVHCDPEKLKPLMEKSALVEAL" gene 1772200..1772388 /locus_tag="TGAM_1840" /note="tg1840" CDS 1772200..1772388 /locus_tag="TGAM_1840" /inference="protein motif:COG:COG3609 Predicted transcriptional regulators containing the CopG/Arc/MetJ DNA-binding domain; K Transcription" /inference="protein motif:HMMPfam:PF01402 RHH_1 InterPro:IPR002145 CopG-like DNA-binding GO:Molecular Function:DNA binding (GO:0003677), Biological Process:regulation of transcription, DNA-dependent (GO:0006355)" /inference="protein motif:superfamily:SSF47598 Met repressor-like InterPro:IPR010985 Ribbon-helix-helix" /codon_start=1 /transl_table=11 /product="Putative transcriptional regulator copG family" /protein_id="ACS34342.1" /translation="MTKMRIISVQVPQSFVNAMDQLVRRGVYPNRSEVIRAALREFLK KEMSTELQGDEVPEYIIK" gene 1772411..1773664 /gene="ftsZ-3" /locus_tag="TGAM_1841" /note="tg1841" CDS 1772411..1773664 /gene="ftsZ-3" /locus_tag="TGAM_1841" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:FtsZ, Cell division GTPase [Cell division and chromosome partitioning]" /inference="protein motif:CDD:FtsZ, FtsZ is a GTPase that is similar to the eukaryotic tubulins and is essential for cell division in prokaryotes" /inference="protein motif:CDD:FtsZ_type1, FtsZ is a GTPase that is similar to the eukaryotic tubulins and is essential for cell division in prokaryotes" /inference="protein motif:CDD:FtsZ_type2, FtsZ is a GTPase that is similar to the eukaryotic tubulins and is essential for cell division in prokaryotes" /inference="protein motif:CDD:Tubulin, Tubulin/FtsZ family, GTPase domain" /inference="protein motif:CDD:Tubulin_FtsZ, Tubulin/FtsZ:Family includes tubulin alpha-, beta-, gamma-, delta-, and epsilon-tubulins as well as FtsZ, all of which are involved in polymer formation" /inference="protein motif:COG:COG0206 Cell division GTPase; D Cell cycle control, cell division, chromosome partitioning" /inference="protein motif:FPrintScan:PR00423 CELLDVISFTSZ InterPro:IPR000158 Cell division protein FtsZ GO:Molecular Function:GTP binding (GO:0005525), Cellular Component:cytoplasm (GO:0005737)" /inference="protein motif:Gene3D:G3D.3.30.70.450 no description" /inference="protein motif:Gene3D:G3D.3.40.50.1440 no description" /inference="protein motif:HMMPfam:PF00091 Tubulin InterPro:IPR003008 Tubulin/FtsZ, GTPase" /inference="protein motif:HMMPfam:PF03953 Tubulin_C InterPro:IPR008280 Tubulin/FtsZ, C-terminal GO:Molecular Function:GTPase activity (GO:0003924), Molecular Function:GTP binding (GO:0005525), Cellular Component:protein complex (GO:0043234), Biological Process:protein polymerization (GO:0051258)" /inference="protein motif:HMMTigr:TIGR00065 ftsZ:cell division protein FtsZ InterPro:IPR000158 Cell division protein FtsZ GO:Molecular Function:GTP binding (GO:0005525), Cellular Component:cytoplasm (GO:0005737)" /inference="protein motif:ScanRegExp:PS01134 FTSZ_1 InterPro:IPR000158 Cell division protein FtsZ GO:Molecular Function:GTP binding (GO:0005525), Cellular Component:cytoplasm (GO:0005737)" /inference="protein motif:ScanRegExp:PS01135 FTSZ_2 InterPro:IPR000158 Cell division protein FtsZ GO:Molecular Function:GTP binding (GO:0005525), Cellular Component:cytoplasm (GO:0005737)" /inference="protein motif:superfamily:SSF52490 Tubulin/Dihydroxyacetone kinase nucleotide-binding domain" /inference="protein motif:superfamily:SSF55307 Tubulin/Dihydroxyacetone kinase C-terminal domain" /codon_start=1 /transl_table=11 /product="Cell division GTPase, ftsZ-like protein (ftsZ)" /protein_id="ACS34343.1" /translation="MVFKLLEQAGIKLDLDEGKEVEKKADFFGEDFDDFIKIAIVGVG GSGNNTITRLYELGVEGAELIAMNTDAQHLARVKAHKKLLLGREITHGKGSGGDPRIG YKAAEASAHEIAKTVGDVDLVFITAGMGNGTGTGAAPVVAKVIKEHARNSGRFREPLV VSVVTFPFKTEGTVRLEKARAGIKALLQYSDTVIIIENDKLLKLVPNLPISAAFRFAD EIIARMVKGITETIKLPSMVNIDFADVYSVMKDGGAALIGIGESDSKKRAVEAVKAAL ENKMLDVKFGSGNKALVHFTVGPDVNLGEINEAMEVVYNNLGAKSEIKWGARVDEDMG KVVRAMVIMTGVESPHILGGETALIAKSDSVVIPEPEPFPFAEKSKSSKDLYAIIAGK EKPSAKIDDERKKIIEKILSGIDEF" gene 1773748..1774521 /locus_tag="TGAM_1842" /note="tg1842" CDS 1773748..1774521 /locus_tag="TGAM_1842" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:COG0455, ATPases involved in chromosome partitioning [Cell division and chromosome partitioning]" /inference="protein motif:CDD:MinD, Bacterial cell division requires the formation of a septum at mid-cell" /inference="protein motif:CDD:MinD, Septum formation inhibitor-activating ATPase [Cell division and chromosome partitioning]" /inference="protein motif:CDD:ParA, ParA and ParB of Caulobacter crescentus belong to a conserved family of bacterial proteins implicated in chromosome segregation" /inference="protein motif:CDD:ParA, ParA family ATPase" /inference="protein motif:CDD:Soj, ATPases involved in chromosome partitioning [Cell division and chromosome partitioning]" /inference="protein motif:COG:COG1192 ATPases involved in chromosome partitioning; D Cell cycle control, cell division, chromosome partitioning" /inference="protein motif:Gene3D:G3D.3.40.50.300 no description" /inference="protein motif:HMMPanther:PTHR13696 CELL DIVISION INHIBITOR MIND-1" /inference="protein motif:HMMPanther:PTHR13696:SF2 CELL DIVISION INHIBITOR MIND-1" /inference="protein motif:HMMPfam:PF01656 CbiA InterPro:IPR002586 Cobyrinic acid a,c-diamide synthase GO:Biological Process:cobalamin biosynthesis (GO:0009236), Molecular Function:cobyrinic acid a,c-diamide synthase activity (GO:0042242)" /inference="protein motif:superfamily:SSF52540 P-loop containing nucleoside triphosphate hydrolases" /codon_start=1 /transl_table=11 /product="ATPase involved in chromosome partitioning, minD/ParA family" /protein_id="ACS34344.1" /translation="MAVVISVANQKGGVGKTTLTMNLGYGLARAGKRVLLIDVDPQFN LTFGLIGMDVLKYGNNNVGTLMSRESSVEDAIVEVTPNLHLIPSHLNLSAKEIEIINA YNRERRLVKAIAPVLPDYDYVLIDNPPSMGIFLVNSLTASDYVLIPLELSYFGVIGMQ LMFNLMAMIREETNENLTLMGLVPNKFTRQTKVPQMRLKELKEAYPDAPILTTIPKAI ALEKAQGEGLSIFDYEPDGRAARAFEKLTEEVISIAEGE" gene 1774505..1774837 /locus_tag="TGAM_1843" /note="tg1843" CDS 1774505..1774837 /locus_tag="TGAM_1843" /experiment="gene product confirmed by mass spectrometry" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein" /protein_id="ACS34345.1" /translation="MPRESKIPKLFSGSVDDLTKPSKPKKQKERSDLKSQKKQKTLYI SLDINRKLIELYGEEGRRQSIIVEDAVNLYYYLRLALGEKKFEELMSAVRREDPDFLR EYMEKFRL" gene complement(1774838..1775293) /locus_tag="TGAM_1844" /note="tg1844" CDS complement(1774838..1775293) /locus_tag="TGAM_1844" /inference="protein motif:CDD:CCT, CTP:phosphocholine cytidylyltransferase (CCT) catalyzes the condensation of CTP and phosphocholine to form CDP-choline as the rate-limiting and regulatory step in the CDP-choline pathway" /inference="protein motif:CDD:CTP_transf_2, Cytidylyltransferase" /inference="protein motif:CDD:cytidylyltransferase, The cytidylyltransferase family includes cholinephosphate cytidylyltransferase (CCT), glycerol-3-phosphate cytidylyltransferase, RafE and phosphoethanolamine cytidylyltransferase (ECT)" /inference="protein motif:CDD:cytidylyltransferase_like, Cytidylyltransferase-like domain" /inference="protein motif:CDD:ECT, CTP:phosphoethanolamine cytidylyltransferase (ECT) catalyzes the conversion of phosphoethanolamine to CDP-ethanolamine as part of the CDP#ethanolamine biosynthesis pathway" /inference="protein motif:CDD:G3P_Cytidylyltransferase, These sequences describe glycerol-3-phosphate cytidylyltransferase, also called CDP-glycerol pyrophosphorylase" /inference="protein motif:CDD:RfaE, ADP-heptose synthase, bifunctional sugar kinase/adenylyltransferase [Cell envelope biogenesis, outer membrane]" /inference="protein motif:CDD:RfaE_N, RfaE is a protein involved in the biosynthesis of ADP-L-glycero-D-manno-heptose, a precursor for LPS inner core biosynthesis" /inference="protein motif:CDD:TagD, Cytidylyltransferase [Cell envelope biogenesis, outer membrane / Lipid metabolism]" /inference="protein motif:COG:COG0615 Cytidylyltransferase; M Cell wall/membrane/envelope biogenesis" /inference="protein motif:Gene3D:G3D.3.40.50.620 no description" /inference="protein motif:HMMPanther:PTHR10739 CHOLINEPHOSPHATE CYTIDYLYLTRANSFERASE" /inference="protein motif:HMMPanther:PTHR10739:SF1 CHOLINEPHOSPHATE CYTIDYLYLTRANSFERASE" /inference="protein motif:HMMPfam:PF01467 CTP_transf_2 InterPro:IPR004820 Cytidylyltransferase GO:Biological Process:biosynthesis (GO:0009058), Molecular Function:nucleotidyltransferase activity (GO:0016779)" /inference="protein motif:HMMTigr:TIGR00125 cyt_tran_rel:cytidyltransferase-related InterPro:IPR004821 Cytidyltransferase-related" /inference="protein motif:superfamily:SSF52374 Nucleotidylyl transferase" /codon_start=1 /transl_table=11 /product="Cytidylyltransferase" /protein_id="ACS34346.1" /translation="MSGPSKGRKIRVLVGGVFDILHVGHVHFLKQAKELGDELVVIVA HDETVRRNKRRNPINPAEDRAELLRAIRYVDEVYIGSPGGIDFELVRRINPDVIAIGP DQNFNCEKLKEELKRHGIEAEVIRVPYLYKSDRAKTTKIIRRIVEEFCE" gene complement(1775295..1775813) /locus_tag="TGAM_1845" /note="tg1845" CDS complement(1775295..1775813) /locus_tag="TGAM_1845" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:COG2016, Predicted RNA-binding protein (contains PUA domain) [Translation, ribosomal structure and biogenesis]" /inference="protein motif:CDD:PUA, PUA domain" /inference="protein motif:CDD:PUA, Putative RNA-binding Domain in PseudoUridine synthase and Archaeosine transglycosylase" /inference="protein motif:COG:COG2016 Predicted RNA-binding protein (contains PUA domain); J Translation, ribosomal structure and biogenesis" /inference="protein motif:HMMPanther:PTHR12217 LIGATIN AND MCT-1" /inference="protein motif:HMMPanther:PTHR12217:SF3 MCT-1 PROTEIN-RELATED" /inference="protein motif:HMMPfam:PF01472 PUA InterPro:IPR002478 PUA GO:Molecular Function:RNA binding (GO:0003723)" /inference="protein motif:HMMSmart:SM00359 no description InterPro:IPR002478 PUA GO:Molecular Function:RNA binding (GO:0003723)" /inference="protein motif:HMMTigr:TIGR00451 unchar_dom_2:uncharacterized domain InterPro:IPR004521 Uncharacterized domain 2" /inference="protein motif:ProfileScan:PS50890 PUA InterPro:IPR002478 PUA GO:Molecular Function:RNA binding (GO:0003723)" /inference="protein motif:superfamily:SSF88697 PUA domain-like" /codon_start=1 /transl_table=11 /product="RNA binding protein, containing PUA domain" /protein_id="ACS34347.1" /translation="MELKVKHPLSKKEVKAIIREMAEIFGEEIAGKMLSKKDRVEVAE FDKTTEILLVNGKPFFIRRRGLIFPLVIALYELSNEEDLRKWPRRVVVDEGAVPYIIN GADVMAAGIVDADENIKEGDFVFVVEEQYGRPLAIGIALMGGRAMKEKPKGKAVKNIH HAKDKIWNVTVG" gene complement(1775804..1776439) /gene="pyrF" /locus_tag="TGAM_1846" /note="tg1846" CDS complement(1775804..1776439) /gene="pyrF" /locus_tag="TGAM_1846" /EC_number="4.1.1.23" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:OMPdecase, Orotidine 5'-phosphate decarboxylase / HUMPS family" /inference="protein motif:CDD:PyrF, Orotidine-5'-phosphate decarboxylase [Nucleotide transport and metabolism]" /inference="protein motif:CDD:SgbH, 3-hexulose-6-phosphate synthase and related proteins [Carbohydrate transport and metabolism]" /inference="protein motif:COG:COG0284 Orotidine-5'-phosphate decarboxylase; F Nucleotide transport and metabolism" /inference="protein motif:Gene3D:G3D.3.20.20.90 no description" /inference="protein motif:HMMPanther:PTHR19278 OROTIDINE 5-PHOSPHATE DECARBOXYLASE-RELATED" /inference="protein motif:HMMPanther:PTHR19278:SF1 OROTIDINE 5-PHOSPHATE DECARBOXYLASE-RELATED" /inference="protein motif:HMMPfam:PF00215 OMPdecase InterPro:IPR001754 Orotidine 5'-phosphate decarboxylase GO:Molecular Function:orotidine-5'-phosphate decarboxylase activity (GO:0004590), Biological Process:'de novo' pyrimidine base biosynthesis (GO:0006207)" /inference="protein motif:HMMTigr:TIGR01740 pyrF:orotidine 5'-phosphate decarboxylase InterPro:IPR001754 Orotidine 5'-phosphate decarboxylase GO:Molecular Function:orotidine-5'-phosphate decarboxylase activity (GO:0004590), Biological Process:'de novo' pyrimidine base biosynthesis (GO:0006207)" /inference="protein motif:ScanRegExp:PS00156 OMPDECASE InterPro:IPR001754 Orotidine 5'-phosphate decarboxylase GO:Molecular Function:orotidine-5'-phosphate decarboxylase activity (GO:0004590), Biological Process:'de novo' pyrimidine base biosynthesis (GO:0006207)" /inference="protein motif:superfamily:SSF51366 Ribulose-phoshate binding barrel InterPro:IPR011060 Ribulose-phosphate binding barrel" /codon_start=1 /transl_table=11 /product="Orotidine 5'-phosphate decarboxylase (pyrF)" /protein_id="ACS34348.1" /translation="MSSLILALDVYERERALEIARETADYLWAIKVNWPLLIGSGLGI IPELKEETGLPVIADLKLADIPNTNRLIASKVFEAGSDYIIAHGFVGSDSVRAVMELG KTIIVVEMSHPGAREFIQPVTDGLIELANQLEPFGVIAPATRPERVSYIRSKLKPGIK VITPGVGAQGGKVGEVLKAGADYIIVGRSIYASDNPRESARRIYEEVKAWS" gene complement(1776444..1777043) /locus_tag="TGAM_1847" /note="tg1847" CDS complement(1776444..1777043) /locus_tag="TGAM_1847" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:Gene3D:G3D.1.10.10.10 no description InterPro:IPR011991 Winged helix repressor DNA-binding" /inference="protein motif:superfamily:SSF46785 'Winged helix' DNA-binding domain" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein" /protein_id="ACS34349.1" /translation="MSWKRGAYPEFSLEDIIAALFLLKEPVGRKFMAELLGLGEGSVR TILRKLSSLGLIQSTQRGHSLSERGRELGKELEKHFSEVCRVGKVEGFPAYAIIVKNP PEFKSIELRDEAIRFFAKGAMILVVKNGEVVFPEDGRPLRETMPELAERLSALKPEEG DMVVVTWAENPADAMKSAYHVALFLKEDLIPEQLKGLVR" gene complement(1777090..1778238) /gene="ino1" /locus_tag="TGAM_1848" /note="tg1848" CDS complement(1777090..1778238) /gene="ino1" /locus_tag="TGAM_1848" /EC_number="5.5.1.4" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:Inos-1-P_synth, Myo-inositol-1-phosphate synthase" /inference="protein motif:COG:COG1260 Myo-inositol-1-phosphate synthase; I Lipid transport and metabolism" /inference="protein motif:HMMPfam:PF01658 Inos-1-P_synth InterPro:IPR013021 Myo-inositol-1-phosphate synthase, GAPDH-like" /inference="protein motif:HMMPfam:PF07994 NAD_binding_5 InterPro:IPR002587 Myo-inositol-1-phosphate synthase GO:Molecular Function:inositol-3-phosphate synthase activity (GO:0004512), Biological Process:myo-inositol biosynthesis (GO:0006021), Biological Process:phospholipid biosynthesis (GO:0008654)" /inference="protein motif:HMMPIR:PIRSF015578 Myo-inositol-1-phosphate synthase InterPro:IPR002587 Myo-inositol-1-phosphate synthase GO:Molecular Function:inositol-3-phosphate synthase activity (GO:0004512), Biological Process:myo-inositol biosynthesis (GO:0006021), Biological Process:phospholipid biosynthesis (GO:0008654)" /inference="protein motif:superfamily:SSF51735 NAD(P)-binding Rossmann-fold domains" /codon_start=1 /transl_table=11 /product="Myo-inositol-1-phosphate synthase (ino1)" /protein_id="ACS34350.1" /translation="MVRVVILGQGYVASVFASGLEKIKAGKMEPYGVPLADELPIKIK DIEIVGSYDVDKAKVGKDLYEVVKAYDPEAPESLKGITVRKGIHLGSLRNLPLEATGL DDEMTLSEAVEHLVSEWKELKPDVFVNVCTTEAFVPFEKKEELEKAIAEDRKDRVTAT QVYVYAAAKYAKEVGGAAFVNAIPTLIANDPAFVELAKESNLVIFGDDGATGATPLTA DVLAHLAQRNRYVLDIAQFNIGGNQDFLALTDKERNKSKEFTKSSIVKDLLGYDAPHY IKPTGFLEPLGDKKFIAMHIEYVSFNGAHDELVITGRINDSPALAGLLVDLVRLGKIA VEKKAFGTVYEVNAFYMKNPGPKEMPNIPRIIAHEKMRIWAGLKPRWL" gene 1778463..1780097 /locus_tag="TGAM_1849" /note="tg1849" CDS 1778463..1780097 /locus_tag="TGAM_1849" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:MalE, Maltose-binding periplasmic proteins/domains [Carbohydrate transport and metabolism]" /inference="protein motif:CDD:UgpB, ABC-type sugar transport system, periplasmic component [Carbohydrate transport and metabolism]" /inference="protein motif:COG:COG2182 Maltose-binding periplasmic proteins/domains; G Carbohydrate transport and metabolism" /inference="protein motif:Gene3D:G3D.3.40.190.10 no description" /inference="protein motif:HMMPfam:PF01547 SBP_bac_1 InterPro:IPR006059 Bacterial extracellular solute-binding protein, family 1 GO:Molecular Function:transporter activity (GO:0005215), Biological Process:transport (GO:0006810)" /inference="protein motif:ScanRegExp:PS00213 LIPOCALIN InterPro:IPR002345 Lipocalin GO:Molecular Function:transporter activity (GO:0005215), Molecular Function:binding (GO:0005488), Biological Process:transport (GO:0006810)" /inference="protein motif:superfamily:SSF53850 Periplasmic binding protein-like II" /note="1 probable transmembrane helix predicted by modhmm" /codon_start=1 /transl_table=11 /product="Extracellular solute binding protein, substrate unknown" /protein_id="ACS34351.1" /translation="MRAGALWLVALVIFGVVASGCIGGEEAKTSQTEVQLTGDFTKDV VEIGKVLEQNGVKEVKFSVWGSGDPNSVMRVYGIVEAARRINKIWADNGINVKVVITD THYVASFQDAYKEYLSKQPLGQAGDFFVNSYAFLPTLADEGYILDITDYAKAYQSVID DFYPSLIEASKFNGKLYGLPQDTEARPLYIRKDVAQKIGFDLNGLDEKVKNGEFTWSD VYYWAKKAKDEGAAEWGLIHRKGSAHPDLIQFIFAFGGKLYDPNTGKLVLDVPAVYKW LYVEWKFARDGLLPEDIMSWDWAKQIHPTVVEGRTLFDIGGTWYWTEWQTKQYYAKEG TPRGLKPEEVKDWFYYTLFPAGEKGKEPVTLSQPFVWMINSKAGQQNPKYDELKDVYH KLAFLMLIKASDPDINAIHSVISAHLPVRKDAAKLIKDEKWLNDLKNLNLDLDQKVKD NIRDIVKATVNPINAQFLADVSYMLEYTHFAPAHPKYPALADIFKEAVDKAIRGEMTP EEAVNYIIQKVKADPELAQNVEIKGEIPKDWKFPQE" gene 1780107..1781045 /locus_tag="TGAM_1850" /note="tg1850" CDS 1780107..1781045 /locus_tag="TGAM_1850" /inference="protein motif:CDD:LplB, ABC-type polysaccharide transport system, permease component [Carbohydrate transport and metabolism]" /inference="protein motif:CDD:MalG, ABC-type maltose transport systems, permease component [Carbohydrate transport and metabolism]" /inference="protein motif:CDD:PotB, ABC-type spermidine/putrescine transport system, permease component I [Amino acid transport and metabolism]" /inference="protein motif:CDD:UgpA, ABC-type sugar transport systems, permease components [Carbohydrate transport and metabolism]" /inference="protein motif:CDD:UgpE, ABC-type sugar transport system, permease component [Carbohydrate transport and metabolism]" /inference="protein motif:COG:COG1175 ABC-type sugar transport systems, permease components; G Carbohydrate transport and metabolism" /inference="protein motif:HMMPfam:PF00528 BPD_transp_1 InterPro:IPR000515 Binding-protein-dependent transport systems inner membrane component GO:Molecular Function:transporter activity (GO:0005215), Biological Process:transport (GO:0006810), Cellular Component:membrane (GO:0016020)" /inference="protein motif:ProfileScan:PS50928 ABC_TM1 InterPro:IPR000515 Binding-protein-dependent transport systems inner membrane component GO:Molecular Function:transporter activity (GO:0005215), Biological Process:transport (GO:0006810), Cellular Component:membrane (GO:0016020)" /note="6 probable transmembrane helices predicted by modhmm" /codon_start=1 /transl_table=11 /product="ABC-type sugar transporter, permease component" /protein_id="ACS34352.1" /translation="MDRRKLRELSFFLSPMLLMVFLFYLIPLVMTVYISMTRMRNWNV ERYLTDFVGLYNYHRLFYMFQHDPTFKAVIMTTVVFVGITLLINVFGGLLLSLAIFFI EERPASFYRLLWLLPRMSPIAVYSLVWYYFFHGSEIGTLNSFLMHLGLISQPIPWGQI IPWGAWSVIIFVNGLVGVSFGMIVFTSALNQIPRELIIAARVDGASSWQISRKILIPM MRWHLLYVFTWQFLSLLTTYPHLFLLVEWDLVNRDYGTTLALYVFNTAFGMGEQDQGL AAAAAVILSIIGILGGLVTLKVLKFERMMKKPRGDF" gene 1781045..1781914 /locus_tag="TGAM_1851" /note="tg1851" CDS 1781045..1781914 /locus_tag="TGAM_1851" /inference="protein motif:CDD:MalG, ABC-type maltose transport systems, permease component [Carbohydrate transport and metabolism]" /inference="protein motif:CDD:PotC, ABC-type spermidine/putrescine transport system, permease component II [Amino acid transport and metabolism]" /inference="protein motif:CDD:ThiP, ABC-type Fe3+ transport system, permease component [Inorganic ion transport and metabolism]" /inference="protein motif:CDD:UgpE, ABC-type sugar transport system, permease component [Carbohydrate transport and metabolism]" /inference="protein motif:COG:COG0395 ABC-type sugar transport system, permease component; G Carbohydrate transport and metabolism" /inference="protein motif:HMMPfam:PF00528 BPD_transp_1 InterPro:IPR000515 Binding-protein-dependent transport systems inner membrane component GO:Molecular Function:transporter activity (GO:0005215), Biological Process:transport (GO:0006810), Cellular Component:membrane (GO:0016020)" /inference="protein motif:ProfileScan:PS50928 ABC_TM1 InterPro:IPR000515 Binding-protein-dependent transport systems inner membrane component GO:Molecular Function:transporter activity (GO:0005215), Biological Process:transport (GO:0006810), Cellular Component:membrane (GO:0016020)" /note="6 probable transmembrane helices predicted by modhmm" /codon_start=1 /transl_table=11 /product="ABC-type sugar transport system, permease component" /protein_id="ACS34353.1" /translation="MKDVETRPRRYGLVIVLALLLASLPLLGAFSLLVLSSFSNQMVT DLSPGSFHPTLENWINLFHGKIATTGGIRVNIWRIALNTLIVAMGVSLVVTGISALAG YSLSRMDFRGRKTMMVLLLLLHAFPGVALIVGVYLLYRLTFPASTTAVGLYSFVYVIL ARAALEVPMSTWLMKGFFDTIPWEFEWSGIIDGASRITVWRKIMLPLIKPGILAVALF AFLAGWQDIIYVRTFLIDPTLATFIESNIEAEYSHMPLIAAAGTFYLLPTIIFFITAQ QLLLQGYSGGIKG" gene 1781925..1783013 /gene="malK-3" /locus_tag="TGAM_1852" /note="tg1852" CDS 1781925..1783013 /gene="malK-3" /locus_tag="TGAM_1852" /EC_number="3.6.3.19" /inference="protein motif:BlastProDom:PD000006 Q8U4H2_PYRFU_Q8U4H2; InterPro:IPR003439 ABC transporter related GO:Molecular Function:ATP binding (GO:0005524), Molecular Function:ATPase activity (GO:0016887)" /inference="protein motif:CDD:ABC_ATPase, ABC (ATP-binding cassette) transporter nucleotide-binding domain" /inference="protein motif:CDD:ABC_BcrA_bacitracin_resist, The BcrA subfamily represents ABC transporters involved in peptide antibiotic resistance" /inference="protein motif:CDD:ABC_Carb_Monos_I, This family represents the domain I of the carbohydrate uptake proteins that transport only monosaccharides (Monos)" /inference="protein motif:CDD:ABC_Carb_Monos_II, This family represents domain II of the carbohydrate uptake proteins that transport only monosaccharides (Monos)" /inference="protein motif:CDD:ABC_Carb_Solutes_like, ABC Carbohydrate and Solute Transporters-like subgroup" /inference="protein motif:CDD:ABC_CcmA_heme_exporter, CcmA, the ATP-binding component of the bacterial CcmAB transporter" /inference="protein motif:CDD:ABC_Class3, This class is comprised of all BPD (Binding Protein Dependent) systems that are largely represented in archaea and eubacteria and are primarily involved in scavenging solutes from the environment" /inference="protein motif:CDD:ABC_cobalt_CbiO_domain1, Domain I of the ABC component of a cobalt transport family found in bacteria, archaea, and eukaryota" /inference="protein motif:CDD:ABC_cobalt_CbiO_domain2, Domain II of the ABC component of a cobalt transport family found in bacteria, archaea, and eukaryota" /inference="protein motif:CDD:ABC_CysA_sulfate_importer, Part of the ABC transporter complex cysAWTP involved in sulfate import" /inference="protein motif:CDD:ABC_DR_subfamily_A, This family of ATP-binding proteins belongs to a multisubunit transporter involved in drug resistance (BcrA and DrrA), nodulation, lipid transport, and lantibiotic immunity" /inference="protein motif:CDD:ABC_DrrA, DrrA is the ATP-binding protein component of a bacterial exporter complex that confers resistance to the antibiotics daunorubicin and doxorubicin" /inference="protein motif:CDD:ABC_drug_resistance_like, ABC-type multidrug transport system, ATPase component" /inference="protein motif:CDD:ABC_FeS_Assembly, ABC-type transport system involved in Fe-S cluster assembly, ATPase component" /inference="protein motif:CDD:ABC_FtsE_transporter, FtsE is a hydrophilic nucleotide-binding protein that binds FtsX to form a heterodimeric ATP-binding cassette (ABC)-type transporter that associates with the bacterial inner membrane" /inference="protein motif:CDD:ABC_HisP_GlnQ_permeases, HisP and GlnQ are the ATP-binding components of the bacterial periplasmic histidine and glutamine permeases, repectively" /inference="protein motif:CDD:ABC_Iron-Siderophores_B12_Hemin, ABC transporters, involved in the uptake of siderophores, heme, and vitamin B12, are widely conserved in bacteria and archaea" /inference="protein motif:CDD:ABC_KpsT_Wzt, ABC_KpsT_Wzt The KpsT/Wzt ABC transporter subfamily is involved in extracellular polysaccharide export" /inference="protein motif:CDD:ABC_MalK_N, The N-terminal ATPase domain of the maltose transporter, MalK" /inference="protein motif:CDD:ABC_Metallic_Cations, ABC component of the metal-type transporters" /inference="protein motif:CDD:ABC_MetN_methionine_transporter, MetN (also known as YusC) is an ABC-type transporter encoded by metN of the metNPQ operon in Bacillus subtilis that is involved in methionine transport" /inference="protein motif:CDD:ABC_MJ0796_Lo1CDE_FtsE, This family is comprised of MJ0796 ATP-binding cassette, macrolide-specific ABC-type efflux carrier (MacAB), and proteins involved in cell division (FtsE), and release of liporoteins from the cytoplasmic membrane (LolCDE)" /inference="protein motif:CDD:ABC_Mj1267_LivG_branched, The Mj1267/LivG ABC transporter subfamily is involved in the transport of the hydrophobic amino acids leucine, isoleucine and valine" /inference="protein motif:CDD:ABC_ModC_like, Archeal protein closely related to ModC" /inference="protein motif:CDD:ABC_ModC_molybdenum_transporter, ModC is an ABC-type transporter and the ATPase component of a molybdate transport system that also includes the periplasmic binding protein ModA and the membrane protein ModB" /inference="protein motif:CDD:ABC_MTABC3_MDL1_MDL2, MTABC3 (also known as ABCB6) is a mitochondrial ATP-binding cassette protein involved in iron homeostasis and one of four ABC transporters expressed in the mitochondrial inner membrane, the other three being MDL1(ABC7), MDL2, and ATM1" /inference="protein motif:CDD:ABC_NatA_like, Similar in sequence to NatA, this is the ATPase component of a bacterial ABC-type Na+ transport system called NatAB, which catalyzes ATP-dependent electrogenic Na+ extrusion without mechanically coupled to proton or K+ uptake" /inference="protein motif:CDD:ABC_NatA_sodium_exporter, NatA is the ATPase component of a bacterial ABC-type Na+ transport system called NatAB, which catalyzes ATP-dependent electrogenic Na+ extrusion without mechanically coupled proton or K+ uptake" /inference="protein motif:CDD:ABC_NikE_OppD_transporters, The ABC transporter subfamily specific for the transport of dipeptides, oligopeptides (OppD), and nickel (NikDE)" /inference="protein motif:CDD:ABC_NrtD_SsuB_transporters, NrtD and SsuB are the ATP-binding subunits of the bacterial ABC-type nitrate and sulfonate transport systems, respectively" /inference="protein motif:CDD:ABC_OpuCA_Osmoprotection, OpuCA is a the ATP binding component of a bacterial solute transporter that serves a protective role to cells growing in a hyperosmolar environment" /inference="protein motif:CDD:ABC_Org_Solvent_Resistant, ABC (ATP-binding cassette) transport system involved in resistant to organic solvents" /inference="protein motif:CDD:ABC_PDR_domain1, The pleiotropic drug resistance (PDR) family of ATP-binding cassette (ABC) transporters" /inference="protein motif:CDD:ABC_PhnC_transporter, ABC-type phosphate/phosphonate transport system" /inference="protein motif:CDD:ABC_PotA_N, PotA is an ABC-type transporter and the ATPase component of the spermidine/putrescine-preferential uptake system consisting of PotA, -B, -C, and -D" /inference="protein motif:CDD:ABC_Pro_Gly_Bertaine, This family comprises the glycine betaine/L-proline ATP binding subunit in bacteria and its equivalents in archaea" /inference="protein motif:CDD:ABC_PstB_phosphate_transporter, Phosphate uptake is of fundamental importance in the cell physiology of bacteria because phosphate is required as a nutrient" /inference="protein motif:CDD:ABC_putative_ATPase, This subfamily is involved in drug resistance, nodulation, lipid transport, and bacteriocin and lantibiotic immunity" /inference="protein motif:CDD:ABC_RNaseL_inhibitor, The ABC ATPase RNase L inhibitor (RLI) is a key enzyme in ribosomal biogenesis, formation of translation preinitiation complexes, and assembly of HIV capsids" /inference="protein motif:CDD:ABC_RNaseL_inhibitor_domain1, The ATPase domain 1 of RNase L inhibitor" /inference="protein motif:CDD:ABC_RNaseL_inhibitor_domain2, The ATPase domain 2 of RNase L inhibitor" /inference="protein motif:CDD:ABC_subfamily_A, The ABCA subfamily mediates the transport of a variety of lipid compounds" /inference="protein motif:CDD:ABC_ThiQ_thiamine_transporter, ABC-type thiamine tranport system" /inference="protein motif:CDD:ABC_TM1139_LivF_branched, LivF (TM1139) is part of the LIV-I bacterial ABC-type two-component transport system that imports neutral, branched-chain amino acids" /inference="protein motif:CDD:ABC_tran, ABC transporter" /inference="protein motif:CDD:ABC_UvrA, The excision repair protein UvrA" /inference="protein motif:CDD:ABC_YhbG, The ABC transporters belonging to the YhbG family are similar to members of the Mj1267_LivG family, which is involved in the transport of branched-chain amino acids" /inference="protein motif:CDD:AbcC, ABC-type metal ion transport system, ATPase component [Inorganic ion transport and metabolism]" /inference="protein motif:CDD:ABCC_ATM1_transporter, ATM1 is an ABC transporter that is expressed in the mitochondria" /inference="protein motif:CDD:ABCC_bacteriocin_exporters, ABC-type bacteriocin exporters" /inference="protein motif:CDD:ABCC_CFTR1, The CFTR subfamily domain 1" /inference="protein motif:CDD:ABCC_CFTR2, The CFTR subfamily domain 2" /inference="protein motif:CDD:ABCC_cytochrome_bd, The CYD subfamily implicated in cytochrome bd biogenesis" /inference="protein motif:CDD:ABCC_Glucan_exporter_like, Glucan exporter ATP-binding protein" /inference="protein motif:CDD:ABCC_Hemolysin, The ABC-transporter hemolysin B is a central component of the secretion machinery that translocates the toxin, hemolysin A, in a Sec-independent fashion across both membranes of E" /inference="protein motif:CDD:ABCC_MRP_domain1, Domain 1 of the ABC subfamily C" /inference="protein motif:CDD:ABCC_MRP_domain2, Domain 2 of the ABC subfamily C" /inference="protein motif:CDD:ABCC_MRP_Like, The MRP (Mutidrug Resistance Protein)-like transporters are involved in drug, peptide, and lipid export" /inference="protein motif:CDD:ABCC_MsbA, MsbA is an essential ABC transporter, closely related to eukaryotic MDR proteins" /inference="protein motif:CDD:ABCC_NFT1, Domain 2 of NFT1 (New full-length MRP-type transporter 1)" /inference="protein motif:CDD:ABCC_Protease_Secretion, This family represents the ABC component of the protease secretion system PrtD, a 60-kDa integral membrane protein sharing 37% identity with HlyB, the ABC component of the alpha-hemolysin secretion pathway, in the C-terminal domain" /inference="protein motif:CDD:ABCC_SUR1_N, The SUR domain 1" /inference="protein motif:CDD:ABCC_TAP, TAP, the Transporter Associated with Antigen Processing" /inference="protein motif:CDD:ABCD_peroxisomal_ALDP, Peroxisomal ATP-binding cassette transporter (Pat) is involved in the import of very long-chain fatty acids (VLCFA) into the peroxisome" /inference="protein motif:CDD:ABCF_EF-3, ABCF_EF-3 Elongation factor 3 (EF-3) is a cytosolic protein required by fungal ribosomes for in vitro protein synthesis and for in vivo growth" /inference="protein motif:CDD:ABCG_EPDR, ABCG transporters are involved in eye pigment (EP) precursor transport, regulation of lipid-trafficking mechanisms, and pleiotropic drug resistance (DR)" /inference="protein motif:CDD:ABCG_White, The White subfamily represents ABC transporters homologous to the Drosophila white gene, which acts as a dimeric importer for eye pigment precursors" /inference="protein motif:CDD:AppF, ABC-type oligopeptide transport system, ATPase component [Amino acid transport and metabolism]" /inference="protein motif:CDD:ArpD, ABC-type protease/lipase transport system, ATPase and permease components [General function prediction only]" /inference="protein motif:CDD:ArtP, ABC-type arginine transport system, ATPase component [Amino acid transport and metabolism]" /inference="protein motif:CDD:ATM1, ABC-type transport system involved in Fe-S cluster assembly, permease and ATPase components [Posttranslational modification, protein turnover, chaperones]" /inference="protein motif:CDD:BtuD, ABC-type cobalamin transport system, ATPase component [Coenzyme metabolism]" /inference="protein motif:CDD:CbiO, ABC-type cobalt transport system, ATPase component [Inorganic ion transport and metabolism]" /inference="protein motif:CDD:CcmA, ABC-type multidrug transport system, ATPase component [Defense mechanisms]" /inference="protein motif:CDD:CcmA, ABC-type transport system involved in cytochrome c biogenesis, ATPase component [Posttranslational modification, protein turnover, chaperones]" /inference="protein motif:CDD:CeuD, ABC-type enterochelin transport system, ATPase component [Inorganic ion transport and metabolism]" /inference="protein motif:CDD:COG1123, ATPase components of various ABC-type transport systems, contain duplicated ATPase [General function prediction only]" /inference="protein motif:CDD:COG1245, Predicted ATPase, RNase L inhibitor (RLI) homolog [General function prediction only]" /inference="protein motif:CDD:COG2401, ABC-type ATPase fused to a predicted acetyltransferase domain [General function prediction only]" /inference="protein motif:CDD:COG3638, ABC-type phosphate/phosphonate transport system, ATPase component [Inorganic ion transport and metabolism]" /inference="protein motif:CDD:COG3845, ABC-type uncharacterized transport systems, ATPase components [General function prediction only]" /inference="protein motif:CDD:COG4136, ABC-type uncharacterized transport system, ATPase component [General function prediction only]" /inference="protein motif:CDD:COG4152, ABC-type uncharacterized transport system, ATPase component [General function prediction only]" /inference="protein motif:CDD:COG4172, ABC-type uncharacterized transport system, duplicated ATPase component [General function prediction only]" /inference="protein motif:CDD:COG4178, ABC-type uncharacterized transport system, permease and ATPase components [General function prediction only]" /inference="protein motif:CDD:COG4181, Predicted ABC-type transport system involved in lysophospholipase L1 biosynthesis, ATPase component [Secondary metabolites biosynthesis, transport, and catabolism]" /inference="protein motif:CDD:COG4559, ABC-type hemin transport system, ATPase component [Inorganic ion transport and metabolism]" /inference="protein motif:CDD:COG4586, ABC-type uncharacterized transport system, ATPase component [General function prediction only]" /inference="protein motif:CDD:COG4619, ABC-type uncharacterized transport system, ATPase component [General function prediction only]" /inference="protein motif:CDD:COG4674, Uncharacterized ABC-type transport system, ATPase component [General function prediction only]" /inference="protein motif:CDD:CydC, ABC-type transport system involved in cytochrome bd biosynthesis, fused ATPase and permease components [Energy production and conversion / Posttranslational modification, protein turnover, chaperones]" /inference="protein motif:CDD:CydD, ABC-type transport system involved in cytochrome bd biosynthesis, ATPase and permease components [Energy production and conversion / Posttranslational modification, protein turnover, chaperones]" /inference="protein motif:CDD:CysA, ABC-type sulfate/molybdate transport systems, ATPase component [Inorganic ion transport and metabolism]" /inference="protein motif:CDD:DppD, ABC-type dipeptide/oligopeptide/nickel transport system, ATPase component [Amino acid transport and metabolism / Inorganic ion transport and metabolism]" /inference="protein motif:CDD:DppF, ABC-type dipeptide/oligopeptide/nickel transport system, ATPase component [Amino acid transport and metabolism / Inorganic ion transport and metabolism]" /inference="protein motif:CDD:FepC, ABC-type cobalamin/Fe3+-siderophores transport systems, ATPase components [Inorganic ion transport and metabolism / Coenzyme metabolism]" /inference="protein motif:CDD:FtsE, Predicted ATPase involved in cell division [Cell division and chromosome partitioning]" /inference="protein motif:CDD:GlnQ, ABC-type polar amino acid transport system, ATPase component [Amino acid transport and metabolism]" /inference="protein motif:CDD:HisP, ABC-type histidine transport system, ATPase component [Amino acid transport and metabolism]" /inference="protein motif:CDD:LivF, ABC-type branched-chain amino acid transport systems, ATPase component [Amino acid transport and metabolism]" /inference="protein motif:CDD:LivG, ABC-type branched-chain amino acid transport systems, ATPase component [Amino acid transport and metabolism]" /inference="protein motif:CDD:MalK, ABC-type sugar transport systems, ATPase components [Carbohydrate transport and metabolism]" /inference="protein motif:CDD:MdlB, ABC-type multidrug transport system, ATPase and permease components [Defense mechanisms]" /inference="protein motif:CDD:MglA, ABC-type sugar transport system, ATPase component [Carbohydrate transport and metabolism]" /inference="protein motif:CDD:ModC, ABC-type molybdate transport system, ATPase component [Inorganic ion transport and metabolism]" /inference="protein motif:CDD:ModF, ABC-type molybdenum transport system, ATPase component/photorepair protein PhrA [Inorganic ion transport and metabolism]" /inference="protein motif:CDD:NatA, ABC-type Na+ transport system, ATPase component [Energy production and conversion / Inorganic ion transport and metabolism]" /inference="protein motif:CDD:OpuBA, ABC-type proline/glycine betaine transport systems, ATPase components [Amino acid transport and metabolism]" /inference="protein motif:CDD:PhnK, ABC-type phosphonate transport system, ATPase component [Inorganic ion transport and metabolism]" /inference="protein motif:CDD:PhnK, ABC-type uncharacterized transport system, ATPase component [General function prediction only]" /inference="protein motif:CDD:PhnL, ABC-type phosphonate transport system, ATPase component [Inorganic ion transport and metabolism]" /inference="protein motif:CDD:PotA, ABC-type spermidine/putrescine transport systems, ATPase components [Amino acid transport and metabolism]" /inference="protein motif:CDD:ProV, ABC-type proline/glycine betaine transport system, ATPase component [Amino acid transport and metabolism]" /inference="protein motif:CDD:PstB, ABC-type phosphate transport system, ATPase component [Inorganic ion transport and metabolism]" /inference="protein motif:CDD:PvdE, ABC-type siderophore export system, fused ATPase and permease components [Secondary metabolites biosynthesis, transport, and catabolism / Inorganic ion transport and metabolism]" /inference="protein motif:CDD:SalX, ABC-type antimicrobial peptide transport system, ATPase component [Defense mechanisms]" /inference="protein motif:CDD:SapD, ABC-type antimicrobial peptide transport system, ATPase component [Defense mechanisms]" /inference="protein motif:CDD:SapF, ABC-type antimicrobial peptide transport system, ATPase component [Defense mechanisms]" /inference="protein motif:CDD:SufC, ABC-type transport system involved in Fe-S cluster assembly, ATPase component [Posttranslational modification, protein turnover, chaperones]" /inference="protein motif:CDD:SunT, ABC-type bacteriocin/lantibiotic exporters, contain an N-terminal double-glycine peptidase domain [Defense mechanisms]" /inference="protein motif:CDD:TagH, ABC-type polysaccharide/polyol phosphate transport system, ATPase component [Carbohydrate transport and metabolism / Cell envelope biogenesis, outer membrane]" /inference="protein motif:CDD:TauB, ABC-type nitrate/sulfonate/bicarbonate transport system, ATPase component [Inorganic ion transport and metabolism]" /inference="protein motif:CDD:TauB, ABC-type taurine transport system, ATPase component [Inorganic ion transport and metabolism]" /inference="protein motif:CDD:ThiQ, ABC-type thiamine transport system, ATPase component [Coenzyme metabolism]" /inference="protein motif:CDD:Ttg2A, ABC-type transport system involved in resistance to organic solvents, ATPase component [Secondary metabolites biosynthesis, transport, and catabolism]" /inference="protein motif:CDD:Uup, ATPase components of ABC transporters with duplicated ATPase domains [General function prediction only]" /inference="protein motif:CDD:YhbG, ABC-type (unclassified) transport system, ATPase component [General function prediction only]" /inference="protein motif:CDD:ZnuC, ABC-type Mn/Zn transport systems, ATPase component [Inorganic ion transport and metabolism]" /inference="protein motif:COG:COG3839 ABC-type sugar transport systems, ATPase components; G Carbohydrate transport and metabolism" /inference="protein motif:Gene3D:G3D.2.40.50.190 no description" /inference="protein motif:Gene3D:G3D.3.40.50.300 no description" /inference="protein motif:HMMPanther:PTHR19222 ATP-BINDING CASSETTE TRANSPORTER" /inference="protein motif:HMMPfam:PF00005 ABC_tran InterPro:IPR003439 ABC transporter related GO:Molecular Function:ATP binding (GO:0005524), Molecular Function:ATPase activity (GO:0016887)" /inference="protein motif:HMMPfam:PF08402 TOBE_2 InterPro:IPR013611 Transport-associated OB" /inference="protein motif:HMMSmart:SM00382 no description InterPro:IPR003593 AAA ATPase GO:Molecular Function:nucleotide binding (GO:0000166), Molecular Function:nucleoside-triphosphatase activity (GO:0017111)" /inference="protein motif:ProfileScan:PS50100 DA_BOX InterPro:IPR003439 ABC transporter related GO:Molecular Function:ATP binding (GO:0005524), Molecular Function:ATPase activity (GO:0016887)" /inference="protein motif:ProfileScan:PS50101 ATP_GTP_A2" /inference="protein motif:ProfileScan:PS50893 ABC_TRANSPORTER_2 InterPro:IPR003439 ABC transporter related GO:Molecular Function:ATP binding (GO:0005524), Molecular Function:ATPase activity (GO:0016887)" /inference="protein motif:ScanRegExp:PS00211 ABC_TRANSPORTER_1 InterPro:IPR003439 ABC transporter related GO:Molecular Function:ATP binding (GO:0005524), Molecular Function:ATPase activity (GO:0016887)" /inference="protein motif:superfamily:SSF50331 MOP-like InterPro:IPR008995 Molybdate/tungstate binding" /inference="protein motif:superfamily:SSF52540 P-loop containing nucleoside triphosphate hydrolases" /codon_start=1 /transl_table=11 /product="ABC-type transport system, ATPase component, putative maltose/maltodextrin transporter (malK)" /protein_id="ACS34354.1" /translation="MVKVTLDNITKRFGDFEALKRVSLEIADKEFMALLGPSGSGKST LLYTIAGIYKPTSGRIYFDDRDVTDVPPKDRNVGLVFQNWALYPHMKVFDNIAFPLEL RKVPKDEISKKVKKVAEMLHIENLLDRYPWQLSGGQQQRVAIARALVKEPDVLLLDEP LSNLDALLRLEVRAELKRLQKELGITAVYVTHDQAEALAMADRIAVIRGGEILQVGDP DEVYYKPKYRFVGGFLGSPPMNFVEAEVQDSYLDVYGNKIPIPPQYRELVKKLGIREV ILGFRPHDAEVVKGKAEGLFGTVYSFEPLGREQIITVSVNGASVKVFAPEGEHFTFGE QVTVKLREDRIILFDKKTEKALEFLLEE" gene complement(1783016..1784299) /locus_tag="TGAM_1853" /note="tg1853" CDS complement(1783016..1784299) /locus_tag="TGAM_1853" /inference="protein motif:CDD:CDP-OH_P_transf, CDP-alcohol phosphatidyltransferase" /inference="protein motif:CDD:COG1213, Predicted sugar nucleotidyltransferases [Cell envelope biogenesis, outer membrane]" /inference="protein motif:CDD:GCD1, Nucleoside-diphosphate-sugar pyrophosphorylase involved in lipopolysaccharide biosynthesis/translation initiation factor 2B, gamma/epsilon subunits (eIF-2Bgamma/eIF-2Bepsilon) [Cell envelope biogenesis, outer membrane / Translation, ribosomal structure and biogenesis]" /inference="protein motif:CDD:PgsA, Phosphatidylglycerophosphate synthase [Lipid metabolism]" /inference="protein motif:CDD:RfbA, dTDP-glucose pyrophosphorylase [Cell envelope biogenesis, outer membrane]" /inference="protein motif:COG:COG1213 Predicted sugar nucleotidyltransferases; M Cell wall/membrane/envelope biogenesis" /inference="protein motif:Gene3D:G3D.3.90.550.10 no description" /inference="protein motif:HMMPanther:PTHR19136 SUGAR-PHOSPHATE NUCLEOTIDYL TRANSFERASE" /inference="protein motif:HMMPanther:PTHR19136:SF24 GLUCOSE-1-PHOSPHATE THYMIDYLYLTRANSFERASE" /inference="protein motif:HMMPfam:PF01066 CDP-OH_P_transf InterPro:IPR000462 CDP-alcohol phosphatidyltransferase GO:Biological Process:phospholipid biosynthesis (GO:0008654)" /inference="protein motif:HMMPfam:PF01128 IspD InterPro:IPR001228 4-diphosphocytidyl-2C-methyl-D-erythritol synthase GO:Biological Process:isoprenoid biosynthesis (GO:0008299)" /inference="protein motif:ProfileScan:PS50291 CDP_ALCOHOL_P_TRANS_2 InterPro:IPR000462 CDP-alcohol phosphatidyltransferase GO:Biological Process:phospholipid biosynthesis (GO:0008654)" /inference="protein motif:ScanRegExp:PS00379 CDP_ALCOHOL_P_TRANSF InterPro:IPR000462 CDP-alcohol phosphatidyltransferase GO:Biological Process:phospholipid biosynthesis (GO:0008654)" /inference="protein motif:superfamily:SSF53448 Nucleotide-diphospho-sugar transferases" /note="2 probable transmembrane helices predicted by modhmm" /codon_start=1 /transl_table=11 /product="Bifunctional phosphosugar nucleotidyltransferase/CDP-alcohol phosphatidyltransferase" /protein_id="ACS34355.1" /translation="MTPKTAVILAAGLGTRMGGRPKGLLKVAGREILYRTMHLLQRNG VKRFVIVTNERYAPLYREFVERHGFNAELVINPEPEKGNGHSLHLAKSHVSGRFVLVM SDHVYNESFVAEAIRGNGLIADREPRWIDVEEATKVKVKDGRVERIGKGLKDWDAVDT GFFVLDDGIFRVTEVLENERNGDYSLSEVVERAKLPVTFVDGLGWTDVDTPEELKRAR KMLVFTAVKGTGDGFISRHLNRKISTRISYLLVEKVTPNQMTVVAFALGVLSAFLTLI SLPLAGILYQLSSILDGVDGELARAQLRTSRLGGYVDSILDRYVDGTFLALLAYSTLK EPLWYLVALLALLGSVMVSYSTERFKGAFCRDAYREVPALRKLPGKRDERIFLTMLFL LYPMEALVKALFLLLAVLTNIRVALTVWMVGRKKR" gene 1784383..1785117 /locus_tag="TGAM_1854" /note="tg1854" CDS 1784383..1785117 /locus_tag="TGAM_1854" /inference="protein motif:CDD:Alpha_ANH_like_IV, This is a subfamily of Adenine nucleotide alpha hydrolases superfamily" /inference="protein motif:CDD:ATP_bind_4, ATP-binding region" /inference="protein motif:CDD:COG2102, Predicted ATPases of PP-loop superfamily [General function prediction only]" /inference="protein motif:COG:COG2102 Predicted ATPases of PP-loop superfamily; R General function prediction only" /inference="protein motif:Gene3D:G3D.3.40.50.610 no description" /inference="protein motif:HMMPanther:PTHR12196 FAMILY NOT NAMED" /inference="protein motif:HMMPanther:PTHR12196:SF13 SUBFAMILY NOT NAMED" /inference="protein motif:HMMPfam:PF01902 ATP_bind_4 InterPro:IPR002761 Protein of unknown function DUF71, ATP-binding region" /inference="protein motif:HMMTigr:TIGR00289 TIGR00289:conserved hypothetical protein InterPro:IPR005237 Conserved hypothetical protein 289" /inference="protein motif:HMMTigr:TIGR00290 MJ0570_dom:MJ0570-related uncharacterized InterPro:IPR002761 Protein of unknown function DUF71, ATP-binding region" /inference="protein motif:superfamily:SSF52402 Adenine nucleotide alpha hydrolases-like" /codon_start=1 /transl_table=11 /product="ATP-binding protein, PP-loop superfamily" /protein_id="ACS34356.1" /translation="MVEMRVAVLYSGGKDSNYALYWALEQGFEVKYLVSMVSEREDSY MYHVPNIHLTELQARAIGIPLVKGFTSGEKEKEVEDMKAVLEGLKIDGVVAGALASEY QKKRVDKVARELGIESFAPAWHRDPIEYMRELIGIFDIVMIGVSAYGLDESWLGRRID EKALEELVKLHEKYGIHVAGEGGEFETFVRDAPFFKARIVFDEVEKKWDGFNYSGVLE VKRAHLERKSKNKNRNGPIGGAQMKS" gene complement(1785112..1787289) /locus_tag="TGAM_1855" /note="tg1855" CDS complement(1785112..1787289) /locus_tag="TGAM_1855" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:AA_permease, Amino acid permease" /inference="protein motif:CDD:AnsP, Gamma-aminobutyrate permease and related permeases [Amino acid transport and metabolism]" /inference="protein motif:CDD:LysP, Amino acid transporters [Amino acid transport and metabolism]" /inference="protein motif:CDD:Na_H_Antiporter_C, The C-terminal domain of a subfamily of Na+ /H+ antiporter existed in bacteria and archea" /inference="protein motif:CDD:PotE, Amino acid transporters [Amino acid transport and metabolism]" /inference="protein motif:CDD:Usp, Universal stress protein family" /inference="protein motif:CDD:USP_Like, Usp:Universal stress protein family" /inference="protein motif:COG:COG0531 Amino acid transporters; E Amino acid transport and metabolism" /inference="protein motif:Gene3D:G3D.3.40.50.1420 no description" /inference="protein motif:HMMPanther:PTHR11785 AMINO ACID TRANSPORTER InterPro:IPR002293 Amino acid/polyamine transporter I GO:Molecular Function:amino acid-polyamine transporter activity (GO:0005279), Biological Process:amino acid transport (GO:0006865), Cellular Component:membrane (GO:0016020)" /inference="protein motif:HMMPanther:PTHR11785:SF67 CATIONIC AMINO ACID TRANSPORTER" /inference="protein motif:HMMPfam:PF00324 AA_permease InterPro:IPR004841 Amino acid permease-associated region GO:Biological Process:transport (GO:0006810), Cellular Component:membrane (GO:0016020)" /inference="protein motif:HMMPfam:PF00582 Usp InterPro:IPR006016 UspA GO:Biological Process:response to stress (GO:0006950)" /inference="protein motif:ProfileScan:PS50285 AMINO_ACID_PERMEASE_2 InterPro:IPR002293 Amino acid/polyamine transporter I GO:Molecular Function:amino acid-polyamine transporter activity (GO:0005279), Biological Process:amino acid transport (GO:0006865), Cellular Component:membrane (GO:0016020)" /inference="protein motif:superfamily:SSF52402 Adenine nucleotide alpha hydrolases-like" /note="12 probable transmembrane helices predicted by modhmm" /codon_start=1 /transl_table=11 /product="Amino acid transporter" /protein_id="ACS34357.1" /translation="MMMGMGMMIGAGVFVATGISIGFAGPGGVLVAFALNGLVALFSA MSFAELASALPTAGGAYTYIDEAFKGLIGFISGWLNWFALTVAGSLYAITFATYTVFL LEGTKWFSSLGVESGLVIKALALLIIAVFVVINYIGVSETGNIENLITIGQMSTLLFI GAFAVFYTILHPERLSHFSNFVPNGWGKVLAAMGFTYVGFEGYEVIAHAGEEAFDPKE SIPKAILYSVVAVTTTYLLFAFAAIVGADVSPENLTAWFAFHGAVGMGEAIKDLMPYG GLLITLAAIFSSTSALNATIYSSTRVLFAISRDGKLPRFISKIHPVRRVPHIALALSS IIIVTVALALPIEDVAASADIVFLLIFLLVNAAVIKIRRERGDELDYGFLMPYFPFIP LIAIALQGVLSIWIFDVSPTAWFVTLGWVILGLALSSRYKGAREAKEALRREVVFGEW LPEGYKVLVAISNPRNAPYLARVGETIARARKGELALVSVVTVPEQTPLEEAHRFAGP ALELLRRVREGLGGDVNVRGVLYYAHSVYRGILSAIKNKKADLLVLGWRGRSRLGYIF GSNLDRLVEAPCDVLLVKPGRGEEVKRILFPTAGGPHSLLAAEIARIFALEKGASVTV LYVDREGIERKRIERRLEPVMRILNGARGTLKVVRSDDPKRTILSECRDHDLVIMGAS ESSLFARSLFGELPVEVAKECEKTVFLVKKDLGRRSWLRRWFL" gene complement(1787286..1787564) /locus_tag="TGAM_1856" /note="tg1856" CDS complement(1787286..1787564) /locus_tag="TGAM_1856" /codon_start=1 /transl_table=11 /product="Hypothetical protein" /protein_id="ACS34358.1" /translation="MDIKHQIGRWGEIVERPSGNWGWNNNRCLLPYAFSPVQVEKNHR RAEDHERGPDEAQDKAESQLREKRCNQEEAVAWRRKSGSRGDYQCGTS" gene complement(1787651..1790200) /locus_tag="TGAM_1857" /note="tg1857" CDS complement(1787651..1790200) /locus_tag="TGAM_1857" /inference="protein motif:ScanRegExp:PS00178 AA_TRNA_LIGASE_I InterPro:IPR001412 Aminoacyl-tRNA synthetase, class I GO:Molecular Function:aminoacyl-tRNA ligase activity (GO:0004812), Molecular Function:ATP binding (GO:0005524), Biological Process:tRNA aminoacylation for protein translation (GO:0006418)" /note="1 probable transmembrane helix predicted by modhmm" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein" /protein_id="ACS34359.1" /translation="MRKRLRLLFFLLLTGLVLISGCVGPESGTGGETTKSTPSETGTH ESATSTTSATTSSPTPVETTTETQTSTTTETLTETQTKTQTETSTETPVSNESIQYDE DGNVVCGGGADPDLGCEAGETNDNGTGPGFAIGLLNVTFQPVIIPVYRLTANFTYAGP IGSDTFEPNGEKIEKVSIITASTDPGKNVKFTITFENESLANAYVHIPVFIDMFSGKK YVYEPTVLRFDEGEEFGRIWELHLYSTGFTLYELTGNGSVELQEGSVTLDGRRVSFTI ENFSEIFPERVYLRIYGSTMTDKSPSLTYPYTGSFVIEAGKGWIDYYSPASFFTPEGK LYMEARGYDLMIKLYLDDRKYRDMMPMKAFFDSSDSGEADWIAYVDEDSFKLRDAYGS VYREGKVSTYIENDRHVVEFTIENFFSLVPWRYFRLWFAGQVYAPSLKPRFPAHSNIW VNATNGLSMDKDVDRYLVIVVEDVYIKGNKDSAEGEIQLVSWAFPVYWEHENDLDWEY GPIYAVGYPAKRWVEANDHSRLLYHDERAISVSYPFINGYPIFAMPLEEVKKYRKIYV HTAGWDLDDPGEYITLGTGFLVDAALGLATGEIGTAIKYGYNGVMFINQLVTGQGAAE WWGSTIVRDLGGDPDPVGYNGYAIDTNGNYRDGVLVEVWSADGNMRVTYLVQEVEVPR TLRYDTLQAYLDTVQFTKDTELGDDEYYLYASGFISFKPEEVADVPDITREQTTAMVP VQPVNRYPKSGVLSGNRFTSSPQMLIIGHTRADVPFLYLEYDGWEEDAGKWGNDDDPM GQVAITLLLDDDYFDWEPNSAIPTKEWSLEFPSCGVSGGCSKAWFWVRVKP" gene 1790357..1791118 /locus_tag="TGAM_1858" /note="tg1858" CDS 1790357..1791118 /locus_tag="TGAM_1858" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:BlastProDom:PD000006 Q9UZY1_PYRAB_Q9UZY1; InterPro:IPR003439 ABC transporter related GO:Molecular Function:ATP binding (GO:0005524), Molecular Function:ATPase activity (GO:0016887)" /inference="protein motif:CDD:ABC_ATPase, ABC (ATP-binding cassette) transporter nucleotide-binding domain" /inference="protein motif:CDD:ABC_BcrA_bacitracin_resist, The BcrA subfamily represents ABC transporters involved in peptide antibiotic resistance" /inference="protein motif:CDD:ABC_Carb_Monos_I, This family represents the domain I of the carbohydrate uptake proteins that transport only monosaccharides (Monos)" /inference="protein motif:CDD:ABC_Carb_Monos_II, This family represents domain II of the carbohydrate uptake proteins that transport only monosaccharides (Monos)" /inference="protein motif:CDD:ABC_Carb_Solutes_like, ABC Carbohydrate and Solute Transporters-like subgroup" /inference="protein motif:CDD:ABC_CcmA_heme_exporter, CcmA, the ATP-binding component of the bacterial CcmAB transporter" /inference="protein motif:CDD:ABC_Class3, This class is comprised of all BPD (Binding Protein Dependent) systems that are largely represented in archaea and eubacteria and are primarily involved in scavenging solutes from the environment" /inference="protein motif:CDD:ABC_cobalt_CbiO_domain1, Domain I of the ABC component of a cobalt transport family found in bacteria, archaea, and eukaryota" /inference="protein motif:CDD:ABC_cobalt_CbiO_domain2, Domain II of the ABC component of a cobalt transport family found in bacteria, archaea, and eukaryota" /inference="protein motif:CDD:ABC_CysA_sulfate_importer, Part of the ABC transporter complex cysAWTP involved in sulfate import" /inference="protein motif:CDD:ABC_DR_subfamily_A, This family of ATP-binding proteins belongs to a multisubunit transporter involved in drug resistance (BcrA and DrrA), nodulation, lipid transport, and lantibiotic immunity" /inference="protein motif:CDD:ABC_DrrA, DrrA is the ATP-binding protein component of a bacterial exporter complex that confers resistance to the antibiotics daunorubicin and doxorubicin" /inference="protein motif:CDD:ABC_drug_resistance_like, ABC-type multidrug transport system, ATPase component" /inference="protein motif:CDD:ABC_FeS_Assembly, ABC-type transport system involved in Fe-S cluster assembly, ATPase component" /inference="protein motif:CDD:ABC_FtsE_transporter, FtsE is a hydrophilic nucleotide-binding protein that binds FtsX to form a heterodimeric ATP-binding cassette (ABC)-type transporter that associates with the bacterial inner membrane" /inference="protein motif:CDD:ABC_HisP_GlnQ_permeases, HisP and GlnQ are the ATP-binding components of the bacterial periplasmic histidine and glutamine permeases, repectively" /inference="protein motif:CDD:ABC_Iron-Siderophores_B12_Hemin, ABC transporters, involved in the uptake of siderophores, heme, and vitamin B12, are widely conserved in bacteria and archaea" /inference="protein motif:CDD:ABC_KpsT_Wzt, ABC_KpsT_Wzt The KpsT/Wzt ABC transporter subfamily is involved in extracellular polysaccharide export" /inference="protein motif:CDD:ABC_MalK_N, The N-terminal ATPase domain of the maltose transporter, MalK" /inference="protein motif:CDD:ABC_Metallic_Cations, ABC component of the metal-type transporters" /inference="protein motif:CDD:ABC_MetN_methionine_transporter, MetN (also known as YusC) is an ABC-type transporter encoded by metN of the metNPQ operon in Bacillus subtilis that is involved in methionine transport" /inference="protein motif:CDD:ABC_MJ0796_Lo1CDE_FtsE, This family is comprised of MJ0796 ATP-binding cassette, macrolide-specific ABC-type efflux carrier (MacAB), and proteins involved in cell division (FtsE), and release of liporoteins from the cytoplasmic membrane (LolCDE)" /inference="protein motif:CDD:ABC_Mj1267_LivG_branched, The Mj1267/LivG ABC transporter subfamily is involved in the transport of the hydrophobic amino acids leucine, isoleucine and valine" /inference="protein motif:CDD:ABC_ModC_like, Archeal protein closely related to ModC" /inference="protein motif:CDD:ABC_ModC_molybdenum_transporter, ModC is an ABC-type transporter and the ATPase component of a molybdate transport system that also includes the periplasmic binding protein ModA and the membrane protein ModB" /inference="protein motif:CDD:ABC_MTABC3_MDL1_MDL2, MTABC3 (also known as ABCB6) is a mitochondrial ATP-binding cassette protein involved in iron homeostasis and one of four ABC transporters expressed in the mitochondrial inner membrane, the other three being MDL1(ABC7), MDL2, and ATM1" /inference="protein motif:CDD:ABC_NatA_like, Similar in sequence to NatA, this is the ATPase component of a bacterial ABC-type Na+ transport system called NatAB, which catalyzes ATP-dependent electrogenic Na+ extrusion without mechanically coupled to proton or K+ uptake" /inference="protein motif:CDD:ABC_NatA_sodium_exporter, NatA is the ATPase component of a bacterial ABC-type Na+ transport system called NatAB, which catalyzes ATP-dependent electrogenic Na+ extrusion without mechanically coupled proton or K+ uptake" /inference="protein motif:CDD:ABC_NikE_OppD_transporters, The ABC transporter subfamily specific for the transport of dipeptides, oligopeptides (OppD), and nickel (NikDE)" /inference="protein motif:CDD:ABC_NrtD_SsuB_transporters, NrtD and SsuB are the ATP-binding subunits of the bacterial ABC-type nitrate and sulfonate transport systems, respectively" /inference="protein motif:CDD:ABC_OpuCA_Osmoprotection, OpuCA is a the ATP binding component of a bacterial solute transporter that serves a protective role to cells growing in a hyperosmolar environment" /inference="protein motif:CDD:ABC_Org_Solvent_Resistant, ABC (ATP-binding cassette) transport system involved in resistant to organic solvents" /inference="protein motif:CDD:ABC_PDR_domain1, The pleiotropic drug resistance (PDR) family of ATP-binding cassette (ABC) transporters" /inference="protein motif:CDD:ABC_PDR_domain2, The pleiotropic drug resistance-like (PDR) family of ATP-binding cassette (ABC) transporters" /inference="protein motif:CDD:ABC_PhnC_transporter, ABC-type phosphate/phosphonate transport system" /inference="protein motif:CDD:ABC_PotA_N, PotA is an ABC-type transporter and the ATPase component of the spermidine/putrescine-preferential uptake system consisting of PotA, -B, -C, and -D" /inference="protein motif:CDD:ABC_Pro_Gly_Bertaine, This family comprises the glycine betaine/L-proline ATP binding subunit in bacteria and its equivalents in archaea" /inference="protein motif:CDD:ABC_PstB_phosphate_transporter, Phosphate uptake is of fundamental importance in the cell physiology of bacteria because phosphate is required as a nutrient" /inference="protein motif:CDD:ABC_putative_ATPase, This subfamily is involved in drug resistance, nodulation, lipid transport, and bacteriocin and lantibiotic immunity" /inference="protein motif:CDD:ABC_RNaseL_inhibitor_domain1, The ATPase domain 1 of RNase L inhibitor" /inference="protein motif:CDD:ABC_RNaseL_inhibitor_domain2, The ATPase domain 2 of RNase L inhibitor" /inference="protein motif:CDD:ABC_subfamily_A, The ABCA subfamily mediates the transport of a variety of lipid compounds" /inference="protein motif:CDD:ABC_ThiQ_thiamine_transporter, ABC-type thiamine tranport system" /inference="protein motif:CDD:ABC_TM1139_LivF_branched, LivF (TM1139) is part of the LIV-I bacterial ABC-type two-component transport system that imports neutral, branched-chain amino acids" /inference="protein motif:CDD:ABC_tran, ABC transporter" /inference="protein motif:CDD:ABC_YhbG, The ABC transporters belonging to the YhbG family are similar to members of the Mj1267_LivG family, which is involved in the transport of branched-chain amino acids" /inference="protein motif:CDD:AbcC, ABC-type metal ion transport system, ATPase component [Inorganic ion transport and metabolism]" /inference="protein motif:CDD:ABCC_ATM1_transporter, ATM1 is an ABC transporter that is expressed in the mitochondria" /inference="protein motif:CDD:ABCC_bacteriocin_exporters, ABC-type bacteriocin exporters" /inference="protein motif:CDD:ABCC_CFTR2, The CFTR subfamily domain 2" /inference="protein motif:CDD:ABCC_cytochrome_bd, The CYD subfamily implicated in cytochrome bd biogenesis" /inference="protein motif:CDD:ABCC_Glucan_exporter_like, Glucan exporter ATP-binding protein" /inference="protein motif:CDD:ABCC_Hemolysin, The ABC-transporter hemolysin B is a central component of the secretion machinery that translocates the toxin, hemolysin A, in a Sec-independent fashion across both membranes of E" /inference="protein motif:CDD:ABCC_MRP_domain1, Domain 1 of the ABC subfamily C" /inference="protein motif:CDD:ABCC_MRP_domain2, Domain 2 of the ABC subfamily C" /inference="protein motif:CDD:ABCC_MRP_Like, The MRP (Mutidrug Resistance Protein)-like transporters are involved in drug, peptide, and lipid export" /inference="protein motif:CDD:ABCC_MsbA, MsbA is an essential ABC transporter, closely related to eukaryotic MDR proteins" /inference="protein motif:CDD:ABCC_NFT1, Domain 2 of NFT1 (New full-length MRP-type transporter 1)" /inference="protein motif:CDD:ABCC_Protease_Secretion, This family represents the ABC component of the protease secretion system PrtD, a 60-kDa integral membrane protein sharing 37% identity with HlyB, the ABC component of the alpha-hemolysin secretion pathway, in the C-terminal domain" /inference="protein motif:CDD:ABCC_TAP, TAP, the Transporter Associated with Antigen Processing" /inference="protein motif:CDD:ABCD_peroxisomal_ALDP, Peroxisomal ATP-binding cassette transporter (Pat) is involved in the import of very long-chain fatty acids (VLCFA) into the peroxisome" /inference="protein motif:CDD:ABCF_EF-3, ABCF_EF-3 Elongation factor 3 (EF-3) is a cytosolic protein required by fungal ribosomes for in vitro protein synthesis and for in vivo growth" /inference="protein motif:CDD:ABCG_EPDR, ABCG transporters are involved in eye pigment (EP) precursor transport, regulation of lipid-trafficking mechanisms, and pleiotropic drug resistance (DR)" /inference="protein motif:CDD:ABCG_White, The White subfamily represents ABC transporters homologous to the Drosophila white gene, which acts as a dimeric importer for eye pigment precursors" /inference="protein motif:CDD:AppF, ABC-type oligopeptide transport system, ATPase component [Amino acid transport and metabolism]" /inference="protein motif:CDD:ArpD, ABC-type protease/lipase transport system, ATPase and permease components [General function prediction only]" /inference="protein motif:CDD:ArtP, ABC-type arginine transport system, ATPase component [Amino acid transport and metabolism]" /inference="protein motif:CDD:ATM1, ABC-type transport system involved in Fe-S cluster assembly, permease and ATPase components [Posttranslational modification, protein turnover, chaperones]" /inference="protein motif:CDD:BtuD, ABC-type cobalamin transport system, ATPase component [Coenzyme metabolism]" /inference="protein motif:CDD:CbiO, ABC-type cobalt transport system, ATPase component [Inorganic ion transport and metabolism]" /inference="protein motif:CDD:CcmA, ABC-type multidrug transport system, ATPase component [Defense mechanisms]" /inference="protein motif:CDD:CcmA, ABC-type transport system involved in cytochrome c biogenesis, ATPase component [Posttranslational modification, protein turnover, chaperones]" /inference="protein motif:CDD:CeuD, ABC-type enterochelin transport system, ATPase component [Inorganic ion transport and metabolism]" /inference="protein motif:CDD:COG1123, ATPase components of various ABC-type transport systems, contain duplicated ATPase [General function prediction only]" /inference="protein motif:CDD:COG1245, Predicted ATPase, RNase L inhibitor (RLI) homolog [General function prediction only]" /inference="protein motif:CDD:COG3638, ABC-type phosphate/phosphonate transport system, ATPase component [Inorganic ion transport and metabolism]" /inference="protein motif:CDD:COG3845, ABC-type uncharacterized transport systems, ATPase components [General function prediction only]" /inference="protein motif:CDD:COG4136, ABC-type uncharacterized transport system, ATPase component [General function prediction only]" /inference="protein motif:CDD:COG4152, ABC-type uncharacterized transport system, ATPase component [General function prediction only]" /inference="protein motif:CDD:COG4172, ABC-type uncharacterized transport system, duplicated ATPase component [General function prediction only]" /inference="protein motif:CDD:COG4178, ABC-type uncharacterized transport system, permease and ATPase components [General function prediction only]" /inference="protein motif:CDD:COG4181, Predicted ABC-type transport system involved in lysophospholipase L1 biosynthesis, ATPase component [Secondary metabolites biosynthesis, transport, and catabolism]" /inference="protein motif:CDD:COG4559, ABC-type hemin transport system, ATPase component [Inorganic ion transport and metabolism]" /inference="protein motif:CDD:COG4586, ABC-type uncharacterized transport system, ATPase component [General function prediction only]" /inference="protein motif:CDD:COG4619, ABC-type uncharacterized transport system, ATPase component [General function prediction only]" /inference="protein motif:CDD:COG4674, Uncharacterized ABC-type transport system, ATPase component [General function prediction only]" /inference="protein motif:CDD:CydC, ABC-type transport system involved in cytochrome bd biosynthesis, fused ATPase and permease components [Energy production and conversion / Posttranslational modification, protein turnover, chaperones]" /inference="protein motif:CDD:CydD, ABC-type transport system involved in cytochrome bd biosynthesis, ATPase and permease components [Energy production and conversion / Posttranslational modification, protein turnover, chaperones]" /inference="protein motif:CDD:CysA, ABC-type sulfate/molybdate transport systems, ATPase component [Inorganic ion transport and metabolism]" /inference="protein motif:CDD:DppD, ABC-type dipeptide/oligopeptide/nickel transport system, ATPase component [Amino acid transport and metabolism / Inorganic ion transport and metabolism]" /inference="protein motif:CDD:DppF, ABC-type dipeptide/oligopeptide/nickel transport system, ATPase component [Amino acid transport and metabolism / Inorganic ion transport and metabolism]" /inference="protein motif:CDD:FepC, ABC-type cobalamin/Fe3+-siderophores transport systems, ATPase components [Inorganic ion transport and metabolism / Coenzyme metabolism]" /inference="protein motif:CDD:FtsE, Predicted ATPase involved in cell division [Cell division and chromosome partitioning]" /inference="protein motif:CDD:GlnQ, ABC-type polar amino acid transport system, ATPase component [Amino acid transport and metabolism]" /inference="protein motif:CDD:HisP, ABC-type histidine transport system, ATPase component [Amino acid transport and metabolism]" /inference="protein motif:CDD:LivF, ABC-type branched-chain amino acid transport systems, ATPase component [Amino acid transport and metabolism]" /inference="protein motif:CDD:LivG, ABC-type branched-chain amino acid transport systems, ATPase component [Amino acid transport and metabolism]" /inference="protein motif:CDD:MalK, ABC-type sugar transport systems, ATPase components [Carbohydrate transport and metabolism]" /inference="protein motif:CDD:MdlB, ABC-type multidrug transport system, ATPase and permease components [Defense mechanisms]" /inference="protein motif:CDD:MglA, ABC-type sugar transport system, ATPase component [Carbohydrate transport and metabolism]" /inference="protein motif:CDD:ModC, ABC-type molybdate transport system, ATPase component [Inorganic ion transport and metabolism]" /inference="protein motif:CDD:ModF, ABC-type molybdenum transport system, ATPase component/photorepair protein PhrA [Inorganic ion transport and metabolism]" /inference="protein motif:CDD:NatA, ABC-type Na+ transport system, ATPase component [Energy production and conversion / Inorganic ion transport and metabolism]" /inference="protein motif:CDD:OpuBA, ABC-type proline/glycine betaine transport systems, ATPase components [Amino acid transport and metabolism]" /inference="protein motif:CDD:PhnK, ABC-type phosphonate transport system, ATPase component [Inorganic ion transport and metabolism]" /inference="protein motif:CDD:PhnK, ABC-type uncharacterized transport system, ATPase component [General function prediction only]" /inference="protein motif:CDD:PhnL, ABC-type phosphonate transport system, ATPase component [Inorganic ion transport and metabolism]" /inference="protein motif:CDD:PotA, ABC-type spermidine/putrescine transport systems, ATPase components [Amino acid transport and metabolism]" /inference="protein motif:CDD:ProV, ABC-type proline/glycine betaine transport system, ATPase component [Amino acid transport and metabolism]" /inference="protein motif:CDD:PstB, ABC-type phosphate transport system, ATPase component [Inorganic ion transport and metabolism]" /inference="protein motif:CDD:PvdE, ABC-type siderophore export system, fused ATPase and permease components [Secondary metabolites biosynthesis, transport, and catabolism / Inorganic ion transport and metabolism]" /inference="protein motif:CDD:SalX, ABC-type antimicrobial peptide transport system, ATPase component [Defense mechanisms]" /inference="protein motif:CDD:SapD, ABC-type antimicrobial peptide transport system, ATPase component [Defense mechanisms]" /inference="protein motif:CDD:SapF, ABC-type antimicrobial peptide transport system, ATPase component [Defense mechanisms]" /inference="protein motif:CDD:SufC, ABC-type transport system involved in Fe-S cluster assembly, ATPase component [Posttranslational modification, protein turnover, chaperones]" /inference="protein motif:CDD:SunT, ABC-type bacteriocin/lantibiotic exporters, contain an N-terminal double-glycine peptidase domain [Defense mechanisms]" /inference="protein motif:CDD:TagH, ABC-type polysaccharide/polyol phosphate transport system, ATPase component [Carbohydrate transport and metabolism / Cell envelope biogenesis, outer membrane]" /inference="protein motif:CDD:TauB, ABC-type nitrate/sulfonate/bicarbonate transport system, ATPase component [Inorganic ion transport and metabolism]" /inference="protein motif:CDD:TauB, ABC-type taurine transport system, ATPase component [Inorganic ion transport and metabolism]" /inference="protein motif:CDD:ThiQ, ABC-type thiamine transport system, ATPase component [Coenzyme metabolism]" /inference="protein motif:CDD:Ttg2A, ABC-type transport system involved in resistance to organic solvents, ATPase component [Secondary metabolites biosynthesis, transport, and catabolism]" /inference="protein motif:CDD:Uup, ATPase components of ABC transporters with duplicated ATPase domains [General function prediction only]" /inference="protein motif:CDD:YhbG, ABC-type (unclassified) transport system, ATPase component [General function prediction only]" /inference="protein motif:CDD:ZnuC, ABC-type Mn/Zn transport systems, ATPase component [Inorganic ion transport and metabolism]" /inference="protein motif:COG:COG1131 ABC-type multidrug transport system, ATPase component; V Defense mechanisms" /inference="protein motif:Gene3D:G3D.3.40.50.300 no description" /inference="protein motif:HMMPanther:PTHR19222 ATP-BINDING CASSETTE TRANSPORTER" /inference="protein motif:HMMPanther:PTHR19222:SF67 ATP-BINDING CASSETTE TRANSPORTER-RELATED" /inference="protein motif:HMMPfam:PF00005 ABC_tran InterPro:IPR003439 ABC transporter related GO:Molecular Function:ATP binding (GO:0005524), Molecular Function:ATPase activity (GO:0016887)" /inference="protein motif:HMMSmart:SM00382 no description InterPro:IPR003593 AAA ATPase GO:Molecular Function:nucleotide binding (GO:0000166), Molecular Function:nucleoside-triphosphatase activity (GO:0017111)" /inference="protein motif:ProfileScan:PS50100 DA_BOX InterPro:IPR003439 ABC transporter related GO:Molecular Function:ATP binding (GO:0005524), Molecular Function:ATPase activity (GO:0016887)" /inference="protein motif:ProfileScan:PS50101 ATP_GTP_A2" /inference="protein motif:ProfileScan:PS50893 ABC_TRANSPORTER_2 InterPro:IPR003439 ABC transporter related GO:Molecular Function:ATP binding (GO:0005524), Molecular Function:ATPase activity (GO:0016887)" /inference="protein motif:superfamily:SSF52540 P-loop containing nucleoside triphosphate hydrolases" /codon_start=1 /transl_table=11 /product="ABC-type transport system, ATPase component, putative multidrug transporter" /protein_id="ACS34360.1" /translation="MIEVENLVKRFGGKVALKGISFTVYDGEIYGLLGPNGSGKSTTM RILAGIIPPTDGKVVVEGIDVAENPIEVKRIVGYIPETPVLYESLTPMEFFSFVGSIR GIPRTDLEERVERLGRAFGIEEYLGELIGTLSFGTQQKVSIIAGLLHDPKALILDEAI NGLDPKSARIMKELLNGFKEEGRSIVFSTHILAIAEAICDRIGIIYNGELIAEGTPEE LKRFAHEESLEDVFLKLTESQEEVSSLVRALREAF" gene 1791118..1792569 /locus_tag="TGAM_1859" /note="tg1859" CDS 1791118..1792569 /locus_tag="TGAM_1859" /inference="protein motif:CDD:COG3368, Predicted permease [General function prediction only]" /inference="protein motif:COG:COG3368 Predicted permease; R General function prediction only" /note="12 probable transmembrane helices predicted by modhmm" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein" /protein_id="ACS34361.1" /translation="MEREIVNVLYREMTYKRLKANPQLSADWNKFLKTFKRSGSLKRT LLSQSILFSFLGLILLPSVYYVKTDGSAVVYASYCMLPLIVALYGTAVTAQYAVSLGL FEPLLSLPVRVGGKYLSALLLITELPSTLLLFPPAIALSLKLGPVAGTLGFAWALMGA FIGHTLGLLIYDRLGKTSGGRFSGLKTAFKAFGIILVMSLFYGMNYIQRYVSSHYEAL RGVFEKYSIAYPFSVVTVEKPLLSLGLLAVYGLVIGAVYVSTVRRLWRRISEGTTVER RGGKAKLSLHSPALALALKDFKIASRNTSLLTGLLMPVVVIIPSLAGALKSGSEGSAL GFVLAIGWTSSIAIDAVLKIDGRAFEVLHSLPLSPRTFLRGKLVTMTVVPVTAGLGAV LGLSLGNPSVVKVLPIALLLPVATAGTTLTVFYWGIREVALPETRWEKMLLVLLANGI IIGVTAGLWYVECFLSIPFVAIVDALLLWHLSR" gene complement(1792559..1792915) /locus_tag="TGAM_1860" /note="tg1860" CDS complement(1792559..1792915) /locus_tag="TGAM_1860" /inference="protein motif:CDD:COG1504, Uncharacterized conserved protein [Function unknown]" /inference="protein motif:CDD:DUF498, Protein of unknown function (DUF498)" /inference="protein motif:CDD:Mth938, Mth938 domain" /inference="protein motif:COG:COG1504 Uncharacterized conserved protein; S Function unknown" /inference="protein motif:HMMPfam:PF04430 DUF498 InterPro:IPR007523 Protein of unknown function DUF498" /inference="protein motif:superfamily:SSF64076 Hypothetical protein MT938 (MTH938)" /note="Belongs to DUF498 family" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein" /protein_id="ACS34362.1" /translation="MKLEYPSFGKIIVDGKTYEHDVVVYPSGRVEKRKKWLSKSKHGT SHKLDPDELREYLTEDFEVLIVGTGYYGYLSLLPETRELVRDKEVYELPTGEAVEFFN ELSGKRKVLGIFHVTC" gene complement(1792921..1793433) /gene="mutT" /locus_tag="TGAM_1861" /note="tg1861" CDS complement(1792921..1793433) /gene="mutT" /locus_tag="TGAM_1861" /EC_number="3.6.1.13" /inference="protein motif:CDD:COG1051, ADP-ribose pyrophosphatase [Nucleotide transport and metabolism]" /inference="protein motif:CDD:NUDIX, NUDIX domain" /inference="protein motif:COG:COG1051 ADP-ribose pyrophosphatase; F Nucleotide transport and metabolism" /inference="protein motif:FPrintScan:PR00502 NUDIXFAMILY InterPro:IPR000086 NUDIX hydrolase" /inference="protein motif:Gene3D:G3D.3.90.79.10 no description" /inference="protein motif:HMMPanther:PTHR16099 FAMILY NOT NAMED" /inference="protein motif:HMMPanther:PTHR16099:SF3 gb def:putative mutt protein [arabidopsis thaliana]" /inference="protein motif:HMMPfam:PF00293 NUDIX InterPro:IPR000086 NUDIX hydrolase" /inference="protein motif:ScanRegExp:PS00893 NUDIX InterPro:IPR000086 NUDIX hydrolase" /inference="protein motif:superfamily:SSF55811 Nudix" /note="Belongs to NUDIX hydrolase family" /codon_start=1 /transl_table=11 /product="ADP-ribose pyrophosphatase (MutT)" /protein_id="ACS34363.1" /translation="MDRYVLLVKAPRGKDISEFREEVKSLAEKHGLKAELHRCIGLTV DGVIIYNNGLVLIKRKNEPFKDHFALPGGFVEYGETVEEALKREMKEETGLDVRILKL VGVYSDPNRDPRGHTVSVAFLCIGEGELKAGDDAKEVHVVPIEEAEKLPLAFDHAKIL RDALHPKDCW" gene 1793555..1794121 /locus_tag="TGAM_1862" /note="tg1862" CDS 1793555..1794121 /locus_tag="TGAM_1862" /inference="protein motif:CDD:COG3371, Predicted membrane protein [Function unknown]" /inference="protein motif:CDD:DUF998, Protein of unknown function (DUF998)" /inference="protein motif:COG:COG3371 Predicted membrane protein; S Function unknown" /inference="protein motif:HMMPfam:PF06197 DUF998 InterPro:IPR009339 Protein of unknown function DUF998" /note="Belongs to DUF998 family; 6 probable transmembrane helices predicted by modhmm" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein" /protein_id="ACS34364.1" /translation="MERSQLIAGILSPIVGPGGVFAAILIHRSWWRVTENAISDLGKI GLSYNWVMNLGLIISASLGLYYISGLWKELKGALQRMGVVVFAIGLIFLAGIGLFPEG TGPHYYVSWGFFVACSIGMLLIGIGLYFQGEKTLGLLAFAIFTVGWILALWAKSHFRG VAVAEFVGVFGIVIWHYALLKRFLLPKA" gene complement(1794089..1794514) /locus_tag="TGAM_1863" /note="tg1863" CDS complement(1794089..1794514) /locus_tag="TGAM_1863" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:COG1661, Predicted DNA-binding protein with PD1-like DNA-binding motif [General function prediction only]" /inference="protein motif:CDD:DUF296, Domain of unknown function (DUF296)" /inference="protein motif:COG:COG1661 Predicted DNA-binding protein with PD1-like DNA-binding motif; R General function prediction only" /inference="protein motif:HMMPfam:PF03479 DUF296 InterPro:IPR005175 Protein of unknown function DUF296" /note="Contains 1 DUF296 domain" /codon_start=1 /transl_table=11 /product="Putative DNA-binding protein" /protein_id="ACS34365.1" /translation="MEFSGGRTFLFRVPEGEDLLEFVNRFAEAKEIKTGVVSAIGSLK DPKIGYFDEDINDYRIIELEGTFEMVSLVGNVSLRNEKPFAHIHVALGDGEGRLYGGH LFEGKVFVAEVFIQELKGSPLERKERENGLSLWEEEPLE" gene 1794563..1795126 /locus_tag="TGAM_1864" /note="tg1864" CDS 1794563..1795126 /locus_tag="TGAM_1864" /experiment="gene product confirmed by mass spectrometry" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein" /protein_id="ACS34366.1" /translation="MWEVQAKNAVMAVLPELVELEDVDFSRYSSQYLSLAVSFAESGG RGLREFEEFVAARGLGKAVVGNFLLSVFQYLMIRYRRYGDRDVIKPAIKLFLTLKGWL NENGFENQWKLLLHNFVGYIVDMARVISEEEDCELALAYLTLINRLAEEAAGTFPEGY FKDLTEKSSEMLKKIRDRCSGRVSVQG" gene complement(1795110..1795574) /gene="ptpS-2" /locus_tag="TGAM_1865" /note="tg1865" CDS complement(1795110..1795574) /gene="ptpS-2" /locus_tag="TGAM_1865" /EC_number="4.2.3.12" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:BlastProDom:PD004049 YH13_PYRAB_Q9UXZ4; InterPro:IPR007115 6-pyruvoyl tetrahydropterin synthase and hypothetical protein" /inference="protein motif:CDD:COG0720, 6-pyruvoyl-tetrahydropterin synthase [Coenzyme metabolism]" /inference="protein motif:COG:COG0720 6-pyruvoyl-tetrahydropterin synthase; H Coenzyme transport and metabolism" /inference="protein motif:Gene3D:G3D.3.30.479.10 no description" /inference="protein motif:HMMPanther:PTHR12589 6-PYRUVOYL TETRAHYDROBIOPTERIN SYNTHASE InterPro:IPR007115 6-pyruvoyl tetrahydropterin synthase and hypothetical protein" /inference="protein motif:HMMPIR:PIRSF006113 6-pyruvoyl tetrahydropterin synthase InterPro:IPR007115 6-pyruvoyl tetrahydropterin synthase and hypothetical protein" /inference="protein motif:superfamily:SSF55620 Tetrahydrobiopterin biosynthesis enzymes-like" /codon_start=1 /transl_table=11 /product="6-pyruvoyl tetrahydrobiopterin synthase (PTPS)" /protein_id="ACS34367.1" /translation="MGMDFKVGERKIGWHKDFDSSHFLALPYDSKCLRIHGHTYNVDV EIWGGLNENGMIFDFNHLSNLVKELDHRILVSEAWVVGMDGGVVIVEKNGKRLELPEG EVVILNKPNVTAEYIAEWFAERIAEKAGKNVKRILVRIWEDPRSYAEIILER" gene complement(1795600..1796439) /locus_tag="TGAM_1866" /note="tg1866" CDS complement(1795600..1796439) /locus_tag="TGAM_1866" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:PfkB, pfkB family carbohydrate kinase" /inference="protein motif:CDD:RbsK, Sugar kinases, ribokinase family [Carbohydrate transport and metabolism]" /inference="protein motif:CDD:ribokinase_group_A, Ribokinase-like subgroup A" /inference="protein motif:CDD:ribokinase_group_C, Ribokinase-like subgroup C" /inference="protein motif:CDD:ribokinase_group_D, Ribokinase-like subgroup D" /inference="protein motif:COG:COG0524 Sugar kinases, ribokinase family; G Carbohydrate transport and metabolism" /inference="protein motif:Gene3D:G3D.3.40.1190.20 no description" /inference="protein motif:HMMPanther:PTHR10584 PFKB FAMILY OF CARBOHYDRATE KINASES" /inference="protein motif:HMMPfam:PF00294 PfkB InterPro:IPR011611 PfkB" /inference="protein motif:superfamily:SSF53613 Ribokinase-like" /codon_start=1 /transl_table=11 /product="Carbohydrate kinase, putative, PfkB family" /protein_id="ACS34368.1" /translation="MKCLVVGHLVIDKIVGKGRSETRMGGGAYYSALALSRFCRVKVV TSVGSDFPQEWLDELRERGISIEILPSVESTSYELRYIDGNRRVLTLLSRAEPIRELK VGNFDLVLLNPVAGEISPELVAELAGKRFIAADVQGFIREPAPGSLRLKPIDGAFLKG VRVLHADLTEFEYVKGLSPSDVEVLLLSDGPNPGIAYFMGKKYRFKPVRVNVPESTGA GDVFLASFSYFHMRCPFVQALKRAIAFTALFLERRNFDATDGEIGEMAMKVSVEKLPS QGL" gene complement(1796445..1797449) /gene="gyaR" /locus_tag="TGAM_1867" /note="tg1867" CDS complement(1796445..1797449) /gene="gyaR" /locus_tag="TGAM_1867" /EC_number="1.1.1.26" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:2-Hacid_dh, D-isomer specific 2-hydroxyacid dehydrogenase, catalytic domain" /inference="protein motif:CDD:2-Hacid_dh_C, D-isomer specific 2-hydroxyacid dehydrogenase, NAD binding domain" /inference="protein motif:CDD:LdhA, Lactate dehydrogenase and related dehydrogenases [Energy production and conversion / Coenzyme metabolism / General function prediction only]" /inference="protein motif:CDD:SerA, Phosphoglycerate dehydrogenase and related dehydrogenases [Amino acid transport and metabolism]" /inference="protein motif:COG:COG1052 Lactate dehydrogenase and related dehydrogenases; C Energy production and conversion" /inference="protein motif:Gene3D:G3D.3.40.50.720 no description" /inference="protein motif:HMMPanther:PTHR10996 2-HYDROXYACID DEHYDROGENASE-RELATED" /inference="protein motif:HMMPanther:PTHR10996:SF71 2-HYDROXYACID DEHYDROGENASE-RELATED" /inference="protein motif:HMMPfam:PF00389 2-Hacid_dh InterPro:IPR006139 D-isomer specific 2-hydroxyacid dehydrogenase, catalytic region GO:Biological Process:metabolism (GO:0008152), Molecular Function:oxidoreductase activity, acting on the CH-OH group of donors, NAD or NADP as acceptor (GO:0016616), Molecular Function:NAD binding (GO:0051287)" /inference="protein motif:HMMPfam:PF02826 2-Hacid_dh_C InterPro:IPR006140 D-isomer specific 2-hydroxyacid dehydrogenase, NAD-binding GO:Biological Process:L-serine biosynthesis (GO:0006564), Molecular Function:oxidoreductase activity, acting on the CH-OH group of donors, NAD or NADP as acceptor (GO:0016616)" /inference="protein motif:ScanRegExp:PS00065 D_2_HYDROXYACID_DH_1 InterPro:IPR006140 D-isomer specific 2-hydroxyacid dehydrogenase, NAD-binding GO:Biological Process:L-serine biosynthesis (GO:0006564), Molecular Function:oxidoreductase activity, acting on the CH-OH group of donors, NAD or NADP as acceptor (GO:0016616)" /inference="protein motif:ScanRegExp:PS00671 D_2_HYDROXYACID_DH_3 InterPro:IPR006140 D-isomer specific 2-hydroxyacid dehydrogenase, NAD-binding GO:Biological Process:L-serine biosynthesis (GO:0006564), Molecular Function:oxidoreductase activity, acting on the CH-OH group of donors, NAD or NADP as acceptor (GO:0016616)" /inference="protein motif:superfamily:SSF51735 NAD(P)-binding Rossmann-fold domains" /inference="protein motif:superfamily:SSF52283 Formate/glycerate dehydrogenase catalytic domain-like" /codon_start=1 /transl_table=11 /product="Glyoxylate reductase (gyaR)" /protein_id="ACS34369.1" /translation="MKPKVFITRAIPENGIDMLREHFEVEVWPEEREIPREVLLEKVR DVDALVTMLSERIDGEVFDNAPRLRIVANYAVGYDNVDVEEATRRGIYVTNTPDVLTN ATADFAWTLLLATARRLIEADSFTRSGEWKRKGIAWHPLMFLGHDVYGKTIGIIGFGR IGQAVARRAKGFGMRILYYSRTRKPEAEEELKAEFKPLEELLKESDFVVLAVPLTKET YHMIGERELKLMKPTAILVNIARGKVVDTEALIKALKEGWIAGAGLDVFEEEPYYNEE LFSLKNVILAPHIGSATFGAREGMAELVARNLIAFKNGEVPPTLVNKEVVKVKKPGFR " gene 1797509..1798774 /gene="rumA-1" /locus_tag="TGAM_1868" /note="tg1868" CDS 1797509..1798774 /gene="rumA-1" /locus_tag="TGAM_1868" /EC_number="2.1.1.-" /inference="protein motif:CDD:COG1092, Predicted SAM-dependent methyltransferases [General function prediction only]" /inference="protein motif:CDD:TrmA, SAM-dependent methyltransferases related to tRNA (uracil-5-)-methyltransferase [Translation, ribosomal structure and biogenesis]" /inference="protein motif:CDD:tRNA_U5-meth_tr, tRNA (Uracil-5-)-methyltransferase" /inference="protein motif:COG:COG2265 SAM-dependent methyltransferases related to tRNA (uracil-5-)-methyltransferase; J Translation, ribosomal structure and biogenesis" /inference="protein motif:Gene3D:G3D.3.40.50.150 no description" /inference="protein motif:HMMPanther:PTHR11061 RNA METHYLTRANSFERASE" /inference="protein motif:HMMPanther:PTHR11061:SF5 RNA METHYLTRANSFERASE-RELATED" /inference="protein motif:HMMPfam:PF05175 MTS InterPro:IPR007848 Methyltransferase small GO:Molecular Function:methyltransferase activity (GO:0008168)" /inference="protein motif:HMMTigr:TIGR00479 rumA:23S rRNA (uracil-5-)-methyltransferase InterPro:IPR001566 23S rRNA methyltransferase/RumA GO:Molecular Function:RNA binding (GO:0003723), Biological Process:RNA processing (GO:0006396), Molecular Function:RNA methyltransferase activity (GO:0008173)" /inference="protein motif:ProfileScan:PS50193 SAM_BIND InterPro:IPR000051 SAM (and some other nucleotide) binding motif GO:Molecular Function:S-adenosylmethionine-dependent methyltransferase activity (GO:0008757)" /inference="protein motif:ScanRegExp:PS01231 TRMA_2 InterPro:IPR010280 (Uracil-5)-methyltransferase" /inference="protein motif:superfamily:SSF53335 S-adenosyl-L-methionine-dependent methyltransferases" /codon_start=1 /transl_table=11 /product="23S rRNA (uracil-5-)-methyltransferase (rumA)" /protein_id="ACS34370.1" /translation="MRMEGRISSLSDDGLGVLHTGSKTLHVPFAYPGDRIMVKSMRRR FGRLIARDFELLEPSPLRAFPRCGHFGKCGGCLWQGLKYKAQLKLKAELFERITGISA QIKGSPKIWGFRNVSNFIVTSNGIGLKEYGNPLGVVNLSECPVFSKRTSEYLSTLRDF LAETGLRPWSPKRKTGDVHYLQIREGKFTGEVMVNLITHVEPSKETSEAFGDYFFFAD SLYWSLKTDWRDDPRGEPLHVAGSQFIRERIEDVVYLIHPNSFFQTNSYALELLLRAV ENFTDGERVLDLYSGVGTFGVYLAKRGFTVEGVEVNPFAVEMANRNTEINGVNAQFRV GRAEETPIGDYDTVIVDPPRKGLRETAELLVKGGIERVVYVSCNPKAFRLDYKNHLRK AYRIEDAVLVDMFPHTPHVEAVVELVRRR" gene 1798815..1799603 /locus_tag="TGAM_1869" /note="tg1869" CDS 1798815..1799603 /locus_tag="TGAM_1869" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein" /protein_id="ACS34371.1" /translation="MAFGRKKKLKFIDGIHHESHLDTICISQMVGLNIIEDAIIGKYP VKNVEFEKKKLLGKEKLFYEVVDVPLARGLGIRVVKRDMEPVTAFPVLEGVTVELKVE EVLEWKKWPEANVSGAVLNEYSPAVTFYATDYIERKKAYLNSEKLNVKLAFFVYTGTA EELKRETTKLPDGKEVVIDLNEAEILLPATVNIQGAFIDDYVMTAHILEFEEVSTPCG DDYVMLLSNEPLGKIKAFALKGNLKGEIEKGASLKLVGWLQGRL" gene complement(1799613..1799801) /locus_tag="TGAM_1870" /note="tg1870" CDS complement(1799613..1799801) /locus_tag="TGAM_1870" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:superfamily:SSF57783 Zinc beta-ribbon" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein" /protein_id="ACS34372.1" /translation="MVIPVERRQLRCPLCGGTDFQVEEGKLDSKWGFTAHKVKIVICK NCGYVMLFYKGRTIWDFD" gene complement(1799838..1801640) /gene="infB" /locus_tag="TGAM_1871" /note="tg1871" CDS complement(1799838..1801640) /gene="infB" /locus_tag="TGAM_1871" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:BlastProDom:PD186100 IF2P_PYRAB_Q9UZK7; InterPro:IPR000178 Initiation factor 2 GO:Molecular Function:translation initiation factor activity (GO:0003743), Molecular Function:GTP binding (GO:0005525), Cellular Component:intracellular (GO:0005622), Biological Process:translational initiation (GO:0006413)" /inference="protein motif:CDD:aeIF5B_II, aeIF5B_II:This family represents the domain II of archeal and eukaryotic aeIF5B" /inference="protein motif:CDD:FusA, Translation elongation factors (GTPases) [Translation, ribosomal structure and biogenesis]" /inference="protein motif:CDD:GTP_EFTU, Elongation factor Tu GTP binding domain" /inference="protein motif:CDD:GTP_translation_factor, GTP translation factor family" /inference="protein motif:CDD:IF2_eIF5B, IF2/eIF5B (initiation factors 2/ eukaryotic initiation factor 5B) subfamily" /inference="protein motif:CDD:IF2_IF5B_II, IF2_IF5B_II:This family represents the domain II of prokaryotic Initiation Factor 2 (IF2) and its archeal and eukaryotic homologue aeIF5B" /inference="protein motif:CDD:InfB, Translation initiation factor 2 (IF-2; GTPase) [Translation, ribosomal structure and biogenesis]" /inference="protein motif:CDD:LepA, LepA subfamily" /inference="protein motif:CDD:SelB, SelB subfamily" /inference="protein motif:CDD:SelB, Selenocysteine-specific translation elongation factor [Translation, ribosomal structure and biogenesis]" /inference="protein motif:CDD:SelB_euk, SelB subfamily" /inference="protein motif:CDD:Snu114p, Snu114p subfamily" /inference="protein motif:CDD:TEF1, Translation elongation factor EF-1alpha (GTPase) [Translation, ribosomal structure and biogenesis]" /inference="protein motif:CDD:TetM_like, Tet(M)-like subfamily" /inference="protein motif:CDD:TypA, Predicted membrane GTPase involved in stress response [Signal transduction mechanisms]" /inference="protein motif:CDD:TypA_BipA, TypA (tyrosine phosphorylated protein A)/BipA subfamily" /inference="protein motif:COG:COG0532 Translation initiation factor 2 (IF-2; GTPase); J Translation, ribosomal structure and biogenesis" /inference="protein motif:FPrintScan:PR00315 ELONGATNFCT InterPro:IPR000795 Protein synthesis factor, GTP-binding GO:Molecular Function:GTP binding (GO:0005525), Biological Process:protein biosynthesis (GO:0006412)" /inference="protein motif:Gene3D:G3D.2.40.30.10 no description" /inference="protein motif:Gene3D:G3D.3.40.50.10050 no description" /inference="protein motif:Gene3D:G3D.3.40.50.300 no description" /inference="protein motif:HMMPanther:PTHR11713 TRANSLATION ELONGATION FACTOR 2-RELATED" /inference="protein motif:HMMPanther:PTHR11713:SF1 TRANSLATION INITIATION FACTOR IF-2" /inference="protein motif:HMMPfam:PF00009 GTP_EFTU InterPro:IPR000795 Protein synthesis factor, GTP-binding GO:Molecular Function:GTP binding (GO:0005525), Biological Process:protein biosynthesis (GO:0006412)" /inference="protein motif:HMMPfam:PF03144 GTP_EFTU_D2 InterPro:IPR004161 Elongation factor Tu, domain 2 GO:Molecular Function:GTP binding (GO:0005525)" /inference="protein motif:HMMTigr:TIGR00231 small_GTP:small GTP-binding protein domain InterPro:IPR005225 Small GTP-binding protein domain GO:Molecular Function:GTP binding (GO:0005525)" /inference="protein motif:HMMTigr:TIGR00491 aIF-2:translation initiation factor aIF-2 InterPro:IPR004544 Translation initiation factor aIF-2 GO:Molecular Function:translation initiation factor activity (GO:0003743), Molecular Function:GTP binding (GO:0005525), Cellular Component:intracellular (GO:0005622), Biological Process:translational initiation (GO:0006413)" /inference="protein motif:superfamily:SSF50447 Translation proteins InterPro:IPR009000 Translation factor" /inference="protein motif:superfamily:SSF52156 Initiation factor IF2/eIF5b, domain 3" /inference="protein motif:superfamily:SSF52540 P-loop containing nucleoside triphosphate hydrolases" /codon_start=1 /transl_table=11 /product="Translation initiation factor IF-2 (infB)" /protein_id="ACS34373.1" /translation="MEMTKRIRQPIIAVLGHVDHGKTTLLDRIRKTNVAGKEAGGITQ HIGATEVPIDVVKKLAGPLIKLWKGEIKLPGLLFIDTPGHEAFTSLRARGGSLADLAV LVVDINEGFQPQTIESIEILRRYRTPFIVAANKIDRIKGWVVEEDEPFLINIKKQDQR AVQELETKLWELIGKFYELGFQANRFDRVQDFTRELAIVPISAKYGIGIPELLVLIAG LSQKYLEQKLKIEVEGSARGTILEVREELGLGTTIDVIIYDGTLRKDDTIVVGGKDKA IVTKIRALLKPKPLDEIRDPRFRFDQVDEVTAAAGVKIAAPGLEEALAGSPVIAARSE EEIEKAKQEILNQIQSVVISTGKIGVIVKADTLGSLEALSKELQEKGIPIRKADVGNI SKTDVMEALSVREEEPKYGVVLGFNVKVNEDAEEVAKAKGVPIFVGNIIYKLIEDYEA WVKAEEEKKKRELLKNVTFPGVIRLYPDERYVFRRSKPAIVGIEVLEGRIRPGVTLIK ETGEKVGVIKSIKNKNEFVQEAKKGDAVAIAIEGAIVGRHIHPGETLYVDLTKNDVII LLKQLKNELDESDLRALKMTARVKAKEDPFWKAV" gene 1801657..1802421 /locus_tag="TGAM_1872" /note="tg1872" CDS 1801657..1802421 /locus_tag="TGAM_1872" /note="5 probable transmembrane helices predicted by modhmm" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein" /protein_id="ACS34374.1" /translation="MTGLLKGSGQGLKSPIVTPNGGGMIALALGLIVGLGLAFLLGKV KGRKSEVATTLAVPLMVYEVAEGIYGGWSGNVFIATPLGDFTPKEIIGLETFLALLVV LVCVHFRVRGTFEIDGFIGFSTFFWAMVGFGIGLSASGWSLLAIPGLILWGILMWISR RNSLVGLRATPCTDGLSELVSESDLRCLTDEESLGVYRINGYLLVGGKIGNFPQWREI VRCIAMAPEQRTVQGVIIGLIYLLPVRQGLFWETVS" gene complement(1802594..1803127) /gene="ndk" /locus_tag="TGAM_1873" /note="tg1873" CDS complement(1802594..1803127) /gene="ndk" /locus_tag="TGAM_1873" /EC_number="2.7.4.6" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:BlastProDom:PD001018 NDK_PYRFU_Q8U2A8; InterPro:IPR001564 Nucleoside diphosphate kinase" /inference="protein motif:CDD:NDK, These are enzymes that catalyze nonsubstrate specific conversions of nucleoside diphosphates to nucleoside triphosphates" /inference="protein motif:CDD:NDPk, Nucleoside diphosphate kinases (NDP kinases, NDPks):NDP kinases, responsible for the synthesis of nucleoside triphosphates (NTPs), are involved in numerous regulatory processes associated with proliferation, development, and differentiation" /inference="protein motif:CDD:NDPk5, Nucleoside diphosphate kinase homolog 5 (NDP kinase homolog 5, NDPk5, NM23-H5" /inference="protein motif:CDD:NDPk6, Nucleoside diphosphate kinase 6 (NDP kinase 6, NDPk6, NM23-H6" /inference="protein motif:CDD:NDPk7A, Nucleoside diphosphate kinase 7 domain A (NDPk7A):The nm23-H7 class of nucleoside diphosphate kinase (NDPk7) consists of an N-terminal DM10 domain and two functional catalytic NDPk modules, NDPk7A and NDPk7B" /inference="protein motif:CDD:NDPk7B, Nucleoside diphosphate kinase 7 domain B (NDPk7B):The nm23-H7 class of nucleoside diphosphate kinase (NDPk7) consists of an N-terminal DM10 domain and two functional catalytic NDPk modules, NDPk7A and NDPk7B" /inference="protein motif:CDD:NDPk_I, Nucleoside diphosphate kinase Group I (NDPk_I)-like:NDP kinase domains are present in a large family of structurally and functionally conserved proteins from bacteria to humans that generally catalyze the transfer of gamma-phosphates of a nucleoside triphosphate (NTP) donor onto a nucleoside diphosphate (NDP) acceptor through a phosphohistidine intermediate" /inference="protein motif:CDD:NDPk_TX, NDP kinase domain of thioredoxin domain-containing proteins (TXNDC3 and TXNDC6):Txl-2 (TXNDC6) and Sptrx-2 (TXNDC3) are fusion proteins of Group II N-terminal thioredoxin domains followed by one or three NDP kinase domains, respectively" /inference="protein motif:COG:COG0105 Nucleoside diphosphate kinase; F Nucleotide transport and metabolism" /inference="protein motif:FPrintScan:PR01243 NUCDPKINASE InterPro:IPR001564 Nucleoside diphosphate kinase" /inference="protein motif:Gene3D:G3D.3.30.70.141 no description" /inference="protein motif:HMMPanther:PTHR11349 NUCLEOSIDE DIPHOSPHATE KINASE" /inference="protein motif:HMMPanther:PTHR11349:SF23 NUCLEOSIDE DIPHOSPHATE KINASE" /inference="protein motif:HMMPfam:PF00334 NDK InterPro:IPR001564 Nucleoside diphosphate kinase" /inference="protein motif:HMMPIR:PIRSF000735 Nucleoside diphosphate kinase InterPro:IPR012005 Nucleoside-diphosphate kinase" /inference="protein motif:HMMSmart:SM00562 no description InterPro:IPR001564 Nucleoside diphosphate kinase" /inference="protein motif:ScanRegExp:PS00469 NDP_KINASES InterPro:IPR001564 Nucleoside diphosphate kinase" /inference="protein motif:superfamily:SSF54919 Nucleoside diphosphate kinases InterPro:IPR001564 Nucleoside diphosphate kinase" /codon_start=1 /transl_table=11 /product="Nucleoside diphosphate kinase (ndk)" /protein_id="ACS34375.1" /translation="MLPMAESKVERTLVILKPDAVVRGLMGEIISRFEKRGLKIVGMK MIWIDRELAEKHYEEHRGKPFFEALIDYITKAPSVVMVVEGRYAISVVRKMAGATDPK DAEPGSIRGDYGLDVGDAIYNVIHASDSPESAEREINLYFKPEELYSYCKASDWFYHT HARAKKEYLDAMDCLER" gene complement(1803207..1803413) /gene="rpl24E" /locus_tag="TGAM_1874" /note="tg1874" CDS complement(1803207..1803413) /gene="rpl24E" /locus_tag="TGAM_1874" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:Ribosomal_L24e, Ribosomal protein L24e" /inference="protein motif:CDD:RPL24A, Ribosomal protein L24E [Translation, ribosomal structure and biogenesis]" /inference="protein motif:COG:COG2075 Ribosomal protein L24E; J Translation, ribosomal structure and biogenesis" /inference="protein motif:HMMPanther:PTHR10792 60S RIBOSOMAL PROTEIN L24 InterPro:IPR000988 Ribosomal protein L24E GO:Molecular Function:structural constituent of ribosome (GO:0003735), Cellular Component:intracellular (GO:0005622), Cellular Component:ribosome (GO:0005840), Biological Process:protein biosynthesis (GO:0006412)" /inference="protein motif:HMMPanther:PTHR10792:SF1 60S RIBOSOMAL PROTEIN L24" /inference="protein motif:HMMPfam:PF01246 Ribosomal_L24e InterPro:IPR000988 Ribosomal protein L24E GO:Molecular Function:structural constituent of ribosome (GO:0003735), Cellular Component:intracellular (GO:0005622), Cellular Component:ribosome (GO:0005840), Biological Process:protein biosynthesis (GO:0006412)" /inference="protein motif:HMMSmart:SM00746 no description InterPro:IPR011017 TRASH" /inference="protein motif:ScanRegExp:PS01073 RIBOSOMAL_L24E InterPro:IPR000988 Ribosomal protein L24E GO:Molecular Function:structural constituent of ribosome (GO:0003735), Cellular Component:intracellular (GO:0005622), Cellular Component:ribosome (GO:0005840), Biological Process:protein biosynthesis (GO:0006412)" /inference="protein motif:superfamily:SSF57716 Glucocorticoid receptor-like (DNA-binding domain)" /codon_start=1 /transl_table=11 /product="LSU ribosomal protein L24E (rpl24E)" /protein_id="ACS34376.1" /translation="MARWNVCSYCGREFEPGTGKMFVRNDGRVLFFCSSKCEKLYFMG RNPRKLKWTKAFQEARLQRAKRRK" gene complement(1803416..1803628) /gene="rps28E" /locus_tag="TGAM_1875" /note="tg1875" CDS complement(1803416..1803628) /gene="rps28E" /locus_tag="TGAM_1875" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:BlastProDom:PD005541 RS28_PYRHO_O74014; InterPro:IPR000289 Ribosomal protein S28e GO:Molecular Function:structural constituent of ribosome (GO:0003735), Cellular Component:intracellular (GO:0005622), Cellular Component:ribosome (GO:0005840), Biological Process:protein biosynthesis (GO:0006412)" /inference="protein motif:COG:COG2053 Ribosomal protein S28E/S33; J Translation, ribosomal structure and biogenesis" /inference="protein motif:HMMPanther:PTHR10769 RIBOSOMAL PROTEIN S28 InterPro:IPR000289 Ribosomal protein S28e GO:Molecular Function:structural constituent of ribosome (GO:0003735), Cellular Component:intracellular (GO:0005622), Cellular Component:ribosome (GO:0005840), Biological Process:protein biosynthesis (GO:0006412)" /inference="protein motif:HMMPfam:PF01200 Ribosomal_S28e InterPro:IPR000289 Ribosomal protein S28e GO:Molecular Function:structural constituent of ribosome (GO:0003735), Cellular Component:intracellular (GO:0005622), Cellular Component:ribosome (GO:0005840), Biological Process:protein biosynthesis (GO:0006412)" /inference="protein motif:ScanRegExp:PS00961 RIBOSOMAL_S28E InterPro:IPR000289 Ribosomal protein S28e GO:Molecular Function:structural constituent of ribosome (GO:0003735), Cellular Component:intracellular (GO:0005622), Cellular Component:ribosome (GO:0005840), Biological Process:protein biosynthesis (GO:0006412)" /codon_start=1 /transl_table=11 /product="SSU ribosomal protein S28E (rps28E)" /protein_id="ACS34377.1" /translation="MSDEGYPAEVIEIVARTGVTGGVTQVKVRILEGRDKGRVIRRNV KGPVRVGDIVILRETEREAREIRRRR" gene complement(1803702..1804073) /gene="rpl7AE" /locus_tag="TGAM_1876" /note="tg1876" CDS complement(1803702..1804073) /gene="rpl7AE" /locus_tag="TGAM_1876" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:BlastProDom:PD004495 RL7A_PYRFU_Q8U160; InterPro:IPR004038 Ribosomal protein L7Ae/L30e/S12e/Gadd45" /inference="protein motif:CDD:Ribosomal_L7Ae, Ribosomal protein L7Ae/L30e/S12e/Gadd45 family" /inference="protein motif:CDD:RPL8A, Ribosomal protein HS6-type (S12/L30/L7a) [Translation, ribosomal structure and biogenesis]" /inference="protein motif:COG:COG1358 Ribosomal protein HS6-type (S12/L30/L7a); J Translation, ribosomal structure and biogenesis" /inference="protein motif:FPrintScan:PR00881 L7ARS6FAMILY InterPro:IPR004037 Ribosomal protein L7AE GO:Cellular Component:ribonucleoprotein complex (GO:0030529), Biological Process:ribosome biogenesis and assembly (GO:0042254)" /inference="protein motif:FPrintScan:PR00884 RIBOSOMALHS6 InterPro:IPR000948 Ribosomal protein HS6 GO:Molecular Function:structural constituent of ribosome (GO:0003735), Cellular Component:intracellular (GO:0005622), Cellular Component:ribosome (GO:0005840), Biological Process:protein biosynthesis (GO:0006412)" /inference="protein motif:Gene3D:G3D.3.30.70.480 no description" /inference="protein motif:HMMPanther:PTHR13776 RIBOSOMAL PROTEIN L7AE-RELATED" /inference="protein motif:HMMPanther:PTHR13776:SF4 50S RIBOSOMAL PROTEIN L7AE" /inference="protein motif:HMMPfam:PF01248 Ribosomal_L7Ae InterPro:IPR004038 Ribosomal protein L7Ae/L30e/S12e/Gadd45" /inference="protein motif:ScanRegExp:PS01082 RIBOSOMAL_L7AE InterPro:IPR004037 Ribosomal protein L7AE GO:Cellular Component:ribonucleoprotein complex (GO:0030529), Biological Process:ribosome biogenesis and assembly (GO:0042254)" /inference="protein motif:superfamily:SSF55315 L30e-like" /codon_start=1 /transl_table=11 /product="LSU ribosomal protein L7AE (rpl7AE)" /protein_id="ACS34378.1" /translation="MAKPSYVKFEVPQELAEKALEAVEIARDTGRIRKGTNETTKAVE RGQAKLVIIAEDVDPEEIVAHLPPLCEEKEIPYIYVPSKKELGAAAGLEVAAASVAII EPGKARELVEDIAMKVKELMK" gene complement(1804151..1805398) /gene="truD" /locus_tag="TGAM_1877" /note="tg1877" CDS complement(1804151..1805398) /gene="truD" /locus_tag="TGAM_1877" /EC_number="5.4.99.-" /inference="protein motif:CDD:COG0585, Uncharacterized conserved protein [Function unknown]" /inference="protein motif:CDD:PseudoU_synth_EcTruD, PseudoU_synth_EcTruD:Pseudouridine synthase, TruD family" /inference="protein motif:CDD:PseudoU_synth_ScPUS7, PseudoU_synth_ScPUS7:Pseudouridine synthase, TruD family" /inference="protein motif:CDD:PseudoU_synth_TruD_like, PseudoU_synth_TruD_like:Pseudouridine synthase, TruD family" /inference="protein motif:CDD:PSTD1, PSTD1:Pseudouridine synthase, a subgroup of the TruD family" /inference="protein motif:CDD:TruD, tRNA pseudouridine synthase D (TruD)" /inference="protein motif:COG:COG0585 Uncharacterized conserved protein; S Function unknown" /inference="protein motif:HMMPanther:PTHR13326 FAMILY NOT NAMED" /inference="protein motif:HMMPfam:PF01142 TruD InterPro:IPR001656 tRNA pseudouridine synthase D, TruD GO:Molecular Function:pseudouridylate synthase activity (GO:0004730), Biological Process:tRNA processing (GO:0008033)" /inference="protein motif:HMMTigr:TIGR00094 TIGR00094:conserved hypothetical protein T InterPro:IPR001656 tRNA pseudouridine synthase D, TruD GO:Molecular Function:pseudouridylate synthase activity (GO:0004730), Biological Process:tRNA processing (GO:0008033)" /inference="protein motif:ProfileScan:PS50984 TRUD InterPro:IPR011760 TRUD GO:Molecular Function:pseudouridylate synthase activity (GO:0004730), Biological Process:tRNA processing (GO:0008033)" /inference="protein motif:ScanRegExp:PS01268 UPF0024 InterPro:IPR001656 tRNA pseudouridine synthase D, TruD GO:Molecular Function:pseudouridylate synthase activity (GO:0004730), Biological Process:tRNA processing (GO:0008033)" /codon_start=1 /transl_table=11 /product="tRNA pseudouridylate synthase D (TruD)" /protein_id="ACS34379.1" /translation="MDYREFFSQFRHLSEKPGIGGKIKILPEDFVVIEDPLPQIFEGR KHAIFLLKKRNWDTMAVIKEIAKRAGISHRDIGFAGTKDRHAVTYQYISVPAGAKEKV ESIQIRDVELRFVSYGRFIKLGHLLGNRFRIIIRDVEGSAFDRTKEIIRELREKGGFP NYFGYQRFGERRVVNHLIGKLLLQGEFDEAARLFLGYADGSMEGDEARRNFWETEDVD RALEEFPRFLRYERTLLYTYKKTGSWKKAFLSLPLPIMRIFIHAYQSYLFNLYLSRRI EELPLNEPLVGDIVVQVKGGIPYRDRTYRVTETNLNFVREKVKRGEAMVSGPLFGFAM RRAKGIPGELEEEILEGEGITLDAFKKLPKPMAEPGRRRELLIRPIGLTYGYLPETGM CFRFFLPKGVYATSVLREIMKDH" gene complement(1805402..1805770) /gene="pth" /locus_tag="TGAM_1878" /note="tg1878" CDS complement(1805402..1805770) /gene="pth" /locus_tag="TGAM_1878" /EC_number="3.1.1.29" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:BlastProDom:PD010667 YF56_PYRFU_Q8U0N0; InterPro:IPR002833 Peptidyl-tRNA hydrolase, PTH2" /inference="protein motif:CDD:COG1990, Uncharacterized conserved protein [Function unknown]" /inference="protein motif:CDD:PTH2, Peptidyl-tRNA hydrolase, type 2 (PTH2)" /inference="protein motif:CDD:PTH2_family, Peptidyl-tRNA hydrolase, type 2 (PTH2)_like" /inference="protein motif:CDD:UPF0099, Domain of unknown function UPF0099" /inference="protein motif:COG:COG1990 Uncharacterized conserved protein; S Function unknown" /inference="protein motif:HMMPanther:PTHR12649 UNCHARACTERIZED" /inference="protein motif:HMMPanther:PTHR12649:SF5 UNCHARACTERIZED" /inference="protein motif:HMMPfam:PF01981 PTH2 InterPro:IPR002833 Peptidyl-tRNA hydrolase, PTH2" /inference="protein motif:HMMTigr:TIGR00283 TIGR00283:conserved hypothetical protein T InterPro:IPR002833 Peptidyl-tRNA hydrolase, PTH2" /inference="protein motif:superfamily:SSF52833 Thioredoxin-like InterPro:IPR012336 Thioredoxin-like fold" /codon_start=1 /transl_table=11 /product="Peptidyl-tRNA hydrolase (pth)" /protein_id="ACS34380.1" /translation="MVMPMFRYKQVIVSRKDLKLSKGKFAVQVAHGAVTAAYKAQKEK PEWFKAWFNEGQKKVVVKAENLEELFQLKEKAERLGLPTALIRDAGLTEIPPGTVTVL AIGPGPEELVDKVTGHLKLV" gene complement(1805804..1807945) /locus_tag="TGAM_1879" /note="tg1879" CDS complement(1805804..1807945) /locus_tag="TGAM_1879" /experiment="gene product confirmed by mass spectrometry" /note="1 probable transmembrane helix predicted by modhmm" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein" /protein_id="ACS34381.1" /translation="MGLKRVLPILLIFLLLPVYAPQVHAERSWSAEISPIVLGLGDSV RIANYTIQFYDVSTNWSLVTIRVSYPAGVQLLFLREGEVGYFPSRDSEVFAVALNSID RENGLIVISVTSPLVRVRENLQMVPNETVVINKNVMIHLFASWQNGATVGVKLPPLMD FEVFNLTVGESKGFDYRLAPGLMYTDYLRVELQSASRDVAWLNVYLPKLDAENLTLQQ IPAGNGSKPIETEPRIFVEAYKGYVLISRPVKVETPLGTAIVRLTTFSLSGGVNIPTT SSFLALVNFTAINGSVVSKRVNLPIGSGPVEVEGVPLMLSAYRADPEHGRVLLGVFAP PGSTVHKPPEPANVSVSISAVPTELMVGGEVAVYINVANNGSGEARNLAIAAPVPNGF ELVGKETGWSIGDLEPYSKIPAIVYVLRPTSPGEFTISGVVATYYDENGNKVQVKSTP DIHVKVYGVPDLQVTILGSNSTFGGKWGNYVHAENMSPVLLLINVSAMGTDARFEYIT DAELHISYPRGVVGPALIGLGNLSAGRNIEKAVQIRALETGRFPIRASLTYRDPLGGE HELDLGTVLVIDTVPPKVIVKERVIHVYPNENELPKFVNQTLKNSTNARALAEELSNV IKPYLPHETNYWKLATVVFLILALILGYLAYGYYREVQTFRRFLLRKRKSRPGGLPKK WKRDELEVLLRELRLELVRESLPSERKPPEE" gene complement(1808006..1809322) /gene="aspS" /locus_tag="TGAM_1880" /note="tg1880" CDS complement(1808006..1809322) /gene="aspS" /locus_tag="TGAM_1880" /EC_number="6.1.1.12" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:AsnS, Aspartyl/asparaginyl-tRNA synthetases [Translation, ribosomal structure and biogenesis]" /inference="protein motif:CDD:Asp_Lys_Asn_RS_core, Asp_Lys_Asn_tRNA synthetase class II core domain" /inference="protein motif:CDD:Asp_Lys_Asn_RS_N, Asp_Lys_Asn_RS_N:N-terminal, anticodon recognition domain of class 2b aminoacyl-tRNA synthetases (aaRSs)" /inference="protein motif:CDD:AspRS_core, Asp tRNA synthetase (aspRS) class II core domain" /inference="protein motif:CDD:AspS, Aspartyl-tRNA synthetase [Translation, ribosomal structure and biogenesis]" /inference="protein motif:CDD:AsxRS_core, Asx tRNA synthetase (AspRS/AsnRS) class II core domain" /inference="protein motif:CDD:class_II_aaRS-like_core, Class II tRNA amino-acyl synthetase-like catalytic core domain" /inference="protein motif:CDD:COG2269, Truncated, possibly inactive, lysyl-tRNA synthetase (class II) [Translation, ribosomal structure and biogenesis]" /inference="protein motif:CDD:EcAspRS_like_N, EcAspRS_like_N:N-terminal, anticodon recognition domain of the type found in Escherichia coli aspartyl-tRNA synthetase (AspRS), the human mitochondrial (mt) AspRS-2, the discriminating (D) Thermus thermophilus AspRS-1, and the nondiscriminating (ND) Helicobacter pylori AspRS" /inference="protein motif:CDD:LysRS_core, Lys_tRNA synthetase (LysRS) class II core domain" /inference="protein motif:CDD:LysU, Lysyl-tRNA synthetase (class II) [Translation, ribosomal structure and biogenesis]" /inference="protein motif:CDD:ND_PkAspRS_like_N, ND_PkAspRS_like_N:N-terminal, anticodon recognition domain of the type found in the homodimeric non-discriminating (ND) Pyrococcus kodakaraensis aspartyl-tRNA synthetase (AspRS)" /inference="protein motif:CDD:PhAsnRS_like_N, PhAsnRS_like_N:N-terminal, anticodon recognition domain of the type found in Pyrococcus horikoshii AsnRS asparaginyl-tRNA synthetase (AsnRS)" /inference="protein motif:CDD:tRNA-synt_2, tRNA synthetases class II (D, K and N)" /inference="protein motif:CDD:tRNA_anti, OB-fold nucleic acid binding domain" /inference="protein motif:COG:COG0017 Aspartyl/asparaginyl-tRNA synthetases; J Translation, ribosomal structure and biogenesis" /inference="protein motif:FPrintScan:PR01042 TRNASYNTHASP InterPro:IPR002312 Aspartyl-tRNA synthetase, class IIb GO:Molecular Function:aspartate-tRNA ligase activity (GO:0004815), Molecular Function:ATP binding (GO:0005524), Biological Process:aspartyl-tRNA aminoacylation (GO:0006422)" /inference="protein motif:Gene3D:G3D.2.40.50.140 no description InterPro:IPR012340 Nucleic acid-binding, OB-fold, subgroup" /inference="protein motif:Gene3D:G3D.3.30.930.10 no description" /inference="protein motif:HMMPanther:PTHR10218 GUANINE NUCLEOTIDE BINDING PROTEIN ALPHA SUBUNIT-RELATED" /inference="protein motif:HMMPanther:PTHR10218:SF3 ASPARTYL-TRNA SYNTHETASE" /inference="protein motif:HMMPfam:PF00152 tRNA-synt_2 InterPro:IPR004364 tRNA synthetase, class II (D, K and N) GO:Molecular Function:aminoacyl-tRNA ligase activity (GO:0004812), Molecular Function:ATP binding (GO:0005524), Cellular Component:cytoplasm (GO:0005737), Biological Process:tRNA aminoacylation for protein translation (GO:0006418)" /inference="protein motif:HMMPfam:PF01336 tRNA_anti InterPro:IPR004365 nucleic acid binding, OB-fold, tRNA/helicase-type GO:Molecular Function:nucleic acid binding (GO:0003676)" /inference="protein motif:HMMTigr:TIGR00458 aspS_arch:aspartyl-tRNA synthetase InterPro:IPR004523 Aspartyl-tRNA synthetase archea/euk type GO:Molecular Function:aspartate-tRNA ligase activity (GO:0004815), Molecular Function:ATP binding (GO:0005524), Cellular Component:cytoplasm (GO:0005737), Biological Process:aspartyl-tRNA aminoacylation (GO:0006422)" /inference="protein motif:ProfileScan:PS50862 AA_TRNA_LIGASE_II InterPro:IPR006195 Aminoacyl-transfer RNA synthetase, class II GO:Molecular Function:aminoacyl-tRNA ligase activity (GO:0004812), Molecular Function:ATP binding (GO:0005524), Biological Process:tRNA aminoacylation for protein translation (GO:0006418)" /inference="protein motif:superfamily:SSF50249 Nucleic acid-binding proteins InterPro:IPR008994 Nucleic acid-binding, OB-fold GO:Molecular Function:nucleic acid binding (GO:0003676)" /inference="protein motif:superfamily:SSF55681 Class II aaRS and biotin synthetases" /codon_start=1 /transl_table=11 /product="Aspartyl-tRNA synthetase (aspS)" /protein_id="ACS34382.1" /translation="MYRTHYSSEITEELNGQRVKVAGWVWEVKDLGGIKFLWLRDREG IVQITAPKKKVDPEIFKLIPKLNAEDVIAVEGIVNFTPKAKLGFEILPEKLEVLSRAE TPLPLDPTGKVKAELDTRLDNRFMDVRRPEVMAIFKIRSSVFKAIRDFFHESGFIEIH TPKIIATATEGGTELFPMKYFEKDAFLAQSPQLYKQIMMASGLDRVYEIAPIFRAEEH NTTRHLNEAWSIDAEMAFIESEEEVMELLERLVAHTINYVREHNAKELETLNFELEEP KLPFPRLSYDKALEILADLGKEIPWGEDIDTEGERLLGKYMMENENAPLYFLYKYPSE AKPFYIMKYDEKPEICRAFDLEYRGVEITSGGQREHRVDVLVEQIKEKGLNPESFEFY LKAFRYGMPPHGGFGLGAERLIKQMLDLPNIREVILFPRDRKRLVP" gene complement(1809380..1809892) /gene="nusA-1" /locus_tag="TGAM_1881" /note="tg1881" CDS complement(1809380..1809892) /gene="nusA-1" /locus_tag="TGAM_1881" /inference="protein motif:CDD:NusA, Transcription elongation factor [Transcription]" /inference="protein motif:COG:COG0195 Transcription elongation factor; K Transcription" /inference="protein motif:Gene3D:G3D.3.30.300.20 no description" /inference="protein motif:HMMPfam:PF07650 KH_2 InterPro:IPR004044 KH, type 2 GO:Molecular Function:nucleic acid binding (GO:0003676)" /inference="protein motif:HMMSmart:SM00322 no description InterPro:IPR004087 KH GO:Molecular Function:nucleic acid binding (GO:0003676)" /inference="protein motif:ProfileScan:PS50084 KH_TYPE_1 InterPro:IPR004088 KH, type 1 GO:Molecular Function:nucleic acid binding (GO:0003676)" /inference="protein motif:superfamily:SSF54814 Prokaryotic type KH domain (KH-domain type II) InterPro:IPR009019 KH, prokaryotic type" /note="Contains 1 KH domain" /codon_start=1 /transl_table=11 /product="Transcription elongation factor, putative NusA-like protein (nusA)" /protein_id="ACS34383.1" /translation="MKAPICEVCLKTDGILCPADEKKLQEGIISELDVKVARLLYKLL GDVDVEFRKAVEAGDLIVIVVGKGDVPLVIGKGGKNIKALVKELGKRVRVIEGIEAET TDDIKKLATDLFYPASVFGVNVVYRPGGEKYYKILVATREKKRLPEKPELLESILAQV LGKDVKISFI" gene complement(1809967..1810587) /locus_tag="TGAM_1882" /note="tg1882" CDS complement(1809967..1810587) /locus_tag="TGAM_1882" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:COG1418, Predicted HD superfamily hydrolase [General function prediction only]" /inference="protein motif:COG:COG1418 Predicted HD superfamily hydrolase; R General function prediction only" /inference="protein motif:HMMPfam:PF01966 HD InterPro:IPR006674 Metal-dependent phosphohydrolase, HD subdomain" /inference="protein motif:HMMSmart:SM00471 no description InterPro:IPR003607 Metal-dependent phosphohydrolase, HD region GO:Molecular Function:catalytic activity (GO:0003824)" /inference="protein motif:HMMTigr:TIGR00277 HDIG:uncharacterized domain HDIG InterPro:IPR006675 HDIG" /codon_start=1 /transl_table=11 /product="Metal-dependent phosphohydrolase, HD family" /protein_id="ACS34384.1" /translation="MKLEEFIPDARTRELIERTREFARGFFEREGTHGFSHVERVFNL CMHIGREEGADLEVLALAALLHDVARPLEDSGKVEDHAVEGAKIAKRFLLSIGYPEEK AEAVAHAIEAHRFSRGPEPRTLEAKILSDADKLDAIGAIGIARVFMYSGEHGRDIEAS LRHFEEKILKLKDLMYTETARRIAEDRHRFTVEFIERLRKEIEGEL" gene complement(1810618..1811295) /locus_tag="TGAM_1883" /note="tg1883" CDS complement(1810618..1811295) /locus_tag="TGAM_1883" /codon_start=1 /transl_table=11 /product="Hypothetical protein" /protein_id="ACS34385.1" /translation="MVEMLPGKFLGVVIDFDSTRELLTKIKKGYLKASWRDGDSLKTG YVLVSDGAILGALVEDVLSRERIEGENALRKISEVSLSKRLKAVELYEADVAEILREN PSIRVESGVISEDIPGWDLDSLLLVLTTHRGELRVHNGGTSWRLYLDRGVVRAAQTIR GPTQKGNDALKNLLWEIGKVMKDGRFETGGSWEFTKEDTVDNGGIFKEGVELLREKRR IDNAKGF" gene complement(1811321..1811674) /locus_tag="TGAM_1884" /note="tg1884" CDS complement(1811321..1811674) /locus_tag="TGAM_1884" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:COG2018, Uncharacterized distant relative of homeotic protein bithoraxoid [General function prediction only]" /inference="protein motif:COG:COG2018 Uncharacterized distant relative of homeotic protein bithoraxoid; R General function prediction only" /inference="protein motif:HMMPfam:PF03259 Robl_LC7 InterPro:IPR004942 Roadblock/LC7" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein, Roadblock/LC7 family" /protein_id="ACS34386.1" /translation="MFENVIADLLRVDGVKGVAIVSKDGLLIEGQASDRTIDVESVAA MVATIYGTALNVSNEVFHEEAVDMVTLESPKGKIITVEAGENAVLTVLTDPKVNLGLV RIYLKRNAQKVASML" gene complement(1811680..1812171) /locus_tag="TGAM_1885" /note="tg1885" CDS complement(1811680..1812171) /locus_tag="TGAM_1885" /experiment="gene product confirmed by mass spectrometry" /codon_start=1 /transl_table=11 /product="Hypothetical protein" /protein_id="ACS34387.1" /translation="MILMMEAKVVKRMNERSEEMATKINNLILYGIYKVLGAGAKGLG NSIGEELLNTMMEEYGLNFEGSNDPQELLNRFTEVMINTFGFAERGEIDVNGNKVTLK LDNPMDLYALQLLEKKGMKPVLYPMANAIAVAIKKFSGKNVLIKEIRVSDKHVEVDML ILG" gene 1812609..1812995 /locus_tag="TGAM_1886" /note="tg1886" CDS 1812609..1812995 /locus_tag="TGAM_1886" /experiment="gene product confirmed by mass spectrometry" /codon_start=1 /transl_table=11 /product="Hypothetical protein" /protein_id="ACS34388.1" /translation="MTGGGYAMGILGKLLSLIKSMSESEVRDFQELLKVKFGFSRFIY TTSEGLLILGNFEDNEELSAKVPEMLKLLSELEDSTSYLIQAGEHVYSLVKITDDVLM LGKGNKILDKNDINALIRLTKDNFRL" gene complement(1812990..1813796) /locus_tag="TGAM_1887" /note="tg1887" CDS complement(1812990..1813796) /locus_tag="TGAM_1887" /experiment="gene product confirmed by mass spectrometry" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein" /protein_id="ACS34389.1" /translation="MIAHLVNTDIGGRGILSLYLDYRRRNFNFLRNAAEIILKNPEKV LVVTGFPIPPRNVPETDGPPGALAIAKAVERMGGRAEILSYPEVEAALGEFNVNFVRS PRPEDYSAIVAVETPGRGKDGKARSMSGIPVERDIFDWVFIEAKELGIPTIGIGDGGN EVGMGKIKDLVVKHIPKGELIASTVETDELITSAVSNWGAYGLVAQLSIETGENLLSG WDEREVVRALVRAGIIDGVSKRLEGSVDGIPMEIHEEMFKVLTSLIGFRL" gene complement(1813793..1813972) /locus_tag="TGAM_1888" /note="tg1888" CDS complement(1813793..1813972) /locus_tag="TGAM_1888" /experiment="gene product confirmed by mass spectrometry" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein" /protein_id="ACS34390.1" /translation="MGKVFEAEGVFVKYEEKRVKLENGHELVHRSEEPTELWWKLKEA VKGKKVRIVVHEVEE" gene complement(1813973..1814617) /locus_tag="TGAM_1889" /note="tg1889" CDS complement(1813973..1814617) /locus_tag="TGAM_1889" /inference="protein motif:CDD:COG0637, Predicted phosphatase/phosphohexomutase [General function prediction only]" /inference="protein motif:CDD:COG1011, Predicted hydrolase (HAD superfamily) [General function prediction only]" /inference="protein motif:CDD:Gph, Predicted phosphatases [General function prediction only]" /inference="protein motif:CDD:Hydrolase, haloacid dehalogenase-like hydrolase" /inference="protein motif:COG:COG1011 Predicted hydrolase (HAD superfamily); R General function prediction only" /inference="protein motif:FPrintScan:PR00413 HADHALOGNASE InterPro:IPR005833 Haloacid dehalogenase/epoxide hydrolase GO:Biological Process:metabolism (GO:0008152), Molecular Function:hydrolase activity (GO:0016787)" /inference="protein motif:Gene3D:G3D.3.40.50.1000 no description" /inference="protein motif:HMMPanther:PTHR12725 FAMILY NOT NAMED" /inference="protein motif:HMMPanther:PTHR12725:SF6 SUBFAMILY NOT NAMED" /inference="protein motif:HMMPfam:PF00702 Hydrolase InterPro:IPR005834 Haloacid dehalogenase-like hydrolase GO:Molecular Function:catalytic activity (GO:0003824), Biological Process:metabolism (GO:0008152)" /inference="protein motif:HMMTigr:TIGR01509 HAD-SF-IA-v3:HAD-superfamily hydrolase, InterPro:IPR006402 HAD-superfamily hydrolase subfamily IA, variant 3" /inference="protein motif:HMMTigr:TIGR01549 HAD-SF-IA-v1:HAD-superfamily hydrolase, InterPro:IPR006439 HAD-superfamily hydrolase, subfamily IA, variant 1 GO:Biological Process:metabolism (GO:0008152), Molecular Function:phosphoglycolate phosphatase activity (GO:0008967)" /inference="protein motif:HMMTigr:TIGR02253 CTE7:HAD superfamily (subfamily IA) hyd InterPro:IPR011950 HAD-superfamily subfamily IA hydrolase, CTE7" /inference="protein motif:superfamily:SSF56784 HAD-like" /codon_start=1 /transl_table=11 /product="Hydrolase, HAD family" /protein_id="ACS34391.1" /translation="MIKAVLFDIDHTLLTEMPLIQLFLPQVYEKISKKLGINKEEARK KFLNEILGRRETYEWHDWNFFFRLFDLDLRYEDLLRKYPHKLHVYPDTVPVLRWLREE GLKLGIVTSGPAYQKLKLELTGLDGYFDTVITRDDVNAIKPEPKIFLRALEDLGVRPE ETIMVGDSLWQDVYGGKNVGMKTVWIAREGGEDFHFPDFRIGTLHELRKVLEVV" gene complement(1814595..1815383) /locus_tag="TGAM_1890" /note="tg1890" CDS complement(1814595..1815383) /locus_tag="TGAM_1890" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:FtsZ, Cell division GTPase [Cell division and chromosome partitioning]" /inference="protein motif:COG:COG0206 Cell division GTPase; D Cell cycle control, cell division, chromosome partitioning" /inference="protein motif:Gene3D:G3D.3.40.50.1440 no description" /inference="protein motif:superfamily:SSF55307 Tubulin/Dihydroxyacetone kinase C-terminal domain" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein, ftsZ GTPase-related" /protein_id="ACS34392.1" /translation="MGGAVIGFTHVFVGIGGAGSKVVNEITVDSIKVNINPGRYLLRT EEYMRRVPLFFSTVPEDSIVWILTEDKPINVEILRLIIDSIPEGATRLAYVFTPAREL VKEKKPQWAGLFDTVFYDSLWEFFDERKPLSEAYKEASGSIARALSSLIRNLEGQMLI NVDYADFFSVVRGGNVGIIRLLRSVDLSWHWGIWDRGIIMTLARDDVALREAHQILEM FQGILRKKDIIWGMVTDKDIKNRMEVIALLVKEWGEGNDKGGAL" gene complement(1815411..1816631) /gene="hps" /locus_tag="TGAM_1891" /note="tg1891" CDS complement(1815411..1816631) /gene="hps" /locus_tag="TGAM_1891" /EC_number="4.1.2.-" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:GlmS, Glucosamine 6-phosphate synthetase, contains amidotransferase and phosphosugar isomerase domains [Cell envelope biogenesis, outer membrane]" /inference="protein motif:CDD:GutQ, Predicted sugar phosphate isomerase involved in capsule formation [Cell envelope biogenesis, outer membrane]" /inference="protein motif:CDD:OMPdecase, Orotidine 5'-phosphate decarboxylase / HUMPS family" /inference="protein motif:CDD:RpiR, Transcriptional regulators [Transcription]" /inference="protein motif:CDD:SgbH, 3-hexulose-6-phosphate synthase and related proteins [Carbohydrate transport and metabolism]" /inference="protein motif:CDD:SIS, SIS domain" /inference="protein motif:COG:COG0269 3-hexulose-6-phosphate synthase and related proteins; G Carbohydrate transport and metabolism" /inference="protein motif:Gene3D:G3D.3.20.20.90 no description" /inference="protein motif:Gene3D:G3D.3.40.50.1940 no description" /inference="protein motif:HMMPanther:PTHR10937 GLUCOSAMINE--FRUCTOSE-6-PHOSPHATE AMINOTRANSFERASE" /inference="protein motif:HMMPanther:PTHR10937:SF1 GLUCOSAMINE--FRUCTOSE-6-PHOSPHATE AMINOTRANSFERASE" /inference="protein motif:HMMPfam:PF00215 OMPdecase InterPro:IPR001754 Orotidine 5'-phosphate decarboxylase GO:Molecular Function:orotidine-5'-phosphate decarboxylase activity (GO:0004590), Biological Process:'de novo' pyrimidine base biosynthesis (GO:0006207)" /inference="protein motif:HMMPfam:PF01380 SIS InterPro:IPR001347 Sugar isomerase (SIS) GO:Molecular Function:sugar binding (GO:0005529), Biological Process:carbohydrate metabolism (GO:0005975)" /inference="protein motif:superfamily:SSF51366 Ribulose-phoshate binding barrel InterPro:IPR011060 Ribulose-phosphate binding barrel" /inference="protein motif:superfamily:SSF53697 SIS domain" /codon_start=1 /transl_table=11 /product="3-hexulose-6-phosphate synthase-6-phospho 3-hexuloisomerase fused bifuntional enzyme (hps)" /protein_id="ACS34393.1" /translation="MILQVALDVTDIDQALSIAEKAARGGAHWLEVGTPLIKKEGMRA VELLKRRFPDRKIVADLKTMDTGALEVEMAARHGADVVSILGVADDKTIKDAVDVARR YGIRVMVDLIGVKDKVKRAKELEKMGVHYILVHTGIDEQMQGKSPLEDLEKVVKAVNV PVAVAGGLNLETIPKVIELGATIIIVGSAITKAKDPEKVTRQIIDLFWGEYMMTIKKA MLDILDHIKGVAESLKLEQVRGFVDAMIGANKIFIYGAGRSGLVGKAFAMRLMHLDFN VYVVGETITPAFEPGDLLIAISGSGETQSIVDAARIAKEQGGKIAAITSYANSTLGKL ADVVVEIPGRAKTDVPTDYIARQMLTQYKWIAPMGTLFEDSTMIFLDGIIALLMATFQ KTEKDMKRKHATLE" gene 1816929..1817915 /locus_tag="TGAM_1892" /note="tg1892" CDS 1816929..1817915 /locus_tag="TGAM_1892" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:Imp, TRAP-type uncharacterized transport system, periplasmic component [General function prediction only]" /inference="protein motif:COG:COG2358 TRAP-type uncharacterized transport system, periplasmic component; R General function prediction only" /inference="protein motif:Gene3D:G3D.3.40.190.10 no description" /inference="protein motif:HMMTigr:TIGR02122 TRAP_TAXI:TRAP transporter solute receptor InterPro:IPR011852 TRAP transporter solute receptor, TAXI family" /inference="protein motif:superfamily:SSF53850 Periplasmic binding protein-like II" /note="1 probable transmembrane helix predicted by modhmm" /codon_start=1 /transl_table=11 /product="TRAP-type transporter, periplasmic component" /protein_id="ACS34394.1" /translation="MKWAAVGLIVALVLATVAVGCIQGEEKKTETITIYTGGTSGVYF PLGSKYAEILNKNGINAKAVTSGASVTNAKAIGEGKAQAAILQNDVAYYAYHGLYMFE GKAITKLRGVAALYPETVQFVVLADSDIQSLEDLKGKKVAIGAPGSGTAVAAEQILKA AGVWDSIEKVNQKFSEAAQSLKLHQIDAAVIVSGAPTPAVNQIAQQTPVRVLPIPDEI LNKLKDEGYIFYVRQILPKDTYNGMQEDTPTVAVKAMLAVSADLSEDTVYKMTKILFD NLDELHKVHAKTKYISLDTALDGMSIPLHPGAYKYYKEKGLQIPDDLKPPSG" gene 1817922..1818368 /locus_tag="TGAM_1893" /note="tg1893" CDS 1817922..1818368 /locus_tag="TGAM_1893" /note="1 probable transmembrane helix predicted by modhmm" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein" /protein_id="ACS34395.1" /translation="MKKFLFFFVLSIIPIFLLPVNCLVISDGNHERVYSLGVHNVTIR YIHSVERSTVIEVLQVNSSGIYAREMWWKDFGAGLPEDIQFMKDGFYVKKIEIPLGKS LDFWFIPLNRARIYVDGNLVLQPKSEVLVHFRVERCMLIQKAVGRC" gene 1818370..1820667 /locus_tag="TGAM_1894" /note="tg1894" CDS 1818370..1820667 /locus_tag="TGAM_1894" /inference="protein motif:CDD:COG4666, TRAP-type uncharacterized transport system, fused permease components [General function prediction only]" /inference="protein motif:CDD:DctM, TRAP C4-dicarboxylate transport (Dct) system permease DctM subunit" /inference="protein motif:CDD:DctQ, TRAP-type C4-dicarboxylate transport system, large permease component [Carbohydrate transport and metabolism]" /inference="protein motif:CDD:FcbT3, TRAP-type mannitol/chloroaromatic compound transport system, large permease component [Secondary metabolites biosynthesis, transport, and catabolism]" /inference="protein motif:COG:COG4666 TRAP-type uncharacterized transport system, fused permease components; R General function prediction only" /inference="protein motif:HMMPfam:PF06808 DctM InterPro:IPR010656 TRAP C4-dicarboxylate transport system permease DctM subunit" /inference="protein motif:HMMTigr:TIGR02123 TRAP_fused:TRAP transporter, 4TM/12TM fus InterPro:IPR011853 TRAP transporter, 4TM/12TM fusion protein" /note="21 probable transmembrane helices predicted by modhmm" /codon_start=1 /transl_table=11 /product="TRAP transporter, 4TM/12TM fusion protein" /protein_id="ACS34396.1" /translation="MVENKEIPVEKAEVIIERTRKLPPILEKVITAAAILIGIYEILF IFNFNYTLYDMFSRMGIKMGFLKTTFQTKQGEAFVMAMILLITYLLYPVKKDRKHLEK VQFYDYILAALGVVSAFYLFIVYPRYTEFADVYMRDVFFGILAIILVLEATRRVLGWV LPLVVTVFLVYGIYNINFDWIRFTQQLYFDEGIFGIPFFVMTIYVFAFVFFGAFLLKI GISDYITEFMITLFGKRPGGPAKAAVVASGLMGTVSGSSVANVLTTGTFTIPLMKKAG YPPEIAGAVEPVASTGGQLMPPIMGAAAFIMAEFLGVPYNKLIIAAVIPALVYYSGVY LFIDLETKRLGLKGMPTEQFAPLRYFIRKLYILLPIVVITVALVWGIAPHISAISSLG VAIWVAWISKDRIKGHEGLYVAVVLITILLMFTGKAISTPVAGVLVLLGLALIAMAYL TDLVEFNEKLYISLLFIFFIALVKYLEMNKEQILLLSGVMGIVFSMIVGYISKSEEGK EMYRATYESMIDAGRTSTSVMLAAASAGLIQGVLTMTGLITSLGYRLVDLTAGNLWLL LILTMVFSLILGMGVPTTANYIITSLVAAPAIYNAVSNIQPYNLNVPGYGTSIALLAA HFFVFYFGILADVTPPVALASYAGSALAGGEFWKTAMNAVKYALAGYIGPYIYFTHPE MFIITVQDWTVKTALTVVYDFGATLLVMYLLAIALTGWFGKHIRKELRALAGVVGLLS ASLHPIPVAIGAATVLFLKFLGREL" gene complement(1820723..1821931) /locus_tag="TGAM_1895" /note="tg1895" CDS complement(1820723..1821931) /locus_tag="TGAM_1895" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:FucI, L-fucose isomerase and related proteins [Carbohydrate transport and metabolism]" /inference="protein motif:CDD:L-fuc_L-ara-isomerases, L-fucose isomerase (FucIase) and L-arabinose isomerase (AI) family" /inference="protein motif:COG:COG2407 L-fucose isomerase and related proteins; G Carbohydrate transport and metabolism" /inference="protein motif:superfamily:SSF53743 L-fucose isomerase, N-terminal and second domains InterPro:IPR009015 L-fucose isomerase, N-terminal and central" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein, L-fucose isomerase-related" /protein_id="ACS34397.1" /translation="MKVGVIFGVSELADPKAFERKASEFLNCLAREHEIMGGLFVSTK SDFKRVKEEVDLNKADVLVLYPLTGGTENGLKEFAVYRKPIIIYGDPFNNSIAAGIEL REYFRERLIPATLVKEKDELKAALLGYEDSAELFEKFLRVRLGLIGRVSPWLINERFE LPYVHISLKKFYEYYEDTNEEEGLEVIEKIVENAREIKEPDRKSLAKAGRVYLALKKI IGDYKLDGFTIGCFDLIGKIGTTPCLALAIFNTEGIPAACEGELNSLLGMLLVRKFFD KPAFMGNIADYGDDYLILAHCTAPLLGGYVLRTHFESGTGVGVAVEMPRGKASLLKVR GRKAIVAGVEVVGTERSENRCRTQVRLRVEEAKDFVDGTIGNHHLLAYVDSEELADLL SELGFEVMLY" gene 1822053..1823030 /locus_tag="TGAM_1896" /note="tg1896" CDS 1822053..1823030 /locus_tag="TGAM_1896" /experiment="gene product confirmed by mass spectrometry" /note="1 probable transmembrane helix predicted by modhmm" /codon_start=1 /transl_table=11 /product="Hypothetical protein" /protein_id="ACS34398.1" /translation="MKGRTIYAAIILFVLIAGIASSGCIGGSREKSWLELVPSDAIVA GVFDMSTVKEAAFEELMKNLSLYPKYESLRENVLNETGVDIATLSRAIFAVRGYDEET QQPKMAIYVEGSVDVEKVKGKIEGLNETIHHAKYRGVDEYLDSKNWGVAISENYIIVG DKDTIEEVIDLIHGEGKWAKQYREIVKKVGSGNLIAVYDFRALMNLTSSERESSELST PIPLGTMEESVKYGAFKFVLTNGNYSFRVVLEMDSPTDASDMAKQLRGFISLLDLKFS QEGRSALVEILRDIEISTSENFVLIDLTVSGKQLEELLTYEAIPKATLG" gene complement(1823073..1823498) /locus_tag="TGAM_1897" /note="tg1897" CDS complement(1823073..1823498) /locus_tag="TGAM_1897" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:AsnC_trans_reg, AsnC family" /inference="protein motif:CDD:HTH_ASNC, helix_turn_helix ASNC type; AsnC:an autogenously regulated activator of asparagine synthetase A transcription in Escherichia coli)" /inference="protein motif:CDD:Lrp, Transcriptional regulators [Transcription]" /inference="protein motif:COG:COG1522 Transcriptional regulators; K Transcription" /inference="protein motif:FPrintScan:PR00033 HTHASNC InterPro:IPR000485 Bacterial regulatory proteins, AsnC/Lrp GO:Molecular Function:transcription factor activity (GO:0003700), Cellular Component:intracellular (GO:0005622), Biological Process:regulation of transcription, DNA-dependent (GO:0006355), Molecular Function:sequence-specific DNA binding (GO:0043565)" /inference="protein motif:Gene3D:G3D.1.10.10.10 no description InterPro:IPR011991 Winged helix repressor DNA-binding" /inference="protein motif:HMMPfam:PF01037 AsnC_trans_reg InterPro:IPR000485 Bacterial regulatory proteins, AsnC/Lrp GO:Molecular Function:transcription factor activity (GO:0003700), Cellular Component:intracellular (GO:0005622), Biological Process:regulation of transcription, DNA-dependent (GO:0006355), Molecular Function:sequence-specific DNA binding (GO:0043565)" /inference="protein motif:HMMPfam:PF08280 HTH_Mga InterPro:IPR013199 Helix-turn-helix Mga, DNA-binding trans-acting positive regulator" /inference="protein motif:HMMSmart:SM00344 no description InterPro:IPR000485 Bacterial regulatory proteins, AsnC/Lrp GO:Molecular Function:transcription factor activity (GO:0003700), Cellular Component:intracellular (GO:0005622), Biological Process:regulation of transcription, DNA-dependent (GO:0006355), Molecular Function:sequence-specific DNA binding (GO:0043565)" /inference="protein motif:ProfileScan:PS50956 HTH_ASNC_2 InterPro:IPR000485 Bacterial regulatory proteins, AsnC/Lrp GO:Molecular Function:transcription factor activity (GO:0003700), Cellular Component:intracellular (GO:0005622), Biological Process:regulation of transcription, DNA-dependent (GO:0006355), Molecular Function:sequence-specific DNA binding (GO:0043565)" /inference="protein motif:ScanRegExp:PS00519 HTH_ASNC_1 InterPro:IPR000485 Bacterial regulatory proteins, AsnC/Lrp GO:Molecular Function:transcription factor activity (GO:0003700), Cellular Component:intracellular (GO:0005622), Biological Process:regulation of transcription, DNA-dependent (GO:0006355), Molecular Function:sequence-specific DNA binding (GO:0043565)" /inference="protein motif:superfamily:SSF46785 'Winged helix' DNA-binding domain" /inference="protein motif:superfamily:SSF54909 Dimeric alpha+beta barrel InterPro:IPR011008 Dimeric alpha-beta barrel" /codon_start=1 /transl_table=11 /product="Transcription regulator, Lrp-AsnC family" /protein_id="ACS34399.1" /translation="MLDERDKIIIEMLTKDARTPFTEIAKVLGISETAVRKRVRALEE AGVIKQYTIVIDPSKLGYNLVSLTGIDTLPEKIFEVASKLKEFEFVRSVYLTSGDHMI MAEVWAKDGNDLSDIISNKIGKIDGVVKVCPAIILERLK" gene complement(1823560..1824825) /gene="rumA-2" /locus_tag="TGAM_1898" /note="tg1898" CDS complement(1823560..1824825) /gene="rumA-2" /locus_tag="TGAM_1898" /EC_number="2.1.1.-" /inference="protein motif:CDD:TrmA, SAM-dependent methyltransferases related to tRNA (uracil-5-)-methyltransferase [Translation, ribosomal structure and biogenesis]" /inference="protein motif:CDD:tRNA_U5-meth_tr, tRNA (Uracil-5-)-methyltransferase" /inference="protein motif:COG:COG2265 SAM-dependent methyltransferases related to tRNA (uracil-5-)-methyltransferase; J Translation, ribosomal structure and biogenesis" /inference="protein motif:Gene3D:G3D.3.40.50.150 no description" /inference="protein motif:HMMPanther:PTHR11061 RNA METHYLTRANSFERASE" /inference="protein motif:HMMPanther:PTHR11061:SF5 RNA METHYLTRANSFERASE-RELATED" /inference="protein motif:HMMPfam:PF05175 MTS InterPro:IPR007848 Methyltransferase small GO:Molecular Function:methyltransferase activity (GO:0008168)" /inference="protein motif:HMMTigr:TIGR00479 rumA:23S rRNA (uracil-5-)-methyltransferase InterPro:IPR001566 23S rRNA methyltransferase/RumA GO:Molecular Function:RNA binding (GO:0003723), Biological Process:RNA processing (GO:0006396), Molecular Function:RNA methyltransferase activity (GO:0008173)" /inference="protein motif:ProfileScan:PS50193 SAM_BIND InterPro:IPR000051 SAM (and some other nucleotide) binding motif GO:Molecular Function:S-adenosylmethionine-dependent methyltransferase activity (GO:0008757)" /inference="protein motif:ProfileScan:PS50926 TRAM InterPro:IPR002792 Deoxyribonuclease/rho motif-related TRAM" /inference="protein motif:ScanRegExp:PS01230 TRMA_1 InterPro:IPR010280 (Uracil-5)-methyltransferase" /inference="protein motif:ScanRegExp:PS01231 TRMA_2 InterPro:IPR010280 (Uracil-5)-methyltransferase" /inference="protein motif:superfamily:SSF53335 S-adenosyl-L-methionine-dependent methyltransferases" /codon_start=1 /transl_table=11 /product="23S rRNA (uracil-5-)-methyltransferase (rumA)" /protein_id="ACS34400.1" /translation="MTIEGTVRELNEDGLGIVKVGRRRVLVPFSAPGDRVRIERTRKK KRKIIAERFEILEPSPVRKEPQCEYFGRCGGCLLQHLDYRDQLEFKRFKLNAILNEDV EIIPSPKIFGHRNRIDVVISTRGIGFRRYGTWWDVVDIEWCPVFGPSSKRVLKSLREF IEDHEVSLYEIGKNEGLLRYIVIREGKFTGDLMVNLVTGPGELPEDFPQYFDYAESIY WSVNRTPSDVSYGEIERFWGKEFIKEELDGTVYLIHPNSFFQTNSYGAVELLREVAKR AEGGRVLDLYSGVGTFGVYLARKGFSVEGIEINPFAVEMANRNAEINGVEARFRVGAD KDVGSLQAYDTVIVDPPRAGLHPKLVKRLVQKGPEKLIYVSCNPKTLARDLNELKSVY TVGGIIGLDMFPHTPHVEVVVELRRQRFN" gene 1824937..1825152 /locus_tag="TGAM_1899" /note="tg1899" CDS 1824937..1825152 /locus_tag="TGAM_1899" /inference="protein motif:superfamily:SSF46785 'Winged helix' DNA-binding domain" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein" /protein_id="ACS34401.1" /translation="MLGRSKDFVYKVLATKKRAVALQHLSSELETPMPALLSTVKKLE SDGLVEVFYGREKANIMVKAKTLEDYV" gene complement(1825162..1825731) /gene="pyrE" /locus_tag="TGAM_1900" /note="tg1900" CDS complement(1825162..1825731) /gene="pyrE" /locus_tag="TGAM_1900" /EC_number="2.4.2.10" /inference="protein motif:CDD:Apt, Adenine/guanine phosphoribosyltransferases and related PRPP-binding proteins [Nucleotide transport and metabolism]" /inference="protein motif:CDD:Pribosyltran, Phosphoribosyl transferase domain" /inference="protein motif:CDD:PyrE, Orotate phosphoribosyltransferase [Nucleotide transport and metabolism]" /inference="protein motif:COG:COG0461 Orotate phosphoribosyltransferase; F Nucleotide transport and metabolism" /inference="protein motif:Gene3D:G3D.3.40.50.2020 no description" /inference="protein motif:HMMPanther:PTHR19278 OROTIDINE 5-PHOSPHATE DECARBOXYLASE-RELATED" /inference="protein motif:HMMPanther:PTHR19278:SF15 OROTATE PHOSPHORIBOSYLTRANSFERASE" /inference="protein motif:HMMPfam:PF00156 Pribosyltran InterPro:IPR000836 Phosphoribosyltransferase GO:Biological Process:nucleoside metabolism (GO:0009116)" /inference="protein motif:HMMTigr:TIGR00336 pyrE:orotate phosphoribosyltransferase InterPro:IPR004467 Orotate phosphoribosyl transferase GO:Molecular Function:orotate phosphoribosyltransferase activity (GO:0004588), Biological Process:pyrimidine nucleotide biosynthesis (GO:0006221)" /inference="protein motif:superfamily:SSF53271 PRTase-like" /codon_start=1 /transl_table=11 /product="Orotate phosphoribosyltransferase (pyrE)" /protein_id="ACS34402.1" /translation="MIEAKDRLIDKMLESGAILFGHFVLSSGKESDYYINVKKVVTDP DALELMAGLIAGLVQRVGIDFDRVAGPELGAVPIATAVSLKTGKPLVIVRKKPKGYGT GSQIEGDVKEGDRILLVEDVTTTGGSVLRAAEVLESLGARIAAIAVVVDREEGAEGSI TSKGYTFLPVIRVSELLERKETVKGRESD" gene complement(1825805..1826608) /locus_tag="TGAM_1901" /note="tg1901" CDS complement(1825805..1826608) /locus_tag="TGAM_1901" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:Band_7, SPFH domain / Band 7 family" /inference="protein motif:CDD:Band_7, The band 7 domain of flotillin (reggie) like proteins" /inference="protein motif:CDD:Band_7_4, A subgroup of the band 7 domain of flotillin (reggie) like proteins" /inference="protein motif:CDD:Band_7_HflC, Band_7_HflC:The band 7 domain of flotillin (reggie) like proteins" /inference="protein motif:CDD:Band_7_HflK, Band_7_HflK:The band 7 domain of flotillin (reggie) like proteins" /inference="protein motif:CDD:Band_7_prohibitin, Band_7_prohibitin" /inference="protein motif:CDD:Band_7_stomatin_like, Band_7_stomatin_like:A subgroup of the band 7 domain of flotillin (reggie) like proteins similar to stomatin and podicin (two lipid raft-associated integral membrane proteins)" /inference="protein motif:CDD:COG2268, Uncharacterized protein conserved in bacteria [Function unknown]" /inference="protein motif:CDD:HflC, Membrane protease subunits, stomatin/prohibitin homologs [Posttranslational modification, protein turnover, chaperones]" /inference="protein motif:CDD:PHB, prohibitin homologues; prohibitin homologues" /inference="protein motif:COG:COG0330 Membrane protease subunits, stomatin/prohibitin homologs; O Posttranslational modification, protein turnover, chaperones" /inference="protein motif:FPrintScan:PR00721 STOMATIN InterPro:IPR001972 Stomatin GO:Cellular Component:membrane (GO:0016020)" /inference="protein motif:HMMPanther:PTHR10264 STOMATIN-RELATED InterPro:IPR001107 Band 7 protein" /inference="protein motif:HMMPanther:PTHR10264:SF18 ERYTHROCYTE BAND 7 INTEGRAL MEMBRANE PROTEIN" /inference="protein motif:HMMPfam:PF01145 Band_7 InterPro:IPR001107 Band 7 protein" /inference="protein motif:HMMSmart:SM00244 no description InterPro:IPR001107 Band 7 protein" /inference="protein motif:superfamily:SSF51197 Clavaminate synthase-like" /note="1 probable transmembrane helix predicted by modhmm" /codon_start=1 /transl_table=11 /product="Membrane permease, stomatin-like protein" /protein_id="ACS34403.1" /translation="MAGLGTIILGTILLFVLIILASAIKIVKEYERAVIFRLGRVVGA RGPGLFFIIPIFEKAYIVDLRTRVLDVPVQETITKDNVPVKVNAVVYFRVVDPVKAVT QVANYIVATSQIAQTTLRSVIGQAHLDELLSEREKLNMELQKIIDEATDPWGIKVTTV EIKDVELPAGMQRAMAKQAEAERERRARITLAEAERQAAEKLREAAQIISEHPMALQL RTLQTISDVASDKSNVIVLPLPMEMLKLFKSFADAGEAVKKMVEEKASE" gene complement(1826612..1827976) /gene="nfeD" /locus_tag="TGAM_1902" /note="tg1902" CDS complement(1826612..1827976) /gene="nfeD" /locus_tag="TGAM_1902" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:COG1585, Membrane protein implicated in regulation of membrane protease activity [Posttranslational modification, protein turnover, chaperones / Intracellular trafficking and secretion]" /inference="protein motif:CDD:NfeD, Membrane-bound serine protease (ClpP class) [Posttranslational modification, protein turnover, chaperones]" /inference="protein motif:CDD:NfeD, Nodulation efficiency protein D (NfeD)" /inference="protein motif:CDD:SppA, Periplasmic serine proteases (ClpP class) [Posttranslational modification, protein turnover, chaperones / Intracellular trafficking and secretion]" /inference="protein motif:COG:COG1030 Membrane-bound serine protease (ClpP class); O Posttranslational modification, protein turnover, chaperones" /inference="protein motif:Gene3D:G3D.3.90.226.10 no description" /inference="protein motif:HMMPfam:PF01957 NfeD InterPro:IPR002810 Nodulation efficiency, NfeD" /inference="protein motif:superfamily:SSF52096 ClpP/crotonase" /note="4 probable transmembrane helices predicted by modhmm" /codon_start=1 /transl_table=11 /product="Membrane bound protease, putative, nfeD/ClpP- family (nfeD)" /protein_id="ACS34404.1" /translation="MIMKTRTLSRSAFIILVLMLLPAVLASPNQKTVYVAKFEGVITS YSVDQFSRYIEIAEKNNAEALIIEIDTPGGSGQAMQEIIQRIKESKVPVIIYVYPPGA IAASAGTYIALGSHLIAMAPSTSIGACEPIMGYASNGSIIKAPAKVRNFYVAYIKSLA EASGRNVTAAERFITEDLSLTPEEALRAHVIEVIANDVPDLLKKANGMKTKIPVKGKG YVTLNFTNARIVSIEPSFKDEVVRYISDPTIAYVLINIGILGLIFGFLTPGWHVPETV GAILLVLGIIGLGYFGYNAAGLVLIILAVIFFIAEALTPTFGLFTVAGAITMILGGIL LFGGGNEYLIQRSTFSTLRAVIIAIAVMLALFFAFGVSAVIRDRKRKAQTGKEEMIGE VGRVVQELNPEGMVKIRGELWKAESKTGERIGVGEKVRVVEVRGLTLIVVPEGVSPDE KKEV" gene 1828068..1828415 /locus_tag="TGAM_1903" /note="tg1903" CDS 1828068..1828415 /locus_tag="TGAM_1903" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein" /protein_id="ACS34405.1" /translation="METLRALVKAYRIARGERKVKVAWAIVRKAAKYSDSEPFWETIK SSGISPDAIKEVMRFLESIGELQIKRSIDGRRLYVSTLKDIRRNPIKLDRWLNLPSGG GARTPSLSRLRGQ" gene complement(1828354..1828908) /locus_tag="TGAM_1904" /note="tg1904" CDS complement(1828354..1828908) /locus_tag="TGAM_1904" /inference="protein motif:CDD:DUF835, Protein of unknown function (DUF835)" /inference="protein motif:HMMPfam:PF05763 DUF835 InterPro:IPR008553 Protein of unknown function DUF835" /note="Belongs to DUF835 family" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein" /protein_id="ACS34406.1" /translation="MMTSALTEGLHVHLHNHLQKRYLYSRGLLIPGKGMVVKALTSML IQAWAGNSYSSPLRSPGYFNIIGSREAVREGSVLLVTRPGREVPPGWKALFVSTVPGF IGPRELPKLLHSIIDELKKNPGTAVVLECPEYMVLHNGFRSFLRFLNALRDHVMLTGG RLYLITDPSVWKEREFALLRRMEG" gene complement(1828944..1829909) /locus_tag="TGAM_1905" /note="tg1905" CDS complement(1828944..1829909) /locus_tag="TGAM_1905" /note="1 probable transmembrane helix predicted by modhmm" /codon_start=1 /transl_table=11 /product="Hypothetical protein" /protein_id="ACS34407.1" /translation="MKDKYIIVPLLITLLILYAGVVYFGSIPRDKHPKIPQLNSTYVY DRYLSPYAKRGFHLLAAQFREWHPHSGLEFEWRIYLYHPNGTLAYITIGSYGVSKREY PTFLDYSPIAMPIEALREFSPASSNRGYVDKIYFLNNTNYRIMKDEYHGISRCRNITS FLLGKEFKLVKGLRSGSETALLNVSPVGGVFVLTGSYSYNPLCRETWLVVQPYNKTHD RVGVIYADVDVWGFSPRQDLQVFNGSRYSWLIKKHSNKLGWGDVEGLLMNATGIYLNP HARLIFERSYKRGGLPGISSVIILNNGTVKTWGMWIERGRARNAS" gene complement(1829906..1830823) /locus_tag="TGAM_1906" /note="tg1906" CDS complement(1829906..1830823) /locus_tag="TGAM_1906" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein" /protein_id="ACS34408.1" /translation="MLMGRIKRAVKIALLALILISSGKAVYLKYQIESPLKAFETAGV AVNESLIAVYHNGNTWQFATYREEDNRIIVRTVSWDFIHAFFTWSLSKNTESSKAAFN YSPLALDKTLLKKYRPHHRALLFKTLGWVYDEDIALHLPALSEVMSRGEKYSSITGLG SNRGLWINMKIICDPPSLFAHDYVCRGFIGYDGLLVIPGYRLKTGRMVWVIERPQGDF VNVTVFYPGISLSKLVKPERKINGTLTFTGRSVQLLREAVPDYVERDILYIELEVMDD RNHSSVGGIFVLPKDRYGTFDESWEGEEE" gene complement(1830891..1831619) /locus_tag="TGAM_1907" /note="tg1907" CDS complement(1830891..1831619) /locus_tag="TGAM_1907" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:Spo0J, Predicted transcriptional regulators [Transcription]" /inference="protein motif:COG:COG1475 Predicted transcriptional regulators; K Transcription" /inference="protein motif:HMMPfam:PF02195 ParBc InterPro:IPR003115 ParB-like nuclease GO:Molecular Function:DNA binding (GO:0003677)" /inference="protein motif:HMMSmart:SM00470 no description InterPro:IPR003115 ParB-like nuclease GO:Molecular Function:DNA binding (GO:0003677)" /codon_start=1 /transl_table=11 /product="parB-like nuclease, putative" /protein_id="ACS34409.1" /translation="MGVEKVPKYDIPTVKVDYVFIELDKMKPHEQLVQKELEDFIESV TGSGIFWKPMLLAKIPGTDEYLIVDGHHRWAGLQKLGAKRAPSVILDYFSDDVKVYTW YPAFKGDLNEVIERLKKEGLEVVEDPEAEEKAERGEIAFAIVGEKAFAIPGGLEEQKK VSRVLDEMNQEGRIELIYYGLKEDAREDMAKGEIDYVFIRKAPTKEDVMELVKRGEVF SPKTTRHVLPFNPDKIDVKLEELF" gene 1831789..1832934 /locus_tag="TGAM_1908" /note="tg1908" CDS 1831789..1832934 /locus_tag="TGAM_1908" /inference="protein motif:CDD:COG1415, Uncharacterized conserved protein [Function unknown]" /inference="protein motif:CDD:DUF763, Protein of unknown function (DUF763)" /inference="protein motif:COG:COG1415 Uncharacterized conserved protein; S Function unknown" /inference="protein motif:HMMPfam:PF05559 DUF763 InterPro:IPR008482 Protein of unknown function DUF763" /note="Belongs to DUF763 family" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein" /protein_id="ACS34410.1" /translation="MRNVAELPLHGGHVPAWLAQRMRKLTKLVLILAVDEYGTKGLLE RLSDPIWFQAFNNLIGMDWDSSGSTTVTVGMIKDALSKEELGVKVAGGKGRASRKTPE ELRAIAEHYGLDPEPYIRTSRLVAKVDTVAFQTGYQLYHHAFLLDEEGNWAVIQQGMN ERAKLARRYHWFNTETFTIDPHKAIAGIRAKIALNTVSKDSREFQKTLLDIVSERPEK IEREFETIKAIAKGYRPLVYYRPRNVDEVTVLRRYESLGKLELNRKALEFARELGVRN YEELLLLKGLGPSTLRALSLVVELVYETPPSWRDRVTHPVDPFKFTYAVGGKDRVPFP VEKRTYDELVSFLEKLVEKNRDERTLIRNVARITKNWKFPEEEKRPT" gene complement(1832931..1833791) /locus_tag="TGAM_1909" /note="tg1909" CDS complement(1832931..1833791) /locus_tag="TGAM_1909" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:BlastProDom:PD013988 O59272_PYRHO_O59272; InterPro:IPR002791 Protein of unknown function DUF89" /inference="protein motif:CDD:COG1578, Uncharacterized conserved protein [Function unknown]" /inference="protein motif:CDD:DUF89, Protein of unknown function DUF89" /inference="protein motif:COG:COG1578 Uncharacterized conserved protein; S Function unknown" /inference="protein motif:HMMPfam:PF01937 DUF89 InterPro:IPR002791 Protein of unknown function DUF89" /note="Belongs to DUF89 family" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein" /protein_id="ACS34411.1" /translation="MKVHYECFSCIASQCQKIVEMGTEDLGVRKRGILRAAKGIAEMK EDSIPAVIGSRVFLEVYDAIGNDDPFREYKELSNRLAEKVVSDLERENIDLKTALKLA IIGNVIDFAVGYSPERIEEDVRAMLGEELYIDNSDELFNRLSRAKILLYLTDNCGEIY FDRLFLRKIREEFPQLKIYIAGKEGPIINDATVEDLRRAGLEEIGEVISTGTRIVGVP FGLVSREFMEVFEKADVIIAKGQGNFETLSERKDGRIFYLLKAKCRPIARELNVPQGS LLCVRSPFGP" gene complement(1834144..1834231) /locus_tag="TGAM_r040" /note="tg_tRNA-Leu3" tRNA complement(1834144..1834231) /locus_tag="TGAM_r040" /product="tRNA-Leu" /note="codon recognized: CUC" gene 1834329..1834406 /locus_tag="TGAM_r041" /note="tg_tRNA-Lys2" tRNA 1834329..1834406 /locus_tag="TGAM_r041" /product="tRNA-Lys" /note="codon recognized: AAG" gene 1834446..1835657 /gene="deaD" /locus_tag="TGAM_1910" /note="tg1910" CDS 1834446..1835657 /gene="deaD" /locus_tag="TGAM_1910" /EC_number="3.6.1.-" /inference="protein motif:CDD:COG1202, Superfamily II helicase, archaea-specific [General function prediction only]" /inference="protein motif:CDD:COG1204, Superfamily II helicase [General function prediction only]" /inference="protein motif:CDD:COG1205, Distinct helicase family with a unique C-terminal domain including a metal-binding cysteine cluster [General function prediction only]" /inference="protein motif:CDD:DEAD, DEAD/DEAH box helicase" /inference="protein motif:CDD:DEADc, DEAD-box helicases" /inference="protein motif:CDD:DEXDc, DEAD-like helicases superfamily" /inference="protein motif:CDD:DEXHc, DEXH-box helicases" /inference="protein motif:CDD:Helicase_C, Helicase conserved C-terminal domain" /inference="protein motif:CDD:HELICc, Helicase superfamily c-terminal domain" /inference="protein motif:CDD:Lhr, Lhr-like helicases [General function prediction only]" /inference="protein motif:CDD:RecG, RecG-like helicase [DNA replication, recombination, and repair / Transcription]" /inference="protein motif:CDD:RecQ, Superfamily II DNA helicase [DNA replication, recombination, and repair]" /inference="protein motif:CDD:SrmB, Superfamily II DNA and RNA helicases [DNA replication, recombination, and repair / Transcription / Translation, ribosomal structure and biogenesis]" /inference="protein motif:CDD:SSL2, DNA or RNA helicases of superfamily II [Transcription / DNA replication, recombination, and repair]" /inference="protein motif:COG:COG0513 Superfamily II DNA and RNA helicases; L Replication, recombination and repair" /inference="protein motif:Gene3D:G3D.3.40.50.300 no description" /inference="protein motif:HMMPanther:PTHR10967 ATP-DEPENDENT RNA HELICASE-RELATED" /inference="protein motif:HMMPanther:PTHR10967:SF100 ATP-DEPENDENT RNA HELICASE" /inference="protein motif:HMMPfam:PF00270 DEAD InterPro:IPR011545 DEAD/DEAH box helicase, N-terminal GO:Molecular Function:nucleic acid binding (GO:0003676), Molecular Function:helicase activity (GO:0004386), Molecular Function:ATP binding (GO:0005524)" /inference="protein motif:HMMPfam:PF00271 Helicase_C InterPro:IPR001650 Helicase, C-terminal GO:Molecular Function:nucleic acid binding (GO:0003676), Molecular Function:helicase activity (GO:0004386), Molecular Function:ATP binding (GO:0005524)" /inference="protein motif:HMMSmart:SM00487 no description InterPro:IPR011545 DEAD/DEAH box helicase, N-terminal GO:Molecular Function:nucleic acid binding (GO:0003676), Molecular Function:helicase activity (GO:0004386), Molecular Function:ATP binding (GO:0005524)" /inference="protein motif:HMMSmart:SM00490 no description InterPro:IPR001650 Helicase, C-terminal GO:Molecular Function:nucleic acid binding (GO:0003676), Molecular Function:helicase activity (GO:0004386), Molecular Function:ATP binding (GO:0005524)" /inference="protein motif:ProfileScan:PS50136 HELICASE InterPro:IPR001410 DEAD/DEAH box helicase GO:Molecular Function:ATP binding (GO:0005524), Molecular Function:ATP-dependent helicase activity (GO:0008026)" /inference="protein motif:ScanRegExp:PS00039 DEAD_ATP_HELICASE InterPro:IPR000629 ATP-dependent helicase, DEAD-box GO:Molecular Function:nucleic acid binding (GO:0003676), Molecular Function:ATP binding (GO:0005524), Molecular Function:ATP-dependent helicase activity (GO:0008026)" /inference="protein motif:superfamily:SSF52540 P-loop containing nucleoside triphosphate hydrolases" /codon_start=1 /transl_table=11 /product="ATP-dependent RNA helicase, DEAD-family (deaD)" /protein_id="ACS34412.1" /translation="MRLSKVREFVKMSFERLGLSESSLEAVRRKGFEVPTDIQREVIP RLLEGEVDIIGQSQTGTGKTAAFALPIIEAIDPNEKTVQAIILTPTRELALQVANEIK SLRGKKRVYVYAIYGGQPIGPQIRALERGVHVVVGTPGRVLDHLNRGTLDLSSVRFFV LDEADRMLDMGFVDDIEEIMRRAPQEKRILMFSATMPMGILLLAKKYMRNPEVILVSR DEVVPEMVDQEYVEVLPARKYEKLKEVLGEGFYGIIFCHTKRETRELSERLRRDSFRA DALNGDMSQAARERTFGRFKEGKINVLVATDVAARGLDVREISHVINYSLPMNTEQYI HRIGRTGRMGKRGKAITFLKPGEIGRFRDIARKAKVEVKRSKLSERIPKRFREEDLER EYRRRWGRKRF" gene complement(1835662..1835736) /locus_tag="TGAM_r042" /note="tg_tRNA-Cys" tRNA complement(1835662..1835736) /locus_tag="TGAM_r042" /product="tRNA-Cys" /note="codon recognized: UGC" gene complement(1835755..1835840) /locus_tag="TGAM_r043" /note="tg_tRNA-Ser3" tRNA complement(1835755..1835840) /locus_tag="TGAM_r043" /product="tRNA-Ser" /note="codon recognized: AGC" gene complement(1835888..1837033) /gene="cmo" /locus_tag="TGAM_1911" /note="tg1911" CDS complement(1835888..1837033) /gene="cmo" /locus_tag="TGAM_1911" /inference="protein motif:CDD:AslB, Arylsulfatase regulator (Fe-S oxidoreductase) [General function prediction only]" /inference="protein motif:CDD:COG0535, Predicted Fe-S oxidoreductases [General function prediction only]" /inference="protein motif:CDD:MoaA, Molybdenum cofactor biosynthesis enzyme [Coenzyme metabolism]" /inference="protein motif:CDD:Radical_SAM, Radical SAM superfamily" /inference="protein motif:COG:COG0535 Predicted Fe-S oxidoreductases; R General function prediction only" /inference="protein motif:HMMPanther:PTHR11228 PUTATIVE MOLYBDOPTERIN COFACTOR SYNTHESIS PROTEIN A" /inference="protein motif:HMMPfam:PF04055 Radical_SAM InterPro:IPR007197 Radical SAM GO:Molecular Function:catalytic activity (GO:0003824), Molecular Function:iron ion binding (GO:0005506)" /inference="protein motif:HMMSmart:SM00729 no description InterPro:IPR006638 Elongator protein 3/MiaB/NifB" /inference="protein motif:superfamily:SSF52335 Methylglyoxal synthase-like" /inference="protein motif:superfamily:SSF57701 Zn2/Cys6 DNA-binding domain" /codon_start=1 /transl_table=11 /product="Tungsten-containing aldehyde ferredoxin oxidoreductase cofactor-modifying protein (cmo)" /protein_id="ACS34413.1" /translation="MVKEVGKEYTFTLWDGKVIVRPKLDMKYLYIEVTSRCNLKCEMC FKQYWEDKEGDMDWDLFLKILDDAEEFPELRMIYFGGIGEPSVHPRFMDMVREVKRRG FALGMSTNGTLLTDKMLREISELGVELVYFSMDTVPTAQNAITLGHIAAAVTADKIRK LVKYREETGTHKPSIGVEVVVTKENYMELPDLARYLLDLGVDSMLVSNLLPLTEEQTK DIVYDGSVDMKPILDELYKIAHSGLYIKLPYFELKTERQCDFDENNVAVVRWDGEVAP CYRFLHTYYEYIFGRKKKVNAYSFGNVREKSLAEIWTSEKYTWFRFTMKNYMYPSCTD CPLVDACDFVKTTDIDCWGNEPSCADCLWSRRIVQCPIPQYNFGKFY" gene complement(1837035..1837286) /gene="moaD-2" /locus_tag="TGAM_1912" /note="tg1912" CDS complement(1837035..1837286) /gene="moaD-2" /locus_tag="TGAM_1912" /inference="protein motif:CDD:MoaD, MoaD family" /inference="protein motif:CDD:MoaD, Molybdopterin converting factor, small subunit [Coenzyme metabolism]" /inference="protein motif:COG:COG1977 Molybdopterin converting factor, small subunit; H Coenzyme transport and metabolism" /inference="protein motif:Gene3D:G3D.3.10.20.200 no description" /inference="protein motif:HMMPfam:PF02597 ThiS InterPro:IPR003749 ThiamineS GO:Biological Process:sulfur metabolism (GO:0006790)" /inference="protein motif:HMMTigr:TIGR01687 moaD_arch:MoaD family protein InterPro:IPR010038 MoaD, archaeal" /inference="protein motif:ScanRegExp:PS00430 TONB_DEPENDENT_REC_1 InterPro:IPR010916 TonB box, N-terminal" /inference="protein motif:superfamily:SSF54285 MoaD/ThiS" /codon_start=1 /transl_table=11 /product="Molybdopterin synthase, small subunit, moaD-like protein (moaD)" /protein_id="ACS34414.1" /translation="MVKVKVFATLIDIVGKRMLEIGGVKTVGELLDELDRRFPGVKKE LEDGYLILVNGKNIEHLQGLETPISDDDTVSVFPPAGGG" gene complement(1837354..1839171) /gene="aor-4" /locus_tag="TGAM_1913" /note="tg1913" CDS complement(1837354..1839171) /gene="aor-4" /locus_tag="TGAM_1913" /EC_number="1.2.7.5" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:COG:COG2414 Aldehyde:ferredoxin oxidoreductase; C Energy production and conversion" /inference="protein motif:Gene3D:G3D.1.10.599.10 no description" /inference="protein motif:Gene3D:G3D.3.60.9.10 no description" /inference="protein motif:HMMPfam:PF01314 AFOR_C InterPro:IPR001203 Aldehyde ferredoxin oxidoreductase GO:Biological Process:electron transport (GO:0006118), Molecular Function:oxidoreductase activity, acting on iron-sulfur proteins as donors (GO:0016730)" /inference="protein motif:HMMPfam:PF02730 AFOR_N InterPro:IPR001203 Aldehyde ferredoxin oxidoreductase GO:Biological Process:electron transport (GO:0006118), Molecular Function:oxidoreductase activity, acting on iron-sulfur proteins as donors (GO:0016730)" /inference="protein motif:superfamily:SSF48310 Aldehyde ferredoxin oxidoreductase, C-terminal domains" /inference="protein motif:superfamily:SSF56228 Aldehyde ferredoxin oxidoreductase, N-terminal domain" /codon_start=1 /transl_table=11 /product="Tungsten-containing aldehyde ferredoxin oxidoreductase (aor)" /protein_id="ACS34415.1" /translation="MYGNWGKFLRVNLSTGEVKVEEYDEELAKKWVGSRGLAIYFLLR DMDPKVDPLSPENMLIITPGPLSGTSAPTGGRYNVVTKSPATGFITMANSGGYFGAEL KFAGWDGIIIEGKAESPVYIYIKDDNVEIRDASHLWGKVVSETEETLRKEIGSKKIRI LSIGPAGENLVKFAAIMNDGHRAAGRGGVGAVMGSKNLKAIVAEGSKRVPIADKQKFM LTVREKINKLKNDPVAGGGLPNYGTAVLVNIINENGLYPTRNFQTGVFEHAYEQSGEA MAKKYLIRNQPCYACPIGCGRVNKLPTVGVTEGPEYESIWALGANLGINDLASIIEAN HQCDEFGLDTISTGGTLAAAMELYEKGYLTDDDLGDAPPFRWGNTEVLHYYIEKIAKR EGLGDKLAEGSYRFAEMYGHPEFSMSVKKLELPAYDPRGAEGHGLGYATNNRGGCHIK NYMISPEILGYPYKMDPHDISDDKIKMLILFQDLSALIDAAGLCLFTTFGLGADDYRD MLNAALGWDFSTEDYLKVGERIWNAERIFNLKAGLDPLKDDTLPKRFLEEPMPEGPNK GHVVRLKEMLPRYYQLRGWTEDGRVPPEKAEELGIKEFL" gene 1839377..1840627 /locus_tag="TGAM_1914" /note="tg1914" CDS 1839377..1840627 /locus_tag="TGAM_1914" /inference="protein motif:CDD:DUF650, Archaeal protein of unknown function (DUF650)" /inference="protein motif:CDD:DUF651, Archaeal protein of unknown function (DUF651)" /inference="protein motif:COG:COG1602 Uncharacterized conserved protein; S Function unknown" /inference="protein motif:HMMPfam:PF04894 DUF650 InterPro:IPR006978 Protein of unknown function DUF650, archaea N-terminal" /inference="protein motif:HMMPfam:PF04895 DUF651 InterPro:IPR006979 Protein of unknown function DUF651, archaea C-terminal" /note="Contains 1 DUF650 domain in N-term and 1 DUF651 domain in C-term" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein" /protein_id="ACS34416.1" /translation="MVELFNSKLCAICKGRKLLCGRPTCPILERFRVARTVEKRLNKR HIFGSSPPSIFVGEYGYPKVRIGPLVPPIEGNTSHLDSPLKWEDKTIRDILYYRSLLV MGETKADVDVRKSGRILGEVQELVMSIKPVDSEVILKRKPVLKVLPSEFAPPIGPKAE LLDFELTENPKIPRRTDYVVSDELKAEQAIMRLYNWGFDEYYIIRLLSAGLLGVEKKL VPTRWSITAVQDTIGRNLRREILHYPEINDYEVYFYRFLGNHYVVLLMPQSYAFELLE VWLKGSLFGSERPSVIHDYEDFRGRKEYVKETAGAYHAARLSVLEALRARRRQARAVV FREVTPEYYAPVGVWQIRLGVKKAMGNLIGRFETLNEALDAIRRRLEHPFEEYLRRSY ILGSLARQKTLDEWLGRNLYRIDQ" gene 1840702..1841820 /locus_tag="TGAM_1915" /note="tg1915" CDS 1840702..1841820 /locus_tag="TGAM_1915" /inference="protein motif:CDD:COG1524, Uncharacterized proteins of the AP superfamily [General function prediction only]" /inference="protein motif:CDD:Phosphodiest, Type I phosphodiesterase / nucleotide pyrophosphatase" /inference="protein motif:COG:COG1524 Uncharacterized proteins of the AP superfamily; R General function prediction only" /inference="protein motif:Gene3D:G3D.3.40.1150.10 no description" /inference="protein motif:HMMPanther:PTHR10151 PHOSPHODIESTERASE-RELATED" /inference="protein motif:HMMPfam:PF01663 Phosphodiest InterPro:IPR002591 Type I phosphodiesterase/nucleotide pyrophosphatase GO:Biological Process:nucleotide metabolism (GO:0009117), Molecular Function:hydrolase activity (GO:0016787)" /inference="protein motif:superfamily:SSF53649 Alkaline phosphatase-like" /codon_start=1 /transl_table=11 /product="Type I phosphodiesterase/nucleotide pyrophosphatase" /protein_id="ACS34417.1" /translation="MRRKLALISLDGNGVYNLKHMPFLGELAETGGFAVVDSIFPTLT DLVHTSVMTGVWPKCHGVVENGYYDRLTDRKINFYDYEVAFNPHRVIKAPTIVDLLRQ RGVRTASVSGYTMPPFSGTDVRIFPPFFASDKMYRQHGRDWRKDVWVLNSALYLYEEC KPDLLLVHFASIDGMSHDYGPLSEGALKAVETVDTAVRTLWERLKDEYAFIIFADHGQ EEVHMWVNLKTYLRKHGIETLRVSSGGGAHVYLRNPNEAEKAFEVLRKAPGVKAVFFR EDLEHLNSPNSGELIVSAKPGYWFCSHRMCKGIKGVSHWVRGMHGSMNEPVMKVPLIL WGFEKVNLDEPSLMDIAPTVLKFFGVEKPGNMVGKSLV" gene 1841827..1842570 /locus_tag="TGAM_1916" /note="tg1916" CDS 1841827..1842570 /locus_tag="TGAM_1916" /codon_start=1 /transl_table=11 /product="Hypothetical protein" /protein_id="ACS34418.1" /translation="MGVAMELNLHIDDTTLLDMTSGGVKDPFEVFGIRQEIEVEAVIE STIDKVEVLNEATPSVEPLDDEGTYRVVAKILGGYARTIIPEAGQKVPCREEREETYW GTVHLVVDFGVLSRAVINFPVRCRLCRIGRESFMYVPIEEELTGEMTFKRGEYIKITG RLSPVFLDFWEGAITVRPFRGTIKEFRLLPRNGGVLGVEVTGKGKPLQVRGGGQMFFG DFAYDIYYARFSPRIDKDRDSFRVRFSEV" gene complement(1842712..1842885) /locus_tag="TGAM_1917" /note="tg1917" CDS complement(1842712..1842885) /locus_tag="TGAM_1917" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein" /protein_id="ACS34419.1" /translation="MSEVINPHVLLQKIDHIEKELEDLKIMLLKMVAENLPEDDEEID EETLKAFEKTLKT" gene complement(1843275..1843640) /locus_tag="TGAM_1918" /note="tg1918" CDS complement(1843275..1843640) /locus_tag="TGAM_1918" /inference="protein motif:CDD:COG1848, Predicted nucleic acid-binding protein, contains PIN domain [General function prediction only]" /inference="protein motif:COG:COG1848 Predicted nucleic acid-binding protein, contains PIN domain; R General function prediction only" /inference="protein motif:HMMPfam:PF01850 PIN InterPro:IPR002716 PilT protein, N-terminal" /inference="protein motif:superfamily:SSF88723 PIN domain-like" /codon_start=1 /transl_table=11 /product="Nucleotide binding protein, putative, containing PIN domain" /protein_id="ACS34420.1" /translation="MNVYVDVNVLYYFLTANEEFGERARDLLERYSGNVMTSALTVWQ LYILFRRQKTKLNITDILLDLGIEVVPLTMEILRNAERCKKLDFDDAIHYATMKAHGI TTILSNDRDFDKVDVKRIF" gene complement(1843637..1843903) /locus_tag="TGAM_1919" /note="tg1919" CDS complement(1843637..1843903) /locus_tag="TGAM_1919" /inference="protein motif:COG:COG2002 Regulators of stationary/sporulation gene expression; K Transcription" /inference="protein motif:HMMPfam:PF04014 SpoVT_AbrB InterPro:IPR007159 SpoVT/AbrB-like" /inference="protein motif:HMMTigr:TIGR01439 lp_hng_hel_AbrB:transcriptional regu InterPro:IPR006339 Transcriptional regulator AbrB" /inference="protein motif:ScanRegExp:PS00014 ER_TARGET InterPro:IPR000886 Endoplasmic reticulum targeting sequence" /inference="protein motif:superfamily:SSF54742 Transcription-state regulator AbrB, the N-terminal DNA recognition domain" /codon_start=1 /transl_table=11 /product="Transcription regulator, SpoVT/AbrB family" /protein_id="ACS34421.1" /translation="MSKIQQHSMTTEIVKLDKNGRIYLPASLRKKFGTSSFYVEERGD EIVLIPVRKKIRKYYGVFKGENLSAEEIDQLIEEETEQLLRDEL" gene complement(1843975..1844622) /gene="rps7P" /locus_tag="TGAM_1920" /note="tg1920" CDS complement(1843975..1844622) /gene="rps7P" /locus_tag="TGAM_1920" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:BlastProDom:PD000817 RS7_THECE_P29159; InterPro:IPR000235 Ribosomal protein S7 GO:Molecular Function:structural constituent of ribosome (GO:0003735), Cellular Component:intracellular (GO:0005622), Cellular Component:ribosome (GO:0005840), Biological Process:protein biosynthesis (GO:0006412)" /inference="protein motif:CDD:Ribosomal_S7, Ribosomal protein S7p/S5e" /inference="protein motif:CDD:RpsG, Ribosomal protein S7 [Translation, ribosomal structure and biogenesis]" /inference="protein motif:COG:COG0049 Ribosomal protein S7; J Translation, ribosomal structure and biogenesis" /inference="protein motif:Gene3D:G3D.1.10.455.10 no description" /inference="protein motif:HMMPanther:PTHR11205 RIBOSOMAL PROTEIN S7 InterPro:IPR000235 Ribosomal protein S7 GO:Molecular Function:structural constituent of ribosome (GO:0003735), Cellular Component:intracellular (GO:0005622), Cellular Component:ribosome (GO:0005840), Biological Process:protein biosynthesis (GO:0006412)" /inference="protein motif:HMMPanther:PTHR11205:SF2 30S RIBOSOMAL PROTEIN S7P" /inference="protein motif:HMMPfam:PF00177 Ribosomal_S7 InterPro:IPR000235 Ribosomal protein S7 GO:Molecular Function:structural constituent of ribosome (GO:0003735), Cellular Component:intracellular (GO:0005622), Cellular Component:ribosome (GO:0005840), Biological Process:protein biosynthesis (GO:0006412)" /inference="protein motif:HMMTigr:TIGR01028 S7_S5_E_A:ribosomal protein S7 InterPro:IPR005716 Ribosomal protein S7, eukaryotic and archaeal form GO:Molecular Function:structural constituent of ribosome (GO:0003735), Biological Process:protein biosynthesis (GO:0006412), Cellular Component:small ribosomal subunit (GO:0015935)" /inference="protein motif:superfamily:SSF47973 Ribosomal protein S7 InterPro:IPR000235 Ribosomal protein S7 GO:Molecular Function:structural constituent of ribosome (GO:0003735), Cellular Component:intracellular (GO:0005622), Cellular Component:ribosome (GO:0005840), Biological Process:protein biosynthesis (GO:0006412)" /codon_start=1 /transl_table=11 /product="SSU ribosomal protein S7P (rps7P)" /protein_id="ACS34422.1" /translation="MAKPLTERFFIPKELKVFGRWSVEDVTVNDPSLRPYIALEPRIL PHSHGRHAKKPFGKAQVHIVERLINKVMRSGASHYKAGGHFMRREHRSIMSKKMKAYE VVKEAFMIIERRTKQNPIQVLIRAIENSAPREDTTTIAFGGIRYHMAVDVSPLRRLDV ALKNIALGASIKCYRNKTTYAQALAEEIIAAANRDPKSFAYSKKEEIERIAQSSR" gene complement(1844628..1845071) /gene="rps12P" /locus_tag="TGAM_1921" /note="tg1921" CDS complement(1844628..1845071) /gene="rps12P" /locus_tag="TGAM_1921" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:BlastProDom:PD000576 RS12_THECE_P29161" /inference="protein motif:CDD:Ribosomal_S12, Ribosomal protein S12" /inference="protein motif:CDD:Ribosomal_S12, S12-like family, 30S ribosomal protein S12 subfamily" /inference="protein motif:CDD:Ribosomal_S12_like, Ribosomal protein S12-like family" /inference="protein motif:CDD:Ribosomal_S23, S12-like family, 40S ribosomal protein S23 subfamily" /inference="protein motif:COG:COG0048 Ribosomal protein S12; J Translation, ribosomal structure and biogenesis" /inference="protein motif:FPrintScan:PR01034 RIBOSOMALS12 InterPro:IPR005679 Ribosomal protein S12, bacterial and chloroplast form GO:Molecular Function:structural constituent of ribosome (GO:0003735), Biological Process:protein biosynthesis (GO:0006412), Cellular Component:small ribosomal subunit (GO:0015935)" /inference="protein motif:Gene3D:G3D.2.40.50.140 no description InterPro:IPR012340 Nucleic acid-binding, OB-fold, subgroup" /inference="protein motif:HMMPanther:PTHR11652 30S RIBOSOMAL PROTEIN S12 FAMILY MEMBER InterPro:IPR006032 Ribosomal protein S12/S23 GO:Molecular Function:structural constituent of ribosome (GO:0003735), Cellular Component:intracellular (GO:0005622), Cellular Component:ribosome (GO:0005840), Biological Process:protein biosynthesis (GO:0006412)" /inference="protein motif:HMMPanther:PTHR11652:SF10 30S RIBOSOMAL PROTEIN S12P" /inference="protein motif:HMMPfam:PF00164 Ribosomal_S12 InterPro:IPR006032 Ribosomal protein S12/S23 GO:Molecular Function:structural constituent of ribosome (GO:0003735), Cellular Component:intracellular (GO:0005622), Cellular Component:ribosome (GO:0005840), Biological Process:protein biosynthesis (GO:0006412)" /inference="protein motif:HMMTigr:TIGR00982 S23_S12_E_A:ribosomal protein S23 (S12) InterPro:IPR005680 Ribosomal protein S23, eukaryotic and archaeal form GO:Molecular Function:structural constituent of ribosome (GO:0003735), Biological Process:protein biosynthesis (GO:0006412), Cellular Component:small ribosomal subunit (GO:0015935)" /inference="protein motif:ScanRegExp:PS00055 RIBOSOMAL_S12 InterPro:IPR006032 Ribosomal protein S12/S23 GO:Molecular Function:structural constituent of ribosome (GO:0003735), Cellular Component:intracellular (GO:0005622), Cellular Component:ribosome (GO:0005840), Biological Process:protein biosynthesis (GO:0006412)" /inference="protein motif:superfamily:SSF50249 Nucleic acid-binding proteins InterPro:IPR008994 Nucleic acid-binding, OB-fold GO:Molecular Function:nucleic acid binding (GO:0003676)" /codon_start=1 /transl_table=11 /product="SSU ribosomal protein S12P (rps12P)" /protein_id="ACS34423.1" /translation="MAGKKAPYGEFAGRKLKLKRKKFRWSDIRYKRRVLRLKERSDPL EGAPQARGIVLEKIAVEAKQPNSAMRKAVRVQLIKNGKVVTAFTPGDGAINHIDEHDE VIIEGIGGPKGGSMGDIPGIRYKVVKVNRVSLKELVKGRKEKPRR" gene complement(1845082..1845519) /gene="nusA-2" /locus_tag="TGAM_1922" /note="tg1922" CDS complement(1845082..1845519) /gene="nusA-2" /locus_tag="TGAM_1922" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:NusA, Transcription elongation factor [Transcription]" /inference="protein motif:COG:COG0195 Transcription elongation factor; K Transcription" /inference="protein motif:Gene3D:G3D.3.30.300.20 no description" /inference="protein motif:HMMPfam:PF07650 KH_2 InterPro:IPR004044 KH, type 2 GO:Molecular Function:nucleic acid binding (GO:0003676)" /inference="protein motif:HMMSmart:SM00322 no description InterPro:IPR004087 KH GO:Molecular Function:nucleic acid binding (GO:0003676)" /inference="protein motif:HMMTigr:TIGR01952 nusA_arch:NusA family KH domain protein, a InterPro:IPR010212 NusA protein with KH region, archaeal" /inference="protein motif:ProfileScan:PS50084 KH_TYPE_1 InterPro:IPR004088 KH, type 1 GO:Molecular Function:nucleic acid binding (GO:0003676)" /inference="protein motif:superfamily:SSF54814 Prokaryotic type KH domain (KH-domain type II) InterPro:IPR009019 KH, prokaryotic type" /codon_start=1 /transl_table=11 /product="Transcription termination-antitermination factor, NusA-like protein (nusA)" /protein_id="ACS34424.1" /translation="MPLKLNTDQIKYIALFESMTGATVLDCLIDANRNRLIFVIKKGE MGLALGKKGANVKRVQNMIGKDIELIEHSENPEEFLRNIYKSLGVKVKKIHITEKRDG KKVALLDISPREKPRAIGRGGQNINLVKQLMERHHGISDVVVI" gene complement(1845519..1845827) /gene="rpl30E" /locus_tag="TGAM_1923" /note="tg1923" CDS complement(1845519..1845827) /gene="rpl30E" /locus_tag="TGAM_1923" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:BlastProDom:PD004495 RL3E_METVA_P14025; InterPro:IPR004038 Ribosomal protein L7Ae/L30e/S12e/Gadd45" /inference="protein motif:CDD:Ribosomal_L7Ae, Ribosomal protein L7Ae/L30e/S12e/Gadd45 family" /inference="protein motif:CDD:RPL30, Ribosomal protein L30E [Translation, ribosomal structure and biogenesis]" /inference="protein motif:COG:COG1911 Ribosomal protein L30E; J Translation, ribosomal structure and biogenesis" /inference="protein motif:Gene3D:G3D.3.30.70.480 no description" /inference="protein motif:HMMPanther:PTHR11449 RIBOSOMAL PROTEIN L30" /inference="protein motif:HMMPanther:PTHR11449:SF3 50S RIBOSOMAL PROTEIN L30E" /inference="protein motif:HMMPfam:PF01248 Ribosomal_L7Ae InterPro:IPR004038 Ribosomal protein L7Ae/L30e/S12e/Gadd45" /inference="protein motif:ScanRegExp:PS00993 RIBOSOMAL_L30E_2 InterPro:IPR000231 Ribosomal protein L30e GO:Molecular Function:structural constituent of ribosome (GO:0003735), Cellular Component:intracellular (GO:0005622), Cellular Component:ribosome (GO:0005840), Biological Process:protein biosynthesis (GO:0006412)" /inference="protein motif:superfamily:SSF55315 L30e-like" /codon_start=1 /transl_table=11 /product="LSU ribosomal protein L30E (rpl30E)" /protein_id="ACS34425.1" /translation="MVDFAFELRKVQDTGKLVMGAKKSIHYAKVGGAKMIIVAKNARP DIKEDIYYYAKLSGIPVYEFEGTSVELGTLLGRPHTVSALAVIDPGESRILALAGGKE " gene complement(1845841..1847016) /gene="rpoA2" /locus_tag="TGAM_1924" /note="tg1924" CDS complement(1845841..1847016) /gene="rpoA2" /locus_tag="TGAM_1924" /EC_number="2.7.7.6" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:RNA_pol_Rpb1_5, RNA polymerase Rpb1, domain 5" /inference="protein motif:CDD:RpoC, DNA-directed RNA polymerase, beta' subunit/160 kD subunit [Transcription]" /inference="protein motif:COG:COG0086 DNA-directed RNA polymerase, beta' subunit/160 kD subunit; K Transcription" /inference="protein motif:Gene3D:G3D.3.40.50.300 no description" /inference="protein motif:HMMPanther:PTHR19376 DNA-DIRECTED RNA POLYMERASE" /inference="protein motif:HMMPanther:PTHR19376:SF6 DNA-DIRECTED RNA POLYMERASE I LARGEST SUBUNIT" /inference="protein motif:HMMPfam:PF04998 RNA_pol_Rpb1_5 InterPro:IPR007081 RNA polymerase Rpb1, domain 5 GO:Molecular Function:DNA binding (GO:0003677), Molecular Function:DNA-directed RNA polymerase activity (GO:0003899), Biological Process:transcription (GO:0006350)" /inference="protein motif:HMMTigr:TIGR02389 RNA_pol_rpoA2:DNA-directed RNA polymer InterPro:IPR012757 DNA-directed RNA polymerase, subunit A''" /inference="protein motif:superfamily:SSF64484 beta and beta-prime subunits of DNA dependent RNA-polymerase" /codon_start=1 /transl_table=11 /product="DNA-directed RNA polymerase subunit A' (rpoA2)" /protein_id="ACS34426.1" /translation="MVAAKTIKTLVWKSELPDNIKEELYNKLIEYNKKYKLKKAEVEA IIEDAVNEYRKALVEPGEPIGTVAAQSIGEPSTQMTLNTFHYAGVAEINVTLGLPRII EIVDARKNPSTPVMTVFLDEEHRYDLEKAREVARRIEGTTIENLAREMSIDILNFEFI VEIDPERLEKSGLDMERILKKLSGSFKSAEFEAEGYSLIVRPKKVTKLSDLRKLAEKV KKHRLKGLSGVGKTIIRKEGDEYVIYTEGSNFKQVLKVPGVDPTRTRTNNIWEIADVL GIEAARNAIIEEIVNTMREQGLEVDIRHIMLVADMMTLDGVIRPIGRHGIVGEKSSVL ARAAFEITTQHLFEAAERGEVDPLNGVVENVLIGQPVPVGTGIVKLTMNLPLRPQRE" gene complement(1847022..1849739) /gene="rpoA1" /locus_tag="TGAM_1925" /note="tg1925" CDS complement(1847022..1849739) /gene="rpoA1" /locus_tag="TGAM_1925" /EC_number="2.7.7.6" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:COG:COG0086 DNA-directed RNA polymerase, beta' subunit/160 kD subunit; K Transcription" /inference="protein motif:Gene3D:G3D.2.40.40.30 no description" /inference="protein motif:HMMPanther:PTHR19376 DNA-DIRECTED RNA POLYMERASE" /inference="protein motif:HMMPanther:PTHR19376:SF9 DNA-DIRECTED RNA POLYMERASE SUBUNIT A" /inference="protein motif:HMMPfam:PF00623 RNA_pol_Rpb1_2 InterPro:IPR000722 RNA polymerase, alpha subunit GO:Molecular Function:DNA binding (GO:0003677), Molecular Function:DNA-directed RNA polymerase activity (GO:0003899), Cellular Component:nucleus (GO:0005634), Biological Process:transcription (GO:0006350)" /inference="protein motif:HMMPfam:PF04983 RNA_pol_Rpb1_3 InterPro:IPR007066 RNA polymerase Rpb1, domain 3 GO:Molecular Function:DNA binding (GO:0003677), Molecular Function:DNA-directed RNA polymerase activity (GO:0003899), Biological Process:transcription (GO:0006350)" /inference="protein motif:HMMPfam:PF04997 RNA_pol_Rpb1_1 InterPro:IPR007080 RNA polymerase Rpb1, domain 1 GO:Molecular Function:DNA binding (GO:0003677), Molecular Function:DNA-directed RNA polymerase activity (GO:0003899), Biological Process:transcription (GO:0006350)" /inference="protein motif:HMMPfam:PF04998 RNA_pol_Rpb1_5 InterPro:IPR007081 RNA polymerase Rpb1, domain 5 GO:Molecular Function:DNA binding (GO:0003677), Molecular Function:DNA-directed RNA polymerase activity (GO:0003899), Biological Process:transcription (GO:0006350)" /inference="protein motif:HMMPfam:PF05000 RNA_pol_Rpb1_4 InterPro:IPR007083 RNA polymerase Rpb1, domain 4 GO:Molecular Function:DNA binding (GO:0003677), Molecular Function:DNA-directed RNA polymerase activity (GO:0003899), Biological Process:transcription (GO:0006350)" /inference="protein motif:HMMSmart:SM00663 no description InterPro:IPR006592 RNA polymerase I subunit A, N-terminal GO:Molecular Function:DNA binding (GO:0003677), Molecular Function:DNA-directed RNA polymerase activity (GO:0003899), Biological Process:transcription (GO:0006350)" /inference="protein motif:HMMTigr:TIGR02390 RNA_pol_rpoA1:DNA-directed RNA polymer InterPro:IPR012758 DNA-directed RNA polymerase, subunit A'" /inference="protein motif:superfamily:SSF64484 beta and beta-prime subunits of DNA dependent RNA-polymerase" /codon_start=1 /transl_table=11 /product="DNA-directed RNA polymerase subunit A' (rpoA1)" /protein_id="ACS34427.1" /translation="MQSMKKVIGSIEFGILSPQEIRKMSAAEITVPDTYDDDGYPIEG GLMDKRLGVIDPGLRCETCGARAGECPGHFGHIELARPVVHVGFAKTIQRVLESTCRE CGRIKLTDEEIEEYMKKFEVIGDRKKDKDRLIKEIHKKAKERMVCPHCGAPQFPIKFE RPTIYYELRRDEEGNEYKHRMMPSEIRDRLERIPDKDLPLLGLHPEKSRPEWMILTVL PVPPVTMRPSITLESGIRAEDDLTHKLVDIIRINNRLKSNIEAGAPQLIIEDLWDLLQ YHVTTYINNETSGIPPAKHKSGRPLKTLAQRLKGKEGRFRGNLSGKRVNFSARTVISP DPMISINEVGVPLAIAMELTVPEKVTEFNFEKLKQRVLNGPEKYPGANYVIDPEGRRI RLMENNLETIAERLDIGWTVERHLEDGDIVLFNRQPSLHRMSIMAHRVRVMPYKTFRL NLPVCPPYNADFDGDEMNLHVPQTEEAQAEAKILMEVQNHIISPRYGGPLIAGIQDHI SGGYLLTREGAYFTRSEVEQMLTFAGVDVDELPKPDKVENGVELWSGKTIFSLLLPDD LTLWYRNKLCDEPERCEAIEKLIEEKLVPDPEEVRKIAYDGFVYIQNGKLLSGAIDKK AYGREDGKLLDIIVREYGVERARQFLDQVTKLTIWVITHKGFTTAIDDEDLPQEALDR IKEIIREAEERVNKLIEAYKRGELEPLPGKTLEETLESKIMAVLAEARDNAGKVAERY LGMNNHAVIMAKTGARGKILNITQMAAMLGQQSIRGKRLYRGYRGRVLTHFKPGDLGA RARGFVVNSYKSGLTPQEYFFHAMGGREGLVDTAVRTAQSGYMQRRLINALQDLKVDY DGTVRDPTGIIVQFRYGEDGVDPMRSWQGRTLDVERIIVRNLLKSRGGR" gene complement(1849745..1853113) /gene="rpoB" /locus_tag="TGAM_1926" /note="tg1926" CDS complement(1849745..1853113) /gene="rpoB" /locus_tag="TGAM_1926" /EC_number="2.7.7.6" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:COG:COG0085 DNA-directed RNA polymerase, beta subunit/140 kD subunit; K Transcription" /inference="protein motif:Gene3D:G3D.2.20.28.10 no description" /inference="protein motif:HMMPanther:PTHR19376 DNA-DIRECTED RNA POLYMERASE" /inference="protein motif:HMMPanther:PTHR19376:SF26 DNA-DIRECTED RNA POLYMERASE SUBUNIT B" /inference="protein motif:HMMPfam:PF00562 RNA_pol_Rpb2_6 InterPro:IPR007120 RNA polymerase Rpb2, domain 6 GO:Molecular Function:DNA binding (GO:0003677), Molecular Function:DNA-directed RNA polymerase activity (GO:0003899), Biological Process:transcription (GO:0006350)" /inference="protein motif:HMMPfam:PF04560 RNA_pol_Rpb2_7 InterPro:IPR007641 RNA polymerase Rpb2, domain 7 GO:Molecular Function:DNA binding (GO:0003677), Molecular Function:DNA-directed RNA polymerase activity (GO:0003899), Biological Process:transcription (GO:0006350)" /inference="protein motif:HMMPfam:PF04561 RNA_pol_Rpb2_2 InterPro:IPR007642 RNA polymerase Rpb2, domain 2 GO:Molecular Function:DNA binding (GO:0003677), Molecular Function:DNA-directed RNA polymerase activity (GO:0003899), Biological Process:transcription (GO:0006350)" /inference="protein motif:HMMPfam:PF04563 RNA_pol_Rpb2_1 InterPro:IPR007644 RNA polymerase beta subunit GO:Molecular Function:DNA binding (GO:0003677), Molecular Function:DNA-directed RNA polymerase activity (GO:0003899), Biological Process:transcription (GO:0006350)" /inference="protein motif:HMMPfam:PF04565 RNA_pol_Rpb2_3 InterPro:IPR007645 RNA polymerase Rpb2, domain 3 GO:Molecular Function:DNA binding (GO:0003677), Molecular Function:DNA-directed RNA polymerase activity (GO:0003899), Biological Process:transcription (GO:0006350)" /inference="protein motif:HMMPfam:PF04566 RNA_pol_Rpb2_4 InterPro:IPR007646 RNA polymerase Rpb2, domain 4 GO:Molecular Function:DNA binding (GO:0003677), Molecular Function:DNA-directed RNA polymerase activity (GO:0003899), Biological Process:transcription (GO:0006350)" /inference="protein motif:HMMPfam:PF04567 RNA_pol_Rpb2_5 InterPro:IPR007647 RNA polymerase Rpb2, domain 5 GO:Molecular Function:DNA binding (GO:0003677), Molecular Function:DNA-directed RNA polymerase activity (GO:0003899), Biological Process:transcription (GO:0006350)" /inference="protein motif:ScanRegExp:PS01166 RNA_POL_BETA InterPro:IPR007121 RNA polymerase, beta subunit GO:Molecular Function:DNA binding (GO:0003677), Molecular Function:DNA-directed RNA polymerase activity (GO:0003899), Biological Process:transcription (GO:0006350)" /inference="protein motif:superfamily:SSF64484 beta and beta-prime subunits of DNA dependent RNA-polymerase" /codon_start=1 /transl_table=11 /product="DNA-directed RNA polymerase subunit B (rpoB)" /protein_id="ACS34428.1" /translation="MSARGVTVVDVTPDDLWIVMESYWKEKGLVRQHLDSYNAFIEHG LQEVINEFGGVKPDIPNFEVKFGKIRLGEPIFQEAQGQRRPLYPMDARIRNLTYSAPL FLELIPVVNGIEQEPVEVRIGELPLMLKSKACRLYGLSDEELIELGEDPKDPGGYFII NGSERVIVSIEDLAPNKTLVEKDERQKKVVAKVFSYRHGYRALITVESRKDGILYVSI PNVPKPVKFVYVMRALGLLSDKEIVEAISEDPRIQQVLFNNLEDASDIRTQEEALDFI GRLSLPGQPKEYRLRRAEHIIDNNLLPHMGVEPENRKAKAYYLGMMALKVLELSLGLR GEDDKDHYANKRLKLAGDLLKDLFRVAFGQLVKDMQYQMTKTYQRKGERYTFENIQRF VRNSVRPDVLSERIEHALATGSWPGGRTGVSQLLDRTNYISTLSHLRRVTSPLSREQP HFEARDLHGTHWGRICPTETPEGPNCGLVKNLALMSQITTGIPEEEVKEYILKLGVVP IEERRPSPGLYRVYLNGVLIGTIEDGKALVQTIRSDRRAGKISDVINVALYEEGDVRE IYINSDDGRVRRPLIIVENGRPKLTREHVEAIKNGTLTWSDLIRMGVIEYLDAEEEEN AYVATWPWEVTEEHTHLELMPAAILGIPASLVPYPEHNAAPRNTYGAGMAKQSLGLGW ANFRIRVDTRGHLMHYPQVPLVNSRIMKAVGFEERPAGQNFVVAVLSYGGYNMEDAIV INKASIERGLARSTFFRTYEAEEKRYLGGQMDRFEKPDPTIKGYLGDRYYRNLDEDGI IFPESKVEGKDVLVGRTSPPRFLEEQSGLGGIALQERRETSVAVRPSEKGIVDKVIIT ETGDGTKLVKVTVRDLRIPELGDKFASRHGQKGVIGLIVPQEDMPWTENGIVPDLIVN PHGIPSRMTVGQLIEAIGGKVASLKGRRVDGTAFIGEPEEKLRKELEELGFKHTGREV MYDGITGRRLEADIFIGVIYYQRLHHMVADKMHARSRGPVQVLTKQPTEGRAREGGLR FGEMERDVLVGHGAAMLLIERLLEESDKTEVWVCENCGHIALEDKRRGKVYCPVCGEE ERISKVEMSYAFKLLLDELKAMVIRPSLKLKDRV" gene complement(1853129..1853377) /gene="rpoH" /locus_tag="TGAM_1927" /note="tg1927" CDS complement(1853129..1853377) /gene="rpoH" /locus_tag="TGAM_1927" /EC_number="2.7.7.6" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:BlastProDom:PD005155 RPOH_PYRFU_Q8U0M2; InterPro:IPR000783 RNA polymerase subunit, RPB5 GO:Molecular Function:DNA binding (GO:0003677), Molecular Function:DNA-directed RNA polymerase activity (GO:0003899), Biological Process:transcription (GO:0006350)" /inference="protein motif:CDD:RNA_pol_Rpb5_C, RNA polymerase Rpb5, C-terminal domain" /inference="protein motif:CDD:RPB5, DNA-directed RNA polymerase, subunit H, RpoH/RPB5 [Transcription]" /inference="protein motif:COG:COG2012 DNA-directed RNA polymerase, subunit H, RpoH/RPB5; K Transcription" /inference="protein motif:Gene3D:G3D.3.90.940.20 no description InterPro:IPR000783 RNA polymerase subunit, RPB5 GO:Molecular Function:DNA binding (GO:0003677), Molecular Function:DNA-directed RNA polymerase activity (GO:0003899), Biological Process:transcription (GO:0006350)" /inference="protein motif:HMMPanther:PTHR10535 DNA-DIRECTED RNA POLYMERASE SUBUNIT RPB5" /inference="protein motif:HMMPfam:PF01191 RNA_pol_Rpb5_C InterPro:IPR000783 RNA polymerase subunit, RPB5 GO:Molecular Function:DNA binding (GO:0003677), Molecular Function:DNA-directed RNA polymerase activity (GO:0003899), Biological Process:transcription (GO:0006350)" /inference="protein motif:ScanRegExp:PS01110 RNA_POL_H_23KD InterPro:IPR000783 RNA polymerase subunit, RPB5 GO:Molecular Function:DNA binding (GO:0003677), Molecular Function:DNA-directed RNA polymerase activity (GO:0003899), Biological Process:transcription (GO:0006350)" /inference="protein motif:superfamily:SSF55287 RPB5-like RNA polymerase subunit InterPro:IPR009026 RNA polymerase subunit, RPB5/RPB6-like" /codon_start=1 /transl_table=11 /product="DNA-directed RNA polymerase subunit H (rpoH)" /protein_id="ACS34429.1" /translation="MAGKKEFSVFMHELVPEHRVISEEEKEELLRRYRIRLSQLPQIK ASDPAVVELGAKPGDVIEIKRKSPTAGVYLYYRLVVED" gene 1853610..1853687 /locus_tag="TGAM_r044" /note="tg_tRNA-Gly2" tRNA 1853610..1853687 /locus_tag="TGAM_r044" /product="tRNA-Gly" /note="codon recognized: GGG" gene complement(1853702..1854193) /locus_tag="TGAM_1928" /note="tg1928" CDS complement(1853702..1854193) /locus_tag="TGAM_1928" /inference="protein motif:CDD:DUF835, Protein of unknown function (DUF835)" /inference="protein motif:HMMPfam:PF05763 DUF835 InterPro:IPR008553 Protein of unknown function DUF835" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein" /protein_id="ACS34430.1" /translation="MGPLLYRRHSGLRWKPLDNGGRSDVVVHPSQLRTLVVNKLSSNR PVLLIGRDPPQLIVRKLGVNDSRLRLLWLSTVEHLNAVSPRDLYKLEFYVTKDVSTRK SDVILDGIEYLILESGLVPTLKFLAKVNDITLLNGSRLHLVLGDALNDREVALLRRTL GVF" gene complement(1854363..1854764) /locus_tag="TGAM_1929" /note="tg1929" CDS complement(1854363..1854764) /locus_tag="TGAM_1929" /EC_number="5.1.99.1" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:BlastProDom:PD002334 Q838D9_ENTFA_Q838D9; InterPro:IPR011588 Glyoxalase/extradiol ring-cleavage dioxygenase" /inference="protein motif:CDD:Glyoxalase, Glyoxalase/Bleomycin resistance protein/Dioxygenase superfamily" /inference="protein motif:COG:COG0346 Lactoylglutathione lyase and related lyases; E Amino acid transport and metabolism" /inference="protein motif:Gene3D:G3D.3.10.180.10 no description" /inference="protein motif:HMMPanther:PTHR11959 4-HYDROXYPHENYLPYRUVATE DIOXYGENASE" /inference="protein motif:HMMPanther:PTHR11959:SF1 4-HYDROXYPHENYLPYRUVATE DIOXYGENASE" /inference="protein motif:HMMPfam:PF00903 Glyoxalase InterPro:IPR004360 Glyoxalase/bleomycin resistance protein/dioxygenase" /inference="protein motif:superfamily:SSF54593 Glyoxalase/Bleomycin resistance protein/Dihydroxybiphenyl dioxygenase" /codon_start=1 /transl_table=11 /product="Methylmalonyl-CoA epimerase" /protein_id="ACS34431.1" /translation="MFKKIDHVGIAVKNLEEAIKVWEGLGLKVEEIEEVPDQKVRTAI IHIGESRIELLEPTAEDSPIAKFIAKRGEGIHHIALGVTNIEEHLKELKEKGYRLIDE EPRIGAGGAKIAFVHPKAVTGVLLELCERKE" gene complement(1854769..1855734) /gene="argK" /locus_tag="TGAM_1930" /note="tg1930" CDS complement(1854769..1855734) /gene="argK" /locus_tag="TGAM_1930" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:BlastProDom:PD000819 Q82JV6_STRAW_Q82JV6; InterPro:IPR000897 GTP-binding signal recognition particle SRP54, G-domain" /inference="protein motif:CDD:ArgK, ArgK protein" /inference="protein motif:CDD:ArgK, Putative periplasmic protein kinase ArgK and related GTPases of G3E family [Amino acid transport and metabolism]" /inference="protein motif:CDD:ArgK-like, The function of this protein family is unkown" /inference="protein motif:CDD:HypB, Ni2+-binding GTPase involved in regulation of expression and maturation of urease and hydrogenase [Posttranslational modification, protein turnover, chaperones / Transcription]" /inference="protein motif:COG:COG1703 Putative periplasmic protein kinase ArgK and related GTPases of G3E family; E Amino acid transport and metabolism" /inference="protein motif:Gene3D:G3D.3.40.50.300 no description" /inference="protein motif:HMMPanther:PTHR11281 LAO/AO TRANSPORT SYSTEM KINASE-RELATED InterPro:IPR005129 ArgK protein" /inference="protein motif:HMMPfam:PF02492 cobW InterPro:IPR003495 Cobalamin (vitamin B12) biosynthesis P47K" /inference="protein motif:HMMPfam:PF03308 ArgK InterPro:IPR005129 ArgK protein" /inference="protein motif:HMMSmart:SM00382 no description InterPro:IPR003593 AAA ATPase" /inference="protein motif:HMMTigr:TIGR00750 lao:LAO/AO transport system ATPase InterPro:IPR005129 ArgK protein" /inference="protein motif:ProfileScan:PS50101 ATP_GTP_A2" /inference="protein motif:superfamily:SSF52540 P-loop containing nucleoside triphosphate hydrolases" /codon_start=1 /transl_table=11 /product="Lysine/arginine/ornithine (LAO/AO) transport system ATPase (argK)" /protein_id="ACS34432.1" /translation="MTLESLIQSALSGDKKAIARLITLVENDEEKAREIIRRIYPHTG KAYVVGITGPPGSGKSTLLDKLIKLARDEGHKVGVIAIDPTSPFTGGALLGDRLRMQR HSTDPGVFIRSMATRGSLGGLAKATNDAVKVLDASGYDLIFVETVGVGQIEVDIVKTA DTVVLVTVPGLGDEVQAIKAGLMEVADIFAINKADREGTEMVYLELKMALEFERDKWR QIGWEPPIVETTAFTLKGVRPLWEAIKRHRKHMEESGRLRERRAFRAREEVKTIIAST IARKVEERLAKGEAKDLIEEVVERKLDPYSASQIVMETLKEDLWR" gene complement(1855775..1856212) /gene="mutB" /locus_tag="TGAM_1931" /note="tg1931" CDS complement(1855775..1856212) /gene="mutB" /locus_tag="TGAM_1931" /EC_number="5.4.99.2" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:B12-binding, B12 binding domain" /inference="protein motif:CDD:B12-binding, B12 binding domain (B12-BD)" /inference="protein motif:CDD:B12-binding_like, B12 binding domain (B12-BD)" /inference="protein motif:CDD:MM_CoA_mut_B12_BD, methylmalonyl CoA mutase B12 binding domain" /inference="protein motif:CDD:Sbm, Methylmalonyl-CoA mutase, C-terminal domain/subunit (cobalamin-binding) [Lipid metabolism]" /inference="protein motif:COG:COG2185 Methylmalonyl-CoA mutase, C-terminal domain/subunit (cobalamin-binding); I Lipid transport and metabolism" /inference="protein motif:Gene3D:G3D.3.40.50.280 no description InterPro:IPR006158 Cobalamin vitamin B12-binding GO:Molecular Function:cobalt ion binding (GO:0050897)" /inference="protein motif:HMMPanther:PTHR11578 Methylmalonyl-CoA MUTASE InterPro:IPR006099 Methylmalonyl-CoA mutase GO:Molecular Function:Methylmalonyl-CoA mutase activity (GO:0004494), Biological Process:metabolism (GO:0008152)" /inference="protein motif:HMMPanther:PTHR11578:SF1 Methylmalonyl-CoA MUTASE" /inference="protein motif:HMMPfam:PF02310 B12-binding InterPro:IPR006158 Cobalamin vitamin B12-binding GO:Molecular Function:cobalt ion binding (GO:0050897)" /inference="protein motif:HMMTigr:TIGR00640 acid_CoA_mut_C:Methylmalonyl-CoA muta InterPro:IPR006159 Methylmalonyl-CoA mutase, C-terminal GO:Molecular Function:isomerase activity (GO:0016853)" /inference="protein motif:superfamily:SSF52242 Cobalamin (vitamin B12)-binding domain" /codon_start=1 /transl_table=11 /product="Methylmalonyl-CoA mutase, C-terminal domain/subunit (cobalamin-binding) (mutB)" /protein_id="ACS34433.1" /translation="MVSMVERSKVRVVIAKPGLDGHDRGAKVVARALKEAGYEVIYTG IRQTPEQIVETVIQEDAAVLGISILSGAHMVLIPKIIKLLEERGIKPNEDIVIFAGGI IPPDDAEELKKMGVAEVFGPGTPLKTVIEFVDRAVENLKRFKA" gene 1856317..1856970 /locus_tag="TGAM_1932" /note="tg1932" CDS 1856317..1856970 /locus_tag="TGAM_1932" /inference="protein motif:CDD:HIS2, Histidinol phosphatase and related hydrolases of the PHP family [Amino acid transport and metabolism / General function prediction only]" /inference="protein motif:COG:COG1387 Histidinol phosphatase and related hydrolases of the PHP family; E Amino acid transport and metabolism" /inference="protein motif:HMMPfam:PF02811 PHP InterPro:IPR004013 PHP, C-terminal" /inference="protein motif:HMMSmart:SM00481 no description InterPro:IPR003141 Phosphoesterase PHP, N-terminal GO:Molecular Function:DNA binding (GO:0003677), Molecular Function:DNA-directed DNA polymerase activity (GO:0003887), Biological Process:DNA replication (GO:0006260)" /inference="protein motif:superfamily:SSF89550 PHP domain" /codon_start=1 /transl_table=11 /product="Phosphotransferase, PHP family" /protein_id="ACS34434.1" /translation="MNMIHDAHTHTLHSDGLGEVFENIAEAERKGLSLVAITDHSHYL LRGNFNAYLSEIRRWGEDSEITVLAGIEGNITPNGVDVPDWMAKKLDFVIASVHEWVD RPEQYVELVRVALLDENVDVIGHFGASFPYIGYPPWEDLLELITLAEENGKAFEISSR YRVPDLEFVRECIRRGVKLTFASDAHRPEKVGNVGWSVSIFKKAGGKLEDLLFEEFL" repeat_region complement(1857022..1857814) /note="CRISPR repeat cluster" /rpt_type=tandem repeat_region complement(1857022..1857051) /note="tg_rep30_c; repeat element in cluster C" repeat_region complement(1857096..1857125) /note="tg_rep31_c; repeat element in cluster C" repeat_region complement(1857163..1857192) /note="tg_rep32_c; repeat element in cluster C" repeat_region complement(1857235..1857264) /note="tg_rep33_c; repeat element in cluster C" repeat_region complement(1857308..1857337) /note="tg_rep34_c; repeat element in cluster C" repeat_region complement(1857379..1857408) /note="tg_rep35_c; repeat element in cluster C" repeat_region complement(1857447..1857476) /note="tg_rep36_c; repeat element in cluster C" repeat_region complement(1857516..1857545) /note="tg_rep37_c; repeat element in cluster C" repeat_region complement(1857585..1857614) /note="tg_rep38_c; repeat element in cluster C" repeat_region complement(1857652..1857681) /note="tg_rep39_c; repeat element in cluster C" repeat_region complement(1857719..1857748) /note="tg_rep40_c; repeat element in cluster C" repeat_region complement(1857785..1857814) /note="tg_rep41_c; repeat element in cluster C" gene complement(1858268..1858825) /gene="maf" /locus_tag="TGAM_1933" /note="tg1933" CDS complement(1858268..1858825) /gene="maf" /locus_tag="TGAM_1933" /inference="protein motif:CDD:Maf, Maf-like protein" /inference="protein motif:CDD:Maf, Nucleotide binding protein Maf" /inference="protein motif:CDD:Maf, Nucleotide-binding protein implicated in inhibition of septum formation [Cell division and chromosome partitioning]" /inference="protein motif:CDD:Maf_Ham1, Maf_Ham1" /inference="protein motif:COG:COG0424 Nucleotide-binding protein implicated in inhibition of septum formation; D Cell cycle control, cell division, chromosome partitioning" /inference="protein motif:Gene3D:G3D.3.90.950.10 no description" /inference="protein motif:HMMPanther:PTHR11746 O-METHYLTRANSFERASE" /inference="protein motif:HMMPanther:PTHR11746:SF55 MAF PROTEIN" /inference="protein motif:HMMPfam:PF02545 Maf InterPro:IPR003697 Maf-like protein" /inference="protein motif:HMMTigr:TIGR00172 maf:septum formation protein Maf InterPro:IPR003697 Maf-like protein" /inference="protein motif:superfamily:SSF52972 Maf/Ham1" /codon_start=1 /transl_table=11 /product="Nucleotide-binding protein, Maf septum formation protein (maf)" /protein_id="ACS34435.1" /translation="MLVLASASPRRREILSRFIRDFHVVPSNAEERCSGTPEECAVEL ARLKAREVYSRVGGTVIGADTVVSIDGRVLGKPSDEGEAYRMLKLLSGRVHRVTTGYC IIHEGKEIAGSATTEVKFRELDDELIWAYIRTGEPMDKAGAYGIQGKAGLFVEWIRGD YYNVVGFPMEIIWKLRELGFEVLSR" gene complement(1858925..1859293) /locus_tag="TGAM_1934" /note="tg1934" CDS complement(1858925..1859293) /locus_tag="TGAM_1934" /experiment="gene product confirmed by mass spectrometry" /codon_start=1 /transl_table=11 /product="Hypothetical protein" /protein_id="ACS34436.1" /translation="MKYDVVIIPESFHRFDKHNMEHICPPMVIGDRSYDIAMEIVNGV DRVIKASFNASVEELEGEDCDVLYRKYTLEKEGKKGIVHVKLRKITENCPPVDGNRCS VLEFERDIECIVKAIEECLA" gene complement(1859342..1861186) /locus_tag="TGAM_1935" /note="tg1935" CDS complement(1859342..1861186) /locus_tag="TGAM_1935" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:BlastProDom:PD000739 Q9UZN6_PYRAB_Q9UZN6; InterPro:IPR001482 Bacterial type II secretion system protein E GO:Molecular Function:ATP binding (GO:0005524), Cellular Component:intracellular (GO:0005622), Biological Process:transport (GO:0006810)" /inference="protein motif:COG:COG1855 ATPase (PilT family); R General function prediction only" /inference="protein motif:Gene3D:G3D.3.30.300.20 no description" /inference="protein motif:Gene3D:G3D.3.40.50.300 no description" /inference="protein motif:HMMPfam:PF00013 KH_1 InterPro:IPR004088 KH, type 1 GO:Molecular Function:nucleic acid binding (GO:0003676)" /inference="protein motif:HMMPfam:PF01850 PIN InterPro:IPR002716 PilT protein, N-terminal" /inference="protein motif:HMMSmart:SM00670 no description InterPro:IPR006596 Nucleotide binding protein, PINc" /inference="protein motif:superfamily:SSF52540 P-loop containing nucleoside triphosphate hydrolases" /inference="protein motif:superfamily:SSF54814 Prokaryotic type KH domain (KH-domain type II) InterPro:IPR009019 KH, prokaryotic type" /inference="protein motif:superfamily:SSF88723 PIN domain-like" /codon_start=1 /transl_table=11 /product="ATPase, AAA superfamily, containing PIN and KH nucleic acid-binding domains" /protein_id="ACS34437.1" /translation="MNRSIKLGQVREMKVFVPDTSVIVDGRLTQFLSTLDEKVKVVVP EAVIAEIEHQANEGKAIGHTGLEELKKLRDMADRGEILLEFYGERPELWQIRRAKAGE IDHLVRETAKQLNATLITGDQVQRDIAIAKGIDVIYLTAKREVRHRLEDFFDETTMSV HLKAGVRPLAKKGKPGEWRLVPIRDEPLSDEELEEIADDIVERAKREPDSFIELDEPG ATVVQLRNYRIVIAKPPFADRIEITAVRPVKKLSIEDYELSEKLLERLKDKAEGILIA GAPGEGKTTFAQALAEWYASMGKIVKTMEKPRDLQVSEEITQYTALNGKMELTGDILL LVRPDYTIFDEMRKTSDFKIYSDLRLAGVGMVGVVHATKPIDAIQRFIGRVELGMIPQ IVDTVLFIKAGRVAKVLTIEYLVKVPSGMKEEDLARPVIEVRDFETGELEYEIYTYGE EISVVPVKKEEKAPALRLAEKRLKQEIKKFLPDVYTEVEIVSPHKAVIYADEFDIPAI IGKKGKRITELEKRIGISIDVKSFAEREAQKPKEKIPVEVEEKKKTIVLRVSPDYAKK PLKFYGGEQYVFTATPSKKGLVKVSKSTPIGKELKRLIDAGIPIWAST" gene 1861248..1861985 /gene="minD-2" /locus_tag="TGAM_1936" /note="tg1936" CDS 1861248..1861985 /gene="minD-2" /locus_tag="TGAM_1936" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:COG0455, ATPases involved in chromosome partitioning [Cell division and chromosome partitioning]" /inference="protein motif:CDD:COG1149, MinD superfamily P-loop ATPase containing an inserted ferredoxin domain [Energy production and conversion]" /inference="protein motif:CDD:CooC, CO dehydrogenase maturation factor [Cell division and chromosome partitioning]" /inference="protein motif:CDD:CpaE, Flp pilus assembly protein, ATPase CpaE [Intracellular trafficking and secretion]" /inference="protein motif:CDD:Fer4_NifH, 4Fe-4S iron sulfur cluster binding proteins, NifH/frxC family" /inference="protein motif:CDD:Fer4_NifH_child, This protein family's function is unkown" /inference="protein motif:CDD:FleN-like, FleN is a member of the Fer4_NifH superfamily" /inference="protein motif:CDD:MinD, Bacterial cell division requires the formation of a septum at mid-cell" /inference="protein motif:CDD:MinD, Septum formation inhibitor-activating ATPase [Cell division and chromosome partitioning]" /inference="protein motif:CDD:Mrp, ATPases involved in chromosome partitioning [Cell division and chromosome partitioning]" /inference="protein motif:CDD:MRP-like, MRP (Multiple Resistance and pH adaptation) is a homologue of the Fer4_NifH superfamily" /inference="protein motif:CDD:NifH, NifH gene encodes component II (iron protein) of nitrogenase" /inference="protein motif:CDD:NifH, Nitrogenase subunit NifH (ATPase) [Inorganic ion transport and metabolism]" /inference="protein motif:CDD:Soj, ATPases involved in chromosome partitioning [Cell division and chromosome partitioning]" /inference="protein motif:COG:COG0455 ATPases involved in chromosome partitioning; D Cell cycle control, cell division, chromosome partitioning" /inference="protein motif:Gene3D:G3D.3.40.50.300 no description" /inference="protein motif:HMMPanther:PTHR13696 CELL DIVISION INHIBITOR MIND-1" /inference="protein motif:HMMPanther:PTHR13696:SF2 CELL DIVISION INHIBITOR MIND-1" /inference="protein motif:HMMPfam:PF01656 CbiA InterPro:IPR002586 Cobyrinic acid a,c-diamide synthase GO:Biological Process:cobalamin biosynthesis (GO:0009236), Molecular Function:cobyrinic acid a,c-diamide synthase activity (GO:0042242)" /inference="protein motif:HMMTigr:TIGR01969 minD_arch:cell division ATPase MinD InterPro:IPR010224 Cell division ATPase MinD" /inference="protein motif:superfamily:SSF52540 P-loop containing nucleoside triphosphate hydrolases" /codon_start=1 /transl_table=11 /product="Cell division ATPase MinD (minD)" /protein_id="ACS34438.1" /translation="MGHLISIASGKGGTGKTTTTANLSIALGKLGKKVLAIDADLTMA NLSLVMGIDDAETTIHDVLAGEASISDAIYQTSFENVDLIPAAIDWEHVKKADPRKLP GTIKPLKGYYDFLIIDCPAGLQMDAMNAMLSGEEVILITNPEISCITDTMKVGIVLKK AGLAVLGFVLNRYGRSENDIPPEAAEEVMEVPLLVVVPEDPKVREATLEGVPVVEYDP DSEGAKAFMKLAEEVLKIAGFKARVMY" gene 1861995..1862744 /locus_tag="TGAM_1937" /note="tg1937" CDS 1861995..1862744 /locus_tag="TGAM_1937" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:BlastProDom:PD000819 O85676_STRLI_O85676; InterPro:IPR000897 GTP-binding signal recognition particle SRP54, G-domain" /inference="protein motif:CDD:ATP_bind_1, Conserved hypothetical ATP binding protein" /inference="protein motif:CDD:COG1100, GTPase SAR1 and related small G proteins [General function prediction only]" /inference="protein motif:COG:COG1100 GTPase SAR1 and related small G proteins; R General function prediction only" /inference="protein motif:Gene3D:G3D.3.40.50.300 no description" /inference="protein motif:HMMPanther:PTHR19379 ATP(GTP)-BINDING PROTEIN RELATED" /inference="protein motif:HMMPfam:PF03029 ATP_bind_1 InterPro:IPR004130 Protein of unknown function, ATP binding" /inference="protein motif:superfamily:SSF52540 P-loop containing nucleoside triphosphate hydrolases" /codon_start=1 /transl_table=11 /product="ATP binding protein, XPA-binding protein 1-like protein" /protein_id="ACS34439.1" /translation="MIVAFLGTAGSGKTTMAGSFGRYLEEQGHSVAYVNLDTGVRKLP YEPDLDVREIVTVEELMAEGYGPNGAIVESYDRLLSEVGRIAREILKLDGEREYTLID TPGQMESFLFHEFGVKLMESLSDPLLAYLFDPEILKRPHDYCFVRFFALMIDLRLGTT TVPVLNKIDLLSEEELNRHKKYLEDIEYLTARLKFDPTMQGLLAYRMCSFLPEVSPPV RVVYASAKDGRGFDELETLSYEHYCTCGDLT" gene 1862843..1864282 /gene="asnB" /locus_tag="TGAM_1938" /note="tg1938" CDS 1862843..1864282 /gene="asnB" /locus_tag="TGAM_1938" /EC_number="6.3.5.4" /inference="protein motif:CDD:Asn_synthase, Asparagine synthase" /inference="protein motif:CDD:Asn_Synthase_B_C, The C-terminal domain of Asparagine Synthase B" /inference="protein motif:CDD:AsnB, Asparagine synthase (glutamine-hydrolyzing) [Amino acid transport and metabolism]" /inference="protein motif:CDD:AsnB, Glutamine amidotransferases class-II (GATase) asparagine synthase_B type" /inference="protein motif:CDD:GATase_2, Glutamine amidotransferases class-II" /inference="protein motif:CDD:GFAT, Glutamine amidotransferases class-II (Gn-AT)_GFAT-type" /inference="protein motif:CDD:GlmS, Glucosamine 6-phosphate synthetase, contains amidotransferase and phosphosugar isomerase domains [Cell envelope biogenesis, outer membrane]" /inference="protein motif:CDD:GlxB, Glutamine amidotransferases class-II (Gn-AT)_GlxB-type" /inference="protein motif:CDD:Gn_AT_II, Glutamine amidotransferases class-II (GATase)" /inference="protein motif:CDD:GPATase_N, Glutamine amidotransferases class-II (GN-AT)_GPAT- type" /inference="protein motif:CDD:PurF, Glutamine phosphoribosylpyrophosphate amidotransferase [Nucleotide transport and metabolism]" /inference="protein motif:COG:COG0367 Asparagine synthase (glutamine-hydrolyzing); E Amino acid transport and metabolism" /inference="protein motif:Gene3D:G3D.3.40.50.610 no description" /inference="protein motif:Gene3D:G3D.3.60.20.10 no description" /inference="protein motif:HMMPanther:PTHR11772 ASPARAGINE SYNTHETASE" /inference="protein motif:HMMPanther:PTHR11772:SF7 ASPARAGINE SYNTHETASE" /inference="protein motif:HMMPfam:PF00310 GATase_2 InterPro:IPR000583 Glutamine amidotransferase, class-II GO:Biological Process:metabolism (GO:0008152)" /inference="protein motif:HMMPfam:PF00733 Asn_synthase InterPro:IPR001962 Asparagine synthase GO:Molecular Function:asparagine synthase (glutamine-hydrolyzing) activity (GO:0004066), Biological Process:asparagine biosynthesis (GO:0006529)" /inference="protein motif:HMMTigr:TIGR01536 asn_synth_AEB:asparagine synthase (glu InterPro:IPR006426 Asparagine synthase, glutamine-hydrolyzing GO:Molecular Function:asparagine synthase (glutamine-hydrolyzing) activity (GO:0004066), Biological Process:asparagine biosynthesis (GO:0006529)" /inference="protein motif:superfamily:SSF52402 Adenine nucleotide alpha hydrolases-like" /inference="protein motif:superfamily:SSF56235 N-terminal nucleophile aminohydrolases (Ntn hydrolases)" /codon_start=1 /transl_table=11 /product="Asparagine synthase (glutamine-hydrolyzing) (asnB)" /protein_id="ACS34440.1" /translation="MCLIAGGIGDVRERLIKMALAGKHRGPDGFGVWTDGGVLKSDDF AKLDEIPEGRIGLLQCRLAMTGSKEFIQPFVNELALVHNGEIYNHLQIRAFLEGRGVS FESDVDSEVILRLIEFLRGRGLSLLRAVREAMRWLEGDYAVAFSDDEKIYLFRDPIGI RPLYFSPNGFFASEKKVLWAIGEEAVPIEPGNLVTISRGSVEVRRLLSVEDLKPGTFA AERALSSLVKTIPHSVRLRCGRRTGVLFSGGLDSSLIALLASKHSDVVLYTAGAEGSQ DLEWARKVSDILGLELREYIFTEEEVEEALKRIVFAIEEPNAMNLAIGVPLYFATLLA GRDGVKVLLSGQGADELFGGYAKYLERPELMEEDIKAMAERNLARDDKIAMLNGVEGR FPYLALPVVTTALGIPVKLKIRDGHRKFILRKAAEKLGLPGEVVEREKKAAQYGSGAQ RIIKRIGKRRGLTPRELAETLFREVFHSS" gene complement(1864270..1865487) /locus_tag="TGAM_1939" /note="tg1939" CDS complement(1864270..1865487) /locus_tag="TGAM_1939" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:COG:COG0457 FOG:TPR repeat; R General function prediction only" /inference="protein motif:Gene3D:G3D.1.25.40.10 no description InterPro:IPR011990 Tetratricopeptide-like helical GO:Molecular Function:binding (GO:0005488)" /inference="protein motif:HMMSmart:SM00028 no description InterPro:IPR013026 Tetratricopeptide region" /inference="protein motif:ProfileScan:PS50293 TPR_REGION InterPro:IPR013026 Tetratricopeptide region" /inference="protein motif:superfamily:SSF48452 TPR-like" /note="Contains 6 TPR repeats" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein" /protein_id="ACS34441.1" /translation="MRPSNHGVRTLALIPDMASPEELEHLGFEHLRKGELKEGLKLIL RAAKKYEDEKKLEDAARLYYYFGYFFLDRLKKPDKARPPLLKSAALYIDLIERELSRF DIDTERLNEYCTKTLSVFATVGDEKNLRKYAKYFAEIYEDMARSYMENGEVELAVKAY EDAFRYYKIVGDEEAIKRIADELITAYGRITEEKVAEGDAAGAAEAFYRLAGYVLEIF GYDAHYIEMMDTAARNYEKASKLSYSEGNLDGTTTYLLKAQYAYLLAGNTNRAKLIGL NNVRITYQVIGSFQSAGRDRDVARKLLELAQSLLAVGKTKEAFKAYKESLNLESSLRS RTLMRIAILKIYGAQRKDTRVLSAVCDAEYYLDRNNEVRAIEIANDTLQGIPELEPLV KMLHEAEGISQEE" gene complement(1865512..1866543) /locus_tag="TGAM_1940" /note="tg1940" CDS complement(1865512..1866543) /locus_tag="TGAM_1940" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:SUA5, Putative translation factor (SUA5) [Translation, ribosomal structure and biogenesis]" /inference="protein motif:CDD:SUA5, SUA5 domain" /inference="protein motif:CDD:Sua5_yciO_yrdC, yrdC domain" /inference="protein motif:COG:COG0009 Putative translation factor (SUA5); J Translation, ribosomal structure and biogenesis" /inference="protein motif:Gene3D:G3D.3.90.870.10 no description" /inference="protein motif:HMMPanther:PTHR17490 UNCHARACTERIZED" /inference="protein motif:HMMPanther:PTHR17490:SF38 UNCHARACTERIZED" /inference="protein motif:HMMPfam:PF01300 Sua5_yciO_yrdC InterPro:IPR006070 SUA5/yciO/yrdC, N-terminal" /inference="protein motif:HMMPfam:PF03481 SUA5 InterPro:IPR005145 SUA5" /inference="protein motif:HMMPIR:PIRSF004930 Translation factor, SUA5 type InterPro:IPR010923 Translation factor, SUA5 type" /inference="protein motif:HMMTigr:TIGR00057 TIGR00057:Sua5/YciO/YrdC/YwlC family prote InterPro:IPR004388 Sua5/YciO/YrdC/YwlC GO:Molecular Function:molecular function unknown (GO:0005554)" /inference="protein motif:ScanRegExp:PS01147 SUA5 InterPro:IPR004388 Sua5/YciO/YrdC/YwlC GO:Molecular Function:molecular function unknown (GO:0005554)" /inference="protein motif:superfamily:SSF55821 YrdC/RibB" /codon_start=1 /transl_table=11 /product="Translation factor, putative, Sua5/YciO/YrdC/YwlC family" /protein_id="ACS34442.1" /translation="MTIVIPMRAGPDERLKVAARLIVEGKLVAFPTETVYGLGADALN ERAVRRIFEAKGRPADNPLIIHIAESEWLFELAREVPEVALRLAERFWPGPLTLVLPK GEKVPSVTTGGLDTVAVRMPAHPIALELIRLSGRPIAAPSANISGKPSPTEADHVVDD FYGRIECIIDGGPTPIGVESTVLDLTGEVPVLLRPGGLPLEDIERVIGRVDVHPAVKG IEVNLAKAPGMKYKHYSPNAQVILVEGPREAVRRKMEEIVEEFRSRGLKVGVMATEKY DADAFFHLGESMEEVARNVFRALRELDKAGVDVILAEGIEERGLGLAVMNRLRKAAGY KVIRADKLK" gene complement(1866551..1866976) /locus_tag="TGAM_1941" /note="tg1941" CDS complement(1866551..1866976) /locus_tag="TGAM_1941" /experiment="gene product confirmed by mass spectrometry" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein" /protein_id="ACS34443.1" /translation="MPVIGINLTKIEFEKKGVPPIGGRIEVNLTPKVRDMRLGEIRSP TGRMNGVEILFKYEITYRPEIAEGLIEGAVMYLPQRREDVDRILDTWEVERKVPPEVF AEVINFLTAEISPLLFVIAKEMRLPYHIPLPRVEIKPQG" gene 1867039..1867743 /locus_tag="TGAM_1942" /note="tg1942" CDS 1867039..1867743 /locus_tag="TGAM_1942" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:COG2413, Predicted nucleotidyltransferase [General function prediction only]" /inference="protein motif:COG:COG2413 Predicted nucleotidyltransferase; R General function prediction only" /inference="protein motif:Gene3D:G3D.3.30.460.10 no description" /inference="protein motif:HMMPfam:PF01909 NTP_transf_2 InterPro:IPR002934 DNA polymerase, beta-like region GO:Molecular Function:nucleotidyltransferase activity (GO:0016779)" /inference="protein motif:HMMPIR:PIRSF005928 Predicted nucleotidyltransferase InterPro:IPR009185 Predicted nucleotidyltransferase" /inference="protein motif:superfamily:SSF81301 Nucleotidyltransferase" /codon_start=1 /transl_table=11 /product="Nucleotidyltransferase, putative" /protein_id="ACS34444.1" /translation="MPREKVVKIWDEREVIYTPKRWRYLWEKREKALKIMERLAQFDP LLYGSVARGDVRRDSDIDIFIPIKVPSYLIELALEGLVRRRKIVMATPWHLIKGVIEI DEETTVTFPLIEPTDRELDFYRWGGAVDLWGVKTKERVPGVNKKLILIIPTERGHIER EVVGRESEVARILGVSVEVVTERVHVLTRRDAIGRTGIYLNEEVPDWMTFEEALKIIA DRDPNVRRKVRERGGV" gene complement(1868029..1869396) /gene="serS" /locus_tag="TGAM_1943" /note="tg1943" CDS complement(1868029..1869396) /gene="serS" /locus_tag="TGAM_1943" /EC_number="6.1.1.11" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:class_II_aaRS-like_core, Class II tRNA amino-acyl synthetase-like catalytic core domain" /inference="protein motif:CDD:Gly_His_Pro_Ser_Thr_tRS_core, Gly_His_Pro_Ser_Thr_tRNA synthetase class II core domain" /inference="protein motif:CDD:SerRS_core, Seryl-tRNA synthetase (SerRS) class II core catalytic domain" /inference="protein motif:CDD:SerS, Seryl-tRNA synthetase [Translation, ribosomal structure and biogenesis]" /inference="protein motif:CDD:Seryl_tRNA_N, Seryl-tRNA synthetase N-terminal domain" /inference="protein motif:CDD:tRNA-synt_2b, tRNA synthetase class II core domain (G, H, P, S and T)" /inference="protein motif:COG:COG0172 Seryl-tRNA synthetase; J Translation, ribosomal structure and biogenesis" /inference="protein motif:FPrintScan:PR00981 TRNASYNTHSER InterPro:IPR002317 Seryl-tRNA synthetase, class IIa GO:Molecular Function:serine-tRNA ligase activity (GO:0004828), Molecular Function:ATP binding (GO:0005524), Biological Process:seryl-tRNA aminoacylation (GO:0006434)" /inference="protein motif:Gene3D:G3D.1.10.287.40 no description" /inference="protein motif:Gene3D:G3D.3.30.930.10 no description" /inference="protein motif:HMMPanther:PTHR11778 SERYL-TRNA SYNTHETASE InterPro:IPR002317 Seryl-tRNA synthetase, class IIa GO:Molecular Function:serine-tRNA ligase activity (GO:0004828), Molecular Function:ATP binding (GO:0005524), Biological Process:seryl-tRNA aminoacylation (GO:0006434)" /inference="protein motif:HMMPanther:PTHR11778:SF2 SERYL-TRNA SYNTHETASE" /inference="protein motif:HMMPfam:PF00587 tRNA-synt_2b InterPro:IPR002314 tRNA synthetase, class II (G, H, P and S) GO:Molecular Function:aminoacyl-tRNA ligase activity (GO:0004812), Molecular Function:ATP binding (GO:0005524), Biological Process:tRNA aminoacylation for protein translation (GO:0006418)" /inference="protein motif:HMMPfam:PF02403 Seryl_tRNA_N InterPro:IPR002317 Seryl-tRNA synthetase, class IIa GO:Molecular Function:serine-tRNA ligase activity (GO:0004828), Molecular Function:ATP binding (GO:0005524), Biological Process:seryl-tRNA aminoacylation (GO:0006434)" /inference="protein motif:HMMTigr:TIGR00414 serS:seryl-tRNA synthetase InterPro:IPR002317 Seryl-tRNA synthetase, class IIa GO:Molecular Function:serine-tRNA ligase activity (GO:0004828), Molecular Function:ATP binding (GO:0005524), Biological Process:seryl-tRNA aminoacylation (GO:0006434)" /inference="protein motif:ProfileScan:PS50862 AA_TRNA_LIGASE_II InterPro:IPR006195 Aminoacyl-transfer RNA synthetase, class II GO:Molecular Function:aminoacyl-tRNA ligase activity (GO:0004812), Molecular Function:ATP binding (GO:0005524), Biological Process:tRNA aminoacylation for protein translation (GO:0006418)" /inference="protein motif:superfamily:SSF46589 tRNA-binding arm InterPro:IPR010978 tRNA-binding arm" /inference="protein motif:superfamily:SSF55681 Class II aaRS and biotin synthetases" /codon_start=1 /transl_table=11 /product="Seryl-tRNA synthetase (serS)" /protein_id="ACS34445.1" /translation="MLDIKLIREKPELVKKDLIKRGETEKVKWIDEILELDRKWRENL KKINQLRKERNQLAVQIGKRKKAGEPIEDLLARSNEIVKQIEELEKEVEALKKKIDYY LWRLPNITHESVPVGKDDTENVPIRFWGKAKVWEGFLESFKEQSLGKMDYEVLSWRPR LHVDMLELLRGADLERAAKVSGSRFYYLLNELVILDLALIRFALDRLIEKGFTPVIPP YMVRRFVEEGATTFEDFEDVIYKVEGEDLYLIPTAEHPLAGMHANEILDGKDLPLLYV GVSPCFRKEAGTAGKDTKGIFRVHQFHKVEQFVYSRPEESWEWHEKIIANAEELFQEL EIPYRVVNICTGDLGYVAAKKYDIEAWMAGQGKFREVVSASNCTDWQARRLNIRFRDK THEKPKFVHTLNSTAIATSRAIVAILENHQTEEGVVKLPKALWKYTGFKEILPASMKE KCCQD" gene complement(1869470..1870672) /gene="moeA-2" /locus_tag="TGAM_1944" /note="tg1944" CDS complement(1869470..1870672) /gene="moeA-2" /locus_tag="TGAM_1944" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:BlastProDom:PD002460 Q9UYT6_PYRAB_Q9UYT6; InterPro:IPR001453 Molybdopterin binding domain GO:Biological Process:Mo-molybdopterin cofactor biosynthesis (GO:0006777)" /inference="protein motif:CDD:MoCF_BD, MoCF_BD:molybdenum cofactor (MoCF) binding domain (BD)" /inference="protein motif:CDD:MoCF_biosynth, Probable molybdopterin binding domain" /inference="protein motif:CDD:MoeA, MoeA family" /inference="protein motif:CDD:MoeA, Molybdopterin biosynthesis enzyme [Coenzyme metabolism]" /inference="protein motif:CDD:MoeA_C, MoeA C-terminal region (domain IV)" /inference="protein motif:CDD:MoeA_like, MoeA_like" /inference="protein motif:CDD:MoeA_N, MoeA N-terminal region (domain I and II)" /inference="protein motif:COG:COG0303 Molybdopterin biosynthesis enzyme; H Coenzyme transport and metabolism" /inference="protein motif:Gene3D:G3D.2.170.190.11 no description" /inference="protein motif:Gene3D:G3D.3.40.980.10 no description" /inference="protein motif:HMMPanther:PTHR10192 MOLYBDOPTERIN BIOSYNTHESIS" /inference="protein motif:HMMPanther:PTHR10192:SF1 MOLYBDOPTERIN BIOSYNTHESIS" /inference="protein motif:HMMPfam:PF00994 MoCF_biosynth InterPro:IPR001453 Molybdopterin binding domain GO:Biological Process:Mo-molybdopterin cofactor biosynthesis (GO:0006777)" /inference="protein motif:HMMPfam:PF03453 MoeA_N InterPro:IPR005110 MoeA, N-terminal, domain I and II" /inference="protein motif:HMMPfam:PF03454 MoeA_C InterPro:IPR005111 MoeA, C-terminal, domain IV" /inference="protein motif:HMMPIR:PIRSF004870 Molybdenum cofactor molybdenum incorporation protein MoeA InterPro:IPR012088 Molybdenum cofactor molybdenum incorporation protein MoeA GO:Biological Process:Mo-molybdopterin cofactor biosynthesis (GO:0006777)" /inference="protein motif:HMMTigr:TIGR00177 molyb_syn:molybdenum cofactor synthesis do InterPro:IPR001453 Molybdopterin binding domain GO:Biological Process:Mo-molybdopterin cofactor biosynthesis (GO:0006777)" /inference="protein motif:superfamily:SSF53218 Molybdenum cofactor biosynthesis proteins InterPro:IPR001453 Molybdopterin binding domain GO:Biological Process:Mo-molybdopterin cofactor biosynthesis (GO:0006777)" /inference="protein motif:superfamily:SSF63867 Molybdenum cofactor biosynthesis protein MoeA, C-terminal domain" /inference="protein motif:superfamily:SSF63882 Molybdenum cofactor biosynthesis protein MoeA, N-terminal and linker domains" /codon_start=1 /transl_table=11 /product="Molybdenum cofactor molybdenum incorporation protein (moeA)" /protein_id="ACS34446.1" /translation="MAFLKVVSLEEALKVINSFRLEPKVETVPLSDALGRVLAKDVLS PIDVPPFDRATVDGYAVRAEDTFMASESEPVKLRVVGEVHAGENPGFRIEKGLAAYIS TGAPLPEGADAVIQFEDVDRVGDEVLIYKPAYPGLGVMKRGTDIPSGKLLLKRGTKLG FKETALLSAVGLEEVPVFRKPKVAVISTGNEVTLPGNELRPGQIYDINGRAITDAVRE LGGEACFLGVSGDDPKTLAEMILDGVASCDIVVLSGGASGGMRDLTSSTIERLGRVYV HGIAIQPGKPTIIGEIDGKPVFGLPGYPTSCLTNFTLLVAPLLRKLIGRENEVRRVKK RLAHKVFSVKGRRQFLPVRIEGDKAVPILKGSGAVTSFVDADGFIEVPENVEILEAGE EVEVTFFG" gene complement(1870736..1870813) /locus_tag="TGAM_r045" /note="tg_tRNA-Arg4" tRNA complement(1870736..1870813) /locus_tag="TGAM_r045" /product="tRNA-Arg" /note="codon recognized: AGG" gene 1870875..1871339 /locus_tag="TGAM_1945" /note="tg1945" CDS 1870875..1871339 /locus_tag="TGAM_1945" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:AsnC_trans_reg, AsnC family" /inference="protein motif:CDD:HTH_ASNC, helix_turn_helix ASNC type; AsnC:an autogenously regulated activator of asparagine synthetase A transcription in Escherichia coli)" /inference="protein motif:CDD:Lrp, Transcriptional regulators [Transcription]" /inference="protein motif:COG:COG1522 Transcriptional regulators; K Transcription" /inference="protein motif:FPrintScan:PR00033 HTHASNC InterPro:IPR000485 Bacterial regulatory proteins, AsnC/Lrp GO:Molecular Function:transcription factor activity (GO:0003700), Cellular Component:intracellular (GO:0005622), Biological Process:regulation of transcription, DNA-dependent (GO:0006355), Molecular Function:sequence-specific DNA binding (GO:0043565)" /inference="protein motif:Gene3D:G3D.1.10.10.10 no description InterPro:IPR011991 Winged helix repressor DNA-binding" /inference="protein motif:HMMPfam:PF01022 HTH_5 InterPro:IPR001845 Bacterial regulatory protein, ArsR GO:Molecular Function:transcription factor activity (GO:0003700), Cellular Component:intracellular (GO:0005622), Biological Process:regulation of transcription, DNA-dependent (GO:0006355)" /inference="protein motif:HMMPfam:PF01037 AsnC_trans_reg InterPro:IPR000485 Bacterial regulatory proteins, AsnC/Lrp GO:Molecular Function:transcription factor activity (GO:0003700), Cellular Component:intracellular (GO:0005622), Biological Process:regulation of transcription, DNA-dependent (GO:0006355), Molecular Function:sequence-specific DNA binding (GO:0043565)" /inference="protein motif:HMMSmart:SM00344 no description InterPro:IPR000485 Bacterial regulatory proteins, AsnC/Lrp GO:Molecular Function:transcription factor activity (GO:0003700), Cellular Component:intracellular (GO:0005622), Biological Process:regulation of transcription, DNA-dependent (GO:0006355), Molecular Function:sequence-specific DNA binding (GO:0043565)" /inference="protein motif:ProfileScan:PS50956 HTH_ASNC_2 InterPro:IPR000485 Bacterial regulatory proteins, AsnC/Lrp GO:Molecular Function:transcription factor activity (GO:0003700), Cellular Component:intracellular (GO:0005622), Biological Process:regulation of transcription, DNA-dependent (GO:0006355), Molecular Function:sequence-specific DNA binding (GO:0043565)" /inference="protein motif:superfamily:SSF46785 'Winged helix' DNA-binding domain" /inference="protein motif:superfamily:SSF54909 Dimeric alpha+beta barrel InterPro:IPR011008 Dimeric alpha-beta barrel" /codon_start=1 /transl_table=11 /product="Transcription regulator, Lrp-AsnC family" /protein_id="ACS34447.1" /translation="MGMDELDLRILQLLQKNARLSYREIARELNVAVGTVYNRIKKME ENGVIRGFCVAIDYEKVGFGLTAVIGIKAKGREIMRIEREIAKNPRVMQVYDVTGEYD IIAIAKFRDRADMNRFVKWLLSLEGVEKTNTSVVMDIAKEDFTISLEALSEK" gene complement(1871325..1871675) /locus_tag="TGAM_1946" /note="tg1946" CDS complement(1871325..1871675) /locus_tag="TGAM_1946" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein" /protein_id="ACS34448.1" /translation="MRGKTMKFMLYNVEGLSIPVEAEPGRPFKFNCSEEECGKSVTIE GVILPVSEDEFAVVLNAAIDENPDFKAIEEIKARKYIFKGKVNGVETVLPAETFEDFA KRFIEAVDSVLLLR" gene complement(1871665..1872384) /gene="purR" /locus_tag="TGAM_1947" /note="tg1947" CDS complement(1871665..1872384) /gene="purR" /locus_tag="TGAM_1947" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:Apt, Adenine/guanine phosphoribosyltransferases and related PRPP-binding proteins [Nucleotide transport and metabolism]" /inference="protein motif:CDD:Pribosyltran, Phosphoribosyl transferase domain" /inference="protein motif:CDD:PyrE, Orotate phosphoribosyltransferase [Nucleotide transport and metabolism]" /inference="protein motif:COG:COG0503 Adenine/guanine phosphoribosyltransferases and related PRPP-binding proteins; F Nucleotide transport and metabolism" /inference="protein motif:Gene3D:G3D.3.40.50.2020 no description" /inference="protein motif:HMMPanther:PTHR11776 PHOSPHORIBOSYLTRANSFERASE" /inference="protein motif:HMMPanther:PTHR11776:SF1 PHOSPHORIBOSYLTRANSFERASE" /inference="protein motif:HMMPfam:PF00156 Pribosyltran InterPro:IPR000836 Phosphoribosyltransferase GO:Biological Process:nucleoside metabolism (GO:0009116)" /inference="protein motif:HMMSmart:SM00530 no description InterPro:IPR001387 Helix-turn-helix type 3 GO:Molecular Function:sequence-specific DNA binding (GO:0043565)" /inference="protein motif:superfamily:SSF47413 lambda repressor-like DNA-binding domains InterPro:IPR010982 Lambda repressor-like, DNA-binding" /inference="protein motif:superfamily:SSF53271 PRTase-like" /codon_start=1 /transl_table=11 /product="adenine phosphoribosyltransferase, fused to N-terminal DNA binding domain (purR)" /protein_id="ACS34449.1" /translation="MTQLKSVQEKIRLVNMLRLLKKSYTYEELSKITGLPITVLNRYV RGKVLPSTERTKALIELLSPYIDLRAEVRKRLKFDSRGFFDTMAVLSDTSLMTLLSEE LAGRLSELNPDKILTAATDGIPFAVHIGRQLGVDVVYAKKKKEVGVEKFYEVSYVPSA SGSVTTLYLPSWALSKGDRVLIVDDVVRSGETQRALLELALQAGAKPVGMVFLVSVGE TAKRFGEEHGIPVESVITLER" gene complement(1872443..1872949) /locus_tag="TGAM_1948" /note="tg1948" CDS complement(1872443..1872949) /locus_tag="TGAM_1948" /inference="protein motif:CDD:COG0727, Predicted Fe-S-cluster oxidoreductase [General function prediction only]" /inference="protein motif:CDD:UPF0153, Uncharacterised protein family (UPF0153)" /inference="protein motif:COG:COG0727 Predicted Fe-S-cluster oxidoreductase; R General function prediction only" /inference="protein motif:HMMPfam:PF03692 UPF0153 InterPro:IPR005358 Protein of unknown function UPF0153 GO:Molecular Function:molecular function unknown (GO:0005554)" /note="Belongs to UPF0153 family" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein" /protein_id="ACS34450.1" /translation="MATEPKRTLVAIVDLLTLKVEVVTPVKFKCVEDCGRCCYELEIP LRDEDIEAIEELGYSAWEFVDYEKMFYRGDRFLGYALKKRPFDDGCVFLDPETKRCRI YPKRPMACRLYPFVFVKHGSKMEVYIKEDSFCPGINHPDGELVDSSFLLREYGWLFEE YRRKLGER" gene complement(1872959..1873213) /locus_tag="TGAM_1949" /note="tg1949" CDS complement(1872959..1873213) /locus_tag="TGAM_1949" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:COG:COG1522 Transcriptional regulators; K Transcription" /inference="protein motif:HMMPfam:PF01037 AsnC_trans_reg InterPro:IPR000485 Bacterial regulatory proteins, AsnC/Lrp GO:Molecular Function:transcription factor activity (GO:0003700), Cellular Component:intracellular (GO:0005622), Biological Process:regulation of transcription, DNA-dependent (GO:0006355), Molecular Function:sequence-specific DNA binding (GO:0043565)" /inference="protein motif:superfamily:SSF54909 Dimeric alpha+beta barrel InterPro:IPR011008 Dimeric alpha-beta barrel" /codon_start=1 /transl_table=11 /product="Transcription regulator, putative, AsnC/Lrp family" /protein_id="ACS34451.1" /translation="MKKIEAIILVVARPGTEEKVYEKLKKHPNVKEIYRVYGEYDLIL RVEVDTIEDLDRFHDEVLRRIREIELTETLIASTYGLKEG" gene complement(1873210..1874556) /gene="srp54" /locus_tag="TGAM_1950" /note="tg1950" CDS complement(1873210..1874556) /gene="srp54" /locus_tag="TGAM_1950" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:BlastProDom:PD000819 SR54_PYRAB_Q9V1E8; InterPro:IPR000897 GTP-binding signal recognition particle SRP54, G-domain" /inference="protein motif:BlastProDom:PD002350 CYC1_BACSU_O34577; InterPro:IPR002891 Adenylylsulfate kinase" /inference="protein motif:CDD:Ffh, Signal recognition particle GTPase [Intracellular trafficking and secretion]" /inference="protein motif:CDD:FlhF, Flagellar GTP-binding protein [Cell motility and secretion]" /inference="protein motif:CDD:FtsY, Signal recognition particle GTPase [Intracellular trafficking and secretion]" /inference="protein motif:CDD:SRP, The signal recognition particle (SRP) mediates the transport to or across the plasma membrane in bacteria and the endoplasmic reticulum in eukaryotes" /inference="protein motif:CDD:SRP54, SRP54-type protein, GTPase domain" /inference="protein motif:CDD:SRP54_N, SRP54-type protein, helical bundle domain" /inference="protein motif:CDD:SRP_SPB, Signal peptide binding domain" /inference="protein motif:COG:COG0541 Signal recognition particle GTPase; U Intracellular trafficking, secretion, and vesicular transport" /inference="protein motif:Gene3D:G3D.1.10.260.30 no description" /inference="protein motif:Gene3D:G3D.1.20.120.140 no description" /inference="protein motif:Gene3D:G3D.3.40.50.300 no description" /inference="protein motif:HMMPanther:PTHR11564 GTPASE CONTAINING FAMILY OF SIGNAL RECOGNITION PARTICLE PROTEINS" /inference="protein motif:HMMPanther:PTHR11564:SF1 SIGNAL RECOGNITION PARTICLE 54 KDA PROTEIN" /inference="protein motif:HMMPfam:PF00448 SRP54 InterPro:IPR000897 GTP-binding signal recognition particle SRP54, G-domain" /inference="protein motif:HMMPfam:PF02881 SRP54_N InterPro:IPR000897 GTP-binding signal recognition particle SRP54, G-domain" /inference="protein motif:HMMPfam:PF02978 SRP_SPB InterPro:IPR004125 Signal peptide binding (SRP54) M-domain" /inference="protein motif:HMMPfam:PF03205 MobB InterPro:IPR004435 Molybdopterin-guanine dinucleotide biosynthesis MobB region" /inference="protein motif:HMMSmart:SM00382 no description InterPro:IPR003593 AAA ATPase" /inference="protein motif:ScanRegExp:PS00300 SRP54 InterPro:IPR000897 GTP-binding signal recognition particle SRP54, G-domain" /inference="protein motif:superfamily:SSF47364 Domain of the SRP/SRP receptor G-proteins InterPro:IPR000897 GTP-binding signal recognition particle SRP54, G-domain" /inference="protein motif:superfamily:SSF47446 Signal peptide-binding domain" /inference="protein motif:superfamily:SSF52540 P-loop containing nucleoside triphosphate hydrolases" /codon_start=1 /transl_table=11 /product="Signal recognition particle, subunit SRP54 (srp54)" /protein_id="ACS34452.1" /translation="MALEKLGKALNSALRKLARSSTVDEALIREVVRDIQRALIQSDV NVRLVLQLTKRIQERALNEKPPAGVSPREHVIKIVYEELTKLLGKEAVPLEIREKPTI LLTVGIQGSGKTTTIAKLARHLQKRGYKVGLVCTDTWRPGAYYQLKQLVEPYNIEVFG DPGEKDAIKLAREGVEYFKDKGVDVIIVDTAGRHKEESGLIEEMKQISEAIKPHEVIL VIDGTIGQQAYHQALAFKEATPIGSIIVTKLDGSAKGGGALSAVAATGAPIKFIGVGE KIDDLEPFDPKRFVSRLLGLGDIQGLLEKIEELQKEQEFKEEDVEKFLRGKFNLKDMY AQLEAMQKMGPLKQILQMIPGLGYSLPDEAVRVGEEKLRRYRIIMDSMTEEELENPDI INYSRIKRIARGSGTSTREVRELLAQYNQMRKMFKNLDKRKLAKMAKKFNFGGLGI" gene 1874711..1874920 /locus_tag="TGAM_1951" /note="tg1951" CDS 1874711..1874920 /locus_tag="TGAM_1951" /experiment="gene product confirmed by mass spectrometry" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein" /protein_id="ACS34453.1" /translation="MATVIRRNPALFLRELKEYYDDVWKMPGSEYLKDPDFLVVDQKT GKKAKVSFVVLEDGETVSVVYDEMS" gene 1875011..1876330 /locus_tag="TGAM_1952" /note="tg1952" CDS 1875011..1876330 /locus_tag="TGAM_1952" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:superfamily:SSF48452 TPR-like" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein" /protein_id="ACS34454.1" /translation="MQKKTQTGIGEEVLRIAETIPDPYVRTITLARLGYLLSKSEPQT SVKAFKLAVSSLDYIEDPVLILRAMVSTSRYLRMAGVKELSEGMLHRAYEGALLLRGR VKDSLLVEIIRESLRAGKKRDAILYATDIEDEKLRNRLLLEIVKNLVQEGDLQIARKV LNVFTGEPERSQAIVEIIRGHLTREEFASVLSLLPTIENEYWLETALEETAKSLRGSG VPKATYEKFVEAAKELSERLGKDLLRAFLTGLVEGGDVLGAAEILNSVTRNRESIASY LSRLLIGRPKDLESFVKSLRLSPEEFDGVAKATLDALLEKNPSPEYRGVVEFLGRNTE NERVLVKVATYLAKIGNFETAEEFGRMIDDPYLRSLAFGAIALEKLRREDIDGAIDAV KNVPDAEWGSWLMGEILVKIVEGSLGEYPERELERKAELHRRSIEGS" gene 1876397..1877200 /gene="mtaP-2" /locus_tag="TGAM_1953" /note="tg1953" CDS 1876397..1877200 /gene="mtaP-2" /locus_tag="TGAM_1953" /EC_number="2.4.2.28" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:Mtap_PNP, Phosphorylase family 2" /inference="protein motif:CDD:Pnp, Purine nucleoside phosphorylase [Nucleotide transport and metabolism]" /inference="protein motif:COG:COG0005 Purine nucleoside phosphorylase; F Nucleotide transport and metabolism" /inference="protein motif:Gene3D:G3D.3.40.50.1580 no description" /inference="protein motif:HMMPanther:PTHR11904 NUCLEOSIDE PHOSPHORYLASE InterPro:IPR001369 Purine phosphorylase, family 2 GO:Molecular Function:transferase activity, transferring pentosyl groups (GO:0016763)" /inference="protein motif:HMMPanther:PTHR11904:SF10 METHYLTHIOADENOSINE PHOSPHORYLASE" /inference="protein motif:HMMPfam:PF00896 Mtap_PNP InterPro:IPR001369 Purine phosphorylase, family 2 GO:Molecular Function:transferase activity, transferring pentosyl groups (GO:0016763)" /inference="protein motif:HMMTigr:TIGR01694 MTAP:methylthioadenosine phosphorylase InterPro:IPR010044 Methylthioadenosine phosphorylase GO:Molecular Function:transferase activity, transferring pentosyl groups (GO:0016763)" /inference="protein motif:ScanRegExp:PS01240 PNP_MTAP_2 InterPro:IPR001369 Purine phosphorylase, family 2 GO:Molecular Function:transferase activity, transferring pentosyl groups (GO:0016763)" /inference="protein motif:superfamily:SSF53167 Purine and uridine phosphorylases" /codon_start=1 /transl_table=11 /product="Methylthioadenosine phosphorylase (mtaP)" /protein_id="ACS34455.1" /translation="MVRIAIIGGSGVYDPKLLENVREEIVETPYGTVRVKIGTYRGEE IAFLPRHGEKHSVPPHKINYHANIWALHELGVERILATSAVGSLNLDMKPGDFVVLDQ LMDFTKTRHYTFYDGEDSPHDRKFVAHVDFTDPYCPELRKALITAAKELGFTYHPTGT YSCMEGPRFETRAEIRALKILGADVVGMTQCPEAVLARELEMCYASVAIVTNYAAGIS REKLTHTEVVELMAKKGEEIKLLLMKAVEHIPKERRCPCKDALKGATGE" gene complement(1877463..1877539) /locus_tag="TGAM_r046" /note="tg_tRNA-Gly3" tRNA complement(1877463..1877539) /locus_tag="TGAM_r046" /product="tRNA-Gly" /note="codon recognized: GGC" gene 1877623..1878090 /locus_tag="TGAM_1954" /note="tg1954" CDS 1877623..1878090 /locus_tag="TGAM_1954" /note="1 probable transmembrane helix predicted by modhmm" /codon_start=1 /transl_table=11 /product="Hypothetical protein" /protein_id="ACS34456.1" /translation="MEPVKRAQSSLEYLLIAVVALIVIAVAVKYTLPASKGTPITGIA YIDPELSPEKPGYTHPVTWIVYRYPEGCKATKNCDFYVSVNLHYYPDSNKYRVYVYAN GDGDKIREVHVRLCNGKSATWHFPEDKGKIKIKGAQLTEEDFPCELYVMAYMR" gene 1878135..1878212 /locus_tag="TGAM_r047" /note="tg_tRNA-Arg5" tRNA 1878135..1878212 /locus_tag="TGAM_r047" /product="tRNA-Arg" /note="codon recognized: CGC" gene 1878953..1879714 /locus_tag="TGAM_1955" /note="tg1955" CDS 1878953..1879714 /locus_tag="TGAM_1955" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:COG:COG0639 Diadenosine tetraphosphatase and related serine/threonine protein phosphatases; T Signal transduction mechanisms" /inference="protein motif:Gene3D:G3D.3.60.21.10 no description" /inference="protein motif:HMMPIR:PIRSF000883 Predicted phosphoesterase, MJ0912 type InterPro:IPR011152 Phosphoesterase MJ0912" /inference="protein motif:superfamily:SSF56300 Metallo-dependent phosphatases" /codon_start=1 /transl_table=11 /product="Metallophosphoesterase, MJ0912 type" /protein_id="ACS34457.1" /translation="MVYVAVLANINGNLPALAKALEKIEALKEEGYEIEKYYVLGNII GLFPYPGEVLDTLDDLIRHNVVKVIRGEFDQVIAASDPHAEGPDYIDRLNYPDYIKKA LKYTWEKLGHEGREFIRDLPIYLVDKIGKNDIFGVYGSPLNPFEGQVLPDQPTSYYEA IMRPVKDYEILFVASPKYPVNAMTRYGRVICPGSIGYPPGKNHKATFALVDVDTLHAK FIEVDYENEKKLIEEKIKKEGLPEELIKILYRGKV" gene complement(1879723..1880076) /locus_tag="TGAM_1956" /note="tg1956" CDS complement(1879723..1880076) /locus_tag="TGAM_1956" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:COG2383, Uncharacterized conserved protein [Function unknown]" /inference="protein motif:CDD:FUN14, FUN14 family" /inference="protein motif:COG:COG2383 Uncharacterized conserved protein; S Function unknown" /inference="protein motif:HMMPfam:PF04930 FUN14 InterPro:IPR007014 FUN14" /note="Belongs to FUN14 family; 3 probable transmembrane helices predicted by modhmm" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein" /protein_id="ACS34458.1" /translation="MGQKTILIPIPYFWVVVSMQFDINGMIGDLGVGGITGFITGYAL KKFMKIVMTIIGAYILSLFWLQQKGVITINTEKLFNLTGSVTSQVVSLGQKALGLLPG TGAFVAGFYLGFQKG" gene 1880135..1880476 /locus_tag="TGAM_1957" /note="tg1957" CDS 1880135..1880476 /locus_tag="TGAM_1957" /inference="protein motif:CDD:COG1695, Predicted transcriptional regulators [Transcription]" /inference="protein motif:CDD:PadR, Transcriptional regulator PadR-like family" /inference="protein motif:COG:COG1695 Predicted transcriptional regulators; K Transcription" /inference="protein motif:Gene3D:G3D.1.10.10.10 no description InterPro:IPR011991 Winged helix repressor DNA-binding" /inference="protein motif:HMMPfam:PF03551 PadR InterPro:IPR005149 Transcriptional regulator PadR-like" /inference="protein motif:superfamily:SSF46785 'Winged helix' DNA-binding domain" /codon_start=1 /transl_table=11 /product="Transcription regulator, PadR-like family" /protein_id="ACS34459.1" /translation="MASPMERLQDKVTKEVLWLYILKLLKERPMYAYELKQEIKKAFG FEPATVSSYVVLYKLEKDGYVKAKWQEGLSGKPSRKYYELTPQGEKLLEEGLAFLEET LSKLKGNPKKG" gene complement(1880506..1880661) /gene="rpl40E" /locus_tag="TGAM_1958" /note="tg1958" CDS complement(1880506..1880661) /gene="rpl40E" /locus_tag="TGAM_1958" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:COG:COG1552 Ribosomal protein L40E; J Translation, ribosomal structure and biogenesis" /inference="protein motif:superfamily:SSF90209 Znf265, first zinc-finger domain" /codon_start=1 /transl_table=11 /product="LSU ribosomal protein L40E (rpl40E)" /protein_id="ACS34460.1" /translation="MARFPEAEARIFRKLICMRCGATNPWGAKKCRKCGYKGLRPKAR EPRGGGR" gene complement(1880721..1880808) /locus_tag="TGAM_r048" /note="tg_tRNA-Leu4" tRNA complement(1880721..1880808) /locus_tag="TGAM_r048" /product="tRNA-Leu" /note="codon recognized: UUA" gene complement(1880850..1881455) /gene="rps2P" /locus_tag="TGAM_1959" /note="tg1959" CDS complement(1880850..1881455) /gene="rps2P" /locus_tag="TGAM_1959" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:Ribosomal_S2, Ribosomal protein S2" /inference="protein motif:COG:COG0052 Ribosomal protein S2; J Translation, ribosomal structure and biogenesis" /inference="protein motif:FPrintScan:PR00395 RIBOSOMALS2 InterPro:IPR001865 Ribosomal protein S2 GO:Molecular Function:structural constituent of ribosome (GO:0003735), Cellular Component:intracellular (GO:0005622), Cellular Component:ribosome (GO:0005840), Biological Process:protein biosynthesis (GO:0006412)" /inference="protein motif:Gene3D:G3D.3.40.50.1990 no description" /inference="protein motif:HMMPanther:PTHR11489 40S RIBOSOMAL PROTEIN SA-RELATED" /inference="protein motif:HMMPanther:PTHR11489:SF8 30S RIBOSOMAL PROTEIN S2P" /inference="protein motif:HMMPfam:PF00318 Ribosomal_S2 InterPro:IPR001865 Ribosomal protein S2 GO:Molecular Function:structural constituent of ribosome (GO:0003735), Cellular Component:intracellular (GO:0005622), Cellular Component:ribosome (GO:0005840), Biological Process:protein biosynthesis (GO:0006412)" /inference="protein motif:HMMTigr:TIGR01012 Sa_S2_E_A:ribosomal protein S2 InterPro:IPR005707 Ribosomal protein S2, eukaryotic and archaeal form GO:Molecular Function:structural constituent of ribosome (GO:0003735), Biological Process:protein biosynthesis (GO:0006412), Cellular Component:small ribosomal subunit (GO:0015935)" /inference="protein motif:ScanRegExp:PS00962 RIBOSOMAL_S2_1 InterPro:IPR001865 Ribosomal protein S2 GO:Molecular Function:structural constituent of ribosome (GO:0003735), Cellular Component:intracellular (GO:0005622), Cellular Component:ribosome (GO:0005840), Biological Process:protein biosynthesis (GO:0006412)" /inference="protein motif:ScanRegExp:PS00963 RIBOSOMAL_S2_2 InterPro:IPR001865 Ribosomal protein S2 GO:Molecular Function:structural constituent of ribosome (GO:0003735), Cellular Component:intracellular (GO:0005622), Cellular Component:ribosome (GO:0005840), Biological Process:protein biosynthesis (GO:0006412)" /inference="protein motif:superfamily:SSF52313 Ribosomal protein S2 InterPro:IPR001865 Ribosomal protein S2 GO:Molecular Function:structural constituent of ribosome (GO:0003735), Cellular Component:intracellular (GO:0005622), Cellular Component:ribosome (GO:0005840), Biological Process:protein biosynthesis (GO:0006412)" /codon_start=1 /transl_table=11 /product="SSU ribosomal protein S2P (rps2P)" /protein_id="ACS34461.1" /translation="MEEYLVPLDQYLAAGVHIGTQQKTQDMKKFIYRVRQDGLYVLDV RKTDERLRIAGKFLAKFDPESILAVSVRLYGQKPVKKFGEVTGARTIPGRFLPGTMTN PQVKNFFEPDVIIVTDPRADHQAMKEAIEVGIPIVALVDTENFLSYVDLAIPTNNKGR KALALIYWILAREILYNRKEIESREDFKVPVEDFEMRIIRT" gene complement(1881471..1882496) /gene="eno-2" /locus_tag="TGAM_1960" /note="tg1960" CDS complement(1881471..1882496) /gene="eno-2" /locus_tag="TGAM_1960" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:BlastProDom:PD000902 ENO_METTH_O26149; InterPro:IPR000941 Enolase GO:Cellular Component:phosphopyruvate hydratase complex (GO:0000015), Molecular Function:phosphopyruvate hydratase activity (GO:0004634), Biological Process:glycolysis (GO:0006096)" /inference="protein motif:CDD:Eno, Enolase [Carbohydrate transport and metabolism]" /inference="protein motif:CDD:enolase, Enolase:Enolases are homodimeric enzymes that catalyse the reversible dehydration of 2-phospho-D-glycerate to phosphoenolpyruvate as part of the glycolytic and gluconeogenesis pathways" /inference="protein motif:CDD:Enolase_N, Enolase, N-terminal domain" /inference="protein motif:COG:COG0148 Enolase; G Carbohydrate transport and metabolism" /inference="protein motif:FPrintScan:PR00148 ENOLASE InterPro:IPR000941 Enolase GO:Cellular Component:phosphopyruvate hydratase complex (GO:0000015), Molecular Function:phosphopyruvate hydratase activity (GO:0004634), Biological Process:glycolysis (GO:0006096)" /inference="protein motif:Gene3D:G3D.3.20.20.120 no description" /inference="protein motif:Gene3D:G3D.3.30.390.10 no description" /inference="protein motif:HMMPanther:PTHR11902 ENOLASE InterPro:IPR000941 Enolase GO:Cellular Component:phosphopyruvate hydratase complex (GO:0000015), Molecular Function:phosphopyruvate hydratase activity (GO:0004634), Biological Process:glycolysis (GO:0006096)" /inference="protein motif:HMMPfam:PF03952 Enolase_N InterPro:IPR000941 Enolase GO:Cellular Component:phosphopyruvate hydratase complex (GO:0000015), Molecular Function:phosphopyruvate hydratase activity (GO:0004634), Biological Process:glycolysis (GO:0006096)" /inference="protein motif:superfamily:SSF51604 Enolase C-terminal domain-like" /inference="protein motif:superfamily:SSF54826 Enolase N-terminal domain-like" /codon_start=1 /transl_table=11 /product="Enolase-related protein (eno)" /protein_id="ACS34462.1" /translation="MTIIENVIGRVAVLRGGKYSVEVDVITSSGFGRFAAPIDEDPHL YIAEAHRAVSEVDEIIGPELIGFDASEQELIDSYLWEIDGTDDFSHIGANTALAVSIA VAKAAASVKRLPLYSYIGGTFTTELPVPILEFAEDELFEYYVLVRDIMEITDVVDAVN KVLGTTEAISLRALSEATEEAGKELGLEVSLGIALKSEIETEELLNLVEDNNIAYVKP VGSEELFLELIAGTHGVFIDGEHLFRERGIIDRRYYNALSIKPINLGTLTDLYNLVND VKSERITPILAEARYESADEALPHLAVGLKCPAMILGKDSVAKMNELNRIAEDLGERG RLITFEE" gene complement(1882503..1882676) /gene="rpoK" /locus_tag="TGAM_1961" /note="tg1961" CDS complement(1882503..1882676) /gene="rpoK" /locus_tag="TGAM_1961" /EC_number="2.7.7.6" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:COG:COG1758 DNA-directed RNA polymerase, subunit K/omega; K Transcription" /inference="protein motif:Gene3D:G3D.3.90.940.10 no description InterPro:IPR012293 RNA polymerase subunit, RPB6/omega GO:Molecular Function:DNA binding (GO:0003677), Cellular Component:RNA polymerase complex (GO:0030880), Biological Process:regulation of transcription (GO:0045449)" /inference="protein motif:HMMPanther:PTHR10773 DNA-DIRECTED RNA POLYMERASE SUBUNIT RPB6 InterPro:IPR006111 DNA-directed RNA polymerase, 14 to 18 kDa subunit GO:Molecular Function:DNA binding (GO:0003677), Molecular Function:DNA-directed RNA polymerase activity (GO:0003899), Biological Process:transcription, DNA-dependent (GO:0006351)" /inference="protein motif:HMMPanther:PTHR10773:SF1 DNA-DIRECTED RNA POLYMERASE SUBUNIT RPB6" /inference="protein motif:HMMPfam:PF01192 RNA_pol_Rpb6 InterPro:IPR006110 RNA polymerase Rpb6 GO:Molecular Function:DNA binding (GO:0003677), Molecular Function:DNA-directed RNA polymerase activity (GO:0003899), Biological Process:transcription, DNA-dependent (GO:0006351)" /inference="protein motif:HMMPIR:PIRSF000778 DNA-directed RNA polymerase, subunit K/RPB6" /inference="protein motif:ScanRegExp:PS01111 RNA_POL_K_14KD InterPro:IPR006111 DNA-directed RNA polymerase, 14 to 18 kDa subunit GO:Molecular Function:DNA binding (GO:0003677), Molecular Function:DNA-directed RNA polymerase activity (GO:0003899), Biological Process:transcription, DNA-dependent (GO:0006351)" /inference="protein motif:superfamily:SSF55287 RPB5-like RNA polymerase subunit InterPro:IPR009026 RNA polymerase subunit, RPB5/RPB6-like" /codon_start=1 /transl_table=11 /product="DNA-directed RNA polymerase subunit K (rpoK)" /protein_id="ACS34463.1" /translation="MFRYTRFEKARIIGARALQIALGAPVLVDVPEGSTPLQAAIIEF EKGIIPITVIRPS" gene complement(1882707..1882784) /locus_tag="TGAM_r049" /note="tg_tRNA-Pro3" tRNA complement(1882707..1882784) /locus_tag="TGAM_r049" /product="tRNA-Pro" /note="codon recognized: CCC" gene complement(1882802..1883014) /gene="rpoN" /locus_tag="TGAM_1962" /note="tg1962" CDS complement(1882802..1883014) /gene="rpoN" /locus_tag="TGAM_1962" /EC_number="2.7.7.6" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:BlastProDom:PD006539 RPON_PYRHO_O59298; InterPro:IPR000268 RNA polymerases N/8 Kd subunits GO:Molecular Function:DNA-directed RNA polymerase activity (GO:0003899), Biological Process:transcription (GO:0006350)" /inference="protein motif:CDD:RNA_pol_N, RNA polymerases N / 8 kDa subunit" /inference="protein motif:COG:COG1644 DNA-directed RNA polymerase, subunit N (RpoN/RPB10); K Transcription" /inference="protein motif:Gene3D:G3D.1.10.10.60 no description InterPro:IPR012287 Homeodomain-related GO:Molecular Function:DNA binding (GO:0003677), Biological Process:regulation of transcription (GO:0045449)" /inference="protein motif:HMMPanther:PTHR13893 DNA-DIRECTED RNA POLYMERASE II, SUBUNIT N" /inference="protein motif:HMMPanther:PTHR13893:SF1 DNA-DIRECTED RNA POLYMERASE II, SUBUNIT N" /inference="protein motif:HMMPfam:PF01194 RNA_pol_N InterPro:IPR000268 RNA polymerases N/8 Kd subunits GO:Molecular Function:DNA-directed RNA polymerase activity (GO:0003899), Biological Process:transcription (GO:0006350)" /inference="protein motif:ScanRegExp:PS01112 RNA_POL_N_8KD InterPro:IPR000268 RNA polymerases N/8 Kd subunits GO:Molecular Function:DNA-directed RNA polymerase activity (GO:0003899), Biological Process:transcription (GO:0006350)" /inference="protein motif:superfamily:SSF46924 RNA polymerase subunit RPB10" /codon_start=1 /transl_table=11 /product="DNA-directed RNA polymerase subunit N (rpoN)" /protein_id="ACS34464.1" /translation="MRCEKMIVPVRCFTCGKVLADKYYEFRKRVEAGEDPGKVLDDLG VERYCCRRTLLSHVELIDQVMVYKVY" gene complement(1883033..1883440) /gene="rps9P" /locus_tag="TGAM_1963" /note="tg1963" CDS complement(1883033..1883440) /gene="rps9P" /locus_tag="TGAM_1963" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:BlastProDom:PD001627 RS9_PYRFU_Q8U0E7; InterPro:IPR000754 Ribosomal protein S9 GO:Molecular Function:structural constituent of ribosome (GO:0003735), Cellular Component:intracellular (GO:0005622), Cellular Component:ribosome (GO:0005840), Biological Process:protein biosynthesis (GO:0006412)" /inference="protein motif:CDD:Ribosomal_S9, Ribosomal protein S9/S16" /inference="protein motif:COG:COG0103 Ribosomal protein S9; J Translation, ribosomal structure and biogenesis" /inference="protein motif:Gene3D:G3D.3.30.230.20 no description" /inference="protein motif:HMMPanther:PTHR11545 RIBOSOMAL PROTEIN S9" /inference="protein motif:HMMPanther:PTHR11545:SF12 30S RIBOSOMAL PROTEIN S9P" /inference="protein motif:HMMPfam:PF00380 Ribosomal_S9 InterPro:IPR000754 Ribosomal protein S9 GO:Molecular Function:structural constituent of ribosome (GO:0003735), Cellular Component:intracellular (GO:0005622), Cellular Component:ribosome (GO:0005840), Biological Process:protein biosynthesis (GO:0006412)" /inference="protein motif:ScanRegExp:PS00360 RIBOSOMAL_S9 InterPro:IPR000754 Ribosomal protein S9 GO:Molecular Function:structural constituent of ribosome (GO:0003735), Cellular Component:intracellular (GO:0005622), Cellular Component:ribosome (GO:0005840), Biological Process:protein biosynthesis (GO:0006412)" /inference="protein motif:superfamily:SSF54211 Ribosomal protein S5 domain 2-like" /codon_start=1 /transl_table=11 /product="SSU ribosomal protein S9P (rps9P)" /protein_id="ACS34465.1" /translation="MRVIQTAGKRKTAIARATIREGKGRVRINHKPVEIIEPEIARFT IMEPLILAGEEIVSKVDIDVKVEGGGFMGQAEAARVAIARALVEWTNDMNLKEKFMKY DRTMLVGDSRRTEPHKPNRSTKGPRAKRQKSYR" gene complement(1883451..1883879) /gene="rpl13P" /locus_tag="TGAM_1964" /note="tg1964" CDS complement(1883451..1883879) /gene="rpl13P" /locus_tag="TGAM_1964" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:BlastProDom:PD001791 RL13_THEMA_Q9X1G5; InterPro:IPR005822 Ribosomal protein L13 GO:Molecular Function:structural constituent of ribosome (GO:0003735), Cellular Component:intracellular (GO:0005622), Cellular Component:ribosome (GO:0005840), Biological Process:protein biosynthesis (GO:0006412)" /inference="protein motif:CDD:Ribosomal_L13, Ribosomal protein L13" /inference="protein motif:COG:COG0102 Ribosomal protein L13; J Translation, ribosomal structure and biogenesis" /inference="protein motif:HMMPanther:PTHR11545 RIBOSOMAL PROTEIN S9" /inference="protein motif:HMMPanther:PTHR11545:SF10 MITOCHONDRIAL RIBOSOMAL PROTEIN L13" /inference="protein motif:HMMPfam:PF00572 Ribosomal_L13 InterPro:IPR005822 Ribosomal protein L13 GO:Molecular Function:structural constituent of ribosome (GO:0003735), Cellular Component:intracellular (GO:0005622), Cellular Component:ribosome (GO:0005840), Biological Process:protein biosynthesis (GO:0006412)" /inference="protein motif:HMMTigr:TIGR01077 L13_A_E:ribosomal protein L13 InterPro:IPR005755 Ribosomal protein L13, archea and eukaryotic form GO:Molecular Function:structural constituent of ribosome (GO:0003735), Biological Process:protein biosynthesis (GO:0006412), Cellular Component:large ribosomal subunit (GO:0015934)" /inference="protein motif:ScanRegExp:PS00783 RIBOSOMAL_L13 InterPro:IPR005822 Ribosomal protein L13 GO:Molecular Function:structural constituent of ribosome (GO:0003735), Cellular Component:intracellular (GO:0005622), Cellular Component:ribosome (GO:0005840), Biological Process:protein biosynthesis (GO:0006412)" /inference="protein motif:superfamily:SSF52161 Ribosomal protein L13 InterPro:IPR005822 Ribosomal protein L13 GO:Molecular Function:structural constituent of ribosome (GO:0003735), Cellular Component:intracellular (GO:0005622), Cellular Component:ribosome (GO:0005840), Biological Process:protein biosynthesis (GO:0006412)" /codon_start=1 /transl_table=11 /product="LSU ribosomal protein L13P (rpl13P)" /protein_id="ACS34466.1" /translation="MRIINAEGLILGRLASKVAKMLLEGEEVVIVNAEKAIITGNRED IFAKYKQRTELRTRTNPRRGPFYPKRSDEIVRRTVRGMLPWKTDRGRKAFKRLKVYVG VPKEFEGKELETISEAHMSRLATPKYVTVGEVAKFLGGKF" gene complement(1883886..1884251) /gene="rpl18E" /locus_tag="TGAM_1965" /note="tg1965" CDS complement(1883886..1884251) /gene="rpl18E" /locus_tag="TGAM_1965" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:RPL18A, Ribosomal protein L18E [Translation, ribosomal structure and biogenesis]" /inference="protein motif:COG:COG1727 Ribosomal protein L18E; J Translation, ribosomal structure and biogenesis" /inference="protein motif:HMMPanther:PTHR11721 60S RIBOSOMAL PROTEIN L27A/50S RIBSOMAL PROTEIN L15P" /inference="protein motif:HMMPanther:PTHR11721:SF2 50S RIBOSOMAL PROTEIN L15P" /inference="protein motif:HMMPfam:PF00256 L15 InterPro:IPR001196 Ribosomal protein L15 GO:Molecular Function:structural constituent of ribosome (GO:0003735), Cellular Component:intracellular (GO:0005622), Cellular Component:ribosome (GO:0005840), Biological Process:protein biosynthesis (GO:0006412)" /inference="protein motif:ScanRegExp:PS01106 RIBOSOMAL_L18E InterPro:IPR000039 Ribosomal protein L18e GO:Molecular Function:structural constituent of ribosome (GO:0003735), Cellular Component:intracellular (GO:0005622), Cellular Component:ribosome (GO:0005840), Biological Process:protein biosynthesis (GO:0006412)" /inference="protein motif:superfamily:SSF52080 Ribosomal proteins L15p and L18e" /codon_start=1 /transl_table=11 /product="LSU ribosomal protein L18E (rpl18E)" /protein_id="ACS34467.1" /translation="MVKRTGPTDINLRRLIRYLRKKSNEEGVRIWKDIAWRLERPRRQ RAEVNVSKINRYTKEGDVVIVPGSVLGAGKLEHRVTVAAWKFSETAKRKILEAGGEAI TIEELMERNPKGSGVIIME" gene complement(1884314..1884398) /locus_tag="TGAM_r050" /note="tg_tRNA-Leu5" tRNA complement(1884314..1884398) /locus_tag="TGAM_r050" /product="tRNA-Leu" /note="codon recognized: UUG" gene complement(1884401..1885183) /gene="rpoD" /locus_tag="TGAM_1966" /note="tg1966" CDS complement(1884401..1885183) /gene="rpoD" /locus_tag="TGAM_1966" /EC_number="2.7.7.6" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:RNA_pol_A_bac, RNA polymerase Rpb3/RpoA insert domain" /inference="protein motif:CDD:RpoA, DNA-directed RNA polymerase, alpha subunit/40 kD subunit [Transcription]" /inference="protein motif:CDD:RPOLD, RNA polymerases D; DNA-directed RNA polymerase subunit D and bacterial alpha chain" /inference="protein motif:COG:COG0202 DNA-directed RNA polymerase, alpha subunit/40 kD subunit; K Transcription" /inference="protein motif:Gene3D:G3D.2.170.120.12 no description" /inference="protein motif:HMMPanther:PTHR11800 DNA-DIRECTED RNA POLYMERASE SUBUNIT D" /inference="protein motif:HMMPanther:PTHR11800:SF4 DNA-DIRECTED RNA POLYMERASE SUBUNIT D" /inference="protein motif:HMMPfam:PF01000 RNA_pol_A_bac InterPro:IPR011262 RNA polymerase, insert GO:Molecular Function:DNA-directed RNA polymerase activity (GO:0003899), Biological Process:transcription (GO:0006350), Molecular Function:protein dimerization activity (GO:0046983)" /inference="protein motif:HMMPfam:PF01193 RNA_pol_L InterPro:IPR011261 RNA polymerase, dimerisation GO:Molecular Function:DNA-directed RNA polymerase activity (GO:0003899), Biological Process:transcription (GO:0006350), Molecular Function:protein dimerization activity (GO:0046983)" /inference="protein motif:HMMSmart:SM00662 no description InterPro:IPR011263 RNA polymerase, RpoA/D/Rpb3-type GO:Molecular Function:DNA-directed RNA polymerase activity (GO:0003899), Biological Process:transcription (GO:0006350)" /inference="protein motif:ScanRegExp:PS00446 RNA_POL_D_30KD InterPro:IPR001514 DNA-directed RNA polymerase, 30-40 kDa subunit GO:Molecular Function:DNA binding (GO:0003677), Molecular Function:DNA-directed RNA polymerase activity (GO:0003899), Cellular Component:nucleus (GO:0005634), Biological Process:transcription (GO:0006350)" /inference="protein motif:superfamily:SSF55257 RBP11-like subunits of RNA polymerase InterPro:IPR009025 RNA polymerase, RBP11-like GO:Molecular Function:DNA binding (GO:0003677), Molecular Function:DNA-directed RNA polymerase activity (GO:0003899), Biological Process:transcription (GO:0006350)" /codon_start=1 /transl_table=11 /product="DNA-directed RNA polymerase subunit D (rpoD)" /protein_id="ACS34468.1" /translation="MEPKFEIFERREDAIKFILRGVDVPFANALRRTILAEVPTFAVD EVEFFENDSALFDEIIAHRLAMIPLTTPVERFSLDALELDDYTVTLSLQAEGPGMVYS GDLKSDDEGVKPANPNIPIVKLAEGQKLTFNAYAKLGRGKDHAKWQPGFVYYKYLTEI HVSKEVPDWEELKELAERRGLPVEEKKDEIIIKTIKAFYLPRKFEAYEGDKIREEIIP GAFVFTVETNGELPVEEIVSIALKILMRKSDRFINELHKLAD" gene complement(1885213..1885629) /gene="rps11P" /locus_tag="TGAM_1967" /note="tg1967" CDS complement(1885213..1885629) /gene="rps11P" /locus_tag="TGAM_1967" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:BlastProDom:PD001010 RS11_PYRHO_O59304; InterPro:IPR001971 Ribosomal protein S11 GO:Molecular Function:structural constituent of ribosome (GO:0003735), Cellular Component:intracellular (GO:0005622), Cellular Component:ribosome (GO:0005840), Biological Process:protein biosynthesis (GO:0006412)" /inference="protein motif:CDD:Ribosomal_S11, Ribosomal protein S11" /inference="protein motif:CDD:RpsK, Ribosomal protein S11 [Translation, ribosomal structure and biogenesis]" /inference="protein motif:COG:COG0100 Ribosomal protein S11; J Translation, ribosomal structure and biogenesis" /inference="protein motif:Gene3D:G3D.3.30.420.80 no description" /inference="protein motif:HMMPanther:PTHR11759 40S RIBOSOMAL PROTEIN S14/30S RIBOSOMAL PROTEIN S11 InterPro:IPR001971 Ribosomal protein S11 GO:Molecular Function:structural constituent of ribosome (GO:0003735), Cellular Component:intracellular (GO:0005622), Cellular Component:ribosome (GO:0005840), Biological Process:protein biosynthesis (GO:0006412)" /inference="protein motif:HMMPanther:PTHR11759:SF2 40S RIBOSOMAL PROTEIN S14" /inference="protein motif:HMMPfam:PF00411 Ribosomal_S11 InterPro:IPR001971 Ribosomal protein S11 GO:Molecular Function:structural constituent of ribosome (GO:0003735), Cellular Component:intracellular (GO:0005622), Cellular Component:ribosome (GO:0005840), Biological Process:protein biosynthesis (GO:0006412)" /inference="protein motif:ScanRegExp:PS00054 RIBOSOMAL_S11 InterPro:IPR001971 Ribosomal protein S11 GO:Molecular Function:structural constituent of ribosome (GO:0003735), Cellular Component:intracellular (GO:0005622), Cellular Component:ribosome (GO:0005840), Biological Process:protein biosynthesis (GO:0006412)" /inference="protein motif:superfamily:SSF53137 Translational machinery components" /codon_start=1 /transl_table=11 /product="SSU ribosomal protein S11P (rps11P)" /protein_id="ACS34469.1" /translation="MSEEGQVNLKKKEKWGVAHIYSSYNNTIIHITDITGAETVSRWS GGMVVKADRDEPSPYAAMIAARRAAEEAMEKGFVGVHIKVRAPGGSKSKSPGPGAQAA IRALARAGLRIGRVEDVTPIPHDGTRPKGGRRGRRV" gene complement(1885626..1886168) /gene="rps4P" /locus_tag="TGAM_1968" /note="tg1968" CDS complement(1885626..1886168) /gene="rps4P" /locus_tag="TGAM_1968" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:RpsD, Ribosomal protein S4 and related proteins [Translation, ribosomal structure and biogenesis]" /inference="protein motif:COG:COG0522 Ribosomal protein S4 and related proteins; J Translation, ribosomal structure and biogenesis" /inference="protein motif:Gene3D:G3D.3.10.290.10 no description" /inference="protein motif:HMMPanther:PTHR11831 30S RIBOSOMAL PROTEIN S4P / 40S RIBOSOMAL PROTEIN S9 InterPro:IPR001912 Ribosomal protein S4 GO:Molecular Function:structural constituent of ribosome (GO:0003735), Cellular Component:intracellular (GO:0005622), Cellular Component:ribosome (GO:0005840), Biological Process:protein biosynthesis (GO:0006412)" /inference="protein motif:HMMPanther:PTHR11831:SF2 30S RIBOSOMAL PROTEIN S4P" /inference="protein motif:HMMPfam:PF01479 S4 InterPro:IPR002942 RNA-binding S4 GO:Molecular Function:RNA binding (GO:0003723)" /inference="protein motif:HMMSmart:SM00363 no description InterPro:IPR002942 RNA-binding S4 GO:Molecular Function:RNA binding (GO:0003723)" /inference="protein motif:HMMTigr:TIGR01018 rpsD_arch:ribosomal protein S4 InterPro:IPR005710 Ribosomal protein S4/9, eukaryotic and archaeal form GO:Molecular Function:structural constituent of ribosome (GO:0003735), Biological Process:protein biosynthesis (GO:0006412), Cellular Component:small ribosomal subunit (GO:0015935)" /inference="protein motif:ProfileScan:PS50889 S4 InterPro:IPR002942 RNA-binding S4 GO:Molecular Function:RNA binding (GO:0003723)" /inference="protein motif:ScanRegExp:PS00632 RIBOSOMAL_S4 InterPro:IPR001912 Ribosomal protein S4 GO:Molecular Function:structural constituent of ribosome (GO:0003735), Cellular Component:intracellular (GO:0005622), Cellular Component:ribosome (GO:0005840), Biological Process:protein biosynthesis (GO:0006412)" /inference="protein motif:superfamily:SSF55174 Alpha-L RNA-binding motif" /codon_start=1 /transl_table=11 /product="SSU ribosomal protein S4P (rps4P)" /protein_id="ACS34470.1" /translation="MGDPKRQRKKYETPSHPWIKERLDRERVLKRKYALKNKKELWRH ETQLKEFRRRARRLLAARGKQAEIERQQLLQRLHRLGLLPADAALDDVLSLTVEDVLE RRLQTLVYKKGLARTIRQARQLIVHGHIEVNGQIIRSPGYLVLREEEDTITYAKNSPF AKESHPERMVIEQAKQGGEA" gene complement(1886179..1886628) /gene="rps13P" /locus_tag="TGAM_1969" /note="tg1969" CDS complement(1886179..1886628) /gene="rps13P" /locus_tag="TGAM_1969" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:BlastProDom:PD001363 RS13_PYRHO_O74021; InterPro:IPR001892 Ribosomal protein S13" /inference="protein motif:CDD:Ribosomal_S13, Ribosomal protein S13/S18" /inference="protein motif:CDD:RpsM, Ribosomal protein S13 [Translation, ribosomal structure and biogenesis]" /inference="protein motif:COG:COG0099 Ribosomal protein S13; J Translation, ribosomal structure and biogenesis" /inference="protein motif:Gene3D:G3D.1.10.8.50 no description" /inference="protein motif:Gene3D:G3D.4.10.910.10 no description" /inference="protein motif:HMMPanther:PTHR10871 30S RIBOSOMAL PROTEIN S13-RELATED InterPro:IPR001892 Ribosomal protein S13" /inference="protein motif:HMMPanther:PTHR10871:SF4 30S RIBOSOMAL PROTEIN S13P/S18E" /inference="protein motif:HMMPfam:PF00416 Ribosomal_S13 InterPro:IPR001892 Ribosomal protein S13" /inference="protein motif:ProfileScan:PS50159 RIBOSOMAL_S13_2 InterPro:IPR001892 Ribosomal protein S13" /inference="protein motif:ScanRegExp:PS00646 RIBOSOMAL_S13_1 InterPro:IPR001892 Ribosomal protein S13" /inference="protein motif:superfamily:SSF46946 S13-like H2TH domain InterPro:IPR010979 Ribosomal protein S13-like, H2TH" /codon_start=1 /transl_table=11 /product="SSU ribosomal protein S13P (rps13P)" /protein_id="ACS34471.1" /translation="MTENFRHIVRVAGVDLDGHKQLRWALTGIKGIGINFATMVLRVA GLDPYMKAGYLTDEQVKLIEKILEDPVAHGIPAWAVNRPKDYETGKDMHLITAKLVMA WREDINRLRRIRAYRGIRHELGLPLRGQRTRSNFRHGTTVGVSRRKK" gene complement(1886670..1886756) /locus_tag="TGAM_r051" /note="tg_tRNA-Ser4" tRNA complement(1886670..1886756) /locus_tag="TGAM_r051" /product="tRNA-Ser" /note="codon recognized: UCA" gene complement(1886743..1887330) /gene="rsmC" /locus_tag="TGAM_1970" /note="tg1970" CDS complement(1886743..1887330) /gene="rsmC" /locus_tag="TGAM_1970" /EC_number="2.1.1.171" /inference="protein motif:CDD:COG4123, Predicted O-methyltransferase [General function prediction only]" /inference="protein motif:CDD:HemK, Methylase of polypeptide chain release factors [Translation, ribosomal structure and biogenesis]" /inference="protein motif:CDD:PrmA, Ribosomal protein L11 methylase [Translation, ribosomal structure and biogenesis]" /inference="protein motif:CDD:PrmA, Ribosomal protein L11 methyltransferase (PrmA)" /inference="protein motif:CDD:RsmC, 16S RNA G1207 methylase RsmC [Translation, ribosomal structure and biogenesis]" /inference="protein motif:CDD:TrmA, SAM-dependent methyltransferases related to tRNA (uracil-5-)-methyltransferase [Translation, ribosomal structure and biogenesis]" /inference="protein motif:COG:COG2813 16S RNA G1207 methylase RsmC; J Translation, ribosomal structure and biogenesis" /inference="protein motif:Gene3D:G3D.3.40.50.150 no description" /inference="protein motif:HMMPanther:PTHR18895 PROTOPORPHIROGEN OXIDASE-RELATED" /inference="protein motif:HMMPanther:PTHR18895:SF25 METHYLASE-RELATED" /inference="protein motif:HMMPfam:PF05175 MTS InterPro:IPR007848 Methyltransferase small GO:Molecular Function:methyltransferase activity (GO:0008168)" /inference="protein motif:ProfileScan:PS50193 SAM_BIND InterPro:IPR000051 SAM (and some other nucleotide) binding motif GO:Molecular Function:S-adenosylmethionine-dependent methyltransferase activity (GO:0008757)" /inference="protein motif:superfamily:SSF53335 S-adenosyl-L-methionine-dependent methyltransferases" /codon_start=1 /transl_table=11 /product="Ribosomal RNA small subunit methyltransferase C (rsmC)" /protein_id="ACS34472.1" /translation="MSHYYSEEPNVPLKTKTIDVCVRGYCFKFITASGVFSFGKLDRG TELLIENMVLDRGWRVLDLGCGYGAIGIVASRFVDYVVMTDVNKRAVSIARKNLKING VRNAEVRWGSLYEPVKGEKFDSIITNPPVHAGKEVLREIVINAPRHLNDGGLLQLVIK TKQGAKYIKALMEETFTEVRELAKGSGYRVYAGIA" gene complement(1887354..1888061) /locus_tag="TGAM_1971" /note="tg1971" CDS complement(1887354..1888061) /locus_tag="TGAM_1971" /inference="protein motif:ScanRegExp:PS00228 TUBULIN_B_AUTOREG InterPro:IPR002453 Beta tubulin GO:Molecular Function:structural molecule activity (GO:0005198), Cellular Component:microtubule (GO:0005874), Biological Process:microtubule-based movement (GO:0007018)" /note="7 probable transmembrane helices predicted by modhmm" /codon_start=1 /transl_table=11 /product="Hypothetical protein" /protein_id="ACS34473.1" /translation="MVRDLSRFLHFLDAFSSSVETRGVLLFMRFVLLWFWLDVLLFLL LGLFEYSIRNIFSSGILLLVWLVALTLPRVFRKLEGFGSHPGFTYLLAVLLMALFEET LVTLNGGGLGGRATGLAHDLTIAVPVFVGVGTGFYLAHRMAPMSRGAFFLFGALFGFF IEIVLNGAWSGLVLLGGGAMGLYGMILSAHTPVVERPSPLGVKKVLIVTFLGTMFMLV GAVAGDTLWRLAGGSPL" gene complement(1888055..1889059) /gene="truB" /locus_tag="TGAM_1972" /note="tg1972" CDS complement(1888055..1889059) /gene="truB" /locus_tag="TGAM_1972" /EC_number="5.4.99.-" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:PseudoU_synth_EcTruB, PseudoU_synth_EcTruB:Pseudouridine synthase, Escherichia coli TruB like" /inference="protein motif:CDD:PseudoU_synth_hDyskerin, PseudoU_synth_hDyskerin_Like:Pseudouridine synthase, human dyskerin like" /inference="protein motif:CDD:PseudoU_synth_TruB_4, PseudoU_synth_TruB_4:Pseudouridine synthase homolog 4" /inference="protein motif:CDD:PseudoU_synth_TruB_like, PseudoU_synth_TruB:Pseudouridine synthase, TruB family" /inference="protein motif:CDD:PUA, PUA domain" /inference="protein motif:CDD:PUA, Putative RNA-binding Domain in PseudoUridine synthase and Archaeosine transglycosylase" /inference="protein motif:CDD:TruB, Pseudouridine synthase [Translation, ribosomal structure and biogenesis]" /inference="protein motif:CDD:TruB_N, TruB family pseudouridylate synthase (N terminal domain)" /inference="protein motif:COG:COG0130 Pseudouridine synthase; J Translation, ribosomal structure and biogenesis" /inference="protein motif:HMMPanther:PTHR13767 TRNA-PSEUDOURIDINE SYNTHASE" /inference="protein motif:HMMPanther:PTHR13767:SF6 TRNA-PSEUDOURIDINE 55 SYNTHASE" /inference="protein motif:HMMPfam:PF01472 PUA InterPro:IPR002478 PUA GO:Molecular Function:RNA binding (GO:0003723)" /inference="protein motif:HMMPfam:PF01509 TruB_N InterPro:IPR002501 Pseudouridylate synthase TruB, N-terminal GO:Molecular Function:pseudouridylate synthase activity (GO:0004730), Biological Process:RNA processing (GO:0006396)" /inference="protein motif:HMMPfam:PF08068 DKCLD InterPro:IPR012960 DKCLD" /inference="protein motif:HMMSmart:SM00359 no description InterPro:IPR002478 PUA GO:Molecular Function:RNA binding (GO:0003723)" /inference="protein motif:HMMTigr:TIGR00425 CBF5:rRNA pseudouridine synthase, putat InterPro:IPR004802 Putative rRNA pseudouridine synthase" /inference="protein motif:HMMTigr:TIGR00431 TruB:tRNA pseudouridine synthase B InterPro:IPR004510 tRNA pseudouridine synthase B GO:Molecular Function:pseudouridylate synthase activity (GO:0004730), Biological Process:tRNA processing (GO:0008033)" /inference="protein motif:HMMTigr:TIGR00451 unchar_dom_2:uncharacterized domain InterPro:IPR004521 Uncharacterized domain 2" /inference="protein motif:ProfileScan:PS50890 PUA InterPro:IPR002478 PUA GO:Molecular Function:RNA binding (GO:0003723)" /inference="protein motif:superfamily:SSF55120 Pseudouridine synthase" /inference="protein motif:superfamily:SSF88697 PUA domain-like" /codon_start=1 /transl_table=11 /product="Centromere binding protein CBF5/pseudouridine synthase truB-like protein (truB)" /protein_id="ACS34474.1" /translation="MARDEVRRILPADIKREVLIKDEKAETNPKWGFPPERRPMEMHM QFGIINLDKPPGPTSHEVVAWIKKLFNLSKAGHGGTLDPKVSGVLPVALERATRVVQA LLPAGKEYVALMHLHGDIPEDKILAVMKEFQGEIIQRPPLRSAVKRRLRTRKVYYIEV LEIEGRDVLFRVGVEAGTYIRSLIHHIGLALGVGAHMAELRRTRSGPFKEDETLVTLH DLVDYYHFWKEDGIEEYFRKAIQPMEKAVEHLPKVWIRDSAVAAVTHGADLAVPGIVK LHKGIKKGDLVAIMTLKDELVALGKAMMTSGEMLQRSKGIAVDVDKVFMPRDWYPRMW " gene complement(1889149..1889325) /locus_tag="TGAM_1973" /note="tg1973" CDS complement(1889149..1889325) /locus_tag="TGAM_1973" /inference="protein motif:HMMPfam:PF03681 UPF0150 InterPro:IPR005357 Protein of unknown function UPF0150 GO:Molecular Function:molecular function unknown (GO:0005554)" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein" /protein_id="ACS34475.1" /translation="MRCNSTPSSGRKRAFTSFGRSSRGLPLRGETIEEAIENLKEAVE LYLEEFPELSFTKS" gene complement(1889487..1889738) /gene="rpl14E" /locus_tag="TGAM_1974" /note="tg1974" CDS complement(1889487..1889738) /gene="rpl14E" /locus_tag="TGAM_1974" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:BlastProDom:PD009612 RL6B_YEAST_P05739; InterPro:IPR000915 Ribosomal protein L6E GO:Molecular Function:structural constituent of ribosome (GO:0003735), Cellular Component:intracellular (GO:0005622), Cellular Component:ribosome (GO:0005840), Biological Process:protein biosynthesis (GO:0006412)" /inference="protein motif:CDD:RPL14A, Ribosomal protein L14E/L6E/L27E [Translation, ribosomal structure and biogenesis]" /inference="protein motif:COG:COG2163 Ribosomal protein L14E/L6E/L27E; J Translation, ribosomal structure and biogenesis" /inference="protein motif:HMMPanther:PTHR11127 60S RIBOSOMAL PROTEIN L14" /inference="protein motif:HMMPanther:PTHR11127:SF1 60S RIBOSOMAL PROTEIN L14" /inference="protein motif:HMMPfam:PF01929 Ribosomal_L14e InterPro:IPR002784 Ribosomal protein L14 GO:Molecular Function:structural constituent of ribosome (GO:0003735), Cellular Component:intracellular (GO:0005622), Cellular Component:ribosome (GO:0005840), Biological Process:protein biosynthesis (GO:0006412)" /codon_start=1 /transl_table=11 /product="LSU ribosomal protein L14E (rpl14E)" /protein_id="ACS34476.1" /translation="MPAIEVGRIAVVIAGRRAGQKVVVADIIDKNFVLVTGAGLNKVK RRRMNVKHLEPLPERVNIERGASDEEIKKALEEAGISLE" gene complement(1889739..1890332) /gene="cmk" /locus_tag="TGAM_1975" /note="tg1975" CDS complement(1889739..1890332) /gene="cmk" /locus_tag="TGAM_1975" /EC_number="2.7.4.14" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:BlastProDom:PD000657 KCY_PYRAB_Q9UZJ6; InterPro:IPR011769 Adenylate/cytidine kinase, N-terminal GO:Molecular Function:ATP binding (GO:0005524), Molecular Function:nucleotide kinase activity (GO:0019201)" /inference="protein motif:CDD:Cmk, Cytidylate kinase [Nucleotide transport and metabolism]" /inference="protein motif:CDD:CMPK, Cytidine monophosphate kinase (CMPK) catalyzes the reversible phosphorylation of cytidine monophosphate (CMP) to produce cytidine diphosphate (CDP), using ATP as the preferred phosphoryl donor" /inference="protein motif:COG:COG1102 Cytidylate kinase; F Nucleotide transport and metabolism" /inference="protein motif:Gene3D:G3D.3.40.50.300 no description" /inference="protein motif:HMMPanther:PTHR11667 ADENYLATE KINASE/KERATIN, TYPE I CYTOSKELETAL 18" /inference="protein motif:HMMPanther:PTHR11667:SF7 ADENYLATE KINASE" /inference="protein motif:HMMTigr:TIGR02173 cyt_kin_arch:cytidylate kinase, putativ InterPro:IPR011892 Cytidylate kinase, putative GO:Molecular Function:cytidylate kinase activity (GO:0004127), Molecular Function:ATP binding (GO:0005524), Biological Process:nucleobase, nucleoside, nucleotide and nucleic acid metabolism (GO:0006139)" /inference="protein motif:superfamily:SSF52540 P-loop containing nucleoside triphosphate hydrolases" /note="1 probable transmembrane helix predicted by modhmm" /codon_start=1 /transl_table=11 /product="Cytidylate kinase, putative (cmk)" /protein_id="ACS34477.1" /translation="MPKGCLVITVSGLAGSGTTTLCRNLAKHYGFKHIYAGLIFRQMA KERGMTLEEFQKYVELHPEIDREVDRRQVEAAKECNVVIEGRLAGWMVKNADLKIWLD APIMERAKRVARREGVSVEEAFVQIAEREKQNRKRYLNLYGIDIEDKSIYDLIINTAK WGPDGVFAIVKAAIDHLYPDGDAGSGVNPKKEKKEVG" gene complement(1890342..1890611) /gene="rpl34E" /locus_tag="TGAM_1976" /note="tg1976" CDS complement(1890342..1890611) /gene="rpl34E" /locus_tag="TGAM_1976" /inference="protein motif:CDD:Ribosomal_L34e, Ribosomal protein L34e" /inference="protein motif:COG:COG2174 Ribosomal protein L34E; J Translation, ribosomal structure and biogenesis" /inference="protein motif:FPrintScan:PR01250 RIBOSOMALL34 InterPro:IPR008195 Ribosomal protein L34e GO:Molecular Function:structural constituent of ribosome (GO:0003735), Cellular Component:intracellular (GO:0005622), Cellular Component:ribosome (GO:0005840), Biological Process:protein biosynthesis (GO:0006412)" /inference="protein motif:HMMPanther:PTHR10759 60S RIBOSOMAL PROTEIN L34 InterPro:IPR008195 Ribosomal protein L34e GO:Molecular Function:structural constituent of ribosome (GO:0003735), Cellular Component:intracellular (GO:0005622), Cellular Component:ribosome (GO:0005840), Biological Process:protein biosynthesis (GO:0006412)" /inference="protein motif:HMMPanther:PTHR10759:SF1 60S RIBOSOMAL PROTEIN L34" /inference="protein motif:HMMPfam:PF01199 Ribosomal_L34e InterPro:IPR008195 Ribosomal protein L34e GO:Molecular Function:structural constituent of ribosome (GO:0003735), Cellular Component:intracellular (GO:0005622), Cellular Component:ribosome (GO:0005840), Biological Process:protein biosynthesis (GO:0006412)" /inference="protein motif:ScanRegExp:PS01145 RIBOSOMAL_L34E InterPro:IPR008195 Ribosomal protein L34e GO:Molecular Function:structural constituent of ribosome (GO:0003735), Cellular Component:intracellular (GO:0005622), Cellular Component:ribosome (GO:0005840), Biological Process:protein biosynthesis (GO:0006412)" /codon_start=1 /transl_table=11 /product="LSU ribosomal protein L34E (rpl34E)" /protein_id="ACS34478.1" /translation="MKPMYRSRSWRRKYVRTPGGRTVIHFERRKPKVAHCAMCGRPLN GVPRGRPSELRKLPKTAKRPERPYPNLCPSCMRKVIKAQVRASLS" gene complement(1890654..1891175) /locus_tag="TGAM_1977" /note="tg1977" CDS complement(1890654..1891175) /locus_tag="TGAM_1977" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:BlastProDom:PD016682 O59444_PYRHO_O59444; InterPro:IPR002809 Protein of unknown function DUF106, transmembrane" /inference="protein motif:CDD:COG1422, Predicted membrane protein [Function unknown]" /inference="protein motif:CDD:DUF106, Integral membrane protein DUF106" /inference="protein motif:COG:COG1422 Predicted membrane protein; S Function unknown" /inference="protein motif:HMMPfam:PF01956 DUF106 InterPro:IPR002809 Protein of unknown function DUF106, transmembrane" /note="Belongs to DUF106 family; 3 probable transmembrane helices predicted by modhmm" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein" /protein_id="ACS34479.1" /translation="MIEGIYQLLDNIFGGYIVQHPLLAITVAGFVIGGSYTLIYYFFT DIEKTRKIQKMAKEIQKEMKEAQKSGDEKKLRKVQQKQMELMKMQSEMMRQQMVPMLL TLPIFWIFFGWLRRWYAEVAIVKAPFNFFIFDWFHKMYHSALGPDELGYFGWYILSSY IIGMVLRKFLDMG" gene complement(1891168..1891758) /gene="adkA" /locus_tag="TGAM_1978" /note="tg1978" CDS complement(1891168..1891758) /gene="adkA" /locus_tag="TGAM_1978" /EC_number="2.7.4.3" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:AdkA, Archaeal adenylate kinase [Nucleotide transport and metabolism]" /inference="protein motif:COG:COG2019 Archaeal adenylate kinase; F Nucleotide transport and metabolism" /inference="protein motif:Gene3D:G3D.3.40.50.300 no description" /inference="protein motif:HMMPanther:PTHR12595 UNCHARACTERIZED" /inference="protein motif:superfamily:SSF52540 P-loop containing nucleoside triphosphate hydrolases" /codon_start=1 /transl_table=11 /product="Archaeal adenylate kinase (ATP-AMP transphosphorylase) (adkA)" /protein_id="ACS34480.1" /translation="MPFVVMITGIPGVGKSTITRLALKRTAINFRLVNFGDLMFEEAV KQGLVKHRDEMRKLDPMVQKQLQLRAAQRIVEIARDEPVLLDTHATIRTPMGYLLGFP KEVIETIRPNFIVIIEATPSEILGRRLRDLKRDRDVETEEQIQRHQDLNRAAAISYAM HSDALIKIIENHEDKGLEEAVNELVQVLNLAVREYD" gene complement(1891839..1893224) /gene="secY" /locus_tag="TGAM_1979" /note="tg1979" CDS complement(1891839..1893224) /gene="secY" /locus_tag="TGAM_1979" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:SecY, eubacterial secY protein" /inference="protein motif:CDD:SecY, Preprotein translocase subunit SecY [Intracellular trafficking and secretion]" /inference="protein motif:COG:COG0201 Preprotein translocase subunit SecY; U Intracellular trafficking, secretion, and vesicular transport" /inference="protein motif:FPrintScan:PR00303 SECYTRNLCASE InterPro:IPR002208 SecY protein GO:Biological Process:protein secretion (GO:0009306), Molecular Function:protein translocase activity (GO:0015450), Cellular Component:membrane (GO:0016020)" /inference="protein motif:HMMPanther:PTHR10906 PROTEIN TRANSLOCASE SECY SUBUNIT InterPro:IPR002208 SecY protein GO:Biological Process:protein secretion (GO:0009306), Molecular Function:protein translocase activity (GO:0015450), Cellular Component:membrane (GO:0016020)" /inference="protein motif:HMMPfam:PF00344 SecY InterPro:IPR002208 SecY protein GO:Biological Process:protein secretion (GO:0009306), Molecular Function:protein translocase activity (GO:0015450), Cellular Component:membrane (GO:0016020)" /inference="protein motif:HMMTigr:TIGR00967 3a0501s007:preprotein translocase, SecY s InterPro:IPR002208 SecY protein GO:Biological Process:protein secretion (GO:0009306), Molecular Function:protein translocase activity (GO:0015450), Cellular Component:membrane (GO:0016020)" /inference="protein motif:ScanRegExp:PS00755 SECY_1 InterPro:IPR002208 SecY protein GO:Biological Process:protein secretion (GO:0009306), Molecular Function:protein translocase activity (GO:0015450), Cellular Component:membrane (GO:0016020)" /inference="protein motif:ScanRegExp:PS00756 SECY_2 InterPro:IPR002208 SecY protein GO:Biological Process:protein secretion (GO:0009306), Molecular Function:protein translocase activity (GO:0015450), Cellular Component:membrane (GO:0016020)" /note="9 probable transmembrane helices predicted by modhmm" /codon_start=1 /transl_table=11 /product="Preprotein translocase secY subunit (secY)" /protein_id="ACS34481.1" /translation="MGVRDVIYAIERWFPEVERPKRRVPLKEKFMWTGVALLLYYILA EIPLYGLPSQIVDYFSTLRFVLAGRNGSLLTLGIGPIVTAGIILQLLVGSEILRLDLS DPEDRRFYQALQRLFSVFMSFFEAAIYVLAGAFGKVGVDITVAIAILLILQLGLGSTI LIMLDELVSKWGIGSGISLFIAAGVSQQVMVKSLNPMPLPQNPNELSGAIPAFIQHLI NGDISGAIYRPGLPDITKLLATIVVFLIVVYLESMRVEIPLSYGRVTVRGRYPIRFMY VSNIPIILTMALYSNIQLWARLLASRGYTFLGTFNQNGYPVSGLAKYTVPPYDVFQLV HHPGHALIYAIQTIFWSVLFGFLWVELTGLDAKSIARQLQRAGLQIPGFRRDPRILER VLQRYIPYVTFWGSFTLAIVAVLASFLGALGTGTGILLTVGILYRFYEEIAREQATEM FPALRKFFASR" gene complement(1893266..1893712) /gene="rpl15P" /locus_tag="TGAM_1980" /note="tg1980" CDS complement(1893266..1893712) /gene="rpl15P" /locus_tag="TGAM_1980" /inference="protein motif:CDD:RplO, Ribosomal protein L15 [Translation, ribosomal structure and biogenesis]" /inference="protein motif:COG:COG0200 Ribosomal protein L15; J Translation, ribosomal structure and biogenesis" /inference="protein motif:HMMPanther:PTHR11721 60S RIBOSOMAL PROTEIN L27A/50S RIBSOMAL PROTEIN L15P" /inference="protein motif:HMMPanther:PTHR11721:SF2 50S RIBOSOMAL PROTEIN L15P" /inference="protein motif:HMMPfam:PF00256 L15 InterPro:IPR001196 Ribosomal protein L15 GO:Molecular Function:structural constituent of ribosome (GO:0003735), Cellular Component:intracellular (GO:0005622), Cellular Component:ribosome (GO:0005840), Biological Process:protein biosynthesis (GO:0006412)" /inference="protein motif:ScanRegExp:PS00475 RIBOSOMAL_L15 InterPro:IPR001196 Ribosomal protein L15 GO:Molecular Function:structural constituent of ribosome (GO:0003735), Cellular Component:intracellular (GO:0005622), Cellular Component:ribosome (GO:0005840), Biological Process:protein biosynthesis (GO:0006412)" /inference="protein motif:superfamily:SSF52080 Ribosomal proteins L15p and L18e" /codon_start=1 /transl_table=11 /product="LSU ribosomal protein L15P (rpl15P)" /protein_id="ACS34482.1" /translation="MIRRRKKVRKLRGSHTHGWGCKKKHRGGGSKGGRGMAGTGKRKD QKFTWTIKYAPDHLGKRGFHRPKAVQYIPKVINLSDIDENFELFKDMGVIYEEEGKLV FDATQLGVDKVLGTGKLTRAIVVKAYYVTPKAEEKIREAGGEVVLA" gene complement(1893724..1894191) /gene="rpl30P" /locus_tag="TGAM_1981" /note="tg1981" CDS complement(1893724..1894191) /gene="rpl30P" /locus_tag="TGAM_1981" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:Ribosomal_L30_L7, Ribosomal protein L30 (known as L7 in eukaryotes) is one of the smallest ribosomal proteins with a molecular mass of about 7kDa" /inference="protein motif:CDD:Ribosomal_L7, The archeal/eukaryotic ribosomal protein L7 (known as L30 in prokaryotes) binds domainII of the 23S rRNA as well as the 5S rRNA and is one of five ribosomal proteins that mediate the interactions 5S rRNA makes with the ribosome" /inference="protein motif:CDD:RpmD, Ribosomal protein L30/L7E [Translation, ribosomal structure and biogenesis]" /inference="protein motif:COG:COG1841 Ribosomal protein L30/L7E; J Translation, ribosomal structure and biogenesis" /inference="protein motif:Gene3D:G3D.3.30.70.700 no description" /inference="protein motif:HMMPanther:PTHR11524 60S RIBOSOMAL PROTEIN L7" /inference="protein motif:HMMPfam:PF00327 Ribosomal_L30 InterPro:IPR000517 Ribosomal protein L30 GO:Molecular Function:structural constituent of ribosome (GO:0003735), Cellular Component:intracellular (GO:0005622), Cellular Component:ribosome (GO:0005840), Biological Process:protein biosynthesis (GO:0006412)" /inference="protein motif:HMMPIR:PIRSF002166 Ribosomal protein L30/L7e" /inference="protein motif:HMMTigr:TIGR01309 L30P_arch:ribosomal protein L30P InterPro:IPR005997 Ribosomal protein L30, archaeal GO:Molecular Function:structural constituent of ribosome (GO:0003735), Biological Process:protein biosynthesis (GO:0006412), Cellular Component:large ribosomal subunit (GO:0015934)" /inference="protein motif:ScanRegExp:PS00634 RIBOSOMAL_L30 InterPro:IPR000517 Ribosomal protein L30 GO:Molecular Function:structural constituent of ribosome (GO:0003735), Cellular Component:intracellular (GO:0005622), Cellular Component:ribosome (GO:0005840), Biological Process:protein biosynthesis (GO:0006412)" /inference="protein motif:superfamily:SSF55129 Ribosomal protein L30p/L7e" /codon_start=1 /transl_table=11 /product="LSU ribosomal protein L30P (rpl30P)" /protein_id="ACS34483.1" /translation="MAKLALIRLRSGIRARGEVRDTLAMLRLHRINHLVIVDDTPSYR GMIQKVKDYITWGEIDKETLVKLLRKRGRLVGNKPITDEYVKEKLGMTIEEFAEKVIN GEMKLRDLPNIKPVFRLHPPRGGLKGSKKRSFKEGGALGYRGEKINELIERML" gene complement(1894203..1894907) /gene="rps5P" /locus_tag="TGAM_1982" /note="tg1982" CDS complement(1894203..1894907) /gene="rps5P" /locus_tag="TGAM_1982" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:Ribosomal_S5, Ribosomal protein S5, N-terminal domain" /inference="protein motif:CDD:Ribosomal_S5_C, Ribosomal protein S5, C-terminal domain" /inference="protein motif:CDD:RpsE, Ribosomal protein S5 [Translation, ribosomal structure and biogenesis]" /inference="protein motif:COG:COG0098 Ribosomal protein S5; J Translation, ribosomal structure and biogenesis" /inference="protein motif:Gene3D:G3D.3.30.160.30 no description" /inference="protein motif:Gene3D:G3D.3.30.230.10 no description" /inference="protein motif:HMMPanther:PTHR13718 40S RIBOSOMAL PROTEIN S2 InterPro:IPR000851 Ribosomal protein S5 GO:Molecular Function:structural constituent of ribosome (GO:0003735), Cellular Component:intracellular (GO:0005622), Cellular Component:ribosome (GO:0005840), Biological Process:protein biosynthesis (GO:0006412)" /inference="protein motif:HMMPanther:PTHR13718:SF5 30S RIBOSOMAL PROTEIN S5P" /inference="protein motif:HMMPfam:PF00333 Ribosomal_S5 InterPro:IPR000851 Ribosomal protein S5 GO:Molecular Function:structural constituent of ribosome (GO:0003735), Cellular Component:intracellular (GO:0005622), Cellular Component:ribosome (GO:0005840), Biological Process:protein biosynthesis (GO:0006412)" /inference="protein motif:HMMPfam:PF03719 Ribosomal_S5_C InterPro:IPR005324 Ribosomal protein S5, C-terminal GO:Molecular Function:structural constituent of ribosome (GO:0003735), Cellular Component:intracellular (GO:0005622), Cellular Component:ribosome (GO:0005840), Biological Process:protein biosynthesis (GO:0006412)" /inference="protein motif:HMMTigr:TIGR01020 rpsE_arch:ribosomal protein S5 InterPro:IPR005711 Ribosomal protein S5, eukaryotic and archaeal form GO:Molecular Function:structural constituent of ribosome (GO:0003735), Biological Process:protein biosynthesis (GO:0006412), Cellular Component:small ribosomal subunit (GO:0015935)" /inference="protein motif:ProfileScan:PS50881 S5_DSRBD InterPro:IPR000851 Ribosomal protein S5 GO:Molecular Function:structural constituent of ribosome (GO:0003735), Cellular Component:intracellular (GO:0005622), Cellular Component:ribosome (GO:0005840), Biological Process:protein biosynthesis (GO:0006412)" /inference="protein motif:ScanRegExp:PS00585 RIBOSOMAL_S5 InterPro:IPR000851 Ribosomal protein S5 GO:Molecular Function:structural constituent of ribosome (GO:0003735), Cellular Component:intracellular (GO:0005622), Cellular Component:ribosome (GO:0005840), Biological Process:protein biosynthesis (GO:0006412)" /inference="protein motif:superfamily:SSF54211 Ribosomal protein S5 domain 2-like" /inference="protein motif:superfamily:SSF54768 dsRNA-binding domain-like" /codon_start=1 /transl_table=11 /product="SSU ribosomal protein S5P (rps5P)" /protein_id="ACS34484.1" /translation="MSDPREIAQRVLEEWEPRTKLGRLVKEGQITDIHEIFRKGYQIK EPEIVDVLLPEVNLRENQEVLDIALTVRMTDSGRRIRFRVLAAVGNRDGYVGLGIGHG REVGIAIRKAISYAKMNIIEIKRGCGSWECRCRRPHSIPFAVEGKEGSVRVKLMPGPR GLGLVIGDVGKKILSLAGVQDVWSQTLGETRTTVNFAKAVFNALYNTNRVAIQPGMEE KYGIVVGRAMPQSFEL" gene complement(1894904..1895509) /gene="rpl18P" /locus_tag="TGAM_1983" /note="tg1983" CDS complement(1894904..1895509) /gene="rpl18P" /locus_tag="TGAM_1983" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:BlastProDom:PD001394 RL18_PYRHO_O59438; InterPro:IPR005484 Ribosomal protein L18P/L5E" /inference="protein motif:CDD:Ribosomal_L18p, Ribosomal L18p/L5e family" /inference="protein motif:CDD:RplR, Ribosomal protein L18 [Translation, ribosomal structure and biogenesis]" /inference="protein motif:COG:COG0256 Ribosomal protein L18; J Translation, ribosomal structure and biogenesis" /inference="protein motif:FPrintScan:PR00058 RIBOSOMALL5 InterPro:IPR005485 Eukaryotic ribosomal protein L5" /inference="protein motif:Gene3D:G3D.3.30.420.100 no description" /inference="protein motif:HMMPanther:PTHR11605 60S RIBOSOMAL PROTEIN L5 - RELATED InterPro:IPR005485 Eukaryotic ribosomal protein L5" /inference="protein motif:HMMPanther:PTHR11605:SF1 50S RIBOSOMAL PROTEIN L18P" /inference="protein motif:HMMPfam:PF00861 Ribosomal_L18p InterPro:IPR005484 Ribosomal protein L18P/L5E" /inference="protein motif:superfamily:SSF53137 Translational machinery components" /codon_start=1 /transl_table=11 /product="LSU ribosomal protein L18P (rpl18P)" /protein_id="ACS34485.1" /translation="MARGPRYRVPFRRRREGKTNYHKRLKLLKSKKPRLVVRKSLNHH IAQIIVYNPKGDRTIVSAHTRELIRDFGWKGHTGNTPSAYLLGLLIGYKAKKAGIEEA ILDIGLHPPTRGSSVFAVLKGAVDAGLNVPHSEEIFPEDYRIRGEHVAEYAKALKQED ETLYRKQFGGYLVKGLEPEKLPEHFEEVKAKIIEKFEGARE" gene complement(1895520..1895972) /gene="rpl19E" /locus_tag="TGAM_1984" /note="tg1984" CDS complement(1895520..1895972) /gene="rpl19E" /locus_tag="TGAM_1984" /inference="protein motif:BlastProDom:PD004823 Q8U016_PYRFU_Q8U016; InterPro:IPR000196 Ribosomal protein L19e GO:Molecular Function:structural constituent of ribosome (GO:0003735), Cellular Component:intracellular (GO:0005622), Cellular Component:ribosome (GO:0005840), Biological Process:protein biosynthesis (GO:0006412)" /inference="protein motif:CDD:Ribosomal_L19e, Ribosomal protein L19e" /inference="protein motif:CDD:Ribosomal_L19e_A, Ribosomal protein L19e, archaeal" /inference="protein motif:CDD:Ribosomal_L19e_E, Ribosomal protein L19e, eukaryotic" /inference="protein motif:COG:COG2147 Ribosomal protein L19E; J Translation, ribosomal structure and biogenesis" /inference="protein motif:Gene3D:G3D.1.10.1200.60 no description" /inference="protein motif:HMMPanther:PTHR10722 50S/60S RIBOSOMAL PROTEIN L19" /inference="protein motif:HMMPanther:PTHR10722:SF2 50S RIBOSOMAL PROTEIN L19" /inference="protein motif:HMMPfam:PF01280 Ribosomal_L19e InterPro:IPR000196 Ribosomal protein L19e GO:Molecular Function:structural constituent of ribosome (GO:0003735), Cellular Component:intracellular (GO:0005622), Cellular Component:ribosome (GO:0005840), Biological Process:protein biosynthesis (GO:0006412)" /inference="protein motif:ScanRegExp:PS00526 RIBOSOMAL_L19E InterPro:IPR000196 Ribosomal protein L19e GO:Molecular Function:structural constituent of ribosome (GO:0003735), Cellular Component:intracellular (GO:0005622), Cellular Component:ribosome (GO:0005840), Biological Process:protein biosynthesis (GO:0006412)" /inference="protein motif:superfamily:SSF48140 Ribosomal protein L19 (L19e)" /codon_start=1 /transl_table=11 /product="LSU ribosomal protein L19E (rpl19E)" /protein_id="ACS34486.1" /translation="MLMLKMQRRIAAEILKCGENRVWIDPERIDDVAAAITREDIKRL IHDGVIKKKPIKGQSRARARAFHEARKKGRHRGPGSRKGKKTARMGKKERWMMTIRAL RKELRKLKAEGKLDAHTYRRLYIRAKGGQFKNKRQLYLFMQEHGILKE" gene complement(1895972..1896355) /gene="rpl32E" /locus_tag="TGAM_1985" /note="tg1985" CDS complement(1895972..1896355) /gene="rpl32E" /locus_tag="TGAM_1985" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:BlastProDom:PD003823 Q9HH82_PYRFU_Q9HH82; InterPro:IPR001515 Ribosomal protein L32e GO:Molecular Function:structural constituent of ribosome (GO:0003735), Cellular Component:intracellular (GO:0005622), Cellular Component:ribosome (GO:0005840), Biological Process:protein biosynthesis (GO:0006412)" /inference="protein motif:CDD:Ribosomal_L32e, Ribosomal protein L32" /inference="protein motif:COG:COG1717 Ribosomal protein L32E; J Translation, ribosomal structure and biogenesis" /inference="protein motif:HMMPanther:PTHR11427 50S/60S RIBOSOMAL PROTEIN L32E InterPro:IPR001515 Ribosomal protein L32e GO:Molecular Function:structural constituent of ribosome (GO:0003735), Cellular Component:intracellular (GO:0005622), Cellular Component:ribosome (GO:0005840), Biological Process:protein biosynthesis (GO:0006412)" /inference="protein motif:HMMPanther:PTHR11427:SF2 50S RIBOSOMAL PROTEIN L32E" /inference="protein motif:HMMPfam:PF01655 Ribosomal_L32e InterPro:IPR001515 Ribosomal protein L32e GO:Molecular Function:structural constituent of ribosome (GO:0003735), Cellular Component:intracellular (GO:0005622), Cellular Component:ribosome (GO:0005840), Biological Process:protein biosynthesis (GO:0006412)" /inference="protein motif:ScanRegExp:PS00580 RIBOSOMAL_L32E InterPro:IPR001515 Ribosomal protein L32e GO:Molecular Function:structural constituent of ribosome (GO:0003735), Cellular Component:intracellular (GO:0005622), Cellular Component:ribosome (GO:0005840), Biological Process:protein biosynthesis (GO:0006412)" /inference="protein motif:superfamily:SSF52042 Ribosomal protein L32e" /codon_start=1 /transl_table=11 /product="LSU ribosomal protein L32E (rpl32E)" /protein_id="ACS34487.1" /translation="MDEKARLLRVRARLKRKKPKFLRQEWWRFPKFKNDPKWRRPKGI DSKMRLKKKGKPRSPSIGWSSPRAVRGLHPSGYEEVLVHNVKELEAIDPTRQAARIAR TVGARKREAIIARAKELGIKVLNAR" gene complement(1896366..1896920) /gene="rpl6P" /locus_tag="TGAM_1986" /note="tg1986" CDS complement(1896366..1896920) /gene="rpl6P" /locus_tag="TGAM_1986" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:BlastProDom:PD002236 RL6_PYRHO_O59433; InterPro:IPR000702 Ribosomal protein L6 GO:Molecular Function:structural constituent of ribosome (GO:0003735), Cellular Component:intracellular (GO:0005622), Cellular Component:ribosome (GO:0005840), Biological Process:protein biosynthesis (GO:0006412)" /inference="protein motif:CDD:Ribosomal_L6, Ribosomal protein L6" /inference="protein motif:CDD:RplF, Ribosomal protein L6P/L9E [Translation, ribosomal structure and biogenesis]" /inference="protein motif:COG:COG0097 Ribosomal protein L6P/L9E; J Translation, ribosomal structure and biogenesis" /inference="protein motif:Gene3D:G3D.3.90.930.12 no description" /inference="protein motif:HMMPanther:PTHR11655 60S RIBOSOMAL PROTEIN InterPro:IPR000702 Ribosomal protein L6 GO:Molecular Function:structural constituent of ribosome (GO:0003735), Cellular Component:intracellular (GO:0005622), Cellular Component:ribosome (GO:0005840), Biological Process:protein biosynthesis (GO:0006412)" /inference="protein motif:HMMPanther:PTHR11655:SF4 50S RIBOSOMAL PROTEIN L6P" /inference="protein motif:HMMPfam:PF00347 Ribosomal_L6 InterPro:IPR000702 Ribosomal protein L6 GO:Molecular Function:structural constituent of ribosome (GO:0003735), Cellular Component:intracellular (GO:0005622), Cellular Component:ribosome (GO:0005840), Biological Process:protein biosynthesis (GO:0006412)" /inference="protein motif:ScanRegExp:PS00700 RIBOSOMAL_L6_2 InterPro:IPR002359 Ribosomal protein L6, signature 2 GO:Molecular Function:structural constituent of ribosome (GO:0003735), Cellular Component:intracellular (GO:0005622), Cellular Component:ribosome (GO:0005840), Biological Process:protein biosynthesis (GO:0006412)" /inference="protein motif:superfamily:SSF56053 Ribosomal protein L6" /codon_start=1 /transl_table=11 /product="LSU ribosomal protein L6P (rpl6P)" /protein_id="ACS34488.1" /translation="MPIDAWVREEVEIPEGVEVTVENNVVKVKGPKGELERELKYPGV KIFTEDGKVVVYKEFPRKKDIAIARTFKAHINNMIKGVTEGFTYKLKVVYSHFPVTVK VQGDEVIIENFLGEKNPRRAKILPGVTVKVRGQEITVEGIDKEKVGQTAANIEQATRI TKWDRRVFQDGIYIVEKAGKPIKF" gene complement(1896931..1897323) /gene="rps8P" /locus_tag="TGAM_1987" /note="tg1987" CDS complement(1896931..1897323) /gene="rps8P" /locus_tag="TGAM_1987" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:BlastProDom:PD001098 RS8_PYRAB_Q9V1V0; InterPro:IPR000630 Ribosomal protein S8 GO:Molecular Function:structural constituent of ribosome (GO:0003735), Cellular Component:intracellular (GO:0005622), Cellular Component:ribosome (GO:0005840), Biological Process:protein biosynthesis (GO:0006412)" /inference="protein motif:CDD:Ribosomal_S8, Ribosomal protein S8" /inference="protein motif:COG:COG0096 Ribosomal protein S8; J Translation, ribosomal structure and biogenesis" /inference="protein motif:Gene3D:G3D.2.30.35.20 no description" /inference="protein motif:Gene3D:G3D.3.30.70.350 no description" /inference="protein motif:HMMPanther:PTHR11758 40S RIBOSOMAL PROTEIN S15 FAMILY MEMBER/30S RIBOSOMAL PROTEIN S8 InterPro:IPR000630 Ribosomal protein S8 GO:Molecular Function:structural constituent of ribosome (GO:0003735), Cellular Component:intracellular (GO:0005622), Cellular Component:ribosome (GO:0005840), Biological Process:protein biosynthesis (GO:0006412)" /inference="protein motif:HMMPanther:PTHR11758:SF7 30S RIBOSOMAL PROTEIN S8P" /inference="protein motif:HMMPfam:PF00410 Ribosomal_S8 InterPro:IPR000630 Ribosomal protein S8 GO:Molecular Function:structural constituent of ribosome (GO:0003735), Cellular Component:intracellular (GO:0005622), Cellular Component:ribosome (GO:0005840), Biological Process:protein biosynthesis (GO:0006412)" /inference="protein motif:ScanRegExp:PS00053 RIBOSOMAL_S8 InterPro:IPR000630 Ribosomal protein S8 GO:Molecular Function:structural constituent of ribosome (GO:0003735), Cellular Component:intracellular (GO:0005622), Cellular Component:ribosome (GO:0005840), Biological Process:protein biosynthesis (GO:0006412)" /inference="protein motif:superfamily:SSF56047 Ribosomal protein S8 InterPro:IPR000630 Ribosomal protein S8 GO:Molecular Function:structural constituent of ribosome (GO:0003735), Cellular Component:intracellular (GO:0005622), Cellular Component:ribosome (GO:0005840), Biological Process:protein biosynthesis (GO:0006412)" /codon_start=1 /transl_table=11 /product="SSU ribosomal protein S8P (rps8P)" /protein_id="ACS34489.1" /translation="MTLLDPLANALSHITNSERVGKKEVYIKPASKLIGEVLRVMQEN GYIGEFEFIDDGRAGIYRVQLIGKINKAGAIKPRFPVKAKNYEYWEKRFLPAFEFGIL IVSTSQGVMTHKEAREKGIGGRLIAYVY" gene complement(1897335..1897505) /gene="rps14P" /locus_tag="TGAM_1988" /note="tg1988" CDS complement(1897335..1897505) /gene="rps14P" /locus_tag="TGAM_1988" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:COG:COG0199 Ribosomal protein S14; J Translation, ribosomal structure and biogenesis" /inference="protein motif:HMMPanther:PTHR12010 40S RIBOSOMAL PROTEIN S29 FAMILY MEMBER" /inference="protein motif:HMMPanther:PTHR12010:SF3 30S RIBOSOMAL PROTEIN S14P" /inference="protein motif:HMMPfam:PF00253 Ribosomal_S14 InterPro:IPR001209 Ribosomal protein S14 GO:Molecular Function:structural constituent of ribosome (GO:0003735), Cellular Component:intracellular (GO:0005622), Cellular Component:ribosome (GO:0005840), Biological Process:protein biosynthesis (GO:0006412)" /inference="protein motif:ScanRegExp:PS00527 RIBOSOMAL_S14 InterPro:IPR001209 Ribosomal protein S14 GO:Molecular Function:structural constituent of ribosome (GO:0003735), Cellular Component:intracellular (GO:0005622), Cellular Component:ribosome (GO:0005840), Biological Process:protein biosynthesis (GO:0006412)" /inference="protein motif:superfamily:SSF57716 Glucocorticoid receptor-like (DNA-binding domain)" /codon_start=1 /transl_table=11 /product="SSU ribosomal protein S14P (rps14P)" /protein_id="ACS34490.1" /translation="MAKADYNKRKPRKFGKGARRCMRCGQYGPIIRIHGLMLCRHCFR EVAPKLGFKKYE" gene complement(1897507..1898058) /gene="rpl5P" /locus_tag="TGAM_1989" /note="tg1989" CDS complement(1897507..1898058) /gene="rpl5P" /locus_tag="TGAM_1989" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:BlastProDom:PD013434 Q8U012_PYRFU_Q8U012; InterPro:IPR003236 Mitochondrial ribosomal protein L5 GO:Molecular Function:structural constituent of ribosome (GO:0003735), Cellular Component:intracellular (GO:0005622), Cellular Component:ribosome (GO:0005840), Biological Process:protein biosynthesis (GO:0006412)" /inference="protein motif:CDD:Ribosomal_L5, Ribosomal protein L5" /inference="protein motif:CDD:Ribosomal_L5_C, ribosomal L5P family C-terminus" /inference="protein motif:CDD:RplE, Ribosomal protein L5 [Translation, ribosomal structure and biogenesis]" /inference="protein motif:COG:COG0094 Ribosomal protein L5; J Translation, ribosomal structure and biogenesis" /inference="protein motif:HMMPanther:PTHR11994 60S RIBOSOMAL PROTEIN L11-RELATED InterPro:IPR002132 Ribosomal protein L5 GO:Molecular Function:structural constituent of ribosome (GO:0003735), Cellular Component:intracellular (GO:0005622), Cellular Component:ribosome (GO:0005840), Biological Process:protein biosynthesis (GO:0006412)" /inference="protein motif:HMMPanther:PTHR11994:SF2 50S RIBOSOMAL PROTEIN L5P" /inference="protein motif:HMMPfam:PF00281 Ribosomal_L5 InterPro:IPR002132 Ribosomal protein L5 GO:Molecular Function:structural constituent of ribosome (GO:0003735), Cellular Component:intracellular (GO:0005622), Cellular Component:ribosome (GO:0005840), Biological Process:protein biosynthesis (GO:0006412)" /inference="protein motif:HMMPfam:PF00673 Ribosomal_L5_C InterPro:IPR002132 Ribosomal protein L5 GO:Molecular Function:structural constituent of ribosome (GO:0003735), Cellular Component:intracellular (GO:0005622), Cellular Component:ribosome (GO:0005840), Biological Process:protein biosynthesis (GO:0006412)" /inference="protein motif:superfamily:SSF55282 Ribosomal protein L5" /codon_start=1 /transl_table=11 /product="LSU ribosomal protein L5P (rpl5P)" /protein_id="ACS34491.1" /translation="MQINREAILADWEAHPMRRPRIAKLTINIGVGESGERLTKAEKM LEQLVGQKPIRRRAKQTNRDFGIRRGEPIAVKVTLRGKKAYEMLDRLLEAVDRKLSVG NFDEHGNFCFGIQEHINIPGVEYDPEIGIFGMDVCVTLERPGFRVAKRKRQRRKIPTR HKLTKEEGIVFAIEEFKVNVEGL" gene complement(1898070..1898801) /gene="rps4E" /locus_tag="TGAM_1990" /note="tg1990" CDS complement(1898070..1898801) /gene="rps4E" /locus_tag="TGAM_1990" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:BlastProDom:PD002667 RS4E_PYRFU_Q8U011; InterPro:IPR000876 Ribosomal protein S4E" /inference="protein motif:CDD:Ribosomal_S4e, Ribosomal family S4e" /inference="protein motif:CDD:RPS4A, Ribosomal protein S4E [Translation, ribosomal structure and biogenesis]" /inference="protein motif:COG:COG1471 Ribosomal protein S4E; J Translation, ribosomal structure and biogenesis" /inference="protein motif:Gene3D:G3D.3.10.290.10 no description" /inference="protein motif:HMMPanther:PTHR11581 30S AND 40S RIBOSOMAL PROTEIN S4 InterPro:IPR000876 Ribosomal protein S4E" /inference="protein motif:HMMPanther:PTHR11581:SF2 30S RIBOSOMAL PROTEIN S4E" /inference="protein motif:HMMPfam:PF00900 Ribosomal_S4e InterPro:IPR000876 Ribosomal protein S4E" /inference="protein motif:HMMPfam:PF01479 S4 InterPro:IPR002942 RNA-binding S4" /inference="protein motif:HMMPfam:PF08071 RS4NT InterPro:IPR000876 Ribosomal protein S4E" /inference="protein motif:HMMPIR:PIRSF002116 Ribosomal protein S4 InterPro:IPR000876 Ribosomal protein S4E" /inference="protein motif:HMMSmart:SM00363 no description InterPro:IPR002942 RNA-binding S4" /inference="protein motif:ProfileScan:PS50889 S4 InterPro:IPR002942 RNA-binding S4" /inference="protein motif:ScanRegExp:PS00047 HISTONE_H4 InterPro:IPR001951 Histone H4" /inference="protein motif:ScanRegExp:PS00528 RIBOSOMAL_S4E InterPro:IPR000876 Ribosomal protein S4E" /inference="protein motif:superfamily:SSF55174 Alpha-L RNA-binding motif" /codon_start=1 /transl_table=11 /product="SSU ribosomal protein S4E (rps4E)" /protein_id="ACS34492.1" /translation="MARKGAKRHLKRLAAPTSWYIHRKEYKWAVRPRPGPHSMQTSIP LIYIVRDYLGYAKTAREARKILNEGKILVDGRVRKDYKFPVGIMDVVSIPETGEHYRV LPNRIGKLILHPISEEEAKLKPFRINNKRMVKGARVQLNLHDGSNHLVSLAEKDSFRT SYTIIMKVPEREIIEVIPFEVGAYVFVTQGKNVARKGRIVEVRHFPMGWPDVVTIEDE SGEKFDTLKEYAFVVGKEKPEISLP" gene complement(1898801..1899166) /gene="rpl24P" /locus_tag="TGAM_1991" /note="tg1991" CDS complement(1898801..1899166) /gene="rpl24P" /locus_tag="TGAM_1991" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:BlastProDom:PD001677 Q8ETX2_OCEIH_Q8ETX2; InterPro:IPR003256 Ribosomal protein L24 GO:Molecular Function:structural constituent of ribosome (GO:0003735), Cellular Component:intracellular (GO:0005622), Cellular Component:ribosome (GO:0005840), Biological Process:protein biosynthesis (GO:0006412)" /inference="protein motif:CDD:RplX, Ribosomal protein L24 [Translation, ribosomal structure and biogenesis]" /inference="protein motif:COG:COG0198 Ribosomal protein L24; J Translation, ribosomal structure and biogenesis" /inference="protein motif:HMMPanther:PTHR11143 60S RIBOSOMAL PROTEIN L26 FAMILY MEMBER" /inference="protein motif:HMMPanther:PTHR11143:SF2 50S RIBOSOMAL PROTEIN L24P" /inference="protein motif:HMMPfam:PF00467 KOW InterPro:IPR005824 KOW" /inference="protein motif:HMMSmart:SM00739 no description InterPro:IPR006646 KOW (Kyrpides, Ouzounis, Woese) motif" /inference="protein motif:HMMTigr:TIGR01080 rplX_A_E:ribosomal protein L24 InterPro:IPR005756 Ribosomal protein L26, eukaryotic and archaeal form GO:Molecular Function:structural constituent of ribosome (GO:0003735), Biological Process:protein biosynthesis (GO:0006412), Cellular Component:large ribosomal subunit (GO:0015934)" /inference="protein motif:ScanRegExp:PS01108 RIBOSOMAL_L24 InterPro:IPR005825 Ribosomal protein L24/L26 GO:Molecular Function:structural constituent of ribosome (GO:0003735), Cellular Component:intracellular (GO:0005622), Cellular Component:ribosome (GO:0005840), Biological Process:protein biosynthesis (GO:0006412)" /inference="protein motif:superfamily:SSF50104 Translation proteins SH3-like domain InterPro:IPR008991 Translation protein SH3-like" /codon_start=1 /transl_table=11 /product="LSU ribosomal protein L24P (rpl24P)" /protein_id="ACS34493.1" /translation="MKLDMKQPRKQRKFLYNAPLHLRQKIMAAPLSKELREKYGVRNL PIREGDKVRVMRGDFKGKEGKVLEVDLKRYRIHVEGVTMTKTDGTEVFYPLHPSNVMI IELNLEDEERKKIIERRAA" gene complement(1899177..1899602) /gene="rpl14P" /locus_tag="TGAM_1992" /note="tg1992" CDS complement(1899177..1899602) /gene="rpl14P" /locus_tag="TGAM_1992" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:BlastProDom:PD001093 Q8U009_PYRFU_Q8U009; InterPro:IPR000218 Ribosomal protein L14b/L23e GO:Molecular Function:structural constituent of ribosome (GO:0003735), Cellular Component:intracellular (GO:0005622), Cellular Component:ribosome (GO:0005840), Biological Process:protein biosynthesis (GO:0006412)" /inference="protein motif:CDD:Ribosomal_L14, Ribosomal protein L14p/L23e" /inference="protein motif:COG:COG0093 Ribosomal protein L14; J Translation, ribosomal structure and biogenesis" /inference="protein motif:Gene3D:G3D.2.40.150.20 no description" /inference="protein motif:HMMPanther:PTHR11761 50S RIBOSOMAL PROTEIN L14-RELATED InterPro:IPR000218 Ribosomal protein L14b/L23e GO:Molecular Function:structural constituent of ribosome (GO:0003735), Cellular Component:intracellular (GO:0005622), Cellular Component:ribosome (GO:0005840), Biological Process:protein biosynthesis (GO:0006412)" /inference="protein motif:HMMPanther:PTHR11761:SF4 50S RIBOSOMAL PROTEIN L14P" /inference="protein motif:HMMPfam:PF00238 Ribosomal_L14 InterPro:IPR000218 Ribosomal protein L14b/L23e GO:Molecular Function:structural constituent of ribosome (GO:0003735), Cellular Component:intracellular (GO:0005622), Cellular Component:ribosome (GO:0005840), Biological Process:protein biosynthesis (GO:0006412)" /inference="protein motif:superfamily:SSF50193 Ribosomal protein L14 InterPro:IPR000218 Ribosomal protein L14b/L23e GO:Molecular Function:structural constituent of ribosome (GO:0003735), Cellular Component:intracellular (GO:0005622), Cellular Component:ribosome (GO:0005840), Biological Process:protein biosynthesis (GO:0006412)" /codon_start=1 /transl_table=11 /product="LSU ribosomal protein L14P (rpl14P)" /protein_id="ACS34494.1" /translation="MAKKGAGATRGVSPVRPTRALPVGAYLKVADNSGAKVIQIIGVV GYKGTRRRLASAGVGDMVVATVKKGRPDIRHQVVRAVIVRQRKEYRRLDGMRVKFEDN AAAIVTPEGVPRGTEIRGAIAREAAERWVRLGSIASIVL" gene complement(1899606..1899950) /gene="rps17P" /locus_tag="TGAM_1993" /note="tg1993" CDS complement(1899606..1899950) /gene="rps17P" /locus_tag="TGAM_1993" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:BlastProDom:PD001295 Q8U008_PYRFU_Q8U008; InterPro:IPR000266 Ribosomal protein S17 GO:Molecular Function:structural constituent of ribosome (GO:0003735), Cellular Component:intracellular (GO:0005622), Cellular Component:ribosome (GO:0005840), Biological Process:protein biosynthesis (GO:0006412)" /inference="protein motif:CDD:Ribosomal_S17, Ribosomal protein S17" /inference="protein motif:CDD:RpsQ, Ribosomal protein S17 [Translation, ribosomal structure and biogenesis]" /inference="protein motif:COG:COG0186 Ribosomal protein S17; J Translation, ribosomal structure and biogenesis" /inference="protein motif:FPrintScan:PR00973 RIBOSOMALS17 InterPro:IPR000266 Ribosomal protein S17 GO:Molecular Function:structural constituent of ribosome (GO:0003735), Cellular Component:intracellular (GO:0005622), Cellular Component:ribosome (GO:0005840), Biological Process:protein biosynthesis (GO:0006412)" /inference="protein motif:Gene3D:G3D.2.40.50.140 no description InterPro:IPR012340 Nucleic acid-binding, OB-fold, subgroup" /inference="protein motif:HMMPanther:PTHR10744 40S RIBOSOMAL PROTEIN S11 FAMILY MEMBER/30S RIBOSOMAL PROTEIN S17 InterPro:IPR000266 Ribosomal protein S17 GO:Molecular Function:structural constituent of ribosome (GO:0003735), Cellular Component:intracellular (GO:0005622), Cellular Component:ribosome (GO:0005840), Biological Process:protein biosynthesis (GO:0006412)" /inference="protein motif:HMMPanther:PTHR10744:SF3 30S RIBOSOMAL PROTEIN S17P" /inference="protein motif:HMMPfam:PF00366 Ribosomal_S17 InterPro:IPR000266 Ribosomal protein S17 GO:Molecular Function:structural constituent of ribosome (GO:0003735), Cellular Component:intracellular (GO:0005622), Cellular Component:ribosome (GO:0005840), Biological Process:protein biosynthesis (GO:0006412)" /inference="protein motif:ScanRegExp:PS00056 RIBOSOMAL_S17 InterPro:IPR000266 Ribosomal protein S17 GO:Molecular Function:structural constituent of ribosome (GO:0003735), Cellular Component:intracellular (GO:0005622), Cellular Component:ribosome (GO:0005840), Biological Process:protein biosynthesis (GO:0006412)" /inference="protein motif:ScanRegExp:PS00228 TUBULIN_B_AUTOREG InterPro:IPR002453 Beta tubulin GO:Molecular Function:structural molecule activity (GO:0005198), Cellular Component:microtubule (GO:0005874), Biological Process:microtubule-based movement (GO:0007018)" /inference="protein motif:superfamily:SSF50249 Nucleic acid-binding proteins InterPro:IPR008994 Nucleic acid-binding, OB-fold GO:Molecular Function:nucleic acid binding (GO:0003676)" /codon_start=1 /transl_table=11 /product="SSU ribosomal protein S17P (rps17P)" /protein_id="ACS34495.1" /translation="MREIGLRVQPPAEVCNDPKCPWHGNLKIHGRYFEGIVVSDKGKK TVVVERRHYKYLKKYERYELRRSKVHAHNPECINAKTGDKVLIAETRPISKTKSFVVV AVLERAERMEEV" gene complement(1899947..1900216) /gene="rnp1" /locus_tag="TGAM_1994" /note="tg1994" CDS complement(1899947..1900216) /gene="rnp1" /locus_tag="TGAM_1994" /EC_number="3.1.26.5" /inference="protein motif:CDD:POP4, A domain found in a protein subunit of human RNase MRP and RNase P ribonucleoprotein complexes and archaeal proteins" /inference="protein motif:COG:COG1588 RNase P/RNase MRP subunit p29; J Translation, ribosomal structure and biogenesis" /inference="protein motif:HMMPfam:PF01868 UPF0086 InterPro:IPR002730 Ribonuclease P subunit GO:Molecular Function:ribonuclease activity (GO:0004540), Biological Process:tRNA processing (GO:0008033)" /inference="protein motif:HMMSmart:SM00538 no description InterPro:IPR002730 Ribonuclease P subunit GO:Molecular Function:ribonuclease activity (GO:0004540), Biological Process:tRNA processing (GO:0008033)" /codon_start=1 /transl_table=11 /product="Ribonuclease P protein component 1 (rnp1)" /protein_id="ACS34496.1" /translation="MTRKNIVWHELIGLKARIIRASHPELVGIEGYVLDETRNTLTIV GDRVWTVPKDVVEIEFETAAGEKIRVDGRNLVGRPEMRLKKRWRK" gene complement(1900213..1900509) /gene="suI1" /locus_tag="TGAM_1995" /note="tg1995" CDS complement(1900213..1900509) /gene="suI1" /locus_tag="TGAM_1995" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:SUI1, Translation initiation factor SUI1" /inference="protein motif:CDD:SUI1_eIF1, The SUI1/eIF1 (eukaryotic initiation factor 1) fold is found in eukaryotes, archaea, and some bacteria and is thought to play an important role in accurate initiator codon recognition during translation initiation" /inference="protein motif:COG:COG0023 Translation initiation factor 1 (eIF-1/SUI1) and related proteins; J Translation, ribosomal structure and biogenesis" /inference="protein motif:Gene3D:G3D.3.30.780.10 no description" /inference="protein motif:HMMPfam:PF01253 SUI1 InterPro:IPR001950 Translation initiation factor SUI1 GO:Molecular Function:translation initiation factor activity (GO:0003743), Biological Process:translational initiation (GO:0006413)" /inference="protein motif:HMMTigr:TIGR01158 SUI1_rel:translation initation factor SUI1, InterPro:IPR005872 Archaeal/bacterial translation initiation factor SUI1 GO:Molecular Function:translation initiation factor activity (GO:0003743), Biological Process:protein biosynthesis (GO:0006412)" /inference="protein motif:ProfileScan:PS50296 SUI1 InterPro:IPR001950 Translation initiation factor SUI1 GO:Molecular Function:translation initiation factor activity (GO:0003743), Biological Process:translational initiation (GO:0006413)" /inference="protein motif:superfamily:SSF55159 eIF1-like InterPro:IPR001950 Translation initiation factor SUI1 GO:Molecular Function:translation initiation factor activity (GO:0003743), Biological Process:translational initiation (GO:0006413)" /codon_start=1 /transl_table=11 /product="Protein translation factor SUI1-like protein (SUI1)" /protein_id="ACS34497.1" /translation="MPRIVNPLDEMLFKEVLKEQQRIRVYIERARYGKLKTIIEGIDE KEFDLEDIAKKLKAKLACGGTVKKGRIELQGDHRDRIKKLLADLGFSEELIEVE" gene complement(1900516..1900716) /gene="rpl29P" /locus_tag="TGAM_1996" /note="tg1996" CDS complement(1900516..1900716) /gene="rpl29P" /locus_tag="TGAM_1996" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:COG:COG0255 Ribosomal protein L29; J Translation, ribosomal structure and biogenesis" /inference="protein motif:Gene3D:G3D.1.10.287.310 no description" /inference="protein motif:HMMPfam:PF00831 Ribosomal_L29 InterPro:IPR001854 Ribosomal protein L29 GO:Molecular Function:structural constituent of ribosome (GO:0003735), Cellular Component:intracellular (GO:0005622), Cellular Component:ribosome (GO:0005840), Biological Process:protein biosynthesis (GO:0006412)" /inference="protein motif:HMMTigr:TIGR00012 L29:ribosomal protein L29 InterPro:IPR001854 Ribosomal protein L29 GO:Molecular Function:structural constituent of ribosome (GO:0003735), Cellular Component:intracellular (GO:0005622), Cellular Component:ribosome (GO:0005840), Biological Process:protein biosynthesis (GO:0006412)" /inference="protein motif:ScanRegExp:PS00579 RIBOSOMAL_L29 InterPro:IPR001854 Ribosomal protein L29 GO:Molecular Function:structural constituent of ribosome (GO:0003735), Cellular Component:intracellular (GO:0005622), Cellular Component:ribosome (GO:0005840), Biological Process:protein biosynthesis (GO:0006412)" /inference="protein motif:superfamily:SSF46561 Ribosomal protein L29 (L29p) InterPro:IPR001854 Ribosomal protein L29 GO:Molecular Function:structural constituent of ribosome (GO:0003735), Cellular Component:intracellular (GO:0005622), Cellular Component:ribosome (GO:0005840), Biological Process:protein biosynthesis (GO:0006412)" /codon_start=1 /transl_table=11 /product="LSU ribosomal protein L29P (rpl29P)" /protein_id="ACS34498.1" /translation="MKPSEIREMSIEEIDEKIRQLRLELAKERGMLTMGTSTENPMVI RNLRRDIARLLTIKKEKLREKR" gene complement(1900703..1901332) /gene="rps3P" /locus_tag="TGAM_1997" /note="tg1997" CDS complement(1900703..1901332) /gene="rps3P" /locus_tag="TGAM_1997" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:40S_S3_KH, K homology RNA-binding (KH) domain of the eukaryotic 40S small ribosomal subunit protein S3" /inference="protein motif:CDD:archeal_30S_S3_KH, K homology RNA-binding domain (KH) of the archaeal 30S small ribosomal subunit S3 protein" /inference="protein motif:CDD:Ribosomal_S3_C, Ribosomal protein S3, C-terminal domain" /inference="protein motif:CDD:RpsC, Ribosomal protein S3 [Translation, ribosomal structure and biogenesis]" /inference="protein motif:COG:COG0092 Ribosomal protein S3; J Translation, ribosomal structure and biogenesis" /inference="protein motif:Gene3D:G3D.3.30.1140.32 no description" /inference="protein motif:Gene3D:G3D.3.30.300.20 no description" /inference="protein motif:HMMPanther:PTHR11760 30S AND 40S RIBOSOMAL PROTEIN S3" /inference="protein motif:HMMPanther:PTHR11760:SF3 30S RIBOSOMAL PROTEIN S3" /inference="protein motif:HMMPfam:PF00189 Ribosomal_S3_C InterPro:IPR001351 Ribosomal protein S3, C-terminal GO:Molecular Function:structural constituent of ribosome (GO:0003735), Cellular Component:intracellular (GO:0005622), Cellular Component:ribosome (GO:0005840), Biological Process:protein biosynthesis (GO:0006412)" /inference="protein motif:HMMPfam:PF07650 KH_2 InterPro:IPR004044 KH, type 2 GO:Molecular Function:nucleic acid binding (GO:0003676)" /inference="protein motif:HMMSmart:SM00322 no description InterPro:IPR004087 KH GO:Molecular Function:nucleic acid binding (GO:0003676)" /inference="protein motif:HMMTigr:TIGR01008 rpsC_E_A:ribosomal protein S3 InterPro:IPR005703 Eukaryotic/archaeal ribosomal protein S3 GO:Molecular Function:structural constituent of ribosome (GO:0003735), Biological Process:protein biosynthesis (GO:0006412), Cellular Component:small ribosomal subunit (GO:0015935)" /inference="protein motif:ProfileScan:PS50823 KH_TYPE_2 InterPro:IPR004044 KH, type 2 GO:Molecular Function:nucleic acid binding (GO:0003676)" /inference="protein motif:superfamily:SSF54814 Prokaryotic type KH domain (KH-domain type II) InterPro:IPR009019 KH, prokaryotic type" /inference="protein motif:superfamily:SSF54821 Ribosomal protein S3 C-terminal domain InterPro:IPR001351 Ribosomal protein S3, C-terminal GO:Molecular Function:structural constituent of ribosome (GO:0003735), Cellular Component:intracellular (GO:0005622), Cellular Component:ribosome (GO:0005840), Biological Process:protein biosynthesis (GO:0006412)" /codon_start=1 /transl_table=11 /product="SSU ribosomal protein S3P (rps3P)" /protein_id="ACS34499.1" /translation="MAIERYFIKEGVKEMLIDEYLEKELRRAGYGGIDIKKTPLGTKV IIFAASPGYVIGRGGRRIRELTRILERQFGLENPQIEVEEIKNPYLNAKVQAVRLAQA LERGIHFRRAAYSAIRAIMRNGARGVEIRLSGKLTGERAKSVRFYQGYLAKVGNPAET LVSKGYAQALLKLGVIGVKVAIMPPDARLPDEIEVKEIVEEEVSGNEAQ" gene complement(1901338..1901808) /gene="rpl22P" /locus_tag="TGAM_1998" /note="tg1998" CDS complement(1901338..1901808) /gene="rpl22P" /locus_tag="TGAM_1998" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:BlastProDom:PD001032 RL22_PYRHO_O59423; InterPro:IPR001063 Ribosomal protein L22/L17 GO:Molecular Function:structural constituent of ribosome (GO:0003735), Cellular Component:intracellular (GO:0005622), Cellular Component:ribosome (GO:0005840), Biological Process:protein biosynthesis (GO:0006412)" /inference="protein motif:CDD:Ribosomal_L22, Ribosomal protein L22/L17e" /inference="protein motif:CDD:Ribosomal_L22, Ribosomal protein L22p/L17e" /inference="protein motif:COG:COG0091 Ribosomal protein L22; J Translation, ribosomal structure and biogenesis" /inference="protein motif:Gene3D:G3D.3.90.470.10 no description" /inference="protein motif:HMMPanther:PTHR11593 60S RIBOSOMAL PROTEIN L17 FAMILY MEMBER InterPro:IPR001063 Ribosomal protein L22/L17 GO:Molecular Function:structural constituent of ribosome (GO:0003735), Cellular Component:intracellular (GO:0005622), Cellular Component:ribosome (GO:0005840), Biological Process:protein biosynthesis (GO:0006412)" /inference="protein motif:HMMPanther:PTHR11593:SF2 50S RIBOSOMAL PROTEIN L22P" /inference="protein motif:HMMPfam:PF00237 Ribosomal_L22 InterPro:IPR001063 Ribosomal protein L22/L17 GO:Molecular Function:structural constituent of ribosome (GO:0003735), Cellular Component:intracellular (GO:0005622), Cellular Component:ribosome (GO:0005840), Biological Process:protein biosynthesis (GO:0006412)" /inference="protein motif:HMMTigr:TIGR01038 L22_arch:ribosomal protein L22 InterPro:IPR005721 Ribosomal protein L22/L17, eukaryotic and archaeal form GO:Molecular Function:structural constituent of ribosome (GO:0003735), Biological Process:protein biosynthesis (GO:0006412), Cellular Component:large ribosomal subunit (GO:0015934)" /inference="protein motif:ScanRegExp:PS00464 RIBOSOMAL_L22 InterPro:IPR001063 Ribosomal protein L22/L17 GO:Molecular Function:structural constituent of ribosome (GO:0003735), Cellular Component:intracellular (GO:0005622), Cellular Component:ribosome (GO:0005840), Biological Process:protein biosynthesis (GO:0006412)" /inference="protein motif:superfamily:SSF54843 Ribosomal protein L22 InterPro:IPR001063 Ribosomal protein L22/L17 GO:Molecular Function:structural constituent of ribosome (GO:0003735), Cellular Component:intracellular (GO:0005622), Cellular Component:ribosome (GO:0005840), Biological Process:protein biosynthesis (GO:0006412)" /codon_start=1 /transl_table=11 /product="LSU ribosomal protein L22P (rpl22P)" /protein_id="ACS34500.1" /translation="MSRGRFSYSFQNFDPERMARASGRDLRISPKHSVELLREIRGMM LNDALKYLDDVIAKKRPVPMRRFNDSQGHKPGKGFGPGRYPVKVAKAVKKILLNARNN AEQKGLDVDRLKIIHAAAHRGPVLRGYIPRAFGRATPFNEQTTHIEIVVEEIRR" gene complement(1901819..1902220) /gene="rps19P" /locus_tag="TGAM_1999" /note="tg1999" CDS complement(1901819..1902220) /gene="rps19P" /locus_tag="TGAM_1999" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:BlastProDom:PD001012 RS19_PYRAB_Q9V1T9; InterPro:IPR002222 Ribosomal protein S19/S15 GO:Molecular Function:structural constituent of ribosome (GO:0003735), Cellular Component:intracellular (GO:0005622), Cellular Component:ribosome (GO:0005840), Biological Process:protein biosynthesis (GO:0006412)" /inference="protein motif:CDD:Ribosomal_S19, Ribosomal protein S19" /inference="protein motif:CDD:RpsS, Ribosomal protein S19 [Translation, ribosomal structure and biogenesis]" /inference="protein motif:COG:COG0185 Ribosomal protein S19; J Translation, ribosomal structure and biogenesis" /inference="protein motif:FPrintScan:PR00975 RIBOSOMALS19 InterPro:IPR002222 Ribosomal protein S19/S15 GO:Molecular Function:structural constituent of ribosome (GO:0003735), Cellular Component:intracellular (GO:0005622), Cellular Component:ribosome (GO:0005840), Biological Process:protein biosynthesis (GO:0006412)" /inference="protein motif:Gene3D:G3D.3.30.860.10 no description" /inference="protein motif:HMMPanther:PTHR11880 40S RIBOSOMAL PROTEIN S15 FAMILY MEMBER InterPro:IPR002222 Ribosomal protein S19/S15 GO:Molecular Function:structural constituent of ribosome (GO:0003735), Cellular Component:intracellular (GO:0005622), Cellular Component:ribosome (GO:0005840), Biological Process:protein biosynthesis (GO:0006412)" /inference="protein motif:HMMPanther:PTHR11880:SF5 30S RIBOSOMAL PROTEIN S19P InterPro:IPR005732 Ribosomal protein S19, bacterial and organelle form GO:Molecular Function:structural constituent of ribosome (GO:0003735), Biological Process:protein biosynthesis (GO:0006412), Cellular Component:small ribosomal subunit (GO:0015935)" /inference="protein motif:HMMPfam:PF00203 Ribosomal_S19 InterPro:IPR002222 Ribosomal protein S19/S15 GO:Molecular Function:structural constituent of ribosome (GO:0003735), Cellular Component:intracellular (GO:0005622), Cellular Component:ribosome (GO:0005840), Biological Process:protein biosynthesis (GO:0006412)" /inference="protein motif:HMMTigr:TIGR01025 rpsS_arch:ribosomal protein S19 InterPro:IPR005713 Ribosomal protein S15, eukaryotic and archaeal form GO:Molecular Function:structural constituent of ribosome (GO:0003735), Biological Process:protein biosynthesis (GO:0006412), Cellular Component:small ribosomal subunit (GO:0015935)" /inference="protein motif:ScanRegExp:PS00323 RIBOSOMAL_S19 InterPro:IPR002222 Ribosomal protein S19/S15 GO:Molecular Function:structural constituent of ribosome (GO:0003735), Cellular Component:intracellular (GO:0005622), Cellular Component:ribosome (GO:0005840), Biological Process:protein biosynthesis (GO:0006412)" /inference="protein motif:superfamily:SSF54570 Ribosomal protein S19 InterPro:IPR002222 Ribosomal protein S19/S15 GO:Molecular Function:structural constituent of ribosome (GO:0003735), Cellular Component:intracellular (GO:0005622), Cellular Component:ribosome (GO:0005840), Biological Process:protein biosynthesis (GO:0006412)" /codon_start=1 /transl_table=11 /product="SSU ribosomal protein S19P (rps19P)" /protein_id="ACS34501.1" /translation="MARKKEFRYRGYTLDELLNMSLEEFAKLLPARQRRSLKRGLSPE QKKLLRKIRLAKKGKYNKPIRTHSRDMIVLPEMVGITIHVHNGKEFVPIEIKPEMIGH YLGEFALTRKIVQHGSPGVGATRSSMFVAVK" gene complement(1902223..1902942) /gene="rpl2P" /locus_tag="TGAM_2000" /note="tg2000" CDS complement(1902223..1902942) /gene="rpl2P" /locus_tag="TGAM_2000" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:Ribosomal_L2, Ribosomal Proteins L2, RNA binding domain" /inference="protein motif:CDD:Ribosomal_L2_C, Ribosomal Proteins L2, C-terminal domain" /inference="protein motif:CDD:RplB, Ribosomal protein L2 [Translation, ribosomal structure and biogenesis]" /inference="protein motif:COG:COG0090 Ribosomal protein L2; J Translation, ribosomal structure and biogenesis" /inference="protein motif:Gene3D:G3D.2.30.30.30 no description" /inference="protein motif:Gene3D:G3D.2.40.50.150 no description" /inference="protein motif:Gene3D:G3D.4.10.950.10 no description" /inference="protein motif:HMMPanther:PTHR13691 RIBOSOMAL PROTEIN L2 InterPro:IPR002171 Ribosomal protein L2 GO:Molecular Function:structural constituent of ribosome (GO:0003735), Cellular Component:intracellular (GO:0005622), Cellular Component:ribosome (GO:0005840), Biological Process:protein biosynthesis (GO:0006412)" /inference="protein motif:HMMPanther:PTHR13691:SF2 50S RIBOSOMAL PROTEIN L2P" /inference="protein motif:HMMPfam:PF00181 Ribosomal_L2 InterPro:IPR002171 Ribosomal protein L2 GO:Molecular Function:structural constituent of ribosome (GO:0003735), Cellular Component:intracellular (GO:0005622), Cellular Component:ribosome (GO:0005840), Biological Process:protein biosynthesis (GO:0006412)" /inference="protein motif:HMMPfam:PF03947 Ribosomal_L2_C InterPro:IPR002171 Ribosomal protein L2 GO:Molecular Function:structural constituent of ribosome (GO:0003735), Cellular Component:intracellular (GO:0005622), Cellular Component:ribosome (GO:0005840), Biological Process:protein biosynthesis (GO:0006412)" /inference="protein motif:superfamily:SSF50104 Translation proteins SH3-like domain InterPro:IPR008991 Translation protein SH3-like" /inference="protein motif:superfamily:SSF50249 Nucleic acid-binding proteins InterPro:IPR008994 Nucleic acid-binding, OB-fold GO:Molecular Function:nucleic acid binding (GO:0003676)" /codon_start=1 /transl_table=11 /product="LSU ribosomal protein L2P (rpl2P)" /protein_id="ACS34502.1" /translation="MGKSLIQQRRGKGTTTFRAPSHRYRGAVKYVPLNIVKEKTLRGV VEEILHDPGRTAPVARVKFEDGTKKLILAPEGVLVGQEIYIGPEAPIAIGNTLPLAKI PEGTYVYNIEGVPGDGGKYVRAGGTYALVVSRERDKVIVQLPSGELKQFKPECRATIG VVAGGGRLEKPIVKAGKAYYIAKARNRFWPKPRGVKMNAVNHPHGGKEHHIGRPSTVS RRAPPGRKVGHIAARRTGRRK" gene complement(1902954..1903214) /gene="rpl23P" /locus_tag="TGAM_2001" /note="tg2001" CDS complement(1902954..1903214) /gene="rpl23P" /locus_tag="TGAM_2001" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:BlastProDom:PD001141 RL23_PYRAB_Q9V1T7; InterPro:IPR013025 Ribosomal protein L25/L23" /inference="protein motif:CDD:Ribosomal_L23, Ribosomal protein L23" /inference="protein motif:CDD:RplW, Ribosomal protein L23 [Translation, ribosomal structure and biogenesis]" /inference="protein motif:COG:COG0089 Ribosomal protein L23; J Translation, ribosomal structure and biogenesis" /inference="protein motif:Gene3D:G3D.3.30.70.330 no description InterPro:IPR012677 Nucleotide-binding, alpha-beta plait GO:Molecular Function:nucleotide binding (GO:0000166)" /inference="protein motif:HMMPanther:PTHR11620 60S RIBOSOMAL PROTEIN L23A-RELATED" /inference="protein motif:HMMPanther:PTHR11620:SF1 60S RIBOSOMAL PROTEIN L23A" /inference="protein motif:HMMPfam:PF00276 Ribosomal_L23 InterPro:IPR013025 Ribosomal protein L25/L23" /inference="protein motif:superfamily:SSF54189 Ribosomal proteins L23 and L15e InterPro:IPR012678 Ribosomal L23 and L15e, core" /codon_start=1 /transl_table=11 /product="LSU ribosomal protein L23P (rpl23P)" /protein_id="ACS34503.1" /translation="MDPYKVIIRPLVTEKAVSLIEKENKLTFIVDRKATKQDIKRAVE EMFNVKVEKVNTLITMKGEKKAYVKLRPEYNASEIAARLGLF" gene complement(1903221..1903988) /gene="rpl4P" /locus_tag="TGAM_2002" /note="tg2002" CDS complement(1903221..1903988) /gene="rpl4P" /locus_tag="TGAM_2002" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:Ribosomal_L4, Ribosomal protein L4/L1 family" /inference="protein motif:COG:COG0088 Ribosomal protein L4; J Translation, ribosomal structure and biogenesis" /inference="protein motif:HMMPanther:PTHR19431 60S RIBOSOMAL PROTEIN" /inference="protein motif:HMMPanther:PTHR19431:SF5 50S RIBOSOMAL PROTEIN L4" /inference="protein motif:HMMPfam:PF00573 Ribosomal_L4 InterPro:IPR002136 Ribosomal protein L4/L1e GO:Molecular Function:structural constituent of ribosome (GO:0003735), Cellular Component:intracellular (GO:0005622), Cellular Component:ribosome (GO:0005840), Biological Process:protein biosynthesis (GO:0006412)" /inference="protein motif:ScanRegExp:PS00939 RIBOSOMAL_L1E InterPro:IPR013000 Ribosomal protein L4/L1e, archeabacterial like" /inference="protein motif:superfamily:SSF52166 Ribosomal protein L4 InterPro:IPR002136 Ribosomal protein L4/L1e GO:Molecular Function:structural constituent of ribosome (GO:0003735), Cellular Component:intracellular (GO:0005622), Cellular Component:ribosome (GO:0005840), Biological Process:protein biosynthesis (GO:0006412)" /codon_start=1 /transl_table=11 /product="LSU ribosomal protein L4P (rpl4P)" /protein_id="ACS34504.1" /translation="MKVKVFNLEGEPVEEIELPKVFSTPFRPDLIRRAVIASWTHRIQ PQGRDPLAGKRRVTENIGKGHGMARVERIKTPPRFAAFVPFARGGRRTHPPKVEKIIW EDINKKERRLAIMSAIAATANPDLVRARGHVVDNVPAFPLVVVDDLQKVFKTAQTREI FKKLGIWDDIERAKRNTKIRAGKGKMRGRRYKKAKGPLIVVAKNEGIVQGARNHPGVD VVTVDNLGVELLAPGTHPGRLTIWTKGAIERLKEIYG" gene complement(1903999..1905039) /gene="rpl3P" /locus_tag="TGAM_2003" /note="tg2003" CDS complement(1903999..1905039) /gene="rpl3P" /locus_tag="TGAM_2003" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:BlastProDom:PD001374 RL3_ORYSA_P35684; InterPro:IPR000597 Ribosomal protein L3 GO:Molecular Function:structural constituent of ribosome (GO:0003735), Cellular Component:intracellular (GO:0005622), Cellular Component:ribosome (GO:0005840), Biological Process:protein biosynthesis (GO:0006412)" /inference="protein motif:CDD:Ribosomal_L3, Ribosomal protein L3" /inference="protein motif:COG:COG0087 Ribosomal protein L3; J Translation, ribosomal structure and biogenesis" /inference="protein motif:Gene3D:G3D.2.40.30.10 no description" /inference="protein motif:HMMPanther:PTHR11363 RIBOSOMAL PROTEIN L3P" /inference="protein motif:HMMPanther:PTHR11363:SF2 50S RIBOSOMAL PROTEIN L3P" /inference="protein motif:HMMPfam:PF00297 Ribosomal_L3 InterPro:IPR000597 Ribosomal protein L3 GO:Molecular Function:structural constituent of ribosome (GO:0003735), Cellular Component:intracellular (GO:0005622), Cellular Component:ribosome (GO:0005840), Biological Process:protein biosynthesis (GO:0006412)" /inference="protein motif:ScanRegExp:PS00474 RIBOSOMAL_L3 InterPro:IPR000597 Ribosomal protein L3 GO:Molecular Function:structural constituent of ribosome (GO:0003735), Cellular Component:intracellular (GO:0005622), Cellular Component:ribosome (GO:0005840), Biological Process:protein biosynthesis (GO:0006412)" /inference="protein motif:superfamily:SSF50447 Translation proteins InterPro:IPR009000 Translation factor" /codon_start=1 /transl_table=11 /product="LSU ribosomal protein L3P (rpl3P)" /protein_id="ACS34505.1" /translation="MGKVHRPRRGSLAFSPRKRARSVVPRIKKWPKDSEVRMLGFAGY KAGMTHILMIDDSPGLTKGKEIFVPVTIVEVPPLFVYGIRAYKQGYLGLETATEVWFH ELNDNVKRRIKTLPKNYGEEDFKAKLGQLEDLVNDGEIVDVRLLVHTQPWLIKLKKKP EVMEYAIGGDDVKAKFEYAKERIGKEIRASEVLHEGELLDVIAVTKGKGTQGPVKRWG VKVQFHKAQRAGKGRHIGNLGPWHPARVMWTVPQAGQMGFHHRTEFNKRLIAIGENGK LVLNGNEIDITPKGGFPHYGIIRSDFLMIEGSVPGSFKRIIRVRPAIKPPKKKPPVER PQITYVSRESKQ" gene complement(1905041..1905808) /locus_tag="TGAM_2004" /note="tg2004" CDS complement(1905041..1905808) /locus_tag="TGAM_2004" /inference="protein motif:CDD:DUF171, Uncharacterized ACR, COG2106" /inference="protein motif:COG:COG2106 Uncharacterized conserved protein; S Function unknown" /inference="protein motif:HMMPanther:PTHR12150 SURF-1 RELATED InterPro:IPR003750 Protein of unknown function DUF171" /inference="protein motif:HMMPanther:PTHR12150:SF13 UNCHARACTERIZED" /inference="protein motif:HMMPfam:PF02598 DUF171 InterPro:IPR003750 Protein of unknown function DUF171" /inference="protein motif:superfamily:SSF75217 alpha/beta knot" /note="Belongs to DUF171 family" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein" /protein_id="ACS34506.1" /translation="MAWHVFIPDSLLEETDDPKIRTYKVGQVARACAIFGVEHIWIYR AGGRDGKFIKTVLEYMETPQYLRKRLFPLMPELRYVGVVPPLRTPHHKLKGKPKVGEI REGYAFRKGRKIYADIGLDELAIVEGNIEGRATFRVVSTRPLKVVPAKPVEYWGYRVH LSGKPLAKTLKKAHLDLAIATSRKGRDVRKVNLPPLEGEVGIAFGSPRKGVMELLGGE YEFDFVLNTIPNQKTKTVRTEEALLATLAIFNLIRRD" gene complement(1906599..1907741) /locus_tag="TGAM_2005" /note="tg2005" CDS complement(1906599..1907741) /locus_tag="TGAM_2005" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:BlastProDom:PD014265 Q9UYG2_PYRAB_Q9UYG2; InterPro:IPR001072 Y414 GO:Molecular Function:molecular function unknown (GO:0005554)" /inference="protein motif:CDD:COG1423, ATP-dependent DNA ligase, homolog of eukaryotic ligase III [DNA replication, recombination, and repair]" /inference="protein motif:CDD:DUF135, Protein of unknown function DUF135" /inference="protein motif:COG:COG1423 ATP-dependent DNA ligase, homolog of eukaryotic ligase III; L Replication, recombination and repair" /inference="protein motif:FPrintScan:PR01048 Y414FAMILY InterPro:IPR001072 Y414 GO:Molecular Function:molecular function unknown (GO:0005554)" /inference="protein motif:HMMPfam:PF01068 DNA_ligase_A_M InterPro:IPR012310 ATP dependent DNA ligase, central GO:Molecular Function:DNA ligase (ATP) activity (GO:0003910), Molecular Function:ATP binding (GO:0005524), Biological Process:DNA replication (GO:0006260), Biological Process:DNA repair (GO:0006281), Biological Process:DNA recombination (GO:0006310)" /inference="protein motif:HMMTigr:TIGR01209 TIGR01209:conserved hypothetical protein T InterPro:IPR001072 Y414 GO:Molecular Function:molecular function unknown (GO:0005554)" /inference="protein motif:superfamily:SSF56091 DNA ligase/mRNA capping enzyme, catalytic domain" /note="Contains 1 Ligase domain (PF01068) and has good convergence with psi-blast . Belongs to Y414 family" /codon_start=1 /transl_table=11 /product="ATP-dependent DNA ligase, putative" /protein_id="ACS34507.1" /translation="MVSSIFRNLLLKLGLPEGRLEVLEGKGGLMEDEFEGIGYVRFRD SARGFRRGTVVFEDGTVVAGFPHIKRVVQLENGIRRIFRRRPFYVEEKVDGYNVRVVT VKGRILALTRGGFVCPFTTERILDFINEEFFRDYPNLVLVGEMAGPESPYLVEGPPYV EEDIQFFLFDIQEKGTGRSIPAEERYKLAEEYGIPQVEVFGLYDRSMIEELYDLIERL SREGREGIVMKTPDMRKIAKYVTPYANINDIKIGSRIFFDLPHGYFMQRIKRLAFYLA EKRVRGEEFDEYARALGKALLRPFVESIHEVASGGEVEETFKVRVKNVSTAHKMVTHF ERLGVKIHIEDIEDIGNGYWRITFKRVYPDATREIRELWNGLAFVD" gene complement(1907772..1910054) /locus_tag="TGAM_2006" /note="tg2006" CDS complement(1907772..1910054) /locus_tag="TGAM_2006" /inference="protein motif:CDD:MalT, ATP-dependent transcriptional regulator [Transcription]" /inference="protein motif:COG:COG0457 FOG:TPR repeat; R General function prediction only" /inference="protein motif:FPrintScan:PR00364 DISEASERSIST InterPro:IPR000767 Disease resistance protein GO:Biological Process:defense response (GO:0006952), Biological Process:defense response to pathogen (GO:0042829)" /inference="protein motif:Gene3D:G3D.1.10.10.10 no description InterPro:IPR011991 Winged helix repressor DNA-binding" /inference="protein motif:Gene3D:G3D.1.25.40.10 no description InterPro:IPR011990 Tetratricopeptide-like helical GO:Molecular Function:binding (GO:0005488)" /inference="protein motif:Gene3D:G3D.3.40.50.300 no description" /inference="protein motif:HMMPfam:PF01022 HTH_5 InterPro:IPR001845 Bacterial regulatory protein, ArsR GO:Molecular Function:transcription factor activity (GO:0003700), Cellular Component:intracellular (GO:0005622), Biological Process:regulation of transcription, DNA-dependent (GO:0006355)" /inference="protein motif:HMMPfam:PF01637 Arch_ATPase InterPro:IPR011579 Prokaryotic ATPase" /inference="protein motif:HMMPfam:PF07719 TPR_2 InterPro:IPR013105 Tetratricopeptide TPR_2" /inference="protein motif:HMMSmart:SM00028 no description InterPro:IPR013026 Tetratricopeptide region" /inference="protein motif:HMMSmart:SM00418 no description InterPro:IPR001845 Bacterial regulatory protein, ArsR GO:Molecular Function:transcription factor activity (GO:0003700), Cellular Component:intracellular (GO:0005622), Biological Process:regulation of transcription, DNA-dependent (GO:0006355)" /inference="protein motif:ProfileScan:PS50005 TPR InterPro:IPR013026 Tetratricopeptide region" /inference="protein motif:ProfileScan:PS50293 TPR_REGION InterPro:IPR013026 Tetratricopeptide region" /inference="protein motif:ProfileScan:PS50987 HTH_ARSR_2 InterPro:IPR001845 Bacterial regulatory protein, ArsR GO:Molecular Function:transcription factor activity (GO:0003700), Cellular Component:intracellular (GO:0005622), Biological Process:regulation of transcription, DNA-dependent (GO:0006355)" /inference="protein motif:superfamily:SSF46785 'Winged helix' DNA-binding domain" /inference="protein motif:superfamily:SSF52540 P-loop containing nucleoside triphosphate hydrolases" /inference="protein motif:superfamily:SSF53795" /note="Contains 3 TRP repeats" /codon_start=1 /transl_table=11 /product="Regulatory protein HTH/ArsR family, disease resistance-related, containing ATPase domain" /protein_id="ACS34508.1" /translation="MSSMDTVKMLRLISNETNLQILSILKSGSFNPRELARILQKDET DVSRRLRLLERLGLVEGRWIRIRGRNVRVYSLKVSELRISFEPGGVVLQTADRVRYEV PLLEGRLPRIGLFVGRRSEISKLASAGESIIVIYGIAGIGKTSLAAKVFGDAFWYQLS EVDSFDYLAWQLGLFLNTRGYHLLLDYLRSGNREERAIFELVLEGVEETRAKIVFDDF HKCRDDVIMRLVSFLSSRLRSGKLVLLSRERPNLGLWDGVLYLHLKGLEPGDAYELLR SKGVEMEPEEFARLYGVTRGHPLALNLFAEARKGTPGDVTNFFDMIFAEAYDSLTDDE REMLSLMALFNEPLEYEAIKRLYGKKNAFSVLYSLLRKGLVERSGESYFLHDLIRGLA MKGIHGDEGGYYLKYAEYLLSKNSPDDFIKAFRYTIRSGRLERLKDLTEMRIRRFRHL IVDFPIAYLRVLSEAEGNPYVDSEIAEVHFQRGFFDRAEELWLKVLDRLGGIHLANVL SYLSDLYIEKNEFEKANEYLRRTEAIAESLNDPLVWLWYHMERTKYEYYTGDLDEALR SAMREMEVSKLLPPDPEREVKVLFHVGDVYCEMEEYQKGVEHYLQALELALANGLTFG ANMARFELSKAYYNLSAYGKAAELAGEASEYFIRIKNYRRAVDSLSYMTVSLIGLGEL EEAEQTAEKMIALAQSTNYPLAWAGYIFLGAVKELMGVDGGEYFRRGREHLRKYEWLY DAVLHELGRVFDVEVIHKDY" gene complement(1910104..1910256) /locus_tag="TGAM_2007" /note="tg2007" CDS complement(1910104..1910256) /locus_tag="TGAM_2007" /note="Good similarity with a small orf in PH0954 downstream region" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein" /protein_id="ACS34509.1" /translation="MNMLARVRRELVDYIVRETNLSREVVVKVLRAEETFIMKQIRDA MEERPR" gene complement(1910253..1910873) /locus_tag="TGAM_2008" /note="tg2008" CDS complement(1910253..1910873) /locus_tag="TGAM_2008" /note="2 probable transmembrane helices predicted by modhmm" /codon_start=1 /transl_table=11 /product="Hypothetical protein" /protein_id="ACS34510.1" /translation="MMGMRWLLVFLLLLLIVPLAVAQDVKIVEYKIDGTMKMVVDEAG NARVEEAWKFTPNLYLQMKQSYPTTYMLKREFENKRTDAQYEGMKIEWDDTNNRITST YTMLGAAINGGSHWEIRIGDKDTTLSAQNGNTLVLTTVEPILGGQGRLVETITLVLPK GAKNIKFEDGIVKYELPSGSERNPVYLGLVALSLVGLAILNFPKRG" gene complement(1910870..1912480) /locus_tag="TGAM_2009" /note="tg2009" CDS complement(1910870..1912480) /locus_tag="TGAM_2009" /inference="protein motif:superfamily:SSF54001 Cysteine proteinases" /note="Contains SSF54001 signature and good convergence with psi-last; 1 probable transmembrane helix predicted by modhmm" /codon_start=1 /transl_table=11 /product="Cysteine proteinase, putative" /protein_id="ACS34511.1" /translation="MNPRVIGSVVLVLLLIFGLAGYVGAFGGKGKGRLEYKVYSLEQI MSGAYKVYGNPKLGFWVAKVVLRNTGDGPIRNIQIRYSIDNYASESVKSYPVLVPGGA VVDFYYPILSSEVTKLTAATPSNLRITITYEVNGRTREESVTKPLTILGVNDFVFSSL APEESTGSFYDTFSNAPLLAAWVTPSDPVVREFADLGNKLAGGAGASLSDEEAIKSLS GMWELARVNGFSYKTEAEGYWTGKFSEHIMFPRDVIRDKSGTCIDLALWFASLAMSQG LKAYIVLIPGHAFPLIKLPSGSIVPVEATAINDGASFQEAVQVGVQKSWQTAMSGPHF IIDVASLHSSGVVPPELPGLPADVLTKWGISLHQNNGGNAGNQNTGENNGNTGGNAGG NGGNGGQGWATYSGQYFSFQYPADWGAPDKYEGMVYLVSQDGNFEFMVLYFQGVGVED MVNAFEDSLAQGGIEVNARQETQSTIAGMDVYTVLYSLSSDQGDYAAVARYFTANGIG FAVVYSFPRNNDQYNRLGEEIVSTFRLR" gene complement(1912599..1913147) /gene="rpl10E-2" /locus_tag="TGAM_2010" /note="tg2010" CDS complement(1912599..1913147) /gene="rpl10E-2" /locus_tag="TGAM_2010" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:Ribosomal_L10e, Ribosomal L10" /inference="protein motif:CDD:RplP, Ribosomal protein L16/L10E [Translation, ribosomal structure and biogenesis]" /inference="protein motif:COG:COG0197 Ribosomal protein L16/L10E; J Translation, ribosomal structure and biogenesis" /inference="protein motif:Gene3D:G3D.3.30.70.780 no description" /inference="protein motif:HMMPanther:PTHR11726 60S RIBOSOMAL PROTEIN L10/CHLORIDE CONDUCTANCE REGULATORY PROTEIN" /inference="protein motif:HMMPanther:PTHR11726:SF1 50S RIBOSOMAL PROTEIN L10E" /inference="protein motif:HMMPfam:PF00826 Ribosomal_L10e InterPro:IPR001197 Ribosomal protein L10E GO:Molecular Function:structural constituent of ribosome (GO:0003735), Cellular Component:intracellular (GO:0005622), Cellular Component:ribosome (GO:0005840), Biological Process:protein biosynthesis (GO:0006412)" /inference="protein motif:HMMPIR:PIRSF005590 Ribosomal protein L10 InterPro:IPR001197 Ribosomal protein L10E GO:Molecular Function:structural constituent of ribosome (GO:0003735), Cellular Component:intracellular (GO:0005622), Cellular Component:ribosome (GO:0005840), Biological Process:protein biosynthesis (GO:0006412)" /inference="protein motif:ScanRegExp:PS01257 RIBOSOMAL_L10E InterPro:IPR001197 Ribosomal protein L10E GO:Molecular Function:structural constituent of ribosome (GO:0003735), Cellular Component:intracellular (GO:0005622), Cellular Component:ribosome (GO:0005840), Biological Process:protein biosynthesis (GO:0006412)" /inference="protein motif:superfamily:SSF54686 Ribosomal protein L10e" /codon_start=1 /transl_table=11 /product="LSU ribosomal protein L10 (rpl10E)" /protein_id="ACS34512.1" /translation="MGLRPAKIDRDVDKPAYTRREYIRGAPGPKITIFDMGNLSAEFE YEVSLHAEQAMQIRQNALEAIRIQVNRYLQKNVGRSNYHFKIRVYPFQVLRENPMATG RKADRYGNGMRRPFGKPIGLAARVKKDQKILTVWVNEQHLKFALGAMHRAKMKLPYSA YYRIYDREGNDVTTKVLSTMKR" gene complement(1913223..1914383) /locus_tag="TGAM_2011" /note="tg2011" CDS complement(1913223..1914383) /locus_tag="TGAM_2011" /inference="protein motif:COG:COG0477 Permeases of the major facilitator superfamily; G Carbohydrate transport and metabolism" /inference="protein motif:HMMPanther:PTHR10074 DRUG EFFLUX TRANSPORTER-RELATED" /inference="protein motif:HMMPfam:PF07690 MFS_1 InterPro:IPR011701 Major facilitator superfamily MFS_1" /inference="protein motif:ProfileScan:PS50850 MFS InterPro:IPR007114 Major facilitator superfamily GO:Molecular Function:transporter activity (GO:0005215), Biological Process:transport (GO:0006810), Cellular Component:integral to membrane (GO:0016021)" /note="11 probable transmembrane helices predicted by modhmm" /codon_start=1 /transl_table=11 /product="Permease, major facilitator superfamily" /protein_id="ACS34513.1" /translation="MERRRLAGILLLIFSAFTGTIAFRLATPAIAFYTRDILRASMFA VSLVSMSFVLARAFSSVLGGLILERGKKLVYLGAIAMMGNAIAVQLYPLTSTWPQVVG IKLLNGFLNGISWPMAQFVLAVTTPKEIRARVTAVYFFFGSIASLLGNYVYAYTVGLG LAGQMWISSTFFVLTGFIMLLSYYLLFDLITPRKKKTPESEKPSLNPGRVLTIASLMA VIVAFTSGEITYVYVSEALNLDKQRTAVLLGWVSFLSALLSYFVSWVADVRSEARMVK LTALLAGISPILASIKTAPTVFLGIFFALFAFQSFRPISRKVLASYHRSSLAIGGVNA VQNLSTFIGGMLFGIAYSLGEVNVGLTLNLALLTFLPFSLGLIIEGTKVKDI" gene 1914545..1915699 /gene="sgaA" /locus_tag="TGAM_2012" /note="tg2012" CDS 1914545..1915699 /gene="sgaA" /locus_tag="TGAM_2012" /EC_number="2.6.1.45" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:Aminotran_5, Aminotransferase class-V" /inference="protein motif:CDD:COG0075, Serine-pyruvate aminotransferase/archaeal aspartate aminotransferase [Amino acid transport and metabolism]" /inference="protein motif:CDD:CsdB, Selenocysteine lyase [Amino acid transport and metabolism]" /inference="protein motif:CDD:NifS, Cysteine sulfinate desulfinase/cysteine desulfurase and related enzymes [Amino acid transport and metabolism]" /inference="protein motif:CDD:SerC, Phosphoserine aminotransferase [Coenzyme metabolism / Amino acid transport and metabolism]" /inference="protein motif:COG:COG0075 Serine-pyruvate aminotransferase/archaeal aspartate aminotransferase; E Amino acid transport and metabolism" /inference="protein motif:Gene3D:G3D.3.40.640.10 no description" /inference="protein motif:HMMPanther:PTHR11808 SERINE--PYRUVATE AMINOTRANSFERASE-RELATED" /inference="protein motif:HMMPanther:PTHR11808:SF19 SERINE-GLYOXYLATE TRANSAMINASE-RELATED" /inference="protein motif:HMMPfam:PF00266 Aminotran_5 InterPro:IPR000192 Aminotransferase, class V GO:Biological Process:metabolism (GO:0008152), Molecular Function:transaminase activity (GO:0008483)" /inference="protein motif:ScanRegExp:PS00595 AA_TRANSFER_CLASS_5 InterPro:IPR000192 Aminotransferase, class V GO:Biological Process:metabolism (GO:0008152), Molecular Function:transaminase activity (GO:0008483)" /inference="protein motif:superfamily:SSF53383 PLP-dependent transferases" /codon_start=1 /transl_table=11 /product="Aminotransferase, class V, putative serine-glyoxylate aminotransferase (sgaA)" /protein_id="ACS34514.1" /translation="MELRFDMQYEDAYREVYEMVKPRYKLFTAGPVACFPEVLAIMSV QMFSHRSAEAKAVHVDTLERLKKFLEADSGEIILFPSSGTGFMESAVRNAVPRGGKVL VTIIGAFGKRFADVVEANGRKAVIFEKEPGQAVKPEELDEALRKNPDVHAVTITYNET STGVLNPLPELAKVVHEHDKLLFVDAVSAMGGADIKFDEWGIDLVFASSQKAFGVPPG LAVAAVSERVFEIAEKMPERGWYFDLPLYRKFNEKKKGTPSTPPLPQIFGLNVVLRII EKMGGKEAWLDMYRKRSEIIREGVKEMGLGILAEPGYESPTITAVVVPEGMKGIDVYN AMRERGFELAKGYGSVAEKTFRIGNMGYMTFDDIREMLDNLREVIEKLKA" gene 1915719..1916474 /locus_tag="TGAM_2013" /note="tg2013" CDS 1915719..1916474 /locus_tag="TGAM_2013" /note="2 probable transmembrane helices predicted by modhmm" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein" /protein_id="ACS34515.1" /translation="MRRRTVLVVLWLIGNVLVFWAVALTASGYSLEGYLPWESSKVFT YSPVLHSKPGDKPTEILYMVGRNGELYYYIVWRDEYFSNSLIDKLYRLMRGLIYGTSE DVEVFGVVPENSSFYFQTYGHSSVHGKILPDGSCLWSERGLTIPNCTVNGTHVKLYVV TWNHMLSLLPENDTVQVFPEMRHMTPEDYVALGMVKRTKYSIAGIAFNSLTASLVVTV LLNIILFVLLRRWLLLRRGRKNLRSRLLFRREV" gene complement(1916458..1917039) /locus_tag="TGAM_2014" /note="tg2014" CDS complement(1916458..1917039) /locus_tag="TGAM_2014" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:BlastProDom:PD000739 Q9V0F1_PYRAB_Q9V0F1; InterPro:IPR001482 Bacterial type II secretion system protein E GO:Molecular Function:ATP binding (GO:0005524), Cellular Component:intracellular (GO:0005622), Biological Process:transport (GO:0006810)" /inference="protein motif:CDD:VirB11, Type IV secretory pathway, VirB11 components, and related ATPases involved in archaeal flagella biosynthesis [Cell motility and secretion / Intracellular trafficking and secretion]" /inference="protein motif:COG:COG0630 Type IV secretory pathway, VirB11 components, and related ATPases involved in archaeal flagella biosynthesis; N Cell motility" /inference="protein motif:Gene3D:G3D.3.40.50.300 no description" /inference="protein motif:superfamily:SSF52540 P-loop containing nucleoside triphosphate hydrolases" /codon_start=1 /transl_table=11 /product="AAA family ATPase, type II secretion system protein" /protein_id="ACS34516.1" /translation="MGVYIFKPEDLIRYGSARPEQMELLREEVLGRKDILIVGTSRSG KTKLVEALLHYVPDDWKVAVVTAYGEFKPFKPNIEVIDTAFDRRSTDERTEEVIEKLR KLGPDYVVIDTLHTVSVPRILDELIDDYAFIVTSLAMTDDLKAEVMHWLGIDEKTFDR FDVLVELKRDWRTGMKKINRIYKIENGELKPLV" gene 1917260..1918162 /gene="asnS-2" /locus_tag="TGAM_2015" /note="tg2015" CDS 1917260..1918162 /gene="asnS-2" /locus_tag="TGAM_2015" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:AsnS, Aspartyl/asparaginyl-tRNA synthetases [Translation, ribosomal structure and biogenesis]" /inference="protein motif:CDD:Asp_Lys_Asn_RS_core, Asp_Lys_Asn_tRNA synthetase class II core domain" /inference="protein motif:CDD:AspRS_core, Asp tRNA synthetase (aspRS) class II core domain" /inference="protein motif:CDD:AsxRS_core, Asx tRNA synthetase (AspRS/AsnRS) class II core domain" /inference="protein motif:CDD:LysRS_core, Lys_tRNA synthetase (LysRS) class II core domain" /inference="protein motif:CDD:tRNA-synt_2, tRNA synthetases class II (D, K and N)" /inference="protein motif:COG:COG0017 Aspartyl/asparaginyl-tRNA synthetases; J Translation, ribosomal structure and biogenesis" /inference="protein motif:Gene3D:G3D.3.30.930.10 no description" /inference="protein motif:HMMPanther:PTHR10218 GUANINE NUCLEOTIDE BINDING PROTEIN ALPHA SUBUNIT-RELATED" /inference="protein motif:HMMPanther:PTHR10218:SF4 ASPARAGINYL-TRNA SYNTHETASE-RELATED" /inference="protein motif:HMMPfam:PF00152 tRNA-synt_2 InterPro:IPR004364 tRNA synthetase, class II (D, K and N) GO:Molecular Function:aminoacyl-tRNA ligase activity (GO:0004812), Molecular Function:ATP binding (GO:0005524), Cellular Component:cytoplasm (GO:0005737), Biological Process:tRNA aminoacylation for protein translation (GO:0006418)" /inference="protein motif:ProfileScan:PS50862 AA_TRNA_LIGASE_II InterPro:IPR006195 Aminoacyl-transfer RNA synthetase, class II GO:Molecular Function:aminoacyl-tRNA ligase activity (GO:0004812), Molecular Function:ATP binding (GO:0005524), Biological Process:tRNA aminoacylation for protein translation (GO:0006418)" /inference="protein motif:superfamily:SSF55681 Class II aaRS and biotin synthetases" /codon_start=1 /transl_table=11 /product="Asparaginyl-tRNA synthetase related protein (asnS)" /protein_id="ACS34517.1" /translation="MNALQIVSRKIDPIAEVQTRAITYLTGELSRKGFRWLLPVMLSS ITDPLWPEPSSEEALRPPEVEVYGEKLRLMHSMILHKQMAVAMGIDKLFVLSPNVRLE SRLADDGRHAYEFTQLDFEIARASMDDVMGLIEELIVGLFRELRPFVWESFERELPKP RRPFKRFTLEEILEEFGSEEEASREMGEPFWITGIPREFYDREVDGIWRNYDLYLPEG YGEVSSGGEREWEYEKILAKIRSAGLSEEAFRPYLEVAKAGLLRPSAGAGIGVERLIR YIVGAKHIAEVQPFPRIPGVPAVI" gene 1918212..1918526 /locus_tag="TGAM_2016" /note="tg2016" CDS 1918212..1918526 /locus_tag="TGAM_2016" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:Gene3D:G3D.2.40.30.10 no description" /inference="protein motif:superfamily:SSF50447 Translation proteins InterPro:IPR009000 Translation factor" /note="1 probable transmembrane helix predicted by modhmm" /codon_start=1 /transl_table=11 /product="Putative Translation factor" /protein_id="ACS34518.1" /translation="MGLFDFLRRPRKGESREFIASRKPVAKFRVEQILNVLGRETLIG TVEGIIYPGYKVKGRSIALIREIQKERKKVDFAVDGDRVALILEGKTNAKKGDVLAVY QS" gene 1918536..1919381 /gene="tatD-2" /locus_tag="TGAM_2017" /note="tg2017" CDS 1918536..1919381 /gene="tatD-2" /locus_tag="TGAM_2017" /inference="protein motif:BlastProDom:PD038341 Q8U2D1_PYRFU_Q8U2D1; InterPro:IPR011589 TatD deoxyribonuclease" /inference="protein motif:CDD:COG1831, Predicted metal-dependent hydrolase (urease superfamily) [General function prediction only]" /inference="protein motif:CDD:TatD_DNase, TatD related DNase" /inference="protein motif:COG:COG1831 Predicted metal-dependent hydrolase (urease superfamily); R General function prediction only" /inference="protein motif:Gene3D:G3D.3.20.20.140 no description" /inference="protein motif:HMMPanther:PTHR10060 TATD DNASE-RELATED InterPro:IPR001130 TatD-related deoxyribonuclease" /inference="protein motif:HMMPanther:PTHR10060:SF1 TATD DNASE-RELATED" /inference="protein motif:HMMPfam:PF01026 TatD_DNase InterPro:IPR001130 TatD-related deoxyribonuclease" /inference="protein motif:HMMPIR:PIRSF004961 Predicted metal-dependent hydrolase related to TatD DNase, archaeal type InterPro:IPR002854 Deoxyribonuclease TatD-related, archaeal" /inference="protein motif:superfamily:SSF51556 Metallo-dependent hydrolases" /codon_start=1 /transl_table=11 /product="Deoxyribonuclease TatD-related protein (TatD)" /protein_id="ACS34519.1" /translation="MIILDDHFHVDPFKGLFLEAVKQFHRAGGTHLMVVYKTAHDYGF PGLKAEDFMKAMDFHIELVERINRETPVKAFAVVGVHPAEFVYLAEQKGLEYAKNEVM RALEYAQKLCLEGKAVAIGEIGRPHYEVPPEIWNASIELMKYGMSLAKDADCAVQLHT ESFDEEKFRELGRYVREVEIKPYKVVKHFSPPLVKVAEEVGVFPSIIASRKNIEEAIK QGNRFMMETDYIDDKRRPGAVLGPKTVPRRTKAFLQNGLFTEEDVYKIHVENPRKVYG VEMEE" gene complement(1919411..1919800) /locus_tag="TGAM_2018" /note="tg2018" CDS complement(1919411..1919800) /locus_tag="TGAM_2018" /inference="protein motif:CDD:VapC, Predicted nucleic acid-binding protein, contains PIN domain [General function prediction only]" /inference="protein motif:COG:COG1487 Predicted nucleic acid-binding protein, contains PIN domain; R General function prediction only" /inference="protein motif:HMMPfam:PF01850 PIN InterPro:IPR002716 PilT protein, N-terminal" /inference="protein motif:superfamily:SSF88723 PIN domain-like" /codon_start=1 /transl_table=11 /product="Nucleotide binding protein, putative, containing PIN domain" /protein_id="ACS34520.1" /translation="MIDTNILIYYLADAIPKEELPTIEEILRGSFNVSIITKIEFLGW KGHTQEGFEKSKEFISFANVIPLTDEIGDVAIELRRRVSIKLPDAVIAATALVHNLTL VTRNVKDFKRIEGLRIYNPFEKVDKKQ" gene complement(1919797..1919985) /locus_tag="TGAM_2019" /note="tg2019" CDS complement(1919797..1919985) /locus_tag="TGAM_2019" /note="Some similarity with PH1298 N term region" /codon_start=1 /transl_table=11 /product="Hypothetical protein" /protein_id="ACS34521.1" /translation="MEGVEYIYDEHGRIKGVIIPPELWEKVKGELFDPSRYRGIYKGK KDLEKSLRELREEWERDF" gene complement(1920032..1921066) /gene="rtcA" /locus_tag="TGAM_2020" /note="tg2020" CDS complement(1920032..1921066) /gene="rtcA" /locus_tag="TGAM_2020" /EC_number="6.5.1.4" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:EPT_RTPC-like, This domain family includes the Enolpyruvate transferase (EPT) family and the RNA 3' phosphate cyclase family (RTPC)" /inference="protein motif:CDD:RNA_Cyclase, RNA 3' phosphate cyclase domain - RNA phosphate cyclases are enzymes that catalyze the ATP-dependent conversion of 3'-phosphate at the end of RNA into 2', 3'-cyclic phosphodiester bond" /inference="protein motif:CDD:RNA_Cyclase_Class_I, RNA 3' phosphate cyclase domain (class I) This subfamily of cyclase-like proteins are encoded in eukaryotic genomes" /inference="protein motif:CDD:RNA_Cyclase_Class_II, RNA 3' phosphate cyclase domain (class II)" /inference="protein motif:CDD:RTC, RNA 3'-terminal phosphate cyclase" /inference="protein motif:CDD:RTC_insert, RNA 3'-terminal phosphate cyclase (RTC), insert domain" /inference="protein motif:COG:COG0430 RNA 3'-terminal phosphate cyclase; A RNA processing and modification" /inference="protein motif:Gene3D:G3D.3.65.10.20 no description" /inference="protein motif:HMMPanther:PTHR11096 RNA 3-TERMINAL PHOSPHATE CYCLASE-RELATED InterPro:IPR000228 RNA 3'-terminal phosphate cyclase GO:Molecular Function:RNA-3'-phosphate cyclase activity (GO:0003963)" /inference="protein motif:HMMPfam:PF01137 RTC InterPro:IPR000228 RNA 3'-terminal phosphate cyclase GO:Molecular Function:RNA-3'-phosphate cyclase activity (GO:0003963)" /inference="protein motif:HMMPfam:PF05189 RTC_insert InterPro:IPR000228 RNA 3'-terminal phosphate cyclase GO:Molecular Function:RNA-3'-phosphate cyclase activity (GO:0003963)" /inference="protein motif:ScanRegExp:PS01287 RTC InterPro:IPR000228 RNA 3'-terminal phosphate cyclase GO:Molecular Function:RNA-3'-phosphate cyclase activity (GO:0003963)" /inference="protein motif:superfamily:SSF55205 EPT/RTPC-like" /codon_start=1 /transl_table=11 /product="RNA 3'-terminal phosphate cyclase (rtcA)" /protein_id="ACS34522.1" /translation="MEWVEIDGSYGEGGGQILRTAVALSVITGKPVRIHRIRANRPNP GLRPQHLHGILALKELSNARVKGAKVGSTVLEFVPGRAEPKHVKVPIKTAGSITLVLQ ALLPAMAFIGGSFEITGGTDVPWSPPVDYLRNVTLFALEKMGLRAEIELKRRGHYPKG GGLVTGSVEPWESKKPLVALEWNKVDSFAGISHATNLPAHVAERQAKSAEERLREFFN APVEIETEVSRSLGPGSGIVVWAETDSLRLAGDALGKRGKPAEVVGREAAEELIEQLT PRKAVDRFLGDQLIPFLAFAGGEIGVAEITNHLVTNVWVVERFLGRTFEVEGEIGEPG VVRVVRKAEV" gene complement(1921127..1921996) /locus_tag="TGAM_2021" /note="tg2021" CDS complement(1921127..1921996) /locus_tag="TGAM_2021" /note="1 probable transmembrane helix predicted by modhmm" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein" /protein_id="ACS34523.1" /translation="MDEVLLPRERRDAVVFIGVDAADNVEFVKVYAVSEEKAKEALEK FFNARGLFPADYRLVSRGVENVKGKGAITTRTETSLSSALARLGLKLLSNGVLHLEGA ETVYQLTLVSEELYSKLMEERAGRAKRRGLAISIAAAFSLGFSVLVVNLRAVNLRPLI PPGAVLLTEPEPDEVLRLMMEGKQVIVETVWPSKYMGLPFGVRVKIPPMSKEEFAEEL KRRTGVSVERGLLEDYPEWLFNYRNLEFILQIFEKLVEKGVEKEEALEIAVMVNLGFI PSEFEGLSLKSKR" gene complement(1922006..1922518) /locus_tag="TGAM_2022" /note="tg2022" CDS complement(1922006..1922518) /locus_tag="TGAM_2022" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:COG0622, Predicted phosphoesterase [General function prediction only]" /inference="protein motif:COG:COG0622 Predicted phosphoesterase; R General function prediction only" /inference="protein motif:Gene3D:G3D.3.60.21.10 no description" /inference="protein motif:HMMPanther:PTHR11124 VACUOLAR SORTING PROTEIN VPS29" /inference="protein motif:HMMPanther:PTHR11124:SF2 VACUOLAR SORTING PROTEIN VPS29-RELATED" /inference="protein motif:HMMPfam:PF00149 Metallophos InterPro:IPR004843 Metallophosphoesterase GO:Molecular Function:hydrolase activity (GO:0016787)" /inference="protein motif:HMMPIR:PIRSF000886 Vacuolar protein sorting 29 (VPS29) InterPro:IPR000979 Protein of unknown function UPF0025 GO:Molecular Function:molecular function unknown (GO:0005554)" /inference="protein motif:HMMTigr:TIGR00040 yfcE:phosphodiesterase, MJ0936 family InterPro:IPR000979 Protein of unknown function UPF0025 GO:Molecular Function:molecular function unknown (GO:0005554)" /inference="protein motif:ProfileScan:PS50185 PHOSPHO_ESTER InterPro:IPR004843 Metallophosphoesterase GO:Molecular Function:hydrolase activity (GO:0016787)" /inference="protein motif:ScanRegExp:PS01269 UPF0025 InterPro:IPR000979 Protein of unknown function UPF0025 GO:Molecular Function:molecular function unknown (GO:0005554)" /inference="protein motif:superfamily:SSF56300 Metallo-dependent phosphatases" /codon_start=1 /transl_table=11 /product="Metal-dependent phosphoesterase, putative" /protein_id="ACS34524.1" /translation="MLIGIMSDTHDNLPAIRKAVEFLNERNVDLVIHAGDYVAPFVAG ELRKLKAPLKGVFGNNDGERKGLYEALGICDEILEIEADGMKIAVTHGTDERIVRALA RSRLYDVVIVGHTHHYEIREEGRTILVNPGEVCGYLTGVKSVALLDTRKREVTIINIE TGELLGAMSL" gene 1922646..1923140 /locus_tag="TGAM_2023" /note="tg2023" CDS 1922646..1923140 /locus_tag="TGAM_2023" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:DUF1288, Protein of unknown function (DUF1288)" /inference="protein motif:COG:-; -" /inference="protein motif:HMMPfam:PF06944 DUF1288 InterPro:IPR010709 Protein of unknown function DUF1288" /codon_start=1 /transl_table=11 /product="Gins 23 protein" /protein_id="ACS34525.1" /translation="MFSGRALIPVKIIKPFEDWKTGDIALLEDWKAKVLWETGIGEIV DETDKIIGEIDKMIAEERESQPLVPIPAGLYERAEFYIYYLENYVRQNPGESIEVLSV KMTKLANLKKKYRYLKEMRFKKILEAVRLRPNSLEVLGRLSPEERRIYLELSKIRNEW LGEG" gene 1923137..1926652 /gene="mcm2" /locus_tag="TGAM_2024" /gene_synonym="cdc19" /note="tg2024" CDS 1923137..1926652 /gene="mcm2" /locus_tag="TGAM_2024" /gene_synonym="cdc19" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:BlastProDom:PD001041 Q8U3I4_PYRFU_Q8U3I4; InterPro:IPR001208 MCM GO:Molecular Function:DNA binding (GO:0003677), Molecular Function:ATP binding (GO:0005524), Biological Process:DNA replication initiation (GO:0006270), Molecular Function:DNA-dependent ATPase activity (GO:0008094)" /inference="protein motif:CDD:Hint, Hedgehog/Intein domain, found in Hedgehog proteins as well as proteins which contain inteins and undergo protein splicing (e" /inference="protein motif:CDD:HintN, Hint (Hedgehog/Intein) domain N-terminal region; Hedgehog/Intein domain, N-terminal region" /inference="protein motif:CDD:MCM, MCM2/3/5 family" /inference="protein motif:CDD:MCM, minichromosome maintenance proteins" /inference="protein motif:CDD:MCM2, Predicted ATPase involved in replication control, Cdc46/Mcm family [DNA replication, recombination, and repair]" /inference="protein motif:COG:COG1241 Predicted ATPase involved in replication control, Cdc46/Mcm family; L Replication, recombination and repair" /inference="protein motif:FPrintScan:PR00379 INTEIN InterPro:IPR006142 Intein GO:Biological Process:intein-mediated protein splicing (GO:0016539)" /inference="protein motif:FPrintScan:PR01657 MCMFAMILY InterPro:IPR001208 MCM GO:Molecular Function:DNA binding (GO:0003677), Molecular Function:ATP binding (GO:0005524), Biological Process:DNA replication initiation (GO:0006270), Molecular Function:DNA-dependent ATPase activity (GO:0008094)" /inference="protein motif:Gene3D:G3D.2.170.16.10 no description" /inference="protein motif:Gene3D:G3D.3.40.50.300 no description" /inference="protein motif:HMMPanther:PTHR11630 DNA REPLICATION LICENSING FACTOR-RELATED" /inference="protein motif:HMMPfam:PF00493 MCM InterPro:IPR001208 MCM GO:Molecular Function:DNA binding (GO:0003677), Molecular Function:ATP binding (GO:0005524), Biological Process:DNA replication initiation (GO:0006270), Molecular Function:DNA-dependent ATPase activity (GO:0008094)" /inference="protein motif:HMMSmart:SM00305 no description InterPro:IPR003586 Hedgehog/intein hint domain, C-terminal" /inference="protein motif:HMMSmart:SM00306 no description InterPro:IPR003587 Hedgehog/intein hint, N-terminal" /inference="protein motif:HMMSmart:SM00350 no description InterPro:IPR001208 MCM GO:Molecular Function:DNA binding (GO:0003677), Molecular Function:ATP binding (GO:0005524), Biological Process:DNA replication initiation (GO:0006270), Molecular Function:DNA-dependent ATPase activity (GO:0008094)" /inference="protein motif:HMMTigr:TIGR01443 intein_Cterm:intein C-terminal splicing InterPro:IPR006141 Protein splicing (intein) site GO:Biological Process:intein-mediated protein splicing (GO:0016539)" /inference="protein motif:HMMTigr:TIGR01445 intein_Nterm:intein N-terminal splicing InterPro:IPR006141 Protein splicing (intein) site GO:Biological Process:intein-mediated protein splicing (GO:0016539)" /inference="protein motif:ProfileScan:PS50051 MCM_2 InterPro:IPR001208 MCM GO:Molecular Function:DNA binding (GO:0003677), Molecular Function:ATP binding (GO:0005524), Biological Process:DNA replication initiation (GO:0006270), Molecular Function:DNA-dependent ATPase activity (GO:0008094)" /inference="protein motif:ProfileScan:PS50817 INTEIN_N_TER InterPro:IPR006141 Protein splicing (intein) site GO:Biological Process:intein-mediated protein splicing (GO:0016539)" /inference="protein motif:ProfileScan:PS50818 INTEIN_C_TER InterPro:IPR006141 Protein splicing (intein) site GO:Biological Process:intein-mediated protein splicing (GO:0016539)" /inference="protein motif:superfamily:SSF50249 Nucleic acid-binding proteins InterPro:IPR008994 Nucleic acid-binding, OB-fold GO:Molecular Function:nucleic acid binding (GO:0003676)" /inference="protein motif:superfamily:SSF51294" /inference="protein motif:superfamily:SSF52540 P-loop containing nucleoside triphosphate hydrolases" /note="Contains 2 Hint (Hedgehog/Intein) domains" /codon_start=1 /transl_table=11 /product="DNA replication licensing factor, Mcm2/Cdc19 ATPase, containing 2 inteins (Mcm2/Cdc19)" /protein_id="ACS34526.1" /translation="MMDREDMISRFATFLREYKDDDGNPIYLNRLKDLLTVVPKRSLT IDWAHLNSFDPELAQELLENPEEVLMAGEDAIQIVLREDLMYSEELKIHARFYNLPHT LLVKELGSEHINRLIQVEGIITRISEVKPFVQRAVFVCKDCGNEMVRLQRPYENLVKP AKCDACGSRNVELDVEKSRFINFQSFRLQDRPESLKGGQMPRFVDAILLDDLVDTALP GDRVLVTGILRVILEQRDKRPIFKKVLEVNHIEQLSKEIEELEISPEDEQKIRELAKR KDIVDAIVDSIAPAIWGHRIVKKGIALALFGGVQRVLPDGTKLRGESHVLLVGDPGVA KSQLLRYVANLAPRAIYTSGKSSSAAGLTAAAVRDEFTGSWVLEAGVLVLADGGFACL HPDSRVLVDGKYQRIEDLFELEKSYKALSDGQIVDIQEKEMEVTALDLGSIRTKTSKA TIIRRKPWKGELLKLKFRSGNEVTLTPDHLLIDGKTLEWKEAERFKVGESVIGLDENF NPRPDEIVSIERVPYEGYVYDLYVPGEHNFLAEGIIVHNCIDEFDKMSDRDRSAIHEA LEQQSYHYDFELLLADGRKVKIGELVDSLIEANRDKVIIGKDTEILPVDDIELLAYDL ERKEIVKVKADRVSRHKAPDKFIRLRFSNGREIVVTPEHPIMVWEDGEIREKPAENVT VDDVVLGVARYPIEIEQFDEPLRDERAAWNRQDYLYSLGIVSKIKNAPGRYEVKPTER TFPGELLKKLGEAGKNIHFKLSSRYYAKRPLVSKSILRKEIRRLIEHLERVRELASKE PPKALKYLNKSRISFKYGLNAITLRNRIERGDPTALSILRTEVEREAERIERVIEEVE ELLNGNVNFLRVTKVEKLPNDRWEWVYDVTVEPYHLFVSHGLVLHNTISISKAGITAT LNARTTVIAAANPKFGRFNRMKSLPEQLDLPPTLLSRFDLIFLLLDEPDEKIDASIAE HILRVRRGEAEVVTPKIPYDLLKKYIAYARKNVHPVLSREAMEEIKRYYVKMRKGLRR SSDDGVQPIPITARQLEALIRLSEAHARMRLSETVTREDARAAIELIEAMMKTIAVDE EGNIDVSILEIGKSSKKLNKIEKLVDIIKNLEPEGEYGAPADRVIEAAKQAGVGSKRE VEKLIEELKADGRIYEPRAGFYRVL" gene 1926704..1927132 /gene="eif2b" /locus_tag="TGAM_2025" /note="tg2025" CDS 1926704..1927132 /gene="eif2b" /locus_tag="TGAM_2025" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:BlastProDom:PD004078 IF2B_PYRHO_O58312; InterPro:IPR002735 Translation initiation factor IF5 GO:Molecular Function:translation initiation factor activity (GO:0003743), Biological Process:translational initiation (GO:0006413)" /inference="protein motif:CDD:eIF2B_5, domain present in translation initiation factor eIF2B and eIF5" /inference="protein motif:CDD:GCD7, Translation initiation factor 2, beta subunit (eIF-2beta)/eIF-5 N-terminal domain [Translation, ribosomal structure and biogenesis]" /inference="protein motif:COG:COG1601 Translation initiation factor 2, beta subunit (eIF-2beta)/eIF-5 N-terminal domain; J Translation, ribosomal structure and biogenesis" /inference="protein motif:Gene3D:G3D.3.30.50.10 no description" /inference="protein motif:HMMPanther:PTHR12594 EUKARYOTIC TRANSLATION INITIATION FACTOR 2, BETA SUBUNIT" /inference="protein motif:HMMPfam:PF01873 eIF-5_eIF-2B InterPro:IPR002735 Translation initiation factor IF5 GO:Molecular Function:translation initiation factor activity (GO:0003743), Biological Process:translational initiation (GO:0006413)" /inference="protein motif:HMMSmart:SM00653 no description InterPro:IPR002735 Translation initiation factor IF5 GO:Molecular Function:translation initiation factor activity (GO:0003743), Biological Process:translational initiation (GO:0006413)" /inference="protein motif:HMMTigr:TIGR00311 aIF-2beta:translation initiation factor aI InterPro:IPR004458 Archaeal translation initiation factor aIF-2, beta subunit GO:Molecular Function:translation initiation factor activity (GO:0003743), Biological Process:translational initiation (GO:0006413)" /inference="protein motif:superfamily:SSF75689 Zinc-binding domain of translation initiation factor 2 beta" /codon_start=1 /transl_table=11 /product="Translation initiation factor 2 beta subunit (eif2b)" /protein_id="ACS34527.1" /translation="MSESIDFYDFERLLDKAYEELPENVKSHKSRFEVPPAVVTIAGN RTIIENFVDIAEAMNRDPSHLLKFILREVATAGTLEGRRVILQGRFTPYLIANKLKKY LKEYVICPVCGSPDTKIIKRDRFYFLKCEACGAETPIQHL" gene 1927256..1928824 /gene="mmdA" /locus_tag="TGAM_2026" /note="tg2026" CDS 1927256..1928824 /gene="mmdA" /locus_tag="TGAM_2026" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:COG:COG4799 Acetyl-CoA carboxylase, carboxyltransferase component (subunits alpha and beta); I Lipid transport and metabolism" /inference="protein motif:Gene3D:G3D.3.90.226.10 no description" /inference="protein motif:HMMPanther:PTHR18866 ACETYL-COENZYME A CARBOXYLASE CARBOXYL TRANSFERASE" /inference="protein motif:HMMPanther:PTHR18866:SF4 PROPIONYL-COA CARBOXYLASE" /inference="protein motif:HMMPfam:PF01039 Carboxyl_trans InterPro:IPR000022 Carboxyl transferase GO:Molecular Function:ligase activity (GO:0016874)" /inference="protein motif:ProfileScan:PS50980 COA_CT_NTER InterPro:IPR011762 Acetyl-coenzyme A carboxyltransferase, N-terminal GO:Molecular Function:ligase activity (GO:0016874)" /inference="protein motif:ProfileScan:PS50989 COA_CT_CTER InterPro:IPR011763 Acetyl-coenzyme A carboxyltransferase, C-terminal GO:Molecular Function:ligase activity (GO:0016874)" /inference="protein motif:superfamily:SSF52096 ClpP/crotonase" /codon_start=1 /transl_table=11 /product="Methylmalonyl-CoA decarboxylase, alpha subunit (mmdA)" /protein_id="ACS34528.1" /translation="MSMEEKLNELYERRKKILAMGGEKAVEKQHAKGKLTARERIEKL LDPGSFVEIGMFVRHRGTEFGMDKRELPADGVITGYGTIDGRLVFVYAQDFTVMGGSL GEMHAAKIKRVMELALEAGAPVIGLNDSGGARIQEGVDSLKGYGEIFKMNTILSGVVP QITAIMGPCAGGAVYSPAIGDFILMVDNPASFMFITGPQVVKAVTGVEVTPVQLGGAM VHAQKAGQAHLIGKSDEEVLTLIRRLVSYLPSNNMEKPPRVKTSDLPFRKSERLYEIV PDDPNKPYDVRDVIYEIVDRDENGNPDFLEILPYFAPNAVVGFGRMNGQTVGIVANNP KYFAGVLDIDSSDKIARFVRTCDAFNIPIVTLVDVPGYLPGVDQESRGIIRHGAKVLY AYAEATVPMVTVILRKAYGGAYLAMGSKHLGADFVFAWPTAEIAVMGPEGAANIIFRK EIAAAENPEEVRQQKIAEYREKFANPYVAASRGYIDDVIDPAETRGKVIMALEALESK RVKLPPKKHGNIPL" gene 1928834..1929202 /gene="mmdD" /locus_tag="TGAM_2027" /note="tg2027" CDS 1928834..1929202 /gene="mmdD" /locus_tag="TGAM_2027" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:COG:COG3630 Na+-transporting Methylmalonyl-CoA/oxaloacetate decarboxylase, gamma subunit; C Energy production and conversion" /inference="protein motif:HMMPfam:PF04277 OAD_gamma InterPro:IPR005899 Sodium pump decarboxylase, gamma subunit GO:Biological Process:sodium ion transport (GO:0006814), Molecular Function:oxaloacetate decarboxylase activity (GO:0008948), Molecular Function:sodium ion transporter activity (GO:0015081), Cellular Component:membrane (GO:0016020)" /inference="protein motif:HMMTigr:TIGR01195 oadG_fam:sodium pump decarboxylases, gamma InterPro:IPR005899 Sodium pump decarboxylase, gamma subunit GO:Biological Process:sodium ion transport (GO:0006814), Molecular Function:oxaloacetate decarboxylase activity (GO:0008948), Molecular Function:sodium ion transporter activity (GO:0015081), Cellular Component:membrane (GO:0016020)" /note="1 probable transmembrane helix predicted by modhmm" /codon_start=1 /transl_table=11 /product="Methylmalonyl-CoA decarboxylase, delta subunit (MmdD)" /protein_id="ACS34529.1" /translation="MSQFAEGGWITIIGITVVFAILAILAIVMYAIGAFERGMTKKVE KEEKAVEETKEEVETPEEEIPPRDLAVITASILAYLAKKAEVVRPLPFRRKVSDAWRL YGLQSGMDEVENFNYEMRKW" gene 1929205..1929663 /gene="mmdC" /locus_tag="TGAM_2028" /note="tg2028" CDS 1929205..1929663 /gene="mmdC" /locus_tag="TGAM_2028" /inference="protein motif:CDD:AccB, Biotin carboxyl carrier protein [Lipid metabolism]" /inference="protein motif:CDD:Biotin_lipoyl, Biotin-requiring enzyme" /inference="protein motif:CDD:COG4770, Acetyl/propionyl-CoA carboxylase, alpha subunit [Lipid metabolism]" /inference="protein motif:CDD:PycA, Pyruvate carboxylase [Energy production and conversion]" /inference="protein motif:COG:COG0511 Biotin carboxyl carrier protein; I Lipid transport and metabolism" /inference="protein motif:Gene3D:G3D.2.40.50.100 no description" /inference="protein motif:HMMPanther:PTHR18866 ACETYL-COENZYME A CARBOXYLASE CARBOXYL TRANSFERASE" /inference="protein motif:HMMPanther:PTHR18866:SF9 OXALOACETATE CARBOXYLASE ALPHA CHAIN" /inference="protein motif:HMMPfam:PF00364 Biotin_lipoyl InterPro:IPR000089 Biotin/lipoyl attachment" /inference="protein motif:ProfileScan:PS50968 BIOTINYL_LIPOYL InterPro:IPR000089 Biotin/lipoyl attachment" /inference="protein motif:ScanRegExp:PS00188 BIOTIN InterPro:IPR001882 Biotin-binding site GO:Molecular Function:biotin binding (GO:0009374)" /inference="protein motif:superfamily:SSF51261 Duplicated hybrid motif InterPro:IPR011055 Duplicated hybrid motif" /codon_start=1 /transl_table=11 /product="Methylmalonyl-CoA decarboxylase gamma chain (MmdC)" /protein_id="ACS34530.1" /translation="MKVKVIIDGREYEVEVEELGGGKFRVSFEGKSYEVKAEGLGIAL PSVPETTSAPVSAPASVSVPAPAPVSAPAPSPAPASASPNTVTAPMPGKILRVLVSEG QEVKAGQGLLVLEAMKMENEIPAPKDGVVKKIYVKEGDAVNTGDPLVELG" gene 1929670..1930809 /gene="mmdB" /locus_tag="TGAM_2029" /note="tg2029" CDS 1929670..1930809 /gene="mmdB" /locus_tag="TGAM_2029" /inference="protein motif:CDD:OAD_beta, Na+-transporting Methylmalonyl-CoA/oxaloacetate decarboxylase, beta subunit" /inference="protein motif:COG:COG1883 Na+-transporting Methylmalonyl-CoA/oxaloacetate decarboxylase, beta subunit; C Energy production and conversion" /inference="protein motif:HMMPfam:PF03977 OAD_beta InterPro:IPR005661 Na+-transporting Methylmalonyl-CoA/oxaloacetate decarboxylase, beta subunit GO:Biological Process:sodium ion transport (GO:0006814), Molecular Function:lyase activity (GO:0016829)" /inference="protein motif:HMMPIR:PIRSF015658 Na(+)-transporting Methylmalonyl-CoA/oxaloacetate decarboxylase, beta subunit InterPro:IPR005661 Na+-transporting Methylmalonyl-CoA/oxaloacetate decarboxylase, beta subunit GO:Biological Process:sodium ion transport (GO:0006814), Molecular Function:lyase activity (GO:0016829)" /inference="protein motif:HMMTigr:TIGR01109 Na_pump_decarbB:sodium ion-transloca InterPro:IPR005661 Na+-transporting Methylmalonyl-CoA/oxaloacetate decarboxylase, beta subunit GO:Biological Process:sodium ion transport (GO:0006814), Molecular Function:lyase activity (GO:0016829)" /note="8 probable transmembrane helices predicted by modhmm" /codon_start=1 /transl_table=11 /product="Methylmalonyl-CoA decarboxylase, beta chain (MmdB)" /protein_id="ACS34531.1" /translation="MTSFVDFLSTMGLLHLTVGNIIMIAVGLTLVYLAIRYEMEPLLL LPIGITAVLVNLPLNGIANCPTVGPLCSHPGLLDIVYHYLIKTEIVPLLIFFGLGAMT DFGPMIADPKTALMGAAAQIGVFVAMLTALALGFNLHQAASIGIIGGADGPTTIYLTT KLAPEILAATAVAAYSYMSLVPLIQPPIIKALTTPEERRIRMEQLRPVSKREKILFPI ISMIVIGLLVPSAAPLIGMLMIGNLFRESGVVPRLTKAAQEELMNIVTIFLGLGVGST MRAESFLTAQTLMILGLGVVAFASATAGGVLFGKLMMKISGGKINPMIGAAGVSAVPM SARVVQRIASEEDPGNFILMHAMGPNVAGVIGTAVVAGVFLALLG" gene 1930880..1931725 /locus_tag="TGAM_2030" /note="tg2030" CDS 1930880..1931725 /locus_tag="TGAM_2030" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:MgtE, Mg/Co/Ni transporter MgtE (contains CBS domain) [Inorganic ion transport and metabolism]" /inference="protein motif:COG:COG0517 FOG:CBS domain; R General function prediction only" /inference="protein motif:HMMPanther:PTHR13780 AMP-ACTIVATED PROTEIN KINASE FAMILY" /inference="protein motif:HMMPfam:PF00571 CBS InterPro:IPR000644 CBS" /inference="protein motif:HMMSmart:SM00116 no description InterPro:IPR000644 CBS" /inference="protein motif:ProfileScan:PS50147 SNF4_REP InterPro:IPR000644 CBS" /inference="protein motif:superfamily:SSF54631 CBS-domain" /note="Contains 4 CBS domains" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein" /protein_id="ACS34532.1" /translation="MRVKTIMTKDPVVIELPATRGYALELFKKYKVRSFPVVSKKTGQ LAGIISIKRVLLHPDEDQLAMLIRREVPIVKPNDDLKKAVRKMLEMDYRRVVVVDDDG KVVGILTVGDIVRRYLAKNEKLKDITIEPYYQRNVSVVWQGTPLKAALKALLLCNAMA IPVIDDEGNLVGMVDETDILKDSEVIRVMKQTALSASSEEDWILESNPTLLFEKAELQ LPKKPVKEIMNPNLIVATPHMSVYDVAQKMVQYHIEQLPVIRGEGELVGIVRDMDIIK VILNK" gene 1931762..1932763 /gene="hom" /locus_tag="TGAM_2031" /note="tg2031" CDS 1931762..1932763 /gene="hom" /locus_tag="TGAM_2031" /EC_number="1.1.1.3" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:Homoserine_dh, Homoserine dehydrogenase" /inference="protein motif:CDD:ThrA, Homoserine dehydrogenase [Amino acid transport and metabolism]" /inference="protein motif:COG:COG0460 Homoserine dehydrogenase; E Amino acid transport and metabolism" /inference="protein motif:Gene3D:G3D.3.40.50.720 no description" /inference="protein motif:HMMPanther:PTHR10836 GLYCERALDEHYDE 3-PHOSPHATE DEHYDROGENASE InterPro:IPR000173 Glyceraldehyde 3-phosphate dehydrogenase GO:Molecular Function:glyceraldehyde-3-phosphate dehydrogenase (phosphorylating) activity (GO:0004365), Biological Process:glycolysis (GO:0006096), Molecular Function:NAD binding (GO:0051287)" /inference="protein motif:HMMPanther:PTHR10836:SF20 GLYCERALDEHYDE 3-PHOSPHATE DEHYDROGENASE" /inference="protein motif:HMMPfam:PF00742 Homoserine_dh InterPro:IPR001342 Homoserine dehydrogenase GO:Molecular Function:homoserine dehydrogenase activity (GO:0004412), Biological Process:amino acid biosynthesis (GO:0008652)" /inference="protein motif:HMMPfam:PF03447 NAD_binding_3 InterPro:IPR005106 Homoserine dehydrogenase, NAD-binding" /inference="protein motif:HMMPIR:PIRSF036497 Homoserine dehydrogenase lacking ACT domain" /inference="protein motif:ScanRegExp:PS01042 HOMOSER_DHGENASE InterPro:IPR001342 Homoserine dehydrogenase GO:Molecular Function:homoserine dehydrogenase activity (GO:0004412), Biological Process:amino acid biosynthesis (GO:0008652)" /inference="protein motif:superfamily:SSF51735 NAD(P)-binding Rossmann-fold domains" /inference="protein motif:superfamily:SSF55347 Glyceraldehyde-3-phosphate dehydrogenase-like, C-terminal domain" /codon_start=1 /transl_table=11 /product="Homoserine dehydrogenase (hom)" /protein_id="ACS34533.1" /translation="MEVKVGLFGFGNVGRAVARVLLEKERFFRERYGLSFRVVSISDT SGTVWLPEGIDLSEALLVKENFGKLSAWTNDYEVYNFSPVEAVKEIEADIVIDVTNDK NAHEWHLEALRDGKAVVTSNKPPLAFHYAELTDEAERRGLPYLFEATVMAGTPIIGLL RENLLGDTVRKIKAVLNATTTFILSRMEQGIDFEKAVRQAQELGIAERDPSGDVLGID AGYKATILHCVAFKPITFDEIAVKGIAEVTVDEVKRALAKGKRIRLVATIEEKNVRVT PEEVSGPLTVSSNENVALIETDLLGELLVKGAGAGLKETASGVVSDLVKASLKLRAG" gene 1933224..1933748 /locus_tag="TGAM_2032" /note="tg2032" CDS 1933224..1933748 /locus_tag="TGAM_2032" /experiment="gene product confirmed by mass spectrometry" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein" /protein_id="ACS34534.1" /translation="MEHVIALHQVYAELIFRGLKTVEVRKRKAFDEGDLVFLYIARGN PYELRDTLRRLNLHEEQTLTQRGTIAGGFEVGEVIKADLETLWEMAKEASGLTLVHGE NGKNWLANYIKDYGYVFTIERPFLFKEPMSREEMKERYGVHVEGVIHLSRKTRKPWVK ALIEDLLARDYFYP" gene complement(1933745..1934473) /locus_tag="TGAM_2033" /note="tg2033" CDS complement(1933745..1934473) /locus_tag="TGAM_2033" /inference="protein motif:BlastProDom:PD005639 Q9UZW5_PYRAB_Q9UZW5; InterPro:IPR004457 Zinc finger, ZPR1-type GO:Molecular Function:protein binding (GO:0005515), Molecular Function:zinc ion binding (GO:0008270)" /inference="protein motif:CDD:Zpr1, Duplicated domain in the epidermal growth factor- and elongation factor-1alpha-binding protein Zpr1" /inference="protein motif:COG:COG1779 C4-type Zn-finger protein; R General function prediction only" /inference="protein motif:HMMPanther:PTHR10876 ZINC-FINGER PROTEIN ZPR1-RELATED" /inference="protein motif:HMMPanther:PTHR10876:SF7 ZINC-FINGER PROTEIN ZPR1-RELATED" /inference="protein motif:HMMPfam:PF03367 zf-ZPR1 InterPro:IPR004457 Zinc finger, ZPR1-type GO:Molecular Function:protein binding (GO:0005515), Molecular Function:zinc ion binding (GO:0008270)" /inference="protein motif:HMMSmart:SM00709 no description InterPro:IPR004457 Zinc finger, ZPR1-type GO:Molecular Function:protein binding (GO:0005515), Molecular Function:zinc ion binding (GO:0008270)" /inference="protein motif:HMMTigr:TIGR00310 ZPR1_znf:ZPR1 zinc finger domain InterPro:IPR004457 Zinc finger, ZPR1-type GO:Molecular Function:protein binding (GO:0005515), Molecular Function:zinc ion binding (GO:0008270)" /inference="protein motif:HMMTigr:TIGR00340 zpr1_rel:zinc finger protein ZPR1 homolog InterPro:IPR004470 Zinc finger, ZPR1-type related GO:Molecular Function:zinc ion binding (GO:0008270)" /codon_start=1 /transl_table=11 /product="Zn-finger protein, ZPR1-type" /protein_id="ACS34535.1" /translation="MLLFSVMLMGEKKGEKVEVKPELGEVQVISLGDCPICGGKNTLK AIQHIHEIPYFGKVMESTIICERCGYRNADVMILEDRPPKLYTVRVEDERDLFTRVVR SKSGTIELEEIGVKVEPGPASEGFITNVEGVLERVRETLLMAREFRKQEGDEEAVKKA DEILQYIEDVKEGKKPLTVKIADPLGNSALIGEKVRSRLLTEEEIRKLSLGPYQIVNP EELESSENGSEEALSEKASGDKEA" gene complement(1934528..1934941) /locus_tag="TGAM_2034" /note="tg2034" CDS complement(1934528..1934941) /locus_tag="TGAM_2034" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:COG:COG2450 Uncharacterized conserved protein; S Function unknown" /inference="protein motif:HMMPfam:PF07783 DUF1621 InterPro:IPR012426 Protein of unknown function DUF1621" /note="Belongs to DUF1621 family" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein" /protein_id="ACS34536.1" /translation="MGLFDSILKKEEKKPKKKPEAVKEAVTKKEEKPLPRDVEVVPLE EDVLAREIVKPHFKYVKKIVVTSYSDLERISEELQEGNLVLVDLTPLEIKPEILEKVV EQIKGMTAALGGQVVKVCKGEIRLLLTPEDVKIAK" gene complement(1935032..1935853) /gene="rrp42p" /locus_tag="TGAM_2035" /note="tg2035" CDS complement(1935032..1935853) /gene="rrp42p" /locus_tag="TGAM_2035" /EC_number="3.1.13.-" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:COG2123, RNase PH-related exoribonuclease [Translation, ribosomal structure and biogenesis]" /inference="protein motif:CDD:RNase_PH, 3' exoribonuclease family, domain 1" /inference="protein motif:CDD:Rph, RNase PH [Translation, ribosomal structure and biogenesis]" /inference="protein motif:COG:COG2123 RNase PH-related exoribonuclease; J Translation, ribosomal structure and biogenesis" /inference="protein motif:HMMPanther:PTHR11097 RIBONUCLEASE PH-RELATED" /inference="protein motif:HMMPfam:PF01138 RNase_PH InterPro:IPR001247 Exoribonuclease GO:Molecular Function:3'-5'-exoribonuclease activity (GO:0000175), Molecular Function:RNA binding (GO:0003723), Biological Process:RNA processing (GO:0006396)" /inference="protein motif:HMMPfam:PF03725 RNase_PH_C InterPro:IPR001247 Exoribonuclease GO:Molecular Function:3'-5'-exoribonuclease activity (GO:0000175), Molecular Function:RNA binding (GO:0003723), Biological Process:RNA processing (GO:0006396)" /inference="protein motif:HMMPfam:PF03726 PNPase InterPro:IPR001247 Exoribonuclease GO:Molecular Function:3'-5'-exoribonuclease activity (GO:0000175), Molecular Function:RNA binding (GO:0003723), Biological Process:RNA processing (GO:0006396)" /inference="protein motif:superfamily:SSF46915 Polynucleotide phosphorylase/guanosine pentaphosphate synthase (PNPase/GPSI), domain 3 InterPro:IPR001247 Exoribonuclease GO:Molecular Function:3'-5'-exoribonuclease activity (GO:0000175), Molecular Function:RNA binding (GO:0003723), Biological Process:RNA processing (GO:0006396)" /inference="protein motif:superfamily:SSF54211 Ribosomal protein S5 domain 2-like" /inference="protein motif:superfamily:SSF55666 Polynucleotide phosphorylase/guanosine pentaphosphate synthase (PNPase/GPSI), domains 2 and 5 InterPro:IPR001247 Exoribonuclease GO:Molecular Function:3'-5'-exoribonuclease activity (GO:0000175), Molecular Function:RNA binding (GO:0003723), Biological Process:RNA processing (GO:0006396)" /codon_start=1 /transl_table=11 /product="3'-5' exoribonuclease, exosome complex exonuclease 2, Rrp42p-like protein (Rrp42p)" /protein_id="ACS34537.1" /translation="MSDVEIMAGIMRDRILNLLKEGKRIDGRSFEEYRDIEIKTGFIE KAEGSAWVRLGGTRVLVGIKVDVGEPFPDLPDRGVMTTNVELVPLASPTFEPGPPDER AIELARVIDRGIRESQAVELEKLVIVPGKLVRVVFIDVHVLDHDGNLFDATGLAAMAA LMTTKIPKVEYNEETGEIIKLDEYEPLPVKHVPIPVTFAKIGSSIIVDPNLDEETVMD SRLTITTDETGHISAVQKGEGGSFKLEEVMYAIDTALKKADELRKILLEAVGSAS" gene complement(1935846..1936595) /gene="rrp41p" /locus_tag="TGAM_2036" /note="tg2036" CDS complement(1935846..1936595) /gene="rrp41p" /locus_tag="TGAM_2036" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:COG2123, RNase PH-related exoribonuclease [Translation, ribosomal structure and biogenesis]" /inference="protein motif:CDD:Pnp, Polyribonucleotide nucleotidyltransferase (polynucleotide phosphorylase) [Translation, ribosomal structure and biogenesis]" /inference="protein motif:CDD:RNase_PH, 3' exoribonuclease family, domain 1" /inference="protein motif:CDD:Rph, RNase PH [Translation, ribosomal structure and biogenesis]" /inference="protein motif:COG:COG0689 RNase PH; J Translation, ribosomal structure and biogenesis" /inference="protein motif:HMMPanther:PTHR11953 RIBONUCLEASE PH-RELATED" /inference="protein motif:HMMPfam:PF01138 RNase_PH InterPro:IPR001247 Exoribonuclease GO:Molecular Function:3'-5'-exoribonuclease activity (GO:0000175), Molecular Function:RNA binding (GO:0003723), Biological Process:RNA processing (GO:0006396)" /inference="protein motif:HMMPfam:PF03725 RNase_PH_C InterPro:IPR001247 Exoribonuclease GO:Molecular Function:3'-5'-exoribonuclease activity (GO:0000175), Molecular Function:RNA binding (GO:0003723), Biological Process:RNA processing (GO:0006396)" /inference="protein motif:HMMTigr:TIGR02065 ECX1:exosome complex exonuclease InterPro:IPR011807 Exosome complex exonuclease 1 GO:Cellular Component:exosome (RNase complex) (GO:0000178), Molecular Function:exoribonuclease activity, producing 5'-phosphomonoesters (GO:0016896)" /inference="protein motif:superfamily:SSF54211 Ribosomal protein S5 domain 2-like" /inference="protein motif:superfamily:SSF55666 Polynucleotide phosphorylase/guanosine pentaphosphate synthase (PNPase/GPSI), domains 2 and 5 InterPro:IPR001247 Exoribonuclease GO:Molecular Function:3'-5'-exoribonuclease activity (GO:0000175), Molecular Function:RNA binding (GO:0003723), Biological Process:RNA processing (GO:0006396)" /codon_start=1 /transl_table=11 /product="3'-5' exoribonuclease, exosome complex exonuclease 1, Rrp41p-like protein (Rrp41p)" /protein_id="ACS34538.1" /translation="MMGRPEGLKLIDENGRRIDGRRKYELRKIHMEVGVLKNADGSAY IEWGKNKILAAVYGPREIHPKHLQRPDTAVLRVRYNMAPFSVEERKKPGPDRRSVEIS KVIRGALEPALILEMFPRTVVDVFIEVLQADAGTRVAGITAASLALADAGVPMRDLVA ACAAGKIDGEIVLDLNKDEDNYGEADVPVAIMPLKNDITLLQMDGYLTKEEFIEAVKL AIKGAKAVYQKQREALKEKYLKIAQEVAGDE" gene complement(1936592..1937356) /gene="rrp4p" /locus_tag="TGAM_2037" /note="tg2037" CDS complement(1936592..1937356) /gene="rrp4p" /locus_tag="TGAM_2037" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:RRP4, RNA-binding protein Rrp4 and related proteins (contain S1 domain and KH domain) [Translation, ribosomal structure and biogenesis]" /inference="protein motif:COG:COG1097 RNA-binding protein Rrp4 and related proteins (contain S1 domain and KH domain); J Translation, ribosomal structure and biogenesis" /inference="protein motif:Gene3D:G3D.2.40.50.140 no description InterPro:IPR012340 Nucleic acid-binding, OB-fold, subgroup" /inference="protein motif:Gene3D:G3D.3.30.70.210 no description" /inference="protein motif:HMMPanther:PTHR12643 3'-5' EXORIBONUCLEASE RRP4" /inference="protein motif:HMMPanther:PTHR12643:SF2 RRP4 - RELATED" /inference="protein motif:HMMPfam:PF00013 KH_1 InterPro:IPR004088 KH, type 1 GO:Molecular Function:nucleic acid binding (GO:0003676)" /inference="protein motif:HMMSmart:SM00316 no description InterPro:IPR003029 RNA binding S1 GO:Molecular Function:RNA binding (GO:0003723)" /inference="protein motif:HMMSmart:SM00322 no description InterPro:IPR004087 KH GO:Molecular Function:nucleic acid binding (GO:0003676)" /inference="protein motif:ProfileScan:PS50084 KH_TYPE_1 InterPro:IPR004088 KH, type 1 GO:Molecular Function:nucleic acid binding (GO:0003676)" /inference="protein motif:ProfileScan:PS50126 S1 InterPro:IPR003029 RNA binding S1 GO:Molecular Function:RNA binding (GO:0003723)" /inference="protein motif:superfamily:SSF50249 Nucleic acid-binding proteins InterPro:IPR008994 Nucleic acid-binding, OB-fold GO:Molecular Function:nucleic acid binding (GO:0003676)" /inference="protein motif:superfamily:SSF54814 Prokaryotic type KH domain (KH-domain type II) InterPro:IPR009019 KH, prokaryotic type" /codon_start=1 /transl_table=11 /product="Exosome complex RNA-binding protein 1, Rrp4p-like protein (Rrp4p)" /protein_id="ACS34539.1" /translation="MRRIFVKPRELVVPGTLLAQGPFKNGRGTFREGNRIYSTVVGLV EIRGDLIRVIPLEGPYIPEVGDNVLGKIVDVRFSNWTVDIGAPYQANLRVQDAVEERI DLLKTDLRKIYDIGDIIYAKIKAYNEVNQIDLTTKGMPFKGGPLRGGQLVTITPSKVP RVIGKGGSMINMIKRLTGTRIIVGQNGWVWVSGKNDELEKLAVEAILKVDRESHTQGL TDRVKEFLLSRLRELKERGVIEEIPQLEENNEGEGK" gene complement(1937353..1938063) /locus_tag="TGAM_2038" /note="tg2038" CDS complement(1937353..1938063) /locus_tag="TGAM_2038" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:BlastProDom:PD009796 Y608_PYRAB_Q9V121; InterPro:IPR002140 Shwachman-Bodian-Diamond syndrome proteins GO:Molecular Function:molecular function unknown (GO:0005554)" /inference="protein motif:CDD:UPF0023, Uncharacterized protein family UPF0023" /inference="protein motif:COG:COG1500 Predicted exosome subunit; J Translation, ribosomal structure and biogenesis" /inference="protein motif:Gene3D:G3D.3.30.70.240 no description InterPro:IPR000640 Elongation factor G, C-terminal GO:Molecular Function:GTP binding (GO:0005525)" /inference="protein motif:HMMPanther:PTHR10927 UNCHARACTERIZED InterPro:IPR002140 Shwachman-Bodian-Diamond syndrome proteins GO:Molecular Function:molecular function unknown (GO:0005554)" /inference="protein motif:HMMPanther:PTHR10927:SF8 UNCHARACTERIZED" /inference="protein motif:HMMPfam:PF01172 SBDS InterPro:IPR002140 Shwachman-Bodian-Diamond syndrome proteins GO:Molecular Function:molecular function unknown (GO:0005554)" /inference="protein motif:HMMTigr:TIGR00291 TIGR00291:conserved hypothetical protein T InterPro:IPR002140 Shwachman-Bodian-Diamond syndrome proteins GO:Molecular Function:molecular function unknown (GO:0005554)" /inference="protein motif:ScanRegExp:PS01267 UPF0023 InterPro:IPR002140 Shwachman-Bodian-Diamond syndrome proteins GO:Molecular Function:molecular function unknown (GO:0005554)" /inference="protein motif:superfamily:SSF54980 EF-G/eEF-2 domains III and V InterPro:IPR009022 Elongation factor G, III and V" /inference="protein motif:superfamily:SSF89895 Hypothetical protein Yhr087W" /codon_start=1 /transl_table=11 /product="Shwachman-Bodian-Diamond syndrome (SBDS) related protein, possibly a translation elongation factor EFG/EF2" /protein_id="ACS34540.1" /translation="MPISVDKAVIARLKTHGETFEILVDPYLARDFKEGKDVPIEEIL ATPYVFKDAHKGDKASEHEMEKIFGTSDPYEVAKIILRKGEVQLTAEQRRQMLEDKKK YIATIIHRHAVDPRTGYPHPVDRILRAMEEAGVHVDLFKDAEAQVPQVIKAIRPLLPI KLEVKVIAVKIPSDYVGRAYGEVRKFGSIKREEWASDGSWMFLIEIPGGIEEEFYEKL NALTKGTAITKLVERKGL" gene complement(1938075..1938857) /gene="psmA" /locus_tag="TGAM_2039" /note="tg2039" CDS complement(1938075..1938857) /gene="psmA" /locus_tag="TGAM_2039" /EC_number="3.4.25.1" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:Ntn_hydrolase, The Ntn hydrolases (N-terminal nucleophile) are a diverse superfamily of of enzymes that are activated autocatalytically via an N-terminally lcated nucleophilic amino acid" /inference="protein motif:CDD:PRE1, 20S proteasome, alpha and beta subunits [Posttranslational modification, protein turnover, chaperones]" /inference="protein motif:CDD:Proteasome, Proteasome A-type and B-type" /inference="protein motif:CDD:proteasome_alpha, proteasome alpha subunit" /inference="protein motif:CDD:proteasome_alpha_archeal, proteasome_alpha_archeal" /inference="protein motif:CDD:proteasome_alpha_type_1, proteasome_alpha_type_1" /inference="protein motif:CDD:proteasome_alpha_type_2, proteasome_alpha_type_2" /inference="protein motif:CDD:proteasome_alpha_type_3, proteasome_alpha_type_3" /inference="protein motif:CDD:proteasome_alpha_type_4, proteasome_alpha_type_4" /inference="protein motif:CDD:proteasome_alpha_type_5, proteasome_alpha_type_5" /inference="protein motif:CDD:proteasome_alpha_type_6, proteasome_alpha_type_6" /inference="protein motif:CDD:proteasome_alpha_type_7, proteasome_alpha_type_7" /inference="protein motif:CDD:proteasome_beta, proteasome beta subunit" /inference="protein motif:CDD:proteasome_beta_archeal, Archeal proteasome, beta subunit" /inference="protein motif:CDD:proteasome_beta_type_1, proteasome beta type-1 subunit" /inference="protein motif:CDD:proteasome_beta_type_5, proteasome beta type-5 subunit" /inference="protein motif:CDD:proteasome_beta_type_6, proteasome beta type-6 subunit" /inference="protein motif:CDD:proteasome_beta_type_7, proteasome beta type-7 subunit" /inference="protein motif:CDD:proteasome_protease_HslV, proteasome_protease_HslV" /inference="protein motif:COG:COG0638 20S proteasome, alpha and beta subunits; O Posttranslational modification, protein turnover, chaperones" /inference="protein motif:Gene3D:G3D.3.60.20.10 no description" /inference="protein motif:HMMPanther:PTHR11599 PROTEASOME SUBUNIT" /inference="protein motif:HMMPanther:PTHR11599:SF37 PROTEASOME SUBUNIT ALPHA" /inference="protein motif:HMMPfam:PF00227 Proteasome InterPro:IPR001353 20S proteasome, A and B subunits GO:Molecular Function:threonine endopeptidase activity (GO:0004298), Cellular Component:proteasome core complex (sensu Eukaryota) (GO:0005839), Biological Process:ubiquitin-dependent protein catabolism (GO:0006511)" /inference="protein motif:ProfileScan:PS50247 PROTEASOME_PROTEASE InterPro:IPR001353 20S proteasome, A and B subunits GO:Molecular Function:threonine endopeptidase activity (GO:0004298), Cellular Component:proteasome core complex (sensu Eukaryota) (GO:0005839), Biological Process:ubiquitin-dependent protein catabolism (GO:0006511)" /inference="protein motif:ScanRegExp:PS00388 PROTEASOME_A InterPro:IPR000426 Proteasome alpha-subunit GO:Molecular Function:endopeptidase activity (GO:0004175), Cellular Component:proteasome core complex (sensu Eukaryota) (GO:0005839), Biological Process:ubiquitin-dependent protein catabolism (GO:0006511)" /inference="protein motif:superfamily:SSF56235 N-terminal nucleophile aminohydrolases (Ntn hydrolases)" /codon_start=1 /transl_table=11 /product="Peptidase T1A, 20S proteasome alpha-subunit (psmA)" /protein_id="ACS34541.1" /translation="MAFVPPQAGYDRAITVFSPDGRLFQVNYAREAVKRGATAVGVKW KGGVVLAVEKRITSRLIEPSSYEKIFQIDDHIAAAPSGIIADARVLVDRARLEAQIYR LTYGEPVPLTVLVKKICDLKQAHTQYGGVRPFGAALLMAGVNEKPELYETDPSGAYFE WKAVAIGSGRNTAMAIFEEHYSDDIDMEGAIKLAILALAKTLEEPSPESIEVAYITLD EKRWKKLDKEEVAKYLNEILEEIKEEEVEEREEDYSELDQNY" gene complement(1938895..1939152) /locus_tag="TGAM_2040" /note="tg2040" CDS complement(1938895..1939152) /locus_tag="TGAM_2040" /experiment="gene product confirmed by mass spectrometry" /note="2 probable transmembrane helices predicted by modhmm" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein" /protein_id="ACS34542.1" /translation="MSSVVNVSDTDERIAGLQKTYRKLMMIGLATLLAAFALLILRPF GSASLVLGAILFPVAMIPLELARRTAQRMALIALGGVDRKA" gene 1939062..1939652 /locus_tag="TGAM_2041" /note="tg2041" CDS 1939062..1939652 /locus_tag="TGAM_2041" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:FHIT, FHIT (fragile histidine family):FHIT proteins, related to the HIT family carry a motif HxHxH/Qxx (x, is a hydrophobic amino acid), On the basis of sequence, substrate specificity, structure, evolution and mechanism, HIT proteins are classified into three branches:the Hint branch, which consists of adenosine 5' -monophosphoramide hydrolases, the Fhit branch, that consists of diadenosine polyphosphate hydrolases, and the GalT branch consisting of specific nucloside monophosphate transferases" /inference="protein motif:CDD:HINT_subgroup, HINT (histidine triad nucleotide-binding protein) subgroup:Members of this CD belong to the superfamily of histidine triad hydrolases that act on alpha-phosphate of ribonucleotides" /inference="protein motif:CDD:Hit, Diadenosine tetraphosphate (Ap4A) hydrolase and other HIT family hydrolases [Nucleotide transport and metabolism / Carbohydrate transport and metabolism / General function prediction only]" /inference="protein motif:CDD:HIT, HIT domain" /inference="protein motif:CDD:HIT_like, HIT family:HIT (Histidine triad) proteins, named for a motif related to the sequence HxHxH/Qxx (x, a hydrophobic amino acid), are a superfamily of nucleotide hydrolases and transferases, which act on the alpha-phosphate of ribonucleotides" /inference="protein motif:CDD:PKCI_related, Protein Kinase C Interacting protein related (PKCI):PKCI and related proteins belong to the ubiquitous HIT family of hydrolases that act on alpha-phosphates of ribonucleotides" /inference="protein motif:COG:COG0537 Diadenosine tetraphosphate (Ap4A) hydrolase and other HIT family hydrolases; F Nucleotide transport and metabolism" /inference="protein motif:Gene3D:G3D.3.30.428.10 no description" /inference="protein motif:HMMPanther:PTHR11750 HIT PROTEIN FAMILY MEMBER-RELATED" /inference="protein motif:HMMPanther:PTHR11750:SF1 HIT PROTEIN FAMILY InterPro:IPR001310 Histidine triad (HIT) protein" /inference="protein motif:HMMPfam:PF01230 HIT InterPro:IPR001310 Histidine triad (HIT) protein" /inference="protein motif:HMMPIR:PIRSF000714 Histidine triad hydrolase InterPro:IPR001310 Histidine triad (HIT) protein" /inference="protein motif:ProfileScan:PS51084 HIT_2 InterPro:IPR001310 Histidine triad (HIT) protein" /inference="protein motif:ScanRegExp:PS00892 HIT_1 InterPro:IPR001310 Histidine triad (HIT) protein" /inference="protein motif:superfamily:SSF54197 HIT-like" /codon_start=1 /transl_table=11 /product="hit histidine triad protein (hit)" /protein_id="ACS34543.1" /translation="MRVLSSSAFGTSSGVQLSSHRYHSRSPPKTRVKYTGFKPLGGCA MRCPFCEPKKENVLYEGELIRILIDSYPASKGHLLVVPRRHVEKWEDLREEEKTALLK GMELAMKALRKALNPDAFNVGMNLGREAGQTVPHLHLHVIPRRKGDSKNPRGGVRKAV LDLEDENLNLKERWMRNRMSEEEKKKLREVFNSITP" gene complement(1939744..1940328) /gene="iorB-2" /locus_tag="TGAM_2042" /note="tg2042" CDS complement(1939744..1940328) /gene="iorB-2" /locus_tag="TGAM_2042" /EC_number="1.2.7.8" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:POR, Pyruvate ferredoxin/flavodoxin oxidoreductase" /inference="protein motif:CDD:PorG, Pyruvate:ferredoxin oxidoreductase and related 2-oxoacid:ferredoxin oxidoreductases, gamma subunit [Energy production and conversion]" /inference="protein motif:COG:COG1014 Pyruvate:ferredoxin oxidoreductase and related 2-oxoacid:ferredoxin oxidoreductases, gamma subunit; C Energy production and conversion" /inference="protein motif:Gene3D:G3D.3.40.920.10 no description" /inference="protein motif:HMMPfam:PF01558 POR InterPro:IPR002869 Pyruvate ferredoxin/flavodoxin oxidoreductase GO:Biological Process:electron transport (GO:0006118), Molecular Function:oxidoreductase activity (GO:0016491)" /inference="protein motif:superfamily:SSF53323 Pyruvate-ferredoxin oxidoreductase, PFOR, domain III" /codon_start=1 /transl_table=11 /product="Indolepyruvate ferredoxin oxidoreductase beta subunit (iorB)" /protein_id="ACS34544.1" /translation="MEFNLIITGVGGQGGLTLSRIVGNAAMVEGYNVRIGETLGMSQR YGSVLSYLRFGEGVYSPLIEEGKANLMLALEPAEALRNARFLGKNSVAIVNAYPIHTA TTLVGKERYPELDEIEKAIGRICPVHMMNFQREADKINPRTLGVLMLGYAYGKGLIPL KRESLLEGIRLTLREKLWEMNFRAFERGEELAKA" gene 1940505..1941191 /locus_tag="TGAM_2043" /note="tg2043" CDS 1940505..1941191 /locus_tag="TGAM_2043" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:Cfa, Cyclopropane fatty acid synthase and related methyltransferases [Cell envelope biogenesis, outer membrane]" /inference="protein motif:CDD:UbiE, Methylase involved in ubiquinone/menaquinone biosynthesis [Coenzyme metabolism]" /inference="protein motif:CDD:Ubie_methyltran, ubiE/COQ5 methyltransferase family" /inference="protein motif:CDD:UbiG, 2-polyprenyl-3-methyl-5-hydroxy-6-metoxy-1,4-benzoquinol methylase [Coenzyme metabolism]" /inference="protein motif:COG:COG0500 SAM-dependent methyltransferases; Q Secondary metabolites biosynthesis, transport and catabolism" /inference="protein motif:Gene3D:G3D.3.40.50.150 no description" /inference="protein motif:HMMPanther:PTHR10108 UBIQUINONE/MENAQUINONE METHYLTRANSFERASE-RELATED" /inference="protein motif:HMMPanther:PTHR10108:SF7 UBIQUINONE/MENAQUINONE BIOSYNTHESIS METHYLTRANSFERASE InterPro:IPR004033 UbiE/COQ5 methyltransferase GO:Molecular Function:methyltransferase activity (GO:0008168)" /inference="protein motif:HMMPfam:PF08241 Methyltransf_11 InterPro:IPR013216 Methyltransferase type 11" /inference="protein motif:ProfileScan:PS50124 MET_TRANS InterPro:IPR001601 Generic methyltransferase GO:Molecular Function:methyltransferase activity (GO:0008168)" /inference="protein motif:ProfileScan:PS50193 SAM_BIND InterPro:IPR000051 SAM (and some other nucleotide) binding motif GO:Molecular Function:S-adenosylmethionine-dependent methyltransferase activity (GO:0008757)" /inference="protein motif:superfamily:SSF53335 S-adenosyl-L-methionine-dependent methyltransferases" /codon_start=1 /transl_table=11 /product="SAM-dependent methyltransferase, ubiE/COQ5 family" /protein_id="ACS34545.1" /translation="MTFEEYYSAFKAYSDIYSDEYRKRIENLEPLLMKFMKEKGKVLD LGCGAGGFSFLLEDLGFTVVGVDNSEYMLSLARGFAKEKGSKVEFIKADARELPFEDN TFDYVLFIDNLVHFEPLDLGKAFREMARVLKPGGKLILQFTDLRALLPVLMNGQVIGA EYWISKVLPDKDEKTVLIEFQSEEKSFRVRFNVWGKTAVELLAKLYFQKVGEEKINEH TYLQVYLPKK" gene complement(1941193..1942770) /gene="lysS" /locus_tag="TGAM_2044" /note="tg2044" CDS complement(1941193..1942770) /gene="lysS" /locus_tag="TGAM_2044" /EC_number="6.1.1.6" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:COG:COG1384 Lysyl-tRNA synthetase (class I); J Translation, ribosomal structure and biogenesis" /inference="protein motif:Gene3D:G3D.1.10.10.350 no description InterPro:IPR008925 Class I aminoacyl-tRNA synthetase, anticodon-binding GO:Molecular Function:aminoacyl-tRNA ligase activity (GO:0004812), Molecular Function:ATP binding (GO:0005524), Biological Process:protein biosynthesis (GO:0006412), Cellular Component:aminoacyl-tRNA synthetase multienzyme complex (GO:0017101)" /inference="protein motif:Gene3D:G3D.3.40.510.10 no description" /inference="protein motif:HMMPfam:PF01921 tRNA-synt_1f InterPro:IPR002904 Lysyl-tRNA synthetase (archaeal), class 1c GO:Molecular Function:lysine-tRNA ligase activity (GO:0004824), Molecular Function:ATP binding (GO:0005524), Biological Process:lysyl-tRNA aminoacylation (GO:0006430)" /inference="protein motif:HMMTigr:TIGR00467 lysS_arch:lysyl-tRNA synthetase InterPro:IPR002904 Lysyl-tRNA synthetase (archaeal), class 1c GO:Molecular Function:lysine-tRNA ligase activity (GO:0004824), Molecular Function:ATP binding (GO:0005524), Biological Process:lysyl-tRNA aminoacylation (GO:0006430)" /inference="protein motif:ScanRegExp:PS00178 AA_TRNA_LIGASE_I InterPro:IPR001412 Aminoacyl-tRNA synthetase, class I GO:Molecular Function:aminoacyl-tRNA ligase activity (GO:0004812), Molecular Function:ATP binding (GO:0005524), Biological Process:tRNA aminoacylation for protein translation (GO:0006418)" /inference="protein motif:superfamily:SSF48163 An anticodon-binding domain of class I aminoacyl-tRNA synthetases InterPro:IPR008925 Class I aminoacyl-tRNA synthetase, anticodon-binding GO:Molecular Function:aminoacyl-tRNA ligase activity (GO:0004812), Molecular Function:ATP binding (GO:0005524), Biological Process:protein biosynthesis (GO:0006412), Cellular Component:aminoacyl-tRNA synthetase multienzyme complex (GO:0017101)" /inference="protein motif:superfamily:SSF52374 Nucleotidylyl transferase" /codon_start=1 /transl_table=11 /product="Lysyl-tRNA synthetase (lysS)" /protein_id="ACS34546.1" /translation="MVHWADYMAEKIIRERGDKEEYVVESGITPSGYVHIGNFREFFT AYIVGHALRDRGKKVRHIHMWDDYDRFRKVPKNVPQEWREHLTKPVREVPDPWGCHDS YAEHFIEKFEEEVKRLGIEADFLYASELYKSGEYANEIRLALEKRDDIKAVLDKYRER AKQPPLEDDWQPVMIYCPKCRKEAKFVSWDGGWKVKYRCEHCGSEGETDIREGNVKLR WRVDWPMRWAHFRVDFEPAGKDHLAAGSSYDTGKEISEKVFGWKAPMTLMYEFVGIKG QKGKMSGSKGNVILLSDLYEVLEPGIIRFIYAKARPNKELKIDLGLGLLNLYDEFDKV ERIYFGLEHAKNPEEEEELKRTYELSMPKVPERLIAQAPFRFLVTLVQMPHLDEEGII RVLKEQGHVPENLSEEDIERIRLRIRLAKNWVEKYAPENVKFSLLEEVPELELRPEIR EAMRELADWIEANAFTVDELNNAIFDVAKKRGIPSKEWFKALYNLFIGKDRGPRLAPF LASLDKEFVVKRLRLEA" gene 1942888..1943775 /locus_tag="TGAM_2045" /note="tg2045" CDS 1942888..1943775 /locus_tag="TGAM_2045" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein" /protein_id="ACS34547.1" /translation="MNAMEFELRRMNVFFPASLEIQEELLKAGFKVPYDKETGRKTPV PVVSSSMEGRKLRRGRLLKAKDVEMKDKFAVIPEERVLIEFEVTEKDFLMIRPKPLEY HLEELGFLSVPPRIWGTWASFSLPFSAYDALLSELEEFKGENKGFYTASKGSRGRIEV YAYKGRTRKDLGIPLFGYSLGLHGLTLTEEYLMEKAEENGVPEERLRYLKLGLRKRKE TKAGLKVGIVWENGTPVEVTLKLSTTEPRVRIRGLYGELVGKSRGELTRTDDWYIVVH AGDFISALQSVRGVFGGNV" gene 1943815..1944456 /locus_tag="TGAM_2046" /note="tg2046" CDS 1943815..1944456 /locus_tag="TGAM_2046" /note="6 probable transmembrane helices predicted by modhmm" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein" /protein_id="ACS34548.1" /translation="MFILYSPSVKSMLEWFPYTCLAAGFIIIAIAVTRKLGPEWAWIN RKIIHFSIVPAILMFYYGKIPVEVFGVSAFIFGVVQLWPHLKRHELSWYQIKHNYGEV FFSFSASAVVLLFPREYATALLLAMAISDGVTGVVRHYYFKKNGFNVKLKKHWTGSLA YLITAIAIGLYLLEGGVVGKLAWATTLMLAEYQPWVDDNLAVPLVGSLLFLLY" gene complement(1944450..1945016) /locus_tag="TGAM_2047" /note="tg2047" CDS complement(1944450..1945016) /locus_tag="TGAM_2047" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:DUF366, Domain of unknown function (DUF366)" /inference="protein motif:COG:COG2029 Uncharacterized conserved protein; S Function unknown" /inference="protein motif:HMMPfam:PF04017 DUF366 InterPro:IPR007162 Protein of unknown function DUF366" /inference="protein motif:HMMPIR:PIRSF006503 Uncharacterised conserved protein InterPro:IPR007162 Protein of unknown function DUF366" /note="Belongs to DUF366 family" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein" /protein_id="ACS34549.1" /translation="MELLIVKDRRIDYDGSAIGSHWAYRNFGILGNSLVVFRGKCDVK VEEMIDIEDLRASKEIRSDDMVHYIIEVFDLVNTLFASTLQKLFIARLCEVLGEYGVK TVRKGDDIYVNGRKLSISIATVSPVSVKIHIGINVEAKGIPEGVEAIGLKELRITEVE EFMERTGRALVEEFKKVKKDSLKVRWAQ" gene complement(1945021..1945497) /locus_tag="TGAM_2048" /note="tg2048" CDS complement(1945021..1945497) /locus_tag="TGAM_2048" /inference="protein motif:CDD:COG4996, Predicted phosphatase [General function prediction only]" /inference="protein motif:COG:COG4996 Predicted phosphatase; R General function prediction only" /inference="protein motif:Gene3D:G3D.3.40.50.1000 no description" /inference="protein motif:HMMTigr:TIGR01681 HAD-SF-IIIC:HAD-superfamily phosphatase, InterPro:IPR010033 HAD-superfamily phosphatase subfamily IIIC" /inference="protein motif:HMMTigr:TIGR01685 MDP-1:magnesium-dependent phosphatase-1 InterPro:IPR010036 Magnesium-dependent phosphatase-1" /inference="protein motif:superfamily:SSF56784 HAD-like" /codon_start=1 /transl_table=11 /product="Magnesium-dependent phosphatase, HAD family" /protein_id="ACS34550.1" /translation="MRLLVLDLDGTLWDHEDSSALVPPYEFSGDCLTDSLGQELCLFL GVREFLEWASERFVLSIASWNIEERVRPILEGFGLWDYFVFPKIEGHPDKGDMIRRTI EELRSIGYDIDDIIYIDDRAIHIDGVKMAVPGVDFIHMWVDVKSFEELRQLLQKLG" gene complement(1945628..1948634) /locus_tag="TGAM_r052" /note="tg_23SrRNA" rRNA complement(1945628..1948634) /locus_tag="TGAM_r052" /product="23S ribosomal RNA" gene complement(1948754..1948830) /locus_tag="TGAM_r053" /note="tg_tRNA-Ala3" tRNA complement(1948754..1948830) /locus_tag="TGAM_r053" /product="tRNA-Ala" /note="codon recognized: GCA" gene complement(1948833..1950371) /locus_tag="TGAM_r054" /note="tg_16SrRNA" rRNA complement(1948833..1950371) /locus_tag="TGAM_r054" /product="16S ribosomal RNA" gene complement(1950759..1951598) /gene="prs" /locus_tag="TGAM_2049" /note="tg2049" CDS complement(1950759..1951598) /gene="prs" /locus_tag="TGAM_2049" /EC_number="2.7.6.1" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:Pribosyltran, Phosphoribosyl transferase domain" /inference="protein motif:CDD:PrsA, Phosphoribosylpyrophosphate synthetase [Nucleotide transport and metabolism / Amino acid transport and metabolism]" /inference="protein motif:COG:COG0462 Phosphoribosylpyrophosphate synthetase; F Nucleotide transport and metabolism" /inference="protein motif:Gene3D:G3D.3.40.50.2020 no description" /inference="protein motif:HMMPanther:PTHR10210 FAMILY NOT NAMED" /inference="protein motif:HMMPanther:PTHR10210:SF1 RIBOSE-PHOSPHATE PYROPHOSPHOKINASE" /inference="protein motif:HMMPfam:PF00156 Pribosyltran InterPro:IPR000836 Phosphoribosyltransferase GO:Biological Process:nucleoside metabolism (GO:0009116)" /inference="protein motif:HMMTigr:TIGR01251 ribP_PPkin:ribose-phosphate pyrophosphoki InterPro:IPR005946 Ribose-phosphate pyrophosphokinase GO:Molecular Function:ribose phosphate diphosphokinase activity (GO:0004749), Biological Process:nucleotide biosynthesis (GO:0009165)" /inference="protein motif:ScanRegExp:PS00103 PUR_PYR_PR_TRANSFER InterPro:IPR002375 Purine/pyrimidine phosphoribosyl transferase GO:Molecular Function:transferase activity (GO:0016740)" /inference="protein motif:superfamily:SSF53271 PRTase-like" /codon_start=1 /transl_table=11 /product="Ribose-phosphate pyrophosphokinase (prs)" /protein_id="ACS34551.1" /translation="MFVIGSGGKHLEDELRELGGEVIEIELRKFPDGEKYVRVLGFGR EATVISSTFAPQDEKILELLLIGDALREKGFEKLRAVVPYFAYSRQDRVTKEGEPISV RAVMRALGLYYDELYIFDLHNPETIKYFPGKGINVSPARIIADYFREKLGEGIVLAPD RGALGRARAVAMELGLEYSHFEKRRISPTEVEIRPVDIDVRGKNVLIVDDIISTGGTM VKAARILRKLGAEKIFVGVTHGVFAEGAVERVSKAVDELAVTNTIPTPVSKISIVPEI LRL" gene complement(1951654..1952355) /locus_tag="TGAM_2050" /note="tg2050" CDS complement(1951654..1952355) /locus_tag="TGAM_2050" /inference="protein motif:CDD:COG4089, Predicted membrane protein [Function unknown]" /inference="protein motif:COG:COG4089 Predicted membrane protein; S Function unknown" /inference="protein motif:HMMPfam:PF07758 DUF1614 InterPro:IPR011672 Protein of unknown function DUF1614" /note="6 probable transmembrane helices predicted by modhmm" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein" /protein_id="ACS34552.1" /translation="MRYRYLLPPIGLPFFFLLFLMFVVFFTIFSGIVTAAFQKLGIPP AVAYTLFLASLFGSFVNIPVAEERTYVPVVKVREVRFFGIPYPVPYFDLEEQKMIIAI NVGGALVPLSIVLYEVLRLASIGRVDVLINMGIAVGIASLFSYAVSKPVRGVGVAIPS FVPPIIAVILALLFGGDHKPIIAYASGTLGVLIGADLMNWGKLKYLGAPMVSIGGAGT FDGIFLAGIIAVLLV" gene complement(1952345..1952707) /locus_tag="TGAM_2051" /note="tg2051" CDS complement(1952345..1952707) /locus_tag="TGAM_2051" /inference="protein motif:CDD:DUF437, Protein of unknown function (DUF437)" /inference="protein motif:HMMPfam:PF04266 DUF437 InterPro:IPR007374 Protein of unknown function DUF437" /note="Belongs to DUF437 family" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein" /protein_id="ACS34553.1" /translation="MRGLIIRQPYAGWIVEGKKVWEIRKSRTRIRGEVLIISNGKAIG KAELVDVLGPFTPEELAEHGDKHHASLEFLKEYSNGKPLYAWVFKNATKFERPLEVKL KRGVQVWANVELGEEDEV" gene complement(1952713..1953315) /gene="psmB-2" /locus_tag="TGAM_2052" /note="tg2052" CDS complement(1952713..1953315) /gene="psmB-2" /locus_tag="TGAM_2052" /EC_number="3.4.25.1" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:Ntn_hydrolase, The Ntn hydrolases (N-terminal nucleophile) are a diverse superfamily of of enzymes that are activated autocatalytically via an N-terminally lcated nucleophilic amino acid" /inference="protein motif:CDD:PRE1, 20S proteasome, alpha and beta subunits [Posttranslational modification, protein turnover, chaperones]" /inference="protein motif:CDD:Proteasome, Proteasome A-type and B-type" /inference="protein motif:CDD:proteasome_alpha, proteasome alpha subunit" /inference="protein motif:CDD:proteasome_alpha_archeal, proteasome_alpha_archeal" /inference="protein motif:CDD:proteasome_alpha_type_1, proteasome_alpha_type_1" /inference="protein motif:CDD:proteasome_alpha_type_2, proteasome_alpha_type_2" /inference="protein motif:CDD:proteasome_alpha_type_3, proteasome_alpha_type_3" /inference="protein motif:CDD:proteasome_alpha_type_4, proteasome_alpha_type_4" /inference="protein motif:CDD:proteasome_alpha_type_5, proteasome_alpha_type_5" /inference="protein motif:CDD:proteasome_alpha_type_6, proteasome_alpha_type_6" /inference="protein motif:CDD:proteasome_alpha_type_7, proteasome_alpha_type_7" /inference="protein motif:CDD:proteasome_beta, proteasome beta subunit" /inference="protein motif:CDD:proteasome_beta_archeal, Archeal proteasome, beta subunit" /inference="protein motif:CDD:proteasome_beta_type_1, proteasome beta type-1 subunit" /inference="protein motif:CDD:proteasome_beta_type_2, proteasome beta type-2 subunit" /inference="protein motif:CDD:proteasome_beta_type_3, proteasome beta type-3 subunit" /inference="protein motif:CDD:proteasome_beta_type_4, proteasome beta type-4 subunit" /inference="protein motif:CDD:proteasome_beta_type_5, proteasome beta type-5 subunit" /inference="protein motif:CDD:proteasome_beta_type_6, proteasome beta type-6 subunit" /inference="protein motif:CDD:proteasome_beta_type_7, proteasome beta type-7 subunit" /inference="protein motif:CDD:proteasome_protease_HslV, proteasome_protease_HslV" /inference="protein motif:COG:COG0638 20S proteasome, alpha and beta subunits; O Posttranslational modification, protein turnover, chaperones" /inference="protein motif:FPrintScan:PR00141 PROTEASOME InterPro:IPR000243 Peptidase T1A, proteasome beta-subunit GO:Molecular Function:endopeptidase activity (GO:0004175), Cellular Component:proteasome core complex (sensu Eukaryota) (GO:0005839), Biological Process:ubiquitin-dependent protein catabolism (GO:0006511)" /inference="protein motif:Gene3D:G3D.3.60.20.10 no description" /inference="protein motif:HMMPanther:PTHR11599 PROTEASOME SUBUNIT" /inference="protein motif:HMMPanther:PTHR11599:SF25 PROTEASOME BETA SUBUNIT" /inference="protein motif:HMMPfam:PF00227 Proteasome InterPro:IPR001353 20S proteasome, A and B subunits GO:Molecular Function:threonine endopeptidase activity (GO:0004298), Cellular Component:proteasome core complex (sensu Eukaryota) (GO:0005839), Biological Process:ubiquitin-dependent protein catabolism (GO:0006511)" /inference="protein motif:ProfileScan:PS50247 PROTEASOME_PROTEASE InterPro:IPR001353 20S proteasome, A and B subunits GO:Molecular Function:threonine endopeptidase activity (GO:0004298), Cellular Component:proteasome core complex (sensu Eukaryota) (GO:0005839), Biological Process:ubiquitin-dependent protein catabolism (GO:0006511)" /inference="protein motif:ScanRegExp:PS00854 PROTEASOME_B InterPro:IPR000243 Peptidase T1A, proteasome beta-subunit GO:Molecular Function:endopeptidase activity (GO:0004175), Cellular Component:proteasome core complex (sensu Eukaryota) (GO:0005839), Biological Process:ubiquitin-dependent protein catabolism (GO:0006511)" /inference="protein motif:superfamily:SSF56235 N-terminal nucleophile aminohydrolases (Ntn hydrolases)" /codon_start=1 /transl_table=11 /product="Peptidase T1A, 20S proteasome beta-subunit (psmB)" /protein_id="ACS34554.1" /translation="MEEKKTGTTTVGIKVKEGVVLAADTQASLGNMVETLNIRKILPI TDRIAITTAGSVGDVQALARMLEAQARYYQFTWGRPMTTRAMANLLSNILNENKWFPY MVQIIIGGYVDKPELASVDALGGLVFEKYTATGSGSPFAIAIIEDGYREDMSIEEAKE LAVRAVKTAGKRDVYTGERKVQVVVITKDGMKEEFVEFKE" gene complement(1953368..1954087) /gene="fecE-2" /locus_tag="TGAM_2053" /note="tg2053" CDS complement(1953368..1954087) /gene="fecE-2" /locus_tag="TGAM_2053" /inference="protein motif:BlastProDom:PD000006 Q8U3G6_PYRFU_Q8U3G6; InterPro:IPR003439 ABC transporter related GO:Molecular Function:ATP binding (GO:0005524), Molecular Function:ATPase activity (GO:0016887)" /inference="protein motif:CDD:ABC_ATPase, ABC (ATP-binding cassette) transporter nucleotide-binding domain" /inference="protein motif:CDD:ABC_BcrA_bacitracin_resist, The BcrA subfamily represents ABC transporters involved in peptide antibiotic resistance" /inference="protein motif:CDD:ABC_Carb_Monos_I, This family represents the domain I of the carbohydrate uptake proteins that transport only monosaccharides (Monos)" /inference="protein motif:CDD:ABC_Carb_Monos_II, This family represents domain II of the carbohydrate uptake proteins that transport only monosaccharides (Monos)" /inference="protein motif:CDD:ABC_Carb_Solutes_like, ABC Carbohydrate and Solute Transporters-like subgroup" /inference="protein motif:CDD:ABC_CcmA_heme_exporter, CcmA, the ATP-binding component of the bacterial CcmAB transporter" /inference="protein motif:CDD:ABC_Class3, This class is comprised of all BPD (Binding Protein Dependent) systems that are largely represented in archaea and eubacteria and are primarily involved in scavenging solutes from the environment" /inference="protein motif:CDD:ABC_cobalt_CbiO_domain1, Domain I of the ABC component of a cobalt transport family found in bacteria, archaea, and eukaryota" /inference="protein motif:CDD:ABC_cobalt_CbiO_domain2, Domain II of the ABC component of a cobalt transport family found in bacteria, archaea, and eukaryota" /inference="protein motif:CDD:ABC_CysA_sulfate_importer, Part of the ABC transporter complex cysAWTP involved in sulfate import" /inference="protein motif:CDD:ABC_DR_subfamily_A, This family of ATP-binding proteins belongs to a multisubunit transporter involved in drug resistance (BcrA and DrrA), nodulation, lipid transport, and lantibiotic immunity" /inference="protein motif:CDD:ABC_DrrA, DrrA is the ATP-binding protein component of a bacterial exporter complex that confers resistance to the antibiotics daunorubicin and doxorubicin" /inference="protein motif:CDD:ABC_drug_resistance_like, ABC-type multidrug transport system, ATPase component" /inference="protein motif:CDD:ABC_FeS_Assembly, ABC-type transport system involved in Fe-S cluster assembly, ATPase component" /inference="protein motif:CDD:ABC_FtsE_transporter, FtsE is a hydrophilic nucleotide-binding protein that binds FtsX to form a heterodimeric ATP-binding cassette (ABC)-type transporter that associates with the bacterial inner membrane" /inference="protein motif:CDD:ABC_HisP_GlnQ_permeases, HisP and GlnQ are the ATP-binding components of the bacterial periplasmic histidine and glutamine permeases, repectively" /inference="protein motif:CDD:ABC_Iron-Siderophores_B12_Hemin, ABC transporters, involved in the uptake of siderophores, heme, and vitamin B12, are widely conserved in bacteria and archaea" /inference="protein motif:CDD:ABC_KpsT_Wzt, ABC_KpsT_Wzt The KpsT/Wzt ABC transporter subfamily is involved in extracellular polysaccharide export" /inference="protein motif:CDD:ABC_MalK_N, The N-terminal ATPase domain of the maltose transporter, MalK" /inference="protein motif:CDD:ABC_Metallic_Cations, ABC component of the metal-type transporters" /inference="protein motif:CDD:ABC_MetN_methionine_transporter, MetN (also known as YusC) is an ABC-type transporter encoded by metN of the metNPQ operon in Bacillus subtilis that is involved in methionine transport" /inference="protein motif:CDD:ABC_MJ0796_Lo1CDE_FtsE, This family is comprised of MJ0796 ATP-binding cassette, macrolide-specific ABC-type efflux carrier (MacAB), and proteins involved in cell division (FtsE), and release of liporoteins from the cytoplasmic membrane (LolCDE)" /inference="protein motif:CDD:ABC_Mj1267_LivG_branched, The Mj1267/LivG ABC transporter subfamily is involved in the transport of the hydrophobic amino acids leucine, isoleucine and valine" /inference="protein motif:CDD:ABC_ModC_like, Archeal protein closely related to ModC" /inference="protein motif:CDD:ABC_ModC_molybdenum_transporter, ModC is an ABC-type transporter and the ATPase component of a molybdate transport system that also includes the periplasmic binding protein ModA and the membrane protein ModB" /inference="protein motif:CDD:ABC_MTABC3_MDL1_MDL2, MTABC3 (also known as ABCB6) is a mitochondrial ATP-binding cassette protein involved in iron homeostasis and one of four ABC transporters expressed in the mitochondrial inner membrane, the other three being MDL1(ABC7), MDL2, and ATM1" /inference="protein motif:CDD:ABC_NatA_like, Similar in sequence to NatA, this is the ATPase component of a bacterial ABC-type Na+ transport system called NatAB, which catalyzes ATP-dependent electrogenic Na+ extrusion without mechanically coupled to proton or K+ uptake" /inference="protein motif:CDD:ABC_NatA_sodium_exporter, NatA is the ATPase component of a bacterial ABC-type Na+ transport system called NatAB, which catalyzes ATP-dependent electrogenic Na+ extrusion without mechanically coupled proton or K+ uptake" /inference="protein motif:CDD:ABC_NikE_OppD_transporters, The ABC transporter subfamily specific for the transport of dipeptides, oligopeptides (OppD), and nickel (NikDE)" /inference="protein motif:CDD:ABC_NrtD_SsuB_transporters, NrtD and SsuB are the ATP-binding subunits of the bacterial ABC-type nitrate and sulfonate transport systems, respectively" /inference="protein motif:CDD:ABC_OpuCA_Osmoprotection, OpuCA is a the ATP binding component of a bacterial solute transporter that serves a protective role to cells growing in a hyperosmolar environment" /inference="protein motif:CDD:ABC_Org_Solvent_Resistant, ABC (ATP-binding cassette) transport system involved in resistant to organic solvents" /inference="protein motif:CDD:ABC_PDR_domain1, The pleiotropic drug resistance (PDR) family of ATP-binding cassette (ABC) transporters" /inference="protein motif:CDD:ABC_PDR_domain2, The pleiotropic drug resistance-like (PDR) family of ATP-binding cassette (ABC) transporters" /inference="protein motif:CDD:ABC_PhnC_transporter, ABC-type phosphate/phosphonate transport system" /inference="protein motif:CDD:ABC_PotA_N, PotA is an ABC-type transporter and the ATPase component of the spermidine/putrescine-preferential uptake system consisting of PotA, -B, -C, and -D" /inference="protein motif:CDD:ABC_Pro_Gly_Bertaine, This family comprises the glycine betaine/L-proline ATP binding subunit in bacteria and its equivalents in archaea" /inference="protein motif:CDD:ABC_PstB_phosphate_transporter, Phosphate uptake is of fundamental importance in the cell physiology of bacteria because phosphate is required as a nutrient" /inference="protein motif:CDD:ABC_putative_ATPase, This subfamily is involved in drug resistance, nodulation, lipid transport, and bacteriocin and lantibiotic immunity" /inference="protein motif:CDD:ABC_RNaseL_inhibitor, The ABC ATPase RNase L inhibitor (RLI) is a key enzyme in ribosomal biogenesis, formation of translation preinitiation complexes, and assembly of HIV capsids" /inference="protein motif:CDD:ABC_RNaseL_inhibitor_domain1, The ATPase domain 1 of RNase L inhibitor" /inference="protein motif:CDD:ABC_RNaseL_inhibitor_domain2, The ATPase domain 2 of RNase L inhibitor" /inference="protein motif:CDD:ABC_subfamily_A, The ABCA subfamily mediates the transport of a variety of lipid compounds" /inference="protein motif:CDD:ABC_ThiQ_thiamine_transporter, ABC-type thiamine tranport system" /inference="protein motif:CDD:ABC_TM1139_LivF_branched, LivF (TM1139) is part of the LIV-I bacterial ABC-type two-component transport system that imports neutral, branched-chain amino acids" /inference="protein motif:CDD:ABC_tran, ABC transporter" /inference="protein motif:CDD:ABC_YhbG, The ABC transporters belonging to the YhbG family are similar to members of the Mj1267_LivG family, which is involved in the transport of branched-chain amino acids" /inference="protein motif:CDD:AbcC, ABC-type metal ion transport system, ATPase component [Inorganic ion transport and metabolism]" /inference="protein motif:CDD:ABCC_ATM1_transporter, ATM1 is an ABC transporter that is expressed in the mitochondria" /inference="protein motif:CDD:ABCC_bacteriocin_exporters, ABC-type bacteriocin exporters" /inference="protein motif:CDD:ABCC_CFTR1, The CFTR subfamily domain 1" /inference="protein motif:CDD:ABCC_CFTR2, The CFTR subfamily domain 2" /inference="protein motif:CDD:ABCC_cytochrome_bd, The CYD subfamily implicated in cytochrome bd biogenesis" /inference="protein motif:CDD:ABCC_Glucan_exporter_like, Glucan exporter ATP-binding protein" /inference="protein motif:CDD:ABCC_Hemolysin, The ABC-transporter hemolysin B is a central component of the secretion machinery that translocates the toxin, hemolysin A, in a Sec-independent fashion across both membranes of E" /inference="protein motif:CDD:ABCC_MRP_domain1, Domain 1 of the ABC subfamily C" /inference="protein motif:CDD:ABCC_MRP_domain2, Domain 2 of the ABC subfamily C" /inference="protein motif:CDD:ABCC_MRP_Like, The MRP (Mutidrug Resistance Protein)-like transporters are involved in drug, peptide, and lipid export" /inference="protein motif:CDD:ABCC_MsbA, MsbA is an essential ABC transporter, closely related to eukaryotic MDR proteins" /inference="protein motif:CDD:ABCC_NFT1, Domain 2 of NFT1 (New full-length MRP-type transporter 1)" /inference="protein motif:CDD:ABCC_Protease_Secretion, This family represents the ABC component of the protease secretion system PrtD, a 60-kDa integral membrane protein sharing 37% identity with HlyB, the ABC component of the alpha-hemolysin secretion pathway, in the C-terminal domain" /inference="protein motif:CDD:ABCC_SUR1_N, The SUR domain 1" /inference="protein motif:CDD:ABCC_TAP, TAP, the Transporter Associated with Antigen Processing" /inference="protein motif:CDD:ABCD_peroxisomal_ALDP, Peroxisomal ATP-binding cassette transporter (Pat) is involved in the import of very long-chain fatty acids (VLCFA) into the peroxisome" /inference="protein motif:CDD:ABCF_EF-3, ABCF_EF-3 Elongation factor 3 (EF-3) is a cytosolic protein required by fungal ribosomes for in vitro protein synthesis and for in vivo growth" /inference="protein motif:CDD:ABCG_EPDR, ABCG transporters are involved in eye pigment (EP) precursor transport, regulation of lipid-trafficking mechanisms, and pleiotropic drug resistance (DR)" /inference="protein motif:CDD:ABCG_White, The White subfamily represents ABC transporters homologous to the Drosophila white gene, which acts as a dimeric importer for eye pigment precursors" /inference="protein motif:CDD:AppF, ABC-type oligopeptide transport system, ATPase component [Amino acid transport and metabolism]" /inference="protein motif:CDD:ArpD, ABC-type protease/lipase transport system, ATPase and permease components [General function prediction only]" /inference="protein motif:CDD:ArtP, ABC-type arginine transport system, ATPase component [Amino acid transport and metabolism]" /inference="protein motif:CDD:ATM1, ABC-type transport system involved in Fe-S cluster assembly, permease and ATPase components [Posttranslational modification, protein turnover, chaperones]" /inference="protein motif:CDD:BtuD, ABC-type cobalamin transport system, ATPase component [Coenzyme metabolism]" /inference="protein motif:CDD:CbiO, ABC-type cobalt transport system, ATPase component [Inorganic ion transport and metabolism]" /inference="protein motif:CDD:CcmA, ABC-type multidrug transport system, ATPase component [Defense mechanisms]" /inference="protein motif:CDD:CcmA, ABC-type transport system involved in cytochrome c biogenesis, ATPase component [Posttranslational modification, protein turnover, chaperones]" /inference="protein motif:CDD:CeuD, ABC-type enterochelin transport system, ATPase component [Inorganic ion transport and metabolism]" /inference="protein motif:CDD:COG1123, ATPase components of various ABC-type transport systems, contain duplicated ATPase [General function prediction only]" /inference="protein motif:CDD:COG1245, Predicted ATPase, RNase L inhibitor (RLI) homolog [General function prediction only]" /inference="protein motif:CDD:COG2401, ABC-type ATPase fused to a predicted acetyltransferase domain [General function prediction only]" /inference="protein motif:CDD:COG3638, ABC-type phosphate/phosphonate transport system, ATPase component [Inorganic ion transport and metabolism]" /inference="protein motif:CDD:COG3845, ABC-type uncharacterized transport systems, ATPase components [General function prediction only]" /inference="protein motif:CDD:COG4136, ABC-type uncharacterized transport system, ATPase component [General function prediction only]" /inference="protein motif:CDD:COG4152, ABC-type uncharacterized transport system, ATPase component [General function prediction only]" /inference="protein motif:CDD:COG4172, ABC-type uncharacterized transport system, duplicated ATPase component [General function prediction only]" /inference="protein motif:CDD:COG4178, ABC-type uncharacterized transport system, permease and ATPase components [General function prediction only]" /inference="protein motif:CDD:COG4181, Predicted ABC-type transport system involved in lysophospholipase L1 biosynthesis, ATPase component [Secondary metabolites biosynthesis, transport, and catabolism]" /inference="protein motif:CDD:COG4559, ABC-type hemin transport system, ATPase component [Inorganic ion transport and metabolism]" /inference="protein motif:CDD:COG4586, ABC-type uncharacterized transport system, ATPase component [General function prediction only]" /inference="protein motif:CDD:COG4619, ABC-type uncharacterized transport system, ATPase component [General function prediction only]" /inference="protein motif:CDD:COG4674, Uncharacterized ABC-type transport system, ATPase component [General function prediction only]" /inference="protein motif:CDD:CydC, ABC-type transport system involved in cytochrome bd biosynthesis, fused ATPase and permease components [Energy production and conversion / Posttranslational modification, protein turnover, chaperones]" /inference="protein motif:CDD:CydD, ABC-type transport system involved in cytochrome bd biosynthesis, ATPase and permease components [Energy production and conversion / Posttranslational modification, protein turnover, chaperones]" /inference="protein motif:CDD:CysA, ABC-type sulfate/molybdate transport systems, ATPase component [Inorganic ion transport and metabolism]" /inference="protein motif:CDD:DppD, ABC-type dipeptide/oligopeptide/nickel transport system, ATPase component [Amino acid transport and metabolism / Inorganic ion transport and metabolism]" /inference="protein motif:CDD:DppF, ABC-type dipeptide/oligopeptide/nickel transport system, ATPase component [Amino acid transport and metabolism / Inorganic ion transport and metabolism]" /inference="protein motif:CDD:FepC, ABC-type cobalamin/Fe3+-siderophores transport systems, ATPase components [Inorganic ion transport and metabolism / Coenzyme metabolism]" /inference="protein motif:CDD:FtsE, Predicted ATPase involved in cell division [Cell division and chromosome partitioning]" /inference="protein motif:CDD:GlnQ, ABC-type polar amino acid transport system, ATPase component [Amino acid transport and metabolism]" /inference="protein motif:CDD:HisP, ABC-type histidine transport system, ATPase component [Amino acid transport and metabolism]" /inference="protein motif:CDD:LivF, ABC-type branched-chain amino acid transport systems, ATPase component [Amino acid transport and metabolism]" /inference="protein motif:CDD:LivG, ABC-type branched-chain amino acid transport systems, ATPase component [Amino acid transport and metabolism]" /inference="protein motif:CDD:MalK, ABC-type sugar transport systems, ATPase components [Carbohydrate transport and metabolism]" /inference="protein motif:CDD:MdlB, ABC-type multidrug transport system, ATPase and permease components [Defense mechanisms]" /inference="protein motif:CDD:MglA, ABC-type sugar transport system, ATPase component [Carbohydrate transport and metabolism]" /inference="protein motif:CDD:ModC, ABC-type molybdate transport system, ATPase component [Inorganic ion transport and metabolism]" /inference="protein motif:CDD:ModF, ABC-type molybdenum transport system, ATPase component/photorepair protein PhrA [Inorganic ion transport and metabolism]" /inference="protein motif:CDD:NatA, ABC-type Na+ transport system, ATPase component [Energy production and conversion / Inorganic ion transport and metabolism]" /inference="protein motif:CDD:OpuBA, ABC-type proline/glycine betaine transport systems, ATPase components [Amino acid transport and metabolism]" /inference="protein motif:CDD:PhnK, ABC-type phosphonate transport system, ATPase component [Inorganic ion transport and metabolism]" /inference="protein motif:CDD:PhnK, ABC-type uncharacterized transport system, ATPase component [General function prediction only]" /inference="protein motif:CDD:PhnL, ABC-type phosphonate transport system, ATPase component [Inorganic ion transport and metabolism]" /inference="protein motif:CDD:PotA, ABC-type spermidine/putrescine transport systems, ATPase components [Amino acid transport and metabolism]" /inference="protein motif:CDD:ProV, ABC-type proline/glycine betaine transport system, ATPase component [Amino acid transport and metabolism]" /inference="protein motif:CDD:PstB, ABC-type phosphate transport system, ATPase component [Inorganic ion transport and metabolism]" /inference="protein motif:CDD:SalX, ABC-type antimicrobial peptide transport system, ATPase component [Defense mechanisms]" /inference="protein motif:CDD:SapD, ABC-type antimicrobial peptide transport system, ATPase component [Defense mechanisms]" /inference="protein motif:CDD:SapF, ABC-type antimicrobial peptide transport system, ATPase component [Defense mechanisms]" /inference="protein motif:CDD:SufC, ABC-type transport system involved in Fe-S cluster assembly, ATPase component [Posttranslational modification, protein turnover, chaperones]" /inference="protein motif:CDD:SunT, ABC-type bacteriocin/lantibiotic exporters, contain an N-terminal double-glycine peptidase domain [Defense mechanisms]" /inference="protein motif:CDD:TagH, ABC-type polysaccharide/polyol phosphate transport system, ATPase component [Carbohydrate transport and metabolism / Cell envelope biogenesis, outer membrane]" /inference="protein motif:CDD:TauB, ABC-type nitrate/sulfonate/bicarbonate transport system, ATPase component [Inorganic ion transport and metabolism]" /inference="protein motif:CDD:TauB, ABC-type taurine transport system, ATPase component [Inorganic ion transport and metabolism]" /inference="protein motif:CDD:ThiQ, ABC-type thiamine transport system, ATPase component [Coenzyme metabolism]" /inference="protein motif:CDD:Ttg2A, ABC-type transport system involved in resistance to organic solvents, ATPase component [Secondary metabolites biosynthesis, transport, and catabolism]" /inference="protein motif:CDD:Uup, ATPase components of ABC transporters with duplicated ATPase domains [General function prediction only]" /inference="protein motif:CDD:YhbG, ABC-type (unclassified) transport system, ATPase component [General function prediction only]" /inference="protein motif:CDD:ZnuC, ABC-type Mn/Zn transport systems, ATPase component [Inorganic ion transport and metabolism]" /inference="protein motif:COG:COG1120 ABC-type cobalamin/Fe3+-siderophores transport systems, ATPase components; P Inorganic ion transport and metabolism" /inference="protein motif:Gene3D:G3D.3.40.50.300 no description" /inference="protein motif:HMMPanther:PTHR19222 ATP-BINDING CASSETTE TRANSPORTER" /inference="protein motif:HMMPanther:PTHR19222:SF71 DAUNORUBICIN RESISTANCE ATP-BINDING PROTEIN" /inference="protein motif:HMMPfam:PF00005 ABC_tran InterPro:IPR003439 ABC transporter related GO:Molecular Function:ATP binding (GO:0005524), Molecular Function:ATPase activity (GO:0016887)" /inference="protein motif:HMMSmart:SM00382 no description InterPro:IPR003593 AAA ATPase GO:Molecular Function:nucleotide binding (GO:0000166), Molecular Function:nucleoside-triphosphatase activity (GO:0017111)" /inference="protein motif:ProfileScan:PS50100 DA_BOX InterPro:IPR003439 ABC transporter related GO:Molecular Function:ATP binding (GO:0005524), Molecular Function:ATPase activity (GO:0016887)" /inference="protein motif:ProfileScan:PS50101 ATP_GTP_A2" /inference="protein motif:ProfileScan:PS50893 ABC_TRANSPORTER_2 InterPro:IPR003439 ABC transporter related GO:Molecular Function:ATP binding (GO:0005524), Molecular Function:ATPase activity (GO:0016887)" /inference="protein motif:superfamily:SSF52540 P-loop containing nucleoside triphosphate hydrolases" /codon_start=1 /transl_table=11 /product="Iron(III) dicitrate ABC transporter, ATP-binding protein (fecE)" /protein_id="ACS34555.1" /translation="MILRVNVSFSYGKRKVLKGVSFEARRGSLLAIIGPNGAGKSTLL KCIAGILRPDGKVELDGVDLLHMNPRERARFVSYVPQASVPEFNFTIEEFVEMGTYFT EGSVRNALRKVGLWDRRKDSVLSLSGGEYQLVLLARALAQGGRVILLDEPTSHLDVNH ALRIMELLRELREEKVVIAVLHDLNLALRYANELLILKGGEKVWEGSVGALSPKILEE VYGVKVEFVRGRFGTAVLSSL" gene complement(1954084..1955088) /gene="fecD-2" /locus_tag="TGAM_2054" /note="tg2054" CDS complement(1954084..1955088) /gene="fecD-2" /locus_tag="TGAM_2054" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:BtuC, ABC-type cobalamin transport system, permease component [Coenzyme metabolism]" /inference="protein motif:CDD:CeuB, ABC-type enterochelin transport system, permease component [Inorganic ion transport and metabolism]" /inference="protein motif:CDD:CeuC, ABC-type enterochelin transport system, permease component [Inorganic ion transport and metabolism]" /inference="protein motif:CDD:FecCD, FecCD transport family" /inference="protein motif:CDD:FepD, ABC-type Fe3+-siderophore transport system, permease component [Inorganic ion transport and metabolism]" /inference="protein motif:CDD:FepG, ABC-type enterobactin transport system, permease component [Inorganic ion transport and metabolism]" /inference="protein motif:COG:COG0609 ABC-type Fe3+-siderophore transport system, permease component; P Inorganic ion transport and metabolism" /inference="protein motif:HMMPfam:PF01032 FecCD InterPro:IPR000522 Bacterial transport system permease protein GO:Molecular Function:transporter activity (GO:0005215), Biological Process:transport (GO:0006810), Cellular Component:membrane (GO:0016020)" /inference="protein motif:superfamily:SSF81345 ABC transporter involved in vitamin B12 uptake, BtuC" /note="8 probable transmembrane helices predicted by modhmm" /codon_start=1 /transl_table=11 /product="Iron(III) dicitrate transport system permease protein (fecD)" /protein_id="ACS34556.1" /translation="MRKWFPALLLLSIAVLFLGVYVGSVKLSPSDVTSSIIYGLKTSF LGEHPGKKPRYFIIVWEFRLPRVLLAYLVGLSLASAGVASQALFKNPMADPYIIGISG GASIGAALGLIYFPDHVSLLSFAFAILSVYIVYTVAKVDGRIPVDTLLLSGVAFGFMA GAITSYLVLTLGPRAHLTYMWLMGSFNGADWEKVRNVFLASLFGLSFLLWKWKELNLL LLGEEGLALGLDVDTFRKFVVIVIAVMSAVSVASAGIIGFVGLIGPHIARILVGPNHK RLTLNAALLGGILMVLADLLARTIARPTEIPVGIVTAMMGGPFFLYLLRKHKRGEALT " gene 1955242..1955742 /gene="rimI" /locus_tag="TGAM_2055" /note="tg2055" CDS 1955242..1955742 /gene="rimI" /locus_tag="TGAM_2055" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:Acetyltransf_1, Acetyltransferase (GNAT) family" /inference="protein motif:CDD:RimI, Acetyltransferases [General function prediction only]" /inference="protein motif:COG:COG0456 Acetyltransferases; R General function prediction only" /inference="protein motif:Gene3D:G3D.3.40.630.30 no description" /inference="protein motif:HMMPanther:PTHR10216 N-ACETYLTRANSFERASE" /inference="protein motif:HMMPanther:PTHR10216:SF1 N-ACETYLTRANSFERASE" /inference="protein motif:HMMPfam:PF00583 Acetyltransf_1 InterPro:IPR000182 GCN5-related N-acetyltransferase GO:Molecular Function:N-acetyltransferase activity (GO:0008080)" /inference="protein motif:HMMTigr:TIGR01575 rimI:ribosomal-protein-alanine acetyltransf InterPro:IPR006464 Ribosomal-protein-alanine acetyltransferase GO:Biological Process:N-terminal protein amino acid acetylation (GO:0006474), Molecular Function:acetyltransferase activity (GO:0016407)" /inference="protein motif:superfamily:SSF55729 Acyl-CoA N-acyltransferases (Nat)" /codon_start=1 /transl_table=11 /product="Ribosomal-protein-alanine acetyltransferase (rimI)" /protein_id="ACS34557.1" /translation="MSVSVKQLSGKIPLALVTIRPARLFDISEIMRIERESFREAYPR GLFLVFLENNPETFLVAEYNGKVIGYVMAYLRPDLEGHIMSIAVDERYRGNGIGSALL TEAINRLIARGARYIGLEVRVSNEKAIKLYERFGFRKVKRIIGYYSDGEDAYYMLLPA EEWRGS" gene 1955742..1956248 /gene="endA" /locus_tag="TGAM_2056" /note="tg2056" CDS 1955742..1956248 /gene="endA" /locus_tag="TGAM_2056" /EC_number="4.6.1.16" /inference="protein motif:CDD:SEN2, tRNA splicing endonuclease [Translation, ribosomal structure and biogenesis]" /inference="protein motif:CDD:tRNA_int_endo, tRNA intron endonuclease, catalytic C-terminal domain" /inference="protein motif:CDD:tRNA_int_endo_N, tRNA intron endonuclease, N-terminal domain" /inference="protein motif:COG:COG1676 tRNA splicing endonuclease; J Translation, ribosomal structure and biogenesis" /inference="protein motif:Gene3D:G3D.3.40.1170.20 no description" /inference="protein motif:HMMPanther:PTHR13070 TRNA-SPLICING ENDONUCLEASE SUBUNIT SEN34-RELATED" /inference="protein motif:HMMPfam:PF01974 tRNA_int_endo InterPro:IPR006677 tRNA intron endonuclease, catalytic C-terminal GO:Molecular Function:tRNA-intron endonuclease activity (GO:0000213), Cellular Component:tRNA-intron endonuclease complex (GO:0000214), Biological Process:tRNA splicing (GO:0006388)" /inference="protein motif:HMMPfam:PF02778 tRNA_int_endo_N InterPro:IPR006678 tRNA intron endonuclease, N-terminal GO:Molecular Function:tRNA-intron endonuclease activity (GO:0000213), Cellular Component:tRNA-intron endonuclease complex (GO:0000214), Biological Process:tRNA splicing (GO:0006388)" /inference="protein motif:HMMTigr:TIGR00324 endA:tRNA intron endonuclease InterPro:IPR006676 tRNA-intron endonuclease GO:Molecular Function:tRNA-intron endonuclease activity (GO:0000213), Cellular Component:tRNA-intron endonuclease complex (GO:0000214), Biological Process:tRNA splicing (GO:0006388)" /inference="protein motif:superfamily:SSF53032 tRNA splicing endonuclease, C-terminal domain" /inference="protein motif:superfamily:SSF55267 tRNA splicing endonuclease EdnA, N-terminal domain InterPro:IPR006678 tRNA intron endonuclease, N-terminal GO:Molecular Function:tRNA-intron endonuclease activity (GO:0000213), Cellular Component:tRNA-intron endonuclease complex (GO:0000214), Biological Process:tRNA splicing (GO:0006388)" /codon_start=1 /transl_table=11 /product="tRNA-splicing endonuclease (endA)" /protein_id="ACS34558.1" /translation="MIVFYLSGDRVFSTDQNAINGLYNKRHFGKLVEGKLFLSLLEAT YLVERGKIEVREGKRKLTVEELMNLGRERDELFDAKYLVYKDLRDRGYTVKSGLKFGS HFRVYRRGMDEHSQWLVWVLPENSRLSPNDITARVRVAHGVRKNMIMAIVDEDADVTY YKVEWVRF" gene 1956233..1956781 /locus_tag="TGAM_2057" /note="tg2057" CDS 1956233..1956781 /locus_tag="TGAM_2057" /note="3 probable transmembrane helices predicted by modhmm" /codon_start=1 /transl_table=11 /product="Hypothetical protein" /protein_id="ACS34559.1" /translation="MGEVLGGCPMNETLLVTIFFLAGWISSGVPWLILRAMYHVLHLK SPLTARVLLTFLGLSLAIALIEYSPLIVSVFYKSSFLLVGFIISAVISLIFRIVLIPV LDNRLMVNAGIYGLSEAPERKKELMIVSVSGYLFTWIIWDYFDNTNSVFPHYFWILGW SDLNAPLRVVMYLIIILIADLK" gene 1956928..1957431 /locus_tag="TGAM_2058" /note="tg2058" CDS 1956928..1957431 /locus_tag="TGAM_2058" /experiment="gene product confirmed by mass spectrometry" /note="1 probable transmembrane helix predicted by modhmm" /codon_start=1 /transl_table=11 /product="Hypothetical protein" /protein_id="ACS34560.1" /translation="MIEMIVVDNNMLQAISTVLLAASVIYAALQVRENSYQRELAVMK EAYDYIRETRKYRRMIYQNKEIILKTKTVEELKKLEKEYPDLYDAIQEVFNCYHYVGF LIKLGFITKKKKEFIDEIHEPVLRINEIAGHIIDLENKKAGYKGYKKYFLYLIQEIKQ ELDVRTD" gene complement(1957418..1958260) /locus_tag="TGAM_2059" /note="tg2059" CDS complement(1957418..1958260) /locus_tag="TGAM_2059" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:DUF835, Protein of unknown function (DUF835)" /inference="protein motif:HMMPfam:PF05763 DUF835 InterPro:IPR008553 Protein of unknown function DUF835" /note="Belongs to DUF835 family; 3 probable transmembrane helices predicted by modhmm" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein" /protein_id="ACS34561.1" /translation="MITVSESVAYFNVITAIVVLIVMFTLLIMSVKYRREFREHYPRL ASAYDWMILAWLGFSLAKFTVLPVELMEGDLLNLSNSTVHQLEALCNIICGVALALLT YGWFHLLKEMLVHYELVPVVELSGDGGTEKMVPGLYIVGVKNGLSLLKKLIGGRAVVI ISRTPPVFFKNTLGIEKSPVLWLTPIGGKDTVHPRRLEYLTHLLVQFMRRNDAEKVIY LDGVEYLITENGFIPVFKFLANIKDHAVISNTVILVPIDPKSIGEKEFRLLTREFEVL SNQS" gene complement(1958426..1959613) /gene="kbl" /locus_tag="TGAM_2060" /note="tg2060" CDS complement(1958426..1959613) /gene="kbl" /locus_tag="TGAM_2060" /EC_number="2.3.1.29" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:Aminotran_1_2, Aminotransferase class I and II" /inference="protein motif:CDD:BioF, 7-keto-8-aminopelargonate synthetase and related enzymes [Coenzyme metabolism]" /inference="protein motif:CDD:COG0436, Aspartate/tyrosine/aromatic aminotransferase [Amino acid transport and metabolism]" /inference="protein motif:CDD:CsdB, Selenocysteine lyase [Amino acid transport and metabolism]" /inference="protein motif:COG:COG0156 7-keto-8-aminopelargonate synthetase and related enzymes; H Coenzyme transport and metabolism" /inference="protein motif:Gene3D:G3D.3.40.640.10 no description" /inference="protein motif:HMMPanther:PTHR13693 SERINE PALMITOYLTRANSFERASE-RELATED" /inference="protein motif:HMMPanther:PTHR13693:SF12 8-AMINO-7-OXONONANOATE SYNTHASE(KAPA SYNTHASE)" /inference="protein motif:HMMPfam:PF00155 Aminotran_1_2 InterPro:IPR004839 Aminotransferase, class I and II GO:Biological Process:biosynthesis (GO:0009058), Molecular Function:transferase activity, transferring nitrogenous groups (GO:0016769)" /inference="protein motif:HMMTigr:TIGR01825 gly_Cac_T_rel:pyridoxal phosphate-depe InterPro:IPR010962 Pyridoxal phosphate-dependent acyltransferase, putative GO:Molecular Function:transferase activity (GO:0016740)" /inference="protein motif:ScanRegExp:PS00599 AA_TRANSFER_CLASS_2 InterPro:IPR001917 Aminotransferase, class-II GO:Biological Process:metabolism (GO:0008152), Molecular Function:transferase activity (GO:0016740)" /inference="protein motif:superfamily:SSF53383 PLP-dependent transferases" /codon_start=1 /transl_table=11 /product="2-amino-3-oxobutanoate synthase (glycine C-acetyltransferase) (kbl)" /protein_id="ACS34562.1" /translation="MGKLDWIREELQELKDKGLYVTIRKLESAQGPWVIVDGKKVLNM CSNNYLGLAAHPEIRYAAIRAILDYGVGAGAVRTIAGTMELHVELEEKLAKFKKREAA ILFQSGYNANLGAISALLKKGEDGVFISEELNHASIIDGMRLSGAPKVIYKHIDMEDL KKRLEENKDKKKKIIVSDGVFSMDGDLAPLPEMAELAEQYDAILYIDDAHGEGVLGDS GRGIVDHFKLHDRVDFEMGTLSKAFGVIGGYVAGPEEAIEYLRQRARPFLFSSAPNPP DVAAAIAAVEILQRSDELVKKLWDNTHFLQNGLRDLGYDLGNTKHPITPVMLYDEKLA QEFSRRLYDEYNIFAQAIVYPTVPLGTARIRLEPSAAHSKEDLQYVIDAFEDLGKKTG FLK" gene complement(1959669..1960271) /locus_tag="TGAM_2061" /note="tg2061" CDS complement(1959669..1960271) /locus_tag="TGAM_2061" /inference="protein motif:HMMPfam:PF04307 DUF457 InterPro:IPR007404 Protein of unknown function DUF457, transmembrane" /note="1 probable transmembrane helix predicted by modhmm" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein" /protein_id="ACS34563.1" /translation="MLLTNDVIEPLRAVLFNPGLLENLNFSNLLGHVFHLNLYESQEF KGFAMDPLEHASIPSLVYLALSNEPTLTGLTALVLGAVFPDLDALAEEHRSYLHSLLP FLPALLLGLHLEGPFLLFALGWGSHLFLDFFTGVVPVAYPLSRRGWGLSIIVTGPRNF RIELRLIERYPNRKHDYRLEIGGSFALTLLAIFTAIIRLN" gene 1960167..1961168 /gene="rfcS" /locus_tag="TGAM_2062" /note="tg2062" CDS 1960167..1961168 /gene="rfcS" /locus_tag="TGAM_2062" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:AAA, ATPase family associated with various cellular activities (AAA)" /inference="protein motif:CDD:DnaX, DNA polymerase III, gamma/tau subunits [DNA replication, recombination, and repair]" /inference="protein motif:CDD:HolB, ATPase involved in DNA replication [DNA replication, recombination, and repair]" /inference="protein motif:CDD:MGS1, ATPase related to the helicase subunit of the Holliday junction resolvase [DNA replication, recombination, and repair]" /inference="protein motif:CDD:RuvB, Holliday junction resolvasome, helicase subunit [DNA replication, recombination, and repair]" /inference="protein motif:COG:COG0470 ATPase involved in DNA replication; L Replication, recombination and repair" /inference="protein motif:Gene3D:G3D.1.10.8.60 no description" /inference="protein motif:Gene3D:G3D.3.40.50.300 no description" /inference="protein motif:HMMPanther:PTHR11669 DNA POLYMERASE III SUBUNIT GAMMA/TAU" /inference="protein motif:HMMPfam:PF00004 AAA InterPro:IPR003959 AAA ATPase, central region GO:Molecular Function:ATP binding (GO:0005524)" /inference="protein motif:HMMPfam:PF08542 Rep_fac_C InterPro:IPR013748 Replication factor C" /inference="protein motif:HMMSmart:SM00382 no description InterPro:IPR003593 AAA ATPase GO:Molecular Function:nucleotide binding (GO:0000166), Molecular Function:nucleoside-triphosphatase activity (GO:0017111)" /inference="protein motif:ProfileScan:PS50150 RFC InterPro:IPR000862 Replication factor C conserved region GO:Molecular Function:DNA binding (GO:0003677), Biological Process:DNA replication (GO:0006260), Cellular Component:protein complex (GO:0043234)" /inference="protein motif:superfamily:SSF48019 DNA polymerase III clamp loader subunits, C-terminal domain InterPro:IPR008921 DNA polymerase III clamp loader subunit, C-terminal" /inference="protein motif:superfamily:SSF52540 P-loop containing nucleoside triphosphate hydrolases" /codon_start=1 /transl_table=11 /product="Replication factor C, small subunit (rfcS)" /protein_id="ACS34564.1" /translation="MEYMAEEIREVKVLEKPWVEKYRPQRLDDIVGQEHIVKRLKHYA KTGSMPHLLFAGPPGTGKTSAALALARELFGENWRHNFLELNASDERGINVIREKVKE FARTKPIGGASFKIIFLDEADALTQDAQQALRRTMEMFSNNVRFILSCNYSSKIIEPI QSRCAIFRFRPLNDEDIAKRIRYIAEQEGLELTEEGLQAILYVAEGDLRRAINVLQAA AALDKKITDENVFLVASRARPEDVREMMTLALEGNFLKARDKLRDILLKQGLSGEDVL IQMHKEVFNLPIPEDKKVALADKIGEYNFRLVEGANEMIQLEALLAQFTIMGDKKGK" gene 1961165..1962688 /gene="rfcL" /locus_tag="TGAM_2063" /note="tg2063" CDS 1961165..1962688 /gene="rfcL" /locus_tag="TGAM_2063" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:AAA, ATPase family associated with various cellular activities (AAA)" /inference="protein motif:CDD:DnaX, DNA polymerase III, gamma/tau subunits [DNA replication, recombination, and repair]" /inference="protein motif:CDD:HolB, ATPase involved in DNA replication [DNA replication, recombination, and repair]" /inference="protein motif:CDD:MGS1, ATPase related to the helicase subunit of the Holliday junction resolvase [DNA replication, recombination, and repair]" /inference="protein motif:CDD:Rad17, Rad17 cell cycle checkpoint protein" /inference="protein motif:COG:COG0470 ATPase involved in DNA replication; L Replication, recombination and repair" /inference="protein motif:Gene3D:G3D.1.10.8.60 no description" /inference="protein motif:Gene3D:G3D.3.40.50.300 no description" /inference="protein motif:HMMPanther:PTHR11669 DNA POLYMERASE III SUBUNIT GAMMA/TAU" /inference="protein motif:HMMPfam:PF00004 AAA InterPro:IPR003959 AAA ATPase, central region GO:Molecular Function:ATP binding (GO:0005524)" /inference="protein motif:HMMSmart:SM00382 no description InterPro:IPR003593 AAA ATPase GO:Molecular Function:nucleotide binding (GO:0000166), Molecular Function:nucleoside-triphosphatase activity (GO:0017111)" /inference="protein motif:ProfileScan:PS50150 RFC InterPro:IPR000862 Replication factor C conserved region GO:Molecular Function:DNA binding (GO:0003677), Biological Process:DNA replication (GO:0006260), Cellular Component:protein complex (GO:0043234)" /inference="protein motif:superfamily:SSF52540 P-loop containing nucleoside triphosphate hydrolases" /codon_start=1 /transl_table=11 /product="Replication factor C, large subunit (rfcL)" /protein_id="ACS34565.1" /translation="MIAMTEVPWVEKYRPRKLSEIVNQEKAIEQVRAWVEAWLHGNPP KKKALILAGPPGVGKTTTVYALANEYGFEVIELNASDERTYEKIERYVQAAYTMDILG KRRKLIFLDEADNIEPSGAREIAKLIDRARNPIIMSANHYWEVPKEIRNRAQIVEYKR LTQRDIIKALVRILKREGKTVPKEILYEIAKRANGDLRAAINDLQTVVTGGVEDAKEV LAYRDVEKSVFQALAQVFATDNAKRAKIAVLGVDMFPDELLLWIDENVPYVYYKPEDI ARAYEALSRADIYLGRAKRTGNYSLWKYATDMMTAGVAVAGVKKKGFVRIYPPKTIKL LTESKTERTLRDSIVKKVMKEMHMARLEALETLHYLRVIFESNPDLAAHFTVFLDLSE KEVEFLAGDSEKAKTIWGKAMNIEKKLKERGRLETSVREGLRKAKEKEEEEMESEGAE ETGETEEVPQGEPEEGEELSEEELEEAEREIEPVGKKEKKPEKKKGKQATLFDFLKK" gene 1962788..1964107 /locus_tag="TGAM_2064" /note="tg2064" CDS 1962788..1964107 /locus_tag="TGAM_2064" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:COG1373, Predicted ATPase (AAA+ superfamily) [General function prediction only]" /inference="protein motif:COG:COG1373 Predicted ATPase (AAA+ superfamily); R General function prediction only" /inference="protein motif:Gene3D:G3D.3.40.50.300 no description" /inference="protein motif:HMMSmart:SM00382 no description InterPro:IPR003593 AAA ATPase GO:Molecular Function:nucleotide binding (GO:0000166), Molecular Function:nucleoside-triphosphatase activity (GO:0017111)" /inference="protein motif:superfamily:SSF52540 P-loop containing nucleoside triphosphate hydrolases" /inference="protein motif:superfamily:SSF52980 Restriction endonuclease-like" /codon_start=1 /transl_table=11 /product="ATPase of the AAA superfamily, putative" /protein_id="ACS34566.1" /translation="MLTREEIVEVLAPYNLWGGRKWNAIPRDEYLSEIERKLSAGVVA LVGTRRSGKTTLAGLFLKKAIDDGLPPEGTLYVNLEDPRFSPYLSPEFLEEVFSAYRT YVYDGDGPIVVLDEVQNVPGWEKWVRKVLDLSEARVIVTGSTSSLLRSELSTLLTGRV LPVEVYPLSFREFLIFRGFSADFKRLLGKRRKVEALMREYLEFGGFPQVVLTEDDALK LELLRELFEGIVLRDIVYRHGFRDARAVKIVAELALSRFSSLVSVSRLRNELAGILSR KVSPNFVDGVLDAMDEAYLSFRVPILSPKVKDAMHYPKKMYAIDTGIANIVGIHFTGN IGRLAENAVARHLRQRFREVYYYRGKGEVDFIVKEGLRVTRAVQVTWDIDESWEREVE GLLEAMDVFGLKEGVIVTGWRSCEERFGEKTVKCVPLWRFLIWLWNL" gene complement(1964093..1964437) /locus_tag="TGAM_2065" /note="tg2065" CDS complement(1964093..1964437) /locus_tag="TGAM_2065" /inference="protein motif:BlastProDom:PD012763 Q8TU99_METAC_Q8TU99; InterPro:IPR008202 Protein of unknown function DUF86, C-terminal" /inference="protein motif:CDD:COG2361, Uncharacterized conserved protein [Function unknown]" /inference="protein motif:CDD:DUF86, Protein of unknown function DUF86" /inference="protein motif:COG:COG2361 Uncharacterized conserved protein; S Function unknown" /inference="protein motif:HMMPfam:PF01934 DUF86 InterPro:IPR008201 Protein of unknown function DUF86" /inference="protein motif:superfamily:SSF81593 Nucleotidyltransferase substrate binding subunit/domain" /note="Belongs to DUF86 family" /codon_start=1 /transl_table=11 /product="Nucleotidyltransferase, putative" /protein_id="ACS34567.1" /translation="MRDYRIYIEDILEAIEKIEEYTDGMTLEEFRINKMVVDAVVRNL EIIGEACRAIPPEIREKHPEVEWRKIIGLRNILIHQYFGIDVELIWDLIQNKLPELKE KMERLYESLQIP" gene complement(1964424..1964765) /locus_tag="TGAM_2066" /note="tg2066" CDS complement(1964424..1964765) /locus_tag="TGAM_2066" /inference="protein motif:CDD:COG1669, Predicted nucleotidyltransferases [General function prediction only]" /inference="protein motif:COG:COG1669 Predicted nucleotidyltransferases; R General function prediction only" /inference="protein motif:Gene3D:G3D.3.30.460.10 no description" /inference="protein motif:HMMPfam:PF01909 NTP_transf_2 InterPro:IPR002934 DNA polymerase, beta-like region GO:Molecular Function:nucleotidyltransferase activity (GO:0016779)" /inference="protein motif:ProfileScan:PS50153 PAP InterPro:IPR001201 PAP/25A core GO:Molecular Function:nucleic acid binding (GO:0003676)" /inference="protein motif:superfamily:SSF81301 Nucleotidyltransferase" /codon_start=1 /transl_table=11 /product="Nucleotidyltransferase, putative, poly(A) polymerase (PAP) related" /protein_id="ACS34568.1" /translation="MLLTSARLFKVMENEKLKRIMSRLQSHSNELRQLGVKRLWLFGS YVRGDAREDSDLDVLVEFEEGKKTFDNYMELKFLLEDLLGVEVDLITVEALKPRVRKY VWREAVSVEGL" gene complement(1964766..1965776) /locus_tag="TGAM_2067" /note="tg2067" CDS complement(1964766..1965776) /locus_tag="TGAM_2067" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:BlastProDom:PD011325 SFSA_PYRFU_Q8U1K8; InterPro:IPR005224 Sugar fermentation stimulation protein" /inference="protein motif:CDD:COG2520, Predicted methyltransferase [General function prediction only]" /inference="protein motif:CDD:Met_10, Met-10+ like-protein" /inference="protein motif:COG:COG2520 Predicted methyltransferase; R General function prediction only" /inference="protein motif:Gene3D:G3D.3.40.50.150 no description" /inference="protein motif:HMMPanther:PTHR14244 FAMILY NOT NAMED" /inference="protein motif:HMMPanther:PTHR14244:SF1 SUBFAMILY NOT NAMED" /inference="protein motif:HMMPfam:PF02475 Met_10 InterPro:IPR003402 Protein of unknown function Met10" /inference="protein motif:ProfileScan:PS50193 SAM_BIND InterPro:IPR000051 SAM (and some other nucleotide) binding motif GO:Molecular Function:S-adenosylmethionine-dependent methyltransferase activity (GO:0008757)" /inference="protein motif:superfamily:SSF53335 S-adenosyl-L-methionine-dependent methyltransferases" /codon_start=1 /transl_table=11 /product="Met-10 like-protein, putative SAM-dependent methyltransferase" /protein_id="ACS34569.1" /translation="MPALKVPRREAEPVKRKLKKLGLYDGKRRPKREDDFVLLPVIED ERSYTLGYEVLPVELPFRPERQIYKNLESVLAERLSEDELKYLRRYDVIGDIAVIQIP PELEHRVEDIVFALRKVHPFLKVIARKGFHEGAFRIRDYSIIWGEKRLETVHRENGVE IKVDLSKAFFNPRMKGERYRLAQLVKDGERILIPFAGVLPYALVIARYRKVKITAVEL NREAYELGLENIERNRRRLKGEIEFIHGDAFKVLPELPSYDRVISPTPRGVDALSLTL SKAERWLHYYDFVHENEIEAFRQRILEECQKLGRECSVRVKKVSDFKPHVFKVCADIE LR" gene complement(1965816..1966742) /gene="moaA" /locus_tag="TGAM_2068" /note="tg2068" CDS complement(1965816..1966742) /gene="moaA" /locus_tag="TGAM_2068" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:COG0535, Predicted Fe-S oxidoreductases [General function prediction only]" /inference="protein motif:CDD:COG1964, Predicted Fe-S oxidoreductases [General function prediction only]" /inference="protein motif:CDD:COG2100, Predicted Fe-S oxidoreductase [General function prediction only]" /inference="protein motif:CDD:Elp3, Elongator protein 3, MiaB family, Radical SAM; This superfamily contains MoaA, NifB, PqqE, coproporphyrinogen III oxidase, biotin synthase and MiaB families, and includes a representative in the eukaryotic elongator subunit, Elp-3" /inference="protein motif:CDD:MoaA, Molybdenum cofactor biosynthesis enzyme [Coenzyme metabolism]" /inference="protein motif:CDD:Mob_synth_C, Molybdenum Cofactor Synthesis C" /inference="protein motif:CDD:PflA, Pyruvate-formate lyase-activating enzyme [Posttranslational modification, protein turnover, chaperones]" /inference="protein motif:CDD:Radical_SAM, Radical SAM superfamily" /inference="protein motif:COG:COG2896 Molybdenum cofactor biosynthesis enzyme; H Coenzyme transport and metabolism" /inference="protein motif:HMMPanther:PTHR11228 PUTATIVE MOLYBDOPTERIN COFACTOR SYNTHESIS PROTEIN A" /inference="protein motif:HMMPanther:PTHR11228:SF1 PUTATIVE MOLYBDOPTERIN COFACTOR SYNTHESIS PROTEIN A" /inference="protein motif:HMMPfam:PF04055 Radical_SAM InterPro:IPR007197 Radical SAM GO:Molecular Function:catalytic activity (GO:0003824), Molecular Function:iron ion binding (GO:0005506)" /inference="protein motif:HMMPfam:PF06463 Mob_synth_C InterPro:IPR010505 Molybdenum cofactor synthesis C-terminal GO:Molecular Function:iron ion binding (GO:0005506), Biological Process:Mo-molybdopterin cofactor biosynthesis (GO:0006777), Cellular Component:molybdopterin synthase complex (GO:0019008)" /inference="protein motif:HMMSmart:SM00729 no description InterPro:IPR006638 Elongator protein 3/MiaB/NifB" /inference="protein motif:HMMTigr:TIGR02668 moaA_archaeal:probable molybdenum cofa InterPro:IPR013485 Molybdenum cofactor biosynthesis protein A, archaea" /inference="protein motif:ScanRegExp:PS01305 MOAA_NIFB_PQQE InterPro:IPR000385 MoaA/nifB/pqqE GO:Molecular Function:catalytic activity (GO:0003824), Molecular Function:iron ion binding (GO:0005506)" /codon_start=1 /transl_table=11 /product="Molybdenum cofactor biosynthesis protein A (moaA)" /protein_id="ACS34570.1" /translation="MPLYDRFGRPVTNLRISLTQECNFRCFFCHREGQRFLAKNEMTP EEIERIVRIASRLGIRKVKLTGGEPTVREDILEIVRRIKPYVIDLSMTTNGSRLKELA KPLAKAGLNRVNVSLHSLKPEVYKKITGVDALNDVLEGIEEAVKYLSPVKLNMTVMKG LNEGEIWDMIDFSAKTGTILQLIELEAPREMTETAFFRKYFYPLKPVERELERKAVEI RERTMHRRRKYFIPTDYGVAEVEVVRAMHNTVFCANCTRLRVTSDGKFKTCLLRNDDL IDFLSAMRNGASDAELVDILKRAIFMREPYWK" gene 1966861..1967616 /locus_tag="TGAM_2069" /note="tg2069" CDS 1966861..1967616 /locus_tag="TGAM_2069" /experiment="gene product confirmed by mass spectrometry" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein" /protein_id="ACS34571.1" /translation="MKTERVREILARIEGLHREFESKFPLLYEEEGLEGLYRTVKSLY SLSVEKMDLISELYREIAPVSGDVEGILKEVQKSEHQMKFRLEELLGILSKPDHYSER TRLKASLDRLVHFHRIYDYTMRKALQAIGKEIESIEFLERVGGSENQKKVPTGIVERL KKIDEIEKALETSLVFMRRLYLHPGDVYRVEEALIRWHRMGLLWVEARNVEKLSGVRN AGEILEGLTLIGVVERKERGGESVYRHRSFSSG" gene 1967582..1968997 /gene="fau" /locus_tag="TGAM_2070" /note="tg2070" CDS 1967582..1968997 /gene="fau" /locus_tag="TGAM_2070" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:CafA, Ribonucleases G and E [Translation, ribosomal structure and biogenesis]" /inference="protein motif:CDD:DUF402, Protein of unknown function (DUF402)" /inference="protein motif:COG:COG1530 Ribonucleases G and E; J Translation, ribosomal structure and biogenesis" /inference="protein motif:Gene3D:G3D.2.40.50.140 no description InterPro:IPR012340 Nucleic acid-binding, OB-fold, subgroup" /inference="protein motif:HMMPfam:PF04167 DUF402 InterPro:IPR007295 Protein of unknown function DUF402" /inference="protein motif:superfamily:SSF50249 Nucleic acid-binding proteins InterPro:IPR008994 Nucleic acid-binding, OB-fold GO:Molecular Function:nucleic acid binding (GO:0003676)" /codon_start=1 /transl_table=11 /product="RNA-binding protein FAU-1, ribonuclease E-like protein (FAU)" /protein_id="ACS34572.1" /translation="MSTDTGVSVRVRGIYSTALTKLFLDRGFRISQPSQKIAERLGIE KTYDEFDVDIYDKRDHHGVILVGTEVEKVKEVFEEEFIDVLFRKLPYQLYGIYKGLVI KRDERYVYVDIGNAIGTIPVEEGKNLHEGDEVLVQVKKHNLLPHLSTMLTIPGDYAVL IPKPVGVQRHVKISRKIRDSSERERLRILGLSIDMGEWGILWRTAAAYKDWNTLRDEI IRLSKIADRLKEAEKKSAPEQIVEGRNIYEVEFGGGAKKKLDEIRNRVVPTVEGHHML KAYDVEFSFAVEIAEGILAKVPGQRIKVNQGFWEALLDSKGPKKGWLFFLEHNKPDGQ RYKLGPGEIVEVTFNPLRITLRRNLKPGKFYDGLDLPIEFGDYAITEIEAGKWWFVHR YYDRNGNLKGEYYNINTPVEIYPDRARYIDLEIDIVKWPDGEKEIIDKDKLREHYEDG IISEKLYKAVLRITQEVYERI" gene complement(1968994..1969380) /locus_tag="TGAM_2071" /note="tg2071" CDS complement(1968994..1969380) /locus_tag="TGAM_2071" /inference="protein motif:CDD:COG1848, Predicted nucleic acid-binding protein, contains PIN domain [General function prediction only]" /inference="protein motif:COG:COG1848 Predicted nucleic acid-binding protein, contains PIN domain; R General function prediction only" /inference="protein motif:HMMPfam:PF01850 PIN InterPro:IPR002716 PilT protein, N-terminal" /inference="protein motif:HMMSmart:SM00670 no description InterPro:IPR006596 Nucleotide binding protein, PINc" /inference="protein motif:superfamily:SSF88723 PIN domain-like" /codon_start=1 /transl_table=11 /product="Nucleotide binding protein, putative, containing PIN domain" /protein_id="ACS34573.1" /translation="MTVIDTNVFVYAVLRDSEFNEEARKLLASLERWVVPSIVLYELY WFFRGEGYRVEEINAVISSILESPRTKVVGDSGKYTKRALELAKNPKRFNDMVILATA QEFGRLVTYDKKLRRDAERLGIDLLP" gene complement(1969377..1969601) /locus_tag="TGAM_2072" /note="tg2072" CDS complement(1969377..1969601) /locus_tag="TGAM_2072" /inference="protein motif:COG:COG2002 Regulators of stationary/sporulation gene expression; K Transcription" /inference="protein motif:HMMPfam:PF04014 SpoVT_AbrB InterPro:IPR007159 SpoVT/AbrB-like" /inference="protein motif:HMMTigr:TIGR01439 lp_hng_hel_AbrB:transcriptional regu InterPro:IPR006339 Transcriptional regulator AbrB" /inference="protein motif:superfamily:SSF54742 Transcription-state regulator AbrB, the N-terminal DNA recognition domain" /codon_start=1 /transl_table=11 /product="Transcription regulator, SpoVT/AbrB family" /protein_id="ACS34574.1" /translation="MGLTKVTRNYQITIPSEVRKKLGINVGDVLIVEVENGKIVLKKS DLELPMLPGGKGLTVKEIEKKILKGLGEEE" gene 1969659..1969757 /locus_tag="TGAM_2073" /note="tg2073" CDS 1969659..1969757 /locus_tag="TGAM_2073" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein" /protein_id="ACS34575.1" /translation="MPPNGRKGRKLSLEELEHVYRVVGIIKRRSSL" gene complement(1969808..1970473) /gene="radB" /locus_tag="TGAM_2074" /note="tg2074" CDS complement(1969808..1970473) /gene="radB" /locus_tag="TGAM_2074" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:BlastProDom:PD000229 RADB_PYRKO_P95547; InterPro:IPR001553 RecA bacterial DNA recombination" /inference="protein motif:CDD:Rad51_DMC1_radA, Rad51_DMC1_radA,B" /inference="protein motif:CDD:RAD55, RecA-superfamily ATPases implicated in signal transduction [Signal transduction mechanisms]" /inference="protein motif:CDD:radB, RadB" /inference="protein motif:CDD:recA, RecA is a bacterial enzyme which has roles in homologous recombination, DNA repair, and the induction of the SOS response" /inference="protein motif:CDD:RecA, RecA/RadA recombinase [DNA replication, recombination, and repair]" /inference="protein motif:CDD:recA_like, RecA is a bacterial enzyme which has roles in homologous recombination, DNA repair, and the induction of the SOS response" /inference="protein motif:COG:COG0468 RecA/RadA recombinase; L Replication, recombination and repair" /inference="protein motif:FPrintScan:PR01874 DNAREPAIRADA InterPro:IPR004504 DNA repair protein RadA" /inference="protein motif:Gene3D:G3D.3.40.50.300 no description" /inference="protein motif:HMMPanther:PTHR13682 GLUTAMINE SYNTHETASE/DNA REPAIR PROTEIN-RELATED" /inference="protein motif:HMMPanther:PTHR13682:SF11 DNA REPAIR PROTEIN RAD51 [ARCHAEA]" /inference="protein motif:HMMPfam:PF08423 Rad51 InterPro:IPR013632 Rad51, C-terminal" /inference="protein motif:HMMPIR:PIRSF003336 DNA repair and recombination protein RadB" /inference="protein motif:HMMTigr:TIGR02237 recomb_radB:DNA repair and recombination InterPro:IPR011939 DNA repair and recombination protein RadB" /inference="protein motif:ProfileScan:PS50162 RECA_2 InterPro:IPR001553 RecA bacterial DNA recombination" /inference="protein motif:superfamily:SSF52540 P-loop containing nucleoside triphosphate hydrolases" /codon_start=1 /transl_table=11 /product="DNA repair and recombination protein radB (radB)" /protein_id="ACS34576.1" /translation="MLSTGVKSLDELLGGGFGEGVLTQIYGPYATGKTTLAVQTGLLS GKKVAYVDTEGGFSPERLSQMASARGLDPEEALSRFLLFTPGDIREQRRVIGSLKRLI TPEFSLVVVDSITAHYRAEEDWRSLTSELGKQLQVLLWIARKHRIPVLVINQVHFDAR AERTRPVAEQTLGYRCKDILRLDKLPTPGKRVAILERHRFRPEGGMVYFKITEKGIED VSD" gene complement(1970483..1971118) /locus_tag="TGAM_2075" /note="tg2075" CDS complement(1970483..1971118) /locus_tag="TGAM_2075" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:COG2220, Predicted Zn-dependent hydrolases of the beta-lactamase fold [General function prediction only]" /inference="protein motif:CDD:Lactamase_B, Metallo-beta-lactamase superfamily" /inference="protein motif:COG:COG2220 Predicted Zn-dependent hydrolases of the beta-lactamase fold; R General function prediction only" /inference="protein motif:Gene3D:G3D.3.60.15.10 no description" /inference="protein motif:HMMPfam:PF00753 Lactamase_B InterPro:IPR001279 Beta-lactamase-like" /inference="protein motif:superfamily:SSF56281 Metallo-hydrolase/oxidoreductase" /codon_start=1 /transl_table=11 /product="Metallo-beta-lactamase superfamily protein" /protein_id="ACS34577.1" /translation="MRIIWYGHSCFWIETRGVKILIDPYPDVDDDLIGDVDYILITHE HTDHYGKVELLSRLRGATVIGPKPVYLMAIADGVTRVREISEGETIELGEGVKVTAFF MEHPSSQYPLGYLIEGDKRLFHTGDTYSFPSLQRLRGKVDVLLVPISGRSTANEREAA QIVEDIRPRIVIPMHYGTYGNGDPEKLINELRKNRIFAFVKVLKPGEEFNL" gene 1971216..1972394 /locus_tag="TGAM_2076" /note="tg2076" CDS 1971216..1972394 /locus_tag="TGAM_2076" /note="1 probable transmembrane helix predicted by modhmm" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein" /protein_id="ACS34578.1" /translation="MEKKDLKKTLTSLVLVLIILVSLAAASTNTSNDVLSQVNSILKK VEEIRGLTFKEHPEIVVLTREEARERFRPGRPDIKRMRLEEDVYKMSLLLPPNYPYVH EKVEQSVGWIAVTIGNTIYIIAENFLSDPDTARRVIAHESVHVLQKQWFNAPYGGPTL DTTKAIQAAIEGDADLVADIYCNETGIPIHKITDLYTRDPVTALGIFPYVFGDRFVAY LYRTGGWRLVNEMYSHLPNTTKVVMFPSFYLQNWTPIDVRADVERLVPKNATIRYSDR MGAYYVFLIYWGHNATREKGMEMAKGWYGDWLIMGDVNGTNGTERFLVWEVLFDTPEH ATTFGNFLERIAKNDDYATFTVKTSEQRVTLLAKKTLSEGKTDESEGEVEVLNLWKDI " gene 1972345..1973484 /gene="thrC-2" /locus_tag="TGAM_2077" /note="tg2077" CDS 1972345..1973484 /gene="thrC-2" /locus_tag="TGAM_2077" /EC_number="4.2.3.12" /inference="protein motif:CDD:CysK, Cysteine synthase [Amino acid transport and metabolism]" /inference="protein motif:CDD:IlvA, Threonine dehydratase [Amino acid transport and metabolism]" /inference="protein motif:CDD:PALP, Pyridoxal-phosphate dependent enzyme" /inference="protein motif:CDD:ThrC, Threonine synthase [Amino acid transport and metabolism]" /inference="protein motif:COG:COG0498 Threonine synthase; E Amino acid transport and metabolism" /inference="protein motif:Gene3D:G3D.3.40.50.1100 no description" /inference="protein motif:HMMPanther:PTHR10314 CYSTEINE/THREONINE/TRYPTOPHAN METABOLISM" /inference="protein motif:HMMPanther:PTHR10314:SF5 THREONINE SYNTHASE" /inference="protein motif:HMMPfam:PF00291 PALP InterPro:IPR001926 Pyridoxal-5'-phosphate-dependent enzyme, beta subunit GO:Molecular Function:catalytic activity (GO:0003824), Biological Process:metabolism (GO:0008152)" /inference="protein motif:HMMTigr:TIGR00260 thrC:threonine synthase InterPro:IPR004450 Threonine synthase GO:Molecular Function:threonine synthase activity (GO:0004795), Biological Process:threonine biosynthesis (GO:0009088)" /inference="protein motif:ProfileScan:PS50148 PALP_1 InterPro:IPR001926 Pyridoxal-5'-phosphate-dependent enzyme, beta subunit GO:Molecular Function:catalytic activity (GO:0003824), Biological Process:metabolism (GO:0008152)" /inference="protein motif:superfamily:SSF53686 Tryptophan synthase beta subunit-like PLP-dependent enzymes" /codon_start=1 /transl_table=11 /product="Threonine synthase (thrC)" /protein_id="ACS34579.1" /translation="MKVKGKLKCSICGKTYDKPLQRCGCGEPVEFELFEGEPYIGKSV WERFWDFWPLEPALDFSLGEGDTPLVKSRLGDEFGIKLYLKNETVNPTWSFKDRGTFL AMSYALKAGYKTVGTVSTGNMAASVSAYATRFGLKAKILVSESAGDEKLKAVSVYGGE VIRVHGDYGRLYFESLKLGERLGVYFMNSDNPLRIEGYKSIAFEIAEEISPDYILIPT SSGGLFRGVAKGFIELYKSGLIEGLPKLIAVQAEGCSPICMAFREGREKVERFENPRT IAKAIANPYPPSGNALLKLLREFGWGCVSVSDDEIRKAQERLAREGLFVQPASATGIA ALEKLNLPEGAKVVSVLTGSGLKVLGDVPKRDIKECSLERLTECF" gene 1973590..1974834 /locus_tag="TGAM_2078" /note="tg2078" CDS 1973590..1974834 /locus_tag="TGAM_2078" /note="1 probable transmembrane helix predicted by modhmm" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein" /protein_id="ACS34580.1" /translation="MKKSRTKIAATALLLAAVILVIPAVYGVQPDNAGTLYSAYLDWL QGKPVGLAKINIQTPEKLSGAKIVVIDMTSQKPRQLYSGDLYTPTVKIERKPMGTYLE TKVENGRVESVEKVRFMPVTLLIIVANENYWGVKTITFEPNKPMTTLNLKVPLHKGKA RRGGIHVESIRTEDHGEITINGIKTAIIRSLPGTTVSWVVGRDDAIAYESFSQDWVDK PDPTMWQDSGSTLVKDKEISCAISASDGEVRLVTSNVAYRVTETEICTWLWCRDIWTL VPIRIENFHVTSIGHYSGEIPAGMPVRYRDRSENINSFDILFDGSSDNGGVYFTTTIS TQVCGGAGVQVCFTGNVDTYRESATGYRPHYHVTINNWGHHTRLYYAYKDGNGRNYYE IYLKWGPADDSMPQPLTASDKE" gene 1974877..1975668 /locus_tag="TGAM_2079" /note="tg2079" CDS 1974877..1975668 /locus_tag="TGAM_2079" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:COG3885, Uncharacterized conserved protein [Function unknown]" /inference="protein motif:CDD:LigB, Catalytic LigB subunit of aromatic ring-opening dioxygenase" /inference="protein motif:COG:COG3885 Uncharacterized conserved protein; S Function unknown" /inference="protein motif:Gene3D:G3D.3.40.830.10 no description" /inference="protein motif:superfamily:SSF53213 LigB subunit of an aromatic-ring-opening dioxygenase LigAB" /codon_start=1 /transl_table=11 /product="Dioxygenase, putative" /protein_id="ACS34581.1" /translation="MLVGIGMMPHGNPVLEPPDEETERLAEVLRRIGEEFKDADSYVL ISPHNVRMSDHLGVVLAENLVSWLGFEGKELPGEWKTDRELAEEIYEAEKNAGMPVVD LNFASLRGEYSRWPLSWGELIPLQFLERKPLVLMTPSRGVSRKTLVRFGEILSEVLEL EEKRVALIISADHGHGHSENGPYGKVKESEEYDRLIMKLINEDRLEELLSIPEDLVRK ALVDSYWQMLIMLGAMRKAEFELKASAYACPTYFGMAGALWVRKS" gene complement(1975730..1976056) /locus_tag="TGAM_2080" /note="tg2080" CDS complement(1975730..1976056) /locus_tag="TGAM_2080" /inference="protein motif:CDD:AlaS, Alanyl-tRNA synthetase [Translation, ribosomal structure and biogenesis]" /inference="protein motif:CDD:COG2872, Predicted metal-dependent hydrolases related to alanyl-tRNA synthetase HxxxH domain [General function prediction only]" /inference="protein motif:CDD:tRNA-synt_2c, tRNA synthetases class II (A)" /inference="protein motif:COG:COG2872 Predicted metal-dependent hydrolases related to alanyl-tRNA synthetase HxxxH domain; R General function prediction only" /inference="protein motif:HMMPanther:PTHR11777 ALANYL-TRNA SYNTHETASE" /inference="protein motif:HMMPanther:PTHR11777:SF2 ALANYL-TRNA SYNTHETASE" /inference="protein motif:superfamily:SSF55186 Threonyl-tRNA synthetase (ThrRS), second 'additional' domain" /codon_start=1 /transl_table=11 /product="alaRS-like alanyl-tRNA synthetase related protein" /protein_id="ACS34582.1" /translation="MTSFGFANLHFPNFFSSFGRLTVKFNRKPTPEEVEEIERLANEK VQENAPVEVYELPREEAEKHFGEDMYDLFPVPEEVKTLKVVVIEGWNVNACNKEHTRT TGGIGG" gene 1975932..1976246 /locus_tag="TGAM_2081" /note="tg2081" CDS 1975932..1976246 /locus_tag="TGAM_2081" /inference="protein motif:CDD:EbsC, Uncharacterized conserved protein [Function unknown]" /inference="protein motif:CDD:YbaK, protein family related to YbaK Protein From H" /inference="protein motif:CDD:YbaK, YbaK / prolyl-tRNA synthetases associated domain" /inference="protein motif:COG:COG2606 Uncharacterized conserved protein; S Function unknown" /inference="protein motif:Gene3D:G3D.3.90.960.10 no description" /inference="protein motif:HMMPfam:PF04073 YbaK InterPro:IPR007214 YbaK/prolyl-tRNA synthetase associated region" /inference="protein motif:superfamily:SSF55826 Hypothetical protein HI1434 (YbaK homologue)" /note="124 nt overlap with tg2080" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein, containing prolyl-tRNA synthetase associated region" /protein_id="ACS34583.1" /translation="MARRSISSTSSGVGFRLNLTVSLPKLEKKFGKCRFAKPKEVKEL TGYEVSGVSPVGVPLRTIIDPRVLENEHVIGGGGAVNKLIRIRPERIVEYQRAEIMDV RE" gene 1976431..1977777 /locus_tag="TGAM_2082" /note="tg2082" CDS 1976431..1977777 /locus_tag="TGAM_2082" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:COG:COG2403 Predicted GTPase; R General function prediction only" /inference="protein motif:Gene3D:G3D.3.40.50.300 no description" /inference="protein motif:Gene3D:G3D.3.40.50.720 no description" /inference="protein motif:HMMPanther:PTHR13748 COBW-RELATED" /inference="protein motif:HMMPanther:PTHR13748:SF4 NITRILE HYDRATASE ACTIVATOR" /inference="protein motif:HMMPfam:PF02492 cobW InterPro:IPR003495 Cobalamin (vitamin B12) biosynthesis P47K" /inference="protein motif:superfamily:SSF51735 NAD(P)-binding Rossmann-fold domains" /inference="protein motif:superfamily:SSF52540 P-loop containing nucleoside triphosphate hydrolases" /inference="protein motif:superfamily:SSF53271 PRTase-like" /note="Contains 1 P-loop type NTPase domain" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein" /protein_id="ACS34584.1" /translation="MAEKKKKRVLILGAAGRDFHNFNVFFRDNPEYEVVAFTATQIPD IEGRLYPPELAGELYPNGIPIWSEDDMEKIIKEHDIDIVVFAYSDVSHEHVMHLASRA HSAGADFWLLGPKSTMLKSSKPVVAVTAVRTGCGKSQTSRKVAQLLQEMGYKVVAIRH PMPYGDLRKQVVQRFATFEDLDKYECTIEEREEYEPYIERGMVVYAGVDYEKILREAE KEADIILWDGGNNDFPFYEPDLWIVVTDPHRPGHELKYHPGETNFRAADVIIINKIDT ANRDDIQKVRESIEKVNPNATVIEAASPIFVDNPELIKGKRVLVVEDGPTLTHGGMKY GAGYVAAKKFGAKEIIDPRPYAVGSIVETYKKYPHLDVILPAMGYGKKQIKELEETIN RADADVVIMGTPVDLRRFMNLNKPAVRVRYELEEIGQPKLKDILENWVKNCEKLKK" gene 1977836..1978096 /locus_tag="TGAM_2083" /note="tg2083" CDS 1977836..1978096 /locus_tag="TGAM_2083" /experiment="gene product confirmed by mass spectrometry" /note="2 probable transmembrane helices predicted by modhmm" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein" /protein_id="ACS34585.1" /translation="MAMVLAFVGIVWLLGILSLIAVIWVIYDIVTKQKRMPDTEKLIW ILVALFLNIIGAIIYYLVVKASGKYEEAPEERFEGLDNPIEI" gene complement(1978306..1978677) /locus_tag="TGAM_2084" /note="tg2084" CDS complement(1978306..1978677) /locus_tag="TGAM_2084" /inference="protein motif:CDD:COG2405, Predicted nucleic acid-binding protein, contains PIN domain [General function prediction only]" /inference="protein motif:COG:COG2405 Predicted nucleic acid-binding protein, contains PIN domain; R General function prediction only" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein" /protein_id="ACS34586.1" /translation="MEGVAHEEAVDIAKANFLKKVSPTNQRLVRFLLELVDYGEAETI SFAIEKDVDLVVLDDKEPRKVARSFELRVTGTLGILLFAKRKGLISEIGPYVEELRKH GFRISDEIVRKILKSAGELKS" gene complement(1978794..1979045) /locus_tag="TGAM_2085" /note="tg2085" CDS complement(1978794..1979045) /locus_tag="TGAM_2085" /inference="protein motif:COG:COG2886 Uncharacterized small protein; S Function unknown" /inference="protein motif:HMMPfam:PF03683 UPF0175 InterPro:IPR005368 Protein of unknown function UPF0175 GO:Molecular Function:molecular function unknown (GO:0005554)" /note="Belongs to UPF0175 family" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein" /protein_id="ACS34587.1" /translation="MGKRIVVELPEIVKLPEDEIEERVKVELAIRLYERGILSFGQAR KLAGLSKWEFLEILAREGKGIPYDEEELKNDLKVLEELS" gene complement(1979163..1979573) /locus_tag="TGAM_2086" /note="tg2086" CDS complement(1979163..1979573) /locus_tag="TGAM_2086" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:BlastProDom:PD005232 Q9UZ24_PYRAB_Q9UZ24; InterPro:IPR001602 Protein of unknown function UPF0047 GO:Molecular Function:molecular function unknown (GO:0005554)" /inference="protein motif:CDD:UPF0047, Uncharacterised protein family UPF0047" /inference="protein motif:COG:COG0432 Uncharacterized conserved protein; S Function unknown" /inference="protein motif:HMMPfam:PF01894 UPF0047 InterPro:IPR001602 Protein of unknown function UPF0047 GO:Molecular Function:molecular function unknown (GO:0005554)" /inference="protein motif:HMMPIR:PIRSF004681 Uncharacterised conserved protein InterPro:IPR001602 Protein of unknown function UPF0047 GO:Molecular Function:molecular function unknown (GO:0005554)" /inference="protein motif:HMMTigr:TIGR00149 TIGR00149:conserved hypothetical protein T InterPro:IPR001602 Protein of unknown function UPF0047 GO:Molecular Function:molecular function unknown (GO:0005554)" /note="Belongs to UPF0047 family" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein" /protein_id="ACS34588.1" /translation="MIYTRELRFSTRGEIDLVDITAEVERVVEESGIENGIALVFVPG ATGAIVTIEHESGLLEDFKRTLRELIPKGAGYLHDRIDDNAHSHLRATLLGASECFPI VDGRLVRGTWQQIFFVELDVRPRQRRVIVQVMGE" gene complement(1979570..1980469) /locus_tag="TGAM_2087" /note="tg2087" CDS complement(1979570..1980469) /locus_tag="TGAM_2087" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:COG1992, Uncharacterized conserved protein [Function unknown]" /inference="protein motif:CDD:COG2522, Predicted transcriptional regulator [General function prediction only]" /inference="protein motif:COG:COG2522 Predicted transcriptional regulator; R General function prediction only" /inference="protein motif:superfamily:SSF47413 lambda repressor-like DNA-binding domains InterPro:IPR010982 Lambda repressor-like, DNA-binding" /note="Contains a lambda repressor-like DNA-binding domain and a C-terminal Phosphomethylpyrimidine Kinase (PTHR20858) domain" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein" /protein_id="ACS34589.1" /translation="MRTPAVYLAEEVMPYLRAKVAEVLYRGGFRQAEIADYLGVTQAM VSKYLAGRYKRPPGELARKLDELAEEIGRFILYGGTREEAVVLVSKRLVELFRSGFLC KFYSKYAGISEEACNSIYSDRTGTEVLEELAVALKRLVEMDGFKELIPEVRSNFAYAL PSPKGPEEVAAVPGRITIAKGKPYALPPEFGASRFTAGILVEVGRLRPEVRSVLNVRY SDRIREALRRLNFRVARVKTEGMPEDEAIKEIARPFADALYDVVVDEGGHGVEPLVYI FGRDPFDVLKKVELLINELGVRR" gene 1980589..1981515 /gene="pyrB" /locus_tag="TGAM_2088" /note="tg2088" CDS 1980589..1981515 /gene="pyrB" /locus_tag="TGAM_2088" /EC_number="2.1.3.2" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:ArgF, Ornithine carbamoyltransferase [Amino acid transport and metabolism]" /inference="protein motif:CDD:OTCace, Aspartate/ornithine carbamoyltransferase, Asp/Orn binding domain" /inference="protein motif:CDD:OTCace_N, Aspartate/ornithine carbamoyltransferase, carbamoyl-P binding domain" /inference="protein motif:CDD:PyrB, Aspartate carbamoyltransferase, catalytic chain [Nucleotide transport and metabolism]" /inference="protein motif:COG:COG0540 Aspartate carbamoyltransferase, catalytic chain; F Nucleotide transport and metabolism" /inference="protein motif:FPrintScan:PR00100 AOTCASE InterPro:IPR006130 Aspartate/ornithine carbamoyltransferase GO:Biological Process:amino acid metabolism (GO:0006520), Molecular Function:amino acid binding (GO:0016597), Molecular Function:carboxyl- and carbamoyltransferase activity (GO:0016743)" /inference="protein motif:FPrintScan:PR00101 ATCASE InterPro:IPR002082 Aspartate carbamoyltransferase GO:Molecular Function:aspartate carbamoyltransferase activity (GO:0004070), Biological Process:'de novo' pyrimidine base biosynthesis (GO:0006207)" /inference="protein motif:Gene3D:G3D.3.40.50.1370 no description" /inference="protein motif:HMMPanther:PTHR11405 ASPARTATE CARBAMOYLTRANSFERASE CATALYTIC CHAIN-RELATED" /inference="protein motif:HMMPanther:PTHR11405:SF26 ASPARTATE CARBAMOYLTRANSFERASE CATALYTIC CHAIN" /inference="protein motif:HMMPfam:PF00185 OTCace InterPro:IPR006131 Aspartate/ornithine carbamoyltransferase, Asp/Orn-binding region GO:Biological Process:amino acid metabolism (GO:0006520), Molecular Function:amino acid binding (GO:0016597), Molecular Function:carboxyl- and carbamoyltransferase activity (GO:0016743)" /inference="protein motif:HMMPfam:PF02729 OTCace_N InterPro:IPR006132 Aspartate/ornithine carbamoyltransferase, carbamoyl-P binding domain GO:Biological Process:amino acid metabolism (GO:0006520), Molecular Function:carboxyl- and carbamoyltransferase activity (GO:0016743)" /inference="protein motif:HMMPIR:PIRSF000416 Ornithine/aspartate carbamoyltransferase InterPro:IPR006130 Aspartate/ornithine carbamoyltransferase GO:Biological Process:amino acid metabolism (GO:0006520), Molecular Function:amino acid binding (GO:0016597), Molecular Function:carboxyl- and carbamoyltransferase activity (GO:0016743)" /inference="protein motif:HMMTigr:TIGR00670 asp_carb_tr:aspartate carbamoyltransfera InterPro:IPR002082 Aspartate carbamoyltransferase GO:Molecular Function:aspartate carbamoyltransferase activity (GO:0004070), Biological Process:'de novo' pyrimidine base biosynthesis (GO:0006207)" /inference="protein motif:ScanRegExp:PS00097 CARBAMOYLTRANSFERASE InterPro:IPR006130 Aspartate/ornithine carbamoyltransferase GO:Biological Process:amino acid metabolism (GO:0006520), Molecular Function:amino acid binding (GO:0016597), Molecular Function:carboxyl- and carbamoyltransferase activity (GO:0016743)" /inference="protein motif:superfamily:SSF53671 Aspartate/ornithine carbamoyltransferase" /codon_start=1 /transl_table=11 /product="Aspartate carbamoyltransferase, catalytic subunit (pyrB)" /protein_id="ACS34590.1" /translation="MDWNGRDVISIRDFSKSDIEFVLKVAERLEEELREKGSLEYARG KILATLFFEPSTRTRLSFESAMHRLGGSVIGFSSASSTSVRKGESLADTIRTVEQYSD VIVIRHPMEGAARLAAEVAEVPVINAGDGSNQHPTQTLLDLYTIKRAFGKIDGLTIGL LGDLKYGRTVHSLAEALAFYDVELYLISPELLRMPKHIVEELRERGVKIHETTDLEGA IPELDVLYVTRIQRERFPDEEEYLKVKGSYQVNCKLLKNAKETLKVMHPLPRVDEIHP EVDKSEHALYFRQVFSGVPVRMALLGLTLGVL" gene 1981652..1982107 /gene="pyrI" /locus_tag="TGAM_2089" /note="tg2089" CDS 1981652..1982107 /gene="pyrI" /locus_tag="TGAM_2089" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:BlastProDom:PD006194 PYRI_PYRHO_O58452; InterPro:IPR002801 Aspartate transcarbamylase regulatory subunit GO:Biological Process:'de novo' pyrimidine base biosynthesis (GO:0006207), Cellular Component:aspartate carbamoyltransferase complex (GO:0009347)" /inference="protein motif:CDD:PyrI, Aspartate carbamoyltransferase regulatory chain, allosteric domain" /inference="protein motif:CDD:PyrI_C, Aspartate carbamoyltransferase regulatory chain, metal binding domain" /inference="protein motif:COG:COG1781 Aspartate carbamoyltransferase, regulatory subunit; F Nucleotide transport and metabolism" /inference="protein motif:Gene3D:G3D.2.30.30.20 no description" /inference="protein motif:Gene3D:G3D.3.30.70.140 no description" /inference="protein motif:HMMPfam:PF01948 PyrI InterPro:IPR002801 Aspartate transcarbamylase regulatory subunit GO:Biological Process:'de novo' pyrimidine base biosynthesis (GO:0006207), Cellular Component:aspartate carbamoyltransferase complex (GO:0009347)" /inference="protein motif:HMMPfam:PF02748 PyrI_C InterPro:IPR002801 Aspartate transcarbamylase regulatory subunit GO:Biological Process:'de novo' pyrimidine base biosynthesis (GO:0006207), Cellular Component:aspartate carbamoyltransferase complex (GO:0009347)" /inference="protein motif:HMMTigr:TIGR00240 ATCase_reg:aspartate carbamoyltransferase InterPro:IPR002801 Aspartate transcarbamylase regulatory subunit GO:Biological Process:'de novo' pyrimidine base biosynthesis (GO:0006207), Cellular Component:aspartate carbamoyltransferase complex (GO:0009347)" /inference="protein motif:superfamily:SSF54893 Aspartate carbamoyltransferase, Regulatory-chain, N-terminal domain" /inference="protein motif:superfamily:SSF57825 Aspartate carbamoyltransferase, Regulatory-chain, C-terminal domain InterPro:IPR011069 Aspartate carbamoyltransferase, regulatory chain, C-terminal" /codon_start=1 /transl_table=11 /product="Aspartate carbamoyltransferase, regulatory subunit (pyrI)" /protein_id="ACS34591.1" /translation="MPELKVEVIPEGTVIDHIPAGKWLKVIEILGLTKPNGGTLLIAS NVPSKKLGRKDIVKVEGRYLSEEEVNKIALIAPDATVNIVRDYKIVEKFKVSIPDEIV GILTCPNPNCVSNHEYVRPRFKVESREPLKLRCHYCERTIEGEEIIGNL" gene 1982138..1982950 /locus_tag="TGAM_2090" /note="tg2090" CDS 1982138..1982950 /locus_tag="TGAM_2090" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein" /protein_id="ACS34592.1" /translation="MIPPTVEDVSKLVREIRLEHGLPESPFRIDEVRYDPRGDKLFII AHDRTDKSVIIGNSLVIGKLRERLGVKQVTVYSNLDLEIKRRKLNEVEKLVKGTELGF LMPIIEAERRFPPREWPEVRGNLKTLVFLSFSAKPLLGFARALKLPYEAVGLRYTFPR LEYEAVEGNLRELFFPDEDKLVRIAGERGAKLVLADFPFSLNEREEVYLLNPFRLLHI GFFELKYLFGFEFPTMVDEEALLEFVAKLTYDGLMESTDGAKVVWRYWRRRR" gene 1982947..1983522 /gene="coaE" /locus_tag="TGAM_2091" /note="tg2091" CDS 1982947..1983522 /gene="coaE" /locus_tag="TGAM_2091" /EC_number="2.7.1.24" /inference="protein motif:BlastProDom:PD003329 COAE_FUSNN_Q8RHR7; InterPro:IPR001977 Dephospho-CoA kinase GO:Molecular Function:ATP binding (GO:0005524)" /inference="protein motif:CDD:CoaE, Dephospho-CoA kinase [Coenzyme metabolism]" /inference="protein motif:COG:COG0237 Dephospho-CoA kinase; H Coenzyme transport and metabolism" /inference="protein motif:Gene3D:G3D.3.40.50.300 no description" /inference="protein motif:HMMPanther:PTHR10695 DEPHOSPHO-COA RELATED KINASES InterPro:IPR001977 Dephospho-CoA kinase GO:Molecular Function:ATP binding (GO:0005524)" /inference="protein motif:HMMPanther:PTHR10695:SF10 DEPHOSPHO-COA KINASE" /inference="protein motif:HMMPfam:PF01121 CoaE InterPro:IPR001977 Dephospho-CoA kinase GO:Molecular Function:ATP binding (GO:0005524)" /inference="protein motif:superfamily:SSF52540 P-loop containing nucleoside triphosphate hydrolases" /codon_start=1 /transl_table=11 /product="Dephospho-CoA kinase (coaE)" /protein_id="ACS34593.1" /translation="MIIGVVGKIAAGKTTVARFFEEKGFCRVSCSDPLIDLLTHNVSD YSWIPELPEKAEPTREKLIEFGKYLKDKYGGDILIRLAVDKKRNCEKVVIDGVRSREE IEAIKRLGGKVIYVEAKPEIRFERLMRRKASKDKGIKTFEDFRAMDDAEERLYHTSEL KELADYVIVNEGTLEELREKVERIIEELSKA" gene 1983556..1983747 /locus_tag="TGAM_2092" /note="tg2092" CDS 1983556..1983747 /locus_tag="TGAM_2092" /inference="protein motif:COG:COG2880 Uncharacterized protein conserved in archaea; S Function unknown" /inference="protein motif:HMMPfam:PF01954 DUF104 InterPro:IPR008203 Protein of unknown function DUF104" /note="Belongs to DUF104 family" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein" /protein_id="ACS34594.1" /translation="MEVVEAVYENDVLRPLKKLNLPEHTRVRIVITPDIDEIIDSMLI RKVEKINYKRLKEAYYESL" gene 1983734..1983880 /locus_tag="TGAM_2093" /note="tg2093" CDS 1983734..1983880 /locus_tag="TGAM_2093" /inference="protein motif:HMMPfam:PF01850 PIN InterPro:IPR002716 PilT protein, N-terminal" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein, C-terminus" /protein_id="ACS34595.1" /translation="MSRSEIEGKYQLLPNDAPIVATCVEHEIERILTFDSDFEKVPLI KVIG" gene 1983886..1984461 /locus_tag="TGAM_2094" /note="tg2094" CDS 1983886..1984461 /locus_tag="TGAM_2094" /inference="protein motif:CDD:COG5418, Predicted secreted protein [Function unknown]" /inference="protein motif:COG:COG5418 Predicted secreted protein; S Function unknown" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein" /protein_id="ACS34596.1" /translation="MNLLIIAPCLLSPFYVYRGPKEKEYMTARELRKLVGELGDEWHV LAYPCPEFELIGWPRPPMGRESFERLGMRERVQVVADFIGRVLTEEKPERVVFVGVKG SPTCGVFHTTSNDPDSFDYGLIPAFFYMDKGKRLDESRKVVEKFGFEVKTGPGLLFEE LMERFPEAEFMEFDKDDIEGSTERLRRAIMG" gene complement(1984458..1985807) /locus_tag="TGAM_2095" /note="tg2095" CDS complement(1984458..1985807) /locus_tag="TGAM_2095" /EC_number="5.4.2.-" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:Pgm, Phosphoglucomutase [Carbohydrate transport and metabolism]" /inference="protein motif:CDD:PGM_PMM_I, Phosphoglucomutase/phosphomannomutase, alpha/beta/alpha domain I" /inference="protein motif:CDD:PGM_PMM_II, Phosphoglucomutase/phosphomannomutase, alpha/beta/alpha domain II" /inference="protein motif:CDD:{ManB}, Phosphomannomutase [Carbohydrate transport and metabolism]" /inference="protein motif:COG:COG1109 Phosphomannomutase; G Carbohydrate transport and metabolism" /inference="protein motif:FPrintScan:PR00509 PGMPMM InterPro:IPR005841 Phosphoglucomutase/phosphomannomutase GO:Biological Process:carbohydrate metabolism (GO:0005975), Molecular Function:intramolecular transferase activity, phosphotransferases (GO:0016868)" /inference="protein motif:Gene3D:G3D.3.40.120.10 no description" /inference="protein motif:Gene3D:G3D.3.40.460.10 no description" /inference="protein motif:HMMPanther:PTHR19136 SUGAR-PHOSPHATE NUCLEOTIDYL TRANSFERASE" /inference="protein motif:HMMPanther:PTHR19136:SF5 PHOSPHOMANNOMUTASE" /inference="protein motif:HMMPfam:PF00408 PGM_PMM_IV InterPro:IPR005843 Phosphoglucomutase/phosphomannomutase C terminal GO:Biological Process:carbohydrate metabolism (GO:0005975), Molecular Function:intramolecular transferase activity, phosphotransferases (GO:0016868)" /inference="protein motif:HMMPfam:PF02878 PGM_PMM_I InterPro:IPR005844 Phosphoglucomutase/phosphomannomutase alpha/beta/alpha domain I GO:Biological Process:carbohydrate metabolism (GO:0005975), Molecular Function:intramolecular transferase activity, phosphotransferases (GO:0016868)" /inference="protein motif:HMMPfam:PF02879 PGM_PMM_II InterPro:IPR005845 Phosphoglucomutase/phosphomannomutase alpha/beta/alpha domain II GO:Biological Process:carbohydrate metabolism (GO:0005975), Molecular Function:intramolecular transferase activity, phosphotransferases (GO:0016868)" /inference="protein motif:HMMPfam:PF02880 PGM_PMM_III InterPro:IPR005846 Phosphoglucomutase/phosphomannomutase alpha/beta/alpha domain III GO:Biological Process:carbohydrate metabolism (GO:0005975), Molecular Function:intramolecular transferase activity, phosphotransferases (GO:0016868)" /inference="protein motif:ScanRegExp:PS00710 PGM_PMM InterPro:IPR005841 Phosphoglucomutase/phosphomannomutase GO:Biological Process:carbohydrate metabolism (GO:0005975), Molecular Function:intramolecular transferase activity, phosphotransferases (GO:0016868)" /inference="protein motif:superfamily:SSF53738 Phosphoglucomutase, first 3 domains" /inference="protein motif:superfamily:SSF55957 PhosphoglucomuCleaning" /codon_start=1 /transl_table=11 /product="Phosphohexomutase" /protein_id="ACS34597.1" /translation="MGRYFGTSGIRGLFNECVTPELALKVGKAVGTYLGGGRVVVGMD TRTSSETLKSALISGLLSTGVEVIDIGLAPTPLTGFAIKLYEADAGVTITASHNPPEY NGIKVWQSNGMAYTPDMEAELERILESGNFRKVPWNEIGTLRRADPREEYIRKALEMV KLNDSYTVVVDSGNGAGSILSPYLQRELGNKVISLNSHPSGFFVRELEPNAKSLSGLA KTVRVMKADVGIAHDGDADRIGVVDDEGNFVEYEVMLSLIAGYMLRKFGKGKIVTTVD AGFALDDYVRPLGGEVIRTRVGDVAVADELAKHGGIFGGEPSGTWIIPQWNLTPDGIF AGALVLEMIDRLGPISELAREVPRYVTLRAKVPCPNEKKAKAMEIIAKEALKSFDYEK LIDIDGIRIENSDWWILFRPSGTEPIMRITLEAHTEDKAKELMEKAEKLVKEAVRRA" gene complement(1985894..1987600) /locus_tag="TGAM_2096" /note="tg2096" CDS complement(1985894..1987600) /locus_tag="TGAM_2096" /note="2 probable transmembrane helices predicted by modhmm" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein" /protein_id="ACS34598.1" /translation="MRKMRKFVIFVAFFIIVGLFLPLASSSSAWEVVYGVQRDKTMFD SVYNPVAFIPGTSGDYYLLGSHGTGLAVLVHLSPMGEVLWMKNFSLSQKLPLNLPSGQ FQAIQDIGVGRDGIYVVLMTNGVINVSAPSDWIRGDPLFTLVKFDFSGNPVWVRAFKN SNGGYGGIRVQPTDDGAIVLAPVYAHMHHKDPDDPYDTDHIVPRLDVGAIKFDSSGNL EWVHIYGRESIHEYVWAVGSDGSEVVIAFSSAGGPDLGFIGIDPGTGNLRWVREYRQA IDGGELWEMGGFNSLSGGRPMLYSVPDGWIYTNGLSGKYDGGASIWMKLDKRGNILWG GFWNTTLYKGQSPAGFALADDGNYVLFDPLVKMSPSGEILRVYYDVQPHSRYIARAGD GFVIFLVPDRLLKLGPNMEFAGCDVHHVEEGEELTAWVPNFVELGKDDVKFVKVPFYS EGKFEEAFEFDDFPTGEWYRIGKPSVWVHDHPSEYFHVTDVCNQTGSSEATGTSTGPA TSSNSPTATSESPGFTSSGSSGGSSDGETGTEDGFSVDVICGPGIIALLALLVATITR RR" gene complement(1987605..1988045) /locus_tag="TGAM_2097" /note="tg2097" CDS complement(1987605..1988045) /locus_tag="TGAM_2097" /codon_start=1 /transl_table=11 /product="Hypothetical protein" /protein_id="ACS34599.1" /translation="MYALRTLHGLQRSRPAPRASPSHWGSCDFPLPRKVVSGTPSEVG VMLKKMAIFLGVTPLPTLPVSVHQFLGQLPSITTKEEAESRGLILTFSNGGGGWEGSN YVNYYQAFICPHRNESLNNCPGKLWGLSPEGFGKGIRVVEIGKP" gene complement(1988240..1988632) /locus_tag="TGAM_2098" /note="tg2098" CDS complement(1988240..1988632) /locus_tag="TGAM_2098" /note="1 probable transmembrane helix predicted by modhmm" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein" /protein_id="ACS34600.1" /translation="MLSLGILKKLMVGFFLLLFIGVAAIFGMQYYYETAYNKVPVEVK TETVSGDVFYLSHVLEPGKYKITADSEGTVEKITILDENGNVLTESETDSLIYGSSVP FQVRVDYKAPVNVESYTVSVGIYRLVKK" gene complement(1988750..1989712) /gene="btpA" /locus_tag="TGAM_2099" /note="tg2099" CDS complement(1988750..1989712) /gene="btpA" /locus_tag="TGAM_2099" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:BlastProDom:PD011184 YB15_METJA_Q58515; InterPro:IPR005137 Photosystem I assembly BtpA" /inference="protein motif:CDD:BtpA, BtpA family" /inference="protein motif:CDD:SgcQ, Predicted TIM-barrel enzyme [General function prediction only]" /inference="protein motif:COG:COG0434 Predicted TIM-barrel enzyme; R General function prediction only" /inference="protein motif:Gene3D:G3D.3.20.20.90 no description" /inference="protein motif:HMMPfam:PF03437 BtpA InterPro:IPR005137 Photosystem I assembly BtpA" /inference="protein motif:HMMTigr:TIGR00259 TIGR00259:conserved hypothetical protein T InterPro:IPR005137 Photosystem I assembly BtpA" /inference="protein motif:superfamily:SSF51366 Ribulose-phoshate binding barrel InterPro:IPR011060 Ribulose-phosphate binding barrel" /codon_start=1 /transl_table=11 /product="btpA family protein (btpA)" /protein_id="ACS34601.1" /translation="MANRTLSSGSRCLLTDFGSSGFSTTPISFTYQLHWVIILYHSFL STVLINVQCEPLTGDSMDFERKPLIGMVHLKPLPGSYLYDGNLEGIIELAVKDAKTLE GAGFDAIMIENFGDVPFPKYVGKTTVAAFTAVAKAVRDEVSVPVGINVLRNDGIAAYS IAYAIKADFIRVNVLSGVAYTDQGIIEGIAHELAKLRKLLPSKIQIFADVHVKHAVHF FDFEDAIRDTVERGLADAVVVSGRSTGKPVDLENLALAKRISPVPVIVGSGTTYDNLP ELWRYADAFIVGTWLKRDGKVENEVSPERARKLVELAEKLRKSS" gene 1989633..1990211 /locus_tag="TGAM_2100" /note="tg2100" CDS 1989633..1990211 /locus_tag="TGAM_2100" /experiment="gene product confirmed by mass spectrometry" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein" /protein_id="ACS34602.1" /translation="MGVVENPELPKSVRRHLEPEERVLFAIKKKISLEKPKWLLVTDR RIIYLDEKVLGRYDLKAIPYQKLEQVTVKLGVMSSEFVIEGEESISLKLGWMNKEEAR KAINAIKDALNAIAVEPVSIDVKKRLTSETWTLRKPKELVTRSMPARTQPQVIEKEDP LEKLKKLKELYDMGVISQEEYEEKRKKLLEQI" gene complement(1990284..1990859) /locus_tag="TGAM_2101" /note="tg2101" CDS complement(1990284..1990859) /locus_tag="TGAM_2101" /note="5 probable transmembrane helices predicted by modhmm" /codon_start=1 /transl_table=11 /product="Hypothetical protein" /protein_id="ACS34603.1" /translation="MIRMNYLVLSSWLIFVFDIYWIGKALELRPIRAKVDYMLVGTFT SLSVLLPWMLVLFSWISFPTIYGVGPLATHFGVFVFLYLLMILVFGLLNFKLSCSAHL VFWRLEGMIKFTVAGTALGFLTLYVILYGWSMMSLVVLLLPLVIHLWASLRIVRTLKL SFKASGINSPEDLKNYIVKDPLCRWWLRPKG" gene complement(1991703..1992149) /locus_tag="TGAM_2102" /note="tg2102" CDS complement(1991703..1992149) /locus_tag="TGAM_2102" /note="3 probable transmembrane helices predicted by modhmm" /codon_start=1 /transl_table=11 /product="Hypothetical protein" /protein_id="ACS34604.1" /translation="MNAMCGLCSFILSFSFIFLDLYLFLKYEGIRPVRSEMQKKTIEL GVDIVVFPGFILTAGIARILSELYNSVLPFAFGMFVLTFVATVISLRLKNQPERFMRL TGKITKNSGKIVAFYYGVVTLHTVYTLKSRRGVKGFNGNPKFTTSD" gene complement(1992146..1992676) /locus_tag="TGAM_2103" /note="tg2103" CDS complement(1992146..1992676) /locus_tag="TGAM_2103" /note="4 probable transmembrane helices predicted by modhmm" /codon_start=1 /transl_table=11 /product="Hypothetical protein" /protein_id="ACS34605.1" /translation="MIRMALGCDWSLFLFFVLLIFVDGYLFIKYTELRPIREEVNKRA AEFVGDTSVIPWHVAVIYSIVILAHDGKLDFLPPEAGIIVMIAWALVVLLMSLVVVRN AETILRRVEWAIRLNALGIALLIIATFRAVCKSMEVLHGVMLMVPVLLYFTIAMKSAK IITATLKESSESKEES" gene complement(1992673..1994730) /locus_tag="TGAM_2104" /note="tg2104" CDS complement(1992673..1994730) /locus_tag="TGAM_2104" /inference="protein motif:ScanRegExp:PS01039 SBP_BACTERIAL_3 InterPro:IPR001638 Bacterial extracellular solute-binding protein, family 3 GO:Molecular Function:transporter activity (GO:0005215), Biological Process:transport (GO:0006810), Cellular Component:periplasmic space (sensu Proteobacteria) (GO:0030288)" /note="1 probable transmembrane helix predicted by modhmm" /codon_start=1 /transl_table=11 /product="Hypothetical protein" /protein_id="ACS34606.1" /translation="MIDRVKFNDGSESKVLSMDAIVYTGPGSVESPEFIAPVGNALQA SVSGIVKIRYRSVTSPGGDTPNSKPGDPVETTSVQAYTPADYSTPTAPVLVMESYHGT LDLISDIDLSKITVKTIANTTKVTEGQSVGFAVRLRNDNVKAVNGVLSLFVTVPEENS ERLVLLGRKTVILNPDENVVIQVGNVTYPQAGTYEYFATFSFKGMEVKDSGSVEVRRL VLQKNLAIKSLQILPRNPEEHDDVDIIVYPYYVFRLVPESNVESSVFKNNFGPDALVP VSLNSEQGNIELSVVVSDVKTSDIVFGDSIKISPENIRPFYVSHWRNAKAGDLEVTVG LISGTEVIDSKTVRLHINEGDGYTGRFLTGESQAHNLTVTQGTFMNITLAADYYGELK NEYVPVKVWYLYDSPSEGIHWTSPIRVFEKDIKFDNVPPTYVEGQYAQEFRGWFGFHF DNPGVYHFYLYVNGEFEDFLTVNVTFDGPVLAWMECEDAVPLYDEIDCYVHILNNALE DIPVQVTKVTFSGYEVWDGENWEAVKVNYVTGTSVKGNSEGIVGIDIDVDGWLAERVY GDDYYIYLFLDGGQPMAHMITVDLQVANKHHTLGYVTMIYPGDDKEGAKKELPDYIIT GAELGGAFLTVAGFVIGSGEIISTGGVLLLLVPIVVNGYRGATAPTPICSVEDDNNLI CGG" gene complement(1994943..1995593) /locus_tag="TGAM_2105" /note="tg2105" CDS complement(1994943..1995593) /locus_tag="TGAM_2105" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:HMMPfam:PF03192 DUF257 InterPro:IPR005489 Protein of unknown function DUF257" /note="Belongs to DUF257 family" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein" /protein_id="ACS34607.1" /translation="MGKIESFFSGLKFGETVLVEYPSNSYPELFLKLLHDYASSRGLH VLVDDILDAYPVLVKGLKSMGLPPGETVVIKIGGGRLEAGTIISRMEVDKYSIPFGHY MNSINKFREANGRYFNPVVGIHRMVTLFSEREMLSLLTTISYFVGDDRRVSFYLINED VIESSKPVFLPLFEEIATTVTEWYLDGDELVLVVHKAANPELLGKEYRVKVSEFFG" gene 1995680..1997041 /gene="tldD" /locus_tag="TGAM_2106" /gene_synonym="pmbA-5" /note="tg2106" CDS 1995680..1997041 /gene="tldD" /locus_tag="TGAM_2106" /gene_synonym="pmbA-5" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:PmbA_TldD, Putative modulator of DNA gyrase" /inference="protein motif:CDD:TldD, Predicted Zn-dependent proteases and their inactivated homologs [General function prediction only]" /inference="protein motif:COG:COG0312 Predicted Zn-dependent proteases and their inactivated homologs; R General function prediction only" /inference="protein motif:HMMPfam:PF01523 PmbA_TldD InterPro:IPR002510 Peptidase U62, modulator of DNA gyrase" /codon_start=1 /transl_table=11 /product="Peptidase U62, modulator of DNA gyrase, PmbA/TldD protein-like protein (tldD/pmbA)" /protein_id="ACS34608.1" /translation="MEDNLFKIAERTADKLGVGYFEIRISKVKTTSVLIQNDQLDELS NNVEMGIGVRAFKKGWGFSSANDLSKAEEVIKTAMKMAGLSRGPEKIYLGDPIRDSVS NLGEKRLDDVDISEKLEVTGKAAELLRGENVKNRIAGYGESIIETLYLNSLGSEIRTV TSRVRLRIASTAFEGGKTGEYWKSFGGTGGWELIERIELERWADFVSRKARELLRAKA PPSGKFEVIMDPELTGVFIHEAVGHAAEADAVKNGESIFAGRLGEKIGAEELNVVDDP TLPGKFGSYAYDDEGLPGKRVEIIKNGVLNEYLNDRETSALLNLIPNGHGRAQSYAHQ PLVRMSNTFIEAGTWEPEEIFEEVKYGLYMIGDKGGEVDVATGTFTFGAKEGYIVENG ELKVHLRDVSLSGNLVEVLRSIKAIGRDVKIHFPGYCGKGQWVPVDDGGPHVLTEALV GGR" gene 1997038..1998354 /gene="tldD" /locus_tag="TGAM_2107" /gene_synonym="pmbA-6" /note="tg2107" CDS 1997038..1998354 /gene="tldD" /locus_tag="TGAM_2107" /gene_synonym="pmbA-6" /inference="protein motif:CDD:PmbA_TldD, Putative modulator of DNA gyrase" /inference="protein motif:CDD:TldD, Predicted Zn-dependent proteases and their inactivated homologs [General function prediction only]" /inference="protein motif:COG:COG0312 Predicted Zn-dependent proteases and their inactivated homologs; R General function prediction only" /inference="protein motif:Gene3D:G3D.2.70.110.10 no description" /inference="protein motif:HMMPfam:PF01523 PmbA_TldD InterPro:IPR002510 Peptidase U62, modulator of DNA gyrase" /codon_start=1 /transl_table=11 /product="Peptidase U62, modulator of DNA gyrase, PmbA/TldD protein-like protein (tldD/pmbA)" /protein_id="ACS34609.1" /translation="MIGMEAVERLAGILDKRNVEWEIYWEEGKSASFRIERERIERAQ WKFYSGIGLRVGLNGRVGFSYVTGLDHDEKSLFELVKRAEKLARIGSRPFRGFPTREK FPRVRGLYDKSIDDLDFDEAHSLAGEFVERMREMRGERGEYTLAGAMSFGTVRAGIVN SNGIEGEEPRTGLAIWAYAVKKNSRSGSGYASQSYTTLEGVHEGEELIRRAMNEAESS QRAEKIEGFSGEVLLEPQVVEALVYLFLENLYGDSVYYSRSRFSVGDLGKSVLSGNVS IIDDPTLGFSPGSYSFDGEGVPGRRKVLISRGELRSFLLDHTYGKLLGLDSTGNALRD FRSIPRIGTGNVLVGRGSENLGDWSGVVVSKVFGEHTANPVTGDFSLTVELGYVVENG EATPFSGNMVSGNVFEALGSVSRVGKELERRGSFYSPRIVTEVRLV" gene complement(1998351..1998806) /gene="uspA-2" /locus_tag="TGAM_2108" /note="tg2108" CDS complement(1998351..1998806) /gene="uspA-2" /locus_tag="TGAM_2108" /inference="protein motif:CDD:Usp, Universal stress protein family" /inference="protein motif:CDD:USP_Like, Usp:Universal stress protein family" /inference="protein motif:CDD:UspA, Universal stress protein UspA and related nucleotide-binding proteins [Signal transduction mechanisms]" /inference="protein motif:COG:COG0589 Universal stress protein UspA and related nucleotide-binding proteins; T Signal transduction mechanisms" /inference="protein motif:FPrintScan:PR01438 UNVRSLSTRESS InterPro:IPR006015 Universal stress protein (Usp)" /inference="protein motif:Gene3D:G3D.3.40.50.1420 no description" /inference="protein motif:HMMPfam:PF00582 Usp InterPro:IPR006016 UspA GO:Biological Process:response to stress (GO:0006950)" /inference="protein motif:superfamily:SSF52402 Adenine nucleotide alpha hydrolases-like" /codon_start=1 /transl_table=11 /product="Universal stress DNA-binding protein (UspA)" /protein_id="ACS34610.1" /translation="MSLKILVLIDGSKWSQKAALHAIAIAKKRGGKVILLSVLDRREA RSMAFNLSMFTDRLEKVESFENEIWKEMKKGIRTIMTGLMELCQEEGVNCSFRIIEGL AKETILREANSGNYSLVVMGAYGRSGKTRIGSLLEEVVGLINVPTMIVR" gene complement(1998809..2000089) /gene="arsB" /locus_tag="TGAM_2109" /note="tg2109" CDS complement(1998809..2000089) /gene="arsB" /locus_tag="TGAM_2109" /inference="protein motif:CDD:ArsB, Arsenical pump membrane protein" /inference="protein motif:CDD:ArsB, Na+/H+ antiporter NhaD and related arsenite permeases [Inorganic ion transport and metabolism]" /inference="protein motif:CDD:ArsB_NhaD_permease, Anion permease ArsB/NhaD" /inference="protein motif:CDD:ArsB_permease, Anion permease ArsB" /inference="protein motif:CDD:CitT, Di- and tricarboxylate transporters [Inorganic ion transport and metabolism]" /inference="protein motif:CDD:P_permease, Permease P (pink-eyed dilution)" /inference="protein motif:CDD:SLC13_permease, Permease SLC13 (solute carrier 13)" /inference="protein motif:CDD:YbiR_permease, Putative anion permease YbiR" /inference="protein motif:COG:COG1055 Na+/H+ antiporter NhaD and related arsenite permeases; P Inorganic ion transport and metabolism" /inference="protein motif:FPrintScan:PR00758 ARSENICPUMP InterPro:IPR000802 Arsenical pump membrane protein GO:Molecular Function:arsenite transporter activity (GO:0015105), Cellular Component:integral to membrane (GO:0016021)" /inference="protein motif:HMMPanther:PTHR10283 SODIUM/DICARBOXYLATE COTRANSPORTER-RELATED" /inference="protein motif:HMMPanther:PTHR10283:SF12 SODIUM/DICARBOXYLATE COTRANSPORTER-RELATED" /inference="protein motif:HMMPfam:PF03600 CitMHS InterPro:IPR004680 Citrate transporter GO:Molecular Function:citrate transporter activity (GO:0015137), Biological Process:citrate transport (GO:0015746), Cellular Component:integral to membrane (GO:0016021)" /inference="protein motif:HMMPIR:PIRSF002769 Arsenite-antimonite efflux protein ArsB" /note="12 probable transmembrane helices predicted by modhmm" /codon_start=1 /transl_table=11 /product="Arsenical pump membrane protein (arsB)" /protein_id="ACS34611.1" /translation="MDPALIIAVSVFLFTYALIISEKVHRTVAALFGASIVLFLHVVP WDKLPAYLDLDTLFLLIGMMIIVNTARESGLFEYIAIKTAKLARGSPMRVLLLFSIVT AVVSSILDNVTTVLLLTPMLIYITRLMKVDPVPFLLSEVFASNIGGTATLIGDPPNIM IGSAANLSFNEFLLNMGPIAFLDLLITIGIIYLAYRGEIHVSSSRRQRLLSVIEGLSE DEAIKDPVLFKKSVVVILSVVALFFVHDRLGIEPAVVALSGASFLLLWSRQDPEGILE KVEWTAIFFFVGLFIIVGSLVETGVINDVASWMMGYIHSTGEAIFVIAWFSAISSAIV DNIPLTATMIPLIKAMGSSLNTYPLWWALSLGACLGGNGTAIGASANVVVIGIAGKEG IRITFADFLKVGLVVMFATVGFGSLLLWLRYAGV" gene complement(2000104..2000664) /locus_tag="TGAM_2110" /note="tg2110" CDS complement(2000104..2000664) /locus_tag="TGAM_2110" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:Gene3D:G3D.3.40.50.1420 no description" /inference="protein motif:superfamily:SSF52402 Adenine nucleotide alpha hydrolases-like" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein" /protein_id="ACS34612.1" /translation="MMIMEVLNRIISRKFRDIAGDRYEQIAKRYREFLLLPEELVLPE VKSILFPVDRFSLDIPEELFETLRAYAGASLKLIYISEKRTLHIIEQTLGKEEAEKLK AEKMRFASETLRNLAPRLENLGLSVETDYFIGSKSDDVIELMSTGKFDLLVISRCFGS EPSRTSPISPVVFKIVQHIDEPVIVY" gene 2000763..2002685 /gene="lon" /locus_tag="TGAM_2111" /note="tg2111" CDS 2000763..2002685 /gene="lon" /locus_tag="TGAM_2111" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:COG1750, Archaeal serine proteases [General function prediction only]" /inference="protein motif:CDD:Lon, ATP-dependent Lon protease, bacterial type [Posttranslational modification, protein turnover, chaperones]" /inference="protein motif:CDD:Lon_C, Lon protease (S16) C-terminal proteolytic domain" /inference="protein motif:CDD:LonB, Predicted ATP-dependent protease [Posttranslational modification, protein turnover, chaperones]" /inference="protein motif:CDD:SdrC, Predicted secreted protein containing a PDZ domain [Signal transduction mechanisms]" /inference="protein motif:COG:COG1750 Archaeal serine proteases; R General function prediction only" /inference="protein motif:HMMPanther:PTHR10046 ATP DEPENDENT LON PROTEASE FAMILY MEMBER" /inference="protein motif:HMMPanther:PTHR10046:SF3 ATP-DEPENDENT PROTEASE LA" /inference="protein motif:HMMPfam:PF05362 Lon_C InterPro:IPR008269 Peptidase S16, lon C-terminal GO:Molecular Function:ATP-dependent peptidase activity (GO:0004176), Molecular Function:serine-type endopeptidase activity (GO:0004252), Biological Process:proteolysis (GO:0006508)" /note="3 probable transmembrane helices predicted by modhmm" /codon_start=1 /transl_table=11 /product="Archaeal serine protease, Lon protease-like protein (lon)" /protein_id="ACS34613.1" /translation="MRKTYALAAVLLLIFSILPAVGAQCPCEGHTIVLKAPAVSRTPD GRLVGVATNFVITVAPGSGHVYLETWPLAEVDMQASARLATQIAGEVTGKDMSKYDVF IQVRADSPIIGGPSAGGTMTVGIIAALEGWKVRDDVMMTGMINPDGTIGPVGGILEKA AAAASVGAKLFLIPEGQRIQMVQESEEKNIGGIIQITTRTRKVDVAQYAKERWGLEVK EVSDIYDAVYYFTGHRLSKPQVPPNIRIDTAFLMDDAKKDYANTTAYYDLVLEKLKKS TVDYETYVTLKEALDQAKGILNSSKEALDEGMYYTALSKDFQARIIIRHVDWYMNVQS VQDVAELLNRVNAYINGTERYVSGMEIRGMTMLQAIAAAEERVEQAKDILQDAWKNFY NGDYWDAVGNAAYAYERADTARFWASLGERFAKGDAIERDELKDTARNYIDESSLIAT YIESMYGDVVGSSLSDTIQKAEEYYDDGKYSAAIFTAMEARVRGEVFLDTLGIDNVTV LRDKLEQMKEAAKTAIGLAQMKGITPLLAMAYYEFAESYEKGNGIDDIQNAMIFYQYA RESAGVFLLKINSSEVTWTNPMGSETVPSTTSSTKATGTKTPSTTSSTGVGITSVCGP GIIALFALLPLLRRRD" gene complement(2002682..2003944) /locus_tag="TGAM_2112" /note="tg2112" CDS complement(2002682..2003944) /locus_tag="TGAM_2112" /inference="protein motif:CDD:COG4027, Uncharacterized protein conserved in archaea [Function unknown]" /inference="protein motif:CDD:CysH, 3'-phosphoadenosine 5'-phosphosulfate sulfotransferase (PAPS reductase)/FAD synthetase and related enzymes [Amino acid transport and metabolism / Coenzyme metabolism]" /inference="protein motif:CDD:PAPS_reduct, Phosphoadenosine phosphosulfate reductase family" /inference="protein motif:CDD:PAPS_reductase, This domain is found in phosphoadenosine phosphosulphate (PAPS) reductase enzymes or PAPS sulphotransferase" /inference="protein motif:COG:COG0175 3'-phosphoadenosine 5'-phosphosulfate sulfotransferase (PAPS reductase)/FAD synthetase and related enzymes; E Amino acid transport and metabolism" /inference="protein motif:Gene3D:G3D.3.40.50.610 no description" /inference="protein motif:HMMPfam:PF01507 PAPS_reduct InterPro:IPR002500 Phosphoadenosine phosphosulfate reductase GO:Biological Process:metabolism (GO:0008152), Molecular Function:transferase activity (GO:0016740)" /inference="protein motif:superfamily:SSF52402 Adenine nucleotide alpha hydrolases-like" /codon_start=1 /transl_table=11 /product="Phosphoadenosine phosphosulfate (PAPS) reductase related protein" /protein_id="ACS34614.1" /translation="MFTLIARARKDAKALQYINERNYGGFLKVESLGGGRTKEEVLEN LERALEGPYIPLLLLGEKERDLMEELLPVLRESGKPFYARSLRTKRVRNMRVDELYSH IEEIKARFRLGFRWEEGYALDPQNPLGIELHPDYDVYLAVGEGFRTAMRELLGLELGE NSLVLRKLMNRETYYSGPYAVAEVSKKLGFPTEILWRIPHSENVSLRRLIELNRDYIE AFAGASKEFLRQFEGGDVLVPWSGGKDSTAALILAREVFGDVTAVYVRMEYEMPLTDE YVERTARKIGVDLIRVDVPMPIEKYGMPTHSNRWCTRKKVEALYSVASQFEDPVLVLG DRDGESARRRLKPPVVERKTEFGTFLEVMPIKFWSGFMVQLFVLERGLELHPLYYEGF YRLGCTICPSLADWEIQLLKRREWRSSP" gene complement(2004028..2004630) /gene="ubiE" /locus_tag="TGAM_2113" /note="tg2113" CDS complement(2004028..2004630) /gene="ubiE" /locus_tag="TGAM_2113" /EC_number="2.1.1.-" /inference="protein motif:CDD:UbiE, Methylase involved in ubiquinone/menaquinone biosynthesis [Coenzyme metabolism]" /inference="protein motif:CDD:Ubie_methyltran, ubiE/COQ5 methyltransferase family" /inference="protein motif:CDD:UbiG, 2-polyprenyl-3-methyl-5-hydroxy-6-metoxy-1,4-benzoquinol methylase [Coenzyme metabolism]" /inference="protein motif:COG:COG0500 SAM-dependent methyltransferases; Q Secondary metabolites biosynthesis, transport and catabolism" /inference="protein motif:Gene3D:G3D.3.40.50.150 no description" /inference="protein motif:HMMPanther:PTHR10108 UBIQUINONE/MENAQUINONE METHYLTRANSFERASE-RELATED" /inference="protein motif:HMMPanther:PTHR10108:SF5 UBIQUINONE/MENAQUINONE BIOSYNTHESIS METHYLTRANSFERASE" /inference="protein motif:HMMPfam:PF08241 Methyltransf_11 InterPro:IPR013216 Methyltransferase type 11" /inference="protein motif:ProfileScan:PS50124 MET_TRANS InterPro:IPR001601 Generic methyltransferase GO:Molecular Function:methyltransferase activity (GO:0008168)" /inference="protein motif:ProfileScan:PS50193 SAM_BIND InterPro:IPR000051 SAM (and some other nucleotide) binding motif GO:Molecular Function:S-adenosylmethionine-dependent methyltransferase activity (GO:0008757)" /inference="protein motif:ScanRegExp:PS01184 UBIE_2 InterPro:IPR004033 UbiE/COQ5 methyltransferase GO:Molecular Function:methyltransferase activity (GO:0008168)" /inference="protein motif:superfamily:SSF53335 S-adenosyl-L-methionine-dependent methyltransferases" /codon_start=1 /transl_table=11 /product="Ubiquinone/menaquinone biosynthesis methyltransferase (UbiE)" /protein_id="ACS34615.1" /translation="MSFREKYSRIARHYEILERPLDRFFCPLRKKAVSFVEGKTLEVG VGVGKTLRYYPKDVELCAVDAVPEVIEIALEKARRLNLNACFEVADVEKLPFPDGSFD TVLSSFVFCTVPNPERGMREILRVLKPGGRAIFLEHTKSDSALLNYLFLLPLKLPLKL LLDDDPLRETHKLVSKHFEIEREERYYRGIVRLIVARKPQ" gene 2004687..2005325 /locus_tag="TGAM_2114" /note="tg2114" CDS 2004687..2005325 /locus_tag="TGAM_2114" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:COG2428, Uncharacterized conserved protein [Function unknown]" /inference="protein motif:CDD:DUF431, Protein of unknown function (DUF431)" /inference="protein motif:COG:COG2428 Uncharacterized conserved protein; S Function unknown" /inference="protein motif:HMMPfam:PF04252 DUF431 InterPro:IPR007364 Protein of unknown function DUF431" /note="Belongs to DUF431 family" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein" /protein_id="ACS34616.1" /translation="MPYLVIEHLEEISNWVWLEYRHASEWWKNKLIFTNVLPEEREKL AKLGSVIGESVTRFPFDRSKIIVLDLQAEEELKPEDIDDDTIIVVGGILGDAVPRGRT KEFITSKMKGVKVRHIGKPQFSIDGASIVAKLIADGRRLEEIEYEENPTIKLDEFSEI TLHYAVPKLDGKLLLTPGLIELQKRELGYTEADEEISDEELIEFFEGKRELA" gene 2005378..2005815 /locus_tag="TGAM_2115" /note="tg2115" CDS 2005378..2005815 /locus_tag="TGAM_2115" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:HMMPfam:PF01105 EMP24_GP25L InterPro:IPR000348 emp24/gp25L/p24 GO:Biological Process:transport (GO:0006810), Cellular Component:integral to membrane (GO:0016021)" /inference="protein motif:ProfileScan:PS50866 GOLD InterPro:IPR009038 GOLD" /note="1 probable transmembrane helix predicted by modhmm" /codon_start=1 /transl_table=11 /product="Hypothetical protein" /protein_id="ACS34617.1" /translation="MTRSTKLLIGIIIVVIITAVGAFLIFLSPETVKESVPHERTILI ASGTYYISAGNAEKFSFSVPYGASNIRVKLNFRVKGGSGNDIKVKIIDSTGHVIYNSG QISATSTTIRLPEGGTYELILDNTFSFVSSKEVTLSARVCYIS" gene complement(2005976..2006290) /locus_tag="TGAM_2116" /note="tg2116" CDS complement(2005976..2006290) /locus_tag="TGAM_2116" /inference="protein motif:COG:COG1708 Predicted nucleotidyltransferases; R General function prediction only" /inference="protein motif:Gene3D:G3D.3.30.460.10 no description" /inference="protein motif:HMMPfam:PF01909 NTP_transf_2 InterPro:IPR002934 DNA polymerase, beta-like region GO:Molecular Function:nucleotidyltransferase activity (GO:0016779)" /inference="protein motif:ProfileScan:PS50153 PAP InterPro:IPR001201 PAP/25A core GO:Molecular Function:nucleic acid binding (GO:0003676)" /inference="protein motif:superfamily:SSF82657 BolA-like" /codon_start=1 /transl_table=11 /product="Nucleotidyltransferase containing PAP/25A core domain, putative" /protein_id="ACS34618.1" /translation="MQGKAWALRIAGVIKRRYPDARVVFFGSRIRGDYLKDSDYDIIV VSKAFRGKHFTRRSSEVLRALWDVGIVGDFEILCYTPEEFERKRKSLGIVREALREGL MV" gene complement(2006466..2006651) /locus_tag="TGAM_2117" /note="tg2117" CDS complement(2006466..2006651) /locus_tag="TGAM_2117" /inference="protein motif:HMMPfam:PF05168 HEPN InterPro:IPR007842 HEPN" /inference="protein motif:ProfileScan:PS50910 HEPN InterPro:IPR007842 HEPN" /inference="protein motif:superfamily:SSF81593 Nucleotidyltransferase substrate binding subunit/domain" /note="Disrupted by a frameshift" /codon_start=1 /transl_table=11 /product="Nucleotide-binding protein, containing HEPN domain" /protein_id="ACS34619.1" /translation="MRNEARLLWEQALEDLKTAEALIDVKRYYASVFFSQQAAEKALK ALYIEVKREFPPKLTVC" gene complement(2006641..2006976) /locus_tag="TGAM_2118" /note="tg2118" CDS complement(2006641..2006976) /locus_tag="TGAM_2118" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein" /protein_id="ACS34620.1" /translation="MPKHFRKGVKREHHFLKGLEKPLEEIASIPGVKKVIPGRIYASD SRGFEIKVTRETQTGLKLVAKSDGSVQEVFLVVDKADRESVWRNIETIFREKGLNHLR ANNFDGHEK" gene 2007057..2007329 /locus_tag="TGAM_2119" /note="tg2119" CDS 2007057..2007329 /locus_tag="TGAM_2119" /inference="protein motif:COG:COG2886 Uncharacterized small protein; S Function unknown" /inference="protein motif:HMMPfam:PF03683 UPF0175 InterPro:IPR005368 Protein of unknown function UPF0175 GO:Molecular Function:molecular function unknown (GO:0005554)" /inference="protein motif:ProfileScan:PS50116 HTH_FIS_FAMILY InterPro:IPR002197 Helix-turn-helix, Fis-type GO:Molecular Function:transcription factor activity (GO:0003700), Biological Process:regulation of transcription, DNA-dependent (GO:0006355)" /note="Belongs to UPF0175 family, contains 1 helix-turn-helix, Fis-type domain" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein" /protein_id="ACS34621.1" /translation="MEELWIVKEFEKVAEVMPERALNLIKKDPDLLKEIVISAYLDGI ISLGKAAEVLGVTREELIEEFKKRGIPIRAPDREDVLSEVDVITCL" gene 2007320..2007568 /locus_tag="TGAM_2120" /note="tg2120" CDS 2007320..2007568 /locus_tag="TGAM_2120" /inference="protein motif:COG:COG2405 Predicted nucleic acid-binding protein, contains PIN domain; R General function prediction only" /note="Possible inframe shift with tg2121" /codon_start=1 /transl_table=11 /product="Predicted nucleic acid-binding protein contains PIN domain, N-term part" /protein_id="ACS34622.1" /translation="MFVVDTTVLSNFAKTNSMGVLGKILGETALTTPYVVEEFMVGVS EAGILQLKSLYPSQSSLPRKKDCTDSSARSWERERRPA" gene 2007596..2007802 /locus_tag="TGAM_2121" /note="tg2121" CDS 2007596..2007802 /locus_tag="TGAM_2121" /inference="protein motif:COG:COG2405 Predicted nucleic acid-binding protein, contains PIN domain; R General function prediction only" /note="Possible inframe shift with tg2120" /codon_start=1 /transl_table=11 /product="Predicted nucleic acid-binding protein contains PIN domain, C-term part" /protein_id="ACS34623.1" /translation="MLSDDYDARKKARLLGIKVSGTIGLLVLGVKRGVLTLEEGNGLL EKMIEKGFYSPVKRLEEVMPAFSP" gene complement(2007780..2009486) /locus_tag="TGAM_2122" /note="tg2122" CDS complement(2007780..2009486) /locus_tag="TGAM_2122" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:COG1549, Queuine tRNA-ribosyltransferases, contain PUA domain [Translation, ribosomal structure and biogenesis]" /inference="protein motif:CDD:PUA, PUA domain" /inference="protein motif:COG:COG1549 Queuine tRNA-ribosyltransferases, contain PUA domain; J Translation, ribosomal structure and biogenesis" /inference="protein motif:HMMPfam:PF01472 PUA InterPro:IPR002478 PUA GO:Molecular Function:RNA binding (GO:0003723)" /inference="protein motif:HMMSmart:SM00359 no description InterPro:IPR002478 PUA GO:Molecular Function:RNA binding (GO:0003723)" /inference="protein motif:HMMTigr:TIGR00451 unchar_dom_2:uncharacterized domain InterPro:IPR004521 Uncharacterized domain 2" /inference="protein motif:ProfileScan:PS50890 PUA InterPro:IPR002478 PUA GO:Molecular Function:RNA binding (GO:0003723)" /inference="protein motif:superfamily:SSF51713 tRNA-guanine transglycosylase" /inference="protein motif:superfamily:SSF88697 PUA domain-like" /inference="protein motif:superfamily:SSF88802 Archaeosine tRNA-guanine transglycosylase, C2 domain" /codon_start=1 /transl_table=11 /product="RNA-binding protein, containing PUA domain" /protein_id="ACS34624.1" /translation="MEVIKHEGPGRLGLVRLGDYSFRTPALVGVDFTLSPFNSFFHPD KPGDYDFNLAPSIPLGFYTPAEVIEKALGRLWSVNYDGFNAFYLPALRRIEYLEEFFK IIERYNFEVVYLGNSKILVKEYRYFVKILRALRERFPNLIIIADLEPFFYPLAVYLGV DAFDTRSLKLYDFEGKGFTQYSPFLWGKEPNSLDFARETILLVRKALESGKLRYLVEN LFYTQYHEGILRIADLEHPDYLEKYTPIQKETVYFISDASIRRPEVKRWHSRVLERFT PPRNTELVLLFPCSAKKPYSFSRSHTLYRRAVKEALGSGISKVHELILTSPFGVVPRE WEWLAKYDIVVTGHWSEEEIKPAAELLAKTLDKYPKDVPIIAHLDEAYVEIAKLAGEL SGREIIFTRVENGTTSKESLKSLTETLREFHLEGTKEDRTYRYFENIRKVFDFYFGAG AGEVVLPDNGHVKGSKMLRIFVENQQTGTFRDGVISVTPFGMQRIYDSLKAYWVKIDF DLRGDVFAVGVNEADEKIRPDDIVGVVRDDRVVGVGKAVLSGEEMVRAKKGVAVKVRK RA" gene complement(2009492..2010397) /locus_tag="TGAM_2123" /note="tg2123" CDS complement(2009492..2010397) /locus_tag="TGAM_2123" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:COG1340, Uncharacterized archaeal coiled-coil protein [Function unknown]" /inference="protein motif:COG:COG1340 Uncharacterized archaeal coiled-coil protein; S Function unknown" /inference="protein motif:Gene3D:G3D.1.20.1050.30 no description" /inference="protein motif:superfamily:SSF46589 tRNA-binding arm InterPro:IPR010978 tRNA-binding arm" /inference="protein motif:superfamily:SSF47661 t-snare proteins InterPro:IPR010989 t-snare" /note="Contains probably 1 tRNA-binding domain (SSF46589) in Nterm and 1 t-snare domain (SSF47661) in Cterm" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein" /protein_id="ACS34625.1" /translation="MPTVKVDPEEIKRIKKEIEALEKERNEIRAKLEELEKELQSWIQ KRDEKNREVQQLRQKGREYKAKRDEINAQIKQLKKNREEINAKLDLLYQEILEYRTKR DEYNQLRRLNMPAEKIKERIEKLEWELQTNPKITPEREKQIVDQIQVLATELEIIQQA DRFHKKLVETRKKVDQLKKARRAISLEIQKLANQSQQFHEMMIKAFTQADEVKKEADE YHAKVVELREKVREVRRELRAIERKIREYDEKHKELIAYRLVAKMRARKDSSFEKAVE ALEKFKRGEKLTLDELLLLQRYNLV" gene complement(2010478..2012313) /locus_tag="TGAM_2124" /note="tg2124" CDS complement(2010478..2012313) /locus_tag="TGAM_2124" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:Metallophos, Calcineurin-like phosphoesterase" /inference="protein motif:COG:COG1409 Predicted phosphohydrolases; R General function prediction only" /inference="protein motif:Gene3D:G3D.3.60.21.10 no description" /inference="protein motif:HMMPfam:PF00149 Metallophos InterPro:IPR004843 Metallophosphoesterase GO:Molecular Function:hydrolase activity (GO:0016787)" /inference="protein motif:superfamily:SSF56300 Metallo-dependent phosphatases" /note="1 probable transmembrane helix predicted by modhmm" /codon_start=1 /transl_table=11 /product="Metallophosphoesterase, calcineurin superfamily" /protein_id="ACS34626.1" /translation="MERKVLAVLLLGVFLLGTIAAGCLGGGGEKSQPTTSQQIGSSTT TTTHGTTTPTTSPTTTSASSATTTTTSSSERTTTTTTISSTTTTTATIPTTTTTTTTT PTPAAVKIDFSKFRKTGQVIGEWRTIFKGQPIYTVPGYFDLVKAYFPDAEVRDLSDYR WGIAVLPPELAVKELDGKRVRVEKVDYFGYVAYRNGYHFVGPDKGIIAVFNSEEGAKL ILTGTSRAGVGLALRELSRIHSYSDVPSLYVLRSGQFEGLFLKEIGDVNWNGIVERTE FVEDYPLYYEEPFHYYWRVVKGENVTVSGGFIRLVNGSTVYIRALGFNVSVSVKPSGA ELTYVIENINPAYVDYPKCAEVGETWIKLNSTSGFTLRPREVSNYTVFALGDHRPAHR NDPVPSVFLKIMDQVNNGSGAFVIDGGDLVYSGRLSEWVDLMKVWKWNKPVFLTPGNH EYQGEGKNIFHYLFGPDEDYSFVLGDYVYVFMNDVENGYTLSSHQWEALKAALEMANE TGRRAVIVMHAPPYDPRPNGDHSMNHNSAEKLLALMREYNAFGIFSHIHLNWYGEHEG VQMIITGGAGAPLYVTDPNEGGFYGYAMLSMGPGGEIEVKLVRVE" gene 2012410..2012763 /locus_tag="TGAM_2125" /note="tg2125" CDS 2012410..2012763 /locus_tag="TGAM_2125" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:COG1917, Uncharacterized conserved protein, contains double-stranded beta-helix domain [Function unknown]" /inference="protein motif:COG:COG1917 Uncharacterized conserved protein, contains double-stranded beta-helix domain; S Function unknown" /inference="protein motif:Gene3D:G3D.2.60.120.10 no description" /inference="protein motif:HMMPfam:PF07883 Cupin_2 InterPro:IPR013096 Cupin 2, conserved barrel" /inference="protein motif:ProfileScan:PS50849 CUPIN InterPro:IPR007113 Cupin region" /inference="protein motif:superfamily:SSF51182 RmlC-like cupins InterPro:IPR011051 Cupin, RmlC-type" /note="Contains 1 Cupin, RmlC-type domain" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein" /protein_id="ACS34627.1" /translation="MFVGHYLEVPEEETGFEGVTIRWLVYPKLGAKNFAMRYFVLKKD SEIPIHQHDWEHEIFILKGEGIITNGEEEHHVKAGNFLYVPPNEPHGYKALSETFEFL CLIPAKKEAIPEDKW" gene complement(2012764..2013339) /locus_tag="TGAM_2126" /note="tg2126" CDS complement(2012764..2013339) /locus_tag="TGAM_2126" /inference="protein motif:COG:COG0681 Signal peptidase I; U Intracellular trafficking, secretion, and vesicular transport" /inference="protein motif:FPrintScan:PR00728 SIGNALPTASE InterPro:IPR001733 Peptidase S26B, eukaryotic signal peptidase GO:Biological Process:signal peptide processing (GO:0006465), Biological Process:proteolysis (GO:0006508), Molecular Function:peptidase activity (GO:0008233), Cellular Component:membrane (GO:0016020)" /inference="protein motif:Gene3D:G3D.2.10.109.10 no description" /inference="protein motif:HMMPanther:PTHR10806 MICROSOMAL SIGNAL PEPTIDASE SUBUNIT InterPro:IPR001733 Peptidase S26B, eukaryotic signal peptidase GO:Biological Process:signal peptide processing (GO:0006465), Biological Process:proteolysis (GO:0006508), Molecular Function:peptidase activity (GO:0008233), Cellular Component:membrane (GO:0016020)" /inference="protein motif:HMMPfam:PF00717 Peptidase_S24 InterPro:IPR006198 Peptidase S24, S26A and S26B GO:Biological Process:proteolysis (GO:0006508), Molecular Function:serine-type peptidase activity (GO:0008236)" /inference="protein motif:HMMTigr:TIGR02228 sigpep_I_arch:signal peptidase I InterPro:IPR001733 Peptidase S26B, eukaryotic signal peptidase GO:Biological Process:signal peptide processing (GO:0006465), Biological Process:proteolysis (GO:0006508), Molecular Function:peptidase activity (GO:0008233), Cellular Component:membrane (GO:0016020)" /inference="protein motif:ProfileScan:PS51038 BAH InterPro:IPR001025 Bromo adjacent region GO:Molecular Function:DNA binding (GO:0003677)" /inference="protein motif:superfamily:SSF51306 LexA/Signal peptidase InterPro:IPR011056 Peptidase S24 and S26, C-terminal region" /note="2 probable transmembrane helices predicted by modhmm" /codon_start=1 /transl_table=11 /product="Signal peptidase, peptidase S26B" /protein_id="ACS34628.1" /translation="MTLRSKVLSLFSAFFLVVTLLVAVLHFSFGFQYVVVLTDSMKPN INPGDLVVIYPSRDVHPGDVVLYRIELGGTEYRIIHRVVAIRTDQEGRIYYVTKGDNR KYTDPWRVYPDQVVGKLLFVIPYVGRLYYYLPLIITALILSLMAIIGYELVKILLEEE EKPSKGPAIVLRRSRDMYMLRRSRRPGRGRF" gene complement(2013353..2013766) /locus_tag="TGAM_2127" /note="tg2127" CDS complement(2013353..2013766) /locus_tag="TGAM_2127" /note="1 probable transmembrane helix predicted by modhmm" /codon_start=1 /transl_table=11 /product="Hypothetical protein" /protein_id="ACS34629.1" /translation="MNRRLKKALPLLGALVFLMVGAALAVPTFNLHIQNIGEGGPQQI TVPGGVANANVNWILDSNPDYVAGVTVSFDQNLDSGTTIYVKVYDSSENLIAQGSQTL NSALNSGTAVEIHFSSSVEIKNMDKVAVVLVGPQQ" gene complement(2013962..2015236) /gene="miaB" /locus_tag="TGAM_2128" /note="tg2128" CDS complement(2013962..2015236) /gene="miaB" /locus_tag="TGAM_2128" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:COG1032, Fe-S oxidoreductase [Energy production and conversion]" /inference="protein motif:CDD:Elp3, Elongator protein 3, MiaB family, Radical SAM; This superfamily contains MoaA, NifB, PqqE, coproporphyrinogen III oxidase, biotin synthase and MiaB families, and includes a representative in the eukaryotic elongator subunit, Elp-3" /inference="protein motif:CDD:HemN, Coproporphyrinogen III oxidase and related Fe-S oxidoreductases [Coenzyme metabolism]" /inference="protein motif:CDD:MiaB, 2-methylthioadenine synthetase [Translation, ribosomal structure and biogenesis]" /inference="protein motif:CDD:Radical_SAM, Radical SAM superfamily" /inference="protein motif:CDD:UPF0004, Uncharacterized protein family UPF0004" /inference="protein motif:COG:COG0621 2-methylthioadenine synthetase; J Translation, ribosomal structure and biogenesis" /inference="protein motif:HMMPanther:PTHR11918 UNCHARACTERIZED InterPro:IPR005839 Protein of unknown function UPF0004 GO:Molecular Function:molecular function unknown (GO:0005554)" /inference="protein motif:HMMPanther:PTHR11918:SF23 UNCHARACTERIZED" /inference="protein motif:HMMPfam:PF00919 UPF0004 InterPro:IPR005839 Protein of unknown function UPF0004 GO:Molecular Function:molecular function unknown (GO:0005554)" /inference="protein motif:HMMPfam:PF01938 TRAM InterPro:IPR002792 Deoxyribonuclease/rho motif-related TRAM" /inference="protein motif:HMMPfam:PF04055 Radical_SAM InterPro:IPR007197 Radical SAM GO:Molecular Function:catalytic activity (GO:0003824), Molecular Function:iron ion binding (GO:0005506)" /inference="protein motif:HMMSmart:SM00729 no description InterPro:IPR006638 Elongator protein 3/MiaB/NifB" /inference="protein motif:HMMTigr:TIGR00089 TIGR00089:RNA modification enzyme, MiaB InterPro:IPR005839 Protein of unknown function UPF0004 GO:Molecular Function:molecular function unknown (GO:0005554)" /inference="protein motif:HMMTigr:TIGR01578 MiaB-like-B:MiaB-like tRNA modifying enz InterPro:IPR006466 MiaB-like tRNA modifying enzyme, archaeal-type" /inference="protein motif:ProfileScan:PS50926 TRAM InterPro:IPR002792 Deoxyribonuclease/rho motif-related TRAM" /inference="protein motif:ScanRegExp:PS01278 UPF0004 InterPro:IPR005839 Protein of unknown function UPF0004 GO:Molecular Function:molecular function unknown (GO:0005554)" /inference="protein motif:superfamily:SSF54786 PI-Pfui intein middle domain" /codon_start=1 /transl_table=11 /product="RNA modification enzyme, MiaB family (MiaB)" /protein_id="ACS34630.1" /translation="MVRVYVESYGCSRNRADGEIMEAILLRAGYELAEGPDKADYVVV NTCAVKDPTELKMVRRIRELLDSGKKVIATGCLVHVNPEAIDPRVSGILGVKSIDRIA EAISVAERGEKLISVEGWRERNPDKLELPRLWKPGVSFVVPISEGCLNACTYCATRFA RGVLKSYKPELVIKWVREAVSRGYREIILSSEDTGCYGFDIGTNLAELLDEITAIEGD FRVRVGMMNPNHVLKFLDELIEAYQDEKIYKFLHLPVQSGDNEILRRMGRTYTVEEFE EIVNAFRKKIPDLNLNTDIIVGFPGESDEAFRNTVELVKRVKPDKINVSRYSARPGTI AARWKQLPGWLVKERSRELHRLRLAIAYEINRAYVGRTVEVLVHGPGKKGGIEGRTFN YKDIILDSGEAGGFVRVKVERATATYLLGKTE" gene complement(2015272..2015787) /locus_tag="TGAM_2129" /note="tg2129" CDS complement(2015272..2015787) /locus_tag="TGAM_2129" /inference="protein motif:CDD:DUF46, Putative integral membrane protein DUF46" /inference="protein motif:COG:COG0575 CDP-diglyceride synthetase; I Lipid transport and metabolism" /inference="protein motif:HMMPfam:PF01864 DUF46 InterPro:IPR002726 Protein of unknown function DUF46" /note="Belongs to DUF46 family; 5 probable transmembrane helices predicted by modhmm" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein" /protein_id="ACS34631.1" /translation="MGALSSMFWALWYILPAYFANASPVLLGGGRPIDGGRKWRDGNR ILGDGKTWRGFLGGVSVGTLVGVLQYYLTPAFYGSLKTAVLLAFLLSFGALMGDLVGS FIKRRLNLPRGYPAVGLDQLGFLISALAFAYPVKTISSGQMLFLLIFTPLVHWGANYF AYKMGWKSVPW" gene 2015887..2016801 /locus_tag="TGAM_2130" /note="tg2130" CDS 2015887..2016801 /locus_tag="TGAM_2130" /inference="protein motif:CDD:Alpha_ANH_like_II, This is a subfamily of Adenine nucleotide alpha hydrolases superfamily" /inference="protein motif:CDD:ATP_bind_3, PP-loop family" /inference="protein motif:CDD:COG0603, Predicted PP-loop superfamily ATPase [General function prediction only]" /inference="protein motif:CDD:MesJ, Predicted ATPase of the PP-loop superfamily implicated in cell cycle control [Cell division and chromosome partitioning]" /inference="protein motif:CDD:PP-ATPase, N-terminal domain of predicted ATPase of the PP-loop faimly implicated in cell cycle control [Cell division and chromosome partitioning]" /inference="protein motif:CDD:TrmU, Predicted tRNA(5-methylaminomethyl-2-thiouridylate) methyltransferase, contains the PP-loop ATPase domain [Translation, ribosomal structure and biogenesis]" /inference="protein motif:CDD:tRNA_Me_trans, tRNA methyl transferase" /inference="protein motif:COG:COG0037 Predicted ATPase of the PP-loop superfamily implicated in cell cycle control; D Cell cycle control, cell division, chromosome partitioning" /inference="protein motif:Gene3D:G3D.3.40.50.610 no description" /inference="protein motif:HMMPanther:PTHR11807 N-TYPE ATP PYROPHOSPHATASE - RELATED" /inference="protein motif:HMMPfam:PF01171 ATP_bind_3 InterPro:IPR011063 PP-loop" /inference="protein motif:HMMPIR:PIRSF004976 Predicted PP-loop ATPase, YdaO type InterPro:IPR012089 PP-loop ATPase, YdaO-related" /inference="protein motif:HMMTigr:TIGR00269 TIGR00269:conserved hypothetical protein T InterPro:IPR000541 Protein of unknown function UPF0021 GO:Molecular Function:molecular function unknown (GO:0005554)" /inference="protein motif:superfamily:SSF52402 Adenine nucleotide alpha hydrolases-like" /codon_start=1 /transl_table=11 /product="PP-loop ATPase, YdaO-type" /protein_id="ACS34632.1" /translation="MRCKFCEKPAFIKLHYPKMYLCEEHFKEYFERKVKRTIERYKML KPDEKVLVVVSGGKDSAVTAYILKKLGYNIECLHINLGIGEYSEKSEEYAKKQCEALE VPLHIVRVKELFGKGIGEVRTRRPTCSYCGLTKRYIFNKFAYDNGFDAVATGHNLDDE ASFIFSNMMHWNTQYLAKQGPVTPAQFNGKLVKKVKPLYEVTEREVVAYALANGIEYM MEECPYARGATTLEYKAILNEMEEKRPGTKINFVKGFLRKKHLFEAELHETELRECKV CGMPSSGEICSFCRFWGLKEPIDFKLHL" gene 2016835..2017488 /locus_tag="TGAM_2131" /note="tg2131" CDS 2016835..2017488 /locus_tag="TGAM_2131" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:HMMPfam:PF03192 DUF257 InterPro:IPR005489 Protein of unknown function DUF257" /note="Belongs to DUF257 family" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein" /protein_id="ACS34633.1" /translation="MNVPTIMQDLWGSLRRGELVLVERTDAGDQYLDLHNIVTWGLED EYNIVIVDILDSLHLLTAKARLAGIETDVLTKAEVIKIGGRTQTGNVIKTIEEISEPV ILTKKFKDVYEQVLESRFPVLTIVLGLEKLLMASEFSSANVHALVKLMSQYVGDERRL TVYLVKTGIIGPERQSLTALLEDIATTVIRVSKKGKTTEFHVIKSVTPDLEDMVLRF" gene complement(2017531..2019498) /gene="amyA-2" /locus_tag="TGAM_2132" /note="tg2132" CDS complement(2017531..2019498) /gene="amyA-2" /locus_tag="TGAM_2132" /EC_number="3.2.1.1" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:COG1449, Alpha-amylase/alpha-mannosidase [Carbohydrate transport and metabolism]" /inference="protein motif:CDD:Glyco_hydro_57, Glycosyl hydrolase family 57" /inference="protein motif:COG:COG1449 Alpha-amylase/alpha-mannosidase; G Carbohydrate transport and metabolism" /inference="protein motif:Gene3D:G3D.3.40.50.150 no description" /inference="protein motif:HMMPfam:PF03065 Glyco_hydro_57 InterPro:IPR004300 Glycoside hydrolase, family 57 GO:Molecular Function:catalytic activity (GO:0003824), Biological Process:carbohydrate metabolism (GO:0005975)" /inference="protein motif:superfamily:SSF74650 Galactose mutarotase-like InterPro:IPR011013 Galactose mutarotase-like" /inference="protein motif:superfamily:SSF88688" /inference="protein motif:superfamily:SSF88713 Glycoside hydrolase/deacetylase" /codon_start=1 /transl_table=11 /product="Alpha-amylase (amyA)" /protein_id="ACS34634.1" /translation="MVAMVKFIFGIHNHQPLGNFGWVFESAYERSYRPFMEALEDYPS MKVAVHYSGPLLEWLVENRPEHIDLLKSLVRKGQLEIVVAGFYEPVLAAIPKEDRIEQ VRLLKDFAKKLGYEARGVWLTERVWQPELVKSLRQAGIEYVIVDDYHFMSAGLPKESL YWPYYTEDGGEVITVFPIDERLRYLIPFRPVGKTLDYLHSLDDGDESKVAVFHDDGEK FGVWPGTYEWVHEKGWLREFFDAVSSDDRIDLTLYSEYLKHFKPRGLVYLPIASYFEM SEWSLPAKQAKLFVEFVEELKRENKFDRYRVFVRGGIWKNFFFKYPESNYMHKRMLMV SKLVRDNPEARRFLLRAQCNDAYWHGVFGGIYLPHLRRAVWENIIRANSFVSTGSFVR DIDFDGRDEVFLENENFYAVFKPAYGGALFEFSSKRKAVNYNDVLARRWEHYHEVPES ATPEDESGEGVASIHELGKRIPEDIKRELAYDDHMRAILQDHFFGRDVGLNDYYLSNY TELGDFLTGAYDFSIFEGGITLERDGIVSGSPARVAKSFRLTDNGFIVDYTVRSEAKA LFGVELNLAVHSVMESPGEFEADSFEVKDPYGIGGLKIELDRKARVWKYPIKTLSQSE SGWDFIQQGVSYTLLFPLEGELRFRLVFEEL" gene complement(2019553..2020179) /gene="cdsA" /locus_tag="TGAM_2133" /note="tg2133" CDS complement(2019553..2020179) /gene="cdsA" /locus_tag="TGAM_2133" /EC_number="2.7.7.41" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:SEC59, Dolichol kinase [Lipid metabolism]" /inference="protein motif:COG:COG0170 Dolichol kinase; I Lipid transport and metabolism" /inference="protein motif:HMMPanther:PTHR13205 DOLICHOL KINASE-REALTED" /inference="protein motif:HMMPanther:PTHR13205:SF1 DOLICHOL KINASE-REALTED" /inference="protein motif:HMMPfam:PF01148 CTP_transf_1 InterPro:IPR000374 Phosphatidate cytidylyltransferase GO:Molecular Function:phosphatidate cytidylyltransferase activity (GO:0004605), Biological Process:phospholipid biosynthesis (GO:0008654), Cellular Component:membrane (GO:0016020)" /note="3 probable transmembrane helices predicted by modhmm" /codon_start=1 /transl_table=11 /product="Phosphatidate cytidylyltransferase (cdsA)" /protein_id="ACS34635.1" /translation="MNTSLKSELKRKALHLTGLVVPALYILTDREFTLTFVATAFAVF VVLEPFRIIEELRDRIKLKLRLINPDVVTGIEVLERHVMDIEREHERLGVAAHIYFAL ASLIVVYFFTENVAIAAVTVATLGDAMAAIIGKNFGRHRFSNGKSLEGSLAYFLSALL VIYPLLGLKLAIAGALIGTLVEFYGLPPDDNFSNQVCVAFALYLFSLI" gene complement(2020145..2020864) /locus_tag="TGAM_2134" /note="tg2134" CDS complement(2020145..2020864) /locus_tag="TGAM_2134" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:COG0637, Predicted phosphatase/phosphohexomutase [General function prediction only]" /inference="protein motif:CDD:COG1011, Predicted hydrolase (HAD superfamily) [General function prediction only]" /inference="protein motif:CDD:Gph, Predicted phosphatases [General function prediction only]" /inference="protein motif:CDD:Hydrolase, haloacid dehalogenase-like hydrolase" /inference="protein motif:COG:COG1011 Predicted hydrolase (HAD superfamily); R General function prediction only" /inference="protein motif:Gene3D:G3D.3.40.50.1000 no description" /inference="protein motif:HMMPanther:PTHR12725 FAMILY NOT NAMED" /inference="protein motif:HMMTigr:TIGR01549 HAD-SF-IA-v1:HAD-superfamily hydrolase, InterPro:IPR006439 HAD-superfamily hydrolase, subfamily IA, variant 1 GO:Biological Process:metabolism (GO:0008152), Molecular Function:phosphoglycolate phosphatase activity (GO:0008967)" /inference="protein motif:superfamily:SSF56784 HAD-like" /codon_start=1 /transl_table=11 /product="HAD superfamily (subfamily IA) hydrolase" /protein_id="ACS34636.1" /translation="MEWRGLMLVIVDLDDTLCTTWDAGKRVLMRLFLHLLVKRRFRMI KYLLFRGYRELEGIEALHRMDIEGIMEEVFRRVYGEKRVEGFSEILELVDKTFFSSLK LYPDALPFLRNLKEMGARIVLVTDSSSRWQRRKVKHLGIGDYFDDIIISGETGYSKLT PHNFKLALSRFPDDEVYVVGDRDETDMAGARAIGATGILVRRGYFRRKHIRNADYIVR NLNEALEVIKREHELKKRAEA" gene 2020927..2021178 /locus_tag="TGAM_2135" /note="tg2135" CDS 2020927..2021178 /locus_tag="TGAM_2135" /inference="protein motif:BlastProDom:PD028613 Q8U1P2_PYRFU_Q8U1P2; InterPro:IPR002849 Protein of unknown function DUF131" /inference="protein motif:HMMPfam:PF01998 DUF131 InterPro:IPR002849 Protein of unknown function DUF131" /inference="protein motif:HMMTigr:TIGR00304 TIGR00304:conserved hypothetical protein T InterPro:IPR002849 Protein of unknown function DUF131" /note="Contains DUF131 domain; 2 probable transmembrane helices predicted by modhmm" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein" /protein_id="ACS34637.1" /translation="MMRGETLVLGGIVLIFVGFLLVFLGTLISALGGEGDVEGGGVIM IGPIPIVFGTSRGAVTIASILALLLMVLWIIGTLLARRG" gene 2021180..2022367 /gene="napA" /locus_tag="TGAM_2136" /note="tg2136" CDS 2021180..2022367 /gene="napA" /locus_tag="TGAM_2136" /inference="protein motif:CDD:KefB, Kef-type K+ transport systems, membrane components [Inorganic ion transport and metabolism]" /inference="protein motif:CDD:Na_H_Exchanger, Sodium/hydrogen exchanger family" /inference="protein motif:CDD:RosB, Kef-type K+ transport system, predicted NAD-binding component [Inorganic ion transport and metabolism]" /inference="protein motif:COG:COG0475 Kef-type K+ transport systems, membrane components; P Inorganic ion transport and metabolism" /inference="protein motif:HMMPfam:PF00999 Na_H_Exchanger InterPro:IPR006153 Sodium/hydrogen exchanger GO:Biological Process:regulation of pH (GO:0006885), Molecular Function:solute:hydrogen antiporter activity (GO:0015299), Cellular Component:integral to membrane (GO:0016021)" /note="12 probable transmembrane helices predicted by modhmm" /codon_start=1 /transl_table=11 /product="Na+/H+ antiporter (napA)" /protein_id="ACS34638.1" /translation="MDFLAAIAVLLVTAKTIEWAFEKVEIHPIIAHVLTGIVLGPFIL GVVRPTPDLKVLAEFGLIMMMLYMGLTSNFSAIAQNTKRAVIVAVLGVFASFLLGFMT VRLFGKPLSAAIFVGVTLGNTAIEVTSGVLVKERVKRIVSSILMGAAFADDILAVYLI GIVTAMAEGSLDAQAFGVLTVKIFSFIVLALLISEVVFKNAEWFKNVVKNLNVFFTFT LILTFTLAILAEWVGLNQIIGAYLAGLMISRLRERKDPLIITRIKLNELIEDLEVVLI EFFMPLFFIYVGLMFNPPLNQVSLSLIGGLYLSAVLGKLLGCGLGARSLGLSWSDSLL IGIGMGGRGSLELAILTFGLEAGLIDQGLFASVIIVSMLTALTTPVFFKAYLKRQKLK SSS" gene 2022388..2023539 /gene="mfnA" /locus_tag="TGAM_2137" /note="tg2137" CDS 2022388..2023539 /gene="mfnA" /locus_tag="TGAM_2137" /EC_number="4.1.1.25" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:CsdB, Selenocysteine lyase [Amino acid transport and metabolism]" /inference="protein motif:CDD:GadB, Glutamate decarboxylase and related PLP-dependent proteins [Amino acid transport and metabolism]" /inference="protein motif:CDD:GLY1, Threonine aldolase [Amino acid transport and metabolism]" /inference="protein motif:CDD:NifS, Cysteine sulfinate desulfinase/cysteine desulfurase and related enzymes [Amino acid transport and metabolism]" /inference="protein motif:CDD:Pyridoxal_deC, Pyridoxal-dependent decarboxylase conserved domain" /inference="protein motif:COG:COG0076 Glutamate decarboxylase and related PLP-dependent proteins; E Amino acid transport and metabolism" /inference="protein motif:Gene3D:G3D.3.30.70.160 no description" /inference="protein motif:Gene3D:G3D.3.40.640.10 no description" /inference="protein motif:HMMPanther:PTHR11999 GLUTAMATE DECARBOXYLASE-RELATED InterPro:IPR002129 Pyridoxal-dependent decarboxylase GO:Molecular Function:carboxy-lyase activity (GO:0016831), Biological Process:carboxylic acid metabolism (GO:0019752)" /inference="protein motif:HMMPanther:PTHR11999:SF11 GLUTAMATE DECARBOXYLASE" /inference="protein motif:HMMPfam:PF00282 Pyridoxal_deC InterPro:IPR002129 Pyridoxal-dependent decarboxylase GO:Molecular Function:carboxy-lyase activity (GO:0016831), Biological Process:carboxylic acid metabolism (GO:0019752)" /inference="protein motif:ScanRegExp:PS00392 DDC_GAD_HDC_YDC InterPro:IPR002129 Pyridoxal-dependent decarboxylase GO:Molecular Function:carboxy-lyase activity (GO:0016831), Biological Process:carboxylic acid metabolism (GO:0019752)" /inference="protein motif:superfamily:SSF53383 PLP-dependent transferases" /codon_start=1 /transl_table=11 /product="L-tyrosine decarboxylase (mfnA)" /protein_id="ACS34639.1" /translation="MFPERGTDEEEVLEELRRKTREDLTFDSGKILGSMCTYPHPFAV KIITEFIDRNLGDPGLHIGSRKVEEEAVEMLSNLLGLKKGYGHIVSGGTEANILAVRA FRNLAGVEKPELILPKSAHFSFIKAGEMLGVKLIWAELNEDYTVNVRDVEEKITDNTI GIVGIAGTTGLGVVDDIPALSDLALDYGLPLHVDAAFGGFVIPFAKALGYDIPDFDFR LKGVKSITIDPHKMGMVPIPAGGIIFRERKYIDAISILAPYLAGGRIWQATITGTRPG ANALAVWAMIKHLGFEGYKEIVRKAMELSQWFAGELKKIPGVYLIREPVLNIVSFGTE NLERVEEELKRRGWGISAHRGYIRIVMMPHVRREHLEEFLRDLEEIVRG" gene complement(2023868..2024479) /locus_tag="TGAM_2138" /note="tg2138" CDS complement(2023868..2024479) /locus_tag="TGAM_2138" /note="1 probable transmembrane helix predicted by modhmm" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein" /protein_id="ACS34640.1" /translation="MVSMKRYIIVGVAALLVFLAGMHLGVSYFSDVAKSSGNEISTGD FDIGISKDGKRFYDDYKLFSFGNLAPGESRTVTFAIKNRGDYPLSRIVLTFNVTDRED GKLSKAESLVDSTPDVGELSKHLIVKSFVVSDGSKEWSVDSAAGKTLAEINGTPIEIF TGKLPQNGVLTVNMTLELSPSAGNDCLADSVDVDMSLLAEQQA" gene 2024684..2026228 /locus_tag="TGAM_2139" /note="tg2139" CDS 2024684..2026228 /locus_tag="TGAM_2139" /inference="protein motif:CDD:Polysacc_synt, Polysaccharide biosynthesis protein" /inference="protein motif:CDD:RfbX, Membrane protein involved in the export of O-antigen and teichoic acid [General function prediction only]" /inference="protein motif:COG:COG2244 Membrane protein involved in the export of O-antigen and teichoic acid; R General function prediction only" /inference="protein motif:HMMPanther:PTHR11206 MULTIDRUG RESISTANCE PUMP-RELATED" /inference="protein motif:HMMPfam:PF01943 Polysacc_synt InterPro:IPR002797 Polysaccharide biosynthesis protein GO:Biological Process:polysaccharide biosynthesis (GO:0000271), Cellular Component:membrane (GO:0016020)" /note="14 probable transmembrane helices predicted by modhmm" /codon_start=1 /transl_table=11 /product="Polysaccharide biosynthesis protein" /protein_id="ACS34641.1" /translation="MGEVNTALQKIARGAGITITGTALSLVMGFVSRALIARGVSLSD YGLFNLTITILTLTLTVAALGIPNAMPRQIPYYLTKKREKFHDLISTAMSIVLMSGLL TAGILFIFSGVISKVFTDPGVSWTLKIIAASAPFTLLTSYLISSTLGLGRVRERFYYQ QILRPGLWLVGVSILYLVGFTLTSLLYLWVVSSVITFFILFIDVRRLGIIKIQPSINP EVAKELILFSIPLMLSGILWTFMTKMDTLMVGHYLPSSEVGLYNAAVPLANLLSLGLA AIETLYVPMATPLFARGSMEELTRLYQVVTKWILLGTLPFFAVLFVFPETSLWLVFGS KYLTASLTLQILAIGFMFHSALGPNGLTLTVIGNTGFLTVSNVLAVISDFLLNILLIP RWGIEGAAVATATAYLVANIAKSCKLYSETGIHPFSRAYTKSLILGAGLIALLKVLVV MLKMDNVWGMVVLLGISAGLYAILLLVFRVIEKEDIDLILAVERKFGVNLKLIRLILE RLGYSN" gene complement(2026251..2027210) /locus_tag="TGAM_2140" /note="tg2140" CDS complement(2026251..2027210) /locus_tag="TGAM_2140" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:COG5039, Exopolysaccharide biosynthesis protein [Carbohydrate transport and metabolism / Cell envelope biogenesis, outer membrane]" /note="Putative polysaccharide polymerization protein" /codon_start=1 /transl_table=11 /product="Hypothetical protein" /protein_id="ACS34642.1" /translation="MNLSNFLYKVALSIIDMENMPLRTFGSEFREFLREYEGSKALLI QPGGNNGDKLIYMGMRKLLEDLSIRYLEVSPADFPIRIYSRSLIFPRGYKKYYLPFEP IRVPKDIELIIIHGGANFNDIWFRSIRIVKHLIRTQRVPIVVAPQTYYFYRTYPPDIF FKSQTKVYLFAREMFSYKHLRRFNLPEFVHVAHSDDTAFYLTAQDFGGPLNREHILLA FRTDKEQLTNTREDLARELSRMFSEIGYPTVVSDVSVNETFSHFVDLISNASLVITDR LHVGILGSILKKPVILLSGSYFKNFAIYQYSLKYFTATKFINK" gene complement(2027223..2028188) /locus_tag="TGAM_2141" /note="tg2141" CDS complement(2027223..2028188) /locus_tag="TGAM_2141" /inference="protein motif:CDD:COG1215, Glycosyltransferases, probably involved in cell wall biogenesis [Cell envelope biogenesis, outer membrane]" /inference="protein motif:CDD:COG1216, Predicted glycosyltransferases [General function prediction only]" /inference="protein motif:CDD:Glycos_transf_2, Glycosyl transferase" /inference="protein motif:CDD:WcaA, Glycosyltransferases involved in cell wall biogenesis [Cell envelope biogenesis, outer membrane]" /inference="protein motif:COG:COG0463 Glycosyltransferases involved in cell wall biogenesis; M Cell wall/membrane/envelope biogenesis" /inference="protein motif:Gene3D:G3D.3.90.550.10 no description" /inference="protein motif:HMMPanther:PTHR10859 GLYCOSYLTRANSFERASE-RELATED" /inference="protein motif:HMMPanther:PTHR10859:SF34 GLYCOSYLTRANSFERASE-RELATED" /inference="protein motif:HMMPfam:PF00535 Glycos_transf_2 InterPro:IPR001173 Glycosyl transferase, family 2" /inference="protein motif:ProfileScan:PS50167 GLYC_TRANS InterPro:IPR001173 Glycosyl transferase, family 2" /inference="protein motif:superfamily:SSF53448 Nucleotide-diphospho-sugar transferases" /codon_start=1 /transl_table=11 /product="Glycosyltransferase, family 2" /protein_id="ACS34643.1" /translation="MSSKEVSVVIPTYKRYEDIIKTLESLNNQTLPPDEVIIFDESPT DELRRIIKAQRFCYPVKYIRSPSKFRSLARSRNKAKKLVKGRTVVFLDDDVILSPDYL ERIVKFFSDNSHVKGVTGLIINQTKLSKIYQLMNMVFLRPHKTEVPAVQRSFVPTYPE PSMFKSAPAQWLSGCNMAYRREVLESMDFDWRLLKYSYSEDVDFSFRVYKKYGEGSLW LLPDAKLIHNQSPSGRLLGFNLEAHRRVVNLYMLYKHFGDTRLNILVFLWWNIGEILE QVLGGILHGELRDRIKNVKVILKAMKFTFENFGRIKKGDIIQLQL" gene complement(2028178..2029338) /locus_tag="TGAM_2142" /note="tg2142" CDS complement(2028178..2029338) /locus_tag="TGAM_2142" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:Glycos_transf_1, Glycosyl transferases group 1" /inference="protein motif:CDD:RfaG, Glycosyltransferase [Cell envelope biogenesis, outer membrane]" /inference="protein motif:COG:COG0438 Glycosyltransferase; M Cell wall/membrane/envelope biogenesis" /inference="protein motif:Gene3D:G3D.3.40.50.2000 no description" /inference="protein motif:HMMPanther:PTHR12526 GLYCOSYLTRANSFERASE" /inference="protein motif:HMMPanther:PTHR12526:SF1 GLYCOSYLTRANSFERASE" /inference="protein motif:HMMPfam:PF00534 Glycos_transf_1 InterPro:IPR001296 Glycosyl transferase, group 1 GO:Biological Process:biosynthesis (GO:0009058)" /inference="protein motif:superfamily:SSF53756 UDP-Glycosyltransferase/glycogen phosphorylase" /codon_start=1 /transl_table=11 /product="Glycosyltransferase, family 1" /protein_id="ACS34644.1" /translation="MKLLVLVPTFPDETNRYIGNIFVKEQVKALSKYLDEIYVISPVS VWRRLRSNVNFKDYSIGDNVKVYFPTYVNFPPKGFLRYLWIKSEVKSILRVIEKEGLE FDVIHAHYSWPSGAVAVKLKEKFGVPVVITEHTSQTLRKYLEKRDSFIFNVWQKADAI IRVRKGDIGLISQAANGKTPVFYIPNGFNGENFRLMSKNAAREILGLPKGKKIILNVA QMYSPVKGHEFLIKAFSKVLQKRNDVLLVLVGDGKLKPKIESLIHELNVQDYVVLAGT RPHNEIPLWMNAADLFVLPSLSEGNPTVMFEALGVGLPFIGTTVGGVPEIIISDDYGL LCPPKDPECLAEKILITLDKEWDREKIRKYAEQFMWENISKKILGVYREYVF" gene complement(2029335..2030921) /locus_tag="TGAM_2143" /note="tg2143" CDS complement(2029335..2030921) /locus_tag="TGAM_2143" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:Asn_Synthase_B_C, The C-terminal domain of Asparagine Synthase B" /inference="protein motif:COG:COG0367 Asparagine synthase (glutamine-hydrolyzing); E Amino acid transport and metabolism" /inference="protein motif:Gene3D:G3D.3.40.50.610 no description" /inference="protein motif:HMMPfam:PF00733 Asn_synthase InterPro:IPR001962 Asparagine synthase GO:Molecular Function:asparagine synthase (glutamine-hydrolyzing) activity (GO:0004066), Biological Process:asparagine biosynthesis (GO:0006529)" /inference="protein motif:superfamily:SSF52402 Adenine nucleotide alpha hydrolases-like" /inference="protein motif:superfamily:SSF56235 N-terminal nucleophile aminohydrolases (Ntn hydrolases)" /codon_start=1 /transl_table=11 /product="Asparagine synthetase related protein" /protein_id="ACS34645.1" /translation="MDDVKIFLRYNYGFRWYNKNGVYVKGYLIFGNEVYEGKNLIELI MGINDYTELVELLKNAFGVFSMIITLEDGVLLAGDITRTFPIFYHVSDKSGIVVSDDA FYLRDILQLTPRYDSVIEFLRGLYVTGRDTLLDGLYQVQAGEIVYITLDGHVKSQFYH LYTVSSGDIFQEDYQTLKSNLRKVLNNIIDRLLLFVGDRSVVVPLSGGYDSRFIVTSL KQRGVDVICYTYGRRDSPEVSVAKEVSKKLGCEWHFVEYNNAIIDESVLRSREFEEFF KYAFNFVSTIHLQDFFAIKYLSENKAIPRDSVIVPGHSGDFLGGSHLRKLPIPKTVKD VVDIIFVKHYEHNSYLDQNDVIVKKLQKYTNMFKGKKILPYSLDDNWNMKERQSKYIV NSNRVYEFFGYKHAIPLWDRELVEFFRRVPLKYKTNKILYDDILLSDIFRPLGVDFIT HGEYKPYISKIRYFAKKYLPYKIQDFIARRRWKDINNYCLIVEPLAQELGEHCNVSNA LGLLARWCLYKARINERDKL" gene complement(2030914..2031348) /locus_tag="TGAM_2144" /note="tg2144" CDS complement(2030914..2031348) /locus_tag="TGAM_2144" /codon_start=1 /transl_table=11 /product="Hypothetical protein" /protein_id="ACS34646.1" /translation="MSDLEDTNNKNDEFREGFEDKNLLILTNSYPDEDNRHYGGIFVK KQVRYLARYFNEIYVISPQPYGSNRNLRDYEHDNVRVYYPRFFHLPVEFFRKRLGDNL TCLAVYLWQYQYEKKLKTFVSNLKRDCCVGKIVTYQGGINSG" gene complement(2031341..2032483) /locus_tag="TGAM_2145" /note="tg2145" CDS complement(2031341..2032483) /locus_tag="TGAM_2145" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:RfaG, Glycosyltransferase [Cell envelope biogenesis, outer membrane]" /inference="protein motif:COG:COG0438 Glycosyltransferase; M Cell wall/membrane/envelope biogenesis" /inference="protein motif:HMMPanther:PTHR12526 GLYCOSYLTRANSFERASE" /inference="protein motif:HMMPanther:PTHR12526:SF1 GLYCOSYLTRANSFERASE" /inference="protein motif:superfamily:SSF53756 UDP-Glycosyltransferase/glycogen phosphorylase" /codon_start=1 /transl_table=11 /product="Glycosyltransferase, family 1, putative" /protein_id="ACS34647.1" /translation="MMVMDGKKVFMLLTNPFKPDPRVYKEAKTLIELGFDVTVVAWDR ERNHKLFEIVEGVRVCRIPIASKYASFFDFFIKLPLFYLKAVLYVVKNKDGLYAIHAN DFDTAPLAFFLSRLLGVKFIYDIHDLYHSRISLLREKKTLNFLQRLILSLEIIHAKLA DSVITVTRSLGGRHKGVKEFLVNRGVVPDKVYVVWNTPELEFFPLIKRERGEKFTVGY IGTIRSVSSFIPLFEVARRDRRLKLLFVGSGASKGKIANLLTERYPNVDVEFIDEVPY HNVFKYYTLCDAVYSMYPPTDNIKRALAVKMFESIVMGIPVIVNRDTLMEDFVVLYRC GVSSNLSTEDMANALEKIIKVKPPSRLRDKWNWDRNRSTLRRVYCE" gene 2032528..2033811 /gene="algD" /locus_tag="TGAM_2146" /note="tg2146" CDS 2032528..2033811 /gene="algD" /locus_tag="TGAM_2146" /EC_number="1.1.1.132" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:UDPG_MGDP_dh, UDP-glucose/GDP-mannose dehydrogenase family, central domain" /inference="protein motif:CDD:UDPG_MGDP_dh_C, UDP-glucose/GDP-mannose dehydrogenase family, UDP binding domain" /inference="protein motif:CDD:UDPG_MGDP_dh_N, UDP-glucose/GDP-mannose dehydrogenase family, NAD binding domain" /inference="protein motif:CDD:Ugd, Predicted UDP-glucose 6-dehydrogenase [Cell envelope biogenesis, outer membrane]" /inference="protein motif:CDD:WecC, UDP-N-acetyl-D-mannosaminuronate dehydrogenase [Cell envelope biogenesis, outer membrane]" /inference="protein motif:COG:COG1004 Predicted UDP-glucose 6-dehydrogenase; M Cell wall/membrane/envelope biogenesis" /inference="protein motif:Gene3D:G3D.3.40.50.1870 no description" /inference="protein motif:Gene3D:G3D.3.40.50.720 no description" /inference="protein motif:HMMPanther:PTHR11374 NUCLEOTIDE SUGAR DEHYDROGENASE InterPro:IPR001732 UDP-glucose/GDP-mannose dehydrogenase GO:Biological Process:electron transport (GO:0006118)" /inference="protein motif:HMMPanther:PTHR11374:SF7 UDP-GLUCOSE 6-DEHYDROGENASE" /inference="protein motif:HMMPfam:PF00984 UDPG_MGDP_dh InterPro:IPR001732 UDP-glucose/GDP-mannose dehydrogenase GO:Biological Process:electron transport (GO:0006118)" /inference="protein motif:HMMPfam:PF03720 UDPG_MGDP_dh_C InterPro:IPR001732 UDP-glucose/GDP-mannose dehydrogenase GO:Biological Process:electron transport (GO:0006118)" /inference="protein motif:HMMPfam:PF03721 UDPG_MGDP_dh_N InterPro:IPR001732 UDP-glucose/GDP-mannose dehydrogenase GO:Biological Process:electron transport (GO:0006118)" /inference="protein motif:HMMPIR:PIRSF000124 UDP-glucose/GDP-mannose dehydrogenase" /inference="protein motif:ProfileScan:PS50205 NAD_BINDING InterPro:IPR000205 NAD-binding site" /inference="protein motif:superfamily:SSF48179 6-phosphogluconate dehydrogenase C-terminal domain-like InterPro:IPR008927 6-phosphogluconate dehydrogenase, C-terminal-like" /inference="protein motif:superfamily:SSF51735 NAD(P)-binding Rossmann-fold domains" /inference="protein motif:superfamily:SSF52413 UDP-glucose/GDP-mannose dehydrogenase C-terminal domain" /codon_start=1 /transl_table=11 /product="GDP-mannose 6-dehydrogenase (algD)" /protein_id="ACS34648.1" /translation="MKVSVIGSGYVGLVTGMGFVKLGNEVIFVDVDERKIKMINNAQP PIYEEGLEELMREFKGKYRATKDYRNAILNSEVTFIAVGTPSREDGSIDLTYVEQASR EIGKVLREKKDYHVVVVKSTVLPGTTENVVKPIIEEESGKKAFKDFGLAMNPEFLREG VALNDFLNPDRIVIGVRDERTKKVLEELYKPIDAPKLFTDIKTAEMIKYASNAFLATK ISFANEIGNICKKLGIDSWKVFEGVGLDHRISPHFFRTGIGWGGSCFPKDVKALIRKA EEIGEDPIILKAVVEVNEKQPLKLIELLKKHVPELRDKRIGVLGLAFKPNTDDVRETR AYIIVKKLLEEGAKVLAYDPKAMENFRRFYPDVGEQIEYASSGKEVLGRSDAVLIVTE WPEFEELDYSGKIVIDGRRVRKAEETAEIYEGVCW" gene 2033808..2034686 /gene="galU" /locus_tag="TGAM_2147" /note="tg2147" CDS 2033808..2034686 /gene="galU" /locus_tag="TGAM_2147" /EC_number="2.7.7.9" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:GalU, UDP-glucose pyrophosphorylase [Cell envelope biogenesis, outer membrane]" /inference="protein motif:CDD:GCD1, Nucleoside-diphosphate-sugar pyrophosphorylase involved in lipopolysaccharide biosynthesis/translation initiation factor 2B, gamma/epsilon subunits (eIF-2Bgamma/eIF-2Bepsilon) [Cell envelope biogenesis, outer membrane / Translation, ribosomal structure and biogenesis]" /inference="protein motif:CDD:GlgC, ADP-glucose pyrophosphorylase [Carbohydrate transport and metabolism]" /inference="protein motif:CDD:GlmU, N-acetylglucosamine-1-phosphate uridyltransferase (contains nucleotidyltransferase and I-patch acetyltransferase domains) [Cell envelope biogenesis, outer membrane]" /inference="protein motif:CDD:LicC, CTP:phosphocholine cytidylyltransferase involved in choline phosphorylation for cell surface LPS epitopes [Cell envelope biogenesis, outer membrane]" /inference="protein motif:CDD:NTP_transferase, Nucleotidyl transferase" /inference="protein motif:CDD:RfbA, dTDP-glucose pyrophosphorylase [Cell envelope biogenesis, outer membrane]" /inference="protein motif:COG:COG1210 UDP-glucose pyrophosphorylase; M Cell wall/membrane/envelope biogenesis" /inference="protein motif:Gene3D:G3D.3.90.550.10 no description" /inference="protein motif:HMMPanther:PTHR19136 SUGAR-PHOSPHATE NUCLEOTIDYL TRANSFERASE" /inference="protein motif:HMMPanther:PTHR19136:SF22 GLUCOSE-1-PHOSPHATE URIDYLYLTRANSFERASE" /inference="protein motif:HMMPfam:PF00483 NTP_transferase InterPro:IPR005835 Nucleotidyl transferase GO:Biological Process:biosynthesis (GO:0009058), Molecular Function:nucleotidyltransferase activity (GO:0016779)" /inference="protein motif:HMMTigr:TIGR01099 galU:UTP-glucose-1-phosphate uridylyltransf InterPro:IPR005771 UTP--glucose-1-phosphate uridylyltransferase, bacterial and archaeal type GO:Molecular Function:UTP:glucose-1-phosphate uridylyltransferase activity (GO:0003983), Biological Process:UDP-glucose metabolism (GO:0006011)" /inference="protein motif:superfamily:SSF53448 Nucleotide-diphospho-sugar transferases" /codon_start=1 /transl_table=11 /product="UTP-glucose-1-phosphate uridylyltransferase (galU)" /protein_id="ACS34649.1" /translation="MRVRKAVIPAAGLGTRMLPITKSMPKEMLPIVDKPVIHYVVEEA IKAGIDDILIITGKGKRAIEDYFDRSFELEFYLREKGKFEELKQIEEIGEMVDIYYVR QKKPLGLGDAILHAEKHVNGEPFAVLLGDDIIVSEKPGIKQLIEIAERREAPVIGVER VPWELVSRYGIVDGEPLGDGVYQVKHLVEKPSPQEAPSNVAIIGRYVLTPEVFDALRE TPPGRGGELQLTDALQELLSSQNIFAKEIKGERYDVGSKLGFVIANIELSLKRGELRE ELLTFLKNLLREVSDE" gene 2034679..2035593 /locus_tag="TGAM_2148" /note="tg2148" CDS 2034679..2035593 /locus_tag="TGAM_2148" /inference="protein motif:CDD:COG1215, Glycosyltransferases, probably involved in cell wall biogenesis [Cell envelope biogenesis, outer membrane]" /inference="protein motif:CDD:COG1216, Predicted glycosyltransferases [General function prediction only]" /inference="protein motif:CDD:Glycos_transf_2, Glycosyl transferase" /inference="protein motif:CDD:WcaA, Glycosyltransferases involved in cell wall biogenesis [Cell envelope biogenesis, outer membrane]" /inference="protein motif:COG:COG0463 Glycosyltransferases involved in cell wall biogenesis; M Cell wall/membrane/envelope biogenesis" /inference="protein motif:Gene3D:G3D.3.90.550.10 no description" /inference="protein motif:HMMPanther:PTHR10859 GLYCOSYLTRANSFERASE-RELATED" /inference="protein motif:HMMPanther:PTHR10859:SF10 DOLICHOL-PHOSPHATE MANNOSYLTRANSFERASE" /inference="protein motif:HMMPfam:PF00535 Glycos_transf_2 InterPro:IPR001173 Glycosyl transferase, family 2" /inference="protein motif:ProfileScan:PS50167 GLYC_TRANS InterPro:IPR001173 Glycosyl transferase, family 2" /inference="protein motif:superfamily:SSF53448 Nucleotide-diphospho-sugar transferases" /codon_start=1 /transl_table=11 /product="Glycosyltransferase, family 2" /protein_id="ACS34650.1" /translation="MSRPTVSVIIPTYNRANLLRRAITSVLNQTFRDFELIVVDDASP DNTPEVVESINDGRIRYVRLKKNSGGPVARNTGIKKARGKFIALLDDDDEWLPHRLET QVRKFETLEQNIGVVYGGFYYVSQQDGRILGKRLPAYKGNVYDKLLRENFIGSPTLLI RRECFKRAGLFDPNLSSSQDWDMWLRIARHYKFDYVDEIVAKYYVHGRQISFNMKKYI PGRERFIRKHLDIWKNPRILSIHLSQMGLLLLLSGEPEKGLRYLMYSIGMAPFNIENY QTLLKLALDSRALEYIRKIISGEDVHKG" gene 2035642..2036256 /locus_tag="TGAM_2149" /note="tg2149" CDS 2035642..2036256 /locus_tag="TGAM_2149" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:CysE, Serine acetyltransferase [Amino acid transport and metabolism]" /inference="protein motif:CDD:DapD, Tetrahydrodipicolinate N-succinyltransferase [Amino acid transport and metabolism]" /inference="protein motif:CDD:GlmU, N-acetylglucosamine-1-phosphate uridyltransferase (contains nucleotidyltransferase and I-patch acetyltransferase domains) [Cell envelope biogenesis, outer membrane]" /inference="protein motif:CDD:LpxA, Acyl-[acyl carrier protein]" /inference="protein motif:CDD:LpxD, UDP-3-O-[3-hydroxymyristoyl]" /inference="protein motif:CDD:PaaY, Carbonic anhydrases/acetyltransferases, isoleucine patch superfamily [General function prediction only]" /inference="protein motif:CDD:WbbJ, Acetyltransferase (isoleucine patch superfamily) [General function prediction only]" /inference="protein motif:COG:COG0110 Acetyltransferase (isoleucine patch superfamily); R General function prediction only" /inference="protein motif:Gene3D:G3D.2.160.10.10 no description" /inference="protein motif:HMMPanther:PTHR19136 SUGAR-PHOSPHATE NUCLEOTIDYL TRANSFERASE" /inference="protein motif:HMMPanther:PTHR19136:SF21 UDP-N-ACETYLGLUCOSAMINE PYROPHOSPHORYLASE-RELATED" /inference="protein motif:HMMPfam:PF00132 Hexapep InterPro:IPR001451 Bacterial transferase hexapeptide repeat" /inference="protein motif:ScanRegExp:PS00101 HEXAPEP_TRANSFERASES InterPro:IPR001451 Bacterial transferase hexapeptide repeat" /inference="protein motif:superfamily:SSF51161 Trimeric LpxA-like enzymes InterPro:IPR011004 Trimeric LpxA-like" /inference="protein motif:superfamily:SSF57783 Zinc beta-ribbon" /codon_start=1 /transl_table=11 /product="Acetyl/acyl transferase related protein" /protein_id="ACS34651.1" /translation="MSEEAKKYFVHPLAVVEEGAEIGEGTRIWHFAHVRKGAKIGKNC NIGKDVYIDVDVEIGNNVKIQNGVSVYHGVKVEDDVFLGPHMTFTNDLYPRAFNDDWE VVPTLVKKGASIGAHATIVCGVTIGEYAMVGAGAVVTKDVPPFGLVYGNPARLKGFVC YCGRKLKEKIGEDDEHIIFKCSHCGREVKIRKKDYERYLKEKDL" gene 2036267..2037370 /gene="degT" /locus_tag="TGAM_2150" /note="tg2150" CDS 2036267..2037370 /gene="degT" /locus_tag="TGAM_2150" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:COG0436, Aspartate/tyrosine/aromatic aminotransferase [Amino acid transport and metabolism]" /inference="protein motif:CDD:DegT_DnrJ_EryC1, DegT/DnrJ/EryC1/StrS aminotransferase family" /inference="protein motif:CDD:WecE, Predicted pyridoxal phosphate-dependent enzyme apparently involved in regulation of cell wall biogenesis [Cell envelope biogenesis, outer membrane]" /inference="protein motif:COG:COG0399 Predicted pyridoxal phosphate-dependent enzyme apparently involved in regulation of cell wall biogenesis; M Cell wall/membrane/envelope biogenesis" /inference="protein motif:Gene3D:G3D.3.30.70.160 no description" /inference="protein motif:Gene3D:G3D.3.40.640.10 no description" /inference="protein motif:HMMPfam:PF01041 DegT_DnrJ_EryC1 InterPro:IPR000653 DegT/DnrJ/EryC1/StrS aminotransferase" /inference="protein motif:HMMPIR:PIRSF000390 Predicted pyridoxal dependent aminotransferase, DegT/DnrJ/EryC1/StrS types" /inference="protein motif:superfamily:SSF53383 PLP-dependent transferases" /codon_start=1 /transl_table=11 /product="Pleiotropic regulatory protein, pyridoxal-phosphate-dependent aminotransferase (degT)" /protein_id="ACS34652.1" /translation="MRKVPIAKPLIGDEEIKAVVDVLKSGMLAHGKEVEAFEREFAEY LGAKHGVAVANGTAALDVALKALKIGEGDEVITTPFTFIASATSILFQRAKPVFADID PKTYNLDPNEVLEKITDKTRAILVVHLYGQPADMKAFKEIAEDHNLYLIEDCAQAHGA QFEGQKVGTFGHIAAFSFYPTKNMTTGEGGMVVTNDDELARRAKLIRSHGQAEKYLHI ELGYNLRMTNIGGALGRVQLRKLDRWNEIRNENARKLSEGIEKIPGLTPPYVDPRVYH VFHQYVIRVEEDFPLGRDELMAKLRERGIGTAVHYPMPVHHQPLFQKLGYEKDCCPNA IEASRKVLSLPVHPAVSDEDIEYIVRTLEELSS" gene 2037397..2038347 /locus_tag="TGAM_2151" /note="tg2151" CDS 2037397..2038347 /locus_tag="TGAM_2151" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:GFO_IDH_MocA, Oxidoreductase family, NAD-binding Rossmann fold" /inference="protein motif:CDD:MviM, Predicted dehydrogenases and related proteins [General function prediction only]" /inference="protein motif:COG:COG0673 Predicted dehydrogenases and related proteins; R General function prediction only" /inference="protein motif:Gene3D:G3D.3.40.50.720 no description" /inference="protein motif:HMMPanther:PTHR11732 ALDO/KETO REDUCTASE-RELATED" /inference="protein motif:HMMPanther:PTHR11732:SF34 3-CHLOROBENZOATE-3,4-DIOXYGENASE DYHYDROGENASE-RELATED" /inference="protein motif:HMMPfam:PF01408 GFO_IDH_MocA InterPro:IPR000683 Oxidoreductase, N-terminal GO:Biological Process:electron transport (GO:0006118), Biological Process:metabolism (GO:0008152), Molecular Function:oxidoreductase activity (GO:0016491)" /inference="protein motif:HMMPfam:PF02894 GFO_IDH_MocA_C InterPro:IPR004104 Oxidoreductase, C-terminal GO:Biological Process:electron transport (GO:0006118), Biological Process:metabolism (GO:0008152), Molecular Function:oxidoreductase activity (GO:0016491)" /inference="protein motif:superfamily:SSF51735 NAD(P)-binding Rossmann-fold domains" /note="Belongs to the GFO/IDH/MOCA family" /codon_start=1 /transl_table=11 /product="Oxidoreductase, substrate unknown" /protein_id="ACS34653.1" /translation="MLRVGVVGVGMMGQHHVRVYSELAREGKVELVGIADANFERAKE LAKKYGTVPYGDYRELAKENLDAVDVAVPTSLHKDVALEFISHGTSVLVEKPIADTIE NARAIIQAAEEAGVTLMVGHIERFNPAVLRLKDLISEGELGKLVTISAKRVGPMATRI RDVGIIVDLGVHDIDVISYLFGEPIKTVYARAGNVVHPAGVEDHALITLGFEDGTGIV ETNWLTPHKTRTLTVVGTGGIAYLNYIEQSLKLYNSDWIKEAKIQKREPLRNELEHFI ECVKAGKKPIVDGRAGLHALRVALLAQKSARTGKVMEVRE" gene 2038344..2041103 /locus_tag="TGAM_2152" /note="tg2152" CDS 2038344..2041103 /locus_tag="TGAM_2152" /EC_number="1.1.1.-" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:UDPG_MGDP_dh, UDP-glucose/GDP-mannose dehydrogenase family, central domain" /inference="protein motif:CDD:UDPG_MGDP_dh_C, UDP-glucose/GDP-mannose dehydrogenase family, UDP binding domain" /inference="protein motif:CDD:UDPG_MGDP_dh_N, UDP-glucose/GDP-mannose dehydrogenase family, NAD binding domain" /inference="protein motif:CDD:Ugd, Predicted UDP-glucose 6-dehydrogenase [Cell envelope biogenesis, outer membrane]" /inference="protein motif:CDD:WecC, UDP-N-acetyl-D-mannosaminuronate dehydrogenase [Cell envelope biogenesis, outer membrane]" /inference="protein motif:COG:COG0677 UDP-N-acetyl-D-mannosaminuronate dehydrogenase; M Cell wall/membrane/envelope biogenesis" /inference="protein motif:FPrintScan:PR00379 INTEIN InterPro:IPR006142 Intein GO:Biological Process:intein-mediated protein splicing (GO:0016539)" /inference="protein motif:Gene3D:G3D.2.170.16.10 no description" /inference="protein motif:Gene3D:G3D.3.40.50.1870 no description" /inference="protein motif:Gene3D:G3D.3.40.50.720 no description" /inference="protein motif:HMMPanther:PTHR11374 NUCLEOTIDE SUGAR DEHYDROGENASE InterPro:IPR001732 UDP-glucose/GDP-mannose dehydrogenase GO:Biological Process:electron transport (GO:0006118)" /inference="protein motif:HMMPanther:PTHR11374:SF13 UDP-GLUCOSE DEDHYDROGENASE" /inference="protein motif:HMMPfam:PF00984 UDPG_MGDP_dh InterPro:IPR001732 UDP-glucose/GDP-mannose dehydrogenase GO:Biological Process:electron transport (GO:0006118)" /inference="protein motif:HMMPfam:PF03720 UDPG_MGDP_dh_C InterPro:IPR001732 UDP-glucose/GDP-mannose dehydrogenase GO:Biological Process:electron transport (GO:0006118)" /inference="protein motif:HMMPfam:PF03721 UDPG_MGDP_dh_N InterPro:IPR001732 UDP-glucose/GDP-mannose dehydrogenase GO:Biological Process:electron transport (GO:0006118)" /inference="protein motif:HMMSmart:SM00305 no description InterPro:IPR003586 Hedgehog/intein hint domain, C-terminal" /inference="protein motif:HMMSmart:SM00306 no description InterPro:IPR003587 Hedgehog/intein hint, N-terminal" /inference="protein motif:HMMTigr:TIGR01443 intein_Cterm:intein C-terminal splicing InterPro:IPR006141 Protein splicing (intein) site GO:Biological Process:intein-mediated protein splicing (GO:0016539)" /inference="protein motif:ProfileScan:PS50205 NAD_BINDING InterPro:IPR000205 NAD-binding site" /inference="protein motif:ProfileScan:PS50817 INTEIN_N_TER InterPro:IPR006141 Protein splicing (intein) site GO:Biological Process:intein-mediated protein splicing (GO:0016539)" /inference="protein motif:ProfileScan:PS50818 INTEIN_C_TER InterPro:IPR006141 Protein splicing (intein) site GO:Biological Process:intein-mediated protein splicing (GO:0016539)" /inference="protein motif:ProfileScan:PS50819 INTEIN_ENDONUCLEASE InterPro:IPR004042 Intein DOD homing endonuclease GO:Molecular Function:endonuclease activity (GO:0004519)" /inference="protein motif:superfamily:SSF48179 6-phosphogluconate dehydrogenase C-terminal domain-like InterPro:IPR008927 6-phosphogluconate dehydrogenase, C-terminal-like" /inference="protein motif:superfamily:SSF51294 Hedgehog/intein (Hint) domain" /inference="protein motif:superfamily:SSF51735 NAD(P)-binding Rossmann-fold domains" /inference="protein motif:superfamily:SSF52413" /note="intein span: 280 - 748" /codon_start=1 /transl_table=11 /product="NDP-sugar dehydrogenase, containing HINT/DOD homing endonuclease intein" /protein_id="ACS34654.1" /translation="MKLIGLNKEEVKRVLKEGKVTIAVYGLGKMGLPLAAVFADHGAN VIGVDINEKVVEMINRGENHVKEEPGLDELVRRNVEAGRLKATTDGVWAAKQADVMVI LVPTLTDERGNLKLGPVYDVAEKISQGLERGDIVITEATMPPGTTESLIPILEKSGLK LGEFGLAHAPERTMTGTAIRDITGQYPKIVGASDEKTLEAVIGIYETINRKGVIPMSS IKAAEAVKVFEGVYRDVNIALANELAMWCEEHGLDALEVFQAANTQPYCHLHMPGAGV GGHCFAKDEFVFLEEGGIEPLSVEELFELIEGKTEEIDGVLVKHPNEEYRILSFDPVS RRPVFGRVTLATKRRLKPREKVLEIKTKTGRSVKLTENHIVWVYKDGAFVEKLAKDLT PGDMMTILTELPSKETPEVIDVISILSRDPQGYRIKFQGIPAESRAALHAKLAPKSYD YTKGNYIPLEYYSEFKNLLPRPQAIATGRGPSYLEFPPEIHVNEEFATLLGYYISEGC ITEDSSLRTRFSFNIRETDYIGEVRGILENIGIRHSEYVQGSVHHIKVSSRAFGELLR FLGTGVNSYDAKVPGFILYSKALQRAVLRGIINGDGSVSVYEGKHRTKKNGREYITEK ISASVEVATASNKLAQQLFLMLQNLGIVPSYKRNGNVHILRIFGPENLEKLRGIVSGE KGEKLEYYLSNIKKRERNSSFKPMGSFALVEVKEIKPIEYDDYVYSFEVEGTNTIVTT SGLIVHNCIPVYPWFVINLARKTNPRLTKTAREINDSMPHHVVELTVKALNEVGRPVK GSNILVLGLTFRGGVREFMKAAAKPIIEELKEWGANVYAYDPLCTREDAERFGAEWKE DFRDIDAIVITADHKEFRELDLEKLAKEVRTRVIVDGRNVLDPAEAEEKGFVYLRVGR TAYSP" gene 2041287..2042291 /locus_tag="TGAM_2153" /note="tg2153" CDS 2041287..2042291 /locus_tag="TGAM_2153" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:COG1215, Glycosyltransferases, probably involved in cell wall biogenesis [Cell envelope biogenesis, outer membrane]" /inference="protein motif:CDD:COG1216, Predicted glycosyltransferases [General function prediction only]" /inference="protein motif:CDD:Glycos_transf_2, Glycosyl transferase" /inference="protein motif:CDD:WcaA, Glycosyltransferases involved in cell wall biogenesis [Cell envelope biogenesis, outer membrane]" /inference="protein motif:COG:COG0463 Glycosyltransferases involved in cell wall biogenesis; M Cell wall/membrane/envelope biogenesis" /inference="protein motif:Gene3D:G3D.3.90.550.10 no description" /inference="protein motif:HMMPanther:PTHR10859 GLYCOSYLTRANSFERASE-RELATED" /inference="protein motif:HMMPanther:PTHR10859:SF23 GLYCOSYLTRANSFERASE-RELATED" /inference="protein motif:HMMPfam:PF00535 Glycos_transf_2 InterPro:IPR001173 Glycosyl transferase, family 2" /inference="protein motif:ProfileScan:PS50167 GLYC_TRANS InterPro:IPR001173 Glycosyl transferase, family 2" /inference="protein motif:superfamily:SSF53448 Nucleotide-diphospho-sugar transferases" /note="2 probable transmembrane helices predicted by modhmm" /codon_start=1 /transl_table=11 /product="Glycosyltransferase, family 2" /protein_id="ACS34655.1" /translation="MRVLLPLLISQAQGMEMYREHRIGVVVPAYNEEALIGDTLSGIP DYVDRIYVVNDGSKDRTPQIVGEFQKKDGRIVLINHEKNMGVGKSIIDGYKAALKDGM DIVAVMAGDNQMDPAYLPDLLDPIVEGRADYTKGNRLLGPDYVRNMPKFRYIGNMILT FLTKIASGYWHIMDPQNGYTAISKKALETIPLDKVYTWYGYPNDLLVKLNVYGFRVLD VPIPAKYGREKSKIKYTKYILKVSWLLLRDFFWRLKEKYLLYNFHPLVFFYIFGILFL LVGTGGVLFAFYQKFVLHRAVLFYYLTLSLLVFAIGLIMFLFAMLFDMEEERRNYQKR " gene 2042297..2043367 /locus_tag="TGAM_2154" /note="tg2154" CDS 2042297..2043367 /locus_tag="TGAM_2154" /experiment="gene product confirmed by mass spectrometry" /inference="protein motif:CDD:COG1817, Uncharacterized protein conserved in archaea [Function unknown]" /inference="protein motif:CDD:DUF354, Protein of unknown function (DUF354)" /inference="protein motif:COG:COG1817 Uncharacterized protein conserved in archaea; S Function unknown" /inference="protein motif:HMMPfam:PF04007 DUF354 InterPro:IPR007152 Protein of unknown function DUF354" /inference="protein motif:HMMPIR:PIRSF005357 Uncharacterised conserved protein InterPro:IPR007152 Protein of unknown function DUF354" /inference="protein motif:superfamily:SSF53756 UDP-Glycosyltransferase/glycogen phosphorylase" /note="Belongs to DUF354 family" /codon_start=1 /transl_table=11 /product="Conserved hypothetical protein" /protein_id="ACS34656.1" /translation="MNVLVSVNHPAHVHLFKNFIWEMEKKGHEVHIVARDKEVTKHLL NAYNFEYGIISKKIENPLGVSIEAGIRILNLTLKTSKFHPEITLSITDGTIGAFSRVL GVPSIQFTDTEHADLILKTSVPFADVILTPMPFKRNLGKKQIRYNGYHELAYLHPNYF KPDPSVLDELGLSKGDTFIVLRVVSWTASHDVGQKGIRNRVNFVKELEKYGQVFISAE GKLERELEKYRVKIPPERMHDLLYYATLYVGEGGTTASEAATLGTHSIHISTTAKYCG VFYDINRYGLLWISEDERSSIELTKTLLGENDLWGRGKKKRKKLIKSKINLTPFMVWF IENYPNSLKEFKENPKIQYKFR" gene 2043371..2044105 /gene="pigl" /locus_tag="TGAM_2155" /note="tg2155" CDS 2043371..2044105 /gene="pigl" /locus_tag="TGAM_2155" /EC_number="3.5.1.89" /inference="protein motif:CDD:COG2120, Uncharacterized proteins, LmbE homologs [Function unknown]" /inference="protein motif:COG:COG2120 Uncharacterized proteins, LmbE homologs; S Function unknown" /inference="protein motif:HMMPfam:PF02585 PIG-L InterPro:IPR003737 N-acetylglucosaminylphosphatidylinositol deacetylase" /codon_start=1 /transl_table=11 /product="N-acetylglucosaminylphosphatidylinositol deacetylase, putative (Pigl)" /protein_id="ACS34657.1" /translation="MYEDYYNTQYSSAVHRNDRTHIPRKHCNKVHGGNIMRVLFLSPH TDDVELGAGGTLVKFLELGHEILWVVFSTAEESLPDNMPKDTLKREFLGVINDLGLKG ENYRILNFHVRRLHEYRQEILEELVKIRKEFAPDLVIGPSLNDYHQDHQVVAWEMTRA FKNTSSIICYELPWNHVTFNTQLFIKLEEKHVKKKVELLSNYESQLLLNRPYFSKDFI FGWARMRGVQVKAEFAEAFEVIRWIL" gene 2044093..2045142 /locus_tag="TGAM_2156" /note="tg2156" CDS 2044093..2045142 /locus_tag="TGAM_2156" /inference="protein motif:CDD:AccC, Biotin carboxylase [Lipid metabolism]" /inference="protein motif:CDD:CarB, Carbamoylphosphate synthase large subunit (split gene in MJ) [Amino acid transport and metabolism / Nucleotide transport and metabolism]" /inference="protein motif:COG:COG0458 Carbamoylphosphate synthase large subunit (split gene in MJ); E Amino acid transport and metabolism" /inference="protein motif:Gene3D:G3D.3.30.470.20 no description" /inference="protein motif:Gene3D:G3D.3.50.50.60 no description" /inference="protein motif:HMMPfam:PF02222 ATP-grasp InterPro:IPR003135 ATP-dependent carboxylate-amine ligase-like, ATP-grasp" /inference="protein motif:ProfileScan:PS50975 ATP_GRASP InterPro:IPR011761 ATP-grasp fold GO:Molecular Function:catalytic activity (GO:0003824)" /inference="protein motif:superfamily:SSF56059 Glutathione synthetase ATP-binding domain-like" /codon_start=1 /transl_table=11 /product="Carbamoylphosphate synthase large subunit region, short form" /protein_id="ACS34658.1" /translation="MDTVRVLITGAGAPGIRGTLYSLKSNWDNRKITTIGVDMKGEVV GKYLCDRFYQVPPASSEEFIPTLLDICEREEVDVVLPQVTAELYPLARYKEDFEKIGT KVAVSGYEAIELANSKKELMKIAKKVGVPYPEFYVVRTWDELESSAEKLGFPFVVKPP VASGMRGFRIVYKNINRKEAFFKEKPDSSKVTMEELHNILGEEFPELLAMEYLPGREY SVDVLSSVDNVHVVVPRRRDTIRTGITFVGTVEKRDDLIEFSERLTLKIGLEYATGLQ FKEDEEGIPKVIESNPRIQGTMVLSTVAGVNVIYGAVKLALGEELPEFRVRWGTRLLR FWGGVGVVDGEVFEI" BASE COUNT 470421 a 550962 c 544605 g 479450 t ORIGIN 1 gttgattacc caatcttcgc cttccacagc tttccaaggg atagagagct ttacgtggag 61 tgtttgaaaa aagcgataaa aaacaagtat gttaatgcgt gggctcatcc agggctattc 121 ttacggagga cagggttttc tctcaccgtt gatgagcttg aagaaatctt taagctgatg 181 aaggagcatg atgtcctgct ggaagttaac aggaggtaca gccttccatt gggaagctgg 241 ctgaaccttg ccaagcagat ggaagtcaag actgtcaggg gaggggatgt gcatggtgtc 301 ggagaattca aatacttctg ggggtgatgg gtgatgtgtg ggattaatgg gttttcttgg 361 agtgatgagg gtcttgttcg ggagatgaat gtggctattc gtcatcgtgg gcctgatgat 421 gagggtgtgt acgttgatga taacgttagt ttgggtcatg tgaggcttgc gattattgat 481 ctttccccaa agggtcatca gccaatgagg tacgagaaga acggtcatga ggtttggatt 541 gtttataatg gtgaggttta caattttatg gagctccgcg aggagttgga gaagaaaggt 601 tacgtgttca attcgaatac ggatactgag gtgattcttg ccgcttactt ggagtggggt 661 tttgattgtg ttaaaaagtt caatggcatg tgggcgttcg cgatttatga taagactaag 721 aagttactct tcttgagcag ggatcggttt ggaataaaac ccttgtacta ctattatgac 781 gggcagaact taatcttcag ctcagaaatc aaagccatac taaaacacga gattaaaaga 841 gagccgaacg atgccgtcat atttgacttc ctttactaca acctacttga tcatacggaa 901 gatacttttt ttgagggaat aaagagactg atgcctagtc atagtgctgt ctttgacatc 961 aaaacaagag agctcagaat ttttaagtat tacgatttac gtaagcgatt aaagaaattg 1021 aagaaagctg aagaagatcc agcgaccttt aggaaacttt tcaaaaaggc tgttaaaaga 1081 cgcttaatag ccgacgttcc tgttggttcg tgtttaagcg gaggactcga cagctcaagc 1141 atcgtgtgta tgatgaggga acttgagaag aacttggaga taaagacttt ctccctaatc 1201 tttccaggtt ttaagctcga tgagagcaaa tatcaggaaa gtgtcatgca aaagtgcagt 1261 gtcaagaggt acactacaac ctttaccgcg gaggatatac ttagagacct tgaggatctg 1321 atatacactc aggaggagcc cttctccacc ctcagcatct acggtcagta cagagttatg 1381 aaactcgcaa acgagaatgg gatgaaggtt ttactcgatg gacaggggag tgatgaaata 1441 cttgctggct atcactactt ctttggttat tattactatg aattattcag acatttaaaa 1501 tggaaacaac ttattaggga aattatatat tatagaaaaa acgtgggatc ttttaaagct 1561 ttgaagtatt ttattggatt actattgcca agaagaatac aagaatggat actcaaccat 1621 gacacttatt tgtcgagaga atttataaag agatttaaac accgaaaaga cctaagattc 1681 aagaaaaaag aattaaatga tgcattagtt tgtgctgtaa tgaataatct accccattta 1741 cttagatttg aggataaaaa ttcaatgaga tggtcaattg aaacaagagt cccttttctc 1801 gatccagagc ttgttgaata tgcactttca acaccatcac aggcaaaaat aagaaatggg 1861 attacaaaat atattctaag agaatccttg aagggcattg ttccagatat aatcttagat 1921 agaagagata aaattggatt tgcaactcca gataatgaaa tagcaaatca tccagagatc 1981 aaaaaattta tttggaatat tattaactca gaatcattta aaaaaagaaa atattggaat 2041 tggaaaaaag tacacaaagt atattaccat catagcacat cgaagctagg aaatatattt 2101 attggagaac ttatttggaa ggttgttatc cttgaacttt ggttacgagt gtggatcgaa 2161 aacaaaagtg cccgaagaga gggatgaaat tatgaaagtg tgcatgatta ctacagttca 2221 taagccactt gatggtagga tattttacaa agaagcaaga agcttatcaa aaatttacga 2281 tgtacttgta atagcagcta acagggaggc aggggaaagg caggtcgaga gtgttaaaat 2341 agttactata aaaagaccaa ggcttaggaa gctatttcat tttattacaa tatggagaat 2401 ctttaagaaa gggttggagt tggattgtaa tatttatcat tgtcatgagc cagattctct 2461 tattatatgt cttcttatca aattcataaa aaggaataat gtgaaggtaa tatatgatgt 2521 tcatgaacac tggccaagtg aaataagata tgggtggtta agagtaaaaa ataacaaaat 2581 tttaaccacg ataatcgaaa aactaatttg gaacattgag cacaaggccg ttaattttgc 2641 ggatcatatt atagttgtga ataatcatct tgcaagagaa ttccacatgt tatccttcaa 2701 ggtgtctgta atacccaatg tgccattgat aacgatcctg aaaagaagct atagtggtga 2761 cataaataag aaagatgcag atttaatttt aatggcctct aaagtggcta atcactatgg 2821 tataaatgaa atcctacgct ctctatacaa gttaaaaaaa gtatatccca agattaaatt 2881 gaaaataatt ggagatatca aaattgatat aaaaaccact ttagacagat tcaatatgac 2941 agacaatgtt atattaaaag gtttcttacc tctagagaat atgtattatg aaatagaaaa 3001 gggaaagata ggattgaata tcgtgaagcc ggaattttat aatatttaca taggattgtc 3061 aactaagctt tttgattaca tggcttgtaa gttgcctgta gttgccagta atttgccaga 3121 aattaaattg atcattaaac aaactaaagg gggaattctt gtcgatccag aaaatatcaa 3181 cgaaattaca aaggcaataa agtacttgat tgagaaccca aaggatgcta aaaaaatggg 3241 gataagaaat agaaaagtta ttgagaagaa cattaactgg aaaagaagtg aaaaaaaatt 3301 aattaggata tacaagctct tggaggaagg gaaatgaaaa atttagaatc taacaaaaat 3361 gcaataatca ttgccatttt gttaccatac ttactgataa taggatcagt tgctagtatt 3421 gtggtgacta tctatttgaa taaactaaat ttcgcgatta aaggctctgt ggtggttatt 3481 ccagcagtcc tttcagcctt aatgctgttc caaggttata acatgaaaat aagttcatat 3541 aatgaaagaa aaaagtctat atttttgaca tgtcctcaaa gaagattgat attgctgttt 3601 tttatactat ttctattgtc aattcttatc ttgatattag caccatatcg tccttggtat 3661 tattttgtgt tagtggcaat attgtatatt atagtatttc tccagattct ctctaaagaa 3721 cctgtttctt ttatgatatt gcttgaactt attttgattt taatagaatt gatttatgga 3781 acaaccttca aatatccgct atattttgga gcaacagata ttccgggcca tatattcttg 3841 acaaaagtaa catatctatc cgggcatatt gttccaccag atttaaatct ttactacaca 3901 tattttccat tatatcatat atttatatca cagggggcat atattttggg atcagacata 3961 aagacttcgt tatttcttat tcttccaatt ccgtacgtta taacggtttt gttaatatat 4021 tttttgttta atggtatctc aaaaaacaga agaatttccc ttttatcatc gtttttttat 4081 tcaaatagtt atattataac atattatggg acttacttgg taactagggc catagccttt 4141 gtggggtttg ctattttgtt atatttactc tatagagaga tatcacgcaa gagttataag 4201 tataagttga ctatagtttt tataagtgtg tttatactat taatacataa tgtttctata 4261 atacagatta gtgttttgtt agttgttatg cttataattg aatttatgtt tgggaaacta 4321 gtagatttat cttggaaatt aattgttatt ataaacactt tatttattgg atattggact 4381 tttgcttcat ggagttttac agaatatttg ataaaatctc atgtattaac attatttcat 4441 acaagtcctt taatgagaca tatatctatt agtaattcat atttctttct gacacatatt 4501 gacatatcaa tagctacctt ctttacattg gtagggatcg gctatatgtt acaaactgaa 4561 aaacaagagc atgtccttgc atttggagtt atgtctattt ttgctgtacc aatgtatgtg 4621 cccaaccccc ttcaggcatt gtggcaaaca ggaagtttgc taagatttga taggtttaaa 4681 ttatttgtta ctccatttat agcatttgca attgcatggg ggttttatgt acttaatttg 4741 cactatagtc ttattaaaga agacaacatt ctaaaacgaa aaatatttgc tctattactt 4801 gtactagttg ttatgggata ttcctttatg tctattacta tgcacgacaa tgcaaatgat 4861 tgtaaagatt tcccgtggaa aaatcctaga acatatttca acaaagaaga gttatatggg 4921 tttagttaca ttattgagaa tgttcctagt aattcaacat tatattctga ctattatacc 4981 tacagatttt ttgaaccaat gaagaggttt agcttatcta actttttggg aattccttat 5041 tatgtatcta ggataattcc aagtattgaa gatttacctg catgtaaagg atatttatct 5101 tttagaaaag aagagttttt taatgagggg ctttattttg gtaaggtata caatattaaa 5161 ttatacaaac cgaataaaat caatgtaata aagctagttt atctcttaca agaaaaaagt 5221 cggatatatt caaatccctc gctggatata tacagataaa atttactcat cacacaattt 5281 cgtaactaca cagggaaggc tactcagtgt acgatgttca ctaaattatt aactagtacc 5341 gtagctctaa gtgaccttag ggtatctttt ctctctgcac acctatttag tggatagttc 5401 tcccctcaaa ttccatagaa aagaaaccaa atacagtaaa acttccccct gaaagcatcg 5461 agtctatcaa aaagtagatg ttgacaagta aaatgaagca cccccttgat attttgggtc 5521 tattattcca tcctaaataa taaaagtaaa aacattagag cataaacaag gttgaacctt 5581 taagtcaaat tattataatc attttgctct ttaggtcttc gggtcttcag gaattccttt 5641 agtcttttca tatcttcccc tctcttcata catatccctc aaaatgctat aaacttttat 5701 ggagagtact gatgttgata tccagttagt agctaaagta gcgatggccg ctcctttgta 5761 agacatcaaa tgtatcaaaa tataatttaa aaggacatta agcagtgcag tgcccccaac 5821 gattttcgtg tatgtctttt ccctcccgat cccattgagg aaggaaccat aaagagagtt 5881 caaaaatatc gccggaagtg tccatcccaa tattttaaga acctcaactg aattcacgaa 5941 ttcactacca aagaacatgt ggaccagcag tggggcaaac agaaatgccc ccaccgcccc 6001 ggcaacgccg attaccagca acacctgaaa tgctctcttg aatagtatct tcagtgtctt 6061 tggattttcc acccacagcc ttgatataga tggcattgta gtgttgacca ccacagaggg 6121 gaccagcatc gccgcctgta taaagaaata ccccgcttta taccatccaa cgacttcgtc 6181 gggcttcatg agaccgagca ttatgatgtc cgtgttgaaa tagatgaagg aaaacaggta 6241 gatgaaccaa aacacatagg acttgctcag tatttccttc cacttatcga ggtcaaacat 6301 gggctttgga gaaacgtatc tcgagccaaa gtacatcctg aggaagttca gcaaaaaggt 6361 gtcagctgta agaactacaa agaatgcaaa gaggctcttt gtgatcaaca gaactgcccc 6421 accaaggaga agggtcatca ctctctccgt aaccatggaa taggtctcat acttggtgac 6481 ctcgtgggcg aagatgacgc tcgtgaagag gaggcctatt gtacccacca ccgccccaga 6541 accgtacagg attatcgaag ttttaacaac tgcgctcttg ttcaggtgaa gtgctaagaa 6601 tactattaac aaccagtcga gaactgccag gatgatctta aaacctaggg cgtacgatac 6661 aagatccttt ttgcccttgt ccctcgcaac ctcgcgcatt atatagtagt tgatgccaaa 6721 atccgagaga tatgagacga agctcgtaaa tgaaactaca aaggagtact ggccaagacc 6781 aacatcaccc aacgtcctac ttagtacgag gattataata taagagataa gcttgtgaag 6841 tgtttggccg gccagaagcc agctcgcatt gattatgagc ctcttcttta agctcaccct 6901 ctcaccaagg agggataaca gagctaattt attagggtta tgctgcgtgc ccataactcc 6961 ccagttccat agggatggta gaacttaggt tggatgaaaa cctccactcg aggatcctgg 7021 aattgttgca ggttcttacc aattccagaa atcagggaat caagatgaaa gatgcaaaat 7081 tttctatgga gacggcaaga tctacggtgg aaaagtacct cgctataatc tccctgctca 7141 aaaacccgaa gaatattgag acaaccgttc cagaaaagac aattcccgtc cctcttgcaa 7201 tcttctgccg ctcgctcagg ggatcacttc agaatttcat acaccttcat tgccacgatg 7261 accgcaaaca ccaggagaag gaaataagag gagtacttaa gaccgtcctt cgtctcctcg 7321 gagaggtaga actccccaat ttccaaggtt atcagcagtc cgataagaac caccgtgagg 7381 aagacctcgg tggatggtga gagaaccgcc gacaggacta tccagaggcc gagaaaaatt 7441 atcagataat ccctcacagc catttctcaa caccgccggc ctttctcagg aggagcttaa 7501 gatggccctt aacctccccc acctcctcaa cgacgaggac ctcaccggca cccgatgcca 7561 gggcaaccaa aacggcggaa acaaccggat cggcgtaggg gaactcctta caggaggctt 7621 taacgtaaac ttccacagta tcatcttcct caaaaacttt ggcaccggga aggccaaacc 7681 tgtccagaac gcccgaaacg gccgaggcgg cgtaaccgac ccccgagccg aggagtttca 7741 gaccgtcaat gaatctccac cccggaaccg gtgagagtag caaacccggc tcgggctcgg 7801 aatagagaac cctcccctca aagagcctgc cgaggttggg gctacccctg ggggacacgg 7861 ggatgaatat acccccccgg gggaggttct catagggtgg aaggacgaac gcctttcccc 7921 tgagcccaag gtcagatgca aggtttgaaa agagagcgca atggccgcct cccagaactt 7981 cccctgcctc gggagggagg cacttccagc cggggaggga gaaggcaact atgccgagta 8041 ttattgaacc tatcccgagg tttaccatcg cctgatttcc agacgaacca ccggcgtacc 8101 agaggaccgt accgagagcc gtcaggaaaa tgccgcttac cttccccatt tcgaccagag 8161 tttgaacgtg aggaaaactt aaaaggattt tcatgaccat aatggggggc caacatgagg 8221 ttagaaaaac tggtaaaact cctaacgata atcacaatcc tgctcctgat gcttcccccc 8281 gcgggagcaa ggggagttga gaagccggcc ccccacgacg agtttctcta cgagtatttt 8341 tcccacaccc tcgaaaagtt cgcgtactcc ctgaagtacg cctacgaggg aaacgactac 8401 ggcctgaccc tggccgagaa cacgcataac gacctccttc ggataatgag ggaaagcagg 8461 atctatcggg agaagaggat aaaggcgaga gtctttgaca tccttcctcc cttctacaac 8521 ttctccgttg atctgataac actggacaag cttttgttca agttccagga ggacaacggg 8581 agcatagccc tcgcaaccgg aatagtcaac acgatagaga gaatgaagat atatctcggg 8641 gagataaaag cgatagagct ctacaacgag acgaaaatac taaggttcga caccagcagg 8701 gtcgagaggt atctaaacga gatcaatgaa accgccgaga aaaccctaaa cagccagagc 8761 aaaaaccacg agctcacgct gtacaccacc aacaggaacc cgattgtgaa ccaaagcgta 8821 acgttcttcg gaaccgcgcc ctcgaacgga agcgtgagga tagtcataag ggaggagagc 8881 ggtctggaga ggggtatcgt tgtcccggta gagaggcact tcttcaccat gcagtaccgc 8941 tttacaagac cgggcgaata cctcgtgagg gccgtccagg ggaacctcag cacggagtgg 9001 atgaaaatcg acgttggaaa gatacccacg tacttcctcg tcctctcacc cacctcggcg 9061 atagtaaaca cgaccctgat ggtcagggtt tctcttgtgg actactactc aaaccccctc 9121 cccggaaggg aggtaacagt caatgggacg gtcttcatca ccgataccaa cggaacggtg 9181 accttcgacc tgtggagccc gaaggaagcg agcttcaacc tcgctctgga attcaaaggc 9241 gatgagttcc acgaggggat cacgaaggta gtaacccttg agtttacaag aatacccact 9301 gccataacaa taaccggccc cggaaccgtt gaagagggaa aagctttcga gataaagggc 9361 tcaataacgc ccgcaataaa ctcaacggta gagatctatg tcaacgaccg gccttacgcg 9421 gtggttaact cgaccaacgg catcttctct ctaaacataa cccatgaaac ggccgagacg 9481 ctgaaggtgt acgcagtttt caacggcacc gagctgtacc ttccctcaaa atcgaacgtt 9541 cttctggtgt cagtagtgcc gtccgagagc aacccgctga ggtacgtggc agttctactc 9601 atagtcatca gcctggttgc atatacacag agggacaggc ttggaaggag agccgaacgc 9661 caggaaggaa ccgtcgagaa agaagaaaca gggggagaag aggccgtttg gattgagatc 9721 cccaacgacg tgggcgaagc gtactccctc ataagggacg ccctcttcag ggagatgggg 9781 gtacccaaga acctcacccc gagggaagtt ctggaaaggc tcaagggctg gaaaggccac 9841 aaggatctaa aaacggtgac cctcattcac gaaaaagtcg tctacggcgg agaaaagccc 9901 ggaaaagagg agatacaggc cttcaagaga gcagctgaag cagtcataaa ggctctgggt 9961 gggacggcat gaggaagatg gtaaagtatt caatcctcgt aatagggacg ttcatcctct 10021 tcacgatgcc cctaacggtt ccatacttca agagctcatc ccagtacagc atgttcaacc 10081 cagactggga cggcatatcc aagttcgcgg cgttgatata caaggagaaa aaagagccga 10141 tacccctgct tgggcctata gactcatacg agctctcggg cggaaccctc atgatagtcg 10201 ggcccgacgt tgattacaca cccgaggaga tagaggcaat aaaagagttc gtggaggaag 10261 ggaacaccct cttcatagcg gacgactttg ggacggccaa cgaagtgctc aggggcttca 10321 acataccgat ggggctctca aagtaccccc taagggactt cttctacgag gtggacgacc 10381 gctttctgat aaccgcgaag ataacggacc ccgtacttgg aaggggcgtt gataaggtga 10441 taaccaacga cccgtcggca ataatagtca ccaggaaggg agaggtttac acgagcggaa 10501 ccgccatgat aaatttccac agaaggacgt acccgattct agccatgacg aggtacggaa 10561 agggcagaat aatagtcctc gcagatccag acatactgag caacaacctc ttcgaagaaa 10621 actacccctt cctgaggaac ctaatcaact acatccccgg cccggtttac atcgatgaga 10681 gccaccacag cgacttcaac ctttacaccc aggggacgat aacgataaga agggtcctcc 10741 cgaaggagag tgcgcagaag ctcctccttc tgctggggtt cctgattata gcctatgagt 10801 tcggggcgct tggatacctg ggaagacccc tcaggatggt gatcgaaaag attattggaa 10861 gaaggggctc cattgaggag gtggcccttg agctcgcaga ggagagggga tgggataaaa 10921 aggaagtgct cgaaatgctg aacagtctgg gtgattgaaa tgataatcga gaagattagg 10981 acagaggtga aaaaggccat agtaggcatg gacgacgtcg tcgagctcat gacgatagcg 11041 ctcctctcaa acggtcacat cctcctagag ggtgtcccgg ggctggcaaa gacgacgctg 11101 agcaagaact tcgcgaagag cctgaacttg gcctttacaa gagtacagat gacacccgat 11161 ctcctcccgg cggacataat agggcacagc ttctacgaca tgaggacggg cgagttcaaa 11221 ataaggaagg ggccgatatt cacgaacatt cttctagttg acgaaataaa cagggcctcg 11281 ccgaagaccc agtctgccct tcttgaggcc atggaggaaa agcaggtgac tatagagggc 11341 cagaccttca gactccccag gccattcctt gtcatagcca ccagaaatcc cgttgaaatt 11401 gagggggtct acgatatacc caccgcgcag gcggacaggt ttatgatgga gataaaggtc 11461 tcctacctca gcgagaacca cgagaaagag atgctcagaa gaaagaacct gggactgttc 11521 gacgaggcga agcctgtagt ctccaaagga gagctcgaaa aggcggcaaa agaagtcagg 11581 ggagttaagg tcagcgacga gataatagac tacatctact caatcctgag ggcaacgagg 11641 gaagacgaga gggctctcct gggggcctcg cccagggcgg gagagcacct cctcctagcg 11701 gccaaggcga aggcctatct ggaaaacaga agttacgtta taccagacga cgttaaaagc 11761 ttggccgtcc cggttctctc ccataggatt ctgataaagc cagaatacga aatggaaggc 11821 ctgaccggag aggaagtggt cagggaagcc ctcaacaggg tagaggtgcc gactggatga 11881 agaccgccga tttcctcctc ggcctcgcgg gggttctcct ggctggagcg atccttcttc 11941 aaagcccctc actggccgga atcgcctcgg cgataatggc ctactacgcc tcggtcaggc 12001 tgtccttcaa gggcggcgga aaggccgtat taaccctccc cgagagaact acggaactcg 12061 agtggaccaa gatcccggtc gaggtagagt cgaggttcga gatccctggt agaattgtcg 12121 taaacgtcag gaacccggac gtagaggtcg aagaattctc catggagata aagcccggag 12181 agaactcaaa aaccgccctc aggataaagc ctttgaagaa aggaatgctt gacgtggaaa 12241 ttgaggcgtt ctttatggac aaatcgggcc tgttcatgaa aaagatagac gtcgaaggga 12301 tcaaacccat agctgttctc ccctcgccga ggaaagttgc ggaggcacgg agggtaaggg 12361 agaaaccaaa cgccttcgct gagctgctcc acgccctcgg cataggcagc gagagcctcg 12421 atttcgaaga actcagggag tttctgcccg gtgatgacgt caagaggatc gactggaagg 12481 ccacttcaag ggttctcagg ccgatagtga gggtcttcaa gagggagacc ctggcggacg 12541 tctacgtcct cgtcaacgtg gacgagtcct tcaggaggga gataaggaac gtaaagactg 12601 attatttaac gctcataaca gcccagctta taacctactt tgcccgccac ggccacaggg 12661 tcggaatagt tgcttacagc gaccacgaaa tttccaaggt aattagaaac gtttacgaac 12721 ccaggaaagc gctctcggag ctcgacctaa agcccaaacc ggggaagccc cagctgaggc 12781 catcttacct gagggggaac aacatcatca ggaggatcct gcgcctcaaa gccaggagcc 12841 ccctctcggg catcgagaag gcggccagcg cggtccccga aagctcgtac gttgtcattc 12901 tcgatgatat tggcctccat ccctgggcga taatgagcgc cgttaacatg ctggaggaga 12961 agggttccaa ggttgcagtc ctctacccaa acccaataag gttcatccca aaggaaagcg 13021 ttagaccgga gaacctggaa tccctttatc tggcctacag ggaaaggaaa gaactgctga 13081 gaaagatcag gagcagggta aaagtcgtgg agctctcacc gagggatctg ttgcctaggg 13141 tggtgaaggc cctatgatag gcctcatcgc ttcggttgta tcggccgccg tgctgaaatc 13201 ctggatcccg ctgacggcgg ccctagctta cattctctcc ataaagggga ggaaaacagc 13261 cctcctgggc ttctccctat acctcacctc catcatagcc gaccccggct tcgactctgt 13321 gtacacgata aaaggccaga aggagtttat cctcctggga atgacgacac tcctagtcct 13381 caacgacgtc ctacagaggg gaatactgac ggagaataaa tgggacatcc ccctgagtgg 13441 agtcctagca atctcagcag tcaatgacta cacgctgttc gcagctctta tcagcacggc 13501 cgtttacaag ctctatgaaa gcttcgggaa agcggccctg tacttcctca cctggctctc 13561 cacaatggga atagtactcc tcgccctcaa agggaagctt cctggaatcg ccgcagagac 13621 tttcgttata ggcgccctcg gcctcttggc agttgttgta ggaggtatca gagacattaa 13681 ccacgcggag gtgtgaaatt gaaaccggta aaaatcagga cgtttgaggg gctcgtcgtg 13741 atcatcacga cggcagtttt ccttctttac aggactccgt tcacgctcta cgccggcctg 13801 ctttacgccc taaccctcta cgcctcggag agaaaggccc tcccaaggga tcccgggctc 13861 gacccccaga cgatcctcgg gattttgctc gttctactct caccggtgtt cctcgtagtt 13921 aagctgggaa agtatcccag cccctcgacc ttcgtcatgc tcttccttct gggcctccag 13981 ctagttttct tcaggataaa aggccttgag atgcccctgg ccgtggcggc tggcggagct 14041 gccgtagcgc tctcatccaa gactggatta atcagaaagg tgatagacat aacaagcgga 14101 ctcttcgtgg acgtcacctc gatactggtc aaggggctgg tagagctctc cgggattccg 14161 ataaagatca acaaaaacat cgcagttgtg ggaaaggcca tcgtgataat cggctcgggc 14221 tgttccggct ttgacgcctt cgtcatctac atcctggcct ccttgcttct gatctacatg 14281 aggaaatcct ccagaaggga ggcggccctt ctgctcctcg gggcggtagg aatcatcccg 14341 ctcaacgccc tgaggatatt catcctcctg gtcatcggct actacacagg ggtttcgttt 14401 ctggaactgt tccactccca cctgggggat ctcatgttcg tcgcctacgt gttcctctac 14461 tggtggtggg ttacgggaag aaaaaagaga acatcagtgg cgcttgaaag caaaggccaa 14521 aacgaccagt aaagccccca ctatcaaggg ggaatatcca aagaagagca cggcagtcag 14581 gtcaacgtct gccgcatagt ctatgctacc gtcgctgagt tccccgtcag ttgatgacgg 14641 gctcatgagg tcaactacct tcggtgagcc gggatcgagg gcacctcccc tgctgtctcc 14701 aaggaagacc aggacgttaa agcccaagct cgatgggttg ccgaggagtt ccctgggaat 14761 cgccacctgg atcacgctat tggttttgga ggctatagcg tagtagtccc cagccagctt 14821 ggagaatgag gaatcataaa cctccaccgc aggagaacca agtatctcag tatctggaaa 14881 gcctgccttg gagagatcaa cgaccaccca gtagtcccag ccgggggaat agctcagaga 14941 gccgtcgtat ggaatggtgt ggttagtccc agtgccgacg cttatcggga ttgcgatgag 15001 aggagcccca aactctccaa tggaagccaa atccgagagc ctgattgaga agtaaacgta 15061 gtccctatcg gccctgaccc ttacgctctc gatgtcgtag ttgtcctcag gatggggata 15121 gtttttcgtc gagtgaacgt ccccattggc atcgtgccag acgtattctc cgtcctttac 15181 ttcaccactg tttggtgcgg gaaggtacga gccccagctg cactcatcgc ctgttaaaag 15241 atcggagacg cttgccggaa cgctgggagg acttaggtat atgtggtagt ccctccaacc 15301 gtcgttgtcc cagacgctgc cattggtaaa gacgaagtca agggagcccc aggagccctg 15361 cgtctcaatg gcaaccttcc agacgccgtt cgagtactgc atgggcgtat cggtgacgtc 15421 cttccagccg tcgtggcccc agtgaagagt taaggaagtg gctccttcaa ggggcccgcc 15481 actggcgttg tagtatatcg tcacagtatc tccagccgaa ggacgctcag gtgagaatga 15541 aacactgcct ctaagtggct cgctcaaaag ctctccaaag actgaggcgt tccacgggcc 15601 ggcgtagatg tagaaagtcc cgtccgactc aagctttatc tcgtcagcaa ctgtgagagt 15661 tctccagtcc tcgccccggt tgaatgagac tggccccgga aggacgtacg ccccaagagt 15721 gtccgtttcc ctgttgtagt agcctgcaac ctttccatcg tagagccaga cgcgctcgat 15781 gttcttcttc ccgttcctca gcagatcgct cagccccggt gagaagccgg tcttcacgta 15841 tatcctcctg ctgacgtccc tgtatgtgac cttgaggtag ctccagcctt ttctgagctc 15901 aatgtactta acaaaccctc ccggactctt tgtccggact agaatccttc cgttagttcc 15961 gtcttccagg atctcaagct ggtaatagct gtgctcgtaa gttccaccat cgtaggcatc 16021 gctaaggccc cagacgtggt tgccgtcgtt gtagtcgccc tccgtgccgc tccagagcgc 16081 catagagttg ccgatgacaa cgtgcccgtt cgaatcaaag agccacccta ccctgcctcc 16141 gatgggatcg aggactgcat aaagtctgtc gttctggaca acgatctcgt tgtcgttgtc 16201 ctcatcaacg tttttccaat aggccagaag gggcttgttg gtgttgctca accaccatgc 16261 cccgtaggca taggggaggg cgtgcctgag gtgggagcta atttccttct cccagccgct 16321 cagcgaccca ccaagcccgt catgccagcc ggtctcgtag aggttcgcca tcagcgtcgt 16381 ccaggcgagg tcaacgaggt tgttgtcaac ccccacattc ttcaggttct caagctcctg 16441 gtaaacctcc caccacaggg tacctgcaga cttagggcag ttgtaggggt aatagttgat 16501 ggcccagtcc ttgtaccaag cgtttctatc aggagttcca tcgccgttca catcgcccgt 16561 gccaccgtat ccattggtcc cccctatctc cctgtacgtt cccgcaaccg gccagtagtc 16621 accaccatcg ccccagaaac ggccaccctc accggagctc cacgagagaa cgtcatcaag 16681 cttaacggcc cggatccaag gatgagccgc aacatacctc acggcataaa agtaatcctg 16741 aggattggtt ggccacccag caacaccagc ggccttctca aggtcgtccg cgtagacgtc 16801 tatctgctcc tggtcggggc tcaaagcgaa atcaagccag tgtttcttga tactcgtcca 16861 gctatcggaa tcccaatcat tcgaactgta tatggtgtcc ttaagccagt cgtctatgaa 16921 gaatatcttc agcttgccat ttggaagttc gtatatcttg tagggattga tggggtttcc 16981 attggcatcc ttgcccgttc catgagtgtt ggcatccaat acaaccgcct cggcgtaagg 17041 cagaccgttg gctggattcg tggccgcaaa ataatcccac gggtcgctct taacgccgtt 17101 gtagggatca ccatcactga gcttggtctc ccagaccctc tccggcaccc acgcaacctt 17161 gggagtgtac gagaacagtt cccatatgag cgcgttctcc atgccgaggc tcttaacgtt 17221 gagatcctgc gggaagaagg gcattatctg ctgaccgtag gcagaggtga gtatgcctat 17281 aaggcccgag ttcaccccgt atctaatcat ctggatgaag ttatcggccc cgcaggtgta 17341 gtcgttccat atcaggttct caagaagaac accgctgagg tgcaggttaa ggggaacacg 17401 gtactggagg tgcgtcctta taacgtcgtc gtaacccgta ccctcgcccc cgcagacgtc 17461 agactcactg tacgcaatgt gctggttcgc gtggtgcaca aagacgacct tggccgtccc 17521 cacccggtca tcgctggtga aatagtactg gatgtcgtcg ggcatcgagt cagtgacccg 17581 gtacgggctg gaaaagtcct tggcagagag aacctggaag tgaacctgcc cccctgacgg 17641 gaagttcggt atcttatcct tgtacagctc gacatcgatg aagtcgtact cggcgttcag 17701 ggttacggcc ttaacgacat cgttgtggac gctccagtcc gggaagtaga cgttgtagtt 17761 agaggaatcg tacactgcta tggctatatc ccaggccatg ccagtgctga gggtattccc 17821 attcgcatcg gttaaaccgt cggggagtgc attctggccg ccggcggcga agtccatgag 17881 gatgtaccag ttggcattgg actcttcacc cacgtcaagc tccatgaggt ctatcctcat 17941 ggttaccgtg tcggggttct cggagtagta gaaagctatt agatccctcg catagtcgtc 18001 cccgtcgttg taccagtgcc agaggtcgtc gtggccatcg agggccttta cgttgtcgta 18061 gacccagtca aaaggactcc cgtcggcgga tgggtatgct gagacgcccg ggattatatt 18121 ctgaggtaga agtgagagga tcaccatggc agctacaaca cccgctaaag ccctcattgt 18181 catcaccttg agtgatatat tctctgcatc ctcaaaaggt ttactccgag aagcgagcaa 18241 aacggaagaa agataaaagg gtcagagcct cctgaagagc agcaccacac ccaagacaaa 18301 cgccagaaca accgcgaggt tgctgaagaa aggcacctgg aagatgtcga tatcagtgta 18361 gtagtcaatg tagccatcac tgacctcgtc ccaagtgctt gattccgttg tcattacatc 18421 cacaacgtta gaattactct gatcccctac aatgactgca ttacccgtgc tccagtcatg 18481 gactattgtt gaaacagtta ttctaatggt agaactggac aaatcctgta tccccaagtc 18541 tcctttgtac agtttcatct caataacgtc attatctgca tctatgactg cttcggagtt 18601 atgacttcct acatcgttcc aactaggatc ataaatatca aattcattgt aatcagcata 18661 gatgtgagct ttgttataat tccatccatc gtttgccgtc gttatgaaaa cagctctctc 18721 ccacgctgca ttcgagttaa cttgggtgtt cgagtacttt ggaagccaag tttgcccaga 18781 atttgattgc tggtcggtgt ctatcgttat tatcagtcca agtcctctct tggagttccc 18841 aaagggctca gtttcatcct ctagataccc tcctacctta tttatgtccc taaacttgac 18901 caagatgtac acataatcct gatcactggt aatcctgatc tcagttatat cagtatcccc 18961 aggatcacat ggattgcaat cttgaatatc ggttcgaacg tctcccgttg cgtccttcca 19021 gacccactcg ccagcgttgc tgtaaagatg ccaggtgtta acgttctggg ttgaagtgtc 19081 cgcctgccag tccgtaggcg aaccgtccac agttatctga tgagcactga cgaacccggc 19141 cacactcaac atcaagagca ttgccaagaa caatccggct tttttcattt gtatccctcc 19201 gggtgatatc ctccatagaa tttgtacact caaagtttaa accattttcg gagcaaggaa 19261 tgccaacaaa ccaaaaccat tttaacccac ctttttattc atgagaaggt ggtcgaatgg 19321 aagagcccaa gggcatctgg aagtactggg accttctcat aatcataggg ctttcactca 19381 tccttgacgt cctcatattc tacgccccga acagtttggc gagaaagggc ctcggcttgg 19441 ccttcgtcct cttcttcccg ggctatgtct tcataaccgc cctctttccc gaaagaaagg 19501 agcttgacaa ccttgagaga ttggcgttaa gcttcggcct gagcatagcg atagtccctc 19561 taataggcct cggtctgaac tacaccccct ggggcataag gctcatccct atcctcgtca 19621 gcttaaccat cttcaacgta gcccttgcgc tcatagcaat ataccgccgc tcaaaggcct 19681 tcgagccctg gatcccctgg ataactctcg aaaggataaa gggggagctg gaatgggaaa 19741 gctcaagtag gctcgacaag gccttaacgg ggatcctgat aatcgcgatc ataacctcaa 19801 taggaaccct aacctacgtt ataacccacc cgaagcccgg agaggctttc acggagttct 19861 acatcctcgg gccgggtggg aaggcctcag attaccccac agagctcaaa gtcggccagg 19921 aggggaaggt tataataggc atcgtcaacc acgagggtag gaacgttacc tactacgtcc 19981 agatatggct ggtcaacctg acgtgggaga accaaacgaa cacaacaacg atctacgaga 20041 tgtatcccct gccgggctgg ttcaacgtga ccctgccgaa cgttccgatc aacatagaag 20101 gcaactggac gccccagttc gagacgaact acaccttcag catcaagaga cccggtgact 20161 ggcaagtctg gttcctcctc ttcaaggaca accaaccaaa acttccgccc gcacccccgg 20221 acggcaacta cgccgaaacc gagacaagga acctgatact gaaggccatc aacgggacga 20281 tacagagcct gaagctaaac gtacacgtca aggagtagcc ttacaacggc gtcccagtcg 20341 tattccgccg aaatctcgcg gctaacccga ccaatcagct ttaaaaaagc tttgtcaaac 20401 agcagagacg ccagagtatc tgagagctgg ctctcatcca cgacgaaacc gttcttccca 20461 tcctcaacca gaaacctcgc ggcgttcatc ggcgcgttaa gagtaactac cggcaggcca 20521 caggccattg cctcaagcgc caccatccca aagccctccc tcagcgacgg aagaacgaag 20581 accttggaag ccttcatcag agctataacc ctcttgtaag gcagaaaacc cgtaaagaga 20641 acgttttttt cgaggcccaa accctttgcc atgcgttcca gtctttttct ctccggcccg 20701 ccgccaacta tcacggccct aacgtccggg agctcctcct ttaccttcac cagcgccttc 20761 agaagaaaat caacgccctt ctccgagatc agccggccga cgaatatgac gtccgactcg 20821 agctcatccg gcggaattgc ctgtatgaac tcaacatcaa cgccatttgg aacaacgggc 20881 acgggcttcc tgagtccggc ccggagaagg tcgtgcttgg tcttccatga gacggagata 20941 tggtgttctg ccgtaaaaag agctcgctcc gagagccatc ctgggagacc tccgggacca 21001 agatacctcc accagtaagg gccccagaac tcgtgccatg taataacagt gctgggaaga 21061 cttttcagcg ctagggcccc cggatagaag aggttctgga cgtcaacgat gtcataccac 21121 ctaaactccc cgattctacg gcgcagacgg gatgcaaggc gcagcatggg cagggggttc 21181 ctctttccga gaaggtagag ccgttttggc gcgggggcaa gaccgtgata gtgaatccca 21241 tcccgctcta tctcgttctt tccctcccag tgcttgtagc cataaacgtg aacctcatga 21301 tccctagcca gcctcttggc gagctcgtag attctcctct caacgcctcc cttgacccat 21361 gggtaaacga cgtcgtagac gaatgctatc ttcagcgtct ccattgtgaa gagattgagg 21421 agtgggacta aaagcttttc actctcccct ctgtatcttc gcgtgacccc caacgaggct 21481 cttcctgagc tcgaggttcc ttatctcaca cttctcgtct atgatggagc gccatatcgt 21541 cgagttcctg attatcgtct ttctgaagat tatcgagtcg ctgacgtcgg agttctcgat 21601 gacgcactcc tcgccaatgt aggcgaacgg ccctataatc gagcgtccaa gtatcttcgc 21661 cccccgcttt atcaccacag gagggattat ctttgagtag gggcttatct gaatctcctc 21721 gatatgactc tccctgagaa gggttttaag ggcctcgagg tagctgtccg cgctccctat 21781 gtcgtaccag tactcggaga agcggtaggc cttaatcggc tccccccttt cgaggagcca 21841 ctggacaaag tagcccggtg aatccctgtt cccgttgctc aagtagtcat ctaggagccc 21901 cataaccctc tctgggaaga cgtaaacacc cgtacttatc agcgtcgagc ggggctgggc 21961 cggcttctcc tcaaaagcca ccaccctgtc cccctcaagg acaacgacgc cgtagcgctt 22021 cgcgagctcg aggtcgccaa catcgtagac ggctatgaga gtttcacccg aatagcgcgc 22081 gagaaagtcc tggagcgaga acgagaagag gttgtcgcca gctatgacga ggtaatcatc 22141 caaaccgagc tcctcaacgg ccttcttcat agcacctatg gttccgagct tctcctcctc 22201 gtggagggtg tcctcaacga ttagctcgac gccgtatttc tctgcaaccg gtctgaagtg 22261 ggactcgaag aagcggttcg tggagatgta aaccggcagc tcgagcttta gggccttttc 22321 aaggatgtaa tctattatcc tcctttctcc aacggggagc agggcctttg ggttgtcctt 22381 tgtaatgggc cataatcgag ttgcgtaacc gccagccatg attaagacct tcatcgtccg 22441 tatcacccca accacttcag gcatctcaac acaaaaactt tcccaaagct taataactgt 22501 tccttgaact cccaatggtg gtaccatgaa ggttctagtc acgggcggag ctgggttcat 22561 aggttcgcac ctcgtggaca ggctcatgga gctcggacat gaggtgaggg ttctcgacga 22621 cctcagcgct ggaaccttgg acaacctaag gcggtgggtc gatcacgagc gcttcgagtt 22681 cataaagggc gacatgaggg atcccaaaat cgttgaagaa gccgttaaag acgttgaagt 22741 agtcttccat ctcgccgcca acccggaggt aagaataggc tcccagagtc ccgaactgct 22801 ctacgagacc aacgttctca taacctacaa cctcctcaac gcgatgagag gctcaaacgt 22861 agaatacctc gtcttcacga gctcatcaac ggtttacggt gatgcagatg tcataccaac 22921 cccagaggac tacggcccgc tcgaaccgat aagcgtctac ggaggggcga agctcgcggc 22981 cgaggccctg ataagcggct acgcccacac ctttgaattc agggctttaa tcttccgcct 23041 ggcgaacata ataggcgagc gctcgaacca cggcgtcatc tacgacttca tcaacaaact 23101 gaggaagaat ccagaggagc tagagatact cggtgatggg actcagagga agagctacct 23161 ccacgtgagc gacaccgttg agggaatgct ccacatcttc gagcacttca agaggtccga 23221 aaagaccgtc gatttttaca acctcggcaa cgatgactgg ataaccgtga aggagatagc 23281 ggagatagtg agcgaggaga tgagccttag gccaaggttc gtcttcaccg gtggcgtcga 23341 cggtggcagg ggctggaagg gggacgtcaa gttcatgcgc ctgagcatag agaaggcgaa 23401 ggccaccggc tggaggccaa ggctcaacag ctacgatgcc gtgaggagaa ccgtgaggga 23461 actgctgaag agctgacgga ctttagaatt tttgccattt ttgccgagtt cttctcattc 23521 ctacgggttc aggattaacg tttataaagc ggggccggta tttaggttag cggaaggtgt 23581 ggactatggt cagcacgctc atcatcgtca tagccggcat aatggccttc tgggtgctcg 23641 tctatgcggc ctttggtagg agagaggaag agaacgagga agagggaata gccgttgatc 23701 tgttcgtgat aatgtggaga acgaagaggg tcttaggctt catagacagg ctcgcctcgc 23761 gggggagaaa gttctggaag gtttacggcg acgttgggat agcccttggg ttcctgggca 23821 tggccttcgt tttctacgcc ctgcttaaaa cagccatcgc cacgatccag acccacggga 23881 agcaggctgg ggttcagctc gtcattcctg gactgactat ccccctctgg tacggccttg 23941 taggacttgc cgttgtcatg gtcgtccacg agctcagtca cggcgtcgtt gctagggccg 24001 ataagctgcc cctgaagtca gttggtctcg tgctcttctt cgtgatcccc ggcgccttcg 24061 tggagccaga tgaggaggaa ctcaagaggg ccccgctcag gacgaggcta agggtctacg 24121 gggccggctc gctcgccaac ctcctcgtgg ctttactcgc gcttctcatc atgaacttgg 24181 cactgacacc ccttctccag cccgccggaa tagaagtggc gggcgttata agcgactccc 24241 ccgcctctgg agttcttgag aggggagacg ttatagtggc cataaacggc accgcgataa 24301 aaacgctcga agattttgag aatttcataa acaccacaag acccaaccag accatcgcga 24361 taaccgtcct gagaaacgga gaagaaaaaa ccgtgaagct gaagctcggc gcaagggagg 24421 acaacccaga gaggccgttc ataggtatct acctcggcca gcactacaga tctaggatag 24481 ggcacgagaa catagtgttt ccgctgttct tctcgttcta ctggatatac ttcctcaact 24541 ttggaatagg cctgatgaac ttattcccgc tggttccgct ggacggagga agaatgctcg 24601 acgacctgct gaaggagtac attcccgagg gccttgcaaa gccgctcagg tacgcggtca 24661 tcgcgattgg tctaacgttg ctcggcctca atctctggcc ggctctcctc caccttgccc 24721 gctagcattc atctttcctt tttctgaagc ggaacacccc attccaagcg cccataatag 24781 gagccggcgt caagggaccc aaccttttta aaagcctttt cttagggcaa cccatgccag 24841 ccaaatgctc caagtgcggt cgtccagcgg tctaccacgc gcgctacacg ggaagatact 24901 actgccacaa gcacttcaac gagatggttg agaagaagtt caaggaaacg gtcaagaagt 24961 accgcctcat agagaagggc gagcgaatag cagttggggt ttccggagga aaggacagcg 25021 ttgttctaat gcatctcctg gccaagctcc gggagaagtt tccgtttgaa ctcgtcgcga 25081 taacgataga cgagggcata gccggctaca gaccaaagag cgttgagata gccaagagga 25141 acgcgaggaa gctcggtata gagcaccgca tctattcctt caaggagtac atcggcttca 25201 ccctcgacga gaccgttggg ataatgggga gctttgagag gggcgagcgc gttggagcgt 25261 gctcctactg cggtgtctgg aggcgctggc tcctcaacta cgcggccaag gacgtcggcg 25321 ccgacaagct ggccgtcggc cacaacctcg acgacgaggt tcagatgttc ataatgaaca 25381 ttcttcgtgg agacatagcg agactgggaa gaacgggccc ctattacgag gaaatccacc 25441 cggagctcgt cccgaggata aagcccctcc gcgagattcc ggagaaggag atagtgctat 25501 acgcggtcct gaacaacatt gaggttgacc tgagcgagtg cccctacgcg gtcgaggcct 25561 tccgagccga aatccgcgac tggctcaacg agatggagga gagacacccg ggaacgaagt 25621 accagatact caggagctac gacaagctct tcccgctaat agcgaagacc tacacgaaga 25681 aaaccagcga gctgaaccgc tgtaagatat gtggccagcc gacgacgggg gagatatgca 25741 aggcctgcca gttccgcctt caggtcgaga ggaaggcgag ggaaaagggc ctgacgttca 25801 gggttgagta aactgaacag ctatttataa agacctgttt agtatactga acaacttgtc 25861 ttgttaaact tcaccaggtg ttccccttga ttatcgagac ggccattccc tttgaggagc 25921 ttgaggagat aaggcgaaag agcggggcag aggtcaagct gactcttctc ggaaccatcg 25981 agaggaacgg gatagtcctc aatcgggttc tcgtggaagg ccatccagag gaaatcgagc 26041 gcttcatggg gaagcttaag ctcgcgagag ccggcggtta gtttgcgccc caaacttccg 26101 ggcgggtatt taaaggctca ctcaaacttt tcccggtggg agcatggagg aacttagtga 26161 agctctaaag gccatcgaga gggagctcaa cttcgcgaag aaggcgtata gagcgagcgt 26221 tttcctctac tgggcgtggg cgatgcccgg ggtttacctc ctcgcacaaa tcctgttaaa 26281 gtacgccggg attggtgaag gaagcgccat ccagtggctt tcgctggcag cagtcgtggg 26341 cttcatcgtc gaagagagaa agaccttcag aagggttatt cagctggaag aggccctgga 26401 gcacattgag gaaacgccca ggggttacgt tcttgcccag gttatcgtgt ggcctctctc 26461 ggccctgatt gccagcatgt acaccgagaa tgatggcctg tggatgctgg tcttcatcgg 26521 gctcggcctg ctcctcctga cgggcgttga gttcatcttc actggaaaaa gggactggaa 26581 gacagcgctg gcaggggtga tactgctctc ctcgacggct ctctgcacgg gctttggcta 26641 cgccgtgatg gccgttgcat tcgcattctc gctcacggct taccttcacc tgaagggggc 26701 aatgagggag taacatgctc gaagaactgg cgaggctctc aaggtctccg ctcggcaatc 26761 cgacgaggtt agccatagcg ctctacctgc tgtcgaggga aagggcgacc ttcgtgagcc 26821 tgagaaaagc cttgaagctc accgccggaa accttgaatt tcacctgaag acgcttgagg 26881 aggccggaat cgttaggacg tactacggct tcgggaggag gccgaggaag ttcgtcgaaa 26941 taaccgaaga gggaattgaa gagctcaggg aagtcctcaa aatcctgcgg gaggtgaccg 27001 gggatgattg agttcgcggt tgcccttacc ctgtggctgt tgattttatc cgcttcaggg 27061 accgttgcca ccctggtcgc cgggagatgg gcgaaaaagg ccggcttcgc gatgcaactg 27121 acgatgtttt tcctctcgct tgcggtgatc gagctcatgg gcgggcccca gaggtttgga 27181 ctcgttcccg atttcagata cgttccccag gcagttgttc tcggctttgg tgcctcgctt 27241 ataatcaacc tgctcgaagg taatccctca gttccgatgg aggagttcat gcccgagggc 27301 gttgaaaggc tcgttcttct cctcattcta gctccgctgg gagaagaagt cttcacgagg 27361 gggctcatcg agggttatat tttgggctac ggccattttt ggagcgcaat actcttttcg 27421 gctctgctct tcgcccttcc ccactggatg gcctacgaag ggagcaaaaa acggaagatt 27481 gttgctgtcg ggggagcctt cgttctcggc tcgctggccg gctacctctt cgcgcttgga 27541 ggcataatcc cggcaatcgt gcttcactcc tcggcgaatt tggcgggact gattgtctta 27601 aggtttaaag aaaaaaacgg aaactaaccg gacttttctg gcttctctat ctcaaccctt 27661 ccccttatca gcctgaaagt ataaccctca acactcggct caaaatcggg gagcggtgag 27721 ctcctgacaa agaacttctc gacgccaaag ttctcggtgg gctggaactc tatgacgtac 27781 tggctgtaca gggacatcca ggaaacgagc tcatcggaag cgcggctccg gttgaggagg 27841 aatatgttga ggggcctctt cctcttttcc gaaattctgg cgcgctcctt gagggccatg 27901 agcctctgaa agacgcggat gaagttcttc tcaccgagga ggaaggccat tccatcaact 27961 gtaacgtcta ttcctaccgg ccttctgtcg ccgatccgct ccgtgagtac gcgccggtag 28021 agcctgttgt acttggggag gaacgtgctc tcatctatgg tcgggtcagt gtaaacgtaa 28081 tcctccgagt acttgaggcc gtagaaggag gagaatatgt ccacgaccgc gaggtctccc 28141 cttcttccga gctcgtcgat atcgaagttt acagccctga gctccatacg gaggggtgta 28201 atcggaagaa ctgaatcgag gatgacgcca aagtcaccca tacctatcct gcgccgcact 28261 atctcaaaac cgagcgccca cccccgcgag tacgtcgtgt aaattatcag gagattgctg 28321 tcctcgagga gaccccctcc aagggcctcg tcgagcagag gaatacctgt gctcagcaat 28381 tccacaccca atcaccaatt tgatgatcat gcattaaagt atttaacact aactccccaa 28441 agtgttcaaa gaaaggcctc tctgatagta ctcgtaaacc attgtgctct gagattcaga 28501 gaaacaatcg gctaaataag cggtcagcgt aacatccaat ggtgaggaaa atggaggagg 28561 ttagcgaact gaagagtgtc cttgagcgtg tggagggcag gctgatagcc gctggaaaga 28621 tgtacggggc gatgaacttc gcggtgtggc tggccataat gctcctgtac tacgtcatgc 28681 tgggcatctt tgatatttcc tggcagttca atctaatcta ctggccgctg ggctttgccg 28741 ttgcaatggt cttcacgggg agaatctgga agagacttaa aaggctcgga agggttacag 28801 gaagggagat cgagagctct cccctcgcgg ggatcctcat aggactctcc tgggcaaccg 28861 gcatcgtact cggctgggtc atcgttccag acctgaaccc cggcatcacg gaggaggcca 28921 gcctcgcaac cggcttcctt accttcatag ccttttcagt cttcgcaatg tggctcgtta 28981 tggcgggctt tagccccaaa aacggcgagc gcgagataat ccccgcgttc ctgatcccgg 29041 cactcgggat actacgttcc accggcatgg cagagggagc tatagcctgg gccggcttcg 29101 tcgtcggact ggggttttcg ctcaccgtgc tctggtacct ctattcagca ttcaaagcaa 29161 tcgagcggtg ataggatgga atcgctcagg gagctcacga gaaaccactt cctcgggaac 29221 ccgataaggt tagggatcat gctctacctc ctgccaaggg gaaaagttct cttcaaggaa 29281 ctcctcggag ttcttgaggt aacccccgga aacctcgact cccatctaag aaccctcgaa 29341 aaagcgggct acgtaaagct ttacaaggtc ttcgccgaca ggccgagaac ggcggtaagg 29401 ataacggaga agggggcgga agagacggcg aggtacctga gggccctcaa aagcgtgctt 29461 gaggggatgg gatgatcaca tcgcttaatc gctcaaggag aacggataat ccctcctccc 29521 gaccatccag agcccgaaga gcgccccgag ggtgtccatg agcaggtctc gcaacttgtt 29581 agcggtgctc tccgctatga aaccaatcca gctctcactc agcttttccg caatctccca 29641 gccgagcgat aacccgtaaa agaccacgaa ggaatatgca actatttgcc ccctcgtgag 29701 gttaatccca agagacctca agcccgagag aatttcggca gtaataagcc acaccgtaag 29761 tcccccgaga aagtggctta tcatatccgc gttcctccag tccctgtgga aaaggtcgta 29821 gcccgtgaac gggacgttta cgagcgaaac gtgaaccgct atgaatatgg aaagaactgc 29881 catagtcttt tcatcgtaaa ctggagccaa aaatggcctg agcttctcgg gagggttcgg 29941 aagccttctc ggaaggacta agggaaccga gagaccagcc attgccagca aggttcggta 30001 aatgtggtcg ctcctcccgt taagcaaagc cgtcaaaagg cccaggaaga ccagaaagag 30061 tgaggacagc ataacaattc gttccagctt gatttccgtc accggaatat gtagggcgct 30121 ggggcttaaa gcccttacct tttcctcttc tccgcttcaa gctcttcctc ggcctttctc 30181 ctgagctccc tgatgcgctc aatcctgtac tcctccacaa gcctgaggaa cttctccgcc 30241 tccctctcct cgtcctcctt cttccagcgc tctaacaact cctcgatggc cctctccagc 30301 gtctcccgct cgacgaccgc gaactcgtca acccttttga cgtcgagctc ttcgctcgtg 30361 aagaagggca gatgagcctc gcggagaact tctctgacgg gccccgggag gggcttctcg 30421 gttatcaagg ctttaattcc cttctcgacg agctcttccg ctatcgcttt tccagctcct 30481 gcgggattca ccacgaagag gacgtcgccc ctcctcaatc cgacctcgcg ctctatcctc 30541 tcgagctcgc gccagctgag gactctaaga actttcagcg gaaccgcgct accgcggatt 30601 tcaaccacgt tcatcctctt gaccttgacc aaatccctgc tcagcctctc gatgaccgct 30661 ttagcttccc tcagctgtgt ttcgaggagt tctatgcgct tcaccttcgc ctcaagctcc 30721 ctctcgcgga ggacctttct cctgacctcc tcgtcgtagt ccgctattct gcgctcaagc 30781 ctctcgattg ttctcctctg ctcacggatt attcccctga gctcctcgtt ctccctctca 30841 agaaacgcta tcctctcctc aagctcgcgg attttcctca cgtagggcct gacgtcaacg 30901 ctctctccgc tctcaggctc ttcctcctcc ctcggcctct cgcgcctcgc aactttttgc 30961 atcgcctcgc cgaggttgta gccctggatt acaagggctt tcacctcgtc ggccctcttg 31021 ctcaatcccg cctcgcggag cttcgcctcg acgtgctcaa gcttgggctt taagcggaga 31081 taggccttgt aggcggccgc caaggcgtcg cgctggtggt cgtcctcgac cttgatgcca 31141 aggcttctca acagctcgtt cttctcctcg acccttaagc tctccctcgg gacgaagaga 31201 ttagctttaa aggagcgggc tatcttctcg acaaaacccg gggccgggga aacatcggtg 31261 gcaactataa ccgggtgccc gatctcgctt atgaacctga agacctcgcc gaccggcatg 31321 ttcctctcgc tgtggagtgc cagcacgttg ccgttgaggt ctattaccgc tattccaacc 31381 gttatgcccg ggtctatgcc aacgatgacg ctccgccttt ccctcacggc ctcctcgccc 31441 ttaagtgggg cgaagccaag ctcggccctc tcgacggggt aaatcctgac ctcgacgtcg 31501 ccgcctcgca taggcctcac gattccagcg agctcttccc tgctcgcgta gattctgaac 31561 tcgcctctgg ctaagccgta gtccttctcc tcggtctcga ggtcgaaggg aaccccagcc 31621 ttcctcagcc tgtcctcgat ttccctaacc ttgtcgcgga cgaggttgtg aacgcgcttt 31681 ctatacctgt cctggctcca tccacccttg ccgtgactcc ttcccctggt taccttgact 31741 atgacctcgt cctcgaaggc caagacctcg tagccgactc ccttactcgc gagaagtgcc 31801 gagagcttcg cctcctcata ggggtcgaac ctgtcggtcg tccttatccc gtgctccctc 31861 gcgaggctct ggagtgagcg ctgctcgccg ggcctccccg ttacctggac gagcttcgtg 31921 ccaggaggaa gtgcccggag gaacttcctc aggtcgtcgc cgagctcggt gacgctgtca 31981 atcgccacga tatccggcct ctttgctctg ataaagcgga ttaagcgata gagtgtgaac 32041 tcgccctttc gttcaagcct cccgttgtac cagctcacga gcgcgaagcg ctttgggttc 32101 tcaccgacga cgtcgatgcc aatgataaga atgagcacca cctcttaata ccgggtacgg 32161 aggagccttt aaaaagttgc caccaaaacg gttatctaat ccaacgccaa aagtacgtag 32221 gtggtaacat gaagatgagg gtggtgtttg acaaggagta cgacgttctc accggagtat 32281 accgggtcag ggtgagggag ctggagttcg atgaggaact cgaaaaggtc ctaagtggca 32341 tagacccctc aataaaactc ggagaggagg agataaagct ctccgaactg agggacaaag 32401 tctttgagct caggagcagg gaagaagcgg agaaaataat gagcgagata cggggagcct 32461 tgatagagac cctaagctca ctcatagcgc gcttcaagga ggcccagagc ttcaacggct 32521 ccgtcgtcta cgagatcgat ttcaacgagc tattcaagga gtgactccag cgctttcctt 32581 atcgcctcgt ttatcgtttc ctgagccata gacggtctcg gcttctcaag ggcctgggcg 32641 tggctgaaag gcacgtggat gaagcctgct ttcgtttcca ttccagagac ggctatagtg 32701 tgcaaagctg tgaacatcgc ggtgttgcag acgtaagttc cgacagtgtt ggaaacgcca 32761 gccgggattc tggccttcct cagggccttc acaacgtctt ttattggtat tgtggcgaag 32821 taagcatctg gagcgccctc gaataccggc tcgtcctccg gcttaaagcc gtcgttgtcc 32881 ggcatcgttg agtccatgac gtttatcgca accctctcga cggtcacgtt cggccttcca 32941 ccggcctggc cggtcaggag gacgatatcg ggcttttccc tggcgattag cctcggcaga 33001 atctctctaa ccctcttgaa cgaaaccggt agccgaacct tcaggagcgt tgctccgttg 33061 agctcgtcgg ggagggcttt aacggcctcc catgaggggt ttatctcctc accgccgaag 33121 ggctcgaagc cggtgaccag aaccttcatg gaaccacccg aaagggtagg tttttagggt 33181 ttaaaagcta ctccaggcga ggggtgagga tgaggtacga cgtcctaatc atcggaggtg 33241 gacccgttgg aaactacctg gcaaaactcc tcgccggaaa gctcgatgtg gcagtcgttg 33301 agaaaaagcg atcgttcggc ggaaaggcct gcaccggcat aattggaagg gaaagcttcg 33361 agaggcttgg gtttccagag gaagctgttc taaattccct caggggtgcc gtcttccgct 33421 caaggataca gagttttgag atagcgagga aatcggccca ggcatacatc gtggacagaa 33481 aaaccctgga gagaaagctc gctgaagagg ccgtgaagag gggagcggat tacttcattg 33541 gaactacgtt cacgggcttc cgcggaggaa gggcaaggct ccagcacctg aaggaaacct 33601 tcgaggtatc tgccgacttt tacgtcgggg cggacggtat tgccagcacc gtcgcgaggg 33661 agattggggc caagagtaac gcggagttcc tcaagggatt tgaggtggag gtggtggggg 33721 aattcaggag ggacttcgtg gaggtctggg taaacaagga cctcaacgca gagttcttct 33781 gctgggtcgc acccctgagc gatgaggtgg cgagggttgg aacgctgggg agccttgagg 33841 ccctgaacag gtttctcagg gcaaggggac tgaggccgac ttcaatcctc gagttcaagg 33901 cgggaactgt cgggcttgga tggagaggtc catgggccaa ggacaacgtc gcgctcgtcg 33961 gcgatgccgc gctccagatc aagccgacaa ctgcaggggg aatagtcttc ggcgcaatct 34021 gcgcccacca tctggcgagg gccatactct caggagacct ctcaacgtac gaagcctcgt 34081 gttcgcagat aaagagacag atctccttcg ggctgaaggt gaggaaggtc ttcaagggtc 34141 tgagccagga gggcattgag aggctctttg aggtcttctc aagcgaggag gccagaaagg 34201 ttatagagga gcaggccgac ttcgatgacc atctgagaac gttcaaggcc attgcaaaac 34261 ggccccggct tctcgcgagc ctgctccgga tcagcccctc acttataagg gcacttatat 34321 aacgccggaa gttttatcgg gatgtgggaa ctaagagaac agggtggttg atatgggtgt 34381 tgaagtcctc gaaaggatca gaaacctcaa cgagcgtgag cttttgagct actggatcag 34441 gggcgaatac gaggaggctg aaacatactg gaagcttgcc gaaagggcga aggagctcgg 34501 ccttcctgcg gaggtctacg aaacttttaa acagcttggc gacgagtcca aagagcacgg 34561 ggacgagctc taccagattt accggcgcga gtacggggag gagcttgttg aggtcaacgt 34621 tcccaacgtt gaagccctca acgtcctcgg taagttctgg aaggtcgagg acctcggcga 34681 cgtcctgagg atagccctcg aaagcgaaaa gctggccgag acgatttaca gaaagctggc 34741 cggggaatgc agggatgaga agctcaggtc aatctacctc cgcctggccg acatcgagcg 34801 gggccactac gagaggctta aagccctcgc aaacaaaatg ggtgtcgagc ttgacgtgga 34861 aaaggagtgt gaaaaggaaa gtagctaggc tttcttttcg gcttttttct cacctttggc 34921 cttttcctta gccttcttct gctcctcaag cttcttcttg atctcctcga ccttctccga 34981 cttgaggggg atgaacctct cgtcgtggtt gtcgtagctc gccagcagga agtccctgct 35041 cagctttaag gctccagtcg ggcagacgtc aacgcactgt ccgcagtaga tacagcgggc 35101 cgtccagagg gcgaccttcc ttatctcagg gagacagacg aagactccag cagggcagac 35161 gttgtagcac atcctgcagc cgacgcattt gtcgacgtcg tacgttatca ttcccctgaa 35221 gtcctccgga actggcactg gctccgtctt cggaaagaga ttggtcgccg gctttttggt 35281 taagttcttg agcactgttg ggacgagtat cggcgccttc acattatcac ctccatcgct 35341 atgaggagcg agcccacgag cgaggctaag aagacgttct tccacaggaa gtcaacggcc 35401 tgggttacct tcagccttcc tgtcacggcc ctgaagacgc ttccgacgat gaagagcagg 35461 atgaagacct tgagcgtgtg gaagagcagg ttgacgatat ctgctgagag gccagcgagg 35521 ttgaagtagt cggctatccc ccaggggaag aatatagcca cgacgaggga agccgctata 35581 aaggtcttga gggccttcgt cagcttgagc agtgccagat acctcccgct gtactcgacg 35641 agcagaccct cagctatctc ctcctccgca tccggtatgt tgaagaaccc gacctccatc 35701 tcgctcgcca gccacacgga gaagacgtag aggagtatta ccgccccaac gaagctcatt 35761 ggagttccta tctcccagat gttgtgctgg tagaagaccc ccatgctgaa gggcttgtca 35821 acgcccagct ttccgaggcg ccacattatt gcaaagatag caagcatcat ggcaggttcc 35881 cttgacacca gtatggccgc ttccctcgcc gctccgattt tcgcgtaggg gttgcccgag 35941 cttatcgctc ccaccacctt gaagaagcat atcagcgtga gaaggtatat gaaaacgatg 36001 acgtcgccct tgctggccaa aatcggggtg aagcccatcg gcgtgtaagc caggagcgct 36061 atcgccgttg ccagggcaag aactggagcc gccctgaaca tgtagttggc tgttttgggc 36121 actatggttt ccttgctcgc tagcttgagg aagtcgtaga agggctgaac gattggcggt 36181 ccgacgcgcc tctgcatcct tgccactaac ttcctgtcta ttccctccca gaggagcgag 36241 gcgagcgaaa cgaagccgta gagcccgagc aggcccgcaa tcgggtaaac tatgctcccc 36301 atcacgtcca tgagcatcac ctcgaacagc caagtccaac gggggtcggg tcgcccttca 36361 catctggatt gatctcgcgc gttttcttta tcgaggccct gatgaggtcc ttctcggtca 36421 ggatcctctt ccttccgttc tcgaccaccg caaccctgtc cgtacagctc aggcatgggt 36481 ctatcgaggc gacagcaacg acgaagtcgg ccacctggtc gcccttgacg ccctcagcga 36541 ccgcgaacag gttcggaaac gtcggctccc tcggcttcca gcggaggggc ttgtcgcttc 36601 ccttctttcc gcggacgtag tgcaccagct cgcccctcgg cgcctcatac ctgcctattc 36661 cctcgccgtc aaccataagg cgaagcttcg cgtagaggac gttgtccttg gggaaggcct 36721 ttatcttacc gtcgggcatc ccatcgaggg cgtgctcgat aagctctaaa ctctgccaca 36781 gctcgcctat cctcaccgcc atcctgtcga atacatcgcc cctcggcctt tcgcccgtaa 36841 cgtcctgggg catgaccggc tttattccca ggtccgggta aacccctaac ttctcgctcc 36901 agcgcgcgtc gtcacggatt ccgcttcccc ttccagtggg cccgactgct ccctgctcta 36961 aagccacgcg cctgcttata accgcgcagt ccctgaaacg ggcctctatc gtcgggtcgt 37021 ggaggaaaat atcttcaatc tgcgggaaga cctccttgta gtactttatc atgtcgagga 37081 ttatccttct cctcttctcg tctatgtccc tcctgacgcc tccgatggtt accatcgagt 37141 agttgacgcg gtttcctgca acggcctcaa gcgtgtccat gaccttttca cgggcgagcc 37201 aggtgaggtg cagaaccgtg tcgtagccta tgtcatgcgc taaaacgccg aggtttagca 37261 ggtggctgtg tatcctctcg agctcgccga tgatcacgcg gatgtactct gccctctcgg 37321 gaacctctat tccagcggcc tcttccaccg ccctcgtgta ggtgtggttg tgggagaaac 37381 tgcatatccc gcatatcctc tcggccaggt acattatctg gatgtagttc ctcctcaggg 37441 ctatccactg gattccgcgc aggttgtagc cgagcttaac atcgacgtca actatcctct 37501 cgccgtcgag ggtgagtatg aacttctcgg gttcctccaa gccgggatga atcgggccga 37561 agggtatctt gacccagtac tcaaccttcg tcattgggaa ccgcctccca gagcccttct 37621 ggcgaagcgc tcgcggaaag ccttcaactc acaaacccgc tcctctacct gtggaggtct 37681 cttaaggtca gttatgggtt tgttcgctcc tttcacgatg cctgacggcg aatgagcgcg 37741 aacttcaaca aaaggcatca tctcttagca cctcctctga tataatatgg atgacccgca 37801 ttgtgcacca tctcctctgg aatgcccttg tcgtcgaggc ggagcgggta tataccttcg 37861 gggaagtcgt ccggtaaaaa gagcctcctc ttgtctggga tgccctcgaa gactatcccg 37921 accatctctg ccgcttccct ctcgtactgg gtcgctatgg ggaagacgtc gctgatgtct 37981 ggaatcaccg ggtcgtcctt cggcgcgcgg acgtcaacta tgagcgacac cgcgggagcg 38041 tcgtcgtagt ggattgcgag gtggctcagg aagcccagct cgtcccccaa atcctgctcg 38101 atgcctatcg agtagtgggc ctcgccgtcg agctccttta tgaacctcat tagggccttg 38161 tagtcctccc gcgggattct gacccagacc ctctcgcgcc cccacttgtt gaccctgacc 38221 tcgacctggg catttggaaa gcgcttcgct attgtttcag ccactttttg ggtcttggtg 38281 ggctctctga cctcgttcgc ctcgttaacg ggattatcat tcatgttcct cccctcccgg 38341 gacttctcct ttcaggattt tagccagctt ttccagtgcc aaaacaaccc catgtagtat 38401 cgcctccggc ctcggcggac agcccgggac gtaaacatcg acaggaatca cgttgctcag 38461 cggcgcgttg gtgaaggggc tctcgtagaa gacaccgcca ccggtggcac aggccccgac 38521 ggccaccact atcttcgggt caggtgtctg ctcgtaaacc agtttgaccc tctcaaggct 38581 ctggttggtt acgggcccgg tgacgaggag tatgtcagcg tgcctcggac ttccgacgag 38641 tttgactcca aagcgctccg cgtcgtacct cggtgtcaaa atggctatga tttcgatgtc 38701 gcagccgttg cacgagccgg tgttcacgtg gaagacccag ggcgacctcc ctatgtagcg 38761 gcacagctgg gcgattctct tttcaagcct ctcgcgctcc gatgagtttg aaccgttgtt 38821 ggcgggaact gttatcgcca ttccatctca cccccagatg agcaatacca ccatcacgaa 38881 ggcggtcgtt attatcaggt agctcacgta atccgtgagc agtcctgtgt gctcccctct 38941 gagggccgtg aagaagcgct tgagcgcgta tgttagtccc cacatgacgt tcctgccggt 39001 gtagctgccc tcaaagtgct cgaagcccgg aataaccttc tcggggtcct caccgctgat 39061 gaatatcttc gtcccgtcgc caacttccct cgtccccatt ccgctcctct tcgcccactt 39121 gtcgaggagg taagccagga tgagtccgac gatgaaaacg aggacgaagt agagcgcatc 39181 ccagtagccg aacatttcac gcacctccta agacagcgct tatgtaggcc agctggtcct 39241 caagggcttt gaccgctgga agcatgatct tctcgcttat ctgccagggg aagagcccca 39301 tgatgactat cgcgaccgcg aggattatta tcggccagag catgctcgcc tcggggtctc 39361 tggccttcat gaccctctcg ctgggccttc cgaagaaggt gtagagaacc ctgacgtatg 39421 ctgccgtaca gaatgccgtt ccgattatcg ctatcgcgcc gagtatcggg ttgaatatgg 39481 ccgagctctc gtagatgagc cacttgctcg cgaagccgtt gaggggtggc attcccacta 39541 ttgcggccgc tcctatgagg aaggcgaagg ttgttttcgg cattgtctta gctaaaccgc 39601 tcagctcgtt caggtccctc gtgccgagct cgtggattac gactcctgca atcaggaaga 39661 ggagcgcctt catgagtgcg tggttgaagg tgtggtaaat cgctcctgca agggccacct 39721 cgccagtgtg gcttccgtag gccgctaagc cgattccgag gccgaggagg atgtagccta 39781 tctgtcccac cgaggagtaa gccaagagtc tcttcatgtc tgtctggact actgccatcg 39841 cgttgcctat tatcagagtc aggcaggcga agattatgat gacccagccg actgtcttga 39901 cgctgacgct cgcgccgtag atgctgagga gtatcctcgc cagggcgtag acccctccga 39961 ccttgatgac cagtccggag agcatggcgc ttattgagct cggcgcggcc gggtgggcat 40021 ctgccagcca catgtgaact ggtgaagcac cgctcttgaa gaggagcccc gctatgaaga 40081 gagctaaagc gacctttgca gtaaccgtcg ggttctcaat gatcttaatt gccatatatc 40141 ccatcgtcag cgtcccgtac tggccgtaga ggagggctat gccgagcagg acgagcgagc 40201 tcgctatcga gccgacgaac atgtacttga tgccggcttc aatgccctcc catgtgtcgt 40261 tcctgaacgc taccagcgcg tagctcgcta tgctcatgat ttcgaggaag acgtagaagt 40321 tgaagaggtc accggttatc gctatgccga gcattccgag ctcgaggatt aggatgaggg 40381 tgtagtactt gtccaagcca gtgtcgtgct tcatgtagcc gagcgagtaa accaccgcga 40441 ggaagctaac gagggccacc atgagcacca ttatcgcgcc gaggaggtct acctcccaga 40501 ctatccttat cgggaagctg acgccctggc cgagcgggct cttggctccg agggtgtaga 40561 cgattatccc cttgtcctcc cagacagagt agaagagcgc cgaggcgaca gccaatgtag 40621 caccgctgat tattacggcc caggcttccc tcgccttcct gccgatgagg ctcactatcg 40681 gcatcgagaa cgctccgaag agcgggatga ttatgaggta gggcaggatt gcttccccgt 40741 tcatcccctc aacctcctca gagctctcac gtcaagggtt ccgtagtggc gataggcgtt 40801 tatcgtcagg gccattgcca gcgagaggac gcagacgccg atgactatgc tcgtgaggac 40861 cagagcctgc ggaagtggcc ccaccatcgg gctcttcagg gtctcatagc ctgtgtaaat 40921 tggcgccgtc ggaacctcgt tcagctctat gcggtagccg aggctgatca ggagcaaatg 40981 aatgccagaa tctatgatgt ccagagcaag aatcagcttg atgaggtttc ttttggctaa 41041 gaaggcatat atcccgagga ctatgagaag gaaggccgtt atgaattgaa actgaatcat 41101 gacctccacc tccggtacat ggctatggca acgagcgcgc tcacgagacc tgtgaagacc 41161 ttaaggccga cggcaaggtt cattatgggc aggaaccctg ccgagaggag cgttccgggc 41221 tttccgttga agaacgggcc gttgtgccag agcgtgttgt agaagaacgc cgtgcctatg 41281 ccgagcatcg ccgcgccgag gaagacgaga ccgccgagtc cctcgagggc agagtacagg 41341 tgcttgttgt agtgcttcct catctcgttg aggccgaatg ccacgagaaa cagtattcca 41401 gccccagcta tcgtcgctcc tccctggaag ccacctcccg gtgtcaggtg accgtgggcc 41461 actatgtagg ctccgaagat gcctatgagc gggattatgg ccctcgctga agttttgacg 41521 atgagcccca tgtcggtgcc gcacctcggc ctcattcctc atccctcctc cagggcctca 41581 gaagggccac cgctcccgct atggccgtga aaaggacggt cgcctctcca atcgtatcgt 41641 agccacggta gtcgaacact atgtccgtga cgatgttggt accgccgact tcctgaacgc 41701 cgtgtgtgat gtagtagtca tcggtgtagc ggaggttctt ccagtcgtcc ccgcccgggc 41761 cgaacttgag gccgtagttg ggattggcca cgtagagaag caccccgagg atgaagagca 41821 gtgagaggta agctatcgtc ttcttcatcg ttccacctcc catctttcgg tcttcgctat 41881 gccgtaaacc acgagggcgg taaccacacc ggcaccgacg gcggcctcgg ctatcgcgac 41941 gtcaggcgcg tgtagcatgt agaactcgag gctgaggagc aggctcatcg cggccgacat 42001 aagcgttgcc gcgagaaggt ccctgaagcg aatcgtgagg taggcagtga tgaggacgcc 42061 gatgagtatt attgcctgaa taatcatgtc aagtgtcagg gcgttcattc cttcccaccc 42121 ccgagcttct cctcgtatgc atcgatgacg gctttagccg gcttgtaacc gctcaggtgc 42181 gcggctttcg ctattgcgtg cgctccgacc gggttcgtga ggaggagcgc tatcagggcc 42241 acgaagctgt ggagggtcat ctggaggtac ttcgcatcgc ccgtgacgtg gagtctgtac 42301 aaagcgtggg tcgcaaccgc aaaaacggcg aatatcgttc caaaggtggt gcacttggtc 42361 gcaccgtgaa gtctcgtgta aacgtccggg aagcggtgga gggctatgct cccgaggagg 42421 ttgaaggtga tgtttaccgc gaggaaggcg taaatcaggt agttgaccca gctcattcca 42481 atcccccctg gaggtacctc gcgattatga gcgttccgat gtagctcagg agcgcgtaga 42541 cgattgcaat gtcaatgtaa atcgtcctgt cgtaggccgc tccgaggaga accatcgccg 42601 cgacgacgag cgtgttgagc gtatcaactc ccacgaccct gtcggggacg cttggtccga 42661 ggagaatcct gagtatcgcc aggaacgccg caaacgagat tatcagtgcc gagtaaaaaa 42721 agaccggctc aatcatttcc ccaacctcct ggcccacttt tcgaagggtc ccgagacggg 42781 ctccgagctc tcaggcctct ccattccctt cggtatgtca atccagtgga cgtagagggc 42841 cttttcctct gggcgggcgt ctatggtcag cgttccgggc gtgagggtta tcgagttgcc 42901 gagtatcgtg tactgtgcgt cctcctcgag gtcaacggga accctgacga ttccgggcct 42961 tatcctccct gttatgacga gccacgcaac gtggaagttt gccttgacca ttccccagaa 43021 gaggaccgga gcgtaggcaa tccactcgag ccaccttatc ggattcagga agcgggtcga 43081 cttctccccg acgacgtcct tcgtcgcgta cccgattatt ccagcaaata tcaggcccgc 43141 tatgagctct tggctgctcc agagtagccc gttggttccg gccgttagaa cgagccagag 43201 gacgtaggcg aagacgaagg cgactatgaa gggcaagcta ccacctccgg attaacattt 43261 ttgtttaccc tcgattttga cttctctttc ccgcttaaaa cggttttcca aagctcagtt 43321 tgtcaaaaaa aggtaagaaa cgcctcgttg taaaccaaaa gttaaagaag ggctcagagg 43381 ccgagtttgg tttttgccgc gtactccaag gccttctgga tgtacaccct gtaatccacc 43441 gcctgaacag ctgccggctc aacgtagtga ctgaccacat acggagcaac caagccaaca 43501 acaacacacg ccaaagccaa aaccaagcaa acaccactca tgctccagct ttctctgagc 43561 tcaacctcct tcccgggctt tccaagccaa acctcataga acaccctcac ataagccacc 43621 aaggcagtca ccgaactaac aacaagcacc aaagccagca ctggattctc atccaagaac 43681 gcgttgaaga gaagtaactt actgaaaaac acgttgaacg gcggcacacc aaccaaactc 43741 agcgaagcca ccgccaaact gaacgtcgcc actggcatct tcctcccaag acccgccaaa 43801 tcctccaagt tcctcgagcc ggcagcgtga atgaaaaccc cagccgagag gaagagcaag 43861 gccttggcga tagcatgatt caccatgtgg aagattgccg cgctcagggc aagctgagtg 43921 ccaaccccca cggccattac aaggtaaccc atgtgcatta ccgtcgagta agcaatcagc 43981 ctcttcacgt ccctctggac aagcatcatt aacgccccga acagggctga aaccgcccca 44041 aggagcatta ggacgatgct gagcgcgtga atcacgctgg acagagtgga agttaaagct 44101 ccaccgtaaa ccgtgtacag gaatcttgct aaagcgtaaa cgccaacgtt aaccactagt 44161 ccagagagta ttgccgaaat cggacttgga gcggccggat gagcttccgg aagccagaag 44221 tggtttggaa acactgccgc cttaatcagg aacgcccacg tggccaaagc caaagcaacc 44281 ccagaggcaa tcacgacatc cctgtacggc tccccaacca ccgggaaact catcccgtga 44341 atcaacgcgc tcaagtttgc gaagttgaga gttccaaagc cgtaataaag gactccgaga 44401 gctatgaagt acattgtcgt cccaaccgcg ccaatcagcg cgtacttcaa gccagcgacg 44461 acagaatccc ctctatccct gtagtacatg actaaagcgt aagccgcgat gctggtaact 44521 tcaatcatga cgaagaggtt aaacgcgtcg cccgttaaga ggacgccgag caagccagcc 44581 tcaagcccga ggtaaagcgt gtaataccat tccaaaccac cctcgccctc aaggtagcgg 44641 taactgtaga ttgcaatgag gaacattaac gcggcagtta ccagggctat taaagcactc 44701 atcctgtcaa cctcataaat tatgcccacc ggagcagtcc aaccaccgaa agtgtaaatc 44761 aaaggctcgt ttgaagagta cgccagctga aagagtttga cggcactcag gagggtcaag 44821 cccgtgcctg tcaaagcgta agcctgcaca atcctcctgt cgcccttgac gaggattgaa 44881 gttagcggta atgcgaaggc gaagaggatt gggattattg gggtcaggcc aaccacgttc 44941 atcctcacca cctcactcga atatcctctc cgcgtacttc tcaaactcct cacagatttc 45001 ttttttagcc tcttcaggct cctcagtagt cacgttaatc cagttcacgt acaagtaatt 45061 ctcatccacg tcaaccacga ccgttccagg agtgttggta atcgagttgg caacgagagt 45121 cctcgcgtac tcgctcttca ccttcaacgg aacctttaca atgcccggct caatgtcacc 45181 agtgattatc cgcctcatca cgtccaagtg cgccttgact tccgcgacaa ggaagtacca 45241 gaggaagtaa accaatcccc acgcccacct gactggattg agggctttcg cgtcattctc 45301 cacgaggaac ctcccaacga ggaggccgat ggttactcca actattacgc cagtaaccaa 45361 atcgtaaggt gtgagtgagc ccgtgaagat gatgtacgtg atgaaggcta gcaaggctgt 45421 cgccgcaact cccctcatgc ttcatccctc ctcagcagtt ctggtaggct cttcccgact 45481 tctctaacgt ccagcgtccc gtaaatcctg taaatttgaa ttaccgcgaa ggcgatgaga 45541 atgttgaccg ccatgccaat gactaccgca gttatgacca gtgcctgtgg cagtggatca 45601 acggccgttt taacgaactc tccaacggca ctctttgaga gttcgggcag gattgggggt 45661 tttactgggt aaattactct gtaaccgagg aggacgacga ggacgtttgc cgtatcgccg 45721 aagattgtca gggctatgag ttttttcacg aggtttggtt ttgcaacgat tccgtaaacg 45781 cttatgatga gcgtcgcgag gagtgagact atcgtaatgc tccataggag tgatatcatc 45841 tcctcacccc caggaatttc ttgaacttct cctctggaat gctgagaagc aggaagaccg 45901 ccgtgaagcc cgcgcctacc gcgaggtact cgaagaggtt gtacaatacg agggaaccgc 45961 ccaacggcac tccgagggct tttgccggga agattggttg gttctgcatg atgtaaccgc 46021 tgacgaggag tggggttaaa gccgtgagtg ctattccgag taagccaatg gagcggatta 46081 ttattgccct cgtcttgtct aaaccgtttt tctcgagggc gtatttggtg taggcggcta 46141 ttacgaggag gggcgctact gctaatgccg aaccgccctg gaagccgccg cctggcgtta 46201 actgcccgtg taaagctatt gaggctgaga cagctaaaat cattgcaacc gtgagttttg 46261 tgactacgac aactggttct ggaagctgtg gttttggctc gccctgtttt gcttcttcgg 46321 cttgttcttt gtttagtctg aagagggtga ggcttccgat tattgcgagg aagaagacgg 46381 ccgtttcgaa gagtgtgtca acgccacggt agtcccagag gattgaggtt actgcctccg 46441 ggctttttgc tgagtgttct ccgaagtagc tgttttcgag gtagtactct ccgagcgggt 46501 ggaggttttc gggtggggtg agattttgag cgacatagca ggctactccg aggactgtga 46561 tgaggattgt aagcaggccg attaatcgct tcattcacac cacctcgtac cgttcggttt 46621 ttccgatgat gaagatgagg agtgccgagt agattccgac tgcgattgcg acgtaagcca 46681 ggacgatgtc gggcgccatg agggtgtgga atatgagtgc gtaggctatt gcctggattg 46741 cggagtagcc tactgctttg aggagatctt tttcggttat tgctaggtag gaggcgatta 46801 atccgattag tgcggttatt gcgaggattg ttaagtgtaa ctcaatcatt ttctcgcctc 46861 ctttaggtgg tcggttttgg ggttccactc cacagcgtta gttttgtggg cggcgtatgc 46921 taatgctgtg gctcctgctg gtgccgcgag gagggtgatt attcctgtga tgaggctggc 46981 gccggctatt gcgtatttgt ttggaatgtt tgtgctgagg gcgaggaggg ccacgccaaa 47041 gagtggaact gctgctcctc ctattgttcc gattgttgct gcgtgtagtc tgatgtagaa 47101 gtttgggaat tttaggaggc cgattgctcc gaagaggtcg cagattccgc cgatgataac 47161 gagtattgcg ccgagggtga agagtgtgtt cacgctccca cctccttttt tgtgaggtgg 47221 tttgcgatgt aaatgtcgag gaggtaggcc cagagtgcga gggttatggc tccactgatg 47281 agatacacgc ttttgaagta tactgcgagg attgccatga atgcggctat gtcgaagctc 47341 atgcagtcta ctgcgaggat tatgtctggt attgttgggc ctttgatggc tctgactgtg 47401 tagaggatga atgccgtcac gtagagtggg aggatgattc tcatgagcat aacaacccca 47461 aacgacatca gtctcacctc tcaaattgtg aaaaaaggaa agggccatca ggcgggcttg 47521 gcgaccttgg caagcgcaaa ggtgccgact atgtagtaga ttgacagcac caccgggacg 47581 gcgtacatgg cacctcttcc catggcctta tcaagggcga tgcctattcc agcgggtatc 47641 agcgtggcca gaatccagaa cactgcgaac acgacgaaga agtcaacgat ttccttgacg 47701 agtctctcgg ccgtcagctc ggggtggctg aggtaccagt agtagaacgc cacgaagagg 47761 aagcctccaa ccgcgttgcc gaaggtcact gggattacgt tgtggaagaa ctggctccag 47821 gttacggcgt agttgctggc tattatgccc gtcggaatcg cccacatgtt cgctatcgcg 47881 tgctcgaagc ctatggcaac gaaggcgaat atcgggaacc atatggccag tatcttgccg 47941 gccccgtcct gcactctcgc ggattgccag atggcgaggt tgacgagcca gttacatcct 48001 attccaagga agaacagggc cagtatgtcc tttgagacct tgccgtgcgc tattgcaacg 48061 acagtcttac cgaagaggtt cgggtcgccg acgtggccga agagcccggt aaggggaatc 48121 gccatgagcg ccaggaatat cgagcctatg aagtttccac cgtagcttcc gaaccagttg 48181 tagaggacgc acttgaagtc ggcgtaaccc ttgaccttgg ccgagctgag gaactggacg 48241 ttgcctgtcc agaggtccgc tcctccaagg acgaccgcta tgaggccgac cgggaagacc 48301 gcaccgagca gtatttttag gagcgccttg ttgaaggtgt cacccactgc aaacggcggg 48361 tacttggcga tacagccggc cacgacggcc agcaggaagc cgaaggctat gaaggcaccc 48421 gccataaagc cggcgaagag cagccttcca ggggttgtct taaacttcgg ggtggccttc 48481 ttggctatgc cctcaaaggt cgtatccacc ccgtacagta ttttctcctt tgcatccacc 48541 atcttcgctc accccctttc caatttgagc ttttcatcgg gtttcaggcc gctgagggcc 48601 ctcatcagga cttccctgtc ccttccgggg agtttgagct tgaggacccc cggaaggtca 48661 tctaaggtaa ggtatgaacg tccgaagacc ttccgtatca gtttgcacgt ctccaccgac 48721 acctcaccga cctcctcgta gagggtgaag tcggcgtcaa cgtggtccag catcgccgtc 48781 agcggagacc tgaagcccac gtacctcgcc ttgaggagct ttggcactcc ccttcacctc 48841 ccatccgtac ttctccttca gcctgaggaa ctcccgttcg agaaccctca tggcgagtga 48901 aaccctcggg tcagggttct tcaggcagta gccctgaatg agtccgtgta gctcctccgc 48961 gctcttggct ttcgcgacga gctccatgaa gtcctcgaga accttctccc tgtcgaagta 49021 gccgacgacg tacttcagtc tctccctcag gctcaggcgt atcctctcct cgattggata 49081 ctcgggaagc tcgaagccga cctcttcggt gtagtactcc cccttgacct gcttctcaac 49141 gagtcccaga gccaaagcta ctccatagag tatttcctcg ggcctcgggg gacagccggg 49201 gatgtaaacg acgggaccaa cgtattctcc ctcgtccctc aagtcctgaa ccagctcgaa 49261 tattccgccc ctcctcgggt attcttgtcc ctccctgccg ctctcaggac gtctgtatat 49321 cggatagccg ttgtagaata tccccccgct gcatgcgcac gttcctatgg ccactattat 49381 cctcggcttc gggggcatcg cctttattgc ctctttggcc gcgtagtagg cctgcctcgt 49441 gagcgggccc gttgcggcca tcgcgtgggc gtgcctcggt gaagcggcaa gcctgacgcc 49501 caacctttcg gcgtcgtagt aaggtgttag aatgtcgaag agctctatct cgcacccgtt 49561 gcaggctccg gtgtcgaggt ggaagacata aagcgagcgg agcctcattc taccacctcc 49621 ctgctcgcct ctacggcatc atcaactgtg agcttcctcc tgcagttcct gcagaggatt 49681 gcgcgttttc tgatttcatc cccgtcgaag agcccctctg ggagtatctg gagggccttt 49741 tcgagggccc tctcggtgta gtccgtgtag cttccgcagt tgggacacct gtggagcctt 49801 agctcaacga cctcgacgtg gtctttcctg tcgagggttg ccacctcgaa gttcctcgtc 49861 atccttatcg ctcccgtcgg gcaggcctcg tcacagcggg cacagcgtat gcacctgcca 49921 acgtcgagga cgatttttct cgttcccttt tcgtaatcgt ctatcctcag cagcgcatcg 49981 gcgggacagg cgttaacgca ggcgccacag cctatgcaga gcctcgggtt tatgtgcgga 50041 actcccctgt actcgggagg ggcctcaatc ttcacgaagg ggtacttcag cgtgacggcc 50101 atttcagacc cccctgctgg cctttctcga cagttctgtg agctccttct ccgtgagaac 50161 cctcacctta ccgctcctcg cgtcaacgac ctgaaccctc tcggtacagg agtagcacgg 50221 gtccatggag gctattatca gaacggcatc ggccacgctg ttacccctca tagcgtccgg 50281 caaagcgggg aagttgttgt aggttgacgc ccttatcctc cagcggtaga gcctgttacc 50341 ctcgccggtc atgacgtagt ggacgtcctc tcccctcggc gcctcggtga agcctaccgc 50401 ttcttggtac ggaggtatct ccttccactc cgcgaggatg tcccctcccg gcatctcgtc 50461 gagggcctgc tcaattatcc agatggactc aagaatctcc tccgccctta ctaaacatct 50521 cgccagaacg tccccctcct tgtaaaccgg aaccttgaag tcgaggtact tgtaggccgc 50581 aaacgggtgg tcccttctcg cgtcgaggtc ccttcccgag cccctcgccc agggcccgac 50641 cgagctccac ctcttcgcgt ccttgtagga gagaactcca acgccctcac agcgcttcac 50701 gaaagttttg gttgatagcg tctggtcggc ccacttctgg aagccctccc tgagctccct 50761 gatgaccttc tcaatcatac tccgcctgta ttcgaggaag tcccttctga caccaccgat 50821 gacgaccatt ccgtaggtct tcctgttccc cgtgagcctc tcggccagcc acatcacgtg 50881 ctccctcagc ctgaacgcat ccatgaagcc cttgtcgaag ccaacgtcgt ggcaggccaa 50941 accgaggttg aggaggtggc tgtggagcct ctctatctcc gccatgacgg tcctgatgta 51001 ctcggccctc tcggggactt ccacaccccc cgccgcttca acggcctgag cgtaggcgag 51061 ggcgtgggcc gtgccgcaga ttccgcatat tctctcggct atgaaattga cctggtcgta 51121 ggtcagcctg ttctcgccta tcttctctat tcccctgtgc tggtagaaca gcctgtagtc 51181 aacgtcaact atctcctccc ccttgacata gagcctgaag tggcccggct cgtcgagcgc 51241 aacgtggtag ggcccgagcg ggaagacggc ggttcccttg ggtggctccc tgtagggata 51301 cttggtctcg tcggtaaact ctctcttcgg gctgtcggtg tagtggaagt ccttcctgag 51361 gggatagact ccttctggcc agtcatccgg gagaaccaag cgcctcgggt ccggatggcc 51421 ctccgggatg aggccgagca ggtcttttac ctctctctcg taccagttgg cgcccgggtg 51481 aatcggtgtg accgagggga actttgggtc gtcctccgag atgtatgtct ttatgccaaa 51541 gacgacatcc ccgctcgccc cgtttatcga tatccagtag atcaggctga acttgccccg 51601 caggggcctc tcgtcggccc cgaccatcgt ggacagctgg gtctccttcc actcggggtg 51661 gtttattatg tagcctatga cctcgggaag gtcttccttc cgaatctcga ttatccattg 51721 gttgtcagcg ttcctctcga tgcgaataat cctatccctg aacctctcga tgacctcgtt 51781 aacgtacctc tcccgaacct tttcatcggt aatcttacgc gcccattcct tcatattcac 51841 caccccagag ccgcgaggac gaggaccgct atggagcaga caaacacccc cgcgttctgc 51901 ctgatgattt gctctatcct gagcctcgcg ttcatggatt caattatcgc cacggccgta 51961 tagagcagga agagaactat cagctgggtg accaggatta aggccccgcc gagagcacca 52021 ttcgcgatgt tcctcacgag aggtatcgag atgaaactgc tgaggagcca cagcagggcg 52081 aagcgcttta tcatgagcgc ccacttgaat atcccgagca ggtaaccgct gtactccgag 52141 aaaacaccct cgagtatctc ctgctccgcc tccgccacgt caaagggtat gaagcctccc 52201 tcgacgtaaa ccgagtaagc cagcaggccg tacgcgagga gaaccgagag cgtaaaagtt 52261 actgcgaacg gtatggctcc aatcctgagg gtgtgggcgt ttagggttaa ggttcctatc 52321 gcgaggccga ggacgggctc tatgctcagc attatcatca tttccctgtt ggctccggtg 52381 ttggtgtagg tgttgttgag gctgaagccc gctatcatgt aggctatcga gaccatcgcc 52441 aggacgtaga ggaatacgaa gatgtcgccg gtgaagctta ccggtatgac ccttccgtag 52501 gggagcacga gcgcagctga gaccgcggag gcaaaggcta tgtaaggggc caacctgaag 52561 gcgagccttt cggtcgggta aaccggctcc atcgagagga aggtcacgag gtcatagtag 52621 gtctggagta tcgacggccc ctgcctgagc tgaatcttgg ccttgatttt tctcgctacc 52681 ccatcgagca gtggggggag gaatagtatg agacagaccg cgatgaaact gaaggctatc 52741 ctctcgtaac cgctcatctt caccaccccg cgaggattag gaggattaga cccagcacgg 52801 caaccgcaac ggccagcagg aggttgtagt tgagcgagag ttcctccagt cctattgcca 52861 gtcccttggc cagctggacg aagggcgacg caacggcctc gtcgaggtaa acttcctttc 52921 cattctccac gtaccacctg cccgcgctcg tgatgcctct tccaaccttg tcggcccatc 52981 tgagcagtgt cttaccgagg gtaaggtagc cccccgcgac tgcggagcac actccggaac 53041 cccactcgct cagaacatcc ccgctgtggt agaggccgtg aatgtactcc tcgaagggtc 53101 cgtagtagtg cattgctttg agcttgtagt gctccatcct gacaggctcg cccgtcgtcc 53161 agaccttgac gactttcttc ggcctgttcg ggtaggagac gagcatggct ccagctaaaa 53221 cgccgagcac gccgacgagg agccaggggt tgaagtacgt ctcgccaccg ctcggcattc 53281 cgggagcttt tatcgtcacg agccagtact tggtggatat ccaacccgag agatctgttc 53341 cagtgagcac ctttccaggc gcgaggagga gaggtattat agacgacggt atgagtccga 53401 agagcaggca gagggccgcg aggaagccct ttccgacgag catcgatgag ggaacttcct 53461 ccgcgttctc agttaccttg gtgggcaccc ctccgaaggc tgtggtgtag aacttgacga 53521 aagaggccaa cgtcgccgcg ctgatgaaga gggccatcac accgcagaag acgagcagtc 53581 cgtcgcccga gaggaaagtc ccctggtaaa tcatccactt gctcatgaag ccgttgaaag 53641 gcggctctcc cgctattgac atggccgcta tgaaggtgaa gagagccgtc agtggcatga 53701 gcttcgccag cccgccaagg acgttgagct ccctcgtgtg cgtcctgtag aggactgaac 53761 ccgctgaaag gaagaggagc cccttgaata tcgcgtggtt gacgaggtgg taaagtccag 53821 cggccattgc tatcgctccg aaggcggcat aggaacctcc tttggccatg agggctatgc 53881 ccgctccgac cccgagccag atgtagccca tctgacccac cgagtggtat gctaagagcc 53941 tcttcgcgtc ggtttgcttg agggcgtaga gcgttccgac cgtcagagtc accgttccga 54001 gtatcgccac gatgtagccg aaggtttcat tcagcccgag tatgaagcag gtcgtcctga 54061 tgaggccgta gacggctacc ttaatcatgg caccgctcag cagggccgag acgttgctcg 54121 gagcggccgg gtgggcatca ggaagccaga agtggagcgg gacgacacct gctttgctac 54181 cgaagcctac caagaagagg aggtagtaga ttgggccgag gtggagtttt gataggttgt 54241 cgaagttgag gccttcgatt gagcctgcct tggcgtagag cagggcgagg gccactataa 54301 gcggcagcgt gctcgcgacg tgcatcgtca cgaagtactt ccatcccgcc tttctgacgt 54361 actcctcgtc gttctcccag accatgagga ggtaggaggt gaaggtcatg acctcccaga 54421 agaacacgaa ccacaggaag ttcgaggtcg tcactatgag caccatcgag aggacgaagg 54481 ttgagtagag aaccacgtag agccagcccc ttccgaagcg ctcgtagaac tccatgtact 54541 tcggcgagta tatggaggtc gctaaaccaa ggcttccgag gacgaggcag aggatgagcg 54601 agaggccgtc cacgtggaaa ggtatcttcg caaccccgag gtcgtaggtg aactcgatgg 54661 cctttccctt aagggcttcc ggcaggacgc ttaccgtgaa ggctaacagt gagagtgatg 54721 ccaggcccgt gaagacgtgg cccactgtta ttgacgccct gtagttcttc cttagcggga 54781 gtaccgcgag gattgagatg aggtacagga ttacggtcag ggtgaagagc tccttcattt 54841 tcaccacctc gtccacacgt agttgcacac gaactggctc gcgagcgaga gaatcaggag 54901 gattatcacg gctatggcta tgctaaccgg cagtttgcgc ctgagctcgg gttttccgtc 54961 gcttatcacg taggcgtgga ttgttctcag gaagatgatg aacgctataa cccattcgag 55021 ccccacgaag agcgccagcc atccgttgac ctggaagagc gttttaatgg cctcaacctt 55081 gttgaggaac aggttgaacg gcggaactcc ttcgagggcg aatattgaag ctatcaagag 55141 ccccgccgtc gtctggtcgg agtttatcat gcctttcatc tcgtccaggt tcctcgtgcc 55201 gaagacgtag agtagtgcac cagtcgtcag gaaagcggcc cccttggcaa ggccgtgagc 55261 cagaacgtag tagctcactc ccttctcgat tcccgcaact ccgagtaatc cggcgaggag 55321 gaaagcgtac atccagccga tgttgtctat tgtagaccag gcgaagagcc tcttgacgtc 55381 cgtctggtgg gggtaggtga gtatcgccga gagcatgctc aagaccgcca ttgccccgac 55441 gagccaggct atccagccag gaacgctcca gttcaccgca tccaggactc ttatgctccc 55501 gtagatgccg agctctacca tcgcgccgct catcaaagcc gagacggggc ttggggcggc 55561 cgggtgggcg tcaggtagcc agaagtggag cgggaagagg ccggccttgg ccgcgaatcc 55621 gaggaggaag agggcaacta tggcagtttt gtactcgctt atcgggccga agttgaaggt 55681 gccctggccg gcgtagtaga gcgtgaccgc gagcatgagc ggtgaggtgt cgaagaggtg 55741 catcgttacg aagtacttcc atcccgccct cttaacgttc tcctcgggcc agtcgtagat 55801 tatgaggaag tacgaggcga gcgtcattat ctcccagagg aagaggaagc tcagccagtc 55861 ctggaccatc ggaatgagga gcattgcggc tatgaagatg agcagggtcg ggtagtaggg 55921 tatcttcggc ttgaagcggt agatttccat gtacttcaac gaccctatca gcgccgctat 55981 tccgagtatc gcgacgttca gcgcgaagag gactgaaatc ctgtcgagtg agaatgtaag 56041 cgtcacctcg aacatcctca ccaccccacc ttagcgacca gcgggtaggc tatgtacggg 56101 gctattatcg ccagtatcag caggattacc atcacgacct tcatcagtgg cgttatctcg 56161 actctctcgt tgccttcgct gaagaccatc gagtgcaccc tcttcagcga caccatgaga 56221 aacaccgccg agtccagcag gaggagggcg aacattgcga gcaccagtag gctctccctc 56281 atcgcgttcg cgttgctgag tatgccgagc tttccaaaga acacgccgaa gggtggaacg 56341 ccggccaaac cgaggagcgc aaaggtccag ccgtagccga ccaccgggga tttaattagt 56401 ccccttatcc tgtccatctc aagggttccg agggcgtagc tgaaggttcc agcggtgagg 56461 aatgctaagc ccttgatgta ggcgtggttg aataactgaa agaccgaggc ctgaagaccg 56521 ctctccatac cgaggacggc cgttgcgagg gcgacgtaca tcaagccaga ttcggctatc 56581 gttgaatagg ccaggagtct cttcgcatcc ctctgggagg ggtacatgag gatgcagatt 56641 agctgggtgg cgattatcag gcccgccatg acgtagaagc cttcccttgg aatcggctgc 56701 atgaactgga tgaacctcgc gaggaggaag acacccatct cgaccatcgc cgcgccgtgg 56761 aggaaggcgc tcgctggtgt tggggcaacc atcgcatcag gtagccacga gtagaatggg 56821 aactgggcgc tcttcgtgaa ggccgctata acaacggcca ggaacacaat cagcttcaag 56881 tggctctcga gggaggagta ggcgaagagg ctcagattgt ggaggtgtgt aattccaacg 56941 ccaacggcag tgtagagacc tatcatcgcg ccgaagttag tgacgatgaa ggccttgtaa 57001 gcggaccgct tggccttctt gcttccatag tagctcacga caccccaaca ggcgaggctc 57061 attatctcga agaatatcag caactggaga accgacgacg agtacacgaa ggcaagggtc 57121 gcgcctatga agagcaccat ccaggcgtaa aagcgtccct taccctcata aacgggatgt 57181 tccctgttgt ttggactcat gtaatcaacc gcgtacagca tgaagagcag tccggcggtc 57241 gatacaacca aaccgactgc aacgctcata gggtctatca aaacgccgta aacctcgccc 57301 agactttttg aggtcagcag ggcctcatga acggttttca ttcccgagga gcagaactcg 57361 taaaccccga ggacgttgag gagggttgtg atgatgacag tgatgagcat gaaataatct 57421 gccctcttac catcgagttt gaacagcata agccccgcgg cgagaggaat tgagaaggaa 57481 agaaggaaaa gttcttccat gcccaccacc tcagagggct ctcagggaga tcctctcccc 57541 cttcttggct atctctatcg ctttctccgt gaattccctt cttctcatcc gctgtatatc 57601 gttgaagtcc ccgaagagga gtgcgtcggt cgggcaggtc tctacacagg ccgggagctt 57661 tccttcggcc ctcctgtggg agcagaggtc gcacttcatc attatcttgt cgagtacgtc 57721 cagctcaggg attccgaagg ggcagactat gccacacatg agacagccga tacacttctg 57781 gggagcgagc aggactgctc catcctcgtc gcggtatagg gcgttggtgg gacagacctc 57841 gacacacggg gccttctcac agtggcggca gttgagggcc atagcggcca tttcctgcca 57901 ctcgaagacg ttgatgaagg acctgccgtt gtgctccctc tcacaggcga cctcacaggc 57961 gcggcactca atgcactttg aaaagtcgat aaagacggtc ttcctggcca ttcaaatcac 58021 cccttcacga cctcaaactc gggtataacc tttggaacgg ccttcatcag ctccctcgct 58081 tcctcttcgc ttatcttcgc tattctgcag gcgcaggcct tggtttcggg tatctttgag 58141 accgggtcga gggcgtcgtt ggtgaggacg tttgcccccc agtgccaggg aacagctatt 58201 actcccttct tgacggtcct ggtgaccttg gccctgaccg ggtaagcacc tctcctcgtc 58261 tctatcttta tccagtcgcc ggtctttatg ccgagccttt cggcgtcctc tgggtgtatc 58321 tcggccaagg gctccggcca gcgcttgacg agggccctgc tccttcccgt catcgtgagc 58381 gtgtggtagt ggccgacgta cctgattgtc gtgagcagga acgggtactc ctcgtccggc 58441 acctctgctg gccccctgta gtcaaccgcc gcgaggtggg cttttccgtc tggagtcagg 58501 aacctctcct tgtagagaac cctcgttccc ggatggtctt cgctcggaca cggccagtgg 58561 attcctgcca ggttgctctt gagcctctca ggcgttatgc ccctgtactg gggcgtgcac 58621 gcgttgattt ccctgagaat gtcctcaggg gaggtgtacc tgaatcctct cgccccgtct 58681 ccggagaacc ctgcggcctt tccgatttcg ctcactatcc accagtcggg cctcgcctct 58741 ccgggcgggt tcagcgcctg gaagctccac tgcacccttc tttccgtgtt ggtgagggaa 58801 ccctcgttct caagcatcgc ggccgctggc aggactatgt cggcgaactc catcgttgga 58861 gtcggcacta tgtcctggac gaccatgaac tcgagcttct ggagggcttt gagaacgtgg 58921 ttcgtgttgg cgtcgcttat gaccgggttc tcgcccatga cgtagtaggc cttcaccttg 58981 cccttctcta tggcgtgggc cgcttcgatg acggtgaggc cgacttcacc gctcagctcg 59041 acgccccaga actcctcgaa gaacttcctc ttctcggggt cggtaactgc ctggtaaccg 59101 gggaagacgt tcgggaggac tccgaggtcg cacgcgccct ggacgttgtt ctgaccgcgc 59161 atcggcgaga ctccacagcc ctccttcccc tggtagccgc atattgccga gagcgtcgcg 59221 gccaacctga cgttgtcgtg gccgtgagtg tgctgggtca ggcccatcgc ccaggttatg 59281 acaccctttc cggcggttgc gaaggtcctc gcggcctgga ctatgagttc agccggaacg 59341 ccggttatct tctcaacgta ttctggtgtg aacttctcga cggttcttgc cagctcgtcg 59401 aagccgacgc accttctcct cacgaagtcc tcgtcgtaga ggttctcctt gatgatgacg 59461 tgcatcatgc cgttgagaag cgctatgtcg gttcctggat agtgctggag gaatatgtcc 59521 gcgaaccacg cggttctggt gaacctcggg tcggcgacga tgacctttgc gcccctctcc 59581 ttggccttta ggacgtagcg gaagccaacc gggtgggttt cagcgtagtt gtggcctatg 59641 atgaagatta cgttcgcctc ctcgatgtcc ttgtaggtgt tggtcatcgc cccagcgcca 59701 aagaccgcct tcaggccgga gaccgttgag gagtggcaca agcgagcgca gtggtcaacg 59761 ttgttcgttc cgagcattct ggccagcttc tggatgaggt agttgggctc gttgaaggtt 59821 ctcgccgaac cgaagaacat catcgcgttg gggtcgtcct tggagtacgc cctaagcctc 59881 tcggcgactt cctttatggc ctcgctccag cttatctcaa cgaacttgcc ctgttccgtt 59941 gccttcaggg gctttttgag cctgtccttc gccaggaggt actcaagaac ggcgttgccc 60001 ttcggacaga gctttccgtt ctcgtttgag atgcccggta tgtcctttgc gtactcgatt 60061 ccccgcgggt agccgtcaag gctctttatg tacagcctgc acccaacccc gcagtacgga 60121 cagacgaccg gtacgagctt ttcttccaac gggaacaccc ccttcatgta tttttgcgtt 60181 catcaatgtt catctattac ctcgatgtcc atgtttttct tcagaatcag cttcgtgttt 60241 tcgcttaaaa cggtttttta acagcttagt ttccaaccaa aggtttagaa aggagagaac 60301 agttaaaata aggcccaatt tcctctgttt tactcttttg tatgcctttg agcctggagg 60361 caaacaacac gaattaacgg gggaggggat gtaaagcatt aacgataaaa atgaaagtca 60421 gaagagctga gccatgttcc tctgcgccct ggcgaccttt tctctcgccc tcttcaggac 60481 atctccaagg acgtgaacac cgtcacggag ctctatgtag tcctcttttt ccgccccttt 60541 cacgagctcc tccccgcgga cgttcctcgt tataagtacc gtccatccgg gttcgctctc 60601 gacgaatcca gccgagatgt cgctccacag tcccgcgtag tcagtgcaca ccagacagcc 60661 agtctggagg tatgagtagg cctccttcag cggtatcgcg agaactgtgt cgtcgtggtg 60721 aacctccagg aactccctac ccaggcggat gtcctttatg tcctccgccc tgacgccgta 60781 gcggacgcgg aggtagttca ggaaggcctc gaacgcgaag gtgcccatgc agaacaggct 60841 gattatgtac ttaatcctgt tgccgaagtc cgtctcgagt atcggaaagt ccctcatctg 60901 gccgaagaac tgggcctggc agggcagaca gactatcgcg accgccctga ggtcttcctc 60961 ctcaatcttt gcctttatcc tggctgcaaa ggggacaatg ctccagctgt tgccagctgc 61021 ctcaagcagt tcctccctgt tgcgcgcgac aacggctttg ccctcgaacc ccttcaccct 61081 ctttgaggtc acgactccat cgacgagtcc cttatcgagg gcgtagcaga ggagcgccgt 61141 taccgcccca ccgctcgcga ccttcctctt gagtatctcc tcgtccttcg cccgggcaag 61201 ataaacaccg cgaaactgtc cgaggaggtt ttcaccgatt ggcatcatgg cttttcaccc 61261 ccgaggcata tcaactggga agcgcgcgga cagcggatgt agcaagttcc acaccttatg 61321 cacctctcct ggattatggt tggcctcttc tccacgagcc ttatcgcgcc ggtcgggcag 61381 gacagctcgc aggcgccaca gcctatgcac aggcccgtga gaactatgtc gtcgatgagg 61441 tcaaatccgc tcagcttctt caggccagcg gtcaccttga acagcctgag cctcgactcg 61501 ttccccgcca tgaagaactt gaagaacgac tggagcatct gcggcgttgg gggacagccg 61561 ggaattgagt agtcaactgg tattacgctg tttattggct ggaagttcct gtggtcgggc 61621 ctcggctcct ggccccctcg ggcgaagcgc agtattccgc cgagcgacgc gcaagagccg 61681 aaggcgacaa cgaccctggc cttctccctt atctccttca gctcctcgag aattctgggt 61741 tcgttcatgc aggccccgcc cgttattaag gcaacgtcgt attcgccgta ctggcaggaa 61801 ccgtcgcgga ggtaggagat gtcgaggtct atctcgttca tcagcttggg ataagctctg 61861 attatgctga cgttgcatcc ctcacacccg gcaaaatcca cgtggagaac cttgagcttc 61921 tccatgagca tcacctcaac ctcacgacgt gggtcgtgca gggtatacac gggtcgtaga 61981 gcctcataac ggcctccgcc gccttaacgc tcagaccctt cgccatttcc tccatgaccg 62041 ggatgttgaa catggttgga actactatcc ttgacttcag aacccttccc tcctctccga 62101 gctcgacgta gtggatgagc gtcccccttg gagcttcata aacgccaact cccttccccg 62161 gcctgaaagt tatgtcacca gtcctgaatg gctcctctat ccttatctcg tccaggattt 62221 cgccgagcct ctggatggcc agcctcgtat cctctattct cgcgaggtgt aaaccgtaga 62281 gggactcgtc cctgaactcg cggtacgtga tcatcctcgc cctcggtccc gtctcgacct 62341 tctcgccgtc gtagaacgag acgagcgtcg ttgattccct cgcggcctcc tccttcctga 62401 attcgtagta gggaacgctt gagaccttgt cccactcgat gttgtacctg tccccataga 62461 agaagccgct cgcgaggtat ttgaagggcc ttttggcttc cctaagctca tccgcaatct 62521 cggtctggat gtcctcgtcg attaaaagct cctcggcggc ctcccagctt gcggtgaggt 62581 ctttgaacct cgccttcagg ttgttgaaga cgctccactt cggaactgag agcatgccac 62641 ctatcgtcag gttcggtggg tgggtagcag caccaccgag cttgagcagg tagtcgctta 62701 tttttgcgtg aaagtccatg agcttgaaga gcacgtcgtt cctcttttcc tccttaatca 62761 ggtcgcccgc gaccatgagg aagagcagag cgtggctctg ggccctgttt atcaggccga 62821 gggcttcccg catgagcctg ccgttcctcg ggggagtaac ccctatggcg tgctctatgg 62881 cctcactcgc cgctatgccg tgggaggcgt ggcagaggcc gcatatcctc atgacggcct 62941 cgacggcaaa gagggggttc tttccgacga ccatcttctc gaagccccta acaggggcgg 63001 ttgctatgaa gagggcatcc tgaacaaccc cgtcttcctc gtacaggatg agcttggcct 63061 cacccgcaat cctgcacacc ttatcgaggg ttatctcgcc caaagccttc acctccgctt 63121 ttcactccat ttctgagttc gaaacgcacg ataaaagcgt tttttgaact aaaggtttgg 63181 aactctaatt ttccgatatg gggggagttt aggttatgaa tcactggatc caccaacgtt 63241 aatgcgttaa aaaaagagaa atggccatct aaaggctttc agggtagcct cccaaccccc 63301 tcgagcgata tcgttgacat cctctccctc gctatctttt cggccgtcct gcgcctgatt 63361 tcgtcctcaa tttcctcggg ctttccaaag aatattgcct cggcagggca catctcactg 63421 cacgccgggg ccatgccgag ttgccttctg tcggcgcaca tgtcgcactt ggtcatgacc 63481 ttgagcttca cgttgaaggt tgggacgcca aagggacaaa ctgccagaca catcatacag 63541 cctatgcact tgttggggtc tattatgacc gccccgtcgt agtccttgaa tatcgctcca 63601 gcagggcaca cgtccataca gggggccttt tcgcagtgcc tgcaggttat tggaatcgga 63661 atgcccgtta ccgtgtagta gactcttatg ttgggctttc cgtgatggat gaactcacat 63721 accccctcac aggtctcaca accgatgcag aggctgtaat ccacgtggag aatcctcctc 63781 attctttcac ctccataagc cagtagtgga tgctctcggc cgcgtacagg ccgtccttca 63841 cggcccttcc aaccttcgag ggcccgagca caacatcgcc ggccgcaaag acgccttccc 63901 tgctcgtcat gtgcctgctg tccacgacta tcctcccctt cctgtcgagg gctattcccg 63961 tgtccttggc gaagggagga gttggcatct ggccaaccgc gcagaccacg tagtcgacat 64021 cgatctggaa gttcgagcct tcaattggaa ctggccttct ccttcccgtc tcgtcgggct 64081 cgctcagctt cgtcttgacg agctctattg ccctgaccct tccgttctcg ccgattatcc 64141 tcacgggcat cgtcctctcg agccacttca cgcctctctg ctggaggagg tttatctcgt 64201 aggcccccgc cggggcctcg cgaatggtcc tgcggtagct gaggtagacc ttctcggccc 64261 caaggttgac gctctcgagg gccgcgtcaa cggccgtgtg tcccgcccct atgacgatga 64321 ctttctttcc ctccacgggg ggcaccttat cccagtccat gtgcccgagc ttggcgctct 64381 tgatcttgaa caggtattcg agggccggga agaccccctc gaggtcggaa cccggtatgg 64441 ttggcacgta ggcgttccac gttcccgtag ctatcagaac cgcgtcgtag ttcttcacga 64501 tctcctcgaa gtctatcctc ctctccacga agtcgtcgcc gttctcgttt ggattgccga 64561 agcacacctt tgtcctcggg aagaacttta ccccgaaggc gttttccagc ctctcacagc 64621 cgtcccttac cctgtaaatc ggaatcctga actctggaat gccgaagagc atcagccccc 64681 ctggctctgg gagcttgtcg tagacgtgaa cctcgtgccc ctggcagacg aggtagccag 64741 ccgcggcgag gccggccggt ccggcaccga ttattgcgac cttctttcca gtaggctcgg 64801 gtttctcccg gcacaggaag gcgaagttca tacctttcat cttcatcacc tcacgtaggc 64861 ttcataactt cgggccacgt caaatatccg cttcctcttg caatcatcgc aaaggtagac 64921 gagcgtatca tcctcaccgg cttccctgag ctttgaggcc atgtattcgg cctctttgac 64981 ggtgtacgga agtttcctgc cgcaggcccg acagcgggcg aactcaaagg tgagcgtcat 65041 cccatctgga atgcccctta tggcccccag ggggcacgct tcgttgcact caaacccaca 65101 gctaccgcac ttttcgggct caaaggttat cctgcgcgtg ctgtcgttta cgattgttat 65161 tgcattgaag gggcatgctt cggcacagag cccgcatcct atgcacttct caacctccag 65221 cacgcttatc ccctctctgc cccatattga acttttcagt gcttttatgt ccatattttt 65281 gttggattcg ttttctgtac actgaaattt ccattatcgg ggttaaaaag cgttttttga 65341 accgctttta ctgaaccaaa ggtgtccaac gaagcgttgg agaaaaggaa ttaagtcaat 65401 gcatcccttg tcacgcacct gaggtgcatg aaatgctcgc ggtcaggtgg cacggaagga 65461 gggatctgag gcttgaggac atccccgagc cccaagttaa gccgggcttc atcaaaatca 65521 aagtgaaagc ctgtggaata tgcggaaccg acctgaacga gtacctcaac ggaccgattt 65581 tcatacccac cgagaggccc caccctctca ctggcagaac tgctccagta acgatagggc 65641 acgagttcgc tggggaggtc gttgaaattg gcgagggcgt taagggcttt gaagtcgggg 65701 acagagttgc tatcttcccg gtaatccact gcggtgagtg ctacttctgc aggaggggaa 65761 tggagaacct ctgcgtgaac tttggggtta cgggcctcag cgaggacggg ggttttgcag 65821 aatatgccct ggtcagacca tatcaggcct acaaaatccc cgaaagcgtt tcgttcgagg 65881 aggccgcgtt ggtcgagccc ctctcagtcg gggtgagggc ggtcaaaaag gccggcctgt 65941 taccggggga cagcgtggtg ataataggag cgggtccgat aggcctcagc gtgctcctcg 66001 ttgcgagggc ctccggggcg ggaaaggtaa tcgtcgtgga gccctcaagg gtgagacgga 66061 aaaaggccct cgagcttggt gctgatattg caatcgaccc gagcggcagg agcacggagg 66121 aagtcgttga tgagatagtg ggcgaaactg aacttggagc cgatgtcagc ttcgagtgcg 66181 ttgggctcaa cgaaactttc aagacggccg tcgagagcat aaggaaaggc gggagggccg 66241 ttatccttgg ggttttcaag tgcttgacgt ccttcaacgc aaaaggcctc gtcgttgggg 66301 agaaaagcat agtgggctcg gtttcccaca gcgcggatga cttctgcagg gggatttccc 66361 tcattgcatc cgggagggtt gacgttgggc ccatgataac ctcaagagtt gggcttgagg 66421 agataatcga gaggggcttt gaggagctcg cgaagaacag ggaggggcac gttaagatac 66481 tggccgtggg aaaataaatt aaagtcagaa ctcccaggta acttcgtggt caaaatgagg 66541 gagctaaact acggggaggt aatcgagaaa ctggtatcct ttattcaaga gaaagtcggg 66601 gaggcaaaat ccaacggagt tgtgataggg ataagcggtg gagtagacag cgcaaccaca 66661 gcttatctgg ccgttaaagc cctgggaagg gagcgcgtcc tcgggctcat aatgccatac 66721 tacaacaacc aagacgttga cgatgcaagg ctcgtctgct cctccctcgg gattgagtgc 66781 agggagatag gcataaagcc gatcgttgac tccttcgttg ccgggctcgg ctttcaacct 66841 gataaacgga gcctcggcaa cataatgtcc cggacgagga tggtcctcct ctacgcgcac 66901 gccaacgcca aaaactacct cgtccttggg acgggcaaca ggagcgagtt cctgactgga 66961 tattttacaa aatggggcga cggcgcgagc gattatgctc ccctcataaa cctctacaag 67021 accgaggtat gggaggttgc caagctcttg ggagttccgg aaaggatcat cgagaagaag 67081 ccgagagcag gtctctggga ggggcagact gatgaagacg agcttggaat aagctaccgc 67141 ctcctcgatg agatactctg gcgccttgta gatttgaaga tgccaaagga ggagatagcg 67201 ggggaacttg gcattccagt cgagagagtt gaatacgtcg agaaccttgt gaggagaagc 67261 gaacacaagc gccgtttgcc tctcggaccg gagttttagg cgttttcacg ctcttatctt 67321 aatcatcttt gataccaatg caaaccttta tatactctac aactaacctc ccagtgggac 67381 tcttctcgga gtctttcgag ggagccccaa tactggaaag ttggtgttag gtatgtatgg 67441 agatagattt ggtggatatg gaaacgaggc cccggtcaag gttggggagc gctacagggt 67501 taagattgag agccttggta agggtggcga tggcatcgcc aagataaagg ggttcgttat 67561 cttcgtcccg aacacccagg tcggagacga ggttgagatc gttataaact ccgttaagag 67621 gaagtttgcc ttcgctcagg ttatctgaag gttcaagctc acatctcacg cccgcaaggg 67681 cttttccact acttttttga caaacttttt tagaggggcc gagaagttta accggtggtt 67741 accatgaagg tcacagttag gtacttcgcc cgctaccgct ccctagtcgg taagggagag 67801 gaggaagtcg agctccccga aggagcgacc gtcatggatc ttattgagaa aataaaagag 67861 atgcatccag ttctcaggaa cgaggtcttc gcggaggacg acgaccttgc ggacgtcaac 67921 gtatcgcgca acgggcgcta cgtacgcttc gacgagacac ttcgggaggg tgacgtggtc 67981 gccatcttcc ccccggtgag tggaggctaa tcatttcctc cttcttacga tcataagggg 68041 ccacagggag agcagagtga tcactccggg gccgcagagg gctttaactg agtctgaaac 68101 cgaacttgaa ggccttggag agccgatgtg ctctggggtt ccatgctgga ggccctcgct 68161 ggttccgggt tcgcctgttg acacgacgct actgccgttc ccagtatccc acgccccaca 68221 gccgacaaag cgaacgagca atggatcctt gctctcgtcg tagggtatcc acgcataagt 68281 gccgttcttc gtctcgtacc acccgatgtg ggagttccag ccggcgttgc cccactcaga 68341 gacctccgct atctcctcga tgtcctcctc agtgaggccc ctgacaacgc ccctggcgac 68401 gagctcttca agaaccttca tcattaccat cgaggcgttt acctccgagg tatcgtaggc 68461 cggcccctcc tcggagcgcg attgaacttc gatcttcgtg cagtttatcc ccgttgcttt 68521 caaaagctcc tcaaccgctt ctctaaggtc ctcgggatct ggggcctttc cgacaatccc 68581 tgtggggccg gcccgtataa ccttggaggg atccaccccg tgactcctca ggcacttctc 68641 aaactccggg ttgggtttcc aggagcaggt accgttcaca cagccacagc tcgtgagctg 68701 gaagcactcg taccagggag cgtaaacaca gggagttacg atcttctcga cttcaccttt 68761 tctgccacag acctcaccgg agcagccgcc ggtggcgcag tcggagtcgg atttgcattc 68821 ccacccctga tctgtgatcc tgaaggtggc gtttcccttg atgagcttgc tcccgtttac 68881 gatccatcca agggccctta gcttttcgag ggcatcggag gtaaggatga aggttccgga 68941 gtagacccag tacgcaccta gatgcctaac cgttggaatc ccaatccaga cgtgcaggcc 69001 tttactcccg ttccagaccc tgagcaggaa cgtttttccc tcgatctcca tcacgggagg 69061 aacagcgggg gagaggttgt actcaacccc gggtttgttc agaagaacct caacggagta 69121 taggtcggag ggattgaagc aggcccctac ggactgagcc ggcaacattg aaacgatgaa 69181 cgccacgaca accaacaggg agtacaccct tctcataccc ctcaccatta agtattccgg 69241 cttcatttta tttaagcccc ccgacggctt caaactggct tgaagtgtag cttcaaaacg 69301 attataagag agattggcta gtatcacccg aggtgattga gatggagaac ccgttcgaga 69361 ttaccgcagt tgtggcgagg gagatactcg acagcagggg aaacccaacc gttgaggtcg 69421 aggtctacac gccggtgagc atggggcgag cggccgttcc gagcggagcg agcacgggaa 69481 cccatgaagc cctggagctc cgcgacggcg gaaagcgctt ccacggaaag ggcgtcagaa 69541 gggcggttga gaacgtcaac aagattatag caccggaaat catcggaatg gacgtcacat 69601 ggcagaggga cattgatatg ctgatgattg agctcgatgg aacggagaac aagagcaacc 69661 ttggagccaa cgcaatcctc ggtgtgtctc tggcggtagc aaaggccgcc gccaacgcgc 69721 tcggccttcc gctctaccag tacatcggcg gaaccaacgc ctacgtcatg cccgttccga 69781 tgagcaacgt catcaacggc ggcgttcacg cgggcaacga gctcgacttc caggagttca 69841 tgataatgcc ggtcggtgca aagagcttcc gcgagggaat aaggtgggtc tccgagacct 69901 accacaccct caagaaggtc atagccgaaa agtacggcaa gaacgccgtc aacgtcggcg 69961 acgagggcgg cttcgccccg ccgatgaagg aagttaccga gccgctcgag gtcctcatca 70021 aggccatcga agaggccggc tacaagcccg gcgacgagat agcctttgcc ctcgacgccg 70081 cctccagcga gttctacgac gaaaagctcg gcaaatacgt cgttggtgga aaggagtatg 70141 acagaggcga gcttcttgaa ctttacaggg agctcgtgag caagtacccg atagtctcca 70201 tcgaggaccc gttccatgag gaggactggg aaggcttcgt catgataaca agggaacttg 70261 gaggcaagat acagatagtc ggtgacgacc tcttcgtcac caacccgaag aggataagga 70321 agggcatcga gatgggcgcg gcaaacgcac tcctcctcaa ggtcaaccag attggaacgc 70381 tcagcgaggc gatagatgcc gcctacacgg ccttcagggc tggctacggc gtcgtcgtct 70441 cccaccgctc cggggagacg gaagatgcca ccatcgcaga cctcgccgtt gctctcaacg 70501 ccggccagat aaagaccggc gctccagcca gaagcgacag gaacgccaag tacaaccagc 70561 tgataaggat agaggaggag cttgagggta tagcagtcta tccgggcaag aggttccgca 70621 acccgttcct ctgaaccttt ttctttatgt ttctggtgaa gattatgaga atgagtttaa 70681 ccccgataaa ccaccgctat ctcttgctaa ctgctgagct gttgctcgtc cttgccgttc 70741 tgctttcggc gacgtcacat tacggcctat cggtcgtgtg ccttggagga tccacgatcc 70801 tctactactc gggcatgaga gagctcgtga gaaaaaggtt tggaacatgg gcggtcagga 70861 gattcacgat agcttacttt ctaagggcac tatcgtggtt cctgattggt atttccgcgt 70921 tttacacgta ctctgcagtt ataagaaatg tgtttccctt tggccccagt gagttcttcg 70981 cgacttcgat cgttgcgctt gtaggtgcgg ttgttaatta cctatcggtt ggaataagga 71041 acagcgtcct ctggaagatc gaaggtttga ggactagcct ctggttttcc cgtctcaact 71101 cgattgttct cttcatggct gcgattgtgc cctttctgcc ggcacttgca aaaatctggg 71161 aactgacagg gtttctgaag attttagcgg cccctgcact tagctcgttt acgtttctag 71221 ctcttctgag caaggttttt tacttaaagt ttctcctaac ctctgagaac ttgaagacgg 71281 agaaatagat agcgttttct tgaaaagaac taattgggag agttctcgat catatctcta 71341 agctgctctc tctttttctg gagtatctct atgatgccgt ccagcagttt gaggtattcc 71401 ccaacggcct ccttggcgag ctctctaccg tatcccattt ccctgagctt ctccctaagc 71461 ctctcgtgat actgaattgc cagatagagg gatttcaggg tgagttcgtt tgcctctcta 71521 aggtagagcc atcctttctc cgtgaggcga tatctgatga ctctcctttt tcccctgtat 71581 tcttccctcg actcgactag tccctcatcc gccagcttgt tgagcatggt gtagaggttg 71641 ccgtggctgg gcttccagtt gccgaaggtt attctctcta tctccttcag tatctcgtag 71701 ccgtgggttt cccccttcag gcctattatc aggaggatga ggttcttcat cgggaccgtg 71761 aagaggtttc tcacgaggct tgagtccgac atggtctcac caccggcgaa aggcttataa 71821 gcttcaccct gcccatatat gtctgaatta gacctatctg aattagatag gtttacaatt 71881 tacatattca tgacaatcat ttaaaaatct ttgggggtgt caagatggcc tggaacgagt 71941 ggattgcaaa gcacccaaag acagtgctgg caatttgggt ggcgcttatc cttattctag 72001 cacctttagc aggaaagatc ggtgagctga ccgattacag caccgagcag atggtgtcgc 72061 ataagataga gtcaatcaga gttcaggaca tcatgagcga ggagttcaca aaagcccaga 72121 acgagaacat gacgtacctg ataataacca acatcagcgt caacgacgag aacgcgagga 72181 aggcctacta cgcgtttaag gaccgcgtag aaggtaggta cgccacgaac gtaacctcct 72241 actacgacgc cctcgacatg ctctgggata tggactacaa cctcacgctg aacatcacga 72301 ggatgacggc caacatcacg ggcattcttt acgaggctgt gatcaacagc gaaaaaggct 72361 ttgggcaggt gctcaacctc atgtaccatc tcaaaaacac gacggagatg accaaaaaca 72421 gcctcgtggg cgccgcccag ggttatctcg cactcaagaa caacttaacc ttcctctgga 72481 accagaccgt tctcctccgg aatgccctca accagacgga ttctgcctac gtcgccctcc 72541 acagaaacct gacatcaacg agtgagatgc tcaggagcct caactctacg ctgatagagc 72601 tcaacagtgg tctctatgct ctcaactcga catatgggaa gacgtacgta ggggtcatgg 72661 tcgttcacaa ggccatcctg gccactgggg cctacgatag gggaaacctt actcaggtcg 72721 aggcagaggt gatagctaac cagacgggga caactccaga gttcgtctat gcggtctttg 72781 acgccgtcta cccgatttat gcacagggtg gaagcctcgc ggtaacggac accctccttg 72841 caaacgtgac aaaggccata gttcttgctg gaacccctga cgaccagaaa cccctcgtcg 72901 aggcctatgg gacagctttc tacctcggcg tcaaggcctt cgacgaaaag gtcggaagtg 72961 agtacgccct tcagagcatg aacgagtccc agctgatgga aacggtttcg gggatagcat 73021 cgcaggccct tcagagcctg ccccagatta tcgcccaggg caaccagacg gtgagtgtgc 73081 ccggctttgg aaccctcgat gcaaaaacgt ttgcctcaat aattgagacc gcgatttcgc 73141 tcggcccaga gccagccccc gaggccgttg agaacgcaac cgtccagctc gggctagggt 73201 tcaccgcaaa ggcacctgag aatcctctcg caaacgtcga aaacccggag gaaatcctga 73261 gagtcctcct cgtcaggggg ccgactccag agctcgaggc cgagctcctc accgcgggaa 73321 tggccaagat gatgaacggc accgccggcc agctcggccc cgtcatcgtc cagacggtaa 73381 tggcctacga cccaactgcg gagggggttc tctcgaagaa cgcgagcgtg ctcgaagagg 73441 ccaccctgaa ggtcatagag ggaatggtgg gcaacatcgg gattgagctg gatgagaacg 73501 tcctgaaggc catctacgag agcaacgggg acgagagggt aatcgaggac atcgccaagg 73561 agctcctcaa agaaggaacc atcaagcagc ttgagagcgc aaacgtcccg gaagcagaaa 73621 aaatagctga gaaaatcgtc gaaaccgtta cagcggatcc ggagggaata ataagcggcg 73681 aaaggctcga agacgcgacc atcgaggtaa tcgcgagcat gagcgagggc atggttccgg 73741 agggtgttga catagacatc tccgaggtcg tgaaagagct ctacgagggc gccgacccga 73801 gaaccgtcgc ggagaacctc ttcctcaagg gcgcggagga gcagatgagc cagatgaacg 73861 ccacagcaat acctgaggag tttaagggag ttttcatgaa cctcacgaag gccgtcgtca 73921 agaactaccc gctgagcgat gaggaaatcg agagcctcgt caaggaaaca gtcctctcga 73981 tgatatcgag ctacgcaaag gacaacccct acggagtcga gctgaacttt aacgagaccc 74041 ttctcgcgga tatagccttc cgtttcaagg atgacccaag tgcgataacg agggaggacg 74101 tcaggcccct cgcggaggag ctctggcccg tcatcaggga gaaggccgga acctatctca 74161 gcatgctcaa gagcgaggac aacaccacga ttctgataac cttcgtgccc tttggaaagc 74221 cgggcccgga cagagacgag tacctctacc gcgcccagaa cgccacgaag gtcaaggaga 74281 tagcccttga ggagttcagg aagtacttcc cagaggcctc tggagccctc ggtggaacgc 74341 caattcagat gcacgagatg accgagtacg gcaagaagga caaccagaag acaagccagg 74401 cgagcatcat aagcgccctc atcgtgctgt tcatcctcat gggaggtgct ctgctggcga 74461 cgttcctgcc cttcactggc gtcgcgacat cagcacttac agctttagga atagcgtacc 74521 tgctcgcgag gagtggaatc ctcaacattg gaagctgggc ccagatgcta accataacaa 74581 cggccctcgg cctcggtata gactactcga cctactacgt ccaccgcttc aaggagtaca 74641 tagccgaggg ctacgaccat gagaaggccg tcgcagaggc cctcaggagg gctaaggacg 74701 ccgtcctggc gagtgccttc acggacatca tagccttcgc gagcttcgtc ctggcctggg 74761 agttcccgat attccagcaa atgggaatgg ttgtcccatt agcggtcata gcggtgctcc 74821 tagcaagcct gacactcatc cctgcaataa cggccctcat aggcgacaag caaatattct 74881 ggtggccgag gcacataaaa cacatcgaaa cgctcgacgt ccacgagagg agcagaatag 74941 ccgagtgggt tgtcaaccac gccaaggtcg tcctgctcat aggcctcctg atagcggttc 75001 cggcgacgta cacgttcttc aacttcgagg gaacccatga catgagcctc ttcctgcctg 75061 agggaagcga gaccctcacc ttcatgcagc tgagccagga gaagctcgga gcggccataa 75121 cctcgccgaa ctacgtcata atcgacctcg gccacaactt gactgacgaa gacctcaagg 75181 tgatagacga gataacggcc catgtaacga gaatggaagg cgttaaggcg gtctactctc 75241 caaccagacc ctacggcgag ccggtgagca acctgacgct gtcagcggtc aaggcgctcg 75301 gcggggacag gttcatctca agcaagggag acaaagtgat gatacaggtg gagtcggttt 75361 acgagccgac cgaggaggga gccaagaagc tcgtcagggc tttaaggagc tacatggccg 75421 agcttgagaa ggagggcagg ataaaggagg gactcgtcgg aggaggggcg gcgctctcga 75481 tggacctcac cgacaggata aacgacatct tctggcacag gataatccca gtggccctcg 75541 tgctgatgtt cctctcgctg ataccgacgc tcaagggact gcctgctgtg gtatcgacga 75601 tgatgaccat attcctcggc gtcatgacga gcatctgggt ctcaacgtgg ctcttcggca 75661 gggtcttcgg taaggaagtc atgtggttcc tgccgctgat ggtcttcgtt gtgctcatgg 75721 gagtcggcat tgactacaac agcttctacc tcgtcaaggc cagggacgag ttcgagcgcc 75781 gttcaccgaa ggatgcactg gtggtcgcag cgggaacgat ggacatgctg gtaatcggcc 75841 tcgcggtggt tctggcgagc acctacggcg cgctgatgct cagcagcacg tggggaatga 75901 gggagatagg ctttgcattg gccgctggag tcctgctgac ggcgacgatg gcggtgtact 75961 tcataggccc ggccttcatg agcctcttcg gcgagaaggc ctggtggccc ctgttcaaga 76021 accacaaaga ggccaagaag gagtgacttc ctttttccca tttttgtccc ggaagggttt 76081 tagcctcttt tcacttttct ccagttggag tctcattcag aaaggtggcc aatgaagggg 76141 gcaaaacctc cgttctgaga ggtgaattgt atgacagaaa gaaagaagct gaagatatac 76201 atccccggaa tcaaatttcc ctcgcagaac cggggggttt caccccccac gtccttgcta 76261 accccctccc cccgaaggtg gggcttcgcc ccacatagag ggggaaacta cgtttcccat 76321 acccttcctt cttttttaaa cactggaggg ggctccgccc cctgcaaccc cctgctctga 76381 aaggtgattg aaatggaagc agaaaaaaag aaactgaaga tatacatccc cggaatcaaa 76441 tttccctctg tctcgctcac ggggagctac tgcgccctca actgcgccca ctgcgggaga 76501 cactacctcg agggtatgaa gaagcccaaa aagggggagc tcgttgactt ctgcctcaac 76561 cttgagcgct ccggcggtct gggctgtctg ctcagcggtg gtatggactc ccgcctgaag 76621 gtgccgattg acaagtatgc ggacgagtta aggaagataa agaggagaac gaacctgaag 76681 ataaacgccc acgtcggctt catagatgag agcgatttgg aatggctgaa atacgttgat 76741 gtcgtctccc ttgactttgt cggcgatgac gacgtgataa ggcgagttta caggatagac 76801 aagaccgtag aagattacct tcgcatagtt gaacttctga ccgagaacga aattcgcgtg 76861 gcgccccaca taacgatagg cctcgatttc gggagaatcc actgggagta ccgggcgatt 76921 gacctgctca tggagtatcc aatagacgtc ctcgtgctgg acgttctcat cccgacgaag 76981 gggacggaga tggagaacgt cccgaaaccg ggcgttgagg agagcctgaa ggtcgtaaaa 77041 tacgcgcgcg agcgcttcaa cggagagctg agcataggct gcatgcgccc gactggaagg 77101 tggcgtcttg agttcgacag gggggcggtt ttggcgggcg ttgacaggct gacgaacccg 77161 ccgaggaaag tcatcgagtg ggcaaaaacg gtgagggacg ttgagataat ctacgagtgc 77221 tgcgttatgt gacgcccata ttaaacgtcc atgttttctg attttatcac cctcaattag 77281 acgtagattt ttaagagtaa acgccctata ttattctgcc aattaggagt agcggtatat 77341 agggaggacc ttgacggatt caacgtgaag ggggtaaatc agggatggaa ttgagcaggg 77401 caagatggag tgtgaaaccg gagaacaatg gtgacagtca tgcaaaatgg tgcccaaatt 77461 cgccctaaaa ccggcccgta cactggtgtt ggttacttta tggaggtggt ttggggatga 77521 agaagctcct tgccgttttt ggtttctttt tgatttttct cctgcttttt ggctactttt 77581 accttccgag cgagagcatg gatgaactat acaagaagat cccagagcag gttagggaaa 77641 attcgcagtt gatagcggct tactactctt cccaaactgg ctttagcggc ttcagagagt 77701 atcaattcgc gttttacaat ccaaaagagc ggacactcag catttacacg ttcaaaatct 77761 ccaaactctt gaaagtctgg ccaagaatga cagaagacaa aatctcgtgt aaaacccagc 77821 tcaattactc cgtactggcc accagcccag aaaaactcaa aaacttcaaa aactgtgaca 77881 attgtagagt cctcctctac acgggcagga tttacaagaa cgaagaaatt gaaaacattt 77941 acccgtcaat cgaacaggta atcaagggca aagagaacac cacctacgtg aaactctccc 78001 tcctcaaaga ctcagaaatc accaccggaa cgatcataga ggttcacggt gacatgatgt 78061 ttcctacgga cgatatttat tatggaaagg gtttgcttta tttgcccagt cctatggtta 78121 atctcacgag gggtgttgtg gttgaatttt tgccagtgga caatgagacc atcaagcggg 78181 ttatccacta tcctgacaac gttaccctct ccgacgagtt caaaatcaca aaataccaca 78241 gggttaacat tacaccaaac atgacgtgga ccccaaaaga aatccccctc aaacaaatcc 78301 tccaaaaact caactcactc caacaccaaa aaaccatagg aaaaaacaca agggtgcggt 78361 tccatatatt caaagattct ggagaagtgt acgcatggat aagatggata gacaaagaca 78421 agaaaattca cgccgagctg agaatatatc ccccggggag cattgataaa aggagattcg 78481 actatattta cgaatactat tgcaattaaa gaggtggttt gggaatgaac attgttaagg 78541 ctttgtttgt ttttcttttc gtctttctcc tcctgcttgg ggggttagct tacaccaagc 78601 acgcgagaaa cgaagagctg aaaaacccaa aattcgttta cgagcactac ctaaaaacct 78661 atgaagccca gaattacacc ctcctcggag tttacttcga gctcgataag ggttcaataa 78721 taaccccctg gaagcctaag tgggaattct acctttacaa cccctccgga aaactcgtaa 78781 agctgacaat aacgccagac ggagagagca aagaagaact cgcaacaatc ctccactaca 78841 cgaacttgac aacaccagta agccaagtcc aaaacctacc aaaatacgag gagggattca 78901 gggagatagt atacctgcct aaaaacggga aactgataag tcatccggca aggagttaca 78961 gtgagttcag gaaagtatgc gtaaaactca gcagaatcct cgacaatgga accttcaaac 79021 taatcaggac agtccacggg gttaatgcgg tcagaaacca cgaatggcta accttagaaa 79081 acactagcct tacgggtgga atcttggctt tcacaacgtc aaacgatccg ctttgtgagg 79141 gtacttggct ggtggttgag ccgtacaatg aaacgcacga tctggtgagg gtcatttacc 79201 cgcacgggaa tgcaagcgcg ttaataaaag cactgaacca gccggtcttt caaggaaagg 79261 actacttagg gcttttgaaa aagattgacg agagtccatg tgtggatgta gagagcactt 79321 tagtgaatgc tactggaatt tacgttaatc cgcacgctca ggagattttt aaccaaacgg 79381 cgccaaaagc aataaaggag aggaagtgtt tcacgatcat acaggtgata gttttgaaga 79441 acggtacggt gaaaacatgg gcaagaggaa caatatggtg tgccagaaga gactaaatcc 79501 ccacacacca acactggcca cttcacatga ggtgatctgg gaatgaagcg cttgcttttg 79561 cccttcatta tttttgtgct ggtcttcggg tcgctgttag cttacgacca cagggaatca 79621 tcatgcttca actcaccaac ctgcgtgctg gagagagccg gactcgacaa agagaatctg 79681 ctcctaatct acaaagacct agccggatgg gtggctataa cctacacgga cggaacactg 79741 agggaagccc aggtaaccct aaagagagaa ttcccaacat caaaaatcgt ggtcaacgaa 79801 cgggcggtga aaaccgagat aaactacagc ccgctggtgt tctcaatccg ccaaatcccc 79861 cacttccccc aaagggagca gttcttggcg ataaaagtga acggtactgt aacggtgctg 79921 aagggggaag agctggagca tgttctaaga aacaccccaa agctggaagg gatccttgaa 79981 aaatgcaaca actgcacgtt aatattcggt gataagtcca accgccccgg agtggacaga 80041 aatcctctga tcggcggtta cttcgtgttt ccgacagagg tcaaatgcgg gtactcaacc 80101 tggataacgg tcgtcaagga cgataattct gccggcatta ttgctgttta tccccttatg 80161 ggagcttggt ggaagcttca aacccaaaaa gcaaacaccc tctatctggg accttccacc 80221 ccttcccata atcttggaca gaatgtgcga aggcagggag atcctcataa acgcatcagg 80281 agtcattgta aaccctttcc cgtccaaact gttggaggaa gaaaaaggct tatgtccgag 80341 ggtggacaaa atcacaattt accccaacgg aaccgtcgaa accctcaagt acatgaaaaa 80401 atgtgtcctc gcgcagcgcg gcaaaaactg aggagggaga acgagacgtg gaaaaagatg 80461 agcatgggaa ctcctgctgg agggaaggaa agctaggaag gtacgtagtc cttcatctcc 80521 acgagttcgg cgagcctttt accgctgccc agtactctga ggaactccag gtaggtgccc 80581 ttgacgcgct caactgagga aacgctcacc cactcatcgg ccccgtgcca gttgccgccg 80641 attgggccaa agactatcgt cgggactccc agataggtgc cgaagtagtt gaagtcgccg 80701 acgctctttc cgtagatttt ctcgggagtt ctgccccaga ggatcgaatg gatccgcgac 80761 atcatcgaga cgaacctgtt gttctcgcga acgaggtatg gcagcatctc gggggtgggg 80821 cgggggaatt tggatatctc cagctcccct ctcatcccaa ccttctccgc ggcctttctg 80881 agctctccaa cgaccctctc ccagtcctca ccgatcacga cgtgcctgtc gactatcgcc 80941 tcggcctcct ccggaacgct cagcccgtcc gcctcgccgt gggcgtagag tgtgcaatac 81001 gaaccggaac cgagacggac gtgcttcttc gtctttattc tcgggaggaa cgccaggagc 81061 ttggacattt cctcaatcgc gtttattccg ttctcgggcc gtgcggcgtg cgccttcttc 81121 cccctgaccc tcaaccggat cacgtacctg ccccgagcac cgagcatcag gttctccccg 81181 gttggctcgg ctatgagaac gaggttcgcg tccttaacct tgttctcctc gatgagcttc 81241 caggcacccc gggaatagcc ctcctcgtcg acgaccgccg tgaagagcac cgtaggcctt 81301 ttcctccggg ggaggtatga ggcctcaacg aaggctgcca tgagcgcggc gagaccaccc 81361 ttcatgtcag cacttcccag gccgtagaaa cgatcgccgt cgagctcgcc ccacgggttt 81421 ctcgtccagc ccgagccaag gccgacggta tccatgtgac cgttgagaac gacggttagc 81481 ctctttccct tgatccgtga tataacgttg ctaccaaaac cttcgacctc ctgatactca 81541 acggagagcc catgttcctc aagaaacgaa ccaatgaagt tcgaaatttt atcttcctct 81601 ccaaaacggg agggaattga tacaagtttt tttagtaact ctaactccat aacacccacc 81661 ggtataaaaa ttggaactta aagtttaaat atctttctaa tcgttggggc ctttatctca 81721 gagaatatac aatccagatt tcagaaaaag aagaaatata caggaaagag ttccaatgct 81781 acaatgaaat ccaataggag tacagcagtg tagagatttc tccggaaaat tggaaaacca 81841 tcaaccctat cctgccagat agagggtcag cgtcaggtta accccgctct tggagagctc 81901 aagccagaag gcacgggact cgcgaagttt tttgccaagc tcactctggg tccccatctg 81961 atcgagcatg taatcgacca tctcatcgcg ggtgataggc aggtagtagt cggcgtaacc 82021 agggaaaatg ccctgccaga gggataccca gtgatagcgc tccgatacac cttcatccgc 82081 tattctgggg agcgtgggat cgggaaccac gttgtacctc aattcaaaag accttacgag 82141 ctcctccgac atggatttga gatcccgctc gctcatgttg tagtcctgtg ccagaaaatc 82201 tctccaggag agctcgctgt acctttccat aacgattctg ccccctctcc aggagagcac 82261 atagacggtg gcgcgggata tgtgggcggg atcatcaacg tagagcgccc agtggcggta 82321 ataggcccca agatccataa ggggcgggtg ctgatccgca acgaggtatc ggccgtttac 82381 agatacggca gcggtcaggt gaccaacgtc tgaatcattg aactctatcg agagaacgta 82441 aaccggggag tggttcataa ccaggagaag ccctgcggtc agtagtgcgt aatcgccgca 82501 tattcccctg ccccgggaga tgaactctga gggcggtatg aacatcggtt cagttctgtt 82561 gcgatcgtaa ttgaggtgct cgtcctccca ggtaagaacg ttccatgcgg agctcacggc 82621 gtcctctccc ttgagggcaa cggagatgtt cctgagcacg gagagttcgt taggatcgtt 82681 gaggtagcgc tcaaaggcct cggttacgag gtagtcctca gcgcgggacg caacccgctc 82741 ccgaagcccc tcaaactcat caagaaccgg gcgggggagg tacttcttgg ttagagcgcc 82801 gtcgttcagg gaaacgtcaa gggtaacccc gaggagaagc agtactaaaa cccatgatag 82861 aagccgcata gcctttgaga ttgcccccat cgagaacacc gagaattctg gtggtcccgc 82921 ggcccggatt tgaaccgggg acctgcggat ctacagtccg ccgccactcc caggctaggc 82981 taccgcggga ccctacagtt agcccgatcc attatccccg gggcaggttt ataaattttt 83041 ccctcggagt acatgcggtg ggagaagatg agggagccga taaccgtcgc ggttcctctc 83101 gcgaagagga tgagggacgt catggtcact gaaaagcgtc tcccgggcgg ggacgaggtt 83161 agggaattcc tgagggaact tgggcttgag gagctctacg cgggaaaagg gatagcactc 83221 ttcaggagcg gggacgttgt ggcgcttctg ttcccgaggg agagcttagt cgttgacgtg 83281 atcccggcga gcggagaggt aagcgacgcg cttgagatca tagcttacca cgacagaaag 83341 ctcaactctc ttatccttga gatactgcct gcgaacgatc tggagtacga gggcaacata 83401 gggctcgagc ccgtgatagt gaacctcgaa accggtgagc tcgagagcaa tcccgttctg 83461 ggcgacttcg aggaggaaaa ggacggcatc tacctcgtcg ttgataggga aaccctcgag 83521 cgctggaagg aaaacggaaa catcgaaacg tgtcccctct gcggcggcga actcgcgtgg 83581 cgcgggaaga aggcggtctg tctggactgc ggttacgggg ttaaggttaa agattaagta 83641 ccatgccaac gaagaataca cggtgagagc atgatagtca agttcgaggt atatttcgac 83701 ggtgagtact ggtgtgccaa aggcatagat gatgatatct tcacccaggg gaagaccctc 83761 gatgagctta tggagaacat aagggaagcc gttgaagtgc acttttcttg agaggtgatt 83821 tccatgagcc gaatagcaaa acgccagctc gttctctact cgaggaaggc ccacgagcgc 83881 ggtttaactg cagctttcgg cgggaacctg agcgtccgcg tcggaaattt ggtattcatc 83941 aaggcgaccg gagcggttat ggacgagatg accgatgagc aggtggccgt gatagacctc 84001 agcggaaatc agctctcgga cgttaggccc tcctccgagt acaggcttca tctggccgtt 84061 tacagggtaa ggcctgacgt taaggcaata gctcacctcc accctccgta ctcgatagtc 84121 gcctcgaccc tgctcaaggg agaactgccg ataataacgc ccgaggccga gatatacctg 84181 aagaggattc caattgcacc cttccgcccg gcgggcacag aggagctcgc ggaggtcacg 84241 gcagaagcct tgaaggaggc ggacgcggtc ttgatggcga agcacggaat cgtgaccgtc 84301 ggaaaaagcc tgagggaagc tttttacaag gcggagctgg tcgaggagag cgccaaactc 84361 tggtacctga ggggaaatga gcggaaaaat taaaggctca cttcacctgc tcaagggcac 84421 cgagaacctc ccagatgatg gtcctcgtgt gcatgggcat gttggggtct tcactgatct 84481 cctcgaggat ggctatggca tccgccgccc tgacggcggg ctccttgctc tcatccaaga 84541 gaatctctat ggcctgctcg gcggcgcgcc ttatgttccg gggaacaacg gtgtcctgaa 84601 cgacctgctc cttgagaacc tgcacgatct gctgaatcag ctcgctcatt ctatcacccc 84661 cttccgatta tcctaaagaa ttgttactaa aacctccccg gcttatctta agctttccta 84721 actaaaaagc ttttcggttg agtgatcttc tatagccggg ccaagctttt ttgggtttgt 84781 aaaactcaaa atggaccaaa aacaatataa acgcaacggc acctaaaagc caatcggtgg 84841 tatcaacaat ggacgggaaa attatcggtg ggcttttggt tttaatgctg gctgccgcgg 84901 ttgcctccag cggttgcatc agtggcggct caaaggagaa ggttttggtc gttgggacca 84961 gcgccgactt tccgccgttc gagtataaag acccgcagac cgggaacata acgggctttg 85021 acatagaact catcaagatg gtggccaaaa aagcgggcta cgacaaagtt gagataaagg 85081 acatggactt cgattcccta atcccggccc ttcagacagg gaaggttgac gtcgtaatag 85141 ccggaatgac cataaccgag aagcgcaagc aggtcgttga tttcagcatt ccctactgga 85201 aggcggatca ggccgtcgtc gtcaggaagg actcaagcat cacggtcagc tcccttgacg 85261 acctgaaggg taaggtgata ggcgtcgaaa agggaacaac cggcgcgatt tacattaagg 85321 acaacctcgg ggatcaggtc acgctcaagg agtacaacag ctacgtcgcg gcgcttcagg 85381 ccctcctgaa cggtcaggtt gacgtcctcg tcatagactc gcccgttgcc aacatgttca 85441 ccaacaagta cgacgtcaag gttgtctaca caataaacac gaacgagcac tacggaatag 85501 ctgttaagaa gggcaacaag gagctcctcg acaagataaa caaggccctc caggatatca 85561 tgaactcgcc cgattggaac aagctcgttg agaagtactt tggaagctga cctcttctct 85621 attttttgga ggtgccacgc ttgattacct ccacgagcgt tccgttagac attgccctca 85681 gaatgctcct gaacggtgct aaaacgacga tagtcctgtc ggtgttctcg atccttctcg 85741 gccttctcat aggtctcccc gtcgcactga tggaaaccta cgggggtaaa accctgaggc 85801 gggtcgcgat ggtttacgag gggacgctga gggggatccc actcctcgcg atatacttcg 85861 tgatcttcta ctcgatgccg atgctcatcg gtttggggct ctcaccgttc ttagccgccg 85921 tcgtcggcct tgggatacgc tcatcggcct atcaatccca gatattcagg agcggcatac 85981 aggcggttga tgaagggcag atagaggcgg cgctctcgct cggaatgagc cagtggcaga 86041 taataaggca catcgttctt ccgcaggcgc tgagaatgtc tattccagcc tggatgaacg 86101 agtacgtcat agtcctgaag gacacgtcaa tagcactggc cctcggcata gtggagctca 86161 cgaggcaggc aacttacctc gtttcgatca cggcggagcc cttcaggtac tacggactgg 86221 cggcgctgtt ctacctcgcg atggttctgc ccctgactta cctcgcgaac tggatgggta 86281 agaggtacgg aataaaggga accggagggg cgatggatgt cagactctga tagggttctg 86341 atcataagga acctcacgaa aaggttcggc gaaaaacccg ttctgaaggg gatctccttc 86401 gaagttgaga ggggagagac aaaggtcatc atcgggccca gcggggccgg aaagagcacc 86461 ctcctcaggt gcataaacag actcattgag ccagatgggg gggagataat attcaacgga 86521 accaacatcc tggaaagggg tgtggacata aggaagattc gagccaagat aggcttcgtc 86581 ttccagcact tcaacctgtt caagcacctc accgcccttg aaaacgttaa aatcggcctc 86641 aaggtcgtca gggggatgag cgacgaagaa gccgagaaga aggcaatcaa agccctcagg 86701 atggtccacc tggaggagga cgcgttccac aagtacccgg cccagctctc gggcggccag 86761 cagcagcgcg ttgcaatagc gagggcactg gcaatggagc ctgagataat cctcttcgac 86821 gagccgacct cggccttaga ccctcagctg gccggagagg tgctcgacgt catgcgcgag 86881 ctcgcgaaga agaaggtcac catgctcgtc gtgacccatg agataggctt cgccctcaac 86941 gccgccgacg aggtgctctt cttttacgac ggtgtaatct gggagaaggg aaagccggag 87001 gagatcctct acaacccgaa gaggaaggaa accagggagt tcctgaagag gatagctgat 87061 ctctcggtgg ggggaccgtg atggtctggg aaacgatagc gcggtacctc cttcacggac 87121 tcgtcgttac cctggagctc acgatcgtgg gcttcatagg cggcttcgct tcgggttcct 87181 cttagctgtg gccagaacct acggggggag gctttcaagg gcactctcgg caacctacat 87241 cgagctcatc aggggaacgc caatgctcct ccagctctac ataatcggct tcgggctccc 87301 gcttgtgata agggaccact tcccgaactt cgtcatggat ccaacggtgg cggcggccct 87361 agggatggtc atcaacagcg cggcctacca ggcggagtac ataaggggtg ccttcaactc 87421 catcgagtac ggccaggttg aggcggccct ctcactgggg atgacgaaat gggagataat 87481 aaggcacgtg atcttcccgc aggccttcag aataatgctc ccgagctgga ccaacgagat 87541 ggtctacctg ctcaagtact catcgctggc gatgctctta gctgtcccgg agctgatgta 87601 cgaggcgagc gtggcagcgt cccagacatt cctctacgcc cagatatacc tcgtcgtcgc 87661 tgggatctac ctcgttttcg ccaccctgat aatagggata atgaggaagg tggagctcaa 87721 gctccacata ccgggcgtca ccacgataaa aaggtaggcg tcagtactcc acgcccctcc 87781 tcgctatcac acccctctgg taggggtgct ttatttccct catctcagta acgtagtctg 87841 ccagctcgaa gagctcctca gggcagtagc ggcccgtcag gacgagctcg gtgtggggtg 87901 ctttgctttt tatcagctcc ctgacctccc caacgtccag catgttgaag ccgagggcga 87961 cgcagacttc gtcgacgatc accagatccc actcaccgct tgaggcgagc tcctttgccc 88021 ttgcgagggc cctctttgcc gcctcaatgt cctcctccgt cggtttgccg tgaacgaact 88081 tcggcaggcc gaaggactct atcaaagctc cacactcctc tatcttcttc tgctccccgt 88141 aggccttcgg agccttcatg aactgaacta tcgcgacctt tccgccggaa ccgagcattc 88201 taacggccag gccaaaagcg gcggtagttt ttcccttccc gttgccagtg tagatgtgca 88261 ccagtccgag cttgtctttc caggtcacgg acatcaccat ggataaatcc tccaactcct 88321 taaaaaaccc tcgaaaccgt taaaaatcag cggatccaat ctgcaaacat ggtaatgatc 88381 cgctccctct ggtattttat cagagatctc acagtcctca tcctctccct cggaatagtc 88441 tttctccttc tctcgatagg caagaacacg aagaaaaacc tcgggagcag gtacttcgtc 88501 ctgagcttca acgttctcgt ggcctcgttc atcctggtgg ccattgccga gttcatcggc 88561 gtcctgctga ggacggacgt gctctgggga aataagttga tgatggatgt tagatcggtg 88621 atcctgaccc tcggggcggt tctcctcttc gtctcctcca taatggtgta cctgcccttc 88681 tcccgcaacg agtacacgat agtaccgata gtcaccgagc ccctgaaccc ttcaatctac 88741 ggggcctact ggggggacga gaaaggggcc tcaaaggcct tcgtcaggct cgtcaaaagc 88801 ctccacctgc cggcgatagt gctgagcagg gatccgccgg aggtcttccg ctccaaactc 88861 ggcctgaagc tcgttccggt catctggata tccaaggtca gccacgagga tgcagttgat 88921 ccgaggaggc tcccctacct cctcgaccgc atcctcaact ttctaaagtc caccgagacc 88981 gacaaggtcg ttcacatcga ctgcattgag tacctgatgc tcgagaacgg ggacgaggcg 89041 atgctcaagt tcgtgacgaa gctcaaggat ctggcgtccc tgcacagggg gatagtgata 89101 atctccattg aaaaaagtgc aatcgacgag agaacgtacc acgtgcttgc ctccgagctc 89161 agacccgttg aagagcttga gaagatgctg ggatgacatg gtggaggatt gggatccgct 89221 tgagcaactt gttagttagg agtgacttcc gagtacttca atattccgat gatcttctcc 89281 gatgcccttt gattagtttg ggacttgcag ataaatcgtc cgcgttgaga cacctcacag 89341 aatcttcaag agcccgccac acctcaacga gagttacccg ctgaggatta agatcaggcc 89401 aataaagctc ggcgagctcg acttcaagcc gctggttcca aagctgaagt tcatcaccaa 89461 caagaagcgc tggagcggcc acctgatggg caaggcgatg agagaaatcc cggaggagga 89521 ctaccggctc atcgaaggcc tgctttgact tttcattttg actaacaacc tcgaattttt 89581 ttgatggttg ttattcattc tgtcaaactt aaaaagaagt cacaaaatat tttgatcaaa 89641 ttgatcaaac ccccgcacaa gcggagttat taggatgtga gaacgttagc ccccagtaag 89701 attggcttgc acagagctta accaaagaag acgccctctt ttcgtcaaca ctaaaacttt 89761 gggagaagtc ctatcaaagg tcgtgatttt cctcatatct cccctattat cgtggatttt 89821 tatactcctg gggttttaga ggaatgcagt tctaacttgg ctctcgaaga gggtttgctc 89881 tttttagcgc tccataggag cgcgagttgg agtaaaccca cttgaaagtt agccattaag 89941 agcgcattca accgaaaaac agtcccttga acccgaaaat cattactgca aaagagcacc 90001 ttggataaga atcacgaacc ttgatcaaac ttcgcgctca gcctttaaga aaggctggcg 90061 aaaagattgc ccttctcatc aaactggcag aaaaatcagt cgtgcactag tcaagtgcaa 90121 ctttgactgg ggtttaacac taaatgaagc cttccacgta gtttcaactt tattgttggc 90181 gtccttcgga cgccgtttgt agagtgaaac actcacagaa gagcaaattt gagcttaaac 90241 ccctctaaaa tcaaaccttt agaaaaagca cctaatcttc cgccagcgct tgctttacaa 90301 gggctgttat ggggccgggg ccgggatttg aacccgggct aggggatcca cagtcccctg 90361 tgctgaccag gctacaccac cccggccacg tccagcttaa gctttcgagt tagatttata 90421 aagttttcgt cagatgccgc aagagaaagt agctgatccg gtattaaccc aatattgaaa 90481 accagacgcg gttagaggcc gattaaaaac tttagagggg gccaacggat gaaggcaaag 90541 cgggaagcgc tggtcagcct cttcacggca atgagagagg gcaaagtcga cgaggacata 90601 atagacctcc tcctgctcat caactcaatc aggggaatct acacgacgag ctcatgctcg 90661 ggcaggatag gaatcatcga ggagcctgcc ctgggggcca aaccccttag caggtggctg 90721 atcaaggttc accgcgagat ggagtttgaa gaggcaaaga gggctctaga aaaggcgaga 90781 gaaggcttaa tctttctcaa aagccaaccc ccgatttttc acgttgtggc tgaagacctt 90841 gagagggcca aaaagctcca cgagctcggt ttagccagcg gtttcaagta tacgacattc 90901 aaggtaatct ccaaccgcta cctcgtcgag ataaacgcca ctgagtatct aaccgctcca 90961 cttggtaggg atggagaaat cctcgtcagc gacgactacc tgcacttcgc cattgaaatc 91021 ggcaactcga tgttgagacg ctcgaagggc aggcttccga ggctgatgaa gaactttgaa 91081 aaactccggg aggagctcgg ggaggatgag ctcttctacg agctggcgga ggagtttgga 91141 atagagtctg cagtttaaaa cttttagagt tttggcgctt ctcttgaggc tgagtctctc 91201 ttttggaaca ctatctcaag cgcctcgcgg tcgaggtaaa cacccagggc catcacctct 91261 ttcggggttt gtacaatttc accccaaagt ccctcatcct ctcaaaatgg tcaatgttcg 91321 tggtccacac ggtatagcct ttagctatcg cggtggcgcc gatgagtata tcagcgtcat 91381 cgattagctc tcctttcctc ttcaagtgcc tgtatatttt cgaggccgtg aggattatta 91441 cgttgtcaag gggctcaacc ttgaacagct tctccagcct cttaagaact tccactctct 91501 ttctctcact gcggattcac ctcacgaact caaagagagt gatgattgag attgccgagc 91561 ctgagtattc ttcgagcttt ctgtcatgat acaagtcaat taaaacgctc gtatcaatca 91621 atatccccga agtccctgaa cgagaccctc ttctttgaga cttccctttt gatttcatcg 91681 agctcctcct ccgaaagaag ttcatacaac tcgctcgccg tcttcttaac ctcaagcgca 91741 cgctttaact ccctcgcaag aacccgctcc ggaatcgagc cgccatacac cttgaccctg 91801 accttcactc ctcaagcacc tccaccctaa ccctcacctt tttcagctcc tcctcgctcg 91861 cgcccttctc tcgaaggtat ctgaggacaa tctccctcac catcttccga atctcgctaa 91921 cgctcattcc tttgggaacc tcaaccacaa tctcgctcct ggtcgctccc ataaagctcc 91981 ctcgcttctt gttctcgcct aagtataaaa ccctaacgcc agccaaagga gggccgagac 92041 caaagcggcc gcgtggctca agcagaagct cttcatctca acgctactct ccaagaacct 92101 ctcactgggg cagaggcaga ggattggcct cgcgagcgct ctggcaagga atccaaggat 92161 tctaatcctc gatgagagca agaaaaaggg aaggggagcc cataaggttt cacttcatct 92221 cgttccactc ggggtttcca tagcgcttct ctatcagctc ctccgcgagt tcaagctcat 92281 agtctgtaag ctccccctcc tcgagttcga aggctctgaa aaagctctct ttcaacagct 92341 cgtaggcctc ccagcggttc agctttatcc cctcgcgctc cagcgttgta acgcgctccc 92401 agatgctcga aacgccctta tctgcgagct tcgccttcga aacgcggaga actctaccaa 92461 gcacgtcaac gcgcgtcgcg tacatgaagg tgccatgctg aaggattaca cccttcctcc 92521 tcgtctgggc tgagccgctt atcttcttcc cgtttgccac gatgtcgttg agaccagaaa 92581 agccagcgtt aagcccgagg tcccccaaag catccacgag cgggccggcc aggtagcggt 92641 agctcgtctc gacgtttttc aaagccggat gaaagttctc gccgacgacg actgaatagg 92701 ttatctcacc gaactcgtcg tggaagacgc tcccaccgcc tgttatcctc ctgacaacgg 92761 ggatgttgag ctttttagct tcctcaaggt ttacatcgtg aacgacgctc tggaagcgcc 92821 ctatcgtcac ggagctcggc gagaaggcgt aaagccttac cgtgtcggga accttcccct 92881 cgattctggc aatcattatc gcctcgtcta tcgccatctg aacctcgggc ctggcaacta 92941 tgagcgggat gaagcgcatc gccaccacca gggttaaaag gcttggcggg tttttaagtc 93001 cagcgatgat gaggctaagc cctcctgagg ggtgatgaga gcggtcacct ctgagcaacc 93061 tttgcttgca caaagcttga ccaaaatggt ttaactatct aaacaggaca aaaggaaagt 93121 tgcatgcgtg attaaacagt caatggattt ggggtttaca cttgcaatat ctcctggaga 93181 aggtgtttaa cttaaaaggg cgcccgaagg gcgctaacgg gagaaaacac gcttaaaact 93241 ggcaagtttg gaagtaaacc cccatgaaga caagccattc aagaggcatg ccgactttga 93301 tgaaactttg cccagcaaag tttcttaacg tggggcgaag ccccactcca ggggtttgag 93361 agtacaggaa ggatttagaa cttgatagga atcaaagcgt gcgctccaaa ttcagcagcg 93421 aattagggat tgacgtagaa actgacctat tgagctagtt tcacttatgt tctggcgtct 93481 ggaagacgcc ttgtcagaag tgaaacactg tgaaagtgcc ggttgaaaat aatccaaaaa 93541 agaaagggaa gtctagttgc acgccctctt tccgccagcg ctttcgtcag aaagggctgt 93601 tggtcagggg ccgattagtt catcactgct cagccaccta ccctcacatc atcccatcac 93661 aggtgttccc tgatccagag gggaataaga cctattttcg gaaaaaccat cacagccttt 93721 gcatcgaccg cataggccgg aacgcagggc acgcccccat atggtgtcgg gtacagcctg 93781 tactcccccc aatcgggaac cgggttgttg tcgccccacg tgacgaagca cctctcaacc 93841 ttcccgccga ggttcacggt tttaatctcc ctcaccctgt ggattatcgg gtagctgtac 93901 atgggggcgt tgtagacgat gacgtctcca acatggatat cgctcggcgg gacggacctg 93961 agcaggacga cgtcccccct gtaaaagaca ggctccattg agccgcttat gactatgacg 94021 aggggtgagt ccgtgtgcat gacgatcttg aggccgtagt ttataccggc cacgatgagg 94081 accgctatga agaaccacgc tacgtccttt ttccagcctt catccatttc agcgcctcca 94141 tgagcgttct tatcttcgcg ggaatggcac ctatcgcggt gcaggtttcg aggctgatcc 94201 ttttaccagt tatgtccata tgatgacgtg ccaacttaaa gatttccccg gggagaccgt 94261 gtctgccgag gccgacgaga aagatgaagc tctcacctcg gagggccctc tcggccagtt 94321 caaggggtga tatctccttc tcatccgagg gttttcgggt ggtggccaca acggttccga 94381 actggggagg aaagcccttc ctcggaaagt cgaggagatg gaagcggttt cttcgggcga 94441 gctcgagcag gtaggttccg ccctcaccta ttgtggtgtg ggacgatacc tcctcggcaa 94501 cgtccagtgg ccggccccgg agcggaaaac cgacgagggc aaggtggaaa ccaaaggcat 94561 aagctatggg gcccgctctc gcgatagccc ggaggtgagc ctcgtgaagt tttcgggtgt 94621 catatgtgtt gtacagggcg agagtcagca tcgcaccacc atgcggaatt tccgagaacc 94681 cttataaact gttgtggtgt atacaagaca agagtgatga gtatgagttc gtacgatgat 94741 atcctcgtgc tcgcttctaa gggcctcttc gaggaggcca ttaaggcggc cggagagata 94801 gaggatccct ttgaatgggc cgacgcgctt ctcgaaatag cgtttagggc aaaggacgtg 94861 aggagggatc tggttcctct tctccttgag gagatacgga gaaccctcaa gaaaatcaag 94921 gatcccgggg acagggcata catttactca aaactcgccc ggttccacgc ggtcacgggg 94981 aacggggacg aggcaacgga agtcttcgac agggcagcag aggagatagc gaggataaag 95041 gacgaggggg agcgggcaat agccatggct gtcctggcgc agaacctggc ccttacgggc 95101 ctgacggagg aggccattga gacctttaac gaggcctttg acgcggccat ctcggccgag 95161 atggactaca ggacgaaact tgacgtcata actgaaatag cgggcctcat cgaaaacgcc 95221 ggcgacagcc tcgactcacg ggaagctata aggttctacg agatggccta cgacatcttt 95281 gacaagctca ggataagcca cagggccgca gacgttgaga agaagctgaa gatggccagg 95341 accctctact atcacggccc gccggaggtc agggcagccc ttctggaggg caggtacaac 95401 tactccctca agctcataga aaaactctac aaagatccgc aggagaggtt tatagcaatg 95461 ctcgagatgg cgagctggct gaagcagata ggtgctcccg agtacctcga tgtactcgag 95521 ggggctttca agctcctcga gaggataggc ctctccgaga ccaacgtcca gagggcggcc 95581 gcaatactta gcggcatggg ggagcttgag aaggctctcc gctttgccgt cgagatcaag 95641 gatccggaga agagggacga cgccctcgcg gcgatctcgc taaaactggc cgaaagaaag 95701 gacttcctgg aggccagaga ggttgcaaag cttataggaa actccatgct gaaggccagg 95761 ctcctcgagg agatagcaaa gattgaggag gagagcaggt gggagatatg ataggggttt 95821 ttgacgcaca ttctgatctt ccaaccctcg tatggaagga aagaggaaag ggcaagaccc 95881 gagtccttga gtccaggttt gaagagttct tcggggatta cgtgaaggcc agggttatgg 95941 cagtctggac accggtggac aagaggccaa tcgccctgag gtacggcctc gaagccgtta 96001 tgaggctgaa aaaagatgtc gccgagagct caaggctcga gatggtgaca tcagttgagg 96061 gaatggagag ggccataaag gaagggagag tagccctgtg gctcggaatg gagggaggag 96121 agcccctcga gagccttgac gtcctggagg tcttttacag ccttggactc agggttctga 96181 ccctcacgtg gagccttagg aaccagatag gcgatggtgt ctttgaaaga acaaacggcg 96241 ggctaacgaa cttcggagcg gaggtcgttg gaaaggccga ggaacttggt atcctgctgg 96301 atctgagtca cataaacgag gccggcttct gggataccct cgatctgact tccttcccgg 96361 taatagcgtc ccactcgaac gcgagaaagc tgtgcgacaa cccgaggaac ctgaacgacg 96421 agcagctgaa ggccatagcc gagcggaacg gagtcgttgg ggcggttgcc ataccgagct 96481 tcgtggacga gaaagatccc accctcgaga ggtacgttga gcacatcata tacatggtcg 96541 atcttatagg ctacaggagc gtgggactgg gctttgactt cgtttactac ctcgagggct 96601 ggagcggaaa ggccgtcaaa ggccttgaaa acgaagctgg gatccccctc ctccttgaga 96661 gcctcggcga gaggctgagc gaaaaggagg tgaaggcgat agcatacggg aactttaaga 96721 gggtttttga agaagtaatt gggtgaggtg ttgtgatgat agacgagcta ctcggggaga 96781 tgaaaattgg ggagatggtc ctcgtagagt acgagcccat ctcgtcaccc gaggtagtct 96841 tccacaggat cgtggatcac tttctgaagg aggatgtccc gattctggtg gtagacgttc 96901 tcgacacgct ccatacgttc aacgagcatt tgaagaggcg cggtataaga ctgccggtgg 96961 acaggctgac agttgttaag gaagggggaa gggtaaggct tggcaacatc atcggggagg 97021 tgttcatacc ctccgagccc agtgagttca cgtatcacca ggttcagtac tcgaagacag 97081 tcaagccctt ctttgagagg gacgaaaagc caaaggccat aatagtgctc ggcatggaga 97141 agttcatact gccgtttcag aacgacctga gaaaggttga gatgtacttt gagatgattg 97201 agaggccccc aatagccccg ggtggcaagt acaccttcct gttcataaac aggtcggttg 97261 caagcgagta cgtgctgagg aacctcgaga gcgagaagca ctacgtcgtg gagctaaccg 97321 gagaggccaa ggtcacaaaa acgccattca gcctgctcca ggttgggagg ggcctttcac 97381 tgatagagta cggttccaag gatcacccag aactcgtcct cggtgcggcc cttgacgaat 97441 tcggtgcgga gaacgttctt gtggtcgacg tcgtcgacac gggtatggtc gtgggaaagc 97501 acctcgaggc aatggaatgg gacgttgagg aactgccccg cgtggtgaag atagggggaa 97561 ggtttgaatg gggcaggact atagcgacgc ttgacatata caacgagcca gcggtgtttc 97621 tcaggaagct cgacgggata ctgcagcgcg aatcacccgg gctgatcctc tacttcggga 97681 tggagaggat cccaaggttc cacagggact cggcgaggat aaccctgacg ataaccaata 97741 gggctgcggt tgaactctcc gttccttaca gtgcggttta cctcataaac agggacacct 97801 cgtccccaga actccgggga ctccttgaag agactgcgga aaccgtcctc atgttccacg 97861 acggcggatt taaaaagctg aagggttaga cggcctcgaa gggactaccc ttcctgacaa 97921 ccaggcccct ctgggtgaac tccatgcgga acagccccgt ttcgtgcttc gttcttctca 97981 ttttcaggat ctgaatcgcc ctgaccattt tcttctcgag caggaagtag tggagcatta 98041 tgacaccgct gacgaggtag tgttcctcag tgtagcggtt gaggtcagtc atctcggcta 98101 taaggtacgt cgtcacaccc agatcctcaa ggccgcgaac gaagcgggcc agctcggcct 98161 ttttctcagc agggttttcc attgagaact ctatggcagt gagggggtct atgacaaggc 98221 gggatatttt ttcgtcctcc gctatctccc ttatcctcag cagaacgctc cgccacgttg 98281 gaacgtgggc ggattccctc cagagaacag ggccaaggtc aaagagaagg agccttttcg 98341 taccggcgta aacctgaacc gaggggtcaa agcgcatcat gtctttcacg gcctcgtggg 98401 ggtcctgaat gagagagacg taggccacct tctcgttctt cctcgcaccc tctatgagaa 98461 agtgcattcc catcgtggtc tttccgctac cgggagggcc cgttatcagg taaaccttac 98521 ccgggatgag gccgccctcg atgagttcgt ccagtccagg gatgccagtc gagatcctgt 98581 cctgaagggt tgacatagtt ctgcccccat atgtattaaa cggcaacgta ttaaaccttt 98641 gccatcaacg atcccggggt gtggagatgg aggacgtcta ctacctgacc tcgagggagg 98701 caaggctcct gctggcttca aggggcccgg tcaaaataaa cctagacctc aggaagacag 98761 gcagaaggtg ggagataacg agggatgggg atgagttcgt tttcccagac gggacgaggg 98821 tctccaggga gatcatggaa agaatcgcaa gggacacgga gaacgtttac ttcatcagga 98881 aaggcgttta caaggccgcc atagcggggg aacacttcta caagctggta cctacaatcc 98941 ctccaacgat agagataaac ggaatcagga tgcacagaac gaagggaaca aatcccctcc 99001 aggatacgag gagcaaggtg aacgcggtga agccgaggga gggcgagaca gttctcgaca 99061 cctgcatggg actcggctac acggcgatag aagcctcgaa gcgcggggct tacgtcataa 99121 ccatagagaa agaccccaac gtcattgagc tggcaaggat aaacccctgg agcagggagc 99181 tcttcaccgg cggtaaaatc caggtgatcc agggcgacgc cttcgaggtc gtgaagcgct 99241 ttaacgacga gacatttgac gttataatcc acgacccgcc tcgcttttct ctagccggcc 99301 agctctactc tgaggagttc taccgtgagc ttttcaggat tttaaagcca ggggggaggc 99361 tcttccacta cgttggcaat cccgggaaga gataccgcag gaaggacctt cagaaaggcg 99421 ttatggagcg gttaaggaga gcgggcttcg tggaggttaa gcgggttgaa gaagcactcg 99481 gcgttgtggc aaaaaaaccg gggaaaaagt aaggaggagt taaatcccgc cgacttcctc 99541 aagctcctcg aaggcctcca agttggtgta gtagtccatg agctgagcta tctcctttct 99601 cagcttgaag ctcctcacta tcgctattcc aaagcctatt atcgatggcc atatcagcag 99661 gaggagcagt ttggcgtcgc ctatcgggat gggcctcggc tctgtaaagc ggttgaagtt 99721 ccatatcatg aagcttatca tcagccacgc cgtcgagaag ttggtcaagc cactgccgct 99781 ttcacccagc ttgaagcccg ggatgacgtc ctttgtgatt ggcggcagga ggttgctgcc 99841 catgaagccg agctggtctt cgaagacgtg cagccactga cctatcatcg aggccaaagc 99901 taggtcaccc gcgtggttgt agccgaggag cttgaagatc gcgtagacga aggcccctat 99961 tatgatgccc atcgtgagcg agtggctgaa gccgtgatgc cagggtaaaa agcggtcttt 100021 gacaactgtt ttgcccctga actcagccct cctgaaggct atctccgggc ccgaaaagga 100081 gtctatcctg gtgggcttgg ggtaggtctt gatgaagggc acgctgacct tcgctattcc 100141 atagcgcctg tactcgggcg gtttgtcggt tatggccact ccacctggcg ttactatcgg 100201 gcccatctcg acgcgaactt ccctcttcgg ggggtcaagg taaacgaaga actgcctgta 100261 aacgtccccc ggcaggcgga tgttgtggat cttgactatc ctctcgccct cgtggtaggc 100321 ctcctctatc gccttcgcta ttgtctcggc tataccctgc gggtgcgggg cgtcgctgac 100381 gacgaagcgg agctccttat cgacctcgtc gatgtcaacg tagccaaaga ccagtatctc 100441 cttgccctcc tcgatctgac cgaactcctc ctcgaagaac ttgtagtcgt ccccaacggc 100501 ctcaacggtt atcctgccgg ttccgtcgtt gaggatgaaa acaatgctgt tgtactcctc 100561 ctcaacggtc ttctgctcac ctttctcgtc gaggatagtg taggtaacag ttccagaacc 100621 cctcgtcagg atctcctcga cccttccctc gatggcgaag aactggtagc ggttcttctc 100681 gctcaactcc tttatcttca cgagcttcgg ggcgtagtgc ttcttctcgt cccagggagc 100741 tggatcgatc tcgtagtccc tccgggcgaa gaacttcccg aacttgaaat ccacgaagtc 100801 ggggaagtat gcagcggcag ccgctattac cgggagcagg atgcccatcc tgaggtcaga 100861 taccagcgag gggaagaagg ttgcagcggc gagaccagag atgtagtggg taaagcccct 100921 catcccccat caccccagac cgagcaggcg cataacctca ccggtgtggc ccgtcatgct 100981 tatcagcacg ggcaggacga gaccgccgag gcagtagctc ctcctcgtgt tgaaggcagc 101041 cgccatcatg cctatggcag ttgagacgaa gagcacgagc acacccatcg ggcccgtgag 101101 tacgtaggag atcgctatga ggactactgc gacgacgtag gagagcttcc tgatgtgaac 101161 caccgtgaag ctcctggcta tcagcttgga gaggtagtag gtgaagagga agcttatccc 101221 cgcgctgagc aggatgacgc ctatggccgc caggtactcg gcgtagctct tcggcgtgta 101281 gaccgagctc acaagccagg ccgccgcccc cctcgtcagc ctcaggttcg gcaggaagag 101341 gagcgtgaag gccccaacgt agtagatcac cctgttgacg ccctggctga tgatgaaggc 101401 atcgtcaccg cgctggctgg ttatgtgccc cgctatgagc gctcccatac ctccggtgat 101461 tatcgggtaa acggccgcta tagtgcctcc caaggcccct ccaaagctcg ccttgagggt 101521 gttgtaaata ctgctctcga ccttatcgtc gatcttctgc ggaagcatcg gtggattgga 101581 gagtatgttg aggagaaccc aggacattcc gaagaagcct ataaacatcg gagtaagcct 101641 cgtgtaggcg ctggtcgagg ggagcaggtt tgtgttcatc accgcgaagc ccaggagacc 101701 ggagaggaag aacaccagaa ttccgccgag tatctgcctc catgccagcc agagtctctg 101761 gaggggtgtt tttcccctgt cgccttcttt gggccactca ctcatgaaca tgaagaccac 101821 tatcgcggtg aggaagtacg ttatgtacgg gctggtcgcc tgatagatcg gcgggagaac 101881 cttggggaag atgaagagcg ccccaagcac caggacgaga gttcccgcaa ccgcccctat 101941 gaggtagagg agcactgcct catgccccct gccgaggagc aggtagcgct gggtcgggaa 102001 gaggaggaac accgcgctct cgtcggcaac gctgaagtag acgctcgata ttgcgctcac 102061 gtaggcgtaa gcaactatcg cgccaatggc gaagaacggg aaggcctgga cgggcatcag 102121 ctcgccgacg ccgaagaccg ccacgagcag ggccataatg ttgaagatgt gaaagccggg 102181 gatccaggat attaatgatc cgaacagcac cccggcgagc gaccatacca ggacctcaga 102241 gaggggaacc attggcatca cctcactcct taactatcgc gtctcccctg tacgggacga 102301 cctccaaggt tccccggtat tccgtcacgt atccgcctat cttcacgata tcaccctcgt 102361 tgaacgtcct gtcgccgaga acgctctttg gaatgaagat cacgagctcg ccacttccgt 102421 cgtctatcgt gagctttacg aatgaactgc ccgtgtagat gctctttacg gttccctgga 102481 cgactacggt ctttccgagc atgtcagagg agacttcacc ggtctcgagg agcggcgagg 102541 caacggcctt gacgacctca atcgagacca ctctgtcttt gtcggcgtca taggttatct 102601 cgagctcgct tccggtcccg gtcttgagcg ggttggggat cagatcccgc gagaccgtga 102661 ggttaaccct tcccgtatcg tcagagacct cgatgaggta gttcggcttg gagtagtaaa 102721 cggcctccca cttcacctcc agcttaacgg tgccgctcgc cgagggcagt tgggagaggg 102781 tgatcgttcc gttcccgccc tggcccggac tcggggtggt agtcgtttca gtcgttccac 102841 ctattggctt tctgtaggcg attatggcct cgggggtgta cggtatgacc tcgagcgttc 102901 ccctgtactc gtcgaggtaa ccggcgactt taacgccgag tccggccttg agctggccct 102961 tcacgttctc atcgagctcc ctgaccaccg aaccgggtat gaagatggtt atctcgccgg 103021 ttccatcgtt tacgacgagc ttgaggttcg agccaacgtt ggccgtgctc acgatgttgc 103081 cctcgataac aactatcctc ccgagcatct cggaggagag atccccgatt ctgctcagtt 103141 cgggtttgac cgggctgata acctcgaact tcgagacctt gagcgtgccg ttgtcaccaa 103201 cgaggccaat ggccttgatc ctcgatccag agccggcctg gaacgggttt atcgcggcca 103261 gtacgtccct tgaggtgtac aggacggcag aaacatctcc gtcgctgacg gtgacgaggt 103321 actgcccgga cttgtaggtt atcttctcga gggtggcctc caccgaaacg gtctctccaa 103381 cgtgatccct cagctcatca agcgagacct gtggaacctg ctgggctcca acgacggtaa 103441 agtccttgag atcccttacg acgatctcag gcgagctacc cttgtagagg taaaccacgc 103501 cagcgacctt gacctgatca cccagggcaa ccttaggagc ctttccaatg accaggagaa 103561 ccttgggtat gagaacagtc accctaccgg agccggtgtc cacctccatc aggattccgc 103621 tgctgacgtt gttgagggat gtaacgaggc cctccgtgta gacgtactcg ttggccatct 103681 tttccgtgag ggtcgtcacc ttgggcggat tgggggagta ggccttgctt atgaacttaa 103741 gcccgtcgag gtactggagc attccgtagg tgtaggtttc cctcacgcgg agctgtattt 103801 ccgcctctat cctgtcgccc gggaagggaa cctttccctc tttgatgagc ttttccgcaa 103861 ccggagaata aaccctgatg tcgatcgagc cggtgccatc gttaacggag aacgtaacgc 103921 tcagttttcc gccactttca gaaacgtagg ggacgctcac gacgtttcct tccaccctga 103981 caacggcgta gttcatcaga tagttgccgt agacatcact tatcttcgcc attggagcct 104041 tcgcagattg agccgctatg aggatcagcg cgacaccgag aactgctata acgagggaaa 104101 cgtacttcag cttcgagacg tcgatcttct tctgctcctt aagtccgtga tagtaaagct 104161 tcttctcctc ctttctggag tcaggattac catttgagcc gtttgaggtc acgctaacac 104221 cccctcaact tctggatttc gggacgtagc aaaggagtag aagggccggg cttttaacag 104281 tttcgtgtat aaccatgacc agcgaaaaaa tgaaaggatt aggtcagtat ctcgatgccc 104341 tccaccgagt agggtatgat ctctatcgtg cccttgtact ccgtaacgta gccgccaatc 104401 tcaacggaag ccccgtcctg gagccttgac ttaacgtcct ccgggagctt ggaggcaact 104461 gaggatggca cgaagaccgt tatgttgccg ctaccgtcaa cgacgaggaa cttgaggttc 104521 gcaccgatgg tcttgaagtc cgaaaccgtt ccctgaacga ccactgtctt cccgaggagc 104581 tctgcggtaa cgttggccgt gctgaggagc ggcgacggct gcggactgac ggcggagagg 104641 ttgagaacct tcatcgatga ggcatcgacg accaggtgga gcacgctgcc cgtccccacc 104701 tttatggggt tcgggaggat ctccctctcc gccgtgaggt taacccttcc cgtatcgtca 104761 gagacctcga tgaggtagtt cggcttggag tagtagagct tgacccaggt ggcgttaagc 104821 tgaacggtac cgctggcaga ggagagctcc gaaacggtaa cccactgaac ctcggtctgg 104881 gtctgagtgc tcgtggtcgt tgtcgtcgtt gtggttgtcg tggtggtagt ctctatctgg 104941 aggggctccc cgtaggcgat tatggcctca gggatgtacg gtatgacctc aagcgttccc 105001 ctgtactcgt caacgtagcc accgatctta accccgagac ctcccttcag gccggagagg 105061 gtctcgtttg agagctcctt aactaccgat cccggaatga agacgactat ctcgccggtt 105121 ccatcggtca cggttagctt caggttggag cctatcttct tcgtgctaac cacgttgccc 105181 tcgatgacta caatcttccc gagcatccca gaggagatgt ctttgatctc actggtggtt 105241 ggggccttct tctccacaac ttcgatttca ccggccgaga gctgctcctg ggattcaacc 105301 tctccggtca ccaggatctt ggagccaacg ccaacctcaa gcgggttgag aaccgacagg 105361 agcccacgct tcgccgtgac gtttatcttc gcaccgtttt cgcccattga tataacgtag 105421 acgtggttcg ctgagtcgta ggagatgccg aggagaaggc cctcaacgct gacgttcttt 105481 ccgacgtagt tcccgatttc acctatcgac accttgggaa tggaaggcgt tgatgtagtg 105541 gtggtctgtg gagatgtcgt tgtcgtcgtg gtggttgtgg tcgtctgagc agcggaagtc 105601 gttgtctggg tttgagagct ggtcgtcgat gaggtggttg gagtgctctc cttggagccg 105661 cccccgatac agccggccga gatcacgacc agacctatca ggagcaacgc tagggcaaac 105721 ttcaccctca tggagattca cctctaccca gttccgagaa gcagtatata gctctttctg 105781 aagaaagtta agaaaaggtg gtcattcctc cccgcccttg agaaccttct ccacgtcgaa 105841 gccctcctcg tacttcctga gcttcctctc gaagaactcg atgaagagcc tgtagcgctt 105901 cgccctgtgc ttcgggcttc ccctgatgct gtggccgtgt gggcctttct tgaagacggc 105961 tatgtaggcc tccttgccga ggtccttcag aacgttgtag aacatcagac tctggtcgag 106021 cggacagcgg tagtcctcca gcgagtgtat cagcagaatc ggggccttca cgttctttgc 106081 gtagaacagg gggcttagct tcctgaagtt ctcgttctcc agcgggtttg gcccgatgac 106141 ctcgacgtcg aaccagaggc caatgtccga gaaggcatag ctcgtcagcc agtagcttat 106201 gccgttctcg ctgattccag ccttgaagag gtcgctctgc gttaacgccc agttggtcat 106261 gaagccgccg tagcttatgc cggttattcc aacgcgctcc ctgtcggctt gcggttcgag 106321 cttgaagaac tcctctattc cggccattat gtcctcgaag tcttctaagc cagtcctctc 106381 aaggacgcga agggcgaagt cctcgtcgta accgtcgctg ccgcgcggat tgacgtagac 106441 cacgtaataa cctttgttcg ccatcagctg catctcgtag acgaagcggt gcccgtacat 106501 tcccttcggc ccgccgtgga cgaagactat cacaggggcc ttctcatcct ccttgagctc 106561 cggtttgagg taccagccgt ctatctccat gtctttgctt ctaaagcgga agtgtctcgg 106621 ctcgaaggtt ttcagtttgg cgaatatcgg gccgttgtag tcggtgacct gcttgagctc 106681 gccgtcgtac aggtagagct cgcctatcct cgtggcggtc attatgagga gtagggcctt 106741 tccgttgctg gcatccaggc cgtaaatcca gtggtcgcca gctactacgc gctcggcttt 106801 accatcccag agccagaggt tcaccctgcc cgaatctgga gtgaggaagt agaccttgcc 106861 cccggtgagc ttcgcgcccc agacgtcgag cgggccctcg tagacgggct tgagctcgcc 106921 gtcccacaga tagagccagt cgtgctcgct gatgaacttc ttctccctcc tgcccctgag 106981 gagaatggct tttccatctg aatcaaccgc ctcaaaggaa acgcgctcga agagcttctc 107041 ctcgtttccg tccttccaga ggattatgtc gtagaacttg aagagggccg gctttccgtt 107101 ttccctgtgc gggacgttga ttacaatcga atcgccgtgc cagaggcccg agctgaaacg 107161 gggcttctcg aactcctcta tgatctcttc gctctccgtg tcgaggaccc agaaggtcgt 107221 cttctcgccg tcgaggaagc ccatgccgtc gaaccagaag ggaacgtcat cgtcgaagac 107281 gaagtcctca tcgtcgtgtc tcttgaagcc gaccaccaaa agcctcctcg agtcgtcgtt 107341 ccactggagg gagcggatgt ttttggcgga gagaaccttc tttgccgaga gcgtttcgag 107401 ctcggcaacc cagacctcag tttccttctt ctcctcgttg ggcctcgtga aggcaatctt 107461 tctgccatcg ggcgagagcc tcggcattga ggcgttctct atgaaacgcc ttgagccctt 107521 tccaatgtcc tcaacgacca ccgtgctctc atacttattg tccttcatgt tgaccttggt 107581 cagggtgtag gctattctcg agcctttaat cctcgggtcg ttcacgtagg cgaaccgaga 107641 aaaggtcttc tcgttccatt cgataccgct cataacgcta tcacctgatt gtgataagcg 107701 tcgaagtata taagcctaac ttcaatggac attgctgaac ccggggaaca tttaaaagga 107761 gcccgccgat aacgctggaa ggtgaaggct atgaaggaaa caacggccgt tgcggtgata 107821 ttcagcacgg gacttgtgct ctcgctcgcg ctgaggacgt actggggagt ggtcttcgcg 107881 gcgatgggga tcccggttta ccttgcgtac atagcccgcg agcagaacat cctcgcgaag 107941 tcaaggctct acgacaggga cctcttcgtg atgatcggga tagccatagc ggtcatatta 108001 ggctttgact acttctggga ccccagggcg ggcctcataa ctctcgccat aatcgtgcct 108061 gtgatagcgg cccttcacga taggattaaa cgctcaaagg gtggccagaa cgtccagcac 108121 ggctgaaagc tttccctccc tcttgtacac tctcagggcg cttttcattg cctccctgaa 108181 gtcctcacca aggttaaagc ttttgtaaac cctctcggat atcgcgttcc ttcctatgaa 108241 gatcatagcc atcgcggagg tcaggttgtt cggctttctc cagttggcct tctcgaagtc 108301 gatgatataa acgtccccgc caattatgat gtgcttgccc ccctgtattt ggccgtgatc 108361 gaggtaaagc ctgtccagga gggcagtttt ctcggctatc tggaagaggt gcctcttctt 108421 gagctcagcg taaaggatcg gctcgccctc tgcaaactca cggacgaggt agctcaggtt 108481 cccaatcctg ccccgggcga tgagcggggg cgaaattcca aatggtgata ttgcctcgag 108541 tatctccgcc tctctcctga agttgtcccg gggagaatcc ggtctctgga gtttgacgat 108601 taccctcttt tctccgagct tcccgagaaa aacaacgctg gttgtgccct tggagtacgg 108661 cttgagggcc tcgattccaa gccctgaaag ctcccgaagg agctccttcc ttatgcgctc 108721 cggtatcagg tggtcgaaca tggccctcga taaccttaaa taccccctcc aataaaatag 108781 ttttggtgat agcccatggt gacggctttt attttgatgg ttacggccgc tggaaaggaa 108841 agggaagtca tggagaagct tcttgctatg cccgaggtca aagaagccta cgttgtttac 108901 ggcgagtacg acctcgttgt caaggttgag accgatactc tcaaggacct tgaccagttc 108961 ataacggaaa agataagacg catgccggaa atccagatga cctcgacgat gatagcgatc 109021 tgatttcgtt cttctcttct tccaaagagg aaatagggat cacttgttca tcatcaacct 109081 tatcctctcg gcggcgtctt tggccttgtc cgagatgttg ctgagcgttc tcgcgatgtt 109141 gaggatgtag gttccgtcgc cccacgttag tttatcttcg ttcttgaaga cgagcttcat 109201 aagctccgtg tcgagcccat cgatgttctg ttcaacccct tcgatctccc ttatgagctc 109261 gtactcccgc tcgatctcct tctcggcaaa gccgctctct ataacgcgat ccatctggac 109321 tatcgcctca tacacgagct tggcagcctt tatgctctcc cgccccatcc tgagtatcac 109381 gtccttgatt tcttccggta tctcccccgg cctcttcacg agcagccatt tagcagtgtc 109441 ctcagcggcg tcggccacct tgtcctgcat gtggaggtat atcagaacgt cctccctcgc 109501 aacggccatc atgagcttcg agctgagcga gtcccttatc tcctccttta tcctgtcggc 109561 gacgtcctcg agcctgtcaa cctcaacggc gagcctctcc atctcaccgt agtttccggc 109621 acgccacgcc tggagggccc tctcaagggt ctcgacggtc tcgataacaa cttccgcatg 109681 ctttatcagg ggtttgaagg ggctcttcgc aaagagcttg atccagacct gcatggtatc 109741 accccacgag cattaagacc ctgaatataa cggcacttat aactgccgca acggggacgg 109801 taacgaacca cgagattatt atatccctca cgatgtcctt gtttattgcc tttacccccc 109861 tcgcgaggcc tatgccgatg acggctccaa cgacggtgtg ggtggttgag atcggcatcc 109921 cgagccagct cgcaacgagg acaacggtcg cggccgaaaa atcgatcgta aagccgcgag 109981 tgttcgtcag ctcggttatc ttcttcccaa cggtctccat gacgcggtag ccgtatgtgg 110041 cgacgccgac ggctatgcca aggcctccca tcgccaggat ccacctgggc actggaacct 110101 tcatgccgct cagccccatc gaagctaccg cgtaaacggc cgcaactggc cctatggcgt 110161 tggcgacgtc gtttgccccg tgcgctaaag ccacgtagcc cgaggtaacg acctggacgc 110221 ggcggaatat gctctcaaca ccgatgtagg ggtcgcttat tgggaaccta agccgtatca 110281 gggtgtaagt aatcagaaaa actacaaaac cggccgggat tccgcagagg aggacgcccg 110341 ccttcaggtc tttaccgtgg agaaccttga tgtagaacat cgttccaatg acgacgaaag 110401 ctaggccaac ccagagggga gaccagaggc gggcgttctt aacgggatcc ccgctcatga 110461 aaatgctcct tgtgagggcc ttgaacacga ggtacgccat aaccgcaccg acgatcgggg 110521 agaggatcca gctgagaaca acctgtgcca tcttacccca gttcactata gaaagtcctg 110581 cgtagacgat tccgtaacca actatgccgc cgataatcga atgggtggtg gaaacgggga 110641 ggccaaactt cgtggcaatg atgagccata ccgtcgcggc aagcagggcg gccacagaac 110701 cgtaaataag aacagacggt tctgttatct tgtcaggata aattatgccc ttccttatcg 110761 tctccgtaac gctcttcccg aagaaatatg cacccgtgaa ctcgagaacg ccggcgatta 110821 aaacggcctg cttcggcgtt atcgcaccgg ccccaactgc agtgctcatc gagttcgcgg 110881 catcgttggc acctatcgcc caggccatag cgaaaccgac gacgatcgtg acgagcagcc 110941 atggatccat atcccccacc gggccggact aaacggtctc aaataaatac cttgtcgcag 111001 tagaatatag gcagccatat aggctaaata gctgacgata gaaaatatag atcagggaaa 111061 aacctgcgtt cccgtcttcc cttcgagggc ttcaacggcc ctgtcgagcg aggctattat 111121 cgccctttca ccgccccact caaggaatct tatgacggcc agaaccttcg gacccatgct 111181 gcccctcttg aagtgtccct cttcgtagta cttcctgagc tcctcgacgg tgaccctctc 111241 aagccacctc tcgtccggct tcccgaagtt tatcgcggca ccgttgacgt cggtgagaat 111301 catgaagata tccgccttga cctcctcggc cagcttttcc cccgccaaat ccttgtctat 111361 gacagcctcg acgcctttaa gctctccatt ctcctctatg acgggaacgc caccgccacc 111421 gctcgcgatg actatgaagc ccttctccac gagatcctgg atcaccgggg cttcaacgtg 111481 gcccttggga tcgggactcg gaacaacacg cctccagccc cttcccgcat cctcgatgac 111541 cacccagccc ttctccttgg ccagcttctt cgccgtctcc tcgtcgtaga agggcccgac 111601 gggcttgctc gggttcttaa aggcggggtc attcttgtcc acaatcgtct gggttactat 111661 cgtcgcaact ggcctgtcta taccgcgttt tctgagctca ttgattaggg cctgccctat 111721 catgtacccg atctgtccct gcgtcatcgc accggccacg tccatcggct gggccggtat 111781 gccgtagagc tgctggcccg cgtccatgtg gaggagtagt gcgccaacct ggggaccgtt 111841 tccgtgagtt ataacgacct cgtagcccct ctcgattatg tcagctatct gcttcgccgt 111901 ctttctcacg ttctccatct gctcctcgta ggttcccctt tgacctcgct ggaggattgc 111961 gttaccgcca agggctatga cgaccctctt cattagtatc acctccgtga tgtaaggttt 112021 cgtacttggg cataaaaacg ttcgttagaa gacactggtg tccactgaaa aaaggttcga 112081 tgtgtgaaaa aataagttgt caaaggtaaa aggagaaccc attggaggga caggctaaag 112141 gtaccacttg gagaagcttc ccaggccgag catctcaagg gttctcataa ctcccagcgc 112201 tatcccctcg acctctattc ctccggggag cttgtaggcg tcgccgacga cgtagacgtc 112261 ttttattgga aagtcctcga cgacctgacc gctggcgacc cggttcacag ggtttccgtc 112321 gaggtaggtc tgtatcagca ggatttcgcc ctcactatcg aggttcggga agattttgta 112381 aacatcctcg atgcccttcc tccgttcggc cttgatgttc ctgccctgca aagcgtggtg 112441 gagcattacc agggtgtagc catctttggc tagctcggga ctgagcgatg acggctcgtt 112501 gtagccgttt atcctctcag tgtcgagggt gaagacgacg gtgttgccaa cccttggctt 112561 tcccttcaag gcaacgttgt actttatgcc ctcgctcggc ttcagcgaat cgacgcgcct 112621 caggtaatcg cggtcgaagt tgtcccggcc tatcagctcg acagtttctt tgattcctgc 112681 gttcgagatg aggacgtcgt aggggaactc ctcgccttcg gcggcgatga ccttcttccc 112741 ctcaacatcg acttcaacga cccgctttct cgtgagcact ctgcccccgt tctcctcggt 112801 tattctcgcg agttcatcgg ttacggcgct acacccgccc ttaatcagcc caggcccgcc 112861 ccatttaagt gccgctttaa tttccctcgc cagctctccg gccgggacgt ctaagacgct 112921 gtcggcccag ccgaggaagc tcttgatgaa gaggtcaacg aactcgttat cacctatctt 112981 ttcccgaatc cactcgcgcc cgctcatctc ggcctcttct ccctctggga gtttgttcct 113041 cttcacgtcg aggagcaact tcgtcgcttt ggccttctcg gtgaagctta agtacttcca 113101 gccctcgcgg tagtggaacg ttttgccctc atagaaaatc atgcccttcg ggttggagtc 113161 gactactcgg actttcgcac cgagcagttt caggagatag gccagaggcc cgtcctcgcc 113221 gtgcgggagc atgtggaagg caccagtgga gaggccgaag cccctgtatg gaaggttcgc 113281 gaacctgcca ccgattctcg gggacttttc gagaaccata acctcatagc cgtttttagc 113341 gagaaatgaa gccgtcagaa ggcctccgat tccagagcct atgaccacag ccctcattct 113401 accaccggga agagaagaga ggggggatat aaaagggtgt cgtcagagcc tccactcaac 113461 ccccaaaatc tcgctgtagg catccaagac tttgctcaga tactccttgg ccgtgccgac 113521 cttgtcgagc ctgaacttct cggcccactt ttcgtttccg aactcctcac tgcccgctgc 113581 aacgaggtct atgacgcgca tgctgtccca gaagactggg acataaccgg ctttcctcgc 113641 gtactcgatg agcctcttga tctgcttttt cgcgtgctcc tccatgtcga tgtttatccc 113701 ataggcgtcc atgaacaggg ccttgagcac tggcttcatc cagcccctat ggaagcggca 113761 ccagccgacg ttgtcgtacc agaactccca gagagctgaa gcgattatct tttgggcgag 113821 ctcctccggc tcgaggaaga cgccgaactg gtagaaggtc cagtaacgac cctgaatcgg 113881 gagcgggatg tagttgccta tcgcccagta catcgtcggc gtaatctcgc cgtcctcgcc 113941 aagcggagtg aagaccgcgt agtccttgaa gctctcgccg tacttgagcc tgtccttaaa 114001 gcgctcgtcg aagattacgc tcgccttcct cttgccgagg ccgagtattt tagcaatctc 114061 gttctcgccg aaggccacgc ggtgggccag ctctgccacg agcttggcgt tgacctcgct 114121 cgtctcaacg gggcgttcga ttaaagcgtc cttcgtaaac tcaggcttac cactgaggcc 114181 aacctcctca ggtttgagca ggtcgcggtg gatcagctca agaacccacg ctgccgttcc 114241 accgaactct atcgcgtcga agcccatagc atccactgca ggaacactta tgtcactggc 114301 ccggagggtt atgacgccgc tgagcgggcc gttggcttcc ctcggttcgt actcaatgtg 114361 gtggccattg gcatacttct tacagaccac aggacagggc tcaccacagg tcgtccagtt 114421 cttgggcttt attgcctcct cgttgaaggg ctcccagtag tgcttcatta tgttctcatg 114481 gatttttatg cggtcctctt tcgggatgta gggcatctgc cagttgagaa tcgggacgaa 114541 gtcgccctcg gccggatagt tgcctccaaa agttcccccc gtttttagct tggggttgta 114601 cctgtacttg accgttttct cggcaataat ctcgttgtag ggcttcttgt ggacaccctc 114661 gactatctcc ttggcggttt tgaagttcga gatgtcctcg cccgggaact tcctcttcct 114721 cggcttgccg ccgaagataa ttccgatgac gttatgagcc ctgagcagaa cgcttcctga 114781 acctccacga gccgcccagt cctcactacc cacgagacgc ttgcccttcc tcaacgcctg 114841 agagaatatg cctccgtagt tagtgttcag cgcggcagga ccaacgactg ctatcctgta 114901 ctcgaagtca aagcggcttc cgaaggcgtc tatgaggtac tgagtgagtg catagacacc 114961 ttcctcgccc ttgtagcccc tccagacctc tatgaccttt tcaagctcaa cctcgtggag 115021 ctcgaccctt acgctctcac catcgttgta gaggagaacc acgacgggct tctcggcctt 115081 gccctcaaag gtcacgaaat caacgccgac gttcttgaag gcgtaggcgg caccacccat 115141 tgccgaggga aagagtgtgc cgtagagcgg tgagcggaag aagaacatca atctatgcgc 115201 tccgggaaga accgagcccg caaagggccc catgcccata acaatgatgt tccgaggatc 115261 gtaggggtcg atggaatggg tctcaaggct ttcgtgaagc tcaagaccgt aatctatgac 115321 gccgtagacg tcgtccttct caaactcctc gctctcaact ctgttttcgt ccagcttgag 115381 tttgagaacc gtgaacctca tgatctcacc ccgttgtatc actccaagtg ttaggtaaga 115441 taaggagcgt atttaagttt ttcctgtttc acggggaaca caaaagaaat ggacactcct 115501 aaacagcaag gaagggggga gcaaaacgaa aggggctcac tcaatgtcct caaagcgctc 115561 ctcaagcctc ttcaacacgc cgggcagggt ggtgtattcc atatcctcga gtggcaggcg 115621 gtgtggctcg aacggaccgt gcctgcgcat ataatccgtt atctcaaggg ccttctgcct 115681 ggcgtagtcg aaggccgggt cgtcgaagag atcaacggga ccgacgagct ttccttctgg 115741 gcttatctgc cagcctagag cgacaaccct cggcggaccg tcgaacctgg tcggattggc 115801 ctggtgcatc ggaactggca ttatcggtcc gttgtgcgaa cccctcatcc agccgctgac 115861 gaggtgcggg aaggcgaagg gctcaaggac ttctccaagg gccggaaggc cgctctgggc 115921 cctgactata gcgaccgggt cgtccttgcc cacgtattct ccagcaatct cgtagagctt 115981 ctcagtgctg accacagcta ccggctcgtc cttcggaatt gggtggccct ccttcgggta 116041 aacgcgcttg atgacgtagc ggctctttgc ccctatgagt gcaagaaggt cgtagacctc 116101 ctcgggggtg ttgaggatga cgcgcttgtg cttgaggatg tcccagacct cgaagcggaa 116161 gcccatgtgc atcttggggt cgatgaccag gccagcggtg ttgaacgggt cggcgaacat 116221 cctgaatatc ggcaggttga aggctccagg ctcagtcttg tccatgtgga aggtcacaac 116281 cggctcgctc ttcctcaggg taatctccat ctccgcaacg cccgggccca ttccgcggac 116341 gtttccgctg aatgcatcct tgaggaggtc ctgtccggcg ccgtagaggc caagctcctt 116401 ggcgaccttg gttgcttcct cgaaggcctt ccaggccagt ccgtgaacat cggggctgtc 116461 aacgcctttc ttgtgggtca tgatcagctg gaggtcgtca cccgcgtaag ccacgtagaa 116521 gtcgattatc gtcccttctt ccttggcctt ggcgagaatc tcctcggcgg tctctatgag 116581 ctgggggtgc accctggagt gccccggcca gccaccgatg tcagccttaa tcacgctaat 116641 cgttattttc tctccaacgg ccatggcaac caccgataag aactgggagt tttatgctta 116701 taaaacgtta atatcaccgc cgatgataca cacgaatccg tcaaaattag ggaagcagaa 116761 atgaacttat gaactcattc gcatacgtca gtccagccga agtgctccct gaccaccttg 116821 atgaggttct tgagctcctc cttcttgatg ttgacgcttg aactggcacc aaccagcgct 116881 attataccat gaacttcctc ctgaacctgt ataacgtcgt cgtgaaccct gacaaccctg 116941 agttctctcc ttgccgtctc gtcctcccct atcttaaatt tatccttacc gatgacaatt 117001 ggctcaccca ctaggaccac cattagactt gtcaatgtca aacttaataa aatttgccat 117061 cacaaaattt ataaacctcc cctcgctaag gttggtcgga cgggggcgtg gtgtagcctg 117121 gtccatcatc gcgggctcca gaggtatgag gacttgcggg tttgctgagc ggggatgagc 117181 ctttggagct ctgacccgga gaaacccgcg gaccggggtt caaatccccg cgcccccacc 117241 attacagccc tttctgacga aagcgctggc ggaagagtag gtgcttttct acggagtggc 117301 aagttctaag agaggttcta actcaacttg ccctttgatt agtgtttcac tctaagaagg 117361 cgtccttcgg acgccgatga taagttgaaa ctatctcaag ggttttatta tagggtgaac 117421 ccatttatag actcgctctt ttgttagtgc acgattgact tcttgctctt cggcgagaag 117481 ggcgctcatt tcgccagcct ttcccaaagg ctgttacaaa gtttcatcaa agtttgtagc 117541 tccttttgga aggccatatt tcaagagatt ttccatttaa ttggccgtat tgagtaagag 117601 aactttttaa attgcccctt ttggaagggt ttgacattta aatcgacgcc cgaagggcgt 117661 caagaagaga gcaaacccct ttgtagggtg ctgtttttgt gttctccatt tggaaaaagc 117721 aatttcgtga gtaaaatcga ttttatgggg gtctttggcg agaagctact aacttttggt 117781 gaagcttttg gaaaaaagct ccagcgctgg cggaaagtgt tgtacgttgt ttttaagttg 117841 attgccggca gaggttttgc ttcatcgaaa gcgcccgatg gacaccacca agagaaaaca 117901 cgcctaaaca ggcgagttta gaagtaaacc acctaaaaat caaccctttt ttgaaaatgc 117961 attctcattt tgatgaaact ttgcgaaagc aaagtttcta tggtagcccc gccgggattc 118021 gaacccgggt cgcgggatcc aaagtcccgc atgcttggcc gctacaccac ggggctgccc 118081 gttatgaaaa gctgagaaga ggcttataaa gtttagtgaa aagtcacccc atagggattt 118141 atcaaaattc gtagccctct cctagtttga ccaagtttgt gattcttttg tgaagtgctc 118201 ttttgatagg tttacctttt taagtgtgga gttttaggga agaattcctt tgaaaatgcc 118261 tgttgggact gcaagccttt ttctcagttg gctttctggg aggaatcacg aaactttgat 118321 gaaactttgc ccagcagagt ttctagaacg caaactcctc gacgctgaac tgctcgatga 118381 ccctctcgaa gtcagtctcg ggggtgtaaa cgaaaccaca gcgggtacac ttcaaaacgc 118441 cgttctcctc ggtgagtgga gagaagcaga ccggacaacg atactcctct cgctttagag 118501 agtcgtaaac ttcatccctc atcacgagca ggttgagctc gctctcccag tcctcgtgga 118561 gcattcccca ataaggggtc tcaacgggat agaaatcctc gaggattagg gccttaatcc 118621 ctatccccct gattcccggc ggaagcttac cggcgggttc tatcccaacc acgtactggt 118681 cgtaaaactc tatgtgctcc gtcctgacgg ttaaaccgcg ggagagcctc gaacggagcg 118741 gaataagctg gagaaacaga ctttccctct cgacgtccca gctcgcgctt attgaaacgc 118801 ccttcttcgt gaagaactga gtgatgtaac ggtcgtctct ctcctcccct accaaggaga 118861 acccaagctt tctcatcgcc cttccgagga agttcggcct ggggagcttc tgataattaa 118921 tcaagtactc cccgatccac cccgccaggg gcatggagta gcctatgaag gcctgcctct 118981 cgacgcgcag gtaggcaacg ctggggagga gcttgaactg gtcgagcatc aagagaaata 119041 ggcggaaggc ctataaatag ctaacccctc aactcccgaa gaactcgtcg aggcttatgc 119101 gcttcttcct cttggccttc gccttctcct tcttgacttc cttcttgagg ttctccgagg 119161 gctttttctt tgtccgggat tctgcatcat tcttcttttc aacctctttg ctagtcttcg 119221 ctttccccac cttcccgttc tttccgttga agccgtcgag gtagccgttc tttccgttgg 119281 aagaaccagt cctctcctta atcatcttct cgcagacgtc cgcagagaag ccgagcaaag 119341 tcctctgctt ttcgggcaaa acggtctcga agagcgtctt tatgtccttc tcggtcaggc 119401 aaatcctctg cctcgtgtag tccttgacgt tatagcgggt gaccagcatc tttgcagtgg 119461 gcaggtactt ttccaccgcg cctttgctaa ccgtcaggac gatttttcca ccgcacttcg 119521 gacagcggcc ggtaaggggc ggcctcctgt atttcgtgtt gcacttcacg caacggaact 119581 cctgtctcgt gaagctcctc aggttgcccc ttaggtcggg aatcaggtgg gagttgagta 119641 tcgtctcagc cacgtggtgc tcatcgaccg cgcgaatccg ctcagctaaa gcgagctgtc 119701 tctcgacctt ctcgaccatg tcgccgagct gtttgtacag gctcatcttc gggcccaggc 119761 ctatatcgtc cgtatcgtga gtgaacttta tcccctcgta catctcgggc tttccaaggc 119821 ggtcttcaac gcgctcgatg aacttgattt ccttcggcga tttcatctcg taggtggcct 119881 catagaattc gaggggataa tagcggacga catccatgtt gtggacctcg ctgtcaacct 119941 cgcgcgggtc gagcctcgtg gtgacgacca gcggtgcgtc cattttaccg ccgcgcttct 120001 ctgggaggta atacttgctg aagtttagta gcgcatcgag gaggagcatg acagcgtcct 120061 catctccgtc gcattgatgt gttacaacat tctcatttat tagtacatta tggtagcttt 120121 tagcgttcaa tgagaacaca aagtcatctt taggcttgac gtatttaatg cgttcaattt 120181 tgaatggttt tatggagtca ttctcataaa ctccaattaa ctccccttcc ttcacctcga 120241 aggccctctt ttccacgaac ttcccatttt cgtagacgag aaccgggtgg tcgacggtcg 120301 tttcgaagct cctcccgagt tcgagctcga agcgaatcag gtggtcggtg cttggagctt 120361 ttataacgtc ctcgatatcg gtgagaacga ccttccctct ctcggggtcg aaagagtaaa 120421 ccttaacgtc cctcttcggc ttccgtctca cgtagaccat gttctcgtag ctttcccctt 120481 caaacagctc gtagagctcg cggagcgtta tcctcgcggg ttttccatca atctgaacta 120541 aaattctcgt atcaccaggg aagcagttcc tcctcttcgc cgcatgataa tacgggtgcg 120601 cgtagccgac caaaacgtcg gagaagccga ttatcctgcc gatgattccg gccgaggtgt 120661 ggggtgctaa accgatgacg aggtggccta tcaggtcttc catcttctcg gcgttgtaga 120721 acctcggcag accgtagaac ttctcaagca ggtcatcaac gaagcgcgcg accttgagaa 120781 ggtatttacc cgcctcgtag gagaggatta tgtcctgaac cttcagctcg actatctggt 120841 cgtcccgttc aaggggcttg ccctcgaagt cgtgggtgta gccaagttcg cgaagctttt 120901 caacgctgac ccctatctcc ttcggcttga agtgggttat cggggcgtcg gtggcgtcga 120961 agcggattgt gccgtccttg aaaacgtaaa cgtcgttctt aaccctcagg aggccctttt 121021 caaggggctc ggccattttg tagccggagg tcataccctt gacgcccttg agcctgtcga 121081 tgccgtagac cttgacgttc tccattgccc ttctgagcag ttcggagggc tttatttccc 121141 tctcagcgta gggcctcagc tcgacgtcac agcgcggaca gcggaagccg aactccttag 121201 cctcgctttc aggataatca acgttgcact tggggcagtg ccagaggagc tccttcctcg 121261 tcccacagac ggggcagagg tgctcggggc caacgtgtcc gcacttcggg cacctgaaga 121321 aggctatctc gaccttggcg gtcttgccct cctcagcggc cttcttaatg tccctgctct 121381 gcccgccagc gaggccaatc gggaagagca cctgaacagg gggcttcatt ttcctctcct 121441 tggccttctc gggtctgccc attctggccc ctatccagct tattcccctg tcgcggagct 121501 ttatcgggtt gttctcgttg attatatcaa tgaccgtgtg gaacggctta gccttgaact 121561 cccactcaag gttgccgaga ggcgtgagca gagcggcgct ccacgggtag tcaacgacga 121621 tgaccttcct cctgtcctct gtcctctcga gcctgtgggg caggccgagg agctcgaggt 121681 agcgcttgat tctggggtcg ttgtcaagga ttaccttcct cgcgaacttc agcttcctga 121741 actcgtccca ctcgatttgg gcgtttagca aagccctctg gagttcctcc acttcctcag 121801 gcttcagcgt gttccagtag agggtgtagt aggggtggaa gggtatgtcc agaacctttg 121861 agaggtgtat cgccagctcg acgctcggcc tgacgcggag cgggtctctc aaaagactct 121921 caaggaaatc ggggtctatt tcgaggtact cggcggcctc ttctattgcc tcgcgcgggt 121981 tgtcggagaa gggcttgagc tcgacttcgt agagttcctc gattgccttc accagctcct 122041 gaacccacca ttcctcgacg tagttggccg gcaaaagcgt ctggttgttc tcaacgaagt 122101 cgccgaagtt cacgagggca tctccgacgt agagaatctc ctcaatttcg tttttaaccc 122161 taagagccgt ctcgtagtcg tcaacccgta cgacgctccc gtccttgagc ttgactattg 122221 gcccctcaac agtggttgcg ggggtaacga tacagccctt cccaggcctc tcggtcttca 122281 tctgcgttcc tatcgctatg aactcgtcga ggattagcat ggtggccggg ttaacgctcc 122341 acgtcgcgaa accgctgacg cgactccttc cgtagcgcag gcggaagcca ccgttctctg 122401 aaggctcggc aaagaggggc ctgccaccga ttatctcctt cgtgtacttc ttgttggggg 122461 cgatgttggc tttaaacctc tcgtagagct cgtagtagaa gcccttctcg accttctcgg 122521 tgatttcctc cctcgctccg gaatcttcgg ccttggattc gtcggccttg ggttcctcgg 122581 atttgccctt ctctttggcc tccacgaact cctttatcca gtcccagcct tccacgccca 122641 tcttgtctat gtacttgacg agctttttcg ccttctggag gacaccctcc gccaaaacga 122701 gaatcgctcc accgcgcagg tggttggtct cgacaccggg aacgttcctg tgactcactt 122761 ccaccttatc ggtctcttca ccggttatct caatggggat gttcctcatc gcgagcctta 122821 cctcatcggc ctctgggtga tactgcagtc tcgtaacggc tctatgatag aggtctatct 122881 cctcgaccat cctctctata tgctcctcgc tcggcttgaa gcggtcgagg ccaagctttt 122941 tcctcacgta gtcgccgacg aggacgctta aagcttgagc ggttccgccg gaactcctta 123001 tcgggccggc gtagtagagg gccaggtact cgctgttgtc ggcccaggtg ttgcgcttga 123061 tttttacatc agctattccc tcgagcggag ctgagactat accctcggtg agtatcgcga 123121 gggcagttct gacggcctgc tcagcatagc gctccttgct cccaaggtcg ccaaacttgc 123181 cctcgatgat ttcatcaaca accttcagcg cagccaattc cttgccgtac tccttcacaa 123241 gaaccctgat cctctcggcg acgcccggcg gacccacgag gctctcaaca cggccggcca 123301 tatcggttgc ttggggaacc tcaacgtcga ggcttgggtc ttttccctga gagcgagctt 123361 ttcttgctat ctcataggcc ctgtcaatct ccctctggag tgattcgaag taagccttca 123421 tcccgggtga gtagagctca tcccccattc aaaccccctc gcagaactgc tcgaagttta 123481 taaccgcacg cagacgggcg gtttcaacgt ctattatcgg cacgcgcgcg ggcgtcggaa 123541 ctatgttcac catcttctgg aactcagtct gggcctgcca tgttcccgtg tttatgacga 123601 agacaccgtt gtaaatcttg tactgcataa cgtggacgtg gccggcctgg aaaagatcgg 123661 gaacgctctc gatgacgagc agatcctcgg ggtctggggc gatgggtacc ttcccaccga 123721 aggtcggggc taagtgcctg agcttgagaa gctcaaccat cgcctccgcc ggccggtggt 123781 ggctcctgtt gggtatctcg gtgacgacgt cctctattcc cctgccatga gctataagga 123841 actccctgcc gtgaagtttt atgagggcgg ggttgctgat tatggtgacg ttcttaagac 123901 ggtatatcgg gcgggcgtac tcctcataaa agccgggctg cggcagggca gttctcgcgg 123961 cgtcgtggtt gccgggtccg atgaacacgt gaatatgatc cggaacgttg cggaggagat 124021 tagccaaggc ctcgtactga tcaaagatgt cgggaatcgc aagttcctcg tactgaccgg 124081 ggtagatacc cacaccatcg accacgtcgc cagctatgat catgtacttt atcctgctta 124141 cgagctctgc atgggtctcg ttctcgacgt tgccgttaag ccattcgaga aacttctcaa 124201 aggctttctc gcagaacttg tttgagccga cgtggatgtc gctcagtaaa actgcataaa 124261 ccttctcctt gaggggcggc ttgggagagc gaacctttgg aacgtcaggg aggtatatgt 124321 gatccgcgaa tatcataccc ttacccgagt acttaccgga aacagcaatc gctgcgtcgt 124381 gcattatact catgacaagc ttggcatcct ctctgtttct gttgatgaag acctttatcc 124441 tgcccgttgc atcctcgagc tcaagcacgt accctttgct cgtctccctc ttgtcggtga 124501 gcaaacccac gaccgttact tctgaacctg gctggacata gctgagcttt cctatatcga 124561 tgatcccacc tatctcgggg ttttcccgga aaatccggcg catcttcttc aggcgagagc 124621 ggaaataaag gcgataagcc tcaacgagaa actccccctc tttaccggcc gcgttgttgg 124681 ccttgggagg ggagagcctc acattcttaa catcaaacac aacctccgat tcgtcgggca 124741 tctccgcggc acggtagtga aaagcggggt ttggggttat aacaacgtca tcgtaaacag 124801 agtagctctt ttcttcctcg ggcacctcct caccaacgta ggctatcgga atgccgtagt 124861 ccccgtagat tatcttcggc gtgaccccgt tcccgttttc cactgaaaca ccgttcagct 124921 ctccatttga gtcggcatcg aggggttcat caccataaag gtcagggaca tcaacgacgt 124981 tctcccccgt ttccactgga aaaggccctg aggaaacctc ctcttgtgcg gattcctcgg 125041 aatcaacaac gacttcaacg ggggattcgt ttagatcggt tccagtggaa acgaaactct 125101 cccctccgga aaaactctct gtttcaacca tattttcatc attagaggat tctaaagggc 125161 ctttttcaac ggggtttcca gtggaaatat aggtctctag tccccccgtt tcggaaggaa 125221 cttcggatgc ctcgggagga gcactggtga tgaggccctt ggacgaaaga aactcctccg 125281 ctatggagga tgtgataacg aatgatcccc gggccttggc aaattttatc agctcagcga 125341 gagagaaatc ctttttgtag tactgctcga ggaggtagta tgcggaaggg gtgatgaggt 125401 acttgttccg cattagatct tcaaccagca tcagatcaac ctcctctgac gggagaggtt 125461 aagggtgagg aggggcctga gctgatcgtc ctgactgaaa accttcttaa ccttgtgggg 125521 ggtaacgttc aggcggattt ctttggttct accgtagcgg cccttgctca caaccttggc 125581 gtttattata ccaagcatgt cgagttcgtt tatcagatca cttatcctgc gctgggtgag 125641 ggggtcgagg tcaatgtaat cgcataggga tttgtagatg gagtaaacgt cccccgtgtt 125701 tgccggcagt tcaccgttct cgtccaggag aacgatcgcg tggagcagaa ctttggagtg 125761 aaggggaagc gtttttatga cctcttccat ggtgtcctgc tctatcttct cctgtgcgag 125821 ccatacgtgc cgttcggtta ccttgctcgc accttcgcgc tcagcgatct caccggcaac 125881 acggagcaga tccaatgccc ttctcgcatc gccgtgctcg cgagcggcaa gagccgcaca 125941 caggggaact accgcgtcgt cgaggacgcc ttcattaaag gcatcctttg cgcgctgcat 126001 gagtatatcc ctgagctgtg tggcatcgta aggtgggaaa acaacctcct cttcactcaa 126061 acttgataga acgcgcgcat ctagatactc cttgaacttg aggtcgtttg agatgccgat 126121 tatactgacc ttcgccttgg aaagctcggt gttgatcctc gtgagcgagt agagtatatc 126181 gtccccgctc ttcttcacga gcttgtctat ctcgtcgagg actattatca cgaagcgctc 126241 cttagaatca attacctcct taagccgggc gtacacttca tcagtcggcc agccaacgag 126301 gggcacctca acgccgctct cctccttgaa ataattgacg atgttcgcca gaacgcgata 126361 ctgggtgtcc acgatctcac agttgatgta aatgacctca acggggacgt tgtacttatc 126421 ggagatcttt ttgagttcct cagtgacgaa cttgattgtg acggtctttc ctgtaccggt 126481 cttaccgtac acgaaaacat tcgaaggcgt ctcacccctt aaaactggaa ctagaatatg 126541 ggccagctct tctatctgct ccctcctgtg agggagctct ttaggggtgt agctgtgtcg 126601 caatacctct ttgttcttga agatcttctt ggcgtgaagg tacttttcga atattgagcc 126661 aaggtagtca tccataggca ccaccgattt tacttccagt ggaaacgaaa ctcctcctgc 126721 cacactaggg cacgccaaat ctgattttca tacattattg gcacatttta atgagacatc 126781 atgacattat acccacaaac ttcctaaata ttgggcgaat gctacagtac tttccacccg 126841 aagcaccgga cacagtggaa agctaaccaa tctacgatga ggggtttata gcctttgctt 126901 gtcaggaacc tgttcaaacg agagggaagt ttccactgga taggcaagat gttccaaagg 126961 aaacgggaac tccggatgac cataaatgga catcaaacta tacaaacgta aagtgaacga 127021 agcggtgcgt tctgaatttc cactgaaaga aaaatgaaca aaaatggcta tcagctttag 127081 ttcatcaatg tattgttttg agcaagtgag ataagtgaaa acagttaaaa ttccaagata 127141 gttaaatgaa cttgtagtcc cccagggttt tgtttccact ggaaccgggg aaaggctacg 127201 cctatctttt cttcgtagtt ttggtgaaaa cactcccatt ttttctacgt cttgagcttt 127261 taatcttttg catgaacaat gttcagacta tacccgatag tttaaaagaa tatgaagaat 127321 atctggacat gttcaaatta aattcaaaag caagctgaac agtatatcat ttacgtacta 127381 aaaaccccaa ccaaaacgac tttttcaaat gcaatgcccc tttaacccgt ccatttccgt 127441 atcccggttc cagtggaaat gaaactctgg ggggtctttt cgataacgat cgaaaaagac 127501 ctttgtttcc actggaacta aatgttcact agggctcatc ccgggggtgt ggtgtatcaa 127561 cgtttttaag ctctcttctc gatttcacta catgctacct gtaatcgtcg tgaggcgact 127621 gcttcgaatg aggatcaagg tgagcagaaa cagattaatc cagatagcgc ttgtggttct 127681 ccttttggca gtcgcctttg cagttgcctt tgagtacttt gagggcgttg acttcttcac 127741 tgccttctac tgggcggtta taacgatggc gaccattggc tacggtgatg tcactccctc 127801 gacagaaggg ggaagaatcg ttgcaatggt agcttctgtc gcggggatct cgacttttac 127861 ggccctcgtt tcccttctgg ccgagaactt catttcctcg tccctgagga ggatgatggg 127921 catgcaccgt gttagttact ccagccatta tctgataatt ggtcaaggaa gtagcgtttc 127981 aacctgcgtt aacgaactta tgggtgcaat cgagcgcggt gagctaaaac ttgccccgat 128041 agtggtcctc tttcccagcg aggaggagcg caagaaggtt gagcttcctg aggaaatcga 128101 agtcctcata ggggatccaa caaaccggga gacccttgag agggcccgag ttgacagggc 128161 ttctcacgta atcttggccc tcgaagacga ctccagggcg gtcttcgtga ccctcatggt 128221 gaagaggatg tccaatgcaa aggttctcgt tgaggttctg agcgaggaca gcgttgagct 128281 cctgaagggt gccggagccg acagggtcat cgtgagcaga agcttggcag gaagacttct 128341 cgcgagttcc gtcttcgaac cggaagtagt tgatgtcata gacgacataa cgagttcggt 128401 taagggctac gacatcaccg tgattgacgg tcggaacttc tggggcagac cgtacataga 128461 ggtatttcga gagctcaagg agacaaagaa cctgtttctc ctcggttact accgtgatgg 128521 cccggttctc aatcccccgc tcgacgagcc gattcctgag ggtgccagac tgatagtatt 128581 gaggagttct ctttccacta gaaaactgtg atgtttgagc ttatcttgcg aagttttctt 128641 ttttctgggt tttccagtaa gatctggggg cttttaaggt ttgtttttcg aaaagggcga 128701 aaatcttaaa agattgtctt ctcgattttt ccgggaaaag ctatttaacc cccaaacttt 128761 acctccatta agggtattcc cgggtgagtc tcatggcgaa gaagaaagtt gatgaggtta 128821 aggagcttga ggagtttgag gagcttgaaa tagccgagag ctcacagtca tcgtcttcaa 128881 agaagaaaaa agggaaggag atcaaaactc tggaggatct gccgggtgtc ggtcctgcca 128941 cagctgaaaa acttcgcgaa gccggttatg acagcatcga ggccatagca gtcgcttcgc 129001 ccctcgagct caaggagata gcgggaataa gtgagggcgc cgcgcttaag ataatccagg 129061 ccgcaaggga agccgcgaac atagggacct tcatgcgcgc cgacgagtac atggagaaga 129121 ggaggaccat aggcaagatt tccactggaa gcaagagcct cgacaagctc ctcggcggag 129181 gaatagagac gcaggcgata acagaagttt tcggtgagtt cggaagcggc aaaactcagc 129241 tcgcgcacac cctcgccgtc atggtccaga aaccgccgga ggaagggggc ctcggcggtt 129301 cggtgatatg gattgacacc gagaacacct tcaggcccga gaggataagg cagatagccg 129361 aggcaagggg tctggacccc gacgaggttc tcaagaacat ctacgttgcg agggctttca 129421 acagcaacca ccagatgctc ctcgtcgaga aggccgagga gataatcaag gagaaggcct 129481 caacagacag accggttaag ctcctcgtcg ttgactcgct catggcccac ttcaggagcg 129541 agtacgtcgg caggggttcg cttgcggaga gacagcagaa gctcgccaag catttggctg 129601 acctgcaccg cctcgcggac ctctacgaca tagccgtctt cgtgacgaac caggtgcagg 129661 ccaaaccaga tgccttcttc ggcgatccga cgaggcccgt cggcggccac atactcgccc 129721 attccgcaac gctgagggtc tacctcagga agggcaaggc cggaaagcgc gtcgccaggc 129781 tcatagacag cccgcacctg cccgagggcg aggccgtctt taggattacc gagaagggag 129841 ttgaggatta atctggatta atctttttaa tcccctcccc aactcttctc catgcccaag 129901 gttgagctta gggagaaccc atctccagag gaaataaaac tcctcgtcga tttggccatt 129961 tcctccgagg gagtgctcac catcttcgcc cgctgtcggg tccactacga cggcagggcc 130021 aaaagcgaac ttggccccgg tgacagggtg attatagtta aacccgacgg ctctttcttg 130081 atacaccaga aggagaagcg cgagcctgtc aactggcaac ctcctgggag cgtcgtcagg 130141 ctggagctcc gcgaaaagcc cgttctcatc tcagttagaa ggaagccgag ggaaacactg 130201 gaggtcgagc tcgacgaggt ttacctaatc accgtcttcc acgcagagga ctacgaggag 130261 ctcgctttga ccggtagtga ggccgagatg gccgagctca tcttcgagaa ccccgaggtg 130321 atagagctcg gcttcaagcc cctctaccgc gagaagccaa taaggcacgg catagttgac 130381 gttttggggg ttgacaggga cggaaacctt gtagttctcg agttgaagcg caggagagcg 130441 gatttgcacg cggtcagcca gctcaagcgc tacgtcgaaa ccctccgcga ggagcacgaa 130501 aacgtccggg ggatactggt tgcgccttca ctcacctccg gcgccaaaaa actgctcgaa 130561 aaggagggcc ttgagttcag gaagctcgaa ccgccgaaga gggatggaaa atcgagggga 130621 agacagctca ggctgtttta gcccatgctc atctcctgcg ggaataactc tctaaccctc 130681 gccacgagga ttccgtccct tctctcgacc tcaacgaccc tcccaagtcc caccagcttc 130741 acctttgccc tgcagactgt gatttccctc tcgtcgctct cctcccaggg gaccctcgtc 130801 tcaagttctc tggcctctat cagctccgcg aggagacctt cggttcctgt ggagacgtcc 130861 tcaaggggat cgtaggtgag gaacagtctg agggcttctt ccattgcttc ctctattgct 130921 aaaacgttcc tcgcgctcct gagctctatc gtcctgtaag ggttcctcag gagctcgtct 130981 aaaacccgtc tcgcgattcc agcgaggatt accgcctcca tgctaccacc tcacaggtag 131041 atgctctcgt actgcttcat ctccttcttc ctcgcctgct ccatctgctc gtgcatcttc 131101 ctgagctgct cctcaatcat ctcggcctcc ttgatgagag gttcggttga gacgtcaatc 131161 ggcgtgagct tcttgagaac ctcgataacg ttggcagctg ccctcgggtc tggcctgtcg 131221 ccgaaggtct cgccgaggag gacgtaggcg ttaaggcccc tccgcccagc ttcccacaga 131281 agctttccgc tcattcccat aatcgagccg tactggagta tcttcgctcc ggcctcttcg 131341 agctccctgt tgagctcttc tctcgcgccg acgccccaca cttccatctt ctccttgaag 131401 aatcctatgc cgattccgcc gatggagatt accttctcgg ccttcatctc gctgaggtag 131461 cttgcgagtt ccttcgctat ctcgttcacc agcgttggtg gaacgtagat gtccgctacc 131521 gccacgatta cgttgtcctt gccgtagaag cggagcggag ggttgggctt cccctcgagg 131581 actatgctca tcggcgggat gaacgggctc tcgacgtagc ctatcatttc cattccgagt 131641 tctttggcca aaaagttgcc cgctatgtgg ccgacgagac ctatcccggg gtaaccctcg 131701 atgaatatcg ggttctttac ctccggcagg acgagcttga ctggtttctc ctccatctct 131761 caccaccccc ggaatattta tttccaaaag gttattaaag tttgcgtgcc gtgctggaag 131821 aagagaacca aaatggaaaa ggatgccgaa tttaggttct cattgccgtt atcacggtga 131881 agtaagtggc cacttctccc ccgtcttcgc cgccgggtag tttgattggg atttcagggg 131941 ttgccactat gtaagtggcg ttgggtgttg cccttattat cgtgatagaa tacgtcagga 132001 aggactttgc atgtggggag tagcttatgg tgaggaaacg ctgagcgctg gcttctccgg 132061 atgggttatc atcgctcccg ccaacgggaa aggtgtagaa ataccctcta cctccttgaa 132121 agtcaaaaac gatgtttgtg tagtagccat tctgtcccac ccttatctgt ctgcttgagt 132181 tcatcgtcgg gaacaggcct tttttgatgg ggtgatccgt gagaatagaa ccctccatac 132241 ctgtgctgga tgtgatcttc ttgttgagct gtccttcggt gagattgtac tctcccgtca 132301 gctggatttc aacgggatag gtgcccgaaa tcggaatgtg ggtgtactct ccggtgtatc 132361 tatcgtagca cgcgacctcc atctggaagg tgaggtacct gaggggtagg ttcacgtagc 132421 gttcgatgct gccgttcgaa gtccgaagcc ctatgccctc gggactgtac gctatcctga 132481 gcttctcccc atcgtattcg ttgcccggca ctgccgccgg tgtacccgcc acgttgaggg 132541 tgtaatccgc gacggccgta ctgtcgagga ttatccccca ggagaggctg accacgttga 132601 tcggctcgcg gacggtgtcg atcttcatgc ccatgaacgg tacccactcc tgaaccagct 132661 tcacacgtcc cttaaccaca ggctcgtttt cgtcaatgca gtacctatct gaaacctgta 132721 cgtatccttt ggggcactca gaaactccct ttccggcgtt tccgctccct gcgcgctcca 132781 gcagtttggt taggttgagt tcgacggttt ggcctaactt tccgtccttt aacgttccca 132841 caacgatcct gttgtcgctg gtgaagtaaa gaactattgg tgctggaacg ctcttcagaa 132901 cgtgtgagtc ctcctttaga taggttaccc attctccgtt gcggaccgtt gccccgagaa 132961 cctttccgag ggatcctttc tcaaggactg tgagctttcc gttgggaagg ggctggagtg 133021 cgagggcgaa cgtggagggg ttttccattt ccccagagtg ccgctcgtag gcgagggcga 133081 tggatgagat aaggaaaacg ataacgaccg cagcgatcca ttttcgctcc atgcttatca 133141 cctgccgcct agggattata ctctgcggag attatattct tttcgctctc atccctcatt 133201 aagagcacca tcttcgatag tacttctcca ccggaaaggc aacccttata tgagtggagc 133261 aagcatttaa cacggtgatg accatgccga ggataggcat tataggtggt tccggggttt 133321 acggtgtctt cgagccgaaa gaaaccgtga aggtccacac gccctacgga aggccttccg 133381 ctccggtgga aatcggcgaa atcgagggcg ttgaagttgc cttcataccg aggcacggca 133441 agcaccacga gttcccgccg cacgaggttc cctacagggc gaacatctgg gcgctcaagg 133501 agctgggagt tgagagggtc ataggcatta cggcagttgg ctcgcttcgc gaggagtata 133561 aaccgggaga catcgtcata accgaccagt tcattgactt caccaagaag cgcgactaca 133621 ccttctacaa cgggcccagg gttgcccacg tctcgatggc cgaccccttc tgcccggaga 133681 tgaggaggat attctacgag acggccaaag aacttggctt ccccgtccac gagaagggaa 133741 cctacgtctg tattgaaggc ccgaggttct ctactagagc ggagagcttc atgtttaggc 133801 agtacgccca cataatagga atgacgctcg tcccagaggt aaacctggct agggagcttg 133861 gaatgtgcta cgtcaacatc gcaactgtta cagactacga cgtctgggcc gagaagccgg 133921 tcgatgcgca agaggtcctc aaggttatgg ccgagaacaa ctacaaggtt caggagcttc 133981 ttaagaaggg catcccgagg attcctgagg agaggaactg cggctgcgcc gatgtgctga 134041 agacgatgtt tgtttgagct gggtggttac tctgttttct atttttatgt tgaactctgc 134101 tttagctcat cacaatttag ccgggaattt ggaaaacttt aaaatcttca gttccctctt 134161 agagtggtgg tcgccgtgag gaaagccctt gcgattgctc cggtggtgtt ctttctcctg 134221 atttcggggt ttgtctcggc ctacgagttc caggcctatg gctatgtaac aaaggtggtt 134281 gacggcgata cagtgtggtt ccactcctac tatggttata gggccggaga aaccttcaag 134341 gttcgcttcg ccgacataaa cgctcccgaa ctctacacgg cggaaggtaa ggagtccaag 134401 gctgccctgg aatggctctt cgatacctac ggacgtcacg tttacctcga cgttgatgac 134461 gtttacgaaa ccgaccacta tggcagggtt gtggccgttg tgtacctccc cttctggtat 134521 tatggctatg ccctcaacgt caacgaatgg ctggtggaga gcggctacgc gagaatctgg 134581 aaccattata acgagtttaa cccctattca tggggtctct gggttccgat ttgagaactc 134641 ttcttttccg acatcttttt aacttccagc ggaaacacac ccctttaaaa ggagggatcg 134701 ccatgagcgt tctcatcagg aacggttacg tggtttacgg tgaaaacctc gaggttatta 134761 aagcagacgt cctcatcgag ggcaacagaa tcgtcgaggt caagagggga atcaacgaac 134821 ccgctgacac ggtcatagac gccaccggaa aggtcgtttc ccctggattc gttaacctgc 134881 acacccactc tccgatgggg ctctttaggg gcttagcaga cgatttgccg cttatggagt 134941 ggctggaaaa gcacatctgg ccaagggagg cgaagctaac gcgcgagcac atcaaggtcg 135001 gggcttatct cggagcgctt gaaatgatta agaccggcac gacaaccttc ctcgacatgt 135061 acttccagat ggacgccgtt gcagaggcaa tcttcgaggc gggccttcgt ggatacctga 135121 gctatggcat gatagacctc ggcgaccccg agaggacgga gaaggagctc agcgaagcca 135181 tccgcgagat gagggcgata gaaaagctca actccgacag ggttcacttc gtctttgggc 135241 cgcatgcgcc ttacacctgc tcccttgccc ttctgaagga agttaggaag ctcgcggacg 135301 aacacaataa gctgataacg attcacgtgg ccgagacgat ggccgagctc ggaaagatcc 135361 aagaaaggta tggaaagagc cccgtcgttc tgctcgacga aatcggcttc ttcgggagcg 135421 atgttatcat agcgcatggc gtctggctag acagcaggga catagcgatt ctcgcgagga 135481 acggcgtcac tgttgcacac aatccagcga gcaacatgaa gctggccagc ggtgtcatgc 135541 ctctccagag gcttctcaac gccggggtta acgtcggcct tggaaccgat ggctcggcga 135601 gcaacaacaa cctcgacatg gtagaggaga tgaagttagc tgcgttgctc cacaaggtcc 135661 acaaccttga cccgacggtg gcagatgcaa ggactgtttt caagatggcc actcagaatg 135721 gtgcaaaagc gctccgcctc aacgccggcg ttataaagcc cggctatctg gccgacgtgg 135781 ttatcttcga cttcaatcag cctcacctga ggccgataaa cgacgttgtt agccatcttg 135841 tctactccgc aaacggcaac gacgtcgaga cgacaatagt tgacggcaaa atcctgatgt 135901 tggatcgcga ggttctgacg ctcgacgaag aaaagatatt ccagagggtg gaggaggccg 135961 ttgaaagcct ctcctgactt tatcctccaa agtactcctc cacgagctcc ttcgcggagg 136021 gcttgtaaag ttccagaact tcaatgtcct cgatgacgtt tccctcgcgg agtttgagct 136081 ttacctttcc cccgtaaacc tgaagatcgt ccagcatgcc gtaaatggcg tcctctgcct 136141 caagaggggt tttaaacttc attatgtact cctcgccgtc cggaaggatg agcttgatcc 136201 agtactcgtt cttcctcttg aacggcctcg tcaccttggg cttgaagttc tcaacgatta 136261 tttccacgcg atcacctccg cgctcgatga ccttgaggtt ctctaacctt tagccctttg 136321 aatttttaag ggttcccatc gaacggaagg ttcagattga gctccctgct cttctccact 136381 atcctttcga gcggcacaac cgcactcctg gccccgacct tttggacggt cagataggcc 136441 agcaacatgc ccagctttgc ggaatcctcc agagaccagc ccttcagcac tccgaagatg 136501 attcccgcag cgaaggaatc gccggcaccc gttgagtcca cgaccttcgc gctgagcccc 136561 cggatctcct ttatcctgcc ctgttggtcc ctgacaattg ccccgccgcc gttcagcgtt 136621 attatgaggt tcttggcctt tgataggctt ggatctagtg aaccaaactt ccgcctgtac 136681 tcgtcctcgt tcatcaagag gtagtctatc ctctcctcca cgtcctcggg gaggggggct 136741 tctccaatgt ctagggagac cgttatcccg ttctcacttg cgaattcaat ggcctctctg 136801 attattctgg gtggattgga cgaaaggtgg atgtgtcttg ccctcttcat gtagtcgaag 136861 tccagctccc gtttctcgtt agcaccgagg tatttaacga tccttttatc ctccccgtga 136921 attatcgcga cggctatgcc cgatgggaca tctaccacct ttattccacc ggtgtcaact 136981 ccaattcttt tgaagtactc aatgtgagcc cgtccgacct cgtcgtttcc aacggcacct 137041 atgaagccag ttttcagccc catatgggca agccacgtaa tcgtgttccc cgctgcacct 137101 cccagcccga agacggcttt tttggccgaa atcttttcat ggaattctgg aaagcgatcc 137161 actagcatta ttatgtcgta gttgaggttt cctattccaa tcacgtcgaa cattcggtca 137221 tccccccatc ggtctttgtc atttgtcctt ttctggtttt gggtttcgag gtttccccca 137281 ccacaaatta tttaaggtga attaggttag ccaaagcgga agctggaacc tgttttcaat 137341 attcatgggg ggccaatcat ggaggacgtc atcaagcgca ttgttgatgc cgaaaaagaa 137401 gcagaggcga gaattgaagg agcgaaggcg gaagcaaaga aaatcattga aaaagcaaaa 137461 tcagaggcaa agctcatcga ggaggagatc atcgaaaagg cgagggctga gggagaggaa 137521 ctcgtcgaga aggccagaaa ggaaggcgaa gaggaggcta ggaagatcac cgaagctgga 137581 gaaaaggaga tcgaggagat gaaagttaaa gccacccaga actttgagaa ggccgtttct 137641 gccgcagtac aactcgtgag agggagttga gcatgttccg gccggctgag atgctcaagg 137701 ttgagctgat aacccttgag agatacaggg acaaactgct cacttacctc cacgaggccg 137761 gagtcgtgga gatcagggaa gttgacgtcg aaatcgccca gagggacgct cccaacgagt 137821 tctaccgcaa ggccgcttcc tatgcgatca cgatctccag gatggccgac tttctgaagg 137881 cccatctgcc ggccagggga ggggggatta aggagttcat ctttcccaag gagccggaga 137941 gaaaggagta tcactaccgg ggcatagagg agctcataaa ggacacggaa aagtttctcg 138001 cggaggtaga gccccttatc aaggccgttg aaggcaggat aagctccata aacactgaga 138061 tagaaaggat caaggccgat atggagatcc ttgaaatcct gtcatccttc aacatcgacg 138121 tctcttacct cagacacagc ggaaccgtca cggttctcgt tgggacggtt gacagggcta 138181 agttcccctc cctcagggag gagctctcct cggctctcga gggaaaggtt gccattgtcc 138241 acagggatct caaggacacc gttgtcatgg tcctcgcttt cctgacgaag gattacgaca 138301 gggccaaccc tgttctcgcg aagcactcct ttgagaggct tgagattcca aggggtgaag 138361 ggacgccctc tgagctcctc aaggagtacc gcaggatgct ctccaagaaa ctcgatgaac 138421 tggagagggt tcacagggaa gccagcgaga tagcggagaa gtactaccgt gatgttctct 138481 tctaccttga gctcgttgag aacgagcgca acaaggccaa cgccctcaac ctgctcgcca 138541 gaaccaacat gaccttcgct ttgagcggtt gggttcccga ggaggacgct aagaaggttg 138601 aggagggcgt caaagagata acgaacggag tggtttacat ttccttcaag aagcccaaga 138661 aggaggaaat cgaggagatt ccaattaagc tcaagaaccc cggctgggcg agacccttcg 138721 agatgctcac cgagatgtac ggcgttccga gatacgacga gatagacccg actccgatta 138781 tagccttcac gtactcgttc ttcttcggct tcatgctcac cgacttcctc tacggtctca 138841 tcgtcggcat aatcgcggcc ctgctcgtca aaggccacaa gaagttcaac gacggaacct 138901 acaagttcgc ctacaccctt ctctggagct cggtcttcac tatgctcatg ggaatcctct 138961 tcggcagtta cttcggcaac gcgggagaca tcgtccttca gtacgtcacg ggcaacccga 139021 acgcccagtt ctggcgcatt gctgacgctt tgaaagatcc gatgttcgtc ctgatccttg 139081 cccttgccat aggcctggcg cacctgttca cgggctacac cctaggcttc atagtcaagt 139141 ggaagaacgg cgacgtcaaa ggggccatcc ttgaacagct cccctggatg ctggttataa 139201 tcgccgtagt cctcttcgcg accaagaacg cctctcttgc aacgcctgcc aaggtactct 139261 ttggaatcgg catagtcctc ttcgcaatcg gtgaaatagt cgccaacggt ggcctagcag 139321 cgctgctgat aatctcggac ttcttcggct tcgtggggac gtggcttagc tacgcaaggc 139381 ttatggccct ggcactggca accagcggaa tagcgatggt catcaacgtc ttagctggaa 139441 tggtctgggg aattaagata agcgtcgttc cgctcggaat cgtcataggg ctgattatct 139501 tcatcggggg ccagttgttc tcgaccgcca taaacgccct cggtgccttc gttcactctc 139561 tccgtcttca gtacgttgaa tttttcggaa cattttattc cggtgatgga aagcccttcg 139621 agcccttcag ggcgaggagg gtgttttcaa agcttaagct cgaaagtgga agcgaatgag 139681 gaggtgtatg gagtatggat ccgatagttt acgtatccct cggagccgcc ctcgcggcgg 139741 gactggctgg ggcagcctct gcctttggag ttggtatagc aggtgctgca gctgcaggag 139801 ctgttgcaga agacgagaag aacttcaaaa acgcgctgat actcgagggc ctgccaatga 139861 cccagagtat ctacggcctc attacgctgt tcctgatcct gctcagcgcg gggatcatag 139921 gcggcggctt caagtttgct aagcccaaca tggacaacat cgttaagagc gctatcctgc 139981 tcggtgccgg tctcaccgtc ggcctcacgg gcctctccgc tataccgcag ggtatcatcg 140041 ccggtgccag catcggtgcc gttgccaaga acccgaagac cttcactcag ggtatcatct 140101 ttgccgctat ggcagagacc atggccatct tcggtctcgt cggtgcgctc atcatgatcg 140161 ccaccggcgt tggtctctga gcccctttcc tttcattact cgtacggagg aaggaaaatg 140221 gagggtgcag aactcatcat tcaggagata cacagggagg cggagcagaa gattcagtac 140281 atactcagtg aggcacagcg cgaagcggag aagctcaagg aggaggcgag aaagagggct 140341 cagtcccagg ccgagtggat actcaggaag gctaagaccc aggccgagat agagaagcag 140401 aggataatag cgaacgccaa gcttgaggtc agaaggaaaa agctcgccgt tcaggaggag 140461 ctcataggag aggttctttc ggcaatgagg gagaagctgg ccgcccttcc ggacgacgag 140521 tacttcgagg ccctcgtcag tctcaccaaa gaggcaattg aagagctcgg gaccaagaag 140581 atcgtcctcc gctcgaacga gaggacgctc aagctcattg attccagaat ggaagagttc 140641 tcggagaagg tgggcgttga ggtttcctta ggtgagccca tcgagtgcat cggcggcgtc 140701 ctcgtggaga gcccggacgg cacggttagg gtggacaaca cctttgacgc gaggatagag 140761 aggcttgaga gcgagcttag ggctaccgtt gccaaggccc tcttcgggtg aggaccatgg 140821 gagccgagac agtaacggcc atccttgaca ctactctggg cgtggtcttc acttggcttg 140881 gctggaagac tgccaagata atcaggaagt acacccccta ctcctacccc aacgcgagga 140941 tcaatgcgat ggaggccaag ctgttaactg ggcagaggtt caacgagctg gccgagagca 141001 ggacgcttca gaacttcatc gtgaacttgg aggacactga ctacaaggtt cacctctcgg 141061 gcgtgactga ggatcccctt gaaatcgaga gggcctttga gagggcactc gcttcgacgt 141121 acctcctgat ggaggagatc cttccgaaga gggtcagcgg cttcttcagg ctcctcctcg 141181 aggagtggga cgtcaggaac atagcgagcg ttgtcaaggc aaaggtcagg ggagagccag 141241 cgatcgacta cgtggtcgag atcgggacta tggtaccaaa ggtcaaggct attgcagagg 141301 cgaagaccat ggaggaaatc ctggtgatcc ttgagggaac accctacgag gagcactacc 141361 agaggcttct cctcggtgaa atagacgtcg atcagtttga aaccgagctc tacaaggttt 141421 actactcccg ccttctcgag tacgccacat ccagaaagga agaggagagg ctgatccttg 141481 aggagttcgt caggactaaa atagacataa ggaacatcgt gacgctactc agggcaaagc 141541 gcgccggtct tccgggagag gtcatcaaga ggcaccttat ccccgggggc agcgtgaagc 141601 tcgacacagc tttgaacgtc gatgacctgg gcatggccct ggcggagctc gattcaacca 141661 agtacggcaa ggttctcagg gacgaaaggg aaaagataga gaaagatctc accctcgtcg 141721 aacccgtgct ccagaaccac ttgcttagga gaatggagga actcacgagg ttctaccccc 141781 tcagcgttgc aacacccctg agctacatcc tgaaaaagga gcgggagata aagaagctga 141841 gggcgatggc caagctgata gccgatggct ttgaacctga gaagatcaag gaaataatcg 141901 gggaggagtt ggcatgaaga tagcggtcat gggggacccg gatactgccc tgggttttaa 141961 gcttgcaggg gcccatgagg tttattcatt cggttcaagc cccctggaga tagagagggc 142021 caacaacaag ctgaaggagc tcgttgagcg ggacgatata ggtataatac tcatcaccga 142081 gaccctggcc cagagggttg aggttccaga ggtggagttt ccaatcatcc ttcagattcc 142141 ggacaagtcc ggttcgaggt ttggagaggc ccagcttagg gagatagtta ggagggccat 142201 cggtgttgag ctcaagaggt gaaggaaaat gggaaggata gttagggtta cgggaccact 142261 cgtcgttgcg gacggaatga aaggggccaa gatgtacgag gtcgttcgcg ttggtgagat 142321 gggtctcatc ggagaaataa tccgtctcga aggggacagg gcggtcatcc aggtttacga 142381 ggagacagca ggcataaagc ccggtgagcc ggttatcgga acgggttcgt cgctcagcgt 142441 cgagctcggc cctggcttgc tcacctcgat gtacgacgga atccagagac ctctcgaaaa 142501 gctccgcgag ctcagtggtg acttcatagc gaggggtctt accgccccgg ccctgccgag 142561 ggacaagaag tggcacttca cgccaaccgt taaggttggg gacagggtca ctggtggaga 142621 catccttggt gtcgtccccg aaaccagcat catcgagcat aaaatccttg ttccaccttg 142681 ggtcgagggt gagatagtcg agatagccga ggagggcgac tacaccgttg aggaagtcat 142741 agcaaaggtc aagaagccgg acggaaccat cgaggagctc aagatgtacc acaggtggcc 142801 cgtccgtgtc aagaggccct acaagaacaa gctcccaccc gaggttccgc tcatcacggg 142861 gcagaggacg atagacacct tcttctcgat agccaagggt ggaaccgccg ccattccggg 142921 tccattcggt tcaggaaaga ccgtcaccca gcaccagctg gcgaagtgga gtgacgcaca 142981 ggtggtagtt tacatcggtt gcggtgagcg cggaaacgag atgaccgatg tgcttgagga 143041 gttccccaag cttaaggacc cgaagaccgg aaaaccgctc atggagagaa cggttttgat 143101 agctaacacc tcaaacatgc cggtcgctgc ccgtgaggct tcgatctaca ccggcatcac 143161 catcgccgag tacttccgcg accagggcta cgacgtcgct ctgatggccg actcaacgag 143221 caggtgggcc gaggccctgc gtgagatttc cggaaggctt gaggaaatgc ccggtgagga 143281 gggttatccg gcctacctcg cgagcaagat agcggagttc tacgagcgtg ccggtcgcgt 143341 cgttaccctc ggaagcgagc ccagggttgg tagcgtctcc gtcatcggtg ccgtttcacc 143401 gccgggtgga gacttcagcg aacccgtcgt tcagaacacc ctgcgtgtcg tcaaggtctt 143461 ctgggcccta gatgcagacc tcgcgaggag gaggcacttc cctgcaatca actggctgag 143521 gagttactcc ctctacctcg atgccgtcca ggactggtgg cataagaacg ttgacccaga 143581 atggaggaag atgcgcgaca ccgctatggc cctcctccag aaggaggccg agctccagga 143641 gatcgttaga atcgtcggtc cagatgcact gcccgacagg gagaaggcca tactcatagt 143701 caccaggatg ctccgtgagg actacctcca gcaggacgct ttcgacgagg tcgacaccta 143761 ctgcccaccg aagaagcagg taaccatgat gcgtgtaatt ctcaacttct acaacaggac 143821 gatggaggcc gttgacaggg gcgttcccgt tgacgagata gccaggctcc cggtcaggga 143881 gaagatcgga cgtatgaagt tcgagcccga cgttgagaag attagggcgc tcatagacga 143941 aaccaacgcc cagtttgagg agctcttcaa gaagtacggg gtgtgatgct catgccggga 144001 atggagtact ccaccgttag caagatttac ggcccgctga tgatcgtcga gggcgttaaa 144061 ggcgtagctt acggtgaggt cgtggaaata gagacagaga gcggggaaaa gaggaagggg 144121 caggtgcttg aggccaggga gaacctcgcg atagtccagg tctttgaggg aacccgcgat 144181 ttggacatca aaacaacgcg cgtccgcttc accggcgaga ccctcaaggt tccggtttca 144241 atggacatgc tgggtaggat attcaacggt atcggcaagc ccatcgacgg tggaccggaa 144301 atcatccccg aggacaggag ggacgttcac ggtgcaccgc tcaatccggt cgcgagagcc 144361 tacccgaggg acttcatcca gaccggtatc tcagccatag acggtatgaa caccctcgtt 144421 cgcggtcaga agctgcccat tttcagcggt tctggtctgc cgcacaacat gctggcagcg 144481 cagatagcga ggcaggcaaa ggtcctcggt gaggaggagc agttcgccgt cgtcttcgcg 144541 gcgatgggta tcacctacga ggaggccaac ttcttcaaga agagcttcga ggagaccgga 144601 gcaattgaga gggccgtcct cttcctcaac cttgccgacg acccggccat cgagcgtatc 144661 atcaccccgc gtatggccct gaccgttgca gagtacctcg ctttcgacta cgacatgcag 144721 gttctggtta tcctcacgga catgaccaac tacgcggaag ctctgcgtga gatttccgct 144781 gctagagaag aggttccagg aaggcgcgga tatccgggtt acatgtacac cgatttggcg 144841 acaatctacg agcgtgccgg ccgtgtcagg ggcaagaagg gaagcataac ccagatgccg 144901 atcctcacga tgcccgacga cgacatcacc cacccgattc ccgatttgac cggttacatc 144961 accgagggtc agatagtcct cagcagggag ctccacagga agggtatcta tccaccaatt 145021 gacgtccttc cgtcgctcag ccgtctgatg aaggacggta tcggtaaggg aaggacgagg 145081 gaagaccacc cgcagctcag tcagcagctc tacgccgcct acgccgaggg acgctccctt 145141 agggacctcg tcgccgtcgt cggtgaagaa gctttaagcg agactgacag gaagtacctc 145201 aagttcgcgg acaggtttga gagggagttc gtcgcccagc gctacgacga ggacaggagc 145261 atcttcgaga ccctcgacct cggctgggag ctcctggcgg agcttccgga gagcgagctc 145321 aagcgtgtca ggaaggagta catcctcaag taccacccca agtacaggaa gaggggctct 145381 taactttcaa ctttttaggt ggtcgagatg gcagaactgc tcaacgtcaa gcctaccaga 145441 atggagctcc tcaacctgaa gaggcgcatc cagttggcaa agaagggcca caagctcctc 145501 aaggacaagc aagatgcgtt gataatggag ttcttcacca tctacgatga ggccctccag 145561 ctcagacggg agctcaacga aaagatggga gtggcctttg aaaccctcac gcgagcccag 145621 atcgaggctg gaacacttcc gctcagggaa gccgcactgg cggtcaagcc caacaaagag 145681 gttgagataa agcggaggaa cgtcatggga gtctcggttc cgctgatcga agccgagggc 145741 tttaagagaa aggccagcga acgcggctac gcctttgtct cgacgagtcc attcgtcgat 145801 atcgcagcgg aaaagttcga ggaggttctt gatttggccg ttcgcctcgc cgaggtcgag 145861 gagactctta agaggctcgc gagggagata gagaccacaa agaggcgcgt taacgcgctt 145921 gagtacatca taatcccgcg catggaggca acggttaagt tcatcaagca gcgtctcgat 145981 gagatggagc gcgagaactt cttcaggctc aagagggtca aggccctcat agaggcccgc 146041 tcgggaagtt aaccttttat tctacctttc catcctcctc tggtggtgac atgacggaaa 146101 agctctttta cagggatccc tacctgaggg aaacgagggc caaagttctt cacgttgaga 146161 agctcggaga tagggttagg cttctcctcg acaggactat tttctatccc gagggaggcg 146221 gccagccgtc tgacaggggt ttcatagagg gaaacggctt cagagttctc gttgataggg 146281 tttacggaaa ggacaagatc tggcacgagg gaaagctcga gggcaggttt ccggagaagg 146341 gcgatgaagt gaggctaacc ctcgactggg aatggcgcta cgagaacatg cgcgcccaca 146401 ccggccagca cattctctcg gcagtcataa agggtctcct gggggcagac acgacgggct 146461 tccagatatt ccccgagcac ggcaagatcg agatcgacta ccccggggag ctgagctggg 146521 agctggtaaa cgagatcgag aggaaaacca atgaaataat ctggggcgac gtggaggtgg 146581 aagttgaggt ctacgaagag cttcccggag agctgtctga gagactcagg aagcccctct 146641 ccgagaaagt gaagcccccg ataaggatag tcaagattgg aacggttgat gtgactccct 146701 gcggcggaac ccacgtgagg agcacgcgcg aggttggcgt cctcaaggtt ctcaacttct 146761 accgcaagag cagaaagctg tggaggatag agttcgctac cgggaacagg gctttgaggg 146821 ctttgaacga gattctcaaa gactactggg ggtctttgga ggagatgccc aacaagaacc 146881 ggcccctcag ggagagagtc attgagctca ggagtgaact cgaaaaactt gaggaggaga 146941 aatcaaaact gaggcgtgaa ctctggcgct ggaaggctga ggccctcatc aaaaacgccc 147001 ggaaaatcga tggggtcagg gttattaccc tcgtcgagga gtggccgatg aaggacgcgc 147061 aggccttcgc aatttacctc gtcgaacaca accccggtac ggtggtactc atcgcgggcg 147121 aaaactacgt tgtcttcgcc aagagcgaga aactcgacgt ttcaatgaga tcgcttttga 147181 gggccgtttt ggcggaagtc ggcggcggag gcggtggaag cgacaacctc gccaaggggg 147241 gtggcttcag ggtttcccca agggaagtcc tcgatattgc ggtcaaaaag ctcggggaat 147301 tgctctaggg aactcggggg aaatctattc caagcttttt cttcacgatt tcccactgcc 147361 actcggggac ttttggcttt tgaagctcct tctccgccct ctccctgctc atgaggccgt 147421 acctgacgag ggctgctatc cgcctgtgtt caaagctgtg gccgtgcttt tcccagtaga 147481 gctccagagc gggcccgaga acgaggcaat tggtggtgta gcccggcaat tccagaaact 147541 cgaaggggag ctttttcagg atttcaaagc gctctttctc ggtcatcatt gataggagtc 147601 ttatttgaat gactccgcca ctcatgagcc tatacggatg gtggccgaag ggtagctcat 147661 ggccggttat tatgtacctg tatccctttc tgatggcgta ctttctcagt ttttccattg 147721 ttctcctcga acaggccctg cacgggctct ggcccttcaa aagcgcgttc ctgaaaatgt 147781 ccgagtagtc gtaccgcaga accctgaaag gaaccccaag gtgctcggct attcgtctcg 147841 cgttctctat ggcttcctcc gccatgagcc cgtgatctat catgaccgct tcaagttctg 147901 ggaccttgta gacctccttt gcaaggtaga gtgcgacgac actgtccttt ccaccggagt 147961 aggcgactat cgctttgtca acgttcttca tgagctcgtc gagttccttc ctgattctct 148021 ctccctcaac cgggtgcttt aggtaaacct gacattcacg gcatatcggc ttcccgtcaa 148081 taatgtctat tttggccgtc ctctcatcgt taacgcagag cgagcacttc agcatgggag 148141 ggagaaggag agagcagtta aaaaccttag gtcatcgtct gaacctttca aggggtttcc 148201 tgacgacttc ttcggttttc ttctttcctg ttctggccat gaagaagacc aggatgggaa 148261 aggcgttgct catgaggatc ccgcggttgt ttcttcccac gaaccacccg aagagcagcc 148321 cgaacagaaa gcctgctccc cagaggtaga ggagaaagtt tccggcgctc atgccggatt 148381 tgagagttat ggacagggtt ttatacgcta tgccaagggt taccacgaag agggcctcga 148441 tgagaagcga gagtgtggag gccctgccta ttatcgagag caatctcccc tcatttgagt 148501 attccctgac gatcctctgg tcgtgaacgg tgtaaattag agttttggag aggtttgagc 148561 cgctcctgaa cgtgaaaatg cccagaaccg ctccgagcag cgttttgtcc ttgagcttcc 148621 agaaggccca taggcctatt gcaatccaga tcacggtgta gagtatctca taacccttct 148681 tctcgttctc aggtatctcc accctgagga cccttctcca gaccgagctc cccattccca 148741 cagtgaacct tgcaacccct accatcacgt tcaggccaag gaatacggag agaagcgcca 148801 gagagagggc cttttccact atcatggtca tcatctcgca ctttatctca tgaactacat 148861 cttaataaac tcttcctcga tccagttggc tatcacaacg aaggaaatcg caaggagggc 148921 catcgagaac cctatgggga ggacgagcca ccacaggaac tgatactggg cgttgtagac 148981 tatggtctga ctcatgaggg agctccagtt gaagccaggt gagatgttga agaagccgag 149041 gagggtgagg agggctatga cccccgggat tgttatggcg agctgttcga gaccgtaggg 149101 cacgagaatc cgggaaacgt gctttttcag tatccagggg aggtttccgc cgagggcttt 149161 cgacgattcg atgtagccct tccggagttc ttccttaact attgagcgga cgttccttga 149221 gatgttcccg atcaggagga tcccgagtac gagcgccacc gagagggagt ggactttgat 149281 cacgtagacc ctgttctcca gctcgatggt tcccagggct attatcgtga ccatggcgaa 149341 ggggagagtt ggaagaaccg tgaggaagcg cgaggcgaga ttcgaaccgg tgccaacttt 149401 cccccctatt gccccgaggg ttcccaggag gaggccgaga ctcacggaga tcaaagcccc 149461 ggcgaaggct atgagcaggg tttcccccat ccccccgagg aagccgaccc agacatccct 149521 tccgaagatg tccgtgccga ggaaaccgtg actctggccc gcaatgaaaa ccctgatcgt 149581 ctcgttgggt tccagtttgg ggatctttcc cccgtacatt gccctgatta tcggggagtc 149641 ctgagccttt atcgttataa cgtacttccc gtgaaggggc ttcgggttgg taaggcagtc 149701 ctcctttggt tccgagaaaa ctgtgttgaa gacgttcttg ccgaagaagg actcccctgt 149761 tagctttgtg ccgcaccttt tctcggcaag ttcctcaaag aggggatagt tctttttcag 149821 gtgcagcgtg tagttcatca aacttgggga gccggcaaat agctttattg tctcgttgtc 149881 cggtgttgtc atggttatct cgatggattt ggtggtgttc atgatgacaa ctatgtcctc 149941 cggggccagg ctgtagtgaa aatcgtacgt gaacctgaaa actccgtctc ggtattctcc 150001 cctcacccac tccgaggggg gtagcccttt aaaggccccg taccactcag ggggtttcgc 150061 tttggggttt ctgtcccagt aatcgaggtt gttccagttt ttcaggtcct ctgcccggat 150121 tgtgaggggt ccgacgagag acgcaattat gtaagcggcc actatgagga gcgcaattga 150181 gacccttctc ggaattccgg atctcctctc tcccttttca gtcattgatc tccctccttg 150241 gatccaggta gaggtaaagg gcctccagaa ctgttgagtt caggaagtag aaggccgcca 150301 tgacaaaggc cacgaagaag atactgaagc cgtcgaaatg gaggtgtggt atcttcggct 150361 ccccgaactc gtttgggagg tatataacct cgaccgaatc cgccagaacc tttccaatcc 150421 cgggaacctc gaagagcttc tcaacggcca tagcactcat cataaggttg aggaagttgt 150481 agctcgtgaa ggtcaggaag gagggtaaaa cggtcctcag aagctttctc atgatcctcc 150541 tgtccggcag tcccttgagt ccgtcgatga agaagtactc ctcgaaggcc tccctcttga 150601 ccaggttcct gacgttgaag gcgtaaacga cgacgtttga gagcgtcagc gctataaccg 150661 gcaggaggag ggcgttcagg tatgccatga tcccagctcc cccgtaagcc tttgccctca 150721 tcagggagtt tgtgtagctg atgtcaccta tgtcccactt ccaccacagc gtccacacga 150781 agagcagggc ccagaaccag gctggaattc cggagaagag gggtgccagt gccgacagaa 150841 ccctatccca gaaccctcct ttgtaaccag ctttcagacc ccagtagagg ccgaaggcaa 150901 atatcaggag cgtggtcata gtcagaaccg cgaagctgag tccgattgtc ttcagggttt 150961 tccagagttt ctttcccctg aactctttga ttaagtatct gaagtaggcc ctaaccctcg 151021 tctttattga ttcgatgtcc atcctctgtt taagctctgt tatctcgtta acgtacttct 151081 cgtactgggc catttcttcg ggcgacagtg ttttcagatc aacgggtgtg tttaatgtca 151141 ctctgtctgc cttttcctct gcgatggcaa ccacagtcgc cgtgagcagg agtgccagtg 151201 atatcagaac gaggttgaac aggaggtccc taacgatcct cataattcaa cccttgaaga 151261 aatgcggttg aaaatttata aatttttgta gaaaatggga acatcttgat aaaatgaagt 151321 tatgtgtaac atcacgttac atttcgttcc ctttttacca gcggaacaac gtccctcgcg 151381 acacgccgcg cgctgaagag ggtgaggtga tccatcttct ggtacaaaac tagctggcag 151441 ccgcttatgc gaacgtcgat gtacttcttg gcctccatcg cggccttcaa gaactccctc 151501 acgctctcag ccctatcgaa gtcgaggccc gccttcctca gcctttccac gttgagttca 151561 tggatcgtga ggggctggag catcatctcg tcgacgccaa gggaagatgc aagttcggct 151621 attttaggta tgtcctcgtc gtttatcccg ggcatgaaga tcgttctaac gaccgagcga 151681 acgctctcgt ccgagccaac tattctcagt gcattcacaa cggcgtcgaa ggtatctgcg 151741 ttcgttattt tgaggtgctt ttctctggtt gaagcgtcga ggcttatcat gacgaggtcg 151801 aagtcgagct tttcccacag ctcctcggtc aaaagcgagc cgttggtctg gaggtcaagt 151861 ctcgcctctg gaaagcgctc gcggagcatt ttgtttacct caacgatgcg cgggctgaga 151921 aggggttccc cgtactgcga gactgttatt gccttcgggt tctcccagcc gtagtagccg 151981 ggctttggag cctttccaag cttcacagcg acgttcgagt agcagaatat gcagtcgtgg 152041 ttgcacgctg gggtcagctc gtagctcgga tgatgaaccg ggtttggatt gctcagatcg 152101 aggccctgac agccctgaca gtgggttgga atttttagat ccataacaaa cttcttgaga 152161 agccttgcct ccttgttctc gaggatctga ggctctacac ccatgcttct cgcaaagtct 152221 tcccagctca tctttatgcc catgtcacca cctacacccg aatcgaaaag ctctttaaaa 152281 ggttggctgg actgatgtgg gaagtgagaa catgggcttc ctctacatca agaacttcga 152341 cgagcagaag gccagagcaa tggagggcct ccggcgggcc ctagaagagg ggaaggttga 152401 tgaggacata ataaccctgc tcgagaaaat caacgcgctt gagaactact tcacaacctc 152461 ctcatgctcg ggcagaatct cggtcatgga gatgccccac ttcggcgaca aggttaattc 152521 agtctggctc ggcaagtggc acagagaagt caccgtcgag gaggttcttg aggcggttgt 152581 gaggcactcc aagggtcagc tctggttctt ggtcaggagc ccaatccttc acgtcggcgc 152641 aagaactctg gaggacgcgg ttaaactgct caacctcgcg atagggctgg gcttcaagta 152701 ctcgaacatt aaaagcgtga gccataagaa gctcctcgtt gagatacgct cgacggagag 152761 aatggacgtt ccgctcggct ctgatgggga gctctgggtc gatgaggcct acatcgagaa 152821 aatcgttacc atagcgaacg accagctgag aaggtttaag agaaagctga agaggctgga 152881 ggaagaaatt gaatagagaa gtagaattag tgcttggtgc ttgatttttt ggatttttgt 152941 acattgctta gcaatcctct ttcagttaaa tcttttctta tcaatgaacg aatgtagtca 153001 cttatactta cgtattcatt tccaatgagc tcattttcta ttatatcaac ccattttgag 153061 ggaacttgag ttccgagaac tacattgttt ttcttagagg ttcgcgtcat gttgtcattc 153121 accataatca agtcaattaa ttgatgattt aaaggtaacc ataaatttta aatatattta 153181 accatactta acaacaaggc tgcacatcca aaaaatataa aagattgcat ctaagaggaa 153241 ggtgggaaac aatgacacta gataaatgga ttcactttaa gtcatcctcc gttagtgaaa 153301 aaaaagacat tgatagtatt ctgacggaat tatctaggaa agtttctcaa aaagttactt 153361 ttgttaacaa tgctaatgaa cccattcata gatggtttaa atttcctgca ggattttctg 153421 cgtcgttagt gagaaattct attaatattt ttagaatcac atctaaagat actattcttg 153481 atccttttac aggttctgga actgtaaatg tagaagcgaa gagactcgga ataacttctg 153541 ttggtgttga ggcacatcct ctcgtagcta aaattgccca gataaagact tattgggaat 153601 ttgagccaaa agaattatac actcatgtta cttcaattat aaatgacatt gaacgaaaat 153661 taaactctaa acgcatactt catgattatg aagatcagat aatgaaatcc ccaaaattat 153721 tgctaaaagt atatcctcct gaaactttag caagattata ttttattaga gactacataa 153781 cacatactaa tattgacgat cacattagag actttttact gttggcacta ttaggtattt 153841 tgagagaagt tacagatgtc gatgttggat ggccatatat cttgcccaag aagaaaaaaa 153901 gaatagcaaa acctgtaatg gaagcattta gggaaagagt tcttcttatg taccatgatc 153961 taaaggaagt caaagaacaa gtacagaacc cggcaatggc agaaatatat aactttgatt 154021 ctcgatttct ggccaaaata ataaacgaaa atagcattga ttttattttt acttctcctc 154081 cttatttaaa caattatgac tatgctgata gaacacgact tgagctgtat tttttgggat 154141 ggtgtactag ttggagagat ataactgaga aaattaggag aagattaatg atagcggcca 154201 ccacacaagt tcagcgatca aaaatgagaa atataaaact aagtggtctg atacctccag 154261 aagttacaga tgaactaaat gaaaaaataa gtcagctggc tcaagaacga gaaaaaagaa 154321 gtggtaaaaa agactatgat ctcatggtac ttggatattt taatgatata tctagaattc 154381 tatctcagat gtatgcagta ttaaaaccca aaaaatacgc agtaatcatt gttggagatt 154441 ctgccccgta tggggtatat attcctacac atgaatatat agcaaaaata tccaagtttg 154501 taggtttctc tgactatagg atattactac tacgagaaag gggcaaaaga tggaaagcaa 154561 ttaagggtat acggaggcac aacatagatt taggagaata catggtagtg ctaaaaaaat 154621 agaatagctt ttttatttta gatatttgtc aattttttct tgttgagttt ttaatttttg 154681 cttggttatt ttatcaataa gagaggaaat gtttttagtg tctgcaatac aatcaagaaa 154741 catcctagct tcgttgatat tttgggtatc caacgagatt atcctaccaa tgttagtata 154801 tatatcaata tttatttttt caattttttc gttatctggg ttgattgctt cgtctaataa 154861 tttaaaaagt ggcttactga tctgtttttt aatatcttct ttgatatttg ttaagggatc 154921 agaggtatag gagatgttat ccagtagtac tacatcagaa aattcttctt tgtttaaaat 154981 catcttaagc tttaagagag ataaaaaagg ggtaactctg tctttttcat cccagttaat 155041 ttctattttg aattttttga agatttcaga aaatttctca agaggaagtg ttattgtttt 155101 tattttttta tgatccatag ctttaagtga tccttttgtc caatttccaa ctaatattgc 155161 aatagccata gcaatagaag gataccgttt gcgaatttca gtcaaagagt ctattactct 155221 actaccttta tctcgcatat gctttttata tctaaggaat ttagattcta aaacaacaac 155281 aggcttattg ttcacatata ttataaaatc caacttatgc tcatcgccat cccggtcttt 155341 ccatttttct tctcttgaca ctttaacatt tttatgtttc ttggaaaact ccaataatat 155401 ttcatgaata gaatcttcaa gtattctacc taaatcttct cccagtgtag aagcatagtt 155461 gctattagtt gcaactttaa gtaaaatttt aagcctgtta ctaagtactt ctttattaac 155521 ttcagatttt gtatcatata caagtataca atctggagtt ttttctttat tgaggcatag 155581 aaatactttg agtatctctt tattacaatt aacataaaga tatgcttttg gttgacttcg 155641 taaagagaca atgatccaag ggggatcttt attaatacgg atatttttat tatttagttt 155701 gctaatagct tcttcaagag tctctctaac ctcttcataa caccccctca ttgtaagaca 155761 tccctatgga ctaattggca aatatactta aaaagctcac ccctcaagct ccataaaccg 155821 aagggatacc aaaccagcca atttaaacat cgagcgggag ctttacgtag tcgaggacgc 155881 tcccgcggct cttctttatc tccacgtgct ccacgagctc cctgaactgg ccccccacga 155941 ggccgtcgcc gattatagcg ctcccctggg cggcttcttt ggccttaccc tcaaggcccc 156001 tctgcctgac gacgggaagg tcaaagagct cctcgaatgt gtcttccacg tccttccgga 156061 gctcgtctat gcgcatcagc ctgcccgaga ggattatctc cttagcgtcc ccaacgacgg 156121 caagttctga ggcaacggcc ttgataaaac cgtccttcat ggcttcccag gcctttgaga 156181 agggctcctc gtcgagacgc ttggcaaact cctccggtgg aagtatctcg ttggccgcta 156241 tcaccgttgc cccgccccag aagaggtgcc acttctttat cctccccatc agataagcta 156301 cttccccgtc gagggcaccg ctgtttacat aagctgggcc agggaatatc gtcccgccga 156361 tgccgtcaac gatttttcct cccttcacgg ctcccgcgta gttgtagccg aagcccacct 156421 cgaggaggac gaaggaaacc tcgctgtact caagtccaag cctctttgcc tggtcgtaga 156481 tgccgagcac ggttatcgcc attttatcgg ccgtccccat gtccaccctg ttgtacttcc 156541 tccactcggg gacggtcgga aggtgaatga cccctggaat gaaccagacg ttcatgccct 156601 tctgtgccat ctggtcgacc atctcctgca gtccgaggag aacggggatt tccttcattt 156661 cctcctctct aacgagggtc atctcgaagc ggtctctctc ggtcagctcg cttatgtgct 156721 tcagaggaac cccgtagccc gaggggccga ttatgagctc ggcgttgaag tcctcgatgg 156781 ccttaacgat cttccctggg tcttcggcaa cgacctcgct cggaaacgtt aaatcgagct 156841 ttatctttcc atcttcaagg cctataacat cgaagctctt ggttccaggg tcaacaccta 156901 tgaccctcac tagaaaccct ccgtcccgta ttttttgatc atattcagac gacgaaaaca 156961 gtttaaaaaa ttgctcccag aacgcagaac actcacaatc agtcagaaaa tcaacagaat 157021 tagaaaagtg agaagggtca aaactcagcg ccttcagtcg aggtcgctgc taaagtcctc 157081 gcttccgcct ttgcctcctt ccttgtcctt ctcgagcttg ctggcggcga tgacgtcgtc 157141 gattctgagt atcattattg cggcctcgct ggcgctcttg atggcctgct tggtgaccct 157201 gagcggagcg atgacaccct tctccatcat gtcggccggc tcgccctcga agacgtcgac 157261 accgatggtc ggacccttct ccttgtgggc ggcgatgacc ttaacgaggg tctcgaccgg 157321 gtcaagaccg gcgttctctg ccagggtcct cgggatgacc ttgagggcct ctgcgaaggc 157381 ctcgatggcg agctgctcct tgccgccgac ctccttggcg tactcgtcga gcttgatggc 157441 gagctcaatc tcgggagctc cgccggccgg aagtatcttg ccgtcctcga cgatgtcctt 157501 gacgaccttg acggcgtcct caagggccct ctcgacctca tcgacaacgt gctcggttcc 157561 gcccctgatg agtatggtta ccgccttcgg gttcttgcag ccctcgacga atatcatgtt 157621 ctcgccggcg accttcctct gctcgacgag ctccgcctca ccaaggtcct caggagtcag 157681 gtcgcggacg ttggtgacga tcttggctcc agttgccttg gcgagcttct ccatgtcgct 157741 cttcttgact ctgcgaacgg ccattatgcc gtacttggcg aggtagtgct gggcgaggtc 157801 atcgatgccc ttctggacga agacgacgtt cgctccaacc tccttgatct tgtcgaccat 157861 ctccttgagc atgcgctcct cctgctcaag gaaggcctgg agctgctccg ggctggtaat 157921 cctgatctcg gcatcggtct cggtctcctt gacctcgagg gcctcgttga tgagagcaat 157981 cttggcgttc tcaaccctcc tcggcatacc ggggtgaacg acctccttgt cgatgacaac 158041 acccctgatg agcttggtgt ccttgacgct tccgccctcc ttcttctcga acttgatgtt 158101 gtcgaggtcg accttgtact tgtcgccgac cttctcggcg acctgcctca cggcctcgac 158161 ggcaatctcg gcgaggtact cgcgctcctc ctcggcagcc tttccggtga tggccgtgac 158221 ggcggccttc ttgagggtct cgacgtcttc tgggctaacg tccttggcca tgccctcaag 158281 aatctcctgg gccttctcgg cagctaaagc gtaacccttg atgattatgc tcgggtggat 158341 gttctggtcg agcagttcct cagccttctt gagaagctcg ccagcaatga caacggcggt 158401 ggtggtacca tcaccggcct ccttgtcctg agtcttcgca acctcaacca tcatcttggc 158461 agcagggtgc tggatgtcca tctcgtcgag gatagtggca ccgtcgttgg tgatgacgat 158521 gtcgccgagg ctgtcgacga gcatcttgtc catacccttc gggccgaggg tggtccttat 158581 ggtctcggca acgattctgg cggcgaggat gttgagcctc tgagcgtccc ttccgacgta 158641 cctctgggtt ccctccggca gaataacgac cggctgtcca gcgagctggg ccatctcccc 158701 tcaccccctc cctttttctt tttcacggga tgaggtcttt tagtaacctt aagtgcttcc 158761 gcgttatcat tcctttggcc tatttataaa gttttcggtc atatcccctt gagcttggta 158821 tcattaggtg ttccaaactg gttcacgtaa acctcaatgc cgagtccctc aagcttctcc 158881 cgcagttcct cgacttcttt tgctggccag cagtgttccg agcaccatgc ctcgtttctt 158941 ggattcgtca gtggtctccc aacgagcggg ttcaagacca cgtagaagtc cgttttaatc 159001 cttcttagac cctcctcgat gtacggccac tgctcaagat tccttgccac tggaattcta 159061 agctcaagcg gaactccata gtcagaaaca acttcgagac ccctcaggaa gagcttccag 159121 agcgttagcg aagctttttc agggagcccg tatagtgcag taggagcctt aaggtcggtt 159181 gctatatggt tcaccaggtc agccttcagg agcttttcaa ggggtccaac gagggttagg 159241 ttcgtgttga ggcttatggg aacgtcgagg agcttaaccc cagcgaagag tgatcccagc 159301 tctctccact gcaccagcgg ttccccaccc gtgacgtgga agtagtctat gagaaacgcg 159361 ctcgcctcaa gctcgtcgag gagggctttt tcatctaggg ggaagcagtc aagaccttca 159421 gctatgcgcc agttgtggca gaaggggcac ctcaggttgc acccgcagag ccagagcgtg 159481 aaggtaacct ttccgtgaac gtcgaccatg ctgacgctct tccacccgct cgtgagcatt 159541 caaccacctc caaaaagaaa tcaagaggag tagtgcctcc tcgtccagaa ctccttcttc 159601 ctgaaggggt tccagttctt gagcggtctg tagtagccga ttattctgct ccacacttcg 159661 acgttctcac ttccacatct tggacagtgc gtatacagac cagtcgttga gtagccgcag 159721 gcgttgcaga cggttatcgc tggggtgtag ctccagtaaa ccagctctgt cctcatgagc 159781 ctcttcgtga gctttgccag cgcctcgggg tcaggttctt cgccgaggaa gatatgcatc 159841 atcactccgc cggtaaagct cttctggacc ttctcctcga cccttatcct gtcagccagc 159901 tcaagtgctc catagtatgg cgccacgctg gtcgaataaa tcgggttctc agggtcgctg 159961 aggtactcct taagctcagg gaactcgcgc atgtccttta tggcgagctt cgccgcggcg 160021 ctctccccag gaacctcctc aacgttccag ggcgttccgg tttccctcat ccactcccta 160081 gctttggccg tcgcgaactc taccatctct ttcatcagct cggccgctct cagccagtcc 160141 tttctcgttc cctcctccca gagcttcggc tcgttgaggt aaatcgaggc cgcctccgga 160201 aggccgagga ttcctacggt gttgaaatga ctccccggaa actcctcgag gtagaggtga 160261 atcatgctgt acatgtgctt gtaggacgtg ataagcctca catagcgctc cctgaaccag 160321 tcggttgttt tcctcacgac cccgagaacc ttctcgtact cctcccagaa cttatcgtcg 160381 tttcccctgg ccttaagggc gagcctcggg aggttcacgg tcgtgacgtt caccgagccg 160441 gtgacgtcgg gcatcgccca gagcccgccg aaacgtcccc tttcaagcct ttccagcgct 160501 tcctcctcgg cgctcttccc ggagacgccg aaggcgaacg ccatctcagt cttgtcaatg 160561 gcaatcctgc agcacatcgc gtagctcgcg tcggggtcca caacgttcgt gttcagccag 160621 tagaagctcc cgcgcttcga cgccgtcgca aagaccgcct caaatatttc agggtcgtcc 160681 cagagcatct tggcggtcac catcagcgtc ggaatcggga aggtgaatgg ctggccgagg 160741 gcgtccccct cacggagaac ctcggtcagg gcgatgaaga agtccttagc ttccctctcg 160801 tactcaccga ggggttcaac cctctcgcca gcgtaaaccg cgtggtcgcc ctcgagcatc 160861 tttttgggag cgtcgagcgt cacggtgaag ttggtgaatg gagtctgcat tcccaccctg 160921 ctcgggtagt tgaggttgta aaccagcctc tgaatctgct gtctgatttt acgcctgtcc 160981 aagccctctt tccttatgaa aggccccgcg taccactcga ccgagctcaa agcctgggca 161041 ccgctgaagt agtgctgcat cgtaatgagg tagttcgcta tgtggtcgac gtaggtatcg 161101 aagtgcctgg ccggtcggga gacaatcgtt ggagtcttga gacccttttc gaggagcctt 161161 gccgtgctgt ggcctgtgca gtatgggatg tagaggctgt aagggagctt gtggatgtaa 161221 atgtctccag agaagtgcgc ttccctgccc tcctttggga cgagcgagag gctctctttc 161281 aatgcctcct ccatcacata ggcgaagaaa ccggtcggac cgggatagcg gttcgcgttc 161341 tcaagaacgt ccagactgct ccagccagcg tactcctgaa tgatgtcacg cttcatagtc 161401 tccatttcaa ccacctggat aaattatcca acagtgaaaa ggatagcgga agatataaca 161461 cttccctttg aaccatctgt cgtttgtgca acatttaagg aggataattt ggcagctaaa 161521 cgagataaac aaactattat gaacatatga ccaccatact gacaattgag acagcgtggg 161581 agagaaatag tgacaaatat tagtcattta gacgagatta gaccataaaa ttgaacgttt 161641 agacacttaa gtgttgacca tatcttttta acccgttcgg ccaaccgaag ggcggtgatg 161701 tgaaatgaac gtcaaggaag agtgggaacg ggctttgagc gagaaggact gcgagaaatt 161761 gctcgagctc tttgacgatt acattgacgc gatagagacc gaggaagagc tcagggaaga 161821 gctcaagagg cttggagaag tggcggttca gtgcgacgac ccctacgacc tgctccacga 161881 gattggacac gtttacgctc acctcgacga cgtcgagagc gcgattgaac tctacaggcg 161941 ggttgtcgag aggaagaagg acgaccccga ggagtacgcg acggcgctct actaccttgc 162001 cgatgcctac gagcacttcg gaatgcccga gaaggcgata gagacgtacc agaaactcct 162061 tgagcacgaa gagaacgtcc tgaagaacga caaggagata gcgctgacgt tggcgaacct 162121 cgcggtgaac tacgacgagc tcggcgaaac ggagaaggcc atagagctga tggagcatgc 162181 gaaagagata ttcgagcgca tcggcgatga gaagaacaga ctcataagcc tcctcgactt 162241 agctcatttc cactacgagc tcgggaacta cgacaccgct gaggcgctga ttaatgaggt 162301 tctcagaaac ccgcgcgacg acgagattga gataaacgcc aagctggtcg aggccgagat 162361 tcacgcgggt agagaagact acgacaaagc tttcagggcc ctccgcgagg ccttgctcaa 162421 ggcaatcaac gtgagcgacg acattttcgg ggtcgtcttc gacacgctgg ttgacttcat 162481 cgagggactg ttcaatgagg gggaatacga cacgatagcg aggaacatgg aggcctttgc 162541 cgagctcttc gaggacgata cggcgtactt cttcagggcg atagccgagc tggcgcgctg 162601 gcgtgccgga gacgacgaag caaagaagcg tttcgacgag ctttacacga aggtggaaaa 162661 cgaggagctc cgctcgatac tcgacgagtg gaagaggccg aagctgagtt tgagtttggg 162721 gctttaggtt tttgcctctt cttttaatcc ctttgcataa cgctctatct caaggagact 162781 cctccgaatt acgttctcgc cggcgttcca aatctctatt ccgattacgt ttccctgctc 162841 atcgtactcg aaccagatgt cctcatctac ttcatcggta tccgctaccg ggccctcctt 162901 gaggagaatg tagagaatgt ccgccttggg gtcatatcta atcttcatat tcgaatccac 162961 ctcctagacg acgtcctttt ctcaacaatc ccctttctag acttttgctc gtatcgatta 163021 ttgtaatgac ctcaattaca tctccgtagt catcgtacgc aaggattagc cagtgattag 163081 ggacactcct ccgaccaatt gcgataaaat gaccggattt caaatcatag aacttcatct 163141 ctgggaactc catgacgtta tgtacttcgt cgatttcaat tttgcgctcc cttaatcgca 163201 atttcgcgtg ttcacttagt ataatctttg acatcaacaa agtttaaccc cacttctaaa 163261 aatattttcg ctaagttctg tgagaatgtg ataacaaaga agaacaaaga ggttttaaat 163321 cctcgaaacg gtctcgacct cagctgactc gacgttctca acctgcctga aggcctcgag 163381 aacctggtcg aggtcgtagc cctcctcgtc cttggccagg acgtagaact tgagggcgac 163441 gagaccgaag gctatgggct cgcgctcgac cttggcgaga ccgaacttct cgggaagaac 163501 ctccttgagc tttgcctcga gctcgtcgag gttgacctcg gggtcggtcg gcatgacctt 163561 aacaaccgca accatattgt agtcgctcat cttcttcacc tcctaattca cggcccctcc 163621 catccgcact tggggcactt gtagggaacg ctgaggaccc tgcaggattc gcagcgccag 163681 attatcgcct caccgcagtt cggacagacg aagtgggtgg cgtgctccct tggggttatt 163741 tcctttccgc atgaggtgca tacgggtatc tcgaacttca tctccactgc gaacacctcc 163801 aagaaaggtg gtttttaccc actggtcacc gtttcaaggt atcttttata aatctttcga 163861 aagggctcag gaaacctcgc gtcatcataa aatcagaaag gagaacgcca atcatcgccc 163921 tctccttcag atctcctcct taaccgaaac gaacgaaacc atcgtaaccg tttgcccgat 163981 cccctttatc tcccttagtt tatcgatgac gatctttccg atctcctccg agttctttgc 164041 cctgaccttt atcaggaggt cccattctcc cgtgattatg tgcacctcat agactccatc 164101 gagcgttgca acgcgtttgg caacttctct ctggtttatt cctgattctg ggtcgtacct 164161 tgccagtatg aaggcagtgg ttccaaggtc gagcttcttg tagttgggct ttatcgtgaa 164221 cttctctata actccctcct caacgagctt ctttatcctg tagtgcaccg tcgtcctcgg 164281 tatgccgatt tttttgctca gggtcgctat gttctccctg gcgttcttcc ttaactcttc 164341 gagcaacttc atgtctatgt cgtcgagcag tccgggcatt cccttaccct ccccgtcatt 164401 tgtacaactt gaacctttgt atcttggtcg ctctttgtta tttaaggttt tctttgagcc 164461 aagtggcaaa ggccttcagc gctcttcccc tgtgggagat cgcgttcttc tcctcggttg 164521 tcatttcggc aaaggttctg tcgaagcctt cgggtatgaa aacgggatcg aacccaaaac 164581 cgccgcttcc ccggggctct tccgttatct tcccgtccac tttaccccta aatatgtgaa 164641 gctctccgtc ccagtaggcg ataacgctct tgaaataggc ttttctgttg gattcacctt 164701 cgaggagctt gaggatgccc caatagccaa gcgtcttgta aacgtaggcc gagtaaacgc 164761 cggggaagcc cttgagggcc tcaacgaaga ggcctgagtc gtcgagaaaa aagggcccat 164821 ctattctccc ggccagccac cttgccccgt attccgcgac ctcctcgagc gtatccgcct 164881 gtatttcggg atagctcatg tggagctggt aaacttcaac gcctagtggc tcgaagtatc 164941 tttttgcttc ctcaaccttg ccggggttgg aggtaataaa ggcgagcctc attaaaccac 165001 ctgagaatag agaaaaattg ggcattaaaa ggtttagtca atcgtgtacc ctatcttctc 165061 aacgagctcc ctgcgctccc tcttctgttc ttcggactct attttgttcg ctgctttacc 165121 gtccactatt ccaagaacgc tcctcccgag ctcggtttcg gcaacgatta cctggaatgg 165181 gttttcgctg gccccgtaaa ccatggcaac ggctggatga ttcttaatgg tgttgagcac 165241 gtttattggg aaggcgttct tcatgagtat cacgaagacg tgccctgccc ctatcctgac 165301 cgcgttcctg gctgctagct cttcgagctc cttgtcgtta cctgtgtaac gcgtgagctg 165361 tggctttgcc tcgttcattg ctatcccaaa ctttatcccg ggaacggctg tgagaagagc 165421 cctggcaagg tcatcgaccg tgaatatcga gaagttgccc tgtccgatga tgacctcgac 165481 tccctctggc ttttctatgt cgacgacttc tatcttcacc atgcctcatc accgataaag 165541 atttaacgcc ccattgattt aacttttttg tggttgggta tgcaggatgt caatcctgat 165601 gaaatagaac tgctcgttga gctgttgaac aagtatcccg tagagagtct gaagaagata 165661 gccgaacttg agggactgga ctatcacaaa ctcactcgga tctatgacaa gtattatggt 165721 aagtacgttt tcgttaacgc gatgtacgat atcaaaaaga ttggcctgaa gagttatatc 165781 gcttacctgt ccgttcccag ggagaggctt cgtgaggtcg ccctgaggat gaaacaaaac 165841 cccttctttg ttgacattac cgcaatgttc ggttttaaaa atggcattac ggcaatcgtt 165901 tacgtcccca aggaacaggt tgatctcctc gatcaggtga tggagaagta ttccgacgat 165961 tacgagtact acgaggtccg agcttacccc ccttctggcg atgacaattt tggagagtgg 166021 aaccttccgt accagtacgc tattttaatg gacatactca agtgggacgc cagaacgccg 166081 ctctcagaga tcgcaaggga gctcgggaag agcaggccaa cggtgcgctt catgatcagg 166141 acactccagc acaggggcat tctgctcggc tatattgcca ccatcgagaa cactgaacac 166201 gatcgggggg tgactggaat aacgagcgaa ttaaacgagg aggttctcga gaaattcaaa 166261 gattacgaga taaacgtcgg cgtactcgtt ggcagagggt atctccttga gtggtacttc 166321 tcatcaaagg aggatcttgc ccagaagctc tttgagttca gcggttacgt ggagcagctt 166381 ggcattgagt actttgacct cctagcggac ataaaggaga tgtaccccaa ggagaggctt 166441 agaaggatgg taagaaagga cggcgaggga tacagatcca tacttgaatt ttagagcagc 166501 gggcagtact cgattcccct tagatcgccg ctggcctggt attcgagggc cctgcagtcg 166561 tggcagatat acctcagcgg gcaggttgaa cagccatcaa ctttgtcctt agtcatggtc 166621 cagaactccc taagcttttt gctcctccca acgatccact tgaagctctt ttccctgacg 166681 tcgccgacga ccaggttcct gaggagagga cagggaagta cgaagccgtc cccgctgacc 166741 gcgacggtgc ctgccaggca gtcgtggtac ttgctggtgg tcggattgtt tatctttctg 166801 agctctatgg tgttgaagtc aaggtgccgg agggatcttg gatagagaac gtccacgtag 166861 gccttaaagt caccatcccc cttgaccttc tggatgaact cctttgcctc gttcacctta 166921 tccggggtca ccataacaag gatcccccga atccagagcc tcatggcggc agagatgatg 166981 gcttcggggt cgtattcgag ctcagctatg tactccacac cgtcaagggg gcggattttc 167041 tcagcgtctt cgaagagaaa gacggccctt atctcctcga tgccaacctt gaaggccatc 167101 tcaacggcct cgttaagctc ctctggggag tcgtagttgg tgatccatac ctcggtccca 167161 cccatggatt tgaagtcccg gagaattttc tctatctcct ccctccccag cttcttcctt 167221 ctcaggacga acctgttgtt cccgatgcag cctattgagc gcggaatccc atagagctca 167281 ttgaacctgc ctctgccagc accgagctga agaataagcc tctcgacgct tccggcgtgg 167341 ggtgtctcgc tccacggggg ctttccaacg actatgtcct ctaccctcgg tttgatctcc 167401 tgtgtggaga tggtgctaac cttcacgatc tcctccatca acaccaccgt agaagagtac 167461 gcgtccaaga gttatatact ttttctatgc agatttcgca cactactaga agtagttagc 167521 aaaaattgga aaactaagct ttgtggtaat cctcgggaat cgtttgctcg ccctcgatcc 167581 agaaggtgcc ctcctcggta acctccttct tccacaccgg gaccctcttt ttcacctcgt 167641 ctattgccca tcggcacgcg tcaaaggcct cacttctgtg tttggcgctg gccacaatca 167701 ggatggtgtc ctctccaacc ttcagctcac cgacgcgatg ccatatcagc atgtccagga 167761 tggggaactt ctcgagggcc tcttttcgga ttttttccat ctccttcagg gccatctcct 167821 cgtacgcttc gtagataagt tttagcactc tccttcccct gttctcgttt ctgacttttc 167881 caaggaaaac aacgtatcca ccggcctcgt ccctctccac gagctttatg gcctcatcaa 167941 cgctgaaggg ctctcccgtg atcttgacct tgctcatctc aaccaccgtt ttacctttgt 168001 ctttcccttt aagtatttgc ccacaacatt tttgaggtcg ggggagaggt ttaatgggtg 168061 ataaagtgag ggacaagctc atagccctgg ccttggttat catcgttttc acttcgggct 168121 gtttgatggg ttccaaggac tcttccagct cctcttcggg atctttcaca tcgtcaacat 168181 cccaaacctc ctcaacggtt tctccctcaa ccacttcgtc ttcgtcccat tttacgacat 168241 cttggccggc tgaaactcca acgacaacga ccacaacgct ggattatctg gctggtctcc 168301 tcgattccct gtccagagtt tcttcgtatc tggccctcgt aaacacgacg atcaactcaa 168361 ccgtgcggat tgaggggcaa gccgttgtcc gggtcgagaa cgtctcggtc ttctcgaact 168421 cgactgcctt ctacgatctc tcaaaccgcc ggatggaggt aaacatgacc gttcttacga 168481 agccagcagg tgcaagggtt ctcacgagga taatcctctt gggggacgtt gcaagggtct 168541 attccctcgg cgagtggagg gagttcagaa ggggagaaga tggcttcaca gtcattgaaa 168601 agacctttga gtcgaatcct ctggccctag ctttggaggc ctccaaggat ggaagctgtc 168661 aggtaacgag gggtaggtac tacgttctcc actgcacgag caagaacgcc tttgaggagc 168721 tgataaagtc ctcggttggt gctcctgagg gatccgaagt ttcagtaact ctgggcaggg 168781 tagaagtgtt tttccgcgat tctcagcctg tggggggaag gatagaggtt ggcttctctg 168841 tttccacgac ctacaccgat gcctcgggag agacgtttag gctagttcag aggggaaaga 168901 tagtggaaac cttcacggtt gttcatacct aaagctcaac gagctcgtag acgttgtggg 168961 cgaggtcgat tatcaggagt ctgttgaaga gcggctcccc aaggcccgtt agcagcttta 169021 taacctccat agcctgaatc gatccaacga ctccggccgt tggtccgatt atcgggagct 169081 ttcccttctt ttccttcact ctcgggaaga tctctctcag tgttttcgtt tttcccggta 169141 atattgtcgt cacctgtccg taggttccct ccactgcccc atgcacgagt ggcttcccag 169201 ttctcttcgc gtaatcgtcc aaaaggaagc gtgcttcaaa actgtcgagg caatcaacta 169261 tgacgtcagc gtccttcaga acctcgtcga tgttctcctc gctgagtctc actggtctgg 169321 ccactacctc cacgtccgaa ttgaaccgtt caagcttcca ctttcccgaa agaggcttgg 169381 gtctcgctcc gagatcctcc tcccagtgga gtatctgcct gttcaggttg ctcagctccg 169441 gcttctcgga atcgatcagc actattctcc ccacacccgc cgccgtgaga tagagcgcga 169501 ccggagagcc gaggccgccg acgccgacga ctgcaacggt gctccccttt aatctctcct 169561 gtccttcagt tccgattatc attatctgcc tgttatacct ttgaagttct ctatcggtga 169621 gcatgggacc acctatcccc ttaacacgtc cgaccttatg aatgttgggc aaactttttg 169681 ggggccattt ccaagctcag atggtgaagg gagtgaagtg ggatgaattc gaggggcagc 169741 ttctctcgga gggtttcgtt gagctcgggg attttaggat agagctcaca ctggacaaca 169801 ctttcatgga tgtagcgtac atcccgagga tagctgtgta ctccagggga agggacaagt 169861 ggtacgtcct gaggaacccg ataaaacctg gaaataaact tgacgagggc tgggaaaacg 169921 ccgttaaggt tctcagggaa atactaacag ggtctgcaga gccggatttt aacgatcctg 169981 atcttgagag ggagttcctc gaaacgctta ggaggcacgt tgaaccgtag caaaaccgct 170041 atatacccca agtcctcaca tctattgggt ggtggggatg gacatagcga agtatatcga 170101 ccatacaaac ctaaagccct acgctaccaa ggaggacata attaagctct gcgatgaggc 170161 gattcagtac ggtttctacg ccgtctgcgt caacccctac cgcgtcaagc tcgccaagga 170221 atacctgagc gagaagaagg ccgacgttaa ggtagcgagc gttataggct tcccgctcgg 170281 ggcaactccc accgaggtca aggtctttga agcgaggaaa gctctggaag atggagctga 170341 tgagcttgac atggtcataa acataggcgc gctcaaggat ggggactacg actacgtgaa 170401 gagggacata gaggaggtcg tcaaggtagc acacgaaaag ggggccaagg tcaaggtcat 170461 aatcgagacc tgctacctca ccgaggagga gaaaatcaag gcctgtgagc tagcgaaaga 170521 agctggagcg gacttcgtga aaacctcgac cggctttgga accggtggtg cgacggtcga 170581 ggatgtaagg ctcatgagga aggttgtggg gcctgagatg ggcgtcaaag ccgccggggg 170641 aatcaggact tacgaacagg ccctcgccat gatagaggcc ggtgcgaaca ggataggcac 170701 ttcgagcggt gtgaggatcg tggagggggc aaggaatgcc gagtaaggag gagatgctcg 170761 agctcatcga gagggcctcc caggaactga gggaagaggg tgtcaacccc gacattctcc 170821 tggcgggtcc gggtttcgtt gaggttatgg gtgagctctt ggacgtgctc gaccttcccg 170881 tttacgtcat aaaggagctt gagtacgatg cggtcatagc ggactctcgc tacctcggac 170941 aggtaaggaa ggcctcaaag aggatctcca tcgagcctct cctcgttgag gagaacgtct 171001 gggaagaaat aaggaagctc tgatcacttc tttctctcta ttggttccgg ccagttttcc 171061 agttttttca catagaacgc cgctcccgtc ccaaggatca ctcccgtaac gattgagaca 171121 gttttggggg caagaaccgc ctggacatcg gttacaccat tgatcagaag atacgcgtac 171181 tcgccgctca gaattgttat gcccgcaaga acggaaccca cgaggagcgt cgagaagtca 171241 gaacctttct ttgccagtat ccctgcgacc gcactggcgg ctgagcagag catgagacat 171301 agagcgatct cttccgttcc cgcccccgtc gaatagaccg ccactgctat gccaaaggct 171361 ccggagattc cgcctatcca gccgaacgtt agacttgaga agatcagccc cacatagctc 171421 aggtccatcc cgttctctct cacgaacgag aggcccaggg agagtgcaaa cgagaacgaa 171481 acggcggaga ggaccaggtt gttgccaacg ttaaagttct ctctgttccg gatcaggaag 171541 ctcagataca ccgtaagaaa gaggaacaca agcgccttca gccagagcgg gtttacatcc 171601 atattccatc ccagctggag taaagcttcc tccttaaatc cttttcccag aaacgaaagg 171661 gaagaagggc gggaactcac ttgagggcgg ccttgagggc gtcctcgaaa atctccatcg 171721 cgatgtcgat ttcctccttg gtgacgatga gcggtgggat gaagcggatg ctgttgtcgc 171781 cgcagccgag caagacgagt ccgcgcttcg cggcctctcc gacaatcctg tccctgagct 171841 cggggtactt ctccttggtg tccttgctct tgacaatctc gacggcctgc gcgagaccga 171901 gaccgcgggc gtctcctatg acctcgtagt tctccttgag ctcctcaagt atcttgtgga 171961 ggtagtcgcc gacctcctgg acgtgcggaa ggagctcctt gacaatctcg acgacctcta 172021 ttccagcggc aatggcaacg gggttgccac cgaaggttgt cgcgtgcctt ccgggcttgt 172081 cgaagcttat ctccttcctg tggacgacac ccgctaacgg aagtcctccg ccgatggcct 172141 taccgaactg gatgaggtca ggctcgactc cgaagtgctc gatggcccag aacttgcctg 172201 tcctgcctat gcccatctga acctcgtcgt cagccaatag gattccgtac tcgtcggcga 172261 acttcttgag ctccttgaag aagttcttcg gcgggacgac gtagccaccc tcaccctgta 172321 tcggctcgaa gaatatcgca ccgacctcat ggggcgggac gtgcctgaag acgtactcct 172381 cgatgaagtc gaggacgcgg tttatgagct cgtcgggctc gtcgtagccg tcgattcccc 172441 aggtgttcct gtatgggttc gggtagggta tgtgggtgac tcccggcatg gtcgggaaga 172501 agccgtcctg ctggacccac ttgctggcgg taaggctcag aacggcctgg gtccttccgt 172561 ggaaggcgtg gtaaaacgcc aggaactgct tcctcccagt cccgtacttg acgagcttca 172621 tggcggcctc gttggcctcg gcaccgctgt tgctgtaaac gactttcttc tcgaagtctc 172681 caggagcgag ctcgatgagc ttctctgcca gaacgacggc gttctcgtag aagaagtcgg 172741 tgagcgagta gtgggtgaac ttctcggcct gcttctttat cgcctcgacg acgcgcgggt 172801 gggcgtggcc gacgtttatg actccaacac cgctcgcgaa gtcgtagaag acgtttccgt 172861 caacgtcgta gacccttatc ccttcaccgc gctcgatgac tatcgggagg ttctcgggat 172921 cttgggttgt catggcgagg tacttgaagt tcctctctat tacttccctt gcctttggtc 172981 cggggagctc tttaacgttc ggtctaacca ccatgtccat caccgggcga agctcaacgt 173041 tcgactatat aactctatgc tcaatgatga acatctttga ccgaaagttt ttcgaaaaga 173101 ggatggggag agcggttata gtccagaaaa gggaaggaag gcgtaaagtc actccccgtt 173161 cttctcggcc cacttctcaa ggaactcctt ggcggaattt gccgctatcg ctccctggcc 173221 gaccgcgacc gctatctgtt tgaagacgtt ggttatatct cccgccgcga atatccccgg 173281 aaccttggtg cgcatgtgca tatcaactgg aatgtacccg tagtcgtcgg ttatgccgag 173341 gtgcttgacg aaatccgttt tgggctcgta gccgatgaag atgaacactc catcaacttt 173401 catctccttc tcctcacccg tcttgacgtt cttcagcctt acagcttcga ccttatcctt 173461 tccgattatc tctgtgacaa cggtgtcaag tatcgccgga atcccgctct ccctaaagcg 173521 gtcctgcagt atcttgtcgg ccctgaactt ctgcctcctg tggacgagcg ttacgtcaac 173581 gccgatgctc ttgagataga gcgcctcctg aagggccgtg ttcccgccgc cgacgacgat 173641 gaccttcttg cccttgaaga gtgggccgtc gcaggtggcg cagtaggaaa ctcccttccc 173701 cgtgagttcc tcctcgcccg gaaccttgag tttcctgggt gctgcaccaa ccgctattat 173761 tatcgttttc gcgcggtatt ctttgccgtt tttggtcttc accgtgaact tgcacggccc 173821 ctcgtagtag gcgcattcag cggggtcaat cctctcgacc tcgtcgaaga cgatatcaac 173881 gccgagcctc ttgacgtgct cgtgcattct cgcagtcagc tcggaaccgc ttattccctc 173941 ggggaaacct ggatagttct ctatcagatc cgtcagcgcc atgtttccgc ccaaatcttt 174001 gctgaggatg agggtttcta aaccaaagcg agccgcgtat atcgccgccg taaagcccgc 174061 tggacccgct cctatgataa gaacgtccca gagcttcttt tcgtactccc ctcctcgtga 174121 aaatcctccc aggctgaaca tttctcccac ctccgcgctt tcctaacgtg ggttatttaa 174181 aaggattgtt gcccaaaaat gggtaaaatt aaacgagctt tatcgatcca tcgagggtca 174241 gatgaagcgt gtagccgagg aaagccgcaa gaccgacgta aactccttcc ccgaggctta 174301 atttcagccc atatccagct aaggcaaagg cgaggaatcc ataaaccgcc gcgaagagga 174361 gcgaatgaac tatccccctg tgcctcggca tcaaggccgt gaagagatac cacgcgatga 174421 tgcctcccag ggcgccgagt acccacgcaa ccactggatt aagccattct gggctgaggt 174481 ttaccttatc gccggcccag aggaagaccg cgctcccaac ggcaacgctg attattggtt 174541 ttgaacccct gtggatgagt gcatcggggt ggtccatgtc cggcagatca cttcccagga 174601 cgtaaagggc gtagccaaga attaacgccg ttggcgtgag ttcaatcggt agcttggcgt 174661 aaaccttcag gagctcccct atgagcaccg ccactggata tgtggctatc ccactgagga 174721 cgtggacgtc gtagtttggc aaacttcact cctccttctc ctcgaggaac ttcctgacgt 174781 agtgggggac cttgtagttt cctccgggat cgccaacgag gaaccctatc gcgacgagct 174841 tgttcagggc ctcgtagacc tgattcgctg gtctcttaag ttctttggca acgcttatgt 174901 agcttaccgg tccgccgttg aacttctcga ctatgacctt tacgaggtcg cggtagtcct 174961 tcggaaccct tctgaggtac tcctcaaggc tcttgggttc ctcgagtatt gtgctcacca 175021 cgagctcgtc tatcgggtcg aaggcgcgct tcgcggcctc gctgagaacg taatggagga 175081 gtcttagaat ctgtctcgga ttgcccttcg cgagatcgtg gatgagcttt atcgcctcgt 175141 ctgtgaatgg gtagatggga tcgtcggtgt cccttatgcg gacgcggttg agcctcttct 175201 tcacgagctc gaaggtttct tcaacgctca ttggcctgag cttgaactcg tagtgaaggc 175261 gcatgaagaa agccgggaag atcttggagt actcctcgta ggcctcggga atgcaggcga 175321 aggcaacaat gcagcccggc ggcatcgtgc ttattacgtg cctgagcatc tcgaaaaact 175381 gtatcttctc ctgctccctc gcgccctgca tgttttcgag ctcgtcaaga agcaaagctg 175441 agtatggata tttcctgagc tgctggacga ggagttcagc tatgtccctg ctcttgtatt 175501 cctttgtgtc gctgagcatt ttttcaagtc tgtctatgaa cccgagcttt ctcgagagat 175561 tttcaaggaa aatgttcgtc ctgctcctcg gaggtttcag tgcatagaag atgtcacggg 175621 tgagcttgag tatgtcgttt gtatcgacct taacgtagat cgccttgccc ccctccctct 175681 cgatggcctt ggcgatgctt ttgagcctct gggtctttcc cattcccagc ggtccgacta 175741 tgctcattgc tatcgagctc ttgttgccga ttacctcgga gataatcatg gaaagcttca 175801 tatcgacctc ttgataaacg tgaatggcct caacgtcctc tatgccttca ctcgccagct 175861 gttcaaatgg attccttgag aggccgtaga tctcgtagct ctgaacggga taaactttaa 175921 gttcctcgct ctccatttaa accacctgga ttaatttgtc gattgagata taaaagtttg 175981 tccaccggtg agctgagatg gttgtcctta tcgtcacctg tccccccggg agggaggggg 176041 acgcaatcct cgagctggaa tgggccctcg gccgtgttcg ggtaagggga actgactgga 176101 ggggactact cgtagccgaa agcccccttt caaaagatga ggcgatcgag aggctcaaaa 176161 gattcgaaac ccaggcgatc cagagggttg tcccccttga cctccttgtt cccgcttccc 176221 ttgatgtgat agaacagagg gcgattgagc tcatgggagg taaaaccgga acctttgcgg 176281 tcagggcaag ggtgaggggg aacaaaaagc tgagggagat ggaacttgaa aggaagatag 176341 gagaggccat cgtgagggct tacggcctta gggtgaacct caccgaccca gattggaccc 176401 tcgccatcga ggtcctcggg aagaaagcgg gcgttggtgt tctaggcagg ggggagatcc 176461 tcaggtttaa ggtcgttgag tagggggtga tcctttgaga cgctggaaga tgggcctcca 176521 ggaggagtac ctgaaggcca tagctgaagg caagaaaaag attgaaggca gattgtacga 176581 cgagaagagg caggcgataa agccgggcga cgagatagtc ttcgagaaca agctcgtctg 176641 cgtcgtgaag gacctgaggg tctactcgtc cttcagggag atgctcgaaa aagagggtct 176701 tgagaacgtc ctgcccggag tgaagagcat cgaggagggc gttaaggtct acagaaagtt 176761 ttattccgag gagaaggaga agaagtacgg cgtagttgcg atagaggtcg aaccggtggc 176821 gtggattggg gagccgttag aatgagccta tttcttgccc tcatttctcg aactctttct 176881 taatggccct aaggttttca attgtcatcc aacattcctc ctcgcccaga atccccgtga 176941 ttttctcaag cacccaagcg tttccttccg tttcttccat aacagcacct ccgcaaaggc 177001 tacataaata aactgcaaaa agcgttttaa ggttacagct taaatgattg gcgacagaat 177061 cgggataaac cccaagaaaa cgtggtaggc ccgtcatcaa ggggacgagg attcccgttt 177121 acttcatact cgaactcctc acaaacggct ggagctttga aaacctactt gagagctatc 177181 cacaactgac gaaagaagac ttaaacgctc ttctcaaagg ttaaaagaaa gaaatcacag 177241 atacctctcc ttcacccagc ggatgaagta gtccgggttc agttcctcgc cgatggcctt 177301 ctttaggagc tccttcggcg gatagatgct tccccagcgg tgtatcttct ccctcagcca 177361 ggccttgatg ggctcgaact tcgctttggc caccttgtcc tcgaagtcgg gtatgtcctt 177421 cttcatgtgg tagtagagct ggctcgcgag gagcgttcca atgctgtagg tcgggaagta 177481 gcctattgtt ccgtgcgccc agtggatgtc ctgaaggatg ccctctgcat agctcttagg 177541 ccttatgccg aggagcctct ccatctcctc gttccagagc tctggtaagt ctttggcctt 177601 gacgccctcg ttgagcatca tcctctcgag cttgaagcgg agcagtatgt ggaagttgta 177661 ggtgacgacg tcggcctcag ttctgatgaa gtctggcctg accatgttga agtataggta 177721 gacgtcctcc ggcgtgtagt tggtcatgaa gggcaggttc tccttcagga cggggtagat 177781 tagccccgcg aactcccttg agcgcccgat gatgttttcc cagaacctgc tctggctctc 177841 gtggattcca agggagacac cacctgcaat cgggctgaac atgaagcgct cgtcctgctg 177901 gagctcgtag agtgcatgcc cgaactcgtg gacggtgctc agtatcgtcc tcctgaagtc 177961 gtagccctcg tagcgcgtgg ttatcctcac gtcccttatt ccgaactcgg tcgtgaacgg 178021 gtgagcagaa acgtcgagcc ttgagcgaac tccaagcggg aagccgaact tctcgagaat 178081 ccagaggttc accttctcca tctgctccct ctcatacttc tccttctcga gggggtggct 178141 ctgcggaacc ttgccctctt ccattatcct ctcaaggagg ggctttagtt ccttctcgag 178201 cttgtcgaac atcctctcga cttctttagt cctgagtccc tcctcgaaca tgtccaagag 178261 ggcgtcgtag ggctcctctt cgtagccgag gtactcagca gccctcttgg cgagatcaat 178321 tattttgtcg agccagggct cgaacttgga gtagtcgtcg gtcctcttgg cctcttccca 178381 ggccttggtc gcctgactcg taacctcact catctccctc aggaactcgg gcgggaacga 178441 gcggctgatt cttatcgagc ggtcgaggac gcgaacgacg ccgcgctcat actcgttgag 178501 gtcctctatg ctcttcgcct tctcaacgag ctcgacgaag tccggcttga gcagaaactc 178561 ctggctgagg actgaaagct ccccctgagc aacgctcctc tcaaggattc cctccttcgg 178621 catgttgacc tccatgtccc agccgagaac gctctgggcg tggccgatgg cccatatcct 178681 gcggtacttg gtcagaatct ctctgatcgt ctcgttctgg aagacgctgt tcataaacac 178741 caccgggaaa ctttggaggc cgagctttta aatcttttcg acgtccatct aaacggaaag 178801 ttggaagtga attacaacca taaaaatcgc tttaaggggg taacgcttac agcggtcggg 178861 tgaaaacatg gaagtagaac tcgtcgtcct cggtcacgtt tcgatagaca cgatagtctt 178921 cccggacggg ggtagaatcg agatgcccgg aggggcggcg gcagcagtgg ccacttctgc 178981 cgctctggcg ggagcaaagg tcggcctcgt cactaaagtt ggcgaggatt ttccgaggga 179041 atggctccaa aagctcgcga aatacgtcga tatcagggga gttcaagtcc tgcccggaaa 179101 gacgattcac atctgggtta tctacaaacc cgatggaagc gtcgagtcgc ccgttgaggt 179161 gggtgtggcc gagagaatgg gcgagacgcc gatcccggag gagtacctga aggccaagct 179221 cttccacata gctccgattc caccggaaga gcagttgaag gtcatcgaga gacttgggaa 179281 aatgaggatc agcgttgact tcaacccgac ctactacgag gactaccgga gaaaacccga 179341 gcttgtgagg gagctcgtct caaggagcta catcgttttc ccaaacgaga gggaggcaaa 179401 gctcatcacc ggcctcgacg acgtgaggaa ggccgccgag gagttgcact cgtggggggc 179461 ggagctggtc gtggtaacgc ggggcgaaaa gggagttctg atttatgacg gcgacttcca 179521 cgagttcccc gccctgccag tcgaagggga gatagacccg acgggtgcag gagatgcctt 179581 cgcgggtggc tttcttgccg gactcgtgaa ggggaaggct ctggaggaat gcgcgaggct 179641 cggccttgaa agggccaggg aggtcttgaa aaagagtgga agctggagcg tttagtcctc 179701 tccagcggtt ctcgtgaaga ggtagagggc cagtacaacg ccagcggcca ccgccgtgac 179761 ctccacccgg ggaaggaatg gggagatcgt acggatcagc aggtacgttg gaatgctcat 179821 ggatgccgcc agtattagaa ctgcgtagtg ctcgtagggg gctttttctt tgtccatctg 179881 gcccatctcg atcgtcagga gtgccaaggc aacgatggtt atcccgagca ccccgccgac 179941 gtttctgtaa acgaggagta cccccgctcc agttaggaaa agcatgccga agaagtgcca 180001 ctgtacccca agcagtgcca ggggaaggag gagaaggctc cacctgtcca cggtgtagag 180061 caggtagatt gagagcacca gcgggatcag ggagtggaac cttctcttgg gttttctcat 180121 ggatggatca cctctgcgat ggccgctttg agaggttttt tgacgtccca gtcgattatg 180181 atcccgtagg ttgccatcct cctgagctgt gccttcctct ttagtctaag gatccttact 180241 gcgagctctt cctccttcgt cttcggctcg acgaggctgt acgggtcagg ggaaataacg 180301 acgaccctgt aaccgtaagc cgacatcgtt ctcagtgcct ccctactctc ctccgtgagg 180361 agcgtggaga agtagaggag ctgggccctt gcagggaagc gggatctaat aaggtgctcg 180421 acctgatagg ctatcatgtt gttcctatcg ggcttcgccg tactgaggaa gtctatgcac 180481 ttgaagaagt gtctcttccc gtaatcgacg cgcacccaca gggggacggc ctccgccagg 180541 agcaaaccga agctggttcc gttgttgagg gcgttgagca tgagggaggc ggcagcccta 180601 acgagatggt cgaagaccct ccgccccctg taggatgcgt ccactatgaa tataacatcc 180661 actttcctct cgctttcgta ctcgtttgcc attatcttgc ctgtctttgc cgttgccttc 180721 cagttgatta tcttcagtgg atcgccgggc tggtactccc tgatggcgtg aaactcgact 180781 ccctcaccga ttctcggaga tggcagcggg ccggcggtga tcttggttcc ccgcgttgag 180841 tatggcgttg ggacgtcctc gatgaggggc atgcctatga gttcggtgta gtgctctatg 180901 aagtggtcga gcttgaagaa gcccatcgga tcccggtaac ttacccttac gccgttgaac 180961 tcgtgtattc cccgcctgac ccttacccta tactttatca cacgttcctc atcctttccg 181021 agggagagca cgtgctcccg gctcccctcc acgagttcga gcccatcggg gatgtcttct 181081 tcgatcttga ggcttggtat ccttgcgttc gattttaccc tcagccttat ctcggctacc 181141 tcaccttcga gcattctatc gtggggtatc tccctcctca cctcgagctt tatctcgggt 181201 ctgaaaaaga agatcgacac gaagaagacc cagagtatgg ggagtatcag ataggccagc 181261 tcccatctca ggaagaagaa ggccgagatg agtatcagcc acatcgcaag cagggtttcc 181321 gcagccctct ccgtcagttc gggctttatt tccccgggca tggccatcac tcgaactttg 181381 gaactggaac gcggtcaagg agcttcttcg ttatactctc ctggctaacc ctcgtgtacc 181441 aaagctcgcg cttgaggatg agcctgtggc tcaaagcggg aacggccacc gccttgacgt 181501 cgtcggggat gacgtagtcc ctcccgttga gggctgcgta cgctctggag agcttgagta 181561 acgccaggct tcccctcggc gaggccccga cctcgatctc cttcttgttc tccctcgttg 181621 ccgtgactat atcggttatg tactccagta tcgcgtcgct gacgtagaca tcctctatcg 181681 cgcgctgcat ttccacgact tcctcaggcg tcgtgaccgg atgtatgtcg acttcctcct 181741 tcttcctctc catccttctt ctgagtatct caatttcctc ctccttgctg ggatagccaa 181801 cgcggagtct gacgaggaaa cggtccagct gggcctcggg aagggggtag gttccctcct 181861 gctctattgg gttctgggtc gctatgacta tgaagggctt tggaagctcg tatgtgttgc 181921 cctctatggt aacttgcctc tcctgcattg cctcgagcag agcgctctgt gtcttcggag 181981 gggcccggtt tatttcatcg gccagcagaa cgttggtgaa aacgggtccc ctcttgaact 182041 cgaactcgag tgtcttctgg ttgaagatgg aaacgccaag gatatcactt ggaaggaggt 182101 ctggcgtgaa ctgaacgcgc ctgaactcca cccccaatgc cctggcaaag ctcttggcca 182161 ttagggtctt tgctaaaccg ggcaaatcct cgagtaggat atggccgtct gccaatatcg 182221 tcgtcagtat gagccttagc acctcgtcct ttcctactat cgccttctta acctccccga 182281 gtacctcttt acccttcagc tcaacctctt ccaccttcat caatatccac ctcaacaacg 182341 ttcaaagcct tctcaaggtt ctccaaaaaa ttcccctcct tccttatcag gagaatggcc 182401 tcgttgggct cctcgtgaag cttcctgtac gtttcagcct gattatcgga gagcgtcatg 182461 tagatctcga ttatctgctc ctcaaggatc gacctcgaaa cggggctttc cttggccttt 182521 tcaattatct tggtgactct ctcaacctca tcttttctct ccccaacttc cttcctgtgc 182581 attgagggat acgctatcct cagctcctcc ccgaagagat aggcgagcgt gatgaccgag 182641 agcaggagga ctgagagcca tcggaggacg taagccccga agactatccc gccgatcagg 182701 ggcagggcta tgaggatcag gaaggatcta cgtattctca tccatctccc tcctcatttc 182761 cctgtaggct ttcagggccc tctctgcgtc ctcccacgtc accttctcgg gggcgtactt 182821 ggccttctca aaaagtcttg tcagctcaat gaagatctct ttcctgaacc ccactctctg 182881 agcgtgttcc cagtgcgtcc agctctccct gtacggaacg ccgaggtact cgagccagag 182941 gacggcgttc ttgtatatgc ccacgatcgc gtcccttggg ttgtcaaagg cttctaatcc 183001 ctcctcgtgg agctttctgt cgaaggcttc ggctttgagc ttgatagcct ttcttttcct 183061 cctccggata atctcccggt agtagtttgt cccccagatc accaggaaaa tcacgaaggc 183121 aaccccgatc gtgtagccta tccacacagg gaagctaaac gttcccccct ctttagcctg 183181 gtgaggactg acgttgtagg actgtggtgt cccgatcaca ccgggggtgt tggtcgtatt 183241 gttcgctgtg gcattaaggg ggagcggatg accgcctccg gcgagtatct gaagaaccgc 183301 accgaagaag agagcggtca cgaaaaacgc tattgcccgg gtgaatgccc ttccatcctt 183361 gtagagatcc tttctcttgc ccggaacatc gcgccagctc aggaagagca ggaggactat 183421 catcatggaa gctattgctg ccactgagat tattatggac cagatggctg gacttgagct 183481 gcttctctcg atctccccct gtctcaccgt ggaatggaat aggagtgcca tgaggagcag 183541 gattccgagc atcaccgtga gggctttcgt tctgattgac atttgcctca gttccatcct 183601 ttggggttgc cctttaaatt gttttcattc cggtaacgtt aaaacgtcct cccgtgatga 183661 gttctccggg tgggaccatg gagaggcttc cgaggctcta cgttgagacg tccttcgagg 183721 aatgttttgc tggcgaaaag gccgttgagg actgcgttgt gatcatggac aacgttgaag 183781 tctggctcgg aaagggcgaa gccctgcccg gtttcatcga cgtggaaagg tcaaagttcc 183841 tcagaaggga agtgtacgat cgcttttacc tctacgtgga cagggttgag agcagaatgc 183901 tcgcggacgc aattctggtc cttccggacg gcaggacgag gatatacctc agaaagggtg 183961 acgagcttct cttactgccc gtagagggct tcacaaaaac cctcatcgcg aacgttggaa 184021 accgggtcag gacgggggac gcttttgcgg cagtcacgac aagaaagggt gaagttcact 184081 acctcaaacc tccaaaaagc ggcacagtgg tgttcataga cgagataacg aacaggccac 184141 actacgtcta ctatatcctt cccgaggagt gaccactctt tcccattttt gttccaaagg 184201 tttataaacc cggccggcga gttccgatga aagcaatttt ggagttgaag gaaatgaagg 184261 ttgaacgtgg tgattttgtt ctgtttaact acgttggaag gtacgagaac ggtgaggttt 184321 ttgacacctc ctacgagagc gttgcccggg agcaggggat attcgtggag gaaagggagt 184381 actcacccat aggcgttacg gttggtgccg gcgagataat cccgggtata gaggaggccc 184441 tcttgggcat ggagctcggg gagaagaagg aggtcgtagt accccctgag aagggctacg 184501 gtatgccccg ggaggatcta atagtaccgg ttcctatcga gcagtttacc tcggccggcc 184561 tcgagccagt ggagggaatg tacgtcatga cggatgctgg catagcaaag atcctgaagg 184621 ttgaagagaa gaccgttagg cttgacttca accaccccct cgcggggaaa actgcgatct 184681 ttgagatcga ggtcgttgaa ataaagaagg ccggagaggc ctgatttctt ttttcaaaag 184741 ctcaggttca cgtacttcat tccttggaag acgagggccc ccattatggc cagcattatg 184801 ccgtacttta tccccgccga gaacttgccc tccctgataa ctcctattcc aagccctgac 184861 actattgcct ggattacgac gaaaccaagc agtatgttca gaaccgttgg gatctgcgcc 184921 tttgctggcc cttgaaccat tatccccatc agcttcccaa ccgttccgat gatggcgggc 184981 ccaacgaagc cgctggttat gatgaagaac atcatctgca ttccggttga tgcctttctc 185041 tcctgcttta tcctgagtat ctcacggacg tcgttggcaa cgtagactag gacgtcactc 185101 atcggggcgc ccctctcaag ggcctcgatg atgatcatga gtgatctgta taccaccggg 185161 gacttcctgt tcctcacagc cataacctta agtgcctcga ccgttgaacg gccctttctg 185221 atctcgccca cgaccctctt gaactcatcc gttagggccc caaactttgc ggttgtgagg 185281 tcttcgagtg cctcagagaa agatatgccc gccctaaggg agctggccag ataaaagaac 185341 gcgtccggga ggtgtttctc catctcctct atcctcttgg ataccctcca gtaaggatag 185401 gcaaacgcca tgcccacgaa aacggccaca agcgttacaa gggcgtagaa ggtatttgac 185461 agtatcagga cgacggctgc aaagataatc gacaggagga tcgagattat gaggtactct 185521 attgccagaa actctattcc tgcggagtat atgaagagct cgtagcgttt tatccacttc 185581 gccggcagga ttcgctcaag gatcctcgtg agcaggactg ctattcctcc agattccctc 185641 ggcattcact tcacctcggc tcaccgcgct ttatcatggt aactattatc agggacagca 185701 tcggaaacgc gaagagcagt atgaccgcca gtgctgaggg tgagagtgcc agggtccccc 185761 ctcccccttg ggcgctgaag gccgagccgg cgagtatggc cacgatgaac atcgttggca 185821 tgactattgt catgaacatg tatatgaacg ctataccgtt taccttctgc acgtattcaa 185881 ccagcttcat cctgtactcg aaggcaaagt cttccgccat cttgtagagt atctccgcga 185941 ggtttccacc gaactttatt gccctgagga tctgcttcac aaccctgctc acgttctcgg 186001 agcccatctt ttcctcgaac ctctcgagtg cctcctcgaa ggatgctccc gctcgcatat 186061 cccttactat gagttcgaac tcctccgagg caacgccata atccgctttg gcaacagaaa 186121 ccagggcctc cgctatacca actcccgcgc tcaggaggga agctatgtgc ctgagaacgt 186181 aggggagggc cttttcgacc tccgcaaccc tgcgcctcca caccatcctc gggtagtgtc 186241 tcatgtagag gaagccgcct atgaaaccca ggagtccgag catcattgat gtgaaaacgt 186301 ccatctcgag caacagtccg aaggctagcg agaacgctcc caggaagatg gacgttatga 186361 tcatcagggc cacgtacttc tccttcgaca tcctgatgtt tgcgcggtag agatcgtagt 186421 cgaggccctt tattgacttc gtcagggact cgactggccc cttgaacctc ctgaggaagg 186481 cttcggccaa cctctcccca aatgaggtcg ttatctcttt tctcctccat tcaaggatct 186541 cctcgagttc cctctccctc tcgctttcct tgctttcctc ggtttccttt tggatttctt 186601 tgagagctct gagcctctcc tggatgcttt tccggcgggg gagtcttcta accggctttt 186661 ccgtgacttc aagcgtcgtg cctccaagcc tttcaaggaa gttgaggaat gattctatga 186721 cccccatacg aacacctcac gatatgttcc tgatctgctc ctgtatctgg gccgagctgt 186781 cacgttctat tttttcaagg agtgcttcct catcgatgta gaacatcttg atgtagtggc 186841 caacgtcctc tatgctccgg attcccttct ccatcatcca ctccaggatt atcttcctct 186901 tctcccgctc tatctccagc tcacttatgc tcattcccgt gtgcctcgcg agttcgttta 186961 tgatcctgct cggcacttct gttggctgga gttcgtcctt ggccggatcg tacttgtaga 187021 gcttgttgag ctgtatgctc tcaccttcaa ttcctgagat ctcggctatc tccgtaatcc 187081 tcctgaccgt tcccttcttc ctgctgttaa agcgaacctg catgatgatt atgtcgaggg 187141 caggtatcat tattctggga acgttcatcg gcgggctctc cagccttact atcgtctcac 187201 gggcgctgtt ggagtggatg gtgcccatac agttcgacac aaggattcca ttggcgacgt 187261 agttgtggtc ctcctcaacg gtcaggtcgt agaggtactc tatgcccagt tcctcaggct 187321 cgacttcctc aacgcttaca acctcgtccc agtagacgtc gccgtcggcg atgagctcaa 187381 gcctcttcgc ctgaacccag gtctcttcat ccccaaggtc gcttgcaacc tgctggaggg 187441 cgagcgctat gcccctgagc gcggagcgcc tgatttcctt catccttccc ttctcaacgt 187501 gccttatgag gctctccgag accttctcgc gggcgtagct tgaggcgagc ttcgaaagct 187561 ccgaaaccgt aaggttgagc cttctcctga ggggttcgag cattgccggt gaaatcggta 187621 cgcggtcggt tctctttccg cggtgggagc ggtactttct gatgagctcc tcaagtttct 187681 ccctcttcct cgagtgcctg agtggtattg agcggtggaa tctaatcagg tcttcaactc 187741 ccctgaccgt gaccctgaat attacgccct ccttgtaacc tctgttcttc acgcgggaaa 187801 ccgtgcttat tattccaagc ctctgaaggg cgtaccagac cttcctcgcg aggttctcgc 187861 tcctcgttgt caagacgaca gcagggccgt tctcgtctat gtatgcatcg gcatcgaaga 187921 gacccgctat gaaatgcctc agcaggtcgt cgttcgagag aaccaggtcg ggaacgtcga 187981 ggctctcctt gcgtcccttg ggtattccga aggccctgtg aaggaactcg gcgaagggcc 188041 ttgagccgta ggttaccacc gtgtaagcgg gttcacgctt tacctgcggc tcgctctcgg 188101 gaaggaactc tgagatggcg gaggtgaagg ccttcatgta ggattcatcg tcgaaggtgg 188161 ccgaaatgta gtatccgtcc gaggatatgt agccgtctcc gaggaggact ccaacagcgt 188221 aggaaaggcc ctcgttcacc tcgcggacga gcttcacagg cttcgagttg attgagagga 188281 ggtactgggc catctcagga ggaatgccgt cgttcggaac ctttacgagg ccctttccat 188341 tgggaacgag gtagtagtcg cttatccccg cgtaaacctc ggggttaatg acagccttcc 188401 tctggggtgg cttgggtggc tttctcatta ccgcaaccct gtcaccgggc ttgagctttt 188461 cagcctcttt tctcaccacg tcgccgtcgg agaacacgaa gaacgggtgg gtctttgtga 188521 gtatcacttc gttgcccgtc ctcgtcctca cgcggatgag cttttctcct tctctaacct 188581 tccttctcca tacccgtgta actgtgtgtt ttcctgcctt gaggtccgga ccgacgctga 188641 cgacttcaaa tctatccttt tcgtcgagaa ccacgtactc caaatcccgg taggtttcaa 188701 tcctgtcgga gtacttctcg aagagctcct cgagtaagtc gccaatgagg acgaagcgac 188761 cgtccgaaag ctggataacc gagaagtcgt agagggcgcc attgtggcca gtgttcattg 188821 ccgtgaacat cgttctggcc tctgggccac gaacctcacc gacgatgatt ctgtcgggac 188881 gcatacggag ggtgttcttg acgaggtcgt ccatcgtgac ctctcccttg ccctcgatgt 188941 tcggcggtct cgtctcaagc ctgacccagt gttcaacggg aagttgaagc tccgccgtgt 189001 cctcgatgct gataacacgc tcgctgggcg ggatgaacat cgccagtgcg ttcaaggtcg 189061 tcgtcttacc tgaacctgta ccacccgcaa cgagtatgtt ggccggcttt attccgagtc 189121 catccacgag caaccagagg aaagccgcca catcgctgtt catagttccg tactttatga 189181 ggtcgatgat ggtgagggga tccttcttga acttacggat ggttatagtt ggaccgtcga 189241 ggcttatcgg gggtatcgtg gcgttgacac ggcttccatc tggcagtctg gcgtcgagga 189301 gcgggttctg ctggtctatc ctcctgccga cctccctcgc tattctttcg atgatattga 189361 gtatgtccct ctcctctttg aacactatgt tggtcttaca catgtagaaa cgcctgtgcc 189421 agacgtagac tggcttgttt gtcccgatga ccattatctc ctcgaggtta tcgtccctga 189481 cgaggggatc aagcaatcca tacccgagca tattctgcac tataagctct gccagaacct 189541 ctatcctgcc ctcggagaag tggggtgcgg cctccttgag cattctcttg acttccctga 189601 ggaagatctt ccttctctcc tcgtagttcg ggatcagggt tggatctatc tgaatctcgg 189661 ttattgccct ttccctgacc tgtttcagga ggttctcctc gtcctttgag agtttgggca 189721 gtctgatttc gtagatcggc acgggctctc ctttgaccct tagtatcctg acgtttccgt 189781 aagcgtcgag aaccttggcc cttccggcgt aggatagctc ctccgttttg gtctctccaa 189841 ttatgctctg gagcccgagg ggaggtttgg gtttggggag gggtaacggc agaggctgtg 189901 atttggctgg agctttgggt ttgcttgggg ccgtgcccgt gcccccactg aggatctggc 189961 cgagaaggtc aactcctgtt ggggctccac tcttggcctc ttttttggct ggcttttctt 190021 cttttacctc tctctttcct cctccgagga tatcactcag tgatggggct ggagattcct 190081 ccttgggttt ctctgatgac ctaaggattt cctcaagcgg attgcttggg gtggtgggag 190141 ttttctgtcc tttttgctcc tccttctttg aggttcccag gatttcctcg agcggggaac 190201 tctccgagat gaagggcagc gggggttttt tctcctcttc gctctcgctc agcacgtttg 190261 caaggggatc gcttttaccc ccgagtatct catctatcca tgaacctgag agttctttct 190321 tctttttctt ttccaccaca ctctcacccg cgataattat tccattcaac gtgataactt 190381 atttcaaggg tgttcacgtc cttgcccatg taaacaaccc atatcgggaa gtcgaggggc 190441 ttgacgactg gagcattaac ctcgggtttt ttgatggttg ttcctgagag gaggctgtct 190501 gtgagcttga agagcccgtt agagggcctt ctgggttttt cctgtgagac ctggggggtg 190561 gtaaaacccc tgtacccgag tatgaagttc aggtagtcac tgtatttcat ggagtacggg 190621 ggctggtaat ccgtcatcgt tgcgttgtag agtatcaccg gctgtgagac ggcaaagaac 190681 agcgggaatt caacgtttga tgtgctgtta tcgtccgccc tatccgggac gtcggtgagc 190741 ttaaatttaa cgatcccctc gtatctaagc attttgatgt aaccgtccat tgaaggtaat 190801 acttcgttga accttatgac cagcgggtag ttcagaagct gagggtacgc aacgccgcat 190861 atcggatggt ttagattttc gtaggtgttg atctctcccc ccgttaatgt cccgttctcg 190921 tacctcagta tgtacagccc cacgttcgtt gggcaggaat ccctgtaatc cttgagctgt 190981 atgtaatagt ggtgggcctc cgtaattgag aactggactt taacggtttc gtaggggtag 191041 atccagaatc cgacgcggta gttaagggtg ttgttcatgg tctcggggga aacatgatac 191101 accatcttgc cccgggtctc attgaatttt cctgtgagcc attctccgtt gttcctgcga 191161 tatatcttga agtcatagaa tgggtttaaa actatgaact ttggatacgg ggctaggttt 191221 atgagtgtga cattaatgct catcataagt tgcccctcga gacctaagtt attgtaattt 191281 cccccgggca gggtgtactc ctcgctctgg gcgagccctg gaagggacaa gaacaacaat 191341 gaaagaacca gaagggggag aagcttcgcg ttcatccttc ccaccccatc agctcttctc 191401 aacgagctcg ccgatgtaga ctgtgtttat gtggctgagt acgtcaggaa cgtaaactga 191461 gggtacttca acgatcacga ggaacgggac accgttcggc acgttctgga gctggagtct 191521 ctgttcgagg gccaggaggt tatccccata gttctcgagc tgcctgattg cctcctctga 191581 accctgtatc ttgccggatg aaatcgccct catgatctcg ccgaggttaa cggagtaata 191641 gtacgaggct gaggaggact cggagtagct ctggcttgaa cttgaggaag tgctggagct 191701 cccgccagtt gaaacagtgg tatcgccggc gctcgcggag ttctggctgc ttgacgagct 191761 ctggctattg gagttggagt tgctcgagga gctgcttccc tgttgctcgt tcaggtttat 191821 gatgcccgcg tccgctggaa ggagaacgga gtcaacgtag ccgagatccg ctatctggag 191881 gtactgcctg ctggtggcgt tctgggcgaa tatcattatc tttgcccccg gctcgatgaa 191941 gccgccaacc accctatctc tcgtgaggag gagggccatc ttgacgaact ggacctcctt 192001 tacgttgtac tgcatcagga ctgtgtaatc ttgaatcccg gaaagcattg ctttcgcctg 192061 ctccttggtg tatatcttct tgtggccgtt gaactcaagg actacgtagt ctcctttgat 192121 ggagtcaacc cggtaggtgt agtactcccg ccagagctgg agcaggtagg gagttggatc 192181 cgttgagtta acggcgttta tggagcttgc gttctcaacc tgtgccagaa gttcgttttc 192241 aacctggagg gcatgttccc tgatctgagt cggcagtggc tgggcgagca acggttcaaa 192301 caggagcttt atttccatct ttttctgctc ttttgcctgg ttcagacgtt tgagttcttc 192361 ctgtctctgt ttctcttcaa gctctgcctt gtatttttgg tagacctgga gataggcgct 192421 cttgatgtct attgagttga cctcctcaac gctctttgcc gtctctatct ttgccttaag 192481 ctcattgtac gtggtctgac cgtagctggt cttcaggatg tcccccttga agtaggagtt 192541 cagttctgcg agctttctct gctttgcgtc ccttaattcc ttctctttct gacttgagta 192601 ccatgagtat gcggcgaatg agactattag aatcagaatt atcaggattg aggcaccgat 192661 gagtattctc ctcttctttt ctctctccct aatgttactc aggcgcctta tgcggcgggg 192721 aggttttggt ttaggggaag gctttgaaac gggcgtgggg ggcgtctcgg gctcggcact 192781 cgccttaccc agctctctta accttctaat cttggcttct atatcctcgg ccaccgtgaa 192841 caccaccata agggttatcg taatccctct tgttaagtca gttagctttt tgaactccaa 192901 gctttattta ggtttcggtg agggggatgg agcgattaga ggcccgtgtg gtggaaatta 192961 ggggcagatg ccccgtgttt aagctcgggg acagaatagt cgttgagggg ccgagaataa 193021 agcttgagga gaccgacgct atatgtaccc atgcctttgc ctcgctgttg ccgtacatag 193081 tggcactgcg aaagggtatt aaaccgagcg agttgggact tggaaaagga gagacggcct 193141 acgttcagtg cctcgatccg gggccacctt acacggacgg gggaaccgta atctttgaga 193201 taacggtgat cagggatgaa gcagaggaaa gcctggaagg tcgttaggga agtcatagac 193261 gaggccgacg tgatagtcga agtggtagat gcgagagacc ctataggaac gcgcaacagg 193321 aagcttgaga gactcgtgca ggaggagggc aaaccccttc tcatcgtcat gaacaaggcc 193381 gatttagttc caagggagtg ggccgaggag tacaagcgga agagcgagat accggttgtc 193441 ttcatatccg cgagggagag aaagggaacc ggaatcctga ggagggagct caaaaagctc 193501 gcaaagcccc tccttggtga gaaggagaag gttaaggtgg ccctcatagg ctaccccaac 193561 gtcggcaaga gcacgataat caacaccctg aaaggaaaaa gagccgtcgg aaccgctccg 193621 ataccaggtt acaccaaggg gaagcacctg ataaggctca gcaagaagct ctggcttctt 193681 gacagtcccg gagttgttcc gatagacgac ttcgacgagc tggtcattaa aggagggttc 193741 ccggcggata agattgagga accagttaag ccggccttaa agctaatctc tagaatcctc 193801 gagacgagga gggaagccat aaccgagaag ttcggcatcg aggagttcga gaacgaggag 193861 gaaatcctca ggcggatagg ggaaaagcgg ggcctcataa aggccggcgg agaggttgat 193921 ttggaggaaa cggcgagatg gcttctccgc gagtggcaga cgggtcgctt cacgctgttt 193981 gcgagcgagg aggagaaaag ccaagacttc atctgggact tcaaagatgt ccttgagggt 194041 gttgagagag agcttttgct cgacccgagg agaatcctct ggcgctatgg ggatgagctg 194101 agggagaagc tcgacaacca gaagagggca ggagtaaggg aaatagaggg gataaccgtc 194161 ggcatagcga cgggcttcaa gaagtgcgac tcggcgttga aattcctcga ggagctgacg 194221 ggaaagactg ccatcgcgaa tgagtgcttc gggaagaagt ggaagggagt tatagcgata 194281 ctggagtgat gggtatgaga ctaatcctaa cgacatcgcg gggaatagag gacttcgcga 194341 gggccgaggt tgagaggctc ctctccgacc ttggagtccc gtttcgggtg gaggaaaaac 194401 ccctcggcgt cgaggggagg gtgttgactg aggtcgatag agcgttttac accgacgaga 194461 agggacggaa gagggagctg agcgtttcga cttacctgaa cgaacgttcc aggcttctcc 194521 acagggttat agtcgagata gcgagcgagc gcttcgaggg catcggtgaa gacgaacccg 194581 agagggccct caggagaatt aaggagttcg tggcttcgct tccagtggag cgctttgtta 194641 aggtcagcga gagcttcgcg gtaaggagct ttcgcagggg cgagcacaag attacgagcg 194701 ttgatatcgc gaaaaccgtc ggcaaggcga tattcgaaag gctcgagcgc ttcggcacgc 194761 caaaggtgaa cctcgaccac ccggcggtaa tcttcagggc cgagctcatc ggcgaggtct 194821 tcttcctcgg gattgacacg accggcgatt cctcgctcca caagaggccc tggcgtgtct 194881 acgaccatcc ggctcacctg aaggcgagca tagcgaacgc gctgattgag cttgccgaac 194941 ctgatggggg gcccttcata gaccccttct gcggcagcgg gacgattccg atagagctcg 195001 ctttaagggg ctacggggga aagataatcg ggctcgaaaa gttcaggaag cacctgaacg 195061 gcgccaagat gaacgccctc tctgcggggg ttttggaggg gatagagttc atcctcggcg 195121 atgcgacgag gctgagcgac tacgttgaga gcgtcgactt cgcggtaagc aatctgccct 195181 acggcctcaa aatcggaaga aagagcgcca ttccaaagct ctacatggac ttcttcggag 195241 agcttgcaaa ggtcttagaa aagcgtgggg tcttcataac gacggagaag agggcgatag 195301 agcgggccat tgaggagaac ggctttgaag tcaaacatca tcgcctcata ggccacggcg 195361 ggctgatggt gcatacctac gtgattgggt aaaactttta agcggatttt ccctactttt 195421 ttgggtggtc agatgaaggc caggtcactc gttttagtcc tcgctgttct tgcggtggtt 195481 cttgggggag tgggatacta tgcgttcaac cactacagct tcaactacga gtggaggact 195541 aatctcaagg actacaagaa gtaccatctc atcagcgact cgacgctgaa cggctacgtg 195601 aaggccgagg gcgaggtaag cgtctacatc ctgacgaaag aggactttag gaggctcaaa 195661 gagggcgagc cctttaacta ctacagagcc tgggagcacg tggagaaagt ggaattcaac 195721 gacgtcaaga tcccgagcgg agactacatc ctcgtcgtca agaacgaggg gaagggcatg 195781 cagtggattt ccgtcaagct ggtggacagg aaatagtttc tctttattct cccatagact 195841 ataaatctat atagtttttg tggagcacta tgttttattg cgacaatctt tatatttcac 195901 atggtcatct tctcatcggt gaagccgatg aaacggcttg gggcactact cctggtgttc 195961 ctcctcggaa ttgccgtcct gtcgagcggc tgcataaact cgaagggcga aagcacgaca 196021 ccttcgagca cgccctcgag caccgcaacg ccaaaacaga gctctacaac ttcatcttca 196081 agcgccaagg tcatagtaat tcgcacaacg ggagcaacct tcccgcagta tcagattcag 196141 aagtggattg aggaatacat gaagacacac ccaaacgtta agattgagta cgagggcggt 196201 ggaagcggcc acgggcagga ggcgtttcta aagggcctta ccgacattgg aaggactgat 196261 ccacccgtca aggagtcaac gtggaagaag ttcctccaga caggcgacca gccgctccag 196321 ttccccgagg tagtcggcgc cgttgtggtt gcctacaacg tgcccggggt cgatgagctc 196381 aaactcgacg gcgaaaccct cgcgaaaatc ttcatgggcg agatagagta ctgggacgat 196441 gaagccataa agaagctcaa cccgaacgcg aagctcccgc acgagaagat aatcgtcgtc 196501 cacaggagcg acgcgagcgg aactacggca atattcacca catacctcag ccttgtgagc 196561 aaggagttcg ccgaaaaagt tggcgcagga aagctcgtca actggccggt ggacaagatg 196621 ggaaggggaa tcggcggaaa gggcaacccg ggagttgttc aggccctcaa gagcaccaag 196681 tacagcatag cctacacaga gctatccttc gccatcgagg agaacctcaa ggtcgtcgcc 196741 cttaagaaca aagccggaaa gttcgtgaag ccgaccgacg agacgattaa ggcggccgtt 196801 tcggcggtaa agacctacat ccccgagccg acggagggct acaaggagga cctcaaacag 196861 ctcctcaacg cgcccggcga gaacgcctat ccgatagtgg ccttcaccca catcctcgtg 196921 tgggagaaca ggggaggaaa gcactacagc ccagagaagg ccaaggcaat caaggacttc 196981 cttaggtgga ttctcaccga aggtcagaag aaggagcaca tagcgccggg ctacgtcggc 197041 ctgccgaagg acgttgcgga aatcgggcta aaggcagttg acatgattca gaccggctga 197101 tctttctctt ttttggtgat ggccatgaag gtcggtgtta acacgtgcat agtcaaagaa 197161 gtcagcggaa ggggctttcc actcgacgag ttgaacgttg aagttctgga gctcggcttc 197221 gacgacgttg aggtactcac ggaggagggc atcaattgga atgtcctgaa aaatttggcc 197281 ggccttgaag tggagtttac ccttcacgcc ccaacttccg acgggaggaa cgtgagtgtt 197341 gacctcggtc actacagcag gatgaacatc gtaaccatgg agcgcgtctt caaggtcgcg 197401 agcgccctcg acgcgaggat agtcgtcgtc cacggaggag acataagggg aagctaccac 197461 agggccttca ccaacacgag gagacagctc atggagattt cggcaatagc agaggactat 197521 ggagttaagc tcctcgtgga gaacctcacg gacagcagga taggggcctt tccgcacgag 197581 ctgctgccct tcctcgagga gaacgtcgga atatgcctcg acgtggggca cgcgttcctc 197641 acggccatga agtacggcat tccgatggac gagttcgccc tgctgaaggc tgacgaaatc 197701 cacgtccacg acaacaacgg tgttatggac gagcaccttc caccggggga gggcatgata 197761 gggaggaact acacaggcag gctcataggg gcggtagagc ccgaatacgc ggttctcgag 197821 ataaggcgct actcaagacc cgagagcgtc ttcggggcta tagacttcgt taggtcgctg 197881 aaaaaaataa aggtcaaagg tgtggttgta tgagggacac tttcaaggct atgacgttcc 197941 ccgctgtcct cgccgttttc cttctcttcg cgggcatgct ctttgtgtac ttcaccaacg 198001 cgatgccggc tttccaccgc ttcggaattg acgtctatct gaagaacgtc tggcgcgcct 198061 cggaggagcc gagtgaagag ctctacggtg tcgccgccgc aatatggggt agcgtataca 198121 cctcgctgat tgcaatagcc atcgcgctcc cgctatcggt ttcttattca gttttcgtcg 198181 ttgactacgc gccaaagtgg cttaagaacc cgctcatcat aatttcagac ataatggccg 198241 ggctcccgac gataatctac ggcctctggg gagccctcgt cctcgttcct ttcctcaggg 198301 agcacgtcat gaagcccctg tatgagcacc tttcgttcat cccgctcttc tcgtatcccc 198361 ctacaaccgg ttacagctac ttctcggcgg gcgtactcct cgcgattatg gttaccccct 198421 tcgcctcggc tataatcagg gaggcatact ccatggttcc attcacatac cgcgaggccg 198481 tttatgccct cggcgcgacg aggttcgagg cgactaaaat tttaatcggc tacataagac 198541 ccgcaatagt ttcgggaacg atactcgcct tcggaagggc gataggtgag accgttgccg 198601 tgtccctcgt catagggaac accttcaaca tgacctggca gctcttcgcc cccggttaca 198661 cggtatcgtc gctcatagcg aaccagttcg ggaacgcctt catctacgag tacatgacgc 198721 ccgttctata tgccgctggc cttgcgctct tcctcatagg ccttgccgtg aacctgctcg 198781 gcctcaggat tctggggagg tgggaggaga atgtcaaagc ttaacgcgag aaagctgaaa 198841 gagaaagtgt tccttgcctg cgttggggtc ttaactttcc tcgcaatcct cccgctcttc 198901 cacatcatcc tatcggtcgc ggccagaggc ctgcccgtca tagcggagcg cggagggaag 198961 ttcataaccg gcacgctctc cgaaggtggc ataggtccgg ccatagccgg aaccttcctg 199021 ctgacgtttt tggcggcttt attcggcctt ccagttgcgt ttctcgtcgg cctctatgcc 199081 tacgagtttc cgaacagcac cataggcagg tggacgaaga cgctccttca gataatgctc 199141 gagttcccca cgatactcgt tggggtcttc gtgatgcaga ttcttgtcat tccgatggga 199201 acttactcgg ccatagccgg cgcgctggcc ctcgcgataa tcctcacacc ctacgtcgcc 199261 gtctacaccc acgaggccat gcgtgagata ccgttcacat accgcgaggc ggccttttcg 199321 ctcggactca cgagagcgaa ggttctcttc cgggtcctgg cgccgatggc gaagcgagga 199381 atactgacgg gagtcctaat agggctcgcc aaggttgcgg gggaaacagc acctctcctc 199441 tttaccgctg gcgggctcta cgagagctat cccgactcaa tcacgaggcc cgttggggca 199501 ataccgctcc ttatctacca gctcgtccag agcccgagta aggccgacca ccagaccgcg 199561 tggggggcct cgctcgttct cctgctgatt ttcctcggga tattcatacc cataaggctc 199621 agccttaggg aggtgaaact gtgaactacg cgattgagac gaggaattta aacgtctact 199681 acagctcaaa ccacgtcatc aagggcgttg atctcgagat tcccgagaag ggcgtcttcg 199741 cgctcatggg gccgagcggc tgcggaaagt cgacgatgct gaggacgttc aacaggctga 199801 tagagctcaa cgagagcgcg aaggttgagg gtgaggtcag gctcttcggg aaaaacatct 199861 actcccccga cgttgacccg atagaggtta gaaaacaggt cggcatggtc ttccagtatc 199921 cgaacccatt cccccacctg acgatttacg agaacgttgc catcggcctg aagctgaaca 199981 acctgctccc caaggatgag ataccgaaga gggtcgagtg ggcccttaag aagtccgccc 200041 tctgggagga ggtcaaagac aggctcaatg attacccctc caacctgtcg ggcggccaga 200101 ggcagaggct cgtaatagcg agggccctcg ctatgaaacc aaaaatcctc ctgatggacg 200161 agccaacggc gaacatagac ccggtcggaa ccgcgaagat tgaggagctt ttgttcgagc 200221 tgaaggacga atacaccata gtcctcgtta cgcattcacc agcgcaggcg gcgcgcgttt 200281 ccgactgggt ggcgttcctc tacctcggga agctcattga agtgggcccg acgaggaagg 200341 tcttcgagaa tcccgagcac gagcttaccg agaagtacgt gaccggagcc ctggggtgat 200401 tttgaatgag aaaactactc gatatgggga ttgaacagct gaagaagatg attagggaga 200461 tggcgaacgg ctcggttgag gccctcgaat cggcgaggag gagcatagaa ggcgacttcg 200521 actccgctga agagatatcg agcaggctcc acataataag gtctgacgtc ctcgagcttg 200581 ccactgagtt actcgtccgc tactcgcctg ttgcgagtga cctgcgcttc atccagagcg 200641 ccatagacgt ctcctacgac ctctacagga tttcgaggta cgcgatggag atagagagga 200701 cggcgaggat cgtgaaaggc cccgtggagc tgtcgaggaa ggcctttccc ctgacggaag 200761 aggcggttag actctcagtc gacgccttca gggagctcga cgagaccctc gtgggaaggc 200821 tcctcgagct cgacaggatt atcgacgact actacctgcg ctccctcgaa gcgctcaacg 200881 agaaccccga gaaggccgcg gacgcgctga taatgcgcca cctcgaaagg ataagcgacc 200941 acgccaagga gataggggcc aaggtcgttt acataaagga gggcaggcgg atgtaagtca 201001 aagcagaaag tcatgttctg tagttcttgg tggaacttat cagcgtttca agggccaatt 201061 aatctccagt acgcgggaca aaagtaataa gggggaacgc caaatgtaaa acggtggtga 201121 tcgtgaagaa ggtcctcgtg aaggaaaacc caatcggtct aatggttatg ggcgtggtgt 201181 tcgccctgtt ttttgcgttc atagccactt ccgttctcac ctccttcggc tcttttgcac 201241 ccgctggctt cggaatggct ttcatactct ttccccttct ctttgtgggg atactcctct 201301 tcgttggggg cagactgctg gcagggggaa agaaggcctc cagcctgttc agccaggcca 201361 ccgtctcgga aacctcaatc agctttccgg aggagcttga gtacgaggtt ggaagggttt 201421 tccttgaagg ttactggact tacaccacga cgagcaccgg gagcggaaca acgagcagca 201481 ggaactaccg cacgagaagg agtttcaggc ccgccggcaa ggctcgcggt cttgaggttg 201541 aacttccgaa ggaacccttc aggatcgagc tcaaggcgga tggaacggga accatcgacg 201601 ctcctgctat aaggatcctc agcgaaccct acaagaacgc cctcgttatc tttcttaccg 201661 atgagggctt ggttgaagga gagagtagcc taaacctcag caagggaaac gacatggtgc 201721 aggttacgtt caggggcgag gggaagatgc tcagggggag agtttgggcg gagctctcca 201781 aggccagggg agtccgtatt gagtacggct ccggaaacct gtggaaaacg gttgccaaag 201841 gcaaggggag ttttgagttt tccttctcca cccttccaga ggagaaaatt ctcatcttct 201901 ctcactacaa tacggtaacg cctctttcaa tccttaaaaa gctgggaggg ggccccatga 201961 tccttggaca cgggaccttt gagctcaagg cggtattgga tgttccgctc gcgagggaca 202021 tcgttgagag ggcgatcttt gaggtcgtgc ttccccatga gggctaagga tgagagttgt 202081 tcccctctct cctaagttct ttccccgttt ttccacgctc gcggctctcg ccctgctctt 202141 ttccgccgtg ctcttgaagc tgtacctttc gcattttgaa cagcctgtga acgtgggtag 202201 cgtggatagg ctcctaatcg gggcggcctt cctgatcctc acagccgcga tcggatggat 202261 tatctcccag agccgcagag ctttttcctt tgtcggcacc gtttctgtct ccgggaattc 202321 tctcgttctg tcggagaagg tcgaatacga aacgggtcgg cttctcatcg agggacgctc 202381 atattatctc ggaaagggga ggcactacca gattgagagg aggtttgtta agtcttcctc 202441 cgggaagggg tctgagatcg ttcctatatg ggacgagttc ttcgtcgaga taaacggtga 202501 tgggatcggc tacttcaacg cacccgctgt tcttataaaa accgggaagt actctgggct 202561 ggccttgata ttccttacgt caaggagcga aacccgcttt cgggatacta tgcaccttga 202621 gataaacggg gaggaagcga cggttgaata tcactttgat ggaggtgtcc tcaggggtgt 202681 tgttcattcc tggctctcga aggcgagggg gattagactc tacatctctg gtggaggagg 202741 tgaagttaag aagaagctcg gagggggcag ggagtttgag ttcagttacc gactcctccc 202801 agaggaggac acggttcttg ttgccccctt ccgcttcatt actcccatga tgatactggg 202861 taacctcggc gggtttttgc cgtctccccg cgagggcctt cttttcgggc acggaacgta 202921 cgagctgaag gccgttttga acgtaccttt cggaagggac gtcgttgaga aagtgacctt 202981 caggattgaa gccggtaaaa actaatgaaa agactgatct gtgaagaatc taatcaccgg 203041 agcttctcgg ggatggccct ctcccactgc tccctcgcga gctcacctgt gtatttgaac 203101 ttctccacct tcttctcggc ctccttgcgc ttcttctggt gctccttcag gaactcctgc 203161 accttcttga tgaggtagcg cttgcactca ccgcacgtca gctctccagc tttacacgcg 203221 tggtagcgct ccatcagctt cttgtcgtcc tcttcgaaga agatctccag ccacttgaag 203281 acgacgcact tctccgggtt cccgcccttc tccctctgct cctttaaagt gggctgaccg 203341 ccggttaggg cgaacctcca gattttcttt ccagcttcct cggggtcgtc ggtgaggtaa 203401 accgctgtct cgggtttgga cgcgctcatc ttcccctcaa gacccgtcag cggtgggacg 203461 aacttcgagt ggagcgcagc tgtcttgtag tagccgaggc tctcggcgaa gtccctctgg 203521 agcctccagt aggggtcctg gtcaattgct gccggaatta aacagcgctt cctctcgaag 203581 aaggtcggtg cggcctgtat ggcaggatag aaaatcattc caatcttgct ctgctcgttg 203641 aagccgaaga cagctttggc cattgagtag tttatcttct tcgctatagg cagggccatc 203701 tcgtagattt tggtgaactc gctgtcctgg aagatgaaag tcttgtcggg gtcgaagccg 203761 accgctatga tgtcgaggat gttttcatag gcccagcgct tggtctcgtc cagggtgagg 203821 ttcttgaaga ggaacttctc gtcgtcggtt atctgtatgt aaaggttgac gccgaacttc 203881 tcctggagcc acttggtggc gtagaagggg attatgtggc ctatgtgcat cggcccgctc 203941 gggcccctcc ccgtgtacag gaagaagccc cttccgctct cgtagtcctc caaaatcttg 204001 tcgtagtccc tgtgggagaa gaagaagcgc ctgcggaagt aaatgggcaa ttcgctcttc 204061 gtgagccttg cggtcctctc aagcagctcg tccgtcagcg ggctggttcc gaactgctct 204121 atcagcttgt cgtagtccac catgccctca acgtcccagg gggtaacctt aaactccaat 204181 ttcaacacct ccatttccag tggaaacgaa actcgtggct aaggcggtac agaagagagg 204241 gacttcacca aagccaaaaa caaccaccga gcatgggaag agaaagggaa gaggagaatt 204301 taaagttttt ggaaaccgct ctcacgaaat tcttaaaaac tctaatcgcg tttatataat 204361 catgcttaga gaatttgtca accgtcggga ggagataaag acactcaaag acctgtggcg 204421 caaagaggga ttaacgctcg ctctcgttta cggaaggaga agggttggaa agacgaggct 204481 tcttgaagag ttttcgcggg acaagaacag ggtgttcgtg atatttgagg acaagccgag 204541 ggaatacaac ttcagactcc tctccaagaa ggtttccgag ttcattggat tcaacgttga 204601 ggtgagagat tttccgtcgc tgttcgccct gctgaaaaga ctgacgaacg aaagggttct 204661 cgtagtcctc gacgagttct cctacctaat caaaaaagac agaggggtac tcagcgagct 204721 ctcgcgggcc atagaagaga acagagacct caacgcactc atagtggtgt cgggttccca 204781 cgtctccctg cttgagcgcg agttcttcga ctattcgagc cccatctacg gaaggagcga 204841 cgccaacatc aaggtccggc cgctgaagtt caagcacctt tacgaatggt tcaacgcgag 204901 tacggaagac ctcgtgaaaa tatactcagt tactggtgga acgcccaagt acctcgaatt 204961 cttcagcggg aggaacgtcg aggaggagat aaaagccaac ttcttcaact cctcggcctt 205021 tctcttcagg gaagcaaggg cgctcctgag tgaagagctg agggagctgt ccacttatct 205081 ggccatactc gaggcgatag cgagggggaa cacaaaggtt acccagatag cgaacttctg 205141 ctacatgaag gagaatcagg ttgtgcctta tctccgggtt ctcggcgagc tcggaatagt 205201 gaggaaggta actcccctct ttgggaagaa gggaatctac gagatagccg acaactactt 205261 cctcttctgg tcgcgctttg tgagccctta ctacgaggag attgagggaa acttcaccga 205321 ggccgccgtt ttcgacttcg aaaggaactt caacaccttc ctcggaaggc ccttcgagga 205381 aatcgcaagg gagttcctga ttgaggccaa ccgaaagaac ctcctgccgt tccgcttcac 205441 caagctcggc aggtggtggc gcagagggga ggaaatagac atcgtggctc tcgacgaagg 205501 ctcgaaaaag gccctattcg tcgaggtcaa gtggagcgac ctgacggcgg gaaaggcgag 205561 aaaagtcctg agacagctcg aaaagaaagc cgagctcgtt ggattggagg actacgagaa 205621 gcactatgga ataatcgcaa agagaatcga ggggaaggaa aaccttgggc tggcctttga 205681 cctgggggat tttgacgagg tctttaccaa gcgcttaagc aaaacggcag ggagtaatga 205741 tagcttgagc atcgggggcg agagctaact agcctagatt tttggaaaag gttaaagttg 205801 ggatgacaaa gattcagtag ggtgagagaa tggaagtggt tgtcgaagcc gtctatgaga 205861 acggcgtcct gaagcctaag aaaaagctca accttcctga ggggagtgag gtcagaatta 205921 agatagtccc aacaagagtg tccgagagga cctttgggat agcgaagatg agcaagaggg 205981 aaattgacga gataatcgag gagattgaag atgaatggtg agatgaacgt cttctttgat 206041 tccaacgttc taatatacca tctcggtgga gtagaactgg caaagcccct cattgagagc 206101 gtggaagatg gtaggattaa gggattcatt aatcccatcg ttgcttctga ggtcctattc 206161 ttttatgtaa aggccaagac aggtttaaaa tcctacgaaa tcaagaaaaa gccgtcagtt 206221 cttgcagata tcaagcttga gcccgtcttt gagctgtttt cactcttcaa catgctcgat 206281 gtcaactcag agattgtcaa aaactcgaag agggcaatgg aaagttatta tctgcttccc 206341 aacgatgccc taatagtctc gacctgcgag ttctatggaa tacggagaat agcaacgttt 206401 gacgaggatt tcaagcgtgt caaatggctg gagattatca gcaaccaaca atgaatactc 206461 gaaaaggaaa gcccataaaa actccactgc tcatcctcat tcatggaccg cgaaaccgag 206521 ggaacgctct tagctctcat cgtgctaatc ctgctcggcc tcgagccggt cgtaatcaag 206581 gccaacccgg ttaacccatt cgccttcgcc tcgctgtccg ccttaatagc ctcgctaatc 206641 ctctggcctg ttatacttct cagcggtcgg gcgagagaaa tccgagagaa gccggcagag 206701 ctgaggaggg cctttctaac gggccttttc gcgacggcga tagcctactc gctgttctcc 206761 tacgggacga gactgagcac tgctataaac tcggcaatac taacgcgctt cgaggtcttt 206821 tattcattcc tcatttcgtg gctcctcttg agggagagga taactggaag agcggtggct 206881 tcggccctgg ccctaatcgc gggcgtcttc ctcgtggttg cgcagggaaa gagactagag 206941 atcctgaggg gcgacgttct gctcctccta actcccctct tctggcagct cgggcacgcg 207001 atagccaaga gaaccgatta caacccatta acgatagcaa cgctgaggaa caccttcggc 207061 gggcttctcc tcctcatacc ggccgttgcg acgggctttg ccttcacgaa gctcgcgctg 207121 gcggaggggc tgataatagc gctcacccag agcctctggt atttagcgat agcgcggatt 207181 aacctctcga aggcgacggc gattctaacg cccgcgcccg ctttgactgc cctcgtctcg 207241 attgctctcc tcggcgagag ggtaaccctc tatcacctcg cgggcttagc cttaataacc 207301 ctcggaacgt tagccatcag cagagaggag ggcggggtga gagaatgaag gtcgtaatcc 207361 ttggctcggg ttcatacagc gggacgccca agcccctctg cacctgcgag aactgctcgc 207421 gggcgaggat taacccagcc ctgcggagaa cgcggttctc gctctacttt gataaaacgc 207481 tcgttgaccc gagtccagac cttcactacc acctggaaag gctgaacaag agggtggagc 207541 gggttttaat aactcatggc cacttcgacc acatctttgg cctgccagag ctccaagtct 207601 tcaagcgcct caaattttac tcccacagag aggcacttga agtcgcgaaa agcttagcta 207661 ggctggcctt cggctcggaa agcccggagg ggcacgagtg gagctataat aagcttgagt 207721 tctgggagga gacgagagtc ggaaagatga aggtcgttca cttcccggtt acccacacgg 207781 taacggcagg gggcttcgtc atcgaggtgg gagggaagag gatagcaata acaggtgaca 207841 cggggccgga gattctgaag gacgaaagag caataaagct catggagggg gccgacctgc 207901 ttatagcgga gatgacccac agggaagcca tccccggctc gcatcttgga gttagggagg 207961 cgatagagct ggcgaagagg gtcggggcag gctacacagt cttcgcgcac ataagccaca 208021 gcaactatcc tcacgaggtt ctggagaaga gggtcagaga agcagggatt ccgggcgagg 208081 tcgcgaggga cttcacgtgg gttgaggttt agatgcgtct cttaacgctc gctggcttca 208141 ggatccatcc gatgccaaac agtacaagga ggattgctat tatcccgagg aggtagcctc 208201 ctgtcagtgc atacgatgcg gtgagaaaca gccggaacag gaggaagagg aggggtatcg 208261 cgataatgag gattaagatc tgaaagtcct ctacaaagga cttgattttt cttttgaggc 208321 tcatgtttct accttgactt tttgaattaa atattttgcg gctttgtatt gcttttcgat 208381 tccctgggag tcttattgca acggccctga ttatgcaggc aatgttcaca gcaattctct 208441 ttcaattctc tagagtctta ttgcaacctt cgagtttaag cacttagtca agtctaaaaa 208501 agctttcaat tctcctagag tcttattgca actacgcgct actactgatg aggaaggtag 208561 cagaactccc tttcaattct ctagagtctt attgcaacgg gaaatatacg tcgatattga 208621 cgcttatagg gaaagccttt caattctcct agagtcttat tgcaacctgg gttggctggt 208681 cttcggcatt gccctcatcg gcctctttca attctcctag agtcttattg caacaggccg 208741 tccccgacgc atgcatggca tccgccggat ccctttcaat tctcctagag tcttattgca 208801 accttgtccg tacttcttcg cgtaaattct gctcgccttt tctttcaatt ctcctagagt 208861 cttattgcaa cttgcccggc ggggttcaca tcttctattt gggtttcctt tcaattctcc 208921 tagagtctta ttgcaacagg gcgcgaaatt tgccctttcg cccaacgaag aaataagaac 208981 gtcccaatat ttaagccttt ctggaaatcg gtcttgaaac gatcacgagg gaactcggat 209041 tgaagctctg aaacacctcc aatcggctag cctggtccta atgttctgag ataacaaaat 209101 tgaggtcgaa atgcagttga tctccaaagc tccaaaaggg gagaattttc aaggccgaac 209161 attaaacagg ctctaaacca gaaacgaaca attttaaaca ggttttatcc ggattagggg 209221 agcggaagtc gtctgctcga tgtcctgaag aaaattcgtt acattagatg attaacattg 209281 ttacagaatg ttatgttttc gaaatagttg aaattcatct ccagggcttt gaaatgactt 209341 tgctgaacaa aaacagccgt taaaggttat ttttcctgaa atacagtagt ttgagcatga 209401 taatggaaga aaaaggctca gagtttcccg ttttccctga gccactcgcc gtacttaacg 209461 agggcgtaga cggcatcaac cgcgtcctcg gtggtctcgt agacggggat gcccttctgc 209521 tcgatgttcc tcgccatctt gtgcgggaag tctccaccgg gggcaacgaa gacaatcggc 209581 ttgccgtagg ccttcattct ctcgaccgcg tcaatgattc cctcgtcaag ggccgggctc 209641 tggaagagcg cgatgacgac gaggacgtca acgttcgggt cttcgagggc gtagcgcata 209701 gctatctcgt acctgctcga cggggcgtcg cctatgacgt caatcgggtt cttgtaggac 209761 atgtgagcgg gaagctttcc ggccctgacg tcctcctcga acttcttcag cgtctcctcg 209821 ctaagttcag ccatcttcaa accgcgctcg agcaggccgt cgctcatcat gactcctgct 209881 ccaccgccgt tggtgactat cgcaacgcgg tcgcccttgg ccggcttctg catagctaag 209941 accttcgcgt agttgaagag ctgtctcatc gtggtcgctt ccagaacacc gctctgctca 210001 aaggccgccc tgtaaatcgc gtatgaaccc gcgagggaac cagtgtggga agctgctgcc 210061 ttggcaccgg cctcggtcct tccgctcttg agaatcacga cgggcttctt gagggtaacg 210121 cgctttgccg tttcgaggaa cttccttccg tccttgacgc cctcaaggta gccggttata 210181 acgcccgtct tctcgtcgtc gccgaggtag tccatgaagt cgctctcgtc gaggtcggcc 210241 atgttgccga ggctgatgaa cttgctcatt cctattttct ctctggccgc ccagtcgagg 210301 attgcagcac caaaggcacc gctctggctc atgaaggcaa cctttccgaa gggcggcctc 210361 gcctgcctct ccggcgggtt gaagttgcag tcgaagccgt tctcaaggtt cgtgacgccg 210421 agacagttcg gaccgacaac gcgaatgccc cacttcctcg cgcgcttgag aagctcctcc 210481 tcgaggtcgg cccttccggc ctccttaaag cccgccgaaa tgactatcgc gcccttgacg 210541 cccttctcac cgcactcgtc tataacatcc ggcacgaact tggccggaac cgctataaca 210601 gcgacgtcaa cttcgtccgg aatttctttg atgcttctgt agaccttgaa cttcttcccg 210661 ttgacctcaa tttcaccgcc cttgacgttg accgcgtaga ctttgccctc aaaccgtaga 210721 gttatcgagc gcattatggc gtttccaacc ttcccgggta cgtgggaggc acctatgaca 210781 gcgacgctct tcgggtaaaa caggaagtcg aggctctcca tgataccacc ccctgaaggc 210841 ttttcggagg gcgtatataa gctttcgcgt tatggatatt ttatccattt atcgaacggt 210901 accggtggac ttgtttatct ttgtaaaatc ctgtcttgct ctatggagca aaagagttat 210961 attgccgaac gctcatacaa acgttaaagc gtttaaattg gtgagggcaa tggccaaggt 211021 gaaggttatc actgacccag atgttattaa gcttatgctc gaagatacga ggcggaagat 211081 cctctccctg ctgaggaaca gggagatgac tatctcgcag ctcagcgaga tcctgggaaa 211141 gacgccccag acgatctatc accacatcga gaagctcaag gaggcagggc ttgttgaggt 211201 caaaagaacg gaaatgaaag gcaacctcat cgagaagtac tacgggagaa ccgccgacgc 211261 cttctacatc aacctctacc ttggcgatga ggagctccgc tactttgccc gctcgaggct 211321 caagacgaag ctggagatct tcaaggccct cggctacgag ttcgacgacg ccgagctcct 211381 gaacgttatg gacgagcttc tcaaaaaaga gcaccagtac aagaccgaga tctccaggga 211441 gatagaggag aacgaggaga agctcaagga cttctccaac gaggatataa tccacgccat 211501 agagtggctc gccatggcga agatgggcag ggacgaagaa gttctggagc tgcttaagaa 211561 acttggtgag atcctgagga agtaggggat gcttcatggg taaggggata aggcttctcg 211621 tcctcgatgt tctcaagccc caccagccca ttgttacgga gctggcgctc ggtttgagtg 211681 agctcgaggg agtcgagggg gtcaacataa ccctcgtgga gatagacaag gagactgaga 211741 acgttaaaat aacagtcgtt ggagacgacc tcgactacga agagatcgtc cagaccatag 211801 aggagttcgg gggggttgtc cacagcatcg atatggtcgc ggccggcagg cggatagttg 211861 aggaagagga aacccctcag gacaagctgg aggagtaaag gggaagtttg caatgaggga 211921 ggttttaata ataaccgagc cctcggtcgt taaaatcctg tccgagccca cccggttttc 211981 cattttaaag ctactccgtc agaggccaat gagtgtgaac gaactcagcg acgcccttgg 212041 aaaggacagg acgaccatat accggcacgt taaggttctg gagaaagctg gcttggtgga 212101 ggagattgag gagataggga acgagaaggt ttactcacga accgcgagga tgttcttgat 212161 taaggttggg cccgatgaaa gcattgagga gttcaggcag gcctaccttc aggtagaggc 212221 ggagaagctt gtacgccttc ttgaaaaagc gggctttgag atccaggatc gagagaagct 212281 taaactcctt gcgaaggaag ttctcgacga aattgaaatc cgctctcagc cgataataaa 212341 aaggatctcc gaggctaacg ttgagttgac cgaggttgaa ctctttcacc ttctcaatat 212401 gctggtcttt ctccagagtt gcgaactctg cgaaaaggca aaggaggcca gggctctcct 212461 gcggttctga tttctcagtg attccgcact ttttgtgctt ggctattttt cccattggat 212521 gttcagttat atccctcagt gaacaggaac gacaaaactt aaatatttca ccatcggtga 212581 tacataatgg gggtagtccc cgcactgtcg cagggaggta tggaaatgag gaggtacaca 212641 cgggttttga tccttttgat ggctcttttc ctcctagctg gtctttacta tccttctgca 212701 agtgccgcga aatactccga gcttgagcag ggcggagtta taatgcaggc gttctactgg 212761 gatgttcccg ctggtggtat ctggtgggac acaatacggc agaagatacc cgaatggtac 212821 gatgccggca tatccgcgat ctggataccc cccgcgagca agggcatggg tggagcttac 212881 tcaatgggat acgatcccta cgactacttt gatctgggcg agttctacca gaaagggacc 212941 gttgaaaccc gctttggatc caaggaagaa cttgtcaata tgatctcgac tgcccacagg 213001 tacggcatca aggtcatagc ggacatagtg ataaaccacc gcgcaggggg agaccttgaa 213061 tggaacccct acgttggtga ttacacatgg acggactttt ctcaagttgc ttcgggtaaa 213121 tacaaggccc actacatgga cttccatcca aacaactaca gtacctccga tgagggaacc 213181 tttggaggct ttccggacat agaccacctc gtgcctttca acaagtactg gctctgggcg 213241 agcgacgaga gctacgccgc ttacctcagg agcattggcg ttgacgcgtg gcgctttgac 213301 tacgttaagg gctacggcgc gtgggtcgtc aaggactggc tcagctggtg gggtggatgg 213361 gccgtcgggg agtactggga cacggacgtc aatgcgctcc tcaactgggc ctacgacagc 213421 ggtgccaagg tctttgactt tccgctctac tacaagatgg acgaggcctt tgacaacaag 213481 aacattcccg ccctcgttta cgccattcag aacggtggca ctgtggtcag cagggatcca 213541 ttcaaggccg ttaccttcgt ggcgaaccac gacacaaaca taatctggaa caagtacccg 213601 gcctacgcct tcatcctgac ctacgaaggc cagcccgtca tcttctaccg cgactacgag 213661 gagtggctca acaaggacaa acttaacaac ctcatctgga tccatgagca tctggcagga 213721 ggaagtacca agatcctcta ctacgacgac gatgagctca tattcatgcg ggaaggctac 213781 ggcgacaggc ccgggctcat aacctacatc aacctcggca gcggctgggc cgagaggtgg 213841 gtgaacgtcg gctcgaagtt cgccgggtac accatccacg aatacactgg aaacctcggt 213901 ggttgggtcg acaggtacgt atactataac ggctgggtca agctaaccgc tccgcctcac 213961 gatccggcaa acggctatta cggctactca gtgtggagct atgcgggagt tggatgatcc 214021 tacctggtac tttcgtgcta attttccttg aatttttatc aagctattct atctttttat 214081 tctccctagg aacagagagt aagtagtaaa gcttaaatgc aaccatagta tacatagaca 214141 tcagcgtcat tacccataaa caacaagtgg gtttagtggg gatgggggga tgaacaagca 214201 attggtcttt atcttcaccc tgttatcttt tctcattttg tccacccctg cggttaaagc 214261 agacaaggta atggccagta tgcactgtat acctacctcc attgagccgg gtggtgcagt 214321 aatttgtgat attgatttca aattgcttaa ccccaatgaa actgccactc tcaaactcaa 214381 aaaagtatat ctcgaagaca aggagatctg gcccaggggg ccatctcggg gaaccgtaat 214441 cgttccaaac tctaaattcc accttggtcc ccatgacata gagggctcaa tagcgataac 214501 acttactttc aacaatgaaa tggctgattg ctattttggg aagcctgtac tcgatgacta 214561 cagagacaag tttggaggca ggacatacaa aatcaccgcg gtggttgacg ggatatctac 214621 ccctgtttcc gcccaaataa agattaaaaa cacaggactg tgggattcct ttatctgggt 214681 cctggagtat ctgatagtgt tgatatacct gatatccata gctgtatccc tttccacgaa 214741 gaattttcca attggatctc ttcttttggt agttttctca gggtttgttg gggtgagtat 214801 agcgagaatt gcaagtggtc tccagtggaa cttgaaatac ggatattggt ctcccgacat 214861 cccatccatt gtttttctaa tttcgattgt actgatctct gctctggact ataaggaaga 214921 caaaaaaagc tggaagctga ttttatcggg tctcttatgg ctcctaatgg taacagcggc 214981 aaagtatggc tccaacggtg atgttcttgc aatagtgctc tcattgaccc tatgggtgac 215041 agtggagctc gtggggatta caggtaaaag agtcaaagca tacaaaaggg agttgtcttc 215101 cgtggtagta gctccttatt tgataccgat atcataccat ctcatgttga gtgtttcatc 215161 gtttgtcttc tgggtatcgt catttttcat tttcctcgtt gcaatactgt ttgtgaacgt 215221 gctttaccac tccaactact cttccaagcg ctatatagta ttaatgtctc cggccctagt 215281 cttattgttt atgacaacca attcccctta cttcttggcc tacgctcttc ccttgctggg 215341 gataaccttt ctttatgaaa ggtgggataa ttaattaaaa ctcctccacc cattttattg 215401 cctttggcac tcttttcgca agctccagcg cggtgaagtt ttctccgaac tcttccttta 215461 cgatatcccc ggcgaggccg tttaggaacg ccccaacgga ggcagacctc aggggggagt 215521 ttccaaaggc aagcaaggct ccaacgaggc ccgccaggac gtcgcccgtt ccaccggtag 215581 tcattccggt gttgccggtt ctgttgtact tccaggtttt tccgtcgctt atgacgtcgt 215641 aggaaccctt cagaaggatt acgcctccga tttctagggc cttctctcta accagttcgg 215701 cccgttccag caacccctca gggggtttga caccgaataa aatattgaac tctccagcgt 215761 ggggagttag gacgaaggtt ttcccttcca gaacgcccaa gtcttcggcc accgctttga 215821 gaccgtcggc gtctatgacc atcggtcttt cacagcgctt tacgaactcc cgcacgaatt 215881 cctttgtctc tttggcgaga ccgattccgg ggccgatgac gacggcgtcc gccttttcgg 215941 caagcccaag caggtcattg atgtgctccg gcgaaaagtt ctcacccagg aagggtctga 216001 ggatcaagtc agggtcgctt atcctcttcg caggttcagc aggcatcgcg aggtaaacga 216061 gatccacgag atatgaggct gccttggagg cgaggtaagg tgcgccgtaa tagcttgagc 216121 ttccaccaac cacgagcagt tttccgttct gccccttgtg ttttcctctc ttcctcagcg 216181 tgaacttcgc gtctcctggc ccaacgagat gatggagctc cctgggatag cctatcttca 216241 ctataacgcg ctcgaagtcc ttatattcct ccttatccca ctggaatgta acagcgaagt 216301 cggctttgac gcggacgttg ctcggataac cgctcggcag gtcaacgctg acgagttttg 216361 cctttcccgc gtactcgttg attttctcga tggccgagcg tactggctcc cttggttcgc 216421 ccttcgtgcc cgccccaaga agggcgtcaa cgatgacgtc gtaaccgctc aggtcgagct 216481 ctttgatgta ggcggagtcc ttgagaacct taatttccac gaagtcgagc cttttgagta 216541 tctcccagtt gtgcctggct tcctcgctcc ttatcttggc ctcgtcgccc accagaaaaa 216601 ccgtaacgtc gttctcgaag cttagatgcc tcgcggcaac gaagccgtct ccaccgttgt 216661 tcccggttcc cgagaagacc gcaatcctga ggccccttcc aaagcgctcc tctataaccc 216721 ttgccactcc agcaccggcg ttttccatga gctggtaagg tgtaatccca agccacttgg 216781 cgtttagatc ccagacgtaa acgtcctcga tgcgcatgag caccacccaa gagaatattt 216841 agaaactggc gataaaaact tcacccgttg agaacttcca gcgctttccg atagctctct 216901 tcagagtaca gcacgaggta aactttctcc acgcttttcg cttcctttga gaactcctcg 216961 acggtctccc tgaaagtctt cacgacttcc tcaagcggac agccgtagat tccggcgctt 217021 atcgctggga aagcaatgct cttaacgccg agctcgtcgg cctttctcag ggccccgagt 217081 atggcctttc tgagcttatc tttcctgtct tcatcccagg tcccaccgca gtaggggcca 217141 acggtgtgga taacgtggcg aattccatgt ctctcgagtc tcatagccgg cgttacaacg 217201 acctcgccgt gctctatgtg gtcctttcca agctgcttct tcatggcctc cttgcttatc 217261 ctgatgtact cggcaacgtt tccggcggcg gccttggcta ttgcgtatgc cactccacca 217321 ccgtgctcga ggtatttgtt ggcggcgttc actatggcat ctgcctgaaa gcgggttatg 217381 tctcctttta ccacctcaaa ctccattgtc actccctaaa caaggtcgtt tttctttctt 217441 taaatccttt ctcaatggac acttttagac attagggcaa tcgtttcgac aaaaatctat 217501 atataccgct ttgatcatag atcaatattg aggccccacc gtgcccctaa aataagagcg 217561 gaggttgtga ttgtggcaag gaaaaagaga cttgacaagg atctcattga tctcgcgatg 217621 gagataggag gcgaggaggc agttgagata gtcaaggctc tcgcagagcg aaaggacgcg 217681 accgacgaag agctagcgga gagtaccggg ataaggataa acaccgttcg gaaggttctt 217741 tacaccctct atgatatggg actcgccgat tttaagcgca tacgcgacaa agaaaccggc 217801 tggtattact attactggaa cctcgacctc agaaggttgc ccgatatcat acgggccaga 217861 aaaatggagg agcttaagaa gcttaggaaa atgctcgagg aggaatccgg ggagatctac 217921 tactggtgcg gcaatccagg acatccaagg ctgactttcg acgaggctat ggagtacgag 217981 tttcagtgtc ccatatgcgg agaaatcctg atgcagtacg acaacagtga gataatcgag 218041 gatctcaagc gaaggatcga ggagcttgag cttgaactcg gattgaagaa atcaaagaag 218101 gccaagaaat cttcgcggaa atcagggaaa tcgtcgagga gcaaatccaa gaaatcctca 218161 aaaacaacct ccaaggcaga agtcgtcgcg tgatttaaag ctcgaacggt gttgatgaac 218221 ttcggggatg gtgaagatgg aagaagtggt tattcttgag aaggtttacg gggacaggag 218281 cggttttgac aagctccaca ggaagctcca ctcccttctg ggggacttgg aagttgagtg 218341 gaagctatca gcaacgacca agaactgggt taaggtttcc ctgagagggg aggatgagga 218401 gataagcgca aacctcgtca gagaagagtt cggtgaggtg ccgtacagcc tcaagaacgt 218461 cgaggttggg aaaacatacc gggggcgctt catagacctc ggcaaagtcg gctacggcgt 218521 ctacgttgac ataggaatct tcaagccgaa gcccaaggac gctctgattc cgctctacta 218581 cctcaagaaa acctttggag acaaacctgt gaggcaaatg attcgcgagt tcggctggat 218641 tgacaacctt ccggttgagg ttgaggtgac gaacgttgag ttcggcgcaa gggaggttga 218701 gctggccttc acagagaaac agctgaaaac cattgagcac tggctgagtg acggttacga 218761 caagctattc ataaccggga cgataagcga gagggtcgag gaagcgctca tcaagacagg 218821 ccacggcagg gacgtcagga gaatggagga actgggcctg atggagacgc ttctcgtcct 218881 caagagggga acccaggccc cgggaatcat caaggcaatt ggtccgcacc tgaagggagc 218941 agtttttggc gcaatcaagt tttagctggt tctctctttg gtattacctt ccctgtgtcc 219001 ctcgagtgaa agacgaacct gacggacaaa accgtaaggg ttactgctgc gtaggggagt 219061 aggcgggtac ttgaaatgga tccagttagg aagatgagga ggaggaacgt caaaaacgga 219121 gttggtccct tgctgttcct cagtgtcgtt acaatcgttc ttgtcttgaa gaggagggcg 219181 tacaatacca acataatcgg caagaggagc tgcaatgcga cggttttcca ctcaaaggat 219241 tctctggatc cggtccatat caatcccctg ctgatgataa taccgatgcc aaacaggacg 219301 agggttacgt agataatgtt ccttctcctc cggggaaaca tcatgatgaa tgccaggggc 219361 agtactgcgt tccagggttc tatagctatt gccaccacgg taaacatcgc aagggctatt 219421 gtctggagca gcgatttgag aactcttggg gagaatacga gcgaagtcat taccgaaatg 219481 gagagaacga aagccgttat tccaatgaac tcgggttttg gtggatatac aatgctcctg 219541 aagaacggcg ctgagaacag catgccaaag ataaggaacc cgagctcacg ggagcggcgg 219601 ggggctgagt aatgaagggc ggtcacgaga atgaggagca ggaagaggta gagataaaac 219661 gccgtttcca ctgggatcga acgttgaatc ccgatcctgt tgtacaaatc tcgaataacg 219721 gccagaaatg agctcatatc cggaactcct gagttcacaa tccatatcgt gatagttgag 219781 actgagagga ggtagaagat gtgtgcatac tcacccgatc cctccagatg aagggtaacg 219841 aggacaacgg tcgtgagggc cgctcctagg aagagggcga gtctgatggg ggaaaacgtc 219901 actccctgcg acctcatgtg aaaagtgcct tccgctgaga ctggattcat gagtaagagt 219961 gccgttacaa ggcctatcag gatcactatt aacgccgcct cggtgctctt tctcatttga 220021 tcccctaggg caatagggat aattcattaa aaacttaatg tagcctggtc cagcgcggcc 220081 ccatcgcaac ggtccccgcc ggcctgagcc gcgctctaaa aaagaatagg tatgggaatt 220141 taaaaatcac tcggatcact cggttttctc ctgctcctcg ctttcgccct tgagctcctc 220201 aagtttcttt acgagcttct ctgctatctc catgaaggcc tttgccgctg gggtgtcgcc 220261 gtagaggact atcgggattc cggcgtcgct tgcttccctt gccttgaggt caatggggac 220321 ttcaccaagg aagtcaactc cctccttctc ggccagcttt ttgccaccac ctttaccgaa 220381 gaggtcgatc tcgttgccgc agtgggggca gatgaggtag ctcatgttct caattacagc 220441 tatgtaaggc acttccattt tcttcatcat gtttactgcc ttgcccgtat cgagcagggc 220501 aacttcctgt ggcgtagtga ctataaccgc tgcatcgagc tggacgttct gaacgactgt 220561 gagaatctca tcgcccgttc caggcgggaa gtcaatgatc atgaagtcga gctcgcccca 220621 cttgacatcg ccgaggagct gtttgatggc ctttgtaacg aggggaccgc gccagattac 220681 cggctgatcc tcgccgacga gaaagcccat gctcataacc ttgatcggtg ttatctgacc 220741 gagaaagtcg ttcatcggtg ggagcatctc gaagcgaccg tcttccatgc gctccgccaa 220801 aacatcggcc ttctcaacgc ccagcatctt ggcgacgttc ggtccgtgta tgtcggcatc 220861 gagcaggcca acgtgataac ctttctttgc gagggcagct gccaagttta ccgcgacggt 220921 actctttcca acgccgccct taccgctcag aactgctatc ttgtacttcc actttttctg 220981 cttctccttt atcctctcgg tgagggggtc cgcaccgaga cctccgacgt tgagcgttgg 221041 agtcttgatc gtcatttcat accaccagct caggttgatt tttagactta aaaagctttg 221101 tccaggaaag tgacagtagt ggtcaaaaat gggtaaaatc agcgcatctc aaagccttca 221161 agagcctttt tcacctcttc cacgctcgcc tcgtcttcga gcgtcgagag gtcgccgagg 221221 ccctttccac tggcgagggc ctttagaacc ctgcgcatta tcttcccgct cctcgtcttc 221281 ggcagtttgt taacgaagaa cacttccgct ggggccgcta ttgggccgag ggtttccctg 221341 acgtagtcta tgagctcctt cttcaggccc tcactcggga cgacgttctc cttgaggatt 221401 acgaaggcaa ctggcacctc acccttaatc tcgtctggcc tgccgattac cgccgcttct 221461 gcaacggctg ggtggagaac caatgcatgc tctatctcgg ccgttccaat cctgtgaccc 221521 gaaacgttca gcacctcgtc ggccctgccg aatatccaga agtagccctc atcgtccttc 221581 atcgcataat ccgcggggta gtaaatccag attccctcat cgggcttgct gaacctctgc 221641 caataagttc ttatgtagcg ctcatcgtcg ccccagattc cgaggagcat ccctggccag 221701 ggcttcttta tcacgagata gccgcgctcg ttcggctctg cagggcttcc atcggccctg 221761 agaacgtccg catcgacgcc gaggccgggg aacgtcgcgg agcctggctt cagcgggggc 221821 aactgtagcc cggcggaggg gtaaatcatg tagccaccgg tctcggtttg ccaccaggtg 221881 tcgattatcg ggcaccttcc accgcccacg acctcgtagt accacttcca ggcccttgga 221941 tttatcggct cgccgaccga accgaggagc cttaaacttg agaggtcgtg cttcttcacc 222001 cactcgtccc cgtagcgcat gagcatcctg atggctgttg gcgcggtgta gaatatcgtc 222061 accccgtgct tctctatcag ctcccagggc ctgtctggct ttggatagtt gagagctccc 222121 tcgtacatca tcacggtcag gccgagggtt aaaggcccgt agacgaggta actgtggccc 222181 gtaatccagc cgacgtcggc ggtgttccag aagaggtcgc tctcggttat cccccaagcc 222241 cactgcatgg tcttggccac gtagacgagg tagccgcctg tggagtgaac gatacccttg 222301 ggctttccgg ttgttccgct cgtgtatagg atgaacagcg ggtggttgct ctcaacgggg 222361 acgggctcaa cgtacttatc cgccccctca aggaggttat gccagtcgta gtccctgccc 222421 tcgaccatgt tgacgccgtt ctcttccctc ctgaggacga cgacgctctc aacgctcggc 222481 gtttcgagaa gggccctgtc aactatctcc ttgaggttga gcttcttacc gcgcctgtag 222541 aggtaatctg ccgtgataac cacctttgcc cttgcgtcgt tgattctcgt tgctaaggct 222601 tccgccgaga agcccgagaa gacgacgctg tgaatcgccc ctattctcgc gctggcgagc 222661 attgctatga cgacctctgg aacgaggggc atgtagatga cgaccctgtc gccctttcct 222721 acgccgaggt ttttcagagc ggaagcaaag cggttaacct cgcggtagag ctcgtagtag 222781 gtcagcgttc tcgtctcacc gcgctcgctc tcccagatta tcgcggcgcg gtttctcttt 222841 cctgccttaa cgtgcctgtc gagggcgttg tagctcgcgt tgagctggcc cccgacgaac 222901 cagcggaaga agggcgcctt tgagtcatca agaaccctgt cccaggtctt gaaccagtca 222961 agtaccttcg cctgctcggc ccagaactcc tcgatgttct ctatggactt cctgtgctcc 223021 tccctgaagg cccgcaacgg taggtacctt tctttgagga atccctcgcc tatctgcatt 223081 caatcacccc cgtttctcaa aaatgagaat taggaagcct taaaattctt tcgttgattg 223141 tcaaaatgat aaacgacaaa agccgaaaaa tagttaggag ggtctaatta gccaaaagcc 223201 gaaaatagaa tagccatttg tcgaaaacct ctaatgagag gcccatttta acaaaaaatc 223261 accaaagaat tccgaaaaag ttcggcagag atttacaaaa acgtgtaaaa acatgaaaaa 223321 gacaacgtca aagtgtcaaa tgcttttcga atgtgttcat ccgttgatta tcctccagag 223381 ctcctctatc tgcgctatcg gttcaacttc cctgcccttc aagctgttga gtatgaagtt 223441 ctggtcgaag ggaatcacca cgtcgggttt aactggcaga tcctcctcga cgcctggcaa 223501 agctttgtta agaacaagga cgtgtttcaa tccgagaccc tcgcttagcg cttttatttt 223561 cttcgacagc tctatggact cggccgatgg ctctgcgacg tcgatgacaa cgtcaacgta 223621 cctgtcaacg cccctaccga agtgctctat gccggcctcg gtgtcaacga tgatgatctc 223681 gttatccttc agctttatgc cctcgaggag ctttctgaca aggaatccat aggggcaggc 223741 gcaaccttcc tccgcctctt caatcttccc tatcgtaagg actgcgaggt tgcccttcct 223801 ggccaaaatc tccgctggga tatcgtcgag cgtccagtcg aagagctcct cgtcgagttc 223861 tccctgaccc tcagctgcca tgaggatttt ggccctcttc tttcctccga ggtgttcagc 223921 caaagttttc accttcggaa ggccgagcat cctgtagagg ccggggtttg actcgtcggc 223981 gtctatgatg aggacatggt agcccctctc ggccaggtac tttccgagca tcgcgcttat 224041 cgtgctcttt ccgcatccgc ctttaccgct cacgagcact ttcatggtat caccaaaatt 224101 ggaatcagta acacgttttt aattttttgg aaaaggcctg aatgggagag cgatcacaca 224161 agttctcttc ccgttccggt catcacgagc tttccgtgct taactccctt gaggctcaac 224221 aacctgtcgg ctatctcctt tattctcttc gcctttccct tcacgatgac gacttcgagg 224281 cagttgtgct cgtccatgtg gacgtggatg ctcgaaacta tttcatcgag gtagtcgtgc 224341 tgcagatcga ggagttcctt gacgacatcg gcctcatcgt ggttgtagag catcgttata 224401 gtccccgcga cttccgcatc gcccacttcc cactcgtgtc gtactatgaa gtccctgatg 224461 agatccctta ttgcctcgct cctgtttacg taccccttct cctcgattat cctgtcgaac 224521 ttctcgagga gctcctcggg tatggacaca ccgaacctta cgacgcccat attaccaccc 224581 tcacctcagg tttgaaactt cacccttttt aaggtaacac tccaatgcta tcttggtgat 224641 accatgcacg agtgggcgct ggctgatgcc atagttagga cagtcctgga ctacgcccag 224701 agggaggggg caaagagggt aaaggccgtt agagtagttc tcggcgaact ccaggacgtt 224761 gcagaagata tcgtgaagtt cgctatggag cagatgttcg cggggacgat tgccgagggg 224821 gccgagataa tcttcgagga ggaagaggcc gtcttcaagt gccgcaactg cgggcacacc 224881 tggaagctca aggaggtcaa ggaccgcttc gacgagcgca taaaggagga catccacttc 224941 attcctgagg tcgttcacgc cttccttgcc tgcccgaagt gcggaagcca cgactttgag 225001 gtcgtccagg gtaggggcgt ttacgtggct ggaataatga ttgagaagga gggagaggca 225061 tgatcgaccc gcgcgagata gcgataaatg cgaggcttga gaaggtcaag aggataatcc 225121 ccgtcgtcag cggaaagggc ggcgttggaa aatcgctcgt ctcgacgacc ctcgctttgg 225181 ccctggccga gaagggtcat agggtcggtc tgctcgacct cgactttcac ggggcaagtg 225241 accacgtgat tctcggcttc gagccgaagg agttcccgga ggaggacagg ggcgtcgtcc 225301 cgcctaccgt tcacgggata aagttcatga cgatagccta ctacaccgag gacaggccga 225361 caccgctccg cggtaaggaa atcagcgacg ccctcatcga actcctgacg ataacgcgct 225421 gggatgagct cgactacctc gtcattgaca tgccacctgg actcggcgac cagctgttgg 225481 atgtcctccg cttcctcaag aggggtgagt tcctggtcgt tgcaaccccg tcgaagctcg 225541 ccctcaacgt cgtggaaaag ctcatccagc tccttcttga ggagaatcac aaagtcctcg 225601 gcgtcgttga gaacatgaag ctcgatgagg aggaagacgt caagaagctc gcagagcgcc 225661 acaacgtccc ataccttgtc ggcataccgt tctacccaga gcttgacgca aaggtcggca 225721 acgtcgagga gctcatgaag acggagttcg cggagaagat aagggagctt gctgagaagc 225781 tgtgatttct cttcttttgt tccaatgttt tatttttgcc agttaactcc agaaagttca 225841 cgcataaagt tttaaccgag aaggaaagtt tagcctatga gacgagagac ccgaacacta 225901 ttactcctta cctttctctc acctttcttg gccgaagttc tcggtggttc aacacatccg 225961 ctccagctgg tggttcaacc actctctttt cctttcctct ggctcttcta cggttctggc 226021 gttctcctga ttcgcgaagc gtgggtgagg ttcggtggtg gacaggctgg actcatgctc 226081 ttaggcgccc tctacggcgt cgtcgaggaa ggagttataa tccgttcatg gttcgaccca 226141 gactggcctg acctcggagc tctcagagac tacggcaggg tcttcggcgt gaacgcgagc 226201 tgggccgttc tcctgacaat ctaccacacc acgatgagca tagctattcc aattttggta 226261 gtggaactgc tctatcccga acttcgcgga aagtctctca ttggaaaacg aggagtccta 226321 ctgaccacac tcgctttctg cgcctcggcc tttgccttcg cacacctcac cagctatgtc 226381 ccttcccctg cgcagtattc agtggccctc ttctctgctc tcgcgctctt acttctcgcc 226441 agaaagtttg ggagcattga tgttcccttc acaccagcgc atccatttat ccttggcttt 226501 ctttcgggag caatgatttt cacgagcctt gcattcctcc ccaaggccct tccaccgctc 226561 gcaaccagca cagttggaac gctcgccctc gtcctgttct tcgcttccct taacggggac 226621 gagaaaaggg ccgtactcgg ctttttggcg ttctggttga taatctatga tatcctgctc 226681 gagcttgttg gtgtcatcgg tgaggcgata ctcggcccgc tgagctacgt tttcctcttc 226741 agacgtctag gcgcggtaga tcgggccagc acagaccaac accaagccga gcggtgataa 226801 aggtcatctt ttaaattctg cctccaatca aaaactagag accaaagagc cttcttattg 226861 agtgctaaat tctttttgat atggcctgca atgagaaacg ctgattttgt tatctcaaaa 226921 acatgaagta cttcttcatt tcaacaacaa agcggttaaa attttaaggc cgaagaatga 226981 attcatgggg aagttctggg gtgaaaatat gaacctcgaa gaactcttcc agaatgcaaa 227041 aagagttgtc atatgtggaa tcgggaacga catcagggga gatgacgcct tcggcgttct 227101 ggtcgcggag aggctgaagg agttgctcga caaccccgac gtcctcgtgc tgaactgcgg 227161 ggaggttccg gagaactaca ctggtaagat agcgaacttt aagcccgacc tggtggtttt 227221 cgtggatgct gttgatttcg gcggtgaagt cggcgagtac atcacagccg acccggaggg 227281 aacgctcggc gaggcaatat cgacgcacgg ccttccgctg aagttcgtaa cccagttcat 227341 gaagacgatg gtcaaggcgg agttcgtgct cataggctgt cagcctggtt cgacgggcct 227401 cttccaggag ccgagcgagc tgataaagaa gcgcgccgag agattagcgg aactgctggc 227461 ggggattcta aaaagggaat aagaacctaa aagacaagca gggattggtt tctcttcctt 227521 ttggacacca accgagggag tattacctaa gagtcgggtt attgcctccg cagttcgccc 227581 ttcattttca agtactcctc cctgctcagc gggaagctct tggcggaggc aaggaaagag 227641 ttcacaagcc tcacctgctg tttgaagacc tcatcggggt tctccttcag tctcttcacg 227701 taaagcctga tgaatgcgag cctctcttcc aaatcgcgct tagaacggaa cttcaacacc 227761 gagcctcccc gcatagtcat tgagcgccct ccagtcaatt ttctctttga acagctcgta 227821 gaggaagaaa gcatcttcta agtccttgtc agtgccgagg tagagcttgt acgctatctg 227881 gagttctatt ggagatatgt aaatcacccg cccgttgaac cagacgggaa tcctcttttc 227941 gagcgcctcc ctgtggaagg catccttggg aaactttatt tcggcgtttg ggattatctc 228001 accctttctg accatccgta ttccaagcct gccggcaagc atttcgtaca gaccctcaca 228061 ggcttcggga ttgagaaact caaagccagc tttctgcgcg tcttcgcaca tggaaatgaa 228121 ctcctcttgg gggagtggtt ctataacgac atcgacatcc tcggtgcccc tcgagcggcc 228181 gaaaagaatg gtaacgtatc cactgactat aacgtagcgg acgtgtctct caagaacatc 228241 tatgacatca aatacaaatt tatccagctc gctgagctcg cgattgagta ctattttctt 228301 ctccgtaatc tcaatgtcca tggtcccacc atgaatcttt ggaagctttt ttatttatcc 228361 cttgtgcaat tttcccaaat cctccctcgt gttcacgttg aagaagctct cgcgccactc 228421 ctcggggagg gactctatcg ggaggtagca gggattgacc tcacggattg ccctgttgag 228481 ggcgtagttt ccggctttta tcttctcctc aaggacttcg cggaaagcgc tggaataagc 228541 ggcgtgaagg ggttcgaggt agccgttctc ccacctcggc acgcaggcag tttttccgct 228601 cttcttgaat tcggatatga tgaaatcaac gaactcgggg acgaggaggg gcatgtcgcc 228661 ggcaacgacg aaggcatcgc cgaggcttag ggccgtgtaa actcctccca tcgggcctat 228721 cagcaggtta tcaacgacca cgcggtagcc gagcttttcc agtttctccg cgttgtcctt 228781 tgaagcaact aagattatct cgtctatctt tttagcggtt tcaagcctct cgatggtgta 228841 aagaatcaaa ggcttgccgt tgattctgta gagtagcttg tcgcccccga accgctttcc 228901 ccttccgccc gccaagacag ctccgatcat tctttcctct cctcgtcgac ttggatgtac 228961 tcgatggtgc tgatgtactt cacgtagtcc atcgccttct tagggttcag catgtcgttc 229021 atgaggttct ggaagtagtt atccttatcg taggcgacct cgtagttcac cacaacgtcg 229081 aggtagcccg agtggaagtt ctcagcttcc tcgcgcgtgt agagctcgaa ggagacgtgg 229141 tagccgtact tctcctctat cgggtcgcgg atgttctcca cgaagtccgc catgcggttc 229201 atcttcacag ggtcgtaggg tttgtctatg acgacgacaa cgtctatctc tggaaagtcc 229261 gggtcgcgga ggtgcctccc gtagaagact atcgagagaa ggttgtcccc gtagaactcc 229321 ttgaccctct ttatcaactc ctccttggcc atctttagct ttgcctcgtt catctcacca 229381 ccacctgaga aaagtcctgg aaaaataaaa gtttaatcga aggtcggctg gtagcggtac 229441 tcgatgtgga gcttgctctc ggagtcgagc ttttcagccg cttcaagcag gaccttcctg 229501 tccttctcgg gcaactcttt aatcgggagc ctcagcacgt ctctgacttc aatgtcgaag 229561 gccctcgtgt tctcgtctat tccgagagcg gactttatga gcttcacggc ctcttcgctc 229621 agctcgccct cctcctcgat gattagcagg tcgcctgcgt agtggcccgt aatcctggcc 229681 gaatactcgg ggtagtcctc gtacttgaag cggtagagct tccagggcat ctcagacacc 229741 cgccgtcacg gggtacttct tcctgagggc ctctccgaga gagtgatact cgtcgtacag 229801 cctccagaac tcgttttcga ggaagcgcat ggcgaccttt accctggagt ccttctcctt 229861 gaggaagtat cccgtgacga ggtcgtggag cttctccctc gggttctcat cctcgaaggc 229921 cttctcgacc aacgccatga agtcgttgag aaccgcttcc ctgtcgtagt agcctatgac 229981 gcgcctgagc tcctcgcgaa gggtgagcca gtagcggagc ggtatcggcc tgtcggggat 230041 tctgaactcg acctcgttct ctttgctcgg tgtctccttc ggcgggagcg caatccagta 230101 ttcgcccttc atcttcttct ccttgatgcc gaggagctgg gccacgccgt agagtatctc 230161 ctccggactc ggcggacagc cggggatgta catgtctatc ggcactatca tctccggccc 230221 accgctcctg agcctgtctc ttccgcgctg gggggaggtg ttgtagaggg cgtagctgtt 230281 gtagaagatt ccaccgctcg aggcgcacgt acccacggca accactatcc tcggcttggg 230341 gggcatagcc tcgtaggcct tcttgagcgc tatcctcgtt tgccttgtaa gcggaccggt 230401 gatgaagagc gcatccgcgt gcctcgggtt ggggacgacc ttgacaccga gcctctcgag 230461 gtcgtagtag gggctgagta catcgagcac ctcgatgtca cagccgttac atgagcccgc 230521 atcaacgtga tagacccaga ccgacttgag ccttcttccc atcactcctc accccccttc 230581 ttcacgagta tgaacgctgg atatgcgttg ccctcggttt ccctgagctt ctcgacggtc 230641 ttgcgcatct ttgcctcctg ggtcaggccg attctgtctt caagggcgta catatcgatg 230701 atttccttgg gcagaatcgc cttaacgtac tcaatctgcc tctctgtgaa gtcgaggtac 230761 tcaccacact cctcgcagta ggccagcttg tgctccacta cttcaacgag gtcctccttg 230821 ttgtcggttg ctatctcgaa gatgttagtc ggttccatag ctccagtcgg gcagacctca 230881 acacagcggt ggcaccttat acatctcgcc gcgttgaagg tgagcctctt aacgccgtgc 230941 tccttgtccc actcgaggat tagggcatcg ggcgggcagg cgttgacaca ggctccacag 231001 cctatgcact tctcggggtt gatgtgcggg attcccctgt actcgggtgg cttctcgata 231061 tcaataaaag gatagggggt ggtgacaggg gccttcttgc tgaacttctc gacttcgaag 231121 cggttccact tcttgagctt ctcggtgtag gagaggctct cggccatcag aacacccccc 231181 tgtacttgat tgagagctcg ttgaactcgg cctcggtcag aaccttcacc ttgcccgtct 231241 cgacgtcaac gaactgaacc ctctctgtac aggagtagca cgggtcaatg ctcgctatga 231301 tgagcggtgc gtctgcgacg tgatagccct tgagcatctc cggcacagct ggcaggttgt 231361 tgtaggtcgg agctctaacc ttccagcggt agaccttgtt cttctcgccg gtcatgacgt 231421 agtggacgac ctcaccgcgg tgggcctcgg tgaatcctaa cgcctcttca tactcgggta 231481 aatcgccaat cggaaccatt atgtctccgc cgggcatctg gtcgatgagc tgttccacta 231541 tccagaggct ctcaaagagc tcgtccatcc tgacgagaac cctggccaga acatcgccct 231601 ccttgtaaac cggaaccttg aagtcgacct cgttgtaggc catcgcggtc ttcgtcgcct 231661 ggtcgagcct cgtgtcaatc ctccttccgc tcgcgcgagc ggtcggtccg aggacggagt 231721 aggccttggc gaccttgtag ggcaggattc cgactccctc ggcgcgcttg atgaaggtgt 231781 tggtgttcag ggcgatgtca aggaacttct tggtctcctc gcgtatctgc ttgacgacct 231841 tgagaatctc ctccttgcgg tagtcgagaa tgtcccttct aactccaccg acgatgttca 231901 ttccgtactg cttcctgttt ccggtgagcc tctcaacgag ccacatgacc ggctcacgga 231961 ttctccacgc gtgcataaag cccgtgtcgt agccgacgag gtgggcggca atgcctaccc 232021 agagcaggtg gttgtgaatc ctctccagct cgagcatcag cgtccttatg tagcgcgccc 232081 tgtcgggtat gtccacgtca gccaagcgct cgaccgccat agcgtagctg acggagtgct 232141 ggtagccaca gattccgcag attctctcgg cgaggaagag aacctggttg taggtgagcc 232201 ttccctcacc ggtcttctct attccgcggt gggagtagaa gccgcggtag tcaacgtcaa 232261 ctatctcctc gcccttgacg aagagcctga agtgggccgg ctcctctatg cccgcgtgaa 232321 cgggacccat cgggacgagc gtcgttcctt ccggtgtctc tctgtactcc gtcttcacct 232381 cggccatcgg cgagtgcctg tagtccatgt ccttcctgag cgggtaaact ccctctggcc 232441 agtcctcagg aaggatgagc ctcctcgggt ctgggtggcc aactgggttg aagccgagca 232501 ggtccttgac ttccctctct atccagagcg ccgcggggag ctttgctgcc acgctcggga 232561 agctcgggtc gtcggcgggc atgtaggcct tgaggaagac ccagtagttc tcgtccatgt 232621 tctgcggttc aacctggacg ttgaggaagg gcatgtagac gaacttgccg ttgagtggcc 232681 tctcgtcggt tccgacggcg gttgaaaggt gtgtctcctt gaactcaggg tggttgtgcc 232741 accagaggac cgcatccgga agaacttccc tgtcaatgac aaacatgtac tgcccgtagg 232801 tcatcctctt gcactctcta atatgctctt tgaaggcctc gtaaaactcc ttcaggccct 232861 ttctctcggt aagaattgtc tcgacatcag ccttcctgca gtggccgttt tcgcaggccc 232921 tgcactcaaa ctcgaagtga gcctccaaat ccctcgtcgt taccatattc accaccccat 232981 gaacgccatg cccaggatca ccaagccggc gaagaacatc ctaacgttca tcttcacgac 233041 ctggtctatt ctcagccttg cgtttgtcgc ttcgagggcc gctatgatcg gatagaatgc 233101 aacggtgagg atgaactgga gggccagtac gagcgccgct ctctctgggg tgtttatcgg 233161 cccgatccaa ggcatcgtta gcaggctgac gaagaaccac agcagggcga agcgcttgat 233221 gtgtatcgcg tagtagaaga ccccgaggag ccttccgctg tactcaccca gcggaccgcc 233281 tatgacttcc tgctctgcct ccgcaacgtc gaatgggaca aagccgctct caacgtagag 233341 cgcgtaggca agggctatgt acgcgagcac gagcgacggt gtgagatgca ggttggctat 233401 gatgtccgct atgttaaggg agccggcgtt gtaagcaagg acgccgtaga gaatggctat 233461 gagcggttcc accgttagga tgagctgggc ctctctggta gctcctatgt ggctgaaggc 233521 gttctggacg ctcaggcccc cgaggatcag gaagacgctg accatcagga ttacgtagaa 233581 gaacaccacc aagttgaagc cgaagtccac tggtatgacg ttcccgtagg gcaggagcag 233641 tgctgctgag atagcagagg ccagggccag gaacggggct gcggtgaaga gtaagctttt 233701 cgttggctta acggatggaa ggttgaagag cttctggagg tcgtaccagg tctgcatgag 233761 cggcggcccg cgcctgtact ggagtctcgc cttgaccctt ctcgctattc cgtcaaggta 233821 cggcggcagg aggaagatga tgaggatccc aacgagctcg aatccaactt tgatcgttgt 233881 ctccatttcc atcacctcac agggctatca ggattcctat cacggccccg atgactacca 233941 gggtcagtac cacgaaagtt ccaagtctca ttcctggcag gacgttcttg acgatcctga 234001 gcagtctgag caacggtttg agggcctcct cgtctatgtt cattatctcc ctctcgcgga 234061 ggtcgtcgag ggtctcaacc tttgtgtacg gggtgtcgac taccttggtg aagtagctcg 234121 ccatccagag gtaagccctg gttatgtagt ggattactcc agctccaacg gtgtagaacc 234181 agtcgccgag gcgatagaaa gagcctatct tcttctcgta ccagttgtag tagccctcgg 234241 cgttcgtcct gtactcgtcc tcgtctattt ctgttgaacc gcagtcccag ggcttcgttt 234301 cctttccgaa ctctggcttg aaggtcaggt acagggcagc cgcgagtgcg ccgaggagta 234361 tcacaaagat caccggcgag aagagcaccg agccgaagcc tattctgtaa atgttctcgg 234421 tgaggggtgc gttgaacggc tcgttgagga ttgggaccac tatcctgggg aacactccaa 234481 tgattagggt tagacctgcc aggatccact ggccgaggag cattcccgcc ggaacctcct 234541 cgacgttctc gtagcgcttc atctcaccgc cgaactgagc tccgtagaat ttcattgaat 234601 acgcaagggt tccagcactg aagaagaccg ctaacacggc tccaaatatg agcaagggat 234661 ttgaggaact gtaacctgag acgtagatga gccacttgct tatgaagccg ttgaaggggg 234721 gaacaccgct tatggcgagc gatgcaaaga gtgccgctag ggccgtgaac ttcatcctcc 234781 tgccgaggcc gccgagctcg ttgaggtcaa cggttcccgt cctatactca actgccccag 234841 ccgagaggaa gagtgaggcc ttgaatatgg cgtggttgag ggcgtggaag aggccggcaa 234901 aggctccgag tgcccctatc gtcccaagga aaccaccttt tggaacgaga accatcccta 234961 taccgatccc cagccatata tagcccatct ggcttattga agagtacgcg agcagtcttt 235021 tggcgttgtt ttccctgagc gcgtacagag ttgcgtacgt gattgtgatc atgcccgcga 235081 gggctacgat gatgcctgcg tctccctcga ttcccgctgt cttccataca agcgccagga 235141 ttccgtagag tgccatcttc tccatagctc ctgccattat tgccgaaacg tgggatgggg 235201 ctgccctgta ggtttctgca acccagaagc tgaaggggaa taacccagcc ttggcagtga 235261 atgcgatcat caaaagtcct gcaaacacaa gacgtgatgt gtggtgtgtg gagagagccg 235321 cccctatgtt ctcgaacgtt agctcctcga agtttccgat aagtgagtac gccgttccga 235381 gggcgaggaa gagcgggatc gtgtcgagga agtgcatggt gatgtagtac ttgacgctcg 235441 cgttgacgtc cctcgctttc tcgctgaaga agactagtat gaaggaactg agtgtcatta 235501 gctcccagct cataacgaag tactccatgc tgtcaacggt gacgacgagt gtcatgctgg 235561 cgaggaacgt gttgtaggct atcgcgtaca cccagccctt tcccgttttc tcaaagagat 235621 ccatataatt gatcgcgaat agcgaagccg cgacgcccac tatgcctatg atcagcagga 235681 agacgtttga gagaccgctc acgttcatgg ggatcccaaa gagactgaac atctctggac 235741 cgttggtgta gacgtggtag acctcaccga ggagtgcgag tgaccccagg aacgccatga 235801 agctcgaggc cttcacactt accctgtagt ccctaacgag gcctatcaca ccgccaatga 235861 tgaaggctat gatagcgtac tcaaggaaca tttttcatca ccccatgaag cttatcttca 235921 tgacaacgtc cagcgttatc cacggggcaa cgatgcctat gagtatcaga acgaccattg 235981 cagcgatcat gagctttggt tcacccgttt ctgcccttgg ctctggctca ccgaagaata 236041 tctccctgaa ccacaggagg acaaccacga ggaagatggc cgcatcgaag agaactaccg 236101 cagggaagag ccaggaggca atgcccccta tctcgcgtgt gctcatgatt gtgaaagcct 236161 tgctgaagaa caggccgagc ggaagaacac cggccaatcc gaggaagctc aggaaccagg 236221 caacgctggc ccacggaagg cttcttttta ttcctcttat gcccttgagg tctgtcgttc 236281 cgagggagta cacgaaggca ccaacgctca tgaaggcgag ggcctttacg aaggcgtggt 236341 taacgacctg gtagatggct atctgcaggc cgacgtcgtg tccgaggagt gcgtaggcca 236401 gtgttatgta cgaaacgccc gtctggccta tcgtggaata ggctatgagc ctcttggcgt 236461 cgcgctggag cgggtagtat atcatcatga gaagtatcag cgccacggtg agcgctccca 236521 ggagccagaa gtcgcccctg cctgggttca tgtactggat aacgcggaag agcatgaagc 236581 ttcccagcgg aactactgaa gccgcgtgga tgtatgctga tgccggaacg ggccctgccg 236641 ttgcatccgg aagccacgag tagaagaaga actgcgagct catcgcgaag gccgcgaagg 236701 tgagaatcgc gaagaccttg tccttcgttg actgggagag cgagcccata tttgcaagtt 236761 cttgcccgtt gccgagaagg acgatcgaga gcagcaggag gaaaacgccg aggttcagga 236821 cgaggaatgc cttcaatgcc tttccttccg cgtttccatg gaagttcacg aggtaaaaca 236881 gcgccaccgc catcagctca aggaagatgg cgaactgaac caggttcgtt gagtatatga 236941 acgccatgct tgaacccacg agcagtccga ggagtgcgta gaagcgcccc ttgccttcgt 237001 tgaggggaaa tcccctgttc gagggtccca gatagtcggc cgcgtagagt acgagcagga 237061 atgcggtgag tatcgaaacg aagcccatca agaccgatgc cacgtcaacg ttgaggccga 237121 atacctcccc gagcttgttc ccggaggcgt aggagaagtg gtaaacctta tcagccccgg 237181 atccaaagaa ggcgtaggcc ccaaagccat ttattgccag tgtaaggcca gttatcagga 237241 ttgcgaggcc atcggcggtt ctgccctccg tcctatatat gagcagcaac aggaagggca 237301 agagtgccga gactatgaac acggtgccgt tcacttttca ccaccccttg gtttttaacc 237361 cttggtttcc attgaaaaaa attaatcaga ggatgacgta ggccttctcg ccctctccct 237421 tctcggccga gctcttcaga ttggcaacta cctttccttc cctgttccag agtatctcgt 237481 tcacatcgcc gaacttaagg gcctcagttg ggcaggccga gacacatgct ggaagcagac 237541 cttctgccct tctgtcggca cagaggtcgc acttgtccat gatcttgttc tcctcgtcga 237601 gcttggggac gccgaatgga caggctacgg cacacatgag acagccgata cacttgaggg 237661 ggtcgaaggc aacagctccg tccttgtccc tgaagagcgc tcctgtcgga cagacgttga 237721 gacagggggc cttctcacag tggcggcagt tgaaggggac ggtgaagagg tcgggaaact 237781 cgaagaccct gatgcgggct tcgccgtgag ccatttcaca ggccacttca caggccttac 237841 agccgataca gcgcttatag tcgaggaaaa tcttcttgct cattccaacc acctcactcc 237901 tccaccttac taaccctggc cgcgacggcc ttcagctctg ccatcttggt tatctcgtgg 237961 gtctcctcaa gggtcaggac gttgacgttc cagtgccagg gcatcgctat aacgccctcc 238021 ctgacgtgct cagtgacctc tgccctcacg agaacgcttc cgcgcttggt ctccacctta 238081 acgaggtccc cgctctttat gccgtacttc tcggcgtcct tcgggttaat catgacgtac 238141 tcctctggcc agcgcttctt caggctgggg ctctcgaagg acatcgttcc cgtgtgccag 238201 tggccgacct gcctgaagtt ggtgagccag agcgggtact cctcgtcggg catctccggc 238261 ggctcacgcc acttgacggg ctggaggtgg gcctttccat ctgccgtctt gaagcccttc 238321 ttgaagagga tcttcgttcc ctcccctggc tctgtgcacg ggaagaagca tccttcgggg 238381 tgctcggcga ggtattcggg agttgcgcct ttgaagaccg gaataacgct gtttatttcc 238441 ctgagaatct cgtccgggtg ctcgtacttg aagtactcac cgagcccgag ctccttggct 238501 agctcaacaa gaatgagcca gtcgggcttt gcttcaccgg gggcttcggc ggccttgtaa 238561 gtcctctgaa ccctcctctc ggcgcttatt gccgttcccg tcttctcgaa ccatgctgcc 238621 gccgggagga ctatgtcggc gtatttagcc gtctcggtga ggaatatgtc ctgcacaacg 238681 aggaagtcga gcttcttgag ctgctcctga acccacttgc tgttcggggc agacttggcg 238741 atgttgccgc cgacgatgta catcattttg attgtgttac caatctcgcg tatcatgctg 238801 gtgaggtcaa ggccaaccca gtcgggtatc ttgaagcccc agagcctctc gagctcagct 238861 ctcgcggcct cgtcggtaac gagctttcca gtggggagct tgttgggggc gatgccgctc 238921 atcgccgcac agaatccaca ctgcgctccc gggaagacac cgctccagac gccttccttg 238981 ccgatgttgc cggtgatcgc tatgagattc gcaagggcga gggcaaactc aaagccgttg 239041 acgtgctggt tgagaccctc gttgacgaga agggccgttc tcttcgtcgc tattagcctc 239101 gcgaccttcc ttatgtcttc agctgggaca ccgcttatct tctcggccca ctctggggtg 239161 tagtccttaa cggactcctt gagctcctcg aagccaacag tcctctcctg gacgaactcc 239221 ctgtcgtaga gctcctcgct tatgacaacg ttgagcatgg ccagggctat cgcaaggtcg 239281 gttccgggat agggcttaag gtggattgag gcgtacttgt ggcccctcgt ggcacgtggg 239341 tcaataacaa ccatctcggc gccgttgtca aggacggcct tctcgatgta ctgaccgaag 239401 aagaccggcg cggtttcagc agggttgtgg ccccagatga ctatcagctc ggccttggca 239461 acgtcctcga aggggttcgt ggccggagcg cttccaaaca ccttggttct cgcaggggcg 239521 ttggagtact ggcagtacct tcccgggaag tcgaggtggt tggttcctat tgcctttgac 239581 agcttgtgga cgaggtagtt ctcctcgagg gttatcttct cgcttccgag gaaggctatt 239641 gcctcggggc cataggtctc cttgatttcc ttgattttct ctgcgattat cctgtaggcc 239701 tcatcccagc ttatctcctc gaacttccct tctcccctct ctccaacgcg cttgagcggc 239761 ttcttgagtc tcttagagct gttgatgaac tggtaggaag caacgccctt ggggcagagc 239821 tttccgcggt tgacggtggg gtggtcgtag tcgaactcga tcttcctgat gtagccgtta 239881 acgctgaccg cgtagaagcg acagccgact gaacaccagg ggcatacaac aggtacgagt 239941 ttctctgcca tggctatcac ccttctaatg actgaccagt catttagaat gaacgtcaag 240001 accttaaata gttttctgca atggccgaaa cagaatgaac taatgtggaa aactgtgtta 240061 aatgggtgtt tcaaacactg gccgagagac gaaggtggtt aaggacgacg tcaacggcct 240121 tcttgagata gtgctccctt gaaaagccca gacaatcccc tgcatggaga tagtgcatca 240181 aagaggctaa aaacacctga aacgctatga gcgcgtcctc aaaacccact ttaacgtaag 240241 cagtaattct cctcgctcct tcccttaaaa gctccgagca ggcttggtga tagatatcgt 240301 caatgctctt catcctctcg cgaaccgaga gcatgtggaa gaagatctcc gcccggtagt 240361 tctctgaata aaagctaagg aactctctcc caagctggag aaggtagctc tcaagtgtcg 240421 ggaacgaaac agtaatgtaa gggtcgttta aggacggcat ggccattatg ggcattacct 240481 cgaaggcgag ctcttttatg aggtcgtcct tgctcttgaa gtataggtaa aacgtcccct 240541 tggcaactcc cgccctggcg actatctcgt ctaccgtcgt tttatcaaag cccttcttcg 240601 cgaagagctc cattgccgcg gaaacgagct tctcgcgggt tttaccgggg gactttgtga 240661 ccattcccat cccttctgac tacacggtca tttccttatg gacagctatg tgcagaaggg 240721 aatttaaact ttccgctcgg tggacataac atagagaaca aaaaagagtc tgtaaaatca 240781 cagaaccgaa ttaattagct cctcatctac ctttgcgacc tctgagagga gttccccgag 240841 ctctccagga actatctttg cgaaaagccc catgttcata ccgaagacgt acacaccgtc 240901 aggcatctct attatggaga acttgcacgg catcatggct gaaatccagc ggttctcggg 240961 cttttcgagg gccttctttg cgaactcctt gttgcagatt tcaacgattg caaaccttat 241021 tccgagcttt tcagtgaagt catactcccc gataacgctc cagcccagct cgtcaacctt 241081 tttcttaatc ctctcgaggg tttcctcaaa tccgtgtttg ctcttcactc ctttgaccat 241141 ctgcttcatc atgtcctcca tgccagtcac ctgactgact ggtcaggaaa aggtctataa 241201 atcgttttcc ttcacctttg gttggtaacc atggccctga tgttagctgg aagggtcgtt 241261 gaagtcaggg atggaaaggc gatagtcgac gttgatggcc agctcagaga agcaaagctg 241321 gacttcgtga ggaacgtgaa acctggggac tacgtaaaga tttactacgg catagtcctt 241381 gagaaggtca cgagagaaga ggctgaggag acccttgcga ggtgctccta ccaccgctcg 241441 agcaaactcg aactgacctt cacggtttca aacctgaagt tttagatagg cctaaataac 241501 ccggtcgaga accctgggta ggtgaagctc atgtgcttgg caaccgtcgc taaggttttg 241561 gaagttaaca gggagaaggg aaccgcgtgg gttgacttcg ggggcgttaa gagagaggcg 241621 aggattgatt tgatgcccga tgtcaagccc ggtgaatacg tgcttattca cacgggtttc 241681 ataatagaga aggttgacga gcaaacggcc aaggagatac tgagcgcctg ggaggaggtc 241741 ttcaaagccg aggaaaacgc acttggaggt tactactacc cgggtgattg agatgagcct 241801 gcagtcggtt cttgccccct acagggacag agagatagct caaaagctcg tggagaaaat 241861 caaggaagag gcaaaaaccc tcgacggcga gataaggata atgcacgtct gcgggactca 241921 cgaggacacg attacccgct ctggaattcg ctcgctcctt ccagagaacg ttaaagtagt 241981 cagcggaccc ggctgtccgg tctgcataac accggttgaa gatatcgtgg cgatgcagct 242041 gattatgaaa aaggcccgtg aggagggaga cgagataatc ctcacgacct tcggtgacat 242101 gtacaaaatc cccactccaa tgggaagctt tgccgacttg aagagcgagg gctacgacgt 242161 gagggtcgtt tactctatct acgatgccta taagatggcc aaggagaacc ccgacaaaac 242221 cgtcgtccac ttcagccctg gcttcgaaac gacaaccgcc ccaacagccg ggatgcttaa 242281 cgccgtcgtc aacgaggaca tcgagaactt caagatttat tccgtgcaca ggctcacgcc 242341 ccagggaata gaggttctca taaagcagaa gagcaggata gacgcgctca tagatgcggg 242401 tcacgtctcg acgataatag gcgtcagggg ctgggagttc ctgagcgaga agtatggaat 242461 cccacaggtc atagcgggct tcgagcctaa cgacgtcctc ctcgcgattc tgctcctcat 242521 aaggatgtac aaggaaggag acgcgagggt ggtgaacgag tacaagcgcg ccgtcaagta 242581 cgagggcaac gttgtcgcgc aggaactcat gaacaggtat ttcaaggtgg tcgatgcaaa 242641 gtggcgcgcc ctcggcgtgt ttcccaagac tggccttgag gtcagggacg agttcaaaga 242701 gctcgaaata agaaactcct accgcgtcga ggtgccgaaa aacctgccag accttgaaaa 242761 aggctgtctc tgcggcgccg tgcttagggg tctggcgatg ccaaccgact gtccgcactt 242821 tggcaagacc tgcacgccga ggcacccgat agggccctgc atggtgtcct acgagggaac 242881 ctgccacatc ttctacaagt acggggcgtt gttctaacac caaaggttca aaactcccct 242941 ctcgttttca acttttggtt ttggaaatct ataaaggctc caaataccga gaaaaagcgg 243001 tgaaagccat gaaggcctac cgtattcacg ttcagggaat agttcaggcc gttggattcc 243061 ggccgttcat ctatagaata gctcacgagc acaacctgag gggttacgtc aagaaccttg 243121 gggatgcggg agtcgagata gtcgttgagg gacgggagga ggacatagag gccttcatac 243181 gggacatcca ccgcaagaag cccccgctcg cgaggattga taggcttgag aagaaagaaa 243241 tcccgcccca gggttttccg gagttctaca tcgagaagag ctcaaagggt ggaaggggag 243301 gggactcgat aatccctcct gacatagcga tctgcgagga ctgcctgagg gagctcttcg 243361 acccgacgaa caagcgctat atgtacccgt tcatcgtctg caccaactgc gggccgaggt 243421 tcacaatcat cgaggacctg ccatacgacc gcgagaacac cacgatgcgc gagtttccca 243481 tgtgcgactt ctgcaggagc gagtacgagg acccgcttaa cagacgctac cacgccgagc 243541 cgatagcctg tcccgtctgc gggccgagtt accgtctcta cacgagcgac ggggaggaaa 243601 ttactggaga cccactgaga aaggcggcgg agctgataga caggggctac atcgtcgcca 243661 tcaagggaat cggtggcatt cacttagcgt gcgacgcgac caacgaggag gtcgttgcag 243721 agctgaggaa gaggaccttc aggccccaga agcccttcgc tataatggcc gatagccttg 243781 agacggtcag aagcttcgcc tacgtgagca gggaggaaga ggaggagtta accagctata 243841 gaagaccaat cataacgctc cgcaagaggg agccctttcc cctgcccgag aaccttgcgc 243901 ccggtctgca tacaatcggc gtcatgttgc cttacgcggg aacgcactac atactcttcc 243961 actggagcaa aacgaaggtt tacgttatga cctcagccaa ctacccggga atgccgatgg 244021 tcaaggacaa cgagagggcc tttgaagagc tgagggatat ggccgactac ctgctcctcc 244081 acaacaggaa gatactcaac cgggcggacg acagcgtgat tcgcttcgtc gacggaagga 244141 gggcagtgat aaggaggagc agaggtttcg tgccactgcc gatagagatt cccttcaact 244201 accgcggttt agccgttggc gccgaactta tgaacgcctt cggcgtggcc aagaacggga 244261 aggtctatcc tagccagtac atcggcaaca cggggaaggt cgaggttctt gagttcatga 244321 gggaagcgat agagcacttc aagagaatcc taagggttaa ggagttcgat ttaatcgtcg 244381 ccgacctcca cccgacctac aacaccacaa aactcgctat ggagcttgcc aacgagatgg 244441 gggttgagct cctccaggtt cagcaccact acgcccacat agcgagcgtt ctggccgaga 244501 agaacctcga atcagctgtg ggaatagccg ttgatggagt cggctacggg acggatggaa 244561 acgtttgggg tggtgaggtg ctctatctgg gctatgagga cgttgaaaga ctggcgcaca 244621 tagactacta tcctctcccg ggcggggatt tggcgagcta ttacccgctc agggctctta 244681 tgggaatact gagcaaggtt tatggcatag acgcgcttga aggggtcata aggaagtgct 244741 gtccgaaggc gatagaaagc ttaaagtacg gcgaggttga gttctcggtc gctttgaacc 244801 agctcgccaa gggcataaac ctcgcctacg cttcctcgac gggcagggtt ctggatgctt 244861 tcgcggttct gctcaacgtg gcctacagaa ggcattacga gggtgaacct gcaatgaagc 244921 tcgagagctt tgccatgaag ggcaagaacg acctcggctt taccgtcccg attgaaggcg 244981 agctgataag ggttgaagag ctcttcactc aggctctcga tgtcctcgaa aaagcctcgc 245041 cagctgacat agcttactcg gttcacctgg ccctcgcaag ggcctttgca ggggttgcca 245101 ttgagaaggc cagggaattc ggcgtgaagg acgtcgtgat gagcggaggt gttgcctaca 245161 acgagctgat agtgaaaacc gtgaggaagg cggttgaggc gtcgggcctt aggttccacg 245221 ttacaaccga agtcccgagg ggggacaacg ggataaacgt cggccaggcc ttcctcggcg 245281 gactttactt agagggctat ctgacgaagg aggatttgat gctgtgaagg tttaagtgtg 245341 gaacgaccca aatagatgcg gtgggagtca tggggaaggt catcacgatt agggttccgg 245401 actggattgg cgacgacttc atcaaacgga tagagcgtat ggttgaagaa gagatagaga 245461 gggccttcgc ctccggtagg gtggataggg agacgtacct ccgtttcgtc gagacctata 245521 gcactaccaa ggacgttctc ctcgaaaacg atgaggaact gctcgctgag atgagaaaaa 245581 aggaaaaggc gaggataaat gacagttatt gacaccaacg tggtcatgag acgagtcaag 245641 acaggagaag aaatatcgga aaacatcacg gaggtcactg ccgttgagta tcctcccgtt 245701 ttaagctatc gaaagtttaa cggagaaatc ctcctgataa cacgcaggac agtggcgata 245761 gccatagagc tccagagaaa gcttagagaa attggaaaac caaagcagtt cgcggacctt 245821 atgatagcgg ccatttgtat agccaacggc gagaagctca taacttatga ttccgatttc 245881 aaggacatcg ctgatgtttc agaactggag gtggaggttc tctaatgccc gtaatcccga 245941 gggaagagct cctcgaaatc ctacgcgagg tgaaggaaag gctgagagat atcctcggcg 246001 acgacttagt cgaggtcatc ctcttcggct cgtacgcgag gggtgaggca agggaagaca 246061 gcgacgttga cgttttagtc gtagtcagga gaagggtaac actcgaagag tacgacagac 246121 tcagtgaaat tacagagaaa tacgttctgg agaaagggtt agttatctcg ctcatcgttt 246181 atcctatcag tccgggaatg gaacacgacc cgctgattca gaacgttcac gtggagggta 246241 tcaaagtatg aacaaatacg aggaaatgct gaaaaaagcc cacgagagtc ttgaggcgtc 246301 gaaaacgttg ctggagaagg gattttatgc cttcgcgctc tcacgggcct attacacgat 246361 gttctactgc gccgaggcga ttctgctgac aaagggaata agcgtctcaa agcactctgc 246421 agtcatagca ctcttcggca gggagttcgt gaagaccggc gaagttcccc acaagttttt 246481 cacgcacctt cgcaccgcgt ttaatctcag acagaccgcg gattactcct tcgtggttga 246541 tataaccgag gaagaggcgc gcgaaaacat aagacgcgcc gaagaattcc ttggatttac 246601 gaggagctac ctctcatcga aaggctttct ggagggttga aaatgggtga aaagataaag 246661 ctcgaacacg gtgctggcgg ggaaataatg gaggaactcc tgagaaacgt catactgaag 246721 accctaacac tgaagagcgc gggtggaata gggctggacg ctctggacga cggggcgaca 246781 ataccctttg gcgataagta catagtcttt acgatagacg gccacacggt caaaccgctc 246841 ttcttcccgg gtggagatat aggaaggctc gcggttagtg gaacagtcaa tgacttggcg 246901 gtgatggggg ccaagccctt ggccttggcc aactcgatga ttattggaga aggcctcgat 246961 atggaagtcc ttgagagggt tctccgctcg atggacgaaa ccgccagaga agttcccgtt 247021 ccaatagtca cgggcgacac caaggtggtc gaagagccga tagagatgtt cgtgattacc 247081 gcgggggttg gaatcgcgga gaggccgata agcgacgccg gggcgaaggt tggggatgta 247141 gtcctcgtca gcgggacgat aggcgaccac gggatagcgc tgatgagcca cagggagggg 247201 atagccttcg agaccgagct aaagagcgac gtagctccca tatgggaggt cgttgaagcc 247261 gtcgccaagg ccattggctg ggaaaatata cacgcgatga aggacccgac aagggccggg 247321 cttagcaacg ccctcaacga gattgcccgt aagagcaacg tcggaatcct cgtgagggaa 247381 gatgcaatac ccgtgaagcc cgaggtgagg gccgcgagcg agatgttggg aatcagcccc 247441 tacgatgttg cgaacgaggg gaaagtggtt atggtcgtcg ccagggagta tgcggaggaa 247501 gcccttgagg caatgaggaa aacggagaga gggaaagacg cggcgataat aggggaggta 247561 atagaagaat acagggggaa agttctctta gagaccggaa tcggcggaaa gagatttatg 247621 gagccgcccg aaggcgaccc cgtgccgagg atatgttgag ccgggtgatt ttgggctttt 247681 tgctttcatt ttctgaaaaa cagataaagg gggatggaaa ggtcactcct ccggctttgg 247741 aagcgtgacc tcgacgccga ggaccttcca catggccttt atctgctcgc ggagctggtc 247801 gattgcctct ggcctcttga agaggtgctt gaacctgccc tgcaacttaa ggtactcctc 247861 tatgggtttc ttgaactcga tggcaactac tttgcctccc tcgcgcttga ccttcgcgcc 247921 tcctcctggg ctctgtatct tgatgttgtg gaagtcgccg ttctcgatct cgaagagtgg 247981 ccatattcca gtctcgatgg cgagcctagc tatttcaacg cccttctcga gcgggctctt 248041 ccatccggtc gggcaagtac agtgaacctg gacgaaggcc gggccgtcga ccttagcggc 248101 cttcttcatc ttcctgacga agtcgaaggg gttgcctatg ctcgcggtgg cgacgtatgg 248161 aacctggtgg gccgcagcaa tgagggcgac ccacttcttg ggcttgtcct caccgatgga 248221 gtacttgccg ggaggtgagg tggtcgtcca ggctccgtag ggggtagagc ttgagcgctg 248281 aattcccgtg ttcatgtagg cctcgttgtc gtacatcagg taaacgacgt tgtgtctcct 248341 ctcgagcata ccgctgaggg cctgaaggcc tatgtcggcg gtaccaccgt caccgcctat 248401 ggcaagtatc ttgcccttga gtcccttctt cttccaggcg gcctcaatac cgctcgcggc 248461 ggcggccgcg ttctcaaagg ctacgtgcac ccatggaacc ttccaggcgg tgtaggggaa 248521 gaccgccgaa acgacctcca tacatcccgt ggcctgggct atggcgaagg cgttcgggtc 248581 gccgtacttt tcctccatag cctcgctgaa ggcctttgtg gcgagcttaa gagcgattgc 248641 acagccacag ccggcacacg cggcgtgacc gggcgcccag tactcgcgag ttgtgatagg 248701 gggcttccta acggccatct tcatcacctc acagtatctc cttcctgagg cctatccagt 248761 tgacctcctc aaactcctct ccattgaggg ccttctgcgc tatagccagg gcctcgtcga 248821 ggttctggaa cgtgacgtcc ctgccaccga gaccgacgat gtagtcgatg ataatcggct 248881 tctccttctc gtttatcagg gccctgctga agtcctggaa gagggctcct ccaacgctga 248941 aggtgacgtt cttctcgagg agagccagaa ccttggcctt cttagccaaa gcgcggactt 249001 cctcaatcgg gaacgggcgg taaacggtga gcttcgccgc tccggccttg atgcccttct 249061 cgcggaggtg gtcaacgtac tccttgacgg ttccggcgag tgagcccatc gtgacgaaga 249121 ttatctcggc gtcatctgtg cggtactcct cgaccttctg gtactttcta ccaaagcgct 249181 tctcgaactc ggcaaaggct tcatctatga ccttcctcgc gttctcgttg gcctcccaga 249241 cggtgtagcg ggcctccatg tagtgggctg ggaacgctaa agtaccctgg gttatgggcc 249301 tcttcgggtc aacgtaggcg tgcttgggct cgtactcgcc gaggaactcg tcaactacct 249361 cctggtccgg aatctcgacg ggctcgacgg tgtgggtgag gatgaacgcg tcgaagccaa 249421 ccatcgccgg gaggagaacg cgctcgtcct cggcgacctt gtaggctatc aggatgagat 249481 ccaaagcttc ctggttgttc tcggcgtaga actggagcca gccggtgtcg cgctcgctta 249541 tgctgtcctg ccagtcgttc cagatgttaa tcggagcgct aagagagcgg tttccaattg 249601 ccatgactat cggaagacgc attccagcgg cgatgaagag cacctcgtgc atcagagcca 249661 gaccctgcga agcggtcgcg gtgaaggttc tgacgccagc ggcggaagca ccgacgcagg 249721 ctgaaatggc cgagtgctcg ctctcgacct tgatgaactc cgcatcgagc tcgccgttag 249781 cgacgaactc gctgatcttc tcgggaacta gggttgacgg tgtaatcggg aaggccgcta 249841 tgaccttcgg cttggcaagc ttcgcggccc acgcagcggc ttcgttcgcc ttcataacgg 249901 ttctaatcgg catctttcac cacctcactt gctctcccta accataacta tagcatcggt 249961 cgggcactcg ttcgcgcaga ttccacaacc cttacagtag tcgtagtcga agaccgggta 250021 gttctcctcg tcgaggtaga tggcaggctc ggggcagtag atgtagcaga ggtagcagcg 250081 aacgcacttg tccctgtaga actcgggcat gaagactctc cacgagccgg tcttgttgat 250141 tacgctactc cccgggatgt aggcaatagc tcccggagtc atcttttcgc tatactcctt 250201 ctgaaccctc tcaatgtcgg ccttaaacgg gctctcagcc atatttatca cctcgagtga 250261 gttatcagca caaaacttaa aagttacggg ctcagccgaa cacctcggcg agcttcttca 250321 gcttctccca ttcgcggagc acccaggctt ggaggttctc gatgtcctcc ctggtcatgt 250381 acttaaagcg accctggagc ttgaggaact cctcaatcgg cttcggctcc ttcttgggtg 250441 agggcatgtt gatcttgtac ttcccgttct cgtactcgaa gagcgggaag taagccgtct 250501 gaacggcgag ccttgctatc tcgatgctct tgtcggtcgg cgagcgccag cccgtcgggc 250561 acgggctaaa gagctggatg aagctcggtc ccggtatctt tctggccttc ttgagcttcc 250621 ttatgaagtc ctctggaaac gcaacgctcg cggtcgcagc gtagggaacc tcgtgcgcta 250681 tgacgatgtc gatgaccttc ttcttgtgcc tcttctcgag gaagtgcatc tttcctccag 250741 gggtgttcgt cgtccaggct ccgtaggggg tagagcttga gcgctgaatt cccgtgttca 250801 tgtaggcctc gttgtcgtac attatgtaaa cggcgtcgtg gcccctctca aggaatccgc 250861 tcaaagcctg aaggcctatg tcggcggtac caccgtcgcc ggcccagccg acgaccatta 250921 ccccatcttc gcccttgacc tttattcccc tcgccttcag agcggcctcg ataccgctta 250981 tgacggctcc agtcgtctca aaggcggtgt ggaagaggtt ggcgtcgagg gtgttgtagg 251041 gccacgcccc ggctatgatg gttgaacagc acgcggggat gacaacaatc gtctttttgc 251101 cgtaagcctt gaggacgtaa cgcagtccga gtgaagcacc gcaaccctga caggcggtgt 251161 ggccggcaaa gaagtgctcc tcagcgggaa tggtcaacct tttcttaatg ctctcgggga 251221 tctccatcat tctcacctct tgaggtggta ccactcaacc tctctatcga gctttcctgc 251281 ctcgataact ctcttcatgt cctcggctat ggccttgacg tcaggaacgg tgaagtccct 251341 gccaccgagt ccgacgatgt agttcttcat tatcggcctc gctgatgtgt tgtagagaac 251401 gcccttcgcc tcgttgaaga gtatgccctc ctggccgaag gagaagttcc tgtcaaggac 251461 ggctatgccc ttaacgctct cggctatctc aaggagttcc tccttcggga acgggcggaa 251521 ccatctaact ttcgcgtagc cgaccttgta gccctctttt ctgagcaggt ctactgcttc 251581 tttaacggtt cccatgaggg agcccatgcc catgaaaacg aagtccgcat cgtcaacgta 251641 gcccttctca atcatctcgc tgtagtccct gccgaagcgc tcgccgaact ccttaccgac 251701 gtccttgatg accttcttcg catcttccat cgccttcgcg agcttgtagc ggaactcgta 251761 gtagtcgttg ggggttgcaa gtgcaccgac cgagattgcc ctgctgaagt ccgccaggtc 251821 gtagaggggc ttcctcggcg ggaggaactc gtcgacaagc tcctgcggaa tcatctcgac 251881 gacgtcgtag gtgtggctca gtatgaaggc gctctctata accatcgcgg gcacgttaac 251941 ggtctcggct accttgaagg acatcaggac gccgtcgtag acttcctggt tgttttccgc 252001 gtagaactgc atccagccag tatcgcgctg ggcgaggctg tctgtctggt cgtcccagac 252061 gctccacggg ggagccatgg cacggttaac gttgaccatg acgacgggaa gcctcgcacc 252121 gcttgcccag tgaagcatct cgtgcatcag agcgagacct tgggcggagg tagcggtaaa 252181 ggctcttgca ccggcggctg aagctccaat gctcgcggcc atggccgagt gctcgctttc 252241 gacgggaacg tactgaatat cggcctcccc gttcgctatg aactcggcta tcttctcgat 252301 gatgctcgtc tgaggggtga ttgggtaagc ggcgacgacc tgaacgcgcg cgtgcttcac 252361 cgcgtaagcg gccgcgtagt ttccgctcac aacctttcta ataggcttgt actcggccat 252421 atcacttctc ctccttctcc atcgttatgg cgttggtcgg gcactcgttc gcgcagattc 252481 cacaaccctt acagtagtcg tagtctatgc caacgtagcc gtcctcacgg atgtagattg 252541 ctggctccgg gcagaacttc cagcagatgt agcacttgac gcacttctct tcgattatta 252601 ccgggatgaa cgtcctccag tcaccggtga agttgcttag cgttgtggcg aggcttattg 252661 gtgcctcagg atactgatca accgatgtga agacgatctt ctttgcctcg gtctttttct 252721 caccaaacag cgtgttcaaa ctcctcccct cctcctcaaa agggttaaag taaaattaga 252781 gctcgtagac agtggtcttg ttgaaggctt cctcggctgc cttggcgttc ttctcgccga 252841 gggctccgga gaaggtctcc ttaattgcct cctgaacgct ctcgagcttc actaggccgg 252901 ttgccttcgc gaccgctcca aggatggccg tgttcgtgat tggaaggccg agaacctcga 252961 gggctatgct ggtcgcgtcg acgagggcca gcttgcccgg cttcttcttg agtttttcaa 253021 ggacttcctc cttgctcttc tccgtgttta tgataacgat cccgccatct ttgagaccgg 253081 ccgtaacatc tacagtctcc agaaggcttg gatcgagcac tacgacgatg tccggctcat 253141 agatctgggt ctttatcctt atcggcttgt cgtctattct tgtgaaagct gtaaccggtg 253201 ctccacgcct ctcaacaccg aagaagggga atgcttggac gtactttcct tccttgaagg 253261 ccgctgaggc cagaatgttc gcagcggtaa ctgcaccctg tccaccccta ccgtgaaaac 253321 gtatctcgat catacttcct gcctccttgg ggttttttca atgagttttc aaccgttgca 253381 tttatttgcc tttcggtatt gccttaatct cccccaggag gtacccgctg ggtaatcgtg 253441 aacagaagag gtcggcaatg gttttttagc ggcagagctt cccgaagaac cttcgaaaaa 253501 cttttaaata gactatgcat caccatatag actatatagg ggggataatg atggaggcag 253561 tggccatcgc tatggttgca gtggcgttct acatcgcctg gaacataggt tccaatgatt 253621 ccgcaaacgc catgggcacc gctgtgggag cgggaatact gagctttcgc caggcgacac 253681 ttaccatagc tattttcact ctcttaggtg catacctcaa agggtacaag gtcatgaaga 253741 ccgtgggaaa aggcatagtc ccccctggct atcttactgt tgaactggcc gttatagccc 253801 ttctctccgc cggtgtgtgg gttaccatag cgactgtcaa aggcctgccc gtttccacga 253861 cccaggcaat agtgggcggg gtcctcggcg ttggcctcag cattggggct ccagtcaact 253921 gggaaacgat ggggaagatc gccggagctt gggttttctc accggttctc tcgggaatct 253981 tcgcggcaat tctctacaag ttttactcgc gcgttgtctc cagtataaag agcatatcta 254041 ctattgaagc cctctataag gccctggcta ttcttggtgg ttcctacatg gcctttaact 254101 ttggaaccaa cgaggttgcg aacgcctccg gtccgatcgt tggagcgggt tttctcgagc 254161 caagaacggc tggcatttta gtcgctttaa gccttgcaat gggatcgctc acattcagct 254221 atgcggttat gcacacggtt ggcaagaaga taaccgcctt gggacctatc tctgccttcg 254281 ccgcgcagtt tggctcggct atatcagtga gccttgcaaa cgttctcggc ctgcctgtga 254341 gttccagtca ggcaatagtg ggcggtgttg ttggggttgg gttaataaca ggggagggcg 254401 ttgataagag ggttatcaag gacatactct tcggctgggt ggccactccc actgtagccg 254461 tcctgatatc gctgatagtt ttccggctct tccacctagt gggcctcgtt tgagggatgc 254521 tccagtttta tccccagtct cgttagttcc tttatcattc caacctgcac gagtccttcg 254581 acctcaactt cgtctccata ggaaacgctt agaacttccc cgatcgattc caggagccct 254641 agaacctttc cggggtcaac ggttgatggg atgagtatct tgaacctcct gtacttcgga 254701 agggagggga ttatctcctc aagggccctt ttgagctctt ccagaatgcc gagctttgct 254761 gaggtcttta ctaccgccct cacgctcggt gccagctcat ctgctatttc cattattctc 254821 cgtcgtttct cctccacatc ttcatcattc gtcaggtcaa tcttgttcag aacgatcacc 254881 atcggtttat caagggcttt tagttctctg aggatttcta ttgaggcaag tagttttctc 254941 cttacctctg cccagggctc actcgcgtct atgacgagga gaacgatgtc ggcctttact 255001 atctcttcaa gggttgagtg gaaggcctcg acgatgaagg ggggcaggtt gtcgatgaac 255061 ccgacggtgt ccgtcaggag aaccctcttc cttccaagct tgaacctcct ggtagttgtg 255121 tcgagggttg taaacatctg atccctggcc tcaacgcttt ctccagccag ggcgttgagg 255181 agtgtggatt tgcccgcgtt cgtgtaacct gctagtgcta tgagaaggaa cccgagttct 255241 tccctcctct ttcgcttgac ccccctatct gccctaacgc gctcaagctc ctttcttatc 255301 ttccccatcc ggtaacggat gtgtttgagg tactgctggg tctggtactc acccatcccc 255361 ttgaagcctg ccctatcgcc gagttttatc ctccgtattg cctccttaac gagtggaacc 255421 tcgtactgaa gacttgcaag ttcgacctga agtttggcct ccttggagtg agccctcttt 255481 tcaaatatct ccagcacgag ctgccacctg tctaggattt caacacggag ctccttccag 255541 aggttgtagg cctgagaagg ggttaaacgg tttgcaaaga tcaccttgtc aggtctgagc 255601 tccttgacga gctctttgag ctcctcgagc tttccccttc cgatgttgta gcgagggtgc 255661 tcctcccggt tctgctcaag aacggcaaga acctcataac ccgcgctcct caagagctcc 255721 tcgaactcct ccctgctgag cctctccctt cgcgagtacc ttatgacacc tatagccttc 255781 atatctctca tcttcagttt gctggagtgt ttaaaaagtc atctcttact atcgcaagac 255841 ttataaactc cttaaaattc tcagagttgg tgagtactaa tggtcaagat taaaagaagc 255901 tggctcatca ttgttcttat tttcgctctg ctggttggtt atggcttttc tgtataccgt 255961 gaattgaaaa ccccagaagt atacgccacc tatgacttgg ttgttgagag gtatgtctct 256021 tacctttctt ggcctgagga ggaaataaaa tccggaccct ttacttttga atttagggga 256081 cctgagttta tcccataccg ggactctcgc agcgtccccg ttccgctgat cttccgtgtt 256141 ttcacttgtc aagagccgga tgatccgcag ccggtgaact ataccataga catctggtac 256201 acggtatata acggaacatc cgttccaagt ttcatgaccc tctctgacgt ggttcctgtg 256261 gggaacatca gtggtgagga tgttttcatg ttcttcatca actacaccct cgatgacaag 256321 ggggaggcct ttcaactcgg catcgccccc aaaggaggtc aagtctcatt ttccagaggg 256381 gatggaaccg tctggtccct caaggacatt ggggcctttg ttgacaccga tgggttctct 256441 ggcagttcca cctgttacct tccggaaagc gagctcccac ctcttcgtta ccttggcagg 256501 atcaccgtcg ttgcgaccga tcacaggctt ccggaaactg tggtagcagt cctctccgta 256561 aacggaagca ggatagtgaa gggtgggagg atcgggttcc ttgcggtgat gaggatgggc 256621 ctgagaaaaa ggcacctcgg catctcccgc tggcatggag taccctatct aaccaccgtt 256681 gacacgcgaa agaccctcac cctctgctct tacttggggg acgattaccc tgaacctgat 256741 gggtacattt ttgctattcc cgtgtcctct tatgacatct ctgttgatcg ttccacttcc 256801 acaaaccttt ttaaccgggg ttgatattgg ccgtgtgtat gatagccctt ggtattgagg 256861 gaacggccca taccctcggc ataggaatcg ttactgagaa aaaagtcctc gcaaacgtat 256921 tcgacactct caccaccgaa aagggcggaa tccacccgaa ggaagcggca gagcaccatg 256981 cccggctctt aaagcccctc ctcagaaagg cccttcagac ggctggaata acgatggagg 257041 acgttgacgt catagccttc tcccaaggcc ccggtcttgg gccggctttg agagttgtcg 257101 ccacagccgc gagggccctg gccataaagt acaacaagcc gatagtcggc gtcaaccact 257161 gcatagccca cgtcgagata accaagatgt tcggcgttaa ggatcccgtt ggactctacg 257221 tcagcggtgg aaacacccag gttttggccc ttgaaggcgg ccgctaccgc gttttcggcg 257281 agaccctcga cattggaata ggaaacgcga tagacacctt cgcgcgcgaa ctcggcatag 257341 gctttcccgg cgggccgaag atagagaagc ttgcgcttaa gggtgagaga tacatcgagc 257401 ttccctctgc ggttaaggga atggatttaa gcttctccgg gctgttgacg gaagccgtga 257461 ggaagtaccg caccggcagg taccgcgttg aggacttggc ctattccttc caggaaactg 257521 ccttctcagc cctcgtcgaa gtaactgaaa gggcagtggc acataccggc aagaatgagg 257581 tcgttctcgt tggtggagtg gcagctaaca accgcctgag ggagatgctt aagataatgg 257641 ccgaggatcg cggcgtggag tttttcgtcc cgccctatga tctttgcagg gacaacgggg 257701 ccatgatcgc ttacactggt cttagaatgt accttggtgg cgtaaggttt aagatctcag 257761 acaccgtagt gaaacagaaa tttagaaccg atgaggttga tgttacatgg agctgatagt 257821 tcctctgtac gaggtagtgt acgacgtcgt cctcctcttc gcgatggctt acatatggtt 257881 cttcttcttc agaaggtgga accgctatac tgccgagcta aagccattta tcaggaacgc 257941 tgcagtgttt cttgggtttg cggtggttgg gaggtttgtt gatctggtgg gcgatttcta 258001 caggatcccc tatctcaatg catttctatc cttcttttat ggaactgcaa tagtgggcgt 258061 catatacacg atgattaggt atgtgctact tctagaggaa agttatctac atttcaggct 258121 ctcgtcctac tcatcccata caaaggcagc ggcagagctc aagggggcct acattgccct 258181 tggctccaaa tctaagtttg tggatgtgat ggaactcata aaatcggcaa agttaccaac 258241 gctcgtcttc acgaggaacc cccacctcta tcaggggatg gagttcgtgg ttccggtctg 258301 ggtgacccag gcaacggatc aggggatttc cccgacgaag cttcacgtga ttcaggagca 258361 cgcactcaag ttcattcgca agaacccgaa cgcgatcgtg ctcattgact gcctggagta 258421 cctgctcctc tacaacgatt tcgcagccgt ttacaagttt ctcatcaacc tgaaggatta 258481 cctgatcccc gcgggtgccg cgcttatagt cattgtcgat gagagcgccc ttgacgagag 258541 gcagcgtgcg cttctcctga gggagtttga acccctgtga gggtccgcca tgagaaagcc 258601 ctaccgcaag gttgtggttg gtgggacatt tgacaggctt catctgggcc acaaggccct 258661 cttgaggaag gcctttgaag tcggccgcta cgtttacgtc ggcttaacat cggacgagat 258721 gatcaggaac aagccctacg ccgagaagat ccttccctac gagcttcgcc tcatggatct 258781 tctcaagttc tttgaggtga acggttacac caactaccgc atcattaaga taaacaccgc 258841 aatcggcttt gcggacagaa taaaaagcct tgaggccatt gttgtgagtg aagaaaccta 258901 caagggcgcc ctccttgtga atcgggcccg tgaggagagg ggcctcaaac cccttgagat 258961 agtgacgata aagctcgtga agagccggat cgggccgaag ataagctcca ccttgatacg 259021 ggccggcctc atcgatccct tcgggaaccc cctaaagaag gataattaga ggccagtcgg 259081 ctcgtctatg aagaagacat cgagaccaaa gcgctcccta atgagctcca tcagggcctt 259141 aacgccgagg gtctccgtct tgtagtgccc cgcaaccaaa acgctctggg gcaggtcgat 259201 tgctgttaag taatccgcgt ggccgaattc ccccgttatc aggaggtcta tcccctttct 259261 gtaggcttct tccaaggcga aggcaccggc gccgcttatc gcaccaactg ttttaataac 259321 tctcctcccg aactcgtagg ttctaactgt tgtgtcgagc ttttccgcta ttatttgggc 259381 aactttctca atcggctgag gttcttcaaa ctcgccgtag aagcctatgc tcaggctttt 259441 gtactcgccg aagggccctt tgggctctaa atcgagcagg cggagcaggc cgacgttgtt 259501 gccgacttct gggtgcgcat cgaggggcag atgtgccacg tagaggttca ggccgttctc 259561 gattagcgcc ttcagccttt tgtagtggat acctgttatg tagttaagac cgccccaaat 259621 cattccgtga tggactacca gcatgtcggc ctttccatta acggccctct cgatggttct 259681 gagcgtcgtg tcaacggcga acgctaccct attaacttct tcctttccct ccacctggag 259741 gccgttgctc gacttgtcgg ggtacgccga aatctgaagg tattcgtcga ggaaagcgac 259801 cagctcgtcg cggttcattt ctctccctcc agcaggtttt tgataccttt ttcatcaagg 259861 gctataacgt tttccggaac gttcctgagc ttccttgcga ttaagaggta ataaacctct 259921 cccctccagc cggtgagttc taccttccct ctgagtttct caaggagctt ctcagcgttc 259981 tgggtcctct ttctccattt gcactctcca aaaatggctt ttctcccctc ggagtccagg 260041 gcaatgatgt cgatttcgta gaccttcctc ttcccgcctt ctctgtaacg gccccagtgt 260101 cttcctataa ctgtcggttg gaatgggaga aagtttccgc tgagccttaa cagctccctg 260161 caggcgaagt cgaacctttt gccaacgtag tccgggagat tccttttaac atcttcccat 260221 agcctctccc tgttcaattc gtactcgctc agcctcggct ggacgaagcg gaaccagaag 260281 ttcaggaagg gatgccttat gtagagaacg cttccctttc ccaaaactgc cctatcgtag 260341 tcaacgagct tgaagtagtt caccagctcg tggagctgtc tcgttatcga ggtctccttt 260401 ctgtttaggt agccggcaat ctcgctcggc gatgtcgagc cgttggctat agcctcaagg 260461 atgtcgtaat aaacccccga gcgcttcccg aactccagcg agagtatcct ggggacctcc 260521 tcttcgaggg gcgccgaata gctgaagatt agctccttaa gaatcctttc cgcgttctcc 260581 ccctcaagac cctcgtcctc aacggccacc cagtagcggg gaaagccacc gaaaaccgag 260641 tagagcgtta tgaagtcgtc aaggttctct attccaactt ccctcgccat ctcgtagctt 260701 cccctgatgt cgagaggctc taggcgaagc tcccgcttta tccttccgta gaggggctct 260761 ttggagtcct tgaagagtct ctctaccatt ccaattgttg aacctgtgaa gataaggagc 260821 atgggtttct cttcattttc gtccatgaac cgctgaagcg ttgaatagac tgaaggctcg 260881 acgaagcgaa agtcctgaaa ctcatcgaaa gccaccgcgc cggtgaaacg ctcaaatagg 260941 acctcgaaga agtcgtccca gcttttgagc tcttctcttt tggagagaat gccttttccc 261001 cggaggattt ccgagtactc cctcaggagc aaggcggagc ttttgccccg gttcacgaag 261061 aagtacaaat cgttttcact caggaactcc ctcagtagtc tcgtcttccc cacccgcctg 261121 aggccgtaga tggcaacgct gtagagcttt ctcctagagc gttccttagc cttcaggagg 261181 agctccatct cgcgctccct gttgatgaag cgcattttat tcaccaactg aattattcac 261241 taagtgaata taaactttcc ggcaaacctt ttaaaactcc gccctacatc gagcgagagg 261301 tgttgtcatg gaggagtttg aaaaggccgt taacgagctg gcgagactgg tcatgagcgg 261361 tgagattaag agccgggacg agctcaaccg ctggaagatt aaggtggcga gaaagtatca 261421 cctctcaaag attccgggca actcggacat tcttaaggcc attccagagg agaggcgcga 261481 ggagttcagg gaactgctca agagaaagcc aacccgaact ataagcggcg tcgccgtcgt 261541 cgccatgatg acgaagccat ttccctgccc tcatggcaga tgcatctact gtcccggtgg 261601 gccgagcgtc ggttcacctc aaagctacac tggaagggag ccttccgccc tgagggcaat 261661 ccagagcgct tatcatccct acatcatcat gatgcgcagg ttaaagcaac tcaccgatat 261721 cggccacgac gttgacaagg tcgaggtcat aatccagggc ggaacgtttc cggcggttga 261781 cctggattac caggagtggt tcgtcaagtg cgccttcaag gctatgaacg actttccgta 261841 tttcaaggac attgagaacc tcgaggagaa gctgattagg ctgatagtga agaaggacga 261901 gtccgttttt gaggaggacc ctaagttccg tgaggcttgg cagaaaaccc actcgaagcc 261961 ctactactac cttgaagacg agcagaggaa gaacgagaaa gctaaggtca gaatggtcgg 262021 cctaaccata gagacccgcc cggactgggc cttcgagagg cacatagaca ggatgctcaa 262081 gctgggaacc acgcgcgttg agctgggcgt ccagacgata ttcaacttca tccacgagag 262141 aactaagaga ggtcacggcg tcgaggagat agtaaaggcc actcaacttt tgagagacgc 262201 tgggttgaaa atcaactacc acataatgcc cggtctgcct gggagcaact ttgagagaga 262261 tttgtacacc ttccgcacaa tattcgaaga cccccgcttc aggcccgata tgctgaaaat 262321 ctatccgacg ctcgtaacca aggacgcccc gctctaccgc tggtggaagg aaggtaaata 262381 ccgcccctac cgcacggagg aagccgttga actcctcgtc gaggcctaca agctcttccc 262441 gaagtgggtt agggtaatga gaatccagcg cgacattccg gttcagctca tcgttgatgg 262501 cgttaagcac tccaacctcg gtcagctggt cttcaacgag ctgataaagc gcggtataag 262561 gccgagggag attcgcttta gggaagtcgg ccacatgatg gagaagttcg gaatccagcc 262621 cgaggtcgag cacatcaagc tcctccgcga ggactacgat gccgctggcg gaagggagat 262681 attcctcagc ttcgaggacg tcaagaacga catcctaatc ggcttcctca ggcttagaat 262741 tccgagcgag aatgcccaca ggaaggagat aaactgctgt ccctcagcca tagtcaggga 262801 gctccacgtt tacggcccgc tcgtgccgat tggaggaaag ccacgctatg agtggcagca 262861 tcgcggatac ggaagggagc tcttggccga ggccgagaga attgctcggg aggagttcga 262921 ggttaagaag atgctcgtta tcagcggtgt cggcgtgagg gagtattaca gaaagttcgg 262981 ctaccggaag aacgggccct acgtcgcgaa gaggcttgat aagggctatg cagagtataa 263041 aaagagcagg gagttcgacg cgcacctgaa cacttaggca aagatttaaa gaagttcggg 263101 agttaacacc tccaggggtg tatgaatgcg attaggacgg aagctctcat acgaggaaag 263161 gtcctcaata aagatcgtcc tggttttttc agtggtgttc cttgggatac tgggggctat 263221 tctctacccc ttacttcaca aggaggttgt ctttgaggtt tctgtcccca aaggacagcc 263281 ccttatggcc tccaacatga gtatagacgg ggtctcgtac aaaaacgcga tcgccttcgg 263341 tgctttttat aaccccttca tactccactg cagtgagatg acgcccgcca acgtcacgat 263401 aaggcttacc acccccggct ggtgtgttga tctctgggtg tgggggggca ttgagagggg 263461 atggatcctc aaggtgaact gcagcgacac ggtttccctt gattactatt ccttctacca 263521 gaggggtgct cgcgagagcg gtgaacttta ctggtacctc actgaaggca acgtgctcgt 263581 gttccataaa aggacagagg taaataatta cgagatggtg aactttacgg tcagctatct 263641 cggcagaaag gatgtgggtt atttcctggt ctccctcggg aaggggtagt tgccatgcgc 263701 ttcaagccaa aacccttcac tgaacccgtt ggcttccgct gtctctactg cctcgactgt 263761 tgcaggggga ggcacgtcta cctcactctg aaggacgttg agcgaatagc aaaagcgggc 263821 cacgatcctc aggacttcgt gacgttctcg atcgaaggcg acaagatacg cttcgttctc 263881 gcgattaggg agtgggattt gggttgcgtc ttccacgacc ctgaaaccgg gaagtgcagg 263941 attcacgcgg tcaggccgct tatatgccgt atctacccct tcatggtctc gcgaaagccc 264001 cttggcgtta agagcgagag gcccttccat cacaaaggcg aaaccctctg gctctactac 264061 gacgagagct gtcctggaat aaacgccgaa aatccggaaa cgacgataac gcccgaggag 264121 atagccgaac tcggaattga gttcgagagg gagtttgaga aaaccgatat ggacggcttt 264181 gcagagctga tagagcggct tgagggggag aaggatgagt gagacccttc gctaccgccg 264241 tgcctcggca tgggagtacg acctaatcct ccgcgaggcc gagaagtacg gcgagttaaa 264301 gcaccatttt ttcgccgtcg ttgaaggtaa attcagggac gtttacgccg tcaacgagag 264361 ggtgtgggcg gaaatagaga agtttagggt aaagccctac gcctacggga ccttcgttgg 264421 cacgataaag gttgacaacc tcgttgaaaa gttctaccca aacgtcgagt tcttctactt 264481 cgttaacgtc gagaagaact acgcggttct aagcccaaag gcgggcttcc tattcacaac 264541 tggcaaggac gtgccgagga gcggtgtgcg gaaatatgtc tggcagggta ctaagaagct 264601 cgttatctac gatgagaacg gggttatcct cggcattggc aggataaacg cggagagcag 264661 aaaaaagttc atcctgaacg ttaccgacgt tggggagttc ctgaggcgga agcgctaact 264721 tttctaaccg gacgtaatct ttttaagacc ttttgcgtag aggttaatgg taactaaaag 264781 ttactaaagg gggtggcgct catgatcagg aaagttaaga cgggcatccc tggcatggac 264841 gaaatccttc acgggggaat tcccgagagg aacgtcgtcc tgctcagcgg tggacccggg 264901 actggaaaga ccatattcag ccagcagttc ctgtggaacg gccttgggat gggcgagccc 264961 ggcatctacg ttgcccttga ggagcaccca gttcaggtaa ggcagaacat ggcccagttc 265021 ggctgggacg tgaggaagta cgaggaagaa ggattgttcg cgatggtcga tgccttcacc 265081 gctggaatcg gcaagagcaa ggagtacgag aagtacatcg ttcacgatct tacggacatc 265141 agggagttca tagacgtcct tagaacggcc gtgaaggaca ttggggccaa gcgcgttgtt 265201 atagactcgg ttacgacgct ctacatcaac aagcccgcga tggcgaggag catcgtgatg 265261 cagctcaagc gcgttttggc cggtcttgga gttacgagca tactcgtgag ccagataagt 265321 gtcggcgagc gcgggttcgg cgggccaggt gttgaacacg gcgtcgacgg cataataagg 265381 ctcgatctcg acgaaatcga tggcgagctc aagcgctcac tcatagtctg gaagatgcgg 265441 ggaacgagcc acagcatgag gaggcacccg ttcgagataa ccgacaaggg aatagtcgtt 265501 taccccgaca aggttctcaa aagaaaggcc atagtcgaga ttgagtgaaa actgaaagga 265561 ggtgaggggg tatggaggtc ccgctgaacc ccgttggaag ggaggagata cacaggctcg 265621 agagcatact gctcttcgcg acgctcttca gaccagaggt gatagagctc ataaaggacc 265681 cggccgagag gctgacgtgg gttgacagcc tcgcggtagc ggctggagcc atagcgagag 265741 aaaaagctgg aatgaccgtc agggaaatcg ctgaagaact cggcaggaca gaagcaactg 265801 tcaggaagca cctcaagggc gagacaaaag caggacagct cgtcagggaa acttatgagc 265861 tcataaaaca gggcaagctg gacgagctcg tcaggaatgt tgaggttctc gccaagggcg 265921 gtcagctcgt cgccctcgag gagtacgaga agctcaagaa ggagaaggag gagcttgagg 265981 ccaaagtgaa ggagctcgag gagaaggtca agggccttga agcggagaac agggagctca 266041 aggcgaagct tgagaacgtc aggaagatac taggagatac cctcgaaagg ataagggaaa 266101 tagagaaact gctgtgactt atccctttcc gtttccattc tttctgaggc tctcctccca 266161 ggtcattatc atgtgggtga acgtgtcgtc gtcttcttct atcccgcgct ttatctcgga 266221 gacgtgggcg tacttggccc tgaacttctc gagtatgtag tcaacggcct tctcgggctc 266281 agccttggtt ccgcaggtgt aaacatcaag agctgcgtag cccttctccg gccatgtgtg 266341 aactgatatg tgactttctg caacgatgac aacgccactg acgcctgtag gtgagaactt 266401 aaagaaatag ctggatttga cctccatgtt gccgaccttc gccgcttcga ggaatatctc 266461 cctaatcctg tcagcgttac cgaggatctc aggatcgcaa ccggcggcct caacaacgta 266521 gtggaacccg atggtctcaa tctcgctcat ggctctcacc ccgaggagag gctatgacct 266581 tcccttttta aagttaatcc caaattgaag agttttgagc gggctttttt ggttttaacc 266641 ggctgagatc tggccggtaa tccatagaac tgttagtttc tggcagtttt agaaatttaa 266701 tggaagtttc tgaccaatag gcaatattac cagccatttg gctcaatttt gggtttggcc 266761 ccttcttttc gggccgattg caaccactaa ttttaaaact ggctggcctt cattatccct 266821 agtggttcag agagtgatca ctgccctttg gaaaagagca gtggggtgtt ggtatgggaa 266881 ccaagaaaca gaaaactaag aagaaacctt ccgacgaaat acttgaaacc aagcggaagc 266941 ggctctcctt ccttgtgagg atggaaccgc gaaaaatggt cctctatccg ctcgtcgtgt 267001 ttttagtggc ggctttgatt ctggccgttc acttcccaga gaagggcata gacctgaagg 267061 gtggtgttgt cgtaaccgtc taccacgttt ccgcatcccc tgatgagctt gcgagctacg 267121 ttaaggagaa aacggggata gatgttagag ccgaggagtt caaagacccg ataacgggtc 267181 tgtctggaat aagaatttac gctcccgcaa aaaccgctcc aagtaagatc gcagacgaga 267241 tttcaaatgc catacggctg aaatacaagg acgccgacgt aacgcccaga gtcgttgacc 267301 cgaccttcgg gaagatagca cagaaacagg gaatcaaagc ggtcatatac gcgtttattg 267361 gaatggcgat agttgtcttc ctgttcttcc gcgatcccgt tccatcgggc acgataatat 267421 tctcggcctt ctcggacatg gtcatagccc tcgcgacaat gggtatcctg ggtatagagc 267481 tcaccaccgc tacgatagcg gcgttgctga tgctcatcgg ttatactgtc gacagcaaca 267541 tcctcctgac aacccggctg ctcaggagaa aggaggacac aatcgaagat gcctacctct 267601 ccgccgtttc aacagggttc acgatgagca cgaccacact gggtgcactc ttcatcctgt 267661 ggctcgtttc gacctccgag gtcatcgaca gcataaccat cgttctcatc ttcggtcttc 267721 tcgcggactt catgaacact tggattttca acgccggtgt cctgaggtgg tacatagcca 267781 gtcccctcaa gtttagcata aagctcagga ggggtaaatg atggcccgta aaaaaggcgt 267841 taaagccctg ctccttaact ggagggttct ccttctcata ctgttcctca ttggttcggt 267901 agtttccatg tcaatcaagg gattgacgta cggtatcgat ataggtggag gagttgcact 267961 catagccgaa cccgaaaaac ccgtcagcaa agacacctta aacggcataa taacctccct 268021 ccagaacagg cttaacacgt tcggtgtcaa ggacataacg attgaggccc agcacgatcc 268081 agagacgggg cagagtttaa tcgtcgtcaa gatcgccaac gtcactctgg atgaagccaa 268141 tcagataaag gatctcattg agagtcaggg tgttctctac atggaattca acggggttat 268201 ctttgcgacc ggtaccgacg ttacggttca ctcaagcgac tacggtctgg atcttcagga 268261 atgtccgacc tgctggtacg tagggtttga gctgtccgga aaggcacaga acaagttcaa 268321 gaaaatcgcg gctggtaagt tggggtggcc cattgacatt taccttgacc cgccggtgaa 268381 ctcgctcctg gttgtttcac caagggttta ccaggaaatg aactccgggg acttcatggg 268441 agcaccaagc gaaggaacac caaaacccct cgttgagagg cttaaggagg ccttcaacat 268501 taccgtcgtg gagtactcca accagaccgc tgaggacatc gttgagaacg ctactgccct 268561 gggcaaggac aagatcatcc tcgcagacgt tccggaagaa ctctacaacg atgttaggga 268621 gttggtactc tccaaggatc taaagttgag ggtttcccat tacacccccc agcagggtga 268681 ggatctgaaa gacttcgtca aaagaatcct caacctctac ggaccatacg tactaaagtt 268741 cgacccggcg aaaggtgaaa cgacgagact taaactcagc gggagtgccc ccacgaagga 268801 ggaagccctc caggaggcta ggaagatata cagtgtcctg aggagcggtt ccctcgccgt 268861 taagctccac gtggtcagtg aggagtacat ctcaccaact ctcggtgcca gcttcaagaa 268921 gcaagcgatt atagcgggga tcggcgcgct gatcgcggtt ctcctcatag tctatttcca 268981 ctacaggcgc tggaggatag cgatacccgt tgcgagcacc agcctctttg aggtgatcat 269041 aatcctcggt atagccgccc tcatacgctg gaacctcgac cttccgagta tagccggtat 269101 catagccgcg atcggtaccg gtgttgatca gcagatcgtt attaccgacg aactccttgg 269161 gggaacggca ggcagagtaa ccaggaggat gagtgccctc aggagaatgg caagggcatt 269221 cttcattatc tttgcttcgg ctgcaactac gatagtggcc atgagcttcc tgctggttta 269281 cttcgttgga acgctcaagg gcttcgccgt gaccacaatc cttggtgtcc tcatcggagt 269341 cctcgtcacg aggccagcct acgcggagat agccaagtat ctgctctcgc ttgagtgacc 269401 ctttcttttt ccgttttcaa tttcagcggt ggtgatgtgt atgttcgttg tgataatggg 269461 cgccgggagg gtcggctatc ttgtggccaa gatgcttgag gaggacggcc acgacgttac 269521 cgttattgaa ctcgatcggc gaagggccca ggatctctcc cttgagataa acggtctggt 269581 gataatgggc gatgccaccg accccaaaac ccttgaggag gccaacataa agcaggccca 269641 cgcattcgcc gccctcacgg ggaaagacga cgccaacata ctcgcctgca tactcgccaa 269701 gaacctcaac cccaacgtct atactgccct gaggataagc aaccccaaga acaagaggat 269761 cttcgagagg gttgaggatc tcaagaagta tttcaacttt ataatctcac ccgaggaaat 269821 agcggcggag tacatctcac gcaacatttc aacccccggt tttgacaggg ttcttttccc 269881 gagggaaggg gccgagatag ttcgctttga gataactccc cagagctggg tcgctgggaa 269941 aaccgtcagg gaactcaacc tcccaaagga tgctctcatc gttgccgtct acgacaaaaa 270001 gggcaacctc ataataccct ccggcgatac caagcttccc gaggaaggtt cgctcatagt 270061 ttttgccaaa accggggccc ttgacgaggt gaaagagctc tttgagaggg tggggaaaaa 270121 ggattaatcc ccctcttttt ttcctcattg cgagccatgc caaagctctc gcggcccttt 270181 ctggagttgg gaagttcttt atggagtgct cctccagcag tttcacacca tcccgaacga 270241 gttcaccggc catgaagtta actataaccg gcttgtcgca gtccgcctct attacggctt 270301 tggctatctc ctcacttggg atgaaaatag gggggacaca gattacgaga attgaatcaa 270361 cgttcccgtc cctgcagaca atttcaatcg ttcttttata gcgctcgtag tccgcatctg 270421 cgataaggtc aatcgggttt ctggtggagc actgctctgg aaggaaggac tggagtttcg 270481 caacggtgtc ctcgctcagc tttgcaatct caaggccgag tctctccagc ttgtcggtag 270541 ccagaacacc gggcccgccg gagttcgtga ttacggccac cctcttcccg gccattgaat 270601 acatctcgaa ggctttagcg gcgtcgaaga gctcctccat ctcctcgacc tcgatagctc 270661 cggcctgctt gaaggcggcc ctgtaaatct cgtagctccc ggctagagag ccggtgtgag 270721 aagcggcagc tttagctcca ctggcactct taccggcctt gagaactatg accggctttc 270781 tcttgctcgc atagctgagc gccttcaaga agtgtctgcc gtctttaacc ccttcaatgt 270841 aaagcgctat cgccttcgtg ttctcatcgt ccgcaaagta ctccaaaaag tcgctctcgt 270901 tcagatctgc cgcgtttccg taggagacga aggccgaaaa gccgatgccc tcttcgttgc 270961 ccattgccaa agccgcgccg ccgaaggctc cgctctggct gattaaagcc aacccgccgg 271021 gttttaccct aacctcaaag gagccgaaga acttcccgtg aacgccgaag attccggcgc 271081 agttcgggcc tatgagtctg acgccgtgct tcctagcctt ttcaaccagt tcgcgttcga 271141 gatcagcgtt cccaacctcc gagaagccgg cgcttatcac tacggcgccc ttgatccggg 271201 ggccgatttc atcaatgagt cccggcacga actttgccgg aatcgcgatt atggcggtat 271261 cgacgggttc gtcaagcctc tcacggattt caaagactct ccccgcgacc tcgacgcttc 271321 caccctttgg gttcacgggg ataatcttcc cctcaaaccc tccctcgacg atgtttctaa 271381 gtatctcgta ggcgattgca ccctttctga aggatccaaa gaccgctaca cccctcggat 271441 agaaaaagaa gtcaaggctc atcttttcca cctccagagt gctatgataa ccgcgataaa 271501 gattacggga actgcagttt gaatgcccgc ggaggatctc tccacagtta taacgatgct 271561 tccgtttttc ccccgggatc cacccaccac ctgcgggaac tcttcgggca gctctatctc 271621 cgccctccac tccctccgga agagtccctc atcgtactcc agcctgggta cgaagtagcc 271681 cctgacctcc gtgacgttgc cccttttgat gtaggtcacg tttctggcac cgggcagtgc 271741 ggggagaccg gcttcacaca tgtaagttgc gttgaagaac acctttccct cctccggtga 271801 atagtggagc tctatcctga gggggttgca ggagaggggt ttgctggttc cctcgccggg 271861 gctcccggtg gagaccccga tcatggggag gtagtcggcg ttctcccata tcaggacgtt 271921 tttggccctg tctgctggag atggaaacgt atacagaacc gtccagtttc tgggtaaaac 271981 gaggattatc ctcctgaact cgaaggagta cacctttcct ccggacacaa agtcgagtgg 272041 gccggagtag gggcattcga gacccctttt gcccttcgtg aggaacggaa cgatgtaaaa 272101 gttcaccctc gcgctccagt tagcggtgat ctcgaccgga ccggatgaag gtagataaac 272161 cgtgaagttt ccgtaccttt cgtgcagatc ctccaccagg ttcctgtaaa ccagctcttc 272221 cacgagcttt gtgaagtcgg tttcgttctt cacaagttcg cggtaggctg ggtttgttag 272281 ccttgcggag atatcgaaat gggcacttcc atccggattc acctggatga gcataaccat 272341 gtcaaagacg ttctgctcgc tctttcctct gactggctgg gtccaggccg ctccaagaag 272401 aaccagtgcc aggattagtg ctgttcctct tctcacgctc atcgttggcc cttggatctg 272461 tcccacaaaa actttgcggg tcgaaagtct taaagggatg gtgaggtatc atattgctta 272521 ggtggggcga tgaggttcgg tatagttgcc agaagggaca gggaggccgc tctaaaactt 272581 gcctaccgtg tttatgactt tctgaaggtt agcggctacg atgttctggt agatagggaa 272641 acttttgaga acctccccga gttcgaggaa ggtgatgtgg ttccccttga ggagttcgac 272701 gtcgatttta taatcgcgat cggtggggac gggacgatac tgaggatcga gcacaagacg 272761 aagaaggact ttccgatcct cggcataaac atgggtacct tgggctttct aacggaggtc 272821 gagccccatg agactttctt cgctttgagc cgtcttctgg agggggatta ctggatagac 272881 gaaaggatga agctcaggac gtatttaaac ggtgaaaact ccgttcccga tgccctcaat 272941 gaggatgcaa tcctcacggg cgttccaggc aagatagtcc acctcaagta ctacgttgat 273001 ggtggtcttg ccgatgaggt gaggtccgat ggagttatcg tttcgacccc gaccggttcc 273061 acgggctacg cactctccgc cggaggtccc ttcgtcgatc caaggcttga gctcttcgtt 273121 atagccccaa taaaccccat agccctcagt tccaggccta tggtcgtgcc ctcctccagt 273181 gagatagaga tcgttcccct tccccccgag agggggctca tccttacggt cgatggtcag 273241 ttctacaccc atctcagccc ggacacggag atcaagataa agaaatcgcc gcgaaaagcc 273301 cgctttgttc gcttttccca cgagatttat cccaggtatc ccttccgcct caagaagagg 273361 ttctagctct ctttcggttt caggccaagg tgggttacga tgatcgcccc gagtaccagc 273421 gggagccaga atgatatcat cctgtcgagt atgctcgagg tcactgccat ctctcttgtg 273481 acccccaggg ctacgtagac tcccgaggtt acggcttcga ttatccccgc cccaccgggg 273541 atcacgctta ttatcccaac cgttgtggct atcatctgca cggtgacaac tgccaggaga 273601 cctattttat agccgaggct aaggaagacg aggtaatttc tcagcacaac gaagatccac 273661 gtcaggaatg agtagaaagt tgagagtatg aacgttttcc tgtccctgac caccaccctg 273721 agcccctcgg tgaaatgggg gatgttggtg tccaccaaac agttaaactt ctcctcgtgc 273781 tttttgatcc tcgacggaat tagccttgcc aggaggttga atatcatgta gagtattctc 273841 ctgaccctgc gttcgctcgt tatgatcagc gtggtcagtc cagttagacc agccagcata 273901 agagtcagga agagtatcac ggcgaagagc cccgtgaagc cgagcgagta tacgtagacc 273961 gccgccatga ggagcattgt cataaccgga atcagatcca gtatcctatc ggccgtgaca 274021 gttgcaaaaa gctggccgta gctgcccttg gagcgcttaa ccaggtaata cacccgaaag 274081 gcctcgccgc cgcccctggc cccgggggtt aggttgttga aaagaacacc gatgaagagc 274141 gccgcgagcg tatccctgaa ccggacctct atcccgagcc cctttattat gacgtgccac 274201 ctcatggccc acgtgactat tcccccgaag tacatgagaa cggctatgag gaggtaataa 274261 acgttggttc gtcccagtac ccggagcact ccctccgttc cggcccacca cacgagagca 274321 atgatgacga ggacgcttgc tacgaagggc agaatctttt tccagttcat tcctcacacc 274381 ttcctgagct ttgctatgaa gaagccctgg gtcaagtgcc tgttggggta gaagcgctga 274441 acattctcaa gtccgattcc ttcggagcct atgaaaacgg cctgctcctc cagctttagc 274501 cccttctcaa gcatgaactt cacgttggcc tcgttctcct cgtagctcag cgtgcatgtc 274561 gagtaaacca gaactccccc tctccttaga gattttatag ccgcccagat gaaggccctc 274621 tggtagcggg cggttgcgat tatgtccttc ggcgtcctgc tctcccagag cttcggcctt 274681 attcctaaag cggtgcaagg ggcgtcgagg agtatcttat cggcctgaag cccgagttca 274741 ggcagtttcc tcgcgtccat cctgatgagc ctgacgttct tgacgccgag tctttttagc 274801 tcttcctcca tcttcctcag cctgttcctc gacttgtcaa tcgcgattat ctcgcccctg 274861 ttctggagca gttgcgctat gtggctcgtc tttccgccgg gagcggccgc catgtcgatt 274921 atcagctcct cctcgctcgg ctcgaggacg tgggcgacca ccatagacgg taagctctgg 274981 gcgtagaaca ggccctcctt gaagctctgg agttcactta aacttgggag tctgaacttt 275041 ggcagggtaa cctcaacggc caaacccctc atcgaaacta ccatctcctt ggcgctcatt 275101 ttagcaatcc cgattccgac gagcaggccc ctcgggtctc taatctcgac ctcgtcgccg 275161 ggccttatgc tcttgtctgc ctgaaggact cccggcgcgt agaggttcgc cccctggtag 275221 acgctctcgc tcgcgaactt gttggctctc acgaccttca ccccgggctc gtagtcgtct 275281 ggaaagttgg ggccttccct ctcgaagtat atgccctcct tgaggtaggg gctcctcttc 275341 ggctttagtc cctcccgcct gaggattcgc atcagcttgt ccctgctcgt ctttagggtg 275401 ttcacccgaa tgtagtactt ctcaaccggc gttctgagcg atgccattat ctcctctgcc 275461 tcactcccga agagttccct gtagtactcc ctgagctccg ccggaaatgc ctcaaaggtc 275521 gaagatttcc cattcccttc caacgtcaat cagcctctca aggccttttt tgagcgcttc 275581 tacacttcca aagttcgcct caaactggaa gaccttctcc tcgctcccct caatcctctc 275641 aaggacttcc ctcggcgaga cccttccgtc gcgcctccag ttgtagacgt cgctcaggaa 275701 gttctcgctc ccatagatga agctccttgg gaagagttca aggaacaggc taaggaaccc 275761 ctcgcttatc ctctcctttg gaacggcaac gacgaagtag taactctcag gcgtcgcccc 275821 gacctcaatt tgaggcttta tctcaaaggc cgggtggggg tagtccattc tgacccactc 275881 gccgtcgagg aatatgtagg ctccaaagac ctcctctaca tcttccacct tgaagccctt 275941 ccccgtcagc tcggctttga gttcatcgtt gagcgtgaat atgtcgtccc atagcctgtt 276001 gagaaactcg tgaatttcct taaccttcat ctctcccacc ggaagaaaag ggggagagga 276061 gtttaaaaat ttgagctcag acctcggaaa gtgcccggtt tatctcgccc attatgtccg 276121 tttttacagt ctggtcaatc gtcttgagcg ttacatcctt tgttccggag aaccccggca 276181 ctgatatctg caaccttagg aacacctccg cccgtacgat gctcgtttcg ttgttcctca 276241 cgtgcatctc ccatgccttt gggatgttcg agacgagaac gtacgttttg actgggagct 276301 ttaccgttcc cccagctggg atgaccgttg ttttgaggga ctccccttcc ccaagcttta 276361 ggccgttcac ccacacctta tagttcgttt taagtattgg caatgggtac gggttggggt 276421 tgtagagaac gagatccgtc ataaagacgg ctttgttgcc ctcccttccc aggtacctta 276481 ccactgtgtc cttcagctct ggggtcttga tgatcgaaag ccccgctatg ttttggcttt 276541 gggctttcag gtggatcttt tcgagaactt tctcgtttat ttcctggctg acctcaacct 276601 ccttggagag aaacagcatc tttggcttga tcacaaccgt taggttcccc ctttctcctt 276661 tttcaaagta cttcaggatc gcgtctacga tcttctcatt atccatttca aggctggcct 276721 gaatcctggt tccgaagggg gagtaattga attcaccgag tcttccgatc tgcatgccca 276781 tgaacagaaa cctcagctca tcgatactaa cgggaaccag caggggcttt ccaatgctcg 276841 cgtttattat gatctccgtt ttttcctcag ttacctcgcc ccacgccacc gaaaccttgg 276901 gggatgcgtt gttcagggcg tatgcaatgt atccgcccca gataatgagg agtatgaaga 276961 ccgccccaat taccttcccg attattccca tagctcccac ccatgtttta tttggaaaca 277021 tcttggctta aacttttttg aattttacgg cagttcctcg attattttac gccagttccc 277081 gggcttcctg aagtccttct ccgtgtggag gccttccttc ttgagtatcc cgcgagcggc 277141 gagcaaacct gtcgcggcgg cgttgactat gtccctgctc aggccggctc catctcctgc 277201 cgcaaagatt ccctcgatac tggtctcaag gttctcgtcc acctcgacct tcatggcgta 277261 gtacttgatt tccggcgcgt agaggagagt gtggtcgctg gcaacgccgg gcagaaccct 277321 gtcaagcttc tcaaggccct cgattatgtt ggtaacaacg cggtggggca gggccatcgc 277381 tatgtctccc ggcgtcacgt tcctcagcgt cggctcgacg tcgctcctcc ttatcctcgc 277441 ccacgtgctc ctcctgcccc tcctcaggtc gccgaggcgc tgaataaggg gctttccacc 277501 gcctatcgtt gttgctagct gagctatgct cttgccgtat gccgttgtgt cctcgaccgg 277561 ctcggtgagc tctatcctgc tcaggaaggc gaagttggtg ttgttgctct tcttctcgtg 277621 catcgagtgt ccgtttactc caacgtagcc gtcgtagcgc tcctcgacta cgaagccgtt 277681 cgggttggtg cagaaggttc taacgaagtc atcgtaggtg tcggtgtaga tgtggaactt 277741 ggggtcgtgg tttatgctcg ttatgggctc catgactatg gccggaacct caacgcggac 277801 gccaacgtca atcgggccgt gacgggcttt aagccctatc ctctgggcca cctcgtggaa 277861 ccagtcggct ccacccctcc cgggagcgac tatgatgtag cgggctttaa tctcgaagac 277921 ctcctttccg cgcctaacct tcacccagcc ctggccgaac tccaaagcct tcgtccagag 277981 gaggaactta actcctttgc tctcaaggtg cctctttatg tcgtctataa cctcgggcgt 278041 cctgtccgag cctatgtgcc tctggattat cgggacgaac ttaactcccg cctgcgccgc 278101 cttctgctcc cagtatctaa cctgctcggg gtcgcccttg tagaggttcc tcggtgcttt 278161 atgctttaga aaaatctggt cgacctccca gacgagctgc caggcgtagt tctcgtcgtt 278221 tgtcagctcg ctcagatcgc ctccgatgtc cgggcggagg tttatcgtgc cgtcgcttaa 278281 tccgccagct cctccaacac cgctcattat gtgacagggt ttacactcga cgcaataacc 278341 gagctcgaac atggggcaaa ctctctgttt tacgtctccg ccctcgtcaa tgacgagaac 278401 gctcaggtcg ctcttttcag ccagctcgta ggccgcgaaa agtcctgcgg gacctgctcc 278461 gataatcaca acatcgtaga accttccgct tccgttcccg gagaccatat ttcccttgcc 278521 gaggtctatg actttggcct taaaaatctt ttggcaagtt tttggttaat ttatcaatgt 278581 ttctccatgt taattaacat taatatgata aagttcatta ctcacgtcct caaacactat 278641 gtacacgcca agcaccagcg ttaacgcggc gaatgcctca acccagtttg aagtcgagag 278701 cccctcaata agcgggttca tggagaagaa cccgaggagt atcccaaagt actttagcct 278761 tgaatctgcg ctgggagcaa ccggccccct gcttagaccg tagtcgacca gtagcacaaa 278821 gccatgaaga acggcgaaga ttacaaagag gagcactgcc atcattaacc caataacaaa 278881 agcactggtg agtatcacgg ccaggttaat cataaggatt gccttaataa ttttcaaacg 278941 ccttataaac tagatagcca cccaagagag acggaaggag aaaaacaaaa acccataccg 279001 gattagaagc cttttgggct attgagatgt ccgctatcca ctggaagaac cataactctc 279061 tcaccgttcg tggtgggtac tgaagtttct tccccatcct tgacagtttc cacttgaaaa 279121 ccaaaactat ggccgggaat gtcatgaaaa gcccgaacac ctctgttatg tccaaaacgg 279181 catcccaagc tccaaaactc gaccctaaaa tcagaaggct tacagtgaag attccactga 279241 gaaagagaac aactctcctt tggaattcgt tagctctccc cgaactcccg agagccataa 279301 ggctcaacca tggaacaagc actgctaggt ttgctgagag aacgtaaatt cctctaagga 279361 ctccaaaatg ggaaattagg acagaagaaa tgaaaagaga ggtaacccca tagagtatca 279421 tgctttcaca cttattcatg gttaacacct ctacggccag cctaacttct catgaagtgc 279481 actagtcgtg tcattctgag gaatatggca tgtcaagctg aatttctaat gtgtaatttg 279541 tctccgtcca agcaaattcc caatggcagg attgtatatg tacctatagt caagcatgct 279601 cttgtttcct ggaatgtgga taggaggcac aagtaaaacc tccgtttgat tagggtcaat 279661 attaattgga ttgaactatt atcaacgcca gtaagaccac ccacgcgaga ggggcgatga 279721 tttgaagcag catgcatatt gcatcaaaac ccattttgac aataacgtaa ataaaaacat 279781 agagccatgc cgatactctg aggatatctt ttttagtttt cacatctttg tattcctgag 279841 atatttttgc gaaaatcaca aaaaccacta cgcatgccaa gaggatgaaa attttaaccg 279901 ttatggacat agaagagcat ttcaacagct ccaatgtaat cgtcaggata aagacagaat 279961 ccgcaattag cagtaacagt cttttcttcc agtttagatg caagatttta tacaccagag 280021 agccaatcca atccatctct ttaaggtcaa ggtacaacaa aaaccaaaac actggaacac 280081 caaaaatgac aagtagctta atcaatattg gaactctcaa acttgtagct gctacaaagc 280141 cgataagcaa aaagaagaat ccaaaaaata cgtcgtcctt gaatcctaac aacaaaagaa 280201 tcataaccac aagtgccaat ggaaaaacca ctagggatat tatatactcg acagatacat 280261 tctcataatt taaaatgaaa gctatcccaa gataaaagag aaagagaagg agaaatgact 280321 ttttcaatcc caaatcaccc ataaacgatt accccctcca ttcagttatc aacttctctt 280381 tcatccaatt ggcaagccaa ttaatactta tctgctggag gagagggtta gtgattgggc 280441 ttaccttttg tctgatgctc ggtggaagtt tattaagggc attctggatg aactcaatat 280501 cagccagggg tatggttttt gtcttgagtt catatgttaa gaatacatca gtcgcaacat 280561 ctgtaactac tgctatctga tcgacttcta tatatgtgct ctctataaaa gtgaaacgct 280621 gaatcccaat tctatcaaat ggcacatcat acgttatttc tattggaatt gttgccccat 280681 agaattctgt ttctactctg atatcatttg cggcatcttc ccaatatggg aagattaacc 280741 cagcaccact tagtaccctt atgagcctag gaagactaga ctttgatatc tcaaagtatg 280801 ctgtggagtt tatggcaaaa tattgacctg cagatattgt atgtggatta atagaagtaa 280861 ctaaactatc ggattgtagg tatttgttta gtactgatgc attcattttt gccataattt 280921 tgccattcac ttccaagctg aaattgtatc cattgtaaat tacaaattta caagccagct 280981 ttgctttata attgcccata tcatatttaa agtataagtt gtcgcattca actcccactt 281041 gctttaatcc gatgcctttt atcggcttca cttccacttt caccttcttc cacttttcat 281101 ctccgttgcc gtttggttta ccgtcggtgt tgtcgatgaa gagcttgaaa gtgtgatttg 281161 cgattccata gagggtgtat gagaagctaa aactcttttc ttccctggct ggaatcgtgt 281221 ataccccact gtcccccatc ttaactataa cggctccagc ctcgtcctcg atgaatccac 281281 gcacgtccag cttatcaggc ctgtaattcc tgaccttcac cgtgaagtac accatcccac 281341 cacccgtcaa ctccgtggga aagcctccaa ctcaacggca aactgctgat tggcttttcc 281401 aatattaatt tcccgcttca tgggtcctcc tcattcttct gttcattgag cacaattaag 281461 ttatccttgg aggcctccat attctcggga gatcgaactt cagccatagg acgaaaacaa 281521 ccaagtaagc aatgaggaaa ggtattagtt ccctttgaaa tccaaactcc tcgactaagg 281581 caccccacga taagacaaca tagggaactt taaggagata aaaggctctt ctattttccc 281641 tgtggtctat tagtagcatt aaatggaaca cccaatagct agctagaagg gaaaggatcc 281701 aaccagcacc atgagactta agaagcacta atatgaaaaa tcctaatagg taccccaata 281761 taacgtcact aacactttca ttctcttcac gtttagaaag gggtctttca tattccaagt 281821 agaacaaata agagaacaat gcagatagtg ctaaccacga aataactgcg atatatgtgt 281881 tgttgtattc actcccagct atgaatgttg atgaaaatac caaaattgcc agtcctaaat 281941 ggcaagattt tgttttagcg cttatagcca tcacgaaaac aagagaaaga tagaggaaca 282001 acgttgaaat ttcaacaacc attttaaatc accacctctt tgttattccc ctaatgaatc 282061 cttgggccat cttaagaatc tcccatgctg tcacccgcac gtttagcctc tatgagcccg 282121 aggattatca ggtaacctcc aattaggcct ggtagtaagt acagaaacac ttttagcggc 282181 tcgtcagact taacggcgag aatgcctgta tcaatccact gaaacaccca gaagtacttt 282241 gcatcggttg ggggataact gagttgttcc ccacttcttt ccctactctt ctttgcacaa 282301 tacatgggag caataaagag cagataccat gccaaaaatg agacaattac cccggttgct 282361 ttctcaaaat cattgtagac gagagctatc actcccagag cacctactga cgagaggaga 282421 gatgtcaatg tgatgagctt gattagcaga tttttccctg tgcctctgga ccagagaacc 282481 attgttcccc acatggggat gaacatcacg tttattgcga acacatacag cccgctttca 282541 agtcctctaa ccctcaccat aataagggag gacaaaagga taagaaaaaa tcccgaaagg 282601 aaactcctta tgaatctcat ttgaattaac ctcctttacg gtgcatcaag atactcatac 282661 gctataactc ctgctataaa tcccaatgcc gctccaacta aagttccagc cccaggcaca 282721 actgaaccaa gggcggctcc tgcctcagta gattcaagta tatacgtagc tgcaattgta 282781 gtagttattc cgatagttac aggaattgca atatgttcta ttactctgtc atgattaatg 282841 gttattgtca cgtattgggt tactgtgtat cccaggtcga ggatggttcc attagacgtt 282901 acaacgtatg ggtgaccgtt ggcatagacc gtgaagttga cctgcactgg gactttgaac 282961 cctgctaaat ccttcaaatc aaatgccgtt tggagtaagt tgctctctga caggacacca 283021 tggtaatcaa gcttaaaact ctccaactcc cccgggagcc accttacgtg ttattattgt 283081 ctcagctggt attccaatgg tcacatcttt cgtacgctct gttgcaagga tgcgactggg 283141 gtcaatatca atgcgggtga tattccattc gacgtctgtg gggtttgtga agtatacttc 283201 gcatttcatg tctaagacta agttgccctt ctccgcggat agcttcatgt tgtcacaccc 283261 cataaatgct ttcttggtgg ttgggggagt cacttctact tttgcttccc tctgttcttc 283321 cgttccaagg ccgaggggtt taccttcctc gttgtaaatg aaatcgtcga cgacgagttt 283381 aaatgtgtag ttaccggttc tataaagtat tgggccggag atccagaggg tatatactcc 283441 tgccttgtcc ggtatgtcat aattgaagtt cttaatcaca attccatttt ggtcaacaat 283501 tttgatatga tatgtaacag tgggtgaggt agacattaaa atatcaggca atgggtcatt 283561 tgaattatct ttgaagtcat actttgagtg atacaccctt agttttaagg taaaccatac 283621 cctacctcca ccgtcaagcg tccttggcca gaccgtaaac gagacaccaa agtctccgtc 283681 aaacgcggtg atgtttccgg agtacgtatc aactttccct aggtttatgt cgccgagggt 283741 tctgttgact tcgatatagt agtggtgatc tcccttctcg gcagagtacc acctgagaac 283801 aaccttgttc tcggagttcg cgagaatttc cacgctcttc tggtctacaa ctctgccgtc 283861 gatgtagagg gcgatcttta agtcctctgc ggtgggatag gtgttgccca gagttactgt 283921 gaagttaacg gtttcgtact cctttggcag gtcgggatca acctcgaccc cttcaatgta 283981 caccttcccg ggatcgtctt ccctctggac gaggacgctg cccctgtctt ccgcctgaaa 284041 gccggcgtag gagaacaccg cgaagtactc gtacctgccg ggttcagggt aggggacggt 284101 ggagaccgtt acctctgttt ccttgttcgc tccgagggtc agcttcccgc cgccgagcct 284161 taccgtcctc ttgcccgaac catcaggcac ctgggcgtag agggtgtagt aacccctaac 284221 cggcagggtg tttccgttct cgattctgag cctgaaggtt atcgagtcgc ccacctcggc 284281 cacgtccttc gatggcatca ccttcacctt aaccttttcg gggtcgagct gggatatgag 284341 gtcgaaggtt ccggtgtatt cgagctttat cacccttatc gaggtagtct cgtcaccgta 284401 gtccagggtg gcgggctcac taacgctttc gaccgatgat gtggatttta tcacgacatt 284461 ctctcctccc ggaccggtta ccggcctgta agttatcgtg actattccgc tgactttgac 284521 cttcagcgag ccgtcgagga ctccgacaga ggtggtgagg tttccgctct cgattgttcc 284581 actcccggga tcgaggattc ccggggttac cgcctgctcc tcgctgccgg tgttgaaggt 284641 gacgttgtag acaacgacct gtccgccgct cacggtgtaa tcgatggcga cgtggtattt 284701 aatggggttc gcatcatgag aggctctgac gacgcgaacg gcgtttatcc tgaaaacggg 284761 ctcctgggat gaggtggaag ttagcggctc gggggtggag aggtggaggg gagttggcat 284821 aggacgcggc cttggcggcg aggggttcgg tgtgaaggaa gtcgagacga gcctgacctt 284881 catgtactcc tcaagctcat cgtacttctg ccttgccaag ccccagagct ccggattgga 284941 gttgcccttc tctatcgcga cggcgatggt gtagagttcg ccgagagttc tgtacgcttt 285001 gagcgcattt tcccagctgt accgtctgac ggtcttcccc ctgctgtcta ttgttaccat 285061 cgagaatcca atgcccccgt ttgagtagta gatgctggcc gagtaaattg tgtccacgac 285121 gtcgctctta gtggatctga cggcgtaaac gagcgagttc gggttctgat ttatgatagc 285181 gctccggatc gaggaggtgc tgacgagcgg gttcgaggtc agcgttccag atggagcctg 285241 agatggcgag gcaggccaga actccctctc aaccgcccag gtttcgtact tggcgtactt 285301 ccacccggtg aagatgaacg aatccgagag cgcctggagg aaggcggaca tgctgaagga 285361 accggttatt gagtctgtgt tttcctttat gtattcttca agagccttta tttcctcatc 285421 gttccagcct gaggaacgga gctcatcaac gacttcatcc ggaagaccgt tctgggcgat 285481 ctctctcgcc atgtccttga gctcgtcctc cgagtagtcc atctttacgc cgcttctcct 285541 gagttcggtg taggcctccc agatcagggc ggagatgttg gccgcgttct cctcaccgag 285601 tatggagttc tgtatcagat cggttacgtt gtttccggtg gagttaacga ttgcaacgag 285661 ctgggcttcc taaccgaggg tttcccagaa aatgctgaac gctgttatat tttcattcaa 285721 atcgttactt gatgccccgc ttgaagctgt agttcccttc acgactccgg aaaacatact 285781 aaggaagagc attgctatca aagctactcc cttccatttc atgaaaacca ccaagagtta 285841 taatactgga aggtttaaaa cttttttcta tccgaatttc acatactatc aatgatagta 285901 tataaaatct ggaaagttcg aaaggtttaa acgctctgga tggaaagata aaagatggtg 285961 cgcctaccga tggaagtgcc ccccggaaag tggagcaagg cgaagaaagt tcatctcatt 286021 cacaccaagc gcagaatgct ccagctcaag cgcaaggatg agctgagcta taacatccgc 286081 tacatctcaa aggtccccgt gaagctcgta atggacaggg agttcctgac ccttcacccg 286141 gaggagtcct tatcaaagct cgtccaaagc ctcaggggtg aggagagctc tgcggtggtt 286201 gttgacgatg aaggtaaact cctcggcttc atcacgatga aggacctcct ccgcttcttc 286261 gaacccccga ggaggtactc catagtgggc ataaacctgc tcaaaaagta ctccataagc 286321 aacgcctccc gcgtggagga cataatggtt cgcaagccca taacgattca cgtcgatgag 286381 aacctcgggc gggcgatacg gataatgctc gaaaccggaa agcaccacct cccggtggtt 286441 gatgataaaa accgcgttca cggcatcctt gaggtcaagg acataatccg tctgatacgc 286501 atagtctcgt catgaacccc taaaaccgca gagggatgat aatcatggac gtgttcctag 286561 agctggcgct gatactaatc gttgcgaagc tcttcggcta cctcgccgtt cgcctcggct 286621 ttccagcggc cctcggccag ctgattggcg ggattctaat cgggccgtcc attctgggac 286681 tggtcggctt cgacgaggcc gtgaagcttc tggccgacct cggcgtcgtt atgctgctct 286741 ttctggcggg ccttgagacc gacgttgagg agttcaagca cgttggtatt cccgctttca 286801 taatagcatc cctcggcgtt ctcataccct tcatcctcgg ttatgttggg gctctggcct 286861 gggggtactc gaacatacag gccatgttcc tcggtggagt tctgactgcc acgagcgtcg 286921 gtctcacaac gagcatactc atggagatga agaagctccg cacgagggtt ggaacgacga 286981 ttttagctgc tgccgtcgtt gacgacgtcc tcggcatcat cgtgctcacg atactcgttg 287041 gaataaacac cagggggagc gtctacttca aggacctcct cataatcctc ggcgaggtcg 287101 tcctttactt cggcattggc cttcttatcg gcaatcccgc cgtcagggag gctttgaagc 287161 tttcggagag aattacttta cctgagaccg ttacggcttt tgccatagcg ataatgctaa 287221 tcttcgccta cctcgccgag cagttccaga tagcgggcat aaccggtgcc tacctggcag 287281 gtcttctcgt ggcgagcacc gacgaggcga aggaagttga cagaaagttc atgacgatag 287341 gctactccct cttcattcca gtgttcctcg tgagcatcgg catagagagc gacgtgcggg 287401 ttttagccca cgcgggaacc tttgccctaa tctacgccat actcgcgata gtgagtaaag 287461 tggtcggctg cggcttcggt gccttcgtct cgaagttcag accgattgag tcccttcagg 287521 tgggcgttgg catgataccc cgtatggagg tggccctcat catggccaac gtggccctca 287581 acgagggcgt cttcgacagc gggacgtttt ccataccggt cacgatggtt ctggtgacga 287641 cgatagtgac gccgttcctc ctgaagtggg cattctcaag ggaatagggg cggtagcatg 287701 gagatactcc tcctgatagc ggtaatgctc gcgacggcga agctgatggg gtatctcttc 287761 gagagactgg gtcagcccgt tgtcctcggc cagatattcg ggggcctgct gattggcatc 287821 ttcttcgaaa ctaacccggt gataggccag ttcgccaacc tcggcgtcct cctgcttctc 287881 ttcatggctg gtcttgagag cgagcttgag gagttcaagc gcgttggaaa gcagagcgtt 287941 gtcgttgcga gcctcggcgt tctggtcgct ttcctctttg gctttgccgt ggcttacctc 288001 ttcgtccccc tccacgaggc aatcctctac ggcgcgatga tgacaccgac gagcgtgagc 288061 ataacggtga aggtgctcat ggagatgagg aagctcaaca cgcgcgaggg gacgacgatt 288121 ttagcggctg cggtcgtgga tgacgtcctc ggaatccttg ttctcactgt ggcgatttcg 288181 atgataaagg gaggcgaggt caactacgcg agcctcgccg aggtcgttct ctcggtctct 288241 ctgctcctct tcttcttcct ctacttcggg cccggcctcg cggacagggt ctttcgcatt 288301 ctctccagag ttgacctgcc cgagagcgag acggcctttg cccttgtttt cctcatagtc 288361 ttcgccttcc tcgccgagca cctgaacctc gcctcgattc tcggtgccta cctaacgggc 288421 ctcgccctcg gccagagctc caagaagaag acgataatgg accacatgaa cgtcctcggc 288481 tattccctct tcatcccgct cttctttgtc gaggtcggga tgaagataga gctggactac 288541 atcctccacg cgggcctctt cgcggttctc tacaccattg cctccatagt gagcaaaata 288601 gtcggctgcg gcctcggcgc caggctggcc ggctttgact gggggtcctc cctcaggata 288661 ggcgtcggga tgattccgag gatgggtgtt gagctggcta tgctggccgt tgctatgggg 288721 agcggaataa taggccccga cgccctgacc gtggcgattc tcatggtgtt cgttacgact 288781 gtgataacgc cgcccctgct caagtggctc tattcaaggt agctccgcca accgagtgtt 288841 catcacgact cagccagtgc cggtttcgtc atcgctcgcc ctgggttggc ataggttttt 288901 aaattgcttt ccccagcttc cagcatgagc gagttctcaa cgatactcag ctcggcactg 288961 ctgatgctca tcatgattga cccgagcgac aagatactcc tcgttagctt cctgcgcgag 289021 gattttcaca tagaggacat aaaggcccta atcgtgagag ccaacctgat aggcttcctt 289081 ctcctggcga gcttcgcggt ggcaggtcag ataatcctcc aggagatttt tcacatcgac 289141 ataaacgccc tgaaggttgc cgggggcttc gttctcttca aaattggtct cgaggcttta 289201 gaaggcggtg gaatgttcac gctgaagagg gagcgtgata ttctagcttt ggccgccgtc 289261 cccgtcgcga tgcccctcat tgctggtccc gccgctatta ctgcggtaat aacactcacc 289321 gccgagtacg gctacctcgt ctcgctctcc gcaacggcca tagcgattgc agtcgttgcg 289381 ctctcgatgt tcgtggcgct ctacatgatg aagtccgtca acaaaacctt cctgagcgtt 289441 actatcagga taatcggtct cttcataatg gccattgggg ctcagatgat ggtcgagggc 289501 gtcgtcggga tatacctcct catgacattt tctggataaa cgtcaaactt tgtcgggata 289561 accttttaac tcctcccttc cctcttccga aaaggtgaga gggatgaaag ttgagcgcgt 289621 taaggggacg agggactttt taccggagga gatggcgaag aggagatggg tcttcgagag 289681 gattcgcgag gtcttcgagc gctataactt tcacgaggtt ctcacgccaa ctttcgaata 289741 cactgagctc ttcaagctca ggagcggtga ggaggttgta aaacagctct acgccttcct 289801 cgacaagggc gggagggaca tctcgctccg cccggacatg acgtcgagcg tcgcgaggct 289861 ctacgtttca gccttccaga cggcccccaa gcccatcaag tggtactaca tcgccaatat 289921 gttccgctac gaggaaccgc agagcggtcg ctttagggaa ttctggcagg cgggcgttga 289981 gctcatcggg agcgataagg ttgaggctga cgctgaggtt atagcgctct tcaccgagag 290041 ctacctcgcc acaggccttg aggacttcac ggtgaacatc ggcgaccgcg ttctgctcga 290101 cgagttcgcc aagatgctcg gcgtcaaaga cgatatcggg ctcatgaggc tcatagacaa 290161 gaaggacaag cttacccaag aggagttcgt caaagctttg aaagacttcg ggctgagcga 290221 tgaggacgtt gaaaaggtac tttcgctcgt cgagattaaa ggggaacctg acgaggttct 290281 cccaaaggcc gaggagctct ttacgagcga gaaagccaag gctgagataa ggcgcctcta 290341 cgagctggtt gacctgctcg acgcctatgg agtctcgaaa tggattagga ttgacctcgg 290401 aatagcgcgc ggttttgact actacacgag cgtggttttt gaggcgatag cgccgaacga 290461 ccttggaatc ggctcgattg gcggtggtgg ccgttacgac aacctcatcg aggtcttcgg 290521 tggcaagcct acgccagcga cgggtttcgc aataggcata gagaggctca tcccgatact 290581 cgagtggaag ggcctcatac ccgaaatcag gctcaggccc gacgtttatg tgattcccat 290641 cggaaaggac gttgagctca ggaagacggc cgtcgaggtc gtctctgcac tcagaagggc 290701 tggtgttaaa gctgatgtag agctcactgg aaggaagctg aggaaggccc tcgaccacgc 290761 tggcaggctc aacgtgccgt acgtggttct catcgggaaa agggaccttg agaacggcaa 290821 cgtcacgata agggacatgg aaacgggcga gcagagggtc gtgaaaaaag aaggcatcgt 290881 cgaggagctg ctcgagctcc tcggcctctg aaatcatttt taaatataag ggaaaaggtt 290941 ttttttcaaa ggtttaatgc catgtcacaa ctctgtgggt cacttttccc gccagtgcgt 291001 cctttagggc cctctccatt atttcgaggc ccttctcggc aatctcttca gttatgacga 291061 ggggcggcgt aatccggatt acgtttccaa acatgccgta gctgggcagt attaacccaa 291121 gctcaaaggc gcgccagcat atcttccccg tgagctcaag gtctggcttt ccattgggct 291181 taacgatctc cgcccctctc atcaggcctt tcccgcgaac gtccccaatt acctcgtaat 291241 cttccttcat ctcgccgagg cgctttttaa tgaactcgcc gacgcggagg gcgttctcta 291301 aaaggttctc cccctctatt atctccagcg ttgctttggc ggccgcgctc acaacaggat 291361 ttgccgccgg ggttaggagt gcggaaccgc tcgtcaggtt ttcgaggagc tccctcctcc 291421 caattacgcc gctcaaaccc atgccgctcg ccacgccctt gccgaagatg aggaggtcag 291481 gcttcacccc aaaccactcg ctcgcgaacc actttcccgt tctcccgatt cccgtttgaa 291541 cctcgtccat cgcgaggagt atgttatgtt cgtccaagag ccttttgagc tcagcgaaga 291601 atccttcggg aggaacgacg atccccgcat cgccctgtat cggctcggct atcagaagtg 291661 caatctcgtc cggcgggacg acgtgggcga atatgtaact ttccagataa tccagaaagc 291721 ggtttatcag ctcgtcgggc tcgtcgtagc cgttgattcc ccaggggttc cggtaaggat 291781 tcgggtaagg aacccacacg acgttgggca ccagcgggga gaggcccctc ttctgtgagc 291841 tttgaaaggc cgccaccgac gttgccccgt atgtctgccc gtgataggca cctatgaagg 291901 ataaaatcca cggtcttctt gtggagaacc tcgccgcctg aagggccatg tcaacagcgt 291961 cgctcccgct cattccgaag agtacgagtg gtctttcgat aggggccatt tcgatcagct 292021 tttccgcgac ctctattgcc cgcttgctgt gggtgtatcc tatcatcgag tgctgtatcc 292081 tagctacttg ctcctgaact tccttcacga gtttgggatg ggagtagccg gtggaagcgg 292141 cggccgctcc cgccagaaag tctatgaaga cgttcccgtc aacgtcctca ataagggcac 292201 ccctgcccct ctctgggacg aggggaaaga gcttgacgcc gagacccggc gagatggcac 292261 tcctttcgcg ctctataagt ttcttcgccc ttgggccggg cggtttaaca actattcgcg 292321 ggtaatcaga atacatttcc tcccctccgg ccgttaaaag tgtaaaaaaa ggaaatcacg 292381 ggttggctga gatgaactcc tccgtcttct ccttgacgta ccaggagagc acgagaaggc 292441 ctatcaggtt cggaattgcc atcagtccgt tcatcatgtc cgagaagttc cagacggttt 292501 ccagcttcgt gacggccccg atgtagatga agacgacgaa gagcaggttg tatatcaggt 292561 ggagcctggg atagagcctc gcgaacttct ccggatcctt ctcgagccac ttggccaggt 292621 acatgacgtt ctgcctgccg tagaacgacc aggcgagtat cgtggagtac gcgaagagga 292681 ctatgcctat tgccaccatt atttcaccag catgtccaaa cgctgctgcg aacgcagcct 292741 gggtcagcgg ggcaccgttg aggttggggt cgaggtaagc ctcagtgacg actattgaga 292801 cgccggtgag ggtgcagatt atgagggtgt cgatgaaggg accgagcatt gccacgtggg 292861 cctgccttga cgggtggtcg gtcttagctg cggcgtgggc gagcgttgcc gtaccgagac 292921 ctgcctcatt ggagaacagg cccctcttga ctccccagag cacaacctga ccgatcgctc 292981 cacctgcgac tgcctggccg gtgaaggcgt ccttgactat gagggcgaag gcagatggga 293041 gttttcctgc gaatttgatc cacacgccta tggcgaagat gaagtaaatt attgccatga 293101 acggaacgag catttcagcc acttcgccga tcctcttgat accgccgatg acgactatga 293161 aggtcaggac tgctagggca agtccggtgg cccacatggg gatgtggaag gccgttttca 293221 acgcatcagc gactgagttt gactgggtca tgtttccaat tccaaaggcc gcgatcgatg 293281 cgaacagtgc gaagagcacc gcaagaacct tgccgagcgt tgggtacgcg tcgtccttga 293341 gcaggaacag accgagaata gcgaacagca ccgcaattat tattgctcct acctgcgtcg 293401 caccgcttag tttcatggcg tcgcgaccca cgaataccgc gaagaggagc gtaaagacag 293461 ccgctatgta tttgcccgtc ttcggaatgt tcttcatggc aaagcccttc tctaggaagt 293521 tgaaagttcc gcctatttgc gttccgtctg gcagtttgtc tctaaaggcg acgccgagta 293581 gaccttccga atacctcgtg gccattccca cgagcgcggt tatccacatc cagaataacg 293641 cccccggacc gccgaagtgt atggccgttg caacgccagc gatgttaccg atgccaaccg 293701 ttccggatat tgttgccatc aacgcctgaa acggcgtgat gtcaccctct cccgtttttt 293761 tgcgcccctc gaacagggtg aagcgtatcg cccaccccag tcttctgaac tgtatcgcct 293821 ttagaatagt tgttaacaat atgccggtac ccaccagcag cactatcatg gggacgcccc 293881 agacttcccc atcgagccag tttatgaagt ccacaatggc actcattttc aacacctctt 293941 atctgtgtca tgtgcagtat tgctcttcta ccacgtacat tgtgcatgta gccactgatc 294001 agtacaccta tgtaattgat ccttttaaac cttaatcttg aaatttataa aggaaatttc 294061 cttcatattc gattgctcaa tgaaaaggct tatgagacct tgagcccagg tgggtagctg 294121 aagatatggt gggatgatga gtctggagcc ccctgatctg tgaagaggtt tcgcggggct 294181 gaccggcatg ataaaacggc gtctctgtcg agagtacata gaggagatcg agaggctcga 294241 acgttcgatt cgcgagcttg aagaggagat aatagagctc agaatgcagc tcaaaaggaa 294301 gacggaagag gttacaagtc ttagcattga gaacacgagc ctcaggtata agatagaact 294361 ccttgagagg agggagaaac agataatcga gttcctgaaa aagctcaaga taccgtttgt 294421 aatagttcag gaagaggggc ttgaggatcc cgattctggc cagaactgtg gagaaaaacc 294481 ttaatagggt tggcctcttt ttagttccag cttaaggggt gaagagcatg ggcatggaca 294541 tgaccacgag aatgtttaaa gaggaaggct gggtaaggaa gaagtgccct aagtgcggta 294601 aatacttctg gacgcttgac ccggacaggg aaacctgtgg cgacccgccg tgtgacgagt 294661 acgggttcat aggaaagcct ggcataccga agaagtacac ccttgacgag atgcgcgaga 294721 agttcctgag cttctttgag aagcacggcc acggaagggt caagcgctac ccggttcttc 294781 cgcgctggag agacgatgtc ctcctcgttg gagcgagtat aatggacttc cagccctggg 294841 taatcagcgg tgaggccgac cctccagcca acccgctcac cataagccag ccctcgattc 294901 gcttcaccga catagacaac gtcggaatca cgggcaggca ctttacgatt ttcgagatga 294961 tggcccacca cgccttcaac tacccgggga agccgattta ctggatggac gagaccgttg 295021 agctcgcctt cgagttcttc acgaaggaac tgaaaatgaa gccagaggac attaccttca 295081 aggagaaccc ctgggcgggc ggtgggaacg cgggcccggc ctttgaggtg ctctatcgcg 295141 gtctggaagt ggcaacgctc gtcttcatgc agtacaagaa ggccccagaa aacgccgacc 295201 cgagccaggt ggtcgagata aagggagact actacgtccc gatggagacg aaggttgtcg 295261 ataccggcta cggtcttgag aggctcgtct ggatgagcca cggcacgccc accgcttacg 295321 acgccgtcct cggctacgtc atcgaaccgc tcaagaagat ggcgggcgtt gaaaagatag 295381 atgagagaat tctgatggag aactcccgcc tcgctggaat gtttgacatc gaggacatgg 295441 gtgacctgcg ctacctccgc gagcaggttg ccaagcgcgt tggaataacc gtcgaggagc 295501 ttgagaaggc tgttaggccc tacgagctca tctacgcgat agccgaccac accaaggcct 295561 taactttcat gctcgccgac ggcgtaatcc cgtccaacgt caaggccggc tacctcgcga 295621 ggctcctcat aaggaagagc ataagacatc tgagggagct cggcctcgaa gttccgctcg 295681 ctgaaatcgt cgcgatgcac ataaaggagc tctcgccgac gttcccagag ttcaaggaga 295741 tggaggatgt tatcctcgac ataatcaacg ttgaagagaa gcgctaccac gagaccctca 295801 agaggggaag cgacctcgtc aggagagaga tagcgaagct caagaagaag ggcataaacg 295861 agcttccgct cgaaaagctc atcctcttct acgagagcca cggccttacc cctgagatag 295921 tggcggaagt ggctcagaag gagggcataa aggtcgagat tcccgacaac ttctacacgc 295981 tcgtggctaa acaggccgag aagaccgaga agaagaccgt cgctgagtat gtagtggact 296041 tcgaactcgt taaggactta cccgagacga ggacgctcta ctacgaggac cccttcatga 296101 aggagttcga tgcagaagtc gttaaggtca tagacgactg ggtcgtgctc aaccagacgg 296161 ccttctaccc cgaaggtggc ggtcagccct acgacaccgg aacgctcgag gttgatgggg 296221 aagaagtcag ggttacgaac gtccagaagg tcgggaaggt aatcctccac cgcgttgata 296281 aaccggagct cttcaagaaa ggtgccaaag ttcatgggaa gctcgactgg gacaggagga 296341 tacagcacat gcgccaccac acgggaacgc acgtcctcat gggcgcgctc gtcagggtct 296401 taggaaagca cgtctggcaa gctggaagtc agctccacac cgactgggcc aggctggaca 296461 tctcccacta caagcgcata accgaggagg aactcaggga aattgagagg ctcgccaacc 296521 gcgtcgtcat ggagaacagg aaggtgacct gggagtggct tccgaggact gaagcggaga 296581 tgaagtacgg cttccgcctt tatcagggcg gcgtcgttcc cggaagaacg ataagggtcg 296641 ttaaaataga ggactgggac gtccaggcct gcggtggaac gcacctgccg aacacaggtt 296701 taatcggccc gattaagatt ctgcggaccg agcgcataca ggatggcgtt gagaggataa 296761 tcttcgcggc gggagaagcg gcaatcgact ggatgcagga gaccgagagg cttctcaaga 296821 agaccgccga aatcttccgc gtcccgcctg agaaggtgcc agagacggcg gagaggttct 296881 tcaacgagtg gaaggaagca aggaaagagg tcgagaagct caggaaagag ctggcaaagc 296941 ttctcgtcta cgagctggag aacaaggtcg agaaggttgg cgatattgag ttcatcggag 297001 ctgtggttga gggcacgatg aacgacctcc gcgaggccgc caacaggctc aggaaggaga 297061 agagggttgt agtcctcatc agcagggagg gtcactttgt cgttgccgtt ggcgacggcc 297121 ttgaccttaa agcgggagag ctggcgaaaa taataacctc cgtcgccggc ggtggcggtg 297181 gcggaaggaa agaacttgcc cagggcagga taaagaaccc gctgaaggca gaggaggcga 297241 tagaggaggt caagaggagg ctcgggtgag cttttctttt ctcctcttga ttcaactcac 297301 gaggtgtccc caatcaaggt caaaacccta acacgtcaga taatcgcgct cgccgatgag 297361 ctcggcttca aggccgttcc agaataccga acgccggacg ggacgaggat agacgttgca 297421 atacttgaga gcgaagaaaa ggttttggcg atagagctcg aggcttcttt caagtggttc 297481 ccccagaggg ttctttacga cgttgtcaag gctcaccgtg ccggttttcc agagctctgg 297541 attgtaacgc ccttcaaagc gagccctggc tgggttctca gctacgcgga ggagatagga 297601 ctacgggtga ggctgatcga tgaaaaagaa acgctcgggg agttgggaac attccttgga 297661 cggtcagtct tccttcctgg ggatcaggtg taaggtgtag tcgtcccgcc agaaggggat 297721 tttctccatg tgcaccttta tctccgcctt tccgttctgg tggtagatcg agttcacgat 297781 gtcgaggggc accttgaagt ggacgtacat cgtgcccccc ttggtgacct ttaccttgaa 297841 ctcattcgtc ccattgtatt gcttcccgtt gtactcaacg aggtactcgg ttcctttggg 297901 aaagctcatg ctcagctcga agtccttgac tttgggcttt aggtcaatct cgaagaggcc 297961 ccacccgtcc ttttcgacga agaccaccgt tgtgttgtcc ttgtagaaaa cttcatggta 298021 tgaaacgctc gcgggtggca ggtgggccgt tttgacggcg tatccaaaga gggccagcgt 298081 tactatggcc atcactaaca gcgctttgtt catgaccatc cccgctttat actgggcccg 298141 gtgatactta actcttttgt gtaggttgtt acgatgggtt gtggttatct cttgggaaag 298201 acgtttaagg atcaaaccca taacaccaac ggtgataccc atgacgaagc tgaaggaacc 298261 tattatagcg attaacttca agacctacat cgaggcaacc ggaaagagag ctttggcaat 298321 agcgaaggcc gctgaaaagg tctacaaaga gacggggata accatagtcg tcgcgcccca 298381 gctcgccgac ctcaggatgg tagcggagag cgttgagatc ccggtcttcg cccagcacat 298441 agacccgatt aagcccggaa gccacaccgg tcacgtcctt cccgaggcag ttaaggaagc 298501 cggggccgtt ggaaccctcc tcaaccactc cgagaacagg atgatcttgg cggaccttga 298561 ggcgagcatt agaagagccg aagaagttgg acttatgacg atggtctgct ccaacaatcc 298621 agccgtttcg gctgcggtgg cagctctcgg cccagactac gttgccgtcg aaccgccaga 298681 acttataggc accggcatcc ccgtcagcaa ggccaagccg gaggtcataa ctgatacagt 298741 tgagctcgtc aagaaagtta accctgaggt taaagtcctc actggtgcag gaataagcac 298801 tggcgaggat gtcaagaagg cccttgagct cggaagcgtt ggagttctgc ttgcaagcgg 298861 tgttaccaaa gctaaggatc ccgagaaggc aataagggac ttggtgtccc tcatcatctg 298921 aactcacgtt ttctttttaa gtccttactc ccttcttgaa ccggtggtaa ctatggcgct 298981 atacttcatc ggcctcggac tatacgatga gagggacata acgctcaagg gcctcaaaac 299041 ggccaggaaa tgcgataaaa tcttcgccga gttctacacc tcgcttttgg ccggcacaac 299101 tatggagagg attgaagggc tcataggaaa gccgataatc cggttgagcc gggaagatgt 299161 cgagctgaac tttgaaaaaa ttgttctacc tgaggccaag gagaaagacg ttgcctttct 299221 tacggcgggc gatccaatgg tggctaccac tcactccgac ctgagaatcc gggcgaagaa 299281 agcaggtgtt gagagctacg taatccacgc ccccagcata tactcggctg tggcagtgac 299341 gggacttcag atctacaagt ttggaaagag cgcgaccgtc gcttatcccg agaggaactg 299401 gtttccaacg agctactacg acgtgattaa agaaaacagg gagcgtggcc tgcacaccct 299461 tcttttcctt gacataaagg ccgagcagaa ccgttatatg acagctaatg aggcgatgga 299521 aatactcctt caggttgagg atatgaagaa ggagggaatc tttacgccgg aaacactcgt 299581 cgtggttttg gccagagcag gttcgttgaa cccgacgata agggcgggct acgttaaaga 299641 catgatccat gaggactttg ggagacagcc gcacgttctt atcgtgccgg gaaggctcca 299701 cgttgttgag gctgagtatc tggttgagtt cgctggggct cctgaggaga ttttggagga 299761 agtttagcga aagctttata tcccacttca gtttttccct ttcgggcggg cccgtggtct 299821 agacggttat gacgccaccc ttacaaggtg gaggtccggg gttcgaatcc ccgcgggccc 299881 accagttaca aacttcgcgc aggcgaagtt tgaccaaggt tcgtagctcc ttctggaatg 299941 ttatatttcg agtgattttt tcttcagttg gcagtttgag agtgggaact catcaaattg 300001 tccctggttg tgggtttact tttaaatcga cgcccgaagg gcgtcaagga aaataaaccc 300061 ctttgagagt gtacgactaa ctttttgctc atttggagga ggggcggtca tttccccagc 300121 ctttcccaga ggctgttgca aaattttgtc agaaaaggtt tctatggtgg accgggcggg 300181 atttgaaccc gcggcctccg ccttgcgagg gcggcgctcg taccaggctg agctaccggc 300241 ccacacccgc ttatagtggg gactagttga ctttaaaaag ttttggttca tcgcggtgca 300301 ttgttggaca tgtttgggtt taatttccac tggaaaagga taacttttaa catgcaaatg 300361 ccaattagct actggggtag gataggcgcg cggggatgtt ccgctcacga aggagacact 300421 tctctcggca tacacaccca gttactggag ctcagagagg gccttgcaga agtagaggag 300481 aagattggat ttgtttggag aagttctgcc ggaggaatcg cgcccctcgg atggcggtaa 300541 ccatataagc cccgccgccg taagttgaac aataagcggc aggggtaatg ggtatgaagg 300601 tcgtagaatc aaccgttgcc gtccaagctg ttccagatag agctgttata gcggtttcag 300661 gcttcaacct tctggttgcc cctgagtacc tgctcctcaa gcttttcgaa cgttacagga 300721 agaccggcca ccctaagggc atcttcctcg aggtaaaccc aattccaact gcccccggaa 300781 gggtgcttga caggatactc gaagagctct accgcgacga ggatcaggat ttcctagccg 300841 ggatgctggt aacctatccg ggctggtcgc cctacctcca gaagctcata gaggagaata 300901 agatagaagg ctacacgtgg tcaataggca ccgcctcgtg gttcttcagg gaagtctcga 300961 ggggtctgcc cggcgtcctc acgaaggtcg gcctaggaac cttcctcgac ccgagggagg 301021 atgggggcta cctcaacgag ctggcgagga agaagaaacg ctgcaggata gacgtcgtcg 301081 agatagacgg tgaggagtac ctgttctacc gtgccccaaa gccaaacgtt gccctcatca 301141 ggggcacaac cgcggacgag attggaaacg tcaccacaga aaaggaaggg gccttcacgg 301201 agatactcaa cttagctcag gccgcgaagg ccgaacccgg caagggaatc gtcatagccc 301261 aggtggagag ggtggcgagg tatccgtccc tcaacccgca gaacgtcagg gttcccggcc 301321 cgctcgttga ctacgtggtc gtttccccag aggagtacca cagacagagc gccaacatca 301381 cctacgaccc taggatctcg ggggaggtga taccgccgct gaagggtggc gaaaccatgg 301441 agctgagcac caagaaggtt atcgcgagga ggatactgct cgagatgata aacctcgtga 301501 agaggctcaa aaggcccgtc ctggttaacc tcggcatagg aatcccggac agaattgcgg 301561 gggtcgccat tgaggagggc ctctccgagt gggtgttcac caccgttgaa tccggcccct 301621 tcggcgggat agccctcggc ggcccggact tcggcgcctc aatagggcca ttcgcgataa 301681 tctcccagcc cgaccagttc gccaactacg aggggggagt gatagacgcg gccagcctgg 301741 gcttcatgca ggtggacgag aggggaaacg ttaacccctc gctcctcccg gggaggcttc 301801 ccggcccggg cggattcccc gtgatatcat acggctcacc gcggatgttc ttcgcgggac 301861 acttcaccgc cggaaagaag gagctccggg tgagaaacgg acgcctggag ataatccgcg 301921 aggggaacgt caggaagttc gtgaggcggg tttacaaggt cgtctacaac gccagcctcg 301981 gactggaaaa ggggcaggaa gtggtctaca taacggaaag ggccgtcttc aggctcacaa 302041 ggaagggcct cgtgctcgaa gaatacgctc ccggggtgga cgtcgagagg gacatactcg 302101 ccaacatgga gttcgagccc ctgatcagcc cgaagctgag ggaaatggac gagagaatct 302161 ttggggagga gccgatggga ctcggcgagg agctttagcg gtagagcgag ttcccgtgcg 302221 cgtcgattgc gaccagcagg gggaaatcct ccacctcaag aacccagagg gcctcaggta 302281 ttccaaggtc gagccagtgg acggctctaa cgcgctttat gctctttgcc gcgagcgagc 302341 cggcccctcc agtaaaggcg aagtaaaccg ctctgcccct gaacggctca gctttcattc 302401 ctcctttccc aattatcccc ctgacgccca ggtcaagaac cccgtcgagg tagaggttca 302461 ttctcgcgct cgtcgtcggc cctgccgaga ctatctcgta gctcccgtgg gttttcctca 302521 cgacgggccc gcagtggtag attacggccc cctcagggtt gaagggcagt ccctccttcg 302581 gaaggctcag aattctcctg tgggccgagt ccctcgcggt aacgatttcc cccgataggt 302641 aaacgacgtc ccccgccttc agtctaagga catcctccat gctcagcggg gttctcagcc 302701 tcactgccgt acctcgaccc tcccgtcggg ctttatcctc acgaaggccc gcctgttggc 302761 ccagcactgg actattaggc caacggggaa gctcgcgggg tgcctgtggg cgacctctat 302821 cttgacatcc aacgcggtcg ttttcccgcc catccccatc gggccgactc cgagggcgtt 302881 tacttcctcc agaagctccc cctcgatttc cgcaatcctt tcgtcagggt tcctctcgcc 302941 gacccgcctg aggagggcct tcttcgctag caggagggag taatcggcgc caccgccgac 303001 gcctatgccc agaacaaccg gagggcaggg ctttccaccg caggccttaa ccctctcgac 303061 gacgaagcgc ttaactcctt cccagccctc gcctggcgtg agcattgcca aggcggagca 303121 gttctcgctt ccacctccct tgggcagaac tgccatctct atttcatcgc cctcggtaag 303181 ctcccagtgg actatcggag cgcccctgcc cgtgttgtcg cccgagttct ttcccgtgag 303241 aacgtccact gcgttgggcc tgagcgggac tttttccatc gcgagcctcg ttgcctcgat 303301 taaccatccc ctcagctcgc caaggaaagg gctaccaact cccgccctca cgaagaaggt 303361 gagcgttccc gtgtcctggc agacgggtat ggactcggtt ctgccaatct ctaccgccct 303421 caggatgttc tcaaggttga agcgcgctac cccgttgtcc tcgcgctcgt aggcttctct 303481 caaagcggaa acgacgtcgt ctggaatcct tgtcaccgcg agccttatcg cctcgacgat 303541 tgcctctatc aataggcact cacctgttta agctgggcgt gggagttaaa aagattgacg 303601 cgagaatgcc ataagaactc cccaaagttc atcgctatgc tggtaaactt tcagccaaaa 303661 ctctaccatt atactggtaa acatttcgcc cagactatca caactatact ggtagtatct 303721 gccccgagaa caccgaacct ggttcagcgg gcgtcagaag taagaaggga aagggcctca 303781 gcccttcaaa atctcgacta tctgctccgc gacctgaacg ccagcgcgca tctgggcctc 303841 ctcggtggat gctccgatgt gcggcgttag aaccacgttg tcgagcttcg tgagcgggtg 303901 atccttcgaa agcggctcct cctcgaagac gtcgaggccc gctccgtaaa tccagccctc 303961 ctgaagggcc ttaacgagtg cttccgtgtc gacgaccgct ccgcgggcgg cgtttatgag 304021 tatcgcggtc ttcttcatga gcttaaggcg ttcctcgttg atgaggtggt aggtggcatc 304081 gatgagcgga acgtggagcg ttaccacgtc gctctccctg aggagctctt ccaggctggt 304141 gaaccttccg ccgacctcct ttgcacgttc ttcgttagga tacggatcgt aaaggagtac 304201 gttcatttca aaggccttcg ctatctttgc cacctggtac cctatccttc cgaagccgat 304261 gattccgatg gtcttgccct cgagctcgat tcccatgcac tgcttcttgg cccagacgcc 304321 ttccctcatc ttcctgtcgg cgaaggccac ctttctggcc accgcgaaga gcaggccgaa 304381 gacgagctcc gcaacgctcc ttgagctcgc tcccgggctg ttgacgacct taatgcccct 304441 ctccttcgcg gcctcgaggt ctatgttgtc gaggccaaca ccggcccttc caatgacctt 304501 gagcttggga gcgttctcga tgacccttct cgtcaccttc ggcttgctcc ttactataat 304561 cgcgtcaaca tcgcggacga gctcaacgag cctctcctcg tcgggatact cctcgtagag 304621 aatctcaaaa ccggcctttt tcaaaacctc cagggctttc tcatgcagcg gcgccgcaac 304681 gagaactttc atttattcac cccctccttt ttactgacat gagcaggacc tgatcggatg 304741 cgtcctcggc acgatccgct atatcaccga tcttcgttat gatctggttc catattatct 304801 ttgcgtaggt ggttatttcc tcgctttcaa acacgtgctt cttaaggttg tactcgatct 304861 catcggcctt ttcctccgcg tcctcaacct gtttcgccag gtccatcgcc ctgtcaacgt 304921 cggtgttgag ggctttaaca gccttcatga gcttctcata ggtgtctatg ccggaatcga 304981 cgagggctaa aaactctccg gagagttcac cgggaacgcg gggttttgcc agtattatcg 305041 tgtgggcagc gctctcggcc gcatcggcga cctggtcgac aagctcgctc agcctgacgt 305101 agtctcccct gttggcaggc agaaaggctc cctcatagag catcatctct atgctcctcc 305161 tcagcttgtc cgccttggtt tcgagctcgc tgacttccct ctcgaacttc tcagcctcgt 305221 tgattctgcc cgcaaggtag ctctccacaa gcgccctaaa agccttcagc gtttcatgga 305281 cgacctctag gtggtcgttc aatgccttga aaacgtcgtt ctcctttcca ccgaagatcg 305341 ccatcttcat cccccgaaaa tattacggaa gttgggttta tctatcttgc cctcctttgc 305401 ttttatgagc gcccacagga gttcatttct cggggcctca aggccaacgg agtgggcgta 305461 ttcaacgatc ttgccgtgaa tgtagtccac ttccgttttc cttcctcgca ttatgtcttg 305521 cagggtcgag ttgtagtttt cccgcgttct ctctatcgtg tcccagagca gttcaagcgg 305581 atgaacctcg aactcgatgc cgagttgctg cgcaaccata cagccttccc gtgctatctc 305641 gattgaaatc ccctcaagct ccgggatctc tctcaaagcc ccattcttga cctccagcac 305701 ggtgccaagg ccgtttatga cggaattaac tatcgccttc gcccacttcc agccaactgc 305761 gttctccgtg acctccgtct ctattcctgc ctcattgaag accctcgcga ccctttcaac 305821 aaactcggcc tttccggtcg ggtactttcc gatgaccgtt attcccttcc ccgtccacct 305881 gacaaccccc cactcgacga gcatcgcgcc gttggtggtt atcccgccga ttaccctgtc 305941 cgtgtacttc atcgcgagat cttcgtttcc gaggccgttt tgaacgctta gaacccatgt 306001 ctctggccct atgcagttcc tcgcgcactc taaggcggtc ttcgttgagt aggacttcgt 306061 cgtgaggagg agaagctcag gtggctcgtc cggtgcgtgg agggaggcgt taaccttcac 306121 ctcaaactct tcaacgccga taactttcaa tctcctctcg ttcacagctc ttacctgctc 306181 ttccctcccg atgagcagga cgtcgtttcc ggctttagct aaaagcgcgc cgaggaggga 306241 gcctatgctt cccgctccga gtacgtaaat cctcatgatc tcacctcaga agtttcctca 306301 gatggttgag cgaataaaga agcagcagcg ctcccactcc tatgaaaagg tctgggttca 306361 tgtcgctcgt tccgctaagt gctattccta cgaaaaacgc cgaggcagta acgagcgcac 306421 cccctgagat cgacctgttg ctcgagagga gtccgattgc cgttagcacc cccacgatct 306481 tgaaggccgt ctccggtgaa atcacggaaa cgtatgccac tgcacccgct acaatcacgt 306541 tgataaccct ttcccagagc tttacgggct gttttcccat cctgatggga gtttcaagaa 306601 gggccattcc catgacgatg attgcaatgt aatcgtgaac taggagccac tcgagaaagg 306661 ccagtgcgaa gagcgacgaa gccgcgaagg gaaggctttt tctctttatt cctgggatga 306721 gcaggagggc atagggaacg aggtacttca cggcctctgt gggaacacgt tgaacgaggt 306781 acgcggcgag cactatgccg gccgcgaagg ggatgagctc gtttctattc ctcattctct 306841 caccggaagc ctttaatgca cctctcttta aaccctttcg ttatgatgcc gagtgtcgtt 306901 ctcgtcgagc cagaggggcc tgcgaacata ggtatggtgg cgcggacgat gaagaacttc 306961 ggcttctcca ggttagtcct cgtgaaccct aacttaagcg aggagagcta cagctatgcg 307021 gtccacgcaa gggatgttct caagaacgca accatcgtgg aaaccttcga ggaagcttta 307081 gaactgttcg atttgaccgt tggaaccacc ggaaagcccg gaaggaggtt catatcctac 307141 cgcgcaccgc tttatccctg ggagctgagg gaaaccctga agggctacac cggcgaggtc 307201 ggtctgttct tcggccggga gagcataggg cttaagaacg aggagcttga gaggctcgac 307261 ctaatcgtca cgattccgac gagcgaggat tatcccgtca tgaatttagc tcaggcggtt 307321 gcggttatac tctacgagct ttcaaagacc aggcccgaac cctctgtcga agccctaaaa 307381 cctgcgacga gagatgaaaa ggaggcgctc gttagggtgt gggccgagct tttaaaagtt 307441 ctcgagtatc ctaaggacga ggagaggcga gaggttttcg tcaaggtctt ccggaaggca 307501 gtcggcaagg ccttcctcta tggtcgggag gtgcacaccc tcataggccc gctgagaagg 307561 gccgttaaga ggctggagga atgctgaatg ctcgcggtgg agaggtttgg ggtcaacggg 307621 agagacattt ggattggggt aatctttcac ggcaggattc aggggataag cttcgccttc 307681 acgaggggcg agcttttgga gagaatcaga aacctcgccg aattcctgcg gggaagggac 307741 gttagagttt ccctcgacgt ccagccgagc aactacaccg agctcgtcta ccgcgttctc 307801 atcggcgagt tagagaacga gaaggctttg cccgagctct ccttcgaggg cgtaacgccc 307861 tttgagaggc gcgtttacga atggctcacg aaaaacgtta aaagaggcac cgttataacc 307921 tacggtagcc ttgcgaaggc ccttgaaacg tcgccgagag cggtcggtgg ggcgatgaag 307981 agaaacccgt atccaataat cgtcccctgt catcgggttg tctccagaga gggcatcggc 308041 cactataacc ttgggattga agaaaagaag ttcctgctcg aacttgaggg ggtgaaggaa 308101 tggacaggct gaaggcttac ataataggct tcctgatagc tgttctggcg atagcgggct 308161 tcatagtgta cgaatgggga tgggttaaac tgctacagtt aatcctcgcg gtaggcttcg 308221 taggtttcac gcttgcactg ctgtttttca cggcgctgac cctttacgcc gagagctgga 308281 agtacggggc cattctggca gtcctcaccg cgatagcggg ctacggctcc tacctcgtgc 308341 tcacctggca gaagctggaa atcgttggag gaatcatagc gttcttcatc ctgctcttcg 308401 ccttcggaat ctggtatata agcgagcccg atttgagcat agcggaccgc ttccgctcgg 308461 ctgaaaagct tgagaggatg ggacgctaca agcaggccgc gaggaaatac gagaaggccg 308521 gaaactacga gaaggccgcc gagatgtacc tcaagctcgg ctggcttgag agcgcggcgt 308581 gggcctacga gaaagctgga aagtacgaga aggcagctga gctctacgaa aagctctatg 308641 agaaggagaa ggacacctac tacctgaagg aggcccacga gtactggaag aaggcaggaa 308701 acatggagag ggccgccagg gcgcttgaaa agtacgccga ggaggagccc tggttctggg 308761 aagatgttgc caagctctac gaagaactag gaaacgagga gaaggccagg gaagcctggg 308821 agaaggccct tgagtactac accaaggagg cccaggagga gggcgtcttc tgggaggacg 308881 tcggcaacat agcgaggaag ctcggaaggg aagagctcgc gagagaggcc taccagaagt 308941 tcctcgagta ctgcctcaag gaagctgaaa atgacccgat gtggtggaag cacgtggctg 309001 aggcctacga gtacctcggc gagaaggaga aggcagaaga agcgaggaag aagtacgagg 309061 agtacaggca gagaatcctt aaggccaacg aggagacctc acaattccct gagaattaaa 309121 ggggttgact ttccttatat tctttggtac cctcgttacc cgccgctcct gaagctggcc 309181 ttcagggggt cagtaaacgt ctccagagtc ttcgagctcc ctcaattcct cctcaatttc 309241 cttctctttc cgttcggcgt agcgcttgag gtagtccgcg agaacgtaga gcgccacccc 309301 gccaagggcc gtgagaagaa acgccgccgc gagggttcta agggttacgt cgcctccgga 309361 cggtggggca tcgtcaccac cggagacctt tcgaagaagg ccgttaaaat cttccgccaa 309421 ccttttaaga gcccccgcga accttagctg gtggtcagga tgatgggaat gaacccgaga 309481 cagatgaaga agctcatgaa gcaactcggc ataaagatgg aagagttaga aggcgttaag 309541 gaggttgttc tcaagcttga gggcaaggaa atagtcctca ggaaccccgt agttacggtc 309601 atggtcgttc agggtgagaa gacctatcag attgtccccg ggagtgagga ggtaagggag 309661 gtaattgaga ttcccgaaga ggacatcgag ctcgtcatgg agcaggccgg cgttgacagg 309721 gaaaccgcgc taaaagcgtt gaaagaaacg aaaggggaca tagcggaggc aatactacag 309781 ctgaccgagg gatcctgact cctttttctt gagttttatg aggtcttcga tgaggtctat 309841 cagcgaggcg attatgttgt cgtacttccc accttcatcc ccgtagattt cctttagggc 309901 attttccagc tggataagcc cctcgtagtc aaaatccata agcctctggg cctctctggc 309961 cataaagcgc agcgtcactg ccctcgtttc cttcctccgg aggaggtctg agagtattga 310021 gaccattgcc atctcgaact ctggcgttgg gagacggtgc tgaagggaaa atatcagctc 310081 gagagctccc tcaacgtctg catctctgga ggatctaagc agaacatcaa gaagtgacgt 310141 gaagaactgt gcggttccgg gatagagcga atatatgtcg gccatcgttt ccgcggcagt 310201 ttttctcgcc cagggatttc tgctcttcag gaattccgca agaacgggaa gcactgagta 310261 agcgtccgtt ggtgttagct gggaggttac ctttgagaga acccagaggg cgtccattct 310321 cctcacggga tcgtcggagt gcagcatttc caggatcatc gacatgacta tcggatctat 310381 ctttgccagc tcggctacga tatcagtttt accggcgtca aggagtcttt caacgtcatc 310441 cggcccgtat tcacttatct ccagcttttt cttgagttct tgcttggtta gaatttcttc 310501 ttcctctccg cttatcttct ccagcttctc gaggatcaga cttgcctttg aagcaaggcg 310561 aacgtcattg ctgatctctc tgattttttt catggccttt atcttatttc tcttcgtcag 310621 tatttccgct ctggaaagca ttctgtcgag cgcgaggagg gctctctcct gaatgtatgg 310681 atcgatgtga tcaagaagat cggccatgtt gtcaaagatc tcgttgaata tcctcttatc 310741 ctccgttctc gctgccatct cggtaagggc ggcgatagca gcactctgaa cctgtctatc 310801 ctttgaagat tttataaggg agaacagcca tcctattaat tttcttgcca gtttgaggac 310861 tttagcacct gcttttccaa gaccttctga agcgtactca cttagtaggg gggcacctct 310921 cttgattatg tccataaggg catcggtgac aagctcgtac tgattctcgt ccagttcctc 310981 cttctctagg agaaggttga ggacctctat agccttgagg gagaccctct cgtccttgtc 311041 cttggcgagc tccacgatat cctctaccac ctcggttacc ttcctccgat ccagcgtgcc 311101 cctctttatc atctccttga tgacctgaag cgcgttggtt ttcacgatgg ggttcttgtc 311161 ccttaaaagt tccttaacaa tatggaacgc ttcgtcatag ttctcggcaa gagcgacaac 311221 ttcttttatg ttccaggaga gaagatcctc cctaatgcca cttttttcga ttatcacttc 311281 ttccttctgc attgaaggcc cccggattca ttttacggcc ctttatgatt taagctttcg 311341 gttgttacat tacccctctc agcttttctc cctcgaacac tggaccgtca cgacacacga 311401 ggtacttccc gaggttgcag gaaccgcaga cgccaattcc gcacttcatg tagcgctccg 311461 ccgagacctg gacgttttcg tagtccatga tcctcagaac agccttgagc atcggttctg 311521 gaccgcaagc gtaaacccca tcgaactctc cccttctctc cgccaaaacg tccgttggga 311581 agcctttttt gccggccgag ccatcgtcgg tagtgattac aacctcgtcc acgtagtcct 311641 cgatatcgag gagggccagt tcttccttcg agcgggcgcc gtagattagc gttatcccct 311701 caaactcatt tctccaggcc cttacaagcg cgtagagcgg tggaatgcca attccccctg 311761 aaacgagcgc tactctgttc cattttctct caaagcctct cccgtagggc ccgcgaatcc 311821 agagtctatc cccctcctgc aactcgaaga gcctcgacgt gaatggcccg acgcgtttaa 311881 tcacgagcag gtccttccag gccaggctga agggcttctc gccaacccct ggaagccaga 311941 ccatgacgaa ctgtcccggc gtgaagtcga acccctttga gagcctgaag gccctaacgt 312001 tctttgcaac ctcccaggtc tccctcagct caaccacgct gtacattcaa acgaaccccc 312061 tccggttttc ctacgatttc accatcctcc ataacgactc ttccgcggag aatcgtcatc 312121 acgaccttcc ccttcagctt ccttccttcc caggggctcc atttggcctt tgtatagagt 312181 tcctccggtt tgacagtcca ctcccgctta aggtcaacga ccgtaaatgt ggcctcgttt 312241 ccgatggcaa agtcccgtcc cctgattccg aaaaccttaa ccgggttgtc gtgcattttc 312301 ttcacgatgt caaagacgct tatgatcccc ctgttggccg catcgaggag caaagctacc 312361 tcagtctcaa ggcccggaat ccccgccgtt cccgcttcct tgtcctccac tgtgtgtggc 312421 gcgtggtcgc tcgctattat cggaatccgg gaaaagttct cccagagcgc cttaacgtgc 312481 tcctccgtcc tcagcggagg atagaccttc aggagtgggt ttctcttgta gtcctccctc 312541 gttaggaaca ggtggtgtgg ggtaacctca aagctcaccc agggaaggtt tctttgaagt 312601 attgcttcaa tccctcctct cgttgagacg tggcagatgt tgaggggctt tttaagcttt 312661 tcagcactct caagggccct ttttatagct acttcctcgg ccctggatgg tctctctggg 312721 ttctccctga ttagctccgc atcttccgcg tggacgctta aaacgcctgg cgagcaggcg 312781 tagtcgccct caaaatctcc cgagtaaatc ccacccgttg aggcccccat aaaggccttg 312841 tagaagtcgg ccccggcctt tctggcctct tcgcagttgc tccttatcag aaagccgagg 312901 gcatagtcgg tgtaggcctt cctctggaag agctcaagac gtttttcaaa tgtcttcgag 312961 tccatgaccg gcggctttgt gttgggcatg tccaaaacgg ccgtgattcc tccatgtaga 313021 gcagccttcg tcccgctctc aacggtttct ttttccttct gctcgaagtc ccttaggtgg 313081 acgtgggtgt ctattaaacc tggcaggatt agatactggg aaaggtctat cgtttcttct 313141 ccagggattt tacgcgcgta aatagcagat atcctgcctt cgtcaattcc tatacttcct 313201 ctcacgactt ctcctttgag cgtgaacttt ccggtcaaaa cgagctcgtg cattgaagcc 313261 cgcgttgagt tggttctagt tcgttaaaac ctttacgttt gtatcgaccg tcagctttct 313321 ccttttcgtc aattgacgcc ctaaggcttt atccctgggg gtgatagcct tctgagtatc 313381 gtaatcctta aaagggatca gatgtataaa ctaatgctgc catggcctag agaaggcaga 313441 cttgccaaaa ctgaaaggag gcagtggaat atgaacagga aggttttcag tttgtttata 313501 ataggattga tggtgtttag tgttttcttt gtgcgcccgg ctgcagcgta cagcgacgac 313561 gactacatta aattcgccct ccaggcattc gagaccaagt actacaaaac cgctgaggat 313621 ctcgacggga tcctcgacat gacccttgat gactcagcat acttgacctc atacttcacc 313681 cacgagttca acaacaagac ctttgatgtt acgaaccctg accagttctg ggatcttgcg 313741 aagatcaaca tgggtctcgg tatcttcgag agcccgcgtg tcttcctcgt cgagacctgg 313801 actttcttcc cggccaacaa ggagagagtt aaggagatag tctcagaccc caacgtcggt 313861 ctcggaaccc gctggagccc gatgaccgcc aagacccctg acggaaagct caagatcgcc 313921 cagttcgcct caaccggagc catgttcatg agcgccttca accccgttgg aggtctcaac 313981 gacgtttaca gcgttagggt ctcaaccctc gtcaccgact atggtggagc caccaacttc 314041 gacggtattt actccccgta caggtgcacc tgggagatcg acaagacccc aggtaaggtt 314101 ccggacgatg ccgttatcta caaccagacc cagggctgga ttgctgctca caaaggcgag 314161 gactacaagg ttaaggtcac ctacacctgt gacgttggcg agtggcacaa cggcgtcaag 314221 ggaagcatcg acgacataaa gaactacatt gccttctact acgcctgggc ctatgaagac 314281 tatcctggag acccgtacta tgatgaggga ctctcctcaa cggcagctgg tctccagaac 314341 atcctcggtt tcgagttcac cgacaacggt tacaccgttt acggtaagta cgtccacccg 314401 ctcgccgacg accagatagc ggcttactac atgttctacc cgagcctccc gtgggagctc 314461 tactgggcta tgggcgagct cgtcgccaac tccaagaagt acggcatcga caagacttac 314521 tccttcagca gctccggtga gggaatactc tggcttgacc tcctcaccaa ggagcacgat 314581 caagacatca tcaagataat ggacgccatc atgaacggtg acttcaaggg caacgtgact 314641 gacatcgact ggaacgctgc caccgacagg ttcaacgccg acaagcagtt cttcaacaac 314701 tacggcaacc tcttcataag caacggtccg tacaagctcg tcaagtacga cccgaacgcc 314761 ctctacctca agctcgagaa gttcaccggc gagaggaacg tcctcggtaa ggacagcgga 314821 cttccgattg acccggttcc ggacgtcatc gagtacattg gtgttcaggg tcaggagacc 314881 gtcatactcc agatcgccaa gggcgagtac gacattggaa tgttcgcctt cccgtccggt 314941 gtttacagcg gtctcggtga ggacgtcata agcaagctca agctcttcaa gagcgccagc 315001 tcctacaacg agctgaccgt taacgactgg cacgacccgg acaaggacgc tccgatcgtc 315061 accgttggtg acaacgttta cttcaacccg ttcgccgtca gggagatccg ctatgccctc 315121 aactggctcg tcagcaggga ctatatcgtg cagaacatct accagggtag cggcaaggct 315181 atgcttggct gcatcaggcc gagccacccg gccgacaagt acttcgagcc tgtttaccag 315241 gcccttggaa tgagcaccgc cggagacgag gactacgcac tctacctcct caacgagggt 315301 atggagaagg ccaaggagca ggttgccaag tacggccaca ccctcgagag gaaggctgac 315361 ggttactggt acttcgacgg caagccggtc accattaagt tcatcatccg tatcgaggac 315421 gagaggaagg agatcggtct ctacgtctcc aagctccttg aggacaagtt cggcttcaag 315481 gttgagaagc tcctctggga caggaagaag gctggtgccg tagtctttgc tgaggatcca 315541 gccaactaca agtggaacct ctacaccggt ggttggggta ccagcggtct gccgagccag 315601 tgggttgacg gttacatggc gttcttctac accaactggt acggatggac tccgaacggc 315661 atgggtccgg agcacggtca caagaacacc gttaccgtca gggagttcct gacgttcgtt 315721 ggcaagctca acgctcctcc ggagaccacc acaacaacca cgaccacaac gtcaggtggc 315781 ggcgagacca cgacaacgac ctcaggagga ggcgagacca cgactactac gaccactact 315841 acgactacga cgacttctga gggcggtgga ggcatctgtg gtccagcggc cctcataggc 315901 ctcgcaataa tcccactcct cctcaggagg agaaagtgac cccctttccc ctctttttgt 315961 ttctccattc tggagcttga gttcactcgt cgtccatgac tattctggtg caaatgttca 316021 tttgtgttca gtaaggtatt taaagccggt tttacaagac tgaaaaagat cacctcagat 316081 tccaagcgtg gaggtgccta aaatgggata tgggaagtac ctcgtcttta gaattataaa 316141 cgcccttatt gttttgatta ttgcaacctt tataatgtcc gcccttttcg tgaaggttac 316201 gatcgaccag aacgaggcca acatgaggga agctttgcgt gcgtgggatc aaactacggg 316261 caagcagata aggcagaccc ttggggatga agtgtacaag gagaagcgga aggaatacga 316321 gaaaaagcta cgcgagcagt acaaccttga caagggatac tggggtcagg tgctcgaaaa 316381 aacttggaga tctttgaaat gggacttcgg aaagagccag ttgacgatag gcggaaccaa 316441 tgatgtccgg aagatcattc tcatgtacct tccaaggagt ataatcctct tcacgacagc 316501 ttcaataata acgatgatac tgggaatttt cctcggcgtc cgtgccgcca acaacccggg 316561 gagcctcttt gacaggagtc tgtctatctt cgccctcgtt acatacagtc tccccctctg 316621 gtggactggg atgatgttca tcctgatctt tgcgtacaag ctggggtggt tcccgctgag 316681 ctccaacttc atgccaacgg acacgatctg ggacaaaatc cacaagctgg cccttccaat 316741 tctcacgtac gtttttgtcg cctttggtgg ctgggcgtgg acaacgagaa acatcatgat 316801 cggtacactc caggaggact tcattatggc ggccagggca aagggccttc cagagaggaa 316861 ggtcatctac ggccacgccc tccgtgccgc ggcgcccccg atagtcacta tggttatctt 316921 ctcactcctc ggatccctcg gtggtgccat catcagtgag caggtcttcc agtatccagg 316981 gatggggatg ctgtactggc aggcactcaa ccagagtgaa gtcaacatag ttattggact 317041 gacctacttc tcggtcgtgc tctaccttgc cggtgtcgtg ctcgctgaca tgatctacgg 317101 attcctcgac ccgcgtgtta aggttggtgc atccgctaag atgtgaggtg gtataaaatg 317161 aggtgggttg atttcaaaga aagccttcag gatttcgtca acgagttcaa gcgtgagaag 317221 accggaatgc tcggtcttgc ccttcttatc ctcctaatta ttgtggccgc cgccgctcca 317281 ctgataacga tgcccaactt ccctgagaaa tggaaggatc cccagtactg ggaggagtat 317341 ccccagacag ttcccccaac gtggtacaac aagttcactt cccacgacct tatgggtcag 317401 gttgtctaca cttcaaagga tcttcagatt accagaaatg ggagaacagt ggagataaag 317461 gctacctaca cccttcctga gggctactac gatggtccta agggcataat cattaaggga 317521 ttccagctcc aaaaatcggg gggcactccg ttcaaaccca agatgaacat atacctcgac 317581 agaccggacg ggaaatcagt gcagctggtc aacaacaaag aggtcagctc tggcataaca 317641 gtggccattg gaagggacag tgagatagcc aagaacgttt acatgtggct gtacgaaacc 317701 acgaccggga agaccatatc acccgatgag gttcccctga gcgttattct gatacaggac 317761 atggtcagac cactctttgc cgttgtcgat cccagcgcct acaagaccag cggaaacgag 317821 agcgtagttg aagagatcat tatgaacccc aaaccccttc acggcactta cacgctcagg 317881 atcactatca gggattaccc ccaggctaag gttgacgtaa gcaacataac ggttacgttc 317941 ctcggccgcg tctacgggaa catgggtacg gactacctcg gaagggatct ctggggagct 318001 atcgtctggg gcagcaggat atccctggtc atcggtataa cagtttccct cctgagcacc 318061 ataatagggc tcgtttatgg tgtcacgagc gcttatctcg gcggcaacgc tgatgagatc 318121 ctcatgcgta taaacgagct cttcagcagc ataccgtccc tgcctatcct catcctcata 318181 ggagcaacgc tgggtcacat aaggctctcc ctcatagtgg tgctacttgt ggtctttgga 318241 tggatgggag tggctaggat ttcgcgcagt atggcactgc agatcaagga gcagacgtac 318301 attgaggctg ccaaagctct cggcgccggg acggggagga tagtcttcaa gcacatcctc 318361 ccgcagctct tgccctacgc cttcgcggtt atagccctgg gtgtgcccgt agcggtcatc 318421 agtgaggcat ccctgagctt cctcggcctc ggcgatccaa ctcaggttac ctggggacag 318481 atacttcacg atgcccagat gaagttcgcg gcgacgaagg gctactggtg gtgggttctt 318541 cctcctgggc ttggaatagc cctagttggc ctgaccttcg tcctgatcgg tacggcgctt 318601 gataggatac tcaacccgag gcttaggagg ctgtgaggtg atttaaatgg caaagaacat 318661 cctcgaggtt agaaacctga agatgtatta cttcacgaac aggggtatgg tccgtgccgt 318721 cgacgacata agctttgacc tcaaaaaagg agaagtcctg ggacttgccg gtgagagcgg 318781 ttgcggcaag tcctcccttg gttttaccct catgggaatg ccaacccctc cggggaagat 318841 agtcgacgga agcatcaaga ttgacggcag ggaaatcgtt ggtcttccgg aagatgtcct 318901 caggaaggag atccgctggc agaagatttc gatgatattc cagggagcca tgaacgccct 318961 taacccagtt tacaccgttg ggtaccagat gatagagcct ttagtcctcc acaagggtat 319021 gagcaaggac gaggccctgg acagggctca gaaatacctt gagctcgtag gtctcgaccc 319081 cgagatcgtc taccgctacc cacacgagct gagcggtggt atgaagcagc gtgtcattat 319141 agcttccgcc ctcctgcttg agcccgacgt tgtcattgcg gacgagccaa caacggctct 319201 ggacgtcgtt gttcaggccc agatcataaa cctgatgaag aagctgaaga aggatcttgg 319261 cctctcaatg atattcatca cccacgacct cagcatcttg gctgagatca gtgacaaagt 319321 tgccatcatg tatgcgggga agatcattga gatcggcgac agtgagaaaa tatactacga 319381 gcccgctcac ccgtacacac agaaattact cgcttctatt ccaaggctcc atgaggacgt 319441 tgaaaagctc gagttcatcc cgggacagcc gcccaacctc attaacccgc cgaagggctg 319501 ccgcttccac ccgaggtgcc cctacgcgat ggacgtttgt aaggagcagg agcctgaact 319561 gaaggagatt gataaggatc actatgccgc atgctggctg ctgtgaggtg tgagaaatgg 319621 ccgagccggt gcttaaagtt gaaaacctta agaaatactt cccgattaag aggagtttca 319681 tcgataccct caagggtgct ccccagaggt acgtcaaggc cgttgatggc ataagctttg 319741 agatagggaa gcagcaggtc tttgccctcg tcggtgaaag cggctgtggt aaatcaacga 319801 caggaaagct catagttaag ttacttgagc caaccgacgg gagaatatac cttgaggggc 319861 aggacgttac agacatagtc acaaaggagg aggtactggc ttacaggcgt aaggttcaga 319921 taatattcca ggatcccttc agctctatga acccccgttt caggatcttt gatattctcg 319981 aggagccgct tctcatccac ggtatcggtg aaacaagggc ggagcgtgag gagctgatct 320041 acaaggccct tgagatggtt aagataaccc cgccggagga ctacgttggc aggttcccgc 320101 acatgctatc cggtggtcag agacagcgcg ttgctatagc cagggccctc attctcaacc 320161 cgaccttcat cgtcgccgac gagccggtct cgatgctcga cgtttcaatc cgcgccgaga 320221 tccttgagct gatgaaggaa ctcaaagaaa agatgggcgt cacctatctc tacatcaccc 320281 acgacatgtc cactgcaagg tacttcgccg actggatggc agtcatgtac ctcggaagga 320341 ttgtggagat gggtccagca aagcgcgtta ttgacaaccc gcttcacccg tatacaagag 320401 ccctgcttgc tgcagttccg gaaccaaagc cagagaggag aaaggtcatc aaggaacttc 320461 ccatcaaggg tgaggttcca agcgccgcca acgttccacc cggatgccgc ttccacccga 320521 ggtgtatcta cgcccagaag ggtctgtgtg acgttgagca gccaaagctc atcgagtacg 320581 aacacaacca ctgggccgag tgccatcttg tgggcaagtt ctgacccttc ttcacttttt 320641 atcggtggtc aaaatggttc tcgaacccct gaggctagct tttaggtacc ctcacatcaa 320701 ggtgggcttt accttcctct ttctagcgct tattatagcc cttgcgggga cctatggcgt 320761 tgataaaagc taccacgaga gcggaacgct taaacctgga ctgaacgtgc tgggcaacag 320821 caattttgaa cgggactatt actactacaa ccgaactctc gtgcttaaat caaagtacgg 320881 cgaggttaag gtcaacaaca tcacctatca ggtgtacgat acccttaacc tgaccctgaa 320941 ctcgcggcct cacgttgagc ttatttcagg gaacgtcagt tatgattaca cttcccgggc 321001 cgttgactac ccatttgcac ctgcatcact gatagccttt gtgttcttct tgacaggact 321061 ggtgctctca gtgctcggtt acatgaggat gatgagcgac cttagatccg ggtgaggtga 321121 gccgatgaag cgcggctaca ttctcgtttt tctcgccgcc tcaacctggg gaacgatagg 321181 tatattcgcc acttacatct accgctacaa ggttgatccc tttacgatgg tcttctggcg 321241 cgtcctcttt gcgctggtaa tcctcggcac ttacgtgtcc ctcttcctcc gcgaaaatcc 321301 cttcatccgc gagaagttgt ggttctacgc ggtttatggc ctagttgggg tcttcgcctt 321361 ttacaccctc tacttctaca ccgtcaaaat ctcctctgtc ggcttcgcgg ttctgctcat 321421 ttacaccgcc ccggccttct cggtaatcct cggcaggctg atcttcaggg aacctataac 321481 tgctgagaag ataaccgctc tggtaatggt tttggtgggg gtcatcctag ttgcgggaaa 321541 cgtggacttc aaggtgagca acgttgcact ccttacggga atagcgacgg gcttcaccta 321601 cgctctctat ggagtcctgg ccaagttcgg tgtcagaaac gagaggcccg agagggttct 321661 cttcatgacc ctgctctttg gcctgctctt cctagccccc ttttcgaagt tctccgttcc 321721 gacaggtgct attccctacc tcctcggtct ggccttcttc ccgactttcc ttggttacac 321781 cctttacaac cacgccctca aggaagtcga ggtcagcagg gccagtatag tggcgaccgt 321841 tgagccggtg gtggcgatag tcctcgcgta ccttctcttt ggagagaagc ttaccccact 321901 ccagctcctt ggtgggactc tcataatagg ggcctcggtc ctcgtgcact tgagggaagg 321961 gaggaacggg agggctcaga tgtaaaagta tctctccagc tcccactcgg tgaccttctt 322021 agtctccagt ggaagctccc tgctttcaat gtatgcaacg tattcactcc actccctctc 322081 tttgtaggct atgaagttct cgtatgcccc ggccagcgct tccttgatta ttttgtccct 322141 tctgagctct tctaaagctt ctccgaggct tcctggcagg gtctcgattc cagctttgtt 322201 cctctcctct tcgctcattt cgtaaacgtt ggtctcgacg tatgcctctg gctcgagctt 322261 cctcttgatt ccatcaaggc ctgctatgag tacggcggct atggccagat atgggttggc 322321 actcgggtcg ggacagcggt actctatcct ggccccgttt ccagaaaagg ccgggacgcg 322381 aattagtgtg ctcctgttct tgtaacccca gctgatgtaa accggtgctt catagcctgg 322441 aacgaggcgc ttgtagctgt ttacggttgg attggtcagc gctgttaggg ccttcgcgtg 322501 cttaaggatt cccgccataa agtgaagcgc cgtttcgctc agcccgtcct cgccgataaa 322561 aacgttctct ccgtccttcc agaggcttat gtggaggtgc atcccgttgc ccggatagcc 322621 gtagaggggc ttcggcatga acgtagcgtg taaaccgcgc atttcagcga cggccttgac 322681 gatgtacttg aagctcacga tgttgtcggc cgtcttgagt gcctcgtcgt agcggaaatc 322741 aatctcgtgc tgagcctttc caacctcgtg gtggagtact tcgggaatga gaccaaaggc 322801 cggcatgtag agggctatct ctctcctcag ctccctcgcc ttgtcaaggg ccacgaggtc 322861 gaagtagccc ccgatgtcag gtatgtggag ctcccaggtt ccgttcttct ttaggatgta 322921 gaactcgggc tctggcccga tgtatgcatt aaacccctcc ttttcaagca tctcgagggc 322981 cctcttaaga actcccctcg ggtcagcccc gtagggcttt ccatccttgt agatgtagcc 323041 gtagaccctc gctataccct cccagggaac ttcagcgtag gtgcttggat cggctttgaa 323101 aaggaggtca ctgtcctcta tcccctgaaa cccagcaatc gaggagccat cgaaggctat 323161 gccctcctcg attgcctcct cgtatcttgt tatcgggatc tccatcccct ttggaatgcc 323221 gtttatgtcc acgaaaacca gttggatgaa gtgtggcctc ggtctctcca tcgggagtgc 323281 cccagtggtt cccctgaggc cctttatttc gttcattttt gcaccacctt tatgaatgta 323341 tgttcattat catgacgcat tttctgaaag atatgaccta tttaaccttt ttgaatgaat 323401 ttttgtcaga acggcaaaat tctggggcag gaacaggttt tgagttaaat ttgtttatca 323461 atatcatctt tatgtcaaaa atagacattt ttgtgtttac caaagttttt cagttaaagg 323521 cccctctata tcaccatgcc gaccgccgag gagatactcc agaaggagat attcagggtt 323581 aaccttcacc tgccgcggag gagggttgcc cttggggagc tcctcaatat gaaggatcca 323641 agggtaaccc tgagggatgg aagcgatcat cacttcaaga gggacgagct cttgtacctt 323701 gcctccctcc tgggagatga gtcaagactt cttaagctcc cgataatcct tgagataagc 323761 acccttaacc ggggctactt ccgtgtcagg gggagattgg aggtcagggt aatagatgag 323821 atccttggtg agtacgatcc cctgaacgag aagaccgagg ccctgtatcc cagatacctc 323881 ctgccccgga tcagaaggcg tctcccaacc acgacaacgt atgcgtttat atcggagtga 323941 tggagatgga cgaaaacacg aggatcctga gggattacta cttcttcacg ataccccata 324001 taaccgtttt tgcgggggct gtgctgggca tcctgttcat cctgaggata gacgtccgga 324061 tggcactggg gatctttgcc tttctctatg ggctcatgct ccttaccatc catgccattg 324121 tttttcggca ctttcgctcc aacatgatat accggctggg acttcttttc tccctcgttc 324181 tggtcatgac aggcctcttt ttaatgtacg caagtatctc aaacctttag ggattattct 324241 aaaccctcga aatattttta agtcgggccg ctcctatcat atcagtctcg aaggtggtga 324301 tggctatgcg ttcgctcggg tttttaactt tgatcgtgct ctttacggcg ctattctccc 324361 ttccaccggt ttcatccagc gataatccct ccctgactac gagggatgta ataacggttc 324421 tctcggggga gttcttatcc gattcgattg aagttatcaa cgaagccccc ttcaacttca 324481 cagccgtggt ttacatcgaa tacaccgtct cgggccgtcc gaaggatctg ataaacttca 324541 ccccaatcta cactgtcttt aagaactgga aatccggcga atcccaggag cttcccttca 324601 acatttccgt ttcctcaaac gttgctcccg gattttacag cctgattctc cacttcaggg 324661 gcatggctga ggacggttcc ctccacgatc tcatccttaa ggtgcccctt cgtgtcagtg 324721 acaacccgat agttttaaag tctgcccggc tttacatcct tcagaggcct aacgcaccct 324781 cccctgatcc tttcaacggt gaaaccctcg tcttgagggc gacagtagag aacattggga 324841 acactccaac tggcttcgtc cactggacca acgttacctt tctcccaacg ggtgagcttg 324901 tctacaccgc caccggccat tcagtgatct ctcccggcac tgttaagatc gagaggagaa 324961 tccccgtcga atggaactgg agaagcggtg actacaacgt aactttcacg gtttcgtcca 325021 tacggggcaa ggaatatttc tggcgtgtta ttcacgtctc cactggcatc gattacatta 325081 acgtttccct gagcagagac tccgttcttc taggggatga tctgaaggca tacgttaccg 325141 tgctctctga gagggaactg gaggccaacc tcaacgtcac ggtttggggg gatgattccc 325201 tcgtgctttc caaggttatt cccctttccc tacatcccgg ggctcaggtt gtgggggtag 325261 acctgcccac aaagaaaacc ggggagctaa tgttcatgat ggaactttat cacgataacg 325321 tttctcttgc caatacaacg ggaacctaca gggtcttggg ttatccattc atagccggct 325381 tgggaaggga gttaaacgga agtaccctga gacttaaagt gaatatcacg aacccaaacg 325441 acatttccat gaaggttagg ctcctctaca acctgacctc caacggtgtt ctcctttact 325501 ctgactccaa gagtttgctg ctgagaccgg gcaccaccgt cgagagcttt gattttcagc 325561 tggcatggaa ctcgacggtt gagtacagct ttatgctttt gggggatgga aaaacattcg 325621 ataccaaaac cggcatcgtg aaagtgcctc caaggccagt ttccacagaa tcgacgtcgt 325681 caatgaacac gagttcccag accggtggtg ggggaaaggg tagctcagtg acttatgtga 325741 ttgtcgttct ggcggttatt gttgtagtta tcctggcagc tggcatcttt ctaggatccc 325801 gtgaggagga ggggtacgtc agtccctggg agagggcccg gaagcccagg gttaggccca 325861 ggccgaagag aaagtctccc cttggcaggt ttaagcggcc gaaacttcca aggttcatcg 325921 agaacaggga acttccgcgg aggctgagga gaaaacccgt ctccaaggtc agaaagaaga 325981 aatgagccaa acctttttat tctccctttt ctaccccctc acggcgaggg ggtcgggggc 326041 tctcggggca ctcccgagga agttccgccc accgcaccgg ggccgcggtg ccgcaaggca 326101 cctcccgaga gggagggcaa cggcgcagaa acgacacggc ccccggggga tgtggatgac 326161 gcgtgcgaag ggcccggcga cgggcaccga gctaacccgc agacgatccc gggggatgcg 326221 gtgaaacggc cgtcccgcgg ggtgcaaggc cgtagctggg gcgatgagtt cccggtgtga 326281 gccccgtggt aggccgctca gtcgaatgcc cccttgatac agaaggcggg ctacgacccc 326341 ctcgccaaat ccagcgccga cgcaagcaga atgagggcgc cacctatcac ggtcctaact 326401 cccggcactt ctccgaagac caagaacgcg taaactatcg cgctcagcgg gtcaaggtag 326461 cttagcaggg cggcgtcctt aacttccacc ttcttcagcc cgtccatgta gaggtagaga 326521 gctaaaacag tatgcacgag gacgagaacc gctattgtcc accagactgg gcttccaacg 326581 ttttcaagga ccacaaaagg aattaaaacg gcagaagcta ttgccagctg gagaaaggtt 326641 aagctctccc cgtcaacgcc cctcagaaac ctgccgaggt tcggaatcag ggcgtagaag 326701 agcgctccca gaaacgcgaa cacaattcct atgaaatccc tgtcagagag gctgattctc 326761 tgagacgagg ctatgagaag cagtcccgta aatgctatgg caaggctcag aacctttctc 326821 gcgtcgagcc tttcatggag aaagcgccac gaaatcagcg tcgccagaac cggggcggtg 326881 tagtaaacga ggaccgcgtt tgcaatggtg gtgtggttga aggccgtgaa caggaagacc 326941 cagttcagag ccagcgccgt cccgagcgca agcatatgat acggcctctt tctcagctcc 327001 cccaaggcat ttccgagctt tcccctgagg ccgaggattg gaagaagaac taccgctcca 327061 agcgaaactc tggagaaggc aacgcccagg ccagaaagcc ccgagagcct gccgaatatt 327121 ccgacgcttc cccatataag catcgcaagc gctatctgtg cctttcctcg gttcatagtg 327181 agctctccca ctcctcgtac gcttccttca cttcctcctt cctgaactcg gggacagcgt 327241 ctctgaaggg gttgaacttc tcaagcttcc tctcgtcgtc gccgatgtag gtcgtcacca 327301 tccccacctt ggagtggaga cttgagggaa cccttaggat tcttttgagg tctatggtga 327361 ccttcccgtc aaagtatgcc cgtgagaacg tcgttgacaa cgagaagagc ctcatgagcg 327421 ttttgtatcc aataccctgg ggaaatgctg ttaacatggc tttcctcaca aagccctcgt 327481 agatctcatc cctctcctcg agaatggcct ccgcctgtct tcttttgatc cccacgttga 327541 gcaggtggtt gaggtttatc ctcctgagaa agtacccgaa acgaagcctg aacacccgga 327601 agtagcccgc ggagagcatt atcctccggg actggacgtc ctcaaacgtt atctcctcgg 327661 ccgcgctgac gtaggccaga atcttttccc tggccttgga gtcaagatcg agaacccagt 327721 cgtcgagcac ccttatgtgg taacccctcc cggagtaaac cacgtggatc tcctcgaatc 327781 caaagtcctc cttcaggatc gtgagagtgt cgagaacgag ttctttggcg tcctcaaggc 327841 agaggggaca cacctggccg ctggggtgca gatccatgca cctcctaagg ggcaggtcct 327901 ttgcgtctat gtcaaagacg agctcggctc cgagccatcc ctccatctcg gagggcttct 327961 cgtagagtgc aacgcttgag aacatggcgt agggagcggt ggcctttacg tagtcttcca 328021 gatcccttac gtcgctgaac tcgtttttcc tgtcgctcgg gccttccccg gtgtggtcaa 328081 agccgaactc cctgttttcg agtgtttcca ctatgaagtc tggcagcatt tccgcgctcc 328141 attccctctg gtagtaggcc tttctttctt ctggcgtgac ctcccgaaac aggctcattc 328201 accaccctcc ttgcgttcca ggtacagcct cctgaggtag tacgtcaggg gattcttgat 328261 gcccctgcag tacttgtccg gtttgcacag tgcgggtgcg ttcgccctta ttttgtcgca 328321 gttcggtgga aagtaccacg ttgaatttcc gctgtcttcg aggctcggtc tctccgtaaa 328381 accgaatccc aagtggtacc agatgttctt gatctcgttc ggctggtcct caaaaagggg 328441 tggcttacag cggtttcctg cctcgatgat gagggggagt atctcccgct cgatgatgct 328501 cagatcccca atgcagtcct taatcctgac gttcctccga ggggggtttg ggcatatacg 328561 ggcgtagctg agaaagctcg tgaggagaac cgttatggcg tagttcctca ttccgctgct 328621 gacgccggag agtgccttct taatacaggg cggaaataga tcaggccgaa ggggctgaga 328681 gcctgtcgaa cctatggctt ctatcctctc cttgaacttc tcccttgcga tttcggctag 328741 cctttccctc aggattgagt agaactccgg gagatcatcc ctgacgtcgt agagaacgtt 328801 tacggcccgt tccaagtttt tctcaaaggc ctttgtccac aggctgagga cttcctccct 328861 gcggagatag gcccagctgt tccttatgta gacgtccttc aggctcccct cccagagggg 328921 aatgaagtgc ctcagccaca tcttgtactc tatccgcagt ctcttccgct cttcttctcc 328981 aagctcgcgg tacctgctct tttcaaggat catgcggtct ttttccggga tctctccatc 329041 ggagacactc ttgactcgta gcgagatgtc ctctagagtt tcagcctttc taagtttcgt 329101 cagatatatc tcggcgttct tgtccctgac gagctccatc tcgaaaccgt acggtgatag 329161 tgcaagcgct ccaagaaggg cgtaaaaggt catcaggtcc ttccactcct cggcgttcag 329221 aacgttctcg gggggtttat tctcccacgt aaccctctcc agaacctcct ccacgtccac 329281 ataccctgga atcctctcaa ggaaggcctc gattccaccg aagtcctcaa tgattttacg 329341 ggccctcctc ccgaaggggt cgagcattga tggcaccagg taaatgtcgg ggcactgtga 329401 taaaaccctt tcggggaaaa gcttaaatat ccatttctac ccacctttga gtaagaggtg 329461 aacaaaaatg atgctgatac tcgaggagta cttcaaaaac taccctgcga ggaggaaggt 329521 tgtggagttc cttttcgaga acggtctctc cgtgaagaac ggcaggatat acctcaggaa 329581 cgtggagatc ccgataagtg agctcgcaag ggtcatcggt gtgaacagga agataatata 329641 ccacacggtt gaatacatcg agaaaacacc cgctctaagg ctcatatttg agaaactaaa 329701 cccacttcca agccttatcg acgtggcacc tctcatggga tgggaggtgc ttgagatcga 329761 actcgacaag gagaggtaca tggaagggtt ctacagagtc ctcaaactcc tgcacgatca 329821 caacgtcccg gtgatggaag tcttcagcag gaacctccgc gaggagccga gcaagctgta 329881 catagtcata gatggaaccc tgccggtgga tgccttcgtt aaaatcaaag aaacagaagg 329941 ctttagaagg ctgatcataa gaacgcctga aaaggacaag acgaaattcg tgtgtgagta 330001 ctgcgaggtg gagtactgcc ccaagagggc attgcttgag cgtctctcta cccgatgacc 330061 ttgaaaccct cgagcccttc cggttcttcc cactttacct caacgcgggt cacccttgcc 330121 agtggcggtc cttgatgggc ccatcctatt aatgcctcga ccctttcctc gtccccttca 330181 acgactgcct caacgcttcc gtcgggcagg ttcctcaccc atcctgctaa gccgagcttt 330241 ctggcctccc tctgcatact ccagcggaag cccacaccct gaacgcgtcc gtatattctt 330301 aggtgcgccc taaccttcct catgcaccat cccgggggga tttctccaca agggatttaa 330361 gctttacccg cttacatact tccgggggtg tctcatggag gcgatattcg tctacacgac 330421 gtttcctgac tgggagagtg ccaaaagaat caccagggag ctgcttgaga gaaagttgat 330481 cgtctgcgca aacctcaggg aacaccactc catgtacttt tgggagggga agatcgagga 330541 aggcactgag atcggggcga tccttaaaac tgatgtgagc aagtggaagg aactcaaaaa 330601 cacgctcagg gagctccacc cctacgagat ccctatgata gcgaggatcg atctcgataa 330661 gctcaacaga gagtactcag aatggatgga gaaggtgctc tttggatgat ccggaaagtc 330721 aaacccgaga tacgcgtcgt tggcttcgat gacgggactt tctccttttc ttcaaaggtt 330781 gcccacggga ggacgatcct cgtaggagtc gtgatgaagg gggctaggga agtcgtcggg 330841 gttctgagca ggtggataac ggtcgatgga acagacgcca ccgagaagct gatcgacgcc 330901 gttgtgaact cccgcttcaa ggatctgagg gtgattatgc tcaagggggt cacctacggg 330961 ggtttcaaca tcgttgacct cgataaactc tacctcgaga cgggccttcc cgtactcgtc 331021 gtcatcagga agaaacccga tctgagggcc atggaggcag ctctcagaaa gcatttcccg 331081 gactggaggg agagatttga agtcctcagg agggcacccc cgctcttcga gctcatcccc 331141 ggaaagctct accttcagac cgttgggctc tcccccgaaa ctgcggccga gatcgtgaga 331201 acgacgacga agaccggttt gataccggaa cctctgaggc tggcccatat gatagcctcg 331261 gccgttatga cgggtgaaag cacgaaggag taggtttata aggcaggaaa aagaggaagc 331321 aacgaccgat gatggcaaca gggtagctac cgagcgatga ggaagccgtt ccagtctgag 331381 gtcaatcaca tggaacgaga aggacaggga tctttgagtc ccgcatgacc ctctccgctg 331441 tgctaccgag gatcaaatcc ttgaggaagc tcctgccctt cttgcctatt acgataatgg 331501 ttgctttctt ggccagggcg gttcctatta tggcctgact cgcggtcccc accatcactt 331561 caagctcgaa ttcggcttta attccctttg cagtcttctc aaggttcttt ctggctatct 331621 cgatgttgtg ctcgagttcg tctatgcccc cgtagtccac agagtggaga agtattcccg 331681 actctatcag ctcttcgaac ttcttcaccg tcttcacgat cctgattgaa cattttgaga 331741 aatccagggc aacgaggggc ctgctgaaga tccccgagca cgatggaaaa gttggcagaa 331801 tctcttcctc ttttttctca tatttcagga gtagaaccgg cttcttcgtg gctctggcga 331861 ggtttgaggc agtgcttccc aggaacattc tcctccagat gttctccccg gtggtgggag 331921 tcactatgag atctattccc ttgccgctgg cgtactctgc tatctcaagt gacgggattc 331981 cgatcgagac gtacgtcact atctccgttt ccggaaacat gcccttgata tcccccttca 332041 gcttctcaag cttttcttcg taaacctcct gcaatgagaa tgcctcgacg tcaagggtgg 332101 tgatatcgag aacatggagc agatgaagct ctttaacccc gggtctcact atctcaggca 332161 ggcactctct gagggccttg agagaaacct ccgaaaagtc cgttgggtag agaattctct 332221 cgaacataac ctcaccccgg tattatgttg taccttgatg cttattagtg ttgcccgatg 332281 acaggaaagc gttataacgt tcaggttcaa gtttaagcgg tggtcgctat ggttaagagg 332341 gttcacattt tcgactggca taaggagcac gccaagaaag ttgaagaatt tgcgggctgg 332401 gagatgccca tctggtattc aagcataaag gaggagcatc tggcggttag aaacggcgtt 332461 ggcatcttcg acgtctctca catgggggag ttcatctttc gcggtaaaga tgctctggag 332521 tttctccagt acgtcactac caatgacata agcaaacccc ccgcgataag cggaacctac 332581 acgctcgttc tcaacgaaag gggagcggtt aaggacgaaa cccttgtctt caacctcggg 332641 aacgatacct acatgatggt ctgcgatagc gatgccttcg agaaactcga ggcctggttc 332701 aacgccataa agcgcggaat cgaaaagttc ggaagcatag accttgagat tgagaataag 332761 acctacgaca tggctatgtt ctcagtccag ggcccgaagg caagggatct cgcgaaggat 332821 ctcttcggaa tcgatatcaa cgacctctgg tggttccagg ccaaagaagt cgagctcgac 332881 gggatcaaga tgctcctttc gaggagcggc tacaccggcg agaacggttg ggaggtctac 332941 ttcgaagata agaaccccta ccaccccaat cctgagaaga ggggtagacc agagaaagcc 333001 ctgcacgtct gggagagaat ccttgaagag ggtgagaagt acggcataaa gcctgccgga 333061 ctaggtgctc gcgatactct caggcttgag gctggctaca ccctctacgg caacgagacg 333121 aaagagttac agctcctcag caccgacatc gacgaggtta ccccgctcca ggccaacctc 333181 gacttcgcca tcttctggga caaggagttc atcggtaagg aggcactcct caagcagaag 333241 gaaaggggct tgggcaggaa gatggtacac ttcaagatgg ttgatagggg aatcccaagg 333301 gagggctaca aggttcttgc caacggagag gtgatcggtg aggtcacgag cggaacactc 333361 tcgcctctcc tcggaatcgg tatcggaata gctttcgtca aggaggaata cgccaagcca 333421 ggcctcgaaa tcgaggtgga aatcaggggc aagcccaaga gggccgtaac agtttccccg 333481 ccgttctacg accccaagaa gtatggtgcc ttcagggagg agtgaagttt ttattccatc 333541 tctccctatt ctttcctatg tccaggaaac acgagattgg agccgttctc ctctggtcaa 333601 ccgttgcttc ggccttcaag ctttcactac ggtacatgag tcccatacag cttctcttct 333661 gggctttcct gacgtcgttc ctcctctatg gagtcctcca tctccggagc tttaggttct 333721 ccagagaaaa cctccgctcg gcttacctcg gttttgctct tctcctctac tacaccgttc 333781 tcttctcggc ttacgacctt ctgccggctc aggaggcgca ggcgctcaac tacacgtggc 333841 ctctggcact cgttcttttg tctgtgcccc tgttggaaag aaaacttgcc ccggacacct 333901 tattgggcct tttccttgga tttctaggcg cccttatcgt cgctaccagg ggcagacctc 333961 tttccctcgg cttctcaaat ccagttggag acatcctcgg tcttggaagc gctttaatct 334021 gggccatata ctggcttctg aacgtcaggg acgagaggaa gcttgaggag aagatgttct 334081 ggaacttcac ctttgccctc ctttactctg tcccgctgat gctctttgcg ggcttttctc 334141 tgccttcccc gaagggtctc gccggtgcgg tttacgttgg cctctttgaa atgggcgtta 334201 cttacctcct ctggtacagg gctgttgaga gcgacgttgc ctttgcctcg aaccttgtat 334261 acttggttcc gttcctgagt ctgcttttta tttccatagt cttgggtgag atgatagaaa 334321 ctacaacggt tctcggtttg gttttgatag tggtgggaat ccttctcggg cagagatgag 334381 cgttgacctc tcaacaaagc tatttgaaac gctctctcaa tggggcagct aattgagagt 334441 tcatgccaaa atttgcaatt tttagaggga cattttattc ttccgccgga gcttccatca 334501 gaaagggctg tgatggtgcg gtggccggga tttgaacccg ggtcaccggc ttggaaggcc 334561 ggtgtcctag accaggctag actaccaccg cgcagaaagt ggtggggcga gggggatttg 334621 aacccccgac acccggatct tcagtccggc gctctcccag gctgagctac cgccccacgc 334681 ccaaagataa gagcttggag gggatttata aatcttgcgg tggtgaggtg atgctaccct 334741 tcgttagagg acttagagtt tggggcctat tttttgaaaa gaactttcag ctccctttta 334801 tacatgcccc agttcagccc gaagtggact attatcagcg cgttcatcag cggccctagg 334861 acgtttctga tcctgaagag ctgattcttg ttcataccaa ggaacgaatg accagttttg 334921 ctggtgtaga gcacccccat catgatgaat agaacgccaa ggaacaccac aagcagaagc 334981 gttgaaagaa tggcccgtgc cttcacaatg ttcatttttt tcacctcctg agaatacact 335041 tcactccata aaaacgtttg gaaagaacaa atgctgttca aatcctcggc tcgacggcgt 335101 aaacggttct gtcctctcct atgccctcaa tgagaccgcg gtgcctcctg acacagctct 335161 cgcactggcc gcagtgtatc ggtttcccgt cctccgtgaa gcccttcggc atgtagcagg 335221 agtttgagta ctcgtactta gcgttcagct ccttcaaaag ccgcgctatg cccctcttgt 335281 cgaggtctat gagtggggca acaaccttca cctcggccat agtcccgtat tttagagcct 335341 cgttcatctt ctcgacgaac tcgggggtgt tatccgggaa ggtgactcct tcctcagcgt 335401 tgaagccgac tactatgtcc ccgccaccga gggcatcgag gagagaagcg gcaacgctta 335461 tgagaacgag gttcctcgct ggaacccaca cgctctttgc ggtttcctgg gcaacgttct 335521 cgtcctcaag ctccttcaca ctcacccttg gagtctctcc tccaacgagc gtcgttccgc 335581 gaagctttga gaactcctcg aggaagtcga ggcgaactat cttcagcggg acgttcagtt 335641 ccttcgagaa gaactccgca actctgttcg taacgcgctc ctcgttgctc ccgtagttga 335701 tgacgagcat cataacctcg tcgtagtgct tttttgccca gtataggcag gccgtgctgt 335761 caagccctcc cgaaaacagc accaccgcgc gcttcattcc aactcctccg gaagcagttt 335821 aattccaact tcccttgcac ggtttctaag ctttttgtcg tagctcgcga gggttccgac 335881 ttccttggcc atagcgagga ttacagaatc gttgtagtgc ttgagaccga ggtttccgta 335941 gagctcgaag gctgatagta gatacagcct atcatcgatg atttctgccc ttggttcttc 336001 aattatctgt ctgaccatgt cttcagcgtt attcggggga acacccattt ttgccagttg 336061 ccaaatgagc tcgtagaggg ttattgtagg cacgacccac ttatcaaggt tcattaagat 336121 gtcaagggcc tcttcgtgtc tctcataatc ctcaaacaga gcataaacga aaaagttcgt 336181 gtcgataact gctactcctc ccatctcaac gcctcctcaa tggactcctc aatcattctt 336241 tccatctctt caaggctgta ctttctgccc aggcggtaag tcttccattt tctctttgcc 336301 cttttgataa ctatctcatc ccccctcagc tcgacggtga ggtattcacc ctgctttatg 336361 ccaagggcct tcctgatctc ggccggaatc gttatctggt agtttcgggt caccttcgtt 336421 accggcatag tagttcacca tagtatagta gatttttctc ccataaagct cttctggcca 336481 gaaggagtat gggacaaaac agaatgcaga aataaaactt cactcaaggg cgaggccaac 336541 tatctcactc acgctggaaa agccctcact ttcgaggtag gctttgatgc cctcgttgat 336601 ttccctgaaa accttccagc ccctgagcga gaccgccgtc ccaatctgga gcgccgatgc 336661 accagccaga agaaactcaa cggcgtcctg ccacgttgtt atcccgccga tgcctatcac 336721 tggaatgtca agaaccttcg cgaggtcgta aaccgctctg agtgcgacgg gcttaacgcc 336781 tggcccggag tatccaccga cgcggttgct gaggattggc ctcctcgcgt agatgtcaat 336841 ggctatcgcc ttcagcgtgt ttatcgccga gactgcatct gcaccggctt tctccgccgc 336901 cagaccgagc tttgtaatat cgtctatgtt cggcgtcagc ttcgcgataa ccggtctgtc 336961 cgtcgcgtcc ttaacggctt tcacaacctc atagacgttc tccgggttct ggccgatttc 337021 catgccatag cctttagcgt gggggcagct gaggttcagc tcgaaggcat ctgccacgtc 337081 gctcagcttt tcagctaaga aggcaaactc ctcgggcgtt ccgccgaaga ttgagactat 337141 cagcggaaag tcaaaggtgt agccctcaac catctcgagg aagcccttcc agcccgggtt 337201 cggcagaccc atcgcgttta tcaaaccaca gggaagttca actatggtgg ggttgtcgta 337261 gcccttcctc ggctcgattc cgattgattt cgtaacgact ccaccggcac cttcctcgtg 337321 cgctcgaatc cactgctccg ggaccttgtc gttgattccc gatgcgagaa tgagcgggtt 337381 ctcgaagcgt attccgaaaa gcttgacctc aaggctcgcc atcttgacac ctcaaaggca 337441 aaaggagcgg tttgctatta aggtttttgt cagaatttta gcggcggcgg gcgcgcccgg 337501 gggtgggaac cctccgccgc gcccctccgc cggggctccc tcacccccgc taccccggga 337561 gcgccgaacg tcccgcctac cgctgctccc ttccgggcct ggcggggttc ggcgggcaaa 337621 gggcgttagc ccggccctcc agccggacct cgcccaccgc cggccccccg ggacgagggc 337681 tcatcgttat accccggctt tggggcgcgg ttttgggaac cgccccccgg gcttcggccc 337741 cggcatatcg gcggtttccg gttacagggg acgccgaacc ccccggccta gcccgccgcc 337801 gggattagtt ctccatccca ggtatataaa ggtttggtat gctaagaaac caaaggttgc 337861 ccaccatcgg attgaaaaat tttcataaac agagctgagc atcaatccat aggtgaccgt 337921 taatgcgcct caacgaacat cctgttctca ggtttaaacg cggcagggag gtcacgatat 337981 acttcgaggg acaaccgata aaggcatacg aaggcgagac gatagccaca gctttacacg 338041 ccgcggggat tagggtcctc aactattctc caaacaaaaa gcgtccgagg gggctcttct 338101 gtgccattgg caaatgctcc tcctgcctga tggttgtcaa tggaatccca aacgttcgct 338161 cctgcataac tctagtcgag gacggcatga ggatagagcg ccagcacggg agggccaagc 338221 tcccgacgaa ggttaagccg cctgaattca aggatgcgaa ggtagttaag gctgatatca 338281 tcgtcatagg cggcggtcct gcggggttga tggcggcgat tcacgcatca agggccgggg 338341 ctaaggtcgt tctcatagat gagaaccccc ggctcggcgg ccagctcgtc aagcagaccc 338401 acaagttctt cggaaagagg gaacagttcg cgggagtcag aggggttgag atagcgaaaa 338461 tccttgagaa ggagttgagg aagagcggga gcgttgaagc cttcctcgaa acctcagcag 338521 tcggcatctt ccaggagggc gaagaaaagc tcgtcttagc ggtcagaaag gagcgcgagc 338581 tgatagagtt ccgaggaagg gcagttatcg tcgccaccgg cgcaatggag aggatgattc 338641 ccttcgagaa caacgatttg cccggggttt acggcgcagg ggcaattcaa acgctcatga 338701 acacctacgg cgtcaagccc ggcgataggg tcctcatcgt tggggctgga aacgttgggc 338761 tgattttagg gtatcagctc atccaagccg gtgttgaagt gaaggcgata gtcgaggcca 338821 tgcccaggat aggcggttac ttcgtccacg cggcgaaggt cagaaggctt ggagttccga 338881 tactcacaag gcacaccatc cttcgcgccg agggaaatga gagggtcgag agggcagtta 338941 ttgcccagct cgacgagaac tggagaccga tcccgggaac cgagaaaaca tttgatgttg 339001 acgtcatagc tctcgccgtt ggcctgaggc ccagcatcga actgctccac caggccggct 339061 gtcagataaa gttcgtccgc gagctcggtg gccacgtggc ggttcgcgac gggtggatgg 339121 agacaacagt caggggaatc ttcgttgcgg gggactccgc tggaatagag gaagccacga 339181 cggcaatgct cgaaggaaag atagcgggca tagccgccgc tctcaggctc ggaatagcgg 339241 acgagagctg ggttgaggag atagagaggg cccagcgcga cctcgatgaa ttccgctcgg 339301 gccccttcgg aaggcgcgtg gccgagggga ttagaaaggc ccttctcgga ggtgtcgcca 339361 gtgagtgaaa ttcccgctta tctgaaaaac gggtacataa ctccagagga gctcttctca 339421 ataattccaa agccgagcga ggagaggctt agaaaggggc ccgtcgccgt tccggagtgc 339481 ccgcaggaga taccgtgcgc cccgtgcagg gagatatgcc cgacgggcgc tataagcatg 339541 cccaccccga acgacctgcc aatagtcgac tacgacaagt gcatcggctg ctccctctgt 339601 gtccagattt gcccgggtct ggccttcttt atggtgcact acgtcggcga taaggcgagg 339661 attacgatgc cccacgagct ccttccgatt ccggagcgcg gagaagaggt agttctgctc 339721 aacagggtcg gcgagcccgt tggcaagggg aaagtaatca cagttgtccc gagggagaaa 339781 acaaagggtg acacgccaat tatcacggtc gaggtgccta tagagctggc gtgggaggtt 339841 cgggcggtta gggttgaacg gaggggatga tatggcggga aagacgattg tatgccggtg 339901 caacgacgtt accgtagagg aaatcgaagc gctcatcgat tccggcgtta cggacatcga 339961 ggaaatcaaa aggctcctcc gcgtcggcat ggggccgtgc caggggagga cgtgcattcc 340021 aatcgtaatc tcaatcctcg cgaggaagac agggaagaag ccggaggaaa tcgcgccccc 340081 gaaggcgagg gttccggttc ggcccgtccg cgttgaggtc atcgtgggtg gtgccgatga 340141 gtaaaatagc catcatcggc ggcggaataa taggggtcgc aacggcctac gagctggcga 340201 agctcgggcg aggaggtggt cctcttcgag aagaactact tcggctcggg ctcgaccttc 340261 cgctgtgcca cgggaatacg cgcccagttc acggacgagg cgaacatcag gttaatgaag 340321 tactccgtcg agcggtggga gaggcttgag gaagagcttg gggcggatat aggcttcaac 340381 cagacgggtt acctgttttt agcgacgagt gaggatgagg tcgaggcgtt caaggctaac 340441 ataaagctcc agaacaagtt cggcgtcccg actaggctca tcgatatgga cgaggcgaag 340501 gagatagtgc caatcctcaa caccgagccg ttcttggcgg gagcgtggaa cccaaaggac 340561 gccaaggcga accccttcaa gacgctcttc gcctatctgc ggagggcgag ggagcttggc 340621 gttgacgcgc gcgagcacac agaggtcgtt ggacttgagc gcgaggggga caccataaca 340681 gtggtcaagt tcaggagcaa agggaaggtt gagagtgtca aggttgacgt ggttctaaat 340741 gcctgcaatg cctgggcgcc tctaatcaac gagatggcgg gcttaaagcg tgaccttgtc 340801 ccgattaagg cctacaagca ccagctcgtc aagaccgaac cgcttgagag gggacaggcg 340861 gaacccctgg tgtgcccgcc gagctggaac gacgcctaca taatccagga cggtgaggac 340921 ggcggaatca tctgcggtgc ggggatagag cacgaggcga agagcctgga cgacgttgag 340981 ccgacctacg acttcctgcg cggtgttctg aagtatgcag taaagatagc ccctccgctc 341041 cgctacgccc acatcgtccg ccagtgggca ggcttctacg ccaaaactcc cgacagcaac 341101 cctgcaatcg ggaagctctt ggacaacttc tacatcgcgg cgggcttctc tggacacggc 341161 ttcatgatgg cgccggccgt tgcccaggcc atggccgagc taatctcgaa gggccgttcc 341221 agggtgccgc ttgactggga gtggtacgac ccgtaccgct tcgagcgcgg agagctgaga 341281 agctcggcgt tccagattgg gtaagctgtt ccttactttt tttgcttgtt ctttaacatc 341341 cctccgtcaa gaaaaaggtt ataaatcgag ccgattagca ccgtgagggt cgtcatgaga 341401 atcgtcttcg atataggtgg ctctgttctc gttcccgaag acccggacgt cgagttcatc 341461 aaggcgatag catacgaact catcaagata agcgaggacc acgaggtggc ggtggtagtc 341521 ggcggtggaa aggtagcgcg caaatacatc aaggccgcga agaccttcac gcccaacgag 341581 accttcaagg actacatagg aatccacatc acgagggcga acgcaatgct cctgatagcg 341641 gcgctcggcg agaaggcgta tcccttcgta atccaggact tccgcaaggc ctgggaggtc 341701 atccagctca agaagatacc gataatgggc ggaacccatc ccggccacac gacagacgcg 341761 gtctcggctc tcctcgccga gtaccttcag gccgaccttc tcgtcgtcgt aaccaacgtt 341821 gatggagtct acgactccga cccgaggaag aatccaaacg cgaggaagct cgacaggata 341881 acccctgaac agctcgtcga gattgcgatg gaggccgaga gtaaagccgg tggaagcggt 341941 gtcgtcgatg cattggcggc gaagttcatc cagcgcggac ggataaggac gtacatcgtc 342001 ggcaagaagg acgcctatca cctcttcgat gtcgtgagag gaaagcacag cggaactgtg 342061 gtggagcctt aattccgcaa cccttatata ttttgtccga ctattgtcct acggtgattg 342121 catgtcctca acggacaagg tgtcggtccg ctttccttca ggcctgatga ggcagattga 342181 cgagctcgtc gaaaagggcg agttctcaag ccggagcgag ctcatcaagg aagccgtgag 342241 gttctttctg ctccactacg aatcccccga agagctgtgg gagacataca agctcctcgc 342301 aagggagcgg aggattccgc aggaggaaga aattgaaaag ctcctagagg aagtggacga 342361 ggaatggaag cgcgcaaggt cgtcttagac accaacgtcg tcataacggc cgcgataaac 342421 cccttcggaa gttcaggaaa ggttatggat ttgattgttg ggaagaaggt cgtctcctac 342481 acttccgagg caatacttga ggagctacgc tttaagctga cgagtgagaa ggttctaaaa 342541 taccttgaga gcagggttta tgccctctgg atttatagag tttttcgagc ctcgtccatc 342601 gttgtgaatc cgagggtgcg gtttgaggtc tcccccgact ccgaggacaa caagttcttt 342661 gacgtggttt attccgccaa ggccgacttc ttgataagcc tcgataaaaa gcacgtgctg 342721 aagctgaggg acgagaacgg gagattcgcc ctgaaaggtc atgagtttct gattctaacg 342781 ccggcagagt tccttgaggt cgttggaagg catgacaacc cgtaaatgga tgttctgacg 342841 gaaaaccttg acgtttgtct cctccctggc gcattctttt tgaaaaggca acttcctttc 342901 caaagccaac tttttatacc tccgcgccct tctcaagctg gtggtgctga tgaaaatcgt 342961 cgttatcggt tctgggactg cgggaagcaa cttcgccctc ttcatgagga agctcgacag 343021 gaaggcggag atagttgtca tcgggaagga aggcacgatg cagtactccc cctgcgccct 343081 gccccacgtc atcagcggga cgatagagaa gcccgaggac gtcatcgtct tcccgaacga 343141 gttctacgag aggcaaaaga tagagctcat gctcaacacc gaagcaaagg caatagaccg 343201 cgagaggaag gttgtaatca ctgacaaggg cgaggttccc tacgacaagc tcgttctggc 343261 agttggctct aaagcgttta tcccgccgat aaagggcgtt gagaacgagg gagtgttcac 343321 cctcaagagc ctcgacgacg tgagaaggat taaagcttac atcgccgata ggaagccgaa 343381 gaaagcggta gtcatcggcg cgggtctaat cggcctcgag ggggctgagg ccttcgcgaa 343441 gctcggcata gaagttctcg tcgtcgagct tatggacagg ctaatgccga cgatgctcga 343501 taaagatacc gcgaagctcg tccagaagga gatggaagcg aacggcgtct ccttccgctt 343561 cggcgttggg gttagcgaga taatcggcag tcccgttgag gcggttagga taggcgacga 343621 ggaagttccg gccgagctgg ttctcgtcgc tacaggcgtt agggccaaca cagacctcgc 343681 caaagaagcc gggctggagg tgaacagggg aatagtggtc aacgagcacc tccagacgag 343741 cgacccggac atctacgcga taggcgactg cgccgaggta atcgacgcgg taaccggcga 343801 gagaacgctt agccagctcg gaacttcggc agttagaatg gcgaaggtgg cagcggagca 343861 catagcaggg aaggacgtct ccttcaggcc cgtcttcaac acggccataa ccgagctctt 343921 cggccttgag atagggacct ttggcatcac agaggagagg gcgaagaaag agggaatcga 343981 agtagcggtc ggcaagttca agggctcaac gaagcccgag tactaccccg gcgggaagcc 344041 gataacggtg aagctgattt tcaggaagtc ggacaggaag ctcgtcggcg cgcagatagt 344101 cggtggtgag agggtttggg gcaggataat gacactctct gccctggctc agaaaggagc 344161 gaccgttgag gacgtagttt accttgagac tgcctatgcc ccgccgataa gcccgacgat 344221 agacccgatt accgttgccg gggagatggc gctgaggaag ctcaggtgag gcttttctct 344281 tctttatctt ccggctggaa tatcaacaag agttaagtgc ccccgcaaca acttgggttt 344341 taggtgatgg gtatgaaagt aagggaaagg gataaactac tgctcggtct tggaactggg 344401 gtgctacttg cctcgtccct cagggtcttt gtggcaggtg cctatgcgag ccttgagaag 344461 acgttcttct acgggatgaa gtttccctcg ggccttggga ttttgctgtt cctcttcgcg 344521 gcgctgctcg tcggcaggct tagcaggaag tctggggctg taataatggc cgcctacgcc 344581 cttgcccttc tggcgactga cgccaccgag tacgtccatc tcatagcagc ctttgccctt 344641 cccgtttcct tggccctcgt caaggagctg gacgtcaagt acctcgcgat gggactcgtt 344701 gcggaccttt cactccgcgt gcttgccgtc ggtgccgagc cagcggactt cccatacacg 344761 agggttctcc tcgtgctgtt catcctcctc ggcgccttcg ccctctggaa ggaaccggga 344821 acgctcaaga ggccgggctt tggtctctat gcctttgcgg cgctccttga gcttgggctg 344881 atatacccca acgcagtgat gcgctactcg ggaatgacgg tctattacct cccggagttc 344941 gtcggcttct ctctgctcat agccctggcg atactgctcg gcccgtacct cgcgagaaag 345001 ccgacggtcg cgatggcgct cctgataatc ggctcagcga cgctcttcct caagccactc 345061 tcgctggtgg gtcttcccct cgcccttgca tcgaccattg ccctcgttga gaactccaag 345121 ggtagcaggg gaggtattat cggagccgtt tacctgttcc tcgtcgccac gctcgccctc 345181 ggggcctacg tcggcaggga cataggcctg cccttcatgg aggacaggct tgaggtcctc 345241 attctggttg tctccgtcat ctacgcccta agcgcttacg ggaagagcgc cgagataagc 345301 ctcccaagcg taaaggagat tgccggcccg ctcctaggcg tggtgatggc ctcgattgtg 345361 gtcatggcgc ttttccacgc ggggccgacc tatatggggg caaagaagga cgttctcgtg 345421 tggacttaca acgtccatca gggattcggg ccgtacgatg gaaccttcaa cggctacgag 345481 ctggtgaacc tcctggccga gcagaaaccg gatatctggt tcgcccagga ggtcgtcggg 345541 ggaatgatag gaaacggcta ccaggacgtc ccgctcttcg tatcagccca tctcggctac 345601 gcctacgagt acaagccagc cgttgaaggc acctatggaa tagcggtctt ctcccactgg 345661 cacatgaaga cggaaagcga actcaacctt ccgagcgtgg gagaggcgag gcccgcccag 345721 aaggtctcca tcgaggagct ggggataact gtggtgaacg ttcacatggg actcagcgag 345781 gaagagcgcg ccatgcaggc ggaggaattg cttaagttcg ccgaggcctc gccggtggcc 345841 caggtgatag cgggcgatac caacgccgag ccgaacgaga gggcgataga gatactcacc 345901 cgcgactacc gcgacgcctt tcccgagagg ccgccctaca ccttcctctg ggagcgcaac 345961 ggcgtggtcg ataaggagaa catcgactac atactgctca agaacgactg gccggctgaa 346021 gtgaaggacg acggctgcct ctgcgacgtc ctcgtgtccg accacaggcc ggtgtgggcg 346081 gtcatcgaac ttccgtgagg tttttatctt tccctcccac ctttctccat gccgcagagg 346141 gtcaaggtaa gcaagctcat ggcatacatt ctcagacatt cgccggggga gttcgggttg 346201 aaaccggaca gggagggctt cgtcccgctg gacgagctcg ttagggcact tcaaaccgtc 346261 tatcccgacg ttacagagga gctcgttagg gagatagtcg agagggacgc gaaggggcgc 346321 tacgagatta gagacggaaa aatccgcgcc cgctacggcc acagcttcaa agttaaactc 346381 gaccacgagg aggacaccga gtcgagggtt ctctaccacg gaacgccgag gaggaaccta 346441 acgagaatta tgcgcgaggg gttgaagccg atgaggaggc agttcgtcca cctcagcacg 346501 agcagagagg aggcgataga aacgggtaga aggcacggaa aggatgttgt tctgctcatt 346561 atagatgcag actgcctgag gaggaaggga ctaaaaatct acaaagccgg aaagaacgtg 346621 aggatagttg agaaggtccc gcccgagtgc atcaccctgg cagtctgagg gccaaaacga 346681 atgccagccc gaggggaacc agcgtgctca tgaagttcag ctggaagctt attcctgata 346741 ggtagccccc aatcaagggc ccgacgaccc agccgaggct catcatggcg tttaacaaac 346801 ccattccctg tgccctctct ctcacgctaa cgttctgcgc cacgtaggcc gaggtcgagt 346861 ttattgtcag gacccactta acgcccgaga ggaatgctat tccaaagacc agccagacgt 346921 ttctaacgac ggcgtagagc aggaaagcta agccgtagcc cgctattgca atcaagtaga 346981 acttcttggc tccatacctg tctatcagct ttcccaggaa gtagccagtc aaagcagcgg 347041 cgaggctctc gatgccgaag attacgccaa cgctccactc gccgaaggtc tccttgaagt 347101 aaacggagga aacgccgtag aactgcccgc tcgctatcat aacgaggaag accgtgacgt 347161 agaaaagccc gaggtgtccg cgcataagct tcctgaaggc cgagccctta acggttgccc 347221 tccagctctc cctaccctcc tgcacgagaa tcatgccgag gatggaacgc ctccccgtcg 347281 ggcgctcgcg tattaggaga actatccaag ccgagacgaa taggagaaag ccggaaatca 347341 ggaagagctt cctgatgcca aaatagcgaa ctattgcgga gccgaggaag ttgcccacca 347401 tgaagcctgc gttttcgatt gagttgaaga ggccgaatat cgagcccgct ctcgtcgaga 347461 gctctgaaat cagcgcggag tgagccggca tcatggccga gccaaaaatc ccctggagtg 347521 ttctgaggat taagacgccc gttgcggagc caacgaaggc cattgcaacg tagaataggc 347581 ctgtagaggc cacgccgaag gctatgaagc ccttcctgtt gccggtcgag tcggagagcc 347641 agccgaaggg gtactggaag accgtcgagg tcaggttgaa ggcgacgctt agaagtccga 347701 ccatgaacat actcgcgccg aggaggcgca tgtagacgcc gaggtagggg aaggccattc 347761 cgaaggcgac gttggcgatg aacatggaaa ctgccagtac aatgatattc ctgcgcttga 347821 cctttgttac cgtgaccttt gccctcttct cgtggaggcc ctgtgttatt ctggtagtct 347881 ttctcatggt atgctggtct caacgtttag atttaaatct ttttggttag tttggtttga 347941 ttttcaaact tactactgct atttatgact aaaaccaaac ctatcttttt tgtattacgt 348001 tccataccgt gtgtaactca gttgaagatt tttcgttttc acagtattgg caaacggcac 348061 tttatgttat cttttttgcc cagattatcc ccatatttgg ggaggttacc cgcaattttg 348121 aggagattct aactcagcac gaaaacactt ataatgttct gagtgttcat tgtggtactg 348181 gaatgatggg atatgatccc cggaccatta agattagaca aaggtgatcg aagaatgaag 348241 agggttgtta tgttgtttgc cttggtgctc gttggcctca tgatgggtac cacagcagca 348301 gcaccggctc ccgcagttaa cactgggtat tacggtgaca aggactacgg tctcctgact 348361 ccgtcgctct tcaagaagat ccagcatatg gggattaatc aggagataga gacgataata 348421 atgttcgaca gtcaggccga gaaggagagg gccgttaggg ccctgaagag ccttggcgtt 348481 gaaataaagt acaactacca cataatcccg gcattggccg ttaagatgaa gaccaaggat 348541 cttctcctaa tctccggcct cgctaggggc ggcttctttg gaagcgttca cgtttcggga 348601 attcaattca tccaggagga ctacaaggtt aaggtcgccg tcgaaaccga gggcctcgac 348661 gagtccgccg cccaggttat ggccaccaac atgtggaacc tcggctacga tggctcggga 348721 ataaccatcg ccatcataga caccggtatc gacgcctccc accccgacct tcagggcaag 348781 gtcatcggct ggaaggactt cgtcaacgga aagacgagcc cctatgacga ccagggtcac 348841 ggaacccacg tcgccagtat agcggccgga accggtgccg caagcaacgg aaagtataaa 348901 ggaatggccc ctggagcgaa gctcgtcggc atcaaggttc tcggtgccga cggttcagga 348961 agcatctccg acattattga gggtgttgac tgggccgtcc agaacaagga caagtacggg 349021 ataaaggtca tcaacctttc actcggctca agccagagct ccgacggtac cgactccctc 349081 agccaggccg ttaacaacgc ctgggacgct ggaatagtcg tctgtgtcgc cgctggaaac 349141 agcgggcccg acaagtacac cgttggctcc cctgccgcgg ccagcaaggt cataaccgtc 349201 ggtgccgttg acaagtacga cacgataacc gacttctcca gcaggggccc gaccgcggac 349261 ggaaggctca agcccgaggt cgtcgctcct ggcaactgga ttatcgccgc gcgcgccagc 349321 ggaaccaagc tcaccgacgt caccatcggc gactactacg ttgccgcccc aggaacttcg 349381 atggccaccc cgcacgtcgc tggaatctct gccctcatcc ttcaggccca cccgagctgg 349441 agcccggatc aggttaagaa ggccctcatt gagacggctg acatagtcaa gcccgacgag 349501 attgctgaca tcgcctacgg tgcgggtagg gtcaacgcct acaaggctgc ccactacgat 349561 agctacgcca agctcacctt caccggctac gttgccgaca agggaaccga gactcacgag 349621 ttcacaatca gcggtgcctc attcgtaacc gcgaccctct actgggacaa cgccaagagc 349681 gacatcgacc tctaccttta cgacccgaac ggcaaccagg tggactactc ctacactgcc 349741 tactacggct tcgaaaaggt cggctactac aacccgagcg ctggaacctg gacgataaag 349801 gtcgtcagct acagcggttc ggccaactac caggttgacg tcgtcagtga cggctccctc 349861 ggccagccgg gtagcggtgg cgacaatgga ggtgacaacg gtggaaccga gcccgctccc 349921 gagccagaac cccagccgac cgtcgatgag aagaccttca ccggaagcgt cagctaccac 349981 gactacaacg tccaccagat gaccgtcaac agcggtgcca ccaagataac cggcgacctc 350041 gttggccaca gctacgacga cctcgacctc tacctctacg acaacaacca gaacctcgtg 350101 gaccgctccg agaactacgg ctcaagcgag cacgtcgagt acagcaaccc cgctccggga 350161 acctggtact ttgtcgtcta cgcatactac acctactact ggacggccag ctaccagctt 350221 gacgcgaagg tctactacgg ctgacaaact ttttattccc ttttcctctt cttcctgagg 350281 tgatcgtgat gaaatacaag gttttagcgg tcactctgac ctttctgttc ctcctttcgt 350341 tacccctgac ttctgcatcc acagtggaaa aaccctacgt ttacgttcca acggttccag 350401 aaacctcgct ggcggtcatc gcgttatacc gggccggcga ttatgctcca gtgctcgagg 350461 gttgcgaatg gttgatggcg ataaagacgc cctttgattc gtggggtaga gtttacggag 350521 cggaacacga ggcgaagttc acgggcttgg ctttaatggc cctgatacgg ggtgaaagca 350581 tcgcccgggg gaggtataca gaaaccataa acggcgcggc ctactggctc atgttcaaac 350641 agaagcccga cggctcgtgg gaggattacc tcggtactgc catagcggtc gccgccctcg 350701 aagagttcat caacagtaaa tacgtcgatc caaacatgcc ccggttgagg gatcaggcaa 350761 aaaaggccgt tgagaggggt agggcttggc tgtccctcca caggccgaaa accgacgccg 350821 aattcgcctt tggtgcgatt gcgctcagga atcgcgatct ggccgaggag atgaacgaga 350881 ccgccttcaa gtactttgca ctctcctacc ttggatccca tcccgaggtg ccctccaact 350941 attcaccgaa gggccccctt gaaaccgcgc tgctgctcta cgcaacgggg gacgagagat 351001 acctgaaaga actcctgagt atggagcact tcggcttctg gggaaccctc cgctacaatc 351061 cggttgagct cctcgaggcc tcttacgtca gcgggttcag tgagatgagg gagatcgcct 351121 gcccctatct ggagcagatt cggccccaac tgaggtttga gtgggagagg gttgtctacg 351181 ccaagtactt tctctcctgc ggtatggatg ttgagctccc caatgagagt gcttactcct 351241 cactaaaacc ctggcagata gcggagatag cgaggataaa ggcaatcctg gggaaaccgt 351301 atacccggga agtcgattac ctactgaacc acagaaacgg cactggatgg ggggacttct 351361 acaacaccga gtacgtggtt tgggtgctcc acgatctgaa cgttaccctc gactactctc 351421 caatactgga ttctctggaa atggaactta cgaacacatc tcccacttac tactacgcct 351481 acgcactcat tgtcttcaag gaattcggac gcgagaatgc cctcaacaga acccttgaga 351541 tactcgcgga acgtgagagc cctgaaggtg gctgggggta cgccccggga gctcccgcgg 351601 gaataaagtc gacctcaaca gttctgtggg ggctcgagga ggcaggcctc ttcaacacct 351661 atcttcatag gaagggatgg aacttcctca agcgggccct ctacgtcaag atccccgtgc 351721 ctgagaggag taacggggct ttgagtgtag agaacgcgac cctgcttaag atcagaaacg 351781 gtgaatacgc tggaaacgcg agctccactg tggagatgga ctcgctcgat ggggtcgttt 351841 acatctacac gtcgaagaac cccctcgctg taggggccat tcccgtgagt ggtttcaagg 351901 cggagagtcc ttggcggagt gaaaagaggc agtacctgat cctggtagca attgtggctg 351961 ccttgggtct ttcattttat gggatcgtac tctttgagag ggggagaaga gagggaaggc 352021 aatgatttcc ccttcaattt tttgatccag cgctttataa aagactccag aaaagcttcc 352081 tcaaactcta attttctccc atcgatgtac gcccggtata ttttcacggc atcgccctct 352141 ccaagttctt gtagcgtgtg cagtacgtct cctttcaaaa gagtggagcc gttcagaaag 352201 gccaccaacc tcgcagcctc ccccgcaagg atgtggagca tctttctgtt ccccttaaag 352261 cgcttcaggt tcttgagagt atcctctagt cttcgggaga tgatttcttc cagagggtat 352321 tcaggcaaca ggtcaatcac gtcctccccg agcaggacta tgtgatgttc tctgaaatcc 352381 ctttgataaa ccgtcaggaa cttgtaagga tagccagagt taagggggtc tctaaggttc 352441 gagagccatt cccaagcgat gtcaacttcc actggattga ggtatgagga gcactccttg 352501 agaactggtg ttattttttc caggactaat tcgggatcgg tctcatcttc gagaactgcg 352561 aagaagtcaa cgtcgcttgt tctggggagg aaatcccccc taactaagga gccgtacaga 352621 atgagggaat ggaggccggt gacccggcct atcctctttc gaatgcactc cgcgaggggt 352681 ttaactctca tgttgtcgag gcttcctcgt cgttataaag ttcgtctcca acggttattt 352741 cgtcctcaaa gcccttcgag ccttcgagtg tctgaatcct gaacatgtag ctcttgtacc 352801 agttgtagga gggcttaacc ttcacgggca ggagcctcca cgccctcgtt tcctccacgt 352861 agccccagtt gacgtactcg ttgaagttcc tgatgatgtc ggttataacg acgccgaact 352921 cgttgaggag cagcctctga atctcgcgcc atttgtcgag ggagctctcc cttctcgtta 352981 taccgaagta gccggcgcaa cccgggcctt tgagcgtggc tattcccctg ccgacgaaag 353041 cccttatggc ctctactgtc tcgggcgggt cggttatgaa ggtgtcgaac ttgtggagcg 353101 cgtagtccgg caggggcttt ctgaggtcaa aggtaaatat ctcgatgctc tcataaccga 353161 tttcatcggc aaccttctcg atgaacctta tcagcctctc gtcgatgtcg aggaccgcta 353221 tcctcttggg cagaccgctg agcataaggg ccacgctggt cagatcgtcg tcgcccaaaa 353281 cgaagacctc cttgttctcg aggtcacccc tcgtgtgcat cagggctatc ctggccaccg 353341 ttgtctcggg ggtgacgtag gcctgatcaa actggtgaac cggctcgggc ctgtccttga 353401 ccatttcctt gaactctgct aaaaggtccc cgaatgcgtc cagctcaaca gtcctgccgg 353461 cgcagtgaga gcaggtgtag tccgcccttg cccctatccc gtacttctcc accagtcgct 353521 tcccgctctc ggtgaggatg acttcaccgt ccttaaacgt cacgtaaccg agctcgtgaa 353581 gggtagtgac gaccgcaacg acaagcggaa gtggttcttc gctgagatca acaaccctcc 353641 agacgtcacc gctcgcctga atcgccgaca gaacgttctc tatcgtcctc tcgtagacag 353701 ggatgctcgt cttcttctta accctctcaa ctatctcctt catttccaat ccctccagaa 353761 ggatttttgg ttcgtgaacg gggttggtaa gggcctcttt taaggttttc ccgagggctt 353821 ttaaagggaa cctcccaacg ttcccccatg atcgttcccg ctggagatcc cgtcaagcgc 353881 taccgcctcc gctacaacct cgatgcactg gagagggtga gggaagcaat aggtgagagc 353941 gcctattcca ggctgagggg gctcctcctc ttccgcctcg aagggagtga ctttgaaaaa 354001 accccaacgg gcgttagagt ggccctagcc ttttcagccg gctcggacag cacggcaacg 354061 ctgaaaatcc tccgctgggc gggctttgag gtcgttccaa taactgcaaa gcttccccag 354121 atggacgaga gaacactcca aaaggtccgc tccgagaact cgatcttcgt agtagtacca 354181 cgttacgagg agacaatgag ggaactcatc gaaaagggag caccaatctg cggtcgctgt 354241 cattcaatgg tcatggaagc cgttgagaga aaggcgaggg agcttggcgt gagaattctc 354301 gcgacggggg atatgcttag ctcgggcctg gtttcgattt acgagaagga cggcctggtt 354361 atcctcaact ttccggcatt cctcgccctc gacaagggcg agattatcga ggtaatcggc 354421 ggggagtata agttaagctt tggctgtcct ctcctgtggg agctctttaa gcgggcacct 354481 tcgaccaagc gtttggccct ccagagggtt ctgagggaga cgcgggcgag ggccttaagc 354541 tctgaaatgg ccgttgagct gatgagggac gttctcctcc gttagttccc aactttggcc 354601 caaaaggttt aaatgtgtag ttcttaagtt ggagcggtgg tgattatggt cacgaaggaa 354661 gaggttgaaa aggtcgtcaa atcggtcgtt gacgagaagt tcatccgctc aatagaggtg 354721 gatgaaaagg ggaacgtcac ggtcacactc gcccgggaca cgcccgacat agacaacgtc 354781 ctcataaagc tccactccga gctcggaaaa ctcgaaggaa tcgggctgat aaccatcaac 354841 cgtgagaggg aagtgaagga agctggaaac gtcaagataa ccgaggagat gatacttgag 354901 aagctcaagg aggtcatcga tcccgagatt ggaatagacg tcgtcaacct cggcctcatc 354961 tacgaggtga aggtcaaccc cgacaacacc gtttatgtca agatgacgat gacaactccg 355021 ggctgtccgc tcactatgtg gattctcagg gccgttgagg acaaaatcct cgagattccg 355081 ggcgttaaag atgccgagat tgaactcacc tttgaccctc cctggacgcc cgacaggata 355141 agcccggagt acaagaagaa acttgggctg tattgaccag tttcgtcttt ttctgttcat 355201 tttagtcctt cttcgggcgt tgaaagttaa tttgtttcaa accgtcggtt tttggaacga 355261 aaagtttata ttcgtcaaga cgcacttatc ggcggtgatg tcccatggcg tggaaggtta 355321 gtgttgatgt cgacacctgc attggtgatg ccatctgtgc aagcctctgc ccggacgtct 355381 tcgagatggg agacgacgga aaggctcacc caatcgttga ggttaccgac ctcgagtgcg 355441 cccaggaggc cgctgaggcc tgtccagtcg gcgccataac ccttgaagag gtctgagggc 355501 cttttctttt tgattcctag tatttttaaa tgacgagccc tgatggagtg ttcaagtgaa 355561 gagtagcagt agcgggctca gaatactaaa gcccttcctg atgaagcagg gtattagtaa 355621 gtattaaaaa tcaagataga gtcattattt cttcttagga atcaaggagg agagtaacat 355681 taagagtaga aaaattccta gaccacaaat agagttttca gaggtatcct ttgtggagcc 355741 atccaacttg ttagtatttt ccctcgttgt aacagatccc tttatttttg tgttagttgt 355801 tttgatggta tttttgatta tctgaggttg tgcaattata gacacattcc agagatagaa 355861 gtcagttttt atgagtgacc cactcgtaac tcctgccccc aagacagcag tgccactgga 355921 ggaatataca taaaatagcc atatatactc atgcctctcc tccaatggta ttgtataatt 355981 gatttctatt gtcctattaa tcgtctgatt aacagaataa aatccagtta cgagactgta 356041 agcaaaggta atccacctga atgcagatgt tattgagcta gctatctctt tagccatttc 356101 ttccccataa atttgtgcaa agttcttttc aaccgttttc tggagcaatt cttttttgat 356161 atcctttaaa acatcgttcc ttacgtcttt caatgtttct tcccaaatgt cctctgggta 356221 agcaatgcta attaaaggtg taatgttctc gtagattatc tctctagtgt ttagatccct 356281 cacactggtt acaatgtaca actcaccgtc actcgcccct tcccctgcaa gcacgcctcc 356341 tttaaaacca agtattgtcg ctatggtgtt aatatcgagt acagccttaa aagaataatt 356401 atcagttttg ggagccttaa acttatctcc catcatgcac aatcctgagg cgaatgcctt 356461 tcccccatat actgccttgc tcatgactac tatacttcca ccaccattgt aatttttcct 356521 tttgactgaa gcattgcaat cttttacaat ccatccctta taacatgctg aactattgag 356581 gaaaaataag tagggaggtg tgaacactat tttcacatca gttgaattaa actcggcaaa 356641 aggttgccaa tcaagctgat ctgtgagaac atatttatcg cgatataggg tataaagcaa 356701 aacacgcact ttgtaagagc cgattttagg tggaataaac atagaaggca ttaggaatgg 356761 cttttctact tgttttatca aaatccctgt agtctccacg acgtgatccc aaggaggagt 356821 ttcgtcatga tctacaatta ccctcaatcg tatccttttc actgtatccc ctggattttt 356881 caccattgga attggctttg tggagacatt aggataatcg gggtattttg ttactccagt 356941 tataaatggc tcatttctga aaaagtcaat cctatctagc gtttttgaca ctgtaaagtt 357001 caaagcaccc cagaattctc tctttttcgt ggtggggata ttataaactt ccatttgata 357061 atctcccaga ggcaattcgg tgacaatttc cttataatta cctcttgtat actctgtgga 357121 tatattagct ataatccgcg agtgcttatc attccatatt attacctcaa atacaccccc 357181 acgcgggctt aagggttgtg aaaaggcatt atgtataaat attcggattt gtgtcttcgt 357241 taatgagggc gatgtttctg tgggggtgga tgacatttca aagaccctca cgttatcgta 357301 aaatacctcc tgagctggcc acgcactcgt tagagctatc ccctggatat cttcggtatt 357361 ccaatcatct ttgggtagct ttacattgtc agcttttagg acaccgttta tccacacact 357421 aattgttttt gtgtccttat ttattatggc tttaatatga taccacttct taggttccca 357481 gctaccgaga acaatgtctc ccccatcggt tttgatgtat attatggcat ttgagtgatc 357541 aaacaaaaca ctccagtatt ggccccaact cttacaatcg gagcaaacaa aacctgggtg 357601 atccacatat ccctctcctt tacttttgaa caaaatatca aactcaaatc cgattattgt 357661 ggctgaagag ctgaattttt tcattactac ggctgaccat ccagtggtcc ctagtagtct 357721 aaatgatttc ctcccgcttt tactgtattt gtctgataca tactgttgtt cttttccagc 357781 tccaatataa aggacttccc aacctccact cgaaggaaac tgccccacag aatagctctc 357841 aaaatcatca aagaagagtg tttgctctag gaatttggac tcactggcat tctggttttc 357901 ctgggtagtc ggtagtttct ttaggagaat gtaatcataa gccgttcgtc ctatccatga 357961 agaatacatt cccacgataa tcaattggga ctgggcagta tctgtctctt catatgttgt 358021 gattagttgg ccatcgaagt acatgtacag tgtattcccc tctttcttta gagtgaatct 358081 gtgccattca ttcatttttg gattgtagcc tgggattctg tatattttct ttccgtctct 358141 tgagaacaca aactcgtgat agtacccgtc tccccaccag gcataagtgt gcttttccgt 358201 tttggcgacc acgtgaagtg acccataact acgatctatc cacctgcctt tagattcgac 358261 aatccagttg tatattccgg aagggatttt tgaatacaaa acataagtac cgacggttcc 358321 atcattatcg agaataacct ccccctctct caggaatgtg tggtcttccc gtccaatatt 358381 ccatcctgct tctttcattt cttcgagaga atcatatgaa aagtcatctc tccatgtatt 358441 cgagcttgtg tcttcagctc tgacaattgt tcctccaaga gggcacaatg ggaggaataa 358501 catgaatatc aacagaacgg taaataatcc ttttttcata aatcccgcct cccacacctc 358561 ctcaatagat agtttgacat aacattgaac taagatgatt taaatttttc tatatctcaa 358621 atatccctca gtcagaggct gaaaaagaga aaatgttaaa atatcccaaa gcaaaaatct 358681 aatcggtgat tgctaatgag gcaatccttg agaattttac ttatgcttgt cttggcggag 358741 ggattatttg ccttgtcctt ggtaccaacg gccagcgcag aagaagaaaa gcagacaaga 358801 attctaataa ttgatggaag ttaccctagt tcatttctta gtggagtctc aggatatggg 358861 gaaagtagtg tattagatgc aatggatgta gccaaataca gtgaggagta tttaaaagag 358921 aattttgatt tatttgtagt cacggcagag ttaagtggtt ggagtattgg gtgggaggat 358981 tatccatcac tggtaggaaa gctctggaac gcggtagaag ctggaaagtc aataataatt 359041 gttacctatg aagactattc gtcccctgca aatactgtaa tctcgaactg taatctcgat 359101 aagtcatttc ccaacaccta aagagttcgt tgaatataat gttattccta gtgacctcac 359161 gcaagaggtt aagaagatag agtgttcggg agtcaactat tttatttatg ggagcagtcc 359221 cctggtttta tcaccatcaa aatctggtta tcctgatcca ccaggagccc tggcagtcta 359281 cggaacttac gggaagggaa agtatgccgt agtttcatgg gaactttttg tctccggtta 359341 ttgtagaggt gacgttggcc ctctgttcag cgacattatg cactggctca caaaccgcga 359401 gattcccgcc ccactaactc tcaatgaaat gatgcaaaaa gttcaaacta ttaatcaaac 359461 cctgaacacc ctttattctg aagctcagga tatcaagagg gaactcgaaa agacaaaaca 359521 agaagcccag aatttaccct cagtttcaaa gaggattgat gaggtagaaa aaagagtcga 359581 aaacaatgaa gagcaaatcg gcgaactttc acagcacgtt caggatgtga agatggaact 359641 tgaaaaaatt aaacaagaaa tcgagggttt gccttcggtc tccggaagag tgaatgagac 359701 agaaaaaaag gttgaaaata ataaaaaaca actcattgaa ctttcacaag aagttacaga 359761 gctcgagcaa cgaataaacc agctcagcaa aaaaattgac gagatagaaa agaacagtcc 359821 tgcagaaaca acagtggttc agcgtgaaac gtcatcgaaa actgagagtt catctaaaac 359881 atgtggagta tgtctcttgg cgttgctccc attagttgtc ttagtatcca gaaaaataaa 359941 gagcaagtaa ataccccaaa gaaacaaact cattataatc ctcttccttt ttccacaaca 360001 tttggagaag ttttccaaat attttgaagc ccttgcccaa gcgaagtttg aggtgctccc 360061 tattgtggat aggctcaagt ttgtggaggt ttactgagga tgctaaagga aggtgctgga 360121 aaagctgtcc tcgcggttgc tgagctggtg ggggaggagc cttcggaggg agtgttctgt 360181 ctgaagtagg agtcatctag gaatagtttt ttgctcgtta gaaaaatatc tacggggaaa 360241 cttcccatta aggagagcaa aagaaatcag agaaaataag agctcattca atgcccagtt 360301 taaacttctt cacctgctca agtacgtact ccctaatttt cctcgccttc ggcagttccg 360361 caactatctc gccgttctcg ataaggggct gtaggagtgg ctcgaccctg gcaccgcaga 360421 caggacagcg ttcgagcttt ttgtcggagg gaacgcggtg gtagtggccg ttctcacagc 360481 ggtaaacctg cttcctcccg ctcagcttcc cgcgcttcgt tatcggcttt ccatcgacct 360541 caacgatgtc aagcgagaag tctatcggct ttgcgctcgc tatggccgag ccgacgccga 360601 aggcgtctgc cacgtcaaca atttccttta tgctctcctc gtcgaggcca ccgctcacga 360661 agattttcac ccagtcgtag cccctaaggt caagctccca gcgcacttcc tcgattatct 360721 tcctgaagtt gcccctcctc gagccaggag tgtccaagcg aaccgcgttc agccttttgc 360781 ctaaggcctc ggccgccatc agcgcctcga acttctcgtc gcagagggtg tcaaccagag 360841 cggttctcgg gacttcctgc tcaacgacct cgtcgaagta cttccaggcc ttaacttggt 360901 cgccgaccgt gaggattagc gcgtggggca tggttccaac gggcttttcc cccatcattt 360961 ccgctcctag aacaccgctc acaccgtcgc agccgcctat gaaggccgct ctatcaatca 361021 tcggcgctat cgcggggtgc atgtgcctta ttccaaagga gtaaacgggc ttgaagttgg 361081 cggcaatctt gattctcaag gcggccgtcg ctatcccgct cgcctgactg agcattccca 361141 gcaaagccgt ctcatagact ccaaactcct cgtagtagcc ttcaatctgg agaacgggct 361201 cgtaggggtg gaatatcgtg ccctccttca tcgcgtagac gtccacggga aggccctcaa 361261 ggagcttcgc gacctcctcg attcccgcta agactcccca cttccagccg tgtggcagtg 361321 aggttgtcgt cacatcggcg aagaccttcc tgtggattcc cttttctgtc agtatcttct 361381 tcgttcgaat gaagtaaacg tccgtcgttt tcccggcctt tatatcgtcc tcatgggcga 361441 tgtagaagtc cctcatcaca accacctgat tgagagtccg tgcaatccga tttaaggctt 361501 tccaacggca aaccttgcca tgtgcatccc ggttgcacag aactcgttga gtgtaggaaa 361561 aagatgaaag gcgagctttg tttagcccac tctgaatggg agctcgacgc tttccccgcg 361621 ttcccttttg tgaagctccc tcctgtaggc ctcaaggggc ttatcctcaa ccttcagaaa 361681 acctgcgaag gtctttggtc gtttctcaag ttcgtcgaag aactccggat agcgcttgtc 361741 ccggactatg tggtggtcga ggattatctc ggcgttcgtc tcgcggatta tctcgttcag 361801 attcttgatc ccggtctccc agcttccctc ggcgcgcttt ccgaggtaag taggcggtcc 361861 gccggttatg agcaaatccg ggttcttttc gattatccac tcgacggcct ttctgttgag 361921 gagctggatg tcactggcgt ggattatcct ctcggagccg tcgtcaatga gaaccatcac 361981 cacgaagccc agccttgagc cctcgctccc gtgcggaacc gccggcgaga actccagcgt 362041 aacgccaccg aggtcaaagg ccctcccgtc cgcgaactct atcctccttg caatcggctc 362101 cgcgttcttg aggaaggccc aggccctctt cctctggctg aagttgatgt tctccctggg 362161 gtgcttaatg aggagaagct ttccggcgta aatttccctc gcatattctt cgcttgagct 362221 ctcatagagc ccctcgaaga agggagtatg gtgatcgtaa tggtagtggg agatggtgac 362281 cacgtccgcc cttcgggcat agccctgtat cttcctcctc atcttctgga gagtttcaag 362341 ctcgattttc gccggcggaa ggccgtagcg tttcggcccg agggcaacgc ccgggtcgat 362401 gaggattttt atcccccctg cctctacgaa agttgccagg ctcctaacgc caaggctttc 362461 cgaggcgagc gggattacgc gcatgattct ggttgggggt ttcctcttta aaagctatcc 362521 cgtgtgtaca ccttagcact tgcgtactgc aacttgacgc ctcttttagc ctctatcgga 362581 acgtattccg agtcgaggcc tagatatttc ggcccgaata tttcgagtcc cttggatgtc 362641 ctccagattt tgggagcgga ataaccaacg actatgtact cacttccttc cttgacctca 362701 gaattgatca cgggcactcc ttcgggggtt accattgaaa tgagatccgg caccgtcacg 362761 tctatcctcc cgttcctcca cgatgcaagg ttttcatttt tgaaggctat cctgtagctt 362821 tcgtttttga acccttcaac accttcaagc tcgaactctc caactgtgaa cccgcccttc 362881 tctcttctct cgaccccaac aacaatcccc ctgaagagaa ccgtccagcc gagtccctcc 362941 agtacctcct caggattttt gccgtcctcc ctggcgattc tgagctccct gccagtccgg 363001 agcgagcggg acacagtacc atgaacaacg gcattaccca tctcggaaac cctgaagggg 363061 tgggatgtaa caccgacgtt cgccccaatc acagagacta tggccctgac tatcttctca 363121 gcttcagtgt cgtccttcac tctggagaaa ataagctcgt ctccgtgagg cgttacgagg 363181 gaaaagggtg tcatgggcat gcccaacagg tggtacgtgg agtgctgcag ctccggaacg 363241 gcccttccag cggcgtcggc atcaatgaca accttcccga ggagagcacc caccactaga 363301 gccctcgccg tgtttgcacc cccgagctcc gttgcgatga caccggcgaa actctctcca 363361 agatactcct ccaatagctc aaacgatcgc gttaccgtgc catttgggta cgccgaggta 363421 acttccctgg gggagagtga accgactgag tacggcatgg caacgattgc cccctttttt 363481 atctccccga gttccgccag acggaattcc cctcccctcc tcaatgtttt tttcacgata 363541 tgccacccga ccttggggtc ccctcctccc ccggttccga agagggttgc gccgaggatt 363601 atatccctga ggtcagcctc atcgagaacc ttcatgctcc tttccctcca tgtacttcag 363661 ggcgactaag gctgccgcct ttgcctcggg cattaagggc tctctgagct caactttctc 363721 cccgaactcc tcttcgagcc ttctcgtcag caaaggccta agcaaatccc tggaaccgaa 363781 gtagaaccca cctgttatcg ccagcttatc cctcacgctt gagaagccga gccttctcac 363841 cgcggctctg taggtgagga ctatctcctc gacggcatct tttattatcc ccattgcaac 363901 ctcgtccttt tccctcgccg ctttcacgac gtagggggcg aaacctccca ggagagtctt 363961 tgggttttcc gacgagtata tcctgcctat tattccgtca ggggtgtttg ccttgaagta 364021 ctcgagcatg tactccctca accttgtgcc ccttccccgt ccgtcgtagg cccttagggc 364081 ggccctgatt ccctctttcc caacccagaa cccgcttcct tcatcaccca caaggtgtcc 364141 ccaaccaccc accctgacgg ttttgccttc ctcgttgatt ccataagcaa tcgagcccgt 364201 tccggcgatt aagacgacgc ctgggttaaa gagaaagcat gccacgtggg ctatttcgta 364261 gtccctcttc acgattattt ctgccccggg aaggagctcc ccgaggattc cctctaagat 364321 atccttcatt ccccccagtg ttccagcggc ggaaacgcag gcaactttga ccgaaccccg 364381 gaaattgccg agtgcctccg agacggcttt ccttattgaa gccctcacag tctccattgg 364441 cgaggcgttc ggatttgatg gccccccaaa cccttctccg agtacttccc cgttccaatc 364501 aaccagcacc gcgtgcgttt tcgttccacc gcagtcgagc cctaggatca tctaactcac 364561 cttctgctcc ccatgtacca tgagactaag agtccggaga cccccacctg ggcgagcagg 364621 agaacctggg aaaacacgcc gaacgttatc ttatcgaagg acagggtaac cgtgaagagc 364681 ggaggcagtg tgaagcttat cagcaggagg taatggaggt acttgcccct caacattgag 364741 atggttgccc ccgcgttcat aatgccaagc agaatgccca tgctcctcca ggttttcatc 364801 ttggttgcgg cgctgagtcc cctgaggacg tcgggaggaa gggggagctt aagcccttcg 364861 taggctgcaa tgaggcctat gagcagaaat atcgaggcga agagaaggga gataaggttt 364921 agcctcttct cgtccatcgg gctggctagg gcaatgccta caacgataat caccagatag 364981 agagcgccaa tcgcccacca ggttacggga accgccccta tgtatatggc gggtggtctg 365041 aggaggatca gcacgccaag tgaagtcgcc gctatggccc ctgcgagtgc agagtagccc 365101 catctcataa ggaggaacag gaacaggctt attatggcct cgataaggat gaaaattccg 365161 attgtcacgt ctttttggat atacactggg aacatgtcga ggaaaaccaa tgagagcatc 365221 aacgccagta tgagtgaaag tacctcaagc cgtgagagtc tcatcagatc acctcctcct 365281 gagcttcggg ttgaggtagt cctgaagggc ctcgccaagg cacacgaacg ctattacagc 365341 cagcgctatc atcacaccgg ggactatgat ccactgccac atgcccttca tcactatcat 365401 catcatgttc ttgttggccg tgtacatgac gtagccccag tcggggttgt gggggtcgcc 365461 gaggccgagg aaagtcagtg acgccacggt aactatgaag cccgctatct gaatcgtggc 365521 tctggcgaag agcaggggta tcgtgctggg gagtatgtgc ctgaagatta tcctcccctt 365581 gctggcccct agtgctatcg ccgcctcaac gtaggttctg ttctttagct ggagtgtctg 365641 tgccctcacc attcttgccg ttgagggcca cgcgatgagg gctatcacga ttatcgtgta 365701 ccatatgttc cagacattgg agaagagcgc cgctatgact atcaagagca gcagactggg 365761 aagcatcatt atggagtccg atacgaagac gaggatttca tcgacgatgc ccccgtaata 365821 gcctgcaacg gtaccgacga gtgcccctat cgttacggtt agcagggcgg cgatgaaacc 365881 cactgccagt gaaatcctcg ttccgtagac tatttgggcc cagatgtcct ttccctcctg 365941 atctataccg cacggatgat cccacgatgc tggaacgaat gtttcatccg atgtccaatc 366001 tggagtgtat ttcgtaaaaa ggcccgggaa taaggccata atgaggagga atgcgagtat 366061 tattacgcca accttaccca ttttgtggtg ccaaacgtag ccggagacct ccttgaggga 366121 ctcccatttc tcctcaagtt tctccctcag ggtcattgcc attttatccc ctcctgatcc 366181 tcgggtcgag gtaggcgtag gttatctcgg ctatcgtgat ggcgagtatc acggcgaccg 366241 ctattatgta aaacgaggcc aaaaccaccg ggtaatcctt gttccagatg gcagtgtata 366301 tcagtgtccc catgcccgga tagttgaaga ctgtctcggt gacaacggct ccaccgaaga 366361 ggaagccgag gtctattgcc atcatcgtga ttattggggg cattatgctc ctgagaacgt 366421 atctctcgat gatgtagtct tcccgtaggc ccatagcacg aaatgagaca acgtagtcgt 366481 tggtgtattc ctcggatacc atgttcctga ttgtgaggag gtacgagact gcgtagatct 366541 tggagagggc tatgatggga aggagactgt gccacaacca gtctatcatg tgatgaaaca 366601 cgttacgggg gtgaagctcg gatgaggtta gaaacgggaa gaggccgagc ttgaacgcga 366661 aaacgtaaag cagaaccatt ccaagccaga acacggggag ggatcttatt ccaagggtta 366721 tccagatgat ggcagattcc ttgagcgtgc ccctgtttcg ggcgcagtac aggcccaaaa 366781 tcattccgag catggcaccg aaaaagtacg cggcggtaac gaggctgagg gtgtatggta 366841 gacgaaccga tatcaaatcg attatgggct tattgtaaac tggcgatttc atcttgaaga 366901 gcgaaaacgt ggccatgccg tagagcatct tggctgcccc cacgaggaag ctgtccctgt 366961 aaccccactc cttcaggagg gcctcatact gggcttccgt tatttttccc tggtagaggt 367021 actgatcgaa gggcgttccc ggggcaagtc ttaggagggt gtatatgata aggatgacga 367081 agatgagggt gagaagcctg tgggcaattt tagcgagcgt gtacgagacc attccccttg 367141 ccatgatggc tcaccaccag aagttcgtca aaaaagaaat taaagaagga ctcaccttct 367201 cctcttcaac agcggaagca cagcaaagag caccagtgcc gccggtccac aaaggccttt 367261 ctcacctttc ttggtggttg aggtcgatga tgagggggtc tttgaggatg acgtcgttgt 367321 ggaggatttt tctgatgaag ttgtggtcgt tggcttctcc gggtttccaa ggagcgacca 367381 gtagccaagc gttaagaacc tcgggtttgg cgcccagtcc ttgtagcggt caaccctgta 367441 gggcgttgcg actatcgggt ggtagagggc tatgaagacg acgttgttgg cgagtatctc 367501 ctcgagcttg tgggccaggg ccggatcgcc ggtcctctgg aactcctcga aggtttcgtc 367561 ataggtcttg ttggagaagc ccaccctgtt gcccgggttg tcgctggtga accagatgag 367621 gtctgtcggc ttgtgcggga cgaaaccaac tatcgccatg tcccacgagc ctgctcccca 367681 cttgtcccag tagtcgccgg ccttgtcaac gtcaaccttg atgccgacgt ccttgaggta 367741 gttcgctatt tcatcgccta tcgcgtccct gaagaacgag tctccggggg ccctcgtgag 367801 gaggtatatc ttgaagggct ttccgtcggg tgtttctctg tagccgtcgc cgttaacgtc 367861 cttgaagcca agctcatcga gtatctcctt ggccttgtcc ggatcgtagg ggtacagatt 367921 ctccttgggc atgtacttgc agtactcgcc gaagaacggg ccgaggaagc ccatgcttcc 367981 cgcttttgct ccgtcagttc cgtagtactt ctggactatc ttgtcaacgg ggagtgcgta 368041 ggctattgcc tttctgaatt tgaggtcgtt gtagggccac ttcttgaagt taaacgccag 368101 aaggtgggtt gactttgagg ccgcgcggta tatcttaacg tttggatcac cggaaaccat 368161 gttttcgaac tctttgaggt actttccaaa gaagtagaag tagcccgcgt cgagctcgcc 368221 gttggcgacc atcatggcga actggttctt gtcggtcaga accttgaaga tggcggtgtc 368281 gacctcaggc ttcccgaggt agtagtcctt aaaggcctgg agcttgacgt actcgccggg 368341 cttgatctca gcgaccttga acgggccaca acctaccagc tgctctggct tgtcgagaga 368401 ggctgtcgga tcggagatta tgttcttgtc ctcccatatg tgcttcggga ctatgtagag 368461 cgttgtaaag gccatctcaa ggaacttgtc ggcggctgcg gactggttgt agacaagctg 368521 aaccgtgtac ttgtcaacta ccttgacttc ctgaaggccg ttgatgatga gcgtgtccgg 368581 gttcacgaac tttgcggggt tgctcttgaa gagctcgatg gtgaatttaa cgtcctctgc 368641 ggttacctcc ttgccgtcgt gccacttaac gcccttcctt aggtggaacg tcagaacttt 368701 gttatccccc tctttcttga actcccactt ctccgcgagc gcacccgtga ccttagtacc 368761 gctcttgtcc caccttatga gtggctcgta caccttgtcg aggataacgt tactgtacac 368821 tgtgcttgat gtcagcgggt tcagcgtttt ccatttgcca accgcgagga cgagttctgt 368881 tcccgctgat gcactgactc ttggcgctgc agcgatgcta cttaaaaaca aaactgccag 368941 cagtagcgaa agcccctttc tgttcatagg gacacctccc gcctattctc gtttattaat 369001 gcgcctttcg catatataag attttttgtt tcatcgaagt tttttgttaa taaaaaagaa 369061 aatgctgata aaagattttg atttatgttt aaaatctttc tacgacctta actagccctt 369121 cggggaaatc cgggttcaga ttgttaagaa cggctaggta gtaggaaact atctgtattg 369181 gaactatgaa tgggatcaca gcgagttctt cgctcccgtt ccaaggaacc cttacgcagt 369241 tctcgaaaac atccgagttc gtgaaaacaa gcggctctgc gttcctcgat gcgaggtcgt 369301 cgataagcct cttgagcgcg ccggttgaac taccttccgg tgcgatgacg atgggctgag 369361 gcttctctgg tcctcgcaac aatgccaccg gtccgtgcct gaactcgagt gccggaaaaa 369421 cctcgttggg aaggccgagg gtttccctga acttgagagc accctccagc gccactacat 369481 aacccgagcc cgagccgagg tggacgaagg ccttcctgga gaccagactc tctgctatcg 369541 agcggtactc gttctcccgt gcgaggactc tctcaacggc ttgttgtatg gccattagct 369601 cattgaggcc ctcctccctt cccagcagtt tgagcgctat tccctggagg acgagggtta 369661 ttgccgagaa cgacttcgtg gcgggtatgt tgggctcttc gccgttcggt atagcgattg 369721 tctcatcgga gacctcttct atcttcgagt tttcgttgca cgttaccccg atgatcgttg 369781 cgcctttctc cctggcaacc tttacggcct cgatgacttc tccagttttt cctgaccttg 369841 acgacgccac cacgagtgcg ccttttgcaa gctctctgta atgaagcatg aactccgagg 369901 ccggaaatgc gtggctctca atggaacttt tcaggagaac gtggttgcct gccagggagg 369961 agaagtagga actgccgcag ccgatgaaga taacccttcg gaatcccttc tccggtggat 370021 cccattcctt gaggatctta agggcggaat ccagtgcctg tggcgtctcc ctaatcgacc 370081 ttatcatgtt gaactccatt ggcatccccc ttacggctta ggtcaccacg gattataagc 370141 gtttctaaat ttattgagta taagagcaaa ttttagggat aactctgaat acttttaata 370201 aacagacagt ttttcgaaaa cttttaaaac attccaacgc taatataatc gggggaacac 370261 catgtacagg ggcacctggc ttcatccctg ggacttcacc ggttacacca tcgagaggat 370321 tgctaaaatc ggctttaacc acgtcagcat ggctgttaga tactttgagg agagacagga 370381 ctggcccggt ccaaacataa tctttcaaaa ccccgggaga agggcttaca cggccgaaga 370441 aaacgccgtt tactgggacg ctgacgggaa taggtattct catctgcccc cttacctgag 370501 acccgaaaga tcgagggaag cgaagggaga catcgtggag aggttcgtca atgcctgtga 370561 ggagaactcc ctaaagagcg tcctctggtt tcccacgctg agatgggaga aggccgtgag 370621 ggacgacata ggggttggca tgaaggacgt ctacggctcc caccccggct acaagcgaat 370681 gttcctctgc ccctccaacc ccctcgtgag ggaagcgctc gaactgatgg ttgaagaact 370741 ctccgaaaag tacgacttcg acgagtttga gtttgacttt atcagatacc cagaggtgcc 370801 ctcaacacac ggcacgcctc ttttaagtct ggctctttcc ccgtgcttct gcaaatactg 370861 tcaggagagg gccagggatt acggggttga cctcgaagag gttaagcggg agctcaaaga 370921 gctcgtggag tggcacgttg attacctctc gaacacgcct tactgcaccg atgaggatta 370981 cctgcaggca gttcacagcg agcttgctag gtttctcctt gagggtgacc tcgtgaagaa 371041 gtggattaag ttcagggcgg aggtgatagc cgacctactg aaagacctct ccaagatagt 371101 caggaggaac aatccggggg cgaaggtaac cgccgacctg tatcctccat cgggctcgtg 371161 gctcctcgga caggattaca aaacgatctc caaaatcgtg gacggggtta aggttatgat 371221 atacacgaag cccttcggga agtcggtgtg caggattccc tacgagtcga ggctcgcgag 371281 gaagcttctc ggcaaaaagc tcctcgtcat agggctcgcc tcctggccac ccatgacccc 371341 ggaggacatc gaaagggagt tcaggctcgt cctctcttct cccgccgatg gcgtcggttt 371401 ctattcttac gggtggacgc ccgatgggaa ccttcttacg attgaaagac tcttcaggga 371461 ggtgggaaca tgaagttcgg tatcaactgc tggagttttc cgaagaccct gccagttgag 371521 gaggccgtaa aggccgccgg caggattggt tacgagggct atgaagttgg tctctcgatc 371581 gaggattttg aagcctttgg caagcccgag ttcaaggaga agttcagaaa gataagggag 371641 gtcgccgaga gttgtaaggt ggagataccg agcgttgcaa cgggcctctt ctggaggttc 371701 aacccgctga cggaccagga gaaggcgttg aaggtcgtcg aggccgagtg cgaagccgct 371761 tcggagctcg gcgcgaggct tattctcgtc gtgcccggga gtggagtccc ggagctttcc 371821 tacgaggagc acttcaagag ggcggcagag ttcggaagga aggcctctga gatagccgag 371881 gactatggga taaaaatcgg cctcgaaaac gtctggaaca gggtcttcgc cgggccactg 371941 gagttcaaga gacttctgga tgagatagag gaggacaacg ttggggccta ctttgacgcc 372001 ggcaacaccc tgccccactc gctcccggag cactggatag acgttttagg ggacaagatc 372061 ttccaggttc acgttaagga cttcaacctc gtggagctca agtttggaat cccgctgagc 372121 ggtagcgtca actggacggc cgttagggag gccctagaaa ggattggcta cgatggctac 372181 gtcctgccgg aggttccgcc ctacctcggc gacccgctca aagcggctga agactctctg 372241 acgtccctga gaaagatatt cgggtgatgg gtatgaggat agccctcatc ggagcgggca 372301 atatggggag tctccacctc aaggtcatga aaatggcggg ggtcgagata gcaggggtct 372361 gtgacgtaaa ggacgaggtt ctgagaaagg taaaggagga atacggcgtt cctgtttaca 372421 aggactacca ggagatgctc gaaaaggaga gcccggacgg ggttataatc gcaacacccc 372481 cacacctcca cagggagcag gcgatatacg ccctcaagaa gggctactac gttctcctcg 372541 agaagccgat gggcgcaaac cttcaggacg cgagggccat atacaggcgc gcgaggggca 372601 cgaacaggct aatggtggcg ttcagcctcc gcttccacgg gctcttcatg aaggtcaagg 372661 actaccttga gagggacctt ggggacatac tcttccagtg gcacgtggct ctcggcagga 372721 cgccggtcaa cgagtggata aaggactccc ggaagagcgg gggaatgata aacgagaacg 372781 ccgtccacgt tgtctattac ttcctctggt acgcgggcga cataaagaag gtctacggaa 372841 ggtgctggac cctcgaggaa gatgccacta ttgaggacaa cgccgcggtc accttcgtcc 372901 acaggaacgg cgcggtctcg acgctcatgc agacttggac ggcccagcac cgctggagga 372961 agtggggact tcaggcaacg aacggcacag tgaccgttga cggctacctc ggcggggact 373021 acaagatatc aacgcgggag atgagggttc tcgaggaggg gaacttcagc gaagaggtcg 373081 agctcatgta cctcagacag ctcaaacact tcctccactg catagagacc ggagaaaagc 373141 ccgttgtcaa tgaggaggac ggtctgaagg tacacagggc agttcaggcc ctctatcgct 373201 cgtcccgtct cgacaggatg gttcccctgt gagactcccc ttgcaaaatc tttttatata 373261 tccttatgaa caaatcggta aaaatcagag gcatctaatg gcactggaaa gctagggggt 373321 gaaaaaattt gccagactct aaggacgcca agtacaagaa ggaacttgag ttctataggg 373381 atatcctgaa ggactacctc gacgaggttg accttctcat ctggctggcc ctccgggaca 373441 acggcagaat ctctgacacc gagcttgcga agatagccaa cgtctccgtg cctactgcaa 373501 gaaggaggag gatggccctt gaggagaagg gcataatccg cgtgaggggc tttctggtct 373561 ttgacaggct caagctctca tcggcggacg tgctcgtaaa gttcaggccg ggtttttcca 373621 aggagacggt cagagatttc atagcgaggg ccctcgatga gccaaggata tacgagataa 373681 gcgagtacat cggagagtac gacgtcctcc tcaggttctt tgaaaaggac tacaagaccc 373741 tcaaggagaa gatagaggag ttcctcaccg agaacgggga tatagtggaa cgctacacag 373801 tgctcgccaa tatctacacg cccaaaatat tctcagaact cgtcgatgag aacagagaag 373861 aataaaaatc agccttcaaa aaccctcctt ccagccacgt aggtttcctc aacctcaagt 373921 ttttcgttta gaacgacgaa gtcagccctg cttccgggcc ttatgatgcc gatgtcctcc 373981 ctgcccaggg ccctggccgg tgttgccgtc gccatgatca gggcgtccct caggggtatt 374041 ccaatcttca cgaggttcct gattgccctg tccagcgtta gggtgctgcc cgcaagggtt 374101 ccgtcctcaa ggcggcagac gccgtccttc acgacgacct ttaggccgcc gagctcgtac 374161 cgcccatcgg gcaggcccgt ggcgcttatg gcatcggtta ttagaaccac cctctccggc 374221 ccagcgagcc tgtaaacgag ccttatagcg gttggcgaga cgtgtatgag gtcgcatatg 374281 agctcgaggt aaacgccctc gctctcgagg caggcaccca ccgttccggg ctccctgtgg 374341 tggaagcccc tcatggcgtt gaagaggtgg gtcgcctttc tggcacctgc cagtattccc 374401 ctcttcgttt cctcgtaggt tgccctggtg tgtcctatct gaactataac tccaagctcg 374461 gtgacccgct ctatgaactc cagggcgcct tcgacctccg gagcaaccgt tatctccctt 374521 atgttcccct ccgaggccct ccagtattca aggaactctt cgaagtcgga cttccgtatg 374581 aaagccgggt tctgggcgcc tttagcctcg acgtttatgt atggcccctc caggtgtagg 374641 ccgagtatcc tcgcccccct gagctccctt tcctgggctt tcatcgcctc ggcaacggcc 374701 ctgctggccc tcagcagttc ctcgtgggag gccgttacag tcgtcgggat gaaggacgtt 374761 acgccgtacc taacaagact ctcgctcatc ctgaggaggc tttccgccgt tccgtcgttg 374821 gtgtcgtagc cacagcaacc gtggatgtgg gtgtcaacga aacccggggc taatattttc 374881 ccctcgaggt cgattccatt ctcttccctt ccctcgtaga ccttcttcac cctgccgttc 374941 tcgatgacga ccgttgcggg ttcaacgatg tcgaagggcg tgtaaagcct cgcgttggtt 375001 aagaccgttc tcatcgccac cacctcacag gagctttatc ctgcccctgt atttctcaaa 375061 aagctttgaa ttgtgctcct tagcctcggg aaggtgggcg ctcagccaga ccggcggtgt 375121 taccccctcc ctgacgagct cctgaactgc taaagcaacc atcgagttcg ctatgaagca 375181 gttcgctata gtagaaactg gagcaacttt catcggaaag ccctcgactt cgagaacggc 375241 gtctcccctt ggaactttgt tgtctatagg gacgtcaacg acctcgaaga gcctcttccc 375301 gtaggtgttc ctcggctgga gcgttctgga atagttcacg gaggttattc ccacagtctt 375361 ggcaccgagc tccctcgcga agaccgccgc ctccaccggg aactggttaa cgcccgaggt 375421 tgaaacgact atgacaatat cgccctctct aacccccgcg gttctcagga gaacctcagc 375481 gtaacccttg acgtcctcca tcgcggtcga cttctctgcc ccgtgggaga cgttgatgtc 375541 cgtgtcgagg atgggattta ccggagccaa tccgcctgcc ctgtagaaga gctcctcgcc 375601 aagcatcgcc gagtgccccg cgccaacgac gtggacgatt cccccgctct tcagggtttc 375661 tttgagcagt ccggcggccc tttcgatgtt ctctttctcc tccctcttta tcctctccag 375721 gatttcgagg actgcggagt agtatttctc aatcatctcc atcaccacct gtcggagtag 375781 aagatgtatg gtttctccat agggggaagc tcacccctca ggggtttgaa catgtaaacc 375841 tcgggctcct tgaaggtttc aacgcctaaa agttccagct cgtcttccgg tgcgaatatc 375901 tttaggctct tggcccttaa aacggacgcc gaggcggaga gcagtgagta ggccgtctcc 375961 gagtcgtcga agaggatttc tctaacgatt ccctgtcctg gtagggttcc cctcatcacg 376021 agggcgtagc ctctgatttt cccgtcatca aagacgagcg ctcctttctc ttctgagtag 376081 aagaaggtgt gccagaaagt cctcctgatg agcttttcga tgaagtagtc taagttcctc 376141 ttgacgacgc cgtcgagctc tcggattctt ctctcgtaga gcttcagcat cccctcggcg 376201 tcttcttccg ttgcgtatct aacgccttca gcctccggca gtttcttcag ctcgtcttga 376261 accattatac cgtagcgggt gaagtagaca tccctgaacc ccagcttcct gtagagggag 376321 tgggcaatct ccccgtatcc agctaagagc gccgagagct cgtatcccct ctcaagggaa 376381 tccacgaggg cgtgctctaa gagttccctg gcgaggcccc tccccctgaa ttcagggccc 376441 gtgcacacgt tcgctattcc ggcagttctg aaaaattctc gctcgacttt gatttccctc 376501 tcaacgacct gaaccatagc cgctatctta tcgccttcga tgtggaggta tgtgccatcg 376561 agactaactc ccgggtcgct cctcagccac tcgcggaact tctcctcgtt aagaccccag 376621 ctcctgtacg tcctgaagca ctcgttcatg agcttcacta tcccgggtat gtcctcttcc 376681 ccggcggttc ttatcatgct ctcaccttac ggcttccaca ttgacgtcga agaacttgtc 376741 gagggtgtgc ggccccttcc acctcttcct cagctcttgg ttataccagt gctccctgtc 376801 gaggaggaga atcgcaatcc tgctcctacc ctggggcatc ttcactatga gctcatcctc 376861 tctctcctcg aactctatac cgtgcagtga cagaacttcc ttcgccctct cgagctccct 376921 tccagaaacg cggaactccc tgtactccct tccaaccttg gtttcctccc tcctccactc 376981 cttcttcatc tcgatgaacc tttccgggtt ctcctccatg aactctatgg cagtgagaat 377041 cgcgttgagg tgaatgccca ccctatccgg gaggaggtag tttccaagtc cggtgcccca 377101 gctctcgacg agaacttttg ccgagccctc gaaggggacg tgggagccga gaacgttgtt 377161 cggaactatc gggaattcgt gcgcctcggc catgaagtgc ctcatcttcg gcttccaagg 377221 gagagacctc gctatctcct tggccacctt ctccgagacg agccttattg cctcgttgac 377281 ccagttgtag ggcgtgtcgg tgagcgttga gaggaacccc tctgtttcgt cggcccactt 377341 cgggggacag ccgcctctcg cgtagaactc gtggaggtca aggactaggt gtgggtcaac 377401 ctcgttgatt accctgtgta ttgccctcgt ctccggctgg ctcagcctca tccagtccct 377461 gttcaggtca acgccgttgg cgttcctcct cgcctcttcc cagacgtggc tccagtgggg 377521 ttcgaagtcc ttcttcttga agagctcgta gttgagctga aagccgtcgg ggtttgccag 377581 ggggattagg tgaacctcga cgtttttcag cctctcaaag ttgtagccga gggggtacct 377641 ctccttgagg aggttcaaga gcacaaccga ggcgttcacc ggcgctggtt cggtgccatg 377701 tattcccgca actatgagga gcctcacctt cccctttccc atcttcacgt ggtagaggtt 377761 ccttccggag gcactctttc cgacgacttc gtactcccag cccgaggttt ctaccgctcg 377821 cgagacctcc tcgtagggaa tgagtctgaa aagcgggttt accatggctc tcacccgtga 377881 tgtttttaca gtgttgattt aaattttaaa tcttataaag gtttatatgc aaattactgt 377941 aaagcaagct gaaattttat aacgggtggt cgccatgctc gtagcctcgg gaaaggtcga 378001 gataacgcca gaaaagccga tgccaatggc cggttacgcc ctgagaaagg gaaggagcgt 378061 gggaacactc gaccctctct atgccaaggc cctctacctc gaggaggaaa gacccgctgt 378121 tataatttcc ctcgaccttg tcagggtgga taacgagctt tatcgggaga tagcgaggaa 378181 agtcagcgaa atcctcgacc tgccaaagga aagcgtcctc gtctcggcca cacacaccca 378241 ctccggcccg gaagtttcta cctcgttctg gaacagcgtt gggctcgatg agaatgaagt 378301 aaaactcgtc gaggagtata gaaacttcct cgtggagagg ataggggcct tagttgagag 378361 cctccagccg aaatcgggtg aactttacgc tggaagtgcc gaggttaggg gagtctcatc 378421 aaatagggta agcgaggacg gcccccttga cagggagtgc gtttttctgt tctcggaaag 378481 ggaagccata gccctgaact tcgcctgtca tccgaccgtt cttcccgctg aaaacaggaa 378541 gttctccggc gatttggcag gagcgatagc ccgcttattc gagtcaaagt tcagaacggc 378601 aatgttcctc aacggggcgg ctggaaacgt gagcacgagg ttcacgcgga gggctcaaac 378661 gcccgacgag gttctcaggc ttgcgagact cttctacgag caggttgcgc cctcgttcgg 378721 aagggcacat agagttagtg gtgcaattaa cgtcgagtgg aggaacctga agctgaagct 378781 cagggagttc ccgcccgttg agactgttga aaagctggag agagatgcac tcaggcggtg 378841 gaaagagtcc gtaaacgccc cgctccccgt gcgcaggatg ctcgagagca actacctcgg 378901 cgttaaaatc ctgaagcgca ggctttccct gctcgagagc attgagagca tagacttcag 378961 aatagcgaag atgagcatcg gaagggacct agttgctctc ttcgttccgg cggagctctt 379021 cgtggagtat cagatagccg ttaaggaggc atcaacttac cgttacacga tgctcgtcgg 379081 ctactccaac ggctactggg ggtacgtccc ctacggagaa acaggggata gcacgtatga 379141 gatggcggtt tcactcgttc atcccgatga atacgataga atccttgaga cgctcgttga 379201 gctcgtcaag aaataaaaga gggaaaatta tgagcccggc taggatagaa actcgaaagt 379261 cttgtgaagt tcgttgttcg cccagttgag cttgggctcg ttcttagccg aaaccttggc 379321 gtctattgtg acttccgttt ttccagtgct gagtaccagg acgggaataa gcacgctctg 379381 tttctttttg agggttctca ggtggaacgt taaagttccc ttgcgtcctc tcaccccttt 379441 taccctcacg tttacagtaa cggtgactcc gactgcgtcg gtatttccgt agtttttgac 379501 cttcaagagt attagcctga ccttggtcct cccgaagaaa tggaggttcc tgacgccgct 379561 gatgctcaat gtaacatctg ggctgtcaag cctcagcttc acattccacc atctgaagta 379621 cacgactccc ttcgcgggtt cgaggcttat ctcccttccc ttcctcgaga cgaagtatat 379681 cgcgttgaac cagagcctgt agttgtactt tgagctgagg atgctctttg gcgcatattc 379741 taagtcaccg ctcgtaagct ctgggtggaa tccgaacagg actacatttc cgtgcccgta 379801 ttttgagtat atcactgcag aggaatccct cataacgctc tcaacgaacg tcctgttgaa 379861 gtcgccccag ccgtagctga aggctccttc ctcggccggt gaaacgtact tcacgagctc 379921 gacgtagggc tcgacgtcta ttcccagcgg tgtgtcgttc ttgaggtcaa agggcttgaa 379981 caccggcccg ttccagtaga ttgcgtcgaa accgtccctg aacccaaaaa cgaccgggtt 380041 gttctcgttg gtaactttga cgtgaactat gccaactcca agccaccact tgggccagtt 380101 cttgagctct gcatccacga gctggacttt gctcgttggt tcgttgtagc ccttgatcac 380161 tgcatagccc ccggcgcaca cgcctattag acctccaccc ccagccagga actcggcgag 380221 cttttcggcg ccctcctcac cgaggagctt ggcttcccaa gtgccgcttc ccggcgggag 380281 tatcaggagg tcgtacttgt tcagtattcc ctgctttatg ctgccgttgc tcacgatgtc 380341 gtacttaaag ccgagctcct tgaggacatc gtttatcgtg taattgtagc caacatccaa 380401 tagtgctatc ttcgggggca tcaacggtat ggccctcaca cttggaagcc tctcaagagg 380461 aacaacattt attcctgctc tcgctgcagt tttcttgagg ttctccagtt cgtaacgctc 380521 tcctatgagg atgagtgagc ccttcggggc ggttattccc ttgacttcta ggtcttctgt 380581 aatcatatat cctgtgaagt cgccggcgta gagttccttg tttatgaacg caaggaggtc 380641 tatcaccttg ttcgccgtcc ggtcgttcct gggtttgtcc gccggcaggg cgacgaggta 380701 gattgccttc tccgggaact cggagagtgc gaagtccttc tcctccagga ctttttccat 380761 cggtatccca tagctctgaa cgccgacgag cggaacgctc ttggttcctg taatcccgac 380821 gaggtgaccc ttcacgacgc cgacccagct gatcggttcg ccgtagtcct tgaagtaggc 380881 cattggaatg agccagtcaa cacctagctt gacgaagtcg ctccagacct gagcgtagtg 380941 cattatctgg aactcctcgg ggtagagaat gttgtccctc gtccagtcgg gcatcagggc 381001 ggcagacact atcggcttct ctccgttcca ggtcttgagg gagtgcacaa cctgggtgat 381061 gttgccgacg tacgagtcaa cgtccttcct cctaagctcg aaccacttaa cgatgtcctt 381121 gtcacccttt acgtagagtt tgaagatgta gtacggatcc ttcggcccca tcgtcttgtt 381181 ggttcccgga atcgggacgt cgttgtagaa ggtgtgctcc acagccaggg ttaccttcgt 381241 gacgtttatc ccggcctcct cggccctctc aaggtccttt ggagagaagc tgtaaaccat 381301 gtgggggtac cttatgtagt cgaggtgaat tccgtcgaag cccattgaga ttaactcctt 381361 ggcgatgttc tccagaacct tgaggtactc tttattactc agcctgaccc tccccgggac 381421 aggatatgcc tcccagttct ttgaggcctt tccaacgtgc cagatcgggt cggtctttcc 381481 aaagaagtac ttgtcatagt ggactatcat ccaggcgtga accctgatgc cgtttctgtg 381541 tgcctcctcg aggagcggct tcaagatgtt ggttgtgttg tacggatagg ccgggtatgt 381601 tctctcagga tataccttgc tcggatagat tacgtaacct aaggtgagtt tcacctcaat 381661 gaacacgtct gttatccccg cctctttgag ttcgcttacg agcctttcgg cggccgtttt 381721 cagggccttc tccttcacgt cttctggtat ggtgggatag accttctcat cgaaggggtt 381781 gctgtagccg agctcctcaa gggcctcttg gtagtaagcc ttgtacgtgc tcggccacat 381841 ccagacccct gagacaacat tctggtcaat ctttttctgc tcaacctttg cgaatgttgc 381901 tgagggcatc gccactaggg acatcactac caaaaaaacg agggccagta caaggggttt 381961 cctggccatg atatcacccc atcctttctc gatttaaaac tatttaaaat attcggctaa 382021 ttttgttaac tttcttgcga attttgaaca tttcttatag gcttgtggac aatattatca 382081 cgattaaacc ccttagagag cttgaactct ctcatggaag tctcttgtta attctttaaa 382141 gatatacgaa aaatttgttc caaatttccg aatgaaaatt cttatatatt tcaagatctt 382201 aacaacagat gacgtaccct tgggggtgtt ggctttggtc aatgaaagaa cagatgagaa 382261 gaagctgata acgtacgcct ttcttgtgtt agcggtcctg cacgttgcgg gactcgttgt 382321 ccacagcgtt acaggggtta cactgctgga gtggctcgga aaagcttcct taaggggcag 382381 tcttggcaaa actcagaagg tgtttctgat agttggttac ttcgccctaa taaacctcga 382441 gcttgcccta gtactatggc tcacaccgag ggtaaagtgg atgaagaagg caggcccctt 382501 cacctgggcg ctgatccttg caatactatc aacgaactgc tacataatcc caaggacgat 382561 atacttggac ttcgtcacga aggcttcgag cgccggactt gcaaagccaa tcgtagctaa 382621 tcttacaaag gcgggaataa agtacgtcgc agtaacgaag aaagcactct cactgcagaa 382681 gatactcgtt gagataggca ttccgctgtc gataactttt ctcctgctcg agattgacct 382741 gaaagcaatc aagaagtcca taggcggaag gccattcgca atattcttca taggcagcct 382801 tggaacagta atagcgggtt tcattggggc aattctcgtc gcggtaatat tccacgaccc 382861 aacgaccaag gctgaagcat taaaggccat agcggccaag atagcggcat ggataggagg 382921 aagcgagaac tcagcggcag tgggtgtctc ggcactgaag atgagcggcg acttctactc 382981 ctactacacc ttggccggag tcatacccta cgccctctac ataaccataa tgttcagcat 383041 cggcggtagc gaggagtttg taaacaggat aaatcgcttt attaagccca cttacaacgc 383101 caaggtaata gcagagcagt accgtgcaga agtcggcgaa aagaagcttc cgccgaagct 383161 tagggagagg gacctcttca taatcggcat gtcggcactg attatagtga tgctggcgtt 383221 tgccttcgag tcctggttcg gttcctacag ggtatttggg cttaaggtgg gctcgctcct 383281 cccgacggtt atagtggcga cgacgatagc gctgatagtc ggggcctaca cgaaggtcag 383341 gaacctgccc ctgctgaggc caataggcat gtacttcctc tacctgacga tattcgtcta 383401 catcgcccag aagacggact tcgcgaagct cgcaggtgcc gcccacgtgg tgctgatact 383461 aatggcagtg ttcttcataa tgctggcaat acacttcatc gtcatcctcc tgggcgcgaa 383521 gctcataaag gtcgactggg caacaacggc catagcgagc gtcgccaaca tcgggggagg 383581 tgtcacagcc ccgctctgtg caacggccta cggcgtcgag gagctcgtcc ctctgggcgt 383641 cataatggcc tcgataggtt acgcgatagc gaactacgtt ggctactacg tgggtctgct 383701 cttcctaaag ctctgggctc ctggggccct ctcggccctg ggcctctgag tttttctctc 383761 tttttaacag ctttagcggg tgatgaaaat ggaggagtac cttaactacg ccctggagat 383821 gctttttgag ctcgtgcgga ttccaacggt taacccgccg ggcgagaact acgagagggc 383881 cgcgaagctc ctcaaggata agcttgagga gatgggcttt gaggtcgagc tgatagaagt 383941 ccctgaggat tacctcgaca ggacttatcc ctactcaccg aggcacaggg ggaagccgag 384001 gttcatagtc tacgggagcc tcggaaaggg aaaaaccctt cacttcaacg gtcactacga 384061 cgttgttccg ccgggagacg gatggaggca cgaccccttc accccaacgg ttgaagggga 384121 caggatttac ggcaggggaa cgacggacat gaaggggggc atagcaaccg ccctcgccgc 384181 cctcaagtat gcggtcgagc acgatatgat aaactacagg gtggaggtcg ccttcgttcc 384241 ggacgaggaa agcggcggaa tgggaacgag atacctgatg gaggaagtcg gaataaggcc 384301 cgactacgtt gtaatacccg agccgaccag ccacaggctg atagggatag ggcacaaggg 384361 ctttgcgagg ggcgtcgtta aggtcatcgg gaagcagggg cacgcgagca gaccctggaa 384421 ggccgtaaac gcctttgaga aggcctgtga gctcgtcgtt gacttcctgc cgaggtactg 384481 ggaggttctg aggggcagga aaactgagtt ccctgttgag gacgagaact cggcgcatcc 384541 ctcaatagcc ctcgggggct acgcagagag cccaacgaaa aaggacaaca taatcccagg 384601 agagttctac ttcagctttg ataggaggat aatccccgag gagaacgcta cggaagttgt 384661 ggaggagctc gaaaggttcc tgagggaatc ggcatccaaa gcaggggttg gcgtggaggt 384721 cgacgttaag agcctcatag aggcctccgc gacgcccctt gattcgccca tagtcaagct 384781 cgcccaaaag gccgtcaaaa acgccctcgg gatagagcca acgctcatgc tgaacgccgg 384841 caggtacgac ctcgtttact acaggcgctt tggcgttgag gggatagcct acgggccggg 384901 cgtaaggggc caggcccatg caatcgacga gtacacgacg gtcggggaaa tcgaaagcgt 384961 tttgaaggcc tacatggagc tcctcaggct tttcggaggc ggtggcgatg gggactaagc 385021 tcacggagga gcaggttaag aggatgaagg aggacgccct tctctatcat aggaacaact 385081 tccccgggaa cggaaagatt gaggtcattc ccaaggtgag gctcaaagac ttctacgacc 385141 tcagcctcgc ctacacccct ggagttgccg aagtctgcag ggcgatactc aggggggaga 385201 gcgtcgacga ttacactgtg ataccaaaca cggtcgccgt ggttacggac ggctcggcga 385261 ttctcggcct cggcgacata ggcgtcttag ctggaatgcc cgtcatggag ggcaagtgcg 385321 tcctcttcaa ggccctcgca ggcgttgacg cgtttccggt tctcatcaac accaaggacg 385381 ttgacgagat agtgaggact gttagactaa tctccaaagg gttcggcggg ataaacctcg 385441 aggacataag cgccccgagg tgctttgaaa tcgaggagcg cctgaagagg gaactcgaca 385501 ttccggtatt tcacgacgac cagcacggaa cagccgtcgt aacattggcc ggactgataa 385561 acgccctgaa aatcgtcgga aagaggtttg aggatataaa ggtcgtcata agcggggccg 385621 gggccgctgg aatagcgata gctaaggtgc tccaccacgt cggcgttagg gagatactcg 385681 tcgttgacag ggccggaata atatacgagg gaaggaagga gaacatgaac ccgtacaagg 385741 aggaggtcgc gaagttcaac atccacaacg ttcagggcga cctcgcgaag gccatggagg 385801 gtgccgacgt tttcatcggg gtcagcgtcg ggggaatagt gagcaaggac atggttcgga 385861 agatggcgga cgatgccata gtctttgccc tcgcgaatcc agttccggag ataatgcccg 385921 acgaggccaa ggaggccgga gcgaggatag tggcaacggg aagaagcgac ttcccgaacc 385981 agataaacaa cgttctcggc tttccgggga ttttcagggg ggcgcttgac gtgagggcga 386041 gggacataac gctcgacatg aacatcgcgg cggcaaaagc tatagccagc tgtgtgagcg 386101 atgaggagct cagcgaggat tacataatcc ccacgccctt ccatcccgac gtctatccga 386161 aggaggcgag ggccgttgcg gaacaggccg taaaggacgg cgttgcgagg aagaaagtga 386221 gcggggaatg ggtggaggag cacacgagga agctcaggag gttctacgag gaggtaatcg 386281 ctccggtcaa cgagaagagg aagaacttca gctgacgttt ctttcacttt tggggtaaaa 386341 ccttttaacc tccctttttt gagtatcctt gagcgaaaag atttgacttg cgaaccgatg 386401 aggagtgtca tccctcctga tgtcgagatg atgacattat ccccacctga ggtggtctta 386461 tgctcggatt tttgaggagg aagaaaacct acgggccctt cgtttatctg agcgagccca 386521 cttttttata ccacaccaga accgagaagg caatcctcaa gattatcgaa gaaaaactta 386581 actccaacaa catcctcgtg ccctcgaaat acggcctaag ggacacgagc gacaggatta 386641 gggatgctga atacttcgtt gccgtcgccc ccctcgggaa gttcacctct cttgtcggca 386701 gggaagtcaa gctcgcacag gagctcggcg ttaaaatctt caccctcctc atagcgagga 386761 agggggatga gctcgtttac ctctgggtcg agggcgttcc cgaagatgtt gaatggctct 386821 cacccgagga gactatggag ttcaccaaga cctttatcaa cagtgagttc atggacttcc 386881 tcaaacacgg actgttcttc ggctcaagaa aaagggaatg gtgaaggaaa ctcatgcgct 386941 ggctttcttt gccctgacgt attcgtctat cgccttcgcc gccctcttac cgtcgcccat 387001 cgctaaaatt accgtagcct cgccccttat cgcgtcacct ccagcgaaga cacccgggat 387061 gctcgtcatg aggttctcgt ccacgacgag cgttccgttg gggttggttt tcagcccgga 387121 ctcctcgctg attattctgt tgggctccag tccaatagct attatcaccg tgtctgcttc 387181 gactgtgatg tactccccag tgggccttat cttcctcttt ccgcgcctgt cgcgctcctc 387241 cagcggttcc atcttctcga acttaactgc tttgaccttg ccgttctcgt ctcctatgaa 387301 ctcgaccggc tggacgaaat agaggaactt cacgccctcc tccttcgcgt gctcgacttc 387361 ctcaatcctt gccgtcacgt cttcctcgcc gcgcctgtag gctatcgtca cgtcgcagcc 387421 caaccttagg gcggaacggg ccgcgtccat ggcagtattc ccagccccga tgacgatcac 387481 cttctttcca accgctatcg gcgtgtcgta ttcggggaac tcgtaggcct tcatcaggtt 387541 gatcctcgtg aggaactcgt tggccgagta tatcctgtcg agcaggatcc cgggtatgtt 387601 gaggagcttc ggcgttccgg ccccggtgcc tatgaagacc gcatcgtact ctttgagcag 387661 ttcctcaatg gtcaccgttc tgccgacaac gtggtcggtc tttatctcga ccccaagacg 387721 tttgagcttg gccagctcgt ggtcgagtat ctccttcgga agtctgaact ctgggattcc 387781 gtagatgaga actccaccgg gcttgtggag ggcctcgaat atcgtcacct tgtagcccat 387841 ctttgccagc tcgccggcac acgtcagtcc agctggcccc gcaccgacga ctgcaacctt 387901 tccacgctct cctgtacact tctcctcgaa ctcacagagg agctcctcct cgatgccgtg 387961 cttcctcgcg tagtcggcta caaacctctc cagcttgccg atgtttaccg catccccgac 388021 ttttccaacg acacaggcac cctcacactg gtcctcctgc gggcagacgc ggccggttat 388081 cgcaggtagg gtgttgtcgt tccagattat tctcagggcg cctttgatgt cgccctcctt 388141 gatcttggct ataaaggccg gaatgttgat gtggacgggg cagcccttta tacagggcgc 388201 gtagttctcg ggacactgga gacagcgctc ggcctcctta acggcaagct cgaaggtata 388261 accgaggttg acctcaccaa aatccttaac cctctcctca acgggcctct ctggggtagg 388321 gaccctctcc ttgatgagct tcggcattca gatcaccccc ttggcgcgga ggtactcgag 388381 gtaccgctcc ttggcgagcc tctcctgctc ggcaaagcgc tccgcgttcc tccttatcgc 388441 gtcctcccag tcgatcttgt gggcatcgaa gaccggcccg tccctgcagg cgaacttcac 388501 ctcactgtcg tagaggaccc tgcacgaacc gcacattcca gtcccatcga ccataatctg 388561 tctcacggta gcgtaggtcg ggattccgta gggtcttgtg agctctgcaa gcttcgcgag 388621 cgagccgagt tttccgccgg caaagatcac gtcaaccttg tccttctcta tgagctcctt 388681 cacgacgtcc agatagtggc ccttcaaacc gacggaaccg tcgagggtcg tcaggtagta 388741 ctcatcggcg acttccctcg cgagaaactt ttcggggtag accctctccc tgtcctcaaa 388801 ggtttgaacc gagatagtgt agtttcctgc ctcgcgcatc gcctttaagg tggcgtagtt 388861 ctcggcctgg ccgcagactg catcggaaac aaaagcgacg ctgccgtagt tcttaatctt 388921 tatgggcttc ccaagcggcc caacaaagct ccagagctcg tctccaggct tgtactcata 388981 gtagagctgc atgctcgtct tcccgagctt cctgatgaac atcccaaccc ttccgttttc 389041 ggctttgtag actgacattg gaaccctttc tcccctctcg tggagaatga aaacaacgaa 389101 ttggcccggt ttccacgccc tggcgacgtg cggggcttcc acctccacaa aatagtcaat 389161 cgggctcaaa tcctccttcg cggtaattct gtatcccaag atgaacaccc ccgttcacgg 389221 gaacaacgtt gttcaccata agttttgaac ctaaagctta tagggttttc ctgaaccaaa 389281 ggtttagaac ccctctccag ccgaaagaag agaaacaagc tggttttttc agatggagtc 389341 gctgggacag gtttattagg ggttgggaga aaccccctcg gtggttagaa tggtgaagat 389401 ccccaagagt catccgcgct actggagtct ctactaccga gagaaaatca tcgagggaat 389461 ggagaagggg atgaccgcca aggccggtct aattgcacac ggacgtgggg aggcctttga 389521 ctacctgatc ggcgagaaaa cgatagagcc tgcggagagg gcaatgatgg ctgccgttgc 389581 aaagtttctc ttggctaaac acccggtgat ctcggttaac ggcaacgttg cggcgctcgt 389641 cccaaaggaa acaattgagc ttgcaaaagc cttaaacgcc aagcttgaga taaacctctt 389701 ctacagaacg gaggagcgcg tcagggccat agagcgggag ctcaggaagt acgacccgaa 389761 catcgaaata ctcgggataa acccaacgaa gaggatcccg ggccttgagc acgagcgcgg 389821 aaaagctgat gaaaacggca tctggaaggc tgacgtcgtt ctcgttccgc ttgaggacgg 389881 tgacaggacg gaggcgctcg tgaggatggg caagttcgtc gtcaccgttg acctcaaccc 389941 gctctcgagg agcgcgagga tggcggacat aacgatagtt gacaacatag tccgtgccta 390001 cccgaggatg atagagcttg ctgaggaaat gagaaacctc ccaagggaag agctcgaaag 390061 gattgtcaac tcctacgaca acggaaaaac gctgagcgat gttctgctcc atataaggaa 390121 cagactaact aaactcgcgg aagaagggat ctggaggagg aaacgtctgg actaagctgt 390181 cctttcgctt ttttcaacca gtgctcgaag acctgatatc agttcgttct cgttttcggc 390241 gtgagaaact actaggggta tcttttcttt ttccgccagt ctcacggcca attcgtcaag 390301 tttcttgacg ccatgaacga ccacaacggc cggtttaagg ccctgaactc tgaccgctat 390361 catcggactc cttccggtgc tcaccttggt aaacacgagc gctctctccg tagtccagcc 390421 gtagagcttg agaaactctt cgctgctcat ttcgaggatt gcctttatgc tgtcgacaac 390481 tgtgtaaccg tagatccgcc tttcgagttc atcctttctc gtcatgactt cgcccttgac 390541 ggcctcaacc agttccgcta tcgttacggg tattgcgaat tccctgatgt cgagtatcgc 390601 gctggtggga agctcgactc cgatagttct gctaaaggct tttatgacgt tgccgcccct 390661 cttctcgtct atttccagaa gtgcctcaac aaacttcttt atcgttgccg ctccagggct 390721 tttcctcctg ccgccttcgt aatcgcttat tacagaggag gaaacaccaa ggtgttccgc 390781 gagttcggtc tggcttatcc cgaatatctc gcgccacttt ctcattgtct ttccggggtc 390841 agaggagagc gctatttcac cggcgatcct tctcgcgaga gcttccttct ctttctctag 390901 catgttttga tgatccagtc cagtggttat aaacctatcg gcaattgctg aaatttggtc 390961 ttagttgatc gagcacctgt caactcacca tgggagcccg aagggcgcta atggaaaaaa 391021 cacgctcgag aacggcgagt ttgggagcaa acccacccga aaatgaaccc ttctaaaaca 391081 catgcttcac tttgatgaaa cttttcacca gaaaagtttc tccgccagcg cttgctttgc 391141 aagggctgta atggtgggcc cgcggggctt cgaaccccgg acctcccgct tatcaggcgg 391201 gcgctctgac caggctgagc cacgggcccg cgagaattct ggtgccccgg ccgggatttg 391261 aacccgggtc gcgggatcga gagtcccgca tgattgaccg ggctacacca ccggggcgcg 391321 tccgagatta agggtgaggg agggtttaaa aagttttcgg atcgaggagg agcgctgcga 391381 ggagatgtgc cagcgcccag gcaactccga tccccgttat accctgcctt gtcaagagga 391441 aataaccgag gataaggaag gataagcccc taactagatt tatcgccagg atccttcctg 391501 cggcaccctt aaccgtaagt ccagaaatcc caatgtagac gagtccaaac ggccccagcc 391561 cgagtgcgat catcttgagc atcgggaggg cggcgaggta gtccccacca aagatctcga 391621 ggattggctt tccaagccag aagatgccga caacggcgag gacccagtag gagagtacga 391681 gagcaagtga ttttctgaaa agcgcctttt ccccgtcccg tataaggata gttgagagtg 391741 ccactattgg agtcatcatg aggtttccga tggtgaaacc tatgtaatag tagccagtcc 391801 gcgccttccc aagctccacg aggactatcg ttggcatcaa atagaggggg agcacgttga 391861 cgatggatcc aaggtagttg ctcagggaca gcgcgagact ttcttttatg aactcgacat 391921 cgattgtgaa ggagacctgc tcccggaact cagtcagtcc caaagccgaa gcgatggcca 391981 ggccgagaga agttgccagg atcatgccac ttgccttcag gccccgaaag atgggcagaa 392041 aaacgaccct caggccgtac agggtgctca tcttaacgta cacttccgtc ctacagaggg 392101 ggatggagat gaagcctagg gcgttgtaaa gggctccaaa gagacccagc aaataggctc 392161 ctacgataag cccaggcctt tcaaaaacct ttccagggtt catcagaacg tacgcggtcg 392221 tgaacccggt tgagagcaat accatagccg ttaccgtcgt gccggcggct ccctttccgt 392281 agatcctgtg gaacctcacg agtccaatgt tcagcccgag tgtggatagg gcgaaaacca 392341 ggttcatgaa ggatacgagt gccgaggcag tacctatctc atccggaggg tacagtctgg 392401 ctgcaaagag ccagaagagg aggccgctga gggccattat tatagttccg agggtcaggt 392461 cggtcgttga ccttaggaga gccctcaatc ccacccatcc gacctcctga agactcccct 392521 gtcgaggatg acgttgtccc tgagatatgt ataccttatc acgactccct taacctctgg 392581 gggtatcttg aactcattca tccctgagac gttgtaagcc cgctggaata ccatcttccc 392641 cgagtccgtg taaccgtata ccctcagggt gtttccggtc gcgttttcga atttgagaat 392701 tccttcctca cggacgaggg ctacgtttgg gtgaaggagc cggaagatct tgaccatccc 392761 accgtccgtg taaacgagcg tgtaatcctt ggggtaattg ttcgtgaaca tgagcctcgc 392821 aaacggagtc ctaaacgtct ccccatccat taatacagcg tagccgtagt tgaagttgac 392881 gtacaggtaa gcgttgcctg cttttttccc ggttacgttt gcgatgtaga ctccgttttt 392941 atcttctatc cacgtttcgt tgggtatgaa ctgagcacct ccagcgttaa cgagcacgtc 393001 ccacgttttt tcattcttcc ttacggccac ttggtagtta ccgttccgga atatcacggt 393061 gtccccgtag gcctccccga agggtaggag gatgaggacg taaccgtttc cctgaccggc 393121 ggttgctttg agcgagcccc acttgagcat cgtgtcgagg gaaaccgtga cgtaatccac 393181 cccgagctcc aggagatcct cctttgtagt tttccccagg tagaacgtcg agaccagctc 393241 gctcggcgtc ccctgtgcga ctgccgccct gtgagcaaaa taagtgaccc agtggccgtg 393301 atcccaccag gtgagtacta tgtcgttttc attcgagctg ccttccaagt acttcagggc 393361 agtttcccag tgctcatcga ctatgggttt cacctcgtac gtggccttta cggagtggta 393421 acctcctatg agcaacagaa ccgcaacggc gaggattccg aaggggcggg catcattctt 393481 tgtcagtttg aggaactctg ccccaccgat gcccccaagg agggcaaggc caaaggatcc 393541 gaggaatagg aagcgggtcc agtacagggg aagcagaagc agtgggaggg ccgaaccgag 393601 ggcgaaggcg tcacagagct tcggctttct cagggagagc gggtagagaa gaaggaagag 393661 caggagcacg tggtaggccg tcttgatgtc ccaccacccg ggtcttgaca tctcagccgt 393721 tgccgcccca ccgaatgcac ttagcccggc cgagagtatc tccagcgtgt tcccgtacct 393781 ccagagcagc ccagtgaaaa cgagaacagt aaccgttagc gtgccagcgg ttccgatctt 393841 tctggccttc tccggaattt ttgacttaag gacccacagc agggcgatca ttaagacagt 393901 cgctgggagg ataatgagga gatggagacc gaggtaggca tcttgaaggg gcccggggct 393961 tattcctgtg agctttagga gcttttcccc ctgccagttc tccacccaga acatcccaaa 394021 gccaaagacc ctgccaagga gagaggctac aacggccgct attcccgttg agagtgccat 394081 tagaaggccg tccattaagt cctttcccct caggaaatag taggctgaaa tgccgagcgc 394141 aacgaatagt gggagaacga gaacgatgta gtaagcgctc cagaaggcgc ttgaaagtcc 394201 cccggcgagg ccacccagtg cgtaaaacgt tgcttttctt cggaggtttt tctcaaatag 394261 ggcgaaggag aagaagagga gcacgaggga gtaccagaag agggcgtagt tatcacccct 394321 gtaatagttc gacatggatc tgaagatgtg tccaaaggtt agggccagga tgagagcgga 394381 gagcagggca gcctccttgg agtgtatcct cttaatggtg tagtagagcg ccagaacggt 394441 gagagttcca aagattgggg gggttaattt gaacgcgccg tagacggaca gaccagccca 394501 tttccccagg atgtagacgg tgtagggcgc accccacaga cctttggggt gaaagtggtt 394561 tatcaggaag ccccacgggc cgagggcgta ggggaaatag ttcacccacc cgtgctccgt 394621 cacgtactgg agatatgcca gatggaagta cgggtcgtag cctatcgggt acttgagcct 394681 gtaggggata acccgtatga ggaacgcgat cagcgctatg agtgcgggag caaggtggtg 394741 tggggattta agccgtttaa gtgcggcggt tttttctttc ttgttgcccc tttcaatttc 394801 gcccttcttc cttcctctct ttctcgccat ccctggcacc cgattcggat tgacttcttc 394861 atatatatct ctgacggaaa cgttatattg ttaaaggccg tagggtggtc tcgtggtgat 394921 gtccttggag aaaaagctca aggcctggct cggcatcctg acagtgctcg ttttgattct 394981 cctgctgatc gacgctgcgg cggtaatgtt tgcagttaag atcaagggaa aagcggcttc 395041 ctctgttgat caggccatcg agtcccttca ggatttgaag accaagacgt ttcaggtgaa 395101 ggtaccgatc cacaaaacgg taaaggttcc cgtgaacaca accgtcaggg tgcacgtttc 395161 aaagacattc cacgtaagga tcgagaagac ggttgaggtt gaggtggaca agagctttga 395221 ggtgaacatc tccgacaccg tcgatgttcc gataaaccag gaggtaagtt tcaacgtgcc 395281 catcgatcag gtcgttaacg tgccgataaa cacggtaacg agggtacaca tagttcagac 395341 agtcaacacc acggcctaca acagggagaa gaacctcacc ctcaacgtga ccgttcccat 395401 agataaatgg gtagacgtcc cgataaacac cactgttaag gttcacataa acaccacagt 395461 tcccgtcacg accttggtga acactaccac ctcagttcca ataaacacga ccgcagtcgt 395521 tccgtttcac gacaagctgg aagtgcccat aaacacgacc gttgatgtgc cctttgacga 395581 ctacttcgac gttcccatag accaagagct cgaggttccc atcgatatgg agttcacgat 395641 gaacctaacg gccgaggagc tgggcctcaa tgagatgata gaccaggccg ttcagatgct 395701 cgaggagata aaggcaggtc tcgggtgagg gttaaaccta aaagtccact ccttcaattt 395761 tttccaggtg aggtgatgga cgtttcagta attctgccga cgatgaacga ggaagaggca 395821 ataagggtag ttctccccag gataaagggc gtcctcgatg gaatgggact cgattatgag 395881 atcatagtag tggacaagag cagtgatcaa acgcctgaga tagccaaagg gctcggtgcg 395941 gtagtggtca gacagagggg taggggttac ggagatgcat atcttgaggg gttcaggagg 396001 gccaggggga agtacgtcct aatgctcgat cccgacggga gctacgatcc cgaggacata 396061 cctgcaattt tggaacccct tcttaaggac gaggctgact tcgtgatcgg ttctcgctta 396121 aagggtgaga tggatccggg ggctatgccc tggcttcaca ggaggatcgg caaccccctc 396181 ctgacgtggg tcttgaacct gttcttcaag gccggaattt cggacgccca ctgtggcatg 396241 agggccataa agcgtgacgc ccttgaaaaa ctccccctca agtgtaaggg catggagttc 396301 gccagcgaga tggtgataga ggcggcgaag cacgggctcc gcataaggga ggtcccgata 396361 cgatatcatc cccggatagg gaaatcaaaa ctgagctcct tcaaggacgg ctggcggcac 396421 ctcagactga tgctcctata ttccccgacc caccttttcc tgatccccgg gctcctgctt 396481 ctcaccctcg gtcttttcct cctggcatac acctacgttt tcgagcctat aaggctccac 396541 accatgatac tcggctccct tctccttatc acggggactc aggttctcgg cttcggcgtc 396601 tcggccaagg tttacgcggt taaggaaggt cttgaaaaac cggatcggat tacgggcttc 396661 tttatgaggt attccatcct cgaggagggc ctcttggttg gggggattct cctgctcatg 396721 ggtctcgtct tgggtgttag gctgttcctc cagtggagga atgccaacta cggtgcgctg 396781 ttccacattc aggaggccat cctgatactg accctcataa ccctcggcct tcaggtggtc 396841 ttcttctcct tcttcatcag cgtgtacatg ctcaaggagg gttagccttg cggatcctca 396901 tagtttcccc ctatttcccc cctgagggtg gtgggcttga gagctatgca attgccatgg 396961 tcgaagagct ctcgaaagaa cacgaggttc gggttatatg tatgagcagg tttggttcat 397021 cgaaagaaac cctgcgggtt cagggaaagg ccgtacctct cgagcgcgtg aagggctttg 397081 tcctctcgaa tacacccctg agcctgaggt tcactctgag gcttttttca atcgtcaaaa 397141 actggaggcc cgacctgata atagcccaca cccccgttcc cttcgccgcg gacgtcgccg 397201 ccctcgcctc cgctctcttc ggcgttcccc tcataatcgt ataccacacc ctcggattga 397261 ggaagggggc cctccttgat gtcattgcct caatttactc gaagaccctc gagcggttta 397321 ctctctctcg ggcggcgctt ttggtggcgg tttctccgtc ggtcaggaat tacctcagag 397381 aaacgggctt tcgttccgtt gttgtccctc ctcgaccgaa gctggaactt ctcagcgcgg 397441 ctcagaagaa acttccccct aaggagaaga tcgtcctttt catcggtcag ctctcttcct 397501 tccatcgctt caagaacttt gaactcctcc tacgggcctt cgctcaggcc tcgagggacc 397561 atcctgactg ggaactgtgg gtcgttggag gtggggatga actgccgaag taccgcaccc 397621 tcgcccggga gctcggtctg agcaaaagag tcaggttttt cggtccggtc tccgatgcaa 397681 aaaagcttgc cgagatctat tccagggcct caatcgtggt tcttccttca tcctttgagt 397741 cctttgggct tgtcgttatt gagggagcca tcttcggtgc catccccctt gtttcgggtg 397801 cagtggcgaa gaatatcttt cctctatatc ctggggttgg caaggcctct tacgtgttac 397861 ggcaaaaggc ggagctttct tcgatgttaa gcgagctgtt tgggcatccg aaaactttaa 397921 aaaagctttc tgcaatgctg cgggagactg agggatccag gaaatccttc aaacggttta 397981 gatacatcag cgttctttta gaactcaatc ttttggaaaa attttgaaga tagtgggcgt 398041 tttttcgtga aattagcttc cgtgccttca attattaaat aatgctcggt aatccggcga 398101 aaggtttata tttatctggt ggcctataag gtattggcct tccatgaggc cggcctcaaa 398161 gagtggcaaa aaaggaaggt aggtgaagta gtatgaataa gcgcaggaaa gcgcaaattt 398221 ttagcctgat gctggcattt ttaatgctgg catcagtcat tccagggacg ttcctcaaac 398281 cagtgagcgc tgctggttac attactagtg ttagtgccga gactaactac ggagatggag 398341 ttctgtttgc aggattcccg tacttcgtta acgtaacaat taacgcgagc tccagtactt 398401 tcgcaaacgt taccctctac tacgagtacc aggatggaca caacgttaca gtgtactcga 398461 gagttgttcc gataacatct cccccaggat caataaacgt cctcataaac tcgagcgacc 398521 cgactgatgt tcctccggag tatgagaagg tgccgcagga cgtcagcaag gtctacctca 398581 tcgtctacga gtacgacata gccaacggca acatcccggg aaccaacagg acctttgagt 398641 tcgacgttaa gttcccgttc acagttacct atacgattca gagctctccc tcagctaact 398701 ggcaggccta ctactggaac ggaagtgctt gggcagatga ccaggccttt gtcggaatgc 398761 cgtttgacat caaggttacc atcaagtaca acagcacact catcggaagt ggagttaccc 398821 ttcccgatcc gagcaacctc acggttatac tggcaaacca gacccctgtg acttggtatc 398881 atgtaggcac cggcactgag agcaatggtc agattgcact gcagttcgag aatgcgaacc 398941 tctcaactgg agaatataac ttctccgcaa caggcctcgt tacaaacacc ccaatactca 399001 atggtgtcct tgagaggatt gttgttgagg acaatgagaa caaccttgtt aactcgatcc 399061 acacgttcca catctggcca cttgttatgg agataaccaa cgttgaaacc cagccgccaa 399121 ccctctatca gaacctcccg ttcaacgtca ccctcactgg ccaagtgttt gccaacatta 399181 gtggtacgct ccacaacttc accatcgtgg gttcgagttt agagggcaga gaagcaaaga 399241 ttgtggactc agatggtaac agccacacca tgacgtttgg atttgcaact ggcttagttc 399301 cgaacggtgg aataggaact gcccactgga caaacgtcca gtttagtgga acatacttca 399361 atgctacatg ggcagacaac atcctatata tcccagtaga gccatttggt gcgggttact 399421 attattatcc acgttataag acaatagact atcagtataa cccgataccc cttaactact 399481 ggaacctcaa cgttatcacc agcgtgacca tcaacggcca gagctcgagc gtcttctaca 399541 tcaacgtccc aggtgagctc aacataagcg tctactacga tgacaccaac tactacaacc 399601 tcaccacaac tgctaactat gaggtacttc tcaacggcaa cgtcatcgac agcggaacca 399661 tcaacgttgt caacgatacc ggctggacag tcaccacgat caccccggac gagctcggca 399721 tgatcagcgt taaggtctgg gatccggtct accacccaga tccagcttac agcccgcaga 399781 ttgaggtcag ggactggaac gttaccagtg actacctcgt ctactaccac tacggtggat 399841 caatctaccc aggaaaggtc ttctacgttg gagttccttc cgacctgtgg gtcaacgcta 399901 cctacaccct cggcgtaaac ctcacctcca gcgtcaacgt caccgtctac gatgagcaca 399961 acaacataat caacagcact atcatcccga taaccaacaa ctacggtgcg ggattcgtgc 400021 ttcacaactt cgtcccgccg cagatcggct acgtcaccgt caaggtctac aacggcacct 400081 acaaggtctg gactacctac gtgatcccca tcaaggactg gggcatctac gttgacagca 400141 caccggagaa cctcaccgtc ggcaagtcag ttccgcttac ggtcgaagtc agggagagcc 400201 tctacttccc aggtgagagg gacgccaacg taaccctgta cctacccgac ggtactgtca 400261 agaccgaaac cgttaccctt gagggaagca catacactgg caatggaggg tactatggag 400321 ttgtcacgtt cactaatgtt actccaaccc ttcctggtct cgctaaggtt gtcgttgagg 400381 atctaacctc tggcaagacc gccgtcaagt acatcccggt ttacccgaac ggcgaggtaa 400441 ccggcaggtg gatcgacgtc aaggttaccc ccgagaagac cccggtttac gcttacgttg 400501 agaactccct caggattgac gcccagtact actacaacat gggcgatggc gcttacaagg 400561 acgaggttaa cagctacgtc aacataacta tcatcgatgc cgacggcagc acttacaagc 400621 tcagcaacgt tccggtcgtc aacggcgtcg ttaccatacc cagctaccag cttccggtca 400681 acggaaccag cccaatctac gtcgagctcg ttgatacgat caacagcagc atccgcggtg 400741 ttgctgagat acccgtccag aactggcagg tcaccttcga cataaccccg gacttcgtct 400801 accagtacgt tgacagcata gcaaagataa ccgtccacgt tccggccggc gtcgccgttg 400861 acgtcaacgt cagcggaacc gtttacaccg gcgtcaccga cggccaggtc ataagcatac 400921 cgatagttga cccgaccgag gccatagacg ttaacgtcgt cgcgacatac cacaacgccg 400981 ttgccggcaa ggactacgag gtcggaagcg cgagcaagac catcgaactc aggggctggc 401041 acgttgagct ctcctacagc ccgagcgtca tctacaccca catcccggac accctcgtcg 401101 tcaacgcggt agccgtcgac aacgaaacgg gtgagatact gccgtttgag ctcgatgttg 401161 ccctctacaa cgagacactc gacgtagttg ccactggcac taacaccgtc agtgtctcaa 401221 ttcaggacga cgttggtgct ggactgacct acttcgttac agttagctat ggcgctcacg 401281 agatggtcac ctacgagcca atactcatcg acacccacga ctgggccatc gatgtcacca 401341 agaccataac ctcaagcgcc tacagcggaa ctgactacct ctgggcagga gttccggccc 401401 agataacctt cagcgtcgtt acctacgacc ttgacaccga ggagcagatc aacctcccgg 401461 tcagcatacc gatcaacgtt acttacaacg gctacaccta caccggaacc gactctataa 401521 cgatcaacct cgcctcacca gagccggcca gcgaggcttt ccacgttgag gctgcctacg 401581 aggacataag ctacgtcaat gacttcgtca tcccggtcaa ggactggagc atctacgtca 401641 acgcctaccc gagcaagctc tacgccgacc tgccgcagca gctgaccctc ataatcggct 401701 acagcgctgg aatcgagagc gtcgccacag ttgacgttgg tggaaccacc tacaccgccc 401761 acgtcgagcc ggttggtgag gacagcgcca tagcggtcgt caacgttggc gaggtcgtcg 401821 cctccgaggg ctacgtccgc gtcactgtca ccgaccagta cggcaagacg gccaccctca 401881 agataccggt cgtcagctgg gacatcgcgg tcacctcgaa cgtcaacttc gtctacacaa 401941 acgtctcaac tgacatcacc gttgacgtcc actacagtga cagcatgctc gacggaaacg 402001 ccaacgttta cctcgtcctg ccggatggaa ccgtgctgag ccagacggct atcatcctcg 402061 acggcaaagg tcaggttacc ttcaccggcg ttaccgctga cagggctggt aacatcacca 402121 tctacgccga ggacgctgcc tccggcaaga agagcgacaa cattacgatc gaggtccacg 402181 actggcacat ggaggttacc cttgagccaa ccgagtggta cacctacctg ccgcaggact 402241 acaccgttgg aatcaagtac attgacgatg ttacagaggg tatagcggac attgactcaa 402301 ctgtggaggt tagctacaac ctcacaggtg tcaccggcag cgagctcgtc gacgtcaccg 402361 gtggtcaggg agaggtcacc ttcacaggcc tcgctactga gaatgctggc gtcggaacct 402421 ttactgtaac ggacgctgcc cacggcaaga gcagaatcgt caatgtaacc atccacggat 402481 ggaacgtcct cgtcacttac ccggaggagc tcttcgttgc tccgggctac aagaacccgg 402541 tcgtcgttgg ctttgaatac attgccgatg acaacagcac tgttccgtac actggcaaca 402601 ctaccataac gattgagctc cccggcaaca taaccctcag cgcgaacgtc aacgccagcc 402661 cggttgactt tggaatgatc gagctcaacc agacgggcgt tggaaccata accgttgttg 402721 ccaacgacta cccggccatc agtttcactg gcaccatcca ggttgagaac ctcctcgaaa 402781 tgaacctcac caccaagagg atctacgaga acgttccgac tgagatcgtc gccaacataa 402841 cctacaacgg cggtgactat cacgagctgg aggtctacat tgagggacag aacataaccc 402901 tgaccactac agacggtcag atatggactg ccgaggtcag cctcccagct ggcaactaca 402961 cggtcgttgc ctacgacaca gctcacaaca ttacagtcac cgacacgttc cacgtcgtcc 403021 catggcacct tgagataatt ccaagcacta ccagcatctc tgcgggtgac cttgaagtgg 403081 ttaacttcac agtcagggcc attgacgatg agaccaacgc caccgctgac attgacgctc 403141 taatacacgt gcagataacc ttcagcaacc cagcactcat accgaacggt accttcaccg 403201 ttgaggactt caacctcgtg gacggcgagt acaccttcaa cgagagccta ttcgcaccag 403261 ctccgggcaa cttcaccgtc aaggccatgg cagttgacta cggcaagtgc gccaagacag 403321 ttatcgaggt caccgagcca accgtttcgc caacctgggt ttacgtagac atagtcaagg 403381 agggcagcct tgaggctcca aacgacacag ttgtcctcta ctggtctgtc gacggcagga 403441 cgtacttccc ggcctacgac tacctcaagc aggccatagt tcaggttgac acaaccgtga 403501 ctacgagggt tgtcttcccg ctctacccgg tcaatgagtt caccctctac gtgatagctg 403561 ttccgaagtt catcgccgac aagtacccga tcctcacatc cacgccaatc gatgccactg 403621 tcacccacga gtacgtctgg tacaactact ctgtcacagt cgtcaacgag accataagcg 403681 ccagcgcagt tgtctacaag aggaccataa ccgaaggctg gacctaccag atcccgaggg 403741 ctcccggtta catctcagta atcccacccg cctcagtgca gggcattgct ccgtacaccg 403801 gctatgagtt tgtccacacc gaggagctcg tcaacgacac cggtagcgcg agctacacat 403861 tcaccttcga accgaccgag ttcatcgagt tcaacaagat aagcactctc agcatccagc 403921 ctgctcagta cggctcatac ttcgagttcg aggcagtgct ctatgagaag tacctcaaca 403981 tgagcggcca gttcgatgag cagtttgaag ccttcgagag caacgtcgag agcatggttg 404041 agagcctgca gttcctcagc gacgatgaca agcaggagct cataaacgag ataatcaacg 404101 aggccctcag ctacaaggac gacatcatcg gtgcctatcc ggaggacgag attccgatca 404161 gcggcgctga ggtacagttc cacatcgaca acccagccat agcgtacctc gagccggtca 404221 acgccaccac cgatgagaac ggcaaggtca tcgttaggct ctactctgcc gcaccaaagg 404281 acgccacccc agaggagctc gtcaactaca tgggcagcgt caccatctgg gctacctatg 404341 acaacatgac gactgacagc tacacggtct ccttcggtgg catcggtagc gtatccggtg 404401 acgttgtcga cccgaacaac aacctcctgc ctggagccaa ggtcgagctc tggatcaatg 404461 acaacggtga gtgggttatc gctaaggact acgctggcaa taacatcacc accatcaccg 404521 acggccacgg ccactactcg ttcaacgtac cggctgcccc gcagggaacc gcctacaggg 404581 tcgttgccta ctacggagat ggcaccggct acgcggacgt gatcgtctat ccgttcaaga 404641 ccagcactgc cgacgtcgtt gtcacaacct acgagaccac caacgttacc ggactcggag 404701 ccttcctcag cgacgcccag atccacgacg tcaagatagt ccttggcaag aacgccctca 404761 catcagtcga ctaccacgct atggacttcc tcctcgagta catcggtgtc aagcccgtct 404821 acagtgacag cgacatcaac gttgagggac tctccgccac cgacatgata atagccgttg 404881 gtggtcctga ggtcaacgac attaccgccc actaccagga gcttactccg gtcaggatgg 404941 tcaccaacgc tgacggttca ataagcatcg tcgtcgacaa cgagacggtc gccaactgga 405001 gcgccccgag cccatggtgg aacgttaccg agggctactg ggtcatccag agggtcgtcg 405061 atccggacac cggtgcagtg gtctacatga tctacggtac cgacgctgac agcacctggg 405121 ctgcggctta ctacttcagc aagcacttca gcgagctcaa caacgtcaac tacgtcgttg 405181 gctactggga ggacaccgac agcatgatct acagcccagc gttccttaag ttcgccagcg 405241 acgacaagaa cggattcagc ccgaccgata acatcggggt agtcgttgag ggctgaggcc 405301 cttccaacct ttcttttctc gtttgtttat tacaactcct tcggtggtcg ttttgatttc 405361 gaagaattct ccaatgggta aaacattggc tgctggtgtg tttctcgtgg tatggtttgt 405421 tataaggttt agttctggta gaataacgac aaccttcgac gaagcctact atctctcaac 405481 tctgagaata ggcggtgtgt actcgggaat gataaccccc tgtgttctgc gggcggttaa 405541 cgctatcatt tctaaccccg tgatttccct cctattagtc tcgttggggc tgttcattgt 405601 ctatcctttt cttcttctca gattccataa atcgttcagc ggttattcat caatgtcgtt 405661 tccgtttttc ttggctttac tcctgagcag ccacctcctg tggtcctcca acgaggtcag 405721 accgcagcag ataggaacac tagtgggtct ggctcttctt ctgtttatcc ttagggttca 405781 cgaggaagat ttacctagat ttaaggtact cctcggggtc tccgttctgt gggtcttgtt 405841 gggccttgcc catatccttt catttgcagt gtttcttgcc ttagtctggt tcgtgggcgt 405901 tcttgaactg attaggggca gacccctaaa ggtttacttc ctttcgctgg ttccttcttt 405961 ttttgccctc ttccttcttt tcatgcccgg atacgagact atggtcttct cgataaaatg 406021 gatgttcaag cactccacaa acaccctgtt ccattttctt ggctggaact tttactcgtc 406081 cctccttctt ggatggcttt tccttttggt ctccggtcca attgttgcct cactgtggag 406141 aagaactcct actttcagtt tgattctgga gagaattagg ggtgaggtcg ttaggagggc 406201 agggttatac accctccttg gaacccttgc aatgctagcc cttatgatac ttcagttcta 406261 tttggggaga aacgtttacg aactcgtgta ccgcagtcct aatttcatcg tgataatgca 406321 ggcaggaaac tttctctttg gaatcctcac catcgcgggg tttatcggat cgctcaatga 406381 aaaacgatcc gacttcagta gggaggttct cgtcttcatg gtagttctaa tggttttcgc 406441 ccttctcgtc tcgacggtga tgcctgccag cttcggaagc tttggcttca gaaactggat 406501 gatccgaatg tatcagtact tcgtcgtgtt ctcccttccc tttgtagcgc gtgagatcga 406561 ggccttgttg ggcagcctac aatggcgtag ggcatttgtt ttcatattag tctttgggat 406621 cacagctagt gttctaaacg ttagccgtcc tcccatcgct tataactacc cctactactg 406681 gacagggtgc gatcttgagc tgctgtcccg ggtgggtccg gggtttgttt ataaggggga 406741 taccctcact ccccctgaga attcccttgt gctatcgttc ctagggtggg cctatggaaa 406801 ccgcattgag ccctatccgg gtaacgtgga acctcttcca gaatccgatc tctgcgtctc 406861 agacctgtgc cattctcctt atccctacag ggagatcccc ctgacttcag tgaacctatc 406921 ccgtgcgaca attgttacgg gaaacattcc tccggatctt gtgtcttgga ttcgctctct 406981 ctttcacatt agaggagaag gagaccccgt tcttgctttg ggcaactcca ccttaaatcc 407041 tctgatttca aaacttgagt ctcagtactt cctcccggtg gtggtcaact actcggtaat 407101 tactggcccc cacttcaggt actatttcgc catcagggag ggaaggataa agggggacgt 407161 tgaccgctcg atgttcgtcg ttcaggcggt cttagtaaac gacacccccg tgatcgtcat 407221 cagctcacct tccctggacg gtgttgccgc cgggctctgg ttactcaaaa atgaaatcct 407281 ccggaacaga acgaagtggg ggaatgtctc ctttgtagtt ggtgagtggg atgagatgga 407341 tggaagggtt ctccctattg tcagggctta ctccggtgat aaaaacggct tcagttatgg 407401 ggacaggata aaaattctga gaatcggaac ggtcggaaag ccctgaccgg tcatcatatt 407461 tcagtgtcct ggcttctcgt catcccgaga ggatgtcact cctttcccag cttcttgagg 407521 gccctcttgc cctttggccg gccaccccta aagagccagc cgtgtgcctt gttaacgtgc 407581 cttatgtagt ccctgctctt cctgaagacc ataccgcagc gggggcagcg atagtagagc 407641 tcgccatccc tatcgatgaa ggtgatggcc ttaagctcca ccatcctccc acctccgatt 407701 cttccccgca tttccatttt ttaaaggttg cgctaggccc atatcctgtt gcccttgact 407761 ttgaggtatc ccagggtttg gagctccttt aggaagctct caatggtctc ctcgtcaaag 407821 tacacctgaa cggtttccct ttccccttca acgctcaggg gttccatttc gaggagtttc 407881 tctatcagtt cgtcttttct ccgtgtccgc tctgccaatc ttagaatcac gtctgccagg 407941 acggatcttg ctatacccac gaacatggcc tcaacgtagc tttcctccgt cgagtactcc 408001 ctcgctattt cgagtgcagc ctcgatgagc tctctatcaa cctcaagtac ctcaacgtag 408061 taggctttca tcatggctac ctctgttatc attctcggac tgaacctttt ctccagttcc 408121 tcgagatttt ctccaagctc gtcgagagga aatctgagtt ctatctcaag atcctctagc 408181 ggcggttttg aaacgacttt taatttttct cctttctcct caattgcccc ctcactcgcc 408241 agggcctcca gaagggctag acccccgtcc atctcctcaa gaagctcttc tgggctgatt 408301 tcctccccta tctcccttga tagaaaaacc ctttgataaa ctccacgaat ggagtgaagt 408361 gcctcctcta cgggtgggat accctcagcc ttttcaaaga gttccccgta cctgccagcg 408421 atgattacat agtgcgatac ttcctttcta acctcttcta tctttctgtt cattatccca 408481 gccctgctca gctgccttga gagctcgttc atatcatcct ttgagagaac ctcgaatctc 408541 atccaaccac ctataatagg tttcccgtta aagttaaaaa gaaaacggcc attaagcgtt 408601 cctttcctcc tctggctcgc ctcttcttct gctctcgttc ctaatgacct gtatcacata 408661 gtcaatgaac ttcctgactt cctcgagttc ttcctcagga atatcctgga ttttcctgtt 408721 tttggtcttg taggtgagca acttgagaag tgcgagcctt ccgagagccg ttttggtgct 408781 tatctcaccg ttcttccagt cgcgccatat ggcattggct ataccgtaga actctgggat 408841 gctgtcgagt ccgggatcgc cgacatctat gacctctttt cctaagtact tgtagcgctt 408901 ctccttttcc tctttggtga actctttgat tttgcctttg atgtactcgt gaaccacgat 408961 atcaccccct tgggttcttc acttgtttat taactttcag ttcttaaaag tgttccgggg 409021 gcaattggtg ttgttcattt cgtatttctc tccagatggc accgaggatg agtagagctc 409081 caaggtatcc ctcgggactg aggggctttc cgaaaaccag gagagaggca atgtgcccga 409141 atattggctc ggtggagtag ataagcgccg ctcggtaggc cttgatgtac ttctgatact 409201 tgatctgaag ggtgaaggca agaactgttg cgaaagcgcc cgtgtagagt gctccgagcc 409261 agggaactga atttctccag agcgtaagct ctccagtgat ggttatgtaa agcgtcgata 409321 agatgaagtt ccagaatatc tgccagaagg agaggctaag ataatcgttt tctccaaatc 409381 tctcgacgag tactatctgg aaagcgaagc tcacagcaca cagcaccgtt agtagatctc 409441 catagttaaa cttcagggag gccccggaga tcagataaag accaagcagg gcgagaagta 409501 gtgattccac atctctcctt cttatcctct ccccaaggat gaagtatgcc acgaatggtg 409561 taaaaactac gtagagggat gttataaagg ctgagttgga gggggttgtg tatttgagtc 409621 ccacaatctg gaaaccatgc cctagaaaca gtgtaacgcc aaggacaaaa cccctccaga 409681 aagtgctcca tctcaacgtt cgtctcctga aaatgaggag cattagcaga gaggcaatac 409741 caaacctgta cactaaaaac gtcatcggct cggagtagtt gaggcttacc ttcatgaccg 409801 gaaatgttga accccagatc gctgttatgc ccaagagtat cgcttcttcc ctcttcatac 409861 gccttaccct tactccttcg ttcttttcct gaaccaacgt ttctaaacct ttggttttgg 409921 agacgctttt aaggtttccg ttggatcttc cgatgaggtg gcgaagatgc cgaagtacaa 409981 ggacatgcct gtgaaaatat cgggaatccg agtttcccca accaagatga aggtggtggg 410041 gaacggcttt gaaatagtgg tggataaact tggtggtgaa gctccaagcc cgctccacta 410101 ccagctcgca gcgctggcgg gatgtctgaa catagtcggc actctagttg ccaaagatct 410161 aaaaatcgat gttgagggca tggaggttga aatcgtcgga atattcaacc cctcaaagtt 410221 tatgggggtc gataacggca gggccggctt taaggagata gatgtgacca ttagggtcaa 410281 aacggacgct gatgaggaaa ccctgaagaa atggctcagc ctcgtggagg aacgctgtcc 410341 aataagtgac aacttggcca acccgacacc cgtcagaata gagattgaga gagagtgatt 410401 cactcaccgg gtccgttaat gcatgacatg ttcatggcca agagcatctc cacatagcca 410461 ctctcaaggt ttctttttat cctcttggag agctttctca gttcgtgttc attgagaggt 410521 tctttgcttt ttagccactt tatgaggcca tccctcctgt ctagaattac aacttctcct 410581 tctgggatca gggggacgta gttcatctta accccgtaaa gttcttcggc aaaggcaagc 410641 tttgccctca ggagttctag gtagttggcc agatcctccc cgaggagttc tcttacaagc 410701 ctcttcattc ttccaccagc tgtactttgt tggacaggtt tattaaccta tcgggcagat 410761 gtgggtagga aaggtgataa agctcaataa cgtatcacgc ccggtgagac catgtttatg 410821 aagtacgccc accattttca cgcctatcag cctggcgata tagtttacgt caatgacggt 410881 gacggctccg ggccgataga gtatgaagag agaaaaagcc ccgttgcagt aagaatcggc 410941 gatgaagaag tcaggggtga gaactggacg agggctatgc tctactccta cgagaggatc 411001 tccgaggttc tgtcaaggct taaaggggtc agcgtcgata tcgagccctt cacttttttc 411061 atgcttctcc gctaccaaaa aaaggccctc gaagaaaccg tcgagctttt tgaatcaatt 411121 gacgcggttc caaccgttcc gtttcacccg ataatgcccc acctcgatga gttcgaacag 411181 aaaatcctcg ctagggtttc ctttgacttc tacgctcctc taatcgggga taagccggta 411241 atcggctact ggctcccgga ggccgtgata acgggaaaaa ccgcccagct catcgagtca 411301 ttgaccgaga aaaagctcgt cttcctgctc gatgaaaggc aactactcta cgactttccg 411361 caggcgaagt actcctgcaa ccgctacggt aactccttcg ttttcggtcg tgagtggagc 411421 ctgagcgacg ccttcgcctt caacaccctc gacgtctccg ggctggtaaa cgagaccctc 411481 tcgcggaggg acgaatacaa agagaagctc ggcgtcccct atctcatttt caccgcgagc 411541 gaccttgaga gtctgctcgg taatccggca cagctagacc gcttcgttgc gtggatggat 411601 gctcttggga gaagcagagt tgagaggatc tctgctcctt ccttcgtctg gaggaagctc 411661 tccagcgagt tcaggcgcct tgagggtgaa tgctccttcg agatgccggt taaggactac 411721 tcgagctgga gcgactactt tgatctgagc cttgacggca agacgagcga ctcgcgctgg 411781 ctcggttaca ggagggtcga tgggcgggtc ttcgcgaggg aagtagacgg aaggaaaatc 411841 tcccagctct ggaaggtcgc cttcacgcgc cttttcggcg agctcaacag aactgtgagg 411901 ctcggcgttt taacgggcct gaaagagctt aacgccggcc cagaggagtt cctggtcagg 411961 tacgcgagga tcttcttcag ggactactac ggttacttcg gcattgagac ctctctcgac 412021 tacgtgcttg agcctgccgg tggagacaga aatgctctga agctcggaag gatttactac 412081 cttatgctcc tcgccaacca ctcctgcccg cgtttctggg agaacctcga cactcgcgtt 412141 gccttctcca acgtctcagt aatggcgaag gctctgattg agctgatgaa gtatttcgag 412201 ggaagcgagc tttggagtct cttcctcgga gcctatctaa agctcctcaa cttcgagaac 412261 ctctaccacc tctggaaact ctccgcaatg ccctcaatgg aaggatggga gacaagcgag 412321 aaggcctggc acgaggcctt gaagccagag gtcccgacta gcggctacaa cgtcgtgacg 412381 agggccgcgc tctacgtagg aaaacgtgac cttagaggtg acttgagggg catcatcgag 412441 ggctacaacc tcgagtgggc cgttgcggat accggtcaca ttgcaggtga gaaacacggt 412501 ctctgggaga atccccagta ctgcgagcac gggcgttaac ctttaatgtt ccatttttcc 412561 ctgcttagga agagatacgc ctcctcctcc agctccttgg gaacgtagtt taacaggata 412621 tccgccctcc tgattgcgtc ccttattcct tttccgagcg atacctggtt cttttcgaga 412681 agttcgatga taacatccac gacgctctcc cggacgagct tttccgagta gagccttttc 412741 cctattagcc agaccttttc atttttcctg tagaagtccc gcccccgctc ggtgaaaaac 412801 tccgggccgg gtttaatttt caccctctcg cgcctttccc tgtcgagttc gagcattatg 412861 aaggctctgc cttttctccc gacgtcccag ccgaggactc cgaagccttc cctctcaagg 412921 gtcctctcaa agcccctcgc gctcctctcc agctggggta aaaggacatc gtccaccata 412981 tcggggacat tgatcaggag cgttacaagg gctgttcccc tcttcctcag ctcgtcgagg 413041 tagctcccct taggcttctc cggtgggaag aagaacccga ccgagggatt ctcaaggaac 413101 tctatgctct tgaagtagaa gcgcccgtac ttctcccagc tcaagttggc cgaaacgttc 413161 cgcctcgggt cgacggggtc tatcactatc agaggtctgt cctcctcggt ttccctcttc 413221 acggtcttga gcgcaacctc aggctctttt ctcagccagt tctctgggtc tattatcttc 413281 tgcctcagta ggaagtccgc cttctcgaca acatcgagga aagaaccgta ctttatgacg 413341 aggatttcgg ccaaatagcc ggaaaagccc ctaacgtaaa tctcgctccc gtaggcgttg 413401 atgcccttca ggaagcgctt gagcagtcta acttcgtcgt tccgccccct gaggttctca 413461 ttcacccacc tcgtgtggag tatcgagcgg tcaacggcag ttctcacatc cctccagttt 413521 ccgacgtcgt agcagggcac gaggtcaacg cgcactcccc tgtatctcgc ccggacgtag 413581 gggtgttccg cgtaggctat ctcgtgggag tcgagttttt cggctatggc ttttccgagt 413641 tccagacctt ttttcctcag ctcctcaagg ggagtttcga ggggaaaggc caggaatagg 413701 tcaatgtcgt ggtctccagc cagataagta tccttcgcga gtgagccgac gaagtagggc 413761 ctagcgtcga ggccgagctc ctctattctc tcctcggcta ttgttctcag ctcctccatc 413821 aggcctttca cgaaggctct ctcttcatcg cttggcctta tcctttgaat gacttcgctg 413881 aggacttctt ccatctccat tgcactcact ccgcgagctc gaacttcgct accgtctcgt 413941 aaatcggacc ctttggcgtc agcgtgctct tcttcagctc tatggcctcg acctcgaact 414001 cgccgaagtc ctcgttggca agatctttga gcgccatcgc cagttcaacc ttatcgcgga 414061 cgaacttgac gcgtccgatt gttatgtggg ccacgaagtc cttgtccttc ttgaagccta 414121 agcgacgcat ctcgcgctcg acgtcgttcg ctatcgcttt tattccctcg tcgttctcta 414181 ttccggccca tatcaccctt acgtagttcg ggttcgggaa gacgccgatt cccttaacgc 414241 gaacgcgatg ctttttgtgc tttctcgcta tctcggctag ggccttctta acctcttccg 414301 ccgttacctc gtcaatctcg ccgaggaact tgagcgtgac gtggaagttc tccctctcga 414361 cgaactttat cttggcagct ttgctcccta tcctctcttg ggccttcagg aggttgtcgc 414421 gaacctcgtc gctcacatca atcgctatga acgccctcat accaccacca ggaaaagttg 414481 ggggaggggt taaaaggggt tactccctca ccacaaccgg gaactcctcc caggggaaga 414541 ctatccattt gtctgtgcgg aaaacgtaga agtcgggaac gaccttcgtc cagggcttca 414601 tgctgaggca ggcaacctta acctccttcg ccccggcctt cttgacctcc tcgatgacga 414661 cttcaagggt cttccccgtg tcgctcacat cgtcaactat gacgaccttc ttgccttcca 414721 gtgagccgtg gagtggaatc gttatcttcg gcttctccat tctctcttcg atgtccttgt 414781 agaacttgac gtctatgacc ttgagctcga cgtctcctaa aacgtggctc agtctcacgg 414841 ccgggattaa gcctcccctc gcgattccaa ctatcacgtc gggcatgaag tgctttcgta 414901 tctcctcagc gagcgcgaag actgctctat caacctgcca ccaggtcagg taaaccttgt 414961 ccatgttaac acctccgaat agcgtgagtc ctcaacggca aacttaagct ttgggtgagt 415021 ggtggaagtt aaaatgaagg gcttaaaaat cctattttgg caggaagatg ttaaaatacc 415081 cgaaggggga caagattggg aagcagagaa aaggagaaat aacgatgcat cagctaatca 415141 cacacttgct ccatccacag cgcgggcagg tggcgcagcc gctctccatc ctgagctcga 415201 cgagttctcc gtccctctcg tagcagaccg ggcagtaggc aaccccaagg agttccttaa 415261 tcttctcctc aggaatctcc ggcttctccg cgtggtgggg gtgctcacga acgggaggtt 415321 tagctggtgt gatgtgagcg accgaaaagg tcagtcctga ggggagagcg gctttcccct 415381 tcccgttggt gccgttgagg atggcctcga cgttgatgaa cttggccagc cagggctcgg 415441 cctcgacaac ggccttcagc ttctcgaccg cgtacctgct cggcttggcc gggacgcgct 415501 tcctcttttc tccctcgacg ctgtagacct gcaccgagag cgagccgtcg cggtagactg 415561 ttattccctt acagccgagc ttgtaggcga gcaggtaagc ggctttgacg tcctccaccg 415621 ttgcgtcgtt cggcatgttt atcgtcttgc tcgcgctgtc ggtgagccag agctggatgt 415681 tggcctgggc cagtatgtgg tcgagccagt ggacgtccat cgaggtgacg aaaacgcgtt 415741 gcatgtcctc gggaatctct tcaagcccct gcactgagcc gtagttgtcg cttatcttct 415801 tgagtatctc gtcgctccag agcccgcgct tcttgagctc tgcctcaaag actgggtcaa 415861 cgtagtagaa ctcgccgacg gtgacgctct tcttgtagac gagggcaaag attggctcga 415921 ttccgctgga ggtgtcggct atcatcgaaa cacttcccgt tggcgggcag gtagttacca 415981 tgccgttcct gacgccgtgc ttcttgattt cctcgacgag ctcgtcccag ggcagattcc 416041 atatctcgcg gtggtagaag ccctcgaccg gtagctcacc gtccttgtat ctgctcttct 416101 cgtagagcgg gaacgttccg cgctttttgg ccgcttcaac gctgtacttg taggcgtaga 416161 aggtgaggta ctcggtggcc ttcctcatga aggcgaagcc ttcctcgctg ttgtagggta 416221 tgccaagctt gaagagggca tctgccaaac ccatcattcc gacgccaatc ctcctcgtga 416281 gcttggtgtt gtagtctatc tctggaagcg ggaagcggtt gacgtcgatg gcgttgtcga 416341 ggtatttggc aaccttctga atcacgtagg cgtactcgtc ccagtcgaag tagggcttcc 416401 cttcgtcgtc atactttaca aatttggcaa ggtttatgct cgcgaggttg cacgactcgt 416461 actcgtagag gggctcttca ccgcaggggt tagtggccct tatcggccct cccttcgctg 416521 gctccaggac gttcctcctg ttgatgacgt cgaagaatat gactccaggg tcagccttgc 416581 tccaggccat gaaggccagc tcctcgaaga ggctcttggg gtctatctcc ttgaccttct 416641 ctcccgtcct cgggttgacg agtgggtagc gcttgccatc tctcagtgcc tcccagaagt 416701 cctcccagat gccgacgctg atgttgaagt tgctgagcac gttggttcct atgtttttct 416761 ccttcgcgtg gatgaacttc tctatgtcgg gatgccagac ctccaggatc cccatgttcg 416821 ctccgcgcct tacgcctccc tgcttgatga cgtcgctgac ggcatcgatg aggtgcatga 416881 agctgaccgg gcctgaggca gccccggccg tagaaccgac aaaatccccc tcggggcgga 416941 gctttgagaa attaaggcct gtacctccac cgctcttctg tatcatggcc acatcgtgcg 417001 ccgccttcat tatgctctcc atgtcgtcct ctatcggcac gacgaagcac gctgagagca 417061 ttccaagggg tctgccggag tttatgagcg ccggcgtgtt gggcatgaac acctgtcccg 417121 tcatcaacct gaagtactcc tccacctcgc tctcgtaatc gtcgaaggcc ccgttttcga 417181 gcatccccag gaactcgtct attgagacct tcatcctgcc cttctccgcc agctcgcggt 417241 agaggttcac gagcctctcg aagtggtact tgttgagctt gaagcgtccg attgagtacc 417301 ttccgtcgaa ctcttcaaag tgctcgaggt agtatttgac cctgctcaaa tcctgctcgt 417361 gctttccgtt cttgtcgtaa acgcgctcat cgtagagtaa atctggaatg accgcgagag 417421 tggcgaccct ctcaaagagc tccctggggc tctcgattat ctcccccttc tcgttcctta 417481 tgaggtatct gctcgctaaa acgcggaggg cgttgaggga aaagcgctta tctatctcat 417541 cgagtctatc cttgttgagg atttttttct tttcttccct gatttcggcc ttcttcttgc 417601 ggtagaggat gtaggccttg gcaacttcaa agagaccggc gcgcatgagc tcgagctcaa 417661 cgatatcctg gatgttttca atgtgaggaa cctgtccgtc gtaaagctcg tttatcctcc 417721 tgacaaccct tctgacgacc ctgttgagga gcttgtcgtc gtgaacacca acttccagca 417781 ttgccctttt tatagcccat cttatacgct ccctatcaaa aggtacgatt ctaccgtccc 417841 ttttcatcac tttttcaacg gccatataaa cacccctgtc ttatagtttc gggttattgt 417901 accttttggt aaaagcatca gcggaatcct ttgggattca cccctaaata taccttgccc 417961 catcaaccgc tggcgaaatg acaataaacg ccggtttact ttgctcatgg tgtaatgaag 418021 tagaaaaaag aagtgtcgga taatttgtcc atttgctaga gggcctcgta cattatcttg 418081 agcctgtaaa cgtgtttcag ctcttctccg gccatcattc tgaagatatg accaagagaa 418141 ccgcctagta tcttcgaaag ttttgagtac atctcatagg catgctgctc ccggatcagc 418201 gcctccacaa cgagttcctc cagactttta ggctcggccc tttcatcctt caaaacgggc 418261 tcaagggaga gggcatcgag gtaatctatc atctcgctct cttcgagact tccctccgag 418321 agcattgact ccagagtttt tcggtgtctg agctcttctt cggccatcag tctaaatgtg 418381 tccgcaaact cgattttctc aaaagttgca aaggtttcac ccagcttgtg gaggttgtag 418441 agttcatttt cttggcgtat tagagcctcc aggagctctt taacgttcat tctaatcccc 418501 caataccgtt gagaggtaat ccttgagctc tttaatgctc gggaacacga gatccggtct 418561 tacgttgctt ttttccagat cttctagact gtttacccct gtcagaacca ttatcgcttt 418621 cattccaaag cgcttggcaa aagttatgtc tgtgtccagc ctgtccccca ccatccagat 418681 ctcgtccaca ggtccgagtt tctccttggc gacctcgtag gcgggttcgt tgggttttcc 418741 tatgattaga ggttcccttt ccgtcgaagc tctcagtgcc gctatgattg cccctgcccc 418801 agggtagagg ccttcttccg ctgggtaagt cgtgtccgga ttcgttccga tgaaatttgc 418861 cccgttcctt attgccaggg ttccgtactt gagcttctcg taggttaagt tcgggtcgag 418921 accgacgact acgtactcta tttccttcca cctgcctgcc ctgcagtctt caagaccaat 418981 gatcccccat ccgaggctct ccatttcgat ctccagtcct ttacccccta ttacaaagat 419041 ccttccaggc tcgaaatgct tttccatata gatcctggcc gcgagacccg atgtaacgat 419101 actgcccgca ggaacatcga tacccatgtg gaggagtttc tgcctgtaca tctcaggggt 419161 ccgcgtggag ttgttggtga gaaatacgaa cggaattccc cttttcttga tgaactctat 419221 cgtctccccg gcaccgtcaa tgggccggtt tcctctgtaa acgacaccat ccatgtcaaa 419281 gattatccct atcatattca tcccggagta gaagaggatg gggcccttta aaagtaaatc 419341 ggataaatcg gaaaatcgag aaatcagagc tcaaggcttt cgccgggttt gagaatgacg 419401 acctcggcct tgtccccaac gagcttcttg aactcctctg gatctgctga aatcgggggc 419461 catgtgttgt agtgcatcgg gacgaccttc ttcggcttga gcagttcgac ggccttggca 419521 gcctccctcg gacccatcgt gaagtgcccg cctattggga gcagggcaac gtcaatcggg 419581 ccgtagagct cggcaaagag ccccatgtca aggaacacga aggtgtcgcc agcgtggtaa 419641 atcgtctttc cgtcgagctt gacgatgtag ccacacgggt tgccgatgcc gtacttgccg 419701 tcgctgctgg agtgccaggc aggaacctgg acgattccga cgccgtctat ttcagtcggc 419761 ccgtagttca tgccgatgac ctcaacgttg ccctgctcgc tgatgtagtt ggctatgtcg 419821 tacatcgcca ctatcttcgc gccggtcctc ttggctatct cgaccgcgtc tccgatgtgg 419881 tcgccgtggg cgtgggtaac gagtatcagg tctgcctcaa cttcctcggg cttcacagcc 419941 gcctgcgggt tgccgctgag gaacgggtct ataaggattt tcttgctccc ctcaatcaga 420001 aaagccgcat ggccgaggaa cttcaccttc accatcacca ccacctccga gaataaaata 420061 accagagctt acttaaacct ttcgatggcc taaaaagccc accgatgaac gtaaagagct 420121 cagcgatgcc ctaaaattct ccgatgtcct atttgggaaa gcttatatac gattcggcgg 420181 agatttaaac ggtgaggttc atgaacctgg actacttctt caaaccgagg ggcatagcca 420241 tcatcggtgc atcaaacgac ccgatgaagc tcggctacga ggtttttaag aacctcaaga 420301 agtacaggga cggaagggtt taccccgtca acgtcaagga cgaggtcgtt cagggagtta 420361 aggcttacaa gaacgtcaag gacatccccg acgaggtgga cctcgcgata atcgtcgtcc 420421 ccaagcgctt cgtgaagcag gcgataatcg actgcggtga gaagggtgtt aagggagcgg 420481 tcatcataac ggccggcttc ggcgagactg gggaggaagg caagaaggag gagcgcgagc 420541 tcgtcgagat tgcccataag tatggaatgc gcctgatagg cccgaactgc gtcggcgtca 420601 tgaacaccca caacgacatg aacgcgacat tcataatgga cgccaagaag gggagcatag 420661 ccttcgtgag ccagagcggt gccctggggg cgggaatcgt ctacaagacc gtcaaggagg 420721 gaataggctt ctccaagttc gtgagcgtcg gcaacatggc agaccttgac ttcgcggagc 420781 tcatggagta cctggcagag acaggggagg acaaggcaat agcgctttac atcgaggggc 420841 tcaaggacgg aaggaagttc atcgaggtcg ccaagaaggt caccaagaag aagcccgtca 420901 tagccctcaa ggccggaaag agcgagagcg gagctagggc ggcatcaagc cacacgggtt 420961 ccttagccgg aagctggaag atttatgaag ctgcttttaa gcagagtgga gttctcattg 421021 ctgaaacaat cgacgacatg ctcagcatgg ctcgcgcttt cacccagccg ttgcccaaag 421081 gaaagcgcgt tgctataatg accaacgcag gtggtccagg tgttctgacg gccgaccaga 421141 ttgacaagag gggccttaag ctagccgacc tcgaggagaa gacgatagag gagctccgtt 421201 cgttcctccc gccgatggcc gccgtaaaga accccgttga catgattgca agcgctcgcg 421261 gtgaggacta ctacaggacc gcgaagctac tccttcagga cccgaacgtc gacatgctca 421321 tagcgatatg cgtcgtcccg accttcgcgg gaatgactcc aacggagcac gctgagggtg 421381 tcatcagggc cgtcaaggag gtcaacaacg gaaagcccgt tctcggcctc ttcatggccg 421441 gttacgtcag cgaaaaggcg aaagaactcc tcgaagagaa cggaatcccg agctacgaga 421501 ggcccgagga tgtagctgct ggagcttacg cgctcgtcca gcaggcgaag aacgcgggag 421561 ttttggagga ggaatgactt tcatttttca tcaacttaat ttcggaggtg ttgtttgatg 421621 gcgaaggtaa cggacatagt gctgtgggat aagcccgggg agagggttct cctgctcggg 421681 aaccacgcca tagctcgcgg agctttggag gccaacatag cggttttcgc cgcttatcct 421741 ggaacgccaa gctcagagct taccgacact atggcggccg ttgcgaagaa ggcaggagtt 421801 tacatggaat actccaccaa cgagaaggtt gcctttgaga ccgcgctttc agctgcctgg 421861 agcggtctca gggccatgac ggccatgaag cacgtcggac tgaacgttgc cgctgacaca 421921 ttcctcagcg ccgtcggaat gggcgtcgag ggcggtttcg tcataatggt cgccgacgac 421981 ccgagcatgt ggagcagtca gaacgagcag gacacgaggg tttacgcaaa gttcgccaac 422041 gtgcccgttc tcgagccgag ctcaccgcac gaggccaagg agatgacgaa gtacgccttc 422101 gagctcagcg agaagttcaa gcacttcgtc attttgagga cgaccacgag gagctcccac 422161 gcgaggggcg acgtcgttct cggtgagctt cccgatgaga taaagcaggg caggaggaag 422221 ttcgggaact tcaagaagga cccgagcagg ttcgttgaca tcccagccaa cgcgaggcgc 422281 ttccacccgc aggttctcga gaagatcgag aagattcgcg aggagctcaa caactgccca 422341 ttcaactgga ttgagggcga cgagaacgcg aaggtcggta taatagctcc aggcttagcg 422401 tacgcatacg tcaaggaggc cttggcctgg ctcggcgttg agaacgtcaa gatactcaag 422461 ctcggaactc ccttcccggt tccctacggc ctgcttgaga agttcctcga cgggcttgag 422521 aaggttctca tcgtcgagga gctcgagcct gtcgtcgagg agcaggtcaa gacctgggcc 422581 tacgataagg gacttaggat tccgattcac ggcaaggatc tcgtgccgag ggtttacgag 422641 atgaccacga ggagggcagt tgaagccata gcgaagttcc tcggcctcga aaccccgatt 422701 aacttcgagg aaatcgacga gaagtacgag aaggttcagg caatggttcc tccgaggcct 422761 ccttcgctgt gtccggcctg tccgcacagg aacaccttct acgcgattag acgcgctgca 422821 tcgccgaggg caatcttccc gagcgacata ggctgttaca cccttggcgt attgccgccg 422881 ctcaagaccg tcgatacaac cgtcgcgatg ggtgcatcaa tcggcgtcgc gcatggtctg 422941 gacgtagccc tcaacggagt gcccggagaa gaggagagga gaactggaaa ggagaagaag 423001 ataatagtcg ccacgatagg cgactcgacg ttcttccaca cgggacttcc ggctttagcg 423061 aacgccatct acaaccgctc caacgtcgtt atagtagtcc tcgataacct cgtcaccgct 423121 atgaccggcg atcagcccaa ccccggaacc ggcgagaccc cgcacgggcc cggcaagcgg 423181 attaagattg aagaggtcgc gaaggccctc ggtgccgatt acgtcaaggt tgttgacccc 423241 tacgacataa aagccaccga gcgggccatc aaggaggccc tggccgttga aggcgtgggc 423301 gtcgtcgtcg cgagacagcc gtgtgctctc tacaggatag gccagatgcg caggaagggc 423361 gagaggtggc cgatttatca cgtcatcgag gagaagtgta ccggctgtaa gatctgtatc 423421 aacgcctacg gctgtccggc aatctactgg gacgccgaga agaagaaggc caggattgat 423481 ccgacgatat gctggggctg cggcggctgt gcccaggtct gtccgttcga cgccttcgag 423541 cctatgaagg agggtgagtg agatgaggga gtacaacatc gttatcaccg gagttggcgg 423601 ccagggaatc cttacagcag ctaacctgct cggctgggcc gctttgaggg ccggctacaa 423661 ggtgcgcgtt ggcgaggttc acggcatgag ccagcgcttt ggaagcgtta tcgcctacgt 423721 caggtttgga gaggacgtct acggcgcgat ggtccccgag ggcaaggccg acgtcatact 423781 gagcttcgag cccgttgaag ccctgagata catcaactac ctcaagaaag ggggtttggt 423841 cttcaccaac gcgaggccga ttcccccggt tcaggtctcg atgggtctcg cgagctatcc 423901 aagccttgag gagataaaaa aggtcgtcga ggaggacttc gaggccaagt tcatggcctt 423961 cgacgccgag aagctcgcaa ttgaagctgg aaacatcatc accaccaacg tcgtcctcat 424021 cggagcgtta acccagacac caggcttccc gctctcggca gagcacgtca gggaggtcat 424081 aaaggtcagc gtgccgaaga aggccgttga cgtcaacatg aaggccttcg accttggagt 424141 taaagccgcg aaggagatgc tggggcttta aggcccttct ctttttatca cactttgaga 424201 gctttcgcta atttgttgtt tcccgaaata tttaacttct tccctgacgt aaactaactt 424261 acccccgggt aagccactta ccctcccgta agttagaact cccaccactc ggactgtacc 424321 tctttgaccc tcgccaccgt tctaagggcc tcatatgagg gactaactgg gacctcgcgg 424381 atttccccgc tgaggtagcc cctgatgaag gcaggcaaac ctttgccaag tccgacggag 424441 tagccaccct cgaaaatcac cgcgagcgga tagcgcgaga gcgttgaacc agcgtaggcg 424501 aagaagagtt cactgaggcg aagcgtcgtc aggttctcgc cgaggaatcc gtcgaaaccg 424561 gctgagacaa ccacgagctt cggcctgagc tgggccagaa gggggaggac gacctcgtcc 424621 cacgcgtaga tgtagtcatc gtctccggag tagtggggca taggcaggtt gattttcgtc 424681 ccctctgcat tttttccgcc gacgtcgtgc tcgtagccgc tccaggggta gatgtcgcgc 424741 tcgtgaaggt ctatgtgaac tgcgttgggg tcgttccaga gtatctcctg cgtcccgttg 424801 ccatggtggg cgtcgaagtc tatgatcaaa acctttccag cgagttcctc ggcaaccttc 424861 gccgcgtagg ccgcgttgtt gaagatgcag aagccgagcg ttgaggcgtt gaaggccctt 424921 ccggcttttc ctgcgtgatg tcctgggggt ctaacgaggg cgagggccat tccaccggtt 424981 ttcagagcga tttcaacggc catttgagag gctccaaacg cagttaaagc tgcctcccat 425041 gtgccgggtg aaacgtaggt gtccgggtcg aggtatgaaa aggccctact cttctcgcgg 425101 atgagctcaa cgtagtccct cgagtgaacc atcaggagct cctcttctgg gacgggaacc 425161 ggctcgatgg gcttccacag gtttaaccgc tggagagccc ttaccgccct cagcagcctg 425221 tcggggttct cggggtgata gtcccttggc ctgtgttcga ggaagatggg ggagtacagt 425281 gtagtgactt cagaagtatc ctttatcatc ggactcccct atcgcgcttt ttatatgctc 425341 cagcagttct ttcgcctctt ccattttcat accaaccttc tttacgagaa agtttatgat 425401 ctccgcttca ctcatccccc tctgcagtct ctcaattatc atcatgccca gccgttcgaa 425461 gattgcctcc tggaactcct cggtgagtcc cagtgagtcc atcaggacgt tcatcccgac 425521 gaggagagcc gttagtgcgt cgttgaactc ctcctttccg aggcttttct cgtcaagatc 425581 caccctcagt gttatttcat cgttcatccc gctgagcgtg aacttcagca tgttcatgcg 425641 ctcgttcaga acgagtagtg tgtggtaagt tttaagtctc tcttcgagtc tcatggctat 425701 agtttctatc cccgagggga cagccagccg tatgaagcca tcggcaaaga ctacgttaag 425761 gatgaagggg atcttcggat gctcggcaac gtagtggttt tcctcgacct tcttgacttc 425821 ccaggggaga tcgacgatat cttccgcatc gtccctaccg ctccggagcc actccagaac 425881 tgcctcgctc aaaatcacca ccgtagaaac tacgtcgttc cgggtaaaat aattttgccc 425941 ataaagcttt tttagccttc atcaatccat gcccgggggt ggaaagttgg agttcctgta 426001 cacgtacgag gcctttaagc tcgagcttcc cctcgtttcc cctgagcgcg cggattttgt 426061 aatcttgggc gtaccctttg acgggacgac cagctacaag tcaggggcac gctttggccc 426121 cactctcata agacaggcga cgctgaacct tgagagctac gtactcgact acgacattga 426181 catagccgat cttccaatag ccgatatagg ggacatcgcc gtcgtggcgg gcgatccgag 426241 aaagaccgcc gatagagtca gggaaactat tgaggagctg gaacgggtaa accctaaagc 426301 gatcccggtg ctcctcggcg gtgagcactc ccagacgctg ggagcggttg aggcactaaa 426361 gcccaagagc tacgtcgtct tcgatgccca cctcgaccta agggacagct acgaggacaa 426421 tccctataat cacgcctgtg tcgcgagaag aatagcggag ctcggcatta gggaagcgat 426481 gtttggaata aggagcggta cgagggagga ggtggagttt gctgaaaaga atggaattcg 426541 ctgggttcac gccagggact acggcttcga ttccttcgtg gatctcgttg aacccttgcc 426601 cgagccggtt tacctctcgg tggatataga cgtctttgat gtttcgatgg ttcctgatac 426661 tgggacgccc gaggccggtg gtttgaggtt ctgggaggta atcgaggcaa tcgaatggct 426721 cactgccaac aagagaatag tgggctttga cataatggaa gtggcggggg agaggctggg 426781 gaacccaact gccctgaccg ctgcgaagct gctgttctac ttcctcgcaa tgatgaaaag 426841 gtgaggtcag ccgaagaagg cccccatcat gtccatctgc tcgtcgctca tggactttac 426901 tttgaactcg ggcatctccc ctttgagctt ctcgtagtct tccttcgtta tctctctcgc 426961 ctcaccgtcc tcgacgaggt aaaagatgcc gtagtcaggg tcacggtagg caacgaggaa 427021 cttctccacc tcgatgtcgt cgaagttcac gaagatgacg tttccacctg tgtagggcct 427081 cctgcacttg aagggaaagc tggaggagtt gagcatggca tcgcccaggg cctggttggc 427141 cctctccccg tttatctcgg tccagaaggg tcttccctcg aagtcgccct caacgacgat 427201 gaggaacctc tggccgtcga gctcgactat cggggcgccc ttctcctgaa gtatcttgaa 427261 gagctcgccg attgtctcgg cgtttctgag cgaagcaaca aatccttcaa ccttcatagt 427321 tttcaccgtt agaggttctg gaatggggta taaaagctta agctttttat ttgagacgct 427381 aaattcattt gatgacctct ggaaacggag cgtacctcag aaaatggggc attgtaatgg 427441 ccttttccat actggcgggc gtagttggcg gtctgggggc cgttgtgttc aggcttatga 427501 tacgcttcac tcataagttt ttcttcggaa tgctcctccc gcgcctctct tttaccctct 427561 atcatctgaa tctcggctac gttcttctgc cagcaatcgg tgggctcttc gtggccctgc 427621 ttgtggttcg ctttcccgat atcaagggga acggaatccc tgaggtcatc gaggcggtaa 427681 tcttcaaagg tggaagaatc ggcggtgtct ttgcgatagc gaagatagtg gcgacttcag 427741 taaccatagg ctcgggcggt agcgtcggca gggaaggccc aatcggcttc ataggggccg 427801 ctttgacctc ggccttcgcg aagtggtttg gcctttccag ggagatgcgc aagctcctcg 427861 taacctgcgg tcttgccgct ggaatcgcgg gaaccttcaa cacgcccctc gcgggggcca 427921 tgtttgccct cgaggtcgtt tacatgggtg ctttctcaat aaacctcgtt cctatattca 427981 tagcctccgt gacggggaac gccgttacac tcgccgtcct caggagggcc tttgaggttg 428041 agattccagg aggaatgggg cacactctac cagagcttcc gtttttcttc gttctggggt 428101 tgctcctcgg cgccctggcg gccctctacg ttcgcgttat ctatgccttc atcgagggtt 428161 tcgagcgcct tccagtcccc gaagtcttta aacctgttct tggcggtctg ggcgtgggtc 428221 tcctcggcgc tttcttcccg aactacggca tctttggcgt tggttacgag ggcatgagct 428281 tggccttcta cgggaagctg gtagtgtggc tgctcctaac cctgggcgtc ttgaagatgc 428341 tggccacggc cctgaccata ggctcaggcc agagcggtgg tgtcttcgcg ccgagcctat 428401 acataggcac catgttcggt tccgccttcg gaatggtcgt cgccaagctg tttccatctt 428461 tgggggccat gccgacggtg tacgcgctgg ctgggatggc ggcgttcttc agcggaatga 428521 cgcaggcgcc gataacccag attttaatgg taacagagct tacaaggagc tacgcgattc 428581 ttccagctgt tatgacctcg gcaacgatgg gttttctcac cgcgaggttc ttcctgaagg 428641 gcgagtccgt gtacacacta aagctcgtca ggaagggcta ccgcgttagg acggggaaac 428701 cagtgatctt agagacgata tccgtcgggg agataatgac gagggagcca gtctacgtta 428761 cggcggatat gacgctcttc gacgtggagc acctcataag cgagactggc cacgactgct 428821 tccccgttgt ggacaacgag ggcagggtca tcggaataat tggggtcaag gacatactga 428881 agaagccatc gtcgctgaag agaatgaggg tgaggcgatt cctccgcagg gcgtacggtg 428941 ttacgtatcc aactgaaacc gccgagacgg cgcttgaaaa gctgatggcc tacgaccaga 429001 acctcctccc cgtcgtcagg ggaccgaacg acagaaggct catcggcgtc gtgaccaaaa 429061 aggacatata caccgcatac taccgcggac tggaggggat gtacatagac tgaggtggtt 429121 tcatgctcgt tgacgctgac ctacacatcc actcgcgtta ctcgaaggcc gtctcaaagg 429181 caatgacgat accaaatctg gcagaaaacg cgcgcttcaa aggtctcggc ctggtcggga 429241 cgggcgacat actcagcccc cactgggagg ccgagcttct caaatacgcg aaaaaagttg 429301 acgaagggac ctacgaactc aatggagtcc gcttcctcct cacaactgag gtcgaggaca 429361 gcaggagggt tcaccacgtc ctgattttcc cgagcataga aaccgtccgt gagatgagag 429421 aacgattgag gccgtattca aacgacatcg ataccgaggg aaggccgcac attaacctct 429481 cagctgggga gatagccgac atggccaacg agctcggtgt cttaatcggc cccgctcacg 429541 ccttcacccc ctggacgagc ctatacaagg agtacgacag tctggaggag gcatatggag 429601 gagctaaaat acacttcctc gagctgggcc tctccgccga cagcgagatg gccgatatga 429661 taaaggccca ccacaggctt acctacctca gcaacagcga cgcccactcg ccgatgcctc 429721 ataggctggg cagggagttc aaccgctttg aggtcaaaga accaaccttt gaagaaattc 429781 gaaaggcgat tctaaggcac ggtgggagga gaatcgtcct gaacgctggt ttggacccga 429841 ggctcggcaa gtatcatcta acagcctgct cccgctgtta cgcccactac tccctcggcg 429901 aggcaaaagc cttcaaatgg aggtgtccaa agtgcggcgg tcggataaag aagggcgttc 429961 gcgacagaat cctggaattg gctgacacta acgagaggcc aaaggacagg cctccctacc 430021 tgcgcctcgc tcccctcgcg gagataatct cgatggtcat cggcaaggga gttgaaacca 430081 aggccgttag gctgatatgg gaacgctttt tgagggaatt tgggagcgag attatggttc 430141 tcgttgacgt tcccgtgggg gagcttgcca gagtccacga ggaagtggca aaggctatat 430201 gggcctaccg caacgggaag ctcatcgtta tcccgggtgg tggcgggaag tacggggaga 430261 taaagctccc tgaggagata aggagggcga gggttgagga gcttgagagc gttgaggtgg 430321 aagttcctga ggaaaccgag aggctgaggc agaggagcat aacggacttc ctcaaggttg 430381 ccaggtgaga tcggcagaat ttgtgaaaag ttgccaaacg tgattggcaa gtttgcccga 430441 aagggtaata agtaagaaag taggaaattc ctacggtgat gggggtggag gtagtgaagg 430501 tatccaccaa ggggcaggtt gtcataccta aggaaatccg cgatgccctt gggatacgga 430561 acggggacta tctcgtcgtg atggagaaaa acggctacat cgtgatgaag aagctgagcg 430621 ttgaggacgt tttcaaagag ggtgaggaac tcgcaaagac ccttgaaatc acgagggaag 430681 acgtaatcag ggccgtgggg gatgtgaggt atgaggatta ggagaattct gcttgtccaa 430741 ccattgcttc aaaatcttaa agccgggtga gttcaaatga tggaatccga aatcatagag 430801 ctcttcatca ggcacctcaa acgacaaggt gatttacccc tcggcgatga tgctggggct 430861 ttaaggctcg gtgataggtg gctcgttgca accaacgata tgctcgtcag gaaaacggac 430921 gtgcccgaca taatgacgcc cgagcaggtt ggcttcaagg cggtaaccat gaacgtgagc 430981 gatatggctt cgatgggggc agaaccgctc ggcttcctct tctcccttgg gattccgggg 431041 gatttggatt cggactacct tgaggggatt gcgaggggaa tcggtgaggc cctcgacttt 431101 tacggccttc ctgtcctgag tgctgacacc aatgaggccg atgatctcat catagacggg 431161 gcagcgctgg gtattactga gcgtttgctc acgcgctcgg gggcaaaacc cggtgagctg 431221 gtctgcgtca ccggtgattt ggggagggct ttagccggct acctcgtctg gaagaacggg 431281 ctcgaggtga gcgacgccgt caggaagccc ctttatgaga aatttcttga accgagggcg 431341 agagttaggg aggggtctga gctctcgaag gtcgccagtt ctgcgataga cataagcgat 431401 ggcctcgcaa aggagctcta ccttttagcg gagatgagcc aggtggggat agaagtgaga 431461 ccagagagcc ttcctttggg aaaaggcgtt gaagaggttg cggagctcct cggcctggat 431521 ccctttgaga tcgcactcgc aagcggggag gagtttgagc tggtctttac cgttgcccct 431581 gagttcgttg agagcttgaa cttcgatttc tccgtcatag gccgcgtcac ccgtggaaag 431641 gggatttacc tcgtcgatga ttccggtaag agggttatgc ccaagctcgg gtgggagcac 431701 ctaactggct ttcagatgaa aattttatat agttgaaggc gagttagtat tggtgggctg 431761 ggatgaaggt taaggatttg ataaacatgc tatcggatag gcaaaggaag agtgttgagg 431821 gctgccttga gcggtgcgac ctccttgatc ccgaggagga aatagctaaa gagatccccc 431881 aagacgtagt tgagttctca aagattatag cgaaccccat aagggcgtcg atactcaaga 431941 tgctcagcaa caggtggctc tgtgtctgtt tgatagcgaa ggccctcgac caggatcaga 432001 cccttataag ccatcacctt agaaccctta agaggtttaa ccttctacac gagaaaaggg 432061 agggcaaact gcgcttttac aggactaaca gggaagtcct tgagcgctac cttgagaaac 432121 tatcactcga gttgctgggt ggtaggagtt gaaactccag ggtgaagttg atgagctcat 432181 aaaggccttg ggtggttact ggaagccctt tgagatgctg gcagctctcg ttgaggaaac 432241 gggtgagctg gcagaggcta tgctggcctt tgagggtgtt aaggggaagg gtcagaggga 432301 tgccctcgtt gaggagatag gcgatgttct cttcgccctc gcctgtatag ccaaccatta 432361 cggggtcgat ctggagggag cgctgaggca gaccatagcg aagtaccgcc gccgtttcga 432421 tggagattaa aaaaaggttt ataacggcgg caccttttta cccttgcggg gaggaaagaa 432481 gttaacgggg gagcttggat ggtacttgaa aactttgtcc agagcgctga ggaatacatt 432541 ggtgttcttc ggcacgttcc catccactac ctcctcctcg cgataggtac ttactacctg 432601 agcgtcttcc tcttcgccct ccgctggaag tacgttctca aggggacagg cgttgaggtt 432661 ccccttgccg agctcttcaa ggcgaacctt gcgggtcttt tcatgaacaa cataacgcca 432721 atgagcaggg gtgggggcga gctcctcaga atggcctgga tttccaagct tcagggggtt 432781 ccgatgcgaa tttcggccgt caccgtagtc tatgagagaa tcctcgagtc gatacccgtc 432841 atggtaatgg taactctggg tttcctgtac ttcacgactt ctgaagccct cgccttaatt 432901 cccctcgtga tagggctcgc cctcgtatgg ttcaagtggg agaagttcat agagctcacc 432961 cttcgcctct tcagggtgaa cctctcggag gaggagcggg agagaatagt tgccctcagg 433021 aaatgtggtg acgtcaacct aattgggata ggcaccagct ccctggtctg ggttctcgac 433081 gttctcaggc tcaagttaat tacattggca ataggcttga acgtctcctt tccagtttta 433141 atcctcgtct cgattattaa cctgatgctc ggtatcgcgg ccttcactcc tggaggggtt 433201 ggagtggttg aaagtggctt gatcggggca ctcacatacc tgggctttcc cccagcgttg 433261 gctgtttcaa ccgtgctgct cgaaaggttt atctcctatg ttcttggtag catatcgggg 433321 ttgctggtgc tcttcacgtc cgggggaagg gaagtatgga gagccttaaa atcgcgctag 433381 tgagcgactg gtactaccca aaactcggtg gcgtcgcggt tcatatgcac gaccttgcgc 433441 tttacctgag gaagctcggt cacgaagttg atataatcac gaacgaccgt gagactggaa 433501 aggaaaccga gctgaaaagg gaggggatag gtctaatcaa ggtccccggt tacacctttg 433561 ggagcattgg aatcaatatg acggtcttct ccagaaacgc ctctcgtctc attccatacg 433621 tgcggaacta cgatgtcgtt cacggtcagc acgctttcac tcccctcgcc ctcaaggccg 433681 tctccgccgg taggaaggcc ggcaaagcca ctctcctgac aacgcacagc atcaactatg 433741 agaactcacc ggtgataaag gcccttgcta ggatggcctt tccgtacttc cgctattact 433801 tgggcaaccc ccacaggata atcgccgtca gcagggcctc aaaggagttc atgaggcgct 433861 ttacccgcat ccctatcgag gtaatccaga acggtgtcaa cgtggatttc tttgacgtcc 433921 ccctttcaaa ggaggaagcc aaggagaagc tgggccttgg cgagagggtc atcctttacg 433981 tgggcaggct ggagccgaga aaaggaatta gcacgctcat caacgcgatg aaacacgtgg 434041 atggaaccct cctgatagca ggccagggaa gcatgcttcc ccttctcagg gagagggcaa 434101 agctcctcgg cgtatccaag aaagtaaagt ttctcggggt ggtcgagtac tcgaggcttc 434161 ccctctacta ccgggcaagc gacgtcttcg tcctcccgag cctgagcgag gcctttggca 434221 tagtcctcct cgaggcaatg gccagcggga cacctgtcat cggaacgaag gtaggtggaa 434281 tccccgagat aatcgacggc tgtgggttgc tcgttccgcc cggaaacgcg aaggagctcg 434341 ccaatgccat aaacctggtt ctcaacaatc agagcgttga gaggcgcctt agcaggcttg 434401 ggaagaggcg ggtcgagaaa gtctacgact ggaatgtagt ggtcaggaaa attgaggctc 434461 tctaccgtga ggttctcgac gaggtggtag gggatggata aaatcgttat tctaaccttc 434521 gatgttgagg aggattgccc tccgtttgcg gaaacccgaa ggggcatgga ggaaggcttg 434581 ccgagggtta tggacctcct cgaggagttt aaaatcaaag gaacgttcct cttcaccggc 434641 agaatcgcgg aggaattccc ggagctggct gagcgcgctg ggaagaagca cgagctcggc 434701 tgtcacggtc ttgagcacga gcgatttgac cggctttcct ttgaggaagc aaagcgcaga 434761 cttgaagagg cgagggaaat tctttcccgc ttctccgacc ccgtctcctt ccgcgccccc 434821 aactttcagt ttccagatat gtactaccgc attcttgccg agctcggctt taaagtcgat 434881 tcgacgaagg ccaggcacaa gggctgggga gaaggagtta ccgaaatcaa cggcgttctt 434941 gaagttcccg ccacgactac ctctatagtt acgcgccttc cctggaagat acagaagagg 435001 tttcaccgga agtttgaaag tccaatcgtt tacatctttc acccctggga gttcgttaga 435061 atgcccagga cccttagacc cgattgctgg tttgggactg gagaaagtgc cctggaaaag 435121 ctcaggaagt tgattgagtt ccatctcgat aacggcgcga gatttttaac gcttcgggag 435181 ttctacgagg aataccaaaa gcttaaacgt gagtgaacgg actctaattg ggtgagagtt 435241 atgagggagg ccctttactg ggagcccctc gaggggggca aagttaggtg taagctctgt 435301 cctctcaact gcatcatcag cgagggaaag aggggttcct gcagaatcag aaagaacatt 435361 gggggtaagc tctacacgct caactacggc aaggtctcgg ccatcggagc cgacccggtg 435421 gagaagaaac cgctcttcca cttctggccc ggctcgtgcg cgctctcgat aagcaccgtt 435481 ggatgcaaca tgcactgcaa gcactgccag aactgggaga taagtcaggc ggatgaaacc 435541 ttcccctacc tccacgatat gacgcccgag atggtcgtgg agataacgaa gcgctacggc 435601 tgtgagagca tagcctacac ctacaacgag cccgtaatct ggtacgagtt cgtcctcgac 435661 acggcgaagc tcgcgaagaa ggaaggcatt tacaacctcc tcatcacaaa cggctacatc 435721 aacgaggagc ccttcaggga gctcgcgccc tacatcgacg cgatgaacat cgacatcaag 435781 gccttcagcg acgagttcta catgaagata gcgagcgtcc cgagtggtga gccgagcagg 435841 aggacggcgg ttatagcgaa gaaggacttt ggaatccacg ttgagctgac gtacctcata 435901 atcccgacgc tcaacgacaa ggaagaagag atacgggcct tcgcccgctg ggtggttaat 435961 gagctcggcg acgacacgcc cgtccacttc tcgcgcttct tccctcacta caagctcctc 436021 caccttccgc cgacacctct tgaaacgatg gacatggcct accgcgtcgc caaggaagag 436081 ggtttaaagt tcgtttacat cggcaacgtt ccagggcacc ctggggagaa cacctactgc 436141 ccgcgctgtg gaaggccctt aatagtccgt tacggctttg agattaccga gtacaacata 436201 actgaggacg gaaggtgtaa gtactgcggt gagaaaatcc cgatagtcgg cacctacaag 436261 aaaaagcact atcctgggat gtggtggtga gggtgatcga agctatactc tactttgagg 436321 cccttgggag aacgaggctt gcggttgagg acagggtgag aaaaacctcc cgtggactag 436381 aggggtccag gttggatgta aagcggctcg aggtggggga ggtcattgag gagccggaac 436441 tcgatcccct tcgcttttcg gccctcctcg aggcgagggt tgaggggggc ctggaagatt 436501 tggtcgaagt tgttgctcga tatggcccaa ccctcgttga gatcctcaga ccgggcaggc 436561 ttgaactccg tgccgaggac ctctccaggc ttttgctcgg gctctcgaga acgattagtg 436621 atctggttga gggggatatc caggtaccgg ttccgctgag cctgaaggag attccggttc 436681 ctcaggtagg atttgacgag gaggagctct gggaaatgat ctaccaggac aggggtattc 436741 tatacgggct ttcccttcgt ctgcccgagg aaatcgcgga ggataccctc ttaaagctcc 436801 tcctccttga gggctgcggc gtcaacagta tcgaggctcg tgacctcgat ggggggagcg 436861 agttcaggct tgaagtggtt tctccctttg agtcgctctt cgcggtggtg ttcaagtaca 436921 gacccttctc actgaatgta atagaaccgg aggtctttga catcaccgcc cctgagctcc 436981 agaatgctct cagcgatctt ggttcctttg ttaactccct cctgatgggt gaggatcttc 437041 agaaggccta tgagagggac actttttcct tcaaacttgt ttgaaagcag tcgaaaagta 437101 tatgaggttg aaggagaagg taggagatga cgcaggagaa taagggggta tgctgatgaa 437161 aatacttcga aaaaacgtca cgaaggtctt tgccctcctc ctgggggtta tgtttctcct 437221 atcgatcggc ggtgcttcag caggctccaa ttacatcgtc cccactggcc ttaaggacat 437281 cagcaacgtt ccaaggagct ttttcgtcaa gcctgacgga acccccaacg tgaagatagt 437341 tgtgggaagc tacgctaagg cggaggatgt tgccagcgcc gccgatatag ccgctgcact 437401 tgggagcgtg ctgtacaagg aagaggaagc caagaacata gccgttaaat tgagaaaagc 437461 cggtgaaacc gacgttgccc ttgagcaggt tatataccgc tacgactacg aaaccatgac 437521 ctcggatcat aacctgccct acaacagcgg cctagtgaac tggtcaaagt cttatgatga 437581 gcttccagcg gattactggt tcaacggtgc ctcttacacc gccaactact cgacttgggc 437641 gagttccttc tctgctcagt tcaaggttaa ggacagcgac gcggtcaacg gtgagtacct 437701 ctacggctgg gacatcgaga tcaacgagct ttcactcctc ccgattgatc cagccgactg 437761 ggacggtgtt gctcctccaa agcaggctga cattgagata ccctcgagga ggatagtagt 437821 ttccgttgac tacaccctct acaactacac cgtgaagaag actgaggttg tgagggaggc 437881 ctacccggag tggggagttc cagccgagac catagttgtc aacgagagca gaatcggcaa 437941 ctcaatcgac gttgagcttg ataatggaac gatcgttgga accataagcc cgggtgttgg 438001 ggccggggac gaatttacgc tcctcggaac caagtaccac gtcttctccg tcgggatggg 438061 cagcttcacc gctggtgaag tgctcggcac cggctggttc gcccagaacg agagcaaact 438121 cctcggtaac agcagatggg agatcacact cataggtgct gatccactgc aggagaaggc 438181 gatagtgacc gttaaagaca ccaaaactgg cgaactctac ggaccggttg tcttaaggct 438241 cggtgagccg aaggacgtgg tcgtcacggg ggacaccgtt gagcttcagc tcaagcttga 438301 ggccctctcc gagaacctca tcctcggtaa gatcgcccag ataagcggtt acggcaacat 438361 aaagacgtac tcgagcggaa catacgtcga gtacaacgac cagagatgga taatgagcgt 438421 tgattccgac ggtgagtaca tcaagaggat cagcatgacc aacgaggacg agctcatcgg 438481 aaatcccctc gacgtcctgg gtatctacac gattaagtac tcctttgaca tgaggtccct 438541 gaacgagaag gatgttgact tcgacatcaa ccgcgatggt agcataaccg acaccagcta 438601 cgtcgttgcc aaggctacca tcacgatcct tgaaaaccac ccgaagatcc acgaactggt 438661 tctctcggtc ggggacagga ttccggggac ggactacgtc atctcgggcg ttgggggcgt 438721 caagaacatc gtcctgaaga ccccaaccca gcccataacg atcctcgaca ccgaagttaa 438781 cttcgtgaac ccgacctcta actacatcct cgtgggatcc aacaaggcaa acttgctcac 438841 ctcgatgatc ttcggccact accaccttcc cgttgacttc agggtctggt tcggcgaata 438901 tccggtcctc ggttacatcc cgcactgcga ccttctcaag ggcaggagcg tcataatagt 438961 ggctggttca acacccaagg cgaccagaaa agccgcaacg atactcatgc agtacatagc 439021 cggcctttcg tgatcctttc ctttttggtg gtgctcatga gcaaaaggta ccttctggtg 439081 acttttgttt ttatactcct tctcctcggt gggttcctca ttgactcctg gtattccgcc 439141 tacacgtccc tttttcgatc ggactttcca tcaaaggcca tgatccagaa cgagggagtg 439201 agagttgaag gctatctccc gggtgatccc cttgatctcg taaacgccac cctataccat 439261 cactacgagc gagttacggt gatcctcggt agtggggaca ccaaggacta ctgcgacagg 439321 actggaaagt gtcagttcag aacgctggcc gccgttgaga tctcatgtct cgttggcaag 439381 ctcatgggtt cgtactacta cgagaccgcc cgggagatgg gatacaatga ctcggccgcc 439441 agaaagtttg cccttgatca ggtttccaga agggtaaatt ccggtaactg gcttacgttt 439501 tcgcttaaac tggcaatagg tcgaggagaa atcggaaatg aaaagcatct gctaataatc 439561 cttagaggtc ccctagatgg ggccgttgag aacaggattt acgttccacg aaagggagtg 439621 ctcgttctgg aggcacttga tgatagaacc ctttacaggg aggccctttt ggttgaggga 439681 ataacgggaa taagctgctc aaaaggttag aggagttacc actcctcctc ttcttctccg 439741 atgagcccgt acttctcgag ctcgcggagg agtttcttaa cggcttccca tgcgtctttc 439801 tcgctcttcg cacccgagca gacgatcttg cctgaggaga aaagcagtat gaccgccttt 439861 ggatccttgg cacggtatat gacgccgggg aactgctccg gctcgtactc acagtttgga 439921 aggctcaaag caacggcatc gaggttaaac tccatgccga tatcaccgct gaagaccatg 439981 ttctgtatgt caatctgggg tggcttcgtg aacttcgttc cgaccttcgt cttcagcatt 440041 tcggtgagct ttttgacggc cctctcgatg tcttcaacac tcttggcgcc ggtaacgacg 440101 agttttcccg agctgaatat cagcagggca acctttggct cgtcgaagcg gcagatgatt 440161 ccggggaact cctctggatt gtacttcgag ttggggcata tttcaatgac tttttcaaga 440221 ttcagttccg cgaagagatc aacagaagcg actatgtttt caattctgag ctttacgtta 440281 cttatatcga ccaaggccag cacctccagc aggtgggttt aaaaacccct ttataaatgg 440341 gagccattgc tttttaaagc tttacgatca aagtggaaca ttcaagaaga aaaattcaaa 440401 ggtaggcctc aacgaggacc tttccagctt cggtcaggct cttgcttccg aggaagccga 440461 gctggcggag catcgtcaaa gctttcttta tctcgtcgtc gctgaggctg aggtgcttcc 440521 tgatgacgtc cacttcctcc atcttgtagc ccctgatttc gcccttctcc ttccatatcc 440581 tgttgaaggt ctcaagctcc tcgtagatta ccctgagcac gttgtagagg gttggcgtga 440641 cactgaactt gaccttgact atctcctgga gcttggcgtt ctcgagggcg gtcttaactt 440701 tatccccgag ctcggtcagc ttgaccatgc cgttctggag ctcaacgacg aagcccttcg 440761 cttccgcctc gccgattgcc ctgatgattt ccttctcatc tccgccgacg tagtccctga 440821 caagctcgac cagctcgtcc ctgtgtatgt acttcttcct tggggtcttg gccagtatcg 440881 ccgcgtcgta tctggtgagg aacggcttcc gcttaatcga gcggctgagc ttgaggtaga 440941 acctgccctt gtcggtgacg ccggccttga caacgccctc ctcctgagcc ttgattaccc 441001 actcggctat gggcacatca ccgctctcgg cgtaggttac ggccttcatt gcgtccgggc 441061 tgacggttcc gaagtttata gcttctttac cccattcggt gagccagtag gtgtccctgt 441121 tcttgacgag cctcctctcg accagctctt tgctctcgag gaggtgcagt atggccccaa 441181 ggtcctcgac ctcaacgcgc ttgcctatct ccttctcggt ggggagtatg tctgggttgg 441241 tctcgtactt ctcctcaatc tccttgatga ccttgaggac tgcaagctca tcgttgagca 441301 ggtaaatcgg gaggaccttc tcctcaaccc tgcccatcgc ctcgtaggtc tccatcacgg 441361 cctttccgaa ctcggtggtt cccttctcgt cggcgagccc catgctctcc agctcggcgt 441421 tgctcctacc ggccttcagg gcctcgaagt cctccttcct gaggactatc gctctcgcga 441481 agactggaat catactgaca gctttgaggg caagcttcgc cgctggagtc gttgcgaagg 441541 cccttccatt ctcggtcggc ggggagatca ggagcaggcg catcgcctgg agggcgttca 441601 cgatgttgtc gccgtagagc ttggagttct tgtaggttat gagctcatcg agggttccta 441661 ttttcggcat tcccctgagg aacgacacta tctctggggt caggtaaacg accgggtggg 441721 tctcgcggta gagcttgagg agggccttcc cgaactcggt gaggccgttc tcatcggcga 441781 gcttcctctc cttcagcttc tcgagccagc cctcgggtac ctttccggtc tcctcgagga 441841 gctcaagcat cttcattatc tcggtgtccg ctacgacctc gggaagctcg tcgaggttga 441901 gcaactcagt aatctcaagg agcttccttc cggcctcggt gagcttaatc tttccgccct 441961 caagctcggc aaaaccgagt atgtagagct cgattgccct tatctgaaac tcctccggca 442021 gtttggcctc aatctcggtc tgactatcgg tcttcttcat ttccctgagt atctcaaggt 442081 gccttctctt caggtacatg gtatcctacc tcctttcttc acttggcctc ttgagaggct 442141 ctgaagtttt tagaaacata aagtttttaa aaatttcggt aactaaaaat gaaaaatcac 442201 ttggcccctt cctgcttcac cgggtatggc atgaactcga cggttcccct ctgccttacc 442261 ggttgcttgt agagctccat cagcgcgtag acttcctctg gaacgtccgt ttcaacgtga 442321 agtcccatct ccttagcgtg gtcgacagta attggataat catgggtcca tctgccctcg 442381 gtgagtgtct gggccagctg cctggctttc tcctcgccgt atctgtcctt tagcagatag 442441 aacacgaagt cctgtacctg ctttattgcc ttcttggcca catcagcaag gatcagtgtc 442501 tggtcgtcta ccttctcggc tcccttctgc tccactgctt tcacaatgct cggagctggg 442561 tactggccga gctgtggatc aacgggtccg agaacggcgt tgggatccat tattatcctg 442621 tctgcggcga gggctatcag cgtccccccg ctcatggcgt agtggggcac tataaccctc 442681 gtctctgccg gatgttcttt gagtgccctt gcaatttgag tcgccgccaa aacgagcccc 442741 cccggtgtat gtattatgag atctatcggc ttgtcctttg gtgccgccct tatggctctg 442801 agtatttctt cactgtcttc aacgcttatg aacttgtaca ctggaatccc gaagaacccg 442861 atgctctcct gtctgtgtat catcgttatt accgttgagt tccttttctt cgctatcttg 442921 gcgagcagtt tggccctcat tatctggagc tgcctgtact ggagctgggg ccacatcagg 442981 atgtacagga agaacagcca ccagagaagt gaacctaaga aaccgctgag tggatccatg 443041 ggtttccccc ctaacgtttt gacgaaatgt ttacgcttcc tgatacttaa agctttgctt 443101 tcgatcaggt ttataagtat ctcaatcgtt cattccttgg tgagagtatg agaaacacga 443161 ttgtcttagt tagaaccgac aactttcaga aggcgagcgt tgctttagct gacctcgtga 443221 ggtacggggg tatgagaatt cgcggtgacc cgaggataat accgcctgcc ctctcagact 443281 gggccttcga aaagataagt ggcgagaaac cgagaaagcg ctttaaagcc cacgtcgttg 443341 cccagattga ccttccgccg aagaaggcca taggcaggct gatggacatt catcccccgg 443401 cccatatcct tgtaatcccc ccagattccg aggtctggga agagttaatg cgcctctggg 443461 gaagctttga gaagcttaag ggtttccacc ccccgaagag aacgaaggct gaagagctca 443521 gaaggaaggc cgagaagagg agagagaagg aggagtggga gttcgaggag gtttagggaa 443581 ggacgtttag tccttctttc tccccagcct gtttaagatc gctgtccagc gttccaaagt 443641 ttctcacttc aaagacaaga caagtggcga ggattattgc gtcattcggg agcagattgt 443701 gctttcttat gagcccataa gatacctcaa gaacctcatc gtccgtaggg agaacatgaa 443761 actggttgag gaagtccttt ggttcctcgg tgaggattac ttttcctatt tcaccccgct 443821 ttttgattgt aaacggggaa actccagttt tgagggcaat gtagtgaaaa aggaactcac 443881 tgaaaactat gtcgttgatt actgggacca aattggagtt gaggagctcc tcaaaaagcg 443941 aaacggcgga gggattacct tttagtcctt tcgattaaaa cggaggagtc caaaaagata 444001 agctcactgg aggtaccagt cctcttcatt gacatcccct ttgaatttgc caaggtactt 444061 ggaaagaaca gctctgctca gccctttcct tatctcccgc tcaagtataa tctttatctt 444121 ccgttcaatg aggcgctcca ttccagaggg aactttcaca actatctcgc ccattgtatc 444181 accgcgctat agtttagcat tgagataact taggtgttta gtttgccaat aatgttgttt 444241 aggctccttc taaagttttt atctgcctta aatattgcac ccgtttttac ataatccatg 444301 ttgtacgcaa ctataaagag cttcctctca tcgaaaaatt caaactctaa cggtttgtct 444361 ggaagccctt gattgtaagt tgagctggaa ggaattacaa tgacggcagg aggttttgag 444421 tcattttcgt gactggtctt ataaccccaa atccgtgaat agacataaag ctggcgtaac 444481 atatccgagc tggggattct ctctttgagc tctctgtatt ttgcatcaag aactacaaca 444541 ggagtgttac cttttctaac aacgtaatca ggcttttggg agcttccatt ctgatttttt 444601 aaaaatggat aagattcttg gtagaacaat ttgtattccg gcggaaggtt tctcacgaga 444661 actctctcaa taaacctctc aaacagcttg ttcatgtcaa caaagaaccc gctaacttcc 444721 cgactccttc cttttccgct tgcaggcata aacaaaagtt tagccagctc aaagggcctc 444781 ctaaacctct cattgagcct tgtaaaatga acgcgttcaa agtgctctgt cctaaggtgt 444841 ataggcgtaa taccgtcaaa ggccagcatc agctcaccga ggagctttct gtttaggccc 444901 catgttgttc ttctgagtgc ttctctaacc gatgcataga aaatcctgtt gagcagatta 444961 tcctcaatga gctcatggac ttcaacgcta aaggtgttta gctggtgggg aagctttcgt 445021 atctgtctgc tcatcagtag ttttccccga agaaacttct cttccctgtg aacttcaacg 445081 tattcccgat ggtatcccct ttgaacctca ctccagaggc ttttagcgaa caaataaata 445141 aaaacttcgt aaaggttcgg ccggaggttt cttccttgaa gataagctaa gtcgtggtct 445201 ttgattttta gtccataggc catgtcaagc attcgtataa aagccagaat gggctcccaa 445261 gtatcttcct gtgtctcttg tgtttgctct ttctttggct tgaagacctt tggaagaatt 445321 tgaaggaaaa cgttgtcaac ggcggcgaag ccgacgtagt gtcgtgcttt aatcttgttg 445381 gcatagacct ctactacgcc tttgctctcg tctattgtat cctcagtatc tgaattatct 445441 tctgatctgt ccagcttttt aaaatccttc ttaaattgct tgttcaactt gatgagagcg 445501 tcttgaatag cctttttgtc tcctgcaata tccctgtacc tcttttcatc atgttcgtag 445561 agtgttattg tcgttagtct tggcatgcga atcagtcccc ttcagtttgg gactgggtgt 445621 tctctgggga gttttcctcg ttagttgttg ctcctccctc ttgagatgga gtgttcttac 445681 tgattattct ctttaaagcc ccaataaagg cgtctccttc gagaactttt aattgatatg 445741 cttcttctcc gtttggtcca gtaagcctta acttctcgaa gaacacgttt ccatgctctt 445801 tgcctttctc gttcagcacc cactttattg tctcccagtc gttgtagaag tactccatga 445861 gaagagggag cacttcatag taccagacgt ggtggaggtc ttcaacagtt tctacattta 445921 ggaagtagct gtggcctatc ctgtggtcgc ggtctttaac gacagtaatg cgaacgttaa 445981 tcttctcgag aagagttttg agaaagtagt tatcattacc cagtttacta aatagctcgt 446041 ttagtttttc gtttagcctt tttctatcct ctgtctttag cttcttttct ctaattttct 446101 tcaggttttc tttttcgaga aattctggtc ttggctcaac ctcaataaac gcaaacctcc 446161 tcctcaacgc aacgtcaagc agggcaatgc ttctatcggc agtgttcatc gtgccgatga 446221 tgtaaaggtt tggcggaacc gcgaaaggtt cccccgagta tggcaaccta actataagct 446281 ggttctcacc gcccaagcgc ttgtcctttt cgaggagcgt tatcagctcg ccgaagattt 446341 tgctgatgtt tccgcggttg atttcgtcga ttataaggta gaacttgggg gtgagattct 446401 ttagtttgtc ttttggaagt ccccccacca gttcccagag gtatcttttg agccgcaaat 446461 actcctcgta ttctgtaggg gatagtggtt cttttttggt taaaagaatg tagagtcggt 446521 gtatcttgtc cttaccaatt gttgcgtctt ccagttcgaa aagtcccttt acaagcgctc 446581 taagggcaat tttcttgaag attccgtcct caaccacata gcgaattttt tcttcgttat 446641 ctgttcttgg tctgaaccct tcaatgaact cctcataact gtatgactgg tggaaggtta 446701 tgaactccca cttatttcca ggcgtttttt cgttagtctc ctcaacgaca tattttcgcg 446761 ctatccaggt ttttccagtt cctggtgggc cgtagaggat tacttggcct tttttattta 446821 gtaacatgtc aactctaaaa taatcttctt ttatattgtg gcctgcactt tcgttcatag 446881 agtcactctc ctttaaaata cctctttttt ttaaaatgtt ttttagaatg tcatatacac 446941 ccgacatgcg ttctggctta acatatccag ctatcggaaa ataatcgggg ttatatccca 447001 gtttgctgtt tatctcattg attgaatgat gtaatttctc cggttttttc ttgaagaaca 447061 tcaagaaccg aaagttttct ccttttctcc agaagtcatt gagaaaacta acatcgtttt 447121 cggaaatctc tacggtttca cagataattc cgaggtatac tgcagtttct tggttcagat 447181 caactttatt tcgactaata cgcttgccta cataaaatag caccatgtcg cctttatcaa 447241 tctttttctc gtagattgtc tcttttgatc tgccccagaa ataacaaaca tcagaacagc 447301 aattgtccaa gatatcgggg ccaatttggc cttccagctc atttcgtttc actcctttta 447361 ggatcgtctc ctcaaaattc tcatactcgt cagttcctgt tccaatccca attatgaata 447421 actggttttc cattgtagtg tccccaagta ttttaagaat gaaaatttaa aaacttcact 447481 tcttcctctt ccgtatcctg atgttggcta tgtcgccgag ggtcggctcg tagtccttcg 447541 gaatcgtctt cttctcctta aactcctcct cgacgcgctc gatgagcgta atcttgaagt 447601 agcgctcgag cttcttggcc tccttaatcg ttggctcgcg gtagccgtgc gctatggccc 447661 tcaaatcgtt caccgaaagc ccaatctcat gggacagctc ctcgtagctc ttaccgctcc 447721 tctgtatggc cctgtaaacc ctctcggcga agtcctcgac tatctcctcg gtgtaaagcg 447781 gtctctcacg gtagggcttt ggctccctct tcggcctcgg tgctgagacg ggccttctcc 447841 tcggctccct tcctgtgggc attatgctga agccggactt ctttcggccg tacttctcgt 447901 aacagcggtc gcagacgaga acctcggcac cttcgagcct tatcctgtgg cccgggcccc 447961 ttatgggtgc accacaaatc tcgcagtagc gcggcttggc cttgctcata gctaccacct 448021 tctctaccgc tcaaagctcg gagtcaggct ttttaaaccc gacgatgagg atatcaatga 448081 tgacgaaagt aaagatagag aaactccaaa agctcgacca ggaaaccctt gagaggctga 448141 tagagattta catgaacgcc tacgagggaa tgcgcgagta cggcggggaa ggggagagct 448201 acgcgaagcg ctacctgagg tggtgctgga gcaaagctaa ggacggcttc ttcgtcgcca 448261 aaatcggcga caagatagtc ggcttcatcg tctgcgacga cgattggtac agcaggtacg 448321 aggggagaac cgtcggggcc atacacgagt tcgcggtgga caaaagctac caggggcatg 448381 ggatagggcg gaagctcatg gagaagtgcc ttgaatacct cggcggaaaa gatattgagc 448441 tctgggtcgg tgagaagaac gagcgggcga agaggtttta cgaggagtac ggtttcagag 448501 aggtcggaaa gcacggcatc tgggtgagga tggttagaag gaaaaggtga taagtgagaa 448561 ggaaaagttg ttttatcggt ggttgcaatg ccgtgcattc atccgccaag tcccgacaag 448621 gtgaggaaca tgaaggaaga gagcttcata agggaaggaa agggaaagct gaaggtcaca 448681 atagagggga gcgagaccct cgaaactacg atgagcggaa ggctgaagag cgttgaggaa 448741 gttgccgaga tgctcggcgt cgaggccaag aacgggaaga tagacgcggt ggttgatgga 448801 gtgaaggttc ggatggagaa agggaagctc gagcttgagt ttgagagcgg ggacaggatg 448861 aggattgaga gggcttagct ttcaattatt attgcgtctc ccaagagccg aaaatggtag 448921 tcggtcgtaa ctacgagcgc tccatacctc ttagcagttt tggagataat gcaatctgcg 448981 agtgaaacgt gcttgttttt gttctttctg cgtatttctg cgtgcagttt ccccgcgttg 449041 attgccactt ctttatctaa ggggacgacc aaacccatgt cggctatcgt cttcactatg 449101 ctcaaatcga ccccgtttct ctccaagaaa ctactaagtt ctgccagaac aagcgtcgga 449161 ataattacca gctcagattc gttgagaatc tcaagaacag cttttccctt ctcagtacct 449221 ttaatcagct ccacgagagc ggaagtgtca ggaatcacta tcatatcctc acgtccaccc 449281 tgtcttcttc tctgaactcg gggagctcct tagctatccc aaagagcttt tcccagttct 449341 ttttccgccc tcttccctca agaagtctct tcaattcatc tccgctgata ggaactttaa 449401 cctctatagt catgtcctca cccaaacgag aattgggaaa aaagatagat aaaaatttcc 449461 atcacttcaa aacgggcctg aacttgtagg cgtagaggat tataccgtcc tcctcgaact 449521 ccctgacctt tctggttacc gcctcgacct ccatgccctc gtggatttcc tctggctcga 449581 cgtcggtgag ctgggcaaga accacaggcc cttcctcaag ctgaacgagg gcaagtggat 449641 acggcttgta gtactcgaac ccgctcggcg ggtttctcac tatcgtccag gtgagcacct 449701 tgccctttcc gctgaactcg tactcctcga cgttccttga accgcagaca gggcagaccg 449761 agcggtatgg gaagaagacg tggccgttct cacatttgcc tcctatgagt ctgtacttct 449821 cacggaagtg cctccagtag cgggaaatct gcatcggacg ggccattttc acaccctcct 449881 gaggatgtta acggttatgt tcgagccggt tcctccgatg ttctgggtca ggccgacctc 449941 ggcgtcggga acctgattcg gcgcctcacc gcggagctgg agaacagcct cgaccgtctg 450001 gtagactcca gtagctccga ccgggtggcc ccttgatttg agtccgccca tagtctgtat 450061 cggataatcg ccgtcaatcg ctatctgtcc ctccctggca agcttcgctc cttctccttt 450121 cttcgcgacg ccgagggctt ccaagctgag cgcggccata atcgtgaagg cgtcgtgaac 450181 ctcgaagaag tcgatgtcct ttggctcaac tcccgccatc ttgtaagctt tctctgctgc 450241 tatcttcgcc gctttaaggg tgagcaggtc ctccctgttg gcgaggttta tggtgtctat 450301 ggcgcgcgcc attccagcaa cttcaaccca cttctctttt ggaacgccga gctctttcgc 450361 cttctcgggg gtggttatta tcacggccgc cgcaccgtcg cagaccggcg aggcgtcgaa 450421 gagcttgagc gggtcggcta tgtaggggct cttgaggacg gtctcaacct tgattggctt 450481 cttgaacatt gcgtaggggt ttttagctcc gttggcgtgg gcgtttacgg cgaatagtgc 450541 caaatcctcc tcggtgtagc cgtaggtctt catgtagtgt ctcataataa gtgcgttgag 450601 agcaacgaag ctggccccgt ggaagagctc ccactcggca tcggccgcgt aggccaggta 450661 tctggtagcg tcgctcggcc aggcgtcggt catcttctcg acgccgacga cggcgacaac 450721 gtcttccagc ccgctgagaa cggccttaac gccctcctga acggcggcac cccccgaggc 450781 acacgccgcc tcgatcttaa cggcggggat gttcccgaga ccggcccagt cagctatgag 450841 cgcgccgagg ttttcctgct ctacaaagga gccagaggcc atgttgccga cgtagagaga 450901 gtcaacctta tcgacgcctg catcctccat cgcgttgagc agagcttcaa cggccaaatc 450961 acggagggca agcttccagt gctcaccaac gggggtcatg cccgcaccga ttatgacggc 451021 cttcctcatc tcaaccacct cacaggatgt acttcctcct cgctttggcg tagagggcgt 451081 agtctatgta cttcttcctc tcgacgtagt ccttgacctt cggcgccagg ttcctcttct 451141 cctctattgc atcctggaca acaacgctga aggcgtcgct tccggccccg gaaccgaagg 451201 aaacccacaa aatcctgtct ccgggcttgg ctatgtcaag aactgcagag actccaacca 451261 tcgtcgcacc gctgtaggtg tttccgatgg ttccagagag aagtccggga agaacctttt 451321 ccttcgggat tccgaggatt ttggcaacgg tgagcgggaa cttgacgttg ggctggtgaa 451381 agaccgcgta gtcgaagtcg ttgacggtaa gacccaactc ttccataagc gtttttgccg 451441 cgttgattat gtggtggaag taggccggct cgcctgtaaa gcggtttccg tgcctcgggt 451501 agtgctcgtg ttgccttctc cagaagtctg gcgtgtccgt aacgtaggag tagcttccct 451561 cgaagtaggc aactgtttca gagctcttcg ggccgactat gaacgccgca ccgccggctc 451621 cggcggtgaa ttcaaggtgg tcgccgggcc ttccctgtgc tgtgtcagct ccgattgcca 451681 tcgcgtagtc ggccatctct gaacctacaa agccgatggc agtctgcagt gcctcggttc 451741 cggccttaca agcgaactcg aagtcggcgg tgctgacgtc tggcgttgcc ccgattgcct 451801 cggctatgac agttccagtc ggcttcaccg cgtagggctt gctctcgcta ccaaaccaca 451861 cggcccttat gagcttggga tcaatgcctg ccctcttgag ggcgtttctg gcagcttcaa 451921 ggcctatggt gagcgcgtct tcgtcaagtc ccgggacggc cttctcctcg attggaaagc 451981 tcgaaacgcc ccaaacgcgt cctatctcct cagccttgat tctatacatc ggaacgtagg 452041 caccgtagcc gacgatgccc acttccctct tcggcttcag aagtttcctc atgggcacca 452101 cccacaaacg cttgaacgga acttcgcctg aggttgagcc cggccttata aaagcctttc 452161 ggtaaaagta aaaggagttt tcggcaatca gcgatagaaa ccgctatata ctactggata 452221 aaattaaaac tggtgattgc atgaagtacg aaattaaaca ccggccgagc ttctcggtgc 452281 ttgaggttga gctcaacact ggagagagca ttcaggccga gagcggggcc atggtttaca 452341 tgagtcccac gataaagctc gagacgaaag caaaaggtgg tatttttggg gcgctgaagc 452401 gctcaatgct tggaggcgag agcttcttca taaacacgtt ccgtgccgaa ggaggacccg 452461 gaaccgtagg gcttgcccca ccgtatcctg gggacataga ggcctttgag ctcgatggaa 452521 cgctttacgc gcagagcggt gcctttcttg caagcagtgg ggagatagac atagacacga 452581 aatggggagg ggcaaaaacg ttctttggca gggaaggact gttcctgctc aagatgagcg 452641 gaaggggcac ggtgttcctc tcaagcttcg gggccatagt cagaaaggaa cttcacaacg 452701 agcgctttat catagacaca ggacacctcg tggccttcag cgagggtctg gactttacag 452761 tgaagcgggt cggcggactg aagagcactc tcctcagcgg agaagggctt gttgccgaat 452821 tctatggcac cggaactctg tacatacaga cgaggagtat ggatggtttc ctgagctgga 452881 taatcccgca cctaccaaaa aggggttgat gccccgattt cctttttcaa aatttaaagg 452941 gcctaaaagt tcaaaaagaa agtctcaagg ctttctaacg acgaagagag cgtggtcctt 453001 ctcgtagggc tcgagcgaaa gcctctcaac gacctcgaag tagctcgcga gttccctctc 453061 gacctccttg aagacctcct cgggctcctt ggtgacgtcg atgctcctgc tcttgacaga 453121 aatcattccg tagccaccgc tcttgaggaa caccttggcg ttgtctatga ggattttcgc 453181 ctgagtcggc tgggcgacgt cctcgaagat gacgtcaacc ttcggaacga gtgcgcggta 453241 accttcgggc ttggtagcgt cgccgagtat cgggacgatg ttcctcctct cctcgactat 453301 tggaacgagc tccctgagaa ccctcggcga gaactcgacg ccgaatatct tgccctccca 453361 gccgacgatg tcgctgacgt gggaagcggt ggttccgctc gctattccaa ggtagagcac 453421 cgttgagccg ggcttaatcg ggaagttctt gaggccgttg agtatcgccg ctccaagctt 453481 tgatctgctt ggattccaaa tcctgtactc ctcgccctcg aacttgataa ctctctcccc 453541 ataaaccctc tggccgggaa cgaggttctt ggttgcaatc ttctcgctcc cgtcgtcatc 453601 gatgacgatg taaacgcccg ggaacctgtg cttcttaacc ttcatctacc tcacctcttg 453661 cccttctttt tcttcttacc cttcttatcg ggcttgcctt tacccttctt ctccttcctg 453721 cccttttcgt gcttcttgcc cttcttttcc ttgcccttga acttcttctt tttcttcttc 453781 tccggcttgg ccttcctctt gggcgggttc gggtacttct ccttgatttc cttgattctc 453841 tgctcgagct ccttcttcag ctcctcaccg atgtattcac cagagaagta gtcaacgcga 453901 gccgctatgg ccagctttcc agctaaagcc ctcgcaatct tacccctctg ccaccagggc 453961 gagcggttta ttgcagggta ctggaagatg acgccgtgct ttggcggctt ggcgcccgtc 454021 cttaggtgcc tgaagagggc cttctcggct ccaagaacct gtatcgttga agcgggcatc 454081 atggcgagct ccttaaggcc tccagcgagg ctcatcaagc gagcggcaag cttcgcaccg 454141 accagagcct tcaggtttgg agccacctcg tccatcgccg tctcaaggta gtcctcaatc 454201 tgctccctca gcttgtagag gtcacttatc tcgctggcga gcttccttat gatttcgctg 454261 tcgaacttac cgagcggtgc tcccatcgac ttctcggccg ctttgaggat cttcttaatc 454321 ttgccctcgg agaagccgag cttttcaagc ttctccctgc tcacgttctc cctcgggcca 454381 atttccttaa cgaaagtcac atactgcggg tgcttgggca ggatttcgtc cagttcgggg 454441 aagtggaggc cgtaccactc cctcagcctc gaaacgagca ggttaatgac cttgtcgatg 454501 tcatcgagcg cctcgatggc ctgtataatc atcttgtcgc gcgcaccgct ctgctcctgt 454561 atgcggagcc tcgttaatgc aacgccaacg gtgtagtact cgtcaaacca gttctcgccg 454621 aggaactcct ctggacttga gcgcaacttt tctcccgcaa ggttcgggaa ctcagctgtt 454681 gcgttgtagc cgagctcctt gagctttctg ctcagctcgg tgtcctccac gatgaactct 454741 tcgtacccct ctcctttcag ctcgtcgagg agggcactca gctcgtcgct cggttctccc 454801 ttcaaaagcc tgtcgaggct tgtctctggc tttccgctga agggtttgct cgcgatgagc 454861 ttcccgctct cgtcgaaggc gtaaacgccc ctgacattct cggcaatgta aaccctcaca 454921 ctaccacctc cggatcatat tgggctccct ctataaaaag atttcatgcc tccaaaggtc 454981 tataaaccca gtgattgagt gatggttggt gttagggatg ggtgccggta ggaagttcat 455041 agtcaaaacg cagaggggca tggaaagcgt tgcggccaac tacatctccg agctgctgcc 455101 taaagcggag gtttgggcat cgccgatggg atattctggc cttgtacttg tggaaagctc 455161 ggatgaggat gctcttgaga agatactcca gatccctgaa gtggagcgcg ttattccggt 455221 gatcgtcgag actgaagcaa gtcttgagaa gatagcggag agtgcggaaa aactggctga 455281 ctttatcgat gaaaacgaaa cctacgccgt gaagaccaag agacggggaa agcatgactt 455341 ttcgagcatc gatgtcaata gggttcttgg ggctaaaatc aaggagctca ctaacgccga 455401 cgtcaatctg agctggcccg ataaggttgt tcaagtggaa ataatcgggg atagggctta 455461 catctctgta atccccgggg aggagttcag aaagtatact cctgacaaga tagatgcaag 455521 aaagcttttc aagaagctca cgatcgttca gatgccctac tggggtgatt acaaagcatg 455581 taggctgttc ggggagaaaa tcggaagggc cgcccaggct ttcgaggtca aggagttaat 455641 catagctccc aaagaaagga tggatgccta cgagctcatg gaatttatca ggggagtaaa 455701 gatcggacag gaaagccgct atcagatcca gagggatgcc tatccctgga atgttgaaaa 455761 ggttcccgtt acagtctggg atctctacca agtggtcagg gataagaggc gtaagaagag 455821 gctgttgata ataaccgatc ccaagggccc gactctggca gaggttaagg acaagctggc 455881 gaaagatctt cactacgcca aagaggttgt cgtgttcata ggttcgaggg agggcatccc 455941 taagggactc ttccgctttg ccgattacgt tgttgatctg gccccgtaca tgacctttgc 456001 aacggagcat ggaatacccg cggctctggt ctcactgtgg gaggtttatg aagagttcct 456061 cagaggggga gagaaagggg agtgatttgg cgtcagaccc taaggtcgtc ctcacagttc 456121 gggaatccgc cgtagtcatc atccgcccag tgtgtagaag acgagcgccc ctattaaacc 456181 tccaatcagg gaagctagaa aattggtgcc gttgttgtcg aggagcccct tgttttcgag 456241 ggtagcccca atgaagctgt cggcgtttat cccgaggaag ccccctgtca gaacagcaag 456301 ggtcatggtg aggtcgtact tcgtgagggg tagggcaaag gggacaatca ccagaacacc 456361 aaggagcgcg aagagctctc cagcgaggga aatacctccg ttcgtgccgg gttttacagg 456421 ctttaggttt gttatgagcc tgggcctctt cccataaact ttccccagct cgctggccag 456481 cgtatcaccg ttgaccgttg ctatggccga aaacgtagcc gcccagaaca cgtcctgcct 456541 tgtgattgct tctacaatga gaaacaccac aaccgccagc ccgtttccta gaacgtttcc 456601 aacgctcctc gtcctctcct caattgagga gaaccctttc ttaactttct cgttaaagcg 456661 atactttgtt gtagcggttc cgaacaccag aaacacgagg agcgcgagga acgtgtaaac 456721 gcctcccaga tagatcacaa ggataccaag aaggactgag gccagggttc ctgctaggtc 456781 gagtgccttt gcccggtacg caatcacacc taggagtggc acgatgaggc cgatgatgag 456841 cgttgtgaac gatggatcgt gcatgtcccg aaccccctga ttttagtggt gttttctgtg 456901 ccctatcgtg gcaggttgtt tattactctt tccctcgact atcggcgaga attaaaaaga 456961 atcgagtcaa aaagtctgga acttgcaggt ctcagttatg aaggttatgt ccacatgatc 457021 aatatcctca atgtcgctcg tgatggattc tataatcgac tgaatctccc tcatgtcctt 457081 cggggctatt acgtgaacga cgaggttgtg agtacccaag gccttctgga tgatcttgac 457141 atattccttt tctttgaggt tttgaattat ggagtcggtt ttcgcaccag gttttagtgt 457201 tattccaagg attatatacg agtatcccaa gctctcgtag tccggtagaa tggtgtactt 457261 ctgtattatc cccattctct cgagtttgtc catcctcctg gagatccttt gtcgcgttgt 457321 tcctattgcc tccgcaagct ctttgtacgt cattcttgcg ttttctgaga ggagatgaac 457381 gatcctaaga tcgatggagt ctattttaac tttccttggc atcctaacac ctccggtgtg 457441 tacagtttcc ctattccctt agaggttata agattttcgg aaaattttca acattttgtg 457501 atggggctat gggttgtagt tcttaatggt acattttatg gccatttatc ccgctaattg 457561 ggggattgaa tatcacatga tgttatgaaa ttaccgtgtt attattttaa tgcaatgata 457621 ttttatggtg atattactca ttaaaatgta aatgctcacg gccccaataa aaagaaacgc 457681 tcaggattta tggaggggca gggcacttct tatcctgctc aaaagttctc tctttttctc 457741 agagtcttcg agcgctatct ccagtacttc gtcgattgtc tcaactggga ttatccttat 457801 cttcttggcc ttgtcagggc tcaggaaaac gtccttctcg ttggccttgg gaattatgac 457861 cgtctttata cccgcctcaa tggccgcctc aatcttgggt gtagcgccgc cgatgggcag 457921 gacctcgccc cgaacgctga gcgagccagt catcgccacg tcctgccgta tcggaatgtc 457981 ctcaagggcc gagataacgg ctgtggcgac gcttatgctc gccgaatcac cctcaacacc 458041 ctcgtaggtc tggaggaact ggacgtgaat gtcgtagcgg cttatgtcct cgcccttata 458101 gcgcttgatt atggctgaga cgttctgaat tgcctccttc gctatctcgc cgagctttcc 458161 cgtgacgatt atcttccctt cctccttgct tgcggcaggt gcaacgacag cttcaatggg 458221 gaggactatg ccgctctgtt cccctataac agctaggccg ttcaccctgc ctatctcgcc 458281 gccttccgtc tttatgacct gatactcctt cttgttctct atgtaccagt cggcgagctg 458341 cttttcgagg ggctttgcca tcttcatggc ctcaaggacg tcctccctct ccacgtactt 458401 cttgcccttc ttcaccgcta tgtctccggc tgccctcacg ataccaccga gatcacggag 458461 gcgtagggtc aagtggccct tcctgcccgc cctcttctgg gcctccctta cgatttcctc 458521 aacggcttcc ctcgtgaagt gtggaatctt gccgtcgcgc tttacctcct gggcgacgaa 458581 ctggacgagc tttctgcggt tctctatggt gtctggcatc gtcgtcctca tataaacctc 458641 gtaaccgtag cccctaatcc tcgagcgaag agccgggtgc atcttgtcaa cggtgtcgag 458701 gtttccagcg gcgacgagta tgaagtcaca gggaaccggc tccgtcctga ccatcgcacc 458761 gctcgagagc tcgctctggc cggtgatcgg gaacttcttc tcctgcatcg cggtgaggag 458821 gctctgctgc attttgaggg agagggttgc tatctcgtct atgaacagga cacccttgtg 458881 ggcgcggtgt atcatccctg gctcaacgcg ctcgtgggcg ggagtgccga ggccaccgga 458941 ctggaacggg tcatgtctca catcaccgag cagtgctccc gcgtgtgccc ccgttgcgtc 459001 cacgaacggc gctttagtcc ttccgcagtt gtcgacgagg agcttgggca cgagaacgct 459061 cgttttcagc ctcatgtttg aaaggaccat tatcgtgagg attattacga agagccccat 459121 gaggaagttc tgagtgctgt actgcatcat gacggccatc atgaccatga agactatcgc 459181 gagcaggagg taggatttta tgttctcctg attcttggcc ttttcccggt acttctgcac 459241 tatccttctt ccctgacatg ccggaaccgt cttgatcttg ggcatgttct cgtcttcggg 459301 gtttggaaag actagtatat cctcaaggtt ctcggtaggt agcagttcgg ccattgcctg 459361 gccgagcatt gattttccgg ttccgggctc gcctattagt aggacgtgcc ttctctggcc 459421 ggcagcggtc ttgatgacct cgacggcgtg ttcctgaccg atgacctggt ctatgagtct 459481 ttcggggact ttaatctcct cagtcgtttc aaattcaatc ccaaggtcga gagtctcgcc 459541 ggtttggagg gttctctcct ctcccatgag catccccttc tctgcctctg gcaatgctac 459601 cccacgaggc ttataacttt atctttagaa gggcaaagat aaaatacccc tcttaagcta 459661 ttagcattgg ggatggaaga tgccgaggag tgtagaagat cacgttatgt tcacggccaa 459721 gcacggaaac tggaaggtcg ccgacaagtt gatcgatgtt gaagatgaaa agatagctcg 459781 tttccttgcg agggttggca acaccgttaa ctccaagatt cccgaatacc taaccgatgt 459841 catgaacgtt gcggggataa tgagcctggc cgagggaatt gacggtgatc taacgaaggt 459901 aatcgtttcc cttaagtctc ctggtatctc cagaaaactc ggggcacttg tctttgagga 459961 ggacaagaag ctcaaaaaac tcctcgtcga tgccgcgagg gcgttgctgg tcaggcttac 460021 cctgtcaagg ttcgttcccg ttgattatcc ggacggcctg ctaaaagagg ttcgcgtagt 460081 gttccccttt cccgatgatc acgttaattt cacggccaag cacggcagct ggatagtcgt 460141 taagaggctc ataatagacg attcgacacc gaaggttgat gtcgcccgct tgctcgctag 460201 cataaacgaa acagtgaccc ttaagctccc cgcttacgct ggtatagacg tgaatggcat 460261 tgaggagtgg ttcgggccaa ggaaaaaggt gaagaaatcg gagataccat ccatcgttga 460321 gaggtacctc aactttcagc cttcagagtt tgcccctggg tttgaggagc acgcgagggt 460381 ttatgccctc agaatagccc ttgagcgtat cggtctttcg ctggacgtgc cggccaagag 460441 ccttgagaag tacctagaaa agaagccgtg atgaggccga ggacacccga cgaaaggatg 460501 aggagtcttc gcttcgctga ggtgaacgag atggataggg agtttgtgtt tccggagggg 460561 gtttctccca tcggccccta cagtccgggc gtcattgcct cgggcagact gctctttgtg 460621 tccgggcaga ttcccctcga tcccgagacg ggtgagctgg tcaggggaac ttttagggac 460681 atggccagga gggccattga aaacctcctt tccgttgtcg aagccgctgg gggaagcgtt 460741 gagaacgtgg ttaaggtgac ggtttatctc agggacataa gcaaatacga ggagttcaac 460801 gaggtttact ccgagttctt tgccagctca aaacctgcta gagcagtcgt tgaggtctct 460861 aacctgccga agggtgttga tgtggagatc gaggcgatag ctgtgctctg atttcaattt 460921 tttggagggc gaaacttggt tgagaaagtt aggataaggg aggaacttct taaatacctc 460981 ctagaactcg cgaggagctt ttacccgaac gagttcgcgg ggtttctcag ggagaaggat 461041 ggaatattcg aagaagtcct catagctcca gccggtcact ttgggaggac gtcggtattt 461101 ttcaacgctt ggatgctccc cttggatgag agcgttaggg gaaccgtcca ttcccatccg 461161 gattctgtat gcctgccctc ccggcaggat ctctggttct tctcgaagtt cggtggcgtt 461221 catctaatcc tctgctatcc cttcactccc tcggacgtca aggcgtttct gagctcggga 461281 gagaccgtgg agatcgagat agtcccctga ccccgaaaac tacttaaaca tttttggtta 461341 tcctaactca ggtgaggccg ttgcaggtta gcaagcgaga ggaagagtac cttgagacca 461401 tgtacctcct ctacaagagc aagggtataa tccgtgtcaa ggacatcgcc aagagaatga 461461 acgtcaagcc tccaagcgtc atcgatgccc tcaaaaaact gagtagtaag ggtctggtgg 461521 agtacgaaaa gtatgacagg attctcctca ccgaggaggg caggaaaata gccgaaagaa 461581 cctatgccaa gcacaggttt ctaactgagt tctttgtgga gattcttgga attccgcccg 461641 agatagcgga ggaggacgcc tgccagtttg agcactacgt tcacgaggag acggtgagga 461701 ggatgaaaga gttcgccaag ttcatacgcg agcagtgtcc gtacgcaata aagcagttcg 461761 tcaaggagaa gctagaggaa ggttgatccc cagtacggct ctcttcttca aggggataaa 461821 aacaaagggg gcgtcaaaag gctccgccca ggtacgcgaa gtacagcaag aagacgaccg 461881 ataggatgta catgagtggg tgaacttctt tccagcgacc gctgaagacc tttatcagag 461941 tatagcttat gaagcccatc cctatgccgt tcgctatgga atacgtgtag ggtatcgtta 462001 tgagcacgag gaaggctgga atggcctccg taggatccga gaagtctact tcctttatgg 462061 cgctgagcat gtagtagccg actatcacca gggcgggggc cgttgcgaat gttggtattg 462121 ccccggcaag gggggctatg aagagaccta tcgcgaggaa gagaagcccc gttaccactg 462181 cagtcattcc cgtccttccc ccttcctcta tacctgcggc gctttctatg taggttgtga 462241 ccgtcgaggt tccgagaacc gccccgaagg ttgttcctat cgcgtcggtg aggagaacct 462301 tttcagcgtc aggaactttg ccctccttcg taaggaaacc cgctttggcg ctcagccctg 462361 ttaccgttcc tagggtgtcg aagaagtcca ccatgaagaa cgcgaagacg actcccaagg 462421 cacctacgtt tatcaggccc tgaagatcca tcttcatgaa ggtgtagctt atatctgggg 462481 ttgagaagat gtgcgcgggc cagtttgcag cccccgtaat ccagcccacc acgctggtcg 462541 tcagtatgga gacaagcaag gcccccttaa cgcgaagggc tattagtatt ccggctagaa 462601 agagaccgaa gaaaaagagt aggccctcct tggtcgtcag agccgaggcg tttaggcctg 462661 tgaagagcaa gacaccattg tcagtggctg cggtcaacag gcccatatcg tttagtccta 462721 tgaacgtcag gaatagtcca attccagctc caaccgcgta tttctgactc agcggaatgg 462781 cgtgtatgat cgcactcctg acctttgtca cgctcaggat tatgaagatt acaccctcga 462841 cgaagacagc cgcaagggcg accttccagc cgtattttgg ggcgaccgtg taggcgaagt 462901 atgcgttgag tcccatcccc ggagcgaggg caaagggctt tttggcgtag aaacccatta 462961 taatggttgt aatgccggca gcaagggccg tcacggcgac gagggaattg aatgcctccg 463021 atcccattgc cacactgagg atcttggggt taacgaagag tatgtatgcc atcgtcatga 463081 acgttgtgat ccccgcgagc acttccgtct tcatgttcgt tccgtaccgg tcgaattcaa 463141 aatacctctc aagggccttc atttgatcac cccctattga ctagttattg ctaaaaagtg 463201 cctttttaaa acattttctt gacatttttt tgtttaatag attaatcggg ggtttctgga 463261 aaagaggaat ttgaatttaa cttctagatc actcccaaat aaaagccttt cggaagtgac 463321 cgaaaagctt ataaatgatt tgagcgaaaa gtttaaaagg atatggcctt ttggggtggg 463381 gctatgaagc ggctcgggag agtttctcac tatgcaaagc aggggtttct gataatcagg 463441 acgaactggg tacccagttt gaacgatcgt gtcgttgaca aagatctcac ctttgttggt 463501 atcatcaagg atgtttttgg tcccgtgaag gcaccttttg ttgcagtaaa acccagagta 463561 aagaagcccg aaagctacgt gggctctgtt ctgtacgttg ataatcgaaa caggaaaaaa 463621 ggaaaggaaa ctcggcccaa aaagaggcgt tcgagacgcc ccacccccaa gagaaggggg 463681 tgagaacctt tggccgataa gagggtgtgt ccggtttgtg gttcaacgga gtttttcttt 463741 gacagaacgc ggggagagct cgtctgccgg gtctgcggtt atgtgcttga ggagaacgtc 463801 gttgatgaag ggccggagtg gagggccttc gatcccgacc agagggcgag gcgcgcgaga 463861 actggtgcgc ctatgacact tatgatacac gataagggcc tctcgaccga tatagactgg 463921 cgcgacaagg atattcatgg caatcaaata actggcatgt acaggagcaa gctcagaagg 463981 ctccgcatgt ggcagcggag gatgcgcata aacgacgccg ccgagaggaa cttggcgttc 464041 gcgctgagcg agctcgacag aatggcggcc cagatgaggc tcccaaggcg cgtgaaggaa 464101 gctgccgctg ccctttaccg caaggccgtt atgaagaagc tcatccgcgg acggtcaatt 464161 gagggcatgg tttcagctgc tctgtacgcg gcctgcagga tggagggcat tcccagaacc 464221 cttgatgaga tagccagggt ttcgaaggtc acgaagaagg aaatcggaag gagttatcgc 464281 tttatggcca ggggtctggg cctgaacctc cgcccgacga gcccgatcga ttacgtcgat 464341 aggtttggtg atgccctcgg tgtgagctcc aagaccaagc agcgtgccaa ggagatcctc 464401 caggaggcaa taaagagggg cattaccagt ggtaagggcc cgacggggct cgcggcggct 464461 gctctgtacg ttgcctctct cctcgaggga gagaagaaaa cccagcgtga ggttgcggag 464521 gttgcccacg tcaccgaggt caccgtgaga aatcgctata aggaactcgt cgagaagctc 464581 aacatcaagg ttccgatgtg aggtgtttct ttttgagggt tgccgttctc agcgataccc 464641 acgttgggga caaagcgagg gccctccctc ccgttcttat tgagaaaatg cgcaacgccg 464701 aacccgaact tatcctccac gcgggggacg tgacagatcc gtccgttctg gagacgcttg 464761 aggaaatcgc ccctgtcgtc gccgttaggg gaaacgtcga ttatctacgc cttccggagg 464821 aagaaactgt tgagatagat cggataagga taggcctgat acacggacac cagcttctct 464881 cacttaacgc acagtttttg acattgaagg cccttgatat gggggttgac ctgcttgtgt 464941 tcggccacac acatcgcttt tactttgaca ccttcagcct ctatgggaga aaggtctacc 465001 tgttaaaccc cggctccccc acgtttcccc ggtgggataa tgcgggattt gttcttctga 465061 gaactggtga agagatcttg gttaaaagga taaagctctg gtaaaagaga acaggaaagg 465121 ggcatcagct cctgatggcg agcttgatgt cctcggcctt gacggtcttc ctgccggcgt 465181 ggtgggcaag ctcgacggcc ttcttggcga tctcaatggc cttctcttca aggtgctcgg 465241 cgagaacctt ggcggcttcc tcactgacgc gggcagcacc ggccttcctt ataagcctgt 465301 caaccggggc aattggcaac tcggccattt catacacctc catcaagttg tataggagtc 465361 ttttgcactt tattttaggc ctaacgccct atataaagtt ttcgggatcg gacgcgtaag 465421 aacccttgaa tcactggata gatcgctaca tgtcatcgag gttaatatag agaaaaccat 465481 atgcttaaat tgttaaaatg ggaaaacata aacttctggt tcagctaccg cgcacattgc 465541 tccactcttt ctgcaggtac tcggaaaggg tctttgagga ctcgttgatg gttttgcctg 465601 cccgttctgc agcctctcta acgtacttga caactattgc gaccatcatc agggccaccg 465661 cgatcatcag gaggtactca acggccgcct gggcccgctt catgctctca ccccttaata 465721 agtttggtaa accttctatt aaaccctttg gttacccaca acggttttta atatgaattg 465781 cgtaccagat tgggggtaat catgaggttc gttctcgata caagcatttt tgtcaaccct 465841 gacatcagat cctccttcgg ggagaaccca accgaggcag ttaggtcctt tctcgaatac 465901 gccaaagtcc tcttcggcaa ggtggagttt tacatgcctc ccggaatata ccgggaggtc 465961 atgaacttcg tggacgagga ggatctatcg cctgagctcg agctctacat cataaagaag 466021 cccccgaacg ttcacgatat aaagattccc gcctttgtgg tgtacgaact aatagacgac 466081 atcaggagga gaatagataa aggccttcgc gttgccgaaa aggccgttag ggagagcgtt 466141 atcgagaccg ataacgttga taagatcatc cagaaactca gaagaaacta ccgcaaggcc 466201 cttagggagg ggatagttga cagtaaggag gactttgagt tgatcttgct ggcaaaagaa 466261 cttgatgcga ccatagtttc ggccgatgtt ggaatattaa cctgggccca aaagatgggc 466321 attaagtgga tagacgccgc caagttcaag gaagttcttg aggagctcgt tgagaaggtc 466381 agggaagaga aaaatttata aatgctcggc ttcatcgtat catcgacgcc ccggtggctc 466441 agcctggtgg agcggccgct tggtaagcgg caggtcgcgg gttcaaaccc cgcccggggc 466501 tccagtttct tggggggccg tggggtagct tggtctatcc ttccggcttc gggagccgga 466561 gacccgagtt caaatctcgg cggccccacc aattcccaac cgttgcattc ttggacgtta 466621 tatccaaaac attaatatat gccttcaccc tcttctcact ggacaattaa tccaggtgat 466681 ggggatgaaa aaggcaacgg tttttgttat tgtcctcctc atgatgggct ctgtgatagc 466741 tctaggctgt attgggggtt cgggtacatc ctccagttcc tctagcacct ccacgacttc 466801 agcttcttcc agtgccactc cggctacaaa gactaccgct acttcaagca ctaccacgac 466861 agctactaca actactacag cagagcacac ccagacggaa agggcatact atccgataac 466921 catcaaagat ttcgcgaaca gaacggttac aatcgagaag gagccgagga gagtggttac 466981 cattgcaccc tcgctcacgg aggatctcta ctaccttggc ctctttgaca gggtcgttgg 467041 ggttacccag tttgacgatt ttccccccgg agtcgctaac gtaacccgga taggtggtta 467101 tggtaagtac gctaaccttg agcttatagc gaatcttagt ccggatctta taatagcgga 467161 cagttattcc ctctcgatcc ttgaccagct cgagaagata gcccccgttg taatagtcga 467221 tccacacagc ataaacgaca ttccgaaggc actggatctc ttgggcagga tcttcaacgt 467281 tgaggacaag gctaaggagg tctcttccca gttcgaggcc cagctcgagg agctcagctc 467341 agcggtttct ggttttgaga aggttaaagt gttctatgtt gtctggggtg atcccttgac 467401 cactgcggga ggcgatacct tcatcagcga cataatagcc cttgccggtg gaatcaacat 467461 cttcaacgac acgagcggat ggcctgctgt tagcatggaa cagatcatag cgagggatcc 467521 cgatgttata atcctcaccc cccactgtgg catgaagctg gacgatgctt accagaaatt 467581 tgctgccgcc tccgctgcga agagcggacg ggtatacatg gtggagaacg agaacgatct 467641 catccatccg agcccgaggg ttgtcagggg acttgaaata ctggcgaagc tcctccaccc 467701 tgaggctttc agggagaagt acccgatgac gataacggac ttcatgaaca ggaccgttac 467761 tataccgaaa gagccccaga gaatagtctc cctcgcaccc agcataacgg agaccctctt 467821 ttacataggg gccggtgata agctagtggg cgttaccaag tgggccgact ggccgcccgc 467881 cgttgagaac atctccaaga taggtggtta tggtaagtac gctaaccttg agcttatagc 467941 gaatcttagt ccggatctta taatagcgga cagttattcc ctctcgatcc ttgaccagct 468001 cgagaagata gcccccgttg taatagtcga tccaaaggac atcaacggaa tttacaggca 468061 gatcgacctc ctcgggaagg ttaccaacag ggaggagcag gcaaaactcg tgataggtga 468121 gatgaaaggg gagatagcct acatcgagtc caaggtcagg gacctcccgc gtcctgaggt 468181 gttcttcata ctgagctact acaagggtta ctggaccgct ggtcggggca cattcatgga 468241 cagcgtgata acgctcgccg gtgggaggaa catcttcaac gacacaaagg gctgggtcaa 468301 ggtcagcgat gagcagataa tagtgaggga tcctgatgtc atagtggttc tcccgaccgc 468361 cggcgtaaac gccaccgagc tctgcaacgg cccgctctct gtcaccacag ccgtcaagga 468421 gggcagggtc tacactgcca cagactccaa cgtttaccag aggcccagcc cgaggatagt 468481 cgtggccata gaggagatgg ccgagttcct ccatccagag gcctttggtg tgagctttaa 468541 ctcgacggcc tgtgcggtct ctacctcttg acctcttctt ttttccggaa tatatttaac 468601 ctccccaact ctatagcttc cgggatgagg tatggagttc cggaagatac agttcacagg 468661 cagaagttcc tacatagttt ctctccccaa aaagtgggtt gtggagaaca accttaaaca 468721 gggcgatacg gtcccaatgg tgataaatcc cgacggcagc atcactatat ttccgaggga 468781 acctaagggc acaggtgaaa aaaaggagct caggatatca aaggaatact cgccggatat 468841 ggcggtgagg cttgttatat cagcttacat acaggggtac gacactttcg agatcgtctt 468901 ccaggaggag atgcccttct acaaggtgaa gatcaggaag atacttcagg gattgcccgg 468961 tgttgagata atcctcgatg agccgacgag gataatagcg aagagcctcc ttgacgagag 469021 ggaggtaaac ctctcggaga tcctgatgag gatccgttcg atagttatct cgatgctcgg 469081 tgaccttgaa cttcttgcgg ttaaacctgg ggagagggaa atcctgaggg atctccacga 469141 tctcgaaaac gagctcgaca ggttttactt cttgacaata cgaacggtta acaggcttct 469201 ctcgcagcgc acggtggttg aggagagcgg aatcatacgg agacactttg atctcattgg 469261 catactcttc atagtccgca acatcgaacg catcggggat catataatcc gcatctcgga 469321 agttcctgag ccccttgact tcaccactct aaaggccctc tttaccgagg ttcttgatag 469381 gatctccgat agggatctcg ggaagataga caagctcatg cttcgcctca agggtgagat 469441 aaaggccata gactccaagg aatcgaccgc aaaggagagc taccgcagga tcctcgagta 469501 ccttgagaac ataggggaga cgataataaa catggccctg agctgatccc ttaacgttat 469561 aagcccactc cttacctaac aatggggatt agaatgaagg tcgttatgtc cacgaaggtc 469621 gatctggcat cgatgaacat caaggaaaag cttgtggaaa actttggctt cagcgagacc 469681 gacgccctct ttgatggaaa ccccgttttc aggagggggg atgttcttct actgacaacc 469741 aacgaggaga tgatctacta tgacaacctg gatgctgcga ttgagaccca gctggggatt 469801 aagcctgaac tcatcgtctt cgcttcgagg cacgcgagca aggccaagat gcccgcccta 469861 acaacccacg tgacagggaa ctgggggaaa gccatgtacg gtggcaaaga tcgttctctg 469921 gccattgccc atcccacagc tatgaaactc gccctcctta agctcaatga gctcaacgat 469981 ctcggctgga ccgtctgcta tgaggccact caccacgggc caagtgagct caatgtgccc 470041 agccttttca tcgagatagg ttcgagtgag gaggagtggg ttaacgaccg tgccggtgaa 470101 attctcgcgg agacgatagt tcacgttctt gagaacgccg ggaaaaaaca tgaattcaag 470161 ccagcccttg ggataggagg agggcactat gccccaaagc agacaaagcg tgccctggag 470221 ggtgagttgg ctttcggcca tatactcccc aaatacgcgc aacccgtcga cgaagctatg 470281 ctaacgaagg ccatcgagag aactctgggt ggggtcgagg ttatatatgt ggactggaaa 470341 gggaccaagg gggagatgag gcggaaggcc cgagacttgg ccgaaaagct cgatcttgaa 470401 ttcatccggg attgaaaaat gacgaaaggt ttaaagactt caagatcaac ataacccagc 470461 gttggccatc tatgtagcta agtttatata cttgcagcct gcatttacgt gcaggcgtca 470521 aattgcaccc ggagggtcgg aagatgttga aactgattga agatgccatt gataaaactg 470581 ccgctcccgt tcagtcaaag actgagcctc aggttgaggt tcagagtgac attgatgagg 470641 agctcaggaa gcttctggag cagattcagg caaagattta cgttgttggt gtcggcggag 470701 ctggttgcaa cacgatcaac aggatgatgc aggttggtat tcagggggcc aaagtaatag 470761 cagtcaacac tgacgcccag gacctcctca agatcagggc tcacaagaag atactcatag 470821 gtaaggaact cacccgtgga cttggagccg gcaacaatcc caaggtcggt gaagaggctg 470881 ccaaagagag tgagagggaa atccgggaag ccctagaagg agcagacatg gttttcgtta 470941 cctgcggtct cggtggtgga acaggtaccg gtgcagcccc agtaatagcg gagatggcga 471001 agaagatggg tgccctaacg gtgtccgtcg tgacactccc cttcactgtt gagggaataa 471061 gacgcatcaa gaacgccgaa tacggtcttg agaggcttag gaaggccagt gacaccgtta 471121 tagtcatccc gaacgacaag ctcatggaag ttgccccgaa cctcccgatc cacatggcct 471181 tcaaggtcgc tgacgagata ctcgtccagg ccgtcaaggg catcaccgag ctcatcacca 471241 agccaggact tgttaacctc gatttcaacg atgtcagggc agttatgaaa gacggcggtg 471301 tggcgatgat aggcatcggc gagagcgaca gcgagaagag ggctttggag gccgcccagc 471361 aggcactcaa cagtccgctt ctcgacgttg acataagcgg tgccaagggc gctttgataa 471421 gcatcagcgg aagcgacgtc aagcttgagg aggcccagca gatcatcgaa ctcgtcacca 471481 gcaagctcga tcccgaggcg caggtcatct ggggtattca gctcgacgag gaacttgaaa 471541 agatgatcag gattctcctc gttgttactg gagttagctc tccgtacgcc gtcaccgagg 471601 aagagagctc cccctatggg gaggaggaga gaagggtagt aaggctcgat cttgaggagt 471661 tctgaaaccg ttaccttttt atttgctttt aatctcgcct taagcaagcg aagtaggggt 471721 gttcatcatg agcgggaact acgttgagaa gatcaagaac ttcctttcag agtccaggag 471781 ggtcctcctc gtaaccagaa agccaagctg gaaggagtac aagctcgcgg ctaagataac 471841 ggggcttgga atgatcataa ttggaacaat tggtctgctc ataactatga tcggctatct 471901 ggtcatgggc accggtctct gatggtggtt cccatgagcg agggcaagat attcacagtg 471961 agggtcacgg ttggtcagga agagaccacc gcgaagctga tctacagcaa ggttaaaact 472021 tacaacctgc ctgtttatgc catcctcgct ccaagcaagg ttaagggtta catcttcgtt 472081 gaggccccca gcaaaagcgc cgtggacgag gcaataaagg gcatcaggca cgctaggggg 472141 actctgcccg gcgaggtcaa gttcgaggag atagagcact tccttgagga gaagccagct 472201 gtgagtggct tcgagcccgg cgatatagtt gaactcatct cgggcccgtt caagggggag 472261 aaggccaagg tcgttagggt cgatgagagc aaggatgaga tagtcgttga gctcatcggt 472321 gcaatagtcc cgatccccgt taccgtgagg ggagaatacg ttagacttat aagcaagcac 472381 caaaaggagt gaacggttta caggttgaga ggtgagaacg atgccacagg tcgttgaagt 472441 cctcgttgag ggaggaaagg cctcacccgg acccccactt ggtccggcaa ttggtccact 472501 tggattaaac gtcaagcagg tcgtcgatga gataaacaag gcaaccaaag agttcgaggg 472561 aatgcaggtt cccgttaaga tcatcgttga ggatcccaag aagaagacct tcaggattga 472621 agtcggtatc ccgcccacaa gccagctcat caagaaggaa ctcggcatcc ccaagggttc 472681 aagcgagccc gtccacagcc cggttgggaa tctgacaatg gagcaggtca taaagatagc 472741 caagatgaag atcgaccaga tgctcgctcc gaccctgaag gctgcttcga aggaggtcat 472801 aggcacagcc ctcagcatgg gagtcaccgt cgagggcaag gatccaaggg aagtccagag 472861 agagatcgac gagggccttt acgatgagct ctttgccaag gcagaagagg ccgaatgagg 472921 cctcttctct ccgaatttag gggtcatgga aaagtttaaa aactcattcc tttacgcatc 472981 tttgattctt cgtccttgct aaaatcaaaa aagaaaggga gggctgtaaa gtggccttcg 473041 acaggcagaa agtcgtggaa gcggtgaagg aggcgaaggc ccgggccaag ccgcgtaact 473101 tcacacagac cgtcgagatg gcagtcaacc tcaaggatat agacctccgc aagccggaga 473161 acaggtttaa gcttgaggtt gtactgcctc acggtcgtgg gaaggagccc aaaatcgcgg 473221 tcatcgctga tggtgccgtt gccgaggcgg ctaaaaggct cgggcttgat gtgattagtg 473281 gtgaacagct tgaggaactc gcgaagagcc cgagggaagc gagaaagctg gcgaagcgct 473341 atgacttctt cattgccgcg gctccgctga tgcccaagat aggtaggtac ctcggtaggt 473401 accttggtcc gaggaacaag atgccacagg tcgttccgcc gaccctgacc aacctcgagc 473461 ccatagtcaa caggctcaag aagaccgtca ggatacagct caagaacaat ccggttgtcc 473521 acgctcctat tggaactgag gacatggacg acgagaagtt agcggagaac gccgaggcgg 473581 ttctcaacgc catcatcaac aagcttgagc gcggcgagaa ccaggtgaag tcagtgtaca 473641 tcaagaccac aatgggaccg gccgttaagg ttgagaggtg agggagatgg cccacgtagc 473701 cgagtggaag aagaaagaag tggaagagct taccaagatc atcaagagcc acccagtgat 473761 tgccctagtt gacgtggccg gtgtccccgc ttatccgctc agcaagatgc gtgacaaact 473821 ccgcgggaag gctctcctca gggtcagcag gaacaccctc atcgagctgg ccataaaaag 473881 ggccgctcag gagctcaaca agcctgacct cgagaagctc gccgactaca tcgagggcgg 473941 tgctgccata ctcgccaccg agatgaaccc gttcaagctc tacaagctcc tcgaggagag 474001 caaaacccca gctcctgcaa agccaggggc agtcgttcca aaggacgttg ttattcctgc 474061 aggaccgact tcccttgcgc cgggtccgtt agtcggtgag atgcaggccc ttggaattcc 474121 agcgaggatt gagaaaggta aggtcaccat acagaaggat tacaccgttc tcaaggcagg 474181 ggaagtcata accgagcagc tcgcgagaat cctcaacgcc cttggtattg agccccttga 474241 agtcggcctc aacctgcttg cggcttacga ggatgacatc atttacactc cggacgttct 474301 cgcgatagac gagcaggagt acatcaacat gctccagcag gcctacatgc acgctttcaa 474361 cctgtcggtt aacaccgcct atccgaccaa gcagaccatc gaggccatca tccagaaggc 474421 ttatcttgga gccaagaacg tcgcggtcga ggccggttac atcacacctg agaccgtcga 474481 ggacatcctt ggcagggcga tacgtgcttt cctgctcata gcacagaacc tgcccgagga 474541 gttgctcgat gagaagacca aagagctttt aaatgctcaa gcccaagtgg ccgttgcggc 474601 ccctcagcca gctgaggaga aggttgagga ggccgaggag gaagaggaag aagaggagga 474661 agcaagcgag gaggaggccc tcgctggact gggcgccctc ttcggctgaa actttcaatt 474721 tccctcgtat cctgtggatc catgtgaaat ggatgaaaaa atgaagatga ttggaggtgt 474781 gaaaagatgg agtatgtgta tgccgctctg ctgctccacg ccgctggtaa ggagataaac 474841 gaggagaacc tcaagaaggt gcttgaggcc gccggtgtta gcccagatga ggccaggata 474901 aaagccctcg ttgccgccct tgagggtgtc aacatcgacg aggtcattga gaaggccgcc 474961 atgccggtcg ccgctccggt cgcggtcgcc gccgctcctg cccctgcaga gggcggtgcc 475021 gaggaggccc aggaggaaga agaggaggaa gaagaggagg tcagcgagga ggaggccctc 475081 gctggtctcg gtgccctctt cggctgaact cctcccattt tctttacttt ctgacccttc 475141 tctttgagag cgctattctc ctgctcccct gatagtttcc gcggtagggc ctttttgcag 475201 gttcttcaag ccttataaac gctatctgaa cgaacctttc cccgtattcc agaacgactg 475261 gttcgttcga tgcgttgaaa agcatgagcg taagattgcc gtcccatcca gggtcgaccc 475321 acgcgaacga gccgagtatc ccctctcttg ccaaactgct ccttatcttc atgtcaccca 475381 taacatcgtc cgggagctta accctttcga gagttaggat tagggcatgt ttctttggtg 475441 ggataatcac gttgccggcc tcttcaacat cgattagttt cccctctacg tatgcctcct 475501 ttccgaccct caggtcgtag cctgcaggtt gaagtgattc cttcgagaag ggttcgatga 475561 gtatctcctt ttcgatcttc cagtctggga gcatcatggc tttccaccgc aagctttatt 475621 ttgggtcgcc ttaaaacggt tccgaagggc cggtggccta gcctggatgg ggcgtcggcc 475681 ttcggagccg aaggtcgcgg gttcaaatcc cgcccggccc gccatacgaa agacaagggg 475741 ggctccgccc caacaccccc aaaatttatc tgcacgaggt ttcatcaagg tttgtgattc 475801 ttgtctaaaa ggtaattcta aggagtttgc gctttcaaat gatagtactc tcaaagaatt 475861 cttttcgagg aaccctctgg gagaggtttc tctaagaagc gctcctttgg agcgcgggaa 475921 aaagtaaacc cacgtgagaa agcttctaaa atctaagaat tcgcatttta cacgagtcca 475981 ttaaaagcgc aaacactctc aaagtgacgc tgctaaaaga atcacaactt taatgaaact 476041 ttgcccagca aagtttcttt ggtgaagctt tttccaaaag cttcagtgct ggcggaagag 476101 tgagtgcttt ttagaagtgc aagttttaga aggggtttct actaaatttg ctccttctgt 476161 ggggttttac ttaagaatgc gccctttggg caccgatagg gagttgttga agctgtcttg 476221 atgggtttct cttttgtggt aaacccgttt aaaattatcc agttctccag tgcacagcta 476281 atttttgccc gttggtgagg ggggcatttt tggtcaagct ttgcacaagc aaagcttgtg 476341 ggggtaaaat ttataaatcc atcccggaac ctatcaacgg gcacagcccc gtggtgtagc 476401 ggccaagcat gcgggactct ggatcccgcg accggggttc gaatccccgc ggggctacca 476461 ttcaactggg ctccagacga aattcgaacc ccatgtttta ctctcattcc taaatttaac 476521 agctggacat tcagccgcac tttttcagta tttctctttc tctgctcaac atacctccaa 476581 aatgtgggtt attttccaat cttttatcta tgctggattt cttcagggtt gcacattcct 476641 atgatttatt ttaatttcca gctgggagac agcatttttg tccgttagtt tttttctagc 476701 cttttttgat caatctgaaa actttcaatt gagaaaattc aaattcaaac tttctaggaa 476761 gctttttaag gagaagaaca cagaataggt aaatagaaag ttattcaagg ggctggtaat 476821 atgtccaatc cggactgctc taatctgagg gatatcggga ggtttgataa tgaacgaaaa 476881 tttgaagtta gagtgcgaga tcaggaacct cctgagattg aagggaccgt taagcgtcgc 476941 ttttattaca aggttcttga acgagatggg gtttgagtgc acccgacaga aggttgaaag 477001 ggttctcaga gatctcgtct caaggggggt tgttgaggca tcacttcgtt ataacagacg 477061 gaagcattac cagctgaggc gggaggaatg atggcttcat cagcttcctc gagcgttatc 477121 cttggtaaca agagacgcat gcttatgata gagtttctcc aaatgaagaa tggacgggct 477181 gagcttaggg acatagtcga gtacatagcg gagaaagagg gtaacacgga caggaagcac 477241 agaaagagtg tttatgtcag tttgatgcag actcacatcc caaagcttga gagggagggg 477301 gtagttgcct ttgagcgtgg ggtcataaca ctcctccagg tccccgataa cgttaccctc 477361 tatatggagg tcgtccagag gaacgatata agctggagca ctttttatgc tggcttatcg 477421 gtgatattcc tcgttaccgc gctgtggttt ggaaatctcc tcctggtttt tgcatccctt 477481 acttatttga tcgtggcgat cttccagcgc atgaagatgt accggatcct tcagcctcgg 477541 gactcaaaaa aaggaagaaa cacccgtaga aatgggaggt aatgccccgt taccccctgg 477601 taacttccaa cttcatatat atcgaaacgg gcaactgttc tttgggtgcg accgtatggt 477661 tgccccgatc tggggcatcc gtggtggcag tttgatttca gtgttgagtg ttgtggaagg 477721 gctgcggatc cgcatggatc ccacactcgc agaagggcct gttccacggt gcctcgtatg 477781 gaggcgaaaa aatgagaaag aatattgccc ttggaatttt tggcctgata gtggcctttg 477841 gtcttgttct gggagcgggg gctaacttca gggactacaa agcgacgagg agcgtccact 477901 gggacatcgt taccgacgac agcgagctaa tagacctgac ccctctccag ccctacgcat 477961 acattgacaa cgagactgga gttctagttg tggacataag cccggacaac ccgaactatc 478021 cgggttacgg aatgggtctc agtccgaact cggagtacaa cttcgatgag gtctttgagg 478081 taagcaacga cctttgggaa gaaaacatga ccatagtcgt taggataact agtgacaacg 478141 atgaaataca gctttacggt gcagatgggg acatccacga tgtcaccacc ggggacgtag 478201 ttgagtactc agacactgcc gttaactcgg tttgctttgt cgttgagtcc ggagacgccg 478261 ttaaggttgg tatggacttt gacgccggga accacgcgcc cggcaccagc cagaacgcca 478321 cacttcacat agaggcctgg agactcggaa ccgagcccag cagccttgtt gggaagtgcg 478381 gtcagtgagg gggaatgaga gatgaacaag ctatttggat tggcactgct tatgattgga 478441 atggttctgg ctgttggagc cggggcaaac ttcaggtact actccgcaga caggcacgcg 478501 agctttgata tcgtttccga tgacaacgag ctcatagacc taactgcgat gcaaccctac 478561 gtcaagtaca gcaacggcaa gctctacgtg gacatcagtg atggcaacag caacaggccc 478621 agcggcggag gcgccggcct gagcccgaat accacctatg tcttcgagga gatgttcaag 478681 gtaagcaacg aactttggga gaacaacgag actgacttcc cgatctgtgt caaggtaaac 478741 accaaccacg agcaggttaa ggtgttcgcg ggaaactaca ccagcccaat agctggaccc 478801 gccagcaaca tccagttcac ggtctatcac ggtaaccccg ttaaggttgg tatgatattc 478861 gacacaacga actcaaccct tgggcaagag gactttacca tgaccataac cgcccacagg 478921 ggtacatgtg aaccgtgatt tctttttcgg ggctttgccc cacccctttt aggggagtga 478981 aaaaaatgaa aagactaatt gagtacacgt tcactttcat cgtcctcgtg tttctcatgg 479041 gttcattagc tggcttcttc ctggacaggc ccgttttcgt gtcctacgcc tactccgaca 479101 gcatgacgcc cacgataaac aaaggagacc tgttctttgt taatcccttc gccaggaact 479161 ttgacgttgg tgacatcata gtctttcaca gggggagtgg ctggacggtt cacaggatct 479221 ttggggtcac caatgatggc tacatcacca agggggacca caacgtggcc actgaccagc 479281 aggatggtaa gtttccggac gtgaagagat cggacataac tggtaaggta gtgaccctct 479341 ttggaaaacc tctggtaatc aggggggcgg gtgcgtttct ccagtctgtt aagttaaagc 479401 tcacaaatcc ctacgcaata gccctgttgc ttgttctcgg ggcagttttg acgttttcag 479461 gaggttcagg aaagagacat cgccgcgtga agtactatcg gataagcgtc cggacagttt 479521 acgcgatagg ctcagtcctc ataatcgctg gttttctctt cgtcaccgtt gcgtcatggg 479581 ggacgctggc ctttacatat tcctcgacgc tcgcaggagg ccagaggacg ggctggtacc 479641 ttccgggctc aacctttgag aaaaatctca ccgttgaaaa cagggcggtt taccccttct 479701 actatttcgt ggaggggaag agcacgagag cccagctcct tgattccagc ttcctttacc 479761 tcaagggtgg ctctaagaaa aacattaccg tccacgtcac cgttccgaag gacacgagaa 479821 tctaccggga ggagtttcag gttcactcct acccggccat tcttcccgcg tcgattgttg 479881 tgtcccttta ctcgatcagt ccctatctcc cgctccttgc ctacgctctg tttctgtcca 479941 cgctcatggt tttcttctat cgcctcgcgg gaatttctga cggagatgtg atcaggatac 480001 ggaagcgaag agggtttctc tcaaaagtac tgggggatgg ttagtcatga ggaggattgt 480061 gatgttcttt gtaatgttcc tcggtctgct cctggttgtg ggctcgagcg gaaacttcag 480121 ggaatatggg gccgacagaa tagtgaagat ggccatcgtt gacggcaacg attcctacgt 480181 ctcctactcc tgcagcggta gtgttatata tatgaataag agttcaagtg ttcagttcac 480241 ggctatgaca ctgtccaact cgatgaacaa aacgatgtcc gttagggttg aaggcgactt 480301 ttccagtcta ccggagggac tttcgggaag tgtgaacgat tcatggcaca ccctcgatgt 480361 gggtgagagc gttgtcatcg aaggcaattt ctcggctgat gataatgcca tcagcggaac 480421 ctacaccgta cccctaacgg tatacgcgga atgggacgga gggagcgccg agctaaagga 480481 atgctcaatt acggttagcc tgaactcccc gaaatacgtg ctcagaaagg gtatcgttgg 480541 gggtgtctac aactacacct ccggggacta cacgatagtc ctccagctga atttcacgaa 480601 caacgggccg agcggtgagt tcataatatg ggacaagatt ccgtctcatc tctgctcccg 480661 ttgtttagga acttgccatt gggcaacggc taacgtgact gtagagagca cgagtgcgac 480721 cgcaggcacc gttttgagac cacctacgaa catctcatgc ggctgtcata acatattcaa 480781 ctgttgcgct ggggatctca ttggatggag agttcatgtg tcccacggtg aaaccgtaac 480841 gcttgagatg accctcaacg tttccttcaa ggttccatcg ggatgcgtag ccaacttcac 480901 cttaaaccga ggagcccacc tctgcggaac ctgtctccgc tcaaataaaa taagcgttac 480961 cgttacagga ggttgagaga atgaaggatg ttaagttcga taaaagatat ctgctccttg 481021 cgggggtctc cgtttcgata gtcctcgcag ttctttttgg ggcctattca agcgccgcct 481081 attcaaaggc accaatatct acgagcgcca aatattccac cttatacact gaagagggta 481141 gtttcgtaca ctttggggtg ttttccaaca gtagcatcta caaaagcggc agtacgcatg 481201 attactaccc ctccaagatc acgatgttga taggggggaa ctacaccttc cggactaacc 481261 catcatcccc cggaacatac acggccacga tgcacctcga ctactacgtc tccagcggaa 481321 aaaagaaggt ttacatatac cgcgaggaga tcccgcttgg gagtggatcc tttgaaggat 481381 ctttcacttt acccttgaca ttcaacatga gccttttgag cgagaaactc aagagggtca 481441 gggaaggaac agggctctac cgggcggagc aggaggttta cgtcacggtt gaggttaagc 481501 ctgagggcag ggattccttc agccagcgga ttgggttgag caaagactcg gcgagcatgc 481561 tctacctaac aggaactgaa aaagattaca aaaaggtcac caggagtgtg agcacgacca 481621 cgaactcact ctccttcgct ggttccgatg ttagggtttc cacagccaga actctcttcc 481681 cggcgatggc catcctcttt gccgtacctc caattgggct aatctactcc aggagggaga 481741 agaagacgga gccaaaggct cttaaatcgc ttaaaaaata cacggttgaa ggaactccac 481801 ccggggggaa gcgcgttaaa ctgaagtccg ccgaggatct ggaacgtacc tttgagctgg 481861 tggacaggcc gataattcat taccgtgacg gcaatatcga cgtctacgcg atagcagatg 481921 gcgacaccgt ttatgagtac tgggcttctt agcccggtac caacaacttt aaaagggcaa 481981 gcggaaagcc accttaggag ttctaaaagg gttagaggtg gttagagatg aacccgttcc 482041 acgagcttga gcccggaccg aacgttccgg aggtagtcta cgcactcata gagattccga 482101 agggtagcag gaacaagtac gagctcgaca agaagaccgg cctgcttaag cttgaccgcg 482161 tcctttacag cccgttcttc tacccggtgg actacggaat aattccccag acttggtacg 482221 acgacggaga cccgttcgac ataatggtca taatgcgcga gccagtttac ccgctcacca 482281 tcatcgaggc taggccgata ggcattatga agatggagga ctctggagat aaagactgga 482341 aggtcttagc cgttccggtc gaggatccgt acttcaagga ctggaaggat atcgacgacg 482401 ttcccaaggc cttcctcgac gagattgccc acttcttcca gcgctacaag gagctccagg 482461 ggaagacaac cgttgttgag ggctggggca acgccgagga ggccaagagg gaaatcctcc 482521 gtgccataga gctctacaag gagaagttcg gaaaggagtg agttctcctt ccaacttttt 482581 tggaggttcg gccatgtaca agttgctgaa ggttaaggac gtcgtcagga tcccgcccag 482641 gatgttcaca atggatccaa aggaagcggc aaaactcgtc ctccgcggga catatgaggg 482701 catctacgac agggacgagg gcgttgtatt agccgttctt gacgtcgagg aagtgagcga 482761 gggagtcatt gttccggggg acggggcgac gtaccacgaa gtcgtcttca acgttctcgt 482821 gtggcaaccg ttcatgcacg aggtcgtcga gggagaggta attgacgtgg ccccgtacgg 482881 agcctttgtc aggatcggac caatggacgg cctcgtccac atcagtcagc ttatggacga 482941 ctacgtcgtg ttcgatgaaa agaacaagca gttcctcggc aaggaaacca agaggatcct 483001 caagctcggt gacgaggtca gggcaagggt gatagcgata agcgttaaga gccgcgttat 483061 cagggaaaac aagataggcc tcacaatgcg tcagcctggc ctcggaaagt tcgagtggat 483121 tgagaaggag aagaggaaat ccaaggaggc atgagcatgg tcaaggagag ggcctgcagg 483181 cactgccatt acataacgac cgaggaccgc tgtcccgtct gtggaagccg ggatctcagc 483241 gatgagtggt ttgacctcgt cataatcata gacccagaga agagcaggat cgccaaaaag 483301 ctcggtgtaa aagtgcccgg aaaatacgcc attcgcgtga gatgacatgt gcggtgactt 483361 ctacttttat ctacccccca gcttacggga taaactcaag gagcctttgg gagaactggt 483421 taggggtgag attccggaac cctacctcag aattcttcct ctccttagga aggtgccttt 483481 tctgatcacc gttggcgatg ttgtgactga aaacgtaatc aggttaggga tgcacccgtc 483541 ggtggcgata tacgatcaca gaacaaagag aagggactac aacccctcag ttggctcgga 483601 ggcggtcttt ttaaccgtta gaaatccccc gggcacgata acgaaagctt tattaaacgc 483661 cgtcagaaag ggagtcgaga tcgccggcag gggaaggagt gttcatatta aggttaacgg 483721 tgaggaagac ctcgcggcga tccctgccgt gctatacgct cccctcggct cggtcgtcct 483781 ctatggccag cccgacgagg gggtagtgct tataaaggta acacccgaat gcaagcgcag 483841 gtgtgcgagt atcttagcca agatggaggt ggttcgtgat ggagattaag gtgaccgaga 483901 taagggaaaa caagctcctg ggaagaaagg agatatactt cgacattatc cacgagggcg 483961 agcctacccc gagcagggaa gcggtgaagg gcaagctcgc cgcaatgctc gacctagacc 484021 caaacactat ggtcctccag tacataagga gctacttcgg aagccacgtt tccaagggct 484081 acgccaaggc ctacgagacg agggagagga tgctctacat tgagcccgag tacatcctcc 484141 tccgcgatgg cctcatccag aaggaggaag agtgaggtgg tgtgaatggc caagaagaaa 484201 aagaccagcc aaaagtggaa gctctacgag gttaagggag gaaaggtcgt caggaagaac 484261 aagttctgcc cgcgctgcgg ccccggtgtc tttatggcca accacaagga tcgctggtcc 484321 tgcggaaggt gcggctacac cgagtggaag aagtgattct ccttttcttt ctccccggcg 484381 gtgacgatgc ccatttatta tggaatcaag ctggagctcc attcggacgt ctatgagccg 484441 gcggaagaca ctttcctcct cgccgagacc ctcgaggtca gaccggggga gattgccctc 484501 gacgttggaa ccggaacggg actgatagct ctcctgatgg cgagaaaagc aaagtacgtc 484561 ttgggcgttg acgtgaatcc caaggcagtc gaactcgctc gaaggaacgc tcgactgaac 484621 ggtataagca acgtcgagtt tcgcctgagc gacttatttg agaacgtctc gggcaggttc 484681 gatgtgataa ctttcaacgc cccctatctt ccaggcgagc ccgagaaagc tatagatctg 484741 gccctcgttg ggggtaaaac cgggagggag gtaatagacc gctttatagc tgaagtgcct 484801 gaccacctga acgagaacgg ccgggtttac ctcgtacaga gctcgataac aggggttgaa 484861 gagacaatga gggagtttga gaaagccggc cttaggggtg aggttatagc caggaggcac 484921 ctcttctttg aggacatcgt cgttatcctc gcagaaaaga aaggatagct caatcgagca 484981 tcgccaaaat cttgtccacc tcgtttgaga cctcgatgtc gaagaggtgt atcgtcggca 485041 ggagccacca aaggcggtag ttgtgggtct tgtcttcctc tccgtagtac tggaagacga 485101 accttccgaa gcccgtcaaa tccctgtgca cgtccctgac ttctctcaga accctcctaa 485161 cctttggcgg gtactcctcg aagggaagcg gaaggctctt cacgaagacc ctgtccttga 485221 agaagtcagt tgttaggccc acgcttccga cgtgcttttc gagctggttg aacttcttgg 485281 ccgtccagaa gcggtgaagg attagcctcg ggtcctcctt ggcgagcggg tagtttgctt 485341 cctcagcctc aagccagaac tcgaggtagg gctggccgcg ctcgattacg atcctcgcca 485401 aaagtcttgc gttcttcggt atctccctct gcgtctcggt gatgtggtac tcccttccgt 485461 cctgcgtgta ggtttctcct tcctcgtgag ttcccgttct tgagacgaag taggcctcct 485521 taccgtctat cgttcctagg tgcaggtcat aaccccacgc cttcagatcc ttaaacttga 485581 acctcctctc ggccggaacg actccggtgt tttcgactat gtagtagccc tcgagcattt 485641 tgatcacctt ttgttattaa aaactgaccc tatttaagct tttccccaaa atgtcttaag 485701 ggataggtgt acaaggatag tgaggtgctt tcgtggttaa ggtggcggtg ctgatcgctg 485761 gtctggtttc cctgatggtg tactctgtcc tacttatctt ggcttacctt tactcccgaa 485821 gtatcgtggc gcccctctca aggaagttct ccatgaacgt tattctttca ggactcctcg 485881 cagtagccgc tagcattgtc gttataatcg acgccgtgac aggaaaggtt ctctggtggc 485941 tcgaagcggc ccttttcctt gtttcttacg tcctcctgat ggtgtctgtc atccattacc 486001 tccgcctttc ctctcgggtt ctcagtggct ccaaagagag ggaggagtat ggtgaacggg 486061 gtcccctcat tggcggcttt agtgttaccc ctgaggagct ccccaagtta acccccctct 486121 gcgggatgtt caagaccaag atctacatag gaagatccaa aaatcccacc gtgtgtgatt 486181 ttgacaggcg catatggttg agccgaattg aggctgccga ctcagtcgat ccagcgaagc 486241 tccatgttat tctcgaatcg gtcataagaa cgatttccga gggagggggg agcgggctcg 486301 ttctcctcga cgggatcgag tttcttctcc ttcacaatga cttccggagc gtcgttaagt 486361 ttctcgcctc cctcaaggac tacatgctcc tctcgaactc agctgttgta gtggttcttg 486421 atgaggaaac cctcggggag agggagatct cggttatcag aagggagttc ccgcccctcg 486481 aaattgaaaa gctcctctct agtcttgaga agcatgccct gttcggagcc ctctcgaggg 486541 aggatctcaa ggagtgatca gatgattatc agctcgatta cagcctccgt tcggggatcc 486601 ttcagacggg ccaccagctt tcgatctatg tccctcgccg ccttgttggc tcttattgcg 486661 agcgttcttg cgtcgatgta atcgctcttc ctcacaacga tagaatatgg atgatcgagt 486721 attaaccccg gactccccca ggcaacgacc tcgtcaacga gctcttccac ccgtatcctt 486781 atgagcagtt tcctcccctc cctcagggcg gctttgaact cctcgctgag gtcgtttatg 486841 ccccggtctg ccccaatgca gattatgcag tcacccctgg gcgtcaggta gtcctccttc 486901 gtgaactcca gcgtcgatct gtgggttgcc ctaacgtttt cgtgacccct gcaccttatg 486961 acctcgacga gcttattcct ccgggacgat gtggtgttcc cgacacctcg cctcatagct 487021 ttccctcccg ccgacaagta taacaggtga gttcctcggg gccggctttc cgtcgatgag 487081 tctctggctt ctcgttgcgg gcctcccgca gacggtgcag actgcagtca ggtagactat 487141 gttgtcggcc ctaacgagca gttctcgggt tactgggaag ggatcgccct tgaagtcgag 487201 gttgaggccg ctcgctatga cgtaaacgcc ttcgtccgca agcctgttga gcacgtccac 487261 gatctcaatt gggaagaact gaacctcatc aatcccgatt acctcaaatc cctcgcgaat 487321 cgtcgtttcc attattctcc tcacgccgtt ctcgtcggtg ggcacgacga aagcctcgta 487381 gcggagtccg ttgtgtgcaa ctacttcctc cttcgagtac cgggtgtcta tcgagggttt 487441 gaagagggcg acctttctcc tggcgaacgc ctgcctttcg atcctcttta tcagctcggt 487501 ggttttgccc gcgaacatgg ggcccgttat tacctccaag aagccgccgg gatgcatcga 487561 caacaccgaa gaaaaatgga gggtgaagtt aaaacgttac cgttccgcct ttttcactat 487621 gagcttgaca ccatctactg ctttgacctc taccacgtcc ccagcttgga gttcgtcgtc 487681 gctgaacgcg atccacctgt ctccctcgag ctcgacgagg tagtggtctt ccgccacctt 487741 aacgaccttt cccctcttgc caacgaggtc gaaggtgtac ttcctctcct ttctgccaac 487801 gtcctccacg tcccgccgta tgtacctgcc tatgaggatg tatgagatca ctgcggctat 487861 cagcgatatg acgaagctct cggtgaaatt catcccaaac ccgaggagca gtccgagcac 487921 tgcgaaggtc acgcctatgg gggttatgaa tgcggtaacc atcatgtcga gcaggattat 487981 aagtaggccc aaaattagta gggaaacggc gagggccgtg ctcatagccc tcactccatc 488041 agattcttga gtttctcaac gtcttcgtcc ttgagttcgg agctttcttt gccttcttcc 488101 tttgggggct ccggcggttt tggaagtggt gtgtccttga ccttctggag gacgcggagg 488161 agccctatga gggcctcagt gtcgtaaggc acgatgaggt ttccgtactt ggcgaggtcg 488221 ggcagcttct cgatgtactg gagcgtcagg tacttttcgt ccgccatctt gagggcctcc 488281 aagaccttct ttatggcctg ggcctggccc tccgcgatga gtatctgcct ctgcttctca 488341 ccctccgcct tcagtattgc cgcctgcttc tgaccttcag cttcccttat tgccgcttcc 488401 ttcttaccct cggccaggag gatcatggcc ctcttttcac gctcggccgt catctgcttg 488461 gccatcgcct cctggatgtc ctttggcgga tcgatgcgct ggatctcaac gcgggttatc 488521 ttcacacccc agcggtcggt tatcttgtcg agctcttccc taaggcgggc gttgattatg 488581 tcccttccgc tcagggtctc gtcgagctcc atctcaccta ttatcgcacg gaggttggtc 488641 tgggcgagct tgattatcgc catcaagaag ttactcacgt tgtagactgc cttgacaggg 488701 tcgaggatct ggtagtaaac gaccgcatcg acggtaacga cgacgttatc cttacagatg 488761 acctcctggg gagggacgtc tatgacgtgt tcgcgcatgt ccaccttctt gacgcgctcc 488821 atgaagggga ttatgaagtg tattcccggg tcaagtatcc tgttgaactt tccgagcctc 488881 tcaacgaggc ccttctggta cggccttatg accttcactc ccaggagcaa tagcaaaagc 488941 agaaaaccgc caattaccac tagggcaact gtggcaaacc ccattacgat cgcctccggt 489001 gagtgttcaa acttcaattg gtaaaactcc ttataaacct tctggagaca gtttcgcttt 489061 actgattcaa ctccgtatcg gttccgcttc cagtgggata ttttgggttt caaactccac 489121 gcgcagggcc ttcactttga gctcttcctc ccttagctcg aagttcgtgg cttttagcct 489181 gacctcatgg acatcatagt ccggggtaat tcccgagtcc gggctactgc catctccttt 489241 aatccttgca aggaatattc tactctcgtt tcctgagatg aggaaacctc caatcaggat 489301 cgaatcacca tccggaacta cgaaggaggg atatcccctc cagtacgctt tctcccatct 489361 gacctttccg tttttctcta aattcaggat ccatatggtg tagttttcga cccggggtgg 489421 gatccccgac actatcttgc ctccgtagat ccctgcaacc acgatacccc catcgaggag 489481 ccctgcagtt cctccaaagt ccatctcctc gcttccatat gctttggccc agatcacgtt 489541 tccatcttcg ttgagtaggg caacaaacac gtctccgcga ttttccccct ccaaaccgtt 489601 tccaatttcc cctaccacta taattctctc gccttccttc agaattgcat tcccgtagac 489661 cccctcttta taggccttgg cccactttac ctttcctttt ccatcgatgt caatgagaac 489721 catcttgctt gatccgtagt cgacctccac tcccaggagc aggaatccgc cctcaccgtc 489781 gggcgccatc ccggtcggga ctaaaaatcc ttcgcttata tagagcctcg tccagaggac 489841 ttccccttta tcgttcaact tcatgacaaa gaccccatct ttctcaccca caaatccgcc 489901 cgccacgagg attccatcat caacgacctc gatccccgcc aactctggaa acacactgat 489961 gttgaaggtc tcggcccata ggggcttcat gttctcgcca atttttgcaa tcattagtcg 490021 gcggtttcca aacgtcccgt tgtggagaat ccccgcgacc attaagttcc ttcccagagc 490081 agcgcccccc tcgaacatac agtccaatcc catcactccg tagccaactg cctttgaaac 490141 ttctccttct tccgacagcc ttgctatgaa gcccttatcg gagtttggga agcttatacc 490201 tccaacgagg taaattccgt tttcagtctt cacgagggca gataccccgc ccctcacgta 490261 gtttccattg tacacttttg cccagtaccc ccttagcgag gtttcggccc cattggacgt 490321 cattacagac agcgctatga caacaaccag aacgattgca attaagaatg aaagtcttct 490381 cattatggtc accgatatta ctaatccctt gaaaattaaa aaggtttggt cctgagcatg 490441 atccgtcttc tttataaacc cctgcctgct tcaggctttg ggtgagagat gtgggaagac 490501 cggttttcct cggcaaggct tacataaact ggtgcgagaa atgcaacgtc ccgctcatcg 490561 gtgatagttg tgccgttcac gggaaggagg gcgtctccag gctgaacata actcctcccg 490621 gcgatttgag gttcgccttt gagaaggatc tggagttcat aaaatcggtc tttgcggagc 490681 acttcggcgt tgacgttggc gaagttctcg acggaaaaat agttctcctc aacaagctcc 490741 ccagcgagga cgacgcctac gagatcatag ttgatggcta cgtcttcggt tacgtcaagt 490801 ttgaccctat taaactaagc tggaaggccg gcctgaaagt tgaaggcgcc atagctctct 490861 ggaagcgctt cgggaagaaa atgaagaagt gggtcatagt cgataaaggc gccgtcgagc 490921 caataaagaa cggtgctaac cttttggcag ttggcgtctt ggaagctgac ccgagcataa 490981 gggtgaatga cgatgtaatc cttgtctcgg aggacggaga ggtcttcgcg accgggatag 491041 cgaagaagga ctactccgct ctaatcaggg gcgagcgcgg aacgggggtc aagcccaaga 491101 ggcagaagag cgttaactac cgcgagggaa gaaaggcgac gatggaggac gttctgagag 491161 ccaatgcaat agcgctcgag gaaaaagtca tgaaaagcag ggagttcatg aggagagttg 491221 ccagcaaata ctcggacctt cccgttgccg tcgctttctc gggcgggaag gacagtttag 491281 cggttctcgg cttggcctta gaggagttcg ggagcgattt cacggtgttc ttcaacaaca 491341 ccggaatcga gttccccgag actgtggagt acgtggggaa gctgaggaag gagctcgagc 491401 cgaaagggat aaagttcgtc gttgcggacg ctggagacgc cttctggagg gcgctctacg 491461 ttttctcacc gcccggtcgc gactaccgct ggtgctgtaa ggtcacgaag ctcggcccga 491521 taacgctggc gataaaggag aactacccga aaggagttct catgttcgtc ggccagagaa 491581 agtacgagag cataaagcgc tttaagcaac ctcgcgtatg gaggaacgag tgggtgccca 491641 acgagatagg tgcgtcgccg atatttcact ggcgcgcgat tgaggtgtgg ctctacatct 491701 tcagcaggaa actgccctac aacccgctct acgagagggg cttcgacagg ataggctgtt 491761 tcctctgtcc gagcgcctct ttggctgaat ttgaacggct caagcgcgag aagcccgagc 491821 tctgggagaa gtggtttaaa gcccttgagt attggaggag gcgctttggc cttccagagg 491881 agtggattac ctacggcttc tggcgctgga agaggctcag caagggtgag aaggccatag 491941 cgagaaagct tggcgtcgat attcctgagg agcgctcgtg ggagccggtt aaggtcaaaa 492001 ttgaggaggc aagtgagggc tacgagctgg agttcaacac ggttctcaac aaaaagcgcc 492061 tcctgcaggt agcgccgata ctcggcgagg tgagcgttga aggggacgtc gtaagggctg 492121 gcgaagtcga gttcttcacc aggacgagga aggccaaagc tccggacgaa agggaggcgg 492181 tcagcgccta ctacctcgtt aagagggcct acgagtgcgt tggctgcggc gtctgtgtcg 492241 gaaagtgccc ggaggaagct ttgagcatag acgagaagag caagaagata gtcgtcgact 492301 ggaaccgctg tacgcactgc agggagtgca tggaggtctg cccgctgttg aagattaaga 492361 acccggagga agggagccag ctctgagtgg catgttctcg cttctctttg gattttggta 492421 aactcgactt tacaattttt gcgcaatttg gtaaagtata gttgaccaaa atccttaaat 492481 tttggaaagt tgagttttat acatggcgac catgatggaa gctctcgaag aggttatagc 492541 cgagtttcat gagttcgggg ttccagaggc caaggagagg gaactaaccc tcccccttaa 492601 cgttgacgtt gcggtttctg tttacggcct tcggaggacg gggaagaccc atctcctcta 492661 tctggcaatg aggaaactaa ttgagaacgg tctcccaatc aagcggattt tttacgtaaa 492721 cttcgaagac gagaggctcg ctggaatctc cgccagagac ctgtccacga tagttcagct 492781 ctactacaag cacaaccccg atgctgatgt tatgtacctc ttcctcgacg aggttcaggt 492841 cgttgagggc tgggagatgt tcgtaaggcg tctgctcgaa gggaagaggg cgagggtgtt 492901 cataacgggc tcgtcttcaa aactgctctc tcgtgaaata gcgacctcgc tccggggaag 492961 aaccctgggc tttcggctgt ttccactctc gttccgcgag tttctgactt tcaagggctt 493021 cgagctgaaa aagcccttaa cggagaggaa aaggggtatc cttctgcgcc tccttgaaga 493081 gtacattgag tacggcggtt tcccaggaat cgttgattac tcgcctccgc tgaagattag 493141 aaccctccag gagtatctca acctgatagt ttacagggac ctcgttgagc gctatgggat 493201 agagaaagtc tcggccctga aagctctgat acggatttta gtcagaaact tcgcgagaaa 493261 gatctcaatc agaaagctcc actcccttgt ttcttcaacc ggcactaaga tcagcaggcc 493321 gacgcttgcg gagtatctaa gttatcttga ggacgtcggc ttcgtgctcc cgctcaggaa 493381 gtaccacccg agcgatgtcg agtctttgag aagtcagccg aagctctaca ttgcggacgt 493441 tggccttgca acggccctcg gtgtgggcga caccggttac aggattgaga acatcgttgc 493501 cgttgagctc ctgcggagga aacactactt cgagccgagg cttgaggttc attattggga 493561 agatggaaga ggagaggtgg acttcgtggt ttccctcggc gggaaggtga gggagctggt 493621 acaggttagc tacgcccttg atgaaccaca aacccgtgag agggagctta gagcacttct 493681 cagggcatcg aagaccctga actgccggaa cttgacaatc ataacgtggg aggaggaagg 493741 ggttgaagaa attgatggaa ggaggattcg cttcctcccg ctttggcgct ggctgattga 493801 gaggacacct ttataagccc cccgccattc tccccctctg gtgagagaca tggaggagta 493861 cttcatctgt cccgagtgcg gtagcgatga cgttgaggtc atcaaggagc gcgggaggga 493921 gctgaccctc cgctgtaacg agtgcggcaa cgtctggcac gtgacgcttc cgaagctggt 493981 cagagttccg ctcatagtga gcaagcacga gaggagcttt aagagcgagg cggagcttcc 494041 cgaaggagag gagattagag ttggcgacat cgtcgagacc gaggaggatg aggtaagaat 494101 taccggaatt gagctggaag gcgggaagag ggtgaacaag gcgaaggtcg gcgagatagt 494161 aacgctctgg ggcgagagcc tgacctaccc gaaggtcatc aaggtgtcga tctatatgcc 494221 caaaggaatc acgcagtctt tccgcgtcaa ggttccgagg gatgaggagt ttgcggtcgg 494281 agaagtcgtc gaggtcgggg gctacacctt caagattgag aagatcaaga ccgagaggaa 494341 gatgctccac cacgggaagg cccaggccga taaaatcgtt gccctgatgg gccaccacat 494401 cccgagggcg cgggccagga ggagtcttga gatttacagg ggctatgagg atgaatctcg 494461 agctgaggag tgatgagctt ggccgctccc gagccctgag gtgagcgcga tggagagaaa 494521 aaccacttac cgtttccttc ttgtccttgt tctcattttg acggtttttt acaccctcgg 494581 gcttgtgggt gttgttccct tcaaggtgag ctactacatc acgatcttca tgatagtcct 494641 gttcgtcctc ctgaggtggg actaccaccg gggggagaga cgtgaatgag ggttttatca 494701 agcacttttc ccggcgcatg ctggcgctga gcaacgcccc gcacaggggt ggcctcgtcg 494761 aggcagaggg ctttttcttt atgaaagttc acaaggacta ctccggtgac taccgggccg 494821 actgtcgggc cttcgagcta gaaaacggcc tcaaggactt tgtgggtttt atgacggcgg 494881 cggaggtagg taaggttctc tctgtttcac ggagcgggag cgttaccgca tacgtaaccg 494941 ctgggctcac caacccggca atagcagggg aggaaccgcc gccctggaaa ccggggacta 495001 taaacatggc gctcgtcatc gaggacggcc tcaccgtcgg cgcgatggcc aacgcaataa 495061 tgacggccac cgaggcgaaa acttacaccc tcttaaagct cggttacaac gcaaccggaa 495121 cgacgagcga tggaatcggt gttttcgctt tccccggtga cgttgaatgg gccggaactg 495181 caacggacct cggtctcaac attgggcggg cagtaaggag tgcgcttgag gagagcctga 495241 aaaagtggga atcaacgagg agttagcggg cctctcaggt agatcatgtc acccgcgctg 495301 acgacgccgt gctcgctctt tcttattatc ctgacctcct cgaagagagc cttaccgatg 495361 cccgccagac ccgccaggtc ccagtaacgc gtctccatct ctccaattct ctcccagcct 495421 ggcagtttgt agtaacctct cttgatgata cccttgagag ggtcgtagcc ctcatcgagc 495481 gagactatcg tgtagtcatc accccgaact tccggcacaa tctcgcggta ggctcttctg 495541 taaaagaaag ccccgaagcg gtccgtctcc tcgagcagga agacgccgtc gctttccaaa 495601 acccccgcga cgttcctgaa gagctccgcc gtttgaaacg ggttgaagtg aggcatcgtg 495661 tggccgaaga ttagagcaac gtcgaacttt ccgagtttgc tcaagtcgtc gaggcagtcc 495721 ataacagctc cgtaaacctc accgctcacc cactcctcaa cgaggagcag gtcttccttt 495781 ctcttgtcaa cgacggtaag agagggctcg tagccccatt cgcggagcgt ctcgtagagg 495841 gcactgcctg ctatcccagt tcccgcgcag aggtcgagga tgcggagctt tctcctttcg 495901 ggaaataaac cctccttgac ggcccagtta aagaaggagc gcagtccaat gaagcggttt 495961 tgggcgacct cgctcttggg atccatgtat gccctcaggt agcggtagag ctcctccatc 496021 ctcccaccgt tggacgttct cgggggatgg ttttaaatcc atcgaaaggc ttaagagttt 496081 tgtcaactta cgtagattga caaggtgacg ataatggttc gctttggcgg ccactggagt 496141 gagtgggtcc ttacgggggt tataggtggg ctgtacctct gctcactgct gacagggatt 496201 gaagctctgg caactatagc aggagccctc ttctggctta gcttaccgac cctgctcttt 496261 ggcagacggg tgaaggttaa gaaaaacaga ctggttctcg aggttggctg gccagttacc 496321 ctgttcaggg ttgagatagc tcccgaggag attatagagg tggttgacct tgagagggca 496381 gagggtgttc ttcccctgag gtactacagg cttgttctgc cactaaccgt cctcgctgtc 496441 agtgttggtc ttctcgggct tgttaaagac tcaaggtggg cttttgtatg gttcgggtgg 496501 atatactggg gaatcgtggg ggttatccca ctcctgttcc ctaaaaaggc caaaaaattg 496561 agtgtcatgg ctactcttgc gtttggagct tttatgtcct gtttggccag gttgcttgga 496621 atcaaggaat acccgatgta catcgttacg agcgtgattt tagtgccgtt catcacagac 496681 gtccgggaga gaacggtcgt tcttgtaacc gaaaagggaa cgtacctcgt gtcgtctctc 496741 tcagacaggg aaattgagca gtttattgat aacttgagga gactcataag cggtagcggt 496801 ggttcgaatg ttccggcttc ctgaggccat ggagcgcgtc tggctcatga gggccaaggg 496861 catgcgcgag atcgagatag cgagggagct cggagtttca aggcaggccg tcaacaaggc 496921 cctgagggac gcgagggtca agctcttcga ggccttcttt ggattggctg aggttttctc 496981 gtgggaagtt gccagaatta acgcggagaa gggcttcatg gtagcgaggg ggaggtgcct 497041 cggcaggagc gtcagggttt acgccttcta catcccagga aagggcctga gagcgttttt 497101 cgagggagat tttccagact gcgtcctgag gcacgccgtc gagctgggaa tcattgatga 497161 gcccgatcgg gaaaagttaa tcaatgccct cgagagctaa tagtaaccct cctcataagc 497221 gctcgttaaa gctacgaaaa ccgcatagaa tatcgcgcct agggagacga ggagcatgag 497281 gactacgagg agcgggctcg ccttgggctt taatgcagca actgccagct gaagcgctac 497341 catcgcagat accaccgtca tcgccttcgc gaagccgagc gccatcttcc ccttgaactt 497401 tggcgccagc tggaagacga ggggctgaga gaagggaaca gtaagcgcga ggaggaagag 497461 ctggacaaag atgagtatgg aaatttcccg gtctggaagc ttcccattga ttaggaggac 497521 cagggagagc cctacaaaga ccgtctggag cgccaaatac ttcccaaccc gcggcggcct 497581 tattttcctt tcgggcttct cgggggcctc ctcggatagc tcctcaagct cgtactcgcg 497641 ctttgcaacc aaataagtca ccggaataat cactccaaag caggagagaa gaaccgccat 497701 cagccaaggc attggcagga agaaggagag gaggatcagg aggaccccgg tcagcataat 497761 tccggccccc gaaacgcggt tggccctcct cctcgccctc tccgagagat aggtgtatcc 497821 tatcctaaag cctatcccgg gttcgtcctt cgctgtgaat gtgagagccc ccatgactat 497881 gaggaaaacc ccgaggaaca gcccgtagag aatcctcagg agctcatacc cgttcacctt 497941 tccccaccgt gaggagcctg tagactgcaa agatgagcac gccgaggaaa aggtaggccc 498001 cgtaggttat tgcgttgccc gagacgaggc ccgcgttgta gaggagggcg agagtaacga 498061 cgagaacaat tccaccgctc agaaccgttg tgaagaggca ccacgccctc aggctcctcg 498121 ggtagaaggc gaccctcgcg aagaatcccg gttccctggc cggaatcgtg agaactaacg 498181 gaagaagcca gaccagaacc ggaacgccga taactcccca gaacttgctc gaatagctgt 498241 ccggctcacc gctcgcgttg aagtgggtcg caaccctctc ggggagcctc tcccacagga 498301 gggcaaccag caggaggtag atggctaaaa agccgagctg aatgaggatg tagggtttta 498361 tgctgatgct ctgtttctcc gtttcaatcg ctggaggctt ttcaggggcc tcctcggata 498421 gctcctcaag ctcgtactcg cgccttgcca tccacaggcc aacgaaaagc tcggctccaa 498481 cgaaggccat cattacgaga ataaacgcgt tcatcgaaac gccgtagagc gccaggacga 498541 gcagaagaag ggagcatgct acggaaaaga cgcccgcgaa cgtgttcacc ttctcccagg 498601 cccgttcgga gtgataggtg taacccacgc gaaagccgat tagagggttt tgcttctttc 498661 tgaaggcgag ggtcagcagt ccagccaaaa gcagggtgag ggaaacaaac acctcgaagg 498721 ccttctcgtt cattccaatc cctccagcct tatgagggtt ctttcaatcg tcctgatttc 498781 atccctcagc gccaacaaaa cgtccctacc gagatcggtg aggcggtagt acttcctcgg 498841 cctcccgcca acttcagccc agtcgtctcg caaaaggccg agcttcttca ggttcttcag 498901 gatgtcgtag agggctcctt cgctcgggac gagtttgccg tcgctaagct ctccgagcct 498961 tttccttatc gcgtagccgt gaagctcgcc ctcctcgctg aggagggaga ggactaggta 499021 ggagtaaagt ccggagcgca ggtccttcct gagctttctg agggcctttt ctttagggtt 499081 tccaagcaag ctctatcacc atatgggctt ttcttcgtct tccggctcct caagtgcctt 499141 tagcactccg tatgcaaaca ccacaattcc aatgacggct gccacaacct caaggaaata 499201 ggccaggaag tttaacgtat ggtacggtct gggcttcatg aagaaggcca gctggaagta 499261 ggccgcgcca ctgtctatta ttgtatgcag accaatcatg tatatgagac ccctctttcc 499321 aaaaccctgc tttgccgaat aggcaaggaa aacagccgtt cccacgtgga aaagcgttgc 499381 gaagtaacgc tcggccattg ataggagggc actcaacagg ggcacctcga cggagccacc 499441 cttcaggaca accgggagaa ccttggccac tgctatcaca actgcctctg tgacaccaaa 499501 gccaagacca acgaagaccg cctcgcgaag cttcctctct ctgaccaggt agtacttgat 499561 cccctcttgg atgatgcccg cagccagtcc aagccagact gcaacaatca ccataaaccc 499621 agttcccctc gcgacgacgt ccttatttga tgttatgccc attcccatta ggggaagctg 499681 ctgaacggga ttttggatta tcatcgcgag taaaaacgcc acaaggccca gaatgaactc 499741 ggcccacctc aacttcctga agcccacagc gtaaactgtc gcccaggcca agaacccgcc 499801 gagaattata aataaaaacg gggacatagc ttcactcctc cttctcgatg accaccgcag 499861 tcccgtaggc gtaaacttcg gccatgtttg agctgacgtt tgaggtggca aagcgcatgt 499921 taacaacggc gtttgcgccg agctctttgg cgctgagcgc catcctcctt aaggcctctt 499981 cccgtgcctc ggccatcatc tgagtgtact ccttgacttc accgcccttg atgttcctga 500041 gggcggcgag tatgtcccta ccgatgtggg tggccttgac gacaccgccc ctcgcgaggc 500101 ccttgacctc aacgatccgg taccccggaa ccgtctcggt cgttacgaca acaaccccct 500161 caattgtctc catacatctc accccgatgc atcgaacttc gaggtattgt tggatgagga 500221 tgtataaaag gcttttgatt tgggaaacaa aaaggaaggg cagagaatca agccttgtgg 500281 tagtagatgg tgtatgtcat gggatcgtcg tagacctcct gtggagcaac ggcgtagaag 500341 tacttccagc tccagccacc gtcgttctcg tcgaggttca cctggaagtt gctggcgacg 500401 aggtaggccg cccagacaag ctgggagcag tagtacctat catcgtagac cttcggcttg 500461 ctgaagtagt cgtagttgta gggctttcca agctgctggt aggcgaactg aactgccctg 500521 agccttattt catcacttac cttgaccctc tggagggcaa cgacatcgta cctgctgagg 500581 aactcgctga ggggagttat tatgatgcct ttcccgatct tggcctcgat gaccatccag 500641 tcgtctatgc tctcgttgta ccaggccacg atggcaacgt ggatccagta accggggatt 500701 atggcattaa aaaggtccgg gctgtggcca taaacgaggt ctcctggcct gacatcagtc 500761 ggatacgggt gctgatacgt cctggtgtcc cagaagtagt tcagaagatc gccggcgctg 500821 acctctggaa ccgtcgctcc gaggaagagt agggcaacga agattgcacc aagtctcttc 500881 atttgatcac ccccaatgga gcggagaatg atggaaaggt cattaataaa cctttccaga 500941 tcatttataa actcaacctg gaacttctcg tggtggtgag atgcacgagg ttccgcatgg 501001 cgagatactg aaggagttga aaaaactggg cgcggagtgc gtcctaatcc agtcaccaga 501061 ggggttgagg agggaagccg aagagctcgc gggctttctc gaagagaatg gtttaaccgt 501121 tatccttcac ggcgagataa actacggggc ctgtgacccc gccgattccg atgccagaag 501181 gctcggctgc gacgccttaa ttcacctcgg gcacagttac atgcgcctga accttgaagt 501241 tccgacgatc ttcgttcccg cctttgcgaa ggtcgaactc gttcccgccc ttgaaaagaa 501301 cattgaggag attcggaagc ttggaaggag gatagcgctc gtaaccaccg cccagcacgt 501361 tcacaggctt gacgaagcga gggagttctt ggagaagaac ggcttcgagg tgctcatcgg 501421 aaggggcgac tcgagggtga gctggcccgg gcaggtgctt gggtgcaact tctctagcgc 501481 gaaggtcgag gcagaggggg ttctcttcat aggctcgggc ctcttccatc cgcttggggt 501541 tgccctcgct accaaaaagc ccacccttgc gataaacccc tactccggcg atgcaatctg 501601 gatggacgct gaagcggaaa gactgataag gaagcgctgg gcccagatag ccaaggctat 501661 ggacgcgaag agctttgggg tggttgtcag caccaagaag ggacagctcc gcttagcgga 501721 agccaagcgg attgttgagc tccttcgagg gcacggtagg aaagcgaggc tcatagcgat 501781 ggaccacata agctatccga agcttgaggg cttccccttc gacgcctacg tcgtcgttgc 501841 ctgtcccaga gttccaatag atgactacga gaactggcgc aagcccgttt tgacgccgag 501901 agaagtcgag cccctcctag gcctgaagaa ggagtacgag ttcgatgaga tacctggagt 501961 tgagcggagg gaggacgagc ctttaggcgt ttcgctcaaa ttatgaaact gatacttctt 502021 ctttaggcat ccagtgaata ctattgatat ttgtcatttg tttttgtggg aagatagtgc 502081 ggtttgagga aactctacca taagagttat aagtttgaaa ttcaaatgac gggatgtcat 502141 gttggtcgat gataaaacta tcaaagtgat agaagaatat ctacgttcct gggagattaa 502201 aaaagccatc gaactagctt taaaagacaa tgtatacctg ttggctctct tcaagctcct 502261 acacgagagt gatgatactc tcaaaattcg ggccctaata gccttggagg aggttttaaa 502321 agcgcttccc gacgttaaac ggcttattct tgttgataag tttctcgacg atgttattaa 502381 ggtgctgaag agtgataacg atggcgtttt aattcatgcg atcaggacaa ttggtaggct 502441 cattgggggc atcccccttc atccagagac cttcgtaaaa ctggcccacg ctttcaaaga 502501 tctcgttaag tctaggaaaa atgaggccct tgtacttgaa atactctctg tccttggggg 502561 gatgagtgta acttccccca gccctcggat tatggacgtt atctcgaggc ttcttaaatc 502621 aaaggatctt cgccttaagg ctatgggact cagacttctt cttaacgtga gcacttattc 502681 cggggatccc tccctcttga aaactctttt ctccgaaatt cccgaaatgc tgtcggaaaa 502741 ggacgttccc ctcgcggact tcgtcctcga cattctcttt gaaatcgcag ggtatccatt 502801 gaaggaggag ctcatagacg atgttgcccg cgtactgact gcagttaaga acctcgctct 502861 tcgaaagagc tcaaaacttg cagataaagc aaggatagtg gcagagaaac tcgagcttgc 502921 cattcacaat tattacctca aaaatccaga gaaagccaag gagaaaattc atgaactctt 502981 gataaatgag tacttttacg aggccattga tcttgcactg gcggttgggg atacctacat 503041 cttgaagtgg ctggctgaga ttctcgaaaa attcaataaa gagactctta agatcaatga 503101 aagagttcta ccgggcccga aatacctctc tataccccca gagaagaaga tccaaaggta 503161 cataagacct ccaaccttag cccagtttag ggaggtaaag aaaagtgcct tggaaatagc 503221 ccttaatgaa cctgcttctc agcatgaatt gactgaagat gaaaaaatcg aattgaaacg 503281 agcggtagag gtgggcgatg aagaaaaact cctccaacta tctaggaaaa agccggaggt 503341 ggtatttgag ctcgtccgca aacttgaaga gggagataag ttcgaaaaga tggacgccct 503401 atgggcacta tcaaagctcg ctgaaaaaat tgaaagagga gtggctttca tcttagaacc 503461 tgctgtagaa aagcttctcg aagtggctca ttccacaaaa aaccggtgga tgagactaag 503521 ggctgcgaag accctagcgc tgctcgctgt gaagagcaga agtggtgaca gagttgtggg 503581 agagttcatt gaggactacc tctcagggga tgcaaaacgg gtaatcccag ccctagagtt 503641 cttcagctat tactttaaca gggaatggga cgaaaaaact gcaagggtcg tgctctccac 503701 tcttaccaac catcttgaaa aagaggaaac ccgttttgac gccctcctcg cacttgaggc 503761 actcgtgaga tctgctccac cagagagagc gaggctcttc attccgttca ttgacgtact 503821 caaggatatc aaaaattctg cttcccctga agatcagaag ctcgctctgc ggatcttgga 503881 ggagatatcc tcaaaagtga agctgggttg aactactgga ggagcttaat gacgtttatt 503941 gcgtcttccc ttgtcttcac ctttatgcct aggtttttct cttccgcaat gatctggagc 504001 attcttttcg ttggaaactc tccaagaaat gtaatcattg tattatatac ctcttctgaa 504061 tctccgcttc ttttgagttc tcttatggtc agatccacac tttcaagcat tgtgcccaag 504121 aattggtact tccgtttcag gatttccata agctcctcag tcatgtcaac cacctatata 504181 ctcctccaaa atctgtaata ggtcttcaat ctcagtggat ttcacgggga gatgaagctc 504241 tgctacaagg ttgtaaatga agatctttgc ggcgaactcc ccgaagagct cttttagggc 504301 gctgtagaac tttctgggat cttcctcaat tatctctatt cctttatcat atttcgagtt 504361 taagtaggca gttatagtag cttcaaaagg cctcccaagc cttctgagta tttcctttgc 504421 agtggcagtg accatagcag acccaactcg aggatcactc aatctcaatc cctcctagtg 504481 ttattttaaa tttccttaaa actgccttat gttcagaatg tctggccttt agaaccatca 504541 gataacgttt caaaaactct ccaggtctgc taggtaactc ataactgaga atcgttatag 504601 tgtccatcag tgtactaaag cccgttgatt gtagaaggtt ggaattctgc gagaggtatg 504661 tcattataag ggttatgttt ttctccttgg agaggagctg tagatatctg atggccttta 504721 taaagtcctc ctcttccata tgactctgca ttgctgagat ggaatctata aacagaatct 504781 ccgacgagtt ttctctcaga agtctcttta taagggcgta atactgtata ggagtcatcg 504841 cttctggaat caatgatatc accttaaagt ctccatccag accgagattt ttagtagtcc 504901 ctaacaaagc tcctagtgct tcttcaaaag tcatgtagag caccctgaac ccctgctttg 504961 ccatgttaga agcgatagta agggcgaata ttgtttttcc actcccagta ggtccagcta 505021 tcaggtttat acttcccttg taaaaacctc caccaaggag ctcatcgaac ttagggattc 505081 cagttttgat ccgctctttc gtttggatgt ttctttcggc aaatcttaga tcaggtatgg 505141 gaataacgtc tataccgtag tccgttatca cgtactcata agtgctccta gctatatacc 505201 ttccgcgcat ctttggtatc gtcaggtagc gcttgattac ttccctctgc ctctccattt 505261 caagtactat aactccatct accacaaatt cctcaacacc aaagccaacc ctcctctcac 505321 catatggaat ctcgtcaatt agtatggcta gagagttgag tgcattcacg aggcggccta 505381 ttatagagtg aagaaaagac ctcatcattg ctgctccaaa gatctgacca agaacagtta 505441 tggagtcaaa gacaatgata tccggcttcc attccacgag atcttgaata agaaagtcaa 505501 gaaagtcctt catttcttcc ttgggcattg taagcatgtc ataaaacttg aaaacacctt 505561 ttttctcagc ctcttcgaag tttaacccgc tttccatagc gttctgataa aactgccttt 505621 ttgtttcagc aaaggaaata taagcgcctt tcagtccttt tttcatgtta ttaaaaagaa 505681 catgaacagc taggtgagtt tttccagttc caggatttcc agctattaga atgctagtac 505741 cccttgagaa cccacctgat agggctttat caagcccagg tatccccgta ggtatgagtt 505801 ccataccttg tcaccttgtt ttttacacaa catcaaagat ataaatacat ttcgttagaa 505861 ttttcaaggt tccacaagac ttaatatttc ctcaacataa tatcaaactg gtatccacgg 505921 tgagcaacat gaaaaagagg cacctcgcga tgctcctgtc gaagcttgag ggtttctccg 505981 agccgaaacc ggagctggaa cagtaccgga caccgggaaa tgtagcggcg gaactgctgt 506041 ggttagctca ctccgccggt gacatagtgg agaaagtcgt tgccgacctt ggaaccggaa 506101 ctggggttct ggcgattgga gcgaagctcc tcggggcgga gaaggtttac gcagtcgaag 506161 ttgacccgaa ggcccttgaa gtggccaaga gaaacgccga gcggtctggt gttgaagtcg 506221 agttcattca agcggacgtc tctgagttca gcgagcgggt tgacaccgtt gtgatgaacc 506281 ctcccttcgg gagccagaag aagggcgcgg acaggccctt cctgcttaag gcttttgaag 506341 tttctaatac ggtttactca atccatctcg cgaagctgga ggtaaggagt tttatcgaga 506401 ggttctcggc agataacggg ttcactgcat ttcggctggc gaccgtccct tttgagattc 506461 cggcccagtt cttcttccac agaaagaagc tggagcggat tttagtggat ctgtaccttt 506521 tcaggagggt tccggatggg aaagcttaag ctgagcgaca ggcaactcta cgctctcatc 506581 gaggcggtta agctcagcga agcgataaaa ccgagccagc aggctaagag aaaggccttc 506641 tcgcgctaca aaatcgaggg ctgggagaac tccaagctga ccgggatctt ctactcgatt 506701 cagaggaggc ttggtctaat agacgaggtg atcgaagagc tcgttggcgt ttctccccta 506761 atcctcgacc cctggctgag agctacactt agggttgcgg ttgaagttgc ggtctttaga 506821 gacccgaacg agaggacgct ccagcacctt aagggtctcg caaagttcct ttccggtaga 506881 acgcatccct acgtgggcta ttactactac gaactcctgc ccagggttat aaactacgtc 506941 ccaaagctta actccgagga gaagaggctg aagtggaagt atctctttcc cgagtggttc 507001 atagagagga tgcacaaact tttgggggga gaagcagagg aactgctcaa ggccctcaac 507061 gagacccttc cagttagctt acgtgttaac tgcctgaagg cgagcgtcga ggatgtcgag 507121 gactatctaa agagaagaaa cctccgcttc gagaggagtg agcgcgttga aacggtaatc 507181 cgtgttttag accccttcaa ccccggtagg ctcatggaga agggcctcgc tctgccacag 507241 gaagaggcgt ctgccgtcgc ttccctaatc ctctctccag aacccggtga gacggttgtt 507301 gatctggccg cggcaccggg cggaaagacc gcacatatgg ccgagctgat gaaaaatgag 507361 ggaaaaatct acgccttcga cgttgattca gagagaatta agcgcatgaa gcaaatcctc 507421 cgctgggccg gcgttgagat tgccgaagtt aagaagctcg acgggaggaa ggcccctgaa 507481 ttcctcggcg agaaaattgc cgacagagtt ttgctcgacg caccgtgcac gagcgacggg 507541 acgatagcaa aaaaccccga gctgaggtgg cgcctccgcg agaagaatat tcccaaggtt 507601 gttcagctcc agaaagaact catcgagagt gcctggaagc tcttaaaacc tggtggaagg 507661 ctcctatact caacctgctc aatgctctcc gaggagaacg aagaggtcgt gcgctggttt 507721 ttggagagac acgatgacgc gaggctcgtc ccgcttaacg ggccatacga tgagggcttc 507781 ctgcccggca cgatgagggc ctggccccac aggcacagaa cgataggctt cttctacgcg 507841 ctgattgaga aggcaagggt taaataacct cacttcctat tgaaggtggt ggaagaaggg 507901 aggacgttga agctcaggtc gagaggctgt tcctcgacgc acagaacctc ctgctgaaaa 507961 tacggttaaa ggagatccag aagggcaagg ttacccttga ggaggtagaa aaagttgttc 508021 aggaggagct gaaggtcgaa gaggacgtgg aggatataac gaagataatc cgccagatga 508081 gggagagaga ctatgagtcc gagtattgac gtagtgctgg acacaagcgt cctcgttaag 508141 ggatttctac cgccgttgcg ccgaaaacac aatgatatta ctaccggcaa ctttccgttc 508201 atctgaaagc caaggaactg ctgaagaaag ctcagaacgt cgacgttggc gtcgagttcc 508261 tcgaaactta ctcaatcttc tactccgacg tttacctcat ggaagacgcg atgaaactgg 508321 gcagaaaaac tggggccagc ggttttgatg ttcttttcct cgcctgcgcg aagaaggcaa 508381 acgccaaact ggtaaccgac gacaaaaaga tgtatgagac ggccgtaaaa gctggaatag 508441 aggtggaact cctcagggag ctcatttcat ctccatgagc cttctgtaca gctcctccac 508501 tttttcgcta acgtcttccg gcgagaaacc ggccttaacg gccagccacg tcgcgcctcc 508561 agctccaaca ccctccttga cgtaaccgcg ctcgtagtcc ctcagcccct tgaactcgct 508621 cttcgagaaa tccaaatcgg cggcgtagct tataatcccg atttccttcg ctgtctcgat 508681 gaaggtcgcg ctcttgtcgt tggcgaccca cttggttgtg gctatcatga acctgcttaa 508741 atcctcgccg agggccttta ggagcgccga aactgccagc atctgagttc cacctgccaa 508801 aacgatgtcc ctcctaaagc cgagcgcaat gccgattacc gtcgccatca tcgggtctcc 508861 gaactgcctg agggcttcga gggggttgtc cctcaactgg cccttctcaa ttcccgccct 508921 ttcgaaggcc tcagcgatga ccttctcctt caggctctgg ggattgtcag gcgaggccga 508981 gctggttctc gcttcgtagc cgagcgccca gaggacggcc tgagcagtgg tcgttcctcc 509041 cggcgtcgac tcgccgatta ccagctcctt tatcggcgtc ttgtttagct cctcaccgaa 509101 gagcttggcg cgcttgatta tatcgccgaa ctcgggtaaa gcaggctcct tcctgaagtc 509161 ccttccgacg gcgtcgctga tgtggacgtg cggaacgagc ggagccagat acgtcccacc 509221 cctgacgacg agaaccggga agttcgcgag ctccctcgcg gccttggtga ttatggccgg 509281 cgtcggatgg ccttcgggcg ttacaggaat gacgtcaatc gtcaggggct tctcgtggaa 509341 gaggtattcg gcatcggcaa cgggcgtcag cttcgtcagc tctggcgtcg ctccggcaac 509401 gcttatcccc ggcacggtgc ttatctccgt gttgcccagg acgagaagga agaggctctc 509461 cattccaacc accgtggagt ttttatccag tcccgcttat agcctttggg gttggagatg 509521 ggaaaagcgt taatggtcct tggaacgtcc tctggagcag gcaagtcgct cctcgttacg 509581 gccttatgca ggattttctc gaacctcggc tacgatgtgg tgcccttcaa gagccagaac 509641 atgagcctga actcggctcc gagcatagag ggcggtgaga taagcagggc gcagtatctg 509701 caggcgatag cgtgcaggaa gaagccgagc gtcaggttca acccgattct actcaaaccc 509761 gagggcaaca tgaggagcca ggtcatcttc atgggaaagc cgattgggag cgtttccgcc 509821 aaggattata tgctctcgcg gaaggaggag ctcttcagga aggcgatgaa ggttttagac 509881 gagctgaagg agaggcacga ccttgtcata atcgaagggg ccggcagtcc agtcgagatt 509941 aacctgaagg actacgacat tgccaacacg cgcgtcatgc tccacgcaaa ggcgaaggga 510001 atcctcgtta ccgacataga ccgaggggga agcttcgctt caatagtcgg cacgatggag 510061 cttcttaaac ctgaggagag agacacgata atcggcttcg tcttcaacaa gttccgcggt 510121 gataaatccc tccttgagcc gggctttgag taccttgaga agcgctacgg aaagcctact 510181 ctcggcgtta tcccctacgt cgagcaccgc ctccctgagg aggactccct ggcggagttc 510241 ccgaaggtga agggcgagct ccacatccag ataatcaaac tcccccacat aagcaacttc 510301 acggacttcg agcccctgca ctgggcgaac ggcgttgact acgtgacgag gcccgaagag 510361 ctcaagggcg acgtgattat aatccctgga agcaagaaca cggtcgaaga cctactctgg 510421 ttgagggaga atggtttcga ggacgcgata attgaggccc accgcgaggg ctcttttgtg 510481 gtcggaatct gcggcggctt ccagatgctc ggggagaaga ttatcgacac cgtcgagtcc 510541 aaacgcggag aggttaaggg aatcggcctt cttccagcca agacggtctt cgagaaaacc 510601 aagaggacga accacctgaa tgccgaggtt ctatgggaac ctgccagggg aatggccgtt 510661 gagggctacg agatacgctt cggcaggagc gtctcggaaa gaccgttctc ggtgattaag 510721 gcaatcaacg gtgccaaaac cttcgagcct gagggggcga taggggagag agccttcggg 510781 acttaccttc acggaatctt tcacaacttc gccttcacgg agcgcttcct caacttcctg 510841 agggtggaga agggccttga gcctgtctcg attgaacgct ggagcattga ggaggaaata 510901 gagaggttcg caaaacttgt tgaggagaac atcgacgttg agaggatttt aggggagctt 510961 ggactttaaa aataatcctc gggcctctca agctccttcg gtggatgcct tttagcccac 511021 cagagcttca agcggatgta gatgtaaaaa ccgagaaaga ttagcaagcc tgccgctatt 511081 aaaaccactg caaggagcag aaagcctaag acgaacagca cggcgagtat aagcaagagg 511141 acgaacgcca aggctccctt aacctcgttc ttcctcacct tcccaccagc ctcgctattt 511201 tatccgcgag ctttaactcc cccggcgtgt tgacgttcaa agcgagcaac gggttgttca 511261 gctcaaagaa ccgctcgccc tcgattccga cggcgttaag gccaactatc gcgtagcccc 511321 tgtaaacgac tggcttcaaa tccttcggaa ccagctttag tggtagaaca ccggtaaggc 511381 ttgttttcct gtcaaaggcc tctgaaatcc gcgctatgtc actcgccttg atgaaaggta 511441 aatccgcgga gacactgatg aacggcccga actcgtggag gagccactta acgtcctcaa 511501 cgtaaccgtt tccgggcgtc tcaacgaaag gaattctctc gcggaggcac agctccctcg 511561 tcttcggcgt gttcttggag agggcgacga gggtttcacc gaccttctcg gcctcgcggt 511621 aaacgcgaag gagcatcggc actccgccga cctttaaaac gggcttttcc cgtcctatcc 511681 tgctcgaacg tccaccggcc atgatgatta tcatacccct acattcgaac aagcgtttaa 511741 aaggcgttgc gcctaaggtt gaccatgcgc tactggacga ttatcacgat cctgatgatc 511801 ctcctcgcct ttgctttggc ctgcatctcc cagggcgata acgtccaaac cccctccttg 511861 actcccagca tgacccaaaa tgctacgtca agtgtccaca cctcaacttc agctatggaa 511921 atgactctaa catcctctcg agcggggtgg gtagaaaatt caactcaaac tccttcaagc 511981 ccacggctca gtgataccgc ttcccctcta ggcggttcga gtgttaacct tcagaacgga 512041 acctccaccc taagtcccgc cggcggtctg aactccactg agaactccga aagtttgtcc 512101 ctctcctccg tgaggagctg ggcctgctgg cttcagaacg cgagtccaga ggttatagcc 512161 gagagcggat ttgatttggt cgtgatggac tactcccggg acgggagcga cgagacggcc 512221 tatacaaggg aggggataga ggggattaaa agagcaggca taattccgat tgcctacatc 512281 agcattggcg aggccgagga ctatcgcttt tactggaacg agagctggaa ggagaacccg 512341 ccggcgtggc tcggccctga gaatcccgac tgggagggca actatgccgt caggtactgg 512401 gacgaggaat ggaaggaaat cgtcttccgc tacctcgaca gaatcatcgc ccagggcttt 512461 atgggcgtat acctcgacaa ggtcgacgag tactggttct gggcggaaag ctacaatgag 512521 agctggacgg cggagcggat gatcgaactc attctcgaaa tcgccaacta cacgcgctct 512581 aaagccggac gggatttcat aataattccc cagaacggcg aatacctgct cgaatatgac 512641 aacgggacgc ttcttgccac cgtttcaggc tgggcgagtg aggacgtctt ttacaacggt 512701 ctcgagccga gtccttggac ggccgaaaag gtcccccccc tcaaaaaggt cgtcaacgct 512761 ggaaagcccg tcttcgtggt tgattacgtt gatgatggca cgggaagcga ggaaaacctc 512821 gctagaattc tcgacttcat agacaaggcc aggagagcgg ggtttatccc atacgcgact 512881 ttcgaagata gagaactgga cagactcgac gtgattccag gtattcagcc cccgaagtaa 512941 acccaaacca ccgccattcc caggagcgct ccagccctcg ttatctctgc cacagccccg 513001 atgcagtccc cgttcagccc cccaaagttc cttagcgaga gtctgataac gtatgctcca 513061 gccaagaggc cgaggaggga agagatagag cggggttcga tataagcaac cggcaggagc 513121 aggaggaggt agagggccgt tcctagggtt aactgccttc cgttcatgcc ctccataaag 513181 tacgccccaa ggccctggcc gaggggcttt ctcgttgcca gagcgaggag catggcgaac 513241 ttggagttca gctcggctaa gtagagcgcg tagaacggaa gtaatggaag ggagtaaacc 513301 tgcaggagga aaaccataac gacggcgaaa acccccgcta tgcccgtgtt gaggtctttc 513361 atggccttta tctttctctc ccggtcgccc ttgaccatta ctccatcggc ccagtcagcc 513421 aagccgtcga ggtggaggag gcctgtcgtg aaatagagcg cgaggatggc taagacgttg 513481 ctcaggggga gttccaggta aaggacgagc gtcgccaggg ccgaagttag gggggcgagc 513541 agggggagag cccagagctc attcctaacc cgttcgaagt cgcctttgac aggaatccgc 513601 gtgaagaagg gtaaaagatt acgcaccgct acacctcctc gaacagcctc gtcatacagc 513661 ccgctataaa gccacctatc gcatcatcga ggaaaggcgg aagctccgca aggattccgg 513721 gctttctggt gtcgtagtag aagaagttga agagcgccat cttccctcct atgagctcgg 513781 cgatgtttat cccaattaac tcatcagcta caaggttcac ggggtcgccc tcaactttga 513841 agttctcttc gagcaggaga gccgaaagaa gtagagcttg gacgtttacg tcgctgaggt 513901 agcggagcat cagccccctc agcctttccc cgactttctc gcgctcgtcg ccgatgtaga 513961 gttctaacgc ggtgtcgagc atcttttcga gcgttatgcc tttggattcg aggcgggaga 514021 ggagttcttt gggtgtcata cagaaccacc catgagtttt aacagctccg acggagaata 514081 gacgacgatt ctgtctctga tggcgttttt cagttttaag tcccccgtaa caagtggaag 514141 attaagggcg agcgcaagag caacgtaagg gatgtctttt gggtcgggag acagggagag 514201 ggcctcttct atgcctatct taacaacgtg ctctggcatc gttatcgtct gggatttgat 514261 aatcctgaga atgaattcga agtcctcgta tgttaggcga gtcaatctgg cgaggcggtc 514321 tttttttcgc tcgacttcct cccagaagta gcccggaact aaaaattcaa cgtccttcgt 514381 cacatggttc aacatgaaaa gtttgtaggc aacgcctcta ttgtaaagag cggagaacac 514441 cacgttgtag tccagcacga cctccattca gaccactccg tagcgcctgg ctatctcttc 514501 ggcaatctcg tcttcaagcg ccttggcctc ttcttcgtcc tctatttcaa tactcctcac 514561 gatttcctcg aacctcttcg cctcctcaat cctcttctgg agctccctcg caacgtccac 514621 gacgagcctc cgctccaggg cctttctcat ctcctcactc caaccctccg ggacggttat 514681 cctgagcact atctcaccca ttctatcacc gcccatatct ttgctttggc tatatttacc 514741 tttttctcag ctcggacctg acccagtgat acctctcgct ctcctctgtc gagatgattt 514801 caagggcgaa gcgcccctta aagagcggag acgctaaaac gaccgtgtgg aactctccga 514861 actcgccgac cgggtcaatg ccgggattct tttcgaggaa gagctcaagg tcatcaaggg 514921 agcggaaggt gtagccgagc cactctttgc cgagcttctc cctgttcacc gcgattatcg 514981 cgtgctcaaa gccagcattc aggatttcct cggcgagctc cctcgtatcc cgtccccaga 515041 gcggttcgag tggcttgact ccagcccctt ccgcgaggcg ctcaatccac ctcagatggt 515101 cctcaaggag aacgtcgcca gcaatgaggt aatcaacgtc cagcgagcct atgaactccg 515161 ccagtgcctt gcttcctcgg ctcatgtcaa aggtgaacag ctcctttccc atcgcctcgg 515221 cgagcgtttt gagggctgaa aagttctccc agtggggcga gaggcctata gtcgttttga 515281 gcgcgagcag gtagggaacc tcgattccgt ttttctccgc gaggtgaacc gcgtagaggc 515341 cgtccttacc gcccgagaaa aaggcgactc ccctcattga accaccaagc ctataaaggg 515401 tttggagctt ttatccatta tgctgattcg gattgatgaa ctcgagaggg tcggcgacgt 515461 ctacgttaat ccgcgaaacc tacgggctaa gccactttta ctgaaaacct ggcgcgattt 515521 cctgagcctt gacgagaaga cctatgggat ctacgcacgg acgatttaca acccgaggga 515581 gaggtttttg gtgaccgatg agttctccga ggcccgggca atagatctct cggcccttta 515641 ccgctccttc ctgatggacg cggagtactt ctgtggcggc gagaacctgc gctaccagct 515701 ccaggttggt gagttcgagg gactgccctt tgccaacggc tggacgggct ccaaggtcgt 515761 cctcgtgggc gaagcgccgg gaaggcgggg ctgtgggaag acgggtgtgt gcttctatcg 515821 cgatgcctcc ggtatgcttc tccggaagac cctgtttagc ctcggtatca acccggactt 515881 tgtttacata accaacgccg taaagtgcaa ccctcctaac aacaggctgt cccgcgttcc 515941 ggaaggagcc tacgagctcc tcgcgaggga acttgaaatc ctcaggccgg gaacaatctt 516001 tgccctcggc agaaccgctg aaagggcttt gaaggagctc ggcttcgagg tggagtacct 516061 gagacatcca gcctggtacg tgcgtcgcgg agtccacgag ccgaatgatg agatgctcgc 516121 tgagtacgct aaaatcaggg aggccttcgg ggaatggacg ccctaatcgt ctttctcctc 516181 gcgctcctct gggaccttct ccttggagaa ccaccggttg agctccaccc ggtggtctgg 516241 ttcggaaggg tagcgggctt tctcgacggg aagtggaagc gaaggggtcc cctccctgat 516301 ttccttgcgg gagctttaac ggccctgctc gtcattgcct tcgctttagc cctctccctc 516361 cttccccttt acctcccctt cccgctgaac tacgccctcg cggtttacct cctgaaaagc 516421 tccttcgcga tgaggagcct ccacgagcac atcgcaagga cgataacaga ggatatcaat 516481 gaaaagcgga aggccgtctc gatgatagtg agcagggacg ttaaaaatct cgacgaaagt 516541 catctcaact ccgcctcgat agagagcttg gctgaaaacc tcaacgactc cgtaatcgct 516601 ccgctgttct acttcctcct cttcggcctc ccaggagctt tgttctaccg cgcggtgaac 516661 acgatcgatg ccatgctcgg ctacaggaac gagcgctacg agttcttcgg caagttttcc 516721 gccagattag acgacgttct gaacttcatt ccggcgaggc taactgtcct cctctacatc 516781 ccgcttggcg gtttgaaggt tctcaggcac taccaccttg caaagttcaa gataaactcc 516841 gacaagccga tgtcggccat gagtgccgtt ctcggcgtct ggctcgagaa gcccggagtt 516901 taccgctttc cggggaggga accgaaaaac aaggacataa aacgagccct aaaggtttac 516961 tggttcgtag ttgccgaatg ggttggaatc gtccttttac tcctcgcaaa gggggtgtgc 517021 ccatgctgga gcccgtgaag ttctcgactt atcacggcgg tgcgagggaa gagggactgc 517081 tcgacttttc cgcgtcgctc aatccttacc cgccggggtg gctcgacgag atgttcaaac 517141 gcgcaaagga aataagcaac cgctacccct actacgagag gcttgaggaa gaactggaag 517201 ggctcgtcgg cgagcctcta atcataactg ccggcatcac cgaggcgctc tatttactcg 517261 gaatcctcgc gctccgcggg aagaaggcga taataccgga gcacacctac ggcgagtacg 517321 agcgagtttc gtggattttt ggggcgagag tcgttaaagg cccgaacgaa cctgagaagc 517381 tggccgaact cgtcgagaga aactcggtcg tcttcttctg caaccccaac aaccccgacg 517441 gaaggttcta cagcgttagg gagctcaagc cactcctcga tgcggtggaa gacagggggg 517501 cgctcctcgt tttggatgag gctttcatag acttcgtgaa aaagccagat agtccgaagg 517561 gggagaacat cgtgaagctc agaaccttta ccaagagcta cggtttgccg ggggtaaggg 517621 tcggctacgt tctcggcttt gaagaagcct tcaggagcgt tagaatgccc tggagcatag 517681 gctcgactgg agttgccttt ctcgaattcc tcattgaaga cggcttcgag cacctcagga 517741 gaacgatgcc gttaatctgg cgcgagaagg agaggattga gaaggcactt ggcgtgaaaa 517801 gcgacgcaaa cttcttcatc aagcgcgttg gcaacgctga ggggttcgtt gatgccatga 517861 agaagcgcgg aatcctcgtg aggaactgcg agagcttcgg cctccctgag tacatccgct 517921 tttcggtgag gaagcctgag gagaatgaaa tgctcattcg ggcctttaaa tccatgaggg 517981 tttgaagtta ctcccctgcc ttttacagta agaaatgaga acatcaagcc ttctggccct 518041 ctgagggctt gggatttgtt gccttatcac ttgccggcca ttttctcaca ggggaagtac 518101 acctttccaa cgaagccttc gccagcagga ccgatgacgt aaacatcgcc aactgagtac 518161 ttgtagattg ccgtaacact cccgctcttt gttttgcaga tctccggcaa gaggtaggtg 518221 tcgtttttga gttcaacagt gggagcgttg gcgatctgaa tgggtctctg aatcactagg 518281 gtgacgttga atgtctcgtt ccagaccgtt agcttcttca cggaccatcc gatgggcctg 518341 acgaggtagt gcgttccgtt cttcttgacc tcgtagttga tagtcatctc aatgcttttc 518401 ttcggcgtgc cttcaactct gatgtcaacg cttgtcgttg aaccgttttt catgcgcacc 518461 agtatggacg cgaggttctc gggattcttg aagctgtagt agggtagcat gtacacgtcg 518521 tccgagagct tgaaggcgga gaggttgagg acgtctgggc ttgttttgat cagtattgct 518581 ggataggagt aattcacggt aacgtgtttg tatccgatga atttagcgtg aacgtggaac 518641 ataactgctg ttacgttgat gccgggattg aacggaaccg cattgatctt tatggagaag 518701 ttcgttttgg tttcctcgtg gccgagacag ccagccgaca gtaccacgaa tagaagcagt 518761 aatggaacga ttttcctgat cataataaca ccacccttgt ggtgtgaaga tagttatgac 518821 tatgccctca agtatataaa cgttttggta tagcttataa actcctgtgc aactgacttg 518881 gaggagatgg aaccccatcc tttgagctca gcggggatgt tcgggatgcg taccgaggtt 518941 taacctgggg gaggatcttt attaaccctc ggagcctagt ctctcaggtg atccgatgct 519001 attgaaggtt ataaaacgcc gggccttgac tctctcctcg ggactggaac tggtggattt 519061 cggctttgca ctgccgtaca cgtgggttct cgtggaagga ggagagggca gggctttagg 519121 tgtcgcgatg actcttcccg aggagatcca gcgttacacg aactcgatag gcgagccttc 519181 ggtagaggag ttcatcgaga gggtcgacag cctcaacgtc atcgagcgca ccctcgggct 519241 cgcggcgata aacgcggttt cccagtacca catggacctc agcggtgcgg agtgggttga 519301 tgttctggac ttaatccctg aaaacgccgg aaaagtcgct ttaataggca atatgccccc 519361 tctggtgagg gaactgaggg aaaaaggcta cgaactctac gttttcgaga gaaaccccaa 519421 gctgtgggac agggaaacgc tcagcgacgt tcttgagtac cacctccttc ccgagatgga 519481 cgcggtcata gcgagcgcga gctgtctcgt taacgggact atagacatgc tccttgagag 519541 ggccaagagg gcaaagatat ttgttctaac ggggccgacg ggacagcttc tgcccgagtt 519601 cttgagggga acgggtgtta ctcaccttgc ctcgatgaaa gtggtcgata tcaaaaaggc 519661 aattctcggc ctcaagctcg gctcattcaa aggctttgag aaggggaacc ggaaatacgt 519721 ggttgaggta gggtgacttc aaagaaactc ccacagcctc ctgaagaact ccgtttttct 519781 acccctttcc gtcacgaagc gcaggatttt gagctcttcg agggtatcat ctttgatttt 519841 gactattcta gtaacccctt tcacatccct gctttctgcg agggcattaa cgaccttcca 519901 gccgttggga aggagggcgt tgaagtacct cttaagccac ctctcatcaa tcgagcggac 519961 gaagagctcg ccctcgcggg aaaggcggta gtaggtgtgg tgcttgtgaa cctcgaaggc 520021 cttcttgaag cgcgccctgc ttctctttat cgcgctccca gaatcgcgtt caatcaagcc 520081 gagctcgagg aggtcgttta ttgagtcctc gatgagctca aggggcaaac cgctcatctt 520141 agacatcatc ttggcgtagt caacgcccgc ctttttcagg tgggctaaaa cgtagaggtg 520201 aaccggcagg agttcaaagc ctcggtagga accggggcgt tctccccgcg tattccctct 520261 actcatcgcc gaaccgctcc tcaagggcct tctcctcatc gcctataaac ctcactactg 520321 cgaaccagta aatcgctggc aggccgagca tgaagcctcc gataacgaga gagaagccgg 520381 ggattatcag gaggccccag attgagtata tcgggtgcct gacgcgggaa taacagcctt 520441 ttgtcagtag tttgccttct ctgtaggccc tcgagacctg aaggtagcag atgaaccaca 520501 gtgcgactcc agcaataacg agaatcgctc ccatcctcgg caatctcagg gcttggagcc 520561 cgagggcgaa gttcaggtaa aaggcgagga gcgcgtagag aaaagcgaaa agcgccaccc 520621 tcggctctat gccccagaag cgcatgactc actcctcgat tgggggtttc tcagcctttt 520681 tcgtctgaac ctgctcccag agctcgtcga agttctcaag aaccctttgc agggcgagct 520741 ttaaatctct agtcctcgtg aaaaatgcaa ccttgttggt tttgtccctt atgcgcagga 520801 agttcggtcc cattctgaag gcagctagga catcgacgtc gaggagctgg cccaccacag 520861 ctttgaactt cctcgggtcg ccgtgtcctt cgtcctcttc ctcgaagtcc ttagccctgt 520921 ttggcctctt ctcgatgagc cttacgctcc cgtcctcaca gacatcgtag attgcgaaga 520981 actcggaatc gccgtagtgt gcgtctatca agtgttcatc gtcttccatt ccgaaggcaa 521041 ccttaaggca cctcatgagc accaccggtg aaagctcgat gggcccttta aaaagattta 521101 gggaagccta atcacaggtc tatgtcctcg aaccactgct cgatcaaatc ctccggaatc 521161 tcatcatctt caacgctctc ctgtatgaac tcccacatct caaggtgtct cctcaggatt 521221 tcagcgtgct ccctgcttat ctcggccagc cagcggaaga gccttctcgt cttctcggat 521281 ttggccttca tgctcagctc cgagtaaagc tttgccgtcg ctttctccgc gtcgatggcg 521341 tagcggtagt agtcctcgac tgtcgcttcc gggtctgtga gggctttctc aaggaatccc 521401 agtgcaactt caacttcctt catccccctg gtgttgggcg acacgtccac ttccctgagc 521461 agctttgcgt tcctctccgc gtggttcgct agcagtttga ggtcgtcctt gaagtccttc 521521 gggacgagcg ggagcaacgc cctgtaaacc tcggccttcc ggatctctat cctctccaga 521581 gccttcataa ccaccaccaa caatttaata acgaaaagtt atataaactt tttgcgtgct 521641 tatgcaggtg acgaatcgag ttggctttcc aggctgttcc tgggatctgg catgggggct 521701 ttcataagcc acatcgaaaa gcttttaaat gtgtgtgcat atgcacagaa tagaaaggaa 521761 gggggtggtt gtgatgagga tcgcgatacc gaccaatggt ggggggctcg aggacacggt 521821 tgcgccagtc tttgccaggg ccccggcctt cgcgatcatc gacgttgaag gagatgaagt 521881 caagaacgtc agggtcattc agaacccagc ggcaaacgcg gccggaggag ctggaccgct 521941 cgcggttcag accctaatca acgagggcgt tgaggcaata gtggccccgc aggtcggacc 522001 gaatgcactc ggcgccattc aggctgctgg aataaagctc taccaggttg ctccaggcac 522061 tccagttgag gaggccgtta aggccgtgac cagcggaagc gccccgagca ccaccgctcc 522121 ggcgccggcc tatgggccgt atcccgctgc accggcaact ccagtaaccc ccgccgcccc 522181 tgcatatcca gcaacgccag catacccggc ttaccccgcc tacggctttg gccccggttg 522241 gggaagaggc tggggaagag gacgcggctg gggccgtgga tggggcagag gtggaagagg 522301 ctggggcgca aggcttggct actgcccctg gactggccgg cccagcagga gaacccttcg 522361 ctggctctac ggctggtggt gattccttca ttttaccttt ctggagggtg aaagatgccg 522421 agaggaatgg ggaggggata cggcaggcac tttggtgggc cttaccccgg ctaccggttt 522481 ttcccgttcc ggggtctcta cgggttgtta gacctaatta tcctcatact gatgctttac 522541 attctcttta agctcttcct cgtggcctct ggctacgtcg tggccctcgt aatactgtgg 522601 cttatctgga gtgcactgag accgggcagg ggtttctttg gcccctggtg atcttttctt 522661 tgtccaggcg aaacattaaa gtactattga gcaaggaata agaattggtg atcctatgcg 522721 cggaccgttt cccgaccaga taactgttaa gaggtccgaa atgcttgccg aagaaaagca 522781 gagcaagttt ttgcacgagg gagaggaact caggcagtat tcaaccctgg aaacagtggt 522841 aatcgttata ctcggactgc tcgtcctcgg gttcgtgata ttcactttga gaaactacct 522901 gtgaggtttc tacgccttcg ttcgttcttg catgatgaaa aaagggggtg ccgttcttca 522961 catgcccccg cttacagcaa gctctattat cttccttatc tcgacgagga actccatcgg 523021 gatgtccttg agcatcggtt cgaggaagcc cttgactatg agctgtgtcg ctttttcctc 523081 gtcaaggcct ctgctcatca ggtagaacag ctcttcctcg cgtatcttgc cgatagcggc 523141 ctcgtggctc agctcggcgt cgtcaacctt gctgaccagc ccggggtagg tctccatcgt 523201 ggccttgtcg ctgaggagca gggcgtcaca gcttatgtga cccttcgtct tcggcgcttc 523261 tgcccttatg attccgcggg ttatcacggt gctctcgtcc attatgacgg ccttgctcgc 523321 gtttattccc ccagcgcctt tgccctggag gtacatctca ccgcctaaat caacaaacca 523381 gtccttctgg ccgaggagaa tgccgttcag ctcaatgtaa ccgttctcct cgacccagta 523441 cttcggattt gcgacgttgc tcttccctgt tccgaggccg acggtggtgt tgatgaagcg 523501 cgcccccttc ccaacctttg ccctcgtcat gggcctcgtg tggacgtact ccggccagtt 523561 ctgcaggacg gtcagctggc ccttcgcccc ctcgtggaag tacgcctcgg tcatgtcgag 523621 gtggagagag tgcttgacga gaattggagc ggtacagccc tctatgaggt gaaactccgt 523681 gttcttctcg gcgattatga tgatgtgcgg tgcctgagcc aatgcactct cctgtatcag 523741 gaagaacagg tggagcggga acggaacctt gaggccctct ttgacgtaca ggaagattcc 523801 accgttccac acagccgtat ggtatgctgt aagcttgctc tcgtcaacgc ggaagagctt 523861 gaggaagtgc tccttgacga ggtcgggata ctttctcaca gcctcctcag ttgggaggac 523921 tatcaggccc ttcttggccc actcctggag gaactggttg tagatgactc cggtgtcggt 523981 ctgaacagct aaaccagcga tgtacttctg ctcgacctcg gaaataccaa gcctgtcgag 524041 caaagctttc atctccggcg gcaggtcgtc gaggctctcg atgttctcgg gcaggccctc 524101 aatctcgggc ttggctatga actggaggag cctctcctcg cttatgacag ggtcgttcag 524161 tggagccctc tcgaacgctt ctaacgcttt gtaccttatc ctcgtcatcc actccggttc 524221 cctgttcctc ctcgcgagct cctcaatctg gttctcgatt atagcctttg catcgctcat 524281 ggttatcgtt tccgtcatgc tcccacctcc tcgaagaccc cggcgaagcc ttccctgtct 524341 atcctgtcga ccagctcccc tccgccggtt ctcacaatcc tgccgtcctt catgacgtgg 524401 acggtaatcc tgtccctgtc tatgtgctcg agaattctgc cgtaatgggt gatgaggagt 524461 attgcagtcc ccttcctgtg gagctcttct atcttcctgc tgattacgct gagcgagtcc 524521 acatcaacac cgctgtcggg ctcgtcaaga atcaggagct ttggctcgat gagaaccgcc 524581 tgaaggagct caagcctctt cctctcgccg ccggagaagc caacgttgac gtagcggtgc 524641 aggtcctctt ccttgaacca cagctccttc gccttctcga ctatcaggtc gtaggcctcc 524701 accggatcga ggcctttcag ctcgaccaaa acctgctgga ggaactcgat gatcttaacg 524761 ccctccacct caggcggaac ctgaaaggcc agaaggattc cgcgcttggc cctctcgtcc 524821 ggaccgagct cggtgatgtc ctctccctca aagagaatcc tcccgtttct tacctcgtac 524881 ttcggatggc ccgctatggt aagggcgagg gttgatttcc cgctcccgtt gggccccatt 524941 acgacgtgga actcgccggg gttaatctcc aggtcaacgc ccctgagtat ctccttgttc 525001 tcaacgttca cgtgaaggtt ctcaactttg agcattagct cacctccatg ggtagcgttt 525061 atgggacctt ttttaagcat tttggaacag gtttgggtag tgagcatatg cacaagcctt 525121 ttaacttagg ctctcctaat tcaagtggag gtggtgttga tgaggataat agtctcaaca 525181 gtgaacggag gcctggacga tagggtaaac ccggcctttg gtaggactcc aaccttcacg 525241 atagtcgatg tggagaacgg ggagatagtg aacgtccagg ttgtcccgaa tccaggctac 525301 agccagccaa ggggggcagg cgtcacggcg gcccagttct gcatagatca gggggccgac 525361 gtcgttatat ccggtcagtt cgggcccaac tcgagccaag ttctccaagc ggcggggata 525421 cggatgcact cagcaccgcc aaccatgacg gtgagagagg ccgttgaggc gctcctccgc 525481 ggggagctgg ggccagctgt cttcggcccg gaaggtggca tgggcggagg aagaggacgt 525541 ggaatgggaa gaggaatggg tagaggcatg ggtcgtggta tgggtcgcgg aagagggatg 525601 ggaatgggcg gtggaagggg agaatggtga gctccccagt attttcttta tcggtgattg 525661 agatgaaact cacgatcctc ttcgagaacc acgcagggta tagaaagggt ttgataggtt 525721 atcacggctt ttctgccata gtcgagcaca atgggagcaa agttcttgtt gatacgggca 525781 cggacggaaa ggtcctgctg gggaatatgg cagagctagg cttttctccg gaggaaatcg 525841 acgcggtctt cctaactcac ggccactacg accacacggg tggtctacgg gcattcctcg 525901 aaggcaggga gaagggcatt gacatccacg cccacccggg aatcttcgcg aggaggatag 525961 cgctgaagcc gtacaggcgg gagataggga tacccttcaa aaaggaggag cttgaggaac 526021 ttggggcaaa gttccacctc tccccgaaac ctgttgagtt tttaccggga tttatcagtt 526081 ccggcgagat cgaaagaaaa acctgggata gggccgttgg ttacctcgtt ctggacggta 526141 aagccgttcc cgacccggtt cttgatgaca ctgcactcat cgtcgatcta ggcgatggca 526201 tagcggtcat caccggctgc ggccacagcg gaataatcaa catagcagag cacgccgtga 526261 ggctcacggg aaagccgata agggccctca tcggcgggtt ccacctcagg ggagcaggaa 526321 aagctctcct aaatgatgcg gccagggggc tgagtgaact gggcgttgaa agactttacg 526381 ccggccactg tactggaata gaggagtttg cattcctctc gtcaaccctc ggcaacgtcg 526441 aagggcttca cgttggcaag gtcatcgagc tttagcgaac cctttttcct caagctcttt 526501 ggctaatagt gcaactgtca aaataccctc taaaatgctt ccaaagttcg gaacctcccc 526561 gaactgggcg aagagcgttc cgtagcgagg gtgccacgca tcgacctgct ttctgtcctt 526621 ggccgttatg atgtagacga cccactcctt ttcctcaagc cactcaacga gcctccaggc 526681 gtcggccata tctttaacct caaggtcgaa cttctcgcga actttttcca cgagttcctc 526741 catagtctcc accgattgag ctttggatga gagttaataa accttcacag gagcatcctg 526801 agcgcgacca ggattagaac tcccgcaaag gccctcctga gggttttggg gtgaactctg 526861 tgggccgtta aggcaccgag cctgcccccg attatgagcc ccggggcgag gaggaaggcc 526921 atgtgtaaat caacctgtcc gaggcggtag tgctcaattg ctcccgctag ggccgtgaaa 526981 aagagcgcaa agctcgaggt tccaacggcg tacctcatag gtatgcccac gaaggtgtgg 527041 aagagcggaa cgttgagaac gccgccactt atgcccaaaa gcccgctcac gaggcccgag 527101 aggatgccaa caaggggaac gcgggagtag tgaaccgcgc cctcttcgtc gtgaggtctg 527161 catttcttcc tggccattgt gtaggcgagg taaaggagaa ggaacgcgaa gaccagcctg 527221 agccccctct cagggagtct ggatgagagg taagcaccaa gaacagcgaa tggggcggaa 527281 aagacctcct tcaggagaac gacgcggtaa aggaccgcac cccttcgaat gtgggtcagc 527341 gaggcggaga gcgagctgag gactatgcat gttaaactcg tgccgatggc gagatgtatc 527401 ggctcgccga ggagaacgag ggtcggcact atcaggaagc caccgccgac accgaggaga 527461 cccgctataa atccaatgct gaggccgacg atgaagtcga gcaggtactg gagcatggga 527521 aaaggttgag ggggtctctt aaaaacctca cgggattcca aagccgaggc ccttcagaat 527581 cattcttagg gccaggagaa acatcacaat ggcgaaggcc tttttcaggg atgaagcctt 527641 cgtcctcctt gctatccccg ccccgagctg ggccccgatt ataaggccag gaacgaggag 527701 gacgagccac tgcgtttcca cgttgcccat cgcgtagtgc ttgagcgctc ctgctaaagc 527761 agtgaaaaca atcgcaaagc ttgatgtggc aacggcgtag tgtattggta agcctaggta 527821 agtcaggaac ggcacgttga tgattcctcc tcccacgccg agcagaccgc tcgcgattcc 527881 cgcgaagaag cctcctatgg ggacgagcca gtagttcacc ctaacatcct caagcctgac 527941 ctcttggggc tccgccgtct tcttcctgta tattcttatc gcgaccacga ccagcgcgag 528001 gccgaagatg acctttagtt gtgaggcgct gatgaaggat gtaagccatg cccctatgta 528061 agcgcctata acagccgtcg aggccagcag aagtccgacc ctgtagtgta tcctcttctg 528121 tcgtgaatag gctattgtcg agctgagcga agtgaaaacc acagctgcgc tcgaagttcc 528181 gaccgcgtgg tgcatctcga cgccgagcag gttgagcgtc ggcactacca ggaagccccc 528241 tccgaggccg aacagtgccg cgaggattcc gatgaagacc ccgaccgcga agtaggagag 528301 gtacttcagc attaaccatc cctcaaaatg cgtcgtatgg cgtcgcttat gctccatact 528361 tcaataatac ccgcacggga aaccttctca aagtgcctgt cattggtaac gagaattgcc 528421 ccgcttttca gacacattgc cgcgtggacg gcatccgcga gttgggtttc gggaaaatac 528481 gggagaacgc gaagcacatc ttctctgctg ggattcacaa tcgtgacctg tctgctgatg 528541 acgtcataga agtccagcgc gttgagcttt tcggcgtatt ttcggtattc agccatcaag 528601 acgtcgtttg ccaccaaaac gtagcgtttt ctggttaaaa aatggagtaa aagctcggtc 528661 gtgtcagtcc aaccccgttt aactgccgct atgaagacat ttgtgtcgag caggaattta 528721 tagtctgtag agttccttcg caactctgtt cccctcttcc tcggtttcag cctcaagctc 528781 ctccaaattt acttctcttg agttcctgac gagcttttcg agcatcttct tgacgttgaa 528841 gcgcctcagg actatcgtat cgccgtctat ctcggtgacg aggaactctt caccgggctt 528901 gatgttgagc ctcctccgaa cgtcctttgg gattacgacc ctgcccttgg agtccacctt 528961 tgttattccc acttttccca ccattcctac tcttggtcat cggtgtttta aagccttacc 529021 attcaaaggc aacggcctcc acgagcttta ccagggcctc aaggtcctcc tccgtgaagt 529081 ccttcggaag gccgattccc tccccgtcca cgcgctggta tttgatgccg ttgcgctccg 529141 ctatcttaac gactttctcg ggaacatccc cgattaccgg tccctctcca ggctttcctt 529201 cgaagagtcg aagcctgagg agcgttcccc caaagtcggg ctcgaagccg aaggcaaaga 529261 cgttcctccc agggacgtcg tggtcggtta aatccgctat cgcctttacc gcaacttcca 529321 ccagcggcca ctcctcaggt ttctcaatga tgaaggcgag cctgtcggag aagtctccct 529381 catcgtcgcc gaactcaaag attaacccct tatcggtttc agtaatttcg ccgtacggtt 529441 cgagaaggcc cttcagcctt ttcctccaat ccatttaaac cacctcagag catctttact 529501 tcctcgggcg gacgaacctt caggacttca cggttaacga gcgtctccgg aacttcaccg 529561 cgcagaactg ctaagaggtt tctaaccgcc tgaaagccca tgtccttcat cgcttccttc 529621 gagaggcccg cgtagtgggg tgttaggaca gtctcccact cgtagtcgaa aagctcgtgc 529681 tcccgaacgg gttcgttctc gaagacgtcg gtcgcgtagc ccttcagcct tctctctttg 529741 agggctttaa caagggcctt ctcgtccacc agcgttccgc gcccgatgtt caccaggtac 529801 ttaccctcaa ggagcttcag cctctcctcg ttgatgatgt ggtaggtttc cttcgtcgct 529861 gggagggcga ggactacaat gtcgctctcc ttcagcacgt cgtcaagggg aaggtacctc 529921 gcgccaactt cctcctcgat atcgggcttc cgcgagcgcg accagtagag gatttcagtt 529981 cccatggcct tcattctcct cgctatggcc tttcctattg cccccatgcc gaggattcca 530041 acggttttgc cgtaaaccgt ctcgatgccc ttgaaaccgc tccagaccgt cctgtgggag 530101 tcccactttc cagagcgaat gaacctgtcg gcgtaagcta tcttacggag aagtgctatg 530161 gttaggccaa cggcgaactc tgccactgcc tcgctgagaa caccggccac tttggtgacg 530221 tagattccct ttctcgttgc ggtctcgacg tcaacgtggt cgtagcccgc tgaatgacag 530281 cttatgacct tcagcctccc ggccctctcg aggacttcac ctggaacggg gttgagcggg 530341 gaaactatca gcccgtcgta ctttccgatg acctttttaa gctcctcaac gctcggatag 530401 aggattacgt caacgtccgc ccatttcttg agttcctcaa ggggtttgct cttcatcttg 530461 aagaggacgg ccaccttggg tctcatgcta tcacctttaa gatctttatc gaaaagctaa 530521 aaatagtttt ggtcagcctt tgagtccttt aacgatctct atgacgtcct ttaaactgga 530581 aataacgaag tcacagtttt cccataactc cctcctctcg ccgcttggat ctaggagagc 530641 actgagcatc cccacgtttt tggctccaac acagtctttt gctgggttat ccccaatata 530701 gagcgcttcc tccggtttaa ccccagcttt ttcgagggcg agctgaaacg gccttggatg 530761 gggcttgtaa aagcctgcct cctcgctcgt cgttatgctg tcgaagagct cgtagatgcc 530821 gagggctccc aggtggtgct ctatgtagtc gttgtccgag tcagttacga ttccaacgtg 530881 cagtccgagt cccttgaggg cttttatcgt ctcaacagcg tccggaaaga gctcgccgta 530941 cctagcgtgc atcttgaggc tgatctccca gaagtcctcc ggtactgtga agccgtgcct 531001 ctccgcaacg cgcctgaggg cctcggtgtc aacgtccctt attttcacgt agggtttacc 531061 ggctagccct ttgaagaggg ccgagctttc tttctcgtac tcctcccaga tcgccaccgg 531121 atccaggtct tcccgtccac tccttctcag aacctccctg atgatgttca ggtgggttct 531181 gttttctccc ctctttgtta ttagggtgcc cacgaagtca aagaagacgg ccttcatgtc 531241 cttcaccgat cggcctacgt tccgtccctt aaagcccttc cgtcatcgcg ccggttttgg 531301 gtcgaaattt tatcggggat ttggcacaaa gacggaaaat ctttagaaaa cgttttattg 531361 accatcgcct tccagtgcac cggtggtaac atggaggcaa tactcctcgt ctggggagtc 531421 cgggacgagg tgttgaagaa gatccccgtc gaggggagct ggctctacgg tgagtacgac 531481 ttcatagcaa aggttgaatt tgaggacgag gcggagatgg agagctttga gaggttcctg 531541 agatccctca tcaacggcaa cacctacaag ctcctcccgg ttatagcttc cgccacctct 531601 ctctaatttt gtgatttcgc aaggtttata cgtttttagg gcaacctaat gcggtggtgg 531661 catgatagca ttcggtccgg ttccctcgag aaggctgggt aaaagcctcg gcgtgaacaa 531721 catccccgat aaagtttgta gctacgcgtg tgtgtactgc cagatcggta gaaccctcag 531781 gatggagata gagaggcggc cattctatga tcccgctctg atccttgaag aggtcgggga 531841 aaaggttgag gaggcccggg agagggggga gaggatagac tatataacct tcgttccgga 531901 tggagaacca acccttgatt caaacctcgg cctagaagtc gaactcctcc gcgatctggg 531961 tgtgcccctg gcaatactga ctaactcgtc ccttatctgg cgcgaggatg tcaggaacga 532021 tctccttgcc tttgattttg tctcactcaa actcgatgcg gtcagcgagc ctctttggag 532081 gaaggtagac aggccccaca aggcactcaa actcgatgcg atcctggaag gaatgctgga 532141 gttccgggag tcgtttgatg gcaggctcgt aacggagacg atgctcatcg atggtgtaaa 532201 ctacgaggga gagctcgaga ggatcgccga gttcctatcc cggcttgatc ccgatgttgc 532261 ttacatagcg gttccaacga ggccacccgc tgagccctgg gtccggccgg caagggagga 532321 gaccataaac atggctttcc agctcttcgc agaggccctg ggtgaggaca gggttgagta 532381 cctcatcggc tacgagggga acgccttcgc tttcacggga aacgtggagg atgacatact 532441 gagcataacc tcagttcatc ccatgaggga ggacgcgctc agggagctcc tcaggaaggc 532501 gaacgccgat tgggacgtcg ttgagaaact cctcgacgag ggaaagctca tagagcttga 532561 gtacaacggc agaaggttct acatgcggag gctgaggagc cgggagtttc gctgaggctg 532621 tgcttatgca caaaccttaa aaataattcg gttaccctaa ttctggaggt gagagcttgc 532681 agatagcggt tagtgggggt aagggaggca ccggaaagtc gaccgttgcg atcaacctcg 532741 cggttgagct cgcaaagcgg ttcaagctgg ttttagcgga cctggacgtg gaggcaccaa 532801 acgaccacct gcttttgggt gttgacctgg ccaacgagga accggtcaac cagttcatgc 532861 cccgcttcga ctactcgaag tgcaccaagt gcaggaagtg cgccgaagtc tgcgaggagc 532921 acgcgatcat aacactgaag gacggaacac cgttcctgat gccaacgctc tgttccggct 532981 gccgggcctg cgagatagtc tgcccagttc caggggccat cctcgagggt tcaaggttga 533041 tcggccatac ctacgtaaca gaaacacact acggctttac cctcgtcact ggaaagctca 533101 gggaaggaga ggagcgctcg atgcccctcg tcgtcgaggc caaaaggcgc gcgagaaacc 533161 ttgactacga gctcatgatg gttgataccg ccgctgggac gggcaacaca gtctcaaagg 533221 caattgaagg ttcagagctc ctaatcgcgg ttaccgaacc gactccgctc ggaattcacg 533281 acaccgagct catcctccag ctcggaaggc tgatgaacct caagacgtgg gtcgtggtca 533341 acagggcaga cctcggagat gttggacggg tcagggaaat agcggggagg tacggcgcgg 533401 agatagtcgc tgaaatcccc tacagtgaga gcatcgtgaa aagctacgtc tcgggaagac 533461 ccattgtcct ggaggaagtc ccggaggcgg aaatcttccg cgagctggct gaaaaggttg 533521 ccaacttcct cgggggtgat gagtgatgca ggtcgcgatt gcgagcggta agggcggtgt 533581 tggaaagagc acgataacgg cctcactcct ctatctcctg aaggacaggt ataagctcat 533641 agcggttgat gcggatgccg aagcgccgaa ccttggttta ctccttggag ttgaggagtg 533701 ggaggaggag agggagcact ttggggctaa agtggcccgc ataaaccccg agagctgcgt 533761 ccgctgcggg atctgctatg agaggtgccc ctacgagtgc atctacatgg acgatgaagg 533821 taactacgtc gtcaacgagc taacctgcga gggttgcaac gtttgcggtc tcgtctgccc 533881 ggttccgggc acgataaccc ttgaacaggt tcgctccggc gtcatccgga gggctacaac 533941 caagtacggc tttcctataa tctcggccca gctcgacgtt ggcaagcctg agagcggtaa 534001 actcgtcacc gaggaaaagg agtgggcgaa aaagctgatg gacgagctta acttggagca 534061 catgatcgtg gattctgctg ccggaattgg ctgtcaggtc atagcaagcc tcggtggagc 534121 ggatgttgcg atactcatag cagagccaac accggcatcg ctgagcgacg ttcagcgcgc 534181 ctacaaggtc gtccagcact tcagggagcc ggcctatctg ataatcaaca aggccgacct 534241 gaaccctggc tttacaaagc ttggggaatg ggccgaggcc gaggggattc cggtcatagg 534301 tgaggttccg tacgacaggg ccatccccaa gagtatggca atgctcaagc ccgtcgtcga 534361 ggtctttccg gagagtcctg cgagcaaagc gctcaaggag atcgcagatg ttatcgctga 534421 ggagatcctc ggctgatcac tcctccattt ttggcgcctc gtttccctgg gggagtatta 534481 caagctccct tccctcaacg atcatctggg caaccttttt ccttgccgag ttcagggccc 534541 tccagaccgt gccccttgag acccccatcc ttttcccggc ctcctcctgg gtcaatccct 534601 cgtaatccac gagcctcaaa gcttcgaact cctcgtaact catgaatatg ggtggctttg 534661 gtgggaccat cggcggaagt gcaggataga agtgcttgac ctggggaatg aagccgatca 534721 tcctcatctt tcttctcctt cctcgtcccc tgccccatcc cattcctcca ggcatctcgg 534781 tcaccgcctt ttaccttcat tctcttccgc ctttatgaac tttatccata gccttgaaac 534841 gctttctctc aggatgtggt caggatgtgg aaattcttca gttggggcaa ttggggtata 534901 gcacatgccc ttaaggcagc tgaaacgaca ttttgtgctt ttccaccgaa tggaacggtt 534961 tgaaacgttt tctttctcca cttcccaccg catccctcat atacaagctt ccactcagta 535021 caaacaggtg atggagtatg atgggaagga agctgaaagt tgggttcgtt atcatcctga 535081 tggtactctc gctagttcca gcctacacag taaccgcggg gagttcgggg aacggtagcg 535141 acagtacggg ctacgtggcc accaaccaga caaaccggag tacgaacgct accaaggtgg 535201 ccgcggaggt aatgctcagg aacctcgaac gacttcagaa ctacacttca tcgctgatca 535261 acgagacagg taacatcagc gcggagatcc tggggctgta cgaaagggcc cttaacctaa 535321 cggacgaagc caaggccctt tacagtgagg gaaggtactg ggagtccctc cacactgcaa 535381 tactggcgat gaaggcctac aaggatgtca tcaggagcat aaggctcggc accgagccgg 535441 agttcattat ggagataaga agagcgggta tggaggcaaa gaggatacag gagtacctca 535501 agcacgtggg cattctcata agggtcgcgg agatgaaggg actgaacgtt tccagcgtca 535561 gcgagcttta caacaagacc cgcttggcgt acataaaggt tctccaggac ataagaatca 535621 acaacaccac cgccctaagc gttgaccttg aaaaggctag agagctcagg atgaagctgg 535681 atatggagct cagaaacctc cagatgcagt tcgcgatcag aaaagcagac aagatcgcaa 535741 aggccttcga aataaaactc gaaatcatga caagggccct ggagagaatg aagatgatcc 535801 cgggggtcaa cgagaccgcc attgagaaca tcacccagga gctcaaccag ctgagaatcc 535861 agctcgatca gctcataagc gagggcaggt actttgaggc gctccagctc ataaagaagg 535921 ccacgccaag gcttgtcatc ggcgcaatcc acctcaggtg gatacacaag gataaaaggg 535981 tgtactgggc aataggggga ccacacggtc atcccggtaa ggggaagggt cactggggcc 536041 acagaccttg atgatctctt ggttcctttt tcgatacttt tttagaggtc taaaactttg 536101 aacccttagg ggatgtgaaa tgaggctaaa aacggtgtta atcgtcctga ctttcatgct 536161 ggcagtttcc ctcaccgccc cggtcggggc tcaatcgctg gtctccctgt ccctcaaagt 536221 ctatgaggac ggctacgttc tcgtgaatga gacggtatcg acagtgaact acagtgtcgt 536281 cctcgatatc cccctgctcg gaagccacgt ggagggcctg ctggcggttg atcaggacgg 536341 gaacatcctt ccggctgagg tgaacggaag caacgtcacg gtttacttcg ggaacgcgag 536401 cctcgtgagg ctctcgtact acaccccgga cctgacatcc aaggatggcc cgatatggac 536461 cgtttccctt cagagccccg tccccgtcga gatagtcctc cctcagaatt cagtcatcgt 536521 ggatctgagc gacatccccc ttgagatcag gggtaacaca gtagtgatgc ccgccggaaa 536581 cgtgagcgtc tcatacataa tacccatgga gaccaccact tcaactacca ctacatcaac 536641 cgcaacaact acaactacca cctcacccgg tggcggtgca ggttctacgt cctcaacaac 536701 cagcacaacc actgccccaa cgaccacgac ctcaacaact tcctccaccc ccggtggggg 536761 aggttcgtcg gggagctcag gtattggggg attctggtgg ttggtgctga tccttgtgct 536821 cgttggggtg ggtgttgggt acgtttacct caaaaacaaa aacactcgaa ctcagagcgc 536881 tcctactcgg gaatccctcg aacagttcag gaagaagata gaggccatga acgatctcaa 536941 cgacgatgag aggggtgcgc tgatcttcct gcttgagaac ggcggcaagg cccctcagtc 537001 caaggttaga gaagcccttg ggctacccaa gacgacggcc tggaggatgt tcaggaggct 537061 cgaggagaag ggactggtca gggtttacaa gctgggcagg gagaactggg tcgagctcgt 537121 actcgagtga atgcttttaa gccctccttc cacctttttt catgcgcgtt gaactcctcc 537181 ccgagaaggc attgagaatc ggtagaaccc ttgtagtggc ggatctccac attggctttg 537241 aggttgccat ggctgaggag ggaaactacg ttcccagcct tctcgggaaa atggtgggag 537301 atttaaggtc catactgctg gctggaaagt tcaagagact cgtgataaac ggtgatttaa 537361 agcactcgtt cgttccggtc aggcgagaaa ggagggaact caaggcgttt tttgagggaa 537421 tcagtggact cgtcaatgag atggtgctag tcaggggcaa ccacgacgtg ggtgtggctt 537481 ggctcagaga gctgggagtc gagatcgttg actcccttga gctcgccgga tggacggttg 537541 ttcacgggca caggctggag gaaggagagc gctttatcat cggacacgag cacccggcga 537601 taaggcttag ggacgaggtc ggggcgagcg ttaaggttcc catcttcctg cagggggagg 537661 agctgatagt cctccctgcc ttcagtccct gggcctacgg aaacgacgta acccgggaga 537721 tcgtttctcc cttcctgaga aagttcaaga cggagtcgat gagggtcatc gtccccgtgg 537781 agaacgagct ccttgatttt ggtgagctcg gaaggctgaa ggaaacgctc agggcccttt 537841 tgtagtactt cgtccgctac tgcccgatct cgagctttgg tttctttctc ccgatcctgt 537901 acctgacaac gtagcgcccg tgctcaaaat cgtcctcttc agcttccaga acctcaacag 537961 gctcaagctc aaggcccaaa tccatcgcct cccacttgat atcgtcgaag taatcataga 538021 gcccgcaggt ggcgcagaag gagccttcga actccatgat aacttcatct ccctcaagct 538081 ttagaaccct cgccctggcc tcgctcccgt gaaggcggtt gaactcctca ataaccttcc 538141 tgagcttttc ctcagcttcc attctcccac cggattcagt tcgctaaacc cacttaaaaa 538201 gtttgttagg ctaaccgaat ggtttaaaaa ccgaaagtcc aacgggaggg tgatggggga 538261 ggataggatc cagtgggcga gaagggaata ttccgatgag gagatattct cgatcctcag 538321 tgagccggtt agggagtggt ttaggcggaa gtttggaagt ttcacgcccc cccagcgcta 538381 cgcggttatg gagattcata agggggagaa cgtgttaatt tcatcaccga cgggttccgg 538441 aaaaacgctt tccgctttcc tctcggccat aaacgagctc atcctcctcg gaaaggaggg 538501 aaagcttgag gataagatct acgtcctcta cgtttccccg ttgcgagcgc taaacaacga 538561 cataaagcgc aacttggagg gacctttggc tgaaatcaag gaagtggcaa aggagctcgg 538621 ctacgacctg ccagaaatcc gcgtcggcat aaggacgagc gacacctcga gctacgagaa 538681 gagcaagatg gtgaagaaac cgccccacat cctcataact actcccgaga gcctcgcgat 538741 agctctaaac gctcccaagt tccgggagag gctgaagacg gttaaatatc tcatcataga 538801 cgaggttcac gctctggctg agaacaagcg cggttcccac ttggctttga gcgttgagag 538861 acttcaagag atggccgaag agaagttcgt gagaatcggc ctgagtgcga cgatacaccc 538921 gcttgaggag atagcgaagt tcgtcttcgg cttcgatgac gatggaaagc cgagacctgg 538981 tcttattgtt gacgtcagct tcgccaagca gaccgagatt agggtcgaga gcgtcgtcga 539041 ggacttaatc tacactccag ccggggagct gagcgaggcc ctatacagga ggctggccga 539101 gctgatcagg gagcacagga cgaccctaat tttcaccaac acgaggagcg gtgccgagag 539161 ggtcgctttc aacctcaaga agcgctaccc cgagttcgag gggctcattg aggcgcacca 539221 ttcgagtttg tcgcgcgagg ttaggctgga cgttgaggag aagctgaaga gaggcgagct 539281 aaaagctgtt gtgacgagta catctctgga gctcggaata gacatcggaa cgattgattt 539341 ggtggttcta atcggctcgc cgaagagcgt gaaccgtgcc ctgcagagaa ttgggcgagc 539401 aggccacagg cttcacgagg tcagcaaggg ggttattttg gccctcgaca gggacgactt 539461 ggtcgaggtt accgttttgg cgcacaacgc gaggaacaga agactcgacc gcgttaggat 539521 tccgaagaac ccactcgacg tattagccca gcacctcctc gggatggccc taaacagggt 539581 ctgggaggtt gatgaggctt atcgcgtcgt caaacgagct tatcccttca aggatttgtc 539641 tttcgaggac ttcatgagcg ttttgaggta tttggctgga gaatacgccg gtttggagga 539701 gcggaaagtc tacgccaaga tatggctgga ggacgggcgc tttggacggc gaggaaagat 539761 gacgcgggcg atttactaca tgaacgtcgg cacgattcca gatgaggcca aaatccgcgt 539821 ttacacgatg gacaaaaagc taatcgggac agttgaggag gagttcgccg agaggctgat 539881 gcccggcgat gtcttcgtct tagctggaag aacctacgag ttcgtcaaga gcaggggcaa 539941 caagctctac gtcatcccgc gtgagggtgc caagccgact attccggcgt ggttctcgga 540001 gatgctccct ctcagcttcg atttagcact cgacatccag cgcttcagga gggaggttaa 540061 gggccttctt aagaggaagg acgcggttag aaggctgatg aggaagtacg gaatagacga 540121 aaaggcctcg cgcgccataa tcgcctactt ccgcgagcag gcgagatatt caataattcc 540181 ggacgacgag acggttcttg ttgagttcgt tccaggggaa aagagaaacc gctacttctt 540241 ccacacgctc atagggaggc gcgcgaacga cgctttaagc agggccttcg cctacctcgt 540301 gagcaagaga aagaactgca acgttggaat agcgataaac gacaacggct ttgctttact 540361 ccttccgcca gaggttgagc tgagcgagga ggaagtgatg gagcttttca aggttgagga 540421 cctgagggag acgctgaaga gggccctcga caacaccgag ctactgaaga ggcgcttcag 540481 gcacgtggca aacaggggat tgctaatcct caggcgctac gtcggaagga gtaagaggct 540541 cggcaggcaa caggtcatgg cggtctcgct cctcaaggtg ctcaaggaga actacccgga 540601 cttcccgctc ctgaaggagg tctaccggga gattatggag gacaagatgg acgtggaaag 540661 cgctgaactg ttcctgagct gggttcgcga ggggaaaata agggtggtct tccagatcca 540721 cagcgtccca agtcccttcg cctttaatct cgaagcgata ggctcgagcg acgtggttct 540781 tatggaggac aggagggagc tgatcaaaca gcttcacaga aaaataatgg caatgataaa 540841 ggaaacgaca tcagaagacg ttgagcttgt cgtctaggat catcttctga atctttgtta 540901 cgtctgcgag ccaggcgtct gctatctcgt atgcaggctt ctggaggacg tctatggagt 540961 agcccttctt cgggattatc tgtatgctcg ccacgagggg ttcatcgatg ggcttgccta 541021 tctggctgag tatcctgacg tagacctcct gcacgccttc gacctgctcg gcgatgtcgt 541081 tggctatgag catcgaaagg aggttgtaga tctttccgac gtgggaaacg gggttctttc 541141 cggctgctgc ctccatgctc atgtgcctgt ttggggttat gagcccgttg acgcggtttc 541201 ctctgcctac ggaaccgtca tcgcccgcct cggcgctggt tccggtaacg gtgatgtagt 541261 aaattccgtt cttcggatcg tcggcggtgt tcacgaatat cttggtcggc ctctgggtgt 541321 gctcctcaac tactcccttt gccgcctcgt agatctcctc tttcacggcc atatagtcgt 541381 ccgggtttga gacctcgctg tcaactattg cagcggcaat ggtcagatcg atctcgtcgc 541441 ccttcctgag gcccatgacc ttgatgtcct ctccaaccgc tgggcacttc tttttgaact 541501 cctcgctgtt aaggagcttt tcagtctcga ggactatcct ctcggtctcg ctgagcgggg 541561 cgtagccgac accgaaggaa gtgtcgttcg cgagcggaat cgggttctcc ttggccttgt 541621 tgaaaactcc aaccagatca acgcttccct gtccgatgcg ggaatcaatt accacgtggt 541681 tctcgatgtc gaggtgtcta actgctttct tgaggtagtc cttcgcggcc tttatcgcga 541741 cttggtgaac cggaaactcc tctctatcga cgagctccac agctcttcca gagagaagga 541801 tgtaaattgg ctttatgacc tcaccgcccc cgaactgcgg gtaggctctt cctccaacaa 541861 cctctacctg atccgtgttg tggtggagaa ttataccata gcgcttgaga tactccctgc 541921 tcaaagccct gcttaccgcc tcggcgatgc cgtcggctat gctgtcaggg tggcctattc 541981 cctttctctc gacgagttca acctcctgca tttcaaccgg agttctaacg agttcctcaa 542041 cgactatgtt cctgactttc tcgaccatga gcgtcaccac ctttttcttt tagcagaccc 542101 cggtctgagg gaacttttat ataattttcg gcatgaagaa cctggaatgg tattcccggc 542161 agttataacc gcgaaaacct taaaattttc tccgaagaat tttctttgac ggtcccgccc 542221 ggttggcccg ccggacggag tgggctgggc cttcgatgat gtcccgtgga cgatgccggg 542281 cggacagggc ttggcctccg gaccgccgga gggtggcgtt gccttcaatg atggcggggg 542341 atcagccaag cccacatcaa ccctgctcct ttatcttgag cgcctccagg aacttctcgg 542401 ttatcgcctc ctccgccagc ctcagaaggg aattcttgtc ctttgcaagc ttgaagaggc 542461 ccaggggaat cctcgcgccc cccatcgtcg cgtggccgcc cccgctacct atctccccaa 542521 aggcttcctt catgacggcc cctatgttca ccctcacgtc ccttgtccgg gctgacatct 542581 ctatgtagtc gtccactatt ccgaagacaa gaaccgtgct tatgccctcg agcctgagga 542641 ggaagtccgc cgattcggcc agcgcatccc tgttccttat aaagccgacg ttcgagatga 542701 cgacgttctt gtaggacttc ctgttgagta ttgccctcgc cagtatctcc gcagtttcgg 542761 ttgagatgtc cgggtgctct atcctctcca ggagctcgtg gttaaccttt ccggccagga 542821 actcgatggc ctttaggtcg acctggctga gctgggagaa cttctttgtg tccgtgtaga 542881 tgccatagaa gagtgcagta gcgagggtct cggagagggg tatgttgagt gcctttatgt 542941 actcggtgag tatggatgcc gaggccttaa cgtcctccct gatgtccaca aaggcgtcgc 543001 ttggcagaag ttcgtggagg tgctggaaga tctgatgatg gtctatgagg atctgcacct 543061 tttcccggtc ctctggctcg agaatcgtca ggtttccgtt cggctgggtg tcaactattg 543121 ctatcgcact gtgctttcgt atctcgtaag accctctaga aacacgcctc aggtttattc 543181 cgagtaagtt cacgaaggcc tgattttcat ggtgggtgat ctcccctccg taggctatcg 543241 ttgttttcag accgacgttc tgggctatca gggacagcgc aacagctgaa gagattgcat 543301 ctggatccgg gttgttgtgg gtgagtatca gcagggagtc cgttttttcc tttatttcct 543361 tgagcttctt taggagcatg agggcgttct tcttctcgcc gagctggaag agcgttctga 543421 ggaaggcctc tgttatggcc ttctgggggt agatgccgta gtctatcttg acctccttct 543481 cgaattcctc caggattatg tcctccatcg tttccttggg catgtcatct ggcagaaggg 543541 cgactatggg aacctccttg ttgttggttc ttataacgta gatggccttc tttaccgcct 543601 cgaggtttct ggtggttatc acgacgacgt tggccctgtc aacgccggcc ttcagaaggg 543661 tcgctgtgta cgaaaaatcc ccctgaacaa cgttgaaacc gctctcctcg agggatttcg 543721 cgcggagctc gtccttttcc actattgtta tttcaaactc tcccttgagt gcttccgcga 543781 tctgcctgcc tatgctcccc ccaccgagga tcaggatgcg catgatcatc acctatgagc 543841 aacaacgttt aaatagatac gttcccatag attgggaggg atgcaccgcc cgtattatct 543901 tggttgggga tatatatagc tgtcgcccat aaacaatcag atggtgagat tatgaagctg 543961 ccggacacaa ggcccctgaa agaaaacgtc gttgtaatat ctccctcgga tttagctcaa 544021 gaggtcaaga gcgtagcttc ccagtctggg ggagcgttcc tgaagatctt tggcaagaag 544081 gacaactcca agtactacct tacaatactc ttcgacagaa ccaaggttct ggccgccgag 544141 gggcaggact tggaatcagg ggctcaggta atcggtgaag aggctataaa cctcttccgg 544201 aagctgatgg gcaacccgat ggtcgtcgac gtctattccc tcgatgagat cggtgtcaag 544261 atctcgatag ccgagaacct tgacgtatac tccaaaactc ccaagataac gatagaggaa 544321 ctctttgggg gaagggcccc agcaagggtc gaaaagccca agcccgtgcc aaaacctgct 544381 gaaaaaccag ttgaaaagcc cgctgaaaag cctgtgaagg ctcgggaaaa gcccaagcca 544441 aagcccggcg agatcgagat cgttatcgag atccccggcg gggacgtcct cgaggaggcc 544501 ctgaaggagt acacgaagca cttgatctca gaggccaagc ggataagaac gctccagata 544561 aacaaggtcg tctactccgg tgagctcacc gagggcgtcg tctacctcaa tgtccacata 544621 tacggccaca gtgaaggaca gatgagggag gtagccgaaa agagaatgct ccacgccata 544681 agcaaatacg cccccgttat actcagaatg gcggatataa agcccattct caaggagata 544741 aaggtcatcc tcgacggcaa ggaggtggcc ccacaggaga tcgttgaaag ggacaagaag 544801 aagatcggga aagttgaccg ggagggcagg cttacccttg ccgttcttga ggacgtctgg 544861 ccttacttca gcgcaatgat gagaactgtc gttaacgaga tagaacgcca aggaatagct 544921 gttaaggcgg ccacttttga cgttcctggc aggaaggaat tcgaagtgaa cgcgaagctc 544981 gcagttgaga cttccctctc agaggatcag gcaaggaaga taataaggga catcatcaca 545041 aagcacacga aggaactcgg taggacgctg aagaggtaca tgacggttca caacgttgag 545101 gtggaattca taaagaaggc cgagactgtg aaaccatctg caaaggtgcc aacaacgggt 545161 aaagctgcgg agatcctcca gaagaaggcg gagctggaga aggaggtcga gaagctactc 545221 cagcaggcgg gtgttgagga actagccttt ttgacggaag aaaagaagcg tgaaagcgaa 545281 aaggctctgc tgaggagcag gatagagccg gcaatggagg agctcaagaa ccggctccac 545341 accgagctca agctcattcc gagggttact tttaagtggc tcaagctcaa ctgggacgcc 545401 aaggggacga cggtttacgt ggacattgaa gcatcgttca tgaaggagga gataggcggt 545461 cttttcggat ccttttcggg cgttgatgag ggcaggatca agcaggacgt cagggaaacc 545521 atactccgcg tgatcaggga tatacagaaa gagtacggca tcaagatcag tctcaacaag 545581 ttcaacgtta tcgttaggtg atcttaaaat tttttaagtt ttcctaattt ctcaatccgg 545641 gtgctggtaa tgcaggtcat cggctacgtg ctcatcatca tagccctcgg caggtttctg 545701 gcggagctct tcgagaggat aggttatccc ggaatagtcg gtgagataac ggcaggtttg 545761 ctcctgggtt actttctcag agacgttccg gcgggagaga tgaaccttct ggccgagttt 545821 gggatattct tccttatgat cctcgcgggc cttgaaataa cacctgatga gctccgcatg 545881 ggtggcaggg aggctctccc ggtttatctc gtgaccctcg ccgtgatgtt cttcgtcacc 545941 ctgccgttta ctaattactc catctcaact ggaaacatcc ttgcggcttc gatactggcc 546001 gttgccagcg ctccgatcgt cgttcggata aagcgtttct tcggggagga atacctccat 546061 gtggcccttt cgtacgcaat aataagcgag gtcgtcatac tcgttctcgt ctatgtactc 546121 gccagcttcg aggaagcgca cgatccatcc gatcttgcga taactatcgt gaagcaggtt 546181 ctctttatag ggggggttct ttacgtcaac tataagattg gaatccagca caagatctgg 546241 ctgataacac agctcaggcg cctcaggagc gacgaggccg tcttcggggc cttcatgatc 546301 ctcgctgcga cgctgggctt cataagcgag gaggttggaa tgcacttcac aatcggcgcc 546361 ttcctcgccg gtctgctcct tcacagcgat ctcgttggga ctagacagta cgagaggctt 546421 gagaccatat tgagcggcgt tacctacggt atcttcgccc ccatcttctt tgcctggcgc 546481 gggatgaact tcagggcgga ggtcaccctt gcgacggctt atttcttcct tgcgatttat 546541 ctcgtccgct tcctgctgac ggttgtccta acgtgggacg gaaggctcct cagctcgatc 546601 gcaaaggcta ccgggctcgt gagcttcggc atcctcgggc tgcttgtttc ggacctcggg 546661 aactcctacg gcgtattaac aggtgagctc tactccatat cggctttgac gtccattgga 546721 ggcatcttcc tcgcggcgac gatcggcagg ggtctttcct tcctccgccg ttcgagtggg 546781 aaaggtttat aagtcccgcg atgagggaac gggtagctgt aaagtgagat gggtggtgaa 546841 gatgagctgg atgactccca agagagcttt catgggtgca gctgccgcag aggggggaac 546901 gaagctcaac gcttttgata acgccctcct gaagctggga ataggaaacg ttaatctcgt 546961 caagctcagc agcgttatac ccgcccacat cgagtggatc gaaaaggttc acgacgtccc 547021 aataggaatg ctccttccaa cggtatacgc ccacatcgag agcgacgaac cggggatgac 547081 gataagcgcc gcccttggtg tcggtataag cgaggggaat gagggcggtc ttatctacga 547141 gtattccggc tactgcacaa aggaagaggc agaggaaatg gtcaggaaga tggtcgagga 547201 aggcttcgct gttcgcggct ggaagctcaa ggagttcaag gcggtctcgg ccgagataac 547261 ggtcaaagaa aagcccgccg cagtcgttgc cgctgttgtc atgttcccct actagatcct 547321 ctccatatct atgagggtga actcgtctgc ctttcttttt tcaaaggtca tcctgtacct 547381 tgtttccccc tttgaggcca gaacctcaac gtagccgctg ttctccccac ccattacgtt 547441 catccataca acgttgtagc ccctcctctg caggacgttt ttgaggaccc ccttaattgt 547501 cacgcccggc tccagcctct tgccctcact cctgcccttg aggaacgtcc acaactccag 547561 aaacgtcgtt cggggatttg agttctcaac cggcatcatg aagagtatgg attttccatc 547621 cctcaggaga atccagtggg acgattcaga aaagaccgtt acggtaagtt caaggtttgg 547681 gtcatcctcg ctttctagaa cgagctcacc gacgagatga ggaatcccgt acctcatccc 547741 ctcttctatc tccccgacga gggatttgat cctctgaaag agctctttcc tgactttgat 547801 ttcattcatc actcagattt gagggttgtg ttttataaat tttgttccgc ccagataggt 547861 ttaaaacctc gaggccaagc taaacgtggt ggtgagcatg ggattcaacg agatggaggg 547921 tgctttcatc gaatggtacc caaggggcta tggagtggct tttaaggtca agaggaggct 547981 ctttgcaatt caaacggact atcagaggct tgaaatctac gagacggaag gattcggaaa 548041 gctgctggtt cttgatgaca ccgttcagct cgttgaggtg ggagaggaga gctaccatga 548101 ggcactcgtt catccggtca tgctggcaca tccgaacccc agaaggatcc tcgtaatcgg 548161 cggtggggac ggcgggactc tgagggaagt cctcaggcat gagacggttg agaaggccac 548221 tatggtggag atcgacgagg gagtcgttga ggcatcttac ctctacctcg acgtcgcaaa 548281 ggacctcctt gagcgtctca taaaggggga ggagaaaagg gctgagctga taattgggga 548341 cggcgtgaag tacctcagag agaccgatga gcgcttcgac gtcataatag tggactccac 548401 cgatcccgtt ggtcctgcga aactcctctt ttccgaggaa ttctaccgct cggcatatga 548461 aaagctcaac gagaggggtc tctacatcac ccaagcaggc agcgtttacc tgtttaccaa 548521 cgagctcatc gacgcctacc gggctatgaa gaaggtcttt gacagagtct actacttcag 548581 cttcccggtt atcggctacg cctcaccctg gagcttcctc gtcggagtta agggggacat 548641 cgatttcacg aaggttgacc ttgagagggc caagaagctc gatctctact actacgaccc 548701 tgagaggcac gaaacactct tccagatgcc ccgctacgta aggcaactcc tggaggaaag 548761 gaagtgaagc tggaaagaaa gcacttttct cttttcctca cgattcttct cggcctattt 548821 cttgcctaca ggataaggga agagctaagc tccattgagt ggtcgaaggt ggatccctcc 548881 tactttcccg ccgtttttct gttcggagtc ctggccttcc tggcttatac cgcgatatgg 548941 tacttcctgc tgtcttcaat caggagggtc cccttctgga gattagttga gctcaacctc 549001 gtcgggagct atctatcaat gaccctcaac tctgcaatcg ggggaatcgt gaaggccaaa 549061 tacgcccttc cgaactggtg gcagtccatt gggatcgttg ccctggttac tgcccttgag 549121 atacttccag gaggcatagt ggccataatc tcaggtgatc tcatcgttct tccgctcctc 549181 ctcttggtgt tatggggcat agttcacgag gactcgcttt atcccctcgt ggcgcttccg 549241 ttcagactgc tgggaaaggg agagtggata agaaactttt acctcggctg gaagaccgcc 549301 aaaacaaacg ggggggcctt tgccagagcc atcgctgtag catttcttca ggcaagtttt 549361 ctggcccttg ccctagttgt caccggcggt gcctttggga tcagagttcc gattgagaag 549421 ggcctcgtgg ccgttgccta ctcaacggtg atcgggggca tcgttggaac gcccggcggg 549481 atcgggggaa acgagctcgg cgttatactc gccatcggcg acgtttccgc ggccgccaca 549541 atggcgttcg tgtacaagtt tttcacccag tacatctttg ccatcctcgg ggcgattccc 549601 ttttacaggg ttttaaggga gaacggaaaa cccttatagg cactttcgcc aaattcctcc 549661 ggtgataatc gtgaggatcg aggagctgag ctggcccgaa tttgatagaa tcaaggataa 549721 ggtcgttgct gttatactgc ccgtgggcag cgttgaggct catggtcggc acctgcccct 549781 cggaacggat gtcttcgccc cgctaaaaat agccgagctg gtcgagcaaa aggtgaggga 549841 gaggggaaag gaagtcctgg taatgccccc aatctggtac gggcacagct ttgccctcaa 549901 cgcctatccc ggcacgatca acgtccgtcc cgaatccctg aggatgtacg ttggtgatgt 549961 tctcgctgaa cttgcggcgg agggctttaa gaaaatagtc ctgctcaatg ggcacggtgg 550021 gaacgtctat cccctcaccg aggccgccga agacgtggcc gagctttacc ccgacgttga 550081 ggtttactta atcaactggt ggctcgactt cagggaggat attctctcag tctgctccgg 550141 ccaggggcac gctggagagg acgagacatc ggttatgctg gcgatacggc ctgaactcgt 550201 taacatgcgt gaagctaggg ggaggagagt caagagaaaa atcagggtga taaagaagga 550261 catagggaag gaggtattcc ccgacggcct caacgacgat ccctcctccg cgaccgccga 550321 gaagggtgag agaatactcc agatcgtgtc ggagagtata gcccgcataa tccttggtga 550381 ggagggatga gcgttccgag ggaagttctg gacgagctcg ataagaggat aaagcgactc 550441 caagcagtca tcgagatagc cgagagcgtt cctccttcag acaacagacc catcccaaaa 550501 cttcaatcct cgttctccgt gtacctgtgg atgagcgtcg cgtggttcat cggaggtttc 550561 ctcataatct acttccttcg ctcccggtac ggaggagccc ttaacagtgc tcccaccggg 550621 gtttccctgg cggtttacgc tgtactagct ctgggcgtcg tgattctgct cgttgcctac 550681 tatctctccc ggaggaagga ggaaggggaa gtttttgata tcgatgagag ggctagggcg 550741 gcgaggcgtc tcctcaagga gttctacctc cccctcaaga aggccctaga aggggacgat 550801 gaggaagcgg ttcgtgccct agccgataaa ctcctcgaag atccgctctt ggccagggca 550861 atggacgttc tccatgaggg aaatccaaag ctctgtgcct acgctctcta cctctacgtt 550921 tccagggaga aggttggggg agatgaaatc cgggagaccc ttgaaaggct ggacaacaag 550981 cccctccgca ggcttttaag cgtgctggtc gagggttaaa ggatttaagt ttcggtttcc 551041 tatcctcaac cgccctcccc tctcacaccc ccgtgaaggg tgagcggggg gcggtcgggg 551101 agggcacagc cccacttgtt attttctctc aaagaacagt tcccggttca gcctcggtat 551161 catcgccatt aagactgcga tctcgttgag ttccgtcctc gtgagtaatc ctttgctcag 551221 aacgcctatc gcgccgacct ttctcttgag ttcggggtcg ttaacgagct cgcccatcgc 551281 tatgccagct tcaacgccct ccttaaggat tctctcgatt acaaccggcg gatactcaaa 551341 gcccggcccg tgacctatgg ttatcacccc atcgggacta acaattgcgc agacctgaac 551401 gtcgagatag ccggtcaacg ttcccgggaa ggggtagatt cccgcctcta ttccgacgcc 551461 gagatctgct cctgtcttct ccaatgcttg cttagccctg tttatagcac cccttgctat 551521 ctcctcgatt ccaatcggct ggtctgaaac gccgctgtcc acttcaacgc cgaccacctc 551581 aacgtcgcca taaatcctcc gcatcacgtt ctcaacggct ttaaccttcg tgggattagt 551641 tgagccaact gcaatcctca tgataccccc catttcagag cctccaaaaa ccttataaat 551701 aaaatcccca actttggccc gatacccatg aggggggagt gttttatcct tcgcttcgcc 551761 cgtttcgagg cttaaagccc cctgttctgg gttagtctta gctatcactt ctggagggtt 551821 ctgggatgat taaggagcca gagtttaggg aatacaaccc gggcaagctg gaggagaaga 551881 tagaggcctt ttggaaggag aacaacacct acaagaaggt caaggccagc agggcgaacg 551941 gcccgaagta ctacttcctc gacggaccgc cgtacgtgag cggtgcgata cacctcggaa 552001 cggcctggaa caagataatc aaggacatga taatccgctt caggaccatg cagggctaca 552061 acgttcgcag acagccgggc ttcgacatgc acggcctgcc gatagaggtc aaggtcgagc 552121 aggccctcgg gctcaaaacc aagaaggaca tagagaccga gataggcgtc gacaacttca 552181 tcaagaagtg caaggagttc gccctcaaca acctgaagat aatgaccgag cagttcaaga 552241 tgctcggcat ctggatggac tgggacaacc cctacatgac cataaagaac gagtacatcg 552301 aatcgggctg gttcacgctc aagaaggcct gggagaaggg cctcctcgag aaggacaagc 552361 gcgtcctcca ctggtgcccg cgctgtgaaa cagctctggc cgagcacgag gtccgcggcg 552421 agtacaaggt caggaaggac ccgagcatct acgtcaagtt cccggttgag ggcagggaga 552481 acgagtacct cctcatctgg actaccacgc cctggacgct ccctgccaac ctggccgtta 552541 ctgttcaccc cgagtacgac tacgccaaag taaaggtcga gaccgaggac ggcgaggagt 552601 actggataat cgcgaaggcc ctcgtcgagc gcgttcttgc tgaggtcggg gccaagggag 552661 aggtagtcga ggagttcaaa ggagaggagc ttgaagggct ccgctacgtc cacgttctca 552721 tggacgagta tccgaggcag atggagttcc gcgagaagta cgagtgggct caccgcgtaa 552781 tcctcggcga gcacgtgacg cttgaggacg gtaccggact tgttcacacc gctcctggac 552841 acggtgagga ggacttcgag gtcgggcaga agtacggtct gcctgtttac agcccggtcg 552901 acgaccaggg taggtacaca gagggcaggt ggaagggcgt ctacgtcaag gacgcagacc 552961 cggagataat cgagcacctc aaggagaagg gctacctcgt gaaggcggga acgatagagc 553021 acaagtaccc gcactgctgg cgctgtaaga ccccgcttat cttccgcgcc actgaccagt 553081 ggttcctcaa ggtcagcaag gtgaaggaca agataatcaa ggagaacgac gagaaggtta 553141 cgtggtatcc cgagtgggtc aaagtaagat acgacaacgg cgtcatgaac tcgggcgact 553201 gggtcataag caggcagagg tactggggaa taccgctccc gatatggcag gccgaggacg 553261 gcgagatata cgtcgttggc tctttcaagg agctggtcga gcttgccgtc gcgatagagg 553321 tggacggcga gcgcattgaa ctcccagagg attacaacga gaagctcagg gtcatagagg 553381 agaagcttgg cccagaagat ttgcacaggc cctacgtcga tgccttcatc ataaaggtca 553441 acggcaagga aatgaaacgc gtcaaggacg tcgttgacgt ctggttcgac agcggaatag 553501 cgagctgggc gtcgctcgac tacccacgca acaaggagct ctttgagaag ctctggccgg 553561 ccgacttcat agtcgagggc gaagaccagg tcaccaagtg gttctactcc cagcaggccg 553621 cgagcgtcat agccttcgac accgtgcctt acagagccgt tgccatgcac ggctacgtcc 553681 tcgacgagaa gggagacaag atgagcaaga gcctcggcaa catcataagg cccgaggagg 553741 tcgtccagaa ggagggaagg gacccgttcc gcttctacat gctctgggcc accaacccct 553801 gggagaacct ccgcttcagc tggaagggcc tggctcaggt taagagaatg ctcaacatac 553861 tctggaacgt ctacgtgctc agcgcaacct acatgagcct cgacaacttc gacccgacca 553921 agctcaagcc cgaggagttt ccgttccgcg aggaggacag gtggatactc agcagggtca 553981 acgggctcat aaaggacgtc gaagagggta tagagacctt caggctgacg aaagcaacga 554041 gagccatcta caccttcgtc gtcgaggacc tgagcaggtg gtacatcaga ctaatcagga 554101 agcgcatgtg ggtcgaggga gatgacccag acaagttagc ggcctactac accgtctgga 554161 aggtcttcga cgtcctcctc agattgatgg ccccgttcac gccctacata gccgaggaga 554221 tataccagaa catgctcagg cctttcctcg gagtcgagag cgtccacatg ctcgactggc 554281 caaagcctga cgagaaagcc atagacgagg agcttgagcg cgagatggag gcagtaagga 554341 agatagtcga ggccggctct tcagcgaggc agagggccaa gataaagctc cgctacccgg 554401 tcaggaggat aatagtggag accgaagatg agaccgtcaa gaaggccgtt gagaggctca 554461 acagaatcct gcgcgaccag ctcaacgcca aggaggtcgt cgtcggaaag gtcgagcgcg 554521 agctcgtcat caagcccaac ttcgccaagg tcgggccgga gttcaagggc gacgccaagc 554581 tcgtgatagc ctggataaac gagcacggaa gggaactcta cgaggccggc gagatggacg 554641 ttaaactcga aggaaagacc ttccacctca cgagggagca tctgacaatc gaggagaaac 554701 tgccggactt ctttgtcgcc gaggactttg agggtggaag ggtcttcgtg gacaagaccc 554761 tcacgaggga gctcctcgcc gagggactcg ccagggagtt cgtcaggagg atacaggaga 554821 tgcgcaagcg ccttgatttg gacgtgaacg acagaatcgt tgtcaccata gagaccaccg 554881 acgagaaccg cgaactgctc agcgagaacc tcgactacat aaagaaggag accagggcga 554941 ccgagataat cttcggcaag gccaagggct acgtcgtcga gtggcccgag gttcaggcga 555001 agatagggat tgagaaggtg gagtgagatc aactgctttc tccttttatt taccacaaat 555061 atttatagtc gaatcggact tcaacgacac catacagagt agtatgatat aattaattca 555121 tcaatggaac gtctccaagg gataatggct ttggaggata ttccaacaga gaaagtacaa 555181 gataaagctt ttaatgtatt agcaaactaa taagtaactg tatgtatgac aaaattgtag 555241 cgtatttcgg gaagttctta aatagtttag attgtatatt acaatctcac gagaaagaat 555301 tttggagaga ttatacacta gaaaagcata atcaactaaa ttattctaaa ctcgaatatt 555361 cattgttttt aacaataggt attctcggat ctttaattct gaactcgctc tcaggaaatc 555421 acacagattc attaagcact ttggataaaa tacttgtaaa tgccaagtat atttggttag 555481 catattctcc aattgcagct ctatcaagct atggcctcct tagatataat gcaaaggatg 555541 attttcaatt agagaggaag gttcagtctg aggattataa ggttactttt cagattacga 555601 cgagggggtt taataaggat gctgtgagga ggggggtgaa gtctgtagcc tattgggcgc 555661 ctaaatatct tagagattac gaaatttggg ttgttactga agatgatgta gacaagtcct 555721 tctttgataa gctaaaggag atagatgata atgtcaggat tatttatgtt ccgagagatt 555781 ataaaacgaa gaataatacg aaatataagg cgagggcttt aaactatgca ttagacgtta 555841 gaagagaaga aggttatatt tcagataaaa cttggattta tttaatggac gaagagagca 555901 tcgtcggaga ggatactata ctcgggataa tagatttcat cgaaaacgaa gccaaaaaag 555961 gcaaactaat agggcaaggc ttaatagtct actcaaactt ctggggcaaa aacctcctaa 556021 caagcttaga agacagccta agagcaggag acgatataac aagatataaa atacaagcaa 556081 ggtacggaaa agttatcgtt ggaatacatg gttctcatct cctatataga tctgatttag 556141 aagatataat cggatgggac tttggcgaag taagggcaga agatgcatac tttggattac 556201 tcataaacaa atactttaat aaagcatggg gttggctaaa aggaaaacta tatgagcaaa 556261 gtccttattc gataaaagac tttttaaaac aaagacggag atggttatgg ggaaaactcg 556321 atattttact taaaaataaa acggtaggag taaaatacaa gctaattcag gctatacacc 556381 taatttcatg gttatcatcg ctaccttcaa tcattataac atatataaat attgcatatc 556441 ctactccggt ccatcataag ataacctctg ttgcctttgg atattctata gcaacattat 556501 cttacttata ctgggaaggc tcaaaattaa atctagaacc aagcaatgcg agttcacgtt 556561 taaaaagagt gctaaatata ttagctattc cgataatagc cccactagaa ggcttatctg 556621 cgtggtatgg cttgttaact tacagagaaa gtaagaaaaa aggatttgag gttattagga 556681 aatagggaac ctctctgaga tttcgccaca agtagaatat gatatttgca catacgaatt 556741 aacttgtaaa acagaagatg taatggtgct tccatcaaac tttagagagt attcaacata 556801 ttttccagga tctaaataag atataggact tccgctatca tccactggat tcgtcaaggc 556861 acatggtaat ttagaaggta tattagttac agtcgttgtt acgttatcat cgtcatcgta 556921 gtatatgcac ttatatgtag ctcctgtaga tgtatataaa atagctgtta ccttagttaa 556981 atcgattcta tcgttaccac tattcataaa atccgagggt tatctgatta ttgccactat 557041 ctaagttcgc tttaatttaa taatatttac agaagcagca ccgagacagc ttgttttctg 557101 ttgaacgtat tgtcttcccc acccaatgat catggctccg attgaaactg ttaaggtgat 557161 tagcaatatc gatgcgatca atggtgatac gggcttcatt atatttttaa ctacacgccc 557221 ttatttaaag gttttaaatc actacaaatc ttagagaact tttaaaagat taaggacatg 557281 aaacttcaat ggaaaaattg ggactctccg tttatcaagg aagagattgg agaaaactag 557341 tcaaactttt gctatttctc caaaaccttc actttcagtc tgtattcttg gaagcgctca 557401 aaatcgctat ggtggataaa aaaggttcta tatgaatacc tcaaccggag cacgggaccc 557461 cctcgttcat ccactcctca acttctttca gcgtttttct gagtttctca acttcttcct 557521 cggtcatact tccgaacgca atcatcagaa cgtcaatgtt acctttcttc tccttcttcc 557581 gcttggaagt gcgtttctca tcctctgtca tgtcaaaaat tgatctctcg cttacttaac 557641 gtttcccctc attcaaaaac cccagcctcc acaccaccca gggctgggca acgattatgg 557701 ttagaagtag gggaaccgtc agttttcaac ttttcttggc gcgtggaagt taactaaccc 557761 tttcgaaacc cttataactt atgcctccgt aagttactta cggtggcgta agtgctgttc 557821 gacctcagac cgaaggagag gagagaggat attttcgaca gggaaaagga gttcaaggac 557881 cttgagaaaa gcgttgagaa atatccgctg actcttcttc tcggaataag gcgagtgggc 557941 aagagctcga tactcagggc ttacctcaac gagaaccccg ggattctgat agactgcagg 558001 gagctctacg ccgagagcgg gcacataacg aaagatgacc tcataaggga aattcaatcg 558061 aagcgggggc tactccagag aaccctaacc aagttcaaaa taaagctgaa cctctggttt 558121 cttgagatag aaccggagga ggcctcgctg agggaggtct tcagggagct gaacgagctc 558181 ggtgaaaaaa ccgggaggtt cataatagcc tttgatgaag cccaatacct gcgcttctac 558241 ggctcacggg gcgggaagga gcttttagct ttgtttgccc acgcctacga cagtctgccg 558301 aacctcagga ttatcctgac cggctcggaa gtcggcctgc tccacgactt tttaggagta 558361 gacaactacg agagccctct ttacggcagg gtcgggggcg aaatctacgt caggcccttc 558421 gacgaaaaaa cctcaaagga gttcctgaga acaggcttta gagaagccgg ccttgatgtg 558481 tccgaggaca ccatagaccg cgccgtagca ctccttgatg gaatccctgg ctggctcgtc 558541 ctcttcggcg tgaaatacct tgaagcgaga gacttcgaaa aggcgatgga agcaacgctc 558601 aacgttgcaa agggcctgct gttcggcgag ctgggggagc ttgaaaggag gagcaggagg 558661 tacacgggga ttttacgggc gatagcgctc ggctacaaca ggtggagcct gataagggac 558721 tacctcgccg tgaagggtat gaaaactcca gaaccgaggc tgtacgaact tctcaagaac 558781 ctgaagaaga tggggtggat tgaggaggtg aacgaggagt acagactggt tgacccgatc 558841 attagactcg ttctgagagg cctatgactt ttccagcacc ccaacggaga cctctgggtg 558901 gtcgaacctt ttcagttttc ttctgacctc ctccgtcagg aaatctccga cccactcgaa 558961 gttcagagac tccagaacgt cgtggtacgt gtagaatatt attctgccgc cggttctgca 559021 cgctcgaatc agatgattca cagtctcagg caaatccttg ggatggacgt tgtaagggtc 559081 aaagaagatg aagtcgaagt actcatccgg catctcgcgc acgtaatccc tgacgttggc 559141 gaccacaaag ttatcggcga actctggaag tatatcgcgc ctcgcctgct ctatggactc 559201 ctctatgaag tccacgccgt atggtaccag ctcgtgttcg gagttctcca cgagatgccg 559261 caaaagcagg ccgtttccgc agccgaggtc tatgaccctg cccggatgat tgatgaagcc 559321 gaggaagaag tcgtaaatct cgtggggata tacgaggaac ccgttgggca aatagggatt 559381 gcccttgttt tgctcccagt acagctcttt gagctttctc ttctttacct cgtaccattc 559441 tttctccatc acatgtcacc aatttcaaat ataaaatcct ccaaataaaa cgttttatcc 559501 gagctgtcta tactcctgat tttcagcggg tgaaggagtc ccagagccca acgttttctt 559561 cggactcaat tgcaaactta aatggcttgt tcggatcaat tttgtactct ctgcccgcca 559621 cgtcaaccac tgtaccgtcc tccttttgga ttccgaagat tgcagctccg agaaccacgt 559681 accggtagtt agtaattccc ctttcctttg cgagtttatc cagttgctgg cgattaattc 559741 gttacctttg aacacctgca tccatgttgg aggcatcgtt ttcaatgcgg gcacgaacat 559801 aatcccgacc actttgcctc ctttgagcag tggagcttca tagtaggcag gtcttccatc 559861 ggggaaatag aacagtttca tctccccaat ttttgcgtcc ttgaactccg gaaacgggac 559921 tttgtcgagt tcaatttttg cgagatatct ggcagtatcc ggggacactt tcggagtttg 559981 attgagcgct attagcttcc ttttccatga caccggggga actgcacgag cctcgatctc 560041 tccgtgcttt ttcccttcaa cgctcacatc gaggaagtcc gaggggtatg ggccgggcct 560101 gaagatggag tggatggtgg agggagctca aataagctcg gcgaagggtg ttatgtggag 560161 gaagagctcg ggcatgaagc gaaggccctc cgcatacctc accccgatct tttccccgta 560221 gaattccgcg accgttctga ggaagggctc ccacttctcc catacatcgt ccgtgaactg 560281 gctcctgtga acccttatcg ccctcagctt gagctccatc acatcggtta tgtcgacgaa 560341 gtagttgggt ttagcggtat agtagaagcc aatcaaatcg atccggtggg gctctaggcc 560401 aatgtggagg tcgcttctcg cgacgtttgg caacggtgaa aagagcactg cctcaagggc 560461 aagctttccc gctgtcacgt ggtctggatg ggcctcgtag ggtagccagg gatccggagc 560521 gaggacgagg tcaggcttct cttgtctgat gactttgatt atattgttcc tcgcctcgat 560581 gttgtatgga agctccgtat ccctgtaatc gagccagatt atcctctcaa cgccgagcat 560641 tctggcgctt ttctcttcct ctcttcgcct tatgagggct agttcatggg gggacacgct 560701 ttcatcgtac gtccccattg agccgtcggt gaggcagagg tagacgacct taactccccg 560761 ctcggtcaat ttctttattg ttccacccat cccgattaca cagtcgtccg gatggggctc 560821 tatgcagaga accttttcag cgtccttaaa cggatttgag aggtcgaact cgagaattgt 560881 gagcagcttt tcgagcgagc cctcaaagct caaaaccatc acctgttgct atgaattcgt 560941 ggcttttata taaccgtttc gatttcacaa tgagcggccc tagggcagcg ggatcctctc 561001 aacttccatc ctgtcgaagg taggatactc ctccacgatg aagaacctca cgtcaccttc 561061 gatggcctcg gccagctcta aagccacctc ctcaggcatc tcaatcctgc ccttctccct 561121 gtttatgtag agccactccg ccggaacttc gacttcttca acgaggaact cgtagagctc 561181 gtcgaggtcg tcgtattcag cgatgccaaa gcggagcgtt ccgtcctcgg ttacctccat 561241 gtaaggttta gccaccttcc tcgccattct cctgagccta ttcctgagct ggacggcatc 561301 tttaagcttc gcggtgcaga ggtgatagct cagggaagtg ttcttctcac cccactcgag 561361 aagctttaga cctagctcga gcgagcccct aatggcggaa ctctcgtcgc ttaccggctc 561421 gtagcccatg tcgagcatgg ttttaagggt aacctcgctg aactccagct cgttcacgtt 561481 gaggaacttc gcgcctaacc tatccagaaa ctcggcgtac cacttcatcc tctcaaactg 561541 gcccggaatc gagggaatct cgccgccgat gtcccagtcg aagtcaaagg cattctttat 561601 gttctcgatt tccaccttga agagcttcga gttcgggttg aagaggtctg gatgaaagcg 561661 tatctcatct aatcccacat cgtagagctt ctcaaggttc ttcttcgtgg ccagagcgcc 561721 ggtggtgtag aggtgaacgt ggaacttcct tccaaaggcc tccttgaggg cgcggatgta 561781 gctaacggtt ctgtcgagcc tcgccagcgg atccccacct gtaactccag ctcccttggc 561841 ttcctgaatc agggcctcct caatgatatc atcaacgctc ttaacgggcc tctcgttggc 561901 ataaacaaca tcttccctcc tccaagggct cagcgggcag tagaagcagt ttctcgggca 561961 gattccggtc gtgaagagga cgagcttttc acccctaacg cagagctgac agcccttcgg 562021 gagctctctc acggcgtacg aaaagtaagg cgtctcccag accattcttc caccccgcta 562081 accctaacca gagggcaggc cttaaaaacg ttggcgggca aagttgtccg atgcctatga 562141 gggagaagcc gaagtatctg ccccccacgc tccgcgagaa gcaccgctac atagccttcc 562201 agctgattgg ggagaggccc ttccggaagg atgaggttaa gaaggcgata tgggaggcga 562261 gcctctcaac cctcggagtc ctcggctcgg ctaaagcaaa gccctggttc atacgcttcg 562321 acgagaagag ccagacggga atcgtcaggg ttgacaggaa gcacgtcgaa gaactgcgct 562381 ttgccctgac gctcgttaca gagataaacg gctcgaaggc aatctttcgg acgctcggag 562441 tttcggggac gataaaaagg ctgaagagga agtttctagc ggagttcggc tggcgctaga 562501 gcaggaaggg catcgccttg tctacagcac cggtgtaaac gagcaggtag cgcctgcagg 562561 ccttctccca ggtgaagtct tcccttgccc tcctcctggc attctcgcgg agccttgtga 562621 gggttccctc gtcgagctct ttagctttga tcatcgccct agcgagggca aaggcgtccc 562681 tcggcgggac gaggatcccg gtggcgttct ccgggtcggc gttgaggtca attattgtgt 562741 ccttgagtcc accgacggcg ctcgctattg gaaccgctcc caggcacatc gcctcaagct 562801 gaactaatcc aaagggctca aagtaagacg gaatcaccac gaagtccacc gagccgtaga 562861 gctccctaac gagctccctg ggcaggacgt cggtgattac cctgacgttc tccgggaagc 562921 ggttctccac tgctttagcc caggcctcga gaccggggtc gcccttgcca acgatgatga 562981 agcgcatctc cctgaacgct gggtcgccgg agagtatctc tatggctctg aggagcgtgt 563041 caacaccctt ctgcgccctg tcgaagcggc cgatgaacat gaaggccctt ccgtcgctca 563101 aaccaaagcg cccgaggact ttcctcctcc tttcatccct cggtttatcg gcgttttcga 563161 ggaggtgttc actccagaag gagcagtcaa tcccattgaa gacgtgcgtt accttgccgt 563221 caaagtgcct aaagaagtcc cactcctccc agaggtagct cctgctgacg gtcgttacga 563281 tatcggctat gtaggcggcg gtgtgctcgg ggtcaagatc cgggtacggg gcgagctcgc 563341 tcaggttggc ctcgtggaag agccaggcgg gaaccttcgc cttgttgagc ctgtggactg 563401 tgaaaaccgt ccttaacccg aagtacttct tcaggagacc gagggcaaag acggtgtgcc 563461 agtcatgggc gtgaaccacg tcgggcttaa aagtccctat aagacggttg agcagacctg 563521 cggaggcttt gccgaagagt acggttttcc ggaggagggt ctcccaggct gggtagacgt 563581 cggcgtcaag aacatctccg gagagggaat agactgtaac gccgttctgc tcccgttttc 563641 tggccgttac ctcgactctt ctgccctcaa aggagagtcc gaacgagagg gaaggctcgc 563701 cgaggttttt tccgtgatcg ggggtaagga ccacaacctc gttgccaagc ttaactaagc 563761 cttcggctat gctcgtcacg gcctccgcga gcccgccgac tttgactgga aggtattcaa 563821 aagataggat gagaacgcgc ataggcatca ctctaggagt atgaacttct caccctcgac 563881 gtcctcgaag tagcttccta ttccgccgac cttgagttcc tttccgttgt gcctgaatgt 563941 gacgttcgcg gttagggggg tgtactcgta gtcgattatc tcgccgtcta ttgtcacagg 564001 ctttttcgtg tcgatgatcc tgcctactat ttcagctttt ctcggcaggc cagcgaactt 564061 gagaaggact ataagggttc ttatgttgac gagggagagg ggtttgggca gcttttcata 564121 attggggggt tttatgatct cgctgttgtc gaagtagatg gtgtagaacc agtgcatgta 564181 gttctggatt atccttgggc tcttggccca gaatgagtag aacttctcct ttctcgtgtc 564241 ccgcgggagg gcaccgaaaa agagggcata gtctatgtca ccgatgatcc agctcgccat 564301 gagccagggt gccccgccac tcctcgcgag gataatattg tcgcccttaa gccagtccgg 564361 aacctctcta aagttgctga tgatgacaaa gatgacgtcc ttgcgaccct ttatctcgtt 564421 tttaagaagc tcgaggaact ccaggggagt gttgattaaa acctcgtgct ttgcacttct 564481 gatgacgtat tcggccctct caacggtgtt gtcaaagccc tgaatcgtcc atatctccgg 564541 cagctcctcc ccgtgaacct cacggtagag ctcgaggaac gcccccttga gggaatctat 564601 gtcccgaatt atctcctcct tgatcttttc gagtataacc tcgggattga cgggcttgta 564661 gagcctcggc gtgccctgca tgacgtcgac gaatcccttt ctgtggagcg agctcagcac 564721 gtcgtagacc ctcgtgtggg ggattccgct ctctttcgtt atgtcggttg ccttgctcgg 564781 gccgagcttg aggagcgtga tgtatgcaac gctctcgtat ttggtcagcc caagtctctg 564841 gagcttctca attatctcct cttccctcat tccttaaccc ccgacaagtt taagttcact 564901 gaggccagtt tattcatcac cagtgataca aaggtggttg atgtgtataa aactttcggg 564961 ttcgttgagg atccggtctt cggtaggctc gcgagggttg agttttcaat accctaccgg 565021 ggcgagaggt acgcctacct gctcgggagc ttcaacgcct tcaacgaggg aagttttagg 565081 atggaaagga ggggaagccg ctggttcatt agggttctcc ttccggaggg tgtctggagg 565141 tacgccttct cactggaggg ccggttcgag agagatcccg aaaatgagaa tgttgaaacc 565201 taccgcaggc cctcttacaa gttcgagaaa gaggtcagcg tagccggagt gatcggcccg 565261 gagccggtct atcactcacc ttccctcctc tatctttaca ccttcggagg aagggttaac 565321 ttcgtcctca gagcaaagaa gggctacctt gtctcttcga ctctcatcct caaaggaaag 565381 gacatcgaaa tgaggaaacg ggcgagcgat gagctcttcg actactttgg ggcagaggtc 565441 ggtaaccttg agggtccggt tgagtactcc tttctggggg agagcagtga ggggccattt 565501 gagctggggc ccttcagtgc cgtccctatt gccttgaaag cgcctgaatg gccccttgag 565561 agggtttttt atcaggtgat gcccgaccgt ttcgctggca actgcctgcg tgactccggg 565621 aatttctgtg gcggtgacct gtggggcctg aaggaaaggc tggatcacat cgcagggctg 565681 ggcttcaacg ccctctacct gaccccgatc tttgagtcaa ccacctatca cggttacgac 565741 gtagttgatt acttccacgt ttccaggagg cttggtggcg acgaggcctt tgatgagctc 565801 gtgaaggagc tgaggagaag gggaatcaag ctgatactcg acggggtttt tcaccacacc 565861 agcttcttcc atccatactt ccaggacgtc gttgaaaaag gtgagaggag caggtacgtc 565921 gggttttaca ggattctcgg ctttcccgtt gtttcaaagc gttttctgag ggcgttggac 565981 tcaggtcttc tccctggaga tacgaggagc gctccaatgg gggccgaatg gaactacgag 566041 agcttttact ccgtttggct gatgcccaga ttgaactccg atagtgagga ggtctttgag 566101 ttcgtcgtca acgtcatggg gtattggctc aagaaagccg atggatggag gctcgacgtt 566161 gctcatggcg ttccccccga tttctgggtc agggtaaggg agagaatgcc atcatcggcc 566221 tatctgatcg gggaggtcat ggacgacgcg aggctctacc tattcagggg atttcacggg 566281 gttatgaact acgctctcta cgacgcgatt ctcaagttct ttgcctttgg ggagataagc 566341 gccgaggagt tcctgaacga gctggagctc atcagcgtcc gctatgggcc cgctgagtac 566401 tacgcctaca acttccttga caaccacgac acggagcgct tcctcgacct cgttcatgat 566461 gagaggctct acctctgtgc cctcgccttt ctgatgacgt acaagggcat cccggcggtt 566521 ttctacggtg atgagatcgg gctgaggggc agaaaggggg gaggcctcga cgctggaagg 566581 actccaatga agtggaggga agagaactgg aaccgtgaaa tactggagac gacgagggaa 566641 ctgatccatc tcaggagaaa ctccaaggcg ctccagtttg gtactttcag gcccttgctc 566701 ttcaggggta gaaccatagt ttacgagagg gccatcgacg gtgagagcct ggtcgttgcc 566761 ataaactgtt ctgaggtgca tgttaaggtt tccctccccg gagggaagag cctcaacctc 566821 ccgccgctgt ccttcaggat tgtcgatacc ggacggtaat cgcaaggtat atatatcact 566881 ggcgatgata ccttattgcc aaaaggcggt gggtggtaaa tatgagaaaa ggactcttta 566941 ccctgctctt gattggagtt ttgctcttcg gagtcgtggc cagcggctgc attggtggag 567001 gtggaggagg aacaacctca agcccctcaa agacttcttc aagctccacc tcacagacga 567061 ccacttctca ggctcagacc acaacctcaa tctccacaac cacttcacag acgaccacaa 567121 ctggagccac tgaaacgaca accacagcca ccactaccac gacaactacc acaacgacca 567181 ccacttccac tcagggtgag aagatcacca tagtcctctg gcacgcgatg ggccaggctg 567241 aggcccagac attcaaggac ctcatctcag agttcgagat cgagcacccg aacatcgaca 567301 tacagatgga gtacaaggcc aacctcgaaa ccgccctcaa ggcggcaatt cccgccggaa 567361 agggaccgga tctcttcatc tgggcccacg actggatcgg aaagttcgcc gagggcggcc 567421 tcctcaagcc catagacggc tatgtaacag aggacttcac aaacagcttc atcccgatcg 567481 ctcaagatgc ttttgaatac aaggggcact actacggtgt tcccttcgcg gccgagacag 567541 ttgcgctgat atacaacaag gacatggttc caaacccacc ccagaacttc gacgagatga 567601 agacgataat ggagcagcat tacgacccgg acaacggtaa gtacggaata gccagtccaa 567661 ttgatcccta cttcctctcc gcctgggctc aggccttcgg cggctactac ttcgacgaca 567721 agaccgagac cccgggtgta aacctgaccg agaccgttga gggcttcagg ttcttctttg 567781 acaacatctg gccctacatg gcccacacta ctgactataa cgcccaggtt gatctcttca 567841 cgagcggaaa cgccccgatg atgatcaacg gcccgtggat aatctcaaag gtcaaggagg 567901 cgggaataaa ctttggtgtc gtcccgctcc cgccgatcaa caaggacgga aagacctact 567961 acccgaggcc ctacgcgggc gttaagctga tctacgttac ttcaaacgct ccggacgaga 568021 agatgcaggc gatatgggag ttcctcaagt ggttctccac cagtgaggac gttgccgtaa 568081 ccctcgcctt ccagaacggt tacgttcccg ttctcaacag cgtcgctaac gagcctgaca 568141 tcacgagcga tcctgtgata agtgcctacc tgcaggccct ccagcatgca tacctcatgc 568201 ccaagagcac caagatggcg gccgtctggg gtcctgtcgg ccaggctatc acggactaca 568261 tcggcggcaa gaagactctg gagcaggccc tcaacgatgc ccagaaggaa atcctgaagg 568321 ccctaagcag ctgatctctt ctttttaact ttcttgcgag gtgaaaggga tgaaaaagag 568381 cacagttgcg gcgttgacgc tgatcctccc tggcatggcc gctttcctct tcttcaacat 568441 atacccgata ctctattcga tttacatcgc gttcacgaac gcccagatgg gaaactttcc 568501 gactcacaat ccatcggcac cgcccctgaa gttcgtcggt ctcgacaact tcagatgggc 568561 gctcaacgat cccggcttca ggtcagcttt cctctggacg tggatcttcg tggcgaccag 568621 cgttaccctc aaggtccttg cgggcatatt cctctccgtc ctctacaaca gcaaatacgt 568681 catcgggaag tccctctacc gggcgctcct cataattccc tgggcccttc ctctcctgtt 568741 ctcgatcacg gtctggcgct tcatgttcga tccgatattc gggcccgtta acataatcct 568801 ccgcgatttt ggagtttcaa atccccctga ctggataaac aacgcgacct acggcttcat 568861 agccctcaac atcatcgagg tctggctggc ttaccccttc atgatgacgg tgataacctc 568921 ggcccttcaa tcggttccgg atatactggt tgaggcggcc ataatagacg gcgccaacta 568981 ctggcagagg ctcaccaagg ttgttctgcc aatcgtgagc aagccgatag ccttcgcgac 569041 catactaacg agcgccgcga gcttccagta cttccttgtt cccttcctct acaacggctc 569101 cctctttgag gacaggttcc tgctcctcta cggttaccgg aaggcatttg gggcgtcggt 569161 tccccactac ggcagggctg ctgccgttct cttcatagcc acgctgatcc tggcggttta 569221 catgtacata agcatgaaga taaccaaact gcaggagggg gcgagctgat gttcgatttc 569281 cacttcagga acagaaggga gctttttaag gccctcctcg caacggccct ggctataatc 569341 gtcatgggta taattctctt tcccgtgtat tatgtgttca cggtctcact taagccccaa 569401 ggaacgctcg cctcgacgtc tctcgacctc ttaccggacc agatgacact ccagaactac 569461 aaagaggtaa tgtttggcca caaggatgcg accgtaaaga ccaaggtctt caacataact 569521 tcctcaaggg gcaagctcat cggaacggaa tacaccatag agtacatgga cggcgtgctc 569581 tacgggaagt acagaggtct gccccccagg ttcaatctca agtatatctc gcacctaaag 569641 gttgaagggg ctaacagaag cgtcgaaaac ggccaagtgc agtacctcgg aggcaagttc 569701 gtctctatgg atgcgaagag aattatggtc tccttagctt cccttaggag ggagtaccta 569761 tatctcacgg ccaaggaagt caggataacc gtgaacggca agacgggcat tcccctcgat 569821 ggcttcacca aggtcggtaa caacacctac gttggcaggg acgtcaccct caaaattccg 569881 gacagagtta ggcttgactc cgaggaggga cactttgagg ccagggactt ctactacgtc 569941 ttcatcaacc agatcggcgg cggtttcttt ggctatctca agagaagcct gatcatagcg 570001 tccctgacag tcgtgctaac gctactcttc gcggttccag ccgcttacgc cttttcgagg 570061 ctcaagttct tcggcaggga gcacatcctg tacttttacc tgatgttcac gcaggtttcc 570121 ggaggccttg ggatagccgg cttggtggcc ctctacggaa tgctcgttaa gctcgaccta 570181 accaacaaca tctacgtcct ccccctcatc tatgccgccg gtggagttcc cttcaacacg 570241 tggctcctca agagctacct cgactccata agtccggact tcgacgaggc cgcgctggtg 570301 gacggtgcaa actacctcca gataatctgg cacgtgctac tgccgatggc cctgcccgga 570361 atagctaccg ttgccatctt tgcattcata ggcggctgga ccgagctcat tcttgcaagc 570421 cttcttatcg acaacgaaag caaatacccg ctaacggtgt ggctttacag tatgctcaac 570481 gatctcagga acgtgtcgtg gaaccagttc tccgcggcgg cactgctctt cgcgctcccc 570541 gtgttcataa tgttcctgct ggcccagaac tacatcaaga gtggcttaac agttgggggt 570601 ctcaaggaat gatttcgttt tttacggctt cgtattcgga ggtgttgtga gatggtacgg 570661 tggaatagaa agcttgccct ttccctgctc ctgatcgggg ttatgctcgt gagtgcgttc 570721 gctgtaaacc tgggcggtgc taacgagacc actccaaagc ccctgaacgt tatcatcgtc 570781 tggcatcagc accagccctt ctactacgat ccagtcctca acgtttacac gaggccatgg 570841 gtaaggttgc atgccgccaa cgactactgg aagatggccc actacctgag cgagtatcca 570901 gaagtgcacg ccacaatcga cctttccggt tccctcatag ctcagatagt ggactacatg 570961 aacggccggg aggacaccct tcagctcatc agctacaaga tcgcgaacgg cgctccactg 571021 agcctcgacg aaaaatggca ggttctccaa gtcccgggtg gattcttcga ccacacgatc 571081 ccctggaacg gcgagccggt aaccgatagg gatggaaacc ccacgagaaa gttctggagg 571141 cactacaccg agctcaaaga caagctcatg aacgcgaaga agaagtactc aaacctgtcc 571201 cttgaggagc agaaggttaa gataacgggc gagttcacgg agcaggacta cgtggatctg 571261 gccgtttatt tcaacttggc atggatagac tacggctata tcgtgagcca ccccgagctg 571321 aaggccatct acgatagggt ggatgagggc aactacacaa gggaggatct taaaaccgtt 571381 ctgaacgccc agatgtggct tctcaaccac accttcgagg agcacgagag gataaacctc 571441 ctcctcggca acggaaacgt cgaggtcacg gtggttccct acgcccaccc gatagggccg 571501 atcctcaacg actttggctg ggagggtgac tttgacgcac aggtgaagaa ggcggacgaa 571561 ctttaccgcg agtacatcgg gaacggcacc gttgcaccga ggggaggctg ggccgccgaa 571621 tcggctctaa acgataagac gctcgaaata ctggctgaca acggctggga atgggtaatg 571681 accgatcaga tggtgcttga aaggatggga attccaaaga ccgtcgacaa ctactatcac 571741 ccctgggtgg cccagttcgg cgacaggaag atatacctct tcccgaggaa ccacgacctc 571801 agcgacaggg ttggcttccg ctacgccggc atgaaccagt accaggccgt tgaggacttc 571861 gtaaacgagc ttcttaagat tcagaagcag aactacgacg gttccctcgt ctacgtcata 571921 accctcgacg gcgagaaccc gtgggagcac tacccctacg acggtcagct cttcctcacc 571981 cagctctaca agaggctcac cgaactccag gaggcgggcc tcataagaac gctgacgccg 572041 agcgagtaca tccagctcta cggggacaag gccaaggttt taacacccaa gatgatggag 572101 cgcctcgatt ttaccagtga ggagcgagtt aaggcccttc tgaaggccca gagcctcaac 572161 gagctctacg atatggccgg gataaatgag gagatgcagt ggcccgagag cagctggata 572221 gatggaacac tctcaacgtg gatcggtgag ccccaggaga actacgcctg gtactggctt 572281 tatcttgcca gaaagaccct catggagcac aacgcttcga tgggccttgc taggtgggag 572341 aacgccaacg agtacctact cagggccgag ggaagcgact ggttctggtg gtatggcaag 572401 gatcaggaca gcgggcagga ttacgccttc gaccgctact tcaaagccta cctctacgag 572461 atctaccgcc tcgcgaacgt gaccccgccg gattacctct acggcaacta ttatcctgat 572521 ggcgagccct acctcaggag ggccctcgac ggactcaagg agggccaggt aaggacgtac 572581 tcaagcctct ccccccttgc cgagaacgtt agcgtttact tcgacggtga ggggcttcac 572641 tttgttctca acggcaacct gagcgagttt gaggtgagcc tgtacgaggt gaacaggcac 572701 gttgggaaca ccttcaccct gctccagagc agaccggacg agctgagcta ttcaacttgg 572761 ccgttctcaa aggacagcgt cggtctaatg ataaccaagc atatcgttta cagaaacggc 572821 acggccgagc tctacaacgc aaccgactac gataactcaa ccctcctcgg caaccttacg 572881 gtgaagaaga ccgaagactc agtggatatc acggtgccct tcgacaacct cgagagcccc 572941 agcgacttct atttcgcggt gtcgaccgtg agaaacggca gcctcgaggt tatcagcaca 573001 cccgttgagc tcaagcttcc aacccaggtt aagggcgcga tcatagccga cataaaggat 573061 cctgaagggg acgaccacgg cccgggaacc tacacctacc caacggatgg ggtcttcaag 573121 cccggcgtct tcgatctcct ccgcttcaga ctcctcgaag gagccgacgg ctacatcatg 573181 gagttctact tcaagaacct tggcgacaat ccctggaacg ggccgaacgg attcagtctg 573241 cagataattg aggtttacct cgactacaaa cccggcggga acacttctgc aataaaaatg 573301 ttcccggatg gccccggtgc gaacgttaac ctcgacccag agcatccgtg ggacgtggcg 573361 ttcagaatag ctggctggga ctacggcaac ctcatcgtcc tgccgaacgg tacggtttac 573421 cagggtgaga tgaagatctc gaccgatcca accaagaacg ccataatagt caagatcccg 573481 aagaagtaca taaagattga cgaggactac ggactctggg gagacgtcct gactggatcg 573541 caggatggct atggtcctga caagtggaga ccggtagctg ttacggccga gcagtggaag 573601 gtcggaggcg gagatccaga cgccatcata gcgggcgttg agccaagggt gatggatgaa 573661 ctcgtgccgc ctggctttaa accaactcag gagcagcagc tgagctccta cgatgccgag 573721 aacggaaagc gcgcgacagt taaggcgatt tccctcctca agaccggtat agtcgtcaag 573781 gatccggagg gagatgatca cggtccagga acttacacat atccaactga ccccgtcttc 573841 gttccaggcg cctttgatct cctcaagttt aaaatggtga acgaaagcga ctactggcat 573901 cttgagtttt acttcaagga tctcggtgac aatccctgga acgggccgaa cggattcagc 573961 ctccagataa tcgaggcata cttcgacttc aaggacggag gcaacacttc cgctataaag 574021 atgttccccg acgggccagg tgccaacgtt gatctcgatc caagccatcc ctgggatctc 574081 gcccttagaa tagctggctg ggactacggt aacttaattg ttctcccaaa cgggaccgtt 574141 taccagggtg agatgaagat ctcggccgat ccaaccaaga acgcgataat cgtagagctc 574201 cctaagaggt acctcagggt caaccgggag tacggcctct acgcctcaat actcacggga 574261 agccaagacg gttacggtcc tgacaagtgg agaccagtag ctgttacggc cgagcagtgg 574321 aaggttggtg gaggggatcc tgatgccatc atagccggcg tcgagccaag ggtgatggac 574381 gagctcgtcc cgcccggctt caaacccact caggagcagc agctgagctc ttatgatgcc 574441 gagaacggaa agagggccac ggtgctgatg ataaccctca tcaagggcac atccactggt 574501 ggaggcacta ccacaacaac cactacaccc agtccaacga ccaccacgac tacttcaact 574561 accactatat caaccacaac aaccacgtcc tcctcgggag gtggcaccag ctctgggcca 574621 acaactacga cgacgagtac cactacaact tcaacgacca caaccaccac tacacccacc 574681 actaccacaa cgtcgacgac aacttcaaag aagggcggct ggaagctctg tgggcccgct 574741 gtgatagtgg gccttgccct aatgccgctc cttctacgga ggaagctctg acctttttac 574801 acatttttgg aggtgatcca atggccgaag tcgtgctcag gggcgtgtgg aagcggtttg 574861 gtgaggttgt tgcggttagg gatatgaacc ttcacgttaa ggatggggag ttcatgatcc 574921 ttctcgggcc aagcgggtgc ggaaagacga cgacgctgag gatgatagca ggcttagaag 574981 agcctacgaa gggacagata tacatcggag acaagctcgt tgcagacccc gagaagggtg 575041 ttttcgtccc gccgagggat agggacatcg ccatggtctt ccagagttat gctttatacc 575101 ctcacatgac ggtttatgat aacattgcat tcccgctcaa gcttagaaaa gtaccaaaac 575161 aagaaatcga cagaagagtt agggaagttg cggaaatgct tggactaaca gaactcctca 575221 acaggaagcc gagggagttg agcggtggcc agaagcagag ggtagccctc gggagagcaa 575281 tagttagaaa acccaaggtt ttcctgatgg acgagccgct gagcaacctc gacgccaaac 575341 tcagggttaa aatgcgtgct gagttgaaga agttgcagag gcagcttggg gttactacga 575401 tttacgttac acacgatcag gttgaggcaa tgacaatggg tgacaggatt gctgtgataa 575461 atcagggtgt tctgcagcag gtgggaactc ctgatgaggt ttacgacagg ccggctaata 575521 cgtttgttgc gggctttata ggctcgccgc cgatgaattt catggatgcc accataactg 575581 aggatgggtt tgcggacttc ggggagttta gacttaaact cctgcctgag catgtggagg 575641 tgctgaggga taaaaacctc ctcgggaggg atgtcatttt tggcataagg cccgaggaca 575701 tttatgatgc catgttcgcc caggtcaagg tgccggggga gaacatggtg agggcgatgg 575761 tggagattat tgagaacctc ggaagcgaga agatagtcca cctccgcgtt ggggggataa 575821 ccttccttgg ctccttccgc tcggaatcta aagtgaggga agggcaggag gtcgatgttg 575881 tcttcgacat gaggaaggcc cacatcttcg agaggaaaag cggaaaagca atattttaaa 575941 cctcgccttc cttctttttt catgcttgag aaactggcgg agttcatagc ggagaacttc 576001 tcacagggaa aggccgttga gcttggcata ggcttccaga cgaaggtagc tttaaggctg 576061 atagagctcg gctacgacgt tctggcgata gactggaacg aaaaagctgt ggagaacgcg 576121 agaagagcgg gcataaaagc ggtccgcgac gacctcttta ggccgaggct cagcctttac 576181 agggacgcgg tccttctcta ctcagtaagg ccaacgcccg agataatgga gcccatcgtc 576241 gagctgagcc gaaaagtgaa cgttcccctc gtagttctgc ccctgagcgg tgattccgtg 576301 cccagaccgc tgaggctcgt gaactacaaa ggactggcga tatacgttta taagccgtga 576361 gggaactaag ggcggtggtg gtatgaggct cttcggcacc gcgggaattc gggggaggct 576421 ctgggagaag gtgacgcccg agctcgcatt gaaggtcgga atggcgattg gaacgtacaa 576481 aggtggaacg gctgtcgtcg cgagggacgg gaggacttca agcgttatgc tcaagaacgc 576541 ggtgataagc ggtctgctcg cgagcggaat ggaggtttta gatgccgatt tgattccaac 576601 accggccctg gcctgggcca cccgggagca cggcgacgct ggagttatga ttaccgcgag 576661 ccacaatccg ccgacagaca acggtataaa ggtcttcaac ggcgatggga cggagttcta 576721 cgtggaacag gagaaggagc ttgaggggat agtcttctcc gggaacttca ggagggctga 576781 gtggaacgag attaaaaccg ttaagcccct cgacgttata gacgactaca tcggagcggt 576841 tcttgacttc gtgaaccacg agacgggcct taaagttctc tacgacgggg ccaacggctc 576901 agggagcgtt ttagcgcctt acctgctccg cgagatgggg gccaaggtta taagcgtgaa 576961 cgcccacgtt gacggccact tcccgggaag gaggcccgag ccgcgctatg aaaacatcgc 577021 ctatctcggg gagcttgtta aagaactcgg cgttgatttg gcgatagcgc aggacggaga 577081 cgccgacagg atagcggtct tcgacgagag gggcaactac gttgacgagg atacggttat 577141 agcgctcttc gccaagcact acgttgaaga gaacggcggg ggaacggttg ttacctcgat 577201 aaacaccggc tcaaggatag acgaggtcgt cgagagggca gggggaaagg tcgttagagt 577261 tccccttggc cagccccatg acggcataaa gaaatacgga gccatcttcg ccggcgaacc 577321 ctggaagctc gtccatccaa agttcggcaa ctggattgac agcttcgtga cgatggcgct 577381 cctgattaag atgattgacg agaacggccc cctctcaaag ctcgtctcgg agattccggt 577441 ctattacctg aggaaggaga acgttccgtg cccggacggg cttaagggga aggtcgttga 577501 gagggccagg gaagagcttg agaaggcctt gggagaggaa atcaaggaaa ttctcacgat 577561 ttcgggctac cgcttccagc tgagggacgg ctcatgggtt ctcgtcaggc caagcgggac 577621 ggagccgaag attcgcgttg tcgtcgaggg gccaagcgaa aaaagaaggg acgaactctt 577681 cgagttagct tacaaaacgg ttgcaaaaga agtggaaaag ctcaaacgaa gcgcgcgggt 577741 ctgagagtcc tgactgctat ttcccttttg tctaccatga ccttgaagcc ctccttggcg 577801 acgtaggtct tgactccggt taccgtttcg atgtactttg cctccttgta tgggttggcg 577861 aagtgcatct tcatgccgat gtggctcatt atcaggactt caggtttttt ctccatgctc 577921 ttgagcatct cgacggcatc atccgtgctg aggtgatagg gaattcccat gtcccttgga 577981 cgcgttatcg ccgctatgag aaccctcgcc ccgtcgtgcc actctaccag cccatcaaag 578041 taggctgtgt cgggaatgta ggagatgtcg ccgtaggcgg tcttcatgcg gaagcctatc 578101 gttgtcgggt cggagtgctg gctcggggtt atcaggaact cctcctcgcc tatcgctatc 578161 ttgttgcccg gctctggcgt gtggacgctt tcgaggactt ctatgtgata cttgcttatc 578221 gcaggtgtat gagtctcgtc gccgtagacg acgctcttcg aagctatgag cactcccctc 578281 ttcttgagcg cgccaccggt catggcctcg accatgacct cgaggtcgtt gcagtggtca 578341 acgtgcctgt gggagacgaa gatggcgtct aaccttctcg ggtcgagctt gtagcgccag 578401 cttctaacca aagcacccgg ccccgggtcg acgtagacgt tcctgctcgc ccttatgtgg 578461 aatcccccag tggagcggaa ctgagttatt gtgatgaacc tcccgccccc gctcccgagg 578521 aaggttatct ctatcactcc ctcacctccg tatcctctgc agacggtagg ctttaggcgg 578581 tggggtatat aaggtgtttg gatggccgaa agcagtttaa gctccgggga gaagtggggg 578641 ttggtgattc ggatgactca gcttgggaag gtcttgaagg aagttgaagg cctgagagac 578701 gagatgataa agacgctcgt cgagctgatt aagattccgg ccataagccc cgactacggt 578761 ggtgagggcg aatacgacaa ggcccagaag ttgcttgaga ttatcagaga ctggcccttc 578821 gacaaggtcg aggtctacaa cgcgcccgac aagagggcca agaacggggt caggccgaac 578881 atattggcct attactacgg cgagaaaggc gaggaaagcg agagactctg gattctcacc 578941 cacctcgacg tcgttccgcc cggggacctg agcaagtgga ccgttaccga gccatttaaa 579001 ccgctcgtca aggacggcaa ggtctacggg cgcggaagcg aggacaacgg gcagagtttg 579061 gttgcttcgc tttacgcggt gaaggccatg atgaacctcg ggataaggcc gaagaggacg 579121 gttattttgg ccttcgtcag cgacgaggaa accgggagca agtacggaat cgaatggttg 579181 atgagggaac acccagagct cttcagggaa gatgacctcg ttctcgtccc cgacggtgga 579241 aacgaggacg gaacgttcat agaagtcgct gaaaagggaa tcctctggtt caagctaagg 579301 gtcagggggc agcaggtgca cgcgagcatg ccggacaagg gcctgaacgc acaccgcgtt 579361 gcacttgatt tggcctacaa cctcgacaaa aagcttcacg agaagtacag cgagagggac 579421 gagctcttcg agccagctga gagcaccttc gagccaacga tgggaggaaa cccagcagac 579481 agccccaaca taatccctgg agagcacgag gtcgttttcg actgcagggt tctgccaagg 579541 tacagcctcg acgatatcct caaggacgtc gagggcgtcg tggaagaagt taaggagagg 579601 cacaggaagg agcttgacgg gaaggttctc ccagaaatcg aggtggagat tcttcagagg 579661 gcagacccgg ccccgccgac cgacccggag ggcgagatag tgaaactcct gaaggaggcg 579721 ataaaagaac tccgcggaaa ggaagccaag gtcggtggaa taggcggtgg aacctttgcg 579781 gcgttcttca ggaggaaggg gattcccgcc gttgtgtggg cgacgctcga cgagatggca 579841 caccagccca acgagtacgc gaagattgac aacatggtcg aggacgcgaa ggttatggct 579901 gctttggcgc ttctctgact tttctcttct tacatttcaa gcctctttga agccgtcggc 579961 aggtatttat aatcccgcgg acaaccgtac atcggtggag atcatgagat gggtggttcc 580021 ccttcttatc ctaatcgtcc tcgtttctgg atgtgtaagt gatgtggaca acgctcgttt 580081 cgagagttca agctcctcct caactcagga gacgacccct aacgctggaa attctgagtg 580141 gaaaaaccct gttgtggggg gtatgaactc tttcgccatt gagctctata aaaagctggg 580201 agaaaacaac ggcaacgtct ttttctctcc ctacagcatc gaaacggccc tcacaatagc 580261 ctatgaaggt gcaagagggg ctacgaggga tgaaatgggg aacgttctcc agcttcccgg 580321 ggacaatgag acccgctgga agggctttag aggcctcatt ctatcactgg aaagcaatga 580381 gagctcaccc ttcgttctca ggagcgccaa cgccctctgg gtccaaagtg gatatcctgt 580441 aagggaggac tacctccgga ttgctaagga gtattatctg gccaacgcta gtgatcttga 580501 ctttcagggt aatcctgaag gggcggccga tgtcataaac gattgggtga agaaccggac 580561 cggtggcagg attagggaca tcatatcaag actaagcccc gacacgagac tggtaataac 580621 gaacgcagtt tactttaagg caaactggtc gagcaggttt gaggcagtta acaccaaaaa 580681 cgagaccttt tactccccca gtgggcccgt tgtggtgcag atgatgcacc agactgcgaa 580741 gttcttatat ttcgaaaacg atgaccttca ggcggtggaa ctcccctacg aagggaaccg 580801 gctgggcatg ctggtaatcc ttccccgaga ggggaggttt gaagaggttg aaagacagtt 580861 gaacgcggag atgatcagcg aaatagttgc taacatgacc gacgagatgg ttgccgtttc 580921 catcccaaag ttcaaactcg aggaggacta tcacctcaag gaagttctca tggaaatggg 580981 cgttaagagg gccttcacca gaccagactt tgcaggcatt tctgaactgg aggacctcgt 581041 tataagtgat gtgatccata agacctacat aagtgtcgcc gagaagggga ccgaggccgc 581101 cgctgccacg gctgtgataa tgaccctggc tgctccccca gagaataacc tgaaggtatt 581161 ccgggcagat cgtccattta tattcttcat acacgacagg gaaacgggag cgatactctt 581221 catggggagg ctgatgaacc ctaaggaatg agcttttaaa catccgcttc aacttttttc 581281 atgcccctct ggaaggacgg gaagctcgga ctgccgataa aggaagcggt aacgctcttt 581341 ccggagctga aggactacct tgacgagcga ggaaggctcg acttctcaaa cagggaggcg 581401 aggatactct acaacagggc gatagcgaag gccctcttcg gactggagat agaataccac 581461 ccgcgcggtc tcgtaacgcc cccaatatcg cgctacctct tcctgaagac gtttttgaag 581521 ggaggagaga aggttctgga gattgggacc ggacacaccg cgatgatggc gcttatagct 581581 gaaaagctct tcgactgcga ggtagcggct acagagctcg acgaggagtt ctttgagtac 581641 gcgaggagga acatcgagcg aaacctcgct aggatcagac taatcaagag cgacggtgga 581701 ataatccggg gagtaattcc tgaaggagag cgcttcgacg taattttttc ggctccacca 581761 tactacgaga ggccgacgaa gggagttctc acggagaggg aaggcgttgg aggtggaaag 581821 tacggcgagg ccttctcggt ggggctgata gaggaagcaa ggtattactt acggcccggc 581881 ggaaaggtgg ctctcttcct tcccgataaa aagcctctaa tcggtgttat agcagaaaaa 581941 ggggaagagc tgggctattc cgtgagggac gtgaagttta aggtcggaac gcggtggagg 582001 cacagtttgg tactcagatt gtaatggttg ttgtaacggc cataactttc gtgattttgg 582061 tcgtttaaac gaccaaataa aaaaggattt cggtcggtag agcgaccaac atccaagggt 582121 taatcttatt tcatccttca tccaaaaaca aaccgtgagg gggtggtttt cgtgtggctt 582181 gggacgggaa gagaggttgt aaagccctgg ccgggtttgg agagagcccc tgagaagttc 582241 ctcatcgttt tcacgggcat agggctgggc catgctgagg aactcctgga aagtgtggaa 582301 gttgtggaag actgcaccta tgtttataga gccctcgttg gcaattacag gggcgagaaa 582361 atctgcgttc taaatcccta cttcggagcc cccgcctcgg tcttcgccct cgaactggcc 582421 atagcgagcg ggggaagata ctttataatg gtgggggagg cgggtgcgat aaaagaaggt 582481 attcacatag gcgacgtgat actgccgact tgggccctga gggaggaggg aacaagctac 582541 cactacctgc cccctgagta caccccaagg cccagtgaga aactgctgag catgcttgaa 582601 aaggaggtga gacgtcaaat aggaaagagg agaattggcg ttttcagggg aggcgtgtgg 582661 acgacggatg cgcccttcag ggaaacggag gacaaagtaa aggaatacgc caagcgcggg 582721 attctcggcg ttgaaatgga gagttcagcc ttaatgagcg ttgccgagtt taggggtgtt 582781 gagctggcgg ttgccctggc ggtttcagat gagctttata gaggggaatg gaacgttgga 582841 ttcgggagtg aaaaacttag aagggcggag gaactgctgg ttaaatccgc cctggaagtt 582901 ctggcggccc tatgatttag agggactccg accgtgggcg tctcagcact cacgccggtc 582961 tcagtggagg tgctttctcg tcatcgtccc gctaatcact tcatgtcctc aacatcatgt 583021 cctcaacata aaggaagagg cacttaaggt attcggtgtc cttcgaggcc atgagtatcg 583081 ggtggtccgg tgcctgagtc ctgtagggct cgagcatctt gaggaacttg ccggctttgg 583141 ctgctgccgc tatgaccatg tccttgaagg cctgcatgtc aacgtgctgg gagcaggagc 583201 atgtgacgag gatcccaccc tccttaacga gcttcaggcc ggcgtggttg acgttgaaat 583261 acgccctgag cccgcgcttg aggtccttct cgtgctggac gaaggcggga ggatcgagga 583321 tcactatgtc gaacttctca cccttcttta tcatttcctc cattacaggg aaggctgaac 583381 ccgttatgta cctcatcctg tcttcgacgc cgttgagctt ggcgttctcc ttcaccatgt 583441 tgattgccca gggtgactta tcaacggcaa cgacctcatc agcgccagct actgccgcgt 583501 gaatggcgaa gcctccggtg taagtgaaga cgtcgagaac tctcatgcct ggcttaacgt 583561 acttctcaag ggctatcctg ttctcccgct ggtcgaggaa gaagcccgtc ttctgcccgc 583621 gcatgtccac gatgaacttt gccttacctt cttcgattat ggtgcggtac ttctcctttc 583681 cgagcaaaac cctctctatt tcgggcagac cttccctgcg cctgctcctt ccggtgttct 583741 tctcgaagac ggtttcaatc tctggctcgg cctccattat ggcctcggca acgtcgagct 583801 tgaagcgctc cattccaacg ctcgaaatct gaaccgaggc aatctcgttg aagcggtcaa 583861 ctatgagacc gggcagataa tcggcctcgc cgtagaccat tctgtaggcc ttgtcgtagc 583921 cgagaacctt ctttctgtac tcgttggcct tctttatcct ctcacggaag agctccttcg 583981 ttatcggggt ttccctgtcc ttaatgagca ggcggaccat tatgttcgag ttggggttga 584041 cgaagcccct gccaaggaat ttgcccccgc gcgtatagac ctcgactatg tcgccgggtt 584101 caaactcgcc ctcggttctc accactccct tcttgaagac tatcatcgcg ccctttccga 584161 tcgctctcgc cgcctgagcg tcaacgatta ccctcgccat cttcaccacc gaggccagta 584221 cgcgcccctc tttaaaaggt tgcccgagtt ggtgttcctc caggatcttc cacttcctcc 584281 agcgataggt atttaactcc gggaagcgta tatacccagg gggtgattct atgcactttg 584341 aggtcgtcaa agagtttctt gaggacatcg gggcggactg gattgagatc gagggggaaa 584401 tacacctcga ccccgaggtc ttctatgagg tttggaagta catcggccag cccgagctga 584461 agacctacgt tgttgaggac gaagttgtcg agcccggctc ctacgacccc cccgagatga 584521 agtacaccga cgttaagaag ataaagaaaa agaaggtcta cttcgagacc ctcgacggaa 584581 agaggatcgt taccgattac gccgagttcc agaggatagc cagggagaag ggctcttgat 584641 tccttttctc accttatgag aataggtatc atcagaacgg ccatgcagtt cgttcttctg 584701 actccgagtt cctgtgtaag gtaccctatg gccgctcctg ttaggagaac ccagagcccg 584761 tatagtccat cgaagtagag cgagaggcaa aggaggaaca gcacaacggt ggcgttgaga 584821 agacggtagt taatggcctt tatgagcccg agatatggct ttgggagggc cgaaccgagc 584881 agaacagcga tcgatcccac gaggatcgct gataggagga tcaccgtcac ctctgggggt 584941 ttagtcccac tcctgctgag tgccaccgca atgccgtttc tcgttctccc cgtcatcgag 585001 tagttgatga tcccgaagag gaagttggag gtgtttatgg agtagaccgc cgccaagaag 585061 ctcctctcat ctctggaaaa gagcgttgct atcgtagctc ctattgaagc tgtgaatgcc 585121 gggagaatag aggaaaccat cccgaggacc gttcccgcga ttgagaatgc gatcaaaggt 585181 ttccactcaa catgcggact tttgtcctgc tctggaaagg ttccttttcc ctggagggag 585241 gcgattataa cggggattcc aaacaacccg gtgaagagat ggtagaaggg ctctttcagg 585301 ttcatctggt tgagaacagt ccatcccaga actcccgaga gcgctataac aagaaccgcc 585361 tgtggagctt tgtccctccc gctgagaagg aggaaggcga ggagaaacag cactccaacc 585421 tttccggtgg ttggggagta gagaaccaca aggcgggagt agaggggcag aaaaggaata 585481 acgaagacca ctgcaaggag gctcgacagg agtgcaatcc tgagcacctc taggcctttc 585541 cccgccagaa ccagcctgtg agccggcaga accccgagtg ccgtcccctc gtcgggaacg 585601 ccgaggaacg tggatggaaa cgcgtccaga aaggtatggg tcagacccat tgcaaagagc 585661 aggtaaaagg agctctccat ccccgcgagt gtgttcacat gtattcccgg tgttaggccc 585721 gtgaacgttc cgagaaagag gccgatcagc agttcccgga gcaaacgtca tcccccgagc 585781 tcacctgtag ggcgggcttt cccctgtaat ctgtgaaggt tccgtaggcg gttatgaccg 585841 ttccctcttt aacctcgatt ccgagggatt tggggagctt caggagaacc cagcattccc 585901 cgctcgttac gttggccagc ccaaagccgt tgccgtacct cttcacccac tccacccgtc 585961 cggctatctt cgaaaaaccg ccctcacgga agttgcatat cccgttcgga agcctctccc 586021 tcggaagggc tagctcacaa cttagacaga ccaagctgga gcccgtgttg agggccctga 586081 cttttatcat atctcctgct ctggctttga aacccctgag cctgaggctc gtacagttca 586141 gcacgaggcc gctcttcata accctgagga cgaggcattc tcctcctccg atcttcccga 586201 tcgaggtttt gtctattggt accgttgggg gataaccgag tctcctcacg tcgcctatgt 586261 cgtccacgta aacgttaacc ctcgacgtta ttctgaccct gccgagaact tccactttca 586321 ggcccctctc aaggctttgg ccgtggggga ggtagatgta cagcttctcc cttccattcc 586381 acagtacgat ccggttttcg ttcccgaagg tcccgagaac ggttcccctt atcagcgccg 586441 gcattccgtc ccttatcgat ctggacggag ttcccgcatg ggttattttc acaggataga 586501 actttgagcc gtatttaact ccaagaaccc tcacgaggct tcctttctgg atatccagcg 586561 gtttccccag ctcaacccag tcgggggtta atagatagtg ccttctccct ctactgatcc 586621 agtaagcacc ttccgtctcc tcgagccatt gggggatggc tgagtagggc ctgagaaagt 586681 attttccgct tactcgaagg ccgcttctcg tttcctccag ctctcctctg agggtataga 586741 gcttccctat ctcaagttgc tcggggacga gaagtgtatc cgttgagttg aagagtatgg 586801 agtaacttct ctctgctttc acacagaccc caacgaagct tttggtgctg tcatcgcggt 586861 tctctcccag ggcaaataga cctgccgttg agagcagtgc caccagtgca agtgcggtgt 586921 atagccttct atcagacatc atcaaaaaga gataatcacg aaaatttaaa agctttacta 586981 tttacaacag tagatctgct accccctcaa cgcgagtccc gttggcgtta tctcataggg 587041 gaaccacgag agggagtggg gcgtcctccg cattccatat actcttatgt accttctcag 587101 agtcctgccc tcctcaaaca tcctcatttc gatgacaccg tccactatag ccttcaccat 587161 tgcctccacc tgcggccttt cgatgccggt gtttatctca atgagccaga cctgcttgtg 587221 cctgtgtgcg atgtccttga gctcttcgag gaacttgtat atgtcgatga gctcactctc 587281 gaagaagagc ggtgtcagcg aggtaatgat gccgaccagc tgccctgtgt agcctccaga 587341 tattaggccg gtcgttgttt ccttcacgaa ctttgctatc tgaagcgggt tggaggggtc 587401 tatgattacg tcttccgtga aggagaactt gggggcgctc tttatcctgt gagagtatgc 587461 gtcgatgagg tacaggtact cgtcgagtat tgggctgaag tcccagccga agagacgggc 587521 gttctccagg aattccctct tcggcatgtc cacgagaatc gcaagccccg gggttccatg 587581 taggacggtc tgggtgtaca gaaactgggt ctggaacgtc gtcttgccgg atttagggtc 587641 ccctagaacg agcacaacac tgcccgctgg aataccacct tgaataaggc catcaataac 587701 cccggtctca atcctctcga tgtccaactc aaccaccgtg ctcagtatat ttctccgctc 587761 gggtagacga cgatgccatc ctctgttatc tcaaagggat actttttcat cgcgtgcttg 587821 gtctccctca tctttctgat caggaggtac cgtttcagtt ccacgtcttt ttcaatgaag 587881 tccaggagta ttacacccct ggcaacgtac tcctccactc cgtacctgct gagtttaccc 587941 ctctttgggt cttcagcctc tgtggttaga atagacgtta ttcccatttc aaggagaatc 588001 gtgttgagct tgagcaggac ctcacgtatg tttttctctt ccctcaatct aatcgcaatt 588061 gaaggaatgg aatcgactac gagacgtttt gcgtctatgg tcttaacaac gcggtatatg 588121 tagcggagga atccctctac gttgagaccc tcctcgaggg caaagcgctc ctccgaaggg 588181 agcccgacgg ccgaactcac accgtctatt attgctatct tcccttcatc ttcgtatttc 588241 ttcagatccc atccaaaact cagcatctcc cttctcagat cctgggctct ttcctccagt 588301 gtgactatta cccctggctc atcatagagc tctgctccct tgtagacaaa ctggactgca 588361 aaggttgtct ttccagttcc agtgggaccg gtgacaagaa cagtagtccc cttgggaaag 588421 ccaccctcaa ttaaatcatc aagaccggga atcccagtct ttaccctagc aacatcatac 588481 cggctcatgc caatcccctc tcaatcctgt gacccgataa ctggtatgtt tgtaatgccc 588541 ttaaactttc ccccactgtg atggtgctcg ttctgatttt ggaccgggat attataaaaa 588601 gctttcgaga cgttggtgaa agatgtctaa attttgaagc tcaaaggagc gtcgattaac 588661 agctggagat tgagttcttc ttctagctca ggaacgacat tactcgtgtc tctaatcatc 588721 agataatcca ttttaagcac agttttcttc catcttttct atgggggatt atcccaccca 588781 aacacgaaga cattgaaaaa caaccaaaag cgaagagcta tttcagcttc cccctattac 588841 agttggcagc taaacttcac tagacttcaa cgaaacatac gtttctcgct ttctaacaaa 588901 ctctaccagc cgtttatagg tcgggtgcga gctcagcgtc gaggagtcgc ctatcagaat 588961 cagcttcctc tttgccctcg tcagcgagac gtttaacctc ctcaaatcct ttaaaaagcc 589021 cagctcaccc ttcctgttcg agcggacgaa ggagagaacg atgacctcct tctccctgcc 589081 ctgataaccg tccaccgtct tgacctctat ctcttcaggc aaaagcgagc ttatcaaatc 589141 gcgctggtcg tcgtaggggg ttatgacacc aacccattca ggcttaatcc cgagctttaa 589201 caatccctca acggcttcct ccacgagcct cgcctcaagt gggttctccc ggctctcgct 589261 tccatagcgc tgtctctcga agcggtcttc tcttttagcg gtatctacga agacgagcac 589321 gttctccggt ttaagcactt cggcccacac atcgtcccct ttcggcaact cgacgcccaa 589381 atcggccagc gttatattcc tgacgctctc gtcggcttta attctgccat tgtaaaattc 589441 cctgctcgga aactccatga gcctttcgtt catcctgtac tggacggtga gcatctcgct 589501 cttccaggga tagcgctcaa tcaggccctc gaagagtgtc ttgctaagct ccttggccct 589561 ctcgctcagt atcgtcggcg ggagctgttt gtggtcgcct gccaaaacga agcgcctcgc 589621 gcggttgatt gggatgagca cgctcggtat cgtcgcctgc gtggcttcgt ctattatcgc 589681 cacatcatag ctcccgtaat caaccacctc cagtccagcc gaagagttcg tcgtcaggac 589741 gacgttggct tcccttatta tctccctcgc tatcctctcc tccagcttcc ttgcatcgtc 589801 gaaggtcttc tgcacctgct cgttgatttt gagccactgg gccatctcgc ggattagcct 589861 tgccggaacg cccctcgtcc ctatccccct ctcggccagg cggagaatct gcttatcggt 589921 cagcccgcgc ctgtactttg gagccggttt ggtgaaggtg tcgcgctttt ccttcaggtt 589981 ctccccgatt acgcggagct ccctcagctc gccgtagagc tcgtgctggg tcatgaggta 590041 ggctaaagtc gtctcgtgga gagcttttga gaccctgctc gggtgtccga cgcggacgac 590101 cttcagacca gaatcaacca gcctctcgac gatgttgtca acggccacgt tactctctgc 590161 agtggccaaa accctgtgcc ccctcgccac ctcctgccgt atcagctcga cgagtgttct 590221 cgtctttcca gtcccgaagg gcccatgaat caggaagaag tcagggctcc caagggctct 590281 cgctattgcc ctcctctggc tcgcgttcaa gctcctgtca aagggattga actctacttc 590341 ctcactctcc tcaggctccc tcaggcctag atagaactca agagcctttc tcccgctttc 590401 ccgaagggct tcaatgttct caagccatct tttgaaggtt atgtcgttgg cgtacaggtc 590461 aacgcgaact cctctcaatg cccactcggg gacggtctca agggccaccg ttatgaacct 590521 cttccccttc tcgacaacag ttccgaccaa atcgcttttc agcgggtctc tcttgcttat 590581 cacgatcaaa tcgccgacgc ttatctccgt cttgatttcc ctctcgcgcc cgtatctgac 590641 gaggaaatag ccgagctcct cgccgattac cttcccgttg aggccgagaa tagctcttcc 590701 tactttctcc ctctcgcggc cgctgagccg tctcatctcg gcgcgcattg cctctatctc 590761 agcctttcgc tccatctcga cgagaacctt gagctttgcg atgaacttcg aaagcttctc 590821 gttttcattc atttttcttc ccgaagggcg aagagaagag ccgtttaaaa ggttgagggt 590881 ggtcagccca tgcgagtttc ctcaccgctc ggacgaaact tccctcatca tcccgaagag 590941 ggtagaaggg agaggttaaa aagctaggcc ctctccgaga aaatcaccga aactatgtcc 591001 ctgtggaagg acttgatggc cctgacgtgc ttttcttcaa ccctgccgca gcaggcgacg 591061 cgctcgtaga agcgctggag ctcatctagg agccactcga gctgtctctt ggagctttcg 591121 ctgaagccat tgcccaagag ttttcccctc agaaacggca tgacctccga aggccgtccc 591181 catgcggccc agaaaagacc ttccttcaaa atctcaaaca gcaactcctc ggacttcgca 591241 ctaacgaagg gtttcaccct cccccctaag cttttctgga accctccttt ggatttcgta 591301 actcctcctc atggcaatca ccgtagaacg gactgcgatg tcctatattg gcttttcggg 591361 agcttttttg aacatctgat gaaagagaaa ctttgatata aagactgatt gaattttttc 591421 tttcctaaat ccggaaggcc gacgatccga cgaaggcaga tttttaagat gtacaccgag 591481 catcgttcgg tggtgggatg aaaattggaa tcgttggcga tggaatagct ggcctgactt 591541 ctgccatagc gcttgtcaag aggggttttg atgttactct catcggtccc ggaattcgaa 591601 agagcaactc ttatctcgct caggctggga tagccttccc ggttctcgaa ggcgattctc 591661 tcgaggccca cgtcctcgac acaatcaaag ccggaaagta catcaacgac cgcgaggtcg 591721 tttggaacat aatctcaaag gcgagcgagg cctacgattt tctcacttcc ctcggcctga 591781 agttcgaggc gagcgagact gaaggtggcc actcattcca cagggtcttt acgattaaga 591841 acgagaccgg caagcacgtc acgaagctcc tctacctccg cgccagggag ctcggcgtta 591901 acttcgtcag gggaaagacg gaggaactcg cgacaaagag ggggaaggcc tgcggggtgt 591961 tcgtcgaggg cgagttcctc cgcttcgacg cgaccgttat agcgtccggt ggattctcgg 592021 ggctcttcaa gtttacggca ggttctcccg agaacaccgg cctcatcatc ggcgacgcgg 592081 taatgaaagg ctcccccgct cgcgatttgg agttcgtcca gttccacccg accggttaca 592141 ttggaaagaa aggagttttc ttgataagcg aggccgtgag aggggcgggg gcaaagttgg 592201 taaccgaaga cggcgagcgc ttcgtgaacg aactggcgac gagggacatc gtggcgaggg 592261 caatctaccg ccagatgcaa actggaaaga aggtcttcct cgacgcgacc gggatagaga 592321 acttcaagaa gcgcttcccc cagatatacg ctttcctcag gaaggacggg atagacccat 592381 cgatggactt aatcccggtc tcgccgatag cccactacac gatgggcggg atagcggttg 592441 acctctggta tagaacttca ctgaagaacc tctacgcgat aggagaggcc atgagcaacg 592501 gctttcacgg ggcgaacagg ttggcgagca actccctcgt ggagtgcatc gtttctggcc 592561 ttgaagttgc gagaacgata gcgagggaaa ggccgaggtg cagggaagtt aaggagcctc 592621 actaccacgg ctacgaaccc ggagacgttg actcgctgag ggagctccta tgggagcatg 592681 ctgggatagt taggagtgcg aagaccctta gggagggcct ccagaagctt gagggaatcg 592741 aggccgaccc gaggctgaaa ctgctcgcga agggcgtcct tgagtgcgct ttggcgaggg 592801 aagagagcag ggggagccac taccgtgagg actttccggt catgagaaag gccttcgaga 592861 ggccgagctt cttcgacggg aggtgcaggc tgtaaccaaa ggtgtccaaa aaccctttta 592921 attcccctct cccaccttcc gccgaggggt gagagatgga cagggaaaag ctgatcgccg 592981 agattgagaa gcttaaggag gagcgcaacg cgataatcat ggcccacaac taccagctcc 593041 ccgaggtgca ggatatagcg gatttccttg gggacagcct cgagctcgcg aggaaggccg 593101 taaacgttga tgccgaggta atagtcttcg cgggcgtcga ttttatggcc gagaccgcta 593161 aaatcctcaa ccccgaaaag actgtcctcc ttccggctaa aacggccacc tgcgcgatgg 593221 ccaacatgct ccaggtcgag cacatacttg aggcgaagag gcggtatcct aacgcgccag 593281 ttgtcctcta tgtgaacagt tccgccgagg cgaaggccca cgccgacgtg acggtaactt 593341 cagccaacgc ggttaaaatc gtcgaaaagc tcgattccaa cgttgtaatc ttcggcccgg 593401 acaagaactt gggaagctac gtcgcgaggg tgactggtaa gagggtaatc ccagtccctc 593461 cagacgggca ctgctacgtc cacaggaagt tcaccgttga ggacgtcgag cgcgcgagga 593521 gacgttatcc caacgccaag ctgatggtcc accccgagtg cgagccggaa gtgcaggaaa 593581 gggccgacat aatcgcctcg acgggtggaa tgatacggca cgcgccggag tggaacgagt 593641 gggtcgtctt caccgagagg gagatggtct accggctgag caggctctat ccaaacataa 593701 agttttaccc cgcccgcgag gacgcagtct gcgttggaat gaaggcgata acgctcgaaa 593761 gcatctacga gtccctcagg gatatgaagt accgcgtgga ggttccggag gagatagcca 593821 agaaagcaaa gagggccatc gagagaatgc ttgagatgag ctaagccttc ggggcttctt 593881 ttttctggct gttttgatga atttttaagt ccatccgatc gttagcgtga gctttcgaaa 593941 atcttttaaa cacaaaatgt aactaaaaac tgacaaaact ctggaggtga taaaatggct 594001 cagtatggga taatggagaa aaaatgggta tggatgctcc tgctcggtgt tgtgttcatg 594061 accctgggtt tcgctgggct catgatgctt ccactgatga cgctgagcag tgtggccgtg 594121 ttcggagcct ttatgctagt gggtggaata cttcaggtgc ttcacggtct aacgaaggcc 594181 aaggactgga agagtgcagg cgttcacacg ctcatgggcc tggtatacgt tttggcaggt 594241 atctttacaa ttgaaaaccc aatactcgcg agtgctacgc tcaccttgct cctaggggtc 594301 tcgctcatcg tgatcggaac actcaggatg ggcgtggcgt tccagaacaa ggacgtgaac 594361 cagtggcctg cgatggtttt ctccggcctc ctgacggttc tacttggtct cttcatagtg 594421 ctccagtggc cctggtccag cctgtgggct attggccttt atgtctcggt ggatcttata 594481 atgagcggtg ccaacttcgt ggcgatagcg cttgccgcaa aaactgcggg ggagagatcc 594541 tctcccgcct gatctcatct ttttggcgcc atgtgcctta cggtgtagtg ctcgagcgtc 594601 gcccctttct ccacgaactc gtggggccat atcttgacgt tgtacattct cacgttgtcg 594661 cttattattg cattgtcacc tatgaccgag ttcacgattc tcacgttgtc ccctatttca 594721 acgtgcctcc ctattatcga gttcattatc ctcacgttgt tcccgagctt taccctgtcc 594781 atgacgactg agtggaggat ctcgcagctc ttccccacca tggagtagtt gtcgattatg 594841 gcgtcctcca gggcagttcc tttccctatg gagatgtgcc tcccgagcag aacctttccc 594901 tcaactagga gctcgccgcg ctttatcatt tcccttatcc tgcgcctcaa cctttctgac 594961 atctccgact taccctgcat atacacgtct cgggttatct caacggcctc catgtcctcg 595021 ggggataggt ggtggagtaa gtacatcgcc gccctcaggt acctctcggg agttcctata 595081 tcaaaccagt accccttcat ggggtagccg taaacggcat agccatgctc tatgagcgcg 595141 ggaattatgt cgcctccgaa atccagtttc ctttcctcgc gcatctcagc cgcccattcg 595201 tcctcaagga agctccagaa gtccttggag agtatgtaga ttccggtgtt ggctagattg 595261 ctgggggcct cctctgggct cggcttctca acgaagtact ctatcctgta atcgtcgtct 595321 atcttcgcta ccccgaatcc cgtgacatcg tccacaggct ggagggctat cgtcatgaag 595381 gctcctttct tcctgtgcca ctcgtacatc tcccctatgt tgagctggta tatgttgtca 595441 ccctgaataa cgactacggg ttctctgatg ccgtaatagt gcatcgtgta ccagaccgcg 595501 tctccgttcg ttgtgctctc gtaccgaggc atatacctta tcctaacctc tttctcaagc 595561 ccgtatttct tcttcagcca gtagccctca cggaagtaat cgaaaagagt ggtgtaattg 595621 acgtaacctt tgacaccgag gtaaacctcc tcaacaccat cccttgcgag gctcagtatc 595681 gagtgttcga gaatgggctt gtttaacagc ctgacgagcc ccttggaggt ctctatcgtg 595741 aggggcctga gtctcgttgc ttcacctcct attggtataa ccgctttctt gatcatagga 595801 ctccccctat tgattaactt ccccaatgat taaaaggtat tccccggagg ttgtgaatgt 595861 atgggaaaat gacaaaagtg agtatgggcg ggggaatggt aaaatggtgg ggcttaacta 595921 cctgctccgg tttcttgagg aggattcgcc gttcggcgac gtgacgagcg aggcggtgat 595981 tcccgagggc actaaagcaa gggctgtaat cattgcaaag caggacgggg ttatagcggg 596041 cgttgaagaa gctaaagccc tcttcgagta cttcggggcc aaggtttcgg ccagaaagca 596101 cgacggcgag gaggtgaaaa ggggagacgt gatcctcgag ctcgaggggg atgcgagggc 596161 aatcctgctc gtcgagagga ccgctttgaa cgtcatgggc aggatgagcg gcatagcgac 596221 agaggtgagg aagctagtcg agagggttaa agccgtgaac ccaaaggttc gcgttgcggg 596281 gacgaggaag agccttctca agccgataga caagagggcc ataatcatcg gcggcggcga 596341 gccgcaccgc ttctcgctga gcgatgcaat gctcatcaag gacaaccact tagctttagt 596401 tccgctggag gaagccataa ggcgggccaa atccttcagc gtttacaagg tcgttgaggt 596461 cgaggttgag agcctcgaag atgctctccg ggcggcaaaa gtcggggcgg acgtgatact 596521 gctcgacaac atgagccccg gagagatagc ggagacgatt gatgcgttaa agcgcgaggg 596581 cctgcgagat agggtgaaaa tcgaggtctc aggtgggata acgcctgaga acattgagga 596641 atatgcaaag ctcgatgtcg acgtgataag cctcggctat ctaactcact cggttaagaa 596701 cttcgacgtg agccttgagg ttatcggcaa aatgtgatcg ggttagcctt ttgttaattt 596761 ttgatcgtaa attttataac tttatcgact ggaatatcat cagcgattgg gggtatcaaa 596821 aatggggagg atcacagtac tctcactcat cgtcctattg tccttatctt tggaaactgc 596881 tcttgtctca gcgggggcaa ttttagtgga tgttagggta ctaaaccaga cgggggaaga 596941 ttcatatgtt ccaaaaattt ttctcaacga aactgccgca ggtcagtatt cgtacacttt 597001 gctcgtcatg aacgtcaccg ctaaggatct cggcgacggc tacttctcgg ttggaattag 597061 gggccttgta atcgatgagt ttccctctac tctcaatcta actggccgtt ggataaacat 597121 gaccttcaag gtcaaatcta aaaccaacac tttcgtcctc gatgggcagg gggctttctt 597181 tccgctgtac attgtcttcc ccgagagcaa gacactcttc catttgggtg agcaacttca 597241 agttaaggac aacgtcctcc agatgctcca gcccccctcc aacagaacgg taaagctcgt 597301 tggaaaatac gtcaaggtct atacgaagcc gattgaagtg aacagcgttg acgtacggag 597361 caggaagtac ttcaattaca ccatctgcaa cgttctgccc ccggaactcc agaggaagtt 597421 gaacatgacg aagggatcca gctgctttct tcagcgtacg ccttacctcg atgggagttt 597481 tttgggtcac aaaccgctca gcataatggc tctctatccc cgcgacccct tcggtgtctc 597541 ttccggcccc gttatcctct cggttgatta catccccacg agtccggacg agctgaaggg 597601 gcaggaaacc cctaataata gggatctcct taagcctatc gggatcggtg caataatagt 597661 agccgcagcc ggtgttgcat tgacgaggag gggtgggcgt tgaagccggt gggagttgag 597721 atatcctcca agaggtctct gctcgccgtg atgatcctcc ttcccctcat tatagcgggc 597781 tcagcatggt acgttatgag tgagcccatc tcagttggcg ttacccagcg ctccttcatg 597841 actcccccgg atcagctgaa cgcctccctc catcgaacct tggaggggct gggtgatttc 597901 ttctaccggg tttcggatgt tcagaaggac atcttcacga agggtttaag ggttcttctt 597961 ttgggtgttt tcatcggggt tacccttgtt tcctctctga ttctcatccg gccgctctcc 598021 gatggcacga tggcgtttga gatagggctg gtgagagaca agaaaagggt cctgctctac 598081 agaaccgctc ctataattgt gtactccgcc tacgtttcaa taatccttgc tctcttcgct 598141 tactctgtct tccccttgaa ggctggacta cctttcgatt ttgataaggg tctctggctc 598201 tttgtggtgc tttttctctc gggcatgtgg ggtgtaaccc taacagccct cgtgggattc 598261 tacacctgtg agcccgctta tccggtcatt gtttcgtttc tcgtttccct cacctcattc 598321 acgggagcgg gggatctctt ctttccctac tataggctct taaacgccct ctgggttgat 598381 gtgaagctgc tcaacacgtg gtcgatcgcg gggctgggcc ttctgtttgt ctcagctttc 598441 attgcgcttc acaaatttga acggggtgag tactattgag gctgttcaaa acactgctgg 598501 tgtcatcgct tctgttcgcg gccttcacgt tcctgctctt ccagtctatg gcccaggaaa 598561 aagtaaacat cgtgttctac cagacgggtt atgatcccga gacctatacg gttcagtacg 598621 ttgacacgac cctgccgctc gcgggtgagt actcagtgca aggagacaac gtgactgttc 598681 tgaccgtcga gggaaggcat ggaggccact tcaggacatc tctgcgcgcg gtcaggctgg 598741 ttggcgtctt caacacgagc gacgatgttg aagttgagct ccatccaaag gtgggcatgc 598801 cgtggggagt tcttctcggt gttgtgctct cggggggtgt gtttgggtat gcttttagag 598861 tgctcgggtt tgagtaaatc ctacggcgac acgaaggcgc tcgacaacgt cagctttaag 598921 ctgagcgagg gactctcgtt tatcctcgga cccaacggaa gcgggaagac aacgttcata 598981 aagatactaa gcggcataac atatcccgat gccggcgaaa taaaggtttt gggcaaggac 599041 tacggggatc tgactaaggg ggagatctcc ttctcctttg aaaagaccaa cctgtccccc 599101 tccataaagg ttggcgagta cctgagcgca ataggcgagt ggaggggtga ggacaattcc 599161 cgggaagtaa tggaaatgtt tgagctccgc aatgttgaat ccaagagatt ctctgagctc 599221 tcccagggat acaagcggag gtttctggtc gcaagcgcct tcgttggctc tccaaaggtc 599281 gtctttctcg acgagccctt cagcaacgtg gacatagtgg ccaagaagag gatgatggag 599341 gttttcatgg agctcaagcg ggagcgcaac atagtcatcg tctcccacgt tttcacgaac 599401 atcgaggaaa tagacagcct cgtcgtgctc tacaacggaa aggttctcag aaacctccac 599461 gggaaagaac tccaagatat cgggggcttc aaggcagtat tctccgatgg gtcggtcgtt 599521 gtcaacgatt tggacgagct ggtagagagg attagaaacg gccagagacc tgtttcgatt 599581 aaaccggtaa ccctcgaaga ctggctcatg gacttctttt agccttatca tcacattcac 599641 catccggtga accccttcgg ctttcgatgc gtttttctaa acatttttca tccaaaccgt 599701 tccatacctg tggcaaggct tatattctct ttttcaaatc caaatctgaa ggaaagccaa 599761 aaggggtgat ccgtatggga aagctcgaca ttattgagaa gaaaggtacc gagagactga 599821 agaggggctt cgccaagatg gtcaagggcg gagtcatcat ggacgtcacc aatgccgaac 599881 aggcgagaat cgctgaggaa gccggagcag tcgcagtcat ggccctccac cgcgttccag 599941 ctgacatcag aaaagctggc ggagtcgcga ggatggcccc gatagagaag atccaggaga 600001 taatggacgc agtgaccatt ccggttatgg cgaaggttag gatcggccac gtcgccgagg 600061 cgagaatcct cgaagctttg ggtgttgaca tgatcgacga gagcgaagtt ctgacgccgt 600121 ctgacccgta cttccacatc gacaagcgcg agttcaagat tcccttcgtc tgcggcaaca 600181 ggaacctcgg ggaggccgtc aggaggatat gggaaggggc cgcgatgatg aggacgaagg 600241 gcgaagctgg aacaggaaac atcatcgagg ccgtcaggca cgtcaggctt ttgaaggaca 600301 acatcgccct gctccagcgc atgaccgacg aacagatcta cggcgtcgcc gagaagttcg 600361 ccgagccata cctcaggctg gccttcgagg tcagggagat cagcggcctg ccaaagcagg 600421 tcctcgagaa cgagccggtt tacggccact acacctaccg cgagatcgtt gagggcctct 600481 acaagatact cctcgagata aagaagcttg gccgccttcc ggtcgttaac ttcgccgctg 600541 gaggagttgc aacgcccgcc gatgccgccc tgatgatgca gatgggcatg gacggcgtct 600601 tcgtcggttc gggcatcttc aagagctcca acccgccgaa gatggcgagg gccatagtcg 600661 aggccgtgaa ccactgggac gagcccgatg tgctcgtcga gataagcaag gaaatcggcg 600721 agccgatgcg cggtcaggac attgaggagc ttgaggttag gctcgaggag aggggcgtct 600781 gagccctttt ccactctttt ggaggggttg aaatggtcaa ggtaggcgtt ataggcctcc 600841 agggagacgt cagcgagcac atcgaggcgg ctcaaagagc actcgaaaac ctcggagtga 600901 gtggagaagt gatctggctc aaaaaacctg aacagcttga ggggatctcg gcgatcataa 600961 tacctggagg agagagcacg acgatatcga gactcatgca gaaaaacggc ctcctcgagc 601021 ccgtcaggaa gctcggcgaa gagggactcc ccattatggg cacctgcgcg ggcctgataa 601081 tgctctcgaa ggaggtaata ggcgccactc cagagcagag gttcctcgag ctcctcgacg 601141 ttaaagtgaa cagaaacgcc tacggcaggc aggtggacag cttcgaggcg ccggtaaagc 601201 tcgccttcag cgatgagccg tttccgggag ttttcatacg tgccccgagg atagtggagc 601261 tcctcagcga caaggtgaag cctattgcgt ggctcggcga cagggttgtt ggcgtcgagc 601321 aggataacct catcggcctc gagttccacc cggagctgac ggaggacacg agggtccacg 601381 agtacttcct gcggaaggca ctttgacttt taacaagttt tcgttaattt tagccataaa 601441 gctttttaat tttaactttt tcttgccaat taggtggtag cgtgaaaacg gtcgtgtgcc 601501 ccttctgcgg cttcgggtgc aggctcctcg ttgacgagaa gagcatgagg gccaaacctt 601561 atccgggtca gccgaacagg gggaagctct gccccaaagg cctctactcg ctcgagttcg 601621 tccgctccca gggaaggctg aagaggcccc tcaagagggt tggttccgca atggttccaa 601681 tcagctgggg ggttgcggta gaggagatag cgaacaagct cctcgagatt agggagctct 601741 acggtcccga tgcggtggcg tttctttcgt cctcgaaaat cagcaacgag gaaaactacc 601801 tcctccagaa gattgcacgc ctgtttggca cgaacaacat agacaactgc gcaaggctgt 601861 gccacgaagc gagcgttcac gcgctcaagc tcgccgtcgg aaccggcgcg cagacgaacc 601921 cctatgaaga ccttgagaac ttcaacgccg tcctgatatg gggatataac cccgctgaaa 601981 cgcaccccgt cgttatgaac tatgtcctca gggccaagag gagaggggct aaggtaatcg 602041 tcgtggacgt cagggaaacg cggacgatgg cctttgctga ttacaaactc ataataaagc 602101 ccgggacaga catagtcctg gctaacgcga tggcgaacgt gataaccggg gaggagctct 602161 acgacgagga gttcgttcgc tctaggacga gcggtttttc agaggtcagg atggctgtta 602221 tgaagtacac cccggagtac gcggagaccg taactggaat tccagcggag acgatacggg 602281 aggtcgcgag ggcttttgcc ctggccggaa gtggggccat aatgtgggga atgggtctaa 602341 cccagcacgt ctctggcgtt gagaacgttt tagcggtgat aaaccttgca ctgctcctcg 602401 gctacatcgg ggaaaagggc ggcctctacc ctatgcgcgg gcagaacaac gtccagggag 602461 cggcatatat gggcgcgctg agcgagttcc tgcctggcta cgttcctctc accgacgaac 602521 gctttagaaa gcgagtcgcc tcgctctggg gcgttgacga cctgccgacc gagagggggc 602581 tctacctgac ggagctgtgg gatgccatcg aaaggagtga cctaaaggcc ctctatattg 602641 tcggcgagaa ccctgcggtg agcgaggccg actttacgcg cgtgagacgg gcgttgagaa 602701 agctcgacct cctcgtcgtt caggatgtct tcatgacgag aacagcgcgc tacgcccact 602761 acgtcctccc tgcctcagct ttctgcgaaa aggagggctc atacatgaac agcgagcgaa 602821 gaatccagtg gagccacaaa gtctgcgagc cctacgctga ctcaaagccc gactgggaga 602881 ttctggcgat gctcggccgg gcgctcgggc ttccgggctt caactacacc cgagttgagg 602941 agataacggt agaatacttc cgtcttttcc cggagctcga ggagagaagc gttgatgaac 603001 tcaagaacgg cgagggaata ttcctgccga ggaagaggtt gcacacgtgg gagttcgcga 603061 cgcccgacgg aaaggcccgc ttcatggccg tcgagaggat ttcaccctgg gaggagccga 603121 gtgaggagtt cccgctgatt ctaacgactg tcagactgat aaaccactac aacacgggcg 603181 agatgacgct gaggagtccc tcactagtca agttaatggg cgaacctaag gtcatgatca 603241 acgagaaaga tgcgaaaagg cttggaatca ccgatggaga ctgggtggat atagaaacga 603301 ggcgcgggag aataaggatg cgcgcgaagg tcggcggcgt ccctgagggg ctcgttgcaa 603361 tccccttcca cttcaaggcg aaccggatta ccagtccggc cctgaacaag gccggaacgc 603421 ccgagttcaa gttctcggcg tgtcgggtta agaaaatgaa ggccccatga tatgctcagc 603481 cttcttttgt taccatgata acattttagt gtttttcttt cttgattgtt atcatgcaaa 603541 ccgcaaaact tatatacgag ttttttgtta tcatgataac gagggaacgg catggtaaac 603601 cttgacgaac tcaaggtcaa cgctcaggag taccttgagg acgctgatta tctctacaac 603661 aaaggccact acaactcggc cctcaacctc tacttcaaag ccctcgtggc aatctgcgac 603721 tacataatcc tccgcgacac agggaaactc ccgaggaatc acactgagcg ctttaggatt 603781 ctcgaagaga aatatcctga catctatgac atcgtggact tccacttcaa caactaccgc 603841 aaggcctacc tcatgagggc tacaaaggaa tgggtggagg tgctgaaaaa tgacgtccac 603901 aacctctact ctcagctctg agccccttca attttttacc ctccaaggaa cactccacga 603961 aacagtcaaa aacttcgtag agaatcatag tgaggtcttc gacgttgtcc tctacggttc 604021 aactgtcctc gggaaagaga aacccaacga cctcgacctc atgatactaa cgaggacgaa 604081 acttcccgcc ttggagctta ggaatctcat cctcgaactc aaaagagagc tctccaaaat 604141 actcacaaat gccaaactcg acatcagggc catgagcctt gaagagctct tcgacccgaa 604201 caacctcgca agcttggggg tcatcataga gggattttct ctcacaaaga acaaatcaat 604261 ggcagagcta atgaatggga aagcatatgc tctcttccgt ttcacccttg aaggccttcc 604321 gcggaaggac agggttcgct tccagtacgc gctcaagggc agggacatga agagcggcct 604381 cctcaaggag ctgaacggtg aacagtgggg ggcttgggta gttgtcgttc caatagagca 604441 cacttaccgc ttcagggact tcttggagct ttggggtgta aaatatgaag ccttcacaat 604501 cttaaaagga gccgacttgt tctacaaatt ttgacatcaa ttaaaacctg aacgcccact 604561 ccggatactc acccgtgaga catgccagac agagatcttc cctgccaacg gccctcttca 604621 ggccctcaac gctgaggtaa gccaggctgt cggcgcctat tgcttcccta accttttcca 604681 cccctccgaa ggccgctatg agctcgtgcc tcgtggggat gtcgataccc atgtagcagg 604741 ggtaccttat cggcggcgag gcgattctga cgtggacttc cctcgcgccg gccttcctga 604801 gcatcgcgac gattctcttc atcgtcgtgc ccctgactat ggaatcgtcg accagaacga 604861 ccctcttccc ggcgataact tccctaaccg gcgagagctt gagcttgacc ttcagctcac 604921 ggttgaactg gccaggggtt ataaaggtcc tcccgatgta gcggttcttt atcaggcctt 604981 cagcgtaggg aatcccgctc tcccgtgaga agccgagggc ggcggctctt ccagaatcgg 605041 gaaccgctat gacaacgtca gcctcggccg ggctctctcg ggctagctct actcccatcc 605101 tgaccctcgc gctgtaaaca tttgtcctgt ccaggacgct gtccggcctc gcgaagtaga 605161 tgtactcgaa aacgcagtgg tggtggcttt ccctggcgag aaccttgctc tcaacgccgt 605221 tttccgagag gaggaagacc tctccgggtt caacgtccct tatttctccg ttctcagact 605281 cgttaacgaa taaccttaat gcagaatcct cgctcgcgaa atagtggcca tccccggttc 605341 cgtagctcag gggcctgaag ccaacggggt ccctcgccac gaggattttg ccgtcgaaga 605401 ggagtgcaac ggagtaggca cctttgactt cgccaaaaac ggctctcata gcctcgaact 605461 cgtcccccgt ctcgtggagg tgccagagga aggaaatccc gagcagttcg gagtcaacgg 605521 agtggcgaaa cctgacgccg agcttttcat acctctcgcg gaggggtctg aagttggtga 605581 gcgtcccgtt gtgcgccacc gcgattctca tcccacagca ctccgtttcg aggggctggg 605641 tctcgttgag cgagccggag gtggagtagc ggacgtgtgc tattgcgagg tttgacttaa 605701 ttttggccaa aaccggtccc ttaaaaacat cctggacaag acccggtccg gagacggttc 605761 ttattctatg cctccagacg cttattcccg cgctctcctg tccgcggtgc tggagagcga 605821 gcagggcgta gtatgccttc tttgctgagt tctccgagag cgttgcaaag attccgcact 605881 tctctcgcat cgccaccacc gattgacgcg tgaaagttaa tggcgctcca ttaagctggt 605941 cgagtttagc tgtccatgct taaaaacttt gcccagtttt tgacagtaat caggcaaaat 606001 aacacttaaa agcaggtaag ttttacacaa aaatggtgat tcatgtggag gtatacgagg 606061 gtaaggccaa gagggtaatc ccgctcgacg atggaaaggt catccttgag ttcaaggacg 606121 atgccaccgc cttcgatggc aaaaagaagg cccggttcaa gggtaagggc tggctcaacg 606181 cccagatcag cgcggttcta ttcaaagttc ttgaggagaa cggaataaag actcacttca 606241 tcggaatcgc tggggacaac aggcttatcg tcgagcgctt gaagatgtac cccctcgagg 606301 ttgtcgtcag gaacgttgtc gccggaagcc tgaagaagcg cctccccctt gaagagggca 606361 cggagcttcc tgagccgata gttgagctct actacaagga cgacggcctc ggcgacccga 606421 tgattaacca ttaccacgcc aaggttctgg gggtaagcga ggaggaagtc agggaaatgg 606481 agagaattgc cctcaaggtc aacgaggttc tcaggaagta tttcaccgag cgcgggataa 606541 tcctcgtgga cttcaagctc gagtttggga agaatgagag gggagagata gtcctcgggg 606601 acgagattag cccggacacc tgccgattct gggacgcaga aacgaaggag agccttgaca 606661 aggatgtctt ccgctttgac aaaggtgacc tgatttcagc ttatgagaag ctctacgaga 606721 ggcttaccgg tgaatctccg actcatagat gattagcacc gtgtagcaac ctttctcgtc 606781 ctcttctatt tctatcctcc tcagccagat tccataagtt ttaacggcct cctcgacaac 606841 ccccggtagc tcctcaagga aggcctttct cctcacggta agctccatac caacacctga 606901 aaaacaaaag gccggggaga ttaaagcttt atcccgtagt tctcgaccct tattccgggc 606961 tcctttgtaa cccttccgag ctcaaagctc tcataatact tgttgagaat ccccagagcc 607021 tcctccttct cctccggggg aacaatcgcg acgaagccca cacccatgtt gaagaccctg 607081 aacatctcct ccagcggaac gccgttctcg tggattagct tgaatattcc ctctattgga 607141 ggcatctcaa gggagaagcc gtagttcgtg aggcgcttga ggttgatcag tcctcccccg 607201 gttatgtggg ccagcccatg aacctctacc ctttcgagca gttcaagaac cgccctcacg 607261 taaatcctcg ttggttccaa aagccactcc cagagttttc ttccctcgta ctcgtagtcg 607321 aggccgtact tcgggattag gagcttcctc gcgagggtca ggccgttgga gtggattccc 607381 gagctcgaaa ttcctattac agcgtcatcg ggcctcatct cctcgccggt gattaccttc 607441 cccttctcga cgattccgat ggcagttcct gccaaatcga agccgtttat gaggtcaggc 607501 atcacagccg tttccccgcc cactatcgct atccccgcct tttccgctcc agcgtagagg 607561 cctttcgcta tctcggcaaa tattttctca tccggctcgc gaacggcgag gtagtcaacg 607621 agggctatag gctcagcccc aacgcagagc aggtcgttca cgttcatcgc tatcatgtct 607681 atccctatcg tgttgaactt gccaaccgcc tcagcgacga gaaccttcgt tccgacgccg 607741 tctgtcgtca tagcgaggta aaagttccca aagtcgagga gcgcagagta gtggccgagg 607801 ttttctgcag gctccccggg ctttcccctc ctgaacttga acgtctccct cgcaaggcct 607861 atgatgtttt tcaaagctct gacagttttc tcatcgtcca ctccggcctg ggcataggtc 607921 agcatgagca ccacctgtgg gagttcgtga gtgggcttaa aaggtttgcc attttcctgc 607981 taaaaaatcc ttaaatattc gaagctttta acactaaaac gtcaaacact gtgacgtttg 608041 aggtggtgcg gatgagtaag ccccgcgatg agctcggaac ggctatgacg gattctgcac 608101 agaagatact ccttcttggg agtggagaac tcggaaagga gatagcgatt gaggctcaga 608161 ggctcggcgt cgaggttgtg gctgtcgata gatacgccaa cgccccggcc atgcaggttg 608221 cccaccgctc ctacgtcggc gacatgcgta atgcggactt cctcttctcc gtcgtcgaga 608281 gggagaagcc cgatgcgata atccccgaga ttgaggcgat taacctcgac gccctcttcg 608341 agcttgagaa ggacggctac ttcgtggttc cgaacgcgag agcgacctgg atagcaatgc 608401 accgcgagag gacgagagaa accctagcga aggaggctaa ggttcctacc tcacgctacg 608461 cctacgcgac cacgctcgat gagctctacg aggcctgcga gaggataggc tatccctgcc 608521 ataccaaggc gataatgagc tcctcgggta agggttcgta cttcgttgaa ggcccggaag 608581 acatccccaa ggcatgggaa gtcgctaaaa agaaagcccg cggtagcgct gacaagataa 608641 tcgttgagga gcacatagac ttcgacgttg agataaccga gctggcggtg aggcactacg 608701 acgagaacgg cgaggtggtt actaccttcc cgaagcccgt cggccactac cagattgacg 608761 gcgactatca cgctagttgg cagccagcag agataagcga aaaggccgag cgcgaggttt 608821 acaggatagc gaagcgcatc accgatgtcc tcggcggtct cggactgttc ggtgtagaga 608881 tgttcgtgaa gggggacaag gtctgggcca acgaggtctc gccgaggcct cacgacacgg 608941 ggatggtgac tttagcttct cacccaaccg gattctccga gttcggactt cacctcaggg 609001 ccgtcctcgg tctgccgatt ccgggtgagt gggtaaacgg ctatcgtctg ttcccgctcc 609061 tgactccagc ggcaacgcac gttatcaagg ccaacgtctc gggctactcg ccgaggttcc 609121 gcggactgtc taaagcctta ggcgtcccga acgctaccgt taggctcttt ggaaagccag 609181 aggcttaccc tggcaggagg ctcggcgttg ccatagcctg ggacaggaac gttgaggaag 609241 ctaagagaaa ggccgagatg gttgcccaca tgatagagct cagaactcgc tcctcggact 609301 ggcacgggca agattacgag aagagaaaac atttaatggg gtgagatcat ccaaagatgc 609361 tcggtccgaa gaggtgcagg aacacttcaa aggctatgag cacgaggact atcgcgatga 609421 caccctttgg actgacttta atcgcccttg tgtcctcatc gaagaatctc atgagtcctg 609481 cgccggttgg gggaagggtc gtcttgtcct ttgccatctt ttatcacctt ccttcatttg 609541 gtgaaacgat taaaaagctt tgccccgcgg ctcgttttta agttttttca ctaaagttta 609601 ttaacgttca cgcccatccc tatgcggtgg ggagcatgga ctacggcagt ctaagtccga 609661 ggatgaaaag ggtctacaca caggttcgtt accttgacga ttaccactgg aacatacgtg 609721 atgatgccat agagggaatt cacaagaaga gcgggataag ggttctcata ctcgccgccg 609781 acaacagaga acacgccctg aaaattgccg atggcttaaa cgagaggggc atcgtgatca 609841 tagcggttcc tgagaagggt gtcttcgcgg ttcacaatgg ggccttcgtc atgacgtaca 609901 agtacgcgag ggcaactctg agtgatatac atgaccacat cgtctggagc ggtttcaaag 609961 tcgtcgaaaa cggaaactcc ctcaagcagg aggacgtcta tgagtacctc ggcggcaggc 610021 tcattgagca cataaaggag aacgctgtaa tcggccagga ttatgttttc tggcagtttt 610081 acaggtgcga aaagtgcggt aagtacgttg atatcgacaa ccttgagtct catctcaggg 610141 gtcacggaat aaagctccac gagaaaagtg aggagaggta cgagatcttt gagataaact 610201 tccgcgatgg taaggtgtac gataagttcg gggaggaggt tcccctatca aagttcagcg 610261 acgaggcgaa agacttcctc cgggagtcga tggaggggaa gtagtcactc ctttggattt 610321 ttctctgctt tcttcaggct ttttagtggt gtgaactccc tcagcacgag cttccattcc 610381 tgttccctca gggtttcagg gttcgcaacg aggacgaggg taccaccgtt ggacagcacg 610441 aagtccctca ccgaaagcag gaatttaaat gccacttgga agccaacctc taccacaagg 610501 tactcaaagg cgtcaacgta aactatccgg tagcccctct cgatctccct gatgatcagg 610561 tcttggagta tgcccagctt tgctggcgag atcgctatta ccttggggtt atcggagacc 610621 tgcccctcct tcgccttcgt tatccagaac accattgaag cgggtgtaaa ctttccagca 610681 atttcgaccg gtgaaagtct cgtaacggct atcatgtcgt tctcaaagaa attaggaagg 610741 attttctgga cttccttcct gtctctggcg aggtacgctc cttggacaat ctcgggagct 610801 ttggttttct taattggctc agacagtgga tagaacacga atgtaaaggc tcctatggcc 610861 gcaagaagcc ttccaactgc cgcaaggaag aaggcaatgg tggagtacca ctcaacgggc 610921 ctcccgatgg gatacgtcag gttcagcagg cccactgtgc agaggccaat cggaaagagt 610981 ctgtcgagaa gtcttctgga aataacgtgg ttccagagaa cgtaactgac gtatatcagg 611041 gatgccccaa ggaggaggga aggaaagctg gccttgaccg cgaagttgct tccaaagaag 611101 tttatcgcga ggaggaagag ccagacgtag gaggcaatga ggaggaggga gaggtaaacc 611161 acgtgattaa agttcgtttt ttcgtacctg aggtgcagcg tcccccatat agttagcagg 611221 gctatgtaga agtcgggcac tttggaggcg acatcgtaag cgggctgggg aatctctatt 611281 ccgagggggg tgagtatgta cgtctctatg tcgagggccc cgatgaaaag tgccgccgcg 611341 aggagggccc agcccttgtc ccgggttttg taggccttcc atgcgaccgt tccgaagagc 611401 acccaccttg aaaggaagtt caggagaggg atgaactcgg acatcatctc acccttttct 611461 cgaccttttc ctgcctgagg agaaccatcg ttccaggggg aacgttccta tcgacgacga 611521 ccccgggccc tatgagggag tgactcccta tcttcctgcc ggggtagatg ctgacgttta 611581 ttccagtctt caccccgtgc ccgattatgg ccccgagctt gtgtctgccg ctgtcctcta 611641 gtttgccctt gatctcgacc ttgatgttag tcctgtcgtg cctcaggttg gcggttatcg 611701 tccccgcccc gaggttaacg ttctccccga ttatcgagtc gccgacgtag ttgaggtggg 611761 gtgcgttgct gttgtccatt atgatggagt ttttgacttc aacggcgtta ccaatgtggc 611821 agttgtcacc tatgctcgtg tagggtctta tgaagcagtt aggccctacc cgggagttcc 611881 tcccgatctt tactgggccg attatgtagg ccccgctcct gacgacggtt ccctccccta 611941 tttcaactgg cgggattatc gtggccccct cctcaacagt gccccgtatc tcgtgcctga 612001 gtttggtttt taggagatac tcattgagct cgagaaggtt ccaaggccgt ccaatgtcgt 612061 tccaatagtc agaataaacg gcgtaggcga ccttcttgcc tgccttgatc ataaggttga 612121 tcgtgtccgt tatctcgtac tccccccgct cgctgagggg agtctccccg atgaactcaa 612181 aaacatccgg cctgaagaga tatatcccga ggttcgcgta gccgggaacc tttccgggct 612241 tttcaagaat ccccactacc ctgccctctt tcacctcgac tttgccgaag tggctcagat 612301 cctcgaagtg cttgagaacg agcgccgcgt ctgctttctc cctcctgaat gcggatacga 612361 gctcttttat ggcctcaacc tcgaagtaga tgtcgccgtt cgccactatg aactcctcgt 612421 ccccaacgtg ttccctcgcg gattccactg ccttggcggt tccttcaccc gggcgctgct 612481 caacgtaggt taccggcttt cctccgaact cgtctccaag ggtctcaatg atcttttcct 612541 tctcgtagcg gaccactatt atgaactcgt ccacgaaggg ataaaggttc tccatcacat 612601 actctattat cggtctgttc gcgaccttga ggatgacctt tggccggtca tcggtgaggg 612661 gtttgagtct ctcccccttt ccagccgcga gtacaacagc cttcaaatta acacccccat 612721 caggtacagt ataaccccaa cgacgccgta aaaggctagg aaagttctgc tttcaagcct 612781 ttcggtcagt ttaaagagga gccagaccag gaggaacgtc acgaagaacg atgacgcgaa 612841 ggtgaggggt ccgagccact tcggtctcgg ctgacactgg ccggccctga tgatctcgac 612901 gactaggtaa gcaggtgcaa cctggagcga gaacctcagg attctctttg catcgtagcc 612961 agaaagagcc agtgccagag cgctcattcc ccccctcggt aggctgaata ggatagccag 613021 ggcatgagcg attccaacgg agactgcgtc caccggcgtt ggttcctcct caaaggtttt 613081 tctcagcccc tccagcggtt tgaagccgta ggcaatcgcg gggaggaggg cgacgataat 613141 cccagcgatt gccagttcca cttttcctcc ggataacctg ggaaggaacc caagcacgag 613201 ggtcagtgtc gttgcaagga tagcgtacct gagttgagcc gggctaaagc ccttgagcgc 613261 cataatgggc tcctttgaca ggagttccct gaagtaaaag agcagagcga ccagagctcc 613321 agcgtaggcg ggaacgagca ggtttacgtc catggaaaaa actactgcag aggcggggaa 613381 gaggactatc agtgccgtca ggaggcccgt gaggagggca atgatgaagc cgagcatgag 613441 gatcagagta tgtacccccc ctcaggagat aaatctttcc cttgacctgc gataggtttt 613501 tatattttcg caccattttg gtttttagag agcaccagat gggggtgaaa atatggggct 613561 tggggtgata gttgacaaac ttaacaggta cgaaggcctc ttcgaaaagc tcggccttct 613621 tctcgttgcg gtgttcttcc tgctggtgat agccggcttc accgacttgt cccacgtcgg 613681 gaagctgatg agtctcgtgt tgctcttcct cgttgccatg tcttccctcg ttggggttgt 613741 gctctaccgc tcgctcgatt gaataccttt ttaaggcccc tccccaacct tttctccgcg 613801 agattgggga ggggtgagaa tgaagaatcc gtttgagaag atgccgacgg ttcttaccgc 613861 tgacgagctc atcgacaagg ccttcaggag ggccgaaagg gctgcctctg cctacaaccc 613921 gcccggcggg aaggtcgcga aggcgagaca gcgagaagaa ctccgcgtta gaacggtttc 613981 gaacgtcgtt cgcgacaacc tcaggaagat actcgacaga acgcccggcg tctcaacgct 614041 cccgaagttc tatcaggagc tcgttgacac gctcgtcgat agggatcagt tccaccgctc 614101 gctggccagg gtgaactggg cgataaagac catcaggaac ctcgagcaac gctacgtcga 614161 gaagatacgc tacgagcgcg acccgaaggg gatagccaag cttagaaggg ccttctacgg 614221 ccgtgttgca gacatactcc acgagattga cgacgatttg cgctatctga atcaggccag 614281 aaacgttctc aaggagttgc cggtcgtcga tttggagctc ccgacggtgg tcatagccgg 614341 ccatcccaac gttggcaaga gcacgctttt gagggcttta accaacgcga agcccgaggt 614401 ggcgagctat ccattcacga cgaagggcat aaacgtcggc cagttcgagg agcactacct 614461 ccgataccag gtcatagaca cgccaggtct gctcgacaga ccgctcagtg agaggaacga 614521 ggttgagaaa caggcgatac tcgctttgaa gcaccttgga gacgtcatcg tctacatctt 614581 cgacccgagc gagtactgcg gcttcccaat cgaagagcaa atgcacctct tcgaggagat 614641 actgaacgag ttcggcgagt tcccgttcat cgtggccatc aacaaagtcg acattgcaga 614701 cgacgaaaag gtcaggacgg ttgaagagtt cgtcagggct aaggggcttg agcccgtcaa 614761 gatttccgcc ctaactgggg aaggccttga cgagctcaag aagagggtaa tagcggtcgt 614821 cgagccgaag gcgagggagc tggcaaagaa gattatggaa agggagctct cgaagttcag 614881 ggagggggtt tgaggtaggg cgtgcgcttt caacatttat cgttaacaca gcaaaccctg 614941 aagactttac gctaccgtta actttttgag gtttatggtc ttaacggtac aatactgttt 615001 tcttcaatcc cccacaagac cgcactcaga acaagaccaa aaggcaaatt agaaaagagt 615061 tcaggcgttc tcctccttga ggagaaccgc gttaacaact ccgtcctggc cgggcctgct 615121 ggtgaccaca gccttgccga tctcggtctc gattatcgct cccttggtga tgatgtttct 615181 cctcgcgtac tgcctgttgg ccgggttctc gacgacgttg agtatcttga ccttcctgcc 615241 ctttccaccc tcgaagacgt tcgcgtagag agcctctacg aggcgaacct tcctgtttcc 615301 accgtaggtt ctgattatct tcctcttttc cctttcctca gcaacgcgag tgttagctgg 615361 ctctcttccg agctccctct tcctcttctt ccgggcgagg acaatcctcc cacccgaagg 615421 ctttttgagt gaccttccct gccagatagc catttttctc accccagatg atcctgagtt 615481 agacctaacg ccactttgaa gggtgcgttt ataagctttt cttacgggga gcctttataa 615541 atcctcccgc ctacttgaag cggcctatga ggacgcctcc cgactctgag gtgtgatgag 615601 tggacggctg gccgaggcgg tgaagatgct cttcgttatc aggcccggaa ggaagaagaa 615661 cgagcttgag gcatttttca tcgagaacga gcccgagaag ctgagtgaaa tgaggaacct 615721 gaaggcagag aggatattcc gcctcataat gcgggaggga aggctcttca aggttctgga 615781 aggaagccag taccgcaacc cgaaggagat tgaaaagctc ctccgccagg cgagaatcgt 615841 tctcgtcaac gcggacgagt gggaggacta cttcaggagg aggctccaga acaaaagggt 615901 ggaaaaggcc gagctgtgcc gtctctgcct ccttgagggt aggataacag tcttaacgcc 615961 cggcaacagg ataaagtacc gcaacgagta catctgcgag cgctgtgcgg aggacgagct 616021 gaagagggag ctccgcttta ggttcaacag catagcgatg ttcgaccagg cgaaaaagct 616081 cctcgacagg tttagggacc tcgataaagt gctctacgcc ttcgacccgc gctttgaccc 616141 gacgaagcac ccggaagtta ccaaatggga tgagctgaag gccaagcaca tcaaggttga 616201 aaaaatccgc gttgacgagc tctcactccc ggagaagttc aaggaggttc tgaaggctga 616261 gggggtaaag gagctcctcc ccgttcagag tttggccgtt aagaacggcc tccttgaggg 616321 ggagaactta ctcgtcgttt ccgcaacggc gagcggtaaa acgctgatcg gcgaattagc 616381 tggagttccc aaggctatga gtgggaaaaa gctcctcttt ctggttcctc tcgtcgctct 616441 tgccaatcag aagtacgagg actttaagag aaggtattca aagctcggcc tccgcgttgc 616501 cattcgcgtt ggaatgagcc ggattaagac gagggacgag ctggtagtcg ttgacaccgg 616561 gattgacgcc gacatcatcg tgggaaccta cgagggaata gactacctcc tccgcgccgg 616621 aaggaagata ggaaacgtcg ggacgattgt ggtagacgag atacacacgc tcgacgatga 616681 ggagcgcggg ccgaggctcg acggactaat agcgaggctg aggagacttt acccaaaggc 616741 ccagttcata ggcctgagcg cgaccgttgg gaaccccgag gagctggcca aggagctcgg 616801 cctcaagctg gtgctctacg acgagaggcc ggttgacctg gaaaggcaca tcatcatagc 616861 gcgcaacgag tccgagaagt ggcgccacat agccaacctc tgcagggccg aggcgatgag 616921 aaagtcgaga cagggctaca gggggcagac gatagtcttc acgttctcaa ggaagcggac 616981 gcatgaactt tccgcatatc taacaagcaa gggccttcga gcgaaaccct accactccgg 617041 tttgccctac aaacagagaa agctcacgga gatggaattt ctggctcaga ggcttgatgt 617101 agtcgttaca accgctgccc ttggagcggg cgttgacttt ccagcaagcc aggtcatctt 617161 cgagagcctc gcgatgggca acaagtggct cagcgttagg gagttccatc agatgctcgg 617221 aagggccgga aggcccctct accacgagaa gggcaaggtc tacctcatag tcgagcccgg 617281 gagaaagtac tcggcccaga tggagggcac cgaggaggag gttgccttca agctcctgac 617341 cgctccgata gagcccgtaa ctgtggaatg gagcgacgag cttgagcagg acaacgtctt 617401 ggctcactcc tgtgtcttca atcggcttga cgtcattgag gaggttcagg agcgttgctt 617461 gggggccaac cagagcgccg agaaggtctt ggaaaagctt gaggagtttg agctcgtgag 617521 gctcaaaaag cccttcgtcg aggtcacgcc ctacgggcga gcggtcagca tgagcttcct 617581 ccttccgaag gaggccgagt tcataagaaa gagcctccgc gaaaagcccg ctcgctggat 617641 tgcgctcaag cttcacccct tcgagaacct ttacctgagc ggaacgctcc agcgggagct 617701 tgagggggct gtgagaggaa ggctcagcgc caacgtcttc tcgccgagct ttgcttccat 617761 cttggaagag cttgagaagg ttattccaga gctcagtccg aacgcggccg agaggctgtt 617821 cacgatttat caggagttct tcatgtgtgg tgaagaagac tgcaccgagt acgcgatgga 617881 gcgcgttgga aacctgataa tcgagctccg caggagcggg aagcacccga cccagatagc 617941 ggagcacttc aggaaggtct acggcctaat cgtttacccc ggagacgtct tcacgtggct 618001 cgacggcatc gtcaggaagc tcgaagcgat agagagaatc gcaagggtct tccgcgtgag 618061 gaaagccgag gaagatgcta agctcctgag aaaggagata gaagagggca ggactctcag 618121 tgatcaagat aaaagggaga gagaaagcgt cagatctgga gcaccatctg tgccgggtcc 618181 cttattgcgg gaccgaggcc gaggacgtaa atcgccaggt accagaaacg cctctcctcc 618241 tcgtcgggga cgaggtattt gaggccgtag tagacggcga tgaggattac cgttatccag 618301 gggtagtata tgtaggcccc gaaccattgg acgagatggt gctcaatcca gtgcacctct 618361 ctgtaaccgt aatagtgcag gccaacgacg gtggagccca tgtcgtagta gtgggcgagg 618421 acggcataga gatagagctt atcaaagggc ctccacttgt agaatgcaag tactatggcc 618481 catgaaatca gggtatggat catcgtgagc tcatacggtt tccagttctt ggcgtgggtg 618541 atgaggagat agtttgccca gagggccaag atcgttcccc atactatcgt tatttttgga 618601 taagtcttca gcttggcgtc ggcgacgagg gccggaacta ttaggaagaa cgccgtgaag 618661 aatatgcccg gcgtcaggag gaggggatgt tggggaagca cccccccatc aacgagtgcc 618721 ctgagggttg caccaaagac caccatcggc gtcacggccc agaagagcct ctcatcaacc 618781 ttgattttta atggtttgat tatgtaacgg tacgagtaga ctacaccgag cccgaagagc 618841 agtgcgtaga caagggtgtt gatgggattg tagccgcttc tcgtgaacat cggttcccag 618901 aagtactgat tgaagaattt ccatacagct tccagcatca tcaccaccgg tcccactaca 618961 cgaactggtt aataagcttt gagatcactc aagacaagtt tttaaggaat taggccttac 619021 tgttctcagg gtgtgtatta tggaggcagt gacgaattcc ggatctaata gcgaaaccgt 619081 cgatatcagt actgaaagga ctcttggact aataggctca gtcctaggtc tcgcgagtat 619141 agtgcgcaca tctgtgagcg gccttttagc acttattgga gctgtcctta tccttgtagc 619201 attgtatgga ataggaaaca agctcgaaga cgagagaccc ttcaactact atctcaaagc 619261 aataattgtg atctttgttc tcattatggt aggggtgata gtcatagcgg cggctcttgt 619321 tgtatcctct ggttctacga gctcgatgga aaacgagttc ataatgtcgc caggatctga 619381 cataaccata attgaggagg aatctcccca tctaaccggc gaagggattg ttctcctagt 619441 aatcggtgct ggaattatca tagccggcct catcgcaggt ggctacttcc agaaaaaagc 619501 ctgggaagca atgtacgagc taacgggggt tgaggcgttt caaaacgcgg caaaatttct 619561 gtggtggggt gttctgacaa tcataatact tattggggca attctgttgc ttatctctgc 619621 aatctttcag ataatagcct tcgcaaatct ccccaaaagg ctctccaaac ggtcaacgcc 619681 accagctcca acgcccgtgg aggagttgag ctggtgatct ttaatttttt gaaccgtaaa 619741 gtttataaat gcatcccggt aggtgttatc ggcacggcgg ccatagcggc ggggttacac 619801 ccggtctcgt ttcgaccccg gaagttaagc ccgccagcgt tcccgggtgt actgccctcc 619861 gagagggggc gggaaaccgg gaacgccgcc ggccactcaa acgcccgggt ggtgtagccc 619921 ggcctatcat acgggactgt cactcccgtg acccgggttc aaatcccggc ccgggcgcca 619981 aaactctttc taagagagct tttacatgtt aggagcctta cttttggaat gttgattgag 620041 tgttctgatt ataaataacg tcagaaaact ttagatggat gtttgaacaa cggtgggagc 620101 tgcaccggaa cttcccttgg attctagaga tgacagataa aggaactccc tttattcaca 620161 tggatgcaga accaagacgt gtactgttta agcacaatca atacttgagt tgatacctta 620221 agttcttcta ttcgcatttt tgctgttatt aatatagcat acaagctgaa acaggccaag 620281 cttgggctat taaaaagctg gggagataag tgagagataa ccaaaaaatt tattactctg 620341 tttgattggc agataacaag tatggtcagg aaagagcata gaatgtttgt cttaatcacc 620401 tttgtattta cactgttcat tatgcttttc tcggtactta gatttgaaac tctgtcaaaa 620461 tacggcattc acgacattga cttgcagatt ttctccgaaa gcctccaaac aaccctaact 620521 ggacagggct tctttttcaa tgaatgggag tggcaacact ggagagcgtg gagtcatttt 620581 ggaacacata actctccaat cctctttctg ctgctcctcc cctatgccct tgtacccagc 620641 cagtatacgt tgatactgct ccaggatcta atggtaacaa tcagtgccat tgtgcttttc 620701 aaattcgctg ggtacatact aaatgatgaa aagaaagctc tgatagtttc agtggcattt 620761 ctcatgaatc caattaccca tggaatagtc cgctacgact ttaggccgga cgtgctcgcg 620821 atgccgttca tgttcctctt cgcttactgt gtggcaaaaa acgacacgaa aaaaagtgta 620881 ttggctgctc tgtttgttgt ttctgttaag gaggatgcgg gcctatttct cattgcgtac 620941 tcaatgtttg aaatactctc aaagcgtggt tttgcgatca gaacatggct cgaggaaaag 621001 agagcggtgg gctttgcact cttggggctg tcttggatac ttattagcat tttcctcata 621061 attccgcatt tcaacacaag tcataggtac atctacttta tattatacaa accggagata 621121 ggcaaaagag cgtttatctt tgctgtggcg cttgcgaagc tggtagtttt gttcctcagc 621181 gtggcatttg ttcctttaag acggcctgct tactggctac ctctggtatt cctgtggtcg 621241 gaaaatgctt tttcaagcag gttggagcag gcggcaattg gctttcaata tgactaccaa 621301 cttcttccaa tggcgtttat tgtattggtg tatgccctca aagaatatgg gtcagcgaat 621361 ccaaagaaac ttttactgtt ctcatttatc tctgcactca tcttttcgcc gatggtcggg 621421 gttatcgatg cctacccagt cacacttgga atctcctttt ggaagtacat aaaactattt 621481 tggggaagag gactttagct tgtcacgatg ttagcgagga cagtttttag gtagtttaat 621541 cacgattgcg gctctaccaa cacgctcaaa attcaaaata tcagtataaa catataacca 621601 gtggcaccta gaataacccc acaggaggaa gccaagaatg ctagaagacc cttagaagac 621661 tattttaaga atggcgggcc cggcgggatt cgaacccgcg acctccggct tagaaggcta 621721 ctcctttaac gaattgtggg cctctgagag gagcaatttc gtggaatggc tctctgcaga 621781 ggtaagagaa gaaacaaaga aagactacgt gagatcgctc gaccggttct ttggtcggca 621841 cgtgataaaa acgctcggag accttgagaa ggccctccgt gctgaagggc aaaagcgtaa 621901 tctcgccaaa gcgatcagga agttctcaaa atacctcctc gagctcggca taattgaaca 621961 gagcacttat gaaaagataa aggcagtcgt gaaactcaag cagaccgggg tcagggacgt 622021 attcataagc gatgaggaag tcatgacggc ttatcttgaa gtccgcaagc gcggaaaacc 622081 tgcagagacg cttttcctgc tcgtggcttt ttcaggaatt cgcctcaaac aggccgtcga 622141 gcttctaaag acctatgatt acacaaaact tcagataatc agcgagaaag cggcaagata 622201 tccgatgttc tctatatcca agggcaagaa aagggccttt tgggcctatg ggccacgaga 622261 gttcttcgaa gagctcgagc cgtgggaagt gaagtataac actgcaaagg acctcgtgag 622321 ctatggtcgt gtctcagcga acaccattcg caagtggcac tacactttcc tgattcgcca 622381 gggcgttcct gcagacatag ctgattttat tcaggggcgc gcaagccagc gcgttggggc 622441 aactcactac ctgaacaaga ccctcctcgc cgacgagtgg tattctgcgg ttgtgggtga 622501 gctaaagaag gttctggagg gttcaaaatg atgaagtgga aggagctccc gcgctttctc 622561 actttagtca ttgcagtgct cgtcggattt ggggttcagg ctcgcttggt acagataggt 622621 catcaggagt tcatttatgg ctatgtgctt ggtgctcttg tttaccagac tctcagcgac 622681 ccgcaatggc tcagaaaaat tactgaacca gacgaattcg ttagcttgat gatgtgggtg 622741 ttctttcctt tcgtggccac gtttggagcg atatggagga tgatctttgt tgaaagctga 622801 agggaggtga gcggaggatg gcccgggaaa agttgaatgg taccggtgct tttgtatggg 622861 cttttagcat tgatagggaa acacatcgca tgattaaaga gctctctaag agccttggtc 622921 ttaacaatga ctcggctgtt gtcaggatgg cagtaagaag gctctacaag gagataaagg 622981 cttgagttcc ttcaatcttt tataattgct ataaactcgc tataaagccc ctttctaata 623041 ttcttaaata tctttgccgt actctctatt ttgggacacc ttgggccttc ctccgctcaa 623101 atcagttctg taaaatcatc attgcctgca cggaggcggt agtatggact cgcttgagaa 623161 gctcgaaaga gaggttgagt tctggagcaa gtacaattct cagctttcag agatgctcga 623221 aggactccag aaggagaaag cccgcgcagt gaggatcctt cagcagaagc ggaccgagct 623281 cgcgaggctg aagcaggtca gaatggcaaa agcccgaaag gtgacggcag tatgaggtca 623341 aaaagcctcg ctcagctggt tctcttcatc ctcatcgcag cattctggta caagattgca 623401 tggccagtga tgacgaagga ggctctcgca ctaggcgcgg tcggtgggct gttgattcat 623461 tgggctttca cgaacaaggg gagcagggca gtagcactca tcgagcctgg tacgtcaggc 623521 tggagggtca tgatgtatga tatgatgttc gtcagcttct tgacggcatt ggctcagcag 623581 gctggagatg tcagcgctct tctcgacgcg ctcaagacct cggtgcagaa cctcgcgctt 623641 ctcctcgccc tcgcgggcgg gattggggtt gactactcgg ttggggggtg aaaaatggac 623701 gttctcggac tggttctcgc gtttggattg attgggctcg gtgttgtcat gcttgggctt 623761 agcattgaca cgtgggcgct ctcaaggagg tggtctaagt gaaacggttc gggttggttc 623821 tggctttgtt ggtgctgttc ggaacgctaa cagtagggac agtgcgggca gagggaactt 623881 attcggttgt tgcttatctg agtactcttc atgaggtaaa tttggacaat gcgttgtcag 623941 tgctcggtgg aacgagagag ggggattgtg tagttgcata taagaatgtc aatggattgg 624001 agcatccttt tgagatcaga gtgtatcaat cgagggtgga ggtgtggtat tcggggcaga 624061 aggctgagat tttgaaggtg ttgagggttg tggatccatc gggcgttgta agtgctggcg 624121 atgttacagt gaatgatttg tatattgttc atgtgttgtt gaatacgtac aatgatttgg 624181 tttcgggtgg tgctgttcag gagggctatg atggcattga actgcgttcg atgccgcagg 624241 gtattaaggt gtggtatcat tatgctgcgg gtcgtagtaa ggagggcacg acgaccggct 624301 caactataac agttgctaat ggttcgcaat atgtggtcag ttttgagggt catgcaggga 624361 atgcgtatga tgatagggtt aagatcacga ttggctcaag tgttattttc cagaatggtg 624421 gggcttctgt caatagttac aaggttgggt cgtggtcggg tagtgttaag gtggaggtgt 624481 atgacagtgc atcggatcag ggttatgcct atgttgttgt gacgtacttt gatggagatg 624541 taacgatttc aaataagttt ggttttctca agtatattga cattaaacca tatacttcaa 624601 gtgtgacttt caacttcagg gatgccctaa ccggccagcc cctcacgggc gttactgtga 624661 aggatacgga tggcactgtt ttaggtactg ttgatgatga gggctcgctg gaactggcaa 624721 gaggacaaca tactttgact ttcgagaaaa ccggctactg gagcgttacg aagacgattg 624781 atgttcaaaa tgatacgagc gtcagcgttg aaatgtaccc ctccagtgcg gctttcaagc 624841 tcgaaaactt cccgagtgag atcacgattc cagaacacac tgtttacacg ctcaccttca 624901 ccatcagccc aatcaacacg gatgcaacct acaacactta tctgagcctt tccggtctct 624961 ctgacgttct cgaagtcaga aaagacggct ctctcgttag tcctgagaac gggaggtact 625021 accttggcga catttcgagc ccgacgcaga tcagtatcaa gttcaaggct ggagaacagg 625081 ggacgaacgg cttcaccatg accctcgaaa gccatgatgc cgttatgact aaaacctaca 625141 cgacgacaaa gcaagtcgtt tacaaggttg aaccgcttcc cttcaacgtc caaatgtcaa 625201 gcgagtggca ggtgggcacg aacgagctga ggatttctga agcgagtggc caaagctacc 625261 tcgtcacggc cgtgctcaag gattcaagcg gaaatgaagt ctggagcgat tctcatgcct 625321 tcagcccgta tgaggcccac acgttcaccg tgcagatccc gaaggaaggg agctatacgc 625381 ttgaactcat gtggaacggc cacactgcgg tctataacgt gcaagtgaat cctgccatct 625441 cgctaaagac gaggactctg acagtcgaga aaggcagtga ggggacgatt attctgcaca 625501 ttaagaaccc gtcgagctct gtccagtact acacgataaa agtctctggc ggttttctac 625561 cgaaggagat cagccagagc atttcagtcg ctcctctcac agagaaagac gttagcatag 625621 ccttcgccgt gccggataag ttgacttacg atgcttacga gcttcaggtg caggttctgc 625681 agggtgacag ggaggtgttc aaggacagtg ttgctgtcac gatcagcggt agttcttcgg 625741 atggtttcat cccgctcggc gagggtggtt ctggaactac aatgctcctc ctcgctggag 625801 gtggacttgc agctgttttg ggactcatga tgattagaag gaggcggtga gctttgaggc 625861 cggtctcgtt cttttccatt ttcaaaaaga gggctgagga agagcaggag aagcaaaaga 625921 agcgcgggga ttggaggagc ttcacttcaa tagcgcttat gcttatgctt ttagtcagtg 625981 tttacgctga gcctgtagcg gcatggccgg gcgaggggct gttcagctct gttggggatg 626041 cattgagttc agttggtgat gcagtctctt cggctgcgca tgctgtggtg gataatattg 626101 agggtggcat agctggagct ttagcgggtg cagctactgg agcaatggtg ggttctgcag 626161 ttccgggcat tggaactgca attggggcgg gtgtaggtgc gttagtagga ttcgttgggg 626221 gagtgtatgc agagtacaag gcaaagcaga cgatacatga gataactcat cctggtgggc 626281 cgggagttgg catttcctac gagggaatta atgcaacaaa ggatgacctc agcaagaaca 626341 gcgacttgtt aaaaaattat cagatcgtcg acaacgcgca gagcaaagcg tattcagagc 626401 ttgcagagtt gctcgcaaaa ctcgcaacaa agcaaacaga atacagcctt cacatgaccg 626461 gctcaaccgg aaacatccag ctcaaactct tcgggccgga cgaaatcagg ggcttttcgg 626521 catttcccgt caagctgaga attctaactt cggcagatcc aatcgagcgg aacgtcatcc 626581 acttgaagaa aatcacaatg tacgtcatca accccgacac gggaactgct tactacacgt 626641 acacaaagac gttcacgggc aatgagacga gccttaacgg tggggcttac gagatcacca 626701 ctttcctgaa agttcctgat aagtacgact acgacgttgt ccaagcaatc caaaccggcc 626761 agatcacaca ggatctcatc aacaagctca agaatgctga aactcctcag ttcgaaatct 626821 ttgtggaggt tgacgcggta aaggaggact ggagcctcga cagtaacgga aattgggttc 626881 acgtgaggga catcccgctt tctgttgagg cgcagaccgt cagcgtgtac actcacgtaa 626941 ccgcatcaag ggatgtagtc ctcttccaga ccggcctaaa cgcttctctc ccctccgaca 627001 tggccaacct cgtcatgggc aaattcgcgc cattcatcgc tgaacagtgg ggtggaattt 627061 cggacgtgat agtcaggccc tacgccacgc cggttcatgt ggctgattcg gctgcgactt 627121 ggaagttctt tgtggcgcca aatcatggat tcctcacgat gtttgacaag agcccggagg 627181 tctatgatga ctttgaggtc tttgctatca gagtccttca gggcgggagc tttgagctcg 627241 ccgacaggag aaccaacagc cttggtgatc tctctggcga gactgtaaag gaggcgtacg 627301 gtataaccaa gtacactact ggctcggatg ttgtgaatta cagggtctat gcgctcggct 627361 tgatctggat caagcgtgat gatgggacga agattccggt ttgggttctt gtgcagccac 627421 acatgactgt cttggacatg gagaagctgg cccttgatga cacgaggata cagaggattc 627481 taccgatttt tgacgacaag aaaattaccg aaacagaact ccagacgttg aaagctgaac 627541 tcgattcagt aaagcaggac attcaggaga agattcaggc tgcggagcag ttgaagaaga 627601 tggcagaggc caacggcaat actgaggctg cggagtacgc tgacagggcg atcaagtact 627661 accagcttga gctcaaaatg cttgatcagg ccacgcagac agaggatgcg cagctcgcac 627721 ttaactacct taacgcggct aagaagtacg agtatgcggg cgattttgag aagcaggcgg 627781 cggataaggc ttacaagggt gattctgagg gtgctaaagc ccttgacagt caggcgcagg 627841 agtacaagaa ggccggtgat gactatgttc ctcacttcag tgttggcggc ttggcggaca 627901 cgattcttgg gaatctgaag gatccgaagt acttggcgct gctggcggtt ctgctcatcg 627961 gcggctacta cttgttcggc aggatgggcg caatggttgg agcagccatc tggtttgctc 628021 tcgtgattgg tattcccgca ctcaaggccc tcgtggcctg gttgggaaca aaactctgag 628081 gtggtgaaaa gtgggagacg gtaagggcgg gggcgctggc ccccgatttt caaaatggag 628141 ttttagagta ttagtgacgg caatactggc ccttattgca tggtacgcgg gacagcacaa 628201 cgtgacagcg caggaattca acgaggcttt cgccagcatc ccactcgcgg cgataatcct 628261 cgcgatgttc ttcgactacg gcctcgatag tggcaaactc tacgacaaga tgatcaaaaa 628321 gccaagcaac agaatgctcg gcctcattta cgcggtaata gcttcggtag tgttcttctt 628381 cgcgttcctg tggatcatta ccggaaacat acaagctgcc agtgcggctt cagtcgtagc 628441 ctccgcagtg gttgccttat tagtcctcat gccgaacact ggaacttcag agtggattct 628501 ctggctttgg attgcggaga cacttgtcac ggctggaaag ttcctcacaa tcctgccggg 628561 ggtgagctaa tggctctgga cggtctgaaa aagcctagac acctgcttat cctctttaga 628621 ggtatactgg caggactgat gttcgccggt ctactctggt atggaagttc ccatgaggcc 628681 acagtttcag aactcaccaa ggtgatagct agtacaagtg tctttatcat agttgccgcc 628741 gagattctag acaaaatagc agggcgcgaa gactacgcga aggtgtacgg gtgggcttac 628801 ggtaagctct ctggagggaa agggggaacg cttactgcca tattttcagt gttgctgatt 628861 agtgccgtaa tctttgcagt ttccctgtac ttcatagcgg gctcaataac gttttccctt 628921 aactcatact ccccggctac gctactttgg gccggtttgg tggccactta cattacacta 628981 ccagaaacag gggataatga gctcttgctt tggatttggt tgggagccac tatcgccaca 629041 aagggacagt atctatcttc tgccttaacc attccagcac taacgcggct tgctggaata 629101 ctactaaaac tctgaggtga ctcgcaatgc tcggcaggat tgcagcggcc ctcatcgctt 629161 acctcctctg cattttcaag ttccaggaca gcatggttac agtgggccag ctttttggcc 629221 tcacgggatt ttgggcgctc ttcattcctt cggccctcat tggcctgagc gtttacagga 629281 ttgcagactt ggaccattgg ggcctgtggg acgcggccag cttcctcgtg attgggagca 629341 tagcaatgct tgcaatgact ggcaatcctg aggcgacgat gtacgagctc atcaaaggcg 629401 tcgtgagctt ttcagttgct gcaatactcg gtgcaagagc cgcaatcaca ggagggaggc 629461 actgatggac gttaattcag cagtcactca actccaggat cttgcacaca ctcaccccta 629521 cctcgccctc gcaataatcc tcttcctgct ttcattcctc tcaaagaata aggtcctcga 629581 ctacctactc tggttcctcg cggccctcgc gctcctgaag gagttttcgt tgtttgggac 629641 tttggttgag ttcctcaagg gcattcctga aatgttgaaa cagattggag gtgtttgaag 629701 aatgcggaag aaggaaaggc agctcataac cctcgggttg gtggtactct tcgcggccat 629761 agcttggtgg gcttacaacc agtacggagc cgacacgggc gtcctcctga accttgacaa 629821 tcagagcaac agcacagaaa cctaccagct ggctatctct gacctctccg cgagtgttga 629881 ccagtcaact ggccacgtgc tggttagctt caagctcgcg aatgaagagc acttcaacat 629941 cagcagcgtt gaggtcctct atgcactcaa cgtcgccgat cccaacaacg ctacctttag 630001 cgctctggac gtcacttccg agaacggcac ttacaaggcc gagattccgg ccagtttcgg 630061 cgataccgtc tactacaagg tcaaggtcgt ctacgacacc ggcaaggagc tcgtgaccga 630121 cgtccacacc ataaccgtcg ttgacactac tgagccgacc ctgagttctg tcagcattga 630181 ctacaacaac accgctgcaa ccttctcaat tgacttcaac gctaccgaca acgacgcaat 630241 agccacctac tacgtgtatt acgctgacct cggcactaac agcactattg acaacactac 630301 agccttcact ccagtcaatg cgactgttac gccaattact ctcactaaca tcaccgaggg 630361 caactattac gcgttctact tcaaagttga ggacctgagc ggcaatatag caaccctcta 630421 caacgagacc agcccgctta tcctcctcgc caacagctcc gcaacctggc cacaggttta 630481 tcctgaaagc tctagctgag gtgggctgga atgatgccca cctaccgttc ttccccatct 630541 ttttcccgtg tagtcgtccg cctttttgca gtggttacgc taattttttt gctctactac 630601 ggctattcga cgttcaacga gactgaccca ctcaaagagc gcctttacga gctcggctat 630661 ccagaaaaag gctacattgt tgaggacggg aaaatcctct ggagcgatgg gcacttaacg 630721 gtcatccaag gggactacat tgagaactac ccaatcacgg cggagcaggc ctacaacatc 630781 gttctccagt acttggccag ctacaatgca aaactcaaga agtacgatta caaacttgag 630841 ccaaagaaat ccagcctcac cgagaaggag aaggacggcc agctctattg ggttttcgag 630901 ttaaagctca aggctggccg ggattccatg ttcgcgggtt ttgcgtgggt gaatcggaag 630961 accggcacgg tcgatataag gggcatttta gggtgattac ggtgagaagg ctcgcttcca 631021 tagtattcat atatatctta ataggaagtc tcgggcaggt tctggcggct ggatcctaca 631081 cgtggcaggg gacccttcaa gccggccagg tactttacat ctcggacaat tacctcaacg 631141 caagcgttac ggtcttatca cggccggtag cccttattca agtggggaat attccttatt 631201 tcctcgccaa cggaacggtc atccttggcg agatggaact cacagtcagg cctctcaatg 631261 agagcgcgat ggaagtgata gtccagtcag ataagccatt ttcggccacg ttctggcccg 631321 ttgtagtgac gagaactgtt atcgtgaacc aaacaaacga gactatgatt agagagctcc 631381 aagcgctggt taatcagctc aacgcaactc tccaggaaaa agaggccctg gttcaaaacc 631441 tgacccttga gcttgcggaa aaggagaaag aagttcagaa cttgtctagt cagattgaga 631501 tcctcaggga gcaaataacg gctttagaac ggcagaatgc agagctcaag accaacaact 631561 ccctgcttgc tgagaacaat actctactcc tagcgaaggt ggagaatctg accgaggagc 631621 taaacaccag cagagccctt atcctgcagc ttaactctac ccttcacgaa aagaacctcg 631681 taattgagaa cctcgctgca cagattcaag agctcaatga ggagaacgtg aagcttaagc 631741 gtcaggtttc cgagctggaa aacaggctga aaacttcaaa cctcaccgct ctccaggcgc 631801 ggcttttgaa ccttacgaag gagaaccgcg agctcaaggc cgagctggcc aacctcacga 631861 gcaggtacaa tcagctcaag gcgaaggcgg attttcttga gcagcagaat ggtgagtatc 631921 ggcagatcat tcagcaggtg atggaggggg agagtcaaca agaggagcag agttacattg 631981 agaaggcgaa gaaagagcgc ctcgtcggct cggttctgtg gaaaagcctg attggaagcg 632041 tcatcgtggt tgggctgata gggtacgggc tctataaaaa gaaaaggtcg tgggagcttg 632101 gaggcctcta aaaaggcatt gtgggaaagt tgcatagttt tattttcaaa gcacaaaagg 632161 agaggcctcg aattagataa aacagcgatg ataagcctca tttcactcga atgagatagt 632221 ttgatggagt tgggaggaat catggaaagc gcctggaggt gcgggttaga tgggggtatc 632281 aatctatatc gggaagaata gcgataaaga gaaacggtac atcgatttaa aggaaaccga 632341 ggctaaccac attactttcc tcggaccaag tggaagcgga aagaccacag tcatgagggc 632401 cattgccgag gagatatttg acaaggttcc aggggccctc atcatagtca tcgagcagaa 632461 gtacgacaag aacaaggccc gagagctcat gaacttcctc gcacttatca ccaaaagaaa 632521 aggctcggac ttcgtcaaag agaactttca agacttactg acctattata acattctcaa 632581 aaacgatggc gttcttcacg gaaagcccgg cgattttgcc ttcggttggc ccaactggcc 632641 gttcacgaca gtccctccat ttccgaacga cagacattcc atcctctcct ggcacgggct 632701 caagccaaaa tcatttccag tcaagagaat agtctttaga cccaccagag acatctcagc 632761 gattgaaaaa gacaacaact gcatagctgt aaacggaaaa atccgctaca aagacgttga 632821 ctttgacttc atcagcaggc ttgctcaaat caacagaaac acgatttacg gacgggtcat 632881 caaacaggga tgggatctgg aaaagaaacg agaccctgac gagctggagc gctttggcaa 632941 agagtgggag aaaaagtatc ggcctaactc caacgtacca agccaaaccc tcctcagcat 633001 tctcgaagtc tgcgcgctcc tgcggagcga cacaatcttc tcaaagcaca aagactttac 633061 ctctgaactc tcaaccgacg tcatcaacgt gatagacttc tccgcaaatt ctgagctgac 633121 acccgccgag gaagcctgga tattcaaaca cctcgtcatg tacatcgtct ccaagttcgt 633181 ccgcttcaga aacacgccag tcttcttcat cattgacgaa gttcagaacc tcctccagca 633241 ctctgacggc aggaaagccc tcgataaact aaacagggag ggccgctcca attgggtgaa 633301 cattatcagc ggaacccaat acatgtacgg cctgcccgcc ttcctcgttt acggagcagc 633361 tcacattgga ataatcggga ggatagccag cgcagacgac gagatgctcc tgagaaaagt 633421 catcagggac tttcaccgca tcaagaaccc caaagtgaag agcttctctg agtacaagaa 633481 cgtcaagccc tggttgaagg gccgcggctg gttctccttc gataaaatgt acaccgagcg 633541 gatgtacttc cgcccaccac agagtttgtg aggtgatgaa aatgttcggg tttaggaaaa 633601 agaagaatga aaaagctcaa caagttgatg ccctccagga gaaaaccgac acaattccca 633661 tactcccaag cactcgcctt gaagaacgcg caaagaaact ccgcgagctg aactataagt 633721 tcgcccaagt ttacgagcca aagcagagag tcatcatctg gttcaacggg aaagaaagcc 633781 gggtgatcgg ttatccaatc ggactccgcg aggacctcaa cgactacgtg atcctctatc 633841 aggtcagacc cccaagctgg cttgacagtc tagttcacag cctcttaaga gtagtgggta 633901 aaagcccacc gacagcctta atccgcgttc ccaagaaaat cgcctacttc ggcgacgaga 633961 caataacaat cctcgccagc gccttcatca tgaacgagca ctatgaatac gaggccgttc 634021 ctctgtccct ggacgagact gacgcgaagc tttacctagc tttgaagaag gagaacgaca 634081 tgctttggga cctgataagc atcatccgct atcgcgtgcc cgaagtcgtc gaggacgcta 634141 tgaaaatgaa cccaaggata aagacttaca tgagcaccaa acagcaaaac ccggacgagg 634201 ggacaaagga agagaagttt ggtggcgttg aggtggcctt cgaggacaac ccgttcagac 634261 gctggaggtt gccgtaatgg gggaaggtgc atatcaaacc gtgccggcag agctcgatgc 634321 ccttctcggt gcacattccg aggacgatgg agaaacaaag tctaaaacgt caaattcatc 634381 gggagacagc aggcccggaa agcttcccaa agcaaaattg aacaagaaac taattgctgc 634441 catagtccgc cgccttcgca ttctttacct cgacgctcct aagaaagaag acagaatcct 634501 tatcaatgaa atcttggacg atttagagca gttaatgata ctaaacggga ttggccttga 634561 actcttagga ggaaagccca aagaagaata aaacctctgc atcatcaacg acctgtcttg 634621 agttttccct tataaattca taattctctc ttccagctcc ttctcatttt gaagaagttc 634681 ttctttcatt ctttccactt tctctgacag ggatatagtc attttcttta attcttccat 634741 ttccctgctt ctttctataa gtttgttata aatggggata ttattgttct gaaggtattt 634801 taggaacact tcttttgtac tttcccacag ctcaagccgg taccgtttat cttttttcgg 634861 atctagcccc aataatccaa accttggtgg ttcaattttg cttatatcct ccttaaattg 634921 atatacaagt tctggtatta taatcttagg cgcgacttcc ggtttatttg atttttcggc 634981 tatttctttg gagacttgtg atagtcgagc attaagcgcg ctatcctctt ctagcttttc 635041 aataatctcc ttagtattag cgtttatttt cctgattaat tcattgtact tttctagatc 635101 aacattgtat tgctctatca atttctgaat ctttttattg atccttagat tcattccctg 635161 ttcctgcaaa gaaagagtat gacgcccata atccaatgac aagtaagacc caacttcgta 635221 tccagccctt ccattcgagt gttcttgtaa gttagatctt aaactggctt ctattgtaga 635281 tatataacca attatctcgt ttttcatgaa ctcgatattc atacgctgct ttttcatttc 635341 cataaggctt ttattcatca gttctgcttg tttttttgct tgttctactg aatccatagt 635401 agctaaggcc tgaagtgcca caactgcagc catcaacaca tttgccatta ccaagacaga 635461 ctgcaaaagc atttgctctc gagtattgag tccaatcaaa actgctagcc ccgcaataaa 635521 aacagcaact accaccatta gaatggttac acttctaatt atgttcacat caagtcgcat 635581 attgagtttc atgtaaccac ctcacggcaa ccgaccaacc tcgcgaccat ccacgaagaa 635641 accagtcttc ttgaaaaacc tgcccaccat cttaatttcc aaaatatgct catcattcgg 635701 gccaatccta aacttatcgc caggcttgac ttttgaatca agagtgacac cattcaccgc 635761 aacgtttacc tttccccaat tcgtgggcca aaactcataa gtttcgtccc caacccttat 635821 cataagtcgt ttctgcccta tcataaggcc aataagactc accaacaacg ctataaaacc 635881 aaagaagagg aacaaccctc caggcacata atcataataa tgcctgatga gttccaagtg 635941 gaggatctta gaactcacca agctcatact gttgtcgata tacaacgtat aattaccatc 636001 ctcaggcgct gtgaaaataa catcaaccgg actcttgaca agcttaaaat cctcgactgt 636061 ccgcccgccc tctttaacat aaatccagat atcattattc ccaccacgca cagttcccct 636121 cacttcaagt ttctcaccct tcttaagcac aaaccaagga tggaagtaat actgcggctt 636181 taactcatca tctatagtgt atgcaacctt cgaactcatc ggtgggtgca ctataagcgc 636241 aagaccaatg gccaccataa tcagtgagat tataaaaact gcccacgttc ccttggttct 636301 aactctccga tacccgacca caacacccgg agccggcttc aaagacctcg gctccgctat 636361 cctcttcaaa ctcggaacat cctcactcat tccagggccc tcctccgctc tttttagagc 636421 gctggagatt ttactccgga gtataaaaag gcttcgctaa tgttttcacc tagctagggt 636481 aaaaatcaca cacacgggaa aatttctcaa accttttaag cattcttacc gtatggataa 636541 ttcgtaaaat cagcacagtt ccgaggtgag gcaatgggcg aaccaaaaga acccttagca 636601 aagtttcatg caaaggtaac gcgcggaggc cagttcacat ttcccctctg gactagggtt 636661 tatcacgagc tagatattgg ggactatgtt gagctcatcg tgagggttaa gcatgggcag 636721 gacattaagc gggggatgtt cgtagccaag ctcgtggata agggcaatat aactatccca 636781 aaaggcctaa gagacgaaat ggggattgag aaagactcag tcattgaaat tctggtaatt 636841 aaagcatatc ggattaagga cctctttgga gaccattcca atttaatcaa acagctatca 636901 ctctcaaaat acaaacttct cactccagag gaagagcgaa agttgctttc ttgattattc 636961 tctatatttc aggtttaaat ttatttaatt ctcgtagaaa gaaggaaaga aaaagtagct 637021 tttcgtctct tctcgattga gaagtctgca atttggctaa tttaatttta taaaattaaa 637081 cttgtgtgca tttctttgca gtcgagtaat gggcatggtt tctgatcctc aaaccttcaa 637141 atgcacatgt tttgacagaa aagcttttaa ggatacgtat catacgtata tacgaataaa 637201 acgtataagg tgatgaccgt ggcagaaccc aaagtcaagt gggttgtgga cgtgccttac 637261 agcctctttg aaaagctgga ggccatgagg ggagatctcc cacgctggaa gtttttggac 637321 cttatggcca aggacgacaa gcttgaggaa ctcgttcgct tgaaggtgga gaacgaaaag 637381 ctaaggaaag agattgagcg cctgcaagct ttggtcaaaa attgagcttt cttggtgaga 637441 gcgatgacac agaagggcag aaaacgcaga aatcgcagtg ggcctggaag gccaccagta 637501 tttgatgagc ctgtttacac agcattctgg atggaaaaag aggataaaga gagactttac 637561 gagcagaagg gcacacttcc cgtaggcgtc tatgttggca tgctcctgag gtctaaaagt 637621 gccgaaaagg ctattctaat gagacagctt gcggagaaag acaggcttct cgaagaaaaa 637681 gaccgctgta tcgaagagct tgaaaagctc gtcgagcgcc ttcaggatga gcttgagaag 637741 tggcgcttcc gtgccgaggc ttgcgaaaag aacaagccca aactctcttc caagtggtct 637801 aagattctcc tcgccattcc caaagcagtt gaggagggcc tcacgtggaa cgacctcatg 637861 cgggacctcg gaatcctcga cccccaagaa caggtcgcag tcatgcagcg cttcttcatc 637921 acgattgacg agaacggcaa gattcccgaa gtcatcaagc ctctgcaagg catcaaggag 637981 cttgagggca ttgtcctcta ccgcgagaac ggcgtgaacg tccgctttgc gaaaatcgtc 638041 cgtgaggaca cgctcaaggc ggccaagagt ttgagggtcg aagctccaaa acctgccaag 638101 aaaggtcggc ctgccgtgaa ggtttcgagg gctgagattg agaagagcct caaggcttgg 638161 ctaaagcagt atgagcagtg ggcgtccaac tggcggacga aggagaaggc agagcagttc 638221 ttgaagagtg ttggcaacaa tgggcttcgt cggcttgtgc gggagtatgg tttcgatgtt 638281 gtggcggagg ttgtcggttc taacgcggat tatcgggccc tgttcggccc gtttctcttg 638341 aagcttcagg aaaagaaggt ggaggtgaaa gcatgagtga ggttgcggat ttctggagtt 638401 gggttgcgca ggagaaggcg aagttggatg aagtgctacg tgatagggag gaaccgccca 638461 ccttgattga ctggcttgag cgcgaaatca cagaggctcg ggaggcagcg ttctctctca 638521 agattcgcgg ggagaacggc gcggagtact ggactggcta cgctgatgcc ctcgaggacg 638581 ttctgaaggc catacagagg agggaggtga gggcatgagg aagaagtcga ttctcgagat 638641 ttgggaggag gttagagaca gctatgggaa ggaagatgag tgggcggcgc gcggagttta 638701 cctcgacccc gccgagaacg acctctatcg cgaaatcaag ctcagggaat actacagaag 638761 gaaggagggt cgctcatgac gtggctcgaa gcaagagctc caaacttctc aaagtggaag 638821 cgcttggttg acctcagcag ggttgcggct ttagatgtca ttgagaatga gaaaaacgct 638881 gtcattggcc ttagaagcgc gaacgatgcc gagctggcaa agcttgtcgt cgagaaggaa 638941 aagctacaag aaacaatcga cgctctcacg cttctcatcg agcagtcaaa gcagttcagc 639001 gacgctaagg tcttcacgct cgaagaagtc cttcaggcca acactcgcca gggggtgtgg 639061 gcatgactcg ctttgtttct ctttctgaag aactcgctgt caagctcgag tatgctcggg 639121 ccgagtggga ggctcagaag gtgcaaatcc tgatcgagaa cgatgaggtt ccggaggggc 639181 acgaagttgc ccttgagcta aaggacctcg tgagctacct cgaaagcctg gagatcccga 639241 ccagggtcgt tatagactct gaagtctaca aggtgaagct caggaagaag gtgccctacg 639301 accgttacag ggaaattttg gcgggcctga acaatctctc acatgctagg tgggacaaga 639361 aggcgagagc gattctcgtt gacaggacga gggagatgga agaacagctt gaggttgagg 639421 agatcgtcat caccccgaag gaggtgcggg cctgatggcc tcccgtacgg cttttgtcta 639481 tcaggatgcc cttagcattg acgatgcctt tacttacttc aagcgcctca tgcgggacgc 639541 tgagaaccgc gtggcctttt cgagggccct ccagaaggcc agaaagggcc tggacgtgca 639601 catgtacgtt accgacattg acagcctcat cgtgcagtat ctcaggagaa acggcgttag 639661 aggcttccgt ttcaccggtt ttgaactcaa aaacatgaac ccgcgctcgg caatcgtgaa 639721 cgggaaggtc aaggtgaatg ggaagcagta cgaggggcac aagtggtttg cggagaaggc 639781 aggtatggat ttctactatc ttgttaacct cggcagggag ttcttggttt ggaatatcag 639841 gaacacttac gcagacttca ggtggtacgg tgaggggcac gcgcatgatt actacgcttt 639901 cgtggatttg gatgatgtga ttcgtgttcc agctcaggaa ctgccggaaa cgctcaggtt 639961 cttgctgtgg aggaggtgac ggggcgtggc gaagattttg ggcagattga aagttgtgtg 640021 tgatgatgga acgacaattt caattgcaga ggatccactc aacagattct ttgatgagga 640081 aagaattaag gaactgctgc ggcttcagaa aaaagccctc gaggagtgga tcgaggtgaa 640141 tgagtcattt gttaaggagg tgctcgaaga agagaaaaag tatggctttg atgctgaccg 640201 ctatccgaga gatctcattg agaaacttaa gttcgttgaa gggctagatg aggagatagc 640261 ctcaacaaag agggaacttg aagcaataaa acgacttctc aaggagtgtg atgggtgtga 640321 gtgataagtg gttcaaggcg gtgggtgtta tcctgctaat ggcttggata accttgggca 640381 tcatgattgc agacacctat cgcttgatgc tagcggtaac aggaggaatg atcagagagt 640441 acccgttgct ggatcggctc aatggggcag tgttgcttgc gtgggagaat atggcgttta 640501 ggcttttgtc gtggatgact ttgtggcttt ccgcggctta catgcttgca tgggcatgcc 640561 tcaagaatcg aggggcgtga tggccgtgag tgaggcttcg gtgagcccgg tgtttcttcc 640621 cgaggcaatt gaggaagccc gcgcggacgg aaacgagtgg ttcctttgtg cagagctgta 640681 tgccatcctt gccctcggcg tcctcgacaa atgggtttca cggagaaagc tggcgaagtt 640741 gctctgcgag ctcgtgagga gggacttgag agtcaggcgc tcgatagact tgactgagag 640801 ggagtgctat gagaacgtcc ttgacatcgt cacgaacccg ctctacctca gcgaggcctt 640861 cgagtacaag aggagtatgg tcaggctttc ggagttcgga gaggtggttt tcaatgagat 640921 tgagggagcc ctctcgccag agcggttctt tgaactgaag aggaagatac tcgaaatctg 640981 gaaggagggg agaatatgac cgttaacttt cgtatgaatg ttaacgtgct cacggatttt 641041 gtgagtgggg ttttggtttc gctgagtgct ggctggtctc tagctcacat tttttgtgaa 641101 tacgggcctt catttatggg tgggcaagat accacatcaa acaccctcac aagcctgacc 641161 acattcacaa aaaccgtgaa cgaggtggcg tgaactatga gaagagactg gcttgaattt 641221 gtaactatac ttgtgatagt attgttcagt actttcctac tatcgcacac aggtaataca 641281 ccaaacaaag acactccaca gataaacata atcaaagaag ctaacgtctc cgcgggaggc 641341 ctaagtacag ttttctcatt cacatataac gactcctacg gcatatatca ctgcatctat 641401 tttgacgggg gttatgatgg cgggctctgg tgtgaacgac tcaaaaattc aacgcctaca 641461 ggaggagagg ataaatgaag cccaaaatcg ccctgccaga aaacgagttt aaactcaaag 641521 gcctctacaa cttccttgag ctaatctttg atgacgatga gcatagaata ggcatagccg 641581 aagccctcct cgagcggctg aggcagaaga gggaaaccta ctctgaggac tggcttgaag 641641 tcattcttga gtacctcggc gagcaggact tgcttgagca gtatcacgag ctcctcaaca 641701 agttcgataa cggggaaatc agtaagacca agataaacaa gctcattgag aaggagctcc 641761 gcgagagggg ttatccggcc gcaaagctga ggaacgattg ggcaatagtc aagaagacac 641821 tcataaaact tgggattgtg tccagaactt ccaacaggct gaatctgtcg tgggatttcg 641881 tggagcggct gaatacactg gccaaattct acaacttatg gagggctgga gaaatatgat 641941 cagactcaag atttacaaag aagacggagt ctggtgcgtg gaggatttag caggttatga 642001 ggttggttgt ggcaggacga tcgctgaggc cttcaaggac tttggggaga accttgaggc 642061 tgcgattgag gagtatgttg aagataacga cctcgacaag ttccacattt ctgcaatagc 642121 cctccgctat gccttactcg attggctgag gtgattctca tgaccgtagt cttaatattc 642181 acctccggcc attgtcccac gggtgggcca aagtgggcca tagtgggccg tcatatggca 642241 gggctctcaa cagagatttg gtcgaaaaga agcgaaagac gcgcgttcat ttgtaccttg 642301 atgcagaagt ggtcggcggt ctcaaagaag agggctttaa tctctcggcc ctcgcaaata 642361 agcttcttaa agagcattta gaaaaggtga ggcgcatgga agtgattatt tcgagaatgg 642421 cgggcccggc gggattcgaa cccgcgacct ccggcttaga aggccggcgc cctatcctgc 642481 taggctacgg gccctcgaac tcatagagag ggatgtcttt tataagcttt gccctccggt 642541 aggagataac tcggaaccca aaaatatggg cgggttcaat ccctctcaaa cccgtttccc 642601 tcagggtaac atagatacct gtagggacag aacctgcaca ggtacgaata ctcccccttt 642661 ggtggtttgc cccgttcgta agcttttttg acgttgtaga agtggcgcaa ggtctcctta 642721 aagagttttt catcgtacgg tatttcgaag gccctgaagt tgggcccctt gataacggga 642781 aaattggaga aatcaagctt gcttatcaca gttaaaggtc tctcgtggag cttgacatag 642841 tagaggtacc cgtattcagc ctccgcccat ctaaggtaca cgttgagctg ggcgaggtga 642901 gactcgtagg gaaccctagg gaggcttgtt ttacccttaa tctcaatagg gaactctcga 642961 aaggcgtcta ttctgccgtg gatctcaaat cccagctttc tcgatctcaa aacgaggtgt 643021 ttttccagct caaagccgaa tctcttgttc agtatctctc ctaagacacc gtgagtgttt 643081 atgccctgag taagcctgac cttcacgttc tcgggccacc tctctggata gcccatcaaa 643141 cgaaagtaaa tgcgcctcgg acagctcagt gcttcgcttg cgtagaactc aatgaactcc 643201 ccgttcatct tcttccctcc gtcgggcggt tcatcggccc gcaacctccc cgcccgctgt 643261 cagctaatac cgacgtcatc acagctcaga ctgggcaagg gtcgtcatcc aaaataggaa 643321 tggggggagt attttaaaac cttaacccgc ttaagttcga acccttggtc taccgtgtct 643381 tttcagggag taactgagcc cataagccgg ccagagactt ggcggctgct cgtagtggtg 643441 gaggttcctc aggatctttt cagcggtttt ttgatcacgg gcccgtatcc tcagctttcc 643501 ttccgagagg aacacctccc cgctggggag tttaaggcgc agttctttcc ccttgacctc 643561 gggcctcgcc ttcatgagaa gcctgcggta ttcctcgtac gccctgctgc tgagatcctg 643621 ctcaagaagg aactctttct ttccaccaaa cagtctcgaa aaccaactac tacctgaggg 643681 gtcttcatcc atatttctca tcgacctccg gtcgatacgt tctcattcta actccggcct 643741 tttccttttt aaggctttct catcgctttt tgacgaagcg acagaaaaca taataacggg 643801 catgagaatg ttaaactcga tgaggagagg gacacaggta ataaagccaa ggatacgtga 643861 aatactgggc agggagcttc ccgccgagct ggtgaacctc ctgccaaagc actgggtcag 643921 gataggggac gttctcattc ttcccctcag ggaggagctt gaaccctaca aacacagaat 643981 agccgaagtc tacgccgaag ttcttggggt taaaaccgtt ctcaggaagg ggcggatctc 644041 gggggagttc agggagacga actatgaagt tctctacgga agcgatacgg taaccgttca 644101 cgtggaaaac ggcatcaaat acaagcttga tgtggcgagg ataatgttct ccccggcgaa 644161 cgttaaagaa agggtcagaa tggcgaaggt tgcccggccg ggagaaatgg ttgtagatat 644221 gttcgcgggt atagggcact taagccttcc aatggccgtt cacggcggtg ccagggtcat 644281 cgcgatagag aaaagcccgt acaccttcaa gtttctagtg gaaaacatag agctcaacgg 644341 cgtttgggac cgaatgaccg cttacaacat agacaacagg gaattccctg cagaaaacgt 644401 ggccgacagg gtaattatgg ggtacgttgt aagaacccac gagttcattc ccaaagctct 644461 gagcatagcc aaggatgggg cggtgatcca ctaccacaac accgtcccgg agagactcat 644521 gccagaggag ccatttagga catttaggga gattgctcgt gaatatggag tcgaagtaga 644581 gaagttgaac gaactggtca tcaaacgcta tgccccgggc gtgtggcacg ttgttgtaga 644641 cgttagagtg ttcaagtgaa ggggcaaaac ttataaaagc tccagaggta tcagtcgcgg 644701 gtgggccggt agctcagcct ggttagagcg cggggctttt aaccccgtgg ccgcgggttc 644761 gaatcccgcc cggcccgcca gatcagttta tagcctttgg atttctccgg aagaattgca 644821 ctttcatctg gcaattttga gacgtttact aggttcaaat ttcattatgg tgggttatct 644881 cgcccctgca acgaaagatt tttaaatgct cacccttccc taatatcgag ccccggtggt 644941 gtagcccggt caaacatgcg ggcctttcga gcccgcgccc cgggttcaaa tcccggccgg 645001 ggcaccagaa tcctgttcta aagcggtaag agtagcctcg tgttgtgatt gtgagaattc 645061 attttcaagt taagaaacac ttgggttaac tgaaaaatgt taactgaaaa aattaaaaac 645121 tcaatgaagg gcagccaata gagctgccaa aaaagatata aatatgtaca acaccaagct 645181 tttaatgggg gatacaccaa cttcgatata taggattcgt agttctttcg ttttgtctca 645241 cctccgtcag atttttcaat cttttttcaa gtgtcacccc taaatatacc ttgccccctc 645301 cagctctggc gaaatgacaa taaatttcag tacattttgc ttagagggtg aatgcgtaga 645361 aaaaggagat gtcggctaaa tcctccaact aattaaaatc aaagttttgt gacatttacc 645421 aatgttatat ttgtgcataa ataactcata aacaccccac aaaaaacctt ttaaccccct 645481 acccgcttcc cccgcccgat ggccatgaag accctcgcgg acgttttcag ggatgcattg 645541 agggagaagg gcatagagag catcggaacg ctctcgaagc gttttaggaa atccagaaac 645601 aagctccagg acattgcgat tgagatagtt cacggcaagg gcgcaatctt ccgcgtcccc 645661 gagaagacgg cagtcgcgtg ggacctgaac gggaatcgcg tcgagggctc ttactatgcc 645721 tacgcacccc tctgcatggc ggataagttc gagatggttc tctcccccga ggagctccgc 645781 tcaaaacttc cggagtggcc ctacttcata atcgacctcc agctctggga taaacacacc 645841 cagaaggaaa agggcaaggt ctgcctccag attaaccaga gctacggcct tctgcgcgac 645901 tacttcacgg ggcgagagct ggcggtaacg tgggcgaacg aggagttccg agggatgttc 645961 cacggtcccc ttgacaggat tacagtctat gatggtccaa cggccgagtt tttgaaggag 646021 aagggaatag acgaggtagt tctcctcgac ccttgggcgg acaaggttct gagcgagaag 646081 gactttgagg tcagggcctt tataattggc ggaatcgttg acacaggcca cgataaaaag 646141 ctgaccccca aaattggcga ggagcttgaa agggccggaa taaaggttag gcgaaggaag 646201 atagtcctca ggggcgacgt tgcgggcgtt cctgatagaa taaacagaat ccttggaata 646261 atcctcaaga tgctcgttga gggcaagtca atggacgagg ccgtttacga gttccaggaa 646321 ccgcttcacg cacgctggcg cctgaggaag gagcttccga agagggcaac ccgctacatg 646381 gtggacggga agacctaccg cgttgtcgaa aaggagctgt tcgacgagta ctcaaagtgg 646441 ctcaaaatac gctgggaaga ctttgttaaa gttctcaggg agctggactt ggtcgcgctc 646501 gatagaaaga ggattcatca cctaaacaag atttcgaacg cgaggataat aaagagtaag 646561 ctctaccgcg tgattttgct caaaaaggcc gcgatgctct gctacaactg ctgaagctca 646621 cagggacaag tatcggaaaa tagggggtca ttttaggtac cccctcctga tgccggcaat 646681 cagtagaatt actaacaatg cgagcctgag tgcaaatctc tgggctactg acagcttagg 646741 aagctcaaca ttgaagtaaa ttaccggggt tgccagaatt agcgtcaggg caagtacctt 646801 cagcctattt ttccaccacg gctcggggag tttgatctcg cccttccaca ggtctctggc 646861 gaagttctca aaccccttct tgcctgttat cagaatatca gtgtcccttg ctttcagcct 646921 ttcaacgacg aggtctttca cggtggtgag ctctgtgtca tcagagtccc ctcttttggg 646981 ttctttagac atcatgataa tacctgtatt tgggatcgcg tagaaatcac cgagcaactt 647041 cacaacgact gcgctcccgt actcttcgca aagaccttct aaaatacctg ccgtgtcctc 647101 tggtgtgtgg agccgcaccg gtttaaactt cagggattcg agctcctgtg cgagagaaac 647161 ccactcttcg ggggcgcggg cttcgtccac gtagtatacc atccactttg ccattgcacc 647221 accggccgga ttaaaagtct gacatcttaa aaggattacg atggaaaatt gttctaagag 647281 gaagttggaa aagagaaagc caaaatggaa ctcagaagaa cactataacc gcgtcctcaa 647341 caacggcagt ctcgacctct tcaccctcgc tgaacacggc cttcctgatg acgacgtcgt 647401 ctttgctcag ctcgaccttt tctccatcaa cctcgaactc gacctttccg gtctccttga 647461 gggccttcgc tacctcctct gcgtgctcct tgaggtaggc ggtaatcttc ggaacgagct 647521 tgccgtagcg cggaccgact gtcctgaagt tgggctttat ctcggtgatg cgctcctcga 647581 gctcaggctc gcccctgatg acctcaagcc tctcgatgtt catggttccc gcgatgtcct 647641 tctcgatggc cttcagggcc tcataggagt ctgttgcata gatggccacg tgcttgagct 647701 tggcgttgag agcgaggccg tgagagttct tgtagcgcct tattgcgcct actatttccc 647761 tcgcaagctc gccgagcttc tcggcctctt catcaattct gtcctccctg aacttcggcc 647821 agtcgaggag gtggacgctt ttagcgccaa tccgctcgcg gaagaggttc tggtagagct 647881 cctcggtgat gtgcgggacg aacggagcga gcaggagcat cacgttgtag aggagctcgt 647941 agagcgccgc tttagccttg agcttgctct cctcatcgtc gccgtagagg cggtacttaa 648001 tcatctcgat gtaatcatct gccacctcgt gccagacgaa ggttatcagc tcgcgcgtga 648061 gcaggttgaa gcggtagcgc tccatctcct ccgtggcgaa cttgatgagc ctgtggagcc 648121 tgctgagaat ccagcggtcg agcggttcga gctcctcggg agctttggcc gggtcgaagt 648181 cctctaagtg tctctcggcg aagcggtaga tgttccagac cttctgcaaa aacctgaagt 648241 tgtagtcaac cgtctcccac ttgaacgggt ggtcctctcc aggcggcgct aaagcagtcc 648301 agagcctcag ggcatcggcg ccgtacttcg gaatgacctc gtctggcgct acgacgttgc 648361 cgtagctctt gctcatcttc cttccatcgg gcccggcgac cattccgttg atgaggatgt 648421 ccttccaggg cttctggccg gtgagcatgt aggtcctgaa tatcgtgtag aaggcccacg 648481 tccttatgat gtcggttccc tgtggcctga gcgcggtcgg gaagttgtgc tcgaaccagc 648541 gcttggcctc cccgtcgccc ttgatggcct cgtgccacct ggttattatc agcggggtta 648601 tgctcgagtc gacccagcag tcaaggacat ctgtgacggg cttcggctcg cttccgtcgg 648661 agcacttcct tggaggcttg tcaaagcgcg ggtcgacggg caggtctttc tcgtcgggaa 648721 gaattacctc accgttatcg cagacccaga agggaattgg cgttccgaag accctctgcc 648781 tgcttatgac ccagtcccag tccatgctct cggcccagtc ctttaggcgg aggaacatgt 648841 cctcgggata ccagttgatt tccttcgcga ccttgactat ctcgtccgtg aagtccttca 648901 ctttgatgaa ccactgcttc ttggggagca actcaatcgg ggccatacag gagctcctct 648961 cggtgtgtct gagaacacgg tgccttatct tctccttctt gtagaggaga cccatcttct 649021 caaggtcttc cgcaatcttc tttctggcct cttcagtctt gagacccttg taaggcccgg 649081 cgttctcgtt catggtgccg tcctcgttga tggctatgat gacgggaagg ttgtagcgct 649141 tctgccagac gacgtcctgc tcgtcaccgt aggtacagtt gtagaccgct ccggttccaa 649201 agcttgggtc aacgtcctcg tcagctaaaa cgggcacctc gcgctcgaat atcggcagtt 649261 taaccttctt gccgacgacg tccttgtagc gctcgtcctc tgggtggacg aaaactgcca 649321 cacaggccgg cataagctcg ggcctcgtgg tggctatcgg cacgtaaccg gaaccgtcag 649381 cgaggggaag cttgatgtag tagaggaagc cttcctcctc gacgtagccg acctctgcct 649441 tggcaaggct cgtcctgcag cgcgggcacc agtaaacggg gtgctcggcc tggtaaagga 649501 ggcccttctt gtagaactcg atgagggact tctgaactgc cgctttatac cagtcgtcca 649561 tcgtgtggta ctcaaggtcc cagtctgccg aatagcctat cctgatgaac tggttgcgca 649621 tcgcttcgat ggcctgccag gtccactcaa cgcacttctg gaggaacttc tccggttcat 649681 ccttgctgat tccgaactcc ttctccactt tgagctccgt tggaagcccg tggttgtcga 649741 agccctgcgg gaagagcacg ttgtagccgg tcattctctt gtagcgcgcg acgatgtcga 649801 tccacgtgtg gctgagcacg tgaccgaggt ggagcgttcc gctcgtgaac gggggcggag 649861 tgtcaattgc gtagctcggc ctcttctcgt cgagctcgta cttgtagatt ttctcatcga 649921 gccagaactt ctgccacttg ggctcaatct cgttcgggtc gtagttcttc gggagcatgg 649981 acatcaccct ttaggttttc agaggatgtt ctaccctcag aagggggctt taaaaatctt 650041 ggcggtgctc ttttggggac taaccaagaa gcgcggaatg ctttgctaga ggtcaaaatc 650101 agcgttacgg tggacgatag gcaccaccag ggtatggaag tggatagggg tttaaaaagt 650161 ttgaggtgtc catcagcgag ccatggtcat cgggcacttt ctcctcatcc cgcacttttc 650221 gcaggcactc cggtggagag cgaagttaat cggtgtcagc aggaggaaca agaggagggg 650281 caccagttca tgccttgatg gagtgaggaa gtacgcggct gagattccga gaaccggtac 650341 tgccgtggcg agcgcccagg ttaccttagc gagctttact ctcagctcat agcttctgga 650401 gccccgctca aacatcagcg cggagagctt tccccagccc gtcgcacagc gctttccata 650461 gtagcagtgg gtgcagaggt gctttctgag cacaacgagc agcatgagcg cgaggaaaag 650521 cgcataaaca actgagagca ctggcacccc agagagcctg agaggttgca tgccgacaaa 650581 tcccgcccca aagtaaagga gcaggaagac gttttgagca attacgaagc caggcgggta 650641 ttccctgcac tcgacttcag gcgtggccac agggttcccc catcagttag ccggaagatt 650701 taacgttttg cattcattcc aactccactg accagcgata aacgtggtgg tcaacgccca 650761 tcttccccca cctgtgcctg gaagaactct tcggccctct tgagtagggg ttcgttctcg 650821 accttccggc cgataagttt aaagggaagt ccaacaagtt tcaaactgaa ccatgctttg 650881 tcctctaaga ggtcgcgaga gcactcctcg tcggttaaat cactctccct aattgaaacg 650941 agcagtttgt agctgtccag acttttaacg agcacgtact ccctctcttc cctcccgggc 651001 ctttcaagta actcatagag cccgtcctca atgtcgagga gttctttctt cactacagta 651061 aggccagatg gaagaacctc aagctttccg agcttaacgg ttttgactaa ccattcgtac 651121 aggaggaact ggttgtcttc ttcaaaacct acctttctga ggtcgtggtc gtccgtgtaa 651181 ccgcagatga gaaccgcccc agccttcatc agctttctaa gaaacctcat cacttcagaa 651241 ctcaagacaa acatccacct gccggtgtaa gctccaatct ggaggagtgt catgtcatcc 651301 ttcgagtacg tttcaacctc aagccagtca aaggagtctc cctcggtggt tttcagctcg 651361 tagtgcagtt ctcccactgc aaccagtcta aagcccctca tgtcgaagat gaacttcagg 651421 tgctcctctc tttccttccg ctggtacgcg agttcacgag tgtacctgaa ctcgcgtgag 651481 agattctcaa gcatatccca tatctctcca tggcctatca aacacggcga gagtatagta 651541 tgtggttccc attgccatcc ctcctggagt gcagggttaa tctcccgcgt gtttgagccg 651601 agagtaatct ccggtagtgt gaccgttgaa tatttctctc accatccttt gccacctgtc 651661 gttctgcact ttcctgatat tcgttagggg caacatgacc ggtatcacta aatcccacac 651721 aatttcccat ggttcctcca gagactcatg aatgtcctcc ggatcctcga aatcaacaat 651781 cccgaagaac aagataacag catagccatc caattcccca acgaacagga atcccttctc 651841 gttagggcgc cagggaattg aaacctcata taagccctcg tccagtttta agagttcttt 651901 ccttactgct gtgagggctg agggcaggat ttcgagtttt ccagttttaa ttgcctcggg 651961 aagccagttt atgaacaggt aagacatgtt gtactcgaag ccgagtttcg tcaggtctgt 652021 atcatctcgg tagccgcata ttaggagggg ttctgccttc atgaactgtt ttaagagcct 652081 gatgacttcc gaactgagga cgaaccgcca tctgctcctc gaaactggat gaatttcgag 652141 gattgtgtac cccttaaccg tgtaaacata gaagtccgcg ttgattataa ccccccactc 652201 cgtagtcctc agcgaagggt caaagagcag ttcacccgag acaacgagct gaaaatcatc 652261 tcccaaaagg cccttttccc tgaggtaatc catccgagga tcatcccatt caccgtcccg 652321 aatctcaact tcaaactctt tttcaaggaa atcctcaacc tcctccggct ttttatcaaa 652381 catgaggtaa atatagttat caacgcccat cttctcccac ctgtgcctta aagtagtcct 652441 ctgccctctt aagcagttct tcgttcccga ccttctggcc aatgcgcttg aaaatcaccc 652501 aagtgatttt taagctgaac cagttctcat actcgagcac ttccctataa aggacgtcat 652561 ctaacagtcc atcaccaaca ataaggagca ctttgtatcc ctccacgccc agatccctga 652621 caaaaacgta caagccgggc tcgccgacca gctcgtagag accatcctcc agcccaagaa 652681 tgtcccccct cacgacggtt aagtccgagg ggaggacttc gagctttccc tctttcacta 652741 tcttggccaa ccgctcgtac aggaggaatt ggttgtagtc accgaacaca tccctaagct 652801 tttcatgccc gtagatgtaa ccacagatga tgagtgctcc gactctcgcc agtttcttga 652861 ggagcttcat cagttcggag ctcaggatga aatcaaacct gctcgtccag gattcaaagt 652921 cgattattgt tgagtttccc cttgaaaaca cgtttactat gaagcactcg tggggtccga 652981 acccctcggc agtcctcatg acgaagtgaa catatcctgt ggatactagc ctaaagcacc 653041 tcgtatcata aaacttgaac tgctccctgt tcccctcatc gccctcgtat ctcttttctt 653101 caaggtaccc gaactcctcc ttaagcctcg tcaacacttc ctcccaaggc ttatcaaaca 653161 ctgcaacgat gctcttacaa tcccccacac gaccaccccc ggcagttcaa aaaatatttg 653221 ggaaaaggtt taattaaact ccgaagtcag ctgaaccagc tcaacgtcca ctccaaaccg 653281 ggacttcgca tttcgtatag cttccatgac ccgatagtgc tgtcccggac tgaagacgtc 653341 ccttgagtag tacacgtaga ttttcctgac gcccctgctc ttagcatact tcgcctgggt 653401 caatatttgc tcgggcctta taccaccaaa gcactcaata taaactcgac ctaagtttac 653461 cctgtccagt acaaaccttc ccttatagaa accgtctcca atcccgcgct tgatttttgt 653521 gaagagtctg tctccaccgg gaacaccctt tatgtcattg atgactcttt cgagcttctt 653581 aacgtcccag cctttctcga ttataatctt ctgcaatatt acacttctaa tgccgagact 653641 ctcaagtccc tgcattgcct tgactacctc atcaaagtct tctcccttct tcaatccccc 653701 gtcccttacc acgtattttt cgactatctt tgagatgtac cccttcccga gcttgttcgc 653761 cacccattca gccacctctt tagaggcgta cgtgatttcc ttgacaactt tgttgtcctt 653821 gaacaggccg attagcactt tattgcggct gatcacttta attccgagtt ctgctccctt 653881 gattccaagt ttctctgcaa tcttctcagg gtcgatgaac atcgtgactg catcgtagac 653941 tgccgcaact tctggagaga tgtagtgctc aaggaaccag tgaacggcca agtcaagtat 654001 tatgagacct ataatccacc agaactgcgg ccgaatctcg tctccaggct gtttctccgg 654061 accgaactcc gggggaaccg ctactgtatt gttaaccgtc gcgttaacaa aggtggcagt 654121 ggcactggca ccactaactg tcattccaag gaatagcaac acgagggcca gggcgagaac 654181 ccttcgccag cccaggcgga gcacctcctt agagttgccc gcacggacaa taaatccaga 654241 acttaaaaat ttttctattg gaagttttaa caaggcaaaa gcaatcaaaa gaggattact 654301 ttttaaaatt gcattatttc accgccacca gccagtaccg ccggtcgttg ggcctcagct 654361 cgtgcccgtc cccgtagatt tgggaccttc ccgaagtgct tttccgccag aagtctcatc 654421 tctcttacgg tgtaaatgtt cagttcgtcg tccaccatga agaccctaac gctcccgtca 654481 ggcttcacta tctgcacgag cctcttgaag tggagttttg gccttccgcc ttgcaacggc 654541 gagcatctcc tcgtggagat caaggcccat aacccgatac ccgcgccttg ccagttcgag 654601 cgtcggaatc ccggttccgc aggcgaggtc taagattttc ctcacttctc gttcggcttc 654661 attctgaaat aatttctcca cgaagtctat ctcccgagaa acccgctcgg cccttctcct 654721 ataaatcgcg tcgtagtact cggccagaac ggtgtagagc tcgtgcatgg taccaccaga 654781 aaagtttcag cgtttcccga taaaagcctg tcttgaaact tgtagaaaac aaaaagaggg 654841 gaagagggtc actttctcct cctgaggagg agtgggatta ttgcgaggcc tatgagggcc 654901 gctggaccgc agatcttggt gcctccaccg cccttagaag tcgtcgtagt cgtagtagtg 654961 gtcgtagtag tcgtggtggt cgtgtggagc ggggtgagct tgtagttgag cttgagctcc 655021 tttcctgcct caactgttat ctcgtgggtc tcctccttgt aaccctcctt cttgatgacg 655081 atcgtgtgtt tgccaacggt cagaacatac tgctcgagcg gagtctcccc gactttctga 655141 ccgtcaatgt agacctcggc cccgcttgga tcggtagtta ttgttatcat tcctgtcttc 655201 ggtgagagct caacgttgaa ggtgagctcc ttaccctcct ggattgagac gttgaatact 655261 tcatccttat agccctcctt cttgatgaga acctggtgta aaccgatcgg taggacgtag 655321 tgctcgagcg gggtttcacc aaccttctga ccgtcgatgt agacttcagc tccactcggg 655381 ttgctgttga tcgttatcat tccggtcttc ggtgagagct cgacgtggaa tgtcaggagc 655441 tttccagcct ggattgagac gttgaagacc tcatccttgt agccgggcat cttgactatg 655501 acctggtgca ggccaacggg cagggtgtag ttctcgagcg gagtcttacc gacctcatta 655561 ccgtcgatta tcaccgttgc gttcgtgggc tcgctggtta ttgtgagttt gcctttgagt 655621 acctccagtg tggcgtttac aagggtgact tccttgggct caactgttac ggtctccttg 655681 tactcatgat agttgcgcat gctcacggtt acgttgtgct cgccagctgg gacgaggtag 655741 tacttgaggg gcgtggttcc aacgctctcc ccatcaatgc tgacttcggc accgctcggg 655801 gttgaaatga ccgtgaggaa gccgtagttc tctgagacgg gtatcatgtc aacggtggca 655861 agcttcttgt ccttggcgtc gtagccgctg agctgttctt cctgggttgg gtggaaccac 655921 tctggaacga ggaggtccat gacgcgtggg gcgacgccgg ctatgatagc gtcagagtca 655981 ccgccaccaa ccctccactg tgcagcctca acttgaacat cacgccactc atcaacaccg 656041 taaccgtcct ggctgccaac gagaacggcg tagaatgtgt cctcagtgaa attaagatac 656101 tctctcggaa ctttgacgat aatggtgttg gtggagaggt cggcattggc ttcaatgtca 656161 acggtgctca tgtttggaag gacgagcttt gacgtccagc cggttactct aaaggcgaga 656221 tcccacggcc tgttgaactg tacgttcgct ccgggcccgt tgtcggccag tttgatggct 656281 gaggtgttgc ctccgtcctt gaagtcgaag taagcttcga ttatctggta gctgaagccg 656341 ttcggcccgt tccactggtt gtcaccgagg ttcttgaagt ggaagtagaa tacgtagtcg 656401 tttggagtct cgtaaacgtc cattccggtt atgtcgaaga gtccggtcct gttgaagact 656461 ggatcagtcg ggtaggtgta ggttcccgga ccgtgatcgt caccctctgg gtcagaaacg 656521 ctgagaaccg gcgctatcgc cttcagggag ctgaactccg ccgtagtgtt tatgaactcg 656581 gcgttagttt caacgacact cgactcaacc gggctgagga tcaggtgggc gctgttaacg 656641 ctcaggttga catcctcacc agttatatcg accggagcaa caagttcgca ggacggtatg 656701 gtgagatcgc ctgcgggaac ggccatggcg agggcgttgt cgctcatcac tcccgcgagg 656761 aaggccttct catcgccaag tgcaagcccg ttgaaggccc cgctgccata ggttacggcc 656821 tttatgacgt ttccgtctcc atcaagcttc atgaccagtg tttttccgcc catctcgcct 656881 gcggcaatga tgtagtcgcc gtccctgtag agggccctta tctgaactcc tctgtagagc 656941 ttctcccact tgaggtgtcc gaagtaatca aacttgacga gcaggcttcc atcactggtt 657001 atgacagcgg ttacggtccc ctttttcgcg ggggctattg caacggcttt tccgctggtt 657061 tctatgacgt tctgccagta tgtcttgctc ccgtctccct tgaacttaac gacgagaggg 657121 gcgccgttga gccagccgac ggcgtagtag tatttgtagt ccttgagaac gtttgtgaag 657181 ccgtagcttc cctcgccctt aagaacggcc tcccagttaa cgcttccgtt ctcgtcgaag 657241 gtgacgatcc acgggaaccc gttgtaggtt ccaacgaacg cgtctccgga aacggcgact 657301 gccttctggt ctccatcgcc gccgatggcc ttctgccaca ccacgtttcc atcctcgtcg 657361 aacttgacga gccaggcatc gttctgggag atctcagccc cgttggccca tccaacggct 657421 atgtatccat ctccggtggc ttcaatatcg ttgaagccgt agttgcccgt tgcagccttc 657481 tgccaggcta tgcttccatc gtcgttgacc ttaactatcc atgcgcttga gtggtcaacc 657541 ccggctccgt tgagccagcc aatgaaagcc aggccggaat cagagtaagc cagtgaaagt 657601 gcttcgctcc tttcggccgt gtacgtggcg gcccagaaga aacccgttga ttctgaggca 657661 ctgacgaatc cggcattcgc tccgaaccct ataatacctc caagcagcag aagcatcagc 657721 ggaagcgctt gtaatttcct gcgccaaatc tctttaaatc ccttcttgga tttcacaaca 657781 cttcacctcc cctgaggggt tcagttctct ttaagggcgt ttgtgctttt aactctattg 657841 cctatggccg gttgtggccg gactaaggtt tggggacgac ctaaataaaa ttaacgttct 657901 tcagaaattt ttggcgtttc tggagaagtt atggccgaac cgcaatccct taaaaccctc 657961 tcgcggtact tccttaggtg aatgaaatgg agataggtgt cgttggaaag ccaaacgtgg 658021 ggaagtcaac gttcttctcg gctgcaacgc tcgttgacgt tgacatagcg aactacccct 658081 tcacgaccat cgacgccaac gtcggcgtga gctatgccat agcggagcac ccctgcaggg 658141 agctcggctg taagccaaac ccccagaact acgagtaccg cgaggggaag gccctgattc 658201 cgataaagat gattgacgtt gccggtctcg tccccggagc tcatgaaggg cgcggactgg 658261 gcaacaagtt ccttgacgac ctcaggatgg cttcagctct aatacacgtc atagatgcca 658321 ccggaaagac cgacgccgag ggtcagccaa cggattacca cgaccccgtt gaggacatcg 658381 agttcctcga gagggagata gactactgga tttacggaat cctcaagaag ggctgggaga 658441 agttcgcgaa gaggattaag ctccagcaca tgaaattaga acaggcaatc gccgaccacc 658501 tctccggaat cggagtaacc gaggaggacg tctgggaggc ccttcacaag gtgggactcc 658561 caagcgaccc gaccaagtgg agcgacgagg atttgctctc gttcgtccgc gagctgagaa 658621 aaataaacaa accgataata atagccgcga acaaggccga cgcggcaagc gacgagggaa 658681 tcaagaggct catcgaggag ggaaagaaga ggggctacat cgtcgttccc acttctgccg 658741 ccgcggagct gaccctcagg aaggcggcaa aggcgggctt catcgagtac attccgggct 658801 cgagcgattt caagattctc aagaagatga accccaagca ggaaaaagct ctggagctga 658861 ttaaggagaa agtcctcgac cgcttcggct cgaccggcgt ccaggaggtc ataaacaggg 658921 ccgtcttcga gctgctcaac ctaattccgg tttatcccgt tcaggacgag aacaagctca 658981 ccgaccagtt cggcaacgtc ctaccgcacg tctacctgct cccgaagggc tcgacgccga 659041 gggatctggc ctataaggtc cacaccgacc tcggaaggac tttcctctac gcggtgaatg 659101 ccagaacgaa gaggcgcgtt ggggaggact acgagcttca gttcaacgac atcataaaaa 659161 tcgtcgcaac ggctaggtga cctccaaacc tttataaatt tcccttttct atgcctctct 659221 gcgagaaaat aggggtgatg ctcatgtctc acaagtcagc ggaaatgtac gagctcaaaa 659281 agaaggttga ggagctgaag aagtatcgag gtcgagcgac cgaactcgtc agcctttaca 659341 ttccagcggg ctacgacata aacaaggtca tgcagcagtt gcgagaggag tacggaacgg 659401 cccagaacat caagagcaag tccacccgaa agaacgtttt gggagcgctt gaaagggcga 659461 tgcagcacct caagctctac cgcaagaccc cggagaatgg cctcgctttg ttcgtcggca 659521 acgtcagcga gcaggaagga gtgagcgaca taaggctctg ggccatagtc ccgcctgaac 659581 cgctcaaggt ccgcctttat cgatgtgacc agaccttcgt caccgaaccg ctcgaggaga 659641 tgctccgcgt taaagatgcg tacggcctca taaccgtgga gaagaacgag gcgacgatag 659701 gcctccttag gggcaagagg attgaggtca tagacgagct cacctcgaac gtcccgggaa 659761 agacgagggc tggtggtcag tcggcgaggc gttacgagag gattcgcgag caggaaactc 659821 acgagttcat gaagcgcatc ggcgagcacg ccaacaaggc ctttctcccg ctccttgaga 659881 agggtgagct gaggggaatc atcatcggcg gccccgggcc gaccaaggag gagttcgttg 659941 aaggcgatta ccttcaccac gagctgagga agaaggtcat cggcgtcgtc gacataagct 660001 accacggcga gtacggccta agggagctcg tcgagaaggc cagcgacata ctcagggatc 660061 acgaggccgt aaaggagagg aagctcatcc aggacttctt caagcacctc gtcaaggaca 660121 cggggatgat aacctacggt gagaaagaag tcaggcaagc gcttgagctc ggcgccgttg 660181 acacgctcct catcagtgag ggctacgata aggtccgcgt cagggcaaag tgcaacaact 660241 gtggctggag cgaggagaag acgatgagcg agcaggaatt ccacgtctac aagaagaagc 660301 tgacccactg tcccaagtgt ggcagtcaga acataacctt cgagaagtgg gacgtcgcgg 660361 aggagctcat caagatggca gaggaagccg gttcaaacgt ggagataatt tccctcgaca 660421 ccgaggaggg acagcagttc tacaaggcct ttggcgggct tggagcgttt ctgaggtaca 660481 agattcactg agctatttgt atgcatcttc ccttttctta accttgtgaa ttagaatcct 660541 acgggccttc cagttcacag aatagataat gcggtattcg ccgattctaa catggtaaat 660601 atcaaggtct cccgagcctt taagtttaat tatgtcaaat ttgtcccggg gggactgcct 660661 catatctaag cgcgtccttt aactccaaaa attttctgag gttagccttc ggtaaggact 660721 tcagagcctt aattgcctct ttctttattt tgacctcgaa agtcatgagt cttcctccag 660781 aatccgctca agctcgtccg cgtcaatcca gttctcttcc ttgaaatctc ttgcttctct 660841 ttctatctta tcaagttctt catcggatac ttcacccctc acaatgggaa ccagcatagc 660901 ctcaagacgc tggatttcca ccttcaggcg ctcaagctct tccataacgt aacgcacgtt 660961 gacatctctt acccgctcca tgttctcacc actttgaatt ctttcggcat gatattttaa 661021 ttttcccttt gattcgctcg ttcaaatgat gataatatgc atcgtttcgg aacctttaag 661081 taccggtacc gatacttagt atcgggggcg atacctatgc tgtttgaccc gaggccgaag 661141 agcaagaggg aggaaatctt cgacagggag aaggagttga actccttact tgggggaatc 661201 gaggagtatc caataaccgt tctcatagga atcaggagag taggaaagag ctctctctta 661261 agggtagccc tgaatgagtt caacggtctt ggcctttacc tcgatgcaag gaggctctac 661321 gccgcgggag gtggggcaat aagtcccgcc gtccttgtgg acgagatcag aaagatactc 661381 ctcggaaagg gcaggtttgg ctttctgagc gggataaagc tggagagcgt taatctggcg 661441 ggagtaaaaa tcgcaccaaa ggaaatgacc ataatagacg tctttgaact cctgaacggc 661501 cttggggaga ggtttgggag ggtcgtcttg gctttcgacg aggcccagta ccttcgcttc 661561 tacgggccga gaggcggaaa agacctctta gctggaatag cctacgccta tgactccctc 661621 ccggacctcg gcttcgtgtt cacgggttca gaggtcggcc tcctccacga tttcatcggt 661681 atcgacgact actcaagtcc actcttcggc agggtctacg aggaagttga agttaggccg 661741 ttccagagag gggtctcgga ggctttcctg cgggcggggt ttgaggaggt aggcttgaaa 661801 gttccggacg aggaaataaa gagagctgtc gatgggctcg acggcattcc tggctggctc 661861 gtggagtttg ggtttaacta ctggaagagc ggaagttttg agagagctat ggagagaacc 661921 gtcgagaggg ccagggtgat gatacgggag gagcttcttg agcttgaaaa gcgctctcca 661981 aggtacgccc taatcctcag ggcgatagcg atagggctca cgcgctggag ggacatcaag 662041 gactacgtgg aggctaaagg cgggcccata acgaacgcga gactgtccgc gctcctgaag 662101 aaccttgaga agatgggctg ggtgaggaaa gaaagcgggg agtaccggat aatagaccct 662161 ctcgtggaga aaatattgaa aagctaatca catcttctcc ggcgcctcta tgccgagcag 662221 ctccagcccg ttcctgagaa cctgcttcac agctaaaacg aggagtaacc tctcttccct 662281 gattccgtcc tctgccttga gcaccggatg atccatgtag aacttgttga agagcgaagc 662341 gagctcgttg aggtacgctg gaaccaggtg gggcttgatg tccctgcccg cgctctctat 662401 tacctcaggg aacttggcaa gaagcttgat gagctccttt tcgcgtaggg tgagcttcga 662461 gaagtcggcc ttctcaagaa gcttttccca ttcggtctcg actccgcttt ccctcgcctt 662521 ccgcaggatt gaggcacagc gcgcgtgtgc gtactggatg tagggtgcgc tctccccttc 662581 aaagttgaga acgtcgtccc agcggaaggt tattatcttg tcggggctgt acttgacgag 662641 gttgaagcga accgcgccaa ctccaacggc ttcggctatc tcgtccttct cctcctcgct 662701 caggttcggg ttcttctgct cgaccagctc cctcgccctc tggacggctt cgttgagaac 662761 ttcatcaacg gtgaagccga cccaggttcc cttcctgccc gagaacttgc cttcaggcct 662821 cacaacgtgc tcgtaagcca ggtggtggaa gttctcagcc gagtcctcaa agccgaggag 662881 ctggagtgcg tactttatcg ccatctgtgg gtgtctctgc tccgctccga tgacgtttat 662941 cactatgtcc cctctgccga acctgccggg catctcctcg ccatcagggg cagtcgtcca 663001 ggtctcgtgg ttctccctct tatcccagag cttgtagagc atgtcggcct tcaccttgcc 663061 gaacttccag aggtgatacg ctatgtcctt gcccgtgtaa gttgctgttc cgtcgctcct 663121 tttgagaacc aaaaacgggt tcttcatgtc cgggaagagc ttcctcaaat ccatcacaaa 663181 agcgcccttg tacttgccct ccctccccca gaagaagttc tcgttggcct cgatgagcct 663241 gtaggcctcc tcgaagattc cgctcctcat tatgtcgctc tcccagctga gcaggtcgta 663301 ggctatgccc atgcggtatg tagttagcat ctgggccttg acaacgcgct ccgccagctt 663361 cctgccgatt tcggctatct cgttgtttcc ctcttcgagc tttttcatga gctcgcgaac 663421 ctctttatcg acctcggggt tctcctcgat gcgcttgtta acctcgacgt agagcaggcc 663481 cattacgtgg tctatgaagt cctccttcag gcccttctcc ctcagctctg cctcaatcct 663541 ctcgaactcc tctttcatgt tgaggtagcc ccagagaacc tgggcgaact gcactccaag 663601 gtcgtctatg tagttctgaa cttcaacctt gtagccgagc ctgcgcataa tcctcgccat 663661 cgtgtcgccc aaaaccgcgt tcctcgcgtg ccccatgtgg agtggcttcg tgggattgac 663721 cgaggtgtgc tcgacgatga ccttcctgcc ctttccaagc tcgctctcgc cgtaggcttc 663781 gcctttgcca aggatttccc tgaccagctc gcgtccgaag taggagtagt caacgtagaa 663841 gttgatgtag ccgttgaccg ccttaacctc gactatgccc tcgggcttct caatccgctc 663901 gacgagctct tccgctatga gcttcggggc cttcctgaag accctcgcga gttgaaacgc 663961 cacagccgtg ccaaagtcgc cgagctcgag gctcggtgtg tcgtcgaagg ttatctctcc 664021 ttcccacttc tttcctgcct cggtgagcat ctcgtcgagt gccttcttca gagaaagcct 664081 cgccctctcc cgtatctctt tatagaccat cttcaccacc gctcccactt taacccaacc 664141 tttaaaaagt tctcccgcga gcttacaacg gggatgggta tgaagcatca cgtcggtgag 664201 cacaaagcga aaaagggcct cataaggatt gagttcgacg agagggacgg catagccgag 664261 cacgttaaga ttacgggaga tttcttcatg caccctgagg aggcagtcca cgacctcgag 664321 aagaagctgg aaggacataa aatcgaggag cttgaaagcc tgattgacga gttcttcgcg 664381 atgcgcctcg atgtcgagat gccgtacgtg aacgtcgagg acttcaagat tgccctcaag 664441 aaggccctgg aggggtgagg gtgaggcttt cgctggggat gagggccaaa gagctggcga 664501 taggccagct cctccggttg gcggttgggt tcgtggtgag cgcctttctg ggcgttctgg 664561 ttgctgtcgt ttttcccaaa accgccgcaa acctcttcgt tgagattggg aagtcgatag 664621 ccggtaaagt tggggatcga gagggctttg gcgcgtttct gtcgatatac accaacaacc 664681 tcaccgttgc cacttctgcc tacgccctcg ggatattctt cggcattgtg ccctggatca 664741 tcgttctggt gaacggcttc attctgggcc tcgttttggc cgttgtagtg tctacggggc 664801 ttattagccc agtaaccgcg atgctcgccg tgctccctca tgggatattt gagattcccg 664861 ctatactcct ggcggcagcg gctggaatac tggtttacag ggggacgctt aagaaggagg 664921 gtatggaggt tgtttacgcc tccctcaaac tctatgccct ctccgccgtc ctgctcctcg 664981 tggcggcttt cattgaggcc ttcataaccc caaaggtggc gggcattgga tgagcaccta 665041 tgagttctct aggaaccgat caagatgagc tgctatctcc ctggcgacca ttttgtaagg 665101 atctccctct ctaagcctcc ctaccctggc cttcaggttc caccagtagg cgacccagac 665161 tgtctggttc atgatgtgct cctcgtttag cctcctgacg cttgaaaact tcaactcaag 665221 ggcgggcttt ttgattgttc ctttggtctc ttttgaggta ttccggctca tcatgatatc 665281 gacgaaagtt ttggcgtcgc cggcgtagga gtaatagagg attcccgaaa caccgcactc 665341 acgggagagg agaccgtccc tggaaaaggc gtggggcaga taaactacca cgactctgcc 665401 tttcatgtcg tggtcatcta ttgagccgct gacgtaaacc ggctttaagt tatgggcgcg 665461 ggtcacgttg gtgagggcct ctctaagggc cttcttaagc cggacgtttg gggcgacgat 665521 ttcaatgtag accgtttgcg gatcctccgg agcgctcctc cagccggagc tgttgggaat 665581 gagagaacca ccatattggg attcaccaga gagttcagat agtacggttg attcactggc 665641 ggttgtcacg acaaggacgg ataggagcac aaggattgag atgccgaggg ccaaccagcg 665701 cttcatacgc cctcacaggg aatagtcgaa aaaattactt taaaaagttt tttagacttc 665761 cctcccgatg taaatcccgt gtctcgtccg cactattctc acccttatcc tgtctccaac 665821 ttccgccctc gttccaacga cctctatgag cctgttcctg gcctttgcaa gcatctctcc 665881 ttcaatcctg cccgggagga cgacctcggc cttaactatt tctccgggcc gaaaggccag 665941 cggtatgaac tccctcttct ccatgccaaa gtggctcggc ttcaggacga ggggcttcat 666001 ccctgtcttt tcctcaagcc tcctcagcca ggcgtagaac tccttgaagg gaacgggctt 666061 cgctatgact ggattcctcc cgaacttgta gggaacgtag ttctggaaac cgagggccgg 666121 ccagcgcttt ccagcgccga ttttccttgc gaactctatg aaggcctccg cctcgtcgtc 666181 gttgatcccg aagattatga caggagcaat gaggacgtct attcccgcgt ttaccagagc 666241 ttccgccatc tccagaacgt gatcgaggtc gtagctcttc attcccatga gcattttagc 666301 tttttccggg tcgagggagt gaatggagag gtttaccctg tcgaggcccg cctccgcaag 666361 ttcttcgacg agtttatccg taagaagcgt cccgttgctc tgcatggaga tcacggagac 666421 gtttggatgc tctctcaagg cctgaacgag ctcgacgcgg aatggataga tgagcggttc 666481 tccctgaccg tctagatggg cttctaaacc ttttcccttt atcctcgcga cctcgtcgaa 666541 ccacttcatc aagtagtcta tatcaaccac gtagtcgagc tttctggttc gcgaatacgg 666601 gccctcatca acagagcaga agatgcagct caggttacag ccgctcacgc cccttatctg 666661 gatgaggttc gttccccggt ctattaggcc aaaggcgttg tagccgagga gaggaacgtc 666721 aagagcttcg tgaatgtaaa gaacttttct tttggtgtac cgatttctaa gcagggcacc 666781 gaggttgttc tgaatgtata gtgctataaa cccttcaact tttttgtagt cagtgtctat 666841 aattagtgta ccgtttcggg ctgtgatttg gggcgagacg cggtactttc ttctgatgac 666901 cctctcaagc tctcgctttg gaaagtctgc gtagagggtt tcgcgccaga tcagcctgat 666961 ggcatcccca agatcctcaa agcgtgagtt tggcaggcgg agctctatca tgcccccagt 667021 tccggggtcg ggacttaaaa agcaaacgat ggatgaaaaa tccatcactg tcatatctgg 667081 atgcatgtga acatggaaac attttaatat cagtgatgca aaacggttag tgatgaacta 667141 ctatgggtga tgaggatgtg gggaaagatc gagcactact ttgacgagta ccccgtgagg 667201 aagcttatag caaagacgct ccttaagtac ggtctcaggg tttcggacga cctcaagata 667261 aaggccggcg acattgaggt gccttacacg aagatagcca aggccctcga cgttgacagg 667321 agggtcgtca aggagaccgt cagcatgata ctcaagattc ccgacctgag ggagatatac 667381 acgaacctcg agccgaccgt ccatatgaag cacgtcggca ggcacgttgg ttacggtgtc 667441 atcgagatcg agcccgagcc gagggcggtt ggaatactcg ccaagatagc ccagaagata 667501 gcggacaggg ggataaacat cgtccaggtc gttgcggagg atcccgagct atatcccgag 667561 gcaactctca cgataatcac ggagaagccg attccgggcg atctcatcaa cgagctctcc 667621 aagctggagg gtgttaagag gatctcgata tactgagttc ccgttctttt cttccattcc 667681 ctagtttaac tttggagcct gaagaaccct ccgatgcatt aaaggacaaa tttgcttcct 667741 tcgattaaac taaaagtttc aaacttttgg tctaatcaag caaggtttat aagcaattgt 667801 tttcaaccct cggtagctca cggttaaact tccacatctc tggagggttg ataaatggaa 667861 gaagcgggca aaataagcag gtacctgtac acagtgatcg tcctgttctt gatatggctg 667921 ttcttaacgg caagcacgga cccacaggaa ctcgttatgg gggtaatatt ttccctgctg 667981 atagcggctt tcgcgtatcc aatattcacc accagaggcc tggcaaacct tcatcccaag 668041 agggtcgcct acgcgatagc gtacataccg tactttctgt gggccatgat catggccaac 668101 ctcgacgtgg cctatagggt tcttcatccg aagagaccga taaggccggg catagtccac 668161 tgcaaaacag tactgaagac caacccaggc aagctggcac tggccaactc gataaccctc 668221 acccccggaa ccataaccct cgacgttgac gacgataact acttcattca ctggatctgg 668281 gttcccgatg aggttctccg cgcggaaagc gatgaagagc acgttgagag ggcctcctcc 668341 aacataacgg ccccctttga aaagttcctg aaggtgatct tcggatgata gggataaaca 668401 tctacctcat cctgatagcc atagcgacac ttctcagcat gtacagggtc ttcagaggtc 668461 cgacgaccgt cgacaggctc gttgccgttg atattatgac gacaatcacc acgggcctga 668521 tggtgctctt tgcactctac tacaagcgca tgatcttcct ggacgttgcc ttggtttacg 668581 cggttctggc ctttggaggc gttatagcct tcgcgcgcta catggaggga ggcctatgaa 668641 cgtgctagct gcaatcggtg agatcctcgt tttcataggg acgttctttt acttcctctc 668701 ggccctcggc ctcatcagga tgccggacgt ttacaacagg atgcagacct caaccaagag 668761 tgcaaccctt gggagcctcg gtgttatgat aggagttggt ctctgggccc ttggaagcga 668821 ctttgggagc gttgcttggc tcaccaagac ggtggtcata gcgacgttcc ttctcctcac 668881 caacccgata agcgcccacg ccttgatcag ggcggcatac aagagaggga ttcccctctg 668941 gcacggcagc gtcgttgata agtaccacga atacattgag tccaaggctg aaaaggccga 669001 aagcgttgag ggggaaggtg atgccgaatg aactgtattg cctgcgttga gtatataatc 669061 gtggccctca tgatactctc cgctgtgctc gcggtcgagt ggcgcgacct gctcgccgct 669121 actgttggaa tggcggctgt tagcctcttc gcctcgatac tgttcttcat gctccaggct 669181 cccgacgttg caatgaccga agctgccata ggcgcagcgc tcagcggtgc cgtgttcatc 669241 ttcgccatta agagaaccca gcgctttgag acggaggaag aggagaaacc cggctggtgg 669301 gtgaggtggt gaacatgctc aagcgtgccc tcgcgataat cactctgcta ataatcggct 669361 actggctggc ccaggggctg gccggtgtgc cctttgggca ggacaagatg atcgttggca 669421 ggtactacct tgagaacgtt aaagagcaga ccggtgccgt taatgcggta acggccatcg 669481 tggttaacta ccgtggtttc gatacactcg gtgaggttac cgtgctcttc atagcctcaa 669541 caggcgttgg ggcacttctc tggaggaaga agaaaaagag aacagccaga gctgagggtt 669601 ctgttgtcct gaagacgggg acagagctgc tctttccgtt cgtggttctc ttcggcgcct 669661 acatattcat tcacggacac ctcacaccgg gtggaggatt tccgggagga gcgaccatag 669721 caactgcctt cctgctgctc tacatggcct tcatcaacta cgagattccg cacagggcct 669781 tcgagaagac cgaaggtttg gctggaatgg gctacgtcct cgtcggcctc ataggcctcg 669841 ccataggcgg ctacttcctc ttcgactgga tctggcagac ctggaactgg ggacacgaca 669901 acatcggcag gctcttcagc ggcgggttca tcccgataat ctacacgctg ataggcatta 669961 aggtaggtac agagctgagc ggtatcatcg acaacatgct caaggagggg gtgagcgaat 670021 gaacgttcca gacatcagcg tctactactt cggagcgata agcctcgtgc tcatcggcct 670081 ttacgccgtc ctcgtcaaga agaacgtcct taagattctc gttggactca gcatcatgga 670141 aaccggtgtc aacctgcttc tcatcagcat aggctacatt tccggaagga gcgcgccgat 670201 tctgagcgag ggggtaacgg cttcaagggc cgttgatcca attccacagg cactcgttct 670261 taccgcgata gtcataggcg ttgccaccac ggctatggcc ttgagcgttg ccataatcct 670321 ttacgagaag tatggaacgc tcaacgttga ggaaataagg aggttgagag gatgaacgcg 670381 cagtacgctt cgctcctcat cgcagttccg ctcataagcg ctttcttcgt ccccctgatc 670441 aagggattcg gtaagaggac ggtgaagtac taccttatgc tggtaaccct agttcagacc 670501 gcgatcgctg gagcagtctt cgttaacgtc taccgcacgg gggaaccaat gatagtcatg 670561 gccggcggat ggaaaccccc ggttggaata aacctctacg ttggcccatt cgctgcactc 670621 ttcgtcctca tagttgcaat aatgagcttt ttcatggcag ttttcagcct caaagcggtt 670681 gaaaccgaac ctatagacaa gtacgccatg ctcttccttc tgctcatgct tggctcgacc 670741 ggaatgatag cgaccggtga tatcttcaac ctcttcgtct tcatggagat aacctccata 670801 accgcatacg cactaactgc ctacaacaag acgggtgagg cggcggaggc gtcactcaag 670861 tacatggtcc tcggcggaat cgggtcgagc ttcttcctca tcggtgttgc cctgatctac 670921 ggcgcaaccg ggacgctcaa catggcacac atagcccagc tagcgggcgg catcaacccc 670981 accgtcgccc aaataggcct ggcccttctg atcttcggcc tggccgttga ggccgagctc 671041 ttcccgctca acgcgtgggc gccggatgca taccaggccg caccccaccc gataaccgct 671101 atgttctccg cgttcgtcgt taaagcgggc ctttacgccg ccgcgaggct gctctacata 671161 atgcagaacg ccagcggctg gggctcagta ctcaaaatgg ttgtcataat ggccgcactc 671221 actgtcttcg tcgccgagtt ctcagctttg aggcagaggg acgtcaaaag gatgatcgct 671281 tactcctcga taagtcaggt tgggatgata gcctttgcgc tcgctctggg cacccaggcg 671341 ggcgttgagg cgggcgtctt ccatatgatc aaccacgcca tagtgaaggc cctcctcttc 671401 ctggcggttg gctacgttgg gataaccctt ggggggactg gaatcgagaa gttttccggt 671461 ctcggcagga gaatgcccct gacggccttt gtcataaccg tcggttcgct ggcggcagtt 671521 ggaataccgc tcttcaacat attctggagc aagatcagga tcctcatagc gggcgttgag 671581 gcaggctaca cctggggagt tgctttaatc ctcggtgcga gcgtcgtcga ggccgtctat 671641 tacatcagac tgatacacac gatgtggttc ggagagggtg agggaaggat cagggagaac 671701 ctagcgatag gcacgattgc actgttcctc gtgctgttga tactcttcat cggcctctac 671761 cccaattact tctggacggt ctcccagaag gccggtcagg acatcttcaa cgtggttgac 671821 tacgtcaaga acgtcccgtt gatgggggtg ggatcatgac gttcgtcgat tatgctatac 671881 ccttgctcct cttcataccc gcagtcagtg gtgtcctcgc atggcttttc gacagggata 671941 ttgtcaggga gatctttgga ctcatcggtg gtctttcgcc actcgtgatc atagccatca 672001 cttacggaaa gctcggagac ggaataaagt ggaccgttga caccggcgtt ttcaagctgt 672061 tcttccagct tgagcacatg tcgtggtacc tcgccgcggt tgcggccgta gttgcagctg 672121 cgatggcctt cggcatggtc tcgacctcga ggagcggcta cgagtggatg tttgccctct 672181 tcagtgtttc cggcctgctg ggagtcttcc tcagtgggga cttcgcgggc ttcttcctgt 672241 tctgggagct catgaccttc gcgagcttca tgatggtgct ccgctacaac aagcgggcct 672301 cgcttaagta cttcgtgctc agtatcatcg gcgcctacgc gatgctcctg gccatagcga 672361 tcctctacgc caaaaccgga acgctggagt tccagtccct gcgcaggatg gtagtttacg 672421 ctgcctacgg catggtaccc ctcacaaaga ccgatatggt actagtttac gcgctcttcc 672481 tggttgcctt tggcgttaag gccggaacct ggccgctgca cgtctgggca cccgacgctt 672541 actctgagac caaccagagt tacaccacct tcttcagcgg tgcattgagc aaggcaggtg 672601 cctacggttt cgtcctgatg tttatactcc tcggtgtcaa gctctacacc gatcttggaa 672661 cgttccgcgg acatccattg ttcacgtaca tccttgcctg gcttggagcc ataacagtcg 672721 tcgtcgcggg atttttggcg gtccttcagg aagacctcag aaaactcctg gcttactcct 672781 ccgtcagcca ggtaggttac atcgttcttg ccctcggggt tggaagcgga atcggcttca 672841 ctggagcgtt cttccacatc ctcagccacg cggtcttcaa gggtctgttc tggctgatca 672901 ccgctgccct gatactcaga acaggaaaga cccgctttga ggacttcggc ggtttagccg 672961 agaaaatgcc ggtaaccttt gcgatggccc tcatagcggt tctcagcctc gccggaatcc 673021 cgccgatggc cggcttcgcc agcaagtggc tgatctacga ggccgccata agcgctcaca 673081 tgcccctcgt cgcgggagca atattcctcg gaagcgccat agcatttgcc tacgtcgtca 673141 ggttcctcta cgccatatgg ttcggtcaga ggccgagcga ccttgacgat gttgaggagg 673201 caccgctccc gctcctcgtc ggcatgacga tactcgcgat accgaacgtc gtcttcggta 673261 tagccccggg gctcgtggta aggttcctta acaagttcat aaacactggc gtcgctgtga 673321 acagctacta ctccataagc acgggcgttg gaacctacaa cgcgctcagc gttgctttga 673381 tccttgtcgt tggccttgcc atagcgggtc tgatctacat ttacggtgcg agggcgagga 673441 ggatacccct cacgaacacc taccaatcgg gtaaccccgt caccgaggac tacaacctca 673501 gcatgaggag gaacttctac cggcctctcg ccgaagccct tgagttctgg ctcaagtaca 673561 gcttcgacag gttctacgcc agagtggcca agatagccga ggacttcgcc gactggctga 673621 gggagggctt ctacaacgga aacgtccagg cgtattcatg gtacctggca atagtgctct 673681 tgatcctagc actctggggg gtgttgtgaa tgtttgactg gaagctcatc cttgaggcaa 673741 tcggaatgct gatctacgcc accttcatgg gcttcatctt catgggtatc gagaggaagg 673801 caatggcaag gatacagagg cgcgtggggc ccccgatata ccagccaata atcgatacgc 673861 tgaagttgct cggcaagaag gaaagcgtca gtcacggcct catttacgac ttcggcccgg 673921 tctttgccct cggggcgagc ataacggcgc tcctcttcct tccaatagcc aatttccagc 673981 tcttcagctc gaacgcagac ctcatcgtgg ttgcctacct cctggaaatc ccgatgctcg 674041 gaataatgct cggtgccatg agctcgggca acccctactc agcggtcggt gtccagcgtg 674101 gtctgctcac gatggtggcc atgcagttgc cctacggtct cgcgcttata gccctcatcc 674161 agcactgggg aaccttcaag ctcagtgaaa tcgttgccct tcaggaactg cacggttgga 674221 gcataacggt tcctgccctc ctgatagcga tgataatctt cgacatagtc ttccaggcga 674281 tgctcggtct tgagcccttc gacatcgtaa ctgccccggc ggaaatctcg atgggtccaa 674341 tggtcgagta cggaggcaaa cacgcggcgt tgctcttcac ccagcacgcg gttcagctct 674401 ttgccgagac ggcgttcttc gcgatactgt tcctcggcgg cgcaagcaac ctcctcgaac 674461 tgctggtcaa gcagatagcg gtgctcttca tagcgatatt catagcgagc atctacccgc 674521 gcttcaccat cgaccaggcc gcgaagttct tctggaagtg gccgacgata cttgggataa 674581 tagccgtgct gctgacgatg tgaggtgatg tggatgagtg agaaagacgg cttcataagc 674641 tatgaactcc aagagttcaa gctcttcgag cccctcttca ggtgggcgag aaagaagagc 674701 ctctggatag tggcgttctg taccggttgc ggcggtatag agatgccccc acttgcaacc 674761 gcccgctacg acttcgagcg ctttggaata atgcccaatc ctgccccgag gatggcggac 674821 ttgttcctca tcaccggcta cgtcacgcca aaaacgctga agaggataat cataacctac 674881 gagatgatgc aggatccaaa gtacgtcctc gctcacggct cctgtcccat caacggcggt 674941 gtctactggg actcctacaa cgtggttaag cagcttgata agtacatccc gatagacgtg 675001 gccatagcag gctgcatgcc caggccggag gcggtaatgg acggaatcat ggagataatg 675061 cggaagatag agaacggaga agccgatggc tggaagcgtt acagggagaa ctacgagtgg 675121 tacaggaaga accaggacga gctgtttgga gagggctggc gtgagaagga cgcgaagagg 675181 tggttggcat ggctgtgaac gatagcaagg ttgagaacaa ggctgagggg aaggtgaaag 675241 ctcaggaggt tcctgaggag aagcccgagc tcccgaacac caaggagggc aacctcgtta 675301 gagagctcct cgagaaggcc ccctacgctg aaggcaaagt taggcgcgag agaaggatag 675361 agttcaaggt tcctgccgag aggatacacg agttcctcga gctggcgagc gagaagtttg 675421 agatgctcat gcagataagc gttgtcgatt ggctcaagca gggtgagttc gagctcgttt 675481 accagctctg gagcgtcagt gagagcgttc acgccttcgt gaaaacaagg gttccgaggg 675541 acagcgcaga ggtgccgacg gtaatggaca tatggcccgt tgcagagacc tacgagaggg 675601 aagcccacga gttctttgga ataatcttca agggcaaccc gaggcttggg ccgttcatcc 675661 tcgagccgag ggagtacgag aagcacccgc tcaggaagga ctttaacacc cttagctacg 675721 tcaagacaat ctacggcgag gacttcgaca ggtatgacga gagtaagacc aactacgtga 675781 tatgaggtga tgctcatggc gaatttggag gttccaaagg agcttaggga ggaggcgaga 675841 aagcacgata tgtacctcac accaatagcc aaagacacct acgagctgtt cttcggccca 675901 cagcacatgg ctaccgagaa cttcagcata atactcaaga tggacggcaa cagggttgag 675961 agggccatag tcaacccggg tttcctgcac aggggtttcg agaagctcgc cgaggggagg 676021 ccttacttca caaacatagc gttactcctc cgcatctgcg ttcccgagag cgacgttccc 676081 gagaacatct actcgatggc cgttgatgaa atagtcggct gggaggttcc tgagagggcg 676141 atatggatta gaacgacagt gcttgagatg gcaaggcttt cagcgtggat gttctggata 676201 atgggctttg gaaacgagat aggcctttac actgcaggcc agtgggccgc ggcctaccgt 676261 gagaggctca tgcgcctctt tgaggagcta accggcggga gggtctacca catctacacc 676321 gtccccgggg gagttagaag ggacataccc ggtgacaggt ggctgagaca gttgagggac 676381 accgtcgagt acatcaagtc caagctcaag gacttcgacg agatactctt tgacaactac 676441 ataaccttcg agaggaccga gggagtcggc gttatggaca agaagttcgc gctgaagcat 676501 gccgtgacag gaccgaacct tagagctgtt ggagtcccct acgacgtcag gaaagacgac 676561 ccctattacc tctaccccga gctcgacttc gaggttccag tcctgaaaga gggcgacagc 676621 ctcgcgcgcg tcctcgtgag gaggtacgag attgagcagg atctctacat actcgaacag 676681 ctcctcgaca tggggccgcc gagcgggccc tacatggtgc aggaccccaa gctcaagaac 676741 ctgccgcgct ttaaagttcc cgccggagac gcctacgccc acgtcgagag caccaagggt 676801 gacttcgggg cctacgtcgt cagcgacgga acccacaagc cgtatcgcgt tcacgtccgc 676861 ggaccgagcc agagtcacgg cgtcacggtg cttgaggagc tccttaaggg agcccgcctg 676921 gcagatgtgc ccgtcatatt gaagaccctc gacaactgtc cgcccgacat agacaggtga 676981 tgacgatggc tagagtcgtt ggtgaggaaa aggtcaagat caagaagtcc ttcgtcaagc 677041 cttggatggg tatcaagtac ctcttcaaga agcccgtgac gataaagata cccttcgaga 677101 agatagagcc tgctccaaag tacaggggat tccacacgct cgactggaag aagtgcgttg 677161 gttgtaactt ctgcggtcag atatgtccgg caagggcaat agagatgacg tggctcgaag 677221 tggacggcaa gatggagaag aggccccacc cgaagatcga ctacggacgc tgtaccttct 677281 gccagttctg cgtcgacgtc tgtccgacgg gagccctcgg cttcagcgag gcctacctcc 677341 tgaccaccga tggaacggaa gatgcgttag agctcttcaa ctgggtgccg attcaccccg 677401 ataaagtacg ggagctcaac gagaagttcg gtgactaccg cttcccagtt gtcaagattg 677461 agaagaaagc cgatggaacc taccgctacc acctccgcga tggggaggta atcgagttca 677521 agatagtcgg ctacggcata aggcccccca agaggccgac tccagccaag cccgccgcca 677581 aggccactgg aaagaaagag accgccaaac cagctgaaaa gaaggaatca aagccggccg 677641 agaagaaaga cgaaacaaaa caggccgaaa agaaggaagg ggcatcatcc tgatgctttc 677701 ccttttgccg gcaaatttta tcccattttc ccatgaactc ccgtcgcagt ccggcatgtt 677761 ggatgaaata gaaaagagct cacccgagga caacctggag gatggcctcc tccccgggtt 677821 ccagctcatc gatcgtccag acgacctttg agccttcgat ctttgcgttt cctttcgtcg 677881 ccctgacctc cactgcgttc attcccttct cccacctgaa gttcctgatg ggaatgattc 677941 ttggggccct gagcttcacg aagtagtact tccccagctc ctcctctatc aggtggggcc 678001 tcaggaagga caggtaaatg ctccctccga acaccgccag gaagaggatt accgaaccga 678061 gtaggctcca gctgatgcct cctcctttgg agggaggccc cgtctgagcg gttgaactgc 678121 tccccgtgct ctcagtggtg gtcgttgggc tcggggtagt cgagctggtg gtcgtccggt 678181 gggttgttgt cgtcgtggtc ggtgatgggg aaggtaccgc gatggtcagg ctggagccca 678241 cgtagttctc tgcactggcc gttatcgata tcgtgccgta cccgagtgcg gtgagcgaga 678301 gtgacgcttt acctttcccg tccgttactg cctggtactc tcctttgggg ccggctatgc 678361 tgagggttac gttggggacg gggtttccgc tggagtcaag aaccctcagt tcaagggtgt 678421 ttcccctgac ctcgtagttt atgaagagtc tcccgacgta gagggccgtt ttctcaacga 678481 cgccgtcgag gttgagttct atttcataga ggccaggcga ggtagtggga tacttaacga 678541 gaccgttctc gtcggtcttc agctttagcc cgttcacggt gacctctatg cccttcacag 678601 gcgagccgtt gatgagcctg acctgaacct tcagctcacc gtcggagtac caggccctgt 678661 aggtgaacct ccgcctgtag acgacgaagg tcttctcaac cttcctgtaa acacccgaca 678721 tgtttgctga gagcgtgacg ctgtatatgc cgatcttcgg ccggttgagc acgagagtgt 678781 agttccacct ctcccccggg tccaaatacg ttatctcggc cttttcggcg actatggttc 678841 cgttcctgta aaccttcatc catattgggc cgattattct atcgttggag tgggagacca 678901 gggagaatcc tatcctgacg tcgtttccgt agatgtagcg ctcccccacg tctattgaaa 678961 gggagtagag aacctccttc tcaacgcgga ggactagctt cttctcgacg ctaacgttcc 679021 ccagggttcc gcgaacggtt acgttgtagt acccagacgg tagctcgggg accttcagcg 679081 tcaggtcaaa taccctgctc tcgttcacgc cgacgtaaac ggtcttgttc acgacgtaga 679141 ggccgttttc catgttccag atgagggaga gtgtcaggtt gccaagcggc tcgtcgccag 679201 tgttggtcac cctgacgggg acggatatga ttgcccccgg cggcgcgctc atggtctctt 679261 tcacgggtga gacgtcgaag gatacggaag ctgcaacgtg gtcgattagg attagcgaag 679321 caatgagaac gaccaagggg acgagtgttt taaccttcat tcccaccacc cggtttcatc 679381 aagtcaagaa ggctcttctg tcttccaacg acttcctcaa ggctcatgcc ggcgtcggtg 679441 tagtctatac ggtaactcct gccggccccc ctcttggtta tctcctccgc cggaaagaac 679501 cgccattccc tcccgatgaa ctttaccgcc acgtagggct ttcctccgaa cattcgcgag 679561 aacgagagga gcttttcaag gtcctctttg ctcaggtaga tcctccgccc cttggtgctc 679621 ttgacctcta tgcagaggta cagcctgccg tttcccgcta taacgtcgac cttcttgctt 679681 cctgctgatc tgacgaccgc gaagccaagc tcttccagtc tgtgtataag ttccctctcc 679741 gcgctggctc cccttctgta cctcatggct caacacacct cttattcgat cggccggact 679801 tatatacttg tttccggtta ggtttataag ccatccatcc aactcacgcg ggggtgggtt 679861 agatggccat ttacgagctg gaaggaaaga aacccaagat tcatccgacg gcttttgtcg 679921 atgagagcgc gtccatcata ggtgatgttg ttctggagga gaagacgagt gtctggccga 679981 gcgccgttct caggggcgac atcgagcaga tctacatcgg ctgttgctcc aacgttcagg 680041 acaacgtgag catacacacc tcccacaacc aacccacgat cgttggaaag tacgtcacca 680101 taggccacaa cgccgtcgtt cacggggcta ccattgatga ctacgtcatc ataggtatgg 680161 gtgcggtgat cctcgacggg gtgaagatag ggaagcacgt ggtcatcggc gcgggagcac 680221 tcgttccgcc gggtaaggag atccccgact acagtctcgt cataggtgtc ccagggaaag 680281 tcgtgagaca gctcaccgag gaggaaatcg agtggacgaa gaagaacgcg gaaatctaca 680341 tggagctggc agagaaacac ctcaaatcaa ggaagaggat tgagtgaggg ccatgatcta 680401 caggctcctt tcccacgttc cccacatttt gttcaggcca gtctacgact tctacgagcg 680461 ctacctcttt gagaaggtta aatcggggaa catgccaaag cacgtggcaa taataatgga 680521 cggaaacagg agatgggcgc gaaagcttga aaagcccccc tggtacggcc actactttgg 680581 atcgagaaag ctcgaagaaa tcctcgaatg gtgcagggag cttggaataa gaaccctgac 680641 cgtatacgcc ttctcaactg agaacttcaa gcgctccccg gaagaggtaa acgcccttat 680701 gaacctcttc gaacggaagt ttaaggagct cgtgaatgac gagaggattc accgacacgg 680761 tgtgagggtt aacgtcatcg gaagaaagga gcttttgccc gaaaacgtca ggaaggccat 680821 tgaggaagcc gagcgggcga cgaggaagta tagcaactat accctcaaca tcgctttggc 680881 ctacggtggg aggagcgaga tcacggatgc cgtgagggat atagtgggcg acgttttggc 680941 tggcaaggta aagcccgaag acatcgacga agatctgata aagcgctacc tttactaccc 681001 gaacatgccc gatccggaca tcgtgataag gacgggtggg gaggtaagga taagcaactt 681061 cctcctctac cagatagctt acagcgagct gttcttcgtt gatgtctact tcccggagtt 681121 caggaagata gacttcctta ggataatcag agagtaccag aagaggcaaa ggcgcttcgg 681181 gcgctaaagc tcgacggaga tgttgagttt cttttcctcc tcgagtctga cgaggatctc 681241 gtgggccttt ctctgttcta gaggtatcct cttgagctgt tcatatgccg ccattatctc 681301 cctcttctcg tcgccgaagg ccttctgccc catgtagagc agaacagcca ggagcacacc 681361 tttcattgtc ctctccggca gggggagtag cttccagccg ttgtcgtaga cgtaggcaac 681421 cttcgggttc tcgtgccctt cgagtagatg tatcggaacg attctctttc cacgatcgac 681481 cttaaggtac tcaaagaggg cctcccttgg gtagccctcc ttgacgagtc ccatgaagct 681541 cagctcaagg gccttgagaa gggatgagat ccgctccatt tcgagaattc gcgacttgga 681601 gaagagtgag agcttgagcg cggccttcat ggggggctcg ttgaggaggt ttaccttgac 681661 gaggattctc tccctcaaac ttgagccgac ttcaaaggcc ttcaccccta tccacaccgc 681721 cccgttggtc agtatgccgt acctcacgcc ggtgttgaag cagtacttgg cgagctgtct 681781 cagtggttct tcacgcttct ctatgttcac gccgaggttc ttggcctcaa cgtaggccac 681841 tatttccccg cccagtatga gcgcgtagtc agcccttccc tcctctgttc tcgattctgg 681901 ccttacctcc tccgggttgt cccactccca gccaagggtt cgcattacct ctcctatgag 681961 gtgttgctta actgcctctt cgttggtctc gtagagcttt ctgtgggcgt ttatcttctt 682021 tagaactttc attatgccct ccgctatcgg cccgatgtca gaagacctag tctcaagccg 682081 ggttaattcg tgggttgagc tcaacgcatc aaggttgctc tcagccatgg ctttcttccc 682141 ataaactgta ctcctcccgc taaaaaacgt ttttggtgag aaacctttta tcctttcccg 682201 agtacggatg aaaggtgatc aatgtgtgca gggttctctt cgcggtgggt gagggagaaa 682261 agatggcccc cctcgtggag gcgatggtca gggcctcaga gaaagacccc tataaagaag 682321 cgagggggaa gggaagccgg catcgcgacg gctggggcta cgttctgttc aacggaggtt 682381 ccctccagca ctaccgctcg atcaggccca tctttgagga cagcccgggc gttaagacac 682441 tggtggagtt gctcgatggt ttctcggttc ttctcgtgca ctccagggct gcctcccagg 682501 gaagtaaggg aatcctcaac acccagccgt tttccctttc ctccacgggg ttctcgtgct 682561 ggatctacca caacggagac ctcaacaagg caggactggt ggagagggcc ggtcttgatg 682621 aaagctcgct gaagaaggca tctgacagct acgttatggc cctctacgtc tgcagggccc 682681 tccattccgt cagtaaaggt gagctcctga gggtttactc ttccataatg cccttcgtga 682741 acaccagcct taacacgggt tcgctcttca ttagccatga atgggtgagg ggcttcatca 682801 ccgcttactc ccggcctgaa tacctcctga aacgggagaa ctgggactac gtgaggcaga 682861 tactcctacg tagcagggat gtctttgcgg tcgcctcgtc aacccttgag ctttactacg 682921 aggccaagtg gaactctctg aggaatggga cggcgctgta ccttgagatc tctcctgagg 682981 aagggcgctt cacagtggat gaactcgtta tgggatgagg tatcgtttta tatttttgtg 683041 acgtattccc gcaggtgatc gctatggata tgaaggcccc catcagggtt tacatgagca 683101 ggaagctcat aggtataagg cccgacgata ccgttaagcg ggccggcgag atcatgactg 683161 agttcgatat aggttccctc gtcgtggtgg acgagaacgg cgacgtcgtt ggatttctca 683221 ccaaggggga catcataagg cgcctcgtgg ttccgggcct tccgaacaca acccctgtga 683281 gggagataat gacgaagaac ctcgttacag tgccagctga aacgcccctc caggacgtcc 683341 tcgacgttat ggcaaagaag gggctgaagc acatcctcat agaggagaac ggcaagatag 683401 ttgggatatt ctcgataacg gatcttctcg aggcgagcag gagaaagctt gaaacggcga 683461 tagcaacgga gtgatggcga tgataaagat agcccacata agtgacaccc acataacgaa 683521 cgaaggggcc ttcaagggct acgctttcga cctcatcgtg gaggagatca acagggggga 683581 cttcgatttc gtcgttcaca caggggacat aaccaaccag ggactgaggg aggagtacga 683641 gcaggctgcc tatcagctcg gcaagataag gaagccgctc gttgttattc ccggcaacca 683701 cgacgtcagg aacgtcggct acaagctgtt cgagaagttt atagggcccc tcaacggggt 683761 ctacgagttc gataacgggg ttctgatctg ggtggactca acgattccgg atttgagtga 683821 cggcagaatc gggggccata agtttcgctg gctcaaggca aagctcgagg agtactccga 683881 caggaggttc aagatcgtcg ctgcccatca ccacctcgtt ccccttccag acacggggag 683941 ggagaggaac gttctcttca acgcgggaga cgtcctcgat ctcctcctga ggcacgaggt 684001 gaccctctac acctgcggcc acaagcatgt tcccaacgtt tatcgcgttg aggatctcgt 684061 tatcgacaac gcgggttgca cgtcctgccg gaagacgagg aggggtgatg tgaacagcta 684121 taacatcatc aaactccacg atgacggcag ggtaagcgtc acgataaggc gtgttaccgg 684181 cgatgaggag aggaaggatc acaagcctat acggccgaaa atctttatcc cctctggaaa 684241 aagggtcctc cgcatcgttc agttaagcga gagcaacgtt tctgacaggg tctacttcag 684301 gaggaaggtc tttgagaacg tcatccggat gatcaacgag aggcttaaac cggacctcgt 684361 catacacaac ggtgacgttg tcgatgcggg catagagcgg tactacgagc gggcctatga 684421 gtactaccgc gcgatctctg ctgaaaagct cgttgtcccc ggtcacaacg acataactta 684481 cctcggccac gagctcttcg aggagtactt cggggagcca gaagttatag aattcgacgg 684541 gtacgttata atacccgttc tgagcgccca gtacgagacg ccgatcggag tcgtcggcag 684601 gatgggacag aagaagctgg agaaagtgct tgaggaatac gatgacaggt tccgcatcgt 684661 ggttatgcat cacaacgtca tcccaatccc caggagcagg gagatcggct tcctcgaaga 684721 cggcggagac gttctcaaac tcctgacgag ggagggaacc gagctcgtgc tgaccggtca 684781 cggcggcaac gcttacggag tcaaggttga gagaacgccg atagttaacg ccggctccgt 684841 gagctgggaa ctccacagaa atccctttgg aaacagcttc aacctgatag acgtttacac 684901 tgacatggtg gtggtctggg aagttcaggc aacgtggggt agcagaaagc tcctgggaat 684961 atggaagagg aagggcaact aatcgacctc ttttttcaat cttttcatga gatcttccat 685021 tatcgctgtc acggccttct ccagctcgac gttttcaata acggggatgc ccagttcctt 685081 ggcacgatcg acgatgtaat cctggatgcg cattatcttc tcgacgttct ttacgtacct 685141 ttcagctccc cttggggagt atctggccct ttcgtagaag tgtgccaaaa ggctctccct 685201 gcccggaacg gttataacgt acatgaactc gttctcgtcc agctctatga aacctggaac 685261 cacgtggatc ccctcgataa tggcgttcag accttccctc ctagatctct ccaagactgc 685321 cttgatgccc accgatacgt gcttcacctg cgtttcgaag ccgtagataa gggggtcaat 685381 gcccctcggc gcgtttacca cattgcttgc caggaaggag gagacgtgta tgtcggggag 685441 gagctccctt gctatgacct ttctgagaac ctcccttatc gtatccgttc cgattatgct 685501 cagtattccc agccggaagg ccagttccgt tgctatcgtt gactttccca caccggttgc 685561 tccacccagg agaactgtga gccgcacctt ccttcgcctg agggtacgcc agaagaggta 685621 cctctctgcc tcctcccgaa gccccctctc tatgagcgtt gagtacgtca gttctcttat 685681 ttcatccgtt gtcacgaatc tctttccccg ctttatcagc tccttctgaa ccgcagaggc 685741 tatcgcgtat gccacgccga catcaacgcc cgagagcgtt atcgacctcg ttagtattcc 685801 ccttgaaaat ggcagtttcg ctccggtttc cttatcaacg acgagtatca tcggcccgcc 685861 tccccagaac ctttttgccg agtctcaaaa cggcctccct aaggttcttc ccgtctatgt 685921 tgaccggttc gttgtccagg taaatgacct cgattcccct ctccagggcc catcttgtga 685981 caacgtcaac cgcagccgcc ttgagctcca cagctattcc ctctattccg ctgaatccct 686041 caagatccct gaggagggcc ttcctccgcg acaggtttcc agatgagtgc agaacttccg 686101 cgcccagcgc ttcgaggtgc ctcgctgagc tctctagggc ctcttcagac gtcataacca 686161 gcccgatcct ctttcccgag acatccccca ggggtctcgg cctgaagaca gtaacgtgga 686221 cctccgccct gggaattacc ccctcgacga cccccactat tttctcgatc ttttcctctt 686281 tcacaagatc agccatcgtg acgactacga gatcagccag ggaaagcctg aacgggccga 686341 agtagtttgc tatcgagctc agttcctgcc gcgctccaac gacgacaacg tacgcgtccg 686401 cccggtaggg ggggaacgtt gcaccacttc cctccagtat tatcagatcg tggggaagcg 686461 attccgcgag ggaaatcccc ctgtcaacgg catcgaagaa aggaaacccg gccattcccc 686521 cgccgcatcg cctgcacccg atcgtggtga ccctcgatgt gagggcgtcc tcgaagtgat 686581 ccgatgccgc gtgtcttccg ctctccgcta tcctcaggag gaactccggc gttatctcca 686641 acttttcccc gtctatcagc tcgggctcct ccggccctcc tctgcccatc gttactatca 686701 caggcctggt aatggccttg agggttctcg cgacgaagcc gctgactgcg gtttttccca 686761 cccgcttccc agttcctatg accccgatgc tcggttttga cgttctattc aggggacggg 686821 gtttgaatac aaaatctgcc cccctgtagg taacaccgtg aagaaggcag agtgatgcta 686881 tcctgaaccg atcctcgtag ccaacgatag gctcgtcgct gaggtccact acttctttta 686941 ctcccgggtt ctcagcgagg gccctcgcga gggccgttag gtaatcatcg tgacggtaga 687001 tgggcacacc gagacgtctt tcgacttcct ccaagctgcc tattttctcc gaacctccga 687061 ggaaaaccgc acagcaaacg tttccaagct tatcaagggc ccatttgaca acatccgggt 687121 aatgctcgcc gtctatgagt gctatcttca tggggcccac caataggatt accaggggag 687181 aagatttaac cttttgtgtt gcgagactct aaggctctgt ctcgttcaat gggaagagtt 687241 ataaactctc cataccagat atagacggcg ctgtccaccg gacagcccgc aaaggaggtg 687301 ttgaaaaatg gccgagatta tagttaagtc aaaggttaag gagtttgtta agagccttga 687361 cgcagagatg agggtcagcc cggagttcta cgacgccctt gaggctgagg tcaaggtcct 687421 catcgagaag gccgtcaaga gggccaagga agagggcaga aagaccctct atgccaggca 687481 cgtctgattt ttggataccc ttttattctc cctttccaat attctcaggt ggtttcatgg 687541 gccttagaaa actgtctgat tttgcgtacc tttatccggg cagcccttca acgctcctcc 687601 gcgttcacaa cgggaagcta gtgatagttg atcccggtca cggaaagggg aggcacaagg 687661 atctaaaacg ggaatccaga aagctgggtc tcgagatcaa agcccagctc gtcacgcacg 687721 ggcacgcaga tcacgttgcg gtttccacaa agctcgaagc ccctctttac atccacaggt 687781 tcgagttctc catcgctgaa agcccgctcg caagggagat cataaccttc ggggccaaag 687841 cgcccaaggg attcctcgtc ttccagttcc ctgaggaagt cagggttcac gcggttttcg 687901 agtggggcga tgatctcttc ggtctcaagg ccctgaacct tagcggccat tcaccgggaa 687961 tgaccggttt ctttgacctg gagagcgggc ttatctatgc gggcgatgcc ttcttcggtg 688021 agagggttct cgaaaccgtt ggccttccct atttcgtcga tctggccggg tttaaggact 688081 ccctcgggag actactccgc tatgccgatg acggttatct cctgattccc tctcacggca 688141 ggccggtggt ggaggaggaa gctcgatccc taatcatgaa gaaccttgaa cgggtggagg 688201 agattgagag acttgtccag gatcttctcg aaagccccct gggaatcgac gaaatagcgt 688261 tcaagcttat gcgcctttac tcagtggaga taacgcccca gaagctcgcc ctgaacctcg 688321 ttccggttag ggcagttatc gccgagtttt acaaccgggg tctcattgat gcaactgtcg 688381 aaaaggggct aaaatggagg gtcgtgaagg ggtagttaca ggacggcatg atctagcaga 688441 acctgccatc aaaaccttga aagaataaag gaacaaaaac tttccgcaag cgctttgcga 688501 agcaaagggc tcatggatac agcctgctcg gcgtcctcgg gaagagagtg gcccagcgga 688561 cgtggtcgag cttcagaacc caggcgacga gcctttctaa gcccaatcca aaaccgctgt 688621 gcggaactga accgtacttc ctgaggtcga ggtaccactc gtaatccttg ggatccatcc 688681 cctcttccaa aatgcgctga atgagcttgt cgtagttgtc ctcacgctga ctgcccccaa 688741 ttatctcgcc gtagccttcg ggcgcgagca tgtcagcggc cagaaccttt ctcgggtcct 688801 ccggatcctc cttcatgtag aaggccttga tgtgcttcgg atagccgtag acgaagaatg 688861 gagcctcaaa ctcctcggta agaaccctct cctcgtcggc gcccatgtcc tcgccccact 688921 ctatctcgac gcccttgctc tggagtatgt ctatcgcctc gtcgtagctt atcctcggga 688981 acggcggaac cgcgttcttg agcgtcgtca gatccttcct gaaggtctca atctcactcc 689041 tcctgagctc gagcgttctc tgcaccatgt agcttaccag ctcctcctcg accttcatga 689101 tgtcccagag gtccatccac gcggcctcaa gctcgaggtg ccagaactcg gtgaggtgcc 689161 tcctcgtcct gctcttttcg gccctaaagc tcggcgtgag cgaccagacc ttttcgaggc 689221 caaatatagc ggcctcaagg tagagctggg ccgactggct gaggtaagcg gtcttatcaa 689281 agtacttgag cttgaagagc gttgagccac cctcaacggc cccggtgacg agtatcggcg 689341 gaaagacctc gtaccagccg tcctggagga gccactcacg ggcggcctgc atgagcgtgc 689401 ccttgacctt cattatgctc gcgaccttcg gcgagcggag gtgcaggtgc ctaacgtcga 689461 gcaggaactc cgggcttgca tccttcgtta tcgggaagaa gtcaacgttc tgaattacct 689521 ggagcttgtc cgcctgaacc tcggctccag ttggggcacg cgggtcagcc ttgacggttc 689581 cctcgatgat gacgctcgac tcgatgccga gcttctttgc ctccctgtag gcttcctcgt 689641 tgagctcctt tgaaaagacc acctgaacga tcccgctcga gtccctgagc actatgaaga 689701 ccttctttcc gacttccctc ttcctgtaaa cccatccggc gagcttaacc ctctttcctt 689761 ccatttcggg cttaacgtcg gcgcagtaaa ccttatcaat cacctttacc acctccaaaa 689821 gcttttcagc ggggtttata acgctaaccc aatcagaaga ggcgattcaa ccagagtgac 689881 aggaccctta accttgactc aatccgaacg agccggggca tggtcggagt ttttcgtttt 689941 gggatttaaa ccctttgggc attttgatgt caaaacgtca aaagatttaa gttctcccct 690001 gccatatgtt caacggtgag aaaatgctcg cactggtcgg gaagctcgtc gattaccgtt 690061 ccgttagaaa cggagcagtc atcgtcgagg acaacatcat tcgggccgtc gttccggtgg 690121 aggaactcag ggagtggggc gttgacgagg tttacggcgg ggagaactac ctcgtaatcc 690181 ccggcctaat caacgcccac acccacgtgg cgatggcgaa gttccggggg ctcggcgaag 690241 acctgcccac tgaggaatgg cttgagaaaa tcatctggcc gatggaactt gagtggacac 690301 ggagggaaat ccgcaagtgg gccgaaatcg gcattaaaga ggctttaatg aacggctcga 690361 cgacaataaa cgatcactac ttctttgccg atgaaatagc gaaggtcgct gaaaggcttg 690421 gcgtaagggc cttcatcggg cagacggtta tggacgaggt tgatttttcc ccggcgagtc 690481 ctgatgaggg ctttaggttc ttcagacgct ggcaaaacaa aagcgagctc gtaaaactta 690541 ctctggcacc gcatgcaaca aataccgttt cgctagacct cctcagggaa atcgccgagc 690601 tctcggagga aaccggggcg agggttcaca tccatctggc ccagagcagg gcggaggttt 690661 ctgaggttag aaggcgctat gggctctcgc ctgtcggtct tctcgaaagg gctgggcttt 690721 tgaacggaag gttgattgga gttcacggcg tttacctgga cgattctgac ttcagaagtc 690781 ttgccaaggc tggcccaagc ctcgtccact gcccgacgag caacgtcaag cttgaggcac 690841 agaccgtgaa cctgagaaaa ctccttgacc tcggcctcaa cgtggctttg ggcaacgact 690901 cgccgaaccc gacgggaatc ctcgacccct tccttgagat gagaaccgcc ggaatcgttg 690961 caaacctcac agctggaagg gctcatgccg ttccggcgag ggagctcttt gggatggcga 691021 cggttagagg ggcccacgcc ctcggcctga aggcgggcct tatagagccc ggctatctcg 691081 ctgatttagt tctcataaac gcagataaac cttggttcag gccgattgag aacgtttact 691141 cgctcctcgt ttattcggtg aggggaagcg acgtagaaaa ggttgtggtg aacggcaggc 691201 ccgtccaccg caaaatttat taacctgagt taactaaaac tctggcggtt gcaaaggttt 691261 aaatccccag agaaccaata tataaattgc aggaggtggc agaaatggtc ggaattcagg 691321 tgcaggaggt aatgaccgac aggttcgaga agatagacat tgacgccccc ctttctgagg 691381 cgataggaat cttcgagaag gaagaccccg acctcattct cgtgttcgat gggaacctgt 691441 acaaaggtgt tctaacgcag gatttgatta tccgctccca cctcaagtgg gatccaacta 691501 aggccaaggt cagggacgtt tacaagcccg ctcccgtcat aaaaccggat gaggatctca 691561 gcaaggctgc caagctcatg atggaggttg acctgcgctc cctccccgtt ggggagagta 691621 aggctgaaat catcggcgtt ataaacgata tagccctcct cgagagggtt tccgaggggg 691681 atttcggaaa gagaaaggtt gaggagttca tgaccaagga cgtcataacc cttaagccag 691741 acgataccgt cgccaaggcc ctcgcgacga tgcgcgacta tgcgatatcg aggattccga 691801 tagttgacga ggagggcagg cttgagggtc tcgtcacgct ccacgacctc ataatccgct 691861 tcataaagcc ccgcttcagg gcccaggccg gagagcttgc cggtgaaaag ataccgccct 691921 tcagcatgcc ccttcgcgat gtcatgataa agggcgttat aacgattctt ccggacgcga 691981 aggtcaggga agcggtcgcc acgatgaggg acaacgatat agacggttta atcgttgtga 692041 acgaggacaa caaggtcgtc ggagttctta cagtcaagga cttgctcctc cccatatcaa 692101 agatgacaga gaaggaggcc cgcttctacc tccagctcgg aggggatgcg gcaatactca 692161 gcgacttcac gagggagagg ataatcagcg acatcaggcg cttcgtcgat ggctacgagg 692221 atttactcgg ccaggagggc ataatatatc tctacatcag gcgcttcaag gagaagttca 692281 ggggagtgca cctctaccag gctaggatga gggtcgtgac tgacaggggc gtcttcgtgg 692341 ccaccggcga gacgtggggt gcaattcagg ccgtccacga cgctctcagg gccattgaga 692401 ggcagctcct ccagaaggcc gaacttgaaa aggacatcag gtacgctaag agattcctcg 692461 agaagcttga gttctgatcc ctttcctttt gggcttaact ttaataaccc ttcttctcta 692521 tcactcccgg tgattaggcg atgaagaaga gaaaggggct tctcataatc ctcgacggtc 692581 tcggagacag accgattaaa gaatttggag gaaagacccc gctggaatat gcaaaaacgc 692641 ccaacatgga caagcttgcg aaactcggaa tcctcggcca gcaggatccg ataaagcccg 692701 gtcaaccggc ggggagcgac acagcccatt tgagcatctt cggctacgac ccctacaagg 692761 tctaccgcgg aaggggcttc cttgaggccc ttggtgtcgg cctcgacctc gacgaggacg 692821 acttagcctt ccgcgtcaac ttcgccacca tcgagaacgg catcataacc gacaggcgcg 692881 cgggcagaat aagcactgag gaggcccacg agcttgcgaa ggccatccag gagaacgtca 692941 aactgcccgt cgacttcatc ttcgttggag ccaccgggca cagggccgtt ctggtcctca 693001 agggcatggc caagggctat cgcgtcggcg agaacgaccc gcatgaggca ggaaagccac 693061 cgcacaggtt cacctgggag gacgaggaga gcaagcgcgt tgcggaaatc cttgaggagt 693121 tcgtcagaca ggcgcacgag gttcttgaga ggcacccgat aaacgagaag cgcaggaagg 693181 agggtaagcc ggtagccaac tacctcctaa taaggggagc cggaacatac cctgacattc 693241 cgatgaagtt caccgagcag tggaaggtcc gggcaggggc cgtcatagcg gtctcactcg 693301 tcaaaggagt agccagagcg ataggcttcg acgtttacac cccagaggga gcaaccggcg 693361 agtacaacac cgacgagatg gccaaggcca agaagaccgt tgaactgctc aaggagtacg 693421 acttcgtgtt cctccacttc aagccaactg atgccgccgg ccacgacaac aacccgaagc 693481 tcaaggccga gatgattgag aaggccgaca ggatgatagg ctacatcatc gagcatatca 693541 acctagagga cgttgtcata gcgataacgg gcgaccacag cacaccgtgt gaggtcatga 693601 accacagcgg agacccggtt ccgctcctta tcgtgggtgg tggcgtcagg cccgaccaca 693661 ccgagagctt cggcgagcgt gagtgcatgc gcggcggcct cggcaggata aggggccacg 693721 acatagtgcc ggtaatgatg gacctaatga accgctccga gaagttcggg gcttgaaccc 693781 ttagggccaa gcctctcaac cagctcttta gcttttcttt tcagtttcca agagaggccc 693841 atgaaggttt tctctcaata tgatcttgcc ctttattctt tatgagttgc caaagctggc 693901 acctggggga tatcccgagg cctcctccag cctttcgagt ttttacttgg ttggacaatg 693961 agcaggatac gaccaaaatg tttatattgc tgatttccgg gtaatgtaag gatgatgaac 694021 cgtgcacggg agaaaaaagg cccttatcgg agtccttgct ggtttgctgc cccttatctc 694081 gatcgtattg ggagggttct gggaagggta cgacgacgtg atgttcctga cgtctttcct 694141 gatttacgcg cttttactgc cgtggacagt ggaagagcaa ggagaagaga cgatcctcct 694201 cctgatcgga tccatggccc ttatggcacc tgccatggac atgctcctca atcagccggg 694261 gattgtggcc ataaccgatg actccgtagg gctcagcttc tcagctccgg attaccttct 694321 cagctccgcc tcaggcgttg cgtactacac cgccctgtcg aggatatcaa agaaaactgg 694381 cacttctgcc ttcagagtcc aagggctttc gtatctaatc gccacggtgg gctctgtaac 694441 tccacttgga atcctaggct ttctgggatg gatattcgga gttccagtct ctcatttcat 694501 ccactaccgg gggcgtggaa cggactgacc tttcattttt cctacttctc caatttccta 694561 ggtagaatcc ctctccgagc catgccctca ggctctatcc aatatcttag cgttcagacg 694621 gaaacgttaa ttaaattcaa tccctaacta ttatgatggt gttgaaaatg gtaaaaattt 694681 ctgacctcaa gattataggc gacgacaagg tcactgccat cggtatgggc acctggggga 694741 taggtggcta cgagagcccc gactactcca gggacgagga gaatgttgag gttctccgct 694801 acggcctcga actcggcata aacctcatag acaccgccga gttctacggc gctggtcatt 694861 ccgaggagct cgtcggaagg gctattgagg gttttgaccg agacgagctc ttcatcatca 694921 gcaaggtctg gccaacgaac ttcggctacg aaagggcgaa gagagcggta agggcgagcg 694981 ctaagaggtt agggacttac atagacctct acctcctcca ctggcccggg acggagtgga 695041 ggaagataga ggaaaccctc cacgcccttg aagagctcgt tgatgaggga ctcattcgct 695101 acatcggcgt cagcaacttc gaccttgaac tcctcaagcg ctctcaggag gcgatgagaa 695161 agtatgagat agtcgccaac gaggtgaagt actccctccg cgaccgctgg cccgagacga 695221 gcggtctgct cgactacatg aagaaggaaa agattgccct catagcctac accccgctgg 695281 agaagggttc cctcgcgagg aacccctgcc tggccgagat tggaagaaaa tacggcaaga 695341 gcgccgccca ggtcgcgctc aactacctca tctgggagga aaacgttatc gctattccca 695401 aggccggcag gaaggagcac gtggaagaga acgcgggagc gatgggctgg aggttgagca 695461 gggaagatag ggagagggca agggggtgcg tctgatgttc acttaccaca acaggatagc 695521 gagggtgaac ctgaccgagg gaacggtcac ctacgaggaa ctgcccgacg aggtgataag 695581 gaagttcatc ggcggaaagg gactcggata ctatctgatt tattgggagg ttccaccggg 695641 aaccgacccg ctcagcccgg ccaacaagtt cgtatttgca actggcggtt tgaccgggtt 695701 aattccgggt tcgagcaagg tcatagcggt cagcaagagc cccgaaacca gattaatcag 695761 cgattccagc ggtggagacg ccttcggacc caagctcaag ggccacttcg atgcgctcat 695821 tatcgaaggg aaagccgagg agcccgtcta cctttacgtc cacgatgggg aggtggaaat 695881 caggaatgca gagcacctgt ggggcagggg caactatgaa gtggccaaag aactctggag 695941 ggagcacccg aaggcgagct tggctttaat tggcccggcc ggcgagaggc tcagcaggat 696001 tgccaacgtg atttacgaca ccgagcgcgc gagcgggagg ggcggtcttg gagccgtcct 696061 cggaagcaag aaggttaaag caattgtagt tgagcccggg gagaagccac cggttgccaa 696121 cccggaggag ttccagaaac tgtggcagga gttctacgag cacttcgcga ccgacccaaa 696181 gtacgagcac agcagaaaat acgggacgag cgatgggctg agaagctcgg cctccctcgg 696241 catgagcccg gcctacaact tctcaaggcc ctacattccc gatgagcttg ccagcaaact 696301 cgggggtgat gaggtcaaga agtacgaggt tgaaccggag tggttcgtcc acggcaagag 696361 ctgtccgatt aagtgcgccc gctacgtaga ggtcgagtat aggggcagga gaatccgcgt 696421 caagccggaa tacgagagca tcgcgatgct cggagcggcg actggagtat tcaactttcc 696481 tgccgttgcc tacttcaact ggctcgtcaa caacctcggc ctcgacagca tagcgacggg 696541 caacacaata gcctggttct tcgagctggt cgagaggggt ctcataagcg aggaggagat 696601 aggcttccct gtcaagggct tcggcgacga ggaggcggag gagaggctca tcaggctgat 696661 ggccgagagg aagggaatcg gagcgatttt agcggacggc gtaaagaggg cctgtgagag 696721 gctcggcagg ggttgcgagt tcgcggtgca cgtgaagggc atggaaagtc cagcttggga 696781 cccccgcggg aggagaacct acgcgctcag ctacgccacc gctgacgttg gagcgagcca 696841 tttaaggggc tggccaagac cccatcagct acccgaacca gggacccgct aaggagcttg 696901 tgccgtcgat gatagagagc agggacgaga gctacatcac cgacatgctc ggggtctgca 696961 agttcgtgcc ttacaggatg gaggacttgg ccgagctcta ctcgctcgca accggggagg 697021 agtggacggt cgagaggctc agaaaaattg cccaggcagt tgagagcata gcaaggatac 697081 acaacgccct cgactgggtg acgcctccac tcgacgatac gattccgcct cgctggtggg 697141 aacccgagcc ggacgggccg gccaagggca acgcggcctt catagactac gacgacttcc 697201 tcgaggcgag gagagagttc tacaggctca ggggctggca cgaggagctc ggtgtcccgc 697261 tgccggagac gatggaggag cttggctatc cggagtttaa ggaagacgcg gagcgggcgt 697321 tgaaagttgt aaagaagaga atgggcgtgg agtgaggttc tatcgtctct ttacttcgca 697381 ctcaaaagcc gagctgggag aataaggaaa atgatgcatt tatcccccat tactcctctt 697441 ctgccacttc ttccccggcg agcttcctga gcttgtcgag atcggggctc accgctatga 697501 gaacgtcgcc ctcctgtatc acgtcgtcct ttccggggtt gtagatgtac ctagttccgc 697561 gctttatcgc cagaatcctc gtccctatct tgctcggaag cttgagctgc tgcagggttt 697621 tgcctatgag caccgagccg ggcctgacgg taacgcggcc gagctcctcc tctgtgtcct 697681 ccattatcct tcttattatc gggtggggct cgatgtcgcg caggattatg tccgctatcg 697741 cgtaggcggc atcgcttatg cgctcgttga tgtcggccag atctatgatg ctcaaaaggc 697801 tctcggggtc ttcctcgctc ttcgcggccc tcagggccag ctttttgacc tttaaagtta 697861 ggtcgtccat cttctcctca aggaggtaga cctcctccgc tatgtcctcg ctgttgtaga 697921 ggaccgatga aaaggcgagg tcaaccatta gggccgacaa atctttcatc tccacgaggc 697981 agttcctgat ttcgtcgagc tcactcatgt ttcatcacct tcaggattcc cctcgctatc 698041 tccttcaggt agtccagggc agtcctcgtg cccctgccta tgaggatgtc cccgggcatt 698101 atcttggtgt cctcgtcggg gtcaaaaatc cagcgcttgc ccctccttat cgcagacacc 698161 caaacgccgg tgtttgttgc caagtcaagc tcttccagcg tttttccgac gagtatggac 698221 tcgggggaaa cctgcacctt gccgatggtc tcctcgcttt cgagtatggc gtccctcacc 698281 accggatgga gcttctcttc gagaaccatc ttcgcgaggt cggcggccgc gttggatatc 698341 tcgtctattg ctctccccat ctggagaatt gccgttatct gctcggcctc cttcgggctc 698401 ctcgccgcga gcactgcctt aaccatcagg tggtagttga gaaggtcgag gtactcctcg 698461 agctcaagga cttcctccgc tatctccttc tcctggaaca ggaccgagga gtaggccagg 698521 tcaaccatca gctcggcggt gttcttcatc tcgacgaaga tgtccttgac gttgttggga 698581 acctcaatct cgtcccattc ttccaccccg ttctcaccga aggggaaaag gaggggaatt 698641 ttatttagtt ttcgccgaaa aatttatact ccttccacct attgaagctc ggggtggcag 698701 tggtggagag tgatggcggt gatagtctcg aagggaacgg ccggctacag tggctggcgc 698761 gaacgcctga aagggacgtt tctcatcacg tttccagccc ttctcctgtg cctagccctt 698821 gatttcgttg ggggcggaat cctgggaaag aactttgaga agatactgac ccattatccc 698881 ctcattctcg ttattcttcc cggaatgatg gacctcaggg ggaacgtttt tggggctctg 698941 gcatcgaggc tgaccaccgc cttatacttg ggaaaaataa gccgcataag ggaccccgac 699001 gttacgacca acatcacgat ggcgataacg agctccacga ttccactgat aatcctctgg 699061 gtggccggag ccgtccagct gggcctctcg cactcggcga ttgttgtcct cgccatcgtg 699121 gtttcttcgg ccctttttat aggcctcgtc ctcggctact ccaccgcctt catcacggtt 699181 gtgccttaca aacactccat tgacccggac acaatcgcgg ctccactgat aacctctgtg 699241 gctgacctca taaccatacc gagcctcgtc tacctgatat tcttctacga gaggcacccg 699301 gatgagtttt acgcctttac ggccctcatg gttgccctgc tattggtgct catctaccgg 699361 tcgaggttta cgggggaata ccggaagtcc ttcagggaga taacgctgat actcaccgcc 699421 ttggcgatga tagaaatttt ctcgggttcc acgcttgagc actacggtga ggtcatatcc 699481 aaggtcataa tcctgagcat aatgtatccc tcaatcctgg acagcgttgg taacttctcc 699541 tcgattgttg cggcaacaac ctcaacccgc ctgaaccttg cgggcccctc cgaactgcgg 699601 agccgggatt ttgtcgcgga cgtcggttcg gttttactgc tctcgccagt cataggcctt 699661 ctcaccaacc tcatagcagt ctacgtttct cacctcgcag gacttgaagg aggcatgata 699721 tgggcattcg ttgcaacgta tccaatcctc gtcatcgtta acgcgctggt gggaattgga 699781 gttgcttacg ttgcctacac acactcgata gaccccgaca acgtcgcgat tccgactgtg 699841 acgactatct ccgatgtcct cggtactgtg tacgtcgttc tgctcgcgga gagcctcgca 699901 taaattttaa tagcctacct ttctattctc tagaaggttg gaaatccatg agagaatcaa 699961 tgctctcaga actccggggt aaaattggag aagcctacag ggttactcta ccttccctgt 700021 tcacgtccca gatattcggc ctgttcgggg gcaccttctt gggtaagtac ttcgagacgg 700081 tgaggctcag gtttccgggc ctcctcgtcg tcctgccggg tatcatgggg cttcgcggga 700141 acgttttcgg ctcgatggcc tcgcgcttct ccacgatgct ctacctcggt gagctcgagc 700201 cgtctctggg ggacaggagg attctgaagg aaatagtcct gaggatggtg ctctccctaa 700261 tcccggtttt cctcctctgg gcgattggag tcctcacggg cattaaaaag aacgcctttg 700321 acgtcctcct cattgtgata acctcaacga tactcgtctc cttcatactc ggctacttca 700381 cctccttcgt cacgatattc gctttcaggc gcggtacaga cccggacagc gttgccgcac 700441 cgctggttgc atctatgggc gatttcctca cagttccgtc gctcgtcctt ttcatcctcc 700501 tgatagagcg ctccccctgg gcctttaagg ccttcaacta cgtcaccata gcttttttcc 700561 tgttcgtgac agcgttaagc agggtgaggc tcgaggagtt ctcggagctc aggcaggtgt 700621 tcgtgacgat aaccgccctg gcgcttctat ctaccgtctc gggctcgata ctcgccaggt 700681 tcagcgggat tatccaggcc tcggtgatac tgagcttcat ctacccctcg ctcctcagca 700741 gcttcggaaa ctacggctcc ataatagccg cgaaaacctc gacgaagctc cacctcggtg 700801 agatagagag cttcctctgc ccaaaggcct tcaccgacgt catagccctg ttcacgacgg 700861 cgccggttat agggctgacc aagatactca tcggcggtgc ccttatgacc ctcatcacgg 700921 ggaacccgat tccgcgctcc gcttatctgg tggtcctgac ctacccgttc atggtgctct 700981 tcatcatgct ctactcctac acgctctcat acttcctctt ccagaggagc atagaccctg 701041 accacgtggc gataccgctc atctcgaaca acagcgatat attcggaaca atatacgtcg 701101 tcctgatggc caggctgatg gtgggagcat gatagggctc tcgatgacgt cttacaaggg 701161 caggactccc gaggagttcg aacgctggct tgaggaagcg gaagggctcg gcttcgactt 701221 cgtcgagctg gttagcgagt ggccgaactt cctgacgagg gaaacctgga aaacctacgc 701281 cgacgttctc ggaagcttcg agcttaaggt taccgttcac gccccgttca gcgacgtcaa 701341 cataggctcg ctcaacgaga agcttagaaa ggcttccctt gaagttttgg ccgagacgct 701401 tgacgttgct tcccgcttga acgcgctcgc cgtcacggtt catcccggcc attgctcgcc 701461 ggcgagcagg aagttcaggg aggactacaa cagagttcac cgcgattccc ttcgggagct 701521 tgagaggttt tccggggagt ttggcattag ggttggcgtt gagaacatgc cggcctttct 701581 catactcgac gctcaaaccc ctgagaggct ggccgagctt ctggacggca tcaatctcgg 701641 cgttaccctt gacctcggcc acctcaacac cgtcggcttt cccttcgagc gctttatgga 701701 gctcctcggc gacaggatcg ttcacgtcca cctccacgac aactcgggga agagcgacga 701761 gcacctgccc ctcggaaagg gaaccgtccc ctggcgggag gttctgcccc agcttggtgg 701821 actgacctgg gcccttgaag tgtcgggtct cgacgacgcc cgggtcagtc tggcctttct 701881 cagggacatt ggtgagcttt gaagctcatt ggggttcact tttacaaaac gcaacccttt 701941 tatacatccc cacccaatga actctcgata acttctggag ggaacgagca tggctgaaaa 702001 aatcgttgag gaactgaggc ccttcttcga cccgaaggcg gtcgctatca tcggtgcaac 702061 caacaagaag gggaaagttg gcaacgtcat cttcgagaac ttcaggatga acaaggagcg 702121 cggtattttc aaaggtaata tctaccccgt taaccccaag ctcgacgaga ttgagggata 702181 caaggtctat cacagcgttg aagagcttcc cgatgacacc gatttggcag ttatttcgat 702241 tcccgccccg ttcgtgcccg acaccatgag gcagatagcg gagaagggaa taaaggccgt 702301 tatcataatc accggcggtt tcggagagct cggtgaggag ggcaagaagc tcgagaggga 702361 gatctacgag atagccaagg ccaacgggat aagggtcatc ggcccgaact gtgtcggcgt 702421 ttacgtccca gacaccggcg ttgacaccgt cttcctgccc gagagcaaga tggacaggcc 702481 tcagagcggg ccgatagcct tcgtcagcca gagcggtgca tttgccgccg cgatgctcga 702541 ctgggcggcg atggcaggaa taggcatagg aaagatggtt agctatggca acaagattga 702601 cgttgacgat gcagatttga tggactactt cattcacgac gatggcataa acgtcgtcac 702661 cttctacatc gagggagtca aggacggaag gaagttcatg gagagcgcca agaggataac 702721 cagggtcaag cccgtcatcg ctctcaagag cggaaggacc gagtacggag caaaggccgc 702781 ctcgagccac accggttcct tagccggagc ggacacgatt tacgacgcag ttttcaagca 702841 gacgggcatc ataagggctg aggacttcga gcacatgttc gacttagcta aggccttcgc 702901 cgcgctcaag gacaagctcc cgaagggtga caggataggc ataatcaccg acggcggtgg 702961 cgccggagtc atggccagtg atgccgttgc caaattcggt ctcaggatgg ccgagctgag 703021 cgaggagacg ataaagttcc tcaaggaaaa cttcccgccg cacgcggtgg caggaaaccc 703081 gaccgacgtc gttggagata ccgacgccga gcgctacagg gtggccatcg agggcttcgt 703141 gaacgacccc aacgttgacg cgatactcgt catagtgctc ttccaggtcc cgctcctcga 703201 ggaggagaag ataatcgaca ttctcgccga gtaccagaag aagagcgaca aaccgattgt 703261 ggccgtagct atgggcggta agaagaccga ccgctacgct agaatgctgg aggagaaggg 703321 cgttcccgtt tacccgactc ccgagagggg cgtccgcgct ctggcgggtc tcgtgaggta 703381 cgccgaatat ttgaaaaaag ttaaaggtga gtgatgttta cccactggtg gtggtagtat 703441 gaaggaggaa gccctcaaag ttatcgagtc cgtcctgtcc cagggcagga cggctatggt 703501 tgagtatgag gccaagcagg ttttaaaagc ttacggcctt ccggttccgg aagaaaagct 703561 cgccaagacc ctcgatgagg ctctcaagta tgcggaggag ataggctatc ccgttgccct 703621 aaaactcatg tcgcctcaga tactccacaa gagcgacgcg aaggtcgtca tgctgaacat 703681 aaagagcccc gaggagctca agcagaagtg ggaggagata cacgagaacg cgaggaagta 703741 ccgccccgac gccgaaatcc tcggcgttct ggttgccccg atgctcaggc ccggcaggga 703801 gataatcata ggcgttacag aagacccgca gtttggccac gcgataatgt tcggtctagg 703861 cggaatattc gtcgaggtcc tcaaggacgt caccttccgc ataatcccga taaccgagcg 703921 cgacgccaga aagatgataa cggaaatcaa gggctatccg attctcgcgg gggcgcgtgg 703981 agaggagcct gccgacatag acgccatcgt tgaccttctt ctcaaggtca gccagctggt 704041 tgatgagctc agggactaca tcaaggagat ggacctcaac ccggtcttcg tctacgagaa 704101 gggcaagggc gcggttatag tcgacgctag gatcattctc aaggagccgg aggaaaagaa 704161 gcccgaggta agctccgagt acaaggagag gtgtgcctga ctttttctcc cattctaccc 704221 ttttcgtgaa gtcgtcgttg tttagtgtaa gtcttgagaa taagcctgga ggaataccag 704281 agatcccaaa gcgaactctt gcagagaagt tgcaaaaagg gaagtataaa taaaaaccat 704341 cactcaatct ttgcaccgca gacagggcag aacttcgctc cctctggaac tatgtggccg 704401 ttgggacagc gcttgatttc atggccgcag tagggacaga agcgcgcccc cggtggaatc 704461 ggcttgccgc agtaggggca gatttcctgc tgttgggtct gggcaggtgc cgcttgctgg 704521 ggttgctgtg gtgctggagg ggtgccccca cccgcgtagg gctgggccgg tggaatcggc 704581 tgggcctgct gctggaagag ctgcggcacg agtaccatcc cggttcccat accggccccg 704641 ggacttttgc cgagctcggc cgcgacctgc ttcaccgtgt ccatctgcat aaccgcttga 704701 gcgttgccag tctgcattag ccagaagagc ctctgacgcc actcgtcggt ggtatttact 704761 ccctcgattt taacgtcaac gagctcaagg ccgagtctcc tgaagtcctc catgagttta 704821 actttgacct gcgtgctgac cacgtcgagg ttctggaaga gatcgactat tgagtaggta 704881 gagaggtgct tcatcatgcc ctcgttgaag tatgccctga tgaactttgt aacgtcctgg 704941 gcgtcgtaga ggctctggcc gccgacaact tcagtgatga agagaaccgg atcggcgacc 705001 ttgaaccagt agacgccgta gtacttgacg ggcgccagtt ccctcgtctg cgtttcgccg 705061 ccgtagcgcc cctggaactg cttcatgctg acaaagatta ccgttgcctt aaaggggctg 705121 tttgaaccgc cgacgagctt gtagaggaga ggtaaattct gcgttgtcag cgtgtgcctt 705181 cccggcccga ggacgtcgta gatcttgccg tcgcgcataa acacagcgac ttcgtactcg 705241 tggactatga gctgggcacc ccattttatg acttcgttgg ggtagcgcca gattatctcg 705301 tcctctccgg ggttaaccca ctctattacc tggaccattt tcactcaccc gccgcgaagc 705361 tcattctctg gcttaaaact tcctcgaggt tcacaagctt ctcatccaga cccagaactg 705421 ccataccaag ggcctgggga ttggcgatct gggcgtttaa agccttggcc tcgttaagta 705481 tcccctcggc cagctcgatc atcttggcgt cgtactcgat gagcctttca agttccttct 705541 ccttaaactt gaccctgtca aagtaacccc ggtagccggc ctcggcgtgc cggatcctgc 705601 tttcaagcat cataagcttc ttcctcatgc cttctatggc catcagctgg ttgcagttca 705661 ccatcgcaca tctctggagg gctctttcaa gttccctctt tgcctgggcc aagaggtcgg 705721 ccacctttcc ccttatcagt ctgtcgtctt ccctgaggag ttccttcttt ttgtagccgt 705781 gaaagcccgg cactataagt tcgagttttt caattattga cgtttccttt cccatgctat 705841 cacctcaaac cggctggaaa taaacgttac cccttccagc cttgatgacc tcgctaaccg 705901 ttctcttttt aaccgagcct ttcatgaaaa ttccaattcc cccggcgacg ccaccggcta 705961 gtccgcctat aatgccccag gggctacctc ccaccgccga cgcgatgatt cccagtatga 706021 gacctgaccc tatcaccccg gaacccagga gggttgcctt ttttcttgcc tcgctcatga 706081 gagggtactc tgctcggatc actctcccat cggttccgtc tacgaagtta acgaacctct 706141 cgccgccgta ctcgtagtga atctcccaga gagggtagtg aaccaggccc tgaaacttca 706201 cgttgagctc cagctctcct gcatacgcac tctcctcact ggcctctttc ttcagcgcgc 706261 tttcaagcct cgaacgtgct atccgctccg cttcctccct gtcaacgtcc ggctcgtagt 706321 acttcccttt cttaacaacg gcctcatcga agaagcgctt tcccctgatc gggaagggat 706381 actctgcgag gagggtttta aagggggaac ccgctggaat tccaaggaac tcaacttctt 706441 caactgtttc cctgctcttg ctcctcccgt ggaggtagaa gaagtaaacc ggaacccagt 706501 ggagttcctt tttcgtgacc ttcgcgtcga cgatatccgc gggggcaccg tactgccgtg 706561 agaggaactt caacagcttt cctgccgggt cttccctcat cggcggaaag aagaagtgat 706621 cgaccttgct ctcctcaccg gtttgaacgt ggaatgtggt accgcagtag ggacatgttg 706681 cgatgctcac ggtatctgga accttgaatc tcgccgagca cgtcggacag gtgacctcca 706741 tcaccatcac cccatcaggc ctttcctttc cctttcgatc ctctgtcctt cgagcacctt 706801 gcttccggcc agccagctta ccgcagaacc gccgacgatg gccaaaagcg cgaagacagg 706861 tgaacttgag aagaaagccg cgccgaaagc ggcggtagct atgccagcac ccgcaccgac 706921 taggtactgt gcctgtctca gcacgttcat cggctcggtt gcggcgactc tcttcccgtc 706981 ccagcccgca aaaaccgtct ggaatatcga gttgccgtag cggtagtaaa ccgtccacat 707041 cggcaggagg accagcttga cgttttcggg ttcatcggcg tggaggttga acatttctat 707101 tctgtcagat tttgccagga agcgatttct gatgacgtct atcgcgtcct cacgcattat 707161 cagcttcgcc tgcctctcgt ccatttcggt gttcaggatc tcgagcttta ttctctccca 707221 ttccccctcc tccagatcga gcagcctctt acctttgggc cacgttttcg agtaatgggt 707281 tatcaggtca tcgacaccaa agctctttac ctgtctcctg gccgatccca ggagtcgtag 707341 attctcatcg acgctctcgg tgtagtgtct ctccaccgtg tgacagcggg tgtttccctt 707401 tgagtccgtg tggcactctt cctcacgcct catgtagcgg accgttccgt agacgtgaac 707461 cagaccgatc cagtaggggg cgtagtggcc ctctatgccg actatttcga tctcgtcctt 707521 tattcttctg aggtcgaaat cgctttccac gttcttccaa aaggcctggg ctatggcgtt 707581 cttgtccaag gagggtatga tgtggatttc atcggttttg atgttgccgc tcacgtggtt 707641 tggaaagccg cagtatgggc agaccgccac gatagtctcg ggcgacacct ctaggggcgc 707701 accacacctt tcgcacttaa aggccagggc ctccatcgtc atcactcaca gtagttaggc 707761 aaaactacta tttaagggtg tctatgggaa ttgggatgaa ttctgatgtt ttcgcctttt 707821 tccataacga cacgcaagta agaatgaaaa agtcaacccc gcatcttttc tctatgttct 707881 ttgagtttct ccctcagtct ttcatccctc agcgcgagga tctcgatggc aagaagggcc 707941 gcgttcttac cgttgtctat ccccaccgtt gcaacgggca ctcccggcgg aagctgtgcc 708001 atgcttagga gcgcgtcgag accaccgagc ttggccgaga ctggaacccc tataaccggt 708061 ttgattgtgt gggccgctat cactccgggc aacgcggcgc tcaggccggc tatcgctatg 708121 aatacgtcgt agtcctttct ggccagctcc tcgactttct tgggatttct gtgggcggaa 708181 gcaacttcga tgtcgtattc aaccccgaac tcatcgagaa ctgaagttac cttctcagct 708241 acatggctgt cactcttgct tcccataacc accaggactt tcaccggaac caccgttcac 708301 agaaacatgt ctaaaattta aaaaatttgc gagtaaatta acgttgaaat gtcaactcat 708361 tggaagtgaa tccgtcctcc tttgaagtcg tactccagtg ttgtaacgtc ccccagctcg 708421 ggggctttga cgatgtgaag gtacctttta attttgtcgt cctctattct gctctccgtc 708481 ttgagaacgt aatcagcttt gcggtagagg aggggcagta ccatcgtgtc ctcgccggtg 708541 tatgtccaca cgttcgtccc cgcggggtac tttttatata tctcggatct acttctctgg 708601 aggtcggcga tctccagata cctctgggtt gccttggggg tgaatatgga gagataatcc 708661 gacatagaaa ctgtaatacc ccacagctcc ctccccttga acatccccat ctctgcccac 708721 ttctgcttgt gggctccgat tacccggatg tatttctcgt tcagtgtatc gatgtcaata 708781 ggctttctga ggtaccacac gttttcaaga tcgcccttta tgtcatatat acttccgaag 708841 gtgtcgatga tcatgagtct gccctcttgg aggtgtcttc tccagtcaac ccctgccttt 708901 tccataacgc ttagtgtaat cgagagggga gtgcctatgt taaaataccc cacgaggtta 708961 tcggactcga gcttctccct catgatctcg aaggctaaaa acttccccag ggagcggggg 709021 tctgcttcgt ggatgagaat gaggcttctc tcgacaatgc ccccgagggc ctcgtctaat 709081 tccctaattc caagcgttag ggtcattctt catcaccctt ggtcattata acccttctga 709141 gaccgttctc cacaacaccc tcaaagacgt agtcggagta gaggtagata aactcctcga 709201 gggccggaca ctccggtttt atgtacgtta tcagccctgc ggtttttact ctggactctt 709261 cacggagatt ccatagcagt ttctgggccc ttatcgggtt atcgaagagc ctgcacattc 709321 cggactcgag gtaacccacc actatgacat cctccggccc aagttccgac agcagatcct 709381 gtattagcgt cctgtacttg aggatgaaca ccctgtcgtc aagataacct gacaaaacga 709441 acactccatt gactcccgaa tctatgtgtc tcatcgagcc aaaaacgtca aggacgtaga 709501 ggtttttgcc gagatgactt tcgtaatcca gtcccgccct cctgaagtcc ctgaagagac 709561 tctgaagggg ctcatacgac acaacccata tgtacctgcc ttcttccagc ggttttttga 709621 ggcttctaag ggctgggata taagtgaacg ctgaaaaatc ccgatctaca atacccacaa 709681 tcttaccttt gagaaatgat tctgatatta tcgccattag tttttcctcg ccgtccatag 709741 tttgtccctc ctgtaatgat gggtctaagt ggctaaatac tttatggtgg atgaaaagat 709801 cctctggcgt taggcggctt gttagttggt atgttcttgc cgaattaatg taaaaacaaa 709861 ccttaaaaag caaaaatttt gacatataaa tggtgaagct catgagggtt ctgctcgttg 709921 gcggaggggg aagggagcac gctattgggg aggccctcgt aaggggaggt gccgagctct 709981 acgtcgtctc gaagcacaaa aaccctggcc tcgcgaggct cgcgaggggc tacggcctgg 710041 caaaagagac agatatcaaa aaggttctcg aatatgccga aaaatttggc gtcgagctgg 710101 cattcattgg cccagaagcg ccgcttgaga agggcatcgt tgatgccctt gaggaaaacg 710161 gcatccccgc agtcggaccg agcagggagg cagctaagct cgaaaccgac aaggccttcg 710221 cgagaacctt catggagcgc aacgaaatcc ctgggagaaa ggtcttccgc gtcttcaccg 710281 acgtttcgaa gatgcgctcg tgggttgacg actttggaag gcctgtcgtg gtaaaaccca 710341 tcggtctgac cggcgggaag ggcgttaagg tcgttggcta ccagctgagg gacaacgagg 710401 aagctaagtc ctacgccgag gagctcatca ggcgcgacgg aagggttctt atcgaagaac 710461 gcacaaacgg tgtcgagttc accttccagg tcttcactga cggaaaaagg gttctcccga 710521 tgcccctcgc ccaggactac ccccacgcct acgagaacga cgaaggtccg ataaccggcg 710581 ggatggggag ctactcctgc tcaaacggcc tgcttccctt cgtgacgcgg gaagactacg 710641 agaaggccct tgagacgctc aaagccactg tcgaggccat gaggaaggag gggacgccct 710701 acaagggaat cctctacggc cagttcatgc tttccaaagg cgggccggtt ctcatagaat 710761 acaacgcccg cttcggcgac ccagaggcaa taaacgttct ccctctcctc gagacgagcc 710821 tgcttgaggt tgcggaggga atagttgacg gcaaccttca gggagcggag ttcgagaaaa 710881 aggcaacggt cgtcaagtac ctcgcgccga aaggttaccc aacgaaccca gttagaggcg 710941 taaaggtgga ggtcaacgag aaggccgttg aagaggtcgg tgcaaggctc tactacgctt 711001 caattgacga gaacttcact ctcctaggct cgagggccat agcggtcgtt ggaatcgccg 711061 atagccttga ggaggctgag aggatagcca agagcgtgat tccgcacgta aaaggcgagc 711121 tgttctacag gcgcgacgtc ggaacccgga agagtgtcga gaagaggatt gagctgatga 711181 aggagtttgg aaaggaattc gagccgaacc cgtgctgagg tgatgggaat gataagccgc 711241 gatgagattc tgggaatact cgagaggtac gaccccgaga aaataaccgt tggcgtcctt 711301 ggaagtcatt cggctctgga catagccgac ggtgctaaag aggaaggttt gcccgttctc 711361 gtcgtcgccc agaggggcag gcacaaaact tacgccgagt acttcaggct gaggaagacg 711421 agggacggca taaccaaggg cttcatcgac gaggtcatcg tccttgaaaa gttcgcccgg 711481 ataatagacg tccaggatga gcttgttaag aggaacgtca tcttcgtccc caaccgctct 711541 tttgttgtgt acactggtat agacagggtt gagaacgact ttaaggttcc tctcttcggc 711601 agcaggaacc tcctcaggag cgaggagagg agcgaggaga agagctacta ctggctcctt 711661 gagaaggccg ggctcccata tccggaacct gtgaagccgg aagagattga cgaggtcggc 711721 ctcgtcatag tcaagcttcc gcacgccaag aagaggctcg aacgcggatt cttcacggcc 711781 gcgagctaca aggagttccg cgagaaggct gagaagctca tcaagctcgg cgtaatcacg 711841 gaagaggacc tcgcgagggc cagaatcgag cgctacatca ttggaccggt gttcaacttc 711901 gacttcttct actcgccgat agatggggaa atagagcttt tgggaataga ctggcgcttt 711961 gaaacgagcc tggacggtca cgtaaggctt ccagcggccc agcaactgac cctccctgag 712021 tggcagttcg aacccgaata caccgtaacg ggccatgcat cctcaacgct ccgcgagtcc 712081 ctccttgaga aggtcttcga tatggccgag aagtacgtga aggcgacgca ggagtactac 712141 tctccaggca taatcgggcc cttcacgctc cagacggcgg ttgacaagga cctgaacttc 712201 tacatctacg acgtcgcccc gagaaccggc ggcgggacga acatccatat ggcgatgggt 712261 cacccctacg gaaacgccct ctggagaaag ccgatgagca cgggaaggag ggttgccctc 712321 gagataaagc gcgcaatcga gctcgacgag cttgagaggg tggtgactta atcacagttt 712381 taatctttta agacgaaaca tttttaactt acaatgcgta aagaagtagg gcaatttcaa 712441 tgagaaaagt tgtgggggtt cttttactaa tcggattgat tgcgacagtt tgcgtgttct 712501 tcacccacag tgctcattac gggaagaaaa ataatcccat agatttcagg ccagtttacc 712561 tttccaacgt ttccctaaac gccagattct caaacgaggg gccggggatt ctcgttgtcc 712621 agtactctga cattgaaaag gcaccgatta acttgagcaa gccggttctt gtggttggag 712681 agatcaacgt cacacggctc ttaattacct tcaacataac gacaccgctt gcttccattg 712741 aaccttcccc caaggccgtc tttgtgtaca acagagggtt acttttcctc gaatctggag 712801 atgtgaggaa gttccttgtc tggactcgcg aagtcatacg atatgaagcc cactggagct 712861 ttggaattta ctctgaacac tcgggaatcc tgctggccgt tagatcatct cacattgagc 712921 cacctaagaa ctggagctcc gttggaggca cccttccaga gtacttcgtt tctgtggaga 712981 taactgttcc cgggaacgag aacgttgagc tctcccttgt ccccctgaat gggaaactat 713041 ccaattacca tccaacaaca tctaaggggc agacttcacc atccacgaca ggtcgagctt 713101 tttcaggaac accgcggcgt ggacagtgaa aaacaacgga gatcatgacg tccagctcag 713161 tgcaaccatt ggtgccgagt ctccccaact aactctccag tacttcctca actatgtaga 713221 gggctctctg cacgttcgga tgggcccatg acctcttaga aaatttttta ttctttgcca 713281 gataatccct catctctttc tgttcagctt attaaagccg catctcattc gggaaacgtt 713341 tttaagagag gaagagccgc ttttcctgtc gatcaacgat ctgggggttg aaaccatgga 713401 taaccgctgg agaacggtca ttcttaacac cctcgttgtt gcctcaggtt tcggaacgat 713461 gcacatgctg gagaagttta aggatgcagt tgtgaatcac tacgggatca ccgagacaat 713521 gatgggctac cagcagacag cctacgtcgt tggcctcttc gttgctttcc tcctcggcgg 713581 aacgaccctc ttcaagggtt ccttcaagag gagtgtggct ttaatcgtca gtttcgccgc 713641 gattccacag ttcctgattc cattcatgcc aaactggtgg ggagtggttg cgctccgctt 713701 tttccagggc ttcatcgtcg ccctcatagc agtgttcagc aaccagattg gaaggctctt 713761 tgtggcagag aggccctttg caaagggtat aatactgtca ggcattttct ggggcgggat 713821 ctatggaata agcctggcca aatgggctga tgggagtgat gcgagctggt cctccgtcac 713881 ccaggctttt ctgatctcag ccgttctcat gtacgtcatg ctcgcaatct ggtggttctt 713941 tacggaggac tttgagatcc ccaaggagaa gcgctcctct aaggcaaacg tctggaagat 714001 gccgttcacc tgggtcttcg gcttcacatt cttcccggcc ctgtggatta tctttaccct 714061 cggctctttc accctccaca atgtggactt cagcgaggcg caggtggcaa acctcgtcag 714121 ggcgctggag gtttcgatgg gtctgtggtc gataatcatg gggtatctcg gctaccgcct 714181 atcgaggggg aacccgagca acaggggtct cttcaaggcc atcgtcagcg tcatgactct 714241 ctcctacgcg gtaaccttcc tcgggatctt tattgtctgg aaagccatac ttgccaatga 714301 ttacaccctc gccctcattg gaatagcaat aacgggaatc gtccagggga ctggcccggc 714361 cttctggaca accgccccag cggcctaccc aagggagata tatcccgagg ccagctttgc 714421 cctcggactc atctcgaact ccgccaacgc cgtcgctccg aacgtcatgt tcgtcctcgt 714481 gcacagcgtg aacactggga tggtaatcta cctgctcatg gctgccctcg gcattgccac 714541 ccttctcctc tcgagccgca tgaagctccc ggtcgaagaa ctctcgggat gaaatctttc 714601 ttttttgcat tttcttgtta aaataactct taaaaactcc caatttttac atttttctgg 714661 caagggtggt cgcgatgaag tggagggtta ccgtcaccgt tcgcctcaag gaaggcctca 714721 acgaccccga gggaagggtc atagggaagg cactcagaaa cctcggctac gcggttgatg 714781 gcctgagagt tccgaagtgc ttcgagttcg agcttgagag cgagaggccg gaggaagagg 714841 tagaggagat gtgcaggaag ctcctcgcca acccgctcat ccacagctgg gagtatagga 714901 tagagccggt gagctgagat ggtgcgcttt gccgttgtgg tcttccctgg aaccaactgc 714961 gacttcgaga ctgagagggc cataaggaag gccggcgccg aggccgagcg cgtctggtac 715021 agagccagtc tcaaggactt cgacggcgtg gttttgcctg gcggcttcag ctacgccgac 715081 tacctaaggg caggtgcgat agccgcccgt cagaagataa tggaggaggt taaggagttt 715141 gccgaggagg gacggccggt tctcgggata tgcaacggct ttcaaatcct caccgaggcg 715201 ggcctccttc caggggcgtt gaggcccaac agggttccgc gcttcctctg caggtgggtt 715261 cacctccgcg taaacgatgt ggaaacgccg ttcacttccc tctacgagcc gggtgaggta 715321 ataaggatgc cgattgccca cgcggagggc aactactaca ttgacgaccc gtcgaaggtt 715381 agaatcgtct tccagtacag cgacgagaac gggaatgtga gcgaagaagt caatcccaac 715441 ggctcggttc tcaacatagc ggcgatagcc aacgaacgtg gaaacgttct cggaacgatg 715501 ccgcacccgg agcgtgcgag tgatcgcttt ttaggcagtg aggacggcct gaggctgttc 715561 aaaagcatgg ttgagtgggc gaggaggtga ggaaatgttc ccgcacgagg agaagctcat 715621 ccgcgaaagg ctcggcaggg agccgaacga acttgagtgg gcgatgctcg aagtgatgtg 715681 gagcgagcac gcatcgtaca aatccagcag gccctggctc aagctcctcc caacggagaa 715741 cgagcatgtg attttgggcc cgggtgaaga tgctggaata gtgaagttcg acgacgagac 715801 gtgggtagtc gttggaatcg agagccacaa ccatccaagc gcggtcgagc cctacggggg 715861 agcggccact ggagtcgggg gaattgtgag ggacatactc tgcatgggcg cgagaccaat 715921 agcgcttctc gatcccatac gcttcggccc gctggagaag gagagaaacc gatacctctt 715981 cgagtatgtc gttaagggta tagccgacta cggcaacagg ataggcgttc cgaccgttgg 716041 gggcgagacg gagttcgacg agagcctcga cagctacacg ctcgttaacg tcgcctgcgt 716101 cgggataatg aggcccgagc acctcgtcca cagctacgtg accgaggcag gactcaagct 716161 aatcctcgtc ggcaacagga ccggcaggga cggggttcac ggcgtcacct tcgcgagcga 716221 ggagctgagc gagaacaccg aagaagaccg ctccgcggtt cagattccag atccgttcac 716281 agaaaagctc ctcatcgagg ccaccctcga ggcggtctac acgggcagag tcaaggcact 716341 caaggatttg gggggcgggg gactgacctg cgccgcctcc gaaatggcgg gcaagaaggg 716401 cttcggggcg gtaatctacg cggacagggt tccgctccgc gagccgggga tgaccccaac 716461 cgaggtcatg atctccgaga gccaggagag gatgctcttc gcggttaagc cggaggacgt 716521 cgaggagata ggcaggattt tcgaggagta cgagctcgag tggaccgtcg tcggcgagac 716581 gattgaggag ccacgctttg tcgtctactg gaagggtgag aaggttgcgg atttgcctat 716641 agagcttttg acagaggttc caacgataga gtgggagctg aagccttaca gcgccgaggg 716701 gccggtcgaa actcccgacg ttccctttga gagggccttc gacctcgtct ggggcagtcc 716761 aaacatcttg agcaagcgct gggtctggga gcagtacgac cacgaggttc aggggagaac 716821 ggttcttaag cctggaaggg acgcggcggt tcttaagata aacgacgagt acggtctggc 716881 ctttgtagca gatggaaacc cgaaccacag ctacctgaat ccctaccaag gcgcgatggg 716941 ggccgttgcc gaagtggtga gaaacctggt cagcgttggg gccgagcctt tagcgctcgt 717001 tgacaacctc aacttcgcat cgcccgagag gcccgaggtc tactggagct tcgccgagac 717061 cgtcaggggc ctggctgacg cggcgagggc ctttggcctg gcgtacgtca gcgggaacgt 717121 cagcttctac aacgaggtcg ttgacaggcc gataaagccg actcccgtcg ttgccggcct 717181 cgggaaggtg aagcttgaag ctattccgaa tgggggtttc gaggagggcc tcctcattgg 717241 cgttgtaggc ctcacgaagc ccgaactcgg cggttctgag ctcttcgcga ggctcggcgt 717301 tgagggtggc ctcgcaccgc gcgtgaactt ggaggaagaa aaagccaacg cgaatggcgt 717361 ccttgaggcg ataaggaggg gcctcgtcag ggccgtccac gacgtgagca ggggcggcct 717421 ggcggttgcc ttggccaaga tggctgttgc cgggaatact ggcttcaccg cagacctctc 717481 gaaggttccc tccgaaacca ctaacccaat cgaggtcgcc ttcagcgaga gccacgggcg 717541 ctacatcgtg gcgttcccgg aagagaacct tgaggagctg aagggcctct tcaagcactt 717601 tgtcatcatc ggaaggacag gaggaagcga cgcggtcttc ctctggaatg ggtgggaact 717661 ccttagaaaa cccgtttcgg agcttaaagc cgttcacgag tctctaccaa tgcttttggg 717721 tgaggaggaa tgaggatagc gacctacgcc tcccattcgg cccttcagat tctgaagggg 717781 gcgaagcagg agggctttga gacggtagcc ttcggaaagg cccgggttag accgctctac 717841 acgaagtact tcccggttgc cgattacttc cttgagggaa gctatcccga ggaagaactc 717901 cttaatctgg acgctgtagt cattcccaca ggttcctttg tcgctcacct cggcgttgag 717961 ctcgtcgaga ggatgcgcgt cccccactac ggcaacaaag aagtcctgaa gtgggagagc 718021 gaccgctcgc tcgagaggaa gtggctcgag gaggcgaagc tacgccttcc gagggtctac 718081 gacgaccccg acgaggtaga ccggccggta atcgtcaagc cctttggagc caagggcggg 718141 aagggctact tcctagccaa aagccctgag gacttctgga ggaaggcaga gaggctcggc 718201 atcagagaca aggaagacct gggcgaggtc cagattcagg agtacgtggt cggcgtcccc 718261 gtttatcctc actacttcta ctcaaagctg aaccgcgagc tggagctgat gagcatcgac 718321 aggcgctacg agtcgaacgc cgacgcgata ggcaggattc ccgcgaaaga gcaactggac 718381 atcgaggtaa acaccaacta cactgttatc ggcaacattc caatcgtcct gcgcgagagc 718441 ctgctcatgg acgtcattga ggccggtgaa agggtagtaa agaccgctga aaagctcatg 718501 ggtggcctct ggggtccctt ctgccttgag ggggttttca cggaggattt agagttcgtc 718561 gtcttcgaga tttcggcgag gatagttgcc ggaacgaacc cctttgtcca cggctccccc 718621 tacagctggc tccgctatga tttcccggtg agcaccggca ggaggatagc gatggagctg 718681 agggaggctt tagaagaggg cagactcgac gagatcgtta cgtgaggatc cgggttagga 718741 ggtggaattc cttcttttcc caggcttttt catccagcac cacaataagg gtcccctcgt 718801 taacgcttac gtagtctttc agggtcgcga gaaacttggc tatgctgctg aaatcgttgt 718861 aaagccttag atactcgagg ccctctatca atataacggg tctgaacgag tccccatctt 718921 ctcgagcccg tttcatgtat tccacggcag tttccaggat tctcggcagg ttcgttggtt 718981 ctattgtgag cttcccaggg acgttgctca gcttgaacgt agtccattta tttggagtgc 719041 ttatagtcct gacaaatgca aggacggggt agtccctaag tagatccatg tatccctcga 719101 tcgattccag tctgagtatc agaactcctt tctggatctt ttcatgaacc cgggctgatt 719161 ttgggccgaa aggagtaacc agaacgaact ggatcatgag gagtgctgaa actacagtta 719221 aaatcagtcc aagaacaaac cccactgttg cgaatccctg ctcgttcctc agggctaggt 719281 aatcgacttg gtgaatgcca tagattatca atgtgatgcc gagattgttg gctttcttcc 719341 cgtagatctc cctgagctca aggaggagaa atccggagag tatcatgaag agaccggaaa 719401 ccgcatggga gacgcccatt atcagaaggt tgaggttcct tgggagcatt aatgcacccg 719461 atacaaggag gataacgaag aacatgggaa gcagtgcaat gattcgcgac acctttccga 719521 tataaaactc cgcccctatg agcctggttg taccatagaa tattagcgag gcaaaaatcg 719581 ctaccgacat ggcccctatg atgtagttcc ctgaaatatc gccggcaatt gcgtaggcgt 719641 acgctatcca tgccagcccc caagggaggg aagtctttct gtgtttcact tctgcgaaaa 719701 aaagtatcat ccctccggcg acgagcttga tggctatgct gaaggctgcc gttacgaatg 719761 catagtccat ctttgccccc aaggatgttg ggggagtccc tttaaaacct tccgcaaacc 719821 ttaaaaaaca tgtacttttt caagtcaaaa aggacgcgga ggtttagaaa aaatgggaaa 719881 gtttgaacac aaacttgtta atgccattag gggttacact ttcgacgacg ttcttcttat 719941 accacagccg actgaggtcg agccgaagga cgttgacgtt tcaacgagga ttacgccgaa 720001 gataaggctc aacatcccga ttctcagcgc ggcgatggac acggttacgg aatgggaaat 720061 ggccgtcgcg atggcacgtg aagggggtct tggagtaatc cacaggaaca tgagcatcga 720121 ggagcaggtt gagcaggtga agaaggtcaa gcgcgcggag cgctttatcg tcgaggatgt 720181 aatctcgatt tcgcccgatg aaacggtgga ctacgccatc ttccttatgg agaggaacga 720241 catagacggc ctgcccgtcg tcgaggatgg aaaagtcgtc ggcgttatca gcaaaaagga 720301 catagctgtc aagcagggaa aactggtaag ggatatcatg accggcgagc cgataaccgt 720361 ccccgagaac gtgacggctg aagaagccct cactctgatg ttcgagcaca ggattgacag 720421 actgccggtt gtgaactctg aagggaagct cgttggcata atcacgatga gcgatttggc 720481 aaagagaagg aagtggaaaa acgcagtcag ggacgagaac ggagatctag tcgttgctgc 720541 agccgttgga ccctttgatc ttgaaagggc gaaggctctc gatagggccg gagctgatgt 720601 tatcgtaatc gataccgctc acgcacacaa tctcaaggcg attaaggcca tgaaggagat 720661 aaggaaagcg gttgatgccg acatcatcgt tggaaacatc gccaatccaa aagcggttga 720721 cgatttaacc tttgccgacg cggtgaaggt tggcataggg cccggaagta tatgcactac 720781 ccgcgttgta gctggtgttg gtgtccccca aattacggcc atagcgctcg tggcggacag 720841 ggcgagtgag tacgggcttc acgtcatagc agatggtgga atccgctact ccggggacat 720901 agtgaaggcc atagcggctg gagcagatgc tgtcatgctc ggctcccttt tggcaggaac 720961 aaaggaggcc ccgggcaagg aggtcgtaat caacggacgg cgctacaagc agtaccgagg 721021 gatgggttca ctcggtgcaa tgatgaaggg cggggcagag cgctattatc agaagggtca 721081 catgaagacg aggaagtttg tacctgaggg cgttgaaggt gtcgtcccct ataagggatc 721141 ggtcagcgac gtcatttatc agctcatcgg tggtctgcgc tctggaatgg gctacgttgg 721201 cgctaagaac attgaggaac tcaaagagaa gggtgagttc gttatcgtaa cgcaggccgg 721261 cgtcagggag agccaccctc acgatatcct tatcaccaac gaagccccaa actacccgat 721321 taacaaataa atgctaagat cgccaaattt ttaaattgtt tttgtcattt aaacgctgaa 721381 tggtgatgtt catgtggaag gacttcatca gggagaaggt tgaggagata agggaaaccg 721441 tcggcgatgg gaaggcgata atagcgctca gcggtggtgt tgacagctca accgccgctg 721501 tactcgcgca caaagctata ggtgatagac ttcacgcggt gttcgttaac acgggcttca 721561 tgcgcaaggg cgagcccgag ttcgttgtca agaccttccg cgacgagttc ggcctcaacc 721621 tgcactacgt tgacgcgagc gagcgctttt tcaaggcttt gaagggcgtt accgacccgg 721681 aggagaagag gaagataata ggtcgcgttt tcatcgaggt cttcgaagaa atagctaagg 721741 aaatcaacgc cgacttcctg attcagggaa ccatcgcccc ggactggatt gagagcaagg 721801 ggaagatcaa gagccaccac aacgtcggag gtctgccaga gaggctcaac ctcaagctca 721861 ttgaaccgct ccgtgacctc tacaaggacg aggttcggga gctggcgaag gagctcggcc 721921 ttcccgagaa gatttacaac agaatgccct tcccggggcc gggcctcgcc gtcagggttc 721981 ttggtgaggt cacgccggag aagatagcga tagtcaggga agcaaacgca atagtcgagg 722041 aggaaatcga gaaggccggg ctcagaccct ggcaggcttt cgcggttctc cttggagtta 722101 aaaccgtcgg tgttcagggc gacataaggg cctacaagga aacgatagcg gttagggtcg 722161 ttgagagcct cgacggaatg actgctaatg ctatgaacgt ccccttcgag gttcttcaga 722221 ggatagcctt caggataacg agcgagattc ccgaggtcgg gagagtcctc tacgacatca 722281 ccaacaagcc acccgctacc atagagttcg agtgaaggct tatttacctc cgtttccaac 722341 tttaagcggt gggagcatgg gtgagattat cgaggtgatt tacgagaacg gcgtgctgaa 722401 gcccctcaag cccctcaagc tgaaggaggg gcagaggctc agggtaagga tttaccacga 722461 ggacttcctt gagctggcaa gggagatgag gaaaagagta acgcccgaaa agttcaggga 722521 agacccgacg gactatctcc ttcgcttgag ggaggaggaa acatgaaggt cgtggttgac 722581 acctccgttg ttttccatct gttttctagc ttctatcctg aaagggcaga agtcgccgaa 722641 agaatcatag agtatgcaca gttaggctcg cttgagcttt acgctccccg cttgggggaa 722701 gttgagttcg ttgctgttct ctcaaggtat tttgagcggg agcaggttga gaaggcgcta 722761 acctactaca gcgaaatagt tgcgtgggtt cctgaggaac tgctcatcga ggagcttcga 722821 gaagtggcct ttcagacgca tcacaaggct tctgatatct atttcattgc gacagcccga 722881 taccttgacg gggttcttgt tacgaatgac aggaagatgg ccgagctggc caagtccctt 722941 ggtttgaggg ctttttatct cgttgaagaa cacgatgcct tcttcaaact cctggaggtg 723001 ggctcatgat agttataatg gacaacggcg gacagtacgt ccacaggatt tggagaacgc 723061 tccgctatct gggcgtcgag gcgaagataa ttccgaacac aaccccgctt gaggaaatca 723121 aggcgatgga gccgaaggga ataatcttct caggtggccc cgacataaac aagacgggca 723181 actgcgatgc cattctagag cactacgacg agttcaacgt cccaatcctc gggatctgtc 723241 tcggtcacca actcatagcg aggcacttcg gtggaaaggt cggtaggggc aagaaggccg 723301 agtacagctt ggttgagatt gaaatagtcg aggaaaacga cctctttaag ggctttccaa 723361 ggaagctgaa ggtgtgggag agccacatgg atgaggtgaa ggagctcccg ccgggcttta 723421 aactgctcgc gaggagcgag acctgtccga ttgaggccat gaagcacgaa acgctcccaa 723481 tctacggcgt ccagttccat cccgaggtct cccacaccga gcgcggggcc gaggtttaca 723541 ggaacttcgc gaggctctgc ggggagctct agctcagcta gtcggtcctc tcttcacctt 723601 tccgcaacgg atttactcat catcgcatcc actactttta gggaaaaact ttttaaggtt 723661 tgcttgttac tatttttggt gatatcttgg gacatacgat ctactataaa acttcaatcc 723721 atcggtggga agagtttctg agtttcattg gtagagtttg tcaggggctg ggctatgaag 723781 tggcacctgt gggggagtcc gtcagtgtat ttcccacctg ttcgctagtg gagcccctcc 723841 tcattccgcg aagtggggag ggcttcgtaa aaactaacct tattgaaccc tgccactcaa 723901 tttatctcct tatccttcac tcggtgtcgt cctttggctc ggtctcggtg tgggaggatt 723961 gatctaggta gacctcgatt actctgaccg gcaccgaacc tttcaaagtt ctctcctcca 724021 ccagtagctt cacgaccctg cccggctcgg catcaggaac ggcgggaacc cagtaccgtc 724081 ccggcttgac gtttgcagct aaatcatcgt tcacgaagac ccttatgagg tcacctctta 724141 cctcttcgac gatcccgtag gtgtattccc ttccgtaccg ccccttaaag taccatctga 724201 agagcagaac cactatcaga acgcctatga ggtagccata gtagtagtaa acgctcgttg 724261 caagctttct caggaggagg tatcccagaa aggagagaaa cgatatcact gaaatcacgc 724321 tgtaaaagaa gtagtacggc tcggcctcaa cgaaaaagtt ccagttcctt tttatcaggt 724381 accttaggta ggctatctct ccaataaaca gaagggcaag gagataagga cttcttaagg 724441 tcaggactat caggagggaa agcagaagat aacccacgag tacgagctgg agcttgaggc 724501 tgaggagctc gtggactgtc acttctctcc tcacgagccg ccgcaggatc ctgaattccg 724561 gtggtttaga ctggggggtc gggcttacaa gctctctgat actgtgaacg gcttttctag 724621 aaaactcctc taccgcttcg ccaattgagt aaaaaagatc caggagagac atttgatcac 724681 ctcacggaca ggtgtagccg tagagaaggt cacacgtccc ctgtggccct aagatctcct 724741 cgctggtctg aggatccagg aagaacggta tttcttcgag gttgcttgtt cctattgtcc 724801 cctctgagac accccataca cgatatccct gaaccttggt tccgtctccg aagtaatagt 724861 tgaggaagta gtagtcggtg ctggattgcc cctcttccac tgaaattccg agggtgagga 724921 acagattgaa gagcttcctg tcgtaggtgg gatcaggtat catgaagctc accagtccaa 724981 tggggtagta ctggtttcca tatttgtaac ccatctcatc ctgcatctga tgggaaagtg 725041 taacgtaagc ggcgtgattg gcgtcgcttc cctcgagcct ctcgaagaag gaccacccgt 725101 tttcggtggc tatgtacctc tggtccagga tgcagttgag aaggggctgt atgtcgtaaa 725161 cggttgcgtt gctcgatgac ggcgcggatg tggagggagc cggcttggac tctatgatct 725221 gactcagcgt cgtggtctgc cagtaaaggg ttattccatt gaaatgggga tcctcaagca 725281 gatcggtgga ggtatcgtac ttgcggactg ctatccactg gtagtctgtc tttctgtacc 725341 agaactcact gtcggttact gcgtaaacgt atgccagggg ttcagtccat gtcctgtagt 725401 agttatcgtt gttgaccctc ccctctgtta tatccttgaa tttggaatcc ttggaagttg 725461 tggagtacgg tttcataagg gcctcgtaga cgtggaatgt gtctattgga tccctccccc 725521 cgatctccga aagatatacc caccagggtc tgtggatcgc aaggccgtcg tcgctccagg 725581 ttccatcatc cgtaaacagg agcattctgc cgcttgagtc ctcaacacca acgccggaat 725641 cccagtcata atagttcctc tctgccctca tcctgaacct gacggcaaag cctccgtaga 725701 gatcgaggga gttctggttc agtttgatct caacctcatt tccgccgtcg attgtcagag 725761 agtcctcaaa aaattcaaac acggcgtttc cgtctccctt agttggcgcg gtttcgttgc 725821 cgaagtacat ctccaccgtc acgcggccgt tgaccggaat cgatagcctg agccacacca 725881 aggctgtttc cgtcgttgga tcccaatact ctatccagaa cggaactgga ttgcagtttg 725941 tgtcgtagaa ggctatggag gcgtttgttt ggtatgggtc tcctaagtac gtgttctgag 726001 tgttctggaa gatgaagtcc agcatctggg ttgtgaagcc cttggcggtg cttatcagga 726061 ggggaatctg gtagtcgttg aggtctattc ccacgttgtt ctcgatggtc aggtttatac 726121 gatagcctag gatggagcac catcccgatg gaagtcccgt tccggttccg gaggaggtaa 726181 cgttgccaaa tttaaggatt ccaacgtctc cgctgttaag gatgacgtcc cttgtcgttg 726241 tggggattcc gtcaactgtc aggttagaga cgtggtcgcc ggaggagtcc catatgtccg 726301 ttaggttgta ctgaaagtcc gttccaaagt agccaatgac cgtggatgat gtgccaactc 726361 cggtgccgtt ggctatggtg aggggtcttg atccaagctc ggggtaggcg taggggcagg 726421 ctcttagaga cctctggtac cttcctccag tcatcgccga gaatattggg tcctccagat 726481 cgcgaatgtc aacggttgag tacacgtatc cgccggttga gggtatcggt ccgtcgtaga 726541 ctacgagacc agatgaatcg gtaatcctca ccctgggtat gcgagccttg ataacaactg 726601 taaacgcgtc gaggggagcc acagttattt ccgtggaact gacgatatcg cttattgagg 726661 ggtagatgct gtaaccctga tcctgaagaa gtttgctcac gtttgaaagc catgttttga 726721 gggtttgacc gcccataacg cgaagtgtat cgtatccagt aaccgcgggt gaggttccgc 726781 tctttatgaa atcgcggatg gtgttgttcg ccttgtatgt tggacttatg aagttgccag 726841 taacggccac gtaatcgacc gcggcaacaa cggccctctt tcctgacagc tctaacgcct 726901 tctggaattc gagattcagg aagttgatga catcgtatgt cctcccaaac tgggttctct 726961 cgctctgggc cttgattatc gaggaggaaa cgtcctcgta agtagccaga agaaggagga 727021 ggggaataag gagcacaatg acggccgaat tgagaaggaa gccccgcctc atcagccttc 727081 cctccacacg cgtagggtta tctgaatcgg tttgaagaga cctggaatat tccccattga 727141 tgcgacctca atctgaaccg ttgagggcag ctcaacgagg atcgggttgc tctgtgtgcc 727201 atcaccgccg aggttgttga acagtcttac tattgcgtcg tcaacggcgt acgtgtttct 727261 tccgtcgaga agatcctgtg cggttagatc gcagtagggt tcctctccag ctaatatatg 727321 atgtggggag ttgtccccca cccagtagta tgtgatattg tatccgttgc acccatcgcg 727381 gatgtacttg gggaagacat ctccgtagcc tgcataggcc tggattacat atgtgagctc 727441 tccgtttccg ttttttggtt gcagccagta cccatatcct agtgatattg taagtttgtt 727501 aaaccccttg gatattgcat ttggcagtgg tctgtatctc caatcgaacg tatctttggt 727561 atatcccacc cttgctaggg cgtagatgaa ggggcttgaa ggattgcaac ctcccccgtg 727621 gcagtgaata taagtgggtg atatctcgtc attatcgatc tgtattttct gatacgggtc 727681 gtagccggtg taatagagcc aaggaaattg gaactttgcc caaaggggag ttgcaccaga 727741 gggcactctg aactgtatgg tgaggtagct ggtccagtcg gagcgtggca ttggtattgg 727801 ctcggtaatg tctattgtgt aggctgtgag aagaacctca gagcgataat cagcctctac 727861 aaaggagttg tccccgatca ggtgtattct tggggagtac tctgtatcgc tctctccagc 727921 ttggacaatg atagttgtat acctactaga tatctgattg tagttgtagc cctcatgtgc 727981 cagtgtagtt gaaatcgtgg agttggtcca gtagcaggtt ttcgttttac ttgcttggtc 728041 gtaggtacac ctcgttgctg gaatctttat ttctctatca aacatgaagg aaagggttat 728101 gggagtgcct gaggatatgt tgcctacaga gatctgcacg ctgagagact tcagtaatcc 728161 tggcacgaac aggtacttcc atgcggttat cccgtacctt gcacttacat cttcaaagtg 728221 gaatttctgc gggaacctta atgtggaggg ttttgaagtc tggtacttta tccttatgta 728281 ctgggcccca tcttctccac catcatacca agacttgtag accctaacct caaatgtgtt 728341 cctctctccc ggtttgaagt tttctattag cctaagtcct ccactaggat ccgtatcggt 728401 tagaaggcgg ttgttgtcaa cgtatcctga ccagatctta ttcccattca gatacacctc 728461 gtactctgat ccgacccacg ctggctctag gaaccagtct atttcctcta ttgtggcgtc 728521 gggtgggatt gcacctgcgg gcactgtata cttgataata acttcatcgt ctgaactata 728581 cgtcttagcg tagatgtaac cacctcttat tatatatgta ttctctttac ttcccagctt 728641 tgttagatat gccctcgcca tgtatcccct cggcgtctgg ttgtaggcat agccgctcat 728701 tatcagggtc gcgggggaga catcgggtgc tcttgagtag tttgatccga gctttctcag 728761 gtagggacta gtgtagttgt tgatgaggag ctcgtagttg tacctctgaa gtgtcttgtt 728821 gaggatgtac ccgagtataa cctcggcctt gtgcctcaag tttgcggagg gatatatcgg 728881 agcggtcgcc cagtacgttg aaactatgtc cagtggactc atatccggat tgacaaggct 728941 caggttcagg gttccgttct gaatccaccc ctgaataacg cccggatcaa cgagttcgtt 729001 gaggggtact gttctgagag ttagaagggt gcttgaggcc agctcctttg actgggacct 729061 catgtaggtg gagtaaacct ttgagctgtt ttcggtaacg gcgactatcc ccgtgatgaa 729121 tagggtgacg agtatgagcg atagcaaagc gtcaagcgtg aacacgaaac ctcgcctcat 729181 ggtcaatccc acacgaccag ttttattatc ccctcatcga acttgggctt gagcagccac 729241 ttaagtgacg ggatgatggt tatttcaatc tcatttcggg cccagccgtt gagagagtac 729301 aaccatatac ccacaacact gttgacgtta tcgccaatga cattagtaag aggtatcgaa 729361 attgaggatg tgttccctga gtaattgatc accgttccgt tctcgaccag cgttgctgag 729421 aggggattgc cagtctcatt acgataaatg aggatggcct ttagcccgga tcctgccagt 729481 actaccagcg ttaggttacc cgccacgtct ggtgcggtta tctccatgtg ggaatttatt 729541 gggggcttct gggcgagtac cccataaacg atgggctctt cggtggaggg accggcggag 729601 aggttgtact cgaagcgttc cacgacgaac ttcttctggg acacgtctat ccagcttgac 729661 tcattgagcg agcttgaaat cgtggtgtaa tctgttacga tagtcctgtt cactatcgcg 729721 aaggaatacg tcggctggtt gagctccacg aatgttgacg cgagggtgta atttccatta 729781 atggtgggaa atgttccggc gagctcaaat tttgatatgt atgttgacat catgatgttc 729841 ctacctagag acatgttcac cagcgagcca aggacgctgg gaaggttctc attcataacc 729901 actatcttgc ggtagctgat ggcaaacgtg ttattaacgc tcctcaatcc aatgaccctg 729961 aaagcggatg gattgagctc ccagtccacg ggatcccccg ggctctttgt taaaacgtcg 730021 agcatgttgt cagctatgtt cgacctctcg taccagccga tcatcgatgt tatctcgcct 730081 ttcaacgtag tggacgtgtt tatgaccgcc gcgaacacga acatcatgat tatcagcgac 730141 agcatcgcat cgagcgatag tagctgggcc cttctcacgc tctcaccacc ttcacggtta 730201 tgctcacggt tttacctcca taggataggg ccccgttcac ccgggagaat ccctttgatt 730261 caagccagtt ttcaatgaac ccggagatcg cattctcgac cttactaacc tcgagcggcc 730321 ccgagtaaat cacagtaacg ttgaggttta tcgaactttc cgttgaggag tctatgaaag 730381 tcctggacac cttgcactga atcgatgagt agtttgcctc ctttatcaca gcattgagtg 730441 acgaataggc gggctcattg acttcaaccc cagtccccag gtacgagcat gcattgtcgg 730501 ccgcgttctt cacgtgcatc agcacgacag tgtcggtgtt ggtattcatg tacccgggga 730561 ggagtattgc agcgccgata agtatgatcc ctgctatgaa aagaacttca agagcagtct 730621 gagctttagc cctggaggag gacatggatc tcacccccaa cgttttgggc tgtcacgttg 730681 aagtccctct ccccctgtcc gagtgtaatc gagctcgttg cgtagagtgg gacctgcaat 730741 ctctgcgcga ctttgaatgt cttaccgccg agcgtcgccg ctatttcaac cctgttcgtc 730801 gtcgagttca gcgttatggt tacgctgtca ccagctttga gctcaaaggg aagctccttc 730861 ctcaccgtga agccgtcgcc agcggcatag acctgggtga cggtgtcccg cagatccact 730921 gcgaggatct tcagcttggc cgcgctgtcg aaggttctgg cgtttgcagt ctcccccgat 730981 gcaatggaaa caataccagc taccgtaacg gtcacgagca ttatggcaat gaggaaatca 731041 aaggttatct gggcttttct tttcatctca cccaccgggg tttatgttta tcatgagctc 731101 gccggcggtc gagttgaaga cccacgagtt cggaaggtct gggttccact ctacgaccac 731161 tttgaggacc tgggggatcg ttgatggatc cagcctgagg ccgtacactg ttgtcactcc 731221 agtgccaaaa tcaacgctgg cactcgaacc gccccacacc gttgagtttc ccaggagatc 731281 cctctggtag agcgccctag tccagaaggc gttcttgttt ccccccgtca ggatgacttt 731341 cgttgttccg gtgccgttga ggaccatcac gtacgttccg ttcccatcgt ttagatgctg 731401 gccataggtt acgaagatca tgggatctgc aacgccccac actttctcta ggtagtacgg 731461 ctttctaagg tacacgagct ttacgtaaac ggtcgtcttc gagcccggtc cctgggagta 731521 cgcctggctt atggctccgg atatggtgtt ggccagctcc ttctcttcaa gggctatctg 731581 tacccttagt gtttcgattg actgggaacc ctgctggaac gtcgtgtttt tgactgagta 731641 agctaacagg atgagcagga ttgcgaagat gaacaggaat tcgagggaga tctgaccctt 731701 cttgcccata gccctcactc tgagtatgtt atggattttg cctatttaac gcttgctcaa 731761 caaaaatatg gggtcattcc acatcattga ggggttcggc aatggcaaag gattcccttc 731821 cgattttaat cctcctgaca ccgaaataat cgtcgttgaa cagtttgaac ctgtacctct 731881 ccgggttgag gttgtatctg ctcagaaggg ccctcatctc atcgatgaag aactgggtca 731941 gctgatggta gatgaggtcg ctcttctccc tggctcgatc taagacccag agcaccaagg 732001 gcagtagtcc cagccctggg aggacgaagt accacgagaa gagcagtccg gcggtgattg 732061 aaaagataac gccgatacct ataagtgaaa ggaggaagta cttggctttt ctgacgtcct 732121 tgagctcctc gaccttggcc tcccatatgt ctagaagggc tgggttgtag aaatcgaagg 732181 cggtatgcct ctttcctttt ctgatgcgtt cccttatcag gctgtcccaa tcgtcatggt 732241 aatatacgag gaagcccttc ttctgggccc tctccgcgtc tattgatgaa attatccgcc 732301 ttatgtcctc cgcgctctcg tgggctatgt gggagtatac ctcccgctca tcgagctcca 732361 gcgcgacttc taccgaatcc cttatcccct cactcggcat tctcaccacc ggggtagaga 732421 tcatcgaaat caggaaggcc tgaaagcagt tccctcttct tctcctctgc ttctttcttt 732481 gccctcataa acgagcttgc gtactccttg gcggttctga tgattctttc tatgctctcg 732541 ctctcgtaga tgccactgag aagcgttaca acctcaacct cgcgcgttct tggatcagga 732601 taaaagcccc tgaagatctg ttttcctttg attctgtctg tgagctcgtc aagggcctcg 732661 aagatctcct tcgccttgag gacttcgggt gggccgtgaa ctgctacgag accgtaaagg 732721 gctgactcaa cgttggcctc gagataaagc ccctcactct cgaacgacct gactatcagc 732781 ttcgagaggc tcttgagctg atccgcccgg gccttcgcgt agccgactgt tgcaaaactt 732841 ccaaaggctt tgaggacgaa cttcagatcg cttgcgtcga gggtctgctc cccaggaacg 732901 tcaatcaggg cgagaagtga ggcgatcctc tctacgatag tgtagtttat catctcgtag 732961 gcctgggata tgtcgaggtc gccctccttg agcttgttgt tgtctatggc tattattgag 733021 tccgccacct tggaaagctt gtctatcgtg atggcggcgt tgatggtagg ccgtataccc 733081 tcctccttta gtggcagggc tccgatggca actaccagtg aatccgggta ctcctccttg 733141 agggcctccg ccaaaaccgg cgttccgccc gctccggttc caccaccaaa gccgaaggta 733201 aggaagaaga tgtcaacgtc ctcgtagccg accattgagg agatcttcct cataaccatc 733261 ggaaggtctc tcttcatggc ctcccttccg aggacggggt tcgcgttaac gcccttccca 733321 ccggttaggc tctcccctat gaggatcctc ctgtcggagg ggatgtgctt gagatagtcg 733381 agatcacccc tggaagtgtt tatcgccaaa gcctcaaaat cgactaaaga aaagaggtcg 733441 gctatcttgg ttccgcactg gccgacccct atgattatag ctctcacgat ctcacctcat 733501 ccaactgtct cggcggttac ctcgttgagc tctatctttc cgtccccgtt cctgtcctca 733561 tagtgaacca caaccgcagg cccctgcatg tacttgacgt agcctatctt gaacacgagc 733621 ttcgctatct ccgaggagtc ctcgtcgtag aggacgaaga gcataactcc cttcgcggtt 733681 cttcccggga tcaggagaac cgtgtcttgg cgcggataag tggagttttt gagccctatc 733741 tcgtttcctg aaatgtctag gactatgtaa cggttgtagc gggagacgtt tacgtcatcg 733801 aagcccgcca gcacaatgga gttcccctcc tccattagcg agaggggtcc taggtcaaag 733861 cggtagccaa aggtttcacg gaggtagttt atgacatcct ttgcgtcact tatcctatct 733921 tcggggcaga ccacgttgaa agttgaggtt tcaagggcgt ttctaacgtc cgagagatcc 733981 accattggca ttttgttgaa gcttgaaagg tatatcaccg caaaggcggt ctccagtgtg 734041 tcgttggcga tcaatccgga atccctggcc ttcttcacga aatcgagggt ctgctgggtg 734101 tagtcaaagc cgtagtgcat gagcaggaga gttgcctcga cggtaagatc cacgcggggc 734161 cttccttcga tcttggttcc attgatattg gtgtgttcct tcatgtaggg ccagccaccg 734221 tcgaccctct gggagataag ccacttcaga tgagcctcga gttccggtct ggtcgctatt 734281 ggttccaggg cctttagaac ggtgagcgtg tcaaggacgt tcacctcgag catgaaagga 734341 tagaggccgc tctggtagta gaggccccag cccgttgaac ttatcgagag gagccacttc 734401 ttggcggcaa taacatcggg gtcggatcta ttgatcccaa gggccatgag agcgctcagg 734461 gccatagccg tctcggccgg ctgaggaccg aggttctcga cgccccactt tccagtgtcc 734521 atcttaacag actttataac ctctatcgcg tgttccctct cactctcgtt gagccgattg 734581 aagtgaagta gggtcatgag ggcgtagtag taaccaaccg taagcctgcc ctcattgagg 734641 actaccctct cgtcttcctt aagcctctcc tccgtccagt tcagggcttt ttcaacgata 734701 tctggagcgg gatagcaggc ttctatagct ataagagcgt agtacgttgc cttctcgttg 734761 gagggggagc cgcggtagat tccccatccc ccatctgggt tctggtagga tatcaactgg 734821 tcgcagggca tctcattggg gttgatcgtt acctccctta tcggtggtac gagctcggaa 734881 actgcgagga gagcgtaggc cgttggcgtt acagtatccg ttaccgagat aggatacttc 734941 ggggtgtccg cccagaagac catgttggcc ccggtgtgct ttatctggtc gagccttgct 735001 atcgtcgcca cgacttcgaa agttggctcc gagtagaggg tcagggcata tgtaagcagt 735061 gccctctggg ccggagaaag atcgtctccg ttgagtattt ctatgagctc ttttacctcg 735121 gacttgtcaa cgggctctcc aaccgctttg aaggctatga gtctcaggcc gagggcggtg 735181 taatcgtcga tgtacctcgg cagttcgggt agggatgaga ccgcagatga gaccactgga 735241 cttgatgagt tgtggccgtt ctctcccagg gcccagagcg ccagaaccgt cggatagaac 735301 atgggcgtgc tgttgggaat gtagccccat gtattccccg ttttggaact taccaggaac 735361 ttaactccct tcttacgggc gtcatctacc ttgaaaaggt catcggtccc ctcgaaaaac 735421 ttctccgcct ttgagagggc tatcagggca taggaggtat cgagaacgtt gctcacgctt 735481 ccggggaagt agccccagcc gccgtccgga ttctggtagg agatcagttc cctagtgaac 735541 tctctaacct tcggcgtcag atcctcgttt accctaccgc tggcttccgc gagggcgatg 735601 atagtaaggc tcagggtcct tatctgccca ctgctgtctc caaacttctt gagaaagttt 735661 gcagagccct cagtaatgga aagggctgca gtgaggggag caaaaacgat tacaccgatg 735721 agaattaggg gaataatttt caggggccac cttttcacca tagtccacac ctctaaaatc 735781 gctaaacggt ggcggaataa ataaagtttt cctcggggca aaaattggag agagttcaat 735841 ccttgatgaa ccttccctca agccccctgc cctttggatt aacatcgtcg cgcatgatga 735901 gaacgaccct gctcggctcg tactcgtctt caatgtggta gccggggagg tgcttcacga 735961 gctcctcggc gaaggccctg atttcctcgt gcctcggcat gttgttgatg gtgagcctgt 736021 tccgcgagaa gccgacgaac atgtaggctt tagcctcgac gaacatcggg ttcgctatct 736081 taatcagctc ggcgtacttt tctggactgt gcatgttctc gcccttcaca agggtgagcc 736141 ttatcaccgt cctcgtttcc gcgtcgcgca tgagcctgag cgtctccata atcctctccc 736201 agccgtcggg aatcatgggg acgttgacgc gattgtaggt ctcgatgtcc ggagccgtga 736261 gcgagacgta gagctgggtc gggagcttgt cctccttaat catctcctcc agccgctccg 736321 gaacggttcc gttggtgact atgaaggtcg tgaaaccgcg cttgtggaac tcctcaacga 736381 ggtcgcccat gtaggggtag agcatcggct cgcccgagag actaatcgcc gcgtgcttcg 736441 ggttccaggc ctcctcgaac ttctccttcg gaaccttggg gttgcccttg tagcccacta 736501 aaagcttcct ctgggccttt atgctctcct cgacgatgaa ggcagggtcg tcccagggtt 736561 ctggcagttc agtgccgagg aagctctcca tcggacgcca gcagaagatg cagttgtggg 736621 tgcaccaagc taaaacgggc gtcatctgta gacagcggtg gctcgctatg ccgtagaact 736681 tctgcttgta gcagaagcga cccttagtaa ggctttcctt gagccagtgg cagagcttaa 736741 ccccgctgtg cctcccaacg agctcgtagt gctgtttcct gaagaggagc gcgatttcct 736801 ccggcatgtt cgggttggcc ttaaccacta tcgccattag tctcacctaa ttctcttctc 736861 tggcctaagt gcgcggagca ttttaaaaat ctgattggtc agtgttgttc agggtgttac 736921 ctacgatatc gtgagggagc ctatcgggct tccgttaaag ccactgatcc gttttagctc 736981 tatgagtaag gttttcagat ttaagaagga aggctttcct catggaggag agatttttgc 737041 agttcgggaa gttccgttct catgcggacg atttttgagg ccctttcaag agagctttgg 737101 gaacgcgctg gtagttacga ggcacggcta tgccttttct caacccgacc ggataaagtg 737161 gtattttctg accctttatc tctggaactg aaagagaaaa agaaactaac gggaacgagc 737221 atgaactctg gtcatagcgg ttgttggaga accccccgcc ggcgcttttg gaaacgccgg 737281 tactcatcaa cggccagagc aaaggtgaga gccgcaagga atattgcctc ctcggggtct 737341 tcctgtccaa ggtaagcgcg gtaaattgtt gctcccacac cgattacaag aagccacgtc 737401 cccagcagaa actctctggc aaaaactgcc cttctgtccc ttgagaacat tttaacatac 737461 tcgccttccc tcatcacaac tttctcgcta cccggaacaa actctaaaag agttattgga 737521 acaatgacga gcaggagaca agggctaagc catgcaaaga gggcgtatgc taaggccaga 737581 taaaagaccc tgccgatgcc cacgtttcca ctttttttga agcattaaaa ttctcctaaa 737641 ggggtcaatg aggtgaagct taaccctcct cgctacggcc tttctctttc cctcaaaccg 737701 agcgacgcgg ttgccgagaa cgggaagctt cagagtgact gtggaagcaa gaaggaagct 737761 ctcctcctcg aagtccacca gataaaagtg tccctcgtag cgctcccgga taaagtccgg 737821 cgcaaggctc catatctctc cgttgggccc tttaacccag taaacgaatg tgttctcccc 737881 gaggaacttt tcgaggtttt cggggcttcc ctcaacgacc actacgcgct caaacgttac 737941 tcgcatgtgt ttctgttgta ttatcccttt ttatagttaa cgataggcgg gaaaaaccga 738001 taaatactcc aaacccaatg atattagggt gaaatcatgg gtttgagcaa gagggagcta 738061 ataagaaagc tctggcacgt ttcgcccgga atcctcgggg cgccgataat actcttcacg 738121 ccgagatggg ttaccctgct tgtggtctgg tcgctggctt tcctctacac gctccagcac 738181 ctcaagctca ggcggggctg gaagttcacc gttccgatag cggagctgag ttaccggacg 738241 atggcgaggg aagacgagcg cgacaacttc ctcgggagct tcctcttctg ggtgacgatg 738301 gggattatct gcacggtctt tccgaagctc atggcgctct cggccctatg ggtctcgact 738361 ttcggcgact gcttcaacgc cataactgga caggctctcg gtgggccgag gattccctgg 738421 aaccggaaga agaccctaat cggaagcgca acgatgttca ttgtttcagt tctggtcctc 738481 tggactgccc acagtgttct ctcgctcgac ccaagctgga gccttatcac tggcgtcgcc 738541 cttgtcgcta ctgcccttga gagccttccc ctccgctcgg cctacgatga gttcacggtt 738601 cccttcgcga cagctttcct cctgtggctc gcctacggcg ggtccctgct gtcgccggtg 738661 tggtgattaa atccgcacaa acccccaacc tctaaagtgc gtctctatgc cctccgtttt 738721 tatccccagc gaacgaacct cgtcgcggag ctccgagatg aaggccccga agagctcttc 738781 gctggttagg atgcagtagc tctcagggaa ctcggagcgg agcgtttcct gaaattcatt 738841 tccggccttt ttgaggttta gaacttcgaa gaagtagtaa tcgacaaaac cacgcgtttc 738901 cttaacaatc ctcgaaacgt ctgtaactcc agggattatt gggctaacga aggtgtaagt 738961 ccgtattccc tcctcgtgga gcttctgaag ggcgtttacg cgggctttca taaccggtgt 739021 caagggttcc aggagggact tttcccggcc gtcgaaggag ttgagggtta agccgacctc 739081 aatcgagcgg aagagcttga aaagggcaat atccctcgta actaggggcg atttggtaag 739141 gattgaaagc tcgttcctct tgtccatgaa ccggagcgtc gctctggtaa gcttaagttt 739201 ggcctcaaca ggctggtagg ggtcacttac tgtggacatc acgattttcc cggaaacgtg 739261 ctttctcgct agctcgggcg cgttgatttt ggctatcacc cagctccccc attctctctc 739321 cccaaactcc cggactacgt ttttggcgta gcagtatgga caggcgaagg aacagccgac 739381 gtactggttg gcgctccacg aaacgccggg aattcgcgaa cgggtgtaga gggatttggc 739441 cctccgcttt atgacctcaa ccttcataag cacgggtagg gactacacct taaaaggtgg 739501 tcgcatggag gttgaggttc ggcaccggcc tgtccgctat gcgaggctcg aaatcaaacc 739561 cgacgggaga atcgtcgtga cggcgccgga aggctttgat gtggaggcgt tcatcaaaaa 739621 gcacgaaagg tggctgagaa accggctgag ggagcttgag gaggtaagga gggaatctgc 739681 gaggggcttc ccgttcttcg gcgagttcta caggcttgag ctggggaacg ttcggaaagt 739741 tgagctcagg gacggcaagc taatcctccc ggccgagcgc gagcgggcgc ggaaggctct 739801 gaaggagctc ctgcgggaca aggtagcagc tctcgtcacc ctctactccg tcctgatggg 739861 cgtctccccg ggcaaaatat acatcaggaa ccagagaacg aagtgggcga gctgctcaag 739921 caggggaaac ctgagcttca acctccgtct cgcggctttg cccgagaaac ttatcgaata 739981 cgtcgtgatc cacgagctcg cccacctgcg ctacctcgac cattccaggg ctttctggag 740041 gttcgtggga cggttttatc cggactatgg aaccgctagg agggagctga ggcgctggtg 740101 gggagtaatt gaggtcaacg aggggtggag atggctggag ggaagggagt aagtctgctc 740161 aagctcatcg cgctgattgc agacgagata atcgttggtg ttttccttct cgttgttctt 740221 ccagcccttg gaatgggggt accggttttg gtcacggggc tggttctggg agtcctcctc 740281 gtcaaggacg ttctgatagc cccgtacgtg ctcggaggcg ggctcgaaaa acggcccaag 740341 gccgggccag aatctctcgt cggcagaacc gctgtggtcg tggatgacct ctcgccggaa 740401 ggcctcgtga agctcgacgg cgagctctgg cgggcaagat gctttcacgg aaccgcgagg 740461 aggggagaaa aggttagggt tgttgaagtt gatggaacta agctcctcgt tgaactccca 740521 gcgagcgaag aacctcgata atttcctccg gcctgttggt cgagaaggag acgtcccagc 740581 ccttctttcg cttgatgtag acgcaggcct ttgcaggaag ggtgaagtga atcttcgccg 740641 gacagctcat ccagccttcc ctgaccgcga accactcgat ttcgtcaacc ctaaccgtct 740701 tcctgaggaa gaggccgagg aaaccgctga gaaatatcct atcctcgtag accctaacgc 740761 gaaaggccat gacctcaatg agtatcgtga cggtaaggac cgttgaaaca gccattatgg 740821 gaactgcctc ccccgttttg aggctctcgt agagcccgat gggcataaga accaaaggcg 740881 ggaggagcaa gagcgttatc cacttcgagt agagcgtttc ctcgtagagc atggccatca 740941 cggtgaattc tcgttagggc tttaaacccc ttcccaaacc tatggtggtg atacgatggt 741001 taacgcgatt gccgtcgacg gactgaccga cgatgaagtt agggaaatcc tgacgaggta 741061 tcggaagata gccctcgttg gagcctctcc gaagcccgag cgcgacgcga acgaggtcat 741121 gcgctacctc attgagaagg gctacgaggt ctatccggtc aacccccgct actcagaggt 741181 tctcgggcgg aagtgttacc cgagcgtcct cgacatcccc gaggaagtcg agatagttga 741241 cctcttcgtt cgcccggagt tcgcgaggga ctacgttgag caggcgataa agaagggtgc 741301 gaaagttgtc tggttccagt tcgggacgtt cgacgaagaa gcctttagaa gagccaggga 741361 agcgggctta accgctgtcg cccaccgctg tatcaagcag gaacatgaga ggcttatcgg 741421 gtgatgccga gcagtttcag tacctctccg gtgttcagga ctttaatctc tctaatctcc 741481 tttagccttc tgtcattgct ccacagtgga gcgttcacct tgagggagag ggcaacgaag 741541 tcggcgtcat ctttgtcggg gcatatctcc agcgcaaggg gtatgaactc tgagtagaac 741601 tcttctggga cgaaaataac gtgttccctc agaatttcga gcattccctg gaaagtcccc 741661 ttatctattt tggctttgcg aagaacttct tccttgtgtt cttccagttc tgaaatcgca 741721 aactcagggc tgattagtct tcctgagagg aggaatacca gctcgcgggt ggttgtggat 741781 ttccgaagaa agagaacagc acgttcgtgt taacgacgag aagaatatct tctctcaagg 741841 tatttccctc tgcccttttt tgccagccga ccaagctcta cggcgtcttc ctcggacagc 741901 ctagaatcct taagggcctc gtttatctcc acgagcgttt tgagcctctc cgaaattgtt 741961 ctggcaatca gcagggctat cctatcgtcc acgccctgcg ggactttaac aacaatacca 742021 cccaagacta ccaccaacac cggttggttc ccgtgttata taacctttag cccctcttcc 742081 ttatcacgtg aatatcccta acgagcctgt gcctctcctc gtagtcagga tatctcccca 742141 gaacctcgaa gcccagctta ccgagccacc tccgctcctt ccggtagatg ctcccgtccc 742201 tcagcctgta ggcggggaag acgaagacga cccttccgtt cctcttcaaa acctcggaga 742261 agctctcgaa gaccgaaaag tacagcctgt ccagctcgtt cgctaacttt atcgcctctc 742321 ccctgcccgg gttcctcttc aggggcttcc cgaggtaggg ctcggtgact atggcatcga 742381 acctctcgcg gaaacagcgc ttcagcttcc tcgcgtcgca gacctctatc ctcgccgagt 742441 tcttgagcct gaactcccgc ctgagccact cgatgttttt acgtgcttcc ctaaccctct 742501 cggggtcgcg gtcgctcccg taagcgggca acccctggag gacgaactcc tgaaggacag 742561 ttccgatacc gcagaatggg tcaaggaaaa ggcccctcct cacctcggtg aggttcacca 742621 ttattcgagc gagcctcggt ggaatcgaga ggattggcct ctgaaccggt ctttccacgt 742681 cgagcttctt cagctcgaag ggatcggtaa ccttaaccgt ctcgccaacc agaaagctcc 742741 cgtcgtcgcg gaacaggaaa acgacgtcct taacttcagg aaagcccttt agaatcagct 742801 ctgccggcat ggagtaaacc ttagcgggct tgaagaactt ggcagggccc tcctgcttga 742861 actccctctt tacggcgctt cccagcttcc gccagagcct ccagtcgtcc ctcccgtaga 742921 ggcttaccgt gaagagcttg gcgtattcga ggtcttttat cgcctcttcc ccctcgccga 742981 cgattctgac aagctttaag gaacctccga gccaccggaa atgcctctct atcgagggtc 743041 ttgcctcgat gagcaaccag ttagaatgtt cctcgagtag tttaaccttt agaccgaatc 743101 tcctgccgaa actgtaaaat tccgccctgc tcagctctgg attcttgcca agaattaccc 743161 cgtacatgaa aaagccttta ctcgggcttt taaaagcctt tgggccgata atgttaagaa 743221 cctttattcc gtaaggattt tacgggggtg ttttggttgc tcatccgtga aataatcgag 743281 acggctgaag tcatccgcga tccttatctc cgggcaacca cgtatgctaa aatcggggag 743341 cggctcgccc gggtcaggga tgcgaaattc aagctagttt ttctaaaggc aatcgagacc 743401 acgagggaga ttgatgatcc cgtcaagacc ttcagggcgc tcctctcaat agggtattct 743461 atgaagaagg caggcctccg ctctgcaaaa aagatctacc agagggttct tgaggactcg 743521 cgcgagctcc cggatccggt tagggatgac ctcatggttc tcgcggcgcg ctacatgctc 743581 ggtcttggcg agataaacga ggccataatc tacgcgatgg aggtcaagaa cccctccctc 743641 agggataccg ttctcctcca aataatacga aggaatacct ccctcatagg caccgagaag 743701 gtcagggttg cctacaggat acggaagagc aaaatggccc tcgaaaacat ctctacggaa 743761 ccccaccgct cgaaggctct cattgagata atgaagtcgt acttcctcct gagtagctac 743821 gagaacggga tagccacgat cagggagatt gagcagaggg agtgggccaa gtacgccttt 743881 aaggaggccc tgttcttcct caaggagagg ggggttattg agaagtacgt tccaaacctc 743941 aaggaactcg ccaagtatct cgttgggaag tttggggatg atttcaagat agagctgggc 744001 gttgcctttg cactcgcaga ggaacccgtt gaggcggcgg acctgttgag gaagctcgac 744061 ggtgacaaag ccctcgttga agtcgccatc aggctccttg aggttgcccc gaggtacctc 744121 ccctcgttca tccgcgttct gaacgagcgc gaggcgacag aagttggaag ggccctcatg 744181 aaccgcttcc ttgagaaccc cgacgagggg gagtgggaaa cgatcagggc gatatgggag 744241 cgctcccgga gcgaggagat cagggttaag atagcgcgct attccctcgt caagggcgac 744301 atagacggcg ccatgaaggt cgttgagcac atagagaacg aaaggctccg ctcgatagtc 744361 ttggcagata tagcccacag gttactcaag atgggggacg tttcaagggc tattgacgtt 744421 gcccttgaag ttagggatcc gaagttctct tccattctga tagctgaaat cctgatcgga 744481 gcccttgaca gggagataga ggccaaggtg atagtcaatg gaaaggctaa gaatcactct 744541 tagacgaaag aagagcgatc ccgttgatta tgcaagggac cttgcggagg ccctgcttga 744601 gggcagggtt attggggagg acgttctctt cagggacgcg gtgaacgaga tctacaccac 744661 cctgaaggag gctctcttca agggaaagga gggaaacgag aacctgatcc aggcctatga 744721 gctcgccgtc gtactccgct accttgtaca ggatggcgtt aagacctcaa gggagatact 744781 tgaggaactc gttcagatcc tcgaatgagt tttaagctct ttttccaact ttccccggtg 744841 gtcccgatgt tgctgagttt tgaagtgtcc acgactgaaa ggtttcagat cattgacgtg 744901 accgacgagg ttcagcggct cgtgtggaag gggaagctga ggcacggcat agctgttgtt 744961 tttacaaagc atacgacaac cggcctgatg ataaacgagc cggaaaaagg acttcttgag 745021 gacatcaagg ccaagatgaa ggaactaatt ccgaggggtg ccggttacaa acatgacagg 745081 attgacagca acgcccactc ccacctcagg gcaagcctgt tcctgaacac cgaactagtc 745141 gttcccgttg atgagggcga gctggttctc ggcacgtggc agagaatact cttcgttgag 745201 ctcgatgggc cgagacaccg gaagatcatg gttatgctct gtccctgtcc tgagtatccg 745261 gaggaggagt gaaatgaggg cgtttatctc ggttgacctg gagggccttc cccatgtcgt 745321 cagcagggag cacctcttcg ttaagggggc cctgtacagc gaggcccgga ggatagcgac 745381 tgaagtcgtc aaaaccgcgg ccgaggcctt ataccagaac ggttttgacg aggttgtggt 745441 ggctgacagt cacggcccca tggtgaacgt catcccggag gagatgccgg actacgtgga 745501 gctcgtgagg ggctttccta ggcccctgag catggtcgcc ttcgcgaagg gaagcgatgc 745561 ggcaattttt ctcggctacc acgctaaggc gggaacaggc tacgcaacct tcgaccatac 745621 atacagcggc tcgaccattg atcggctcga gataaacgga atcgaggtca gcgagttcct 745681 cctcaacgcg tacctcctcg gtagctgggg ggttccagtg atacttgtcg gtggggacgc 745741 gaggctcata gaggatgtca aaaagtttgc cccttgggcg gttggaatag ccttcaagga 745801 gagcctctcc cgttacgccg ccaagagccc gagccttggg aaggtgaagg ctttactcaa 745861 ggctggtgtt acggaggcgg tcatcaagct tgaggaagga gaagcaaagc ccctaaaggc 745921 aaaggaaccc gttgaggtta agcttcgctt cctgagcagc gccttcgccg acgcggctga 745981 actgctgccc atcatcgagc gcattgacgg gaagacagtc aggttcgaag cggagacggt 746041 tgaagatgcc taccggatcg ttgaactgct gatcctcgcc ggggcgggcg tcaacgcgat 746101 agcaacgcgg taacgggccg aaaagcttat gcgaagaatt gatcaattcg aaccgatgag 746161 gatagttaag gttccgcgcg acgatcgagt tggtgttatc ccctatggat cggttcccga 746221 ggttgagctg atcatcgagg tggttcccaa gaggggtgag ctgctgatcc gaacaacgaa 746281 cccaaacacc gtgaaggtag agataaccaa cgaagtcgag ctgtacaagt acgacggctt 746341 ctgggccagg ctcgacccgg ggatagtttt catcgagagg aggatagtgc tcctgcccgg 746401 tgaaacctac gagcagaggc tccccgtcga tttaagcccc ggccgctaca aggtcgttaa 746461 gttcgcctac gtggacggcg caagggttag ggtcgagaag gagtttactg tgatgtgaag 746521 gagagggagt agaggtttct cagcacttcc ttcatttcag ttacttctcc ctgcgccacc 746581 agccttccgc ctgctataac gtagaccctg tcgaccactg gcaggagagg ctcccagatg 746641 tggcttatca gcagaaagtt ggtttccttt ctcagggttt tgattatctc cacgacccta 746701 cccatggcct caaagtcgag gttagccaga ggttcatcga tcataaccag ctcgggatca 746761 ccaactaaag cctgagcgag gctcagcttc ttcctcattc ccgaagagta ctctcggatc 746821 ctcctgtcga ggaagtcgat gccgagcagt tccgccacct catccggatt gccgcccctg 746881 tattcagcga agagttccaa ccactccctg cccgtgacga agggcgggaa acccgctgga 746941 tcgaaggaga caccgacttt cctcttgaat tccgcgtccc tccagggatc ctttccgaga 747001 acccttattc tgccggaggt cgggcggtag actccggccg ctatcttgaa gaacgtgctc 747061 tttccgccgc cgtttgggcc gacgataagg tttactcccc cgggaatctc aacggtcacg 747121 ccgtcgagag ccctaatgct cccgaagtac tttttcagat cactcgcctc gatcaacggg 747181 accaccccct tatcatgacg gcgagcagaa tcgaggcggc tattcctatg atggagtaac 747241 gctcctgggt tctttcgggt gcgtggaagt ccgtcaccac gagactgcag atggccgagc 747301 cgttccccct aagagcgagc acgtaggtgc cctcgtgggg aactgggaag ctggccttca 747361 ggctgccata gatgggggcc tcgaaaacga tcttcccggt gaagacgttt ttgaggtaga 747421 tttgacccct cccgtttccg cacgtgaggt tcacccttga ccaagccggg atgtggaggg 747481 aaagcgtgct ctgcatggtg tagtttccgc tctcgagcct gctcacctga accgggggaa 747541 tcgttattga ttcaccggac ttgaggggat agacaaccaa gagagcgacc gtcgagagaa 747601 cgagggagag cagcactccc gccagaaatc gcctcaaacc acatccctcc tttctaccag 747661 cgctagggaa agcgcaacaa aaaccgccgg gacgacgact ccttggagga cgtaacccga 747721 actgaaggcc tgacccagat acttggggat ggcggtgacg aaactgaagg gcgggaggtt 747781 gaggccgagg aagctgggaa ggaggatcag tatgaaggat atcattatgg cctgggagga 747841 gtttggaagc acgagggaga cgagcaccga cagagaagcc gagtataggg cgaaatacag 747901 ggcaaagacc agcaggtgcc tgaagctctc ccagccaaag agcccggaga agaggttggg 747961 gacgctggcg aaggccatcg caaggaacag aaacattggg aaatacagca ggaggagcga 748021 gtacacgaga agaaccagga acttggttcc aaagagcttt ttctttgaaa tggggagggt 748081 gaatatcgcc tgggcgtagc cgccctccct gtcggcccgg aagatcatgg cgctcatgat 748141 gattataaag atcgagagga ggatccagaa gtgattcagt ccaaaggtgg agagaataac 748201 gctccccgtt gggctcttgg aaaggggcat cccctcgctt cccccgccga tggaccctcc 748261 ggttgagtaa gaaaacgccc tgccatgact cagcaggtct gaggtcagaa ccatcaggag 748321 ggtaggaatc ccagcgacga gcattgaaac cctcaggtgc tcggagagct cccacttaaa 748381 gagccccttc aagctctcac ctcctttgat aggccacgag cggaaggaac agggaggcga 748441 gaaagaggta aaccaggggc gtcctcggag gtttgccggc gatgtgaagg ttgccgatgt 748501 tgatgtttgc gtcgtagagg ctgaggccct ggggtcttat tgtcttcagc tttcccttga 748561 ggagttcttc cttgtgaagc atgttgtaac gttctgcctc aacgtcgttc ggggatattg 748621 agactatccc gatggccctg agatccggag cggagcccat catgacctcc gtgatgtcga 748681 gggcaggatt gtagtaataa atgtctgcaa aactgctctg atagaaaggc agggtgatgt 748741 gggaccagtt ggttatgagg ttaccgttgg ggcgctggaa cgtcctccag taggtgatga 748801 tatcgtagtc ggtctcgtcg tttctaacga ccgtcacggc gctcccgttg atgattgcga 748861 aaacgtcccc gggtttgagc tctcgcaggc cccagaggac ggtgtggccg agataagttc 748921 ccgagcggtc gtagaccttt ccgtcgggtg tcacgatgta ggttcccctc agcgttaggg 748981 ggtgctccac tatcaccgta gtcacgttta tctggacagt tttcccgtct ttttcaagtg 749041 gaacctgtcc gatcaggctc tccccggatc cccagaagtt gcagcgcgcc tttcccgtca 749101 gaaacgtgat gtgaaagccc ggagatctga tcgttgagtt tctggacggc tcaagaagaa 749161 cggtaacccc tatttcaact ccgcccttgg agacgttcaa aaccgagaag ttcactgtga 749221 ggcttgagac gccgattatc aggaagttcg ttccgttgca ggagtagagg agaccggtat 749281 tgccgctggg atcctcggcg tgataagtca ggtaaacccc cggtctcaac catgaggggt 749341 atgctagaac tcccggaagg aagaggaggg gtaggagcag gagaaggcgc ttcatgatct 749401 tcccccgaaa caacttggtg agaagttctt aaataccttt ctcctgctta aggatctaac 749461 ccttagtcgg ggttccccag aacctcctca gatacagccg catcctcgcg agatcaacgg 749521 gtttcatagt ttctaccatc cagtcgggga agtcctttct aacgttcctc cagaggacgc 749581 ggtagtcgag gattattatc gagcccttct cctccgccga gcggtgaacc cttccggcgg 749641 cctgaacgag cttcctgtgg gccggcaagt aatagccgta gtagcggccc tttccaggga 749701 acttgcgctc gaagtacctt atctgggcct ggacgcgcgg tgtgggcctc gcgtatggaa 749761 tcccaacgag gatcacaccg ttcatctcgt cgcccgagta gtcctgtccc tcgctgtttc 749821 tccctcccat aacgccgagc aaaactgcac cgttgcccct cgcgtgggcc ttaaagctcg 749881 ccaccatcgc gtcgttctca gcagagctcg tcccctgcct ctcgatgaag atggcctttc 749941 cggtctcctc aagcctgacc tgaaggttcg cagacaggag gccctggaga acctcgtaag 750001 aggccgtgaa gacgccgacg ttcttgggga tcagcttgac ggcttcaact atgtactccg 750061 tcatcctccg gtagaggtcg agggagcgtt cctcaccgcg cgtggatacg tctttggcaa 750121 cgagaacctg ggcgttttcg cgcttcacca tgcgcgggaa cttcttcagc ctggcgttct 750181 cgatgtccat cacgtcgcga aatgcctcca gaggggtgag tgtgccggac atgaaaaccg 750241 cgctctggac gtcgcggatg aatgtcaaag ccttcgaggg gtccagagca actagttcaa 750301 ggctcaaccc cctctccctg gtgaggagga agaggtaatc gtcccgtccg atcagcgaga 750361 gccacaggag aaggaactcc ccaacccttc caatgtagct cctcggcggc ttgttcttgt 750421 ttatcctgtc ctcccttatt gaatcgccga ccgccaccat ctcgttgagg gtcttaacga 750481 gccaccgggt atcgagcccg aggacgttca tgacgtggcc gaacacgagc tccggcgcta 750541 tgggggtttc ctcaacatcg cggctgccga gcttctccga gtacaggatc tccaggccct 750601 tcccgaatat gctgagaaag ttggctatct cgtgctccct gtactcatct gcctctttga 750661 ttgctctgtt cacggtgtgg atgctcatcc tgtcgctcaa agccgagatg gcctgatccg 750721 gcaggttgtg ggcctcgtca aagatgacta tcaaatcgga gtaatcgagg tcaaggtagg 750781 tcatgaagtt ctcccgtatc gtggggttga gggcgtagag gtagctcgca acgatgacgt 750841 cagccttgta tgctatcatc ctggtgacat cgtaggggca gacctcaagg gtctcggcat 750901 agttcaggat ctcggccgga tgtccgggag tttcgaggaa gaagcgcgtg agttcctcga 750961 cttccgcctt tttcttcttc tcgttctcgt agaactggca cttcccgctc ttccgcaggt 751021 tcttgcagac caccatggcg gtgtaagcgt cgctggtgta ttccctcagg tagttgtgga 751081 ggcacagctc tttcctgctt ctcatctcaa cccccgagac ccgcgccttc cggtttattg 751141 ccttgagctc ctctataacc ctgtccatct gcctgtgggt tctggccagg tagagaacct 751201 tgaagcccag ctccttggct accggaagaa ctccagccag aacgctcacg gtctttccga 751261 agccagttgg ggcctcgatg ataacgttct cgcccctctc aactgcccct ctaaccagtt 751321 cgatgaactc caactggtgc ggacgtggtt cgtagggtag gtactcgagt tcagtcatgg 751381 ctctccggag gagtaggaag gggggctttt aacctttccc gatcagtcct tccagatgta 751441 gaaccttatc tcgcatggga agtattcctc cggaaccggc gtccagtagt tggcccagta 751501 gttgacgggt tcgagcggtc cttcgtgggt gatcacctga taacctgcca catcgggggg 751561 tttgttaaaa cacactaggg ctagctgagc ttttctgaca gatgccttga gcgcccagat 751621 tttgtactcc accttgtacg ttccatctcc gttatccaca aggtgcgcct ctattttcac 751681 atcgccgtag tctgcggtgg cgttcttgaa aatcagcgga tcgaggacga gctggttgta 751741 gtaggggacg ttcctggtgg tcccccggag gtagtgcacg ctgataccga taactatcag 751801 gacagcaacg atgatcagga ggtactcaac ggcggactgc cccttcctca atgcaaccac 751861 ccatctagac ctgcgataaa aatatcttta aacctactgg ggccaagttt tttaagtgtc 751921 aggcacattc aatacggcga tcaaaatgga cgaggaaagg acactggagc tcattgagta 751981 cggtgtcgag gcacttctcc ttggggcgtt cacgtacctc ttcgcctacc agaactacct 752041 cctctaccgc tggcatcgcg gcctaccgct ccctgataag ctgcccttcc tcatcatcgg 752101 ggccgttgtg gggctggggt tcttccttta taagtctagg gagattttga aagaagtgga 752161 gacacgccag ccagaagtca aaccggtgaa gtcgggagag aagcccctcg aaggggaggt 752221 gggatctcca gaggaatcag acttttctca atggtctgac tgaaagcaac tctttttgct 752281 tcgttcttga attggaagaa ttagggagat aactgagatt attgcttacg tgtgcgggaa 752341 gatcaatcat atctattcgg tgttccattt atctaaaagc tcgcttcctg tctcatcaaa 752401 gacgttgcat cctgcgcaac tgttattaag agtcacgact taactatcag ctggggtgta 752461 attccatgcg gagaatactc actttcttct ggatactctt actacttgtt ggggcgttaa 752521 ttccagttga aaaagtgagc gctgaagagc aatcatactg ggtcaagact tacggcggca 752581 aatatgatga ttgggctact gcggttgcca tcgctgacaa cggggacgtt atagtggcag 752641 gatacactta cagctttggt gctggaggga aagacgtttg ggttctcagg cttgacgaga 752701 atggtaatgt aaagtggcag aagacttacg gtggaaaata cgatgatgga gctagtgcgg 752761 ttgctattgc cccaaacggt gatattatat tggtaggata cactaaaagc ttcggcgctg 752821 gtggttatga cgtttgggtt ctcagattgg atgagaatgg gaacgtgaaa tggcaaaaaa 752881 cctacggcgg gagcaattgg gatgaggctc acgcggttgc catcgctgac aacggggaca 752941 ttattgttac gggttctcct ttcacgatac ggcttgatgc taacggaaac gtgatctgga 753001 caaaagacgt gggcggtaac gcggttgcca tcgctgacaa cggggacatt attgtagcag 753061 gcagttatgg tgacgacgtt tgggttctca gattggatga gaatgggaac gtgaaatggc 753121 aaaaaaccta cggcgggagc aattgggatg aggctcacgc ggttgccatc gctgacaacg 753181 gggacattat tgtagcaggc aggacttacg gcttcggcgc tggtggtgat gacttttggg 753241 ttctccgctt ggacgagaat gggaacgtta aatggcaaaa aacctatggc gggagcggta 753301 gtgattgggc tcgcgcggtt gccattgcac caaacggtga tattatagtg gcaggttaca 753361 cttacagctt cggcgctggt agtgaggatg tttgggttct tagtttggac gagaatggga 753421 acgttaaatg gcagaaaaca tatggaggaa gctcctatga ttatgcttac gcggttgcca 753481 ttgcggataa tggggacatt atagtggcag gctatacgag aagcttcggc gctggctata 753541 aagatgtttg ggttctcagg ctcccttcat gggggtcaat tgtgggtttt tcaaaagatt 753601 ccaatggttt tgctaatgaa ccaagtattc agataacaga ctctaatgct aaagtatcag 753661 attctgaagc gtggacaatg gactctgagg ccttggagtg gagttctact gccactatca 753721 ccacagtggt gagtgctgga attcttgaga ttttttcaaa tccgggtgga gccaaagtgt 753781 atattgataa cgaataccaa ggtctcacac cacttacagt agttgcaaag tctggaacct 753841 atacagtgaa gattatcaag gcaaactaca acggttacga aactacggta acagtggctc 753901 ccggagaagt agaagtaatc gaggcaaatc ttacccagcc tcctgggacg cttgagatct 753961 cctcaagtcc ttctggagct aaagtttaca ttaacggaac atacaaggga gtaaccccat 754021 taactttaac gatggagccc gatacttatg ttgtgacact ggtcaaagag gggtataagg 754081 agtactcaaa gacagttgtt gtgtatcctg gcggtactac tgaggtgtat gccttcctag 754141 aaattgcacc tgcccttctt aaggttgaat ccaatccctc agaagcagaa gtttacatcg 754201 atgggactta catcggagtc acgcctgttg ggaattatga gcttcagcca gggacttata 754261 aggtaaaact agtcaagtat ggatatcaga attacacaac aacaataact ctcaaggcag 754321 gcgagaatag aactctgaaa gttactttga ccccgaacta tgcccacctg actattaatt 754381 ctgagcctca aagcgcagag gtctacgtta atgggactta caaaggtgtg acacctttga 754441 ctcttgagtt gctaacagga aactactctt taaagctcac taaggaaggt tatgagaatt 754501 atactgcaat ggttgaagtc aaaccaggag aaactaaaac agtctcagcg acgttaacgc 754561 ctgcttatgg tttcttgaac gttgatagtg cgccttctgg ggcagaagtt tacattaaca 754621 ggacttacat tggaacaacg ccattggaaa actacaaact tcctcctggc aagtacacta 754681 tcacaattaa aaaagaaggt tatgaagagt acacaaagag tgtgaacatt atttcgggta 754741 aagcaacaac tttaagcgct tcgttaacgg ttattccaca gccaagctca agcacaacaa 754801 ccatgacaac ctcgactcaa gcggcgacca ctcctagctc aacttctgag tcaaaatccc 754861 aatcaactac cacaactcct tcgtcaacct caacaaaatc ttccactaca tcacggccaa 754921 taagcactac aactaaagca tcttcttcag atctctttcc ttcatctcct tctaaaacgg 754981 aagaagattc tggcggttta agcttcagcc tccgcctcat actaggtgta ttgatagggt 755041 taattatcat tagcaagatt gcaacaaaga acaaaggcgg gaaaaacaaa ctactcactt 755101 caccaagaga agaaaaacca gctcaaaccc ctgtaaaatc caaatctcca actcccgtga 755161 aagggcagaa gcaagaatca atccgagaaa ctatccctag cttcccgcca gagctcttag 755221 acaagtacga gcctctagaa ttccttggag agggtggttt tgccaaagtc tttaaagcca 755281 aacgtaagaa agacggtaaa attgtcgcta tcaaaatccc gcgcatcgac gagaagacga 755341 gctcactctt tttaaaagaa attgccgcct ggtacaacct taatcatcca aacattgtca 755401 ggctttacaa agcagacatt ctcccaatcc catacctaga aatggagtac gttgaaggcg 755461 taaacctcaa cgggaagact atcagagact tagacaagta tccaaagcca gtagatgaaa 755521 agaaagccct gcaacttatc aggggtattg cggaaggcct gaagtatgca cactccaagg 755581 ggatctacca caacgacttg aaacccctca atgtgctctt gaaaagtgac ttgacaccaa 755641 agattacgga ctggggtttg gcaaagatca gcgcgaggag ttccctctca acgcactctg 755701 gctactcacc actttatgct gcaccagaac agcttgatga gagcttgtac ggaacgccag 755761 accacaggac agacatttac cagcttggag tcatccttta cgaactgttg accgggaagc 755821 taccttatga gggctactcg cctggggcgg tgataggcaa gatactagct gagaacgtga 755881 aaccactccc tccttcgaag ataaacccgg ccttggcgaa gtatgacggt attttcgaga 755941 gactcttggc gaagaggaag gaggatcgct accagagtgt tgaggagttc ttagcagcac 756001 tagagattct tagaaagttg gagtgggagc ttaaggaact gaaaaagacg aagaggagtc 756061 tcaaaaggag caaatctatg tgggaaataa agatgcttag gcgggaggct gttgagaaga 756121 ctgctaggat agcagtattg agtgctcggc ttaatgataa ggttgggttg ttgaatgctt 756181 tggaggattt gaaggtttac acgcgggaga atttggatga cttgttgaat gcgataaatc 756241 aggtggaggt gcggttaaag gaagggatcc ctgttagtga tgatttgatt gagcggcttg 756301 aggtgttgtt gcacaggatc caaagggaga atgagatatc ttaagagcac cgaccacgga 756361 ttcctttttc tttttactcg ggattgaacg ggtagcatag actgagtcct cttgaaaaga 756421 gaggcttgaa aagaaagtaa gaaaaattat ggagctttag agcttaagct ccggaatctc 756481 ctcaagaacc ttgaccgtga gcttaacggc tgcatcaacg tcgcgctcgt caacaacttc 756541 cgtgttggag tggatgtacc tggctggaat gcttattccg cccgttggga cgccgctctt 756601 ggtcaggtgt atggctccag catcggttcc tccgcccgtt aagatgtccc actggtaggg 756661 tatctcatgc ttcttagcca gctcctccat ccacctgacg atcgtcgggt ggcagatgac 756721 ggagcggtcc attatcttaa tcgcgacgcc ctttccgagc tgggttatct gcttgtgctc 756781 cggagttccc ggaacgtcgg ccgctatggt gacgtcgagg gcgaagccat aatccgggtc 756841 aatgccgaac gccgaaaccc tcgcgcccct aaggccgacc tcctcctgaa cggtcgcgac 756901 gaagtaaacg tctgcgtcgg tctcgcttaa ctgcctggcc gcctcgacga gggtgtaaac 756961 ggctatcctg tcgtcgtggg cgatgctgac gagcctgtgc tttccgagcc tctctaagcg 757021 accgtcccag gtgataacgg tgcctatctt tacacccatc tcctcggcct cttccttgct 757081 ctcggcgcct atgtctatga aaatctggtc ccaggttggg gccttgttcc tctgctccgg 757141 tttctgaatg tgcggtggaa cgcttccacc gacgccgtag atgaactcgt tcgggccaat 757201 ccagacttta aacctctggg cgatgagagt tctcgggtca acacctccaa cgggcgcaac 757261 gcggaggaag ccgttcttct cgatgtgggt caccatgagt ccaatctggt ccatgtgccc 757321 cgcgagcatg accttcgggc cctttccttc cttgtgcgct atgacgtttc cgagcttgtc 757381 gaccctaatc tcgtcaacgt agggcttgaa ggcctcgatt acaacgtctc taacgccgag 757441 gaactcgtag ccggaaactc caggggcttc aataatcttc ttcagcagtt cgaagtccac 757501 catcggtacc accgtttaga cagtcatcgt aatgagcttt taagggttta ggtgctaagg 757561 gtatatcctg attcccattg cccgctcccc gttgtcgtat atttccttga ttttgaagag 757621 gtaggcgggc gttttagtcc agtcccgggg ctttttcggc ctgtggaaga cgtcgtgaac 757681 cgcgttcgtg tactcccaga cctcatcccc ctcatgtacc tccacctcgc accgaacctc 757741 gtaggaggtg ctcggcgggg tgaagaagag caccgtcgcc tccctgctcc cgccggtgat 757801 gttggtccac gtgtgcttct tcgccagctc cagggaaaca agcttgccga agtcaatctt 757861 ctccctcacg tagatttcgt ttagaaggaa cctaagggct ctcctggggt cgtagggcct 757921 ccgaagttcc tccctgagct tctcaatggt ttccccaagg tactcccgct tgtgtatgaa 757981 cccaatcccc tttatcgagc cgtttggtcc ggctttcccg caggttatta tcgcggggtt 758041 gtgcctggtg aaaccaatca gcgcctcggg cccgaacttc ccctcggcga gtttccgaac 758101 cccttcgacc ctctcatcga aggcgtagcg tatgaactcc tctggtatca ttggaccacc 758161 cattgaactt cccctaaggt taaaaacgcc tttcggttaa gctaacccca tgaagcccgt 758221 gttaatgaag ctcaacgtgg ttccctgcag gttcgtcaaa agattaaacc gcttcgtggc 758281 tctggtcgag gtgaacggcg aaatcagaaa agctcttctc acgaacacag gtcgccttga 758341 ggagttcttg attccaggac gaaaggcctt ctgcacgcct aagagcgggg gaaagacgga 758401 cttcgtcctg attgccttcg aggatttaga aggcaaggga gcgatagtgg acacgagaac 758461 ccaggcgaag gcctttgaaa gggcggttga gcttggttta gtcccctggc tgaagaactg 758521 ctcgataaag cggaaggaag ttcgcctcgg caattctcgc ctcgactacc tcttcgagtg 758581 tcccggtgga gagctctacg gcgagatgaa aagcgccgtt cttaggggag ggaagaaagg 758641 tgaatacgcg atgtatcctg actgcccaac tttgcgcggg cagaggcacg ttagagagct 758701 gattgagctc gtcaaagccg gaaaggacgc gataatcttt ttcatcggtg cgatgccaaa 758761 ggttgagaag ttccggccct acgagaaggg cgacccggaa ctcgcgaggc ttttgagaga 758821 ggcaaagagg gcaggggtta gaatcgaggg actctcgatt tctcttattc cggacgggag 758881 agtgatttta gaaaagccag agctcgagat cgagctttag atggccttga cccttctggc 758941 taccctcggg cggggtttgt agagtatctt gctcccgcag tacgggcagc ggacttccct 759001 cgccgtttcg agatcgagct caacttcccg gccgcacttg gcgcagcggt atatggcctt 759061 gaccataata tcaccccaaa atgggagaat caggccttgg aagcgacaac gcgcttcgcg 759121 acctttccgg caggggtggt cggcaggtag gcaccgccgg cgaaagttgc cccgcacttc 759181 tggcactgcc atatgcccgt actgattctc ctgacggcct tccttccgca gaccgggcag 759241 acgtgcttct gcttcatcct ggcttcaacg gcggctactc tccttctgat cttgagaccg 759301 taccttggac cgaaccttcc agccgaacca actttaacag tccttcccat gagcatcacc 759361 cctgattaac tccactcctg agactgttgg gttttttagg ggacgtttta taaacctttg 759421 catgatccga aaccgccact ggatttataa acactccaga gcaggaaggg cgggtgagcc 759481 ggatgatcag ggtgaaagtc cttggaaggg gaattgaaaa agaagtcgag tggaaaaggg 759541 gaatgaaagt cgccgacgtc ctcagggagg ttggcttcaa cacggagagc gcgatagcga 759601 gggtaaacgg aaaggtggtc cttgaggacg atcccgttgg ggatggggac tacgtggagg 759661 tcattcccgt cgtttcaggt ggctgatcga cgagtttcag agaaggatct gccttttgga 759721 cggcgacgtt ttcagcgttt cgacaaaagt tttattaaat gctgctggat aacggggatc 759781 atgatgatct ttgtattcct tatcgcgggc cttttgttcg gttatttcct caggaaagct 759841 ggaaaacgac cgagcatgga aacacctatg agtgttgcgt tgctcgctat gatatttttc 759901 ctcggagtta aaactggtga ggttcatgtg aacggtctct ggctcctcgg cgtttctgcg 759961 gtttttgcag ttctgacgat agctggaagc cttttcttgg cggaggtggt cgggtgatgt 760021 ttctttacct cgttctcgcg tcgcttgttg cggggatcct tgtggggcac ctcttcactc 760081 cagacttcgg gaacgcctac gagataatgc tctacgccct catattcctg attggagtgg 760141 atcttggctt gagcttcagc actggagagc tcagaaaggt tggacggaag gcccttctcc 760201 tgccgttttt aacgctgacg ggctcaatcc ttggcggact tctggcggca ctggttctcg 760261 ggatagagat gagatggggc ctcgccatag gggctggctg tgggtggtac tcgctgacag 760321 gcccgttgat agcccagtac tctgccgttt acggtgcggt cggtttcctt ggaaaccttc 760381 taagagaaat cctgacgata acgctatatc cgcttgcaat tcgaaaactc aacccggaga 760441 aggccatcgt cattggggga gcgacgacga tggacacaac tcttcccatt atggcaaggt 760501 ttggaggcaa agaagtggcg ctggtcgctt ttgttcacgg tttcatcctg accgctatcg 760561 ttccgtttct ccttcccctt atcctcacgc tcttcgacta ttgacgagtt taatattggc 760621 attaagcgaa aaccttttaa ggctcaagtc cgttatggtt ctttaggtga aagcgtatgg 760681 agtcgggaat aaagttgctg aagcgcaggc tcgatgttgt taagaagcag aaggaatacc 760741 tgatccttga ggaggccaag ctcgtcagga tggcccgcca gaagaaaaaa gttgcccaca 760801 agcttgagcg ggtcaagagg gagaagttcc gcgttctcgc tgaggaggca aagcttctta 760861 gggttataaa gcagagcgcc aagccggctt gagatctttc cttttaaatc gcctcgcttt 760921 tctccacttc caccaagctt aaaaaggtct tttccataga cttcccggga caaaaaggag 760981 aggtgattct catgccaagg aaggccagag agtatcctga agagggtgag ttcgtcgtcg 761041 ccaccgtcaa gaacattcac ccgtacggag cgttcctgat acttgatgag taccccggaa 761101 aggagggctt catgcacata agcgaggtgg ctccaacctg ggtcaagaac atcagggact 761161 acgtgaagga gggccagaag gtagtcgtca aggtcattcg cgttgacccc gagaagggtc 761221 acatagacct gagcctcaag agggtaaacc agcagcagag gaaggccaag ctccaggagt 761281 acaagcgcgc ccagaaggcc gagaacctac taaagatggc cgctgaaaag ataggcaagg 761341 acttcgagac ggcctggaga gaggtctggg ttccgctcga agaagagtac ggcgaggttt 761401 acgccgcatt cgaggacgcc gcccagaacg gaattgaggt tctgaagggg ctcattccag 761461 atgagtggct cgatgcgctc aagccaatca tcgaggccta cgtcgagatt ccgaccgtta 761521 ccattgatgc ggagttcgag ataaccgttc caaagcccaa cggaatcgag ataatcaagg 761581 aggccctgat tagagccagg gacagggcca acgaggagaa ggacatagac gtcaagttca 761641 cctaccaggg cgctccccgt tacaggattg acataactgc cccggactac tacaaggcag 761701 aagaggttct cgagagcata gccgaagaaa tcctccgcgt cataaaggaa gcgggcggag 761761 aggcgaccct cataaggaag gagaagcgca taaggaagat taagaggagg taaccatgag 761821 gttccgcata aggaagtgcc cgaactgcgg caggtacacc ctcaaagaga tctgcccggt 761881 ctgtggagcc aagaccaagg tagcccaccc accgcgcttc tcgccggaag acccctacgg 761941 tgagtacagg cgcaggtgga agagggaagt ccttgggata gaggtgagaa aatgaaggaa 762001 actaccatct acctccttga gaggccccag ctgagggacc cggtgttcat agagggcctc 762061 cccggcatag gcctcgtcgg aaagctcgcc gcggagcacc tcatccagga gctcaacgcg 762121 gtaaagttcg ccgaacttta ctcaccgcac ttcatgcacc aggtcatcat aaagaagggc 762181 tcaatcgtcg agctcatgaa aaacgagttc tactactggg ttaaccccga cgagaacgga 762241 agggacctaa ttatcatcac cggtgaccag caggttccac cgacggacag tcccggccac 762301 tatgaggtgg tcggcaagat gctcgacctc gttcaggaac tcggcgtcag ggagataata 762361 acgatgggcg gctaccaggt gccggagctc cagggtgagc cgagggtttt agctgcggta 762421 acccacgagg agctcgtgga ctactacaag gagaagctca aggactgctc cgtcgaggtg 762481 atctggagag aggacgaggg aggagcgata gtcggtgcgg ccggtcttct gctcggcatc 762541 ggcaagctcc gctcgatgta cggcataagc ctgctcggcg agagcctcgg ttacatagtt 762601 gaccccaagg cagcgaaggc cgttctgacg gcggtcacga agatactcgg catcgaggtc 762661 gacatgactg cactggagga gcgcgccagg gagaccgagg agatactcag aaaagtccag 762721 gagatgcaga gggcgatgct cgagcagaca atgccccctg ctcccgagga agaggacagg 762781 ggctacctct gaatttactt cacttttcaa gtgacattag ttttttaaat tctttagcgt 762841 atattacccg gcgcttgaaa tgaatcgcaa aagtgccttg gcgcttacca tcgtgattct 762901 catcggttta acgtacgtac ttcatggttt acccagacct ccacatgatc aatttccaac 762961 tattcctcct catccaaggt ccaacgaact cgttgaactg tttagactct atgaatcaaa 763021 tcaaatccat caaaatccaa caaaaagtag gttgcttgtt aatgcttcaa aaatggcaac 763081 ggacccaaaa ttaatgtatg aaattggagc cgagcttgtg ttgtcaggga gcgtagaaga 763141 gggaagagaa ctcataagaa aggccttgga aaatctaagt cccgaagata aaagacgaat 763201 tctatacgac cttgcccaga agagacttcc atacaccgca ctgattgtgg gatttgagtt 763261 aggggatgtt aaagatgcgc tgttgaagga tgacttgggt cccagaatat tcaagaccga 763321 aggatgcacg aaccaagatg cgtgtgaggt tctcctgagt aagtcctttg agcttggtga 763381 ggaagagttc ctagcccaac agataattca aaaaatgaaa gttagggtat tacttagata 763441 cgcttatgat aaaattccgt ggaactatca gaagatgcta tcgaggatag aagagtccat 763501 agtacaaagg ggagatcatt cccttgccct taaaatcttc aacgaaagtc tttccacgct 763561 gtatcctgga tcgtatctca gcgggataag gcttgcgatg atgtacgaag ctgttaacag 763621 aacggactat tcgatgaggg taaaggaact cgttcttaac aaatacgact gggtgagaaa 763681 ggaaaagagc aaggagaatt acacctcccg gaggagatgg cagttagagg atgttctaaa 763741 gacagaatgg tttttccaaa ttatgtggga tcatgaaatc gaggaaatgc ccctcgacaa 763801 cgccacatta aagaccattg ttgaaaaaag acacacggtg gaaaacacct gtggatacgg 763861 gaatggatgg atgattgagt atttaatgtg gttgggagat acagaccttg cgtataacat 763921 aaccaatatc cttgccgaaa attccagcac atttgaggca cttagatatt acatcctact 763981 caaaaaggag aacaacaccg tccttgcgag gcttgtcaga aaaaggattg actttagata 764041 taaagatgat aggaagtcgg ccgagtattc gcgcgattta tatctatttt cgcaaggaat 764101 tctcaccgtt caggatatcg aaccatattt cgacaatctg actctatgca atttgctctg 764161 ggaactaaac atgactcaag agagctttaa atattgcagg gaatacctca gccgtgttcc 764221 agcttctact gtatgctacg acggatttga tgagaagggt aatcctattg gcggctgcta 764281 cccagagcca acacctacag tcgagattat agacacgtat ctggaaagat acggcgacac 764341 tcagactgtt tacaacgtct ccctcaggat gttgaatacc tacggatgta agtggggcat 764401 gaaaggattc gtcaaaattc tcaggtactt gcacaaaaat gatgttggga aatatgacga 764461 attcctcaag cgaattactg agatcacgtt cgatgatagc gaacaggaat gtatatcatt 764521 gctggcaatt gggatatcca aatgggatct tgataacgcg cttttgttat cctccaagat 764581 agccgataaa aacctccaag caaagacgtt actggaaata gcaaaaaatg tgaatagtta 764641 gccagaggcc tcgcgagtgg agatactaag aagctcaagc cccagctcaa ggtactcctt 764701 tgccttctcc tcgctcctgg cctcgctgaa gacccttatt atcggctcgg ttccgctcgc 764761 cctcacgaga acccagccgt ccgggaagag tatcttagtc ccgtcggtgg tgtctatctc 764821 gtaacccctc tcccttgcaa gctccgctac ctttgccacg atcgcctttc tatcgccttc 764881 tacgtgcctc ttcgtcttga actggtagta cttcggtagc tcatcaatca gctcgctgaa 764941 cttctttccg ctcttcgcga aaatctcgac tatctttgcg gtggtcatcg ccccgtctct 765001 cccgaggacg aagtccggga agatgactcc accgttctcc tcgccgccga tggttccgtt 765061 gtgctcgagg agcgcgcggg caacgattaa atctccaacc ttcgtgcgca taaccctagc 765121 gttgttcctc ttcgcgatgt catcgagcag gttcgaggtc gctatcgtgg tcacgagcag 765181 cccaccaccg ttttccctga gaaccgcgtc ggcaacgagc gcgaacgtct tgtcgccctg 765241 aatgaagcgt ccgttctcgt ctatgaaaac tgccctgtcc gcgtcgccgt cctgggcaac 765301 gccgaagtcg gcaccgaggg ccttcacgat cttcatgaag tccttaaggt tctcctcgtt 765361 tggctcgggg ttccttgccg ggaagtgacc gtccgggtgg gcgttgacgc tgacgacttt 765421 acagccgagc tccctgagca agtagggcag agtcagacta ccagcgccgt ttgatgtgtc 765481 aacgacgacg aagggccgtc ttttcctgat tgcttcaaca tccaccctgc tctttatcgc 765541 ctcgatgtag ggcttgatga tgtcctcttc gcgaacctcg ccgatttcgt cccacttcgc 765601 cctgtcgaag tcctccttaa agaagacctc ctccacgacc gcttcgcgct ccttcttgag 765661 gcccataccg ttgggttcaa ggagctttat gccgttgtat tcgggcgggt tgtgtgaagc 765721 ggttataacc gctcctccgt cggccttgaa gtggctggtg gcccactgta ttgcaggggt 765781 cggcgcgatt ccaacgtcga tgacgtcaca gccgacgctg aggagaccgc tgatgagggc 765841 gctcttcagc atctcaccgc tcaccctcgt gtccctgccg actaccacta gaggtttttc 765901 ccttccctcg cgcttgagca tcgtcccgaa ggccatgccc atcttgagcg cgaactccgg 765961 ggttatcttc tcgttggcta tcccacgaac accgaaggtt ccgaagagcc ttcccatgtc 766021 caccacctca cgttaatgag tttgcgagtt ttattatcat gaagacgaaa atgtagagcc 766081 cgtagacgaa agcaccagcc tggacgatgc tgatcagtat cttcaggggc ttgaacttcc 766141 ccgagaacaa cggaaccggg aggcctataa ggattgcccc aaagaggtac agaacggctg 766201 tctttattgc ggcatagtct atcgggatct gagtgggggg ataagttatg ttcgcctgtt 766261 gaccgttgat gttcagggtt atcccctcac ccaggttgcc tgtgatgagg tacgacatta 766321 tgagcacgaa aagcagcgct ggtaaaaggt tcaatgaaag ggaggaaatg gaggagctga 766381 aacgctccca tgagtccgaa cagttcttgt cactcaccct catgccctcc cgaaatcgtc 766441 gtcaaacctt actatgtcgt cctcgccgag gtactcgcca atctgagtct ctatgacctc 766501 aaggaccacc ttcccggggt tctcaaggcg gtgcttgact ccagcgggaa tgaaggtgct 766561 ctcacctggc ctcaggagta gctctttgtc cccgacgatg accttggcgg ttcctctgac 766621 cacgacccag tgttccgagc ggtggtagtg catctggagg gagagcttct tgcccggcag 766681 aacggtcagg cgctttatct tgtagcggtc gccctcttca aggacggtgt agcttcccca 766741 gggcctgtag gcggttctgt ggacaatgac gcgctcgtca ccgagctctt taagagcttt 766801 gtagacctcc ttaacgcgtt ggctctcgcc cttcctcgcc acgagtaatg catcgccggt 766861 gtctatgatt atcaggtctt caacgccgac agtcgcggta agcctttcgg tcattatgag 766921 gttgttcttc gagttgaccc ctatgtggta gccgttcttt ccgcgaaccc ttacggcgtt 766981 cccgtcgtcg tctttctcaa gaacctcgta gattgcatca aaactgccga ggtcgctcca 767041 cttcgtgttg aggggaacca cagctgcttt gtctgtcttc tccatgacgc cgtagtctat 767101 gcttatctca gggacgcggt tgtaggcctc ctctatgtca ccgctctcct caaaggcctc 767161 ccagacgtcg ggggcatgtt ttcttacttc ctcgatgaag agcgagctcg agaacgcgaa 767221 catcccgctg ttccagtagt aaccgctttc aacgtagcgc tttgcagtct caaggtcggg 767281 tttctccttg aactctgaaa ccttgtaccc gattatcctt ccgtcctctt caatcttctc 767341 gcccggcttt atgtagccgt agccagtgtg aggtctggtc ggcttgattc cgaaggtgac 767401 gaggtggtcc ttggcaagct tttcggcgtt ctcaaaggcc ctttcgtagg cctcgttgac 767461 ctctatgagg tggtcgctgg gcagaactgc aacgaccgag tccccgaact cctcctctat 767521 cctgagcgtc gcccagagaa tggcgggcag ggtgttccta gcgctcggct caaggaggat 767581 gttgtcctct ggaatctcaa tgcctagctc ccttaaatcg tccagaacgc ggaagcggta 767641 gtccctgttc gttacgatga atatctcgcc cggcttcgag aagagaagtg ccctctcaac 767701 actcttctgg aagaggctcc tatcgtcgag gaagcggatg aactgctttg gcatcagctc 767761 cctgctcagg ggccacagcc tcgtcccctt tcctccggca aggattacgg tcttcatggt 767821 atcaccccca ggagttcttc aatcgagctt atatgcttag cctttggatg agagagtttc 767881 ccaacgatga aggcgttatc aacgacctcg aagaggggaa agtcgttctc accgtctccg 767941 agcgcgtagc tctcaacctc gccgaggcgg gagtagagtt cgaggagggc tctggcgcct 768001 ttacccttgt cggtgttgcc ggtgacgttc aggaacctcg ttcccctgct tactttaagg 768061 cccacccttt caagctccgc ctcaaatcct tccttccccc acctgaatat cgtctcgctg 768121 tattcgcgct tcatcgcgag ctttgcgagc tcctcgggca ggcccgtgaa ggccttaacc 768181 tcgtcgaggg tcgagttacc gtagtatttg aggccgtatc tccgggagag gccgtcgagc 768241 gcgcgcttta tctctggata tggcttcccg agctcaccca cgcggtactt tccgcgtttc 768301 gccccgaact caccgacgac cctaggcgga aagtagttgt tcggaacgta gaccgcactc 768361 ccgttttcaa ctatgaaagg cgtctcaagg ttccatgccc tcaggtagta ctcgacctca 768421 aagcgggtct ttgaggtgtt cacaacgacc tcgtagcccc gtctcaggag ctcctcaatg 768481 acgggacggg cattttctgg cgagtagtcg tctcccagta gggttccgtc gaggtcgagg 768541 aagatgaccc taatcaacgc tcacacctcg aacttgagga gagtctcggc ctcgtcttca 768601 agcgttttca tccactcgtt cacgtctatc ccctcaaccg gaggcatgac cttgggcttg 768661 ggcggttcct cgttctcgcc gaggaggccg tgaacgcgga gctcttcaag gattctcttc 768721 ttcagattct cggtggcgag ctcggagtga taaatcgttc caagggagct tagaatcatg 768781 cccttcacgt gctcctgccc cttgtcctcg tggaggtgcg ggttgagggt ctcaatctgg 768841 aagatctcga cgccctggtc gtagacctcc tccttgcctc ttccccacct tccgaaggtc 768901 tcgaagaggt agaccagctc gtagggttct atggcgtagc cagtcgcgaa gggcattatc 768961 tcggcaagct ttatgctcat cgcgtgctcg ccggcgtttc ccgttgctat gatgttggtc 769021 tcgaagttgg tggcgacccc gaagagctcg ttcatgtagc ggttggttat ctcgcttacg 769081 cgcccccact tcttgaagta gagccccttc gtcgtcacct tgggcttgtg gcgccagctc 769141 aggcgaacca tcgtgtagtc gctctcgctc atgagaaagc ctgcggcgta gtccttgacg 769201 tactcgttca ccgaaccggg gatgtagttg tcggcatcga cgaagccgac gtatttcgcg 769261 ccaatggcct tagccaggag cagaccgatt agcatgccct cccccttacc gctcctcacg 769321 gagttaccct cgagtatctc ggtgtagccc gtctttttga aggcctcggt taaaccggga 769381 tccttctggt gaaccattat tatccgcgag cgcgtgaggt tgtagaagtg ctttacaagg 769441 tccacctcct gcttgaagat gttcggccct tcacgcttgc tgttcgagac tattattatt 769501 gggcactgat ggggaatggc cttgagcaca ccgtcaacga gctgaagctt ttcgtccttc 769561 atcggaacga ctatcgctat gtcctcgagg gttcggtaaa tgtcctccct gggaacgttt 769621 ttgacggtga acgtcccaac gtctctcgtc tcgctgtcca gctttatgac cttctggacc 769681 tcgtagattt caactgcccc gaagagctcc ttataaacgg gtgcctccaa aagcaattcg 769741 acacctcccg gacaattttt tgaagtatgg gtaaaacccc gtaaaaattt tgggaaaaat 769801 caaataaaaa ggtttgtcct aagaacgcag tgcgaactca ccgatgaagg ctgagctcga 769861 tatggtgtcg cctatgccaa cggttgactt cggcttggcc actatcttgg tcggtatgaa 769921 ggccagctgg tagccgttga cctcagctat gccgtttctc attccatact ctctggcgag 769981 ggcttcctca acgggctttg ctctctcgtt cacgggcacg tccatggctc tgacgacctc 770041 gcctatggaa gggacgtcgc cgagcttcgc ctttgccgca gccgctaaag ccgcgaagag 770101 gagagcatcc ctgacgaact cgcccctgta atcggtcagc gcgaggtaat aaccgtaagt 770161 gtggaagtga atcctcttaa cgccggtctt ttctgcgagc ttgagcatcg cctcggtgac 770221 ggctatcggg tcaacggggt cgctcgcgag gagcttttcg gcaagcctct tctcgcccat 770281 cacttccatt atcgaggcca gctcgacctc gttgaggccg acgctccaga aagcgggaag 770341 caggtcgagt attgccttcc taacggtctc gtccggcgta aaggcgaact cgaggtgagc 770401 gggaattccc ctctcgttga gaaccttcag gtgctccctt accgtctcaa agggcttgcg 770461 gtagttgtcc ttggtcaggg cctgaagtcc gcttattatc gcaagttcgg ccttttcgac 770521 aatctcgtca aagcgctccc tgaactcggg ccttatgtat aggttcgtgt tgtagtcgtc 770581 ggcggcacct atgaagcggt tttcgcgagg ggcttcgaag ttaaagaccc tgaagcctct 770641 gggaaactcg tagatgtagt gtatgcaact ctcctcgtcg ccaccgaagt ccctcgggtg 770701 gacaagcctg agttcatcgt tttcgacctt cggcacataa atcgggccgt ccttgaagag 770761 gcccgcctga aggtgggaaa gctgggggac gtgcgctatt accggaacgc cgtagactcc 770821 accaaggagg tttgccatta tgccgacctg accgcccatt ctcagttcgt cccagcccca 770881 ttgcctcatg tagaagcgaa cggtacagct ctcgacgaac agctcagcgg ctttgcccct 770941 cctgatgctc cagaggattg agcctaggag ctggggaacg ctcgtgattc tctctggtaa 771001 ttcctcggag tagcggagaa cctcctccat cccagccctc tcgattctct cctcaaggtc 771061 gcgcctctca aggtaattga tggcatcgat gtttgtgttg taagccagaa gaacaccatt 771121 aaccttgccc atgttggccc taaccctctc aaaggcagaa gcgtaaagcc tgtcccacat 771181 tatgtatcac cgggagtgaa aagtaattgg aactaataag ggtttcgttc ccgcctacag 771241 ggggactatc acagggactc ctcttatttc tcctatctcc accctaacgc cgtaaacttc 771301 ctcaaaaagc ttctcactca gaacctcaag gcctccgtct gctatttttc tcccgtcctt 771361 catgaagacg aacctcctcg caaagcgaag ggccaggttc acgtcgtgca tgaccattat 771421 aacggtcttc ccccccttcg ccagttccct cgcgagcctc atgacctcaa gctggctttt 771481 gaggtcgagg ttgttggtag gctcgtccat cagaaggatt tccggttcct gagccaaagc 771541 cctcgctatg ctgaccttct ggagctcacc accgcttatc tcgttcgtcc tcttgagggc 771601 caactcctca ataccgagcc tcttcagggc ttcttcgacg acctctaaat ccttctccga 771661 cggcgtcagc cccatgtagg gcctcctgcc gaggagaacg gtgtcgaaga ccgtcaaaaa 771721 ccctggctcg accctctggg ggacgtaagc taaaaccctc gaaagctcct tcggcgaata 771781 gtcccgaacg gacctatcct tgaggaagac tccctcgcaa cgcaggattc cggcgagaca 771841 tttgagcagt gtgctctttc cggccccgtt cgggccgagg attgccacga actccccctc 771901 cccgacttcc aggcttattc ccctcaggac ttcgcgctcg ccgtaggaga atcttaagtt 771961 tctcgtctca atcatctccg cccctccatc ctcacgagga ggtatatgaa cgcaggcgcg 772021 ccgaggaagg aagttatgac gccaacgggg agtgtcatag gtgaaacgat tagcctcgca 772081 actgtatcgg ctgaaacgag gagcagtgct cccgctaacg ccgagagggg aatcagcgag 772141 cggtaatcac cgccagcgat gaggcgcatc gagtgggggg cgattaggcc aacgaagcct 772201 attaccccca cgaaggccac cgttacggag gttatgaagg ctgagagcag ggttccgatt 772261 agtctttccc tctcgatgtt gaccccaacg ctcttggcta tctcatctcc aagggtcgag 772321 gcgttcaagt cccaccgctt gatgaggaag tatgcgaaaa tgagagcgaa cgcaaccgcc 772381 attatcgcgt tttcccgcca cgttgccctc gcgaggtttc cgaagctcca gtagaccatc 772441 gcagcaagtt gaagctcgtt ggcgaagtac tgaacgaggg tggttaaagc tgagtagagg 772501 gagctcatcg cgactcctgc taaaactatc gcctcagggc tcagaccgcg gagcctcgcg 772561 agagcgagaa tcacgagggt tgcgcttatc gccccgagga acgcgaagag gactaccgcg 772621 taagggttgt tgaggaagac ctgccccgag ttgagcgagt agccagcgcc gaggattatg 772681 gcgagggaag ccccgaacat cgccccgtgc gagacgccca tcgtgaaggg cgttgccagc 772741 gggttcctga ggtagccctg tagaactgcc ccagcgactc ccattgaagc ccctacgagg 772801 attccagcga ctattcttgg aagccttatc ccgaggagca cgaggcggtc gtctttgcct 772861 cccccgccga ggagaacggc gaggacttcc ctgaggggga cgtggtaggg cccgcttgag 772921 agcgagaata aagaaacagc taacagggaa aggaagaggg caatgcacag gatgagtttc 772981 cttctcctgt acgctttgta gtccatgggg catcacgggt tcgtcggcag gccgtaggta 773041 acgttcccgc tggcgagatt tatcttcccg aacccgccga actccttggc gagctccctg 773101 taaacgggct tcccgacgag gaaggtgaat atttcgtccg ctttctcggc ggggttaacg 773161 ttcttgaagc gctcggggta gataaccttt ccgatgtagt atgtgtccgc aatcgctatc 773221 ccgatgttgg tgttgtagaa gttgtatggt aagacgccgt agaggttgcc ttccctgacg 773281 gccttgagag agttgtagaa gtcggggttg ctcctgtagt cgtcgaggat tatcttcaga 773341 ccaccctcgt cgatgaagat gtagtcgggg tcttccttca ggagccactc tttatccacc 773401 tgaatccagc cgtgcctgtt cgtgctcgtc agtttcgagg cgatgttgtc gaggtgcagg 773461 actgtgaagg gggtgtagta aactgaggtg ctcgttatcc cgtgggcgcc cttgtagcct 773521 attcctccga ggtagacctt gggactttca aggcccttcg tgaggttctc aaggtaggcc 773581 tgctgttccc tgatgaactt tattatctcc ctggccctct cctccctccc gaggattttt 773641 ccagctaaga ggagcgactt gaagaaggtc tcgtccgtga agttctccag cgtgccgtag 773701 ctgaggacca cgaccgggat tcccgtcttc tcctggactt catcggccgt ttccttgctc 773761 gcaaagaccc agaatatcac ctgggggtga accttaacga gtgcctccat atcggggagc 773821 tttccggggc cgcccgggcc gattaccggt aagttgagaa gctcgaggtg agctaagacg 773881 tagggcctcc cgtaggggta gcgcttctcc agctcctcga ttccaaccac cttatcggtc 773941 gcgttgaggt agacgagtat cctcaaggct ccaggcccaa cggctacgat acggctcacg 774001 tttgcaggaa cctttactgt tcttccgagg gtgtctgtaa tcgtgatgta acccgcgctt 774061 gagctcgttg gagaagatac actggctttt gaggagcttg aggttgatgt gccaatgcac 774121 ccggcggttg aaagaaccag caggattacg aggagcgcga gggccttcct catctgtatc 774181 accaattcca aaattggtgt tatcctttta aacattttcg ggattttggt aatacagaaa 774241 agtggggaaa ggtcactcgg cgtacctcag aagaatctcc ttcagctcta gggcttttct 774301 ataggttgga gactcggggt ttccaagtat ggcctcgact tcggggtcgt attcctccac 774361 gagctcatcg taggggatta tcgtcttggt catgaagtcg ttaaagccaa gctcgtctag 774421 tattctctcg actttctcaa tctggctctc cttcttcacc ttgtttatca cgaggtggac 774481 gtacttgatg ccgagctccc tcgcgagcct tgcggcgtca accgccacct ggaccgaatt 774541 gtaagtcggc tcggtgagga cgacggcctg tttgaagccc ttcgctaggg cccttccgaa 774601 gtgctcaagg cccgcttgag tgtccatgag gattatctct cccttcctga ggtttatata 774661 cttgacaacg gcatcgagga gtgcattttc cggacagaga cagccggcgg ctgcctgaac 774721 cacgcttccc atgacgagga gcataacgcc atcgggaccc acgacaccga acctgtcaac 774781 cacgtccctt acatctgggg tcagcgagaa gtacagcccc cagtttgtcc cgggccttgc 774841 gccagtcttt tcctcgatat aatcaaggtt cttgttgagg ggcacgattt tatccctaac 774901 ctccttggga acgccgaggg catgtgcgag gttcatctgg ggatcctcat caacggctaa 774961 aacgcggtag ccgtcgcgcg caagcaacct cgcaaggagc gctgtcatcg tggtcttgcc 775021 gacgccgccc ttacccgtta ttacgaccct gaatccctcc tcgggggcct gctttttggt 775081 tcgttctcgt aactcctcgg ctatttgaaa tagcttcttc cgcctttcgt cttctctacc 775141 tttgagaggc tctctcattg ccaacaccga aaaaattttg aaaaactttc gtataaatgc 775201 ttttaggttc gaatctaaaa ccaagcttgt atacactttt atggccccac atgaataaat 775261 ttgccctcta atgaacattt aagaactcat gatcttttca atcctctaat gtataacctt 775321 aggtttcaca cttttggata atttgacctc tgactgttca gtcagtgggt tggataagac 775381 cattggggca aaatttaaga aaaatgtaac attttatttc acaatttctc ggtttttatt 775441 taaaacggaa atccatttat atacaaattt gttacataaa cctcggtgat tcccatgcct 775501 ccagattcaa agcctaccat tttcataaac ccagcgaagt gcataggctg tcggcactgt 775561 gagatagcgt gtgcagtgga gcactcaaag agcaagaacc ttttctcggc gatattcgag 775621 gacccactgc cccagcccag gatacacatc ctcccgatgg gcgcctacaa cgtccccatg 775681 aactgccgcc actgtgaaaa cgcaccctgt atggaagtct gcccgacggg agccatcttc 775741 aaggacgaag acggcgcggt tttagtggac acctccaagt gcatcggttg caagatgtgt 775801 gcaatagtct gtcccttcgg tatccccgag ttcgacaccc tcaacggcgt gatgttcaag 775861 tgcgacatgt gcccagacag gagggccgaa ggaaggccgc ccgcctgtgt tgaggcctgt 775921 aagacgggcg cactgatgtt cggaacgatt gacgaggtgg tctcgcaggt caggaaggag 775981 accgccgaga agataatcaa gctgaaggaa ggcgaataca aggaggaata caacggttgg 776041 gagctgttta ggtcttttca ggccgaggtt attcggatta atgaggggga gtcaaaatga 776101 agaagtataa ggaggtatct atagacccga ccacccagaa gatgtatgaa cgcgcccagg 776161 agctgggcat tgagacagtt tgggagaggc tcgaaaagca gcagccccag tgcggttacg 776221 gcctcctagg aatctgctgt aggaactgta tgatgggacc gtgcaggatc aaccccttcg 776281 gcggagagcc gaagaggggc gtctgcggtg ccgacgctga caccatagtt gctaggaacc 776341 tcctcaggat gatagcggcc ggtgccgccg cacacagcga ccacggaagg cacgttgctc 776401 taacactcct cgtcgcggcc gagatggccg aaaagttcaa gaaggaagga aagcccgtcc 776461 tcgagctcga caacatggcc tcaaatacac tgccctacca ggtcagggac ccggagaagc 776521 tcaaggccgt tgctaagagg ctcggcatag aaaccgaggg gaagagcatc cgcgagctcg 776581 ccaaggaggt tgctgaagtt gccctcaacg actttggaaa gcaggacgag gagcccctgg 776641 ccttcctcaa ggcctacctc aacccgaaga cctacgagat atttgaaaag gctgccgaaa 776701 aggccggcat gccctggttt gagaacggaa tactcccgag gagcatagac agggagatag 776761 tcgagagcct ccacagaacc cacataggaa ccgaccacga cccggtgagc atactcctcc 776821 acggcctcaa gactgccctt ggcgacgcct ggggtggctc gctcatagcc actgagctcc 776881 aggatgtgct ctttggaact ccaaaggtca taaaggccga ggccaacctc ggcgtcctca 776941 aggaggacta cgtcaacata gtcgttcacg gtcacgagcc ggttctctcg gagaaaatcg 777001 tcgaggcggc ccaggatccc gagctgatag agctcgccca gaagctcggt gccaagggca 777061 taaacgtcgt cggaatgtgc tgtactggcc ttgaagttct catgaggcac ggaataccga 777121 tagcgggcaa cttcctccag caggagatgg caatcgttac gggcgccgtc gaggccatgg 777181 tcgttgacgt ccagtgtata atgcccgcaa ctgtcgacgt tgccaggtgc ttccacacca 777241 agataataga caccagcccg atagccacct tcccaggtgc aattcacatc aagttcgacg 777301 agaggagggc ggacgagata gcgaaggaaa tcgtcaggac tgcagtcgag aacttcccga 777361 acaggtcgaa gcagagggtg gagataccca aggagaagat gtccggctac gtcggcttca 777421 gcgtcgaggc aatactcgag cacttcggtg gtacactcaa gcccattgaa gaggccatcg 777481 tcgagggcaa gataaagggt gtagccggat tggtcggctg taacaacccg aaggtgaagc 777541 aggaccacaa ccacatcaag atagcgaacg agctcatgaa gagggacgtg ctcctcgtgg 777601 gaaccggctg ctgggcgacc gcggctatga agtacggcat attcctgccc gagtacgcgg 777661 acaccgagaa cgtcggtccc ggcctgaggg agttcgccaa ggagtggggc attccaccgg 777721 ctctcaacat gggctcgtgc gttgactgta cgaggatact tgtcctggca gacctggtgg 777781 cgagggacct caacgtgccg atctcggctt tgcccgttgt cggctccgcc ccggaggcaa 777841 tgaccgagaa ggctgtctcg ataggaacct acttcgtcgc cagcggaata acaacgcacc 777901 tcggtgtcgt tccgcccgtt ctcggcgggc cgaaggtcgt gaagattctc acccaggacc 777961 tctacgacat cgttggagcg gccttcattg tcgaacccga cccgtacaag gcggcaaagc 778021 tgatgtacga gcacatcatg aagaagagga aggagctcgg catctgagct ccctctttta 778081 tccctctttt gaggtgagag aatgttcaag cacatcagag agttattggg taggaaaaag 778141 gaggctccag actcctcaac tgagactcca gaagcatctg gaaagggggg aaccctcaaa 778201 gccgaggcct gtatcggctg tggactctgt gcccaggtgt gtccccataa cgcgatattc 778261 gtcatggaca atgataaaag ggtcatctcg ttccatcccg agctctgtgg ggagtgcaac 778321 tacgagtgca acagcatatg ccccaccaac gcgattgagg gaaggccaga aaggctcgac 778381 ctggagtttg agtacgccca ctgtcaggtc tgcggtaaga agctcgacta caccgtcaaa 778441 accgccgagt tcctgtatca caagctggag cgcttctacg accacccgga gatagtgttc 778501 atgtgcgaca ggtgcaagca cgaccgcgtc aaggagttcc cgagcgagta cctgaagttc 778561 ttcggggggg tgctcaaatg aggggcatga agttttcgtt tctctgcagg agcaaaccag 778621 aaagaacagg taaaagggtc gcgattatcg gtgctgggcc ggcgggactt acagcggctg 778681 gctacctcgt ctgcaagggc catgacgtcg atatctacga taaaatgccg gaacccggcg 778741 ggttgatgct cttcgtcatc cccgagttta gaatcccggt tgagagggtc cgcctcggcg 778801 cgaaggagct ggaggaggag ttcgaggtaa cctactaccc gaggacgaag gtcatggaag 778861 gggggaggga agacgagggc gacgagttct acgagagaat tgtaaagctc agcgagctga 778921 aggaaaagta cgacgccgtg ctgatagcaa cggggatatg gaacgtgagg aggattggga 778981 ttcctggaga cgacctcgag ggtatactct cacctctcga gctcctcttc tggataaagg 779041 gccacgagct cggctacgtg cccaaggaga aggttcccga cttagagggc aagagggtcg 779101 gcataatcgg ggcgggactg accgcggttg acgttgcctt cgagtgcaac cgcctcggtg 779161 cagaggtcga gatgttctac cgcaggacga taagagaagc cccagctgga gcctacgaga 779221 taaacatcct caggaacagg ggggtcaagt ggttcgagct cgtaacgccg aagcgcgtta 779281 taggcgagaa cgggcgcgtc aaggccatcg agcttctcag aactcgcctc ggcgagcccg 779341 atgaaaccgg aaggcggagg ccaatcccga ttcccggctc agagttccag gtcgagctcg 779401 actacctcgt cttcgcaata ggcatggctc caacaccgcc cgttaacggt tcctacctgg 779461 cgacggacag gaggggaagg atagtcgtcg attccaggca catgacgagc gttgagggaa 779521 tcttcgcggc tggcgatgtc gtcaacggcc caaccaaagt gggcagggcc ataaaggacg 779581 gcctctacgc ggcggtctca attgacaggt ggctcagggg tgagctctga tggagaggaa 779641 gtacctctac ctcgactacc tcacctgcat cggctgtgag acctgcgaaa ccgtctgcgc 779701 cttcatacac gacgggagcc ctaacatcag gatttacgtc accgaaaaca agcagtacgt 779761 cccaataaac tgcaagcact gcgacgatgc gccctgcttg agggtgtgcc ccacccacgc 779821 gatataccgt gacgaggacg gtgcagttag aatccacgag gacaagtgca tcggctgtct 779881 cgcctgcctc caggtgtgcc cttacggcgt tcccttctac agcctcaagg tgaaggcgat 779941 aaccaagtgc gacatgtgcg ccgagaggcg cgaggaaggg ctcgaaccgg cctgcgccct 780001 catgtgcccc gcagaggcta ttcagtacgg tccgctcgag atggttctcg aactcgtcaa 780061 ggagaggcgc gccaagaaca tccccgagca ccagagagag ctcagtgacg aggagctgaa 780121 gaagagcatc gtttcgggct actcggttct ctgatccttt tttgtttcgg cgggtgtcga 780181 agatggaagc cgttagcctt agagacgtga tcgggaaggc gaggagagtc gtcctgtggg 780241 ggatagggaa cgagaagaaa ggcgactatg gcttcggtgc ctacctcgct gaggccctga 780301 tgatagcggt caggaacccg aacttcctgc ccctcaactg cagggaggtt cccgagagcc 780361 aggcaggggt caccgttcgc tttgccccgg agcttttgat agtggcggta ccccttgaga 780421 ttggagcgga gcctggaaag ctcgtcgttg ccgagcctca ggaggccctc aaagacgttc 780481 cagaagagtt caggccccag cttgaggtca cgctcaggca cgtgagcgag ctccttccga 780541 ggacgagaat agtcgttctc ggctgtcagc ccggaaacga gaaggaagta acggaggccg 780601 tgaagcggtg tgttagaacc ctttcaatcg catttcacga catcttcgac tgactttgag 780661 ttcttagaca tctttatctt tcaggagttc ccccatgtcc tttctcatct ccacactttc 780721 acggttctgg actgctcgcg tgaatttaac gaagagaaag ccatgacctc attcctccca 780781 tattatatca ggccgtattt ttcaaaatcc ctggtgagct cctcaacggc ccttctgatg 780841 tcttcctccg tcctggcccc agaaaccaca accttcccgc tgttgaagat gaggattgtc 780901 atcctggagt ttctgaccct gtaaaccaca ccgggaaaga tttcgggctc gtactcgacg 780961 ttcgggagtg ttagcgcaac tatgtcgagg tcgagcgtcc caaagcccag gtcgcccgcg 781021 gccacgatgt tctgaacctg tatctcaggc tctcctttaa atttcatgcc catggattca 781081 agcgtccgtt ttagcttctc ggtggctttc ctaatcgtct cgacgctctt tgccccggtg 781141 cagacgagct tccctgagta gaatatcaaa aacgtcaccc caaaggactc catcttgtaa 781201 acggctccgg ggaatacgga agggttgtac tgcactgagt ccagtttact tgccaccttc 781261 tcaacatcta tctccccgtg caggtcaatg gaagccacaa cgttctcgac ctttagggac 781321 attttgccca ccgctttgaa gttcgcaatg gaaccttaac tttaacggaa gctcatctcc 781381 aggtgctcat ctctttcttt cgacaatcat cagagctaaa tggcattgat ttttcgcgtt 781441 cataacagct tggcgtgcct cacgcacaaa atcgagacct taatcatttt tcccggtgca 781501 gatgatgttc ttgcccctac acctgtccac ttcgagctgg acggttatat gggttattcc 781561 aaacttcctc agcctctttt cggcctcgtc gataatcttc tgcgcctcgc tcaggggcat 781621 atcctcaaca tcaaggtgac actcgaggtg aacctcatcc tccccaacgc gccaggcgtg 781681 gaagtggtgg gcgtttttaa cgcgggggat tgattcgagc tctgtcttta tcgccctgag 781741 gtcgagctcg ggggatgcct ccatgagcac ctcgatgctt tccctgagga tttcgtacgc 781801 ctcgcggagg atgtagagcg ctatgagaac cgtgatgaga gggtcaatcc agaggacgtt 781861 ccattttatt atcgcgattc cacccgcgac gacggccacc gaggagaggg tatcgctcaa 781921 cagatgcagg tacgcggagc ggacgttgag gccgtgcgcg tgactgtgca ggaggagaac 781981 cgagaaaagg ttggcgaaga ggccgattaa agccacaacc aacataagcg ggccgtctat 782041 tggtttgggg ttcttatagc gcctgtaggc ttcgacgagg aggagcaacg aaactcccac 782101 gagaactgcc gagttgacga acgccacgag gatttcggct ctcctgtagc cgaaggtgta 782161 cttttcgttg gccttccgct cgccgatttt tactgcgaag tagctcgcga gcaggctcat 782221 gctgtcgccc aagttgtgga ctgagtcgct gagaagggcc agactacccg agagaatacc 782281 cccaactacc tcggcgaggg ttatgacgat gttgagggcg aaggagaaga gcaaccttcc 782341 ctttacttta tgagcgtggt gatgatggtg gtggcccatt ttaatccccg taaggtggct 782401 ttgcccggca tataataagg ctttcgaacg ctaagatttt ggtggaaaag aatctcacag 782461 caccctcctc ttaaagagca ccaccagcgg aacgagccag accagatgca cgaccacagc 782521 ggtcggaaag tcgccgtaat cgttgagtgg aatcccctcg aacaccttgt agagccagta 782581 ggtcggtagg aacgccgtga acttgctcca gtcggttgag aggttcctcc actccacgac 782641 cagctttatc agcggcggta gcatgaggag ccagccaatg atttttgaca ccgtcagcgc 782701 ctgcatcctc gattcggcga agactgtgat gagcagtccg taaatccaga cctcaagcac 782761 gaagagagcc atgagcgcca gcaggccgtt ccgcgagatt tcaatgtcga ggattgtggg 782821 tgcgaggccg gtcatcacca ccgtaaccac cgaggcccac gtaagcctgt aggcgaggaa 782881 ggcctcgctt gagatgggaa tcacctgaag ggcctgtatg gtcttgtcct ccttctcgtc 782941 ggccatcatg aagcccggaa tcatgccgaa tatcatgggg atgaacagca tcaccagcag 783001 ggtgagcgtc gggtagtaaa ccccgatgcg gtctttgaag taccggacta tgaagaggaa 783061 caccagagtc attgccacgg aatagaccag catggggtcc ctgcggagga gcttaaggtc 783121 ggtcttgtag atggaaagga acttccccac aaagctcatc ttaatccctc caccgcatac 783181 ctgtaaaagc ggattttagc gagctgatag gctattccag accaggcgag cagggctgcc 783241 gctgaatagg ccagcgtttt cctcgctatc tcctcgaagg gcgccttaaa gaagtatatc 783301 gccggatagc tcgggactgc atagaggacc ttccagacgt cacccgtcag atagccgtgg 783361 tagtgcgcga agggcaggag cgagaccacc agaaccccca gtatcgggat gaagtagtcg 783421 tcgaggtcgc ggtatttggc cgagaccgct attccaagga gcgtgtaaac tatggagacg 783481 agaaaggtcc caacaaccac atacggaagc ccgttgaggg agcgggtgcc tactgccatt 783541 atgagcaccg ccccgatgac tgagagcagg ctcaggagga gtgttttggc caggatgtag 783601 ctcctccagt ctatcggtgt gaccgccaga gcgcctatcg cgccgtcctt cttttcggcg 783661 aatatctccg tgccaacgaa catgaagcca acgagccccg gctcgaaaag gaggaagatc 783721 ggcaccatcg tcgggaggta gcgctccggg aaggcaagga gcatgaggcc ataagctaag 783781 gccacgagca ggtatatggg ataaacgtag ctcctcaccc cgagaacaat gttcgttctg 783841 acgatattcc tcatacgagc ctcctccccg tcacctttag gaatatctcc tccagggtgg 783901 gctcctccgt gtttattctc ctaacttcgt gctccctaat gaccctaagg aactcctcgt 783961 tctggccgat gttctccagc gggaactcct tcacggcaac actgccgttg gcgacgtact 784021 ccaccttaac gagccgcttg cccatcttca ccttcagctc gccggggttg tccacaagcc 784081 ttatggagcc gtccacgatg aaggcgaccc tgtcgcagag ctcgtcggcc acgtacatgt 784141 tgtgggtggt caggaagacc gtctttccgc tttcacgcat ctccaggagc aggtccttta 784201 tcctcctcgc gctcgccggg tcgaggcctt cgagcggctc gtcgaggaag agaatttccg 784261 ggtcagggag cagagccctc gcgaggtcga gcttcttctt catgcccttc gaaaagccac 784321 taacgagttc gtccgccttc tcctccaggc cgaccatctt gagcacttcg gtggggtcga 784381 ggtgcttttt gtagaagctc gcgaagaacc cgaggttttc cctggcggtg agccttgaat 784441 aaacggccgg aaactcgaag gaaacgccga ttttgttgta gtactcctta ccccactccc 784501 tcaaatcttt gccgagcacc ctaacctctc cagtgtagtc cttgatgatc ttcacgagga 784561 ttttgacggt cgtagtcttt ccagccccgt tcggtccgag aaagccatat atctcgccct 784621 tctctacgga gaagctcagt ccatcaacac ctctgacttc gccgtagtac ttcttaacgt 784681 tcgcaacctc aatcaccggc atgttttcac caatttaaaa tagggcctca aagtagttat 784741 agttagtcct gcacatgtgc gggagtatat gacccaatag caaatttgtt agggaatagt 784801 gaatttccca aaattctagg ataacaggag ccaacccccg aaggaatcct aaggaaggtg 784861 ctccttcacc gttgaggggc cgagttcagc atctcggcga gatctcttag agtaaccctc 784921 cccggactgt cgaagtagcc gctcttgtat gccaggagca gtgtttcaag ctgctttccg 784981 atgagctttg cgtccttgac gtgggggatt tcgaggagtc ttttagtgat ttcttccggg 785041 ttcacctctt ccttgaactt tatctcaacg agcttcatca cgtcgctccc gaggaagaag 785101 taggtgtccc cgtagcccca ctcgaccagc tccatgaacc atttgaaggc gtcaaaaaac 785161 tcatagttga ttctgtctat gagaatccgg aaaagggttg aaggacaagg ttattaggtt 785221 ttgtacgccc tttccaccgt gcaacttctg acatagaaaa gggttttatt tgaagggaac 785281 ttcatagcag gtgggggatg aatatggagc gccttgaata caacgccgaa ctcaaatggg 785341 atggcaacgt tgggagtgag gcgaaggtta gggagttctc cttcaggata gacacgaaca 785401 cggacggcaa caacaccggg ccgaacccga ccgaatatct gctggcggcc ataggcggtt 785461 gtctgacagt gaactggggc agactaatca agaagatgcg cctgaaggtg gatggtatgg 785521 agataaccgt ctcgggatgg agggacagaa aagagcccca gctgagggaa attacatacg 785581 aagtctgcat cgtgacggac gagcccgaga agaagatact ccgcgtcaag gagctcgccg 785641 agaagtacgg gacggtcttc aacaccgtcg gggcgaagaa gataaaggga aaggttgaaa 785701 taatcaggcc taagtgaacc tcctctccag aacttttctg tggattgccg tgcccgtgag 785761 aaagaacgcg aggccaaaca gggccagcat cagaaggtcg agccacactg gcaaatatcc 785821 actaccgagg gagtgcctca gggcgtcaac gtagtatgtc agcggcgaga cgagggaaat 785881 ccacctgccg taggccggca ggttctcaat tggaacgaag attccgctga tgaagaggag 785941 cgagaactta acgagcgacg acagcatcat gacgtcggct gggacgtccg tgggagggta 786001 ggaggacatg agcaccgtca tcgcagagaa gcacccgatg gccaggagcg tggacagtat 786061 gaagagccag atagcagggc ggactgagag gtagagcatc gcgggaaccg ctatcgcgaa 786121 cgttatcgcc agcccgaagt agagggaagc ctggaagtcg ccgaggagca ccgtcgtcag 786181 tgaaactgga gcggttatga gcctctcgaa ggttcttccc ctgcactccc acgggattat 786241 cgtggggccg acggccgttg acgtgaagaa ggccgtcatg gcagttagac caacgaggag 786301 atggtcgcca gagaggttac gccctatcat gaaagctaag aataggaaga aggggaagag 786361 gaggcccatt attacaaccg gtcccttgag gtagaagatg cgcatgtcct tcttcgctat 786421 ggcgaaggaa cgtttgagcg tttcaatcat ttccctcacc caccagcttg atgaagacgt 786481 cctccagtga gggcgacagc gttttgaggc tcactatccg caggttattt ctctcggcgt 786541 agtggacgag ctccttaacc gttgcatctg ggtcgttcgt gaaaaccctc gccttgtccc 786601 ccatcagctc gaccctcgtt gccgaggcta tctccgaggg gtcgagtttc atgggctcga 786661 agctgacctc gaccgagaca cttcctttga ccagctgctt gagcttctcg ggcgtgtcaa 786721 tcgctatgag tcgccctttc cttatgattc caatcctctc gcacagctcg tttgcgtcaa 786781 ccatgttgtg ggtcgtcatg aatatcgtct tccccttcct cttctcctcg cggatgacgt 786841 cctttatcag gcgtgcgctc aggacgtcga gcccgctcgt cggttcgtcg aggattaaaa 786901 gctctgggtc gcttatcatc gccatcgcga ggataaggcg ctgtttcatg cccttggaaa 786961 aagcttttac cttcacgttc ctcttctcgt agaggtcgaa gagcttgaga agctcaaccg 787021 agcgcctctc tatctccctc cttcccatcc cgtagagctc gcccatgagc ctgaggttct 787081 gcatcgccgt taaatccacg taggggttgg ccatctctgg gactattccc gtcctctccc 787141 tcgcccttat cttttccctc tcgtcaagca tgtcgtagcc gagaaccctt atctctcctg 787201 aattcggcct taaaataccg gtaatcgttc tgactgttgt cgtctttccc gccccgttcg 787261 ggccgaggaa accgaagatc tcccccttcc taacctcaaa gctcacgtta tcaacggcga 787321 gaaaggagcc gtagtacttg gtgagtccga cgacttctat ggccttcatg ttttcagcac 787381 ccggatgaag tagggttcat gggttaaaac cctttgggga agcattctct aagttccggt 787441 atttctcagg tttcatcttc tccagacacg ctctttgccc tcagtagggc gaagagcctt 787501 acgaagagta tcatgagtat catgtcgctg aaggggcctc ctaaagccgt tccaacggcc 787561 gcgaggggac caaacgtccc tattgccatc gccgtcgcga gggtcatgtt ggaaccggtt 787621 gaatacacga gcgatataat gtgctccaga ggaaagccaa gcgcttttcc ggtgaagtaa 787681 gctatggccg cacgcgttag gaagtatgcg ttcattatga gcgctccgac gactataacc 787741 tccggcttct cggctataat cttcccgttt atgccgaaga ccacggttat catccagtac 787801 atgccgagga gcgagaggcc cacgaggggc tccttgagct tcatgagggc atcctttccc 787861 ttccacctca gaactgcgta cttcgttagc tggcccgcca cgaggggcac tatgatgtag 787921 aggacgagcg acttgaggag cagccacgtg gggactttta tgagtgtgtg gaggagcagc 787981 ttagcgtaga cgggcatgac gaagagcgag aggacgaacg tccacacgac gccgacgagc 788041 gtcagctgga actttccgcc cgcgaggtta gtgaatgctg gagccgagct cgggagcgga 788101 gcgaggctta tcagcacgat cccagcgagc agcctcgggt cggtgttcgg cattaccgcg 788161 agccagaact tgatgagaag ccacgttaaa gccggaaaga tgatgacgta gaaggccgtc 788221 acagctatga gatacttcgt ctttatctcg gttctcgtcg caaatgcctt ttttatgtcc 788281 atgaagacca tcggctggaa gagcatcatg aagagtgcaa tcggcagcgt ccatttgagg 788341 gacaggaaga catccctgtg atgaacgccg gcgtagctcg ataggataat gagcgtgaag 788401 acgatgtaaa tcatcttatc cttcaggaac ttcacaattt tcatctcaac cacctcccat 788461 tggaaaaata aaggctcagg cgagccatag gaggcccacc acccttccgt ccttcacgag 788521 ctggactttc gtcccccact tcccgtgcca gtaggcgccg acttcgagtt ctctcggctc 788581 gacgtcctcc cagagctccc cgactatctc cccgtcaacg aggaggggga cgtggaaggt 788641 tccgcagcgg cagtgccacg cgggcccctt cgtggccttc tcgagcagtg ccttcgcctt 788701 tgccttaatt tcctcgtagc tcggctcgtt tcccatcacg tagccaaacc ttccaacctt 788761 ccatttccat ccgggaacac cgaacggcat ctcaaccacc tccttctttt tgctcaaaca 788821 acgaaagggt cacggggcgg gggagggcct tctcgccatg cgccttccca ttccgtacag 788881 gaaggccagg aagccgccca ccacggcctc cacgctgagc acgtggagcg tctcgggcac 788941 gttcgcctcg aatatcttca tcacaatctc aacgagggcc agcgagagta ttgctagcat 789001 cgtgtagcgg acgtagagtg gctttatcct gtgcatcagg agcgagcccg ttatcccgcc 789061 gaggaagcca gcagtcccca ccgccgcgag ggtttcaatc gctatgggta tcttcggtag 789121 taagaggacg tacgtcagca gggtaacgcc cgaaactccg agcgcagttg ccgccgtgtt 789181 cgccgagacc ttcttcgggt ttctgaagag gtatgagaag gctatgagcg ctattggggc 789241 cgcgtccatg cctatgagtc ccgcggtgaa gccctcgacg gccccgagcg cgtagatctt 789301 ccagccgtcg tcgccttccg ccatcccgct ggagagcatg cggtagaggg caaaaagcag 789361 gaacaaagca aagaccacca gcacgaggac ccttggaatg tggacgttca cgtacgcccc 789421 cagaggcacg aagagcgccg cgggaacgag aacccttgca accttcctcc actctatgag 789481 gcccttcttc cagttcatgg cggttgccac cgtcagctcc gccgtgttct gggtcagccc 789541 gagcagcatg gccgcgtgaa cgcccagccc catggctatg tagttgggta tgagcactcc 789601 cgccgctccc attccagcta tcgcgaacac gctcgcgagg atgtaggtga gtatcaccat 789661 cccaaacatc ctccatcacc tccgtcttct ctgttttgta atatcacaaa agtctttata 789721 aagttttcta taacattcga gctaaactcg cctgaaagcg gtaattttat aaagataaag 789781 aggtaataat caacggtggt gaaggtgccg aagtggatga tgggtgacat ggcagttttg 789841 aagaacctca tgatgaccct caagcccttg atggccgaac ctaggcggag catcataaga 789901 atcctgagcg atggcataaa ggggacaaac gagatatacc aggcccttca ggagaggggc 789961 ctcaacatgc cccgctcaac gctctactac cacctctctg ccctcgagga catggggata 790021 atcgagatgg cgggttacag agaggttggt ggcggagcgc ccgagaagct ctggaagctt 790081 aaggtcagga aggtcggcat agatctcgtc acgggggaga tattcaggga gtgagttacc 790141 tgccttgaag cggagtttcg ttgttttgtg cctatgcaca aagcttatat gagaaaaaaa 790201 tttcaattaa gcgggggatg tggcatgagg atagcggttc cggctgtgga tgacagaggc 790261 ttagaaagcg aagttagcgg gcacttcggc agggcaaggt attttgtttt cgtggacgtt 790321 gaagacggcg aaataaagga tttcgaggtc gttgaggttc ccttcgagga gcacgggccc 790381 ggcgaccttc cgaggttcgt caaggagcac ggcggggagg tcgtcatcgc ctacggaatg 790441 ggtcagagag ctatctcatt cttcaacgag ctcggcatag aggtcgttac tggtgcctat 790501 ggaaaaataa gggacgttgt cgaggcgttc atccatcagg ttcttgaggt tgatccccac 790561 tggaaggaga agatagagcg cgaaaaggaa agggaagggc accgccactg agtttgggag 790621 gcgttcagga aagtttttaa atttttttca tatgagtttc ccccggtgaa gcagatgaag 790681 gtgagcgtaa aggacttcgc accgagctgg ttcgcgagcg ttatgggaac gggagctctc 790741 gctttggcca gcaaagctta ttcatcgagg attccggcct taggtggact ggcggagttt 790801 ctcgtctact tcaacacgct cctgttcttc atcctcctaa tcccatggct cctcaggtgg 790861 gtgaagtaca cggaaaacgc cctggaagac ctcaagcatc caatggtgag ccacttctac 790921 gggacgatag ccgtggccat gctcgtactc tcggcggatt acctcttcat actcaagaag 790981 actgcaatag cgaaggcgtt ctggattccg ggagcagttc taacgatatt ctttgccctg 791041 ctcatcccct acctgatgtt cgttgagaag gagatagacc taaagtccgt taccccggcc 791101 tggttcattc ccccggtcgg cttaatcgtg attcccatga gcggcgcggc tttgatatcg 791161 agcttctcgg gaacgtttag ggaggttgcc tacgcggtca actacttcgc ctggggtgcg 791221 ggcttcttcc tctacctcgg cctcttcgcg atagtcttct tccgcttcat aaggcacgag 791281 ccgatgccct gcggtatggc cccagcggtg tggataaacc tcggtcccat tggagctgga 791341 acctcaacgc tctacgcgct cgttaaggcc agcgacttcc ttactgtcaa agaaccgttc 791401 ttcgcctttg gcttaatcct ctggggcttc ggcgtctggt ggctggcgat ggccatcata 791461 atgaccctat actacatcag gaaccttcgc ttgccctaca gcctcgcctg gtgggccttc 791521 atcttcccgc tcggggccta cgtgggggca acgcacaacg ttggcacggc ctttggcata 791581 ggggtaatag acggcttcgg cttcgccctc tactggcttc tcctcaccat atggctggta 791641 acgggtttga aaacagcaaa gcacgtgctc ctcgaatgat tttcttttta ccattctccg 791701 aggaggccct ttattataag ctccgccgcc tcgtcctcgg tcaggccctt ggccatgagc 791761 tggatgagct gggcctcgtt tatcctgcct atcgaggcct cgtgagtaag ctcggccttc 791821 tcgttcttca ccctcagcag gggaactgtc tggacgtcgg cgtcgccctt aactatttcg 791881 tggcactcga cgtgcccctt cgcgtagtca ccgaagccat aggcctcgtt tatgacgttt 791941 accttcgccc tgtcgaaggc tattgccgtg ctcctcaggt tcgccctcga gtgggctccc 792001 tccaggtagg cgacttcctt catctcaaca caatcatctt taacggcctt gaccttcgtc 792061 tcaagctcga gaacagccct ctcaccgagc ctcgcgacca tctcaagctt cagctccttt 792121 gctctatgtt tcgtcagggt gaacttcccc gtgtagcggg cgtttttgcc gacctcgacc 792181 tctgttttac caaccatcct cacgccctcg ccgtggacgt gctcgtcgtc gtagagcacg 792241 ctcgaacctt ccccgatttt tatcctcgtt attgcctcgt gggtaaagtc cttggcgtag 792301 ggaaagatgc agtgggaggt gaacctgacc ttcgagtttt tgccaacgtt tatgtcaaag 792361 ataaccctct ggtagccctc gcttttcaaa tagcccgtgc agaggtgtat tgggaatgga 792421 agctcaacac cctcggctat tttaacttca gccctaacgc cgttctcaat ctcctcgccc 792481 cttatctcaa cccccggaac gttgttgagg ccgatgattt tgtccccgct gatgattatc 792541 gccgctatcc tgtccccgaa gagggatgta tcgaggccct cccgctggta ggcctcaacc 792601 agcgcctcgt attccctggt gagatcaacc tttatcgcca tactcagccc tccgcaaagg 792661 agcatctcct gcaggttttc cgatagtagt cgacaacctc ctgcgagaaa ccctttctga 792721 cgatcctccc gccacagacg aaataggcga agtccgtctt gagcgcaatc ccctcgtggt 792781 gggtgattag gattaccgtg gttccgcact tccggaagcg atcgaggatt acctctatca 792841 gcttccccgc cgttatgtcg aggccagagt cgggttcgtc gaggatggca tacctcggtt 792901 tcagtaggag gagcgacgca agctccaccc tcttcctctc accgccgctc agacttttgt 792961 ccacaaaacg atgggcgtag agttcgtagg gaaggccaac gagctcaagg acttccctta 793021 tctcgtcctc accaattttg agcttcccgc caagggtgag gtagttcctc acggttattc 793081 catcgtatcg ggcaggctcc tgccaggcca tgcttatccc ccgctttgcc ctctcagtaa 793141 cgttcagccc ggttacgtcc tcgccatcga ggagaacctg gcccgaggtt ggtctaagct 793201 cccccatcag aatacgggct atcgtcgatt tccccgcgcc gttgggcccg agtatcgagt 793261 agctcattcc ctccctgaag gtcatgttta tcgagtggag tatcctcctg ccgttttgag 793321 agtattcaac gttcctcagg cagagcattt ttcatcgccg agatttcatt tgaagagaac 793381 ttaaaatttt ctggccaagt tcgtccagaa ccgttggtta agaacaaaaa catatgaaaa 793441 ttattttaaa ccaatttgga caactctcta tggaggtgat aaaatgtccg gaggagaagc 793501 tcccgtcata ggaaaggatg cccttggaag gcccgtcaaa gacctgagcg tcatcccttg 793561 gtggggcgtt gacaggaagg atatagagtg gtacccgagg ataaactacg acagatgcgc 793621 ggggtgtgga atctgcttca taacctgcgg aaggcgcgtc ttcgactggg atagggagaa 793681 agggaagccc gttgttgcga ggccctacaa ctgcatggtc ggctgttcaa cgtgtgcaac 793741 gctctgcccc tgcgacgcga tagagttccc gccgaaggag tacatcaaga ggctggtcat 793801 tgagaacaat ataataagca aggccttcga gataacgagg cccctgagaa agaagaagga 793861 agaaaaggtg gagggaaccg agagcgagtt taacccatag ccacgaggag cgttttcagg 793921 gctatgaggt acattatgac ccctatcacc ttttttacct gctccgagct catcttgaag 793981 tgcatgaggt gcgttcccag ccagcctcca gctatggcgg gaatcgaaac ccagaggagc 794041 agttcccagt ccagcgttcc catcccccag taggttagga acccgctcag cgatgagaag 794101 aacacgacca gcgcggtcgt tgcggcgact tttttcggct cgtatccgag cattatgaga 794161 gcggggctga ttatcccgcc cccaccgacg ccgaggaggc cgccgaggaa gcccgctatt 794221 ccaccgatga cagagccctc gacgatgtgg tttccaccgc ttccccttct tctgggcctg 794281 aagaaaatca tcatcgtgcc cgaatagatg agaaacgcga caaaaaccca gaggacgtag 794341 accttgggaa tgaacttgcc cgcgtaggct ccaacagggg ccatcgccgt tgcgacgatt 794401 aaaatcggga gcccaaagcg atggtcgagc ttcccgtgct ttatgttctt gagagttgcc 794461 gaaagcatcg agagcgtgtt tatgaagaga ccagtgggct tggccgtcat gagaggtatt 794521 ccaagccagc ccataaccgg gactatcgct atcgctgaac ccaccccacc gattgaaaag 794581 acgatgctca ggatgaaggc tatgagtgcc agctctgggt agttcattag actcacctca 794641 ttttcttttg ccacccaaat gaaagaaaag cggtttataa gcttttgtgt ccggtgaatc 794701 taacacatca aatattttgg gaccaaaaat ttttaagcta tcctaattct ggattgaaaa 794761 aaagtaaggg atggatgatc atatggagag agctaggaac ttcaatccag cgtggttcgc 794821 gagcgtcatg ggaaccggtg cggtggcaat tgcctcctac aagtactcct catactggag 794881 ccccctgaag gaagtgggaa tcgccctgac gtacctgaac gtcgtcctct acgtagctct 794941 actcatcccg tggattctga ggtggattct atacaggaag gacgccttgg aagacctcag 795001 gcacccatca aaggggcact tctacggaac gagtggagcg gccacgattg ttttagcggc 795061 ccagttcttg gcggtactgc acaaccagac tgtggcgtgg tacctctggc tctgggggct 795121 tgtcctgacg ttcatcttcg cgttctggat gtcctacgag gttttcatag cgggtgaagt 795181 tgacctcagg cacctctcac ccgcctggta tatcccgccc gttgccctcg ttatactccc 795241 cttcggggcg gccttcatga gaacgacaaa gggctacact caggaattcg tcacaatcgt 795301 taactacctc ggctggggcg cgggtttctt cctgtacctc gtcctctatg ccgtcgtgac 795361 gctccgcttc ataaggcacg agctgatgcc accgcagatg gccccgctca tatggatgaa 795421 cctcggaccc atcggagcca gcatcactgc cctcttcgcc ctcgtgaaca actcgagcat 795481 agcgacctcg aaggacccgc tcttcatctt cgccttcttc ctgtgggggc tcggcttctg 795541 gtggctggtt atggcggtgg ccttaactct ccactacatc agaaacatga gcctgcccta 795601 cagcctcgcc tggtgggcct tcatcttccc gcttggagcc ttcacaaacg caacaatgga 795661 cctgggaagc gtcttcgagc ttgagctgat gaggctcttc ggctactgcc tgctatggtt 795721 actgctcgcc ctctggtcgg ttaccttcac aaaaacttta aagatgggcc tcacgagctc 795781 gtgaggcact cgctttcctc ctcttccaga cggattatgc gttcaaggac gcactcaagc 795841 tttttcaggt cgttgagaat cgcctccagc ctgcctctca tctcgtcgtc gctcttttca 795901 atcatggcct caactatttt ctccagcggg cgaacctcgc gttcaagtgt ctccctcggc 795961 tggcggagga acttctccag aaaggcggga accgcagtga agtacttcgt cctgccttcc 796021 ctcctgcagg ttacgaggta ttccctgacg agacggctta gggcgacgga tatcgaggag 796081 cggctcaaac ccgtttcttt cgcgagctcg gctatcgtca tcggtctgtt agagagcagt 796141 aggattgcat acacctttcc atcggtcgcc gtgtaacccc agcgaaccat gattcgctcg 796201 acgatctcta tgaacttcct gcgctccgtt ctggccctca tccacatccc cctctaaaaa 796261 tcgaaaaaga acttataaat gtaaaggcac gaaagcagaa aactaaaagg aaccgggatt 796321 cattccttgg cggttgctat tatgattccg cctatcaggg cgacaattgc gcctatcaac 796381 cagaagccac cgtcgaaggg catcgttatc agcgctaaaa tcactacgct ccatcccaca 796441 aggctcttgt tgctcttgta gtaatacgcc aggcccatca tcatcaggct gaggattatt 796501 tctacccagc cgacagttga tgcgctaccg tagtgccagc cgtagaagtt ccccgtgctc 796561 aggacagcta ttccgtctat cagtatcaga agggcaccca gcagggcggt ccacataccg 796621 gttttcgcag aggccatggc tttcacctcc caaagttctt tcaattaact gttgtctacc 796681 cgattattta aattttttgg ttatgtctaa catatcagaa aaaatcgaca taagctataa 796741 ctcttttatg tcgaaacctt taaacgcaat ggtgagtacc acatattggg ggtgagatac 796801 atgaaggctc caaaaacgat aaaagaaccc ttcccaaacg ctatgaatcc ctcggtggat 796861 gtggaggagg ctgaatccga agaaggtgga agtcaggtga ccaccgcgct gagggccttc 796921 aagctcatcc ttggaaatcc cctggctagg gcactcataa ggccgagcct caaaaagtac 796981 aaaatcaacg ggcgcgagct tccagcttta tactgggcgc tcagcatcta cgcgggcgag 797041 agcataaacg cgccgatgat ggttcgcttc caggcggaca cgataaagct cctgctcaag 797101 ctcggcataa agctcgccca cggcgacgag gaggccgcca aggaagccct tctgcgtgac 797161 ccgcacataa ggcgtggaat ctgggtcgtc cttgagggca tagcgaagta cggagtaacc 797221 gttccccagc gccttgccgg gcccttcctg atagtgtgga acttcaccaa catgtgcaac 797281 ttcaggtgca agcactgcta ccagagagca gacaggccac ttccaagtga gctcagcctt 797341 gaagagaaac tgaatctagt tgaccagctc gacaaagccg gtgtcgcggc ggttgcgata 797401 agcggcggtg agccgacgat acacccgcac ttcctcagaa tcgtcaggga gctgtcgagc 797461 agggggatac acacctcggt cgccacgaac ggctggactt tcgccaggaa ggaggagctt 797521 gagaaggcag ttaaggcggg aataaagtat gttgaggtca gcgttgattc cgcaaagccc 797581 gagaagcatg acgagttccg cgggattcca ggggcgtggg agcacgcggt aaaagcctta 797641 gaaaacgcgg tcgaactggg gctcagccac gggatggcca cgataatgga caaggaaacc 797701 tatcaggaga tagacgacat actcgacctg gcggagagca taggcgtcaa gcgtgtcata 797761 ttcttcaacc tcgtgccgac gggaagggca gaggacatga ttaaggtgga cctctcgccg 797821 gaggagcgcg aggagttcat gaaggaagtc taccgccaga tgaagaagag gaagcttgag 797881 atactcacaa cggcgccgca gtacgcgcgc gttaccctgc tcatgagtca gggaaagagc 797941 gtcacgccgg cgcacttcta cataggcgag aacaacgccg tgaaaactct cgcagagttc 798001 ataggggggt gtggagccgg aagaatttac gcggggatag agcccgacgg aagcgttgtg 798061 ccgtgtgtct ttctcccact gccagtcggg aacgtcaggc acaggccgtt caaagagata 798121 tgggagaaca gcaggatatt caacatcctc cgcgacaggg acagctggga gggccagtgc 798181 ggaaagtgcc cctacaagta catctgcggc ggctgtcgcg cgagggccta ccactacacg 798241 ctcgacttga agggcgatga cccaggatgc atcataaaca agcgtctctg ggaggaaata 798301 gtcaaacacg gcaagccgaa ggggctcaca gaggtcaact gggtcgatga gacggtagtt 798361 ctccgcgggc cgagcctcta cgtgccgagc tactacaggg cggttgagca catcgccgaa 798421 aaattgattg aaatcggaga aaagcaggaa gttcacgcct gatttctttt cctgaagtac 798481 tttcttccct ttacctcgac catcctgtag acctcaccct cacccaactc aaaaggtggc 798541 cggttgagct cgtacgtttc gtagctctcc atgtccatca tctgaacctc gtcacgccct 798601 atgctcgtca ccatcgcctc gctttcctcg tgctcaacag tgtccacctg ctcccttttc 798661 gcggttttcc agtcgaggtg ctcgctctcc cagttctcga ggttcttgag cgtcaggccc 798721 ttgccgtcaa cgcgctcaac ctcgtagacg ttgccccttc tatcggccac gatgtcgccc 798781 ttcctgaact ttggcaacct aacgctcacg ctcgtcctgt aaacttccct gctcgtctgc 798841 ctgtcgagac caacgagctc gtaagcctcg cttatcgtcc cgccaaagcg ctcgcggatt 798901 gcctgcgcta tctttctcgc ggagctcgtg gagcccatgt agaagtcgag gccttcctcc 798961 ttctctattg tgtcctgtat gaagcccatc ctgtcctttc gcattatttc gtcaaccttc 799021 tcctcgacga gcttcccgat ggccttccgc tcctcttcac tcaggggcct cccctcggcg 799081 cgaacctgaa ggatggcctc gaagtagccg ccgaggaact tctgacagcg gggacagacg 799141 gtctggcgga cgtagacggt gacctttttc ctctcgtcgt ggagctccct ctgtagctcg 799201 tgggtcttgg ccttaacgcg aacctcatag acgattatcg caggaaagtg ctcaatgtga 799261 aaatccaggg gctcgaagga aaccactgcc ctgccgacgg acaaatcctc tatctcctcc 799321 atatcctcag gtgagacgac ctcgtattcc ctgattttct cgctgaagga atcctcaagc 799381 tcctcaagga gggcattttc ggcgacctca aagatgagct cctcaagctc gtagctcctc 799441 gggtcaaccc aaacccctct cttcttgtag ctcccgcagt tctggcagag ctccgtgttt 799501 atctcgtcgc ctatgagcag gactggattc tccttgcggt agcagacctg acagagcccc 799561 tcgatgagcg gacctccttc ctcctcgctt attccacacc gataacaaaa tctctcgccc 799621 attcctctca ccagtttcga gttgggatga gggtttaaaa agtctcagaa gaggagcttc 799681 gccatctggg cgtggggaac gccttcaatc ctgagaaccc tttcggggtt aacgtagccg 799741 agttcgatgg ccttggtgac acagcgctcc cctgttaagt tcgctatcgt ggcctccttg 799801 aggagctccc cgagctttgc ctcctcaaca agttcgccct tgtaaaagcg ctccttgacc 799861 tcgagcttta gctcgccctc ccggaatgtc tttccaagca gttcttcgtc acaggccgca 799921 aggagtacct ccccctggac acggtagatc ctgacgtata tcattcccat cccccgctgt 799981 ggtgtgaggt gcatcttata aacctgctcc aaccaaaaaa cttaaaggca gtttttctaa 800041 cattaagtta gtaagtgagt tgggggtgag attatggaat cagagatggg aaagctcctt 800101 gatatccttg ggaacgaaac cagaagaagg atactcatcc ttctcaccaa aaggccctat 800161 ttcgtcagtg agctgagcca ggagcttgga gttggtcaga aggcggtact ggagcacctg 800221 cggatcctca agagcgcggg tctgatagag gagaggaccg aaaaaatacc ccggggacgg 800281 ccaagaaagt attacaccat aaggcgaggc ttcaggcttg aggtaatgct cactccctac 800341 ctctttggga cggagctcta cgagcccaag gaagtcagga agaccagcgt ttattcagaa 800401 gctcagaggc taataaagtc cacggagcca acggaggaga aagtgagaga gctcgttgag 800461 ttcctcgata gccttgagac gagacttaac gagatgctgg aagtcaaaag ggaacttgaa 800521 gaagtcaggc ttatggtcga gacctacatc gagaacctcc ttaggagggt tgctcaggag 800581 gatgaacgac tctttgagga aataatgcac gagctgggtc caaaactccc gaggagaatt 800641 tcaacgaacc ttaacgactt ttaggaagcg gaaaaagctg aaaaatgaag aagacacttg 800701 ataccctgat cagagaattt tgccctcttc cttcattctg acgagcctgg ttatatatcc 800761 cgctatcctg tttcttatgg tcttgctcgt tacgtttgtg agctcctgaa ccatcctctt 800821 gttgtgctca aagtcccttg tgaacttgtc aggataccta tcaaagagct cgcgagcggt 800881 cctcttgatg aaagcctgct ttatgtttcc cattctcatc acctcggatt agcttaagcc 800941 gtaacccaat ccggggaatc tttttaaaag ttttccctgg gggagaaaaa gctaccgttt 801001 tctcagcttc tcgtaaattc attcgccgag gtggattgag gttttctctg gccagacgat 801061 gctgagggag tagcacctca ccagtgcaaa gccaaagtta atcatttcga aatggctgag 801121 ctcttctgtc aattgagagg acagagttag accccgaacc tgaatcctaa aaatttataa 801181 actccattcc tttctcgtca ttggtgagcg ccggggtagc ctagcctggg aaggcgcggg 801241 actcgagatc ccgtgggcgt ccgcccgcca gggttcaaat ccctgccccg gcgccactca 801301 actgccgagc ccgttgggga tccctaccca aatttctacc cttctatcgt tttcaactat 801361 caaaaaatat ccttcggacg ttgggaaaca gaaaacataa ctcaattcgg tgtgtttgaa 801421 agaacccgta acttagcgcc aaagttggaa aaagagatgc ggaattttac atcctcttag 801481 agggggcttc ttcctatact tctcttacat ccccaataga agcgcgggac tcgagatgtt 801541 gtagtcattc taaaaacaaa caaaagagaa gagaattcat gtcgttatgt gagccccgtc 801601 cttctcgact ataacggtat gctcgaactg ggccaccatt ccacccctaa cctcgcgcag 801661 tatcgggtag ctgtatatcg cgccgacctt gtccagctgt gccagtgcca tcttgagctg 801721 tccctctggc ataaagccct ggagccagcg gtaggcgaag ggaagcgttt tgtactcgcg 801781 cttgatgtgc attagcagcc ttctcgcctg gagcattctg acgggtctgt cgcggacgta 801841 catgaagatc agcgccgggg gaacctctat cacctgcccg gcaccggtcg tcgcgaaggg 801901 ctctatcgcg aagacgtctc cctcctggag aacgtacgtg tccgcctgcc tgtaaacgtt 801961 cgggatgctc acccctgcgt ggagtttgta gcgttcgatt ttgtggccgc tgaggttcac 802021 tatcgggttg aagcccctac ctcttatcgt ctcctcgatg gccttcgcga cgtccctgac 802081 catgacaccg gctctgactg tcgctatggc gttctcgagg gcctccctcg cagcttccat 802141 cagctcgtct tcccccatcc caacgcggaa cgtcactgca gtgtccgcta tgtagccgtc 802201 gacgtggacg ccgaggtcca gcttgaggta gtccccctcc ttgagaacgc tctcgtcgcc 802261 ccgatagggg gtgtagtgtg ccgcaatttc attgagcgag aggttgcagg ggaaagcagg 802321 ctttccccca agttctacta tgcgcttctc aacgaactcc gctatatcat agagcttagt 802381 ccctggtttg ataagatcaa cgacctcttc cttgaccttt ctcgctattt caccagcctt 802441 caacaacgct tctattgcct ccatctttca gcaccgcctg atttaggagg acctaaccct 802501 taaacctttt gatctcgaaa accttttatt ccagccctcc ctctatatcc cggtgggcgg 802561 atgttcgaat tcaagaggta cgttaatctc ggcgaggatc tgttcgtcgt cagaaattta 802621 atcggagcca tcctggaggg tgttggaata gcctatctga ttcccgttct ccttatgtgg 802681 ttctatccgt ccgaggttag atacgtttac tactttgcca taccagggtt tatgagcatt 802741 ctccttgggg cttggctctc gaggcatcag gagagaatcg aggatgttaa cctgagacag 802801 gccatgatct cagccgcctt tatctggctc ttcgcgtcct ttgttagcgt tgttcccttc 802861 atggagattg cggggatgag cttcatagat tcgtattttg agagcatgag cgcctggacg 802921 ggaacgggct taactatgat gagtaatctc gagagctatc caagggttct cctcttctgg 802981 cgtgcttgga tgcagtggct cggtggcata ggcatagtcc tcgttgccct gacggtcttg 803041 atacgtcccg gggtcgccgc ggccaggctg tacaaggcgg aggcgaggag tgagagaatc 803101 cttccaaacc tcgcgaacac ggctaaggtc atattccaga tatactttgc cctaaccctc 803161 gtcggtgcgt acctctacca catcaacggc atgaatctct tcgacgcgat aacgcactcc 803221 atgaccggcc tcggtaccgg tggaatgagc ggtcacgacg cgagcattgg ttactttcac 803281 agcatgagca tagaggccat cacgattttc ctcatgatcc ttggtgccgt taacttcacg 803341 gttcactaca aggttttcaa ggaaaagcgg cttggaccct tcttcgacga cattcaggtt 803401 cgatacatgt tcctcttttt gatacctgcg atatccatta tagcctacgg tcttgtacgg 803461 tacggtgatg gtatcgcgga ctctctcaga caggcaatct tccacgccgt ttcggcgata 803521 acctgcacgg gttttggaat atcagacctg tcaaagtatc cagagctttc caagttcatt 803581 atcgcccttc tgatggtcat tggtggcggg gccgggagca ccgccggtgg aatcaagctc 803641 atccgattta ccctcatgta cgagagcctg aagtggacgg ttcagcagtc cattcttccc 803701 aaaggtgccg ttatcaggag gaaggtgggg agctacgtct ttaccgttga ggatcttcaa 803761 gaggttacca gcttcacgat gacttacctt gctttcctcc tcctggggac actttacgtt 803821 atgatccggg tgaaggcttc gctcgtggac gcgttcttcg aggtcgcctc cgcccaggga 803881 aacgttggtc tgagcgttgg cataacctcc cccttcctcc cccctgacgt taagacggtt 803941 ctcatattcc taatgtggac tgggagactg gagatcttct caatccttgt gttcctcgtt 804001 agcgttgccg ccatctttag gaggaggtga ggcctttaga atatcaacga ggctcactcc 804061 cttccccgtc agttcggcct tgaggtcgtt cagctttatc agaagttcaa gccttgcgtg 804121 cctgttctct atcttctccg cgttttctat tgcttcctca aggaaggcga gggctttgag 804181 tctgtttcgg ggagcctcat agagggccag acggtacagt gcaatcgcct tatggaaggg 804241 atcctctata gcgttgaggg cttttctggc cttttcatgg tcgccagata ggtaaaagaa 804301 ctccacgagt tggctgagaa ggaagtccag tctcttcctg tccttaacta aggagaaggc 804361 gtaggctccc ttctccagaa ggccgttccg tatgagctct ctgagtatct cgacaagcac 804421 gtcttcacct gaagcgtatg caaggtttat ggcagttttc agagctagat cgccgttgaa 804481 gtcgtcccca gcccggtaaa aagccatagc gatgtccgcc ataaggattg ccctgtacct 804541 ccagctcgag agcccgttga ctattggtat cagcgctttc aggtatccaa ctatataacc 804601 cggctcgagt tcgagctttg agaggctctt tattatcatc ttgactccaa cgtaaacgtt 804661 ctcgtctttt cggacttttt cgagctcggc tattgcctgc tctatttctc ccgcgtccag 804721 caggtcctct atcctttcga gtctgtccag atcggagctc tcctccgaga ggccgagtag 804781 cttttcaagg ggtttcatcc tcagctctcc cgaggagtag ctcaaggtag gagcgcctct 804841 caaagcgcgt aaccccgaga tcaaagagga tcttcttcag cttctcaacg agttcgggga 804901 ccttcctttt atcctcggtt agggcttcaa cctcgacgaa cttaccgagc ccttcaacct 804961 cgtcgagggt cagcgtaatg cccttctcga cgtaatactt ctcccggatc ttttcaacgg 805021 tcagaacctc cgtgaagccc agggcctcta aaatgcgggc gtgttcatcg ggatcgttta 805081 tttgaacctc tatctcctcc ctggtcttcg aaactgagtc aatcttgggt cccttgtagg 805141 ttaaaaacgc ctcgaagtgg ccgttgaaac gccttattct gattctcaat gcttcgtccg 805201 tttttgagaa gtccctgcag ggatgctggt aataggtgtc ctcgtggtac tccctcctta 805261 ttagtctaaa ctcctcacga actctctcaa acacggaatc gtccgcgtag cccttcagct 805321 caacttcaat cacgacaaca cccccagttt tctgaggttc cccttgagtt taccctcaca 805381 ccttgggcag tagaggggcc ctttgacatc tgtgtcgtgg atggagtttg agaagtgcat 805441 aacgcacctc ggattgggac agtgctccag accgaagacg tgacccagct cgtgcatcgc 805501 ctcttttatg gccctttcaa ggaggagatc atcgtcagga ggcaggccat agaactcgtt 805561 tctcaacctc cgggtggaga ttagggcact cctgagggag cggttggcga gcccgaagat 805621 gaagtttagg ccttcctcat agaggtcgag atcggtgacc cccagtatgg ccgttgcccc 805681 tatttttcgc ctcagggcgg cgagtgtggg aaggaatacc ctcccgaggt actggcccct 805741 ggatggatgg agcgcaacgg agaagggttc cccgggaaga ttgcctgaaa acttgacctt 805801 gaggttaaag cgtgagtagt aatagcccac gaaatcgagg atcccctcta taagccattt 805861 ctcaaccggg ccgatagaaa cgatcgctat catctcccac cccaataggg agaagaaaga 805921 gaggccaata aacctttccc ctcacgggat gaggttcatt ggcctgagtt cctcaaggaa 805981 gtgcttggca aactcgatgg tcttgtcgat gtccctcagg tcggcagttt cgacctgact 806041 gtgcatgtag cgtatcggta tgctgaggac agcagttgca acgccctccc tgttgatctg 806101 cattatgttg gcgtcggttc ctgtcggtct tggagatgcc tccacctgga gtgggatgtt 806161 gtacttcttt gcaacctcgt cggcaaaggc acgaaccttg gggttgatgt ttgggccgac 806221 gtccatgacc gggcccccac cgagcttggg cacaatcttg cccttgtcgc cgacctgctt 806281 ggcaaaggtg acgtccatcg caatgcctat ctcgggatcg atggcatagc tggcaactct 806341 agcacccctc aaaccgacct cctcctgcac ggaggcgacg aagtagatgt ctgcctcgtg 806401 gttctcaacg gccttggcgg cctctatcat ggcgtagagg caaacgcggt cgtcgagata 806461 tggcgttgca atcctgttct cgtttagctg agtaaaagcc ggagcgaact cgccaacggt 806521 tccaacgcgg aaacccatct cctctgcttc ttccttgccc tcagcgccaa catccacaac 806581 gatggtgtcc cagttcgccg ctttctttct gtcctcgggt ttctgaaggt gggggggtat 806641 gtggccgaca accccaaacc tctcaccctt ctctgtgaaa aaccttatcc tctgggcaac 806701 gagggttctg gggtcaacgc caccgactgg aacgatgtga aggtagccct ccttgtctat 806761 gtggttgacc atgacaccta tcttgtccat gtgggcggcg atcatgatct ttggcccgct 806821 gcccttcttg tgagctataa cgtttccgag cttgtccact ttgatctcgt cgacataggg 806881 cttgagctcc tccataacga cgtcccttat tccgaggaac tcatagccag aaacgccggg 806941 ggcctcaacg atcttcttga gcagttcgag gttcaccatg gttttcgcct cctttagatc 807001 ttcatctgaa tgtgttcggg tggcttaata aggtttacct tatggggaaa acgaatgaat 807061 cagaaaagtg ggagagatca ggcttccggt tcggccagaa ccttgatctt ccggatctcg 807121 gcgcgcttaa tcgggtagat cttcctcgct tcctttgcta tttcgctagc tatctggccg 807181 ttgaccgact ggagaacgaa gtcagcgaag ttgagctcct ctgccttctt gtatatgatg 807241 tcctggatga tcctccttat cgccctctcc tggctggtct gaatcctcct gtaggcgatg 807301 accatgccca tgaccctcag cttgtaaccg tccttggttg tgatgttgaa tatcccgtca 807361 acgcgcgtcg tcctcctcct gacgagcgag cggatgtatg agcgcgccag agtgtgcccc 807421 ttgaacttgg tgtaggcgtt ctggcccttg acgtcgtaga cctggaagta gagcttgacg 807481 tggcccttgg tgaagtctcc ggtgagatcc ttcagggtgg tctcaacaac ccttcctatg 807541 accttttcgg gttcgtcagc tggtgtgagg ccgatctcct tgctcccgaa gaagtcggga 807601 gcgtaaacga cgaaccactc tttcatcttc cacttatcct tggccgcggt ggcccttctt 807661 ctcggattag ctcttgccat cttaacacct ccacttcaca ccttttcggc gatttcctcg 807721 gcgatcttga ccgaaaacac aaggtcatcg agagccttga tgagggtctc aatatccccc 807781 gagtatttaa tctttgtcct tacgatccca tcaacccatc gggtttccac atttaaactt 807841 ttctttagtt tagctggcat ggactcgtta tcaacctgaa cagcctcggc aacggccttc 807901 gcagttttct catccccgta cctccaggtg atctcagcct gagcctcaat cttcactgtc 807961 ctttcctccg gccacttgct ttgccagagc ctcgttgaac agctttatga actcgtctat 808021 cctttccttg gggaagcgta tcccagccgc tatcgcgtga ccgccgccct caccaccgag 808081 cttctcggca acttccctga gggcctcccc gagatgatag cccttggcca gagccttctc 808141 tgtcgttctg gcagatccct tgacgaggtt ctcatcctcc tcgctgtccg ctatgaccac 808201 cacaggcttc tcgggatcag ccagaccggc gtttatagct atgttggccg ctatgcccac 808261 cagagtgtcc cgtatgctct tgccggcata gaaaacgtag gcgtgctctc cttcctcagc 808321 catgctccag ttctggatta tgaacttcct agcctcaatc tgttccctct tgtaatcgtc 808381 gagcatcttc cgggcctttc tgtaggcctc ctcgtcgccg aggcatatgg caactccaag 808441 cgttccagcg ttcaaccgac ccgtagcatt gaggagcgtt gcgaactccc tcgcctcgtg 808501 cctcacatcc ccttcagggt agagtgggct gattacgacg tcgcctatca gccggtctat 808561 catctccttc gggacggcgt gctttatcat gtggagaacg agtgcatcgt gaagtctctt 808621 cttctcctcc tcgcggagct gccagtagtg tttgtcgggg tcaaagcccc tcgcccggag 808681 ccattctatg gcctttctct cgtccccggt gatttcaggt atctctgggt tggtggcgta 808741 tgctagcatc tgtctcaggg gcctgctctc ccttccgaag agacggagct ccttcctgac 808801 ctcgagtatg ccgagctctt tgccgtcctc aattatatcg aggttcatcc cgtgaaaggt 808861 tccgtctatc tcctgcatgt ccccgacggc accgacaatg gctatgtagg ccagctccct 808921 gttggcccgg ttcatctccc tggccacgaa gtatgcggct cctgaaccgc tcaggtcgcg 808981 gacgctgttg gcgccgaacg gtacggggtt gacgagaagg tgtgaatcaa ctgagaactt 809041 ctccctctcg ggcgggtggt ggtcgataac gacaaccgtt gcaaaatcaa ggtacttatc 809101 tatcagttcg attgagccgc tcccgaggtc gctgaatacg tagacatctc tcctctcctc 809161 ggcgagctct ttgaggagtt cctcacttac ctgtttcacg atgctgagct gaaagctgcc 809221 accttccctt gctatcgcct tggccaggat agctccggct gttatgccgt cggcgtcgcg 809281 gtgggagaca agccttatgg tgtgtcctaa ctcgatgtgc atcttgatga gttcggcccc 809341 ttctctcgcc cgctccaaga aggcgttctt atccactggg catcaccaag aagaaggaaa 809401 gggatcagcg gacgagcagc ttggcctgct ccggatcgta gcgccacttg gcgggcaact 809461 ttccagttct cctgtagtac ttaacgagtc tcctgatctt gctctcggtg agctggagac 809521 ccctcctgga gtgcttgtcc ttcgggtgct gttcgaggtg cttcctgagg ttgactgcct 809581 ttctgatgag ggccatcaga tcctccggta tctcaggtgc gaggccgttc tcctcaagga 809641 tcttggtgat cttcttccct gttatcagct tgacgctggg tattccatac tggtcacgga 809701 gaatcgtccc tatcatggcc gcgctgtaac cttccttcct gagctttaca accagagcct 809761 caacctcctc cgccgtgtac tcgacccacg ccgggggagc gctccttggg ggcttcttcg 809821 agcctgactt acctctcttt ctcgcgtgca ttcttgccat acaaccacct cccggtgacg 809881 gccagctccc gccagccgcc ccttcggctc agaaagtggc cggaaattta aaaacctttc 809941 tcctcactca atcggcacgc cgtcctttgt cctcggggcg agccacttca taagcttcct 810001 cgggttcttc gtgcggatta ttatcgttat cgggccgagc gggctctcct cgttgaagtt 810061 cacaactccc gcgtaggccg cctgcttgtt caccttgacg attatctcct cgccgaagta 810121 gccctcctcg aggaaactcc ttgccgtgtc gagtatcgcc tgccctctga acagctcgta 810181 gagcctgctg agagctttcc tgctcctcgt ctttcccgtg agtattacgt aatcgccccg 810241 gtcaaaggcc tcgaactcta aatcgggcac gaggttcagc atggccctct ttaccttctc 810301 gatgtcctcg gtcgggtaaa cgtacgcctc aagctcgact tcctcaaaca gctcctccat 810361 gctctcaccg ggctaaggtc gaaagaaggc ttataaaccc aaccgcccag ataattaggg 810421 tggccgaaat atgttagaag gcttcatcga gggactcgct aagtacctcc tcaacctcag 810481 cgggggaagc ctgatatggg tgtcattcta cgcgggccta ttcgtcgcgc tcatgacgtc 810541 gctcggagcg atggtggcgc ttttcgcaaa aaagctcccg gctgaaggcg ttgacttctc 810601 gctcagcttc gcggccgggg ttatgattgt ggcttcgttc acctcgctca ttctgccggg 810661 aatagagagc gccgggtttc cgcccgtagc cctgggaata gccctcggcg tcctgctgat 810721 ttacgccgtt gacaggcttc tgccccacga acacctcgtc aggggctacg agggtccgaa 810781 gggaatgaag gagaagctga gaaaggtctg gctcctcgtt ttcgcgctca taatccacaa 810841 cctgcccgag gggttggcgg ttgggacgtc cctcgtctac aacctggagg tcggcctcgt 810901 tacggcaata gcgataggca ttcaggactt ccccgaggga accgtcgtct cgctcccgct 810961 cgctgtcata cagaagaaga gcctcggccc tgttctcatc ggcgtcctga gcggtttggc 811021 cgagatggtc atggtaatcc tcggcgcggt cttcttcact tccttcgcct ggacgctacc 811081 ttacggcctc ggcctcgcag gaggggcaat gctctacgtc accgtcaagg agatgattcc 811141 ggagatatac aagggggaga agagcgagac cctcgtcacg ctgggcttct tcgcgggctt 811201 ctacgtcatg ctcctcctcg attcagccct cggatgattt tctcaacgag ggtctttacc 811261 ttcttctcgt actcctcctt cgagccgtcg tttatcagca tgtggtcggc catcgctata 811321 acgccaccga ttccaaagcg gagctccttc cagtccctct cctcgaagtc ctcccaagtt 811381 tgagggtcgt cgtgccttcc tcttgccttt aacctctcga agcggagcct tggtggcgtg 811441 tggacagcaa cgatgatgat tttttcctca ggaaaggccc ccctaaaggt tcccacctcg 811501 tcgagggaac ggacgccgtc tatgaccacg agcgggctct tctccaaaag aaccctcacc 811561 ttcccgaccg cgagcttggc aacggcgttc tgaccgagct cctgcctcaa ccttatactt 811621 accttggcga cgttctcctt ggtgagctcg aggccccgct ttacggtctc ctcgcggacg 811681 atgtcgccga gagaaacgct gggaaagccc ctcttctcga attcctccac aatcctgctc 811741 ttacctgaac cgggcattcc agtgactatt actatcattg agcccacccc gagtagctcg 811801 ggaaggattt aaaaaggttg agtcctgtta ggggggcaaa actttttaag gttcagtatg 811861 aaaaccatca tggtgggaaa gatgaacgta aactggttta tcatcggccc catagtaacg 811921 tttctggtaa acataccgtt cggcttctgg agagcccatg ccaagaggac gggaaacagg 811981 ctggagtggg ctttggctgt tcaccttcct gtcccgctgg tcgtggtgct gaggcacttg 812041 gcggggctca gctggaactc cagcggggcg ccgctgatac tcgtcttcgt tcttgcctac 812101 ttcctcgggc agagaacggg cggaaagctc tatcagaggg cccacgagag cggtttgaat 812161 ccgggcagaa acgttttcgt cctttggagt ggaaggggag agggagaggc tatctgagga 812221 agtcctccag agtccccttt cgctttggct tttcttccgt taccctcttc tcgattccaa 812281 ggtggcggta gattccgtcg aggattttgg cacctattcc ctcgaccgcc aaaagctccg 812341 caggttttgc gttcgctatc gcctcaacgc ttctaaaccc cgcgttgtag agagccctcg 812401 ccctcttcct tccgatgttc ggcaacctga cgagttcgag gagctcttct ctaaccccgt 812461 gcctcaggcg aaggtgcagg tcgcggaggt agttcaggat ttcctccttc ggctcgaaga 812521 gcttgtagag ctcgatgagc gagtacatga gccagtcggc aagctcaaga agcctgtaga 812581 ggtcgccggg gtctatcgag taggtctcgt aaatcctcgc ctcgggaacc tcgttaatcc 812641 agtcgaggag aaccttggca gtcttcacct gaccgaggaa gccctggaag cgcgagtctt 812701 cgtagtaggg tatgctcgcg tagagcttgt cctcgagctc ataggccagg tcaaggtagt 812761 cctccatctc gcgccttctg gccgttaaag tcgccatgtc gggggttgag gctatgagct 812821 gaaagatccc gaaggggttt gggttccgtt cgattgcagg aaaggcgtct ttgaacttct 812881 tggccgtgag agggtctatg tagagctggg aggttctctt tccaaagggc aacggaataa 812941 acctgtcctc aaggtccagg tcaatgaact cgttctctat taggaagtag accacctctt 813001 tcgccttgta ctcaagcgag ctcaaatcct tcctctggtg ggcatagaaa gtcctctcaa 813061 ggaagcgtac gagctcgggg aagctcctga ttccaaagtt ggtgattaaa gccagaacct 813121 gacttctgaa ggcctgctcg ttggcgagca tcgagaagag cttctcgggc ttcccgcgga 813181 tgtagcgctc cattagcttg ccgggctcgt ctgttctcgc cactattatg gcctcgccgt 813241 atttgtcgta cctcggcctt ccagcgcgac ccatcatctg ctggatttcc agaacgggaa 813301 tgtcggtcca gccgaagccc gcgtagcgct tggtgtcgcg gattattact ctgaatgaag 813361 gtaaattcac cccagccgag agggtcggcg tcgctgtgat taccttaatt aggccctcgc 813421 gaaaggcgtc ctctatcagg gttctctcaa ccctgctcag ccctgcatga tggaaggcaa 813481 cgccgcccct gagggcccgc tttaacttct cgctcgtggg gttgtcctca agctgactgg 813541 cgagactttc taaggcccgc ttttcaggct tggtaagatg acttgagacc agcttcgaga 813601 gcgccaaagc ctctttctca gccgagcgcc tcgtgttgac gaaaactaag gcacccttgc 813661 ccctcttcac agcatcgacc acgagggagt accagttctc gggatagctc tcgaccttcc 813721 catcctccca gattagcgtt ccgaggtgga aaactcctcg cctcagctga acgggtctcc 813781 aatcgctgac gacgagggaa gcgtcgagcc actcagccag ctcctccgcg ttgccgacgg 813841 tggcgctcaa ggccaatatc tgcgccctgc cgagcatgtg cgtcagaatc atctcgagcg 813901 tcgctcccct gtcgtaggag cctattaggt gaacctcgtc ggcaaccacg agcttaacgt 813961 cgttaatcca cctcgcgccg tgcctgagaa gggagtcgaa cttctcggcg gtggcgacta 814021 ttatgtcgta ccgcccaagc cagtcgtcgg ttgagtcgta gtctcctgtg gttgccgcga 814081 ccttcagacc cagcttctcc cactccttga actctcggta tttctcctcc gccagggcct 814141 tgagggggac gaggtagact gccttgcccc cctcttggat gagcttgttc accataacta 814201 tctcgctcac gagagttttt ccgctcgccg ttgggattgc cagaacgagg tttctgccct 814261 ctaaggcacc gctcttcaat gcttccgcct gcggtgggta gagttcctct atgcccctct 814321 ccttgaggac tgccttaagc ctctcgtcaa cgggaagttc atcaaccttc atctaccctc 814381 agctccacat ccctttgatc ggcggtttta tatgtctatt gtcttacact aggcgggatg 814441 tgcgatggcc gtagaggtac cctatgtgct cttcagaacg agatctgggg tttatgggat 814501 agacggctac ttctaccctg cccttgagag ggttgagcac agggccgccc tgctgaggaa 814561 gatgccaccg aaacctgttc cccgagccta cggggactcc tacgtgaccc caagcaacgt 814621 ggggaaagtc ctcagggagt tggcccttga gctgtacgaa ctcaccggca gaagttttga 814681 tgaaaggggc cgacacatga gacgctggaa tatacttcgc tttctgggta ttccttccgg 814741 ctatattaag aacctgaagc gggacgagga acttgccggg agggtgaggc gggccctgtt 814801 ggccctctca atagtggaac acgtcctcgg gataaagggc cctgccgatc tggatgacct 814861 tttcgttgag cccctcggat ggtccgtttt caggctggag atagtgaaag gtagacccgt 814921 ggatccagtt tattcacagc tttacgaaga cgacgcgggt tttagaaggg ccctccatga 814981 agtgttgaaa aaagaagggg ggttatgatt tggcgtaaag ccagcaggcg acgtagtgat 815041 ccttctcaac ctccaccaga ggaggctcct ctttcttgca cctgtccata accctgggac 815101 atctcgggtg gaagcggcag cccttcggcg ggtttattgg gctcggaggt tctccctcta 815161 tcttcatccg cttcctcttg agttcctgcg ccagttccgg atcgggaacg ggaatcgccg 815221 acaggagcat ctgggtgtag ggatgcagtg ggttctcaaa gatcttctcc gctggaccga 815281 cttcaacgag ctttccgagg tacatcacgc ccattcggtg gctcatgtac ttgacgacac 815341 cgaggtcgtg acttatgaat aggtatgtga acccgtactt cttctggaga tctttgagca 815401 tgttgagtat gttcgcctga accgagacgt ctagggcaga ggtgggctcg tcgagtacaa 815461 tgaactctgg cttgagggcc aagagcctcg cgagggctat tctctgcctc tgtcctccgg 815521 agaattcgtg gggatagcgg taaaggtgca tctcgttgag accgacgctc tcgagcaggt 815581 ctataacgaa ctcctccgga tcgtcaacag gtatcccgtg gaagcgaacg ggttccatta 815641 tgatttcaaa aacagtctgc ctggggttca gggaggagta cggatcctga aacattatct 815701 gggccctcct cctgaaggcc ttcatttcct caccgctcag cttggtaacg tcctttccgt 815761 caaagattat ccttcccgac gttggttcta tgagcctcag gattgttctt cccgttgtgg 815821 tctttccaca tccgctctcg ccgacgagcc caaaggtttc acctctgttt atctcaaaac 815881 ttactccatc gacggccttg acgtatccta tggtccggaa gagccccctg acggggaagt 815941 acttcttaag gttttcaacc ttgagcaggg gttccatcgc catcacctca gtacaggtgg 816001 caggccacga agtggcccgg ttcgatctcc ttcagttttg gaacttcttt cctgcagatc 816061 tcggtcgcgt agggacatct cgggtggaag cggcagccct tgggcggtgt tatcaggttt 816121 ggcactgttc ccggtatggc ctcaagcctc tctatcttcg ccagcgggtt tggaacagcc 816181 ctcagcaggc cctttgtata cgggtggagg ggattcttga agatctgatc cactgagcct 816241 atttccacga tcttgccggc gtacatgact gcaacgcgat ctgccatctc tgcgacgact 816301 cccatgttgt gggtgattaa aatcacggtc gtgttgtact cctttttgag cttgttcatg 816361 aggtcgagga tttgggcctg gacggtaacg tcaagggcag tcgtgggttc atccgctatc 816421 aggatctttg gatcgtttga aaccccgatt ccaataacaa cgcgctgttt catacctcca 816481 ctgagctcgt gcggatagtt tttgactctg ttctctggat cggggatgag aacgcgcctc 816541 agtatgtcca ctgcccttct gaatccttct ttccagtcct tcacggtcct gtggacaacc 816601 attgcctccg ctatttgata gccgacggtg tagaggggat ccagtgatgc atgtggatcc 816661 tgaaagatat acgctatttc cttacccctt atctccctga tctcttcctc actgagcttg 816721 agcaggtcaa ctgtcgagcc gtcttccctg tgatagataa ctttccccct cacgatcctt 816781 cctggacttt ctatgagctg ggtcaatgcc cttgatgtca cgctctttcc acagcctgtt 816841 tcaccgacta gggcaaaggt ttcacccctg taaacatcaa atgagactcc ctctattgcc 816901 ttgactatac cggcgtaggt gtagaagtgg accgtgagat cgcgaacttc gagaacgggt 816961 tcaggcattc tccccaccct ccttctcttc catctgcttc tgcttcttca ccttgaactc 817021 tatgctccgc ctcatctttg gatcgaggat gtctctgagc gtgtcaccga ggaggttcca 817081 tccgagggca acgagcagga tcataaatcc cgagaacgta acaagccacc atttttcggg 817141 gaagtactgg gagccgtcgt agactatcct accccagtca gctattggag gtgttgcacc 817201 gaggccgagg aagctcaggc cggcctccat gaggataact ccaccgaagt caagggttat 817261 gtaaactaga atcggcccga tgatgttcgg caggatatgt ttgaacatta tcgttctgga 817321 gctcagacct attgcccttg ccgcctcaac gtagagcttc tccctctccg tcagcgttga 817381 acctctggtt atcctcgcat atgccggcca ccagactatg accattgcca gtataaccgc 817441 cagcagcttt ccgaggtttc ctgcttcctg cggtttcaac gcgaatatct ttaggaacag 817501 gctctcaaag accttgtgac tgctgatgaa ggattgaagt ctctcgggca ggacggccga 817561 gaacgctata gcgaggatca acgccgggaa ggccagaaac atgtcggtta tgcgcattat 817621 gagctcgtcg atcttccctc cgtaatagcc tgctatgagg ccgaggatta tgccaagggg 817681 cactccaagg acaatgacta tgatggatat cacgaaggac gttcttgccc cgtagaggat 817741 caggctcagc agatcccttc cataattgtc ggctccgagg gggtaggata tcgtcttgtt 817801 ggaaaacggt aagtaagcgt gggatcccgg gggtgcaagg taagtcgaca tgttctcgag 817861 ggcggggaag tagcggtagc tccaaggtgc gagagttgga ccgaagatgc cgaggaagat 817921 gaacatgcct atcaggacta ggcctattaa tccggggggt gagcggttga gggcgtagag 817981 catcagcttc cactcttcca tcttcgagcg gtttttcctc ttccaatcct tcttaaagag 818041 ggatatgaat gagcctatcc cctcgacgag attatcagca aacctgtcaa gaatcccctt 818101 cttgtactct tcctgtgaca tttatcacca cctcagtacc tcaccctcgg gtcaacgacc 818161 gcgtacagta tgtccactat caggttggta gtcacgaaga tcagggcgaa gatgaaggtt 818221 atggccacta ccgctggaaa gtcaaggttc cttatggcgt cgagaacgta tgagcccatc 818281 cctggtaggc caaatactgt ctcggttatt ggggttccgc cgagcagccc accgaactgg 818341 aggccgagaa ctgtaagtat gggcacgagg gcgtttttca gggcgtgacg gtatatcctg 818401 agctttggaa ctccctttgc cttgaggaag gccacgtagt cactgctgag tgcctcaagg 818461 aacgagtttc tgacgaacct ggcaagaacg cccgagcccg taaaaccaag agtaaggcct 818521 ggaagccaga gcctgttaag gtgctggctg aagatcttga aatctccagt gaggagcgcg 818581 tctatcatgg ggatgtgggt tatttcatgg gctggagggg caggaaaacc ggcgagtgtt 818641 ataacacgcc atttgacgaa gaatatgtac atgagcatgt aaccgagcca gaatatcggc 818701 atggaaactc cggtcagggc aaaaatcctg acgagggtat caacccacgt gttcctcttg 818761 agggcagcca gtataccaag gggaagacct attatcagta tgaagaagaa cgccaccaac 818821 gttagctcaa acgtcaccgg aaacctcttt ccaatatcat caaacacgta gtttgacgtt 818881 cttgggtcaa cgatcttgtt cttggcaagt ccgctgatta gaaaccagta ctgctcgtac 818941 cacgggtcgt tcatatggta ctgttccttt atcttctgaa tggcctcggg ggtggccttt 819001 tctccacccg cccatgccct tgccggatcg gctggaatga cgtaggcgat tataaacaca 819061 atgagagtaa ctccgatgat cgttggaatg aacgtaagaa gcctcctcac aaggaacttc 819121 ctaaggttcg ccaactttgc tcacctctct ggagtttgtt gttctcgata ctcgataaga 819181 ggggaaagaa aagaaagata tcatccggaa acgttgattt cgaggctctt gaactctgtg 819241 gcaccataga ggaatggtcc aacccagttg tccgagtcaa ggtagtccgg aacccatcca 819301 acgatgtaga cgtcgtagtc gccgtgctct gtcttgctga ggtaggtcgg ccagttgtag 819361 ctgtttaccg tgacctggaa tccgagctgg ctccagacgt tctggaggag ggtcattatc 819421 ttctcacggg cactgttgcc ctcgttgtag atgagctcga tcttgtactt gctcgggtca 819481 acaccagcct cctggaggag ctgcttggcc ttgttgacgt tgtaagtgta cttaatgatg 819541 ccctcctcca tgtaacccgg ccacggcttg ggtatcgggc cgtagttggg ctcgaggagt 819601 ccttggtaga cgagctgcct tatctgatcg tacggaactg cataggcgag ggcctgcctg 819661 accttcgggt cattgaaggg ctccttctgg gtgttgaaga cgaggaaggt cagtattggc 819721 tggaggatgt cggtcttgac aactgagtgg aagccgttga gctcaagccc cttcacgctc 819781 tccatctttt cagggggtat ggcaacgaca tcggcggtgc cagtcttgaa caggttgatc 819841 cttgcctgag cgtcgttgtt gatgacgtag ataacgtact tgtggcctgg gttgctggtg 819901 gcgttccagt agtgcgggtt gtactcgagg actatgtagc tgttctcctg gtagtccttg 819961 acgtagaacg gtccggttcc aacgggcttc tggtgcataa gctggtgggt tgggtcatcc 820021 ttaccagact ggaggtagtt ccaccaggcg ctcgggtcat ggccgttgtt gctggcctgc 820081 agggcctctt ggtacttgtc gccgaggagg tactccatcg ggacgacgct gaggaacggg 820141 tcggccagta tgcttagaac cggagcgtac gggttcggaa ggacgagctt gaagacacct 820201 gcagtctcgc cgttgtagcc gaagaactgc ttgagttcgt caagtgagtg aacctcctta 820261 acctgaccgt tgtactcggc aacgagcggg tgatccttga ggtagttgtt gaattcttcc 820321 tcagtcatgg cctgggagtt gttgacgtcc atgaagctgt ccaccatcca gctgacgctg 820381 tgtccaagcc tctcgacgcg gaggaacgtg aaggcaacgt cggttgcgtc tatcgggtag 820441 gtcttgtcgt tccaggggtc ataggcctta acgccgccac ggataaggaa gtaccactct 820501 gtgccgtctt cgttgtgggc ccaggcaact gccaggtcag ggcttacggt ctcggtgttc 820561 tccttccagt aagtaacgag cgtgtcacct atctcgtgcc agagttccca tccaaaggtc 820621 tcgtacgtca tggccgggtc aaagctctcc ggccagccga tggtggctat aacgtaggta 820681 tcggggccat tcttgtagtc cttgataccg atctcgacgg acggagcgtt cgaatcctcg 820741 ctgaggaggt cgtagcgctc cgcgagggtc gggtggtagt agcggccctt cacccattcc 820801 cagtagacgc ggagctgctt gttctgaccg aggattacct ctggcacgag cttgtttccg 820861 agcatgtaga gggccttgaa tatctcggtt ctgatctcgg ggttggtctc gcgcctcgcg 820921 gctataacga gggcatcaac gtgttcatca cggaagaagg cggggtcaat ggcaccgaat 820981 ccctgaccct gctccatcag ggtcttaaca tcgggagtat tctcggtatc tacctcgtac 821041 tggattttta tggtcttcac gccgcttggg atctgggcgg ttgggttctc acccttcgga 821101 ccgacgatta taacactctt gtcagtctct ataacgtaga ccttatccat ctcgagtatc 821161 tggggtgtca atttcgcttg tgtgcttgtg gtagttgtgc tggacgtttg agtctggctt 821221 ggactcgagc tctgcgttgg gcttgagctc gtgccgcctc cgccaccacc gatacagccg 821281 ctggccacga ctgaaaaagc caccaaaaac actaccaaaa cagccagtac ctggcttttg 821341 gttctcattg ggtatcacct caggggtatc tgcactataa gtgtgcctca tgactataat 821401 aaatctttcg atgcgcacat atggatataa gagccagcac tttgacacgg agatgtatag 821461 tgaatcattg gtaaaagctg tgctccgttg agttctctgc cttcgcactc cgggagcaaa 821521 ttgcgaaaag cttaaattac ccccgagaca agagaatacc gtaaaaactc cacaggtgat 821581 ttgatatggt caaggcctat gttttgttga ctattgagat cggaaaagtt gaaagcgtta 821641 tagaggccct gaagcagata cccggcgtca tcaaggcgga tgcagtcaca ggcccctatg 821701 acgcgatcgt ttacattgag gcaaacgacc ttggagagct aaccagaaag atactccacg 821761 acatacacaa catcgacggt gttatagaca cgacaaccgc aatagtagtg gaaatggaag 821821 aggagtgatt cagcgcttct tccgcttgtg tttccttacc tctgcccgtt tccttagttc 821881 acgtatcttt tcggcgatca ttttgaggct cttcaccttt ccgtgcggtg cctctatgac 821941 aagaacaccc cttgagcgat actcttcctc gaggcccgag agccggggat tgagctttga 822001 tggatccttc tccactacct tgaaaccgag ggcaactgca gcatcctcga tctccctgag 822061 ggtcggggac ttgatggcaa tgttctttgg aacgctcctt ccgtacttct tggagagcct 822121 cgcgtcaaat tcgctgggcc acactacgaa ccgcggcatt tcaccaccca aacttttaaa 822181 attttgaagc tttaaaaacc attgtggtga ggacgatgct aaaatatgaa aaaatatcca 822241 agataatccc cctcttccag ccgggcgata gggttctggt tgagtacacc tcaaacgtgc 822301 cgatctcgaa gatactgtgg cagagcataa cacaccatat cctgaacgat gaaaccatca 822361 taatctttga cttttacggg ataggggaca taaccttcag gaactacctt cgatcggccg 822421 ttagtgagga gtacaaaaag ctcattgaat caaagaagaa catttacctg ttcaaaatag 822481 ggcccggagg ggcgagctac ggcaggatcg tcggccagga gaaggtctac acggacaccg 822541 agagttttct caaggcttac tactccatgg ttcaccgggc ccttagcctc ccccgaaaac 822601 cgaggtacgc cgttgtgttc ggtctgtctg agtacctgta ctttaccggt tcctctggac 822661 tgttcaacct cttaaacgtc ataagcacaa ttcccataga ggactgggta acggtggtac 822721 ccctcaacat cgatgcgata gacgggcggc agagggcaat actcgaggag atatcttcgt 822781 gggtcatcag aataaccgag gaaggctgcc agatcataaa agggggtaaa gagcgtgacg 822841 atacgaagcg gtgacagggt tctgctcgtc gataagaggg gaaaacgcta cctcgtgaag 822901 gttgaggaga gggagttcca caccgacctc ggaatcctca ggctgggtga gctcataggg 822961 aagccctacg ggagcaggat agagagccac aggggagaga cattcgtggc gctcaagccc 823021 gacatcaacg acataatagc gaagatgagg cgcgggcccc agatagtcca tcccaaagac 823081 gcgggcataa tcatagccta cgcaggaatc tcaccggggg acaccgttat agaggccgga 823141 gccgggagcg gggctttgac gatattcctc gcgaacgccg ttgggccgca tggcaaggtc 823201 ataagctacg aggtcaggaa ggacttctac gagatagcga aaaagaatat cgagcttgcc 823261 ggcttctccg agagagtaac cctcaagaac aaaaacatct acgacggcat agaggaggag 823321 agcgttgatc acatcgttct ggatttgcct cagcccgaga acgtcctccc gtacgcggtg 823381 gacgttttga ggcccggggg ctacttcgtc gcctacaccc cgtgtatgaa ccaggttcac 823441 cgcttcttcc aggctttgga ggagtacaga gggcacttca tgaggccaag ggttgtggag 823501 gttctcgtaa gggaacacga ggtaaagagg gagtgcatgc ggccgaagac gacgatgctc 823561 gctcacactg gctacataac cttcctcaga aagctgtaac gtcttctttt tcactgttct 823621 cctcataggt tgcgtacgca agcagtccga agactatggt tcctatcacc gcctggaggg 823681 ttgggttccc gggaattctc ctgagggcct ccaagcttcc gtagagcacg ggccagaaga 823741 taaatatcgc ggtgaggatt atgaagattt tgtaaagttc tcgcatcttt cttccccctg 823801 cactcctctc aatcaggctt ttaacgttta ccgttccggc atgcccttat tatctgatcc 823861 gaacctcttt tcgtacagct ctttaacttc ctggtaaagc tcccagaggt agtcgtactt 823921 ctcgggagtt ctcccgtgct caagccgaat ttttgcaata agcggagcgt acttctccag 823981 gtactccttg ctgatcttca aaacgtcctc aacaaactcc ttgaggggaa gctcaacaac 824041 acccttgtgc ttgcccttga attccgggca atctgtgttg gctaataagt cttcgtaata 824101 gtgtatcctt aatgtgttcc cgactaattc gaaaaaaaca ttggccgagt aagttaggag 824161 gtccgtccca taaaggggag tggagtctcc aacgttgaat ccaagttctc tggcatactt 824221 tcttacatta cctcccaagt ttccgttctc tctaaaacgc ggatcaagca aggataaaca 824281 gcagaataaa agttcctgaa taatcccatc tggatttccg taggttccca ttaagttatt 824341 tcccagaatt ctccagcaca ttccagctat tatctgttca ccaaaaagta taagggtata 824401 aaaggagaga attggttctg tttcattgaa cttgtctaag ctaatctcaa tgcggaggtg 824461 tcttccttta aggattattt tttgtgggtt ttcatccatt gattacccac ctcctactcc 824521 agctttcata ctgatagata gccccatctc gcgttgggta agccgtttta aggacataat 824581 aatctccttc acggctgaac tccagtgtaa ttttttctat cccctcaaca tgtattccaa 824641 gcccactgtc cgttttttca tgaaaatatt gtctctccta aaacccatta tacctcgctg 824701 aattctactc ttcttcttaa cctcctgagg agagccaatt tggcagcaat gacctcttct 824761 ttttctccca gctctaccaa tattttagcc tctaccggag ctatttcctc gatgtacttt 824821 ttggagagac ttagtacatc ttgcacgaaa tcattcaggg ggacagacac tgtccccttc 824881 cagtttccta taaattctgg gcagttcgta tcctttagag gaatgttgtt gtaatggaca 824941 tttatgatat tcccatcaag ttcgaagatg tactcgccca agtatatcac taggcttgta 825001 aagtacagct ttgtatttct ctttatagga aagtctagtt ttcgcgcata ctccctgagg 825061 ttaccgataa aacctcctcc ttcaagtttt tcactgttaa taaggaaatc acagcagtag 825121 agaaactcct gaataattcc tgcaggatcc ccctgaattg gatacagctc tttatttcca 825181 tcctttccaa tccagcaggt tccggcgatt agattatcat cgattaaaaa gaagaattgg 825241 aaaaggaaag actaaatcaa gggccttttt aaggtatatc ttcagtgaaa tgtgctttcc 825301 tcggaggact acctctttca tgtccttcac cccacaggct ctataactct tttccatggt 825361 ttgtaagccc aaacattgta tcctgttttc gaatatgtcg tctttaggta gtggataccg 825421 tttttgtatt cgaatgcaaa ctctactgat gttatgccct ccttgtaaat gccaacgtcc 825481 gaaagttcaa cagttaaggt aacactaccc tccttgaact tactcgcata gtccggattt 825541 ttgagtgccc tctccagtac ttcatcaagg aactctgcca gctcctcctc actattaaag 825601 accttaggaa gttgcttaac ctcaccgttc actatgattt tctgccccaa taaaccaagc 825661 actaaaaaat taggtaatta tctgagaaga tcacactttt taagattttc atttgttttt 825721 gctgaccttt aatttctctt tcagtgtctt ccagtcctct aaatcctcta agtattgctt 825781 tagataaagc ttatactcat ccattctgtt gtatccgtag gcttcttgtc tgactttttc 825841 aacgcgcttg tagtgcctct ccaagtactc gccaaaaacc ctcaaaacat cctccccaaa 825901 ctcgattaat ggaacctcaa tagtaccctt atgcttaccc ttatactccg gacaatcagt 825961 cccctcaaga agaccattat aataatggat tttcacacta tccccaatcc tctcaaagaa 826021 aacataagat tgcatcgcca gtactgaacg gtatatggga gtgtcattgg caacgttgaa 826081 accatactct ctagccattt ctcgatgtct gttgcagcct ccctgttcat caggttctag 826141 taaagctcca tcaagccccc aaaccagccc atcgaggaca attaaaggat ccgtgcatgt 826201 tccttggagt tttccgcctt ttggagtcca gcactgtcca accaggacgt gctcatcaaa 826261 aagtaaaata actgggaaag gatcgtaaac ttcggcctcc ttaaaccagc ctagcgcaac 826321 ctcaaagtaa atatgcttac ccttaattac aatcttctcc acgggcatca cccttctcca 826381 ctcaagacaa acaccccatc ttcaaagctc aagactctga cttaaacctc ttctcataca 826441 actctttcac ttcactgtag agcccccaaa ggctatcgta attatcaggc tcttctccat 826501 gcgcaagcct gattttctca ataacaggaa cgtacttctc caagtactcc ttgctgactt 826561 tcaagacatc ctcaacgaac tctttaagag gaacttcaac aacaccccta tgcttaccct 826621 tgaattccgg acagtcggtg taagatagaa gctcgttatt gtaatatatc agcaaactgc 826681 tctcatcctc acatttaaat agataatcac tgaagtatat gaacaacgtt gttctatatt 826741 cggcttgttt ttgtagcact gacttcaata cgtttaggag ttcttggagt aacccgtagg 826801 ggtcccccgg ctgtccggtt agtttcccac cttccctgct ccagcatgtc ccggccaaaa 826861 tttgtctgtt tacgatcaaa ataattggaa agggaaaggc aggctctgct gtgttaaagg 826921 ttgagatgtc tatggttatc tcaatatggg ttcccttgag agttatggaa ttggctagat 826981 ttttcatgtt tagctcaccc acctaccaat tgttgagacg tactttgcaa ctgctgaacc 827041 tgctttggga taggctgttt tcagatagta actgtttcct cctttctctt tcaggaatac 827101 gaactccaca acatcaattc catcttttct tatgccgagt tttttaagat cgactgttag 827161 tataacttta tcgttaccgt tgaacttact tgcataatct ggatccttga gagccttgtt 827221 caccacttcc ttcaaaaact ctaccagctc ctcctcactg ttaaagacct tcggcaactg 827281 cttagcccga ctgttcccta tgggtttctg agccaaacct cttctcatac aactctttta 827341 cttcgcgata gaacttttgg aggaagtcat aatcatcgga ccatatcccg tgctcatgca 827401 ggacttcctc gatgaccgga gcgtattttt ctaagtattc cctgctgatt ttcaaaacat 827461 cctcaatgaa ctctttgaga ggaagctcaa caacacccct gtgcctgccc ttgaattccg 827521 gacagtcagt aaattcaagg agttcattgt gatagtagat tctcgctgtt tttccgttgg 827581 agcagaagta gtacatgccc gacctctcag acacttggta cacaacaacc tcatccttca 827641 actcaaaccc atctttctcc gcattctctc tgtcgaattt agttattttt tgaacgtgtg 827701 ggtgttctgg ctgtaaaaag taataacagg cagttaacaa actctcaaaa aacccgtaaa 827761 cgtcagcctc ggctccttct agtttgttgt tccagcaggt tccaaggagt attgtgttgt 827821 cgatgataaa aactaaagtg aaggggtctg gggagggtac gtactctgtc caggccctta 827881 cgaacacgtg cctctccttt aaatcaaaat actcaatact caatcatttt ttcaccctgt 827941 acctattgta ctcccacacc gcactaccct ccttaggata agcagtcctt aagacaaacg 828001 ccccatcttc taattaaatc acatttgcct tcaaaaattt caattctttt ttgtgcgact 828061 ctttgatttc ttggtaccat ttccagagga catcgtgatc atatggttcc tcccctcgct 828121 ccatcatgat ctgttctatt atacttgcat agtttttgag atattcccct gaaattctga 828181 gcacatcttc gacaaattcc gcaaatagta gttcgatggt gcctttttgc ttctccttga 828241 attccggaca gtcagtttcg tcaaggagtc tgttgtagta atgcacattc acgatatcct 828301 tcgttctttc gaggaaaatg tagacagagt ccgctatgga tgttgcagag taaattagag 828361 agtcttcttc cacatgaaag ccgtattccc taactgtgtc cctctttaca cccacaagct 828421 ctcctggttt tgctctcata aagaacctga tgctgtcaag caagtcctgc acaatcccgt 828481 aaggatcccc gggtgctcca gtcagctttc cagaactcca tttttcccaa cacatgccta 828541 caataacgtg gccgtccacc aacataacaa caggaaacgg atatgctccc ccgtaaaact 828601 tccttaaatc cgcttctata tagatgtgtt tgcttgatag tttaagtgtg tccatattat 828661 cacctccata ccgatggaaa atgaaatagg tagtctatcc agttactacc cattctctgc 828721 tccatttccg atattcgaga actttgttgc ctcttgtggg atatgctgtc ttaaggtagt 828781 agttggagga gccttttgct tttgggaaca ctaattcgac ctcttcgatt ccttctacat 828841 ttattccaat taagatcaac tgtcagtaca accttccctc caccattgaa cttactcgca 828901 taatctggat ccttgagcgc cttgttcaca acttccttca aaaactccac taactcctcc 828961 tcactattaa agaccttagg aagttgctta acctcaccgt tcaccatgat tttctgaccc 829021 aatggccaga aggtcgtttt tcaatataat gcaatgctta aatccagctc tgttttaatt 829081 tcttgtatga ggttttctag gtatcgccta agccgagaaa tttcctctgc aaatccgtca 829141 tattgcgtgg ctttaatctc catttctatt gggaagcatt tttcaaggta ctcctcgctt 829201 attttgagaa tatcggcgac gaaggcctca aacagtaatt caatggtgcc ctgaagaggg 829261 ttctttgagg aaatgtatct gggagcctca tttatgaaat gaaaacgcaa caattcccct 829321 tttctttcga gataatacgt gttaaaatca aggtcaagta ttggcccgca gacatagcta 829381 tcaggcaata aatcaaaacc gtcattctca gcgtttttcc ttttgttaaa acaactttca 829441 gggtacttca ggagatctct agtacagaga agtagatcct gaaagagagc atataagtcg 829501 ccaagccatc cctcatcggg gtatccccct acttcatgcc cagccaccaa aaaaagaata 829561 ggaaaacggc cgggaaatgg ttctggctca aaggattcca tatctatttc aatctcaatg 829621 aattttccac gaagtctgca cctcattgaa gtcaccccat gtatatccat ctaccagatt 829681 gtttttctct gtcccacacg taccctaaaa ctttcctgcc ttttgaggga tacgccgtaa 829741 tgatctcgta ggcaccctta gcttggttgt atgagaactg gaactccacc gcatctattc 829801 catctatgtg catgccaagc ttatccaagt ttacccttag cttcacaaag ctctgtcccc 829861 taaattctgt gtagtactct tccttctgaa gggccctctc cagtacttca tcaaggaact 829921 ctctgagctc gtgctcgtcc ctgaagacct tagggatctg gacaaccctc ccggttttga 829981 ggtcaacgat tttctggcct gaacttcttc tcgtacaggt ctttaacttc ccggtaaagc 830041 ccccagagga agtcataatc gtccagctct tccccgtgct caagcctgat tttctcgatg 830101 actgaagcgt acttttccag atactccctg ctgattttca aaacatcctc aatgaactct 830161 ttgagaggaa cttcaacgac acccctatgc ttacccttga attccggaca gtcagtatac 830221 gagagaaagt cgttataata atgaattttt aaagtgcttc cctctgcttc aaggtaataa 830281 atgctggatg gattggatga tgtgatgatt tcataggcag gattgccttc tttaagagca 830341 aatcccatcc acatggcttc ttttcttgca aaattggaag tgctttcctt tggattaaga 830401 atctgaatgc acgctataag gagctcttgt aagaatccat ggatgtttgc gttggctccg 830461 tctatttttc ctttccagca tgctcctagg agtaagtgct catcaacagt aaaaatcaaa 830521 aagaatgggt ggggggagga aacgtacctg ctcacgtcta tcttaacggt taagtgcttc 830581 cccttcagtg taacccacat tctaaccacc tcactgccag ccacccctgc caggaataaa 830641 cgtctcaacc gcccagccct tcgttggata cgctgtctta agcacaaact ccccatcctc 830701 aaaactaaag cttaaatgta tttggtctat tccgtctatt ttgatcccaa acttctctaa 830761 ggggaattct aattctaccg ttgttttggg aaccccattt ttaaagaact tctcagacac 830821 gtactcagga ttcttgctta ctctttcaac gacttccttc aaaaactcca ccagctcctc 830881 ctcgttcctg aataccttcg gcaactgctt agcccggccg ttcactatga tcttctgacc 830941 caacggccag aaggtcgtta ttcctgcgtc ctccatctcg taccccctca cgtgcctgag 831001 ataggcgtgg atcagcccac tcctttcgtt acccccttgc attatgactc ttattgtttt 831061 gagttccccg ttgacgttga ccgttagggt gatctctttc ttcagatttt ctgcactctc 831121 aaggaacatc ccaagcccct gaaccaggct gctcgccggg gttccgtgct ttgcagtctc 831181 ctcgatgacg tgcccgacct gattcctgga aacgcccatc tcgacgaggt cgtccgcgta 831241 gcgcctcagg gcctttatcg tgatcccgtg ctcggcctcg tacttcacga cggttccaac 831301 gctttcctcc ttcatccccc gtgccaagga ggtacttcgc aattcttgac agttctcgca 831361 actttgtgag tcctagccca tagagtgcct tagttcaaac gggtctttgg tgaatcatct 831421 ttactttccc agacacttcg ccgaagggcc ctcacaatct tgaaccttta gttgaggaca 831481 tatttataaa caccaaaggt tctaaacctt tagatgtcca actttgggct catgcacgga 831541 ggtgttcatc gtgtaccgga tacttgagaa gaaagagctg gctccgaagc acatcatgta 831601 caggatagag gctccacacg tggccagaaa ggttcagccg ggtcagttcg tcatcgtaag 831661 ggcctttccg aacggtgaaa ggattcctct cactcccgtg atgtgggacc gcgaggaggg 831721 atggatagtc ctgataacct tcgtccgcgg aaagaccacg atgaggatgg ccaacgagct 831781 caagccggga gattcaatcc tcaacgttgc cggccccctc gggaaccccg cgccaataga 831841 gaagttcggc agggttctgg ccgttggtct cagcgccgga atagtggaag ttttcccaat 831901 agctaaagcg cttcaggaag ctggaaacga cgttacaacc cttcacgtgg cccccgcacc 831961 gatggcaatc ctcaaggatg agttcacgga gagcgtttca aggcacatat ttgaaggctt 832021 tgaaatccag gaaggctggg gaacgaagga gatagttgcg gaaatagcga ggaggggagc 832081 cgaaaaggta aaggagctcc tctcagagga gaactttgac ttcgtgctta cagttggccc 832141 tgcaggtgcc cagaaagcgg tcttcaacgt cgtgaaggag ttcggaatcc cgatgcacgc 832201 ggacctgcac ccgattatgg ttgacggaac aggtatgtgc ggctcctgcc gtgtcaccgt 832261 tggcggagag gtcaagttcg cctgcattga cgggccgggc ttcgacgcct acaaggtcga 832321 ctgggacgag ctgattcaca gggtcggctt ctacaccgat ttggagaaga gggccctgga 832381 ggagtacctc aagtccctga ggggtgagtg aaatggccgt taggagaaag ctcatcaagg 832441 aacgcgttcc cacgcccgag aggcccgctg aggagaggat tcacgacttt aaggaagtta 832501 acctcggtta caccttcgag cttgccgtta aggaggccga gcgctgtttg cagtgtcccg 832561 ccaactacgc cccctgtata aagggctgtc cagtccacat caacatcccc ggcttcatcg 832621 gaaagctcgt tgagtaccgc gacgacccgg ataaggccgt gaaggaggcc ctcaaggtca 832681 tctgggcctg caactccctg cccgcaacca ccggtcgcgt ctgcccgcag gaggaccagt 832741 gtgagatgaa ctgtgtcatg ggcaaggtcg gcgacaagat aaacatcggc aagctcgaaa 832801 ggtttgttgc agactacgca cgcgagaagg gcatagacga ggagctcctc tttgagatgg 832861 tgccgaagat agagaagaag ggccagaagg tagctatcat cggagctgga cccgctggac 832921 ttaccgccgc tggagagctg gcaaagctcg gctacgacgt tacaatctac gaggccctgc 832981 acgagcccgg aggagtcctg atgtacggta ttcccgagtt caggttaccg aagagcatcg 833041 tagagagcga gattgacaag ctcagaaagc tcggcgtcaa aatcctgacc gaccacatcg 833101 tcggaaagac cgtgaccata gaggagctcc ttgaagagta cgacgccgtc ttcataggtt 833161 caggcgccgg aaccccgagg ctcatcaacg ccccaggcat aaacctcaac ggaatttaca 833221 cggcgaacga gttcctaacc agagttaacc tcatgaaggc ctacctgttc ccggagtacg 833281 acactccagt caaggtcggc aagcgcgtca tagtcatcgg agccggaaac acggcaatgg 833341 acgccgcgag gagcgcgagg cgctttggag cggaggtcat catcgcgtac aggcgcggtg 833401 aagaggacgt cagcgcgagg attgaggagg tcgagcacgc caaggaggag ggcataaagt 833461 tcgagtactt catcaaccct gtggagttca tcggcgacga gaacggcaac gtgaaagcgg 833521 tcaagttcga gaagatgaaa cccctcgacg agagggacaa gcgcggaaag aggaagatag 833581 tcgggactgg agagtacgtg acaatcgagg ccgacaccgt catcatcgca atcggcaagc 833641 accccaacag gctcatcatc aacacgcccg gtctgaaggt cgagcgcgga aggatcgtcg 833701 ttgatgagaa catgatgacg agcatcccgg gagtcttcgc cggtggagac gcgataaggg 833761 gcgaggcaac ggttatcctg gctatgggcg acggaaggag ggccgcgaag gccatccacg 833821 aatacctcac gaagaagagg gaaggaaagg agaacgcgtg agcgtttctt ctctccctgt 833881 ttttcttgtt acttgaacac cgcctcaagc accgggtcgg gaattctata atggacgttc 833941 cgaccgtccc tgaccttctg gaggaaggag gaatctacga gcgccttcaa aagtctcgcc 834001 agcacgctgt cggctatgct tttgccttcc ttccgttcga ggtgctcctt tatcccttcc 834061 cacgtgttcc ttccgctcgc aactgcgcgc attatctcca cgtagcgttt cctcgcagag 834121 ggcctctttg agaggaagtt ctcgaactcc tccagcgcga gtctcctggc ctcttcaaag 834181 acctcctcaa tgacttcttc agaggggccc ttctcaagaa ccctcctgcc aaagagaacg 834241 agccagccta cgatgccgtc gagcctctcc accgcggtct cgattagctc ttctggaggg 834301 gaaagtccaa cctgctcgaa ccccttaatc agaaagtccc tgctctgctc ccgcgtgaac 834361 tttgggagtg taacctcgtg gaagtacctg ccgtagaggg gcgcccgggg gtcgtcaacg 834421 ccgaggtagt cgtggagcag gccaacttca gagcccgtca tgactattct caggttcgag 834481 tagtcgtaga ggtgagcgat taggcccgcg aactcgctcc cgacggggcc cctcaaatac 834541 tgcacctcgt cgaaggccag aacgacgtcg tgcttttcga gatcccggaa cagggctata 834601 aagtccgtct tctcctcgcg ccaggagagg ttgacgccga agctcagaac tcgaaggccc 834661 gttatggccc ttaggttttc cttgagttcc tcccagaggt tgcggttctc gcggaagaaa 834721 aggtttaggg agctctctat ccgcttgtaa acgtccattc tggagtttgg attcaccccc 834781 ctgaagtcca cgaggacgta gggaaggccg agttcgttca gccccacgag gaggagggaa 834841 gtcttcccca accttctgat tcccgtgatg accgtgaggg ggttgttcga gcggagggag 834901 ttttcaaaat cgctcagctc cttctcacgg tcatacaaat cctcacgctt tctcttgggt 834961 ctggtatcga agtacgtaac taccacccca gtagttaact actggggcag aagttataag 835021 ggttttgacg ttccaaagct tggagaagga agttgcatga ggtttaaccc ttcagcttca 835081 gctcaccttc cttctctatg gcctttagcg tggactccag cctgctgaag agcgcttgga 835141 gagcctccct gggggccttg gcgtagtaaa cgtagcccag ccagcccctg ttcacgaggg 835201 ttctctcgac gaggcccagc tcgaggaggt gcttaagctt ttcccttaca atcctttcag 835261 ataggccgag cgtctttgca atctgcctcg gcgtaagcgc ctcccgctgg aggagggagt 835321 agatttttat ctcggactcc ccgagctcaa agaccctgag ggttttggac agggctcgga 835381 gtatctcctc cattccaatc ccctgaagat ttttcttcat acctgtctac aactttgtga 835441 aaaggtttat aacactttct tcaaagggtg agcggtggta gcgatggcat cgatttcagc 835501 cgttgtcaga aacctccggc cactggaggg gagggcatac atagcactga ttgggttcgc 835561 ccttctgatg aactggagga gtgccgaggt atatgagctc gttacagcgt tcctggcggg 835621 agtcctcttc gtgtggtatg cgttctcgat aaacaactgc ttcgacgttg atacggattc 835681 taaaaatcca gtgaaggtta agaagaaccc catagcctct ggagagctgt cgtttagtga 835741 agggctggcg atatctgctc tgctcgcggt gacggggctc gggcttgcac taaccacaaa 835801 tggaaccgcg tttgcggttt acgttgcaat gctaatcctc gccacactct attcggcccc 835861 accgaggctt aaagcgaggc ccgtagtgga tgtgctgtcc cacgggctgt tcttcggggg 835921 tctgcccttc atctacgggg cgctcatcga tgggaacctt tcagaggcgg aaatcctgat 835981 ggctacgggg ataaccctct actctttcgc cctcgagctg aggaatcacc tctcggacta 836041 cgagagcgac ctaagggctg gactcaggac aaccccgata gtcattggaa aaggaaggag 836101 cgagctctta gtggaggttt tctcagtcct cgccctcgcg gtaactctgt acaccctcaa 836161 gccccacctg ataatcgcct cctccctgat gttcgcgggg cgcgggctga gggttgatca 836221 gagaacggtc taccgcatgt tcgacgtggc aatggttggg gcagttttag cggctggagg 836281 gacggcatta tgaagaaaag aaccctcctt tcagtcctcg ccctcctgtt ctcggtaggc 836341 tacattgccc atacaataga ggtggaggaa ctgggggagg caatctcgac ggccgacccg 836401 aggtttctcc tcctggcttt tgggatggcg ttttcggcta tacttgtctc aactctgagg 836461 tggtacatcg tcctcagaaa gctccagaag acgagcttca ggaaaacctt taccgcaatt 836521 ctgagcggtt tctacatgat ggccttcctc cccccgagtg tggggcacgt tgccaaggtg 836581 aagctcgtcg gaggggacta cttcaaagca ttgtccgccc tcgccttcgg gattttcctg 836641 gaggttctaa tcatcgccgg tatctccctc ctcgtattcg gcgccaccaa gtggggtatc 836701 tttctgcttg ggattctctc cctaatcctg ttctacgata aaggagccta tgcactcctc 836761 aacgggggga ttgccgtaat ccaaaggctc agtcccaagc tcgccgaaag gctcggaaac 836821 taccttgaga ggacgtattc ggggtggagg tcctccagaa aggacccaac aaccttcacg 836881 ctgtcgcttc tcctctctgt gctcgcggtg ctcctgcagg ttgctggaat aatcgccgtt 836941 ggaagggcct tcggacttcc tgttggcctg ctggatgcct tcaaggcctt catactcagc 837001 acccttttcg cgagcctgag cggtatcccc tcgggaatcg gggcaaacga gctcggtata 837061 accctcgccc tcggctcgtc aacgaagagc acggttgtgg ccttcaccta caagttcatc 837121 taccagtacc tctggtcgct tgtcggagcg gtcgagttct acagggtagt ggggggtcgg 837181 tcatgaggat agccctcgtg agcgactggt actacccgaa ggtcggtggc gttgcgagcc 837241 acatgcacca ccttgcgata cacctgaggg agaggggcca cgaggtcgca atcgtgacga 837301 acgacctcga aaccgggaag gaggaagagc ttgagaagct gggcatcgag ctgagaaaga 837361 ttccagggac ggtgagccca atcctgggca taaacctcac ctacagcctc aaatccaaca 837421 gggagctcgg cgagtacctg aaagatttcg acgtgattca ctcccaccac gccttcacgc 837481 cactgtccct caaagccgta aaagctggca gaaacctcgg gaaggccacg ctcctgacga 837541 cgcacagcat atcgctctcc cacgagtcct cgctctggaa ggccctcggg ctgacgttcc 837601 ccctcttcag ccactacctg ggctttcccc acaggataat agccgtcagc aaggcggcaa 837661 aagcgttcat agagcacttc acggactctc ccgtcgagat aatcccgaac ggcgttgacg 837721 acgagctctt cagacccatt agcgaggggg agaaggaaaa agtcaaggag gagctcggca 837781 ttgaggggcg cgttgtcctc tacgtcagca ggatgtcacc gaggaagggg cctcacgttc 837841 tcctaaacgc ctttcagagg attgcgaggg agttcgatga cgtcggtctc gtgatggtcg 837901 gctcgggtga gatgctcccc ctgctcaagg cccaggcgaa gttccttgga ataagtgaga 837961 gggttcgttt tatgggctac gtccccaacg agctcctgcc gaaggtgtac gcgtcggctg 838021 atgtcttcgt gctcccctcc ataacggctg aagcctttgg aatagtggtc cttgaggcga 838081 tggcctcggg cgttccagtg gtggcgacga ctgttggtgg gattcccgag gtggttgaga 838141 ggagcggaag cggtctttta gtgcccccag gggatgaact cgcactcggg cgggccatag 838201 gcagaatttt ggcggacgag gattttgcaa gggagctcgg ggaagcgggg agaagggctg 838261 tcgaggcaga atactcctgg aaggtcgtgg ctggcaagat tgagaaggct tacgaggaag 838321 tcctactccc ccctcggctg agctaccttt tttaagggac gtttccaggg agagacggcg 838381 atgacgagcc tcacggtagc tgaaacgtga tgaggggtat actgactgag ccgttaggct 838441 tttatcttcc ctttcttgaa gagaagcgag cgatgacgac ctctagggta tctgagtccg 838501 tgacttacac ggcaaaaatg atgagaacca agggctgagc tcactcctct tcaagctcct 838561 caatttcctc aaggatttcc tcgaacttct tgaagtcctc gctttgtgct aacagcgtta 838621 tgaagtcatc tatctcctgc ttttctaaaa acgccccggc gaggagcttt ccggtgtagc 838681 ggttgttctt aatctcccag aacatgtaga actcggggaa gtgctccttt atcttcctgt 838741 aggcgacgcc gtacttggag tccttgaggg ggttctgttc gaggtagaaa tgcccgggtt 838801 caagctcaat catgtggaga atcgctcccc tctttgtcct tacaagcttc accttaacgt 838861 cccattcctt cagaaccttc atggaaacca ccaaagtttg tgggctcttt agatacttaa 838921 ggattccgaa aggaggaaga aaagttggaa gctcagaggc tctccaggta cttcgcgtag 838981 gcctcagcgt ccatgagctc cttgagctcc tcatcgaggt tgctcggctt gagcttggca 839041 atccagttct cgtaggggtc ctcgttgagg agctcggggc tgtcttcaag ggcctcgtta 839101 acctcaatga cctctccgct gaccggggcg tagacctcgc tgacagcttt gacgctctct 839161 atctcacaga ggacgtcgcc cttgttgacc tccttaccga cctcgggaag ctcgacgtag 839221 gcgaggtcgc cgagttcctt ctgggcgtag tccgttatac caaccagaac ggttccgtcg 839281 tcaagaacct tggcccactc gtggtctttc gtgtagtaga ggccttcctt aaccttgtat 839341 tcgccgactt cgatcatgaa catcaccgga agttcttcaa tgaattcaat ttaaaccttt 839401 ctccggtttt tgagaaagca ggccgttgtc tcgaaggtaa acctcaatgt caaggacctc 839461 ctctggagag agctggaaga cacgcttttc cgcgtggggg agcgaggaga ggtagtcctt 839521 gatagatttt ttgtcggtcc cgagcatatg ggcggacttt ttgagggcgg atgcaacggt 839581 gcttctcctg tgctgaaaga gggccttaac gaggttttcg ttcagttcta tcctctcctt 839641 ctccggtttg ggctcgagaa caacaaccgc ggaatcgacc tttggtctgg gccagaacgc 839701 acctctgccg atcctttcaa cgagctcgac gttggccttc gcctgaacca tcagagagag 839761 gcgggagtag tttcggtcgc ccggtttcgc aatcatcctc tcggcaaact ccagctgata 839821 aatcaggacg gcccgctcga actcgtgctt cagaagcttg aacgtaacgg gtgaggaaat 839881 ctggtatggg aggttggaga ccatcttgtt gaattcgggc cactcgactt tgacggcgtc 839941 gcccttgatg agttccacat tcggccagga gtactccctc tggaggattt cgatcattct 840001 gctgtcggct tctatcgcgt acacctttcc ggcctttttg gagagctcgt ccgttagaac 840061 acccagaccg ggccctattt cgagaactgt atctttttcg ctaagttccg cccgtttaac 840121 gtttctttca atgatatcgg gcactatcag aaagttttgg ccgagggttc tgttcgggcg 840181 aaggttgtat ttataaataa tggagaagag acgatccctc attctctgaa gagcctcctt 840241 gatcccacga agagcctgta cctgtccttc ccctggagtt cgtcaatcac tctcttggcg 840301 atcatctcgc aggggtcgtg aaggccctta accctcgatt tgaggtcctc aaagctcttg 840361 aacggttctt ttcttctctc ttcgaggatc tcccacatca gcttttttcc tatgcctggc 840421 agtagttcaa ggctgtggag tctgttggtt attggggggg cgatgttgaa gaactttaca 840481 aatctgttct cattgttttt gacgatctcc ttaacgacgt acggaagctc ggccttggcc 840541 gtcgcggtca gatcgtcgta gcttatcttc ctgtttatca tgagaacctt gtcgcggttt 840601 cctttgccta tgaagaccct ctcatagagc attaaatcta ccttgggggt aacctccagg 840661 agcgtgaaag ctttctcccc tataacctgt gcaacgggct tgcctgttcg cctgcctgtc 840721 ttcagatcag tgtagccctc gggaaggtaa tcgagcacgt atgcgtactc ctcatactcc 840781 ttgttgtgcc tctttttctg gaggctttcc ctatagggat gacgtcttgt gtagtccatc 840841 ttctctcccc cagaaattta ctctccagaa gtttttatac tttgtgaaga aaaatagaag 840901 agttactcga ggggtctgta ctcgtctatc aggttgataa tctcctcggc ctcttccttg 840961 gtgggcatgt gctcctcctt ggcgaagata accctgatgt caaagtagtc ctctgggagg 841021 aggtcgacaa gcttggccgc gattctctcg tcgatccagt cgaagaggtt catcagcttc 841081 tccttgagct ccctagcctg ctctggcttc agtttggcaa agcgttccgc gtgttcaagg 841141 ctgatcctgg cctcgtagaa catgggctcc tcgggattct cctccatccc ctctgctctg 841201 cgcttttcga ggagttcttt ggcttctgcc agcgtgacgt agtgttcctc cagctttttt 841261 ctcccgatca tgctcatccc ttctggggcc tgaggtggac cgggtgtatg aagaatgtct 841321 taaccttgcc gccgtccttt atctcgacga tgtaggcgtc gccgcgcttg ccgacgacgg 841381 tcccggtcct tccgtggaac ctcgggtcgg gcattcccct gtggtaactc ggctctatga 841441 caatgtggac cttctgcccg acctcaaact cctggaggaa cctcgtgaga gggggaaggc 841501 cccttctccg cgggtgcttg ctgagctttc cgcgggtctt cctcctgaag ctgtgcgcct 841561 tcttaaccat tccaaccacc tcttaacgac ttcaatatac aggtatcatc cagcgggaca 841621 acttagagat ccaatttttc agagggggaa accttttcgc tccgtttaga cttaggacta 841681 accccctggg aatcactaaa acctacagag gcccctttat aaatctttca gttggagaaa 841741 aagaaaagag aactcatctg cgcttccaaa gtgcgacgag aagcagaagg agaatgctga 841801 tcccaggccc gcagatgctt ttctcggagg aatccttcac tgagataacc ctaaccggta 841861 ttccattcgc cctcttgacg gttacctgac cctcaacaac ttttatgata agcttcttct 841921 ttgtagtagg agatccaggt attaatttga catcagtagg tgttgtcttg acttggaagc 841981 tgtaggcctc aatggccggg cctttgggtt tcgcttttag gttggacact atggcaaagc 842041 tccggaactg tagcatgggc ccggaagaaa tcgtttccct ccagagtgct atgaatgaat 842101 ccccgtttgc gcttatcccc tccggctctc caaagttccc aaggagtatc gtatcctcct 842161 cttttccttc tgtgaccaca gtaaagctat ctacaactgt tcccatccta tcagttttga 842221 tgagtgcata ggttgtattg agaccatcac tgcaagtcag cctgaatgcc ttgacaatcg 842281 ctggctggaa aatgagatgc ccctctgaaa cggtcaacac gggtgcgggc tcggttgaag 842341 aggtctctga gctcaagagg gtgacgtttc cgcttttttc agtgcaggtt ttctcaggac 842401 tcagggtgta cagcctggcc catgcggttg agtttccagt tattgccccg aggacggttc 842461 cgttggagga gcccccgagg aaataaacgg tatcgcccac tgaaagagcc gactttatga 842521 agaacccttc aagagggctt atgattttcc atgttccgag gggatttccg tttttatcga 842581 gaatcacgta gtaccaggtt tcctcatcgt gcagtatcag atagtatcca tccttaacct 842641 ttccaatcgc cgtgctgtaa agttcccttg gaccatgagg tatttggtac gcccctgccc 842701 agagggggtt tccgcttccg tcaagtgcca gtacaaccgg agccgtgact ctcccatccc 842761 ctccgaagct atcaacgtga gtcgcaatga gtatctcatc ctccatctgc acaacattat 842821 caatgaacat tatccagccg gggcttacat tgagcaggta gtccttggac caccggagcc 842881 ttccatcccc ctcgagttta atcacccaga tgtccgtgtg gtttcccgcg tcgctctgcc 842941 cgacgagcag gattgagccg ttggcggttg cccggagcac tcttggtgag ggtcggaacg 843001 gaaagccttt cacgtattca ccccacttaa gcgagccgtt cgggtaaaaa tcaccaatcc 843061 aagccccggg aaccacaggt gttccactgg cggtcatgtt gaagggaaca acgacaatga 843121 agcctccagc tccatcgctt ccgacaccag ctataacctc cggatacgtt acagtccctc 843181 ttggcggagc aactataaca gcagaaccgc tgacgagagc ggtcgtgagc aatgccacaa 843241 acactgccgg gaggaacttc caattccgaa gcatttttac caccaagtca actccgcaaa 843301 gaaaatatat aaagatttcc cagaggaatg accctactcg tcaagtatgt ttagcacgtc 843361 gagcctctcg caccacgcct tcttcccgag caactcgcta acgctcggcc tcgtccttcc 843421 cttatcgccg gaaacaagtt ccttgatgta gagcccgccg tcggtgacga ggcgaagctc 843481 aaagtgcttt tcgtcaaccc acctcgcctc ggcctcgtgg acccttttca ccctcacttt 843541 gtcggccctc gccttcctga cgcgccaggg cgttctctgg tgtatctcaa ggccacttag 843601 cctcctcgcc acttcctcag cctcctcagg ggttaccccc tcctcaacga gaacgagcgc 843661 gaggtattcc tttcggtgat tcttcgtgag aacttcctcg gcctccttcg ccgagacgaa 843721 gcgcagatcg agaacctcca ccttcccgct cgcatttatc tcttccgcta cctttccaag 843781 gtcaaccctt ctcctcttcg gtctcttaat ttcgacgatg aagggcctcc cgttgccgag 843841 cattcttacg tccacgtcct cccttccggc acccttgaag acgcacttgc cttcaaatgc 843901 ctttgaaaac gccctgcaga ttatagaggc tacgctgtcc ttgaagtccg gcaaaggggt 843961 ctggggaatc cccctgatca gctttctgta gcgcccgtaa acgtaaaccg ggttgatttg 844021 aatttcaacc ttgcccgaaa acggctctac tatgaaaacc acatcggggt tcttcgaggt 844081 ttccttcccg gttgcttttc caaaggcctt gccgagctcg cggttaaatt ctctgtttat 844141 cggctcggcg gtctcgatat caaacgcctc ccagattgct ttctctttct ccttgatttc 844201 ctccggaaag cgggaaccca cgaggaaagt ttcaaattca atcccttcgc tcgccttttt 844261 catggtctcg acgagctcag gaaccctgtc aaaggcactg tggcagagct cacactcctc 844321 gggctcttct atcggttgta accctcttgc ggagcgctcc atgttgagga cgaaccttat 844381 agcctttcca cgctcttcgt ttgtcccctt gccgagcatt gcgaacagtc ttccaaggca 844441 gtggtcgcag agttcgtgct tctcaaggat cctttcggcc ttctcgagta tcatcttccc 844501 accctaaagc tttttatttc tccatcctac tttttccgat ggccactcgg agggaacgga 844561 taataagcct tttggaggag cgcgactatt ccgtaagcga gctagcccaa gttctcggta 844621 tcaggggaaa gggcagtaaa aaactcatct tagaggacct taaggcgatt cagaagaccc 844681 tgaagcgaga agggaaagtt ctgctcgtca aacccgccga gtgcagaaag tgtggcttcc 844741 gtttcaagcc tgaaatcaac atcccctccc gctgtccgcg ctgtaagtcc gagtggattg 844801 aggagccgag gttcaggatc gagtcgaaaa gcttataatt ccgacgtgtt ttctaccttg 844861 tgagtaaaaa gcacctccca ctgaggggta ctaatgttcg cggttaggta cctgctcgtg 844921 tttaccattg tccttatttt catcgcccca ggggtcagtg cggcgaaggt cgtgtgtcca 844981 aaggagatcg acatggggaa aacctctgaa cttatctgcc acgtctatgg caaaggtaac 845041 gcctccgtga gggtaatctc cataaacggg gtaaacctgt cacgttcggg atcctcctat 845101 ctttacgcgt acgattcaag aggcgatttc ctgaataggg gagaatctgg gagtttgccc 845161 ctagagctca gggtgtttat ggggtggttg atcaaggact caagtcccca aacagccgag 845221 ggcctttatt gggtatacta caacaaggtt aaccacgttg ggtttttaat ctcagataag 845281 aacggaagcg agatcgtgaa tgtcccggtg tacgtgaaag ggagcccctg gaaggaagtt 845341 caatatttca tttacctcgg actctttgtg gggctcgtcc ttcttgtcct ctacctggtt 845401 tccctgctca gaggcaggac taagaggact gaaagggcca ccgaggctat aaccaaggtg 845461 agttatttct tccttgtgct cggttcgacc aaaatattca aggtcttcgc cgctggtctc 845521 gtttactacc tcggcagagc cgcgtctgag gttcttgccg atcttgttct gagctggtca 845581 tcggtgatac ttggtgtgct gattttagta actcttgata tagcacgaat gagccctgaa 845641 aacagaaagc aaatgtggct gaccggtatg gagtggatcc cggtttcatt atacatgatg 845701 agcattaaaa tgagcctcct cagctttctt ttcctgatgg tttatctggc gctggttagg 845761 gtaaggcctc ttgccgaggg tatgagaagg gtttctctcc tggcttcgcc actgtgggcg 845821 tttctccttt acggatatgt tggaggggag gcggtgtttt tgggtctcct actgttttta 845881 tccctgctct acccttactt ggttcacgtt atcgtcccaa cggaggacga ggagttcgtg 845941 gaggagaatg gcatcataag ggtttacact acttccaacg tggtcactga gagtataccg 846001 gttgaaaatg aggctctttt gatagatgat cccaagaaga cgagaccact gaagaccgaa 846061 cctccaactg ttaaagaact cgtggttcga tttgataggg taataaaaag catggagttt 846121 gatgacaaat ccctccagaa agttcaatct tccgtagaat cctcggatac tccctcagat 846181 gaacctttgg agccatatcg ggtctttagc gttgagcatt acagagagta cctagaaatg 846241 tagcggaata aagagaggca gttcagtcct ccttagcctt gacgaggatt atgtcgccta 846301 ttgcaataac acgctcgtag ggtattccaa ccttttctcc cggaagtgcg agggcgagaa 846361 cccttccgta gcccgtgtct atctctatca aaacctcgtc aacgtaacca acgtagttcc 846421 cctttgtgtt gtagatctgc tttccgtata tcctcgacag tctcatgacc atttaaacca 846481 ccccctgaat tctgcttttc aatcgtattt aaggtttcgg ttttgcgaag agcagcctcg 846541 cggcggcacc ggtaaccaca cctatcatcc cgaggaaacc tatgaagacg gttaccataa 846601 aaaggcctat gctgttccct gggagatcta gggcgccagc tatggccatt accgttattg 846661 ttccagcgaa gtagagggga ccggagagaa ggacatccaa gacaccgcag gggtcggggt 846721 aaaggactat cagcagggaa atcagtatag caatgaaaat tgcccccttg ccaaagctga 846781 cgactgggga aaggaggaca agtgcaaaga ccgtcccgag cccggataga tagctcaggg 846841 cggaggttct gaagttaaaa cggcttctcg agaagatcca ccctagtgga atcatgaaga 846901 gtaaatagat ccagagtaca gttttgacgt ctgtcaggtc ggggattccc acgaccacaa 846961 agatgaaggc gaggagtgca ccaactccgg cccccgctac ggctttaaag agtttctcca 847021 acttcatcta cctcccacag cctttatcct gatcctacta ccgtccctca ggttgagggt 847081 ttccctgagg tttacagggg ctattatctc agctatcttt ggtggatgaa cgctccggga 847141 gggaaccacg atagccccct ctacatcctc tactctcact ggataagcct taacgtctcc 847201 gaaggttctg ccgtcccgaa cgaagccggg gatgaggatt ggtctaacat caattagggc 847261 gtcgaatatt gtccggggaa agagcacttt cacgttcaac gtccccggaa atggatcgaa 847321 gccgaggtac tcccttatcc tgtccctgta aagccggacg tagtatgagc cctctccgag 847381 gcccgagaca acctctccga tgatgaggcc gcagtagagg gccttttcaa gcctttcgtg 847441 gagctcttcg aggatttcca gccccttttc tgtcaggcca agacgtgtct ttctgccgga 847501 agtttccctg gagatcaggc cctccctttc catttccctg aggagcctga ggatgctctg 847561 gggtgaggtg ttgagccggg aggcaagttc cctgagggtt acttccctct tccgtccgat 847621 cgcacctaat tcagccagtt caatcagaag ctcgattctc tcgctcattt cgcttcccct 847681 tggagagttc gtccgccagc ttcagcggta gtgggtagcc tcctcggctt aaagccttaa 847741 ctatcttcac ggcggagggg aggtctataa ggtgtccaac gcttacatag gctttgccaa 847801 cctttgccca ggagccctca ggagtattcc tgaggagtct ctttgctatc cctatggtgg 847861 gcacgtttag aatcagaccg atgtgagagg ccagaccgta tccccttgga tgtgcccgtc 847921 cgtgtccctc aactagtaga acgtcaggcc tctcttttcc gatggccatg agtgcaggtt 847981 tagtttcgcg gagaaagaag aaagtcggga tgtaagggaa tctcacagtc gtttcaattg 848041 ttcgagcttt taaaagcctg cactcaggaa aactgcagag gacgaaggcg ctcctggctt 848101 tctctccctt gtacgaaacg tccaccgccc cgactgttga gacgtcatcg agaggcagtg 848161 gcctctctac tatcttcctg gccagttcaa gttgaacctc cgcgattctc ttaaggagtt 848221 tatccatctc caatcgccgc tctcagcttt tcctcaagac tcctgttgag ttttgccctc 848281 gtgaggtctt cgagggttct ttctagtgcg tacctggcct gatcctgctt tgccctgacg 848341 ttcacaacgc ctttggggta ctccagcgtc ataagttcac cgtacagctt ctccataaac 848401 tcgtacacgc tctcggctct ctctatctcc ccccggagga gcagatgaag gaagtgtctc 848461 ctcagttccc ctatgaagtc gccgagaccg aggaggtaat cggcctcggg gactccaaga 848521 tcccagggag agggcagctc ctcctccgtc agatacgcca gtaaaagatt ggcctcgacg 848581 aactcctggt gggcgctctg gacgtagcca gagtagtaga gcattgggta gggagataag 848641 agatctttaa gctcgtcaac gagatttccc gccagtttaa gccttttccg ggctttctca 848701 atctctcctc tgtggagggc cttgacggcg tcgccgctca gccttacgat ttctcgcgtc 848761 atccttaggg cctcctccct ggccccatcc acttcatcga gccttttcct tatgccttct 848821 attatctcct cgatcttcat gttcccaccg actcattttg gaaaaagaac ttataagggc 848881 cccggcattg ttttatagtg gttgtgtgag agcaagtgcc gggggaagga agatgagaaa 848941 ggttgaggag ttcatgaaaa ggcataacct tgaagtgggc gatctcgtga ggcttgtcaa 849001 gagggaaggg gacgagaaaa ttacctttga gggcctcgtg atgccaccct acgagctttc 849061 gcccggcgaa acgctgacga taaagctcga caacggctac aacgtcggcg ttctcattga 849121 tgcaatcgaa agcgttgaaa tccttgagaa ggccgctgag aagccgaaga tggagttcaa 849181 ggaggtcctt ccgaggaaga agggcctccc aaacgtcagg attcttggaa ccggaggaac 849241 gatagcgagc aggattgact acaagacagg tgccgttcat cctgccttca cagccgaaga 849301 gctcgcgaag gccgtcccag agatattcga gatggccaac gttacgccaa agctcataat 849361 gaacatcctc agtgaggaca tgaagcctgc ctactgggcg aagatagcgg aggaagttgc 849421 aaaagccctt aacagtggag aagacggcgt tgtaatagcg cacgggacgg acacgatggc 849481 ctacacttcc gctgctttaa gcttcatgct gaggaacctc acgaagccgg ttgtcctcgt 849541 tggggcccag aggagctccg acaggccgag tagcgacgcg gccatgaacc tcacctgtgc 849601 cgttaagatg gcgacgagcg acgtcgccga ggtcatggtg gtgatgcatg gcgagacgag 849661 cgacacctac tgtttagctc ataggggaac caaggtcagg aagatgcaca ccagcaggag 849721 agacgccttc aggagcatca acgacgtccc gatagcaaag atatggccga aagggggaat 849781 agagttcctc aggaacgact acaggagaaa gagcgaggga gaagttatag cggacacgaa 849841 gatggaggag aaagttgcaa tcatgaaaat ctaccccgga atcagtggtg agctcctcga 849901 cttcctcgtt gataagggct acaggggcgt tgtcatagag ggaaccggtc tcggccacgt 849961 tccgcaggat ttcatccccc acgtccagcg cgcggtcgag gagggcgttg ccgtctgtgt 850021 gaccagccag tgcctctacg gcagggtcaa cctcaacgtc tactccaacg gcagaaagct 850081 cctgaaggct ggagccatac cctgtgagga catgcttcca gagacggcct acgtcaagct 850141 catgtgggtc ctcggccaca ccgatgacct aggcgaggta aggaagataa tgctgacgaa 850201 ctacgccggc gaaatcacgc cctacacgag gtacgacacg ttcctgaggt gatgagtgtg 850261 ggcattaaag cagtttataa aaatggggtc ttcaggcctt tagaaagcgt caaactaccc 850321 gagggaacag aggttgaggt catagtgaag agcgccggtc caatcctgag gaaatacgcg 850381 ggcatgttga agaagagcga gcatgattgg gaggcagagt actatgagta catcgaggaa 850441 agagctggcg gtagttgaca gcaacgtgtg ggttgaagtc ctcagtggaa accagagggc 850501 agttgaactc cttgacagag tcagcagaga gtgcaagctg tgtataactc ccaccatcta 850561 ttcggaggtt tcctttgtca ttcttggcca tcatttcacc tccaaaacag gaaaaaaagg 850621 aacctatgca ctcaagaaag aactgaaaag agacccctca ctttatgaga ttgttgatac 850681 cttcgacagc ctactcgatg agctccacat tgctggattg ctcgagttct tggaagaaac 850741 tgaggaagtt gtcaggaaga gcagggactt acggaaaaaa tatggtctcc tgcccaatga 850801 tgccttaata cttgcaactt gtgaagtata tggaatttca aaattggtca ccttcgacga 850861 tgactttttg agaaccaatc tggaggtgtt aagatgaccg agaagttcga ttacaaagag 850921 ctcggcctta aggtcggcct tgagattcac agacagctcg ataccaaaaa gctgttctcg 850981 cccgtcccga gtgagctgac tgagaaggtt gacttcacct ttgaaaggcg cctcagaccc 851041 acgatgagcg agctcggcga gatagacccc gcggcacttg aggagttcaa gaagggaagg 851101 aagtacatct acgagggcaa ctacgagctg agcgacctcg tttacatgga cgaggaaccg 851161 ccgagggggc ctgacaggga agcccttgag gttaccctcc agattgccta cctgctgaac 851221 gccaagcccg ttgacgaggt tcacttcatg cgtaaaatcg tcatcgacgg ctcgaacgtc 851281 tccggcttcc agaggacggc gataatagcg ctcgatggga aagttgacac gccttgggga 851341 agcgttggga tcccgacgat atgccttgag gaggacgcct gcagaatcgt cgagaggaag 851401 gagaaggagg taatctaccg ccttgaccgc ctcggtattc cgctcgttga gataagcacg 851461 accccagaca tacaccaccc ggagcaggcc aaggtggtcg ctaaatacat cggcgatgcc 851521 ctgagggcaa ctcggaaggt caagcgcggt cttggaacga taaggcagga tttgaacgtc 851581 tcgattaaag gtggcgcccg cgttgagatt aaaggtgtgc aggagctcga catgattccg 851641 ctcatcatcg agagggaagt ggagagacag ctcaacttac tcaaaatccg cgacgagctc 851701 cgcgagaggg gcgttaggcc cgaggacatt aaggaggagt tctacgacgt taccgacgtc 851761 ttcgagaaca ctgagtctaa gataatcgcg cggacgataa agaagggcgg gaatgttttg 851821 gccgtcaaac tgccgaagtt caggggttta atcggcagag aaatccagcc cggcaggagg 851881 cttggcaccg agatggccga cagggcgaag aagtacgtga agggcatctt ccacatcgat 851941 gaattaccga attatggaat tacagaaaaa gaggttaatg cagttattga aaaactcggc 852001 ctcggagagc tcgacgcctt cgtgctggtt gccgccgatg aggagactgc gaagaaagcc 852061 ctccgcgagg tcatcaagcg cgcaagggaa gctatcgagg gcgtcccaga ggagacgagg 852121 agggccctgc cggacggaaa cacccagtac atgcgcccgc tccccggaaa ggcgaggatg 852181 taccccgaga ctgacatacc ctcgattttc atcccgcctg aggagaaaga gaggattaag 852241 gcaaacctcc cagagctccc gcaggagagg gtcgagcgct acgtgaagga gtacaggatt 852301 gacaagagct tggccgagac cctcgttaac gacgagcgcg acgagctctt cgaggagctc 852361 gtgaagaagg gcgtaaaacc ctcgctggcc gcttcaatcc tcgtggtcgt cctcaagggc 852421 ctcaagaagg aagttccaat tgaaaacatc acggacgacc acatcagaga ggccttccag 852481 ctctacaccg agggcaagat agccaaagag gccttcgagg agatattcaa ggagctcgca 852541 ctccacccgg agaagagcgc cgcccaggtg gcagaggaga agggactaac cctgctcagc 852601 gaagaggaag ttgagcgcat catagacgag gtcgtccagc agaacatcga ggtcatcaag 852661 gcgaagggca tgggagcgat gggcatgata atgggaaggg caatggcgaa gcttcgtgga 852721 agggccgacg gcaagctcgt gagcaccctg gtgagaagga agattcagga gctgagctaa 852781 agttttaagt ttcttttctt acttttctct caatggttaa gatgagtcct tcagggttct 852841 tctggaatgc tttcatgttt gccctattag gttttaggtt tctcaggcaa attaaagaga 852901 actggaatgg tcagagcatc ggctcctcat cacgactcag agtgagggaa attgctcatc 852961 atccccgagg tggtttgggg ttaggctttt aaaaatctcc tcctacccgt gaaagatgtt 853021 ggctgagatc ctcctctccc tcatcctgct ctgggacggc tacttcttcc tccgctacct 853081 gctcagtctc agaagagcct atcccacgcg ggagtggagc ccaatggtta gcgtcgttat 853141 tcccgcatac aacgaggagg agaacatcga ggatgcggtt aaggctgccc tctcccagga 853201 ttacccaaac tttgaggtaa tcgtagtgga cgacggtagc accgatggaa cctacgaaaa 853261 agccctctcg atcaaggatg agaggctcag ggtcattaga attaatcatg gaggaaaaac 853321 tagggcttta aacgtggggc ttgaattctc cgctggagaa atcatcgtta caatcgacgc 853381 agatggtctc cttgagaaaa acgccgtttc acggcttgtt gagaggtttt attccgatga 853441 cattgccgcg gttggcggcc aggtgagagt tcggggagag actttccttg agctcgccca 853501 ggatattgag cacctgagga tagcgacttt ccgaagggct aaggagcttg agaacctcag 853561 ccttgccccc gggcctatct cggccttcag gaaaaggtct ctgcttaaga ttgggggctt 853621 cgtcaatgat ctcgttgagg actatgcaac cacgctggcc ctgaagaaaa tcgggcgggt 853681 ggtttacgcc ccgggggcga gggtgtgggt tcgaatgccc tccgggttag gggctctgtg 853741 gaggcaacgg aggaggtggt tcctcggtga cctgccgaaa ctctcctcaa agccattcaa 853801 agaaaaactg gttttcatta tgagtgatct cgttgctctc ttggacgttc tcttcccctt 853861 ggccgcgctt atggctggaa agtggtcctt gctattgata tttctggttc ttgaatggct 853921 catgatgtat ttgatagtca gggttgaggg tggtatgctc gtagaggttg ctctcttccc 853981 ggttattctg tggttctggg cggcctttta tctcagtctg cacatctacg gcttaatcct 854041 atatgccttc ggaaagaaga caccatcgga gtggaattag cagaatgggg gttaaaaacc 854101 cttagtttag gaaactcttt ttatgggttt gctggaattt ttatggtgag tctaaatgaa 854161 aacaaagaca tgtgaagttg atcttcccta taactgggac gtggtcgtta gagtaatcag 854221 taaacccgag aaaacgcttc ctttcttccc ctacttcgag agcatcgagg gagacaccgt 854281 caggtttaat gttccccgtt ttatggcgaa gataggctac gagttcaagc ttagcgttgc 854341 cgtccaagag aaccgcgcgg tctatacttt cacaggggac aggggcatac tgacagtagt 854401 ctttgagatg gaggggaagc atttgaaggt catcgccagc tggtcaggct ttgcggagct 854461 catcatgggg aagcctctcc agaagttcgt gaatggaatt gccaacgctg tgaaggagtt 854521 ctgttccgca gagatgtgtc cgctcactct aaccggtgat gaggggtatt tagattttaa 854581 aaccgtgtgc tccctcttta agaaaaccgc tatggagatg ggcggtgatt tcttggttga 854641 gtgcacttca gaggacggta cggttttgaa gggcagagta cacgagggaa acctcgtcga 854701 agttgaggtt attgagcctt cgggcaggaa gacaacggtt cggacagaga taccggttct 854761 tgaagttgat gaggatctat tcaaggatct accccttgag aaaaggttca gaataagggt 854821 aaagaggaac tagatgccct cttttagtac ttcccctatt gcttttttta gctcgtcgta 854881 ggcctcttgc agcgactctg ggataacctt ggtgtccgct atgacgggca tgaagttcgt 854941 gtcaccattc cagcgcggca ctatgtgcag gtgaacgtgg tcgtcaattc ctgcgccggc 855001 gactctaccg aggttaacgc ccatattgaa gccatccggg ttcatagcct tttttattgc 855061 cctgatcatc agctgtgaga gtttcattat ctcaagcaac tcctcgtccc tcaaatcctc 855121 ccatcttccg atgtgccggt agggggctat cataacgtgc cctgggttgt agggatagtt 855181 gttcattata acgaagctgt gttctcccct gtaaagaatg agcctttccc tgtcgcggtt 855241 ttctcttgga aagtcgcaga atatgcagcc cttatgcttg ggggagcgta tgtattctat 855301 cctccaaggg gcccacagga tcttcaacct ctcacctccg gaagggaata aatagagggg 855361 ttaaaaagtt tcctgggatc cgtgaatcct gcggaggagg ggaacaactg caaagagaag 855421 gaaggttgct ggtccgcaga ttccgtgagt gctctttctg tgagctttgg tccggtagag 855481 tactattcca ttttcaggag aaactcgggt gaacttaaca atgactttcg tgccgtttgc 855541 aggaagaatt ttatagtgtg gtgtgaaagt gcgctccttc accataatgg ccttcgtcgt 855601 gatgtggtcg agttcctgat agtaggcttc ttcgtagaac ttctcagggg aaatcctgct 855661 gagggtcatc ttggactcct gtaacttgcc gttttcgatc ttcactccaa tggcgtcttt 855721 ggatacctcc acccagttac attcggagag ggctggcggt ttattctgaa tctccacctc 855781 aataattccg tttctgtcgt atgcgagaac cgtggagtta gtagctttga gaattcccag 855841 gaggggccta taaactgttg cctccttcat attgccgttt ttgccaatca gaatgatctt 855901 cgtctggttt atgcctaaaa actggtcgta ctctttcgtg aggattacca acagtccggg 855961 ggctttcgag atagagacgt tctctccctc gctgaatccc aacgttttga ccgtgtacga 856021 gccgccgttt tctagggtta taaggcagag catcccacca cttttcacga ttgtgattac 856081 cgtcccgttg aagtggaagg cctttagaat cctgccccct gatatagaat atctccgggc 856141 ggtctcaaac ttcttgtcct cgatgactat tagatacccg ttgctccaca gtatcgtctg 856201 attgtcttct ctaattcctc ctgttatggg ccccctgaaa agtgccttca aaggcatcac 856261 caactctttg aactcgcccg gagattccat agaatacggc cagtaggagg tgtggaattt 856321 cacgagtagc ccatttcttg taccactgag aaagcttcct ccagtgggat acggatcaac 856381 ggcctcccgc tttcttggtg gcttatatga tctctcgccc attaaatcct caagactttc 856441 gctcccgtta tgggacagca taacgtagac gctgccccca taagggacca ttccttcaac 856501 cacgtgttcg ctcggtatcc tgaaggcgtt ctcaagggtt ccgttggatg aatagtggag 856561 gatatatccc cacggccagg agctcgtctt tatgtgcaca cagtatccat cgttgagaac 856621 gatcctttct atggtgaacc ctttcaggaa cgtttttgcc catttcagtt tcatgtcttt 856681 ggagagcatg tagatgttta ttccgtcccg ggatgttgaa gcgattgcaa tgtttccctt 856741 gtacccgcct aactttccgg ggttcctctc accgaggtaa atgcctctta ggaacttccc 856801 ccactttgag aactccatga cataggtgtc ccctttctcg cttctcagaa gcactgcgag 856861 gttctcatta gagaaagtga ttgactcagg ggtcagaatg gcggattttt cgttcttggt 856921 cttaacggag tactcaatgc tgaactctgt ctggagttcc ctactggagg ttcccgctat 856981 tatcggcccc aatctccctg gccgaaggtc cacaattccg agggtgcatc catcactggt 857041 gggaaccgtg ccgattaggt aaatgagatc cccgtttccc gctccataaa tgccggtcat 857101 cccttcaatc tgagcgctcc agttcaattt tccgttagga gcaacaaaaa ttattctagt 857161 gaaaacgcct gggatacttt ttaggacgta tattccaaat ggggttggga tcacgtcaaa 857221 gtttgaaccc agttgattca ctgttagaac actattttcc gtttcaagtt ccacagtcca 857281 ttctacactc aaatccggta gcaactggct gaggtacagg ccgtttccag accagaggac 857341 gtatataaat ttcccagatt tggccatcct tatgccctta acggccagat ttatagtctc 857401 gggcttggcc gccttgagaa ttccgccggt ctcgtttatc tcgacaacct ctccgtcaac 857461 tgtgagcacg tagaggttgc tcccaagaga aaccgcgtcc tctgcaatga aatcctcgta 857521 tccaatggcc ttttggagag ttccatcatc agaaaccagc aaaagaagcg ttccttggcc 857581 ggaggtaaga actgcaagat tatccccgag ttcgcccacc catattatct ggtgttcata 857641 tttagcgggg ttctcaatcg gatgcaggga gcgtgcatta acacttggaa taagtgtcac 857701 aaatacaatc agaacccacg caatagccgt tactctctgt cttctcataa ttcccaccgt 857761 tgttagtact atggatgacc ttaaaaaact ttccaaaatc agaatgttag gcctcaactt 857821 ttaaacataa tcagaatgtc ccacggatta cagttgacca gaaaactgtg aattgctgcc 857881 caataaagct ggtgggcccg cggggcttcg aaccccggac ctccgcctcg tgagggcggc 857941 gtcataacca gactagacca cgggcccgcc cggttattgg aggaaaggcc gggttataaa 858001 tttttcgtcg cagggcctca actttttaaa cattcctcca caacttcatc cgatgctcgc 858061 cgttagagtc cccaagagag aggcagaaaa agcgcggagg aagctcatcg aactcggcgt 858121 tctggcgaag ggatacgccg tcaggcggga gggtgagttc gttctgttcc ccgtgactga 858181 agaagtagag ggcttcgagc tggtcgaggc cgagttcgag aggcttgaga ggagacccca 858241 cagctaccgc gaggtcgttg aagtcccgga tagtgttaaa ccgctccttc caagttcctt 858301 cgacgtaatc ggggacatcg cgataatcga gctccccgac gagctgatgc cctacgggaa 858361 ggcaatcggc gaggcaattc tcaaagtcca caagcacatc aaagcagtct tcgccaaggg 858421 aagtaaagtc gagggagaat accgcgttag agagttaatc taccttgctg gggagaaaag 858481 aaccgaaacc ctccaccgcg agaacgggat aaggctcaag ctcgacgttg ccaaggtcta 858541 cttctccccc cgccttgcca cagagaggat gagaattttt aagaagacaa ggtctggaga 858601 ggtcgtcttc gacatgttcg ccggcgtcgg gccgtactca atcctcctcg cgaggaaggc 858661 gaagctcgtc ttcgcctgtg acctgaatcc ttgggcaatc cgctaccttg aggagaacat 858721 caggctgaac aaagctcaca acctcgtccc aatccttggg gacgtcagga aagttgccgg 858781 aaagctcaag gctgaccgcg tcataatgaa cctccccaag ttcgcagata ggtttttgag 858841 agaggccatg cttagcgtca ggtccggcgg gataatccac tactatggct tttccccgga 858901 ggaagacctc tactcggagc acgaggcgag gattaaggcc gtcgcgcggg agctgggctt 858961 ctcggtcgag ttccttgagc ggaggaaagt ccgcccctac gcgccgaggc agttcaacat 859021 cgcgattgac tttagggttc tgaagtgatg tttcgtatgg aaaacgggac tttaaaagca 859081 ggtgttttcc cgataaaaca cccttaaggt tataaaaacg gaaagattga agatgacaga 859141 ggagtcggtt cacttccccg ctatcctgac gttctcgaac cttatgaagg gcgtcgtcat 859201 ggtgttcata aagggcatca cggtctgctc cctgctcacc tcgctcgcct gcctgaggag 859261 ctcgtagacg ttgccagcga tgaggaagac gctcgagccg acgacttccc cgtcctcgat 859321 gaggaaggca gggttggcag ttacggcgaa gtttccgttg tcggggttgc tggagtgtgc 859381 gccctggaag ccgtccacga agtagcccct gtcgatttcg gctatcatat cctcaaggga 859441 gcgcttgccc ttctcaataa ccacgttgtg gaagccgatg ttaattccgc cacttctcag 859501 gtcgcgcttc ccgtttccgg tgctctcggt tccgtaaacc ttcgcccagt agttgtccca 859561 gacgaatccc ctgaatgttc cgttttcaat gaggacgttc ttcctcgtcg gaacaccctc 859621 gccgtccgct atgacgggct caagcgacag ctcgtggaac gggtcgtcgt acatcgtgag 859681 gacgtcgctc gcaatcttct cgcctacctt gccagctaag ggcgtggttt ccttgaccag 859741 gcgctcaccg ctgaaagcag ggaggagcgc gtagctgaag aggcctgcaa tcgcccaggg 859801 gccgaggatt atcggaacct cctcgttcct gctcggcttg acgctgtagg cccacttgac 859861 cttctggacg gccttctcga caaccccctc aacgtcgagg tttaggtcac gcttcgcgtc 859921 gaagtcgaaa attccaggcg tcacaacgcc ttccttcctg cctacgagct caacgaagaa 859981 gaacgccgcg cctccctcct ggaagacgtc tattccatgg gagttgacga cgtgcctttc 860041 ctcccagctg acgccacctt ctccgccggc gacgacggcg ttcggctctt tctcgcgggc 860101 gagctttata gccctgacga gcatctcgac gagaacgtcc ggcgaggcct ccttcagctc 860161 gtagttgggc ttcggcgcct ccctgtattt ccccggctcc ggcagtgaga gccacttctc 860221 gtccctgctg ttgagcctcg ccatcttcgc ggcctgctct atcgcttcct taacgcgctt 860281 ctcctcgtcg ctgtccacta tagctaaacc gaggcgcttg tcctttatac cgcggattat 860341 cgttacggcc ccgctcctcg tagaggccat cgaaatctcg ttaagctcga cgctcgcgct 860401 gacctccctc gagcggtaaa ctgcaatctc aacctcatcg aagagcttct cagcgtagcg 860461 tatgaggttc tccatcgtca ccacctcagc caatcagtat tcccccgtca aacctcatgt 860521 gcgggccacc tgagctcacg aaggcggtct gtccctttcc gcagaagccg acctcgaggc 860581 cgaagtcctt gccgacggcg cttatctttt tgagggcctc tatcgcaacg ccggtaatcg 860641 aagtgtccct tatcggttcc gctatctcgc cgttcctgat gacgtaaccc tcctggattc 860701 cgacttggaa ggcgctgttg agctgggcct gaccgccgcg gaagtcaacg acgtaatagc 860761 cgaatttgat gtcctcgatg agctcttcga aggagtggtc gcctgcctcg aagaccgtgt 860821 tcctcattct gatgatcggc gggtagcggt agctttcagc tctggcatgg ccgttcggct 860881 ccattcccca cttgtgggcg tactcgcggt tgagcattat ctccttcagg attccgttct 860941 cgatgatgtg gatgtccttg accggaaccc cctcgtcgtc gtacttgtcg tttccgaagc 861001 cgccttcaac gatgcgctcg ctcatcgtga cgtactcggg ggcaatctgc ttgccgatga 861061 ggtccttgaa gggcgagttt atcgtgaggt ctgcctcggc gaggtggcct aaagcctcgt 861121 gggcgatgat tccaacgact atcgggccag ccacaatcgg ccactcaccg cgcttcggag 861181 ccactccttt cagctggctg tgcatcttcc tgagaagcct ctccttcacc ttctcgttcg 861241 gctctatctc ggtcataagc tcccagccgt agtcaacggc tccaatgctg tccctcgcca 861301 tcgcgagctt tccgtcggcc ttaccggtga cgtatgttcc ttggtagagg tagttgtagt 861361 cccactctat cctcgtcccc tcgttggtga ggagtatctt cttccctccg ccgtcctcgt 861421 agcgaatctg aacgctcttg acggcctcgt cttccttgag gagcttctca agctctctga 861481 gatgggaaac tttctcctca atgtccactt cccttggctt gacgcgcatc ttgctcttca 861541 cgaagtcttc gactgggtct atctctgcga gctggatttt ctccttcttc gtctgcgcgg 861601 ccgccctggc gagcttgtag gcctcttcaa tcttcttctc aaggttctca agctcgctcg 861661 tcgaggcaaa gccccaggca ccgtccgcca gaacccttat ggcaacgccc ctgtggagct 861721 tccccgtgaa actcgtaaag acgccgtcct tgaggccgag cgtggtcttc cttaagtcct 861781 cgtagcgcag ctcgatgtac tcggccttca ggttttcttc agcccactta agggcccttt 861841 caagtgcctc catgtccacc accgttgacc tttgtccaat ctcttgtgag aggggcaact 861901 ataaaagcct tttgagcctt tcgatgagca tctaagcata gtcaggacat tggggaataa 861961 agtttttaat gaagtaagaa cctagaacac tggggatgct atgatgaaaa aagtcgtacc 862021 attggttatc ttagtcgttg ccctttccct cgttgctgcc ggctgtgtgt ccgttgagga 862081 gcacgtgaag gtaagttccg acgggaaaat agcgctcctc aagatggcca tcaacatgag 862141 cagggatgtg tactctctcg cgctctccaa caccagcgag ggctccttct gcgcggactt 862201 cagggagaac ctgacggatt acgagaagga gcactttacc tgcgaggaaa aggtttctgg 862261 ggagaccgcg acgatcgtca taaccggaaa ggacatagac ccatccaagc tcacgggaga 862321 cactaaaatg aaagtggaga agcagggcga ttacattgag ttctgggact acacctggta 862381 cgaagagggc aaaaaagagg agaaaaatga aaccgactgg gataaagaga tcgcaagcct 862441 tttcacgata gactactacc ttgaaatgcc gggagagatc gttgattcca acgctcaggt 862501 ggttaacggg aacaaggccg agtggcactg gaacctttac gtggcctcaa agcgtccgat 862561 ctacgccaag gcaaaggttg aggagaagaa gggtctctgc ggtccggctt tcctcgtggg 862621 tctggcaata gtgccgcttc tcttacggag gcgttaaggg gttctttcct ttaatctttg 862681 ccttcaaaat aatgacctct ttcattgaaa ggacgtcttt tcgtgttctt tgactttgat 862741 tgatttgcct ctttatttag atattagtcg aaacgctaag cttttatacg aaaagagccg 862801 atttatcttg gtggtttcta tggccaaagg gctgggtatt aaagacatcg gaaagttcaa 862861 gctcgttggg aacatcgacg ccttcgggag aaggcttgtt ttccaggtca cggaaataag 862921 cgtcgagaag gacgactact tctcaaagct ttacctctac gacggcagga aagttaagcc 862981 cttcacctcc ggaaagaagg acggaaaccc gcgcttctcc ccggacggaa agctgatagc 863041 cttcacctcc aagcgcgata aggagagcaa ggaggccgag ctgtatgtta ttccgaccga 863101 cggcggcgag gcgaggcttt taacgaagtt caagtacggg attaagaacc tccgcttcac 863161 tgaggacggg aagagcgtag cggtcgttac gccggtaaag gttgagaaga agccgaagga 863221 cgacgtgcac gtcatcaggg agatcccctt ctggttcaac ggtgtgggct gggtctatgg 863281 aaagaggagc gttgtccatc tggtggacgt ggagagcgga aagaagaggc gcgtaacgcc 863341 gaagagcctc gacgtctcgc aggttcgctt ccacaacggc aggctgtact tcgttgccca 863401 ggaagaccgc gagaaaaagc cgatggtcag cgacctctac atccttgagg gcaggaaggc 863461 aagaaagctg actccgggga agtggagcgt gagcgacttc attccgctcg acgacggcac 863521 tttcatcctc aaggctaaca cgcgcgagcg cgggattccg acgaacactc acatctacca 863581 ctacaaccca gagacgggcg agctgaggaa actcaccgct ggcttggacc gttctgcata 863641 caactccctc aacagcgacg tccgcggaag ccagagggca gaactggttt tcaaggatgg 863701 ctgggtttac tacgtcgcga ccgacggccc gagggcgaac ctcttccgcg tgaaccttga 863761 ggggaagata gagcgcgtcg ttggtggaaa taggagcgtc gagagcttcg caatcgggga 863821 ctacatagcc ttcaccgccc aggacgcggt cactccgacg gagctctacg ttctcagaga 863881 cgggaaggag aaaaagctca ccgacttcaa cggctggatt aagggctaca agctctccag 863941 accggagcac ttcaaggtca aggccagcga cggcgccgag attgacgcgt ggattatgaa 864001 gcccgttgat tttgagccgg gcaggaaata tccagccgtt ctggagattc acggtgggcc 864061 taagacggct tacggttact cattcatgca cgagttccac gttttgacgg ctaaaggctt 864121 cgtggtaata ttctccaacc cgcgcggcag cgacggctac ggtgaggagt tcgccgacat 864181 aaggggtcac tatggggaga gggattacca ggacctcatg gaggtcgttg atgaagcact 864241 gaagcgcttc gacttcattg acgaggagag aataggcgtc accggcggtt cctacggcgg 864301 cttcatgacg aactggatag tcggccacac gaacaggttc aaagcggccg tgacccagcg 864361 ctcaatctca aactgggtga gcttcttcgg aacgacggac atcggctact tctttgctcc 864421 agaccagata gggggcgatc cctggagtaa caccgaaggc tactgggaga agagcccgct 864481 gaagtacgcg ccgaacgtgg aaactccgct cctcataatc cactcgatgg aagactaccg 864541 ctgctggctc ccggaggcgt tgcagttcta cacggcgctc aaatacctcg gcaagaccgt 864601 tgagctggcg ctctttccgg gcgagaacca cgacctgagc aggggcggaa agccgaagca 864661 tcgcgttaag aggcttgagc tgatagcagg atggatggag aggtggctaa aggggtgagt 864721 ctgtcttttt cctttcataa cctttcataa ccctcaaata tgtgaatcca cgtatttctg 864781 tgcggcgatg gcatgccaaa cataaccctc tcagtcccgc ccgacctcta caggagaatg 864841 aagaagcacc ctgaaataaa gtggagcgaa gtggtaagga aagccatagc ggagtatttg 864901 gccaaaatcg aggcagaaaa gctttagctc ggatgaactg ttatcactcc ttggcgagga 864961 tgtgatagtc aagaaagggg cacccgggcc ggtggttgat gcggtaattg ttgcggttgc 865021 aatgaaccgg gagctgacgc tctttacgag gggcaaacac ttcgagtgga taaaagaaga 865081 gtttgaaggg ctaaagcttt tagagcgtta aattgtttta ctttctcccc gtattctctc 865141 aatgtcttcg tcgaactttt tcttcgccca ctccagcttg tcaaaggcga gttttgaggt 865201 gagagtgtag acaaacagag aaacgaggaa caccgcgagc agtagcagtg aaatcgtttc 865261 ctcggttgtg tactgaagcg cgaggacgag cgcaacgcca gcactcaggg gtacggagta 865321 agttttgaag agtgagaggg ctttgtgaca ctttgaatac ggcagttcgg catatttcca 865381 gaggattatg aatagtggaa ttccgatcaa aaagccaagg aataatggag ttacgtagtg 865441 ctccggccat acaaagtaga gagcaatcgg taggccgatg atccattcaa agcctgtgta 865501 aaagcttacc tttggatact ttgccttgtg gaatccgagg gcgtaagcac tctgaaggag 865561 gaagagggcc gagagaccgc tcagggcgag aagggagtgt cctattttga gatcggtcaa 865621 agccttggag ctcactgaaa cgtagacgaa cggggcggag acgtcccaga agccaccagc 865681 cctgaaaatc agctggagtc cgagaacgtc gattgcgaag tcccagccgc ttttgtagtc 865741 catcgttggg ccggagaaaa agaccaaaat aacgagcaga gcccagagca gtgggagata 865801 actcttcagg cttggtttga gccttaaaac agctttgtag tccttggtgg tagtggtgtt 865861 ttttcttatt tcttcggcat taatgtaaat ggggactctg acgttcgcga atgtatagga 865921 tggaaagacc ctgaactcct cgggcgcaat atctttgatc tggaagcttg cgttgaattc 865981 tattttccca ccaagaggta cataaaagtc cctgtagaag agctgaacgt tggatgagta 866041 cccgtaaact ctcacaattg agtcattttg aatgccgctc actccgcacg aaaactttgc 866101 aactccatga gagtaagctg cgacatcatc gcatgatatc gagagggctg aaaccccatg 866161 aatgaggagc agtgcaagcg tgattcctac caacacgctt atcctcatat tcctgccccc 866221 tagatttttg caaccctctc ctcaatttcc gcaatcaggc gttctttttc cgtcgtgaag 866281 cgcttgagac actttttctg aataacgtac accgcgaaga ggaggatgac gaggagggcc 866341 acgaacgcga aatccggacg gtatttgagt gcgagaaagc ccgcgatgac gaggttgatg 866401 aaaagaacgc cctctggttt taataatgtt tcgaggatgt aatgggtgaa catcgcgagg 866461 actaccacaa gagatatcag agggagaatt tcaatcttag agtcaattgc tccggagacc 866521 agtgcgagag gggcgataaa ccacgcgagc ccggaacagt ctgttaattt ttgtttcctc 866581 agttccgaaa ggagctcttg atgggtcata cgtctcaggt ctggcgccac cctaagatag 866641 gtaaagatat acagtggtac cagcgtggtg agtgcccata tgccccacca gactacaatg 866701 tctccccata gtttgtcctc atgcccaaaa taatagtaag gtatcccaaa ggtaactggt 866761 cgaaagttga acagactaaa catcgccact ataagcaatg cggtggatga taatgaaagt 866821 cgtgtaatct ctataaaacg catgaagtct ctgctgcgcc accactctgc aattccccag 866881 aacacggaca gtataatcca gaggataaaa gcccctcgaa gtgagtcaac taaatcttct 866941 ttcaggccac cccagttggg gttagtcact aagaaaattt tcttctcaaa agtctcccta 867001 ctgccatttt ccatgaccag ctcaaataca aaagtatgct ccttgttcat gagaagccaa 867061 ctgggaattg aaccaacgta aaaacctaca atattctcta atgcgttatt ggcccagagg 867121 aaaacctcgg ccgggaactc aaatgtatca tgaaagttgc ttgaggatac aacgtctctg 867181 ctattatgct ctataatgat tgtgtagtct tcagcgggaa ctccgtcaac gctcttcagg 867241 tagagctttc ccgttccatt gccctccagc ctgcaaatga ctttatctgc gggggctttg 867301 gagggacatt ccagtgttgc acctgcaacg agcggaatga gcatgaggag caggattacc 867361 actacgaagg ggcttcgtct cacccaacca ccgctcagaa taagacacgg ggcttataag 867421 tgtttctcct tgagggtgta aagaaaagta actttagaac agaagaaagg catcagagcg 867481 tgtagtccag aaccttcttt gcctcctcga tatgctccgg gtagacgttc ttaatctccg 867541 ggtggagcgc cttgatgacc cttcctatga gcacgaagag ggttcctgcg ataatcggga 867601 gctcgttgac gacgtcctcc tcgagcggga tgtctccggg tatcttcttc agcaggaact 867661 tcctgattgg ctcgatctgg actttctcgt cctcgatgac cgccctgaag aggttcaggc 867721 tgttcttgaa gcccttggta atcggtatgt gacgcatctt tatcgtatcc gagcgctcgg 867781 ctttggcgtt ctcgtaggcg acctcgaaga gatctgccag cttcttttcg actatctcca 867841 tcatctcctc ggccctcggc ttgatgaccg cgagctcgca ggtcctctcc aggatcttct 867901 ggagctgcgg gtagggtatt atcatctcgg ccatctctca tcacctccgt gttcttgccg 867961 atgaatttta gtaacccaga gtatataaaa ctttcggggg cgggagattt ttaaagagaa 868021 tcctttagtt cgcactatgc tcggcttaat cctcgcgttt cccgaaaagc ggtgggaaaa 868081 ctacaccctg cccgtgaaag gagagcccat cgtcaggctc acggagagga ggctcttaac 868141 cgccaaaaga ataaacaaaa cgcttacaat cgtcagaaag gacaagctga agacttactc 868201 gctccacgtt tcaaaccctg tccccgtgac tgcaagaaac aagatggagg cgctcctcag 868261 ggcacttcct gacgagcctt ttttccttgt cgaaggcaac atgcccctta taatgccctt 868321 cttcgtgaac tatctcgtcg gtctcttcta cgaggacgag cccgaggcgc taatccccgt 868381 ctggagcgat ggaagtgctg aggtattcca cgcggtttac gaggcagatg cgctgagaga 868441 ggcaatagaa tcggcaatgg cagagggata caggagcttt tcaaggatta cagagttcct 868501 tgattacgag tcagtttcga ttgaagagct ggcaaggagg aaccccaagg taacgctgag 868561 cttcttcagg gtgaggagtg gcttcgacgc gaagtttgca gatgaatcgc ttaggtctgg 868621 agtttagcaa ccataacgtt taagggccct ccgctggagt ttccccggtg gttgagttga 868681 agggtgcgta cctcgcggcg ataacgctca tgctgctctt ctctacctta gccggtgcct 868741 ccgactactg ggtgggcttc tacggcacga ccggctacga tgagctcagg gccgtttcca 868801 taatgccgaa cggggacatc gtggccgctg gaaaggcttc ttttaacggt acaaccgctc 868861 cctgggtgat acggctcgac cgttacggga gggttctgtg gtcgaagtac tacacgatcc 868921 cgggcgtgga ggccgatgtg agggctcttg ccatcgataa caacggtaac atcatagcgg 868981 ttggatccgt caggaggaaa gcaggtgaaa cgctgacctc tgaccttctc gtcatgaagc 869041 tcgacggaga cggaaacgtc ctttgggcga gggattacga tgcaggatcg cttgaagttg 869101 ccagttcgat tgtgattgac ggcaacgcca tctttgtggg tggctacgca acgcccgaaa 869161 gcccggaggt ctgggttctc cgcttgaacc cctacggtga tgtcgtctgg gggaaagttt 869221 atcctgcagt ttacccaact ttcaagccgt tcctcgccct caacggaagt gcacttttgg 869281 ccctaggcct gctcggatcg ggaagtcccg ttttgatgag gcttaacccc ctcagcgggg 869341 gggtgataga ggccacaggg tgctcaaact tccctgtttc gtcgcccgtt cttgcggttg 869401 gggggaatca ctcctcaata ctgaacggta acgggacttg tttggctgtt ctcctgccct 869461 cgggggaatg gagctgctac aaccccggct tcggaggcgt tgacgttgtc ggggcgggct 869521 actcagatga tgggaccctc tacgccctga gcgttgcgaa gccttggccc gggatcaact 869581 tctacgttct gggcctcagg ggggaatcca tcaaagtgag cagggcctat cggctgagcg 869641 atctcgacat tccaagaggg atggaggttt cccaggattc cctgctcata gtcggttcaa 869701 gcgaacgctt ctcccgggcc gttaaaacag agggcttcgt cgccaagctg ccgctcaacg 869761 gcgccattgg aagttacgga tcgaaggatg cggatccatc aattttcacc gggagttcca 869821 gggttgaggg ggtagatatc tcgtctagaa cgctcctgcc gaaggttttc acgcttgaag 869881 tcagggtcgg agacatcaaa cccgttggat tcctgaggat tgaagttggg atagacgagc 869941 ctgttaagct ctacattgac ggcgagttca gggccctctt gggccgggag ggcgttttgg 870001 ttctcactcc ggggacacac gtggtcaagc taaccgccga tggttattgg gactacgagg 870061 cgacggtttc gatatgggat ggaatggaga ctgttctcaa ggccgaactc aagagaaagg 870121 cggagcacgg catcctactc gtcaattcaa gcccctccca cgcggccgtt tacctcaacg 870181 gcactctcgt tgggtggacc cccttagcgc tgaacctgag cccgggggag tacatggtgg 870241 aagtaacgaa ggacgggtac aggacgtaca ggatgaaggt gaaggtaatc cccggtgaga 870301 ggaaagtcct ctcggcggag cttgaaagga ttcaagtttc gacgacctca acaacgagca 870361 cgaccacaac aaccacgata tcaacgagtt tctcgacgac ttctagttca gcaattacga 870421 ccacaacaac cggctcatca gcggagccaa gatcctcaac gaccaggaag aaagggggcc 870481 tctgcgggcc ggctgcagtc gttgttctct cggttttccc actcgtgctg atgaggggat 870541 ttaggagggg aacccggtag aaactctttt aacgaggggc agtttatgta acccaagcgt 870601 aagagggcaa aggtgagacc atgtgtggga tcattggcta cataggtgat agaaaggcct 870661 gtgaggtcat agtcaggggg ctgaagaggc tcgagtacag gggctacgat tcggccggtg 870721 tcgttaccgc ccaggggaat gagatagaag tcaggaaagg cgccggcagg atagacgagc 870781 tggcccaaag gctcggcttt cttgagatgg agggcaacag gggagtcggc cacacccgct 870841 gggcgaccca cggtgttccg aacgacatca acgctcaccc ccacacggac tgcagcggca 870901 agatagcgct cgtccacaac ggcatcatcg agaacttcgc cgagctgaag gaagagctcc 870961 tgaaaaaggg gcacgtcttc acgagcgaca ccgacacgga ggtcatcgcc catcttatag 871021 aggaggagct gaaatcggcc gagaattttg aggaagccct tcggagggcc cttaagcggc 871081 tcaggggttc ttttgccctg ggtataattt acgcggacga accggacagg atatacgtcg 871141 tcaggaacga gagccccctc gtgatcggag tcgggaacgg ggagaacttc gcggcaagcg 871201 acgttccggc ttttctcgag tacactaaca gagtggtttt cctcgacgac ggcgagtacg 871261 cgatcctcaa gaaggattcg tacgtggtta agagacttga cacaggtgag atcgttgaaa 871321 agccggtcca cgagatagaa tggacgctgg aaatggctga aaaggcaggc tatccccact 871381 tcatgctcaa ggagatctac gagcagccga gggccattag ggacgcgata cacggcaaca 871441 gggaggtaat aggtacggtt gccgaggaga tagcgaacta cgagaggata atcttcgttg 871501 caatggggac gtcttatcac gcggccctcg ttggcaagta cctgttccag aggctcgtca 871561 agagggttcc aatagtcgag gaggcgagcg agttccgcta cgagttcgag gatctggtgg 871621 atgagaatac cctcctgata gcgataaccc agagcggaga aacggccgac acgctcgcgg 871681 cgatgaggct tgccaagagg aagggggcaa aggtgctggc gatagtgaac gtcgttggaa 871741 gtatggccac gaggatagcg gatctgaccc tctacaccca tgccgggccg gagatagggg 871801 tcgcggcaac gaaaacctat accacccagc tcacggtttt aacgatgctc gcaatggagc 871861 tcgccagaaa gctcggaacc attgaaaggg attacctcaa caggcttgag gaagaccttc 871921 agagggttcc ggagctcgtt gagagggttt tatcccacga tgaaagcctg agggagctgg 871981 ccgaatccct cgtggggaag agggatttct tctacatagg caggggcata ggctttccaa 872041 ctgctctgga gggtgcccta aagctcaagg aaatcagcta catccacgcc gagggtctct 872101 ccgctggaga gttaaaacac ggccctctgg cactcctcga ggagggcgtt cccgtcgtcg 872161 cgatagcacc gagcggaaag accttctcca agatggttag caacatcgag gaggccaagg 872221 ctaggggtgc ccttataata acgctttccg acaggaagga ggcggagaag ttctcggacg 872281 ttttgatcga gatgcccccc cttgacgaac tgctcacgcc gataacctat gttgttcccc 872341 tccagctcct cgcgtaccac ctggcagtcc tgaggggtaa cgaccccgat aaaccgagaa 872401 atcttgccaa atccgttacc gttgaatgag gtgatcgaga tggttaagag caaggtaaag 872461 aaaaagggaa aggagaaagt caagaagtcg acggggactc gcaaagagcc agagagcctc 872521 aagaagatgg cctctgttta tcccaagctg aaaacctacg gtctggcgat aatcacgctg 872581 ataatcgctt actacggcta tctcatcagg atgaagacgg cgaagctcaa gtacttcata 872641 gatcccgata cgttctacca cttcgagatc tttagagagg ccgttaagca cggtataccg 872701 agctacttct cccgtgcgaa tcccccgact ggcataaagc tgggcggatc gctcggcctc 872761 tacgtcatcc ccgccaaggt ttacagctta atcttcagcc acctcggcta caccgagctt 872821 gagttcttta agatgtggac accgctcgtt ggggctgtaa cgatagtcgg ggtttatctc 872881 ttgggcagaa aactccactc ggactgggca ggattttggg cggcggcttt cctggcattc 872941 tcctacgcca actactccaa gacctactcc ggaaacgcca ggggtgaggc accgttcctc 873001 atgttcttcg tcttcgccct ggtcgcgatg gcctactacc tcgacgagaa ggccgagtgg 873061 aaggacctct cgaagtcctg gaggaagatc ctctggggag ccctattcgt gatcctcagc 873121 tggctcttca tgatgagctg gcagggaagc gagttcggaa tcggtgtact gctgctcttc 873181 atggctctgt atccagtact cctcttcgtc ttcggaaaga tgcaggagct caagcgcttt 873241 gtctacgatt tctatccggt gatgctgatt gttctcttag gtgcacttcc gctgaccgga 873301 attcccctca taggatacag gtccttcctc gtgttcgcgc ttgaagttta tcttgcgata 873361 gcagcactca ccgccataat gctattcggg gaaaagatcg gtctcaacta ctccgacaaa 873421 aagcacaggt tcggaactgt tctggccgtt ggtgttttgg gcttcgctgg cgcgtacctc 873481 tacttcggcc ctgacctctg gaagttcctc gctggggcct accagtcaaa ccccctatac 873541 cagaccgtcg ctgagctggc caagcctgac tgggcgtaca taaagaacgt cttcagcata 873601 cactacgtca gaggggcggg tcaggatggg atgctctacg tgttctcgat cgttggcttc 873661 atgatactcc tcagcaggat ttcctggaag ctctacaggg gagatgtgac gggctacaaa 873721 gaggttttcc tggcggtcta ctatgctacg gccacatact tcctctggac ggcggttagg 873781 ttcagcttcc aagcttccgg ggctgttatc ctcctcgctg gtgttctcct cggggaggta 873841 atagtggcca tcgagaggat ggaagaaaac ctcggaacca aggcgatgtt cgcagttgtg 873901 ctcatcctgc tcttcattcc cctgcctgtg atagcggcga gggacatggg caccctcgca 873961 aaggctcagg ccgccaatga ggccgttcca aagtcatggc aggacacact gctctggttg 874021 aagaacaaca gcaaccccct cgacagcgcg acgagctggt gggactacgg ctactggata 874081 gagtcaagcc tcctgagcaa cagaagagcc tcaacggacg gtggacacgc gtacgacagg 874141 aggtacgttc tggccaagtt cttctcccac agcgggaacg cgggcgaggt ggactttgag 874201 gcgtggggcc tcaactacct catagcctgg cagagcgaca tcttcaagtt caacgccata 874261 agttacctcg gcggcgcgat aacctacggc gaataccgcg gaaacccgat gttcatgccc 874321 gtcggtccgc agtatggctc gacgatagtc tacgataaca agacgaagat ctactacgtg 874381 caggtttcct acggcggaag ggtttaccag tacatccccg acacgataat agacatggga 874441 accggctccg tttaccagaa caagcagccc aacgtcccat acgtgctcta cgtatatccc 874501 ggtaactggg gtgtcttggc ctatgacaag atagccttca gcaacttcgt ccagctggcc 874561 ttcaactacc tcaatcccat gaacataaca gagtcaatga agctccgctc caacttcgtc 874621 ccgataaaga tggaaagtgg tgtcaacact tatcgcttca ggcccttcgc ggtttacaag 874681 atcgatctcc tcgtgaacgg caccccctcc aatggaacgt ggagacaggt atactctcca 874741 ttcctggcca tgaaactgcc catcggcaac cataccttcc ggatacacct ctcagccttc 874801 ggaagggacg ttaagaacgc caccctgatc ttcgaagcct atcggaacgg aaccctcgtg 874861 aagagggaaa ccctcgccga gaaccttcac atagaccacc tcaacgagac cccgattaca 874921 gtgagcatag acgttcccaa cgccaccagc taccgcatgg tgctcgtcca gaaggggccc 874981 gttggagtgc tcgacggtcc cgttaaggtc aatggaaaag aagttaaccc gagcttcccg 875041 atagctccgg gcaaaagcgg tgacatggag ctaacggcgg ccttcagaaa ggactacaac 875101 gtcacatttg cccttagggc gatggtcact tactacgtca ctcccaacgg gagggacatc 875161 tacaagaagg acttctacct tgaaccacac caggacatca taacctacgt cccaatcaaa 875221 gagctgagcg tcaaagccgg cgataacagg ataagcgccc acgttagcgt tccgagcgac 875281 attttcagca cctacgtgga gaagctgaag cagaagtacg gcgacaacgt tgtggtttac 875341 aggaagaggc tcgaaccggt cttcatcacc gagaaggagt acgtggtttg ggaggggagt 875401 taagctttct cccccctaac cgctatgaag gccgcgattc ctttgcactt tttgtaacat 875461 tttttgtcca ccttctccgc gagatcgaga aacggccaga atgaggggaa gaatatcacc 875521 cctgcactct caacgttctt gaaaccggct cctctcagaa gggcttcgag ctccctgggc 875581 gtgtaaaagc gcgcatagcg gtaggcagtc tccatgaaga ggcttttaag acgtttgaaa 875641 aggaaccaga ggcttctacc gttcattgtg ccgatgagca cttctccccc gggctttaaa 875701 acccggtaga tctcggcaag aactttctcg ggttcgtgga taaactcaaa catcgtgacg 875761 ctcagcacga ggtcaaagct ttcgtctggg aatggcaggc tgtaggcgtt gcccttgatg 875821 cagttcaggc cctttgagcg ggctatcctg agcattccct cgctagcgtc caggcctatt 875881 acgtcgaagc ctctcctctt gagttcgagg gtgtagttgc ccgtcccaca gccaaggtcg 875941 agggcctctc ctgatttcgt ccggagcatc gagaaaacaa gccacttctc gatcctgtcc 876001 acgtaccttc cagttctcgt cctgtaccag tcgtcgtacc tgtccgcgat cctgtcgaag 876061 tactcggcca ttcagacccc cagcttaccc tctatgctga ggggtttatc aatcctgtcg 876121 tctatcttca ggctgatgac gacgcgcttc gccccggcct ttaggatagc ctcgtggcat 876181 tttttgacga gctcgagaat ctcatcaacg gatccctcga caaccgtccc cataggacag 876241 accatgtact tgaggccgct cttttctatg acttcgatga caggttcgag gtacctccca 876301 acgctcgggc tttcggttcc gaggggaaag aggcacagtt cggcgacggc cataggcatc 876361 actcgtgctc ctttcttttc ttttccctct cgtggatgta gtcgaggagg ggttttatcc 876421 ttttccatac gtccgggatg aggccatccc cgtcaacgcg gacgtagatg ccttttgccc 876481 tgtaaaactt tattatcggt tccatgtttt tgatgtagat ccggtagcgc tttcttacga 876541 cttcctccct atcatcggtt ctctgtatga gctttgttcc acagacgtcg cagatccccg 876601 gaacctttgg cgggttgtag gtgatgtggt aaactgcccc acagttcgga catatcctcc 876661 tgccggagat tctctcaacg ctggtatcct catcgatgaa tatctccagt gccagatcga 876721 gccttatccc gtggtcgtag aggtagttct caagggctat aacctgctcg ggcgttctcg 876781 gatacccgtc cagtatgaag ttttccctct gacgcctcag gcgggagatt atcagggtgt 876841 ttactatcgt gtcggggatc aggtcacccc tgctcaaata ggccgccatc tcgagaccga 876901 gggagctttt cctctctatc tctcctctta tgaggtctcc cgaggagatg tacgtgaggc 876961 cgtactcttc cacgatcctt cgggagtggg tgctctttcc cgatcccggt ggtccaaaga 877021 tcaggatgtt catgggtagc caccaataag catttatgca cgaaagttga ataatctttt 877081 ggtgatggcc atgaagctca gcacgggtta tgtccgggcc tctggctacg cccacaaggt 877141 caggagggtt ctctttgctc tcacgagggg aaaggtcgat ccgaaggaag ttgtaagggc 877201 tgcgggggag ctgaaccagt acatctttga gaggtttcaa gagcttggag tggacaaggc 877261 cgacgtcgtc cggataaccg ttccctttga gatccaggac ggaaagatcg tctgggacta 877321 cgggagtcta aacatcgaga tctaccggag gagtgaggag gagaaacttg cgaaggccct 877381 tgaggaagtt gaggagaggg aaaaagagct tgaagagcgt atcagtgaga ttgaggaaac 877441 cgcaacgagg attaagaacc ttgttgagga gctcctcgag aagatagaac gcctaaagga 877501 ggaacacacg tcgcttaagc tgaaggcgga ggagtgactt tcttcaaact ttcggctttc 877561 ttactctttt agagttcaat ttttaaacta gagtcctcat agggaggcct atccccaaat 877621 acgccgtgat gttctttaaa attcaactcc aagtttaaag ccgaggtatt ttcggttttt 877681 cgccgaaaag catttatatt caaaaaatgt acactgtagt gcaaaacttt aatggaggtg 877741 cagagatgaa ctcggctgtt gtaatcctga tagccgccgc catatacgtc agcatgtact 877801 acacctacgg taaaagcctg caaaacaagg tcgtcaaggc cgatcccaac aggccaacgc 877861 cggcccacag gctctacgac ggcgttgact acgttccggc gcacccgctt gttctctatg 877921 gacaccactt cgcttcaata gcaggagctg gaccaatagt cggtccggcg gtggcaatgg 877981 cctggggatg gcttccggga ctgctgtggg tctggtttgg aaacgtcttc attggtgcgg 878041 ttcacgacta tctggcactg atgtcatcgg ttcgctacga tggaagatca gtccagtgga 878101 ttgcaggaaa gctcatgagc aagaggacgg gaattgcgtt cgagctttac atctggttcg 878161 ccctgctcct cgtcgtggcg gcattcactt cggtcatagc gggcatcttc accaagaccc 878221 cggaggcagc gactgcagca ctgctcttcc ttgtatcagc ggtaatcgtt ggatacctga 878281 tgtacaagac aagccttcac ttcgcagggg ctacggcaat aggacttatc ctcgtggccc 878341 tctcagtgtg gctcggcttc aagttcccga ttcaagccac ataccaccag tgggccctgt 878401 tcctcctggt gtacattatc attgccgcat cacttccagt gtgggtacta ctgcagccta 878461 gggactacct caacgcgtac attctgtggt tcggcctcat ccttggcggc ctcgcgttca 878521 tcctgatagg gggtaaggga accttcacgg ccccggccta caccagctgg agcgcccacg 878581 tcgtcggcgg aaagccctcg ccgttctggc ccactatacc gctggtcatc gcgtgtgggg 878641 ctttgagcgg attccactca atcgtcggtt cgggaacttc gtcaaagcag cttgacaacg 878701 agctccacgg tctgctcgtt ggatacggtg gaatgttcac cgagggcttc ctgtcaacta 878761 tagtcattac ctcgatagca gtctacggaa tcaaggtctt cgccgacgct ggaatcgaca 878821 taaacgcgtc caactgggcg gccatctatg cccccaaggt tgccaaggtt gttggaaagg 878881 taggcatctt cgccaagagc tacgcttacg gtctcaacga cgcctttgga gtatccctta 878941 agacgggaac tgtcttcgcc agcctctggg tgtcagcctt tgccctgacg tccctcgata 879001 cagccacgag gctcggccgc ttcgcctggc aggaagtctt tggaatggtc gttgacacca 879061 gcgagggaat ctggaagaca atcaccaaca agtgggtagc ttctgccgta atcgcggttc 879121 tcggcgtgat actcgcgtgg ggcaaccagt ggctcatcct ctggccggcc ttcagcggca 879181 tgaaccagat gctcgcgagc attgcaatga tgaccgctgc cctctgggtc accaaggttc 879241 agagggccgg caagtggagc tgggccgtcc tcattccagc gctgttcctg tggattacag 879301 tgaccctcgc ccttgcatgg ttcctcgtgg tggtggttcc aggaataagc gatgccttca 879361 ccaagtactc cgtcggactg ataaccctaa tcggcctgct cctgaacctc ctgctggcct 879421 gggacttcta cgttgcctgg cagaagcctg cagaggagta cgaggcggcg aaggcctgaa 879481 gagctttctc cctttatttc tttaccggag gaaaaaggaa tggatgtaag aaaacttctc 879541 tactggattt caaccccagt tagagtcctg tgggagtttc acaagggttt tcagctgtat 879601 taccttcagg ggattaaatg ggaggaagag gagctggaga acatctttgc gctcatactc 879661 tttggtgact acataggcct tccacaccct ccaaccgatt taacctaccg cctgttgccc 879721 tacgtcgtga gggagctgta cgtgatgcag gagaagagca caaaggatat ttcccttaag 879781 accggctgga taggtgtatg aggtgggagt atggtaaaga aggttatcga ggacgtaaaa 879841 gcctttctca ggggttttgg agaggcattt aagcatcagt caaccgaata catagagttc 879901 gaggagaggg agcttgagaa cgtcttcgcg ctgatcctaa tggggtcgtt catagggatt 879961 ccaagtccac caaccacgct cgtggtgagg ctcatgcccc acatggtcag ggagatatac 880021 gtgatgcaac agagggccgt taacctcgat gatatcttcg gggaaatagc ggggatgttt 880081 gacatcgact gaggtggtga aaatgaggga cttcctcctt ccaaagaagg ggttcaggac 880141 gattttcgtc ataggaaagg gtggtgtcgg gaaaacaaca acaagcgccg ccctcgcaac 880201 ggcattcgcg aagatgggat acaagacgct gatagtttcc ctcgacccgg cccacaacct 880261 tggagacgtc ttcctggcgg agctgaagga cgaaccgata aagctcgcgg agaacctcta 880321 cgcaagtgaa ctcgacatgg agaaactgat acagagctat ctgaagcacc tcgaaacgaa 880381 cctcaagaac atgtacaagt acttgacggt gataaacctt gagaagtact tcgaagtcct 880441 gaggttctcc ccaggtatag aagagtacgc caccctcgag gccataagga acatcctcgg 880501 caggggtgag gagtgggaca taatagtctt cgatacgccg cccactggcc tgacccttcg 880561 cgttttggcc ctgccgagga tttcgctcat ctgggcggac aagctgatag agataaggcg 880621 gaaaatcctc gaacggagac gcatgatagc caagatccag ggcgagcaaa agttccagat 880681 tgagggacag gagttcgtcc ttccgaagga ggaggaagag gaccccgtta tgagggagtt 880741 aaagagctat cgcgaggaga taaagttcgt tgaggacgtc ataacggacc cagacaggac 880801 gtctgttgta gcggtcatga accccgaaat gctccctctt tacgagaccg agagggccta 880861 tgaaagcctt aggaagttca aggtcccctt caacatggtt attgtcaaca aggtcataac 880921 cgtagggcgg gagattcccg agataagagt aaagcttgag gcgcagagga aggtgctcga 880981 ggaaattcca aagaagttcc cgaacgttga gataataaaa atccccatgt tcccgaggga 881041 gccgaggggc ctggaggagc ttgagaaact cggaggtatg atacttgaag gtgggaagga 881101 gggagatact tgaactcctg aaaagcgtca agaacccttt cacggacatg gacattgtca 881161 gtgaggggct ggtaacgaag gttgaggtgg acgaagttga aaacaaggtc aggatatacg 881221 ttgccttcgc gaggcacacc ccaccgcatc cgttcgtaat ggccgtgaac tggccccttc 881281 aggcgaagat agttagggac atggtaaagg ttttagagga caaggtggga taccttgaaa 881341 tactcgatga cacaaccctt cagaggtact accctctgaa cgacgaggaa tgataaaatg 881401 ggggttgaag catggagctt acatccggtt tgttgctggc gataatggtg ctcgctgcag 881461 tctcatcgat ccagttctac aaggggagaa aactgaatct acagctgatg cagcactacc 881521 tccgctcgat tgaggaagtt gtgaagcccg aggacaagga ctacgtgtgg ctcggcggct 881581 acatcggctt cagggcgagc tataaggtga accgcgacaa cctaaggaag ttcgaataca 881641 cgctaacgct cctcccgagg cacagcatcc tttacttccc gatagcgctc cttacgagca 881701 gacacgacaa gatttacttc gtaatcaggc ccttcgccga gattaggcgc gaggcacacc 881761 tcatccagaa gggctactac aggctaaaac cgaaaatcga aaacgaggac tttctccaga 881821 gggagacgat tgagatagcg ggcaaggagt acgaggccct cttcgaaaag aggagggacg 881881 ttgaaaagct caaggagctc gtcgagaacc tttcaaagcc ccacaacgtc aagcacgtct 881941 ccctgacgcc gaaaaccaac gtcttctacg ttttcatgaa acccgagccc gacactatag 882001 aggaggacgt caaaaagctc gttcgcttca ccaacgagag gctcaaggaa agcccgttct 882061 cctgagttct tttgcccttt cttcgaaagc tttatttcgt tgaaccgcaa gttatacatg 882121 gtgatacctt tggttagcat acgcctcaag gttgggccca agggacagat agtaatcccc 882181 aaggttttcc gcgaggccta cggtataaag gagggcgggg aagtgatagt cgagcctacg 882241 gaggagggtc tcgttattaa aaagccgccg agcaaagagg aactcctaag aaagctcaag 882301 gagtatcacg agaagcgaaa aggcactaag ccggcaaaac tgggagagct caaagggata 882361 agcctcgaag acgagttcga cgaggtctgg gggattgagg aatgaagctc ttccttgata 882421 ccaacctttt cgtttacctt aactcgagaa ttccagagga tatcgccaac gagctcgatg 882481 aattctacgc ggaccttact cagaagcatg agctctacac ggatgtgctg gttctcgatg 882541 agctaatcca cgtctcaaag cgcaagtatg gaatagctta caaggatact ctcgaattca 882601 tagacgacat tgttctgccc gcggttagag tccttcccct gacatttcag gactatttaa 882661 cagccaaggg aattatcctc caatacggcc tccgcccttc ggatgccctt cacgttgcgg 882721 ttatcgagaa caacggcctg caggtgatag taagcgagga tgaggatttt gacgttcttc 882781 cgctcaaacg ggtttggctg ggtggttgag atgggggttt acaaggtcaa gttcggcgaa 882841 ccagagctcg gttgggttgt cctcgttcac ggtcttgggg agcacagcgg gaggtatggg 882901 agactgatta gggagctcaa cgaagctggc tttgccattt acgccttcga ctggcccggc 882961 cacggtaaaa gccccggtaa gaggggacac accagcgtcg aagaggccat ggaaataatt 883021 gattccataa ttgaggaatt aggtgagaag cctttcctct tcggccatag cctcggcggt 883081 ttaacggttg tcagatacgc cgagacgagg cctgacaaaa ttaggggtgt aatcgcttca 883141 tcacctgcac tcgccaagag ccccgagacg cctggcttca tggttgccct cgcaaagttc 883201 ctcggaaggg tcgcccctgg ccttgttctc tccaacggca taaggccgga gctcctctca 883261 aggagcagag acgccgtaag gaagtacgtt gaagacccgc ttgtccacga caggatttct 883321 gccaaactcg gaaggagcat cttcgtgaac atggagcttg ctcacagaga ggcggaaagg 883381 atcagagttc ccgttctcct gctcgttggt actgcggata tcataactcc accggaaggc 883441 gcgagaaagc ttttcaaaag gcttaaggtt gaggacaaaa cgctcaggga gtttgaaggt 883501 gcctaccatg agatatttga agatcccgag tgggcggatg agttccatag ggcaatcgtt 883561 gaatggcttg ttgagcgtgt tcgaaataaa ccaagataaa agggtgagtt catgagggtg 883621 cttgtttaca gaaggtattc gaagaggtac gtgattttta ttatcgtact cttcgtgcta 883681 atcactgcgg ttatgctcaa agtcgctctc atcgccccct cccaagttgc accctccttc 883741 catgctctcg cggcagtggt tacagctgtt tccattgcga ttgtcttgtt cgcgttcagg 883801 aactatcgcg ctgaagataa cgcgcttgga gcactcccag atcaagtgat gggttggaag 883861 atagtcttcc ccgcccagat agagtacgag gtcggggttt acaggagcag gggagaatgg 883921 aggaggggag gaaggggaaa ctatgtatgg tctcattcgt tcgatgtccg ttcgagggga 883981 atggggtcgg aagtggaact cccggaaggg cccttcctaa ttacagtgaa gaggaacggg 884041 gacggcttca ttgagtttcc ggctctgagg attgtctccg ggcccggtga gggtttgctc 884101 atgctcgtgg cgacgcgcga aggtgaagtc accggttcgg gcaggatagt tgccacatgg 884161 gaaaacgatg aggctgagct tgtattcgag ggcaggggta aaacgataga gggcagcgtc 884221 tacgggaacc tgctcaaggc gcggaaggcc aaggtcgaga tctttcactc ggcccttgaa 884281 tcaaacgttt tcaggattgg ggagggcatc aacttttcct tttcgaagag actcctccct 884341 gaggacgacg ttctgatcat agcccatcgc accatctccc caagggaact cctccgcctg 884401 ctcgtgaggg aggatccctt tggggaggac ggctttgagt gcatagccgg tcacgggagg 884461 tatgggatac ggctcgcact cgacgttccc ctcagactgg acatcggcga ggaaggcaaa 884521 tttgaggtgg tgttaaggaa aagtgaaact aaatgacctc cctcctgtcg atgatgtgct 884581 ccagttcggg ccccgttttt atgagcccga cgggcacacc tacgcgccct tctatttctt 884641 ccacgaactc cctggccttt tttggaagcc tatcgtagtc ggttacaccg aaggcgttct 884701 tatcgtactt gtcgagcatc gtgagcgcta tcatggttgc tccattgatt ctcgccgaat 884761 agcgggcgaa atcaaagtcg aaccagccga cgcgtctcct ccttccagtc accgtcccgt 884821 actcgacgag gccaagtttt tcagcttcct cctggctcat ctccgtcggg aaaggtccag 884881 cgccgaccct cgttggaaag ctcttgaaga cgactataac gtcgtcaacc ctcgtcgggc 884941 ctattccgac gtcgcttgct atggcggagg ctgtggtgtc cttggaggtc acgtaggggt 885001 aggtgccgta gtagaggctc agcccgaagc cctgggttcc ctcgatgagg acgagctttc 885061 cctcgtcgag cgcgtcgttg atttcctggg ccacgtcggt tagataaggt tcgagctcgg 885121 gaacctcctt tgcgagcttt gcctttcgca tgaccctgtc cgcattagca ggtccgcaac 885181 cgcttcccgt cgtccctatc ttgtcgtgga ggtggctgtt ggagcgatca agctgtttat 885241 gcttctcctc gattatcgca cagcggtggt ctatccccac cctcccggcg acgttgaagt 885301 ccttgaggtg ctcaagctcg tggaagaaca cctcaggatc gacaagaacg cctgctccga 885361 tgaggagcct cgctttggtc tgtataaagc cggtcgggag ctgtctcacc gcgtatctct 885421 tcccgttgat aaaaacgctg tgtcccgcgt tcgttccaac accgccacgc gctatgacct 885481 cgggttcgtc ttttagggcg aggtaggcta tgatagaacc cttaccttca tctccccatt 885541 gaccgccaac gacgatgtag ctcggcatgg ctccttacca acgtttaagt caagagggcc 885601 cttataatgg tttcgaattg gacatttcaa tgttaatgga agacgggaaa tgtctgaaaa 885661 agattaaaac tcttgattaa caccaacggt tggggattgg aatgagaaac aggctggtag 885721 ttatcactgg cggggccggc ttcataggct cacacatagc ctgggaactc gtcaaggaca 885781 acgaggtcat cgtgatcgac aacctctaca ctggtagggc cgagaacgtc ccgccggggg 885841 cgaagctcgt caaggccgac ataagggact acgacgcgat agccgagctg ataagtcatg 885901 ctgactacgt cttccacgag gcggcacagg tgagcgtcgt cgagagcata cgcgatccgg 885961 tctttacaga ggaggtgaac gtcctcggaa cgctcaacat cctcagggcc cttctcgaag 886021 gacacggaaa gctcatattt gcatcatcag cggctgttta cggcgataac cccaacctcc 886081 cgctgaagga gaccgaacgg ccgagaccgc tttcaccata tggcgtgacg aaggcaacgg 886141 ccgaggagta ccttcgcgtt tatcacgagc tctacggttt gcccgtcgtc gcgctccgct 886201 acttcaacgt cttcggtccg aggcaaagcg ccaaccagta cgctggcgtt ataagcatct 886261 tcataaaaag ggctttagcc ggagagcctc tcgtaatctt cggcgacggc aaacagacgc 886321 gcgacttcat ctacgtgaag gacgtggtta aagctaacct cctcgttgct gagagcaggc 886381 gtgccaacgg tagggtcttc aatgtcgcaa ccggaaggca aacgagcatc ctagaactcg 886441 caatgaagat cgttgagata acaggaacga cgagctcgat aatctttgat aagcccagac 886501 caggggatat tagacacagc ctcgcagaca taggcgagat tagaaagctc ggcttcgagc 886561 cggagttttc gcttgaggag gggcttaaga ggaccgttga attcttccgg aaaacggggg 886621 aaggtgctga gtgaggttta tcctggtggt gagggatagt atactagggc cccataccag 886681 tgaccaactg tgacagtcgg ttcgggggag gcatgcttcc ttatggctat ccaatcatac 886741 tcgctggggg ttcttcccgt tatctgaccg aagccgaagg gcccacttgt gacgtacgag 886801 ggattcaggg tgtaccagac tacaagagtt ccatcttgat acgtatatac tgtactgttt 886861 gagtttacgt aaatttcgaa gatgctccag gtgttgaggg tgtagggatt gtttatataa 886921 tctaaaactg ttccgcttcc atttattatg ctcctcttgg tcagggcatc gtattcgttc 886981 aggttattgt cgtactctat ggtttcacca tatcctatcc cggaggttgc atttatgtaa 887041 atcgcgtaaa aaggaccggg ggtaaagcta ttactcccaa aggcaatccc ccagtcagga 887101 taagagagac tcgcgttcat tatgacctca taggaggagg gcaggtttat ttttgtccag 887161 atccacgtgg aattcccata tatccgggga tagaaccatc ctatttgata gacaccgctc 887221 atgtaaagga tcccgccact cactgatggg gttccatgaa cgttccatct agttgtgttt 887281 acgctggttc catcgaagtc atcgaagagc aggaacgtcc tgtgcgggtc attgtaggat 887341 gagtatggat tggtgccacc gtagtgcatg cacaccacga cgctttcacc cgctggtatg 887401 tagggaactt tcacccagag aacggcgtgc tcatttgtgg agtccagctg ttgcacccaa 887461 taatagaggg gactcccagt ggatgtggta aaatatacgt ttgttgagtt gatatacccc 887521 cagagaacgt cagaggttga gttgagggca acctttatgg tgtagttgta gagaggggct 887581 atacccgggt tgtttacagc tattggattg cagatatccc cggcaaacag tcccactcct 887641 attttcttca ccagaagctg gaaactgccg gcaccggaaa cgtagtctgg tgaatcgaga 887701 acgatgtgaa tgtctgaaac gtcgtagatg ctgacttgag tggatgggga gacgttgatc 887761 tcctccaagg cggggagaac ccgtgtcaaa gttctgctcc agactgctat taaggcccca 887821 ctcgagttgt aaagcttgac gtatatcgtc gttccagcac tcaggttgtc ggcgaacatc 887881 agtgtaacgt tcagaatgtt atacgttgcc gttgagatcc agaagtagaa gcctcccgaa 887941 cccgtagggc tgtacacggg ggttgttgag cttccaaccc cctgaacctg aacgctaatg 888001 ttaggcacgg ctaacccgag aacggcaagg gctgtgagaa tgagcatcag cactgttgcg 888061 gattttagga ccctcattaa ttacggatat ggcttgaggg tcttaaaacg gttccccaag 888121 gtttattaac taaaaaccca agatataact ggtggtcatt acggtgatca taccccggcc 888181 catcgacccc tccatcatca ggaagatcag aaaagagctc ggcataactc aggaagagct 888241 cgccagaaaa gctggggtta ctcaggctta tatagcgaag cttgagagcg gcaaagtcga 888301 tccaaggtta tcaaccttta accgtattct ccaggccctt ttggagtgca agagggcact 888361 tccaaaggcc aaggatgtta tgtcctcgcc cgtcatatca gttaaaccct atgagaaagt 888421 tgagaccgtg ataaagctca tgaactccca caacatttcc cagatccccg ttataagtgg 888481 gagcaaggtc gttggttcgg tcaccgagcg ctcactcgtt cgccgaagcc tcgagtacga 888541 ggacatctac gacaggaagg ttctggaggt aatggacgaa cccttcccaa tcgtgaacga 888601 ggaggaggat ctggaggttg ttaaatacct ccttgaggaa cacccggcgg ttctcgttca 888661 ggacaggacg ggcagaatcg tggggataat aacaagggtt gatatcttca agggcagaac 888721 cgctgcggaa agcctttaaa ccacccctcc caattctccc aggtgattcg aatgggagag 888781 aacgtaaaga aaagggaaga gcttgagaag ctcgcgtacg agtatcagct ccttcaggct 888841 caggctcagc tgctggccca gaaccttgag ctcctgacca ttgcgaggaa cgagcttagt 888901 gcccttaagg agacccttga aggactgaag aacatagact cggagaatcc cgagatcctc 888961 gtgccgattg gtggaggttc ctttctcaag ggcaccatat tggacaagga gcgggccgtt 889021 gttagcatag gggcagggta ttccgcggag atgccccttg agaacgccat agaactgatc 889081 aataggagga tcaatgagta cgacactgcg attcagaaaa ctcaggaggc gctcaggagg 889141 ctcgacgggc agctccagga gctggcaaag cgcgctcagt cacttgagag atgattttcc 889201 gttctatttt caaacctttg taaaaatttt aatagtttcc cgcaagtgaa tcaacaacgt 889261 tggatttctc ctaacggact gaccagatat gtaggcattt atgtaggtgc atggtgaatt 889321 tccaaagagg tttttctgac cctggatatc ttgaacaaaa aagcttatat atggcttttt 889381 ctaccgtttt gcgattgagt aatccttaaa atcaagatat cgataaaatt ggcggcgatc 889441 ccacccttac cggggtggta tggtcttggt ggatcaaata agggggctaa aactcacgat 889501 ctgttagaat aacgaaagct taagtgcggc tttttgtttg cttttgtcta tcctttcatt 889561 cgtatttttc cgaggtaaac cccctcgggt agaaaaatgt caatatattc aacgtccctc 889621 aggaatggga ccatttttag accctcctca aggggaaatc catctatgta agggttcaca 889681 gttgggagta tgaggtaact ccccgttcgc gcgaagacct ttacttttct tttggcccca 889741 ccggccttga acacgtacgc aggatggatg tgcccgaggt aaatttcagc gaatttgccc 889801 ttcggaagtt gagtgtggcc gtggaggaac agcatatcgt ctaggacaaa atattgaaca 889861 acctcgacat tcctgaaggg tttaacggcc tcttctatcc ggccatcatg atttcccttt 889921 gtgatgaccg ttgggatccc cttgagctcc gaaaagaact ccatgagaat ctttttgagt 889981 ccaaaaggga gacctaatgg ttccttcacg tccccgagaa ttattagaag gtcgggatct 890041 tcttccgcga tgaaccgggc gagggcatgc tcaaacctcg ttctgatcct taatcccctg 890101 gagagctcga atccgatgtg gagatccgcg agaacgaggg ttcttcccct ggaggtctgg 890161 agttcaagtg aaaggtcatt gaaagaaaag ggagaaaccc ccatataacc accgaaggga 890221 agaggggtca gatgagaccg cgctctttct tcctctgtct cttgagcctg cgtattctct 890281 tcttgatcca cttccacctc atcctgccct tcttcttcca cttccttgga cgcctcttca 890341 tgatcgtcac cagctccggg ttcccgggag ggtttttaag ctttttccct ttgactccct 890401 cttccgcttc cttactggtc tctaaactga aaaaagccgc tcatctgtcc tttcatgaat 890461 tctcgcataa acgcctattt aaaggctcta ctctagattt agggaataaa aaccatcgat 890521 aatcattagt gcgttggaat tcaaaacgca ttggtgattt aagaccgaga tattatctaa 890581 aaatgtgatt tgccagatta aaaccatttt ctaaacctca tcttgtccac gacaacttta 890641 tttactccaa tcacataggt gctcaaggtg ggagaaatgg taaaggtcgc ttttggccag 890701 atgagacccg tgctgctcga tccagaggcc aactactcca gggcggagag actggtagct 890761 gaagccgccg agaacgaagt ccggctcatt gttcttcctg agctctttga tactggctat 890821 aatttcaaaa acagggctga ggttgaggaa gttgcctccc ccatacctga tggtaaaacg 890881 acccgctttc tcgtacgcct tgcgaggcgg tacaggatat tcataattgc tggaacggca 890941 gaaaaagatc gcttcggcag gctttacaac tccgcagtca tagtcggtcc gaccggctac 891001 atcggaaggt accgaaaagt tcacctcttt gcccgggaga aggagttctt cgagccggga 891061 aacctcgggt ttgaggtctt taacctcggc tttgtccgag tgggggttat gatatgcttt 891121 gactggttct tcccggagag tgccagaacc cttgccctaa agggggccga gataatagcc 891181 catccagcca acttggttat gccctacgct cctagggcca tgccgataag ggcccttgag 891241 aacagggtct acacgataac cgcggatcgt gtgggtgagg aaaggggcct caggttcatc 891301 ggtagaagtc agataaattc gcctctggcc gagaccctgg tggaggggag cgaggacggg 891361 gaggaggttg gaatagcgga gatagacctg agtcttgccc ggaacaagag gctcaacgac 891421 tacaacgacg ttttcaggga caggaggccc gaatattacg cccggtgagg gaaggcaccg 891481 tagacaacat cgtccacccc aacgattccg tgttcattct ttgaaacgat accaaccctc 891541 tcaaaggcca tcgagaccat tcccgcaatt cctgctaggt cccagagtct gatctcggcc 891601 ctctcaacgg gctcccagcc gggaagtttg taaaatccaa cgagcatagt gccgttcttt 891661 cgtgagtatc cttcgtcgag ggagaccagc gtccagtcat cgccccgtgc ctcgacgtgg 891721 ggactgcgat accttcccct gtagaatagc ctctcgaagt tgtctgtttc ctctatcagg 891781 aacaccccat catggcccag agctttcgcg accctccgaa agagttccgc cgcctgaaac 891841 gggttgaagt gagccatact gtgcccccaa agcagggcaa catcgaagtc cctcagcttt 891901 gggagctctg tgaggcagtc cccgacgatt ccaatgactt ccctctcacc cgacagccat 891961 tcctcaacca ggaggaggtc ctcctttctt ttttcaataa gggtcagcga ggcctctatg 892021 ccccactcgg tgagggtctc caagagagcg gccccggcta tcccggttcc agcgcacagg 892081 tcaagaactc tgagctccct ctttctgggt acgagtttct ctttgagggc ccagttaaag 892141 aaactcctta tcgccacgta cctcttctgg gcaatctcgc tggacggatc cataggcaat 892201 ctcatgtaat cgtagaggga agccataaaa ccaccgggta aatttggaaa gaagggttaa 892261 aaactcaacc catctgaaga gcctgcccgc ggagttcacc gcgctcgaag cggtacgggt 892321 cgtaccactc gaccggcagg tcggtcttgc ccttggtaat caggtccgct accatctctg 892381 ccactgctgg ggccatcatg aagccgtgcc cgctgaagcc ggcggcaatg tagtagtcgc 892441 tcagctcctc aattttccct atcgcggggt tgctgtcggg agttttggcg tagtagccgg 892501 cccacgtcct caatattagg agctccctca aagcggggat aatcttggtg aagtagtagc 892561 tcacctcgcg gaggaactcg taggttggat tgaggtcgta ggttggcccg agctcgtagc 892621 cgaccccacc gacgacgcca ccgtgtgagg tctgggtgag gtatgcatgc ccgtacttga 892681 aggagatgac catcggcctg atggttccct tctttattgg ttgagttatt accgcctggt 892741 gcttgtaggg ctctattgga atcctcacgc ttatccctgc catcgcattg atgagcttgg 892801 cccaggcgtt ggtcgcgttg accactatcc ccgtttttat gacccctcta ctcgtcttca 892861 gccccttaat ctcgccgttc tcgattatga agtccttgac ctcggtatac tcgacgagct 892921 ttgccccaaa ctcctcggcc tttatggcga actttgccgt tgacgtgaag gggctcgcct 892981 ttccgtccgt ggggttccag gacgcggcaa taacctcgct gatgtcgagg agcgggacta 893041 tctccttggc ttcctcgggc gttatgagcc tcgtcggaac gccgaagcgg ttctgtatcg 893101 cgatgttgcg cttgaaggtt tccacttcct catcgtcgta gagcaggaag aggtagcccg 893161 tctgctcgaa ggggaagtcg tactcctcac tatagcgctt ccacagctcg accgagcgct 893221 tcataacctg gacgttggcc tcgtcgttga actgctgtct tatgcccgtt ccgcagcgga 893281 aggtagagcc cgaacctatg aaacgcttct ctatgaccgt aacctcctca ccgcgcttgg 893341 ccaattcgtg cgctatcgta acgccgacta ttccgccacc gataatcgtt atctcgctcc 893401 tctcagggag ttccttcgtc ggcatcttca atccctcctc gcgggaacct tcatcttgac 893461 gttcttaatt ggcggtctcg cgacgggaat gtcaagttta tccatcggcg ttccggttct 893521 ctgggagacc accactgcac cgttgaagag gcagaagcgt ccctgacaga agcccatcgc 893581 aaggtgtgtc agccttttga ttatctggag gtcggtgatg ccggacttca ccacgtcgtc 893641 gacctttctc agcgtcacgt cgcagccgca gatgtgaacg tcttggctgt taaactcatc 893701 caatggaagc ctgtggactg gaacggctat cggctcgtag ttcttgagcc tctcctcgta 893761 gacgcacggc tcggcctcaa agccgaactc cctgaggatg taagcgccga cgagtcttcc 893821 ctcgaggtag ttcgcgtagt ggggctttat tgaaaccgca ctgcctgcaa cgtagattcc 893881 ctcgcggatt ctgtggttcg agtcaattac gggcctgtag taaccgcgct tgaagtaaag 893941 ccttcccccc gcctgggtta tggggtttat atcgggcctc ctgccgtcgg acatgatgac 894001 ggcatcaacg tcgtaaacga taccgtttgc atctatgagc ctctcgacct tctcgttccc 894061 ttcaacgcgc ttcgggttgg gcacgacgac gtactcaatc ccccagcggt cgagctcggc 894121 cgttatctcc tcgggaaacg ctccaacgac ggcaaccttc cttccaggag ccactcccca 894181 gacgttcata acctcgagcg cgtcgctcct cctgaagacg ccggggtagt cgttgttctc 894241 gaagagcatg atgttgtcaa ccgctccggt agctaaaacc acgcgcttgg cgagaatttc 894301 aatcagctgg tcacccctca ctatcggcac gaggaagtat tcacccttgt caaaaactcc 894361 aatggcgacg ctcttcagga agacgcgggt gttctcaggc aaatcagaga gctcattcag 894421 ggcctctttg gggtctccaa agccctcctg ctcgacgccc ttgagcttta agtccccacc 894481 gagccagccc ctctcctcga ttatcgctgt cgtaagcctt ccgccgattt ccttgacgac 894541 gccgagacca gccggaccgg cgccgataac ggccacgtca accacgtact gaagaacggg 894601 cttaccttca tcaatttcca cgttctcctg gaaatcgtcg tagccttgcc tttcgagcct 894661 cataccgtcc tttacagcgg ttttcctcgc gttgacgttc ttgacgccgt tgacgaccat 894721 cgggacgggg ccaaaggtga aggcacctct ccttcttccc cccgtgctcg tcgtgagcca 894781 gtatatgccg ttcgcgagca gggcaacggt aactttctct ccctcgtatg cctcaagggg 894841 ttgcccctca aagtaaatcg tgactctctt agaagggtcc ttttcagtta ggtcgagcgg 894901 tctcatgctc ccaccccgaa aattttccgg tcgcgttcga ccttatacac caatgcttat 894961 aaacgttagg ttgtccaaaa atggttaaaa aaggaatcag gcgagaccgc gctcgatgag 895021 gaagtcggcg acgttctcga cctggctctt ggccctggtc tcggtgatgc ttttctttcc 895081 ggtctcgatg ggaaccttcc tgaagagctc ctcgtggagc ttgacgatgt cttccggcgg 895141 cttcgtgaag aggctgacga cgattatgat gaacagggta atgaagaagt tgatgaagaa 895201 caccggaacg ccgttgaacc atgagccgat tgttccgaaa attcctgggg catccgggtt 895261 gaaggcccag ccgtagacct tggcctcaag aatgacttcg ctgacaaggc cgtaggccat 895321 gccgacgatt gcgccttctt tggtgacgcg cttccaccag aggctcagca cgagaatcgg 895381 gccgaagccg actgcgagac cgccccaagc ggttgcgacc atctggtaga tgaccttagg 895441 cccagtcaac gcgaaccaga ggccaacgag ggcgacaact gcaacgacaa ccctcgatat 895501 gttgaccatc tgtttcttgc cgacctcttt gccgagaacc ttgtggtaga agtccctcgc 895561 tatggcggag gaagcgacga gaagctgtga gtcggcggtg ctcatcactg ccgaaattat 895621 acctgctatg acgaagccag ctaaccagcc gggcatgagc tcaacggcca tcgcggggat 895681 taccttctcc gggtcgctga cattgaggat tccagcctgg tacatcgcga aaccgaggaa 895741 tccggcgaag aatgcacccc agaggacgat tattgtccag gttccgctga tgaagattcc 895801 gggccttctg agcttccttg gatcctcaac gctcatgtag cgcgtaacta tgtgtggctg 895861 gccgaggtaa ccgactatcc aagaggcgta gccgatggcg aatattatcg cggcccagcc 895921 ggttgcccct ccgaaggggt cgagcttggt cgggtctgct tgggctatta tctgggtagc 895981 cttgtcgaaa ccacctattt tggcaagcgc aaggaatggg acgattatca gagtcaggag 896041 catgaacatt gcctgaacga cgtcggtcca gacaaccgcg aagaagccgc cggttatgac 896101 gtatgccgtt aggattatca ctgtgaggat tattcccgcg ttgtcactga tcccaaaacc 896161 ctcagcgaac gtctttccac cggccgtgaa ctgggcggca acgtaggcgg tcatgaatat 896221 gaggattatc agcgcgctga gaattcttat cagcttggtg ttgtctttga gccttgcctc 896281 aaggtagtcc ggaactgtta tcgccctgaa cttaccggcg tagattctca gcctcgggcc 896341 gattagaacg tagtccgcga gcgttccaaa gagacagccc accgcagccc aaaaggcacc 896401 gagaccggct ttgaaggcgc ttccaggata accgagcatc agccagccac tgaagtcgct 896461 cgccttatcg gagagtgtag cggccaggac atgaaccttt cttccgccca cgaagtactg 896521 gtcctcggtc ttggtgtact tgttggccca ccagccgatg taggccagca acgcgaggta 896581 gaataagaag ccgatcagta tccctgtgtt catgccgctc cctcctgctg tttaattagg 896641 tcttcgtcgt atgctaaaat gtcgtcgtca acgtagtact cctcgccggt tattctgtcc 896701 caaaaaccat agaggagcat cgttgctatt cccaaaaggg ttggaaccag tagcaatgcc 896761 catccaccgg cactgagccc catattgaac cctcctgcat atatatgctg gccaatggcc 896821 agcactgtat attattgcca aaaagttata aacctaccgt tcaaaactat atgttgaata 896881 gtttgggaaa atttgggaag ctgaattagt acaaaccgtt acggtgttga gcatgaaccg 896941 ggtaaaagtc atgcgcccta tattccgtcc tgagatagaa tcaggcttcg ttttgtatcc 897001 atacaggata taccacctca ggctctacta caagaggttg ggaatgaggg ataaggtctt 897061 cgattacttc gcctacgttg acctctaccg actcggcgcg gagagagggg acaggttcat 897121 agaactctat gagtgggagg tggatgaaaa ggtcgttatg aacccgctcg ttggagatga 897181 ggaagccaga atgaaggcct ttgagagcgc cataacctgg ggaaactcgc gcgtaatctc 897241 gtggtggctc ccaaggattg aggttgttcg agaagaactc gcctacaagg tcttctggct 897301 ctatgagaag aatggtgaga ggttaatcct cgacagcctc gacggaagtg agtacagcct 897361 tgatgtactg accgggaagg gaagaagaac ctgcgagggg ccgttctgcc gctaatttcg 897421 tcctccaaat tcctccgccc acttttcata gcgttcaatg tccttcttcg tcagcgggct 897481 cttgatcttc ttgaacgcga tctcaaaatc ttccatctca agcggcctga ccttcagctg 897541 aaggtctttg attccagcac tggagagtct ctctaaatcg gccagctctg gattgacgtc 897601 ctccagcatg tgatgaatgg ccatactgca gaggttggct atctcccttc ctgagtacag 897661 ccgtctaacg ctttcttctg ctattgcctc aaggtcgagc ctgctcgtgt ccagcccccg 897721 ggtgtgtatc ctcactattt ccctggccgc ttccttgtcc ggtaacggca cgtaaatcct 897781 tacggggaac ctgctgagca gagcctcgtc gaggtcccag ggggtgttag ttgccaccag 897841 tgtgagcacg aatttctctc catcgccttt gaaaccatct atctcagcca gaagggtggc 897901 gagagttctt ctcgttgcct cgtggacatt ctcccttttc aggctcaatg catcaacctc 897961 atcgatgaaa attatgctcg gtgctttttc ttttgcgact ccatagagga cgcttatcag 898021 tttcgatgac tccccatagt atttactcag aacgtcgctg gctttgacgt tgaagaaggt 898081 tgccttcagg cttccagcgg cggcgcttgc gagtagcgtt ttgcctgtcc ccggtggccc 898141 aaaaagaagg attcctctcc aaggttttat tgcctcgggc ttctttgcga aagctagtgc 898201 gacgttctga gccagaagtt ttttgacctc gtgaagccca cctatgtcat tccacgtgac 898261 tgttgaggtg gatatgagcc cttccacgta ggtgcggtac tcatcttctg aacccgctcc 898321 ccgagtgttg ccttggggca ccgggctcgg aggccttgcc tcaagctccc gcgcagcttt 898381 ctcccagctc tccgcctttt ccaggtagaa ctccctcttc cccgggactt tctcggcgag 898441 agccttaagg attcgagcgc atttaagagc atagtccctc gcggcttcag gatcacccct 898501 gccgagggcc ctctcgtact tcctcttgaa ttcctcaaaa agtgagaggt ggagggactg 898561 catatcaacc cctcatcgcg tcttcaatct gtttcaacct gctcttcggt tccaggtctg 898621 aggatgctga ggcctcaaac agcgaagttg cctcctctat ggtctcggcg tcgaagtctc 898681 cggtcagtat gctctcgctc gtcaggtcga gcatcgtgct cagagcatca tcgagcccct 898741 cgacctttgt cattgccttc tcgaactcaa cctgcatctt ggccacatcc tccgccccgg 898801 gcccctcggc tatgctctca acgatgtccc tgctgaactg gatgaagttg gccgacactt 898861 tcacgagttc cctctggatc tcggcctcct ccatgaggag gagaagcctc tttgcctgct 898921 ttatcctctc ttccagggcg aggtatttca tggcactccg ttttaggaga gcctcgtcgc 898981 cgagctttgc ggcctccttt ccctggagga agacctttct cttcaggttt tcgaggttgt 899041 tgatgtactg cttaagggcc atcttcgcct tcctcattct gaccttgcgc tcgatatccc 899101 tctcctcctt ggacttccag aaccgaacca cgctatcacg ccccgttttc cctctttatg 899161 ttgtgaatca acaccttaag tctttctatg aagtcgtcac tcaccggaag gttctccttg 899221 atgagaagct ccaccgtgtt tatcgcattg gtgagatcga caaggttctg aaccgtgtag 899281 aacttgaggt cgttgagggt gttcaaaagc tccgccttcc tgttgagctc ggcataagcc 899341 agagccagcc tgccgagcgt ctcaaccacg agccttctgt tcctcagggt ctcctcaact 899401 gtggtgctcc tcttgagagc ctgaacgctc tttgagaggg tcttcttgag ctcttcgact 899461 tccttttcca gctcggccct ctttttttcc acttcatcaa gcttctccaa gtctttaaga 899521 aactcctcaa cactctggta ccgctcctcc ttcctcttcg cgaggagctt ctcgaagatg 899581 ccgtcgtact tggcaagcgc tggattaatc tttgagggtg gcgtgaagcg gtagctctca 899641 tctgttattt tgccgaagac ttcttcgtaa gtgtagcctt caaaaggtag tttgccggtt 899701 aacagctcgt agaaggtaac gcctaactgc cagatgtcgg ttctccaatc ggtatgcccg 899761 tacttgcccg gcatcaggtg ttcgggggaa gcgtagagag gggtgtatcc aaggacgctc 899821 ctgccagagc tcatcgtccc gagcttcgcc agtccccagt cggtaatctt tggcgttaag 899881 tcactcttca agaggatgtt gagcggtttc aaatcgcggt ggtagatgcc ttttgaatgt 899941 gcgtgtttga ggccctcagc gatgcctttg atgagtttca aagcagtctt ctcgtcaacg 900001 ggcttcggat atcctcccag atccctgacc gtttttccat cgacgttaac accctcaacg 900061 aactccatct caaggtaggg aactggcagg atgtcaacgt catacaagcg aacgatgttc 900121 ggatggtcga gttgcaacca tgccgtgatt tctttgagga atgttttgct cgtcctctca 900181 tcaatgcgcg ggattttcag ggcgacgatc tttccgtctt tctttctcct ggccttgaat 900241 actttggcga agccaccttc gcctaggaat tcgaggggct cgtatttatc caagagctcg 900301 ggcgggaagc ccgggactgg gatttcttgg tgggcgtgct tcctcgctgg caccgccagt 900361 tcttcaggtc ttttatcctc tatcggtgcc ggctctggct tcggcttctc tctggatttt 900421 ccgcctctag ctttcgccat aacaccacct accaagagga gtccgattag tgctcctgcg 900481 atgtagattg ggttaaagtt tgaaccgcct gaggtttgag ctggagcagg agtttctgaa 900541 gtgaaggcgg gaggagttgt ggtagtagtt gttgtagtgg ttgatgtggt tgtgattcct 900601 gaggctgttg tggtgcttga ggttggtggg agtaggagta cgagggaagt actcaacgtt 900661 ttcttttctc ccgctgtgat ggtcacggtt ttcgtgtact ccttgtaacc atcctttttg 900721 atcttcactt catgctcgcc cggagaaagc ttgtaattcg ttagaggggt tgttccgacg 900781 taattaccat caatgtaaac atcagcccca gcgggttctg aggtaacgct caagaatcca 900841 taagctggtg tcagactcgg agaaagtgtc ttactctccc cgggcgagag ggttaccttg 900901 agcgtgtaat cctgataacc ctccttggag agttttattg agtaagttcc catcattaga 900961 tcaacagtca atggggtctt ccctttgtat gtttcgttta tataaatgct tgctcccggt 901021 ggatcagact taatagtcaa atgcgcgtag tttggagtca gagtaatgtt aagagtttta 901081 gtttcatttg gttggagcat gaaagtcgtg gtgtactcac cgtgatcttc cttcgatacc 901141 cttagattgt aggttccagg cttaatagtc agatggagtg gggttttacc tctatacgtt 901201 ccattgacat agacttctga tccagacgga actgagttta ttatcaagtg tgatggaaga 901261 ggcgttaatg taattgctaa gtttgtctct tcaccgggat gtattgttac atttgtcacg 901321 taactttcat aatttttcat cctgaggatt accgtatggg ctccggttga gagtttataa 901381 tggctaattg gtgttctacc aatgtattca tcattaatgt atacattcgc ccctggaggt 901441 tctgttgtaa tttttagata tccgaattct ggcgtgagta ctgctgttat cgtcttcttc 901501 tcacccgcgg agatggctac ctttgttgta tagtcataat agccattttt tgaaaacctt 901561 accgaataat ttccggggag aagggacaat gttaagggtg ttgtcccttt gtaatctccg 901621 tttaaataca cacttgctcc tgatggagtg gacttaaaag tcaatgtgcc aagagttgtt 901681 aagttcatat cgtcgacaag atagaatgta atccttgcaa ttgtactgtc gtcaatgccc 901741 acaaatactg aatctaatct catgtcaaat cctttaagag tactgttgta ggcgcgctct 901801 ccttcatgaa gtaagatatg ttcgttagtc ttttctgcga tattgtaaac ttctaccagt 901861 gctgtaactt tatccatatc catgtcaaca ttcagaagcg ttattaagta cagacctgaa 901921 ttgttcttaa ctattagacg tttttccccc aacatggagc cagacattct ctatttttaa 901981 ttgttgtaat gtcaccgaga tatttttcac gtctcccctg cttagggtca cgttgaccaa 902041 atattcccga tatccatctt taactatttt cacaaggtat ctaccgggat ctaaattcaa 902101 agttagtggg gtttttcctt tgtaagtccc gttgatatag acatttgatt caggaggagt 902161 ggaataaaca ttcaaggtcg ctctgagtcc tgcgcattgt gtttctatat gaggattcca 902221 tggagttggg taaacataga tgttttccgt taccttaatc gatggttgtg aaattgttgc 902281 ttcacttgtg cctattgtaa tcccgaggaa cgctgtctca acgttagacg ctttacaaac 902341 ttcacacccc ggtactccgc cactggacgg aagcttgaga acccaaacgt ctttgccacc 902401 agcgccgaag ctatcagtgt agcctgccac tattacgtcc ccgttatctg caacggcaac 902461 tgcataagcc tcctcctcgt cactcccgcc gtatgttttt tgccatttaa cattaccatt 902521 ctcatcaaga ctgaggatcc aaacgtcatc ataagcgccg aagctttcag tgtagcctgc 902581 tacaataatg tctccgtttg gtacgagagc aacagcgtta ctgccaacgt tttttgccca 902641 gatcacgttt ccgtttgcat caagtcgcac tgtgaaggag cctgtgatga tgatgtctcc 902701 gtttggcgcg agagcaaccg cgtgagcctc atcccgaccg ctcccgccgt aggttttttg 902761 ccatttcacg ttcccattct cgtccaagcg aagaacccaa aagtcataat agccagcgcc 902821 gaagctatca gtgtagcctg ccactattac gtccccgtta tctgcaacgg caaccgcgaa 902881 agccttctcc caatagctcc cgccgtaagt cttctgccac ttcacgtttc cctggccatc 902941 aagcctgaga acccaaacgt ctttccagtc agcgccgaag ctttccgtat aacctgcgac 903001 aataacgtcc ccgttctctg caacggcaac cgcattagcc acatcattgg agcctccgcc 903061 gtaggtcttc tgccatttca cgttcccatt agcatcaagc ctgagaaccc aaacgtcact 903121 ttttccagcg ccgaagctgg aagttcctcc agccactatg atatccccgt tgtcagctat 903181 tgcaaccgcg ttaccataat catctttatt ccctccgtaa gtttttgccc attctacttc 903241 tccttctggc gaaaacttca tgacgaggac atctttacct ccagctccgg ttgaatctgt 903301 ggaacccaca gcgataatgc ttccatccgg cagaacctta acgtcattga taacctcatc 903361 accgctaccg ccatagctct taacccagta aacctgactc ccatcggcct caatcccggg 903421 ggcactgacc cccaacaggg caaccgcgat cagcaggatc agcgcaactg ggagtttcct 903481 catactacca ccccactgac tactgtcata gaggataata aagcaaaaac gaaaatgctc 903541 attcctccga attttccgga tttgcggtct cggcagtagt ctgcccgggg tttaagaggg 903601 agtctatctc tctgataatc gcctccttga gttcactata ttctctccgt ttctcttcga 903661 tggcgtgaat atgagtcagg acttcttcct taatgcgctg aagttcactt ctgttcttct 903721 ttctgtactc cctgtttgcc gactccagga gggattcaag cgctttcctg ttctcctcgg 903781 cttcctcggg aatgaggccg ttgagggctg cgttcacagt tgtcacaatg cttccatata 903841 gcctcctgag gcgctgtctc ctcacgagga gtgccacgag ggttatcagc aacagcagaa 903901 caatcccagc cgcaccgtag aggatgtagt tgttaatcga tgggaacgga tcctcctcat 903961 ttagaatacc gtccccgtca acgtctctgg ctttctctgc cgcgttaagt gcgaacgact 904021 ttgcgctctc aaagtccccg ttcctcagtt tttcaactgc ctcattcagg agattttccg 904081 cttcggaggg atcaagccct aaggattttg cggagtcgat ggccttcctt gcctggtcaa 904141 tgtcagccag tacctcattg cacttgtttt ctctctcgtt gagggtgttc ccagcgttct 904201 ggagctctcc tcttgacgcg gtgaagttcc ccgctttgag atactcaagg gccttgttaa 904261 ggctctcctc gatgtctgaa acgggacagc ccttcttctt catgtcttct gtctcggaga 904321 ggacgctttc tatgtctttc tttagagagg tgccttcctc tctgcactga tcgatcgcac 904381 caagggcctc caccgcaagg ttgagagcct ccctgtactc atccttattg aagcgctccc 904441 tcgccagtct taacgtggag tttccatatg gacatccgat cccctcgttc tggagggatg 904501 tgaggtttgc ggtaaccttg ttgatgacat tctccgagta agttttctcg acttctttga 904561 ggtctcccag tatcgagagt gcggagttcc ttgcctttag tgcgttggtt gtggcatggg 904621 gatacttccc ttcgctgtac agggttcttg ctgaatctag cactgacatc gccagctgaa 904681 gtttgttttt ctcctcgtcc acggggaagc cgagcttctc gagcgttgac agggtttttg 904741 acacgttttc tatggtctca ttggcaagtt tgatttcatt ttcagcctcg attctgtagt 904801 tctctaccgt cttattggcc atgctcagcg cctgcgtggc cagggtagag gcctccaggt 904861 acaggccacc cctaagcttc tcgacggcct cgtttaggac gttctttgcg tttccaacgt 904921 cgagtccgtg cttcaccgcc caggttatgg tctcatttgc ctcagctatt ctgttaaggg 904981 cttcttccct gtacgactgg agcttatcgt tgagtgatga gaccacagcc tcggccttcg 905041 tcctcgcgct ttcggccttt gttatggcgt cggtgtacct gccagcgttg tagagatcca 905101 cggccgtgct gagcatttct ctggccttat tgagcttgtc ctcgtacgtt ttggtatcaa 905161 tgccggcgtc ctcagctgag gtaatcaggc cttcagcttt gacgattgac tggttcgcag 905221 cgtttattga ctctgtggcc tgagtccgga cttgggcgag tgtgttcaaa cagctttcct 905281 tggctttctg ggcgtactcc tttgcctgct tgtattcgcc gttgttaagg gcctccttcg 905341 cttggttcag gagcgactgg gcctcggaga catctatccc cttctcaacg gtttcgttta 905401 ttgtggtctc agcgtcctta attacagcct cagcctccgc cttcatagcc gcgagtttgg 905461 cttgttcagc cagttcttgg gcctttgtat agtctccgct gttgagggct tccctcgcct 905521 ggttcaggag gtcctcggca taggttgtgt tcgcccccgc gtccttggcc atttttatta 905581 tttctgttgc attctctatg gcgactgagg cgttgtatct cttaaggagg ttcattgccg 905641 cattctctgc gtttctcgcg atctcctcag ccgtcggata atatcctcct gtatagttct 905701 caagggcctt tgatagaagt gactctgcca tcgacgtgtt aagaccgagg gttctggctt 905761 ggtttatagt ttcgttggcg tcttcaattg cgctccacgc gtcctctttc gcttgggaga 905821 tggcttcctg ggttaagtta taggcctggt ctgcgtgttc cttcgcggca gagtacagtc 905881 ctgaagaata ctcacttttt gcgatgttca gcatattctc ggcgtcactc acgtttattc 905941 cgtgatttac ggcgtagttt atgaggttct ccgcctgctg gattgcattt tcggcgtctg 906001 ctttcatctg gatctcttcg atcgggttca tgtaatacac tttgtccgca cctatgacga 906061 cgtttccggt ttccctggcg agggtcatgt cccatactct tgaaccgaga gaattggccc 906121 agattacgtt tccttctgaa tcaaaaagga caacgagtcc acgctgcgtt ccggcgatgg 906181 catattttcc atccggagtc agcagcacct tggtaacgcc gccattattg agatttttct 906241 cccacagcag ctttccaccc ttgcttaact tataaacatg tccgttccag ttccccgcaa 906301 aaacctcgtt tccgttagag gttatcgcca ccgttccaac gtcgttcccg gtatagtatg 906361 tccagagaag gcctccagac ttcgtgaaca gatacacgta gtccgaatac gagcccacgg 906421 ctatgtactc tgcattggcc gagagggcga tgtccctgac ctcgcccggt agcacacgtg 906481 accacaggag ggttccgtct gtccccaaga ggtagagctt tccgtcctgc gttccagcag 906541 ctatgtagtt acctgatatc tccacgtcga gaacgcccgc attcgagggg ataccaccgc 906601 tcgacggata cctccacagt agctctcccg ttctaccgtc aaacacgtat accgaagcat 906661 cacgggagcc cacgactacg taccttccat cgtccgacac cgcaacgctc cacacttccc 906721 acttggtggt gcccatccag aggagctccc cgttcctgtt gaaggcgtag acgttgtgat 906781 ccaccgaacc ggcgacgacc atcgacccgt cgggcgtgat ggcgacatca cttattgtgt 906841 cctcggccct aaagctccac agagccgatc cgttgccctc gagaaggtaa acatcgtttc 906901 ccgagcccac cacgacgtac tttccgtcag gggtagtgtc gacggtcgaa actgatgagg 906961 gactcggcca ctgccaggat acgtttccgc taccttcatg gatcgcggag gatggggtga 907021 gcgtaaccgt tacctcggtc gttttatcgg cttccacagt tatcttggtt atgtaggtta 907081 cgtagcctct ctttgcgatc ccgagcgagt acacacccgg tgaaacaggg tatccatcta 907141 tcggcgtgtc cccgatgtaa gttccgttga ggtaaaccgc cgccccggag ggggttgtgt 907201 ggacagcaag gtagcccggt tttagcgtta gatcgacgtt aagggttctg ttctctccgg 907261 gattcagcgt tattgttgtg ctgtactcgg tgtaaccctc cttgctgacc cggattgagt 907321 atttgcccgg gaagaggcta agggttaggg gggtttcacc cctgtatgag ccgttgatgt 907381 agacttttgc tccggaggga ttggagttta ccgtcaaact caccggtaag ggctggagga 907441 cggcgttaac tgtaactttt cccccgggtg acacttccac ggtttgagta tactcttcat 907501 acccgaattt ggtgagcttt accgtgtaca ctcccgcgtt tattttgtag ttctggaggg 907561 gtgtctgccc gacccacgtc ccgttaatgt agacatcggc ccctgaggga gtggagtaaa 907621 cgtccagagt gcccggtaag ggcgttaacg ttgccgatac gaccgtggtt ttgtccgcct 907681 cgatggttac ggttgtggag tagtcctcgt agccgtcttt cctgaggagg agctggtact 907741 tgcctattga gagttcaagg ttctcgatgg gtgttaaacc ggcgtaggtt ccgtttatat 907801 aaacctctgc tcctgacgga tcggttttta ccgtcaggta accgtgggct acggtcaggt 907861 caacggagat cgtcctggtc tcgtttggct ggagggtaat cgttgtggtg tagtcatcgt 907921 aaccttcctt gctgaccctc aaactgtaag ttccgggctg gagggttagc gtcagggggg 907981 ttacgccccg gtaagtgccg ttaatgtaga cccccgcccc ggagggattt gagttaatcg 908041 ttaaatgtgc cgggaggggg gttagtttga tgtttaaggt tttgttttcc ccgggtgaga 908101 gggttatcgt cgtcgtgtaa tccttgtaat cctccttgga gagctttatc gtgtatgttc 908161 cggccattaa atcaagagtc aaaggtgttt cacccttgta agttccattg atgtaaacgc 908221 ttgcccccga gggatcggat ttaatggtta agtgcgatat tgtgggtgtt aaattcacgc 908281 tgagtgccgt tttccctccg ggttttatcg ttacagttgt tttataatcc gtgtagtttt 908341 cttttttgag cgttacctcg taggttccca ctgacaggtt tgtggtgagg ggagttgttc 908401 cggcgtaggt tccgttgatg taaacctctg ctccagaggg gtttgtagtg acgctaaggg 908461 ttccgatgga gatgtactgg gtctccacgg tgagatccac tgatccggga ctggcataag 908521 tagtttgcac gttcgcgttg gtgtcctgga cagtcgcgct ggagtcgctc acctgaacgt 908581 ttggggtgct gatgcttgcg tttgagttac tacagaggtc acagtagagt aggtttccgt 908641 ctggtggaag gcgaagaacc caaacgtcat aactaccagc gccgaagctg tcagtcctgc 908701 ctgccactat aacgtccccg ttgtccgcaa tggcaaccgc ggtagcctca tcccagtcac 908761 ttcccccgta tgttttttgc cattttacgt ttccattttt gtcaatatta agggcccaaa 908821 agtcggtata cccgttacca aagctggtag ttccgcccgt aacaatgata tctcctgtgg 908881 aagtcaggtg gataccgttt gcgtagtcat agttgcttcc gccataggtt ttttgccatt 908941 ttatactgcc gttttcatcc aagtagagaa cccagagatc atctttacca acgccgaagc 909001 tataactcca tgcggcgatg atcaaatctc ccgtgtctgt gactgccaca tcctgaggtc 909061 tctcccattg acttccccca taagtcttct gccacaacac attcccggag ctgtccagct 909121 tgagaaccca gacatctccc cctccagcgc caaagctggt agtatctcca ataaggtatg 909181 tgtatccatc tggggaaccg gctactataa ctctgccata atctaaccca ttagtagagc 909241 tgtcggaact gcttccacca tagcttttct gccaaaggat atcaccatcc gagttcaatt 909301 ttagcatcca taggtcgttg tccccggcac catagctgtt tgttactcct gcaaccaaga 909361 tatctcctga cgacaataca tagacgtcct tagcaacttc atcattgctt cccccatagg 909421 tcttctgcca tcttatgccc ccgttctcat ccaagcgtag gagccagatg tctttacctc 909481 cagccccgga actgttggtg tagcctgcca ctataatgtc accgtttgga gcaacggcaa 909541 ccgcgtatgc ctcttcggat ccgctgcttc cataggtctt tgcccatatt attttaccat 909601 cagacgaaag cctcattacg aggacgtcat ttcctccagc tccacttgac tttgtgtatc 909661 ccacggcaat aatgcttccg tctggcaggg tcttaacatc gtttatgaca tcttcattac 909721 tcccaccgta gctcctaacc cagtacggag gctttttgac cttgagttcc tctccgactg 909781 ttgcgatggg gtctttgggg gcgtatttgc ggacgaagat ccagtctgcg tagaatggct 909841 tatttgggtc ttcgttgtct gtccatatca taatgtactt gaatgtcgtg aattctccat 909901 cttgagcact ctggcaccag ttatctacac agtatttgat aatgccttcc ttattaattg 909961 ctagttttag aattctccaa ttttccaaat ttggtgagcc ttccccctct tttagattaa 910021 cataacttcc gtcacctttg aattttgtta ttgtccatgt tccatctgga tatggagaac 910081 tctctcctaa atatccattg aatggatgac ctccatcatc aaaaccatca ctgaacactc 910141 ccaaaccctc ttggtcattc ctgtaatact gtagaggttg tatccctctc atctctatta 910201 taaatggaac tgtgaggtct actggggcgt ataatatatt gttttttgta ttgtcagttt 910261 ctgaaatttt cacgactgag tctccgtcat acgttgtcac agttgctttt gcataactag 910321 ttttccactt gttcttggtt agggtaatga agtcgtcaaa gaactcaaac accttgtccc 910381 catcacttct gctctgggcg tttggattcc cgtagtagag cctcagctta acttctccat 910441 tagcgggaat ccttgggatt atcgtccaga tctttgccct ctttgccgtc aagttccact 910501 cctcaatcca ataaggcaaa aagttgccgt tctcgtcaac gattctgatg tcgctaccgt 910561 ctggtttggc tttagaaaag tcgaagttag tggaatcgag ttcgattaaa acctggaagt 910621 tctctaaagt ctcgcccgac tgctctttta tagtaacttc acggtagtac ttccacaggg 910681 aaaggtcctc aggagtgagg tactcaacaa ccttgccaac accctgctcg tacagagcct 910741 taacttcccc ctcacttaaa gcacggttgt agatgcggac ttcgtcaagt aaacctttga 910801 gttgttggct ggagtcccag catcctccaa cgcagtcttg atcatttcct atccacagtc 910861 catcctcggc tattttaatc ccgtctccgg aaccctcgtc gctctggttt acgaggtttc 910921 cattaatgta aattttggag gatgttggag ttactacaac agtcaccatc ttccaattgt 910981 catcgttaat gggtggagag tacattatgg atttgccatg gatatggaat ttgattctac 911041 ccatgtattc ttcgtacatg ggatcagagg ggacagtgcc catgaatatt agaaattcat 911101 tatcccagtc ataatttgct cctgtgagaa tgccttgaac cccatttgtt gttttgatcc 911161 agaagtttac ggttacatat tttaatccgt ccagatctgc gtgtgggagt ttaatcctgt 911221 ccccgtattc ttgaaactca aacgccttcc cgataactcc atcaatgcac tctggattcc 911281 cgtagatagt cccatcgtgc ccgttaccgc tatcgtcccg agcgtcacag tggtcaaagg 911341 agtagtacgc aaccaggcca cgattgagat caatctgatc ctgctggaaa gagctcggtg 911401 ttaggagggg ggaactccct atctcgctgg ctccctctat ctgtcccgcc catccgccaa 911461 tgcggatgta gtctcccgaa atgttgccga cgatgtatat agcggttgct tcgctggggt 911521 tgtcggccct gtcggagaaa cggtatatgt ggcctcccgg taacgtcccc acgtagtcga 911581 tagttccgtt tattccatag tctttgtata tttttacgtc gctctcggcg tagaatacga 911641 gctcgtgatt tacagtatga gttcccacgg ggtaaatgaa gccgaagagc gttgagttct 911701 cggctggctt caccgccgtt gcgctcattg cgtacctcgg tgcatcgttt ccccaggggt 911761 ctttgtagta gtatgtcctg aacacaaaaa ccgcggagtc cgagagggag agcacctccg 911821 gatcagttgg gaggctctcg ttcttgacga tctgaccgtt cgagttaacc accacgtagt 911881 actcgttgac ttctacggcg tttgcatcag ttgcgtactc cttctcggaa cagggtatca 911941 ggaactttcc ggtcatcggg ggcatcagcg gaaatgcgta cgttctgctg cggtcgtccg 912001 cgtctccata ggccgctacc gcgaccacag gttcatcgga ggttatcacg acggtctggg 912061 gcgttgtgaa gtttctaatc atgacatcac cgaactttac attacccgca tactctccgt 912121 ttatgtagac agtagcatcc tgagaaaatg gagtgatgta cagccatctt acattagctc 912181 cgagcagtct ggttcctggc attggtacag agtattcgag gccgccatct tcatagtctc 912241 caaagtctgc agagaggtaa tagaattcca cctggatcgg cttgtttgaa tacagagcaa 912301 tgggatccct atcccagtat atcttcttga aatccgatga aacatccgga aagtccccta 912361 tgtaaaccct ctctccagcc gtgagctgaa cttcggtatc agagtcatct agaccattga 912421 aatttccgtc aattataata acagtatctg gatcagtggc gtatacaacg atcccactcc 912481 cataccagct cggtccccac agcgatttca gatgaaccag aggaaacacg tacttgtact 912541 tgtagtcaac cgtccctgcg gagacgagtc cactctggtt ctgggttgga gggatcaagc 912601 ttgagatcag taacacaacc catatcacca caaggtactt cctcatgttc atctcctccc 912661 attcaggtgt tggttatgct catcaatata accgattgaa aataatgaga acataggatt 912721 ccaaaaacct ttcgttcgtg ttttaggata tctcaataca tacgggaatc gttcagttga 912781 ctttacggct ctgttttgga catttgatat ttccggatgt tgcctcattg tcgttccctc 912841 ctgatttcca gacttacggc aaaatttgga taatgatcaa cgtatattgc atagtcaatg 912901 gttttgacgc cgctgttaga atttccaaag attaggtagt acgttcccgg gttgagaaag 912961 tttgatatgt ggtaaacacc gctggtggcc cttttctcga tgaaataagc ccttgcagtg 913021 cctccttcct tccaaacttt gaactcgtac tcgctgaaga agtatacctc aactgttcct 913081 gcctcccgta tgctcagatg aagattaacg ttggtatcat ccggccattc catgggaatc 913141 ttgctggcga ggtatttgta ggactttact accacggtat cccccagtag atacttctgt 913201 ttgggcagta ctcccccgaa cacaaagtaa tattccccct tttggaggtg aactctataa 913261 cttccatcct ttgcgttcca aatgatccac gaaaagttga caagacttgg attgaagaca 913321 tgtttttccc agttcattag ttccttggag ggtattatgc ctatatacct gaaagaagtg 913381 ttctcaatgt tgaaactgga cttgattgtt ataattatag tggaatccga atcaagataa 913441 aattccttgt gagtttgtcc tacggattca aagagagttt ttagaatagg ggtatcgctt 913501 ggtgtacttg gtgtccatcc atgatcactc ttggtgttac ccaagcatcc actcgcagag 913561 agtatgacta acagaactac cataatagag atcatatcct tacccctcac aagcatcacc 913621 ctaatttgtt aaaaagataa aatcaccccc caaactcctc cgcccacttc tcatatcttt 913681 caatgtcctt ccgcgtcagc gggctcttga tcttcttgaa cgcctcctca aagtccctca 913741 tctcaagcgg tctcgtccgc agcgagcgcc tcctgagctt ctcgtagggc agttccgcca 913801 gcttgtggag gtccgggttc tcctcgcgaa tcatgttcca caccgcctcc tggcagaggt 913861 tcttgatgtc cctgcccgag taaagccttc tgacgctctc ctccgctatt gcatcgaggt 913921 cgagcctgct tatgtccagc ccgcgcgtgt tgattttgat gatctccttc gtggccttct 913981 tgtcgggtaa aggcacgtag atcctcctcg ggaacctcga caggacggcc tcgtccaggt 914041 cccagggagt attcgtggcg gctaaggtta ggacaagaat atcgctcttc ttgtcctgaa 914101 agccgtcgag ttcggtgaga agggtagaga gcatcctcct gctcgcctcg ctctgctcac 914161 cggagcgctt ggtcgttagg gcgtctatct catccatgaa gactatgctc ggggccctct 914221 cgcgggcgac ctcgtagagg gctgttatta tcttggtgga ctcaccgaag tacttgctca 914281 gcacgttgct ggccttgacg ctgaagaagg tcgcgttcaa acttcctgcg gcggcgctcg 914341 caagaagagt cttaccagtt cccggcgggc cgaagagcag aatacccttc cagggctgga 914401 tggactgggg cctctgcagg gccgagatga cgactgtctc cattatgagc ctcttcacct 914461 cctccagccc accgatgtcg ctccacttca ccttcgactt ggcaatgagg ttctccacgt 914521 agcgcttgaa ctggtctccc tcgtctgcgc ccgcttcgct tcctcccctg ccactctttc 914581 caccctcctt tatcggtttc tgcttccttt tgacgccgta gtgaccctcc tcgacttcct 914641 tcgctatggc ctcccacttc ttcgccttct tcaggtagct ctcgcggttg aactcgtcgt 914701 actttgagag ctgcttcagt atccttgcgc actcaagggc cttctttttg gcggtctcct 914761 tatcgccctt ctttattgcc tcctcaaact ccttcttggc cttcctaaag gccgacatca 914821 ggggtccgga cagatcgacg ggcatctcaa acacctccta acggatcagc tttctgctca 914881 tcacaacaac gaaaaacgcc atcaggaacg ctcctatgaa ggcttcgctc ccggccagca 914941 gtctgtagcc ggggagcggc gtcacgtctc cgtacccgac tgtggtgaag gtcaccacgc 915001 tgaagtaaag gcactccacc atcgatgagc tccccaccgc cccggttatc cagtacagga 915061 acgagtagag cgcgatgatg aacaccgtgg agacgaagat tctccaggga ctttccccgt 915121 agttcgacgt gagacggtag agcacgtttg ccagccatct gagcttgccc tctatgaaaa 915181 tcagccacct ctttcccgtt ctggaggaga ggggaacgaa atcccgaacc tcctccgggt 915241 cgggggagag atgggccacc ctctggagct ttccgcgaac cctccactcc ccaacggaat 915301 atgcactcgc cttgtcgtag agtccgcccc gcctgaaggc ctccttcagc acaaggtaaa 915361 ccgacaaggc ctttttgtag gatgcaatgg cctcccctaa gttgccctcc cccaccagcc 915421 tgtcaccttc cctctcctca acggcttcaa cgtcgatgag ggcgttttcg aggtttctga 915481 cgttcttcag ggaagcccca tagagcctcg cccccctcag gtccgtaccc agaacgttgg 915541 tctcgtcgag aatcgccccg tacaggtcaa cccccctgag gttcgccctg atcaggttgg 915601 tgcccctgag atccgcgagt gataggttgg ccccctccag aacggccgcc gagaggtcgg 915661 cgtccctcaa atccgcccgg gtgaagtccg cttcccgggc actcgcaccg ctcaaatccg 915721 ccccaacgag ggacgcccag ctgaggtctg cgttgtcgag tgtcgcatcg ctcaggtcgg 915781 cccaccgaag gtttgcaccg ctgagcctgg cacccctgag gttcgcctcg ctgaggtagg 915841 cctcctccag gtcttcatct tccagcatcg ctccctcgaa gtcctttccc ccctccggga 915901 ggtggaagat gcagtagggc agatcaccca cggcctctct cgggcattcc ttcaccgagt 915961 gggagtattc ataggcgcac ctcaacgtta cacctcccca aaccccaggc tcaccttgtg 916021 tgctattacc tcggccttcg ctaagagctc ctcaccggcg aagctcaggc cttcctcaag 916081 tctgagctta atctgctccg ccaagctttc cacgtccttt gtgagctctc cgcgcgcgta 916141 gaacttcagg tcgcttgcgt acttgtatgc ctccttgagg tcccccatct tgaggaacat 916201 cagcatcagc ttgcccgcgt agaaggccgc cctcggggcg tcgtttacgg ttattgagcg 916261 cttcagctct ctcttatagc gcacgccgag ataggtagcc agctcgaact gaagctccgc 916321 aacgctctgg tagcgctcct ccatgtcctt ccgcaggcag gtgaggatta tgtgctcgac 916381 gtcctttgcc tcggggttga gctcgcccgg cggaatcggc tcgtcggtgg ctatccttga 916441 gacgacctca atcaggtcgt ctccttcgaa gggaagcctt ccagtgacga gctggtagaa 916501 gatgacaccg agctgccaga tgtcgctcct gtggtcgggc tttccgaaac gccttgaagt 916561 ctgctcggga gaggcgtaga agggcgtgaa gctggctaaa gtcgttgaat gggtttccgt 916621 cattaccttg ctcagtcccc agtcggagat ttttggcgtg ccatttttga ggagaatgtt 916681 tgagggcttc aggtcgcggt ggattatgcc ctttgaatgc gcgtacttca ggccttccgc 916741 tatgttgaag acgatgtatg aggcaacctc aacgggtaaa ggcttgggga gcttttcgag 916801 cgaggattcg cagtactcca tctcaaggaa gggaatcggg aggatgttcg catcgtacag 916861 gcggacgatg ttcggatgct tgaggtggag ccagttggtt atttccctga ggaaggcttt 916921 gccagtgttc tcgtcgaggc tgagcgggat ttttactgcc acaactttgc cgtccttgcg 916981 tttggcctta tacacgcgag cgaagccacc tttgcctatc agctcgacgt cggcgtattt 917041 gtatgccagc tggggcggga aatctgctgg gagctgaact ccagcggggg agggtgttgg 917101 agttggggtt actggctggg gtgttggtgg tgttgctgga gtttgaggca tggcgtaggc 917161 ctgagccgtc ctctcggcga cttcgaccgg gattaccttc tcggtctcaa gctcgatgcc 917221 gtcggctatg gctttgattt tgacgcggaa atcgaagctc ccggcgtact tcggtgttat 917281 cacgaggctc tttgagacct tctggccctt cttcagctcg gggaattcga ggtttgtggt 917341 ttcaaggtca aggaagtcgt tggagcttaa atcgagggag agtttgaggg agttcgtgaa 917401 gtcgtttttg gctgtgagct taatgattga gtcggcgcct tcgacgagct ggggaatgtt 917461 gaaggagatg gagttctgga tgttttgttt tatttctgga ttaaagtaat actgaacctc 917521 tggggttatt tttagtgatt tgactgtcgc ttttgagttc ataaccacta agggagcttt 917581 ttctgtgcgc cactcctttc gtttcttctt aaagattaag ccttcctcca cttcaacctg 917641 gtattttctc acaccgctca gaacttcgca gtgagtgtta tgaacctcag cgttagtgtc 917701 cattacttgg gcgtttgaat cattgcagaa gtcacagcca ggcaggtttc cgtctggtgg 917761 aaggcggaga agccaaatat tctcaccagt gccagtgctg taagtcctgc ctgcaacgat 917821 aatgtcctca ttgggagtta ttgcaaccgc attggcctta tcatcatcac ctttactgaa 917881 tgttttttgc catttcacgt ttccattctt atcaagcctc agaacccaaa cattaggcac 917941 gccagcactg aattcccaag tccaagtagc gacaacaata cttccatctg gtaaagtggt 918001 aatgctaact ttgtcacttg gatcctcact atcacctttg taggatttct gccatttaat 918061 gtttccattt gaatccaatt taagaatcca cggcagtact agtttttcat tctcttcctc 918121 caaagtgact cggcccccaa ctacaatgtc tccattcggt agaacgctaa cggaataaaa 918181 tcctgcccat tcttgaggca ctttgtatac cttctgccat tttacgttgc cgtgcttatc 918241 aagacacaag agccaagctc catcaaagct ggaagtgtgg cctgccacga tgatgtcacc 918301 gtttggagca acggcaaccg cgttagcctc atcgtcgtcg ctcccaccgt acattttctg 918361 ccacttaaca ttaccctggc tatctaaccg aagaacccaa acgtttgaag taaatcccca 918421 ccgtttaatt tctccaactc caaagcttct ggtttcacct gcaacgataa tatctccatt 918481 ctctgcaatt gcaacggcat tggcgtaatc atgatcagga cccccataag ttttctgcca 918541 cttcactttg ccattagaat caagcctgag aacccaaaca tcttcacctc cagcaccaaa 918601 gctgtcagta tcacccacta caataatgtc cccatttgac gcaatcttaa catctttgaa 918661 tctatcccat ttatattctt ttttacttcc agtatcgtat actttgaacc acttcacatt 918721 cccgtccctg tccagtcggg cgacgaaacc gtcgtccttg tcgtctttct ccacataccc 918781 agccacaata atatccccgt tcttatcaac cgcaacggct ttagcaacgc ccggcccgta 918841 cgtcttggcc cagtacggca tcagaccacc tcctataaag gggtcatttt ggcccgttta 918901 tgaccccttt atgactcgtt tgaccccttt aggatatacc taacactcct tccagtttct 918961 cctattttct taaatatccc agcatcaacc agttctttca aatcccgctt ggcagtctcc 919021 tttgaaaccc caaacatctc cctgtactcc ctgttcgtta tgcttccctt ctccttgacg 919081 tagagaacgg ctttaacctg cctctcgttc agtccgagct ccctcagtct ctcctcggtc 919141 agccagtccc tgtagaaaac cacctgaaag ccgccgaagg cctccttaaa ttccggtctc 919201 ggcagtttgg catcctcaaa tgccctcaga atcctcagcg tcccgcttcc ccacttctca 919261 acgtatcccg ctaagtggaa aacctcggcg ataagcctgt tcctcggctt cgatgggtgc 919321 tcgcggtaga ggtcttcctc ggtcagaccg accggaagac cacccgggtt ccagaagatt 919381 atcctgtcgt cgagaacctt tatctgcacc tcctcgggca tcctgtagtc cttgtgcatc 919441 accgcgttta ccaccgcttc cctcacggcc tcaagcgggt agtcccagac ctcttccctc 919501 accagcccct ttatcacgta cctcctgctc atgtgcttct ttattgcatt caccgctccc 919561 tcgacctgct cgaagaggtt tccttcaacg ttaaccgaat caagaatttc actgccctta 919621 aatctcccaa ccctgacctt cgcctgcggg aagaactcct gagggtcttt gccgaagagc 919681 agtatcaggg ctctcgtaac ctttccgttc ctaatcagcc tgagcttttt gagaaccttt 919741 agaatccaaa cattccagcc attaactccg aagctgttag tccagcctgc cacgataatg 919801 tccccgttcg gagctatagc gaccgtgaaa gcccaatcac tgccacttcc actgtaagtc 919861 ttctgccaga taacattgcc attggaatct agcttgagga tccaaacatc tttaccatca 919921 gaactgaagc tttcagtgta gcctgctact atgatatctc cgtttgacgc taaagcaacc 919981 gcattagccc gctcaaattt ggcatcttta gagcctccgt aagttttctg ccacttaata 920041 ttaccactac tgtctaatct tagaacccag attcttgatt tgatgtcctt ccatccagat 920101 acaaaactcc aagtagttcc tacaataact atatccccat tcggggcaac cttcacatca 920161 ttgaaccgat ctcctttacc cccaccaaga atcctaaccc acttcacgtt cccttccctg 920221 tcaagcctcg caaccagccc gcttgatttg gcgtcctttc cctttgactc aatgctcccg 920281 gcaattacta tgtcgccatt cggcatcagg gcaacagcgt tagcttcagc ttccattcct 920341 ttaaactcat acctttttat ccagtacttc ttatcagacg tttccgaaat tgtaacgggc 920401 ttcattcttt cacccccgaa cgtttctggg tagaagattc ccgctctaag actacctcgt 920461 gaagaacaat ctctagctcc ctaatgaatt caggactgat ttggagatct tctcttatgt 920521 agattttcag gtaatcaatc agagcttcca tcttggttct atggattgtt gtgtaaaggt 920581 gtagtttctg tagggtttta acaagctcca tttttttgtt cgctttggct tcaagaatgg 920641 ccatctcaac gagcaaggtt atatcttgat gatctacatg gtaattttga gaattgcctt 920701 ttggttgtat tacatcccga gtttgggaca aatgtccaat aactagtctt cttttttgat 920761 atctctccaa cgtcaagatt acttttgagt tcaactcaga tttatccctc cattcaatta 920821 cctgtttctc agagattccg ggaaatgctg gctcaatacg ggtgaggata ttcccaacac 920881 tctcccccac tggcatatac acacatgcga ttatggtttt tcccagtctc ttggcgtatt 920941 tgtattcttc tctggtccat tttcttgttt cagcacctgg agtgtatagt aggatgaagt 921001 atttgatatg aggtagaaca tagttgaaaa ttatgtcctt ccagtgttcc ccaggaagga 921061 tattgtggtg tgccaagaat gctttccatc cattgtctct caacgccttt ttgagctctt 921121 ctgcataatc taaacccgtt ctcgtgtagt agctgaggaa tatctcgaag tctttctcca 921181 ttcattcacc ccctaaccag cctttccaaa tcatccaaat ccatcatctc tccagttttg 921241 ccatcaatcc tcttggcgat gagcagaaac ctctttttgc cctcaaagcg ctccgccttt 921301 tccttcagct cttcaagaat cctcttggcc tccttcctct tcagctcact ccacttcacc 921361 tcagcgaaga gcagaccatc atcaagctcc gccacagtat ccacctcttt gcccttgtgc 921421 caccatcttg cgacccttct ctgctcgagg tcaattattt tctggcggag catctcccgt 921481 ataagtctct caaacatcct cccgtagtag gcgttgagct cccgctcaat cttcgcccag 921541 acctcatcaa gcaagccgag ctccaaatca gctaagttgg gatacacgaa gcggaaccag 921601 aagttgaaga agttgtcctt gatgtagtag cgccccctct tcctcttccc gtatgggagc 921661 tcgtaactaa ctatgtcgag cctctcaagg acgtcaaggt atttggaaag gttccccctg 921721 tcaagaccgg taaagctcac gagctccccg agcgtttcgt aaccgagggc aagtcccttg 921781 agaatcagct tgtaaaccct cggctccctc agctgctccc gcaggagaaa ctcgggctcc 921841 tcgtagagga cttcgccctt cctcagaacc ttctccctta tggcatcttc aaccctcaaa 921901 tctttcacga ggtcgaggta gaatggaacg ccgccgaaga ccgcatagac ctttacgagc 921961 tcctccatgc tcccctcggg aagcatctca gctatgcctc ttatgtcaaa gggctcaacc 922021 ttccactgcc ctgttcttct cccgtagagc ggactcttgt actccatgac ccgctccatc 922081 aatcctattg aagaaccaca gagcacgaga aatatctctg tatccttaag gtgctcatcc 922141 caaacctttt ggagaacgct caaaattccc ggttcaaggc tcatcaaata ttgaaactcg 922201 tccagaacga cggcgatcct ctggtttttt atttcatccc caagataaag gaagagcctt 922261 ccaaagtctt taacctccct gaagtatcct cttccggtca gctccccgaa cttatcggca 922321 agtcctttaa cgttctcgcc cattgaatcg gcggtggcga ggaagtaaac gcccttctta 922381 ccctccagaa actccttgag gagcatcgtc ttacctaccc ttctgcgccc gtagattatt 922441 atcagctgtg caccattttc cccccacttc ctttcgagga actcaagctc ccgcttcctg 922501 ttcacgaaca cggtatcacc acacaaaatg atgttgccaa agtataatac tttccctaca 922561 gcattttatc ctcaaccaga accaccccca gtctttctgc gaccttctgg gccttttccg 922621 tgaagcccga gcgggagaac ataaccataa ccggttccct gaactctgcc ctcgccttcc 922681 tggcgaacct ctccacgtcc ttcgctccaa cgggtctgtt cctccacttt atttcgagga 922741 cgtaggtctt cccgccaaag gcaacgccgt cgaattcaac gtcgcccctc ctgtagggct 922801 cgaacttcac tccaaagcgt ttcccgagct cttccctgac catgaactcg gccgcctttc 922861 cgagttccgt cttggctttg aggtacttct cctcaagctc cgccaccagc tccttgagca 922921 gcttctccct cctcagctca agctcggtta tgccgaggta cgtttttgcg agccagaagc 922981 gcatgagctt atcggtgaag tagtagcggt tgttctcctt cgttatcaag tccgttctca 923041 ggaggaactt catgtagttt gaaatctccc cgctcggctt tccaagcctc ttcgatatct 923101 ccgagagggt gagcccttcc tccctggcga gtatgagcag tatctccctg tggacggctc 923161 ccttgtatgc cctggagagc gactcgttga agacgtagtc gaggtggctg tagatgtcgc 923221 cgctctcgct cagcagctcg gtgaggaatg ccgtataaac cttcctgctc ccagccctct 923281 caaacccctc ctccgcgagc cgcctgcaga ccgccgagat gtagaagggg ttcccacctg 923341 taagccggtg tatcagctca agggcggcat tgctcgcctt aacatcgccc agcatcgcct 923401 ttgccagttc gattgaatcc tccttcggca gaccgccaag gtagagccgc ctgaactgtc 923461 cgaaaaaggg cttctccggc gagagtatct cctccatcat cctcacggcg gagcccgaga 923521 taacgtaggc aatcgccctc tgcttttcga cggtggagcg catgatttca aggaagtttg 923581 agaacctcac ggtatcctga aactcgtcga ggataaagat ggcttttaaa tcgagctttt 923641 tgaggatttc ctcctgcagt tcgaagagct cgccgactga acccctcttt accgccgcca 923701 cttcctcctc aaccccgagc ttcgccccga gaacgagcag gccgtcccag tccaccagcc 923761 tgctcctttc gacgttaact cccttctttt tcgccgcttc gtaaagcaac tcccgtaggt 923821 aggcaaactt aaacgattca acgcttccag tcctctggac gttgaggtag gggattatac 923881 atccagtttt gccttcgtgg atttccttga acttcaggag cagttcggtc ttgcctatcc 923941 ttctcggccc tatcaccgct atgttgagct tctcccccct cattagggat ttcagcacac 924001 cctccagtac tcccagctcc tttctcctgt ccacgaacat atcaaccacc tttgcattat 924061 tgttttatgc attacacttt tatgcattgc tgttttatgc tctaccaatc tcatgcacga 924121 gcacctccgc gcgctcaacg agctcctctg gaaccggcag tccctccctg agccggactt 924181 ccagctcttc aatgagcctt tcgagttctt tcctcgcatc tcctcttgcg taccttttca 924241 tatcgatggc atatttgagg gcctcctttg tgtcgccgag cttcatgtgg aggatgagaa 924301 gctgaccggc gtagtaggcc gaacgcgaga aatcaacgct cttcctgagt tcctcgcggt 924361 atctgccgcc gagcagattg gctagatccc tctgaagctc cttaaccgac tggtagcgct 924421 cctccttcct ctttgcaagg cacttcatta tcacaggttc gaggggcttt gaatcgggat 924481 taagctcgct cggcggcgtc ggttcgtcca ttactatctt cccggctatc tcgacgaagt 924541 cctcaccctc aaagggaacc ttccccgtga cgagttcgta catgagaacg ccgagctgcc 924601 agatatcggt tctctcgtcg gtttttccaa agcgggacgg gcttatctgc tccggagcgg 924661 cgtaaagggg tgtgaaggac gtcgttgtgg aaccgctctc cgttaaaact ttgctcagtc 924721 cccaatcgga gatttttggg gtcccgttct tgataaggat gtttgagggc ttcaaatcgc 924781 ggtggattat ctcccttgaa tgggcatact taagaccatc gcagatacca aaggcaattt 924841 ccgcgacctt ctcccagtgg aggggcttct tcaacccagc gagggagccc tcgcagtatt 924901 ccatctcaag gtacggaacc gggactatgt tggcgtcgta gagttcaacg atgttcctgt 924961 gcttaagtcc gctccaaacg gccacctcac gcagaaacgt ccgacctgcc tgctcggtta 925021 ggtaatgggg aattttgagg gccacgattt tgccgtcctt tcttttggcc ctgtaaaccc 925081 tcgcgaagcc tcccgcccct atgggctcaa cctccgtgta gcgggagaag aggagtcgga 925141 ggtttggaac accgtagtcc tctcctttgt cctcctcggt tatcgggact tcgtaagctt 925201 tttcctccct gctttttctt cccttaacct ccatcacaac tggaacctta accctcgtgc 925261 ttccggatct cacctcgaga ttcaccgtga gcgttccccc gctccttggg gtgaacctga 925321 cgaacgagta ctccatctct cccggcccca gcgagaacct cagcctggcc ggagaaacct 925381 cgccgtacct gttgaagcgt tcgaggttga tctcaacctc catcagccga gaggagctgt 925441 ttctaaaacc caccttgagc ttcccctcgt ttccggccct gagctcgcgg gcctcgaata 925501 tcagacccct ccttagcagg gtcgggaggg caatggaagt gagaacgtcc ccaactcggg 925561 gaaagccgga tctctcaagc tcccggacga cctcgcggat aagcggcatg aatatgaaga 925621 tcgagatgag taaaccaaat cctccaagga ggtacacgag gaaaactgag acgatgaggc 925681 ggccgaggaa gtcctctccg agactttttt ttcgtggcat agcacttcct ccatcaacgg 925741 caaatatgca aaaaaagaaa attgatggta tcagccgttt ataccctcat ttcttgagtt 925801 ttggatgctt gtagagcacg actgtgatgt tgtccgtgct accgaagctg taagcctttt 925861 caatcagtgc gtcaacggcc tcttccagcg atggggaagc taggacggtc ttcgctatct 925921 cttcgtctgt taatgcatcg ctgagaccat ctgaacacag gagaaggtaa tccccctcct 925981 tcagctggat cgtttttata tcctctgggt caatttttat ttctggggat attcctaggg 926041 ctttcgttaa gatgttcttc tgggggtgta ccctggcctc ggcttcagtg atctctcctc 926101 tatccactag ctcttggacg aaggaatgat ctttggtcaa ccttttgatc atgccatctc 926161 tgatgaggta tgttctgctg tcaccgatat ttccaatcgt ggcgttgttt cctctgatga 926221 tcgcggcagt tagcgttgtt cccatgttgt acctctccgg gtggtcgggg tcgtggccca 926281 tcagataaat ctcgtcgttg gcctttttga ttgcctctct cagtatcttt tctggatcct 926341 ctgccttatc acgctccaga gttttctcca agatctcaat ggcctttctg ctggcgacct 926401 ccccggcaag gtgaccgccc atcccatccg ctaccgcaag aaggatgttg cctccaattt 926461 tcttggcggt gtaatagtct tcgttgttgt cccttctccc tatgtagctc ttggtggcta 926521 cgtgccgctt gaattcgtcg tctctcagat tgaacgttgt ttcatagggc tcgataatcg 926581 agttcaattt gatggccaat gtactgaact tgtcctgtaa cctaactgga tccacgtagt 926641 ttttcctttt aaggctggtt gcggccctcg aataaatctg ttgcatctca gttagcaggt 926701 tccttactgt tggggagtcc gagatcccta ggcgttttac ttttttctct aaatcgctta 926761 gaatttctct catgattttt acagcttctt ccgcagcctt tattctggtt ctctcttgtt 926821 tcttttgctt gtaatcgtag tatatccccg gcaaaaacca tatcgccgca aggagcgcaa 926881 ggatccccag tatgcctaaa agtaccttct tcaagattga tccccagttg gttccccccg 926941 agctcttgga ggatgttgtc gaccccgtca tgttcccggt tgttgagttc gttgtcgttg 927001 agttcgtggg cggttttggg gttgtagccg tagtagttgt agtggttgtt gtggtcgtcg 927061 tgcttcccgg tgacggtaca gaggggcttg agaagataat tttcagcaca ttatcgagtc 927121 ctcctgtaac ggaggagtag tttttatccg ttatggcctg tgatagccgt tgtagttcgt 927181 tcttgattgt ctggttctct gttttattgg cgaggttgcg taagtaatcc tccaagctct 927241 cccagaaatt atctaacatc cgctggctta aggttaagtt gccattcctc attccctggc 927301 tggcgtttgt aatggtatct tccaaggcgg tcagatcgag tgtgagattg ctctcgtatt 927361 ttttgagaat tgaaatggtt gtattggctg agtctagatc tttctttagc gagacacatt 927421 gctcaatttt atccttggtc tcgttaatcg tctttatcct gtcgattact gagctccagt 927481 cgtggctttt catgacttct ttgatgtcaa ttccgggaat gagcttgatg tagggacaga 927541 atgactgtac cttgcgtaca tcggcgttga catcctttat cttttcattg ataaactcga 927601 gtaaccgtct ctgccctgtg gatacctcat tgaaagcttt ggttacgttt cctggatctc 927661 cggacttgat gcgtttatca acctcattta gcagatcctt gaacccctta ctctcgttct 927721 ccggcagaag ccaggaactt gcgtttaata cattccttat gaaagtttcc ttggttttta 927781 taattctaat cttgttgact ctttgaatgc aggaatccaa ttcattttta attttcggga 927841 tctctgactt gatcaaggcg agctgtttca gtgtctcgtt gaccgcagtg gcattgtgga 927901 actctccggg taaactttca agtttttctg tctcgttgtt gatcttatct ataacccttg 927961 agcattccgt ggaataattc gatgccctct ctttgaggcc tgagaggctt tcgttgagtt 928021 ctcctacttt tgaatttatg atgctggtta tgttatgcca aaccgcggaa attgtctcat 928081 tggcacaggt aaggtttccc tcgtctaaga atatcttggc ctggcgagtt tcgttttgaa 928141 gcttttcaat ttcggtcatg ttgaatccaa gtaaagatga atagtttccg agcagtatta 928201 ggctctggtt tgcctccgag atgctttgat tcacgtccag aacagcgttt ccaggggggg 928261 tggggactgc agttgccggc gcgatgggca gtagactgga gataatcaaa aagatgaaaa 928321 actgtgccca attccgttta aacgctttcg ggtctttttt cagcaccctc aacacctcca 928381 tttcataccc acctcttgag tatcagctta gcttccttta gggtctcctc tgaaggcttg 928441 gcccccattt ctgccatcgt cttcaactgc tccatcaggt ttttgatcga gggatcaccc 928501 gtctcaaggt gtaactcttc cagatctctc actatctcgg cgaattcctc tgtgacgttc 928561 attacagacc cttcaatcac tgttgtaagt ctgagaagaa cgttctcggc gataatcctg 928621 gcgcgctctc tcgtccccag acttgctttt atcctcactc ccatccggat gagaacgtcc 928681 tttatgtcat tctggagctc tttaacagtt tgatagcgtt tttctggatc cttttcgagc 928741 attttcatga caatatcatc aaagggaagt gccttgggat tgtgatggga tgggggagca 928801 ggattctcgg tgagtatctt gtgcatgatc gtaccttcat agtcagcgct gaacggatga 928861 atcccggtca ggagttcgta gaagactatg cccagctgga aaatatcgct tcttgcgtcc 928921 agattttctg gattgactat ttgctcgggg gatgagtaga gtatcgtctt gtgtctgaca 928981 agagaggact ttctcgtggc ccgggaggca agtctcgcga gtccccagtc acccagcttt 929041 acccgctcaa tggagccaaa gaacagcatg ttgcttggct ttatatccct gtggattatg 929101 ccgttagagt gggcatggtg cagggccctg ctgacctcga atattacctt acccgcgact 929161 atcggttcca agggcttccg cacatcgtct atgttaccac tcgcgagttc catttcaagg 929221 tagcccagtc tcgggtcggc cctgtatacc ttgacaatgt tctcgtggtt gagtttctgt 929281 gctgccgcga actcacgcat aaacgatgaa gttgattcct tgtcgagata cttcaacacc 929341 ttgagggcta tcttctgacc tctcgggttc ttggcttcgt agacgtagga gaacgccccc 929401 tcaccgatga gccgggtgat cacgtacttc tctttgatct gctccaggcg ggtctcgaag 929461 tttatggaat gatcgaagaa ctcctcctcg atggtttctt ccgttatctt gaagctctct 929521 ttgcttggaa tacgtagttt ccagccttta ggagcttcac cgctgtacag aagttcctca 929581 attccacgga ggttctcatt gcatgccttt aggagctcac cgatcatgcc gacttcttct 929641 tcaagctggt attttttggc ggtgttgagt agattctcaa gtatctgctt ggccttttca 929701 aaggctttct tggctgaata ccagttttcc tccttgaact tcgatgcggc gtcggtcatg 929761 aggtcaacaa caccttgaag ctggaggcgg attatcttct tgtgtgccgt tagaattgca 929821 tcaaacctgt cgtcctccat ggggacttct gccttttcaa gttctttgag ggcatcccag 929881 agctccttct ccgtctttgc atcctttatc tttttgaata tcattctgaa gttggctatg 929941 ttacggagat ttctcgttgt ttcaagagtg ttccggagtt ttctggccct ttcaccgtct 930001 tcctcttctc taatgtatac aatttcaatt gcttctgagt atctatttat tgcttcatca 930061 aattttgcga tcgcgtcttt gaacttcttc gatctgagca gtttttcacc atcgtgcctt 930121 aacttcaggg cattgctgag tatgaactcc ggatccggag caacgtggta gaaagcctcc 930181 ttggcgagtt taagcgcgcg ttccgtgtca tcaagctgga gggcggcttt tatatcctct 930241 aaatatcttt tcgaggtctc cgggtcggaa cctggaaggt caagccgcat gtagcgggct 930301 attctgggga ggtatttctc cacctcttta agctgtccca aacttgccat tcacatcccc 930361 tccatcaaaa atcacccttc acggtcttta ccccccatcg atgctcccgc tccaggggag 930421 gagcccatgg tgagtatgtt ggtgatctgg ttaataacct cttcctttgt tgtactgtat 930481 ttggaatata tctcctttac cgtggaggca tattgggaaa tttcctcccg aatccgggat 930541 agtttttctc tgttaccttt cttgtatgca tcgtcgagct cagcccggag ttcctgcagt 930601 tttactagaa tgtccctagt ttcatctatg aaggaggatt tttcggcctc ctcaatgagg 930661 tttatagatt cgagatagct ggcttttaaa gctcgcctct ggttgaactt caacccaatt 930721 ccaccgattc cgagaagtag cagtactatt gctatcaatg ggaaccccga gtggaagggt 930781 ataattccgc cgtatgctcg ggcagagggc tcgtccgtac ttgagggagt tggagtggag 930841 ctttccatgc tccgagttaa gctctcactg gtactctcgg atttggttct ctgaacaggg 930901 atcaagttaa atttgagggt ggtttcctct ccccctttaa tggacacgct gtactcctta 930961 tcttggtatc catccatcct cagtactatc gtgtgagttc ccactggcat tctgtacttc 931021 tcaaggggag ttcttccaac attttggccg tctatgataa cggttgctcc ggagggatcc 931081 gagtttatag tcacgtatcc gaactctgga accagtatgg ccgacaggtt tacaactcca 931141 ttgggaccta gtacaacgac tttggagtag ttcctgtaac cttccttgga cacctcaacg 931201 aggtacttac ccggtgccag tctgaggctc aggggagtcg tggcaatgta tgagccgttt 931261 acgtaaacat ccgcattggg agtatcagat ttaacgttca gaagcccctc ctcaggtatg 931321 agagtcacgt taagggtttt cttttgaccg ggcttaagcg ttactgtgat gctgtacccc 931381 tcgtagtttt ctttctcaac tttgatgctg tgctctccgg aggagaggtt gtgattctca 931441 atgggggtag tcccaacgta tgaaccgtct atgtacacct ttgcctccgc gggggaggat 931501 acaatggtca gagaagcagg aaggggcgtt agcgttgcgg agatcgtcct tttgtcacct 931561 ccattcaggc taacgcttgt tttgtacggt ttataccctt ccagagccac ttccacggag 931621 taagtcccgg gtgacaagtt cagggagagc ggggtctttc ccctgtttac gctgtttatg 931681 tataccctag ctccagaagg ttccgactca atggttagag ttgcatgctc gggaacaagt 931741 gccctattaa tcttcgtggt ttcctcgggg tttatcagaa cgccaacttc ctgtgaaatg 931801 tatccgtcct tggacagctt caccacgtga tgtccgattg aaagctggta gttttctatg 931861 ggtgttgttc ctatgtactt gccatccacg tagaccttag ctcctgaggg ggaggtatga 931921 accgtgaggt agccctgtgc agaggtcaat gttgctgaga tcattctgtg ctcacccggg 931981 gagagggtta cggtcgtagt atattctcgg tacccatctt tcgatatacg aatggaatac 932041 tttccgggtg gtagtactag gcctacaggt gtggtgccgc gatatgttcc gttaacataa 932101 accttcgcgc cggaaggatt agaagtcacc gtcaggctcg ctgacgtttc gctggtggta 932161 ctcttctcat ttccaactat agccacggga tctttggggg cgtatttgcg gacgaagatc 932221 cagtctatgt agaatggttc tccgccatat acatatatct ttgaaaaacc ggagtactca 932281 ttatcattaa ctgtccctga agcaattact tggtatgact ctggatcaag aatcttaaag 932341 tttaatttgc cgtagttcca agagatctct gctaagtacc acttactcca aagttctggc 932401 gaatctgcaa gtatctcttg cactgtttta actttcgaat tgagggaaag tttgtcccat 932461 aggagagcat cccatgcatg tgagaatgct attccataac cttcataatt ttcgtttagg 932521 agtccaatcc tatctgcgtc accacattca atataatcac ggtatatttt tgctaccaat 932581 attgtgggat agtttagggt tctcccaatg tctttgtagc caccatttat tccacaatat 932641 ccctcttttt gcttttttaa gacagaaaat ccaaatttag atatgtccca cttaacactt 932701 ccattttcat aatccagcca ccctgaccac actgtaaagt cgtcaaagaa ctcaaacact 932761 ttctccccat cgcttctgct ctgggcgttt ggattcccgt agtagagtct cagcttaacc 932821 tctccattcg ctgggatttt tggaattata gtccagatct ttgctctttt cgccgttaaa 932881 ttccactctt caatccagta gggcagaaag ttgtcactct cgtcaacgat tctgacgtca 932941 ctaccgtctg gcttagcctt ggagaagtca aagttgctgg agttgagttc aatcgaaacc 933001 tggaagtttt cgagtgtttg tcctgactgc tcttttatag taacttcacg gtagtacttc 933061 cacagggaaa ggtcctcagg agtgaggtac tcaacaacct tgccaacacc ctgctcgtac 933121 agagccttaa cctcctcctc gctcagggca cggttataga tgcggacttc atcaaagtct 933181 ccataattat attcgtttcc ccctgatggg ttgtatccaa tgtaaatatc agagggtgtt 933241 gttagctttt cagtcagctt ggctgtgcca atttgctttc cattaacata aaatgtaacg 933301 ttttgaccgt catatgttgc tgtgacaaag taccatgtcc cagttttgaa agtgtattcc 933361 tccggaactc ttacaaaacc ccgatatggc acatagtcat agatttgaat cctctctcct 933421 gaactaaata tctcaagtcc ccatccacca tcgtagttct tgttgtaaaa atcaatgagt 933481 ccaaaatgta cgtcattcca ccattcattg atgcgaataa gcatagaaat cgtgaactca 933541 cttagatcgt ctaattcatt tgatggagtt atacgtacat acgagcctcc atcgaactca 933601 aacgccttcc ccagaactcc atcgatgcac tttgggttcc cgtaaatctc gccatcgtgc 933661 ccgttgccac tgtcgtcacg agcgtcacag tggtcaaagg agtagtaagc caccaagccg 933721 cgggagaggt caacggttcc ggagcttgaa ggttctgaag gctcggatgt tacctcaaaa 933781 actcttatgt tatcaaagac aaccttggtg tttgcatgtc ccgccgtcag gactattgcg 933841 ttaatattct cggtatcgct gtgctccacg ggtatatcat cagcaacgag cttcccatct 933901 atgtaaacat cgtatgtgtt tgtttttctg tttaaaatga cttttacatg ataccacctt 933961 ttaggctccc aagaggttag ttggtgttcc tctccctctg agtatgcgta ggcgattcca 934021 ttgtgtctaa atattacatc cgcgtagtat ctgccccacg agtccaaacc accattccag 934081 aaggcaactc tgataacact ggtcttatcc ccaccgcagc cctcagttcc gtagctctca 934141 gcccatacgt cagcttcgaa accaattacc tccgcgtcgg aattaaactt atgctctgaa 934201 actgccgccc aacaaccttg tgccgagagc atttgaaacg ccttagagcc tgacttcacg 934261 ggatttgaaa ctattttctg gtattcttcc cccgccccat cgtagtccag gatccagttt 934321 gaggaaggat aacttcccaa agagtaactt tcaaagtcgt caaagaagat tgttttctct 934381 gaattaccag cgtttacaaa gtccgtctgt attccgagca ttgaggtaat caggagcaac 934441 aaccaaacta ccacgataat ttttctcatg ctcccaccac caactccgaa gatgtttagc 934501 tgatttaata gggcttattt caaatctccc cttcaagaga aataaagatc aaagctcctc 934561 aagccactcc ccctcttttt tcttctcgcg ctcctctccc gttaccttct ccgccgcgat 934621 ctcgggctca agttcacctt ccttgaccgc atggatggtc ctcatgatct cggccagctc 934681 ctcgtcctcc tcgaattcca ctccggctcc gatcgtctgg tctgtcatgc cgagcatttg 934741 gttgaggttc tcgttgaagt tctgggcatc gagctgcatc tccgcgaggt gcctttcaag 934801 ttcctccggc gacatgttcc tgagcaaatc ccaggtcggc gttcccttaa ggagggcctc 934861 gttctccttg attatcgcga ggttgctgac cagcatgagc tgcttgttga gctgcatgtg 934921 cgtcttctgg aggttctgtt tgcgtttgtt gagggtcttg atcttcgtcg ctatcgtgag 934981 ttcctcgctc ttggttctgg ctttctttgc ctgttcgaaa agccgggcta tctccctgtc 935041 aatacttgca atttcgttct caatcttctg tatctggact tcaagcttta tcctgctctc 935101 gttgagcttg ttgaggggta tgtcgagggg gttctttctc ccgaaaaatc ttgagaagaa 935161 gctcatagct cctcctcctc ggtatctttg tcgagcgaga caactttttc cgcgacctcc 935221 tcaacgtcgg cttctcccgc ctcgacctgg ctccaggcct tcatgagctc cctctcggtc 935281 tcgtcttcgc cctcctcgaa ctccgctatc tccatctcga agaccctgtt gagtccctcc 935341 accatctcgt cgaactcctt gccgtcgagg tttatcttta tcagcgcctg ctcaagctgc 935401 tcgggttcca ccttgctgag cttctcccat agcccgacct tcctgagttc cttctcgtac 935461 tttttgacaa tgatgaggtt cttcacgagg gtatactgct tctgggccat ggtgaagtcc 935521 ttgagcttga gcttctgctc catgtcgagg ctctttatct cctgggcgag catcttcttc 935581 ttgagcttgt ccgccccgat gccctcctga aagagctgct tctttttctt ctcgatctgg 935641 ttgaggtcct tcttaagcct ctcaagcctg ttcttcagtc ttatctcctc ggcctgaagt 935701 tccctgaggg aaagcttttc aactgtgttc ttccttccga atatgtcccg gattcccatt 935761 tcaaacacct ccatgagcgt tagggcggaa aaacgaaagc ttcacccggc gaggagttcc 935821 ctccttgcgg ccctttcgag gggctcgaag tcgaggtact cttcaacagt tctctcgacg 935881 aagttcagcc tcctctcctc gtccctgctc aggatcacct ctcctctgct cacaaccctg 935941 taccggaagg cgggcggcgc gtcgttcagt atcctgacgt ccacttcctt tccaactaac 936001 ctttcgagct caacggagag ggaaagctcg tattcgagcg ggttcccaac tccctccacg 936061 taaaccgcca cgtcaacgtc ccttggatgt tcagtttcga ggatgctgcc gtggaggtag 936121 gcaaagacca cctccgggtg cttttcgagt gccttcttga gcttctcctt aatttcactg 936181 acgtttaaca tattccccca ccgccctcac gaactcctca aggtctctcg tgtctttttt 936241 cattatctcg aagacgagct catcgtctat ccgccagtac ctgtggacaa gcacgttcct 936301 gaaccttgcc atccttgcga gcctttcggc gagatccttt tccacgactc caagctccgc 936361 aagtgttttg aagcaatccg cgtagctctt tggaactctg cccattctga ccgatatgtg 936421 attgcagact gagaaggcac cttctatggc ggttatcagc agatacttgg ccgcgttcct 936481 cagcaggctg tttgagagga actcttcctt tccagcacgg actatctcac cgagctccac 936541 gagggcccct tttatctcgg cgagccttct ttcgacgagt tcccggtcta tctccacgcc 936601 cttcacctca gaggaacccc tccttcacga ggacgtagcc gacaccctcg atgaacttcg 936661 tgaggtagcc cttctcgttc ctgagctcat gaaaggccct ctttaccaga tcctcggcga 936721 agtgctcaac cgcttcttcg agccttacgt agcccctctc cagaatcctg ccttcgagaa 936781 actccttaac ccgggcgaga agctcttcgt ccctctcaag gcgaagcatc ggctcaaagg 936841 ccctcgcgta ctcatcgtgc gggttgtaga tcagctcccc gctctcaagg tcgagcaaag 936901 ctaaggagac gttctcggat atgaagttcc tgtggaactc gttcgagttg atgtagttcg 936961 ttatcctcct ctcgaagccc gtaggggatg caacgaggag gacgatgcgg ccgttcttcg 937021 cttctctctt cgcgtccacg aggagtgcgt tgatatcggc cagctcgagc ggatcggtgt 937081 cgaagccgac atcggcgtag cgctcgggcc ttccgtaaaa gcgtgccctg acgattattt 937141 cctccttctt gccgaggagc ttcttctccc tcagcctgac aacaacttcg gtgttgtccg 937201 ggaggttctt gatgtccctc tcgctcagct ttccttcgta gcgctccttg tcgaaggtcg 937261 ccctctcctc aacggcctcg actttgaacg tcctcccgag gagcttaacc tcgtccttga 937321 acttggcaag cattctgccc gcgaagttca tctccatcat cttggcctcg tcaaccttca 937381 caaagcgcga gcccttctcg acctttccag ctagctccat tacttctctg atccgtctcg 937441 aaatctcgtc ttccttcgcc ttcagttcga gctccttcct gcggagctcc atctctttct 937501 gtctgagttc gagctccttc cggtgtatct cctcctccat cgcccttacg cttgctgtca 937561 tctcctcctg catcctgctg agctcttcct ccagcattct cctcgcttcc tcgtccttca 937621 ttctgctgat ctcctcgatg agccttgcct tctcctcttc gaactgtctt ctgagttctt 937681 ctttctccct cttcagcctc tcgatctctt cgtctctggc cgttctgagt cttctctcaa 937741 gctcctccct ctcccgttcg aagttcctcc gcatctcttc catctgtttc ctcaggttct 937801 ccacctgatg cctgtaggcc ttttcaacgg cctccgtcct ctcgtcttcc atcagaaggt 937861 agtccctcat ccagtcaaag cgggcgatcg cctcactgag ggccgcgttc accttgccct 937921 tgtaggagtc ccattttgtc ttgaggaagc ccctgagggc gagctttacc gtcggatcct 937981 tgaggaagtc atctatccac ttatccacgc cccggtagta gtccctcaga aggttcagga 938041 tgttggtgtc cctgtgcatt atcatcctca tgacgtcgtc cttggtgtag atctcgaaga 938101 cgttgtagct gaggaccctc tcgagggcct caagttcccg atcgctgtac ctcctgctgg 938161 ccggctggta aagctcgccg ttctgtttaa agctccaggc gagtattgcc agggccccct 938221 cgaacttggc gcggaaatgg gcgtccaggt cccttaggaa cccgccgcac tccccatcaa 938281 ggtagcggtc gtagttctcc tttatctgcc tccagagcct ttccctcctc tcaaagtctt 938341 ccgccgccac gtcgaggcct tccttgagga cacgctctgc cggacggagc agttccttaa 938401 cgcagtccgt tcttccttcg tcgaacagcc ccatctcaac cacctgcgaa cagtttcatc 938461 tcctcatcta tcctatccgc cagaagatca acaacctccc cataaccttc gatttcgaaa 938521 aacacaaagg ttcgcccccc atttctgacc ctgagccgta ttgtccccct tccttttctg 938581 gtgtagacgc tgtaggtttt ctcttccccg ctcgattcca cctgggttgc gttcatcttg 938641 gagagcaggt agtctatgaa gcgctcaacg acctttgcct cctcgtcgat ggtgtattcg 938701 agccttcttc tcctcgcctt cacggtcttt cttacctccc tcgcctcgta gacctcgact 938761 ttctcctcgg cgttcccttc gagccttgag aagagctcct caaggaaccc ctgggcatcg 938821 tcagtttcga ggtagaaaac catgcccctc ggcttcttga cggttgctct ggatgaccat 938881 ttgtcgagga ggtaatcgat gcgcttcctc tcggcgtcgt tatcgtacgc gacaaagagg 938941 atatatccca tacgcaccac tgccatttat ttgtcgttta tcctatttaa acttttctcc 939001 atttcggaga tattaagttg tgggattttg gcactacatt taaatttggg caatgccctc 939061 tactcatgac gagccggtgg gattgctgga tgttatggca tcaaaggata aatggttttt 939121 gctcctcacc ggttggatca gtcctctccg ggcattttaa cacgaaatct agcggagatg 939181 ttcaatagtg tacacaagat cccgactaaa aatccggcgg gaacgttgcg agtttaactg 939241 gactcaagaa actcaaaaag taaaaacggc tcagggcttc tcaaagccga ccctgaccct 939301 gtggactatt atctcggcct tctcaacgag ctcgggcggt atttcgaggc cctcctccag 939361 cctgaacttg atctgatccg cgagcctccg aacctcatcc ttcagctcgc ccccaacgta 939421 gaacgctaaa tcgcttgcgt acttgtaggc ctctccggcg ttgttggtct tcaggttgat 939481 gaggagtagc tccgtcaggt agtaggccgc cctcctcctg tctccgaggg tcttgctctt 939541 cctcaggccc tctgagtaag tcatgttgag aaccctcgcg aggtcgcgct ggagctcctc 939601 aaccgactgg tagcgctcct ccttcctctt cgccagcatc ttcattatta tcggctcaac 939661 ctccttggcc tcggggttaa tctggcccgg cggaaccgga tcgtccctga gaatgcccat 939721 cataacctga ctgagcgagc cctcgaaggg gagccttccg gtgacgagct cgtagaagat 939781 gacgccgagc tgccagatgt cagtcctctc gtccgtgtgg ccgaacttct tgtcgatctg 939841 ctccggggcg gcgtagaagg gggtaaagct cgttgtcgtc gtcgcgctca tgctctcctc 939901 gagaaccttg ctcagccccc aatcgctgat ctttggtaaa ccgttcttca ggagaacgtt 939961 gctcggctta aggtcacggt gaacgatctt cttggagtgt gcgtacttca ggccttcggc 940021 gatgttgaag acgatcagcg aagcttcatc caccggcagg ggcttccgga gttttgcgag 940081 agaactttcg cagtactcca tctcaaggta cgggactggc aggacgttaa cgtcgtagag 940141 ctcgacgatg ttcgggtgct ttaagtggag ccagttggtt atctcgcgca cgaaagccct 940201 tccaatggca ggatcgaggg tcttcgggat cttgagggcg atgactctgc cgtccttcct 940261 ctttgctttg taaaccctcg cgaagccgcc ctctccaatg tactggaagt cggagtagag 940321 ctcctggaga gcctcgaccg ggttgaggat gggcgtgctc gttaacggcg ttggggttct 940381 cgcggaaacc ctggcggtcc tgctcaccct caccgggaag gtgtgggaga gcgagccctt 940441 ctccgactcg accttcaccg tgaagtcgaa gtcaccgagg aacctgggct taacggtcac 940501 gctctcgcct atcgtcttgc cgggccttat cctcgggaac tccacccttt cctcgctcag 940561 ctcgaagtag tcggtgttct cgctcaggtc aactgttaag cccagcggat cagagaactt 940621 gttggttact attatcgaga cctcgttctc ggccttgtgg agcatctcct cgggaacggt 940681 gatcctgacg ctctccctga ggagttcgag cttcctcttc tcttcgagct ttgagaggcg 940741 ctcccttatg gcctcttctc cctcgcctat tgcctgcgct atctcaagcg cctcggtgta 940801 gagtttctgg gccctcgtga ggtcgttctc ttcgagggcc ccgtccccct gcgagacgag 940861 gttgtccatg cgcgtccgga gggagtcgag gagcgactcc acctcctccg cccttccgag 940921 ggccggggca aggaccatcg cctcgttgat gaccgagaca gcctcgccgt aggatctcct 940981 ctcgatgagc tctttcgcct tgcttatgag ttctgaaagc ttttcaaggt ttctggcgat 941041 ctctttctgg gctttcaccc tgtcaattct ctccctgacc tctttctcct ttccgaggag 941101 ttcggctagg ggcatggcct tcaggtaggt ggagacggcc cggtcgtact gtccgcttga 941161 ggccagtgcg tccccctcct caaggaactt ggagatcaca gagttcaccg cgttgttgag 941221 ctcctccctg agggagggat gggagttcgc tatccggagg gctttcctgt actttccttt 941281 tgcctcccca accctgccct gggcggctag gctctcgatt ttggctgtta tctctttgag 941341 ttggttttcg agcttgagga tgaggttttc ttcgatcctg cgggcgcgct tctccattcc 941401 cgctctgctc agtgcctttt tgagccggtt aaggttttct aacgcctcct ccggcctttc 941461 tccagccatt gcgaggagga gtccctcggc ctcgtcgagg gtacttgtga ggttcgccct 941521 gatctctgcc tctttttcgg gcgaggtctt tccggccatc gggagggctt ccgcgagggc 941581 tatggccttt tcaattgggt cgagggtttc cgccccggtg aggagtcttt cgaggtcgtt 941641 ttccttcggc gctggtttct ggggttttgg ttttccgcct ttggctttag cggcgatgcc 941701 tccaacgagg aggaggccga tgacggcggc gatgtagagg gggttaattc cactgctggc 941761 tttcttgtaa tattgagtct ttacctccgc atttgtgtcc tggatctgag cgttggtgtc 941821 atgtatttct gcgttggtat cgtggacttc tgcgttcgtt gattccactt gagcgtttgt 941881 attctcaacc tgggcgtttg aatcattgca gaactcacac cccggcaggt ttccatctga 941941 cggaagcctg agaacccaaa agtcatcatc accagcgccg aagctctcag tgtagccagc 942001 cactataacg tccccgttct ccgcaacggc aaccgcgtta gcctcctccc aataactccc 942061 gccgtaagtc ttctgccatt taacgttccc attctcgtcc aaacgaagaa cccaaacgtc 942121 tctactacca gcgccgaagc ttctcgtgta gcctgctact atcacgtccc cgttatcagc 942181 tatcgcaacc gcggtagcat aatcccgctc actcccgccg taagtcttct gccacttcac 942241 gttaccgttc tcgtcaagcc tgagaaccca agcgtcactt ttcccagcgc cgaagctcca 942301 agtgtagcct gcaactataa cgtccccatt ctcagctatc gcaaccgcat taccgccaac 942361 gttttttgcc cagatcacgt ttccacttgc atcaagtctc atagtgaaag aacctgtaac 942421 aataacgtcc ccgttctccg caacggcaac cgcggaagcc acatcataat ctttaccgcc 942481 ataactctta acccaccagg gcccgccatc gtccgcttta acggcgggag aacccactcc 942541 aaggaggccg ttaggagcag gatgataagg agcagcgacc ccttattcac agcacaccac 942601 ccggcctact acggcacttc atgataagag gttttcggcc cctccgtgat tctcccctgt 942661 gcatcctgcc gcaataaccg aatcatagtt ataccccacg ggtattatac ccgtcaggta 942721 taaaacgaaa acccgccgct ctttgttgcc ggtcgagaac cggcaagagt ttataaagtc 942781 ttgtcgaatg acaatcgcta cttatttata aacccttgcc gaacgacgtt ccgcaaggta 942841 tataaatcac ggggcgtacg tgatcccatg gttgaccttg aagagtacaa cccctggtgg 942901 gtgcacgagg aagacccaga cgtcgaggag tggagggact tagagtaccg ctacgtcccc 942961 tcgtggataa atgacctctc gctcgaaccc ttctcggtga acttcctcgt cgggccgagg 943021 agggtcggca aaacccttgg ggtgaagctc ctcataaaag agctcctccg tgagagggag 943081 aacccatacg aaatctttta cttcgactgc acgatgctcg acgaccagaa cgacctctcc 943141 gccgttctca gggagtacct gaagctcaga gacgccaagg ggataaaggg ctccctcata 943201 tttctcgacg aggttacctc ggtcaggaac tggtggaagg cgataataga cctgataaac 943261 aggagaaagc tcaggaacga cgtcgtcacc gttatgggct ccgtctccgt caacctcgac 943321 cgggcggttg gccgtttcgc ggggaggagg ggtaacggga gagtccttga ggtaatgccc 943381 ctcggcttca gggactacta taagctggtt acaggcgttg aggactactt cgacgggaaa 943441 ggccaggacg ccttcgaaag ctacctccag accggcggct acgccgctta cctgaacagg 943501 aggatcagaa agggggacat agtcggctcg ctaaaggccg acctgaggag cctggagaag 943561 gagaaagacc ccgagatagc gagggagata ctgggggcca tcatatccaa agcgcccagc 943621 ccgctctcgt accgcgagat cggtgaggaa gccggagtca acagggacac cgtgaggagc 943681 tacgtttccg ttctttcgga gctcaaagta ctcttagaaa ttcccttctc ccagtgggga 943741 aaggaagtcg tcccgaagaa gaacaggaag tttgccatca gggacccgct gatggcgagg 943801 gccttcgccg agtggagcag ggttaggatc gaggactcgg tgctctacga gtgggtcgtt 943861 caggagcacc tctaccggaa gttcagggag gtttattact ttagaactgg cgaatacgag 943921 atcgacgccg ttgttcctgg gatgagggtc gaggtaaagt ccgggaaaag gggcggcagg 943981 tatccaaagg acgtcatcgt gctcggcggg agagaggttc cccgcttcct ctacggcata 944041 gactacagcc ccgtcatcga gtacgagaac gtttgaggga acttacctcg cgtgaatctc 944101 cactatgtcc ccgtcttcca aaacgtgatc tgctccgacc ctctggccgg ggaacttgac 944161 gctcttgccc cagaccctcg catagcggaa gttcttggcg aagtccttgt gaatcctctc 944221 ggccaaatcc atgacggttg aacctttctt gagggcgacc ggaggataag ccggctcctc 944281 tccggggctc ttggtgaaga cgcggatgat tccggccaaa tcgtagagct cgtccttcag 944341 cttctcaagg tttatgccct tcttcgccga tatcgggatt atcttgaagc ggtcgccgta 944401 ggccttaacg agcctctcgt agttctccct actgccggga gcgtcgccct tgttggctat 944461 gattatcgcc ctcctccaga ctaggctctc gtctatggca tcggcgaact cttcaagcgt 944521 cacgggctcc ttgaccgtta tctccgccga gtgtatgcgc tcctcgcgga gcatcttcat 944581 gacttcctga atgtcgccct ttatgttctc ctgaccgttg atgacgattc cgcccatcgc 944641 tgtcctcttg atttcgaccc tcggcctcct cttgttgacc tttattcctg ccctctcgaa 944701 ctccctcagg agaacctcca tctgcctgat cggatcctgg gagaggtcaa cgactatcgc 944761 tatggcatcg gcgttcctta ccacgctcag gagctggggc cccattcctt tacccaaggc 944821 ggcgccctca acgagaccgg gaacctctac cagctgaatt tgaacgtcct tgtgatgcat 944881 cattccggga attggcttaa ccgttgtaaa agcatagtca gcaacgtcca catcgacgtt 944941 tgtgagggca cgaaggaggg agcttttgcc aacgttcggt aaaccggcaa ggactatctg 945001 cgccgcgccc tcctttctga cggccatcga gggcccgcca ccgctcttgc gcatctgcct 945061 ctgcttctca agctccttcc tgagctccgc taaccttcgc tttatctgga ggcggagctt 945121 ctcggttccc ttgtgctttg gaaccgttgc gtacatcttt tcgagggctc ggatcttctc 945181 gggaattgtc tttgcgttcc tgtattcctc ctcggcagcg aggtactccg ctgtcacgtt 945241 cgttggcatt ctatccctcc cgggattatg ggcgagggcg attttataaa agtatggcct 945301 tttgatgatc ggcaacttta tatatccttt cgaaaatttt ttaggggtgg ttcccatgcg 945361 cggtagaatg gatgagatag accggaagat actcatgatc ctgcagaaaa acagccgatc 945421 ctccctgagg gagatttcca aggaagttgg cctcgcggaa tcgaccgttt acgagagaat 945481 caagaagatg agggagaggg ggataatcag gcgctttacc gttcttctga atcctgaagc 945541 tctcggcctg ggaatgctcg ccttcgttct gataaagacg aaagcgggga tgtatgccaa 945601 ggttgcggaa gagctcagca agtaccccaa gatagtagag gtctacgaga ctaccggaga 945661 ttacgacatg atagttaaaa taagggccag ggacagcgat gagctcaacc gtttcctcga 945721 cgcgataggg gatatagagg gcgttgaatc gacccatacg atggtcgtct taaaggttca 945781 caaggagagc agcgagctgc caattgagga gcccacaatc ttttaaaccc ccggctggta 945841 atcactatcg ccgacagcgg ggggacaata cccctcgcac gggctcggtc tacccgcctc 945901 cgtgaggtgc tcgggttcga tgaacggagc gtgctcacgc cgagcccaca gggccgggag 945961 catccacccg tgcgagcggt gagctcgggc ctctgtgccc ggcccacact cagacaattt 946021 tcggggaaac tcctaaaaat tgaaatcttt ttcagtaact ttgtgccttt tctcaactct 946081 ttccacaaaa acccttaagt ccgtaagcct tttaagggcc atgaagtaaa aacttcatag 946141 aggtgaatgc atggttgcaa gggacgaggt ctacgagaag ctggaaggac tgctcaggag 946201 cctcggtttc aagaaaacgg agctcagggt gtacaagctt ctgctcgaga agaaaaggcc 946261 catgagaatc acggagatac agagggagtt gggtctcagc gagcgctcgg ttagggagca 946321 cgttctcaac ctttaccgga agggagttct taagagaact ctgatcgaac agggctggct 946381 cggctacgtt tacaccgccg cctccccgaa ggagctcata gaacgcataa aggagagcat 946441 aatacagagg ataaacgaaa tagagaagga gatttcggac taagtcccct ccacgatacc 946501 cgtctcaagg agtattccca cgagtctttc aagcctttca agcttctcct cgttgatatc 946561 gctgtactcc tccctgaggg ctttgtaagc cttttcctca ggtagtttct ccccgagcat 946621 caccagttcg tggagatggg ttatgaccct tctatcctca gttagcttct caaactcctc 946681 cgccagggag gtgtttctgc cccttatgaa ctccaccgag atcctgccgc gggcgctcca 946741 cttgagccac ggcttttcct caaagctgtg gccaagatca attccaagga acctcgaatc 946801 cctcgcgagt ccgttcatca cgagtctctc ggcaacctcg gtttcggtct ccatcgccag 946861 ctccccgagg tacttcattg catagcccct agaaacgcgt tgaaggtcgt ttttctctcc 946921 cctggccagg aagaggacag ctgagaggac accccgtccg attacatcca gtgtcgccct 946981 gcttaccttc tccgggctgt cctcactgga gtggtagaac ctgtccggcc acgttatggg 947041 catcacggcg gggacgccaa agaagttgaa gacatcgtgg tcgctcccca tttcgtaagg 947101 ataagccttc accgggagca aaggcatcgg agagcccgaa aagctctttc cgcccctcat 947161 gtttgccagg gaaagtgagg cctcgatgat gcccgacagg actgagaagt tcgagagggg 947221 agttctgacg accattaccg ttgagccgga gcggtccacg cttccgccga ccatatcgag 947281 gtttataacg gcgtagtaat cctccatcct cgcgtgttcc ttcacaaagg cctgggtgcc 947341 gtagtactca gggatccaga ggaaggcgaa gccaaagcgg aaggaaccgt tccagacgcg 947401 gctcagaacc ctcgcgagct ccattagcat tgcgctcccg gaggcgttgt cgttggcgcc 947461 cggccttgga tggcagatgt gggcggtgaa cagtatgtaa ggcggctctc ctatctcagc 947521 gtagagtatc ggaagggtct ccctttccct cacctctacc tcaacccgga acttaacctt 947581 tggagacttc ccggagaggt gctttcgtat cgcctcctct gcccacgtct cagggacggc 947641 cagggctgga atccgggccc atttgagatc gtccttcgag aggaacaggc ctatgtacgg 947701 aaccgcgctt ccggttcccc tcctgtaggc gaggaacgca gctgcaccgc tctcattggc 947761 ccgtctgtag gcttttctcc agttctctcc cacgagaact accttgccct cggccctctc 947821 ccagtcctcc tccctgatta tcggcagaac ctcaccctct ccctctccgg ggggactgtg 947881 ggccatcgcc acgaggggag tccttgagga gttcagtctg tgcccgtcga actcgatctc 947941 ggcccccacg agatcccacg ctattggaga cctcagcgtg aggtaccagc tctctccatc 948001 gtatttctcc ctgataagcc tgctcgaaac tccccaggca gaaagctctt cctcaatgta 948061 tctaacggcc tcaacgagct cttttgaacc ctgtatccgg tggaactggc ttatctcaac 948121 gatgtcgtgg agaatccgtt cggagcttaa aacctccgac tccctgagaa acggcatgat 948181 tcccatacct cattcctccc ccaacttgag catcctcggt atttcgaggt gcttgagggt 948241 gtccaaaaac tcggggggaa ggacgagcct ggttgtctgg agaaagcggg caaactcgac 948301 ctcgagccct ttaccctctc cagttctttc ctcggccctc ctcatttcaa ccctgggctt 948361 aaccttctcc tctgttaact tgcccttctc gatcaggccg aggtttatct cctcctgcct 948421 tctgtttgag ccctcaacct ttcccctgtt gtaggcactc ttgatgagct cgtagacccc 948481 aagttccttt gccctccggt agagttcctc cttcctgtcc ctcacccacg atatccactc 948541 gctgtggccc ctgtaaccga tgaaatagcc gaactcgtag gcctcctgca ggagcttctt 948601 tatctcggcc ttcccgttgt tttcgctctt ccccatgtta ccacctcaga aaggcgcctc 948661 gttgtacacc tttattccct cgtccgtaaa gcgtatccgc ttgaggttgc tgtcgtgggg 948721 aacgcccctc atcttcagca cctgcatcgc tcggatcatc tgatagttgc gcatgaagtg 948781 gtggatcaca agaacgccgt ccacgaggta gtgctcgtcg gtgtacctct cgccctggag 948841 catctctgag gttatcagtg ttgttgtttc gagctcctgg agggccctta tgaatcttcc 948901 cagggcccag cgcttgttct cgggatcctt gacaaggtgt tccattgagg taaatgagtc 948961 gattacggcc ctctttattc cctcctcgct tatgatctgg aggatgctgt tgaagagctc 949021 gttccaggtt aggcggtact cggccctgag gaggatcctg ccgaggtcgt ggaaggttat 949081 catcttcgac ttggtatagc cgagcaggcc gaagttgtac ctcagcatgt cctgaaggat 949141 tatcctcgga tcctcgacga gggacacgaa aacacccttc tccccgtttc ttgcgccctc 949201 gaccagaaac tgaaccccca tcgtggtctt tccgcttccg ggggggcctg ttatcaggta 949261 aaccctgccg ggcagaaagc cccctcctat tatgtcgtca aggcccggaa ctcccgaggg 949321 aacgcggtca aggctcttaa ggatctcacc cacgtacaat tcacgtcacc ggtttgagat 949381 acgcactcca cgtatttaag cttaagctcc gctcgattta taacaccaaa cctcaactgg 949441 ttagggggtg agagaatgtc cgtcaggttg atagcctttg acctagaggg gacgctcgtg 949501 aaatcagttt cgggatgggt cgagctccac aagcgctttg ggacgtggga aaagggtaag 949561 gagtacgccg agatgttctt tcggggtgag atagactacc ccacgtgggc ggatctcgac 949621 gcttccctct ggcgggggcg caggcgggag gagataatgg agtgggtgga gagcgttgag 949681 tacatggacg gggcctttga actgatcgag tttcttaggg agaaggactt caagatcgcg 949741 atactgagca gcgggctcat gtgcctcgcc gagaaggtgg ggaaggaact cggggtcgat 949801 tacgtctttg ccaacgagct tgaatttgac gaagagggga gaataacggg gaaagtaaca 949861 ccacacgtgg acttcgaggg aaaggggaca atcctccgca gactcaagga agagcttaaa 949921 ccagaactca cggttgcggt tggggatggc tacaacgatc tggcgatgtt ccgtgaggcc 949981 gatgtcagca tagcgataaa cccccacgag ggcgtcgaag gggatcacgt ggtcgagagc 950041 ctccacgagg tcagggagat aattgaagga ctgcttgagg aggagtgagg tttttaaggc 950101 cgatccccaa ccctctgtgg gcccggctgc ccgccctctc cgctgagggg tgatgcgggg 950161 gttccggtcg ggcctacagg ggatgatgac cttttgcttt gccgagcggt gatgagcacg 950221 cccttccctg accctcaaag tccggccgtc ttcagcacga gccaccagaa cacatcgccc 950281 cagaagaagg ctatgaggaa accgatgaag atgctcgggg cgaagggcat ggcctttttc 950341 ctgaggaacc tgttctcgat ctttccctcc tccacgaggg ccttaagctt ctctatctgc 950401 tcgcgcgaga gcccctcggc cgtaggggac gcgatcactt cacccctcac cggggacgtg 950461 agcacgctta gatctccctc cttaatggcc ctcacgagca gttcaaaaaa gccggagcgc 950521 tctctcctga cctcaccgtt ctcgatgtag atggtctccc cgaggatgtc ccactccccc 950581 agctcctcaa ccgttacctc ctccacgagg gcctcctcgc ggagaaccct gacgacggag 950641 aagaagacct tgaacaggta aagcacgacg gcgagcttta ggaagccgta agctgcatca 950701 agtccgagga ggtacgtgag gtaggcgagg gaagccagac cgatgccatc accgacgcgc 950761 cggtactttc caaagatgag gatggtgact atcgttagaa ggtagcgcac gggggcggga 950821 agagtccacc ctgccctctg gagaagaact gagaccgcta ctccggccat gagccagagc 950881 gccacttcaa cggagaggtt tgccttctca aagagaacct gtctgagttt tttggtcttt 950941 ttcctcgcta tcagcacacc gagggcgtag gcgaagagaa agggaaagac cgcgaggatg 951001 ctgttgaaga gtactgcaat cgggtagagc gggtatctga cttcgtacgg tgcgacaaca 951061 cgggcataat ggagcgggta cggcaggagg gccgaaaagc cggccaaaac gagaacgtcg 951121 cctgaagccc aggccccggc gtagtagagg atcaaaccga gaaccaggcc aacgaaaaag 951181 cctattatcc cggcgagagc taccagggga ttacccgatt tcaggccgag gtataggtag 951241 atgagtatcc ccgcctcaac ggcgggaact ggtatcttcg ttagaactgg attaaggggc 951301 acttcctctt cttcctcaag acccctgagc ctttcgacca gagcgaggag gggaaaaacg 951361 tggttgtcaa atatgaagcc ggtcttgagg tcggtgtaag aggtgaggat tcccatgaat 951421 gatccaacta gcagtataag aatcgtaagg ggatccatcg gcaacccctc acaggtcctc 951481 cagaacgttc ttgcggacgg cctttgcgta gctcgaaacc gtctgctgga gctgttttgt 951541 cgtgtcgaga actgttctaa gggctattgc cacgagtatc agcgcggccg caagcatgaa 951601 caggtactcc agagctgtct gggctctcct catgctctcg cctccacttc tatttcggga 951661 tcattagatt taaaagtttc cccaaaactc tttccggggg ccaagatgaa ggtttacaga 951721 ctgttcgttc gcgatgagta cctcgacttc ataaagtcgg gtgagaagag gatagaggtt 951781 cgcgtcgcct acccacagct caggagaatc cagccggggg acaagctcat cttcaacgac 951841 tcgattccgg cagttgttac agaagtcaag cgctacgaga catttaggca ggttctgcgc 951901 gaggaaccca taaagaaaat ctttcccgac gagccgagtt ttgagagagc cgtaaagcgg 951961 ttccacaacc tctaccccaa gtggaaggag aaccgctacg gcgtgatagc cataaagttc 952021 aagctcgtcg gtgaggaaag atgaagcacc tcgaattcga cggaagatac gcggaggcga 952081 tactgaaggg gaagaagagg gcaaccgtca ggctgggcag aaggcccaac ctcagggaag 952141 gcgataccgt tctaatccac gcaggtggct acgccctcgg aaaggccgta atagagaggg 952201 tcgaaagtaa gaccgtgaag gagctcaccg atgaggatgc cttcctcgac ggcttttcca 952261 gcagggagga gctgattgaa gccctgaagg agcactacaa gtacgtaaac gacgactcca 952321 aggcccacgt ggtagtattt cgccttgtgg agaagtttga caaacccgtg atgagctccg 952381 actacgccta cgagggcaac ctgccggttg agatagcgga gaaggctttg aagtacctcg 952441 acctgcccga ggaggataga aaactgatag agctcttcct caagaccggg agcctgagga 952501 aagcggccta cagacttggc ggtctcaaca agcgctactt gataagggac gcacttagaa 952561 gggcctacga agagctgaaa aagaagggaa tcatggggtc gaaggtttaa agggacagcc 952621 tcttcccgat gagcctcagc agttccccga gggccacacc gagggcctct ttgctcctgt 952681 acgggtggag gacgtcctcg gtgaagtttg ctctgagcac ttcaacggct tcctctatcg 952741 tgaacgctcc ctccagccat gcgtacgcta ttattgcctc cgctatgtca ccctttccgt 952801 gtttgtcagt cctcggcggg acgaggtgcc tcagcttcgc ccgttctatc gcgatggcca 952861 gtgatgagtt cggaaccctt ccccccgttg gccggcccgt aaactcactc agtgcgaggg 952921 agtagatgaa gttgatgagg gaatcgccga gggtcgaaag gcctttgtcc ttgaaatcac 952981 gaacgtactt catttggatc acccgaagaa agcttgcatg tgccagaggc cgacatagta 953041 ggtcgaaatc agcaggataa gagctatgat cgagaatatc acgcggttca tcttctctcc 953101 aagcacggtc caagccggca ctgccggaag gaggagtctc ggtgtactta tggagggaac 953161 ccctgtaacg agatactgga gaatcacgaa gggagccgaa aagagaaact ctttgacccg 953221 cttctccttt agcaggatga ggagtccggc cgtgtaggtg aggagaaatg cccatgaatg 953281 aacaacccag tgtatgcccc tgaggtggaa gtcccttatc ctccagggct ggttagtgaa 953341 ccagctgtcc atcatccatt ttatctgggc taccggcccc ctcatctttg catcccactg 953401 cttttcgatg tcaaaataaa cccagggact gccaccgact gaattgaaaa agagcaggag 953461 gacaagacca aaggctgaaa acgggatgag aaacctgatc ctcttcccat ccagcaggaa 953521 agcgaagatc agaaggccca ttgtatactt ggcgagaaca gcaagcccga ggaaaatccc 953581 cgataactcc ggtctcttct ccctgagatc ataggccaaa agggcgaggg agagtgccat 953641 tgcctcgctg tacggtgcgg tggtgaagag gacgtaggca gggttcaggg ccaggaagag 953701 ggcgggcttg aggccccatc tcctgaagac gatgaggggc gggactacgc tcagcaggtt 953761 tacgataatg aacgccgcaa gccacgtttc tatacccaat agggaaagaa gccttatcgt 953821 ggcgggaaaa agggggccaa acgccagctc atgtatgtca tagtaacctt catccgctat 953881 ttttatgaaa tgctccccgt cccacctcat acagaacttt tcgatctcaa agtcagcacc 953941 agccaacagc acgagcttgg agactactat tgccacgatg agtatgatga actttttttg 954001 gctgtcgctt aactttaccc tcataaagag gacaagagga aaactcttta aaaggttatc 954061 cctcaatcgc ggatttccac gcctcaagta ccgccctcgc ccggtcaaag accctctgag 954121 cggccttttc aagtgcctcc tccgggctct cctttccgtc ggtcacgatc ttgaagcgcg 954181 gctttctggc catgagaatc ggatggtcga ttgagtaggc cgcgaacttg acgtgcttgt 954241 cctcgtggag tgtttcaacc agaaggttcg cgaacgtgtg gtcttcccct tcaaggtaga 954301 actcgaaggt gttaccttcc ctcttgatga cctcaatcct catcagcatc acccctgaga 954361 cgctttaata cctcctccag agcctgctcc ttgttcttca cgagttcgta tttaaactta 954421 tcctctttcc actcggccaa gccgagatca acgagaagct ccagaacttc ctggggatcc 954481 atatcgaacg ctaccgagac cggaaggacg acttccctga tctgtcttgt cgtctgaagt 954541 gctatctccg acagcgtgag acccagcctg cgcacgagct cgacaatctc gtcccagggt 954601 agggaggtca ccagttcgcc tttggcctca tccacttccg ccctctctcc cagcagctcg 954661 agggttttaa gtataatcgg gagggacacg ctcgttcccg cctctcggaa tacgtcgtcg 954721 ggggagtagt ggtagaggcc gcgcctgtcc gggtagagct ttgccctcac cctgttgtgt 954781 atggccctga ttttggctat tgcctcccgt atctcctcct ttgtgccctg gacgttcacc 954841 tttatggagt cgagcttgcc gtggacgtat atgaacgccg gaagtgagag cctctggagt 954901 tctttcatga actcctcctt ctccctgtcg tcgcgcacgt gtatcgtgat gacgcgcttt 954961 gccctcattc agatcaccat cttgcggtag agagttgaaa gctttctcgt ctcgacgttg 955021 ccgcacttgg gacatatgag cttgtccccg cgccgtatga gcggcgtcct gcagcgcgag 955081 cagaaggcgt aaaccacacc aaggtcgggg gcccgggtag tgagctggat cgggctcttc 955141 tcgtttgaga tgaccctcgc ccgaactata tcaccaactt tgaactccct gctcatatcc 955201 tcaacgaagc cgttctttac ctgggaaacg tgtatacccg cgagcttgga cgtcgctatc 955261 tccctgctcc ccttcccctc gattctaagg agctggacta taactacctg gggttttacc 955321 tccaaaacct gagctaggac agtgtccccc acctctggaa gcggtggcgt gtcggtcacc 955381 ggttcaacgc ttatctccat tttctccctg tttatcttga ccctcccggc ccgagttgcg 955441 atgaggtttc cgttctcctc tttaacaccc tcgccgggca ggtactcctc gattacaccc 955501 agataatccc ccgggagaac aagctctcct tctttggccg gttttttagc ctccattccc 955561 ccacctccgt tggaattccc ccaaagatct tttaagtctt tgccagcccg ataaccttaa 955621 atcgttccct gccaattaga gaccatgttt ggatcctacg agctgaaaac ccagttcata 955681 aaggttcccg ggacaaagat tcacctgctt gaggagggcg agttcgtaag gtaccgcagg 955741 ggtgatgtca cgaggacgat caaaaaaagc tctggtggta gaataatcct tctccccgcc 955801 cccgccgtcg gttatggggt tggtcttctc atgatcaggc ttaagagccc actcgtcgtc 955861 ccccctggag aaaaggtaga gggctacgtc agtgcccccg ttgagctcga cgttcttgtg 955921 ggggggctct caatagacag gttctccctt acccgggaaa agtatgccct ctacggcacg 955981 atagaggccg gcgccatagc ccgttactgg gtctcggagt tttcagaaaa agaacccgaa 956041 agcgtttgtg ttgttaagct gagcgtcgta aacgcttcca cagagtggaa ggccattgac 956101 aaggtggtgt ttcccataaa aggcagcacc atgtactaca gggagggaag ggcatactat 956161 cccctcatca cggtcaaact cggcaacggt ttcccagaga taaacaacac cggtatggca 956221 cctgaggacg acctcgtaag ggttggaagc gtcaagacac tccccaattt tatcatgagg 956281 tggtgaccgt gttttcgaac ctcagcaacg cgaccaacat aacgataagc ctcggtccga 956341 cgaagataac gataggcctc tggtcggtct tcgaggcggc actgatactc ctcttgggct 956401 ttgttgttgc gaggctcctg aggcaccaca tagttgagct ctcctccagc gtgaagcacg 956461 tgtggataat caacgaggac accgccaaga ccgtccacaa catggtggtt ctcatagctc 956521 tcttctacgc ccttaaggtg ctcgggttgc tcgactacaa ggttggcggg tcctctgtca 956581 gcgagatcct gagcgctctc gtggtcttct attctgtcta cgttctggcc aagaagtcca 956641 aggattacct catcatgcac gcggcaccct ccgagcttcc agaggttcag ataaaggcca 956701 agatcctcta ctacaccctc ataacgatag cgttcttcat agccctcaac atagccggac 956761 tcaccggaag gctcaccacg ataatcgcgg ccgctggcat aacgggtatc gtcctcggtt 956821 ttgcctccca gacggtcata gcgaacttca tctccggtct ctttctttac tccgacaaac 956881 cccttgagat aggccaggcg atacggcttg aggtagaggg caacgttgtc gagggtgtcg 956941 tcgaggacat aaggatactc tccacccgga taaggcagtg ggacggaacc ctcgtgaggg 957001 ttccaaacga gaagctgttc aacagcaaca taataaacct ccagaagttc ccggtcagga 957061 gggtggacat cgtcgtcgga atcgcgtaca aggaggacac ctcgagggca atagatgtca 957121 tcaggcggac tctggatgag atgccgctcg tactggccga gccggagccc tggatttacg 957181 ttaccgagct gggggacagc agcgtgaacc tctccgtcag ggcgtgggtt ccgagcgata 957241 agtggtttga cgtcagaact gagattgtgg agagaataaa gcgcgcgctc gacgatgccg 957301 gcatagagat cccgttcccc cagagggtca actggttccc ggaaccgata cggataaagc 957361 tcgaggattc cgattcctca aacactttta taagaggtgg ggaaaagttt tagtaattca 957421 aagctaggga agggtggtgg taggaatgag aatgcttctg atacacgccg actacctcga 957481 gtacgaggtc agggacaagg ccctgaaaaa tcccgagccg ataagcgacg agcagaggaa 957541 gggcaggctc gacgaagttc tggcggtttt cataagcgtc gagaaggttg acgaggcaaa 957601 ccccgaagag gtcgtcggga aggcggtagc cgagatagag gacgttgcga agcaggtcaa 957661 ggccgagagg atattcgttt acccattcgc ccacctcagc agtgaactgg cgaaacctga 957721 cgttgccctc gaagtgctca aaaagataga ggagaagctc aaggagaagg gctacgaggt 957781 caagcgcgct cccttcggct actacaaggc cttcaagctg agctgtaagg ggcacccgct 957841 ggccgagctc agcaggacga tagtcccgga ggaaggagtc agcaaggagg agcgcaacat 957901 agccctcgag aaggaggaga aagagttagt cagctactgg tacatcctca cccccgaggg 957961 agagctcata gaggttgaca agttcgactt caccggccac gagaacctga ggaagttcgt 958021 caactacgag atagccaaga ataggattgc cgacagggag ccgcctcacg tcaggctcat 958081 gctcgagcac gagctcgttg actacgaacc gggaagcgac gccggaaacc tccggtatta 958141 tccaaagggc aggctgataa agggcctcct tgagcagtac gtcaccgaga aggtcgtcga 958201 gtacggagcg atggaagttg agacccccat catgtacgac ttcgagcacc ctgctctcga 958261 gaagtacctc aaccgcttcc ccgccaggca gtacatcgtc aagagcggtg acaagaagtt 958321 cttcttaagg tttgccgcct gcttcggcca gttcctcatc aagaaggacg ccattataag 958381 ctaccgcaac ctcccgctca ggatgtacga gctcacaagg tactccttca ggcgcgagaa 958441 gagcggtgag ctctcaggcc tgaggcgtct cagggccttc acgatgccag atatgcacac 958501 cgtcgccaag gacctcaagc aggcgatgga cgagttcaag aagcagtaca agctcagcat 958561 ggaggttctc aggggagtcg gtctcactcc tgacgactac gaggttgcca taaggttcac 958621 ccacgacttc tgggaagcta ataaggactt catcgtcgag ctggctaaga taatcggcaa 958681 gcccgtcctc atcgagatgt gggaccagag gttcttctac ttcatcctca agttcgagtt 958741 caacttcgtt gacaacctcg acaaggcggc cgctctaagt accgtccaga ttgacgtcga 958801 gaacgccgaa aggttcggca taacctacta cgacgaggaa ggcaaggagc gctacccgct 958861 catactccac tgctcgccga gcggagccat cgagcgcgtt atgtacgcaa tccttgagaa 958921 gcaggcgaaa ctgcaggccc agggcaagaa gccgatgttc ccgctctggc tcagcccgat 958981 acaggttaga gtgattccgg tcagcgatga cgttctcgac tacgcgctct acgtcgccgg 959041 caagcttgaa ggcgcgaaaa taagggtgga cgttgacgac accaacgaca ggctcaacaa 959101 gaagataagg aaggccgaga aggagtgggt tccctacatc atcgtcgtcg gcaagaacga 959161 gaaagagcag aacacagtca ccgtcaggag gagggaggac ggcaagcagg tcgagatgca 959221 gttggaagac ctcatcaggg aaatcaggca gaagaccgag ggcttcccct acaagccgag 959281 gccgttaccg cttctcctca gcaggaggcc caagttcagg ggctgaagcc cttgattttc 959341 cttatcccaa atctctccct tcctgttttt ccagtcttaa tgaggaggta ttcctccggc 959401 ttgaagtcgc ggagcggtgc cttgaggaaa tataggtgct cctcgatctg atttctccct 959461 atgaaaacct ttgagaggag aacgtagtcg ctcagctcaa cgatccaggc ggtaaagctc 959521 ttagagaccg tgtccttgtt cagtggaagc accataaagc tctcaacttg aagctttgag 959581 tactgggcca tgagctggcc aaacatcttt acggtggcct cctcaccggc tatctgggtc 959641 actccatgga gggggtaaac gatgcgcagc aaccgttttc cttggagttt ggggattatc 959701 ttatcttgat atatccggag tatcttgggg ttaagggttt cgggatcaac tgaatcaaga 959761 tagaaaacgt tctttttgtc atttctcagc ccgtaacggg atccaaaaac gtcgatgatg 959821 aagagcctgt cctcgttgag gctttcctcg gcgttaagac cagtcagctt gaggtcccgg 959881 aggaggtatt caacgggtct gatgtagttg gtaataacca ctgcccagtc acgctccacg 959941 aactcctttg ccataacgaa cggaagctcc cagacgttcg agtatgtctc atagatgata 960001 gcgaggatgg atccagggat gaagtttttc atgaactggt cgacggggaa ttcctcctca 960061 taatcacccg ccatgtggac cccctttgaa tattagtttt ttctgcctaa aaagattgtg 960121 aataaacgac gatcaaatta agaagaatgc accaacatgt tcaagtcatg agcatattct 960181 cgattatctt tattgcttcg gctatcctcc tgtccggcct ctcgtcgtcc ttcggtattt 960241 cgaggtttat gaccagcctc tcgtccctct catcttcaag gtcgtaaact tcgagctctt 960301 caacctcaac gtccccaaag acgctctgga tttcgggccc gaggatcttg ccctcgttgc 960361 cgtacacctc gaccctgacg acgttgtcgg tcgtggagac cacaaccact atctcgtact 960421 caccgacccg ctttatgaag cgtagggcat taccgtatcc tacaacttcc tccttgaatc 960481 ccatctggag catggtgctc cttattgaag cagttttggc ctttatccga ttcataatcc 960541 tctcgcgaag cttggcgctc tcctcaaggg ccttcttaat tccctctccc gctctctcaa 960601 caggtccctc ccatatacca actatcttta taccagaaga ggtcggcctg aactccagcc 960661 ggagggaatc gacgtcaaaa tcgcgtatgt catctaccct gagctcgccg agggtcatta 960721 tgtcgaactc tatcctcgcg gtgctgccga aggcccttcc cctgaacttc aagcccatca 960781 ccactcacgc ctcattacca ttcctttaaa aaccttcccc cacccagctt agagctcgat 960841 caatttttgt attgttccaa gatttcgtga aatttttcca gaattttcgt ttaaaattga 960901 aataactccg gaaatcttgg gggtcttcaa aaacgttcag cctgtccagc tcctctccct 960961 gtacctcccc ctgctctcta tctcctctat tttctcctcg atttccttcc tcgtttcatc 961021 gccgagaact tcagcatagc cctcgagaac tgccttaaag ccctccccga accaggtgta 961081 gtgtgtgctc tccattgccc tcttgagaag gtgcaaatca acgcccctcg cctcaagcgt 961141 tgagtcgaag tcagccaaac caaagtctat aaggtagacc ttcccctcgc ggagaatcat 961201 gttgctcgtt gttaagtcgc cgtgaactat tcccgcctta tggagtcttg ccacctgttt 961261 cccgatttcc cggcagaggt ttaagcgttc ttccattggg acttcttcca gatgctcctt 961321 caggcgtttt ccctctatga actccatgac gattgtcata tcgcgcaggt tcacctcgta 961381 gacgtggggg cagttcacac caaaggcctt tgccctgtgg aggattctcg cctccctaac 961441 ggttcgctcc ttcctcagct taacgtctat ctcccggatc ctgtacctct taggaaccct 961501 gtgcttcacg attaccttct ccttcagcag gtcaacgccg aagacctctt caaaggttcc 961561 ctcgtagatt tttgcttcgg ctccctgggc tatgagtttc atcacaccac cgattttagc 961621 tctcggttgt agttttagcc ctttccataa cctcccccga attttcctgt cgattgacca 961681 aaaattagcc gaaaatttga acaatttgaa ccaaaaattt atatagagtg ctgacgaatg 961741 gattctgcaa aaaagcaaaa cgtttggagg aatgtcaaaa tgagtatgag cggacagccg 961801 gtcgttattc tgccggaggg aacccagagg tacgtcggaa aggacgccca gaggctcaac 961861 atcctcgcgg cgaggattat tgccgaaacc gttagaacga ccctcggccc gaagggtatg 961921 gacaagatgc tcgtcgacag cctcggcgac atcgtcgtta cgaacgatgg agcaaccatc 961981 ctcgacaaga ttgaccttca gcaccctgct gccaagatga tggttgaggt tgcgaagact 962041 caggacaagg aggccggtga tggtaccacc actgccgtcg tcattgctgg cgagcttctc 962101 aagaaggctg aggaactgct cgaccagaac attcacccga gcataatcgt caagggctac 962161 actatggcgg cagagaagtc ccaggaaata ctcgatgaga tagccataac cgttgatccg 962221 gacgacgagg agaccctcct caagatagcg ggcacctcca tcaccggaaa gagtgccgag 962281 gcccaccgcg agcttttagc gaagctggcc gttgaggcag tcaggcaggt cgccgagaag 962341 gaggacggaa agtacaaggt tgacatcgac aacatcaaga ttgagaagaa gcccggcgag 962401 agcgttgagg agagcgagct catcaggggt gtcgtcatcg acaaggaggt cgttcacccg 962461 aggatgccca agagggttga gaacgccaag attgcactca taggagacgc cttagaggtc 962521 aaaaagaccg agacagacgc caagataaac atcaccagcc cggaccagct ctttgacttc 962581 atagagcagg aggagaagat gctcaaggag atggtcgagg ccatagccaa gaccggagcg 962641 aacgttgtct tcgtccagaa gggcatcgat gacctcgccc agcactacct cgccaagtac 962701 ggcataatgg ccgttcgcag agtcaagaag agcgacatgg agaagctcgc caaggccact 962761 ggggcgaaga tagtcaccaa cgttaaggat ttgactcctg aagacctcgg tgaggccgag 962821 cttgtcgagc agaggaaggt tgctggagag aacatgatat tcgttgaggg ctgcaagaac 962881 ccgaaggccg tgacaatact catcaggggc ggaaccgagc acgtcgttga cgaggtcgag 962941 cgcgcccttg aggacgctat caaagtagtc aaggacgtca tggaggatag cgcaatcctc 963001 cccgctggtg gtgctcccga gattgagctc agcatcaggc tcgacgagtt cgccaagcag 963061 gtcggtggca aggaggcgct cgccattgag gccttcgcag aggccctcaa gataatcccg 963121 aagaccctcg ccgagaacgc cggtctcgac ccggttgacg taatggtcaa ggttatcagt 963181 gagcacaaga acaagggcct tggaatcggc atagacgttt tcgagggcaa gccagctgac 963241 atgctcgaga agggtgtcat cgctccgctc agggtcacca agcaggccat caagagcgcc 963301 agcgaggccg caataatgat actcagaatc gacgacgtca tagcggcaaa gcccagcaag 963361 tccgagggaa gtcagggcgg gggaatgccc ggcggcatgg gcggcatgga catgggcatg 963421 tgatgccctt ttctactcat ttctgaccaa aaggttttat tttccacttc ttccacattc 963481 ttaggggtga gacgatgggg cttgagatgt ggctccgaac tggtcttctg atggcaatcc 963541 tcacgggact gctcatggga ataggctacc tcttcggcgg gccacagata gctttcatta 963601 tgttcctatt cgccatgctc ttcaacttca tcacctactg gtacagtgac agaattgtgc 963661 tgagctggta caacgcgagg atagttgacg agatggaggc accagagctc tacgccatag 963721 tcaggagcct cgccgagcgg gcgggacttc caacgccaag ggtggcgata atcccgaccg 963781 agactccgaa cgcgttcgca acaggaaggg acccgaagca cgcagtggtg gccgtaactc 963841 aaggactcct caggattctc aacagggacg agcttgaagg tgtaatcggc cacgagctga 963901 cccacatcaa gaacagggac atcctcatcg gaactgtggc agccgcaatg gccggggcaa 963961 taatgcagct cgcctactgg gcaagatgga tagccatctt cggctcctac gacgacaggg 964021 atgacggagg aaacgtttta gcggcaatcc tcgtggctgt cctggcgcca atcgcggcga 964081 tgctgattca ggcagcgata agccgttcga gggagttcct tgccgacgag ggaggtgcta 964141 ggataagcgg aaagccttgg gcgctggcga gtgcactgat gaagatagag caggccgttc 964201 gctacaggcc gatgcgtgag ggcaacccgg caacggccca tatgttcatc gtcaacccgt 964261 tcaggggaat gagcatcgcc gagctgttct caacccaccc gccgaccgag aagaggattg 964321 aaaggctcag gaagatagcc gaggagatgg gctacgtccc caacttctga ttcttccccc 964381 ttccacatgt tttggctcat tagtaacata agtggataat taaataatga aagggtcacg 964441 agagcctcac gagcacgccg tgagttatct tcaagtaaac tttgcttcct tctgggtgga 964501 tcttcgtcgc tttggtctgc actcttatgt tcttaccctc gacctcgacg aggtaatcaa 964561 ctatatcccc gaggaatgtt gcccttttta ccgtaccctc aacagtgttt tccgccgggc 964621 tttcaaggag ctctatctcc gagggcctta cgacaaatat tagctttccc tgttttttca 964681 gcggtggggc gcaggtaacc ctcaccttgc ccccgaagag cacgacttcg gccttattct 964741 cctcaatcct gaccttgtcg aacttcagaa aattggccag accgatgaac ccggcaacga 964801 atgaatcggc cggtctcttg taaatctccc atggtgaacc cgtctggtgt attaccccgc 964861 ttttcataac ggcgattctg tcgctcatgg ccatagcctc ggcctggtcg tgtgtaacgt 964921 agactatcgt gatgcctatc cttttctgga gctcctttat ctcgaagcgc atctcctctc 964981 ttaacttggc gtccaagtta cttagaggtt cgtcgagtag cataacctcg ggctccataa 965041 cgagcgccct tgcgagggcg acgcgctgct gctgaccacc ggacagctga tggggatagc 965101 gcttctcgaa acccctcaac cgaaccattt caagtgcgtg tttaaccctt ctctctattt 965161 cctctctggg cagctttctg atcttcagcg ggtacgcaac gttgtcaaac actgtcatat 965221 gtggccagac cgcatagttc tgaaaaacca ttcctatgtt cctcttttct ggtggcacga 965281 agactccctt ggccggggag gacacgagtt tgtcgcctat gtaaatctca ccgttggtgg 965341 gctcctccag accggctatc attctgagcg tcgtggtttt tccgcagccg cttggaccga 965401 gaagggtcat gaactcccca tccttaatgt cgaggtttat ccccctgacg gcggtaacct 965461 ctccaaactt cttaaccaga ttaacgagcc gtattcccgc caatttcaca acccccttgc 965521 tccaattttt cctgtgatct tattaaccgc gagctggacc aaaataacaa ccaccgcaac 965581 aacggcggag agggcatacg ctgcggtgta ctgaccctcc tccatgaggt tgtaggtggc 965641 aacaccaatc gtggggtggt tcggaggata gattattatc gagaccgtca gttcactgag 965701 agtaggcatg aagaccagta tccatgccgc tatgaggccg ggtttaatga gggggaggac 965761 tatgttcttc atcgtcgtga gccagtttgc accacacatc agggaggcct cttcgagagt 965821 tctgtctatc tggagcaggg aaccgaccgt tgtcctgaca ccgtaggaaa ggtacctgat 965881 gaagtaagcg aagggtatta tccacagtgt gttgaagata ggtgtcttga tgaaggcgag 965941 gattatggcc acgccgacca cagttcctgg aagggcatag ggaaccgagg agagccagtc 966001 catgaagaga cgacccttca cgttggtttt tacgatcatg tatgccagca gggctccgaa 966061 gagcgtaact atcgttgagg cagtaaatgc cgagaaaacg ctggtcttca gcgccgcagt 966121 cgttgtttcg tcttccatca ggacgaactt gaagttgctg agggtgaagg aggaaaggct 966181 ggtaagcggt gagtacaggt ttttaaggaa cgcgctgaag aacagtgaga aaagcgggat 966241 cacggaggtt aaggccagga acaggaagac gaaaagtgcc acgagcccct tacgccggcc 966301 gagtgctatc accgctggcc ttacggtctt tccagtgagg gtcgtgtacc tcttctgtcc 966361 aaaggatctc ttctgaatga gcagggcgag tccggttatg ataacgagga tcagggagta 966421 ggctatggcg cggtctatat cgggaatcga aagagtgctg taaatcctcg ttgtcaggac 966481 gtagtagtgg gccctgtccc cgatgagagc tggaatgccg aagttcgcac acgtggcaac 966541 aaaggccagg agcgctcccg aggctatact gggcatcacc aggggtattg tgatgtcctt 966601 tgcgactttg aatggcccag agccgctcat ccttgcggcc tcttcaagcg atggatccat 966661 ctgctcaagg gccgcagcaa ctgtgaggaa aacgtaaacg tagaacttga gcgtcatgac 966721 gagaacgagg cccgggaagg agtatatgtt aactatgttg ccgcttcccc ccagcccgtt 966781 ccagatcctg tttatgtatc caacgtaggg cgccgcgagc tggatccaag ctatggcgct 966841 gacgtagggt ggcaggatga agggcaggac tgcaagaaag cgaaccacct ttctcccggg 966901 cagattcgtc ctgacaacga ggaaggctaa cgggactcct atgataaccg caaagaaggt 966961 cactataacc gcaagtttga gcgtgttgag agtataaacc cacgtgttcg ggtctgaggc 967021 tatgacctta taggcgtacc caaagccctt ctcaccgaag agactcttgt atatcagcgc 967081 cacgagggga taggctatcg ttacgaggag aaccaccagt gagaacagcc acattgcctg 967141 ggtgaacgtt atcttcctct ccattttagc tccctccaag aaataaaaag gaaatcagcc 967201 cataatctgg gagaactgat tcctgacgtc ctcgagctgg gaggagagct tctcccaatc 967261 gatgtcgatt ttgggtatgt cactcacgtt gggcgttcct ttcggtggtg taacgtcagt 967321 tctggccggg attatgccgt attgaaccag taactcctga acatcctttg agagcaggaa 967381 gtctacaaag gctttagccg catctggatt cttcgtgctc ttcattatcg ctattgggct 967441 cggtatcaca acggttccat cctcggggta gacgtagttt ataggtgccc cctcctccat 967501 tgattgtcta accatgtagt ccagcgtcac gccaatgggg tcttggcctt ctattatcgc 967561 gtttttaacc gcgccgttgc tcttcagaac cacgattccc attgatctgg cgtttttgaa 967621 gtagtcccat ccgtacttct ggctgatgcc gtaaacccat gccgtggccg cgccggagta 967681 gagggggttc ggaatggcca cccatccctc agctttgttc cacgggctgg ggagggaagc 967741 tttgtagttg ggatctgtga ggtccgtcca cttcttgggt gggtttttaa ctatgttagt 967801 attgtacgct atgaccgggg caataaacct cccggcgatc cagtagccgt cgggatcctt 967861 ggcgaagtcg ggaaccttgt cagcgtcttt gggtgtatat ttcatcagaa cacctttgtt 967921 tttcaagtag atagtgtttc cggggtcagc aagccatacg acatcggcaa tgatcttccc 967981 cgactcgatt tcggcgttta gtttggtcat gaccttggag gccccgcttc tgtaaacctc 968041 aaccttaacg tttggatatt tcttctggaa ctcgtctgct atcttgacgg ctatgtcctt 968101 tggaatggaa gtgtagaagt aaatcgttcc gcttatctgg gtttcacttc tgcttgagga 968161 cgagctcgaa gtactgctgc ccccgccgcc tatgcatcca cttccaacta acccaagcac 968221 caagacaaaa actaacagag aggcaaatat ctttttcatg ggagtcaccc caaataaatg 968281 gaagttttag caatataaaa attttggaaa ccttatgttt tggaaccggg gtttaagtcc 968341 aaacttcata ccccttagaa ttgtctgacg cacgtcttcg tggagggaga gcttattcac 968401 aaggcggatt ggtgatttca gctttccagc ttttcatact tttcttcaaa cttctcaagc 968461 ttctctctaa gtacctttgc cttctcacgg gcgctcctcc tgagctttgc tttttccctt 968521 cactttcaaa tcggttctcc ctaatcctgt gctccatgtc cttccacagc tttctgaact 968581 ggtagaagta ttccgaaagc tcaagctcat ctccatagat tacaacgtga ttcccaatga 968641 ccttaatctg gacgtaaagc ggaagttcct cgaagacctt aactgccaaa ataaactttt 968701 ctcagaggtc aacgctcctc gtcatcgcgc cgtctatgac tacggtggag ccgagcatgt 968761 attcggcctc atcgctgagc agaaaggcca cgagcgagcc gagttcgctc catcttcccg 968821 ttctgcgcag gggtgttctt gagaggactt ccctctccca ggtttcttcg aaggactttc 968881 ccctcgcctc ggcaaccgcc ttgaggttct ctcgcgcacc gggcgtgtcg aagctgccga 968941 gcagaacgga gtaggcccga attcctttgc tcccgtaggt tctcgaaacg ctcttcgcca 969001 gctgaaccag tccggcgcgc gttacatctg ctaaaacgag cggtggcatg ggctccttta 969061 tcgagacaga gttcagatag acgagaacgc ctttccgctt cctctcgagc cattctctga 969121 tgagaagcgt cgtcaggtag ccaggtgcaa ctgtgtgcag agcggaagcc tcaatccagt 969181 caaggtaagt ggcttcgtgg agaaggcacg gctcacagcg gacgtttccg gcgttccaga 969241 cgagagcgtc aactcccccg aggagctccc agctttcttt cacgaggttc tcaaggttct 969301 tctggtcaaa aagattggcc tcaacggagt aaacctcgcc gtagctcaag agctcgtcga 969361 gggcctttct caggttctcc tcgtttctgg agcttataac aaccctcgcg ttcctcttca 969421 aaagctccct cgcgacgttg aagcctatcc cgcgcgagga tgccgtcact attacgccca 969481 ttcccccaag gtcgacctca atcatggtag cacctttccc cagcgactaa taacctttgt 969541 ccccctgacg aattaggctt cccgaatttg gggaatctcc gtcactatgg caaggttttt 969601 gggaaaagaa acttaaagtg caaaaccttc ggttttcaac aggtttttct aaaaattttg 969661 ggggtgataa agtgaagttc tacgtctgca gggagaagag cgggccaaag cccttcaagg 969721 tcgcaatcat cggcgcaggt ccagcggggc ttacagcggc gggctacctc gcgtgcaggg 969781 gctacgaggt tcacgtctac gacaagatgc cagagggcgg ggggatggtc gccttcgcga 969841 ttccagaggt tagaataccg ataaaaaccg taagggaagg cgttaaagac ctcgaaaggc 969901 tcggcgtgaa cttccacttc aggacgaagg tcgtctacga ctccccgcgg gagctcggag 969961 acgagtgggc cgagcacttc gtatctctgg aaaggctcct cgctgagttc gacgcccttc 970021 tcattgcaac gggcgcctgg cgtccgagga agctgaaggt tccgggcgtt gatttgccgg 970081 gcgtttacga cgcgcttaag ttgctccacc acataaagat ggcgaggata ggctactacc 970141 cctgggagaa ggttcccgat ttgaagggca ggcacgtcgt cataattgga gcgggctaca 970201 ctgccgttga cgtcgcaatt gaatcgagac tcctcggcgc tgaaaaggtc actatggtct 970261 accgccgctc ccttgagcag agctacgcaa aggtcgaaat caggaagctc atagaggaag 970321 ggcttgagtt catcgagatg gccaccccag taagaatcat cggcgaaagc agggccgaag 970381 gggttgagtt cgcgaggacg agaatcgtcg agggaaccgt tgtgacaacg gacgaaaggt 970441 tcatcgttga cgctgatatc gtcgcctatg ccatcggcca gctgccgacg agcccgattc 970501 gcgaggtagt ctgtgccaac gagaaaatcc ttaaggaggc agggattttc ttcgcgggag 970561 acgtcgtcgc gccgaggaac atcggaaccg cgatgcgcga gggaagggca agggcgaagg 970621 agatagagga gtggctcaca aagaaggcgc cgaaaaaggt cttccccgtc cccgttacga 970681 ccaggctgat aggctcggtc ctgagcggga agtgctgacg aaagctttaa acgccccctt 970741 cccaacctcc ttccatgact gagccgaagg acatagtgct gaaggagagc gaagaagttg 970801 agggaactcc aattgagggg ccctggttgg acgaggtttc cagtcttgag gaagttctcg 970861 attattacga gcgcataggc tttcaggcga cgcaccttgg aaaggccatt gaaatatgga 970921 agaaagtcga ggagaagcgc gctaggggcg aagaggtccg cgtcttcctc ggatacacct 970981 ccaacataat ctcctcggga ttgcgagaga taatcgcgtg gctggtcaaa gaaggcaagg 971041 ttgatgtcat cgtaactacc gccggcggaa tcgaggagga cttcataaag gccctgaagc 971101 cctttatcct tggcgactgg aacgtgaacg atgctttaat gcgcgagaag ggcataaaca 971161 gaatcggtaa catcttcgtg cccaacgacc gctacattga gttcgagaag tacatgattc 971221 ccttcttcga gcgggttctt gagattgaga aggagcgcgg aaagcccttg acggcgagcg 971281 agttcatcta cgagatgggc cgcttcatgg acgagaagct cgggaaggag aaggagaaga 971341 gcgttatcta ctgggcctac aagagaaacg tcccaatttt ctgcccggcc atcaccgacg 971401 gctcgatagg tgacatgctc tacttcttca aggaggagcg cggagataga gagctgataa 971461 ttgacatagc caatgacatc gtgaagctca acaacttagc ggttaccgcc aaggagaccg 971521 cctcgataat tctcggcggc tctctgccga agcacgcgat aataaacgcc aacctcttca 971581 ggggcggaac cgattacgcg atttacgtga ccaccgcaat cccctgggac ggctcgctca 971641 gcggtgcacc tccgagtgaa ggtgtaagct ggggcaagat aagggcgaag gctgactacg 971701 tagaaatctg ggccgacgcg acgctggtct tccccctgct ggtgtggaag gttatgagga 971761 gctgatgccc ttttctttcc aatctctctg accttccttc ttgtctgcac tgtggctccc 971821 caagtgctcc aaaatgcttt tatttgtgca tgcaatatgt gcatcagggg tggaatcttg 971881 acgctgacgt ttgatgaagt ccttaagcgc cccaaaaggg gcagcgttga tgaagccatc 971941 gccgaactca aaaatcttct tggggacaag gtttcgacca agccggctga cctcttttcg 972001 tacagccacg actactggct cataaccttc cactggttgc tgaagggtaa agttccagcg 972061 cttcctgatg cggtggtgtt tccggagagc gaggaggacg ttgtgaacgc agttagggtg 972121 gctcacgaaa agggcgttcc tctctaccca tacggcggcg gctctggagt tctgggggga 972181 acagtgccgg agtacggggg catagtggtt gacctgaagc gcctcaggga tttgcggctt 972241 tatgaggatg accttatggt cgaggccggg gctggagtca acgggtatta catcgaggag 972301 tacctcaaca gacggggcta cacactcggc cactttccgc agtcgctcta tccctcaacg 972361 gtgggcggct gggttgccac caaggctata ggccagttct cgaccagata cggcggcatc 972421 gaggatatgg tgcttggcct gagggcggta attccgccgg ggaagctcat cgagctcaaa 972481 ccacacccaa ggacggcaac gggcccggac ctgcggaagc tcttcgttgg gagcgaggga 972541 atattcggca tcgtgacgag ggtgtggctc aaagttcgtc cctaccctga ggagcgcttt 972601 ctgctctcct ttgcatcgga gagccttgag gaggctctgg actcagtcag gcggatactc 972661 caccgcggtg cgaggccggc agtggtgagg atatacgacc gggtcgaaac gaagaggcac 972721 ttctacaaat tcgaagagct gtacggaaag atagggacgg tcatcatagt cgagggggac 972781 tccaggctgg caagggccga gaaagaaatc gtcgagaggg agttcaaagg ggtgcctgcc 972841 ggggaggaac ccgtgaggca ctggctggag acgaggttca acgtgaagga gatatccgag 972901 ttcgcgccga tcggcgtggt catagacacg atagaggttg cggtaaactg gagcagggct 972961 gcggaacttt atgagaacgt catcagggcc atgaagtccg tgaagggcac gctgatggct 973021 tccgcccacg cttcgcactt ttacgaccag ggggtctgct tctacttcac ctttgcgggc 973081 gttcccccga ggggcagaag cgcgggggag ttctacaacg cggtctggga tgccgcaatg 973141 agggccacgc tcgatagtgg aggcacgata agccaccacc acgggatagg ccgtcacagg 973201 cggggatggc tcgcggagga gctgggagat gcctacgagg tgctgaggaa ggttaagctc 973261 gcgatagatg agaaggatgt tatgaacccc ggtaacatgg tgatgtgaat gcctggaaag 973321 tgggactggc tcaaggacga aatcggcttc tcgaaccttc ttacaggcgg aaggatgatc 973381 ttcaaggtcg ttcaggggaa gctctcggcg gatgacctga ccaagtgcgc cctctgtccc 973441 aacatgtgcc gccacgcctg tccagtttcg atagttgaag ggcgcgaaac gacctccccc 973501 gcgggaaagg cgcggatcgc gctcatgata cgcgagggac ggctcgaact gaacctcgac 973561 aacctggagc ccctgtacac ctgcctcggc tgcgacctgt gcaccctcta ctgcccgttc 973621 gagttctcgg tcgccgacct catccggccg gtgaaggaag aggccgtgag taggggcgtg 973681 gtgttcgaag agttcaggaa agtttttgaa aacctcgaaa cgtcgggaga catctacggg 973741 aacgctgatt cgggtgcgga cggttcgggg aaagtcctct acttcagagg ctgcaccgtg 973801 aggaacgaga ggccagaact ggccgaaaag accctgaccc tcctcgataa gctcggttat 973861 gaagccttca ccataagcga gacctgctgc ggcctcccag cgtacaacct tggcaatacg 973921 gagctgttta agaaggtcgc caagagaacc gcggagaagc tcaacgcaac cggtgcagag 973981 ctgatagtca cctcgtgccc ctcttgtgcc tacaccttcc gcgttctcta ccccaaatac 974041 gggataaagc tcaaacctca ggttctacac ataacggagc tccttggcga ggtcatcggc 974101 ggtctgaagc tgaagggagc tggaacggtg acctaccaca acccctgcag gctcgcgatg 974161 catctcgggc ggagggggct cctcaagagc ctactggaga acgtggaagg gcttgaaatc 974221 agggagccgc gcagggagct cttctgctgc ggtcacggtg ggagtgccgt ctcaagactg 974281 aagccggagc tcgccaagga aattgccgcg gagaggaggg agcagctcag ggacggcgcg 974341 gccagagtcg tgacggcctg cccgagctgt gaactggcac tcaacggtga tggtctggag 974401 gttctcgata tagtcgagtt cctgctggag atgatggaag aatgagcctc gaatcaaagg 974461 ttcggaaggt ccttggaagg tttccttacg aaattacctt cgagatcagg gacggcgtgg 974521 tcttcctcga cggggaagtg gaggcttacg aggaatgggt cgagatcggg cttgcagtgg 974581 ggaacattaa gggcgttgag ggcgtggtga acaggataaa atggaaggac tacccggagg 974641 aggagctcag gcgtaaggaa gagcggagga ggaagctcta cgagaaaaac aagggtagaa 974701 ttatcggcga gtacgacgtc gtcataatcg ggggcggtgt taccgggacg gcgatagcga 974761 gggagctctc aaagtaccgt ctgaaggtcg ccctcctcga aaaggccacc gacgtttctg 974821 tgggggcatc aaaggcgaac aacgggatga tacaccccgg agtggctccg aagcgcggca 974881 cgctcaaggc caaactcaac gtcaggggaa acgcgatgta tgatgagctt gcaagggatt 974941 tgggggtcaa gttcaagcgc gtcggaagcc tctggctgat aaccccgcgg acactccaga 975001 agtacaggag atacctcccg ggcccgttct acaaattcgt ctcggcctac atcttcccgt 975061 acctcgtgaa gctcaagggc atgctgaacg gcgttaaggg aatacgcata atcagaggcg 975121 aggagatatg gaaactggaa cccaaggcca cgagggaggc ctgggccgcg gtttacgtgc 975181 cgtcaacggg aatacttgac ccctatgacc tcgtcgtggc cctggcagaa aacgcgattg 975241 ccaacggggt tgaaatacac ctcgagacag aggtggtggg cttcatcagg gaaggggaga 975301 ccattaaggg cgtcgttacg aacaggggga cttttctggc gaggtacgtc gtgaacgccg 975361 ccggcgtttt cgctgatgag atagccgagc tcgccggctc gagggagtac accatacacc 975421 cgaggaaggg cgtgatcctt ctcttcgaca aagagcttga gggatgggtg aaccactgcg 975481 tcaccgagct caggtttcct gcgccggccc acaccaaggg gggtggcata aaccccaccg 975541 ttcacggaaa catcctctgg gggccgactg cagtggaagt gccggataaa accgacacgt 975601 cagtccatcc cgaggagatc gaagagatac tcgagcgcta cagggagata tacccggact 975661 ttccgaggca caggataatc cgctactttg ccggggtcag ggcgccgacc ttcactgagg 975721 acttcataat aaggcccgcc aagtgggtga agaacctcct ccacgtcgct gggatacagt 975781 ctcccgggct cgcgtcagca cctgcgatag cggagtacgc cgtcgagcag ctgcgctcga 975841 tgggactcat tctggagccg aagcccgact tcaacccgca cagggaaccg atccctcgtg 975901 cgagcgagat gagccttgag gaactcgata ggaggataaa ggaagatccg cgctggggca 975961 acatcgtgtg cacctgcgag atggtctcgg aggctgaaat agtggaggcg atacgccggg 976021 gcgcgagaac ccttgacgcc atcaagagac gtacgaggct tgggatgggg acgtgccagg 976081 gcggttactg cacgctgaag gcggcggaga ttctctcaag ggagctggga atcccgatct 976141 cccaggtcgt caaggagaac ggtgggaggc tcttcaacgg tgcagtcagg ggtgaggaac 976201 cgtgaaggac gtcgttgtga tcggcggagg gccgagcggg atggccgcgg cggttaagct 976261 cgccggtaag ggctacgatg tcgcgctcat cgaacgaaag gaagaactcg gaggtatcct 976321 cgaccagtgc atccacgacg gcttcgggac caaaatattc ggaaaggccc tctccgggcc 976381 ggagtttgcg ggccacttta tggatgaggt tagcaaactc ggccttgatg tgcacctgaa 976441 cacgtacgtc aaatccgtaa acgccggggg agacgtcaag gagcttgtga cggtgagccc 976501 gcgaggtgtc gagcgcataa aggcccgctc gatagtgtac gccataggct gcagggagag 976561 gcaccccttc gagataaagg tcggtgggac gaggcccgct ggtgtttaca cggccggaat 976621 ggtgcagagg ctcgtgaacc tctacggaat cctacccggg aggagagtcc tcatagtcgg 976681 cggcggggac gttggcatga tcgtcgccag gcatctttac ctggaagggg ttgagtctat 976741 aaccgtcgtc tttccggagg agttcttcgt tggtctcccg aggaacgtcc agcagtgcat 976801 cctcgacttc aacatacctt tcaggccgag gacggtggtg aaggagatgg tggggaagga 976861 gcgcgttgag ggagctatcc tcgtgaaggt cgacgagaac tggaggccca tacccggcac 976921 cgaggagttc tacccctgcg acacggtgat attctccgtt ggcctcgtgc cctatgccaa 976981 gaagttgagg gcaattgggg ccgagataga cccgagaacc agagggccgg tcgtgaacga 977041 gttcttcgag acgaccgtgc ggggggtctt tgccgccggc aacctcgtcc agatattcga 977101 ctacgttgac gacgccgttg agagcgctta catcgcggca gacggcgttg agaagtactt 977161 gaaaggcgag aagcggcttg ataacccagt acccttcaag cccgggagca acgtccggac 977221 gctgacgccc caccggctgg aatggaagga cgagagaccg gtggttgctt tcctcaggcc 977281 tgccgtcgaa ggtcgcgcat ggataatcgt caggggcggg aatggagaga ttctgaagaa 977341 ggagttccgg cagtacgtga ggccatcgac gcttgagcgg attgaaatcc cccgtgaagc 977401 tatcagcggg gcggaagagg tgtatgtgga tgtcgcgaga gtatgaggtt ctctgcatcc 977461 ggtgtcccaa ggggtgcagg ctgaggatca cggtcgaggg gaacgaggtc cacgtctcgg 977521 gcttcgcctg ccttgagggc aagagattcg gggaggagga agtgaggaac ccgaggcgga 977581 ttgtcacgac gaccgttagg atactcaacg cccgctatcc gcgccttccg gtgagaacgg 977641 cagaacccgt gcccaaggac aaaatccggg acgttataga ggccctcaag ggggttgtcg 977701 tgaaggcccc ggttcggcgc ggccaggtta tcgtgaagga tgttgctgga accggtgttg 977761 atgtgattgc ggagcgcgat atggaggcgg ttggatgagt tactacctca tcctggacgt 977821 tgggactacg aacgtcaagg cctacgcttt ttccgaggag ggggaggtgc tcctgaagaa 977881 gagcatgaga acacggcccg tttatccgga gcctggctgg gccgaactcg accccgaaga 977941 gctcattgaa acggtcaggc ggctcataga cggggttacc tcttcccttg ggatgccaaa 978001 gggaatggcc atcaccaacc agcggagctc caccgtcgtg tgggacgacg aaggagcgct 978061 ccacaacatg ataacctggc aggacacgag gaccaaagat atcgtggagg ccttttcccg 978121 caacttcctc gttcgctttg gtagggctct cggaaaggtc ttctacggac tctcccgcat 978181 cgttcccgga atagccagcc taccaaaggg agcctatata atcaccctgg cccacgtggg 978241 cttcggcact tcccactcct cgatgcacct acgctggcta atggacaacg tgccagaagt 978301 caggaaggcc gtcgaggatg gaactgcgaa gttcggcacg atggacagct ggatagcgtg 978361 gaacctgacg gggaagcatg tgacggacta cacgaacgca tccgcgacgg gcctctttga 978421 cccgttctac ctcaagtgga gcgacaacat catgggcatc gtgggaattc ccaagaaaat 978481 tcttcccgcc ctccagccga acgacctccc agtgggggaa acggactacg gtgtgcccct 978541 cctcacgatg gtggcggatc agcaggcggc cctttaccgt gcgggtgttg agccggggag 978601 cgcgaagatg acccacggaa cggggacgtt cattgacctg aacgtaggcg agaagccgaa 978661 gccagcgtcg ccaggcctct acccgatggt cgcccttaaa accaggaaaa agacgctcta 978721 cctcctcgag ggaataataa acgcctccgg ctcggccgtt gactggctcc tgagcgttgg 978781 cctcatcaag gactactctg agatcagcgc tgcgtttaaa gatcccaccc ttccaagggt 978841 gctcttcata cccgccttcg ccggcctctc gacgccctat ctgaagcctg agttcagggg 978901 agcgctcctc aacctgtcct tcagcgtaag gaaggaagac atcatcaagg cgctcatagc 978961 ggggatagcg atgagggtcg cggaggttat agccgccatg gaatcgggaa ccggggttga 979021 gattggctcc ctgacctccg acgggggcgc ttcgcagatc gacccgctcc tgcagttgat 979081 agccgacttc agcgggaaga gaatagttcg gccggtggag ctcaacggct ccgcgcaggg 979141 aaccttcatg atagcacgcg cggttgccga gggaagtgac gtcctgagcg cgtgggagaa 979201 acctatggtg gagagggtct tcgagccgag cggggagaag cacgaggact tcagaaggct 979261 gtgggaggag ttcatgggaa ggctgctctg agggttctgt ttcgatttat gagggaatag 979321 tttgcacttc cactgcaaag agatttaaaa atgatttgca ataagagtgc aaaatcttta 979381 taaatacctt tgcactataa atgcacatgc ttgaggtaca gaacccatgg tggattggtg 979441 aacccgacag ggactgggag ctctttgaaa agctcaccta cagggtcagg ccgaaatggc 979501 ttgatgagct ctcgttgagg cccttctccc tcaacttcgt cgtcggcccg agaagggtcg 979561 ggaagaccat gggaataaag ctcctcatta gggaactcct caaaaaagtc cacactccct 979621 acgccgtctt ttacttcagc tgtgacgtgc ttgaggacta caaagagctt ttagaggttc 979681 taaacgagta cctaaggctg aagagacgaa aaagcgttaa aacggccttt atattcctcg 979741 acgaggtcag cctcgtggat gactggtggc gtgccttgaa gttcctcata gacagaggcg 979801 agttgaggag cgacgtcatc acggtgaccg gctcgatttc cctgacggta ggcaggcatt 979861 ttgagacctt cggcggcaga agggggaacg gaaaaacaat cgaggtcatg ccgctgagct 979921 tctatgaaca ctacaacctt ttctacgacg agttcttccc ctcaatgggg gaagaggtct 979981 tcgagaacta cattgagacc ggaggatact tggcatacat gaacggcacc cttaaggtcg 980041 aggagctcgt gggcttcctg aaggccgact tgaaagcttt agaccgctcg accgaccttg 980101 cgagggacgt tatgggtgcg atacttgata aggctccctc acctacatcc ttcaacgcga 980161 tagcgaaggt agttggaatc tccccccaca ccgcgaggga ttatgttgag ctcttcgagg 980221 ccttccacgt cctcctgcag gttctctacc ttggaggcga cgggaaggtc tatccgcgga 980281 aggagaggaa gctaatcctc cgcgacccgc tcatcgtgag ggccatggag ctctggacga 980341 ggaggaggat tgataaagcg gttctctacg agtggctcgt ccaggagcac ctgtacagga 980401 agttcgggga ggtttactat tacaggaact cctacgaggt tgatgcaatc gctggaaacc 980461 tgaaggtcga ggtgaagtcg ggggagagaa gggggaggta tccgagggac gttagaatcc 980521 tgaagggccc ggaggttccg ggattccttt acaacctcac ttagcaaatt cccttatccc 980581 cttcacgtcc ctccactgaa ccagcctgag gagcttaacc gtgtaggcta tctcaagcgc 980641 gttctcctcc gggttttcga ggagtttgtc gagccggttg agtaagtcct cctccgctcg 980701 cttcatggcc tcatccgact tgacctctat tggcccgaat gataatcgcg attatgataa 980761 tcctgattat catcccgagt tccctagggc ttctaaaact ctctcttccc cacccggcag 980821 caccagcggc ctcgacagat gcttcctcgc gtcaggagga acctcataaa tcttcctctc 980881 cagctcgcga gggacttcaa ccggaatcag ctttttcggc attctgtagc cacagcgctt 980941 gcacttgagg tagtcgccct tgctcttcat cgttccccca cagcgcgggc acttgggctt 981001 tctgtattcg attttcggga cgagtttcac tggatagaac ttttcgaggt tgagcgttag 981061 aacgccctcg tgctccttaa cccctccagc ggcaatgatt tcatcgccgg gcaggagctt 981121 ccgaacgtag ttcctgaact ttttcgtcgg ctcgaaggcc gcgacacgta tcttccctgt 981181 ctcgtcctca agctcgaaga aaacgtgcct cccgcgctcc cagtatggct tggaaaccct 981241 tcccctgacg accgcgctgt cgtatagctt cagctcgccg attttctttg gggtaaggtg 981301 atcgtcggtg ttctggttcg tcttgtagag ctggtagaag gcaacgggct ccccaaagcg 981361 gaccatctca aaggtctgga gaacccttcc ccggtcaatt cccctgagtc cgactagaac 981421 ggggtctttg ccgtgaggcg ctattaagat ggttctcttg taggggtcaa cgttgtcgta 981481 agtgaaagga tagctccacc tgtctgctaa aaacacgctc tctgcatcaa ccttccttgg 981541 cgtcccccag ttctccggct cgcggtaagc taaaagctcg taggtgaagc gctcaagggg 981601 atagccaatt gaagcgagcg cgcctattat tcccctgccg agcttgaact tgaagaactc 981661 cgcaccaact tccctcgcga ctctttcagc ctcttcgatg gttacgtgct cccttaaagc 981721 tttgagcgaa aactcttgaa gctcttcggg gatttcgccc tcgaaaaaga cgacgcctgg 981781 gttggtgttc tcgtgggtga agtctgccag ctggttgacg tagaacagca cgaggtcctt 981841 aacttccgga acagcctcct catcgacctc aaaggtcatc gcaaccgctc cgttcccgcg 981901 cgtcttgtag gggatgttcg ggttcagcct tatcagcctc ggaaggtcgg tgggttcagc 981961 taagcgggaa atctcgcggt agaggagcgc cccgaggtag gtcgtgcaca tgccgttggg 982021 tgagtccgtg tcgtctattc cgatgtggag gagcatggtt ggagaaaaga gagagggctt 982081 aaaaatcaaa cgcctttggg gaggaccttc ctgaactctt ccctgtcgag acatggctgg 982141 tttctcttca gtctcacggc cgcgaccttg tagttgccct ttccagcgaa ccggcaaacc 982201 ttgtcgggct cgtccacgag cctcgcgacc gcgtatgtga ttccggccct ttcaatgtag 982261 tctattaccg tgtcccagaa gccggtgaag atcaccacac acttcctgtt ggggttaaag 982321 ggcttcaaat cctcgtcgat tgggggcagt ctcttgacga cgcactcgct cgggaagtcg 982381 tgggccttga tccttttcac gagctcgggc atctcaccgg ttttctcgaa gtgctcaagt 982441 tcctcctttg agacctcgac gggctttggt gagtagcaga ggaactcctc gtcgtggaac 982501 atcatgtagg ttccgtccct caagaacatg aaggctattc tctcacgggg caggtcaaag 982561 atgtagctgg agttgctctt tttgacctcg tacatccaaa ccaccggccc aactgggtat 982621 ggacatttat aaccctaact ggtcatttct gtttaatctt ctcaacgacg tggacgtcct 982681 cgattctcgt caccgggtac tggccgtttt cgtccttctc gacggcttta accatgtccc 982741 atatcgtgag caacgcgacg gttacgccgg ttaaggcttc catctcgact ccggttttgt 982801 agtatgcgcg aacctcgcag gtggcctcga tgtagtcctt tccaaactcg aaggttatgt 982861 caacgccggt cagtggtatc gggtggcaga gggggatcag ctcgggcgtc ttcttcaccg 982921 ccagaatccc cgctatctgg gccgtcgcta tgacgtttcc cttcttcgtc ttccctgcct 982981 taatcagctc tatcgtctcc ggttttagct ttatcctgcc cttggcaacg gcctttcgaa 983041 aaacgacgtc cttgtggcca acctcaacca tcttaactcc ccgctcatcg acgtgggtca 983101 gctccattct atcacccaaa ttggttccat atgattcgac taaaaccttt gggttaacgc 983161 tataaacaac tttggcaatc tgtgagcggt ggtgaagttg aggaacacga aagccctcac 983221 gctgttcatc gtgatccttc ttatcgcgtc ccttggatgc atcggaggct cgaacggtac 983281 tggagcttca tccacgacct cctcagaggg aacatcctcg cccccaaaga ccactacacc 983341 aatgacctcg agtgtgggct cgagcacctc aagcgtcgaa acaacaatct ggcgtcctcc 983401 acagggtgag aaaaacgtaa ccgtaacttt cgtcgtctcc gtgccggaat acacgcccca 983461 gaacgccagc gtttacattg cgggcgactt caacggctgg aatccaaagg atgaacgttt 983521 cagactacag aagctccaag acgggaggtg ggcgataaac ctcaccttcc cgtacgggac 983581 ggttataaac ttcaagttta cgcggggctc atgggagagt gtggaagttg gaccctccgg 983641 cgaggaaatc ccgagcaggc acttcatttt caggaaagga ggtgtgtacg agctcagggt 983701 ctataactgg cacgaccacg ttgaaagggt cgctcacacc ataagcggca acgtgaaggt 983761 attcaagatg ttctcctcac agctcaacag gacggttcgc gtctgggtct accttccacc 983821 ggactacggc aaaaacgaga agaagaggta ccccgttctc tacatgctcg acggtcagaa 983881 ccttttcgac aacgcaacgg ccttcgcagg agaatggggg gttgacgaga cccttgaata 983941 tctctacaac aaaacggggt tctcgataat agtggttgga attgacaacg gtggggagag 984001 gaggatagac gaatacgcac cctgggtaaa cgccgagtac ggaaggggtg gcctgggcaa 984061 cgcaacgctc gatttcatag tggagaacct caagccgtat attgatgccc tctatagaac 984121 ggagcgggag gaaactggga taatgggctc ttcgctcggc ggcctgatgg caatctacgc 984181 cggcttcaga catccggata tctttaagta cgttggggcg atgagctcag ccttctggtt 984241 caatccggag atctacgatt tcgtaaggaa cgctcctagt ggcccggaga aaatctacat 984301 ctactgggga acctccgaag ggagcaaccc ggagaaaata gcagaggaca acctcaagat 984361 tgttgagatc ctgaaggaaa agggatacgt cgagggacag aacctcaagg tggtcgtcga 984421 ggagaaagga gaacacaacg agctttactg ggggaagcac tttggtgagg ccgtaacctg 984481 gctcttcggc ggataaactt tttatccctt ttcccgtcct tttaacgatg aagctgaaac 984541 tcaactcaga agccagggca atattgcggg cgataaagga ggagataagg agaagaacgg 984601 tcctcccaga gagttcgacc cttcttgaga aattcgagcc cacctccgat cctggggaga 984661 tacggaggag acaggagtac ttccgagaaa agctccccct cgtcaaggag ggtatcgggg 984721 agtacatagc ccgggtgaag ccgatccgtt ttaggaggga gtacctccac gacagggtgc 984781 tgatagtcga tgagagcgaa ttcgagaggg caagttcttt tgggctctgt gaggtctcta 984841 ccgagtccgt tgatccctca gagtaccccc ttgttctcag caccgttggt tacggcatcg 984901 acgttgagtt aagtcccgcg cagatagcac cggaacttta cgtcctgccc ctctgggaga 984961 accgggaaac gttggaggcc ctggcgagga taggggagag cctcggaagg aagagcgtcg 985021 cccgggaaat cctgcgcgag ctcgccccgc tcaaggaggt catggaaagg agaagagttc 985081 ttgagagcct cgacgaactc gtggcggaga aggagaggga actaaacgag aagatctccg 985141 agaagctgga gcgctttagc ctgaccctca ccgggaagga gcttgtcgag ttcctgagcg 985201 agctgagggc tggcaactac gatgcaatct tcagacactt cggtggaatc gagggggaga 985261 tcctcgacct aatcaacgag gccgagagcg agctgggtga gaggcttggc gttgccgttg 985321 aactcttccc gcgggacgag atgtatcccg ttcgggccgc tccagagcgg gttgaggccc 985381 tttaccagga actcgaaagg gagctaaagg tggaactcta cctgaagagc agggggatac 985441 ttgagagaat agcccatctc cttcccgggc tcaaaaagga gctcgaatcg gttaaagagc 985501 tcgacttttt gagggccgtt aaggatttca cgagaggttt ctcgtttcca gagctctgga 985561 gtggtggcat cgccttcgta aacgggaggc accttttcat cgagaaccct cagcctgtca 985621 gctacgttgt tggcaccaaa ccggtgaact tcagcgttcc cggctctgag aatatagccg 985681 acgagagggt cgtcatcctc acgggagcca acagcggcgg gaagacgagc ctgctcgagc 985741 tgataacgca gatcgaggtg ctcttccaca tgggtttccc tgttccagct gagagagcat 985801 ggctcgaacc cctagacgag gttttcttct tcaggaggaa gaggagtatc tatggtgccg 985861 gggcctttga gaccgcgctc cgctcctttg ttcgggcgct caggggagag ggaagaaagc 985921 taatcctcat agatgagttc gaggctataa cagagccagg tgcggcggtg aagataatag 985981 gtgaactcct gcggatagcc cacgggaagg gcttttacgt ggttattgtg tcccatctcg 986041 gtgaggatct gaaaaatgaa ctgccctttg cgagggtgga cgggatagag accaagggac 986101 ttgacgagag cctgaacctc atcgtggaca gacagccgcg cttcggaagg atagggagaa 986161 gcaccccgga gctcatagtg gagaggcttg cccggaagag gagaggagcc gagagggaga 986221 tattcgagag gattctgcgg gccttcagac cttgacgtac ttccaccgtc cccttctgaa 986281 tatccaccag tacatcgcgg cactcgtgaa tgtctcgagg ctcatcgcta tccacgcggc 986341 tatgactccc atccccctga aggtaaagcc cgggaaggta aagcccagaa ctttgaagct 986401 gggtacctca aaaccgaagc cgaggagata tgcgggaaga atcctgaaga gcagtttgct 986461 tacggctgta acgtacatcg ggctcttggt atcgccggca cctcttaaag ccccgctgag 986521 gacgaagacc cagccgaggg ggatctcgct tatccccact attatgaggt atatgctcgc 986581 aagcctcagc acctcactgt agtgcggatc acttggatcg aggaagggca tgacgaggta 986641 gcgcgggaag agtataagga tgatggccat tatactcatg aaggcagtta tcattttgag 986701 ggcttccttc accgttttct cggccaggtc tggtcttttt gcaccgaggc tctggccgac 986761 gagggctgac gaagccacgt tgaatccgaa agccggcatg taggcgatgc tctctatcct 986821 cagacctatc tggtgggcgc tgagggctat gctcccgaac ctcgtgacta tcgtcatgta 986881 gaggaagttg tagaagctga agagaccgcg ctccacgagg gctggaatcc ctatcctcac 986941 gatcctctcg atgagggaca ggtcgaaccg ccagctgggt ctcaaacgga gtacgagcct 987001 ccccgttagg agaaggtaga agccgatgag gaaagaaacc gttattccga tcccggatgc 987061 ccacgccgcg ccaactgggc cgagcctggg gaagccaagt ttaccgtaga tcaggaggta 987121 atcgagggtc gcgtttatga tgttcatcat aatgccgagc ttcatcggtg ttttggtgtc 987181 cccagccccc cttagtgcgg agaagaacgt gaacccaacg aaccttatgg ggtagaacag 987241 gaagagaacc ctgaggtagg agtaggccaa gctgaaggtc tctccccttg cccccatgat 987301 ccgcagcaca tcatcgccga gaaaccagcc gaacaggaac accggaatgc cgaggaggaa 987361 ggcaaggtag aggctctgtt ccagaacgag ctccgccttt tcaaagtcct ttgcccccac 987421 aaacctggca acgagtgcga gcgtcccaac ggaaaccgac atcattatcg ggaacatgaa 987481 ccagcttatc tggcccccaa gaccgacggc accgaccgct atggcgctga cgtggcccac 987541 catcagagta tcgactaagt tgagcagagt ttgggagatg ttccccagta tcgctggcca 987601 cgcgagggac cacagtttcc tccggaggtt ctcttccatg tcgatctaaa cgataaaaga 987661 agaattgata tttaaggctt tccgaagaag cgagaaagag gggctcactc gcccctgacc 987721 tttttaatct gaatcctgcc gagggtctcc cagtactcga cggttatgcc ctccttgagc 987781 tggtccttga cctcgtcctc gacaccggtc tcgatcggga cgtcgtagag ctcgtaggtc 987841 tccatgtcca tgatctggac ggtgtcgggg gttatcgcga tgacctgacc gacgcgcttg 987901 tcgatgatcg gaacgtcaac ttccgcgctg gtcggcttaa cgatgctcct gacctttccg 987961 tcgaagattc caacggcctc aatcctggcc ttggcggacc cgtgctttcc aggggaagag 988021 accgttatgt tcacgatcct gcagggttcg ccgtcgatga ttatgtacct cccgggcttg 988081 agcttgctga cctgaacctt ggtcttgtct cccatctctc atacctcccg taagcgttct 988141 attccaactc ggaagggcca tttaaaaaat ttttgaaggg ctcagcggcc ccttctggag 988201 cctgccatca gatagttgtt aaagagcatc ggtaggaaga gcagcaggcc caccagtatg 988261 cccagcggta tgtaggaacc cttgaagctc agcatagtcc tcagggatat gaggcctatc 988321 accgctgagg ccagcactcc gactccgatg agtctccgat caacggggga gacgcctacc 988381 agcagaggtg caccctcgag ggctattatc aacccaccta cgcctaagag ggccgctagg 988441 aacatcacct tgatcccgct taccatcatg gcagcggaga gaattaagac tatcccgctg 988501 acgaaggaga cgctcgtgtt cctcttcatc tgaaacatct ccgccgagat ctgggcgcct 988561 atctcaacga gcactatgag cgtcgtgaac cctgcgagga agagcgatcc cataaggagg 988621 aagattatgg ccgagcttcc accgatgcca ctctcgcgga ttatgtcggg gatgagatag 988681 aaggtctcga tggccttaat cgggctttgg ttacttttgc ctccgtagtc ttcaagcttg 988741 tggaagtcca taaagagctt catcgacttc tccgagggga tttgggggtt gttaaaggcg 988801 gtctcataac tctggtacgc ggccccaatc gcgtaaacgg tcgtgaaagc ggcagtgaag 988861 ctcagcagta tctggaggag aagcacgaca gcgaggagct tcctgaaatc gaggtctgat 988921 ggggcaaagc ttccgaggac gtagtaaaca cccgctccga gaccgaggct gagcagaacc 988981 gtgatcagca tcattatcgt gccccttgca gttagagggt gatcaaagga taacaccgcg 989041 tgcctgtagg agtttaggta gttcagtgcg gtttcacttc taacgaagtc gtaaacttga 989101 gccctcatca ggaaaaggga gacgaaggca aacactatga agagcaccgc aagtattcct 989161 atgaactcca cggagcggcc cctcagtatt atcaggaaca gccatatcag cgttacgatt 989221 accaggagga gtagaatgag catagtgggg cccaggtcga agagcttgat gagggcaaaa 989281 ccggagtagt acaggtttat tgccccaaag agcatcaaga acatcagcag gattatggtg 989341 atcgcgggga gccttgagac cttcaccatg aactcgtgaa tgaggtagcg cgttttccgc 989401 gttgcctcaa gctcgccgta gatcaggatc agcccaacgc cgagtgccac gagagacagg 989461 acaaagccct tgagaccgaa ggcgatgtag tacttcggca tcagaagaaa gttcagcact 989521 cccaggatgt atccggttat taagagggcc atcagggttg acatctttct catttcaatc 989581 cctcccttcg aacagactgg aattaaaacg ttccaaaaat ataaaagggt tgtggactat 989641 ggagcgaatt tgggggatgg gaatgcttgt ggtggccgta acagacgtcc acggggattc 989701 aaaggccgcg gaagagctcg ccgagaggat agtgaagatg gaaagggaac cagatgcaat 989761 atttatagcc ggggacatca ctaactttgg gagtgccagc gttgcggaga aagttctaag 989821 acctctgctt gagctgggaa taccgatcgt ggcagttcac ggcaactgtg atggcaggga 989881 cgttccagag taccttgagg agctcgggat ctcagcccac gataggcggg ttgaagtcag 989941 ggggattggg gtggtgggca tcggcgggtc aaatataaca ccttttcaca cgatctggga 990001 gctgagcgag gaggagatcg aggcaatcct gaggaggaac tatcgggctg gagatgtaat 990061 cctgtcccac gtcccgccat atgggactaa ggtggatcta acccgttccg gcattcacgt 990121 ggggagcaaa gccttgagga agttcatctg ggaaaacaag ccacccttag ttattaccgg 990181 gcacatccac gaggcgaggg gggtggacaa ggtgaacggg agccttgtgg tcaaccccgg 990241 acctctattc aggggctact acgcccttgt ggagattgag gaaacacgcg tatctttgat 990301 gcgcctctga gcaacccttt tatatcttct gtactaacgt taagacggtg attttcatgg 990361 aggatcccta catctgggcg gagaacctga aggatgagcg cgttctgaag ctcgtcgagg 990421 aggagaacaa gcgctttaga gagttcgtgg gcgagctgag cgacgagctc ttccccgagg 990481 tctgggagta ctactcaatt ccaacgcttc accaggtgaa gctaacggag aggggcatca 990541 tagggatgta ccgcgagggg gaggggcagg ttatcagatg gctcggcggg gatgccatag 990601 ttgactcaaa ggagcttgag aaagaactta acgacgaagt tctccttcaa ggcttcacgg 990661 cagatagaaa gggtagattc ttagcctaca gcttctcgat aggcggtgca gatgagggga 990721 taacaaggat agtagacctc gaaaccggcg aactccttga ggaattcaaa ccttccgtgt 990781 ggaacgtcac atttcttgag aacggctact acttcgcccg cttttacagg cacggcgaaa 990841 cgcccgacgg ggttaaagct cctgctgaaa gactcttctg gaaggacgaa agtggggaaa 990901 agattgtctt tggcgaaggg ctcggttccg gctacttcat ctcgctgggg aagagcacag 990961 acagcaaaac ggcgatggta acagttacct ttggctggaa cagcgcggaa atctacgtcg 991021 gcccgataga tgaaccggag aagtgggaga aagtttactc agcagaagtt ccggttgagc 991081 cggttgacgt tcgcgacggc acgctctacc tcttaacgaa ggaaggaaag ggtcgtggaa 991141 agctcattgc cgtaatggac ggagaactca tggagataat cccggagggc gagtttccgc 991201 tggagtgggc cgttctggtt ggagacaaaa tcctcgcggg caggctcgtg cacgcgagcc 991261 acatacttga ggtttactcc ctcagcggag agaaactcgg ggagataacc ttcgacctcc 991321 ctgggagcgt ctatccgctc gacaccgatg ggaagaaggt tttactccgc tacgagagct 991381 tcacagtccc ttacaggctc tacgagttca atggagagct caagctcgtc gagaggcaag 991441 aaatcgaggg gagcttcaat gttgaagagg acttcgcggt ctcgaaggac ggaaccaaaa 991501 tccactactt cctcgtgaag ggcgagaggg acgagaagaa ggcctgggtc ttcggatacg 991561 gaggcttcaa catctcgcta actccgcgct tcttcccaca ggcgattccc ttcataaagc 991621 gcgggggaac cttcggaatg gcgaacctgc gcggtggaag cgagtacggc gaggagtggc 991681 atcgcgctgg aatgagggag aacaagcaga acgtcttcga tgacttcata gccgtccttg 991741 agaagctcaa gcgcgaagga tacagggtag cggcgtgggg caggagcaat ggaggcctct 991801 tggtgtccgc cacgcttgtc cagaggccgg acgtcatgga ttccgctttg ataggctacc 991861 ccgtcatcga catgctccgc ttccacaggc tctacatcgg cagcgtgtgg gttccggaat 991921 acggcaaccc cgacgacccg aaggagaggg agttcctgct gaagtacagc ccctaccaca 991981 acgtgaagcc agcaaaatac cctccgacgc ttatctacac gggcttacac gacgaccgcg 992041 tgcaccctgc ccacgccata aagttcttcc tgaagctgaa agaagttagt agggacgttt 992101 acctccgcgt cgagatcaag agcgggcaca tgggcgcttc cccagagacg agggcgagag 992161 aactgaccga tttgctcgcc ttcgtgctca ggactctggc ttgactcatt cttcctcctc 992221 tattatcctc ttcatccagc ttcccctgag gaaccacagg agggcaacga gagcggccaa 992281 aaagttgctc attcccatcc cgaagaacac gcccctgctg ctcatcccaa aaagctctgc 992341 cagcgggatc cttatgctga tctcgtggtc gagtataacc tccgagatca ttatcgccgg 992401 aacgtagccg aaagcgtagc ttaggggaat cctcaagccc cagaggcgaa gcatgctgag 992461 gatcatgctc tttttggtgt ggcccgccga gctgaaggtt ctcgtcacga cgacaaagat 992521 cccgttgaag aacggaacgg atatcaggaa gtacttgagc acgtactcgc tctgggctat 992581 gaccgcggga tcgttcagga agaccttgaa gatcggcacc ctgaatattc cgatgatgag 992641 gatcgcgaag gatgctatga ggaaattaac catcatggtt cgctccgcta tcctcttggc 992701 cctttcgtag ttttcagcgc cgacgttctg ggctatcatc gttcccatcg ccatgcttat 992761 tccccgggag atgctggtta tgaagttgac gagtcgggtg gttataatgt aggccgcgta 992821 gactacgtcg ccgtagccgt agatgattct cgtaaggacg acgaacccga agttgttggc 992881 ggactgacca acggccgaag gcagaccaac ccggaatatc ttggagtaga actctaagtc 992941 cggttttagg gtttccttgg tcaggtaaag ccccgtacgc ccgctggtga gcagcctgag 993001 tcctataagg gcacccgtcc cgttggacag aaccgtagct attgcggccc cttcaactcc 993061 gaggtcgagt agaaatatga agacaggatc gaggacgatg ttcataaaaa cagtcagcat 993121 gctgaccttg acaggtgttt tcgtatctcc agctgccctc atcagggcag agaaagccat 993181 gaatgagaac gataaaggaa cccccgcaaa gacaacggtg gcgtaggcct tggcgtgggg 993241 ataaacgttg ggtgtcacct tcatgaagtg aagcgcgtag ggaaggacgg cgaggcttat 993301 tatagcggtc agcgtggaga agatcagcat gagggagtag agtgctccag cggagcggtt 993361 ggccttctca tacctccccg ctccaatgta ctgaccgacc aaggcaaacc cagccatagc 993421 gaatcccatg ccaagggcca tcagagtccc tattatcggc cagctcgttc cgggggccgc 993481 tagggcttcc ctccctatct tgccaagcca gaatgtatcg gttatgttat agagaacctg 993541 aatgaggttg ctcactatga gggggtaagc taagcggagc aacgttctct ctatcgggcc 993601 tgtgagtatc tcctcgcgca ttcgctgaac ctttcccctt tccatgggca ccacagtgag 993661 atcattatcg aaacgtgcct ataaaaactt actcctcctc gattattgcc ttcatccaac 993721 taccgcggag gaaccacgcg agcgctacca gcgcgccgag gacgttgctt agccccatac 993781 cgagccacag ccccgctgtg tccttcgtca aaacgccgag gccgtagctc agcgggagcc 993841 tcagccccca gaggcggaac atgctgagga tcatactctt cttagtgtgg cccgagctct 993901 ggaagacgtt gttaaccgct gaaaagattc cgaagaacgg gagcgaggcg gagaagtact 993961 ccacaacctt cgcgctctcc gctattatcg ccgggtcgtt gatgaagaag ctgaaaatct 994021 ggacgcggaa gagggcgaaa aggagcgttc caacaccgag gattgtgaag ttgattgcca 994081 tcgccttctc agctatctcc ttggccctct cgtagagctt cgccccgatg gcctgtccga 994141 ccatcgttcc catcgccatg cttattccat ctgaaaaggc aaacatgaag ttggtcagcc 994201 tgttggttat tgaataggtc gcgaaggcaa cgtcttcaaa gccctttatc ccgtgagtct 994261 gcccgtagag ctctccgatt gtgaagatga ttctcgtgag gattacaaag cccagagcgg 994321 tcgttgaggt tccaacgctc gctggaaggc cgacgcggaa gatgcgggag tagaagtagg 994381 ggtcgggctt gaggtttttg agcgttaggt gaatgccgac cttaccggtg aagagcaggt 994441 aaccgccgac tattgagccg aggctgttgg agagcatagt agcgacggcc gccccgacga 994501 cgccgagcct cggaaacggc ccccagccaa agatgaagaa cgggtcgagg acgaggttga 994561 gcagtaccgt cgctacgttt atcttaacag gcgttctggt gtcgcctatc gccctaagaa 994621 ggaagttaaa ggcgaagagg gtaaatgcaa acggaattcc cccgaagatg acgcgggtgt 994681 aagctaatgc gtacgggtat atcgtctcgc ttacccccat gaacctcagg aggtaagggg 994741 cagagaccac gccgaaggct ccaacgccga tggcgaagag catcatgagg gagtatagcg 994801 ctcctgcaga gcggttggcc ttttcgtagt ttccagctcc gacgtactgg ctcacgaagg 994861 caaacccggc cgttgcaaag cccattccga tggacatgaa gaaccagacg aggggccacg 994921 ccgttccagg tgccgctaac tcctcccttc cgagcttgcc gagccagaag gtgtcggtga 994981 ggttgtaaag gacctgcacg agctggttta tgattagggg ataagctaac aggatgagtg 995041 tcttcacaac ggggccactg agtacctgct cgcgcattct ctggattttc ccgccgtcca 995101 tgagctatca gatacccatc gaaacgttgg tataaaaact ttagggtgga taaaggagcc 995161 acttatggaa gaacgcgaac gttgagattc aaaaaatgcc tgtcaaacgt gtagatttcg 995221 ctaatgccaa gttcaatcat tttcaggtat gcgagggcat cgtttatact cactcttttc 995281 tcagacgcga cgatggttgc cttaatgtag tcctctgggg tgaccgaaag aatccgaacg 995341 ttttcggccg ttaagagttc ttcaatgaaa tctatcgcca tggagaggtt aaccttggcc 995401 tctattatgt tggcgacctc gcttaaatgt acgatggttg ttgcaacttc ctctccgttt 995461 tcaattcgtc tcaggatttc ccttgcctgc ttcttctttt caataacctc ttttggtagg 995521 ttcggcttta gctttagcag ggcgtacagg aagacgtttg cgtctatgaa cctcataaga 995581 acacctcagt agagaccttc aagcagttct ttttcgatgt cctccccttt aacatctgca 995641 tcgattatgt caaagaacct tgagaggcgc ggtcgttttc gggggattat ctctatcctg 995701 tcgtcaagtt ctatgaggat aacttcgttc ccccacctct cgcgccatga ctttggtata 995761 acgagccttc cctgagagtc gattttctta acttccaccg aggacattct atcaccattt 995821 ggggataaga gatggcatta aataaacttt gtgccacaaa accggggagt tgcaagagaa 995881 actaagagag gagaaaagga aggaaatcag aagtcgagct cgtcctcatc ctcgaagagc 995941 ctcttgcgag cggcctcgag gatgagcttc tgttcctcct gggcaacggt cttcctgatg 996001 agctcaaccg cgtctgggtt ggcgctgatg ctgtcgatgc cgagcctgac gagaatcctg 996061 gccatcttcg ggtcgctacc agcctgtcca cagatgctgg tctcgacgcc gtacttcttg 996121 gcgaccttga tgacgtgctt gatgagcttg aggactgccg ggtgcttctc gtcgtagagg 996181 taggcaatcc tgtcgttgtc cctgtcgatg gcgagggtgt actgggtgag gtcgttggtg 996241 ccgaagctga cgaagtcaag gccctccttg atgaggtcct cgatgataag cgcggccgcg 996301 ggaacctcaa tcatgatgcc ccactcgacg tccttgtgcg gctcgaggcc aactgagcgg 996361 gcgatttcct tggccttcct tatctgctct gggtggccaa cgagcgggag catgacgccg 996421 atgttgtcgt agccctcctc gacgaccttc ttgatggcct tgaactcggc cctgaggagt 996481 tcaggctggt caaggctcct cctgattccg cgccagccga gcatcgggtt cctctcgtcc 996541 ggctcgtctt ctcctccggg catctccttg aactcgttgg ttggggcgtc gagggtcctg 996601 taccagaccg gcctcgggta gaaggcagct gcgacggtcc tgatgccctc ggcgagcttc 996661 tcgacgagct cctcctcctt gccctccttg atgaacttga ccgggtgctg gccgatgctg 996721 agtatcatgt gctcggccct gaggagtcca acaccgtcgg cgccggtggc tgcagcgcgc 996781 tcagcgacct ctggcattga gacgttgacc ttgaccttgg tggcggtgat gagcggtgct 996841 cccgcaacga cgacctgtcc gccggcggcc ttctcttcct ccttcttctc gacgaggctc 996901 ttgactatgc ccttgtagac gacacccctg gttccatcaa cggtgacgta gtcgccggtc 996961 ttgaggacct tggtggcgac cttggtaccg acgacggccg ggataccgag ctccctgctg 997021 acgatggcgg cgtggctggt ccttccaccc tcgtcggtga tgatagcgga agccctcttc 997081 atggccggaa ccatgtccgg gttggtcatg gtggtgacga gaacgtcgcc ctccttgacc 997141 ttgtcgatct cgctggcgtc gaagatgacg acgaccctac cggcgccgat gccaggtgaa 997201 gcaccgagac ccttgaggat gacctcggcc tcctcggtaa cctctgcctt ctcctcgctc 997261 ttggcttcct tgagggtggt aatcggcctg ctctggacga tgtagagctt gccgtcgtcc 997321 ttgtcgtagg cccactcgat gtcctgcggc cagccgtagt gctcctcgat cttggcgccc 997381 atcttggcga cctcgacaat ctgctcgtcg gtgaggacct gcttctcaac ccactcgggg 997441 ccgaggtatt cagcaacctt gacgtagacg gtgcccttgc cggtctcggg gttcctgacg 997501 accataactt ctttcttggc gatgaacttc tcctttatct tccaggtgcc cttctcgacg 997561 atgtactcgt cgggggtgac gcttccgctg acgacggcct caccgaggcc ccagctggcg 997621 ttaatcatta tctcgttcct gtcgttggtg accgggttgg cggtgaacat gacaccgctc 997681 ttctcactgt tgaccatctt ctggacgacg gcgctgaggt aaaccttgct gtggtcgaag 997741 ccctgcttgg ccctgtagaa ggtagccctg gcggtccaga gtgaggccca gcacttcttg 997801 accttgtcta tgacgtcctc aacgccgtag acgtcgaggt aggtctcctg ctggccggcg 997861 aagctcgcct ctggaaggtc ctcggcggtg gcggaagagc ggacggcgac gtaaacggcg 997921 tccttgttaa acctggcgct gagctccttg taggccctct caatctcctc ggcaatctcg 997981 gggagcatcg ggagctcgat tatcttctgc cttatcttgg ctgtgttctc ctggagctgc 998041 ttggagtcgt cgacgttggt cttgctgatg atgtccataa tccactcctg gagggtccta 998101 ccgtcctcaa ccttgacgtt ctcaacgaag tacttgtagg cctcagcggt gacgcagaat 998161 ccgggcggga cgggtattcc cgcgttggta agctcaccaa ggttggcacc cttgcctccg 998221 acaaggggga catccttctt gctgagctcc tcgaaccact ttataaacct gtattcgctc 998281 atggcgtttc cctccttcag gtacttaccg gtggtgatat acggaaaccc tatttaaaat 998341 taacccccaa cgagggctgg ggatatcttt ttaaagcgat tgaagaactc attggaaaaa 998401 tcttaggtaa atctaactac ccgtgcctgc tcttttgtat ccacgagttc tgcgtcaaat 998461 tttaggggat tgatgaatta ctatcgacgc taatggatat agtagttctg tggatatggg 998521 ttctatgccg ctcacaatgg gtgcggtaag taatctggat caattgggaa gtatttggag 998581 agcggccaag ccaacgggaa aaatttaata atccctgcgt gtatacatca ctgcataata 998641 ttgcatggag gtgtctcgag tcatgagcag aaagactcta agtgtcttga ttgttttaat 998701 tatggccctg gccatcgttc cagtgacctc agcgccggtt tcagctacca gtgtttccac 998761 tatttcccag acgactcagg gtggaaagct tctccccgtt gacaagcaga ttgagaaact 998821 tctaaacggc aacgataagg aagtaaggct aatcattgca ccgactaagg acaaggctat 998881 ggatgtttac aatgaaatag ccaagatagg caagatagac ccaataagta gaccccagga 998941 ctgctttatc gtcgcgacga ttccaaggga gaaccttgaa aagttgaagt caattgaggg 999001 catagtcggg atctgggagg acaggatggt caaactccca gaacccgtta aagagcccga 999061 ccagcccgcg atcatcggtt ccgacgttcc aaaacccgac atgttcctga gcgtttacac 999121 aacccaggcc tatgacacgt gggtggacct cgggattctg ggagacaacg tcactgtcgc 999181 cgtccttgac actggagttg acgttggaca tcccttccta cagaccaccc tcgacggaag 999241 gaggaagatc ataaaagtct acgatgagag cgatgaagga atagccgacc tctattacag 999301 caccaacaca accgaagacg gatacatcgt cgttaacgag accgtccagg tgtactgggg 999361 tgtttattca atatactacg gccaccagcc attcactgag tataacatga cccagtacta 999421 cgttggggac atacagggag atatgtacta cgttggcctt ctccccgaga ggtacttcga 999481 cctcaacaac ttcaacggcg agccctacga tccatacgac ctcggtctct tcggagacct 999541 cagcgacgtt tatcctgttc tcgtcgtcga gaagaacgga acctacaccg tgtacattga 999601 cttgaacctc gacaacgact tcacaaacga ccagccgctt acgctctacg acgagaccgg 999661 ggcctacatc caggtgccca ccaccaaggt tgacatagcc ctcgctgacg ttgtgcctga 999721 gtacggatac gttgtcttca tgtgggatgc ccacggccac ggaacccacg tcagcggaac 999781 aatagcgggt gttggcctgc caaccgatcc cgtcttcaac gaaacctacg gaatggcccc 999841 caacgcccag ctcatagagc tcaaagttct tccgggtgag cttggatttg gaaggctgag 999901 ctggataatc tacggaatga tcgatgcagt ttacatgggg gcagacgtca taagcatgtc 999961 ccttggctcg tctccaatct acaacgacgg tcttgagaac cccgagatat tctacgttaa 1000021 ccttctaact gactggtatg gggtcacctt cgttatagcc gcaggaaacg agggcccgac 1000081 cacaaacacc gttggatcac cgggtgacag cgaccttgca ataaccgttg gcgcctaccg 1000141 ctcaagcctc aggtggcaga tgttctgggg agtcgacggc gttgccgata ccgtggccag 1000201 cttctccagc aggggcccaa ggatggacgg tatgctcgac ccggacgtta tcgctccggg 1000261 tgaggacatc ttctcaagcc tcccgctctg gtacacagtc atgtacgaca acccctacag 1000321 gtactacggc atctggagcg gaacctcgat ggccacgcca cacgtcagcg gagccgttgc 1000381 cctgctaata agctacgcaa aggagtacaa cctcacctac aacccgctca tgctcaggcg 1000441 cgccctcgag ctcagcgcca agccagttga gggtgcgacc atgatagacc agggctttgg 1000501 tctcatccag gttgaagacg ccataaatgt tctccagaac ctcagccagg agcagacgat 1000561 atacatctac ggaggaacaa cctacactgg attcagggac ctccttggaa agaagaagat 1000621 accgctcagc ccagcttacg ttgagttcaa cagctacttc tatgctgagt ttggacttcc 1000681 gtacctctac cgcggcgttt acataaggaa cgagaggccg gctggagtgc cgctgtactt 1000741 ctatccgctt gtgtactata atgactgggg cctctggtac actgagagcg agaaggcgta 1000801 cagaatcagc accaacgttg actggattat acccaacacc gatgaggtcg tcgccggtgg 1000861 atggggtagg ggcggtgtta cgattggttc attcagcatc cagatagact actccaagct 1000921 cgaacccggt aaggtatatg ttggcttcgt ttacatcgac gatcctgaca ccgagcagat 1000981 cgacggattc attccggtca tcatcgacat gccgctgaac ccgaacggcg agagcgaggc 1001041 gagcctcagc gacaccgccc ttccgggcgt tgccaagcac tacttcttcc aggttgcccc 1001101 gggaaccaag gagcttcgcg ttaccctaag ggtaccgctc gacgagaacg gcaccccgat 1001161 gggcaggacg accctcatga ttgccaagcc aaacggagag gtcgttgctg cctacgtgcc 1001221 gaactactgg ttcgtcggtc caggcctgcc cgagtacacc tgggtcatca gtgacccaga 1001281 acccggcaac tgggagataa cggcttacac gagcacgttc accaagccca gaaccggtta 1001341 cgatgagtcc cactaccaga tctccgtcaa agccgtctcc gtaaccatac agcccgagaa 1001401 gatccaggtt gaccgcgaga ctggtggagt cattcacgtt ccgatatccg tcaggaacag 1001461 caactacgga accttcatgg ccaaggtctc cggacttgga atgggcaggc ttgacgtagc 1001521 gtacggcatg atcagaaacg tcagccagga tgagtttgac gtcatcggct acattccagt 1001581 tacctcaagt gactactacc tcagagttgg cataactgag ccagaggatc cctacgcaga 1001641 ccttgaccta tacgtgttct acttcaagac ctacgaggat ctcatgaact tccagaacta 1001701 cgtgctgtac acagatcaga ttggaccaac ctcgtacgaa gagttcgaga agttcctgcc 1001761 agagccgggc tactacctca tcgcagttta cggttacgac accgctggct acgacccgat 1001821 acactacctc ttctactacc agctcctcag tgacaacggg gacgttacgg caaccccgag 1001881 caacttggtc gtttcaaatg accaggtaac ctcaacgtac cttaacatca gggcctacga 1001941 tgagggcacc tacctcggtg tggtcagtgt aagcgacgct tcaacgggag agatcctcga 1002001 ttacgcgccc gtattcgtcc aagtcggcat gcctagaatg acaattatag cctatccaga 1002061 gaccccgata acgatcggcg agcccgttaa ggtcaggata aacctgctcg atgccgtcac 1002121 gatgatgccg gtttacggtg aaagcaaggt catcatcaac ggtcaggtct actacaccga 1002181 caacggcgtc gttgagttct acttcacccc gaagagcctg aacgatgtcc tcagggtaaa 1002241 ggtcatcaac ccggagtacc aggacaccga gaagacgttc acactctcag agctcgatca 1002301 gggtgccgag ttcaggtact atgaatccct gtaccaggag gaggtagcca cgtacaacca 1002361 gctcgtccag gcagttaact caaacctcac ggacccatac agaacaatag ctctcctcgt 1002421 cgcgggcaga taccacaaca gggcagcgta ctacgcggag aaggcatacg atgaactgaa 1002481 cagcaacccg gtaagggcag cgtacctcat gaagaaggcc tacctcacgg agaagagggc 1002541 gaacaggatc ctgagcgtgt tcctggacaa gtttagtacg ccgtgaactt tccttctttt 1002601 ctttcattta gttttgtcga cgtgttgaaa gttagaaggt tatgcgaatt ctatgtgcaa 1002661 cgcccctctt cagcagaacg tctcccacgc tctttggcag aactgctata tcacccgcct 1002721 taattggccc gtactccctc agcttctcgt cgactattct tggcaggtca atggacacga 1002781 gataagcttc ggaaaccggc tgctttggcc ccacatcctg atcgagcccg gttttctcct 1002841 ccgtgatttc ttcgggtgat gattccggag attttgccgg ctgagcagga acttcgcccc 1002901 tctctatgaa ctcccgtagg atgagaaaaa ttgatttctc ctccttgacg agatcactga 1002961 caggtgcccc cgaaaacgcc atatcgacga gtttatggag ccttattctc aggatttcac 1003021 gcatgagact ttctgctatc ttaagctgct caaggtaaag catttcctcg acgttttcac 1003081 cccgctccct tgagctctcg gcaccaaggc ggaggacttt gagaaggctg tcgtagtcgg 1003141 aataaaaact atcgtcgatc ggggcgagtt cggggtttga gagctcggcc tcgagcatct 1003201 ccctgagttt aacgatgtcc atgggcaaca ccttaagaaa tagaaagggg gtcactcctc 1003261 aacgcgggga gcgagaagga acgtcagctt gccctcgtcc cttatgaagt agtccatctg 1003321 gaggggcatc tctgtcccga acctcagcgt gacctcatcg gccttcccta tgcccttaac 1003381 catgtccgcc agatagctta ttccgtaggc gctcctcgtt tcctcctcga cctcgaggtc 1003441 gagcaggccc tcatcctcca gcgtgagctt gatctctacc tcgttggtct ccccttcggc 1003501 cttcattgtg aactcatcct ctttggctat gaacttcagt gagtcgctga cgagggaagc 1003561 gtccttgatg gcctccttca gaacctcacc gaggaggacg acttttgcgg tgaatggaag 1003621 ctcaggaagt tcgagctcaa gctcctcgac gtcaatgagc ggaaggcgga aggttctctt 1003681 ggccgttcct tcgaaggtta tctcgaggaa gttctcgtct cccttcctga gtatgagcgt 1003741 gtccttgctc ttgccccttt tgaggatctt cttgaagtgg tccatgttga tccctatcgt 1003801 ttcgggctcc tctacttcgt acttggagaa tatactctcc gggaggttga ggtctatgag 1003861 aacgactctg cttgggtcca tagcgcgcat gctgacccct tcctcggtga tcttaaaggc 1003921 cgcctcatca atgaggttgc tggcggttgc tattaggtcc gcaaactcct tcgctccgtc 1003981 aaaaacgatc tcaaacggca tctttacacc tccttattga gtatctcgag catgagccta 1004041 accctttctt ttccccggaa tagataagct tttccattgt ccacgtcggg caccctgcgg 1004101 taggcttcct caagctcctt cagggccttc tccgccagtc tcttcacgac ctcacgctcg 1004161 agctcgttca ctcgtaagac ctccagacgt agccgcactt ggtgcacttg tagaatatcg 1004221 tgctcggttc atcgcccgcc ctcgtctgga gctcccacca gtaggccgtg tcattgccgc 1004281 acttcggaca ggttacctta gtcgtcggga gcgttttcag gtcctgctca actacgatga 1004341 tgccctcgtc tggcttatgc tccaccttct gagttatccg ggttttttct ctgtctttct 1004401 cttcgtcgaa gggctcttcg tagccacatg agcggcagac ccacaccttc ctctttctgt 1004461 ccgggagcat gagattaccg cacttcgggc agaacttcat tctctcaccc ccgcttgggg 1004521 tggtatatgg gaaggaaata aaaacctttg caacgatcgt tctatggtga tggttatgga 1004581 gaaactggac gtttttgagc tggcgaggag ataccaccgg gagcttagga tagaagaacc 1004641 aagcctggcc acacttgcgg ctgagctctt tggcgatctc ggtctcaaaa taagggagtt 1004701 tctggaaaag gagggttact cactcaccgg ggcgaagttc atagactatg acaaaagcct 1004761 cgtactgggg attatgaagg acgacaaaac atacgaggtt atacttagaa agacctgaga 1004821 cagattttta acctaaggtt ttgaaccttc cccggtgatt cggaaatggg aaagaaggta 1004881 gtcatcatcg gtggtggagc cgctggaatg agcacggcct cacgagtcaa gaggctaaag 1004941 cctgaatggg acgtcaaggt gtttgaagct accgagtggg tcagtcacgc cccctgcggc 1005001 attccgtacg ttgttgaggg catctccccg actgaaaagc tcatgcacta cccgcccgag 1005061 gtcttcatca agaagcgcgg tatagacctc caccttaaag cagaagtcat cgaggtcggt 1005121 cagggctacg tgagggtcag ggaaggcgac ggtgaaaaga gctacgagtg ggactacctc 1005181 gtgtttgcaa acggcgcctc tccgaggatt ccggccgttg agggtgtcac tcttcccggc 1005241 gtctttaagg cagaccttcc acccgatgcc gtcgccataa aggagtacat agagaaaaac 1005301 cgcgttgaag atgtcgttat cataggaggt ggctacatag gcgttgagat ggctgaagct 1005361 ttctcggccc aaggcaagaa cgtcaccctc atcgagcgca acgagagagt aatgtccaag 1005421 gcctttgata gagaaatcac cgacgtcctc gaggaggaga tgaggaagag gatagacctc 1005481 aggacccaag agatagtcct caagatcgaa ggtagcgaga gggttgagaa ggtaatcaca 1005541 gacgctgggg aatacaaggc cgacctagtg atcctcgcca ctggaataaa gcccaacgtt 1005601 gagctagcca aagagatagg cgtcaggata ggcgagaccg gggcgatatg gacgaacgag 1005661 aaaatgcaga ctagcgttga gaacgtctat gccgctggag acgtcgcgga aacgaggcac 1005721 cttatcacgg gaaggcgcgt ctggattccg ctcgctccgg caggaaacaa gatgggctac 1005781 gttgccggaa gcaacatagc gggcaaagag cttcacttcc ccggtgtcct tggaacgagc 1005841 gttacgaagt tcttcgacgt tgagataggc aagaccggcc tgaccgaggc cgaggcgata 1005901 agggaaggct acgatgtcag gacggccttc atcaaggcca ccacgaggcc ccactactac 1005961 ccgggagcaa agccgatatg gctgaaggga gttgttgata acgagaccaa caggctgctc 1006021 ggggttcaag ccgttggcgc tgagatactg ccgagaattg acacggcagc ggcgatgctc 1006081 accgccgggt ttaccacgaa ggacgcattc ttcacggatc tggcctacgc accgcccttc 1006141 gctcccgttt gggacccgct ggtagtcctc gcgagggttc tcaagttctg atcccttctt 1006201 cttatttccc tcggacacct gaaaacctta aaaggagctt ttccatttca gcccgggtgg 1006261 tgattatggc caaggtaaag cgtgagaagt ggagcaacga gttcagcgag tggtacaacg 1006321 agctccttga gaccgcagga ataatcgaca agcgctaccc cgtcaaggga atgaacgtct 1006381 ggcttccgta cgggctgaaa atcatgcgca acatcgaaaa gttcatccac tccgagatgg 1006441 cccgaactgg ccacgaggag gttctgtttc cagcgctcat ccctgagacc gagttccaga 1006501 aggaggccga gcacataaag ggcttcgagg acgaggtcta ctgggtaacg catgcgggcc 1006561 tcgacccgct cgatgtgagg ctcatcctcc gcccaacgag tgaaaccgcg atgtactcga 1006621 tgttctccct ctggattcgc tcccacgcgg atttgccctt caaggtctac cagatagtca 1006681 acgtctaccg ctacgagacc aagcacacga ggcccctcat ccgcgttagg gaaatcagca 1006741 ggttcttcga ggcgcataca gctcacgttg actttgagga cgccgagagg cagataaagg 1006801 aagacctcga gatattcgac cgcctcgcga agttccttgc tttgccctac gtaatctcca 1006861 ggagacccga ctgggacaag ttccccggtg ccttctactc gctgggagcg gagataatga 1006921 tgcccgacgg gaggacgctc cagataggca cgatgcacaa ctacaagcag aactttgcca 1006981 aagcttataa catccagtac gagaccgaga cgggcgacca tgagtacgtc caccagacga 1007041 ccttcggaat gagcgaaagg cttctcgcgg cagttatagc ggttcacggc gacgacagcg 1007101 gaatggttct cccgccgacg atagcgccga ttcaggtcgt tatcgtaccc attccgaaga 1007161 aagacgctaa tgttgacgtc ttcgcctacg cgagggaaat tgctgaagag ctggggaagg 1007221 ctggcttccg tgtccacgtt gacgagcgcg acataaggcc tggaaggaag tactacgact 1007281 gggagctgaa gggcgttccc ctgaggatag aggtcggccc gagggacgtc gagggaagga 1007341 aagccgtcct cgcgaggcgc gacaccttcg agaaggtaac cgtcgagcgc gatgccatcg 1007401 tcgaggaagt gaagaagacc ctcgacgcga ttcacgagaa cctctatcag agggcaaagg 1007461 agttccttga gagccacatc aagcgcgttg acacgattga ggaagccaag gcagtcttcg 1007521 aggacaggcg gggtatagtc gagattccct ggtgcggtga cgaggagtgc gggcttaaaa 1007581 tggaggagga gctcgacgca aagatgctcg gaacgcctta tcctgaggag aaagccagag 1007641 aaggcatcga aggcaagaag tgcccggtct gcggaaggga agcgaagttc atcgcgaggt 1007701 tcgcgaggac ctactgattc tttttccctc cgctactctt ttaaacaatt tactgcaaag 1007761 taaattactg gtgggtaaat tgtctcgcag gttcatagat agggagcggg aaatcgggct 1007821 ccttgagaag agacttgaga gcgagagtgc agagttcgtg gtaatctacg gaaggagaag 1007881 ggtggggaag actgccctaa taaccgagtt tttgaggaga cacgggggta tgtacctcct 1007941 cgcgagggaa acgagcgagc ttgagaacct caggcggttc tcggagagga ttgccgctta 1008001 cttcggagac gacgtccttc tcaaaaatcc attccgcaac tgggatgccc tctttgagta 1008061 cctccatcaa aaaagcaggg aagaaaggtt aatcgtggca atagacgagt tcccatacct 1008121 cgtcctttca aacaaaagcc tcccatccat tctccaggag tactgggata ccaagttctc 1008181 agaggggaag ctttacctgc taataagcgg ctcaagcgtt tcaatgatgg aggggcttct 1008241 cggatacaag agtccgctct acggcaggag aaccggccag ctgaaggtag agcccctcga 1008301 cttcttcagc gcgagagaat tcctcccccg tttttcaatg gaggatttcg tgagggccta 1008361 ttcaattctc ggcggaaccc ccgcgtacct tcttgagttc gacgatgggc tcagcgttga 1008421 ggagaacctc accgagaact acttcagaca ggagggtctc ctctacggcg acgtcgagtt 1008481 cgtcctgagg gaagagcttg agaggccgag gctctacttt gccgttctcg aggcgattgc 1008541 gcggggaaga acgaccctcg gcgagataat gaacgagaca ggcctcgaga ggggaacggt 1008601 cgggaagtac ctttcggttc tgatgaacct cggaatcgtg aggcgggaag tcccggtaac 1008661 tgagagcaaa aagagcagaa aggggcggta ctacatcgac gatccctact tttcgttctg 1008721 gttccgatac gtccacccca acgccgattt aatcgagacc ggaaacggcg acatgctcac 1008781 gaggctcgtc atgaaggatt tggatgaaca cgtcggaagg atttttgaag acgttgccag 1008841 acagtttctg ctgaaaatta aggacaaact tccgctgaag ccgacgaggg ttggcaggtg 1008901 gtggcggaag ggcgaggaga ttgacctcgt tgcgatggat gaggttgaga agaaggccct 1008961 cctgatagag gttaagtgga ggcacctgag tgagagggac gccaggaagg tctttgaaga 1009021 actcgataga aagtcaaagc tcataggcct ggacggatgg gagctccact tcggaataat 1009081 cgccaggaga gtggaatcaa aagaagagct gagggagctt ggcttcgtgt gggatctcga 1009141 agatatggag gtgctaaaat gatcctcggg gttcacgacg gccacgacgc cggggcggtt 1009201 ctgatagaca gcgagaggat tttcgctgtc aacgaggagc gcctaaaccg tgtcaagaag 1009261 tacaggggct ttccagagct cagcatcaaa accgttctcg aaatggctgg ggcaagccca 1009321 gaggacgttg aagtaatagc cgttgctgga attttcagga aacagaagcg tctcatcgag 1009381 cttgaggaga ggctgaaggc catcttgggc ccggagttca agaggaaagt actcttcgtc 1009441 gagcaccact tagctcattc cgcatcagct tactacacct ctggctggcg cgaggcttta 1009501 gcggttagca tagacgcggc tggagacggc ctgagctcct cgatttacgt ggcgaggggc 1009561 ggcgagatga ttaggatagc tcagagcacc tacattgact ccctcggcga cttctacgcc 1009621 tcggttacgg agcttttagg atttaagccg atgcgccacg aggggaaggt gatgagctta 1009681 gcggcctacg ggcggccgag ctacgacctg agcgcgataa tcgagctcaa cgggctgagc 1009741 tttgagaacc acctcaaggt aatcggcgtt gaagcaacta aaaagctggc cgagttcttc 1009801 aggtatccct taaggcacgc aagggacatc gccatgagga tgaagagggg cgacctcgac 1009861 gggaagctcc agaggaaggc catcgagata gcggcgagcg cgcagaaaca ccttgagaag 1009921 ctcctcgagg agctcggcgt taagctccgc tctaggggcc ttcctttagc ttacgcaggt 1009981 ggtgtggccc aaaacgtcaa ggccaacgcg gttttgagaa aaatcttcgg ggacgataac 1010041 ctgtgggtct tccccgcgat ggacgacggg ggattagcgt ttggcgcggc aatcttcgcc 1010101 aaagcccagc tcgagaggct cgacggaaaa tggaagccct tcaagcttga acacgtctac 1010161 cttggcccgt cctacgataa ggcgtacatt gaggagtttc tgaggaaaga gagtctcgag 1010221 tttgaggagg ttgacgaaaa gttcgttgtc gacgttctga gcgaggggaa gctcgtcggc 1010281 ttcttccagg gggcgatgga gtttgggccg agggctttag gcaaccgctc gattctggcc 1010341 aacccatccg acgagagcgt caaggagcgg cttaatctgg cgctcaaaag ggacgtcttc 1010401 cagcccttcg cgccctcttt gctctgggag aaggccgggg aatatctcga agaccttgga 1010461 ggcaggccga acgagttcat gacgatgagc tacaccgcga gcgagacctt cagagaaata 1010521 gctccggctg taattcacgt ggacggcacg acgaggcccc aggcggtgag aaaagaggtg 1010581 aatccgagct actacgaagt cattaagacc ttcgagagga gaactggcat cagggctgtt 1010641 ctgaacacga gcttcaacat gcacggcgag ccgatagtct gctcgccgga ggacgcgctg 1010701 agaaccttta gaagggcagg gctggacgtt ttggtcattg atgggtttgc tattgtgggg 1010761 cactgaagag ttctcctctt ttgcatcact cagaattgac aaattcaagt ccaaacccga 1010821 ttagttaact ttttaaaccc gctccttaag ttatggacgg aactcgtgag gtccccccga 1010881 aaaaggcggg tttcccgccc gaggggaccg aggttcgaaa gatttaaaaa gccatcctag 1010941 tcaacgagac tagaccaaaa tatggaggtg tttgaaaatg gctaaggaga agccgcacgt 1011001 taatatagtc tttataggcc acgtcgacca cggaaagagc accaccatcg gaagactgct 1011061 cttcgacacc gccaacattc cggagaacat catcaagaag ttcgaggaga tgggtgagaa 1011121 gggcaagtcc ttcaagttcg cttgggtcat ggacaggctc aaggaggagc gcgagagggg 1011181 tatcaccatt gacgtcgccc acaccaagtt cgagaccccg cacaggtaca tcaccatcat 1011241 cgacgctccg ggtcacaggg acttcgttaa gaacatgatc accggtgcca gccaggccga 1011301 cgccgccgtt ctcgtcgtcg ccgccaccga cggtgtcatg ccgcagacca aggagcacgc 1011361 cttccttgcc aggactctcg gtatcaacca cataatcgtc gctatcaaca agatggacat 1011421 ggtgaactac gaccagaagg tcttcgagaa ggtcaaggcc caggttgaga agctcctcaa 1011481 gatgctcggc tacaaggact tcccggtcat cccgatcagc gcttgggagg gcgacaacgt 1011541 cgttaagaag agcgacaaga tgccctggta caagggtccg accctcatcg aggccctcga 1011601 ccagataccc gagccgccga agccgatcga caagccgctc cgcattccga tccaggacgt 1011661 ctactccatc aagggtgtcg gtaccgtccc ggttggccgt gtcgaaaccg gcgtcctccg 1011721 cgtcggtgac gtcgttatct tcgagcctgc cagcacgatc ttccacaagc ccatccaggg 1011781 tgaggttaag tccatcgaga tgcaccacga gcccctccag gaggcttacc ccggcgacaa 1011841 catcggattc aacgttcgtg gcgttggtaa gaacgacata aagcgcggtg acgttgccgg 1011901 acacaccacc aacccaccga ccgtcgtcag gccgaaggac accttcaagg cccagatcat 1011961 cgtcctcaac cacccgactg ccatcaccgt cggatacacc ccggtgcttc acgcccacac 1012021 cacccaggtc gccgtcaggt tcgagcagct cctggccaag ctcgacccga ggaccggtaa 1012081 catcgtcgag gagaacccgc agttcatcaa gaccggtgac tcagccatcg tcatcctcag 1012141 gccgaccaag gctatggtca tcgagccggt caaggagatc ccgcagatgg gtcgctttgc 1012201 catccgtgac atgggccaga ccgttgctgc cggtatggtt atctccatcc agaaggccga 1012261 gtgaaggcct tctctgactt ttcctatact ccttaacttt taggagggac ggaaatgcag 1012321 aaggcaagga ttaagctcgc gagcacgaac atcaaggccc tcaacgaggt caccgaccag 1012381 attaaacaga tcgccgagag gaccggcgtc aggatgagtg gcccgatacc gctcccgacc 1012441 aagaggataa ggatcaccac caggaagagc ccggacggag agggtacagc tacctttgac 1012501 cgctttgagc tccgtgttca caagaggctc gtggacatcg aggccgacga gagggccatg 1012561 cgccagatta tgcgcatccg cgttcctgaa gatgttacca ttgagatcga gctcatctcc 1012621 tgatttcctt tatgcgccgg ggtagcctag cctgggaagg cgcgggcctg gagagtccgt 1012681 gggcgttagc ccgccagggt tcaaatccct gccccggcgc caaactcctt ctcccccgcc 1012741 tgtatggact tttgatactt tgcattgtgt cataaattgt ccattgttga ctttttccgg 1012801 gttgtgggga atttgatcgc tcattggtgc tcttaaaatt atttccggtc tttgctttac 1012861 aaatggaaag accaggtcgc ctttttgaag aaaaagttta taacccttgg agccgaggaa 1012921 tctatgtaca gctccgtact aatgaacttg aatgatcatt gaggtggtgg gtatgcacaa 1012981 aaaacttgaa aaaaagctcg cgtccgagcc cctcaacttt gagtccttct tctccgagaa 1013041 ggcactccag atgaaggcct cggagattag ggagcttctc aagctcgtcg agacgagcga 1013101 tgttatcagc ttagcgggtg gattgccggc ccccgagaca tttccagttg atgtcatcaa 1013161 gaagattgcc caagaggttc ttacggaaca cgcagacaag gccctgcagt acggaacgac 1013221 gaagggtttc acccccctcc gcctggcact cgcgaggtgg atggagaagc gctacggaat 1013281 tccgatgagc aaggtcgaga taatgatagt ggcgggctca cagcaggccc tcgacctcat 1013341 cgggagggtc ttcataaacc ccggcgacgt cgtcatagtt gaggccccga cctatcttgc 1013401 cgcgttaaac gccttcaagt actacgagcc cgagttcgtg agcattccaa tggaccacga 1013461 cggaatgagg attgacatcc tcgaggagaa gcttgaggag ctgaagaagg aaggaaagcg 1013521 tgttaagttc gtctacaccg tttcaacctt ccagaacccg atgggtgtca cgatgagtct 1013581 cgagaggaga aagaaactca tagagctcgc caaggagtac gacttcctca tcgtcgagga 1013641 caacccctac agcgaactcc gctactcggg cgagccgatt ccgccaataa agcactacga 1013701 cgacgagggc agggttatct acctcgggac gttctcaaag atattcgccc ctggcttccg 1013761 cctcggatgg gtttcagccc acccgcactt cataaggaag atggagatag cgaagcaggc 1013821 cgttgacctc tgtgcaaacc ccttcggtca ggttatagcg tggaagtacg tcgaggaggg 1013881 ccatctcgat gaacacatac caaagataat cgagttctac aggccgcgca gagatgcaat 1013941 gcttgaggcc ctcgaggagt tcatgcccga tggagttgag tggaccagac cagacggagg 1014001 aatgtttgtc tgggtcaccc tgccggaagg aatagacacc aagctcatga tggagaaggc 1014061 cgtcgccaag ggcgtcgcct acgtcccggg tgaggccttc ttcgctcacc gcgacgtcaa 1014121 gaacaccctc aggctgaact tcacttacgt tcctgaggac accatcaggg aaggtgtcaa 1014181 gaggctcgca gagaccattg aggaagagct cagaaaagtc tgagccctcc agaacttttt 1014241 tataacccct ttctcttttg tagtcctgtg ggtggtgctt atgaaacctg tgatcgtgat 1014301 aatagcgggc agtttcaacg acattaaatc aaaatggatc ctccatcact cgcaggcaat 1014361 tagccgcgcc ggagggatcc cggtgatata cactgccctc ggtgatcccg gggacgtcgt 1014421 tgagatagcg gatgggatcc tgctaaccga ggggccggac atacacccct atttctacgg 1014481 tgatgacccc tccccgagca ttaagaacgt cgattatagc agggacaagt ttgagataga 1014541 gctcttccgc cgagcccgaa gcagggatat tccggttctc ggtgtgggca ggggaatgca 1014601 gattatgaac gtagcgacca atggaactct ctatcaggat cttcagaggg agattcccaa 1014661 ggcgataaag cacgattggg atccactgac tgtggatccg ggccagagac ttcacagcat 1014721 aaggctgaaa acgtcttcaa agctttatga tattctcaaa gatagactgg acgttgccag 1014781 caccaacgag gtgttcatcc acgtcaacag ctttcaccac cagggtataa aacgggttgg 1014841 ggaaggattt agggccgtgg cgttttcaat agacggcatc gcagaggccg ttgaatccga 1014901 cgagggcttt tacatagggg ttcagtggaa cccccagttc ctccccgaga tgatctctct 1014961 ctacgaggcc ttcgtcaagg cggcaaagga aagccagaag aggagaatcg agagggaaca 1015021 gattgaggtt gaggccgaag gttaaggaac cagatgagat ccatcgcagc tcgggtacga 1015081 gtgataacct tccctgcatg agccaaaggt cattcccctc tttgttatct ccctctcagc 1015141 cttcctgagg atctcgaatc taacctcccg tggcaaatag tggtaacctc cgatccgctc 1015201 acctctctcg tagaggggcc acaacttctc cataaggtct gggaacttgg cgaacatcct 1015261 cctctttgaa tctggcctca gtttgagtgt ggagacagtg acatgactga caaaattcag 1015321 ggcctcgaca gttttttcaa aatcatccca tgtgtagaag ggaattattg gatctattct 1015381 tgcgtagacg gggattccgg cctttttggc ttttttgagg gcccttatcc tctccttcgg 1015441 ggagggagca ttgggctcga ggagccttgc cttcctttca tcaactgtcg tcacggtaat 1015501 tccaactgca cagcggagct cgctcaaaac gtctatatcg cgctcaaaga tgtcggattt 1015561 cgtcaggagc aaacagcgga cgtcatagcg cctgaagagc tcaagaacct tccgagttat 1015621 tccgagctcg cgttcgatgg ttgggtacgg gtctgaggag taggagaggg ctatgatgtg 1015681 gcgcccatcg aactttctga gctcgcgctc cagctttggt aggaggttct ccttggttct 1015741 gacacggaaa gcgttgggaa tatagctcgt tatgtaacag taaacacacg cgtggtcgca 1015801 acccgtgtag acgttcaggg tgtacttgaa ggggcaggtg cagagcttgg acttccatgg 1015861 gtcgaaggga cggatgtagc tcatggttgg gaatacgaaa acaccttaaa acccctatcg 1015921 ataccactac ggtgatactg gaatgagcgg acctgttaag ggaagggtcg agtggttcag 1015981 ggattaccag ttcatcggca gaatagaggg cgacaaatgt tccgtgattc taggggaagg 1016041 gggtataagc cccatgaagc ttcttctcct gagtgtcgct ggctgtactg cctacgacgt 1016101 ggttatgatc ctcaagaaga tgcgcgaacc tatcgagggc ctggaggttg agatctccgg 1016161 tgagagaagt gaggaacacc cgaaggttta ccgccgggtt cacctgcact accgcattca 1016221 cggcaacgtg agggaggaaa aggcgaagag agccatagag ctcagccagg acaagtactg 1016281 ctcagcctct gcccatatga agctcagcgg tgcggaggtc acgtactccc ttgagatcat 1016341 cccggggcgg tagattttta agttcccacc ttatccgggg ccggtgaagt ttcatgattg 1016401 agctcctcaa gacgttcgtg atcctgtacg gtggtctctt tgcgataacg aaccccgttg 1016461 gagcggttcc agtgttcctc agcgtcaccc atgatctctc gtggagggaa agaagggaaa 1016521 tagccactaa gtctgccgta accgtcgtgg taacccttat aatcttcgcc ctcataggcc 1016581 agtggatatt ccggttcttt gggtcgacga ccgacgcctt cgctatagca gggggcatac 1016641 tcctcttcag gatggcaatg gagatgctct cgggaaagct gtcgtcggtt aagataagca 1016701 gggacgacac cgaagagctg gacgatgaaa cggtaaccct tgaagaggtg gcggtgattc 1016761 ccctcgcaat tcccctgatc tccggcccgg gtgccataac tacggttatg ctctacatgg 1016821 cgaacacgaa tacaatgacc gagcgagcgg tgctgatcct cgttatactc gccatcggca 1016881 tgacggtgtg ggccacccta tgttcggcca acaggataaa gcgcgccctc ggccgtgtgg 1016941 gcatcaaagt tatgacgagg atgatgggcc tcatactcac gtcgatggca gttcagatga 1017001 taatcaacgg gatcaagggg gcttttggac tgtgagctcc ccgggttgat aaaaaatgtc 1017061 cctcctactg gtttttgaat ttaccctcct ctaagagaga aatccttaaa taccataaat 1017121 gcggaaccta acacgacaac attagccgtg ttgggggatc tcaatgggat ttaccttttg 1017181 gagggtactt gttcccgcta tccttatcct cgtcggtctt ctcgcaggag cctggcttat 1017241 gaacgatggt ccttatggga tcccagtaaa cggtagttct catgagacct ccggttcttt 1017301 caactgcaca ggtgagttta aagccccttc gaactccttc ggctggttgg ccgtcgctga 1017361 gaggtttgag gaccactggg tgaggttcac agaggtgttc gccctcatcc caaaggtgga 1017421 cctcagggct tccaatagct acggcaggct ttacatcgag aactggacgt ccggaatgaa 1017481 cattaagccc ccctgctacg tccagggggg agaggtcgtg tttgaaacga actccacggc 1017541 cagggtgttc tatcatgtca cactctgcac gtccaactcc tccgagacaa acctgatgta 1017601 ctctccatgt gaggaattaa aaaccctcct cggaagggtg gagctcccgg ccggcagggt 1017661 cagcctggca atgtacatcg tgcccactgg aaacgcttcg tgggacaggt gggatcacgt 1017721 ctactgctcc cgggtggaga atttccttgg aacctgcggc caccctgaga aagtcgtcaa 1017781 gaacttcacg gtcccctgtc actgtggcat tgaagccgtt ctctcatacc tcagggagcg 1017841 gatcgagggg gcgggattcg agcaggtgtc ttccaacggg accaatggaa acgacgtgtt 1017901 ctccgaggtt caccggctca cctacaggag gccaagcggg tacctgtacc ttgaggtggc 1017961 tggcataaaa ggcatgaacg ccaccagggt tttcatcgct ttaggagacg agggaatggt 1018021 gaaagctgtc tcgggggtct tctcctcagg ttaaagtttg ggaggtgctg tccatgaaaa 1018081 aagtccagat ccttgccgcc cttctggttt ttgccctttt ctcgggagtg gtggccatcc 1018141 aatttaaggg aggatccgga aagaaagcga tgacggagga tatgccctcc acaggaacca 1018201 accctaagga ctcaactccg atcgaaactg aaaaacctga ggttccctcc tgtaccctca 1018261 tctcaaacac gagctttgag ccgataaatg gggtcgtggg atggtggata aaagacggaa 1018321 cagggaggac agcctacggc aaggacattg agatcactcc aaaggtgaac ctcagcgaga 1018381 tgaagagcta cggtaagtcg ctgtgggttg actggccggc ggaactcggt ataaagccgc 1018441 cctgccctct ggtgggagat gccttcatct cggtaagcga ggcagaagtc gatgctgatt 1018501 ttaagcctcc ctgtcattcc ctgaagaggt cggccaagtt accacctgga aaggtctatc 1018561 tggcgagcta cgttgtcccg gtcaagaact caagctggac cgtctacgag aacatcccca 1018621 tcggcaacgg aaccaatttc ctgaagacgg gcggtataca gggtggcagg gtgacaaatc 1018681 tcactgccgt ctgctcctgt ggaagcgagg ggctgattga ggcccttaaa gcgtctataa 1018741 aggctgctgg ttttgaagag gtgccctctg gaggacaccg agggaaaacg actgcttcaa 1018801 gccgctgatg gctggacttt acaggaaagg tagcaggtac ctctacgtcg aggtggcaga 1018861 ggtaaagggt cgcggtctgc tcagggtttt catggcaatg ggagaggagg aaaccctaaa 1018921 accctacgtt gaggttttct cggccgggtg agcaaccctt ttaagtcccc ctccccactt 1018981 ttttcggtgt ccaaaatgcg cggtgatctg atacgcgttc tgagcgatat agaggagaag 1019041 gccaacgagc tgaagctcga cggctacgag ccggacgtcg ttctggtcgg cttggaggcc 1019101 tacgagttca taaaggagca ggtgaaggag gagttcgggg gagatgaaga gatactggag 1019161 ctttcaggac ttaagataag gctcctcgaa gagctcggcg gcgatgcggt ggttatagac 1019221 acgaaggccc tcggctacgc ccccgctgca aagaggctca ggatcgtcca ataaccccaa 1019281 aaactctccc gtttctcatc tctattctca gccccgagag ggccagaagg cttagggaga 1019341 cggccattac atcggccaga ctgccggggt tccgcaggtc gcccttctcg gccatgaagg 1019401 attcgaactc ctcggtgctt atccgcccct ccaggagttc cctggccctt ttccgcacga 1019461 gctctgcctc cttccttccg gccttcctct ctatgagggt gtccctcctc tcggcgagaa 1019521 gctcaacgaa ggccttttta acggcctcct caagtggctc ccgcgagagt agctccacga 1019581 gcctgtcggc ggttgagtat gtcagggaat agccgctgat ccactcgcaa aagatcagct 1019641 ctctctcaca gcttatctcc ccgagcttcc agaggttcac cctgtcctcg aagagctccc 1019701 ggaatgactc gtcgctgtac acgtcgtacc tctctgcctt ccctattccc tttgggttaa 1019761 gcgtcctgat tgcccggtaa agttccatcg tgtccctaac agtggactca cggaggagaa 1019821 gagtagcttt ttccctgcct tcaagaacgt tccttcccat tgcgaggcca gccatcagtg 1019881 ggatcgagag ggcaataacg ccaaagtttg ggttggcgtc ctgcactcgc cttaccgctt 1019941 cagttcccct tcttatcaga tccccaaggc cggcctctga gggggagagg atcccttttc 1020001 gcaccagctc accaaccttc acggcctcat ggtaaatggg aacgagggcg gtgttcccga 1020061 agagaaaatg gtagatgctc agatcctcaa aatccctatg cctgctaacg tttccgggtt 1020121 ttggtatggt agcctccagg agggacccga gcaggaaagc cttcacgata ctccatctct 1020181 ccatcgctat caccgcttga tgagcaacag caggacaagc gccgccagga ggagcccgag 1020241 ggggaaagat accgtcacga ccgtcctcga tggaaagact agcatgaggg gcaggaagaa 1020301 agtgatgagg tacactgcgg cgattacaac gacgaccgct atcacggcct ttattaaacc 1020361 ctcatcactc gacacaacac ggtttacctc ctcccccaga tccccgatgc tctcgctcag 1020421 gggcttctcc gtcccttcct cctcgggtat cacaagggct gccaggaagt ataggagtgc 1020481 catcgtgacc ggattgaaga cgagcagaac cacaaagatc aacctaagga tcgtcggatc 1020541 aacgttcagg tactccgcca gtccccccag gacaccaagg agcatcctgt tcgtttttga 1020601 cctcttcaac ctcttgctga cctcggtcat cccgttcacc atccaacccc aattaccaca 1020661 gggagtattt aaaaatttcg aggtatcaag gactcgcttg agtatactgt tagaaaagct 1020721 tatttaagcc ccttattcaa gcgagtgcac cagggagtct gatttgaggg aggtggggga 1020781 ggaccgccag agtttcggtg agaacagctc gaagagtaga acgttgggag tttcatcgta 1020841 taactcaagg ttggagagca cggttttctt gacttcctca tcacccaatg agtacacgtc 1020901 agcaatcacg ggaaaactta gaacgtccag gagataccta accgccaatt cacccgtgag 1020961 cctaccaccg gttcgtatga aaacgacctc cgcaaggagg agcttctcct catcgaacag 1021021 caggtggacg taggcgcttc tctcattctt tgaaaaaatt ctaaccaaga ctccccttcc 1021081 aagcctcagg gcctcttgaa tgagcaggaa cagatcctct ggagatttgc aaacgatgtt 1021141 ttcgaacagc cttatgcctt cccataccct catcttcatc accgatactc attgctccct 1021201 catcctattt aaagattttc caaaattttt ggtaaaatct tggatttatt ccatcgctta 1021261 atgataaaaa ttgcaaaaaa tccaaatgct gttagagaaa acccaaaaac ttgaaagtga 1021321 tttggaattg tgaaaattta tgaaaatgca aaaaagtttg aaaagccctc aggcggaatc 1021381 gtagtatatg acgtaggtat cgccgtcgtc gtagacttcc tgcggggcga cgccgtagag 1021441 gtacttccag ctgaagccgg ggtgagcatc tatgtcaggc cctccaacgg ccttatagga 1021501 agcccaaacc agctcggagc agtagtattt gtccccgtag acatgcttgg tgtaccaggc 1021561 ccagtcatag ggctttccaa gctgctggag agcgaagtac acagcgttca tcctcacgta 1021621 gtctgaggtt gccacgcgga gaactgccac tgtgtcgtac ctctggagga agtccgagag 1021681 gtagaccagc ctgacttcgc tggggtcgtc ccaggcctcg atgacaatgt actctccggc 1021741 ggatgaatca tagccaacga tcataccggt gtgggtccag tagcctggga tgaagagatc 1021801 gcttatgggg ttgtgtccga taacgatatc accgggtttg aggcctgtgg gatacgggtg 1021861 gctgtagggg gctccgctct tgcttccaaa ggctcccacc ggctggagaa ccatggacat 1021921 ggcaacaaca accgtcagta ttgccatcaa cctcttcatt ttaggcaccc cagggagttg 1021981 ttcgtacata ataggcgttt agtacttata aatgtttctt tctgtacatt aatggacgtt 1022041 gagagacacc acagaagggt acaccgttgg agtgtattca aagatccaca gaacactcaa 1022101 ttattgggga taaaatgaaa aacacttagc gaagaagcct cacgaactcc cgcatccatg 1022161 cgtagagatc ttccggatgc cttgagctca cccagttccc atcgacaact accggttcat 1022221 caacccactt aacgccggcg tttatcatat cgtcctttat cccggcgtag cttgtcccct 1022281 ttctgccttt gagaacccct gccgagatga ggatctgcgg cccgtgacag atcgttgcaa 1022341 cgggctttcc atcctcaaac atcttttttg ctatggcaac ggccttctca ttgagcctga 1022401 tcctctcagg tgccctccct ccaggaagga cgagggcgtc gaactcgtcg ggatccacct 1022461 catcaaacct caggtgaact tcaacggagt agccgtgctt gccagttatc ctgccgcgtt 1022521 cgaagctcgc tatgtagacc tcatggccct cctcccttat cctgtggagg gggtatatca 1022581 gctcaacgtc ctcgaaatcg ttggcactca agaacagcac cttcatcctc atcaccggag 1022641 ttaatttcac tggctcctat ttaaaatttc ggccgcaaag cccttaaacc gatcttcgtt 1022701 tttagggtag gtggagcgaa tggacgtgga aaagaagata gagctgataa agaaaaaacc 1022761 cacggaggag ctcctcaccg aggagaacct gaggcacctc ttcgaggttg gaattccgat 1022821 gcagcactac atcggtttcg aaatcagcgg ttacattcac ctcggaaccg gactcatggc 1022881 cggagccaag atagccgacc tccagaaggc cgggataaag acgaggattt tcttagccga 1022941 ctggcacagc tggataaacg acaagctcgg cggtgacttg gaaaccattc agaaggtcgc 1023001 gctcacctac tttaaggagg gcatgaagca gagcataaag gttatgggcg gagacccgga 1023061 caaggtcgag ttcgttttgg ccagcgagat actggagaag ggcgactact ggcagacggt 1023121 gatagacata tccaagaacg tgactttagc gaggatgatg cgttcgataa cgataatggg 1023181 gcgccagatg ggcgaatcca tagacttcgc caagctgatt tacccggcga tgcaggtcgc 1023241 cgacatcttc taccagggcg tcaccatagc ccacgctgga atggaccaga ggaaggccca 1023301 cgtcatagcg attgaagttg cccagaagct gaagtaccac ccgctcgagt ggaagggcga 1023361 gaagctcaag ccggtcgctt tacaccacca cctcctcctc ggcctgcagg aaccgcccgt 1023421 ctggccgata gagagcgagg agcagttcaa agaactgaag acccagatga agatgagcaa 1023481 gagcaagccg tattcggcag ttttcatcca cgacagccca gaggagataa ggcagaagct 1023541 caggaaggcc ttctgccccg cgagggaagt caggtacaac cccgtcctcg actgggctga 1023601 gtacataatc ttccgcgagg agccgactga gttcacaatc caccgcccgg ccaagttcgg 1023661 cggcgacgtc acctacacta cctccgagga gctcaagagg gacttcgcgg aaggaaagct 1023721 ccacccgctc gacctcaaga acgcggtggc agaatacctc atcgagcttc tcaagcccgt 1023781 aagggagtac ttcgagaagc atcccgagcc gctcgagctc atgagggagg tcaagattac 1023841 ccgctaacga tcggtggaag ggatggttcg cttcgacgaa aaggacaggg agatcctcga 1023901 aacgctccga aaggaaggca ggataacgct cacggagctg gggagaaggc ttggtctctc 1023961 cccggccagc gtcaagaacc gcattgacaa gctgaaggaa ctcggggcga tcagggggtt 1024021 ttcggcggtc atcgacccct ctttcctcga gcgatacgtg aaggtgttta tgctcctcaa 1024081 gctcaaggcg gaggatcccg atgtggacag ggtactctcc aagttcgccg ctcttgacaa 1024141 cgttcaagct gtctatagaa ccaccggaag aacgcaggtc ctgataatag cggagttcga 1024201 ggacatggac gagatgaaaa ggttcgctgg aaggttaaaa ggttcccttg gctcgctcct 1024261 cgagtacatc gagtggggca cgatatacga ttcactcaag gagtgctggg tgaccaccgg 1024321 caagagggga agtttccatg gacgtaaggg cggttatatt tgacctcgac ggcacacttg 1024381 taggggcccc cacacccttc tccgagataa aagagcgcct cagagagcgt ctgctggaga 1024441 tgggaataga ggagaacctc ctgggcgatc taacccccat gtacgaaacc ctcctgaaag 1024501 tctcggagaa aactgggatt gacttcgaaa ggcttcactc aattcaggtc gaactagaaa 1024561 cggaacgcat gagggagagt ttcctctttg agggtgcttt ggacgttctt gaatacctcc 1024621 gggggaaagg agttaaaata ggtctcgtaa cgaggagttc gcggaaggcg gctgaattcg 1024681 ctttggaaaa gaacggcata gcggagtact ttgattcaat cgttgcgagg gaggacgttc 1024741 agccagagga gttgaagcca aaccccgggc agattctaaa agccctctcc gagctcaacg 1024801 tcccccccga gaaagctata gccgtcggtg atcacggcta cgatgtcctg gcgtcgagga 1024861 aggcaggaac gctgagcgtg ctcgtaacag gtcatgattc agggaggatg agcttctccg 1024921 tggaagccga gcccgacttt gaggtttccg atctgagggg gcttaagggc ctgctcgaga 1024981 ggctcttctc aacttacgtc gtcgttcctg cgtacaacga agaaagggcc cttccagcgg 1025041 ttctcaacga cctgctccgt tactttcgaa gggaggagat agtagtggtg aacgatggat 1025101 ccagggacag gacgagggag atagcggaat cctacggggt tcacgtgctg aaccatctcg 1025161 tcaacagggg actcggcggg gctctcggca cgggaatagc gttcgcggtc agaagggggg 1025221 cagagctcat tatcaccttc gatgccgacg gccagcatct gctgagcgat gccctcaggg 1025281 ttatgagacc agtggccgag ggaaaggccg acttcgccgt tggctcaagg ctcaagggcg 1025341 acaccagcga gatgcccttc gtcaagaagt tcgggaactt cgttctggat gcaataacgg 1025401 ccatcttcgc gagaaagtac gtgagcgaca gtcagagcgg gttgaggtgc ctcaacaggg 1025461 agtgtgcatc gaagatccgc ataacctgtg atcggtacgc ggtttcgagc gagataataa 1025521 tagaggccgc aaagcatggt tgcagaatcg ttgaggttcc aatcaaagcg gtctacaccg 1025581 agtactccat gaaaaaggga accaacgttc ttgaaggcgt aaaaatcgca ctaaacctgc 1025641 tgtttgacaa actgaggtga tggggatgta tgcggttcag ataatagccc tcgcggcgat 1025701 agtttacctc ctcgtgagga taatcaacga ctacaggcgg ggaaggatag actggtacgg 1025761 cttcgtttcg tggctcatga tattcggcat tttcgcagtt atcgcggtct tcccggtcag 1025821 aatttccctg gagataaagg gtctgctggg actcggcagg ggtcttgatg cgctcttcgt 1025881 ggtctcgata ggtttgatat ttctgcttat gttccagctc tacgtcgaga tcgacaggac 1025941 taagagggag ataactgaac tcacgaggaa agttgcgata gaactggagg aaataaacga 1026001 acggcttaaa aagcttgaag agcgctaaaa gtcgtcccca aacagttcct ccagaaagag 1026061 ccttaccctg tccttgggca gtttgaactg ccttatcttt actattccct tctcctgtgc 1026121 ctccttcagc agtatctccg tcgcctcgtt gggatacatc tcctcgtaga cgatctcctt 1026181 gatccccgcg tttatgacca gcttgaagca ggtgtcgcag ggaaagtgcg taacgtaaag 1026241 ggtggctccc tcaaggctta tccccttcct cgctgccatt gctatgacgt tctgctcggc 1026301 atgaaccgcc ctgtggcagt ggccgtcaac gataaggcaa cccacgtcga tgcagtggtc 1026361 catccccctt ggtgcaccgt tgtagccagt ggccaaaatg tagccgtcct taacggcgac 1026421 tgccccaacc cttagcctcg gacaggtggc cctcaacgag acgagcttcg ctatgagcat 1026481 gaagtactca tccttcgttg ggcgaatctt ctttattcgc tcggccctcg ccctgtcaag 1026541 ggaaatctcg acgcccaagg ttacaccccc tcacgaggag atgatggagt atgccactat 1026601 tctgaatatc ctctcctcgt aggaggggtg ggtggggaat atcaggaagc tcggcctcca 1026661 gtagttccgc ttctcctggg acggcctgtc tatggtgggc tctatcccgg gcagggcttg 1026721 gttcttaacc ctggccctca ggtcttcgta gtacttcagc tcctccagtg cctccttcag 1026781 ggagaggggt ctgtcaagaa gcctgagggc aacatcgtcc gccttaaact ccctgctcct 1026841 caggaatttt gacctctcca gctcgaacca caggtacagg gcaaagctcc ctatcgctat 1026901 ccagaagctc tgggtcaaga ccaggatgag gaagggcatc aggaacgcaa atatcctgac 1026961 gtaagcaacg agtggaaaga agatagtgtc cctgttttta atgtgtccga gctcatgggc 1027021 taccaccgcg gctatctctt cgtcgtccag tatctcaaag agaccgagcg agaggacgac 1027081 ccttctgccg taggaatagg cgttggggat gtactcctcg agggcgtata tctcaacgtc 1027141 ccggaggtta gcccgctcca ggatggagta gagttttttg atgagctccg cagaagctgc 1027201 ccgggctata gggtgacagt tctgacactt tccactgagg gagagcctcc cgaggatcag 1027261 gaggccggtg aagagaagac ccgccaggat cagcccgaag taacccgagg cgacgtaggt 1027321 aagtaaaagc atcaacgcga gggggatgaa caacatcatt tcctacccct cactccttcc 1027381 tgatccggga gaggtaagcg taggtggcct ctctgaagtt gctcatgagt gcgtcgagga 1027441 tgcgctggac aaccctctcc tcgaactcct ccctggttgt cgttattgag taaacgtacc 1027501 tcataccccc ccttccatag tccacgctcc ttgagagaag gcccttctcg cagaggcggt 1027561 tcatcagtat gctgacggtg gagcgcctca tctccggatg gctcttcttc atgtgctcgt 1027621 agacttcacc cgcggttgcc actttgacct tccacatgta ctccattatc tccgcctcga 1027681 ggggaggaag aacggccttg ataccctcct ccgtgagctt gaactcatga ggttccattc 1027741 ccaaccctcc agaactaatc tccaccgaca accataaaag cttttctgga ggtttagaga 1027801 acggccgatg atgagcggtt ggcccggcac cgagaaggtg tggagggcca ccactcctga 1027861 ggcctcggga cagagggaag aaagaaaatc agcccaatct ctttctcatg aactcctcaa 1027921 acctgtccat tgcctcctcg agtacatcaa ccggtgggag gaagactatc ctgaagtgcc 1027981 agtttccggc cttgccaaag cccgagccgt ggacgaagag aacgtgtgcc tcgtggagaa 1028041 catctaagac aaactccttg tcgttcttcc acttcgagcg ctcttcaatg cgcgggaaga 1028101 tatagaaggc cccctgaggt ttgaccgtgc tgacccccgg gatctcggtt aagcgcttgt 1028161 agatgtagtc cctcctctcg cggagctttt tcatgtactc ctccaggtag tccattgggc 1028221 cggtgaggcc cgctatggcc gcgaactgag caggggtgct cggacatatc cttatgcgca 1028281 tgagcttgtc tatcgcctcc ctgagctcca tgagctttcc ttccggatca acgtagtaga 1028341 agtagcccag acgccagcct gtcgcgaagt aaaccttcga gagaccgttc atcactatta 1028401 ccggaacgtc cttcgtgagg gagcccggcg aaacgtgctt gccctcgtag gtcatgaggt 1028461 cgtatatctc atcgcttatg acgggcaagt cgtactcacc cgccagatca aggatttcct 1028521 tgacagtctt cttctcgtag agtgctcccg tcgggttgtt gggattgatg accgcgattg 1028581 ccttcgtcct ctcgtctatt agcttcctca tatcgtctat gtccggctgc cagccgttct 1028641 cctcgacggt taagtactct ctaggctcag caccgtagaa ctttacgagg ccgacgtatg 1028701 gcgggtagct ggggcttggg acgagtatgt tgtcactagg gctgagaagg gctccgaaga 1028761 ttagctgaag tgcctcggtt acggccgtcg tgacgcgaac gtcatcgggg gtgatgtcaa 1028821 cgccgttctt ccgcttttcc ctcttaacga cagcctccct catctcgggc aaaccttcgc 1028881 tgggcccata gtagttgtgg ccctccttta tggcccgaca gtaggcttct ttcatgtgct 1028941 ctggcggttg aaaatcgtac tttccggggt caccgatatt gagccggatg acctttattc 1029001 ctttcttctc aagctccctc gcggggagaa caacgtccct gatggcgtac tcaacgccca 1029061 tcgccctctc ggacggacga atcattacga tcaccgttca aatgttgaga gacatttcat 1029121 aaaaaccttt ccatgagtag aaaagaaagg tcagacactc cagcgcgggt tatcgacgat 1029181 cttgacctct cccccttcat cgatcactat cttggagaag cccttctcct ttatgctccc 1029241 gtagtcgtgg cccgcatccg ctggatatat cgccaggaaa acgaagggtt caccgcctgt 1029301 gttgacggtt ctgtgggccc agtagggggg tacgtagaca actgtcccgg gctccatggg 1029361 tatccactcg gcctcaccct ctggcgtctg gaggagcatt ccacccttcc ccttgagggc 1029421 gtagtagatc tcagccctgt ccgccttggc gtggtagtgt cccttggtga agaagaattc 1029481 ctttccgact ttacccgggt agaggacagt ggtagcgaag ttgaggtcac cctcgcgctc 1029541 ttcctgctcg atggcgtaga cctcgtagac aacggggtcc tccctgagga gcttctcata 1029601 ggcttcctca tccacgaagt agcccctcat gtcgctcagt ttcctgacga tcctcttggc 1029661 accggggatg acacccgttt cgagatcgat cttaacacca aacggcctct tgtactccat 1029721 gcacaatcac cggtgagagt tggagaaccg ctatttaact tttcccttct gtatcaccgg 1029781 gagtgttatg taaggatgtt gagggagtat gcaacgccga tgcttatggc ccaataaccg 1029841 gcgctccagc gaagaacctt gtatccgtcc aacgggggaa ttggccagag gttgaagaac 1029901 gccagccaca ggtttacgct cgccgtcagt tcaagaatct ggtagaacgt tccggaaacg 1029961 agctgtgaac cgacgagggc aatgacgcca accgctatgt tggttagcgg gccagcgagg 1030021 gctatctttc cgaaagcctc tctgtcggcg agcatgtagg gggcgtatat ccgcaccgca 1030081 ccgagggccg cgaagatcca tgcgtttccg gtaagaaccc gggttaggag acccagaacg 1030141 agggcaatca ctatgcccgt gtcccacctc ttgtagaacg ctcggtaacc gtacctttca 1030201 gcagtccagc ggtgggcgag ctcgtggaat acgaatgccg ttaatattgc cggtgcaact 1030261 aggggcatga gctttatctc gaagttcgaa aagagtagca agagaaccag aaaagacagg 1030321 aggagatcct ccagctcctg ggaattcatc tagctctcac ctctatcttc cggccgagca 1030381 ccagctccgc tgccttgact gccgctcccc ctgttccaac tgctattctg acctgatcct 1030441 tgggaacgta gacaactata gtgtcgccat catactcgac ttcgaggatc tcgacgttaa 1030501 gcatctttct gagtctttca agggtgtctg tcatggcctc tccctcagat tctaccggtt 1030561 tcccggttat aaaggttgcc cagctccggg tggataaata aacctccgct ttggtctcca 1030621 tgagttgaga atcctttcga tgcccctctt gtgtcccata ccaacgaccg ccacgatctt 1030681 gggctttttc accccacgca ggagcatgtc gtcaactgcc ctcttgaggt tcatcgccat 1030741 tatctcgttc ctctcctcaa ccagaacgcg gtagaggtaa ggatacctga gcctgaactc 1030801 ccgcatcatg tcctcgtaag acgccagcac gtcggagtcc ccggcaacct cctctcccac 1030861 cccagggatg aagaagaggg aggcctcaag ggccagaaga atcctctctc tgaggggagc 1030921 ctgcaggatc ttgcccatta tcaccctgat gtcttcgtct atgaggataa gcggcactcc 1030981 caaaatcccc gcgctctcta tggccgccag catctcgcct cccggtgcca ttccaaactc 1031041 ttcgcccagt ttctcctcaa acttcgtcag cagatagctc acgattccgg cccttccaag 1031101 ggtaaggctc tccctcaggt ctgcccgctt cccgcttaaa aggccctgaa acctgagcgg 1031161 gtctagttcg accgctatgg cgttcggtct aaccctctct atctctctcc tgacctcctc 1031221 tctgctcctc ggcgagacgt gcatcgtgcc tatgagcctg acgtagcgga gatagctcat 1031281 tttccttcct ccagcagatt ttcgcgtttc cattcacccg atttgtaagt taaaacatca 1031341 aagtcccttg gaatgacgaa gtttactccg gtctcttggc agattttcga agccccgctc 1031401 agatattcgt cgtaggtgta gcgaaaggcc ctgtggaaga gggcaagaag cttaaccttc 1031461 gctctcctcg cggtctcgca ggcttcctca accgttgaat gatagctatc gcccctgtct 1031521 ccatcgctga ggtaagttgc gtcgtgaatc agcaaatcgg ccctctcggc aaagagcctc 1031581 accctttcgc agggttcggt gtcgccggtg tagactacct taacaccacg cctcctcggc 1031641 cctgtaacgt cctcgagacg gattacctgt ccgttccact cgattttgcc atccttctca 1031701 agcttcccga ggatgggccc tggccttagg ccgtactgtg cgagcttctc aggcaggaac 1031761 tttcccctct tgtccttctc cttgaagacg tagcccagag caggaatccc gtgctcgacc 1031821 ttgaagctcc agatttcgta gtccttgaac ttcaacctcg tttcgccgag ctcgtggacg 1031881 tgcacctcaa agcccggcct gaagaaaccg ctgttgagga agttctggac gaactcgaag 1031941 gtgtacttcg ggccgtagat gtggaggggc ttttcgcggt tccagaggtt catcgtttga 1032001 ataagcccgc cgagcccgag gtagtggtca ccgtgaaagt gcgtgatgaa aatcttctct 1032061 accctcatgg ggctgagctt cgcgctgttc atctgcctta tcgtgccctc gcctacatca 1032121 aacaggatga tctcgccctt atagcggagg gctatagcgg gaacgttcct ctcgcgcgtt 1032181 ggcattatcc cgccgctacc gagaaaaatc acctggagca tgttggtagc tctcgcggag 1032241 tggttaaata gctaaccctt cggccagttg tttcgcttga acttctcaac atgctctctt 1032301 cggaacacga acttcactcc gtaccttttc ttgaagggga gtttaagggc attgtagatg 1032361 aaaacgaagg caggatgcct gacgggtcta tccactggtg tgagggcccc tgtggggcag 1032421 gcttcaacgc agatgtagca tttcctgcac ttctcgggat gggccatgta gggcctcagc 1032481 ctgaccttgt atccgaggcc gaagagacta actctcatcg gcacgacctc ccatatctcc 1032541 tccccgaagg gacaggcgga gatgcactct tcccctccgc cgcacagggg gtagtgtatc 1032601 gtcagagggg ccgtttcctt catcctctcg tggtaaaccc tccagtcctc agcttccata 1032661 agaccaccat gcatgtctgt attcgacata tcgctggaca tatcgtttat aagcctttgc 1032721 atgaggaaag gattaaaacc ccagcgacgt agttaaggcg gtgaagcgaa tggaagacct 1032781 tctgaaggct ttggaggaga aggacacgaa aaaagtggca agtctgctct actacaagat 1032841 cgacgagctc agcgatgagc agcttgagga ggttctggaa aaggccgaaa agctcgcgct 1032901 ggagaagaag gactacgagc tctacaagct ggtcgtctac tactaccacg agttcctgga 1032961 ggttgacaag ataagcgagt tcgaggagct tgccgagaag gagggcacct ttgaggcaaa 1033021 gttccattta gcggaccttt acttcctcat cggagagctg gagaagagcc tcgcgatgta 1033081 tcaggggctc attgaagagg agatcacgaa gggcaacctc gagcacgtgg cggagatcta 1033141 ccacaacatg gccctcatcg aggaggagct ccaggactac gaaaaggcct acgaactgct 1033201 tgagaaggcc gaaaagaact accgcgagct gggggatgag gaaaaactgc tccacgtcct 1033261 tatttacaag gcctacgtga agttcgagat gggagacacc tacgaggcca aggctatgct 1033321 ggctgaactg ttgccgcgca ttatggagat tggagacagg aggcttctca ccgaggttca 1033381 cctgagcttt gaggagatgt ttgaagagga ggataactac gacgccgccc tgcaggagtg 1033441 cctgtactcg atgctctggg cccggggaac cgagtactac gacgtcgcct tcgatgccct 1033501 cgttgatgtc ttctggcagc tcttcctcga ggacgacttc gagaggatat acaacaacgc 1033561 cgacatgttc atccgcgcct ttccggattt cggagcgttc tttgaggggg tcaagtatct 1033621 ggccctcttc aaggacggta aagtgaagga ggaagagctc aagaaggtcc tcgaaaaggt 1033681 cgaggatagg agactactcg atctcctcga gttccttgga gaggccgagc tctgaggccc 1033741 actccaccat cttttttgcg atcgggtctc ttcccccaag acgcccgtag aggcggtagt 1033801 ttctcagcat cctgcggtag agttccaagg ccttttttcc ccgcgcaacc ccgagcctcg 1033861 tgaaatcaac cgccatctca atcagcgcgc agtccgcacg gctcatcggc ctgggggaga 1033921 gcgagccctc tatctccccg acgggggtca tggttgcatc gaggacactc gtcgtcccga 1033981 tttcatcaga gtgctccttt gtttcccact caacatctcc gtagaggccg ggaagcccct 1034041 tcacccaccg gtatttgcct gcctcaacga acccaagctc ctcctcgggt gggatgttta 1034101 gtgcaagccg aacgatcaaa ccggcgtcgt tggtaaactg aattgaaacg tggggatgtt 1034161 cctttatctc ctcggcgctc tttcccccga aaagccggaa gtggagcttt gagcctttcc 1034221 tgacgacgcc gaccggtgca acgttgttcc tcgtcacgag gagaacctca tagacctggc 1034281 cctcaaggag aaattttaga agggaaaaca tggaaacacc gtcagagctg tttgggaagg 1034341 acgaggatgt cttccctctt tatgtagaac ttcactggca tggttggcct gaggttctcg 1034401 acgtctttgg tgcttatgct cctcgctatg agcctcgtgt cgtcgaagat accaacgacc 1034461 tcgacgaaga agccgtagta ctccaccagg tcgaccttgc cctccatctc gacggcgtcc 1034521 tcaacgggct tgaggtgaat cctctcgggc cttatgacaa gtgcaacgtc gtccttttcc 1034581 ccggtgtagt ggagcccctc aaagcggaag cttccgaact caaccgtaac gcggtccccg 1034641 ttcctctcga cgactttggc gtgaataacg tttgtcttgc ccatgaagct cgcaacgaac 1034701 tccgtcctag gcctctcgta gatctccctc ggcgtcccca cttgctccac cgttccgacg 1034761 ttcatcacgg ctatcctgtc acttatcgcc attgcctcct cctggtcgtg ggtaacgtag 1034821 ataacggtga taccgagctc gcgctggatc ctccttatct ccgaacgcat ctcaaggcga 1034881 agctttgcat cgaggttgct cagcggttcg tcgaggagga gcagcttggg ctcaacgacc 1034941 agggccctcg ctatcgctac acgctgctgc tgaccgccgc tcagctgggt tgggtagcgg 1035001 tcctcgaagc cttggagctt cacaagctca agggcccact tcacccttct gtctatctcc 1035061 tccttgggga gctttttcag cctgaggccg taggccacgt tgtcgtagac cttcatgtgg 1035121 ggccacaggg cgtagttctg gaagacaagc acagctcccc tttcgcttga gctgaggttc 1035181 gtcacgtcct gatcgtcgaa ccacacctta cccgacgtcg gatagtccag gccggctatg 1035241 atcctcagcg ttgttgattt gccgcagccg ctcggtccga ggagcgtgaa gagctccccg 1035301 tgctttatgt gaaggtttat gcccttgagg gcgacggtat caccaaactc cttaacgacg 1035361 ttctcaagtc tgacctcaac catcttacca cctcacgaga ggcctatgaa ggagtacttc 1035421 tgcttggtta tcacgttcac gagcactatt gagattatct gcaccgtaat gagtagcaca 1035481 cccagggcag ccgctatgtt cacgcttcca acggctgaca tcatgatctc cttcatgtag 1035541 gctgttatcg gcgcgttggc cattttgagg gaacccaggg taatgcccac gctggtttca 1035601 ctcatggagt aaacgaagct cagcattgct cctccgaaga cgttgagcga gatgagaggc 1035661 agtattatgc tcgttatggt cttccacctg ctggcaccga ggttcatcgc ggcctcctca 1035721 agtgacacgt gcacctgctg aaggcccgcg tagactgacc tcgctgcgaa gggaaggcgc 1035781 cttatcgagt acgccaggat gaggacgtag gcagggttga agtgcttggg atctattgga 1035841 tcgagcggtg ttcccgggaa gatctggtgg aagaagtaga agtatcccat tgccacgact 1035901 attcccggaa ccgccatggg caggatgact atgctctcga ggaccggcgt tagtgccccc 1035961 ttgaacctgc tcgttgcgta ggacgatgtt atagccagga gaactatgag cacgaccgct 1036021 gcagctgaat aggtgaggct gttcacgatg tacctcctga cgtctggatc caggatcatt 1036081 ttcttcacgt actttgctgt tatctcggtc tttttgcccg ctggaatgtt gaacatcgtc 1036141 gccttgaagg tggaggagtt caggttgagc atgcccgcac ttacagtacc gctcccggtt 1036201 atagggccga gcatctgggt gtgtatcgtt ccattgtact tgctggcttt gccctggaag 1036261 tcggcgtaga tgattttgcc atctacggtg aacgttccat cttttatgct cacattgcca 1036321 acgatgaagc cgtttagagt gccgtttatc tcgccgatca ggttggagta accgtgaacc 1036381 ttgccctgga agaaccaccc gtttttggac gtctccacga cgccgttttc aggtagctgg 1036441 acgttgaagt cggggtaaat ggttccgatg atctgggcgt ttatgtctgt cacgtttgtg 1036501 actaccctct gctcctgagt gaaggcgagc tttacaacac cggcctgcgg cgttatcgtg 1036561 aacacgagga gtgggaggag gacgaggtat attatgaggg cctgtccgag tctgggcttc 1036621 ctcaccctcg gggaccacct tccgcccttg ctgagcatcg cgtactgcct aagaccaacg 1036681 tacttcctga tcccgaggaa agctagaatg gccagggcaa gcatgactat ggccagggcc 1036741 gctatgagcg ggctcctctc gccggttccg tagaggaact tgctgaacac ctggtaggag 1036801 attatcttct tggcgaggtt gttgctgtgg aagacgattg gcgcggcgag atcctcgaga 1036861 ctgaatatga agacgagcgt ggccccagcg gctattcccg gaagggcgag cgggaacgta 1036921 accgtcctga aaaggtggaa gcccctgctc ccgaggtttt cagcctgttc ctcaaggctg 1036981 gggtcgatgt tgatgaagct cgcgtaggcg ttcaggtaaa cgatcgggta gtacgttatc 1037041 gcctgggcga gcgttacgcc ggctaagccg tctatcctga ccctgaagtt gaagagggca 1037101 tggagtatcg aactgacgag accgtactcg ctgaagagct gctggacgac gtaggcgctc 1037161 acaaaggggg taacgagcag gggtatgaag aggaggatcc tgaagacgtt cttacccggg 1037221 aactcgtagc gcgccatcac aaaggcgaag atcgtaccca ttattgaagc cagcagggta 1037281 acgatggccg ccacgattat tgagttcagg attattccaa aatcgagccc ctcaattatg 1037341 tacagggtct cacccgtacc aggcatctta acgctctgga tgagatgcca ggaggaagga 1037401 agcttcatat agtccgagtt ccacgtgaat atctccctaa accagtggag ggatacactc 1037461 ccgttgtagg tgaacgcgat ggccagcatg gccagaactg ggattatcag gaagaacacg 1037521 aggtagagca gggggaaaag ataggaagag atgacgagag gctccggctt ggggatgccg 1037581 aagagcctct cgatccactt agagctcatc cattcacctc ctggagaacc ttctggtact 1037641 tggccttggc ggcgtcgcgc cactcctgca ctatagtgtc cttgaagttc ggatccttga 1037701 ggatcttgtc gttgatcttc tcggcgtact cttcggtgaa agtgacggtc tctccggttt 1037761 cggggtcctt gaactggatc ggagcggtca gctcgtcctt gagcctctca aaggtctggt 1037821 cgtctatctt gccggacttg tgggcgttca cgatagccat ccatgccctg tggagctcct 1037881 cgttggtgtc gacgagtgtg gctttgaagt actgctgcat tgcgtagatc gtcttgaggg 1037941 ccctctcatc atcgaactgt attccccgcg tgtgaagggc gaggtagtaa gccgtcctga 1038001 ggtcttgtct ctgctgtccc tccggtgtgt tgaagatcga cgggttaacc ggaagcctgt 1038061 taacctcctt gttcagccat atcttctgac cctcggtgag aacccagtag atgaaggcct 1038121 gagcggcctc cgggtgcttg gaggacttga ggagcgctat ggggtcgccg tttatgatgc 1038181 tctccccctc ggggatgatg tagacacagt ccgggttgag ctgcatcgcg gtgtagccgt 1038241 agaagtcaat tgtgtttcct gccgctatgt ccccggcgat aacggcctct ctaacggcat 1038301 cgctcgcatc gtagatcctt gagttggccg ctatgagggt gaggatcctc catccctgat 1038361 cccagccgaa ggcctggagg ataatctggt agatcctcgt gttggaggtg ctcctcgttg 1038421 gatcggctat accgtactgg ggcgggtctc ttgcccatgc ctcgctcgct atgtcctccc 1038481 acttcttggg ctctggaaga ccccacttct gaagggcctt cttgttctcg gtgaatccga 1038541 aagacgatag tgcagcggca atccagtaaa ccttgccgtc gttatccttc ctgaccatgg 1038601 gcattcccgc tatggtctcg gagatgttcg tgccaaggag tgagagtatc ttctcgtcgg 1038661 ttattggggc gaggtaaccc tcggtgtaga gggtgtcgaa gagggtcgga cctccacccc 1038721 atccgacgtc ggcaacgccc ctcttgatga actcaaccca ctgggactcg gttgccttga 1038781 taaagcggat tttggtgatg tggtactcct tggcgatatc gctcttgagg aagtactcct 1038841 tggctaaact ctgaatcgtc gtgtcgtgcc tggtaaggat tatgagctcg acgttaccct 1038901 gctggggggt tgttgtggtg tgggttaccg ttgtggtggt ctggggggca gtggtggtcg 1038961 tctgagtggg ggaagtagtt gtctgggtct gggaagttgt tgtctcgccc tgggttgagg 1039021 tcgtcgtttc cgagggagat acagtgtact cattgctagt agtcgtctgt gatgccgaag 1039081 aagtcgtgga tttggtgggg ctctcgcttg agctggtgct ccctcctcca ccgccgatac 1039141 acccggcggc cacgacgcta aacagaacca ggaagacaac aaggaaagcg gcggtctttc 1039201 tcataagcct tcacccctgc atcattcttg cccttcactt ttaaggtttt gtcactaact 1039261 ttggatcaat tttgggaaac tatcggtgtg tttttgcacc accgtgttaa tatcgctttt 1039321 ggttcaagca caggtttaaa aggtgtgggg gatctttagt ggaatggatg gtgaagatga 1039381 aggcttcagt tgaggcgagg aacctgacga tatactacgg aaaacaggtg gccctcagcg 1039441 acgtgacctt ccagctcgga gcctcggaaa cactgctcct gctcggacca aacggcgctg 1039501 gaaagacgac cctcctcaga accatagccg gctttcacac tcaatacacg ggcgaacttt 1039561 tgatattcgg gaaaaagcca gaggaagcca aggagctggt gtcctacgtc cctcagagcc 1039621 attctctaaa cgagaacgtt cccctgactg ccctggaggt agtggccatg ggcgcgatct 1039681 acaagagggg tctgatacac cggaagattc cccccgagat cgaagaacgg gccctaaatg 1039741 tgctcagttt tgtgggtctt gagaacgttg ccaacaaact cttcaggaac ctcagcgggg 1039801 gacagaagca gagggttctt ctggcaaggg cactcgtcag cgatcccaag ctgctcctcc 1039861 tagacgagcc gctctcggcc ctggatccat cggcgagggc cgaggtaacg tctgtcttgg 1039921 acaggataaa gaaaaagaag aacatagcca tgataataac gacccacgat ataaaccctc 1039981 tcctcgagat aggcgacaag gtcatgctca tcaacaggcg gatgatcgcc tttggaaaac 1040041 ctgacgaggc cctgaccgac gagataatca agagcgtcta cggcccaatg gcgagggcga 1040101 taaaggttga agagcgcctc tactgcataa cgggagactt ccacattcac gttaggaggg 1040161 ataggaagtg atccccgagt tcatgctccg ggccatactc gcaagcatca caataagcgt 1040221 cctcctgggc ctgttgagtc ctttgataaa catgaagggc ctcgcgttcc tcacccacgc 1040281 actcttccac gccctcctct tcggtgccgt gctgggcatg atactcgggc tggtgttcaa 1040341 caacctctcc ctcgttatgg cagtggcgac cttgataacg gttctcatag tgctgacgat 1040401 agcggaactt gaacgcctcg gcttctcctc cgattcagcg gtgggaattg tggccagttt 1040461 tgtggcgggc ttaacggttc tcggctttgg cgtgctctac aagctcatgg ccggcaggcc 1040521 gtacttcccg ctcaccgaga acgtggtttc ctatctaacc ggcgagctct ttctgataac 1040581 ccgggagaac ctcctgactc taacgggtct cgggtttgca atactcctcg tgctccttct 1040641 gttttacagg gacttcctgt acataagctt cgacatggag ggcgttgaga gctacggggg 1040701 gagggccagg ttctatctcg ttctcctcta cgtcctcgtt ggcctggttg gttccctcat 1040761 agttcagagc gtcggtctcg ttacccttca ggtggtcgcg gttctgccgg gggcgatagg 1040821 acttatggta agcgacaact taaagaaggt cgttctgacg agcctgctcg tcacgctgac 1040881 tgttcagctc tcctccgtga tcatagctta tttcacctcc attcccccga gtggaatagc 1040941 aacgataatc ctcggtatag tctacgggat cctgctggtc aggaagtgat cggaatgggg 1041001 aggaagatag ccgggataga cgaggccggg aggggaccgg tcattggccc gatggtcata 1041061 gcggctgtgg tcgttgatga ggagaagctg aaaagtctgg aggagctggg ggtaagggac 1041121 tcaaaaaagc tcacccctgg gaggagggag cggctctttg atgaaataat tgcgcaattg 1041181 gatgattatg taatcattga attatggcca gaagagatag actccaggga ggtaacgctc 1041241 aacgagttcg aggttgagaa cttctcgaag gccctgaact cactgaaggt taaaccggac 1041301 gttgtctata tcgacgcggc cgacgtcaag gaggggcgct tcggggaggc cataggcaag 1041361 ttgctcaagt ttaaagcgga gatagttgcc gagcacaggg cggacgataa gtttgttccg 1041421 gtttcagccg cctcaatcct cgcgaaggtg gtgagggaca gggcaattga aaaactcaag 1041481 gaagagtacg gggagatcgg atccggttat cccagcgatc cgagaacgag ggacttcttg 1041541 gagaggtact accgcgaaca cggcgacttt ccgcccatcg tgaggagaac gtggaaaaca 1041601 gtggaaaaga tacgaaaaaa gctggaatcg gagagaaaag gatctcagct aacccttgat 1041661 tcgttcgttg tctgagaact ttcatctgtt acgtacttct ttggaaggcc accgggtctt 1041721 gactttctct ccctcctgcc cctcgcgagg gaaaccttct ttggaagccc cctatgctcc 1041781 acgtaaacgg tcggtggaag gggtatcgcc gggatcagtc cgggctcttc agctctctcg 1041841 gcctcctccg atttctttct cttctcctcc acgtattcaa caaacctcct gatccggagt 1041901 cccctgccaa tccagtagag gtagtcgagc agtgactccc tgaaggcgtc ccagttgact 1041961 atctcgtaga cgaccacgcc catagtaacc gccgcttcgg gaacgagggc cgtggcgtag 1042021 aagctgaact gggtctttcc accgagggca tactggaggg cgaaaaaacc aacggtgctc 1042081 cagaatatgc cgaatggaac gaggataagg tttctcctct tccagacgta ggggaccgca 1042141 aagatggcca ctaccatgaa cagcaggagc gttgggttgg tgtccgcaac tatgtcgggg 1042201 ttgaagtgga agtggaagga gttgccgttg tagaaccact cccagaacgg tgccgtccac 1042261 gggttgggac ccttgtagct gaggtgccac ttgaagctcc caaggaagtt ccgtagccag 1042321 tcgttaaagc ccaccacctt tattgccggg atctccggca ggaggaagcc gagtagggga 1042381 agggataagc cggccgtcag gaaagccaaa aggggctcaa gggcctccct gcttgagtag 1042441 gtgaactccg caaccgccag aaccgtcaga attgccagta tctggaagta cttggcgtcc 1042501 cagtagtcgg ccaggtactc ggagtaagca actacggtga ggccgagtag aatcagtata 1042561 actaccatcc ggatagcttt cctccatccg gctttctcct tggcatcggc aagtaggcgg 1042621 aggaacagga cggggtagcc aaaggcaccg ctcagcttcg ttgcacccgc caaaccaatc 1042681 ccaaaacctg accagttcct ccagccgtag gttaggagga acgtgaagag agcgacgaag 1042741 acgccgacgt atatgtccag catcgcggtt actgcggtcg cctgaagggt cgggtcgacc 1042801 gcgacgaaga atagggctat gagggaggcg aggtagctct ttgttatcct gtaagctgtg 1042861 aggaggacga ggatctgaag gaagccgtag aggatcagcc ccggaacgcg ccagtagaag 1042921 ggtttatcac ctaggatgag catggagagc attatgaagt ctttgccaag gagaggatgc 1042981 tcgaggttca ggtagttctg gatgttgtcc ttatcgggat acctgaagcc cgttacggtg 1043041 tagtaagcgt tctccgggat gttgttttgg aggtagccca tgaagtcatc cagcttctcc 1043101 ctcgggatct cgacgtagat ccccgggaac ttctggtagt ttacggtggc ggacatgttt 1043161 ccctcgtaca ttatgatggc ttcgtccaca acgtgctcgt actccgcctt ttcatcgtcg 1043221 ttcgagaaga tgacgttcac gccctcgtac ccgttgtgga cgtagtgggc ctcaagcccc 1043281 aaccggtgga gcatgttcct cgatgccggg acgtaccaga cctcgtcgcc cacgtaatcg 1043341 ttgagatcag cccgcgaggc tgtgtcaaaa gcgtaccaca gcgaggcccc gatcatgccg 1043401 gccgcgaaaa gaatgaacag aactaatttt acctgcctca tcgttaccat cctaccaccc 1043461 gccgatattg ggtttatccc cttttaagct tctccatgcc tcaacttttt aaacgctccc 1043521 cccaattagt gccgatgagc tgggttaacg aagtcaccga ggatcaggtt gaactcgcgg 1043581 tggagctggt gaagagaggt ctggacgaga gaaagctccg ctcaaagctt ggtccttact 1043641 ggaaagagct ggttgaggta gccaaggcca gattacgggc aaaagacaag ttttccaggc 1043701 aggatctgtg gatggatctc gaggggcttc gttacgcaac ccacgagatc gttgcaaggt 1043761 accgggcgaa aaggctggcg aacttcgggg tgaagagcat agcagacgtc tcgtgcggga 1043821 tagggataca gttaatcttc tacgcgatga aggttgagag ggcctacggg attgacattg 1043881 accctgttaa gatagagttc gcgcggagaa acgccgagaa atacagagtg agcaacatcg 1043941 agttcataaa cggggattcg ctctcagagg agacaatcag gagaatagac gcggaggtag 1044001 tcttctcaga tccggcaaga cctccggaag ccccggagag aacgcttgag gggctcctgc 1044061 ccagtccact cagggtttac gaggcctatc ggtcaaaggt aaacgccttc atctttgacc 1044121 ttcctcccca gatgaggcgt gaaaaggttc cttggagtgg agaattcgag tacatcgatc 1044181 tcttcggggc gataaaccgg ctgaccttct actttgagcc ccttgcgagg gccgagagga 1044241 gtgccgtgac gcttccaaag ggtgcgcggc ttgagagcaa tccggatctc gagaacatag 1044301 ttgagtggac ggaaaagccg ggccagtacc tctacgagat cccgcagagc atagactacg 1044361 ccgacttgat aaacgagcta ttccacgcgg tagagggcga gatgaaaatg cttctccggg 1044421 aaaagaggcg cgttttagca accggagacg acgagatcag aagcgactac ttcaagaggg 1044481 tttactccgt cgtggccgtt ctgcccttcc atccggtccg gatcaacgac ttcctgagga 1044541 gagagggctt tggcagggca accctcagga taagcctgcc cgaccgggag tactggcgct 1044601 tccgcagaaa ggtagaggca gggctgaatg gggagagaag ggccttcgtc ttccagctgg 1044661 ggagaaaggc gatcatcgcg gaagagctat aactcctcta tccttgcgtt tcttatcttc 1044721 ttggagccta ttctaaggct cttgaagtaa tccacgtgct cttcaggtag aaacaagtcc 1044781 agtctcgtct cccttaggcg tttctttttc ttccttgttt cctgttcctt ctttgtgata 1044841 gttccctgtc caatgaactc gtcgattttg cggtacatgg tttcagccgg tgagaatatg 1044901 cagaacggta taaaactttt gccgacgaaa ggattttatt gacactctct gatacacgtc 1044961 tggtgattca gatgagaatc gaaaggcttc gcgaatttat cgcagaaaag gaactggacg 1045021 gcgtgataat aacccacagg ccaaacatct actacttcac gggttccgct cccgttctcg 1045081 gcggctacct gatcataact gccgacgatg ctttgttcct cgttccccag ctggagtatg 1045141 aagaagccag agaaacctca cgcgttccgg ttgaggcctt caagcgcggc ccggagctct 1045201 tcgagaggct caagtccttc aggctaaaga agctcggaat cgaggggaga accgcctact 1045261 caactgtcca gagctaccgc gagaagctcg gcgttgagga attcgttact gttgatgacg 1045321 tcatcaaaga gctgagaatg attaagacga aggaagaact cgaggtcatc caggccgcgt 1045381 gcgagatagc tgaccaggcg atgcttaccg cgatagagga aatcagcgag ggcaagcgcg 1045441 agagggaaat agctgccaag atggagtacg tcatgaagat gaagggggcc gagaagccgg 1045501 ccttcgacac gataatagcc agcggatggc gctccgcttt acctcatggc gttgcaagcg 1045561 acaagaggat agagagggga gagctcgtcg tcatcgacga aggcgcgctc tacaaccact 1045621 acaactccga cacgacgagg acgatagtcg ttggcagtcc caacgaaaag cagaaggaca 1045681 tctatcaggc ggttcttgaa gcccagaaga aaggcgttga gatggcgagg cctggaataa 1045741 cggcgaagga gctcgacaca atcgttaggg acgtaatcaa ggagtacggc tacggcgact 1045801 acttcatcca ctcgacggga cacggtgtcg gtttagagat acacgagtgg ccgggcgtta 1045861 accagagcga cgagacggtt ctaaagccgg gcatggtaat aacggtagag cccggaatct 1045921 acatccccaa gttcggcggg gtcaggatag aggacacgat agtcatcacc gagaacggtg 1045981 ccaggaggct taccaagacg gagagggagc taatctaatc cccaaacttt tttattcaca 1046041 tctacacact accattgagc ggtgatgacg atggaaagcg ttgaaaagct catcctccaa 1046101 gaacttcgcg agatcaagga ggagcttaag gcactcaact cgaagattga caactttgcg 1046161 ggctatttcg aagccgatga aggcgagctt cgggagctga tgagagaact ggaggatgcc 1046221 aagaaaaacg gcgtgaagtt agaggaggtt ctccatgagc tatgaggtca ttctttcgcg 1046281 aaacgctttg aaatttctca agaaactgcc tccggctgac aggagtcgga taaaggatgc 1046341 ccttcttaaa ctcggtcaga acccatggtt cactcagtat aaaaagctca ggggctatcc 1046401 tttctaccgc ataagggtcg gggattatcg tgtaatctac agcgttgatg agaactcgaa 1046461 gaccgtgtac gttgtaagaa tcgggaagag ggatgaggtt tacaggaaca tcgggtgatg 1046521 ctcatgcaga tactcgaaga gaagcccaag gagggtatag tgaaggtaaa ggccgaaacg 1046581 ctggacgatc tctggcacct ctaccacgtc atagatcccg gtgatgtagt ttatgctaaa 1046641 acactgagga agcaggccca acgctctgac tcgcttaggg ccgagaaggt cgaggtcatt 1046701 ccggtttacc ttggtgttaa ggcggaaaag ataaactttc acaagtttgc aaatcaggtt 1046761 cgcgttaccg ggccgatagt ctacgcaagc agggacgatg ttcccctcgg caagtaccac 1046821 acgataacga ttgaggaagg aaccgtcgta acaatccaga agccccgctg gaaggagcac 1046881 cacatcgagc gccttaaaga ggcgatagag gcctcgaaga gggccaaggt aatgattgtc 1046941 gtcatcgacg agggggaagc tgacatagca ctcgtccgcg agtacggcgt cgagatggtg 1047001 gcgagcataa ggcggaacct cggcgggaag cgctacaaca cggatagaga aagcgaggag 1047061 aagcgctttt tccacgacct ggccaagacg atggccgagc tgatggagag ggagaaaata 1047121 gagaaggcta tcgtcgcggg ccccggcttt gtcaaggagg acttccacaa gttcctgcgc 1047181 gagaactatc ctgagctggc gaagaaggta gtcatcgaag atacgagcgt aaccggaagg 1047241 acgggcatct acgaggtcat caagcgcgga accgttgaca gggtttacca cgagaacagg 1047301 gttgccaagg aggttcagct agttgagaaa gtcctcgaac atgtcgcaag gaacacgggg 1047361 ttggccacct acggcctcag ggaggtcgag gaagctgtaa actacggcgc ggttgagacg 1047421 ctcctcgttc tcgacgagct gttgaagggc gaacacaggg agaggataga ggagctcatg 1047481 gacgccgtga ggtacgcgag gggcgaagtg gtcatcgtca gctcggagca cgagggcggt 1047541 gagaagttga aggctctggg cggtctagcg gctctgctga ggttcagggt gaagtgagcc 1047601 tggagcgcac aaatgagagg gcgagttcgg cgagccttat tgcgttctct gcctcctctt 1047661 tatctggctc gtggagggtt ggatacctcg cctcaacggc gtaggcggtt agaacgtcaa 1047721 catcatcatc gaagagcttt aggaattctg aatccacttc agcacatagg agtatgagct 1047781 ctccaatgtc gtgggttctc ttgatgggca ttcccctcga tactaaaaac gcttttagag 1047841 ccttttctgc gcactgctgg gcgtgaaaag ttgcgtaatc gtagaattcg agggaaaggc 1047901 tgtttttagc cagtattagg tctttctcag ccttctggag ccactccctg aagctcaaat 1047961 tttcacaccc tccctcaggg cgtagtagta aacaaagctc gtgtcatctt tgactttctc 1048021 cagctcgtcc cttgagatga agatgatatc cgccttaatt cccttcaaca gaagctcccg 1048081 gtgcattcgt ttgtaggctt cgagttccct tttcctttct accggctccg acagaacgac 1048141 caaaacgtcc cagtcactgt tggctctaaa atctcccctg gcacgggagc cgaagaggat 1048201 tacctcatcg acttcaagac ccagttcgcg ggacactctc aaaattacat cgcggataag 1048261 ctccgagctc atgggtgata ctacaccctc ctcctattta tcgtttgtca tatagctcca 1048321 cgtaggggtc gcccttgaac tcggggaagg gtttttcatc gccgccctcg acgagaaccc 1048381 tctccttctc ctccgtgaac tcgccgagct caaatgccag aattccattt ttaagtaatt 1048441 caacaattaa agcctcactt ttctcgggcg gtgtaatggc tatcagggtg cccgttgagg 1048501 acacactcca gggttcaagc ccgtagaaat cgagaacctt cctgacgagg ggatcgaggt 1048561 ggagcttatc cgcgtagacc ctgaagccga ctcctgagtt gtcggctatc tcatggagag 1048621 cagtcaggcc tccttcagtg gcgtcgtgca ttcccctgac gaagggcctc gctatcaggg 1048681 catccggaac gacagtttcg aagtaaaagg agcgctttag tctcatcaat tcctttttgg 1048741 tcagcacgcc gaggagttcc ctccccctga agtatgcggc agagaccgcg aactcaaggc 1048801 ctaccttggc cgtcacgact attctatcgc ccggtctcgc tatcggcaac ctgagcttgt 1048861 ccttccgcac tattcctgca accgctgagg tgcccgttgg ttcgaggacg gaagggtaaa 1048921 ccccagtgtg tccccctata acagaccccc cgtacttgag acactcctcg tttacgtcgg 1048981 ccattacctc cctgacgtat tcctctgatg tgccctccgg aaatagaagg ttcagcacga 1049041 gccatcttgg ttcggcaccg aaaaccgcaa cgtcgctggc cgcaaagtgg tatgcgaaga 1049101 acccgaaggc ttctttggga acgccaatca cgggatccgt tgcaacgacg aggtagttct 1049161 ccccgtcgta ctcgagaacc gccgaatcaa agccttcttt tggcccgtaa acgaccttct 1049221 cgtccttaac acccaggtag gggaggacgg ttttcctgag gacatcgttc ctgagctttc 1049281 cgggtggaag cttcatcttc cacgcacctc ctccagcagt gacttgattt cccggagggt 1049341 ttcctcatcg cagtcccagc acatgatctc aaaactggga acgcgaacgc tcacccttac 1049401 ccttctcctc ctcgcgattt tgctcacctc gtagtttacc cgataagcca tgtccattag 1049461 ttccggtttt atcgtttctt ccttatctat gtattggagc gggcagccct cgcgccactg 1049521 cctccttctc gagtgttcgt acatgcggta gggccttacg tcggcttctt ctgcaagcct 1049581 ctcaacttcc tcggccgtgt actttatcaa ggggcggagg ataggaagtc caatcctcgg 1049641 tatcctgcag agccttatat cgcccttaca ctggtcgagc agcgccccaa ttatcttgtc 1049701 gttggcgttg tcacccttgg ccaggatctc aaagccattg ttaagggcga accatttggc 1049761 gttccataac ataaccctct tgcagtgaat gcaaacgggc cccttcctgc caacggcttc 1049821 ccggagcagt ccatcggtaa tgtcgacgag gtagtgttcg acacccagtt ttcgggtaaa 1049881 tttcatcgcc cacctcagtg tctcgtgcca gctccagcgg tggaagaagg tcagggctga 1049941 aacgtcgaga ccagcctctt tgagaaggta aagggttaga gaactgtcct ttccgcctga 1050001 aaagaggacg agaattctct tgtctgtgag acttgtttcc ctgacaaagc ttctgatttc 1050061 tgatatcgtc tcctcaagca tgtaaaaaaa taggtaaggg ggttaaaaag cctctgcaga 1050121 ggtttccccg gattcactct ccgtgagatg gcggtaggcg attgttattg aaatcgccgc 1050181 gtatggggta aggactattg ttgcgagggc cgaacctatg tagggaatga agctgagaat 1050241 aacccacaca agcccgacga ttattaccag cacgataagg taaacgagaa cttccccgaa 1050301 tctgccggtt gtcaggttta tgctctcttt tattgcatct atcgcaccga ggttctcaat 1050361 cattattaac ggaattacga aggccgtgag catcagccag agaagtccag gaattaccag 1050421 caggaacagg ccaatgaaaa atcctatccc tattatgagg gatgctatgg tcaggtcaat 1050481 gatttttccg aaggccgcat taagcccttc catgtaactc gcagggtggc ctttaagctc 1050541 ttcatctgcc atatggacga gggcaccgct cgctataatc gagaggatga acgaaataag 1050601 ggacagcagg gcagccgttg tggaaatacc aaatcccact tctggctttc cagcggtcag 1050661 gctcgaaacg aggtccacag ccgcaggaat tgctggcgga atgaaaaagc cgtagttgtc 1050721 agtcataatc tcaagaggcc tccgaagggc ttcgccaaca tcgattgttc ccataagaca 1050781 ccacactcca acgttttggg gtgaataagg cgttcacctt tatataccct ctcctctcga 1050841 agtttgaacc ttaaagagcc caattcgaac ctctgagttt tgttaggccc accaaagatt 1050901 tattaaggac ttcgccaaca tcaagtggaa ttaggaaaac ctaacggtga tgaacatgat 1050961 tgtgccttta ctctcactgg tgccagggga acggggcgtt gtcgttgatc tgaggggagg 1051021 gcccaacttc aggagcaggc tctacgcgat gggacttgct ccaggagcca tcgtcagggt 1051081 tcttgagagc tatcccaggg gacccatcat actagaggtg ggcgggacga gactggcgct 1051141 cggcaaggga atggcatcga gggtctttgt gaggaagctc tgaggtggta gcatggcgat 1051201 gagggttgtc gccctagccg ggaatcccaa cgtggggaag accacaatat tcaacgacct 1051261 gactgggatg cgccagcacg tcggcaactg gcccggcgtc accgtcgaga agaaggaggg 1051321 cgtttttgaa cataagggag agcgatttct cgtcgttgat ttgcccggaa cttattcact 1051381 cacagcccac tcagttgacg agctcgtggc gaggaacttc ctcctcaacg ggaatcccga 1051441 tgtcgtcgtg gacgtcgttg atgccaccgc cgttctgagg aacctctacc tcacgatgga 1051501 aatcttcgag atggggctga agaacgtaat catagccctc aacaaggttg accttgctga 1051561 gaagaagggc ataaagatag accccgttaa aatgtcaaag gccctcggcg tcccggtcgt 1051621 cccgctcaac gcgaaggaag gggccggaat cgaagagctc aaggagaaaa tctgggagat 1051681 ggcgcacggg atgataaaga cgaaccccgt tttaccgcgc tacgaccccg aggtcgagag 1051741 ggaaatcgag cacatctcca agtgccttga gggaaccgag ctggccgacc gctatccact 1051801 tcgctggctg gcgataaagc tcctccagcg cgacgacgag gtcatgaagc tcgttcttag 1051861 acacctcggc gaggagaagc tgaaggagat aatgacccat attggagagg ctgaggaacg 1051921 ctacggacgg gcgatggatc taatcatagc cggccagaag tacgagttta tagatgacct 1051981 gacccacgag ttcatggggc actggaaggc aaaggagacg ctcacagacc agctcgatag 1052041 aatcctcgtc cacccggttt acggcttcat agcgatggca ttcgtcttct acatcgtctt 1052101 caagttcgtc ttcgcctttg gaatgcccct tcaggggatt ctggacgatg ccttcggcag 1052161 gttcggcgag tggcttgctc cccacatagc ggacgagacc cttcgcggtc tcctcgtgga 1052221 cggtataata ggcggcgtcg gcgcggtgct gagcttcttc ccgctcgtct tccttctgtt 1052281 cctcgcgctg tccttcctcg aagaccttgg ctacatggcg agggtagcgg tgctaatgga 1052341 gggcatcctc aggaagttcg gcctgcctgg aaaggcgata atacccctca tcctcggcct 1052401 cggctgcaac gttccagctg ttatggccac gaggacgctc gacgaggaga aggacaggct 1052461 cgttgccatg ttcgtcaatc cgttcatccc ctgctccgcc cgcttgagcg tcatcagctt 1052521 cctcgtcggg gcgttctttg gcggagacgc cctcgtcgct ctggcaatct acctgctcgc 1052581 attcgcggtg gcgttacttt cggcaaagct cgtcagcagg ttcgtctcgg gcgaggagag 1052641 cccgttcgtc atcgagctcc cagagttcct ccttccaagc tggaagagcc tgctcctgca 1052701 ctcgtgggag agaagcaagg agttcgtcca gaaggcagga acggtaatcc tcgttggctc 1052761 gataatcata tggtacctca gcaactaccc ggtacctata ggaaccggga agagctacgc 1052821 cgagagactc ggccatcttg tcgcgcccta tctcaacctc atggggctcg actggaaggc 1052881 gggcgttagc ttaatctttg gaataattgc caaggagaac gtcatctcaa cctacagcat 1052941 cctctacggt ggtctgagcg gcgacgccct gagggaggcg atgatgtccg ccatgagccc 1053001 gctccagggc ttcgtcctgg ccgtcgttac cacgctctac ataccgtgca tagccaccat 1053061 cggtgccgta agggcggaga gcaactggaa gtgggcgctc gcggtcacgg tgtacatgat 1053121 aaccgttgcc tcgctcctcg gaatcctgat atggcacgtt ggaacggcgc tggggttgtg 1053181 aagatgggca agatggagga agtgctgagg ctcatcaacg agggcaagcg gtttccgcag 1053241 gagattgccg aggagcttgg aactacggtc gaggaagtcg agggaatcat agagctcctc 1053301 aagagcctcg gctacattga ggagattgag caggggcccg cctgcgaaac ctgtccgctc 1053361 aggaaaatct gctacgggaa gtgcctcgtg ccgagggtga aggtgcttaa gccaagcttt 1053421 ggagttcggg aaagggaatt cacgaaatga acgtctgact ttttgctttt attttacgcc 1053481 cgtaaaatat ttaagcttcc cgccctatat ggtgatggtg ataccatgaa agcggttatt 1053541 ctcgccggtg gatttggaac gagactcagg ccactctcat caacgagacc aaagccaatg 1053601 attccagttc tcgggaagcc aaacctccag tacatcctcg aggcactcga gaaggttcct 1053661 gagatagacg aggtaattct ctccgtccac tacatgaggg gtgagataag ggagttcata 1053721 gacgagaaga tggcagatta tcccaaggaa atccgcttcg tcaacgatcc gatgcccctt 1053781 gagacaggcg gtgctcttaa gaacgttgag gagtacgtga gcgatgactt cctcgtgatt 1053841 tacggcgacg tcttcacgaa cttcgactac cgcgagctca taaaggccca cgaggagaac 1053901 gacgggctga taactgtcgc ggcaaccaag gtctacgacc ccgagcgctt cggagtcctg 1053961 gagatggacg agagcggaaa ggtactacac tttgaagaga aacccaagag gcccaagacc 1054021 aacctcgttg atgcgggaat ttacgttgtg aacaagaagg tcctcgagga gattccaaag 1054081 ggcaaggagg tctactttga gcgcgaagtt cttccgaggt tcgtcgagcg cggtcaggtt 1054141 tacgcttaca ggatgccaaa gggaacctac tgggttgacc tcggaactcc agaggacttc 1054201 ttctacgcac accagatagc cctcgacgag atggcgaggg agaacggata cttctacata 1054261 gcagagagcg ccgaggttcc ggaggacgtc gaaattcagg gaccggttta catagacgag 1054321 ggcgtcaaag taggacacgg cgtcaagatc aaggcctact cctacatcgg cccgaacact 1054381 gtaatagagg ataaggccta catcaagcgc tctgtcctca taggaaacga tataatcaag 1054441 gagcgcgccg agctgaagga caccatactc ggcgaaggtg tcgtagtggg cagaaacgtt 1054501 atcataaagg agaacgctgt cgttggcgac tacgccaaga taaaggacga tctcgtgatc 1054561 tacggcgcca agatactgcc ctggaagaag gttgaggaat acgaggccta catcaagata 1054621 aagcttgacc cgacgaaggt caggcccggc cagtatcccg accgctgccc gctcggcctt 1054681 ccggagtgta tctacaagaa gttcaaggcg atagccggcg agaagccgcc gtgcgacgag 1054741 tgcattgaga accagtggct cttctgaact tttcaatatt tcatcctcgg gttgtactcg 1054801 aggagcatca tcccgttctt gaagatcctt atcgtcccgc tctcagacag gcttatcgcc 1054861 gttgccttgg tcagtttggt tatacccgcc gcggctatgt gcctgcttcc cagaccgggg 1054921 ggaagtctga ggttgaggct ctttgggtca acttccagat aaactcccgc ggccagaatt 1054981 cttccccgtg agcttactat gaaagctcca tcgagctggg cgaactcctt gatgatctcc 1055041 ttgctttttc tgtcgagaac gtttatcttg tgccctttga agggatttgg gagcatactg 1055101 tgggagtgct tcatgacgtt cttgacgtca ccgacaacga agagcgtacc gattgggtgt 1055161 ccctcccttc cctcgatgct cagttcaatt gctatctcaa ggagcctctg gactacggat 1055221 tgagagtgtg agaagaagcc gttaacggcg aacaggttct ttttgacgga tttgatgccg 1055281 agctcggaac tcgagacgta gacgaaggat tccccctctt ttatgagacc ctgctcgatc 1055341 aggaaggccg agacgaggtt gagaacgctc tccctgtcaa gggttggggg gatactgaga 1055401 cggagtaaac gtctgttgcg cacatcgaaa accggcccca cgatgacgac ggtcagtttg 1055461 gtgttgagga ggagtgctga ttcgacttcc tttggtgggg tctccaagaa gactattatc 1055521 cgggacttta tcttctcagc aacggcaact gccgcctcac taaggacgtg aattgtcatt 1055581 ttttcgaccc ttatgggaat cttcccgttg aattatttaa aatttttgtt accaactgga 1055641 gatcctcgca gggaattagg taagcttaaa aagggtgaac ttgtataaat ggggggagag 1055701 gaatggggga aaagttgagg atcgtggtcg cgataacggg agcgagtggc agcgtttatg 1055761 gggtaaggct tattgagacc ctcaggatgc ttggtcatga ggttataacc ctcgcctcga 1055821 agagcgggat ggcggttgca aggcatgaac tcgggatcga gttaaagccg gattataacg 1055881 aagacgatct ctttgctccc cctgcctcgg gttcctatcg ctttgacgca atggtcatag 1055941 ctccatgctc catgaaaact cttgcctcaa tagccaacgg cataactgac aacttgataa 1056001 ccagagccgc cgatgtggcc ctcaaggaga gaagaaggct cgtgctcctc attcgggaga 1056061 cgccgctgaa cgtgatacac atcgagaaca tgttgcgcgt ttcgagggcg ggggcgatag 1056121 ttatgccggc atctccaggt ttttatacaa agcccaaaac attggatgat atggtaaact 1056181 ttataatatg gagagtccta gatcagatag gtgtgaatgt aaactatcca agatggggtg 1056241 aggggccatg atacagctcg acgacctcga tagggctata ctcaggttgc tcaaaaagga 1056301 cgcgaggctc acgatctcag agatagccga agctcttaac aggcccgaat ccacagttca 1056361 tttcagaatc aaaaaactca tcgagagggg ggttatagac cactacacca tactccttgg 1056421 acctgagcta aggcccaagc ggacggcgtt agttattctc caagttgaga cccccataat 1056481 tgaggacttc ctcgagcgct acgtgaacca catcatgaag accctttcaa tgctccccaa 1056541 cgtcctcctc gtcgctaaaa gcggtaggga caccgtcatt gccctgctag gtgacgagaa 1056601 cgaggagaag ctcaacgctt tcatcgacga gaacataaga accctgccaa cgcttaaatc 1056661 ggttaacgtc tatccggtag atgatgtgaa gaagggtgaa gagctcgtgg gcttcctcgt 1056721 ggaggtgtaa ccagggaatg gaaatcgagg ttaaatttcg cgtgaatttt gaggaagcca 1056781 agaaaaagct ggaagtcctc ggggcccgat tgctcagaac ggaagagcag gaagatctct 1056841 atttctccct tccaccgaac gaactgttga gaataaggag gatcagaaat ctcgggaaga 1056901 cttacctgac ccacaagctc atcgtggatc ccggcagaaa cgaagagttc gatgaaatcg 1056961 aagtcgaagt ctcgggtttt gaagaaatga ggaagatact gaggcgtctc ggcctccagg 1057021 aggacgtgct gataaggaag caccgtctcg tttaccggct tggcgatgtt accttcgagc 1057081 tcaaccgggt tgagggaata ggagagtttc tggacattga ggtgatttcc gagaatccca 1057141 aggaggccag ggagaagata tgggagtccg caagaaagtt gggactcgat gaaaacgacg 1057201 ttgagccccg gctttataca gagttaatga aagagaaaaa cggttaaacc agtttttcaa 1057261 gagtttcctt tgctatatca ccgagtttta cccacctctt tccctcgaag ggtaatataa 1057321 ccttgtcctc aacgttaaca aactccttca cgaggccttc aagctccttt atcccaaact 1057381 cgccgatgag aaccagcatg aagccctttt ggttcagatc tccctccctc agaacgcgct 1057441 ccgcttcctt catgaacagt tcccagtact ttcttgtaac gtcgggaaga tcctttgcga 1057501 ggcggtagag gagtatcatt gcgttctcgc gaacgtaggg attgcgtgac tccacgaggc 1057561 ccagaagcct tttaacggtt tcttcattga gatggggctt tatcacgtcg gggttgctgt 1057621 ccatgaccat cgttagggtg agaagggcat caccaacaat accgggattg gagtcttgga 1057681 ggagctcaaa cagtgcctca cgaacctttt tgtccctagc cgcgtcctca acgaccatct 1057741 ggatctgatc gctctcgagc atctttttga ctttaccctt ttttgatccg aatgagaaga 1057801 atgccatggt gtttcaccat ttgagtgctt caacgtcaac acttaaaaac ttctcccccc 1057861 ttaatcatac gccatgttca tgcctagagt attggaaaga gctttcctta gaccgtttgc 1057921 tattagctcc ctcttagtga tctctctagt gatcctatcc cgctccctct gcccctgctg 1057981 ggctgttgtc ttagtctggc tacttggcct ccctctggtg aaccttgcct ttcccaattc 1058041 ttcactggca gttaagcttt caatagcccc agcagtgggg atctcgattt tggctattgt 1058101 tttccatctt ttcagtctat tggggattgg aataacggtc ggagcggttt ttctcgttgt 1058161 gttgaccttt gtactgctgg ttatctcatg gcaggagtta agcgggttat tgaaaactct 1058221 tccccgtgag agggacgacc ttctcaagtg gggcgttccc atactggtca tggtgatgat 1058281 ccactgggcg gtttacacgt accccaccga caacgttgac aacttcttcc acgcgactaa 1058341 aatcgagtac atgctcaggt acgataccac ctatcccaag gttgttccaa tctttaacat 1058401 cctaacttat cccgccggct atcactccct cgcatctttc ataatgctcc tgagcgggga 1058461 aagggtgata cccaaggtca tgctggaact caggctctgg gagtgggtct ttctggccat 1058521 gggtctttac gccctctcct acacatggtt cgggaagaaa gttgcaaact acactcttct 1058581 gactatgtta ggggtgaaca tactccacta ctacctcttg gtttatatag ctccaaactt 1058641 tcttggattc tacttctttg cagttctcct cgccattttc gtcgaggtgt acaaaaggcc 1058701 cgataagcga aaatatcccc ttctggttct cacgagtgtg ggtgccatcc tggttcaccc 1058761 ctacagctat cagaactacg tctttgtggc cgcggtttac ctcggcctta agctcctctt 1058821 cgatggcttg agcacccgta acttaacctc atttttaaaa caggccatca cattttttgc 1058881 ggttcccctt ttcgtccacg ccattgttga tccctacttc tggtttcctt ccctggtcca 1058941 cataaaaatt gagtaccctt gggcctctta tataggggtt gctttgtcca agctctccct 1059001 cttccatggt aaaggatcta gggacacttg gtggtatttt gaactcttta caaaatgggc 1059061 aacggtgagg aacgacaact acctcggaac aatattcacg tttctcggtg gggttttcct 1059121 cctatataaa agggagtatc ggagaaaagg ggcctcactc gtagtttttt ccgccttcgt 1059181 cctcctccta atccttgaca ggctgacggt aaacgtctcc gtaccattct acagcacggc 1059241 cgcaatagag aggatgttcc tctggctggt ccccgtgctt cccgttttcg ccgggactgg 1059301 gctcctatgg ttccgcgagc tcgtgttcgg actgccggtg cgggaagtga gtaagaagct 1059361 cttctatctg agcgttgttg gagcgttctt cctgacccct gccttgggga cggcctacga 1059421 cctcctctca gcggaggcga acttctacgt cagggctgac aaccttgatg acttccactg 1059481 gatctccacc catttcccta acgttaccat cctgaactcc tgcacattgg actctgcaca 1059541 gtggatgccc ttcttcgagc cttccagtgg tgtgaaggta atgttcaaca gcaggattaa 1059601 gaggtgtagg ataggtaaca ttaccccatc catctttttg gagaggttgc tgaacgaaag 1059661 cgctgtcctt ccaggttaca tcgcctacat cgataccaac gcccccagtc tcaatccgct 1059721 ggagctcttt caggagtaca agctcctgaa gacgaacggg aacaactggg tttttgacct 1059781 ttcttctaag gacacatcga cgaacgagag aaaagctgcc gccgccctga gggtctgcag 1059841 cgatttgatc cccggcaata ccgagaggta cggaagatac tttgtctacg gctttggaaa 1059901 gaagtacttt ggcataagga ggatgtacct tgagggttta gattacgcct ggataaaggg 1059961 cagaaaggga gtgataggat tcgctccatg cagggaatac ggaggtttcg ttatagacct 1060021 ctattctccc cagagccagt ctctgaacgt tactgtaaac gggaaactgg tgggggagtt 1060081 taagcttgat gcaggagaaa acaggctcaa tatcccagct gaacttcaaa aggacagggt 1060141 tgtcttctta tccatgtcct cagagaaggg tcctctcttc gtgcggttca ttaaactgct 1060201 tccccgatct tgagctcgga aaggtttatt atttgtcatc ttagaatcct cacgtgatct 1060261 caggtttcca taatgggggg gtaacatgaa ggctgaaacc aaaaaaatcc tgtcgctctc 1060321 ggtgttaatc ctgtattacc tgctgacccg cctatggaac atgtcgggaa caatgaacga 1060381 gtacttcgac tacgatgagg gaacttacct gatgatcgcg aggctgatta accatggcgt 1060441 tctcccgtat agggacgtct tcgcagttca ccccccgctt tactactacc ttctggccct 1060501 ctggctgcgc ctctttgggg atagttacgt tgttggaaga ctactctcgg tttttctggg 1060561 cctgctggcg gttttggttg cctactttgt cggcagagag cttcacgact ggaaaactgg 1060621 agtcctcttt tcggcggtcg tggttatgga tcccataatg gttcacatga acggcctcgt 1060681 gtttcatgaa actacaattg agctttttac cctgctttcc ttgtaccact tcgtcaggta 1060741 cgtgaagctc aggaacagga aagacgccct ctggtcgctt ttttggactg gagttggcag 1060801 tacgtcgaag ttcacgataa tcccttatgc tgtggcccta tacgttgtcc tggtacttct 1060861 cgtcgacctg gaaaccgaat cttaccttga gcgcctgggc aggcttctgc tcaacagggt 1060921 tcaggttttt ctggttctcg ccgcctacgg catcatgtcc cttctaattg tggacacgat 1060981 actgatttac ccctccgatg gactgagacg cctctttatc ttaccaggcg ttcacaggat 1061041 aggactcgtc gggcacatca tctccgctgg aattttcttg ataatctggg gcttcctgac 1061101 tctctatgtc ttcagggttt cctatctccg aaaactggta cgctcacttc atttagtcct 1061161 taaaaacctc aaaacagccc ttcagtatct cctggtattc ctgcttccga aagtcctgat 1061221 agaaggtgct ctcgggctgg gtgtaagcag ggactacctc aaccagacat atctggctca 1061281 gagttccagg tacgctcccc tagcaggggt ttttgacctt ctcgcaaatc tctttgagaa 1061341 atttggggct gaaaaacctg atttcgttgt tttttatctt ccgcttatct ttatgttcac 1061401 cctcctcctc ttttacttca gccgcgggga gaagcttagg gagccgtctg tcatggggcc 1061461 ccttttcata acgtctttcg ttacgtacct tctactgttc ccaatcattc caaacatgag 1061521 gttcctctat ccgatggttc taactgccta tctggcgttt tttgagtcga tcttggaaag 1061581 actggaggga agaaagctcg tggccttggt ctttgcggcc gtcttggttt ttggggcggc 1061641 cgattatggg atggtttgca gttaccggga gggaaaactt ctcattccct gggcaggcca 1061701 cagcaaagac ctccgagatg acctgagcat gtacatcggg ggaatgaacc tcaccggaac 1061761 ttttctctcc gtcaacccct ttaacgccta ttacctaaac ctcaggattg acccctatta 1061821 cctcgatacg tttgggatag tgtatatggg gaactccagc cggctctggg aggccataaa 1061881 cgaaagcgac tatttgctct tcagcacttg gatgtacgcc atcggcaggg agtcaaaggt 1061941 ctttgaggag acctttggga aacttaagga acacgccgtt gttaacggat cccttcttta 1062001 cgccgagagc tacggcaagg gagacgtcat agagctcttc aggaactccg aaaatcggtc 1062061 ccatgcagtc ggcttctcgt ctttctccgg aaagcttcag ttatgggtga acggtagtga 1062121 agtggcatac atttacccct caatcggcaa cgtgagctac acttggagaa ccgttgttga 1062181 gaggaagccc agcggggggt acgaacttgt ctattattca agtgatggag actcgatcat 1062241 aggccattta aagttggatg aggattctct aactctgtct tttccggttg aggtgaacct 1062301 gacggttgag ttcaaagaga gagtcgtgtt cctccgggac gggaagctcg tcaaaaatgg 1062361 aactcccggc gactttacgg cgttttattc gggggggagc ttttcagttg agagcaatgg 1062421 aaccgtgaag aggataaccc cctccgggat aactgtacag tgcatcgggg ttaggataaa 1062481 gggatgataa aaatcagccg gagttaagat ttgaagatac ttcgctcctt attttttcgt 1062541 ttaaattact gtcggcacgg gataaagaat cggcgagctt ttcgtgctca cttttaatta 1062601 ttcttatgta atgaaagccc caaacaatga taatcagaac cagcgccacc ataagcaggt 1062661 actcaacagc cccttgggcc cttagtctgc ccatagcctt acctcccgca agaagaaaga 1062721 aatagcagaa atcatgaact aagagcctcg ctaagctcgc tgttcactgc gttgtttatc 1062781 tgttgctgac cctgctggat tgtctcaccg gtgctctttc cagagctctt taggtacttg 1062841 atagcaatgg caacgatgat aagcgctgcc gcaatcataa acaggtactc gattgcaccc 1062901 tgggccttcc tcatcattca catcacctcc gggaggtctt gtcaaagtat ttagcttgaa 1062961 atcctttaaa taggtttctc cataattttg ccggatctcc taagcaaaat tggggaaaat 1063021 ttggaagcct taacggcact gtaaatgtat tgaatacatc acaaaataac cctgccaaca 1063081 ttgaaattaa tacaaatcga atttgaaggg atgcattccc cgttgtttta ctactgtatt 1063141 ttaacggaca gaaaagcctg aagaggaagg gtttatatat tttatgccca tacatagctc 1063201 ctggggagga gcatgcggct gttccacgtc tcctgtgagt cagcaagcgt tgaggactgc 1063261 attgaggagt tcacttcgag aatagataaa gttctatccg gttctggatg ttacataaaa 1063321 tcagccgagc ttaacctaac gttcggtgca tttatgcacc tttccgctgg gctcctggtt 1063381 gacccatcga cccccggtgg tagggtcgtg gcgaagtact ccacgggaag gagcagggaa 1063441 aaggccattg aaggtgttct cgcggagata aatccgctca tagaaaacgc cgaggtcgtt 1063501 gcctttaagt tcgggacgta cacaacacca gtaacgaggc gaacctatgc ggtgggtgtc 1063561 gttgcctaca atcttcccat gaagcccgcg acccagataa gcgatacggc cgacaggaga 1063621 aaacttctgg cccacgtgct ctcgcttttt gaatacaacc ccaaagtcct caacatatct 1063681 gaactcgcaa gggtctttgg cgtttcgagg gatacgattt actacgacat ccagcagata 1063741 ctgaaggaga aaaagtaatc acttgacgaa gaagggcacc ggagtggctg taagcacgaa 1063801 gattatcagg gcaagaattg ccaggccctt tctgctccac gaaatcgggc ttacttcatc 1063861 cagcgccccc gggttcccgg cgctgcccat gaagagcact agcagtcccc agatcatcca 1063921 cccggtccag aggtagctca taagtatgag ggtcagtcct atccccattg tgaagtaccg 1063981 gtgaagtctc tcgttcataa atgcccttgc tatgtgcccc ccgtcgagct gtgccgctgg 1064041 gatgaggttc aagaaagtga cgagaattcc cacccagccc gctatggcga ccggatggag 1064101 aaacaccacg taatcgttgc cggcgatctt tccatccagt atggccctct cgagaatcgt 1064161 gaagaagagg ttcgtgccga ggtagaggcc tttgcctgag cttggtacta gagaagccgg 1064221 aacaacctgc gaaagccgga gcccgatgat ggtaactgga atcgctacca gaatgcctgc 1064281 gaggggtccg ctgaccccga gatcgatggc ggcgtttcta gttgggatcg gggactttac 1064341 ccttatcact gccccgagcg tgccgagcag attgggaaac gggatgaagt aggggaaggt 1064401 cgccttaacg ttgtgcattg tggcggctat cttgtggccc atctcgtggg tgcctagaat 1064461 cgccagaacg ctcagggaga aggcaacggc tatgaggtag ggattcctgt agccgggtaa 1064521 accaaactga tcgagcgtcg ctatgtaatt aatggcaagg ccgtaacccg cccagagcgt 1064581 ggagataaga gtgagaatga agagcgctat ccctatctta ggattgtcct gtttgatctc 1064641 gccggccgga aagacgtaca gaacgatctc tccccctgcc ctcttcagtg ctgcccagta 1064701 accgttagct tcaaactccc tgagaacggc ctcaaagtcc cgctcgagta tctcactaac 1064761 cctgaagatg tatacctctc cacgcttttc aacgaactcc gcccggtaga acctcgatac 1064821 aagctcctca accccgggga gaacttggat ctcaactccc ggttcttcgg cttcaatgct 1064881 gaaccccacc agaaccatgt ctccgccgca ttgggggcac gctccctcga ggatgggctc 1064941 gtttgactcg attatctctc tgtgaccgca gttaacacac tcgtaaattc cctttggcat 1065001 gctctccccc gataaaagag ggaacgaagg gttaaaaatc tacccgtcga gaacttcgac 1065061 ctccccttca tcggcgttga tcctcaccct ctggccagtt ttgagcttgg acacgtctat 1065121 tccttggacc attggaatcc ctgctattat ggccccggtt gcgacaatcg tctcggcttc 1065181 accgacgatt attgcctttg gagccttccc gttcttctta agggcgtaga ttacgtagga 1065241 gccaaccgtt gaacccttcc cgcgtgggaa ggcgaggatt ttgcccgcta tgctctggcc 1065301 tcttatgtcg ctctccgcgt cggtgacgat tccggtctcg gggtcaaccc cgccgaggaa 1065361 ggagagtggt tttttcgaga ctatcagctc tccctctgcc ttcccgccga cgacctttct 1065421 tcccctcagc ttcatcctac cacctcacgg ggcttctttt atgagcctct ctgcatcgtc 1065481 gagcctgacc ttaaagccaa aggagcggaa gtagaaggca ctctttccgc tgttggtggc 1065541 gatgccgttg taccagccct taatcggcga cacgacgaag caggaatccg ctataatccg 1065601 cccgttatag cgctctatga tctccgtgta accgagtgag tcggctaaag cctttacagc 1065661 cctgctcgca gtgatgaaga gcggtatttt tagcggcttt ccgcgcatgg tgaggagctc 1065721 agcgacctct ttaatctctc tcaaggaagc gtgaggacag ccgatgagta tcatgtcaat 1065781 ctcgctccag tcgtctgaga attcctccct cactgccctg aggtcggcat cttcaacggc 1065841 aatctcttcc accttgtcaa caactgcggt tctgtattcg ggggtctcgc cctcgacgtg 1065901 gtagagcgct attgaaccgg ttgccgccat tgaagccccg agttctttga ggtaatcgac 1065961 gctttccggt ttgaggttgg ttatgtaggg cacatcgttt ccaagaaccc gaccgagatg 1066021 gtagccgagg gtggagtaat cgacgaaagt cttaagtctt gcctcaacct tcacaaggac 1066081 ggttgccttc ctgttttcat cgagatgaag gccgtagttg ggagttttcc cgattatggc 1066141 tgaggccaaa ctcgatgggc cgccctccct gttcgtcctc gcgcctagga tggagtttgc 1066201 aaagcttacg gcggagctct cgctccaggc caggtgatcg ccgaacttcg gcaggttcgc 1066261 tccatagtaa ggcgtgcagg ttgatgtcac ctcaactccc attttcctgt aaatctcgag 1066321 cacttcacgc tgcttctcca taaactcttc gtctcctatt ccggccggat ttaaagttgt 1066381 gtagacgcta acctttgccc ctgcctccag aaagtccctc aggaattcaa cgccggcttc 1066441 gccgaggttc ttgtatgaga cccccgctat ctgggcactc ttgatcggga ttagcctgtc 1066501 cgccccatag atctctccga gggctacgag gatctccatg gctttctgga gggcgtagcc 1066561 gtactcaccg gccaaaacga gctcctcttc cttcgtcagg tacatcggac ccaccgtccc 1066621 gattagcgct cagggaatat aaacccagcc cgaaagattt ataaacctcc tccctttcac 1066681 taactaatgg gtcaagcagc ggggtggggc agctaggagt gcccgccggg ctcataaccc 1066741 ggaggtcgga ggttcaaatc ctccccccgc taccaaactg ccgttttctc caattctaat 1066801 ctctcagcgc tttcttttgc cccagctgat ctttgcagtc agtactttct cactggagaa 1066861 gattcttgcc gtcaggtaga gagtcacgag ggcgatggct cctaagtagg caacactgaa 1066921 gagcattggg gagtattcgc ctgtcacagc gtacctgtag ccgactatcg ggtgtgtgaa 1066981 cggtattgcc agaaggatgt agcgggcaac tgggggcagc tgggttaggt cgatgaacat 1067041 cagcaggaac gccgggaaag cgaggggcag tataaccgag ctgacgacgg tgttggcgct 1067101 ctgcacgtct tcggcgaaga cagctaagag catcgacaag ctcagcgaaa aggctatggt 1067161 caggaagacc acgacgccga agagggccag tcccgagggc gttaccgaca ggccgagctc 1067221 gctcagcgag acccccgtct gggttccaaa gcttgccata tactgcttga ggccaaccat 1067281 gtaagctaat gcagctatga cgcccatcac ggccgttccc gttatctttg aggcaactat 1067341 cgtggttctc ctcaccggaa gagtcaggag cgtttcaagg gtcttatttt ccttctcggc 1067401 cgccaccgtt ccggccgcca tctgcgacgt gatcatgacc attaggaaga ctatgagggg 1067461 cagtccgtag gattgggaag ctaagacctg tgaaataacc gttggagaga cgttaactat 1067521 cctgcccatg aagtacgatc tgctctccgc ccggatagga tggagtatcg cctcaggatt 1067581 ccccgcaccg agggacttga ccttcaacct tgctatctcc tccgagagaa cggctataac 1067641 cgcgttgatt ctgccctcgc tcacgctctc cctcatccca gagctcaacc ctttgaaaac 1067701 gccgtatatc tcaacggtcg cgatcctgtc ggattctata ctcccgctga agttatgcgg 1067761 aatcactacc aggacgtttt gattttcctg aagtgctcgc tttagggctt cttctacgga 1067821 tggggctgtg ataacggtta cactcacgtt agggctcgcg ttgagggctt ttatgagaag 1067881 ctctccgtac tttccgtcgt cgaagttaac tatcgcaacg tgcgtttcct tcgtcgcgct 1067941 ctcgaagccg aactgcatca tcttgccgag ggctggatag acgatgaggg ggacaattat 1068001 gaggccaaat atcagttttt tgtccctcat gaggttcttt atctccttct ttgccagaac 1068061 aaggaaatcg ctcacgagcc ctcaccccca actggctcgg gaatactaac cccgatggcc 1068121 ctcatgaaga cctcctcgag gttctcggcc tcgtatttgg ctttcagctc ccccggcgtt 1068181 ccgatctcga cgattcttcc atcggcaatc atggcaacgc ggtcgcagag aaactcaacc 1068241 tctaacatgt tgtggctcga aatcaggaac gttgtccctt cgctcctcgc gaagcgcctt 1068301 atcgtttttc taatctcgta ggcgttcact atgtcgagtc cgcttgccgg ctcgtcaaga 1068361 atggcaagcc ttggcttcac catgagggcc ctcgcaatga gaagcttgcg cgtcattccc 1068421 ttggaatacg ttgagacctt gtcgtcgagc ctctccccaa ggccggcgag ctcaacgccg 1068481 agctggagca tctttctggc cttttgctcg tctttggcgt aaagcctcgc catgaactcc 1068541 aggtactccc ttccggttag gtttttgtag gctcccgcct cctcgggaag gtagctgatc 1068601 agggccctaa ctttgtcagc ttccgtaaca acatcatggc ctgctatcct cgccgttcct 1068661 ttggttggcc tcagcagggt ggcgaggatt ttgagggtcg tgctctttcc agccccgttc 1068721 ggcccgatga gaccgaatac ctctccttcc ctgacggaga agcttatccc cttcagcgct 1068781 ttgaccttgc cataatcctt ctcaaggttc tcaacctcaa cgagcatcct cacgcccccc 1068841 gattttgtaa acgaaaagtc caagggtggt gagaacaacg ccaaacgcga aaagctccgt 1068901 tattcttgcg tatcccccca caaaagctat gccgagacca gtagccactc cgagccagcc 1068961 gttaagttca tgtctgtttt tgaatcggtg ccccagcccc acgaagagtg cacccaccat 1069021 tatgaggctg acctcgatga gaagcagtgg cgtgtttatc cccttagaga cctctccgct 1069081 cgggagcttc atgcatgcga gcctttcaac gggcggtctg gctatcccta gggctatgcc 1069141 gaggaaatac agtgcgaagc ccgcaacctt cctaccgttc acctcaatca ccctcgtaga 1069201 tgaacacgtc ttcaatttta aggccgaaga accgggcaat cttgaaagcc agccttaggg 1069261 aggggtcgta cttccctttt tcaatcgcaa taatcgtctg cctcgtaact cccaaggctt 1069321 ttgcgagctc ctcctgtgtg agccctttcg cctccctgag ctcgcgcagg cggttcttca 1069381 tctctacatc ctccgggaat aatagttgat gagtccccag tggaggagta gcagaatcgc 1069441 caagaggccg gaggttagct taaaggcggg cctgagctcg ggcttttcca cttgggctat 1069501 cgagaggtaa atcgtcgtga aggccaggac tatcatcgct acctgaaggg ttcttctgga 1069561 ggcgatttcc tctatcctca acgttctctc gtcctcgagg acgtgtcctt tcttctccag 1069621 gtgcctataa tacagccaga ggagaaccgc gccggaaaca aagacggcaa aggcaagggg 1069681 aagtttttta ctgctcgtcg cccagccgag gaagtagccc atcgtgagga cgagaacgta 1069741 tgccggaatc attgccctct ttctctcggg ttcctccgat ttgcgggagg ctaggattaa 1069801 aagcgcactc ccgaggataa ccaggagcgt ccacacgatg aggttcagga ggatttcttt 1069861 catagcctcc accatgtaaa gtttccttta cgtaaagctt cctttacatc cttataagct 1069921 ttgctcctcg cggtagagtt cctcgacgta ggacaccatg tcgtggatgg ccagaaagtc 1069981 caggagggct ataactcctt tcagcagaac cccggagatg aggtagaata tcgcaagaaa 1070041 gaggtcaagg gcgaggtaca ccagggaaac cttgacggcg gtgtttttgc gggaataaac 1070101 cccccacgcg agaaggaagt caagtagggc gaagggaagg taaacggcag gaaacttcgt 1070161 cccctgatat aaagctagaa ggccctgaag gctcagcacg aacatcgtga cttttagctc 1070221 cccaaacttc atctccatcc ctcagtacag gtggctcttg ctctcccgga gcagtttgaa 1070281 gtactcgaga agtttctcaa ggtcatcctg cccgaagact tcctcagcgt ccgtctcggg 1070341 atcgagggct agcaatcgat cccgcagtct tacaagctcg ttgagatcct cctggagctc 1070401 tacggccctc tgggtgaact ccagacttgt atatgggctc tcaaaagacc tcatctggtt 1070461 ggccactatc gcgaccttaa tgtccccgat cgcctcctca acgagttcaa ggagctctcc 1070521 caccttcatg gaaagacctc agtgttttcc ttaataacct tgtcctcgtg ccaaaacgct 1070581 tatatcaacc ggtgaaaaga atttataacg gtggtgggca tggactttgc cctctttatg 1070641 gagaggtatg ggtacaagat acttctgggg attttcgcgg cggtagttat aggcatcata 1070701 gcattcgttg ggttctgggc ctatacgctg ctcaaaatgt tcggaaccgt cgggttaata 1070761 gtaatccttg gctacgccct ttatgctttc ctcgtccaga gacgcgtcct cgatgctcag 1070821 gccaaggctc acggaaagta cttctatgat ccaaactacg gaaagaaacg ctgaggattc 1070881 tgtgaaaatc ctttgggttt tggggcattt tttcgagcta caagttttat atccttcctc 1070941 caacctttga aaggtggttg tatggagacg gttaaggctt acccttctga ttcgaccgag 1071001 gttaaaggtg aaaggcgaga gaagaagctt ctcatgggaa acgaggcgat agcctacggc 1071061 gcccttgaga gcggcgtcgt ttttgcaacc ggttaccccg gaacgccctc gaccgaggtc 1071121 atcgagacga tagcaaggct caagccggaa gtttttgccg agtgggctcc caacgaaaag 1071181 gttgcccttg aggaagcggc gggagttgcc tacacgggct tgagggcgct cgtaaccatg 1071241 aagtgcgtcg gtttaaacgt ggcagcggac cctcttatga gcctcgcata ttcaggcgtc 1071301 gagggaggtc tcgtgatcct cgtggctgat gacccaggcc cgcacacatc tcaaacggag 1071361 caggacgacc gctactacgg taagatctcg ctcctgcccg tccttgaacc tgcagatcct 1071421 caagaggccc acgacctcat caagtacgcc tacgagctga gcgagcgcta taaagtcccg 1071481 gtcatcttca ggacaaccac gagggttaac cacacgaccg ccgacgtgga ggtcggcgag 1071541 ttcatcgaac tcgacaggaa gcccgtcttc aagaaggaca tcgagcgcta cgtgagggcc 1071601 agcatggagg gcaacaggaa gaggcaccgc tggctcaacg agacactcgc caagattgag 1071661 gaggagttca actcgatgcc cttcaactgg gtcgagggga gcggtaaaat cggaataatc 1071721 gtcgagggcg cgccctacaa ctacgtgaag gaggttctcc cgagaatcaa cgcggacttt 1071781 aaagttctca agctctcaac gccccacccg ctaccgaaga agttggtcac cgacttcctc 1071841 aaggatgtgg actacgccat tgtaatcgag gacggcgcgc ctctcctcga ggaggaggtc 1071901 aagatagccg cctacgaggc cggcttgagc gttccaatct acggcaagag aacaggccat 1071961 ctgccccttg agggcgagct aacgccttcc ctcgtcagaa acgccctcct caggctcatc 1072021 ggagaaagtg aagagaccta cgagaagcca gagggggtaa agctggcaga gagcctcgcc 1072081 ccgaagagac cgccggttat gtgccccggc tgtccgcaca ggggctctta ccgcgccgtg 1072141 ctggacgcgc tgagggatct caagctcggc cgttacaagg tcccaataca tggcgacata 1072201 ggctgttacg ccctctcgct cctcccaccg ctcgaagcca tctggaccga gtacgtcatg 1072261 ggcgcgagca taagtttagc gaacgggcag agcatcgtca cggacaagaa gataatcgcg 1072321 acaatcggtg actcgacttt cttccacaac ggaatccagc ccctcatcga tgccgtctac 1072381 aagaacctga acgttctggt gatgatactc gacaacagaa ccaccgccat gaccggccac 1072441 cagccccacc ccggaaccgg gggtagcgaa accggcagga agttcaacga gatcgacatc 1072501 gaggcattgg tcaaggctct tggagtgaag tacgtcaaga ccgtcgaccc ctacgacctc 1072561 aaggccacga gagaagccat aaaggaggcc atgcaggttg aggggccggc cgtgataata 1072621 gctaagcgtg agtgcgtcat tcccgtcata aggcgcgggg aaataggtga gctccccgtt 1072681 gtcatcgagg acaagtgcac cggctgtaag gcgtgcatac tcctgaccgg ctgtccggcg 1072741 ctcgtctacg accccgaaac gaacaaggta cgcatagaca gcctgctctg cacgggctgt 1072801 ggtgtctgca accagacgtg ccccttcgac gcgataaagt tcccgagcga gctggagagg 1072861 ggggcttaat cagttttctc tttcccccgc aatccttaaa tattactcgt tcagtaatat 1072921 actcggtggg taatatgttc tacgacaggt ggcgcgagct tgagaagctc aacgaggttt 1072981 actcctttcc aggctcaagc ttcctcgtga tttacggcag gcggagggtt ggaaagactg 1073041 ccttggccag ggagttccta agggataagc caggcctata cttcttcgtt ggcgagaagg 1073101 acgaggctct gctcctcgag gagtactcgc gcgagattga ggaaaagctt tcccaccacc 1073161 ttcccccata tgtgaagcca aagttcggct ccctagagga gctggttgag ttcctgctcg 1073221 acttctcgca ggagaggaag cttgttgtgg tctttgatga attccagaac ttcaggacgg 1073281 ttaaaccttc attcttctcc tccctccaga ggctctggga cgagaaaaag gagacctcaa 1073341 acctcatgct catcgcagtt ggctcgtacg tcggcatgat taagcgcatc ttcatggata 1073401 gaaaagagcc cctcttcggc agggtggacg agtgggtcaa gctcaagccc ttcgacttct 1073461 ggacttcatt taacttcgtg cgctctctgg ttgatgtttc accaaaggac ttcgttgagc 1073521 tgtattcagc actgggcgga atgccaaggt acctcctcta cgtcccgcgg tattatcgtg 1073581 gagactccct caaaacccta aaggcgctgt tcttcgacga gttcgcccct ctgagggaag 1073641 aaggtttaaa cgtccttaag ctggagttcg gcaggttcta ccgcgctcac ttctcaatcc 1073701 tcgaagcggt cagcctcggc tacgttacgc ccaaggagat aagcaacaaa acgggtatga 1073761 agctactcac cgtcggcaag tacctcagcg agctgacgaa ccacttcgag tacctgacga 1073821 gagaagttcc cgccaccgag aaccctctga agactaggaa agtcgcctat cgcataagcg 1073881 acgagttctt caacttctgg ttccgcttcg tttaccacaa ctataccact cttgaagaaa 1073941 atcctgagaa ggcctttgag cgctttaaag ctgaatttcc agccttcgtt ggcaaaacct 1074001 acgagagaat agccctggac ttcgtgagaa agctcgacct tggctttgaa ccggagcgcg 1074061 tcggcaggtg gtggcgggga ggagaagaaa tagacgtcct cacctacgac cggaagaaca 1074121 ttattctctt cgaggtgaag tggaaggatt tgagcctgag ggacgcgagg aaggttttga 1074181 agtcccttga aagaaaggct gaactcctcc cgctcaaagg ggattacagg tttggcatcg 1074241 tagcgaggga actcaagggt aaggaagaac tcaggaaaga gggctttctc gcatttgacc 1074301 tcaacgacgt tgttcagtat tccctcactc cctccaaacc tcgagaacca tgaagcgcct 1074361 aacgagcggg tttggataca gctcccagcc gattccctct gtgtctgcct cgatttcccc 1074421 gaagaggccg ccctcgcgcg ggtcgaggct ctccccgtag atttttccgg gccttatctc 1074481 gacctccatg tagcgcggga ggccgacgat agctttccct tccttcctcg catagtcaat 1074541 cgcccacttg gcggtgtaca ggccggcgta gatttccgct attctaacag ggacgctcga 1074601 cttgccaatg gcaattatct ctattcccgt ctcctcccag aacttctttg ctaagggctg 1074661 gagatccttc gcgagatctt tccagacttc cttcccgcgg tcggttatcg ttaaagcgtc 1074721 aatcgtcggc tcgtcgagct ttctcacctc tatcccgccg atggttgagt cgagatggat 1074781 gatgtccggc ctgacttccc ttgcgagctc caccgcgagc aatgcctcgt ccctaatagc 1074841 ttgcctcccg ctcatgtcgt agtcgaaggg atccgcgtac ttcaccctgc tgagcgtcgc 1074901 cgtcctgtat ggcttctcga ccagcactgc cgccgttgca atgagcccta tcggctcgta 1074961 gtcctccgtc agcagggccc cgccggtgtc cgctgagact atcctcataa catcacctcc 1075021 ggtaacgacc aattacctat gatcatctcc accctatgaa tggatgtgat ggggtatgga 1075081 cggggcagct tatgaaattt tgggacatta tctggacagc ctttcgggct cgatatactt 1075141 ggggtcggcc aaggggttcg tgttcgtcga acatgatgaa agggtgtacg ttataagtcc 1075201 cgttgagtgc acggagtacg tgtcgatatt ctactccgac ggtttcctgg agatatacac 1075261 tatctggggc aggggcggcg agaacgggat cagaatcctc gcggacacga gcagggtttc 1075321 ggtgttctcc gagggagatg acctttacat actcatagag ccgcacggtt cctacgagat 1075381 ggtgaacggt gtcgtcggcg ttttcctgag gggagcgagg gatatggaac caacgttacg 1075441 gagcgcgata gacctctcag atctgaaaag aaaggagaag gatggcctca tagaggtcgt 1075501 tcagggtcag agggtttgag tcatcacagc tcagcactcg gcaaactctt cattcccagc 1075561 atttcgtaaa tccttcttgc tacggtactt atattttctc ccccttcgat tgaggcaagc 1075621 tccccgctct ccgggaacct gatcctcaga tagtcgaggg cctcttctgg ggccattaac 1075681 atcccgcttt cccggtacgc ccaggctgtt agaagtacgt ccatagccct cttagtgtct 1075741 cccgtcttta agagctcctc agcctcacgg aggagttcct ccaatacccc caccttcatc 1075801 accgtcgcct gattccacgt caacatttat aacccattgg gcttataccc ggagagtatg 1075861 aggggaagga tcgagctggt cgtctggact gttgtgagtc taataatcct ttacctctca 1075921 tggaggacgg ttaggcctct cgttacgccc ctcttcttcg gggttctgct ggcttacata 1075981 gcctatcccc tccatatgcg cctcaggagg aggttctcgg cccacgagtc cgctctaatc 1076041 ctgaccgcga tcatgatagg gctgggcacg atccttctcg tgtttttcac tctgctctca 1076101 ataaagcttg taaatcgatt ttacatgaat gtgaaggacg ttttggcgtg gctctcctcg 1076161 ctccagttct cgggaacact ccagactttc tttgggcagg tgcagtctca gatagtgcca 1076221 aaactcacgg attacgtctc gtctttcaca ttctccgtcc ccaagtacct ccttcagctc 1076281 atcgttttcc tcttcgcatt ctactacgcc ctcgtctatg gcgagaagct tagggaattt 1076341 atcctgtccc ttgttccaga gaatcaggct ccgttcatag ttgagatctt gaacagaacg 1076401 gacaagaccc tcgacgcact tgtcagggca tggctcctct tgaacgtcgc caagggcttt 1076461 ctgatgacca tcgggtacat catctttggg gttggggacg tttacaccgc gataatagct 1076521 ggttttctaa cgttcctctt tagcttcgtg cccctcctgg aggggtggat gctctgggtt 1076581 gcgggtgcga tctacctcta catgaaagga tccctgctcg gggcgatagg aatcgcggtt 1076641 tacggtgccg tcctcgtctc gcccctgccg gattacactg tacggccgat gctcgttgcc 1076701 aaagatgcag aattggacga gacgcttgtt ttcataggca tgctcggggg tacctgggcc 1076761 tttgggctga agggcctttt actgggtcct gtaatactga gcatcgccct agttctgctg 1076821 aaggagtgga aaaagagaac ctcagataga ggagcagctg gttagcttta ccccggcgcg 1076881 ctggagctct tcaagggctt ttctctcgtc ctccgggttg atccccttga tggcgtccgt 1076941 cagcaggtaa gtctcaaagc cgtgttttac ggcatctagg gctgtggcct ttacgcagta 1077001 ctctgtggca accccacaga cgtagacgcg cttaacaccc ttctccatga gtatctcagc 1077061 cagattcgtg ccctcaaaac ccgaatatgc ctctttatca ggttccgttg ccttcgaaat 1077121 tatgaccgcg tcttcgggca gctccacgac gaattctgcg ccgggtgtgt tctggacgca 1077181 gtgcctcggc caggggccgc cctgctctct gaagctgatg tggttctccg ggtgccagtc 1077241 cctggtggcg actatcaatg cacccctctc cctgaatttt ctcacgcact cgtttacgat 1077301 agggattatc ttgtccccct ctggaaccgg aagggcccct ccgggcatga aatccctctg 1077361 catgtccaca acgatgaggg cttcctccgg catgtccatc accgatgaat tatcgacgtt 1077421 cgactttaaa tccttgtcat cagaagctga agaagttccc cggcactccc tcaaacctca 1077481 agcctctccc tgaagcggga catgtcgagg cccttctcaa cgccgaagag gtagagaacc 1077541 agcctcctgt cgaggttgcc gtaccttccc gagaacttct caagctcttc caaaacctct 1077601 gattcatcga ggtccagctg ggaggccaca aaggacagca tctccctgaa gagatcctcc 1077661 tccccttctt tttgtgttaa cgcctcgaga tttattctca gcaaattccc ttcctcgacg 1077721 agcaggcctt cttcgaccca ctttgagata gcttctttgg cctcaccaac gctcatgatc 1077781 ctgagcttga aggtaagcag tcccacgagc tcgctctttg aaaactttcc gcttccctta 1077841 accctgagca cgctctcgag ggggtgcacg gaaccaccca aagttcttcg caaaaggggt 1077901 ataaaaacgt ggtggagccg ggaccgggat ttgaacccgg gacctgggga ttacgagtcc 1077961 cccgccctgc cgagctaggc taccccggca ccggaggaga aaaagtagga gaggtttata 1078021 agttttccgc tacggcttgg gcatcgtcat ggcaagtatc aggagaaagc ctccggcgag 1078081 gaagccgagc atcgtggcat gtttgattat ggagacgtta acgttcctga aagctgatgg 1078141 aacatggatt tttcttccct cgaccatctt accaactacc atcgccagtg ctatgcctga 1078201 gagggcgtcg tagatccagt ggtgaccgag aaggagggtg gcgaaaggaa cgagtgagtt 1078261 gagggctatg atgagcttgg ccttgagctc ccgccggtat ttccacagga tgattatgtt 1078321 aaaggccgcc acggtgttgt gaagggaagg cagaacaaat tcctgctggg tcaggtaagt 1078381 cctgtccggg tagaacccgg gtaaatggta gacgtagtgg ggcgcataaa cgtgggcaaa 1078441 ggtgtagact gtaccgcaga tggagtatgt aatgaggtac cccagtgcca gctcatcggc 1078501 cttctggaga tccctcttgt acaggagaac gaagaggaca gttaacgcta tcgagcccga 1078561 gaatccgatg tagtagatac ccttcatgag gaggtaaagc gggaagactt ctctcgtgag 1078621 gtcaagggtg gagacgacga agtgatatga agtgaagggg agtttaagga ggagatacgt 1078681 aacgtccctg ctgtgggatt tgaggtgatc gtagagaact gtaaacccta tccacccgaa 1078741 gtacagcagg agaaaagtgt tgagccgtat aagcacgtcg tggtcgttga gggactccac 1078801 aatatccctg actgattgtc gtttcatcgg actcccccac cggctatgag taatgggata 1078861 ccctatttaa acttttcact ttttccgcca ctggagttga aataaaacca aaggtttttc 1078921 ttgccagcgt tcaacttcca ccggtgagtt aaatggaggt tgacgttcct ggtcacggac 1078981 gaatcgaatt caatgccatc ctcttcgacc tgaacggcac tctgggggtt gagggaaggg 1079041 ttccggagga cgtcaagggg ctcctcacaa ggctggccag ccggtgcacc gttgtcattc 1079101 tgagcgctga taccttcggg actctggaag aggagttcaa agggcttcct gtccgaattg 1079161 aaagggtttc aagcggggca gagaaggccg agatcgcgga agggtacagg ccctacgttg 1079221 ccatcggtaa cgggaacaac gacgttgcca tgcttgaaaa ggcggagttg gctttctgtg 1079281 taatcgggaa ggaaggtgca gcagttgatg cgctccttgc gagcgatgtt gtcgtcaccg 1079341 acgtgaggga cgcgatggag atgctcctcg acgagaagaa gctgatagcg acgctgagga 1079401 ggtagtcata gactacaaaa ccctgaaagg cgtcggcact gccaggttcg tgataaagaa 1079461 gtccgtcttt ataggctatg cttctccagc aaacactgag gaagaggcca aggccttcat 1079521 cgagagaatc aaggccccca ccacagcgac gcggcaagtc ttgcaattga gaacgcgggc 1079581 ataattgaag cttacgagat ggagcgctgg taactttcac cgtagaaaca cggggtttac 1079641 attgggattc ttagagtgct ggtggaggct gcccaagcgc actcaggggg gcagaggtct 1079701 atcggagact aaagtccctg gcctcgctcc caaaagagta cagcacgtct acaaatacct 1079761 taaacttgaa aaagaccgga tccgctcgct cggtggaaag aggtactggg ttgagaacct 1079821 ccttctcaag gaggcggtca ggaagtttaa ttttcagtga tgccctctcc tttgctttcc 1079881 aaaacctccc cagccctaat cgcggcccat ttgtccatga acttccaagt gtgttcttga 1079941 gtggaggtga tactttgaag gcctacgtga cggctatcgg cacacccctt gagcccccaa 1080001 cttttccccg caacccttta aaatcctctt cctcagctta gcccggtggt gagaatggcg 1080061 aggatagctg tcatcgacta cgacaagtgc aacccgaaca agtgtggtca cttcctctgc 1080121 gagcgagtct gccccgtcaa ccgaatgggc ggtgaggcga taatcataga cgaggagaac 1080181 taccgtccca tcatacagga ggccagctgt accggctgtg gaatctgcgt ccacaagtgc 1080241 cccttcaacg cgataaccat agtaaacctg ccagaacagc tcgacgagga ctgcgtccac 1080301 cgctacggaa tcaacggctt cgtcctctac cgcctccccg tcgtcaagga gggcatggtc 1080361 gtcggaatcc tcgggcccaa cggaacgggt aagacgaccg ccgttaaaat cctctccggc 1080421 cagctcctgc cgaacctctg cggtgataac gactcctggg acaacgtgat taaggccttc 1080481 cgcggaaacg agctccagac gtacttcgag aggctgaaga acaaggagat tcgccccgtc 1080541 gtcaagcccc agtacgttga cctgattccc aaggccgtca gggggaaggt ccgcgacctg 1080601 ctcaggaagg ccgacgagag cggaaggttc gacgaggttg ttaaggagct tgagctcgaa 1080661 aacgtccttg atagagatat aaggcacctc tcgggcggtg agctccagcg cgttgccata 1080721 gccgcggccc tcctgagaaa cgccgagttc tacttcttcg atgagccgtc gagctacctc 1080781 gacataaggc agaggctcag gattgcgaaa atcataagga agctcgccga gtcgggcaag 1080841 aacgttctgg cggtcgagca cgaccttgct atcctcgact acatgagcga cataattcac 1080901 gtcgtctacg gtaagcccgg cgcctacggt attttctccc agccgaaatc aacgcgcaac 1080961 ggcataaacg agtttctcag aggctacctc cgcgatgaaa acgtccgctt caggccctac 1081021 gagataaact tcagcaagaa gagcgagcgc aaaagccagg agggagaaat tctcgtggag 1081081 tacccgccgc ttgtgaagga ctacggctcc ttcaggcttg aggccgaggg gggagagctc 1081141 tacatcggcg aggtggtagg aatcgtcggc ccgaacggaa tcggtaagac gaccttcgtg 1081201 aagatgctcg ccggcgtcga gaagcccacc gaaggcgaga tagactggtc gctgaccgtc 1081261 agttacaagc cccagtacat caagacagac tacgagggca ccgtctacga gctcctcagc 1081321 aagattgacg caggcaagct catgagcagt ttttacaaga gcgagctcct gaacccgctc 1081381 gggattcccg agctctacga caagaacgtc aacgaccttt ccggtggtga gcttcaacgc 1081441 gtcgccataa ccgcctgcct gctccgcgat gctgacctct acctcctcga cgagccctca 1081501 gcgcatctcg acgtcgagca gaggttagct gtctcgaagg caatccgctc gctgatggcc 1081561 aagaacgaga agactgctct catagtcgag cacgacgtca tgatggtgga ctacctgagc 1081621 gacaggctca tagtcttcga gggccagccc ggcagattcg gaaaggctag caagccgatg 1081681 ggcatgcgcg agggcatgaa caggttcttg gcatcagtcg gggtaacctt ccgcagggac 1081741 cccgatacgg gcagaccgag ggccaacaag gaaggctccg taaaggacag ggagcagaag 1081801 gagaggggag agtactacta cacctaaagg acctaaaggc ttttcttttc cttccccaaa 1081861 ttctttcggt gatgccatgc tcccaccggg caagttacct cccgaaaagc tggaggagct 1081921 cgtgttcagg ttcgttggcg ggggaaaagg aaggctcata atcggaccgg gacagggcat 1081981 cgatgccgcg gccatagact tcggtgaaac tgtactcgtt gcctccaccg acccgataac 1082041 gggagccgag aagaggatcg gtttttactc ggttcacgtt aacgccaacg acgttgcaac 1082101 ctttggtgcc aagccccaat ggttcctcgc gacggttctc ctgcccgaaa atactgagga 1082161 gagcctgctc ttagagataa tgaaagagat gtctgaaacc gcgagaaggc tcggcgtgtt 1082221 gatcgttggc ggacacaccg aagttactcc cggcctggac aggccgatag tcatcgggac 1082281 gatgctcggc gaggtggagc gggatagact agtcctgccg aatggagcca gaccgggtga 1082341 cgctatcatt ttgacgaaat gggccggtct cgagggaacg gcaataatag cgagcgaaag 1082401 ggaggaggaa ctcaggggag ttttcggtga ctccctcgtt gaaagggcca agagcctgat 1082461 cgagtaccta agcgttgtcc ctgaggcaat gctcctgagg gacttcgcaa acgccatgca 1082521 cgatccgact gaagggggag tactcaacgg tctccacgag atggccgatg cctccgggct 1082581 ggggctcaga atcttcgtcg agaggatacc catcagggag gaaactgaac ggatatgcaa 1082641 cttctatggc ctcaatcccc tggccctgat aagctcgggc tccctgctgg cggcggttcc 1082701 tagggacaac gcgaggttcg tcgtcgagaa actcctggct aggggcataa acgcagctat 1082761 catcggggaa tttctcgccg agaaaaagag aatcatgata aagggaggag acgaagtacc 1082821 gctccccaga ccgctcagcg acgagctctg gaaggttgtt taacccttct ctattcccct 1082881 cctaaccttc acggccagtc cgctctggaa gaccttcagc tcctcgccgt tcagaagggt 1082941 ctgccctgtc gcgaggagtt catccttttc gttcactacc aaaacttcgt cgtagggcct 1083001 gattgagggg tcggcatcga ccacgaactt ggcgaagacg ttttttccgc gcttcgcgaa 1083061 gggttcggca tcttcgttga ccacgacgcg catcttcggg aacggcagga gcgcgtgaag 1083121 tctctttgcc ccctcgatgc cgagcgttaa caggccgtcc tccgccctga aggtcgcgag 1083181 gtgcttgccc ttcgccttta cctgcctcgg catgccagtc ttccgcgaga gctccacgaa 1083241 agcgtccttg aaggcctcgc ccgccccttc gccgaactgg tactccgcga cggccatgac 1083301 gtactttctc gcttcccctt tcctcggctt ctctatcgtg aagtcctcct cgccctcgct 1083361 ctgggcgaag gggtagctca aactcagata ctttggaatc tctccgaata tcgggtgtct 1083421 aatcctctcg gggaactttt tggccacccg ctcggccctc tccttggcgc ggtaaacgat 1083481 gggccatctc attgcttcct cgctcacctt gaagaaggca ctcgccttgg ttatcggctc 1083541 gttcttctca aggtagtctc ggtactcaag cagcctcttg taagctgagt aaagcttcgg 1083601 gtggctcctt gccctctcgt caacgaggcg ccagagttca ccctccttta tcgcctgctt 1083661 gaccctattg agctcctcgc gtatcaccca gaggttgtgg atggccaaaa gcctcgtcct 1083721 ttcttccttc ggcatctcac gcaactcttg cggggtgtag cgggagcaca cgggacagga 1083781 gcaggggaag tactcaagct cttcgagcct tttcgtcccc tcgggcgtca aatagcggtc 1083841 gtctttagcg tacaaggcat agctcgccga gtcgaagagg tcaacgccca tagcaacggc 1083901 taaggcgaaa atcatcgggt ggcccgctcc aaagaggtga accggcctgt ccggtcttag 1083961 accgagcttg gaagccacca caacgtccac taaatcgcgg tagcggtagc tctccatgag 1084021 cggaacgact gcaccgatcg ggtggatttc aaagttcatc ttgctgagct cctgagcggc 1084081 gtgggttctt aagtccggat aagttgaacc ctggacagca gcgttcatag cgatgttctt 1084141 tatgctttcg gcttccttcg cccgctcgag ggttatcctg aggtcttcct cggccttctc 1084201 cctcggcgcg tcgggagggg tcggaatgtc gaggaaggtg cctatatcga cgccgatttt 1084261 ctcctggaac tcgattatct ccctgttggt aacctcgacc tcgccgtagc gcatgagctg 1084321 gaatgagccg gaatctacct cgattatccc gtcgtagtca aggagcctgt gaatgcccag 1084381 ctcaagggcc ttttccttca attccggcgt cttgtagatg atgtaggagt ttgtgattat 1084441 cattccaaag cccatctcct cgagctcctt cggcgttacg atgagctgtt tcgggttaat 1084501 gacgggcatt atcgctggtg tctcgatgct cttgccgtta acggtgagct tccctattct 1084561 tccggccgcg tcgcgcgcct taacctcgaa cctgaactcc atgctctcac ctctcaaggg 1084621 cctaacactt cgaccttaaa agcctgccga gaagagcttg acgagaagaa acgcgaggat 1084681 tccggcgaag agcggcgcgc gaacccagct cttcacgatg tccacgagga gctttttgtt 1084741 cacgtgctcg cccttgtagg cgctcagccc gcttatcgcc ccaactatcg cctggcccga 1084801 gctgacgggc aggccgaaga ggtttgcggt gctgaccgct atcgaggccc cgaactgact 1084861 cgaaaatgcc gaagtcggac cgaggggtgc tatgtccttt cctatcgtca tcatgacttc 1084921 atagctgaag gtgagcgtcc cgaaggccat cacaagggcg aggaaggcgt ttgggtcgga 1084981 cattccgccg gcctttgcaa ggcctataac gttcgagacc tcgttcgtgc cgaggttgaa 1085041 ggccgagaag gcagaggcga ggaagacgag ccacttctgg gtgagttcga ggttctttag 1085101 acactttatc ctgcgaagga ggggtttata gagcctgtac accgctatgg caaggaaaga 1085161 agcaagaact ggagaaaaga accacgccga gacgatttta cctatcgtcc accagtcgac 1085221 tgagagacca agggcaaggg aggaacctat gagcgcaccg attattgact gggtcgttga 1085281 gattggccgt ccccacaggc tcgcgattgt aacggcagat gccgcgctga agagcgccaa 1085341 agcgacttct cccggggaga ggcctctggc cagttctgtt atcgttcctg aaacggcgga 1085401 gtgaccgata actgccccga gggttgtgaa caccgcaact atcagcaccg cacgcctgaa 1085461 gcctacgaca ccggagccaa cggcggttcc aacggctttt gcgctgtcgt tcgctcctat 1085521 tgcccacgcc atgaagaacg ccgctgcggt gacctcgatc attccatcac ctctctatag 1085581 tctatatagt ctatgtggta cagagttgag catttaaaag ggtttcggat gataaaactt 1085641 aaagcatcgt tgcggagtta ctcactatga gaaagaaaat cctgacggcc acgacctact 1085701 tcgataccgg cacgtggctg acctacgttc tctttcgggg caacccctct gagctgtcca 1085761 gggagatcga gaacgccctt tctaggatgg agatccggta caaccgcctc gttgatcccg 1085821 actgctactc gcttacggcg tacgttgcgg agcatttcgg ggagagcgtt cttctcatcg 1085881 agataagggg agacactgga aaagtattct acgtggttcc cgcgctctcg aagatggagt 1085941 tcaaaaacct caggccggag ttcgagctca ggttcatggt cacgaagaga gcaggccttg 1086001 aggcgctggt cggctatatc tgtcggggaa agataaccaa gcgccacgcc taccgttcgg 1086061 ctgcgagctt cgtagtgagc atgctcgctg gctttctaag ctctgcactg ggggagaggt 1086121 ttggagcctt cgcccagttc ctagttggac tgctcgttct cttcgctgtg ctctttctcc 1086181 ttgagtatcc tctgtccgtt ctaagcctca aaggtgttaa aacagtggag gaaaagagga 1086241 aggtcaaggt tctggttgtg aggaagagcg gcgatcttcc gaagagtgac atgaaattga 1086301 aagaggagaa ttgacggaat agcgcttgag gctcttggtg atagctatgg gtgttgataa 1086361 ttacatttac ttcgtgtttg ataaggagcc gaaggaggtt gaaggcttcc ttaagaggga 1086421 gtttgaagtt gctgttcggg acagggagtg ggatgatcct tggatagatt acctcaagga 1086481 aaagggcctc ttgggagagg attttcagct cgttgtctca ggcgaactgc tttttgaccc 1086541 tcccctgagg actgatggag gagagactat aaccaatgca gacttctata tttacactgt 1086601 cgagggttac acaatcctcg aaattcaccc cgttctgagg agcaggtggt ggttcgtcct 1086661 cagttcggaa gttatcagac tcctaaaaca gttcatgaag ggggagccac tcctaatatg 1086721 cggctaccgg gatgatacag acctgacgaa actcggcttc gagcacaaca tgtcctacct 1086781 gttcataaac tggcttccca aggcaattaa aaccggaaaa ctcgaaaccc taccctcagc 1086841 cctcacggca attaggaaag aactcttaga cttggagaat ggtctctacg agcttattga 1086901 aaggcctggg agagaagaaa aggagtacgt gctggtaaag agtcttgggg actacaaaat 1086961 actcgttgcg gtgaaggaga ttgatctaac ggatgaggag tgctatctcg aacttttgga 1087021 ggacagagca tggttcagct tggaaatcgt tggggttatc ttcaagcgca ttggaaggag 1087081 gattgaggat gagttccttc taaaaagggc cgaagagttc ttcagggcgc aggtggggga 1087141 agatgggcgt tgagaactac atttacttcc tgtttagtca ttaagttgct ggaggatatc 1087201 aatatcctta aaaaggccag tgctgtggag tttaagccca tagactggga gtttgaggaa 1087261 aaagtgaggc agagaatagt ccgagaatgg tacaggcacg ggataaaact acccgctccc 1087321 gttggggtct attccggcgt gctctttccg aactatcgcg tcaaaacaac ggaagggaaa 1087381 taaccagtat ggacttcaca atctaccggg caggctggct ctcggtcatt gaactccatc 1087441 caaacccaag gagctggtgg tgggaggcct acagtcacga ggttgttgcc tttctgaggc 1087501 agttcttcaa gtgggatgtt ctcctaatcg cgggcctgaa cgactggact gatttaagag 1087561 gtacattgac gcttgacgat atggagctct tcatagccaa gctcgccgag tggatcaccc 1087621 ttaggagcct gcccgcgatc ccctctgcct ttacgctggc caaggaggat cttttggata 1087681 ttggctacgg tctccaccgg gttttcacgc cggaaagggg gtactacagt tatgttctgg 1087741 cagaacccct ggatgattac acctcgattt ggatcatcgg gcgtgtggac ttcaacgatc 1087801 cgatggagtt atgcgagacc tttggcgccg aggttgagct gaccctctca ctaactggag 1087861 catcactcct tccgctaaca gaactgaggc cttctgaaga tgggcgcctc cttcagattg 1087921 caagaatggc ctttaaagcc cagataaccg gtgactatga cctgttccgc tgtcctggga 1087981 ggcagtagtg gagaatagaa aggacgaagg aataaaccct caacgaccca gctccttgtg 1088041 agccttcgcg aggtgcttcg ccgctatcgc cgcgaggagc gagagttccc cagccaaaac 1088101 cgctcccgca actatctccg cgaacttctt ggcgttggtt cccggtgggt cgcctcctcc 1088161 agcgacgccc ataattgaga gcgcctccct ctgggtcggg acgcgcgttc ctcctccgac 1088221 ggttccgatt tcaaggctcg gcattgttat gctgatgtag aggtccccct caggcgtaac 1088281 ctccgcaagg gttatgccgt gtgaaccttc ggtaatctga gcctcgtcct gtccggtggc 1088341 gaggaagatt gccccgacta tgttgccaaa gtgggcgttg aagccgtagg aaccagcctg 1088401 ggcagaaccc acgaggttct tgcggtagtt tacctcagct attagttccg gcgtcgtctt 1088461 cagcttcctc tcgactatct cgcgcgggac tatcgcttca gctatgacgg tcttaccgcg 1088521 cccattgatg aagttcatgg cgttgggctt cttgtcaacg cagaggttgc ccgagagcgc 1088581 cagatacttc acgtccggga actcctcttc gatgaccttc attatctcct cgctcgctat 1088641 cgttaccatg ttcatgccca tcgcgtcgcc ggtctcgaac tcaaacctta ggtagaggtt 1088701 gttgcccact atgaagggct taacgtccct gagctttccg tgcctggtga ccttgctgac 1088761 ggccttctcc tgaaggtagt ctatgttctc cttcacccac tcggcaactt ctctggctct 1088821 cctcgcgtcg gggcacttga gaagcggtgc gcgggtcatc ttgtcgtcta tgagggtagt 1088881 cttaacgcct cctgcctctg tgagggcaga acaacccctg ttaacgctcg caacgagcgc 1088941 accctcggtg gtggcaaggg gtatgtaaaa ttcgcccttc gcatactcgc cgttgatttt 1089001 gagcggtcct gctactccca tcggtatctg gacgacgcct atcatgttct cgatgttcct 1089061 gccgataacc tgctccgggt ctatgctgta gtgtccgatg tgctcaagtt tcacgccgag 1089121 cttcttctcg agggccttcc tccttatttc cgttgcggtt ctcttgtccg tgtacttctc 1089181 aacctggtgg agctttacct ctcccttaac gaccttctca acgagctcct caaactccat 1089241 ttcaacaccc ccagaatcag ccgaaaatcc attcctcaag tacttctccg gcctcggcaa 1089301 aggctaaagc ggcgtcgctc ttcggtttgt atgccagtac agggataccg acgtttatcg 1089361 actctggaac cgcatcgtca aagggcaccc agctgagaac cggaacgccg acctcgttct 1089421 ctatcacgtc tattatcttg tctacgacat cggcgctctc gcgaactttg ttaaggacaa 1089481 cgccgatcct aaggccgtac tcctcgccga gggccttgag cttgtttacc tcgttctcga 1089541 ccatcgtctc aaaggagtat atcggtgaac gttctatctc cacgacgatt atctgataat 1089601 ccgccacctc gaaggttgga agggtatcaa agggaacacc ggtgggggaa tcgacgaaaa 1089661 caacaccgaa cttgtactta accctctcaa cgagatccct caggccctgg ggggaaatgc 1089721 cgatcacatc gtgaaggttc gagcttcctg gcatcacgta aactcccgtt tccctgtgct 1089781 tgtagattgc ccactccgga tcgaggctag ggtccttgag aagcgagtga acggtgtatt 1089841 tgacgttgtc cattccgaag tggaagccga ggtttggaag gtagaggtca ccgtctattg 1089901 ccagaaccct gtactccctc cccgccagaa aagtgctcag gttagcggtg gtcgtggtct 1089961 ttccggcacc acctctgccc gtcattacga tcactgccat tttattccct ccacccggga 1090021 gtttttgaaa ttccttttta ttaacttttc cacggttgaa cacgtatcaa cattgcggct 1090081 ctccagtggg acatcttcgg gcactcattt aggttgcatt ctaccagaaa aagtttatat 1090141 ctaagcacat ctacgaaaat ctgtagggga tggttgccat gacagagaaa atgcccgcta 1090201 ttatgaaaac taaacccgct tacggcgccg agctcgttga ggttgacgtt cccaagcccg 1090261 gaccgggcga ggttctcatc agggttctcg cgacgagcat atgcggaacc gacctgcaca 1090321 tctacgagtg gaacgagtgg gcgcagagca ggattaagcc gccccagatt atgggtcatg 1090381 aagtggctgg agaggttgtt gaagtcggcc ccggcgttga ggaccttcag gaaggcgact 1090441 acatcagcgt tgaaacccac ctcgtctgcg gcaagtgcta cgcctgcaag cacaaccgct 1090501 accacgtctg ccagaacacc aagatttttg gcgttgacat ggacggtgtc tttgcgacct 1090561 acgcaatagt tcccgccaag aacgcctgga agaacccgaa ggacatgaag cccgaatacg 1090621 cggccctcca agagcccctc ggaaacgcgg ttgataccgt tctggccggc ccgatagcgg 1090681 ggagaagcac gctcataaca ggtgccggcc cactcgggct gctcggaata gcagtggcca 1090741 aggcaagtgg tgcttatccg gtcatagtct ccgagcccag cgacttcagg agaaagctcg 1090801 ccaaaaaggt tggagcagac tacgtcgtca accccttcga ggaagaccca gtcgaggtcg 1090861 tcatgagcat aaccgacggt gctggtgtcg aggtcttcct ggagttcagc ggcgctccca 1090921 aggcccttga gcagggcctt aaggcgacga ctccaggggg gagggtctcg cttctcggcc 1090981 tcttcccacg cgatgtcacg ctcgacttca acaacctcat aatcttcaag gccctggaaa 1091041 tccacggcat caccggaaga cacctctggg agacctggta caccgtctca agtctcatcc 1091101 agagcgggaa gctcaacctc gacccgatta tcacccacag gtacaagggc ttcgacaagt 1091161 atgaggaagc tttcgagctc atgcgcgctg gcaagaccgg taaggtcgtc ttcttcccga 1091221 aggagtgatt tttcttcctt ttcttccacc gcaattctta agtaaaccct tcctcatttc 1091281 aagcggaggt gtcggaatgg agctgagcta tcaggagaag ctcaccctta tcaagcttaa 1091341 cgaactgaaa agggctaaat ttgaggagct cgttaaagct actggactcg agcaggtagc 1091401 ggtcatgagg gctgtcctcg gcctgcaggc gaagggcctg gcgaaactcc acgagaggag 1091461 cgagaaagtc gttaagctca ccgagacggg aaagaaatac gctgaaatcg gcctccccga 1091521 gtggagggcc ctaaagctcc tccgcgagag gggaaaggtt acgctcgacg acctcagaga 1091581 agtcctcagc gacgacgagc ttaaaccgat agtcggcctc ctcaggaagg agggctgggc 1091641 aagcgttagg aaggaggacg gcaagctaat cctcgaaata accgagaagg ggcttgaagc 1091701 tgaggagagg cccattgaca gggccctaaa actcctcgcc gagaaaaacg ttgtcccagt 1091761 caaggaaatt gagaagctca ttcctgtcaa ggagctcaag aggaggaaaa tcggggagga 1091821 ggaaaccgta accgagagaa ccgtcgagat tacaccggca ggcgaggagc tggctccgaa 1091881 ggtagagcta aagagggaag tttccgtcct aacgccggaa ctcataaagt caggcaaatg 1091941 gcgcgaggta gagttcagac gctttgatat aaaggccccc gtgaggagga tttacccggg 1092001 caagaagcag ccgtaccgcg ctttcctcga caagataagg agaaggctca tcgagatggg 1092061 cttcatcgag atgacggtcg attcactcat cgagactcag ttctggaact tcgacgccct 1092121 cttccagccc cagaaccacc cggcgaggga gtggacggac acctatcagc tcaagtaccc 1092181 gaagagcgga ttcctgccag aggaggagct cgttgagagg gttaagaccg cccacgagcg 1092241 cggtttggca ggctcgcgcg gctggggcta tgtctggtct ccagagagag ccatgctcct 1092301 catgccgagg gcacacggca ctgctctaag cggtagacag ctcgccaagg gcgtcgaaat 1092361 cccagggaag tacttcacaa tccagcgcgt tttcagaccg gacgtcctcg acaggacgca 1092421 cctcatcgag ttcaaccaga ttgacggctt tgtagttgga gaagagctca acttcaggca 1092481 cctcctcgga atcctgaagc gcttcgcggt ggaaatcgct ggagcgaaga aagtcaagtt 1092541 cctgcccgac tactatccgt tcaccgagcc gagcgtccag atgagcgcct accaccctga 1092601 actcggctgg gtcgagttcg gcggtgccgg aatcttccgc gaggagatga ccaaagctct 1092661 gggcatagag gtcccggtca tcgcgtgggg aatcggaatc gacaggttag ctatgttcaa 1092721 gctcgggata gacgacatcc gctacctctt cagctacgac ctccgctggc tgagggaagc 1092781 gaagctggtg tggtgatggg agatgccaaa gttcgacgtg tcaaagcggg atttggagag 1092841 gctcgttggc aaagaattca ctgtcgagga gtgggaagac ctcttcctct acgccaaatg 1092901 cgagctcgac gacgtctggg aggagaacgg tgaaatctac ttcaaagcgg actccaagga 1092961 caccaacagg cccgacctct ggagcgccga gggcatagca aggcagatac gctgggcgct 1093021 cggcttcagg aggggcctgc cagaatacga ggtcgagaaa agcgacgtta ccgtttacgt 1093081 tgacgagaag ctgaaagaca tccgccccta cggtgtttac gcaatcgttg aatgcctcaa 1093141 gcttgacgaa gaggctctca agcagatgat taacctccag gagaaggtcg ctctgacctt 1093201 cgggaggaga aggagagagg ttgccatcgg tatcttcgac ttcgacaagg tgaagccccc 1093261 aatatactac cgtgcggcag agaaaaccga gaagttcgtc ccgctcggct tcgaggagga 1093321 gcttacgctg gaggaaatcc tcgaaaagca cgagaagggc agggagtacg ggcatttgat 1093381 taaggacaag ccttactatc cgctcctcgt tgattccgaa ggtaaagtcc tctcgatgcc 1093441 cccgataatc aactccgaaa cgaccggaag ggtaacgacc gaaacgagga acgtcttcgt 1093501 cgacgtcacc ggctgggatt tgaacaaggt catgcttgcc cttaatgtcg ttgtcacagc 1093561 tttggcggag cgcggaggaa ggattaagag cgttaaagtc gtttatccag actttgagat 1093621 tgaaacgccc aatttaactc ccaagtcctt cgaggtcgag ctggactaca taaggaagct 1093681 tgcgggcctc gacttgagcg acggtgaaat caaggacctc cttgagagga tgatgtacga 1093741 cgtgaccctt gaggacggta aagcaaagct cctctatccg gcattccgcg acgacataat 1093801 gcacgccagg gacgttttag aggacgtcct aatcgcctac ggctacaacg agattgagcc 1093861 cgaggagcct aagttagcgg ttcagggcag gggcgacaag tttatcgagt tcgaggacgc 1093921 ggttagggag ctcatggtcg gctttggtct ccaggaggtt atgaccttca acctgaccaa 1093981 cagggaagcc cagtatggaa agatgaacct cgaatacggg agggactact tcaacaatcc 1094041 ccccgctgag ctcgtcgaga tagagaaccc gataagcccg aagtggtccg cccttagaaa 1094101 ctggctcctt ccaagcttac tcgacttcct gagccagaac acccacgaag agtacccgca 1094161 gaggctcttc gaggtcggta aggccacttt gatagacgag agcagggaaa cgaagaccgt 1094221 cagcgagagc aagcttgccg tcgtgctggc ccagccgagg gttaccttca ctgacacaaa 1094281 ggaaatcctt gacagtgtta tgcgccacct cggcttcgag tacgagcttg aggaggtcga 1094341 gcacccgagc ttcatccccg gcagggttgg aaaggtaatc gtgaaaggaa aagccatcgg 1094401 cgtaatcggc gaaatccacc catctgtttt agaaaagtgg ggaatcgaga tgcccgttgc 1094461 gggctttgag ctgttcctca ggcctctcta cacggagccc tacctttagc aatccccaac 1094521 ttctttttgc caccattttt ccagtttggt acacatcaac tcgaagtttg tgacactgat 1094581 aaggatttca acatcaaaga ctccttccat tttcccacca ttgacagatt gatcctttgt 1094641 ctttatcaat cttttcacaa tggagctgta attttgtcaa ttctgaagaa aagagcggaa 1094701 aaatttcgtt acttcgacga atcatcggat ctatttgaaa ccagcccttc ccacttttct 1094761 ttcgtccttt tccagcagcc ggggggcatg agttccctct cgggacagta accgagctga 1094821 atgcacctcg gcccgagctt cgcccacctt ataatcggcc tgagttcgtc gttcttggca 1094881 atctcttcca gcatcctcca tgccacctcg cgaatctccc attgggccct ctcgcagagc 1094941 ctcaggccga agaagtgctt aagctcgcgc aggttcatgg tgacgactat cttcgttctg 1095001 actgcctgcg gaaggatgaa gcgcgcgtcc tcctggtgaa ctcctgcatt gatgctctcc 1095061 tcgtagagtt ccagggtctt tctcatcagt tccctccact tttcgtagag ttctggattc 1095121 tctttaacac tcccagggat gagaaatgtc tcctccacat catcagtgtt gagcttgatg 1095181 tagcgcattg actgctgggt gtagctcgcc agacggtgcc ttacaagctg gtgactacac 1095241 acacgagaac agccttcaat cgagaacgtc agaaccgcgt gctccaaaat gctctcgtgg 1095301 ccgtatccga gaacccttgg caggtgcatc tcaacgtcat tctcggtcat ccgctcgaag 1095361 gccttgctct cccactcgtc ccaataactt atgagggctg cccaggtgac agtttcgagg 1095421 ggtttttttg tataattgac aagtctaact cttattcctt ccattgttga tttcccctca 1095481 ctcaagcggt ggacgatgct tatatcggtt tgtcctccca gtttgccgga gtgtcatagg 1095541 aaggctttaa cgaatgccac tcgacccatt catcatcagc ttctcgtcat tttgatgtta 1095601 catttggaaa acttttctgg tgtctctcct caatgcattt tgaaagtcgg catttccttc 1095661 gacgaaaggg ttattaaatt ctgggaacag ccttaaacgg tgatgcacat ggtggttagc 1095721 ctcgctggaa gggatcttct ctgccttcag gacttcacga gggaggagat cgagactatt 1095781 ctcaagacgg ctgagatgat gaaaatctgg aacaaaatag gcaagccgca ccgcgttctt 1095841 gagggcaaaa ccctagccat gattttccag aagccctcga ccaggacgag gatttcattc 1095901 gaggttggaa tctaccagct cggcggctac ggcctctacc tcaacgccaa cgatttacag 1095961 ctcaggcgcg gtgagaccat agccgacacg gcaagggttc tcagcaggta cgtggatggg 1096021 ataatggcca gggtctacgc ccacaaggat gtcgaggacc tcgccaagta cgcgagcgtc 1096081 ccggtcatca acggtctgag cgacttctcc cacccgtgcc aggctttagc tgactaccag 1096141 accatactcg agaagaaggg caggattcag ggcctcaagg tcgtctacgt cggggacgga 1096201 aacaacgtgg ctcattccct catgatagcc ggaaccaagc ttggagcgaa cgtcgtcgtt 1096261 gcaactccgg agggctacga gccggacgag agggtcatca agtgggcgga gcagaacgcg 1096321 gccgagagcg gcggaagctt tgagctcctc cacgaccccg tcaaggccgt taaagatgct 1096381 gatgtcatct acaccgacgt ctgggcgagc atggggcagg aaaccgaggc cgaggagagg 1096441 agaaagatat ttaagccctt ccaggtcaac aaggagctcg tgaagcacgc caagccggac 1096501 tacatcttca tgcactgcct cccggcccac aggggagagg aggtcaccga cgacgtcata 1096561 gacagcccga acagcgtcgt cttcgaccag gccgagaatc gtttgcacgc ccagaaagct 1096621 gttatggccc tcgtcatggg tgggataaag gtttgaaacc ctttcgctct tttatctttg 1096681 cttatacgta aaacaccata ccgtcatatg caaccagaac ccgggtgccc catctctttc 1096741 tcacgtagtc ggtcagctca aggaacggca ggttcttgtg ggagatgtgg ctgagaacgg 1096801 ttctctccgc caatctaagt ccaagttcgg ccgcttcgtc aacgttgttg tggtaggggt 1096861 cgtcaaagcc cggaggatag gtcgcatcta caatcgctag cctgagcggg gccctctctt 1096921 ccagaaactc ctgcgtctcc tccggaaggc ctttggtgtc gtagagcagg gccacgctct 1096981 tcccatcctc ttcgatgagg tagccgagcg tttcaacgcc atgattcagc tttagcgtgg 1097041 ttatctttaa tgtatcaacc tcgagagtgt cgaagggctt taaaattctc gggcggaggt 1097101 tcttcgggtc ctgcaggatt agcgcgtcgg cgctcccctt aggcgcgtag agaaccgttc 1097161 ccctcgccat ccagcggagc ttgtagagtc cgtagatgtg gtcgtggtgc cagtgcgtca 1097221 agaaaatcgc ttcgagcggg acgttgagaa agtccctgat gtcggttcca acgtcgaaga 1097281 gaacggcttt tcggttgtct gtgattaccg cgagcgttga gggccttctc tgggcgaagc 1097341 caaactttct cgcctcggtg caggtcgagc aggtgcagag gtgggccgga atcccctcgc 1097401 tcccgccggt gccgatgaag taaacgagca tgatgaccag ctccattatt ttatggttgt 1097461 gaaataggat gcgcgcttat aaaagttgct cgaccttaac cggtttaact tttagaacat 1097521 tgacgtatcg cctgaaaccc ttctcatcaa cgatgtggaa ctcgaatgga tgatattccg 1097581 gcaggccggc gagttcctcg attctgacct caagttttac cctctcacgc agactctgag 1097641 gggcttccct caccttaatg agcaaatcca cgtcgcttcc tgcggtgaac tttccggtga 1097701 gaacgcttcc gaagacgtag agctcgcact caccaaacac cttctcacac gcccgcttta 1097761 ttgctgggag atacttccgg tagttcttaa tcatgaggta gcgctctctc ccccgcctga 1097821 ttagcctact cctcacttct tctttcgaac gcatcaacga gaccctccac gaagtccatg 1097881 accttcagga cgaactccat caaatctctg gcgtcttcct cacagtaaat tctcggctcg 1097941 tagcgggcgc ccgtataagc ctcctccagt tccctgagga gtcccctgtt ctgtctcacg 1098001 aactcgacca cctcgtcctc cgcgcccagt gcctcgccca cccctttgag cagttccctt 1098061 attgagtgcg tcctgagccg cacaccggag tatttcacga tgagtgcctt taggtagagt 1098121 tggagagcct gttccgccaa aaacactgca gtatcatact tttcacgctc aaacgcctcg 1098181 tttgccagct caagataatc cccggagcgc ctcaaaagtg tctcaacctc ctcgtagtgc 1098241 atctcaccac cggaagcact ttaactgctt cccattaata cctttcgatg atgaagttca 1098301 tcgccgacat gatgcttggc agattagcgc gctggttgcg cctctacggc cacgacaccc 1098361 tctacggaat cgagaacgat gatgagataa tcgaggttgc ccggaaagag ggtagggtaa 1098421 tcctcaccaa ggacgtggcc cttgcccgta aagctgaaaa gctcggcgtc aaggtcttcc 1098481 tcctccgctc caactcactt gaggagcagg ttgaagagct gaagcgcctc ggcgttgaat 1098541 ttaaagaact ctttccagcg aatgcacgat gtccgaaatg caacgggccg ataagggccg 1098601 tcccaaagga ggtcgttaaa ggtaaggttc cttcaaaggt ctacgagaat tacaacgagt 1098661 tctacgtctg cgaaaactgt ggacaaatct actggcctgg aaaacagtgg agggagatgc 1098721 tgaaaataga tagaaggctg agggatcccc gatgaagtgg gaagactgga aaccttttta 1098781 cctgaggata gtgagggaga tgggctactc aatcgaggaa gaccggaagt cggccgagct 1098841 actccgtgag ttactccttg agggagatga gtacatcctc cgcgaggagc ttgaggcggt 1098901 aatcgggcgg aaagcttacg tctttggagc gggcccgagc cttgagaacg ctttagggga 1098961 gttcgacttc tcggacggga cgctcatatc tgccgatggg gcgacgacgg ctttactcga 1099021 attcgggctt attccggacg taatcgttac cgacctcgac gggaggattc ctgatataaa 1099081 gctcgccaac gatcggggtt ctctcctcgt ggttcacgca cacggagaca acaaagataa 1099141 gctcgtctca tacgttccgt tcctgtcgag aattctcgga acgactcaag ccgagcccct 1099201 cgatataatc tacaacttcg gcggcttcac cgatggagat agggccgctt ttttagctga 1099261 ggaacttgga gcgagagaaa tcgtccttgt cggctttgac tttggcgaaa tcgttggaaa 1099321 gtggagtaag ccctatctta ggaggcactc accggtatgg gagagcaagc gcaagaagtt 1099381 cgagttcgcg agggaactgt tgacgtggct tgagaaaaac gggcgggcaa gaataaaaat 1099441 gctaattcct tctcctaccc agaaggaagg gaaggagcaa caggaacgcg gccggtccgc 1099501 agatgccctc tgatcccttt gaagtttctg attcagtgct cgatgaggat ccagatagcg 1099561 acgtcgctga agttgtcgtt gtcacagaag tgctagagct tgaggagtgc ctctttgagg 1099621 ttgtcgagtg ctggctgtga gtggtggaag tctgtgttct tgtttcactc attgtatccg 1099681 tttctttgtt ctggcccgtg cagagttgcg aggctttaag ctccagttct gttttctctg 1099741 cccttactcc tgacagaacc tgaaacgcaa cgtcggaaat ctcgtaatat ctaggatcga 1099801 cagaatggaa gttcagctcg aaatcctcct cgctgagctc ggcgttcttc cagcaggggt 1099861 cgtctccgtt tacagcaaag agaatcacgc tccgggaacc ggtcagtccg atcgtcccga 1099921 tcacagtatc ctctttcgcc cagatatctc tgacgagact gattgatcgg aatgtagcgg 1099981 gctcgtacgc gagcgcccgc tttatccatc cggaaccgtc catctcgatg aggacgacgc 1100041 tgcccatgaa cctcttcgct cctgcaaccc aggtgcctat ttcaccgagg tagagggaat 1100101 ttccggagac ggtgaagcgg tttgtcacaa ggcccggttc tttgacgatc tttccccaga 1100161 cggggctctc gttccgggct atctctatca ccgccgggaa cttaacggaa gtcctgttga 1100221 tttcggtttc gtacgtgccg attatgtaga aaccgtctcc tcccctggct atcccgctgg 1100281 cgtagagtaa gtgccctccc tcctgggagc ggtggtggga gtagctgaga acgctgagca 1100341 ccgtcccgtt ggtcagcatc tcggtgagaa ttatccttgc cccgcctatt gcggtctcgg 1100401 cgttggttga gatgaaatac agccggtttc catcgacgag catctccttc ggctcaaggc 1100461 caaaggttac tttgatgccc ctggcccaca gaaccttccc atagaggggt ttcacatttt 1100521 catccaccga gactttcagg acgactgccc attttccaag ctttgcgagg atgtagaggt 1100581 acttaccatc gagcacggcg tccctcgggt agatgtgggc ccgaaccagt tttgaagttc 1100641 ccccgtaggt tttgttcacg taggctgaaa tcagctctcc ccagcggacg ttcaggtcgt 1100701 catcgagcct gaggatcaag atgccgtcaa agccttcagt cttctttgag tgggcttcga 1100761 cgatcagata gtagccggtg ggagctttca gcaggatcgg atgcagggca agggggttca 1100821 cgtttattgt ctcgccgtcc tcaacggata tggacagcat ctcaccccca aaggccgttc 1100881 cgtcgggagt cacttcgatt agcgcgaggt gattcttcag ccctttgctg tagatacctg 1100941 caattagtac ccggttgtct gagtagagcg tgtaataggg gtcaaaggaa tccattgagc 1101001 tccctttgat cgtgtactga aattccaagg ctgaagcaaa ggttgaggag agcatcaaca 1101061 tcagggctac gagcggtgcg agccacctca tggataaccc tcaaattttc tacaactttt 1101121 tggctaaaat actttttctt gactaaaaat tcatcaaatc cgacaaaatt tccccgaacg 1101181 attcgacaga ttttaaaagg aagctccgaa cttgaaatat gataaccatc aaggagctcc 1101241 gctcagaaac agaggtgctc gaatgcattg agacggctag ggctttgccg gagtggttca 1101301 acgaggcagg cctcaggcta ttgagcggga tttgagagtg gaaagaactt tcgtcgccct 1101361 tgaggagagc aaggttctag gcttcataac cttgaagccc attaatgaaa aagcccttga 1101421 aatcctctgg atgcagttag gagggagctt agaggacggg ggatcggaac taaactcctc 1101481 aacttcattg aggactgggc gagggagagg ggctttgagt tactgttggt caagacgccg 1101541 ggcgatttaa gttacaggcc ctacgatgaa acgaggcgct tcgtgagaat cgcgctgata 1101601 gacccgtatc ctgagtgggg tgagccggcg cttgtttacg taaaatgcaa atgcatcaga 1101661 aaatgaaatc taaaaccctg caatgaatgt ctgccagggg taaaacacta tcctctcgcc 1101721 caactcgtac tttccgccca gcactaagcc cctccttgca ttcaggcggt ccatgctcct 1101781 ctcaacctgc tttctctgga tcttgccaag gccgacctcg ataacgattt tctccccgcc 1101841 aagctcaagg acgaagtcag cccccccttt gccgggttcg tagcagagct tgccgtttct 1101901 agactttgcg aggaggaaca gatagaacgc tacggtgtcc tccaacaatg aggcgaatac 1101961 atcttttttt ccgaggctga agccggaacc gaagagtagg gccgacttga ttggaacggc 1102021 gataaacttg atttttggac tttttctcct cgcttttgag agcgaaccgc agggggaaat 1102081 tctctgcacg agcccagctt tctcaagggc gtccaccagc ttaataaccg tcccctttgc 1102141 cagtccaagg gttttcgaaa gtttctcgta gctgaagcgc tctcccttcg gtgttgcaag 1102201 caggtgaagc aggtcgaagg cccgatcgag cgtttcagtg tcgaactcat gcacgtccct 1102261 caggtcacgg tagatgaccc tgtcgagcat ggtgctcagt ctttcgtaaa cctctcgctc 1102321 atccatttcc aggatcatgg gcattgaccc ggccctaacg tagagttcaa cgtcttccgt 1102381 tactggaggc atcggaactt cctgtccccg taggattctc cccatgagct caggaatttc 1102441 acgaccggtt ttgagaaggt aatactccct aaacgtcatc gggaagagct ccctgtgcag 1102501 tgctctcctc gcgaggtcgg ggctctccct gagcttgatt gccgatgagc ccgttgcaat 1102561 tatgaggaac cgcttctcat cgtggaggag tttcagcttt aagtcccagt ccctttcgta 1102621 ctgaacttca tcgagcagga tcaccgcctt cttgggctgg acgagccgtc tgtaggcgtt 1102681 gattacctcc agcagttcca ggcctagggc cctcaaccta tctaaggaca agtaaagaac 1102741 gttgttcggg ctcgttctct taatggcttc aaagtacagc tgggcgagaa gggtagtctt 1102801 cccaactccc cgtattccga gcaggagaac tgtatcgggg gctcccatct caaggtacgc 1102861 cgtaagtttt gatgagagat caccgtacga catccttttg tggggcttgt tgtaggcacc 1102921 gagcaagttt cggatgttca cgaggtgctg tacaataaag tcatctggtt gaaccataat 1102981 cccacctatt tggtcatttg gatgaccaaa tttataaacc ttacctcaag cgttactccc 1103041 ccgccaagcc aatattttta aacacggcat ggaatctgaa cggggcttca gatgcgctgg 1103101 agcgagattc cgaggggagc gaaagcctac atcctctacc acacactaat aacccctggc 1103161 ctgataatct gggcgctctt cccgctctac ctcatggaaa ccggctattc aattttagaa 1103221 gttggggcgt tcttcacagc ggtcaacatc gccacgattc cgctaactta cctcttcggc 1103281 aggctcttca accgctggga tatcaaaaag ggcctaatcg cgatagacat actcgatggg 1103341 gttgcctacg taatgtacgg cctcgcgaag ggagccatag cccctattat gctcttcgca 1103401 ggtagggcca tcgaaaagct ctcgacggtt ctctatcccc tctaccgcgc ctacgagcag 1103461 ataatttacc cggaggacaa atacgaggaa atcttcgcct ggcacctccg tctgcccgag 1103521 atatcgaggc tgattacttt tccgattatg ggttaccttc tcggctacgt ctatcctggg 1103581 cctgaaagct accgccgggt ttttctgctc ttcggcctct tttcggccgt cacagtggcc 1103641 tacatctggt tctttctgcc ctcggtcggt aggaaggaga ggataacgcc cgagggtttc 1103701 actttcaagg ctggcgagtt caagctcctc atagcgttcg aaacgctctt cacactcgcc 1103761 tggttcttag ctccggaaat cgtgctgata aactacgtcg tcttcgtgct ccacaagacc 1103821 gtcttcgagg taactctgat agcctgcgcg agcagtttgg catcgataat aggaacctac 1103881 gccagcgaga gggttccgaa ggggaaagga ttccaggcga taggggtcgg catgctgatt 1103941 aacgccttct acgctctggt tatggccctg tctcctccat tttggctcgc tcttgttgtt 1104001 tacgcagtcg gcgacttcgg gaacacattc tggttcccgt tctaccgctc ctggatgttc 1104061 aagctgattc caaaggagaa ggccagcgag ttccacgcgg ctatatcaag ttatcgaaag 1104121 ctcttcggcc tcttcgcacc cttcgttgcc ggggctttgg cgagcattca tccaacgctg 1104181 ccctacgctg taagcttcgg gctgttttta atggccgggg ctatgtttgc gaagctgagc 1104241 agaaaaagag agaggggagc accgagtccc tcttaaaact ccggaatcct tatcggcgcc 1104301 tgcaactcct tctcgttctt ctcgagattg gtcgcgagca tacgaatcct ctcgcaaccc 1104361 ttgatttccc gtatgaactc ggcgacgctc ctcggtacga gctcctccca tggcttgccc 1104421 tcgaccatgc gcttccttat ctcggtcgcc gagaggatgt ccttcctgaa catcggctgg 1104481 actatcactt cgtagccttt ctcgcggaag agctgggcaa ccagagagtt ccctgtgaag 1104541 acgacgtcaa acctcggcac catgctgacc acataggtcg cccagatggc gttgaagttg 1104601 atgtccggga gcggaatcaa gtagtagcgc ttcttgggga actcagcttc atcaagggcc 1104661 cttatcagca tctccatcct ctcgctcgtc gtgaaggggt tcttgagggt gtggcttgcc 1104721 tgtgcgctcc cgattccgat gatgacctcg tcaacttgcg agaagacgaa ctccaaagct 1104781 ttcatgtgcc cgttgtggac gggctggaaa cggccgacga atagaccgcg cttcattcaa 1104841 tcacctccaa tcagcttcac cctaacaaca tccccaacac ccaagtcgag cctctcgctc 1104901 gcgcttccct ggttgacggc aatctcaagg tagtcgtggc ttcccgggag tgcaagcagt 1104961 tctccgggct ccacttggcc gtaggtctct ctgtagggaa tcttaagtcc aaagtcgagt 1105021 agctcaaccg cctccggctt cccgtagtcc tcgaggttga ggatgacgtt gccgaagtca 1105081 tcaatgtaga ttaccttcag aacccagagg tcgccttcct tcctcggctc aatgtcgagc 1105141 ttgaccagcg aatcgagggg aatctcttcc gcgaactcct ctggagaaac tcccttctct 1105201 atgagcgcgc cggccggtcc gaaaacatct ctcccgtgaa aggtcgagct tatcctccac 1105261 ccggtaaagc gcttaatcct cccaaagtct atcccccagg cgcgtctcgg gtttatgtgc 1105321 ttgagcggga gggtagccaa tccgttgtcg ggaacgacca gccactggtc gccctcgatt 1105381 acaaccgcct tcctctcggt cccgacgccc ggatcaatga ctccaacgtg aaccgttccg 1105441 ggaggcgagt acttaaccac ctgctccatg acgaaggagc cctcgagtat cgagtgcctc 1105501 gtcaccgcgt gggtaacatc aacgagcttt gcgtcgggat taacccggag catcgcgacc 1105561 ttcatctcgc cgacgtatgg ggagctgagc ccgaagtccg ttgttagagt tatcatccac 1105621 atcaccggaa aggatttatt ggcaaccctt taagaggttg cgggggttga gatgatagtc 1105681 gttttaagac tcggtcacag gcctgagaga gacaagagga tcacaaccca cgtcgcccta 1105741 acggcgaggg ccttcggggc tgataaaatt attatctcgg cggacgagga cgagcacgtc 1105801 agggagagcg tcgaggacgt tgtgaggaga tggggagggc cgtttgagat agagtttaac 1105861 cccagctgga agaaaatcct gagggagtgg cgcgagaggg gcgttatagt ccacctgacg 1105921 atgtacgggg tgcacataga cgacgcaatg ccgaagctta aggaggagct gaaggccgga 1105981 aaggacttcc tcatcgtcgt cggtgccgag aaggttccga gagacgttta cgaactggcc 1106041 cactacaacg tggcaattgg caaccagccc cacagtgagg ttgccgctct ggcggttttc 1106101 ctcgacaggc tcctcgacgg cgagggcctc aggaaggagt tcgagggggc aaagctcaaa 1106161 atcattccgc aggaaagggg gaagagggta atccagctcg acgggtgaag gaaatggtcc 1106221 tcaacaggta tcgggagaac gtcaggggct accttgaggc gatagttaaa cccctcgcaa 1106281 aggccgggct aacgccgaac gcggttactg tgataggcct cctactaagc ctgctctcgg 1106341 cttacctcta ctacctccgc gagccgaggt tagcggcttt aacgctcctc ataggctcgc 1106401 tcgttgacgc cctcgacgga acgctggcga ggctgaccgg gaagacgagc cgcttcgggg 1106461 catttctcga ctcgaccttc gacaggataa gcgacggcac ggtgctcttt ggaatcgcgc 1106521 tcggaagcct cgccgactgg cgcgctgcct tcctgacgtt catgggaagc tacctcgtca 1106581 gctacgagcg ctgcagggcc gagttagctg gctccggaaa gctcgccgtt ggcatagccg 1106641 agagggcgga gaggctgata atcctcatgc tattttcgtt cctcggggca gaatacgtta 1106701 gatatggcgt ctacatcgtc ggaatactcg cgtggataac cgtcgtccag aggttttacg 1106761 tcgcatatca gaggctgaag tgaagaagag gggaatgacg agaatttcgc tatctgaggc 1106821 tccgatgaag agccctgccg ttaccgaccc cttccctttt tgagcactat ttccgccgag 1106881 accgccccct gaagtttcct catgcaggag ggacagtatg cggggggcct ttcatcccat 1106941 tcgcgaagcg ttgctggggg gttcataacg cactccccgg tgcagtggtc gagatcaaag 1107001 ctgtgaccta actcgtggag gacgcccttg aatatcctct cgaccatcag ttcacggttg 1107061 ttcgactcaa agggtttcat ggagaggacc attatcttca tgccgagtat ctcctgctga 1107121 aaaccgagga acttgtcgta catatggaag tacctgttcc tcgagacgag ggggaacgtg 1107181 gtcaggccga agatgcgtct cataggaaag gtctcgtcct tgttgagttc ctggagaagg 1107241 cgggcataga gggcctcaat tacggcctct aggggatagc ccttgacgtg cgtatctccc 1107301 acaggaatgt tgatgaggta accggggcca acctcgagtt ttccgaggta gagaaacctg 1107361 acgggaagat cgctccggac caaatagcgg tttaccctgt cgaagatgtc aaatatgagc 1107421 tctttatcca tgaagtttcc tatgtaggta gctcccacgt aggttagttc tcccttggcc 1107481 ccggctcgca tgtagtgaga aactctaaat agttattaaa cttttgccga gtgaaaaggg 1107541 atttaagcac gtgggtgtat attctcccgc ccccgggaaa ccgcggggga tgagcgcttc 1107601 ggcgagctgt gattcccctt cgctccccgg gggcacagct acaacccttt ttgacaaagt 1107661 cctatttgat gtcaagttgc atcagcttaa tttgggagtg cacggccgct tagtccggat 1107721 agttcttcac ccttcgtcct caacataggg ggcagtgata accttcctta tctccctcgc 1107781 ctttttctca ccaatgccct cgacctcttt gagctcctcc tccgttgcgg tgaagacctt 1107841 ttcgacgttg ccgaagtgcc tcagcaggcg cttggcgagg gttgaagaga cgttagggag 1107901 accttcaacg atgaggcgct gtctctcagc taaggttagg gctttcttct cgctcctcag 1107961 ccttacttcc ttcttccgct cctcctgctc gcgcttggcg aggaggtaaa tgaactgggc 1108021 cgtttcctcc ttccccgagg agaagagtac tggaacaccc cagtcaacgg ttacagaggc 1108081 tatggctccc ctaatcgcgt tggggtggac gttcctgatg ccgtagagct cgccctcgat 1108141 gattatcacg ggcttctcgt aggccctctt gagcctctca acctggtcga agagcctgcc 1108201 gtctatgatt gactgtatga agtcgttggc gcttttccgc tctattccca cctcctcgct 1108261 gacaacgtaa tcggcgacgt ctaatgtttt gacctcaatc tccgccccga gctccttcag 1108321 aatcttcggc actccgctcc tcagctcgcg cgagtcaacg taaatcacta tccccttcgg 1108381 cttcttcaca aagattggct taatggggat ttccttgtcc ctgttctccg ctgttctctt 1108441 ctcttgaatc tgcggtgtct gcgattcgtt ctttttctcc gattctttgg tctccttaac 1108501 ttcgcctccg gctttcttgg ctttcccaac cttcaggaac gcatcgaggg aggttatctt 1108561 actccttgag ggcatctcaa cacgctcctt ggtcctttcc cttattttac cacgcttttg 1108621 ctgggccttt tcgagttccc ttgccacgcg ctttattgca tcaaacatgc ccttttcctt 1108681 cctccgggag ctccagtagt aggcctcgtc gcgcgttccc ttagccatga gaattaccac 1108741 ttttccgggc ctgtgacgac ctgttcttcc acggcgctgt atgctcctta ttgcagacgg 1108801 cacgggctcg tagaagacga ccaaatcaac ctccggaacg tccaaacctt cctccccgac 1108861 gctcgtggca accagaacgt tgaactcacc gcgcgagaac ctatctaaaa cttctttctg 1108921 ctccttttga ctcattcccc tatccgttcc cctgctcgcc tgccctatga agcgctccgc 1108981 cgaaacccct aggtttctga gctcctcgac tatcttttta ccggtgtcac ggtagtttgt 1109041 aaaaacgatt atctttgagt cgggcttccg ctcaagctgt tttttgatga ggtccttcag 1109101 cttttccatc tttggatggt cgaggccgag ctccttcgcc tggacgagta ggtagatgac 1109161 cttcctcata cgcgggtctt ccataagctc tctgcttgac ttggagcggt cctcgcggag 1109221 cttcttgagg tagttcctga gtgcagttag cccctgcgtt tcgaggagtt caatcgcgtg 1109281 gtggagcttc atggccttgg cctggtgctt cttgaggtag ccggcggagt agtccccctt 1109341 ggccatcgcc tggtttatct tcgagcccgc ttgtaggact tcctttttcg agatatcggg 1109401 cgagggagaa ctgaccaagc ctgcatcggc gaggggcttt aacgaatcct tcagcatctc 1109461 gcgcaggatt tttcgaacct ccctgtagat tccggggagc tcaaccctaa cccactcgaa 1109521 ggctattcta tggacgtaag gcttaacatc gggtgagctc tctgttctaa cctcgatgcg 1109581 ctctatcccg aggttctcaa ctatctcgcg tatcttctcc tcgtcactgc ccggcgaggc 1109641 cgtcaggccg agaacgagcg ggtgctttgc agttttgagg tactccctcg ctatgaagac 1109701 gtaggcgtag ttacccaccg ctctgtgggc ctcatcaaca acgagcagga cgacatcctc 1109761 aagcgaaatc ctgccagtca gaatgtcgtt ttcaaccgtc tggggcgtcg cggttactac 1109821 cacgctcttc ctccagagct cggcgcgctt ctccggggaa agctcaccgg tgaggacgtt 1109881 aatcttctcg ggcggaaggt tgaagagtcg cctgaagctc tccgcgtgct gcatcgccag 1109941 cggtttggtc ggagccaaga agaggacttt tcccccgtac ttcgagagcc tgtagtcggc 1110001 tatgagcatc gctatgagcg tctttcctaa gcccgtcggc aggacgacga ggcagttccg 1110061 ctccttacag cgggcgtaga taacctcctg gtaaacgcgg ggctcgatta aatcgcggcg 1110121 gagataggac atattgggcc cttcggcggg gaaccataaa agctttccga gccagtattg 1110181 gcaattcaga ttgtcaccct gaggccagtt tcaacagcgg ctcgactgtc gtgagaaaga 1110241 cgcttgactt tgagatgcca gcaaggagga gaacgttgtt caccgcggga atcgccttga 1110301 gaactaccat tccaacagcc acgagcttga aggccgggtt gagcttttcc agcttgattg 1110361 aaacggctat aacccccgcg ccgagtgccg tgaagaaggc gtagctgccg aagaagagcg 1110421 tggggctccc gagcctttca gctattactc cgttggcttc gacaaagccc attctaaccc 1110481 caaaccacgt tgtgagcgca tcaacgagtg cgagcagtat gaagaggagc aggtaggttc 1110541 gtgccttcat cgctcggttt ttcctttgaa tccttaaata ctttttttgt tagtcagaac 1110601 atacatatgt aggtacatgt gcatgtgcac aatggttttt tcaatggggc gtggagggtg 1110661 gaacatgctc ctgacgaggc acgccgagga aaggctcgtg aagagactaa ccaagcggag 1110721 aaacattaag cgagtttatt tagaactctg ggcgttcctc gaccgctcac ggaggattga 1110781 tgtcaacgag cgcgtcgtaa tctttaccga cgggagaaag agcctcgtct gcgccaaact 1110841 cgactgtgag aggctttcac tggatgaaat tagggagcgc gttgagggtc tggaggggac 1110901 ttaccggtgc gtctttccgg acaggaggct cgcgagggaa accgttccag ttaaatttct 1110961 ctctgaaatt ccagacggtg tttactgctt ctaccttaac agggaaaagc ggagccttta 1111021 catcggtagc gaggagcccc tactcgcgat aacgctgagg cctgcgaaga gggaggaaag 1111081 ggctctttca gaaaacttta tcgccagtct tgagagtgca gctggtaatg aggacgatga 1111141 taaaaaccaa gagcctcatt aaagcccggg acagaatagt tctgtggaaa cttaagataa 1111201 cgcgggctgc gagttacctc agcatagcga acagctttat gatacttttt gtgtttgcca 1111261 aggagctata ttccgttcca tggattgcct tggggttcag tttccgggag tttgtcgggg 1111321 ttacctacgc ccttgcagtc gtcggtttca tgctcctggc ggaacttgac tggcacttca 1111381 tgttcaagag ggagcagagc tacgccctga cgaggaatcc ccttcttccg gcgcagtgct 1111441 ttatgatcga ataccttctt cagaaggcga ttgaagaggg gaaaatatgt gaaaaagaag 1111501 ccgagagggt tttatcttcc ctcacgctgg ccggctgcga tcttcctcga gaggaaggac 1111561 gagtatctcc ccgaagggct cctcctgaat gaggtcgacc ttccccatgt tcgagaggaa 1111621 gagcaggtag aggaacgtcc tcgccactat cttcgggctt gggtcgaaga cgagatccca 1111681 gaaccttatt ggcttccccg tttcacggta gagcttcacc actatgccgt gcagtcggtg 1111741 gacgtgtttc tctatgtcga cgcggaagtc gtcgacaacg aacacctgct cctctatgtt 1111801 atcctttttc ctcttcctgg gcttcctcct ctcagcttcc tccagcgcat ccatgagtgc 1111861 ctcaatgagg tcgtcgaagg tatagtagcg ctccgatctc cttattggcg gtgcgagggg 1111921 ttcaacctca acccggatcc tttcctcgct tttctcctct tcctccccct cgtcctcgct 1111981 cagcagagcc tccgtcttca tcctgacgag gattgaggcg gctaggatag ccctcgcaga 1112041 aaccctgagg tcgagctccc tcatctcgcg cagcatcttt atgtacttct cggtcagatc 1112101 aacgatgtcg atgttccagg ggtcaacctt ccccatcttg acgagctgga ggaggatatc 1112161 gacgggcgtt atctcggttt caaacctcga ttccatcctc agccctccag atggccgaac 1112221 atttccctgt gctcctcgtc gctccgtctt ctggcctctt cgagtatctt catggccttc 1112281 tcaaggctga gcgagacgac cctgcttatt ccgttcctca tgctgacgcc tatgatcttg 1112341 tcggcattgg ccatcatgac gtccctgagg gttattacta tgaactggct cgactgggag 1112401 gattctttta ttaaatccgc gacgcgcttg acgtttgcgt cgtcgagatg tgcgtctatc 1112461 tcgtcgaaga ggtagaacgg ggccggtttg tagcgctgta ttgcgaagac gaacgctaaa 1112521 gccgtcaaag ccttctcgcc gccgctcatt gcctcgatgc gcttgacgtc ctttccggcg 1112581 ggcttggcct ctatttccag acctcctgag aacggatcct ccgggttctc aaggatgagt 1112641 tttgcactcc cgccgggtga gagtttggcg aagagctccg aaaagttctt cgctattgcc 1112701 tcaagtgtct tcatgaagac ttctctcttc tgcccttcta tctcggctat gaactcctct 1112761 atgctctctt tctcggccag aacctgctcg cgcttgctgc tcagttcaag gtaccgcctc 1112821 tccacgacct caaagtcctc gattgccttc atgttcacgg gctcgaggga gcgtatctcc 1112881 tcctccatag cctcgatcct ttccttgagt tcttcgagtt tttctggctc ggggatctcg 1112941 tttggcttta tcgatttaac gagctttgga tcgtggtgtt tcagctccgc cctcttctcc 1113001 tcgagctcgg cttcatactg tccaatcctt atcttgagtg tgttggcttc tattctgagc 1113061 tcttggagtt tagagctcag ctcgtccttc ttctctctca gctcagctat ctcgttcctc 1113121 agcctctcgc gcctctcgcg tagctctttc agctcgtcct tcacgctctc ctctgccttc 1113181 ttgagctcct ccagctcact ctcaaagcgc tttattgcct cttcgttctc ctttatgttg 1113241 gcctggaggg cgtttatcct gttgattaaa ccttcgattt cctcctcgag gtcggccttt 1113301 ctcgggagca gttcctcgtt tatcctgcta tcgaggcttt cgagcttgct ctccaccctg 1113361 ctgagttcct ccttgagctt cgcgatctgg ccctccactt ccctgatctt ggcgttgagc 1113421 tcccttgcct ccgggttttc gagcgcccgc ttgagcttct ccctcttcct ctcgagtctc 1113481 tcgatccttc cgcgaagctt cgcgatctca cccctgtact cctcgattct gccttcgagt 1113541 ttctttatcg tctcctctgc tgtttcgatc tcctccccca gtgccctgtc ctccgcaagg 1113601 agtctctcca tctccctctg cgcgacctga agatcctttg agagctcgct cctcctcatg 1113661 cggagctcga aaagctcgtt cctgagaccg ttcacctcaa ccttaagaga gttaacggcc 1113721 gcttcgaggg cctccctctc gcgctcgagc ctctcaacct tcgccttgag ctcatcgacg 1113781 ttgatcccaa gcctgcccct cggcctgtag tgaccgccgg ttatggcccc gctcctctca 1113841 agcaactcgc cgccgagcgt taccattctc accttcccta tgccgacgct cctcgcctcg 1113901 tccatgtcct caacgatgag cgtgtcgccg agggcgtaag cgacggcgtt tttgaagcgc 1113961 gggtcatact gaacgacgtc catagccggg actccaaggg agggcctttc cctcatcgag 1114021 cggggcttta tcttgttgag cgggaggaag gtgagccttc cgagcttctt ctccttaagg 1114081 agctttattg ccttctcggc gacccgatcg tcctccacaa ccacgttgtc gtagtttccg 1114141 ccgagggcca cctccacagc taaggcgtat ttcctgtccc tcaccgttat cagctcaccg 1114201 agggtgccgt acagacccgg gatcttgctc ttctttagga actcaacggc gcggttcccc 1114261 cttgcctccc tctgcgcctc ggcctttatg agctcctccc ttgccttggc aagctcggga 1114321 tcgatctttt tgagcttcgc gttcttctct tccagctcct tctccgcctt ccgtatcctc 1114381 gcctcgatcc gggccatctt tccgtcgatg ttcgaaagtt ctgaccgctt ttcgtctatc 1114441 tccgacttca acttcgctat ggactccttg agcgcgtttc tgcggaggtt tgccctcgtt 1114501 atcagcgatc tctgtctctc tatctcctcc cgaaactttt cgagctcggc ctcccgggtg 1114561 tacatttcct tctttgcctc ttcgagctcc ttaacgactc tgtcgaagtc ctcccttgca 1114621 acggcgtaac tcctgtctat ctccccgagc ctaacaatga ggccgttcct cacggtttct 1114681 ttttccttga tctcggcgag aagcttttcc cgcctctttt tccaccgaac tatcgcgttt 1114741 ttgctcttct cgatctcctc cgagaccttc cttagctctt ccttcgcctt tgaaagtctc 1114801 ctctggtcct cctctatctc gcggcgggcg ttctctatgt tcctcttagc catctcaatc 1114861 cttgatttga cctcgcttat tctcctcgtg acctcaagga ttccgtcctc gctcttctcc 1114921 tcaagctcgc gctccacccc gctgagctcc ctctctttgg cgattatctc tttcaccagc 1114981 gccttcagct cggcctctac tttctctatc tccccttcaa tgctggaatc cttgttcatg 1115041 ctctcctcca ggagaagttc gagcctcttt atctcgccga ggagcagggc cacccttgca 1115101 cgttccacct tctctttgag gtcaaggtac cggagagcgt cgtttctctc cttttccagc 1115161 ttgtcgagct gtttctttac ctccttgatc agaagatcca ctctggcaag gttttcttct 1115221 gcctttttca gctcatcaag cgctttttct ttcttcgcat cgtactccgc tatgccggat 1115281 atctcgtcta tgatgagcct cctctcggtg ggcgacatct tgatgaactt cgttatgtca 1115341 ccctgcagga cgaggttgta accctcaggc gagatcatgg ccgcgctcag gaggtcgagt 1115401 atctcgcttc tcgtggccct tttaccgttc agccagtacg tgctcctgcc gtctgggtaa 1115461 accctcctct ttatcacgac ctcgtcctca tcgattggaa agccccggtc ctcgttgttg 1115521 aagtacatcg ccacttcggc gtacttcgca ggtggttcag ccctgtttcc tgcaaagatc 1115581 aggtcactta tcctcgttgc cctcattgcc ttggcagaga ggccccccag aacgaagaga 1115641 accgcatcac cgatgttgct ctttccagaa ccgttggcac cgacgatggc ggtgaacccc 1115701 ttggaaagtg gaacgacaac cttcctgtta ccgtaagatt tgaagccttt catttcaatc 1115761 ttctctatgt atggcatact cgacacctaa ctggaaaaat ggaaagatga tatataaact 1115821 tcacccagca cttttcttca aatatgaacg ccattgggca tccacctaaa atccacctct 1115881 taagtagttt aaaagcaaga agacgaggga aagaaattaa ttggagcaac atggccttta 1115941 ctggtgtttt ctgcgccgga ttttgcttac ggccgcggta ataaccacga gaccgactat 1116001 tgttgctgga ccgcagatat gggtgcctcc accgccctca gaagtcgttg tggttgttgt 1116061 agtcttgtgg gttgtagttc cggtgtggat tggggctgtg gaggttgtgg gggttgtggt 1116121 agtcttgctg ctcgttgtag tcggtttgct cgtcgtggtg gtttcgtggg ttgtcgttgt 1116181 ttggtgggtg gtagtcgtag ttgtcctgtg agtggctgtt atggtagtgg ttgtagttat 1116241 ttggcttggg gacgtcgtag tggtagttga ggaagttgtt tccgaactca tcactgtcgt 1116301 gacagtagcg tcagagtctt gtactaccgc ttgcgaatcc atcacctgcg cttgggaatc 1116361 tttaacactt gcattgaaat caccgggttg aacagtcgta tctccaacag gggcattgga 1116421 gtctctcggc aagtttgaga gtgaaccatc tggggggagc ctgagaaccc aaacgtcagc 1116481 aagatcagcg ccaaagttcc agcctgccac tatgatatcc ccgtttggtg caacggcaac 1116541 tgcataagcc tcctcctcgt cactcccgcc gtatgttttt tgccattcca cgttaccgtt 1116601 ctcgtcaagc ctaagaaccc aaacgtcatc ttcaccagcg ccgaagctcc aagtccgacc 1116661 caccactatg atatccccgt ttggtgcaat tgcaaccgaa taagcatcat catcactact 1116721 cccgccgtag gttttctgcc atttcacgtt accattccca tccaggcgga gaacccaaac 1116781 gtcactatcc caatcaccaa agcttttagt gtgacctgtt actatgatgt ccccgttcgg 1116841 tgcaatggca accgcgaaag ctatatcacc tctaattccg ccataggttt tctgccattt 1116901 cacgttacca ttggtatcaa gcctaagaac caaaacatct tcgtgagtac cgaagctgtc 1116961 cgtggagcct gctactataa cgtcaccgtt gtctgtaatg gcaaccgcat gaccccaatc 1117021 ataactactt ccaccgtaag tcttctgcca tttgacattc ccattctcgt ctaggcgaag 1117081 aacccaaacg tcagctttac cagccccgaa gctttcagtt ccacctacca cgatgatgtc 1117141 tccattttct gcaatggcaa ccgagcgagc tacatcataa cctttaccgc cgtaggtttt 1117201 ctgccatttc acgttgccgt tctcgtcaag cctgagaacc caaacgtcag ctttaccggc 1117261 tccaaagctt tcagtcccgc ctgccactat aacgtcaccg ttatccgcga ctgcaaccgc 1117321 agcagcccaa tccttgtcac ttccaccgta agtcttctgc cacttaacat taccctcgct 1117381 atcgagcctg agaacccaaa cgtcgccata accagctccg aagctttcag tatagcctgc 1117441 gactataatg tctccgtttg gagcaatagc aaccgcgcga gccgtatctt cacattcccc 1117501 tctgtatgtt ttggcccagt gagtgttttc ttctgcaatc acctttcccg caggaatcag 1117561 ggtccctaag atgaggagga gccccacgaa gacgaacatc ctcttcatgg tgccaccccc 1117621 tggcattaat cataggttta cttctgctgt ttttcacaat gaattctctc cgaaccttta 1117681 taaaagccat actgacgaca ctcggtcgat tttcgataac tgctgagaat atttttaacg 1117741 gggaacaata attttggctc atgaaaaagg ttttataggc cttcttcttt aaaataaaac 1117801 ggtgatggct atgcaaattc tcgaagttga catcaaactc ccctatcgag aaaggggaag 1117861 cgtgctgagc cgcctccttt ccaaggtctc cggcaggatt aaggacatac acttccttcc 1117921 gcccgatgca accggtatgt ccgagatcag gatggaactg attggtggta aagagctcgt 1117981 tcaggagctt agaaaagttg taaagatcgg aaagttatca ttcaaggtgc tttcggaagc 1118041 ctaaaggctt tctccttaga ttttgacccc cgagtttaac tcctcaagct ttttccttgc 1118101 cttctcaatc gagccagcct tttctaccgc agttcctgta acgatgatgt cggcccccgc 1118161 ttcaaccgcc ctcctcgcct gttccttcgt ccggattcca cccccaacga tgagcggaac 1118221 gtctatgacc ttcctaacga gggcaatcat ctcgggcgga accggctgtg gggcaccgct 1118281 acccgcttca aggtaaacga ggcgcatgcc gaggtactgg ccggctaagg cgtacgcggc 1118341 ggcgatcttc ggcttgtgtc tcggtattgg cttcgcatcg ccgacccagc cgacggtttc 1118401 gccgggctcg attatcaggt aggccatcgg aataggctct atcccatagc gcttgacggt 1118461 gaatgctccc aacgcctggg agcccgttat gaagaacgga ttccgcgagt tgaggaggct 1118521 catgaagaat atcgcgtccg cgtacctgct tatcccgccg tgcgagcctg ggaagagaat 1118581 tactggcagg ctggaggact cctttatagc cctcacaacg ctgtcgagga cctctccctc 1118641 ggcccctgtt gaaccgccga ccattatcgc gtcaacgcct atagcctcgc tcatctctgc 1118701 tatctttccg gccgtttccg gcgaaacgtc gtccgggtcg aggagaacga agtggagctt 1118761 ctccttcttc agcttctcgt gaatgtagcg ctcaaccttt ccaatttcaa gcatttttat 1118821 ccctccaaaa attctttaat catcacagtg aacgttatga aatcagaacc gctttcgttc 1118881 cctgacatcc tcaagcactt cctcgacgtt tacctcgacg gggattccct caatctcctc 1118941 gagcaggtcc catatcgtct ctccaacgat taccttaact tttgccctct tatggaggtt 1119001 aaccttcttc gggggcctga acgtcgtgcc gtcgtagacg gcctcgatga ccgttcccat 1119061 gttaccaccg tatttccatt atttcttctt ggcttttaac gattttccag ctcagtccga 1119121 gctcctcgag gattcttctt agaatttcat cgggttcgtc ctcaaagcgg tagaggttgg 1119181 tgctcacctt aacatcgccc gccccaaagc cagggattgc ttcgccaaag cgggaaacct 1119241 cgcgcgagag gtcctcctca agcttcacct cgctcggaat gaggtaggcc ctcaggagct 1119301 ctgcctcact gagaaggtaa tcaatgtgcc agtgaagctt cttctcccgc cgaaagtgcc 1119361 tcgcgacgcg cttttcgagg gagttcatgg ccgagccgac gtagacgtag taacccggct 1119421 cgagttcaaa ggttctcccc ttggtgcgaa ccgttttccc ctctccaagc cggatgatga 1119481 ggaggtaaga gcccttcata ctcctcacct tccactgagg gtttataaac ttcaggctca 1119541 atatcacgtt aggtgttaga tatggacgaa gaccgggaaa agagaaaacc cgttgacgac 1119601 ttcgcgtggc aggaatatga cagggatgag ttcaggaaga tgtttccagc actcgcaaag 1119661 gaactcgaag agggtaaggg catcggaata gacgcttacc gcagctccgt tgaggagggt 1119721 gaggagctag ccgagccgag aaacttcgcc ggctacaacc caacggtaat agatttcctc 1119781 agaagatgcg agaccgacga tgaggcgctg gagataatca actggatgga gagtaggggt 1119841 gagataacgc ccgaaatcgc gaaggagctc aggataacgc ttgctaagaa gggagttaga 1119901 gctttcgggc ctaagaagga gtggggatgg tacgagaggc acggtagatg agatgcctat 1119961 cgaaaggtta atattttcct tgttacaatc ccctctggtg gtttccatga cgtttaaccc 1120021 cgtttttgag gcggaaaaaa tcaaggatct gataatctcg tggagacgtg actttcacat 1120081 gtacccggag ctcaagtacg aggaggagag aacctcaaag atcgttgagg agcacctcag 1120141 ggagtggggc tactcaatca agcgtgttgg aaccggaatt atagcggata tcggcgacgg 1120201 cgagaaaacc atcgcccttc gcgccgatat ggacgcgttg ccaatccagg aggagaacga 1120261 cgtcccctat aagtcccgca tccccggaaa gatgcacgcc tgcggtcacg acgcccacac 1120321 ggcaatgttg cttggagcgg gcaagataat agcggagcac gccgaggagt tcaacggcag 1120381 ggtaaggctt atctttcagc cggcggagga gggaggaaac ggggctgtta aaatgatcga 1120441 aggcggtgct ctggagggcg ttaacgcgat cttcggcttt cacgtctgga tggaccttcc 1120501 gagcggtgtt atagggataa gagaagggcc gttcttggcg ggtgctggca tattcagcgg 1120561 gaagcttgta ggaaaggggg gtcatggagc ggcaccccac gaggcgaggg atcccctgcc 1120621 cgcgcttgca gagcttatcc ttgcctatca gaccatagtt agcaggaacg tcgatccgat 1120681 cgagaccgga gtagtaagcg ttacttcggt tcacgcggga acggccttca atgtcattcc 1120741 agaaaaggcc gagttcaagg gcaccttccg gttcttcaag ggggaggtcg gcgagctgat 1120801 aaagaggagg atggacgaaa ttgccagggg tgtggccatt gcccacaacc ttgagtacga 1120861 gctcagcatc gatgaactaa cccctcccac gatcaacgac cccgagatgg cagggttcgc 1120921 gcggaaggtc gcggaaaaat acggcctgaa gtacggcgaa gttccgccca cgatgggagc 1120981 tgaggacttc tcgttctacc tccagagggt tccgggagcg tttttggccc tgggaataag 1121041 gaacgaggag aagggcatta tctacccgca ccaccatcca aagtttgacg tcgacgagga 1121101 cgtcctccac cttggaactg cgatggaagt tgccctggcc cttgagttcc tcaggtgagt 1121161 tccttcgcga gtatctctat tcttccaacc tctctcgtgt ctgctacttc taaatcctcc 1121221 gcgagcacgg tcagtaccct ctcgaagccc agagccttag ccctgccgag aactgtcccc 1121281 aaatcgtcaa ttctgcccca gaggaggagt gcaacaccgt ctcttcccgg caggtttctg 1121341 aaggcgtaga aggactcgcc ggcttttccg ctttcaacgg tgtagtgaat tcccgctatg 1121401 ttgtccttaa acgccgaaaa gtacatgctg taagagcttt ggaaacggcc ggcaaccagt 1121461 tggaggtttt taacctcctc ccagctaaac tcaagtggcc gtatgttcgc atcatcggct 1121521 ctcttacccg caggaatcca caccgtcctg cccccgaaga cctcaacatc aaagcccagc 1121581 ctctcgtaga agccctttgc atcctcatct ggctgggtcg tcgacatctc ggctcccctt 1121641 tctctggcca agccctcaac gaactccata agcgctctcc caattcccct gccccggtaa 1121701 tcaggatgga cttcaatgac gtcaatgtgg gcgattcttc gaacttttcc cccgatgggc 1121761 tcttctgaaa agagaacctc gacttcccct acgatctttc cgtcaagctc tgcgacggct 1121821 acaagctggt cgtcgagcag gaggttgttg aggtgaatcg cgagcgtctc agtggccatc 1121881 cacgggccgc cccgaatgta gcggtcgtaa atgccgccgc tgaggttctc gtcggcagtg 1121941 tgaacctcaa ctatctcgtg aacgtcctca agggttgcca gacgaaccct catcgccctc 1122001 accgagatag ccgaacttcc ttagaatatg gactatcgcc tcagccccac cgtcgccgta 1122061 cggtttctcg gttacgtagt cggctttctc cttgaggctc tctggggcct gggcgattgc 1122121 cacccggtat ccaacgacgc ggaaggcgtc caaatcgttc tccccatctc caacatgggc 1122181 gacctcgctc ggtttaatac ccaggtactc acaggccttt tctatgcctg cgcccttgtt 1122241 tatccagggc ttcttcacgt ggattgcaaa gccagaatcg acggcgacga ggttgagccc 1122301 aagctcctcg atgatctccc gcaccgcttc aacgggaacc gttctcagaa ccaccagccc 1122361 ggccttcctt tccatcgtgg agtagctcag cttcgcctcg ggatagcgcc tcttgagctc 1122421 actccagagt atccactcct cgtccatgtc agtcagaaaa acgcgcttcc tcatagttcc 1122481 ctcccctttc agggagagtg cgcccccgtc ctccgctatg acgggcccgc tggttccgat 1122541 aaaaaccgcc gcggcctccg caaacggaac ggaattgcca gtaacgagca tcaccgggac 1122601 gccaagtctt tcagccagcc ttatcgcctt cagggcgtcg atgcttaggg ttctgtcgcg 1122661 ataggttatc gtgccgtcta tatcgagtga tatggctttt attttcccca ttttccttca 1122721 ccagcggaga aaggggacgg ttgtattaaa cctttccggc taaggcaatg agactttttt 1122781 ctcctgcttt tattctgtag gcccttagtc ttccctcaag gaaaagcctt atcgcctcaa 1122841 gcgtcttctc cttcttaaag agctcgtttc tggcatcttc gacgctcatc tccctaaagc 1122901 gcactttaaa actgggcctc agctgggcga ggcggtgcag atatgcattc gaaacgacgc 1122961 caatcctcgc gtaaccgccg gtggtttgag cgtcgcgcat catcacgatt ggctttccgt 1123021 tagggggaac ttgaacagtc ccggggacga gcgggccggt gactatccca gcccctttct 1123081 cggaatgttc tatcgtcctt ccgtcgaggc ggtagcccat cctgtccgat tccggcgtta 1123141 ttgtgtaggc ctcgctgagg aacattctca cgccctcctc tgtgaaatgg tccaaatccg 1123201 ggccgagaac gacgccgacg gttatctcct ccgccgagta gtccggcctc agctcctcgg 1123261 gaagtctgca cccctctttg ccagtcaata ttgcgtagcc gagggtaagt ttatcgccct 1123321 cactcaacgg ccgtccaagg ttagctctgg cgtaggtcga gcaactaccc agaagcttct 1123381 cgcactttat tcctccggca aaggctatgt agccataaag accgctcttc agcaccccta 1123441 cttcgagaac gtcgcccctc tttgcccagt aactagtcca aggatcaact ggagccccgt 1123501 tgagcttcac atcgacgtca ccggcaacgg cgaagaccgc tgaagcgttg aacttaatag 1123561 ttggccccat caggaggaac tcgaggaggg gagcatcgca ggggtttccg acgaggtagt 1123621 tagctatcct tgctgagtaa tcgtccatgt agcctgaaac cgggacgcca agctttcggt 1123681 agcccttcct gccggagtct tgaaccgtca gcaaagaggg aactcggagg agttcaatca 1123741 ttttcgtgcc cccattcggc tttgtagagc tccttgaact cctcctcatc aatcggcacg 1123801 aactttaccc tgtcgccggg cctcaggagc gttggcggtt tcctcgatgg gttgaagagc 1123861 ctcagcgggg ttctgccgat gagcctccag ccgccggggc tctcgattgg ataaatccca 1123921 gtctgctctc cggctatccc caccgaaccc gccggaactt tcaggcgggg cttttccagc 1123981 cggggcgttg ctattctctc gtccatccca ccgagatagg cgaatcccgg gagaaagccg 1124041 aggaagtaga cgcggtagat gggcctggag tgtatctcga tgacctcctc cggagtcagg 1124101 ccgttgtatt ccgctacgaa ctccaaatcc gggccgtgct caccgccgta aagaacggga 1124161 atctcaacga gccttccctc gaacctctca gccgagaact caattctttc gattgcctgc 1124221 ttgactcctt cgaagtctat gagcttggca tcgtagatta cggcgaggga ggagtaagag 1124281 ggaacgactt cgacgagcca ctcaaagccc gctttctcta tcgcccccgc gagggcgtga 1124341 acgcggtcgt tggtctcttc gtcaatgacc tctccgaagg agatgagcaa ccccgagtct 1124401 ccaaggggct tgaagttcat ggtctcaccc attcacgctc ccattccttt cgaatcttcc 1124461 tagggtcaaa gtcctccgta aatgctccaa acgccgagtt aaggtctctc agaaactctt 1124521 ccatgttttc tttcttcggg gctttcttct gagtgttcat ctcagaaatt cccccatcgg 1124581 cactacctta accccctccc gctcaaggac ctccctgacc tgcctcgcta tctcaacggc 1124641 cttcggattg tcgccgtgga cgcagattgt atctgccctg agctcaatcc actcgccgtt 1124701 gattgctcta accccgccgt ccttgaccat cgagaccacg cgctccgcta tttcttcctt 1124761 atcatggata accgctccgg gcttcgaacg ggggacgagg gttccgtccg ggttgtatgc 1124821 cctgtcagcg aagacctcgt gggccacctt aatgcccatc tcctccgcta tctgggccgg 1124881 ttttgagcct gagagagcca cgaatatcag gttcctgtcg aaatcggcta ttccctctat 1124941 gacggccctt gcgagctctt cctctttaac gagggcgttg taaagtgccc cgtgcggttt 1125001 gacgtgctgg agttcgaggc cttcagccct cgtgaacgcg tagagcgctc caatctggta 1125061 gaggacataa ttgcgagctt cctctggcgt gagcttcatg tacctcctcc cgaagcccat 1125121 caaatcggga taacctgggt gcgcgccgac ggcgactcct ttctccttcg cgagcctgac 1125181 ggtctttctc atgacaatcg ggtcgccggc gtgccagccg gtagcgacgt tggcgctggt 1125241 tatgtacttc atgacctcct cgtcgaggcc caacgtgtac cgcccgaagc tctccccaag 1125301 gtcggagttc aaatcaaccc tcatgctccc accggtttca tttcgacgga aatctaaaaa 1125361 agcctttccc ggagcttgaa ccatgcaggt aatagacacc gccatcttca tccaggggat 1125421 agacgtcgag ggcttcacga cgccgaaggt cgttgaagag gtcaaggacc cggagtcgag 1125481 gctcttcctg gagagcctga taagcgcggg aaaggttaag gtgctcgttc catcaaagga 1125541 gagcgttgag gtggttatgg aagccgcaag gaaaacgggt gagctcaacg agcttagcga 1125601 agctgatatt gaggttctcg ccctggctta tgagctcaaa gctaccctcc tcactgacga 1125661 ctacaacctc cagaacattg caaaaaccct cgggattccc ttcaagaccc tcaagcgcgg 1125721 aattaagcgc gtgatacgct ggaactacgt ctgcatcggc tgtggaaagc ggttttctga 1125781 gatgccccct ggaggagtct gccccgactg cgggagccct gtgaggttga tcccaaagag 1125841 aaggcggaga aaaaagcgga gaaagaaagg acaagatcag ggatagatgt ccacgactat 1125901 tctgtccggg tttgagagga cgaagtcgct gtatggcaaa tacgggctgt tgagctcgac 1125961 aacgataaaa actgtgtttc cgctctgggt ggcgtatatc agcggggcag tgcccgagcc 1126021 ggtgtatgtg tagtaccatc cgttgtagct cgcccatcca aggttcgcca gctgggcgtt 1126081 gtccacctgg atgacgaggt ggtagccgtt ggagtaatag gtgtagtaaa cgtggtagct 1126141 ggccttctcg ctaacgtcca gaacgaccct gaagtagctt ccgtggtccg cgaacctcac 1126201 accagttacc actggaaccg ggtcatgaac gggaactccg aagtacctct ggacgccgtg 1126261 gagaatggcg taggcatatt tccactgata ggcctcatcg cttattatgc ttgcatcata 1126321 ggagttcgtc acgaagccgg tctcgatgag tatggcgggc atcctggtgt atttgataac 1126381 gtagaagcca gcgctcttaa cgcccctgtt cctgaggggg atgagttttg atatctcctc 1126441 gtcaacgtac gtcgctaggg tctttcccct gctggaggtg tagtagtggt agacctcgaa 1126501 tccgctcgcc gagctcggcc cggcgttggc gtgtatactg atgaagatat cacagtcggc 1126561 tgagttcgct atctgtaccc ttcctgagag cgtgacgaag tagtccccgt tccttgtaag 1126621 gactaccctc gcaccgtccc tttccaggac ttgggcaact ttgagagcta tcgccaggtt 1126681 cacgtccttc tccaccacgt atccgactgc accagggtct ttcccaccgt ggccggcatc 1126741 aacgcagatg gtgtacccgc ttagatttga ggcgctggcc cccgttgttg gtatccacag 1126801 gagggcgcta aggaacaaaa atgctacaaa cagtgctcta aatttcatca tccccacctc 1126861 tatgccattg gtgaactgtt atccaaaaaa agtctattat aaagcttgtg cggattatcc 1126921 tgtgcagtta gggcctgaat aggtttgtac atggtctgaa tgcggtagtt tcaaagaaaa 1126981 aggagtcaga gcctcaggta gggaatcacc tcgtcgtaaa cctcgctcca gtccacgacg 1127041 ccgaccctct ttttaacacc tttctcaatc agctctaaaa tctcattcac aacctcttcc 1127101 ggcgtctttc ctgtcgtgtc gacctctatg acgttctcgt tctcctcaag cgcttccacg 1127161 aggattacat cgacaagctc ggcctcgacg ttttctccaa ctttctccct cgaatagccc 1127221 ctctcggtta acctctcgcc gattagtctc gggtgcgccc taagtacaac cacgaggtct 1127281 gcgttgagga aatgactaag atgcccgtca acgacgacgt tcttcccctt gaagtctcgc 1127341 tcgaagttgt aagttaactc atcaacctcg acttcgagct cgtccccctt catctcgccg 1127401 atgcccttct ctatcgcata gtcccttaag ctaacgtact cgtagccgag cttttccgcc 1127461 aaaagctttg aaaccgtcgt cttccccacc ccgggtgtcc cggttaccgc gattatcatg 1127521 ccaccaccgt acttggttca ccctaagctt ttaaaaaccc agcccgagtt tcgagcatgt 1127581 acgagttcac cgaggacttc aagctcaggc gaatcacaaa gtacgagctg gacggcgtcg 1127641 atgagcggga cgatttggtg gttatccctc cgtcgagcaa agcgggcccg tgcgggagct 1127701 actgcctctt ctgctacctc cgccagaatc cgcccgagat gatttacaag gtttccttcc 1127761 acgacaccct gaacgacccg gagctcgaga ggaggattgc ctacgtgagc gagcactatc 1127821 ccgagctgtg gattcgggtt accgacacgg ctggaaacgt cgggctggac aagaaaagga 1127881 ttgagagcct ctggaaagcg ggcctcgacg agatgcagat ttccgtccac acgacgaaga 1127941 aggagaggcg aatcgccctc atgaggagcc cgctcgcggg gaggctgata gacctcctcc 1128001 cactcgtcgc cgagacattc agggtcatag cggacataat cctgacgccc ggctacaacg 1128061 tcgatgacat cggcgagata atagaagatt tggcctcgat gggtgttgcc gaggtcaggc 1128121 tctttcccgt cggcgtgacg cgatacaaca gggacgttag acctctaacg agggacgagc 1128181 taatcttcgt taaggagacg gccctcgacg tcgggcggga gacgggaata agggtcgtga 1128241 ttccgcctat cttcaaggct ttgcttgggg agttcaggct tgacatcggg ccctttgaaa 1128301 tcgagccaga gatgccgacg tacatactga cgggcgagct ggcctatcca gaactcagaa 1128361 gaatcttccc aaggattccc gtcgtggcgg ttaaaaacga gttcttcggc gggaacatag 1128421 ggacggcggg cctgctcacg ggcagggacg ttctcagaac cgttgaaaag cttccagagg 1128481 tcgaccttgg ccttatcctg cttcccgagc tgatgttcta cggcgacaga acactggacg 1128541 gcttcacgcg agaggagctc gtttcgagaa tcctcgtgga gaagggctac atcgtcgaga 1128601 gcgcccttga gccggttgaa ataccgcgcg ttcttgagaa ggttggggca gtttaacgcc 1128661 ccggaccggc tcggcgctca tagggtatat catcgccttc gctcatcccg tcttggattc 1128721 ctcacggccg gcccgggacg gcgtcagggc cagtcctcgt catcaacatc agtgcaattc 1128781 gctgtcatca tccgcgcttc aaccttgaag gtagtaggat ataagctttc tcagctcgat 1128841 gttcctgttc agggggagcc tcaagaagcg tctcagctgg ttgttctcag ctatcaggcc 1128901 agagagctcg attgcaagga ttttgttgtc ctcgctcagt ccgtaggcct tgtatcggag 1128961 cggggcgtat tccttttcaa gcttccagac ccttttttca agctcttctg cctttctctc 1129021 gagctcttca agctctccct ttgactcccc gaactcccct ataagggcga tttcagcgac 1129081 cctctcaggg gggactctgt atcgctccgc gagtctctca atctcggccc atagagcctc 1129141 gtcaatttcg atctcaatct tcccaaagcc tctatcgggt ttgattgtga gcttcatctt 1129201 cgttcacgct ctgtgaacga gtcgttcact attcctgaac ttctcttctc atcaagcctt 1129261 ttcctgagct cctcgttctc ctttctcagc ttatcgcgct ccgccatcat cagctccttg 1129321 tctctcaggg ccttcttgta gaactccctc agctcgttga gctgaccctc catttcccgg 1129381 agcttctcct cgagctttcc aattttctcc cgaaggaact cctccctctc ggccctgagg 1129441 gtttcctcga ctttgggcag gttcctctcg attagggccc taatgtcttt tcccttcagg 1129501 gatttgaact tctcgcgggg aaggacaatc acaacatcgc tcatctcttc ctcctctcca 1129561 tctcggtctt cctgtcgtag caggtgatgt aaaacgccag caaacccttc cacttcccat 1129621 agggctcgat gatttcccta acgtcccttt ctctaacttc tttcggcttt ttatcaaaaa 1129681 tcttcgctat cccccttctc aggcccaggt ctcccgctgg atagacgttt ttcctcaggc 1129741 cataggccaa aaacagctcc gccgtccact tccctatccc gcggaacttc gtgaggtatt 1129801 tgatggcctc atcaatgtcc cagtcccaga gttcgaggtt cagctcgccc ttcaggtagg 1129861 attccgtgag ggattttatg tagcccgccc tgtagccgag tctggccttt ttaagttctt 1129921 ccaggcctag ggaggcaatc ttcccggcgg tgggaaaggc gtagagctcg ccaacgggtt 1129981 ctccggcgag tttgacgaga tttgctattg tccgctgggc gaagtcgaag ttcacctgct 1130041 gctgggctat cacctcgacg agggcctggt aggggctcgg cgatgcgggc atcgttaggc 1130101 cgtagaactc ctcgatgagg aacgagaagg gtgagtcgct tatctcggcg tagaaggagt 1130161 ccaaatccgt gtcaaggccg agaacgaagg ttaccttttc cttcgcttcc ttcctctcct 1130221 tccttcccca gtcctcggga aagtggaagt ccccgtcgta ggcgaccact ctggccttcc 1130281 cgccgccaag cctcagtgcc tgataaaagg tgccgtccct gaaggcccag gtgccgttgc 1130341 gtatcatttc cttcgccgtt ttttcaaggt ctatcaacgt cctccctcca ccccaaaacc 1130401 ctcgactggt agtgactctt cgggaaaatt tcgagtgggt cgatacccct ctctctgagg 1130461 aggtgcctca gctcgacctc gtagtccgcc ttttgtagct cctcgctctc ccggatttcc 1130521 acgacgaaga gccttcccgt aagttcccgt atcgtcttgt agcctaggcc gaggaggggc 1130581 cttatgtagg caacgccaaa cctgtcctcc agcgacctcg ctttaggcaa atcgaggagc 1130641 ggaaccctgt cgtccctccg ggttccatcg ctcacccttt ccacttcggg aagggacgct 1130701 aaggcctcca aagccctctc gtggatgaac tgtatcgcgt tgttcgggtg gccgtcgctt 1130761 atggcaatct ccccggcttt ttcgaggatt tcacggggaa gctccagaac tcgatgggga 1130821 aagccgagcc tttcagcggt ctccctcgcg tacctccagt tgtcgagcag gccgaaggtg 1130881 accgttacga gctcgacctc gtagccgagc tggcttagaa tccacgcggc caggcttgag 1130941 tcctttccgc cggagtagag gtggtggact ttcatagcta tcaccggctt tcgatgggtg 1131001 gggctttatt aagctgatcc aagatagctt taaaaggcca acctttttaa ggccattccc 1131061 agcgagaggt tagtggtgag agagatggag aaacgcttac ccggtaaggt gagaaggtcg 1131121 ctccgcgcga gatactacga catcgaaccg cgagcgtgga ttggtaagaa gggtctcgcc 1131181 gagagcgtga ttgaggagat aaacacccag cttgagaagg acggtgtcct taaggttgag 1131241 ataaggaagg gagcgctcat ctcgaccgga atggacagga aggccatagc ggagaaggta 1131301 gccgagctca ccgacagcga gctgatagac gtcaggggca aaaggtttat attgttcaaa 1131361 ccgagggaag gctgggaaag gtatttaagg cgccttgaaa gaaaggcgtc ggccgagagg 1131421 cgggagaagc ccgtccgtaa agtcaggctc gacatcgcta acttcaggaa gaagtttaga 1131481 aaggggaggg attgaaagat ggcgactgtc tatgacgttc ccggtgacct gctcgtcgag 1131541 agggtcgccc agaagctcaa ggagattgag gagataaagc ccccggagtg ggcgcccttc 1131601 gtcaagaccg gaaggcacaa ggagaggctt cccgagcagg aggactggtg gtactacagg 1131661 gttgccagca tactcagaaa ggtctacatc gacggcccgg ttggaattga gaggctcagg 1131721 acctggtatg gaggcaggaa gaaccgcgga cacgccccgg agcacttcta caaggctggc 1131781 ggaagcatca taaggaaggc cctccagcag cttgaggcgg ctggcttcgt ccagaaggtt 1131841 ccgggagagg gaagggtcat aaccccgaag ggccagagct tcctcgacaa gatcgccacc 1131901 gagctcaaga aggagcttga ggagcagatt ccggagctca agaagtactg agctcccctt 1131961 ttctcacatc cacccaatac ctttttaact tccacttctg agcctgaaac ggaggtgagg 1132021 agcatggcgg aggacataga ggagatcagg aagcgcaagc tcatggaact tcagaagagg 1132081 tacctcgaac agcagaaggc ccaggaggag gcaataaagc gggagatgga gctccaggcc 1132141 cagattgacg ccataatgag aaaaatcctg acccccgacg cgagggagag gctcgggcgc 1132201 gttaagctcg tcaagcccga gctcgcgagg caggttgagc tcgtcctcgt tcagctttac 1132261 caggcaggcc agataaggga acccatagac gatgccaagt tgaagaagat actggctcag 1132321 atcgacgcga ggacgagaag ggagttcagg attaagtggt agcggacggt gaagagatgg 1132381 agatcaagag gataattgag atcctcgacg agaagggtga ggtaagcctc gagacatgga 1132441 aggcgatctc agttaagaac aaccgggacg ggaccgttga catactttac cgtaacctcc 1132501 accttggcag tgacgatgat cccgtgttcc tgtggatata cgcaaacgtc gtcaacgatg 1132561 gggacgagga cgtcagggtt cttgagagaa taaccttcaa gagggaagac ctcgcatgga 1132621 tactccgcta cgttcctgcc aagaagggcg ggaagtaagt gggaacattt ataagaggca 1132681 ctcgtatagg gcccgccgtg ggggtgtttg ggtgagtaag aagagggtct gccccatctg 1132741 tggttccaca gagttcattt acgaccccag caggggagag gtcgtttgta aagtctgcgg 1132801 ctacgtcatc gaggaaaacg ttgtcgatat ggggcccgaa tggagggcct ttgacgcgag 1132861 ccagagggag aagagggccc gtgcaggcgc ccccgagagt atactcctcc atgataaagg 1132921 cctgtcaacc gacataggca tagaccgctc cctcaccggt ctgatgaggg agaagatgta 1132981 ccgtctgaga aagtggcagt cacgcctaag agtcagcgat gccgccgagc gtaacctcgc 1133041 cttcgcctta agcgagcttg acagactcgc cagcaatctc cgccttccaa ggcacgttga 1133101 agaggaggct gcaagactct acagagaagc ggtcaggaaa ggcctcataa ggggtcgctc 1133161 cattgaaagc gtcatagcgg cgtgtgttta cgccgcctgc aggctgctca agatcccgag 1133221 gaccctcgac gagatagcag aggtttcccg cgtcgataag aaggagatcg gcaggagctt 1133281 ccgcttcata gcgagacacc tcaaccttac ccccaagaag ctcttcgtca agccgaccga 1133341 ctacgtgagc aagttcgctg acgagctggg cctgagtgaa aaggtcagac ggagggcaat 1133401 agaactgctg gaggaggcct acgaaaaggg cctcacgagc ggaaagagtc cagccggcct 1133461 cgttgcagcg gcactctaca tagccggcat aatggaaggg gagagaagaa cccagcgcga 1133521 ggtggcggaa gtcgcgcgcg ttacagaggt aacggtaaga aacaggtaca aagagctaat 1133581 agagaagctc aacctcaagg ttccgataag ctgatcaccg gaaccagctc tcgagtgttc 1133641 tctgttttcc tgcctttacg gctttcttca gcctctcaag tccgttttta acgcgttcct 1133701 cgctgaagtc gtgctcgtcg cagaggaact tgaggatgcc ctcctcgtcc ggctcgcgcc 1133761 acttaagctc gtagtcgtcc gtaaccggcg ggttgaggaa gaactccttt atcgcgtaca 1133821 gatcaacgtc gctatctttt tgatacttct tcagcggatc ctttgagcgc ttgacgatgg 1133881 tcagggcttt ttttggacct attcccttga ttccgccggg gttgtagtca gtaccgacca 1133941 gaatggccag ctcgattaac ttctccctgt caattcccag ctccctgagc acttcctcaa 1134001 ggactatcag ctccggcttg acctccacgt agacgttctt tcccgggagc tttctcctcc 1134061 ccgttatcgt gaggtttctg accagtcttg gcgcgccaaa gagaagtgaa tcgtagtcct 1134121 ggctcgcgga ggcgtaaacc ctcttcttgg cggccatata ggctgcctgg gcctcaccct 1134181 cgctcggggc ctgcacgact gggacgccca tgagcccaag gagcttcttg gcgtcctcga 1134241 tgagggtttc attcagcttt gtcgccctca tggcgtactt cttggcttcc tcaatctcgc 1134301 ccctctcaag ggcctcgtgc cacttctcct cggcctcttc gcgagcttcg cgtctttttt 1134361 cgagctcttt tttcttgaaa gcgggtggtt cgccatcgaa gacataggcc ggctttatgc 1134421 cagcctccat caggttgatc gtcctgtaga agaacccgct caggtgagag gttatcctgc 1134481 cctttgaatc catgagcggc gttccatcgc gctgccttat tgttgagaga aactggtaca 1134541 tggcgttgaa cgcatctatc gcgacctttt taccatagag gttctcgagc tcgatctcct 1134601 tcctcggaac cagctcgcct atctggacac ccatcttcac cacccaagaa aagttgggaa 1134661 aggggtattt tagggtttgc ctccgtctac cgggttctca tcacatctca gggaggggaa 1134721 gggtcgtcat cggctaaact ttcttaattc catgagtgat gaggaactcc tcgtgctttg 1134781 tccttctctg tctctcctgg acgtagatcc agcccatcac gaatattaaa gccgccatgc 1134841 caaagagcgt ctgccagccg agctgattgt agtcgggggt tattatgatc ttcctcacca 1134901 tcgccagaac accgagctca acgacgtttc tcatgctgac gtgatgctcc ttgacgtaca 1134961 tggtcagcag ttcgaagatt tcaaggaaga ttatgacgag gactatctgg tgcaaaacat 1135021 cttcgacatg gagggcatgg atggtatcgg ttaccagatg gaacatcatg tagactacat 1135081 agcccatagt tatcgttgcg agacctatga ctaccatgtc aaagagcatg ccgagccact 1135141 tgagcagaag gttttcaaag gtgccgatgt cgtgatgtct ccttaccatc cgcacaccca 1135201 cctaaaggtg attgattatt ctaaaaactt ttcggagaat ctaaaagtta tctgaaagcc 1135261 taatctcccc tctggaaggc cctgaacgtt ccgtttcaaa cctgcggttt tttaacgtcc 1135321 gtcgagttga acatcggcaa aaagagagga gaaaggtttt aacggctttt acagacgtaa 1135381 aactgtaagt gtcattcgag gtgataaaaa tggttgaccc gaacatcgag gcccttttca 1135441 agccgaagag catcgccgtc ataggcgctt cggagaaacc gggaaagata ggctacgcga 1135501 ttatgaaaaa cctcgtggag tacggctacg agggcaaaat ataccccgtc aacatcaagg 1135561 gcgttgagat aaagattggc aaccgcgtct tcaagtccta caagagcatc ctcgatgtcc 1135621 ccgatgaggt ggatatggcg gttatagtcg ttccagccaa gttcgtcccc caggtcgttg 1135681 aggagtgcgg aaagaaaggc gtcaaggttc tcccgattat aagttccggt ttcggcgagc 1135741 taggtcctga gggcaagaag atcgagcagc agctcgttga gactgcccac aagtatggaa 1135801 tgaggatcct cggcccgaac atcttcgggg ttgtgtacac ccccgagaag ctcaacgcaa 1135861 cctttgggcc aaccgacgta atgcccggaa agctggccct catcagccag agcggtgctc 1135921 tgggaatagc ccttatgggc tggactatcc tggagaaagt cggcctttcg gcggtcgtta 1135981 gcataggaaa caagagcgac atcgacgatg cagacctgct cgagtacttc gaaactgatg 1136041 agaacacaaa ggccatactc atctatatgg agggtgtcaa ggacggaagg cgctttatgg 1136101 aggttgcgaa gaaggtcagc aaggtcaagc cgatcgtcat tattaaggcg gggaggagcg 1136161 agcgcggtgc caaggctgcc gcttcccaca caggctctct ggctggaagt gacaagattt 1136221 atgacgccgc cttcaagcag gccggaatta taagggccct tacaatagga gaggccttcg 1136281 actacgcgag aaccctcagc aatctgcccg agccagccgg ggagaacctc gtcatactca 1136341 caaacggcgg tggaataggc gtcatggcca ccgacgcggc cgaggaagca ggcctgcacc 1136401 tctacgacga cctcgatgag ctcaaggtat tctcaaacta tatgcctccc tttggttcct 1136461 acaagaaccc cgttgacctt acaggtatgg ccggtgccga gagctacgag ggggcaatta 1136521 aagcggccct cgagcacccg gagatgcaca gcatagccgt cctctactgt cagacggcag 1136581 ttcttgaccc gagggatttg gccgacatag tcatccgtga gtacaacgcc agcggaagaa 1136641 agaagccgct cgtcgttgcc atcgtcggtg gaatcgaggc caaggaagcc atcgacaggc 1136701 tcaacgagga gggaatccca gcctatccgg agccggagag ggccataaag gctctggcag 1136761 cgctctaccg ctggagcagg tggaaggcca gggggagatg atttcccctg tttttcaaaa 1136821 cctttttata ccgctttggc gtaacccatt agggtgtctg tatggcgggt cacctgagga 1136881 tcatgggtgt tcttgttttt ctaatcggcc tccttctcac ggcaacgtac agccgaccta 1136941 actgttcggg gatcgcctgt acgtcccccg gttttcccgt cctcgagctc tcggagtaca 1137001 gagtggaaaa cggtggaagc gttgacgcct acgttcttgc ctttgaaggg aactgtagcg 1137061 gtaaagtcca cagcgttttc tctaacaagg gaaacgtaag gttccagaga aaagggccgg 1137121 tttacgtcgc tgacagaatg gaacactttg aggcctttta cgttcccgga tgcaggggaa 1137181 acctgacggt ctacactgtc aaaacgtacc tctccaacgt tacccgccca aacgtcacat 1137241 acgatattgg gggctacctc ttcctaggcg attacagcct gcccctcagg gagttctaca 1137301 tgaggatctc gggcagggtg aacccaaggg tcacgacaag gctcgaactc tccctcgcgg 1137361 agaattttgg gacgtatgag gccacttacc tcaacggcac cctccatctg ggggatgtac 1137421 tctaccagag gtcccttgag ggaatactcg tgaagaacgg gacgctggtc agggaaatgg 1137481 tcgtttacga taaccctgcc ccttacctca ggtttaaaaa ctgcgttgag cactacaacg 1137541 aaaccttaga agcctgccgg gccagcggct ccccggagta ccagcttccc ctcgggctcg 1137601 gcctcatgct cgcgggcatc gccctcttcg cttacgggat gaagttttaa gtcccttccc 1137661 ccattttcct tcggtggtgg cattgatcat agcgctcatc agcgacatcc actcgaacct 1137721 ggaggcgctc gaagctgtct ggaatgagat caaggatgcc gacgctttcc tctgcatggg 1137781 tgacttgatc ggttacgggg ctagtccaaa cgaggtcgtt gactttgtga ggcgacagat 1137841 ggagaggaga accttcctct gcgtccgcgg aaaccacgac aacgcgattg ccttcggggc 1137901 ggactggggc ttcaacccct acgcgaggca ggctgtacgg tggcatcagc gggtcatgac 1137961 gatagaaaac ctcgagtttc tccggcgact gccggtgaga cagctttttg aggacgacac 1138021 aggaaggagc tacatcctca ttcacggctc cccgagggct cccctggacg agtacctctt 1138081 cccctggctc cctgagagtg agtttaaagc agttttgagc tacgtccgtc aggacgacct 1138141 cctagtcggc cacactcacg tgccaatgct gaaggtgatc gagggaagga ggataataaa 1138201 ccccggatcg gtgggccagc cgagggacgg gaactggagg gctagctatg cgataatcga 1138261 tacggaaaga gaaccaccgg acaacatcga gttccaccgt gtggagtatg atgtagaaga 1138321 agccgccaga aagataatag aggcgggtct gccgatgttt ctggccaata ggctcttcga 1138381 gggttattaa cggtgtctta ttccccggag cttcgatttt actgccagct tgctggaatc 1138441 gatgattatg acctcaccga tgctccgtac cgcactcact gggattagaa gaagaccctc 1138501 atggtcagtg acgaactcgc tcgtgtcaag atcctcgtcc ggttccgcga ctataacgag 1138561 gagttccccg gttttctcgt cgaagctgag atcgtaaacc catccaagcc tgattcccgt 1138621 gtccgtgata agctcgacgt ccctgagctt tgaagcgagt atcttaacca tcttcaacac 1138681 ccctccattt tacggtgtgc ttaaatcatc acgatcgtat aaaacttttt ccacacggcg 1138741 atacagaatc gaaaaccaaa aagtctatca atgatgggag tgagctaacc cgggcgatga 1138801 agagattcat ccctcctgac ggggactcgc tccccccgag atgaagacgc ggtcccccct 1138861 cgagcccctt ttagttctcc tccgattatt tctagtgttt tgttggtgat tttttgtagt 1138921 cttggatcgt gggaggtgat tatcattgga accctcccct tgagcgctga gagaacatta 1138981 acaacagcct ccgaattctc cgcgtcaagc atcgaagtcg gctcgtcgag gagcaagaga 1139041 cccggatcat cagaaagcac catcaacaac tcagccctct ttagctcacc cccactcagc 1139101 tggtccggat gcttatcgag gatggtttta atgttgagtt cctccgcgag ctctcgcact 1139161 aaactttcat taaggcttct tcccctgcct tttgcgtaga agatgatgtt ctcccacacg 1139221 gtcagctcgt ttatcatcct gccctcctgc gtgaggtagc caatcctccg cctgatcgct 1139281 aaagcgcgtt tctcgtcctt tggtttaagc ccgaaaactt tgactgttcc gtgtattggc 1139341 tggactaagc cgaggattgc tttgaggatt gttgtcttcc cgcttccaga tggccccatg 1139401 atgaggagta cttctctatc attcaagctg aaggtgactc cccttaacgc caaaactcca 1139461 cccgtgtagg tttcgtactt tacaaaaacg tccttaaact cgacaacggt catttcacca 1139521 cccccatatg tgcggcggcc ggaaaagcga ctcaacaatg aacttgcctc ccgtaaaggt 1139581 tatctcggcg cgagtgtaga caagcccgat gtaagcatcc acgaaggcca ccaaaaacgc 1139641 agtgatgagc agactcagca cgaccacaaa gatgagctga gacgtcatga acttcagaaa 1139701 cgaccccctt acttccgttt tttccattcc cctgatgccc gaatacaagc taatcctgag 1139761 gtattgtctg aatgaaagcg ccgcaagaac cgcgatggag agcaagccga aaagcgcgaa 1139821 ccacgttccc agtgcgctga ggtatctccc gaagatatcg agggagacag tttccggata 1139881 tccaacgact gccaagtact cgttcctgta tatctcctcc agaaccctgt ggattgaggt 1139941 gatcctcggg atcagtgcga ttgagaggga gtaggcggag aacgttatca cctgtccgta 1140001 gttcttcagc cacctgaagt agtatctcgt atcaaagggc cgctccagca aagagaggcc 1140061 ccacacgcac atcctctgaa agagcgatcc aacgaacagg ccgagcagcg ggatcaacgc 1140121 cgtcagcatc gcgagaaaga tcgagagtcc cccgtaacct ctggccaaga ggacggtctc 1140181 gtttatcctc gcgtatccga gggcgatgag cactcccatg aacgctatag ccgaagcgat 1140241 tacctttgac gacaggttga aagaggccgc cctatccgag atcgccacgg aaaccagaac 1140301 gaggatcacc accgcaagct ccgcggaaac cggtaagccc ctgccagttg tttcctcgaa 1140361 gatcctgtag gcagctaggg aaactccgat tgtgagcaga aagacggccg ttttctgaat 1140421 tagcgttact ttactactga tcccccggag ggagagcact tcgaggtctt ttctcaggtc 1140481 ggagaacatg ctcgctccgg agtagatcag catgaggaag agcggcaggt agaacacaac 1140541 gagcagtccg ccgaagaggc cgaagaactt caaagtctgg ctccctgagt tcttcacaat 1140601 ggtgagtata tccgacttct caagctccgg tcctatgagc ttccccatca tgcaccactt 1140661 tttcctgttc tccaaaagga tctggcttag tttgtactcc agctccttgg gggttatgga 1140721 gagccacgtc ccgtttaggt aggcccaatc atccccaaaa actatcatcg gcctgttcct 1140781 gcatctctct tcttgataaa acttcaccgt tgagtttatt atcctgtcgg ggatctcctt 1140841 ctttagggcc ttctccaaaa cgctgggatc gcggtgtatg ctccgaaagt tgacggcgat 1140901 gtagacggga agtacgtagc cgcttgagtt tatcaaaagc gagtttccgc gcctgatgca 1140961 ggcgttgacg gcccattccc tcagcggggc cgccacctga acgtactcaa cctccttgtt 1141021 ctcgagcagg ggatactcct taaagatgcc gtacgctttc ctcagctcta cacttccgtt 1141081 gaaaaccctt gagatcacgt ccccggctga gatatttccg ttcagcctct ccttcagcag 1141141 aactatggag gagctggaga agtttcctcc aaagccgaac gccctcagat ctttgggggt 1141201 ctcaaagagg tacacaacga cgttcaccgt gtggttgtca atcctcacgg gctttagcag 1141261 ggaccacgaa aacgctatca gaacgccgct ttccgtgctg ttgtttgaag ttcctgccct 1141321 gagatcctcg atggcagttc tcagctcttc cgtcaggttc gtcgagtttc tcccgaagtc 1141381 cagcataacc ctgtaaactg agtgggggcg gtattccttg aagccgtatt cgaggttcgc 1141441 gtcgacgagc gttccgacct gagagacgag gttcagcatg atgagggaga ttatgaagac 1141501 cattcccaac aggaagccga ggctcctctt tttgatgagg atcttcagag cgtggcggat 1141561 caccgcatat cacccgtact catcttcgtt atccgcagcc gaagcgttct ggcctcacga 1141621 ggttgtacca ggcccagaac agcctgagat acttatcgtc cactgcctcg tggtttgtcg 1141681 tgtgcatgtc ctcgtacttc caccacgccg cgaggtatgc cagcgagggt ccgaataggg 1141741 cctcggcata gggatcggcc cggatttcat tgtaaacgcg cttcagcgtc gcggcgctct 1141801 tctccgggct gtagtttgca aagaggtagt caggtatcga tccgttggat atgccccggt 1141861 agaggaagtg gagcagggcc gatctcgtat cgacaaccca cgatcccgag aacggccggt 1141921 aagtatctga aacaattgcc ttcagctcca tgctgaggtt gtacagatcc tcgtaggaaa 1141981 actttggctc cccgtacacc tcaagggcct tctctttgta ggcatcaaag ttcctgaggc 1142041 gctcgttcag cgcgcagata tcatctctca gccctatgag ggcccatttc ttctttatta 1142101 tcatgccccc gacgtcttcc ctcaggtcgt tgaggaggag aaccccgatc aggtcgcgcc 1142161 tcgattcctc cctcgcggag agatttctga agagctcgat gttctcccgg gcggtttggt 1142221 tgagaaccgt tgcgttggtg gtgattgtcc cgttgcaggg gttgggatcg agcttgtccc 1142281 agaggtggtt tccgttgatc gctctgttga tggttgagtt ggtttcatag tcggtaaaga 1142341 tctttaagaa aatcgaaggc ttttccctgg aactgctggg aggtttcgat gggttacggc 1142401 cgatggaaac gtaccccacg agcaggatga gaaccagaat caggccaagg taagccttcc 1142461 tcacagccat caccatcgct tttattacgg ctggagtaaa acatggacac tccccctaat 1142521 aaatattttg gctggttatc ctttggaggg tcaatgctat aaaccgcgtc tccaatcaag 1142581 tatgatgagc ggtttgagaa taagctcaat agaagagttt cctcgcgaca taatcccgat 1142641 tgagataccg cccagcgtgg ttatactccg gggcataggc tgggactcca acgtctacct 1142701 cgtcaggagt ggtgaagagg ctctcatagt ggacaccgga accggcgtca actggcacgt 1142761 ctatgctgaa atctggacga aaaacggcta cctccgggga ataaagcggg cggtgatctt 1142821 caacacgcac gagcacttcg accacgttgg cgggaacagg gccttcagag agtggctgga 1142881 aggtctcggt attaaagttc tcttcgcggc ccacgagata accgccagaa ccctcgagcg 1142941 gggggacgac tacgtgatcc tcggctacgc ctacggcagg ccctttgagc cccagccggt 1143001 tgagatgaag cttaacgagg gggacaggat caaaatcggc tcccttgaac tccgccttat 1143061 ccacacgccg ggtcacacgg cagggagtgc ctgcctctac cttgaggaag ggaataccaa 1143121 aataatgttc acgggcgata ccgtctttaa cggaacggtc ggaagggttg accttccaac 1143181 cgggaacgga tgggagctca gggagagcct tgagcggctt ctcgagtttg aagtggactt 1143241 cggcctgccg ggtcatggaa ggccaataac cgagtggagg aggaacttgg aaaaagtcct 1143301 ggggctggta tgatgaggaa gggctctcta aaggaggttc tggcgaagat caagcacgac 1143361 ccccgggagg atgagcggga ctactacatc gttatcgagc accggggagc ttacggtaac 1143421 gagaagaaga tcccggtcga gatgatcgag cttggacacg gctacttctt cattggagaa 1143481 acacagattc cctatcaccg catcatcaga gtcgtgaagg ggaacggaaa ggtggtgtgg 1143541 gagaaaagaa ggcggaagca atagtcactc tatcctttcc atgttggccc tcaatatggc 1143601 ccagctcgtg ggtgtaaacg cttccttttc tgcggagact ataaggtaaa aacccctctc 1143661 tatcgccaga tccctcaaat caaggaggaa ctttatcagg tctttctcag ttgtttccaa 1143721 gagtaagtac tcggcgcttt caaggaggac ggctctgaga ttttccgacg agacacattc 1143781 ggctatgtct tctgccttgt caaggaggag cttggggggg agggttctga caccgctcat 1143841 cttcattgca ctctcagaga gccagagaac tgggacgtca attttcatcc acgagcggat 1143901 cttcttcggg tgctcccgtg ttatcacaag ccccctatct tctccgatta cgtcgaggaa 1143961 tgtgtagcgt gccttcgccc tgtcctcaaa aaggtaaccc cctggttcca gggcttccaa 1144021 ggatattttc ctcctcttca tctttgagac gagttcgtag accttcctta ttctttcgta 1144081 gtgctcctcc tccatgagtg cgagctgtgc gaataaagcc ctggcctcct cgtcctctgc 1144141 tttggtcgag agtatctcgt aggtcctctt cgcaaagagt tcactctcca tgcaatactc 1144201 aagggcgtgg aggtagtctt caaccttttc aaactcagga tagaagggcg caacctctac 1144261 ggggggagca tctaccttaa ccggctcctc gtcgggaaag agctttttga agagcttgta 1144321 aagcctttct ttgtgcccaa ggctctcatc actcatctgg agaaagagcg ccctaacgct 1144381 tggccttttg gctttctggg ccagctctgc gtaatatttt gcctcgtcct cttcgttgaa 1144441 gatcgcgtag ctcagggcct ccttgaagga gagcgatttc agcttatcga caacctcact 1144501 gagataactc tccagtctct ccctattaaa gcttaccaat gccttcaccg ttttcttaat 1144561 cttccgtatt gaagaaaagc ttttctatgg atggcgaacc ttcgatgggg atggtgatga 1144621 tcgacgctca tgctcacgtt gagatgttca aggggaagat tccagaggtc gttgaggaga 1144681 gccggaaaag gctgaagctc atagtcgact ccataacgga gtatcggaag ttccacgtct 1144741 ggaaaagctg ggacgcttta aagccatact tcggtttcat tcagccaacc ctcggctacg 1144801 caccgaacga ggcgaggagg ggaaactggg agaaagtgaa acgggttgag gagtttatac 1144861 gggagcacgc cggcgagatc gtggcaatcg gcgagatcgg gctggacttt tactacgcga 1144921 ggacagaggc cgagaggagg aaccagaggg aaatcttcgc ccactttctg ggcttagcag 1144981 ttgagctcga gctccccgtt gttctgcacg cgagggacgc cgagaaggaa gtcttcgagg 1145041 caatcgaaaa agcgggcgtt aatgcttact ttcactccta cagcgggccg gaggagctgg 1145101 cccttgaaat agcgcgggcc ggacacttcg tggggataaa cactgggata gatttcattc 1145161 cagaggtaag aaaggccgcg gaagttgttc cacttgagaa catcctggtt gagacagatt 1145221 caccctacat aagcccgtac aagggacaga aaaactaccc gtggaacgtg gagtacgcca 1145281 tcaggcggat agccgagctg agggctctga ccttcgagga ggttgagaga ataaccgagg 1145341 agaacgtcct cagattcttt gagttggggt gaggggaatg atagaggttc cggaggttga 1145401 agaggttaag gcactcctgg aggaactcgg agagttcgga ctggtgaatg ccatagactc 1145461 gttcctggtg ttaaatgagg gtctggagag caaaaaggga aaggagttca tagaggtttc 1145521 cgtactcggc ttcctcgagg gcatattgct cgcactgaag tcaaaagtcg atgatccccg 1145581 agtcggagag ctctacgaga aggtcaggaa aagaagggca gagctagatg agctgttccg 1145641 aaagccgagg gtaccctact tggaggagtg atcacccctc cgcgagcagg aggcccagtt 1145701 cgttgtacac tttaaccctc tcaaagccct ctttctttag ggcctccaca acgtccctca 1145761 ggatcctgtt ctgaacgttt atggcgagca ttcgacagaa atggcattcg ggggtggagc 1145821 gagccattag gagaaagacc tcgacgcgtt tcccttcaac tgtgaggccg taaacgagtc 1145881 cctcctcaac cacgttcaga ccggtttcag ggtcatcaat gtcctcaagg attcgaacga 1145941 ccttcctgac ttccccgggc agatatttct ttgatcctgt tactttctgt tttctggacc 1146001 gcagaaagct cagtaatccc atctatcaca ccttttcagg actgaggtct tccggtttgt 1146061 aacctttctt gttttcaaac ttcccaacga tgttgttgcc gaggtcgtag acgtagacgt 1146121 tgttgaactt gatgagggcg aagcgctcca ttatatcccc gattatcttg gagtaggcta 1146181 tcggggtctc tccgataatg ttgtattcgg catgactctc aaaccggagc cagatcttga 1146241 gcgtgtcgtc gctcacctca aggccggcta taactccaga atcgagaata tcgccgccgg 1146301 taacgggatc ggttatcttc ctcagctcct cgatgacggc cttatatggc tcgggccact 1146361 ttctatccgg ggtgtagatc ttcatgttct caccggaggg agtttgagag ggcagttata 1146421 aggctttttg gccagatctg tccacgtcaa tgcgcgtgag ataaagctcg aggccgagga 1146481 gcgttccgac ccagaggaca atggagagga agtacatcgc gaacgcgatt aaactgccgt 1146541 agtttacagc gttgacgagg gtaaatgcca caaagagcca tgcggagatc ctcgctatct 1146601 ttccgtgcgg ctggggaata tagcggtaaa aggcgaccgc gtctatcatc agcaggattg 1146661 agagggccga gaacatcatg atggcgtaat gggacttacg ggcgcttatc ccgatcgaag 1146721 ccaccattac cgtcgcctga acgagcatct cgagcttagg ctgaaccaga ccgctctccg 1146781 agagagtgta cgctataaga acgggaccaa acattacgag aaaggcctcc catgagtgtg 1146841 ttgtcctgca ggcgtaggcc acgaagccta tagccgttag gattcctccg atcagaataa 1146901 ggagggatag ccctcgcgtt cccagtctga gcttctcgac cttccgggtt agatcccaca 1146961 tgaggattat tccaaccagc accagcggac cggttataga cataagtaga ttgtactcca 1147021 gcataagcgc tcatctctaa aacaaacggt gtcgagcctt taaacctttc caccggaata 1147081 gcgtaaaacg caaaagaggg aaaggatttc aacctcactc aagctgaacc tcgttctccc 1147141 agaggccgtg gatgttgcag tagctgagcg cgtagagctt gccctttttc tgggtcttga 1147201 agaagaagac cgccctaggc tcggtcagcg ggtcgctgtg gttgctgaac tcagccctgc 1147261 caacgagaac ggggaagttc tcctcctcag ggtggaacca gagctctatc cacgctatgt 1147321 ggtgctcggg cgtgttcggg tgcggtatct cctttccaac gctgacctcg accttgacga 1147381 ggtcgccgtc cttctcgtac tctataacgg ggacgtgctt ctcccccttc cagtctccac 1147441 tctttatggt tccgctaagc atctcaacca cctccacttt tcaatgtctt agcatcgaac 1147501 ttatgttgtt tattcggcct tataaggttt gtggttcaaa cccgtgaagt ggaaaaacaa 1147561 aaccttcaat tgcagtatta tgtaattgag caattaactt tttcgagttt tgtttaatac 1147621 ttcagtcacc accgatgtag tctagggtct catctataag atcctcaaag gcatcctcgt 1147681 cgatctcctc gatcctgagc tcgaacctct ttccaaggct ccacctgatc accagcgggc 1147741 ccttattcgt ctcggctatt atgaggccga agggcatgtc accggcccag tggtgcttgg 1147801 caaagctcac ctcaaagccc cgctttttca gttcctccat tattctctca aaggttttta 1147861 aaggtccctc cgtcgttctc gcgaatcctg cgtagggcat ctcctcacct cagttctatt 1147921 tttctacttt taaattcgag attagaactt aaaagatttt tgttcaagat aaagaaagtt 1147981 caaaagacgg aattcagcct tcctccgtcc accggaatca tggccccgtt gatgtaagaa 1148041 ccgaggtcgc tggcgaggaa cgcaacgagg tatcctattt cctccggctc cccaagcctt 1148101 ccagctggta tgggcttcgc gtactccgca agggcctctt cgatggtctt tccttccctc 1148161 ttcgccctgt cctccgcgag ctgaatcacc ctgtcggttc ttattatgcc gggcattatt 1148221 ccgttcaccg ttatgccctt tggaccgagc tccttcgcga gggttctcac gagaccagcc 1148281 atcgaaattc tgacgacgtt gctcagggct atgttcggaa ttggctcctt tatagcgacg 1148341 ctcgtcgagt aaatgattct cccgaatccc ttacgctcca tagccggaac gatggccctc 1148401 gtgaggtaaa ctgccgggta caggagcagc ctcacggcct tttcccagtc ttccatgctc 1148461 atctccatga agtaacccgg cttcggcccg cccgtcgaga agaagaacac gtcgggctct 1148521 cctatctcgg agagttccct cacagttcgc tcaaggtctt ccctcttggt cagatcggcg 1148581 atgatgtagc tcacgtcaac gctgctctcg ctcattatct tctcccgcgc ctttttgagg 1148641 ttctcctcgc tgcgcgagag cagtatgacg tccgcaccgg ctctcgctaa gactctcgca 1148701 accccaaagc cgattccctt gctcgacgcc gttgtgaagg ccagcctgcc cgagaggtct 1148761 attcctatca tagcaaccac cgtgaagagt tggcctttct ccctaaatct tttgtgtcag 1148821 gtcaccttct ccagcccgtc ctttttgacg atgtaagtat cctcgtgctt tatagcaccc 1148881 tcaggaatca ttagcgggga gtggacgatg ctcagaacca tgttctcgcg aaccttttct 1148941 gccctcgtgg gcacaactat cgtgggcatc gggagttcct cgattagaag gccgacgctg 1149001 tgggtgtaac cggctatgta agcatcgccg aatcccctct ccctgaagaa gctagctagc 1149061 tttctctcaa cggtgttcaa tacaacgcca accttcgtct cccgtagggc gagttcgtaa 1149121 gcttccttct tgacgtccat cgcctccctg accctcccgc cgggttcacc aacggtgaac 1149181 gttctcgcga tattggcgtg gtagtggttc cagtcggtcc ctataacgac ggtaacaaca 1149241 ccgttctccg ggacctttag atcgcggaac ggttcggcgt gaacccttgg agtcgtcgag 1149301 acgtagacct ttggctcctc acttccaagg agcatgagct ccctcatcac ctcagccgct 1149361 atctcaagct cgctgaggcc cggttttatc acgtcctcgg cgacgctcat tcccttccgc 1149421 gctatctccc ccgccttccg aatgttctca agctcccagt cgtcctttat catcctcagg 1149481 cccatcgtga ggtcgagtac atcaaccacc tccaccgtcg ggttaagcct ctggaagagc 1149541 ttgaggaaga gaaggtaagc gtccctctcg acgccgaact ccagaccaac cctctccatg 1149601 ccgttcctgt gaatccagcc cacgacgcca cccatcagat cctcaacgcg ctggtactca 1149661 accacgtttt caatccagct tctttccctg aagagttccg cctcctcctt aacgacgaaa 1149721 actaccggct ctccctcgga aggaatcaga aggctcggcc tgagccactt ggttccggtg 1149781 aaatatatga aactggagag cgtcctgatg acggcaccat ctatctcgtt ctttctcaaa 1149841 agctcttgaa agcgctcaac tcgtttcttg aaaatctcgg ggttacccct cataccaatc 1149901 cctccaatca agtagtctct tctcgccctc tatcctttta tactctccga tgcccccagt 1149961 aatcttcagg gttcccaggt agtttccgtt tttgtcaatg aggggacata cttaatgaga 1150021 tgtacttccg gccaaacctg agccagaacg ttgcctcttt ttccttcctc cttaaaaagc 1150081 ccacaagatt cgtccctgtc tataacggta acgtcaacga gagggggcca tcaaatatac 1150141 ccttaagctt ctcgatgctc acgaaaccgg taccaagatc tatgcccccg cgcctcagcc 1150201 ggccgttatc aacccagggc ggtccttaat gatctgctgg acgtcctttg aaaggctgag 1150261 aagttcctcc gcactcaaag ggttggagac cctcttaatc ttcgtggtct tcccctgata 1150321 cccgataatg aatcgggatt ctaacgcttg tggcgaaagg tttatcaatt agggcgacct 1150381 aattaaaacg gtgatcggat gaactatcta aatattgcgg tcttcgacga agacggaacc 1150441 gagaagcccc tgaaggatct ggttctcggc aggtggacgg ttctctactt ctatcccaag 1150501 gataacacgc ccggctgtac gaccgaggca agggagttca ccgagctcat agacgagttc 1150561 gaaaagctcg gctttcaggt gattggcgtc tcaagggatt tgccaaaaag ccacgctcgc 1150621 ttcaaggaga agcacaatct gaaggtaagg ctcattagcg atccgaacgc tgagctccac 1150681 agggctttgg gggtgtgggg caagaagaag cgctacggaa gggagtacga gggagcgatt 1150741 aggagcacct ttatactgga tcccaacggg aagatagtct gggagaagcg caacgtccgc 1150801 gcgaagggtc acgcggcgaa agttttggaa gtggccaaag gcctaatcgg caaagaatag 1150861 agggggtgct tttatggacg agcttgaggc tttagcttta gccctggagg ttgagaaggc 1150921 agagatgcgc ttttatctcg atctcgcaag gcggacgaag gacgagaaag ctaagaagat 1150981 gttccttttc ctcgccaagg aagaggccga ccactgggaa cagttcgagg agaggttcct 1151041 cgagcgcgtt gccgaggagt gcaagttgcc agccgtaagc gaagagctcc tcgaaaagct 1151101 cctcgtcaag gctgaggaga ttgaaagcga agtcgatgcc gtgaggattg gaatggaaca 1151161 ggaaaagctc acgtgggagt tctacgagag ggccgcgaag gaagcaaggc acgattcagt 1151221 taggaggctc ttcgaggagc tggcgaggat agagaaggcc cactacgagc tactcaaagc 1151281 ccagtacgac gcggtcatga agacgggcat ctggatggac taccaggact tcagccttga 1151341 ggttgattga cgctttcttt ttagcagatt ttaaggattt gaaatgaggt gataccatgt 1151401 tggccaaata tccgtttgag ttgccgaagg ataggccgtt gagcaaaagg gaaatcgccc 1151461 aggccctacg ctgggccatc gaggccgagc ttgacgcgat aagtttctat gagcagctgg 1151521 cggagcacat cgaggatgaa aagataaggc acgtcttcct tgatgtagca aacgaggaga 1151581 aggagcactt cggggagttc ctggcggttc tcttcgccgt tgacgaggag ctcgcgaagt 1151641 acatgaagga gggctttgag gaggttgaag aagaaactgg gataaaggtg gagctttgag 1151701 ctttttcttt ttcatccggc cacacatcgc taagtgataa cttgcaagtc tctgtatttt 1151761 cttgctgatg atggcctatg tttgaagtac aaaccaagaa aagaagagaa gatgaaacta 1151821 ggaactccac tcgacgagct tcctgacggc ttccctcagc tttgcctcgt cctcctcggt 1151881 cggcatcccc ttgctctcta ttgtcgccac gtggtcgaac ttgctcctcg ttataagggt 1151941 ttctatcttc cttccagcga cgccacccca gccgtaggca ccgacgatta ggacgggctt 1152001 ctcgtagttg gccttgtcga gtatctcgag gagggcgtag cgtatcgtgg ggtgtatctc 1152061 agcctcgtag gtcgaggcgc ctattaccag tgcctccgca ctcggaacct cgccgagaat 1152121 gtcgctcacc gctggagcct ccttatcggt gaagcggtaa acgacgggct tctttccgag 1152181 cttcttcagc tcgtcaataa cgattttcat tctcctctcg acgaagccgt acatcgagtc 1152241 gtagatgacg agaactttgt ccttctccgg gactccggcc ccaacgcgtt cgtagaactc 1152301 gaatatcctt ttggggttct tgcaccaggc caggccgtgt cctgggagaa tcatcttggc 1152361 ctcctcgact atgccgagct tcttgagctt gttaatgctc tggacgatgt acttgtggta 1152421 gtgaccgata accgtgacga tgtacttggt aacgtagggc aggtagcgct ttacgacctc 1152481 ctcgtcgctg tcgtctatcg tctctggaat tgagtaaccg ccgccagcgt cgcaaccgaa 1152541 gatgattttg tcctcgacga ggtaggttat catgctgtcg ggccagtgaa cccagggaat 1152601 cgttatgaag cggaaggtct ttccaccgat gctgagctct tccccgtcct tgacgacctt 1152661 gaagttcttg acggcctctt ttccgtagaa gccctcaacg aggttcctcg cgaaggccgt 1152721 ccctatgagc tgggccctgt ggccgtttgc ttcaaggaac gctggaaggg cgccgctgtg 1152781 gtcgggctct gtgtggttga ggatgacgtg ggttatttcc ttggggtcca cgagcttctt 1152841 aagctcttcg aggaaaaggt cggtgtaatc ggccttcgtc aggtcaacga ggacgttggc 1152901 cccgtcgagc ttgacgaggt acgcgttata ggttatcccc tcggggatgt accaggccgc 1152961 ctcgaagtac ttaatctcgt catcatcgac cctgatgatg taaatttcgg ggtcagtgca 1153021 gagcttctca actctggtct ttaccatgac tatcaccggt tttagttcgg ttttccgaat 1153081 aaaaagattt tcacgcgaaa agaggggctt tggttttcag aatatccttg cacagaccga 1153141 agaatcccga ggcagtagaa aaccgcaccc tcgagagtca atcagctcct ctgcggaatc 1153201 ttcttttcct cttccggcgg actgcactct gacttggggc accacctaga gcctctgcaa 1153261 aggcaggatt gaagggcatg gccctcacgt caggtagagt accgccagcg ttaggacgta 1153321 gaggagcatc acgctcctga agacgctcca accaagcttt ttgatgtcct ctatcctggc 1153381 cacgtaggtg gtgtccttca ggtttctcac gagcctgacc gttggctcga tgagggctat 1153441 tgcaaggtag gggttgtaga gaaccacaat gaatgcagga agccacgcca tgagggggta 1153501 ctttcgcggg aacttcctga aggcaagctt cgtctcgacg taggccgctc cgatggcctc 1153561 gtagtaagcc aggaggaacc agaagacgag gaccctgtca gtgaaaggct tgcccgccac 1153621 ggccggagcg aagagggccg ggacagcagg taggaggttg ccgagcgcat acgttaccgg 1153681 gttcttccag cccttggcgc gggagaaagc gaagtgaagg gtgaagagga cgccgacgat 1153741 ggtgagggga attaggagct cattaaccgt cccccagtag agcgcgggga ggaggtacgc 1153801 cagaccgttg agtcccagcg cgatggccat gtccttcatc ttccatgctc gataggagtc 1153861 aaaggcgtag tcgaaggtga agaacgttaa cagagcgacg gcgagaccga ttagccagcc 1153921 cctcaggtcg gcaccgctga ggagtaagcc accaatcatg gcaaggatta tcgttcctcc 1153981 cgcccctggc tccctcggca ctttgaagat tttcatttta accttcatag caacaccgag 1154041 aagagtaccg ttatgcgttt aaaggcctta tgggacaaaa atggggagta aaaagccgag 1154101 aaatcaggcg aaggtaacgc tcctgtcctt cagcgagcgg ttgagcaggt cggcgtgttc 1154161 aagggtgacc tggtactcgg cgagcttctc gagcttgagc tcctcgccgt cgaggagtat 1154221 cttgttgacg tagaccttgc cctcgtcgaa gccaacggtg tagacgaaga ggtccttctt 1154281 gctcaggtac tccctaatct tctcgtcctt gagggcctcg gcaagacctc cagcggcgaa 1154341 aatcctgacg tggatgacga aagcaccggg aacgtccttc tcggcgaact gcctgagggt 1154401 ctcgacgaat acctccttgg tttcctctat cggagtctca ccgccaaact ggaggacggt 1154461 gacctgggga gcgaactcct tgacgcgctc cgcaatctct gcctccttgc ccttctcggc 1154521 aaggaagtgg taggtaacgc caccgctgag ggttatgaag gtcgcctcgg tcgcggtcgc 1154581 tatgctggag cagattatgt tcctgctggc aacgacggca actttgttga ggccaaggtc 1154641 agccaggacc tttccaacga gccttcctgt cagggtccta aggtaaatct cctcctcaaa 1154701 ggtcgtcttc gccataccat aacctcccta cccacttatg tgggtttgtt ctcgatactg 1154761 accagtgatg ttctaaaata taaccttttt ggtttcccta atgaactttt agtaggctaa 1154821 tctaaaacac ctctagcgaa acgacgaatt tccccgaact tttcggagag aaattggcat 1154881 tttaattaca caaaggtgag tttttggaga actgccaagg aaatgcccga atatcttcac 1154941 atatcttcac tttgacggtt cagtttaatg gttcggtacg caaacttata gggatcgaaa 1155001 acttcagaac aaggggaaag gcccgtcaac ggtgccgtga ggctcatcag ggcctctcca 1155061 gaacgagaat aaacgctatt ctcgggaaga gccagcgaag gctttttact ctaaagcccc 1155121 tcttctcaaa ctcccctcta agttcctcag gggagggaaa ggcatctatc gagctgacga 1155181 ggtgctcgta ggcttttccg ttgcctgtcg ttagcttccc gatgatggga accacagttc 1155241 ttgtgtatag ccaggccatc ttccccagga gcgatgggct ttttgagaac tcaaggatta 1155301 ggagctttcc tccgggcttc agaactcggt ggagttcctt tattgcccgc tccctgtcgg 1155361 agaagttcct tatgccgaat gcgatgctaa caacatcgaa accctcatcg ggatagggca 1155421 tctcctcagc ggttccaacg ctcagcttcg caaagggaac cttcctcctc gctatcctga 1155481 gcatctcctc actgcagtcg aggccgtaga actcccccga taaatttctt ttttcaaggc 1155541 tcctcctcat acagagtatc atgtcccccg ttccacatgc aacgtcgagg atttttaacg 1155601 gcctttcttg aacttctatg aactttaaaa cctcctcgca ggccttccta cgccagagtt 1155661 tgtcaaggcc gaggcttatc agcctgttgg tcaagtcgta gcgctccgcg atgctgtcaa 1155721 aaagttcctt taccaagttc ctccctccca aggactttct ttatcttcgc gggtcttcct 1155781 cctatgaggt aaaccctgtc ggcgaccttg aagagctcct cgagctggtg cgagacgacc 1155841 agaacacctt ttccagaatt ggctaattcc cgaattatga aaagaagttc ttccttagaa 1155901 cgcgcgtcga ggccagtaaa aggttcatcc agaatcagaa cgtcgaagtc catgagcagg 1155961 gcgcgcagga tggaagcctt cctcctcgtc cccccgctga cctcctttgg gtagaggtcg 1156021 aggtagctct ccaggccgag cctctcgacg tattcgagcc tgcactccct acccctgaag 1156081 cgggcgggca ggcagacgtt gtccctcagc ctcttccacg gcaaaaggta gtcctcctga 1156141 tagaggacgg atgggttctt tacaaagact tcgcctgagt ctggctctat gacacccgcc 1156201 aaaatcttca cgagggtgct ctttccagtc ccgttcggcc cgatgaggcc gatcacctct 1156261 cccgcgctaa cctcaaggct aacctcgtcg agtataagct cgttgaagga ctttctcaga 1156321 tttttcacca gtaccagcct ttcacccatt cctcgagcct cctgaggagc aactggtcga 1156381 gggttatcat gagaaggatt aagagcaacg cccacgcgaa gactccagct ttgattccca 1156441 aatcgtagga gtagacgagc tggtagccga ttccgccggc agagccaaag gcctcggcaa 1156501 cgacgcttat cctgagcgct attcccaggg ccactctgcc tgccgaaacc atctcgggga 1156561 gcgttccagg gacgatgaag tgccggtaga gctgaagctt tgagggtttg agcaggacca 1156621 ccagcgggcg gtatttttct atcacctttt cgcttgagct caccccagcc gaaagcagtg 1156681 ctggaaaaga tgccatcgcg gtaacgagta tcgtcgcgat tgaactcgta acgccgaaga 1156741 gcattatgaa gactatcgtc cagacgagaa ccgagacgct ctggaggaag acgtttaaag 1156801 cgttcagaaa gtccctgaag gcccttgagt acagcgctaa aagcatcgcg aggcccgtca 1156861 ggagggaagc gaccagaaag ccagagaagc tgtggtagag cgtcagcaga agcgaggaga 1156921 ggattaggga aagtccgacc tcgcggtaga aggccagagt ctccgctggg gttgggatta 1156981 gggccggata caggtgggac aggacaagcc acgaggccac tgcaaatagg aaaaggtaga 1157041 gccagcccct catgctcaac ccctgtagaa gatgtcgagg ttctcggggt tctccctgag 1157101 gtaacccccg aggtaggcca gcttccactc gctcttgata ccccttatca gttcgtcgtt 1157161 gagaccctcg tcgttgacct ccgttctgcc gtagagaaca tcaagcgttt tgccctcaag 1157221 gtggtagagc tctccgagga tttccttagt ctcggctgga ttctccttcc agaactcggc 1157281 gctctcaatc tgagccttta tgaaggcatg gaccaaatcc ttgtgctttt cgaggaagtc 1157341 ctccctgacg acccagacga gcattaccgc tgggccatta actatgccgc gctccctggc 1157401 ctcgttccag agctctgaaa acgtcgctat taccgtgtag ttcttgacta tcagctggct 1157461 cacaatcggc tcccagatta caacggcgtc aacgcttttg agcgagtcct caaccgagcc 1157521 gggcgggacg ttcacgactg tgtaatcatc tggagtaagg ttatagagaa ccttcatgta 1157581 ggcctggaag agcttgaagg ttcccgaggc gacgacggca ccgattttct tacccttcag 1157641 ctcggctggc ttcatcttct ccttcccgat tatcgcctgg ttctggagca tgtcaacgcc 1157701 gatgatttta atcttgaccc cactctgggc aagcttagcg gccatctcgg cgggaatgac 1157761 cgcgaagtcc gtctcgccct tttcgagggc cgctattatg tcaggggtct tgccgagcct 1157821 gagaacctcg accttgaagc cgttctccct gtcgaagcct ttagcctcca tgacgtcgag 1157881 agtgctgatt cctccaagca atgttgcggc tttaacggtg ggaatctccg ttcccgttgg 1157941 tttcgtcgag ttcgagccta tgcaacccga aaccaccaca accagcccaa ttaggagcaa 1158001 cgccaggacc ttcctcattc aaacccctcc caaaagcttg tccgctatgg ccgagagcgt 1158061 gaggattagg ccgattggaa tgttgaggtt gaaggccttt ggaacgttgt caaggctctt 1158121 ccagacgatt aggttctcgt agaggattag agcgcttcca acgagccagc cagccaagta 1158181 aacccatccg aggtcgtaga ggaacccagc aaggccaaag agggctatag cgagaaggtg 1158241 gaaggcgagg gcaattttga gggcattctc tatgccaaac ctagcgggaa tgctcccgat 1158301 tccgtgctca gcgtcgaact cgtagtccat tatcgcgtat atcgtgtcaa agcccgccac 1158361 ccagaagagg acgccgaaga agaacgccca gggaacccgc gcgaggactt ctatgaaagg 1158421 agcgtttcct ccagctgcta tcgttcctcc agcgaccgcc agggcgagcg ttaatccgag 1158481 gtggagatgg gggaagctgt gcttcctctt cgcccccgag tagctcatcg ctattaacca 1158541 gggaatcggg cttagtaaag cagtccagcg gttgaggaga accgccgaaa cgaagtaaac 1158601 cactgagcca acgacgacga gccaccaggc gtcgctcacc ttcaccgacc ccttaatcag 1158661 cggcctgttc cacgtcctcg ggttctggct gtctatgtcg aggtcggcta tgttgttgta 1158721 ggccagtgca gctgttctaa gcccgaggag ggcaagactc atcaggatta tctcggccca 1158781 ggtaacgtgg aaaccgctga ggaacgcccc gacgtaagcg tagggcaggc tgaagagcgt 1158841 gtgctctatc ctgacgagcc tcatcaacgc gtgaaacctg ctcgctttac tgacttcacc 1158901 ggggtcgaag gccatctcaa ccaccgaggt actttttgaa gaggtcttca agccttctga 1158961 ggacttctgg gttctcttta acctcctcaa cgaccctgcc gtccatctcc tcggggaact 1159021 ttctggtcgc atcaattccg agcttgctcc cgagcggggg cctcggaacg gccgggtcga 1159081 gcgcatctgt gtgtgccttt ggaatcacca gaacgtcccg ctcggggttc acgaaggaag 1159141 ctattgccca tatcacctgg tttatgtcgt gggggtttat gtcttcgctg acaaccacta 1159201 tgaccttcgt cagcgccatc tgtcccgttc cccagagcgc gttgagaacc ttttttccgt 1159261 gcccggggta gcgcttcttt atcgagacta tcgcgacacc ctgaaagacg ccatattctg 1159321 ggaagttcac atcaacgacc tcgggcagga cgaccctcat caacggaagg aaaatcctct 1159381 cgatagcctt tccgattacg gcatcttcca acggcggttt cccgacgacg gagccgtagt 1159441 aaatcggatt gtcgcggtag taaaccctct cggcgtggaa aacggggtag agctcgttcc 1159501 tctcgctcgg cttatcgtag aagccgaagt ggtcgccgaa ggggccttct tcgctcagct 1159561 cgtcaacctg aacgtagccc tctatgacgg cttcagcgtt tgctggaacg aggacgccgt 1159621 tgggcaggcg gtagagctcc aaacccgaac ctcggacgaa gcccgcgaag aggagcttgt 1159681 ccataggata gggaacgggc gaaacggcgg tgaggagagt tccaatgtcg gagccgatgg 1159741 ctatcgcgac gggcatttta ccgccgtttc tctcgaggta gtccctccag gcctgacttc 1159801 cgcgcttgtg aacctgccag tggattacac ccctctcgcc atcgaggagc atgacgcggt 1159861 agacgctgat ggagttcact cccttcgggt ccgagaagca gatgagcggg taggtgaggt 1159921 agcgcgaacc gtccttcggc caggttttaa aggctgggac aaagttcagg ggctcgtctt 1159981 ccaccacatt tctcgtgaac tcggctttcc tcacgagctt aggcagatag ttgcccagct 1160041 ccctgagctt ccccagcgac gacagcttgt cggataatcc aaggggcaaa ctttccatta 1160101 gcttgagcgg tctctcgccg atttcctcaa gcctttcaac gccgagggct tccctaactg 1160161 tctcgacgct cgtgaagagg tttcccgcta ctctccactc tggatggccc ttaacgcgct 1160221 cgaagagaac ggctccagcc ttatcgtaca tcactctcct cagaaacgcg ggaatctcaa 1160281 gctcgggcga gagttcttcc tcaaccctaa tcagctcgtt tctcgcctca agccattcca 1160341 gatagtcgcg catgtctctc atgggagcac ctccgggaga accctcacaa tctctccagc 1160401 cttagacttt atttaactta acctccttag aattgctccc cgttcatttt gacacttgaa 1160461 aaaaggaaaa gaaaactcag tagtagccct cggcctcggt gaccttcccg ccgaacatct 1160521 tgtagacgta gagggtgtag gccatgatga ttaccgccag gattactgag actccgagga 1160581 cggccttgag ggtcagcggt gacgccgcga ggtcgtgtat gctgagcttg aagttcgggt 1160641 cggtggtcga gatgacccag taggggtaca tgctgtagta aacgaggaac accacgagcg 1160701 ggaaggccag ccagcttatg tagaacgcca gcctctcctc gcccttcttg atgaggtggc 1160761 cgtcgagcag tccagccacg aggattacca gcgtcagtcc aaggccaagt ggagtcatga 1160821 gcctctcgaa cctcagcggg gcccagattt tcatgccgat tacagtcagg agcagtaaga 1160881 ccaccgtcag gagccagaac ttgaaggcgt agcccctgag ctcctcctga agctttccgg 1160941 tggtcttgta gacgccccag ttggcaccgt gccatattgt ggcgaagagt atgaagagac 1161001 cgacgatgag cgggtatggc ctgaagagcg taagcagtga gccgtggaag ccattggcgt 1161061 ctatgggaat tcccatgacg aggttgccga cgacgactcc gacaacgagc ggtatcagcg 1161121 cgctgacgag ggcgaagagc ttgtcccaga gttccttgtt cttgttcctg aactcgaagc 1161181 cgacggctct gaatatcagg aggaacgcca ggagccatat tgcgaggtag aaggtgctga 1161241 agagcgttgc gtacagggcg ggccacatgg cgaagagccc cgctccccag gtgatgaacc 1161301 agacctcgtt gccgtcccag acagggccga tggtgttgat gaggatgtcc ctgtccttct 1161361 ggttcttgat gagggcaagc agtgcaccta taccgaggtc aaagccatca aaggccaggt 1161421 acattccgag gaggaaggcg gaaaagtaaa accaggcagt cgcgtagtcc atcactgacc 1161481 acctcccgcg acgctaacgg caggggtcgg cttcgcggtg acgtcaccct caacgggctc 1161541 gggaccctcc ctgatgagct tcctgacgaa gtggagccag atgtagaaca gcacgctgta 1161601 gaccacgacg aagcctatga gggttatcag cacgtgggtc gccgagacgt tcggtgaaac 1161661 tcccgtgttg gttgttacca tgccccagac catccagggc atcctaccga cctcgtgggt 1161721 gaaccagccg gcctcactgg cgagccaggg gagcgggacg gtaacgacca gcacctttag 1161781 gaaccacctg gcgtcgtaga gcttgccgag caggaggagg agcactccaa tgagtcctat 1161841 cagtatgaag agcgttccga ggcctatcat gacgcggtag gcgtagaaca tgaaggccac 1161901 cggcagggct tcctcaagaa ccttgaccat ctgctcgttg gcgtccgggg cgttggggtc 1161961 aacgccgtga gccttcatga gggtctcgat gaactccttc ctgtccttct cgctggcgaa 1162021 gttcgggttg ttgagaacct gctcgtacca gacgtatctg gccgcgtcgt ggagtcccat 1162081 aacttcggcg ttccagtcac cgaacgagag ccagctgagg agctttggaa tccctatggc 1162141 ggctttaacc tcctggttct tctcgtcaac tattccaaat attatcatgg gtgcaccctt 1162201 ctctgtcttg aagagtccct cgtcggcggc gagcttggtc ggctggtact tggcgatgac 1162261 ctggccctcc gcgtggcccg ttgggtagag ctgtattacc gcgcttatcg cgaggacgac 1162321 cacacctatt gcaactgccg agcgggcgac ctggacgtgc ctcttcttga ggaggtagta 1162381 ggcaccgacg gctgcgacta tgtaggcccc ggtgagtatg gcggagttga ttgtgtgggt 1162441 gtactggctc acaaggagcg ggttgaagac cgcccccatg aagtcggtga gctcggccct 1162501 gccgttctgg attatgtagc ctgttggggt ctgctgccag ctgtttgcga tgagaatcca 1162561 caggccagag aggctcgaac cgatgaacac gaagaacgat gaaatccatg ttatcgccct 1162621 cggaagcctg tccatgccga agagaagcac gccgaggaac gttgactcca gcgcgaaggc 1162681 gaagagaccc tcgagcatca gtggaggacc gaagatcgag ccgacgaaca ctgagtactg 1162741 cgaccagttc gctccgaact cgaactccat gactattccc gtcgggacac cgaggacgaa 1162801 gaatatccca agccacttgc tgaagaactt cgccgccttg tgccactgct tctcgttggt 1162861 tatggccgcc atggtccaga gcaggaagac catgaaggcc attcctatgc tcgcgggcac 1162921 gaaaatccag tggtagcccg cggtcagggc gaactgtatt ctcgacagca gtatcgggtc 1162981 cataaccgct cacctcagtt tatccttcaa actaaattta ccgatactca aacttataat 1163041 gttttcggaa cctatactaa gggtggtcat cacacagatg aaaattttgg aaaaagaaag 1163101 ctaaactttt gccttcggac tgttggcgga gggcatcccg tgcctgtgga agacccagat 1163161 catgtagcct attccgaaga gcatccccgg cactacccag acaacgttgt ggagcagaaa 1163221 cgctatcagt acgaaagcca gtgcaagtac tattgctaca agacccgcaa cgacctctcg 1163281 attagtctcg atctgcgcgg acatacgacc acctcaaact gtatttagaa caatttattc 1163341 ttatatctct ttcggacgag tctttttccg aactcaaacg gtgcgataat cgaaagagtt 1163401 atatactcat tcggacaaac atcaaagtag gagtactgga ggtgcgggta tggccaaggt 1163461 gttggttctc ggagggggca ccgcgggtct cattgcggcg cgctacctta aagctgaggc 1163521 tgacaggctg aagctcgacg ttgacgtgac gatggtgacc gcgagcgaga ggcactacat 1163581 gccaccactc ttcatggagg tcgcgctcgg ctcggcagag gctcacgaaa cctgggctcc 1163641 gataaagaac gccgagaagg tctacggttt cagggttgac atcgatagag taactaagat 1163701 tgacctcgat aacagacagg taaagaccga gggaggaaag gtttacgact acgactacct 1163761 cttcctcggc ctcggcgtca agtacgcctg ggacaagtac aaaggccttg ccgagcacgg 1163821 ctaccacaac tacacccttg aaggcgcact cgagctgaga aaggctctct acgggttcaa 1163881 aggaaagagg atagtcatct acgcccccga agtgccctac aggtgcggca tttatcccta 1163941 cgagatgggg ctcgcgctca gggcctactt cgaggccaag ggactcaacg acgttgagat 1164001 aaaggtcgtt catcccggtg acggtcccgc gaggagcctc ggcccgaccg tgagcaggtt 1164061 cttcgagaag gagttcgaga aagccggagt ggagttcatc caccacgacg ggcacgagag 1164121 aataaccgag ggcaaacttg taaccaaaaa cctcgagctc gactacgacc tactcatcaa 1164181 ggtcccgccc atagcgattc ccgacgtcat ggccttcatg gccgatagcc aagacccgcg 1164241 ctgggccaag gttaagggtc ctgacttccg ctaccccggc tacgatgatg tttacgtcgt 1164301 cagcgaggcg agcatgccac ccttagggct cttaacggct ggtgtcccgc tccacaacgc 1164361 ggcggtagtt tctgcaacga gcatactcca ccaggtgcat ggaggctatc cgatagccga 1164421 atttgtcccg acgatgtgcc tcggcgtggg ttatcacacg ggcttcacgg ccaactgcga 1164481 gtataggtgg acggggagca agtacgagag aacctgctac ctgctcttca agagccccct 1164541 cataaaggag atgaaggcct ccttctacag gggctggctt gacagtttga ggctgtgagg 1164601 tgaggaagat gagcgagctc aagcttaccc ccgaagaggt tgccgccgtt agggaacttg 1164661 tcgaggttgc cgtagctctg aagaagggcg gaaccctcgg actgctcaag tccttcaccg 1164721 agaacggcga caggttactc gaaacaatct ccgaagagaa ggcccttttg aggctcgccg 1164781 cgataggaaa ttcagccctc gaaccggtca gggaaattga ggcagagaag gtaaacgaca 1164841 tcagcatgaa cgttgaggaa cttgtcaacg cccttctcag ggccctcgca gagacaaacc 1164901 cgaaggaggt tccaaaggtc gggatgacgg gagcgattgg ctacctccgc gacgaggacg 1164961 ttcagaaggg cctcggcttc ctattgaccc ttgcgaagaa cctcggtagg gttttgaacg 1165021 agaagtgatt ctttcccttc tttttggagg tggaaccgtg agggttctct tcacctacat 1165081 gggagcgccg acgacacccg acgaagttga ggacttcata ttccgctttc tctacgacgt 1165141 gaggaaggac ataggactcg acgtgccggg ggccagggcg ataatcaggg gcatagccaa 1165201 ggcccgcgcc cgggcagtca ggggccacta cgcggttatg ggcggaagaa gccctcttgt 1165261 ggattacatg cgagagatag ccgagctggt gagtgagaga acaggttatg agataaccct 1165321 cggcatgtgc tattccagac ctctccttga agaactgagc gacggcttcg acctcgtctt 1165381 tccgctctac cacgtctact ccagctcgac gaccgagagg tgcctgatta aaatcagaga 1165441 gctcttcggt gagagaccct acatcagaga gtggtggggc aacgagaggt tcatagcgtg 1165501 ggtcaggcac aacatcgaga agggtttggc ggagagcggt tttgagaacc cccacgtcgt 1165561 cctgagcgtc cacagcctgc caaggaaggt catcgaaggg ggcgacccct acctgaaaag 1165621 ccacacagag ctggcgaaga gggtcatgaa ggccttcgac ttcgagtggg agatggcctt 1165681 ccagagcagg ttcggcaaag gtgactggct cgggccggag attccagaag ttctggagag 1165741 acttaaggag gagggcgttg aggaggtctt agtttacccc ctcagcttcc tcgttgagaa 1165801 cgtcgagacg ctttatgagc tcgacgttga ataccggaaa aaagccgagg agctcgggct 1165861 gaggttttac cgggctaagc tcgaccacag gcacgattac cttatctcgg cgatagccca 1165921 agagcttagg aggtgggaag atgggaaggc ttagggacgc tttcatagcc tacgtcttcg 1165981 gcttcgttgg gggtattccc ctgctcctca tgaaggacac ggacgagctg acaaagcttc 1166041 atgcggccta ctccagcgtg gtgggcttct tcttctggat tgccttcatg ggagcatggc 1166101 acatgtaccc gggttatcct gagttcggct ggtcgctcta cgtcttggcc ctctggtacg 1166161 tctacgcgct tttcggggtc tggaagatgc tgaggggtaa gacctacagg attcccggcg 1166221 tcgagggact ggccaaaaag ctcgttagag taatagcccc agccgtgtga ggggtgaaaa 1166281 tgagacgatc catcgtcgcc ctgtttttca ccgttatgct cctctcggga gtgcccgttc 1166341 tggcggatga gttcaccgag gaggggaacg ccttcatgga ggacttcata aaggccatga 1166401 acaccggcaa ctactccctc atagagcccc acctgagcga gaggctcagg aacgagctcg 1166461 gggagaggga gtttgcccag ctcaggggct tcacgatgga gaactacggc cggttgctgt 1166521 ccttcagctt cgtcaacgag agtcgtgaag gggatatggt gaagctggaa tacgaggtca 1166581 aggcggagaa aggggccttt ccgatcgcct taacctatga gaacggcgag ctcgttggaa 1166641 tcggcctagg ggtaagggca aagccaaatc cagcgggaat ggtcgcgatg attctcggca 1166701 ctctgctcgt cctgggggcg ttttacttca tccaaaagcc agttactcca gacctcgtcc 1166761 tcggagctgg gatagcgctc ggtctgtcgg ttctcatccc cttctacggg ataatctcgc 1166821 tcgtcgtggc gtactccacg ctctcccgcg ccctgttcac ggcctttaca accgccctga 1166881 ctgtcgaggc cgtcaagttc tacttcgccc gcaacaggga cggcctttcc ataggcctcg 1166941 ggctcggact tggccagtat gtcctcctct ccatcggcac cttcgtggcg acgaacttca 1167001 taatgcaact acccgtttcc ttcacggggg caacgtactg ggccttcctc ttcgcgctaa 1167061 cgtttacggc tttccacgcg ctttcggctg agacgtattc gaagctccgc gacggtaggt 1167121 tgctccttct cctcgcattc atcgaggggc tcgcgcttgc gatggagtcg ctttcgcgtc 1167181 tcggcccttc gctgttgctt gtcttactgg gaatagcggt gggactcagg ctcggaggtg 1167241 tcatcgatgg aatcgctgga cgagaggctc gttgaagcac ttgaggggag cgttgagctc 1167301 gcgaagaaaa tcggggagta cataatccgg agcgggggga agaggataag gccgaggata 1167361 accctggcag tttcgaaagg cctcggactc gacgagaacg atgccctcga cctcgcctcg 1167421 gcgatagagc taatccacac cgccagctta gttcacgacg acgtcattga tttggcggag 1167481 aagaggagga acaaccccac cgtcgtcatg cgctgggggc ccgagcttgc cgtcctcagc 1167541 ggggattttc tcttcgtccg cgcgctgagg attatagcca aaaagaaggc cgcgatggtg 1167601 gactacgtcg ccaaagccgt cgaggacatg gtcaagggtg aaatccttca ggaagccgtg 1167661 cgcgggagcg tccatctcga cctcgacacg tactacgaga taatagacag gaagacagga 1167721 aagcttttcg gagccgcctt tgcgcttccc gcctactacc tcgaaaagcc ctactggatg 1167781 gagctcgaca aagccggaac gctcgtcgga agggcgttcc agatagttga cgacgttctc 1167841 gattacttcc ccggaaccgg aaaggaccgc ttcaaggatt tgctcaacgg aaaggcgacc 1167901 ctcccgctga tcctctacac cgagcgctac ggctcttcat tcgtcgaaaa gattcttaag 1167961 aacccgagcg aagagaacct gctcaatctc tttgagagga tgatgaatgc tggtgtgttc 1168021 gaggaatctc taaaaatagc caggggatac gtggacgggg ctctgaagct cattggagac 1168081 ctgcccttcg atgggagcga ggttgtgagg cttgtttccg gatactttga gggggtcttc 1168141 aaaagggtca ggacttcagg tagttagtct atcatgtttc acaaaaatgt acatttggct 1168201 aaattccttt cgggaataaa cgaaaagctt taaaaaggtt cgttagacaa accgaatgga 1168261 ttttaatccg actggggggt cagtcatgat tggccttctc gcgaccttag cgttcacggt 1168321 cccgctcatc ggtgggttaa tcctcttcag gctcgacgag agaaaagcag acgtggtaat 1168381 gctagcttca ttcataacgg cgatgctcct ccagctcggc gttgcagtca tttatctcct 1168441 cgaccacgag gagctgattc acatcgccta cctcaagagc acccagttcg gcgaggtcta 1168501 tggtataata atcgacccca tgagcgttct aatcggaacg gtcgttgcag ttgctggctt 1168561 catattcatg ttctacggcg tcgagtacat gagcgaaaga aacgtcggcc atcccggagg 1168621 aaagggaagg ggcctcttct acgcctggat gacgctcttt gaaggtgcca ccctcggctt 1168681 catatactcc tcgaccttcc tcggcctgct catcttcttc gagctgatgg gtttggcatg 1168741 ctggggcgtc gtgagcttct acaacactcc cgcaggcagg agggccggct tcaaggcctt 1168801 cataatcccg aacgtgggag ctatgatagg cttttacacg gcaatctaca tcggcctcac 1168861 ccagctccac gatttaagtc tgttctcgct cccgaaggtc tcaccggagg ttaagccctg 1168921 gctgttcctg gctcttctca tagcgggata caccaagagc gcccagttcc cgacttactc 1168981 gtggattccg gacgcgatgg aggcgccgac tccagcgagc gctttccttc acggcgcggc 1169041 gatggttgag atgggcgtct acctcgtcgc gagggttatc cagttcatag ggcccttgcc 1169101 agtctggatt ttctacttca tggccgtaat ggtctcgctc acgctcctaa tcccgatact 1169161 caactacccc gtccagaagg acgcgaagag actgctcgct tactcgactg tggcagaggc 1169221 gggaataatg ttcgttggcc tgacctacgc cgtcctcggc cttactggca aagcaccggg 1169281 cttcgacgtc ggcctcaaag ccgcgatgtt ccagctgaca actcacgcct tcgtcaaggg 1169341 cctggccttc ctcaccgctg gaaccttcac gtactccctc ggaacccttg acctgaggca 1169401 gataagtggc ctcaggaaac tcctgccggt aaacggcctc gcttggacgg tggcactcct 1169461 cggtttagcg ggcctacctc ctatgggaat agcattcagc aaggcggaac tgctgactaa 1169521 cctgagcctt gtcagggtct ccgctctggc ctggcttccg atactgatgg tgctggcgga 1169581 ttcggcagtc ttcctctggg tcggcctcaa gtggataacg aggaacgtct tcggcaggcc 1169641 aaaagcagtt agggccccaa cccacccgat aataaccgcg tcgctcgtga ccctcatcgt 1169701 cctgacgctg gtctcggctt acctcgccta tccactcgtt gaggagataa ccttctacgg 1169761 ggtgatacca tgagcctcta cttcctggag ctggccctcg gactgctctt catcgcttcg 1169821 ctcgtcggcc tcgcctcggg aaggcgcgcc tactacgtaa ccctcctcgc gtccttcccg 1169881 ctcctcgtga gtgcggttga gggcttaaac ggcatctcgg gcgagataat tcccttcctc 1169941 ccgacgacgg ttagagtgga ctccatctcg gcccttttcc tgctcgtcac agctttcata 1170001 acgctggccc tctcgctcta cctgctctcc tatggggtaa agggcaacga gaagttcatg 1170061 gctatggcaa ccaacatggc actcctatct gttgtcctgt tcctcgtaac tgacaatctc 1170121 gaaagactta ccctcgccta cgagctcttc gcggtgttta ccgccgccat ggtgctcgcc 1170181 tctgaaacga ggggctcaag gaaggccacc tggcgctacc tcgtactcac tcaggtcttc 1170241 ggtataatcc cactcctgat ggcgaccggc ttggcttacg gtgcagttgg agatttacac 1170301 cacctgacct ttcacggcct tcgcgaggac ttagagaacc ttcctgtgaa acctgtgttc 1170361 ctcctcgtcc tcttcctctc ggcctcactc gtcaggagcg gggcgttccc cttccacgtc 1170421 tgggttccga gggtctaccg ctcgctcccg agcccctttg ttccggtctt cctcctcggc 1170481 gagatcctcg gggtttacat gctcctcagg gttgtccact tcgtcctccc cgctggagaa 1170541 gccttcggct acacagttgc attcctcggg accgtaacgg ccttcgcgac gctctactcc 1170601 ttcagggaaa tcaggctcaa gcgtaagttc gcgtaccaca gcgtcatgga cgttggaata 1170661 gcctacttcg ccctcggtag ctccctcgtt ctcaaaggaa gtttcctcgg aaccgttgcc 1170721 ctcctcggag ctttgctcca cctcctctac cagaccctct acaagagcgc cttcttcttt 1170781 ggcctcggcg cgatagagca ctacggtgag gagccgaaca tctgctccat gaggaagctc 1170841 ttgaagggtc acgtcatagc gctcctcgtt accctctccg ttttttcaat ggcgggagtt 1170901 ccgccgcttt cagccttcgt gagcaagtgg ctcatctaca cggcttcaat gggcacgacc 1170961 aacgtcctcc tctggctgat ggttgtcacg gtggccttcc ttgggatatt tcctctggcg 1171021 tcaatagtcc aggtcagaag gataaacagg ctcatatgca agcgcgaggt tgagagggaa 1171081 gaggttccct tcctgataag ggcagtcacc ggaacggtct cgctcgtgag ctttctcgtg 1171141 gccgtgttcc cgtttatcct gctcccctgg ctgacgggtt cgctcgaaga actcggctac 1171201 cccctgcccg agagtgcatc ccatctcttc ctcggaagtc cgggctcttt catagcactc 1171261 atcacgctcg tgacaatgac tttcatcggc tggaaaatcg gaaagatgcc aaccgagcgc 1171321 gtcagcgagc tactccttat cttctacaac atgggcgaca tcctcagatt cacggccgac 1171381 tacttcctct cggtgggcaa ggacttttac ctcaaacgca tactccccat cataaaggtc 1171441 gttccaaggc acgaggtgcc cattatcaag gactacgacg acgcgctaga ttatccggtg 1171501 aggcacctcg acgaggccat gttcatgccc ctcataaggg ccgttgagag gcttgctcgc 1171561 tggggcagga gcagaaaccc cgacatgaac gcgctcatgg gtggctttgc catagctatg 1171621 gccatcctga taatcctcct gggggtgttc gcatgaactt tgaggccgtg ttcctggacg 1171681 tcctttactt cgcggccgtc atctacacgc tcgctttcgt cctgtacgga attcgagcca 1171741 ttaaaggacc aacgaccgct gatattatcc tcgcggtgga ctgcctctcc ttcgacatgg 1171801 cggcgttcat ggttgtgctg ggaatctact tcaagtccat aatgctcgcg agcggtgcga 1171861 taatcctcgc cctgtgggcc ttcatgctgg acatctacta caccaagtac gtcctctacg 1171921 gggaggtgga ggtatgatta tcgaggacgt catcttcgtc atcggctcgg tcgcgatact 1171981 aatcggggcc atctacgacc tcatagcggc cataggcctg ctcaggttta aggacttcta 1172041 catgagaacc cacgcagcca ccgttgggac gattggaggg gctgtgttac ccgtctttgg 1172101 tgcgggactg gtggctctcg tctatcaccc cctcggctcc cagaggttct tcatggcggg 1172161 gatagcgttc accgttggag ttttaatcct cctgatagca ccgacgggaa cacactcgat 1172221 agtctcggcc gtctatttcg gaagagtcgg aaagaagccg cccttagtgg ttgaccagct 1172281 cgaggaggac ctgccgaaga gggaggacgt tgcggagctc gtccgcgagc atgaggagtt 1172341 gcccggtgag gaagaagagc caaaattcac attcaggagg ctggtgagat gattgagctc 1172401 cacctgataa tcctcgcgat agtcgtttca ttcggcttcg tcttcagcta cctggcaatg 1172461 aaggagcacg acctgctcaa ggccctggct ttaagctccg tccagtcaac cttcttcgcc 1172521 ctcggcttct acatccttgc ggcccctgac atagtgctgg cttacctcgc catagcggtt 1172581 ggagcctata cagccctcgt aatcctcgcc ataagcaaaa cggagcgcta cgaggtggga 1172641 gaatgaagag ggacgttatc gttgccgtct cgttcctgct cgcgttcctg ttcatagcct 1172701 acgccgtagc cgtaaaaaat gtcctcggcc ttggaggagt cgagctcagg cccctcggcg 1172761 agttctacct gagccactcc ttcgcccacg agggcctgac cagccacagc ccagaggtgg 1172821 ttacggcgat agtgtggaat tacaggggct tcgataccct cttcgagacc ttcgtcttct 1172881 tcctcgcgat tatgggagcc ttcagcgtgc tgagactaac ggacgagcag gagaagctcg 1172941 tgaaggagct cgaggcgagg gaaccacaca ggcatatgga tttaatcgtc agggcgataa 1173001 cgaagctcgt cgtgataatg ataatcgcca tttcggcctc gatagcgctc cacgggcatc 1173061 taacgccagg aggcggcttc caaggcggtt cggcaatggc ggtcgcttca ttgctcctct 1173121 tcgcggcctt ctccaagttc accctcgaga ggaagggcct cacggtgaag cacacggtct 1173181 cagcctatgc cctcggcctg accttaatcc tcgcaacggt tctcgcccca gtcttcctct 1173241 acggcggtaa ggtgctcgaa ataaacctcc tgcctggcga gatgggcctc ttcaacctcg 1173301 acgtcggtga gtacctggcg gtgaccttcg gcttccttac tgtgttcctc gtgctcggcg 1173361 tttcggagtg gatattcaag accgtcctca ggggggaggt ggatgattga ccttctcctg 1173421 gcttacatca cgctgacgct cttcggcatg gtactcctcg gaatctatgg agtcgtcacc 1173481 cgctccaacc tgattaagaa aatcatcatg ctcaacatct tgggcgacgc ggtgaacatg 1173541 ctcttcatcc tgatcggcta ccgcatcgtt ttccccgtat tcccgtccat ctatgaggaa 1173601 cacataactt tcgaggagtt cctcagcagg gcagttgatc ctaccccaca ggcgcttgtt 1173661 ctgacggcga tagtcattgg gatggcgatg aacatcctgc tcgccacata cgcgatacag 1173721 ttctaccgcc tccacgggac ggtcgatgca agggacatgg ccgagataat agggggtgag 1173781 agcgaatgag gatcaggttc tcccccgcga cgttcttcat agtgctcgcc acctacctgt 1173841 tttacacggg ctctgcaacc gaatacgatg tagttactgg ctcggcggtg gccctgatag 1173901 tttccttcct cgtcggtcac tggctcgtga agaacgacct caagttcttc tcaccgaaga 1173961 ggtggctcta cgcagccata tacttcctcc gctacttctt cattgaagaa actaagacgc 1174021 acattgacgt cgcaaagagg gtcttcactc tcaaggctaa cccgggcatc gtgaggattc 1174081 cccttgaggt ggagaacgac tatggaaagg tcctcgttgc caactcgata accaacacgc 1174141 ccggaacggt agttgtggac ataagcgacg acgggaagtg gctctacgtc cactggattg 1174201 acgtttccac gctcgacgag aaggaagtga aggagaacgt ggttgcctac ttcgaggact 1174261 acgcgaagaa aatctttgac tgaggtgata gcatggaggt cggaatagtc ccgattatcc 1174321 cactcggctt tgcgttcttc cttcccttca tagccttcat aacgggcaga agaaggggcg 1174381 ttgtgatagc ctattccttg gtgggcctgt tggcgacgtt catatccacc ctgtggttgt 1174441 tcaatgaggt ctactcctca aatgagccct tggtatatgc cttgggcaac tggatagccc 1174501 caatcggcat agtcctcgaa gtggatttaa tgggggcgat cttggttctt ttaacggcct 1174561 tccttttcct cctggcggga atttacgccg tcgagtacct ttcgcacgat cacggcattg 1174621 aattcttcta tacctctctc ctcggccttg aggcgggact cattggcctg ttcatgactg 1174681 gagatgcctt caacaccttc gtcatgctcg aggtcacggg agcgagcgcc tacgccctcg 1174741 tgggctttta caggagcagg agcgaggccg ttgaaggtgc cttcaagtac ggtataagcg 1174801 gtgcaacggc cactactctc tacttcctcg ccctcggctt catctacgcc tccttcggaa 1174861 ccctcaacat ggccgactta agcgccaagt tccacgggat ttccttcccc gtaaccacta 1174921 agctcttcgg tgagccaacg ctcgccctcg cgattttctt cgcgctgaca ctctcgatgg 1174981 tcatcgtcaa gagcgcaatc ttcccgggcc actactggtt gccgtatgcg cactcggccg 1175041 caccttcgcc agtttcggca ctgctgagcg gactcgttgt cagcgggggt gtttacctac 1175101 tcgcgcgcta tctctacacg gttttctatg accttccgtt ctggaaaact ctttcggtag 1175161 ttctcctagc cctcggagcc gcttcggccc tgctatcctc aataatgatg gtggtgcaga 1175221 aggacgtgaa gaggctggtg gcgtattcga cgatactcca catggggtac ctcgtaatgg 1175281 cactcggggt gggaacccag ctggcgctga ccgctttcct ctaccacacc gtcaaccacg 1175341 cgatagccaa gggcatgctc ttcctcacgg tgggagcctt catacaccat gcggggacga 1175401 gaaagataga cgaactcgcg gggattggca aaaagatgcc ccttacaacg gcgctcttcg 1175461 gcctggcgac gctcagtctc gtcggcgttc ccccgctcaa cgtcttcttc agcaagatgc 1175521 tcatcttcaa cgccctcctc caggtgagcc ctctcgttgc ctccgtcgtg gtaatcacaa 1175581 gcgcaatagc cgcttgggca tacttccggc ttttcataac cctctggcgc ggaaagccgg 1175641 tcgaggggca ccatcacggc catgatgaac acgaagagcc agagagacac gaggtcccgc 1175701 tcttcgtggc ggtgaactta ctcctcggaa ccctcgtggt cacgtttggg gtcttcgccc 1175761 cggtaataat cgacaagttc ttccacccgg cctcggttca ggcgatggat tggcagagct 1175821 acgttgacgc ggtgaagagg ctggcggaga caactttctc ggccctcggc taaccttttt 1175881 acgcaccttt tccaactcct taccggtgcc agtgaatgga agtagagaag ttcaagtggt 1175941 cgggctttgc cgggggttta atctactggc tcttcgttgc atggagcgta agccgaaacc 1176001 cctggttctc cttctggaga aacgcactga gcgaccttgg aggggccaat gcgaactcac 1176061 cctggattta caacgccggc ctcgtggtta cctcattctt cgtgatggct tttgcggtct 1176121 atctggtgtt aactgcccta aacaagctcc agacggttgg cggttcctac gtgagcattt 1176181 cggcgatttt tctggcccta atcggtgtgt tccacgaggg aacgaggcct cacggcttcg 1176241 tctcgacgta cttcttcgtc cagttcttcc tgggggtcct gatttacggc ctcggctcgg 1176301 gagaaaagtt aaggtcgcct cgctcgttct ctttgccctc gcggttatcg gggcattttt 1176361 caagtggccc tcaactgcac tcttggaaac ctacgagatt ctcctcgtca tggcctttac 1176421 tctcctcatc gcgctttctg gaggtggtga aaggtgagcg cgccttttcc tccgataagg 1176481 cgaacgcctg agatgaagag tcgaatcctt aagcctgaag aggcggagaa ggctgtagag 1176541 ctcgtcaggc aggcgttatc tttcttcagg gcgggagaac cgatagttca ccccgaccac 1176601 gtggacgttc cggttctcta cctcgacttc gcgatagacc gggtccacta cgatccgcga 1176661 acaggtaatc ccagccctaa gggtgcacat ccacatactg agccccgcgc cgaaggcgct 1176721 cgcgagagaa tagacgaggt tctcaaggaa gcccacgttc ttgagggggc cgagttcagg 1176781 gaacctgagg actgctgggt cgtaccggta gcgtggaaaa gctttataat cctgcacgtc 1176841 cgcgtctcgg cggatggaag cgagctgatt ccagattatc atctgaccca agaggtgagg 1176901 cgacacggtc tataacccca aggaattcct gagaagggag tggttcctga gccttctgct 1176961 cctcatctac gtcgggttag tcttaataga cctctccctc ctcgaaagaa ctccagacct 1177021 cgttgactgg ggaagcctga gcctcatcac cgccctaatc ataacctcga agggcctcga 1177081 gctctcagga gtcttcaaca ggctcgcacc gagactcgtt gagggggcaa atggttcgag 1177141 cagaagactg cttctcctcc tgctccccac gatagctctc tcttcagcgc tggcaatgaa 1177201 cgatacagca atgctcgtct tcattcccct cgttgtagtc ctctcggagc tctcgggaat 1177261 ggacaaggcg agggccgtga cactctctgc aatagcggcc aacgtaggtt ccgccttaac 1177321 gccgataggg aacccccaga acatcataat ctggcgcgag tatggtttga gcttcctcgc 1177381 gtttgttaga ggcatgctgc cattcgttct aatctggctt accctcttgc tggcattcgt 1177441 cattttatct ccctatgaga cgctttcgat tcgttctctt cctccagtcg cctttagacg 1177501 ggatttgttt gtagtttcta cttctctgct cgccctgaac atctacctcg gcgaaaccgg 1177561 aaggcatgag ctctcgattg cgctcaccct gttagccttt ctcctcctcg agagggacgt 1177621 ccttctaagc ttcgactggg tgctcgtgct caccttcgcg ttcatcttca tagacttcaa 1177681 cgagttctcg gcgttgctac tcaaggcggg gttctcgctt ccgaccgagg gagctggcct 1177741 cgttctggca tctgcaggat tgagccagct gataagcaac gtcccggcga cggtcgtctt 1177801 tctcggctca aaacccgcgt ggcttccctt ggccctcgga gtgaacgtgg gtggaacggg 1177861 aacggtcgta ggttccctcg ccaacctcat agcggttaga atagcgcggg tttcattgag 1177921 ggacttccac aggtactcaa tcgcatattt tgcagtctcc atagcgctga tgatagcaat 1177981 actgagaatt taacgggaaa cgggaagaat agaatagagg aaagaagctc actcgagctt 1178041 cttgtagcag aaccaccagt cgtagcactc gatctcgccc ttggccttgg cttcctctct 1178101 ctgcttcttc tcctcgatgt tgctggccgg cgggatgata accttgtcgc cgatgagctc 1178161 gttctcgggc cacttgtgcg gaagggcaac gccgttctcg tcgctgatct tgagggcctt 1178221 gacgagcctg agtatctcgt cccagtccct cccgacctcg gccgggtagt agactatcgc 1178281 gcgaatgacg cccttgtcgt caacgacaaa gaccgccctg gcggtaatgg tggcaccgct 1178341 cggaatcatg ccaagcttct cggcgagctc accgcggtcg tctgctatga tggggaactc 1178401 aatctcgacg ccgaggttct ccttaatcca ctccatccac ttgatgtggc tgaagacctg 1178461 gtcaacgctg agcccgatcg gctcgacgcc gagctccctg aacttgtcga gcctcttctg 1178521 catggcgtag aactcggtcg tacagaccgg ggtgaagtca gccgggtggc tgaagagtat 1178581 gaaccacttg ccctgctcgg cgaagtagtc cgggagcttt atcactccgt gggtggtctt 1178641 gacctcaacc tctgggaact tttctcctat gacgaccatc tttcatcacc tcttcatttt 1178701 tctgtgtcgt cttcactata aacctcagag gttcgaatat ataagctttt cggttcgttt 1178761 ttgggaaaat tcttgacgga taaccagcgg tcttttaaac cgcgtggcga gatgtacgga 1178821 gaatactgaa attgatcgtc actgtataaa acacgccaat ttatctttgt caaaattgga 1178881 aactggggag cccccattcg cctttaattt ttctaacatc gatccacgtt gaacgacttg 1178941 tgggctgtta ttggtattca gattttcctg atccggagca ttcctccttt gggtctcact 1179001 ctcaggcatc tttcgttaga atgttccaaa aacggaacaa attcttttaa gatttggaac 1179061 aaaggttcaa ccatgagcaa cgaagatgag aggttcatgc ggctggcgct cgagctggcg 1179121 aagcgcggtg aaggctgggt gaacccaaac cccatggtcg gggcggtcat cgtgaaagac 1179181 ggtaaagtca tcggcgtcgg ctggcacaag cgcttcggcg agaagcacgc cgaggttaac 1179241 gccatagagg acgcgaaaag aaaggggcat gacgtcaggg gtgccacgat gtacgtaacg 1179301 cttgaaccct gctcccactg ggggaagcag ccgccctgcg ccgacaggat aatcagggaa 1179361 ggcttcaaga gggttgtagt tgcgatggtg gatccaaacc cgctagtctc gggtagggga 1179421 atcgagaaga tgaaaaaggc tggaatagag gttgaggtgg gggttctcga agacgaggcg 1179481 agaaagttaa acgagatttt cattaaatac gtgacgaaga aaatgccttt cgtttcaatc 1179541 aagctcgcct taacccttga cgggttcata gccactgaaa caggctcctc ccagtggata 1179601 accggagaaa aggcgaggca aaaggttcag gagctcagga ggaggcacat ggcaataatg 1179661 gtcggctctg gaacggtctt ggctgacaat ccgaggctca actgcaggct ggagaactgc 1179721 cccgagaaga tcaaggtaat cctcgatcgc tccggcagag ttgcaaaagc catcagggag 1179781 ggcagaaagt tccgtctttt tgaagacggc agggtcatct ttttcacgga aaaacctgag 1179841 ctcttcgagg gaatagctga agcctacccg ataaccgagc cgggagaaat cctgaggaaa 1179901 cttggcgagc tcggcatcga cagtgtcctc attgagggtg gaaggataac ctgccagttt 1179961 ttaagccatg ccgacaagtt ctacctcttc tacgggccca agctctttgg gaatggaata 1180021 aagcccttcg agtgccttaa agttgaggac gcgaacgagg cccccgtctt gaggattgac 1180081 tcaatagaga ggctcggcaa gagcttcctc gtaaccgctt accccggtgg tggagatgtt 1180141 cagcgggatc gttgaaggaa cgggaaaggc ccgatactcc gcaggaaagc tttacgtaga 1180201 gctcccgttc gaggtcaaac cgggtgacag cgtcgcggtg aacggggcct gcttaaccgt 1180261 cgtcgagttc gatggaaaaa cggccgtctt cgacgtcggc gaggagaccc taaagcggac 1180321 aaacctcagg gaggcaaggc tcgtgaacct tgagagggcc ctgaagcttg gagacagact 1180381 tgacggccac atagttacgg gccacgtgga cgggacaatc aggtttatca ccgcgcggag 1180441 gagcgggaac accacctgga tggccttcga gatgccgcgc gagaggtggg gaatagctga 1180501 gaagggctcg atagcgctca acggcgtctc cctcaccgtt gcaagggtcg aagccaaccg 1180561 cttctggatc caggtgattc catacacgct cgaggtgacg aacctcggcc accttaggcc 1180621 tggagacagg gtaaactacg agattgacgt gctggcaagg tatgtaaagc gcatcatgga 1180681 ggcgggagta tgaaccttga agagctgaga agggcaatcc ttgagggaaa acccgtcgtg 1180741 ctgatagatg acagaagaga attcgaggca gatttgattt atccggccga gattgcctct 1180801 gccgaggtag tcaacttcat gctctcggcc aaaggcctgc tgtgcctcac gatggacatg 1180861 gacgaagcct taaagaaggg cttcttccgc ctgccgagca aggaaggtga gactaacttt 1180921 ctgataccgg tcgattataa ggagacattc acaggcataa ccgctaagga gagggctttg 1180981 actgcaagaa agctcgccga gggattgagc gttgaggcct tccgttaccc cgggcatctg 1181041 cacctcctcg gcggaattgg actcaacagg cgtcgcggcc acaccgagag ctcgcttgag 1181101 ctcatggaat tcctcggctt caagcgctat gcactgataa tcgagatcct cgatgaaaag 1181161 ggcgactccc acaaccgcga gtacgcgctg gcttttgctg agaagcacgg cctacccgtt 1181221 atcaccaccg atgacgtctg gaaggagttc gtgaggagga agcagctgat tagagtttac 1181281 gccaacgcga ggctcccaac gaaatacggc gagttcagga ttatagcctt cgagaacgag 1181341 ctcgatttca aggagcacgt ggccatagtc aaggagccct acggcgacgt tccgctcgtc 1181401 aggattcatt cgaagtgcct caccggggac acgctggcat cgctcaagtg cgactgcgga 1181461 agtcaattgg caaattcact cagaatgata gcgcaagagg gaggaatact gctctacatg 1181521 gaccaggagg ggaggggaat aggcctgaag gagaagatca aggcctacga gctccaggat 1181581 aagggcctcg atacggtgga ggcaaacaaa gctttaggat ttaaggccga cgagaggact 1181641 tacgaggcgg ctttccagat gcttcgcgcg ctgggcgtct caaaggtcag gcttataacc 1181701 aacaacccgg cgaaggcgaa agctttggag gagttaggaa tagaggtcgt cgaggtagtt 1181761 cccgcccctc cagaggtcac tgaatacaac aggaactatc tcaaggtcaa ggttgagaag 1181821 ctcggccaca agcttccatt tgaggtttag ggggtgtgtt tatggaggta aggacggttg 1181881 aaggcggttt tataggaaaa ggcctgagga tgggcgttgt agttgcccgc ttcaacgatt 1181941 tgctcaccgg ggagctcctg aagggtgccc tcgactgctt cgagaggcat ggagtcgagg 1182001 aagtcgatgt tgtcaaagtc cccggttctt tcgagatccc gctcgtggcg aaaaaaatgg 1182061 ccgagagtgg caggtacgac gcggttttag ctctgggggc ggtcgtgagg ggagaaacca 1182121 agcacttcga cctggttgcc aacgaagttg ccaaaggcgt tgctaatgtc tcgctcgaca 1182181 ctggcgttcc ggtcatcttt ggagtcataa ccgtcgagga cgaactgcag ggcttcaaca 1182241 gggcgggagt aaagagcaac aagggcttcg agtacgcgat ggccgctttg gagatggcag 1182301 acctgatgag aaagatggag gagtgatcag gcctttttct ccattaactt tttgaggagt 1182361 ttgagctcgc cttcaaggcg ctcgtagtgg ctcttctcga ccttggcgag ggactcgaag 1182421 aggtccctta gttccggatc ctcggtttcc ttggcgaggc gattgtaaac ttccatggcg 1182481 agcttttcac tttccattgc agcatggagg gcttctattg catcctcggc cctttcaaac 1182541 ctgtcgagca ctggataaac ctcaatcggc gggatctccg gggctttcgg ttccttgccg 1182601 taggtctttc tgtatatctc cctcagcctt tccccgtgct ccctcgattc ttttgagagt 1182661 gtccagaagg tctccacgag cgaatccggc agtcctaggt tcttcgccct cctcgcgagt 1182721 tctccataca gtttggcctc ctcaagctcg ccctctatcc agtaggcgat gagcgattcc 1182781 ttgtcgagct ttctcagccg ctcaagggca atctcaacgg tgtccagcat aaccgccacc 1182841 atcaaaattt caccggatgg ttaattagcc ttccggtgtt cgaagacccg gctaaggatg 1182901 ttataagggt aggaaactct taaagctccg tactcaaaac tcttagaggt gttgcggtta 1182961 tggagatgga caaacccctg ccctacgtgg gggtgacccc cctgcagatg gctactacgg 1183021 tagcgattct tgtgataggg tgggtggtaa caaagatact cgtcggtacc ttcaagaggg 1183081 gattgaagaa gaccaagctt ccagagctag ttgtggagtt cctcagcagg tttctgagcg 1183141 cgctcctgta cgttgcggtg atccttctcg cggtcagcgc cctgggaata ggtgttggct 1183201 cggtcgttct gagcatctcc gctgtgatcg gcctgatcct cggctttgga atgcaggaca 1183261 ctctaaccaa cctggcggct ggagtgtgga taaccgctct gagacccttc gataaaggag 1183321 acgttgtcac cgttgccggc cagacaggga aggtaaacgc cgttgggatc atgagcaccg 1183381 agctcttaac ccctgacaac acgctcataa cgatacccaa caagctcgtc tggggaagcg 1183441 tcataacgaa ctacacgaga atgccaacga gaagggtcag cgttgatgtc ggcgttgcct 1183501 acgggacaga tcttgacagg gccataaaga tcgcgatgga cattatgaag ggtcacccga 1183561 aggtgctgaa cgatccggaa ccaagcgtcg tcataacggc cctcgcggac tcctcgataa 1183621 acctccagct cagggcgtgg acgaaaaccg aggactactg ggccgtcaag ggcgacctca 1183681 ctagggcaat ctacgagacc tacatgaagg agggcatcga gataccgttc ccgcagatgg 1183741 acgtgcacat aaaggaaatg ccgaggtaaa aggtgacttt caaatggcag tgggaaggga 1183801 tctcaggctg cttgcggcct ttctctttct cgccctttta tcccagctcc ctctccattc 1183861 agcttcgcca ggtgaaaagg ctaagatact ggtcgtctgc agcgatccgg aggatgttat 1183921 gttcgccaac acccttggag ccgaaggcaa cttcaccgtt gacgtcctct atctcggcag 1183981 ggatctccct gacgaccgtt ccctgctgtc gaatgagtta tacctaatca aatacgatga 1184041 aatatggatc ccagacctca actccgaatg gacgtatggt ggaaggttaa ccagagatga 1184101 aatcgccgct ctgggggagt acgtcaagag aggtgggatc ctagttctgg gactgaacac 1184161 gtacacgcag agctggagca ggacttttga aaggataaca gggagtcggc tcatgcgggt 1184221 tgagaaacca aaaaagacga gtgaagagtg ggatctggta ttcaagggta aagtttatcc 1184281 ctataatgcc acgtaccaag ttgccattgt gagtccatac cgggcccagg ttctcgccca 1184341 gtactccaac ggtcttccag cgataacact ttcccgctat gggcgggggg taggggttct 1184401 aatgacgttc aaccccgtta aggagctcgt cgagtacaac cctactatca tcgacgttta 1184461 cgtttatctt gccaccaccg tcctttcgga gcgctctgga aagcctgaaa tcccgcttta 1184521 tgaagctctt attattaagc tggagagaac gttccttcat cctatctttc tcggtgtgct 1184581 gattttagtg gtgcttgaga tactagcgta tctgggcttt gttcccttca gtgttacggt 1184641 tatctctgcc atccccttcc tgcccttctc agagttttta ctgaggaaag aaccttattc 1184701 cacaaccctg gagaccgtga gaatgctcag gggcgtaacc cttacgaacc tagcaggtga 1184761 aatcgggaaa actcccagac gacttaagtt tcctctggcg gttctctttc tcaaaaggca 1184821 gatcagcctt atcgaccttt cttcccttgg tttcaatgat actttggtag ttctccgggg 1184881 tcttgaggcg gagggtgttg cggcctgggc aattgaagtt tatcccaaga tgatggagaa 1184941 gatagccaac aacccgggaa tcggtgtgat agacctcgca cgtcaggtga acatgccgcc 1185001 ctacgacgtt cttcggctcc ttagagagct ctcacgctat ggggtggttg agctcaggaa 1185061 gatagtcgtc gattacgagg tctatccgat gagagctctc ctgaggtggt ttgaggcatg 1185121 agacgaaaac tggtgtccta cttctccgcc ctcgtcgttg caagctacat tgtgtacatt 1185181 gattacctct tcgtccagga ggccgtgtgg aaagttatct cgcttctttt tcagggtgtc 1185241 cccaggtatc cggtctatgc ctttgtcagg tatctcttct acttgacggg ggcattcgtt 1185301 atcttgatat atgcagccta tttcattttc tacctccact tcagagaaaa cgaggggtca 1185361 aagccaaatc cccgcttttt tcccaaggtc tccttggtaa taccggccca caacgaagcc 1185421 atgaacatcg agcgtctaat agagagcatt cagtatcagg actatccctt tgagtgttac 1185481 gaggttatac tcgtagacga cggtagcgtt gatggcacgc ccgaaatagc tgagaggtat 1185541 ggaattaggg tgatccgcca cgagagaaac atgggaaaag ccaaagccct cgaaaccggg 1185601 ataaaagcgg ctaaagggga cgttatcata acactggacg ctgattctta ctttgctgac 1185661 ggttcttctc tgaggaacat cgtggagaac ctgttcagta ggcccttcgt gggagtttcc 1185721 accggggcga ttagaattga cgtcagaagt gggaagttga tagagaagtt tcaagtaatc 1185781 gagtacctac actcctttga agttgggaga agagtccaag gctaccttga ctggcttctc 1185841 gtagttcccg gggccttttc agcctttaaa ggatacctaa taaaatccct tcccgcgata 1185901 cctagggaca cgctggccga ggactttgaa cttgccatga taacgtatcg ggccggactg 1185961 acttcaaact tcgagccaaa ggctgcagtc tacacggagc cagcaacttc gtggagggag 1186021 ctctacaggc agaggataag gtggtattac gggggtcttc aggttatggc caagtatcat 1186081 gacatgataa tgaacaggaa atacggggag aaggggcttt ttctattctt ccacatgatt 1186141 ctcttggagt acatccttcc ggttctgcag gtgttcggta tagtggcgtt ccccctcata 1186201 atgctagttc ataactttct cggcctggaa atactcgaca taacgctgcc cttccccctt 1186261 atgatggctg tctttctcct cgttcttttc ctccagtatc tcccgggggt cctgatgagc 1186321 ggcattgcaa tggccattga aagaaacccc agaacagccc tcgggtatct ccccgtgata 1186381 tttctttact atcccatcta caaccccctt ctctcgctgg caaaaataga cgcaatgctg 1186441 aggtttctcc ggggggtggt tcagtcatgg taaaaaggat tatacccttc cttatcctcc 1186501 ccctgctcct cgttccagtg gctgcagcca cgggagtcgt ttatgttgct tcggatccag 1186561 gggatgttcc cctgtaccat gccctttccg agagaatgga cgtaaccctc tcccaaaaac 1186621 cagaagggga catcatcctg gccctagatc taaactacaa cttcctcaat gagagcggta 1186681 gagagaatct cgtaatgctc cttcgggaag caaagtcagg taaaaccgtt ataataggtt 1186741 tcaacacgct caggagcctt gagcttgagg atccggaagc tgtaaggctc cttggtattt 1186801 cagttacgtt cagaaagatc ggcatcatca gaataacccc aaaaaataga tttgagttca 1186861 cacccttcaa ttatgattct gatgtctacg gcatagcgga ggtaaatgcc acaggcggta 1186921 atgtgttgct gaaagctgag aaccacacaa ttcttctcga aatacctgtt ggaaaaggtc 1186981 gactcgtgat actaaccatc aaccctgcgg attattatct caacaccaaa aaccctgcga 1187041 ttgttgattt tctcgtggcc actgtggaac actacactgg aggggaattt ccaactggaa 1187101 ttgtagttgg tctgggtgtc acgggggtaa tggccgccta tgtcgccttc tccaacaatc 1187161 ctcaggccga gaaaataagg aggtggataa aaactctccc cctaatattc ggcaggttca 1187221 taactcctcc cgaagacgtc ctcaagaaca gcacgagggc ggcaatatac aactacatca 1187281 aggccaaggg gtactccaca atagatgacg ttgcttcaac gttttccatt tcgagaacca 1187341 acgcccgctg gcacctcagc gttcttaaaa gggctcggct cttggaggag actcccgttg 1187401 ggaaggtcat aattttccat ctccctggac agaagaaccg cagaagggct gtacgcgatt 1187461 tcctgcttga gaatacaacc cgccgaaaga tatatgatct ccttcaggcg ggaaaaagct 1187521 taagcgagat cgccagaata ctaggggtga gcaaatccac cattcactac aacatccaga 1187581 tcctcaagga atacggggtg ctgggggagg aagatgaaaa ggaatagcct cgcctttggg 1187641 atactgcaac tattgggata ccttctcgta ttctccatca tgatactcgt gataggggct 1187701 aaattcggcg atccgctggt gaagatggag gcaaagaaca tccatgtcat gcttagaatc 1187761 ctccgagttc cgaacatcct tctaggaaac atggtatact taccggagga aaggctctcc 1187821 ttcgagataa cttggcagtg tagtgggatg ttcagcataa gcttgtacac tgtcgtttac 1187881 ttaaccttcc cgaggatacg caggaatctt tgggaatggt tctttggagt ttcagttctt 1187941 tacgtagtta acttcttccg cgtccttacc tccatactcc tctatcacca catgggagag 1188001 gaggtattct cactcttcca ctatatcctc gggcccgcga tgatgtttgg ggtggttgtt 1188061 cttctgctgg gagatctcct tgtgaagagc ctgaaggaga gacggcaaaa ttgagtagga 1188121 agtagatgat tctggggaga aacgcttata ataccgaaaa aatcaggacg ttcgaagaaa 1188181 cgtctaagga tattataaat ggttttcctc ttatctgtgt gggggtggtg ggatagtgag 1188241 gggccttaaa tggctcatca ttgggatgtc tctcatcctt ctaatactcg gcctacctaa 1188301 tgcgatggcc gattcctcct ctttctccga tagtatacta cacgtctgga gccatgataa 1188361 gaggagctcg tacaccgaga tacacgtggt gggtaagaaa ctcggaagca acgacacctt 1188421 cgcagttgag cagaccgtgc tcgccagcaa ctacagcgga cgtgagggag tcgctctcct 1188481 cgaagtgcag gtgacagaca gcggaaaaac cgcatggtat tctgtttact ggtatgggga 1188541 ggacagggta tacataaacg gacctggtat gagcattagc gttgccctcg acatgagcgt 1188601 cccgcacacg tacagaatcg aggtaacaag gaagcgtgtg ggcttctatg tggatggctc 1188661 aaataagatg atcatcggca tcaagaacat aacggaaatc cagcaggtca acactggaag 1188721 gtgggacaag gggagcacct acgacctcta catagacaac ataaaggagt actggaacgg 1188781 cgaactcatt gcgagtgagg actttgatga cgacaaggat gacttttaca ccagtgatgt 1188841 gcttaggggg agtggcgaca gcggggaaga ggtaatccca agcgaaggag tgcctgagtt 1188901 tccgttcctt gagccaatca tcaacgaact cctgaaagtt gtggggtagg gagattctag 1188961 ctcaaatcag agggctctaa ttatgaagct tcgaagcctc tctaaggagc ttgattcatc 1189021 tcgattcatt ttgaaagttg atttgaatta acgattcgaa gcctgaagtt cccatcgatc 1189081 cttccagaga accccgatgg tgagcacctt cttttctaag gggagctcca gagcctttct 1189141 cgcaagctct tcggcgctct caaaggccgg gaactcaagc tcggtgaagc cgaggttgta 1189201 cgttgccgtg gcgaaggcct tcccttccct cagctccagc tcccttaccc aaaactcgtc 1189261 ctttccagcg aagccgagcc accccttgcc gtttctcccc acgatgcccg ctatcctcgg 1189321 cgtgctgtag gcgtctctct cgtagtcgag ggcatcaaga acgtggatta gggccttctt 1189381 cgggctttcc cactcgaggg cctgggcaat gaagtccgtc tgcaggccgt tggtgacgac 1189441 ggcgtattcg ctgaggagcc tcacgaccgg gtagctgatg taggggttgt ccgtctccgt 1189501 gagattctcg atgtagactg cgttttccct cacgattgcc ctccttctcg ggaaggaacg 1189561 ggagcagagg aggtagaagg cgaagggctt tcccttcatc agtccgaccc cgagggttct 1189621 gcccgtgtat gtcacgatac cacctccccg agccggtctt cagcgagggc gagcttaatc 1189681 tcgcgcgcta tcctccttcc gacgcttatg ggctcgttcc agtagagcct tccataccag 1189741 tggagggcgt tggaacctcc gtctatccgc gaggcgaagc ctatcgccct aaagctaccg 1189801 tcgtaggcaa agtggagagc gaaggggccg atgattccgg gcggttcgag ctttttcata 1189861 gcttcccacg aacgccaggc cgtagtcgta gagcctcggc aggagcgact ccctcaaagc 1189921 gacaccaacg ttccccgcta tggtgtaggg gaggggctta acgggccagc gggcgtttcc 1189981 atcggctatg acgacgcgtt cgtcgacgcc gaggagttcg agccttccca gaatcggcga 1190041 gtggaagaag tggacgtaga ggtagacccc cggtatgaac tcctcaatcc tggggggctc 1190101 gctcagccct gcaagcctct cttcaagctc gctccccttc gctatgaagt gcccgctccc 1190161 tcccctcggc ccctcaattc tgacaaagta gagcttctct ggctcaacct catcgggctc 1190221 gatgacccga accctcggga ttcccgcctc gtcgagggct ttatcctgca gttcaaaggt 1190281 cgtttcccac ttgaggaagc gtttgttgcc gaagaacctt gccttggcct tctctatcct 1190341 ctcaaggccg aggtaggcca cgaaggagcc gtgagggatt actattccgt cgtcctttag 1190401 gattgcgctc atgtcttccg tgacgacaag ctcgtccgtg agcctcgtgg aggcgtagaa 1190461 ggctctcctt tcgggcttca cgtagagcct tgttctgaac ccctcgtcct tggccccgag 1190521 gagaatctgg agggaggaat gagacgctat cgtcgagatt atcatccaat cacctccgag 1190581 agttcctcgt gcgtcagaac cctcccgtcc ttcgcgacgc gcatcgtgtc cctgctcagc 1190641 tcgtctatga cgattagctc accgtcgagc ctgccgaact cgagcttgaa gtcaacgagc 1190701 tgaaggccct tggaggaaaa gaactccctc agaattcccg cgacctttct cgtcttttcc 1190761 ttcattacct caacctcttc ttcgctcgcg attccgagaa ccacaatagc ttcctccgct 1190821 atgagcgggt cgtcgagcga atcgtctttc agcgtgaact ccactatccc gagcctctga 1190881 aacggcttgg cccacccctt gtagcgccga aggaagctac cgtaggccag ctcgcggtag 1190941 atgacctcca gcgggatttt ctccgccctt agaaagcggg ccttcctccc gtcaatccgc 1191001 tcgacgaagt gcgtctttac gccgttcccc tcaaggagtc tgaagaagaa ctcggtctgc 1191061 tccaaaacga ggctcccctt cccggttttc tcccctataa cctcgttgcc cccgctgtct 1191121 tccctgccgt ccctaccgag aaccgtgtcc ttgaagtgga agacgaggta aggcccgtcc 1191181 tcgtaaacgt ccttcgtctt gccggaatag acgagcctca agctctcacc ccttcctcag 1191241 catgtcgttg atgagcttta tcgcgcataa atcaccgcac atcgagcagg cctcggtttt 1191301 cgtcggcctt tccttcctta tctcgatgaa cttctctctg tcctggctca gctcgaactg 1191361 cctcgcccag tcgagtttac cacgcgcaag gctcatcagg tagtccttct taaagtcggc 1191421 ttcgaagcgg gtcaaattga ccgcgtgggc ggctatcttc gccgctataa ctccctcgcg 1191481 gacgtgctcg accgtcggca gtccgagatg ctcggcaggg gtaacgtagc acaggaagtc 1191541 cgcgccgttc agggccgcta tcgctccccc tatggcggac gtgatgtggt cgtagcctgg 1191601 gaagatgtcg gtaacgattg ggccgaggac gtagaagggc gcgttgtcgg tggcaacctt 1191661 cgcgagcttt atctgggctg gaatctggtc aatcggcacg tgccctggac cctcgaccat 1191721 cgtctgaacg ccagcttccc tcgccctcct gacgagcctt ccgagggtgt aaagctcggc 1191781 aatctgcagt tcgtcacccg catctggaag accgcctggt ctaagcccat caccgaggct 1191841 cagaacaacg tcgtactcct tggcgagttc aagcaggtag tcgtagtccc tgtagaacgg 1191901 attctcctcg ccccagtgga gtatccacgc cgcgaggaag gttccgccgc gtgagaccat 1191961 gccgacgacg cgcttaacgc gcttcatctt ctcgacaacc tctttcgtaa ccccgacgtg 1192021 aatggtcgtg taatcaacac cgtccttgaa gtgcttctcg acggcattcc acatgtcgtc 1192081 ctcgctcatc tcgatgatgg ccttcccctt agccagcatc tcctcggcgg cctgatagat 1192141 tggaacggtg ccaatgggca cgtcaacggc gtgcatgatg gccttcctta tcgaatcgag 1192201 gtcgccacca gttgagaggt ccattatcgt gtcggcgccg tatttcacgg cgaccttggc 1192261 cttctctatc tccgccttaa cgttcactat gtcgcgcgac gttccaatgt tggcgttgac 1192321 cttaacgcgg acgacgttgc caactgccac aggcttaacc cagtcgtggc ggacgttcct 1192381 gaatatcacc gtgtacccct ttgccacgct cctcctgagc ttttcagggt ctattccctc 1192441 ccgctcggcg atgaacttca tctcctcggt tatctctccc ctcttcgcgg cctcaagctg 1192501 ggtcattcca atcacccggt tttaaaaccc gtttataaca aagtttttaa atttcaaaac 1192561 ttagttttga gcggaactta aaaggttttg ggtggtcggg atgctgaggg agatagagat 1192621 aagcagggcg ataatagagg cctacaccgc cgagcttctc gaaagcctga gccttgacgt 1192681 ggccatagta ggcgcgggtc cttcgggaat ggtcgccggt tactacctcg cgaagaacgg 1192741 tgcgaaggtg gcaatcttcg agaagaagct ctcaatcggg ggcggaatct ggggcggcgc 1192801 gatgggcttc aacaaaatcg tcgttcagga ggaagcgagg gaaatcctcg acgagttcgg 1192861 gataaactac aggcccttcg ggaacggcct ctacgttgcc gacgccatcg agacggctac 1192921 gacgatagcg agcagggctg taaaggccgg cgtaaggttc ttcaacatga ttgaggttga 1192981 ggatttggtc ctcaaaaaca accgcgtcgc gggaatagtg atcaactgga cgccggtgat 1193041 gaggacaggt ctgcacgtcg acccgctcac ggtcgaggcg cgctttgtgg ttgattccac 1193101 cggccacggg gcgcaggtga gccagcacct agtgaggcgc ggcctcctcc aggttccggg 1193161 cgagggcccg atgtgggcgg agaagggtga ggagctgact gtgaagcata cgagggaggt 1193221 cttccccggc ctctacgtta cgggaatggc cgccaatgct atcgctggag cgccgaggat 1193281 gggtccgata ttcggcggga tgttcctgag tggaaggaag gcggccctcg aaatccttga 1193341 gaagctgggg tgatgtgatg gccgtcctga ttgtagcggg cctcgacacg ggtggcgggg 1193401 cgggtttaaa ggccgacatc gagacggtct ccgctctggg cgagcatccg ctcccggttc 1193461 tgacggcggt gacctaccag aacccctttg aggtgagggg ctaccacacc cttccgtccg 1193521 aggtcgtgag ggaggggata cgagccgtta aggacggctt tgaggtcaaa gccgtcaaaa 1193581 tcgggatgct cggaagcggt gaggttgccc gggtcgtgag ggaagagacc gcaggtttcc 1193641 ccagggtttt cgaccccgtg attgcctcaa gcaccgaaaa aaagctcatt gacgacactg 1193701 agtcgctcaa aacactcgtc cccggttcga tagtcactcc caacgtctat gaggctgaag 1193761 cgctggcgag cattgaaatc cgctctgtgg aagacatgaa gaaagcggcg acggcccttg 1193821 tggaggagtt tggcgccgag gctgcggttg tcaagggggg acaccttaac tttaccgacg 1193881 tcctctactg gcgcggtgag ttctacgagt tcaggggaga aaaagtcgaa ggtttcacgc 1193941 acggaaccgg ctgtgccttc tcctctgcct tggcgacgtt tttggccaaa ggctttgagc 1194001 ttccgaaggc cgttgagagg gccaagcgct tcgttgaagg ctcgataagg ttctcaaaag 1194061 cagaatctaa agcggtgaat ccactctggg agattgagag agatgcccac cgctggaggg 1194121 ccagggaaga gcttgaaaaa gcggttgaag agctagtggc ctttggggag aggctcaacc 1194181 cgcacgttcc cgaggtggga acgaacttcg ccctcgcgac gccctttgga gaagtcttag 1194241 ccgtcaaggg cagaatcgtc cgctatggtc agactatcaa gcccgttggc ccagttgagc 1194301 tcaacgccag cgaccatctc aggagggcgt tgctcaagat gcgtgagttc tatccagaga 1194361 ttaaggcggt tctgaacctc cgctactcgg aggaactcgt ggagaggtcc aaaaggctcg 1194421 gcctcgtcgt ttcgttctac gaccgcaggg aggagcccga ggaagtcaag agggcagaga 1194481 gagggacgat ggagtggggc atcgagaccg ccgtaaagag ggcaggaaaa aggcccgacg 1194541 tggtttatca tctcggcgac tggggaaagg agccgatggt tctggtcttt gggagggacg 1194601 cgggggaggt cgtggagagg gtgcggaagc ttttgggcta acgttttaac tcctttttcc 1194661 tatttatcct ggtggttcca tgctcataag gggaagggtc gtcggtaacg aaatcccgcg 1194721 cttcaagcac cgctggttcg gaatccttga ggtcgaggcc gatgggaaga ggtacagcct 1194781 ctacatgacg ggcaacgtcg cccagtggtt tttgaccggc gacgaggtcg aggttgaaat 1194841 cctccataag ccgaaggaaa gagacggaaa gctggttctc gacttcgacg actacaaact 1194901 gtggaagttc tacgagggcg acaggattcc tgtgtggccc ctctttgaga aaaccgttga 1194961 ggccaagcgc tactcacctt tgacgggcga gctcctctac acctacaaaa tccgcgcccg 1195021 cgaggcgaaa tacgagagcg acttcgaggc gatagccgag cttgagcagt accactacgc 1195081 gagccagaag gagaaagtag ccctctggcg ctgtgagaac ggccacatct tcgaggccaa 1195141 caccaggcag aggtgcccaa tctgcggtgc tgaaagccat atactcgaga taaagggctc 1195201 aactccagcg tcgcgcttcc tcatcttcga gctcgtcgag cgggaggagt acgagccaag 1195261 gattctcagc tacgtccgcg ttgacccgcc gataccgctc atgcaccgcc gcttgccgaa 1195321 cggggaaatt gagaagaaca tccgcgaaaa ggtctttccg gaggagtggt tccatccagc 1195381 cttctggccg gagcgcataa tgaaggaact ctacgaggag ctgaagagga agtatgggaa 1195441 gaggagaata gcccgttcct acctctggga gcaggccaag tggaaagctt tggcagagac 1195501 aaacaccgct ggagcaagga ttgcgagggt tgtggttcac cccgactacc gctccgacgg 1195561 gctgggacag ttaagcgtca agtcggctct cgagtggata gccgagcgca ggattcccga 1195621 gatgaggaaa aagaagcaca tagtcgagac catagcccag atggcccgct acaatccgtt 1195681 cttcgagaag gtcggcttca agttcctctg ggagaccgcg agcggaaggc cggttctctt 1195741 ctacccgctg acggaagaag ctaaggagta catcgagcgc ttcctgcgcg aagaccccta 1195801 cgcgcctccc gagggtaagc tctggaagcc gagctacggg aaagttgagc ccttggcagg 1195861 gccgatagtc ttcaggaacg tgggcaaggt cttcgagagc gagctcgaca tcaagggcct 1195921 gccagaggag atccaagaac tgctcaaggc ctttggcgtc agacaccgta ttattcagag 1195981 gcccgttctg aggaatttga acttcgaaat ccagccgggc gagctaatag ccgttgtcgg 1196041 cgcgagcggg gccggaaaga cgacacttct caggctcatc cttggagcgg ccaacggctg 1196101 gtgggaggag cgctttagac cgacggaggg tgagattaag gttcctgaca acgccaaggt 1196161 ttcagttatg attcccggcg agttcgagcc gaccttcggg acggagagca tcttggagca 1196221 cgtttacagg aagataggtg acctcaatgc ggcagttgag gttctcaaca gggccggttt 1196281 gagcgacgcc gtcctctaca gggcaaagta cggcgagctg agcacgggcc agaaggagag 1196341 ggcgaggata gcatcgcttt tagcggaaaa gcccaaccta ctcctcatcg acgagttcgc 1196401 ggcccacctc gatacgctta cggcgatgcg cgtcgccaag aaggttgccg agataatccg 1196461 cgaggccggc ataactgcct tgataatcac ccacaggcca gaagtgctga aggccctcga 1196521 cccggacagg gtgctcttcg tgggctacgg gacggcgaaa ctcaaggaga atgagagaga 1196581 agggcgataa tgaccattga agtggtctcg gtgttctggt cgcctatagg cactgtcttt 1196641 ccatttttga ccacatagcc agttgtgata cctccgttcg gcgcctgcag tgcggagagg 1196701 atctttagac atctaatgcg tatgtctctt ccagttttct cgttcagagc ccggtttaag 1196761 tatacgaaga gcgcgcattt gtaggattga tagacgccgt taaacgcctt gtcccgaaag 1196821 ccgttgccat cccagagggt cattagctca aggtacagtt tctcggctcc ctcacggttt 1196881 ccgcgtaaga gctcactgag ggctccgtac acgaggaggt cggcgtactc ctcccaatcc 1196941 tgcataggac aggacgcgtt ccccttctca agttttagct cgaaggttgt gttgaattta 1197001 actgatctca cttcaccgac ctccactatc atggggcaga aaaaccctga aaggggcctc 1197061 ccaagcagtg gatctatcct gtcgttggac gaaacgttat aaagagagag cgcaacggaa 1197121 acgttcctcc agagcgggga tcccgagagc ttcagcgctt taacggccag aaggttatcg 1197181 ttggcgagcc atatggtcac gttgtcggga tacgtggtaa ccgaggcccg cagcagtccg 1197241 gcctcaggaa cgtactggga ctcaagaaag ctccgcatgg ccgttacgct gggttcttga 1197301 actgaagggt tccgcgtcga gacgaagatt gttattatga ccagcacgat tacaatcccc 1197361 atgagtggaa ctctccgcat gggtgggata tcccccgcgg gcgataaaaa gttgccgaaa 1197421 cccctaaatc ccagcaattc caaaaaagtc aaggtgacac gatgcgggtc ctcgatcttg 1197481 ccagacgaag gaaaaccgta aggaaatttc gaccggaaag gccgccgatg gaagatctgc 1197541 tgaaggctct aaaagcggcg aaggaagcgc cgagcggcat gaacgcccag ccctggaagt 1197601 ttgtcgtcgt cgatgatgag tggctgaagg gcaggatccg agagctgtgt gaggctgagg 1197661 agagaaagtt ccactcaaaa acgaagggtg acctgatggc ctggcttcag agcgagggct 1197721 tcagacctga gaaacctttc ctgagcgagg ccccatacct cgttcttgtt tttggacata 1197781 cgaaggcccc ttactggctt caatcaacgt ggatagcggt cggctacctt ctactcgcac 1197841 tcgaagagct cggccttgga acggtaacct acaccccgcc caacccaaag cccgttgaga 1197901 accttctcaa cgtgccacct caatacaagc tccagacgat cctgcccatc ggctatcccg 1197961 ccgatccggc tcccaaacgc ggaagaagaa ggctggggga ggtagtgagc ttcaacgggt 1198021 tctgatgccg ctgaggattg ccctaactcg cctgacgaag tccttgaatt ccctcgccag 1198081 ttcttccttt tgttcctcgc tcagaccatc gagcgagctg aaggcctcct tgagaacctt 1198141 tccaacctca accccaccca ggcgggagaa ttccctgaac ttctccacag tcctgagaac 1198201 ctcttcgagc tcccttgagt tctcctcaat gtacttccta cccttttccg tcgcccggta 1198261 gagcctcttc tccctcttgc cctcccctat aacttcaatc aaccccgatc tgcgaaggga 1198321 ggccaggatg ggatatatcg ttccgggact gggctggggc aggccatacc tctcctccag 1198381 ttcccgcatt atcccgtacc cgtgaagggg tttctccgaa agcatcttga gtatgaggat 1198441 cttgagatga ccgcggtagc tgggtttctc caaagtcacc accacatgtc ggtcgatata 1198501 ttcaggttta aaacctttcg gcgcgatggt tgatgggtga tcccatgaag gtcgttctaa 1198561 aacccctctt cgacgccgaa ctacccgccg ggttcgagga gatagtacgg gagaagctca 1198621 ggggacggga attgagaaca ggtgagaccg tcgaggttga cctcctcgga aagcccctgc 1198681 ccttcaaggt tcttctggcc gaaccgagtc ccctgaaggt tggcaaggga ctaaaaatag 1198741 agttctcgac gggagaaatt gaagagttca ccctcgagtt cgagcgcggg gtcgatgacg 1198801 cggttccctt caccaaggga ctcgtggtgg ttctcgggag cgaggttcga atctataact 1198861 ggagcgggca aaagatttat agcagaaggt tcgagaacct gaaaaaggtt agagtagccg 1198921 agggaaaggt ggtggtagtg catggcgagg aagtcacggt cgttgagcct tgacggcttc 1198981 accttcgagg agagctggga tgagaagagg agaagggccg agaaaatagt tgaaatcctc 1199041 atgaggaccc acccaaggga aaagctcctc atcggtgacc cttacaggac gctgatccac 1199101 tgcataatct cacagcgcat gcgcgatgag gttacctacc gcgtctggga ggagctgttc 1199161 aagaagtacg gggacatcga gacgatagcg aatactcccg tcgatgagat gcgagagttc 1199221 ctcaggaaga ggggcgtcgg cctctggaag acgaagggcg agtggattgt gaaggcatcg 1199281 aggataatcc ttgaaaagta cggcgggaag gtgcccgatg acatcaaaga gctcatgaaa 1199341 ctgcccggca taggcaggaa gtgcgccaac atcgttctcg cttacggctt cggaaggcag 1199401 gcgattcccg ttgatacgca cgtgaacagg ataagcaagc gcctcggcct cgctccgccg 1199461 agggttcccc cggagaaggt cgaggagtac ttgatggaac tgattccaaa agagaagtgg 1199521 atttacgtga accacgcgat ggtcgaccat ggaaggagca tatgcaggcc gataaggccg 1199581 aagtgcgaaa gctgtccgct gaaggagctc tgcccctatg cgaaggggct cgtcagggac 1199641 gaggacataa agtgatccaa aaacaaaagg gtcaaaactt cagattcact ccccttatga 1199701 caaccttctt cccaatctct tccgagagat ccgaggcttc acggtacagg aaggattcga 1199761 gggtttcttt caggtttctg cgatcggtac tggagtttgg cttcccttcg attgtcacgt 1199821 taatatgaac cccaactccg gcccccagag cgtatctgac ttctttagct tcaattctca 1199881 gtgtggagac ctcaacaccc agcgatttgg cgtactttgc aatcctgttc ccaaagggcc 1199941 ttagatacgg ctcaatgttc cttggggcgt taactacaag cttgagcttt ttcgcgggct 1200001 ttttcctggc aacgggagtt tccctggggc cctgttcttc tgctttctcc tgtgctcttt 1200061 cctgaagaac acgggatacc cctgcagtag aactgggaac gaggggacat agctcatcga 1200121 gggacatctt cggggtggca ttgtaaacat cgatgttatc aactatggaa atcttaacat 1200181 caacatcact caggggaaac gtgtccacga tgaccggtcc ggagtcgagc atctccttaa 1200241 tcaggttcag agctccttct cccgccagag tgtcgcccga gtcaacgtcc ctgacttcaa 1200301 ccgcgaggat tttcctatcg tcaacaagca ttgtggcgta gtacgccctt cccctgactt 1200361 ttccaagtac cttgaaaaac gcccctcctc cgctggcttc aatggtctcc cccacaagcc 1200421 tcgcaaattc ctctttattg gagcacagat ggttttcttt taggggtacc actgagggca 1200481 atttcaaccg tatcacccga aagacctata ccaccatcgt atttatgttt ttcccgcggt 1200541 ggtttacaaa aaaactgccc aaagggttaa gatgtctatc taaacgagct gacccttggc 1200601 aaatgtcagg acaacaggat aaaaagcaaa aacaggaggg atctcaccca gcctcaagtt 1200661 tcaggtcggt gagttcaacc ttgacgtagc agccccctgc ccccatctcc gagatggccg 1200721 cctcgacctt taccggaaac ggcagctggg gggcaacgta tgtaacgccg ttggccggaa 1200781 catcgacgtt ctctatcagc ccgctccagg tgaccttgta gaggtcgaac tcaatcccag 1200841 cgaggcccac tttgccgtcc ttttcaacgg tgtagccctg accgttattc gttagcgtta 1200901 cgtagctgac cacgtctccg tagatcccgc cgtagaagcc ggtgtgaagg ctccacacca 1200961 tgttgtagtc ctggaagtcg tcgcttatgt atccgcagtt gtagtcgccc tccacgttgc 1201021 cgttctcgtc tgctgtgtaa tggcagccaa gtccggtaat ttcgatctta atgaaatccg 1201081 gcccgttggt catatcgtag acctgcggta cccacagaat tccggaggtg tactcgccta 1201141 gggagtcctg cctcacgtag accctgtacg tgtattcctc gccgtccacg ctgaggttcg 1201201 cgtagaggag gtaaacgttc tccccgttga gctggacctc gcggtagccc ttcgtgatgt 1201261 tcatgtggaa ggtgctatcg cccttcttgt actccacttt gaaggcgacc tcctttacga 1201321 tgtagttctc tccgttgatc tctatcggct cgctcgcgtc ccaagcgagc tgccagttgg 1201381 tggaaagtcc ctgaggcgtt gacgtcgtcg tggttgtttg cgtctgggtc tcagtctggg 1201441 tttgagtctg agtctgcgtc ggtgtcagcc cgctgtactg gagcgttcca aagctctggg 1201501 agagcttaag atctttgagc tcgaacttgc tccaggtgtt gaacccttcc atcgggttcg 1201561 caaaggttcc ctcaaagctt atcggaatcg gaagttcggg ggctattttg ccctttccgg 1201621 tagcggtgac ccctccaagg ccgtagctcc actcaacttc tgccgtctta aaggtcttgc 1201681 cgttgaaggt aacggtcccg tccggtgaga tcttgtagtg gtagcttatc cccatgccgt 1201741 tccagtcgta ctggccgggc tccgtcaggt cgtagttctc gacgccggtc cagatgccag 1201801 agctaacaac ggcggcccag atggtgccta ttccctcatc gagcgaggag aagacgtcgt 1201861 ttaggtcacc ctcctggtag ggcattttgt cgtacattcc gagcgccgca gggttggacc 1201921 agaagtacct ctcggatccg cttacgatct ccacttcaac gacgtttccg cttatgagcg 1201981 ccccaaagtt cagtattgga gccaggaagt atacatctgt gtccttcgtc ctgtctttca 1202041 cgaatatcca gtactcaagg cccgggaggg tgttgttgtt caccggcgtt agcctgccgt 1202101 gataggcaaa gacattaaat actccgaggt ctttcttgtt accgttctcg ctcgtgtaaa 1202161 cgtgaatctg agcatagccg cgctccttca ttacatcgaa ggtgtacttt gctccatcgt 1202221 tgtagctggc cgtgtatgtg tactccacgt gggttatgta gtaggtcttt cccccgagtt 1202281 caattggatt gtaggactcc cagggagact gccacgtcga gacagggatc tggctttcgc 1202341 tcgtcgtgtc aacatgctgg gaactcgaag acgagctact ctgaccaccg tgaccgcctg 1202401 aactctggct ttcagacgtt tcctggctgc tcgttgcggt acccccaccg ccgccgatac 1202461 agcccgcggc aaccacactg aaaaccaaaa ccaaaacaac gaacaatgtc aaactcttta 1202521 ccctcataca cgtcgcctcc ttaaacattt agttgtcctt catcctattt aaacctgaca 1202581 tttcagcacg ataaagccag taatccccgt attcgcccga gacgagcatg acctttccgt 1202641 cctcgctcag ctttatgtag ccgagcgaat ctcccgggac ccggacgtgg aagacctcgt 1202701 gaaagtcgtc gagggagtaa cagtggataa caccatcctt ggcggtaacg acgaagttat 1202761 cgttcgcgaa atagggaaag cccgggagga ctttcacctc tgtgaggttc catgtaaaga 1202821 cgtgcgtatc ctccagtggc tcgtggcgga agatgtagtt tttggtaggg atgagcgtcc 1202881 acctaaggag tgttgtctgg ccgaaacccg ctttttctat gctcgcaagc acttttccat 1202941 cgagcgatag aaccttcagc gtatccccat agcttgccac tagcttgtcg ccgtaggcga 1203001 gcacgctggt agtgttaagg gtcaggacag cggagccgtt tctcatgacg acctctttat 1203061 tgcctttgtc caaaagcacg aggcccgaat cggagaccca cttgagcgag tatttgttct 1203121 cgagttcgag tttcgttccg tcgcacacca gaacctgatc ggttgcggtc accgccatga 1203181 ggtagcagaa gtggttcccg ctcggtgagc gcagtatgtc gtccggaacg cttccggcac 1203241 ctccctcatg ggtctctcca acctttccgg accaatcgta gattcttacg cccgtgaact 1203301 ccccgtaaga gccgaggacg taggctttac cctcaacaat ggccacccca gcaacaactg 1203361 gctccacgat gtctcccggt tccatcaggt caaaggaaac cgcgcttccg tcgggacttg 1203421 caaggtaaat cctgtgtccc caccagtcta tcacggcggc caaactcccg tccggggcca 1203481 ggtccataac cggcatgtcg gaggtgttga cgtgccatac gacgctcatg ttccacgtct 1203541 ccgggccggg tgcggttgtg gtctgggttt ggggagaact cgaggttggg gtgtaggtat 1203601 gtgtccggga gctagacgtt gatgtgccag agcccccgag gcatccagcc agcaggagca 1203661 ttcccgctat cagcggaata acgagtgctt ttcctttcat acttccttcc tccaaagccc 1203721 gcgaagaaag aaaagcgggc cttagggggt tgtataatat tggccacacc ggtattaaag 1203781 actttccaaa acttcaaaca aacctgtagc ttttcgaggg ctatctaaaa gggctggcgg 1203841 tcatcgtatt ggtcgcgaag caacaagtcc ttgaatggaa cgggctttgc ccctgctctt 1203901 tcccctgcaa atcgggccag atcaaagacc cacctcacac tacttacgat ccccacatcc 1203961 gccgtcgcca cagcttcaaa ggccttcagc tcgtgatccg ggctcttaac gagccgtgct 1204021 tccccagaaa cattgaactc cgaaaggagc tcggtagtca gcgctttaac gaggccgctt 1204081 cccggattgt tcctgccgta aaaaaagaca gctctttcag gagaaagctc ggaaagggcc 1204141 gagatgatga acctcagatt ctcagcggtg tgctggtggg gcctgtactt tccccggtac 1204201 tccaaatccc ggacgaggcc gtcctcgcag agtacagcct tcccggtgag gagcgactca 1204261 agggttatga ggacgttgaa gccgtccacc ccgagaactc gccccccaac tcgttctgga 1204321 gaaaggagct tttgtttaac ttccccaatc caggaatccg agaaaacaca gcgagccaag 1204381 aggtgccgct cctccttcct cagccggtaa tggttcgcca cgaagtttag ggcgacactc 1204441 ttccggtagc ccctgttgag gaggtatttg agatcgcggt aggcctcaac cagcatggag 1204501 aaaaatggga aaaggctcag ataacctttt cgagggtctc gccgtccttg ccggtgtgga 1204561 tcctcagctt aacctttccg gtgagcaggg agctcttgac ctttttcgtc agtatctcgt 1204621 ccacctgaaa gatccccgcc gggtgcttca tccagatctc aatgagtacc ggttgcctct 1204681 cgtcgccctc ccttatctca acccgctcta tggccagggc ggagaccgag tggatatcca 1204741 cgcgatcctt cttgtaagct aacctgctcc ttccagattc catgtcgcag ccgtcggcaa 1204801 tagtgacgag cgagccctct attgtggtgc acggcacgtg ctcgtcgtgg gtgtatattg 1204861 cgttgagcgt tagggccttc aggagaagtg gatcgcgctt ttcaaactcg ttcacgagct 1204921 tgtctattat cggctccgca aggaaggcgc tgaactcgta gtggtttatc ctgtggatca 1204981 tgttccctat gtcgtggaag agggctccaa aggccacgat gaacttgctc caccagaagg 1205041 gtttgccgag cttctcggcc gtcgtctgga tcccgaactt cgtgattatt ctgaggagct 1205101 caagggcgcg cctcgtcgtt aagagaacgt gaacgggccc gtgatcgttg aactggtaga 1205161 cgttgagcac tatgtagttg gtcgtgtcga agtagtagtg gtactccttg aaggttctct 1205221 cgtatgccct gtaaagcctc tcgtcctcaa aaagctccct gatctcacgg agtatctcct 1205281 cctcgctgta cattttcacc acctccggcg gtggaggctt tggggtttta agggttttga 1205341 atgcggacgt ttccaaagcc caagctctga acccagaggt tgcacatgtt tttgacccaa 1205401 gggaaaacag gaagggaaag gggatcacct tcgccggagt gccagcaggg ggccgaggat 1205461 cagcccaact agaagggcgg ggccacacat cgttttctcc cccttggcgg aggtagtggt 1205521 ttgtgtgctt gatgtgttag tccctgtagt tgatgttgtg ctcgtggttt ctgtatccat 1205581 tcccgatatc gtaccgttta ttggtggccc gggatgagtc ttaaagacag gttttcccca 1205641 tttacaggtt acattagttc cgttcctcca gcactcgaat gtgatgtagt catgacactc 1205701 accgaagaaa gatccatgga gagtcatgtt aaagaccgtt gcattcattc caatttccca 1205761 cttttttatc gagctattcc agtagccctt gtaccagtgc tttccagtaa cgttcggcaa 1205821 gtagttccta acaccccact gatactccct gaggactttt gacaaattcc aatctgaaag 1205881 cttgaaagga acgtcttcca ttgttgttgg gtagtactcg gtgattctct caattttctc 1205941 tgacctcgat ccggagcgat agtagacgat tcttatcaag tgcgttttgt tgtagggttt 1206001 gagtatgaag agctcttgaa ttgaagtgtc attgaataga tttgttggag gggttccgta 1206061 cttcaaggtt gcgtctcccc taatgcagat gcagaggtaa gttccgttct gatcaagttt 1206121 ctcaagagca ttaaacgcac taaccggctg aaggaacatc aaaaaggcaa aaagcagggg 1206181 aaggaacctt ttcatctcct cacccccagc gggcgatcat atagtaacca acacaggtgt 1206241 acgggccggt tttcgggatg tagccagagg gcagatcctg atcggggctg ccgtcgaagt 1206301 caaggtcgag gtaaagtcct gcatcgtagg aatagaacca attctcagcc gtgtgaccct 1206361 tggcgagaag gtggaagata gccttatata tgagagtatc gtgagaacta ttctcacctt 1206421 ctaatcacct ccaaaccgcc aagattaaat taaggcactt ctgtttaaaa acttccctac 1206481 taactttcga tgataaaatt aggggaacca aaaaaaggag aatacctaat aaacatcgac 1206541 atcaccccta gcctcattaa gacgatcaag gtccatcttg atcagatagg gcgggagaaa 1206601 cgccgggaga taaaccaaaa tcagtgggaa tgtgaacgcg gtcgagaggg ttgggaccag 1206661 catcaggagg acaaagggga ggcctttttc ggcgatccgt ctgacgagcc ggtggtagag 1206721 gtagctgagg atcaacgggc tcaggaggag caatataccg ccgagcggct ccgggaggga 1206781 ttttatttca tctgagaaat aaagggccag gatcgtgagg aagggaacaa cgttgaagaa 1206841 cgagaacatc ctgtcaacga tttcccgggg attttccttt acgtccctga tcgagggaat 1206901 gccaacgaga ccgatgtaaa acgttgggga aaggaagatc acaaccgcaa gccgatctct 1206961 cagaaagagc tcatcccacc acgcaaagat gagcgacagg agaattatcg gcatgatgaa 1207021 gattatcttc atcaggagga tagcctgttt tatctttccc gccgcgtact cattggggat 1207081 tacatcatcg tacggcatga ttgggagatg gtttgagacg tttaaaattt tccgatacgg 1207141 ttcactcaag cattccctcg agctccagta tctttttcga gcggaggtaa acaacaggaa 1207201 tccctttctc gcggaggcgc ttcttcagcc ccttgtcgtt ggtgcagacg ataacgcgct 1207261 cgtttttgat cgcgaagtcg tagatctggt cgtctatcgg tctcttccca aactccccga 1207321 tttcaacggt ctcaaagcgc tccgctagtt tcttcgccat tctaacagcg agcaaatccc 1207381 ttcctcgcgt cttccgctct ataacgtcga gctcacggag aaccacgttg gggattacga 1207441 ttttgaacct gacatcgagg attctgttga gctcaccaac gatatcaacc ccgaactggc 1207501 cgggaacgag gaggaagttc gtgtcaggaa ggacgagcca ttctctccta tggaccattg 1207561 cgaccaccgg aaaggaaaga gaagagggct cactccctta tgaagccgta gccgatgagg 1207621 cgccacctgc ttccgatctg cctgcttatg gcaaccctgt cgccaacctc agcgcagacg 1207681 ggaatctgga gcttgagctc gacctcgtcc ttgccgagcc cggtgacgag gcccatcgtc 1207741 cttgccgttc cgacgttgag gaggagaacc tccttcctct tgatgggctc aaccttgagc 1207801 tcgtcctcgg ttccaaccac gcgctcgagc aggtgaacct cgatgcggag ctcgtcccac 1207861 acaggcggta actttccggg ctttcctaca acgtttccag ccattaggtc acccttggtg 1207921 aggtaggggt cgagcttcgt tccaacgccg acgagtccac cgggataggc ctcctcgacg 1207981 aaccttccac ctgcctgaag cgagacgatc tcggtcgtta tcggctcgta cttgattctg 1208041 ccgtgctcct cgtagggaac ccctgggcgg atctctatct cgtctccgac cttgagcttg 1208101 ccctggacta tcgaaccacc tataacaccg ccgatgagct tctccggcgg tgttccgggc 1208161 ttgtttacgt cgaagctcct caggacgagc atcttgggag gcttgttcgg gtcgcgcttt 1208221 ggagtgggta tgaacttctc tatcgccgcg aggaggacgt caacgttcgc gccgtgcaat 1208281 gcagaaatcg ggattatcgg ggcgttctct gcgacagtcc ccttgatgaa gtccttgatc 1208341 tcctggtagc gctttatgac ggtctccctg tcaacgagct cgatcttgtt gagcgctata 1208401 acgatgttcc tgttgccgac tatctgcagg gccatgaggt gctccctggt ctggggcatt 1208461 accccctcgt tggcggcaac gacaagaacg gcaccgtcca tgagagaggc tccagcgagc 1208521 atcgtcgtca tcagcgcctc gtggcccggc gcgtctatga aggaaacgcg cctctcgaac 1208581 tctgtctcgg cgccgcagta cgggcagacc ggagaagtgg agtaacgccc gcacttcggg 1208641 cacttcctta tctccgcgtc cgcgaagcct atctttatcg tgatacctct cctgagctcc 1208701 tcgctgtgcg tgtcggtcca tattccggtt agagccttgg tgagcgtcgt cttcccgtgg 1208761 tcaacgtgac ctaccattcc aatgttgacc tcggcctgtt taaacttctt tgccatctct 1208821 ctcaccccta aggctaaaaa gcggggacgt ttattaaggt tatccataac ccacgttgcc 1208881 gagagggggc gaaagaatca acgcggataa aagggagaaa tgaaaaagaa caaaaaggcg 1208941 gattcaccag ttgacctcgt actcgaaggt tacactcctc gaaccgcccg ccgggaccgt 1209001 gagaataaac tccacgtact gcgcagtctc atcagagggg cttatggtcg agctgatgag 1209061 ctttccaccg tacttgtagt ggcggactat tacagtcttc gactcgtcgc cgaagttttc 1209121 gatagtcacc ttaatcctgt actttgccca gccctcgccg tgttctgagt cgagaacctt 1209181 cgtagtgccc ttgaggtcgt agtccttgcc gatgccgatt ctcaccacat cgccctttgg 1209241 tgtgtgctcg atgtggttct cccctattag aaggtttcca ccctcggttt cccggtagat 1209301 ctccacgact ccggcaggga gaaccctgtc agccttgaag gagatggact cgtaaacgtt 1209361 ggccgttctg tcatagctcc agctctcgta gaggtactgc ctctttatct ccacctccgt 1209421 cgagatgtag ggtatcatca tcgtgctcgc ggcctttatg tccgtcgggc ccaggggata 1209481 gacgtggaag gcctctacct taaccggctc tccctgactg ccccctgact tttccgccgc 1209541 cacagcgagg gtgtaaacgt acctcgggga ataggggctg taaaactgaa cgtcacccga 1209601 gacgagggcg accttggcat tttcgtactc cttcgaggtg gggttcttca cgataatgta 1209661 accaaaaagg cgggcggttt tttcgcccag gtagagtttg tacctgctcc cccagctcat 1209721 tccagggacg cgataggtca cttcaacggc gtactttcca tcttcggggg cggagaagag 1209781 ggcgtagacg ccgcctttct tttccatccg cgaggctttg aagtagacca gctcgctcgg 1209841 attcaccgcg tacagtccgt cctcaccctg gatcacgagc ttgccgtcct ttaaaccgag 1209901 gaacttgccc ctgattacgt ccccgctcga ggttttcacc tcgacgtcgc tgcccacgtt 1209961 cgagtcgtac atgttctcac tcgattcaga gctgtagagc ccgaggaact ggacgttggg 1210021 gtcaaggggt ctcaccgtta tctcctcaac gttcaggccg gctaggtcat ccagctgaac 1210081 cctgttgatt cccttcttaa ggctcaggtt cagaacctcg ctgatgacgc caatctcggc 1210141 cgagtcatag agggcaaccg ttgtgtcgct acttgcggcc cggatctgct cggtgccgtg 1210201 gagggccacc atgaggatta tcacgagggc caccccggca agaactttaa acgcgtttct 1210261 catatcccat caccatgaac aattggttct tcatggtact tataccataa ccatagcttc 1210321 aaaagccgtt gaagtgttcc tgggccgtta ggaagcccta actccttggc aaatggaaac 1210381 ccttttaacc ttcccctctg agtgataaac gtcaggctta cgaggtgatt gaaatgagcc 1210441 gtgtcgaaga ggcaaggaag ataatcgaga aggccaaggc cgagaacagg ccgctcgtcg 1210501 agcccgaggc gaaggagata ctccgccttt acggcgtccc ggttccggac ttcaaggtcg 1210561 cgaccaacga ggaggaggcc gttaagttcg cccgtgaaat cgggtatccg gtggttatga 1210621 aaatcgtttc tccgcagatt atccacaaga gcgacgccgg tggtgttaag gtcaacatca 1210681 agaacgacga ggaagcgagg gaagccttca gaacaatcat ggagaacgcc aggaagtaca 1210741 agcccgacgc cgacctctgg ggcgtcataa tctacaagat gctcccgctc ggcaaggaag 1210801 ttatagtcgg tatgatacgc gacccgcagt tcggtccagc tataatgttc ggtctcggtg 1210861 gaatcttcgt cgagattctc aaggatgttt ccttccgcgt cgccccgatt accaaggagg 1210921 aagcccttga gatgattaag gaaatcaagg cctacccgat tctcgccgga gcgcgcggtg 1210981 agaagccggt ggacattgag gcccttgcag acatcatcgt caaggtcggc gagctcgccc 1211041 ttgagcttcc agagattaag gagctcgaca tcaacccgat ttttgcctat gaggactcag 1211101 ctgttgccgt cgacgcgagg atgctcctct gagggctttt gccctctttc cataattatt 1211161 ctaaatttcc tcgctattta gaagtcaaac cttcttccat tcacctggat tataacagcc 1211221 gttattataa tggcggttat actaatggcc attatacttc tccccagaga gcccgaaggg 1211281 attaaagtca cggactggtg agactttttg aagatctcca aacaggaatt actcactttt 1211341 ctttttgtct gttagaacat catgagctgt tttcgcgcta ctctacagca tgggaaatcc 1211401 ttataaagtt caaaagcgta ctctttttgt tataaggtga cacaaatggg gtgcggcgga 1211461 tgaggtttgc aataagactc atgccggaga atgagccgta ccgcgtcccg ttcaaccacc 1211521 tccgccacct tcaggggctt atctacagga ggattcaaag gatgaacccc aacctgagct 1211581 taaggctgca caaccccaaa gttccgaagt tcttcacatt ctcgcttttc atgaccgaac 1211641 gcagggagtt cctcaacgga aagccccact tcctcggctc cgggaggggc tacttctact 1211701 tctcaactgc cgttccggag atagcggaag cgttcatagg cggactcctc cagaaccctg 1211761 agcttaccct ctggggtgag aggtttaccg tggaggaagt tagggccatt gcagagccgg 1211821 aaaagctgag cggaagaaag tttgtaactc tctcgccgat agcggtgacg acgaagagga 1211881 tccagttcgg aaggccgagg agctacgatc ttggaccgga cgagccggag ttctacgagc 1211941 acctgaggga gaacctcgtc gagaagtaca ccgccctgac cgggaggcct ccggaaaccg 1212001 gggagctgaa ggtgagagtt ctcctagcca agccgaagcg cttcgaggtg aagcccggaa 1212061 tataccagag ggcgtggcat ctcgttttca gggcctacgg cgatgagggt ctgctgagga 1212121 tcggctatct ggcgggtttt ggtgagaaga actcgatagg gtttgggatg gtgaaggttg 1212181 atgggaggaa agagagagtg aaaaggcgct ggaagggagg tggcagaaat cgggaaggta 1212241 aagccgcttg atgtgtattc aaaaaggcaa gtgagaaagc ctctagtgtt cgataacccc 1212301 attcacatga tcatagcact tcattcggag tgagatgcta taagccgtcg gagtgataat 1212361 tcttaaacca gaggaaccac gagctttttc cttccccgct tctccttttt gatgtaacct 1212421 tttctttcca agcgagacac atactcactt ataaaaggcg tggaatacgt tgaatcgttt 1212481 atgagttcca attgatttct cagttctgta agactcggcg gccgtctcct cctttttata 1212541 taatcctgtg cgagtttcaa tatctgtaac tctaagggag ttagctgaac tttggggtcc 1212601 accacgggaa actctataac accgcccttc tccgtgacgt aaaagacgga ctttattgct 1212661 tctggattct catttctgac aagaacggcc gcatagagga gttcataccc cactattcgc 1212721 ctcccacctg tgatgtttat tactgtctcg ggaattatga gcttcttaaa ctcttctatc 1212781 ctctcttgga acaggtatgg ttctttgact tctatcactg ccacagggat tcctaggcct 1212841 ttaaatcctt cctctgcgtc tttaactttg gagaggacta tctctcgata ttccttggtg 1212901 gcatcttccc ttattgaata aagcacgaca gcactgctga tttgggagtt cccttcgctg 1212961 attctcttgg gcagtatcac ctctccattt ctgaatatgt gattgatgtg ttcccctact 1213021 gtaaccacgt atctcattct cccaccatac ttgattaaat ctcaatactt aataaactta 1213081 acttaactac ctaaaacaat gcttaaatat tgcttccgca ctatgtttag tatggtgttc 1213141 cctatggaag agtggattcg gaacattgga aggtacctca gctatctggt agatgagaac 1213201 tttggagaat acgcctatga catcgttgat ggcatcgcca aagccagaac cggggaggaa 1213261 ctcctcgaaa acgtttacaa ggccctcagg ctcgcgccga agctggaaaa gaaggctgaa 1213321 aaaaagtgta acttcaggaa accttctcca gcggacatcg aggctcttga gagggaagtt 1213381 gaatccgttt ccaatgaccc tcacaagctc cgcaggctcg cgctcaagct ggccctctgg 1213441 gcattcgcct actggaatca ctgccctaaa aaggagcaga aaaacgaagg gggtgaaaac 1213501 tgatgtacgt tcggataagc ggtagggtca ggttgaacgc tcattcctta aacgctcagg 1213561 gcggaggggg aagcaactac atcgaggtca ccaagacgaa agtgactgtg aagaccgaca 1213621 acggctgggc cgtcgtcgag gttccggcca ttacggggaa catggtgaag cactggcact 1213681 tcgtcggctt cgtggactac tttagaaaga caccattcaa ggataacctc accgagaggg 1213741 cgctgaggta caacgggacg aggtttgggc agggcgagac taaggcaaag aaggcagatg 1213801 gcacggaggt tgagctcaaa gatgagggga aaataataaa gcacctcgcc gatgcagacg 1213861 tccacggctt tcttgcccca aagaccgggg ttaggagggt ctccctcgtc aagacctcgt 1213921 tcgtggttcc cgcggaggac ttcataaggg aggtcgaagg cgagcgcctg ataaatgccg 1213981 taaagcacaa tcgtgttgac attactgaga agggtaccat aggaagctct gaggaaggaa 1214041 ccgctcagat gctcttcagc agggagtacg cgacaggtct ctacggcttc tccgtggttc 1214101 tcgacctcgg cctcgttggg gttccccagt cgaatatcgc cggaggaagc gcaatccccg 1214161 acaacgagag aaaggagaga atcaagagcg ccctgcttgc tctgattcct atgctcagcg 1214221 gctacatcgg ggcgaacctc gcgcgctctt tcccgcttat gaaggtcgag gaattcatag 1214281 cggtagcaag cgcagaaccc atccccgcac tcgtccacgg cttttacgat gactacgttg 1214341 aggcaagcgg ggcaatagtg gagaacgctc gtaagctggg cttcgacatc aaggcctttg 1214401 cttacaacac taagtttgta gaaagtgcta atgaagtttc gtcagtcgaa gaactcgtgg 1214461 gcaaactcct cgaaacgcta gaatattcca gcggagggag tagctgaatg gacgttctcc 1214521 tcgtgcgcct ccgttttcca ttttattccg tcgccagaag gtcgtttcag gtgaggacct 1214581 ccctgttatt gccgtcaccc tcggcgctca aaggggccct tgcgaggggt ctcgtgctag 1214641 tgaaaggcat caagggagaa aaccttgatg aagtcgccag aaaggctgtg aaagacatcg 1214701 aggacaagct ggtggacgtt agggccgttg aagtcgctcc gctgacgccg atggtcaaaa 1214761 ctgcgttcct gttaaagagg ctgaggaacc tcgaacctat aagggacaag aagaaactca 1214821 aaactccaga agactgggag aaggcaatga ccaaggacga cgccatgagg cgtgaatacg 1214881 ttttcaccca tgaactcctc gtggcctatg tctttaaggg tttatctggg gaggagaagg 1214941 aactctacct gaaggccgcg atgctgattg acaccatcgg ggatacagag agcctcgcaa 1215001 ccgtcgtctg ggcggatttt gttagcccga gtgagaagag tgccccgttg gcgttttacg 1215061 cgccctatca ggagatttca caggccttag ctaacaaggt aaggaacggt ggggccgtta 1215121 aagttcatac ggagaccatg ctcgtgtcgc cggactacgg gagcagaagg gaggaggttt 1215181 tctaccttcc cgttgaggaa aagcggagga agagagtcgt ttactatgag agaactacaa 1215241 aggtccccga tgtcgagaat gcaatcgagc tgaacgggga ggtgctggga ttatggcttc 1215301 ccgggaactg agcgctgagg aactcttcag gcgcataact ggccacgagc catacgacta 1215361 ccagctcagg gcatgggaga agatagatac ggccatgtcc aatggtggaa aagtcgtgat 1215421 tgaggttcct actgcaggag gaaagacaga ggccgccatc gtgccattct tggttgaagc 1215481 atacaacgga acgtgggcgg tttcgaggct aatctacgcc ctccccacga ggtctctcgt 1215541 tgagaaacaa gccgaaagaa tacgcaaact ccttgtgaag gttctggaac tcaaggggaa 1215601 gtcagagaga gaagccaaag aactcgcaga aaggcttgta atcgttgagt acggcctcga 1215661 accaacccac gccttcctcg gctgggtcgt cgttaccact tgggacgcct tcctctacgg 1215721 tcttgccgcc catagaacag ttggtaggag gtttacattc ccggctggag ccatagccca 1215781 gagcctcgtc gtcttcgatg aagttcagat gtaccaggac gagagccttt acatgcctag 1215841 acttctctca ctcgttgtaa agcaactctc aaaagccaat gttccggtag tcgtgatgag 1215901 cgcaacaatc ccgagcgaac tcaggaagat gatatctgga gagccagaaa tcgtcatggt 1215961 aaggtcggat gatggtaaga aacccgagag ggggaaggtg agcgttcagg tcgtcgaggg 1216021 aactatcgag agcgtgctcg atgacattaa gaaggcccta aaaaggaaag agcgagttct 1216081 tatcgtcagg aacaccgttg atagggccgt ctcaacatat cttacgctga agccagtcgc 1216141 cgaagagctt ggggtggagg cccttctgat acacggtcgc tttgccgttg aagaccgaaa 1216201 gaaaaaggaa agggcgctcg acggagccca actcatcgtg gcaacccagg ttgtggaggc 1216261 gggcctcgat ctgctgaacg tcggcctcgt cgtgacagac atagctcccc tcgatgccct 1216321 catacagcgc attggaagat gtgcgagaag aaaaggagag aagggtaagg cgatagtgct 1216381 tgttgaaaca caagatatcg gtagctttcc taagattaaa agtttctctg aggcccgcag 1216441 aatcatcgag gagagaatcg gggcaaaaat agagccattc gtcgagttcg aaaaccataa 1216501 ggagtacaag cgtgttctca agctaactct tgtttcagat aagaagcaga ccacctggta 1216561 catcggaact ctcgaaacga ttaaagagct caaaaagaaa aaaccaccaa aggacctctt 1216621 catcgttccc tacgacaccg ccccgtacga ccctctcgtg ttgctccgca cctacgacga 1216681 gctcgactcc ttagggcatt acctctacaa cgtcgaagaa gcgagaaaag cgctcgatag 1216741 ggtttatgag ttccactacg ccaacaacat cgtaccaaag gaattccact ccgcttatat 1216801 ctacttcagg gagcttaaac ttttctctgc accgccagaa tacgagttac gctcacggcc 1216861 cgagctgtat tcaatgcttt atattctcga tgaggacctg gagaaggaat tgaagcccaa 1216921 ttcgaggaac gaggtgaatc tcaatccaaa cagaataatt cgcatcagtc actccacttt 1216981 gggggctatg tgggactcaa taaagaattg catcaaaaga aaggtcgtga gagagtggga 1217041 ttcgaaaaaa gaaaagtatc gctgggttct tgagagcgtc aacgagaaga gccccagagc 1217101 actgacaatc tacgccgtct ccaaggattg ctacagcgag gagctcggcc tctggaggcg 1217161 gacaagcgac gccactgtaa atgggagaaa agaggtcaac caaacccagg tgaccagaac 1217221 ttctaaaact cacgaaaaga aaaacttcga aaagaaaggt caggccacac ttcttgactt 1217281 cgtggggggt gagtgaatga ctcttctcgc gttcaagggt cagccccttg aggaacacgt 1217341 gaaggctatg ttgcaagcat ggaatgaagt aaagggcaaa tacatacctt ccataatcag 1217401 ggcgatgaaa gcttacggcg tcgagctaag cagagaaaaa gtggataggc ttatgagagc 1217461 gcttataatt cttcatgact ccggaaaggg ggcgaggatt taccaggatt atcttaaaga 1217521 cggggagaag cttggaggtt tcaggcacga gctggtgagt gcgtactatg ctctgaaaat 1217581 cctttcacag ctcttcgaag agagaacggc gttcgttggc tcacttgttg ttatgctcca 1217641 ccacgagccg atactcatgg ggcagattgc caactttgac agggactccc tgtctgcaga 1217701 agtgaccctg gacaagctga gaaactttga tggagtggtc tcagaactgg acgagttcct 1217761 gaggaaaagt ttcaagaagt accttggtgc ggacgttgaa gttcccaacg cggagacggg 1217821 ggaagtcgtc aggactgtgg tggagcttag cgtgaaggca cgccaccttc ccgacgctgg 1217881 aaagcttcgc ttaatcgttg gggctctgct cattccgctc gtcctatgtg actacaaagg 1217941 cgctgaggat agagaagggg agaccccaaa gttcgctgaa gttcttgagg cggagtggat 1218001 gggggtggta tgagtggaga cttaccaaac ccctagcgtt gatgggatat tcgaccttta 1218061 cgtggcatac ggctatgttg aagcccttgt gcggggcggg gcgaaagagg taacccttat 1218121 tccaagggga actttggaag gaggttatta cagcgttaga ggcgacgggg actttaggag 1218181 tggactaatt ggtgcgctta aggagatgct ttcgctacac tacgctttcg gtaactaccg 1218241 ttattcccgt gagggtgtca aagttataag cgacgccgac ttcagcgcgg gggcaaatgt 1218301 gaataatacg tattgggata gcgttccatc gcgattgagg gatgtccgtg agaagttaaa 1218361 ggaagggaaa aagcttgggg gaaagtatcc tctccccata actcttatgc cctctgctgg 1218421 caaattcata ccaaaacaca tgggggttca aggagggaat cccctcaaaa tagatcctct 1218481 aaactatgct cttgcctggg tgggattcca ctattacact ccttacatta ggtatactaa 1218541 gggcaccaga acgtgggtgc acatctatca ggtcgcgccc caagaagaac taaatctctt 1218601 tgaagtgctc gccctcaagg acctgaagaa acactttccc cactactacg aggctaatat 1218661 gagctatctc tcaaatcccc gtcttgcgct gttctaccac attctccata ctgaaagtct 1218721 cggcgccgtt gaagaagtaa cgagaaagtt ccttcttgta aggtcgtata ctctcgagag 1218781 agatggtaac aaccaggcca tacgctccta tggtgaggaa gatcttggga aactgatgga 1218841 ctttctctgg gaactgaaaa agaggagcac ctaccacacg gttaggttct ttgacgcgct 1218901 cctcagaaag gaaagtgaag ccgttttggc cgttatagat gccgtcatta atgacaggcc 1218961 agaggggctt taccaaggac tcaggattgc aaagagagct ggtataactc cccctcaaag 1219021 tgtcgttgaa ggcatggagg cattcatcga tgagacttaa actcctgctc cactttgaag 1219081 agcccttcct catcccctac aactaccctc gcccgctcta cttattccta atccatgcga 1219141 taaagctggg agacccaatg atagcgaaac gcatacacga gaacaaaaag gacatcaagt 1219201 tcgttgcctc taagttgttc ccggtgagga gtgccgaaaa aaccgataaa ggcctgcttg 1219261 taaagtccgg aaaggtcgag ctcctcgtgg gctcccctgc gtggccagtt ctggaggccc 1219321 ttgccaacgg actcgccatc ggcatcggcc agcttcatat actccggaaa cgccttcttg 1219381 atgtggaagt tagacctgtt gaaaccccta agcgcctctc cggacggaag cttaaaactc 1219441 tctcaccggt cagcgtttac cacaacaatc ctcccaacgg tttcagacag tgggacctct 1219501 cgccggttgg ccagccaaac agccccttcg agaatgagcc agccgtatgg aaggaactgg 1219561 tctttagaaa ccttcgcgag aagtatttca tggtttacgg ggagtctttt gagggagatt 1219621 tcgagattga ggttttcccg gaaagcgcga ggagcaagat gttcaggatt aaacgcgatg 1219681 acagaaccgg aaggcacact caggttcgcg cctgggagtt ctacttcaga atgcagggtg 1219741 atgaggagtt gctccgcgtt gcccgggaca ctggactcgg aatgaggaat gctcacggtt 1219801 ttgggatgat tgggatggtc tgaatgaacc tccctaagga aatcgaatct ttcaacgaga 1219861 gaattaggaa cgccataaac ggcaaccaca ggcccgagag gaggatatgg gtaacctctc 1219921 taagctactg cctcaggaag accgccctcg atatctacct caacgcgtac agcccctcac 1219981 gcaactggga ggccaggata ggctccgccc tgcacggctg gctggcggac gtagtgggga 1220041 gcgcggagtt cgaagttccg gttgaatatc agataagaga cgggtggaag ctcgttggaa 1220101 aggccgaggc cgttaagggc ccctacgttc ttgagttcaa gttcaagggg tttgagggca 1220161 acggggaagg gattccgcga aaaaattacg accttgagca cgcggagcca tcgcgggagt 1220221 gggtcgagca gattaacgcc tacatgggaa tgctcggaaa ggagaaggga tacatctaca 1220281 tcttcgatag aaacgggctt gacttccggg tgtttcctgt cgagtttgat gagactctct 1220341 tcaggaggtt cctgaggagg gccgaaaggg tcattgaggc cgtagaggag ctggaaagcg 1220401 ggaagttccc gcgctggata tcgacggtcg ggagaaagga ctgggtgtgc aaccgttgtc 1220461 cttaccggcc aatttgcgcc gagattgata gggaggagct aaaggtcaga tgatgtcctc 1220521 catcgggttc ttttccgttc cgaggacgtc gcggaggggc tgtgagcgaa ggcggtagat 1220581 tacaacggag tcctcatttt cgtctattat ctccctcagt ccggccttaa tcctctcgta 1220641 ctcggccctc gtgacttctc cctcgaagac gctgttctgg acccagtgga ggtgccggcg 1220701 gaggaacttc ttgacgtggt tgacgcgcct gacgttgacg tcgtagacaa cgatgatgta 1220761 cataatacca ccataggggt caggaagttc tggatttaac cttttctgac atatcacgct 1220821 agaagttctt caattttcaa aaaaggctgt ttgagaggag gaaaattgaa aatcttccct 1220881 cgaatacggc tggaaatcaa tttttgttgt tttaaaattg ttacttattg ttacatattc 1220941 ccgcttgaac tgtaacgaat tttcttcgag aattgaaacg gagctcgtca atcccccaga 1221001 taatgccata acctgtggaa aatgatgtta ttttagattc aacatcttta atcgtcgatt 1221061 ttggagttta acggcatcaa acggatttgc atttctcaaa ccgttttacc aacattatag 1221121 gaaggattct tctggccacc attttggaaa tccagagatg cacaacgact ccaattggag 1221181 gggatctgtg ccttcttttc cagaaggttt ccagaaaagc ttaaatatat gagaacgtac 1221241 aaccccctgt tgggcaaacg gacggaaaat ccgccctgtt gcaataagac tctaggagaa 1221301 ttgaaaggga gattggtcaa ctctggcttg actggagggc tggtgttgca ataagactct 1221361 aggagaattg aaagcgcgta aatgagggcc gggtaattcg cgagataagc gttgcaataa 1221421 gactctagga gaattgaaag atactcaaag ccggccccaa cagccccaaa ataatcagtt 1221481 gcaataagac tctaggagaa ttgaaagctg gatctcccac acggcctggg ccttctcaac 1221541 ctgcgttgca ataagactct aggagaattg aaagtagttc ttaacgaaac tccgcaccct 1221601 cctcctaact cgttgcaata agactctagg agaattgaaa gttggggtgc tctacctcgc 1221661 taggactggc aaaaagaggg ttgcaataag actctaggag aattgaaagc tcattgaatc 1221721 cctctcaacc tcaaggtact ccttcggttg caataagact ctaggagaat tgaaaggact 1221781 ttggtcgggg cccgcaaaga gtatccgaac ctctcaagtt gcaataagac tctaggagaa 1221841 ttgaaagtta agtgttcatg aattgatact ggaagtcgaa acacgttgca ataagactct 1221901 aggagaattg aaagaagcgt tgttatttgc ctcatgccga tccccccatg ttgcaataag 1221961 actctaggag aattgaaagt ttgtcgggga ctacttcgta atggcacaca acggctgttg 1222021 caataagact ctaggagaat tgaaagaact cgtaactgaa gatgttatag ttgcttctat 1222081 cgtgttgcaa taagactcta ggagaattga aaggagttgg tcgtgtgggt tggggttatc 1222141 agtgcatgct tgttgcaata agactctagg agaattgaaa gttcttctat gacgtattta 1222201 ttgattttac tgattattgg ttgcaataag actctaggag aattgaaagg agcgaggttg 1222261 ggcatctcct cagcgacggg agtgggttgc aataagactc taggagaatt gaaagaagag 1222321 tgcacaaaag aatacatttc aactaaagaa cgttgcaata agactctagg agaattgaaa 1222381 gaacaaaaaa cgtgtttgac ttcccggcct ttacttttgt tgcaataaga ctctaggaga 1222441 attgaaagcc taatggcccc ggtggtcggg gccgccgacc aaagcagttg caataagact 1222501 ctaggagaat tgaaagacgg gagcacggcg gagatcgagt acacggtcaa gggttgcaat 1222561 aagactctag gagaattgaa agggttgaac gtcacgaact ggctcaggcc ttcgtacagg 1222621 ttgcaataag actctaggag aattgaaagc ggaacaataa tcggcgaaaa accactttat 1222681 cttatcgagt tgcaataaga ctcaaaaaga atcgaaagaa ttcctctccg gacatctttt 1222741 agataagatc acggtcgaaa acccccgcag atctcaactt tccccctacc tattggaata 1222801 tttctccaag gacgggcttt tatccaaaat catgggagta atttatcctc aataaaaatt 1222861 catttccatc ctgcgatatt ctttaaagtt tcaatgcacc ttaaattttc agttcaatat 1222921 aatacaatgg gacagaaaaa atttttaaca gtaactttcg agaacaggac gtaatggact 1222981 ggaggtgaac actgtgaaac agaataggaa aacaacttgg catattgcaa tcctgattgg 1223041 ggttctggtg ctggtgagca ctgctcctct ggagcaccca gccgaagctt caaacacatc 1223101 cattcaggga tacgtggatg cccttaaaag cgcgttccgc gagcttaccg acagggatct 1223161 ccagggcacc gtcgaggtaa ctccaggctc agggtttgaa atagatccca acgcaaaagt 1223221 cgtgaaagtt ggggccgacg agttcacgaa gtcctaccac ggtatcattg ggggcagggg 1223281 cttctacctg gtcgcctacg ggctggtcaa cctctccatc cccaacctgc ccggaaacgg 1223341 cgcagatccc ctgtggcact tcaaccttac gttgaagaag ggcgaattca aaaccgaact 1223401 cgccactgag gtcgtgacct actggctcct cgagaaagtc ggaagctaca atggggtcaa 1223461 cctgaagaag atcgcagagt acaggaagag tgaggtgata agcgagtaca aaaagatcgg 1223521 aaaggccaag caggtggagt ggctcttcaa gtacctcaac gacaagacga tcaaggacgt 1223581 cattaccggt gtgtactggg gagactatcc ggacgtttac ggctggacgt gcaagagctc 1223641 cctcctgtac agggagatca agaaaaccta tccctacgtc aaaccgcccg tcccgctctc 1223701 aagcccaaag aagatagagc atgactcctg cctgataaac gttctgccga tctaccacct 1223761 tggaataaag ctcggcaacg aaaagctctc ctacacggta atcctcttca accacacctc 1223821 gcgggagtat ataatcggaa taaacaagac ctcttcgggc tacacagtcg gcctttggat 1223881 aaagtacctc aacatgacga cactggaggt aaagcccctc tggttcgact cgtccgaaaa 1223941 gctcaccctg actttcgtcg acggatacaa cctcactatc agctccgctg acgtcgggaa 1224001 gaccttcaca actcctctcg ctggtggatt ctgggagttg gagtatctgg atctgtactt 1224061 acactcctat tggtggggaa ttcatgaggt gcacaaacct aagctcaagt ggtatgatca 1224121 caagggatac gttatcatag aagagtacct ctccagcctt gctggcgact ctctgagagc 1224181 atccttaaac gtctcagcct ggagtgataa gatgctcaaa attgaaatgc tctacctcgt 1224241 ggacagcagc tacaagcagg agattgacta cggaaacgcc acagtcaacc taacgcttga 1224301 agacatcggg aagactttca tacttgatag ggagacggga ctcgtggtag ggcttcaagg 1224361 cgaagcactt ccaggatgga gctttgtggg gaacacaaga atcgatccga ggaaaggggt 1224421 cataattctc acccccgacg agtggggaag gaggggtgcg gcctggttcg ataagccagt 1224481 tgacctctcc cggcccttca cggcaaccat aatattctac gccggacaca aaggaggagc 1224541 ggatggaatt gcggttggct ttcaagccag aggacttgac gcccttggag ggagtggagg 1224601 cgactgcggt ttcaagggca tcaccccggc cgttgggttc aagctctggg agtacaaaga 1224661 aaaggtaacc ttcgtggacg atggaaacga ggaagacgtt accgggggag tttccttcgc 1224721 cgacgggaag gagcacgtgc tcaagctttc atggaacccg acaacgaaga gcctcaccct 1224781 tgaggtcgac ggccacgtct atgccagcag aactatcgat ctgaacgcaa agttcggatc 1224841 cgcaaaggtg tactttggag ttaccgcggc aacgggtgga agaacaaacc ttcactactt 1224901 cgtgccggcc gatgagttca tgctcgccgc cgtgcctgaa aaggcaaaga caatgctctc 1224961 cactttgagt ggactcgggc gggataccat cgagctcgcc cctattgtca gcgatatgga 1225021 aaccgctcta aaggaagaaa actaccggaa ggtgctccag gactattaca ccttcagaac 1225081 tcaactggtt agaaggactc ttccagagat aaaggagaac ctcaaggaca cccttattgt 1225141 ccagcagatg aacatctcct cgatagcact tgatgcgctg gtacaggcca ttaagaaggc 1225201 ggcgtttgag ggggacgtgg tctcagccct taactactcc gaatccgccc acaaccttgc 1225261 gctcaatatg agcgagcaga agatcgcgga gatgatccgg gagatcaaca agctcaagga 1225321 gcagctgagg gaacacgggg tctcggtgtc ttcaatggac gagaagataa gctcaataga 1225381 ggagctcaga aaagagggca gatacgtgga ggcgtgccgc gttgccgcat cgctcgagac 1225441 aaaactcagg gaagtactca acatgaccct catggtggag gagaggataa cgggcctcca 1225501 gagcctctac aaagcctcaa agatcgggga gatcagtgag gatgagttca acgccggaat 1225561 agcccgggcc aaagagctca tgagggagtg gaagttcagc gaggccatga gggtcctctc 1225621 ggatctggag aagaagataa tgccctggca gcttgttgga gatgcgtact ttgacaactc 1225681 tacaggtgta atagttctta cacccgatca ggcctccaag agaggagctg cttggttcaa 1225741 ataccaggtg aacctctcta ggccattcaa ggcgatcttg atgttctacg ctggaaggca 1225801 gagtggaggt gacggaatcg cggtcggctt ccagtctctg ggtcccaaag ccatcggagg 1225861 atatggaagc gattgtggtt tccgcggcat aagcagggcc gttgggttca agctctggga 1225921 gttaaacagg gaaatctacc tcgttactcc cggaggagaa aggaagctcg ctgacgtcag 1225981 cttcgcggac ggtaaggaac acaaaatgac catctactgg gatccaaaga ccaagactct 1226041 gaccctcgaa gttgacggca ggaactacac ccaggtgaac gtagacattc cggcgttgct 1226101 tggctccgaa acggcctact tcggcgtcag cgccggcaac ggggccgccc acaacctcca 1226161 ctacttcgta ccacttgccc tgtacgttcc aggggaaatg aaggcgaaac tcaagataac 1226221 aggaacccct gagggagccg aagtctacat caacggaaca cttaagggca agattccggt 1226281 cgaactcacg ctcaagcccg gcaaatactc gatcaccatt agaaaggagg gttacaatga 1226341 gaagagcctg accatcacac tgaaacccgg ggagagcagg gaactcagtg tagccctcga 1226401 gaaggttcag acttcaacga cttccgtcgt caggaccacg acctcttcca ccacgcacag 1226461 ggaacactcg acgacctcaa cgaccacaac cacctccaag actggagaaa cgagctcgac 1226521 tacagaaaac accggcacga gcagcagctc aaagagtggt ggcggcattt gcgggcctgc 1226581 ctggctcgta ctgctcgtac tgttgcccgt actcgcaagg aggaggcgct gagcccctcc 1226641 tcaacttttt tcaacttcca ccccattctt ccacaattac ataaaaacat taacatgcaa 1226701 ttctgcaatt gggtaagatt aagtggactc cgccatctcc atgaccctgt cgaagactgc 1226761 cccgtggttg ccgaaggcct cgaacatcct gtcggaatag cccttggacg ccgtctggag 1226821 gaaatcccag aggttgcggt ttatttcatc gctcactgga acgtggaggg gcatcggctc 1226881 gtagtagtct agccccttta tgagggccgt tgagaagtac cagagtgttt ttctcacctt 1226941 tctcccgctt atcttggaga agctcgcctc catgcagttg aaggcggcgt ggagaacgat 1227001 aatcatgttg atctcaacac cctttcggag gagttttaga cgccccctgt tggaggacag 1227061 atccttgatc ctgtacccgc ttttagtctt cgtatcgtaa ggaaccttga tgccgtaaat 1227121 gccctccact ctgggatcgt agacaagaac gtcggtacct ccgactatgt acaagctgtc 1227181 ccccctgacc tcgacgacgg tgttttcggt gcttaaaacg ggaagaccgc tggccagtgc 1227241 cagtactgac atcgtacttt tccccgtgtg cgggtagccc acgaagagaa ccgcccgtcc 1227301 ggagggggag acaacgccca cagagtcagt gacgaagatc ctgccctcct tggccccggc 1227361 cctcgccgcg gcctgcaggg tgaagaaaac cggggcctcg tttccgtacg cagaggggac 1227421 gccggattct attttgtact cgtcccgccc gagatgatcg taaacagcac tgaaaaccct 1227481 gaagcgctcc cccttaaagc gttctatgag aacgcgctcc cccccattgg tctctctaac 1227541 gtcagggagg tacctccgtg caaagagact tctcagacct tccgggaacc catcgtcgag 1227601 ttccccggtt atagagaagg ggactcctcc gatctccaaa tccatcgtca tcccagagtg 1227661 ggtggagcgg aggggttaat aactttatcg aaaccgaaaa ggggaaaaag aactcactcc 1227721 agagccgcga ggagcttctc catgaacatc ttctcggggt aagctccctc gaactgaacc 1227781 ttgtcctctc cgtccacctg gatgactatc ttcggaacgg ccatgacgct gtactggtcg 1227841 gcccactcgg ggtattcaat cgcctcgacc atgtcgccga gtatcctgcc cttgccggcg 1227901 ttggtgtttt cgatggcaaa cttgtgggcc attctaactg ccagcggaca gtaggggcag 1227961 gttggcgtta cgaagacgag tatcctgacg tccctgtcaa tcttcgcaag tgcctccttg 1228021 ctctcgggca tgaggtcggt ggtcatgttg ctgacgtcga ctatgtcctc aaggaaagcg 1228081 ctgaactcat ggccggccgg aaggccaaag aacctaacgc cgacgtcctt tccgtcgtgg 1228141 gttatcgtaa cggccggagc gcggtcaatc cggtactgct cggctacctt cctgccttct 1228201 tcggtgtcga agtcgtagaa ctcgtaggtg agcttgtcgg tgagctcgct taactcctgg 1228261 acgagctgct tgagctggtc gcagtactgg cagtgctcct ttccggtgaa accaatgatc 1228321 ttgacggggt tcgtcatttt ggagaagaac tcctccttta tgatcttctt atcggcatcg 1228381 ctaatcagtc ccatctatca cacctccatc taaaggttta taatcctcgc gaaccatttt 1228441 ctccgggtga aaatccccag gtttgcaacc ttaggttgaa tgatcactat ataagcttta 1228501 cgtcacaggt ttgggtggtg ttgggcatgc ctgagaaaga gccggacttg ttttatatcc 1228561 tcgggaacaa ggtgaggcgc gacttgctga gccacctcac gtgcaccgag tgctacttca 1228621 gctttctgag cagcaaggtc agcgtttcct caactgccgt tgccaagcac cttaaaataa 1228681 tggagcgcga gggaatctta aaatcctacg agcgggaggg acccttcata gggcccgcga 1228741 ggaagtacta caacataaac atcgccaaga cgtacgtcgt cacgattacc cccaacatct 1228801 tctggtaccg tgggctcgac ctgggcgagg gatcggaagt cccaatagag ctcccggagg 1228861 agcttaaaaa cctcgggggg atggttctaa ccttcaggga cttaagcaaa aagcttgagg 1228921 aagtcctcag ggagctccag gcgatagaga gccagcggaa caggctcatg gcgatgatca 1228981 aagagacata cctcaaggaa atcggtgaca tgacccagct ggcaatcctc cactacgttc 1229041 tcctcaacgg ctcggccacc gttgacgagc tcagcgacag gctcaacctc aaggagaggg 1229101 aggtgcttca gaaggcgagc gagctggaca ggttcgttcc gttaagaata aaagacggcg 1229161 ttataacgat agatgacgaa aggctgaagg caaagctcgg cggtgaaggc gatgccggag 1229221 aagattaaaa tcgttgttaa cgaagaccgc tgttatctct gcggtggttg cgccggggtc 1229281 tgcccgacgt tggcgataga ggtgcactcg agcggctggg agtttctgca ggacaagtgc 1229341 ataagttgca ggatatgcat caacgcctgt ccggttggag cgctgagcgc cgagcccctg 1229401 gaggtgaaag catgagctgg aagtacgatg tcgtcgtcgt tggggcagga atagcagggc 1229461 ccatagtcgc cagaaacgtt gccagggcag gtttttctgt cctgctcatt gataaaaagt 1229521 gggcgatagg cactccaaag cagtgcgccg agggcataag cataaaggtc tttgagaagt 1229581 acgacattcc ctacgacaag cgcttcatca accgcgagat ttacggagca aaactctact 1229641 ccccgagcgg ttacgagctt gagatgaggt acaaggacgt cagcggtgtt atcctcgaga 1229701 ggaaggtctt cgacaagatg ctcgcctact acgccgccaa agctggagcc gacgttctcg 1229761 cgagaactga ggccttagac gtcataagga aagatggaaa ggtcgttgga atcaaggcca 1229821 agcacgagga cgagccgatt gagatttacg ccgacgttat cgtcgcggct gacggcgttg 1229881 agagcacgat agcgaggaaa gccggcataa acacctacgc cccaccgcat gagttcgatt 1229941 cgagctacga atatgagatg ctcatcgagg gattcgaccc cgatttaatc cacctctggt 1230001 tcggcaacga gatagcacct cgcggttacg tctgggtctt cccgaaggac gaggacaggg 1230061 ccaacgtggg aattggaatt aactccgaca acccgcagac ggccaagtac tacctcgaca 1230121 agtggctgaa ggagaacaac ataccagcta agaagctcct cgaaataaac gtcggagtcg 1230181 tcccggttgg aggcttcgtc aaggagctcg tcaagaacaa cgtcctcgtc gtcggcgatg 1230241 cagcaaggca ggtcaacccg atgcacggcg gcggaatggc ggaggcgatg gaagcgggaa 1230301 cgatagcgag caagtggata gtcaaggccc tcgaagagga gaacctctcc ctgctccaga 1230361 actacaccaa ggagtggtgg gagaccgacg gaaagaggct tgaaaaggtt ctaaaggtca 1230421 ggcgcgttac cgagaagctc acggatgaag acctcgacct cttcatacag gttctcagcg 1230481 gagcagatgc ggagaagata gccggcggag actacggaga ggtcataaaa gccctcctca 1230541 agcatccgaa ggtcctcatg agcaagagaa ggctgagcct tcttaaaagc cttctctaat 1230601 gcacctgatt cccttcccca tttttcttga gaacaccacg atctcagcgg gcttgcccat 1230661 tttgatactg ccccacggga agttaagcct cctctcgcct tcaagtctgt aaagtaagac 1230721 ggtgtcacca ttgtcctcaa ctactgtaaa gccctcactg ttcttcaggc attctatcac 1230781 ctcacaccat ccatctctac aaggaagtgg cctaggaagt aagccctcca agatttccag 1230841 atggacgagc ctggaaagac tctcaatttc ggggggactc atagtgtaca gtctccggag 1230901 tgcaacgaga aaaacaggga atcgtctgtc tccactttca acaccgtatc caagctctct 1230961 aaagggatcc cgtggaaaat ctccatgaag ggcattcctt agtttgatta tcctgttgac 1231021 ccatacctgt atttccagtg gctccccgag gagggaaaag cgcctgtcga gggaaaagcc 1231081 cctactcaag tttaagtctc tgagatagcc aagctgcaga cccagctcag gaacattgat 1231141 gagaagaccg tttttccgga gaactttgta gcccctgaca aaagtagtgt aggagtcttc 1231201 gacaagatcg tcaagctcca gtgcaaagga gtagaggctt agatcggata ggcccaaaac 1231261 gaaagtagac tggacgtcca gcaaaaagag cgagtcaatg ctctggtttt ctatcctttc 1231321 ctttagcctc cttaaggttt caccggcatc tctggcgaga atattcacca agtgttttaa 1231381 gtctttaagt cctttgctat tcagactact attcactgaa acaaccccca cagttacatc 1231441 tggtgacttt ttaactttaa aattatcgaa ttccgaacac cgaaacttta ataaccagaa 1231501 atgaggtatg aatatatact gcttcatgac aaaggggagt tggaggtgtc aagatgcccg 1231561 ctggaatgac tccaggagtc ttgggtctag gggctattgg agttcttgga ataattgtgt 1231621 tcctgatagc cctgtttgta gctggtctct tcctgtactt tggagcaaag atagtcggga 1231681 tcgaagacgc aaccatcggc aagtcaatga tagccgtttt aggcggtgga atattggagg 1231741 ctatattgtc gattgttcca gttataggct ggttgctcgg cataataggt tacatctggg 1231801 tcataaaggc tgtctttaac acaacgtggc taaaggcttt cctggcgtgg ataatgacta 1231861 tagtagtggt tatcattact gcattcgtct tgggcgcaat cattggactc tccatttcag 1231921 cagtcccgtg attttatttt ttccactcct tgcagttcat gtcgaggcaa atctcgtact 1231981 ccctgccttt ctcgcgaatc ttcacaactg gagcgccgtt gcagcaggtt tttccggtgg 1232041 gaatcacttc tccgcgctgg aggattggat aggtgacgtt gcacttcggc cagttggaac 1232101 agccgacgaa gcgcttgccg gttttcctgt tgtatttgag aaccaagtcg ccgccgcact 1232161 tggggcactt gccgaggact aagcgcttcc tggaagactc ggaggacttg gcgttctcac 1232221 ccttactggc acctgacctt gaggaagtcc cagagatctc agagctcttt tcaactttca 1232281 cggagtcctt cgaggtcgtc tcaaggagca tctttccaat gtccagttct ttctccttga 1232341 agaccttgag gattttaatc aattgctcct tgctctcctc gattacctcg tccctcttcg 1232401 ccttcccggc cattatctcc tccatctttt cctcgaaggc cctcgtgagt tcaacgctga 1232461 ctatgtcggg gacgttcttt tctagggctt caacgacgcg cattcccagc ggtgtaactt 1232521 ttatcttctt cttgccctcg atgtagcccc tctggtagag agtttccaag atttgcgcgc 1232581 gcgttgcctt cgtgccgatg cccaaatctt ccattttctt gattactgcc gccggggaat 1232641 acctcgcggg aggcttggtt ttcttcttct cgcgcttgat ctggataacc ttgactggct 1232701 cgccttcctt gaactgggga aggattacct cgtcgaactt gacgtatttc ccatagacct 1232761 tcagccagcc ctccttgagg gttctcgcac cgctcaggat gaagcgatgc ccgttggagt 1232821 ttatgatcac cctcatgctc tcccttactg ccggctccat gaagagcgcc agaaagcgcc 1232881 tcactattag gtcatagagg ttttgctcat cctttgtgag ctctccaggc tttggaagct 1232941 caccggtggg atagattgcc ggatgcgccg ggtcttcctt cttgccctcg acgggcttga 1233001 acgttccctt gcctaagagc tcgtgggcga agggcttgta ctccggcaac ttcgcgatgt 1233061 tctgcagtat ggagcggaag ttgaggttct tggggagctt ctgtgagctt gtcctcggat 1233121 agcttgagag cccgcgctca tacaggcgct gtgcgagctc taaagtcttc ttcgggctgt 1233181 agccgaaggc cgaatatgcc tccctctgaa gcgttccgag gtcgaagggc actggtgggt 1233241 tcctcttctg ctgttttact tcaactttct caacgaaggc cggccccttc ttggcctcgc 1233301 tgactattct cttcgcctct tcctcgtccc atatcttgtc cttctcgtag gtcgccgtgt 1233361 actggctgtt gtttttctca agaatcatct tgatgaccca gtagggcttc ggcttgaagt 1233421 tctggatttc cttctcgcgc tcgactagga actttagggt tggcccctga accctgccag 1233481 tggagagaac catccacttc ccgctggcgc gctttattgc ggatgttaag gcccttgaaa 1233541 ggttcacgcc ccagtaccag tcgaggacgt ggcgcgctat tccggcatcg gccatcccga 1233601 agtttatcgt cggctcgagg ttgtaccagg ctttgaggag gtcttttttc gttaaagcgg 1233661 agaacttcat gcgcttggcc tttgatgggt caacaccgca ggcgtatttc agagctgtat 1233721 aaccgatgac ctcgccctcg gtgtcgtagt cgcaggcgac tatgaactcg tcggcgcgct 1233781 tggcgagtgt tgccaaagcc ttgatgtaat ctttcgcata gttcttgccc ttttcggcga 1233841 cgtagaccgg cacccattcg atgtcaaaga cagggtagcc gtaggttttg gttttcgggg 1233901 cgagggagaa gagatggccg acggcagggg cgacgattac cttcttcccg tcgcgggtga 1233961 actcgtagta actcaccttt cctatcgtct tcctgacggg cttgccctca gccaaggcgt 1234021 aggcgatttt tctcgcgacg ttgggctttt cggctatgat gagcgtgacc atgaggcatc 1234081 ctgagtgtgt gggatcgggg atataaaaat cctactgaca cccggtttag gtttttcatg 1234141 tgtgaaacga aacgtcccga ggtcagggat gagagactcc aacaaaaccg cctgttttaa 1234201 agtgtacgga attgcatggc ctcttgaata gttaacattt tgatcaaact ttttgccaga 1234261 aaagtttctg tggtgccggg gcggggcttt gaaccccgga cctctcggtt tctcaggctc 1234321 ccccgaaggg gagcggccct atgagccgag cgctctgacc aggctaagct accccggcac 1234381 ggcccgagcg ctcgacctat acctttcgga agagcttttt aaatctttcg atgccttaaa 1234441 gcttgaaaat gccgaggagc cagatgccta tcgcgatgag caaaagccca gcgataaccg 1234501 aaagctccgc cgaatgcctc accatcgccc tcgagaactc cttgctctcc ctcaagctcc 1234561 ccatcgcgaa cagtatcgtg agcaggggga ggacgaatat caggttgtag agggcgagga 1234621 ggagaaatac catcgcggtc gatgatctag ctataacggc cgcgtagacg aggtaggggc 1234681 cggcggagca cgggaggagg gtcgtggaaa cactgatccc cagtataagc gcccctatga 1234741 cggtcgtatc tgtggagaac atcttcctgc gaagggccct cttgtcaccg gtcctcgagc 1234801 gctctgctat cccagttgct atggtgtaga tgccaaaggc tatcgcaaag tagccggccc 1234861 acctgagggg aatcctgccg gctatgaacg tcaggcccag cccaagggtg tagtacgaga 1234921 tgtagacggc gatgacaaag gataggccga cgaggtagag cctcctctta tccacgccct 1234981 tcaccgagag cgcgatgagg aagagggtgt acaccgcgaa ggtgcacgga ttgacggaat 1235041 cggtcagagc cagagaaagg aactgcggta taaagtatgc catgcctatc agggaaagaa 1235101 cgacagcact tatcccgaag gacagcacga ttatcaggag caggtacttg aactcccccc 1235161 tgcgcaggat ttccgccggc atgataccag ctaaggaagg gccgatatta ggttttccta 1235221 aaccgatggt tctcaacctc aggagtttga acgctagcat cttcaaccta aggtttagga 1235281 aacccataaa atccggccgg ctgagactca agcggtggga gcatgatcat ctcaaaaccc 1235341 tgcgtcacga tgaagggcgt cgtcattggg gcctactcgt gggagaggag gataaagctc 1235401 gacctgaaga aaacggccga gtgtttgaag gagaggggct acgccgtcaa gaagctcctg 1235461 cccgggatga tgctcatcgt tgagatggag ggctatgagg tgagcgttta cccgagcggg 1235521 aagataattg tcaagctctt agaggacgcc aaaaagggtg aggaaatcgc gaggattgtt 1235581 tacgactgcg ctggagttct ggaggtggta gcgtgaggat tcccgaagat gtaagaaagg 1235641 acatcccgct gacgagcgag gtgatttatt tcgacaacac ggccacttcg ctcacgccca 1235701 aacctgttgt ggaggcgatg aacgagtact acctcagata ccgcgccaac gtccacagag 1235761 gtgttcacag actctcccag atggcgacgc acaggtacga ggagagcagg aaggtggttg 1235821 cggacttcat caacgcgaag ttcgaggagg tggttttcac caagaacacg agcgagagcc 1235881 ttaaccttgt ggctctcggc cttgagggca tcttcaggcc cggagataag atagtaacga 1235941 ctccctacga gcaccactcg gatttgctcc cctggcagag attagctaaa aagctcgatc 1236001 tcaggcttga gttcatcgaa ggggacgacg agggcaacct cgatttaagc gatgcggaaa 1236061 agaagattaa gggagccaag ctcgtcgcgg tccagcacgt ctccaacgcg cttggcgtca 1236121 tccatgaggt cgaagaactc ggaaggattg cgaaggagga aggggcgata ttcgtcgtcg 1236181 atgccgctca gagcgtaggc cacatggagg tagacgttaa aaagctccat gcggactttt 1236241 tagctttctc gggccacaag gggccgatgg ggccgactgg aattggagtg ctctacatca 1236301 acgaggagtt cttcgacgtc ttcgagccgc cgctaatcgg aggtggaacg attgaggacg 1236361 tttccctcga cggttacaag ctgaccgagc cgccggagcg ctttgaagcg ggaacgccga 1236421 acataggggg agcgataggc ctcgccgcgg gaataaggta catagagaag attgggatag 1236481 acaaaatcga gaggcaggag aggaagctcg ttaagagaac caccgaggga cttgatgagc 1236541 tcgaaatccc ctggtacggg ccgaggaacc tcgataagca cgctggagtc gttagcttca 1236601 acgtcccgcc gctccacccg cacgacgtcg cggcgatact ggatgagaac aatataatgg 1236661 ttcgctcggg ccaccactgt gccttaccag ttatgaaaaa gctggggata gacgggacgg 1236721 tgagggcttc gttccacgtc tacaacagcc ttgaggaagt tgagacgttc cttggagtca 1236781 tggaggtgct tgtaaaaagt ttgaggggtt agatgtgcaa ctcccccagc tccacgttta 1236841 tcgtctcggg tgtgcggtag atgaacgctc cctgaccttt gagaacgtgc ctcctcatcg 1236901 gacccggggg gacgccgttg gcctcgtaga tcatactctg aacatccggg tcgtggtaga 1236961 gaagcagaac cggaccggat atgttcagta gggaatcggg ggcgtattcg ctggctatga 1237021 cggttgccct cttaagggcg ggctttgtta ggaggggaag tcccgcgcct cctgctgtgg 1237081 tgtacgttaa aaccgctgcg tcgttgaggc ccaccatgac tttctttctc ttctcaacgg 1237141 cggccgcgag tatcaggaaa gcgtttccga cgagggttat gctgtgggcg tccccaaagt 1237201 ccacgaggat gttttggccg agttccggca cttcgcccga gtagaggagc tgatctatgg 1237261 ccgtgtagct ctccgcgatt acctcggagt acttttgacc ggccttcagc gcttccggga 1237321 cgctttcaac tttcccggcc aggatatcag agtagagggt ctcggtgagt gcccggtcaa 1237381 gcccgtaaat ggtctgtact atcgtagcgg cggtgtagaa gtcaaagtaa cccttttcgg 1237441 ccatctttac tgggtcgagg ccgcttggct gtgtatcccg gattttgagg acagtatcga 1237501 agcccactcc atcaaaactt cccttcgtgt caaaaattat ccttgagtat cccttcttat 1237561 ggtactcccc cgccaggtac ccaagggctt tgtcggggaa cgcctccatt ccgaatactt 1237621 tcagagtcct gccgtggtag gcggggtcgt aaaagacgtc ttcaccttcc ctctcaaaca 1237681 gcttaacggc tattctactg tacctcatgg agtccaccga tccatcctgg tgaacaaact 1237741 ataaacggct tccgctagat taccttgacc attctctctc tccagggacc caccctgacc 1237801 ctgatgtagc ccctgaactt ctcatcaact tccctgtcgc cggtgtagac cctcacaaag 1237861 ccgtccttga ccttggaggg agttgcaatg actattatgt tctcctttgg aacgtgcctc 1237921 agaacctccg cggagaactg ctggttcccc ctgccgaata ggaagttaag gcccccgatg 1237981 acggtgacga tgatcttcgg gtttctctca gcaaacttga ggagatcctt ctcggccgca 1238041 tccttcacga ggagccgggc cttgccgtcc tttatctcga ctacgtcaac gccgaggagc 1238101 gttccgtcta tacccagccg gtccttgagc ttctttatgg ttgaacctgc ccccaagaag 1238161 tagacgccat cttccagctc ctcggcgagt gcctctattg ttgcgtcgac gtcttcggcc 1238221 tcgtcagttt tcgcgggctc cttcgccccc tggaggagca tctcaacgtg gggcgtgagg 1238281 gcctttccgt agtgctttgg ccttacttca tcgcgcctga aggcgttctc atcgaggtcc 1238341 atcacgtccc tctcaattaa cgctgcgttt cccctgatga actcaacgag cagcctagcc 1238401 gcatcctccg gggatgccgc aaagaccccg gagaacatct taacgccagt cggaataccg 1238461 aggattggaa tcctttttcc gacgacgctg aagacgtccc tcgctgttcc gtccccgcct 1238521 gcaaagagaa tcagctcaat cctccccagc atttcgcggg cgagctcctt tgtgtcctcc 1238581 ggggtcgtgt cgggtatcct tacgccaaga acctcccggt agcccacttc cctgtgcctg 1238641 atgacctcga aggggaattc aaattccctc aaaacgtttt ctccaagggg gcccggcccc 1238701 gtcagaaact caagcttccc ggcctcttca tagccgctca gctcccgcag gaagagcctt 1238761 gcgaaatcct ccgcgatggg cctcgcaccc ctccttatcg cttcctccac gacgccgtct 1238821 gttcccttca gggcgaccct tccgcccatc cccgctatgg ggttgactat gaacccgatt 1238881 ctcatccttt ctttcattcc tatccccgtc gaatttatga gcgagggctt aaaggtttca 1238941 cctcatgtac ttcctcgcga agaccgtgag gaacaccgcc cacatgaaca ttccgaagag 1239001 cgcttcgagc gatgctattg cccgcccaac gcccaccgga tggtagtccc cataaccgag 1239061 ggtcgtcgct gtcactatgc taaagtactc gtagtcgagg aagcccatac tgcttgagag 1239121 tccccgaacg ctccccgtca ggaaaaatag gatcgggaag aaaacgttga ccgcggccag 1239181 ccatatcagt atcggcctct tccagtcggt tccgtatttg catgtcaaat ctgcgaaaag 1239241 ccattcgaag agtatctcca tctttttaag aagcttcctc catccccttc tcctcgcaga 1239301 ggcctttatc ttcctcttgg cgaccatctc aaggtagtag tactcgtcgg ccttttcaaa 1239361 gtccccgctc cgctcccagc tcgttctggc gaggcgatag aagacctcct ccgcgtgggg 1239421 actgttgaac tgacagtcct ccacgataac gaagccctca acgttgagct ccaacagtaa 1239481 agttggaagg acagtgaggt tccaggtcgg cgatatcacg agcgttgatc tgcgcaggat 1239541 gaagttgctc tcgatgcgga cgtgaacgaa ctccggcgag aggagcctgc tctgccttat 1239601 ctcgacgtgg ccgaagacct caaggttttc cagggttaac cttccggaga agcccctcac 1239661 ggtgagcctg acctgcctct tgaacctcgg agctgtgtcg aagcgtacgt ccctcagaac 1239721 gagctctctc gccctgacca tccgggcttt cccctcggat acgctgacgc cgtgctcctc 1239781 gaggattttc ctgaggaggg ggtagcgggt gtttatcccg atcttcctca cgttcttgag 1239841 gcccgatatc tcgatgaatc ctatgatctc ctttctctcc ccgtatgccg cctcttctcc 1239901 tccttctccc ccaccaacgt agcgggtgga gtttaccatg aggtacttaa cgtcggaatc 1239961 gcggacggct atgtggccgc tgaaatcaac acggagtatg ttgaggccga acaccttcga 1240021 gtccttgaac aggagaactt ccagtttcgt gtcaaataca atgaccctct ctatcgtcga 1240081 accgaccacc acgagaccct tgatggaaga gccgtccact atgaggttct tgatgtggga 1240141 gtttctaaag acgagcaccc tctcggatgt gaagtccttt atcgtaacgt cgtacaggta 1240201 aactccctca aaatagctct gaccggcctt gagtctctcc gcgaacttct cggccttgat 1240261 ccgctttatc tcttcaccga gaagtcgctc gccctcatcg tagggaatat ggaggggaca 1240321 gtacttcgat ccctcaaccg gctttagcct gcactttttc ccgttgctgt agacgtactc 1240381 acacagcgct actcccccct gaagagttca tagatcagga cgtccacgaa gccttccccc 1240441 ggaacgtact ggtgttttct cagcctgcca acgagcctga atccgttctt ttcgagaaca 1240501 cgggcagagg ctacgtttga actgaaaaca cgggcgtaga gctttctgag gttgagccac 1240561 tcgaaggcgt atgtgatcgc gagagaaacg gcctcggtcg cataaccctt cccccagtgc 1240621 tccggcccga ggaagtaacc aagctcggcg tttccactgt ggagatcaac gttatggagg 1240681 ccgatgaggc cgaggagcgt cttttcctcg ttctttatga tggcaaagac cttctctctc 1240741 gccttttccc gccttattgc ctcataccac tccatctcgt cctcgaagaa aaagatctcg 1240801 tggggtttcg tgaggtatct cctgacggcc ctgtcgttgt accacctcca cagcaggtga 1240861 acgtcctctc tcatcgggac ggcgaggctg actttcctcc cctcgagtat ggtcggcctc 1240921 atcgcaagca ccttaaactt aaaagggtcg tcccgtattt aaaacttgat ggagagggag 1240981 agactcatag acatcgtcgc gaggatactt cgaaggtctg gcctgaaggt cgcgagggtc 1241041 gagcttaggg gagggtgttt tgacctcgtt gcgagcggac tcttcacgct cctcttcata 1241101 aaggtcgtta ccaacatcga cacggttacg cccgaacagg cggaggacct gaagaggctg 1241161 gccaagcttt tcaaggcgac tccgatgata gtgggtgtgc gaaccaagaa ctcggagata 1241221 gaggagggag tcatctacga gcgcttcggg atatacgccc tcaatccagc gacgctctac 1241281 cgggttttga tagagggcga acttccggcg atatttgcgg aacgcggcgg cctctacgtt 1241341 cggatcaacg gggaactgct gaagaagctt cgtgagaagc acggctactc agtgggggag 1241401 ctggcatccc tcctcggggt ttcgaggaag agcctcctga actacgagcg gaacgagcag 1241461 gcggtttcgc tggaggttgc gctccggatg gaggagctct ttgacgagcc catagccgaa 1241521 ccgatcgacg ttctaagggc aaaggtcgac gtcgagctga agccagcgga gccggaaacg 1241581 ccccttgagc aggaggtctt tgagaagctc aaagagctcg gcatgggagt ggtcaaggtg 1241641 aagagggccc ccttcaacgc cctttcaagg gaagacgagg tcacgattct aacggggata 1241701 gacgagaaga agacgcgctc gacagtcagg agggctgaga tggtcgctga ggtcgggaga 1241761 atcatcaaca cgggcggcct ctttgtcctg gagaagtcaa agatggaggt cgtttccgag 1241821 gttccgctga tccccaaaga gagcctgaag gagataaagg acgtggacga actcatagag 1241881 ctcatcgaag gcctcaagag ggagataagg aagagcattt aggaaaagag aacgtccctc 1241941 cagactttct ggagcttctc cacgtattcc tcgggtgaag ctatgagaac ggcccatctg 1242001 ggggtctgcc gcctcttgag tgcgttggca aggggcgtta ccttggtcaa gggctcaagc 1242061 tcgccgttgt ccataagcac gtttatctcg gtcgccttaa gcctcggctc gctgagcatc 1242121 agatcggcga tgctgaactc gaggatgacc tctccctccc ttgccccgac ctcactcgcg 1242181 agctttcttt caagttcttg tctcttcttc acgttgcgat aagctgccaa aagctccctc 1242241 ttctcctccg agctgagctc ccctgcccca gccagaacgg cagccttgta gaggttcctg 1242301 tatttgaccc tcttcacgat ctccgatggg aagccttcga gatcctccag ctcaacaaga 1242361 acccggcagt ctatcatctt ccagaagtcc cagaggtgcc cctcctcaag ggcgaactcc 1242421 agggccctgg tcagcatccc ctccgctatc ttgactgtgt ggtggaagta gacgcgcgag 1242481 tacatgagcg agcgcgctac catcatgccc tcaaccgcct caactccctt ctcctcgacg 1242541 acgagctcac cgtcgtggat cgtcaggacc ttcagcagtc tctccatatc tattatcccg 1242601 tgagcaaccc cggtgtagtg ggcgtctctg atgaggtagt ctatctgatc gacgtcgaca 1242661 tcgccgtgaa gggcctgacc caggtacctc ctctcatgct ttccaaggat tagatcggcg 1242721 acggccttcg gatcgatgcc ccacctctcc agtatctcag gtatctcccc accaccgttt 1242781 ccctccgtta tgtctatctt gccaaggatt atccgctggc cgagacgcat gtggtcgtat 1242841 tcctgcgtgt agtgcttgta gatactctca aacgtgtgac tgaaggggcc gtgtccgatg 1242901 tcgtggagca gggcggccgt ttcgaggagg agggcctcgt cccggggtaa gccaagctcg 1242961 gcagaaagcc tcttggccac gttccaggcc ccgagggagt gctcaaagcg ggagtggttg 1243021 gcgcctggat agaccagaaa cgcgagaccg agctgcctga tgtgcctgag cctctgaaac 1243081 tcgggggttt tcacaacgtc gaggacaaca ccgtctattt tcatacttcc atgtatggcg 1243141 tcgtgtatga cctttgccat gcacaccacc cgggaacagt tgccaacgga cttaaaatag 1243201 ttttccgcag aaggacaaaa gatcaaggga aaaataggac gaaattcatc ggtactcgcg 1243261 ctccaggtgc atctgttcca ccttcccgat gtttatcacc cgcagtgtgc ggaacgtttt 1243321 ttaacaccgg cagggcaaga tacgagcggg ggaagaggaa tggaaggcat attccggctc 1243381 accgacttca acttttataa caaaacggtg ttcctgcggg tcgatcttaa ctcaccgctc 1243441 aaggacggaa ggataatcag cgacgcgagg ttccgggcgg ttcttccgac cgtgcggaag 1243501 ctcctcgagg acggggccaa ggtcgtcgtc gccacccatc agagcaaacc gtacaagagc 1243561 gactacgtga cgactgagga gcacgctgaa atactcggaa ggctccttgg tactggagtt 1243621 gagtacgttg aggatatctt cggacggctc gcgcgcgaga ggataagatc cctaaagccc 1243681 ggcgaggttc taatgctcga aaacctccgc ttctccgctg aggagatctt ctacaagccg 1243741 ctcgaggagt gtgaaaaaac ccacctcgtc agaaaactcg cccccctgtt ggactacgct 1243801 gtgaacgacg ccttcgccgc tgcccacagg agtcagcctt ccctggtggg cttcgcccgg 1243861 ctcatgccaa cggttgcagg ctttctcatg gagaaggaac tcatggcctt agaaaaggcc 1243921 tacgaacacg gtgagaggcc tagggtttac gtgctcggcg gagccaaggt cgatgactct 1243981 ctgaaggttg cggagaacgt tctgaggaag ggaaaggccg acctcatcct gaccgggggt 1244041 ttggtggcta acgttttcac cctcgccaag ggcttcaacc tcggcgatgc caacatcatg 1244101 ttcctcgaaa gaaagggcct cctcgagctt gtggagcggg ccgagagaat actcgacgag 1244161 ttctatccct acgtcagaac accggttgat tttgccgtcg atgtgaacgg cgagcgcgtt 1244221 gaggtcgatc tcctaagcga tgagaaggaa ctcttcgacc gctatcccat actcgacata 1244281 ggctccagga cggttgagaa gtaccgcgag atactcctga aggcgggaac aatcgtcgcc 1244341 aacggcccaa tgggagtttt tgagcgtgag gagttcgccc tcggaacggt gggggtcttc 1244401 agggcgatag gggagagcaa agcgttcagc gttgtaggcg gcggtcactc gatagcgagc 1244461 gtctaccggt acaacataac cggaataagc cacgtctcga ctggaggggg agcgatgctg 1244521 agctacttcg ccggcgagag cctacctgtc atcgaggccc tgaaggagag ctatcggctc 1244581 ttcaaggccc gaaattgaga gatggccttt ccgccacccg ttctggaagg ttcaaaagcg 1244641 gaggccaatc aatcacttcc ggcgttgatg gtcggagccc ttgccaccta aaaacgcctc 1244701 cacgccccga agtattccct ccattccctc acccgccggc ttggggatga aaacgtcggc 1244761 tatcggggtt atcccgctcc tcttcgggtt tatctctatc acccttcccc cgtgctcctt 1244821 gacgacgtag gggatgtatg cggccggata aacgaccccg ctcgtgccta tgacgagaac 1244881 gacatcagcc ttagaggcca gctcaaaggc cctctcgagt gcatcctgcg gaaggggctc 1244941 gccgaaccac accacgtccg gccttagaag ggatccacac cggggacacc tcggaagatc 1245001 ctccgaggtc aggaactcct cgagtcttcc gctctccttc aggttttccc tgtaggcaca 1245061 ggaggtacag cgaacccgaa agatgttgcc gtgaagctct atcaggtttt ccgttcccgc 1245121 ctcacggtgg aggtcatcaa cgttctgagt tattacagct ttgatgatcc ccatcttctc 1245181 gagcctcgca agggccagat gggcccggtt cggtctggcc ttcgctatga gcctcattct 1245241 ccatttgtag aactcccaca ccagcttggg gtttctcctg aaagcttcgg gagttgccag 1245301 ttcttcaggt ttatagttcc tccagagccc gttggcgtcc ctgaaagtgg gaacgccgct 1245361 ttctgcgctt atccccgcgc cggtgaaggc tatggcgaac ttcgcctttg ccaaaatcct 1245421 tccggcttcc tcgcagagca tgatcccctt tgggaggcaa aacttaaatt tttaactgac 1245481 caattctaaa cgttaagatg gcattcgagt gggtgtcgcc gatggctcca atggaaaagg 1245541 ggctattatc catattcttc tggggctgca cataacgtcc ttctacgagt tcctgaggga 1245601 gaacatcatc gcgtactacg ttctctcggc gatgctcctg acgacgatcg gagcaatcac 1245661 cataatgtcc atacgtaagg aggaggtggg atgaatgtgg tgggaaaaac ccggtcatct 1245721 gcgaactgtt ggtaacaggc ttttcatcgg ggagcacgac gtcgttgagc tcgccgaaaa 1245781 acacggaacg cccgtttaca tctacaacct gggcagaata cgggacaact acctcagaat 1245841 gactgatgcc ctcaagaaag cagggttcag ggaatggagg atacactacg cgatgaaagc 1245901 gaacaacaac agggaagtcc tcggattgat cagggagctc ggcggtggaa tagatgccac 1245961 ctcgccgggt gaggttaagc tcgcaaggga gatcggcttc gaggacgatg acataatatt 1246021 cacgggaaca tccctcagca acggtgacct tgaattcctc gccaaaacga aagtgctcat 1246081 aaacttcgac tccatctcct ctctgagacg cttcaacggc gaggaagggc gaaaggtcgg 1246141 cctcaggata aacaccggcg tcgggatcgg cagggttgag aagaccacaa ctggtgggct 1246201 agaggcaggg agcattcccg tcaagttcgg aatctccgga aaagccattg accgggcctt 1246261 tgatctgata gaggagaagg gcttcgagct tcactgcctg caccaccacg ttggctcgga 1246321 ctgggttggg gagaagatcg gcagatactt ccaggcactg gacaacctcc tcaaggtggc 1246381 cgaaaaggca gaggctcgct tcggcggatc cgttgaggtt atcgacctcg gagggggtta 1246441 cggagttccc cacagtgccg aagaggaaga gttccccgtt tacgagttct ttcagcgggt 1246501 taaagagcac atggaggagt acggcttcgg cgacctcaaa gtcatcgtgg agcctggaac 1246561 ctaccttgtg agtgacgccg gcattctggt ggcccaggtc aacacagtgg aggagaagaa 1246621 cgggaggatt ttcgtgggtg ttgacgctgg tttaaacgtc ttcaactcgc ccgccctcta 1246681 caactactat catgaaattg tggtctgcaa cagggtctcc agcgaggaga agatggtcgc 1246741 caccgttgtc gggaacatct gcgagagcgg agacatattt gcggtagaca gggagctgcc 1246801 taagatagag gaaggggact acatagccat actgaacgcc ggggcctacg gatacgtcat 1246861 ggccaacaac tacaacctcc gccccaaggg aaaagaagtc gtcgttggcc ggtcccgttc 1246921 gattttctga ttaattcttc ctatcctgtt tggagacttc cagagtcttc gaacgttttt 1246981 tgaattttca ttcagatttt cgtgggaggg tttaaattgt attcatttgg acattgaacg 1247041 gggtgagaga gatgccggtc tcggagggag ttgagagaaa aaaggtcacc acgtcacacg 1247101 gtcgctatta ctccgcaaga atagcggcgc agaggcggaa aaaactcata gtgatccaga 1247161 acatcagacg gaggaaggga attcggggac tgaggacaag cacgatacac gtcgagaaga 1247221 agcgcataac ccggggggag gctctggcaa tcctcgtggg gactcagata ggtgcgggag 1247281 tactgggcct accatatgcc gccagcaagg tcggtctcat cccagcgctg gcagtgctca 1247341 tcggcgtgat gttcctcatg ctctggacgg gcctcatcgt cctcaggttc tcggcaggaa 1247401 tgggcggggc acagatgagc acggtagccc agagaaccct cggaagggtc ggtggctggc 1247461 tgatgtacgt gagcatctcc ataatgagct tcggagctat cttagcatac atagctggaa 1247521 tgggaagcgt cttcgcgggc ctcttcggga taaacgaaac ggttggagcg ttcgtctttt 1247581 gggttttggc ctcgttcgtc gtctatcacg gcctcgaagc cagcggaaag acggagctgg 1247641 cgatgagcta cgtcatgctg gcgctcttca tagcggttac cctcatgctg attccccacg 1247701 cgaaggtgag caacggcctc tatgcagacc tctcgggaat cctgagcata actggtgtcg 1247761 caatcttcgc actcggctgc cacacggtaa tcccagacgt ttacaagggc ctcggaagct 1247821 acgaggagac caagaaagtc ctcgtctggg cgttcataat accgacggcc atctacgcgg 1247881 tattcatggt cgccttcctc ctcgccttcg gcaggaacac gccccagata gccacgcagg 1247941 gccttgagct cctttacggc caccttggaa gaatcgtcgg caatctcatc ccgctcctgg 1248001 caataaccac gagctacatc ggaatcgcct tggctcagca gagcaacaac gaggagttcg 1248061 tgaggctcaa gaggccgata gcgtggggtc tgacggtaat tccacccgct ctggtttact 1248121 tcgccggcgt caagaacttc gctgacgtct tggctttcgc tggcgatact ggagacatga 1248181 tggccttcat aatcctaccg gtactcatct ggctcgtcga caggctgagg cgtcggtgag 1248241 ccatttatta atgtactttt ttgtgcgtgt ggacagctgt ggtaaggttt atatccacgt 1248301 cgttcaaagc acaatcgagg tgtttcccat gagctaccgc gaataccgcg acagggttct 1248361 gaactttatt gaggaccacg agcactggag ggcccacacg ataaacctca tagcgagcga 1248421 gaacgtgacc tctccgagcg taacaagagc ggtggcgagc ggtttcatgc ataagtacgc 1248481 cgagggctgg ccgaggcaga ggtattacca ggggtgcaaa tacgttgacg aggtcgaact 1248541 gattggagtg gagctcttca cgaagctctt cgggagcgat ttcgctgacc tgagaccgat 1248601 ttccggaacc aacgccaatc aggcggcttt ctttggcctc acccagccgg gagacaaggc 1248661 tatagttctc cacaccagtc atggtggaca cataagccac atgcccttcg gggcggcggg 1248721 aatgaggggg ctagaagtcc acacctggcc cttcgacaac gaggccttca acatcgacgt 1248781 tgacaaggcc gagaagctca tccgcgagct cgagccgaag atagtcgtct ttggcggctc 1248841 gctcttcccg ttcccgcacc cggtcaaaga gctcgcaccc gtcgctaagg aggttggagc 1248901 ctatgttatg tacgacgcag cacacgtcct cggcctcatc gccggaaagc agttccagga 1248961 tccgctccgc gagggagccg acataatcac cgcttcgacc cacaagacct tccccgggcc 1249021 acagggcggt gtaatcctct acaagaagtt cggtgaaacg gaggagatag ccaagctcca 1249081 gtgggccatc ttcccaggtg tgctgagcaa ccaccacctc caccacatgg ccggaaaggt 1249141 aatcaccgcc gcagagatgc tggagtacgg tgagaagtac gcggcccagg tcgtcaagaa 1249201 cgcgaaagct ctggccgagg cgttagcgga ggagggcttc aaggtcatcg gcgaggacaa 1249261 gggctacacc gagagccacc aggtcatagt tgacgtttca gacctccacc ccgctgctgg 1249321 aggctgggcc gcaccgctcc ttgaggaggc cggcataatc ctcaacaaga acctcctgcc 1249381 ctgggacccg cttgagaagg tcaacgagcc gagcggtctg cgcataggcg tccaggagat 1249441 gacccgcgtt ggaatgttcg aggacgacat gaaggagatt gctcacttca tcaggcgcgt 1249501 cctcatcgac aaggaggatc cgaagaaggt caggcgcgac gtctacggct tccgcgccga 1249561 gttccagaag gtatactact ccttcgacca tggcctgccg ctcagggaat gatttctttc 1249621 tccttttctt cccccgtcgg aaaaacgtta taagttcccg gagcgtagtt tattctcgtg 1249681 cggtgcccgg ccttcgtcag ccatgcaccc cctggtggtt gaacggccgg gtgccgcaca 1249741 gccatcagaa ctttatctcg gccccgtatt cttcgatgtt cagtgacttc aagacctcca 1249801 gacaaggcct tttgtccaat gtcagaaccc tagtgcagtg ctccctcagc tcgttgaggg 1249861 ttttcccgga gatcaggtct ctattcacga agtagaccgt tacccgctcc gggtttccca 1249921 gatgagggcg aacgagatat ccgaagatgc gctctttttc acggagatcg ttctcatagc 1249981 tggcgagcac cttttcaaac cccactatga gccgaaagcc tttctcctct ccgatcctgg 1250041 ccagtattgc ctcgtagtgc ttctttctaa cagggggctc cttggtcaga tccacctttc 1250101 cgacgacaga gccagttttg attattcctc ccatcttcac tacgatagcg ctgtcgataa 1250161 ggcccgtgtc gagtcccatt atcttgaggt gtgccctaag gacgtggagc tggtcgagct 1250221 cgtcgaggat cataaagggt tttccaaggt ttgccaaggc cctgaggaac cggtagaaca 1250281 ggatgtgaac gggggtcgtc gatgagtact cgacgagaac atcctccccg ggcttcaatc 1250341 tccccacaaa ctcaccgagt gatatttcga gtttcgtcaa atacctcacc aatagagact 1250401 atgatcttcg gcgtaaaaag ctttctaggt tcgtttttca aacacataaa agtaccgctc 1250461 gaggctcttg tgcacccgct gatagtacct tcccagggta atgaagcctc ttctctctgc 1250521 ctccgccttc ccgtcaaaac tcgctggaaa cgctattgca agcctcccac ccggccttaa 1250581 aacgcggtaa acgctctcca gcaccttccg gtaaaggtct tccctcctcc tcccagcgag 1250641 agtcgcagcg gttccatagg gcgggtcggt ggcgactgcc tcgaactcct ttccggggaa 1250701 gacttcttca agcctcgttg catcgccgag cctgagttcg taatccttca cgccgtagtg 1250761 gcgaaggttt ctttcggcgc cctcaaccat ctccggcctt atgtccaccc catagacctt 1250821 gagcccaagg agaccggcct cgatgagtat ccctcccgct cccatcatgg gatcgaggag 1250881 ctctctctga gcttttgtca ggttcaccag cgcacgagaa accctcgggt ggagcgagat 1250941 cggcctgaag aagggcctgt gatgagcttt tcgtctctcg aagtccttgg ggtcaaagaa 1251001 gcgtaacctt atccccgcgt agagcttctc accacagtaa accctcacga ccgtgtcggg 1251061 tcttgagagg ttgacgcgaa agccttgcga gtgaatcaca gccccgagct tcctcggaag 1251121 gtcgagaacg ttaaagcggc agttggccat cgtttccgtg tccaccttga aggttccccg 1251181 gatcggccac tccatctcct tggccttttg gaggagatca tcgacggaat ctgcctccac 1251241 aaaaagctcg ccgtactcgt gggcaaggcc taagcgatcc agaaacggga gggccctctc 1251301 gggggcacca accttgagga agaggtagtc ctggccgagt acctctcctc ccccgagttc 1251361 aagcattgcc ttcacttcgt ccctcgccat ctccggtagg ttgccgagta tctcaacgta 1251421 cagcttcctc accgcagacc ccccacttat tcgcgcctta acgttacagg acgttgaggt 1251481 acttatgcac ctggaaacta agcccaacgt tcttcctgcc gaggatcaat gcagcctcgc 1251541 ggtaaagatc catgagcctt ctctggcaga tctcaatcgg ctccctcggc tggattacga 1251601 gcggagcgag gcccttcaaa agctccgcgt accagcggac gttttcgatc ttcgtttccg 1251661 gggtgaccac gagcttggcg tagaccttca cgccggcttc cctcaaaatc cttatgctct 1251721 cgacctcgcg gagaaccagg gagcgccagt cttccgttgc cctggccgtc tcgtccttta 1251781 tgtccacgct cgcataatcg gtgagggggg cgacttcctc tatgagctcc ggcaggccac 1251841 cgtgagtttc gaggaagtta tcgaagccga ggcttttcat gcgttccatg agggctttta 1251901 aaggcttcac ctgaagggtg ggctctcccc cggtgtagct tatcgagtgt atatcgccgg 1251961 tatcgaggcg cagaactgca tcaaccacat cctcaagctc cgccggattg ggtttgtact 1252021 cgaacttcgc ggtgaagggc tccacctcgt acctccagcg ggaaacgcgg gaagggtcga 1252081 tgtactccct ggaatcacac caggcacagt taaggtcgca acctgcaaaa cggacgaaaa 1252141 tctgcctcct gccgaatgca gagccctcaa cgcttccccc ttcaccctgc cagctgttga 1252201 agacctcggc cattatgagc ttcatagttc cacctcacag gctctcaaca tcaatacccc 1252261 tgaccttctc gctcacgtaa ccctcgagga tttcgactct gacttccctc tcctcgccgg 1252321 tgaaatccgc catgagctga acagccctcg cgtagtccca gaggcgcctt ttcgcctcgg 1252381 ccgtaaccgc ttcggccatc actatgagtt ctttttcctc cggatgggcg ctcatccact 1252441 cgatcacttt tctcgcgtcc tcctccgtga aggttccgcg cttcttgaag agcaccgcga 1252501 ccacctcatt atgcgattac ataatgaccc aattattgaa ttgtgctatt atgtcagagg 1252561 tacttgagga gcaggccaac ggcctcctcg aagatctccc tgtctttacc ctccaaaaca 1252621 ctctccaggt agtttagtga aacgaggttc agtatgatgt aggcggtgtt cctgtcaaga 1252681 cccaaggagt aggcatcgta gtaaaccctc tcctcgccga gggcctcatt catgagatcg 1252741 acgtagttcg ctatgtcctc aacgctcagt tcgtcccact tggactccat ctcgtcgaaa 1252801 tacctctcaa ggatccgtat tctctccaga tcgagcttga gcaaaccttc aacgaaggga 1252861 aactcaccga cacgaaaaac cttcattccc tcctcgtcct ttatcccgag ctgatcccag 1252921 aggacgacac cctcgacggg gttgtggccg tatttgctgg ccaggtatga gaacgcctcc 1252981 agcgcgaggt cgagatcgtt tatgaatgct tcttcgtcct cgaagcggac tatcctgctc 1253041 acggtaccaa ccatgtcgcg caccggttct tggagcggtg aacgggttat aagggtttgg 1253101 ctaggaaaga cttttatcgg gaaactcata acgttccagt gcccgacgag tattgggttg 1253161 cgatgacgtc gggatcccca ggggggcgac agccccaacg ccccccttct gaaaagttaa 1253221 aaagctgaca ccgttttttt aattatgcgt gtgctctggg agagggaaat ccctgccaag 1253281 gacatcgtgg tctcacctcg acctgtgtgg aagtgcagag cctgcccgat gtacggcaaa 1253341 aggccgggct gtcctcccca tgcccccgac tggagggaag ccagagattg ggtcaggtca 1253401 ttcagacgcg ccctactcgt gaagttcgag atcaacatgg acgacttcga gaacgagaaa 1253461 agaaaggcaa tcctctggct tcttgacagg gagagggagc tcttccggca gggaaagctc 1253521 tacgcaatgg ccctcttccc cggaagctgc aacctctgcg acgactgccc ctttgaaagg 1253581 ggcgaaccct gcaggatgcc cgagaaagtg aggccgagct tggacgccat cggtgtggag 1253641 ctgagctccc tcgtcgagat aaagttctcg gagagcgtcc tgtacggcct gataatggtt 1253701 gagtaggtgg tgttatgacc gtccatgtag ccctgctcgg aaggacgccc tgggccctcg 1253761 tgaacactta ctacgcctct gtgatgaggg gatcccggcc gagggccgtt tacgtggtga 1253821 cggagcggag gtactcccga tccctcccga agatcgtcga ggccctgagg gagatctcaa 1253881 gggcttacgg cttcgaaccg gcgatagaga cgagggtcat cgatgacgac gactttcaga 1253941 tggcggatag ggtcttccgc gagcttttct cggagataga tggcgaagac gtgattctga 1254001 acatgacttc cggaaggaag gccctcgtgg cggccgcgat agtccagagc aggaactgca 1254061 acctgaggga gatcctctac atggcactgc tcgacgtggc ctttccaaac aggccctaca 1254121 tgatgctgcc catccacatg cagaggctca aaaacttcct cggtgatggc aatgattgag 1254181 gtcgtgatag agaagcccga gctccagata ctgataaacc tcctccaaag gagcggaatc 1254241 accgtgagct accccctcta tgagataccc ctcttctcgg ccagggaaag cgagaggggc 1254301 tacaccctca gcgttctcgc ggggaggcat gacttcaaag gcaggcaccc cgaacttccc 1254361 tcctactctg acttctacga gacctttatc tcgtccggca taataaccta cgacaacata 1254421 gacgagttcg ccaacatgct cgaggtgtac cgggttctgc ggaagggcgt ctccttcgcc 1254481 cccgacacga acctcttcta ccaccgcttt atctcctcct accggccgct cgacggttat 1254541 cagatcgtcg tcgccgagga cgttaagaac gagatcgagg cggcgatgaa ctacaagtac 1254601 aggcgccagc tcctcgtgga gatctcacgt gaggtgaaga acggccacct gctccatgag 1254661 ctctccaaca ggagaaccaa aaaggccaga aaagctgcct acatagccct caaggagttt 1254721 gaggccctta gggacaggat aataatagcc gaaaggtacg gaagcggcca caacaacgac 1254781 gaagtgatag tgaaaaccct caagcacttc gacgagatga gtccttctct gctcgttttc 1254841 ctgacggctg acctggcaat aactgacgtg gccaggatgg agggcctcga gtacttcctc 1254901 ttcgagtacc ccacgaaaga gcttggaaca cacgaggtgt cagcctacca gctgagaaca 1254961 ttaatcttta acctcgcggc cgttttcggc gttattgatc tcaacgggac aataatctac 1255021 ggtgagtttg gaggaaaaag aaagctcaac gaacttaagc tcctgttccg ggacgaggac 1255081 ctgttccaga aattcctgtt ccacctgaac ctctgcaggc gtcttgagac cataatgagg 1255141 ggataacctt aaggtacata aaagcacttc gatgtccatc ttttcggtga ggtaagatta 1255201 taaacatcgc cgcgaaggta gagcggtgat gctcatggcg ctgagcgaca gactcgagct 1255261 cgtcaaccct tctgagatta gaaagctctt tgacctggcc gccggtatgg aggacgtcat 1255321 ttctcttgga attggcgaac cggactttga cacgccggag catataaaag agtacgcaaa 1255381 ggaggccctt gacaggggca tgactcacta cggccccaac gcaggcctgc cgatgctccg 1255441 cgaggcgata gcgaggaagc tcaggaagca gaacggcatc gaggccgacc ccaagagcga 1255501 gataatggtg ctcgttgggg cgaaccaggc cttcataatg ggccttgcca cgtttttaaa 1255561 ggacggggag gaagtcctca tacccagtcc gatgttcgtc agctatgccc cggccgttat 1255621 tctcgccgga ggaaaaccgg ttgaggtccc gacctacgag gagaacgagt tccgtctttc 1255681 cgttgacgac ctcgagaagc acgtgagcga gaagacgagg gcgctcatca taaactcccc 1255741 caacaacccc accggcgcgg ttctgaccaa gaaggacctt gaagagatcg cggacttcgc 1255801 ggtagagcac gacctcatcg tcttcagcga tgaagtttac gagcacttcg tctacgacgg 1255861 agcgagaaac cacagcatcg cttccctcga cggcatgttc gagaggacga taacgataaa 1255921 cggcttctcc aagaccttcg ccatgacggg ctggcggctc ggcttcgtcg cggccccggc 1255981 ctggatcatc gagaagatga cacgcttcca gatgtacaac gccacatgtc ccgttacgtt 1256041 cgcccagtac gccgctgcca aggcccttga ggatgaacgg agctggaagg ccgttgagga 1256101 gatgcggaag gagtacgaca ggaggagaaa gctcgtttgg aagcgtctta acgagatggg 1256161 actcccaact gtcaagccaa agggagcgtt ctacatattc ccgaggatca gggataccgg 1256221 tctgacagac cacgagttca gcgagctcat gctgaaggag gcgaaagttg ccgtcgttcc 1256281 gggctcggcc tttggaaagg ccggtgaggg ctacatcagg ataagctatg caacagccta 1256341 cgagaagctt gaggaagcga tggacaggat ggaaaaggtc ttgaaggaga gggacctcgt 1256401 ttaatccccc ttttccagca cgtgcttctc aagaacgtag cagtggaatg tgccctcaaa 1256461 gaccctctcc ccattatcgt tcagaacctc tgccctcacg atcttttttc tgccaaggtc 1256521 ctcaacgacc tcggccctcg caatcagccg ctcaccggcc ttaacgggct tgaggaactt 1256581 cacttcagct ttcccaagca cgacggtggg ctcgttgacg gcgagcatgg ccgcgtagtc 1256641 tgccaggcca aaggtgaagc tgccgtgaac gaggccgtac tcgtcaacag ccatctcatc 1256701 ggtcgttaaa agctcaacct ccgcccttcc gggttcaatc ttcacaggct tcccgacgag 1256761 cctcccggag gtaagtttgt gcgtcctctg ctccattgcg accaccggtt agagttccac 1256821 aagatccttt aaaacctccc gcactcccgg gtccacgacc tcaaagaact cttctctgct 1256881 cctgaagggc ctcttcgcga ggattctggt tgcggtcttc tttccgattc ccgggatgag 1256941 ctgcagaact ttggggctct ctcggttcac atttatcgga actgggattc cggttatgct 1257001 cctgaagccg tgatcaacga ttagaacgtc gtagaagcgg tttaggggaa cctccttggg 1257061 aatcccgacg atgagggggt agctccctat ctgcctccca taagttaggc cgttatcaaa 1257121 gacctcagca cgaacgtccc tcagaaccgt cccaaccggg acgacccttt tgagcatcgg 1257181 caaatcaatc tcgtgcctta tcttgtggcg gtagtgctgg attaagcgct tgtgcttctc 1257241 tgtcttgact ttgcttctca tatgccacag cggcgttcct ggaaagacga cgacctgcct 1257301 tatgtttatc ctcctcacca tcagcccgtc gtcaaggagc cttttgagga actggaaggt 1257361 tatctcgtag ctcttcttcg tctcgcccgg caggccgaag attatgttta tcccaggtaa 1257421 aagccatggc attccgttgt agcccctctt agccccgact tcgttgagaa tcttcacggc 1257481 ctcatacgtt tcctccgctg tagcgttcag gttgttcagc ttggcaacct tggggtccgc 1257541 actttcgagg ccgaaggcaa cgacgttgcc cggcgtcccg tactttatga gcgccttcgc 1257601 aatcctcacg ctctcctccg ggtagttggc tataacagct gggttggcgt tgtccacgtg 1257661 gagcgtttta acgtccgggg cgaccgaacg gattccggcg aagagctttt caatgacatc 1257721 ggggttagga accggaacgc gtccgttcgg cctcgccata taggagaata tacagctctg 1257781 tctcccaacc ctgaagtgtc tcactccgag gtcgtagagg gcctttacct cggcgacaac 1257841 gtcctcaaca ggcctgtcct cgacggtttt atagcgaact ggctcggtgc agaaggaaca 1257901 gccccctatg cccatcgcct ttggacagcc ccgctgggtt tcaatctcca cgatgacgaa 1257961 gtcgggataa tcgggaaact gcttaaccac ctcagcgccg ataattgcat aatcgcgcaa 1258021 ttcgttataa ttcctgaacc tgaaggggtc ggcgtccttt gggctagtca ggtaatcgaa 1258081 gaggaaagcc tccaggtctc cgtagacgac gtaatcaaaa acgctctcgg ccagctggag 1258141 ctcccggctc gtgattttaa cgccacccat cgaggccgaa cccatgaacg ctggcccgcc 1258201 gaggattttg gttgccttca cgtccctcag gaaccgtgcc acctcttcaa cgcttcccgg 1258261 aacggctgag agatattttc cgggtgtgtg gagaccacct atgtaaacca ccaaatcggc 1258321 cttctccaga atctccttaa ccttcggaaa gttcggggtc ttgttcctcg tccttatccc 1258381 ctgctcgccg aggaaagtcg cccgaaggtc atctatcgtc aggtagaaca cccgagcgtc 1258441 cttcttggct ttttttatcg caccgtaggc gtatctggga tagatgccaa ggtatggcgg 1258501 aacgccgaga ccggccggtt cgtcggtgta gccgtctaca agaactaccc tcatggcctc 1258561 cgactgggcg gagaaattta aaagggtagc gttcagccag agaacgaaag gtagaggaag 1258621 agggcgtaga gggacaggaa gacgaggccg gtcttcctcc cgacgcggtt gttccttttg 1258681 agggaaaagg tcaggatgag catcaccaag agagtaagcg gaaccgttct gtggagtatc 1258741 tcgggatcaa ccttgatggg ccttatgagc gatgctatgc ctatcaccat gaggatgtca 1258801 agtatgtcgg cgccgattat gttgcccacg cttatgttgg gaagccgctt taaggcagcc 1258861 ataacggcgt tggtgaactc gggcagggag gtgcctatgg aaacgagggt taggcctatg 1258921 acgacctccg aaatcccggc tgcccgggct atttcgacgg cgctgttaac gacgagtttt 1258981 gcaccaacga cgacgagcag gcccgagcca aaaagtatta gaacgtccct cttggggttt 1259041 ccccgctctg cctcgatggg ctcgaggctc atgtgcttcc ggtaaaggta gtacaggaat 1259101 ccgaggtaga tgaggatgag gcttaaaccg tcgagcctcc ctattgtgcc gtcgagcata 1259161 aggagcgaaa cgtaagccgt tattgccacc aggaacacgg agtgcttcca cgaggtttca 1259221 tccacgtcaa ggggaaggat catcgaagcg acgcccaaga tcagggctat gttggccaac 1259281 gcacttccaa tggcattgcc gagggctatg tcactgctcc ccctgagggc ggctaaagcc 1259341 gagaccgtaa cctcgggaag ggtcgtcgcg acgctcgcga ggacgagggc tatcaaaaac 1259401 tcgctcacac cgaaaccctt cgcaaccctc gccgcggcct ctatgaagag gtcgcttccc 1259461 ttgatcagga gaaccaggcc taccgcaaag gttccaagaa cgacgaccgt tgattccatt 1259521 ctcatcaccg ggcttcctcg ttctcggcct tccgggaggg tgtcattttg atgacgtaat 1259581 cggcggcgtt ctggagggca acggaaaagc cgggctcaac gccaattaca acggtctcct 1259641 tcccgtgcct ctttgcctct atgatgaggg gcaggaagtc cgcgtcccgg gatgcaaggg 1259701 ctataacgtc cacgtcggcg gtgtagatca tctccatcgt ttcgatcgcg accctgacgt 1259761 cggtgtcccc cgcaactata acgggttcga gcccctggtt cactatcgcc tcgaccagtc 1259821 cctgcggggc gtattgattg agtatcacct tggctatcct gacgctcccg attctgttta 1259881 gggcctcgat tatgtcctcg agctttatgc cgaactcctt tcgcagtatg ttgggcccgt 1259941 ctatgatgag gccgattttc ttcttggggt gttcttcacc ctccttctcg cccctcctga 1260001 gtatcctgaa gatgctattc ctcatctttc tcaccgccga gaactatggc gtagtcagcc 1260061 gcatgcttca gggcaacgga aaatcccggc tcgacaccga tgacgatcgt ttcctttccc 1260121 ttttccttgg ccttgaggat gacgggcaaa aactccgcgt tcctcgtggc tattgcgatg 1260181 acgtcgatgt gggggttgta tatctccttc attgcctcga cagctaactt aactcccgtc 1260241 tcgcccgaga ctaccatcgg ctcaaaaccc tgatttgaaa ctgcctctat gagcccctgg 1260301 ggggcgtact ggttgagaac aaccttggcg acgcggatgt ccccgatctc ggagagaacc 1260361 tcaacgagat cctcgagctt gacgccaagt tctttcctca gcatatttgg accgtctatt 1260421 agaagggcta ttctcttgcc gcgcgatatc ttgctcttca tctggccgat gatccttatg 1260481 ccgctctttg tcattgagac tatcttctcc cacttgccgc tcatggggaa caccggggac 1260541 accgctgtta cacgggggaa taggggaagg aagttaaaaa gctattcatg cccttagcag 1260601 gcgcttgtag tagtaccaga ggcccctcac tatgtcgcgc acctcgatca ttgtgaaggt 1260661 ctcggttctg tcaatcagct tcgccgtctc ctcccagctg tgggcctgca ggacgcggta 1260721 gatgaggagc tttatctgtc tctcgtcgag atacggcttc atccagccgt cgaggaagta 1260781 gagcttcact atcggcttca ccgcgtcgac aacggtatcg taggtcagga ccttgcccgt 1260841 gaaggcgtcg aggcgcttct tctgaatctc cgtgaggtga accgggtaat cgacggcctc 1260901 gccgaagggc gtctcgaaga gccagcgcgc tatttctggc tcaagctccc tgtgtgtatc 1260961 tccgagccac tccgtaaacc ttatcctgaa ctcgtcgttg gccttcttga tgagcttctt 1261021 ggccttctcg cttataggct tgaggactat cgccgtaaac tcaccgctga ccgggttcct 1261081 cgcggggctg aggtgaacca ccgcgaagcc gttcctgacc cagaagcgga cgagttcctc 1261141 actggctcca aagcccgaac caatccagtc gaggcccttt tcacgagcct ccttttcaag 1261201 gagctccagt gccttgcttc cgagacctct gtccatcgcg tccgggtggg ttgcaatcct 1261261 cactatgcgg tagcccttca gcctcgcaaa ctccttcaaa taatggtgct tgaccatcat 1261321 gtcggggatt atgttcccgc gcggcttgta gcccttggcc atcttgtcta ttaccttctt 1261381 cggaatccct ccctccttgg caatctgtat ggcggtaact atcttgccgt tcttgagcct 1261441 gagcacgcga gcctcgtggt ggggcgcgtc ggccaaaagc gccacgtcgc tcggcctgtt 1261501 gcgatagtgc gccaagatat agattccgac gaagtgcctc aaatcaggcc tgtcgttctc 1261561 gaaccagtcg tcgaggtcgg gctcttccag atagacctcc ttcttctcaa tcagctcgaa 1261621 gtcctcctcg gtgagctcta ctggctcggc gtcgagcagg agaacgtcga agagccaccg 1261681 ctcaatcggg tcgttttccg catacctaat cggctcgtcc atgtggagct ccttgaactc 1261741 tctcttctcc ctggctctct tgaggaactt gaccgagaag ccccttcccg ctccctcgta 1261801 gccgtgaatc gttgaggagt aaacgacgcg ctccttgttg aggtacttgt ggagtatcgg 1261861 gacgtgaatt cctgccgctt cgtcgagaat gtagaggtca gcgctcttct tgtaaccttc 1261921 tgccggcggg taatagcgga ggccgatttt cctcgcgtag agctccttta tcagcccgcg 1261981 ctcttcaacg acgtagggct tgaagccgag cctttcaagg gccctctttg cgaagcggaa 1262041 cagtgcctga acgttctcaa gctcgggggc agtaacgaca atcctcgtcc tcttctttag 1262101 agctaaggcc agacctatcg cgccgattcc aacggaaacg ctcttgcccc tccccctatc 1262161 tgccgtcaga acgagcatcc cgccttctac cagctcctcg aaggccttca aaacctcaac 1262221 ctgaccctcg gttagggcca tctcgtagag ctccttcggg aagagggtct cctccgggat 1262281 ggggacgccc tttctcgctt taatcctcgc ctggctcttg cttctcttcg gcttcttcct 1262341 ggcctttccg ttctcggtga tgatgtagat gccctcgtgc tccgtgaact tcctgatgag 1262401 gcgcctgttg aatctcttct tgacgtcgtc tatcgtgtaa ggtggcgtta caaggctctt 1262461 gtggaagccc gtccacatgt ccttccactt ctcgaagggg tgagcgagga tgaaaatcag 1262521 tcccccaccg cggacggtct cgataatcct tccgaggtcg ttcggcgagt agtcgtagct 1262581 catgtcgagg atgagcaaat cgtaggttct tccaaggatg tcgcgggtgt gcttgaaggt 1262641 aacggccttt acctcgacgt ttgggccagc caagacgtcg aagtgcttcc tgaaggcctc 1262701 gtagcgcttc cttccaaagg tctcctcgcc gagcgcgtcg gtggcgtaga gaacctctat 1262761 cctgtcctcg ctctcgtcgc ggaggcgctt cttcatcagc tcgtcgagaa ccccgctcaa 1262821 aaccctcgca gaggcccccg ccagtattcc cgctaactcg gctttcctca gcgtgtcgcc 1262881 ctcgattaca atcattctcc tgtggaagtt ctcaagggcc tgggctaaag ccgtctcggt 1262941 gagcttgaga accgagtcct taaccttctc gcccttcgca tagtctctca cttccctctc 1263001 aaagcgaacc ttgacggtca cggccgtcac ctcccggaag atagggagaa agttggctta 1263061 aaaaggtagc tcaaaccttt taatctccac cgcgtagctt tgtgcatgaa ggccgagatc 1263121 aaaaacctca tagaccgggg aacgtataga aagctgcccc tctttgaggg ggaactgccc 1263181 gagaacagct acgcccagat agtggaaatc aagccgaggc ggaccgtcag gaagcactac 1263241 catcttcacc agtacgagct gttctgcata ctgagcgggg aggcaaggct cggcatcggg 1263301 gatagagagt atctcgctag accgggcgag atattcctcg tcaagccgag aaccgtccac 1263361 tgggtgatca acgagcgcga tgagcccttc aggctgttcg tggtcaagct caactaccag 1263421 ggagacgact cggtgtggct ggattagcga taggcgcttt cccggggtct taaatccgtc 1263481 actactatca ctttttcctc ccagtagacc gtgtagaaga tgcggtaatc cccaatccga 1263541 accgatacgt gttggtgtga cgacttttgg ttcccttcac tgacttcaca tcgaaaggag 1263601 gtttaggaaa aggattgtac tgcagggtcc tcaagaactc cgagagcttt ttcctctggc 1263661 tctctttcag gtatttcctg gcgttcctga tgacattcct gtccaccaca cctgaaaggg 1263721 cattcaatca cctcatgcct caagctccct gagggcctcc tcaaggctca tgcctttctc 1263781 tgggtttttc cccagttcct ccgcttttct gaggagttcc tcgtaaagtt cctcgttcac 1263841 gatctcaggc tcctcagact cggctattag cctcagaagc tcctgttcaa tttcatcgag 1263901 cttcttccgc atctctctga tgtcattgag aagcctgatg acactcactc ccatgatccc 1263961 accatgtccc gtacgttgtt aaattaaaaa gggttttgga aaagcttaat ttttccaggc 1264021 acattctaca tcggtggaac gcaaatggag agaacgatcg gcatcctcgg cggaatgggc 1264081 cccctcgcga ctgcagaact cttcaggagg atagtggaga agacgcctgc aaagagggat 1264141 caggatcatc cgaggatcat aatctacaac aatccgaaga tacctgacag aacggccttc 1264201 atacttggga ggggcccgga tccaaggcca gagctcattg acagtgccaa gaagctcgag 1264261 agctggggcg cggacttcat aataatgccc tgcaacacgg cccatttctt cgccgataca 1264321 atccagaggg cgataagaat tccactagtg agtatgatcg aggaaacggc ggagcgcgtg 1264381 aagggaatgg gcctcaggaa ggcgggcctc ctcgcgacgg acgggacgat taagggcctg 1264441 atctatcacc gtgcactcct aaaaagggga gtaagcatag ccgtgcccgg aaagaaagat 1264501 cagaggctcg ttatgaaggc catctacgag gggataaagg cgggaaacct cgagctcggc 1264561 agggagctac tcctgaaggt ggcagggaaa cttcagagga ggagcgatgt cataatagct 1264621 ggctgcacgg aggtcagcgt cgccctgaaa cccgaggatc tgagcgtccc cctgatcgac 1264681 ccgcttgacg tcatagccga gaaagccgtg aaactggcgc tcggcctcga ggagctcaga 1264741 actccatgac cattccggag tgcagcttgc ggaaacgctc gccgtatgcc ttcaggaaag 1264801 ccgtctcggc cttcagcccg gtgcagtgcc cggtgtagac ttctttaacg ccgagctctt 1264861 tgaactcctc cacagttctc ttgatgcgct cgtcgcttgc ctcaatcagg tgaaagccgc 1264921 ctattacagc cctgacacgc tcctcgcctg ttagccgtat cgcgtgcttg acgatgctaa 1264981 ctatgccggc gtggctgcag ccgcttataa ccacgagacc ccccggcgtt ttcgccacga 1265041 gactcatgtc atccctcagc ctgtccccca cgaccttccc gttctcaatt gtgtagactt 1265101 caagctctgt tctctcaaac tcctcccgct cggttacttc acccgttgag aggacgttct 1265161 cggttattgg aagagggtct gcggtgaggt agaggtcagc gagctcctca acttcctccc 1265221 gcctgaacgg aacgcccacc tcgcggaggt acggcttggt gatgaagtgc cttctgaaaa 1265281 tcaaggggtg tgcaacaacg ggaacgcgcc ttccgatggc ctttagaatt cctaaaagcc 1265341 cgccagtgtg gtcgtagtgg cagtggctca ggaagacgta gtctatcgag gccggatcga 1265401 ttccgagaat tttcatgttg tgcaaaatgg gctcggcgct ctgaccggtg tcgaagagaa 1265461 ttctctttcc atctgcctcg atgaggaagc tcaccccgtg ctgggcaagg aaggggctct 1265521 cgtagccgga gtagtcctcg acgagtacgt acaccctcac atagctcacc gtaataaaat 1265581 ggagaaaggg cgtttatgcc tttcgcctcc tcaagaaaag cgtgaggagg ggcaatgcta 1265641 tcaaaagccc gggaccgcag agcttccagc cctcattctt tgaagtggtt gtggtcgagg 1265701 ggatcgttga cgtcgttgta gtggcagtcg ttgtagtggt ggctgtagtg gtagctacgg 1265761 tggtctttgt tgtggttgtt ccggttgtgt gggacgtggt tgtcatggtg ctcgtggtgt 1265821 cggggttttc gaggggacag agggctttga ggccgttctt gatggttttg gcctgggggg 1265881 cgacgttcct aaccgagacg ctcaccggga ggggatttcc tccggagcga acccacgtta 1265941 tgggcgcaac gctctcaact ggaaagtcga gcctctgaac cgagacgtgg caatttgcaa 1266001 agctctcatc ctgtttgaac acaccgagga aaaagcttga cttcccaaga ctccctgtgc 1266061 cgaggctcga tccgttcagc ccacctgcga aaactattcc ccctgaggga agggatgtga 1266121 gtgcccttat ccagtctatc cccctgctcc cgattaggac ggactccccg atagtcccat 1266181 actcgtccat gaagagaagc cacgcctgcg gagtttgggc ggaatacgtt atgcccccga 1266241 ggacaagttt tcccccggga aggagcgaaa ccgcgtttgc ccagtcctcc ctcggcccgc 1266301 caacaaccct cgcccagagg agctttccat cgaggttcgt tctgacaact aaaaggttga 1266361 cgttggtctc attgttgaag agggtgctgt acccaactaa ggtcacaccc ctcccgtcga 1266421 cctccacatc atagagtcta tccatcccct caaagccgta ggttctctcc cataccaact 1266481 ctccgttctc tccaaccttc gccagccaga agtccagtga gccggtggcg ttggactggg 1266541 cgataccgcc gatgtaaacc ccctgacccg gaaggatcct catcgtgacc ggaacaaccc 1266601 tgaggctggt gttaatcaca taggcgcttt caacgagccc ctctgaatcc agcctgagca 1266661 ggagaggttt ttccccggcg gatgagagcg cgaggattcc gtttccgtag ggaagagcag 1266721 agtatatcat ctcggtgttg tagaccctgc tccacgctat ccggccatcc tcgccaacca 1266781 gaaagaccca gcccccgttg aaggacgcac ttccccccgc gaccagtatc gaaccgtccg 1266841 ggagcacttt aacactcgac acaagatccc tgccggttcc accgtatgcc ttctcccaga 1266901 gaacccttcc atcttccttg aacgcaacga gcaccacgtc gaagtccccg atgcctgttc 1266961 cgttggatat cccggccgcg atgatggtgt ttccactggc atctatcgca ataaaagagc 1267021 cgagtccgga ggtagttccc tccatcatga ctgccccttg ggcgaggctg gcagttgaga 1267081 gcagaaggat gagcacgagt aacctgacct tcaattcctt cacccggagt ggaatcgagg 1267141 gggataataa aaagttgccg ctcattcgaa ctcgtccgga acctccagac cgtccccatt 1267201 ctcctcctcc agctccctta tttcaaaaac cttgagtgga accctcttga gggcctttcc 1267261 aaccacggcc ttggctattc tctcggcgtg ctctatactc tgggcgttga agaccttgag 1267321 cgtgaggtat atcccaacca gcccgacgga gcctatcacg aaggcactct cgaaatgggc 1267381 gccgcagacg gggcactggg agtagccaat ctcaaccctc acgaagtcga ggttctcctt 1267441 gttgagggcc tttgcgacct tgctcaccgc gacgtttatc gcgtcctcgc tcgtttccac 1267501 atccttgact attatcgggg cttcgagcac aacgacgtag tcccccatgg tcccacctca 1267561 cccgaaggca aaaagcctgt cgtcttcacc cctaaagaca ccgagcctta caccggcgtc 1267621 gataaagccg tgggcgtaat tcagcgccgc gaaggccgtc acgtagtcgc ccttctcgta 1267681 gtaatacctg gcgtcctcaa aatagctcct cgccatcgtc aaaaaatcct cagcaacttt 1267741 gtgaaggagg cttttctcat gaactgcaac ctcaagggtc tttaaggcct cctctgttat 1267801 tctaaaatac ctctcgagct tctcatcggt gatctctcgc cccaccggtc tcgcctcgct 1267861 gagggttggg ccccggtttt ataaaccttg cccaccatca ccgttaaata tctgaacccc 1267921 ctaggtcaga ggggtgaggc catgataaag gtcgttttct ttgaccttga cgacacgctc 1267981 atcgacacaa gcaaactcgc cgagatcgca aggcgaaacg cgatagagaa tatgatccgt 1268041 gccggtatgc ccgtcgattt cggcatagcc taccatgagc tccttgagct gataaacgag 1268101 tacgggagca acttcaacag gcacttcgac tacctcctga ggcgcctcga tctccctcac 1268161 aaccccaggt ggatagcggc gggagtaata ggttaccaca acactaagat ctcccacctc 1268221 aagaccgtac ggggagttaa gaggaccctc cttcgcctca aagagatggg tcttaaactg 1268281 gggataatca ccgacggaaa tcccgtcaaa cagtgggaga agattcttcg aacggagata 1268341 gaggattact tcgatgaagt ccttatatcc gacttcgtgg gcgtcaagaa gccccacaga 1268401 aagatcttcg agaaggccct ccggaagttt gaagtccagc ccggggaagc catgatggtc 1268461 ggcgacaggc tgtactccga catatacggg gccaagcagg tgggaatgca caccgtctgg 1268521 ttcaaatacg gaaagtacgc caacaaagag cttgactatc tcgaatacgc cgacttcgtc 1268581 atcagatcac ttgaggaagt tccggagata gtgaggggac tcaacgatga ggaagaagag 1268641 cgttcagatc cggaagttca tgctgattga ctccgcctac aagtcgagga tcctcagggg 1268701 agacaaggtc acgacgatac gctacgggag ttacgaagcc aaacccggga gcgaggtcta 1268761 ccttgtgata acgccgagcg acactgccat agcgaaggtt aggatcacga aggtcgagcg 1268821 gaagaaggtt agggaactca ccaacgaaga tgcaaggctc gatggcttct cggacgttaa 1268881 ggagctcctc cgcgagctga acaaaatcta cggcgagctc tacggggacg acgaggtcac 1268941 gataataggt tttgaggtgg tcaagcgttt taaagatgga attcccctca agtggctcaa 1269001 ggggctcaac taccgcgagc ccgaggagat agcgcgcctc tacctcgaaa accaagataa 1269061 gctcaacttc aaccgcgaaa cggacttcat aatgcgcagg atttacaacg aggggctcgg 1269121 gaaggcggtg agaaccttcg gaccgaagaa agtccagcag gcactgttaa aggtctacca 1269181 cggcctctac aacgaggggc tgatttagaa aagcttttta ggttcctctt tctcttcact 1269241 ctgccatgaa gaagagcccc ttccaactcc tctccctggg actgctcctc gccttagccc 1269301 ttcagcttgc aggcgggttt aaaggtataa acgaggccct taactcggcc cttcccctaa 1269361 tagacactcc ctggatgaac ctgctaacgg ccctgggggg aaacgcgttc ttagcccttt 1269421 ttgccatcat tgtagttctc tacgagatga agaagctggg tggcgtatct tcaaagaccc 1269481 ttgcctttct catcgctctc tccctcggcc tcgtcgcggt cggtgcgctg aaggccctcc 1269541 tcgccgagcc aagaccgaga ccgctcccgg gggccggttt tctgagctcg ggggcgttcc 1269601 cctcgggcca caccttcaga gcctcaataa tagcgagcta cgtttcagac cgctggaaga 1269661 aacttgctcc gctcgcgtgg gcctacgcca ttggaatagc cctcacgagg ctcttcctcc 1269721 actaccactg gcttagcgac gtccttttca gcctcctctt tgccccctgg ctttatctac 1269781 tgctccgctc cacggagaaa ctctggcttc ccatcatggg gagaatactc aaaaaactca 1269841 acctggaggt cgttgaggca tgaacggttt catcgaggtc ttcctgctat ccctcattcc 1269901 aaccttcgag gggcgctatg cgatagtcta tggcataggg aggggctatc ctctctggga 1269961 gacccttctg agcgcttccc tcggcgttct gctactctcg ctcctcctgc ctttggcgct 1270021 tccactgata gaccgaatca tgctctggct cgaaaaaacg cccctccgaa aggtggccca 1270081 cctctacctc tactacgtcg agcgtgctcg gagaaaggcc cacccctacg tggaaaggtg 1270141 gggcttcatc ggcctcacaa tcttcgttgc cattccgttg ccagggactg gtgtgtggac 1270201 gggagcattg gcggcttacc tcctcggaat cgagaaaaag cagacggttc ccgctttaat 1270261 cctcggcggg cttttgagca tggcgataac ggttctgccc gcgctggggc tgtttgggtg 1270321 atgctatggt ggggctcaat ccattaagcg ttgagataag ctctggaaat cccttagatc 1270381 tcctacaagc cagccccttt ccctcagcgc ttccttttct tcaacgttct tcgcaaccag 1270441 cccgtaagtc ctcccccagt cttccagtcc cacaagccca gcctttctct caaggtctct 1270501 taaaatccct ctcgcctccc tcccgcttaa ctccttccac ttgacctcag cgaagagcgc 1270561 ccgcttttcc cgctcgttca gggcaaccaa atcaatctcc tctcccttcc tccaccagcg 1270621 accgagcttc gtgaagcgga agcccgtcag cttgagaaac acctcaggat tcctcaccag 1270681 tctctcgaaa accgagccga ggtagaggtt gaagtcctcc cccgagcgct cccagacttc 1270741 ctccgcaagg ccggcttcaa ggtagctctt gttcgggagc acgtagcgga accagaaggc 1270801 gaagtagttg tcggctatcg agtagagacc cctcttgctg gccttcttca ctgttgccgt 1270861 caccgggact tcacgctcaa ccacgccgag cctctggaga accgccagat acttggacac 1270921 gaggctctta tcgaggctgg tggcgttcac tatctcgccg aacctgctcc ttccgctcgc 1270981 tatggcctga agtattgcga aatagtttgc gggctctcgg agttcctccc ggagtaaaaa 1271041 ctccgcctct tcgtagagga atgccccctt tgagagcacc ctctcgatta cgttctcgtc 1271101 aaagcttttc tctggactga actggagcag gtaagcggga attccatcag tgattcccca 1271161 gaccttcacg aggtcttcaa cggtgtaatc gggcaggaac tcccggatgt ggaagaaggg 1271221 aatctcagtc aaacgccact ggcccgttct cctcccgtag agtgggcttt tgtaggccag 1271281 aacctcgttt tccattgccg agacgctgga accgcagagg atgagcatta ttttcgtttt 1271341 tgacagcttc aaatcccacg ccctctggag gagcgagagg accgggcggt ggtgttcgac 1271401 gagaaggggg aactcgtcga ttatcaggat tacacgctcc tcgccaattc tgtcggcaaa 1271461 agccattaag agctcgtcga tttcttcaaa ggcaaccctt ccaaagagcg tatcccctaa 1271521 aaactcggcc agaagtctct gaagctccct caagttgtcg cggtagggct tctcagtcgc 1271581 gagaaagtag acgtgaggct tatccctccc gaagtgaagg agcagttctg tcgtgccgat 1271641 tcttcgccgg ccatagatta cttaatgaat tccgccctat tgcttttata ctccttttca 1271701 aggaactcca gttcgcgccc tctgtccacg aacttttgtc tactcatgag tataatactt 1271761 gtgcttcaac tatttaagag ttgcagagtc ctcggaacgt ctggttgttt tggacacctt 1271821 gttgtcttgt tgttgactaa aaaagggatg aaggaatcac ttcgtcgccc tcgttattcc 1271881 cacgtccttc acgagaacgt agggcgtgat gacgggcctc gaaacctccc accagtgtac 1271941 ctggaacggc tcgttgctta tagcaactac gttgctcaaa atcctcccga ggttgtcgct 1272001 gacgcggatg ttccttatag gctttagctc attgttctca agcaggaaga ttccgtcgcg 1272061 cggtatcgtc gagaagtcgc cggtcacgta gttctggaag cgagtgtacc agacgttggt 1272121 gatgtagatg cccctcttaa cctcgccgaa gagctcggac ttggagtagt cgccgggctc 1272181 gagaacgagg ttccagggcc tcggcattat caagccggcg ttggcggttg tctcggttcc 1272241 gtacttcttg gcgaggcttg tgttgaggag gaacgtcttg aatgtcccgt tctctatgac 1272301 ggtggtttct ctcgtcggaa cgccctcgtc gtcgaacttc ctgcttccat agccgttggg 1272361 caggtttcca acgtccttga gcgtcaccaa ctcgctcgcg accttctggc ctagctttcc 1272421 agccaggaac gaaaagcccg cctctgctgc ataagctgag agcatgaagc ccatgtagct 1272481 gagcagattc gcaaacgcta aggggtcgaa gatgacgtcg aacctcccct caggcccctg 1272541 aacaggattg cgagccatgt gggcaatctc tccagctttc cttccggcca attcggggtc 1272601 gaacttcttc agaaccctcg cggagcaggt gccgtgtccg ctctcaaggt cgcccacgaa 1272661 ggccctgacg cttatctcta tccccgttcc ctcgtcgaag gcctcaaccc cgttgctcgt 1272721 ggtcaggtaa agcctgttgt ggtcggtgta gagaactccc gcaacgcgct tggcaccttc 1272781 gctcagggcg gagtttatgg cagtctccac gtagtcgttt ggctcatcga gttcgacgat 1272841 agctttatcg aaggtctcgg ggatgtcttt gtatttgaac gggccttggg ctattccgta 1272901 gtagtcctcc ttgggcgaga ggttctcgat gttcttcttg agggtcttca aaacccgctc 1272961 gacgttctcc tcgctcagct cggttaccgt tgtgctcgct atccttttct ccttctcgac 1273021 gaagagttcc accttcctct cgtgccagtg cttggcgacc gttatctcgt tgttggcgaa 1273081 gcggacttgt ctgcggttgg tttcatagct cagaacgacg acgtcgccga agccgagctc 1273141 ttcggccttc ttcaggatga attcgttaag ctcgaacatc gccaccacct cacggcctcc 1273201 tcagcggtat gtccctcaac cttgcgtgcg ctccacccat ccagacggga acgccctgtc 1273261 cgggttcgcc cttcccacag gttcctgggt agaactcgac gtccttgcca accgcgtcaa 1273321 cactgctcca gagggctctg gtggttatct cgaggattgg cctcctgact gggtgcttta 1273381 tctcgccgtt ctcgatgagg taggcctctc tgccgatgta cctctgctgg tagcgcctgt 1273441 cgtctatgtt ccactcgttg aaggacacca tatagacgcc gagctttatg tcctcaatca 1273501 gctcctcgaa ggagtaatcg cctggcgcga ggtaggtgtt ggccatcctc actatcggct 1273561 cgcggttgta gtttaccgcc ctcgcggccg cgttcgagcg ccccccgagc tttgccgcgt 1273621 actccctgtt ggtcagaaac tcatttatga ttccgttcct tatgaggtac ctcgggcgag 1273681 ccttaacgcc ctcgtcatcg tagaggtaga agccccagct gttcggaatc gtcgggtcat 1273741 ctatcaccgt aacgacctcg ctcccgattc tctcgccgag catgtcgggc ttgacgaagc 1273801 tctcacctgc ctgagcggcc tccctgccga aaatcctgtc ggactcgtac ggatgtccaa 1273861 cgctctcgtg aaccgctatg ccagcgacct cagggcttat gacgaggtca acccttccct 1273921 cgggtggctt cttgccctcg gtgatgagcc tctttaaggc tttaacgtcc ttcaccgccc 1273981 agttccaggg ctcgtccttc tcgattagct cgaaaccgcc cgagaatgcc ctctggacga 1274041 agggcgcctg ctccatctga ccgttctcga agacgacgag gttgtagaca acggaaatgc 1274101 gcgggatttt gctctttaca taagctcctt cgctgttgac gaagaccttc ttccagagct 1274161 ggtcggagta cattaaatag cgcatcggca cgtttattcc agttgccttg acctcctcct 1274221 cgattttcct gaggatttcg agcttctctt caggggaaat gtctctgaag tccttcttca 1274281 tcttgacctt gtaggaaacg cgatggaagt cctcctcgct gaactcaatc ggctcgtttc 1274341 taacctgtga agccgccttc gccagcttga cggccctctt aacggcctcg gcaacgcttt 1274401 cccgagttaa aacgttcgtg ctcgcgaatc ccattccgcc gtcggcgaga acccttatcc 1274461 cgattcccct gtcggcctcg atgtccattc cctcgggaga accgttcttc attgccaagt 1274521 gcgtcccgct cttctcctcg tagcgggcct cggcgtagga agcgccaagc tcaagggcct 1274581 tctcgacggc gaactccaaa agctccatgc acatcacctc ggattactgc atagaatagt 1274641 tcacggagga gtataaaagt cttttcgttc agatgacggt cgaaagagga ggaaggttta 1274701 agcacccatg acgatagaaa catgggaggt ggagatgagc aaagaggtac atctgaaaac 1274761 aaagaagctt gaggaagagg aagttggcga ggtggaactt agagagcttg agaggctctc 1274821 caaagagacc cttgaagacg ggatttcctg ggaagaggct aagaaggagc tcggtctttg 1274881 aggtgctttg aatggtttac agtgttctcc tcccccgaaa cgccataaaa agactaaaaa 1274941 cgcttccgaa cacataaaac ggaaatttga agaactcgtt gaggaactca aatataaccc 1275001 catcccttct gaaaagttcg acgttaagaa gctcaaggga agggaaaaca cattcagggt 1275061 tcgtctgggc gagtacaggg taatctacga acttcagcgg aagaaactgc ttattctcgt 1275121 catcaaattt gggaagagga agaacgttta cgaatgaaaa tcagaacttc tcctcgcatt 1275181 cgcacggctt cttcccgcag taggggcaga cgccgggata ttttttcttc gcggcctcct 1275241 ccaaatcaac accgagaagg tttgccaggc ttgcgagcca cgccaaaacg tcggcgaact 1275301 cctcctccat agcctcgcgg tcgttcttcc ttatagcctc gctcagctct ccaacttctt 1275361 caacgaacca caagaaagtc ctctcgacgc ctctcttaga gtccttgtgg aagtaaatct 1275421 cacggatcat ctcctggaat tccctgagct ccattttctc acccggaaaa agggaagggg 1275481 agacccttaa aaatcactcg ctcgcgacct cgatgagctt gcgcatgtgt atctccgccg 1275541 tgtcaaagac ttcgaccgag acgtcatcgg gccttatcgc aagggggagc tcggtacagc 1275601 cgaggatgac cccctctatc cccctctcct tccggtattt ctccacgagg gacagcaggt 1275661 aaggcttgtt cttgaagttc tcaaaggcca gttcctcgaa tattatcctg ttaacttcct 1275721 ctatctcctc tctcccggga acaacggcct caaaccccgc cctgttgagg gcatccttgt 1275781 agaagccagc ggtcatcgtc gtcttcgttc cgagaaggag gactttccta acgcctctcc 1275841 ttttcatttc ttcgataagg gcatcgatta tactgaccat cgggacgctt acggctttct 1275901 ggacgtcggg aaatacaatg tggggcgtgt tcgcagtgag ggctatgatc tcggcccccg 1275961 ctcgctcaag ggctttggca gcgtttatca ggatcttttt tcttccttcc cagccaccag 1276021 gagcgttgag gaactcattg aagtttatcg agtagattat cagctcgggg aaggtaaaag 1276081 agccgaactt ttcccgactc aggcgaatat agttccggta gtagtagcac gttgactccg 1276141 gagttgttcc acctataagc ccgattttct tcatgccaat caccgaaagg gataccccgg 1276201 ctcggatatg aagtttttgg tccaaagcga aatgttttaa ccccgccgaa cctaaggata 1276261 aggatttaac cgggagaccc ggaatccctt cgaggtgaga atatgcccgt aacaaccaaa 1276321 acaggcgata gaggtttaac cggcctcttt actggcgacc gtgttgtaaa gtactcgccg 1276381 ataatggaag cgaacggaac gattgacgag ctcgacagct tcctcgggga ggcaaagcac 1276441 tacgtgccag acgaaatggt cggaattctt gagagggttc aagtccagct ctacgacctt 1276501 atggcggaat tcgcgagcaa aggaaagtac gccaaggtgg gcgacgatga agtccgctgg 1276561 cttgaggctc tcactaggaa gtacgaggac gagctccagc ttagagcctt cgtcctgccg 1276621 gggtcaacgg tggcgagtgc gaagctcgac gtgtgcaggg cgatagcgcg aagggccgag 1276681 cggaaggtcg cgaagctcta tcttgaggtc ggcataggag aaaaggcgct cgtctacctc 1276741 aacaggctca gcgacctgct cttcgtgatg gcaaggctca tagaaaagcg cgaggggaag 1276801 ctgaaggagg ttaaatgagc ctctcctttt attcctccag tttttcctcg gtctgaacgt 1276861 ccgtcagcag aatttcacgg tatttcaccc agtagtaggc taccacgacg gccattccaa 1276921 tccaaaggcc aagggcaacg agccacgcgg gatagaggtt caggagtggg ccaacgagaa 1276981 cgagaccgag gggagtggca atcctcgtga ggatccccag ggccgagaaa accctgccgc 1277041 gaacctcgct cggaactgct cgctggagct tggactggat ggggatgtct atgaacgttt 1277101 cagttactcc ccaaatcacg gcaactgcac caaggaagaa gaatgcagca tttctgtcga 1277161 ggctcgaaag gggtgagata acccatatga aagccactgt catgactcca tctaagacca 1277221 tcgccccgaa caggaacctc cccgcctttt tgccgaactt aaccgctatg agaaggtttc 1277281 cgagcagggc tccgcccatg aagaagctct ccattaggcc gaactgaacg ctcgtgaact 1277341 tcagaacctc tctcatggca taggggagca gaacggcacc gaagggcgcc ccaaagattc 1277401 ccatgaatat cgcaaaggtc atcagcgtct tcaggtagtg gtgtttaaag atgaagcgga 1277461 cgccctcctt tatgtcactc aatacctggc cgagcccctc aatcggtttt gccttccact 1277521 cgtagcggat tagcatctca aagagacccg aaccgaagaa gctgaccgcg tttatcagga 1277581 tggcaagcct aatcccgccg attccgtaga ttaaaccgcc gagggccggt ccagcgaggc 1277641 gggccagtat cgtgaaagaa gacaccgttg agtttgcctt ttcaagctca tcgggttcca 1277701 cgaggtcggg aaacatcgcc cccgttccag cagcaaagaa cgagcccaga accgccataa 1277761 ctacctgaac tgccagaagc tggtagatac cgaggaagtt gaaggctatg acgccgaaga 1277821 ggagaacccc ccggattagg tcaaatccaa ccatgagcca ctttctgtta tacctgtcgc 1277881 cgacgacacc tgcgaatggc ataacgatca gggaagggat tatctccgcc aagatgaacg 1277941 ccgtcatcat cgaaccgctg tgcgttttgt ccagcacgta gagcggtaaa gctacatcct 1278001 gcaccgccca gccgagctgg gaaatgaagc ggccgatggc aaagagccag aagttcctgt 1278061 tgaggccctt ggagcttttc ataccgacca ccgtttttgt ttggctcttt aattgctgaa 1278121 ttgtgtaatc aaagaattaa agaattaaat aatctcgacc ctcacgtcgc cgttcactgt 1278181 ctttatcctg atggggaact cgccggttcc gatgattccg tcgggaatcc cgattagctc 1278241 aacgtcgctg ttgaccttct ttgcctcgat tctcgcgtcg cagaactcgg tgaggcgaat 1278301 agttacgtcc ccgttgacgc agttcacgtt aacgtctcct tcaagttcct cgatggttac 1278361 agttatgtcc ccgttcacgg tagaaacttc caaaggtccc gcaacccgaa ggtgggcatc 1278421 tatctcgccg ttcacgctct tcataagctc ggcctcgcag ttcctcagcg ttatctctcc 1278481 gttcaccgtg gtcacttccg tgaatcgaac tccttcagct atgagctccc cgttcacgtt 1278541 tcttgcattg actggaactc ccctcggaac cttgagctcc atctcgaccc agccctcctc 1278601 cgctttgatt atacccaaaa agcggaactt tcgccttggc ttttcattga tgacgagctt 1278661 tccgcccatg ttctcgacta tcaggtcaac ctcgccgtgt tttgtgtagc tcaccttgac 1278721 cgcgtcctca tcccatgcgg agacgttaac cctcccgttg acgaagttca ggtgaacttc 1278781 tctgacgtcc tcaaagagca taggctcacc ccacgtagtt catcagctcg tcgaggagct 1278841 ccctaacgcg cctgccaagc atcgccctgt ccacaccgag gccctctatg aggcccgcgc 1278901 tctgctcgtc cactatctcc ttcgccttcc gcattacgag ccggtaggct tcctcgttct 1278961 ctatggtgtg agtccttcca ccggccctta tccttaccac accgtcctta gcggagatta 1279021 caacgtcctc gatgcgtatc ttcgcccttc ccctgccgac cgtgacggat atgtcgccgg 1279081 agcggagcga gacagcttcg ccaaggctta gcgtttcgtt tccgctcctg taaacaaccc 1279141 tgttcccgtc gacttcgatg gagaactcat cggtctgaac cttcagcctg tcgccgacct 1279201 tggttagctg gaagccgttg cggagctccc tgatggtgag cataccctct ggcttctttg 1279261 gattgccctc gtgaatcctg aagggcccga ttttcacttc ctcaccgtgc ggcgtctcta 1279321 ttacctccac gaacggaacc ttgacgtact cgaagtcctc gccctcgtag accttgatta 1279381 tgcccaaatc cactacgctt tcgccctttg tctttctgta gagcctctca gggtttataa 1279441 ggcggttcgc ttcctcaacg aaactatcgt ccgctttcgc cttctttcca actctcagct 1279501 cgccccacac tgccacagga cttgagagag tcttcctaat cgtccctatc ggcgtttcag 1279561 cttccacctc aatctcgccg tctatcaccc agccaacacg ctttccgcca accttcactg 1279621 gatatgcctt cccctctccc ctcagcctca cgtcgccaaa gtcggcccca ttgaactcgt 1279681 aggccttctt ctcgacacgc cagctgaagc tcctcttttc cgacctgcca acgagcagtc 1279741 ccgcgatggt cagcacgact gcgtaggcga aggccctccc ggccagatcg tgaagatcct 1279801 tcggcatgcc gagccagcca ccgaagtaca ggaagacgct cgtccacagg aagcccttgg 1279861 caagcgcgaa aattatcccg cttactgtaa ctccaagcca cctgccgacg ctcaacagct 1279921 cgaaggcaaa gattagcgcg attatcgcgt aaacgaggta gcgattgtat ggttcgaggc 1279981 cgaggtagcc tttgaagagc cagactatca gcagaaccgc ggttatcttc ttaaggtact 1280041 ccgcgatttt gaagcgcggg ctttcctcag tataaaacgg atagctcatt cttccacccc 1280101 ctccaaagcg gttataatct caagcaggcg caaaaacaaa cggccgtcgg gcgagatttc 1280161 gtacttgtct cccttgcgaa ccatcccggt tttgaggagg agcttgaggt gatgcgaaac 1280221 cgtcgggctt tcaacaccga gggcttcctt aatctccttg aagcccatcg gctttttgga 1280281 cagcatcttg agaattctaa tcctgtctgg attcgcgagt gctttgaggg tcttcgcagc 1280341 tttctcttcg tcgagttccg gaagctggcc gtcgctcagc ttcttcctga gcctctcctt 1280401 tatggagagc atgacctcgt caaccgggtc aacgctctcc tcaagcaggg ccagcttcct 1280461 cctcagttcc tcaagctggg ccttcagctc gtccatgcta ccaccaggta cagacttttg 1280521 tagtacaatt ttctgtactt aacttgcgca ataggtatat aaaagtttat cggttgttaa 1280581 ttgttgccaa aaatgtttta acgcttaaac ctcagtctca accatgaaca tcgccgagat 1280641 gctcacgctc atcgctctgg gatatgccct taagcgattg gttaaatcgg agaagccctt 1280701 cgattacctc cgaatcctgg tcaacgatat ccttttggcc ttcttcgtgt ttggcaacgt 1280761 cgcgagcaag gacctaaact acctccttag catcaagacc gtcttcatct acgtctttat 1280821 cataatagga ataagtctct caacctcata catctacgcg cgcttcaagc tcaaagacga 1280881 cccttgggcc ggtgcgctga tggttctctc ggtctacccc aacacggccg ccctcggctt 1280941 tccaatagcg agcctcttcc tcgacgacat aacgccggcg atactctact ccacgaccaa 1281001 ctcgatgata gtcatcccga tcgtcacctt catagcggcc cactactcca gcggcggcgc 1281061 gagcgtcagg gagagctttc taaaagctct gaagttcccg ccaacgctgg caaaccttct 1281121 tgccctaacc ctggtgatgg cggggatcag gctcccggac tggattctag aacctatcaa 1281181 gactgtcggc tggtggagca ttccgctcct cataatctac ttcggttcgc ggataacgct 1281241 cagggctttt gacctgaaga aactcctcga ggtcggagcc ttcaggatag cgattccctt 1281301 cgccttcgtc tttctcaccc ttcggtggga gaggcctgag gttttctact cggttctcgt 1281361 agaggctagt atgcccccgg ccatagcggc caatgcgatt ttagcccaat accatctcaa 1281421 ggcagaagaa gccataagcg tgaccttcgt gctcactctg ctcgtcatag gactcttcgt 1281481 tgcactccgg cttatcctcg gactaaagtg aagtttttgg aggattctca gtacttttac 1281541 attcatctcg aatttgtttc gaaaactctt gtggagatac cggtgttccc atgaaaacat 1281601 ccaccattag gcttacctaa agaaacgata ataaggacat ataacgcaac ttcctcataa 1281661 tattcctgac cctggaggtg gtacgttgag gaaaatcctg ctcggaggac tgctcgtact 1281721 tttggttttt gtcgcaggct gcattagcgg cccgtcctcc ggaacagagg aaaaaccatc 1281781 ccctggagaa accacgtttt cttcaacgac taccaaaacc accccatcgc cctcagaaac 1281841 aatgtctcca accgaaacga ctccaaggca gaccaaaacc caagtgccct ccgaggattg 1281901 ggcgtatctg gatctgtccc ttatccccga aaacgagcct aagtacagcc ttcataaggg 1281961 ctccctttcc gacagcagtg tcagtgttga ggttctcctt atagagggcc ccgcaaagtt 1282021 cgtgaagaca agcgctaact gggaagcctc tccaggtgaa tcaagcgcca acaacgtggt 1282081 gtttcaggta aatcacgacg tttattactt tgaggttggc cccaccggcg tttattatga 1282141 gggaggccgg gttgtgggag acctctccga cttcgtgagg ttcacggagg acaagtacct 1282201 gggatgggag aatgggttcg ttcgcattta ctcgagatcc cttaacaaat accgcgagaa 1282261 aaaggatgtt atggcctacg cggccacgct gataaacgga gagttcgcaa tcgttacctc 1282321 ggttgaagac aacctcaccg taacaacctt cgtgaacggt gaagcaagca gtgaggagta 1282381 ctccttcgat tgcccgattc tttcaatgca tccagccttc actggagaca caatctcggg 1282441 attttacatg gccacgacct gcggcgttta ctacgtcagc ccgaaccttg agacctacga 1282501 ctcaggctta ggggattcag catggataat catctctaat gatcatgatg acttggggac 1282561 gatcgttgtt tattcaaagg acctcaacga agtcgtcggc ctgcactaca gtgccgagca 1282621 cgatgaagtt ctccacagca aacccctctc agtgagctac cgcccggacg cagcttcggt 1282681 cagcgggctc tacttagccc tggcaagggg tacaaagctt tacctctacg agctgggtga 1282741 ggacggagcc tacaacaatt tcggtatcct ggactttccc tatccgataa gggacgtcaa 1282801 gataaaccag ctctccggcg accagattga agtcggcgtc gcgtggaaag agggcttcgc 1282861 ccacatagtt ggaaaaccgg acgatttcag gggtgaacac tccctcagcg ttggggagga 1282921 aataagcacg accggaacgc agacgtcaac gccgccggct caggccggac ttgaggggat 1282981 ttttgacatc ttcacaatcg aaaaggtcag cttcggggaa ctgtggggag caaaaataca 1283041 cctcgaaaag actccggact accgcaacgt ccacgactgg ctccagatac gggtctacga 1283101 gccggctggt ctgccagagg cgtacttcgc ctttggcagg tacatggttc acgtgaccgc 1283161 ttcctttaga aactttgtcg aaagcaagag tgacttcacc aagtacgatg tcacggaggt 1283221 ttatgagctg ccatcaacgc cgaaggactt cacctttggc atctacgaca caaacgacat 1283281 ctttatggct ggccaagacg gaaagctgta cctgatatac gggggcgagt ggaaggaaga 1283341 gcctgttgga aacgaaaaag taagatgctg gaagtcgaag acatacgtta catgggacat 1283401 tgatgcagat ggtgttaacg taatgtcacg tgggggcaac aactacttcg tgggctggaa 1283461 ggacgataaa atatacgtaa tcacttacac gaacgaacag ttctacaacg cggaggagga 1283521 gggactgcca aaggtgcagc ccaaagaggt tcagttgccc gaaaatatcg tggccgttta 1283581 cccccttgac tacggccggg gcttcctcat aagaaccgaa actgggctgt atctctacga 1283641 cgtgatgggt tacttcgact atgggcctga taaactttac accctcctga cggacgctcc 1283701 agggatgacg gctgtccaga tatacactga cgacgcctac atctacagag acggaacctt 1283761 cacagtggtg tatgtgacct ctaaatacga cgcgaacgac aaggaggttc cgacggtaaa 1283821 cgtcgtgagc tccaagatag caatacccgg cgtgaggacc tttgccccaa tgttcaacac 1283881 atacaacacc cagctcgccg ttgggttcga cggaaagatt gccctctaca atgtcacgac 1283941 cagctattac tacgacgaga acaacaacga ggtctatttc ctcaacctga ccctcgatca 1284001 gtccttcagc gttccattca cccccgacta cgtttacggg gaagacgagt gctactgcca 1284061 cgtccataag cacgacaact acttctacgc atgggccggt aacgactact atgtcctctt 1284121 cggcccgaag aacaggaggt ggtagtcttt ctttttccaa cttcaagctc ggggtggtga 1284181 acgaaatggg gtttatggac tctctaaaga gtgccgcttc cagctttgtt aaatccgtac 1284241 gccacaagac cttcaagata ccggccgagg aactggccga aaagtgggag aagctcaggc 1284301 cttacggagt tgagatagag gcggacacaa aatacggagg aaagtacagc acctcagcct 1284361 ggttcaccat agaggacgtc accgtcaaag aggttgaggt cgggatcttc cggaaatcac 1284421 ggaaaaagaa gatcattgtg aagtgctacc gcgaaataga gccctacgat gagtatgacg 1284481 aggaagaaga ggaaaagata gactggttcg atttctcaaa ggaggaagaa acgatagaaa 1284541 gaaaagaggt gacgttctgg gagggagaca aggtcaagat acgcatgact gaggcggact 1284601 acgagaagat gcttgaacgg gaaggggatg ttctgaggtg aagagggtaa aggttcttct 1284661 cgtgctcctc ctcgcgggag ttctgctcgt gagtggctgc ctcaatacag gatccaaaac 1284721 agaaacttcc agcaaggtgg aggacacggc tgaaagtcac tcctcaagcg tcccttcggt 1284781 ttccacgagc acaagcgaac aaacccatac agaggaaaca acgtcaccga gaaaagaacg 1284841 gcccaagggt atcttaacga caaagatctt caacaaaacc ttcgcggtga acgcctccct 1284901 cgtcccggat tccacctttg actgcctgtc aaaaagtccc gatgttataa aggcctacta 1284961 ctccgcggtc aagagcgaaa agaacgtcag cgatttcttc gacctgagcg ttgtggaaga 1285021 gagctccctc ctcgagctac acaaggccct ctaccgggcc gttgacttca aggagctcca 1285081 aataagcgag cccaactgct cggtcatcag cacgaacctc gtggcctgct cataccacta 1285141 ccatgctgtt ctcatcaaag aaggccagga gaagaccgtt gagaaggact acgtgacttt 1285201 cctctcggga gacgtttgca aaatcgtctg gacggaggcg gaatcatgaa aaagatagtt 1285261 ctcctgctga tcctcgttct gctgaccgca ccgttaaagt tctcagttat ggggcatgaa 1285321 caaggccaga gcactttcgt ggatacggac ggcgatggct taagcgatgc tttcgagatg 1285381 gcctacaacg aaacgtactt cggaatagta taccgtctca gccctaccaa tcccgacacc 1285441 gatggggacg ggctgaagga cggggacgaa ttcttggttg ggacaagccc gctactcaaa 1285501 gatacggatg ccgacggcct gtgggacggt gaggaattct ggatgggaac cagccccctg 1285561 ctggaggaca cggacggaga cggtctcacg gactacacag aggtcgtcta catccccaaa 1285621 aaatacaaca ttgcaccacc aaaccccctc gaccccgata ccgacgacga tgggatgaac 1285681 gatggggcgg agtggagcag ggcgcacagc gtggacaaat tcttcgacgg ctacctgaac 1285741 cctgacaagg acggggacgg gataagagat ggtgccgagg tgtatacttt cgtatggaac 1285801 ggggagcttt acacgaaata ctgtgaccta acacttgact gcgatggaga catgctttcc 1285861 gacgcggagg aactggaact cggaacaaca ccgtacaacc cggacacgga cggtgatgga 1285921 ctgctcgacg tccttgagct gaggttcggc tccagcccct tcaaaaccga caccgacggt 1285981 gacgggattg gggacttcga ggaggtattc cccctgctgg cgtacgagta caagctcacg 1286041 gaggatatac gctccatcat aggcggagaa cccccggagt ggtgggacga atcatgggca 1286101 tggctcttta tatccccact taacaccacc gacatctgcg ttcccacgat ggaagagctt 1286161 gagtccgcca ttgagctgaa tcaatatccg atggacgttg ttaaaaagta catccgcacc 1286221 ggcctgcaca gctatctaag caacgtctac accctcgact atccggaacg ctacgagagg 1286281 ggggacatat acagcgacaa cgccgtttgc tacctcggta ttcccacaga cccaacaaaa 1286341 tacgacacgg acggagatgg tctgagcgac tatgaggagc tgaattatca gccggcatgt 1286401 cctactccag ggtgctcctt agctgtctac tggctaatgc tcgacccgaa cgactcggac 1286461 tccgacgggg atggagtaat agactcagaa gacatagtgc cggtaaacta cgacctcgac 1286521 ggggacaagc tcatcgagca ggacgtatgc gcctactata ccgactgcga cggggatagg 1286581 ctgagtgatt actatgagca attttttgga acggatccca aaaacccgga cacagacggt 1286641 gacggtttaa ccgacggcga agaaagcggg ggcgacctaa acgttgcaag caggatagca 1286701 agcaacgaaa ccccttactg gcacaacagc gaccccacca aaacagacac cgacggcgat 1286761 ggcttcacgg acttcgagga atacaaaagc tgtctctcct cgtggagatg tgtggtggac 1286821 cccaacctgc acccggagac agctcccaac gtccagaagc cagaatacaa caaaacgaaa 1286881 gagattgaat ttgtcccccg aatagagaga agctacaacg tcacggtcac cataaacggc 1286941 aaaaaacttg actcctcgac cgttctcctc gagacggaca gcttttccgt tgaggtggaa 1287001 gcatcacctc tcagggtcac cactggaaac gaaaccaccg aaaagccccc tcagagaata 1287061 ttcctctaca catccaaata cgggaacttt gagttccaag gcagtagtct ctcaaagaca 1287121 ttcacccttg agaacttcac aaggattggg gttgagttct tggatctttt catcagagtt 1287181 gactacggga gtttctttgt ggatctcggg tacgatttga ccttcaaata caagaccgct 1287241 ccggaagtcg agcttgagga atcaagctgg gacaacaacc tcgacgttgg aaagctcgtc 1287301 ttcaagtgcc gcttctgcaa gaacgcgacg ataatagtcc ctggcgccct cgtgaacgga 1287361 agggaaaaga aagtcatcga actgggaagg acgatgcccc ttaagtacct ctacgccaga 1287421 ataatcccgc accgatacac ggtagccagt gaggccgacg tcggaactat ctacacgaag 1287481 tatgaggaca gcgtcgaagt cctgaagacc ggcaaggaca taggtctcct gacggccaag 1287541 atggtagagg cgagaagttt gaggtcgaag ataatatacg gcatggtggc gactgccaag 1287601 gggataaaga ctatcgtcgg cggtgttgag gcgttcattc cggaggacga gagcacggag 1287661 gttgaggagg ttcagaagcc caaaggagtc gaaactccaa catcgacgag gttcgacaaa 1287721 gaggcgttca agaaaggcct gctcgactgg gtcaaggaga agctcgttga tgcaaccttc 1287781 gactacgtca ccgaaaaggc cgtcaagtac gcagacgcca aggagctgga ggcaaggaga 1287841 cacgaaacga cctaccacgt gacggttaaa gcgtgcaacg acttcggttg caaggtttac 1287901 agcttctccg tcagggggta tgcatatgag accgattgag ctttcttttc tttactctca 1287961 atgagtggag gtggtgatat tgaagaaagc cctgctggtt tttggagtga tactgctcct 1288021 cttggcggcg ggttacttca cagggttcat agacaagtcc accgttgatg atctactcaa 1288081 gaaccttcag aagggctcga atacgggcac gacgggggag aaagaagata gccataaatc 1288141 ggaaactcct tcgatgacgg aaaccttttc agaaacctcg acggctccgg gagaaagttt 1288201 cagcgaaaca accagtacgg aatgggatca aaccgagacc ccaagccccg gacagggaac 1288261 aacgccaaca gagagtgaac tcaagaactt tttcgaccac tcctactccc tggggacgct 1288321 gagctttacc gagggggact acgattacaa ggggctgaag atcaccccgg agaagggaag 1288381 gctctactac ttcccataca cctcaagtct cgtctatctc gtgtctggca ggataatact 1288441 cgcagtttcc ccctgggacg atgacttcct cctgggctca aaggcaaccc ccgagataga 1288501 ccagtcgttc aagttcctga tcgtgcttcc tgttgagccc aagaagctct ccattctcac 1288561 aggggaaggt aggatcccga gcatcatagc gacggacgga gagggcaggc tccatatctt 1288621 catagacccc cagcaagttg agggggacga gataaactgg tacatccctg ctgggcacgt 1288681 agtctacaac ttcgacgcga ccggagttgg cattggggag tatggcacgt accaagagga 1288741 ctacaacatc tacctagcat ggaaaggaag ggagctgagg gtgtacacgt actcccacag 1288801 aacccttgag gacatcgagg aaggcaagaa cataaccgtt gagcccgcag tatacaccct 1288861 cccggaagat atcctggatg cgaacgtaat gctctacgat gacttcatcc ttgtcctcac 1288921 agagggagga acgtatttag tgccgagccc ctacggccgc tacgccaacg acactaacat 1288981 ctacagaatc gacgatcggg tggatatgat aactggctgt ggaacttggg gcgatgcctc 1289041 ccccgatcca accaacatga gctttacagt gtattcctcc ggcagactct acgttctcag 1289101 agtcctctac gcggaggaag agcggaagat cacagtaacg aaagaggcat ccttagacgc 1289161 cccaaacgta gttggcatat tcagtcctat gacaatagac ggctcacaga ttgttgcagt 1289221 ctcagagtcg agtggagtgc tcaaggtgta tcacatcaac tggagcaaag aaaccggcag 1289281 aaaagaattc aacctcctcc agcagttcaa accgggcgtt cccctcgtga atttccagtt 1289341 cgggaacttc ctcggggcga tagcgagcgg ggtcggaagg gacggtgcgt tctacataat 1289401 agtaatgcgg cagagcaaca cctgactctg cgatttcttt ttaacccctt cgatttttct 1289461 tttaacggtg atttcaatgg agcgcgtcgt tgagattctg agagaaatcc ttgaaattcc 1289521 gtcaccaacc ggctacacta aggaagttct cgcacacatc gagaagaaac tgaacggggc 1289581 agggataaag acccgctaca ccaacaaggg agcccttttg gcctacaacc acccggagcc 1289641 ggagctcgtc atagcgggcc atgttgacac gctcggcgcg atggttaagg gaatcctccc 1289701 cgacgggcac ctcagcttca cgaaaatcgg cgggctcctc ctcccgacgt ttgaaggtga 1289761 atactgcacg ataataaccc gctcagggaa gaggtttagg ggaacgctcc tcctcaagaa 1289821 ccccagcgtt cacgtcaaca aagacgcagg aaaaaaggag cgcaaggagg aaaacatgta 1289881 catccgcctc gacgagctcg tcgagaagaa ggaagatact gagaagcttg gcataaggcc 1289941 cggcgacttc atagccttcg atccgaagtt cgagtacgtg aacggcttcg tcaaggcaca 1290001 ctttttagat gacaaggcga gcgtcgcagt gatgattgac ctgctccttg agctagcgga 1290061 cgagcttgaa aagctcccgg tggcgttctt cttctcgccc tacgaggaag ttggacacgg 1290121 cggttcggca ggctatccgc cgacgactaa agagctcctc gtcgttgaca tgggcgtcgt 1290181 tggagagggc gtcgcgggaa aggaaaccgc cgtgtcgata gcggccaagg attcaagcgg 1290241 gccgtatgac tatgagatga cgaccaagct catcgagctg gcggagaaga acgacatacc 1290301 gcacgtcgtt gacgtcttcc cctactacgg ctccgacggt tcagcggccc taagagctgg 1290361 ctgggacttc cgcgttgccc tcattgggcc cggggttcac gccagtcacg ggatggaaag 1290421 gactcacgtt aaaggcctgc tcgcgacgaa ggagctgata aggatttaca tagaggagcg 1290481 atttcatcgg tgacggttat gagggcccga atcattgagc gcttcaagtt cgaggcggcc 1290541 cattcggtgg tcgttgaagg caggcccgag gagatccacg gccacacgtt ccggctggag 1290601 gtggtagttg agggacctct gaaaaacggc tacgttatgg acttcattca gcttagaaag 1290661 atcgtcggcg ggattatagg aaagctagat cacagaaacc taaaccacat ctttgagaac 1290721 cccaccacgg agaacctcgc gctctggatt gccaaagaga cctcccggaa ccttcctgag 1290781 ggagttcggc tcaagcggct gaccctctgg gaaggggatg ataacggtgt cgagcttgag 1290841 ttctagtcga tccttttcaa tttacccccc tcaaggagat acaccgcgtc gcattttggc 1290901 ttcagaagct cgatgaaatg ggtaacgctc acgacggtct ttcctttctc cctgaagaga 1290961 tcgtacaccg acagcatagc ttctctcgac tcgacatcga gggaaaccag cggctcgtca 1291021 aggagaacga gttccgggtt tccaacgagg gcacatacca ggtcaagctt tttcactgta 1291081 ccgtgggaaa gcttctcaac ggggacgttc ataaactcct caaggccgag cagagcgacg 1291141 agttcattga tccacctccg atcggcgttc ttagaaagcc ccgagaaaag ctcgatgttg 1291201 tccctgaccg tcagccggga gtagagggcc ggctgctgtg ccacgaagcc gatctccgag 1291261 acgtttagct cggccgttcc ttcgaagtcc gtcaggcccg ctatgattct caaaagtgtg 1291321 ctctttccgc ttccatttct cccgattatg cacacggaac atcccttctc gatctcgaga 1291381 tcaaccccat ttagcaccag attttccccg tagcgttttc tgacgtttct aaggatcact 1291441 gcacgctcca tttcaaagcc ctcccgtgaa cgatcaagac gacgatcgag aggagaacga 1291501 ccgagataac attgatcgcg atgtagtcga agtacaggga gacacccccc ggacggaaca 1291561 tgaaggctct catgagaacg gcggagtagt acgttggcgt tagcctcgcg atcctctgga 1291621 gaacctctgg aaagaagcct acgggataaa agagcccgga gatgaatatt ataaacccca 1291681 tcagcacgtg gaggaacgtt tttgcgtgtg gctcaaacct caggagcatt gtgacgagaa 1291741 ggcctaggag agaaaacagg agtgtgttca ggacgagaat tgtaacaaca cctatgtcta 1291801 ttgaaacctt aacattcatt aagtggtata taataagaac gagaagagtc tggactagaa 1291861 ccaggagagg cataataatg actctaacta caaagttttc ggtaaacact ccagcaagtc 1291921 taagacgagg aaaaacgttc ttttcggata tagtgttgtc agcaaccagt tcaaaaccca 1291981 ccatcatgga gatgaaaagg aggatccccg gaagaaagaa catcgggagg gacaccttat 1292041 cgttaatacc agcagattct attctggcac ctttcagttc aatccttagg agtctgatga 1292101 ggttctccga tatcgaggca acaggattca ttgttctgtc ataatacaca acatattcgc 1292161 cagcttcaag acctccaaac tttcgaactt ctattacgac atagtattct tctctctgga 1292221 gcccattgag ggcaacggta aggtttggaa caagatgggg gttagagaac gtcctcgcca 1292281 gtgtcattat ggcccaaaca tcatcctgac tcacgttctc cgccagaaca atggcgactg 1292341 gagtgtctcc tggaacagcg ctcttataac tgcttgaaat agccccaaag aacagaggga 1292401 taaagataag gaaaaaaagg atagatttcc ttcgagctat cagtttaact tccttcacaa 1292461 aaagatcgaa aatggggggc atttaggcca ccatcaccag ctctcgtact tactctcata 1292521 actcttgagt tcagtaacta tctccgatat ctgatcgacg ctgacttcta tcgtaactat 1292581 taccttggta ccctcctgtt ggactttgat gttatccctt accagtttct tgagcttttc 1292641 gttttctttg aacatgggca tcgtggagag cattgccaag cttccctcaa atgacttgac 1292701 tagtgtgtct gccgattcct cactgtccaa ctcagtcact tccttgatcg tcagaacgtt 1292761 acccacaggc ctgtaaacaa atgcctcgta ttttatttct gagagcaggc taacaaaggg 1292821 tatcgttgga acttcctcag aaattttttc aaattcttct ctgagtccgg agggaaggtt 1292881 cttgtagtta ctaacggcca caatgtaccc atccccaatt tcgtctgcta tgttactcat 1292941 ttcctcatcg tacttcccct tccccttctt caagtcaatt atcttctcga ctacatcgag 1293001 tgttccgata agaacgtaat cgctctcaat aaccgctcca taatacgttc catcgtagtc 1293061 cttccactta tagagggtga catccctgta ttcaagctct ctgataccct ctgtgctgtt 1293121 ctttagtcgt ttaactagat ccttagtgtt gaattttcct ttgatgtaaa ctgcaaaatc 1293181 aatagcctct acgtctccct cctcattgag gctaaggtcg taaaggacga aaagtcccca 1293241 ctccacatca gagggactta cgttggtgga atcctcaatt tcattaagag cctttttata 1293301 gtcatggtaa acatccagcg ccctcatcaa agattcggta ctttcatcag agagtatttt 1293361 ggcgtcaacg taaaacgcgg caaacgagcc cttgggaact agcttcaccc attccttgct 1293421 gtcattgctc cccccaatgc atccacttga gagtgtggcc attgagagaa caaaaaccaa 1293481 tgtaaggaac aacgccaaaa tgctccttgt gttgcctctc atgacagatc acccactaag 1293541 agctcaactt actaattaaa aatattacgg aaattgttat gaaacaggac cctccctagg 1293601 gtagttcaat aatgtcctta ctaaaaacta ctgtattccg ttcattttca aacgaaattt 1293661 tccccggaaa agagacctta actggcacgg atttttcttt tttctctgta acatcccagc 1293721 ttatcagatc gccctcctca acatcaaggg ttctgatgag ccccactggt ccctcgatga 1293781 cgtacctggc tgactccttc ggagtgtaaa tcctccacct ccgggcagtc ttgaaatcca 1293841 caactcgtct cattgagtcg agccagatta cgtcgatgtc gctcagcatg aagaacatgt 1293901 gaatcgaagc gttgagcctg ttctcaatgg gtaggacaaa gatgagggcg tggtttacgt 1293961 tgcttacaag cattagaccc ctaaagcgct tgatgaaagt atcggcgagc tcaacgtgcc 1294021 cgtgccagac cctgcccttc gtctcgttga ttatcatggt ttaagcttga ccccgcccct 1294081 taataagcct tgtgaggcga aaaactttta aatacaaaag gtaactaaaa tatgggagcg 1294141 aaaaaaggaa cggaggtggt ggaaatggcc gaggagaaga aggttaggac ccttgagcag 1294201 attcaggacg agataaggag ctacctcggc gaaatcgagt acctcaggag ccagattgga 1294261 gtgatagacg ccaccatcgc cgacctcagg actgtcgatg caaccctcgc ttacctcaag 1294321 gacaagggta agggcaagcc aatttacatc ccgctcggga gcggcatagc gataaagggc 1294381 aagattgaga accctgacga cgtcatcatg gacgttggag ctggaatcct cgtcggggca 1294441 acggttgacg aggccaggga gaacatcgag aagagaatta acgccctcat gaacctccgc 1294501 ctggccctgc tgaggaagat tgaggaggac acgaggaagg tcaacgagct cctcaaggag 1294561 ctccaggaga tgcagcctga gaagaaggag tgacttctcc tcggccattc ttttttattg 1294621 ggggtgagag cgtggaggcg gtgaaggctt acgagctcga acttgagctc aggcagataa 1294681 gggagctcag gaaggcgata gagctcaaga tgaaggaact cgagtacgca gagggaatca 1294741 taacggccac caaggccgag aggaagctct acagggcctt cgcagacctg ctcgttgagg 1294801 taacgaagga cgaggcaatc gagcacatcg agagaatgcg cctggcttac aagagggaaa 1294861 tcgaaaggct cagggagaaa gagaaggaga taatggagaa gctctcaagg ctcagctcct 1294921 gagctcctcc gctatctcaa agcccttctt gagggcttta acatttatct cctccgttcc 1294981 tttgggaacc gcatcgcgga cggccttctc tattgcttcc ctgcccacta tccctgtcac 1295041 gccgacgagt atgccgaggg ttagaatgtt catcgtcagg cttagcccgg tggtttcttc 1295101 cgctatctcg gtcagaggca aagcgatgac gttgagcttc ttctcgaact ccaggtccct 1295161 gtgggggacg aggtccttct cgactattac agtggtgcct tcctttaccg tgtggaggta 1295221 cttgctgtag gcctcctgcg agaagaagac tgcatagtca ggatgaagtg tcttggggta 1295281 gtcaatcggc tcgtcgctta taaccacttc tgccctgctc gcacctcccc tcgattccgg 1295341 cccgtagctc tgggtctgga ccgcgtagag gttctcatag acagcagccg ctcttccgag 1295401 gatgacgctc gcgagtatga caccctgacc gccgaacccg ctgaagagaa cttccttcct 1295461 cattgctccc accccatcat cttcttggcc ctctttatgt actcctgata ctccctcacg 1295521 agacctggcc tgtccctgtc aacgaactcg ccgattacta ttttgccctc aagctcctct 1295581 ggcttcatct tcttggcctt cgcgagcggg acggttatct tctggtacca gcggattagc 1295641 tctggggcag tcttcatcct gttccttctt ccgaagctta tcggacaggg gcttaggaac 1295701 tcaacgagcg tgaacccctc tttctggaga gccttcttta tgctgttgat cccctgaagg 1295761 tagttgaaaa ccgtccagcg agcgacatag ttcgccccag ctgagaccgc cagctgagcg 1295821 atgtcgaagg ggttctcgaa ctggccgtat ggagcggtag tcccgcgcag gcccttcaga 1295881 gcggtcggag cgacctgtcc gccggtcatt ccgtaggtga agttgttgat gaggattacc 1295941 gtcacgtcga ggttcctcct gatggcgtgg atgaggtggt tcccgcctat cgcggccgcg 1296001 tcgccgtcgc ccatgaaggc gattatcttg aggttcggat tggcgagctt gattcccgtg 1296061 gcgaaagcaa gggcccttcc gtgggtcgtg tgaaggccgt caaagttgac gaagcctgga 1296121 acgcgggagg aacagcctat tccgctcacc cagactatct cgtcctggtt cagctttaag 1296181 tcgtctatcg cgcggagggt gaactggagg acgctaccga ttccacagcc cgggcagaat 1296241 atcgtgggca acatgtcctt cctcaggtac ttgtcgcgaa tctcgtaagc ggacttcagg 1296301 tacatcatcc caccaccctc tcggctatct ccatcggcgt gtgcacctcg ccgcctatct 1296361 tggctatgag ctcgacctcc gcctttccgt tggcgccttc cctgacgagg tggtagagct 1296421 gtccgaggtt catctcgggc acgtatatct tatccacgcg ctccgcgagc tcctcgatgt 1296481 agtcgaagtc gaaaggccac accgtgttga gcttcagcag gcccgcctca acccccttct 1296541 cgcggagtat cttaacggcc cttatggcgg agcgggagac tattccggtc gtgactatcg 1296601 ccacctccgc gtcttcgagc atgaactcct ccctgctaat tatctcgtcc ttgtggtcga 1296661 gtatcttgcg gtaaatcctc ctgatgagcc tttcatgaac ctcgggctca acggttctcg 1296721 ggtggccata ctcgtcgtgt gtcaaacccg tcacgtaggt gcggtagccc ttcccgaata 1296781 tcggcattgg tggaacgccg tctccgtgcg ggtcgccgaa gggaagctta gcctcctcct 1296841 cgctggctgg aagctttctc tcgactacct caatctcctc aggctcagga atgtaaacgc 1296901 gctcgcgcat gtgggcgagc tcggcgtctc caaggattac gacgggagtc ctgtacttct 1296961 cggccaggtt gaaggcccta atagtgaagt caaaggcttc ctgaacggtt gagggactta 1297021 aaacgatgag catgtgatcg ccgtgagtgc cccagatggc ctgcattatg tctccctggg 1297081 ccgggaacgt tggctggccc gttgatggac caccgcgcat catgttgacg acgactatcg 1297141 gcgtctcggt cattacagca tagccgaggt tctcctgcat cagcgagaag ccaggcccgc 1297201 tcgttgcggt catcgccttc gccccagccc aggaggcgcc tattatcgcc gctatgctcg 1297261 ctatctcgtc ctccatctgt atgctcacac cgtcaacgag gggcatgtag agggccatcg 1297321 cctcgaatat ctcgctggcg ggcgttattg ggtagcccgc gtagaacctg caaccagcta 1297381 agatagccgc cctcgctatg gcctcatcac cttgaatgaa gtcggacttg ccgaccggaa 1297441 acgggtacct catgctacca ccccactcgg aatcctgagg acaagctccc tgaagtcaac 1297501 ggacttggac gcatcgagga tttcaatctc aacgacttct cctttctcgt tcaggtgcgc 1297561 gatgacacct tcaccgaggt caactgaatc aacaacttcg tcatctctaa ggcggataat 1297621 caagacgtca gcatcttgcg agtactctat cttcataaac accaccacct atgaaataac 1297681 gctctttacg cggtctatac accgtcacaa ccacgggaac gccattctca tactcgtaga 1297741 taaccctgat aatatggcta ttctctgctt tatgtgctat aaacctgtcg tggtgcccca 1297801 ttaggacctc ttcaggatac agtatcgctt ccacgagctt ttcaagcgag agtttccagc 1297861 gccttgcacg ggaaagtgcg tgatgtgtta tcaggatttg gcactctttt tcgtctgttt 1297921 gaattactat gattctgcct ttggggtggt tcctctcctc aacaaccttc acttcagccc 1297981 ctcctcataa ccggccctga aggccttgat gtttatctcc tcagtcccct tcgggacgcg 1298041 cctcctaatc gcttcctcaa cgctctcctt cttcacaaca ttggttttcg caacaaggta 1298101 gccgagagtg accatgttta ctgttagggc gagcccagtg gtctcctcgg cgattctggt 1298161 gaagggcgcg ccgacgtagt ccctatctgg cttgaccaaa tcggtctcaa ttatcagaag 1298221 cccgtcctct ttcagcgagt ccttgacggt gtcgtagccg agctggtgaa gagcgacgag 1298281 gacgtctgct ttggtaacca ttacgtcgta aatcggctcc ttcgagatta tgacgtccgc 1298341 tatggagtgg cctcccctgc tcgcggagct gtagtcctgg gtctgaagaa cgttcaaacc 1298401 ctcaatcgcg gcggcctcgc cgagtattac ccccgcgagc acaacgccct gaccgccgat 1298461 tccggcgagc ctaatctgca tccttcacac ctccttgagt ccgaactgct cctggacctc 1298521 gttaatcagc ttgttgagct cctcgatgaa ctcgggcctc tgcctgttga cgaactcgcc 1298581 gatgacgaac ttgccctcga gctcttcagg cttcatcttc ctagcctttg caagcggaac 1298641 gctgttcttc aggaaccagc ggagcatctc tgctggctct ttcatcctgt tcctccttcc 1298701 gaactggacg ggacactgcg aaatgacctc gacgagggag aagcccttaa cggttagagc 1298761 cttcttgatg ctctcgatga gctggtaaac gtgggctgtg gtccatctcg ccacgtagct 1298821 cgctccggcc gccgcgatgg tttcagaaat ctggaacggg tgctcgatgt tcctgtaggg 1298881 ggttgtcgtc gttttggccc cgaagggcgt cgtcggagcg acctgtccgc ccgtcattcc 1298941 gtagatgaag ttgttgacga gaataaccgt tatgtcgatg ttcctcctcg cggcgtgaag 1299001 aaggtggttt ccgccgatgc tcgccaaatc gccgtcaccg cttatcacga cgaccttctt 1299061 gtccggcaga ccgaccttca cgccggtagc gaagactatc gcccttccgt gcgtcgtgtg 1299121 gagggtatcc gccaggaagt agggcgaggc tatccaagcg gaacagccta ttccgctcac 1299181 gaccaccaaa tccctcgggt cgagcttgag ctggtcaacg gcgttggcaa aagcgttcag 1299241 cacggttcca ccgccacagc cgggacagag tgccgtcgga agggcctcct tgcggaggta 1299301 cttaaccatc gggtacttgg aataaatctc gggcatcagg caacacccct tatctcgcgc 1299361 aggatttcct caacggttaa gggaacgcca ccaatcttgt tgactccctt gagcagaacg 1299421 tcgtcgttga cgtagcgctg gacttcaaga atcatctggc caaggttcat ctcgggaacg 1299481 agtatggccc taacgcgctt tccgagctcc ctcatcctct ccccagggaa cgggtgaacc 1299541 gttttcggca cgaagaggcc ggcctttatt cccgcctccc tcgccttcag aacggctccg 1299601 agggcgggcc ttgccgttac cccccagctg acgacgagta tctctgcatc gtctgtgaag 1299661 tgctcttcgt acttctcgta aacttcgcgg ttcttctcta tcttcctgtg gattctcctc 1299721 acgagcctgt cgtgaacctc tggcgtgtac acatctctca aaccgttctc cttgtgggtc 1299781 gagcccgtca cgtgggtgaa gtaaccgtgt ccgaagaggg gcatcggtgg aacgccgtct 1299841 ccgtgcgggt cgccgaaggg gagcttcgct tcctcctcgt tctgggggag cttgcggtag 1299901 gttatctcca cctcatcaac gtcgggaatc ttaatgagct ccctcgtgtg tgccaaaacg 1299961 ccgtcgaaga ggaacaccac cggcgttcta agcctctcgg cgatgttgaa ggccctgatg 1300021 atttcccaga aagcatcctg cccgctcgtc ggcgaaaccg ccacaatcgg gtggtcgccg 1300081 tgcgttcccc acctcgcctg gaagaagtcg ccctgggcac ctttcgtggc ctggcccgtt 1300141 gaaggcccgc tcctctggac gtcaaccaga acgagcgggg tctcggtcat cacggcgtag 1300201 ccaaggttct cttgcataag cgagaagccc gggccagccg ttgcagtcat gaccttgaat 1300261 cccgtccaag atgctccaat catggccgct atgctcccaa tctcgtcctc catctggagg 1300321 tagtagccgc cgagcttcgg cagttcgcgc gccatcgtct ccgctatctc gctcgacggg 1300381 gttattggat aacctgcgta gaagcggcag cctgcaaaca gcgcaccgta ggcaactgcc 1300441 tcgttgccct gcatgaagta gttgccgggc ttgtagagct tcctgaggag cctaatctgc 1300501 tccggctcgt caccgcggat tatcatgctc accaccttac cgcgatggcg aagtccgggc 1300561 agaggagctc acagagcttg cacttgacac atttctccgc gtgaacaggg actggatagt 1300621 gcacaccctt ctcgctgagc tccttgctcc actcgaagac cttcctcggg cacatctcga 1300681 cacaaattcc acagcccttg cagagaaatg tatcaacgtc aatctcaacg attccttccg 1300741 cctttccgac gacaagatag ccgttttttt caacaatggt gttcgcgttt tcggccatct 1300801 gaatcacctc tcgacgtggc cttttacgtt tgtcaacatt taaaggtttc gcggggggac 1300861 attgatgtcc agaaaaggtt cattcgggag caaaagtgca ttgatgtaaa agttttggag 1300921 aagcctgaac ccctccgaag aatcaccaag tggtaagttg ccagtcgagg aggccgtttt 1300981 cgacaatata gctccacctg tccctgcact cgggcttgag cctctcaagg tggcttaaat 1301041 cctgcgtcgc cgagaacttc ttaatggccc tgccgataac gcggtcgtag tcggtcaggc 1301101 agttgtgggg cccgcgcttt gagccagcac cgaccggatc gctcagaatt ctcttgttcg 1301161 ggaacttttt cttcgcccag attaggactt ctaccgcact ccagagccag ggaggtctgt 1301221 attcgccttt ctcccagagc ctctcgtaga gcgtcccctt ctggatgtcc gtgatgttta 1301281 tcgagaaggt gtccgtgtag ggctcggctt tgattatgct ctccttgacg tcctcgattg 1301341 ccgttctttc gcccaggaat atcggcttca gcagtaggta ggtcttgaca ttcgccccag 1301401 cctttctcgt tatctcggag gccctcacaa agtcctcgaa ggtgttcccc ttgtttatcg 1301461 agacgtcggc gatgtcatcg ttggcagttt ccagccctat ggcaacctcg aagtgcttat 1301521 ccggaactat ctcggccagc tctttaaccg cgtcgtagcg aaccagctcg ctcctgctct 1301581 cgatgacgat ttcctcaacg ttgtccatct cagctaaaag ctcgaagatt ttcctcctcg 1301641 tctcgggctt cagctcaccg ttgtcaagga aagaacctga tgtgaacatt ctcaccgcga 1301701 aagggccctt ctcgcctttt attttctcca gcgcttccct cacgtagtca attatcgctt 1301761 cctggctcca cttcaccttc ggtgcggcag ttggataggc gcacatgtag caggccttcc 1301821 ctattctgaa gcgatagcaa cctatcgtgg gcaggattat gaagagcgcc gttcccggct 1301881 ttccggcgac gttgtcctcg ctcgtccagt aggtcatgct ctcaccggag gggcgttggg 1301941 acaggggttt ttaaaggtgc tccatattca acgttttctt gaggctttcc ttcgcgattt 1302001 ccagcaggtc tctgggcgtc agaacctcta ttccttcggg ttcgcgctcg agaacgtctt 1302061 cgcttgggac aatgagcact ctgcggcagt cgaagcgcga taacttctcc tcaatcttcc 1302121 tcacttcctc cctctttacc ctatccttcc acttgacctc tccgacgagt tcgagccttt 1302181 tgaacccctg taaagctatg tcaagctcaa gctggggaag ctcgacactc acccttctca 1302241 aaccataggc cttggcgagt aaatcagcga tgaagtcctc aacatgcctc ggaagcttgt 1302301 aatcgacggc ccttcttatg aactccacgg acgtttcaag ctctgtgtag gcgtacttgg 1302361 cctcaagata gaagtgtagg tcgaggaggg gcgaggcgtg ccggtaaacg aactttttgc 1302421 gcctcttgcc ctgaaccagg aacttgcgca ggattcccat cttcgtgagg atcgtgaggt 1302481 acttctggag cgtcccgggg ttgtccttct tcagcaggcc gcgggagaag agtgcagagg 1302541 aaagttcggt gctcgtcccc tttccgttgg cgacttccat cattatcccg aggtaaaccc 1302601 tcgtcagttc gtgaccctct tcgctgaagg tctcgccaac gagctcgctc acgaatgaac 1302661 ccgaggacga aaagaagccg gttaaaaagt ccctcagcgg gggtttgtaa gccggcacga 1302721 gcatgggctc cctcaggtag gttgaggcct ctatcagctc cttcctcttc acttcctttg 1302781 acagctccac cagaatttcg cgctcgtcta tgagtccgat tttcacgagg aaagctatcc 1302841 caaggagcgg gctttccctc atcgagagaa gcctttgagc gagccacatg gttgaggtta 1302901 cgagtatcac ctggctgtcc tgttcagttg agtatgtgtg caggaggtcg aggaagccct 1302961 cgggaaggcg gtggaactcg tcgatgacga ttcgtctctt ctccttaacc agccttggaa 1303021 agagcctcat gaactcttgg taggtcattt tatcgttgct cagcctgtcg tggactgtgc 1303081 tgtctttgtt cacgaagaag aactcgtcgt agtcgaggaa gtgctcgacg aggaaggtct 1303141 tgcccgtctt tctccttccg tagagcatct tccagtcggg gtatttcagg aaggcacgtt 1303201 caatttttcg gggaattatt ctcatgagaa taattcccgc tggaataatt ataaaagttt 1303261 cggggttctc tcatacctct tatgtgctca ttttcctgat gtcccacctt tggaagccat 1303321 agacagacac tcggacagga taacccagct ggccgacgaa ctcgcggaac tcgggaggaa 1303381 gagaggccac ggaagaggca ataaaaagcg ggaaagtcta cgatgatata tttgcccgcc 1303441 tcgacagact ggaggagaaa gtcgacgagc tcacgaggaa ggtggacgag ctggtggagc 1303501 tcctcaggct cctctcaaag gagaggtaag ccactctctt caaatttaag ccattgccag 1303561 aaactattca cccccgcaga gctatcaacg gagggatgga tgtgtgaaag tcatcattgg 1303621 aaagttcgac gtccaggggc ggcttctcct gccgaacgag ctgagggata agctcggcga 1303681 tgaggtgata atagtcgacc tcgaggacag ggttgagctc cttccaagga aaagggtgaa 1303741 cctgaagagg ttcttcgaca ccgttgagat tgaggaactg aaggtgtggg gagagctcaa 1303801 aaaggagcta tgactcgggt gaaggtttaa attcccttgc gtcgagaact tgttggtggg 1303861 aaaatggagg aagttgataa ggtgatatcc cgtcacaaaa atgaagaccc cctgtggctt 1303921 gagattcagc tggccattat gctcggaaag attgacccaa aagaggctct gagaagagcc 1303981 aagggtgcca tgaagacctc caaatcttgg caggagctgg aggcagagat gtatgatgag 1304041 cttgttcctt gacagcaacg tgttcattga gtatctcaaa gggaatccaa acgcgtctgc 1304101 tcttctctct cgtttagcag atggagagtt cagactgttc acaaatgaga cggtttataa 1304161 tgaggttctc ttcacgtatc tacgttcgaa tattggggga tactggaccc ttaaacggag 1304221 tcgagatgaa gttaaacgaa ttgcgagaat ctttgtccat caggttctac caatgctgag 1304281 ttcgacaaat tttcttgaca cgaatcatga aattgtcctt ttgtcaatca aattcaccgt 1304341 ggaatatggc cttcttccga gtgatgccct aatcttggca actgccaagt actatggcct 1304401 tgacggggta gtaagccttg actccgacct gcttaccgtt gcaccgcggg aaggtctttt 1304461 ggctatttca aaagttgagg atctggaggt gtaggcttga gaatcctcct caccaacgac 1304521 gacggaatct actcaaacgg cctgcgcgcg gcggtaaagg ctctcagcga gctcggcgaa 1304581 gtttacgtcg ttgcccccct cttccagagg agtgcaagcg gcagggccat gacgctccac 1304641 aggccgataa gggccaagcg cgttgacgtc cccggcgcga ggatagccta tgggatagac 1304701 gggacgccaa cagactgcgt gattttcgcc atagcccgct tcgggagctt tgatttagcc 1304761 gtcagcggga ttaacctcgg cgagaacctc agcacggaga taacagtctc ggggacggcc 1304821 tcagcggcga tagaggcatc aacccacggg attccgagca tagcggtgag tcttgaggtg 1304881 gactggaaga agacccttgg tgagggtgag ggagtggact tctcggtctc ggctcatttc 1304941 ctcaggagaa tagccggtgc agtccttgag aggggccttc ctgagggcgt tgacatgctc 1305001 aacgtcaacg tcccgagcga cgctacggag gacacgaaga tggcaatcac ccgcttagcc 1305061 aggaagcgct actccccaac ggtcgaggag aggattgacc cgaagggcaa cccatactac 1305121 tggatcgtcg gcagacttgt tcaggacttc gagccgggaa ccgatgcgta cgccctaaag 1305181 gtcgagagga aggtcagcgt tacgccgata aacatcgaca tgactgcgag ggtggatttt 1305241 gagaaactta aaaacgttct ttttggtgaa tctttgcaga ctggaaggac gtattaatgg 1305301 gaactgggaa gatgcagaca taatagaggt gagggcctca tgagagggaa acattcaaag 1305361 cggcttcttt ttacattttt agtcctcata gtcgttgccg tactactgat aagaacacca 1305421 ctttccttcc gccagactct ttaaatgagc tcaacacatc cgatgcacaa tcccgcgcct 1305481 ttgaagttct tagcgagatg ctcacccact ttagctcaag gcaggagagg aaatggcttc 1305541 cctacaacgt ctcgggttat gaggaaggct ttgagggcat tgtctccaac ggcacttcca 1305601 gctttgaagt tgccgttttt gtttacggaa acctgagcga gtgccggaaa ctgttcaaga 1305661 gcattgaaaa cgacctaaaa tcctcactcg ccgtcgtgaa cagctccgaa ggagagtcat 1305721 gcatatggag gctgttctcc ggaaacaaaa gctattacat cgagtgcagc gggttctgga 1305781 ataagagtgt cctcctcgtt gttaggggaa gcgacgaaaa agccgttgaa aggctcacct 1305841 ggtggtttcc aacgcagaac tgcctcagac ccggaaccag actcgtggtt cagacgtgag 1305901 atactctcac aaccaaccct gaaaattgga acctattaat ggtatagatt cccttccgga 1305961 aatattttgt gagccctagg tttttcacga tgtaaaacct ttgggattca caaaatttat 1306021 aacttccgga gggatattct aaccggtgaa cgccatgaag cggctagcaa ccatcatagc 1306081 agctttcgtg ttgtttagcg tttttgggtt tgctatggcc agcgcaacaa ccgttgcagt 1306141 ggacttaact cacggtgaaa acaccaagta tctcgttgac ccagttgttg acagggacaa 1306201 tcagagccac attcttgcgc cttcgatcgt cgaaggcgtt ggagacatgg agtgggccta 1306261 ctttggaagc ccggacatgt tccccaacaa caccaagatc aagaacttgg gggacaccat 1306321 aacccccgat gccctcaagg acgttgacgt ccttatcctc ggccagccaa ccagtccatt 1306381 cacaccggag gagatccagg caatcaaaga ctggtttgcc cagggcggta aggttctctg 1306441 gatcgccgcc gacagcgact acggaagtgg agtccaggct caggacatag ctgacagctt 1306501 cctcgagcag ttcggctacg gaaaccttag agttgacctc tgttcagttg aagacccgag 1306561 cagcaatgca ggcgccggtt accgtgtcgt cggccacgtt aaccccgatt ccgacacacc 1306621 cttcggagga atgctcaccg agggcttcct ccacgatgga aaggtcctct accacggtcc 1306681 aggcgtggtt gcctgggttg acgctaacgg aacctggcac ccgcttaacg agacatcaaa 1306741 gccacccctc acctacagga ttgtggtaac cagcgagaac ggtacgatag ttgagaacaa 1306801 cgatccaatg gcaaacgctt accttgccgg tgacaccggt gtcttcacac ttctcgcggc 1306861 ccagatcgtc ccgcttaacg acactcagag cttgctcatc gtcagcggtg agagcccgta 1306921 cggtgactac gagccgacct ggagcccgct ttaccatgga gttgaactcg acggtccgca 1306981 gttcgtcagc aacatactcc actgggcggc agtggttgcc aagtacggtg ttcccgagga 1307041 ggtattctcg attgacgacc cagccggtga cgatcacggt ccgggaacct acacctaccc 1307101 gactgatcca gtcttcaaca agaccggact cttcgacata accggaatgg acatcctcaa 1307161 ggcaggtgac aagtacatat tcagcttcca cttcaagaac cttggaggta acgtttggaa 1307221 cgggccgaac ggattcagcc tccagataat cgaggcatac ttcgacttca aggacggagg 1307281 caacacttcc gctataaaga tggcggacaa tggacccggt gcgaacgtcg acctcgaccc 1307341 gaaccacccg tgggacctcg ccttcagggt tcacggatgg ggcaaggccc tcgtccttcc 1307401 gaacggaacc gttcttgacg acatcgacgt cttcacagac caaggccaga acacaatcaa 1307461 cgtcgttgtt ccggccaagt acttcggcga cggcctcaaa gtcgagggca tcaagttccc 1307521 gaggctcgcc gttctcgttg gcagccagga cggttacggt gttgaccagt ggcgtgatgt 1307581 tcaggtcaat gcctcccagt ggagggttgg tggcggtgac tctgacgcta tcatagccgg 1307641 cgtcgccccg cgcgtcatgg acctcctcgt ccccaactgg ttctccccga gccaggagga 1307701 gcaactgagt tcctacaacg ccagcgcagg aaagagggcc actgttgaca tgatcccagt 1307761 cgttccgaca ggttacctca cgataacgag cgaccccgcc aacgccaccg ttacgattga 1307821 cggaaccacc gtcggaaaga cccccataga gaagcttgag ctcccggccg gagtccacaa 1307881 ggtcatcctc aagctcgacg gctacaagga cgaggagttc agcgtctcaa tccaggccgg 1307941 aaagaccctc gaggttccgg taacactttc aaagctcacc ggaatgctta ccataaccac 1308001 tgacccaagc ggtgcggaag tttacatcga cggcaagaag gttggagaga ccccgctcga 1308061 gcagtacgtc cttccgatcg gaacccacaa ggttgtcatt aagaaggagg gctacaagga 1308121 ggagagcttc gacgtctcaa ttcaggccgg taaggagctg aagttcagct acacccttac 1308181 tccacttcag acaacgacca ccacgactac taccaccaca accacaacaa caaccacgac 1308241 caccactacc aagccttcca ccactactac gactacgacg acttctgagg gcggtggagg 1308301 catctgtggt ccagcggccc tcataggcct cgcaataatc ccactcctcc tcaggaggag 1308361 aaagtgaccc cctttcccct cttttcttct gtttatttcc tgcgtttttg agtcacttgg 1308421 ggttaagaat tggtgctatc tccttatcaa tcgggacgga atgttctcca agaagagaca 1308481 ccaactctcc gggtgccctt aaaagagaga ttcccagacg gtagtggccc cggtatgact 1308541 tgacacgggc gacgaggagg tattcaaaca gctccgggaa ctcaaaatac cgtgtgaact 1308601 cgccaaagag atccagctcg ttgaggacaa gaggtgtatg ggagaggaac agtgttaaat 1308661 cccgctcgct ggccctctcg agtacctcca ccacagtgga tccgttcctg ccctccagca 1308721 gagggaatcc agaaacaact aaggcagaac ccggatcaac gacatccaga gccctgatta 1308781 cgtcctgaat gcgatacgtc cttccgaaat gcaggttccc ggtgtcggtt gcgatcctgt 1308841 ggataaccaa cggggaaaag ccaccactga cctggacgtg gtacaccttg cccctctcga 1308901 ggaaggccct ttcaatgtag gcgagcagaa aaacctccga aagttcatcg gagaagagca 1308961 cggcaacgga gctaccccta cttattccaa agggaaagcc ctcgaaaggt tttacctctt 1309021 ctctctcccc gggagcagta aaaaccagcg ccatcatcct gtgaatggtg cgaacctatt 1309081 tatatcttgc gtttcgggaa aaccaaaatg ggagatcacg aacaggataa ccacgttgat 1309141 gactaccgcc aggatcaacg catgagcact aggcatatta gagtccgggc aaaagccctg 1309201 ttcctcattt tctcatgctt ctgagcacaa catcgaaggg tgcgttcgtc tttatagagg 1309261 ttggggaaaa gtgcgttctc gtcgcctcaa aaccaaggga gtgaagggtc tcgatgactc 1309321 ttgaaatctt cacgacctca aggccgtttt ttcttgcaag tgcgtgagta tcgtaatgga 1309381 atggaacgtc gagctcttcc accagcaacg aaaggaattg gaaggttttc ctgtgggata 1309441 ttgattcctc ggatgttttg gtgagcctca caagttcctc cagaaaagcc tggttcttga 1309501 gcggcccgag ccacattggc ccgtacgccc cccgcttgcc ggggaggaag tctctttcgt 1309561 acttaaactt tccagtttca tcctgccaca ggtaacccaa gagctcaacg ctttcgtctg 1309621 ccttttttgc cccgctcctc agcctcaaaa agaccctgaa gtagtgatca cggtaatatg 1309681 ccagcagaac ttcaacgccg agatcgtact tggccgcgta cctaacgatc gttcctatta 1309741 aaatcctgag acctgcctcg tgacacaact cacctcgaat tggctcagcg aggtatttcc 1309801 tcctgcatgc cctccggtaa gctccgcaga gaaccccggt gtcggtcgcg gtgagcccga 1309861 gaaagcccct tctccgcacg gatcgaaggg ctgaatcgag gaactccaca ggtgacccga 1309921 aggggtcaag gtctatgaaa tcaaagtacc tgaagttctc agacatgagc ttattggcat 1309981 cgccgaggtt tacaacgaga cgcttttcag gtagtccaag ctcagccctt ccattcgcga 1310041 gcaccggttt cgatccaaag ttcagctcaa ggttcttgag gataaggcga aacgcatctt 1310101 cattgatgtc gttcatccag acttcctctg ctgacgtttc aagggagtac ctgaggcctc 1310161 tgattcccgt tgcggagagg gcatcaagga cgcgtctcgg ggagagggct ttcacggcca 1310221 gaacactgat atccctgttg agggccatca caggattgta aaaaaccggc gcatcgtata 1310281 ttctttcagc ctttggaact aacaccctcg caagtccttc cctgatctcc acaagttcca 1310341 ttctcccacc ggaaaaagaa atgatgtggg gatttaaagg atttcgacgt aatcgccgag 1310401 ggcctgacct ggaaggccgg gcttaaagta tgccttgacc tcccctctgt taccgtgaac 1310461 tctcagaatc ttcccgaaca ttttcctgcc ggtcggtgtc ctccacacca cctttctgcc 1310521 gatgagggcg ctcgcccccg ccctgtcttc aacgccgatt ggcttgagaa tcatgtggtg 1310581 gttgtgtctg tgctcgtggg aaccggcgta ggcgaggatc agggcctttc gcctcatgac 1310641 cctcacccca agctgatagg gaaacgtgga tttttaaatg ttatttccag ccccacccca 1310701 agatcgaccc gttcgctgga ttgcctgccg ttaagaggag aaacggtaat atacacaaac 1310761 caaccaacgt tcatcagtgc tcccgatgct cggcttcctg aggaggagaa agcttagaaa 1310821 gctcagacag aattcaggag aaaccctcgt catgcacata ggggacacgc cagagcgcgt 1310881 ttatcccttt ctcaaaggtc tcatcggaga ggctcggcca gatgtgataa tccacacggg 1310941 cgatttagtt gacaacatca agctggagcg gagacctgac ctaaagccag cttatgaagc 1311001 aggcctgaga aagctcgcgc ggattctcaa gggctctaga gcgaagcttt acatagttcc 1311061 aggcaacgag gacgatcccg agcttttgag acggttcttt ggggaaagtg tcgtcgagcc 1311121 cggaagcatc gtcgagatct gcagaaagac cttcgcgctc ggccactgct ggcgggacgt 1311181 tgcagataag gaggcagact tcaagctcta cggccataac ttcaaagcca tccccagggg 1311241 actgaacgcg gttctcggcg tcaacttcat cttcctgccg agcggaaggg tcgttaaggt 1311301 ggattacccc gtgggaaccg acacggccag gggttacagg ctttggaggg ggttgtgatg 1311361 agactgctcc gttttgggcc atcgattatc ttcctgagga ctccacacag ggaagcggtt 1311421 gaatcagcaa tcgaggagct tttcggcgtt gaaaagactc caactgacat cgcgataaag 1311481 gagagcagcg agtttgagac cgtgcttttc gtcacggacg agtggaagaa agaaaccatt 1311541 ccccccgaga gtgcgttcct cataaggtgc cacgctccag ccgttctgag cagaatcata 1311601 aacgccaacc tgccagtcga gaaggttcac gtcgagagcg cgataatatt cctcagggtt 1311661 cccgatagag tcggggaagg gctcaaactg atagccgaga agtataacgg agaggttatg 1311721 gacataagga ccgccctcga tgagggcgag gctatggaca cgataatagg cctgacgagg 1311781 aaaaagctga actcgccaat agggccagag gacgtggaag gagccgtcct cgtgaggagg 1311841 gacttcctga gcgtttacag ggaactgctc atggacaccc cgctgttgct cctcaagctc 1311901 atgcccgagt ggaacgagat gacgataaag ctctacgaca cggcgaagcg ctacgaggag 1311961 aacatcgaga ggctcatgct cgtcatagag gaccttgacc tcggcttcat cgttggtgag 1312021 ggctgggact gggactaccc gaggcctttc atgcgcgttc cggtttacaa gcttaagctc 1312081 ctgacatggg aagacccgct ccgcgtgaag ttcctgctga aggggcttga ataccggggc 1312141 tacaaacggc tctgcgacat agacgtcttc gtcgagggca agaagataga ctgggtgaag 1312201 ctgggaaagt ttgactccaa gttcgagctg gccaagaccg cgagggagga gcttgaaaag 1312261 ctcctgagcg aggacgttcg gagaaggctc cacgagatag aggagaagct cctcggagac 1312321 accagagaag agggtgaagt caaagcttcc tgagcttcgc cacgaagaaa ccgctcgtcc 1312381 cgtgtctgtc gggataaaag cgccttgctt tctttatttc ctcgctcagc tcgattccga 1312441 agggtctcgt tagtgcgggc tcgccgtagc ggaggggaag cagttcaacg tcgaagttgt 1312501 ccagaaccca ctggattacg aactcgttct cctccggttc gagtgagcag gttgagtaaa 1312561 ccaggattcc gcccttcctg aggacgctca gtcccttctc aagcatcttc atctggaggt 1312621 tctggcagaa cttcacatcc tctatcgtgc ggttagcctt ccgctcgggg ttcttgtgta 1312681 tcgtccctga acctgtgcac ggcgcatcga ggaggatttt atcgaactca acgccgagtt 1312741 cgtctatgta gagcgacgag cggtggaaga gaactgtatt agtgacgccg aggcgagaga 1312801 ggtttaagcg ggtctccttc agtctctcct cgccgacatc aaaagcgtag attattccct 1312861 cgttttccat aagctgggcc aaatagctcg tctttcctcc tggagcggcg gccatatctg 1312921 caacgacttc gccgggcttc ggctcaaggg caacgggagg atacatcgaa ctcgcttcct 1312981 ggatgtagag gagaccgctc aggtactcgg gcgttgatgt aatcgaaaac ggctcgcgcg 1313041 tgaggcagaa accttctctc gcccagggaa tcctcctaaa ctggaagccc ttcttgttga 1313101 ggagctttgt aagctttgga atctcaatgc gaagcgtgtt cacgcggaag caccttggca 1313161 ggggcttttc catcgcctcg gctatgctta aggccctctc gccccagagc tcgtaatagc 1313221 gctccgcgaa ggtcttggag tagccgaggg aaaacaactt ttcgagcatg acgagggttg 1313281 gaaaagggag tttaaaatcc ttcgtttgtg cacgggggcc actcccacga actgagaaag 1313341 ggagaaaagc gaaacaaaag cgaaagccct cactgctgcg ggcagacgtc cttctcggtc 1313401 ggtgggttcg gatcgaggcc cttcctctgg cgtatctgcc tgatgatctg ctgggcaagc 1313461 tcgttcggaa cgcgcttgaa gccagcgtgc tctgtagtcc agagggcctt tccgctggtg 1313521 gcaccacgga tggctccggc gaatccgaac atctctgcaa ctggagcctc tccgatgata 1313581 atcatgacct cgccttcctg cctcatgtcg atgagctgac cgcgcctctg gttgagctcc 1313641 ctgctgacgg cacccatgta ctcgtagggt atgttgatga tgaccttctg gtagggttcg 1313701 tagaggaccg gacctgcctt catcatggcg cagtggattg cggtcctgat ggccgggtag 1313761 atctgggccg gaccgcggtg gacgttgtcc tcgtgtatct tggcgtcgtg aagcctgacg 1313821 atgaccttca tgactggctc cttggcgagc ggtccctcgt ccatcgccat gtggaatccg 1313881 tcgacgagga gatccatgac ctcgttgagg tactggatac ccttggtgtt gtcgaagaac 1313941 atgttgccgt tgtagacgtc gacaatgccc ttggcaagct cgtagtccat accgagctcg 1314001 gcgagcttct tggcgacctc cttcgggttc ttgggcctgc cctccgggat aatgccctcg 1314061 cgaattgcct cgtagatctc gtccggcatc ggctcgacgg tgatgtagaa cctgttgtgc 1314121 ttgttcggag actttccttc gactatcggg ctcttcttgg ttacactctc gcggtagacg 1314181 acgatcggcg gtgaaacgtc aacgtcgagc ttccactcgg tcttgagcct gtagagcttg 1314241 acctcgaggt gaagctcacc catgccgctg aggaggtgct ggccggtctc ctcgtcgatc 1314301 ttaacgtgca gagttggatc ctccttggcg agctgtctca aagcttcgat gagcttggga 1314361 aggtccttaa cgtttttagc ttcaatcgca acggtaacga cgggctcgct ggtgtagtgg 1314421 agggcctcaa agggctcgat cttctcaact gagacggtct caccggccat agcatcgcgc 1314481 agaccggtta cggcaacgat gtttccagcg gggacagcct ccatgttgat cctctcggga 1314541 cccatgtaga taccgacctg ctggattcta gcttttctct tgctgttgat gaggtagacc 1314601 tcctggccgg tcttgacggt accgctccag acacggccgg tagctacctc accggcgtgc 1314661 ttgtcgagga tgatcttggt gacgaccatg accatcttgc cctttgggtc gcacttgagc 1314721 atagcctggc cgacgtcgct gtttatgtca cccctccaga ggtgtgggat cctgtacttc 1314781 tgggcctcaa gcgggttcgg gaggtgcctg acaaccatat cgaggacgac gacgtgaagc 1314841 ggagccttct ggcggagccc cttaaggtcg cccttgttgg tgagctcgac gatgtccttg 1314901 aaggaaacgc cggtcttctt catgaacggg acgctgaggg cccagttgta gtaggccgaa 1314961 ccgaaggcga cgctaccatc ctcgaccttg accatccact gactcttgaa ctcctcgggg 1315021 gcgtagcgtt tgatgagcct gttaacgtcg gtaataatct tggcgaacct ctggagtatc 1315081 tcgttcgggc cgagcttgag ctccttgatg agacggtcaa ccttgttgat gaagagaacc 1315141 ggcttgacgt actccctgag ggcctgcctg agaacggtct ctgtctgggg catgacaccc 1315201 tcgacggcgt cgacaactat aatcgcaccg tcaatggcac gcatggccct ggtaacgtca 1315261 ccaccgaagt caacgtgacc cggggtgtca atcaggttga tgaggtagtc ctggccctcg 1315321 tagttgtgga ccatcgaaac gttggccgcg ttgattgtaa tacccctcgc ctgctcctgc 1315381 tcgtcgaagt cgagaacgag ctgctttcct gccaactctt cgctaatcat tccggcaccg 1315441 gcgagcaggt tgtcgctcag cgtcgtctta ccgtggtcaa tatgagcggc aatacccatg 1315501 ttcctgattc tctcaggctg ggtcatcaat tccttaatct tcgcgatcat ctcttccctt 1315561 cttcccataa cgcaccacct ttggatgagc ttgtcggctt aacttaaaag gctcggttat 1315621 aaagcttttc cccggaagcg aaagagcatt ggggaggaag atcagaagac gagaaggcgt 1315681 gaaaccagcc tccgaacccg ctcaacctcc gagttttcag catagactcc ccagcgccag 1315741 taagtgtcct tcagctcgaa gagcgagcgg accaggggag agacgtcgct gagcctcctc 1315801 agcttcccct cgacaagaac gaaggcgttc ttttcctcga actttggctt cggaggataa 1315861 tcgagcaacg cgaggtgtcc gaactcggct tcaagctctc gccttaactc ttcgaggaga 1315921 tccctttcga ggggttcaga gctccatatg acacgcttgt agagcttccg ggagtctatg 1315981 gcacgaatga gccccctgac ctctggcttg tcgctcgtcc tgagcctagc cacgaggtcg 1316041 atctcgtcca tgaggcgtat ctcgtcgagc ggaattccct caagcttaac tgcttcaacg 1316101 agcattgccc ccgctattct ggaaacgtga tggaggtaaa ccgttgggta catcatgctc 1316161 cttgccaaga ggaggttttg agccgccatg atgcccttct ccaggaccac aagcctctcg 1316221 ccgtcccagt gaaggtttct gatcagcctg tcgagatcaa cgaggccgta ggcaacgcca 1316281 gtgtaatatg cgtccctgat gaggtagtcc atcctgtcag cgtctatgtc cccgctgacg 1316341 acgggatgct tgagaaaccg gaggaactcc ccgatggaat acgactcctc gatgatatcc 1316401 ctgacctcgc cgttcttgat gaaccaagcc gtattttcct catgcctcgg atagatggcc 1316461 tcaagagtgt gagagaaggg atattggccg agatcgtgaa gcagggcagc gtagatcacg 1316521 cccctctcca catcggggtt atgatccact agctttctgg cgagatgaaa cgttccgagg 1316581 gagtgctcga agcgggtgtg tctggccgtc ggataggcaa gaaacacaaa accgagctgg 1316641 gttattctcc tcagcctctg gaactcgggc gtatccacta gctcaaccgc gaaatcgtcg 1316701 agctctatag tcccgtgaac ggggccgtga acgagcttca tgggaaatcc ctcagtaaac 1316761 gttctcacgc tttccaattt tcagaacttt tatcaatctt tcacgtttct ggtactcgaa 1316821 tataatccgg tactccccca ctctaagacg gtatatgttt tcataccctc taagcttttg 1316881 aacatcaagc ctcgcaagag gaaagaacgc cagcttagag atgcgatctt taatcagttc 1316941 ccgttctttt tcgggaactt ctcgaagctc cttagtagcc ttcctgctga taaggagctt 1317001 attctcaaag ctcattcctt atcacgtccc agttaaggaa ctcgtctttc tttctctcct 1317061 ttacagcctt tcgctcccat tcctcaggtt cggcttcttc tataagctgg aggttaacct 1317121 ctatgagctc gcggaggaac ctctctagtt catctaccct gtgacggatc tcagcgaggg 1317181 tattcatcac atcacccccc gaagatttat aaaaaagaaa acctcactcc ttctcccgga 1317241 cgacgcggac gagcttgtat ctccgccctg aacactccac gtcgtcgagg atctcgagga 1317301 tcttcacggt gtccccctca aagagaccct ctggtttcac caggtctgcc ttttctggat 1317361 cagggcagtc aacgaacttc agcgtcactt tggagcccac tatggccgtc cttggatcaa 1317421 cgaggatttc tattgcaggt tcgacgacct caacaacacg aaccttgccc tcgtgcaacg 1317481 ggcaagagtg ctctatgttc cttaccttga cgatcttgta gcgccttccg ggttcgaggt 1317541 tcccaacgca aactcttgcc agtctgcaac tcttgcacgg ttcagcgggc ccgtaataga 1317601 tgaactcaag cccgggtttt gccagttttt ccccaaccag tgtgatgacc atctcaaaca 1317661 cctcctaatc tctgaagaca tgaccgttag ataacccccg tgattttagc ggccttttca 1317721 gcggcctccc aggtcagacc ctcctttcca agtattgtgt agcgctcagg ccttatggtg 1317781 tgagctatag tgagggcctt gattataatc tcaggatcga ttccaagctc gtatgcgttg 1317841 gtaggtgccc ctaccctctt taaggtttcc ctaaccctct cccacttcag cccgtgaagg 1317901 taagccatta ttatcgtccc gacgccgcac tgctccccgt ggagggctgg cttgggagca 1317961 agcatgtcga gggcgtggct gaagagatgc tccgctccgc tggcgggcct tgaagaaccg 1318021 gctatgctca ttgcaacgcc gctgcttatg aggcccttga taacctttct cacgctctcc 1318081 tcgtttccaa gccgaattat gtcggcgttc tttatgacca ttttcgcgct catgagggag 1318141 agcgatgccg cgtactcgct gtagtactca ccgcgaatcc tgtgggccaa ctgccagtcc 1318201 tttaccgccg ttaggttgct tatgatatca ccaactcccg ccgcaaggta gcggtaggga 1318261 gcagttttga ttacactgac gtcggctatc accgctatcg ggggcctggc cttcaccgac 1318321 gtttttgagc cgagatcctt aattgaggcg ttggcgcttg ctattccatc gtgagaagcc 1318381 gtcgttggaa agctgacgaa agggattccc acccggtacg aggagagctt tgcaacgtcg 1318441 attatactgc ccccaccaac ggctatcatc cagtcagcgg aggtctccct ggctatggca 1318501 atgaccctct caacttcctc catagtggct cccctaacta cgactccaga agcctcgaac 1318561 tcgcgggaga ggttttcctc aacctccccc cccgctatct cttttgtctt ggggccgtag 1318621 agaacgagaa ccctcctgcc gagctttagc ctcttggcaa cgctcacggt ttcccctgcc 1318681 aagttctcgc ccaaaagcac ttcccgcggg agctccatca ggtgcacttt cttcacctca 1318741 tctaactaag gtgccgggac ttaaaaattg attgggttgg gcacgtgatg gaacaacgtc 1318801 aaagttcacg gtataaatac ggcataaatc cggaggaaac ctttaagtgt ccggccccga 1318861 ctcttacacg gtggtcggat gggtcttcag gagttcttcc agaggtactt cgtggatcca 1318921 ataaagtaca accagggcta caatcccgtg aacacgctcg tgtacgcgat aatcctcggg 1318981 atcgcggttc tgctgctcta ccggtttctc aagcggcttg gggtgaaggt ggacgagagg 1319041 tttttcgtgg cgctgatgcc ctacatattc ctcgggccac taatgagggc catgaccgat 1319101 gtagggatgc tccccaggac gtacctcacc gtgagcccag ggggctactt cgtgatagct 1319161 gctttcgcga tagcatcgct cctcgtcgtg tggagacacg ttggaaccgg agaaaagttg 1319221 tatcccctct accgtgacgt tggttttctc ctcgtcggcg gtctcctttt cattctgata 1319281 ataaacctcg acaaggtgaa ctttcggtgg gagtacttca agtacttcat tccgtccctc 1319341 ctcgttgccg aggccttcat atggaccctc tcccggaagt tcgagctcat cagaaacaac 1319401 aggttgcttt tctacaccca cttctacgac gcgacgacga ccttcgttgg gatacagttc 1319461 ttcggttact gggagcaaca cgttctcgca agaacgctga tagacctgac gggaacggcg 1319521 gcggtgatgt acctcgaaaa gctgatcatc ctgctcccaa tcgtgtggat actcgacgtc 1319581 gagatgaagg atgaagaccc ggatttaata aacttcgtta aactggccat gttcatcctc 1319641 ggctttgggc ccgggacgag gaacctactc ataacgctca tgggggtggg aagatgaccg 1319701 acccatcgga ggtcatatgg aacgaggtcg ttttttccct tgccaaggat cttgaaaagg 1319761 tcgtcatgcc tatctttgga aaacccaaag cgggagaaac cgttggaacg aacgtcagcg 1319821 gagacgttac caagtacgtg gacaaggttg ccgaggaaat ggttctggag aggctgaaaa 1319881 tcctcgggat aaacgtcgtc agcgaggaag tcggtaccat agacgtcgga agcgagtaca 1319941 cagcggtagt tgatccaatc gatgggtcat acaacttcgc cgcgggcata ccaatcttcg 1320001 ccttcagttt cgcactgttc cgaaggagaa agcctgttta cgccgccctt tacgaattca 1320061 ccacaggaaa ctactatgaa gcaatccctg ggaacggagc atttatgaac ggaaggccaa 1320121 ttaaggttca gcaggttcca gcatcgaggg cggcgataag cttctacacc cggggaaggg 1320181 gcgtgggact tatcagccgc gttaagaggg ttagagtcct cggggcgata gcggtagagc 1320241 tggcgtacct cgcgaggggc acgctccagg gcgtggttga cataaggaat tacgtacgac 1320301 caacggacgt ggcggcaggg gttatgctag tgcgtgaagc tggtgggctc gtcgtcgatg 1320361 actccggaaa ggatatagac gtgcatctga gcgctgaaga gaagatgaac ctgatagcgg 1320421 tgagcgatca ggaactgctc aggataattc tcgaagaggt gaacggtagt gggagttgag 1320481 gatcttgtaa aagcagtgag atacgcgtgg ctcacctaca ccctcgcctt catcaacgtt 1320541 gctgtttacc tctacgagct ccatctgagc gactcgatag cggggccatc cgtctacgct 1320601 ctcttaaagc tcgcgctcgt gaacgtcctc gtgacccagc accacgagtg gtggaggctc 1320661 ttcacggcga tgttcgtgca cctgagctgg atccacctgg cgatgaacac cttcttcctc 1320721 atatatctgg gaagccagct ggagctcttc gtgggcaggt ggaggtacct gatcctttac 1320781 ataaccgccg gcctgttcgg taacgtcctc agcgtagccc ttatggatcc gtacacaata 1320841 agtggaggag cgagcggggc cctcttcggc atagcagggg cactgataat gatagagggc 1320901 atactgaaga agaacatcca gagtgctctg gccaacgcgt tctttctctt cctgataaac 1320961 agctggatgc cccacgttaa tgccatagca catcttgggg gcctgctcgt tgggatagcc 1321021 ttcggctata tctacggcaa ctacgtcaag gagaggatga tgaggatgct ttactgggat 1321081 gagttttact gaggtggtag tatgagacgg gacgagaggt gggacggggt ttactccttt 1321141 gaggactcgc ccttcataat ggagatcctg accgagttga gggacaaaaa cacggacagc 1321201 atagccttca gaaagggtct cgtaaagctc ggtaggtaca tggggtacga gctgacgaag 1321261 acgatggacg ttgaggagat cgaggtcgag acgccgctgg aaaaaaccag gggaatcctc 1321321 gtgaaggaca ggagaaacgt cgttatcata accgtgctga gggcggcaat acccctgatg 1321381 gagggtctga taaaggtctt tgagcacgca agggtgggca tagtctcggc ttcgcgtgga 1321441 aaagccccga agtttgagat cgagatgaac tacatcaaga taccgaccgt gaagccagat 1321501 gataccgtca tagtggcaga tcccatgatt gccaccggct caacgcttat ccgggttctc 1321561 aaagaggtgt caaagtacgg aaggccaaag aggcttatca tcctgggggt gctcgcagct 1321621 cctgagggaa tcagcaggat caaggaggcc tttcccgagg cggaaatttt cgtcgccaag 1321681 gtcgacaggg agctgaacga gaagggctac atcctcccgg gcctcgggga cgccggggac 1321741 agggctttcg gagcgcccct gaagagtccc cgataagttc gttctcctta tccttaaaat 1321801 ttcaagatga cgtttgggag tagtttaaat tcgaaggtgc gttacgaaaa ccttattagc 1321861 attggactca aaaatcaact gtctacaacc caacccggag gggctaaaat gagaatcgaa 1321921 atcaggctca ggcccgttgg ggatgatcca atcctgccct tcaactacaa ctacgaggtg 1321981 taccgccaga tcgtggagaa gatttcgctg atctcccccc ggctggctca ggaggtggag 1322041 gtcagccacg ttgatcactt cacgttctcc cgcatactgg tgagaaagag agaattaatc 1322101 cccgagagcg gcatacggat tctatccgag acggtctcac tgtacgtttc gtcgcattct 1322161 cccgaggtta taggggcgat agttgaggga ttcatggcca gcccctccat aaggatcggc 1322221 gagaccgact tcgttgctga agatgttaaa cccctcaagg agcccaggat aaaagacgga 1322281 accctcttct caacgctaag cccgataata gtccgcaccg ttaagatctc aaacaacaga 1322341 atgaaaatat gggacctata tcccaacgag cccacgttct ttgataagct caggaaagtt 1322401 atgctcctcc gctactccga gctctacggg agcacccccg aggattctgc attcaagata 1322461 gaggtcatta agttcaagcc agtgaggatt ctcgtggcgg acacatacta ccgcggatcg 1322521 cttatgatat tccggtactg gggctcgagg gagatagcca aattcggcta cgatctgggc 1322581 ttcggggaga agacgaagta cggtttcggc atggtcaagg ttattgacga gggcaccgag 1322641 gaaaaatagt ccctcttccg aactttttcc gaaggataga gttaaaaagg cagttctcgg 1322701 tattatagtc aggtgagaga atgggaagtt tcgatgaggt aagccacgat acaggttacg 1322761 aggattacat cacgttcctc aagaggagga taaggcagct tgaactccag gtcagaaccc 1322821 tggaggcgga caaggagaga ctcgagcggg agctctcaag gcttaggacg gagatgtccc 1322881 ggctcaggca gcccccggcc ttcgctggca ctgtcataga ggttctcgat gacgatagag 1322941 cgatagtcca gaactacaac gggccgcgct tcgtcgtcag gatcgcgccg tggatagagc 1323001 gggacaaact gaaacccggc tcaagggtcg ctttagacca gaggacaatg gcaatagtcg 1323061 agctcctgcc aacagagaag gatccaagtg ttcttggttt cgaggtcata gagaaaccca 1323121 gggtcacgta tcaggacatt ggcggcctcg aaagacagct ggccgagctt agggaggccg 1323181 ttgaactgcc tctgaagcac cccgaacttt ttgaaaaggt tggaattgaa ccaccaaagg 1323241 gagtcctcct ctacggccca ccgggctgcg gaaagacgct tatggccaag gcggtagcaa 1323301 accatgtcaa cgccactttc atccgcgtcg tcggcagtga actcgtcaga aagtttatcg 1323361 gtgagggggc aaggctggtt cacgagctct ttgagatggc aaaagaaaag gccccaacga 1323421 taatcttcat cgatgaaatt gacgcgatag gcgctaagag aatggacgag acgaccggtg 1323481 gcgagagaga ggttaacaga acgctaatgc agcttttggc ggaaatggac ggtttcgacc 1323541 cgcgcggaaa cgtcaaggta atagccgcca ccaacaggcc cgacatcctc gatccggctc 1323601 tactgagacc tggccgcttc gacaggctca tcgaggttcc gctcccggac ttccgcggaa 1323661 ggcttgagat actcaaggtt cacacgagga agatgaacct caggaacgtt gacctcagca 1323721 tcatagcgga cataacggaa ggggccagcg gtgcggatct aaaggcaata gcaacggagg 1323781 ccggtatgtt cgcgataagg gacagaagaa cgtacgtaac tcaggaggac ttcctcaagg 1323841 ctgtggacaa ggttctggga gcggagaaga ggctcgccca ggcgatagcg atgcacgagg 1323901 ttatgtacgg gtgagatagc tttttaagtt cctttttagt atttatttag gtgaccattg 1323961 tgaagaagca ttttacgtat gcagtagtgg ttggtttgat aggggctgtg atttttcttc 1324021 tgtggaacaa cgtactcaca accaccgttg aaccgcatat ccacaaaaga gttcctacaa 1324081 cgagacagcg atcccgacca actggctcgc aaagggggac agcctctacg cgaacttcag 1324141 tgggtacttt accgtaagca tcggcaggga tttcaacaac aagataattc tgatgataac 1324201 tcccaggaag gtgcgaggac aacccacata aaagtgctcg taaagaggaa gttcgcaaac 1324261 ggactttaca ttgaggtaat gcctccttat caggggaaag tcgagatcag cgaggccttc 1324321 gatcaagagg gagtgggtta cctagttcag gttcatcccg agggaaattc tggagagggt 1324381 acctacggga tggccttcat agacctcacc tcagagaaga gcatcaagat gaagataacc 1324441 gtagaggttc aatacggttt cagaaggtac agggggacgt tttctgccgt gatactggat 1324501 ccactattca aaccactggc gtgagtttat acgatttcag tggacagaga tggccgacta 1324561 aggtttataa aatcggagcg taagtaacgc taggagggag gagatggtca gcaaacttct 1324621 ggccctcgaa gcgtacccaa gcctccgcga cctggacttc agaatcctca ggggagtaga 1324681 gctaaacatg aggcaccaca agtgggtgcc gttggaggac atcgcgcgtt tcgcgagggt 1324741 agatgttgaa acggcctctt tcaggctcgg caagctcgac gatatgtcac tcgtcaggcg 1324801 gaggagcgac ataggctaca tcggctacca gctcacgata cacggctacg acgttttggc 1324861 cataagggcc ctcgcgagga aaggggttgt agaggcaata agcacgacgc agatcggagt 1324921 tggcaaggac gccgacgttt acgtcgggat aacgccaacc ggcgagaaag ttgccgttaa 1324981 gttcaacagg ataggcggaa gaaccgcatc gaggagggca ggctaccact cgcacgtctt 1325041 cgccgataaa caccacacga gctggctcta cgtctcaagg ctcatagcga agaaggagta 1325101 cgatgccctc gttctgctca gcccgattgc gagggttcca aaaccgatag cctggaacag 1325161 gcacgttttg gttatggagt tcgtcgaggg aacggagctg gcggagctta gggacgacga 1325221 tctgacgaag gaggaagcaa cggaagtcct cgacaggatc ctcgaggagt acctcaagat 1325281 agtgcgcttt ggcatagtcc actcggattt gagcgagttc aacgtcgtct tgactgacga 1325341 cggcatcctg ataatagact gggcccagca cctgactact gcccacccgg agagctacga 1325401 gctgttgaag agggatttaa cggtcataat caacgccttc aggcggaggt ggcgggttga 1325461 gaggagcttt gatgaaatct ggccttcctt cgaggaggcc tggcacgaga gcaggggtga 1325521 aggatatggc aattaagtac gagcccctta acaggcgcga gaggattgtc aagctcttcc 1325581 gcgaggcaat cgaggccgag aacaggaacg actttgaaac cgcgaagagg aagctcgacg 1325641 agatacttca cgagagcctc gacgtagagc ctgagttcta cttcgaggcc tgcttccgcc 1325701 tggccgacat attcctccag gaggacaact acagaggagc ggtgaagtgc gcgatacggg 1325761 gaacggtgag ggcccccaac gaaaatctat accggctcgg cgtgaaaagg ctcggtgata 1325821 tcctggccgt cataaaggaa gcaggaaagc tgggggagct tgagaacgat cccgaaagct 1325881 tcataagaca agccgatgaa gacgaagagc ttaaggcgtt tgtaagagcg atcctgaacg 1325941 tgattcaagg aaagaaggtt gaagaaaagt tttccgtgag ggaaatggag gaggtcatct 1326001 ctctccttga agggctgaaa tgattttctt aacgtaccgc tcttccggcg gaaacgggaa 1326061 gttgtagagc tctcccccgg gcctctcgtt gtaatagggc ctgttgcagg cgggacagcc 1326121 gtgcgtcgcg aaaactgccg gcggaacctc aatgtcttcc aaatcgaagc ccgctatgga 1326181 ctccccctcg aacagtatcc tatcacccag atcacgttcg attaaccacc tcgccagctg 1326241 gactttacgg taacgctcaa cgctcggtgg ttcgaggttc tcaagcctcg tccccttcag 1326301 aggggtgaat gcgaagagcg agacgtccgc tccaattgag taggccctct cgaaaacctc 1326361 aacgagctcc ctgtcggttt cgccgaggcc gactatgacg tggattaaag ctttccccgg 1326421 accgaggact tcaactatcc tctccgcaaa gccccacatc tcatcccact caaagtctgg 1326481 ttttatttca ccgaagagcc tctcgcttgc aacgtcgaga cccaccccaa cgtagtcaac 1326541 gccgagccct ttaaattcct caagcgtggc attatcaaca ggcgttatcg agaccgagac 1326601 cggcaagctg aggggcttga gcgccctcag aagtgccaga acgtcgtcga gcatcccagg 1326661 atagtctatc gtctggaggc atatccttcc gaaacggccg ttggggagag cttgaacgac 1326721 tttttcgagc tcgaaggcag gccacgtaac ccgggagagt ttggcaaggt ccgctttact 1326781 ggagcgcgcc tgggcgcaga aggcgcagtc gttcgcgcac ttgccgggcc agtaggtcat 1326841 cagataggcg gtcgtcggcc tggcgaggag ctttgccctg attaggccca tcgctatcgc 1326901 cgttccgtag gagaccctaa cgagcattta acttccccca gatgatgggc gcgtagaggg 1326961 ttataaaccc gacccccagg atgagcggga ggagcgggaa gacgccggtg taacccctga 1327021 gctgggcaac gtagccaagg ctgacctgac ccgcaagcat tccgaggtca aagaacatcg 1327081 tgtagattcc agaacccatc gtcctgattc tcctcggaag gtttccgagg gccatcagct 1327141 gcatcgccgg gaccgctaag ccaaaaccgg ccccgactag ggaagcactt acgtaggagc 1327201 gaggcggaag ggtgtaaagg ttaagcagga cgtagccgag gaggagcagg gagaggccga 1327261 aggttatcac ggggagaggc ccgtgcctgt cagcgctcct gcccccgata aggcgcgtca 1327321 taaaggagaa gatgccgatg accatcatat agtaaccgaa gaggctctgg gggagggaaa 1327381 gggacttgta aagggcaggg aggtaagtta taacacccgc gtagctcata gagaaaagga 1327441 agagcgtcag cgaggcggag acgaaagtaa ccctgagaag ctcgcggtag ctggccctct 1327501 cgtgctccct cggcctgacg acctcaacgg ctccgcgcca ggcggtaagc gcgaagagtg 1327561 ctccaacacc tgagaatagg gccgttaatg caaaggcccc agcgaatccg atcacgtcgg 1327621 aggcgtagcc gcctatggcc ggcccgagta tgttgccgag ggagaacatc atgcccctcc 1327681 atccgagggt ctcgccaacc cttccctctg gggctaaatc aacggccgtg gagaggcttg 1327741 acggaaagaa caggcccatc gaaaagccgt gaatggccct tgcgaaggcg aataggtaaa 1327801 cgttagcggt tatggccgaa accacataga ggagtcccga gaggagaccc agcaggttcc 1327861 cgccgacgag ggcgtgaaag cggtagcccc tatcgccgat tgccccacct accggcttgg 1327921 agattagggc caagaaggag gtgacgccag cgatgagacc tacgagaaag ggctcggcgt 1327981 ggaggctgac gaggaaaggg gaaacgacgg gagtcacgac gcttatcccg aggaagaaaa 1328041 agaaggtcga aaagttgagg agccagacgt ctctcatcga ggccactaaa caccagcctc 1328101 cggctcgtcc atgccgtcct tcatgaaggc gtagctcatg tgcttggtgt tcttggcgaa 1328161 gcccacgtta ccccttgcat caaccattat gatgcccatc gtgtccttgc cgaagtactt 1328221 cgtggcgagg cttatcgcgg catcgctcgc cgattgagcg tcaaggccga gcctgacgag 1328281 gtcggtggcg ctcttggcca gtgcgagctt tatggcaacc tctccgaggc cggtgcagga 1328341 agcgccggca acctcgttgg cgtaggttcc gccaccgatt ataggcgtgt cgccaacacg 1328401 gccgaacatc ttgaggaaga cgccgccggt agatgttcca gcaacgacct cctcgccgtc 1328461 gaaggcaacc gctccgacgg tgctccttaa aacctcggga tactccttga tgagctcgtt 1328521 gagcttcttc cagtgcctcg tttcgccctt ttctatgagc tttttcctga gttcctccca 1328581 ctgcttgagc cgctcctcgg ttatggggtc gtactcctcg aagccgagaa gtcttgcgaa 1328641 ctttaccgcc ccgtcaccta ttaaaaggac gtggtcggtc ttctccatga ccttcctcgc 1328701 gacgcttatc gggttcttaa cgccccagat tccagcgact gcaccggctt caagggtctt 1328761 tccgcgcatt attgccgcat ccatctcgac cctgccgtcg agggttaaaa cgctcccggt 1328821 tccagcgttg aaaatcgggt tgtcctcaag ggcctttaca gcttcctcga ccgcatcaag 1328881 ggcagaacct ctcttcagct cgcgccagcc cgctaagacg gccgctctaa cgccctcaat 1328941 gacctttgga atgcgctcct ccttccttat cgtgccggcg ccaccgtgaa ctattatcgc 1329001 gaccatgaaa accacctgag aaaagagcgc tcgaaaggtt aaaaggattg tggaaacgac 1329061 tcaaccggcg gatattagca gtattcccgc tatcgccaag gcaagcccct cccagatcct 1329121 cgcattgggt ctctctttga gtacaagaac ggccagtaga gacgttatca gggggtttat 1329181 tgccgaaact ggtgctgaga cctgggatcc aacggtttgg gtggcataga cgaacaggag 1329241 ctgcccgaga aagagaccac tgaaagccgc caaggccaag attttaagct cccgtgggtt 1329301 tacccttctg acttccggcc agtaccgggg aaggaagaaa gaaacgccga tggcggcgga 1329361 gaacatcctc agggcggcga ggggaagtgg atcaaagtat cgggtcagcc agtccatcat 1329421 cgttatcgcc aggctccacg aaaccggggc gaggatagca aagacaaagc caagggggtc 1329481 ggagccttcc ctatcctcag ccctcttgac tattatgatg gcgaggacta tcagaaaagc 1329541 gcccgcgtaa accctgatcg gaacctttct gccgaggtaa agcgccgccc ataggacggc 1329601 ccagagggga taagtggagg taatcggcac agttctcgaa acgccgaggc gatgaagggc 1329661 gttgaggtaa aagtagtcgc ctattacgaa gccgaactga gcggagatga acgcgacgag 1329721 gaggtacttc ggttccgctc caagaatttc accgaacttc cccgccagga gaagggtgaa 1329781 ggcgtagaag agggagacaa ggtaaaggcg gatgatgttg accgatacag ggctctttga 1329841 gcgcatacca atcttcagca ggatcgtgga gaccgcccag ccgaaggcag agcccagggc 1329901 cgcgagaacg ccgagtatga gctggttcat gatgaatgag agtatccata aacttaaaaa 1329961 cttaacgttt cgatggtttt caaaaagaga cctataaact tcccgaatga gttagggacg 1330021 tgatgagctc ggcagttgct gacgcaagga tgatgaggat cttgagtgct gaaaaatatg 1330081 aaaagcgctc agcccttcaa aaacgcctca accaggttcc tcgtctcgtt taaggcctcc 1330141 agtggaatgc cctttggcag gccaccgatt tcgcccttca catctttgag aacgcccttc 1330201 ccggcgccga ggaacatgcc ctcgctgact attcctctaa agttcgcagg cggaaggaga 1330261 gcaacggcga cgcgatttcc ctctttcacc gttaagtcgt ttgtaaccac cgttattgcc 1330321 ctgtcgccga tgttcacgtt agtaacaagc aatcggtcgg cgttggggtg cttggcgacg 1330381 ctcataactt ctccgacctt aatgtcaact gctatgacag ggtcgtttat cttgccgaga 1330441 gccaatctct tgtcgaggtt gaggatcgtg ttgaggaaga agcgtatttt agccacttgc 1330501 tcctcaacct tctcgcgctc gtccttggag gcgttgctta tgaacttgtg gtgccagtcc 1330561 tcaccgccca gagcctcgat tattcccagg gctttttcct tcagggcctt catctgggga 1330621 gtctcaatca gctcctttgg ttctatgtaa ctgtagcgca tcgcctgtat ctccgggatc 1330681 atctctttac cgagctttat ggctttcttc ttgtcccagt gacccttgaa cttggcgccc 1330741 tcgaccgttt ttaggaagag ctctgtcgcc ttctcagcca cgagtaagcg gtaatccttg 1330801 ctcgtatccc acattgccgc caccgccaat ctgctggaga accttgctct taatgctttc 1330861 gttcggtata ttgagggtta tcgttctcgc catgagctca tcgccctccc ggaggtactc 1330921 aaccgcgacc ctggcgagaa ccctcgacga cagctcgtca ctccggataa gcctgacaag 1330981 gcgcagggca agatcgggat agccaagctt tacgaagtca aaggctatgc tcgagaggta 1331041 cttgtccgag gccccaaacc gggataagag ttcgatggca tcgttaaaaa cctgctcgcc 1331101 gaggtctctc cgcccgttgg cgagcaacca gaaggatatc tcaagaaacg cgctcccctt 1331161 cttctccggg ggcatgtatc gggccattag aaccgctccg tcaacccagt cctccgcgag 1331221 gatcctccgg aggaactgaa cgtcaccggc gattgccctc tctatcagcg ccgccttggc 1331281 cctgacagtc ttcgccggaa ttcccaggcc cgcgtgctca taaacctccg aggcccagtt 1331341 gaagaactca acggcccatt cgccagagtc aatccactca accgagaaca ccatcgaatc 1331401 agcgagcttg cgaaggagac gaagcgcttt ctcgggttcc tccccctcaa ggacagtaat 1331461 ggcctcaaac gcctcactga acaggtacag agcgtcatcg tagaagcccg ccctcacgag 1331521 gttaagtgca acgcctatga gggcttcagc gcgccacgtc tcgactccta ttcccctcgc 1331581 caccgacatc gcttctctga agaatttaac cccttctttc tcgtctcctg aggagaaaag 1331641 agcctcccct atgactgaga gaatcagcgc cttggtcttt ctatccgggg cctcatacct 1331701 gcacttcagg agttcccctt taacgtatcg gtagtcgtca agtctgataa ccctcttgag 1331761 gagctccgct aagagttcgg ccttgactac accgtccccc tcgctcagaa tgagcctaac 1331821 cgcctcgtca acccggtttc tcctcacgta ctcctctatc ctctccatcc acattcacta 1331881 ggcctccccc accccgttca ttattgggac gctctgattc aacatttcca ccaatgcgtg 1331941 ataatgtgtt cccaactccc tttatggcct ttagtacctt atccctaata agtatatcgc 1332001 cgatcctcgc ggccagttca cgggcgtggc ctatttcacc cctctttgcg taggcaatcg 1332061 ctatctcccc cacaagctcg gagaaccttc tctcgtcctt caaaaggcct gcaagaacga 1332121 gggcctcttt gagcttccct atgcgcagga gcttgtaggc aacggcctcg atctcgcttt 1332181 ccctcacttc aaatttcccg acgaggagca tctccgttgc atcgttgaaa accgccctag 1332241 caagatcggg atagtcgtga atgaagagcc agtatgtaac gttgagcatc gcgatcgccc 1332301 gctccgccgg gggcaggaac cgggccatct ggagggccct atccacatcc cccctttcga 1332361 gaagctctgt aactgctacg gagccccgtt tgaacacttc ccttgcgatc tttatcttgg 1332421 attctatctc cctcgcctgc agtttaaagc ctatactctc gtagatctcc ctcgtcaagt 1332481 ggtagaaatc caaggcgatc tcgtttggga tttcctccgc gctcttctca accctcctgg 1332541 cgaggtttac aaggttggag acgacctcgg agtacatggc cctggccgat tgtatcagct 1332601 caaaagcccg cctgaaggcg gcgagaccgt cgctgtatct cccggacaga acgaggtttt 1332661 tgccgatcac tcccaacacc tcagcgcgga ctacgggaga gcttatcctc tccacgagct 1332721 caagggcacg ctggaaatgc acctcaccgt ctcgctccat ctcaagggca tagaaggccc 1332781 taccaacgta ggactcggca atcgcccctt cggtcggtga ttttatctcg ttgagggtgt 1332841 cgaggagctg agggacgaat tcctcccgat aagacctcgt cacgatctcg gcaatcatta 1332901 tgatcctccg aagaggatcc ctgacacgga gtgcctctgc aaaggctccc cggtagttcc 1332961 caatgcgaag gagttctctg aagcgctcca ccccatccac ccttcgcaat ttgggtttga 1333021 aaacctaaaa gggtttcgag tggatagttt aaactccaat ggcggactca aagttcacca 1333081 aaacctcgtt cacaatcgtc catgccatga gcggttcccg gtagaggcta accttccttc 1333141 cctcgacctt gctcctgaag tcgccgtgcg ggaagccacc aatgattacg agtggattct 1333201 caagctcagc cagaaccctt ccgaagtccc tcggctttat tagctcccct tcctcgtgca 1333261 tcacgaagac ctcatccgga gcaatctcct caacgagctc gttcagcgtt ttctcctcga 1333321 tgcggagcag ggctaaatcc tttgggacta ctccgttctt gaagaggctc tccattaagc 1333381 ccaggaagcg gttgtagttc cttggaagcc tcgtctcggg cttcacgtaa atcacttcat 1333441 cgttcctcgt gtggacgtaa accctaagct ttccctcctt gttggctatg ctctcgaggg 1333501 cgttgaggag gcatatatgc actatgtccg gcctcccgcg cctctcgccg tcttcgagct 1333561 tcctcagagc tgagtggtgg taactgccct ctagtatcac ttcctccggc ttcttacccc 1333621 tcctcctcgc gtagttcaca acggctggat ggtcagctat cgattcgggc acgagctcaa 1333681 gctcggagtc agctatcacc aggtgaagca ttctcctccc tcctcggcct tattcccctc 1333741 tcctcaaggt cgtcgaggat tctcctaaag gtgtctatgc gcatgcccaa aatctcgggc 1333801 ggaatgacgc caaagataca gcttccctcg gcgacgagcc tagctattgc agaggcagtg 1333861 taacccgtta cgcgcgccat cgaggtgaat tccctctcct catcgtagag ggtgtagctt 1333921 atcgtccttc cgggctcgat gccaacgacc ttcataaccg agaagtctgg actgtcgtag 1333981 gtcatcagag gggttatgac ctcgagcgtc ttatcaacgt gctcttcctt gaaaaacccg 1334041 agctccttca aaaccttcat cttctcaagg tgccccggcc agcgtagcgt ccactcctca 1334101 agcctctcga ccctcacgct ctcgagcagg ctcctaaggc catcgctcgg gaaggcctcg 1334161 aaggtgaagt cctctatttc aacggtctta atttctgaga gcgggtctac tgccgtgact 1334221 tctccgcccc ttatgaccct cgccggccgg gtgtactctt caattaaatc tttaggtgac 1334281 cacgtaattc tgtaataaag tggtggtctc ggctccttag gcaggccgcc gacgtagatg 1334341 tagccctcgc tcatgtcgtc gagctcgttc cagattctgc ccatcaggat gtggctcagc 1334401 ccgggggcaa agcccgcatc gaatatcacc gtaacctggg cgttctctgc ctcctcccga 1334461 agttcgagcg ggttctcggg cgtaaaagag acgtccacca tgtcaacgcc ggcctttatc 1334521 gcggctttga ttgaggagta gccgaagcga ccgggcagtg cgccgataac gagctcgaat 1334581 cctttcattg cctctacgag cttgtcgaag cgagaggcat cgagcttgaa cggtgtggcg 1334641 aacccggaga cggcccttaa tcggtcatcg cttaggtctg cgacgtggac gtcgaactcg 1334701 tccctcaaat cccacgctat ggcccttcca acgtttccag cgccgagaac aagaaccttc 1334761 acttcaatct cccccctcaa agaactccgt aagtctttca tcaatatcga ggatctctct 1334821 gaggctcttt atcttgatga aattctcacg ctcaaagagg agcgcgacgt cgtgcttgta 1334881 gggcgaggcc ttctgcacaa gaagggtgtt ctcatcggtt atgtaggtga accgtcccgg 1334941 gctgtcgtcg acccaaacta ttggatcctc tggatagagc tccctaactg cctgaaactt 1335001 ctgaagcatg tcccttgtgc tcctgaaggt tatgaccatg tcaaactcat cgtaccagtt 1335061 cgtcttcttg agaaatatga cctttcctcc tggataagtg tgctcaccgg agaagcttat 1335121 aaccgtcctc cccgccttcc tgagggttct aatgacccgc ctcgcgtgtg gcagatcctg 1335181 aatgaagcgc ggcatcaacc gataatactc gtgtatcgtg ccctgggcca cgagctcgtg 1335241 aatgacgccg aggtgcctgt aggtaagttt ccccttgatg aagaggaaga gcgccgtgta 1335301 atactcgtcg tagaggtcac tttcaataac ggctggcatg gtgcgctcta tcgctagtct 1335361 cagagccttc tcaacggcct gatggctgtc cacgagcgtc ccatcaaagt cgaagaggta 1335421 caccaccatg gtcaacactg taactgtatc cataaccggg aatataacgg tttgcccgtg 1335481 caaaaatttt aaaagcgcaa gagtgtacac tggatggaaa atttttgcaa ggctcaggtt 1335541 tataaggact caaaccgagt gtgtggaggt gatgatcatg gcttaccaca ggggtagtag 1335601 aggcaagggt aagaaaaacc atcaggaagg agaggagata attcgcgttc ccctcccgga 1335661 caggagtaag ggacagctct tcggtgttat agagcaggcc ctcggagcgg gctggatgga 1335721 cgtccgctgc gaggacggaa aggtcaggag atgcaggatc cctggcaagc taaagaggag 1335781 gatgtggatg cgcgttggcg acgtggtaat agtccagccc tggccggttc agaccgataa 1335841 gaggggtgac atagtctacc gctacacgag gactcaggtt gattggctcc tcagaaaggg 1335901 caagataagc caggacttcc tcacgggcgg cgagatgctg ttctgattcc gagtgatggg 1335961 agatgcgcga ggaagccatc gaacgggaga tcgaggagat actcggcctc agggaaagaa 1336021 gggagaagga cagcgagctc tacaagatag ccaacgaggt cttcgacaga acaacaaagg 1336081 agacgctcgc ttacctccac aggcgcggta aaatagagga gctctacggc gtcgtaagca 1336141 ctggcaagga agcaaacgtc ttcgctggcg tagatgctga gggcaataag atagcggtga 1336201 agatttacag aacctacaca accgagttca gacggatatg ggagtacctc gccgccgacc 1336261 cgcgcatcgg ctacctgccg aaggacatgc ggaagctcgt cttcgtctgg acgaggcggg 1336321 agttcaagaa cctccagagg gcgataaagt acgcggttcg cgttccggag cctgtaatct 1336381 tccgcaacaa cgtccttgtt atggaattca tcggcgatga aaccccagct ccccgtctta 1336441 aggacgttga gaaaagcctc gaaaggagcg acttcgagga gctttacagc tacctgatga 1336501 gtgttattga gaggctctgg aagcgcggtg acatggttca cggtgatttg agcgagtaca 1336561 acgtcctgct ctgggacggg cctgtggtta tagactggtc gcaggctacc gtgaggagga 1336621 acaggatgag cgttgagctg ttaaagcgcg acttaaggaa cgttaccaac tacttcgcga 1336681 gaaagggtgt tgatgttgag gactacgagg tgaaactccg cgagctgatt gagaggtgag 1336741 agcatggacg agtttgagag gctcctgaag aagtacgagc gcgttgataa ggacggaagg 1336801 ccaattgggg aacctaaaga ggaggaaatt gattacctcg ctgagggcga gcaggaggag 1336861 ttcgtaagga ttcccaagga aaggatagcg gttctcatcg gtaagaaagg cagaaccaag 1336921 agggagatag aggagcgtac aggcacgaag atagaggttg acagcgagac gggagaagtt 1336981 ttcatcaccg ccacgaagaa gacgaaagat cccctcgccg tctggaaggc aagggacgtc 1337041 gtcctcgcca tcgggagggg cttctccccc gagagggcct tccgcctgtt taacgagggt 1337101 gagaccctcg agatcgtgaa cttaacagac atcgtcgttg gaaacgagaa gaacgccctt 1337161 ccgagggtca ggggtaggat catcgggcgg agggggagga cgagggagat tatcgaggag 1337221 atgagcggtg ccgacgttag cgtttacgga aagaccgtcg cgattatcgg caacccgatt 1337281 caggttgagg ttgccagaac ggctgtagag aagctcgcaa ggggctcgcc ccacggtgtc 1337341 gtttaccgct acctcgaaag gcgcaagaag gatttggagc ttgaaagttc ggcctactac 1337401 gaggccctcg agggcgggcc cgagcctgag gattgggagg aggaatgagc atggccgagg 1337461 cgagtcagct ctttaaggag ttcaaaatcc agagcgtcag cgagttcttc aggcgaaacg 1337521 cggcaatgct gggctacact ggaaaagtcc gctcgctcac aacgctcgtc cacgaggcgg 1337581 tcacgaactc gctcgacgcc tgtgaagagg ctggaattcc gccctacata agggttgaga 1337641 ttgaggaact cggaagggag cactacaagg tcgtcgttga ggacaacggg ccgggaatcc 1337701 cggagaagta cataacccac gtcttcggaa agatgctggc tggaaccaaa gcgcacagaa 1337761 acatacagag tcgtggtcag cagggtatcg gtataagcgg tgctgttatg ttcgcccaga 1337821 taacgagcgg aaaggccacg cgcgtgatta cttcaacggg cgacgagatt atcgaggcct 1337881 gggtgaagat agacgttgac aagaacgagg gtaaaatcgt aaagaaggag aagcacccca 1337941 atcccgacgg ctggcatggg acgaggatag agctcgaggt gaagaacgtc aagtacatgc 1338001 gctccaagca gggcgtctac tggtacctca agctcaccgc catagcgaac ccccacgccc 1338061 acatcgagct aatcgagccc gacggaaagc tgattgtctt cccgcgttcg agcgaagagg 1338121 ttcccgagcc acctgtggag atgaagcccc accctaaggg agttctgacg gacgacgttt 1338181 acaggatggc caagaagact aaaaggcaga gtgtgaggcg cttcctcatc ggggagttct 1338241 ccaggataag cgacaagaag gttgacgagc tcatcgagta cgtagccgct ttaaggctca 1338301 ttaaaaaggt cggggacaag aaggttcagg aacagctcta cgagaggctc atgaaaggtg 1338361 aagtcaaggc agtcctccgc tccttcaggg gttacaccaa ggtcgtcaag caggtcgcga 1338421 agatgatgga gaagccaccc gagaagctca cctggcatga agctgaagag atagtcgagg 1338481 ccttcaagta catgaagttc ctcgctccgc cgacgcacgg cctcaggccc ataggcgaag 1338541 agaacattga gaagggtttg aagggaatcc tcaagcccga attcgtgacg gccgtaacga 1338601 gaccccccaa ggtgtactca ggtggaatcc ccttccaggt tgaagtcggc cttgcctacg 1338661 gcggtgagat accgagcggg ttcgagcttt tacgctacgc gaaccgcgtc ccactgttgt 1338721 ttgacgcggg ctcgtgcgta accactcagg ccgcacgctc aatagactgg aagaggtata 1338781 aagttgacga cctcgacaga acgcccctcg tgctcatgat taacgtggtt tccgtccacg 1338841 tcccctacac cggaaccgga aagcagagca tagcgagcgt cgatgagatt tacaacgaga 1338901 ttcgcctggc cataatggac gcggcgagaa gactgcagac ctacctcagc ggaaagcaca 1338961 ggcgcctcta ccaggtaaag agaaagaaga ccttcgaaaa gtacgtgccc gagatagcca 1339021 gggctctgag cgttctgacg ggcgagtccg aggagaagat tagggagtac ttcctaaact 1339081 tcatcgagag tcacttcgcc tcgaaggagg cagtggaggt gagcgagaat gcctaaacgc 1339141 aaggtcatac accgcgagaa gcccaaggag aagttctcct acgacccgaa aaaggtgctc 1339201 agcaagctcg aagagtacgg aaggagcgtc cttgaggcca tcaagtcggg taagaacccc 1339261 tatttcgaca tcccgatgcg cggactcaac aacgtctact tcgacgagaa gagcaggcta 1339321 atcaagatgg gcgacaagct ctcaaggcgt tacttcctca acgttgctca tgccagaaag 1339381 ttcatgcaaa ccttgctcat aatggcctac gtgaaaaggc tcgtgagtga gggcaagcac 1339441 gcgagccttc gtgaagccta ctacgccaac aagcacacga ttcccggaac gagggagaac 1339501 accttcgagg accagcgcga gagcgacccg attatcgagg atttggagag gatgctcggt 1339561 gtcctgcgtg aggagatgca cataaccgct gacaggcgcg gttacatcta cggcgacata 1339621 gtgattaggg acggcgagga cgagttcaac gcgagcaagc tcggaagcgg tgggtgggcg 1339681 gttcctggaa cggtggagca catccagttc ccagagataa acgttgatta cgccctcgtt 1339741 gtcgagaccg ccgctatggc cgaccgtctc atcgaggaaa agttcccaaa gaaggagaac 1339801 gccctgatca tagccaccca gggacaggcc tcgcgcggcg tcaggcgttt aatccacagg 1339861 ctccactacg aggagggcct tccaatcatc gtcttcaccg atggcgaccc ctacggttgg 1339921 tacatctact ccacaataaa gcagggttct attaacctcg cttacctcag cgacaagctg 1339981 gcaacgcccg aggcgaggtt cgtcggcatg actatggacg acataaagcg ctacggtttg 1340041 gagaacgtca ccgagaagct caaggggatt ccccctaaca agaaaggtgg cccaacgggc 1340101 gactacaagc gcattttgga agagatggag tacccctggt tccagaacag ggagtggcag 1340161 agacagctca agttagcgct caagtggggc gtcaggattg aacagcaggc tttggcaaac 1340221 aagtcccttg agttcgtcgc caaggagtat ttgccagaaa agataaacag cggtgatttg 1340281 ctgccatgac gacgactgag gagctcgtcg cccaggtcaa caagatactc gacgacatcg 1340341 ggatagacct gggtgagctc tttgaggagt tcgagcccgt taaattagcc tacactttgg 1340401 ctagaaacgt ttcccttttg aatgacctca gggaggagct tgagaggcgc gttggggaaa 1340461 cggccccctc cctccgcttc atggacaaga agaaccggga tccacacctc cagtggattt 1340521 acaggaagaa acacaacagg gctttggcac tagaaaggct ccactcagcg ataaccgccc 1340581 acaagatggc cttggctttg ctctcggcca actacacctt caagctggga aaaagggagc 1340641 tgaaggcaga ggagctaaaa cccgaacacc tgccaaaggt caggacagta ccaaagccga 1340701 ttcaactcgg caggcttgaa gttctcccac atctcgctta ctcaggggac gtgctcagac 1340761 tcctggcgag ggagagtata gaggtcaggg agcagttcaa gctcataaag ggaaaactca 1340821 gggagaaggg aatagtgcag accaagagca tcaggataga ggtagagtac ttcgaggaga 1340881 acaggctgaa gaagacgcgc ctggatcttc cggcggacgc tgacatagag gccgagctga 1340941 gaaaacgctt tggcagacgg ttccgctgga gaatcctcag cttcatcaag acgaagggcg 1341001 tgcttataaa caaccactac accgtcgaca accttgccct ggcctacgcc tccctcgatc 1341061 ccgagaaagg cgccgaaaag ctcggcctcg atctcttccg ctactacttc ctcacctccg 1341121 agacagaaag gcagagcctc ggcctctatc cggacataag gctgtgcata gactgtcact 1341181 actcaatctt tgatctcccc ttccggcgcg agagggactt caaaacgggc tacgggagca 1341241 tgctgataat ccggaagtgt gaaatggaaa gccagctttc ggggaagagg gccgagataa 1341301 gcacaattcc caactacgtc cttgggggcg ttctcctcta cgggataagc ggctgggatg 1341361 aaaggaaggt cgccgaagtt ctcgcgatcc cgctggacga gctggaggag ggcctcaaga 1341421 agttcgttat ttcgggactc cacaaggttc tcttcatgga gaatgagctc aaaaggttcg 1341481 agaagttcat gcccaagagc gacaaggcga gggagttcct ggcgctcctt caggggtgag 1341541 gagatgaggg ttgaggtaaa ggcccgaaac aacgccgagc tcatacggaa gctccgggag 1341601 aagctcgggc cggaggtgac ggaggtctac ataaacctcc gccccacaaa ggagatagtt 1341661 gttagaatcc ttgaaaacgc ccccaacgtc cgcaagataa gctgtccgcc cagcctctac 1341721 ccgaaggttt caaagaagat aatccacgcc ctctcccaga tcggcgttca gctggttccc 1341781 gagggctacc ctagggggag accgagaaaa tacgacgaaa aaactgttca aaagatactc 1341841 acaatgctct ccgcaggaaa ggggccgaag gaaataagct cctcgctcgg aatccccctc 1341901 agaacggttt actatctcat tgagcgggcc agagaggtgg aggaatggcc ctcagactta 1341961 aagcaatgat cctctttgca tcgcttgtcg tgataatggc cctcctgctc ggcccctccg 1342021 tgagggccgg cgtcactgcg gtgaaccttg accttctgta tctcttctgg gcgatagtat 1342081 ctttctcgct cctcggctac gctctctcct caatccgggt taggggcatc tggaaacgaa 1342141 aaaagaggag caagtacgcc gtaatctcgg gcctgctctg gataatagcc ataggcgtcg 1342201 caatgtactc actcctctat ccaacggagc cggaatggag ctccggaaac gagaccggag 1342261 ttccgaagaa cggacccttc gaaacgatgc ggggaggtct taccgtcttc tacaaagcga 1342321 tttccccgta tctgtacgtg gttccatacg ttctcctact ggccatcccg gtcattctgt 1342381 acctacggcg aaggaagccc agagaagttc ttttaccaga ggtacggttc gacccggagc 1342441 tcagatacga ggacataacc ggatcgccca gcgagaagat catcaggatg tacaggaacg 1342501 tcgtcgcggg cctcgtactc aagggctatc cctaccggag gagctggacc cactgggagc 1342561 acgaggagaa gcttcgggag atatttcctg acctagagga tctggatacc ctgacgaggc 1342621 tcttcgagaa agccaagtac gccgagagga taggacagaa ggatctagag ctggcggcca 1342681 aaagctacga aagactgatg gagttcctca agtaggcttt aaaagggcaa ggaggacata 1342741 ggccaaggag ggattgagca tgacgatcga aacccaggag gaaaccccga ggattaaaga 1342801 acccctgcgg cgcgttggaa taactaacct caggagcgtc gcgaagataa actggaaagg 1342861 acggatctac acgttcctcc ccctgtttga gataaccata gacctccccg ccgagaagaa 1342921 aggcatacac atgagcaggc ttgtggagag cgtaaccgaa gccatgagcg aggccgttga 1342981 ggaggaggtc aaggaagccc acacatcgct ggaggagctg gggagggcaa taataaggcg 1343041 ccttgaggga aagcatcccc atcgaagagc tgaggtgtgg atacggacac atctcatcat 1343101 cccccgtgag acccctgcga gcggaaaagt gagctacgag ccctacgacg tcgaggtcgg 1343161 cgtcataaaa gagaacaaaa gccttgagaa agtcctcagg gtcaaggtca tcggaaacac 1343221 ggtttgcccc cacgcgatgg cgaacaacga gggaaaaacg cacatccaga gggccgttgc 1343281 ggagctcgag gttagaactg cctttgagga gaacgtggct ctggaggaca tgatagaggt 1343341 cgttgagagc tccttcagct caccgacgta caccctcctg aagaccgttg acgagaacgc 1343401 ggtggtcagg aggatgttcg agaatccgaa gttcgtcgag gacgttgcga gggagatatt 1343461 ctcaaaggcg agggagcggt tcaaggggaa aatacacgtg agggtcataa gcaacgagag 1343521 cattcacaag cacgacgtaa tagccgagac gtggagctaa tgcctcccgg cgtacatggc 1343581 catgtgggcg atcctctcta ggagctcgtt gaagccctcg taggtgacga gcgaaagagc 1343641 aagtggctcc tgctccagcc tcttctttat gatttttctt agctcctcga ctctctcgcg 1343701 cgaaactaga tcgatcttgt tgatcaccac gattataggc ttctcatagc gcatcttaag 1343761 catgtggtgg agtttctcca tccccctgtg aaggccaacc gtcgcgtcaa ccatgtggat 1343821 tattatgtcc gctgagacta tttcctccat gagctcccta aagcgctcct cgctgagaac 1343881 cttcccgcgc agttcgaggc ggggatcgaa taaccccgct gtgtctatga gcacgaactc 1343941 gtcagcccca ccgaacgggt tcttcattcc cttgggtatc ttcagctttc caaagcgttt 1344001 ccggattatc cccttggtcg ttcccggcag atcttccact tcgctgacct ttccgccgag 1344061 aagggcgttc ataagggtcg attttccaac gttttcggca ccgattatcg caacctttat 1344121 caacctctca cccccgcaag gtttatcgca cctatcgaag attatcctaa cggttatata 1344181 actgccggag gggtggggat ggcgaagagg gtcaagatgg ggcatcacta ttactacatc 1344241 gtcactcctg aggacctgaa atccggggcg ttcaaaggca aaaacgtcgt cgttgagggc 1344301 gtcatagtga acaagccctg cgttgagttt cttccaatgg aacttcccag ctacaggacg 1344361 accttcctgc tcgacggaat cagggtcgag ttctcgggaa gcccctgcat aggggtcgga 1344421 gagagggtta aggtgtacgg gcggttcctc ggagacggga taatggccac cgcggtggaa 1344481 acggagcggg ctatcttcac aacggaggag tgagcatgct ggagctgttc ttggagctcg 1344541 gaaacctgaa gaggctcccg agaacgggat ggcttttgcg ggggattccc aatcccgagc 1344601 ccatagcggc ccactcctac agggttgcca cgataaccct ttttctggcc gatgagctca 1344661 aatcaagggg cgttgagatc gacgttgaga aggcactcaa gatagcactc cttcacgacg 1344721 ctggggaggc aaggataacg gacgttcccc tgccggccca gaggtacttc aacaaggtcg 1344781 agggcgaggt caaggcgctg ggggagatgc tgagcattac gggcagggag ggggagtacc 1344841 taagcctgtt ccgcgagtac gaggaggagc tgagtgtaga aggaaagctc gttaagttcg 1344901 ccgacaggct ggagatgctg attcaggctt atgagtacga gaaagcgggc tttgccaacc 1344961 tcgacgagtt ctggaggacg gtggagaagc tccgtgagag cgagctctat gaatacttta 1345021 gggacatcgt tgaggggctc gtggagcgga ggaaaaagtt gcatcggggg ttagctcact 1345081 cccactacaa caaccctcaa cttccagtgg agaagtcctc caagtcccag atgagataac 1345141 ttccggccct cagtttttct ttctccccaa ttctcttagc aatcaatcca taactctttt 1345201 cccagccctc aagactcaca agctcggcct ttctcttcaa gtcctccaag atacctcttg 1345261 cctccctctc gctcaaatcc ttccacttaa cctcaacgaa gagcgctcgt ttttcccgct 1345321 cgttcaaagc gaccaaatca atctcctcac ccttccgcca ccacctgcca atttttgtaa 1345381 agcggaacgg cagtttttca gccctgttca tcccgattaa aaattcctta gcaatcttct 1345441 caaaaaccca gccgaggtag cggttgaagt tcctctcaaa gtgcccaaga gcctcatcgg 1345501 gaagcccaat ctctatctcc tccttgaacg ggtaaacgaa cgtgtagtag aaggcgaagt 1345561 agttgtcccg tatgaaatac cgcgagttcc ttgcccgttt cttcggcttt tccgtaacgg 1345621 gagcttccct gccaacgatg ccgaggttta tgagtatgct gaggtagcgc gtcagctttg 1345681 acccgtcgag tcctgtaatg ttcctaagct cgttgaacga gcggtggccg tagcttatcg 1345741 cctcgagaat cgtgttgtat gtgctgaggt ctcggagctc gtatcggagc aggtattccg 1345801 cttcatcgta gaggaagccc ctcccgaaga actcctcccg cgcgttctcc tcgggcgaga 1345861 gtgacgggtc gaggcggagc aggtactctg gaatcccatc aaccatgccg tagaccttga 1345921 cgaggtcttc aaggcagtag ttcggaaaga actcgccgat gtggcggaac ttcagcggtt 1345981 caaccttaag cgagagggtt cttctcccgt agattggact gccgtaggaa acgagcctct 1346041 ccatcatcga gacgctcgaa ccgcagagga ctacactccc cctccccctg aagtccagat 1346101 gctcctgaag gacgccgagg attctggggt ggtttttggc cagaacctga aactcgtcga 1346161 agataaccac aacgtcctct ggcagtctct caaagaactc ctcaaacgag cgtactggat 1346221 gccttaacag cgaatcatcg cccgtgagcg agaagagctt cgcgttgagg gttttcaggg 1346281 tctcgttcac ttcctcctcc ttgcagaggt ggtagagcgt tctaaaccct ttggaagcct 1346341 ctatgaggag ccttgtcttc ccgacccttc gcctgccgta gaccaagatt agcgcacctc 1346401 gcgtgaatgc cttcctcagt gtcttcagct cctcttccct atcaacgaac ttttgtgtaa 1346461 tcatgattat gtaatcgtga ttatgttatt taagggtttc gacgtcaagg tctcccaggt 1346521 tcagacgagg tggcctttct cttcaagttt tcaaaactcc cctcgcttcc cgctgttaag 1346581 ggcgagcaaa taaatttcct ccttcttgtg tcaccggcaa tcgattttgg tgaacttaag 1346641 gggaagcttc cctgccacgc aaaaactcgc ggacgagacg gcttttcccg agtcctctcc 1346701 tctcaatgaa gaggacgagg gagaatccat ccaaccataa agcccttcga gtgttttgag 1346761 ctcctttttc tgcccacaaa ttttcgaatc tccctcataa tataatcgca ggtcaaaact 1346821 tgataaaaag gctcgttgag atgctgttta tgaaaacact tctatttacg gttaacgttt 1346881 ttatttgcgc aaaatgttta aataccagct tctgtccatt tctttggtgg tgttcgtgaa 1346941 gaaggccgtg cttataatga tcctcaccct tctgctgtcc gtcgtggcgg ctggctgtat 1347001 aaacggctcg aatgaaaaag aagagacgct gataatcttc cacgcgggct cgctgagcgt 1347061 tccgttcaaa cagctggaag atgagtttgc gaagtacgcc gaggagaacc tcggagttaa 1347121 ggttaagttc caggacgagg cgagcgggag cgtcaaggcc gttagaaagg ttaccgacct 1347181 cgggaagaag gccgatatag ttgccgtcgc agactacacc ctcatccctc agcttatggt 1347241 gccgaactac acggacttct acgtcctctt cgcgaccaac gagatagtca tagccttcac 1347301 cgagaagagc aggtacgcgg acgagattaa ccccgacaac tggtacgaaa tcctcgcgag 1347361 gccaggcgtc actttcggct tctccgaccc caaccaggac ccctgtggct accgctcgct 1347421 catggtcatg aagctcgcgg attactacta cggcaagccc atcttcgagg ccctcgtcga 1347481 gaagaacacc aacatccact acaacggctc cctaatcgtt gccccgaagg aaatccaggt 1347541 gaagaacgac aaggtcgtca taaggccgaa ggagaccgat ttgacgggcc tcgtcgagag 1347601 cggaagcctc gactacttct tcatctacaa gagcgttgcg gagcagcacg gcctgaagta 1347661 catcgagctt cccgaggaga taaacctcaa ggacttcaag atggccgact actacggaaa 1347721 ggtgagcatc cacatcggct caacgggcaa ggtaatcaag gccaagccca tcgtctacgg 1347781 cgtcaccgtc ccgaagaacg ccccccacag ggagctcgca atggagttcc ttaagttcct 1347841 cctgagcgag aagggcaggg acgtcttcaa ggccaaccac caggacttca tctggccgcc 1347901 gatagcgttc ggcaacgtcc ccgaggagat aaaggacgag gtgaaggtcg aggggtgaac 1347961 tttttattcc cctctcccaa ttcaggggga gagcgatgag gcgcgactac accctctact 1348021 ttttcgcatc gctggggagc tttctcatcg cctacatagc cctgccttta gtggttatct 1348081 tcgccaaaca gctctcggac ctggggatgc tcgttaggac gctccacgac ccctacgtaa 1348141 ccgaggccct cagaaattcc ctcctgacgg cgaccgcgac ggcattaatc gcgctcctct 1348201 tcggcgtccc cctcggctac gttctggcga gaaaggactt ccttggaaag agcctcgttc 1348261 aggctctcat tgacgtcccc atagtaatcc cccactcggt cgtgggcata atgctcctcg 1348321 tcaccttttc gagcgcgata ctcgacagct acactggcat aatcgcggcg atgctcttcg 1348381 tttcagcacc attcacgata aacgcctcgc gcgatggctt tttggcggtt gatgagaaac 1348441 tcgaggcagt cgcgagaacc ctcggcgctt cccgcctaag agtcttcttc tcggtctccc 1348501 tgccgatagc ccttccaagc gtggcgagtg gggcgataat gacgtgggcg agggcaataa 1348561 gtgaggttgg agccatactc atcgtcgcct actaccccaa gacggcgcag gtgttaatcc 1348621 tggaatactt caacaactac gggctgaggg cctcgaggcc gatagccgtc ctcatggtga 1348681 ccataagcct cacgatattc gtcctgctcc gctggattgt cgggaggaag gccaatgctc 1348741 agggctgagg gaatctccaa ggactggaag gagttccacc tcagggaggt aacctttgag 1348801 gtcaaagagg gagagcactt cataatcctt ggcccgagcg gtgctggaaa gaccgtcctc 1348861 ctcgagataa tcgctggaat aatagagccc gacgcgggca gggtttatct cggcgggagg 1348921 gacgttacag aactgccccc ggagaagcgc ggtttggctt acgtccctca gaactacgcc 1348981 ctcttcccga acatgagcgt ctacgacaac atagccttcg gccttaaagt caggaaagtt 1349041 ccaaagcccg aaatagagcg caaagtgcgg gaaatctccg aggtcctcag gatagaacac 1349101 ctcctcaaca ggaagccgag gacgctgagc ggtggggagc aacagagggt tgcactcgcg 1349161 agggcgctcg tcgtcgagcc acccttaatc ctcctcgacg agcccttcgc gaacctcgac 1349221 gtccagacga gggcgaagct gttaaccgag atgaagcgct ggaagcgaga gctgggcttt 1349281 acagctctgc acgtaacgca ttcctttgag gaagcaataa gcctcggtga ccgcgttgga 1349341 gtgatgctcg atggaaagct cgttcaggtg ggtaaggtca gggacgtctt ctcaaggccg 1349401 gtgagtgagg aggtggcgag attcctcggc ttcgagaaca taatagaggg aatcgcggag 1349461 ggaaggaggc tgaaggtaaa cggtattgag attgaacttc ccgtcgaagc taatgggaag 1349521 gtcagggtcg gcttaagacc agaggacata ataatctcga ccgagccgat aaagagctcc 1349581 gccagaaacg agtttaaagc cctcgttgag tcaatcgagg agctcggccc actcgtgagg 1349641 gttcacctct ccctcggcga tataaccctt acggccttca taacccgctc atcgatgctc 1349701 gaactcgggg tggagaaggg aaaagaagtc tacgtcagct tcaaggcgag cgcgcttcac 1349761 gttttttgaa gaagttacaa ctcccggtag ttttccaaat tttgctttct caccctcgga 1349821 gtttgcgaaa tctggataga aaatgcttat atatttggtg tgcatataac ataacgatga 1349881 agatgagggt gatagtcgag cgggacgtcg atagaactgt caaagaaatc ctgccctggg 1349941 ccacatcaga ctacctcgaa aaggctatgg aggagaagaa gcgggagatg gatgaggtcc 1350001 tggagatcct tgactccctg agcctatccg aggttccgga ggaaatcagg gacatcgtga 1350061 agaggccccg ctgggagacc ctgctcgcgg actgaatcag tacaggataa cctcaacctc 1350121 ttccccctct aggtatcctt cactgttctc cggaatcacc acgtatccgt tgctctgcac 1350181 cagcgagctt atgagcccgc taccccgctt tttaattggt tttgccctcc cgttctcgta 1350241 ccagaccttc acgaactcgt atcttccgag ctggctggac accctatcgg tgagcgttgc 1350301 cctgaggcga atttcatagt tcctggcacc gacgagcttc gctagggcgt gcttgacata 1350361 caggtgaaac tgggcaaaaa ctgcagcggg atagccgctc attatgaagg ccctctcccc 1350421 gtagcctatt ggccggcccg gctttatcgt cgtgccgtgg aagagcaaac tgacgaagcg 1350481 gtgggcaaag tccctgtcgc cgaaggccga accacccgta acgagaacca ggtcgctctc 1350541 tctctttgca cgatccacga cttcttttat caagtcctcg tcatcgggaa gaattccata 1350601 gaagaccggc tcaccaaagt agcgcttaac gagaccccta agcatgatcg agttgctctc 1350661 aaggatttta ccggctttta gagcttcctc gtcaaactcc tctatcagct cgtctcctgt 1350721 gattattata cccacgcggg gttttctttt gaccttaact ttcttgaagc caacgctctt 1350781 cagcagggcc aaatcctgag gtcttagcac ctgacccttc ttgaggatca cctccccgct 1350841 cttcacgtcc tcgccggcaa aggccacgtt ctgccccgga gcgaccgggc ggagcacctt 1350901 tatcaaatcc ccctccctct cagccatttc ctgcattaga accgcgttcg cgccttctgg 1350961 aagcttcgcc cctgtcatga gcttcactgc cgttcccggt tcaaccgttg catcgctgac 1351021 cccacccgcg gttatttcgt cgatgactct cagctcgacc gggctgtact ccctcgcctg 1351081 gaaggtgtcc tctgccctta acgcgtaccc atccaccgcc gaacgatcaa agggagggct 1351141 gtctatggga gaaacaacgt cctccgcgag gaccctgcca agggcctcat ccagaggaac 1351201 ttcttccacc tctgatattt cgtccagatc gttgagcaag agctctaaag cctctctgta 1351261 cggggtgagt cttttgaact ccttcataca ctcactccct cccgtgcttg agaacgtggc 1351321 ctgcctcctt cagaatgatt ccaatcccag ttttggccgc accgaggcta cccggcaggc 1351381 agaaaactgc catggccctt ccggagctcc ggattactcc agcggttgcc ctcgtcatca 1351441 ccgcagccgt tcctatctcc tcgtaactca tcagccggaa gatctcaccg aaacccgtga 1351501 gctccttatc gaagaggggt ctgacgcttt cgatggtgat gtccctgcta gttattcccg 1351561 ttcccccaga ggtaacgaca acatccgccc ctgcctcaaa ggcctcaaca atggcgccga 1351621 ttatcgcaat cttctcgtcc ggaacgatcc ggtagagaac acactcatgg ccgttcttct 1351681 gaagttcatc gacgaggaac ttcccgcttt tgtcttcttt ttctcccctg ctcgcggtgt 1351741 cgctgactgt tatgaccgcg aacttaaact tctttggtgc actcctccgg tgctcttcaa 1351801 cgcccatgat accaccgcat gatgtgggtg tcaatggtta ataacgttta ccttgttaaa 1351861 gagcaccgtt taacacgcga tgcgagattt tttaacccat taaacgaaga tcgaacggtg 1351921 atgtccatgt tcatggccga gttcaagctc aagtttggag acagaaagtg gtacgtcagg 1351981 agaatcgttg aggcttcctc acttgaggag gctgaggaga aggccagaaa atacgtccag 1352041 ctcatgaaca ggggagaagt gctctgggag ctgagctacg tgatagaggc tcagagaccc 1352101 ctcataatag gcgacgagga gctcaaaaag ctgagctgag ctccccggcg aggtttttct 1352161 ccattatcct tcttacttct tcaagaccgt tagttctgcc gagggcgtac ataagcttga 1352221 cgagcgtcgc ctccttcgtc atgtctccag ctggaataac accggcctcg agggcccttc 1352281 ttcccacctc gtagcgcctc aagtcaacac cgccgtagag ggcctgcgtc gtcatgacaa 1352341 cgggcttttc acgggcgacc ctcgagacgg cctcgaggag gttccgcccg cggtagggga 1352401 ttcctccggc cccgtaacct tcgagcacta tcccgtgaac cttttcagca accgcgagaa 1352461 agacctccgg cgaaaggcct ggcgtcaggc gaaggtaggc aacgttcggg tctatcctcg 1352521 ggtcaaagga cggctctcca gtaggaagct cgggcctgtg ccgtataacg acctcctcgc 1352581 ccttgatgta ggcaatatca ggatagttta tgctctggaa ggcgttgagg ccgagggagt 1352641 gcacctttga aacgcgcgtc ccgagcatta tcttgtccat gaaggcgacg tatatcccgg 1352701 aaaagccctt catcgcgaag gttagagcag ttttcaggtt cctcggcgcg tcactgtttg 1352761 gttccgttat ggggagcatc gagcccgtca ggactatcgg aatcggaacg ttcctcagca 1352821 tgaagctcag ggccgaggag gtgtaagcga gcgtgtccgt tccgtgagtt atgacgattc 1352881 catcgtagtc gttcaggctc tcaaaaacag cttttcctat cgttatccag tcctctggct 1352941 ggatgagcgt gctgtcgatg tttagaacgt ccttcgtgtc tattttaact ccatcacccc 1353001 ttattccagc gatttcaagg atttcatcaa cgctcagcgt ggctttgtaa cctctctccg 1353061 tctttgagct cgctatcgtc cccccggtgc ctattattag aatcctcact cctaccaccg 1353121 tgttaggtgc gctcgacact ttttagtctt tttgacgaat tttaccggaa aaaacgttaa 1353181 aaaattgtag aaatgtcaac gatgatccct gatcaggatc atcaagacga aagccagaag 1353241 gttcatgaaa gccgcgtaga ggaaggagta agtcagggaa tagctctgcc agagccagcc 1353301 cgctatcacc gacgcaggaa agacaaagac cccaaagacg gtgtggtatg cccctatcac 1353361 cgtccccttt tcaaagtcct tcgccaggtc ggccatgtag gcccttggaa ctgtgtcttc 1353421 gatagctata tagataccgt agagaacgaa cgcaaggata agcgttccga gtccccgggc 1353481 gtaggcgaac gccagcgatg cgagtgcgga gataaggaag cccgctgtta tcagcgtttt 1353541 cttgcccacc ctgtccgagt aaactcctat cgggtaagcc gcgagggcgt acatgaggtt 1353601 aaagagcgcg tagaaggcca tctctccttt aagggaatat cccagctccc cggccttcca 1353661 gagggtaaag gcgtagctgt acctgccgag ggcaccgacc gctattacca ggagaaacaa 1353721 tcggagactc cggcttttca gggctgagac accggttatc ttcttcttga cttccctccc 1353781 gcgatccttg acgaggaaga cgatgatcag gagggacagc aggccgggaa cagccgcgga 1353841 taggaagagg tagcggtagg ccctcccgat ttcaatcccg cgcatcaggt ggagcagtcc 1353901 tatgccgacc agaggccccg caactgcccc gagggtgtcc atcatcctgt ggaagccgaa 1353961 cgacttccct gtcttcccct tttcggagga ctccgctatg agggcgtccc tcggggccgt 1354021 cctgatgccc tttccaacgc ggtcgagaac ccttagactc aggaagtccc accagtgcct 1354081 tgtaaacgcg agggcaccct tagcaaaggt cgagagggcg tagccagcga agatgaaggc 1354141 cttcctcttt ttaaaccggt cgctgaagta gccaaaggcc accttgaaga gtgaactgag 1354201 gctctctatg gcacccatca gggtcccgct caggagctca ccggttccaa ggacgtccgt 1354261 gaggtatttc gggattactg ggtttatcat ctcgctgctc atgtcgttga ggaagctgac 1354321 caatccgagg acgaagacgt tccagcttat tccgaagact ttcttttcgg tttttgatcc 1354381 atcttcggtc atttcaatca cctaggagct ccttgcaaag ctctctaatc ttgttcctgg 1354441 cttcctcaag aagtttttca cctttggggg tcgttgtgta cacccgcacg cgttttccgt 1354501 tcctaacttc cgttctgctt ttcagaaggc ccatctcctc cattctgtgg aggagggggt 1354561 atatcgttcc gggactgacg ttgtagccgt gttttctgag ttcgtccatc atgaacttcc 1354621 ccgtcactcc ctccctgctt gcgtggtgaa gcacgtgaat ccccatgaag cccaagagca 1354681 cgcgccgaat catatcggac accgatatcg gaatacgata tctaagctta aaaacctgac 1354741 cgtcaaaacc ggaagttcag aaggggctcg gagggtgttc acttcatcat ttctcagaat 1354801 gcttgctatt cgtcatcgcc ccatcccatt acccctcagc ctttaaaaac catcctcccc 1354861 gtaggttaag gtggggattg gaatgaaggc ccccgagctg ggaataaaaa tcggcgttca 1354921 cgagcacgga aagaggaact cgatagctga tttgggagtt aaggtcggcc acacaacgct 1354981 catcgagggc agtgacgtaa gaacaggcgt gacagttctc cttccgccgg ttaagaaccc 1355041 atacagggag aggctctttg cttcaacctt cgtcatgaac ggcttctcca agccgatagg 1355101 cttcgttcaa gtcaacgagc tcggctacat cgagacgccg atagctttaa ccaacacgct 1355161 gagcgtctat accgtcgcaa gcgcgatgat aaagcacatg attgagctga accccgattt 1355221 gaagagcgtc tccccggtcg ttatggagtg caacgactcc tacctcaaca acatcaggaa 1355281 gatggcggtt aaggaggagc actacttcga ggccgtcaaa aacgcctcgc tggacttcgg 1355341 ggaaggtgcc gttggagcgg gaacaggaat gagcgccttc gagttcaagg gtgggatagg 1355401 ctcctcctca agggtcgttg aaataagtgg cgaggaatac accgttgcat cgctcgtcct 1355461 tgtgaacttc ggaaaacggg aggacttaac ggtagctggc gttcccatcg gccttgagct 1355521 gagggactat cctggaagag ggtcctccgc gaagggtagc atctcgatgg ttgtcacaac 1355581 ggacgcacca ctaaccgcga ggcaactgaa gaggctcgcg aagagggcag ttgtgggtct 1355641 cgcgaggacg ggtggctacg cctatcacgg aagtggcgac gtcgtcttag ctttctcgac 1355701 cgctcaaaca gttccactcg acaaagaacc acatccgata ggtttcctgc ccgacaacgc 1355761 cctcagcagg ctcttcaagg caaccgctga ggcgactgaa gaggctataa tcaacgccct 1355821 cctgcaggcg aaaaccgtcg agggcaacgg ccacgttagg tacgccctgc cggtcgagaa 1355881 actgctcgag ataatggaaa ggtacgggag gctcgagaag gcctaaaccc ttatctcttc 1355941 gtacttcttc ttcatcagga gcgcatcctc ctcgatgttt ggactctcgc ttatgacgac 1356001 gcccttaacg cggaactcct ttaaaaccct gagcaggtct tcccacttca tgtcgctctc 1356061 ctggagcgga aggtgcctct tctctccctt ctccgtgtac tcgatgccgc tcatgtgaat 1356121 gtgcatgttg tccaaagcct ctctgccgag gcggtcttca atgaaggcca gcatctcacg 1356181 ccactcctcg gcggagttgc acttacctct gttcctcgcg tgcgcgtggg caaagtctat 1356241 cgtcggaaga accatttcaa gctcttcact cagcttcact atctccttca aatcgccgaa 1356301 ttgggtcggc ttccctgtca gctcgggcct tatccaaacc tttatccccc tgtccatgag 1356361 ctccctctcg atttccttca gcgcatccct aacccgggtg taaaccttcg cagggtcttg 1356421 cttcatgtaa tagccggcgt gaaagacgac gctccagcca cccgcctgat gaagcctctc 1356481 agcgctttga attatcctcc tcttgctggc ttcgaccttt gctttctcgt tcgcattgag 1356541 gttgatgtag taaggagcgt gcgccgtgag caggacgtcg tgctttttgg cgacgtattt 1356601 gattttcttt gcgagttccg gcttgaggtt aacccccctg acgaactcca gctccatcgc 1356661 atctaacccg aggttcctca cgtggatgat gccatctata gttgagcgct tcggcgttga 1356721 gagaggtatt ccagccgttc cgaaacgcaa cctgtcaact ttgaacatct ctcccaccag 1356781 tttgattagg gcaccctaac ttattaagct tgctgttccc tctcaagcaa agccctgaga 1356841 acttcactct cccgttgtag ttcctcttcc aggaattcca acctgtggtg gagtttttta 1356901 agttcgtctt caatctcatg ggcccgtctt ctgaggcttt caagctccct gagtctgccg 1356961 gatgacgaag ccattagctc agcttccctc tcctttatcc tcgaaagctc ggccttaacc 1357021 atctgaagtt cctcaatctt tgccggaaag ttcttcaaaa tccagtcggc agctttcctg 1357081 cttttcccgt caaggtttga acggactttt ttgacgagct tcaggaattc ctccggatgc 1357141 tcaacggcat aggaggaatc ccgcaggaaa ggagccgctt ccggaagacg catccttttt 1357201 agaggcttct ggagcttcga ggccttggag cgtacttcgg tttcaagcgt tctgacttta 1357261 acctcaagcg actccttttg gcgtgaaatc agctccatct catcctcgtt agccggggcc 1357321 atctcaagct cggagatgcg ctccccgatc ttttcaagct cttcttccag ttccagtatt 1357381 tccttcctcg ttttttcgat ttcctcaaag gttctacctg gatctacctc cggaagtttc 1357441 agctttgcca tctcggcaga gtactcggtg tacagctccc ccagctcctt gagaaggcgg 1357501 tttatcttgt agacgtccct ctcgaagatc gccagcaggt acctcccatg accaacgtgc 1357561 agctttgaga gctccccaag cttccgtcct aggtcttcca tagaggaaac gctttcgagg 1357621 atccgccgga gggttgagac ataggttttc ctttcccgga gggcgatttt caggaggtgg 1357681 ggatcaacgt ttaccggcgg ttcttttttg tcgagttcgt ccagaccatc gaggatctca 1357741 cgaatcagga cacgaaccct ccttaggtac tcctctcggg cccttccgat tttctcctca 1357801 cgctctgctt tcagagactc gtatctcttc agaagaccct tcaactccac cgctaccacc 1357861 actgccccaa gatatgaggt acctccttat gaaagttgag ataatgacgc taaagatgac 1357921 atcgacgaaa gcgccaagga tttccagtat ggtgccgaaa gaatggaagt ttatgactcc 1357981 cagggcatac ctggttgtca cgtcgattat tatccagaat gtgggcagta ttaaaagacc 1358041 cgctatgtta taccagatgt gggtgtcttt tcgcaggtaa gcctgaacaa tgcgtccgac 1358101 gagcaccacc gcgataccta ttatgatcgt ggtgttgatg gcgtggatgt agaaaatgaa 1358161 ctttatcggg cccggctgtg ggacgtagcc taagagctgt cttgcatatg catcgatgtt 1358221 aacgtaggcg tttatcatgc ctgcgattat gattagtaga ccggaaacac caaagatgac 1358281 ctgaatgaac tcgtttgtaa gggccctgaa cacctggatg cggaagcctt tggtaaaggc 1358341 gtagccaccg atgaagagca atataatgcc aaccactatg ttcgagatga tactcatgct 1358401 ctgggggtaa cttacggaaa tcagcttacc gactccgtac agcaggaata tcagacccgg 1358461 gattccaaga aaaaccctcg aagcctcggg atcactcagg atctctttga tgtatcggta 1358521 gatcacgtaa tacgtggtct caatggtttc attctgcttg acaaccactc ttttggagga 1358581 tacaatgggc aagcgggagg acagtatcgg gaagacctgc tcgtcctcgg ctccgtccgt 1358641 aacgggaata accccatccg ccggaaactt cttcaggacg atgtccaact gccttccgag 1358701 ctcaatatcg ctcttaacgc ccacatcggg gtgaccggtg atgagggcca cttccacgtc 1358761 ctcaaactcc ccgctcttct ttagttcatc gtagagctta accgcagcat aaacaacgtt 1358821 ggcatcgctg tcctcagggt ccgccaggct gagcttcaaa gcggcgtcaa tgcacttgcc 1358881 ctttccgatc acagggccct tcacaccggc ctttataccg aagtcatcgt ccctatcgat 1358941 ggccagcacg agaactttca tcactacccc ccacgaactt tctccaggac tgattcgacc 1359001 ttgtcctcca tgcgaacggg cttatcgcgc cgatcatcga tccgaattgt cgttgaaact 1359061 ctcttggcac cgagcctgaa cattaactca tgcgcctctt cgatcacatc gaaggcatcc 1359121 ctaaccgttt caacctctat tatcgttgac atcggagtca attgatactt aattcccctc 1359181 tcctctaaaa gctttactac ctccgccacg tatttgctca aactcgtttc tccgaggggg 1359241 acgattacaa accccacgat gaccactttc ggcacctgcc ttaacttcct tcgacgcatt 1359301 ttaaaccttg cgccaggtta agttaataaa taacctaagg ataatttaat cggggtgaga 1359361 ccatgtacag gattaaggac gagtggggtg agttcctcgt caggctcgcg aggaaagcca 1359421 tcgaggagta cgtgaggaac ggaagagtaa tcgaaccgcc agaggacaca ccgccagaac 1359481 tctgggagaa gatgggagtc ttcgtaacgc tcaaccgcta tagggctcca ccccagatgg 1359541 ctctccgggg gtgcataggc tttcccctgc cgatttaccc gctggtcgag gcgacgatta 1359601 aagcggccat acacgcggcc gttgaagacc cgcgcttccc gccggtcaga cccgaggagc 1359661 tagatgagct caccgtcgag gtcagcgttc taactcctcc cgaacccatc gagggcccgc 1359721 ccgaggagag gccgaggaag ataaaggtcg gcagggacgg cctgatagtc gagaagggct 1359781 tctactcagg tttactgctc ccgcaggtgc cggtggagtg gggttgggac gaggaggagt 1359841 tcttagctca gacctgctgg aaggccggcc tgccgcccga ctgctggctc gatccggaca 1359901 caaaggtcta ccgcttcacc gcggagattt tcgaggaaga atatccgcgg ggacccgtta 1359961 ggaggaaacc gctggtataa aaataataaa ttcaagagcc catttcagat ccaacgaccc 1360021 taccgtacct gagcctgtaa gtgacatctg caatgcggat aagctcagga tcatgagtcg 1360081 agacaacgat tgttttcccc ttttctctca gctccctgag gatctctaca acccgctctg 1360141 acgactcttc gtccaggtag gcggtgggtt catccagaat gacgaccgag ggatccttcg 1360201 cgagggccat gactatcgag gccctccgga gctcgccgcc gctgacctcg gtgggcttct 1360261 tcgacagcag tttctcaatg ccaagacgct ccgccagatc aaccgccaga tccctgtggt 1360321 catcgttcaa cttaccagag gagttgagta caagctctat gttctcccat agcgtgagct 1360381 gggaaacgaa gaccggctgc tggaaggata ttccaatttc tcgcctgagg gcgagcagtt 1360441 ccttcttggg aagctcgtag ggatttttcc cgttataacc caccctaccc tcagtcggtt 1360501 tgagaagcgt cccaacggcc ttcagcaggg tcgtctttcc cgaaccactc gggccgaaca 1360561 cgaccgttat ctttccgggg acaaaggaac cgctgaactt atggagtgcc gtggtttgac 1360621 tttctcccgt tttatacctg acggtgaggc cttcgcaggt gatcttccac ccctctgcca 1360681 aaatcacacc cccttcaatt tccctactat taggaggaag tagctgatga ggcccgcaaa 1360741 gaggcccagc agtggcacga ggccgagcaa catcagcttt ccgcttacga agcccgtcaa 1360801 ggccaggtag tagccgtccc ggatcatcga ggcgggaaca aatgccagca cgacaagggc 1360861 tggagctatg acgactgcaa agagggacag cggctcttcc ccgttgactc tcatgatctc 1360921 agccagcttg gacagtcggt ctccatctct gagccccacc accagcccgg tgactaccat 1360981 aaggaagccg gagagcaaca atggaaggaa gctcctcggg tctccaaact gggactcaac 1361041 gtgggtggag atcccctcca tggaccacag cttgtcaaac gcttccggat gcaaggcggc 1361101 cgttctgttc acttcttcca tcacttcccc agtcgttttg gagtccccgc tgagcagaat 1361161 gaacgcaggt ttgggactaa ggccgttttt cgccgcaact tcacacgaga cgagaagacc 1361221 gtcgatgcct cccggaagca ggtcaacggt ctcatagggg gcggagatct cgtggagatt 1361281 ccactcatcg tctactactg taaaggtgag agatttaccc gaaatccgaa cagctccggc 1361341 ctttttgatt tcattgaggt aatggctgga aaccacgatc ccctcgggat tagaggacag 1361401 cttgtggtag agcagctggg cagtagtgct tgtcttaccg gccttctcta agaattccag 1361461 aaagtcctcg tcatagcata ggagcctgcc atgggttgaa tacgtcatcc cactaccttg 1361521 gacaacggtg ccggcctccc agagggtgga gtagaccacg tcctttcccg agactgcctc 1361581 aagggtcagg ttgtagacct tgggcaggtc ccttgagtct ccgaagttaa ccacccccgt 1361641 tgcgccgccg ctgtaggcat cgagtatcga ggcaagggaa accaccgggg ccgaaaacag 1361701 caacgacgtg tagaggaaca gcatccctac tgaggcgatc ccagggaaga ggagccttga 1361761 aacggccctg tgcccgggtt ttccgatcct tgtcactagg aaaacgagcg aaagggcccc 1361821 gactgatatc aaaaccccgg ggagatacct gaaggccacc agcgtgagca acagcgaagc 1361881 gtcagagttg ccgagggaga ggagataacc caagatgccc gatgcgtaga acctcagcgt 1361941 gaagttgtaa tggagcagaa ttccaagtac gcccagaagt accagagaga aagccacgat 1362001 ggtgtacctt cttccgagct ctcttcccgc caaaaagttc ctcagaacgt aaacgagcag 1362061 gagcatcgcc gccgagagta gggaggccct tttgtcgagg aggagagctg tcagtgcaag 1362121 ggcaaagaga acgattccgg cggttattaa gtccaggacg attttcctgc ccccgttggt 1362181 cgagattaga tacctcatcc tctcctcgtc ttccctttcc cggcccatta taacaagcaa 1362241 cgcaggcagg gccgggagaa agagggctat gtagctccac aggtagtccc agaggctcct 1362301 tccggtggag gattccaccg caaaaaccca gcggggcgtt acaaccctca taacgacgga 1362361 gaggttgtac ctggctgctt cctgggagag ggcctggtag atctgttcta tgctctggct 1362421 tccatcggtt gcaacaatta tcccctgacc ccccacggag agctctccga ggtcgtctcc 1362481 aacgccgtag ggctcgagaa gttttctcgc gaactctgga gaggctatac aggctctatc 1362541 accgtacttc tcccagctct ttagaatcgc cctgagaact ctgctcttct cgtcgtttcc 1362601 cgggagaacc ttaacggtgt taaccctgat ggtagcaacg tcatcatagc cctgtgactc 1362661 atcaatgaag tgagtatagc gatatgttat tttgacccct tccattttta tccttggcag 1362721 tttcatccga aacgtagcag tcatcccctt cgtatccacc taaaaggggc accaaaatta 1362781 tccaataatc ggatttttca tccgagatgt acagtgggag gtaaacgtcc gtggccctta 1362841 ttccagcatt ggcaaacatt ctccggattt cgtttacgga gagtccccca taacctttca 1362901 ccgaacgggg aggttcggcc ccggcaggaa gttctccatc actcagataa ataacatggg 1362961 tgtcatcgta atcctcctgc acgaagtgga acgaaaaata gctccccgaa aactccccaa 1363021 gcttcatttc cgtcgcctga tttataaggg cgcttaccgt cgctggcatt atcgcgacga 1363081 gaaaaacgag gagaaggaag gaaagaaaga ctttggagta gtgctttatc attggtctga 1363141 tcttcattcc ggcacctcca aacggatgtt gatttcactt ggacgtccag tagcccaatg 1363201 atcgtcgagc ctgtcaagcc gcggtagggt tcatcattta aaagacttct ataaattgtg 1363261 tgatgcttaa tacatccccg gaaaacaata agcacaaaca agaaaaagta gtacatcatg 1363321 cggggctatt gcctgcccat cttcgctatg aagaagctgt tgcagtcgtg cctgtgcgtc 1363381 cacgcgcgga agactctatc gccgatttcg aggaagcccc tatcacccca gctgaaatcg 1363441 taggggagaa gctccaatcc aaccttctcg acggcgaaga ggacgttctc ctcgtcttca 1363501 tcgatcctta tcgagcacgt cgagtaagtc atcaccccgc catcgcggag gttctcgtac 1363561 gcgttgcgga gcatgttcct ctggacgctt attatgcgct taattttcct ctcgtcgaag 1363621 cgccacttga cctctgggaa ctgtctgtag gttccggagc ttgagcacgg cgcgtcgagg 1363681 attatcctat cgaacttggc cttatccctg aagctctggc cgtccgcgtg gacgagcttg 1363741 acgtttttga tgcccagaat cttcatcttc tccttcatgc gcatgagcct gtcgtaggag 1363801 tagtccaccg cgactatttc gcctttgttc tccatcaatg aggcggcatg gaaggttttt 1363861 gaaccagggg cagcggccaa atcaaggacc ctctcgcccg gctctggatt gagaacgtgg 1363921 gcgacgtagg cagaggccaa atcttgaatg acaaacttcc cctctttgta ccagtcgagc 1363981 ctcgttaccg gcgtcttata gtcaagaacc ttcaaaacgt ccggaacagg agttaaagcc 1364041 gtcctcacgc cgttctcctc aaggtaatcc ctcagcgagt ccatgtcggt cttgagggtg 1364101 ttcgcgcgga cgtagtacct ctgcggcctg ttgttgctga gaagaagcct tacagcttcg 1364161 tcgtagccta aaagctctat cacgtattcg acgtaccagc gcgggtggga gaagcggacg 1364221 gagagccatt ctatcctgtc cctctccttg agccgtttta aagccctctc gacgtcgaac 1364281 ttctctatcg agtgcatcag cgcgttgacg aacttcgccc tcgagaaatc aaagcgctcc 1364341 ttaacgaccc tgattataga gtcggtagct atggcgggcg gaaccttccg aaagtggatt 1364401 tcaaacgtcc cgatgcggag gagattagcc aaataggggt caaggtcttc caccttcgaa 1364461 cccttcagca cggagttgat gatgaagtct atcttggccc tccacttctc aatctcaaag 1364521 acataggcgt gagccaatcc acgagctttc tccctgtcct ttccagcaac cttccggaag 1364581 acccgctcaa gggcgtgctt cgatgaaagc tcgcgctcct caaccaagct caaagcgtcc 1364641 gcaacgactt cctgaaagct caccttgtaa aacagctcca tgctcggccc tccgagggat 1364701 accttaaaaa cctggcggtg aggtttatta gttcccagtt cgataaaccc ttaggtgtga 1364761 gtcatgattc tcgataccga ctacatcacc gagaacggga agcccgtgat aagggtcttc 1364821 aagaaggaga acggcgagtt taaaatcgag tacgacagaa ccttcgagcc atacttctac 1364881 gccctcctga aggatgattc ggcaatagaa gacgtgaaga aagtaaccgc caaaaggcac 1364941 ggggcggtcg tcaaggtgaa gcgcgccgag aaggtgcaga ggaagttcct cggcaggccg 1365001 atagaggtct ggaagctcta cttcacccat cctcaggacg tcccggcgat tcgagacaag 1365061 atacgcgccc atccagcagt tgtggacatc tacgagtacg acataccctt cgccaagcgc 1365121 tacctcatcg acaagggcct gattccgatg gagggggacg aagagctcag gatgctcgcc 1365181 tttgacatcg agactctcta ccatgaaggc gaggagttcg gaaccgggcc gattctcatg 1365241 ataagctacg ccgacgagaa cgaggcaagg gtgataacct ggaagaagat tgaccttccg 1365301 tacgttgacg tcgtttcgac cgagaaggag atgattaagc gcttcctccg cgtcgtcaag 1365361 gagaaggacc ccgacgtgct catcacctac aacggcgaca acttcgactt cgcctacctg 1365421 aaaaagcgct gtgagaaact cgggataaag ttcacgctcg ggagagacgg aagcgagccg 1365481 aagatccagc gcatgggcga ccgcttcgcc gtcgaggtaa agggtaggat acacttcgat 1365541 ctctatccag tcataaggcg cacgataaac ctcccgacct acacccttga ggccgtttac 1365601 gaggccgtct tcgggaagcc aaaggagaag gtttacgccg aggagataac agaggcctgg 1365661 gagagcgggg agggccttga aagggttgcc cgctactcga tggaggacgc gaaggtgacc 1365721 tacgagctgg gaagggagtt ctttccgatg gaggcccagc tttcaaggct cataggccag 1365781 agcctctggg acgtctcccg ctcaagcacc ggcaacctcg tggagtggtt cctcctgcgg 1365841 aaggcctacg agagaaacga gctcgcccca aacaagcccg acgagaggga acttgcgaga 1365901 cggcgcgaga gctatgcggg tgggtacgtt aaggaaccag agcgtggatt atgggacaat 1365961 attgtgtatt tagactttcg tagtctctac ccctcaatta tcataaccca caacgtatcg 1366021 ccggataccc tcaaccgcga gggctgtaaa gagtacgacg tcgccccgga ggtggggcat 1366081 aaattctgca aggactttcc ggggttcata ccaagcctcc tgggagattt gcttgaggag 1366141 agacagaaga taaagaggaa gatgaaggct acgattgacc cgcttgagaa gaagctcctc 1366201 gattacaggc aacgggccat caaaatcctc gccaacagct tctacggcta ctacggctac 1366261 gccaaggccc ggtggtactg caaggagtgc gccgagagcg ttacggcatg gggaagggag 1366321 tacatagaaa ccaccattcg cgagatagag gagaagttcg gctttaaagt gctctacgcg 1366381 gacacagatg gattttttgc aacaatccca ggagctgacg ccgagaccgt gaagaagaag 1366441 gccaaggagt tcctcaagta catcaacgcg aaactgcccg gcctgctcga actcgaatac 1366501 gagggcttct acgtgagggg cttctttgtc acgaagaaga agtacgcagt gatagacgag 1366561 gagggcaaga taacaacgcg cgggctggag attgtgaggc gcgactggag cgagatagcg 1366621 aaggagacgc aggcgagggt tcttgaggcg atactcaagc acggtgacgt cgaggaggcc 1366681 gtcaggatag tcaaagaggt caccgaaaag ctgagcaagt acgaggttcc gcccgagaag 1366741 ctggtaatcc acgaacagat aacccgcgat ttgagggact ataaagctac tggcccgcac 1366801 gttgccgttg cgaagaggct cgccgcgaag ggcgtcaaaa tccgtcctgg aacggtgata 1366861 agctacatcg tcctaaaggg ctctggcagg ataggtgaca gggcgattcc agccgatgaa 1366921 ttcgacccga cgaagcaccg ctacgatgcg gaatattaca tcgagaacca ggttctgccg 1366981 gcagtggaga ggattctaaa agccttcggc taccggaagg aggatttgag gtaccagaag 1367041 acgaagcagg tcggtttggg cgcgtggctg aaggtgaaag ggaagaagtg aaggccaagc 1367101 tccttcgcta gccctccttt tctatccttt ccagcacctc cagaatcccc tcgacgctcg 1367161 gcacctcgaa gcccctctcg tggattctcc tcacaccttc ggcctctgga ttaatccaga 1367221 ccgcccagag gcctgcattt agggcacctt caaagtcctc agcataggtg tcgccgatgt 1367281 gtatggcctc ctcaggcttc acgttgaagg tctccagggg ctttctgaac atctctggca 1367341 ggggtttgta agcgagaacc tcgtcggcga agaaggttct atcgatgtag ttcatgaggc 1367401 cgaagcgctc gagcagaagc ctagtgtacg aacccggcca gaacatcacg ttgcccgtga 1367461 cggtaacctt caagcccttc cgcttaactc cctcaagggc tcctctggct ccggggagca 1367521 ctatctcttc atcgaccttg agaacggccc tcgcaaccgc ccgctttacc agctcgacgt 1367581 ctattccaag aagctcagcc agcatctcct ggctctcctc cagggcccgc ctcgggtttc 1367641 cctctccctt agcgcgcatg gcctttatcc tctcacgcgt caggagtatt ccctcgacaa 1367701 catcgagtat gcaggccccc atgagcttgg tgagctcaac cgagaaagca tcgagcataa 1367761 cgtccatgct gagaacggtg ttccagacgt cgaatgagac gagcttcatg ttctcaccaa 1367821 gggaagaacg aaactccgct ttaaaagata agcgattaag gttcgaccgc caggtactgg 1367881 ccgtttcgct cgaaggcctc gaagaccttt cccccttctt tcgtcttcag ctcgacgaga 1367941 accttcttcg ggatcttttc aacctcggcc tcaacccgct ggtagctgag aacctggatg 1368001 aacgcatcgc cgagcctctc gaactcaaaa atgaggtttc cgtcctccca tctcgtaccg 1368061 cggaagttca ctccgcccat tctaaaagtc acctcaagaa ctaccttcat cattgttccc 1368121 ccgttgtttg tatatctatc tcagcatggg agtttaaaaa ggtgtagttg gtctctatcc 1368181 ccaccgaaat ttattaaaag ctattttgct gggattacaa ttggagaaca taaaggtgac 1368241 aaaaatggcc ggaaggagag tgtacgttgc tgtggcaact ctcttgatag tgttgatgtg 1368301 ttccaccgct ttagtcagag ggtacctttc tccagagaac gttgaggttc aggtagacac 1368361 caaaattgag tactaccgaa ctttcccctt gatgaagcca accctggagt tcgaactgcc 1368421 gggaaagggg ccgaagagcc tcagcatcgg gggaatcctc ccgaacggct cttttgttga 1368481 tctcggcctg tacttcggaa aaggtaccct tagaatcccc cgaaagaaac tgctgtggta 1368541 cttcagggaa tgggccgagt acgggaagag gaacggtcta aagccggggg aagttgttcc 1368601 cggtttgata ctgctgggga cggtggtgga aggcaatcaa agctattcga tagcttcctc 1368661 tctcgtgctc gatccagaga aggttcttgg gggtataccg taaaggtagc cctccgcgga 1368721 gagttagttc cgatggggaa aactccacag ttatctaaag attccacgaa taaagggttg 1368781 gaaagtgttg aaactgaaat tcccaccacc atacccgact ggtcaaacag ttctatcaat 1368841 tctcatgggt gcagcgttac cgagcaggac cccgtcttga gggagtactg gaagcttggg 1368901 gaagtcctgg acagcggaag ctcattcgtg ccgctcggga acgtctacct tcacggcgac 1368961 acttcaaaga tcaacaacgt tgtaattaag gaaaagttcc agagcaccga agacgttggg 1369021 ataaggttct cgggagtcct agcgtaccag acaaagagcc tggatattca ctcgcagctt 1369081 gtagacacgg tgctcgaact taggggtaac cgcatctggc tcaattacca gaaggacttc 1369141 tggaggaacg ctgaaataag gggcgcaact cttctcggaa tgggtgtgag aggaagatac 1369201 gtcatcgcca ggtactggaa gttcgtcggg aagggctgtc cctgggactg gaatacaagc 1369261 gagtccgcgt acttcatagc gttcgtcccc gaaataaaaa acggggaaat ggtcggagag 1369321 tatcgggtgg aatacaatac ccccgaggcc aatgatccag ttgaaacccc gggagtgctg 1369381 tcaaggacca tgtactacgt ccagaggtac tacagaggcg aggagagctg gatgagcggg 1369441 gcgaaggtaa tcgatagcat aaaagttctc agctatgaaa gcgagagccc cctcttcagc 1369501 cgtgggatac cgctccttcc gttgctgggt gaaagcgtgc cctcatcgtt ggcgcagcct 1369561 ctgatgtcgg ccacagtggg gataacctcc aacaaacagg agttctcaac tgtggcagtg 1369621 gcgatctctc ctgcctccaa ggacgttgaa tacagggtta cacgttacga aagtcccgca 1369681 gttttctggt ataagggaca gtactaccgg atatcgacga tgttcctcga cgtctatgtc 1369741 ccagaagaga aaggaggagc gcccggatgc cttaagccgg gttcagagtt agtatgtccc 1369801 acaaaagaaa atggatgagt ggccgttcat ttgctcattc ttttttcttc agcttaacga 1369861 cctgcttcgc gaactcctcg agaacctctt tcctcatgcc ctcgaagaac ttaattgacc 1369921 ccgcgtagct gtggccaccg ccttcgattc ctgccgcggg cagtttctcc tggagctttg 1369981 gaattatggc gttgaggtcg aagttataag ccgccattcc gtcgctcgct ctaaccacgg 1370041 cgaagtccgg cccgtaggcg agcgttagga ttggagaatc ctcgccgtac ttctccttga 1370101 agtggtcgtg gattaaaccg ctcagcttgc ccggtgaagg atagctgaac ttcggcgcga 1370161 agagctcgac gtcgatggtg ttgaacctta tgccgtttgg caggacgacg ctcttgacgt 1370221 ggggcaggga ggcccttaaa gctttctcct gcttctcctt gacctctgga taaatcgcgt 1370281 ttatcagctc gcggtgcctc tgcaggttgc cggtgaggag gagaatctcg tctattatcc 1370341 cgtgcccgtc catgaacttc cagtagaatg cctcgtggtc tatgacctcg gcaatcttct 1370401 tcaggtcttc ttcggtgagg cccttagcct tcttggcaat ctcgaggtac tggtagaact 1370461 ctggagcctt gctcctgtcg ccggttccag ctatcgccgg caggtgcttt atcttgtcct 1370521 cgacatcggg gttgacgaag cgggccactt cagttgccag cattccggcg gtgagctcgt 1370581 agtaaccgcg cttgacgtgg tgaggattga cgtgaacatc gacgtactca tcgaccttag 1370641 ctttgtcctc gctcacccat tcgcgcgggt cgtggtggtc tatgaccact attggaaccc 1370701 cgtaggcctt tatcctcttg taggccggaa tgtcctcgct cgttccgccg ttgtcaacta 1370761 tgacgacgag ggggagcggg tcgccgaact tctcgtggtc ctcgaccatg aagattatat 1370821 ccttgagaac gtcctccagc tcgtagaacg gtgccctgct cggtctgcgc ttgaagagct 1370881 tccacctcgc ctgcgggtct ggggatatct tttcaatcag cgggactatc gcgtattcaa 1370941 gggcaaggcc tgaggtgtat ccgtcggtat ccgaatggtg cctcaggaga atcggcctgc 1371001 cctcgaagat ggccctgcgt atcatgaagg cggccttcat aatcttaggc ttgagcttct 1371061 ctaagacctc gctctggacg aggaagccaa cgtccttcgg ctgggcgcgc ttgtcgagct 1371121 cggcctctat ctgctgcttc accctcgccg cgtccggccc ccagagcctt gccatgtcgc 1371181 tgacttctat ctggatttca ccggagtgga aggctatctt gcctatgacc tccacgatgt 1371241 cgccgacgtt tatgttcggg taggccctca ctcccggcgc ctcaaaggcg gccgcccagg 1371301 ttattcccgt tccgtcggtt atcgtgaaga ccgtaggccc gccggttacc tgtatctggg 1371361 tgacccttcc ctgtatcctc acggtcttac ctgccatgtc cttgctgagc tcggctatcg 1371421 gcgttacggg cagttccttt ctcacagtca ccgtcttgta gtttttgagc gccgactcga 1371481 ttaggtctat ctccctcttg tcgggcctga cgtcgagaac ctgaacgagt atctcctccc 1371541 ccggtttgta ctcccttccg cccaagagat ccttcctctt gatcaggcca acgacgtgcg 1371601 gattaagctt gacaaagacg ccaaagcgct ccaccctgtc gatcgttccc ttgtaaacgt 1371661 ttccgatctc aacgtcctcg tagtcgcagg tcttgtcgag gatgtagacg accttgtact 1371721 tcctcaggca atcaggacat acccacgtcg tctccatacc cggttcccag ggccctctta 1371781 tcttgccgca gatgtcgcag gcgagtacct tgcccgttcc cccgcatgtt ggacaggtgt 1371841 cgtaaaccgg cacggttccc ttaccgtgac actcgggaca cggaatctcg tcaacttcgt 1371901 cttcaacgcc aaagtaatcg agatttctgt aacctttgag cttgtccccg attttaaagt 1371961 cagccggaac gtagccccag ccctcacaaa cggggcactc cttctcgccg accttaacct 1372021 ttcccgttcc gtgacactcg ggacactcct tgactaccat cgctcccacc accggtagaa 1372081 tctgacatgg tcttatagtc ttttcccaaa cggttttata gtgtcgggaa gagtgaaaac 1372141 cgcgatgatg agtgaatcca atgctgatgg gatgatgagc cccgaacctg agcgcgaggt 1372201 ggttgaactg gaaaaactcc ggaagagtgt tgaagagctc acgaagcata ttgagaacct 1372261 tgaagagcag aaaaagcccg actccctcgg ctgggacgat atagcgcagg agatagtcgg 1372321 ggcgataacc ttcgccctac ccttcatctt cacggaggaa ctctgggaca tagccaagga 1372381 catttcggtt gggcgctcta tagcgatact cattatgaca ctcggcgttg cgtatctctt 1372441 catagccaaa tcgcggatag gaaacctgaa gagggaggag ctctttcacg tgcccaagag 1372501 gctcctgacc gtcaccctga tagcctacct gacgtcggcc gttctgatat acctctacgg 1372561 gataaacaac ctcgccgact tcacggccat tcagtacatc aacgcgacca tactcgtgag 1372621 caccttcgcg gtcatcggcg cgataacggt tgatatggtg aggtgaatga aacttgtaac 1372681 cggaaagcac tgggaggcct tcgccgacga aaactcgctc ctcttccccg agtacaggaa 1372741 gaaccgtgac gagctgattg gcttcgtggg ctcactgaag ggagacgaga ccatcgtgac 1372801 tgccagttta gagctgatag accttatcac aaaccgcttc aggaagggcg aggagaacgt 1372861 tctaatttac tcggacacgg gcaagatctt aaccctgaag gaagtctacg agcttaggaa 1372921 gtacctcgac tttgacgtga gagggggttt ctcgggagaa agggctaaag tgagcatact 1372981 cttcgtcgag gggaagaccg acgccaagtt cttcaaggcc gttttcaaga agctcttcga 1373041 gttcagggag agccgaaatg ctccacacca gttccgcttc atagagcgcg tctttgagcg 1373101 cgacaacttc gaccttctga agagggaatc ggacggagtt tacctcgccg ttatcccgag 1373161 cgagggcaac tcgggggtag ttagaaacct cggaaacttc ctcagagcta tgaaagtctt 1373221 tgacttcagc gttgacaggg ttggcgttgc aattgacata gacgagagca gggaaagcgc 1373281 cctcgcttcg atagctggga agctctcggg ctttgagcag ggaacgaccg ctatgggcta 1373341 cctcgttgga aacaccgagg taattccgct cgttattgga ctgcccttcg aggacgagct 1373401 gatagagtgg aagaagccga cggttgaaga tttgatgctc cacctcatcg agcgcgaggg 1373461 gctacttaat aaggtacggc cgggcattaa agcgctcaac ggaagcctcg ggagaaagct 1373521 caagcccaag gaagtgatgt acttagcgct ttctgcatac ggccactggg gcaacctcga 1373581 gggcttttac gagctgttcg tcatgcgctc ccgcttcagg aacattaaag ccgtcctgag 1373641 ggaagccggg cttatggagg ggctgagata tcttgcattc atgccctagt tttcggattt 1373701 atttggcgga ttactgagaa cggtaacgta attggaaagg ggttgttatc ccccaatgcg 1373761 aaacgcaaca aggggaacgc cgtgatattt cccctgagct ttggatagtc cttcaaagac 1373821 cgggtggcac gaacctctct caccgtaaag gtcgagggtg aaggtgaagg cgctcatgtt 1373881 accgcttttg tacttcacgt caatggagaa gttcccaggc caaacgccgg gaattgctcc 1373941 ttctgaagac agggctgaga caaaaccgga ggcatcaatt gagaaataat cactgggaag 1374001 ctcgttcagc gagaactggt agtatggata cgtgatggta tctgaggtgt atctgcccgc 1374061 gagcttccac gaactaaccg gggcgggcat tacgttgggc ggcctctcgt gtccccacga 1374121 aagcgaggcg ggttcgaagc cctttacgaa gacgtactcc tcgtaaaaat tgccaccgtt 1374181 tacgtgcaca ctccagcgtt cgtacctgta gataaagttc atccagacgt acacgctttc 1374241 accgcggcca aaagccgcgt gggaaacact acccccacgg gggctgtaga ggtagatcgt 1374301 cccgaccttc atcaattcgc cgttgaggaa gacgtaaact ccgaatccaa cgcgcgcgtt 1374361 ttggagataa ccccaggtca cctgccccca gctgttgcgg tcaaagttta gaacctccgc 1374421 aacgaccgct gggatagttc tttcttccga gttttccaag atctcgtaga catcatctga 1374481 gctggaagta cgggaagtgc ctccactctg cccaagcgac gcgttaacct gcgaaagccg 1374541 cctatagctt gggacgatcg ttatttttga agagcgggcc ttttctccca gagagatccc 1374601 gtgaacggca actttaccgc cccgcacaac ggtcagcacg atgaagggct cgcctccgta 1374661 ggatctcctc tctaccacct ctccccatgc tcttctcagc cctgatacgt ccagataaac 1374721 ggtttctccc tcaatcgaga ggggccgaat ttccctaaag ccatcgggat agagggcctt 1374781 aacaagaatt ctcgcccccg tagaattccg aatctcaatc gccacgacct ccgaggggga 1374841 cgagtgagcg tgaagtgcta tcacaagaac ccccaacacg gcgaggatcg tcgtcaacag 1374901 tacaattgcc ttacccttca tgggaatcac taaaacaatg tatgctcatc atgatattta 1374961 acaattgcca ttcatagcta gtattctgtg caagcatact accctttcaa cggcacagtg 1375021 tagccagcaa agctccgctg gagctattta tggtttgggg cattaaggcc gcttggagtt 1375081 tatgaatcac acaaaaacat aatcactgaa ttaaataatt atcgaggcca aaccccaagc 1375141 aggaacttcc agagggggac gacccttatc ttcctcccat cagactcaac gatgccctct 1375201 tcgtcaaggg tcacaacggt gaggttcttg cagttgagcg ttttggacgc gcgggtaagg 1375261 gccaaaatct cgcgttccct ggcatcttcg aggcttaggg tgacctgaat cagttcaacg 1375321 accctcccgg attcagaaac cacgaaatca acctccttct cgccggagcc gccatagtag 1375381 tgaatcccca tgatgagagg attggtgtag tgcttcctcc tgagtagctc aaggaagacc 1375441 gcgttttcca tgtcccttcc ggcctcttta cgcgagaaga gggcaaggcc agtgtccact 1375501 aggtagacct tcttcggcgc cctgagggat tccttctcgg agcgggcgaa cctggggagg 1375561 aagaaaacga agaacaagtc ttcaaaacaa cgagagaaca tcagagcgcg cccttctcct 1375621 tcaacaacgc gaggtagctc gtgaaggctc ccgtcgagat tgtatcgccg aggccgaccg 1375681 tcgaaaccgg gttctccacg agcctcgtcg gaattatcac aaccttgtac tccctcgtgc 1375741 ggagccgtct cttggcctcc tcaaagcgga gcttgacgta ctctccacgc tcgttgtagg 1375801 ggacactcag gccaaccttg aagtcctcgg gcgagcggat gtcgccaagc gaggccctcg 1375861 ccgccgctaa ggtcgtcgcc agctcaaggc tcttcctgag ctcctcctcg ctcaacggat 1375921 tgtcggcgtg ggtgatgtac atgaggtaat aaatcgtgtg aatctgcaga acttcgaggt 1375981 tcatctcgtc tatgaggatt tttccaccca agacggtgtc ctcgatgcgg ttgtaagtga 1376041 atatcctgtc ggcgagcttg gagtagccaa gggcactcag gacgtaagct atctccgact 1376101 cgtccatgcc aacgctgtcc acgagcggga agaggttgta gatgaccttc ttcctgagtt 1376161 ccctgctctg tatcgaggcg aactcaaggt gaaccttgac gtccttctca cgcttgagca 1376221 ggaggatgtc cttcttggcc tcccttagat aatagttcgc gtcctttccg tcggaatagc 1376281 gaagtcttat cccctggtag cccgagagga ttgcgccgtc aacctggagg ccgatttcgg 1376341 aaaggaaggg cttcagctcc ggcctagtgt aaacccttat gctctcgaag cgggcagaaa 1376401 ctatgaagcg gcccgaatag gggacggtaa tcgtctcgtc gccaagcttg aacctcatcc 1376461 ccgcgcggaa ctcaaaaatc cggttaacct tgaccgggtc gttctcgcgg taggcctcgt 1376521 ggggatgctt cagaacgagc tttccgttct cgactacggg atagaagaga ttcttttttg 1376581 gtacgaacat ctccgcctgt ctcctcgcga ggtggggcgt gtaaacgatt accttcctga 1376641 agtcgaggtt ggctaagagg ttcgctatta ttcccgcctg acctccgatt ctctcaacgt 1376701 cgtacttaaa gtggctatca aaccagctct ggagctcctc gttgacgagg ggaaccgcca 1376761 tcggctttcc agtcttgagg gcgtgaacga gcctcgcgac gaagtctatc ggctcgttta 1376821 tctccctggg gtactcgtcc attctcctcc tgacggcctc ggcaccgaac tcgtcgatga 1376881 gaccctgaac tatctcaccc gtgagataga ctattgcatc aacgttagcg ttgtaggctg 1376941 tgaaaatcga tagcttcctt gcctcgtcga ggagctccat cattatgtat caccctcagt 1377001 gagtagcaag ttcaaaatct taaaagggtt tcggggagtg ttatcacctc ccgtgttcag 1377061 gtaaatctta aaagcacgta cacgtaatta tcctgttgaa ttttgaggtg atgaacatgg 1377121 gaaaaagaag agccgttacg tcgatggctg tggcccttct cctactcatg agcgtggggg 1377181 accgttgcgc ttttggagcc acagccaaag ccggacctaa tccaggacat gccgaggccc 1377241 gtgataacgg gaatgagggt gcataaaacc gtctgcaacg gaaaagcaac catagacgtc 1377301 acggtgaaca actatggatg gaccaccgcc gtgggcaccc tgaaggccta cgtcgatgga 1377361 aacgccggga acagcgtggg cattgaagtt gacccctacc acccggagac ctatacactc 1377421 accgcccccg cggagccggg cgagcacacc gttaaggtcg ttctcacata tccgggaggg 1377481 agtgattcaa tgaacaaaac ggtgacactc ctcagggatt cggactgcga gtacctcagc 1377541 gatcaggagg aatacgatta cggaacaaat ccaaacgatc cagacacgga cgacgatggt 1377601 gtcatagact ccaaggatat gaaccccctt ggcgactaca ggataaagat ctacatcctc 1377661 agggcgaggg cgctggacga cgttgacagc gctttggttg gccacaaccc cgcggacatg 1377721 aaccttaccc tcacagtaaa cggacagaca aggacgctct tcctcacaaa cgaccaggac 1377781 gacaaggaaa ataaaatcct cccaacagac gatcccctcc tcaaccttga ggactacgcg 1377841 atagccaaag ccactttcga cgtcccggac gataaggttt tcatcccgat aactttccac 1377901 ctttatgaca aagagggcaa taaaaaggga gaggacattg acatctcccc cggccccgga 1377961 accgttgcga gaataatgta caacctcaaa accggaacct ggagcggcga cgattatccg 1378021 ggggacgagg agagatactt cggctacggc cacctgagcg gctgcggcga cggctcgtgc 1378081 ggcgtttctt cccacgatcc gaaaaaagac ctcaaggtct acgtcaagta cgagagcatc 1378141 ctggaagaga aaggaatcaa gggcgagatc ctcaacatca caaccatcca ggatgtcaaa 1378201 gaagtcaggg tagggggcgg aaaaggagtg ctttcaatat ccaggccggg tagcgttaaa 1378261 atagccacgg taaggctcga aaacggcagt gtggttaacg tcaccctcgt caacacctac 1378321 aacgcgaaag tcctcagggt aaatccgata aagccacccc aagggccgga cgcttctctg 1378381 gccagggaaa acacaaccac cgtggagttg gtgggcacgg ctccggatga gccgttaaag 1378441 ggtgaagtcg agataatccc gatggaagga gacctcattg atcccggcct tggggaagtc 1378501 atcacgtact cctcaaggga ggagcacgac ggggagatct ggttcgtcat cgtgccggac 1378561 gagccggacg ggataccctt ctggcgcgag gtcgagctca acaaagagct ggaagccagc 1378621 ggaatctcag agaggttcga cccgagcgac ggctattacc tgctggagac aaattcgggg 1378681 gacttctggt cctggcttga gcagtttttg aagtggacgg acataaataa caaagagaaa 1378741 cttggggact acgatggcga cggtgttccg aacgccgtcg aggtcttgat cgggaaggat 1378801 ccggcgaaga gggatatact cggcattgag ctcacggtgt cggtggagtg ggacatgagc 1378861 gaggaggaca agaggaactt agcttacagc atcaggaaag cgagtgattt cgtctacgac 1378921 cacacggacg gctacgcgat gataaccagg gttacgatct gggacgacaa gaagaactgg 1378981 gataaggctg atgtgaggat ctacaacaca ggctggcaaa ttctaataat aaatgatgac 1379041 cactggcctt cctcttggat tggggcatac tggaactcca ccttgttcat agagatgcct 1379101 agaagatttt tcaggtactc cacagattcc aaaggcgaaa tggggagtag taagtggggt 1379161 aagactttag gacatgagat aggtcattat gttttctggt tttgggatga gtatcaagac 1379221 tggaacaggc ataaatataa gacttggtat actacacaaa tggcactata ttatcggggt 1379281 gaaagtgcat tcgatataag cagaattctc tccgataaac tcctaagcat acatagcgtt 1379341 atgaataatg agtggaagtg gagtgaactg agcacgccag gtgattacag tagttttaaa 1379401 gaggatgcaa tatacatatg gaggacttat tcccacgctt ggattgtggc aggatataaa 1379461 tcatgggagt acatgttgcc agagcaatgg gggaacttaa ctcataaaga caaatggcac 1379521 tgttcatcgt gggaagcgct gtttaagttc ttaacaggat atgataggcc agaatgggtt 1379581 agagggccat ccgtagacat ttgtatggat ccgaatcttg atggctcttg cgacaaagcg 1379641 cttccacaag attacactcc aaaaaccggc ccgtacactg gtgttggcta ctttatggag 1379701 gtggtttggg gatgaggcgg aagttgtttg ctctctttct tttactcact ctcctgctcg 1379761 ggtatttggc ttatttgaac tccctcccac tagcagtcag agcttacaaa ctcgcaagaa 1379821 tccccagcga cgaacagtta atagcagttt accacgacaa ggacttctgg cagttcgcga 1379881 cttataacga gaagactaac acgctcaagc tttacacggt tgagcaatca tctcccctct 1379941 ggctgaagag gaggaatgta gagagcgtaa aagcgctggt aaactacact cccttagctt 1380001 tagacttaaa acttctcaag agctatgaac cacacagtaa agcactcctc ttcaaaaccc 1380061 tcggctggaa atacgaagaa gacatcagcg gctcatactg ggcaaacctg agcgaagtca 1380121 tccggccggg agaaaaatat tatcggattt acgggctcgg gagcagttct ggactgtgga 1380181 ttaagtcaaa agccgtgtgc agaaaaacca acctcgacat agtatgctac ggaacagcgg 1380241 gaactaatgg gattcttgtg atcccaggat ttaaggatag taaaatgctg tgggtagttg 1380301 aaggcattaa gggaaatccc caagtggcgt tcttttaccc tggagtggtg ctcaagaatg 1380361 tgacagagga gaacaaagtg ttcacgtact ccagcgaaga tagggaagta attaaaagca 1380421 ttgtccaaaa gcttgagggg aaaaatccct cctacttgga agtatggttt ttaagaaaaa 1380481 ccaagtgccc aggctacgga caaattctga ccaacagggg agatttctgc gagctctatg 1380541 cttgttacag cggcaattca gcaagcatag aacttggaaa catctcctgc atttcaaacc 1380601 tcgaactgag aaacaggtga gggagatgaa aaagcttact gctgttttag ggcttctctc 1380661 aatcctcctt ttgctcttag cttacgctta ctctaaccag cctcacgaga ccatgagcag 1380721 tctctatcaa aaaatcccag aacaagttag agagaacgca cagctaatag cggcctacta 1380781 ctcctcacaa aacggggaca gagagtacca attcgcgttt tacgatccaa aagagagaac 1380841 actcagcatt tacactttta agatttcaaa ctttctcaaa atcttttggg acaaagagga 1380901 gaacaagata acctgcgaaa cgccattcaa ttattctgta ctggccacca gcccagaaaa 1380961 actcaaaaac ttcgaaaact gcgacaactg taagctattc ctttacaagg gcaggattta 1381021 caagaataaa gaaatcgaga gcatttaccc gtcaatcgag caggtaatca aggagaacac 1381081 tacctacgtt aattttgtgc tactcaagga tgaagaacta tccattggag gaataattga 1381141 aagacacggg gacatgggac tagggcccgc atactttggg tacaagggat tacttcatct 1381201 acctacaact atgcataatc cgagtagagg agtcatagta gagttcatcg caaaaaacga 1381261 tacaattcat gtagttattc actatccaaa aaacatgaca ttttcgacta tttcaagtgt 1381321 cagattgaga aaggattgga actctacatg gaatctaaaa gaagttccac tcagtgaaat 1381381 cctccaaaaa tctaaatcca aagaactttc ccaagagatc aaaggaagtt tacgctttga 1381441 attctctatt accaaacgag acaatagagc ggaagcgtgg gcatcatgga taaactctcg 1381501 caaacaggct catggttact ggaggctgta cccaccagac aagatagagt ggagaagatt 1381561 tacctgcatt gagaaaagct gtagatggac tgaagaaaac atattcgacc catttccctg 1381621 agaagatacc cccactaata cacggaggcc acgatgatga aaaatacaaa actccttgct 1381681 ctctttgcat tctttttgat cattcttttg ctctttgctt atgcttactc taaccagccc 1381741 aacgaaacca tgagcagtct ctaccaaaaa atcccagaac aagtgagaga gaattcccag 1381801 ctaatagccg cttactactc ttcacagaat ggggacagag agtaccaatt cacgttttac 1381861 gatccaaaag agagaacact cagcatttac acgtttaaaa tctccaaaat attgaaaatt 1381921 tggccgagaa tgacagaaga caaaatcttc tgcaagaccc cattcaacta ctcagtatta 1381981 gcaacaagcc cagaaaagct aaaagacttc gaaaactgca acaactgtcg actattctta 1382041 tacaaggaca gaatttacaa gaacgaagaa attgagggga tccaaccaag actctcggaa 1382101 gtgttaaagg tgaacgaaag ctactggcga attcaaatcc tcggcgccag cgaactatca 1382161 acaggaaaca taataggctc ctctggcgat gctggagaaa tgtttggtct ttcaggttat 1382221 ccgggattgt tgattcttcc ggcagggaac aacgcgagta gaggggtaat catcgcgatt 1382281 caaccgttga atgaaactca tgaggttatt agaatacact tcccgctgaa cgttactttt 1382341 gaattcgtgg agagacatta tgacaaccca gatttccccc tctggagttt ggagaacttg 1382401 tccagtgctg ttaagcgttt gcaggctttc aaaatcgagc cgaaaccatg gcgatgggag 1382461 actacactaa gcggcaaata cgccggaata gcatggttca cacaatcagg ggcgtactat 1382521 gaatacgaaa tacatcctca gtcaaagtgg atttataatg gtgacttcac aatatcacgg 1382581 ttcgagttca ggtgtaggag aggaggtgca tccccatact catactacta cccataacgg 1382641 aggtcggaag atgaaggaac ttctcgtagt tttagttttt gtttcaatcc ttttgctctt 1382701 tgcttacgct tactctaacc agcccaacga aaccatgagc agtctctacc agaaaattcc 1382761 agagcaagtt agggaaaatt cgcagttgat agcggcttat tactcgtccc aaacaggctt 1382821 tggcggcttt agagagtatc aattcgccct ctacaatcca aacgatcgaa caatcagcat 1382881 ttacacgttc aaaatctcca aactcctgaa aatctggccg agaataacgg aaaacaaaat 1382941 aacctgtaaa acccagctta actactccat cctagccacc agcccagaaa aactcaaaaa 1383001 cttcaaaaac tgcggcaatt gcagaatact cctctacaag gacaggattt acaagaatgg 1383061 ggaaatcgag agcatttacc cgtcaatcga acaggtaatc cggggcaagg agaacactac 1383121 ttacgtgaaa ctctccctcc tcaaagactc agaaatcacc actggagcag tagggttcgt 1383181 cattggagac atgggattct acactgatga tgtttattat gggaggggtt tgctttattt 1383241 gcccagtcct attgtgaatc tcacgagggg tgttgtggtt gaattcctgc cagtggacaa 1383301 cgagaccatt aagagggtaa ttcactaccc gggcaacgtt accctctccg acgagttcaa 1383361 aatcacaaaa tactacaggg ttaacatcac gcggaacttg acttggacgt taaaggaagt 1383421 tccaatcgag cagattcttc aaaaactcga ctctaaacag ctccaaaaaa ccattggaga 1383481 ggactcgaga gttaggctcg aaatatccaa ggaaccctta tgggccaaaa caccaaaact 1383541 cgaagcctgg ctaatatgga tagacaaagg gaaaactgtg tatatagaaa aacgaatata 1383601 tcccactgaa aaaacttaca aggaaaaatt cagcttcatc agtggttatt actgcggctg 1383661 gtagaggtga aaaaatgaga tccttccttg ctttcctcct tgttttcctc ctttccttcc 1383721 ttgcttacaa tgcttacact taccaccagc tctcctcagc ggaaggagct tacaagttag 1383781 caggaattcc aagcagtgaa aagctcattg cggtctatca tgatgagaac ttctggcagt 1383841 tcgccaccta caacccgaaa gcccgagaac tcaaagtcta ttacgttggt caggattttc 1383901 ctctgctctt caggataaag aaaacaaaaa ccgtgaagac accattaaac tactccccac 1383961 tcgctcttga cttgaaactc ctcgaaaaag ctccaaaaga aactcctgca ttactcttcg 1384021 ccggaaaatg gtacactaaa gaaaacccac cagaattccc aacagtagag caaatactcc 1384081 aacaatacaa caacaaaaca atgaggagat tgagtgctta ttatgccgaa aaagaactct 1384141 ggattggggc aataaccatg cagacaggcg atgcaattta tggaggaata gggcccgggc 1384201 gaattctcgt aataccaagt ttgaaatcct acatggaaaa accctttgtg tggcgtgttg 1384261 aaattccagc tggaggggat aagtcccagc acattgtcta ttacccagac ggaattacaa 1384321 tcaagggata tggagaagtt gttctcccaa aagcgtttgt gatagagaaa tgggttcttg 1384381 aaaagtcttt aaacgcaaca ttgaaagcac tggcaaagcc taccccaatc tcaggctctg 1384441 caaggagttt tgtcgatcta acgatatcct gctgggactc aaactcaata gaatggagca 1384501 tcatgtatat taccagatac tggcccggta tctcaatgca gaacaaaata ccggaaggtt 1384561 acgttcttag tgactatggt caaacctccg gaaaatgcca aataattaga acagccaatt 1384621 cacaggggtg atccagggat gaagcgctgg ctttcacttt tctttattct tctccttctt 1384681 gcatggggag ttaaagcata ccaagttcac acaagcctta caacccccag cagagtgctc 1384741 caactcataa agcacaacga aagcgaggag ctcataggag catacgtaaa agaaggaacg 1384801 ctcggcccta aatggcagtt aatattctac aaccccaaca gccagaaaat caggatagtc 1384861 tctttaagtg agaaacttgg attaattccc ggactcctca aagaaacata tctaaaccca 1384921 acgccatata actactcccc gctctcaact aacttagaac gcctgaaaga ttgggacgga 1384981 aaaacgcccg cgcttctgtt tcacgaaaag tggtattata aatcaacctt tcaaggaatc 1385041 cgcaactttc agaacatcca gagcgaaaac ctcaccttgc ttggcatttt ttactccaaa 1385101 aacagtttct ggatgggagt ccaaggaatc agagtttgca acgcagattt cggctacccc 1385161 ccagctggtc ccggcggaat catagtgccg cccaatctcg cgggtgacgg tgccccaaca 1385221 gttctcgcga ctgttaggaa caagggaaac cattcagaaa catcgataat attcttcgat 1385281 ggatctacta tcaacataac tggggcagtt cacccagagt gcatcatggc catctttgca 1385341 gatagatttg gaatggtgtt ctgtggcgat gcacggaaag aatttttgaa ggaaactcat 1385401 gaaattccta attgcccctt tgaattgaag gacgtgagcg aactcgccca aatttggtat 1385461 cgagatgcga gacaaaaccc aagtaggatg gcaatgtttg tggccagacc cgtgaagggt 1385521 acttcgaagg actgcagtgc tgagataaga tgggtggtca taaccctaaa gggagagggt 1385581 tattgtggcg acgaatactc aggaaaactt gagaacacgt aacatccaag gatacaaacc 1385641 caaaaccggc ccctacaccg gcgtcggcta cttcatggag gtgacttggg gatgaggaag 1385701 atagctgccc tcttgctttt gctttttacc cttacggcat cttggatact gtgggagagt 1385761 catgaagccg tgtcctgttt taactctcca tattgcatga cggaacatct taacataaca 1385821 gaccacatac tcatcatgca acacaacgga aacgaatgga gaatcgtcac atacaccacg 1385881 gggaaattgt ccctccatag aatcgagctc agcggttcta taatacctga tattaaagac 1385941 tccacgaaaa gtgtcagaac gcacattgat tactcacccc taacttttga aaacaatgcc 1386001 ctcaaaggct tgaaaggaac aatcgggctc attgcgaagt tcaacggaag cgttaaggct 1386061 gtcccactca aagaactcca aaagcccctt acctgctccg aactcctgaa actgtgttct 1386121 tcatgcaagc tcgtcctcgg agaaggtggg gacaaagtga gacttggata cacgaacctc 1386181 acaagtggtt acttagtcgt gccctctccc agaggtagct ccagattcgt ccttgaaatc 1386241 aaatcttaca acgcaaccaa agatgccata atcgctaaat acccaatggg aattgtcaag 1386301 ggttatacct cgaagctcaa cctccccccg attgaaaaca cgagccttcc agccaacgtt 1386361 tcccagtacc tggagcccgc atgggggatc ctgataacag gaaatgaagt ggtgctcaac 1386421 cccgacccct ggagcattgt tgaggaactg ggagaatgca gaaccgtgta caaaattaca 1386481 attcacaaca acggaacaat agaaaaaaca gaatatgggc tgccctgctg gagaaggtaa 1386541 aactaaaacc cctacaatag tgttggttac tttatggagg tgatgtgggg atgaagaagc 1386601 tccttgcttt ggttttactt ttccttcttt tctttgccta taacgcgtgc acttaccacc 1386661 agctctcctc agcggaaggg gcttataaac tggcgggaat ttcaggagat gaaaagctca 1386721 ttgcagtcta tcacgatagt aatttctggc agttcgcaac gtacaacccg aaagcccgag 1386781 aactcaaagt ctactacctc agtcaggctc atccattaga cttcagaatc aagaaaacaa 1386841 aaactgtgaa gacacctttg aactattccc ctctcgccct tgacttaaaa ctccttgaaa 1386901 aagcaccaaa agaaactcct gcattactct tcgccggaaa atggtacact cctgaaaacc 1386961 cgccagaatt cccaagcttt gacgagataa tcaaaggata caccaacaaa acgatccgaa 1387021 ggattgccct cttatacgcg aggaaagaac tctggataca aacatacctc caagtgaccg 1387081 caagagccta tgaggtggga acgaaggatg tactagtaat tccaagtttt ggaaatacct 1387141 ccgggggaat ctgggttgtt gagactccgc aaggaaagaa ctctaccaaa actgtgtact 1387201 atccgggcac taaaatagta gggaacgtta ccccggtgta cttaggttca tttgttttaa 1387261 acaacagaaa ttctattgag agtgcacttt atgaagcgct ttcaaatctc agcaaaacca 1387321 ccagcttcgc aaagatcgag gtttactgct tctccccaca agccgatgtt gatactgtaa 1387381 ccatcaaaag atactaccaa gggatctcta tggaaaaata cttccaattc tactacctcc 1387441 acagggacac aattaaagtt ttagggggat gcaagactac tcgctaattc aggtgaggat 1387501 ctaaaaatga tttgagggaa ggccaatatt gagatttgga aactaacgag cgtcggctac 1387561 tttatggagg tggtttgggg atgaggcgga agttgtttgc tctctttctt ttactcactc 1387621 tcctgctcgg gtatttggct tatttgaact ccctcccact agcagtcaga gcttacaaac 1387681 tcgcaagaat ccccagcgac gaacaattaa tagcagttta ccacgacaag gacttctggc 1387741 agttcgccac ttacaacccc aaaacccaaa aactgaaagt ttacgccctt tacactgaca 1387801 aaccaatcct cccctgggga agagacgtaa aaaccgtaaa aacaccatta aactactccc 1387861 cactcgccct tgacttggac cttcttgaag aagtaccaaa ggaaactccc gcattactct 1387921 tcgccggaaa atggtacacg aaagaaaacc cgccagaatt cccaagcttt gacgagataa 1387981 ccaaagaata caagaacaag accctacggg aactcacggc atactacgct aaaaaagaac 1388041 tgtggattgg cagcataaca ctccaaacgg gagatgtcct ttatggaagt attgggcccg 1388101 tttggaccct cacagttcca gatcttcaag atgagggaaa ttcaggtttt gtatgggagg 1388161 ttgaagttgt taaggagaag aacgcatcat tgtgggtcgt ccattatccc ggggacgtga 1388221 aggtgagcgg agtgggtgaa gtcctctaca gacagagctc catagcagtc tcaaaagctt 1388281 atactagcct agataatgca ttcaagtggc tcaacagaac ttcgtatcca aaacagaacc 1388341 cagtgttcct gcaattcaca gtttactcaa tgaagtccaa aacgatccaa gcgggcgttt 1388401 tagttctcaa atactaccaa aagggtattt caatgaagaa aaagttacca gacggatatg 1388461 tgctgatgga tggtaccgat atcccagtga ataacagttc ataggctcga aacattaaat 1388521 gggagcggag acccaatgaa ctctcggcaa gcttcatccg ttggcccccc ctacactggt 1388581 gttggctact tcatggaggt ggtctgggga tgaaatggat tgggactctc tttattttta 1388641 ttctcctcgc agtatccctg tggggcctcc aggcttacag agtccacgag acgttaacaa 1388701 gtccagataa gacctttgag atggcaaccg gagagaacgc acaactaatt gccgcatacg 1388761 tcgataaagg aatgctcgcc cccacatggc atttcgcctt ctacaatcca aaaacgcgga 1388821 atatttttgt taccagcgta aaggaaagcc tctggccttg gccccacata actctcaaaa 1388881 aacaggcctg cccaacagag tacaattact cctctctggc cattcaaaga acactcttga 1388941 aaaactggag ggggcaagct cctgcactcc tcttcaatgg cacatggtac tctcgggatg 1389001 accaaaaaga tgcactttca atgctcacaa gtctcaggat tcaaaacgca tcatttggta 1389061 aaattggatt gttctactct aaaaatggct tctgggtggg gctagatgag ataaaatcct 1389121 gtggaggaga ctactctttc ccacccgctg ggcctggagg cattttagtt cctccagagt 1389181 tgtcagacaa aaatctcccg acagtcatag agattacgtg gaactccccc tacggctcag 1389241 aaagagcatt ggtgtttttt aatggagcca taattaaagc ccatacaaca aaacccctta 1389301 cctgtccgtt cgaacttcga aaccttaccg gcgctttgag aatctggagg gaatactttg 1389361 aatacaaccc caatagaatg gcactgtggg tttcccgtcc ccttgatact tcgtctaagg 1389421 agtgcaccaa caaaacaaca tgggtcatca ttgccctccg taatggggat tgtggaaacg 1389481 aatggtgggg aaaacttgag gacacatgat gccaaaagat gttaatccaa aaaccggccc 1389541 ctacaccggc gttggctact tcctggaggt ggtccgagga tgaggaaact cctcgccatc 1389601 ttgggttttc tttttgtggg ttttctctta ctctttgcct acgcttactc tgaccagcct 1389661 catgagacta tgagcactct ctaccaaaaa atcccagagc aagttagaga aaactcccaa 1389721 ctcatcgcag cttactactc ttcacagaat ggggacagag agtaccagtt cgcgttttat 1389781 aatcaaaaaa accagacgct cagcatttac acgttcagta tttcaaactt cctcaaaatc 1389841 ttctgggacg aagagaaaaa caaaataacc tgcaagaccc cattcaacta ctccatacta 1389901 gccactagcc ctgaaaagtt aaaagacttc acaaactgcg acaattgtag aatactcctc 1389961 tacaagggca agatttacag gaatgaggag attgaggaga ttcaaccaag actttcggaa 1390021 gtgttaaagg caaacgaaag ctactggcag gttgaaatcc tcggcgccag cgaactatca 1390081 acaggagaca taataggttc ctctggcgat gctggaagaa tatttggtct ttcagggtac 1390141 ccaggattgc tgattctccc agctggcgat aacgcaagca gaggagtaac catcacagtc 1390201 cagcctttca acaaaactaa ggacgttgtc aaaatacact ttccactcaa cattactttt 1390261 aagttcaagc aaaggcatta tagcgacagt tatgattact ctccttggag tttggagaac 1390321 ttgtccagtg ctgtgaagcg tttgcaggct tttaagattg aaccaaaacc atggcgctgg 1390381 gaggccacac tcagcgggga atacgcagga atagcatggt tcacacaatc cggaagatac 1390441 taccaataca aaatctaccc acagatagaa tgggaggata gaggacactc ccagttgtct 1390501 gttcacgtca gatgccggag tggaggatgg gtgcccttcc gctatcccta acgactaaag 1390561 accacaaaac aaagggggca taaaatgagg gctctaacgg tctttggatt ctttttaatc 1390621 atccttttac tctttgcata cgcttactct aaccagcctc atgagactat gagcactctc 1390681 taccagaaga ttccagaaga ggttagagag aacgcacagc taatagcggc ctactactcc 1390741 tcacagaatg gggacagaga gtaccaattc gcgttttacg atccaaaaga gagaacactc 1390801 agcatttaca cgtttaaaat catcactctc ttcaaaatca ccttgaatga aaaaaagagc 1390861 agaatatcct gcaagactcc attcaactac tccatcctgg ccaccagccc ggaaaaactc 1390921 aaaaacttca caaactgtga caactgcaga atactcctct acaaagacaa gatttacaag 1390981 aacgaggaaa tcgagagcat ttacccgtca attgaggaga tgatccgagg caaagagaac 1391041 accacttacg tgaaccttgt actcatgaaa gacagggaga tctcaatggg agtaataata 1391101 gaacgtgttg gagatcatgg acttgtgcgg ggcttcctcg gttactgggg actgctccac 1391161 atgccatcca ccatgagcag cccgtggagg ggagtaataa tagaattcac tacgaaaagc 1391221 aatgggacga ttaacgtgat cgcacactac ccgggcaacg ttacactctc aacaatagcc 1391281 gaagttaaag cactaagcaa caagacttgg gaattaaaag aagttccctt agaagacgtt 1391341 attcaggcgt tgaagtccaa aaagctcgtg ggcagtgtta agggctcgct ccgatttgag 1391401 ttctcaatca cgagggaggg agagagaatt gaagcgtggg cagcctgggt gaacccggaa 1391461 aagggcgttt tagcgttctg tagaatatcg ccccccggaa aaatcacgcg caacgagttc 1391521 aacgaatttg acgggtacct gtgcactcgg tatggaagtg acattttgga aaaactacca 1391581 taatgtcaag tttgacgtgt ggtgaaagca cttcctcgta agccaggaat taaggaggcg 1391641 taaaaaaatg aaaaaaacgg ccgcactact cctgctcttt tcccttttcg cgtacaatgc 1391701 ttacacttat catcagctct cttcggcgga aggagcgtat aaaccggtgg aatcacaggg 1391761 ataagaaacc tccctgccaa agaacttaag aacttggaaa agggaaggca aaactaatac 1391821 tccgtcaaaa gcctcccaag ctcaggaatt ctttccatga catccatctc cctgagtgcg 1391881 agccacaggg aagcctggtt gctcgtcacg acgggaacgc caaggtcgtc ctcgagcgcc 1391941 tcgattatct caaaggtcct ccagttagtg cagcttatga aaatcccctc aacctcgtcc 1392001 ataaaggcag acttagcgag gcgataggcc tcgtacggct caagccgtcc gatctgaagg 1392061 ttgtccgtga ggccaaggcc gattatgtca aggacgttga actcgttcgc ttccaggaac 1392121 tccttctccc gctggtttat ctcgtcggtg tacggggtaa caacgaggat atccctaacg 1392181 tcgaggatct tcagggcctc aacgacggct gtgctggtgc ttatcacagg gacgttcacc 1392241 tcgtcctcta ttctcgcctc gagctccttt tcgaagtcct ttccaccgat gaatgagcca 1392301 ctcgtgcacc cgtagagtat cagctcaacc cccgcatcgc ggaggagctt ggcgctctca 1392361 acggccatgc tactcatctt aaggagctcc tcttcagtga cgtccctcag gggcatcctt 1392421 gagacatgga gtgagacccc gtagggcagg tagctgtgaa gctccatttc catcgtggtg 1392481 ttagatgacg gcactatgag accgaacctt cctctccatc cgtacatgct ttcacccttt 1392541 gaagttcctc gggacttcta ttaaaccttt ggttcatcta aactttttta tccccttcaa 1392601 ccaagcaagg acgatagcca tgatagagtt cgtgatcctg ctgggcgtca taggcggctg 1392661 gtttatagcc acaacgaccc taatagccat gttaatcttc gggaaaatgt gggggttggt 1392721 gggcgtcccc ctgctcgtgc tgggcgttga gctcaacaaa ttcctgaaaa ggagatacat 1392781 ggacgttgtg gtctccagct ctccccgcgc gagggagata gccaagcaca tcttcgagat 1392841 gaacgagctg ataatactct cctcctacgc cgccgccctt ttcctgtaca ttgtcgtcca 1392901 gaaatacgtg gaagtcatca ttaaggttcc accggggtga tttcatgaac gtcgtcatag 1392961 tccgctacgg cgagattgga acgaagtcga ggcagacgag gaggtggttc gagaacatac 1393021 tcatgaacaa catacgggaa gctttggtga gcgaaggaat cgagtttaaa aaggtcgagg 1393081 ccaagcacgg gaggattctc gtgaggacga acagagccaa agaggccgtt gacgtcctga 1393141 cgagggtttt tggcatagtc tcgctctcac ccgcgatgga ggtcgaggcg aaccttgaga 1393201 aaatcaacaa aaccgcgcta aagctcttcc ggaggaagaa gagggagctc ggccttgaga 1393261 ggccacgctt tagagtcacg gcgaggagaa tcaccaagga gtttcccctg aagagtccag 1393321 aaattcaggc aaaggtgggg gaatacatcc tcgagaacga ggagagcgag gttgaccttc 1393381 acaactacga tatcgaggta ggcgtcgagc tgatggaggg caaagtgtac gtcttcgttg 1393441 acaaggttaa agcctgggga ggactgccga taggcacgca gggcaaggtt gttgcgctcc 1393501 tcagcggggg catagactca cccgtcgctg cattcctaat gatgaagcgc ggtgtcgaag 1393561 tgattccagt tcacatctac atgggcgaga agacccttga gaaggtcagg aaaatctgga 1393621 accagctgaa gaagtaccac tacggcggaa aggccgagct aatcgttgtc aagccgaagg 1393681 agcgcaagag aatcattgag aagctgaagg aactcgggaa ggagaagtac acctgcgtgt 1393741 tctgcaagtt catgatggtg aggcacgcgg ataagatagc caaggacttc ggcgcgaagg 1393801 gcatcgtgat gggcgactcc ctcgggcagg tggcttcgca gacgctcgaa aacatgtaca 1393861 tcgtcagcca ggcgagcgat ttaccgattt acaggccgtt gataggcatg gacaaggagg 1393921 agatagttag catagcgaag agaatcggaa ccttcgagct gtccaccctg cctgaggacg 1393981 agataccctt catcccgagg cacccgataa taaggggctc gtgggaggag ttcaggaagc 1394041 tctacagggc ggtcttcgga gaggagccga ggaagaggga gtgctgatga agaagaaaag 1394101 cattgagaga gaccctatat ggaaagccgt gggagcgcta acgatatccg acgagaacgc 1394161 cagcgagagg gaagattggt tgctcacaga ggaatgggcg ggcttcaact ccaccaaatc 1394221 gaacgtcttc ggcattttaa agggctggaa aaccgacccg cagaagctca aagacaaact 1394281 tcggggggag tgggaatgag tcccacacgc ttcgcctcct acgtagccct ctccctcccc 1394341 atcatcttca tcgtgggcct aacagtggtt atccacgcaa acccctggtt ctcgctccag 1394401 aacaacgcgc tgagcgacat ggggtcgctc aagaacccca accgctggct cttcaacggc 1394461 ctcctgatgc tcttcgccgt gattgcaatg gttccgtcag tggtagcatt caaacacgga 1394521 ctctcctacc tgatgcccct cgcgctcctt ttcctattcc ttgttggggt tttccccgag 1394581 gagctcccct atcacgctcc ctcggcagtg ttattctacg ttctggcact ggcagacata 1394641 gcgctcgtcg ggataaagct cggccgtcag aattcggtca actacctctg gagcgttctc 1394701 tcggttgtcg tgttcatcac gatgctctac ctgattaggg cgagggtgtt caaggggctg 1394761 gcgattccgg agctgatagg agcgtccttc atcctcgcgt ggttcgttta cattggcatc 1394821 ttgctgaggt ttgaaaccct gagttgagga aagcctcata aaagcccacc cgaagtttcg 1394881 gccatgaagg cggttgcact gctgagctcg ggcattgact cacccgtcgc ggtttacctg 1394941 atgctccgga ggggggtaga ggtagttccg gttcacttca ggcaggatcc catcaaagaa 1395001 gaaaaggtcc gcgagctctg ggaggttctg agtaaatacg gcaagctcga cgagctaata 1395061 gttgtagatt ttgcggagga gcatgttccg gtgtttgaga ggctgaagga gctcaagaag 1395121 gagcgctgga cgtgcatatt ctgcaagtgg ctgatgctta gaagggcctg cagaattggg 1395181 cacgaggtcg gggcgagcgc gataataacc ggcgactccc tcggccaagt ggcaagtcaa 1395241 accctcgaca acctcatgat agtgagctcg gccagcgacc tacctgtatt gaggccccta 1395301 atcggaatgg acaaggagga aattgttaag atagccaagg agatagggac gttcgaaata 1395361 agcgcccgtg aggaaccgcc ttgtcccttc acgccgaggt accccatagt gaggggctca 1395421 ccgggagggt ttagaaaggt actggaagaa ctccgaagat gtgggaatag tttataaacc 1395481 aaatgcctcc attgagtgca acggtccaat ttggacctag atggtgatgt taatgcagga 1395541 ctctttgatt gtgatcgcgg gtgccctaat tgtgatgggc atcgacgtgc tggcggcact 1395601 gctgatattc tcaatttacc gcaaaaacag gagaacttcc gcacttctct tctccatggc 1395661 atggctctgc gattttctgg ctatagcgac gtcgtcctcc ctgaccttaa agcccctcgg 1395721 cctgttgctg ctaccgctct tctcatcctt catgttcgcg gcttctttcc acctcgtcga 1395781 agaagaggga gtcaaaattg acaagggaac acttaaagta ctctcaacgg cccctgttgc 1395841 ctacatgatt tatcttctca tggtgtactg gtacacgcag gatccagagt ggacggcgac 1395901 ggctgcggct tcactcggca tcacaggggt tttcgtgaca gcgtccggac tcatagtgaa 1395961 aaacgttgtt agcatatacc aaagcgccgc aaaatacctc tacatcggga taaccctgtt 1396021 cggcctccac ctcattcccg ccgccctctt cggccaggag agatggtata taccgatagg 1396081 gttcatgctc tccgcgagcc tgatagtgct gatgacaacg gcgatggtca aaataatgcg 1396141 ctcggagagc ttcaggagga tacccctcca agagcttccc caggaacctg agacggaact 1396201 tgagagccca gtggccatac ttcatccaga ggagctgcag aagataaaag aggagttcaa 1396261 ggattttccc gttttggcgt tcctcagaaa cacccgcgat gttcctgaag catggagggt 1396321 ttatttcatg accacagccc ccctcagcgg ggagagggag aaaacgatag gaccaacgga 1396381 acttcctagg attggggaga taatctaccg ctaccttcag gagatgaagt caaagaacct 1396441 caggggtgtt gtgctgttcg attgtatcga atacctgctt gtgtacaaca gtcaggaaag 1396501 cctgcttaag tttctggcaa aggtcaggga cttcgtggtg atgagcaacg gtttcctgat 1396561 actggcggtt gatccccggg gggttgagcc ccactttatt gcccagctca ggaggatcct 1396621 cctctgagct caacttttta tacccctctt ctctactccc tctgcccccg cgcgaggacc 1396681 ccggggagaa tgaaccgggg ggcgatgcgg gggcaacagc ccggtctcag cgaggtcccc 1396741 gcgggagggc cttccgcgtc ccggagcgct atgaccgcgg gaaacccaga ccgggcacaa 1396801 ttctcggccc gcctgggtta gcccgtccga ttctgccgtt cggctgggat gaggacggga 1396861 gttacgggcg ggccacaaca aaaacattaa attctcccac ccaatctgat ccggggatag 1396921 agcatgaaaa acagaaaaat cccgatgatg ctcgcaatcg ttctcctctt caccataacc 1396981 cctgcggtaa ccgcacagcc ccactggagc tggagatacg acgacgagtg catggtcttt 1397041 gccatggact tcaacagcag gggccacctc gcactcgcct ttggctatta cgcggttctg 1397101 ctcacaccgg aggggaaaag ggttttcaag tctcccacgc gggatctggc ctactcaatt 1397161 gcggtgagcg acaacaacta cgtcttagcc ggcacaaggg ggaactttgt ccagctcttt 1397221 aacccaacgg gaaagctcgt cttcgagtac aaaaccggcg atcaggtgtg ggccgttgac 1397281 atatcaaaag acgggacgag attcgttgca ggcagtaacg atggatgggt ttactacttc 1397341 tccggaaaag aactcctgtg gaaggccaac accggtgccc ccatctgggg agccctcatg 1397401 acgccaaggg ggataatcac cggcaacgac gctggctctc tgatcctcta ttcctacaat 1397461 ggcagtgtgg tttggaagaa gaacctgaac ggaaggatct ggcgcgttag agtttccgga 1397521 aactacgtgg cggttctctc cctgcacacg ggggaggccg taacctcgga cgtgtacctc 1397581 ttaaccctcg atgggaacac cgtgtggaga agacattttg aagagtacgt gagggacgtg 1397641 gacgttgata atggaacggt ggcaattaca ggagacatcg gtgaaatcct agcggtgggg 1397701 ttgaacaacg aaaccctgtg ggagttcccc aacttcaacc ccgcgtggca catcgctttt 1397761 agaaagggct acaccctcgc aggaggtgga ggacaggttg ctttcttcat cgacccctcc 1397821 ggaaacccgg tctggatctt cgaggacaac ctgagcataa cggccgtcgc catgagcccg 1397881 aacgggaggt acctggccgt tgccgacagg acttttgagc agataaactg caggggacac 1397941 gtctacttcc tcgacaggtt ccctggggga gagctcgttt caacaacctc aacgtcgggc 1398001 gttcccggaa gcgggccctc tgaaggagag ctaacttcta catccccaac cgggaaaact 1398061 ccaccgatgg attcagacgc aatccacacc cacacaacgg ctcagacggc cggggaaaac 1398121 ggcgagaatg gattcccccg ggagaaaata tcctttatcg cggttaccgg catcgtcctg 1398181 ctcctcctgg tccttctcgt tagggagatg agagaatgaa gtacgccata gtagccgaga 1398241 acctgaggaa gaggtacggc aacaccgtag cggtcgatgg aataagcttt aaagtcaaga 1398301 gaggggagat attcgccctc ctcggaccga atggggcggg aaaaaccact actgtgagga 1398361 tgctcacgac cctgacgagg atagacgagg ggaacgccta cgtaaacgga ttcagcgtga 1398421 aaagcgagag gagaaaagtc aaggagagca taggggtcgt cctcgacgtc tcaaacctct 1398481 acgaggagct aacagtagag gaaaacctta ccttcgttgc ggagctctac ggggctccaa 1398541 gggaaaacgt gaagaaaatc atacaggagt tcaacctgcc ggaaaaaaag aagttcggaa 1398601 agctgagctc gggtttcaag agaagggtcg cgatagcggc ggcgcttgtt cacgatcccc 1398661 cgatagtctt catggatgaa cctacggtgg ccctcgacgt tcgatccgca agggcccttc 1398721 gggagctgat ctcgagctta aacctcaggg gcaggacgat atttctgacg acccacaaca 1398781 tggaggaggc agagaaactt ccccacagga tagcgatcat aaacaggggc aggatagtgg 1398841 ccatcggaac gagaaacgag cttaggaaac tcattggggc gagggtgaag ataaggataa 1398901 agatcgaacc ccttcactcg aaactcctaa cggatcttca ggaattcagg ccacgttttg 1398961 acggtgagta cctgaccttt gaaagtgaag atgtagatga gttcatggag aaactcctca 1399021 agctcaaagg agagctcggc tttaagttac tccacgtgtc caccgagcta ccgaccattg 1399081 aagagatctt cctggaactg acggaggaag tcgagaacgg tgggacgaag tcctgcgggg 1399141 ggtgtccggt ttgcggatga tagcaatagt caggaaagag ctcaaggagt accttttaaa 1399201 accgggatcg atcagctggg ggtttgtgtt tcccgtagtc tttacgtttt cgttcatagt 1399261 tagactggga agcgtggatc aggtcgcccc gggaatggtg gcaatagcct cactctttgg 1399321 aacgacctcc ttcgtttctt cctccataat cttcgagagg agactcagga ctattgaaag 1399381 gctcctgctg gcccccctaa gctacggaga gatagttttg ggaaagatac tcgtcgggac 1399441 aatattcggg agcattgtga gcctaacaac gcttgcactc ctgctgtggt tcatggtgta 1399501 ccccgtgtgg aactggccgc ttacgctcct cgcgatactg ctctccggct ttgccttctc 1399561 cgctctcggc gtatacatct cgctgaaggt taggaacccg ataaacgtca tgacatggct 1399621 caacgtgctg aggctcccta tgatcttcac gagcagtgcg ctggtatcgt tcggcctctt 1399681 ccccaactgg ttcctcgccg tcgggctttt gacaccgatg acctacgcgg tggaatccat 1399741 aaggtacggt atgctctact atacggacgc aatcccaccg gtcaccgcgt tcctggcgac 1399801 catcgcgcta gggctgctct tcactctcct tgcgacgaga gcgttgaaaa acctgtattg 1399861 acaaaacccc aaagggaaga gaagaaaaca ggtgaaaagc tgaattcact caagaacttc 1399921 gaggattttg gccttgatga caccctttcc gccggtcggt tcgacgagcg ttgcaccgca 1399981 gacgaggcag cggaccttag tagcagggtg gctgaagact atctgctcgt tgccgcagtc 1400041 aatgcacttg acgcggagga acctgctcct cggcatcggg atgaggttct tcgggagcgc 1400101 catgttcaca cctccaccag ctcgaacttc ttaacgcgga agccctttcc tctggtgtgg 1400161 gccttgccgc agacggtgca ccggaagcgg aggtcgagct tcttgaccgg cttctccctg 1400221 ccagcggggt ttggcctcgg gaaaccgtgg taacccttca tgatcctcct gaagcgcctc 1400281 tgaccctggc tgagctcgct ccttggcctc ttcttaactt tctccacctt gtgtatggtg 1400341 tgcttcttac agtatgggca gtaggtcctt atcttcttgg gatacttcat ctcacccacc 1400401 tccacagggg cccggtaggt tcctctacgg atacccccga gccatgaggc gtgatagtgc 1400461 cttcgccttc ggttgggggg aagctttaaa aagttttgcc ggggaaaagt ttaagaacaa 1400521 aaagtaacta aaaactccgg aggtggttga agtggtcggg atcgaggaaa cccttaggga 1400581 aattgaggag gttgaaaaga gggcagagaa agattaccgt tcaattctca aaaagctcaa 1400641 agatccgcag tacgccgact tcagggtcct ccttctcagg atggccatag acactgccct 1400701 ccacaggcat ctcatagagg ccctgcggaa ggcatacagg gaggctgttg agctcgtcga 1400761 tgagttcggc tatacagaca acatcgaact gccagaggac gccccaagaa ggcagatgaa 1400821 cgaggagata gtcataatac ccggcctgcc aagcatggta ctccccggtg gcgagttcat 1400881 gggtggaaaa ataccccctg aggaggcact cagagaactt ctcaacctca agcttgagaa 1400941 cgtcgttata ccctttgaaa agaagaagga aatagccaag gtcgtggacg agatcctgag 1401001 gctcgaagga aagatgaggg acggctattc ccacctcgag agtaaggcaa tacaccccct 1401061 gataaaagca atcgccgtgg agagcaaaaa caacgaggag cagcacataa gcgttctcca 1401121 gaaaatcaag gaaaggatgg aatagtgatt atcccttcat ctttttgtcc cagttctcga 1401181 gcatcttgtc caaggctaga aggctgttca gtctaaggcg aatcctcttg ttctcccaat 1401241 ccaccgagcc cttgaactcg ttgaggagct caaagacctt ctctgcttct tccctcggca 1401301 ggtacctgcc gtagaactcc tccccgcagt gggggcactt gaaggcgaac tcctcgatgg 1401361 ccttcaggaa cttctccctg tccctcagcg tttcttcggc gttctcaagg ctcagcatct 1401421 gctcaaccag ctccccccag tcgaggggct ttccgcacag cgggcacttc gccatctcaa 1401481 tcacccgttc tccctgagga agttctcaat ctcctttagg attagtttta tggccttatc 1401541 aaggttggcc tttccgttcg ccccggcggc tcccgcatgt cctccaccag aaccttcaat 1401601 gacgggcccg accttctcca tgatttttcc gaggtggagg cccttcttca cgaggctctc 1401661 cttggccctc gcggaaattc taacgccctt cttctcgctc ccgactatcg cgatgtcggc 1401721 cccgagctgg aggaagacct tgcaggcgta ggactcgtaa gcggaaacct tcgaaatcgc 1401781 tataatgtac ctcctgaact tcctgatttc gagcctctgg caggccttca ggacggccat 1401841 ccttttggcg ttgtcggtgt tttcgtcgct aactggggca acgagggaga atatctcccc 1401901 catctggagc ggaaacctct ccagtatctc gctcaccgct ttgaaggtct tcgcgttggc 1401961 gaagcggaag ttggctgtat cggtaacgat tcccgccaaa agggccctcg cgctttcctc 1402021 gtcggcaaag ctaaagtatt tgaacagctc ccacacgatt tcagccgttg aggttctgga 1402081 ggagtcaacg acagatatct cggccttaat cggcttctcc ttctcgacgt ggtggtcaat 1402141 cactataacc gtctttcccc tagggatttc aatcggttcg agctgttcga gggaggaggt 1402201 gtcgaagatc acgacaacgt cttcctcaac ggtcgggttt ttctcaactg gaacgggcga 1402261 gagcgtcaaa agccttttcg cgtaggagga aacgctctgg gcaacgccta tcctgacact 1402321 ctcaacgccg ataaacctga ggtagcgggc gaaggctatc gccgagccga gggaatcggg 1402381 gtcggcgttg tggtggcaga ggaggagata ggatttatcc cgcgagcgct ggaggaagcg 1402441 cttaagcttg agctttccct tcattagcaa tctccctcag cttcctctct accgcttcgt 1402501 aggccttctc gagggcctcg tcaatcagcc tctcgacgtc caccttgacg aagaccggga 1402561 cttcgaggta cacctcgatt tctaggttca gtgtctcgtc cctgtttatc ctcgtggtaa 1402621 cctcgatgtc cttgacgtcg cttctgttga gctcgctgaa gacgtgcttt attatgatcc 1402681 cctgggccag ctctccgatt tcgatgagct gttcttcact cagctctgga aggcctatgt 1402741 tgataacgcc cctctgctcc atgcccacca ccaaggagaa aagggaaatc agcccgcgac 1402801 gggcggcttg agggaagcct gaatctttgc ggtaagctcc ttgagcttct cgttgagctt 1402861 cttctcctgc ctctcaagtg cgttaaggcg gacctccagc gtttcgacct tctccttgag 1402921 ctcctcgacg gccttggcct tctcagtctt gacgatgagc gtcccaacgg tcttgtagat 1402981 gacggcatcg tcggggagct tctcaatctc ctcaagggcc ttcttggctt cgttgagctc 1403041 aagctggacc ttctgcttct gctggacgag gagctggagc tgctgctggt agctctcaag 1403101 ctgggccagc atggactgaa cctgaggcgg gatgttctgc ataacaacac ctccgttatc 1403161 gtgacttccg cttagaataa gggcggggct ttaaatagtt taggtaagga caacacagaa 1403221 cccttcaaaa atttaaactc atgcgggaga acttctggaa ccgagcttct cggttaactt 1403281 gtacaggagg gccccaatca ggaagcccag gaggacgagg gcagttacga aaaaccagat 1403341 tatcgcattc tcgtaacagg tcgttggagt gcagttcatc gtaaggaggg cgtagataat 1403401 gctggacgca agcactgtag taattgttga ggccacccag aaagcccctg gatcaacctt 1403461 cacttttcga aggaacagaa acgacgcgag ggctggcacc ataatgatga ggccaatttg 1403521 aaggaactcc tcgacaggac taggcccttc gtcagagggc ggaaggagcc ttatggcagc 1403581 aattatggaa aggtaaacaa tgagggaaaa gagaaacgta gtcatggccc ggttcatcat 1403641 aaatcacccc ttctgaatta cggttgtctc tgtatcccct cgggcatatt atatgcgacc 1403701 accgttataa gtcttactac tggttgctat taactaatca tctgctaatt ttcagaaggg 1403761 ttctttcctc atagtggaat cagagctcaa gggaatccat cgcgacctta atccacctta 1403821 gataagagtt cagcgttccc cgtaaggccg agttatcttt agccaaaaag cggattacga 1403881 ttttcctccc gtcgagaagg aaatcaatcc tgctccgcct gtaggggacg gtcttgtgct 1403941 cgtagaggac gctctcgtag acaaccctag ccgtttcctc gtcggggaaa accagctcaa 1404001 tcactccctc gattggccag acttcctcag aagggcttcc ttgtagtccc atctccgccc 1404061 gtcctccata atccagattt tcacgaggat taacggcccg acgggtcgct ccttggtgac 1404121 gtcgaagcgg tagaagttga ttgccatccc cctcgggtag ttctcgatta cgccgattac 1404181 gtccgtgttg ttcttgtccg ctatcgtctg gaggctttta ttaccgcgcg ggacgaactt 1404241 tccgccggtg agctcggcga aggcctgggc gaaggcggtg tggtcgatgc caacgcgctt 1404301 ggcggtggtc acgacgaagg gcatctcctc gcggattggt ctgaggtttc tgaaaccgat 1404361 ttcgcgctgg agcttgatac cgtgaaggta gaggtagccg aggtagcccc agtcgtcggg 1404421 gtcaaccttg atgaaggtca tcttgagcgg gttgcccttc cagacgttga ttatcagaag 1404481 tcgctcgtag ttcctgtcgt aggcctccat gagcaggtcc tggatggtct tctttcccct 1404541 ggttaagtag agggagttgg ggaagactcg ctctaggtcg tggccgaagc ttctcgtcct 1404601 ccttgtaggc cggtgggaag tcgttatcag catcatggca tttcttagct ttgaggcatg 1404661 gttaaaaagc tttctcatgg ggtaaatctt tatccaaatc cccggagcag gcacagtcct 1404721 cgggacgtac tggaactgta ttctccccaa ccttccttag aaaaataaca ggagtttagc 1404781 accgggagca ggagggttca aaacttaaga tacgcccgta caaatcgaaa aacatcccta 1404841 acactaaagc gcccctccct tctagggtcg tatatcatgc ttaccggtac ttcctttatt 1404901 ctagctccca tcttcgcggc ctttatcagc atctcagtct cgacctcgta gcggtcgctc 1404961 tctatctccg ggagaaactc ccgcctgtaa gccctgaacc cgctctgggt gtcgtaaaca 1405021 tacgttctga gcttgaggcg gatcagacgg gtcgtgatca cgttgctcag tcgtcttacc 1405081 cagggcctct tcccaacttc ctgaatcctg cgggccccta taaccatatc ggcttcccct 1405141 ttcgctatgg gctcgacgag tttaattatc tcccctggcc tgtgttggcc gtcagcgtcc 1405201 ataaagacca cgatatcccc tgtggagtgt cggattcctt cacgcatcgc acagccctta 1405261 ccacagttct tctccagcct gatcgccttt atccgggtgt ccttctcagc aaaggccttt 1405321 gccacgttgt aggtcccgtc taaagaccca tcatcgatca caataacctc atcgacgaaa 1405381 gctgggatcc cctcaaggac cctcggcaga cgatcctcct cgttgtaagc ggggatgata 1405441 acgcttattt tcttcccttt cagcattcat ttttcctcca gcctctcaag tgcccttttg 1405501 gccttcctct cgaagtcctc cttgtcctgg tactcccagt agtgctcctt tgcggggaac 1405561 tttccgcttt tgacctcctc gcggtatctc tcgagggcaa gcctgattat gcttgataaa 1405621 tccgcgtact tcttgacaaa gggcgggacg ttctcgtata tcccgagcaa atcgtgccaa 1405681 actaagactt gaccgtcaac ccacggtcca gagcctatgc cgattgtagg tattgacact 1405741 tcctcggtca caagttttgc aacgtccgca agggtgaact caagaaccac cgcaaaggcc 1405801 cccgcccttt ccagagcctt cgcatcgcgc aggatttcct ctatctcctc ttccgtctca 1405861 cccattagcc tgtaaccgcc caaacggagg taccgttgcg gcgttagacc ggtgtgtccc 1405921 ataaccggaa tccccatcct aacgagcttt ctgacgagct tctcgtggtc tgctccacct 1405981 tcaatcttca ccgcatccgc tcccgcctga atcagcctca cggcgttctt aacaccctcc 1406041 tcgacgctca cctcgtagct cgaaaacggc atgtccgcta gaaccagggc cctcttaacg 1406101 gcttttgcca ctgcccgtgt gtggaagacc atctgctcca tcgagacgtt cagagtgttc 1406161 ggctcgccat aaacgaccat accaagggaa tcgccgacga agacgatgtc gattcccgct 1406221 ttgtcagcca agagcgccga ggggtaatca taggccgtca ccatcgtgat tttctccttc 1406281 cccttcatct cgcggattct cttcggcgtt atctccctca taccaccacc ttcagaggct 1406341 tcgacggcgg tctaattaac ggtttcgatg gtggagttta ttaaggtctt aaaacgaagg 1406401 agagattgaa tgtagaacag ggaatccctt tgaatcagtt gacactaaga agaaccctcc 1406461 atcgaagttg gtgaaaaaga tgagaatttg gagtacttgg cccgcagaac acgttaaaag 1406521 ggacagcgtt ggaaaggttc gcaatctcac gcccgaaggg catatttcaa gtgcgaacac 1406581 agacaaggag gtgttagtta ctgccttcct tcccgtagga gcaatttggg cagtaatgag 1406641 atttccgcca gcactttcgt tagaaagggc tgtgggggtg agagaatgag aaggtgggag 1406701 cactacgagc acaccgccga cataggcgtt cgcggttacg gctcaacgct ggaggaggcc 1406761 ttcgaggcgg tagcgctggg cctctttgac gtgatggtgg acgtgaggaa ggtcgagccg 1406821 agggaatgtc gcgaggttga ggttgaggaa gaggacctgg aggcactcct gtacagcttc 1406881 cttgaagagc tcctcgtgct ccacgacatg gaggggctgg tcttcggcga cgtcagagtc 1406941 aggatagaga agacagagaa cggctaccgc cttaaagcga aggcctgtgg cgaggttctc 1407001 gactacgaga agcacgagcc gaaggaggaa gtcaaggcaa taacctacca cgacatgagg 1407061 attgagaaac tgccggacgg gcgctggatg gcgcagttcg ttcccgacct gtgaggtgat 1407121 tggatgagcg cgagagacgt tattagggaa accaatcctg cattttacga gcgctactca 1407181 aagcttaacg attcggacga gttctgggag ttcatggtta ggccactcag gcagagcatc 1407241 agggtgaaca ccctcaaggc cccactggag atagtagttg agagactcag agaggagttc 1407301 gagctcgagc cgattccctg ggttcgcgag gggttcttca ttgacgttga caacctcgca 1407361 aaagtcccgg agcacggcct tggtctgata tttggtcaag aagccagctc gatgattccc 1407421 ccggtggttc tcgagccgag gcctggagag cttgtcctcg acatggctgc cgcgccgggc 1407481 tcgaagaccg gacaaatagc ccagtacatg gagaacgatg ggtgcataat agcaaacgac 1407541 cccaacaggg acagggccaa cgtcctcata gcaaacctca acaggatggg ggttctgata 1407601 gcgagggtaa cgacgaggga cggtgctaaa ttcgcgcgct tcgaaaacac tttcgacagg 1407661 gttctattgg atgcaccatg ctcctcagtc ggaatgatac gaaagagctg gcgcttcctg 1407721 agggagtggc gtgagaaggc cgtcgtcaag tacatgaaca tccagaagag gctcatcttg 1407781 gccggttaca aagcgctcaa gccaggggga gttatggttt actcaacctg taccatagac 1407841 ccgcttgaga acgaggaggt cgttgactac ctcctgagga agaccgacgc gaggctggag 1407901 cgcataaagt tacccgtgaa gacgagcgag cccgtccttg agtgggaggg gaagacctac 1407961 tctgacgagc tgaaaaaggc tctgcgcata cacccgaacg acaacgacac cgaggcgttc 1408021 ttcatagcga agatagtcaa gccgggtgat gcctatgagt gatggaaagg gaaatcccag 1408081 aaacgagatc ggcaagacca gtgatgccga gctcgtcaag aggctcctta tggagaacta 1408141 cggctatgcg cctgacctaa tctacgagat aaggggcaac caccagaagg tctacgccta 1408201 caagccctgt gaactcaaga taagcgacac cggcaggagg ggagtctact tcggcaggat 1408261 agagagcgac ggaataaggc tgacgattga aggtgccttc ctcgttggac caaaggcaac 1408321 gaagaacgtc gttgagctgg acgacgagag ggcgaggcgc tacttggccg gggagagcgt 1408381 ggaagttgac gtgccggacg gctgggtgct cctcaaatgg cgctcctact acctcggctc 1408441 ggccaaggcc aaagctggaa ggctgctcaa ctacgtgcca aaggagagaa gactaaggat 1408501 tgggaggtag ggggcactac cctaagattg cttttcctct tttcctaggg cttgttacgg 1408561 cagttaaaca accgaaagct ttaacgtgta aaaattctat tattgtggac tgacataact 1408621 aaggatgaaa gtaggtttga ggttggctca acttatagga ggcaaaagga tgaagaggct 1408681 catcgcggtg gtgtggattg ccctgctctt ggggtttttg gtggttacgc tgaaaatggc 1408741 aaaggccgaa gatgcaaagt ggtgggcgaa aacttacaga gggaaggctt acgcgattgc 1408801 tgttgctcca aatggtgacg taatagttac aggctacact tacagcttcg gcgcgggtaa 1408861 gagtgatgtt tgggttctta ggcttgagaa gaatggcaat gttaaatggc agaagactta 1408921 cggcggaagt gacttagata aggctaccgc ggttgccgtt gccctaaatg gggatatcat 1408981 aatagcgggc tccactgaaa gctttggcgc gggtagaaga gacatttggg ttcttcgttt 1409041 ggatggggag ggggatgtta aatggcaaaa aacttacggt gggcgtatct atgatgacgc 1409101 tcatgcggtt gcagttgctc cgaacgggga tatcattgtt ctaggctcca ctgaaagctt 1409161 tggcgctcca tatcattcag acgtttggat tctcaggctt gatgctaatg gaaacgttaa 1409221 atggcaaaaa acttacggcg ggagtgatta tgattgggct tacgcggttg ccattgcccc 1409281 aaacggggat attattgccg caggcggcac tgaacgcttt gccgctggta tagtggatgt 1409341 ttggattctt cgtttggatg agaacggtaa tgtcaagtgg caaaaaacgt acggtgggaa 1409401 tagttatgac aaggctaccg cggttgccgt tgtagaaaac gaggatatta ttgtcgcagg 1409461 gtattatggg gccacagatt ttcagggcgc tggagctgat gtttggattc ttcgtttgga 1409521 tgagaacggt aatgtcaagt ggcaaacgac ttatggaggg cattacaggg ataatgctta 1409581 cgctatcgct gttactccaa acgaggattt gatagtagca ggctgcactg aaagctttgg 1409641 cactggaaat tatgacgctt ggattctcag gcttgatagc aagggtaacg ttaagtggca 1409701 aaaaacgtac ggcggaagtg acgatgatag cgctcataga gtcgtggttg ctccgaacgg 1409761 ggatatcatt gttctaggct ccactgaaag ctttggcact ggatattatg acacttggat 1409821 tctccgtctt ccgtcggatg gtaatctacc caagtgcgac ttctgcgggg attcaaatgc 1409881 caaaattagc gttccagaca taaaagtggg caatttcagt gtgactatta tgaatacgaa 1409941 cgcgaccgtg caaacaacca acgtttatcc tcactcctcg gaggatatcg gggtggagac 1410001 acaatacatt tccgttggaa ctatcagcgt caccacgaac ccctctggtg cgaaggttta 1410061 cgttaacgga acatacatcg gagcaactcc ccttactacg aacttatcag taggaaccta 1410121 cgagattaca cttaaaatga agaattacaa gaattacaca acgactgtag caataaaccc 1410181 taatgaggaa gtggaactca acgtgatcct aacacccttg ccagcccatt taacactcaa 1410241 ctcaaccccc tccggggttg agatttatgt taacggcact tataggggag aaactccggt 1410301 gaccttgaag ctttctccag gcacgtacac tgtaaaattc atcaaagacg agtatgagaa 1410361 ctacaccatg agcgttaccc tttcggcagg agaggccaag aatatctctg tgacactaaa 1410421 tcttgcctac ggttacctaa gcattgaatc ctcaccttcc aaagctgaag tttacgttga 1410481 tgataattac attggcaaga caccaattga ccaatataaa ctatctactg gtgtgcatga 1410541 ggtcaaggtg gagaagagta attataactc cctcacaaag atggttacac taaactccag 1410601 cgagaaaacg aaactcaatg tgatcctaac gccattacca gcgcatttaa tggttaactc 1410661 aaacccctct ggagcggtgg tctacattaa tggaacctac aaaggaaaga ctccgttgac 1410721 ttcggagctt gaacctaata cttacaacct gagggtttcg aaagaaggtt atgcaaatta 1410781 cactacaaca gtaatcatta acccgggaga gaataaaacc ataaacgtcg agttggagcc 1410841 aatgatcgcc cacattgaag tttcctcgga tccagccggc gcgaaagttt acgttaacgg 1410901 gacttataag ggaacgaccc cattgacttt ggagcttgga tctgggtcct ataaagtaag 1410961 ggcgaccaag gagggttatg aggattacgt gataacagtt gagttgaagg ctggtgagtc 1411021 caaagaaatc acggctcaat taaaagaaaa atccacaact acgacaacca caacaacggt 1411081 cgctacttct acgtcggccg gcgagactac aacgacagcc acgtcgaacg gtagtggaac 1411141 gactaaaaca acctctccaa aggaaggtgg tggaatatgc ggaccggcac tggttattgc 1411201 cctagcctta gttcccatcc tccacagaaa acgcaaacac aggtaaaaac ccttgaaact 1411261 ccatgaatcc ctgacgaaga acttcctccc tcacgttttc tcccttttcc tttcccatgt 1411321 gtctcgatat tgagggtatg agacactttt tggtgaatgc gggtatactc ttacttgggt 1411381 cgtagcctcc gtaagtttaa aataacttta ggcccaccta aagagggggt gagggaatgg 1411441 ttccgctgaa gaggattgac aaaatccgct gggagattcc caagttcgac aggaggatgc 1411501 gcgttccggg cagggtttac gctgacgacc agctcatcga gaagatgcgt caggacagga 1411561 ctctggagca ggccgccaac gtcgccatgc tcccgggcat ctacaagtac tcaatcgtca 1411621 tgcctgatgg acaccagggc tacggcttcc cgattggagg cgtcgcggcc tttgacgtga 1411681 aggagggcgt cataagcccc ggaggcgtcg gatacgacat taactgcggc gtcagactga 1411741 ttagaacgaa tttaacggaa aaagaagtca gaccacgcat caaggagctc gttgacacgc 1411801 tcttcaaaaa cgtcccgagc ggacttggaa gcaagggaag ggtgaggctc cactggaccc 1411861 agctcgacga cgtcttagcg aacggcgcca agtgggctgt tgacaacggc tacggctgga 1411921 aggaggattt ggagcacctt gaggaaggcg gaaggatgga aggggccgac ccgaacgccg 1411981 tcagccagag ggcgaagcag aggggagcgc cacagctcgg ctccctcggt tccggaaacc 1412041 acttcctcga ggtccaggtc gtcgataaga tattcgatga ggagatagcc aaggcgtacg 1412101 gcctcttcga ggggcaggtt gtggtaatgg ttcacaccgg ttcgcgcggt ctcggccatc 1412161 aggtggcgag cgactacctc aggataatgg agaaggccaa caggaagtat ggaatcccct 1412221 ggcccgaccg cgagctggtg agcgttccct tccagagcga agaaggccag aggtacttca 1412281 gcgcgatgaa agctgccgcg aacttcgcct gggccaacag acagatgata acccactggg 1412341 tcagggagag ctttgaggag gtcttcaaga ggaaagcaga ggacatggag atgcacatcg 1412401 tctacgacgt ggcccacaac atagcgaagg ttgaggagca cgaagttgat ggaaagaagg 1412461 tcaaggtcgt cgtccacagg aagggagcga cgagggcctt ccctgcaggc cacccggacg 1412521 tgccgagagc ctaccgcgac gtcggccagc ccgtccttat tccgggctcg atgggaacgg 1412581 cgagctacat tctggccgga gcagagggtt caatgaagga aaccttcggt tcgagctgtc 1412641 acggcgccgg aaggctccta agcagaaaag ccgcaacgag gaggtaccgc ggtgacagac 1412701 tgagaagcga gctccttcag agggggatct acgtccgcgc ggcctcgctc cgcgttgtgg 1412761 ccgaagaagc tcccggagcc tacaagagcg tcgataacgt cgtcaacgtc gtccaccagg 1412821 ctggcatagc aaagctcgtc gcgaggatgc gcccgatggg cgtcgccaag ggctgatgcc 1412881 ttcggtcttc ttttgatttt gtttttgagt gaagtcagca gttcttaaac ttgaaaaaac 1412941 tcgaatttcg ttcttttcca gtccctgcaa aaagttattg cgacaatatg cttgtcctcc 1413001 attgtaaact ctaaatagtg ccatttttct aatatttttt cttttgggat gccgtatctt 1413061 ttgcttaatt cttcgagttt cttttcgtac tcttctcgct cgtttctctc gtccgctttt 1413121 tcttcttccc tccgaagatg aacatccctg ccaacggcaa aagcgacaag gacatcaccc 1413181 atcaaacttc gccttcatgg gagataagcc tttcgaagct taaaggccgg cactggctat 1413241 ctcctcaagc tccctcagcc gcctctggaa gagcctctcc tcgaagaccc caaagcccac 1413301 gtagttggag attatcgcct ggatatcgtt cttgtacggg ctgtcttcga gaacccgata 1413361 aatggcggtt ggcctgtagg ccttaacgcg gtagagctcc ctcaggacgt ccctcctcag 1413421 gtagaatccc tcgccgcgcc acctgtctcg tctcctgtaa aaccccataa cgagggagta 1413481 aacgtcaacc acgtccttcc agtgctttgc tcgcttgtcg tcgggatagt ctgtgatgtt 1413541 tgtgtagatg tcgaacttca aagctaaaat cgcctctgga aaggctacgt cgagctttcc 1413601 gtccgctatt ggagtgccct cgaagtcatt cacggcaaag tgaaccctgg aatggtagcg 1413661 gttcgcgaag agtggcgatg caaagggcgt atcaaagcta agccccgacg gcctctcgtc 1413721 gaagagaaag tccaccttca cttcctctct gacgatgaag tcttcaaccg gcttcacgaa 1413781 cctaaagccg gcgctttgaa agccgaggtt ttccatgacc tccctgattt cgtcgaagct 1413841 ctccgctttc gcaaggaaat ctatgtcaat ggacggaact ccgcggtagc cgagaaagtt 1413901 gtccacccag tagtaaacgc cccatccacc aacgagaacc acctttccct tcagctcccg 1413961 ggcgatgtca aacattgccc caatggattc cctaatgacc ctgtttccgt agctcctcga 1414021 atcgtacatc tcgatggcga tatcgctgga gagctcaagc ctcctcatct ttcccaccct 1414081 tgatgatgga aaccacggtt tcaaaaacgt cattaaatag ccttgcgtac atcccctgaa 1414141 cgagagtatc tgccacaatc atcccccagc tcgggatgta gtagccgctg agctcctttc 1414201 ggattctgaa gtagaactcg tcgtagatgt agagcttgaa ggggtagccg ttggggtctt 1414261 tgagctccat gacctcctca aacctatcgg cggtcgtgta gaggattccg cccgcggggc 1414321 tgattatctt accgaggagc cagagcgcgg agtttccgga gaagagcacg agctccctga 1414381 ggtcgtagtc cgggatgagc ttaacagtcg cgtagccaag ggagcccaat attctctcct 1414441 tgtccccggc ccatttgaag agaaagccct tcctgtcaag aaagacgacc cttcccccga 1414501 cgaccgttac gtagccctcc ctcacgagag acctcacgac ctggtaggtg taggtgtagt 1414561 tcagccccgt tattcgggca atctcgggta ttcgaagccc ctctcggtca aacatcacgc 1414621 tgtatatctt ctccctcgac actggcggtc tcatgggaac cacattagca atattagtaa 1414681 aaccttttta aagatttgct aatttcgcta atccccgaac cttttaatcc cctcaatatc 1414741 gccccgctga accagcctga ggagcttgac cgcgtagaaa acttccaccg cgttggcctc 1414801 atcgtcaaga aggccgtcta tcatcttcaa gagctctttc tcagcctttt ccattgcctt 1414861 ctccgagaag tccgagaact caagggcctt cgctatcgag agaacttcgg gcgggatttc 1414921 ttcactgatg accttcttgg tttctgggta ctttggtttc cgcggttcta ttttcttcat 1414981 tcccctcttt ttggcggttt ttggtttctt tcccgttacc tccgcaatcg tgtttctcag 1415041 ttcctcgagc tcctttgtga catctattcc cgctgctttc agagttcgaa cgggatcttt 1415101 agtatctggt gagaatgcct cttccatcgc ccttaggtgc ttaatgttgt ggtccttcgg 1415161 ccacatcttg ttgatgagct ttatcgtggc agggatgact tcttttattg ctttctgcgt 1415221 agaccttgcg actgttggtc caactacctc gcgctcctgt agttttttca cgacgagctt 1415281 tgcgaattct gatgggttct tctcaacatc ttctactgtt tttccctgct ttacaaaata 1415341 ttcgtatatt gcatcgccta ctgcccatcc aatgtcttta tgctccttgc cgacgtggtt 1415401 tgctataagc accgccagcg caccgtgtag tatgtggtat ccacgggatt ttgggtctct 1415461 ctcgtgatat gtgcgtgata ctcatgatct ctgacagcac gggctgccca gagatcgctt 1415521 gtttctttga catctagtat ttttttaccc tttctatttt tccctccgga tccattcttt 1415581 tgatgaactc aatgtaaccg ttatgtgata cgtgcgcatc gtccaatgct tctataatct 1415641 ctaccggcag atcgtacttc ttcgcgagtt cctgaaacac ttctgcccag ctcttctttt 1415701 tcttctttcc tccgaagatg aacatccctg acagcggcaa aagcgacaat ctcaccacct 1415761 atcaaactac ggcggaagaa gagaaaaggg tttcgaaaaa aggcctcacc ttatcctcgc 1415821 gccgagcttt acctccttgt cgggcatgag cagggcgacg ttctcgccgt catcagcggc 1415881 cagaagcatt ccctggctct cgacaccgcg gagcttcttg ggctcgaggt tcgctatgac 1415941 gataactgtc ttgttgagga gctcttcggg cttgtagtac ttcttaaggc cagccaccag 1416001 ctgtctgacc tcgtctccga ggtcaacctt gaccacgtag agcctgtcgg cgttcgggtg 1416061 gtctttgacc tcgattatct ttccaacgcg gaggtcgagc ttcgcgaagt cgtcaaagct 1416121 gacgtagtcc atctttccgc cctccttttt cttcaccttc tccttcttcg aggcctttcc 1416181 gggcttttcg gacttgacct cgagctcctc accgtagacg ctcttaagga ttgccctcgc 1416241 ttcctcctcg ttcttgaagc gctccagggc gaccttcacg acgtcgtcgc gcttgtagta 1416301 cttgtcgagg agtattttag cgctctccgg gtttccgcgc gctatgtagt tgaggatgaa 1416361 gtagatgatg tcctcgtcgg tgaccttcct gaacatcggc gttgccttcc tgacgcggtg 1416421 tcccgcggga atctcggtga actcccagcg cttgagctcc tccaggttga gcaggtgcca 1416481 tatcttctca ctggcgtcgg gcaggaacgg ctcgaggagg attccgaggg ccttaacaat 1416541 ctggagcgag acgttgaccg ttgtggccgt cctcttgcgg tcggtctttg ccgtcttcca 1416601 gggcctctgg tggtcgaagt agcggttgcc gaagatggcc agctccatga cccttctgag 1416661 cgcgtccttg aagcggtact ggcttatgag ctcgccgacc tcctcgaagg ccctctcaat 1416721 ctcttcgaag gcctgtttgt ctagctcgtt cagctcgccc ctctcaggca cgattccgtc 1416781 gaaatagcgg ttcacgaaag tgagagcgcg gtgcacgaag ttgccgaggt tgttcaccag 1416841 ctcctcgttt atcttcacct tgaagtcggc gaagctgaag tcgctgtcgc gagtttcggg 1416901 cattatcgcg gtgaggtagt agcgcaggta gtcggccggg aatgcatcta agaactcgtg 1416961 aacccagatg gcccagttcc tgctcgttga gaacttcttg ccctcgaggt tgaggtactc 1417021 gttggcggga atgtcgtagg gcaggttcca gtcggcctcg acttcctcgt ccttatactt 1417081 gccgtaggcc atcaggaagg cgggccagaa tatcgcgtgg aatggtatgt tgtccttgcc 1417141 gatgaagtgt attactctgg tctcgccctc aaggttgagc cagaacttct tccactcctt 1417201 ctcctttcca gccctcttga gggcctcgat tgttatggag atgtatccaa ttggagcctc 1417261 aaaccagacg tagagcacct tgcccctcat atcttcgtcg tccagaggga ctggaattcc 1417321 ccagtcgagg tcgcgcgtta tggccctctc ctccagcccc tcgttaatcc agccgaggac 1417381 ggtgttcttg acgttgggct tccagggcct gctctcaatc cacttcttga gcctctcctc 1417441 gaagtcctgc attttgatgt agtagtgggc cgagtccttg aaggttatcg ggttgccaca 1417501 gatgttacag cgcgggttga tgaggatttc tggcgttaac ggcctcccgc agacctcaca 1417561 ctggtcgcca cgctggttct cggcaccgca gtaggggcag gttccgatga catatctatc 1417621 tggtagaaac atcttgtcgt gctcgcagta ggcctgcttg gtgaccttct tgacgaggtg 1417681 gccgttttct agggccttta agaagaactc ctggcttatt ctatagtgga cgggcagttc 1417741 agtcctcccg aagtagtcga agcttatctt tgccctctcg aaggtcgtct ttatgtgctc 1417801 gtggaactcg tcaacgattt ccctcgggct cctaccctcc ttgagcgcgc ggaaggttat 1417861 cggcgttccg tgctcgtcgg ttccgcagat gaagagcact tcttcgccct tgagcctcag 1417921 atagcggacg aagatgtccg ctggaaggta cgctcccgcc aggtggcccg cgtgaatcgg 1417981 gccgttagcg taagggagtg ccgaggttac catgtacctg accattttaa tcaccgatgc 1418041 cccttgtttc ccggttttat aagacctgcg ggttttaagc attacggtgg gttattaaga 1418101 ccgaagaaaa atatgtagag tttgatatat cacttgccaa gggacaggtt ctttgccctt 1418161 atcacgatgg ctttctcggg cagctcgact tccccgcgcg tgattatcac ggcaccgtcg 1418221 tagaccgtca tagttagttt tgccttttta aagccgcccg tttcgccagt tatcaccagc 1418281 gggctcttct tgagctccag gaacttcttg aagtcttctg gctcaacgaa aacgagcaca 1418341 cccccggcta taacgcggtt cgcatcaacc gccattccac agcccatatc atcaccgaag 1418401 ttaccttggt gaaaggccta atgggttttt cgctcgaagc tccttaacga ggttcaccag 1418461 ctcccaaagg gtgttcacgt agtagtcggc accgggaacg cgctcaaagc gcacgatgtt 1418521 cacggtctta attcccgcgt ttcgccccgc cagaacgtca ttggaactgt ccccgacgag 1418581 caggacctcg tccttcttca ggccgagaac tttcaaagcc ttgttgagga gataggggtt 1418641 tggttttaca ccgtcgaggt acgagtagtc ctttccgagg atcacgtcga agtacctgtc 1418701 aagaccaaac gccttgagca cgagctccgt attgtcctga gaggcgttgc taacggccgc 1418761 aagctttaga ccaagagccc tgagctcctc aagagcgcca gcgtcaggga agggctttat 1418821 ctttccctcc tccagaagcc tctcccggta ggccttattg gcccgatcca tagccttcca 1418881 gaactcaacg tggtcaattc caaaccgctc aacgtatctc ctcgagagct ccccccgaac 1418941 tattctcctg aaggtctccc agtccaggag aacgccgagc ttctccatcg ccggccttcc 1419001 aacctcctcg taccacctcc gcagggtgta gccctcgtag tagaggaggg tctcatcgac 1419061 atcgaatatg agtcccctaa tcattggaac atcccccgca gtttatcctt tatctccacc 1419121 ggcaggttct catagacctc ctgaagggcc tcgatgagct cgacgagttc tttggctgta 1419181 agtgtcgtcg tcttcgggcc gatttcgagt atcagcgcgt cgtattcctc cggcgagacc 1419241 tcctcaagct cgtccaggtg gtcggctttc ctcgggatta tgttcacctc gccaatcgtt 1419301 ctcccggccc ctatctcggc ttcccgctcc tctatcggca cctccttggg gcagtcgtag 1419361 cgctcgacga aaatcttaat gtccaccacg ggagttccgt cctcggcgtc aatctcgtct 1419421 atgtagagcc tgctcccctc gatgcggtgg attctgacgg tgtaaagcgc cactggattc 1419481 ggcctgcagg gcgagcgggt tgcgaaaaca cctgtgagcg ggttcttcgg gttcccgtat 1419541 ggatgtacct tgagggttct cctcttctcc ggcgtgtcgc tctcgtggaa ccagaggacg 1419601 agcttgaccc agtcgccttc cctgaggccc tccgttgcct cccggaactc gggcagaatt 1419661 ttgatgtgcg tttctggttc cttcctcacg tagccaactg gcacgatttt gaagggttcg 1419721 aagttcattg gcatcacatt ttatacttcc aaacactaac ttataaatcc aaaacgctcc 1419781 gtaactttta aaaatggctg ttgtttttaa gtagcgatgg taaactgaga ataaatgtgg 1419841 ggtgtatatg gtggagcccc gtgaattcat gaacgttgtg aatgaaatcg tgtcggagat 1419901 ttccacggtt tacatcggca acacggaacc tattcgaaag actctcacag ctctcctcgt 1419961 gaatggaaac gttctctttg aggactaccc gggtcttgga aagacgctgc tcgcgaaagc 1420021 gtttggcaaa acgctgggac tcagttacac gagaattcag ttcactcccg acctgcttcc 1420081 tgcggatata acaggaacaa aggtgtggcg ccacgatagg ggcgtttttg agcttgttaa 1420141 gggcccaata ttcaccaacg ttctgctcgc ggacgagata aaccgtgccc ctccaaagac 1420201 ccagtcggca ctgctcgagg caatggagga gaggcaggta acgatagagg gcgaaaccta 1420261 caggcttgac aggccgttct tcgtcatagc cacccagaac cccattgagt ttgagggaac 1420321 gtatcccctc ccagaggccc agctcgaccg ctttctcctc cgtttgagcg ttggctatcc 1420381 caggagcctt gacgatgaga tagccattat ggaggcccgt ctgcgctggg gtaaggatga 1420441 ccccactgag gacttggaac cggtgattga cagggaaacc ctcttggaga tgcaggccct 1420501 cgttgagaag aacgtcttcg tcgggaggga aatcctgacc tacatcgcga tgctcgtgag 1420561 aacggcacgt tcggacggca gggttgaggc agggccgagc ccgaggggtg cgctggcctt 1420621 gatgaagatt gccaaagcca acgcccttat ggagggcagg gactacgtta tccccgacga 1420681 cgtgaaggcc ttcgccgttg acgcgctggc tcacaggata gttataaaac ctgaacatgc 1420741 ctttgaaggt gttacgggca gggacgtggt tctgagcgcc ctccagaaaa cgcctgtgcc 1420801 gaagggagac ggcgatgagg cgtgaaagat acgcactgct gttgctcctc ctcatcctcc 1420861 tcgcaaccct aacccttggg tacggttcca attccaccgg aggagatggt aaaacgcgaa 1420921 acgcccttag cagactcttc aaagaagcgt ttcaaagccc tacaaagacc ggttcaaggc 1420981 cggcccagat gggctcgttc agttcgggct cctttggtgg gggcaactat cgccccggtg 1421041 tcccgacgtc aaacttcagt ttcaaaccca ccgacaagaa aacccgttgc cccgttgcaa 1421101 tcctcccgga ggatcccatg ctggtctgcg ttggaagacc cgcccggagt gctcccatac 1421161 tctcttggaa ccttccccgg gaatttgaca tgatagtctg gtatagggga acctactaca 1421221 ttccctacgt cgaaagcccc tccagtccag tctctttgaa gggtgttaac ggccatctcg 1421281 gatacagcct cgacacagat accccactcg tgatgacgac ctacggggtt tcgaaggagt 1421341 ttacagtcta taccaacttc acgggcccgc tcaactacac ctccggcctg cctctaaggg 1421401 ttatttcccg aactgagaac ggctccacag ctgtttacac ctttgagatc cctccagttg 1421461 gtagaaacta cacccccggc tactacccgg tcttcatttt cacatcgaac aaagccggta 1421521 ggactgccct cctaatgtgg gtggctctcc ttgaaaagcc cgttgttaag ataacgaact 1421581 atccagaggt tctctcaggc aatggcaacc tccaaatgcc catcaaagga accgttatgt 1421641 atccaaacgg aagccccgtg cgggacggcc ttgtaaccat aaccctcaac aggacgaaga 1421701 gcacagcggg cactatagtt ggcgttgtcc gggtcagtaa cggcacgttt aacctagcgg 1421761 cggttgtccc cgaggatgag atgccgggaa gttaccacat cgtcgcccac tacaggggct 1421821 accttgctta cccctccaac agcgacccat tagttacgat aaagcgggtt ccagaagttg 1421881 aacttgagcg catgaacgga accctcgcga tttttctcaa ctggaacggc aatcccctgc 1421941 ccaacaggac gataggagtt accgtaggaa acatgagttt gaacctgacg acggacgaga 1422001 ggggttacgc ctatctgaga atagacaatg ccacgggaac ggttaggata gtgtatcccg 1422061 gtgatgacct gtacctgccc ctcaacgaaa tccttgagat tcctccactg gagaaaggaa 1422121 aggaaacgac atcatctcct gagtttaaga caaaacacct cctcgacatt tctcgcatca 1422181 taaagcttgt atcgggcctg ttcctggccg ttggcattgc ctacgttgtg ctgaagcgta 1422241 aaaacctccc cgagttaccc ctgcagtctc ctcaagtttt cagggagccg ttgaaggttc 1422301 tcagccctgt taggagggtt ttcctaccta acgagccggt aagggtcgtg ttaaacaggc 1422361 ccgcggagac tttcctcgat ggcgagctcc ttggaactgg aaaagtcttt gaacttcggc 1422421 cggacgttgg aacccacgtt ttctcagggg aggacgttag ctttgagttc cacgtccttc 1422481 ccccgcgcga ggccgtgatt acggcctaca acctgcattt tcttccctac gtggagtccc 1422541 ttggagtgcc caccgagagg aggacgccct ttgagatagt ccgcgccctt aggagaaagg 1422601 gactcgatgg tccggctctg gaaacagtcg cgttgctttt tgtcctcgcc gactacgcgg 1422661 agcgtcccct cgagaatcat cactttcggg agttcgtgga tgcccttgag agactggggg 1422721 tgtttggcga tggagaagag taagatcagc tcaatcctct cagcggcctt tacctggact 1422781 gtgcttggct tgatgtttat gaaggaaccc gttccatccc tactccttgg gataggtgcg 1422841 ggtgttgcaa tgttcgccag atacgcaaga aggtattacg acctcctcat tcggggcgtg 1422901 gggttcggcg tggcttccct tgcgtttctc ctgtacactg gctcacattg gtacaaatgg 1422961 ttcttcgctg gaatcaccgc ttgggtcgct gtttcctacg tcctggccta cctccttagg 1423021 gcgatgttcg ataacgattt cattgagcgg aaatttctcg cgttccttct cgttggagcc 1423081 gttttttcgt tcctgcttgc gtacccgaat cccaggggag cactgcgttt cttgctcctg 1423141 ctgaccatga gcggattaat cctctacttg gcctacgccg tctccacata catctccact 1423201 cacctgggca agaagtcccg ggttgaacca ctccccctgc cgtccggaag cgttcgtgag 1423261 gactactact caagggagct taggagggtc gttgaggcgt tcgttgagaa gggagacaag 1423321 gttcctctaa cggtcttttt aatccgaaat gctccggagg gcctcgccga ggttcagctc 1423381 cgtgaaatcg tgaggccaat agtggattac actcccccca gcccttcgcc cctccttcct 1423441 ccctgggtgg ttgaaaagaa gcttgccgat gagaaactca gacggcttga ggttctcagg 1423501 gacaccctta gaaagctcgg cttttcgggg gttgactcat gaggcggatg gacgtcctgc 1423561 tgttcgcgac ccttgcgccg ttctcactcg cgctgttcac cggggttctc ggtctggcat 1423621 acgcaagcct aattccggca tcaatccttg cgtactccct catgtctgac cccccgtcag 1423681 gttttcacgt tgaaagaact gtggaagcgc gaaaccttgc cgtgggccgg cgcgccaggg 1423741 ttcgcgttaa gctcaccgtt gagcggggcg ctggtttggt gttcatcggg gacgttgtct 1423801 ctcccgggct taaggttcac ggccgaaacc gcagggtttt cgtaaagctc ccaggcgagg 1423861 ttcttcaggt cgagtattcc tatgaggtct cccccggaaa gaggggcgtt cactcaatat 1423921 cccctgtgga ggtcataagt caagatttcc ttggaattct tagaaagaac tacgggatat 1423981 tcggagacga ggttacgata gaggccagac cggtcattgg tagtctcagg gcgagttccc 1424041 tgcggagtat tcgggctaaa aggcgtggtc tgccagtggt tctctcccgt aagggtatat 1424101 cctccaagga ctttaaggag attagggagt atcagcccgg tgacccccta aaagcaatca 1424161 actggaaggc aaccgcccgc tttggggttc ccctcgtcaa cgagtacgag cccgagggta 1424221 tggcaaccgt catggtgtac gcggatacga cgaccgatat gggaactggg gacgtcttca 1424281 acggggccct cgaaagcgcc cttggcctgt cgctctccct cgtccacacc ctcctcaagg 1424341 caaacctgag ggtcggcctt tatctggcgg gctctaaaag gttcgtaacg cccagaactg 1424401 gaactcaggc attttcaagc ttccttaggg ctgtcctctc cgccggcccg tctccgaacc 1424461 ccgaaccgat gccccttgca gtggagcgtt caaaaagagc tggaaaagtt gacctcgcga 1424521 taatcataac caacatcacc ccctacaacg tctcggagct gagagacgcc attggaaagc 1424581 tcaggaaaac ctttaactgc agggttcttc tcgtggacgt caatccatac ggggcgattg 1424641 ataaggaggt catgcaactt tcccgtctcc acaagcgaaa actggcgggg aagctcggcg 1424701 tgcccgtggt ggagtgggtt ccctctcggg agggtccaag cacggccctg aaaaaaatcc 1424761 tcgggggtgt ctcccttgcc ctttagggtc tcaaagaatt cactcaagct cgcggttctg 1424821 gtctcactgc tcccactggc atggctggct tcgctgacgg acgtcctcag gttcctctca 1424881 ggggctatcg aagcacggtt gggaatccca gttcctcccc tgctcttggg aatcgttctc 1424941 gttatcgttc ccgtgcttat ctacgtttac atgaccggag acctcctcaa gccgttcctt 1425001 ttggcgctgg ccctgtacct tttgccctca atctttggga tagactttaa cctgctcgac 1425061 aggtatgtac ccggagcaat cggactgttt acgggtttcc tagtggcact ttttatcaca 1425121 tggctcgagc gggacgttgg ttttgttggg ggtgatgaaa gtgaaaggct cctcatctcg 1425181 tccctccgtg aggttctcgt ccccatgccc ctcggaataa tgctgacggc cctgctcctg 1425241 tggcgcagtt ccctcggaaa gaatccgcgg aacgtccttc ccctggcttt tctgctccca 1425301 cttctgctct tcgctgccgt tgttcttgtg attcacttta aagaggggca gaatgatcac 1425361 gtacagcccg ctaaaaagtc gtacctaatt ctccgcacag ttatgaaggc cggtgattcc 1425421 ttcattctcg acgtgttgga aaggacggaa aggagcgtta ctttcactct gtccggaggg 1425481 tttccagttg aaaggccgat actcctcaaa cttgagtggg acgatgaagt tccggaggtg 1425541 gtcgttctaa tgtccccctg ggatacgcaa actctgctga agaccgagga gttaagaaag 1425601 ggggaggaaa cgtatttcat ttacctccct acgtcccgtg ctcccagctc tccaggtatt 1425661 tcttctgctc ctcggtgagc tcctcaatct ttattcccat cgcgttcagc ttaatcctcg 1425721 caaccatctc gtcaatctcc ctcggcagga cgtagacctt tggctcaagc ttctcatggt 1425781 tctccttgat gtactgcgcc gctttggcct gcagggcaaa gctcatgtcc ataatctccg 1425841 ccgggtggcc gtctgccgcc gctaaattaa cgagccttcc atctgccaag aggtagagcc 1425901 tccttccgtc cttaagcttg tactccctga tgttgggcct cggctcgctt atctcaacgg 1425961 cgagctcctc aaggtcgggc ttccatatct cgacgtcgaa gtggccggcg ttggccatta 1426021 tgacgccgtc cttcatgagc tcgaagtgct ccctgcgaat gcacttgatg ttgcccgtag 1426081 aggtgacgaa gatgtcgcct acctttgccg cctccttcat gtccataacg aggaagccgt 1426141 ccatcctcgc ctccagggcc ctaatcgggt caacctcgac gactatcacc gtcgcgccga 1426201 gaccgcaagc gcgcatcgct attccccttc cgcaccagcc gtagccgaca acgacgacgt 1426261 tctttccggc gacgagcagg ttggtggttc ttattatgcc gtcccacgtt gactgtcccg 1426321 ttccgtagcg gttgtcgaag aggtatttgg tatagctgtc gttgaccgct atgattggga 1426381 acttcagaac cccgtccttc tccatcgcgc ggagccttat taccccggtg gtcgtttcct 1426441 cgcttgcgcc ccagatttcg tctattaact caggcctttc gcggtgtacg gtgcttatca 1426501 tatcggcacc atcgtctatg atgatgttgg gccttatgtc caaagccctg tgcatgttct 1426561 cgtagtactc ctccctgctc tctcctctaa tcgcgtagac cttgacgccg gcctttgcca 1426621 gggccgcgac cacgtcgtcc tgcgtcgaga gaggattgct ggccgcggcc gagacctcag 1426681 ctcctcctgc cttaagggtc aggagcagga aggccgtctt catctcaagg tggagcgtcg 1426741 tggcgattct gacgccctta aagggcttct ccctctcgaa ctcccccctt atcatctgga 1426801 ggacgggcat gaagcgcgag acccagtcaa tcttcttctc cccgctcggt gccaggttta 1426861 tgtccttaat gcagtaatcc ttcgtgcagt ccataacaac caccgatggg tttttaattc 1426921 cgtgagttaa aaagggttgg tgttgtcatg atagtcgacc tctcgcttcc cctcggagag 1426981 gagacgccgg tttatccggg cgaccccgag gtgaaggtca aaccctgggc cttcatcgag 1427041 cgcgacggct actacatgaa cgcccttaaa ctcggagagc actccgggac gcacgttgac 1427101 gctccggctc acttcattcc cggcggaaag acgatagacg agatgcccct tgagaagttc 1427161 atcggcgagg cctttgtcgt tgatgtacgc gacggggagg gaaccgttaa gctcgatgag 1427221 attcccgact cgggctatta cgggaaaatc gtccttttcc ttaccggcgg gagggagctc 1427281 tcacccgagg tcgcgctctt ccttgtggcc gagggtgcta aagcggtcgg caccgacgcg 1427341 atgagcattg gcgacgatac ggttcacact attctcctga ccgctgaggt gccggtcttc 1427401 gagaacctcg ccaaccttga ggtcctgctc gagaagacgt ttaccttcat aggccttccc 1427461 ctgaaaatcg agggtgggtc gggaagtcct gtaagggcca tcgccctgct atgattcctc 1427521 ggattcctcc cgttctagga gcatcttaag ggcctgggat agcttctcgt tcttctcccg 1427581 gagaaaggcg ttttcccgct ccagttcctc aaggcgttct tggagacgct ttagctcgct 1427641 gagaagggga gcaacctttg attttggaac gtattcctcc ttcatgcgtc tgacagcttc 1427701 gagggcctct tcaagggaac cagccccggt cagacggaga agctcacgtt cggcctttga 1427761 gagccttcca gtctttttct cgtactcctg aacccttctc tggagttcct cgatccttct 1427821 gttcagctcg gcgtagctgg aaactttctt cctcagctcc gcaagttctc cctccttctt 1427881 cctgagggcc ccccggaggc tctcaacctt acgcctcaac tcatagttct caattatgag 1427941 cttctcgtgg cgctcctgta gctccctcag ggattttgcg aggtctccgc tgactcccag 1428001 gatagatccc tcaagctccc ttatgcgctg attcacgagt tcctcaacct tctcttcgat 1428061 gagccggaga tagctcttct cgaacctggc cagtatctcc gcctgattca tctcgagctt 1428121 ctcctcgagc tcgtttatcc tcggcaggag gttgcttata ccctctatga ggagggtctt 1428181 tctctgaact tcattcagac ccttttccag gacgtgtata cgtttctcca gcgcagaatc 1428241 tcgctccctc atctccgttc tcgtgtcctc gagcttctga gtcagcccct cgatccgctc 1428301 cccgagaaga ccgcgttcaa tgtggaactc ctttatgaaa gaggccagtg cctgaaggga 1428361 gaatagtgaa tagtcgccca acttctcggc ctccgggacg acggccttaa ctgtatccca 1428421 gtccctcagg gttttaagct ccgaaagaat ttctggatgc ctttcccgga ggtagtccca 1428481 tgtaactccc tgttttccct tgtcaaacat tcccatcaaa gtgttcaacg aatccaaaac 1428541 ttatatagct tttgtgtagg cggtttctaa gaatttgagt aattcagggg ctcccttcca 1428601 gaagagttgg acggggagaa gttagtggcc ggcggcgttc ccggtttccc gccccctctc 1428661 ggagggcagt acacccggga acgctggcgg gcttaacttc cggggtcgaa acgagaccgg 1428721 gtgtaacccc gccgctatgg ccgccgtgcc gattcatacc tgccaaggca agtttataaa 1428781 ctttacggtc cagcaaaggt ttatcagacc taagagctac cctaacacag tatggaggag 1428841 ctgtaccttg aactcatgag aatcgaaagg ccgatgggcg aacccctcac acccgagagg 1428901 agagcccggg atttcattgc cgaacttcag agaacaccca acggcgagga gataatcgta 1428961 agagggttcc tgatgctcag aaaaccccca aacgcgccca gggatgcagt atactacgta 1429021 ctctccgcac taagtccagg agagctcaaa aacctccctc caagagcccc gaaaccgtac 1429081 gtcatcgtga gagttggaca tgaaacatcg ataggggaaa aatttctctc gggctcgtac 1429141 gttgaagtta ggggaatcct tgagccgtac ccctggggaa acctccggat gataagggca 1429201 atatctctga ggggcgtgga ctactctgat tactggaagg aataccaaaa gatggccctc 1429261 agcccggagg aggtagagaa catcatcgag ggctcgatat acaccaacag ggagttccag 1429321 ctgggtctca tctacgccct ctacggttcg ccaccggtac tcgagtcccc gaggggatgg 1429381 agcgaggggt atgagctctc gatcctcgga cagaggggaa gagaaagttc actgctaacc 1429441 ctctggagaa ttctcaagtt cctctacaca aatcttcccg aagagctcag gttcagaaag 1429501 gaaaaaaaga gcctgctcac cgacgatttt ctcgatcttg atttcaaggt ctttgaccca 1429561 aacggaacgc cggtgaggta ctacgttccg agaacccccg ggagaataag caaggccgcc 1429621 gaaaggaggc tcctagctaa gaagcttgcc ggaatgctgg cccttccaaa gagggcaaat 1429681 cccaccgacg atttgagcac cagagcagaa acaccctttg tttttatccc cgaggaggac 1429741 gaacgtccat accttgagaa cgagtctctg ctaaggagct acctgccgaa cctaatcgtc 1429801 acgatcttcg tggagaggga gagggtaagt actctctcga cgtccgggaa actgggagag 1429861 accttccagc gaaagttcga ggactggctg atggagaaga gaaacgagta cggatggacc 1429921 ttcgacgtgc tgacaatccc cggaggggtt tttgatgtcg gcatgcgcta cgagctgagc 1429981 ctccggctcc tcggatcgat ggcaaggctg gacggaaaac tgaaaagaag ccacctcgga 1430041 agggtaaaaa ctctcaacga tgagatcctc aacgactgga tgactgttct ctcctccatg 1430101 ccccagagcg agctccagaa gctgctaaaa ctttatcggg gctatatgcc tggcgaccat 1430161 agggccgcga aggcgctcca gctcttcagg gacatcgcct caacgactct ctcaggggcg 1430221 gtaacgaggg aaacgttccg ggccgagctc ctaaaggcgg ggttctcaga gggcgccgcc 1430281 gagaggatca ttgagacgtt agtaagagag ggttacctct acgagccctc tgcgggggtt 1430341 ctaaaactcg ttcggtgatt ggaatgggaa agaagcggtt catcagagaa agggaacagc 1430401 gggaaaagaa gaggattgcc cgcgagaggg tcgagacgct attcacgatg gcggagagag 1430461 tgttcccgta cagcagggag ctggccaaca ggtacgtcga aatagcgctt gccgtccagc 1430521 agaaggccaa gataaggctc ccgagaaaat ggaagaggag atactgcaag aggtgccact 1430581 ccttcctcgt tcccggtgtc aacgcacggg tcaggctgag gagcaggccc tacccccatg 1430641 tggtcatcaa gtgccttgaa tgcgggtaca taatgcgcta ctcgtacctg aaggagaaga 1430701 aggcaaggcg caagaaaaat gattaactgc cttccttcct ctcttcctct gattcagcaa 1430761 gtgttatctt cataagcccc tccctcacct tttccatgac gagttcgctg cggtcgttga 1430821 gttcctggaa cttgaccttg atgatctttc tgaacttcgg gctcttgagg gccagctccg 1430881 ttagggtctc gacggcgctt atcctgacta tctcgttcct gtcgtagagg agcgacagaa 1430941 gccttgggag gaacggggtc gcgtagcggg tctggttttc cgcgagggcg gagatgaagt 1431001 tgagggcggc gagacgatcc gtttcatcgg gggatgtcag catcgaggcg atttccctcg 1431061 ctatgttacc gagaagccgg ggattgttcc tcatgatctc ctctaggacg taggccatgt 1431121 ttatccggat ctttggatcg cctatgcgat agttggcaag gatcacgggg acggtacccc 1431181 tgacgagttc tggcttgatg cgggagagca caccaatggc ctttgctatt tcaagggtca 1431241 gcgggatcgc ctcgctcttt cgtatcatta cgagcaactt ccggagcaag gggtctatca 1431301 actcctcata ctcctcaatg acgttcataa tgactatcag tgcgtttttc tggactgtcc 1431361 aaaggtcgtc gtcgagatac cttatcacct gatcgaggat ctccttgtcg tacgaggcac 1431421 gcactataac ctcgtcgagc ttctcgcctg ttgcgagtgc ctccctaacg tccagctctt 1431481 cctccatggg aaccacccct caccgcaaaa cccgcgagca cggagaggaa aatcatgaag 1431541 gcaggcccgc agataccttt cgatcccctt atctttgaca gatccagaac gtaaaagtac 1431601 gagctcccgg ttcccgcgac caccaggttt ccctggactg ccgtgctcct gacgtaacca 1431661 acgttaagat ccttccagag cacctttccg ttctcagggt tgagaacgta cagacctccc 1431721 tcactgtaaa ccttcgttac attgccctct ctcctgcttt cgaacttgcc gattccaact 1431781 atcagcttac cgtccccgta ggcgagcgtt ttaaccctgt aaggaaagtc ctcgctccag 1431841 aggagcttcc tctcattcag gtcgtaggca gtgactttcc catttctccc atcgaagcct 1431901 gaagcgtaga gggtgtctcc aacgacgagg agatcctcaa cgaagaacgt gctctcgttc 1431961 cacattacgt gaccgttccc atcgaccatt aggatgtaac ccttggtgtt gttgaagccc 1432021 gttcctgcta tggccttgcc accccacacc tcaagatccc ggacccacca gccggtgctg 1432081 atgttccaga gcagtttacc gtcgtaggaa acgccgtaga gcgcgccgaa gtggtaatgg 1432141 gcggagtatc ccgagggcag accggagcca acgtaaacaa cgtccccgag ccgcacccta 1432201 ccgggcatac tcggaagtct aaccctccag ccgtcttcaa gcgacaggct tccgttatcg 1432261 aggagcttgg ccctgaaaac ttccccagag ctgctgaacg tgccgttggt gtgccagatg 1432321 tctccatcta ccccgtaaac gtagccgttt tccatgacaa agtcataaag tttgttgggg 1432381 gtcgggaagt tggcctttat gtggccttcc ccatcaagga acacgaaacc cccgagtcca 1432441 ccggcgagaa cacccctatc caagggctgg attttaacca cgtaacccga actgttcacc 1432501 cagagcctgc tcccattggt cgagtaagcg gccataagac cgaggtaata aaccccgatg 1432561 agttcttttc ctgcagtcat tctgtaatcg caggcggcat agatggtgcc gtttgagatg 1432621 gcaacggcct ctatgctctt ctggtatgga atgtcctccc caaccacccc cttgaacacc 1432681 agggggtttt cctttgccat tgccggcgcg agaagcccca gcattagaat taaagccagt 1432741 ccaatggcct ttccattcat ttttcaccgc cctcctttag tttccttgcc agaggagttg 1432801 gttccactat ctttcgtacc cccttaatcc gtaggagtcc cttccttatc aagctgtcgt 1432861 agaccccctc gaccttcaga acatcgagcc caagaacacg aggcacgtca agcggatcga 1432921 tgccggcgag gagaacatcg agaacctctc tctcgagggg ttcaagctcg gggcgtttca 1432981 gttccctttc gagttccgga aactcccggg aaagctccgc aaggtaaccc cagctcaacg 1433041 gggaaaaccg ctgaagatag cgcagtatga agagcctgat cctcctctcc ccgattttaa 1433101 ggtcaaagct ctccacaccc gagggagagt agaccttaaa cctccacagg gtgtcctcaa 1433161 gaacctcagc ctcgcttacc gaagaaaggc tcatcagcct ctccctctca ttttcaacta 1433221 ccaaaagccg cccaggcccg atcaggcgga ggtgcacaac gctccagggt tctccggctc 1433281 tcctcataag aactgggact ccgttcaaaa gctcaacgaa gatcccgtgg atgaaggcct 1433341 caaactttct cctgtcgtag atcagggggt tgttcccaac gctcagtatg agaacccgat 1433401 cgcccgagaa acgaagggtg aagttcggct catcgcacgg aaacggagga aggaacccga 1433461 gatcctcaag cagggagaac gaaaagaagt cctcaccagc tttttcatca acaaaccgca 1433521 tggagaggcc gctgtggctc agagtgacta taacctccct agtttgagtc ctcttgccac 1433581 tccaaaccac ctctgcccgg gcccttaact cagcgggcat actcaacccc cctggaccgc 1433641 ctaccagtcc tcttaaaggg ctcgggatat cgggccagca tctcaaagaa gtccgcagaa 1433701 ggaattatgt aaacctcaag acagcccccg tgttcatcgt aaacaagccc cacaaacacg 1433761 gggagcttct ttcccccacc gagaaagttc agaaccctct caagctgatc aactgttttt 1433821 atggaaaagg gaacgctggg gaggagttcg taacccaggg agttcgaaag cctgctggca 1433881 aattggccgg ctatgacgtt acccagttcc ctgagaaggg actccataag ctccctaatg 1433941 ttgtaagtct cgagaatccc cgtctttttc agttttagaa ggcgactcac gatggtggaa 1434001 gagttctcaa aatcgaaggc cattattagc tccgggctat cgcctatggc aaagcccacg 1434061 aagttcacgc cctccaagag gcccccaata accaagtcgg aggacgagat cacccgaaac 1434121 tccgagagtt ccatcttgcc agttgggtcg attttggcga gcgactccct tagggctctc 1434181 tcaagcagtc gtcccacaag cctaacgttt ttcacacact aatccctcca taaggctgat 1434241 caagtctata agcggaaccg gctccctgcc tcccatgatt atcactccgg tgaaaacact 1434301 cttctctacc tcagcggaag gaaccagcga gcgaagggac ctaacgacgg tctccttctt 1434361 tccaagaatc cgatcaacga gcacgagcac cttctcctta ccatccttat caaactgaaa 1434421 cagaagtccc tcgacctcac cctcgggcag tggagcaaag tcctcgacaa tgtcgtggag 1434481 aagaactgcc gggaaaattc ctgaggtgtg ggccgcgacg tagacacttc ccaccttcct 1434541 cacgctctca gccccgagct tgaaactatc gagaatccct atggagggaa ttgcatattt 1434601 cttccctcca acctcgacga tgtaaacagg aatgatcagc acgtcggtcg gaaccctcag 1434661 cgttattacg gtacctctac cctcctcact gcttacgtga acgctaccgt ggagttccct 1434721 tatcgactcc ataaccacgc tcagaccaaa gccccttccg ctctcctcag aaacttccct 1434781 ctccgtgctc attcccggct taaatatcag cataagcgct tccttcctag agagcctctt 1434841 ggcttcttcc ggtgttatta tgcccctctc tacagctcgt ttcttgacct cactgatgtc 1434901 gattcccctc ccgtcatcgc gaacgctgac ctcaacgtag ctcggatgag gaacgatgct 1434961 tatctcgatg agcccctcag ggggctttcc aattctgagc ctttcttcac tcccctcaat 1435021 accgtgaata acggcgtttc taagtatgtg cacgagtgcc tcccatacga cggcggccac 1435081 catcctatcg acggcgacgt cctctcccag gatagtaact ttaacccgct ttcctttctc 1435141 cgctgccagc ttttcgatag aaggtatcag ctctgctatc ctgtccctga gtttgacagt 1435201 ccgaagggaa gtaaccgtct tcctcagcct ctcgatggtt tccaaaagtt taccgctcag 1435261 ctcctctatc tgctcgggat tgaaactgcc agaggttata tctctcaacc attctccaat 1435321 cgctacaagc tcacctagag agtaaagaag ctcgtccaga gctgaaacat caacgggaat 1435381 agttctcttc cgtgacctga agggtaatgg cctgattttt ttacccgaga acgatttccg 1435441 ttccgtggac tccccttccg gctccccgat cttaataaca tctcgaaccc ccgggtggcg 1435501 aagaactaac tccctgactc tctcgaatga cagctcgctt tccaaaagta cctcaaagaa 1435561 actctcacca agcagcatac catcttttat ctccccctct gggggattca ccgacagtac 1435621 cctacccgcc ttcctgaggt cttggatgat aagaagcgcc cgtgcagcct taaaaggagt 1435681 ctcctctgta aggtaaatcc tgagcctgag ctttccttct tttctttcgt tttgtcctcc 1435741 atgcccaagc acctccactt ttctgacacc gttcacggaa ccgagctctt ccttgatttc 1435801 atctgggctt aatggactct caataacaag tttaagccgt tctcccggct tagtccggcc 1435861 ctcgataata tcattaacgt ccggctctga agatatcagg tgacccagtc tctgcagttt 1435921 ggaaagaacc gcaaaggtcc acacagggat cttctcggaa acaggctcaa agctcacaac 1435981 aacctcgtac cttttctcca gggcaacctt caaagggggg agctttccag cttttctcga 1436041 ggcgttttta agataaaggg ttgccctagc tatcacaggc gacagttcaa cttccctctc 1436101 gtccccaaag tcctcaatgg aatgtatcag ccggtcaatt gagactatta gctcccgaat 1436161 tatggagaga aggtcctcgt ccagggaaag gttacccgag cggatcatat ccagaatcgt 1436221 ctcgagccag tgcgcagcct gggtaagctt tggaaaccca gccaaggaag ccgtgccctt 1436281 aatcgtgtgg gcactccgta tcatttcctc gacggtcttt gaaagatttt cctcatcacc 1436341 actaagccgg gaaaaaagct ctttgagctc cacaaccttt tctcttgctt cttccaggaa 1436401 actcccgata tagtttgccc cgatgatggt cacccccgta aaggccggcc gggtagtgca 1436461 cctctgagac agtgaatctc tagctctttc cagcctccct accccggccg gccacctatt 1436521 cctggctcga tagtactctc tcgacttctt tgagcacctg tgagggttca aagggcttga 1436581 ctatatatcc ggaggccccg gcttctatgc actctataag tttcttatca ttatccacag 1436641 aggttatcat gataactttg gcattgggat caattttctt tatctcctgc agggcagtta 1436701 taccgtccat gtccggcatt attatatcaa gtgttataac atcggggcgg agctttgagt 1436761 agagttcaat cgcttcctta ccagtggatg cctcaccaac tacctcatgc ccggcctctg 1436821 tgaatatttt cctgagcagt atcctcgcga agagcgcgtc atccactatc agtattcgcg 1436881 ccatcgttcc tccctctaaa ctgtgttttt cgtaaactaa aacccttgtg tgtaggtaat 1436941 tgtgtagcta cactctccca atcctcgtgg ttttggaaaa cttacaatgc acactcgcgg 1437001 tcacactcat catttggaaa aaatacaaca atcagggcat cagggtaact ctcagcagac 1437061 tgcgaccgag gggctctata gagacatcaa aaccgttccc ttcaatggtt cttatgacat 1437121 cgttccttct gggaaagcct acgaaatcct tgttcagctt ctcaaagaac tccaatgcct 1437181 caatgtgttt gaactcttct ctgaagggtt caaggataat cagccgtccg ccgggtttga 1437241 gggtctccag cgtcctcttc agaaccctgc cgtagtcatc gggctttaag tactccagaa 1437301 ggtagctgat aacggccacg tcgtattcgt tcacgggccg gatcagacga acgtcaagtt 1437361 ctttcagctc aactggcagg ttatcagtct cagcacgact cttcgctatc tcaaggatcg 1437421 ctgaggagta gtccactccc gtgtagaagc cgtcgtatcc tacaattctt ccaaaatagc 1437481 tgggagcagc cgatccgcag ccgaggtcaa gcacgctcat tccctgctcg agccctgcgg 1437541 ctactgaaat ggtttttctg taaagatcgg cgaagtctgt cgtcatccgg atgtcccaga 1437601 agtcggcgtc tttatcaaag tccatgagca cgtgggggtg cgttggcgtt atgaacgcgt 1437661 agtcaaccat cctatatatt tcttcgagcg tggagaccca gccgggcagg agtgaatcat 1437721 agtgctcctg cggaactttc aaggtgcagg agaacccgtt gagctttaac ctgccttctt 1437781 tttcctcgat gattcctatt gccttcaggg tgttcaggaa ctcgaggagg agcctcctgt 1437841 taggaagtcc cacggaatca aggacttcct ggtatgtcgg ttcccttgaa agaactttga 1437901 aaataccgtg tttggtgcca agctgtatta tatggagtat tgccatcctg accatctgct 1437961 cgatgttgga atcaacaact gaaacaagcc tttcaacggt gtccatcctg atcacctcac 1438021 atgaacttcc tgtaatacct atagtattcc ctgaggtatt caaccacctg ttttccgtac 1438081 tctgtaagcc ggtagtactt aaagccgccg ttggttatct cctcgacgag gccaaggtaa 1438141 acgagggagc tttcgccatt gtagcggttt ccaaggccaa ccagcgcccc gcgaacgttc 1438201 gatggatcgg acccaacaac cctggcgatc tcagaaaggt aagttgccga cgggtatatc 1438261 tcattcaggt aaaggagaat tctctttctc agctcactcc tgtgtaggga cctcaacact 1438321 tgtgggtcta tgatcattgt ccttacggcc atccgccccc acctccagtg ttactctgcg 1438381 gcctttagcc cgctgatttt actgccccac tgaccatcta tggcagccaa cactttgttt 1438441 gtttggatac tatataacgt ttttggtttt gaattgtact cattccagca tttgtccatt 1438501 taatctgctg ccaatgcatt gaatataatt tattttgcag gattttcaaa atctggtcag 1438561 gaaatttcca aaacccgagg actacctaca tatgcaccta cacaaccagc tacactacta 1438621 agaacaaaaa agcgatttat atcgtaagct tgtaatcatt aatgcaaaca accccagggg 1438681 gtgcatggct gatgaaggcc aagaacagaa gaggtgcggt tggtattgga accttgatag 1438741 tgtttattgc catggtgcta gtggcggcag tggctgcagc agtcctcatc aacacgagcg 1438801 gcttcctcca gcagaaggct tcaagcaccg gcagacagag caccgaacaa gtcgccagcg 1438861 gaatacaggt catgagggtt acaggacact acgatggatc cagcggaata gacaagctcg 1438921 ctatctatgt cactccgaac gccggcagct cggggattga cctcagcaac acaaggatag 1438981 tactgtccaa tggtgacaag caggccattc tgaagtttgc caagaacaac gttacgagca 1439041 ctcttccgag caacatattc gacaccagcc tgaccgcatg ggattatata aactatggag 1439101 gcacgaaggg atacacctac tacggtatca ttgtcgtcca ggactatgac ggatccctca 1439161 cggaatcaac cacaacgccg accctcaaca agggtgacat agctatcctc accgttgatg 1439221 tgaatgggct gttcggtgct tctattgatg tcaggaagca cattactggg caggttgtcc 1439281 ccgagttcgg tgcaccgggc gtcatcgact tcaccacccc aagcacctac accaccgatg 1439341 ttgttgaact ccagtgaggg aggtgaaagg atatgaaact tgttaagaag aggggtgcgg 1439401 ttggtattgg aaccttgata gtgtttattg ccatggtgct agtggcggca gtggctgcag 1439461 cagtcctcat caacaccagc ggcttcctcc agcagaaagc ttcaagcacc ggaagggaaa 1439521 gcaccgaaca agtcgccagc ggaatacagg tcaccagcgt cgttggatgg gtcaacaaca 1439581 gtggagtctc caagctcgcc atctacgtta ctccaaacgc tggcagcgct ggcattgacc 1439641 tcaagaacac gaagataatc ctctccgatg gaaaagtaga aggaatactc aggtatggta 1439701 acgacactga tgcctacgtc gttggaccag tctcagacgt atttcaggat gtcataacac 1439761 tgaatggata caccttcaac tggtccaaac tcgacaagac cacatatggt atcattgtcg 1439821 tccaggacta tgatcactca gtccagaagc aggccccaac tcttaacaaa ggcgacatag 1439881 taatcctcgg agtcaacacc tacaaagtat ttggaggaat acccgtcagg aggcacatta 1439941 ctgggcaggt tgtccccgag ttcggtgcac cgggcgtcat cgacttcacc accccaagca 1440001 cctacaccag cacagttata gagctccagt gacctcagcg tttctccacc ctttcctttc 1440061 gttctttaaa gattctccgg aggtgatgct atgagaaggg gagcaatagg cattggcacg 1440121 ctgatcgtct tcatcgcaat ggtcctagtg gctgcaatag cggcaggggt tatcatcggt 1440181 acagcgggat acctgcagca gaaagctcaa gcaacgggca gacagacaac acaggaagtt 1440241 gccagcgggt tgaagatcgt caacatctac ggctacacgc ccaccaatcc cccaagcagt 1440301 gggctcattg agaggatggc catcttcgta acaccaaacg cagggagtga gggaatcgac 1440361 ctcagcaacg ttaagatagt cctcagtgat gggaagaggc tcgtggtgta caattactcc 1440421 gctcagttcc tcaaccccgg caacatcaac gatttattca acactactga gataagcctc 1440481 tggaacagca tccagggtac agcaagcttc ggaatagttg ttgtcaatga cataggaagc 1440541 aggatgcagg acacccaccc aacgctggag ttcggtgaca tggtggcgct ctgcatctgg 1440601 accacaatgt tccagagcga tggtggcaat ggcataggcc caagcacgaa gataacagga 1440661 aaagtgatac cggagcgggg agccgctgga gttatcgact tcacgacacc cgccacgttc 1440721 agtgagaacg tgatgcaact ccagtgaggt ggtgaaaatg ccaagaagac gcggtgcaat 1440781 tggcattgga acgctcatag tgttcatcgc aatggtccta gtggctgcag tagccgccgg 1440841 agtgctaata gccacgagcg gttacctcca gcagaaggcc atgagcacag gaaggcaaac 1440901 aacacaggaa gttgccagcg ggattaaggt catgaacatc tacgggtaca caccagcaaa 1440961 cccaccaagt gccggaaaca taacgaaact tgtcatctac gttactccaa acgcggggag 1441021 tagcggcata gatctcagct acgtcaaggt cgtcctcagc gacggctcca agatgaccgt 1441081 cttcaagtat aaccccaacg cattttacac tggggacata gacaacgtat tcaccctgcc 1441141 tgtctgggtc aacgtaacag gcacgaactt tggcatagca gtggttcagg attcagacct 1441201 cagcataatt aacaacagag agcatcccgt cctgaactgg ggtgatatcg cggcactgct 1441261 ggtgaacact acaggatttg gcaagggtgc tggattaccc ccagccaccc acgttacggg 1441321 taaagtaata ccagaaaacg gcgccgcagg agtcgtggac ttcgtaacac cacacgcata 1441381 cacggacaag atacttacac tgcagtgaaa ggggggtggc acaatggcac tgactttcct 1441441 ttcatcttta tttgggaaga agaaaaagga ggaagcggcc acccccgtcg aggagccaat 1441501 agaggttgaa gaactcgaag agaccgtcga aaacagggag gagaacgagc agataaacca 1441561 gctcatggag aggataaacg aaatcgagaa cgatctccca aggataaaga taagcatcga 1441621 caccataaag aagcagatac aggagctcag agatgacata gataggctcg acaagaccat 1441681 caaggacgtc atgatgctct acgaggtcat cagccaggag ataaacccgt tcaaggagca 1441741 gatgggtcag gaaaatccgc tcagcaacga gatacaggag ctcagaaagg aactggagaa 1441801 tctcaagatg gagctggccc aggtcaagaa cgacatcaag gtgctcgccg ggtatggtgt 1441861 ggacatagac tcgataatct acgaggtgct ggcggaggtg tgatgcaatg cagctagcgg 1441921 ggttcgtcac tgaggccgac atcaacgcca agctctcaga gcttaaaggc aaggtgccaa 1441981 ctgtcgtcat aaacgaactc agggagaagc tgatagccag gaaagatcag ctcacaccgg 1442041 agcagcttga caagatcgtc aagaaagtcc ttgagacata tggaaaccaa gcaacaaagt 1442101 acgagcagtt gagcaagcgc gttgacgagc tcggtaagag gttgactgat ttgagcctcc 1442161 agctcagtag gctcgtcgag agcctcgaag aggcgaggtt caaggtacag gagaagaagg 1442221 ccgaagaggt caccgagaaa gtggaagagg ttcacgagaa aatcggaaag ctcgaggaga 1442281 tgcttgaaag gaaagaagag aagaaagaag aaaaggaaat ctcagaggag gcaaagaaga 1442341 agctcgaaga gcttcacagg aaggtcgaag agctggaaga aaagctcagc ggaaaggttg 1442401 ctgagaaggt cattgaggaa gcgaaggcaa aggtagagga gctcgaagag aagctcgaaa 1442461 gtggtgaaga gatcacggaa gaggaactca aggaggctat tgagaaggtc gaggaagtca 1442521 aggaagcccc agtagaggaa gagacaccag agatcgagga gaaaaaacct gaagaggcag 1442581 aaaaagctcc cgtccctgag gaggcggcgc ctgaagttgc caaggaggtc gaagagacca 1442641 cagaggaagt ggaaaagcag aagaaagttg aagaggtcaa ggaaatcgaa aagcccgaag 1442701 aagttgaggt tgttgaggaa acgcccgaag aagaggttat tgaagaggtt cccgctcacg 1442761 aggaggttgt tgaggttact ccttcccccg aagttgttga ggaagaaaaa gccgaagaag 1442821 gtggtgttga gatggcagaa ggaaaagttc agattcccga ggatattgcg aaccttctct 1442881 tcgaggagga gccaaggaag gccaggctcg agaagctccc ggaggacgtc gtgtcaacga 1442941 tgatagccct caagtggctc ggattcctca tcgacagggt cggcatacag aacctggaga 1443001 gggtcctcga gttctactac gagatcggct ggatcagcga ggaagtgctc aaccagctgc 1443061 tccgctacgc caagggcact aggccgcacc accgggaccc cgagtggaag ccggctgaca 1443121 agctgaccgt ccaggaccac ctgataagcc tgctcttcat agagaggctt agggggctga 1443181 ggatcaacag ggacgtcctc gacaagcttg agagggagat aaagctcctg gagaagacgc 1443241 tggacgagtt ttacggcatc tgaccaggga tagcagagcg ggggagggta caatgggctt 1443301 cagcgtttca gcgagtgcag cgataatctt tatctccttt ttaatcgcgg cagcgaccct 1443361 ctacacagca tgggacaaca gctacaacaa cgttcaggcg gcgcaggagg attggtacaa 1443421 caggaggatc tcccagttga atactttagt atccctgaac gcgtccctag gatctgcaac 1443481 catagacaat gctaacggat actacaacgt aacatttcac atccagaatt cgggggttac 1443541 tcagtatctg ccatattgga gcgtagtata cgatggagaa taccgcacga tatacaatgt 1443601 tagcgacgat aacattggtt tcatctcgga ttacacgtat ctgtttccat ctcaggtggc 1443661 atatttgaac gtgactagga tccccctaaa caccgaggag cactctctgg tgataacctt 1443721 tggaaatggt tgctggctta gattgatatg gcactacaac gggacagatg tactgcttga 1443781 cgcaacccct caaaggggct gtccaacgga ggtgagctga tgggggcagg aggaccagcg 1443841 agcgagctca taatgtttat cgtggccgtc atagtggccg gtacagtagc gggggccctt 1443901 acgtatgtca ccaatgacat agcccatggt ataaacgata agggctcact gcttgccgat 1443961 aaactcagaa cggactttgc gataatcaat gatccactta atatcccaaa ctcaacgagc 1444021 accaaccagt acaattacac attttacatt aagaatacag gaaagactca gttcccgttt 1444081 aaccccaacg cagttcaggt gttcattgat ggtgatattg ttccaccctc aaatcttacg 1444141 tttacagaca tcaacaacaa cacgatcacg taccttaatc cctacgaggt tggaaagata 1444201 gtagtctcgt taagtggccc acttactaag ggtagccaca gaatagtagt tgtcctcgag 1444261 aacggcgaga gaagatcgtt gatcttcaaa atctgagccc gtagcctaaa atcagccggt 1444321 ggaggtgatc gtgatggtcg aggagctact caagatcgaa ctcaagggcg atgagctcca 1444381 caggcgcctt gggggcggca tcccagcggg cactataatg ctcctcgagg gggacagggg 1444441 tacagggaag tcaatattcg tccagaggct tctctacggt tttctaatga acggatacag 1444501 tgccagttac atttcaagcc agtacaccac cgttgagtac ataaagcaga tgacttccct 1444561 tggatatgat ataatccctt ttctaatcag gaagaagctc gtttttgtgt cgctctaccc 1444621 ccttctgagc ggggttagcg agaagaggaa gtttctgagc agacttcttg gcgagccccg 1444681 tctctgggag ccgaacgtca tgatcatcga ttcattttca tctctcctct cgagggaaca 1444741 ggaaccgaac gcgatccggg acttcctgct ctacgtgaag aaactggcct cccttgacaa 1444801 agttataata ctgacagcca acaccgagga aattgatagg gattcgcttt tcgtccttga 1444861 agaggccgcg actctcctga taagattgaa cgttaaggtg ttcggaggag atctcaagaa 1444921 ttctgcgatg atagtgaagt acaacaacgc caagggcatc tttcagaaga taatcccgtt 1444981 ccgcgtggag cctaaggtgg ggctgatagt agagatcgcg gcggtggtgt gatatggcgc 1445041 aggtaatcaa gagtgacacg ctggaagagg caatgcaaag gaacccccac cttaggaggt 1445101 acgtggagag cttccgaaag aagtacggta agatgccaga gtttcacgcc cagctcagca 1445161 gggacatgaa ggatataatg taccccaaca taatctatcc agtcggtgat cccatcttca 1445221 tccacatcta cggcgaccag aaaactgaca agaagtacat cgtcatagaa cctagaatag 1445281 aaacccctat tgaggagaag aagtacgaga tgataaaaga tcgcatcctc gaaatcgctc 1445341 ccaccagaaa catccccgag gatcaggagg agtttgagag gtttctcgat gctctctacg 1445401 atgaagccgt gctgtcatta gtcaagggga aaaggaaaat tccgggaacg aaggaaccgt 1445461 tcaccttaac caaggaagaa atggaaaagt tccgctacct catcaagcga gatatcatag 1445521 gaatcggccc ccttgagccc ctagccaggg atccatacat tgaggacata catatcatcg 1445581 gcgccaacta cgtctccctg gttcacaaga tattcgaggc cctgccaact aacataacat 1445641 tcggtgacaa cgtcaagctg gcggactact tcaagaacat agccgaacgc attggaaggc 1445701 ccgttagcga cagaaacccg atagtggacg gagccctccc ggacggttca cgtatcaaca 1445761 taatctactc accggacatc tccctcaagg gaccgagcgc tacaattcgt aagttcacgg 1445821 caacacccat cagcatcgtc cagctcatag ggtggggaac gctgagcgcg gaagtagcgg 1445881 cctacctgtg gatagctctt gagtacggaa tgagtgtctt cgtatgcggc gagacagcaa 1445941 gcggtaagac taccctgctg aactccataa tccccttcat caagccaggc tcaaagatat 1446001 tcaccgcgga ggacactcct gaggttcagg ttccccatcc aacatggcaa aggcttgtaa 1446061 cccgtgagcg cggcccggag gagagcaggg taacgctctt cgaccttctc aaggcggccc 1446121 tgcgttccag gccgaactac atcatcgtcg gtgagattcg tggtgccgag ggagcgatag 1446181 cattccaggc aatgcagacc ggccacccgg ttatgagcac atttcacgcc ggtgacgtca 1446241 agaagatgat acagcgtttt accggtcatc caataaacgt cccgataacc ttcatcgaca 1446301 acctcaatat agcggtcttc cagcaggcag tttatctaaa gggtaagttc ctgaggagaa 1446361 ccgtgagtgt cgtcgagata gagggctact acgaagagct cggcggtgtt gcaacgagga 1446421 acgtcttcga gtgggaccca gtaaatgaca aacatatctt caggggtttc aacaactctt 1446481 acatcctcga gagaaagata gctgagatag ccggttatga ggatccaaag gagatataca 1446541 acgagctttt cctccgtgcg aggatccttc agagaatgct ggagcttggc atcacgaact 1446601 actgggatgt ctaccgggag atcaaggcct tctaccagcg aggtatcgag ggcctgagct 1446661 tcaggctctg aggtgatagc catgcccgac aaggagaaga tcagcatctt caccaaggca 1446721 gacctcgaca tgaaaacgta cattcgcaag atcctcctcc cgaacgtggt tatctcagcg 1446781 gttctcttca tcgttgcgtc cataatctca cggctcttca tgctctcatc tgccctgaca 1446841 acgatgctct atgccattcc cgttgttcta ttggtctacg cggcaatcta tccatatatc 1446901 caggccgatt caaaaaagat ttcgataaac tctcgcatcc cctacttcat aacttacttc 1446961 gcagttctct caacgagcga gatgggaagg tccgacctca ttaaggtact ggccagcgat 1447021 ccaaaactcg gcgccatagc gagcgagctg aaaaaggtct acataatcgt tgataaactc 1447081 caccgttcaa tgccggaagc ttttcgcttc ctcgccagaa gaacacccag caaggtcttc 1447141 gcggacttcc ttgacaggtt ggcttattcc ctcgacagcg gtgtggacat gaaggaatac 1447201 ctctttcagg agcagaaaac cgttatggac gactacgaga ctttttacga gggggccctc 1447261 tacgatctgg atgtattcaa agagatatac gaatcaataa ttatctcagt tgttttcatg 1447321 gcgagcttca tcattatagg cccgttgata acgggccaag acatcggaag gctggcgctc 1447381 tacaccctcg caataatcct ggcggccgag ataggtgtct ttcttgtcat aaagtttaga 1447441 atgccggagg atcccatctg ggcagacacc aagggaatag aaacggaaag aatgaagagg 1447501 attaaaaggg ccagccagat ttcagttctt ggcgtcgtcc tgatggggat actctactac 1447561 ttcctcctca gcaagaggtt tgatatacct aagccctttg tcgttgccct gatcttaagc 1447621 cccctttact acgttggccg tctcgcggca aaggaggagc agtcgatatt cagaaaggac 1447681 gagaacttcg ccgcctttat aagaagcctc agctcttcct tagccgccag cggaacctcc 1447741 ctcgtcctcg tccttaagta cctcagcgcc cacgactttg gatcgctgac cgaggacatc 1447801 agggccctgt acagaagact agccgttagg gtagataggg agagggcatg ggacttcttc 1447861 atagccggga cgggaagctg gctgatcggc attttctcag agatattcag ggaggcaata 1447921 agactcggag cagagcccga ttacgtcggt ctcgtcatca gcagaaactt tgagcgcctt 1447981 gtacgcctca ggaggaagag acagcagagc atggcaagct tcataggcat aatctacggg 1448041 ctgacggcat cttttgcctt tgctctagcg gcatcgttcc aggttgcggc ttctataaac 1448101 accctcttcg cccagctcaa ggttccaact gaatacatag gggatataat ccacgttatc 1448161 cccccagctg gaatgagctt cgtcatgtac attatgctaa cgataatgat aatccactcc 1448221 ttcctctcgg caatagcaat aaagaccgcc gatggcggcc actggatagt cgcgctgaag 1448281 tacttcgtga tcctcctgtg gatattcgcc gccggaatgt acgcggggca ggttctaatg 1448341 gagagaatga tgggtataaa cagccagacg gagacaaccc agctcctgag ggttctaata 1448401 tcttcgctct gagaaagact taagggtaaa tacccccata ttttcatggt gtcgtgatga 1448461 gagaagggga actccgaaaa ctctgggaga gaacagtcag aaggctcgaa ctcgaaggca 1448521 ttctgcgcga tgaaagggtt aaagaggccc ttctgaaatg gccccgatac ctcttcgttg 1448581 aggagaggta caggagatac gctcatctcg acgaaccact gcccattccg ggaggacaga 1448641 ctatcagcgc accccatatg gtagtgataa tgcttcagct cgccgatttg aaaccaggca 1448701 tgaacgtcct tgagataggt acgggaagcg gttggaacgc agccctaatg gccgagctcg 1448761 ttaaaggtga ggtgtacacg atcgagagac tccccgagct cgtcgagttc gcgaggagaa 1448821 acctcgaaag agcgggcgtc aggggggttc atgtgatcct cggagacggc agtaagggtt 1448881 ttcccccaag ggcaccctac gacagaatcg tggtcaccgc aggggcaccg gaagtgccaa 1448941 gaccactcat cgagcagctg aaaccgggag ggaaactgat aatcccggtt ggaagctatc 1449001 acctgtggca ggatctcctt gaggttatca aactggaaga tggttcgata aaaacgagaa 1449061 accatggagg ggttgccttc gtcccgctga taggagagta tgggtggagg gaataacgct 1449121 ttaaatagtt cccatcaaac gaaggaacgc gatgatgaaa ttggcctttg gggtaccgat 1449181 gcccgaaaaa cccatctgag ccgtccgtca aatttttaaa tctccttatt ttagttacct 1449241 ttggatagat taatgagcaa aatcaggggg tgatatcttg ccggcggtca tagaggaagt 1449301 cgcaaaggtc tcctttgaga gggttggaat gcactcccac ataaggggcc tcggcctcga 1449361 cgagaacgga agggccaagt tcatcgccga cggcatggtc ggtcaggtta aggcgaggga 1449421 agcggctgga atcgcggtcg agctcataaa gcgcgggaag ctcgccggca agggaattct 1449481 tctcgtaggg ccaacaggga gcggtaagac ggcgatagcg atgggcatag cgagggagct 1449541 cggcgaggac gttcccttcg tccagatagc ggggagcgag atttactcgg ccgaggtcaa 1449601 caagacggag ttcctcaagc aggcgatgag gcgggcgata ggcgttagaa tcagcgagga 1449661 gaggaaggtc tacgagggcg aggtcaagaa gattgagata aggcgcacga ggcacccgtt 1449721 caacccctac gtcgagattc ccgagagcgt catcataacc ctccgcacga aggacgacga 1449781 gaagacgata agggccggca gggagatagc ctaccagctc atggagctcg gcgttgaaga 1449841 aggcgacgtc atacagattg acgccgaaac cggcagggtc tcgaaggttg gaacgacgaa 1449901 ggaagaggaa gggctcttct tcaagcgcaa ggttaacctg ccgagcggtc ccgtgctcaa 1449961 gataaaggag ttcacctaca ccgttacgct ccacgacctc gacgttgcca acgcccgcgg 1450021 aaatatcttc ggcctgctct tcagcacggg agcagagata agcgatgaga taaggcaacg 1450081 ggttgacgaa accgtcaaga gctggattga ggagggaagg gcaacgctcg ttcccggggt 1450141 gctcttcata gacgagtgcc acatgctcga catcgaggcc ttctcgttct tggccagggc 1450201 tatggagggc gagctcgctc cgattctcat cctggccacc aacaggggaa ggacaaagat 1450261 aaggggcacg gacatcgagg ctccgcacgg aatacccctc gacatgctcg acagacttct 1450321 gataatcaac accgagccat acaggaagga ggaaatcaga gagatagtca agattcgcgc 1450381 gagggaggag aagattgagg tgagcgagga ggcgatagag tacctcgcgg agctcggcga 1450441 gaagaccagc ctgcgctatg cggttcagct tttggctccc gcgagcgtct tggctagagg 1450501 cggaagggtc gagagggagc acgtcgaaaa ggccaaggag tacttcgccg acatcaagag 1450561 gagcatcgag ttcgtcgaga agctcgaggg gatgcttagc tgatttttct ccctttctcc 1450621 caacctaaac taccccggcc ttcgccagga cacagagaac atcgaagaaa gcggaaccga 1450681 tccagtggag aagaaagctc tggagaaagc ttctccccct aagatccacc cagccaaaaa 1450741 ctatcccggc aagaaaggag taaggcacct caatcggagg ctttccaagg tgaacgagta 1450801 cataaggcac gtcctgagcc agaattccaa cccacttctt ccgcgaggcg agtgggaaga 1450861 gcaaaaagcc ccggaagaaa gcctcatggg taaacataac gaggcctatc accatctctt 1450921 tctccagaaa ctccacccag cttgaatagg caaagttcgg gtagtaagat accatcgagg 1450981 gcaccgtgag gcctgcaaaa ctcaggatca ctgccaggcc aaggagaacc aagaaaatcc 1451041 cccagttatc gtccgggagt cgaagcccca gatcagaggg cctgaagcca agaaccaatg 1451101 aaacgcccag tggaacgagt agataccaca ggacaagcca tagggcccac ctctccagcg 1451161 aaccccccaa aaaacggggg acaaaagaga gcgggagcaa aactccgaac aaaaggtagg 1451221 gattcctcct catgcccatc gatcacacca taaagcttat ggttatcgtt cccgggtacc 1451281 tcttgacctc gattccgcgg ttggtaaagg ctatgcctat ctcaagcggc ctgttgggat 1451341 tggcccttct cacgacccta atcccgattt cgtcaccgag gtgatccttg ttaagcctcg 1451401 caacgtagga gtagaggagc cttatgaagt tgcggtagtc gtgcatgtcg ctgaggaact 1451461 ccctctgctc agggttgagg cggggcatga cgtatctatg gaagaaccag tcaaatgttc 1451521 cggcagtctc agaggagtat acaaagagaa gcttgtagaa gtctatgttc ttgttgccga 1451581 agaccgaatc catgtaaggg atggccttgc ccaaaagcct gcttgcctcg gtgaagttca 1451641 ggttgaccag cctaacgaag acgtcactcc ccttcatttc aagatgaatg aacctgttgt 1451701 tgccgaagtc catgtaaaca tggctgtaga acattacaaa gttcctcggt ctcgtgctca 1451761 tctgctggag gatgcgtctc attacatccc tcaaccgggc caaccgggcc ggatcgccga 1451821 tgagaacagc ctctattcct cccacccgct ccctcagcac aacgtctctg tcaagtctga 1451881 actcaacctc tcgcctccag ccgggcatgt tgtagcggtt gaggatcctg aactcaagga 1451941 gggacaccat aacactcttc tcgaggtttc caaacctctt tttgaagaca accacaggat 1452001 gatagcggga gccgggattg agatacgaga cgggtatctc ggtcaccttt acaaaagcat 1452061 taagggcttc tctaatcttc ctctcgtcag cctgtgaaaa cctgccgacg agatctctga 1452121 tcagcaactc aaagcgctcc cttgtcacgg ccatactctc accagaatag tactccaacg 1452181 actgaaatta taaacctctc ggcgaaaccg taagaaaaag caggagagaa aagctcactg 1452241 ccccgtcttc tcgtcatcct caggtgaggt tgcttcttcc gctttggtct cctcaacgat 1452301 ctcttcggtg ggctctgcct tattttcggt ctcttctttg acttcaccgg tctcatcgct 1452361 ctcggtcttc tcctcttgga cggtctcagc gggcccggcc tcttcagtct cctcctgctc 1452421 ctcaaccttc tcttcaacgt tttcctcggc ggcttcctcc ggaggcttga gaagctcctc 1452481 gacgttcggc ttaaaggtta catcttcgta accgatgaac ttcaggtcgc tctcaaggag 1452541 tatctcgccg aggacgagag tgtttttatc aatctcctca aggacgggtg tgaagtttat 1452601 cgtgacatcc ttctcgccga cctcgatgac cactttattg gtgtcaatcc tcggcaggcg 1452661 gagctctatc atggctttga ctttttctat tggatcctcg accttctcaa cgatctcgac 1452721 ctcgtagatc aggtgtttgc cagcgtacgg gtggttgaaa tcaaccctga cacggcctcc 1452781 gctaacggtc aaaacccttc ccttgatctt ccttccacct tcactctcaa tctcaatagg 1452841 cattcccggg aagggaatta tgccctgtct tctaaactgg cccagcgtaa agacctttat 1452901 aagctttgga tcacgctttc caaagccctt ctcgggcgga acaataattt catacttctt 1452961 gccgacctca agaccttcaa gctgctcatc aaggcccttt atgacgtgac ccgccccaac 1453021 ggctatcggg acggggccgt aaacaccgct ctccttgtaa atgccggcct gcttggctat 1453081 ttcctcgtcg gtagtatcaa aaatttcacc cgtttcctta atccttccgg tgtagcggag 1453141 ccttatgaca tctcccttct caaccttgac catgactgct acctcctttc ccagctctac 1453201 tgggtgttgg ggggtcgctt tttaagcttt cccgcaacga taagctaata aaaaggccct 1453261 cccaaaaggc cccggtggtg ggaatggcga ttaggatata caacaccctc acgaggcaga 1453321 aggaggagtt caagcccctt cacgaaggcg aggttagaat gtacgtctgc ggcccgacgg 1453381 tttatgatta cccgcacctc ggccacgcga gaacttacat cgccttcgac gtcataaggc 1453441 gctaccttga gcacaaggga tacacggttc tcatggtgat gaacttcacg gacatagacg 1453501 ataaaatcat caaacgcgcc aacgagaccg gggaagaccc gaaagaactg gcggagaaat 1453561 tcctgaggat tttccttgag gatatgaagg ccctgaaggt caagccggcc gatatatacc 1453621 cgcgcgtcac cgagcacatg caggatatca tcagcttcat caagaagctc caggaaaagg 1453681 gctacgccta cgaaggtagc gacggcgttt acttcgaggt caggaagttc aaggactacg 1453741 gaaagctgag caagataaag ctcgaggacc tcgtgaaggg cgcgcgcgtc gagcccggtg 1453801 aggggaagag gaaccccgag gacttcgccc tctggaaaaa agccaaaccg ggcgagccca 1453861 agtgggaaag cccctgggga gagggaaggc ctggctggca catagagtgc tccacgatga 1453921 gcagtaagta cctcggcgag agcttcgaca tccacggcgg aggaaacgac ctcatcttcc 1453981 cgcaccacga gaacgagata gcccagagcg aggcctgctt cggccacgag tgggtccact 1454041 actggatgca caccggcttc ctgatggtga acggcgagaa gatgagcaaa agtttgggca 1454101 acttcgtaac cgttagagaa ctcctcaagc gctacaatcc cgaggtaatc aggctcttcg 1454161 tcctccagag gcactaccgc tcacccctcg actacagcga ggagggcatt gagcacgcca 1454221 agaacaatct tgagaggctc tacaacacgc ttgagaacat ccgcgttgcg atgagcaagg 1454281 cggagatttc cttccgctgg gacgagcccg agttcagggc atacgaggcc ataagggacg 1454341 ccaggaagaa gttctacgag gctatggacg acgacttcaa cacggccgag gctttaaagg 1454401 cggtcttcga ggtcagcaac gcaataaatc gctacctcac cgaggtcgag aagccgaagg 1454461 agagcattct aaggaaggcc tgggagttct tcaaggacgt cggtgaggtc ttcggcctgt 1454521 tcgaggacta ctttaaggag cagaaggccg aaaacgatga ggaactcata aacctgctcg 1454581 ttgaagtccg cgcccagctc agaaaggaga agaagtttga tttagccgac aaaatcaggg 1454641 aggagctgag aaagctcgga attcagctgg aggacacacc gcagggaacg gtctggaaga 1454701 ggattaaggt ttgatcagtt ctgagtctgt cccctctgag tttttctctt ctctttaacc 1454761 acgtttaatt tctaagcgca gaacaaatta ggaataaaaa caaagcgcgc tacggcacct 1454821 ggaagatcct tatggtgttt gtaccgacgg tcttgcccac cggagcgcct ttggtgagca 1454881 gcaccgtatc ctcctctttg gccaggccaa ggccttttat gacctgaagg atctccgcct 1454941 cgtcgtcgct ctcgaccacg aagggataaa ccccatagct tagcatcaaa ctgttggcga 1455001 ccttctcgtc ccgggtgaag gcaagaatcc attgcttggg ccggaagcgc gagataagcc 1455061 ttgccgtgta gccgctcctc gtgggcgtta gtatatagcg cgcgtctatg acctggaggg 1455121 cctcgattat gctccgcgtt attgcgtcct ttatcgtgcc cttcttcggt atcttctcct 1455181 tccactccag catcctcacg ttgccaaagc tctccctata accctccgtt gctctggcga 1455241 tcctcgccat cattctcacg gcatcaactg gatacttgcc caccgcggtt tcctccgaaa 1455301 gcatcaccgc gtcggcaccg tccaggatgg cgtttgcaac atcggtaacc tcagcacggg 1455361 tcggcagttt ttcggttgtc atgctctcca gcatctgagt tgccactatg gcgggcttcc 1455421 cagccatgac ggccttttct atgagcttct tctggagtat aggaagtttc tctattggca 1455481 tctcaacacc aaggtcccct ctggctatca tcactccatc tgcggcgctg aggatctcgt 1455541 cgaagttcct aacggcatcg ggccgctcta tcttggccac gacgaaaagc cgggcgttat 1455601 gttccttgat gaaacgcctg actttgagga cgtcgtaagc cgaaccgaca aagcttatgc 1455661 ccacgatgtc aacgtcgttc tcaatcatga actcgagtat ctcaaagtcc ctctcggtta 1455721 ccgcctccag cgggattctg gcgtttggaa cgtttatgcc cttgtgagag tacagggtcc 1455781 caccaacgat aaccttgcaa acgacttctt tctcagtgac cttgacaacc ttcaggacaa 1455841 tgaaaccatc gctgaggtaa atggtatccc caggggaaac aagcttcgga aagtctttga 1455901 actccaccgg aattatgccc tccattccct caacgtcctc agtggtcagt gttacagtct 1455961 ggttccgcct gagctcaatt ttgccaccca aaagtttgcc gacgcggatc ttaacgcctg 1456021 gaagatcccc gagtagggca actcttcggc cgagcttctt ggaagcctct cgaattcgtt 1456081 ttatggcctt cttatgttct tcgaaagtcc cgtgagaaaa gttcagcctc gcaacgctca 1456141 ttcccgcctt gattaggctt tctatggttc ttctgtcgtt tgaagcaggc cctatcgttg 1456201 ctattatctt tgtcttgtgg gatggcagtc gcatggtttc atcaccgatg aaagatctct 1456261 ggaagggaag gtactttaat gtatcgtctt gtcagaaata caactttaga gagtaattag 1456321 cttcgtctga tgtctctcaa agtgatgctt gacataatta tttcagtgta tgaggacaaa 1456381 aagatttact ttgaaatgga ttaaatcaac ttttatttaa tgtaattttt ataatatgta 1456441 gattagaact aatttttcaa ctaaagatat aacaaataac aaaatataaa agcttaattt 1456501 ttttagagaa ttaactattg ataagagtga aatacttaat atctaaattt ggaattttaa 1456561 aatgatgagt tagatatgtc aaaattatgt ttatatccag cgtagtgcat tcaaagatat 1456621 gatccaaaag agcaatgtac ccgctaagtt ttatttagag tcaaaacagc acgttctaaa 1456681 ggttggtgat aacttatgtg ggttagcact agaactctcc aaaaataggt acaagggagt 1456741 tagagagcga gtagcaagtc aaagggagga acatccacac aaacgatgca atacaagcat 1456801 ccaaatgata aacagggcca gcgcttccct gtggccagat tctccagttt tgtaaagact 1456861 acgctttctt taatttaatt gcactttgca cacaaaaccg cacaaataca agagaaagtc 1456921 ctctaatagt agcatactta aagctgtgtt gttcataccc aggaaaacat attatgggat 1456981 aaggggtaat gatctaatca ataaccgacc aatgtatgtt catatctgta cggggacttt 1457041 agatataagg tacattatat ccaaaactag tgatcaagtc cgagcattag aatggagtga 1457101 aaacaccctc aatgtaccgg ctacaagttt gtgtggatgc tctcagcagg atagagacca 1457161 atgcaggcaa cttaaaatag gggaggtacg cctacttcaa gacctacaag cttaggaata 1457221 agcctagact tatactggag tcaacttaaa ttactgcggt tcagcaggat tttcaaagtt 1457281 tagggttttt acttatgaaa gccggcttct gttttccaaa atttggctac aattaaaggt 1457341 ggtaaaaact cgtggtgaga gtgtgacctt agtaggatcg agcgtttctg ctgctaaaag 1457401 ttaggactgc acttacatct gggtgatggt tccgcattga tgtaattttt ctaaatactc 1457461 ttatttgcag ttaaaaattt ggatttttta atatttaaag aagtgatttt ataaaaaacc 1457521 aacattttat aatttaaact gctttgttgt ggatatttaa tattttatta acaaggtcat 1457581 aaaaatagaa gtttaaagtc attataaaaa ttttttaata ggaaataata agagttattc 1457641 ataataaacg taacaactca cccaaaaatt tgagagataa atttggctgc agcccaaacc 1457701 cacaaaaaga tcttaaaaga gagaaaacag caaaccaaga gcttataaac cttctttctg 1457761 catttgggtc cttactaagg ctattacttt atcaactatc tgcggggcaa ctccaatgta 1457821 gttctcaggc tttagtgagg ttaaatcctc cccgctcaag tacctccgga cttcttcatt 1457881 cttctctaca acctcaagga aatccctgcc ctcctcaaag gccttcatag ccagttgtct 1457941 gacaagctca tgggcctcct gcctccccat gcccctctcc gtgagcttca gcatcagcgg 1458001 ttcggccatt atgaggttct tcgttaggta gaggttgcgc tcgatgttct ctgggaagaa 1458061 ctccagcccc ctaagaacgc ggagtgtgac gcggagcatc tcatcaagga gaacaaagct 1458121 ctccggcagg attacacgct caactgagga gttagtgaga tccctctcgt gccacagcgg 1458181 gttgttgagc aatgcgggaa taacgtttga gtagataact ctcgccagtc cgcagacctt 1458241 ctcagtcctt ataggatttc tcttgtgggg catcgttgac gaacctacct gcttctttcc 1458301 gaagggctcg ctgacctcga ggatttccgt tctctggagg tttctaattt cgaggccaat 1458361 cttgtcaagt gttgaggcaa ccaatgccag aaacatcatg agctccacgt agaggtccct 1458421 cggaacgagc tggttggtta tcagcgcggg cttgagaccg aggtcttcca tgaccagttt 1458481 ctcaatctca agggccctct ccccgaacga ggcagcagtc cccactgccc cgcgcatctt 1458541 gccaactaaa atgcgcttct tgagttcttc aagcctctca aggtgcctct gaacctcgtc 1458601 gagccacagg gcaaacttca tgccataggt tgtcggaacc gcgtgctggc cgtgtgttct 1458661 gccgatgcag actgtgtact tgtgttcctc cgccagcttt agcaggacgt cgcggagctc 1458721 cttgagataa cgctctatca gctcaaggct ctcctttatg aggagtgcgt tcgcggtgtc 1458781 aattatgtcg ttggaggtcg cgccgaggtg gacgtacttc ccgtgctcac cgcagacctc 1458841 gctcaatgcc tttacaacgg ccattatgtc gtggtgtatc tcggcctcta tctccttgac 1458901 gcgctcgggc tttacccact ttgtattggc cctttcagaa atcacgcgag cactctcctc 1458961 agggatgttg ccgagtttcg cgtgggccct tgctagggca gcctcaacgt caagaagttt 1459021 ttggagcttg ttctcctcgt cccagatttt tctcatttcc tcgctcccgt agcgataatc 1459081 aattggatga actgccatcc taatcaccat ttcaatgatt attcagtatg ttaaaacgtt 1459141 ttcttttggc attatagtgt caacgatatt cacgataatg gacaattttg agattgactc 1459201 gaccattggg gagaccggaa tgaggagaac cgaaaagtat ttaaccctat gcccgcgata 1459261 ggctaacgac aaaacttccg gaggtgccag aaatggctga ggagcacgtc gtctacatcg 1459321 gaaagaagcc ggttatgaac tacgtcctgg ccgttataac ccagttcaac gagggtgcca 1459381 aggaggtcac cgtcaaggct cgtggtaggg ctatcagcag ggccgttgac gtcgccgaga 1459441 tcgtcaggaa caggttcctc ccagaggtca gggtcaagga gatcaagatc ggcaccgagg 1459501 aacttccgac tgccgacggc aggaccgcca acacctcgac catcgagatc gttctcgaga 1459561 agccgtgaat tgattaaatc cctttccttt tactctcacc cttagctcca aactcttttg 1459621 aagtcgtgga aaggtttaat accccgcccc ccaagttatt aagggggaat cgtgtgggcg 1459681 aggggaagat catagagatt aacgatgaaa ccgcaaagct tctggcccag attataacga 1459741 acgagaaggc cctggcgatt cttcatgccg ttgaggagga gcctaaatcc ctgactcaaa 1459801 tcgctgagga actgggattt cccctttcca cggtgagtta tcatatagat agaatgctga 1459861 gggttggcct tgtggaagtg gccggaaaga agtacggcaa gaaacttcag gaggtcaaac 1459921 tctacagggc ctctaacaag ccaatcctga tcgtgccgag aagagaggct ccgaaggtca 1459981 cgaagaagtt gtccgccttc gagaaactgc acgtgataag cctcagcatt gcctcgatag 1460041 tctcgctcct cgtttacaag gttctcgaga ggtttgcgag acccggggtc gttagaactg 1460101 tttttgtgaa caatacttca acttctgctc tggaggtcgt tagatcgaac tccacaacgt 1460161 ccactgccga gaagttcatt cctggttcgg tttctagtgt tacctcaaat acaacgaata 1460221 acacaacgat cctccccacc acagcccccg tgaaaaatgt cacgcacaac gcacaagggg 1460281 acactctggt cttgcttggg actgttctaa cgtttgcggt ggtctttgcc gtgacgtacc 1460341 ttctcctgag gaggaaacgt ttttaagagt gtggcccaac tccctccgaa ggggtgatag 1460401 agttggcagg gatcagcgta ggtcagatcg tcaagagaaa ggccatcatt gtaaagcctg 1460461 acgacaccgt acacaaagtc gccaagatcc tcgcccgaaa cagggtgggg agcgcggtgg 1460521 tcgtggagaa cgatgagata gttggggtgg tcacggatcg tgacatcctg gataaggttg 1460581 tcgcaaaggg aaaggatcca aagaaggtca aggtcaggga cataatgact cagaacccgg 1460641 taacgattga ggatgactac agcatctcgg acgcgataga cagaatgatg gagaagggca 1460701 tcagaagact cctagttaca agacttggaa ggccaatagg ctttgtaacc gccgctgacc 1460761 tgttggcggc cctcaacagt atgaacagcg aggaagagga agaaaccatc gaggagactg 1460821 atgtttacgg catctgcgag ctctgcggtc agtacgggcc cctttacagg gtgtacattg 1460881 aaggggagga aaaatgggtc tgcgaggcct gtaaggacag cctaaacctt tagcccctca 1460941 gctctctcat tatctcgtcg aggattattc caaattccct gttcctgttc tcaacgctta 1461001 gagtgtgaag ccttccaagc ggtctgaact tgtcagccat cttcctgtgg acgaccgcca 1461061 ggagtctctt atccgaattc agcacttcac ctacggcctt cacgaactcg ttgcttttat 1461121 actccatcgg gccgatttcg tctatgacga ccaaatctgc ctcaacgagc gcgcgcctta 1461181 ttgccgaaac tccgacccgc tcaagctcgt caacgtggac aacgtacttc ccaaagggaa 1461241 cccccggtag atgcgaggtg cctcggagac tcgcgagcgt tccctcctca ccagtgtcaa 1461301 gggcaatgat tttgaatcct attctctttc cgttccgcct gacttccttc gtgatcatgc 1461361 caccgacgat gtagccccac ctttcaactt ccctcgcgac cctctcgacg agcgtcgtct 1461421 tcccaacccc tgccgggccg gtcacgaaaa ccctgaccat ttctcaccac cgaaggagct 1461481 ttaagttcct cccttaaacc ctttggggtg gtcgcggtgg agataaggta caggccagag 1461541 gaactcacca gacttccgag aagcgttcgc tacgagaccg gaaaggtcat catgattgac 1461601 cagacgcttt tgccgaagga gtttaagata attgagctga ggactgttga ggaagtcgct 1461661 gaggcaatca tcacgatgaa ggtgcgcggt gctccagcca taggagcggc cgccgctttc 1461721 ggcttagctc tctacgccga cacaacgaag gcaaaaaata aggacgagtt catggatggc 1461781 ttttacaggg cctatgagac gttgaaaaac acgcgtccca ctgccgtaaa cctcttctgg 1461841 gcgctcaaca ggattaagaa gcttgtcgag gagaacgccg agagtcctct cgatgaactc 1461901 aaaaagctca tagttgccga ggcgcagagg atagcggacg aggacgttga ggcaaacctc 1461961 aggatgggcc actacggtgc cgaggccctg cccgagggca acgttctcac ccactgcaac 1462021 gccggaagct tggctaccgt tcagctcggg acagttgggg cggttctcag ggttatgaac 1462081 aaagacggaa cgctgaagct cctctgggtg gacgagacga ggcctgtcct tcagggagct 1462141 cgcctgagcg cgtgggaata ccactacgac ggcattcctc tcaagctgat aacggacaac 1462201 atggcgggct tcgtgatgca gcagggcaaa gttgacgcga taatagttgg cgccgacagg 1462261 atagtggcca acggcgactt cgccaacaag ataggaacat acaccctggc agttctcgcc 1462321 aaggagcacg gaataccttt ctttacagtg gcaccgctct cgacgattga catgagcctg 1462381 aagagcggga aggagatacc gattgaggag cggaagccgg aggaagtgct cacctgtggt 1462441 ggatgcagaa tcgctccaga tgtggacgtc tacaatcctg ccttcgacgt tacaccgcac 1462501 agatacctca cagggataat aaccgacagg ggcgttgtct atccaccgtt tgagaggaat 1462561 ttgaggaggc ttttcaggga agaacagtga agctttcttt ccattttctt taacgaagga 1462621 cgttatcagt tgaatgcacc acaccaggga gcccatctaa aatgttatcc ctacaagctt 1462681 ccatactgcg ttgtcatccc aatatagggt caaaatttgc ccgggctcct caccaacctc 1462741 ccggtacccc caacgaccgc tatgaccatt gaattcacgt ttgtcccagt tggtccggtt 1462801 ttcaggagcg cgccgaccct ttcgagtgca cgatagctgt cgtgatttcg gagggcttcc 1462861 tcaacgtcaa ttcctgtctc cttaagcttt cccaaagtct ctccatccac tatcccgccg 1462921 gcagcatcgg tcggcccgtc cgttccgtct gtatcaaccg ctaaaaccac agcatccagt 1462981 ccatctatct ttctggcaat actcagggcg aactcttgat tcggcccgcc gagacctgcc 1463041 ttcccctcaa tggtcaccgt ccattcgccg ccggctatta gaacggcagg ctttggaacc 1463101 gggcggtcgt attttgctat ctcctggact attgagccta tcgccagggc tatctccctg 1463161 gcctcgcctt cgagggtcgt ggtaagtagc agggcgttgt agccgagctc cttcgccttc 1463221 gccagggcag attcacaggc gagggtgttg cttccaacta tgaagttgtg gacgttcggg 1463281 aggtcttctt tgagggtttc ctccgccttc ccctccagtc ccagctcgat gtgtctctta 1463341 acgctctccg gcagcttctc ccagacgccg tagagcttta aaatccggta ggcgtcttgg 1463401 aaggtggttg ggtcctttac tgtcggaccc gatgctatcg cctcaagcgg gtcgccgacg 1463461 acgtccgaga ggatgagact tatcaccctc cccctcacgc gcttcgctaa cttgccgccc 1463521 ttgacggccg agatgtgctt tctaaccgtg tttatctcgt atatctttgc cccgctcttc 1463581 agaaggagtt cgttcgtttg gattttgtcc tccaggctta ttcccctctc gggaaggagg 1463641 aagagcgcac ttccgccgcc ggagatgagg acgaggagga tgtcgttctc cccaaccttc 1463701 ccggccagtt cgaggccgag ctttccgcct aggagagagt tctcgtctgg aatggggtgt 1463761 ccggcctcga tgaccttcaa tctttccatt ttgggacagt ctttggcgta gccgtacttc 1463821 gtgatgataa ctccttcctc aatacgctcc ccgagggtat caacgactgc tctcgccatg 1463881 gagcacgctg ccttgccgaa ggccaggagg tatatttttc cctcaaccgg gaagttctta 1463941 cccgccacaa cgatgttgtc accctgaacc ctgaggttcc ttttcaccgc gaggtaagga 1464001 tccgcgcttt cgatggcagc gttcatgatc tccagtgcgg cagttctggc gtccatcccc 1464061 ctcccccagt ggagagttca ctcaaggagt actatcctct cggcttcaat atcctcaagt 1464121 gacgcgttcc agccaccgac aacgtacttg gccccctctt cggtctctac tgtgatattg 1464181 gaaataactt tgttctcatc ctcaaaaaac cccaccaccc tacccacgat gtgtacaggt 1464241 ttcttggagc gaacaaactt cccaataatc tcgacctttg atcccgttag attgaaggtc 1464301 tttatgtcct ccaccagctc ccttatgtgg atgtactccc gcgggagctt gagtttgcgc 1464361 tcctcgcgat aaactaccct tcccgtcggc cagagggcat gatagaagta gcggtctatc 1464421 ataaagagta tgttgttgtc ccttatgatg agtccatagc cgagcagtga actgcttgag 1464481 gtcagcgcct cgtagggtag gtaaactccc tcttcccggt cttggatgat aattatggga 1464541 tcggggactt ccctcaccct tatttcactg gctatcggcg ggatctcatc acaaccgtaa 1464601 acgaagaggt ttatccttac tccctcctcc tttttggtgg tgaggggccc ctcgattttc 1464661 ctgaggaatt ccctggggac ggcaatactt agatgaaacc gagctctctc aatggctttt 1464721 ctcacgtgct cttcgaatgt tatcctgctc ttaacgacag ttacgcttcc gatctctcct 1464781 tttggagtgt agagcttctc caaagcgctc ttgagctcgt caatccgctc attgtagcgc 1464841 ctcttcaaag cgtccatgac gctatcaggg ctgaggggga ttacctgttt gggcctgctc 1464901 tggctcgtcg tgacgaatcc cttggccatg agtgtcctta tcacgtcata tattctcggc 1464961 tggggcacct tcgagagcgt cgcgagctct cctgccgtca gcgctccgtt ctttatgagt 1465021 gtaagatacg ccctgacctc atactcattg agaccgaact cctttagccg ggcttttatc 1465081 tccttttctt ccataggcag acctcagatt atcgctttct ccgtgtccct gtcgaagaca 1465141 tggatgttgt caaggtcaat ctctatttta atcttttctc caactggaag gggtatgtgg 1465201 ccgggaagct ttatcttgat gatgtttccc ccaaccttgg cgtggactat cgtatccgtg 1465261 ccaagggcct ctatgaaatc aacgatcccc tctatctcag ccgttctagt tacatgctca 1465321 agggtcgaaa cgcccttcac agtcatatgc tcgggtctta cgccaaagag aacatccttt 1465381 ccaatgtaac tctcaaggat ctccctgaag tcgtccggaa ggagtatctt gaagccgtcc 1465441 ccctcaagga agaggccatc gttctccacg accgtcgcgt ccacgatgtt catctcaggg 1465501 gcacctatga aggtcgccac gaagagcgag ttgggcttga ggtagacctc tgtgggggga 1465561 cccacttgga ggagtcttcc ctggttcatt accgctattc tatcgcccat tgtcattgcc 1465621 tcaacttggt cgtgggtgac gtagatcgtc gttaccttaa gcttcgtctg aagcttcttt 1465681 atctccgccc tcatcgccac cctgagtttg gcgtcgaggt tgctcagcgg ctcgtccata 1465741 agtaggacat cgggctcgac cactattgcc ctcgccaccg caacacgttg cctctgacca 1465801 ccactcagct gagcgggata cctgtcaagg agttcctcta tctgaaggag ctcggccgcc 1465861 cacttaacac gctcctttat ctcgttctcg gggtatttct tcaccttgag gggaaaggct 1465921 atgttgtcat agaccttcat gtgcggccag actgcgtagc tctggaagac catggagatg 1465981 ttcctgtcct tgggcgggag gtacgtcacg tccctatcac cgaagtatat ccgtccttcc 1466041 gttggagttt caaggccggc tatcattctc aaggtggtcg tctttccgca tccactgggg 1466101 ccaaggagca cgaggaactc accgtccttt atatccagcg tgagctcttt aaccgcctca 1466161 aagttcccaa accttttggt tatcctatcg agcttaacct ctaccatggt aacacctcac 1466221 ttgagcgtta taccccacat cgtgaccaga tatttccttg cgaagaatat aaacagcatc 1466281 gccgggaggg tcattatgaa ggccgcggcg aacttgtagt agtcaggcgc ggcaccgccg 1466341 ctggagccgg ccattatcga gagtacctgc gccggcagcg tcctgtgatt gagcgttaga 1466401 actgaagcca caaagacctc gttccagctc atgacgaagg tgaacattgc cgctgctgcc 1466461 agtccgggaa gggccagcgg aagtgttatc ttcatgaagg agccgagcct cgtgagacca 1466521 aagaccatcg ctgcctcttc atattccttc gagacccctc caaagatgct ggaggttata 1466581 agaaccacga aaggcagggc cattgcagta tgagccagag caacgccgag gagcgtgtcc 1466641 gccagatgga ggcggatgta gaggactatg aggggtatgg ccatcacagg tattggaaac 1466701 atcctgaggg ctactatgga gagctttatc gtgtccctac cggggaatat gaacttggct 1466761 attgagtatc ccgcagggat tccaaggatg aagcttatga ttatggtgag ggttgcaacg 1466821 ataacgctgt tttttatgcc ctcccacgcc ccgagggtga agagtatcgt gtgaacgtac 1466881 ttggtagtgt agctgtgggg gatgataata tctgggttat agtagtccgt tttagttgtg 1466941 aaaccgtaga ggaaagccac tattatcggg atgagtatcc aggcgacggc cgtaaagata 1467001 acgaagtaaa aggccgtctt tttcaacgcg tactttgtct cgtccctcat ctgctcacct 1467061 ccaagtactc ggccttaagg aacttaatgt agagggcacc gagcagtatg gaaaggcccg 1467121 caattatgag tgcgtaaacg gatgcaacgc cgtagtcttt gatctccgta agctggtaga 1467181 agccttctcc agcgagaacg ggaatatccc tgcccgccag tatccagact ataccaaaga 1467241 tctgcatcgc gaagagcgtc cttattatca acgcactctg gatgctgggc ttcagcatag 1467301 gaagaactat tctcctgagc ttggtccagt agcttgcccc aaagacctcc gccgcctcga 1467361 ggtattccct gcttatcatc tgcagtccgg cgagtattat gacgaagacg atggatgtgg 1467421 ccctccatac ttccgcaagc actattgcca agaactccct gctccggtac tggtatccaa 1467481 agaagtatat cggctgagaa atcagtccga tgttcataag gaccttgttc aaaaacccat 1467541 agggggagag cattgagtac cagataagac cggcggccac gtcactaatc gtgaggggga 1467601 taacaagggc atagatgacc atatccttgc ccttaaaagc cttattgaca agaagggcga 1467661 gcacaatagc cagacccagc tgaatgggaa cgataacagc ggcgagtgca agtgtatatt 1467721 taagagcgct ccagaagtag taatcactaa ccgttctcct aagggtctcg agtgagaagg 1467781 ccccgttctt ggtaaacgcg aggtagagag cctgcacaag ggggtaaccc acgaagaaca 1467841 tgagatacgc aaaagcaggt aaaatcaaaa ggtaaggaag gagagttttc ttttccatgc 1467901 accctcctcc ttcacggtgt ctctatcccg acctcctgga agaggccaac gagattcggt 1467961 ttgatctccg aggtaacctt agccgggtct tcaccgttga ggactatcct ctcaaaggcc 1468021 tgcttgtagt actctttgaa ctggcctccc ttgtctccaa ggtttggtat catcaccaca 1468081 agggcgtcgg aggtgctcga ctgagcggca acgccctcgg cgagtatctt gagcggccct 1468141 tcaggcaact ttccgctcgc ctctttaacg gtggggaaga atccgacctt ctcaaggact 1468201 ttgacctgcg tttcgggctt ggttaggtag tctatgagct tccatgcctc atccttgtgg 1468261 ggtgccccct taggtatggc gaggccagcg aggacaacta tgaagcccct gcccttcggc 1468321 cccctcggaa cgggaacaac gacgaactgg tccggctttg tctctatggc attcttaatc 1468381 ctcgcggtgt gatcccaggc tatgagaacc tcgcccttaa ggagcgggtc ggccatggcg 1468441 tcccacgttg tactcgacgg gtgaacgtat tgccagagct ctttaaggta gttccacatc 1468501 tggactgcat cagagctgtc aaactccttg gcctggtagc cggtgtagct cgggtaaatg 1468561 taaccgtgaa ggaacctcac gaagagtccc ttcggtccgg ccgggaagcc gagctcgggc 1468621 tggcccttgg cctctttaag tttctttgcc cactcgagga gtgcgtcgta cgtccacttg 1468681 tcggtgccct tcatgacgtc ctcctgcgta aggccctccg gaagataatt gaaggcctct 1468741 ttgttgacca ccatgacgta ggtggcgctc atccagggaa cgtagacctt cttgccgttt 1468801 atggtggcgt acttctcgaa ggtgcttatg aacgtcctgc cctcgagctt gggcatgctg 1468861 ctcagatcct caagccagcc ctttgaggcc atgtagtcca taccgccgtg caggtcacct 1468921 atgacgtcaa tggtgacctt tccagtcttc tcctcacctt caagcctcgt gaccatgtcc 1468981 gtgtaggaaa tcgggacgaa gttaacatct attccggttt cgctggtgaa ctccttaaga 1469041 agctcgtctt tcacaaaggc ccgctcctcc ggagggttaa gctgggtcga caggaacgtt 1469101 actgttactt tttccttttc tcctcctgag atacagccac tggccactac ggcaaaggcc 1469161 ataaggccaa ctaacaacac tcccaacaac cttttcatca ggtatcaccc ctgtgctaca 1469221 atgttaaaca acgcagttca aggtacttca gttgacatac tcgctgaaag tatataagac 1469281 ttatgtttag aaccactaaa agtggttgta tttacaaaac agtaaaagtt caggagagcc 1469341 caacgtcagt tttaaagttc aatcagaggt ttagcctcac cgccctcttt ctccgtgaag 1469401 attcataggc cgcaaggatt atggcgaggt tctttttggc gtcttcaccg gttattggaa 1469461 cctcctcgtc cttcaggacg gccctggcga aggagcccac tatccctctg acgtcgggcc 1469521 tgtcccagta gaccttttcc gccctgtcct ggtagaccgt gaagtcgggg taggcagttc 1469581 tcacatcaag gaagccctct ctgccaacga ggtagtactt tatctcgatg ccataggagt 1469641 aacccttggg gttgccccag cccgccgtga ggaccgcaac aacaccatct ttaaactcaa 1469701 ggactgccgt ccctatgtcg tccaccggaa agccgtatat ctttgcccct atgtccgcat 1469761 acactttcct gggaacgtcc ccagtgagcc agagcaggga gtcaacaccg tgtggggcgg 1469821 tgtccataaa gcctcctccg ccagactttt taacgtccaa aaaccagctc atatcaagtc 1469881 cctgaaggaa tatcggcggc ttgacgttct ccgagatggc ctggatgtac tccaagggcc 1469941 caatctcccc agcatctatc atctcctttg ccttcacaag gggttccgta aaccttgggt 1470001 tgaaggggag catgagcttt acgcctgcct ttttagcggc ctttataata tcgtctgcat 1470061 ccttcaggtt cagcgcaata ggtttctcaa ggagtatgtg cttgccctcc tcggcggccc 1470121 taattgcgac ctccttgtgc ctgtacgtct ctattgcaat gtagaccgcc tcaacgtttt 1470181 catccctcaa aagttcctca tagttcttgt aaaacctcgc tccgtacttc tttgcctcgg 1470241 ctcttgccac gtctgagttc gagccgtcgc cggaaatagc gacgagcttc gtctttctac 1470301 ctcccgctat aacggaggca aacctcagtg catgcgggtg agcgtagctt attattccga 1470361 agttaagctt cttcatatct ccaccacctc ccccctgcgg gcactctcct tggccttctc 1470421 ggcgatcttc agcgctataa gggcgtcctc cgcagtgact accggttctt ccttcccctt 1470481 gatgcagttg aagaagtgcc tcagctccct ctcgaaggca tccgggaagg tcgagaggag 1470541 cggcgagaag cggggcatct caaagttggc cttggcgacg ccgacaacgg gggtgtccaa 1470601 gggtgtgtac cttatcctgc cgttctttcc tataatgtca acgtgatggt agaagacacc 1470661 atagcgtgac ggatatggat acgcccagct gacctcggct atgcccgtct tctcaccctc 1470721 aaaggagatc atcatgacga agtggtcgaa ggtgtcgttt gccctcgcct cggcctttat 1470781 tgatttcccg acggcataaa cgctcagggg ttcgctctcg aagaaccagc gaaggaagtc 1470841 cgtgacgtga accccaagat caacggcgac accgccgctc ttcctctcgt cccagtacca 1470901 gtagtccttc gggaagggga ggttctgcac ttcagccttt ctaatgtgca tcggcagaat 1470961 gttgcgcttc tttatgacct ctttcatctg cgtccatctc ttgtcaaacc gcctcacatg 1471021 gcccacgaag agatgaagat cctccttctc cgcagttctt atcattctct cgccctcttc 1471081 aacggtcagg gctatcggct tctccactat cacgtgcttt ccagtcttga gagcagcaac 1471141 tgccagttca gcatgggtgt acgtcggagt cagtatctca acgacgtcaa tgtcgaggtc 1471201 aaggaactca tcaaggtttg tgaaggcctt agctttaaac gccctcgccc cctcgcgggc 1471261 ccgctcctcg tctatatcca tgcaggcaac gacccttatg ccttcgattc tcctgagggc 1471321 acgcttatgg gcgaggttaa agatgttacc acagcctatc actcccaccc tcaactccat 1471381 agggatcccc gaggattgtg ggagcaaaag gtatataact cttttcaaaa taaaccactt 1471441 taaatggttg taaatttgcg gaggtgggaa gagatgaagg tcatcgttgg aattcccagt 1471501 tacaacaacg cggagacaat ctcttttgtc gtgaagcagg ccgctgaagg tctgaaaagg 1471561 tactttggcg gaggtatcat cgtcaacgct gacgggggga gcaccgacgg gacgagagat 1471621 gcagtgctga gaacggaggt tcccgatggc gtcgaggttc acagcttcgt ctacaaatgg 1471681 ccgataccgg gaaagggaag cgccatgaag gagctcatgg agttcgccct cgagagggac 1471741 gccgatgcca tagtcttcgt tgacagcgat ttaaggagca taacccccga gtggatatac 1471801 cgcttcgcca aacccatcga agagggctac gacttcgtgg caccgcttta cataaggcac 1471861 aagtgggacg gaaccataac caacaacata gcctatccga tgacggcctc gctctacgga 1471921 aagaacgtca gacagcccat aggaggggac ttcggagtga gtaggaagct catggaagtt 1471981 tacctcgaag acgaggaggt ctggaagacc cacgtggcgc gcttcggcgt ggacatattc 1472041 ctgacgacga cggccatagc gaggggcttc aaagtcatcc aagcggccct ggggatgaag 1472101 atacacgacc ccaaggatcc agccgcttcc ctcggcccca tgttcaacca ggtcgtcgga 1472161 acgctgttca tgcttatgga gaagtacgag gacgtctgga aggacgtgag aacgatagaa 1472221 cccgttccgg tcttcgggga gcttgagaaa ggtgaacccg agcctgtaaa ggtgacctta 1472281 gagctcctgg agataagggc gaaggagcta ttcgcccagc acgaacctgt gctgaggagg 1472341 gcactggaca aagagacgtt caagggagtt gtggaagccc tcaagacctt cgagttcgac 1472401 gacaggctct ggagccacgt cctctacgac ggggcagtgg cgtacaaaaa cagaatcctg 1472461 accgaggctg aacccctcgt gcccctgtac ttcgcaaaga ctgctgattt tgtcaagaga 1472521 acgattaata tgagcaccct tgaggccgaa aaactgatag aggagagggc gaaggtcttc 1472581 cttgaggaga aggactacct cctggagcgc tggtagagct ccctaacttc cttcatctga 1472641 actatttcct ccatttttgg aacgctccag gcacctcgcc gggtggtgga gatcgccgcc 1472701 acgaggtttg cgaagcggcc gatttttctg aggtgctcct catctatgga atcctcaccg 1472761 agcaggtttg agtagtgaag gccggccaga agggcagccg tgaaggcatc tcccgctccc 1472821 gtggtgtcaa ccggctcaac tctataagcc ggaatgtgaa ccttagcgtc tccgctcgtc 1472881 agctcactac ccttctcacc cgaggtcacc gcgaggagtt tgaaatcgaa ctcatcgagg 1472941 cttattccgt tgttcctgag gtactccagc tccccatcac cgagcttaac tatatccgcc 1473001 agttgaaggg ccctctcaat attccgaagc atttcctcct cccttccgcg ccagagatcg 1473061 ggccttatgt tgacgtcgta gctcagcgga acccttccct taagttcctc taaaatcccg 1473121 aagagagtcg agcgggatgg ctccctggcg aagagcacgg tgccgaagtg aaccgcttca 1473181 gcgttctcaa gaggggtcgt ttcaacatcc cagggcttca ggttgaaata ggcgacgccg 1473241 tcataaagga tgaactccgg tttggcaccg atgagctgaa cgaagacgac gccggtgtgc 1473301 ttttcagcgt cccgggatac gtaggtcttt acaccctcat catggagtct ttcgagtaga 1473361 aagtccccaa aggggtcctc gccaaccttg cttaccagcg caccctcaac gccgagcctt 1473421 gaaaggccaa cagcaacgtt tgcgggagca ccgccgggat gcttctcgaa ggacttcaca 1473481 tccttaagct tcccctcctg cagggctatg aaatctatga ggacttctcc aatagagaca 1473541 atcatcatta tcaccacaaa caacaacttt tggttgtttt ctctgacaat cgttatatac 1473601 gttttccgcg attgaaatac caaggtgctg cctatgatag ccgtcattac ctttaccgac 1473661 ccccgaccaa cggccctctc gatcgagcgc gagagggctt tgatggagaa gcactccgcc 1473721 ctcatcgggg agctgaggaa ggccggcttt gaagttctcg acgtgaacga gaggcttgga 1473781 aaatacgagg ccctcaacgc cggtaagaac ttcggggtag attcgatgga tgagagcttt 1473841 aaggcaggag aaatcatagc cggaagctcc gtctcgggaa taatagccgg cctctggcac 1473901 tggacggaga gcaacctcgt tacggcactc gtcagggaaa ccaagaggcc catactcctc 1473961 tacgccgacg acgatccggc atgggcagga accacgtgca tcacatctgt cggggcctcg 1474021 ctctgggaga gcgcggtgaa cgagtacgcg ctgaaccacg tgcgcctcaa gggggacgtt 1474081 gaaaaggtaa aggcctgggt cagagccgtt gaggccgtct caaagctctc caggaagtcc 1474141 atcctcctct ggggagctcc gtacaccctc gggatggagc acctcatgga cgatctgccg 1474201 gggcttaaga gaatcgtcgg cgacttcata atgctcgacc agtacgttct ggtgaggaag 1474261 gctgagaaga tgctctcgga cgagaggctg agggtccgcg tggaggagtt ctacgactgg 1474321 ctgaccgaga aaacggaagt caagtttgat gacctcatgc tgacacccga ggcattgagg 1474381 agacagatag ccatctatct cgccgcaaag gagagctgga gcgagcagaa aggtgtttcg 1474441 gccgtctcga taaagtgcca gccggagctg agcgaggtct acggcgttac ggcctgcctg 1474501 attccggcgc tgttcccgtt caacctcgat gccgagggcg agaaggaggt aatccctgcc 1474561 acgtgtgagg gtgacgttaa aggaacgata agctcggcgc tcctcttcta tctgagcgga 1474621 aagccgccgc tctttggaga cataaagtac gtggacgatg aggtcgttat gatagccaac 1474681 tgcggcgctt catcgctcta ctacgcgagg ctgagcgaga acccggagga gaacctcaaa 1474741 gctactataa tccagggaca gtgccagggg gcgagcggcg gggcgctaac ttacagaact 1474801 cccccggcgg agttcaccgt ggcgaggctc atacgtcgtg gaggtgaata ctacctcctc 1474861 tacttcttcg cggagggcct tgagataacg gaggagatgg agtcgaagct caaatggggc 1474921 aagcagtggc cgcatacggc cataaagaac ccgctcgaca aagaaacctt catctcggcc 1474981 atgggagcca accacctctc actggttccc ggcgactaca ccgaggagct ccgctttacc 1475041 gcgaggctct ggggagtaaa ggcaataaac cttgaagacc caagggaggt aaagtccttc 1475101 cttgaggggt agtccatgag aaccatctta gccggcaacg gagccttcgt cctgagcgat 1475161 gagagggggg acatgccctc ccattacgac ggcttttatt ttcttgacac aaggttcgtc 1475221 agaaaggcca ggcttgaagt ttctccggaa ccggacttca tcggggcatc ctcaaccttc 1475281 acccgggcgg tttcacactt ctctctcggc gagcggggaa tcctggtgag gctaagaacg 1475341 ctggacgggg tttacgagga aaagctctcc ttctacaaca cgtcggaaga atcgctcggt 1475401 gtcaaggtca ggtactccta cgaggccccc attgaggaca tattccaggt caggggcttc 1475461 atggggctga agagcggaaa ggcgatagcc ccagccggag gaacgcacgt caaagagagc 1475521 ccctccggaa ggaggagtct ctccatcgag accaacatgg aaagggaggg gagtctctta 1475581 agggcggaac ttgagatacc tcccctcgga aaggcagtcc tctacgtccg cttcatcccc 1475641 aaaatcgagg ggagtatctc ggagatactc ggggagaaaa ggaaaacgat aaaaaacgtc 1475701 gccttcaccg gctcacccgc catcgacggg atatttgaga gggcggttga gaacataaac 1475761 gccctgacgc tattcacgcg cttcgggcct gttccccttg cggggattcc gtacttcgcc 1475821 tgtcccttcg gaagggacgc gataatagcc tcactctttc tcctgccgta ttaccccgaa 1475881 tacgccgccg gcacgctgag gctcttcggg cggctccagg ggaagagaac caacccgaag 1475941 aacgaggaag aacctggaaa gataccacat gagttccgtc tcggggagct cgcgcagtcg 1476001 gggaaggttc ccttcgcgcc ctactacggc acggtggatg ccactccact ctacgtggca 1476061 ttagccggtg agtacctgcg ctggacgggg gacagaaaat taatcgagga actgagaccg 1476121 aacctgacgg ccgccgtcga gtggatactc aaaaagctcg atgatgggta cataacctac 1476181 gttccgggga tactcggcaa caaggggtgg aaggattcga gggatgggat aattgacgag 1476241 gaagggaaaa ttccaaagcc gccgatagcg ctcgttgagg tgcagggcta cacctactgg 1476301 gcgcttaaac ttgcagggga gctcagcctg acagacctcg atgaaaaaac ccttctcgca 1476361 gaggcggaaa agttgaagaa aaggttcaac cgcgacttct ggctcggctc ctactacgcc 1476421 ctcgcgcttg atggggaggg aaggccgctt agagtcgtct cctccaacat gggacaccta 1476481 ctcctgacgg gtatagccga gcacgaggag gaactcgcgg agaggctttt ccggccggac 1476541 atgttctccc ggtacgggat aagaaccctg agcgctaagg agaaagccta caaccccttc 1476601 agctaccacc gcggaagcgt atggccgcac gacaacgcgc tgatagccct cggcctggcg 1476661 aggattggaa ggactgacat ggcgaaggca ctcatggatg ccgtcttcga tgccgcgaag 1476721 cttctgccgg agagggagct tccggagctg tacagcggcc taaacgagct cgttcccgtt 1476781 ccaagggcca actccccgca ggcctggagc tcggcgagcg ttttcgcctt cgttaccgcc 1476841 tcgctcggaa tggaagccgg ggatgaactc accgtccggc cggccgaggg gacgagcatc 1476901 gttctgagag gggtttcttt tggagggagg agatacgtcg tagtggtcaa cggaggtgtt 1476961 agcgttgaac ccctatgagt tcaggtttga aaaactccca aaacccgtgc ttttcccctc 1477021 agatgaagga ttcgactcaa agaacgtcta caaccctgcg gtggtcaaga ggaggggaaa 1477081 ggtggttatg ctctaccgtg cggaggccaa aggggaaagg ataaccggaa gaatcgggct 1477141 ggcgctgagc gaagacggga tcaacttcat cagacaccct gaaccagtta tggagcctga 1477201 atacgagtgg gagaagctcg gcgttgagga cccccgcgtc gtgaggattg aaaagaccta 1477261 ctacatgacc tacaccggct acgatggaga aaccgcccga ctctgtatcg ccacctcgaa 1477321 gaacctgctg aactggaaga agcacggagt ggttttcgag gagttccctt tccccaagaa 1477381 tggaaggttc aactggacaa agagcggagc catactggcc gagaagatga aatttgggcc 1477441 gttcaagggg cactacatca tgtacttcgg cgactccaac gtctggctcg cctattcgaa 1477501 ggatctcctc cactgggagt acgagagaga gcccgttttg aggccgaggg gtcatctcgt 1477561 cgagcccggg cctcctccaa tcctcacgga ggatggaata ctcctgatac acagcgaggc 1477621 cttccatgag gagggaaagc tcgtttacta cactcacgcg gctctcttcg acttggagga 1477681 cccgagaaag ctcatctgga gaaccgagaa gcccatcctc aggccgacct tcgactggga 1477741 gctgcacggg tgggtcgaca acgtggtctt cgccgaggcc atgatagagc atgaggggag 1477801 atactacctc tactacggcg gtgccgacag gtacgttggc ctcgcgatag gaaaaattga 1477861 gacctgagtc gagcgtcgct aaagtctcaa cgcttgcgac gcgtgaaggt taaattttta 1477921 aaccctctct ttttctcccg cgcctatggc ggtcagtcag aagcgcaaga gaacgaccct 1477981 caagaagctc gagagaaaaa gccagatgag gcaccggccg aatccagaga agtggtttta 1478041 ctccttcatt cccttcaagg tctcaaccgg gggagttgct cccttgatcc cactcctcac 1478101 tatggagctc ggtggcggtc cgcgggaagt cggtattgta aacgccgtcg ggagctttgc 1478161 atcaatgctc ggcggccttt tctggggaaa actcagtgac cggctcaaca ggcggaaggt 1478221 tttcctcgta accggctttc ttggaacggc actctcaacc tttctgttcg ccctagcgag 1478281 aagtgtttcc tcagtgattt ttgcaaacgc cctctacact ttcttcatag ccgcaacggt 1478341 tccgattcca gtcctcataa tcaccaaggc gttccgcctt gaggactggg actacgagat 1478401 agggaggttc aacgagatat gtggctgggc ctgggtactg gggcttgtgg ttgggttcgt 1478461 cctgtcccac ctgcttcccc tccggtggat ttttgcagtt ctcggcttaa tcggccttct 1478521 ctctgccccc tggggtatga ggacgataaa ggaagtcccg cttcacctca gcagaaagat 1478581 cctcggcgtc tacgcgggct acgtcgtcga aaagttccgc tacctgccga acttcattac 1478641 ccacctgcca aggctttcca cgaacggatt cggcgggctt tacctctcaa ctttcctctt 1478701 ctggttcggg gcgatgctgt acttcaccca gttccccgtc ctcctgaagg tgagaggctt 1478761 tggagcctcg atgctctatt tgatgagcat cggaaactca gcggtctccg cctatatgta 1478821 cgcccgcgtt ggaaagaggg ttaaggcgaa gggcggttac agaaccctca agctcggcct 1478881 cctcctgagg ggcctctctt tcctcctgct cacctttgcg acgttcataa ccggacccct 1478941 ctttcccgtt ctcgcgttca tctcctactt cctcgctggc tatacgtggg ccttcatagg 1479001 catctcaaca accaccgtaa tttcccgttt cgctccacca ggaaagaagg gaaccctaat 1479061 tggagcctac aatctcgtga gctccctggg agcagtagct ggaaacctga cgagcgggtt 1479121 catagtctca cttctgggtc ttacaggcaa ctttgcgctc gcctctgcgt tcatcttcct 1479181 ctcgctcctt ccgatagctc gtctcagggg ttaaagttcg atagtgctcc ctgtcttcac 1479241 gcttacgaac ttctcagggt attcccgccg cacgtaggcc ttggcttttt caccagagca 1479301 gtgtgcgggc gctataaatt cagacatctt ggcaagcctg tctagaaccg ccctagatgg 1479361 gtaatggaag ccgccgatta caaggtgggc tcttttgtac cctgaaacct caaggacggc 1479421 ctccgtcagc ctgtctgggc ccggatgaga acagccgact atgacgacga gtccagaggg 1479481 cgtttccacc cccaccgcct gctcgaagcc atccaacgct ccagaggtcc agacaccatc 1479541 ggctattctc cccgcttcgt gcatttcggc gatgtttagt ccccggatgt tccctccagg 1479601 cggagcgtac agttcaagcc ccgggttcag ctccgcaatt gttgaaaaac cgccgtagtg 1479661 gtcgtagtgc cagtggctga gaaccgcgaa gtcgaggccc ttcaaagaaa caccgagagc 1479721 ttctgcatta tggaggagaa tttctcccct cgtgtctgca tcgaagagga agcgatgctt 1479781 cccctcaacc aaaacgctcc agccccagtc attgagaagt ccttcagcgg gcacgttgtc 1479841 gtttaaaacc acgagcctca taccaatccc ccggattaag ggtttccttg ttcagggtaa 1479901 cactatcctc cagtaggagc ccaaggataa gacagcaatc aaacatatct tggtgcgaga 1479961 ccgttaaaag gactttccaa aaccttaatc cggtgatggt gatgttctgg ctcaagacga 1480021 gaatcatcga gggtaagggc tcccttgaaa agctccgaaa ggaggccaag gaacacgaga 1480081 gggttcttat cctggccggc aactcgatga agagacacgg cttcctgagt gaggctgagg 1480141 actacgttaa agaggcgggg gcggaggtct tctcaataac cggccttccg gcggagccga 1480201 gcgtggaaac aatagaggag ttcctgccga aggtggggga gttcaagcca gacctgctgg 1480261 ttgcgctcgg gggtggaagt gtaatagaca cgaccaaagc ccttaaggtt ttctacgacg 1480321 ctcccgagct gaacttcgag gagatagctt tcttggatag attttcgaag cccaaacccg 1480381 ttccgaagct gaagacgaag cttattgcta tcccctcgac gagcggtgcc gggagcgagg 1480441 tctctggagc gagcgttctg aagaagggcg gaatcaagta caacatcgtt acgcccgaga 1480501 tagcacccga tgtagcaata ctcgaccccc gcctgccgat gacgatgccg agggaggtgg 1480561 cgaggaattc cggactggat gtgctcgttc atggaataga ggcctacacc accaaggtcg 1480621 ccaacgactt cagcgatgcg atggcgatta gggcgataaa gaccgtcttc aactaccttg 1480681 agaagagcct tgaaggagac gaggaagccc gtgaaaagat gcactacgct gcgactatgg 1480741 cagggatagc cttcctcaac gcgcgcctcg gcctctgcca cgcgatgagc cacaaagccg 1480801 cgtggattgg accgcacggg ctgctgaatg caatattcct tccctacgtc atggagttca 1480861 atgccgagag aagcgactac gcgaggaggc gctacgacga gatagcgagg gagctcggcc 1480921 ttaaggattg gagggcgctg atagaagccg ttagagagct gaacgagcgg acggacgttc 1480981 cgaagctgag cgagcttgtt gatgaagaaa ccttcatggc gaggctcgac gagatggccg 1481041 agaaggccta ccgcgacggc cttttggcct tcaacccagt cgaggcaaag ccggaagaga 1481101 taaaggagct ctaccttagg gcgttcagag gggagtgagg aaaagaaaag gaacaaacgg 1481161 actaagcaac cttcacctcc ttttctcccc cgttctccac ctcgcgaatc tttccaccct 1481221 tcatgacctc gacgatggcc aggcttagta tcgccaggaa caggtagatt cctgcggaag 1481281 ttccgaagag cacctcatag gctttggtcg tcggtatctt tatctgaacc cacgaggggg 1481341 cgccaggcgg gtggaagagg gtgtagtatg tgctcattat tgttccggct atagcgggcc 1481401 cccaggttga gccgaagttc ctgaagaggc tgttcgctcc tgtcgcaacg cccatgaccc 1481461 tcggcgggac gctgaagacg aggacgttga ttagggagat gttcatgagt gttatgcctg 1481521 caccgacgta tgctatcatc gccacgaagg cccagaggtg gttcggtggg aattcagggg 1481581 cgtacttcgc aagaacggcg aggccagagc tcgcgatgag agcgcccgtt attgcgagtg 1481641 gcttggcgcc gaccttcggc attatttttc cggcaagggg ggcgatgatg agcatgatac 1481701 ccgccattgg ggtcataagc agaccgctct ggagtatcgt cttgccgaag ccatacggtg 1481761 gcttcatctg gaagatgtag gtgttcgcct ggctcatcat ggatatgcca aaggccgcga 1481821 acatgattcc gaggttcact atggcggggt tccttgcggt cacgatgtcg aggggaatca 1481881 gcgggttctc cgcgcgtttc tcccagagga cgagcaaaat tgcgccgact atcgagaccg 1481941 cgaagagaac gagggtttct cttgcggtcc agccgacgtt cggggcgcga gttaccgcaa 1482001 cgagtgccgg aacgacggcc cagacgagga gcagagcgcc ctgccagtcg agctttccgg 1482061 ggttgatgta gcggctctcg cggagtatct tccacgcgag gatgaacatc agcacggcga 1482121 atggggcggc ggtgtggtag gtccagcgcc acccccagtg ctgggtaacg tatgctccga 1482181 gcgggagggc tatgaccata ccgacgccga acattgcgct tatcattccc tgaacctgcg 1482241 ggaccatctc gggcgggaac tcctcgcgga cgagggcgaa agccagcggg aatatggcca 1482301 ttccaaagcc ctgaattgcc ctgctgaaga gcagccactg gaagctctgc gcaaagccgt 1482361 tcaggatgac gccgagggtg tagaagccga gggcaaccaa aaacatcttc ttcttgccgt 1482421 acatgtcgcc gagctttccg aagagtgcca cactgaccgt accaacgagc aggtatatcg 1482481 tgagaaccca gctgacgtcg tttggattca ccgcgaactc cttctgaatc gtcggcagtg 1482541 cgggagttag catcgcctcg gtgtacatga cgaggagagg caataaaacc acgacgagcg 1482601 tggccttctt cgcgtatttg aggtcgtagg tttcgccgtt cctcgtgacg ttcatatctc 1482661 ttcaccgaca tgtcgaacga tatatcgtct tataaagtta gcggtagggg ttataaaccg 1482721 cacaacgcca ggtttaacca tgcacccact cctcagaaag gccatccggg agcgctttgg 1482781 gaggctcaac cggctccagc aggactcgtt cagggaagtt agctcgggaa agagcgtcct 1482841 aatcatcgcg ccgaccggct cggggaagac ggaagccgcg gttctgcccg tcttcaacga 1482901 aatccttgaa gaaggactaa aacccatttc ggccctctac atcgccccgc tcaaagcatt 1482961 aaacagggac ttgcttgaga ggctcgaatg gtgggggagg aagctcggga taaccgtcga 1483021 ggtacggcac ggcgatacat cagcccacag aaaggcgaag cagacgaaga atccgcccca 1483081 gatgctaatc atcacccctg aaaccctcgg cgtgattctg actgttaaat ccctcagaaa 1483141 gcacctcgaa aacgtgaagt tcgtcatcgt tgacgagata gcggagctcg tagataacaa 1483201 gcgcggttcc cagctcctcc tgaaccttga gagacttgcc gagatagcgg acttcaagag 1483261 gataggcatg accgcaaccg tcggcaacga ggaagaggtg agggactggc tgaaggccga 1483321 aacgatagta aagccgaact ggaaaaagag ctaccgcttc cacgttctct atccaaagcc 1483381 gaaggaggaa gataaggagc tggcggagaa gctgagcgtc tcgcccgaga tagcgtcccg 1483441 tctgagggtt ctgtgggaga tagttgaaaa gcacggaaaa gccctcatct tcaccaacac 1483501 gcgccagttc gcggaggttt tagcccaccg cctcaaggcc tggggaaagc ccgtagaggt 1483561 tcaccacggc tcgctctcga aggaggcgcg cgtcagagcc gagaaggccc ttaaggaggg 1483621 gaaaatcaag gccttaatct gcacctcctc aatggagctc ggcatagaca taggtgatgt 1483681 ggacgttgta atacagtata tgagcccgag gcaggtcaac aggttggttc agcgcgtcgg 1483741 aagggcgaag cacaggattg gagaggtcag cgagggctac atcatagcga cgaacgtgga 1483801 ggactacctc cagagcctcg tcatagcgaa acgggccttg gaagggcgtt tcgaggcggt 1483861 cgagccgata ggcgggcttg acgtcctggc tcacttcgtc gtcgggttgc tcattgaata 1483921 caaacgcctt ccgcgcgaga ggccctacga gatagcgaaa cgagcgtatg tttaccgcga 1483981 tttgagctgg agcgattacc tcgacgttct ccgcgttctg gaggacgctc gtttggtcgg 1484041 ctacgatgag gagagcaacc tcctctacct caggcgagga gcgttccagt actactacga 1484101 gaacctctcg acgattcccg atgaagtctc gtggcgcgtt ttcgacgcca aaagtgggca 1484161 cgtcataggg aggctcgatg agagcttcgt gatggatttg gaggagggca tggagttcgt 1484221 aatgaacggg cggagctgga ttgtgctcaa gatagacgac gaggcgaggc ttttgaaggt 1484281 tcgcgagagc aggagccttg agagcgcgat accgagctgg gagggtgaga tgattcccgt 1484341 tcccttcggg gttgcgttcg acgtcggcag gctgaggagg gagctggtct tcgacttcaa 1484401 caaagcttta gaccttttgg agggcgttga gttcagcgag gaggaactta gaagggcctt 1484461 tgaggaaatc agggacgagc cgtttccgac cgaccgagat atcgtcgtcg agagcacccc 1484521 gaaagctctg gtaatccacg ccgatttcgg gagcagggcg aacgaagcga tagggaggat 1484581 agttcactcg ctcctaatcc tccgctacgg cagggttttc tccgtaagga gccaggggca 1484641 cgcgatagtc ttcaaaacgc cattccagct caaccctgag gaggtcaagc gctacctcta 1484701 tcaggagccc gggagagttg agttaatagt ttcccgcgct ctgagagatt cccacgccta 1484761 ccgctggaga atgctgaacg tggccaagcg ctttggggcg ctgaggaggg acgcgaggat 1484821 aagaaaggtg gagagactct tcgaggggac ggtgattgag agggaaacgc tcaacgagct 1484881 ctaccacgac aaggtggatg taaaaaaggc cgagctcgtg atggagctac tcaaggccgg 1484941 ctcgctgagg gtgaagaccg tcctaaggaa ggagccctca actctggcga ggctcaacat 1485001 gacggtgagc ggggagttcc tgctgtcggg cgttctcgag agagacgagc taattgagct 1485061 gttcaaaaag agactgcttg aacacgaggt cgttctggtc tgcaccaact gcgggtggca 1485121 ctcgaaaacg aaagtggcga ggctccaaaa catcaagctg aggcagtgcc cgcgctgcgg 1485181 ctcgaagatg ttagctgtgg cgcacccgat tgacgccgag gagttcctct cggtacttga 1485241 gaaggtccgc cacggaaagc cgctggaaag gaaggaagag agaatctaca gaaagattct 1485301 caaggcggcc gatttggtcg atacctacgg cttcgaagcg gttctagcgc tggcgagcta 1485361 cggaacggga ccagataccg ccgcgcgact gctcgcgcag taccggggag acgccttaat 1485421 cctcgcgctt atggagaggg agaagcagtt cataagaacg aggcggttct gggttgagag 1485481 gaaggagaag gaagatacag aaaacgggag tgcatcttga ttttgcgttc ttgtagagac 1485541 aacaatgctt aaatatgtcg gtacccctcc atgacagtat ggtaggtgcc tatgctgttt 1485601 ggcagaatca agaaatcgcg gcatgagata tttgacaggg agtatgaatt caaccactaa 1485661 caagggttgc tgaggatgga gttcccctaa ttgttctcat gggaatcaga cggaagaaga 1485721 gaaaaggctt tcgaaaccgt taaatagttg cagtgcgatt agtctaatca tgatgcaaca 1485781 attcgtcaac agaaagggcg agctcgatgc tctcaggagg gcctttgagg gcgacaaagc 1485841 ggagctgata gtggtttacg ggaggagaag ggtcggaaag acggcgctcg tcctgaaggc 1485901 cgccgaaggg ttcaggcacg tctacttcct cgcggacgag aggagcgaag cggagaacct 1485961 cgcggagttc aggaagaagg tggcacaatt cctgggcgat gaggtcgtcg cccgctccga 1486021 cctcggctgg atcgaggtgt tccgtctcat cgcggagcgt ggaaatggag ttgtcatgat 1486081 agacgagctc ccctacctcg ttgaaggaaa cccggctttc ccctcggttc tccagaaggc 1486141 atgggacttg catctccaga actcgaaggt caagctcgtt ctcgtcggct cgtcaatcgg 1486201 catgatggag aggcttctcg gccataaaag cccgctctac ggcagaagaa caatgcagat 1486261 tgacctcaag cccctcaggt actggcacgt tcctgagttc ctgcccggct actcccccga 1486321 ggactggatg agggtttacg gcgttgccga cgggataccc ctctacctga agcagttcga 1486381 cggtagttca tcgttctggg agaacgttgg aaggctattc ctcagaaagg agagccccct 1486441 ctacaccgag gcggagttcc ttctcagaca ggagttcagg gagccggcgc ggtacttctc 1486501 gatactgaag gcgatagcct tcgggaagac gagcttcggg gagatagtga acttcacggc 1486561 ctttgacagg gggaccgttt cgcgctacct cgacaacctc gccagaataa gggtgatagc 1486621 caaggttcac ccggcctttg agcccgagaa gaggaggaac acccgctacg agttcgccga 1486681 taactacttc cgcttctggt tccgcttcgt ctatccgaac agggagagga ttgagcggga 1486741 gctctacact gaggttctga aggacgttaa ggcaaacttc gaccactaca tgggacctgt 1486801 gtttgagagg gccgctgagg atttcctgtg gcggaggttc gccttcgagc ggggcggaag 1486861 gtggtggcgc aggggagaag aggtcgactt cgtgggcgtg aagaacggaa ccgcgtactt 1486921 cttcgaggcc aaatggggca ccttagacca tcgagaggcc ctccgggttc ttaaaaggct 1486981 tgaggaaaag gccgagaacg tcagaaccgg ggcaaagaaa aggtgcctcg gcatcgttgc 1487041 aagggccgta gaggacaggg aaaggcttga ggagaggggc ttcctcgtct tcgagctcag 1487101 ggacctcttt ggattctctt gaggaactcc tctgccctct caagctcccc ctctcaagca 1487161 ggagcggaag cgtcgagtag agcgccaagg gtcgcttttc ggcttttcca agagctcctc 1487221 aacctttgtc ttcagctgga gataagcctt tccccttttg aggaagtccc gcagatccca 1487281 gacgaggtag ccctcctccc tcagctcttc ctttccctca acgccccttg cgatgaggcc 1487341 gaacctgaaa gcgccgtcaa agcggacgaa ccttgctttg ccctccagct cccttaaaat 1487401 cctcctcgcc tccctcttgc ccaagtcctt ccacttgacc tcaatcaggc tggccatccc 1487461 cctgcccaac gccacgatat cgatttcttc gcccctgaac caccacctgc cgagggtttc 1487521 gaactcaatc ggccttttga gaagaatgaa ctccctcgcg aggtcctcaa agcgaaccga 1487581 gaaaaccctg tagaggtcgt cgagcttagc ggttcccgag gctatctcgg ccatctgggg 1487641 gtaggtaagg agaaaccagc tcagcagaat cgggtcgctt atcctgtaaa ggctcacctt 1487701 cctgctaccg aggattggga tctctttctc gcggtctatg aactcttcta ccagttactg 1487761 gtgggagcct gcttaaaaag attgggtcaa aagggaaaaa gaaatgctca gtcgcccttc 1487821 ccgtaaatct cattgagggc cttcaggaac tcgcttgccg taacaacgtc cctgacgtct 1487881 atgcgctcga acttagtgtg cgagatgtcg aggttgcctg ggccgaaaac tatcgtcctc 1487941 gttccgttgt acatgaagtt tatcgcgtcc gtccagctcc tcattccgcc gaactcgtcg 1488001 aggcccgtct tctccatcgc cttcttggct agctggacta tctcttcgtc cggttcgagc 1488061 ttgtagccgt cccatatctc ggtgtactcg tagctcttgg tgtactcgtc gagtataggg 1488121 tccattaagt cgaggacatc ctcgacctcc tgctctggta agagtctcgc ctcgagcctt 1488181 cccttgcaga gggcggggat gaggtaaacg gggttctcgc agacgagctc ctgaattcca 1488241 atgtgtgggt cgaagaactc gcccttggta ttgaagggtt cgagcttttt aagctcctcg 1488301 agcatcttat aggtctcctc aatcgcgttg acaccgctct cgggacaggc accgtgagct 1488361 tccttgccat ccacctcaaa gtaggcctcg atgttgccgg cgtgggcgat gtgcacctca 1488421 aggtcggtcg gttccagaac gacggccatc ttgggccggt aacgctccat aaagagcgcg 1488481 ctcccgcgac cgccgagctc ctcgtcgctg acgaagacga taccgacgtt gaggtccttg 1488541 ttttccctct tcaggctctc aagcatgagg agtattgccg cggcgccgcc ctttatgtcg 1488601 ctcgcgccgg tgccgtagat tatgttgccc ctgacgaagg gctcagcgcg aatcggtatc 1488661 gtgtccacgt ggacctcgta gaagagctcc gcctcagggt tcacgacgag gtctattatc 1488721 tcgccgtcgc tctcgatgtg gacgtcgtag tcgagcttat ggaggaactc catgatgtgg 1488781 agcattatcc tgtcttcctg gcccgaaggc gagggtatct tcaaaagctg gaggagtatt 1488841 tccttcgctc tctcggtctt catttggttc acctaactta ccctcgacgt cgccctttat 1488901 aaacctcggc attccaagcg tctcaggata cagtgcagaa cctctcaagt attgctacaa 1488961 ctcgtccctt cagattctca ggcaagttct cgtctcggag gtactcttca acatcacggc 1489021 agcgtttttt aatccattta gcattaccct cttttccagc acgctggagt tccgcctcaa 1489081 gagctatgag gtggcactcg tacgtctctt ttgggttctc gattatcacg ttcggcgtta 1489141 tctcaaggcc tctggctttg aggcattcaa tttccctgac ctcgtgaatc acgaggtagt 1489201 cgttggagag tatctccccg ggctcataaa catcgttttc atatgttctc gcgttcagat 1489261 aatcccacag ctcagcggga gttacctctg tttctattcc caccctttcc agggctttct 1489321 tgcactcctc aacccccgtc agccattttt caagggccgt gtttactgtc cagagaaact 1489381 cctccttcgt cccgcccctc cggtaaaact cctcgagcag ttccatgaag cgcttctcat 1489441 cctcactgaa cttctccccc ttccagcgga agattttaaa gcgttctcca aggagctcga 1489501 cggtgtgaaa gccgctatct ctgggcgttg gctcaagatc cttcacgagc tcgacagtgt 1489561 ttatcgtatc gtagccgagt ctcttccaga aagctatggc gtccttatcc tgtggcagga 1489621 cgaagaggta aagagccgaa tcccacttca gaacctcctc ctcggccctc tcaacgagag 1489681 cccttccgat gccccttccc ctgaactctg gccttacgaa gagctcttcc acccagaaac 1489741 ttccatccct gctcgaaacc ctgatgaaac cagcagcctc tccgttttca agggcaagga 1489801 agattatgtc gtccctttta aagtaatacg tcgcctcggc ccggtactct gcctcagcgt 1489861 gtggactcca gccctgcttc cccctgagct ccttgaaaaa ctcgatgtaa agcccttgga 1489921 agtctggaag atgtttttcg gttaggcgaa ctatctccat gcattcagcc ccacacgagc 1489981 ctcttccgga acaccagcac gttaggctcc tcagtctcct cccataggaa gagaccaagc 1490041 ctcctcagtc ccggcaggag gggcttaaca ccgctcggga gcatcacctc gaactcctcc 1490101 catcccctct cgcgggcgac ccaagccata gcgggaagca tcgccttgag agttgccagt 1490161 ccaacgtcga ggggcgtgaa cgttgcctcc cccttcggaa cgaggaagcg gaagccgttg 1490221 atgtcgtaga attcggcctt cgccttcagc cattcgaggc tctcatgact cctgcggaga 1490281 aacttcaatc cggcgggaat tacgccgagg gtcaggtctt ctaggctggg ctctaccatc 1490341 gctggctcct cgggctcgaa ggcggaaacc ttcgccccca ggttgaagaa cttcgcggtt 1490401 atcgagaagc cgtctctctt tgccatggct atgctctcgc ggctgaggaa gtaggtcgca 1490461 aactcaaggg cctcaatcct gccttctttc gcgagtttct caccaagctg aagcatgaag 1490521 tcgtggagct tcctcccgta gcctctgccc ctgtattctg ggtgaaccct cagtccttca 1490581 agccagccga cttttccggg cagaatggtt agcttcgccg tcccgacgac ctttccgtcc 1490641 agctcaagca cgtagaagtt atcgccgagc cactcatcga agacccttgc taagtaatcc 1490701 tcaccgtccc aggtcagcct cgctatttcc tcgatgaagg gtctatcttc tggccttgcc 1490761 tcgcggatga tcggctccat ggtatcacca aagtttattg gttccgtccc aatttatggg 1490821 tttgggaacg tcaggttgaa cataagccca ccggtcatgt tgaggatgct ctgttttatt 1490881 tcctgggccg tggcattgaa cggggccact ttttcgatga tgtcaagcgt tctcagctcg 1490941 tcctcttttt cacagcctcc tttgaatggc tttgtaactt caagccgctt tagcattcca 1491001 gttttctcat caacctcgcc gatgatgaac cagcacaggg agatgttttc agatgaggcg 1491061 cactcaatct caaagtcaaa ccagtttccg ttttcaggca gaatagccac ataattacca 1491121 caagctctga gggtgttgtt tgagggtatc cccagaaggg ccgttaaatt tcggtacagc 1491181 cgatggtaag tcttcataac ggtcagttgt gcagttgttg acgcgacccc tataacatct 1491241 ccagtggtgt ggttgaccac ataccatgga aggtctctaa cctgggttcc attggggtag 1491301 tacgctacga gtttaacgta gacaatgtcc tttttggctt cgctgagatg atcgtacgaa 1491361 atccagaaaa ccctttcttt ggggttataa ctggcactga agctccacgt gacgatgcca 1491421 tctacagtca gggttgcgtt tccgagtttt tgcaccaaat caggccgggt ctctcggaag 1491481 taccgtatcg ccgcgtagat atcattcccg tattcatccc agatcacttg agtgtactgc 1491541 ttctgctggt ctttaagcct ctcaacgtct ttttgaagtc ctctgatttc catgtttaga 1491601 tgaatcatct gagcggttaa aacaaggatt atcacagccg gaatcgccac ttttagatat 1491661 gaattcatag cgtccccctc ataaggacaa ctttgaaatt tataactttt tacctccaga 1491721 ttaagtgttg ccgacggatt tctccatgga caaccgctct cagtcatcct ctgaaaaact 1491781 ttttaagagg ttctcctaat tacacccggt ggtgttaatg aaacatgtca catctctgat 1491841 acttgtcctg ctcttaatcg tttcgggctc ccttggctac gcataccacc agaagagtgt 1491901 tgagtcagaa aaggccaaaa acggccttat ttccgcttta accccaaccc tccattgcct 1491961 tgaggagata acccttctca aatcaatgat cgaacacaac gcaaccagag acccactcca 1492021 gagccaggta ctctatgaaa aagtaagaag gttcaactac tgcgcttggg tactcgcgga 1492081 cattgcagga gacctctacc aattgacaaa ggacgagaag tactggaacc tccacagtgc 1492141 cgcgtccaac ctagaggtct tcctaaacca cgtgaacgtt cattatcctt atgcaaaaga 1492201 tgaccttgaa agaaacgcag atctcttcga ggaaattgga gaatcaataa gcgagatata 1492261 caaatcgagg aggggcaact ttaccaacgc tcagacggag cggctgctca acctgacgga 1492321 aggcctctcg tagtgatggc gaagagccca actgcgagag ccccgataag aaacgccgct 1492381 gaagttaggc ataacgtctc tacacccctt tcaatcagcc acgcaaaaac cagatgcgag 1492441 agcggaatca caatcgtcgc aagggcgtca aaaacgcccc tcgcagtccc gaggctctca 1492501 agggggatga acctctgcat cagactgtcg aacgagacgt tgaggagctc cccgccgaag 1492561 ccgaggatga aaaccgccgg gaacagcgct accaccgccg gaacgccgac gatgaggagc 1492621 gcgatgctct ggaggagcat tccgaggatc agcggccgct ttagtccggc cagcctcttc 1492681 cgggccaggt atgtcagccc cgcgaccgcc acgaggcttc cgaccgtcgt gagtccctgg 1492741 aggaggccgt agaggacctc accttttgcg agttccttta aggaggcgaa gacgaatatc 1492801 ctgaaggaac cgagagcgaa gttgaagagc agcaccgagg cgagtactcc aaccacgagc 1492861 cgacggctga tttgtagccg tttctcttcc cttgcctcct ctgtcccttc gcgcttcacc 1492921 tcaacgttca ggtagggaac cagcgcgagc gctccgagga gaaggagaac cgcgtcgagg 1492981 agcattgccc ttatcccgaa gcgataggtc aagaagccgg ccagtggaaa agccaccagg 1493041 gatagggcgt tttcaaccgt ggcgagcttt gcgttgaggc tttggagctc tgaagagtca 1493101 agggtcatcg aggcaatcag cgagagcccg tagtagcggt ggagaatgtc cagagcggat 1493161 attccagaga ctatgaggta gaaagcccag acgttcgagg agagcggcac tataagaacc 1493221 gccagtaggg cctggaggat gagagcgagg aaggcaagcc tcaccttttt ggtagctcta 1493281 tcgagggccc tgccaagaat tggggggaag agaacccacg gcagatgggt gaagagcgaa 1493341 aaaccgccta tgctgatcag cgagcccgtc gcgttcagca ggctccaggg taaggccacg 1493401 tactcgatgg cgtccccaac gattctgagg gatgaggtta tgacgtgcag gcggtagagg 1493461 gttcgcttca tggcaggact ttgagggttc ttgccttaag ttttgcccag ttaattgctc 1493521 actcctgacc ggaaacgcta aagggttgat cacccaacca ttaaccatgc ccgacgagga 1493581 gctcgcaagg gaagtgcagg agctcaggaa ggcgctcgaa gagctcaggg agagcttcgc 1493641 cctcgtttcc cagctggcgc aggcttacct tcggctcatc aatctatacg cccagtacgg 1493701 tagcctggga atagaggtag ccgttcccga agtcaccgat cccatatcga gggaaatcgt 1493761 ccggattctc ttcgacctca agcgggccaa cgtgagccag atagcgcggg agctgaaggg 1493821 taggcgcgga aaggcttccc gcaacacggt tcgagcgaag ctggccgagc tgaaggagat 1493881 gggcatcgtc gttgagattc ccggcgagcg gggaaaatgc tacgccctct caaagagggt 1493941 ggtcaaaaag tggctcgaaa taatcggaat cccgattaag cttgaccgga ctaatgatta 1494001 tcggggtggt tgacatggtg gatgaaaagg gtggaactcc gaagaagctg gaggaactcc 1494061 taaatgagat tgtagaagag atgaggaacg ccaggagcga ggaggagctc gaagtcctca 1494121 ggaagaaggc ggacatactg gaggacctca tagaggccta cgagggtgac aaggatttgg 1494181 agaagatacc cctcctcatg gagaaggtcg gcgaaatggt ggaggacatc cttcagccac 1494241 tcaaagagct cctcaacgag ctctacagcc ctgagagggt tcaggcgatg ggaaagagcg 1494301 tggcggagtt ttataagagc ctcgtcgagg cgggcatgga caaagaggcg gcgcttgagc 1494361 ttaccaagga gtacatggac tcgataaacc ccggcaagaa gctcatggag atgctcggcg 1494421 gccttatgaa ggggcacggc ggaaggttcc agattccagg atttcctcat ggacgtggag 1494481 gagagagaaa gaccgacggg gagggcgaat gaacccgctc ccaatttttc gcttttttct 1494541 ccgccttcca tcgctcgcgt ttagaattgc cggtcttgtg aggataacca accgggcgag 1494601 gaggagcttt aaaaaagtcc tcaggaagga aggcctgccc gaagacgtcg ctgaggagct 1494661 tgaaaggcat ttcactcctc ggtttccttc tcttctcaag cggtaaccaa ttcttcaaga 1494721 ttttcaatgg ggttacctgg ttcatagatg tcccgattga gcaggccatt gccctcttta 1494781 gtcaacttgc ctcgaagttt cttcagttcc ccacatggcc ataacggtcg cttttaccgc 1494841 gctctcgttc ccgtagagga gcatcaccct gtccataccc ggcccgttgt acagctcaat 1494901 gtacacactt ccattgccct caaagtaggc ccgctggacg atctcccccg ccggatcccg 1494961 ggatttcagg ggtggaaggg gtttctcccg aaagtccagc cccttgatcc gctcttccag 1495021 cgtaacgtaa acttcccctc cacatccccg tctataaacg gccacctcta ttcttgcccc 1495081 ctcgggggtg aaaccgctcg ccgagagaag gtcgccggag aagattttgc tccttccagt 1495141 tctgttttca atccgggtgt gcatgaagag accgagcatc ttcccggggg acgggcccac 1495201 ccacatcatg ctgaacataa gcttgttgag ggtgtactcg gccatatcgg accactcctc 1495261 gtcgtaggga accttcagga tcacgatgaa atagaatcca tcaaaatacg cgccaaaggc 1495321 agagtaaagc gcatcccttc ccagccattt gtctctgccg gtggcgtttc caattgtggc 1495381 gagtttcttt ttgagcgcgc ccaacgcttc tgctgccgaa taggaatccg gataagcaaa 1495441 aacgccgatg tacgcgttgg aaaccttaaa ggttttattt gcaagactgc cctccggaac 1495501 ggggaaatct ggcctggctg gtacgatcga gtacttttct ttaaggggct tgatgaatcc 1495561 ggcgatgctg ctgtttgggt ccatcccgca gaggggatcc gatggggcta ttattccaat 1495621 ttcagccaaa aacccttctt ttgtggaggc cgttggggtt gaggttttcg tttcagggga 1495681 cttctcaggg gagctcaggc atccggcggc gatcacgatg gcaaccagga taagggttaa 1495741 aactttcttc atggtgaccc ctgctttact actcgaagaa agtataaata gtttttgcag 1495801 cgcatgtgaa aactcggagg tagccagact ggtggcggtt gcatttcctc ttcgaacgtg 1495861 ccagaggagt tgctctgttt ctgcgggggc taaaagtacc tctcaaagaa gtctcccagg 1495921 tctcttccgc tcaactcctc cgcgagtttt ttgaatctct caaaatccac gttctcagct 1495981 cccgcgagaa ttctcagcag atcgtagaag gaatcctcca ttagcaggtg aaggtcgtaa 1496041 aggattaagg cccctttcgt gtacgatagc tcccacaggc ctaactctcc ccactccgac 1496101 ggtttgagct tctctgcctc tggaaagcgc ttaaccactg ccttgtaatt ccttctcagg 1496161 ccttcgatga agcggttgaa ggcttcctcg ccgtgtatct ccctaatcgc cagcgcagtc 1496221 aggtagttgg cgaaggcctc gtcaaagaac ctgctctggt gcgcctcggg cgttgccctc 1496281 gggttccaga gatgggcgag ctcgtggtag aggtttgctg gtatctccgc cctgagcgag 1496341 cttccagaga ctagcgcgta gcccttcccg gcctgcccac cgtagttctc aggcgtctcg 1496401 atgacggtaa acttctccac cctgctcccc agaattgttg agtagaattc gtgcgctttc 1496461 ccgagtaggt caagtgtcct ctcaattcct tcctcgctaa gaatgaagag cctgaagggc 1496521 tccttttcaa tgaccttgaa cggtgccacc gcgatgtcga gcctttttgt gccctcgatt 1496581 ctcagccggt tttccttgat ttccccgccg aacgcgacca ccaacccctc aggaatgcct 1496641 tcaacggtta tctcggcgtc aaactccgag cccacgacag acttgatgag gctctcgaag 1496701 tccggctctg agggaatcgg gtagaagagc gagtcagtcc tgaggagggt atactccgga 1496761 tttattgagt ccttgaggta cgggagaacg ctttcatagc tctcaagcct gccggagtac 1496821 gtcagctcaa cttcttcaag tggcagctca agccgaacga cgctggcctc gtaggcctca 1496881 agtccattaa acccttcaac gcgctgggaa aagggagcgc tcgcggagtt tacggacaaa 1496941 ccccgattga ggaggaaggt ccccgctttt ccggccagtt ttaactttgc catcccttcc 1497001 agcgtccctc tctcaaagtt gaggcccagg cggagttcca gacgttcaat cattttcttc 1497061 ccctctgaac ttctcgtaga tcagctcgtc taagtacctc ccgtcgctcc agacatgctc 1497121 cctgaaccgt ccgctcaaag agaagccgtt cttctcgaga atgcggattg agggaatgtt 1497181 gtcgctgtga accttcgccc agaccttgtg gagattgaga tgagtaaagg cgtattcgca 1497241 gaggagcttc accgtctccg tcccgtaacc ctttccccta tcttccggtg aaaggtagta 1497301 gagtatctcc ccccaccttg cctgccagtt gatccagttg aatccggcta tgcccacgag 1497361 ctttccgctc tcgttttcta tcaccgcgaa agttggactt ttctccctgt tcctcttcag 1497421 ctcctcgtag aactcctcct cttcctcggg cagggtgaag tgggctgagt tgaagagacc 1497481 cctaacggtg ctcctgtcat tgaaccattc ccagcttttg gggaggtctt ccctgagaag 1497541 aatcgccagg gagacctttt tacccttcaa aattatcggg cgcatgggca tcacctaaag 1497601 cgccaggttc aaaaaccaag tgaagaccgg gagctttaat ttttccactc cctcactatc 1497661 cgcacatcaa aaagtccctt ataaaccttc agggctccag cacccggtag aacttcctgt 1497721 aggctttctt tatttcttcg caactaactt tgccgaggag atactcaagg tcgggctctt 1497781 tcccgagctc gcggatgaac tcttctatct ctcccctcga gcgttctaag acctcggcta 1497841 taaattccgg cgaatcgttg aggaccgccc tcccgtacgt cgtcaggaag cggtgggaag 1497901 tccctccaaa gcggtcgagg ttatttttaa gcgatagctc aaggtacttg agtcccagga 1497961 agtaaggcac gcctatgacg aagcccattg ccctgtcgtg ctcctcggcg cttacaaact 1498021 ccaccctgcc gccgagcgac ctcaggaagt tggcgatgtg ctcggcgtcg tcttccctgc 1498081 cctcaaccgg tattacaagg aacagctggc cgttaaagct ctcaacgccc tccccgaaca 1498141 tcggatgaac gctcgcgacc ttaacctcgg gcggaaagcc tttgtaaagg cctatgagtt 1498201 cccgcttgaa agtggctatg tcgaagatga tggcgttttt gggttgccgt gaggctatga 1498261 gggcgagctc ctccagctgt tggggaatcg agtcgaggga agaggccaat atcaggacgt 1498321 ccgcccactc gtacatgtcc tccaggttat cgaagtcagc tttggcgtgt cgtgaataga 1498381 acctcacctc cccgcccagg caccgcttga agagcctgcc catcctcccg tagccggcga 1498441 tcccaacgcg cattggacct cctcccttat tgttttgagc ccctcctcga ggtggctccc 1498501 ggtcagggaa attctgatga agtcccggta cggcccaaag gccacgccgg ggaacacggc 1498561 cacccctttg tcgaggagcc tctccgcgaa ggccagcccg tccccgggaa cgcggaggaa 1498621 gacgtaaaag gctccttcgg gctctctaaa gtagaggccc ctcagaatcc ttgaggcgag 1498681 ctttgccctc cgcatgtatt cttttctgac atcatcaaca agctcatccc tgagttcgag 1498741 ggcctttatc ccagccctct ggacgaatgg cggaacgcac gttaccgtgg attccatgaa 1498801 gtgccttatc ctcgctatct cctccctgtc ggctatggcg tagccgagcc tgaaccccgt 1498861 catcgagtag agctttgaga accccttaac ggttaccgcg ttctcgtaga gttccctcac 1498921 cggagtgaag tccatgaagg agagctcggc gtatatctcg tccgacagca cctttgcccc 1498981 ggtttcctcc gccagctcga ggatttcttt gagttccgag cgcgagagaa cccgtccggt 1499041 gggattgttc gggtagttga ggattaataa atcggcgttg agctcctcca gcctgggcct 1499101 ccattcctct tcaaggcgtg tcctgatgac ttcgacttcc ttcccgaact gcctcgctat 1499161 caggacgtag gcgctccagt atggcgctat cacggctatt ctgtctgcca tcgcgatctc 1499221 ggccgctatc aggatctttg aacctggccc aacgataact tcttccggcg agacaccttc 1499281 ggcttcagct atcctctccc tgagctcccc cattccagag cttgagatgt agccggtctc 1499341 tccccttctg agcgacgcca ctgtttcctc tatgatttcc tccctcacgg gtatgtcagg 1499401 ctggcccgcg tcgagcctta tcccaggttt aatctcgttt atcctgttga agaactcata 1499461 cacgttgaac atctcggctc accctgatta tcgcctcgaa aacctgcctg aactcccctg 1499521 ccctctccag cacgaccttt tcacgtccct catcgaccac tggaaggccg agccgggcct 1499581 taacctcgcc tatgcgcgag gccacttcga ttctctccct caggaggcgt attatctcct 1499641 catctatctc gtctattctt gccctaagcc tctctatctc tgacatatag tcaaatttct 1499701 gctttgtcat tagcgaaaca tcaccattat tggccttaag ttggacggaa ggttttaagg 1499761 gtttgggcag gctcacctga ccacaccctc ccaggctttt ctcctcagca ggtggtcggc 1499821 cagaacgaag gcgaccatcg cctcgacaac cgggagcgcc ttaggaacga tgcacgaatc 1499881 aaagcggccc ctaagtctga gctccacttc atccatcctc tcgaggtcaa ccgttctctg 1499941 gggcaggtat attgatggtg tcggcttgaa ggccaccctt gccacgaggg gcattcccgt 1500001 tgttatcccg cccaacacac ccccgtggtt gttcgtctcg gtggcaactc tcccgttcct 1500061 caccacgaag gggtcgttcg cctcgctccc cctcatctcg gcgaacctga agccgagccc 1500121 gaactcgacg cccttaacgg ccggaatcct gaagagggcg gacgccaaat ccgcctcgat 1500181 gtcctcatcc cacggccccc cgaggcccgc gggaacgttt atcgccacga cctctacagt 1500241 tccgccgacg ctgtctccgc tcttcctcgc cttttccatc tcctccagca ttctctcaaa 1500301 ggcgtcctcg tccgggcagt aggggtttgg cgatgcgaac agctcctcgg gctcaacttg 1500361 gggacactct accgggccta tcctcctgat gtaggcccta accctgatgc cgaacctctc 1500421 gagaagcttt ttggcgaagt agcccgctat gacgacgccg acggtcagcc tgcccgagaa 1500481 gtggccgccg ccgcggtagt cgttgtagcc gaagaacttc acctttgctg gataatccgc 1500541 atggccgggc ctcggcgtgt tccttatctc ctcgtagtag gaggaatcgg catctctgtt 1500601 ccacacgaga accgtaacag gagtcccagt ggtgaagccg ttgaagaccc ccgagacgat 1500661 aacgggctcg tcgctttctc ttctcttcgt cgaaaaccgc cgaatgccct tcctcctctc 1500721 gagctcggcc ttcatctcct caaccttcac ctctattccc ggcggcaggc cctctatgag 1500781 gattccaacg gccttcccgt ggctctcccc gaagagcgtg aagctcagca gtttcccctt 1500841 catccgagca acctcctcaa atcgccaaaa aaccccggat aggacttggc aacgaccctc 1500901 tcgtttttaa tcaccgtctt ccccctcgcc ccgaggccca gcacggccat cgccatcgca 1500961 accctgtggt cgttgaagtc ctcgacaaca acccccctcg gccttccgcc gtggatttcg 1501021 aggccgtcct cgagttccct cacctttata ccagctctgg cgaggttgac tgccatcgcg 1501081 cgaaccctgt cgctttcctt atacctcagc tgtctgcccc tgatgacgct cctcccctcg 1501141 gcgtacgccg ccaatacgct gagtatcgga aacaggtctg gaaagtccga gcagtttatt 1501201 tcgaagcccc tcagctctcc cctggaaacc tccacgtagt cccccccgac cttaacgttg 1501261 gcccctatct cccccagaat ttcgacaatg gccatatcgg cctgaacgtc tccggggtcg 1501321 aggttctcga ccctcaccct tccgtacagc gcaccggcaa ctaagaagaa ggaggcgctc 1501381 gagtagtcgc cgggaacgtg gaattttgtt cccttaactc ccgggaaaac tctaactcct 1501441 ccgttccgct caaaggttac gccaaaggcc tccatagtcc tgagcgtcat ctctatatag 1501501 ggctttgaca cggctttctc gaactcgacg cgcatcccca ctttggaggc gagtatcaga 1501561 agggccgtga cgaactggga tgagagcgag gcgtcaacgc taaccctccc accgggcatt 1501621 ccgccgaaaa cctcaatcgg gagtttctcc cccctgaccg ttacccccag agagcggagc 1501681 gcgcggacga gcggggcgaa gggcctctcc ctcagccttc cttggccatc tataacgctc 1501741 ctacccctcg cgagcgaggc aaccgcaacg cttattcttg cagtcgttcc cgattccctc 1501801 gcgtttatct ccgctttcct gagctcctcc ggcggaacaa cgcggttcca gtcggcttca 1501861 gccccgaagg cccttatggc gttcagcgtc gcctcggtgt cgtcgctcac gaggggttcc 1501921 tcgatcgtgc tctcaccatc cgcgaggagc gcgaggaaga acgcccggtg ggtgtagctc 1501981 ttcgagggag gagccctaac cttcccttca agccagtcaa ctggctctac aatcaagcta 1502041 tcacctcagc ttcgttattt ccgtttttcc aaacctactc cactcttcgg agagaacctc 1502101 cggctcccgg gtcagggcga aaaaagccgg ccctttcccg ctgagccccg cgatggcccc 1502161 cagcctgagg gccgttccga ttggctcggt tgggtgcccc aagaatgccg aatacacgag 1502221 gccgtttatc acgagggcct tcctccactc cccgcgcatg gccatatcaa aggcctccgt 1502281 tatgtagggc gctatgcctg aaaagtccat gcccttgagg ctcgacgtca ttatgctctc 1502341 ctctggtatt aggaggacaa cgggctcggg ttcaacctcc tcccgcttga gtagctcgtc 1502401 cctcgtgttg tccgtcaggc agaggccacc gaggagggag gctgaagcgt cgtcgaaggc 1502461 tcccgtgatg gtcactcccg cgagccttgc ggcctctaca ccgagcttta tggcttcgag 1502521 gggagctatt tcaattccca gagcttcgta aatcgccagg acgagggcgt tcgcggcggc 1502581 cgaactgctc ttgaggccct tcccgacggg tatttccgag cttatctcga actcaatccc 1502641 gaagtcctct ccagtcgcgc gcctgacgac ctcgacgaca gccctgacga ggcgggtatc 1502701 cccgaaactc tcccctctga cggttatact tccgcttatc ccatcctcca cgagtttgac 1502761 tttcgcctct gtccacaggt ctattcccac ggcccctccc tttccggttg cgaaggcgtt 1502821 cacgaccgta actgcactac cggcccttcc gtagcccctc aagggcggcc ctcctcatca 1502881 gttctgggtc aacgctcttc cccgtccaga gacggaagct ctcggctccc tggtggacga 1502941 gcatccagag cccgtcaact gttacgcatc ccctcctttc ggcctctctc aaaagcctcg 1503001 tctttagggg tttgtaaacg atgtccatga cgacgagccc ctccctcagg agctcggccg 1503061 gaaccgggct ctcgtccgag ttcatgccga ctggggtggc gtttatcagc acgtcggcgt 1503121 tggccaaata gcgtctcagg ttctcgggcg ttagtctgtc cccagtaacc ccgaagcgct 1503181 ccaaggccct ggctttctcc ggcgttctgt tgaggactac aacctctgaa acctttgaga 1503241 gcgcgtaggc tatcgccctc ccggcgcctc cggctccaat gatgaggacg ttctttcccc 1503301 taaggctcgt caccatctca agggctctcc tcgcgcctac gccatcggtg ttatatccaa 1503361 tcagctcgcc gtcgttgact atcgtgttca cgctccctat ctcctcggct tccccggaga 1503421 gcccgtcgag gtgctctatg acggtcgtct tgtggggcat cgtgacgttc aggccatgta 1503481 ttcccagtcc cctgacacca tcaacagcca tcttgagccg ttcaggggcc acctcgaagg 1503541 cgaggtagac cgcgttcatc ccgagctccc gaaaggccgc gttgtgcatc gcagggctta 1503601 gcgagtgcct ggccgggaag ccgataaggc cgtaaagcct cgtctcagcg tccatccagc 1503661 atcaccagca gttgtctgag ctcctcaacg ctcatctgac ccggggcgac agctttctca 1503721 agggatgcat aggtgaaggg ggcgaggagc gcgctgaaga gcctggatat cctccccaga 1503781 ggccccatgc agaaggccac gaggttctcg gcgtgctcgt aaagcctgag aaccctcacg 1503841 ttgtcgaggt gggagtttgc cgtcggcact atcttgacaa catctggggc catgctcgcc 1503901 ataccttgaa ggatttccat cagggtctcg aatggcggtg tcccctcgaa gtcgtggtgg 1503961 gaaagtatga cgcccactct tctctttctg gcctccctca tcacctcgcc cgctatttca 1504021 gagcgggcct cgacgtcaac gtaccttggc ttaagggtca ttgccctcct gtagagctca 1504081 agcctctcct cctcgggaat ccttctgaaa cctccctcct cggcccttct gatggtgatt 1504141 atcagcctgt cggcgaaggg cttgagcggg gcgagctcga aggactcgaa gcggtccagc 1504201 cttacctcgt agaggtcggc attgccttcc cttatcttcg ccacagcctc gcgggcgttc 1504261 ctcgccacca ccacgccggc tatcatccaa ccgcctccag cgcccttctc acgacgtctt 1504321 cctcgacttc ctcgatggta acctcgccga cctcgatggg aacgacgaag gtcagcctgc 1504381 cgtaccacgc cttcttgtcg agcctcatct ccccgaggat tttctcgggc tcaaagggaa 1504441 gccccgtcgg cagttcgaac ttcctgagga gttcctcaac ctttccgggg tcgaagttgt 1504501 agagaatctc gccgagcttg gccgcaacca tcaaaccaac agcgaccgcg aagccgtgct 1504561 ttatcgtgta gttagagagc ttctctatcg catgggctgt tgtgtgcccg aggttcagga 1504621 tgcgcctctt accgccctcc ctgaggtcct cctcaactac cctcagctta acctccacgc 1504681 aggccttcac gagctccctg tcgaggtcct caacggagcc gagctttttc aggagggagt 1504741 agacttttct atcgaggatt ccgtacttca ctacttcggc catcccgttc aggagctcca 1504801 ccctgggaag agttgagagg gtttcgtggg ctataagcac gaagtccggg aggtaaaaag 1504861 ttcccaccat gttcttgccg ttgaagttaa tcccggtctt tccgcctatg gcggcatcga 1504921 cctgcgccag gagcgtcgtc ggaaccaatc caagcatcgt tccccgcatg tatgtcgagg 1504981 ccacgaagcc cgctatgtcg gttattacac cccctccgag gccgattagt agggacttcc 1505041 tcgtgaagcc cagctcctgg agcttcgccc atatcccctt gacggtctcg atgttcttgt 1505101 gctcttcacc gtccggaatc actatccttt cggcctcaaa tccatcaagc ctgtcgagcc 1505161 agagtttttc aacggtcgtg ttcgccagaa cgaccgtctt gtagggcgag agctccgaga 1505221 taaggttgga gaggtcggag agggttccaa acttcacctt ctccatccga gcccctccag 1505281 ctcctcgagg agcctctcga attccccaaa tgttagctgc tgcgcagagt ctgagagggc 1505341 cttctcgggc tccggatgaa cctccacgag tattccgtcg gctccaacgg cgtaggccgc 1505401 cttggagagg ggtatgacga ggctcctcct tccagcggga tgggacgggt caacgacgat 1505461 tggcaggtgg gagagctctt taacgactgg cacggccgag atgtcgaggg tgaagcgcgt 1505521 tgatgtctcg aacgtcctta taccgcgctc gcagaggatt acgttctcgt tgccctcgct 1505581 cattacgtat tccgccgagt agaggagctc ctgaaccgtg ttgcccatcc ccctcttgag 1505641 gagcacgggg ttgtctattt taccgacctc cttgagcagc tcaaagttct gggagttcct 1505701 cgcgcctatc tggactatgt cggagtacct ggaaaccagg gggactttcc tcgtgtcggt 1505761 tacctccgtt acggtaacga gcccgtactc gtcggctgcc ctcctaagcc acttgagcgc 1505821 ttcctcgccg tgcccctgga aggagtaggg gctcgttctg ggcttgaagg cccctcccct 1505881 gaggactttc acgccctttt ccgccagaaa ctcggcaacc ttcattatca tctcctcgct 1505941 ctcgatggcg caggggccgg ccattatcgt gaagccctcg cctattttaa cgtccccgac 1506001 cttaactacg gttttatccc ggtactcctt gctgtacttc actcaaatca ccccctcaat 1506061 tctcctcacc actgcatcgg ccgttaggcc gtagcgcttc agcagggcga agtagtccct 1506121 gctcgacctt ccaaaatcgg tggtgcctat ccttattacc ctcctcggga gcctctccga 1506181 gagaacttcc gcaacagctc ccccgaggcc gccgtagacg ctgtgctcct ccatcgtgat 1506241 taccgtgttg accttcctcg ccattctgac gagggttttc tcgtcgaggg gcttcacggt 1506301 gtgcatatca atcactccgg cctcaacatt cctctcctcg agggccttgg ccacttcgag 1506361 ggcaaccgaa accatgacgc cgttggccac cagcaggaca tcgctcccct ccctgaggac 1506421 gctcgccctt ccgagctcga gctccggcct ttcgtagacc ctcggcgcat ggtccctgcc 1506481 gaggcgcatg taaacgggcc cctcgtgctc tacgacttct tttagcagca ccggcaccga 1506541 gggggcatcc gcgggaacga cgactgtcat gttcggcagc acgcgcatca gggcgatgtc 1506601 ttccaagcac tggtgggagg agccgtccat gtggtctgag aaacccgagt gcgtcggtat 1506661 gagcttgacg ttgaggttgt ccctggcgac ggtgttcctt atctgctccc acgccctcat 1506721 aaggaaggcg gcgaaggccg aaaccaccgg aattttcccg gctatcgcca ggccggcggc 1506781 cgttgacacc atgtcctgct cgcttattcc aacttgaaca aagcgctccg gaaaggccct 1506841 ctcgaagtat accgtcttcg ttgagctctt cacatcggcg tcaacgacca ctatcttttc 1506901 gttctccttc ccgagctcca ccagggccct tccaaaggcc tccctgaagc tctctatcac 1506961 ccctcccacc tcactattac gaccttgggc ctgcccttga tttcctcagc ccgctccagg 1507021 gccttctcta tctcctcctc cctgttggga acttcgatga cctcccatcc gaaggcccgc 1507081 cacttctcgg ctatcggctc cttgttgagt atctcctcgg tctttcccgt cagctggaag 1507141 tagttcctgt ccacgattgc tatgacgttc tcaagcctgt ggtgcgccgc cgtcatggcc 1507201 gcttcccaca cctggccctc atcgagctct ccatcgccga gaatgacgta tatcctgccc 1507261 tcctcgccgt caatgcgctt cgcgagggct attccgtttg caaccgaaag cccctggccg 1507321 agggagccgc tcgagacctc tatgaaggga agcccgcgca tgacgtggct cgggaggccg 1507381 tctatgtcgg cgaagctgta gagctcctcg tcgctcagaa ggcccatctc gtggagcata 1507441 acgtagaagg ccggagcgga gtgtcccttg ctgagtatca ccacgtcctt ctcgcccttc 1507501 ctcctgagca ccgccgcgag tattgacagg catgtctccg aggactcgag atggaagttt 1507561 gaaacggggg agagcatggc catgagcttg ccctgcggct tcacgacctc actcatcatc 1507621 gttcaccccc aaaatcctga gaacgagcag cccttcttcc gtcagcctga cgggcctcgg 1507681 gtcgtccctc gtgccgtagt ctatgagccc gagctccttg agtatcctcg cgttcagctt 1507741 cagcgttgag agtggcctct tttcgcgcct gctcagctct tcgagaagcg agttgaggga 1507801 gcggtgtctg ccgttgatgc ttctcagtat cagcctctgg ttctcattca aagccctcag 1507861 aataagcttt ctaatggctg gcccgctcgg gcctaccaat attggtgggg catcacctgg 1507921 tttgaggacc ttccaaggcg ggacatcgcg atcaccgaaa ctgaggaaca gtaggtccta 1507981 tttaaattct tcgacaggtt gagctgtcca ttgaacgtta gggggaatat ggccccaaat 1508041 ttgtccaaaa attgccccct aattcctcaa ttttttgtca ctttgacaag ccgataacag 1508101 caccatcttc cagtctcccg tgacgcccgc gaccacgtcc attccaagaa cctcgaccca 1508161 accgttttcc catagctccc ttacctctag ctcttccccc tcgagaatct cgaccacaac 1508221 ggcctttcct tcaagctcgc ccccaacgag gagcttattg cctgcgggca gtagcgaggt 1508281 cgcgcttccc ttgccgagct taacatcacg ctcgccaatc ctgagccaga agtcttccct 1508341 ccggtagccc gccagcacga gctttccgtt ccagaggcag gcgttcagtg ctattcctcc 1508401 ggcgagaaca ttttcgccga gcggctcgcc gtctttggta aactcgaagg ccctgacctt 1508461 ccatcttttt tctttagcgc ttccaatggc cactggaccg ttttccgacg ggagcagggc 1508521 cgtgaagacg gcatcctccc agctcccaaa gtccctcagc cagaggagtt cgccttcctt 1508581 ggagaccttc cccatgaaga agcctttgtt acctggcctt ccggtttccc cagcgataaa 1508641 aactccgtca ttcgagagaa ggattgaata aaccgctccg ttgtttctaa cgttgagctt 1508701 cagctcccag agtggattta agctcttatc gagcctcgcc agataggcct tccagccctc 1508761 tcctccgtca ggcgttgcaa ccccttcaac cgctccacca atgaggtagt tgtcaccgag 1508821 atcgagcgcg ctgtgcccct cccaatcgtt ctctcccgct aaaaagcggg tctcgactat 1508881 ctcttcaccg tcgagccttg cgagcattat tttgtagttc ttaccgtcgt gcacgctccc 1508941 gacgagcagg tcaccggcca aagccaccgg aacggtctcg gtaccgaacg agtaggtctt 1509001 cattaattga cccccggagc actgtcctgg attactatcg gacaaggttt ttaaagatta 1509061 tctttgattt ggaattcagg tgatttcagt ggacgcttca agggtcgttg agctcgcgct 1509121 ctcgctcggc gcggagtacg ccgaagtgag agaggagcgg ttgattaaaa ctgaaatcgc 1509181 gggctcggac gagataaacg tttccacccg ctacactggg ggatttgggg ttagagtcct 1509241 tgtgaacggc tcttggggat ttgcctccgt gaactcgccc ggcgacttag aatgggccgt 1509301 taggaaggct gtggggctcg caaaggttag cggaggagat gtgaagctcg ccgaagtcaa 1509361 acccatccgg gactacgtta gaagcaggat gaaggtgaag ccctcagaag tgtcgcttga 1509421 ggagaaggtc gaggccgtga aggaacttct gaacgacctg ccggaggctc cgagaaagac 1509481 cgtgaaatat tcggactttt cgggcatcaa acggctcgtc acgagcgagg cgaaattgct 1509541 ggcttctcaa gcttcgagct caggggtaac gtctgggagc tcctcaagaa tgcaacgggc 1509601 attggaaggg agttaacgag aatatggctt aatgaagggg tttccctatc gctcccgttc 1509661 ctcaggactg aggtggtggt atgagggcgg ttagatcttt gttgttcttt tcctcttttc 1509721 tcgcgctcga gttcatcaag agacgtgttc gagctcaagg gagttcttga gaggccccaa 1509781 aacttcaagc acctttacca gaaggccaat gatgagaagt acgagtgcaa acaataacct 1509841 cgccttcgta agcccgaggg cattcaccgc gaaaccgtaa cccgcgtgga aacttcccat 1509901 agccagagcc gaaaccatag agtcagccga gagtatcgtc gccctcctct cgctcggaag 1509961 tcggtgttga agctctaccg agacgttgaa ctggaaggcc gttgagacaa cagttaccgc 1510021 gagaccaagg agcacgatcc agacggggtt tttgtagagg acggagagga cagttagggc 1510081 agggacgaga accggggtga gggaataaag cctgaggctc cacgagtccc ttatccgtat 1510141 tccgacgagc cttggaagcg ttctcacggt gacctcggct attcccagga ttccgagggt 1510201 tcccataatc gtcgtgccga ggtaaagggc caggacgttt ccaagatagg gctcgaagaa 1510261 cttcctgaac tggttggtct ccagcgagac gaagattgaa atggcaacga gagggaagat 1510321 tctccagctg aagagctccc tgaaggccct gagggtgtgc tttccgtagc cctccttaac 1510381 aggctcgaag ccatactccg gaattgagag cgcgagaacc accatcgcaa cctcgatgat 1510441 gaaagagaga accagcggaa gggtgaagcc gtagagctgg gcgaggaagg cacctgttac 1510501 aagcgtcaga gccgagacgg gaatcgtcag gctcttggtg cccttcatga actccctgaa 1510561 ctccttctcc ctgccaaggt gcctcatggt gtcgaagagc cacgcctgca ggcttccgct 1510621 gacgaaggcg atgctcaaag ccatcagcag ggcgtagagg aggagcattg caaagccgtt 1510681 gaggaatatc agaacgaggg tggcgattgc attcagcgtc agcccgatta gaacgcttag 1510741 ctttctgctc accctgtcgc caactattcc cgttggaacc tcaaggagga ctatgcccca 1510801 cgcggtaagg gccgtggcga gtcctatctg ggcgtagctc agccccttgg agaggtagta 1510861 gataacgatg aggttcccga tgaagccggt gtgcatcagc accatcagga gccggtagcg 1510921 tttgaggagg ttcatggtta cctaacatcc aacaccttcg gttctcaaaa actttatgtt 1510981 gataacggac tacaacctgc ggtgggagaa tgaaggtcgc cctaatcccg atgcgcgttg 1511041 aagttggaaa cttcgagacc aactggcggg agttcgagag gcgctttaac gaggctttaa 1511101 tggacgagcc ggacttcgta gtcttcccgg agtactgcct cactggcttc gaggagtggg 1511161 acttcagcgg ggcagggctc tacgacgaaa tcttgggtag agtgacccag ctcgccaggg 1511221 aagccggcgt ttacgtggtg ttcggcctcc ttgagcccta caagaactgt gtctacaact 1511281 cggccctgct catcggccga aacggggagg ttctgctcaa gcaccgcaag ttccaggagc 1511341 cgatgaagtt ctgcacgggt aacacggtga gaacggccag aacagagttt gggaaggccg 1511401 cgataatcat ctgcggcgac ctgtacaaca aaaggatagc aaagtgggtc aggcgaaaaa 1511461 ggccggattt catcttcgtg ccgatggaat actcgccgga ctacggagag cccaacgagg 1511521 aggacgttgg ggcgatggct gaaagggtta agctcctcgg cgctaaaacc ttcgtcgtaa 1511581 acagccaccc gccaggtggg gcatgggcct ttgacgggaa cgggaaactc agggcatcgt 1511641 cgaagggagc ccaggatctg gtggtggaga tagagccgtg agcagcacgt tttgttctga 1511701 attcatgtcc caagtttgaa aaacgtcgaa aaaacccgaa aatattctcg gaaatttgtc 1511761 ctaatgacag aagatcgtgc gataacctta ttaagtacac ggaggattcg gggaaggtgc 1511821 tcccctcatg attccggcct cccccacccc ctctacgctc cttctcccac tctcggatag 1511881 ttgccatcat ccattctgat gtaactcaag ggaggtgttg tccttgggaa aactcctttt 1511941 agctgactct atccagctgt ccaaggttgg aaaggttcta aggcgaacct tcgagctctg 1512001 gggctacggc gaggtggttt tacccacaat agagccctac gatgaaaccg tgaggaaggg 1512061 aacgaagttc gcgtacaaca acggctttta cctgataaag cccgacgtga cgagcagact 1512121 gcttaagaac tacgacattg gcttcggcaa gctctactac ataagtgaag tgctcgacgg 1512181 cagtgtcgag ggtaactggc aggccggcgt tgagttcatc ggcggtgagc cgaccttcat 1512241 gacggccgag gttttgagcg tcctcataac cgcgcttgag agccttggaa tcgaggagtt 1512301 ctacatagac ctcggaagcc tcgaagtctg gaggcgggca accgatggaa tcgaggattt 1512361 ccgggaaacc atctacagag ccctcgagag gaggaacttc ggccttattg acggccttcc 1512421 gattgatgaa gaaaagaagg aggagctctg gcgcctcttc aacttccgcg ggaaggaaac 1512481 cgaatacgaa aagctcacca aaatcctcga gctggtcgac gacgaaaggg tctttgtgga 1512541 cctcggcacg gtcagaccgc ttccctacta cagcgacgtg atattcgagg tgtactctcc 1512601 cgaatttggt aggccaatag ggggaggcgg ggagtactcc ttcaggggca ggccggcagt 1512661 cggtttcgcc ctcgacttga gagccctcgt ccagctggcg aatgtagatg gaaagacgag 1512721 cagaagatcc ctcaggggca taacctcgtt cagggaagcg agaaagctcg tctcgatggg 1512781 aatccccgtg gaggtgagga gatgaggttc gttctgccga agggtcgctt gctcaggggc 1512841 tcactggaaa tcctcagaag ggcaggctat gaaatagacg agccggggga gaggaggctc 1512901 attcaaaggt tcaacggcaa cgaagttctc ctcgcgaggg ccttcgacgt cccagtttat 1512961 gtcgagcacg gcgttgacgt tggcataacc gggagcgacg tcgttgagga gcgcggaagc 1513021 gacgttttcg tgccccttga ccttcccttc gggaagtgca ggctgagcct tgcgatgccg 1513081 agggaaagcg ttactcctcc agaggacatg gacggctaca ggatagcgac caagtacgag 1513141 cggataacga ggaactactt ctcaagcctc ggcgtcgagg tcgaggtaat aaagctcagc 1513201 ggaagcgtcg agcttgctcc caaggtcggg atagcagatg cgatagtcga catagtcgaa 1513261 acgggaacga ccctcagggc caacggcctc gtcgaggttg ataaggtgat ggacgtttca 1513321 gctcaactgc tcgtcaacag gatttctcag aagaccaagt tcgatgaaat caactccctc 1513381 gttctggcaa taaaggaggt ggttaaggat ggagcttgag gaatacgttg cgggcatttt 1513441 gagggacatc cgcgagaggg ggattgaagc cgtccgggag tactcgatga agttcgacgg 1513501 ctacggtggc cccttccgcg tgacagagga ggagttcgaa gaggccgaaa ggctcgtccc 1513561 cgaaaaggac aggaaaatca tcgagagggc catcaaaaga atctgggact accacgagag 1513621 gcaaaagccg agagatgagc ttttcgtcaa gaacggctcg ctctacggcc taatctaccg 1513681 cccgataggg aggataggaa tctacgtccc cggcgggaag ccactgccct cgacgctcat 1513741 gatggtagcc gttcccgcga ggatagccgg ggtcaaagag atagccgtga cgacacctcc 1513801 aaaggacggc agggtgaacc cctacgtgct ctacgtggcg aaactgctcg gcatagagga 1513861 ggtctacaag ctgggtggag ttcaggcgat aggggcaatg gcctacggcg tcggcatgaa 1513921 gaaagtcgat aagatattcg gcccggggaa ccggttcgtc aacgaggcca agaggcaggt 1513981 gtttggtgtc gtcggcatag acagcctcgc cgggccgtcg gagatagcgg tcatagcgga 1514041 cgaaaccgct gataaggaat acgttttggc cgatttgctc agccagctgg agcacggaaa 1514101 ggacagcaaa gcatggcttc tgacgacctc ggaggagctt gctcgctact gctcccgcga 1514161 tggggtggag gtgattctct gcgaaagcct cgcggagtgc gccagaaaag cgaacgagat 1514221 agccccggag caccttgaga taatcactga gaacccgctc gatttggttg acctcatcga 1514281 gaacgccggg gcgatatacc tcggacccta cacgcccgtt ccttcggcgg attacttcct 1514341 tggagtcaac cacgtccttc caacgggggg agcggcgaag ttcagcgggg ttttaactgt 1514401 gatggacttc ctcaagccga taacccttgc catggtctcg cgggaggaat tcctgaggga 1514461 gagggagctc ggattaaggc ttgccgagat agagggaatg gagctccaca ggaggagcat 1514521 ggaggtgaga aaatgaagcg ggaaacgagg gaaaccagcg ttgaggtaga gctcgacgct 1514581 ccgtttggcg ttgagaccgg cgacagaata ctcgaccaca tgctcacggc tctgttccac 1514641 tacatgggca ggagcgcgag ggttaaagcg gactatgacc tcaggcacca cctctgggag 1514701 gacgtcggca taacgctcgg ggaggagctc cgctcgaagc tccccgagaa gttcaggcgc 1514761 tttgggagcg cgataacccc gatggacgac gccttggttc taatcgcggt ggacatctca 1514821 gggaggccct acgtgagcgc tgagctgagc tttgaagagg gcgaggaggg ctttgagaag 1514881 gccttggtca gggagttcct ctgggggctg gcgcgctcgc tgaaagctac tatccacgtg 1514941 aaaactctga gcggaacaaa cgcgcaccac gtcatcgagg caaccttcaa ggggctcggc 1515001 atcgcgctgg cccaggcgac tcgggagagc gagaggctgg agagcacgaa gggactgctg 1515061 gaggtgtgag cgtgatagcg atagttgacc taggggttgg aaacctcgcc aacgtgagga 1515121 aggcccttgg cggagtaatc acgagcgacc cctacgagat tgaaagggcc gagaagctcg 1515181 tccttccggg cgtgggtaac tttggagctg tgatggagag gctcgaaccg ctgaggaggg 1515241 tcatactcga cgccataaac gacggaaagc ccttcctcgg gatatgcctt ggattacagc 1515301 tcctcttcga ggggagcgag gagagtcccg gaaagcccgg cctcggcgtg tttagggggc 1515361 gggttgtaag gtttcaggga gttcgaacgc ctcacatcgg ctggaaccag ctgtggaagc 1515421 ggaaggactg tccgctcttc gagggaatca gggatggggc gtacttctac ttcgtccact 1515481 cctactacgc cgagccagag gaggacgtca ccgctggagt taccgactac gagtcaaagg 1515541 gcaggaaggt ggtattcacc tcggccgttt ggagggacaa cgtctacgcc gtccagttcc 1515601 atccagagaa gagcggacgg aacggtttaa tcctcatgag aaacttcagg aggctctgag 1515661 atggaaattt accccgccat agacctaatg ggaggaaagg cggtgaggct ctacaagggg 1515721 aagaaaaaca ccgtcaaggt ctacggcgac ccggtcgaga tagcggggcg ctttgccgag 1515781 ttagttgaca aaatccacgt cgttgacctc gatggtgcct tccagggctt tccgaggaac 1515841 ttggacgtgg ttaaggggat aatccgcgag accggtctga gggttcagtt cggcggcggt 1515901 ttgaggagct acgaggccat agagagggcc tatgaaatcg gcgttgagaa cgccataatc 1515961 ggaactaaag ccttcgattt ggacttcctc aggaaggtga ccgaggactt cgaggggata 1516021 accgtcagcc tcgactcgaa gggcgggaga atagccgtaa agggctggct cgaaagcggg 1516081 attcccgtta gggaggccta cgagatgctg aaagcctacg tgaaccgctt cgtttacaca 1516141 tcggtcgaga gggacgggac tttgacggga atcgaggaaa tcgaacgctt ttggaaaaac 1516201 gaggagttca tctacgccgg gggagtttcg agcgctgagg acgtcgtgag gctgaaaaga 1516261 ataggcttct ccggggttat cgtcgggaaa gccctctacg agggacttgt taagctcgaa 1516321 gacctcctgg aggtggttta atgcttgcga agaggataat agcggccctc gacataaagg 1516381 aaggccgcgt cgtgaagggg attaagttca aaaacatccg ggacgcgggc gacccgatag 1516441 agctggcgag acgctacgag aaggagggaa tagacgagat agtcttcctc gacattacgg 1516501 catcgtacga gaagagggga atcctgctcg acctcgtcga gagaattgct gaggagatat 1516561 acgtcccctt cacggttggc gggggcataa gaaccgttga agaagccagg gagataataa 1516621 agcgtggcgc cgacaaggtc ttcataaaca cggccgccgt tgaccggccg gaactcgtta 1516681 gggagatagc ccaggtggtt gggacggcga acctcgtcat tgccatagac gccaagtgga 1516741 acggctcctt ctgggaagtc tacacccacg gagggaggaa ggcaaggggg atcgacgccc 1516801 ttgagtgggc gagaaccgtc gagaggctcg gagctgggga aatactcctc acgagcatgg 1516861 acaccgacgg gacgaagatg gggttcgaca taccactaac caaggccgtt gcagaggccg 1516921 ttgatattcc cgtcatagca tctggcgggg caggaaggcc ggagcacttc tatgaggcct 1516981 tcaaggcggg ggccgaggcg gctctggccg cttccatctt ccactacggt gagtacacgg 1517041 tcggggagct gaaggagttt ctggccgaga ggggaattcc tgtcaggctg gactactgag 1517101 gtggtagtat gggcattgat gagctaatcg agaaggtcga ctgggaaaag aacggtggaa 1517161 tcgttccggt cgtggttcaa gataccaggg gagaggtttt aacgctggcc tacatggaca 1517221 gggaagccct gaggagaacc ctcgagaccg gctacgccca ctactactcc cgcttgcagg 1517281 gcagggtgag aatgaaggga gaggtcagcg ggaacacgca gagggtcaag gagataagaa 1517341 tcgactgcga caacgacgcg ctcctcttga tagtcgagca gaaaggagtt gcgtgtcaca 1517401 cgggcaacta ctcctgcttc taccggaagc tgggcgagcc ggagagggtc ctgcctatgg 1517461 actactcgct gacaatcctt agggagctgg aggagctgat aagggagcgg aagaagaagc 1517521 ccgtcgaggg ctcctacacc tcgaagctct tcaaggccgg taaagagaga atttacaaga 1517581 agttcggcga agaggccgtt gaggttctcg tcgcagaaac cagggaaggt ctcatctacg 1517641 aaaccgccga catgctctac cacctgctcg ttctcctggc ttacaacgac gtttccctcg 1517701 gcgaggtgat ggccgagctg aggaggcgga ggaaatgata agcgagctgg ttaagtcctt 1517761 ccagccctac cgcgtcgtcg aggggaacta tcgaataagg ctcgacaaga acgagaaccc 1517821 ctacgacctg ccaggagagg taaaggagga aatcttcgag gagctgaggg aggtaagctt 1517881 caaccgctac ccccacataa cctccatgcc agcgagggag gcgatagctg atttctacgg 1517941 cgtctcaccg gacaacgttg cagttggcaa cggaagcgac gagctgttaa gctacctcgt 1518001 gaggctcttc gagggcaacc acatcgtgat taccccgccg accttcggga tgtactcctt 1518061 ctacgcgaag ctgaacggcg ttccggttgt ggaagtgccc ctgagggagg acttcacgct 1518121 cgacggagag gccgtagcgg agaaggccaa aaacgcaagg gttgtcttca tagcgtcccc 1518181 caacaacccc accgggaacc tccagccgga ggaagagata atcagagttc tcgaaaccag 1518241 aaggccagtt gttctcgacg aggcctacgc ggaattcgtg ggaaaaagcc tctggaggct 1518301 catagaagag tatccaaacc tagtagtgct gaggacgttc tccaaggcct ttgggatggc 1518361 cggaatcagg gccggctaca tgctggcggg cgaggaaatc gtcgacgccc tctaccggat 1518421 aaaatccccc ttcagcgtcg gaatcatgac gatgacggcc ataagggtcg ccctgaggca 1518481 cgccgacctt atggagaaaa ccgttaggaa aatcgttgaa gagcgcgaga ggatgaggag 1518541 aaagctcggg gagttagcct atccaagcga cgccaacttc ctcctcgtca ggctcaatgc 1518601 ctacgaagag cttttgaaga ggggcatagt tgttagaaag ctctccggaa ggcttgaggg 1518661 ccacataagg gtaaccgtcg gcaggagatg ggagaacgat gcctttcttg aggcggtgga 1518721 ggagatagca ggtggtgaaa gtgtgggtgg tctttgacat cgacgggacg ctgatagacg 1518781 tgggcgagag ctacgacttg gcggttaaac tgacggtgga gtacttcctc aggtctttcg 1518841 gtagggagcg ggaggttgag ctcgagtgga tacgaaagtt gcgctctaaa ggtagctttg 1518901 gagacgactt caaggtgagc gaggccctaa tactgttctc cttagccggg gacgttaaag 1518961 gccttataga ccagttcccc ccgggggagg gcataggctg ggttcggaag aggttcggcc 1519021 ttgaaatatc cccagagaac atagagaggg tcttcaacac cttctacctc ggaaacatct 1519081 acgaggacag gctcttcgac tttccgggcc tctggaggag ggagaaaccg ctcatcgagg 1519141 ccgagctctt aaggaaactt tcagaggagt tcaaggttgg ggtcgtcaca ggcaggagcg 1519201 agcttgagct caggctggct gaagaaatcc tcggcttccg ctttgaaagg gccgtaacga 1519261 gggagctcgg tctcaagccg aaccccgacc tgctctggga gctggtgaat ggtgaaagag 1519321 gggtttacgt cggcgatacg cttaacgacg agctcttcgt cgaaaactac aggaggaaat 1519381 acggtgactt tgacttcgtc atggtcgggc gggacgttga aaacgtttcg gaattcgttg 1519441 agaacatgct ggagggagga aaatgagggt tgccgttttg ggtgccggaa cgatcggcgg 1519501 ggcaatcgcg aaggccctga aaaaggccgg ctacgacgtc gttgcgacga ggaggaggat 1519561 tgagaaggcc aaagagctcc tcgaacttgg gatagaggtt atttcggaca acagggaggc 1519621 cgttgagaaa gctgacgtcg ttttcatagc tgtgaagccc agcaaggtcg gcgacgttct 1519681 tgaggagata gccgacctaa tcgagggaaa gctcgtcatt tcggtcgttg ccggagtctc 1519741 actgaaggag ttaaagcgct tcgcgaaggc gaaattcgtg agggcgatgc ccaacatagc 1519801 ggttctcgtc ggcgagtctt tcacggccta cgcgaccgag cttgagggag aggaagttga 1519861 gctggtggaa agactcctga gaaccttcgg ggattgcgtc cgcgtcgagg aagagcacat 1519921 ggacgcgata accgggctga gtggctctgg accggcctac gtcacggtct tccttgaggc 1519981 gatggtctac ggcggtctgc gcgtcggcct gccgagggat ttggcgaaga gggcctctct 1520041 ccagacgctc cttgggacgg cgaagctcct catggagacc gagaggcatc cggcggaggt 1520101 gagggagtgg gttataacgc cgggagggac tacgatagac ggcgtcttcg agctggagga 1520161 gggtaagata agaaccgctg tcatgaaggc cgtcgatgcc gcgacgaaga agtcgaggat 1520221 tctgtcgaag agggtttgag ctggatgggc tcttccactc tccaatttta aggattttag 1520281 ttttaaggat tttagaagct ctggcgggcc gggcgggatt tgaacccgcg accttcggct 1520341 ccggaggctc cttttgatga ttgtgagcct ctcaaaaggc tactttggga aaaagaacga 1520401 ctactatcaa aatgggcaat ttgggcggaa aagcagctca caaaaagagt cgccagagcg 1520461 tatttgaacg cactcaaaaa agcgcaaacc ttcaatgatt tactgcaaat gagagaaggc 1520521 tccaaaacac aaagattggc tctgagaagc ttcgcaaaat acctttacga gtcgagaatc 1520581 atcacgaaag aagaatacga ggcgataaag aggtgcgtca agctcaaaag aacgaacaac 1520641 atcgatacaa gagtctatag cgacgaagac atcaccaaca tactccgcca actcaccaac 1520701 aaaaaacacc acatcttcct ccgactcgtc gtggaaagtg gtctccgtcg ttctcacgcc 1520761 atttcagcat ggggcaaact cagaaaagga gaatacacaa cgatgggaga atttgcgtac 1520821 acagaactca acattcggaa caagacaaaa caagcattcg tctgcttctg ctccagggag 1520881 ctcgcagatg ccatacacga gatgaatgag cccatatcat acaacatcgc agaaaacgtc 1520941 ggcaagagac agagaatact ctacaacggc atacggaaat ggtggtacac aacagccctt 1521001 gatgtgggaa tggactccaa cgttgccgat tttctccaag ggagagcccc cacatccatt 1521061 ggggcccgcc attacctcga tgcactcaga ctcgcaaaga agcagtatcc caagcttcta 1521121 caagccatca gagagcgcat ttactcaaac ctataacccc ccactcttct caacctttat 1521181 tacttctata agtagtataa attgggtcct gaagggcccc gtgaataacg tatggcacgg 1521241 aggtgaaaaa ggtgaacacg tgggaactca aagaactcat caaacagaaa gaggacgagc 1521301 tcttttggaa gcgattgaac ccggaagccg tgctacgagg agaaacagac aaactggaag 1521361 gagaaatcaa agccctcaaa gaactgtact gggagatggt tcaaagatga gaatacgagc 1521421 ctcagacctc tttacactcg ccgatgcact ggtggttctc agagatccag agatcgacat 1521481 tacctaccgc atgagaatcg cagacgaact ggagagcctc tactggaggg cgttgaaggc 1521541 atggaaagag caacactcat catagagaag agcatcccac caaaaaccag agcagaagtc 1521601 aaagagctat tcaagaacac tgacaccgga cgcttcaagt acatagtggt tgaatggctc 1521661 gcatactggc attacaggaa ctacaaaccg cccctcatcc ccctgagcgt cagtcttgcc 1521721 gccggattgt tcaagaaaag gccaaaagaa ctcggagatg aggaatttga ggctcaccat 1521781 ttgtgatttg ccccgcgctc tgcggggctt tctttccatc tacacaaaag ggtaaccttt 1521841 ttattgaaat aagtacaaac tactatcatg aggggagttt ttcaagagga tgataggaaa 1521901 actactgaca atctttttgg aagagacgag gagatacaga acattctctc aaaactcata 1521961 acgagagacc cagttttcat tgttggatat cgccgtgttg gaaaaagttc actcgctcat 1522021 gcggtctcaa atcttattgt aggcgatcac tttgctcatg tatactgcga aagtggattc 1522081 aacaacactg gagatataat aaatcgcgta aaggataccc tcaactccaa aatagaaacg 1522141 aggacaaaat catttgttgt aggaaaactc attgaaattg gtctttcaaa gaccaaagcc 1522201 gaccgtttga ttcaggagtt tgaaaattca acaatcataa tactcgacga ggctcagcgc 1522261 gtcaccaatt cagggataat agacgatttt cttacgtggg tcacgaaaca cttgggaagt 1522321 accacccgag taataataac aggatcagag gtgaggctcc tacatggctt attcaaaaga 1522381 atccacggta acccgaaccg gataatcaca atatacccat tcgagcaaaa agtcgccacg 1522441 gactttattt tgaaaggatt tgaacagaat gatttcccta tctcacgaga agaagcaaag 1522501 gagatatata gcacactcgg gggaactccc ggagctataa ttgctgcagc agaacacata 1522561 atcctcgagg gggaagatat tgacactgcc actgaacgag aaaaaaccac tgaaatgaag 1522621 atgatgatag aagaactcaa caatatagcc agcgagtaca ctgttgaaac ccaatcattc 1522681 gtgaaaaagt tatcaataaa tgaatggcaa atatatgatc tttcattctt caccgaagat 1522741 gaaaagaagc tcctcgaaga tcttatacgc tttgggttta tcaaaccgaa tgaaaaaggt 1522801 tacatagtgt atgacccact cataagagag gccctgaaag aatggggcgg tgtgatatga 1522861 aatattacag atacgaggag tggcaactca aaaagcacat caacgactac ttcatcatag 1522921 tgacaggccc tcgctggact gggaaaagct actttatcag agagtttatg aaacgctcaa 1522981 acctcaacta tattatcatt gatgcattca aagcatggaa agagaagaaa tcgtggcttg 1523041 agcgagccat cataaacgac acaaagaaga gccttcggaa tagagcccca gtaggggtca 1523101 taacttcatt ccgaaatgta gaagcggaga actttgataa cttcagaagt ttcctacggg 1523161 cactgaaaga tgaaacctac gtaataatag accacgccga ttacctcaga tatgctcgtg 1523221 gcatagactt cagagaagtc gcccaagaat ggattgacaa aagggacaag gtgcattttg 1523281 ttttcgtcgc aaaaggaact cccgcgttat tgagctatct tggcccccaa gatccacaat 1523341 ctccgttatt tatgagatat gagaaatacg ttgaagttgt tgaactctca ccaaatgaga 1523401 ccataaaatt cctcgaagac ttcttgagat tgtcaaaata catgcattca aacttccccg 1523461 atggatttga aacgtatcag gacatcgggg gacttcgtgg ctatctgaaa aaatttgtcg 1523521 aagttggttg caatgagcag aagctccgag aactgctgag aaacgaactc aaagaggaaa 1523581 tccggggcaa aaacacgtgg agggttcttg aagtaattgc gaggtacaca aggatctatg 1523641 gttatgccga taaaaaaatc atagaaaaga aagttggcaa gaattttgac aatctcagga 1523701 agtctattga agagtcactc atcaacaatg gacttgttat gccggcttca tcaaatacat 1523761 acaaaactcc aaaaattctc gccaaatttt taccacagaa atgacaatcc cgcatacggt 1523821 atgttcataa ataaacatca acgtcaatat ttggccacca catgggggta tacaaacgtt 1523881 tcaaaaacgt ccaattcccc gagccacata tcagaaacaa caaaaaccct tttgactatc 1523941 aatttcactt cgccaagact ttttgtaaac caagtgcaaa agtttattac catgttttga 1524001 catataatat gggaatccac atgagtgtgt acatatatct ccgcataagt accgataaac 1524061 aagacatcga cacccaaatg gaatcaataa aagactggct caagcgaaat aacgtctctg 1524121 agtacaagat aatcaaagac gaaggcatct caggaagcac acctgcagaa aaacgcccag 1524181 gtttctccac tcttctctca ttgctccaag agaacgacgt acttatagtc tcagaactca 1524241 cgagactcgg cagatccctc agcgatgtca ttatgacact caacaatctc atgaagagag 1524301 gcgtcagaat agtatcaatc aaggaaggac ttgacagcac acagaacgaa ctccaattca 1524361 aagtcatgag cactctcata gctctttttg cagacctcga aagagaattc atccgaaaaa 1524421 gaaccattga aggactacaa cgagcaaaag cccaaggaaa gagaatagga agaccaaaag 1524481 cacttactga ggaggacatt cctgtacttg taaagctgta cgagaaagga atgacacaga 1524541 aggaaatcgc gagagcaatg aaagtgagcc catcaacaat cgcacgaaca ctgaagaaac 1524601 tacgtgagca gggagtcatc gaggaacgga gagtagtcaa agtaaacaag aagaaactga 1524661 aagaggtgat agacaatgca agataactac gaagagcgca tagctgagct cgaacgcgag 1524721 atagaaaagc tcaagcgaga gctgaacaaa ctcaaaactg gacaggaatg gtatgagaac 1524781 gaactcgaag atcaaaacaa gagaataacc atcatagaac gaatccttga tgtttactac 1524841 gatagcgaag cttcaaaatg gcaaagcagg tacctcaagc gtatctatgc tacgctcaaa 1524901 aagcttgagc gaaagcttga gcagaagaaa aatacaacca cgcaaaagca actgcccacc 1524961 tgagtagctc agcgtgtctc cagcatgtac tcgatgtaat atactcgata cgatgcataa 1525021 cctttttatc cagccagata gaaagacccc cttggttgag ggtaatggtg ggaactttga 1525081 aacccggcta catcctcaag agcacgaaat ggaaggagcc ttttctcgtc gagatcgtga 1525141 acgaaagtgg agacaccatc atggtgggag gccactacct gaactcccgc aaggccgacc 1525201 tctacatact gacgaaagcc gaccttgagg agattgaaat catcacaaac cctcttgact 1525261 tcaaaggaga cccagaagca gctgccctcg caatcgaggg agaacggtac catttcgcct 1525321 cactctatga cccaatactc gcggtcagcg tctcgaaaat agcacccctc cccttccaga 1525381 tcgacgcggt ctacaaccac atcctcagaa accccgagat acgcttcctc cttgcggacg 1525441 accccggtgc cggaaaaacc atcatggcag gccttgtgat aaaagagctc aaactcagag 1525501 gcttggccga gagaatcctc atagtcgttc ccggccatct tgtaccccag tggaagaggg 1525561 agatgaaaga gaagttccag gaagagttca caattgtcaa cagagagatt ttccggacga 1525621 caaccgacgt ttggagacgt gaaaaacagg taattgcctc aatagacttc ctcaaacaag 1525681 aagacatcct caagagcctt gagaatgttg attgggacct tgtgatagtg gatgaagccc 1525741 ataagatggc cgcgtatcgc ttcgggaaga agatctaccg cacgaagagg tacaaagtgg 1525801 gtgaggtgct ctcaaggaac tccacccaca tgctcttcct cactgccacg ccccacaagg 1525861 gagacccgga aaacttccgt ctccttcttg acctccttgt tccgggcctt ttcagcgaca 1525921 aagaaatact ccttgaggca ataaggagaa acgagaaccc catattcctc agacgtatga 1525981 aagaagacct cgtggacttt gaggggaaga agatattcaa gcccaggtac tcccacacgg 1526041 tgaacttcaa cctcaccgac aaggagatca agctctacaa cgagctctcc cgctacatcc 1526101 actaccagta caccgttctc gaagggagca ggcggagcat agtcttcccg ctcgtgatac 1526161 tccagaggag gttcgcatcg agcacgtacg cacttctcca gtccctcagg cgcagaaaag 1526221 cacgcctcaa ggaatacctt gagagcggga agcttgaaac caagggcgtg caactcgact 1526281 ttgaggacct ccttgagctc gaggacgaag aggaaaggga aaggtggaag gccgagctga 1526341 ggctcgaagg cctccccata gtgaggaaga ggaagctcat agaagccgag ataagaaccc 1526401 ttgacgagct cataaggatg agcgaagagc tgatagcatc ggaggaagag acgaagctca 1526461 agaagctcag agagacgctg gacttcatag cgagagaaca cggcgagaaa gagaagatcc 1526521 tcatcttcac ggagttcaag gacacccttg agtacctcgt gaacaagctc caggagtggg 1526581 gctacacggt taccttcatc cacggcgaga tggacatgga gacgaggctc caacgcgaaa 1526641 aggacttcag ggagtgggct caggtcatgg ttgccaccga ggcggccgga gagggcataa 1526701 acctccagtt ctgtcatctg ctcataaact acgacatccc gtggaacccc aacaggcttg 1526761 aacagaggat aggaagggtg caccgctacg gtcagaggta tccggttcac atcttcaact 1526821 tcgtggccag aaacacgagg gagggcatgg tactcgagag gctcctccac aagatagagg 1526881 agataaggaa agccctcggg gataaggtct tcgacgttat cggagaactc ctcgatgggg 1526941 agaatctgta caccctcctc gcagaggtcg ccgtcatgct cagagacccg gacagcgtcc 1527001 tgaaggagga agagccaaag ttccagcctg aagaaatcac gaagaaggcg gaagagctcc 1527061 tcggggagag cctcgcgacg aagcacatag acctgagcag gataatgcgg cttctcgaaa 1527121 aggccgaaga gaaccggcta tcgccagagt acctcgaact attcttcctc aaagccatga 1527181 agcgcctcaa cgcgagaata agggagaaag agccacacgt ttattcgatt gagagaaccc 1527241 ccagagtcct gagggagata gccgaaagaa agggctacgg cacggtggag cgttcgtaca 1527301 gggccataac ctttgacaaa gcaatctctg aggagaggga cgacgtggag ttcgtctcgt 1527361 ttggacatcc gctcttcgaa gccctccgcg agtgggttca ggaggaatat ctcaaagagc 1527421 tccagcgcgg ggcggtcttc tacgacccca ggaacagact ccacggcacc atctggttct 1527481 tcgagggtga agtccaggac ggcttcaaca agacggcagg caagacgctc gtggcggtct 1527541 acgacgatgg cgagaacctt gaggtcatag acccgaagat aatatgggac ctcgaaccgg 1527601 ccaaagattc tccagaggtg gaggttgagt tcagccggag agagaacgcg atgatttacg 1527661 ccatgaaggc cctcgaagag tacagggaca ggcttctcag ggagaggaag aggcaggcgg 1527721 agataaagga gaagtacgga gtgaagtccc tcaagaagct gatagacgac ctcgactaca 1527781 agctggccga gtacgaactc ctcccgccgg aagagaagaa gaggtacgca ctcaccataa 1527841 ggaaccttga ggagaggctg aaccgttatc ggaaggcgct gaaggaactg ccggaaaaga 1527901 tagccaggga gacgagcctc atggtgaggc ctcccgtctt catcggggcc atctacgtgc 1527961 tcccgagggg agggatggga gaagacccgg caatagaaga gataggaatg cagatagcca 1528021 tgcagtacga gagagagcag ggaagaaacc ccgtagacgt ctcgaaggag aacctcggct 1528081 acgacatcta ctccgagggc aacggtgaga agaggtacat agaggtaaag gcgagagccc 1528141 acctcgggga cgttgagctc acatggaacg agtacgttac cgcgaagagg ctccgcgaca 1528201 agtactggct ctacgttgtc gcatacgccg ccgagaagcc gaccctctac atcatccgtg 1528261 atcccgctca caccctcaag gtcgtggaga agtacgagat aaggttcaaa gtcccggttg 1528321 aggagtggaa aaagaagggt aagaaggttg aagtctgagg aggcggtaga atggaggaca 1528381 agcgctttat tgaggttgcc ttcccggtca aggccgtaag tgaagagtcc gcaagggaga 1528441 agaacataag gcacggccac atctctaccc tgcacatctg gtgggcaagg cgcccgctgg 1528501 cttcttcccg cgcgaccaac tacgccgcac tcatcccagc tccaaaggat gaggaagagc 1528561 tcgaacggaa gaagaggttc atagcaaagc tctcgaagtg ggaaagttca ctcgacgaag 1528621 aaatcataag aagggcccgc gaggacatca tggagtactt cagggggata cgcgacgacc 1528681 cgaaccagga aaggccccgc gtcctcgacc ccttcgcggg gggaggctcg ataccgcttg 1528741 aggcccttcg cctcggctgt gagacgtacg cggtggacta caatccagtt gcagttctca 1528801 tcctcaaggc agtccttgag tatccgcaga agtacgggaa aaagaagaag ggagcgctcg 1528861 accagtggat ttcaggcagg gacgaggaaa aggactacga cctcgtgagg gacgtgaaaa 1528921 agtggggtga gtgggttctc caggaggcga agaaggagct tgagcgcttc tatcccaaag 1528981 acgaagacgg ctacatcccg gtcggctaca tctgggcgag aaccataaag tgccagaacc 1529041 cggcctgtgg ggcagagatt ccactgatga gacagttctg gctcgcaaag aagaacaaca 1529101 agaaagtggc tctctaccct tacgtggagg ggcatgaagt caagttcaag atagttggcg 1529161 acggctacga gcctatgcca gaagattttg acccctcgaa ggggacggtg aagggagcga 1529221 aggtcacctg cccggtctgc ggcatgaccc acgacgcgaa caccacgaga aagctcttcc 1529281 gcgagggcaa ggccgggcag aggatggtgg cggttgtcct ctaccacccg gagaagaagg 1529341 gcaaggtgta ccgcctgcca acggagaaag acatcaaggc ctacgaggag gcgaagcgct 1529401 atctggagga gaagagggca aagctcatgg aggagtgggg catcgacccg gtaccagacg 1529461 aagaaatcct gaagaagtgt catgaagtgg acagaatgcc tatgtatgga atgccaaaat 1529521 ggggggatat cttcaacgac cgacaaaagc tcgcgctgat aaccttcgtc gagaaggtga 1529581 ggcaggcgta cgagaggatg cttgaagaag gttacggcga ggagtacgcg aaggctgtgg 1529641 tgacgtatct ggcgtttgcg ttcgacaagt tcttggctcg ttcaacaaca ctttctcggt 1529701 ggcacgttac tcgtgaaact atcgagtatc ccctcggaaa gaactccctc ccaatgctct 1529761 gggattacat tgaactccaa gcattctccg aggcaagcgg aggctggaat accgggcttg 1529821 aatacattgt gaatgttatt gcccattgct cccagtcctc agagttcccc tcaaaagtcc 1529881 tccaagattc cgcaacctca ctacccttcc ccgacgatta cttcgacgct gtcttcactg 1529941 acccccccta ctatgacaat gtgaattatt cagtactgtc tgatttcttc tatgtctggc 1530001 tcaagcgtac agttggagac ctctatcctg agctgttcat aacaccactc acgccaaaga 1530061 gcaaggaact tgttgctgat ccaaacagat ttggggggaa agacggttca aaaaggtact 1530121 ttgaggagag catgaaacag gcactcaggg aaatccaccg cgtcctcaag ccgaacggaa 1530181 tcctcgtgct cgtctatgct cataagacaa cggaaggctg ggagaccctc ataaactcgc 1530241 tccttgactc gggtctcgtc ccaacgactt cctggccaat tcataccgag atgaagaata 1530301 ggcttatagc aaaggagtcc gccgcccttg cctcatcaat ctacatcatc gctcgcaaga 1530361 tagagaagca gggcgtcggc tggttcgatg aggtcaagag ggagctcaga aagactcttg 1530421 aggagaagct cgaccagctc tggaaggagg gcataagcgg tgccgacttc ttcatctcgg 1530481 ccataggctc ggccattgag gtcttcggca agtacgaaaa ggtgctcgac tacgagggca 1530541 acgagataag gggagacagg ttgctccagc tcgtgaggga catggtgagc gactacgcca 1530601 taaggcaggt tctcagggag gacatctcct ccgagctttc accactcgcg aagttctacg 1530661 tgctctggcg ctggacttac ggcgaggcga aggttgcctt cgacgaggcg aggaagcttg 1530721 caacttcagt cggcctcgac ctcgaaaagg agtggaacaa agggtttatc gtgaaggaga 1530781 aggagttcat ccgcgttctc ggcccgcagg acaggaagct gaaggagata aagggcaacg 1530841 acctcatcga tgtcctccac aaagctttgc tcctctggca ggccaacagg aagagggaga 1530901 tggtcggcct gctcgccgag acaggctggg gcgagaagga cgtcttctac aaggtggccc 1530961 aggtcatcag cgaggttctg ccaaaggaca gcaaggagaa gaagctcctc gacggcttcc 1531021 tcgcgggcag ggagcacata aagagggcca ttgagaaggg cgattactcg gtcttcaacg 1531081 gagaagagga atcaggaaag cagaaaagaa ttgagcagtt cataaagggt tgaggcttta 1531141 ttcggctttc ttttcaattt ccggggcttt attcctgagt tcccggattt caccttcaag 1531201 ctcgggaacc atctcgacta tgtccttcct gaggagggga aggtgctcga gcttgccgtt 1531261 gagtatcgca agtatcctga ggctgagcat gagaatgtag attgagagct ccgggttctt 1531321 ccagtcttcc agcatcttct cgtagagctt gatgaggagc gctatccctt ggtcgagcgt 1531381 catgtatctc tcaaactctt catccggcat ctccggatcg gaggctattt cgagaatgct 1531441 ctccctcatg gagttcaaaa gtcccatctg cctcctgatg tcggttctta ttgagttctt 1531501 gagctcgttc tcgttgagga tgtgcatgag ttcgtctatc tcgtccatca catcagcgag 1531561 ctcttcctcg aatatcttga gcacttcaga ttgagccttg aggtaatgta tcctgctcgc 1531621 ttcgctgggc agtacctggg ttattctgga gataaggacg tcccgcttct catccagaag 1531681 ctctctcagg cggaggagtt ccctgaatct gtgagtctgg tgcttcttcc tcacgtaggg 1531741 gatggcagag aagtaggggt ctatggcgtc aagtaccccc gtaagcaggt catcgctgta 1531801 cttatcgatc acgacttcag gaagtgccga tagtccttga ctcattgtga gaagttctgc 1531861 cgtcatcacg atcccgaaag agaaggctcc ttataaagga tgctctctga cggactcgtt 1531921 gggtctgaag aagagagcgt gggtcaactg ctcgaaagga cgcctgctcc ataaacctta 1531981 tatacacttt tggacgtcac ccataatggg gggtgtccaa aaatgctctt tgatgtccag 1532041 ccaaagacct caattgatga gctattcgga aggagggccg agtacctgag tttccttgat 1532101 gcaattgaaa agcgaaggaa tttcttcata atcacggggc caaggaggat aggaaagacg 1532161 agttttcttt atgcaagcct caacgagctt gagaaggagt acggcattcc ttacgctgta 1532221 attgacgcaa gagcggccac ttcattgaac tcaaaatatc cgcagagagt tattgcagaa 1532281 cgtctctaca aggccataat aaggaaagga tttgtgggag gggtaatctc aaagataaaa 1532341 ggcctcaaaa tcggtggaat cgagattgag actcaggata agaatcctga cattatagac 1532401 gttctctcag cgataaacga gggtaatgaa cttgccataa tagcttttga tgaggcccag 1532461 tacctcagat tctcaaatga ggacctcaca aagctcttcg cttgggttct cgacagcctt 1532521 cacaacatag tgctcgtgtt cacaggttcc caggtaggcg ttcttgacaa ctttctgagg 1532581 cttgatgaag gcaatgcgcc tcttttcggg agatatgagg taagaatacc tctaccacgt 1532641 ttcaacccct cagagagtct tgaattcctg aagaggggat ttgaagagta cggaattgaa 1532701 accaatgaac gtgaccttct tcccgtggtg aaggtactcg atggtgtccc tggttggctg 1532761 gtacattatg gcgcccacag agttgatggg cttcctcacg acgaagccat tgaaaaggtt 1532821 ctggaaaagg ccatgacata cgtgcaaaca gaattccagg agctggacaa actttctccc 1532881 cgctatcggg ttgtgatgag ggctattgcc aagttgagtg agggaaaagg atatgcaaga 1532941 tgggagcgaa taaagagcct tgcagaagag gaactgggag atgagataga cgaaaagtcc 1533001 atgagaaact acctgtcaaa actcgttgat tatggctttc tggagaccat cgggtatgga 1533061 aagtacagga ttccggatcc agtcatgtac agggtcttca ggagaatata gtgaattgta 1533121 catttttgga cgtcccccat tatgggtgcc ctctcaatct gccctatctt gataatgtga 1533181 ccggaaagcc caaatactcc caggggtata tggttcggag gtgtaaccat ggagctgaag 1533241 ccgttttacc agatcgccat tccccacgat gatataaagg aggggaagtt cacccttgat 1533301 actttcgccg ctgacctctg gagcgtttat cagaacaagg ggcctgagga ctacaggaac 1533361 ccggagctct tctgggagag aacgtacatc acgagcggac tgagcgttct ccttgatata 1533421 gcaagaaaga ggctcatcga tggcgttgga gatgctgtga tacagctcca gactcccttc 1533481 ggtgggggta agacacactc gcttatagca ctctatcaca aggccagaga atggggagca 1533541 aacgttgttg ttctcgacgg tacggccttt gacgccaaag aggatattct ttgggaggag 1533601 cttgagcgcc aacttactgg aaaagtcgag ctattgaaag gtaagactgc accaggcaag 1533661 aagaagatct caaagatcct tgaagaaaac gccccagtgc tcattctcat agacgagctc 1533721 cttgagtaca tggtgaaagc ggcgggaata agagttgagg ataccacact cgctgatcag 1533781 accctcgcct ttatgcacga gctcactgaa gccgtgaaaa aagaagacaa ggccctactc 1533841 gtcatgacgc ttccatcaag tatcctcgag cactactcag aaaaagccga ggagtacttt 1533901 cagaagcttc aaaagatagc cggccgcgct cagagggttt tcactccagt tcaggaggag 1533961 gaagtccacg acgtcatcag aacgaggctt ttcaagagga ttgatgagac cgagatggaa 1534021 gccgttgtga agcgtgtggt agagtacctt gagaaggagg gcctcatccc ggagggcctc 1534081 aacgcctatc agtaccgcca gaggtttctc aggagctatc cattccagcc agaggtcatt 1534141 gatgttctct accaccgctg gggcagtctg ccgaagttcc agagaacaag aggcgtgctg 1534201 agacttctct ccatagttgt tcactcactc atcgggagag atgtgccctt tatcaggctc 1534261 tccgacttcg atttgagtgt caaaacgctc agggacgagc tcatagacat cataggggag 1534321 agcaggtact attccgttct tgatgcggac attctctcac ccagctctgg tgcaaaacgg 1534381 gtcgacagga tggtcggtga atcctacgag cactatcgcg tggggacgag agcggcaacc 1534441 gtcatcttta tgtactcctt ctctggcggg gacgtgaaag gagccactac gaaggagata 1534501 aagctctcct gtgccgatac aaggtactca agcagtatag tgggagacgc catcctatac 1534561 ctcaaggata atctccttta tctccattac cgcgatggcc ggtacttctt cagtctcgag 1534621 ccaagcctca acaagctcgt tgtggatgag atgaacaacg taagcgagga gcagataagg 1534681 gatgttgaac acgaactgct gaagggtcag ctcaaggggc ggtacttcaa ggtctatctg 1534741 tggccgagta aaccagtgga cgttcctgat agcgatccaa gcttgaaact cgttgttctc 1534801 cccgagtatg acaaggagaa ggttctccaa atcctgcaat cctacggggg cagcgaaagg 1534861 gtccacaaga acaccctcat cttcctcgtt ccaagggaga cggagagggc cagtttcaac 1534921 aggctcgtga gaaggtatct tgcatggaag atcatcgacg agaaggcaaa gaagggttct 1534981 ctggagctta cttcagagca aaaggaagac gtgaaggaga atttgaagcg agcacgggag 1535041 gacatcgttc agaagatagc agagctttac aggctcgtac tgcttcccac tcgtggaggc 1535101 tacgaagagc ttgaccttgg catgaagcct gtgggcatca agaagaccat cgaggagctc 1535161 atctatgaga agctcagaga ggagggtaag ctcgtcgaga agatggctcc agtggtcatc 1535221 gagatgaagt atctggatgg gaaggagtac gttccaacga aggcactcta cgagagcttc 1535281 ctcaagactc cagggatgcc actcttgaag agtaagagcg tgcttataga cgcgataagg 1535341 cagggagtaa gcgaggggcg ctttggattg ggatacctca ccggagagga ggtaacctgc 1535401 gagtacctcg gtgaaaggcc cacggttacc cttgacgaga aggaggtcat cgtgaacagg 1535461 aagtactgcg aagagctgag ggcaagagcg aaggctgaag ctgaggcaga atctgaagct 1535521 caagctatag ctcaagagaa agctacagct gtgagcgtag ctgaagcttc aagagaggag 1535581 tggaagcctc cagcagtcag ggataagcag gctgtgcttg tgcctccaga aacaaagggc 1535641 agagaagagg ttgtggggag tcaggtagcg tccattcacc tgcacctgac actgggaccc 1535701 ggaactggag ggctgaggga catcttgagg gcgttgaacc tactgaagac caagtttgag 1535761 agggttacca tagagataaa ggcagagaat ggccacatga gtcaaacaga gtacgagaac 1535821 ctgcttgaga cgttcagaca gctgggtatt gacgttgaag aacttgggga ggagtaatct 1535881 tccatctttt gttcctctta taagtagctg tgaggggctt gattcacgag tcacgattca 1535941 ctatccaatt caacgcctca atagagagca ctcctgcact gccacacctc gtacatcatg 1536001 agttgtgaat cggccctata gtcactatta tgatctgctt gtcgcagcct atctccaatt 1536061 ttgaatggat tgtccctcaa tattgaggcg aaaagttttt atatagtgtg cgcacacata 1536121 gtgttgaggt gaaatcagat gggtaggtac aacctataca tacctgcctc cacaaagtac 1536181 cttctcagaa gagcttcaaa gagactactc accacccaga tagagctggc ccgtaaaatc 1536241 gctgatggaa aggttgattt tgacgacata tacacctggg gccttgattt gagggataga 1536301 gagaggataa gattcctcta cgagactgag aaagaattcg ccttcaaggc cgtttttccc 1536361 gtgcgtacgg agaaccccag tgaggtaagg gccagtattc tggccgtaag tgagatggtt 1536421 gagaggatcg taaagaagtt ttaccaggac catgaagacc tccacgaggc tatcggaagt 1536481 gttcataccg ccctctggag aatacagcac accgacggac tcacagaatg ggacaagaag 1536541 cgccttgcaa ggcacgtaga agagattcaa aagcttctca ggggtgatga acaatgatgc 1536601 cgaggcacgt cagccttatc agcgacgaag acagggcaat cctcgaaaac aaggaggctc 1536661 tttctggcat gatacggaag tacttggagt ttctctatga gaacacgaag caagagtact 1536721 ggttcgaggt gagaattctt gggttggatg gaagcgtaaa gcgtaggatg ttcagaatca 1536781 aggacattgg aagggctacg aattacatca tcagagaaat gaactctgac agcagaataa 1536841 agggcatata cgtcacgata aacccggctg gaggtcagaa aggaggttcc tttacgaacg 1536901 atgacatact tgaagtgata aacctgccaa ttgatgtgga tgtcttccac aatagggccc 1536961 catcagaggt tgaggtatca gcagtgaagg gagcgataaa gagagccatc caggaactgt 1537021 tcgggaagta caacttcaga tacatggtgg ttttctcggg ctttggcttc catgtgtacc 1537081 tcaaggtgaa tcccgttgag gttggtgaca gaaattggca ggcggctttt cgggaggttg 1537141 gaagagaact cgcagacgag tttgagaggg tgctcaaaga gagcatagac ccaaactact 1537201 cccatctcgt tgaggatgcc gtggataaga gcgtgtacaa cccttcacgc attatgaggg 1537261 ttgcctggac tgtgaacagg cgaaagatag gtggaacaat ctacgaggcc gtttcaaaga 1537321 tagttgaaat ctccggagcg aacaggcttg aaattgatga actcgtcaag aaaaagctcc 1537381 gagaaggtat tacaacgcgg gaagagctcc acattgagaa tatgggtggt acaaggctca 1537441 acagtgagga gaaagacgcc ttggtcgaag ccctgaaaaa gtactacatg ccgggtagga 1537501 gacacaacct cgtcctcgga tttgccgcct ttgcctggca caaagggatt cgagtggaag 1537561 acacactcga ggttgtgaga agagtgtacg ttgagaccgg ggatagtgac ccttgggagg 1537621 accgggagag agcagttctg gacacgtact cagcaacact gaagaactac aggagctacc 1537681 tggggaaagg aactatctgg gaactcaaca gggcactccg ctcatactac cagcgagcaa 1537741 tggtaaaaaa gaaggaggaa ccaagtgagt actccgtaac aagtgctcaa aaggttctct 1537801 ccaatgattt tgaccttctt gagtggctta tcgagcgtac ctccgatata atcaaagagg 1537861 tggacgaaaa gagtggcagg gtaacctata aagtctcgtt tgtcgttgaa agagcaggaa 1537921 aagtagagac aatcgttctc aagaacacgg agaggacaga aaaggagaag atgttctatg 1537981 ctctcaacga ggactttatg gcccactttg gggtttacat agttgacccg ctttcaatca 1538041 ggaagctcaa caggcaggaa aggagtaagt tcaatgacgt tctcgccaag ataatgctgg 1538101 attactacgc attcgttaca agaaacgcga aggagattgt aatagaggag tacgaagatg 1538161 tcaagaacat tttcctggat atcatcgaga ccgaggtcct tgagatagtg aaaattgacg 1538221 agttgaattc aataagcgga gaccgtgtcg acgagctatt ccggaagagg ataatgatct 1538281 acgctgaaaa cgagaacaga gtctactttg acccccatct tctcgagtat ggggctgaga 1538341 cccgtggatt cgcgcgaact ctcgccaagt tcctccacag aattggggtc attgacaaga 1538401 aaacctggag agaagtcaga cggagcaagt ctttgaggaa tgggagacac gtgtatctct 1538461 attacctgat ttcagacaga ttctttgact tccttgagaa agagaacgcc ataaagcccc 1538521 ccataaagac cattgatgag tacttggatg aacaggagta cgtggatctt gatgagattg 1538581 caggggagag tgttgcggcg tgaacgccca gataaccatt ctggggcctc cagggacggg 1538641 aaagacctct gctctcatca atctctacaa atactttatc ggagacgctt ccacggatgt 1538701 tacaagcttc gtgcaacgat acggtctcaa taagctcatc acgagaaggg attacacgag 1538761 cgatgaggtt ctctttctta cctttacaac ttccgcggtc agggttctga aagaaagagg 1538821 aatttacaac gcgtacactc tgcacagtta catcacaagg gttcttatgc ggaataaact 1538881 cctcacacca gcaggattca tgagagagcc gtttattgcc gcgatgatgg aaatgaacta 1538941 tggctatgac ttcagggatc ggttcagttc acacccgtca aacgttgccg agataaggta 1539001 caactactat ttcaacgtct attatgataa aaccagcaag gaaattctcg aaattgtaaa 1539061 acaacaggag aaagacgccg tgtaccagag aataagggat tacgtggcat ggaaggagga 1539121 gaagggcatt tttgactatg tgtcagttct caggtacttc cttacaacca ctcccgccac 1539181 actcgctcca gagaaagagg gcagtgagcc cagagtcatg ataatagacg aagcccagga 1539241 cttcagtccc cttcaatggg cagttgtgaa gagattgagg agcatcggtc tccttgacta 1539301 tgtagtcgcg gctggagacc cgaatcagtc aatatattca ttccaggggg ctgatccttc 1539361 cgagtttgag aatttcatgg catctggtac agttgttgta ttgaagagaa gttatagact 1539421 gcccaagcaa gtgtataaca aggcagagat gcttacgcga tggctcagaa cccacttcga 1539481 gtatgagcca cgtgaagaac ttggtaaggc cattacagag tacctgaaga agtccaatct 1539541 cctcaagatg aatagaacga ctggtgagaa agtgattcag attcttgaga gcgttatgga 1539601 tgaagataag accgtgttcg ttcttacacg aacaaacaag caagcgagag agctcgaaaa 1539661 gtacatcatt gaggcgggat acagagtctc aaggataaag aatgacgaca gcctttatga 1539721 cctccttgag gaagtcatcg ccttcgagga gaaaaggagc attgggatga ggctgttctt 1539781 cgctgtaact tctttgaatg aggaaggaat tcggcttcgg tccctgttca aaacgcccat 1539841 agaagccatg atgaaggttg aagaatgcct cactgaagga gagcacccca atgatgaaga 1539901 caataaagca ggcaagtgtt ctgatgacgt tctatccctt gcgaggttca ttgagaacca 1539961 ttaccttgat gttcttgatc cggaagagaa gcgtgttttg gctgggctca gaaagaagag 1540021 gaatggaagg gcaatctacg tggacacgat gcacgccgca aagggcgagg aggctgatgt 1540081 tgtcattgtc attgatttcg tgaatcgcaa gattgagaag gagattcaga gggatgagaa 1540141 cgctctgaag gaggaggtga gggttcttta cgttgcgatg actcgtgcac gagagaggct 1540201 ttatgttctc acaagcaagt caaagaggtc tgtgttgggg tacgtgaggt tttgagttct 1540261 ggtggggggc aatagccccc cggccatagg tagccacagg aagatggcaa gatgctattc 1540321 acgcggccac ctcgaggtga ccatcggcta ttgcacatca tcgaaataaa acatgctttt 1540381 gtatcagtca atttttgaga tgggggcttg taaggggcaa aaataaataa gaccgtcggc 1540441 caaaatagta tcaattttgt gatatttttg cgcattggga gtgaaaactt tgaggaagcg 1540501 tatatgtatc acagtgagcg accaaataat tgcttttttg aatgagaacg acattcagaa 1540561 gtccgcattt tttgaggcag cagctctttt gtatatggca ataatgtccg gaacgcaaca 1540621 aaatcaaatt ttctggcggg ccgggcggga tttgaacccg cgaccttcgg ctccggaggc 1540681 cgacgctcta tccaggctaa gccaccggcc caacccctcg atagtaggga tggacgttta 1540741 aaaatctaac tcggctaagt ttttaagccg ggcagatgaa atcgattggg gtgaaagggt 1540801 gtggcaatag ttgatgtcag gattcttgtt gaaggtgcca gcgacgttga ggtcgtaagc 1540861 aaagcccttc agggtttagc actgggaagc gagtacaaca taacgatatc ctcgataatc 1540921 ccaacgacca acatagacat agccaagagc gcggccgccg gtgcggacct gctcatcata 1540981 gcgaccgacg cggacagggt tggaagggaa ctcgcggaga ggctcttcaa cgagctcggg 1541041 gagatggttg gacacatcga gaggatgaag ctccccctcg gccacgatct ggagcacgtt 1541101 gatgtcgagc tcgtgaggaa ggagctcaaa aacaccctga tcagagcggg gttgaagagc 1541161 cttagggttc tcccggagta catggagctc aggaaagaac tcctcgacat caaggggcac 1541221 tacgaagagc tggctcacca gtatgacgaa ctggagcgtg aatacgagga gctcaggaag 1541281 aagtacgaag agctcaggag cgagtacctg agtctcaagc aggagaacga gagcctccag 1541341 accctcctcg aaaagaagag caggccggtg aagatagaag aagcctggaa agccctgttc 1541401 ccggccgaac cggtaccccc ggaggagttc ctggcaatag cggtcgaaaa gctcggcctc 1541461 aacgggaaga tcgtcgtcgg gcagggttac atctacgcgg aggaagagga ggcggttgga 1541521 gagctcctca agactgtcta cctcagcatg gcgatctcaa aggaactcgt tgaaaaggag 1541581 agacctgagg aaaaagaacc agaaagggga aaggaagaga tcgaggaaga cgttaaagcg 1541641 acactctcag gaaccgggga ggactgaggg tcgagatgaa agaagagaat tcaacggcca 1541701 tcgaggagtt tgcgacgtat cttgacctcg aggggaagag cccaaacacg atcagaatgt 1541761 acacgtacta cgtcaggcgg tacctcgagc acggcggggg gcttgacttc cgctctgccc 1541821 tccgttttct ggcccgcctg aggcgggaag gctactcaaa cagaagttta aacctcgttg 1541881 tgcaggcgtt aagggcctac tttcgttttg aaggcctcga tgaggaagcc gagaagctca 1541941 aaccgcccag ggttccaaag agcctgccaa aggccctgac acaggaggac gtaagaaagc 1542001 tgctttcggt tatccccctc acgcgaagaa gggacaggtt gatagttctt ctcctttacg 1542061 gggcaggatt gcgtgtcagc gagctctgca acctgaagaa agaggatatc gaccttgaca 1542121 ggggcatcat aaccgtccgg ggtggaaagg gggcgaaaga ccgcgttgtt ccgatccccc 1542181 cggcactgac ggaggagatc aaggcctacc tcagcgagag ggacgatgac agcgaatacc 1542241 tactcgtgga agtcagaaga ggaaccaagg acaggctctc gccgaagact gtctggtacc 1542301 tgctcaaccg ctacggcaag aaggccggcg ttaaagtaac gccccacatg ctcaggcaca 1542361 gcttcgcaac ccacatgctg gaaagggggg ttgacataag ggctatccag gagctcctcg 1542421 gtcattcaaa cctctcaacg acacagatct acaccaaggt cactgtggaa caccttaaaa 1542481 aggcccagga aaaggcaaag ctcctcgaaa gcctaatgga agaatgaaag ggaactcaat 1542541 cctcccaggg ctccctgtat ttcagcgccc agccgaactc ttccctgagg atgtctatgg 1542601 cagcactcgg cgggataacc ccgcgctcgg tgatgatgac gtcaacgtac tccggtggag 1542661 taacgtcgaa cgctggattc cacaccgtta tgttctcagg ccaggtctta agttcttcct 1542721 cggggataac ctcggtcggg tcgcgcatct cgatctcgac gagctggccg agcatcgtct 1542781 cggggtggaa cttgtaggtt tctgccgcta tcatcgtcca gacgcggtgc tccttggcgg 1542841 tgagggctat caaggccgtt ccaatcttgt ttatcacagc gccgttcact gttatgctgt 1542901 ccgcgcccat aaccaccttg tcggtcatct tcatatagtg cctcgcggca ctgtccacga 1542961 cgtagatgac aggaatgccg tagctggcta gttctttggc ggtgatcttg ccctgccact 1543021 tgggcctcgt ctcggtaacg atgaccttta tgtccttgcc ctgctcccat gcggtcttca 1543081 tgacgcttat cgctgctttg ctgtggcagt gggtcattat gatgtcgccg tcttcaatgc 1543141 gcttcgcccc tatctcgcct attctctcga cggccttctc ggagttgtgg atgaactctt 1543201 tcgcggcggt tatcacaacg tacctgagct gctccagatc ggcaccactc tggtaggcta 1543261 tcttgcccct gtgcataacg taacggaggg cgttgggaag tgaaacggcg gtgggccttg 1543321 tctcgtagag tattttcgcg gcctgcttca tttcctccca gaactcgtca acactctttg 1543381 ctttgctctt ctctgcctgt atctggagag cgtaagccgc tgaacgggct atctttccgg 1543441 cgccgcgtat ctccatgttc tttatcttct ccgctatctc aaggacttcc ctgagcaccg 1543501 ccatgctacc acctcacgtc agctttgggt aatccggggg ttggagaagg gggtttatat 1543561 cgtttgcgca ggggaagatt tttaaacgga cccttcaaca tcacccggga aagggctggg 1543621 cccaatgaat cccgctgatg agtggaggtg ggaggaaatg gctacgttca aggtcgttat 1543681 atccaaccca aagaacggca tagccagaca gatagagata agcggcgatg ccgcggagaa 1543741 gctcataggc aagcgcattg gcgacgagat cccggtaaag gagctcggca taaacctctc 1543801 ggagatcttc ggccaggaga tccccgagga cgcaaagctc aagataaagg gaggcaccga 1543861 caaggacggc ttcccgatgc gtcctgatgt tcacggcccg aggagggtca ggatacttct 1543921 ctccaggggg ccgggcttca ggccaaagga gaagggagag aggagaaaga aaaccgtcag 1543981 gggcaacacc ataagccccg agatcgtcca gataaacgcg gtcctcgtct tctgaggacc 1544041 cttttctcaa tcctcaagcc agatctcaag cctctgcttt ccttttccta ggctggagcg 1544101 cttgaacttc ttgaggtgcc caatctccct tatgtccctc acgtgggttc ccgcgcacgg 1544161 aattacctcg aagtcccgta tctgggtgta ccgggtttcc ccttcccacc agatcttcat 1544221 ttctccacct tcgtcaacga gcctgttgaa ggtctcaatg atctcctgct tccacttgtt 1544281 cacgttctcc gggtagagaa tgtcgtagcg gcccttctcg acgctcatcc cgcttccgta 1544341 gagctcccac ttcccgggca ggacaaggtt gaggacgtgt tcgagtaagt gcatcgcgct 1544401 gtgtatcctc ataagcttgt agcggtagtc ccagtcaatt ttaagctcaa cctcttggtt 1544461 gggtttgaac ttctccggct ccttaacaac gtgccagacg ttgccttcct cgtccttgta 1544521 aacgtccaga acctcgacgc cgtttatcca gcctctgtcg tggggctgcc cgccgccggt 1544581 cgggtagaaa atggtctggt cgaggagaag ggcgttctcc ttcacctcca gaaccttggc 1544641 cttagcctcc ctgaggtaag cgtcctcgta gtagagcttg cgggtcattt aaaccaccgt 1544701 agggataagt gcatcgaagt ttaaatgggt atcgaaaggg gagaaaaagc tcagcgcctc 1544761 ctccttggga agaggggaac cattgcaatc gcgattatga gcgcgggacc gcagatccgc 1544821 ttgtcatttc cgttggttgt tgtgtgagtg ccatcagccg gtgtctcgct ggcggttgta 1544881 tgagttttct tgggtgtcgt ggaggtttca ctcggttcac cagccttcgt gaataggtac 1544941 tggagcttct caacgatttc cctagccttg gtgttgttgt ggggcaggat gtagtttccc 1545001 gaggcgagaa ggagcagcgt tccgttgttt tttaaagcag tctccactat ctcaggggtt 1545061 gcagaaacct tgtactcccc ctcaatcacg gccacgaggg tgccgttgta agtgatccct 1545121 atcacgggaa cccccgtcac cccaatgagg cgggagatgt tgttgagaac ctcgtcgttg 1545181 tgactgtttc cgaccagctc gtagtaggtg aacttgtcgg caccgtaggt ctctggaatg 1545241 acttccttca tgtgcctgca gtgagggcag gttttagccc cataaaggta gaagtgcacc 1545301 agtgagggat caaacttcca gtctgaagcg ctaacgggga acagcactga tgagagcagt 1545361 agcaatagag ctaacccaac aacccttttc ataccagcca ccggggaagt tagggggagg 1545421 aggttataag cttagcctcc accagatttt tatactctcc ggacgtgcat tcatcaaggt 1545481 gaaggccatg gagataggtg tgaccatcta cccgcgcttc gtcaccaagg acaagagcct 1545541 tgcctcggtg ctcgcagacg tgaagataaa gtcctatgac ttcgtttcga tattcccgca 1545601 caccctgggc ctcatagtga atggacaggt catggagaag aagctcaaga acatagagag 1545661 cacgctgaag ggcgttggaa tagactacat cgtaaggatg cccacttcaa tgaacttgag 1545721 ggatcacatc taccacagca ggcacttccg cgttgccaag gccgttgcgg acgtcgccat 1545781 aaagctcggg gcaaaggtca tagtcatgca gagcggcaaa accggaaggc tggaccttga 1545841 gatagaggcc cttcagcacc tggccgacat ggtgaagccc ttcggcataa agatagccct 1545901 tgagaacacc tacagcgtca aggacacgct ctacgttgtc gataacgtga acagggacaa 1545961 cgtcggcttc gccctcgacg tcgcccacgc gttcctgagc gcccaggggg acgagaacaa 1546021 actcctcgag gacgtcaagc tcggaaccga caagactata atcctgatga tccacgacaa 1546081 cttcggaaag ctcttcccgc aggtcgagcc cgaggacgcc ttagcttacg gtgtaggtga 1546141 tctacacctg cttccggggg agggaaagat tcccttcgga aaggttctca agctcttcgg 1546201 cgacgtccca atcctgctca aggtaaaaga ccccgacaag ttcgccagga taccaacgaa 1546261 aaaaggattg atagagctgc tgacctcgct ctgatctcaa ttttcttccc cgaagataag 1546321 gttcacgaac cacttctcgt caaagggcct tagatcctcg taaccctggc cgacgccgac 1546381 gaagagtatg ggtgcaccga tggcgtggct tatgctcaac gcggccccac ccctcgagtc 1546441 cgcgtcgagc ttggtgagaa tgacaccatc tattttcaca gcctcgttga actgcctcgc 1546501 ctggtcgatt attgagtttc cagccaatga gtcacccacg aagatgacaa ggtccggttt 1546561 ggtgacgcgg actatcttct tcatctcgtc catgaggttt ctgttgagct cgttccttcc 1546621 ggcggtgtcc acgagaacga cgtctattcc cctcgccttg gcgtgctgta tggcgtcata 1546681 agcgacggcc gcaggatcgg caccgtagga gtgctttatc accttaacgc cgacgcgctt 1546741 cgcgtgctct tcaacctgct ctatcgcccc ggccctgaag gtgtcgctgg ccgctatgac 1546801 aacgctcagc ccgttcttct taagccagtg ggcgagcttg gctatggtcg tggtctttcc 1546861 ggagccgttg aaacctacga agactatgac gtagggtttc tcctttttcg cccttatctc 1546921 ctcaagaagg tttatctttc tcggcggggt tagaacttca agaacggcct ccttaacggc 1546981 atcttcaatg accttggcct tgtccgtacc gatcttgacc tttttcccga cgagcttccg 1547041 ttttatgctc tccctgagct cgtccacgac ctccagggcc acatcagcct cgagaagctc 1547101 gatctcaaga tcctccaaag ccctctcaac gtccttctcc ttaatctcga cctggaggag 1547161 cctctcaaag agaccgggct tcttctcggg ttcagccttc tcgatctttt tttcttcctc 1547221 ctcaacgttc tcttcgaccc tcctgacgaa gcccttgagt ttctccctga gctttccgaa 1547281 catcctgacc accgatcacg ggggaactta ttcatatata tcattatcgg cctcagcgat 1547341 agctggtgtc atcacctttc agacccgaag ccacacatca tcggcgtctc acgagctttg 1547401 aggactcgac gacccttccg ttctcgagcc tgtacaggtt aacgatctca gcgcctacgg 1547461 tctcgcgcct gtaggcgagg aggtagtcta taaagtttct gagggggtaa cgggttatgg 1547521 agtcaccaac gtacttgtgc tcgtacagaa cgaccagcct gtcccggtgc gagtccagcc 1547581 acgagtgaag cctttcccgc tcatttcccg tcctcgcgag ggggttgagg ataaggtaaa 1547641 cgtcaaagtt ctcattttcg aagggatctc caatgaagac gtccccttca atttggaagg 1547701 gaagcccctc agccagtatc ctccagccct cccttgccca ttcgttgagg attattctgg 1547761 ctatcctcct cggattgccc gtcatgagga tccgtccgga tttgaggtaa aggatatccg 1547821 tcagcctgag tcccatccct tttcctccag aggttgttaa acttaataac gcagccctct 1547881 caaaaatctt tcgatcagga ttagggtttt gtgaggggat ttcttttaca ggttagcaaa 1547941 ccgcaaacta tatatcccgt ctttgctcac tcagatcgac agctgtattc aggggtgtcc 1548001 ctatgaaatg gaaaagcgtg tttgcacttt tggttgtagg gctcgttgcc cttagtgtag 1548061 cggccagcgg ctgcatcggg ggaggagggg aaaaagaaac ctccagcgaa agtagcagtc 1548121 agacgaactc ccagaccact tccagcgcct cttatagtgg tgctatagcc atcgtttacg 1548181 acgtgggtgg caggggcgat ctcagcttca acgacatggc ttatctcggc gcctccaaag 1548241 ccgccaaaga cttcaacctc gaactggtcg aactccagag caacagcgag gacgactact 1548301 acaagaacct tgaaaccctc gccaaggcca agaagtacaa gataattatc gcagtcggct 1548361 tcatgatgac cgatgccgtc aacgccacgg ctaaaaagta ccctgaccag aagtttgcaa 1548421 tcatcgatgg ctacataccc gacagggaca acgtcatgag cattcaattc aaggagaacg 1548481 aaggttcagc tctggcaggt gctctggctg gcctcatagc cgccaacgac ggaaaggaca 1548541 aggttggaat cgttctcggt atggagattc cggtcctcta caagttcgag gcgggctacc 1548601 gctttggaat aaagtgggcc gaggactact acaagcagaa gaccggaaat gaggccaaca 1548661 tagacgtcct ctaccagtac accggttcct tcaacgacgc cgccaagggt aaggccgccg 1548721 ccgagaccca gctccagcag ggggcgtggg ttatctacca ggtcgccggt ggaacgggcc 1548781 tcggagtctt ccaggcggtt aaagaatacc tcgatgcaag gggcaaaaag atgggaccgc 1548841 catttgcgat aggcgttgac tcagcccagg actggattaa gccgggcgtt ataatcgcaa 1548901 gcatgatgaa gcgcgttgac gttggtgtct acaacgcggt caaggcagca gtcgagggca 1548961 acttcaaggg cggtgtcgtg gaactcgggc tcaaggagaa cggtgttggc ctgagcaccg 1549021 tggacgacgt tatggcgatg ttcaactccc tccccgagga tacccagaag aagaaacttc 1549081 aggagctcgg cttcaacagc aaggacgagc tcaagcagta cctcgagaac accaggaagc 1549141 aggttcccga ctggatctgg caggccgtag atgagctcaa gcagaagata atcaacggcg 1549201 agatcaaggt tcccgccccg atggacaagg agggcatcga aaagatcagg caggccggca 1549261 cctggcagga aatggagcag ctcgccagca gctgattctt tcttttttct cattgacccg 1549321 cgggggtgtt tctatggaga agagaccgat aatcgagatg cagggaatcg tcaaggtgta 1549381 tcccgatggc acgaaggccc tccgtggtgt tgatctcact gtctacccgg gagaaatctt 1549441 gggtcttctc ggtgagaacg gcgccggaaa gaccaccctc atgaaaattc tgtttggaat 1549501 gctcaaaccc acctcgggta aaatcattgt taaggggaag gaagttcact tcaaaagccc 1549561 tctcgatgcg atttctatgg gtattggtat ggttcatcag cacttcaccc tcgttgaggt 1549621 ttttgacgcc ctccacaaca tcatccttgg catggagggg cacggccttt tctctagaat 1549681 agacgtcgag agcgccagga aaaggctcca gaagctcatg gacgatctaa acttccaggt 1549741 tcccctcgac gttcccgtcg aaaacctccc cgtcggggtg cagcagaggg tggaaatcct 1549801 caagatgctc taccgcaatg tcgacatcct catcctagac gagccaacgg ctgtgctgac 1549861 ccccctcgaa gtagaggagc tctttgaggt gctcagaaaa ttaaaggctg aggggaagac 1549921 aataatattc atcagccaca agctcaacga ggtcatggaa ataaccgacc gtgttacggt 1549981 tatcagaaaa gggaaggttg tgggaactgt aaaaactgaa gaggcaaccc cccaactcct 1550041 cgccaggatg atggtcggca gggacgtggt gttaaagatt gaaaaaccac ccaaggagcc 1550101 gggcaaacca gttctcaggg ttgagaacct gtgggtcaag ggggacagag gtgaggaagc 1550161 cgtcaagggg ctctcatttg aggtcaggga gggggagata ctcggcattg ctggggttga 1550221 agggaacggg cagactgagc ttatcgaggc aataactggc cttagaaagc tggaaaaagg 1550281 gaaagtagaa ctcaacgggg tcgacgtaac tggcaggcca ccaaaagaac tctacgacct 1550341 tggaatggcc cacatacctg aagacagaac caacatgggg ctgatcctcg acatgaccgt 1550401 caccgagaac tcaatcctcg gcctccagtg gaggaagaaa ttccagaggg ctagggggat 1550461 tataaactgg gtggcggccc ggaggcatgc aaacgagtta atatccaaat ttgatatagt 1550521 ggcgccgggt ccggacgctc ccgtgaaaag cctaagcggt ggcaatcaac aaaaactcat 1550581 agtggcaagg gaggtcagta aagagcctgc cctcatcgtg gccgctcagc ccacccgggg 1550641 agttgacgtc gcctcgacgg agtacatcag aaactacctc gtcaagctga gaaacgagaa 1550701 caaggcggtt ctactggtct ccgctgacct cgatgagata ctccagctca gcgacaggat 1550761 ggcagtgatg tacgagggcc agtttatggg cgttgtaaaa cccggagaag ttactctgga 1550821 agagataggt atgatgatgg gaggtattcg ctatgaagag ctcaaaaggg caaaaggtga 1550881 gtgaggtact ctccaaaata aacatcaaag ccttcgttga gagcgtcctg gcgatattaa 1550941 tcgggttcct cattggggcg attatactcc tcgctttcgg ttacgatcct gtcgatgcct 1551001 acgtcgccct ctttaagggg ggactggcct caacggacaa catagcggtg accctgcact 1551061 actctactcc cttaatgctc acggccctga ccttcgcaat cggtgccaga actggaatct 1551121 tcaacatcgg tgcggagagt tcgttctact tcggagccat agcggcgata gccttcacga 1551181 acatctgggg caacctgtgg ttcggtctgc tgatgggtat ggttctcgga gccctctggg 1551241 cccttccagc tgcgcttctc aaggtttaca ggggcgtaca cgaggtcatc tccacgataa 1551301 tgctcaactg gataggctgg tactttgtcc tctggttaat cgtggggcca tacgcaaatc 1551361 ccaagaaccc gataaagaca attaaagtgc ccccctccgc aaggcttccg cttataggga 1551421 acacggttct ctcatggggt ttcatcatag cggtcatcgc ctcagtttcc atatacttca 1551481 tcctgtggca caccacactg ggctttagca tgagggccag cggttacaac gagaaagcag 1551541 cgagatacgg tggtataaac cccaagatgg ctgtcctctg gtcatttctc attggtggta 1551601 tgatgagcgg tctggggggt gcgatgaaaa taatgggtga ctatcccggc tatgccataa 1551661 gtcagggagg tgccaacatt tacggattcg gtttcgacgg aataggtgtt tccctcgtcg 1551721 gaaggaacca tcccctcggc ataatcctgt ccgcgatatt ctttggaatg ttaaaagccg 1551781 gaacgtcttc catgcagcag acaggggttc ccctcgagat agtgagggtt atccagggtg 1551841 tgataatcat aaccgttgcc attccaagcc tgtatgacct tataaagaag gccttaggaa 1551901 ggggggctgc ataatggacg tcggggccct gatggtcatt ctgaaaaact ctctgatggc 1551961 catggttcct atagtgctaa caagtgtagg tgcggcgtgg agcgagaggg ccggagtcgt 1552021 tagcataggc tacgaggggg ttctcctcgc gagcgcgttc tttggggcaa tattcgcgga 1552081 gataacagga cacgcctcca tcggactgct tggcgggctt tttgttgggg cactcttcgg 1552141 aatgctacac ggcttcctga ccgtctacct caagggagac cacgtaatcc ctggcatcgg 1552201 tataaacctc ctcgccgctg gactagttcc cttcggaatc atagcctact ggggcaccgc 1552261 aggccagcat cagcttccct ttaccctgtg gcacctgaaa acaaggtacg gtgagttcag 1552321 cccgatgata ctcgtcacga tagcgatatc gataatcacc tggtgggtgc tcttccggac 1552381 tccccttggc ctgcgcgtca gggcggttgg tgagaacccg gaggcagcag atgccctcgg 1552441 aataaacgtc gagaagtacc gcttctggtc aactgtctac ggccacgccc tggcaggtct 1552501 cggcggggct tacatgagcg ttgactggct cggaatggtg cacaagacga tgtccggtgg 1552561 aaggggcttc atagccctcg ccaacatggt gttcagcaac tggaatccgc tcgtctcgct 1552621 catcggcggc tggctctttg gcttcttcga tggactcgca acgtggctcg ctccaaagca 1552681 cttggttcca gagcagttca tctacatgct gccctacata atgacgataa tcatcgtcgc 1552741 gggaataata ggaaaggcaa ggccaccgaa gtgggatgga aaaccgtaca agagggagtg 1552801 attcagcctt tcagcacgta gccgagggct gtgccgaggg agagaccagc gaatagggcc 1552861 gaaagaacgt aggccaagtc gtaaccgttt ccttttttct ccacttcaac cctcttttca 1552921 cccaccgccc tcagaacgtt caccgcattc tccctgagga cctccgtgta aggcctgccc 1552981 tcccagaaaa caacaacccc tgccaagggc tttccgctct tttcagcaag ctcaaacgcg 1553041 gcgttccgaa gctgaaccgg gctctggagg gagtaaacta tcacatcgga ttccccggca 1553101 acgggtacga gctcgtccac gcccctggcc ggcacttcct cctcgggttt tattgaggct 1553161 attgccttta ttccgagcca ctcaacggcg tactgaaccg ggggcatatt tataacggcg 1553221 ctcttgttgg caacgaaacc tgaaaaggcc cactttatgg cactgacctt cgtcctgaag 1553281 atgtcgaagt ccctccgata cgtttccgcg ttggccggat cgactttctc aagtgctcct 1553341 tccgttgcag atgctatcgc caaggcgttg tccggatcga gccatgcccc atgagggttg 1553401 tctttgccac cgtaccagcg ttcgggaagg tagtgaaagc ctttaacctt gaagtcgtct 1553461 atgagcaaaa cctcagcgtt gatgacgcct tcttccttga gctgggcaat cttggcctca 1553521 acgggcaagt ggccacctgt ggtgactatt acatccgccc tctggaggag gtttatctgc 1553581 tcggcgctga gctggtactc gtgcggatcc gccccgagag gaaccagtgt cacgacctcg 1553641 acggagtttc cgaaagcttc ttccactatc gacgctatag gccctatgct cgccacgacg 1553701 aggggtcttc tctcctccgc accggccccg ggggcaatga ggcccaagag gagaattgtg 1553761 agcaggaacg cgtgacctct cctcatgtta gatcacccta atccagttcg gaaaaacggt 1553821 ttaaaaaaat gaacccaggg gatcagtcgt cctttccgtt atcgctcttt atatgcggct 1553881 tgccgatcgc tatggtgaag cccttgaagc tgtcgtcctt cctgttgaac tctatagcca 1553941 aaggaaggcc gttgtcctcg ttgaagacta tccttactat cctcgcccgc gagtggtcgt 1554001 tcagatagtc ttccttcagg ctctcgtact catcgataac tcggtcgatg ctctcgctgt 1554061 gcatgtcgta gatttcccgc gcgtagacgc tgtggtttcg aatctcctcg atcttctttt 1554121 ccctgtccaa gctaccactc cctcaggctt tgcgccactt cccgtcgcgg aacttaaaaa 1554181 ccttcctcct ctctgccatc ctgagggctt cctcgagctt gcccttcgga acctccattc 1554241 cgtggagttc cttgaagagc tcgactatct cgtcggtgct caccgcttcc ttctcgtcta 1554301 ggatgttgtt cacgaggttg atcatgtcct caacgaagtt ccatgggaag actatccacg 1554361 cccagtcgat ttcctcgccg aagtagtcgg gcttgaagcg cgaaccctta attgtgagga 1554421 gcgtagctgt tcttatctcg gcaggcttct ggttctcgac gtagttcttg gcgagggtta 1554481 agctctcgcc cgtgtcgctg atgtcatcaa cgatgagaac cttcttgcca cccaagtcgt 1554541 agctggtgcc gtacttgagc ctggccttgc catccggggt tgcggtaaca ccccagtgct 1554601 cgaccttcag gctgaccaaa tccttcacgc cgaggtagtc gcagtagagc cttgccggaa 1554661 cccagccgcc gcgggcaagg ccgactataa cgtcaggcct ccagccgtcc tccaaaactt 1554721 tccaggcccc ctccttggcc catctctcaa tgtcttccca agaagcaagc ttagcaggaa 1554781 acttcttcat tggatttccc ttaagaaacg ggggagaaag tcctatttaa attttccgct 1554841 gaaagaaatc aggaatagcg gagcttgacg tagaggttga ccccactctg aaaggcggca 1554901 aggccgttga gggctgtgaa aatccagtcc ctcggtggaa ggtacgcgta gatggtcagc 1554961 agcgtcgatg cggtgaagta tatcaggatg aacttcatgt tcagagggca cttcttggtt 1555021 ctgagagttt caatcgtctg gggaacccac gagccgacga gcatgagcat gccaatcagg 1555081 cctatcatct caatccacgc cattttctca cctccaaacc cgaggaggga gagcataaaa 1555141 aaggtttttg cacgattttg gctcaaaaaa aggttatgaa atcccttcct ttgagaaaga 1555201 aacggcaatt aaacggtggt tgccatcctt gacatggccc acgtcttgac gtcctcatcg 1555261 aggatgtcgt ttattatcct catcgcctcg gaaaccttgc cctccctcgc gagctttaag 1555321 gcaacctccg cctgtatctt cgacctgttg gaaagatccc tgatgaactc cgctacccta 1555381 agggcctcct cgtgaagtcc gagcgacagg aagtcaaagg cgaggctcat aagggccttg 1555441 gtggcgtctc cggatggcag atcggacgtg acgttgatag ccctctcgag ggcctcccga 1555501 taatccctcc cctccctggc caggtaaacc gctatcttgg agaaggcctt cgccttgacc 1555561 ttatcgtccg ggatctgttc ggccatttcc agggccgcat cgtaccttcc cgagttaagg 1555621 agcctcataa ccgtgtcgta gagggcacgt gaacggtacc aaacctgcat agcctttccc 1555681 ccaaacatct aacgcagttg aggttttaaa cgtcccggtg gacaacttta aaagagattc 1555741 ctcccatgaa ctcaggggag ttgaacatgg agagagacgt gtggaagtac atcactttta 1555801 tcctcgtcct cattctcggc gtcttcgtta tgtccacgac ccttctctac ctccagaacc 1555861 agagtctcag cagttacgtt ccccccaacg ccacctgcag aaccgaggtc gtgatcggta 1555921 accagacggc cgaaacagca ctccaggcaa ggatcgcgga gctccagtcc ctaatcaggg 1555981 caatcgagat ggagagggga ggcaccaacg tcacgaacgc gacaatagcc cttgtaccaa 1556041 tcttcggcgt tatcgagggt caaacggcac tcaacacagt gacaaccctc gagaagctga 1556101 tgaaggacga ttccgttggg ggcgtcctcc tctggatcga aagcccgggt ggagacgttg 1556161 gtgccgtgag ggagatctac cacgaggtcc aggttctcag ggctaaaaag ccggtcgtcg 1556221 cgtacacggg aggcatagcc gcttcaggcg gctactacat cgccgtcggg gccgagagga 1556281 taatagcgga tccccttgcc gaggtcggga gcataggcgt tatctacgtc cacttcaacc 1556341 tggcggacaa ctacgcctca aacggaataa aggtcgacgt cttcaaaacc gggccccaca 1556401 aggacatggg cgccgagtgg agggccctca ccgagtacga gaggaagaag atctggggaa 1556461 tgatagacgc ctacttccag agctttttac aggccgtcag tatggggcgg aacatgacgc 1556521 tcaacgagac cagagagtac gcaacgggcg agacatggct tgccattaag gtgaacggaa 1556581 cgctcgtgga cgaaaccggc aacttccaga cggcagtgga ggaactcgaa aagcttatgg 1556641 gtgttgagag cgcagagatt aaggtgtacg gctcgccgac ccagagctac tccctcggcg 1556701 tctttgggga gggagccctc tacctcgatc cgcgctacct acggctgagg gggtgagggc 1556761 atgctctgcg aggagaagct tgagatcttc gagaacggct ttgaggacgg gaagttcaag 1556821 ctcaggatag agtactatgg aaaggacgcc agaaagcttc tcctcgcggt gatacgggag 1556881 ctttaccttc cagactacgg tgaagactac gtctacccct tcgaatgcgc caaggagttc 1556941 tggggcatct accttgaccc cggcgagata gtcgcggaaa agcccgactt cagcccggtt 1557001 aagtttatca acaggagcgt catgaacagg ctcgaaaaga ccctcaatga aatagatgcc 1557061 ccggctgaga tcaaggagag catagggctt gaaaaggccg aggtcgtcaa gttaaagaga 1557121 gcattgctcg cgctcggaaa ggacttcatc ctcgacgaga ggggctacct catagtcttc 1557181 agcaaaccga gcgcgaggga gctgatactg aagtacctgg ggatgctgga tgaggaatga 1557241 aaccctcatc tgggcgatcg tcacggttgt tatcctttac cttgtgtggt tagtggtgag 1557301 tcccgttgtt tccccaataa tcctcgccct cgcagttgcc tacgttacct accccctcca 1557361 tgagaagctg ctaccaaaaa tcggccggag aaaggccgcc tttctcctga cagccataat 1557421 agctgttctc tcatttttgt tcctgattgg gttcgtgctc tggatcaacg acgtcaagta 1557481 ccagatagtc aggtatatgg agatatcctt cacctggctc cagtcggtaa cggtttcctc 1557541 ccagaggatc aacgaagtcc taacggccat aaccgagggg gtaagatcaa ggatagagtc 1557601 ctacatcgtc agttacacgt actccatacc gaagctcgcg ctggagatct tcgtcatgct 1557661 cttcgtctac tatggggccc tagtgaacgc ggaggaaatc gggagggaac tctacaacct 1557721 cctgccaccc caaaggaagg agttcggaat caggctcatc gaggccgccc gctacacact 1557781 ggataccctt ctcaagagct ggctcaccct gagtgttttg aaggggttcg caacggccct 1557841 cggcttctgg gcctttggaa tcgccccaac gagcggtgca atagccctcg gtattctaac 1557901 ggccttcgtt gagctccttc ccttcctcgg tggctggctc atctggatcc ccggtgtggt 1557961 ctacctcatt cactcttcca actacgttct agcgttcctc ttcgccgttt actccatagt 1558021 tttcgtatcc cccctaccgg acttcgtgct ggcccccaag atgaccctga ggaggcgtgg 1558081 actgaacgcc ctcatctccc ttctcggaat cttcggtggc ctctgggcct tcggactcgt 1558141 cggaataata ataggacccg tctccctcgg tctgctggcg acggttattg aggaatggaa 1558201 aaaagcgatg gagagccaac cggccgaata aatggcgacc ctatagcatc gagcgcctcc 1558261 tccacgtctt tttggttccg atgatgccca ctcacccaag agaagatttt ccgcaaactt 1558321 cattagcacc actgccaaga cccatcagga gccaacaaac gggtgagagg catgataatc 1558381 cggacgccga agaggcttca cctcggcctg atagacccaa cgggctcgct cggaaggcgc 1558441 ttcggaagcc tcggggtggc gcttgagggc ggctacgatg tcaaggttct tccagcggaa 1558501 aggcttgagg tgagggctga aggggaagac gtagagacga taaagaaggc tgttgagaag 1558561 atgaactcga cctttggaac cggaaccggc tacctgattg aggtgcggaa gaccattccg 1558621 aggcacgttg gtctcggctc aacgacccag ctgagcttgg ccgttggaac cgcaatagcg 1558681 aggctcaaca acctgagcgt ttcgattgag gggctcgccg aggccctcgg aaggggaaag 1558741 aacagcgggg ccgggattta cgccttcgct tacggtggtt tcgtcctcga cggcggagtc 1558801 aagaagggag tcccaccact tataatccgt gaagactttc cggaggagtg ggcgttcctg 1558861 ctcgtgattc cagagctcag gccgggcctc gacgaagagg aggaaaagcc gataatgggc 1558921 ggaaacttcg ggagcgctga agtggccagg gagataagcc accgcatttt actcggcctc 1558981 ctgccagcgc taaaggagag gaacataaaa gccttcggag agcacctctc cgcaatacag 1559041 aggctcgtgg gcaggcactt cgcggagttc cagggcggtg agttcagggg ggacgttaag 1559101 ctaattctcg actggctggg tgagaaaaca tacggcgcag gccagagcag ctgggggccg 1559161 accgtttacg gcctaatcct gaaaggggag ttccagaggc tctcggcgga gctgagtgac 1559221 tatctacggg agcacgggat aaaagctaaa gtcgaactct gccttccgag gaacacggga 1559281 gcagaggttg taagcgagaa cgccttcctg gaaaggttga taaggagcgt ggcgcaatga 1559341 cgctcgaccg cttcgtgaga ataaaataca gagaggacaa tgagaaagtc aacaggctcg 1559401 tggaaatact gcgggagctc ggccttgact gcgcgagaac cattgaggag aaagtcgatt 1559461 tgcagttcga tgcactgaga aaccttcggg agaacctgaa ggacgacgaa ctcttcatca 1559521 agctcgtcat agccaacgcc ctcgtcagct accagctgag cgggaaaggc gaggactggt 1559581 ggtgggagtt ttcaaggtat ttctcggaga acccgcccga ggacatagtg gaggcctact 1559641 cttcgtttct cccaaactca aagacaaaca ggcgtctcgt tgcggggaag cttaaaagaa 1559701 tcgagagggt cgagccgttc ctgagccctc tctcgataag cgagattaga gactactact 1559761 tcaacggcat ggaaaggctg agagatgagc ttgcaagggt tatgaaggct aaaaggagcg 1559821 cgaaaacgat agtcttcgcc gtaaagatgt tcggctacgc gggaaggatt gcctttagcg 1559881 ccttcgtccc ctacccgatg gccatcgaga ttccggacga tgtgagaata aacgcctaca 1559941 ccaagcgctt caccagcgaa ccccctgtga gcttctgggg cagaatagct gaggaaacag 1560001 gaatcccacc gctccacata gactcaatct tgtggcccgt cctcggtgga aagggagagg 1560061 tcttaagaag attgaagaag cactgcgggg aaaaggcaga aaggatactg gagcttaggg 1560121 atctctaaag ggtgatggtc ttgctccgga gcttttgtag cagtctcgtt tcatgctgat 1560181 gtacgcaccg atgggagagc tcgtgaagga tccggcggta gtcagggagg aaacctggag 1560241 gtacgtgacc tactacctcc cattcgagcc gacgctgcag atgaatgagg caatgagcat 1560301 gttgagggaa cagaaaagca gggtaaacgt tctaaacctg gtagtttttt cagtcctcta 1560361 cattgcactc gccgccctcc gcttttcaag ggtcgagcgt tcccgctccg gttagcccag 1560421 cactcccaac tactacgggc aaagattttt atactaagat tgatagttca aagtgaacat 1560481 gggggtgttg gatttgatgt ggggactaaa gctcgagatc aaaaagagca tccggactaa 1560541 aaagttctgg gcaatcctaa ttataatgct cctgctctac atacctatcc tctacgccat 1560601 aaagaccgtt cagccctacg gaagggagtt cacggcatct gaggtaatag ccgccctgat 1560661 atcgataacg ctgtccctgg caaagttctt cataacaata ctcgccatag tgctgggggc 1560721 aacggccgtc aacgccgaga taaccgaggg cactctcagg gtggccataa gcaaacccat 1560781 aagcaggctc ggctacatcg tcggcaagtt cctgggtcac atcgtggtgc tcttcatagc 1560841 cattctactc gcggtggtcg ttactctggt cggaatagcc atgatgggca tcgacataac 1560901 gtccggcctc atctgggacg ttctcctgct gaacctgtcc atcctactgg ccatgatgga 1560961 gttcctggcc ttggggtaca tagtatccct cttcgtcaag tcgacgtcaa ctgccatagg 1561021 tatagcgata gtcctcctct tcctgatgtc cctcatgagc ccaatactgg tagagtactt 1561081 cgctcattcc aaagcggaag aactgaccag ggaaaagttt gggccaaact gggagagaga 1561141 gggctttctc tatcgcaatg aaagcgtcaa atcgccttat gagtacatga acatacagta 1561201 caacaggctc gttaaggagt ataagaggaa gtacctcttc ttcgatccta taacccagct 1561261 caacttcctc cttggtaacc tcaccaaaaa gattcacgtg acgataacca acgagacgta 1561321 ctatccaatg aaaaaggaag ggctaactat agtgactgac tacgagcacc caatcaagag 1561381 taatgtaacg aacaccaccg gcgagggtcc gtgccagggg cctgacgttg agggaggtag 1561441 cagaaccgag aacataaacg gaacgtacgt ggaagtcagg tacgagaagc gctgctacac 1561501 cctggagacc taccaggggg tcggttactc aatcaagaag aaccttgaca ggcttggggt 1561561 gatgatagca atgctgatcc tctacctggg cgtaggcttc taccgcttcc tccgcatgga 1561621 tctgaggtga tgacgatgat caaaatagag aacctcgtta aaacttatag ggacgtgaaa 1561681 gccctcgatg gcctaaacct cgaggtaaag aaaggacaga tatacggctt ccttggaccg 1561741 aacggggccg gaaagagcac cacgatactg agcgtcctcg gactgatata cccgcagaaa 1561801 gggaagatag aactcttcgg ccaggagatc ttcagagatg ggaagtacaa cgagaaaagg 1561861 ctggttgagg ccaagaagaa gataggctac atgcccgaac acgcaaccct ctgggaattc 1561921 ctcactccga tgcagacact ggacatcatt ggagagtctt tcgggatgtc gaaagaggag 1561981 agagccagga ggagcagaga gcttttggag ctcctcaacc tctgggaggt acggaacaag 1562041 aaggttggca agttctcaaa gggaatgaag cagaggctcc tcctggcaca ggcgctaata 1562101 aacgacccgg agctcctcat actggatgag ccaatgacgg gccttgatcc caaggggata 1562161 gcagagttca aggacataat aaggaggcag aagaaggagg ggaagacggt tttcttctca 1562221 tcccatatac tggcccacgt tgaggaggtc tgcgacaccg ttggggtcat cgtcaggggg 1562281 aagctccgcg tcgaggacag catagacaac ataaagatga gcttcctgag gaagggcggt 1562341 tatctgatcc tcttggaaac ggacaggccc gttgagttca aggacgttga ctgggaaata 1562401 gagcgcgtca gcccaaccaa gtacaagata aaagcaccgg aagacgtcag ggcacagata 1562461 aacgatatag tgtggagcca gggggcgaag atcctccagc tcatggtcag ggtgcccagc 1562521 ctagaagaaa tattcctgaa gatggtggaa gaggagggct aaagcctggc cctctcgaac 1562581 tcctcttttc tttccagcgg tttcgtcgcg tctatacccc acttggcagt taagctcttc 1562641 tccgccgagg ggtcgaggga gctaccgcgg gcgttgggga ctatcacgag gtccctatct 1562701 gcctggaagc gcgtcgctat ggcccactcc acgtcgcggt cgtcgtagat gtctatgtcc 1562761 tcatcaacga caacgacgtg tttgaggctc gggtggccgg cgaaagccgc taaaatcgcg 1562821 ttcttgccgt cgccgtcgtg ctgttttgtt attgaaacga ccgcatgaag ccacatggcc 1562881 cctccttccg tcagccgaac gccgtgaacc ttgggaacca cgcgcttgac gctcgcgtag 1562941 atttgaggct ccttggggag gcccatgagc atgaagtgct cgtagcctcc gggcagaagg 1563001 gcgtggaaaa tcgggtcatc aacgtggtac atccgctcaa agacgaccaa aggttgcttc 1563061 ctcacgtagt cgtaggttcc cgttatgtca acgaaggggc cttcgtcaac cagctcggga 1563121 gttatcttcg cctcgaatac aaactcgctc tccacaggaa cggggattcc tcccagctcg 1563181 atgacttcga tgggctttcc aaaggcgagc tcgctcagct tagaagctat ctcaagctcg 1563241 ctgattccgt aggccgtgct agtagcgccg gcgagcagaa gatgaatcgg gtttccgacg 1563301 acgattctaa cgtccagctc ctccccgtgc tcggccctgt ccttccacat cgcgtagagg 1563361 tgcctcggga cgagccttat cgcaacggtc ttctcgtccc tgaccatcat cctgtggaag 1563421 gacacgttga caaagccgtt atcgtccttc gcaatgacca tcgccgaggt aaagtatggc 1563481 ccgccgtcct taggatagta ctttggaatc gggagctcaa gaagggagaa atcgcttgta 1563541 gagttcttca ggaacggggc gctttcaacg gttttgtacg gtgaggagtt ctccatcgcc 1563601 tccgtgagca tgtggatgag gttttctttt tcagtgttga ggaatcccgc tatcctctcg 1563661 cgggtgctcc agatgtttcc agcgaccctc cagccctcaa cgtcctcgaa caggacgggc 1563721 ctgtcgcggt atttaaggag atagcgcgtt atctcaagct ccttgctcac gggttccttt 1563781 atgacaatca ggtcatcaaa agttcgaaga atttccccca gcatgcgacc accttaagcc 1563841 cttgttccaa aagggctata aagccttttt ccagagttgc tttgattggc catgcctatg 1563901 gttgtcctca ggatcccaga cggttcagca ctggttaggg tcgagaaggc agagccgagc 1563961 gtttacttca aaatctacga cttgctcacc tataagaagg actacggtaa gtgggagaag 1564021 ccagagagcc tctacgaccc ctacgagaag acctttcctg tgggcctgct tccaagggtc 1564081 aagaagttcc tcaacagcaa gggctaccgc gtccgcgtga aggacgagag gcagattaga 1564141 ggaaccaagc tcaactcaac gtggaacgag aactattctc tgagaagata ccagcagagg 1564201 gccgtgagga aggccctgag ggagaaaatg ggagttttag ccctgcccgt cgggagcgga 1564261 aaaaccgttg tcgggctgag aatcatccac gagctcgatt tatccgccct aatcgtcgtc 1564321 cacacgaagg agctcctcta ccagtgggca gagaaggttg aggagctcct cggcgttaaa 1564381 gccggaatcg tcggcgacaa caagtggaac gaggagaacg tgacggtggc catgatacag 1564441 accctcctct cccggggcgc cgacaagctg aataacgatt acgcaatagt catgtttgac 1564501 gagtgccaca ggacttcagc cgccgagaag ttctaccagc tggggataag cctccctcag 1564561 gtctaccgct tcgggctctc ggcgacaccc tggaggcgcg ttcgtggcga ggagataaag 1564621 attgaggccg tcgttggtcc tataatctac gaagtgaagg ccgaggatct gataagggaa 1564681 ggctttctgg cgaaacccag gtttgaggta ataacgtacg agtcaagaat gccatccttc 1564741 agtgagaggt ataaggagct ctacgaggac gttatcatga acaacgaaga gaggaacagg 1564801 gcgatagtag cgaaggccaa ggaactcgtc agaaagggcc accgcgtcct catagacgtc 1564861 aaacgcatag aacacggcaa aatcctgaag gagatgctcg atagggaggg cgtgaaggca 1564921 gagtttctca gctcccagag cccgaatcgc tgggaggttc ttgaggcgta taaaaacggc 1564981 gagatcccgg ttttgatttc cacactcctc aaggaaggcg ttgacatccc cgagatttcc 1565041 gcgataatcc ttgctggcgg cggaaagagc gatatcatga ccatacaaac cataggaagg 1565101 gctctgaggc cgaaatgggg tatgaaggct gttatagttg acgtcgccga cgacgatccg 1565161 ctcctctata cgcacttcat cgagaggcag aaggccttga aacagtacta cggaaggtac 1565221 tacgacaggg aatcaaagct caacgagaca gtccccaaaa agcgccgcgc gcgcaagggc 1565281 tcttgagtag cgctcgaaga ggtcgcgcct agctttggag aggcttttcc catccgtttt 1565341 aaactccacg ttggggtatt ctatgtgcca caggatgagg ttctcagggg gagctggagg 1565401 gaccttcttc tcatacaccc cgctgagcat ggcccccacc tcttcaggct cgaggagcga 1565461 aagcccgcag aagcggagcg cgttgacgat tctccgcacc atttcccaga ggaagctctt 1565521 gccggtgatt tcaatcacgt aataaccatg ccttggggtg atgctgatgt gggttatctc 1565581 cctaacggga tccctcccgg gttcaagcct ggcgaaggca gagaaatcat gcctcccctc 1565641 gaagagtttg gcacacccga ccattttctc aagttcaaag ccttcgtcta ttaggtaata 1565701 gcggtaggtc tttgagatcg cccagaacct tggatggaaa tcgtcgggaa cctctgcaac 1565761 gccgagaacc cagagatcgt ggaggttgtg gttcagcacc tcgggcctcg ccaggtcggc 1565821 cctttccccg gggacgaacg aaaccacgtt gaagaacgcg gaaacacctc gatccgtccg 1565881 ggaggcacct ttaaaatcgt ttttctcggg actttcgatg attttaagct tggtcagaac 1565941 gttaatcagc tcaccttcta ccgtccttat tccaggttgc ctctggaagc catagaacgc 1566001 agtcccatcg taggctattc taagggcgag cttcataaga ccaccctaaa actggtgggg 1566061 ccgccgggat ttgaacccgg gtcacgggct cccaaagccc gcaggatggg ccaagctacc 1566121 ctacggcccc ttgcccggga ataagggccc tgcaaagctt ataaactttg cgggttttag 1566181 ttccttggct gggggtaacg ctatgcaggg caacaaaagg ccaaaggtat cgatagtgat 1566241 tcccacgtac aacgagcggg acaacctcga ggaactgttc gagagaatct caagggcgat 1566301 ggatggggaa ggttacgaat ttgagatcat agttgtggac gacgactctc ccgacgaaac 1566361 gtggaagaag gcgatggaac tggcgggaag gtatccagtt aaggtaatca ggagaactga 1566421 cgaaaaggga ctttcctccg ctgtaatcag ggggtttaga gaggcgagcg gggacgtttt 1566481 cgtggtgatg gacgctgacc ttcagcatcc acccgagaaa attccagagc tcgttagggc 1566541 aatcgagaac ggagctgacg tggcgatagc gagccgctac gtcccggggg gaggagtgga 1566601 gaactggtac tggtacagga agctgatctc caagggagcg ataatgatag gcaggctcgc 1566661 cctccccagg atcagggggg taaaggaccc tgtgagcggt ttctttgccc tcagccggga 1566721 ggtcgtcgag aacgttgagc tgaacccaat cggctttaag atcctaatgg agattctcat 1566781 caagggaaac taccggaagg tcgttgaggt gcccttcaag ttcggcctca gaaaggccgg 1566841 cgagagcaag ctaggtggga aaactatcct ctcatacatc aagcacgtct accgcctcat 1566901 gcgctggtcg ggggaactgg acaggctcgt gaagttcagc atcgttggtt tgtcaggaat 1566961 ccttgtgaac gagggctttc tctggctctt tgttcacctc ggcctaagca agtacgttgc 1567021 caacgttcca gccaccgaac tcgccatact gaacaacttc ctgtggaacg acctctggac 1567081 gtttagggat ttaagaactg ctccactctg gaggaggctg ctgagtttcc acatcgccgc 1567141 actgatgggt gccctcgtgc agtgggcgat ctacgtaccc cttgtctacc tcgggcttca 1567201 ctacctaata gccaacctaa tcggcatagg cgtttccttc atcatccgct tcctcttcaa 1567261 cagaaacgtg acgtggggat aaaggaggga acagaagcta acggggtcat cccccatatt 1567321 tcctttccct ggccgccctg acgagccccc tgaagaccgg cgccgggttc attggcctcg 1567381 acttgaactc cgggtggaac tgggtcgcta tgaagtagct gtggtcgggc aactcgagta 1567441 tctccatcct cctctcgtca tcgcccgcta tcccgctgaa gacaaggccg gcactttcga 1567501 gcttctcgat gtagtccggg ttgacctccc agcggtgtct gtgcctctcg tagactatct 1567561 ccctgccgta gagcctcttc gcgagggtgt tcggctttat gtgaaccggg taagcgccga 1567621 gcctcatcgt cccgccgagc ctgtccaaat ccctctgctc cggcatcagg tcaacgaccg 1567681 gataaggagt ctgagggtct atctccgtcg agtgcgcccc cttgagcccg aggacgttgc 1567741 gggcgaactc aacgaccgtc agctggaagc cgaagcagat tccgaggaaa ggaatatcgt 1567801 tctccctcgc gtagcgtatc gccatcatct tgccctcgct tccgcgcgct ccaaagcccc 1567861 cggggacgat tatgccgtca acgccctcga ggagcttaac gcccttcctc tcgacgtcct 1567921 cggcctctat ccacctgatt ttgaccttga catcgtttgc cacgctcgag tgcttcaagg 1567981 cctcttttat gctcaggtaa gagtccgcca gcttgacgta cttcccgact attgcaatct 1568041 cgacctcctt atcaaggctc ttgtacttct ccaccatctc gcgccacttt tcaaggtcgg 1568101 gctctctctc gggaaggccg agcctcctga cgaggtacct cgcgagtccc tccttctcga 1568161 gcattagagg cacttcgtag gtgtcctcga cgtcgtaggc actgattaca gcttcctctg 1568221 gaacgttggt gaagaggctt atcttcctcc tcgcactctc ctcaaggggc tcctcggagc 1568281 gagcgactat tgcatcgggc tggattccaa gggaacggag ctccttgacg ctgtgctggg 1568341 tcggcttggt cttctgctca cccaccactt tgagcttggg gacataggtc acgtggacga 1568401 aggcgacgtt ctccctgcct tcttcgagtt gcatctgtct ggccgcctct aggaagggca 1568461 ttccttcgat gtctccaacg gttccgccga tttcgacgat gacgacgtcg tagtcccttg 1568521 ctattctcct gatgcgctcc tttatctcgt tggtgatgtg cggaatcacc tgaaccgtcg 1568581 cgccgaggta ttcacccttc cgctccttct cgatgacggc ggaatacact tttccagtgg 1568641 ttatgttgtg gtcgaagctc agactcgtgt cgagaaagcg ctcgtagttg cccaaatcaa 1568701 ggtcaacctc accgccgtcg tcgagaacga aaacctcgcc gtgctggtag gggttcattg 1568761 tcccagcgtc gtagttgagg taggggtcga tcttgatgtt cgtcgttcta aaaccgcgag 1568821 ccttcatgag catgccgaga gaagcgctgg tgattccctt cccgagaccg ctaacgacac 1568881 cccccgtgac aaagatgaac ttcgtcatgg caaaacctcc ggaagttatg tgggtcattg 1568941 agccgggagt gtttaaaaag ttaagggaag gagaagggag gtcagttcct tcttctgaga 1569001 aggaggggta ttattgcaag gccgacgatg gcagctgggc cacagaagcc cttgccacca 1569061 cccttggaag tcgtcgtggt agtggtgggt gtggtggtag tagtggctgt tgtagactca 1569121 ctggtgctgg cagtggtagt ggtagtagtc gtggtggttg tcgtcgttgt ggtaatgctc 1569181 gaggtagtag ttgtggtagt tgccgaagtt gtcgtcgtgg ttgggctggt tgtagtagtt 1569241 gtcgtagtgg tggttgtcgt cgttgtagtt gtggtggttg tcgtctgcgg tgcaaagttc 1569301 agcttgaggg tctttgtgac tttgtttccg tagaagtcta cggccgtaat cctgatctcg 1569361 tagtttgatt tctcaagtgg cgggatctgg aagaggaagt acttgttcgt gggctttcca 1569421 ctggcgggtt cagccgggaa gcgtgtggtg tttccgtagg caaagggctt tccggcattc 1569481 tcatcgtaaa tctcggcgta gaggtcgcgg atgccgaggt tgtcggaggc gctgacgtag 1569541 agctttatga ccttgcccgg cacaggcttg ctcgggaggg tgtaggccat cgagaggtcg 1569601 ggggccttgg tgtccttctc gaggtcgact acgagctgcc aggttccaag cgggatcgtt 1569661 acgttgagga gcatgtagtg cttgtcacct atcgttctct ccccgagtac ctcgtacgtg 1569721 atgttggtcg catcgggatc taccttggct ccctccggaa ccacgaccgt cagaggtccg 1569781 ctaattggcc tgtactcgtt tatgaacttg atcgcagttc catcgcttcc ctcgtgcctg 1569841 aagactataa acctctgggg aaccggcagt gatacgaagt ctccaaagac cgttccaaac 1569901 atctcctcga cgggcttcat ctcaacggtg ccgttcgcat aaatcgtgat gaggttcgaa 1569961 ccgtaccatg tcgggctcct tccgggcctg ctcggcgggt tggtctcctt gtcgggagcg 1570021 ccggttgcgg tcagggtggc gaaccagtgc ttcctgccct ccttgtcgat gaatatgact 1570081 gtcttgtcgt ggtggatgtg accgctcaga atgagcgtta tgttgtactt ctcaacgtct 1570141 tggaggaagc gccttgctat gtcctcgctc gtgtgctccg gcccaccgat ccagtaccag 1570201 ctgacgtgcg gcgctatctc tgcccaagac tcgttgtcaa aagccgttcc gttgatgtag 1570261 ccgcccttct tgccgaggga tgcactgtac cagaacggat ggtggacgag cactatcggg 1570321 atcttgtccg gatgctcctc gagaacgctc tccatccact cgagctgggc aagttctgga 1570381 tgggcctcgt cgcccctgct gtcaaggcct attatgagga acttccctat tatcctgtag 1570441 aagtacctcg gacctatgag cttcgtgaaa accgtcggcg gatcgtcgtg gttgcccttg 1570501 atgttgatga cgagccttcc gccggcggag gttctctcga ggatatcgag cattatccga 1570561 tagccggcgt agtcaccggc agtatcaacg tcgtcacccg tgttaactat gagcgttgcg 1570621 ccggggttca tcgtccagta ggtgtaggcg ctgtctgtcg cgacggcact gtggaggggt 1570681 ataactctgg agcagttctt ttcgagcttg aagatgtccc gctggaagaa gtcaccgcat 1570741 acgtagccga tcttcgaacc gctggttatg tgggtgtcgc tgaggtgggc tatgcggagg 1570801 acgctgggat actccttgaa gacgtagacg ccgtttggaa ttaccgtttc acccgagggc 1570861 gtgtgtacga taaggaagta gtcgtcgggt acgacttctt cgggaatcct ggccgttatg 1570921 acgccgccgt tcatgaaggc ctcaagctcg tatggtccgt gaagtatgga gacaatctcg 1570981 accttggtga tgttcacgcc ctccttcggg attagggtta tctccgatcc cggcgttgct 1571041 atggcggggg ctcccggcga aggctccacg agaactgagc tgtaagtatg gctgacgctc 1571101 gatgccgcag ccgttgtccc cgtccccctc attccaaaga tggctccaac aaggaggagc 1571161 acaaccaaaa atgcaacctt tctcatggta tcaccacgaa aaatgagcga aaaaatcgat 1571221 ataaactttg tcctatcgat cgagcgctca gccgcgctga tatagaccca caagctcccc 1571281 ccacgccaga acgtggccct tcatctccct ctcaagctca tcccttccgg agccgggctt 1571341 gaggcccagt tctttgtcca gggcataaac cttgaagtgg tagtggtgtg ccttccccgg 1571401 cgggggacac ggaccgttgt agccaatccg tccaaagtcg ttccttccct gaacgatgtg 1571461 gatgggctca tcggtttctc cctttttggg tatccacggg ggaacctccc cgagcggcgg 1571521 aatgttccag gctatccagt gggtgaacgt ccccccgggt gcgtccggat catcgactat 1571581 aacgacgagg gatttggtgc cctcagggat cttcccaacg tagatcggcg ggttggtgtc 1571641 gtcgccatca caggtgtact ccttcggtat gaagtccccc tcgtggaaaa ccgatcctac 1571701 ctcaagggtc ttgggagcct ccaccttctc accccctcct gagagacacc ccaaggccat 1571761 aactaagagg gcaacgagcg ggggagccag ccacctcatg gatacatcta cgtccttctc 1571821 cgtaaaagtc tttagcttgt ccgccaactg ggaaccatgg caagggttca cctgatctac 1571881 cgaaggattc ccaacagggt tctcgagcgg gacgatgaag ttatagcgga tctgggtgac 1571941 gtgatcatcg caaaatcccg tttcgagggc atgctcgccc cgttgagggt gaacggcgtc 1572001 gaagttatca ggaacggcta taccatgctc tacttcgcct tcatcgggga gaactacgac 1572061 attttgaagg tctacgacga ggaggggaac ttcaaggggc tctacgttga catcttggcg 1572121 tacacgaagc gcgagggaaa cacagtagag atgcttgacc tcttcctcga cgtcttcatc 1572181 ttccccgacg ggagggcttt tctcctcgac gaggacgagc ttgagatggc cctcaactac 1572241 gggctgatcg acagagaaac ctttgacttc gcctacaggg tcgcaaggga gataattgag 1572301 aaggccgagc gcggccagtt cccgcccgaa atcgtgtgga agtattaagg agggttcgga 1572361 agggagtcga ggaatatgtt aatgtaagcg acgacgtgcg aggcgaggta gctcttcctc 1572421 cccacgctca ccctctccgc tattccgtcc agaaaagcct cgtcttccgg gctgagcccc 1572481 ttatgatccc ccaagacgaa ggcaacgttc tgagggaagc ggatatcagt tatcggcctc 1572541 ccctcctcat ggagataata aatggctgag tttttcagag taagtctcac gacgtcctca 1572601 aaggtcctgt tgctgacgta gaggccgggg taaacctcca cctccttccc cggctccctt 1572661 aatcctccgc cggccttgag ggccttcact atgagcctcg ccgtgctcct ctcgtcaggg 1572721 ttgaggcgaa ccttcagcct agagccttca aagcgtatcg ccttcggagg ctccggcggg 1572781 ccatagagga ggagccagac gcgcacgttc ttccggaagc cgtgtgagag tagaaaagcc 1572841 gagttaagga acctgcaaag gacgtctatc ctgccgctcg tccccggaag atcgttcagc 1572901 ttgaaatccg gccttgtgtg agcctcgttc gccttgatta tgaacgtcct catgaagagg 1572961 gttgggaaag aagtttaaag aggttatccc attggggtca gggtggtgag atgaagttcc 1573021 tgaaggagac caaagacgga accctcctgc tcgtctacgt ccagccgaag gccaagaaga 1573081 acgagattga gggaatcgac gagtggcgtg gaagattgaa agttaaggta aaggccccgc 1573141 ccgtcggagg gaaggcaaac aaggagctcg ttaagttctt gtcgaaggtt cttggagctg 1573201 aagttgagct ggttcgcggg gagacgagca gggagaagga tttactggtc aggatgagcg 1573261 cggaggatgt aaagaaaagg ctggggctgt aatcacttca aaatccccag gctctcgttt 1573321 gtctttctta tgctctccca cttctcggcg agctcaaaca tcgcccttat cgcgtcgatg 1573381 ttctctggaa cgacgtcgct ctcctggtgg acggcctgaa tgtagaagag cctgtttccg 1573441 cggacgctta tgctctcctt ccaaaccgct atctcgtaga ggttgttcca ctcgcggtga 1573501 aggtcccttg cgaactctat tatgtgtgcc gtgctctcaa agcccttctc cttctcgaag 1573561 aggagaaccc ttgtagtgtt ctcgaagata tcgacgacgt ccttcgcctc gaccggcttc 1573621 ttcagctcga ccattatgct gtggacgtgc atgagcgtcg ttgggacgac gaaagcgctc 1573681 gtctcgatgt taatcggtat gaccgtctgg acgtccggcc cgtgatgaga gggcaccgta 1573741 acgctcggcg ttatggcgtt tatgggaccg cgcttcgtgt cgttggggtc tgcagcacgg 1573801 cggatcataa cggcgtaaac gtagtctatg tactcctgaa tcgcgctcaa cgtccttgtt 1573861 aaacccgtcg tgttgcagga aactacccta acgtagtcct tgcccaaagc tttctcgtag 1573921 ttggcctggg ctacgaagga aacctcggca acgttcgcct tctcaccgcc ctgaaaaacg 1573981 gccttaactc ctgccttctc gtagagggcc ttgttcttcg cccccatccc gcccggagtg 1574041 gcgtcaacga ttacatcaac ctcggtgagg aggtcctcca gcgttccggc gacctcaaag 1574101 ttggccttct caaacctcgg taggaactct tcgctcgcgg cgtaaaccgg aattccaagc 1574161 tccatcgcgc gataggcttc aaagtccggc tttgttttgg tgacacctat gagcttcata 1574221 tcgtcctgct tcgtgacggc gtaagccacc ctcttcccta tcgtgccgta gccgttgatt 1574281 ccgaccttga ccctggccat gacaaccacc gggagtttta cagcgataaa atacttaaac 1574341 cttgttttca ctgagagtga aatggtaagc gaaaaggtga taaaccggga aaccgatcag 1574401 aatcggcggt tcaccatgat acctccccag gtcagggaaa tcctcgagga gatgcgaacc 1574461 gagcggatta gaggagccag ctggctcgcg aaaaaaggag ctgaggcata cctccttctt 1574521 tcagaactcc tcgttgggaa agaacttgaa cgggcgctct cagagatgag gaaagagatc 1574581 ccctccataa accccaccat ggcatccctc tacaacctat cacgtttcat accggtaagc 1574641 tcatctccag agcttgtaag ggccagagct gaggagtttc tcaggcttat ggatgaggca 1574701 aggagagaaa tcgggaacat cggaagtgag ctggtggacg atggagaggt cgtgataacc 1574761 cattcgttct catcggccgt tctggaggtg ctcagctccg cgtggagaaa ggggaagagg 1574821 ttcagagtca ttcttaccga gagctcaccg gactacgagg ggatagccct cgcgaacgag 1574881 cttgactttc taggcatccc tcacgaggtc ataacagacg cccagctcgg tctcttcgca 1574941 agaagggcaa ctcttgcact cgtgggagcc gacaacgtga cgagagacgg agccgtcctc 1575001 aacaaagccg gaacatacct ccttgcactt gcttgccatg acgctggagt ccccttctat 1575061 gtcgccgccg agagtttcaa gttccaccct gagctggagg cggaggaagt tgagatagtg 1575121 gagcgaccct accacagaca gggacatagg gtgaggaatt atctcttcga tgtaacaccc 1575181 tggaagtacg tccggggaat aatcaccgaa ctcggagtcc tcgtgccccc gaaggagatc 1575241 tgacgctcag atgagcattt ctatttcatc ccataacctc tctgccagct cgcgcttgtt 1575301 catcctcggc agtctcttaa cttcattgcg ggtgacgagg aacacttcgt tctcctcgct 1575361 tccaaaggcc ttgagcgtgt tcgcgacgac catgtcgctt cccgcgcgct cagtctgctt 1575421 cctggcttcc tctatgagct tatcctcgct cgtctcggcc ttgaagccca cgaggaatac 1575481 gtctggctgg agttctttaa cgcggtctat tatcttcggc gtcggctcga gttcaaggat 1575541 aagactcttc ccgctcttga tttttgcatc cgcccggttt ttgacccgga agtcgcttac 1575601 ggcggcggcc aaaaccacga cgtcgtattt cctgaccttc agctcgtttt ctatcgcctc 1575661 cagcatctcc tcaacggtct cgacctcaat ctggttctcg acgaagctcg ggacgctccc 1575721 cttagtcctg atgagtgtaa cctccgcccc cctgaagtcc gcctcttcgg ctatggcaac 1575781 tcccattctg ccactgcttg cgttggtgat gtagcgaatc gggtctatgt actccctcgt 1575841 cgctcctgcc gtgaccagaa cgcgcttccc ctcgaggctc ttggggtgga gctttctgat 1575901 gacgcggtag actatctcgt ctattgaagc gaccttggct ttcccctcct cgaagcgggg 1575961 gccgatgaac tcgactccaa gttttctgag cttctcgatg ttctctttaa ctatggggtg 1576021 ttcgtacatc gttgagtgca tcgcgggggc tatcataatc ggagtgtggg agaatgcggt 1576081 cgttacaacc gtcgtgacgg gtgtgtcatc tatgccacag gctatcttac ctatggtgtt 1576141 cgccgtcgca gggcatacga gaatcaggtc ggccttgttc tcgtgctctc cagccagttc 1576201 aacgtgctct atgaagcccg ttatctctgt tacgacaggg tttcctgtgg cgaactccat 1576261 cgcgtagggg tggattatct tctgagcgtt ctcgctcatc accgcgtgaa cctctgcccc 1576321 gtgccttatg agctccctcg cgagcttgac gcactcgacg gcggctatgc ttccaggaat 1576381 cgcgagaacg attttcttcc cgacgagctt tctgctcttg gtcgcgtaga taagcttgac 1576441 gtgatggagc attgaaatca ccggtaagga cttagagcat tcccgctaaa aaaacttctt 1576501 catgaaacgt tgagccacga gaactcgcgc tcgagcaact tgagctccct ctcctcgagc 1576561 gttttgggat ccactaccaa aaccaacaaa gctcccctgg acagaatgtt gtctttcagg 1576621 ctcgtaagga atttgaaaac cgcatcaaaa ccgttttcaa ggattagata ctcaaccccc 1576681 tcaattatta cggcggtgtt atcatccgcc cggtctacga tatactgcag aaggggcgca 1576741 agccgactag gctcgatcct gttctccccg ctgatcttcg tgatccacag cgttggaatg 1576801 tccgattccc tgaacctctc ggcgttcctt gcaacggcca gcaacttcca gccccccagg 1576861 agtctgagaa ggcgctgaag gggcatcgaa gcgttaacaa ggtacgcacc ggactttaga 1576921 accctagttc catcaaagac cttgctcgga gcggatttaa gtttgagctt tccgtagatg 1576981 ggttgagctg ttacgaggat ccagatcaaa ccaagggcca caagaacatc atcaaacact 1577041 ttcataaact ccgtcttgat tatatcgttg aggacgttaa cgaaataacc agaccagaat 1577101 atcaagaacc caattatcgt gttattaact tccctcctgc ccaaacttgc tccaagcctt 1577161 ttccttatcc tcatcgccat tacaactgtg accgtcagca ccgaaaacgc gattacctct 1577221 gcaaaaagct tgatttgctc gtagcttgtt gtccccatga tagccgattt gagacactct 1577281 ttaaaagttt ttctgagtaa atagtacgga tataccaata aacccccgta ccttcaataa 1577341 aactattgag aataataaaa caggggaacc ccgcatcgtg ttggaagtta acgggaaggg 1577401 gtcatggtta tcttcgtgag agagttccgc tctaccgttc caggctgata cgaacgtctg 1577461 aggtcaaagt taccaaagtg agcactgagg atcatctcaa tgccttcctc aggaaggtca 1577521 cccctagtta taacagtaac cctgacggga acgtaggggc cactctcccg cgagtactcc 1577581 atcaggacaa cgacgggata gctccgggtt ttaatatgaa ttgagtttaa aaatgcttgt 1577641 ccaacgagca tcgtctcgct atcgcggaga acgctgacct cgagaggttc tccataggat 1577701 cttgcaatca taaaaaggat ctcctcaacc tcatcctcag ggacgactat cctcagagaa 1577761 acagtactcc tgagctcgtt gtagagaacc cacctaaggt aaagacccgc atttgtaacc 1577821 ggctgcatta cggcattgag cttttcaatt ggaacctcga gatcaaattc tgccatgatg 1577881 acaccaccga atgtaacgct tggtgattag agtgaatcac agcataccat gtatgatctt 1577941 tattggatca tttcttgata atgattttaa aggttttggt agttagaagg aaaagtgaaa 1578001 atagattgaa cccggagggt cggccactta ttttaccaat caaatttgaa cacgttattg 1578061 tagcgtgttc tttgaagtta ttttgccatc atactatata aacttttccc caaaaattgt 1578121 gagttttaca acacaatctt ggaaatttta caaaaattaa gattcttctc gaatagcatc 1578181 ctccctaaac ctgctgacct catcctgagt gccaacccac acaacgatca cgggctcaac 1578241 ggttatcatg ccgtcgttta tcatcggttt gatctcacag atggccttct ctatcttgta 1578301 acccctgtca acaacctcaa taacaacggg gagatccgtg gagagcctca ttacatcacc 1578361 ggagtgaatg cgacttttct ttccaaaccc gtatataccg cgataaacgg ttgcccccgc 1578421 tattcccatc tccctcagct tttctactat cgctttataa aggggcctcc ccttccagcg 1578481 gtcgttttcc ccaatgtata tcttaagacg aagggtgttc cagtgttcaa cctcgaccat 1578541 agtctcacct cctcgccaat aggaacccaa tgaaaactaa gctgatggtt acaaaaacgt 1578601 ttgccgcgac gttcagacca gccataatgt actccctctc ccggaggagg gagaacgtct 1578661 cgtatgagaa ggttgaaaaa gtgcttaaac ccccacagaa gcccgtacca agaaaagccc 1578721 tccaatcgct cggtacgtca aaaccccaga acaggaggcc gtagaggtag ccgaggatga 1578781 agctggcgag tccattgacc atgagagttc caaccggaaa gtccctgtaa acggggagca 1578841 gtcccgacag gtagaaccgg aagagggccc ccagcgcgcc acccgctgct acagccaaag 1578901 ccatcttcgc gttcatcgct gcaccaccca gaatcctttt gaaacggaga tcaggccttt 1578961 ttaaagttta ggtagtacct gaccttctcc tcaacggatg agtagtccct ctcctccacg 1579021 cccagttttt ccctgagccg ccagttctga gctatcatag cagaaagccg gactcgctga 1579081 ccccatcata gagcacgctt tcaatgacgc tacgctcaaa gttatcaaga ctcctgcaaa 1579141 ccggacagcc ctcgccgcta aggctttcac agaggtgtac tcctaatcgg atctatgaga 1579201 atcatgttgg agtatcaaag atacctcatc attgactcga taactgccag tgcgcggtat 1579261 gtgttctgga agttggaaat gcccagctca aggctcctcc tgaagccgcc gttgggattc 1579321 tggagctgac gtatgaacca tatgtgcctc ctcgggtagg tcggactttc gttctggagc 1579381 tcaagacccc tagtggcata aaaggtcggc tcaaggtagg gcggaagact gtatggcacc 1579441 tcagtaaagc caccccagtc accgcagagc tcgcagttcc tgaagtgtgg actccttggc 1579501 gggcgatagc cgaggatgta aagcgtgaag agagcctgat acgtcatcgt tgtcgtgggc 1579561 tgtttgacgc cgtagccgtt tccattgcgg aacttcataa cgaaggttct gatcgcgtcc 1579621 ctctcgtcgg ggttgaactt caggttgatt gcatcgaagg ctttggtaac ccagtaggtg 1579681 gcctcgagcg gggtcgccgt tccgaactcc tcacttcccc cgagtccgac cgcaaacttg 1579741 ccttccgcgg ggttgtactt ggtgaaaact atctcgctct tctccctcgc aaggtctttg 1579801 gccccaagca ggacaaggcc ctcaagggcc atcgctattg cgactaccgc cgtctggggc 1579861 tggattgcgt tgccaaggaa ttctatagtc ttttctggct cggggaactc gatgcccagg 1579921 aggttgtaga ttttaatcgc gtagtaggtg tcgttcacat tggtgtcatc aaggacgctc 1579981 acgaagcagt aaccaccgtc ctcgtggcgt ctctcctcaa cgtagtgcag gacggcattg 1580041 acgttaacgt agcgcccgat ttcgtaaagc ttcgagccca ttctaccgcc tcctaagcgt 1580101 ttagcggaga acaggcgtca tcagccccta cgggcggttc gggcccgaag ccccgggcgg 1580161 acgccatcgc ccaaccacct ctcagggagg tgttttaaaa cattttcgcc acacccaacg 1580221 ttaaaaggag taaccccaaa caaaggaggg gtgtcttatg gtaacgttcg ttccgttcgg 1580281 cgaaaagcca aaccgggaag gcgttgaata cgcgaggaaa ctcctgctga gggagggact 1580341 gatcgaagaa gcgaacacca gaatcgtgga gagccgaaac gtggagggcc tcgcaaaagt 1580401 gcttcagcca gattgttgct acgtcgtagg ggagcatctc gccacctacg ggatcacaat 1580461 gaaactcaga cctccctcca tcctgagcgt ggacgcccac actgacctca tgcacgacta 1580521 cctcgatcac ggctcgtggc tggcctacgc ccttgaaaac gggattgtga accgggcagc 1580581 ggtagttggt gccgtgctga tgataccaac gacgaacaga acccggctgt ggaaaagaag 1580641 ggtgcggatt taccccgccc ttccaagaac gaggagaacc ggaagggggt ggaaagccta 1580701 catcaacctc tccaaccatg gggtgggagg cgtgctcgac gacgctctta agtatcttgg 1580761 gagggaagtc tacctcacga tcgatctcga cgttctgagg cctgaataca ggatagcaag 1580821 gtttcagcac ggagaactca ccttggagga actcctggag ttgatagagg gcatcaaaaa 1580881 ccgctttaag ataatctcct ttgatctggc cgagatatcg gagaggataa agaggtcaaa 1580941 gcagggcaaa aaagccctcg ttgaggtgtt ttcggcactg aggtggtgaa aggtgaaagg 1581001 acccaccgag gaggagatta ggaaggttat aatgcccctc atgctatctg gtgcaaagat 1581061 gctcgacaga cactgtccca agtgtggatc gccgctcttt gagaaggatg gaagggtctt 1581121 ctgcccggtc tgtgaataca gggcaaaaca gaggagagag aaggcaaggg gactcgaaga 1581181 tgtactcctt caaaagctga acgagcttgc attagacctt cccgacgatc cagaggagct 1581241 tgagaaacgc ttaagtgtga tggagaggat aatagacctg attgaaaagt acagaaggct 1581301 ggagggatca acgtgaagaa caggagggtt ttaaaggccc ttgaggctgg ccccaagacc 1581361 gttgaggaga tagcaaagga gaccggactg ggagtaatgg aggtcaggag atacctcctc 1581421 cggttcgcgg aagggggaaa ggtcgagagc ttcgagaagg acggcaaaat atactggaag 1581481 atacgggaga aaaagcccga ggaggaagag ttcaaatacg tttgaggatt tttccctttg 1581541 tctacctatt tctcgaatgg aaagaatcaa gaagaaggga aggggacagt ttcaaagcgg 1581601 cttggccttc tcccagtact cgttgaactt accctcaaag agttccctga cgcggaagtc 1581661 cttgatccat atctgggtct cgtagttgaa gtagcgggca gccatgtcct caagggcgaa 1581721 gaagacctcg tcgtcgcaga tgagcatcgg tagctcaaac ttgtcggcga ctctgagttc 1581781 gatcttgccg gcctttgcgt agtcgagcag cttggaggac ttaagcctcg ggaggaggtt 1581841 ctcagcgaca acgatcttaa ctttaacgcc cctgtcaacc gcggctatga tgtccttgtc 1581901 gaggttaacc gctatgtatc catcatcggc gaggagtatc ttctccttaa cgccctcgaa 1581961 catctccttg gtcttaaggg tggcgttcct gattccacga acgacccaaa cgcgttccac 1582021 gccgtacttc gggatctccg tctcaatgag cggggtcata agttcgagga gctcctcttt 1582081 cgctttcttc ttagcctcaa gctcttcctt aacgcgctcc tgccattcct caatgaactt 1582141 ctcaaggatg ttctgcgggt ggacaggcct gtacttgtta accttacccg gctggcttat 1582201 ggcaaatccc ttcttttcga ggctcctgag aacgtcgtat gtccttggag ccggaacctc 1582261 cgagacgctt gccagctctg ccggggtcag tactccaaac cctaccagag ccacgtacgc 1582321 ccttgcctcg tacaggttca actcaaagtg ctcctggagg agctctacca tcctgtcctt 1582381 caccatcttt accaccacca aaatttcttg tttataatgt ccgcataagc ccatataaat 1582441 tttttccctc tattcagtcg gggacaaatg caagaggtat cccgtaatga aataactctt 1582501 accggtctta tttagagtgc atggagatgc aacgttatta ctatgcctat tttttgactt 1582561 taaaggtttt tggttggaaa aatatccgcc cgaaaaaaca gcgttactat caagcaaacg 1582621 ggaaaaagaa aaagggttac ggatagtgac aggggactag ctgcaccctt cctttttaat 1582681 ctcgcatgtt atttcgcgat acagttcgtt cagaacatca aggtaattca gcttaccctc 1582741 ctcgatgaga tccatcttct cctctagttc cctcgttttc tcctcgctta ccagctcgcg 1582801 gtatttgctg acaagatagt gataaacctt aatgcccttc tcagtcggaa caagcttctt 1582861 cctacccctt gtttcgaaaa cgtagtacct ctggaggagg gtctgtacta tttttgcgta 1582921 cgttgacggc cttccgatac cgcgctcctt catcagggct attatatcgc cctgcgtgta 1582981 gagtgaaacc ttcggcgcct tccacttctt ggactcgacg accttgagct ttgctccctg 1583041 ctcaagcttc ggcagctgcc tcatcggcgg tgagcgaagt ttcgtccagc cgtccttgag 1583101 gatttcgacg tagccttcga gctcgacctt cccgacaccc gcgtttataa cggccttttc 1583161 gtagagaacc ttcgctggaa ccatctggct cgtcatgaag cgcctgaata tcatgtcgta 1583221 gagcctgtag tggttgcgcg tgaggttcct cggaagctgg attacgccgt cgcggatgag 1583281 ctgcatcaac cttcctgtgt cgatgggtct cgtcggcctt atagcctcgt gcgtaccctc 1583341 ttcaccccag ggcctcggct tgaagtactc ctcgccgagc tcgctcgtta tgtactccct 1583401 ggcgatttct ataccagtac tgctgacgtg ggtgctgtcg gaacggtggt aggtgataag 1583461 cccgagttca aagaggtcct gcgccaagcg catcgtctca ggcgcggaaa gcttgaggaa 1583521 ggtggaagcg tcgcggagca tcgcgtccgt tgtgtacggc ggggaggggt tgagttccct 1583581 ctcctcaagc tggacctcct ccaccgtaac gtactcgggt ggctcaacgt ccttgccgtc 1583641 ctttcctagc tcgaccgtta cctgaaggcc gttctcaagg gttagaccga ggaagtaaac 1583701 ctcgctctcg gtaaactcct tgtaccgctc gatgatccag ccaaggacag gtgtctgaac 1583761 ccttccggcg gagaggttcc ggttctcaaa gaccctctgg agctcctggc tgagctcaaa 1583821 gcctatccac ctgtcctcta tgcgcctcac catctgggcc tctaccctcg cctcgttgac 1583881 gtccctcgcc tcacgtatgg ccttcattat ggccggccgc gtgacctcgt ggaactcaac 1583941 gcgcttgatg ttgggtgtat atggagccaa gacgttcctt atgtcccagg ctattttctc 1584001 accctccgta tccgggtcgg tcgcgatgag tatctcgtca acctcctgcg ctatctcacg 1584061 cattgctttg acgttctcaa gggcatcgtg gacgtttctg cttccacagc gcggacagac 1584121 gcccctctcc tcccagtcca cgaactgata accgcagtcg cggcaccgct ttattgtatc 1584181 gtagatcggg atgaacttga acatatcttc ctcgcgctcg attagaacgc cgtggtagcc 1584241 ctcgttcgtg actaggtcga acatatgccc cccgctcgcc agaatcgtta acattttgtc 1584301 gcccacgctg acctcgtagg caacgagctc acctattcta gtcttgctcg gcttcccgaa 1584361 gaagttggct atcgtcctag ccttgttggg gctctccaca atcatgaggg ccgatttgac 1584421 gaggtccttg accttcgagc ttatcttgcc ctccataacc agctttacct tctccctgtc 1584481 ctcgtctatc tccttcagga gtttctcgag gtcaagctcc tcgaagggca ccatcttgaa 1584541 ctccgtgaag cgccagcgca tctgcctgac aaggccgttg aagaccttct cgttgtccac 1584601 tataaggacg ctcagtccct tcgttattcc gccggcaaat aggcggctcg tcctcccggt 1584661 tgcctggatg taggttctga cgtccggaat ctcgatgaac cacttgccct cctcctttac 1584721 gaggctgacg aaggggtctt cggcaagcct tctaaggacg tcctccttct tcaggacctc 1584781 gcgcagaaac tcgacgagct cgcggaagac gttgagaacc gtcttgtgga agtcgttctc 1584841 gatgggaagg ccctcggcta aagcctcctc aatcttgagg agctcgaact gagggatgtt 1584901 tctaatcagc ctcctgagcc tcgcgtggag cttctctgca gttttcctgt cctcatcgtc 1584961 aaggaagtcc atgacctcgc ccagcagacc gagggcgcgg tatatggtgg gcctctcaag 1585021 atctatgcta aagcggaact tgggaacacc cgtgaagacc gcgtagcgga tgaggtgggg 1585081 caaatccagg cccctgacta tcgagccgta gtaagttgcg acgccgacga ggtaatcagc 1585141 ttcaccgttc tcaaacctct caacggcctt cttgttcttc gagctcgcga gctcaacggc 1585201 gaagcctttc tcgcggaggt agttcacgag ctcctcggcg tagctcagcc cctggtcaat 1585261 ggggacgaat atcaggccac ccttcccgag tttcctgagg agctcctcca cgtgctcctt 1585321 aacgtctttg ctcggcttca aatagctgtc cacgacgttc ctcagcgcgc tccttcccga 1585381 gccaacttca aagccgagca gttcgcggta gagctttatc ctgtcgcccc tcgccgagcc 1585441 agtcgccgat gcgataatca tgattccgat gtcgttcttc ctcttgaact cctcaatctc 1585501 gcgctggagc ttctctatcg cctcgttgag ctccttaagc ctgtcgtttt tgtcctcact 1585561 gtttccgttg aggtatctcg ccatctgctt cttgagcctg atgatttccc acgccttgcc 1585621 gatgatttcc tcggtgaagc cgaggagcaa aagcgagcgg tctatgttct tgctcgcctt 1585681 gaggaaggca tcgacgtcgt caacgaagat gaagtcgaag tgcctcccct tcagcttctc 1585741 gtcgaagttt ctagctaacc actgggcgct cgttatgagt atgtcgtagt ccccgccctc 1585801 aattttggcg agcatctcct ccttttcctt cttcctgagg ttgccgtgat agtaggcgag 1585861 cttaacgtcc agccccgtcc tctcgattat cgcctgaacc tttcttatgg tctggattac 1585921 caggggcgtc gtggggacga ctatgtagct cttcttgccc ttcgtggcgt agtagacgga 1585981 catgaacgct ccaaaggtgc tcttgcccat tcccgttggg gctatgattg agaaactcct 1586041 gcccttgagg agcctcttaa cccaggttct ctgggcgctc cagaaggtaa agccagtggc 1586101 cttcttaaag aagtcctcta tctcgcggct ttcgctctca aggcggtata tcctctccca 1586161 ttccttcaac cggtttgcct tgagaagggc atctctgacg gcagaaacaa gctcaaaata 1586221 agagtcaact acgattggtt catttaaaca gctctcgcat gggtttctca tgtagagcct 1586281 ctcgtcggat atcctgcccc cgcagttggg gcacatctcc cggtacaggg ccttcatggt 1586341 ctcaccccac cgatcttatc cttaaacgtt gaaactccga tttaagcctt tctgtgaggg 1586401 cgtaatcagg aaacagggcg gagtattcat tcaacagaac ccctatcagc gtcagttttc 1586461 tggcatctgg atcctttcca aggatgttaa aagcctcata aaagagtttt gcagcgtcgc 1586521 ttccgctctc atcggtttca agggcgtgct caagctccct gaggagcact ctccatctca 1586581 gctctgggac ggagtttaac attgaatacg cgcagccctc gccgaagggt tcctcatcgg 1586641 gacagtcaaa gtagaaaccc ctctcgtacg ctattttaac cgcccgaacg tgctcgcagt 1586701 tgccgcccag gggacacgtg cagaaactcg aatccccgtt aacttcaaca taatagggat 1586761 agtcatcaag gaccttaccg tagagtcgat tgccggattt cacgacccag agaaccctgc 1586821 cggagtagta gagaccctcc ccgtccatga taaccacaga agttagtaag aaatgccatt 1586881 taaaaagcta tcgtaggggg aataaaaatc aaagctcaag gctgagcctt ctaacgaccg 1586941 ggttctcagc ctcttctggc tttatctctt cgatgctctc aatccatatc ttggtcctcg 1587001 gaacgcggtg cttgctccct atctcggagt agacaagctc ctcgacgtgc tccggcttaa 1587061 gagcacggta ctccttggtg aagggctgct tgagcttacc cctctggaag attcccttaa 1587121 cgcggtagac cttgacctcc atttccatcc ctccttcagc gggcctttga aggcgaactt 1587181 ttaagcttta tccgaggaag cccaaagctt cttcaatctt cactatctcg gggcctgtcg 1587241 tcaggtgtcc gacgacgacg ccgtacgagt tggctatcat acacgatccg acgaatggga 1587301 cgcccatgtt ggcggttccg acgtatacat cgaccttgaa gaggtcgctc agccactcaa 1587361 gctcctcgtc ggtcgcctct gggtgcacga gaccgccttt gttcgtgacg acgccaacgc 1587421 ttccaaccgc tgtatagtct gctataactc ccctctcgac ggggacaccg agtatgtcct 1587481 caatcttcct cgcctcttcc ctcgtgaagt ccttgctgac cagagcacct ttgtcgttgg 1587541 ccagaatcag gttcccaaag gcggtgagcc tgctctggaa ggggacgacc tccatgtcaa 1587601 ttccgtactc cctgagctgg gcgtttatga agtcgagctc ggcgtcccag atgtaccagg 1587661 ggactatgag cgcgttggag tttcccgcca cgaatatgcc gacgatacgc gacttcatga 1587721 cgctcgtctc gatgagcggg accttcagaa cttccctaag ggtggcaagc ttcttctcgc 1587781 cgaggccctc tctaatcacc gctaccctgt cggtggcgaa gccgtaaacg ccgaggtacg 1587841 gggagttttc aaaatcgagc ctctcgatgt gcatctcttc acctctaaaa agtggttaaa 1587901 atcaggccag agagaccttc gcaaccctct tgccgtcaac tacctcgacg acgaccttaa 1587961 cgcggagctt gttgggtggt ttctcagccc cgcgctccca gagcttctcg ttgacggccg 1588021 gctcgagctt gacctcctcg gccttggcgt gcctcgctat ccactcgcgg acgaatttgg 1588081 ccgctctcgg ggccctcttc cagcgtggaa cgcgcttctt tatctttctg ataggaacga 1588141 cgaatatgac ctcctgaccg ggttcaattg gcatctacac cacctcactc cttaagcttt 1588201 gttctcctcc agtgcctcct cttcgggtgt gtcataactt tcctgttggt ctttacgata 1588261 acccagacgg gaacgcgcct gttctgctta gcggccttag cgagcctcag cttctttgca 1588321 agcggcttgt ttctcgccat ggctacacct cccggtttgc taaagtcatc gtgaatgcct 1588381 aacgttcctt ccgctacccg tttttaagct tttttgtgaa gcttgagaaa agtccaaaga 1588441 aaatggaagg agctcagaat atcagcggtg ccctgtactc gccccagacc tcgcgaagga 1588501 cgtcggtaac ctcgccgagg gttgcgagat ggcggtgcgc ctcgatgatg tagggcatga 1588561 ggttctcgtc ctcggtttcg gccgcgttcc tgagcttatc gagggcctcc tcgaccttct 1588621 tgctgtccct ctcggagcgg agcttcttga ggcgctcaat ctgcttctcg cggatgctcg 1588681 ggtcaacctt gagtatctca acctctatcg gctcgtccgt ctggaacttg ttgacgccga 1588741 cgattatcct cttgccctct tcgatttcct tctggtactt gtaggcggca tcggcaatct 1588801 ccttctgtat gtaaccgcgc tctatggccc tcatcattcc gcccatcttc tgaatcttct 1588861 cgatgtactt caaagcctcc tcgtagatgt ggtcggtgag ccactcgatg tagtaggcac 1588921 ctccgagcgg gtcaacggtg tcaacgacac cgctctcgta ggcgataatc tgctgggtcc 1588981 tcagggcaat tctcacgctc ttctcggtcg ggaggctcag cgcttcgtcg taggagttgg 1589041 tgtgcaggct ctgtgttcca ccgaggacgg cagctaaagc ctgaatggca acgcggacga 1589101 tgttgttctc gggctgttga gccgtaaggg ttgaacctgc ggtctgggtg tggaagcgga 1589161 gcatcatgga gcgcgggttc ttggcgttga accactcctt catgatgtag gcccagagcc 1589221 tcctcgcggc cctaaacttc gcaatctcct cgaggaagtt gttgtgcgcg ttgaagaaga 1589281 agctcaatct tggagcgaac ttgtcaacct ccataccgcg ctcgatgaca gccttgacgt 1589341 actctatacc gtcagccagg gtgaaggcga cctcctggac cgcgttggcc ccggcctctc 1589401 tgatgtggta gccgcttatg cttatcgagt tccacttggg aatgttctcg gcgcagtaca 1589461 ttatgatgtc cgttgtaagg cgcatgctcg gttgcggcgg gaagatgtag gttcccctcg 1589521 ctatgtactc cttaaggatg tcgttctgaa cagttccgcg gagcttctcc tggggaatcc 1589581 cctgctcctc ggcaaccaaa atgtacatcg cgagcagatt agcggcggtc gagttaatcg 1589641 tcatgctcgt tgagaccttg tcgagcggaa tgccgtcgaa gagaatcctc atgtcccaga 1589701 gcgaatcaat ggcaactcca acctttccga cctcaccttc agccatcggg tggtcggagt 1589761 cgtaaccgag ctgtgtaggc aggtcaaagg caacgctcaa acccgtctgc ccctgctcaa 1589821 ggaggtattt gtagcgcttg ttgctctctt cagctgtagc gtagcccgcg tactgtctca 1589881 tcgtccagaa gcgaccgcgg tacatggtcg cgtagacgcc gcgggtgaac ggatattctc 1589941 ctgggaagcc gagcttctca aggtagtccc agtcctcgcc gaggtcagcg ggagtgtaga 1590001 gcctcttaat ctcgaaaccg tcatcggtca tgaacttctc ctttctctcg ggtctcttct 1590061 cgatgaactt tttgaccgtg gtctcctccc agcgcttctc ctcctcgcga atcttggcga 1590121 gcttctcctt atcgaaggtc atatcaacca ccgcttaggg tagggtgggg aactataaaa 1590181 accttttaca tagcgaaagg aagcatttgg cattggataa aaagtccagt ttgagatgtt 1590241 cgaaaacctg acaaaacgtc gagtagagaa gggcatcgtt ttgaatattg ttccgagttg 1590301 gagcaaaaaa cctaataaac aacgaatttc taaacggaaa attgaaaact ttgcggaggt 1590361 ggtggcgtgc agaccgtgac aaggagggcc agctccaaat gggtaaccgg gctgagaccc 1590421 aaactggagg aagccttctc gcgcggggcc ttcgagggaa ctctcgttgg gaaggccgag 1590481 ctcagggggc tcgacatgct ggaggtcgtt gaggtaaagc tcgtccccgg aaagcccgaa 1590541 gggccgtcct tcgaggtctc gggtagaatc gtgacgttca agttcccctt ggaaaaggga 1590601 caaaacttag aggacgtcta ctaccccttg atgggcatgc tcaacagggt ctaaagcttt 1590661 aagctccctc cccaagtttt tctgatgctc gtcaaaggta tcggcctcga cagctcggca 1590721 aagctggcct tccagagcca cgcccacagc gaccacttcg tcagcgggga ggttatcttc 1590781 gcgaccaggg cgacgaagtt cctcagccac ctccgcaagg gcgggttcta ccgtgaggta 1590841 aagttcagga agaccttcta catcggcgac gttaaggcga agctctatcc agccggccac 1590901 atgctcggtt cggctggaat aaagctctgg ctcgaggccg gaacgctctt ctacaccggc 1590961 gacaccaagt ggttcaagct aagaactgcc gagaagagcc gcttcccgag ggcggacttt 1591021 ctggtaatcg aggctacctt cggcgtcccc gcttttgcgt tcccctcccc tagggaagcg 1591081 gaaaagaagt taatctcttt cgtcgaggaa gctctcgaca ggggaaagaa accggttctc 1591141 tacgtcaacc agatggggaa ggcccaggag gttatgaaga tactcgacgt ccacgggata 1591201 acggtcaggc cctcgcgcga gatgctgaag gttgcgaggg tgtactcgaa gttcggagtc 1591261 cgcttcgaca acatcgagag agatggggag gtaatccttc gctcctatcg ctctcctaag 1591321 gttgagaact cgttaagtcc ctgggaactg acggtttctg gatttggaag gctgaagctc 1591381 agcaaccacg ccgacttctg ggagctggta aggattgttg agaaagtcaa gcctgagaag 1591441 gtattcacag tctatggctt cgcccgggag tttgctgaaa ttctcagggg actcgggcac 1591501 gaggcctttc cattactgcc gaactcggag attaaggttt gaacgccgtt caatatgcac 1591561 ccgctttttc ccgtgaacct tgaacataga acgagatccg aaccgaaacc ttaatatatt 1591621 cggaattcat caaaatatat cgaagaacct tcgctattgg ggtctatttg ttagagaggt 1591681 tgcgggcacg tggcaggatc cccgcggcct gaaggcctca ggcgtttggg catcacagct 1591741 gaaagggggt gatacccaag ccacccctcc cacttctatc atctgtttct tctgagccct 1591801 aaatcccggc cttctggaga ccatttttag tcaccttttg tatggtaaat cgaaaagttt 1591861 ataaagggtt cctttttagt aactactggt aaccaaaata aaggccgtcg ggaggtgatg 1591921 cccgatggtc tggagaaggg accgctactg ggacccgttc gatataatga gggaaatcca 1591981 ggaggagatt gacgcaatat tccgcgactt catgaggggc ccaagaatct ggagctaccg 1592041 cgagcccagg gagagcattg ccatcagcga gagctggaga gagcccttcg cggacatctt 1592101 cgaccgcggt gacaagtttg tcatcaccgt tgagcttcca ggagtcagga aggaggacat 1592161 caagctccgc gttacagagg acaccgttta catcgaggcc cagataaggc gcgagaagga 1592221 gctcgaggag gagggcgcca taagaatcga gcgctactac agcggttaca ggagggtcat 1592281 caggctcccc gaggaggtca tcccagagaa ggcgaaagcg aggtacaaca acggcgtcct 1592341 cgaaatcgag atcccaaaga agaacccaaa gaagcccgag ggagagggct tcgaggtcaa 1592401 gatcgagtga ccctttcgtt atttcctgct tttaacaccg gagggggctc caccccccta 1592461 caaccctcaa taaagcgata tttcgataaa ataaacccgt cacaatcatc gctcatgaaa 1592521 aggaggtggt atagatgagc gagaggaagg aaatcaagct taaggtcgcg tccgcttacc 1592581 agagggacgt tggaagggga atcgtcagga ttgacaggaa ggctatgcgc gagctcggcg 1592641 tccagccagg cgacatagtg gagattatcg gaaccaagaa caccgccgcc gttgtctggc 1592701 ccgcctatcc cgaggacgag ggactcagca tcatcagaat ggacggaacc ataaggaaga 1592761 acgcgggagt tggactcggc gacgaggtta ctgtcagaaa ggccgacgtt aaggaggcga 1592821 agaaggtcat cgttgcccca accgagccga tcaggtttgg aagggacttc gtcgagtggc 1592881 tccacagcag gctcgtcggc agacccgtcg tcaggggaga ctacataaag gtcggaatcc 1592941 tcggtcagga gctcaccttc gtggtaaccg cgactacgcc agctggaatc gttcagataa 1593001 ccgagttcac cgatttccag gtcagcgaga agcccgtcaa ggaggtcgcc aagaccgcca 1593061 cgctcggtgt tacctacgag gacatcggtg gcctgaagga cgtcatccag aaggtcaggg 1593121 agatgataga gctcccgctc aagcacccgg agatattcga gaagctcggc atcgagcctc 1593181 cgaagggtgt cctgctctac ggtccgccgg gaacaggtaa gaccctcctt gccaaggccg 1593241 tcgccaacga agccaacgcc cacttcatag ccatcaacgg gccggagata atgagcaagt 1593301 actacggcga gagcgaggag agacttagag aggtcttcaa ggaggcagaa gagaacgcac 1593361 cggcgataat cttcatcgac gagattgacg cgatagctcc aaagagggaa gagacccacg 1593421 gcgaggttga gaagagggtt gtttcacagc tcctgacgct gatggacggc ctcaagagca 1593481 ggggcaaggt catagtcatt gccgcaacca acaggccaga tgccatcgac ccggccctca 1593541 ggaggccagg aaggtttgac agggagcttg aggttggcgt tccagacaag cagggcagga 1593601 aggagatact ccagatacac accaggggaa tgcccatcga gcccgacttc aggagggaca 1593661 aggtgataga gatactcgag aagctccgcg gtgacgagag gttcagggac gttatagaca 1593721 gggccataga gaaggtcgag aaggcgaagg acgaggagga gataaagagg gacctcaggg 1593781 agcttgacga gaggctctac gacgaggtca aggcgaggct catcgacgcc ctgctggagg 1593841 agctggccga ggtcactcac ggcttcgttg gagcggacct cgcagcgctc gcaagagagg 1593901 cggcgatggc cgctctaagg aggctcatca aggagggcaa gattgacttc gaggccgagc 1593961 acatacccag agaagtcctc gaagagctca aggtcaccag gaaagacttc tacgaggcgc 1594021 tcaagatggt cgagccgtca gcgctcaggg aggtcctcct cgaggtgccg aacgtccgct 1594081 gggacgacat cggaggcctt gaggacgtga aacaggagct cagggaagct gtagagtggc 1594141 cgctcaagta tccagaagca ttcatgggac tcggaatcac cccgccgaag ggaatcctgc 1594201 tctacggtcc accgggaact ggtaagactc tcctcgccaa ggccgtagcg aacgagagtg 1594261 aggccaactt catcgccatc aagggtccag aggtgctcag caagtgggtc ggcgagagcg 1594321 agaagaacat cagggagata ttcaggaagg ctcgtcaggc cgctccgacg gtgatattca 1594381 tagacgagat tgacgccatc gcaccgcgca ggggcaccga cgtcaaccgc gtaaccgaca 1594441 ggctcatcaa ccagctcctg actgagatgg atggtattca ggagaacagc ggtgtcgtcg 1594501 tcattggagc caccaacagg ccggacatac tcgacccggc tttgctcagg ccaggaaggt 1594561 ttgacaggct gatactcgtt ccagcgccgg atgagaaggc caggctggag atattcaagg 1594621 tgcacaccag gaaggttccg ctggcggagg atgtcaacct cgaggagctc gccaagagaa 1594681 ccgagggcta cacaggtgcc gacattgagg cagtggtgag agaggccgcg atgctcgcca 1594741 tgaggagggc gctccaggag ggcatcatca ggcccggaat gaaggccgac gaaatcagga 1594801 ggaaggtcaa ggtcaccatg agggacttcg aggaggcact gaagaagatt gggccgtcgg 1594861 tgagcaagga gacgatggag tactacagga agatacagga gcagttcaag cagtcgcgcg 1594921 ggtaaacgcg cgaccagtga gcgtaagctc acgcagtctc gtggatgacc acgagaccca 1594981 gcgaacgaac gttcgcgcgg ggcgggcggc tgaccgcgtg acaccttcac atttttaaat 1595041 tttcctaagg ctatcggtag gctatcggtt tggaggtgat gggatgatct acggagtcct 1595101 gctcagcata cccgaaaagc tggtgggaaa atatgaggat caggtcagga ggacaatcgg 1595161 ttacggaata gcgaggggtg atataataag cttcactgaa gcccgctaca aaggagatat 1595221 agcctttgta atgctcgccc gctcaagaag ggccgctgag agaacgtttt cagaactctc 1595281 ggagctcccg atctacgtca aggtcataga gatcgagggc gagagctgat tctttaactt 1595341 tttgcccggt gagaaatggc aaaggggagg aggggaggag cgtcatgcta tgagctcgac 1595401 ctcgtatgct atagcgttga actcactcat cttctccctc gctatcctct cggccttttt 1595461 gatatcgttc gcggggataa cgatctccca aggcatctct ttctcccgat agtagagtat 1595521 tctcgcaagc atgccatcac cccctctgta tcactcggcg tgaaaagcac tggagttcaa 1595581 tttaaaagct ttgctgaaca tcattgaaca ccaacgaaca gaattcggag aacattaatg 1595641 aactgaaaag accccatagc cgaggatgtt cagcgaacga gaggggaaag gagaaggaat 1595701 aagaaaggga cgcagaacta attcaatcga gcctttctag ttcaaaaacc ctggcgtttt 1595761 tagctttaag ctcctttacc gcgatcctgc gggcgagatc ggcgttttca gcctcaaatg 1595821 ttatcctttc tctgtgggat cttcccccgt agagagtcac ggcccacttc attctcccac 1595881 cgagctgttt gtcaattgtt caaactttat aagtttaacg caccagattt tagacatttc 1595941 gtcaaaaaac gaaatcatcg aaggccgagc cgagagagat aggagagcat tctctccacg 1596001 tcgttggtta taaccacctc gaagaggccc ctgagtctgg cgaggttatc ctgagagtaa 1596061 aagagttctt cgttctctgt ccaaagaacc acccttaggc cgagggagcg agcccatcga 1596121 agtgcatgga gggttttttc aaagcccagc acaggaatgg cctccatcgg gacgttgatc 1596181 gaccagaggt ttagctcttc cttgagacgg gggattaggg gaactacatc ctctctgtca 1596241 atcaagagtc ccatcgttgt ctcatcatcg aacctgcggt attctctgag ggcttcaacg 1596301 tcaaaggatg aaatcataat gcgctggggg ttgttgacct tcactatctc ggcgaccctc 1596361 tcaaccgcgt ccctgtcctt gagctccacg ttgacgagtg cgtcctcagg gagaacctca 1596421 aagacctctt caagagttgg gatcttctct cctccaccta tgtcggcctt cttaagctcc 1596481 tcaagggtca tttccttttg ctttccgctc atgttgctcg tcctgtctat tgtctcgtcg 1596541 tgcatcacaa tagcgttccc atccttagtt agccagacgt caagctcaac tccgtccgcc 1596601 cccgcctcga tagccttcct gaaggcgagc agactgttct cggggaactt tcccatacaa 1596661 cccctgtggc caaggactat gatcctatcc ctctcccaca tagagcgtcg cctcaacttc 1596721 ggtgcgtctg ggggctataa actttttcag cctcgcgggg tcgtcggaaa ttaccgcatc 1596781 caccaaaagc atgaattttg gcacaagtga gagctcgttc atcctgtagt tccagagcca 1596841 taccttcttc tttttcctgc ggtacagggt gagaagcgtc aaaaagccgc ggaaccctat 1596901 gtatccgatc aggtcgaggg ggacgtgaat ggagtaactc tcaaacccaa ggctctggaa 1596961 gaggtttctg gcactcgtca ctgagagacc gactttgcag tccggacact ccttcttgac 1597021 catgtttatc caatcgggga cgtcagttga gatgacggtt ctaccgagaa tcttccgccg 1597081 ttccagggaa ctgagaaggg gctcaagcgc atttatgtcc ttcaggtcgg cgttaacgac 1597141 gcccgggcgg agtttcaaga cccggtccag agttgggatc agctttccaa ggggatgaag 1597201 cttcacgagc tccccgtagg tcagaagctc cacacgatac tgccgaccgt caaccgtgaa 1597261 aactccctcg tgaaggggaa cgagtttgcc atccatcgtt atcctcacgt cgaactctat 1597321 accatgacag tggttaaggg cccttcgaaa tgctggaata gtgttttcca acggcccttt 1597381 tgttcccctg tgacccaata tgaaaatatc tccaatgtcc ccttgtgtca tacgtccaac 1597441 cgttcaaaca tgcgctcaca attcttaaaa gttcttccag acaatttttc ccgttattgc 1597501 tctctaaaat cttcgggggg atggaactgt ggagttcaaa tattcccgca tattcctgct 1597561 cggcttcggt ttctttggta taagcataat atgggcgctt tacaacgcgt acataccgat 1597621 attcctccag gacacgttca gaatgaacag aacggtgacg ggcttcataa tgacgataga 1597681 caacctcttc gccgtcctgt tgctcccgtt tttgggcgcg ctcagtgaca tgacgcgaac 1597741 aaagctcggg aggagaaagc cctacatact cctcggtgcc ccctctgcgg ctctcatgtt 1597801 cgctctcatc cccatagcca gggagcacgg caatttagcc ctcttcatgg gcacaataat 1597861 cctcatgaac ttcttcatgg ccctcttccg ctccccggtc atagccttca tgccggatat 1597921 aacaccaagc gaaaagagga gccaggccaa cgggataatc aacttcatgg gcggtcttgg 1597981 agccctgctc gcgtacttcg gcgggaaggt cctctacgag atgaactacg cctacccctt 1598041 ctacttcgga gcggcgataa tgcttctggc gaaccttttg gttgtcctct tcgtgcccga 1598101 gccagaggag tacagggttc cgggggaggg cataagcctg aggaagctcc tttccgagac 1598161 ttcccacaag agcttcggtg agctcaagga gaacctcaag gacgtttttg caagccacga 1598221 aaagagcctg ctcgcgatcc tgctcgcgat attcttctgg ttcgttgcct tcaactccct 1598281 cgagacgttc ttcacgagct acgtcaagta ccacctctac gggatcccag ttggcgcgcc 1598341 ggaaaccgag ctcacgagga agatcgagag cacaggggcc tttatgctcg gtgtcttcag 1598401 cctgagcttc atgctcttcg caatccctgc cggcttcatt ggtgcaaggc taggcaggaa 1598461 gaagacgata acactgggcc ttctcctggt catagtgata atgctcgggg cattcttcat 1598521 cggggaaacc tcaaaaccat caagcccaag cctctcggat tcagtaataa tgaccttcat 1598581 ggggctgttc ttcctgggtg gaatcgggtg ggcgatgatc aacgtgaact ccctgccaat 1598641 ggtcgtggac atgacgacgg aggaaaagct tggtggctac accggcctct actacttctt 1598701 cagccaggcg gcaaacctcc tcgcaccacc cctcgcggga gcgttccttg acgtcatagg 1598761 ctacaaaaca ctacttccct tcgcaatggt gttctttgtc ttagccctga taacggtgca 1598821 gttcgttagg aggggagatg ttgttaaaag caccggggac acgtatgatt acatacccga 1598881 tatggattga gaggtgaggg agatggaaag gcgtttcaac tggggtattg tgctcggtct 1598941 cgcgctgctt gggttcagca ggagcgttgg atgggccatg aacaaggggc tgtcattccc 1599001 tcttctttca agctacaccc aatcggccct agttaagggt acaatcctgg cccttgaggg 1599061 cctgatagga ctctttgtcc ctgtggtttt ggggtattac agcgataccc tccgctccaa 1599121 gtacggcagg agaagaccct tcataatgat cgggggtatc ctcgcgggcg tggcggcact 1599181 gatgatatac acctcgtacg ccctcggtgt tcccctggcg ggctttgctc tctcgctggc 1599241 gttcttctac ctctcaatgc acctctacac ggcacagtac agggcactaa tgcccgacac 1599301 agtggagagc ggtcagaggg ggaaagcaag tggtgtcatc accttcttcg agtgggcggg 1599361 caacctcttc ttcttcggtc tggcaggcta cctcgtcgca aaggccgtct ccatgaccgg 1599421 agagaaagag gggataaagg ccctcatcca aactccgtac ctcaagatac ccttcataat 1599481 cacggcggtg ttcctcatcg gggcggccct cttcgtgtac ttcatcgtcc gcgagccaga 1599541 agcaccggag atcgaggaaa acgagactct cggggagtac ctcataagca tcgtcgagaa 1599601 cagggacttt ctgaagttct acaccgccca gaccctctgg tggatgagct tcgagttcat 1599661 agggatattc ctatacggca tccttgcgta catactctac ggctctgcca gtgaggaaaa 1599721 cgtaaaggca gttacctcgc tcggcctgtt actcatggcc ctgttcaacg tcacggttct 1599781 cgtaggagcc cttccaggcg gcataatcta cgacaagctc ggaagacgtt taagtataat 1599841 cctcggcggc gttatatttg ccattccgca gatctgggga tggttcatcc acaccaagac 1599901 cgagataaca gtggccctcg gaatagcggg ggtcgggtgg ggaatactca tggccgcttc 1599961 ctatccggtg gtaggagatc tgctcacaaa gttcgagagg gaagctttca ccggccgcta 1600021 ctacggcttc tttgaggcaa cccgctccct gccggtgctg ctggcgggta taatcggcgg 1600081 tgccatcgtt gatctcgccg gggaaaacta cagggtcctc ttccccatcg gagcggtact 1600141 tgtgctcctg gcaatgccca tgatatggtt catgaagaac ctcgacgaga ccccaaaggc 1600201 cgagccggaa agtgatgggt tggagattga actggaggta tgagtatggt gtggccaatc 1600261 gttttgatct ttatcctcct tctcttcctc gggttcgttg ccttcgttgg ttacaagatg 1600321 gtcaagcccc cgcgcttcgt cggcgactgg acgccaaagg atctcggcta cgactacgag 1600381 gagataacaa tagaaaccag ggacggactc aagctgagcg gctggtggat tcccaacgga 1600441 gagggaactg ttattcccct tcacggctac acgaggagcc ggtgggacga agtttacatg 1600501 aagcagacca ttgaattcct gctcaaggag ggctacagcg tcctcgtctt tgacttccgc 1600561 gcccacggaa ggagcgatgg gaagtacacg acggtcggag aaaaagagct gatcgacatt 1600621 ctctcggcgg tggactggct gaagaagaac cacccggaga aggcgggaaa aataggactc 1600681 gtcgggttct cgatgggtgc ggtggtcacg ataatggccc tggccgagga cgagagggta 1600741 acctgtggcg ttgccgactc accgccgatt tatctcgaca agacgggggc gaggggcctg 1600801 aagtacttcg cgaaccttcc ggagtggctc tacatcttcg tcaaaccctt cacaaagctc 1600861 ttcagcggtg caaaggagct caacatgctg gagtacgctg ataaagttag aaaacccctc 1600921 ctgctgatag ccggagaaaa ggatcccctc gtcaagccaa atgaggtgag ggagttctac 1600981 gagagaaaca agcaaataaa cccgaacgtc gagctctgga ttaccgatgc gccgcacgtt 1601041 agaactttga agctccaccc ggaggagtgg aaagaaaagg tcagagagtt cctcgaaaag 1601101 tggttgaagt aagctcttct tactccattc tttttattgc ccggttgtag aggattaccg 1601161 cgattaatag cgctccaaag gcaccggccg agagccaagc aacatcgggc aggatttcgc 1601221 cagcgggcct gtggtaaagc tccagcaggc ggagatcctt cagggccctc ccgaggggga 1601281 agtagttcgc tatcggtctt gcccagttcg ggagtatgct atcgggaatg actaccccag 1601341 caaggaagag gaggggcatg gagatcaggt tgataaccgc gttcgttgcc tttatgctcc 1601401 tcgtggccat tgctatcgcc agcccgaggc ccatagaaaa gaccgccgcg aggaatatca 1601461 gaacccagcc gaggaaccct ggaaagaccg tctcactgaa gataagcttc gagtaggcta 1601521 tcccgatcag tatgctgatc attataacga tgaacgtcga gaggatcttc cctaccagaa 1601581 agtcccacgc cgttgcaggg gatgcggcga ttctcctcag tgttccatgt tcaatctcct 1601641 ccaaggttcc ggaaccaacc atcatcatcg ttgcaaagag gaactgtatg cctatgaagc 1601701 tcgtaacgta gaactgaatc ggagatgggg actcccctga aactcccctc tcctcgatgt 1601761 ccagcggatt cgtgagacca aggaggtact tcttaatgtc atccagcgtg aagttcccga 1601821 gtgcactctc gggaacgtac tcctccatgt aggttagggt aatgttaagc ctcttctcgg 1601881 caacccgccg ctcaaactcc gagaaaaagc ccttcacggt tccactcact atctggtagt 1601941 tctgcggatc acttccctca aaatatgcat ggatcttcgc aggaaagccg cttgaaaggt 1602001 tcttcccaaa accctcgggg aacacgagga gggcatcgat ccttctctgt tttaaagcct 1602061 tcagcgcgct ttcctcgtcc gaatactccc gtatcctgaa aacgtgaacg ccgtcgatgg 1602121 taacgttctc cattatgccc acgacgtctt tagcagtaaa tggcgagctc tcgttgtagt 1602181 ataccactcc gaggtcgatc tttaccggag ggttatggcc accccatatg cccccgagca 1602241 gggttatcca catgagcgga aagacgaaga tccaaaacaa cgccatcttc tcccgcctta 1602301 tctcccgaag atccttcagg actatcccct taacggccct caccttcatc ccagacccct 1602361 cccggtgagt ttcaggaaaa catcttccag agttggttct tcaacccgta tcgcccttat 1602421 ctcgcttcca gccccaacga gaagttcaac gatcttggga agggcagttt tggcgttttt 1602481 caccgatact ctgagagcgt tttcacgctc aaccacccga tgaaattcct tcctcagaag 1602541 cccgatccct ttcagaacgc cctccacgtg aatgacgctc tcctccccag cgagggactt 1602601 cagctcctcg ggcgttccaa cggctatgat cctcccctcg ttcattatgg ccaccctgtc 1602661 ggcgagggct tccgcctcct ccatgtagtg ggtggcgagt aaaacggtct ttccctcttc 1602721 ccggagttcc agtataatgt tccacaactc cctcctcgag gacacatcca atccgactga 1602781 gggctcatcg aggatcagta tctcgggctc gtagagaagg gctatcgcga ggttgaggcg 1602841 cctcttaaag ccaccactca gctctttggc ctttttcttt ggaggaaggg aaaacctctc 1602901 gatgagttct cccaccctct cgctcggagc atcgtagagg tcagcgtaaa agcccaggtt 1602961 ctcttcgacc gtgaggaaat cgtaggctat gctttcctga ggcacgtagc caataaaacg 1603021 ggctgttctc ttcgagagag gctcaccgaa gatcctgact tcaccggagt catagccaag 1603081 accctccgca agaatcctaa tgagagttgt ttttccggca ccgttcggcc cgaggagcgc 1603141 gagtatttcc ccttcctcaa cttcaagatt cacccccttc agcgcgagaa aattgccata 1603201 gcttttcttc aatccccgga ttttgatggc cttcatgggc accccctaca aatagaaacg 1603261 gcatagggaa atataaaggg gccagaaact ctggagttca gaatagcctc ggctaaccct 1603321 cttttcctca ccgttcagcg tggctaacgc tcgtcatcgg ccggaagaat taacaccaag 1603381 tccttaaaaa gggaacgtga ggaaaaggtt ggggaatgac gagcgtttac cggtcggatc 1603441 gctaccggat gaagagactg gcactggccg accccatcaa aaaggaaggg agggtcagta 1603501 gttaatctct cccttttcct tcagctcgag gtacatacgc cagctaatca caggcttctt 1603561 gaccgccata acgtcatcaa cgcgcctaac tgctgtgttg tgcggtgcgc tcttgacgac 1603621 ctcggggttg gtgtaggctt catcgcttat cctcttcagt gcctcgacgt aagcgtcgag 1603681 ctcctctttg ctaaccgttt ccgtcggctc aatcatcagg gcctcgtgaa caatcagtgg 1603741 gaagtaaacc gtcggcgcgt gcattccgaa gtcgaggagc ctcttcgcca cgtccatcgc 1603801 ggtaacgcca gtttccttct tcatcggttc cgctgaaaag accgtctcgt gcttcctaag 1603861 ctttttacct ggcaactcgt atcccctcgt tccgagcagt ttcctcgtca ggtagttggc 1603921 gttgagaaca gctatctcgc tcgcgttctt aaggccatcc ctgcccatga ccttgaggta 1603981 aaccagggcc ctaaccatta ccgcgaagtt gccgtagagt tccttcacct tcccgatgct 1604041 ctttggcacg ttgtagtcga ggtagtagcg gtcgttctcc tcatcgtagc ccaccagcgg 1604101 aaccggcagg tagtccttga ggaaatcctt tactccaacg ggcccgcttc ccggtccgcc 1604161 tccaccgtgc ggtgtcgaga aggtcttgtg caggttgagg tgaactatgt cgaagcccat 1604221 atctcccggc ctgaccttcc cgaggacggc gttgaggttc gccccgtcgt agtagagaag 1604281 tcctccagct ttgtggacta tcttcgctat ctcgaggatc tcgtcctcaa agatgccgag 1604341 ggtgttgggg ttggtgagca ttaagccagc cgtcctctca ccgaccgcgt tctcaagggc 1604401 ctccagatca acggtcccgt tctcgttgga gggaatctcg atgaccttga agccggccat 1604461 agcggcactg gcagggttcg ttccgtgagc ggaatccggc acgagcatct cgtccctctg 1604521 cggctcgccg ttgtcgatgt gatatgtccg gattatggaa acgccggtga attcaccgtt 1604581 cgccccggca gctggctgga gcgtgaagcg gtccatgcct gttatctcct tgagccactg 1604641 ctcaagctcc cacattatct ttaacgcgcc ttgaacggtt ctctcgtcct ggtacggatg 1604701 gatgtaagcc acgcccggat gagcggccat ctcctcgttt atcttggggt tgtacttcat 1604761 ggtgcacgag ccgaggggat agatgccgga atctacgccg tagttcatct cgctcagcct 1604821 tgtgtagtgc ttgactattt caggctcgct cagctcggga agatcgagct tgctcttcct 1604881 cctaatcttt tctgggattt cgacctccaa atcctcaatc ggctttggca aggtatagcc 1604941 aaccctcccc tcgcgggaga gctcgaagat aagcggttcg tcccacttag cctggcggaa 1605001 cattcaggcc acctccttga gggcctctat gagggcatgg acccattcct tcctcgtcgt 1605061 ttcagttgcc gcgaagaggg ccgtctcacc aagctcgggg aagtgctttc cgatgtagta 1605121 gccgccatgt attccctttg caaggagcgc ctcgtgtatc tcgccgtagg gccttttgaa 1605181 cttcacagga acgtccttga agtagaggcc ctcgaaggga atctcggcaa cctcgctcaa 1605241 cctcttcttc aggtaggcgg tgttcttgag gatgacctcg ccgagctccc tcaagccctt 1605301 cggcccgaga gtcgcgagat gtatcgctga ggcaacggca acgagtgctt cgttggagca 1605361 gatgtttgat gtagctttgg cgcgccttat gtgctgttcc ctcgtctgga gcgtcatgac 1605421 gaatgccctc tttccttcag catctctcgt cattccgatt atcctgcccg gcatctggcg 1605481 gatgagcttc ttgtcgttcc tgaccgcgaa aactcctgcc ctcggcccgc cgaagttcat 1605541 tgggttgccg aggtatgaag cctctccgac cgctatgtcg gcgccaagct cgcctggcgc 1605601 ttcaaagatc ccgagcatcg tcggatcggc cccaacgacg aagtaggcac cggcttcgtg 1605661 tgcaatttcg cctatctccc tcacgttctc ctcaacgagg ccgaagaagt tggccatctc 1605721 gacgtaaact ccagcggaat cctcaacggc ctccttgagc ttctcaatgt cgagcctacc 1605781 gctctcgtcc cagggaacct cgactatctc aaggttcgcc ccgcgagtgt aggtctcgat 1605841 gacggctttc ttttctggac ttatagcctt tggaatcacg aagcgctttc tctttcccct 1605901 gtggagcctg accgtcatca gagcggcctc ggctatggaa gttccccagt cgtacatcga 1605961 ggagttgaca acgggcaaac cgtagagctc ggccatcatg ctttgatact caaacaaagc 1606021 ctgaagcatt ccctggctta tctcgggctg atagggggta tatgcggtca aaaactcgct 1606081 cctctcgatg aggtacttga cgtgggccgg gatgtagtgg aaataggttc cagcaccgag 1606141 gaagctcggc atctcaagag ccgttttgtt cttggataga gtctcgttga gctcaatgaa 1606201 aacctcatac tcgctcttac ctccggggag gttgaactcc tttagcatcc cctcgggaac 1606261 gtccgagaag agctcgtcga ttgaggcaaa gccgatttcc ctcagcatct cctcgcgatg 1606321 ggcgaggttg ggaaggtagt gctttcccat ggcaatcacc tcgaaaggtt aagacggtcg 1606381 tttaaaatag gaggtacatg attatatgcc ttgtgctcaa aaaagagaag ggatcagccg 1606441 gtaacgccga cgtcctcaaa gaacttttcc ataagcccgg cgacggccct tatgtcgtac 1606501 tgcatggtct cgtagacggc ccattggacg aggctgtact ccctgccgtc gagggtcttg 1606561 aagccgctcg gagcgttcac gtcgaagttg gcgtggagct cgatgttcct tatcgcccat 1606621 ccatcgacgt catcgtcgag ccatgcgtcc ctgtcaacgt gggtgtagat gtaaaccgtg 1606681 tcgcccggaa cggtgactct ggtgtctttg agcgggttcg ggtcctgggc gtagcgggcg 1606741 atgaggttcc agtttttgtc gtagacctca acgtagccga gggtcttgaa gtaggcgttc 1606801 tgcatgtcta tgtccttgaa gacgatggtt atcgagctgg ctcccttgaa ctcaagcttg 1606861 aggacgctcc agtcgccctt cttgagctcc ttcgtccaga agtagcttcc gaggtggccg 1606921 cgctcgctcc agaggttgat gtccttgccg gtcgagtaga gcatgtaacg ccaggagttg 1606981 tgggcaatga ggtcggcgta ggcccaggcg acgccgttgg cgagactcat gtggccgttc 1607041 tcgttgtcgg caacgtagat gtccttccct atgatgaacc tccccttctc ctgagggatc 1607101 tgccaccact ttatcggcgt gaggtcgagg gggacgcggt cgttgagtat gtcgtcggca 1607161 acggcggggg aaacctcgtt ctcgacgaag tcgtgggcgt tctctatgta cttgaactgc 1607221 tcaaggtctt cgaacatgtg gggggtcgtg tgggcaacga gcatgctcat gtcctcgagg 1607281 atgtgaaccg tcctgccgag gtatagcatg gcctcctccc ttttgccctc cttccagagc 1607341 tgaaccgcct gctcgtagag cctctgggcc atgtcggcgg ccgatgtgtc cgcatcgcca 1607401 aagagattga ctgtaagaag ctcggcgtga tccatcgggt caaggaagtg gtactggctc 1607461 tggagcgtgt aggtcttccc gttgaactct atgctaccgc cgcgccagtc ctcgtcgtag 1607521 gccccgtaga ggagctgatc tttgtaccgc atgagaattg aaccgagggc gggattgtcc 1607581 ttgtagaccg cctgtatggc cttgtaggtc agcttctggt ggacgttcat ggggttgtcg 1607641 agggtcggtc cgtcggtcgg ccacgccgaa acgatcccaa ttccacctaa aacaaccagg 1607701 ataagtaaag caacttttaa ctccttcatt ttatcacctc cggaaatgag gcagctggca 1607761 tatcccacga aggttaataa atcttccgca tggcaaaagc ttttagaagt ccatggtaac 1607821 ggccttttgg ttgggggatg ggcatgataa tagccttcga tttcgacgga acgcttatcg 1607881 acagctactc ctgcatagag gaggccttca aaagagctct tgagaggcgc taccgctggc 1607941 tcccggggaa gggactgtgg gcaaagttac tgaccaaaat cgaactccag ttcgagaggc 1608001 cgagctttgg gggccacaaa aagacccaca ggccaccttt cttcctgaga acgaagttct 1608061 tcgagacgtg gttcattgaa agggcgaagc tgagcaagcc gatagacgac gcccccgagc 1608121 tcttaaagcg acttagggaa gagggacaca ctgtcatctc gttctctgca gaggatttca 1608181 tagacggcat gaaggtcaaa cggctgaaga tggccggcct ctacgatctc ttcgacgacg 1608241 tcatcgtttt tggtcgggag atgacgctcg acgaggcctt tcagctcgtc cgcgagaagt 1608301 acgggaacga gactttcatc tgggtggacg acaagccctg gcgcttcatc ggcaggggcg 1608361 acgagaacac ggagttcgtg tggtactact ttcccttcac cgctcgcttc gttgagaaga 1608421 accgcgagaa gcttgcgtta ataccgcatc tccacgtcat aagggacctg tggagcatct 1608481 tcgacgttat caagagggtg aaaggggaga ggggggtcgg ataaggaatg ctctccaggc 1608541 gcttctggct ggtggtgttc cttccggcac tggcatttct ggtggttttc ttctactacc 1608601 ccgtgacgct gattctggag gacggcctct cggtttcggc catatcctcc gttctctcca 1608661 acccctacta ccgccacgtc atagccttta cgatccttca ggcggttggc tcgacgctcc 1608721 tgaccctcgc gataggcctt cccggggcgt acctcttcgc caagtacgat ttcccgggta 1608781 agaggaccct gaaggccatt ctgaccgtgc ccttcgtgat gccaagcata atggtcgctc 1608841 tcggatttat actcctcttc ggcagagagg gcttcttcac gtccattctg ggccgcaacc 1608901 tggggatact ctactcgtgg aaggccattc tcctggccca cgccttctac aacttccccg 1608961 tcgtggtcag aatggtgtcg tctctgtggg agaggataaa cccccactac gaagaggccg 1609021 cgatgagcct cggcgctagg ggattcaccc tctttcgaaa ggtcacgcta ccgatgcttt 1609081 atccggcaat tctcgcgtcg tccctgctaa ccttcatatt ctccttcctg agcttctcga 1609141 tccccctcat cctcggcggt tacaggtaca gcacgataga ggtggcgata ttcacgtcca 1609201 taatgaccct cctcgacttc agaaccggag cggcactcgc cgtcatccag atgacactca 1609261 gcttcacgtt catgtacctc tacctcaaga gcctcgacag gtattccaag gccgaggagc 1609321 agaggatcct ccgcgagccg aggaggctga aactcaagga tatgctgagc ctcaaaggcc 1609381 tcgggataac catctactca gctattgtct tcgttttcat cctctccccc ctcctcgcgg 1609441 tcgtctacga ttcaatcacg tggaagggaa agttcaccct ggagttctac cgcaggcttt 1609501 ttgacagctc ttacaacccg atattcggtt cggacagcct gcacgcgata gcgtggacct 1609561 tcgcctttgg atttgcgacg gttctgctgg cgacgctcat agcgctcgca atagcatact 1609621 ccgccctcag atgggatcta ccggggaaga cgctcgtgga cgttctggcg accctgcccc 1609681 tgggttcgtc ggcgatagta ataggcctcg gatacatcaa ggcctttcac aggccacccc 1609741 tccttctcct cggaagtccg tacctcatcg tcgcggccca tactgtgata gcctacccct 1609801 tcgccctgag ggcagtttcc tcgtcactca gaaaggtgaa gagcagcctc cgcgaggccg 1609861 cgatgagcct cggagcgacg gacttcaagg cgttcctgaa ggttgagcta ccgctggcct 1609921 tcggcggggt cttggtcggg gcagtctttt ccttcgcgat gagcatagcc gagctcggcg 1609981 caacgtacat gatctaccag ccggagtaca ccacgataac catagccatc taccgctacc 1610041 tcggttcacg acagttcggc tcggcctcgg caatggccgt catccttatg atcgtcagct 1610101 tggtaggctt tctcctgata gagaggacgg gtgaggaggt atggtgaggc ttcttctaag 1610161 ggatgtaagg ctatcgaggg aaggctttga gctcacaatc cccgaactcg aggtaaagga 1610221 cggcgagttc ttcacgctcc tgggtccgag cggctgcgga aaaacgacca cgctgaggat 1610281 catagcgggc tttgaaaagg ccgatgggag ggtttacttt ggcgatgaag acgtaaccga 1610341 caggcccccc tacgagagga acatcggaat agtcttccag gactacgccc tatttccgca 1610401 catgacggtg ttcgacaatg tggccttcgg cctgagaatg aggaaggttc cagaggagga 1610461 ggttcggagg gaggtaaagg aggttctctc cctcgttggt ctggagggct tcgagaagcg 1610521 ctatcccgag cagctcagcg gcggtcagca gcagcgcgtc gccctcgcaa gggcgctcgt 1610581 tataaagccc agactgctcc tcttagacga accccttagc aacctcgacg ccaaaataag 1610641 ggaaaggctc aggggggtca ttaagaggat ccagcgcgag ctcggcataa cgacgatcta 1610701 cgtcacgcac gaccaggagg aggcgatggc gataagcgac aggatagctg tgatgaaaaa 1610761 cgggaggata atacaggttg gtgagccact ggagctctac tatcacccaa aggacgagtt 1610821 cgtcgcgacg ttcctcggca ttggaaacct cctcgagctg gaagccgagg gcggacgtgc 1610881 gtgcctcggc gggctgtgct ttgaaacagg acgagaggga aaggtcaagg tcttcttccg 1610941 gccggagagc gttatcgtgg aggaaggaaa gaccgccgag gtgatcgact acgagctcct 1611001 ccccgggagg atgaggctgt tcctcagcgt cgcgggaaaa aggataaccg cggagaggtt 1611061 catcaatgag cttccattcg acccgcgaaa cgttccaaaa aaagtgggag tgaggataaa 1611121 ggactacgct atcctctctc cttaatgatc tcctctgggg acttgccctc gatcatgagt 1611181 tcgacccact ccctgaccca gcggttgtgg ttggccttta tctcctccgg gtctgggttg 1611241 attatcttct ccggctttac ggcgtacttg aacacatcag gcagggtggc gtttttgctg 1611301 gccgggaaca tccagttgtg gaggggtatc tcgttctgga acttgttggt aagcatgaac 1611361 tcgatgaact tctcggccag ctccctgtgc ttggtcccct tgactatccc aacaccctcg 1611421 atctgaacgt aggccgttcc gttgaggagt atgacaccta tgtccggttc tgtgccgttg 1611481 ttgtagtaag cgctgtaggc gggatcggtg gcatagctca cgaagagcgg ggcttccccc 1611541 ttgtcccaca tctcccagcc ggcgtcccag ccctcggtta tctggtagat ctggggcttg 1611601 agcttctccc agtagtagag ccagccgggg tcgccgtagg cccctatcgt ccagaggagg 1611661 aatgacatgc ccgttgagct ggtcctcggg tcttccacta tgaggctctt tttccactcc 1611721 ggcttgagga gatcctcgaa ggtctttggc gggttcttaa ccttatcctt cttgtagact 1611781 attgctatcg gcccgtagtc gtagggaatg aggtggtagg ttggatcgag gcccttaacg 1611841 agatcctcgg gaacgaggtc tatgttcttt ggcttgtaga cctcaaggac tccagcctct 1611901 atggcctttg ccgcgaggct gttgtctatc cctatgacca cgtccgcccg cgggtggtcc 1611961 ttctcgagga tcagcctgtt gagcactttt ccggcatcgc ccagggttat gagcttcacc 1612021 ttgacgttat actccttctc gaatttgggt atcgtcacct tggcaacgct ctgaaagctg 1612081 tcgtaggcgt aaaccgtcag ggtctccggt tttttggtcg tggtggacac agatgaagat 1612141 tgagtccccc cagatttttc ttcgttcctt gaacctatgc acccaaggcc cacaacgagc 1612201 agggccacga ggattattgc ggcaagcgtc ttgcttctca tattcaccac cctaaaacgc 1612261 ggtttttgtt ttcaataacc gatttagcaa acggttaaaa agttttgctg gtcgaaagtg 1612321 cccccactgg tttttaaccg gagtacgttt ttgaagatgt ttcggaatag taacaaaacg 1612381 gcataattta aacggaattt gtggtgagat gccgaaacta ttttaaagca gttcgtcata 1612441 ggaaatcaat gtcccatctt gtcccgggtt gatttattat ttacccggac acccaataaa 1612501 gggggtgatt gaatggagca gagggatcaa tgggcaacaa agctcggttt gattttggcc 1612561 atggcgggaa acgcaatagg cttaggtaac ttctggaggt tcccgtacca gctcgccagc 1612621 aacggtggcg gggccttcat gataccgtac ttcatagcac tgttcttcct tggtattcca 1612681 gtgatgtgga ttgagtggac caccggtcgc tacggtggca agtatggtca cggtactatc 1612741 ggcccaatgt tttacctcat ggccagggag agcgtcaagc ccaagaccgc gcttatcttt 1612801 ggtatcatcg gtggaatgct ggccttctcg gtcgcatcgc tactgagctc gtactactac 1612861 caggttatcg gatggtcagc ggcctacacc tactacagcc tcacgggagc gtacttcggc 1612921 aaggacaccg tccagttctt ccttgactac gtggccaaca ccaaggcggt gatattcttc 1612981 tggggtctca cgatggtcct gctcggcata gccgtcggtc agggtgtcag caagggtatc 1613041 gagagatggg tcaaggtcat gatgcccctc ctgtacgtgt tcgccatact cctcgttatc 1613101 agggccctga cccttggttc accagtcaag ccggagtgga gctcaataaa gggtctggag 1613161 tacatctgga agccggactt ccagacactg agcaagcact tcttcaagat aagcctggca 1613221 gcagcgggac agatattctt cacactatcg ctcggtatgg gtatcatcca caactacgca 1613281 agctacctcg gacccgagga cgacgttgcc ctgagcggtc ttgccacggt ctcgctcaac 1613341 gagttcgctg aagtagtact cggtggctcc ctcgccatcc caatagcctt cgcctacctc 1613401 ggaccggagc aggccatcaa gggtggcgtt ggattggcgt acatggcgct gcctaacgtc 1613461 ttcgccaaca tgcctgctgg acagatattc ggtgcaatgt ggttcctgct cctctggttc 1613521 gctggattca cctcggcaat agcaacgtac aactaccttg tggcaatgct cgaagaggac 1613581 atacacatcg aaaggaagat aggcacatgg gtggtctgga tattcctgtt catcctcgga 1613641 ctcccggttg ccctcgacag caccctcgcc tacctgagtg agctcgacat gtgggtcggc 1613701 agctacttcc tcgtcctgct cggtctcttc gacgtcatag tggcagtctg gctcttcaag 1613761 cctgacaact tctgggagga gctccacaag ggtgcgtaca ttaaagtacc agagtggttc 1613821 aagccgatca tcacctacat agcgccgctc ttcatgataa tactcctcgg cggcaacacc 1613881 tacgactact ggaagaatgg ggcattcagc gtctcaaagt actatgtcac agaagtactc 1613941 aagtacgact acacgcctga gatcatcagt ctcattacca gagccaggat agtgatcttc 1614001 ataatcctca taatcggtgc catcgaggca tacctggcca tcaagaagaa gtacggcgag 1614061 gagctcgaaa agaacgaggt catcataaag gtctgaggtg ataaaaatgg acgcgggtgc 1614121 ccttgctttc cttgtacttg catggggttc aatatttgcc atgatgtact ggagcattac 1614181 caagctcctt caggccgaga agcaagcaaa ggcttcttaa agcccttttc ttttacatat 1614241 ttgttggagg tgcattttaa atgaaaagtg aaaaagtgct aaaggaagta gccagcgtta 1614301 tcgatgaaat caaagcccgc atcgatcgcc tcaacgttct gaaggacaaa gacaaaagga 1614361 aagcactcgt gcttctcgat gaagccaaga gaaacttcat ggaggtcgcg gaaaatattg 1614421 cctacgataa cgaggagctg gcaaactttt tccttaaaag ggcaacgaaa ttgaagaaca 1614481 gcacaagcga caaaaccatt gaaaaaatcg gcgtcaagga gtacatgaac atggtctccc 1614541 agctcaaccg atattccaaa gccgcaccct atgatttctc gggaaaggtt aaagagctac 1614601 aaaaagccta ccgggctttt ctcttcggaa tgattccttt ctacatcata tccggaatct 1614661 ttggtccgat gtacgccata acggcgttaa tcctcgtaat cccaacgctt ctcgcgatcc 1614721 tgagcctgag gaagagagga agccttggac taatgctcgc ctttgccgtt atcccgatac 1614781 caatggtcat gggtgcgttt tcagtcaggt acatggtcta tgccctaacc catcagggag 1614841 aggttcaaaa aatagccgaa gccctcggca ggagcattat ggtggcccag ctaatagttg 1614901 ttgcaatagg cctgctggga cttgcgagcc tagtactcct cggctatgca agctacatgc 1614961 tctacaaaca ccgccacgcg ttcctctgat gaagtcagta aagagcctcg ttcccctttt 1615021 ctcccgttct tattcttatg gcctcttcga cggggatgat gaatatcttt ccgtcgccgg 1615081 gggttccgct ccttgcggtc ataacgatcg tgttgataac cttctcaagg tcctcgtcct 1615141 tgacgacgag ctcaatcttc atctttggta ggaggtcgta gggcggtaca cctccctgaa 1615201 cacccctccc ttgaacagga tacgccgtca agggcacgat gccaatcccc ttgagggcgt 1615261 tctttacgcg ctcaaaatcg tttcccctga taatggcctc aaccttcttc atggacgacc 1615321 acagataata gttctcagaa cttcaaaaaa ggctttcgaa aacaaaaatg aaagctcagg 1615381 aaatctgggc caaaaacttt ctcagcctct ttatcgaaat ccgggttttt ctcgcgagct 1615441 ctttaaggtc agcgttaagc aagtcctcag gcgtttttat ccccgccttg ttcagcttcg 1615501 cgagggtttt agggccgatg cccttgatgt caatgaggtt ctttactttt gcgcgtttct 1615561 tctcggcctt cggcttctcg ggctttccaa tcctctcgac cctcttggcg agcctcgtgt 1615621 caactctctt cgcgagggga accttcggct tcctcctctt tacgaaggcg agtgaactcg 1615681 cgtagaacct cccatcggaa ccctcgaaaa cgctctcctc gagctcggcc tccgcctcaa 1615741 cgaacgttcc tctcacttcc tccgttctat ccctttcttc gggcgggacc tcgggcggtt 1615801 cgacgaactc ctcaagctcg ggcggatttt cgccgacgta ataggaagct ataactggcc 1615861 tgaaggggtt gtcgcgctcc tcgagcccct cgaggagtga aacgtccatc tccccggtcc 1615921 tgaaatacct gactacctcg tttgcaagcc tgtggaagtc cctgctgtgg agcaaaacgc 1615981 gcctctccgc gtaggccttt gcctggccag ttgttatgag gaactgccag tcgctcgcct 1616041 cgaggattaa gagttctctc gcgagctgtt ctatcgccct gtcgccgaga ttatctttcc 1616101 cgtaaaagcg gctcgccagc gcgaccatcc tgtcctcggc gcggtatatc tcttcccacg 1616161 tccattcggt ttgctcgttc caccaggtcg agtggtccgc gttggcgccc cacgagcctt 1616221 cgggcagttc aacctcaagc ctctcccctg agtagttcaa gaggaaggcc gaaagtgttg 1616281 tcgtcttgat tccgcgctcg gctaaaagct caagaaccct gccaagccac ttaactccct 1616341 cgtaccacca gtggccgaag agctcggtgt cgtatggaga gacgattatt cctttctcgc 1616401 ccgtttcctc ctcgaacctc gagagcaggc cctcgacgag ggaaacgaag tgcctcgcgt 1616461 gctcttcaac ccgttcaagg gccttctcgg ggtcgtagaa gtccttctcg cccaaatcaa 1616521 cgtccttgcc agttatacgc cagtactggt taccgctctt cggggccttc ctgtggaact 1616581 ctctgtacca gaagtcgccg gggtagccgt agtgggcgct ccagacctga tggcccgtct 1616641 cgcggttcct cgcgaagacc acaacgtttg accccttgac ccagtagggt cggagcgttg 1616701 cgagtgaacc ggtaggaacc ggagcgccgt aggagtcgct gaccggtccg ttatcaatga 1616761 ggttgctctc gacgaagaag tactcgattc caaactcctc gaggaacttc tctatcccct 1616821 tcctcttgac agttcttccg ccgggaagct tccactcgcc actcggccgg taggcgcact 1616881 cggaaaccca cataccctgc ggtctccttc cgaagtgctt ctcgtaggtc gctatcccgt 1616941 tggctatctg ggagcgtatt gattcttccc tccagaggag ggggaggtag gcgtgtgtcg 1617001 cgggggaggt tattatttca aggtagccct caccctgaag ttcccggaat ttgcctatta 1617061 tgtctccgtt tatggccttc cagtaggagt aaacacgctc gaagtggcgg aggacttccc 1617121 taacaggttt ctcggggtat ttgccagatt cgagatcctc ccttgttctt tcgattttcc 1617181 tcaagaggta cttctcgaac tcggccttga cgtagtcgtc gaccagctgt tccatcagga 1617241 cgggcgttat gttcacgacg agctggaagc gaacgccaga gtcccttaaa cgctcgaact 1617301 ccatgagcag gggtaggtag ctctcgctca tcgcctcata gagccactcc tctccgaagg 1617361 gccacttgcc gtgctttctg acgtagggaa tatgagtgtg gaggacgaac gtgaagtagc 1617421 ctttcattta gtatcaccgg gagtgttatc gagcggagag tatttaacct tatccggaac 1617481 agacctgtca tcgtgaccag taatgtgcac ggaaaacgtt ttatcctccg atcccaagga 1617541 aagtcggtgg tgctatgaga cttgatgagc ttacgggcac agagggcggc ttcattgcgg 1617601 gggccctagc ggtggttctt cttggagcga taatctcagt tctctcaatg cccatcagag 1617661 acctcatgaa gctcgcctac ttgatctacg acatcggaat cgttggcctt tccttcggac 1617721 ttttgaacga ggcctttgaa ggggagagga gcgacgcgat tagggcagct tttgcaatcg 1617781 cgggaacgat agttctgctc gcgcttaggc tttaaccttt taacttaatc cctctactct 1617841 tttcgggtga gagaatgaag gaagaaatga gctcggttga catacgctac gtcgtgagag 1617901 agctacaatg gctcgttggc tctcgcgttg acaaggttta ccatgacggc gacgagataa 1617961 ggattaaact ccgcacgaaa gagggaaggg ccgatttaat cctccaggcg ggaaagaggt 1618021 tccacctcac gagctacgtc aaggaggcgc cgaaacagcc ttcgagcttc acgatgctcc 1618081 tgagaaagca cctgagcggg ggctttatag acgcgataga acagcaccag ttcgacagga 1618141 ttgtcaagat tcgtgtcggc gactacacgc tcattggcga gctcttcagg aggggcaaca 1618201 tcgtcctcgt tgattccgag aacaggattg tggccgctct ccgttacgag gagtacaagg 1618261 acagggcgat aaagcccaag gcagagtaca agttcccgcc agcgagggaa aacccgcttg 1618321 aggtcagctt cgagcgcttt cttgagctga tgagggagga tgaaaacctt gagctcgtgc 1618381 gcgccctggc gaggaagctc aacatgggcg ggatgtacgc cgaggaaatc tccataaggg 1618441 cgggcttcga gaaaaccacc cccgtgaggg agctgagcga cgaggatttg aggaaggtct 1618501 acgaggcgat gatgggaacc ttcaacgacg agccgaggcc gaacatcgtc tacaaggacg 1618561 gaaacatgca cgacgtcgtt ccgatagagc tgaaaatcta cgagggcctt gagaagcgct 1618621 attttaaaac gttcagcgag gccctggatg agtactttgg aaagctcaca atcgagaagg 1618681 ccaaaatcga aaaaacgaga aagctcgaaa gcaaaaagaa gcaactgctg gcgacgctta 1618741 ggaagcagga ggagatgctg aagggcttcg agaaggcaat gaacgagaac caggagatag 1618801 gggatttaat ctacgcgaac tacgcgatgg ttgaacggct tttggacgag ttcaggaagg 1618861 caacggaaaa gctcggctgg gaggagttca aaaggagaat agaggcgggt aaaaaagagg 1618921 gcaacaaagt tgcgctcatg gtgaaggcca tcgacccgaa ggagaagacc gtaactattg 1618981 agctcgaggg gaggaaggtc aagctctacc tcaacaaaag cataggtgag aacgccgagc 1619041 tctactacga gaaggccaag aagttcaggc acaagtacga gggtgccctg aaggcctacg 1619101 aggacacgag gaggaagctc gacgaggtcg agaagctcat cgaggaggag atgaagaagg 1619161 aactgaacgt gaagcgcata gagaggagaa agaagaagtg gttcgagaag ttccgctggt 1619221 tcatttcgag cgagggcttt ctggttttgg cgggaaagga cgcgagcacg aacgagacgc 1619281 tcatcaaaaa gcacatgagc gacaacgacc tctactgcca cgccgacgtt tacggtgctc 1619341 cgcacgtcgt catcaaggac gggcagaagg ctggagagaa gacgatattc gaggcctgcc 1619401 agttcgcggt ctcgatgagc cgcgcctgga gtcaggggct gtatggagcg gacgcctact 1619461 gggcgtatcc aaatcaggtg actaagcaag ctcccagcgg tgagtacctc ggcaaaggtg 1619521 ccttcatggt ctacggaaag aggaactggt tgagaggact tccgctcaag ctggcggtgg 1619581 gagttataaa ctacgaggga gaagactacg tcgtctgcgc gcccgttgac gcgattaagg 1619641 cccacacgag caagtacatt gtcataagac ccggcaggct caagaagggc gagctcgtca 1619701 agaagatacg cggaatcctc gaaaagtggg gctacaaggt tcgcgaggag gatttgaatg 1619761 cgattcttcc gccgggaggg ggagaaatag tggaggtggt agggtgatta tttctttcct 1619821 ccacccccac cgatggcccc aatcaggaag ccgacccagg agagatagta gcccgtgtcc 1619881 gtgatatcaa agaggtgatc cctgaacacc atgtaccagg cagcggtgaa gagggccatt 1619941 cctataaggc cgaggatgtg gcctcctctg ccccccgtca ggccgatgag tgccccgagg 1620001 gttatgaaga gcacgccgag gaagtacatc ccgagaaaac tggtcgtttt tccagactca 1620061 tcgtgctccg ccaggtactg aaatgtcttc aggaattcat cgaggtttga ataggtgctt 1620121 tccgccatct tgtagaagga cacggattcg tatcccagca tagtgctatg gaaccagggc 1620181 atgaagaggg cgaagatcac tatcagtgcc cctgcaaacc ccactatgcg catttctacc 1620241 acctgaaata atacataatg atgcactttt aaaatttgcc cgcgtgtcca gccggcgaac 1620301 ttttcgaaga attttctgag attcgccaat ttgtcgaaga aatttacaaa aggcttatat 1620361 acctactcga aatccttggg atcacgaacc aactggaggt gagttaaatg cctgaatttg 1620421 gcgtgctgtc actgctccca ccgcttgtgg ccatcatact ggccatatgg acaaaaaggg 1620481 tcgtgctggc cctgttcgca ggagtatggg taggggggtg gatgttatcc gggtggaatc 1620541 cgataaccgg aacaacccag accctggact ggatcgtggc cagtgcaacc gacgactgga 1620601 acgccaaaat cctgctcttt gactttctga tcggtgcggg agttggactc gtctataaat 1620661 ccgggggtgc cctggccatt gggagggctt tagctgggag ggttcgctcg agcaggggag 1620721 cctcgttaat gggctggttg cttggggttc tcatattttt cgatgactac gctaacacga 1620781 taatagtggg aaacacaatg aggccaataa cggacaggac gcgcgtttcg agggagatgc 1620841 tggcttacat agacgactcg actgcagcgc cggttgcagg acttgcggtg gtctcaacgt 1620901 ggatcggcta cgaagtcggc ctcataggga agtcctttaa cgaactcaac gttgacttaa 1620961 cctcggttgg aggtgcctat ggagcatgga tgcacagtgt tcctttcagg ttctactcaa 1621021 tactcgccat aatcctcgtg ttcatcgtgg cctacaccca caggcactat ggtgcgatgc 1621081 tccacgccga gtaccgcgca aggacgactg gaaaggtcct ccgcgacggt gcgaagccgt 1621141 tgatgaccac agaggttgac ctcgggatgc caaaggaagg tggaagtgta cacctcttcg 1621201 tctggccgat actgacgctg atattcgtaa ccctctacgg catgtggtac accggaggtg 1621261 gtggcaaagc ctacgccgaa gggggtctta tgaacgtcct cggaaactcc gactccgcac 1621321 tcgcactgct ctggggcagt tttgcgatgg tcatcgttgc cttcaccctc gtcctcgcaa 1621381 caaagcagat gaccattgag gaagcggaag atgcgatcgt ccgcggcatg aagcagatgg 1621441 tcatagccaa caccatactc ctgctcgcat ggagcctgaa aaacgcgacc gaggcagttg 1621501 gaacgtcctc ctacgtcgtc agcattgcaa aggacgcggg cataaccggg gcgtgggttc 1621561 cgttgatagt cttcctcatc tcaatgttca tctcgttcac aacgggaacc agctggggaa 1621621 cgttcagcat aatgctcccg atagcgattc cgctagccta cggggttacg ggtagcgttg 1621681 gcccggaggt cttcgctagc atcggtgcag tcttcgcggg cggcatcttc ggcgaccact 1621741 gctccccaat aagcgataca acgattatga gctctatgtt cagcggttcc gaccacatag 1621801 accacgttac gactcagata ccctacgcgg taacggcatc aagcgtcggc ttaatcctct 1621861 acgtcctctt tggcattgga gtcaagagct ggatggttct ccttccgctt ggagttctgc 1621921 tgctcatcgg cgcctggtac ctcctgagcg agtggtacgg caagaagtac ggcataccac 1621981 acggcaaggt gccggtgtac gtggtcgagg aatgattttc tctttttccc tctaaaccct 1622041 tttaaaagct ccgctcaact ccttctggag gtgatgcaat gctcgtcaga gctttcgttc 1622101 cagcgcacat aactgccttc tttgtcccgg tctttcacga tgatccgctc aaagccggct 1622161 cactcggggc gggaataaac ctagacaagg gaacgaacgt cttcgccagc atagaaacag 1622221 gcacgctgga aaggcacatc catgtggcct tcaacgggga gcccgtgaag agggaagagg 1622281 ccgtcataag ttattccgtc gccgagaaga tcgttccaaa ggatttcatg ggcgaggttg 1622341 aaatctggca gtactttgac ttcccgagcg gctacggctt cggtaacagc gcggggggcg 1622401 ctctcggcac ggctttggca ctgagctacg ccttcggagg gacgtggctc aaagcggccc 1622461 aaattgccca cgaggcggaa gtcgtgaaca aaggcggtct cggggacgtt gtagcccagc 1622521 tcgccggggg aatggaggtt agagtcaaag ccggcgggcc agggtgtgga gtcgttgaca 1622581 acctcttctt cgaggactac aaggttctgg tcgttcccct cggaaggctc tcgacgaagg 1622641 agatactcga cggcgaggtt gtgaaggtca tagaagtcga ggggaggaaa tctttggaga 1622701 aactcctgaa ggatccaact ccagaaaggc taatggccct cgccagagct ttcgccgaga 1622761 gaactggcct gctcacaggt gagctccttg aactggcggg ggaactcgac agggttctta 1622821 agagcccgag ctcgatgata atgctcggga agggcctctt cgcgctcgtc cgggagaagg 1622881 aactagaaag tgcgaaagcc ctccttgccg acctcaatgt accctacgac gtggcggaga 1622941 tccacgaggg gaagccaaag gtcggaagat ggtttgggga gggataccga tgaacacaac 1623001 gctgttcctg atcgcggtcg tcttaatcat cgcggccacg tacgccaaca tgaaaaggga 1623061 gcacaaactc ggcgttgtac tgtccggcac cgccggagga ttcgcggtgt ggttgctctt 1623121 ttacggcaag ctgaacccca tcttggcctt cgcaattggc ttcacgctca ctgcgatttt 1623181 tgaggcaatg aggttccttc cggggaagcg ctgagttttt atccccttca ccgtatttca 1623241 gtcggtggtg agagtgggtg acatgaggta ctccgagtta gccgaacttt acaggaggct 1623301 tgagaagacc acgctcaaaa cgctcaagac gaagtttgtg gcggacttcc tcaagaaaac 1623361 gcccgacgat ttgctcgaga tagtgcccta cctgattctc ggcaaggtct tcccagactg 1623421 ggacgagcgc gagctcggcg tcggagaaaa actcctgata aaggccgttt cgatggcaac 1623481 gggtgtcccc gagaaggaaa tcgagaactc gattaaagat accggcgact tgggcgagag 1623541 cgtggcttta gccctcaaga agagaaggca gaagagcttc ttcagccagc ccctcacgat 1623601 aaagcgcgtc tacaacacct tcgttaaggt tgccgaggcg agcggagagg ggagccagga 1623661 caggaagatg aaatatctgg ccaatctctt catggacgcc gggcctgagg agggaaagta 1623721 catagcgagg acagtcctcg gaactatgag gaccggggtt gccgagggaa tcctgcgcga 1623781 tgccatagcc gaggccttta aggtaaaggt tgagcttgtt gagagagctt atatgctaac 1623841 gagcgacttc ggctacgtgg cgaagatagc gaagcttgaa gggaacgagg ggctctcgaa 1623901 ggtgagcata cagatcggga agccgataag gcccatgttg gcacaaaacg ccgcgagcgt 1623961 taaggacgca ctcattgaga tgggcggtga agccgccttc gagataaagt acgacggagc 1624021 gagggttcag gtccaccgcg acggggataa ggtgataatc tactcgagga ggcttgagaa 1624081 cgtcacccgc tcgattccag agatagtcga ggcggtaaag gcctcgctga agccttctaa 1624141 ggtcatagta gagggtgagc tggttgccgt tggcgagaac ggtcgtccga gacccttcca 1624201 gtacgtcctg aggaggttca ggaggaagta caacatcgag gagatgattg agaagatccc 1624261 gctcgagctc aacctctttg atattctcta cgtcaacggc gaaagtctca tcgacacgaa 1624321 gttcaccgag aggcggaaga ggctcgagga gagcgtcgag gagagcgata agataaagct 1624381 cgccgaacag ctcgttacga agaaggtcga cgaagccgag gagttctaca agagggccct 1624441 ggagcttggc cacgaggggc tcatggcaaa gaggcttgac gcgatctacg agcccggaaa 1624501 tcgcggaaag aaatggctca agatcaagcc cacgatggag aacctcgatt tggtcatcat 1624561 cggcgccgag tggggcgagg gaaggcgcgc acacctgctc ggttccttcc tcgtcggtgc 1624621 gtacgacccg gagagcggtg agttcgtccc ggttgggaag gtcgggagcg gtttcaccga 1624681 cgaggatctg gtagagttca ccaagatgct caagcccctc atcatccgcg aggagggcaa 1624741 gttcgtcgag attgagccaa aggtggtcat agaggttacc taccaggaga tacagaagag 1624801 tccgaagtat aagagcggtt tcgcgttaag gttcccgcgc tacgtggcgt tgagggaaga 1624861 taaaagtccg gaggaggcgg acacgataga gagagtcgcc cagctctacg agctccagga 1624921 gaggttcaag gcgaaaaggt aaagtccccc tgctcaggag cgattgaggg gacttctgga 1624981 ttttcctcct ccaatcccgc tttccttctt tcctcgattt tccttttgcc aaggacgtat 1625041 gcgacttcaa agacgcggtt gaggctgctg aagagcaggg cgaagccagc catagccagg 1625101 gggacaatga gtatcagggc atcccccgcc ccaaggaagg caaagatcac cggggcgtcg 1625161 tagatagcgt gcaggaggga ggccttgacg tagccacccc taaggcttcc gtttacgatg 1625221 gcagattcca gggcaatggc cgtgagcaca acgtggacca tgatcaccag gaacctcaac 1625281 agggccgcaa tcaggttgcc catcatcagg aggttaaagg catagagcac cgcctcgatg 1625341 atgccgaagt agaaggcccc tctaactgcg aagcgccatc tggtgagtgt atcccctttt 1625401 tcaacgacga aggggatgag cttggcccct tcctcagcaa accctattag gagcacgaca 1625461 atggaggcga ggagtaagga ggaatgcatc gtaccgctgg cgatggcctc cttgagcagg 1625521 aaaaagccac ttagttcaac aatcacagca accacaacgg cgacaaagcc gtaggcaaag 1625581 cagcgccttt cgctgaccat cggcaggacg cggtcgagcc tttcaaacca ggataagccc 1625641 ctgattagca ttatcgagcc gagaaccaca actagaagca cgtaacccaa aaggagaagg 1625701 agtgagagca tggtttccac ctcacttcaa ccttatggcg tcgaggttgt tgggggccct 1625761 tgtcgagagg ttgaacttct tgtgcagact ggatgcgagg tcgaggcact tgtggggctc 1625821 gccgtgaact gttatgacgc gttccggcct cggccttaac cgggcgacgt agcttatgag 1625881 ttcccttctg tctgcgtggc ctgagaagcc gtctatcgtg tgcacctcca tgttgacctg 1625941 aaccacttcc gtcctgccat cctccccgac gagcggtatc tcgcgtaggc ccctctgcac 1626001 ctgccttccg agcgtcccct cggcctggta gctgacgaag attatgctgt tcttcggatc 1626061 gggggcgagc tgcttgaagt actccacgct cggaccgccg acgagcatgc ccgatgtggc 1626121 tatgattatc gccggctctc cagagtctat aatgtcctgc ctctcgcgcg agttggcgac 1626181 gctcttgaat attgggttga ggaacgggtt gtagccctcg tggaagatct gctccctcag 1626241 ccttctgctg aggtactctg gataagccgt gtgaatcgcc gttgcctccc agatcattcc 1626301 gtcgaggtaa atcggaacgt ctatgccgcc gacgcgcgcg tactcctcga ggaccatcat 1626361 tatctcctgg gccctgccga cggccatcgc ggggattaga acctttcctc cgcgctttat 1626421 cgtgtggtgg atgacctcta tgagcctctt ctcggcctca tcgcggggca tctggtagtc 1626481 gttgcttcca ccgtaggtgg actccataac gagggtctca actcgcggga acctgctgac 1626541 ggcgggctca aggagcctcg ttgggatgaa cttgaagtca ccggttatgg ctatgttgtg 1626601 cagtccgttg ccgatgtgga ggtggactat ggccgagccg aggatatgac cggcgttgtg 1626661 aagggtgagc cttatgtcgg gggctatgtc cctgacctcg ccgtagtcga gggttatggt 1626721 gtgctttatg acctccttta tgtccctcgg ccggtagagg ggctccattc cgttcatgtg 1626781 ctggatctcg atgaagtcct gctggaggag ggtcatcaga tccctcgtcg ggggggtggt 1626841 gtaaatcggc ccgtcaaaga gcttgtagcg gaagaggtag ggaagcattc cgctgtggtc 1626901 gaggtgggcg tgggttatga ttatcgcgtc cagaaggccc tcatcgagaa cgtaacggaa 1626961 ctcaggggcg tcgaagtgcg gaaacgcttt gagaggatcc ctcatcgcgg ctatgttcac 1627021 accaaagtcc accagaacgt agctctcatc cgtctggaca aggagcgcgc tcctgccgac 1627081 ctcgcggaag cccccaaggc cggtaatcct tatccaccta ctcttgtact cgggtttgcg 1627141 gtagatgttc ctgccgacct gcctcaggaa cttcctcctg tccttgctct ccgtctggag 1627201 gatctgtctg atcgagtaga tcgtctgact ctgtatcgga ggggttctta tcgccttcgg 1627261 tgcccagtga accttctggg tgatgaggcg gagcgtttcg ccgttcttac ctatcacgag 1627321 gccgggtttt ctggcctcta taatgacctc accaacggag gggtcgaagc ttatgttggt 1627381 tatctccgcc tctggcggga cgatctgctt tatcatctcc tcagccttct cgggaggtat 1627441 caggatgtcc ggatccgggc ggacgcttat cctcttcttg agcactttgg caaggttcct 1627501 tatcaggtcg ccgtcgcgca ttattgcctc ggggttcttg acgtagatga ccagctcagg 1627561 cccctcgaac tcaacctcgg tcaccttcgc ctcttttgga accatctggt tgatgacagc 1627621 ccttatgtcc ttgagtatgt cctcgacgaa agtttctctc ctgatcaagc ccatcacctc 1627681 acttcagaac cggttcaagc tcacggtagc cctcctttgt gatcgcgacg accgtaactc 1627741 cctcgccggt gtaaacatcc cttcttatgg cggccttaac ggctctaacg gccagatcaa 1627801 tgccctcatc aaggcccatc ccatcggaga agttttcctc aagaagggcg agggcgaact 1627861 ccataccaga accggccgcg atgaagcgct cctcggtaac gcctcccgcg gcgtctatcg 1627921 agtaaagcct tggcttcaca tcgtaccccc cgatcaagaa ccaggcgaag taggggaggt 1627981 gtctgctccc gtgcagaacg ttcgaaacaa gtgttgccag agctttaact gacatctccc 1628041 tgccgacctt tgccctgtag agcttggcct ccgccctgag aagtctgacg agactgagta 1628101 tgtcgccaac gagaccggca ccggctatgg cgagatgatc gtctatctgg aaaacctttg 1628161 ttacctcctt tgacgtcacc atgttgccca gcgttgccct tctgtccgct gcgagcacga 1628221 cgccgtccct acacaccacg ccaacggtcg tggtgccctt cattgcactc ggactcccgt 1628281 tcaacagtaa cacccctgta tggtctgtgt agaacagaaa aacctcaaac cccggtttga 1628341 aaaaggggta tttaaagatt tcgaaaggct cagaaggtgt agtaatcgac ccccctggcc 1628401 tccttgccgc cccttctctt ccggctctcc tcgaagttct tgtagtagtc gatcatgtag 1628461 ggggttatgc tgggcttgac cttccggagg gccatctcaa agtccctcct cgagaccttc 1628521 aggctctcaa ggaactcctc cccctgcttt tccacgatct cccttggaag ccttgaaacg 1628581 gccctcctga gggctatcaa cgccgcctcc ctgacgaggg cctcgatgtc cgccccggag 1628641 tagccttccg tcttctttgc cagctccgca agatccacgt cctcagcaag gggaactctc 1628701 ctcgtgtgca ccttgaatat ctccagcctg gccttctcgt ccggcgctgg aacgagtatc 1628761 agcctgtcaa agcgcccagg cctcaacagt gctggatcaa taatatcagg tctgttagta 1628821 gctccaatga caacgacacc gctgttctcc tgaataccat ccatctcagt gaggagctgg 1628881 ttgataaggg tatcaaggtg tcttcctccc tcgtagcttc ctctggcagg tgctatcgca 1628941 tcgatctcgt ctatgaagac aaccgtcgga gcggcctggc gagccttcct gaatatctcc 1629001 cttatccttt tctcagtctc gccgacccac ttgctgagaa cttctggccc cctgatggct 1629061 atgaagtttg cctcgctctc gtttgccaca gccttggcga ggagagtctt acccgttccg 1629121 ggcggaccgt agaggagtat tcccttcggc ggtgttatgc cgagcctctc aaaggccttg 1629181 ggatatttaa gcggccattc taccgcctcc ctgagttcct gcttcacgtc ttcaaggcct 1629241 cctatgtcgt cccagcggac gttcggaacc tctatcaaga cttccctaag ggctgacggc 1629301 tcgaccatct tgagggcctc atagaagtcc tcctccctga ccctgagctc ctgaagaacc 1629361 tctggcggaa tgcgctcctg ctccggactc accttgccct cctgaatgag cctcctgaga 1629421 acgaccatag cggcctctct tgcgagcgct gcgaggtccg ctccaacgaa gccgtgcgtc 1629481 ctgtccgcta tcctgtcgag catcctgtca atcagctttg ccttcacttc ggagtacagc 1629541 tcaccgtttt tcttcaagat ccccttgatt tcctcctcgc tctgggcggc ctcaatgagg 1629601 ggccttatcc ccgcaacttc ctcggcgaat ttatccgtcc tcccggccag cctgtcaagc 1629661 accgtcaaga cttcctcctt gtcaaaggac ggctcaaggg gcattcccct ggtgtgtatc 1629721 tggagtatct ccttcctgcc ctgcttgtcc ggaacgccaa cctcaatctc cctgtcaaac 1629781 cttcccggcc ttctcagcgc ggggtcaatg gcgtcgggcc tgttggttgc ggcaatgact 1629841 atgaccttgc ccctgccctt cagaccatcc atcagcgtca ggagctgtga aacaaccctc 1629901 ttctcgacct caccgacaac ttcctccctc ttcggagcta tcgcgtctat ctcgtcgatg 1629961 aagatgatgc tcggtgcgtt ttcctcggct tccttgaaga tctccctgag cctctcctcg 1630021 ctctcgccgt agaacttgct cattatctcc ggcccgttga tggctatgaa gtgggcgttg 1630081 gcttcgttgg cgacggcctt cgcgaggagt gtcttacccg ttcccggcgg accgtagagg 1630141 agaactccct taggcggttc tattcccagc ctttcaaaca gctccggatg cttgagaggg 1630201 agctcaacca tctcgcggat cttctgaata gcatcgctca ggccaccgat gtcctcgtat 1630261 gtgacctccg gaatgctctc ctcacgtacc tcgaccgcct gtgggagaac ctcaacctcg 1630321 gtgttatagg ttatctggac aatacccttg gggactgtgt tcacgaccac gaacttcagc 1630381 tcgccaaagc caattggcat ggcctcaaag aggcccctga tgagatcatc gaggggactc 1630441 ccataatacc cggtctcacc cctgctgctc gcgactatta tgtccccctt cacaacgggc 1630501 ctcccaagta ggttctgctt gactatgtcc ccaggtatct gaagtatgac ccccttctgg 1630561 gccggggcca ggacaacttt cttcgcctcc tgaacctggg ccttcctgac cgtcacgtag 1630621 tcgcctatgc taacccccgc gttctttctg atgtagccgt ccatcctaat gatgtcgagg 1630681 cccctgtcgt ccgggtgagc gttagccact atcgcggcgg ttgagcgcga acctatgagc 1630741 tcgactatgt ccccggtgga tacgccgagc ttccgctggt actgcttgtc gaacctcact 1630801 atccccctgc caacgtccac cttcagggcc tctgcaaccc tgagctttat ttcctccacg 1630861 ttctcctcgc ctctcccaaa gatcacagct cgcacctcca atgctttttc acgacgatga 1630921 tcctacgacg caagggtata aaactcctcc gctacttttt ccgcctctgc cgctctatag 1630981 cctcttcgag cgtcatgttt ccgagggcca cttccctcgc gagcctcgtg gatatggtta 1631041 tgttgccgct cagctccctg ctcctccttt tgatgtcctc tatctcgcgc tttgttggct 1631101 ccctgacctc aagcagctcg ccaatggtgg tctctctccc ctccctgagg ccgatgttta 1631161 tcgaggcaac tatgtcctga actccggggg cctcggtgtt cccgaccctt ggtgtagttc 1631221 tcgcctcgtt cacgagtata acgcggtagt cgtagccgag ggcctggccg agagccttaa 1631281 gggtgagcgt tctctgcctc ctagcaccgt gacctatctt tattctcgcc ccagggtact 1631341 tttcgaggag ctcaagaact atggaaacat ccctcgggtt tctcatcctg tgaacttcaa 1631401 gaacccggtt gtcggccacg acgctgacac cgggcctctc ccctgggtct atggcgatga 1631461 aaatcctcct gaacttttcc ctgccctcaa gaaacgcaag gagctcgtct acaaaacccc 1631521 cgtccttcac gaggattttg gaaggaaaat tcaccttctc ccagctggcc tcatcaacga 1631581 ggacgacctc aacgtcgaag gggatcttct cacctggcct gaggctgtag aaccctatcc 1631641 cgtaggcctt gagggtcttc acgatcaggt aataggccct cgcgttctcc gtgatgaccg 1631701 caaccctcat ccctaacccc tgccaggatg tcggggaaaa gtcttaaatc tttcaccccc 1631761 aaatatgtgt gaggtaggtt ccatgtcccc acccaaaaag aaggttaaag tcgaagacga 1631821 tgaggattat ctcgaggagg agctctggga ggaggacgac ttcgaggaag aggactggga 1631881 agaagagtgg gaggacgagg actgggagga ggatgaagac tggtagaaaa gcctctcctc 1631941 gaattccctc tggattttta cacccatctc aaataccctg cgggacttac ccaaaagttc 1632001 cggatcgttt ttcttctttg cctcccccag catctcaaag gcgaggaact tgaggaggcg 1632061 ggcaaggagg taatcgctct ccggtagcag gactgtctcc gcaagatttc tgtcgagcag 1632121 tcccctcacc gcaacctccc gcaggacgag caacctcctc aaggggtctc ctatctttgg 1632181 agagagaaaa gcaagtttgt caggctctcc cctctcaatc gcctcgatag cgagcagata 1632241 agcaagatct tcagttctcc cggctttttt gacaagctca agggctttcc ctagaatccc 1632301 cgcccgaagg taaattagcc cagcagcctc gaggagttca tcccccatcg gttctccaaa 1632361 gagttcagcc cagtactcaa gctcatcaac attggccatc tcctcgatca gccgtaagta 1632421 gcccagcaaa tagtggctct ccctccctcc aaatccgaag tccggccttt ccggaggact 1632481 tctcggggac tcgttgaggg ggaccacctc gttcctgaac tcccctttca tcctgagtat 1632541 ctccccaccg ggcatcagct tgccgtcctt gaggcttatt cccccgggaa ggggctttaa 1632601 gacctcgacg tcactctcgt caaggccgag ctcgctcagg cttatctccg tccccctttc 1632661 aactattgcc ttggccaaga tagtggaaac actttggagg gccttttttc gggcgaattc 1632721 cccctttatc cttctggcaa cgtctatggc cagtttgaac ttcccctccc tggaaaaaat 1632781 gtacgagagg tccgagagag tatcgtccct cagggattcg gtcgagatcg tctccgcgat 1632841 ctgaatggcc ctttcggggc tcttaggggc gtaggcctcc gcgacccatc tgagggcgta 1632901 gtccctccag taaggctcct caatgctctc cgcgatgagc agcgcagttt ccagcttccc 1632961 ctcggagagg agggttctaa cgtcgattaa cttctcatcc atctcaaccc ctcagccccg 1633021 ggaaccacac cttctttccg gctttttcct tctcctcgtc ccattcggcg agtatcttca 1633081 ccgcctcgct cgcgaccatc gcggcttcct tctccccggc tttgccgaac tcgttcgtaa 1633141 cgcggttcgc gaagacggcg cagacgcaac ctgccctaag cccgtagatg ttggcaagcg 1633201 tgaacagcgt agccgcttcc atctcgaagt tcgtgaccct cgcctgcctg aggtcgtcga 1633261 ggatgttcct cgcgaagctt gggaagtagc cgttcagacc cggcctgccc tgaccgaggt 1633321 agaagctgtc cgtcgaggca gtgatgccaa tgtgatacct aacgccgagg gtttcggccg 1633381 cttcaatcag cgcgagcgtg acctcaaggt cagcaacggc cggatactcg acgcggacgt 1633441 actgctttga ggttccttca agcctcacgg cggccttggc tataatcagg tcgcctatct 1633501 ccatccccgg ctggattgca cctgtcgagc cgacccttat gaacgtgtca gcgcctatcg 1633561 ccgcgagctc ctcgacggcg atagcggttg aaggccctcc tattcccgtc gaggtgacgc 1633621 ttattgggac gcccttgtat ttgccggtgt gcgttctgta ctcgcggtgg aaggctatct 1633681 ccttagcttc gtcccatagg gagcttatct ttggcactct ctccgggtcg cctggcagga 1633741 gaacgtagcg cgccacatca cctggcttgc aggctatgtg gtactggtag ccctcctcgg 1633801 tttgaggcct ctcagctgaa atgaacttct cacccatagc aaccaccttt ttaagctgtg 1633861 tctgtgtcat ttatttctcg ccatccccta aaaaggtgat gccatgccgc gctcttccct 1633921 ctgcggaaaa ccccggtggg ccaacattca cagtagctcc cccagtgtcg tggaagctaa 1633981 ttatgggtca ggctgaaaag caagctcgcc gcgccactat tgatgggatc gaaccttaaa 1634041 ttaacccaag gtatttaaac tctcgcgcta actaactctg gaggtggtgg cgatgattag 1634101 gtacccggca gtcgcgggga gcttctatcc cgccgatgat gagctcatcc tgatgctcga 1634161 gaagttcttc agcgacctcg gcgaggaggg aagcgagaga aggataaccg ccggagtggc 1634221 accccacgcg ggttacatct tctcgggcta tacagcatcg agaacttaca aggccatctt 1634281 cgaggacggc ctgccggaaa ccttcgtaat cctcgggccg aatcatacag gcctcggctc 1634341 gccgatagcg gtctatcctg agggtgagtg gctcaccccg ctcgggagta tagaggttga 1634401 cgccgaaatg gcaaaggaga tagcaaagct ctccgggata gcggatttgg acgaattagc 1634461 acacaagtac gagcactcga tagaagttca ggtgcccttt atccagtacc tcaccgagct 1634521 tgctggaaag gaggtcaaaa tcgtcccgat aaccctcgga atccaggacg aggacgtttc 1634581 gagggccctt ggaaaggcga tatttgaggc gagcgaaaag ttgggcaggg acgtcgtggt 1634641 catagcgagc acggacttca tgcactacgg cccggcctac ggctacgtac ccttcagggc 1634701 gagggccgac gagcttccgc acaggataaa ggagtgggac ttcaggctca tcaggagaat 1634761 cctcgacttc gacgttgacg gccttttcag ggagctccgc gagatgaggc acacgatgtg 1634821 cggaccgggg gctgttggaa cggcgatagt ctattcgcgc ctcgctggag ctgttgaggc 1634881 tgagcttttg cactacacga cgagctacga gatcagcagg agcaccgagg ctgttgttgg 1634941 ctacgcgagc atcgtgatga ggaggtgaag ttttaatagt ttcccaccta ttttctacca 1635001 tgaacatcga cgatgccgtg agaaaaatcc tccagcttgg cggcgaccgg gtgaagttta 1635061 tcatcctctt cggctcccgc gcgaggggcg aggcgagaaa ggacagcgac gtcgatttgt 1635121 gcgtctacta cgagggcact cccagggagg cctttgagtt caggatgcgc gttcttggag 1635181 ttcttccgga ggaatacgac gtccagattt tccagcttct cccgatttat ctcagaaagg 1635241 agtgcctcag gggaaaggtt ctcttctgca gggacgagac gttcctctac gacctcgcct 1635301 acgagacgct aaaggagtgg gaggacttca agcgctacta ctatgactac ctcggcttgg 1635361 aggcgataga atgagggttg agatgataga gaaacttctg gagggtcaaa aatgagggtt 1635421 ctggcatctg ctccggctaa aattatcctc ttcggcgagc acagcgttgt ctatggaaaa 1635481 ccagcgatag cggccgcgat aaacctgaga acctatgtgt gggccgagtt caacgagagg 1635541 ggtgcaataa agatagaggc caaggacata cgcgtccctg gtttgaccgt ttcgttctct 1635601 gaggacgaga tttacttcga gagcgactac ggaaaggccg cggaggtcct cagctacgtc 1635661 cgccaggcga tagagctcgt gagggaggag gccgacaaga acggaagagg aattacagtc 1635721 tcgataacgt cccagattcc cgtcggggcg ggtctcggtt catcggcagc cgtagccgtc 1635781 gccacaatcg gcgcggtttc aaggctcctc ggcctcgagc tgaccaacga ggaaatcggg 1635841 aaactcggcc acagggttga actcctcgtt caaggggcat cgagcggtat cgacccgacg 1635901 gtctcagcca taggtggctt catccactac gagaagggca agttcgagcc tctacccttc 1635961 atggagcttc caatcgttgt gggttacacg ggctcaagcg gttcaacgaa ggagctcgtc 1636021 gcaatggtga ggagaacgag ggaggagatg cccgagataa tagagccgat actcctctcg 1636081 atgggtaaag tggtggagaa agcgaaggag atcttactat ccgaccttga ggagaagatt 1636141 cgcttcgaga ggcttggaaa gctgatgaac attaatcacg gtctcctcga tgccctcggc 1636201 gtttccacca agaagctcag cgagctggtt tatgcagcca gaaccgcggg ggctcttgga 1636261 gccaagataa ccggggccgg gggaggtggc tgtatgtacg ctctcgcgcc tgagaagcag 1636321 agcgaagtgg caacggccat aacgatagcc ggcggaacgc cgatgataac cgagataagc 1636381 aaagagggcc tcagaataga ggaggtgatt ccgtgataat agtcaagatc gggggtagcg 1636441 tcttcagcga caaggatggc gagccggaga acttcgacca cgaaaccgtg agagggctcg 1636501 cagaggaaat cgggaggttc tacccggcgg agagattttt gatagttcac ggcggcggga 1636561 gcttcggcca tcactacgcc aagaaatacg ggatccgcga gggccttccg gaggacttcg 1636621 atgtagcgag ggagaggatg ataggattca cgagaaccca ccaggcaatg ctcagggcca 1636681 acaacaactt cctcgatcat tttctggagg ttggcattcc agctttcccg gtagccacat 1636741 cttccgtctt cataaccgag aacggggagg tcgcctacgg tgacgtggag gtcataaaga 1636801 agctcctcaa gctgaggttc gttccggttt tattcggcga tgtctcggtc gacctggcga 1636861 agggcataga catcctctcg ggcgaccaga taataactta cctcgccaag atgctcaatc 1636921 cgaagaaggt tattttcctc atggacgtcg acgggatcta cgatgggaaa ccgggggagg 1636981 gacggctctt gcagaacatc agcgtggatg agattgactc actcctggaa agactggatt 1637041 gctcggcgaa ggacgtcacc ggcgggatct gcaacaagct cagggaggca aagaagatcg 1637101 cccgcttttc cgaggtctgg ttcgtgaacg gaaaaatacc gggaaggctg gagggggcga 1637161 tacggggaga cggatttggg acgaggattg tacattagct gggacgaaat ccttttattt 1637221 ttcttgacgt tgataacttt gatgaccatg ttgcgtaaga ctttagcctt tatggtgctc 1637281 tttatcctcg ctttctgggg gcttcagaag gcatcttccg gtggctacct gagtgctttc 1637341 gacgcatccc ctgataacct gaacctaagc gttcagtcta aggacaacac cgttattgtt 1637401 aaatgggagc ttcaaggcgg aagcatagtt agaactctcg ccggcggaag ggacgcggtt 1637461 attctggttt atcccggctg ggtggaggac aatgattcgt ggcttgtgct gggtgatgcc 1637521 gaaaacctgt ccgtggcatt gaacggtgaa agcccgagga atctcacgat tatttaccac 1637581 ccgttccagg tcttggtttc caacgggagc gctcaggcta aattgagagt ctttgtagtt 1637641 cccatcgatt ttccgtcaac ggttcagtcc ggaaaaatcg aacttaaact ggtaacctac 1637701 tacggaacct gcaacaacat caccctcgat gtaatttact tccacagtac gggtaaaggg 1637761 gactaccggg atcttgtgct ccccctctca gttgactttg gcaaaggatt ccccatactc 1637821 ccgggtttca ggtcgaggtt taacctcaca attaaagcat ctaaaatgct agaattcctc 1637881 agatcggccg tgaacgccca ctacccaggt aactggattg atgaaccaaa gggctggctg 1637941 gtcgtgaaaa aagtgaacgt caccgtctgc ccacccgaaa cctcttaact tttttcgtct 1638001 tctctttccc gatggtttta atgaaggctt ttgattttga taaagaggag ctcacggtca 1638061 tcagggaggt tgagcacatc gagcactgca taagggggaa gatccggaaa ggttaagtta 1638121 agtgatcagg gaaacggttt tgagagtgtg attgggtgat gtccatgttc gctgagattc 1638181 tcaccgttgg agatgaactc ctcaccggga acaccgttga cagcaactcc gccttcatag 1638241 ccaaaaagct gaccgagcgc ggctactggg tgagaaggat aaccaccgtt ggcgacgacg 1638301 tgggagatat aaaagcggcc gttctggaga tcctggaaag aaaacccgag gttcttgtga 1638361 tttccggcgg tctggggccg actcacgatg acgtcaccat gctggctgtg gctgaggctc 1638421 ttggaaagaa gctcgtcccc tgcgaggaat gcctggagag aatacgagag ttctatcaca 1638481 ggctctacga gaagggcctg atagacgatc cggagctgaa cgatgctagg agaaagatgg 1638541 catacctgcc cgagggggcc gaaccgcttg agaacagcga gggcgcggcc ccgggagcct 1638601 acatcgaaca tgggaaaacc aagatctttg tcctccctgg aatgcccagg gagatgaagg 1638661 cgatgctcga aaaggaggtt ctgccgaggc tgggggagaa aaagttcgtc cagctcaagt 1638721 ttctggcgga gataaccgac gagagcaagc tggcaccgat actcagggaa gccctggaga 1638781 ggttcaacgt gaagatccac tcctccccga agggctttgg caggtacata ggaatcatcg 1638841 tcttcgcgga gtctgaagtg gaggccgaga aggtcgtggg gttcctcagg gagaggggca 1638901 tctcccttca gcggtggaag ctctgagagg aagttcaaag ttttcagcct ttttctgcaa 1638961 aaatttttcg tcattctcgt gaaatctgaa ggttctcctc ctctgatttc aaaagctgga 1639021 agcttctttg ccctttttcg ttaaacggga gtgttttagg gttttgagaa aattaaagct 1639081 gtttgtgaac ccaaaaggtt tattagaaac agttcactac tgatcgttgg tgatccacca 1639141 tgaatggtta ctggggaaag attctgcgtg ttaacctttc gaccggggag ataaaggtcg 1639201 agcccctccc ggaggaattc ccgaggaagt acctcggcgg cgttgggttt ggaacgagac 1639261 ttctctacga cgaggttccc gcaaaggtag accccctcgg accggagaac aagatgataa 1639321 taacgccagg tctcttcgtt gcaactggca tcggaaccgg ctcaaagacc gcgttcaact 1639381 tcaagagccc gcttaccggc ggttacggca gagcgatggc aggagcgaag atgggtgagg 1639441 agcttaagaa ggccggctac gacgtcctca tcatcgaggg caagagcgag gaacccgtac 1639501 ttctcgtaat cgaggatgac aacgtcaagc ttgttccggc caaggagtac tggggactca 1639561 caaccggcga ggcaaggaag aaggctaagg aggagtatcc gggcttcgcc accgctttca 1639621 ttggccccgc tggagagaac ctcagcctca tctcaatcat agacaccgac gagaggcagg 1639681 ccgctcgcgg tggccccggt gcagtcctcg gaagcaagaa gctcaaggga atcctcgtca 1639741 agggaaccaa gaaggtaccg atcgccaatc cggagaagct ccgcgagctc atcaagaagt 1639801 gggcgctcgt cttcaaggac cacccggcaa ctaaagcgga catggagtac ggaagcggtg 1639861 agttcctcga ctggatgaac agggagaggg gaaccttccc gaccaggaac tggcagatgg 1639921 gcttcttcaa gaaggcctat gagaaggcca aggaggaggg cagggagcac atcggaatag 1639981 acccctacta ctgggctccc aagtaccgcg tcggaaggag gccgtgcccg ctctgtaaca 1640041 agccgtgcag ccagtacgtc aaggtcgaga gcgagaagtg gggcaccttc atggtagatg 1640101 gtccagagta cgagaccctc tactccttcg gtggagtcct tgagatagac gacttcgaga 1640161 cagtcgcata tctcaactac ctcgctgatg aacttggtct cgacacgatt tcagctggcg 1640221 tcaccatcgc ctgggccatg gaggcctatg agaggggcat tctcaccaag gaggaagcgg 1640281 acggccttga gctgaccttc ggaaacggcg aggccgctgt ggaagcgctc aagaagatgg 1640341 cctaccgcga gggcaacctc ggaaagctct tggccgacgg tgtcaagagg gcaagtgagc 1640401 gcctaggcag gggaagcgag aagttcgccg tgcacgtcaa gggcatggag cccccagcgt 1640461 acgacgtcag gggaatcaag ggaatggcgc tcgccttcgc ggtcagcgtc cgcggtgccg 1640521 accacctcac gagcggtgcc tacggaaccg agctcgttgg caagtggtgg aagttcgagg 1640581 gcgttgacag gaccaagggc gagaacaagg gattcgagat tgccttccac gagaacctca 1640641 tggcaatcta cgatgcaacg ggaacgtgca agttctcaag gcacatgtac ttccttgaag 1640701 gcttcccaga gctcgtcgag gctgtcacag gcatgaacat cggcgaggcc gagctgatgg 1640761 tcatcggcga gaggataatg aacatcgcaa gggcattcaa cgtccgcgag ggcttcagca 1640821 ggaaggatga caccctacct tacaggatta tgtgggagcc gattcccgag gggccgagca 1640881 agggcctcca cgtcccgccg tgggagctcg acaggatgct cgacgagtac tatcaggctc 1640941 gcggatggag cagggacgga atcccgacca aggccaagct catggccctc gacctgccgg 1641001 acatcgcgga cgacattgga gctggaatct gaaggttttt tatccctccc ttcttattct 1641061 ccctggtgag caaaatggac gagaacctaa aagcctgcaa gaactgtcgc tggttcgggc 1641121 cgattgactc ctacttcctg acctacggga tgtgcaggaa gcacatgaag accgtccaca 1641181 tgaacttcgt ctgcgacgac tgggagcccc tgtggggtgc ggaaaagcag aaaaaggaat 1641241 aaaatcacgc cccactcttc ggttctgact cctgcttctt ctgagcgacc tttctcttcc 1641301 tttccgagat cctgctcttc ctctcctcga ccttctggat gattgcgctc tcgatgtccc 1641361 tcctgaaggc ccacttgagg agtggcggcg ttatcagcac cgagaccgtt atgaatatca 1641421 gcgttgctgc tatgaactcc ggcgcgtcct tctgagggat agccccaccc tgtatcgcaa 1641481 ccatcagatc gacgagggca acctccgtcc taggtatcga gcctattccc atctggaggg 1641541 acatccagaa gttatccctc gtaaacagga agtccctgcc gcgtccccac gcggttatcc 1641601 acgctccaaa gcccctgccc acaacttttc cgattatcgc caccgttgag agcaccgctg 1641661 cgagcgtaat cgcgttccag ttctcgaaga ccctgaggtc gagcatcgcc ccggtatgca 1641721 cgaagaagaa aggcacgagg aggccgtatc ctatggccct gacgtcctcc attatccttt 1641781 tgccctctgg aagcttggac aggatcaggc ccatcatgaa ggcaccctcg atggccgccg 1641841 caaaccagcc ttcagccagt gccgcgaaga ggaacatcat gccaaccgcc atcccgagga 1641901 tgcccttctc cacgtggagc cgctcggcga agcggacgta gtggtcaatg acgtaccagc 1641961 caaggacgcc ggttattatg aagaacgcca ctatcttgac gctcaggtcg agcaaactgc 1642021 cgcttccaac cgcgaagatg accagcgcta tgccgaggaa gtcgtccatg acgctcgcgc 1642081 tcagcgatgc cgcaccaacc tcactcctca gaacgccgag atccatcatg acccttaccg 1642141 tcagccctat gcttgtagcc gtcagcagga caccgccggc gaaggcctcc ctgctcgggt 1642201 agcccatggc catgagggcg taccagccta ttaccagtgg gacgaaaacg cccaacacag 1642261 ttgaaacggt agccgtcagg ccggtttttt tcagctgctc aacgtcagta tcgagggcgc 1642321 ccagaaagag gaggaatatt ataccgagct tcgccagaaa atccgagatc tccgcggcgg 1642381 ttgtttcaaa gccttggtcg gagacgatgg gaaggtattg cggcgccacg attccaaagt 1642441 aaacgaggtt cccgaggagc attcccatga ggagctcccc gaggacaccg ggcagttcaa 1642501 acctctcgat tatgctgtcg cctatttttg ccaggatcag ggagattccg attgtgaaga 1642561 ggagccatgt cgcgtccatt tcacatcccc caccctcagc agtctaagga actcgttgat 1642621 aaggaggcga aggctgacct ctccgaccag gcgatcgcca tcaacgaccg cgagcacctg 1642681 agccctgtac cgcctcatct tgagaagggc gtcgagaacc gtcgagtccc tctcgatcgt 1642741 gagaacgtcc ctctcggcaa cgtcgatggc tttctcagcc cctcccagta ttgacctcag 1642801 actcctgctg gtcatcccga gcttgaactt gtaggcctcg gggggaagga gtatgtctat 1642861 gacgtccagg tacctgatga cgcccttgag cctcatgctc tccctgtcct caacgaccca 1642921 cacgtggtgc cttgtcctta ggatttttag tacagtgaga acggaagtat cgaccgtgac 1642981 gactggcatc gaggctatcg ggggcataat gtcgtccagc ttcatggaat ggaaactctg 1643041 aagggccctt tcaatgtcat acacagtcac caccggtttt catgtttgaa gaccttcctt 1643101 taagattttc tggtcattta aagtccacaa tgaacgttta ggagcatata aatgaccttt 1643161 ccgtgctagg ggccactaat tttttataac cttttagtcc atcaggcaat gaagtattcc 1643221 aaacggtgat ccctatggtg aagagggtat ccactgggat agcaggcctt gacgagatgc 1643281 tcgggggagg cctgatagcg ggaagagcat atctcgtcga agggcctcca ggggctggaa 1643341 agaccatcct ggcaacacac ttcgctatgg cgggcgtcga taggggcgaa aacgccctct 1643401 acgtgactct ggaagagcct gcggatcagc taaaggagga catggcgaga ctcggcttca 1643461 acgttgggag cgggaacttc aagatcgtgg acgcgacccc tgtgaaccct gagagaagcg 1643521 tcgtattctc cgaaagccct gacatcgaat tcggcgagag ctttgagaga ctgctcaact 1643581 ccctgagcgc ggagctcagg aagagggact atcaaagggt ggtcatcgat ccgataacga 1643641 tggtcaagct caccgtgccg aatgaactcg agtacagaaa gatatttctc gccttcctga 1643701 agactctcag gaggtacaac gtcacggtgt tgatgactgc agaagttgaa aaaagcgacg 1643761 tggagaagta ccttgtcagc ggcgtgatca ggctcctcag agtcgagtca ggggataaga 1643821 tcgttagggc aattcagata accaagttca ggggttcagc cttcgacgag gttatgaggc 1643881 catacaagat aacgaaccag gggatacagg tattccccga ggagacagtg tttatttaaa 1643941 gggagaaaag gggctactcc ccgaagatca gctccctgag ctttgaaggt agctcctcga 1644001 tgctcaccct tacctgctcc ctcgtgtcgc ggtcgcggat cgtcaccgtg ctatcctcgg 1644061 gcgtctggtt gtctatcgtc acgcagtagg gcgttccaat ctcgtcgtag cggaggtaac 1644121 gccttccgat tgtatctttc tcgtcgtaga cgactatgaa acccgccttc tggagctttc 1644181 taaagatttc gtaggcgatg ctcttgagag gctccttggc gacgaggggc aaaacggcaa 1644241 cctcaatcgg cgccatgtcc ttcttgagct tgaggtaagt cctgtcctcc tcgatgacga 1644301 ggctgttctc aaggagcagg tagaagggcc tgtctatgcc gaaactcggc tcaaggacgt 1644361 ggggtactat cttctcgccg gtaatcttct cctcgacttc ccttattatg aagtcgtcct 1644421 tctcaagctc gtagccctct atcgtgattt tgccctcttt cccaaggatt tcgaccagct 1644481 cacgcttctt ctcctcgttc cagcttttta tcagctcgtt tatcctcttg gcgtctttcc 1644541 taagcttcgg gccgacgcgc ttgaggttca ggctgacctc cagcctcttg actatcttcg 1644601 gctcgtcgta gtggattagc accgtaaggt cggccccgct ctcgcgcatg tgcctgctca 1644661 ggtcatagtc tcccctgttc gctattccaa cgcactcgac ccagccgaag cgctcgctgt 1644721 ggacttccgc gtcccaggtg tcgcgggagt agtgggcgcg ctcctcgggg agctgctggc 1644781 ggaagcgtat cttgtcctcc gggatgccga tgtcgaggag gacgcgcttc accatgacca 1644841 tgtagtaggc gaagaaggtg ttcataatgt agcccttctt taccgcctcc tcggctgtga 1644901 gctcgatctc gccgaggttc ttgagctggt gctctatcgg gtagagcctg agcttttcat 1644961 tcttgacctc gtcgaagtgc gggtgctctg tctcgctggg gttgaagaat atctccgcct 1645021 ccgcctgcgt gaactccctg agccttaaca taccctgcct cggcgaaatc tcgttgcgat 1645081 aggctttgcc tatctggaat acgccaaagg ggagcttgtt cctcgcgaaa gcgtttaagc 1645141 gtttgaagtt cacgaagatg ccctgggccg tctcgggcct caggtagccc ttctggtcgc 1645201 cgtaggggcc gattttcgtc tcgaacatga ggttgaagta ccacacgtcg ctcagctcgc 1645261 cgccgcactc gggacagcga atgtcgtgct cgcggatgag cttcgtgagt tcttcggcgg 1645321 ataaaccttc aacgtccatc ccgagggctt cctcaatgat gtggtcggcc ctaaaccttg 1645381 cgccgcactt cctgcactcg acgagagggt caacgaactt ctcaacgtgt ccgctcgcga 1645441 tgaagacctt ctcgggcgtt atgtcgggcg tttcgagctc gaagaagccc tccctctgaa 1645501 aggcctccct gatcttctgc tctatcttcc tctttatagt cgcgccgagc ggaccgtagt 1645561 cgtagaatcc gcgtgaaccg ccgtagattt caaagctacc ccacgcgaag cctcgtctcc 1645621 tcatcaaatc ctgaagaatc tcgtacttgt cgggcttctc tcccatgggc tcaccacctg 1645681 aaagttgagc ggacgaattt cataaaaagg ttttggggct ccctttggaa ttctgacaaa 1645741 gtccaaaaac ggaaagagtt ataaaccgtt tccgtcgttt aggctatgag ctttgattgt 1645801 ttggaggtgc gtgaaaatgg cggaaagacc actcgatgtt attcacaggt ccctcgacaa 1645861 ggacgtcctc gtgctcctca agaggggtgg cgagtttagg ggcaagctca tcggttacga 1645921 catccacctg aacgtcgtcc tcgccggagc cgactacatc caggacggcg aggtcgttaa 1645981 gagctacggt aaaatcgtcg tgaggggaga caacgttctc gcgatctccc cggttgatat 1646041 cgagtgagca caaaccttag cggggtgaga tcatgggagc cggaaccgcg ccgaagggca 1646101 agcgcaacag gactccaact cacataaggt gcaggcgctg tggtaggagg gcctttaacg 1646161 tcaagaaggg ctactgcgcc gcctgtggct ttggcaggag caggagaatg aggaagtaca 1646221 gctggagcca caagtggaag aagaagagga acctctccta ctgaaccctc ttttcttttc 1646281 tagcgatgat gagcgctggt ctccccggct gacggtgatg agctggaccc gtgcctgagc 1646341 tctaacagga tttccttgaa cctcttcgcg tccctgcaca tgtcggtgtt gttgaagaag 1646401 acgaagctct catttctgtt ccagccgagg acgcgctccc tgattttctg cagttcctca 1646461 tcgctgtagg agtgccggta aattatcctc ccgttctcgt agcgcccgtg aagcctgtaa 1646521 tagttcgtct cgcccctgtg gagcggaatc ctcacgagcg ggtcggtcac gtctatgacg 1646581 tcgaaggctc taacgaagcg cttaacgccc ttctcgctcc agcccctcag ctcaacggct 1646641 atctcgaagt ttcccctgtc aatcatctcg aagaatcttt ccgcgttggc gaagctctcc 1646701 tcgttctcct tgaagctctt cggcaactga atgagaatga agcgcgcgcc gagaagttca 1646761 gcctccttca gcgtcaggcg ccagaagtga aggacgtcgc tgtttggcct caaaaggccg 1646821 acgtttttgc tcggcctaac gttgctcctc cgccacgttg ggctgttcgg cgggtgcgtt 1646881 acgccctgaa aggccttcat cgcgaagatg aagccctcag gagcttcctt cctccagcgc 1646941 tcaagggttt tctcctggag gattcggtaa aaggtctgct gaacctcaac ggcatcgaag 1647001 tcccggaaat atttcgacct tccctcgcag aagccacagg ttccgacctt aatcatctcc 1647061 atcactccag cggttccctt ccgtagcgca ggaagttcag gtaagcctca tcctccccga 1647121 ctatcgcgct caggattgcg tcgacgtacg cgtcgaactc cctcttcttg attacgaccg 1647181 agtggtgcgc gtactcgagc ggaatcacgt actcatcttc ggccaccgag aggattttcg 1647241 cgagggtatc ctcgaagtcc tgcttctccg gaacctcgag aaggtatatg agtcctccat 1647301 cggcaaaccg gacgtaggcc ggccgtatcc tcgcgccctc tatcttcctt ccgtcgagga 1647361 cgagaatctc gcgaaggttc tcgaaaaagc cgtgctccat gaggtcgagg attagcccgg 1647421 cgagggcctc cttcttgccg accttcgacg agaagcgcag gtaaccgctc ttatcggtca 1647481 gcgaggccac gaccggtgtg tccaccatta tcggaaccct cttcagcttc tccctctcgg 1647541 ctaccgtccc tatgacgtcc gagcggtaga aggtcttcgc tatcgaggct atctcgtttt 1647601 ccaaaagcct gtcgagggcg tggaggtact cgaggtactc gaagaggact atcaggtttt 1647661 cggcatctac aacccaccag attttcccgc gaatgctccg tgagcccttc tcctccagta 1647721 ttttgaagat tgacttccct tccctcccgc gcgcgagtag agatggaccc gagatgacgc 1647781 cctttttgag ctcccgcttc cactccttcc acttgagatt gagggcatca aggaagtcca 1647841 tcgaggcctc caaaagcgtc ctcccgtgcc tttcgtagag ctggttcgta gttgagttgg 1647901 cgtagctcgg cggtcttatg agggccccgc ttatcgtgcc gtccatgagc acgaggtctg 1647961 acatttcccc gacgagagcg cccattcttt tctccagtgt gtccatatga acccttattc 1648021 tatcatcggc gttgctgtag gggaagagcg ccccgatgtc gttccagtag tagaggtcgt 1648081 cgccgaccgc tgatgcggag acggcgtaga ttatcgcccc gctgagcctt ctggccatcc 1648141 tgctcccgtc aacggcgtaa accctcgtct tcttcggctc tggaaggtct tcccagcggt 1648201 agtgcttcct cacgaggggg acgagctttc cgagctcctt cctgctctcc ctgaggaagt 1648261 gcctgatttc ctcgaggtgc ctgtcgtcaa tacgctccaa ggctctccac ctccaccctc 1648321 gcttcaccgg cgttggtaac ccttatcacg taatcggccg cgtccttcag ttcttcgtcg 1648381 tgcgagacga tgattacctg aggtattttt ctcagctggc tcgatataat ctccacgagc 1648441 ttcttcctcc tctcctcgtc gaggaagggc gttggctcgt ccagtatgag gagctcaagg 1648501 ttgcccacct tgtagagcga gagggcaagg cggaaggcca gaccgagcgc tatcctctcc 1648561 ccaccgctga ggaagtctat tccaacttcg ttgcccgcgt agaggacttt aagctcaatc 1648621 cgctctttcc catagcgctt ctcgcgcctc agccttatcc cctgatactt gccctcggtc 1648681 atctccgaga acagctcccc agccagcttc tgcacctctt caagccctct aagctcttcc 1648741 tccgccttca gccgggctat cttttccctg aaggccgtca ggtctgccag cgccttctcg 1648801 atgagctcga gctccctctc ggccttctca atctccccga ggttcgcctt cagctcgtct 1648861 attaagcggg ctatctcgtc cctcaggctc tccgctccct caagctcggc cctcgccctc 1648921 tcaagggctc tcgacttctc aaggtattcc ctctcggccc tctcaaagtc ctcctccgag 1648981 aattccttcc tggcttcttc cagctctttt ctcgcctttt cgagctcggc ctttaagcgc 1649041 gctatgttcg cccttgactc atcggccttc ctctgctcga tgtcgagctt cttctcgagg 1649101 gcctcaatcc tcctcggaat gtccttcagc gagaggaact cgcggtaggg cttctcaagc 1649161 tccccaatcc tctcctcgac ctcatcaaag gagctgaatc ccctctcgga gagcctcttt 1649221 agaatgtcgg cctttctctc ctcaagggtg tggagttcct tctctacagc cctcttttcc 1649281 ttctcaaggc cctcaagctc ctcaagcctc tccttaacgt ttctgatttc cttcttgagg 1649341 ccgatgagct tctccttcgt ttcctcgaag agcttcgcgt ccctctcaag ctcctcaacg 1649401 ccgagctcct caagcttctc ctccgcctct ctgagcaaat cggccgtctt cttgaggcga 1649461 atcagcttcg gctccctcgc gaggagcttc cttagctcga cctcgcgctt cctcagctcc 1649521 tcaagcttct ccccgaaggt tttaacttca ctctcaatcc tcgaaatctc ggccctgtac 1649581 tcggccagga tttcgccttc ctcgtgctcg tctatgggtc ttctgcagag gggacagatt 1649641 ttggcccctt ccagtctctc catgttcgcc tcaagctcgg cccttttgcc cctcagcgag 1649701 gctattctct ccctgacctt tgaaatctcc tcgcggagcc tttcaagctc ctccttggct 1649761 ttctcgattt ctttgagttc cttttcaagc ttctcgacgg tgtagccggc cctctcaagc 1649821 tccttcctgt gcttctcggc ctcgccgagg attgacaggg cgcgctggta gagcttgtgc 1649881 ctctccttga gcctctcgta ttccctcctc gtctctacct ctttcttctt cagctcccca 1649941 agtttccttt ccagctcctc tcgcttctcc atttctctct cgagggagcg gagcttttcc 1650001 cttagcgatg aaagcccaac ctcaacattc gagagctcgt ccttcagctt caaaagcttg 1650061 cccagctcaa tgtactcctc ggcgagaggt tttaactcct caagcctcgc cctcttctcc 1650121 tccagctcct ccagctcgag cttcagctcc tctatcctct tctccctctc cttcaaaagt 1650181 tcctcctcgc tcgccagcga tttttcgagg agagctattc tcttctcgag gccggctatc 1650241 agctcctttc tttccttcat ctcttgatag agcttggaaa gcttctccac ctcggccgaa 1650301 agctcccttt ccctcttcct cagctcacta atcctcctca gcgtctcggc aaacctcttc 1650361 cctgcctcgc tcagcctgtc ttcgacttca gctttcctct cgatgagctt cttcaggttc 1650421 tcccttctcc tcttcagctc gcggattacc tctgccgagt tcctctcggc gttctcgtag 1650481 tcctctatgc cgagaacctt gcgcagaacc ttttccatga cctcgcggtt ggtgattatg 1650541 ccctcaatct cgccctgtcg gatgtagagg gcgttcgtat agacctgcag ggggtaaacg 1650601 ttcctctcga cccagcgcgc tacctcggag ctcttctccg caataagttt tccgttctcg 1650661 aggagctcgc tcttcttcgt cgtccgggtt atgcggtagg ttttgccgtt gtgctcgaac 1650721 tccaggccca gggaaagctc cccggttccg acgcgggcgt tggccttcag atagcccttc 1650781 gggaagctcg ggtgtccgag gtaaagcgag gcaaagatgg cctcaaggat tgagctcttc 1650841 ccggctccat tctggccgat tatcaggttt atgccgtcgc tgaactcaac aatgcttttc 1650901 ctgtgggccc tgaagttccg aatctcgatt ttcctgaccc tcattgcctg ccacccctga 1650961 gccacgcatc gaggctcgac ggctttgccg gtctcgtttt cttctcggtt ttgggcttct 1651021 ctattttctc cttctttgga gttgctttca cgcgcttttc ccctttcggc cgtttctctt 1651081 cggcattttc tggtttcttc ggctcttcca ctggtttgcg ggcccttgca ctcatccctt 1651141 ccggaacgcc gaggcggtac ttctcaagga gccagtccat gaactcgtcg agcgggaact 1651201 cctttggttc actccgcagg tggaggaaga gctccctctc ccactcggtc agtatctcct 1651261 cgcccacgcg ctccttagag attatcgcct cgcccgtgac cctgctcctg aaggcgtagt 1651321 aggctatgcc agagcccttc agcaggtcgt tgaactcagc taaactaacg ccacctttca 1651381 ccgttccctc aaggtagatg attgccaccg catcttttgg aatcagaccc gctacctcct 1651441 ccaccttcct cctgagctcg gccttggagt ttcccgaaac cgtaacgcgg tagaagggcc 1651501 tcgtctcgac ctcgacgaac tccggccgga agtcctcaac gatgtagaag cccttaggct 1651561 gggggttctc gcggagcttc ggctttctgt ccctctcgcc gtaaactact acgtggctcg 1651621 cctccctcac gtcggttctc tcggtggagc caggatatgc tatcgggccc tttagacccg 1651681 tctgctcggg ctcggccagc tttctcacgt gtatgtgtcc gagggcgtag taggagaagt 1651741 tatcagggag ttcgctgagc ttgaggtcga aggcgtcctg atacggtgtg tccttagcga 1651801 ggtagtcaac cgcctggtgg agcatcagga tgtctcccct cttgaagagg gccttcagga 1651861 cgttggtgtt accccttatg agctgccagc gcgtgtgatg tcttaagccg tagattttga 1651921 ggtctccgac ctctgcccag acgaggtagc ggtcggcaat ctttttgctc cgcaggaact 1651981 cgtcccgctt ttcctctctt ctgaggccga gggtcctgat taggccgagg tgttcgagca 1652041 ggtcgaagac ggaagcctct ctaatcgtct tgtcgtggtt gccctcgatg gcgaagacag 1652101 ggatttcctt tctcctcggg atttcgagta tctcgaccgc atcgcgcagg gccttaggcg 1652161 acggcctgct cacgtggaag aggtctccgg cgatgagtat gaagtccacc ctggccttaa 1652221 cggccttctc gacggcctca cgaaacgctt taacgtagtc ctcgtagcgg aagggctggt 1652281 tgaactgctc ccggccgaga tgggcatcgg ctatgtgcgc gaacctcatc ttaacacctc 1652341 acagggggag ggaagctatc gcctcctcct cgctcacctc ttcctccttc ccctcgagcc 1652401 actcctcgac gatgtctatg tcccttcctc catagtggcc gttgaagtcc ttctcgaagt 1652461 tataaacctt caccatcgcc ggaatcgtga ttgcgtagcc cactatcacc gcctcgccga 1652521 cgcccagcga ggctatatcg ctcagcaggt cctcgcttat ctgctcgctc gcctgctgga 1652581 cgtagcgctg gtcgttgggc tcaaccagct tgaggattat ctttgtgttg gtctggctga 1652641 gtatgtcgtc gtcgagcttc ttcggcctct gggacactat tccaaggccc acgccgaact 1652701 ttctcccctc tcgggctatc ttgccgagcc acagggttgc ggggttcttc tcgcccctcg 1652761 gcgcgaatat gtgggcttct tcaactatga cgaggattgg cttccttatt gcggggtagg 1652821 cttcgagtat ctccctcgcg gtgagcctgt cgttggttct gacggccttg aggtactcaa 1652881 tgcggttctt gaggattccc ctcaggacga agctcgcgag cgttatcatc tgctcctctt 1652941 ccatcccgct gaggtctatg acgttcacca tgccgggcct tatctcgccg agcacatcta 1653001 ccgggcttat gaactcgccg aaattagctt tcagctcgcc tatgtagtcc ttcagcctta 1653061 tcagggcctc caaatccctc tgttgaatct tcctcggcat ctctatgccc ttctcgttgt 1653121 agtagtggat gaccctgtcc tccttgctct ccgagttctc gtaaacccta atccactcct 1653181 ctatcttgtc ctccatcgct tcgaggaagg gcagaccgcc gacgaccttt ccgtcccgtc 1653241 tcatctcctc cttgactgtt cggtaaacga gcccgaggaa gcgcctctgg aggctcgcgt 1653301 tttcggctat gccgaggagc gttgccagct cgctcagcct tattctcccg gggtctatag 1653361 tggcctttat cgggttgacc tttgcccctg gccagctcaa cctctggtac tcgccgtgag 1653421 ggtcgaggat tacgacggtg gcgttaacgt tgtcaacgag ctccttggtg agaacggcta 1653481 tcgtgtttga cttgcccgct ccggtaacgg ccaaaaccgc gaagtgcctc gaaacgagcc 1653541 tgttggcgtc gaggcgaacc tctatgttgc ccctcgcgat gagctttcca accctgaggt 1653601 ggccgtttgc gaatattctc tccaggtcct cgtccctcgc gaggtaaacc ttctcgcctg 1653661 gctttatagg gacgcggttc ggggcgggct ttggcagaaa ctcgccgtcc ctagttctga 1653721 gaacgccgag aaccttggcc gtagccaata tctcctcgct cttgtcgaga attccgcgcg 1653781 agaaaacgtt gactgtcttt tcaacgtagt cgtagcttcc ccttccagct tccataagcc 1653841 agttgaggtt tcttatggat ttgagcaggg ctaaaacctc gtctccctcc cggtttttaa 1653901 cgacaaggaa ctcgccgaag cgcgggagct cgttcctagg gttgactatg aacgtgaagt 1653961 ggtcggtgct cgattcaccg aacacgattc caaccgaagc gtcgggcccc tccatattac 1654021 caccttgagt tgattttccc gtgaggacaa aaacctttcg gatgcccgaa agggttttta 1654081 tgggagccac taaaacccca cgcccgatga cgaactactc ccggctgagt ggtgatgagc 1654141 cacctaccgg ccgagggctt ttaagctcaa ccccgaaggt tcaaccatga gaatcctcct 1654201 cgtcaccggt aaactcgccg aacccctcgt gaggaagtac gggaaaggct gcgacgtatt 1654261 tgtaaccccg gtgagcgtcg cggcattcct taccccggag atgataaccc actatctgaa 1654321 aaaggccggc gtgaggagcg ggaactacga tctaatcctc atccccggcc tcgtcagggg 1654381 ttcagcccag cccatcgagg acgaaattgg aattccagcc tttaaagggc cgaagaacgc 1654441 gatggatctg cccgtcgttt tgagggcctt gcgcgagggc ttcaagctga gcaaggagaa 1654501 accggcggac gagctgtttt ccctcgatgg gttgaggaaa gttaaggaca tcaggaacaa 1654561 ggcgagggac aggcgctaca tcgaaagagc cctcaaacgg cccggaaacc tcctcatcag 1654621 caatctcccg gttgggaggg actttccggc gaggattttg ggagaggttg tcgatgcccc 1654681 aaaactcggc gtcgatgggg tcgttgagaa ggccctttac tacctccgcg agggggccga 1654741 catcgttgac atcgggatgg tggcgggcga gacaaacctc gagttcatcg aactcatccc 1654801 ggaaatccgc gagagactta gggaaggcgg ttttaatgtc ccgatgagct ttgattccct 1654861 taacaccgcc gagatagaga gggcccttga ttatgcggat ttattcctga gcgttgacga 1654921 gagcaacctt gaggggctcg tcactgcaaa gccagtcgtt ctaatcccta caaaccagaa 1654981 gaagggtttc ttcccggtca ggcctttcga gagggtcgag ttccttgaaa accttaaggg 1655041 gaaggccctc gatttgggtt acaaaaacct aatcccggac ttaatcctcg agcacgtccc 1655101 ccacttagcg cgttccataa ctgccttcca gctctaccgc gagaggaatc cggacgacgt 1655161 tctcttggct ggagtcggca acgtggtcga gctctacgac gcggacagcg tcggaatgaa 1655221 cgccctcctt gctggaatcg cgaaggagct ttcaataaac ctcctcctca cgaccgagac 1655281 gagcgcgaag gcgagaggtt cggtaaggga gctgaggagg gcaatcgaca tgaacctctt 1655341 cgagatgcca aaggatctgg gcttcgacct acttctctta aaggagaaga gggccgctga 1655401 gtggcggttt gaaccggcgg aagaaataat caaagccaaa gaaaagccta tcgagctcga 1655461 acccctctac ttccgggtct gggttgaggg aggcaaaatc tgggtcaacg cccacagggg 1655521 aatcgaggcc gttctcacga tagtcggcga cgaaccaaac gcgataatag acacgatcct 1655581 cgagcgcttt gagataagcc caaggcacgc cttctacctc ggcagggagc tggagagggc 1655641 taaaacagcg ctgaagctga gaaggagcta cgttcaagaa atggagctct tcccggattt 1655701 ttacataaaa gattgaaaag ggaattagcg tcttctaatt gcggcgagaa ttactaggat 1655761 ggccattaag ccgggcccac aggtttttcc tgagccggtg ctggcagtgg acgatgtttt 1655821 ctctggactc gaagtttcga tttgagattg ggttctggtt tccgtagggg tgaactcgta 1655881 ggagacccta acctcatcga aatacatgtg ggacttcaat ggactgtcgt cccagccgcc 1655941 tataaggagc tggaaatggg tggcgtctcc aaactccttt gttgaagcat ttttgatcag 1656001 cccccccgat tcccagaact ccacgtggtc tttgtatagg acgattttga aggatttgta 1656061 ctccttcggg atttttcgag cttcgctgag tgctccgtcg ggtaaatcgt aggctatctt 1656121 gtccgagggc cagcttatgt agcgcatccc caggtacttt ccggagtcaa ggtcatagac 1656181 ccggaaccac atctcggccg ttcctgggtc cgtgaacttc cacaccccgg agaacgttat 1656241 ggagtcccag ttctcgatcg ttatcacctt gcttctgagg aaggcgtgct ccttgtgata 1656301 gtccttaagc ctgaggccgt aggtctcgaa aaccgccgcg ccgtcctcct cgctgaacct 1656361 gttaccgctt cccgcgatat cgagggtcca ttttccccct atgcttcccg aactgaagtc 1656421 atcgtggaag actacctttt cagaggggtt tccagccgta agccccgaaa aggccagaag 1656481 gcctgaaaga aacaggaaaa ggagcaaaaa cgaacctttt ctcactttca ccgcctcctg 1656541 tatacgtaaa ccccaatcag caccaggatc gcaagcgccg cgaggatgta gcaggcggtg 1656601 tttcctcctt cctgtgatga ctgtaccggt gttgaggttg tctcggctgg actttcggtg 1656661 tgggtcggtg tttccgttgg ggtctcgtgt tcctcgtgcg tttcaacctt cactttgctc 1656721 gcaacggcga agagggaaag cgaaggcacg ttgacgcggt agtaaacgta ttcgaggtct 1656781 tcgtactcga acacaggccc gtactcgacc cagccgttct cgaggtggag caggagcagg 1656841 gagtccttgc tgacgttgct cgccctgagc cattcctttg agaccctgaa gcggagcgtt 1656901 gcgttggcta tgctcaagtt ctccggatgg gtgacgttga agatggagta ggtaacgtaa 1656961 tcgtagccct ccggcgcctc cacgtctcca ggcctctggt aaaccgccac catgccgttc 1657021 accttcacct ttggaaggaa gtatatcctg tagagatctg tcctcgtcga gacccgcacc 1657081 catttaccgg gctcggcgga tacaatgtcc ccgtcagctt ccttctccgt gatgggcttc 1657141 tccaccagtt ccacagtgta gttcttcttc tccgtcaagt tcccgtagag gcaggtcacg 1657201 gtgagggtgt agttccccgc cttcagaccc ctggtcggta cgaaatctcc gcttccggcg 1657261 aggtttccga gcttccagct cagagagcat ggctttgacg tcttgatagt gacctcccca 1657321 ccggtgtaga gcttctcggg tgtgatggtt acctccggcg gttccagggt tccattcttg 1657381 ggaacggcta tcaagacgct tccgtcttca ttgccctcga gaatcttgac gctccctcca 1657441 acggtggttt ccactttgga tgggtctatc ccaaaggccg accttaactc aaccgagccc 1657501 ctgtaagtgc ccatcctctc gatggtcgcg ttggtgaaga gttttccagc gttcattgtg 1657561 atgtgtatcc cctcatcctc cggcagggcg acgagctctc ccttagcact caggattatt 1657621 gtgttgtctt taatttccac gtcgagagaa tcaaccttgg tgaggtacgg gctcacgaaa 1657681 gccctggcga aggcttcgtt cctgaagatc gcgaagacca tggatgcatt ccgggggtcg 1657741 ggtctcagct ccatcctgag ctcgccgagc atcgctccct tccgagttcc tgttatctca 1657801 acgctcatgc cttcgagggt tccgttgaag agcggtccaa ccctcataag gggcgttgga 1657861 acaatgtatt ccgccctgta aacgtccggc tcaccgaagg tgaggctcac gttgccccag 1657921 ccgtcgaggc ttcccccttc gccgccgagg agtattgcgg tgtcaaactt ttgggcctcg 1657981 accgtgtagt tcgccggcgg gtcgagcacc tgtatgctca ttggagttgg ctgggtcagg 1658041 gttgcgtaga tgttgtagaa ggcccactcc cccaacgtga tgaaagtgtc caccgccgct 1658101 gctatcgtgc cctttgcgtc cttcagggcc tttttctgct ccttcggtga gagggactgg 1658161 aaggacttct tctttttgag ctctttgact atcaactcct gcgctatctc cttggcggcc 1658221 ttctttgagg cctcgctgaa ctcctcggcc atctcttcct ccggcgatgg cgggttggcg 1658281 gcgtcctggg cttccttgta tatctcgttc aggatgtcgt tgtccactat ctcaagcaca 1658341 gtttcaagga gcagcatctg gagatcctcg tcgcctatta tcgccgtccc gtacttcttc 1658401 acgacctcga tttcctccgg cagggagagg ctatcgaaat tggcgacgtc ctcgtagaag 1658461 tccctgtcca tgccgtagtt ctgctcaagt ctcgccatcg tgtcgaggtt tatcaccgcc 1658521 gcgtaggtcg cgtcgtcggc ctcgattagg gcgttggttt cgggagagtt ctgagccatc 1658581 cacgtgaagt tcttgtcctc atcggggaag tctatgttct cgacgatgtt ggttatctta 1658641 agcatgctct tggccatagc cgccactatg gtccttaccg gaacgtcaat gtcgtacacg 1658701 ccaagcgccc cttctacgcc tatcgctatc aggtctatct cattgaagag gagcgagtac 1658761 tcgacaccaa cggtaacgcg gtagtggggt atgaccgttc cgggttcctt gctgtggtcc 1658821 gctatggccc tgaactcaaa acccggcggg atgacgtggt accagacgta gccctccggc 1658881 tccatatcgt agtcgccctc ggcgtagtag ctgtagtaga tgttatcgtt tgtgttcttg 1658941 agctttagat aggtcttgtc cccgttcacg ccgatgacat caacctgaac gggaccgacg 1659001 tactcggtga atggcacgaa gctcttgtcg agggccttca ctggtgtctt catgtagttt 1659061 atcggtatcg tcacgtagta gccgggcagg ggctgtccgt tgatggtctc gtagtacagc 1659121 acgttggccg tgctcatgta ctcgcccgaa aagttcacgg gtgggatgta cgtgggggga 1659181 gcgtccagcc accagggcat ccatgccccg taaacgtacc tgacctggcc gggcttgaca 1659241 agcctcgtca ggttcttcgc ccagacgtcg gccatgaagg tttcatcgct tccgccgagg 1659301 agcgtgacgg agttcctctt gaggagcttg ttgtgtaggt tggggtcgcg ctccgggatg 1659361 tagtccctca cgctgagcga cttcaggtag acctccctgt cgccgatgtt ctcgattatg 1659421 aggtcgaagt ggtggctctc agccgcttcg aggtttccat cgccgtcgcc gtcgtaggtg 1659481 tagctgttca ggccgtagtt cttgacgctg cactccccgc ttatctggca ccactgcctc 1659541 gtgtacgggt aggcgtcgta cccgtttatc ttgaagacgg gcccgaggtc gaactctatc 1659601 gtggcgttcc tctcgtccct tagaacccca tcgaggtcat agagccgtat tttgatcgga 1659661 atctttccgt cgctcggaag ttcatcgggg agagggtccc atctcagggt tatcggatcg 1659721 aagtccgtta tggggatgag ggcgttgaag tagccttcca tgttccccgg aaccgcgacg 1659781 aggaggctca cctttccggt atgcctctcg atgtactcgg gcagaacgag ctcgatcttc 1659841 gcgacgcctg taagttcccc gatgttcttt aggagaacgc tcacgttcgc gaagcgctcg 1659901 tcgtatggaa tggcagttcc aaagacatct ggatctctcc tataaacgta aacggccgtt 1659961 gggtgactga ttgagtagga cactatcttt atgtccacgt ttctgaagta caccttcctg 1660021 atggcgctga tgctcgtccc ctcggcgttt ttggcggtga acttcagata gcccgtccca 1660081 gtgaggttct ttccgacggt gtcgagcgtt atgtagccat agtactccgt ggaatttaga 1660141 gagctctcgt tgagaagctc ctccattccg ttgtagatga gggtgtagtt cacggcaacg 1660201 atgggactcc gcgagcttgc ccctccggcg aggcttataa cgcctttgac gtcgccattg 1660261 ctcatcgggt acacgtccag cgagacgccg agaaggctgg agccccagcc gggacccgtg 1660321 ctgaccgtgc ttccaagcga aactgctccc ctctcgtcga ggatgtcgta gttcgtctcc 1660381 acttcgccgc tcgcggtgta catcgtcccg cccgtgaagt tttcaacgag ccgcggctcg 1660441 tggcctcccc agtcggtgtt gttgatagca ctagcgcctg tagtcagatg gattcccttt 1660501 ctattcacca gcgagttgtt ctccagcgtg agaaccgcgt ttccggccat aaaaatcccg 1660561 aggtcgttgt tctggacgag gctgtttgtc aagctcacga ctccgccgct tccttggggt 1660621 attgaaatcc ccacgtttcc tcccgttata gtgttgtggt ctatgagagt actcgtgcct 1660681 tcagataccc agatgtctat tccaacgtcg ttgtcgaaga acaggtcgtt gtagattgtc 1660741 ccgttaacgc ttagaagctc catacccttg gtgttgtgca taacatagct gcccctcacg 1660801 tcaacagctg ccctatatgt ccacagcccc acctcgtttt ctgttatctt gctggagatc 1660861 accttaacac tcccactgga gcccattgga tggagatgaa tcccataatc gaagccgccc 1660921 atcgtgctct cgttaatgat gacatcgaag ggattctccg accagacccc gtagccggtt 1660981 ccgtcccctg ttatctcgct cttctctatc tccatgcgtc cgctgacctt gacgctccca 1661041 cggattctgg agttacttat ccgtatcctt gagtaaaatg aagaggtcac gttgctgtat 1661101 atctcgtcgt ttgctatgat gagcctcgcc gcgctgccgt aaacgggcgc gtttacgacg 1661161 ctgtccctca ggccagcaac cccgcttacc gtgtagaggg tcgcctcgaa ggcaccgagc 1661221 tgaaggtagg ggtagcggtt cgggcttctc acgtggacgg ctatgacgtt ctccccgctt 1661281 ctcaggtagc ccgcgaggtc gacgaagtct atcagtggag tggcgcttat tctgcccccg 1661341 ccccagccgt agacgaatga aagttgtgcc tcgtggttca gctcatcaac gaccttcttt 1661401 ccgttcacat atatctcaac gccgcttatc gcgtagtagt ttagccacgc ctggactggc 1661461 agtttttcaa agttcacgac cttcttcagg tagaggtccg tgaactcccc tacctcggtc 1661521 ccgctggtaa agctggaatg atacatatcc gcggagaacg gagcgcttcc ggtgctcatg 1661581 cccgtggttt ctgtcgtgta catccagtta tcagcgggtt tgctcatgga gtagaaccac 1661641 tcggcgtttt cacccacggc agtttccctg acctcagtgt tctcatggct ccagaacatc 1661701 caggtgctga aggagacact cccaccgtct atgcggcagc ctgtgatcag ggcatcggtc 1661761 gagagggttc caaaggtcga gccttcgagc cttgagttca ggattacgat gtgggactgg 1661821 ccgatgttgc tactcaaacc ttcaatgatt atgttcctga ggacgctcgc gtccttgtcc 1661881 aggtcgtccg tcgctggtat tccgtcaaca tcttccacgc ggagggttcc ttccggcttg 1661941 acttcgatct tgcccccctc aaccgtgtag ctcctcagcc ttagcttgcc gttcacatgg 1662001 gcatagaggc ggcctgcctt tccgctctct aaggtgctca cctttccccc gctgacgtag 1662061 accatcagat acccagggta cggcgagacg tcgccggtga ggttaacgtc gtgaagctct 1662121 atcccgccaa cgttctgggc gtggaacgcg tactcgctgc cggtgacgtt ggtatcgtag 1662181 aggtaaatcc agttgttgct caggtcgagc tcgaagttcc tctccccgtt ggattctata 1662241 agcgaatccc tgaagctcag gcgaacgttc ttcgcacaga cacctttccc gttgttcctc 1662301 agggtcacgt tcttcagttc ctcggtggcg tatccatagc ggggagcctc aaggcagagt 1662361 ccgcattccc ggttgttctc gattaagagg ttctccatcg tccagtgcca gtcagaggcg 1662421 accccgagaa actttattcc gaactcgttg ttcctgaagg tgctgttgac tatccgcagc 1662481 gagccggggg agttccacac gggcctgagg tacgtgagcc ccatccccct gtggaagatg 1662541 ctgttctcaa cgttcaagct tccgctcacg gtaattccgc cgtttacatc actgttcctc 1662601 acggtgacgt tcgagagact gaagttgaac tccccatcca aggttgagct gatgaactca 1662661 gcgttgcctg taaaagttcc tccttcaaag ccgcttagcc ttgaatctga cacatccata 1662721 ttcccgtttt cgcctgagag gtttagggaa gtaccccgga taaccgagtt ctggagaacc 1662781 ttcagcgttc cgttcacttg cacaccatcg ccgaggacgc tgatctggca gttcctaagc 1662841 tcaagggaac ccctgctggt tatcaagatg ctcccgttga cggtgtacga ttttccagag 1662901 cagagctggg tgttgttcac cagccagtcg ccctgaaccg gcgggccgga gattctcact 1662961 ttaaaggcct caacggtcgc ggccccgcag gtgtcaacgg ccttcaccct taccacgttg 1663021 ttcgcgtacg gctggagata cggcgatatg tccatgtcct cgctgtaatc catgtattca 1663081 ccgccgttga ttgagacgta gattccctgc aggtttccat tcttgtcttt gacctccgcg 1663141 tggaggataa cctcttcgcc gggtcttgcc tcatcgacaa tcttcacggc aagctctggc 1663201 ctctcgttgc cagagcatac ggagaactcc gtctctgccc taagttctct cccgcaagag 1663261 tccatagcgg tgataaccag actcaaaagc tccccgcgag ccccttcttc cttgagttcc 1663321 ttcataaagg gactcaagtc cagcagaaag cttccgttca ggctgaggtg gtcgtccacc 1663381 caagagtagc tcacgttcgg cgtaaagggc tccgtgtgct cgatgttctc tatggtgaac 1663441 gtgtagttgg ttggcggggc gttggtgtcc atcgtgaagt tgatggggac gagcaggttc 1663501 atcacgttgc ccctcggcga ggttatctca agggtgcagt ccttgaagca gggccactta 1663561 acggttatat gcctcgtggg tagtgacctg aagtgtccat agccatcata gacgaccgca 1663621 tagaaactgt gctccccgtt cagatgtcct gagaaggttt tctcgcagta gtagatgcgt 1663681 ttcgtgtgaa ggtgtccctt atcgtcgatg tagcttatcc aagcggtctt gacccgaagc 1663741 ctgtagtaat gaccgtccca tgatagggtg catgatgcga aactatccga tgactctatc 1663801 cttaccgtta tctcctccgt ttctggaggg agctctgccc catcggatgg agtcaggaga 1663861 gcgtaaccgg cgttcaggct cggatacggt atcgtcacgc tcttccacgt ggcctcgccc 1663921 cggtttccgt acctatcaac tggaacgacg gagatgttgt aggtctctcc cggagtgagt 1663981 gtgagcgttg tcccgtccca taagcccggt tctcccgtga agttcccgac cagtgtctca 1664041 tttatccaca gctcggtgtg gttgaagtct tcatcacttg ggtttatcca cccaacttcc 1664101 gcaccgccag caaacgtcgt aacggcgaga acttctatct ttgcaggggg aactgtgtcc 1664161 ctaacgcgca ggaagaagta ctttccatat gttccatgac caagggcatc gtatacctcg 1664221 atgtagtaca tcacgtatgc cggttcgctc gtgttgaacc gcacaaaaaa tggaactcca 1664281 ctggtgtaat tcccggagta gagttctacc cacccgtggt tggggtcgtt cgcgtccggg 1664341 ttgaagtaga cgtcatagtg accgggatgg ggctctgtga cattgatgag caggcccgct 1664401 ttaagtcctc tctctgcatg agttgagtat atcccatccc tctcccattc aagggtcagg 1664461 ttgacgagct tgtcatgaac caccgggggg gctgtgtccg tctctacaac tctcgtttct 1664521 gtagagccaa tgttcccacc caaatcaatc ccgtacaccc taaagacgtg cctgccatct 1664581 gggatgggga tggttatgtt ccagtcttct tcgtcccctt ccattgtatg gttaaccccg 1664641 tcgagttcga gtagtgccga gctgaggcgc tcaccggcga cgatgttaaa ggtgagttga 1664701 gaggctccaa gaagggagtc gttttccggt gtcggttgaa taaaccaaag ttccggaggt 1664761 gttgtatcca ctgtaaaagt tctgtgctcc gtttcgttga agttacctgc ggtgtcccaa 1664821 gccccaacat aaaactcgta gtgtccgtct tcgatggtta gggagatgct ccagttcctc 1664881 ccggagccca tcatcacata cacggcccca ttaaagttca ataccgcccg tgagaggttt 1664941 tcattcgaga gcagtctgaa cttgacgctg tttttgttca agattgaacc gttttccggt 1665001 gtgggcggta ggagaataag cctcgggggc gtcgtatccc tcacccgtat ctgcaccgtc 1665061 ctctcgcttt cccatccgaa tgtatcgttg gcccacacct tgtactccac catccccggc 1665121 tcatgtgcct ggaagaccac gcgcaacgtg gtgttgctgg agtaaatgcc ttcctcctga 1665181 aggacgctgt ccctgtagat ttcgtagctc gcggggtgga tatcgtgtat gcttacctcc 1665241 accgtcacca agtccccctc atccaccgta tccgggcagt ttaccgttat ctctggagga 1665301 ttcccatccg attcaaaggt cagctccccg ctttttgctc tagttcctgc cgcgtccatg 1665361 ccgtagatcc tgaggacgtg atgtccatcc gttagggaga cgttcaggtt ccagctcctt 1665421 ccagaaccaa gcatcgtgtg gttgacacca tcgagttcaa gaaccgccag caagagttcc 1665481 ctgctcgcct ccgcctcgac cgttacccag cttcccttta tcctcgatcc gttctccggc 1665541 gcgagaacga ctattttgag tggactttcg cgtttcacaa ccctcatcag ccaccagcgt 1665601 ctcgcaacgc cgttctcgtt ttcggccctc acgctgacgt tccagaggcc tggaattaga 1665661 gtagagttgg tgtaagtcga gccgttccct tcttcctcca gaactaccgt cccgttaact 1665721 gcccatgtaa cgtttgccac ctggttgagc gctatggaga acgtcaccgt ttcgttttga 1665781 aaaacttcaa cctcctctcc ttcaggtgat gaagaaacga tctttagtgg ctcgataact 1665841 ctgaaacatt ctaatggcgt ggagtttaca tgcccgagtg tatcctcggc ctcgattatc 1665901 cagcagtacg ttcctccgga tagtccttcc gtcgagatcg tgaagttcgt ccagctcgaa 1665961 tactctgaag ttacaaccgt tgtccattct ccactctcgg tggcgttcgt ctttagtttt 1666021 gcgatggagg gatgcgcttc gttccacagg gcatatacgg ttacatcctc cccctggagg 1666081 acagattcac tttcctgacc gtaggagaca tacctcggtg ccgtggtgtc aatttcaaat 1666141 acaactaccc cggttgcacc ctcattgccg tgcatgtcct tcccagtggc atggaactcg 1666201 tgattcccat cgccggcgtt taggctaacc caccattccc ttccagagcc ttccatgggg 1666261 taagcggttt cgtcaaagta aagggtagcc tggcttagct cctcacttga tgtcaggtta 1666321 aagacaacca gagaatctcc gacgaggctt ccgttttcgg gggttggtgg aaggaacgta 1666381 agaaccggtg gtgttgtgtc cgttttaacc gtgagcttcc atgagtgact tacttccctt 1666441 ccatctctac gggccactac ggttacgttc cacactccgg ggattagggt atcgttgtgg 1666501 tactcagagt acgtcccttc ttccgccaga acctcggtgt tgttgacgaa ccaagtcaca 1666561 ttggcggctt tgtttaattc aattgaaaag ctcacactct cattgtccca gaccgtgatg 1666621 tcgttgctct cgggcgaaaa cgagactatc ctcagccctt cctcaacgcg gaagcagagc 1666681 ttcggcgttt cgttcccgtt cccgaaggtg tcgttggctt tgatgtacca gcagaagacc 1666741 tttccggcaa agttttcctc ggtacttatc gtcccgttgc tccagccgtt ggcgatttgg 1666801 agcggcacct cgctccatac gaaggtccca tcaacgaggg ttgcgttcgt aaccagaact 1666861 gccccctcaa ggtgggcatc ggtccacttc gcaaagacct tggctttatc accagccatc 1666921 acctcgtcct cagcctgacc gtactccaga aatctggggg ccgtcgcgtc tatttccacc 1666981 gttctctctt ccgtgtggtt ggttatccct tcggccgagc cgtaaacgcg gaaggcatat 1667041 gttccgtccg cgaggttttc ctttaccgcc caccagctcc tcccggaacc gctcatgctc 1667101 tcgttggcgc cgttccactc gagggtggcg ttgtcgaggt cgagcgagga actgacgttt 1667161 atgatgactc tcctcacgtt gagcatcgcc ccgttctctg gagttggttc cacgaagctc 1667221 acggtgaggc ccggcttggg atagacgtac cacgcccaga agtggctcgc cgagccgttg 1667281 gagttctcga cgacggccct gacgctgtgc tccccctccc ccacatcgga gttcgtgtag 1667341 gtggatgtct caacgttctc ctccgtcttc acgatgctcc cgtcgaggta ccaggtaacg 1667401 tttacggttt ggtcgacggt taccgagaac tcgacggtat cgccgacgta gctctcaacg 1667461 gggctctccg gtgagtacga gactatttca ggtggggagt aaaccacgaa acagtgaacc 1667521 ggagtggtgc tctcgtgatc cagggcatcg tatccagtta tcttccagca gtaaaggtcc 1667581 ggctcatcca tgcttattga gaagttgctc cagccttccg ttccttcaaa gaccacttca 1667641 tcaaagacct cccatgagcc ggttatgttt gtataaagaa ccgcccccct gaggtggggg 1667701 tcgctccaga aggcgtggac gtgaacttcc ccgcccggcg ggataccttc cgcatcctgg 1667761 ccgacgtttg aatactccgg ggccttcgtg tcaacttcaa attccctctc ctcgctcgtc 1667821 ccgttgttac cggccaagtc ctggccgtaa accctgaagg tatgggttcc atcagcaacg 1667881 ctcatcgtgt agtgccactc ctttcccgag ccgagcatgg tatgatttgc cccgtcgaac 1667941 tcaagggtcg ccattgtgag gttctcgttc gaggtgacgt ttatcaccac gcttgagtcg 1668001 ccgatcaggg agccatcctt tggcgtcggc tcaacgaagg tgaggacagg tggggtgatg 1668061 tcgttctcct cctgggcaag cggtgcgaag atgcccaatc ccgtcaggtt ggcctcgacg 1668121 aggttcttgt tcgtgtccag atggtgcccg ctcgtcccat cgagcgtcca gccctcggtg 1668181 aagtgccata tctggaggct gttctcatta aggccctcaa gggcagaatc gtcgtaatag 1668241 aggcccagat ggagccagct gtccacgtct atctcaatgt attccccaac gtcgccgtag 1668301 ccctccggcg gtgccggccg gttctccggg ggaactcccc tcacgagaca gtttccggga 1668361 caggttacct ccgttggaat cccgtttatc gtattcccgc tcagcgagcc gtagaactct 1668421 gcgatgacga ttattgccca ggcgttcgtc tcggagagat tagtcgtcag ttcgttgttg 1668481 tctataaacg aatcccccgc gaggtacagg tagagggcat aaccggcgtt ctcacccaca 1668541 ccgcttatcg agattgtgtt atcataaacc cacgtcgagg tgtagaagac ctctattccg 1668601 tcggcgctgt cgcctctaac cgtgactgtg ttgtcgtgga cgtcgctggc ttccccctct 1668661 tcctcgtaga cgtaaattcc aacaccctga aagcctgaaa cgctcacgtc gttgtccctg 1668721 atgatgttgc ctcccccata gctgagataa attccgtagc gctcactctc tccggtctcg 1668781 gttatcgtaa tcgtgttgtc ctcaatcgta cagttctcaa cgccgtccac ccagaccccg 1668841 atgttcgaga ctgacgaggg tatgacgaat cccctcagca cgacgttatt agagctcacg 1668901 tagaagacgg gctttcttcc ggtatccaac tcggagccgt cgccggtgat gcgggcgctc 1668961 tcgctcgttt ccacggtgag gaatttacct atctccacac tctccggata ggttccagca 1669021 aggactacga ccgttccacc ttcgatcgcg ttctttattc cgtcctgaag cggcgtctcg 1669081 ctggggttga ggctcccgcc ctcgtaccac cagccgctct cgtttacata aaccgtttca 1669141 gctggagtaa gcgtcgttgc ggtgtcgttc acccaagtgg tgttgacgtt tcccgagtag 1669201 tccctcgtga ggattccaat cgtgtgcgtt tcgccgggca aaagctcgtc gagccaccac 1669261 tcgccctcgt cagtctcccc ttcgaacttt ccgtcaatgt acaccagcgc cgtttcaaag 1669321 tcctcatcct ccgggttgtc ccaagtccag tggatgtagt ccgccccaac ttcgtgggcc 1669381 aggtttctaa cggtccccgg cggcgtctcg tcttccccgc tcgcattcac gtagaagttc 1669441 acctgagcca cccctgtctc gtcgccggcg agggcgtaca ccacgaggag gttctccccg 1669501 ttctgagcgg ttatcgtggt gttcggctcg aacgtgacgt tcttcccgcc gttgagggag 1669561 tagcgccact cgtcaaccgg cttgttggcg gtgacgttca ggtctatcgt tgcggtgttg 1669621 tatgtcctct cctccgggga gagaatcgtt accttgagac tttcttccgg cggagccgcc 1669681 tcctcgtatt cgacgactat gttatcgaag tacatgtgtg aatcagtggg ggtgtcgtcc 1669741 cagccgccta tcacgagttg gaaattggta gtgctttcca tcgtgattgt ttctatggtc 1669801 tttacaaggt tcccgttctc ccagtactca aagtgatcct tgtagaggac gattctgaag 1669861 ggtacgtaag tttggggtgc tgacctgctc tcacttatgg ttccttcaac cctgtcgtag 1669921 gctatttcag tggtccagct cacgtagcgc acgccaaggt atttgcctga gtctgcgtcg 1669981 tagatcctaa accacatctc cgccgtccca gggtcggtga acttccactt tcctgaaaac 1670041 accacgtagc tccagttttc tattgaaatc accgagcttc ggagaaatgc atgttctgta 1670101 ccataatttc cagttcttcc tccgtgagtg ataaactgcg cttcaccatt tgcctccgtg 1670161 tagctgttcc cgctccccac gacgtcctct gtccatttgc tggtgtcaag gctgttgtcg 1670221 ttgaagtcgt cctggaaaac gggactttga gcctgaacgg gatggaggaa tccaacgaaa 1670281 cccacgttta ggtaggagct gattaagagg tagaacaaaa agagcgcgct ctttttcact 1670341 ttcacgtgga tcacctccaa cgcaagaaga gccgggctgc acagacacgg gagggttatt 1670401 agaaccgcac gttattagag cccacagtcc gggctcccct tacgttcgtg ttcaaggtta 1670461 gtccttcaag gtataataat tttttggttc aataccgaaa tgttggaaaa gctacaatag 1670521 gcgtttcttc cccaaaattg ggcaataacg tgtatttttg gtcccgatta tgtttcattg 1670581 aaaatcggcg gcttttagac cgcctagcta agttgttgag agatttaatt ggcttgcggt 1670641 gctgtagtgg tttcttcgag gagcgacgtg tcgaagacct ttccaagttc ctccataaca 1670701 gcatcgtaga gccaggggta ttctttaagg tgttctctac ctttcttgag gtattcgctg 1670761 ccatcttggc ccctgagtat tttagacgtg ccgaggaaga tgtagccagc ccaccctaga 1670821 ggatatcctg taccgtgagc tatctttatc atttccctcg cgtctttttc tgctctttca 1670881 gcatcgtcca gagctatcca cgagacgcaa cggtaggcta gggtatccac agtccttctg 1670941 tagtttctga tcctcgtgaa gtactctact gccctagtgc cgtaggaaat ggccttctca 1671001 tagttcccga gtatatagtg gcactttgat aactccatat aggctaggtg ttcgagggag 1671061 agcatcccat agacccttga tacctcgaga ctttccttgt agtacctcac agctttttcg 1671121 ggcatctcca tttcgaggta tatatcacct atgtggagaa gcacgagcgc ctcattctca 1671181 ggcagattgg cttgcctccg tgagatctca agctccttaa acgcgctctc cagggccttt 1671241 tcgggccgtt cctggtagta ctcgtacttt gttttctcca tgtagtacca cagccaaacg 1671301 tccggatcgt ccagttcttc cgcgagcctc tgcagctttt caagatactc ttcggctttt 1671361 tcaaattcct ccatcgagat cagtacgtcg gcgaggatgc ccacgacctc cgccctaaat 1671421 ataccctcga cctcgtactc gacctccatt aaaatatccc gagccttctg gaaaaagcct 1671481 gtggtgaagt atattattcc cagctcggcc ttggcatagg ggttgtcgct tacttgaatg 1671541 agtatcctcc ggtacgtttt tgggaagtcc cctaccacgt gcttgaactt cttcagcctc 1671601 aacagcacta ggtctttgat tttgtaatag gcaccggctt tgagtgtgta ctcgaaggcc 1671661 ttaaggaagt cgtgcgggtt atttttttcg aggaggtagt ctgcataggt caggtaatat 1671721 tccttggagt tcaccgattc ggcctccttt aaaaagcccc tcagcatatc gtggacgaag 1671781 tagtttcttc ccctcctctc caccagaccc ttcctgagga gggaatggag aacggggaaa 1671841 gcgttctttt tgccgtaaag ggtctttatg gcatcgtatt caagcggccc ctcaaacagg 1671901 ctgagaatcg acagcattcg cctttcgtcc gcgctgaggg actggtatat ctccatgaac 1671961 aggaactcga agaagttctc cctaactacc tcctcgctca gttcggggct ctcaaggagg 1672021 agtatgatgg ccagtgggtg gccccgggtt atcctgtata tcctcgcgaa ctcctcgacc 1672081 gagacctcgc cccggacgtt cttggctagt tcgtacgctt ccctgggctt cagaccgccg 1672141 aggtttatgt agaccacacc ttctatgccc agcatcggtt tgatcctcga tgcaacggcc 1672201 acggtgccgt tcctaagctt ccctgcaagg tacgtcagaa gcctcttcac ggcatcgtct 1672261 tggcacttgt ggaggtcgtc tattatgacg acgctttctg tttcctccaa cccgtccaag 1672321 ataagctcga agatttccct ctctcccttt ccgccacttc ggaggtattc gagaagtgcc 1672381 gtgtacccga gggagttgag gtaaagcccc agctgccacg cgaggtattc catgctctcc 1672441 gacccgtcta aggtgtacca gaacgcctca ggaaaggcct tcgccagcag gctggtcttt 1672501 cctattcctg ctatcccata cacaacaacc agctttccct tcgagctcct gaggatctct 1672561 atctcctcac cccttccaac gaagaactta acttctggaa cctctcccgc ggttatgggg 1672621 actgtatagt cctccttctc cccgatatca acctgcacct tttcggggag gaagtctatc 1672681 ttcacttcat ccactttgag ggagtacacc ctcacgtttc tatcgcccag ccgaacccat 1672741 ctcccttcaa cgaggccgag cttttcgagc ttcttaagcc tcctagaaac gtcgctctcg 1672801 ctcctatgaa ggagtcttgc gagctccctc gggtgaaaag agcccgacct gagcagggac 1672861 agtatctgga ggtttgtctc gctggagaga actttaagca gggagattgg ctccaccacg 1672921 atcccccaaa caaaatagga gaagggggta taaatcactt ccgagactta tagagctctc 1672981 atcagcagct tcaaggccct cttttccagg aagtaagccc ttctcatgta gattgcatac 1673041 ctcattgggt cgtgcaggca gtacatcttc ccgaagaggt agtactcttc tgcttttctg 1673101 tggagagcca aagccttctc caagatcttc tcctcttccg ctctgggttc aattgcctcg 1673161 aaagtgtctt tgagctccag gtatctcttc tcccacttca tgccgagtag gaaccacgcc 1673221 cagtaaggat caaatctccg cgccgggctt tcaagctgta tatggactgt ggaagcaccg 1673281 tgaatgagga cgtaaacgta ctctccaagc gctccgtagt atcctacact gcccatgcct 1673341 tcacttagct tgtaggttat cccatccttt tcaagggtaa cactcactac tctcatcccc 1673401 tccaagggca tcaagagcac ggcgtaccct tcaccggtta cttcagcccg tatggtcttc 1673461 gttctatgct tgaaggcccc ttctctacgc tctccttcct ttatagaaat acccaccatt 1673521 ttcatgccgt tactgatcac aagccaggga gtttccttaa gacactcgtc tatgaccact 1673581 ctcccgcctg gtgggaagtg gaagtacgtc cttgttccgt tgagcccgag gattaccctc 1673641 aaggcgtcac ctttgaactt gaccctgctc ttgatttctc caggcactct aatgacttcc 1673701 gtcccgttga tgtatatgac ctcaacgctc gtgttcaccg tgaactcaac gactttgctc 1673761 ctcgtgttat cccatatgtc cacagcagtc acaacaatcc tgtggtgccc gtctccaagg 1673821 ttcacagcgg ccctccagat cccatcagcc tgatggagtg aaacacacct gccgtccacc 1673881 tcagcgaaaa cgacctgcac cccgctcgag tcactcgcct caacgcgtat ctcggtaacg 1673941 ttgtgatcgt aggttttgtt ctcgggatag aggattttca ggctgggtgg ctcggtgtcc 1674001 ctcaggttgc tcgcgttcgc aaagagggca acgctctggg ttatcctcag cagggtctcg 1674061 ttgtggtcga tgatgcctct caccctgacc actctaaggt aagtggcgtt tatccagccg 1674121 tagcctgagc cgggaacgag gctctcagct ctgctcacga tgctccagtt cccggtttca 1674181 atttcccaca cttcctcaaa ttcatccaca aggacgttta tgctacggag gacttcctcc 1674241 ttccatgcct caaactcccc cttgaacggt tcccacgaga tcgtgttgta aaagccgaag 1674301 tccttggtga aggtgtaact ctcctccctg ctctcgttca cgagggcaaa gacctcaatg 1674361 gtctttgagg ctgtggcact gaggttgtag gcgtcccaga ccgtaagcgt gacagtgtaa 1674421 acaccgcccg cggcgtagac gtgggtcggg ttggtctcgt cgctcgtgga gccgtcccca 1674481 aagttccaga ggtagcccgc tatcccgtcc gggtcgtcgg cgagagctga gaacgccacc 1674541 gtcagatgct cggcatccca ggtgaagttc accgtcggtg gttcgttcac ccggaaggtt 1674601 acggtttcac tgacgttgtt gctaacgtcc caggcaacca ccgtgaagtt atggcctcca 1674661 tagtccagcg acaggtttag gcccgcgacg ggctccgtgg agatcagcct cccgtcgagg 1674721 tacgccttga caccgagcag atcgtcgtcc agcacggtgt agttgaacca gatggttctt 1674781 gagttgtata tcttctcagc aggactctcg atggttatga gtggcgcgcg cgggttcaga 1674841 tagagccaca gcgtctcatt ggcgcagttt ccaaagacgt cttcggctac aaccaccacg 1674901 gtgttgttgc ccacgctgag agacggcctc ccgctccaga gggagaggtt gccggatttt 1674961 tccaccagcg tcatgttctc cctcgcgcct tccacctcaa cccagacggt tacgttgctc 1675021 tcatctatta ccgtgacgtt gaggactgga atctcctcat aaacaccgct ggccggcgag 1675081 acgctgatct cgggcggagt agtgtcagct ttcttgctcg tgttcgcgaa gagagtaacc 1675141 ctctgggtta ttctcaccgt tgtgtagttg aagcccgtta tgccgacgat ggtggcattt 1675201 ctctcgtagg tggcgtttat ccagcccctt tcggttgtga ggctctcggt gtagttaatg 1675261 agggtccact ccgagacgct ctcgttaagt accacttcaa gcccggtttc cgggagggag 1675321 acgttggcca aaacacccgt tgcccagtcg acaaagtcct gcctgaactc ttcccagcga 1675381 gtgtagccgt cgccgaagtc ccgggaatat gtgaaggcct ctaactcctc cctgctgacg 1675441 tttctgtagg cggtgactgt ccaggtttca ccatccacgc tcagcgtgtg ctttcccgcc 1675501 tctgttatct cgaccctgaa ggttacgttt gccgtttctc cgggcccaac ttcgacggtt 1675561 ctccaagcaa tgggctcgtc gtcaagcctt agggtggcgt tgtaaactcc ggccaagtcc 1675621 cccgtgttgg taacgttgac cgtcaggctc agggtgaagg gaacgacgcc ccactctggg 1675681 gagatctcac ccgtaacctt gaacattgcc gatgtgtaga cgtaaacgac ctcccttaca 1675741 gaggcactct cgttctcgtc atcccagacc gtcaggacaa ctgtgtggtt cccgggttcg 1675801 gtgaaggtgt agttcacagc cggcccctca aagctctcgt ttccgattat ccaggcgtac 1675861 ctcacgatcc tgccgtcagg gtcgtagctt agagatccgt ccagcagtac agtgctgtta 1675921 acgatgggct cccctatgac cttcaccact ggaaccggcg ggcggtttgc cttaaggatg 1675981 tagaactccg gggttccgag gtcgaggatg tggagggtgc cattctcgat ccattgggtt 1676041 attggctcct ctccgtcgct ccgcctcgcc attgtgtagc cccaaacggg gactgccaag 1676101 tacacccagt cagggctcct gaccgagggc actatcttcc taaagccagt tccatactcc 1676161 tcggtaaagt tcagaaccaa aacggtgtaa tcgcccccat ccgagtctat tatcagttcg 1676221 ggaatcccat ctccatcgtc gtcgaccagg aagtctagca tgccgtcgtc gtttgctgta 1676281 tcgttgaagg ttctgaggag gaagtgtgtt ctgacggccc ttatcaggga tgtctcctcg 1676341 ccaccgagct cgtcactgtg tttgaaggtg gcgttgtagt atacaaagtc tccggtgact 1676401 tcagcggtca ttatccacgc ggcggttgag ctctcccccg gcccaatgtt tccgaagttt 1676461 atgttcaggc tgttcgggac tttccttcca tccaggagcg ttccgatgat cctgaagtct 1676521 atgtagacgc ctgggtagtt ggaacgctct atcctgggct gggcagaggc tattctaagg 1676581 ttcctcgcct cgccgtagcc aacgttcctc accctcacgc cgaagacaaa aggtaccggc 1676641 ggctcaactt caggagtata cggatcgtca ccgtagacct tcctcgggat tacgtagtcg 1676701 agctcaagct ggggcaccgg ttcgacctct atcaccgcgg gccaggtttc gaagacgagg 1676761 gtggtgttac cgacctttcc agtaacgttc gctatgacgt agtaccttgt cctgaacttc 1676821 tctgcagcac caaccttggg gattatgagc catctgaacc tcgccgcctc tctgggaggt 1676881 aggtcgccgt tgactatgcc ctcagactcg tcgagcctaa ggaagaacct gtctgtcact 1676941 tccttggcgt tttcgtcgaa gaacaccacg cttacgttca cgtccttaag gctgtagttg 1677001 gagtttgtat tcgtgaactt cagcgaggcc ctgaaggcct gcctctcaaa ggccagcctc 1677061 tgttcgacgg ttatcacaag gtcaacgcac atgtggagct tgttcgtggg tgtctctccg 1677121 ccctcctggg ccgggagctg tggagtgtcc ctgagcggga cgtttacgca gaccttcctc 1677181 tccccaggca ggctggagag cccaaagcat gagggacagg cctttgcccg ggtgcttgaa 1677241 ctccctgagc tgccagattt ctttatcgtg ggaagcccct cgcaggtgaa cctgccaacg 1677301 ctcgtctctc ctccggcacc acctcctcct ccaccggcca aaccgtcgcc gtatccgctt 1677361 ccgagtaggt agccactcct tatgagctgg atgggcttgg gatcgccgag gttgggtgga 1677421 gtacagttgt tgccccagag gcagatagca cagttcatgc cagcttcggc tatctttggt 1677481 gtgtagtcgt cgacaagctt aattataaga tccaggacct tgaccgccgg caagttcttg 1677541 gcggcctcct caagctccga gattactcca ccactcagct tatccactag atcctttgcc 1677601 tttccccagt ccacttggac gttgccgttc tccacccgaa caacgctcat aacgctgggg 1677661 tacatgtagc catccatagg aggtaaaatg aagccgacga cagttccgtt ttcatcggtt 1677721 atcagctcaa agttgatccc cttagcggag aggtaatcct ctaagtactt ctccccatac 1677781 ttcacggagg cgctcttcag tatcttgagg aagttggccc tgacctcctg atatttcttt 1677841 gcgaagttct tcctggtctc gtcggttggg ttcatgctca tttcgtagta ggcatcgtaa 1677901 agctcctgga ggttctggac tatcttctcc ccggactcct tcataatctc gttgttcttg 1677961 aagacgtccc ccatcttatc aatcagcgtg tcaaagacga cgtgtgcccc aatgttaagg 1678021 agggacttcc agcagccgtc gcacgtcggt ttgactatta tcttgtgaac cttttcagct 1678081 ctcagtgtta tcttccctgc ctcctcaacg cacacaacgc ccgccctgag agtgaagacc 1678141 ttcgtctcgt ggaggcacgg gttaattggg ggagagcgct ggtagtagac cctcaccacg 1678201 tagggcacca cgacgctctc ccctggcttc aactcgtcta tcctgttgac cagaaactcg 1678261 acatcgatat agtggctccc tccgctgttg aatgtcacgt tgaagaccga gacgtagcgg 1678321 tgggtgttcc ttactatcag ctgtcccctg aactcgagga cacccagctc cgcaagcttt 1678381 ttgtagtcca cgtagacctc caaatcacct ccgtaggtct ttatctccgg agccgggacg 1678441 taggtggtgt aacctatctc gtgctttatg acgtagacgt cctgtatcgt tacgggtacg 1678501 acctcccact tgatttcgag gatggagggc atcagaacaa ctgttacgtt cttctccacg 1678561 cccggctcca cggtaatcct ctttgttgat gtgtagtggc tcttctctcc tactatgagg 1678621 gtgtagtccc ccattggaac gccgccgaag accacggtgc cgttttcatc ggtggttcct 1678681 tcgaagtggg cgtactcgtt gtagagggta acctccgccc cctccagcct cgttgcgttg 1678741 ggatccatca ctgttatcct taccaagccg gttgcgttcg gtgtgacggt tacccttatc 1678801 ggaatgtaaa cgtccgggta gttggcggag cttatcctca gcctgccctc gaacgttccg 1678861 gtcgcgttat cgggcggggc tatgtagagc ccgatcgaag cctctttccc ggctttcagc 1678921 tccgtgaagt tcgaaaccac cctgacccac tcgatgggtg agttcacgct gacgttcctc 1678981 agagtctcaa agcccgcgtt cttgatattc agcgttaccc ctttggtttc gttggtaagg 1679041 actccaactt gaagggagcg cggttcgacc tctatcctcg gggccggcgg gaggacactt 1679101 acctcgatgg tcaggttctt ctcgacctcc atcccgagct gggtcgtcct gaaggttatc 1679161 actatgctcc tgttaacggc gttctcgctc gacagtccta tttttatccg gttgatgccc 1679221 tctttgagct ctatcctctc cggtactgag acgttgtagg cggaaggtgc ggaaacctca 1679281 acggtgacgt tcgaggcctt ccagtggttt gtgagctcaa cctctatctc cccgctgaac 1679341 tccttcgtaa cgatgagctg gtaaacgtcc gggttgagcg tgagcccgac gatgtcaaac 1679401 tcggcgtccc tctccggcac gagaacactc gggtgggtgg cactcaccac gaagtggccg 1679461 gcctcgtttc tgaagggggt gaagctcatc ctgaagtgac cgctcccgtc ggtgataacc 1679521 aggtactccc tcacgaagtc tcccctgaca atgcctacct tgacagggac gttggccaga 1679581 agaccgctct cgttgtaggc gaagccctct atcagcacgg tgtcatccac ctcaaaggcc 1679641 ggccgcacgg tgacgttggc gttgtagggc ggtttctcag ttccggccgt tacactcctc 1679701 ttaaaagtcc caacgtccgt aaagaccgta gcattcaggg ttatctccga gacgttggca 1679761 ggaactacat agttaaagga agtcactacc gagaggttcg gtgggaggaa aacgctgagg 1679821 tctctccgca tgccaagaac ttcaacgccg gtaaccctga gcggtgcgga gcccgtgttc 1679881 ctgaaagtca catgaatcct gccctctccg ccccggacga agttctcggt gagcaccatg 1679941 acaggacttg ccaccgggtc cctcacctca acctctctgg tgctcacgag ggatccaaga 1680001 ctgaacatca gttcgtaagt ccctctttcc cggggcacga gccggtaggg aatgaccgct 1680061 tcctctcccg gccctatcac cggcaggggt tcaaggggtt caccgctgac gtttcccagc 1680121 ctgaggacgg ccttggacgt gtccagctct gcatcgccgt agttctttat cctgacttcc 1680181 accagacccg ggaggcccgt ctgaagcttt ccaacggtta tctccggggg ttccacctca 1680241 acagattcaa ccgggaggag ggcctgggtc gaggagtctc ccacggtgag cacggccttc 1680301 agggatccga gaccagaagg caccgttacg tcgaagctct ccctgatact tccctctggg 1680361 agctccactc ccttctctag ccgctcaatg acgtttccga aaacatcaac gagctggagg 1680421 cttaggcttc cgtttgcata gccatcgagg ttctccacat cgacgtaaac cctcatagga 1680481 tagcccacgt agacctttcc ggcggttatc atgagccttg cagggaagat gaacgcgggc 1680541 tcgctctcga accccatgta atcaaccgcc gtgacgctgt agttcagact gcccgtgaag 1680601 atatccctga aagtcgtcac ctcaatcggc tcgtcgttga gcctcacgcc gtccctgtaa 1680661 acgtagtagc cagctatgtc cgagtcccca ctctggagcc agctcagggt gacgtagttg 1680721 tcactgacgt tgacgacgag gccggagggc gggcggggaa tcccgttcac tctgaaccac 1680781 gccgagtacc tggcctcgtt tccagccctg tcgagggcaa ccacctcaag gaggtagctc 1680841 ccgtcggttc ttatgatctc tccgcggtag tccctgccgt tgatcgttac ctggtactcc 1680901 ttcaggttcg aatccgtcac gtttatctcc ggcatgaaac tgccgttgta cagggttccg 1680961 ttgaggacgt tggtagctat ctccggggcc tttctgtcga ggacgaacca ccaccggtac 1681021 tccttggagt tccctgccct gtccaccgcc ctgatcagaa ccgtgtagtt gccgtcctca 1681081 agaggcgtgg agttctggaa caccagccac ccccatgaaa cggcggggga gccctccacc 1681141 tgagctccgt tgaggtaaag cttcatctcg gttctggagt agtccatccc ggagccttcg 1681201 tcgctcagca acgccccgac aaggggctcg tttgtgaagc tcctgtttcc tgggtaggca 1681261 agccttagca ccggggccct ctcgtccgtt atgaacactg ggacttcaac ctcgttgttg 1681321 ttctccgcca cctcggaaac ttcatcgtaa ggatcgacga ccgcgcggag tacatactgg 1681381 ccgtagcggg ccttccaggc gttctcgaag ttcagggtaa ggtttctgcc cggggagagg 1681441 ccgtggatcc tcctgacggc cacgagggtg gagttggcgt atatccctac atagaacggc 1681501 aacaatgtcc tttcaccagc gttctcgatg accaccgtga agtccatgta ctcacccgcg 1681561 ataacgtccg agtgctccag tccaacgact ctcagatcag gagctgggac gctgacctcc 1681621 accatcaacg cgttgttgtc ctcgtcccac tcgcggatag ccccataagg atcagcgatg 1681681 gctgtgaggt tgtagttgcc ggcgtccgcc ttccaggtta tgctgacgtt tctctcctcc 1681741 cccggcagga ggttccttac atatcccccg cccagcgttt tcccatcgtg gcggagggca 1681801 acgtagaacg tcccggttcc gtagtcaccg acgttcctga tgattaccgt tgcgttgacc 1681861 tcctctccgg agtactcagg cacccttggg aggagggaga cgaccttgat gtcgggagcc 1681921 tttacatgga tgcccttcga gaactcgttg ttggtctcgt tggtctccac gattgaaccg 1681981 taatggtccg cgacgaccct aagaagggag tccccggggt agggtctgat ggcgatgccc 1682041 accgttgatg agttcccggc cggaagcgag ctgacgaacg ttcccccgag atacctctcg 1682101 tcctggaaga ccgccacgag gaagggtctc tcgatgtctt ctgtcccgga gttcctcagc 1682161 gtcacgttca ccgtaaatac cgcgttggcg tgcatctccg ggacggagac gttctccacc 1682221 tcaatgtccg gaagctccac cgttacgttc gtgcttgcgg cgttgttgtc ctcgctggtc 1682281 tctggtatca ggttcccgtc gtcaacgacc agcagaacct cgtgcctccc tccggcatcg 1682341 accctccagc tcagagcctc ttctctggtc tcaccggaga gcagagatgg aacccacttc 1682401 cgcaccttcc tcgtcccgtc gatgtacatc gcgaggtaga atcctctgta agtgcttccg 1682461 ccggagttgg tgacgttcac gcggaatgtc acgtagcccc tcgcgagatc atctttgacc 1682521 catgagtatg attctatcca cagctcaggg atctctatga aatagctccc ggagacccag 1682581 ttgttggtct cgtcagcctc gacgatgaga tcgctggggt cggctttaac cgatacctta 1682641 acgtctccaa cctggttcac gtaccagcgg taagttaccg tgcgcgtttc gttagcggcc 1682701 attccgtaga ccatgacgta atgcagctcc ccgctgatgt tgaagagaac cgagaagggc 1682761 ctgtatatgg cctctccaag gttcctaagg gtgacgttta tatcaacggc ctttccgtag 1682821 gccagctcgc cgacgctcag attgcttagc tcgaagtctg gcgttccaac ggagcctatc 1682881 tccgcggtga agttgttgtt gctctcgttt tgctcttcaa tggcgtcgta gtagtccgcc 1682941 accaccttga cagtcaggtt tccgggcttt gcattgtacc acgtccacct gaactccttg 1683001 gtctcgttgc tccccatggc gtagccggat ggtgagtagg cccagccgga gctcagcatc 1683061 tcgctcccgt tccacagctc tatcctcacg gcaaaggact tttcaaagga atggccgagg 1683121 tttttgatga acgccgaaaa ggttaccctt tcccccgacg tgaagttgta gggctcccag 1683181 gttattccaa ctgggactaa ctcgggaatc ccgaaccggt cggtgctcag gctgacgttg 1683241 ttgttgtcct ccctggcctc gatccagtcg ttcctcaagt ccaaggctat ggtgaggttg 1683301 tgcttcccgg gctccggccg atagtagagc gtgacctccc tgccttcgcc gcttctaagc 1683361 ttgctcaccc agactgagta agcactcctc ccatcggcga ggagctggat ccacagggag 1683421 cctctgaaat cttccccaag gttggtaacg ttcaccttta tcccgtagga gcggtagagg 1683481 taggcggtgc cgttgagcac ctccccagga atcgaatagt tggctattgc gaagtccggt 1683541 ttgccgaggt ccaggacaag gctggcgttg ttgttgccct cgtcttgctc cctccaccta 1683601 tcgccctcgt ctatcgttcc gaagaggacg ttccttccgc cgttaaaggt gaagtagagg 1683661 ggaacctcca gcgtagagtt gggttccaga acaatgttcc agagccagcg ccatccggta 1683721 acgttctccc cattctcgtg tttgatgccg tattcaaggg tcatgtgatc cgccatgagg 1683781 gtcacgttcc cgacgttcct cacagtgtag gtgacggctt tgtattcccc ggccgaaagc 1683841 tccggggcct gaataccaag aaccaggtct ggatagccgg tggtgacgtt taccgccagc 1683901 cagttgtcgg acttcgatgt ttcgtttacc ttggcaaaaa tcgtggcgtt ggcgacatcg 1683961 cccggggcct ggagcgttat ccttccgctc aaagttttcg tcccgtttct atcgaggaag 1684021 tcgtaaacgt accagtactc cgaattaccg ccgagactca gcttgatcct gagcgggaag 1684081 gtcgtgccgt tgtacgggct tccagcgttc cggattgtta cattaacggg gacgtagcca 1684141 acggtgtttt cgggcattgt tatggactcc acgaggaagt tcggcctcgg aacgctcaaa 1684201 gcataaagga actcgttgtt ggactcgttg ctctccacta tccagttgta ggcatccgcc 1684261 acgaacctca gcgtgacgtt gccgccgttg gcgtaggtgg ttattgttac gttcctctcc 1684321 tctccagccg aaagcccgcc cggtacgtag atggtttcag tccctatgcc tccgtatagg 1684381 gcaacgtaga agccgctggt gaaaccttcc ccgaggttct tgattgttac gttgaacgtt 1684441 gcaggactgc cggcgatgcc gtcgaagtcc acgagcttta cgctctttat cgtcacgtcg 1684501 gggccgttta cgaaaacccg ctccgtgagc tcgttgttgt cctccctccg ctcatccacg 1684561 ctgtcgtagg ggtcaaccct cacggtgagg tttacccacc cgaccctcga cggccaccac 1684621 cttaggctta ccctcgcggt tccgttgatc tcgacgtaag ctgagctttc gtagctcccg 1684681 tcctcgtaga ggttgaccct gacgcttcca gcgtagcagc cgcccaggtt cctcaggcta 1684741 gcgttcacgt agtagcggtt gcccgaactt acgtttccgg ggacgtctat cctctcaacc 1684801 gtgaagtccg ggagtttcac tgctagcgtg tagggaacct caaccgagtt gtccccttcg 1684861 ttggactcct ccaccgtgtc gtagggatca acctctatca ggacgcccgt aacgtttcca 1684921 gccagcacgc ccgggcttaa gtgaacttcg aagctttctc ctgccggaag gaagggtatg 1684981 cctgcccagg atgaagagga gcggttgtcg tcgtagagta tcagggccct cacatcaacg 1685041 ccgctccagt tgagcccccc gtcgttggtg acattgactg ctatatctgc cgacgccccc 1685101 agacagttgg gtatctccac cgagtagttg gctatcctga agttgggcag cgggaaggag 1685161 tactcgccga ggaggagggc gttgttgctc ccgtttgtat ctcccatggc cattatctcc 1685221 agtgttaggg tgtagttccc gccttgggcg agccagaaca gctttccgtc aagggttccg 1685281 ttggagaagc cgctcagaag cctggcctcc tcaactttgc cgttcttcag aagcctgacc 1685341 tcgacatttt ccgggtgctt ggagctcgtc ttcaccgtaa agttgatctc gaccacctca 1685401 ccgggggtga tgttactcac gctcgcgtct tctatccagt agtcccccgg ccagaaccac 1685461 agctcggcga agttgtcgga gtaatcttcg tccccgagga gctcttccct atcggccgtt 1685521 attctcacgt agccctcgga aatgggcgac tcaaccgaga ggttgaggct tccgccacct 1685581 tccaggccgg aaacctggac cttgagcgaa ctgggtgtga cggagggaac gttcacgatg 1685641 tagctcctcc cctccatggg cgatacctcg gtggactcaa gggcgaccct tgagaagtag 1685701 cccgccttcc ccgagaggta tgatgccctc agcagacggt agctccagac gatcgttccg 1685761 ttggagaata tgagcagctg aaagttcacg ggatagttcc ctgagtcgta gtcttcgtag 1685821 gttgccccga accattccag gagaacgccg tcctcaagct cggccacgag gagatagccg 1685881 tcctcagttt cgaggtcatc atcgagggcc gctatgaagt ctctccgctc ctccgagaga 1685941 aggtcccaca ccccgtagtc ccccgccgag agggtatcct catactccac catcaactcc 1686001 acgtagccgt tggtgctcac ggagatgttc ctgacgggga ttccaaagaa gttcagctcg 1686061 aagggcagtt cgtagatgag atagccgtca tcagcattca ggacgacgct cccacctctg 1686121 acgtaggctc ccgaggtgac tttggcagaa ttcgcaatga gctcgctcgt attttcccag 1686181 acaaagctta ttctgcgtgg cactggaggc gttacaggag gaacgaagtt gaaggtcacg 1686241 ttgaatgaat cagcacttcc tcccctgttt ctcacggttg agaaaacttc gacaccctcg 1686301 ttcccaacgc gatatcccgc ctcgtgaacc tccagatccg gcggcttgcc agatgagaat 1686361 gcaggcacaa aggatatcgc attaggtggt atcattgagc ccaaaagaat caacaggatt 1686421 acaaggggaa ttaccttcat ctctcaccac cttctacgag tttcctagtt atttgaagtg 1686481 ttaggaagtc ttcctcagcc tcaagcacac tcacgatagt ttttcgatcc agcccagttt 1686541 tccgagctat gaagttcacc aactcaagat cgattcgttc catgggtggg gaggatacac 1686601 caaccatctt aacccaccgg agagactacg gtttcaaact acatatgatg tgggtttgaa 1686661 gaaattcatc aaacccggaa cgtttttcta ggtctgaaac aagatcgtag gggtgagaga 1686721 atggaggaga tcgagctcgc gaggaagttt tacgccgatg agtatcagga ctcggttctc 1686781 tactcaagcc tcgcgaagag tgagaaggac gagaggttga ggaacgagtt cctcaggctt 1686841 tcgaacatag aggcaaagca cgccaagttc tggcacgatt ttttgaagag aagaaacgca 1686901 gaaattccca gggttagggt gggacacctc cgaatcgcat cggtcagact gctcagaaag 1686961 ctgctcggcc caggagcggt ggcatctcta ctcgaaatgg gagagaactc ggcaatagaa 1687021 aagtactacc gctttctcac aagcttcgat ttaagcgagg aagagaggat caagctgtcc 1687081 agagttatcc tcgacgagct agagcacgag cacttctttg ccgaaaccaa aaggcggttc 1687141 catgcagaaa acgtcaggga tctagtactt ggaatgaacg acggtctggt tgagctcctc 1687201 ggggcggtta ccgggctttc agcagtctac gtgaattcac cgagggtggt cgggataagc 1687261 ggcctcatag tcggagttgc gggggccctc tcaatggcga taggggcctt catttcggta 1687321 agatcccaga ggcaggtaaa cgagagtgtg aggcggagaa tggaggttct cttcaaagtg 1687381 tccccggagc gggcgaggga tgagctcttc gaaaagttaa ccgaagttgg aatacccgag 1687441 gaggtcgcga gggaagttgc agagaggctc tcctccaacc acgacgcaat catgaagctg 1687501 ctcgttggag agagcggagg agaaaacgag gttcggtctg ccgtctacac gggagtggcc 1687561 tacctgttag gcgtcctctt tcccgtgttg ccttacttca tagcaccttc ttccctcgtt 1687621 gcccttccaa tctcaatagg gctcgctggg gccgcgctgg cggtggttgc aaccctcata 1687681 gctctcctct cgggcatctc actgaagaca aaaatagcgg agatggtctc aactggattg 1687741 ggagcggcct tcctgagcta cctctttgga aggctcatgg agaacctgtt ccacgtttcg 1687801 accctttgat cccatctttt ttgaggttca gagaagtaag gaaaagacaa aaagatcaga 1687861 ccggggtaac gtggccccac ttctccagag ccctggcgag ctccttgtgt gtttttgcgt 1687921 actcgtcgag cgggattccc tgcattatcg cgtcaatcgc ctgcctcact gccctcgctc 1687981 cagccccagg cccgtccggg tggccgaggg ttccgccgcc gagctgtaaa acgatgtcct 1688041 ttccgagggc ctctatgacg ggctcgatgt tgcccgggtg aaggccacct gagctggtcg 1688101 ggaaggctgc tttcatgccg tagaacttct gctcaaggtg gaagacgtcg ttctcgtccg 1688161 gcttataggt ttcctccctg agaatcctcg cgttctggat gacgtcccac ttaccgccct 1688221 cgagctttcc agcgccggcg gttccgacgt ggagctggtc aattcctata atcctgtaga 1688281 gcttggccaa gacgaacatc gagatgccgt ggtacttgtt cctcgtgaag gccgcgtgca 1688341 tcgccctgtg gccgtgaatg gccaatccgt agtcggccgc caaatcgcgg atgtactcaa 1688401 gcgctcccca gccggttata acgacgtcaa ccatcgcgtg cttgagccca aggtctgcca 1688461 ggacctcaag ccttctctcc atctcgcgga tgtcggcggt gatgttggcg aaccatgtct 1688521 tcttctcgcc ggtctcgttc tcgactttgt caataaccct cgttactatc tctgctctct 1688581 catcgaagcg gttgtaccag gggctcgtga ggttctcgtc gtcctttatg tagtctgcac 1688641 cgttggagag gagctcgtag gcgagcttct caaactcctc cggtgagtag cctacctttg 1688701 gcttagggac gacgccgtag agcggtctgt catagatttc gagcatcttt ctgacgccct 1688761 cgataccgaa ggcgggcccg ctgaagttcc tgaggactat ctcggggaag tagaggtcct 1688821 cgaggcggag gcccttaacg cgcttcattc cgaagacgtt cccggctatg ctcgcgagaa 1688881 ggccgggcaa gttccactcc tcgaaggcgt ggaacggata ggcaatcttg acaatccagc 1688941 tcccgtctcc catgtctatg aagtcgtagg ccttagcgga aaggtcggcc cagcgctcct 1689001 gctcgtacca ggggtaaagg gttgtccacg ttccggtcga gctctcagcg gcgacggcac 1689061 cggcggcctg ctcgatggtg tagccctcgg cgggggtaac gcggaaaacc gctatgatgt 1689121 ccctcttctt gtttggctcg tagtccttgt ccacgtagta gtcgtatatc ttgtcgaact 1689181 tctcaaccat tctcaaccac ctcaacggat tttctcccct ccggctatta agccttctgg 1689241 cagggggcaa aaaacttgga aagaggggct tattaaactt tcgccccaga tatgggcaga 1689301 gaaaagaaaa aggatcagcc acgccggaga acgatcaggc tcacgggcgg aacctcaagg 1689361 ctgttctgat aactcccgtt tccgggccat gcctccttcc acgttccaga gggaaggggg 1689421 atggaagtag gtgaatccct gttgttagca actacgagga tctcgtttct gtgcccgcgg 1689481 aaaaaggcga ttacaccatc tttcgccata taaaagctga tcttgctact gctcagcgcg 1689541 gggatgctct ccctcagctt tccaaggctc cggtagtgct caacgaggct tacattacac 1689601 tcactccact ggagcggata gcgctgctcg tcgtagtggt tcttgtcccc gaggaagccg 1689661 cactcgtcac cctggaatgt aacgggcatg ccgggcagag tatagaggag cgccgacagg 1689721 agcttgagcc gcttaactgc ctctggtttc ggcttatccc ccagtttacc gccgccgagg 1689781 tccgtgagga ctctcgaggt atcgtgggaa tcgacgaggt tgaagcccat agcaacgacg 1689841 ttctcaccgt aggaggcgta gtactttccg agaaggttga gggcggtttt tccacttagg 1689901 gttccccggg cgtagggcag gaggatgtcc cttccgaggg cgtagttcat gagggagtcg 1689961 aacttgtctc ctttgaccca ctccggtgaa agcgtccaga tctcaccgac gaggtaggcg 1690021 ttgggatgtt tctccttgac cctctccctg aactcacgga agaactcgtc agcgttcacg 1690081 aggtccgcag gggtatcaac ccttatcccg tcgaagccaa agtcgagcca cttcagcgcg 1690141 gaacctatga ggtactccct tacctccggg ttcgtcgtgt tgagctttgg aaggctcccc 1690201 aggccccacc agccctcata ggcgctccca tcgccgagct taaatggcca ccgctttatg 1690261 aagtaccagt tccagtactg gctttccctt ccgttcttcc acacgtcaag gaactggtcg 1690321 gccccgattc cactgtgatc ggggacgaag tcaaagatca cctttattcc cctcttgtga 1690381 gcctcgctga ggaaaagctt gagctccgtc tcggttccga acttcggatc aacgcggtag 1690441 tagtcgtacg tgtcgtatcc gtgaacgctg cccgaaagga agattgggtt caggtagatg 1690501 agcctgacgc cgagggagct gaggtagtcg agtttctcag ttatgcccgc tatgtccccc 1690561 ccaaagtact ggtggcagca gtggagcggt gttattggat cgctccagtt tgagaggatc 1690621 ggcttctcgt tcgtcagctc attatagacc agctcgtcgt gatcgagggc aagtgcatcg 1690681 ttgctgtggt ttccattgaa gaacctgtca gggaagatct ggtaaccaat tgcactgctg 1690741 acccactcga tctgggggaa ccggttaacg ccgtcgaaat ggagctcggg gctctctgag 1690801 ctgttgaaaa ctatgaactc tgtaccgttt acgttgagga caaagtggta gtcaaaagac 1690861 cccacaggga gctcggcacg ccacacttca ccggaatccc accagacctg cttctccatc 1690921 gtgaagttcc cgatcgtggt aacaagaacc gccgaatcaa ccagtcccgg attgacctcg 1690981 aagcgcacca ccgtcctggt gtccgctatg gaaaggtagg ccggatcaag gggatcatgc 1691041 tcaatcacga gggaggaggc ccctcccact attttaacgg cgttcttccc gccataaccg 1691101 tcatcgacgt atttatctgc cgttggatct gccttggaca tatcctttat ccagtggcca 1691161 tcgacgtaga acttgtactc ataggttccg ggggcgaggc atatcctgag aacccatctt 1691221 ccatcgggct ttttgtgcat aagccactgg ctccagtcgt tgaacgttcc cctgaggctt 1691281 acgcgcttca cggtcttgtt tccggggttg taaacaaact ccaccggaat ctttccggac 1691341 ggacaggaac cggaggacgt cgtaaggtaa atcaccttgt agccgggccc cggtgaaggg 1691401 gttgctgtag gtgaggtggt tgtttggctc gtttgagtcg tcgtggatat cgtggaagtg 1691461 gttgtggaat aagtcgttga ggtagagcag gaggacactg tggtcgttgt actcgatgta 1691521 gtttgggaaa agccggacgt cgttgaagcc ccatttgaac cgccgccgag gcatccagcc 1691581 gcgaaaactc cccctatcag gagaaagatg agtgcgagga caacattctt acccacatgt 1691641 atcaccaaga gtgaataaag gaaagggtat attagagttt tgctcacccg agctcgatca 1691701 gtgggtcgcc ggtgtttacg gcgtcgcctt ccttcacgta gattttcttc acaacaccgt 1691761 ctttcggagc gggaatttcg ttctccatct tcatagcctc aagcacaagc aaaccctgac 1691821 cagccttaac ctcctgcccc tccttcacga ggactctaag aatcttaccc ggcattgggg 1691881 cggtaacggt gttgggcgaa gcactcgcag gagctggagt agaggcagga gcaggaactg 1691941 acacaggagc tggagcagga gccgaaacct gcacaggctc aggggaacca gtctgagcgg 1692001 gggtaattcc ctggaccctc gacaggtact tgagagcgct caaatcaaca ccctcaattc 1692061 cgacctcgaa ctcgacgccg ttgacgtaaa ccttgacctt tgatgccgtc tttggaagct 1692121 cgaccttcac cctcccctca gccctcgccc tgaagaactc gagggcaacc tccgggaaga 1692181 ggcagtaggt tagaacgtcc tcctccttgt ggaggtagcc gagctcctcg agctttctcc 1692241 tgcactcctc aagctggggc ttgagcaggc tccccggcct ctcctttatc ggctcctcgt 1692301 cgccgaggac gagccttttg agctcggggt ttatctccgc tggaggcctt ccgtagaggc 1692361 ccctgatgta gtctttaacc tgttgcgtta tctgcttgta ccgcccgaag agaacgttga 1692421 gaaccgcctg agttccaact atctggctcg tcggcgtcac gagcgggggc cagccgaggt 1692481 cttctctaac gcggggaatc tcctcgagga cctcatcgag tctgtcgagg gcgttcatct 1692541 ccttgagctg ggcgatgagg ttagagaaca tcccgccggg aacctggtac ttgaggacgt 1692601 aggggttcac aatgagcgtt tccttgtgga gcagtcccca gtacttctcc tcgagcagtt 1692661 tcttcaggta gcgggagacc ctgtggatca gctccctgtc gaggtggctc ccgaccgctt 1692721 cgggaagggc gtgccatatc gtctggattc caggctgggc cgttccgaag gcgagcgggc 1692781 ttatcgcagt gtctatgtaa tcggcacccg cctcaacacc cttcagatag acggccaccg 1692841 ccattccggt cgtcgagtgg gtgtggacgt taacggggat gccgtaggtt tcctttatct 1692901 cgctgaccag ctcgtagatc ttccaggggg taagcaggcc ggccatgtcc ttaatcgtta 1692961 tgacgtcgac gtcaagcttt aggagctcct cgaccttctt catgtagtac tccagcgtga 1693021 agactttgcc ggttgtgtat gctatcgccc cctgtacttc agctccgact tccttggcct 1693081 tccttatcgc gacctccatg ttgcggacgt cgttgagggc gtcgaaaatc ctgaatatgt 1693141 ctattccgtt cttgtgggcc agctcgacga acttctctac aacatcgtcg ggatagtgct 1693201 tatagccgac cacgttctgg cccctcagca acatctggag cttcgtcttc cttatgtgct 1693261 ccctgaggag gcgaagcctc tcccaggggt cttccttaag gtagcgtatg cagacgtcga 1693321 aggtcgcccc tccccagacc tccatcgagt agaagccgat tctgtccatc gtttccgcta 1693381 tctttagcat gtcatcagtc gttagtctgg ttgctatgag tgactggtga gcgtccctaa 1693441 aggttgtgtc aattatgtca acctttgcca ttttcttcac ccttttaatg cccacagaag 1693501 cggagccttt aaaagcctta cgacggcaaa agaaaaggag ttagacagct gtcgaaatca 1693561 gagcaggccc tctgccttag ctgcctcctc cgggtcctcg ttcctgtgga caacgcgaag 1693621 aagggccttt atgaagggct ccgggttctc acgctggaag atgttcctcc cgacgaccgc 1693681 tccagagccg ccggcctcta tgacttccca cacaaccttc aggaagtcaa ctggattctc 1693741 ggtcttcgct ccaccactca gtaggacggg aactcctgca gcagcctcaa cgacctttgc 1693801 gaaggtctcc cttgagccag tccagtaggt ctttatcatg tccgcgccac tctctgccgc 1693861 agctctcgcc ccgtacatga cgacgcggta gtcctctttc ttgccgtact tctcgtttat 1693921 gtacggtccg cgcggatagg cgaactgcac aaccgggaag ccgaggtcgt gggcgtagct 1693981 cgctatctcc gcgaactggc gcatcattac atcttcctga ggcgaacccc agtagacggt 1694041 cgccgctatc gcatcggccc cgagctttat ggcgtcttca acgtagccca gctggctctg 1694101 gagaagctgg tcttccttcg gacggaggtt tgtcttgctg gtcagcttta tcatgaggcc 1694161 gacgtttggt ttcacctcat cgcctgcaat cctcgcgatt ccggggagca tcatcacgcc 1694221 gtctatccct gcacggacga cctttctaat gatggccctc gggttaacgt gctcccagac 1694281 gggctcgaag tcggtaggcc cgtgctcgaa gccgtgatcc atcgcgaaga tcaacgccct 1694341 cccgtccctc ctgaaaaagc gcttcatcct cctctttatg cccacgttct ggtacgcgtc 1694401 catttgcatc accgtgagtg atatatttga agaagaattt aaggttttcc ccggaaactg 1694461 tataaaatag ggttgagaaa gaggggaggg atgagaaatg gagtggaaca tcataacgct 1694521 cgatgaagtc gactcgacca atgagtacgc caggaggata gccccaacgg cccccgaagg 1694581 gactgtggtg gtagcgaaga gacagacggc cggacgtggg aggaagggaa ggagatgggc 1694641 ctcccctgag ggaggtctct ggatgacggt catcctaaag ccaaaatcgg gtccggagca 1694701 cgttacaaaa ctggtcttcg ttggagccct ggcggttctc gacaccctcc acgagtacgg 1694761 gatcagaggg gagttaaagt ggccaaacga cgttctcgtt gatggaaaga agatagcagg 1694821 tatccttagc gagtgcaggc tcaaccattt tgccctgctc ggaatagggt tgaacgtcaa 1694881 caacgagatc cccgatgaac tgagggagag cgcggtttcg atgaaggaag tcctgggaag 1694941 ggcgatcgat ctggaagaag tgctgaacag agtgctgcgg aacctctccc gctggtatgg 1695001 gctgttcaga aacgggaggc acggggagat actgaaagcc gtgaagggca gcagtgcagt 1695061 actgggaaag agggtcagga taatcgaaga cggagaaatc atcgccgagg gtatcgcggt 1695121 ggacatagac aactcgggag ccctaatcct caagggtgaa gagaatacgg ttagggttct 1695181 ctacggtgac gtgtccctgc gcttcagtta gttttcgtct ttctgacgaa aattttatag 1695241 aaaagttaaa taaggtccta tttttcaggt gttcttggtt tagttgtcgt gtttggcatt 1695301 aatttttagt cggaggtgaa aaggtggggc tactgaggaa gtacctcgac tatccggtgc 1695361 tctggaagat actctacggc ttgattttgg gtgcggtctt cggactgata gcgggccact 1695421 tcggctggac gagctttgta gcaacgtaca tcaagccatt cggcgacctg ttcgtcagac 1695481 tgctgaagat gctcgtgatg ccgattatac tcgcatcgct tgtcgttggt gcggcgagca 1695541 taagtccagc ccgcctcggt cgcgttggcc ttaagataat cgtatattac ctcgctacct 1695601 ccgctatggc ggtgctcttc ggcctcatag ttggaaggct cttcaacgtc ggagcaaacg 1695661 tccacctcgg ctcgggaacg ggcaaggcga ttgaagctaa aagcccctcc ctcgtccaga 1695721 cgctcctcaa catagtgccg acgaacccgt tcgcctccct ctcaaacggt gcggtcctcc 1695781 aaacgatatt cttcgccata gtccttggaa tagcgataac ctacctcatg aacaggcagg 1695841 gggagcgcgt tagaaagtcg gcggaaaccc tgctgagggt cttcgacggc ctggccgagg 1695901 cgatgtacct aatcgtcggc ggtgtcatgc agtacgcgcc gataggtgtc ttcgcgctga 1695961 tagcctacgt catggccaag gaagggttga aggtcgtcgg ccctcttgca aaggtcgtat 1696021 tcgcggttta cctcggtctc tccctgcaga ttgtcataac atacttcatc ctgctcaagg 1696081 tcttcggaat tgacccaatt atgttcatca agaaggcgaa ggacgccatg cttaccgctt 1696141 tcgtcacgag gagctcgagc ggaaccctgc cagtgaccat gcgcgtagca gacgaggaga 1696201 tgggagttga caggggaatt tactccttca ccctacccct cggggcgacg ataaacatgg 1696261 acggaactgc cctctaccag ggcgtaaccg tgctcttcgt tgccaacgcc atcggtcacc 1696321 cgctcacgct gagccagcag ttgatagtcg tcctcaccgc cgtgctggct tcgataggaa 1696381 cggcaggagt tccaggggcg ggcgcgataa tgctcgcgat ggttcttcag agcgttggcc 1696441 tcgacctcac cgcgggaagt ccggttgccc tagcctatgc gatgattctc ggcattgacg 1696501 cgatactcga tatgggcagg acgatggtca acgttactgg agacctcgcg gggactacca 1696561 tagttgccaa gaccgaggga gagctcgacg ggagcaagtg gtagctcttc tcaatctctt 1696621 ctcttttgtc ttaatctctt ctttggataa agttaaatac ccccatctga acggtagtta 1696681 gaggtcctaa agacccactc aaggaggtag tgaaatggac agacgactgc ttggagttct 1696741 tttgattggg atactcctcg ttcctctcgc gggggtttcg gcggggggca ctgatgaaac 1696801 cgcattcgtt caggattaca ctttctatgt gcagcttgac aagaacggtg acgccaacat 1696861 aacgctcatc acggtctgga aagggccaga ggacaagata cacgagctca tagaaaagct 1696921 cctcaaccaa accaatggaa gcgttgagaa cgctacaaaa ctctacgccg aacagatgct 1696981 tcagagctac attcagggtc tgagccagtc cggcctgaga accgagaacc agaccataga 1697041 ggtcaagggc attggggagg gcaacaacat aaccgtgata ttcagggcga aggccgaggg 1697101 tgtggcaaag tactactccc acggtaactt ctgggaggtt ctgattgacc cgacgagggg 1697161 ctactcccac atcgcatctc ccgacgtaag ctacccctac agggtggtac ttcacaacaa 1697221 gttcgttatc gaactgccgc cgaacgcaac ccttctctca taccccctgg ggtacaggag 1697281 gacttacaat cagagttcct tcgaggtcac acccaggata aaggacaaca gagttatcgt 1697341 tgagtctgtg atagacgtcg agccttacct caaagctgag ggctaccagt ggctcttcgg 1697401 cgactacaag ggcttttcca taacctatca gacaccatac aaaggtcagg aggagtaccc 1697461 aaagagcgtt ctcaaggaga acgtcaccat tgaagtcctc aagaacggca ccgctatact 1697521 gacgatgaag gacgagtacg ttgagccgag gaacgcggtt ctggcccaga aaatccagat 1697581 cctccagtat ggggtcagga actttgaaca ggccctgctg aagaactacg ttcagatgtt 1697641 caaacagatg ggcgccgacg ttctgggggc cggggtaaac gtaaagaacg tgaacacaac 1697701 cggaccgctc ctcgttgagg cgaggttcat cctcaacaac tacaccaagt tcgagaacgg 1697761 cacctacgtt ctccaccttg accccacgat gggactcgtg agcagggtct acctgcgctc 1697821 aaacgccgag ttcaactact ctttctacgc ggaggttaag ctccccgacg gatggaagtt 1697881 cgtctcgtac ccgaactcaa caaccaagga ggtacacgga aacatcttca aactggatgt 1697941 caagctcgaa ggaaacagac ttctgctgaa ggcgaacacc tacatctatt acggtgcctc 1698001 cgacgaggac gtgcagcacc tcctggagga attcagcgga gttgacataa agttccagcc 1698061 cggcaaatca agcggaggct ggaagctctg cggaccgggc gcgatagcgg ttttagcagt 1698121 tgttcccctc cttttcagga gaaggaggaa ctgacccaat cccttctttt ttcaacaaat 1698181 ttttaaagtc cacaaccaat tgaagtttgg aatacatcac ggagggaagt acgttgagaa 1698241 ccgttaccct tatagtggcg gttctgctga cgggtctttt ccttctaagc cccgtaaccg 1698301 cggtcaactc ttcgggaaaa gccagcttag caataaaacc tgaaaagccc gtggacatta 1698361 aggtcctcag agaggccgtc tctctgttga gggagcgcat caacctgacg gagatttccg 1698421 atttccgggt tgaactagaa gagacagggg aaggctacct catcagaata aaggcagaga 1698481 acgtgacccc ggaagaggtg gagggcatca aaaggatcgc cgaaagcttt ggaaggcttc 1698541 gcatcgagtt caacggcgtc gttgtgggga gaagcgttaa cgtttccgat tacagacttg 1698601 aaccaaaaat gtgccccaac tgctggaggg ttgatttcag ggttcctcca gaggtcacgg 1698661 cgcggctcaa ggaggtagca tctggtaagc tcggctggcc ggttgatgtt tatcttgacc 1698721 cgccggtgaa ttcgcttctc gtcgtttcag ccagggttta ccaggagatg aattctcagg 1698781 acttcatggg ggaacctaaa ccgggcactg gaactccaaa accgctcatt gaaaggctca 1698841 aggaggcatt caacattacg gtaatcgagt atcataacca gagtgcggag gagatcgttg 1698901 ataacgccac agccttgggc aaggataaga tcatcctcgc caacgtccca caaaaactgt 1698961 acaccgaagt caaaggaacc ctctcctcca ggaagattaa cattgaggtt tcttactata 1699021 cccttcagac cggagaaggc atcaagaact tcgtcaggaa gatcctccac ctctacggac 1699081 cctacgtcct gaggtttgat ccaaccaaat acagcacaac ccggctcact atcagcgggg 1699141 tcgggaagga caggaaagcc gccctcgggg aggcgaagaa gctgtacctc gacttcaaaa 1699201 tgggatccct acccgttacc ttcagggttg aggacgtatc cctcagttca actccatccg 1699261 aaacgagcac gagttcaact acaatgacgg cgaaggttgc cgatgattca caccagtgcg 1699321 gccccgcatc aatagttctc ttcgcccttt tccccctcct cctgaggaaa cactgagcca 1699381 gcaaacttta tttattccct cccctattct ttcagggtga aaatcatggg actgctcgaa 1699441 gacaaggccc tcgtcgaggc cgccctcttc gtttctggga ggcccttaag cctgaaggag 1699501 ctctccaaag ccttgggaat aaaatccctc gactacctcg aaaagctcat cgaactcata 1699561 gcagccgagt acgccgagag aaagagcgcc atagaggttg taagagttct cggcgacaag 1699621 ttcgtgatgc aggtcaagca ggagtacagc cagcgggtaa tccaccttat gccgaggccc 1699681 gatctgagga cgggcgagct gaagacactc gcgctcatag cttacctcca gccgatagag 1699741 cagagtaaga tagtcaagct ccgcggaagt caggcctacg agcacataaa gaagctgata 1699801 gagatgggcc tcatctacgc cgagccctac gagaggacta aaatcctcgg aacgacccag 1699861 aagttcgccg aactctacgg ctttcccgag aacgatccaa acgtgataaa ggaggccttt 1699921 aagaaggtca tccacgccga gtacaccgac atcattgaga agcttgaggg tggcaagaaa 1699981 gaaaacgaag aaaccgaggt tccgaattcc tgagcctctc agtatctctt tctcctttag 1700041 aaggcaggaa agctcttctc tacacccggg gaaccctcag agaaaggttt aaatacccaa 1700101 ccaattaatt accatttagg tgagttctat ggcggtgctc acaaaggagg caatccttga 1700161 gctcatccgg tccagaaccg gaatgagcga gagggagata aacctcagga taaaggagat 1700221 aatgaagcgc gaaggcattg gagaacatgc cgctgcactg ctcctcgcgg aggagctcgg 1700281 cataaacctt gagggcgagg aggaggccct tcacatagcc gacctcgttc ccgggatgag 1700341 cggcgttaac atagttggca gggttctgag aaagtatccc cccagggagt atactaaaag 1700401 ggatgggagc aggggagtcg ttgccaacct gataatctac gacgccaccg gcaaggcgag 1700461 gctcgttctg tgggactccc aggtaggaaa gtactacaac gagatcaacg tcggggacgt 1700521 cgttaaggtc ataaatccga gcgtcaggga gggcagaaac ggtatagagc tccacgtgaa 1700581 cttcaggagc agggtcataa tcaacccgag cgacgatcca agggttgagg agatacctcc 1700641 tctggaagaa gtcagaagct acaactacag acgcgttaaa atagccgagc tcgaaggagg 1700701 ggagcggttc gttgaactca ggggaacgat cgcgagggtc taccgggtaa ctgtttacaa 1700761 cgcctgcccg cagtgccgga ggaaggtcga ctacgacccg gcaaccgatt catggacgtg 1700821 catagaacat ggagaagtcg agcccgtaaa gatgaccgtt cttgacttcg gacttgacga 1700881 cggtagtggc tacatcagga taacgctctt cggcgacgag gccgctgacc tcctcgggga 1700941 ggatccagag gtaatagagg agatgcagaa ggagctcatt gaggcggggg ctacaccaaa 1701001 ggaagccgca aggaagctgg cggaggagaa gttctacaca atactcggaa gggagatagt 1701061 ggtgaggggc aacgtcatcg acgacaagtt cttcggactg atgctcaagg cattcacgtg 1701121 ggacgatctc gacttcaagc gcgagatagc gatggagcgg gcccagctga gggaggccct 1701181 caaaatgctc gaaggtagcg agaggtgagg tagatggaag ccgaaacccg tttcaggagg 1701241 aggaaacccg ccgttgagag gaagatagcc gagatacgcg aggacgatac gagagtctcg 1701301 ctcatcggaa aggccttcaa ggtggacagg atggactaca ccttctggct cgacgacgga 1701361 acgggcgtca tactcatcga aagcgaggac aacgtcctgc cggagaacgg ccagctcgtc 1701421 agggtcatag gcagggtaat cagggacgag agcgtccaca tctacggtga ggtaattcag 1701481 gacttcacag gcgtcgatct cgaggcactc gaagagataa gggagcttga gaggaagtac 1701541 ctccccagga tagaggagat ggccagcttc ttcgggggtg aggaggaatg aagaagagac 1701601 ttcccgcgag cagggtctac ctcaaggacg tcatcgaagg ctactacgtc aagagcgacg 1701661 gtgacctcga gcccaactac ctcatcacca aggacgccag aaaggtctac cgcgtcaagg 1701721 tggtcgccac cgtcgtgagg gagcccttcc tgagcgacga cgaaacctat ggcaagttcc 1701781 agatcgacga cgggactgga acgatatggg ttctcgcctt cagggacaac actcgctttg 1701841 taaagctcgt caagaagggc gatctcgttc aggtcatcgg gaaagttgct gagtggcgcg 1701901 acgacaagca gatactcgtc gaaggcgtcg ccaaggtgca cccgaacatg atggtgctcc 1701961 accgcttcga gaccctcaag gagaaagcgg agcacgttcg caaagcccgg atagccttcg 1702021 acatctacga ccgctacggc ataacggcca aggccaaggt catagcaaag aacaaggggg 1702081 taagcgagga cctcctcatg acgatcgacg agctgtacac gctcatgctc gaacagagga 1702141 gcatggagct cgaggaggaa ctctttgagg aagtcgagga agaggagaaa cctgcagaga 1702201 atcccgagct tgaaaaggcc aaagaggccg ttatgaagct cctcagggag aaaggaaagc 1702261 ccctctcaca caagttcata gtgaagaagc tctccaagga gttcgaggag gaaacggtcg 1702321 aggaggcaat aaccaggctc cttgcggaag gggaaatata cgagccggag accggctact 1702381 acgaacccct ctgaccccgg ccgaatcttg gcttttttcc tttcttgatc aatactgctc 1702441 gcgcatcgtc cttatgacgg gatcgtgaat cagcgttgag gttatgctgt tcaccatccg 1702501 gaagaactcg tctctgccct tctcaagccc catgttctcg atctttatga gcttgcactc 1702561 ctttccaaga acccacttgc cgaggattat cttctccctc ccttccttga ccgcatctat 1702621 tctgactagt ccgtagggta tgtccgctgt ccaccagttt gccttgaagg ttatcttcca 1702681 tccggcgctc ctgatgactt cggccagctt tttcatggtc tctccgggcc catagggcgt 1702741 tttaaaggtg acgaccgtcc agaggccgtc ttcatcaagc tttctaatta tctcgtcctt 1702801 aaactccata atatcacctc acatcaaagc ggctatcagg aatgcgaaaa ccgcaaggaa 1702861 aatgctcgcc ttgagcagta gctgtgacct gtgggcggtc ttctcatcct gatttctgag 1702921 gatcaggtaa acggcgtaga ggattatcag atcgacggga accatcgcat agtagccaac 1702981 accgacaccg gccttgaccg ggaggaaaga agctatcacc gtcgcgactc cgaaaaacgc 1703041 cgccacgtaa gcggctttcc tgcggccgag gattatgggc aacgttttag ctcccttttt 1703101 gaggtcgccc tcaacgtcct ctatgtcctt gactatctcc cttgcaacgt taacgagaaa 1703161 ggcacacact gccagcgttc cggcaaggcc aatcttccca acggcgattg caccgtagag 1703221 gggagtcacc ccggtcaaag cggcgacggc tatgtttcct atgaagggaa ggggcttgag 1703281 cttccaggcg tagaggaaca ttgtgatgta cgcgaggagc gcaaaggcga aggccttgag 1703341 agaaatcagc agcgccaagg caagcccaac ggcaaagaga aagagtgagt accagagggc 1703401 cgttctcctg tccatagcac cccgggggag cggtctctca gggcggttta tcctgtcgat 1703461 ctcgtagtcg aagtaatcgt ttatggtgtt tccaccggca cagccaaggg aaactacaag 1703521 aaacacgaga atgagaattt tcccctccgg gacggagccg agcgctacca tcgagcccag 1703581 aacaccaact aacccagcca aagcacagtt gtggggtctg gttatttcca cgaaggccct 1703641 cagctccatt agacgcacct aacaaaccta cttaggggac ttaaaaaggt ttactaaagt 1703701 tcctcacgcc tgagaagtgc gagctcctct ccagactctg tgacccgtat ccggccgaaa 1703761 cgaacctcga cggcccgaga gagttcatcc tcactgaggg gtgtgagaac ttcgagtagg 1703821 ccctcgctga ggcggggcca cttgaggatg cccagcccga ggcagaaacc gagctcgtca 1703881 atgaatccga tcagcaggtt gctcagcgtt tcaaagtcaa tcgccttgat gacggacctg 1703941 ttgtacggcc tccttccgga gtccgcctta acgactgtgt agctttcctt tcccttccag 1704001 ccggccaaaa ctacccagtc gtggagcctc tcgaagagtt ctttctcctc tcctgttagg 1704061 ggccttcctg agaacattga ggtcccggaa acgcgaagag ttgagagatc cacaataaca 1704121 ggtgatgagc tggagaaata agctctccac ttggcttctc ttatggcacg tctctcctcc 1704181 tgagagtggg acttcacctt gtcgctcctc ctcaggagaa cggtctcggt cagcgatgaa 1704241 gaaacctcga tgagctcttc aatggcccgc tccctctctc cagtggattc gataaaaacg 1704301 gccagatccg gccgaacagc ctcgatcttg agtctcttga gctcaaaacc cggcccggtt 1704361 acgaagccgg ttgtgtctat gagaaccacg tccgcaagag atctcgcaac atcgacgagc 1704421 ctcttcacac caacgaccgt ttcccctatg tactgggagg gcgtggttat tcctatgaag 1704481 tagtgcagat agggctcgat ctcggagagg ctgggaaagt tctcctccgc tataccgaga 1704541 ctcacggtgg cgggggggag tattcccttc tggcccagat cgctgtcgac tatgccaacc 1704601 cgatagccga ggttcacgag ttcattggcg acgaaggtta gggaagtcgt tttaccactg 1704661 tccacgtcac cgatgaacat gacaacgggc ttttcaaggc tagctatcat ctccacgagc 1704721 tcaaccctgt cttctggcac gtcggtggtg tagatagcct tgtttgagcc cacaccttcc 1704781 atactcttcc cccgctggag ttgtgggaaa gccttataaa agtctctgcc ccttaaatta 1704841 atgttaggct tgacaaaata aaaccaaaat cactaattga gtcaagtttc acggggcgga 1704901 ggtggaaaga tggaaaggaa ttccctaacg agcaggcaac tgaagcttct caagaaactc 1704961 tacgaggagg gcaggcccct agaagttcac acagtcgaga aaacgcagga cgaactggcg 1705021 aaagaactcg gcatcacaag gcaggccctc agcaaccacc tcaaggtcct caaggagctc 1705081 gggtacataa ggacgggcag ggggttcata gacctcacgg agaaggccct tgagctcctc 1705141 ggggagaaga agggcgatgt tttcatattc gtgaggatag agccaaccaa gaggagacag 1705201 gtatacgaga acgtgaggaa gctcaagata aagaggatct atcgcgtcac cggcgacata 1705261 gacctcataa tagaggcgga caagagcaaa ctggacgagg tactggagga aatagcgtcg 1705321 ctcgatggag taaaggagac gataacccac gtcgttctcg aagttctatg acctcaattt 1705381 cttttctatg agtctcttta actcctcaat gttctttccg aacttggccg agatcgggac 1705441 gaacgtctcg ggcacctcat cgaggggaac gccaaacttc tgagccaggt agtggattac 1705501 ccgctggacg ttcttcaccc ggtcaatctt gttgaccgcg acgatggtcg gtatctcaag 1705561 ctcccgaagg aactggaaga actcaacgtc tacaggtatc tcccccctct tctcccaccg 1705621 ttctattatc tccggtgcgg ccttaccatc gacgacgaga acggcgagat caattttatc 1705681 ggcgttgtcc tctataaagt gaactatctc gtccttaatc ctctcctgaa cctgccgcgg 1705741 gaggccgctc ataaaaccga aaccgggcat atcaatgacc ctcctgttgc gccacacgac 1705801 ctcaactggc tttctcgtta caccgggcct ctttcccctc ttcactttct tcccggtgag 1705861 cctgaatatg agggtacttt taccaacgtt tgacctcccg acaaagatta tcatctcgct 1705921 tcccctccga ggcctcgttc ccggggtaat aaaaccttgc ggaaaagtta agtatcttta 1705981 gagcccaatt caagcggtgg tgatgatggt accctccggc gaccgggcca atcagctgat 1706041 aaacaagttc gttgtttcac ttaccaccgg acggatactc ggctacgtga ccgacataaa 1706101 cgtggaagtt gagggaacaa agttctactt cattctcaag atgaaaatcg ttgaaaacct 1706161 cggaaagggg cagggtgtgt tcacgaacga gacgaaggtg aggatagagc cgactgacat 1706221 tgtaaacgtt gggccagacg ttatcgttct cggcgacggg aaagtccctc ccctgaggga 1706281 aatagaacgc ctttaccagc tccagagcga atacgaggaa gttatgagtc agctcaggga 1706341 gaaggaagct cttctcaaga gcctcaaaga ggagaacgcc cagttgagaa gacagctcga 1706401 cgaggcacag agggagataa gacgctgcga ggtcatgaag gaggacttcg aacacctcaa 1706461 ggagcagctg ataaggcagg aaggccagct ggagatggcg agggagtaca taaagctcct 1706521 cgaaggactg agacacgaca tagatcaaat gaaagaccta cttgagaagc tcgtggggga 1706581 gatccttgaa aacaccgtga ggggagtcat agacgaggaa ctaaacgcta ggggtctcaa 1706641 aaagaccggg ctcctctgat cgaaagattt tttaagcggt cggggaacct ctctcgggcg 1706701 ggggttgccg agcctggtca aaggcgcggg atttagggtc ccgtcccgca ggggttccgg 1706761 ggttcaaatc cccgcccccg caccagaaac ttttgccaag caaaagtttc atcaaagttc 1706821 gtgattcctt tttgaagagt agtttttgag tggatttccc ccaaattgct cctttgactg 1706881 aacgaattca tttaaaagca ccttttagct tgggttcaag cttttttgcg ctctggtggg 1706941 gcgcggttca ggtagaaccc gcgcataaaa agccttaact tggtgaattc aaactttcaa 1707001 tagcgggctt gattttgaaa tcctattaca aaggagccca aaagagaaat cacgaacttc 1707061 tgaccaaact tttcccaaaa gcttgcctgc gagtgatcca ctcaagaaag agccgggcgc 1707121 caatattgat gtggaaaggc aggtttttgg gtaaaggccc ctgggagagc attttagcgg 1707181 ggagccacgc ctcttgtgaa agttttctaa agcttcgcgg ctcaccatga caaaaccaaa 1707241 atttgtttga aagagtagag gctaaatccc cgagaggatt tcctgctcga cgagacccac 1707301 tatgtcccga tggatatcct ctatgctgtt ttgagcgttc actatcctta tctcgggaaa 1707361 catctcggcc agcttgaggt agttctccct gaccctcttc tgaagctcga cgattttgtc 1707421 aaactctgtt ttgatactcc tcccgtttat tctcctcatg ctctccttga ccgggaggtc 1707481 tagcagaacc acgagatcag gtctgacagc gaacctgttc agatctatga gccactggag 1707541 gtcgagcccc ctagcccact ggtatgcgag ggatgagtag aagtacctgt ccgagatgac 1707601 aacctttccc gattccaagg ctggctttat cagtttgtga acatgttcag ccctatcggc 1707661 tgcaaagagc agggcctcag cctcgtggct tattctagcc ccgtcgatta taccctcccg 1707721 cccccctgtg agaacgagct tccttatcag cttaccaaag gctgtgtcag taggctcttt 1707781 ggtgaggatc acttcgtatc cttttttttc aaaccacttt gctagcagct ttgcctgcgt 1707841 tgacttaccg gcgccatcga tgccctcaat gaccacgaat atacccactg ctttcacctc 1707901 cagaacggaa gtaagtgggg ggtgtggttt ttaatggttg tcatgaagga aaaactcaaa 1707961 ggttcttctt caggtgctcg aggagggtcc acatgctacc gaactcgagc tcttcaccgt 1708021 tagcgtgcac ctcaactaca ccatccggcc ggaacctcag gccgaggtca tagttctctt 1708081 tcctgagctt gtggaggaac acctccttag gttttggagg caggtagctg gtcatcatgt 1708141 cgtttattat gtcaacctcc attccaaggg cctccgagag tctcgggaag aagagaaccg 1708201 ccggtgtgtt catggcgtcc acgagaaccc tcttctccat cttaaacctg tacttcttga 1708261 gcagatcgtt cataaagtcg tcgagggcgt tgggatagta aacggtcgcc ccgatgtcgc 1708321 ttggatgggc ctcaataaag ctcctgctgt caaggatggt ctttatctca tcgacgtcaa 1708381 gaccgcttac ttcaacgcgt acccctccgt agtagtacac ataggccagt ggaagaccct 1708441 tcttgtgggc gaagtccttg agcgctatta agggaatgag gcgaacgtcc attatagtcg 1708501 atcctgtact gactatgcca accaccatcg ccctcttgcc gtacctcgag agcgctctcc 1708561 catctctccc cactatcgtc gtcccgtggg cgacggttcc gatggccctc cctagaagag 1708621 ccagctcctc tggattgaac ttttcggaat aataaagctc catgacacca cctcctgtat 1708681 cactgtgagt gttacagctt ttcaaggttt tcccaggcca atacagtaaa acctgttggt 1708741 tgatgtcctt aaatattctt cggagtactt aacctcgccg gcaaactatt ttaatacact 1708801 ggtcaagtgg gtgaaggagg cgacaaaaat ggacgccctt gaaaagctta gggaactcct 1708861 tccagaggag cagtttgaga aggttaaggc aatcgacaac cccgagcttc acgctttttt 1708921 ggcggagtgg attgagtggc tcgagccggg caaggttttc gtctgcaccg acagcgaaga 1708981 ggacgagcag tacgtccgct ggaaggccct ctactacggc gaggagaaga tgctcgaaac 1709041 gccaaaccac accgtccact acgacaacta ctacgaccag gcgagggaca aggccaacac 1709101 caagctcctc gtccccggcg gaaaggagat tcccttcctc aacaccaagg accgcgacga 1709161 ggggctgaag gagattaagg agctcatgaa gggtgtcatg aagggcaagg agctgttcat 1709221 ctgcttcttc gttctcgggc cgaagaactc gatattcacg attccagccg tccagctcac 1709281 cgactcggcc tacgtagccc attccgagtt catactctac agaaagggct acgaggagtt 1709341 caaacgcctc ggaaggaacg cgaagttctt ccgcttcgtc cacagcgccg gagagctcga 1709401 cgagagaaag accagcaaga acctcgacaa gaggaggatt tacatcgacc ttgtggacga 1709461 caccgtttac tccgtcaaca cccagtacgg tggcaacacc atcggcctga agaagctcgc 1709521 cttcaggctc accatccaga aggcagttaa agagggctgg ctcagcgagc acatgttcct 1709581 gatgagggtc aacggtccga acggcaggaa gacctacttc acaggtgcat atccaagcat 1709641 gtgcggaaaa acttccaccg ccatgattcc ctgggagaac atagtcggag acgacctcac 1709701 gtttatcctt ccggtcaacg gcgtagcgcg tggtgccaac gtcgagaaag gtgtttttgg 1709761 cataatccag ggcgttaatc cagaggacga cccgataatc tggaaggtcc tccactctcc 1709821 ggtcgagata atcttctcca acgtcctcgt caaggacgga aagccctact ggaacgagat 1709881 gggcatcgag attcctgacg aaggagaaaa ccacagcgga aagtggtggc gcgggaagaa 1709941 ggacaaagaa ggaaacgaga taccgccgag tcacaagaac gcgcgcttca cggtttcgct 1710001 tgagcacttc ccgaacgtgg atttggaagc cctcgagaac ccgtgcggtg tggaagtcgg 1710061 cggaatgatt ttcggtggca gggataagga cacctggccc ccggtgaggg aagcctttga 1710121 ctggaagcac ggtgttataa cgatgggcgc ctcgcttgag agcgagacga cggcggcgac 1710181 cctcggaaag gaaggcgtta gggccttcaa cccgatggcc atactcgact ttatgagcgt 1710241 cccgctcggt gagtacatcg agaactacct gaggttcggc gagaagctga ggaaaacgcc 1710301 gaagatattc gccgtcaact acttcctccg cgacgagaac ggcaagtggc tcaaccacaa 1710361 gctcgataaa gcggtatggc tcaagtggat ggagcttcgc gttcacggcg acgtcgatgc 1710421 catcgagacg ccgataggct acattccgaa gtacgaggat ttggcaaggc tcttcaagga 1710481 ggttctcaac aaggagtaca gcagagaaga ctacgagaag cagttcacga taagggttcc 1710541 agaactcctc gcgaagattg agcgcataga gaaaatctac cgcgagaaag tgaaggaagt 1710601 tccagaggag ctcttccagg ttcttgagga agagcgcagg aggctcctcg aggccagaga 1710661 gaagtacggg gactacatca gcccgttcgc atttgaaagc gactgagttc tcttttctcc 1710721 taatttattt tcgtcatctg ccgagcggca gggttttaaa ggtcgggaca gcttagtatc 1710781 actaaggatg atacacggtg gttgccatga cctatagcgt tgaggatgca ataagggaaa 1710841 aactcccata cccgctcgga gaactcgtcg atcttgccta taactactgg tggagctgga 1710901 acagaagggc caccaagctc tgggagtaca tagacccgga gcactggcgg agttataaga 1710961 accctgttaa actgcttttt gacactccag aagagcgatt cagggagctc gtgaaggatg 1711021 atgacttcat gaacctctac gagctcgtta ttgatcagtt tcaggcctac atgaacccca 1711081 gctcgacttg gttctcgacg aactacccca agtgggacaa gccgatcgtc tacctctgta 1711141 tggagtacgg cataagcaag agccttccga tctattccgg cggcctcgga atcttagctg 1711201 gagaccacgt aaaaacggcc agcgaccttg ggttgccctt catagccgta ggccttctct 1711261 acaagcacgg ctactttagg caggagatag acgagaacgg caaccagatc gaagtctttc 1711321 cggagtacag gccggaggag atgccgatca agccagtcct tgacaggaac ggcgaaaggc 1711381 tcctcataga ggtcccctta gaagatagaa cagtttacgc aagggccttt gaggttcggg 1711441 tcggcagggt gaagatttac ctcctcgaca cggacgttcc cgagaacagc ccggacgaca 1711501 ggacgatatg cgattatctc tacaacgccg agatggacaa gaggataaag caggagatac 1711561 tcctcggcat cggcgggatg aggctcctga gagcattggg aatagagcct ggtgtcgtcc 1711621 acctcaacga gggacatcct gccttcgcga acctccagag gattgcatgg cttatggatg 1711681 agggcctcac cttcaccgag gcgctgagcg tcgtcagggg gacgacggtc ttcacaaccc 1711741 acacgcccgt ccctgcaggc cacgacaaat tcccgattga agaggtccga aaacggctcg 1711801 ccaggttcct tgaaggtaga gaagaactcc tcgaactcgg tagagaaggg gatcatctca 1711861 acatgaccct cctcgcaata agaacgtcga gctacgtgaa cggcgtcagc aagctgcatg 1711921 cggaggtcag caagaggatg tggcaggggc tctggccggg ggttccgctc aacgagatac 1711981 cgatcgaggg cataaccaac ggagttcaca ccatgacatg ggtacataac gagatgagga 1712041 agctctttga ccgctacatc ggcaaggtct ggcgcgaaca cacgaacatt gagggaatat 1712101 ggtacgcggt tgaaagaata ccagatgaag agctctggga agcccacctt gaggccaaga 1712161 ggcagttcat cgagctactc aggagaaaag cgatcgaaag gaaccagcgg ctcggcatag 1712221 atgacccaat accggctatg gacgagaacg ccctgataat aggtttcgcg aggcgcttcg 1712281 ccacttataa acgcgccacc ctgatactca gtgatcttga gaggctgaag cgcatactca 1712341 acgatccgga gaggccggtc tacatagtct tcggcggaaa ggcccaccca atggatgagg 1712401 gcggtaaggc ctttctccgg agggtttacg aggtcagtaa aatgccagaa tttcggggga 1712461 agatcttcat tattgagaac tacgacatgg gtagcgcgag gctcatggtc gccggcgttg 1712521 acgtctggct taacaacccg cgcaggcccc tagaagccag cggaacgagc ggaatgaagg 1712581 ccggtcttaa cggtgttctg aacctgagca tctacgacgg ctggtgggtt gaaggctaca 1712641 acggaaagaa cggctgggtc atcggtgagg aaagcactga gccagaaacc gaggaagacg 1712701 acccaaagga cgccgaaagc ctctaccgca tccttgagga tgaggtaata ccaacctact 1712761 actccaaccg ttccaggtgg atctacatga tgaaggagag cataaagagc atagcccccc 1712821 gcttcagcac ccacaggatg gtgaaggagt acatggaccg cttttactcc aaggccatga 1712881 gcaactacat atggctcaca agggacaact acagaggcgc cagagaaata gccgcgtgga 1712941 aggaacgagt gatgaaggca tgggacaacg ttgaaataag ggacgcaagt gtggaggggg 1713001 acaacttgag ggtcagggtt tacctcgacg gcctctcccc cgaggatgtg aaggtcgagc 1713061 tctactatgg agtcagggct aggggttatg agatcgaaaa gccccacatc gttgagctga 1713121 ggcatccaac gagagagggt gatgagtggg tctacaccta cgagggaagt gccctgaggc 1713181 acctcgggga tccctgctgg cactacgcca tccgcgtgca cccccaccac gagaagttgc 1713241 cccacaggtt cctgcttggc ctcgtgaagt ggagaggcct tgattgagga agtcacctgg 1713301 gttactattt taccttttta tccgctttgt gggcattgct ttgttacaaa ctgtttcatt 1713361 gtgctgttca atttatgcga taggaaaggc aaggatttta agttcagatg acccataagt 1713421 ttgagaaatt tccagggggt gtcctgatgg atcaaattaa aaagtggacc ctgtacctga 1713481 tggtgctggt agcaggtttc gcgactggaa tagggacgat aggactgttc ccacagatgt 1713541 ggctgaaata tggcatcacg ggactggcac tccacgcggt gttcttggcc atactgactt 1713601 atctggcaat cctcgaggcg gagaaggtca tgagatctgg ctactatttc acggaactgt 1713661 acactaaagt ttcgagaaaa ccggggatga tactggcgat tttcgcggtc ggtgtgatgt 1713721 ttctctccta ctacaccgct aacacgggtc tcgtgctcct ctcgccggtc ttgggaactg 1713781 gagccgtcgg taggctcatt gcaaaactca taatgatcgc tttgaccttg gtcgtcataa 1713841 cccgcgccaa ggagaagaca ttcacaataa tggccatagg agcttttatc ctcgtgatcc 1713901 tcgttcccat tctggtactt ctcctcaaac ccaggttccc gagaacgcaa tgtttctgag 1713961 catagccaag aacatgctca ctgccagaaa accgatctcc cttgagatgc ttcgtgcggc 1714021 cgctgagcgc gccctttacg gcgtcggctt gggttttgga ttctatctaa tgctcggtag 1714081 tttcatcaat gagcgcttca accccaagct cattattgga accggtgtct tcatccagtt 1714141 cataataggc ctcctctcaa cccttgccgt tatctacggg gttacaccgt acaggcctga 1714201 ggagttcctt atctacgcca acgggggaga agagcaggca ataaccctta tgggggacct 1714261 gcccgaaata ctctcaaacc acccgatgtt gcttgctttt ctgggcctga ccatattcat 1714321 ggccggacta accagcctcc tacccgcggc cgagatcggg gtgcagataa cggaatcgct 1714381 tatgaagttc ggcaggtcaa aggcggcact ctacttcatg ggcatagtta ctgtcctggg 1714441 aatcctcgac tccccgccca acattgccga tatgttcctc aaggccgtta caacgtccct 1714501 cctgctcacg tctatcttcg aagcgtatcc gatagtgatc ggcaaggaaa aacccggcgc 1714561 aattgaccta gccgttctcg tggtatccgt gacactcttc attgcggggt tcatagcgca 1714621 ggtgcaccac gacataaagc tcggtggcat ttactatgcg tcagtagtgc tcgcactgtt 1714681 catcggtctg ctcggaataa tgggagaaaa gatagtcccg cagggaccgg agtgatcact 1714741 tgtgggcaaa gatcgcccgg acctttccat cttttacctc atctattctc acgaagccga 1714801 agcgctcgaa ctggacgatg tcatcaacct taacgtcggc atcgctttca aggagcccct 1714861 ttctgatgat tagctcgtcc ccctccggaa cccagacctc gcagggcttg ccctcagtga 1714921 cccagtgaac catcctccac ctgtttttct tggcagtttc gtagtcaaca ctgtggaacc 1714981 tcgccttaat accgtcctcg cccacctcaa ggatttcgac gttgaagagg tccttcaggc 1715041 ggacgaagtt ccccggcttg aagagctcca tgtcgtccct ggagacgtag acaggctttc 1715101 ctgggacgaa cttgagcctc ctaacgcccc tctccggatg gtctggatgg agcggaatct 1715161 cggcaacgaa ctccttggcc ccctctatgt acatcggaac cgggtcagcg acgaagaagt 1715221 agcggttcgc tatcggctct attatgcgtc tgtttatggc agcgaggttg tcccagctaa 1715281 ctgtggtgtc acttctcttc agaccgacct cgatgattag ctcccttatc gcctcgggcc 1715341 ttattccacg cctcctcagg gccctaatcg ttccgagcct cgggtcgtcc cagccgaggt 1715401 acttgccctc ctctattccc ttcctcgtct tggacttgct taggataacc ccctcgatgc 1715461 tcagcctgcc gtgatgaacc gtaaccgggt actcccagcc gagatactca taaacgtacc 1715521 tctgcctcgt ctcgttctcg gcgtgctcct gtccgcggaa gatgtgagtg acgccgagct 1715581 cgtggtcgtc tatggcagat gcgaagttgt agaggggcca gacgcggtac ttgttgccag 1715641 tcctcgggtg gttggggttg tctatgattc tcagagcggg ccagtccctg acagcgggat 1715701 tggggtgttt taggtcggtc tttattctga cgacagcttc accctccttg tactctccgt 1715761 tcagcatctt cctccagcgt tcgagctgaa cctcaaccgg ctcgtccctg tgcgggcagg 1715821 ctattccctt gtcccttaac tcgcggaact tctcaggcgg gcaggtacag acgtaggcct 1715881 tgcccatctt tatcaacttt tcagcgtagt cgtagtatat ctcaagcctg tcgctcgcta 1715941 tgtgtatctc gtcaatcttg aagccgagcc actcaaggtc ctccttaatc cactcgtaga 1716001 aaatcggctc cggccgtttt accttggggt cggtgtcgtc aaagcggagt atgaacttgc 1716061 cgtcgtacat cctcgcgtac tcgtggctca gaatagcggc cctcgcgttt ccaaggtgga 1716121 aggcaccgtc ggggttaggg gcaaagcggg tgacgacctt tcccttctcc gccctgggaa 1716181 gcgggggaag gcccttcttc tcttccttct tggccttctt ctcctcaaag aattcggggt 1716241 aaatctccct cagcttcgcc tcctgctcct caagggagag ggcgtttacc ttctcaacta 1716301 tctcgttcac gagcgggatt atctcctttg ccctcggcct cagctccggg ttctcgccga 1716361 gaaccttacc tatgaccgcc tttgggtttg ccttaccctt gtgggtgtag gcgttgatga 1716421 gcgcgtactt ccagatcagc cgctctacca ttcacatcac cggaaaaaga agaggcgggg 1716481 aggttataaa ggttaaagtt aaggaaagga tcactcggca aaggtcagta tcttgaggtt 1716541 caccggcctt ctgacgacgt tggccttcct cgccccgacg aggtagcgga cgttgttctc 1716601 gctgactatg tctatgagcc tctgagtgat tatcccgttg aagactatgg cgtaaatgtt 1716661 atccctggta gagatcgtcg tgagcagatc cctaacagga atctcggcga tgacgttcat 1716721 gttctcgtca aggagtatgg ccgtctgctc cttcttaacg cgctctatga acttctcgaa 1716781 cttttctatc tccgggctct ttgcctgctg gatgggccgg attattttct cttccctcgg 1716841 cttctgctcc acgggctggg gctttggctc gtgctttgga gcgggcttga cctccttgga 1716901 gggcgcagtt ctttcttttt ctttgagaat ctcgtagaag ttcttgccct tgtggaacat 1716961 ctccgttatg acttgctcgg ccgggatctt gctcctcagg gccttgacta tctccttctt 1717021 ggtgagctct tcaacctcct tgccctccgg ggcgcgggca acatagtcca catctgccac 1717081 ctggaggagc tccttgagga tgagctctcc accccggtcg ccgtcggtga aggcggtaac 1717141 tattctctcc ttgctgagct tgattattgt ttccggaatg gatgtgcctt caacggctat 1717201 cgcgttcttt atgccgtgct tgagaaggtt gagaacatcc gctctgccct cgacgacgat 1717261 gatcgagtcg gagaacggga cgtgcggacc agctggaagc ttctcagggc catactctat 1717321 aagctcctta gcacggacgg ccttcttgac ctcttcggtg agctcctggg tctctggaat 1717381 ctcctcctcc atgagggttt cgagtatctc cttggccctc tcgatgatgt acttcctctt 1717441 ggttgccctg acgtcctcga tgcggagaac ctttatgtgg gcctcggccg ggcccacgcg 1717501 gtcgatggtt tcaagggcag cggcgaggat cgcagtttcg accctgtcaa ggctcgacgg 1717561 gaccgttatc gttccgtagg tctttcctgc ctttgtgtga acctcaacgc gaatcctgcc 1717621 gatccttccg gtcttctgga gttccctcag gtcgaggtca tccccgagaa ggccttcggt 1717681 ttgtccaaaa atagcaccga caacgtcggg cctctcaacg acaccgttcg cctcaaattc 1717741 tgcgtagata atatacttgg tcgttccaaa ttcatccttg gctgacatat taccacccct 1717801 tattctttct gccttcctct tttcggacaa aatctgatgc aggacgtgct tcttcctctt 1717861 cattgaaacc cctccaactg ggggtcagaa acggagacga ccttcatgta gagaccgtaa 1717921 agctcctcaa cgcctttgat gtccttcttt gctatgcgct tgagttccct tctcgtctca 1717981 acgtccaccc gacacgggta gccctcgaga taggaaacaa gcttttttgc gagctcttca 1718041 cccttcctgt cgaagtcagt aaggatcatg acctcccggt aacgtgaggc gatgagagcg 1718101 atttcggcaa gcggtaagcg tgatagcctt attatctccg ctctgacccc cagattcctc 1718161 agagccacct cgtctcgcag gccctccacg atgagggcac cttcaaactc tcgcagtttc 1718221 tctataagct ccaggaatct tttatagttt tcggcgtaca taacgccctc gctcaccaat 1718281 acttcgtgaa gttaaaagct tttgggtcac ggtctcagca agagccagag gcggtagctg 1718341 cttctcctgc cgagtaaaat cgcaatcatt ggaccgatta caagtagcga aattagcgca 1718401 ttgcttccaa tcttggagtc cctgaataca gtcacgccaa gaacaatggc tagcacaaag 1718461 ccggccaaga acccgatgag gccgtacggg agtggaccac ctagggctgg tttgatggaa 1718521 atcacgtaaa gaagccccgc cattaacagg actattccgg gcaatgtgag gtcaccggtg 1718581 atggcgtaga tgaagagggc agacacaaca acggccaaag caggacccac gtttctcata 1718641 cccatcgtac aaagaatcgg cgtcaggtta caaaaccttt tcgttagcag accgggttta 1718701 tactaccatg ataactcatc ggctcctcgt agaactcctc tatcagcttc tgtagccttt 1718761 ttgagagctc tatctgaatc ccccacgagc cctcgatttt gcctctggcc gccatcctgc 1718821 ccaaaaagcg cttcatctcc tcgctcagcg gactcggctt gcaccgcgcc cagggggttc 1718881 cgggaagggg catgaagtaa tgggcgcgaa ccttcccacc cttcctcatg atccactcca 1718941 tcagctcgat gctcttcctc tggctttctg ctgtttcgtt cggcaggccc acgatgaagt 1719001 caacgacggg ctcaaagccg tattccacca tgtactctac cgccctctta acgtgctcga 1719061 cgcgatgaag gcggtgcatc gctttcagca tggcatcgtc cccgctctgg gcaccgatgg 1719121 caagcctcct gttgtcggcg tagtcaatga ggagctcaag ggtctcgggt aaaacaaact 1719181 cgggcctgac ctcacttgga aatgtgccat agaagagcct ccttccctcc ttcctgaggg 1719241 gctggagggc cctgagcagg gcctcgagct tgtttaactt gagtattgca cctggacttc 1719301 cgtaggcgaa ggcgttgggg gttatgtagc gcatgtcctt catcctcctt gaatagtgca 1719361 cgatctggtc tatgggcctg tgcctcatgc ggaagccctt gatgtagggt gtctgacagt 1719421 agtaacagcg aaaggggcag cccctgctta tctctatcgg agaaatcaga cggacactct 1719481 ctgggtacgg cgggaagcgc cagaagtcct ctaccttcgc gaagccggta aaggtgaact 1719541 cgccattgag gcggaaggcc aaaccccgga tttttgccag ctcgggcgtt attctgtagc 1719601 cagttctctt cagggtcgtt aaaaggttgt agagcacctc ctcaccctca ccaacgacgg 1719661 ctatatcaaa gccgagttga ttgagggtgt gctttggcat cgctattgca tggtaacctc 1719721 ctgcaacgag aagcgcgcct ctctccttca aaagctggac ttctcgcgga aggttgcccc 1719781 agatttcctc ggtgaagaac gagtagagaa cgaccttcgg cctcgctctt agaatctctt 1719841 tgaagtcctt cgttatgagt agttcgctta aatcgaaccc ctgactctcc aaggcaccga 1719901 gaaggtgaac gaaggcgttg tggttgcgct tggtcatcct gaccgctatt tctggcatgg 1719961 tcgaaagcgc ggaaagatgt ttaaaacgct aacggttcag aaatgagtag aaaagctaga 1720021 aaaagccatc aggtcctgat ggcgagcttg atgtcctcgg ccttgacggt cttcctgcca 1720081 gcgtgcctgg cgaagtcgtt agccttcctg gcgatttcga ttgcgtactc ctcgaggtac 1720141 tcggcgagga ccttggcggc ctcctcgctg accctctcag cgccagcctt ccttataagt 1720201 ctgtcaattg gggcaatcgg caactcggcc atttcccaca cctccataaa gggtttttca 1720261 gtattctttt ggccatagaa actatataaa gctttcggta aattgggggc tgaaggcggc 1720321 cgatatggaa aattggccgt gccgtattgg taagtggagt gaacagccga aggacaacaa 1720381 tgctctcacc ttaaggtgtc agagaaattg agaaagggtg ccccggataa gcagtggaaa 1720441 atgaaagatt atccggcgtt acagggttag ttaacgcaaa tctttcaaga gtcaagaagg 1720501 cctgtggtgc gggggcgggg atttgaaccc cggaacccct acgggacggg accctgaatc 1720561 ccgcgccttt gaccaggctc ggcaaccccc gcgcaagaga tgggaggtgg cggatgttta 1720621 taaatttaac gttcgagctt tctaacacct tcccgtgttc caacgagcac gacatcagct 1720681 atatcggcga atatgccgtt ttccacgact cctgggatcg tgttgagttc tatctccatg 1720741 tcaaggggat cgtctatccg ctcaaaccgg gcgtcgagta tgaagtttcc gttgtccgtg 1720801 atcacaggtc catctttctt cactgccatc ctcagctctg cccttgcgtt gaatacttcc 1720861 agttcctccg cgatggctcg ccaagctgcg gggatgactt caattggaac tggcattttc 1720921 tcaccaaggc gcttaacaag cttgctctca tcgacgagaa ctatgaaagt gccggcacgg 1720981 tactcgatta tcttctccat tgtcagtgcc gccccgcgcc ccttgataag gttcaacgcg 1721041 ggatcaactt cgtccgcccc atcaaccgct atgtctattg cgtccgcctc gtcgagggac 1721101 acaacgggca ccccgctctc aatggcaagg agtctcgact ggtgagaagt gggtatgccg 1721161 taaacctcca gttcctcctc cttgatgagc tccccgagga actttatgaa gtaggcagtg 1721221 gttgaacccg tcccgaggcc tatgaccata tcatcgtcaa cgaaagagag ggcctccctc 1721281 gcaacggcct tctttaactc ctccatactc ccacctcacg ttgaattcat catctgggcg 1721341 agcaggctct ggttgttgta tggtactggc ctgaagtcta ttcccaccgt gtataccagc 1721401 attgtgaagt agagccagaa gagcagccag ccccagaaag ctttcctgag gattgcacct 1721461 ctgagctcct tcccctcgag ccccttcaat tcttctggga gctcatcctt gagaattgcc 1721521 ctgacgaaca cgtccgtgat caggaacatc agagccccaa gaatccacgc ggccctgttc 1721581 tggacggaga gggcaccgct gattactcca gtgatagctc cccataggta cacggtaagg 1721641 gcgaatttgt tctccggttt caatcctctc acctactaac cctccgggct ttgcttttaa 1721701 aatcttatcc cctccgggca gctttgaaaa ggagacattg gaaccacaaa agataaaagc 1721761 tttaacctcc taaaggggct gtggataggt cgctctatgg acgagaattc cgcagttaaa 1721821 tcacattgca ggaggtgtaa ctcttggagg gccgctccat agttttcgcg tctggaaaag 1721881 gcggtactgg aaaaacgacc actgtggcaa acttgggcgt tgccttggcc cagtttggaa 1721941 aggaggtcat cctgattgac gctgacatca cgatggcaaa cctaagtctc gtcctcggta 1722001 tggaggacat tcccataacc ctgcacgacg ttctggcgag ggaagcggat ctcaaggacg 1722061 caatctacga gggaccagcg ggcgttaagg taatcccagg tggactgagc cttgagaaga 1722121 taaaaaaggc gaagcctgag aggctcaggg aggttatcag ggaaataagc cagatggccg 1722181 atttcatcct catcgatgcc ccggctggtt tggagatgac ctctgttacg gccctgctca 1722241 tcggtaagga gcttataatc gtcacaaacc ccgagatatc ggccatcaca gactcgctca 1722301 agacaaagct catagccgag aagctgggaa cgcttcccct tggtgccgtg ctcaacaggg 1722361 taaccaacga gaaaactgaa ctaactcagg aggaaataga ggccatcctt gaggttcccg 1722421 tcctggcggt gatccccgaa gatccagagg taaagcgcgc ttcggcatac ggtgttcctc 1722481 tcgtcatcaa gaacccgacc agcccggcgg cgatagcgat caagcagctg gcggcaaagc 1722541 tcgcgggtat caagtgggag ccaccgcagc cggagagccc aatcaagagg gtctttaaag 1722601 cgatattcgg cggcaggagg tgaggccgat gacaacgacg atactctacg tctttatcat 1722661 agtcctcgga ttcataaacc tcatgctcct cctgctgtac ctctcggcca agaagaaccc 1722721 ctactacgtg gtctacgacg aagaaacaaa gtcagccctc aagcgccgtg ttacaaacct 1722781 caaggaggaa ctcgaagagg aactcgtgga ctttgacgtc gaggaatggg agagggaact 1722841 cgaggagagc atagaggaag aggttaggaa tctttgatcg tttctgttct tcgttactct 1722901 tctctgcccc attaagtttt taaagttact tattgttcct aaaaatgggt ggggcgcatg 1722961 gtggtgaggc tcggctaccg ggacaaagtg gtctacgttg atgatggctg ggtttacctg 1723021 ttcagggaaa agctctacag cgccccactt gaggaagttc tgcgttctgc atactcaggg 1723081 gatggactgg ttccccccga gatcagagag atcgcagccg acgtcgccag gatctttgag 1723141 atgttcccca acctgaacga gaggaggggt gtcacaaagg gcccctcagg acaggctatc 1723201 tacgcctgac aacttttctc tcccctttgg gccttccgat tcaagcgaag gagttaaaaa 1723261 ccaatcattc ctatttctat gccagctaaa acttgggagg gttggatatg cgggcaaagg 1723321 tcagaatact tgatgtgttc agcggtaggt attcggtttt cataaacgaa gaggaggcaa 1723381 agaaggccaa actccacccg gacgacctcg ttaaagtgga gtctggaaag aagacgatct 1723441 acgggagcct ggctataagc aacctcgttg gacccggtga agttggtgtg agcagggatg 1723501 ttctgcagct ccacagtctc tcagagggag aggtcgtgac cctgacgcca gtcggcactc 1723561 cagagagcgt tagatacatc aagaagaaga tgcacggtga gaagctccgc aaggtagaga 1723621 tcgaggccat tgtaagggac atcgtggaca ggaagctccg ggacattgag ataagctcct 1723681 tcgtcaccgc cctcgaaatc aacgggttgg atatggacga gatagcggcc ttaaccatag 1723741 cgatggcaga aactggagac atgctcgaca tcgacagaaa gccgatcatg gacgtccaca 1723801 gcatcggggg cgttccgggc aacaagacca acatcctcgt ggttccgata gtggcagccg 1723861 ccggtctgac tattccaaag acgagctcca gggcgataac cagcgccgca gggactgccg 1723921 atgtggtaga agttttcacc aacgtcagct tctcgctcga cgagatcaag aggatcgtgg 1723981 agaaggttgg ggcctgtctc gtctggggtg gagctttgaa cctagcaccg gcggatgaca 1724041 taaccataaa ggcagagcgc gccctcagcg ttgatcctcg cgggctaatg ctcgcgagca 1724101 taatgtccaa gaagtacgcc atgggcagtc agtacgtttt aatcgatata cccactggca 1724161 agggtgttaa ggttgagacg atggacgagg caagggccct tgcaagggac ttcatagagc 1724221 tcggcaagag gctgggtcag tacgtggagg ttgcaataac ctacggcggc cagccaatag 1724281 gccacaccgt cggtccagcg ctcgaggccc gggaagccct ctctgccctg atgacgggga 1724341 aggggccggg aagcctgatt gaaaaggccc tgggtcttgc cgggatcctg ctcgagatgg 1724401 gtggcgttgc tccggcggga atgggcaaaa agatggccag ggagatcctc gaaagcggga 1724461 aagcctacga gaagatgaaa gagatcatcg aggaacaggg tggagacccg aacataaagc 1724521 cagaggacat acagataggc gacaagacgt acaccttcac ggcgccgacg agtggctatg 1724581 taactggaat agacaacagg gcgataacgg gaatagccag agccgctgga gcgcctgagg 1724641 acaagggcgc tggactggag ctctacgtca aggtcggcga aaaggtcaag gagggagatc 1724701 ccctcttcac gatccacgcc gagagcgagg caaggcttga tcaggctatc gtcttcgccc 1724761 gcaggacaga acccatcaag attgaaggga tggtgctcca gcgaatcggg aacatctgac 1724821 tcaatctttt ccttttcatt gaccgcaaaa tttataaacc cgcccagaaa ggagataacg 1724881 gcgtgtcgag tgggccggta gctcagcctg gtatgagcgc cgccttggca aggcggaggc 1724941 cccgggttca aatcccggcc ggtccaccaa ctgtttgggc tgggcccgtg gtctagactg 1725001 gttatgacgc caccctgaca aggtggaggt ccggggttcg aatccccgcg ggcccaccag 1725061 ttgttctgaa ttttctcatc aaaaactcgt tttcaaaaag acacaactaa aaactaaaaa 1725121 atgaatatca cagatccctg agcttcctcg ccttcccagc ctttatctgg aggtatccct 1725181 ttttctcaag aaagcggagc agctcgtcaa aagcttcctt tgacgcgtgg atcactaacg 1725241 ttcccttctc agtgggtatc tgcagtggaa gggcccggag aaagctcttt ttgaactcct 1725301 caacatccac tttcctctca gcgagggctt tcaggatctc tccggccagt atggcccgcc 1725361 cgacaagggc gaagtaggcc ttgaggacat cctcctccgg gaagtacttg ctggcgatcc 1725421 gtccgaaggc atttattttc tccatcctca gctcataaac gtcgaactcc cactcaggag 1725481 tcaggtcggt gaaaacgaac tgtttggcaa ccttctcaag tccctctggg ttggtcacga 1725541 ggttaaaggg gaacttgaac tgaaacctca gggtgagtgg atcaattcct tctttcagct 1725601 ttaggagatt cccatcggga tcgtagtcaa gtgcccccgc attgtacagc tgatccagaa 1725661 cgtccgctac ccaaagaccc tctgacagca gtttgtccgc agattcccca ccttttaggt 1725721 ggtcgaggat atgattgatg ctctcacgga acgattcgaa tccttccaat agggcttccc 1725781 tgtcaacgcc ctccatcacg tcgatctttg atcttatttc ttcaagcgtt ccctccaaga 1725841 ggtatccaac gaaggtctcg tgggactgct tctcaactac cttgaagtcc actccttccc 1725901 tcctcaggtc agcggaaaaa gcttctctta gagtggggct ttttgttgag agtctcatac 1725961 catcaccgcc tcggtaaagg ctaaaaagcc ttatagactt ttggatttgg ggtgagagaa 1726021 tgagcggaga cggaaagcag tacctccttg acagaactct ggagagatgg aaggggaagc 1726081 ggattgccgt tgggatcggc agcgagacca gcttttctgg aattctggcg gacttcgatg 1726141 aggaagtaat cctgctgagg gacgtgacgg actacacagg aaaccggacg aaggaactca 1726201 tagcgaaaat cgacgacata aactggataa ccctgctatg agggatagcc atgcgcgcgg 1726261 ttgccttcgt tggctttaaa aaaagcggta agacgacaac cgttgaggcg gttgctagag 1726321 tcctcaagga acgtggctac cgcattgcaa tagcgaagag catgcacgcg gactttgaca 1726381 gggagaacag cgacacgtgg aggttctcaa aggtagctga cgccgttatt gtcagggcac 1726441 acgacaccga tgcactcctc ttcaaagcca aggacataaa cgcgctcttc tcgacggtct 1726501 ctgccgactt tctcctgctc gagggcttca aatcaatcca acatgtcccc aaggtgattt 1726561 gcgcaagaag cgagaaagac gtgagggagc tcaacgacgg cttagccata gcagtaagcg 1726621 gagttatagc ctcgaccggt gttgaaaaga taggcgatct tcctgtgatt gacgcgacga 1726681 aagagccgga gaggctcgcc aatctggttg agaaaagggc attcatgctc cccaacatcg 1726741 attgcggcct ctgtgggttc agatgtgctg agatggcgag gatgatcgtg aggggtgaga 1726801 aaacgattaa agactgtgtc gtcctcagct cgagacccaa ggtcacggtc aagatagacg 1726861 gtcagatcct gccaatgaag gactgggttc aggagctcgt ggagaagacg gtaaagggca 1726921 tgctttcagc catgaagggt taccgcgagg gcaggaggat agagatagtg atcagggatg 1726981 aataaaacaa tgagaatcgt tcaagactat gaagttctat gacattacaa tttcacaact 1727041 tcacttctct ccttgagata agcagtttga gagctgctcg aacaggggaa aatctttaac 1727101 cttttcccct ataaagtgtt cggtgatcat atggaacgtt atgtcctttc acttgacgag 1727161 ggaactacct cggcaagggc tataatcttc gacagggaga gcaacatcat cggactgggc 1727221 cagtacgagt tcccccaaca ttaccccaag ccaggctggg ttgagcacaa cccggaagaa 1727281 atctgggacg cgcagttcag ggccatcaaa actgcccttg agagggcgaa ggtagaaccg 1727341 agccagatag cggcgatagg cgttacgaac cagcgagaaa cgacgatagt tttcgaccgc 1727401 gacggaaaac cgctctacaa cgcgatagtc tggcagtgca ggagaacggc cgagatggtg 1727461 gaagagataa agcgcgaata cggggacatg ataaagggga agaccggcct cgttcccgac 1727521 gcgtacttct ccgcgagcaa gctcaagtgg ctcctcgaca acgtcccggg cctgagggag 1727581 aaggctgaga aaggtgaagt tctcttcgga accgttgaca ccttcctaat ctaccgcctc 1727641 acgggcgagc acgttacaga ttactccaac gcctcaagga caatgctctt caacataaag 1727701 aggctcgact gggacgacga gctacttgaa atcttcggga ttcccgaggg gattttgcca 1727761 gaggtgagag aatcgagcga ggtctacggc tacacgaaga aggagctttt gggtgctgag 1727821 attcccgtga gcggtgacgc cggtgaccag caggcggcgc tgttcggaca ggcaggcttc 1727881 gagactggaa tggtaaaggc cacctacgga acgggaagct tcatcctggc caacacggga 1727941 aagaccgtcc gctactccga caatttgctc acgacgatag catggggact caacggaaag 1728001 gtcacctacg cccttgaggg aagcattttc gtaacgggtg cagcggttca gtggctccgc 1728061 gacgggataa agattatcaa aaaagcttcc gagaccgagg aactcgcgac caagctggag 1728121 agcaacgaag gagtctactt cgtcccggcc ttcgtcggcc tcggcgcacc ttactgggat 1728181 cagttcgcga ggggactgat aatcggcata acgcgcggaa cgggaaggga gcacctcgcg 1728241 agggcaacgc ttgaggcgat agcgtacctt acgcgcgacg ttatcgagga gatggagaag 1728301 ctcgtgggga taaaggagct ccgcgttgac ggcggggcaa cggcaaacga cttcctgatg 1728361 cagttccaag cggacatact gaacaggcgc gttgtcaggc ccgtagtcaa ggaaaccacc 1728421 gcgctcggcg ctgcctatct ggcgggactg gccgtcgatt actgggagag ccttgaagag 1728481 atagagagcc tctggaaggt ggagaaggtg ttcgaaccag gtatggacga ggaaacgagg 1728541 agaaagctct accacggctg gaaggaggcg gtaaagaggg ccatgggctg ggcgaaggtc 1728601 gttgggatct gagaataaaa tgaacacttc cgttcatctg aatactgttc acccatgtcc 1728661 tttttgctaa tgccccaaag agttctttcc tcgccctttc accaaactaa aggttgagga 1728721 aagctttaaa acacccgaca tcgtttctgg agtcagattg aggtgaagat tatgaagacg 1728781 aaagtcgcta taataggggc tggaatcagc ggggcgagca tagcgagggt tctcagcagg 1728841 tacgagaacc tcgaagtcca cctgatagag aaggccccgg acgtcggctg gggagtgagc 1728901 aaggccaaca cagctctgat tcacggtggc tacgacgacg accccgagaa gtatcccacg 1728961 agggcgaagc tgtgcataag ggggaacaag ctctggcacc agtgggtcaa ggagcttgag 1729021 attccgcacg tctggaacgg ggccctgata gtcgcaacga aggatgagga ctttgacgag 1729081 ctcgagaggc ttttagagcg cggaaggaag aatggcgtcc ccgagatgag aatcgttgat 1729141 agggatgagc tcttccacct tgagccaaac ctcacgaggg aagcgattgg agctttatgg 1729201 gttccaatag tgggccaaat tgggccgatt ccagccgtta ttgcgataac cgagaacgcc 1729261 gttgcgaacg gtgtgaagac gcacctcgag acggaggtta ctggcataaa agtcgagaac 1729321 ggcgaggtta agggcgttga gacgaaggac ggcttcatcg aggctgatat catcatcaac 1729381 gccgctggtc tttacgctga caagatagca aggatggccg gcatagacta cttcgaaatc 1729441 cacccgagaa aaggtgagta ctggattttt gacgacgacg ttcccgggcc gaagcgcgtc 1729501 ctctttccga cgccgacgcc gataagcaag ggaatagttg tgaccaccga gatttctggc 1729561 catctgatga tagggccgaa cgcccaggat ttaccgcccg aggagaaaga aaacctcgcc 1729621 acgaccaagg agggccttga gcaggtctgg gagggagcca agaagctctg gccgcagctg 1729681 cccccaagaa gcaaggtaat caggaccttt gcaggtctga ggcccgagcc gactggaggg 1729741 gacttcataa tcaaagccga ggaagaggtc tggggcttca tcagcgtcgc tggaatacgc 1729801 tcacccggcc tgacgagcgc ccctgcgata gcctatgagg tagcggagat tataaagcgc 1729861 gaccttggaa tcgagctgaa ggaaaaggag aagtggaacc cctacaggaa ggaaatcagc 1729921 cacttcttca ccatgacacc cgagcaggtg aacgaggcta tcaagaagaa ccccgcttac 1729981 ggaaagatag tgtgccgctg taacaacgtc agcgagggcg acatccttga ggccatagag 1730041 aggatgaagt tcataggcgt taaaacgccg agtgttgatt ccgtcaagtt caggactaaa 1730101 gccacaacgg gaacctgcca gggaagcttc tgcaggccga aaattgtcca gcttcttgcc 1730161 agggaatacg gagtagagcc ctggaaagtt acgctgaagg gtaagggaag cgagattgga 1730221 ataggagacg tcaaggttct cctcaggggg gatgcctgat gttcccggag attccgatgc 1730281 tgagctacga cgtcgttgtg gtcggtggcg gtcctgcagg aatggcggcc gcgattagag 1730341 ccaaagaact cgggctaaag gttttgctcc tcgacgagaa cgactatctc ggaggaatac 1730401 tcccccagtg cattcacccc ggcttcggcc tgcactacta cagagaggag ctgacaggac 1730461 ccgagtttgc ttcgcgcctc gcgaagaggc tggtcgagct tggcgtggag tacagaacgg 1730521 ccgcgagggt tctcgagatt aaaaactact ccgacctcga aaaggtcgta atcttcacat 1730581 cgccgagcgg agcctatcag gtctgggcga aggcggtaat ctacgccgcg ggagctcgcg 1730641 aaagacacgc cttcgagatt ggaatcgtcg gcgacagggt ttcgggaatc tacacggcag 1730701 gagaggccca gacgctgatg gacctctatg gcataatgcc cggtaaggag atagtcatcg 1730761 tgggttcggg cgacgttggc ttgataatgg cgcgtcgctt tgcccttgag ggcgcgaagg 1730821 tcaaggccgt tgtcgagctg atgccctatc caggtggcct ggcaaggaac gtcatgattc 1730881 tgaaggattt caatattcct ctctacctga gccacaaggt cgtggaagtc cgcggaaagg 1730941 gccgcgttga gcgggtaaag gttgtcaggg tcgacgaaaa cctcaacgaa attcccggaa 1731001 gcgagttctg gattgaggcg gatacgttga taatatctgc aggtctcgtc ccgagcgtca 1731061 agaaactgaa aaagataggg gttgagattg accccgcaac gggcggaccg gtcgtgaacg 1731121 acaggctgga aaccagcgtc cccggaatat tcgttgcagg gaactcgctc ctgataaacg 1731181 acctcgttga ctacgttgcc gagcagggcg aattagcggc ggaaggtgcg aaggagttca 1731241 tcgagaacgg gggaatcgag agcaggaagt gggttaaggt agagaagggt gaaaacgtcc 1731301 gcctgattgc gccccactac ctcagcggcg acagggacgt ttacctctac ctgcgcgtgt 1731361 ccaagccgat ggaggacgtc gagctcagga ttccagagat aggcaagaga atgaagctcc 1731421 ccgtggtcaa gccggccgag atgctgagga taaaactgaa ggcagaggaa atcagaaagg 1731481 ccgagaggct cacggtggag gtggttaaag catgatttac cgcttcacat gcatcgtctg 1731541 ccccctcggg tgctcaatcg aggtcgaggt ggaggacgga aaggtcaagg aagtcaaggg 1731601 gtgcaggtgt cctcgcggta aggagtgggc ggttcaggaa gttaccagcc caagaagggt 1731661 cgtgatgagc gttgtgccag tggaaggagg ggctttgcct accgtgagcg tcaagacggc 1731721 cgagcccgtc ccaaaggaga agatacccga gctcatgaag tttctggcaa agctgaagct 1731781 caaagcgccg gtgaaggtcg gagaaacggt tgcggagtgg gaaggaataa aaatagtggc 1731841 gacgagaggg gcttagccct tccttatctt ttccggaact gttattttga aaccctctgg 1731901 cagcttcctg agttcaacgt ggagttcgta cacggctttt ccggtggagc ttccgtattc 1731961 aacgtggact gtgtagttga ttctctcgaa cttctcatct atcgttgcct cgaagtacgc 1732021 tttccttacg gtcatcttcg ggatggatcc agttgaggag acactaaatt tggtgtttgg 1732081 aaggttttcg atcgtcccat tgctcaaact gccgcgaact acgtaaacac ttccatcctt 1732141 ggttatcgag acgttttttg aggagagcat gagtttgagt atgtgcttgg cctgccctat 1732201 gtagcccctg aagaccatag ggtctggagt cactaactct ccaagtccct ggaaggcatt 1732261 agggttcaca ggtttgagtc tggcatttga tccgttaacg tagaggatgt aactctgtcc 1732321 ggtcatgccg aagggatcga gtggttcgag ggacacgttc gcaaggatta ctcctttgtt 1732381 tccatcgacg agaccggaga tcctgaatcc catcttgagg tcagtgggga gcatgcttat 1732441 gtccgagaga ttgaaattga ctccctcaac catcgagagg ttgtactctg tcatattgtc 1732501 gatgccctgc aggagttttt cctcgaccgt tggggttgag gaagttgcgc tcttcccttc 1732561 gttgccggag ccgctggaga tacatccgga cagcaacact acagccgaca gcagaagcgc 1732621 gagcagggca cgtctcacgg ttgcaccccc gcaaaattat aaagagagga aagaaaaatc 1732681 agccaagaat ctcgtcgagg ggctttgctt cctctattcc ctttggaact gtgatcatga 1732741 cgtcaccgtt tatgttcctg agctctgtgg tttcgttgat tgttaggtac atattatcgg 1732801 tgtctccttc gagtggatcc ctgattgaga caatgaggtt caggtactcg tggatccagt 1732861 atggcatgcc atcgcccctt atctttactt ctacgtatcc actctcggtt gttatgttca 1732921 ttacattctc atcctttagg atcgtgttta taaactccct tcccgtggcg ttgagaattt 1732981 cctcgaaggt gacgttggtc ttgaagtagt aacccccttc aaccctcttc atctccacgt 1733041 tcttctttga taaaagcttc tcgataaagt cgacgttcaa actgccgttg gcaaactccg 1733101 tgagctcgtt gtcaaggggc atggaatacc acttgccctc gacgttgaag taaacgttcg 1733161 agccgttagt gaagtagggc cagcttatct tggtctctat cccgaggtat ttaacacgga 1733221 cgtcgatgtg acccttttct aggtttctcc tgttgtcaaa ggcgcccgtt acatggatgt 1733281 attcctctat tgttatcgtc ctgttgagtt catcggaaac tgccctgagg acaacactgg 1733341 cgtttgtcgt gtactcaccg cgctcgatgc tgtttattgc gttgagaacc ttctcttttg 1733401 tcaggcctac actgtcgccg atgcaacccg ctgccataac caccccgagg atcaacaaca 1733461 ccgcgaggag tcttctcatc tttaccacat ccgtgcagtt tacacaacta aaaacgcact 1733521 agcctttaaa tatgttttgt attcaaattt tgcatactac tgtaaatagt gtgcaaaaag 1733581 tggaaagttc accacggttc attaccgtgc ttctcgactt caccggccat gctcctgagg 1733641 tagttcttca gtgcggattt ccaccagatt atgcctttaa tccagcaacg agttttctgt 1733701 accctgtact ttatgtgcac gtcgatgtaa tcgacacaaa cggaggagtt gcgggggtcg 1733761 tagttgaggg agtgagaggt ttcgtacgag acctccctta gttcgtcatt cacataaact 1733821 gcaacaaccc ggtagtacgt gttaacaaac tcgcccctat cttcccattc gaggatcagg 1733881 gttgatctat tcccatttct tgtgaggttc actgtggtgg cgtgtttcct catgtcgtta 1733941 acgaaggtat atggatcgtt gagcctcctt aggatatcgg gggttagctc gaaggaccta 1734001 acgaagacgt cctcacccca atcccggctt tcgtagtacg cgccgaactg gccgggacat 1734061 atcactccat agccttttga gtgaaacgac ataaaccccg tatcgtactt cgtgtatttg 1734121 tatgagtagc cggtatcgtc gatcccgtcc ggataaatta agagcaagag aaaagagaaa 1734181 acaatgaaga ggatcccaaa cttgcggaga aaacccatca tgtcctcatc gcctcaagct 1734241 tttggaggaa tatcttcaga tcggtcttaa agggctcgtc cgcccttgcg atctcatcct 1734301 cgaggcgttt tctgaggctt tcagcatccc cggattcatt taagaggccg agcacgagct 1734361 ccctcaatct atcatagtac tcgacgtaag gccgggcctc aaagagggcc tcctcgacgg 1734421 tgttctttag ttccttcaag ctcaccacct ccacataccc ttgagcgcgt agtaccacct 1734481 cttctgttcg tcttcggcac ggcctagcat taggaagtac ctaaggatcg ccaagttgag 1734541 gagtagcagg aatataagga gtatgttgta ggcgggaacc gccgagctca tgaacgcgaa 1734601 gtagtcccag aggaagtgga ggaacatcgc agtgaggagg aagctcccaa ccgaatctgc 1734661 tttcccctcc gacacgaggc cgtaaccaac tccaactatc gcactccatg tgccgtgagc 1734721 gaggggagtg aggaacgccc tgaaaatggt cgtgggaagg ccgtagccca gaccgtatag 1734781 aaagttctcg gttgcggcga agccgagccc agcggccacc ccgtagacga ggccgtccat 1734841 tataccgtcc atctgacctg ccctaaaggg gtacagtatg gcgagggcct ttgaaggctc 1734901 ctcaactacc cctgcgacga gggccatata aaaggcactc gcggggagaa tgtagttggc 1734961 gtagccccaa cgcggggtta gaagggcctc caccacaaag gccacgacca ccgatagggt 1735021 cgcccccaga aggaacgtca tcaagacgta cctctttggc tcgggctcca gtttgtcctc 1735081 atgatagaag taccacagga gtatcaaggc cggtacgtac gcgaagaaca ctatcgacgc 1735141 tacaacgttc atgccaccac cctcaacagt tgggaattca atctttttaa tgttttcacg 1735201 gtttctagtg attactacga ccagacgtta gcacctgcac aaaaaatata tcaactctgg 1735261 ggctcaattt tcttatcagg tggtggtatg gacagaaaga tcacgatcat cgtggtgtta 1735321 ctgttcattt ccgttgctct cgttggggct ttctggggag acatccttga aagggcaaat 1735381 ccctctcccc caaggctctt gtacgttgaa ctaagcgagg gcataacccc cggccccgag 1735441 gatgacggaa cgtactacgt tcagggcaac ctcctttcaa actgtaccgt tgccttcact 1735501 tacctcatgc cagagcctgg tagagtggag gtttatgagc tcgacgcggc aacgtacaag 1735561 gcccttaccg ggaacggcac cgggaaaacc tgctcggatg aactcataga agggacgctg 1735621 aaagtccagt ttgaccagaa acttgagtcc ttatccattc aggtgtggaa cggcaaactc 1735681 tccgaggacg gggccaacgt ctacttcaga ctcctcggaa cgtggcagtt cttcgacaat 1735741 ctgtcggccg tttacgttgc accatccccc gagaaggact acaagctggt aacgattcaa 1735801 gagctcaagg aaatgatcaa ggaaaacggg gtgcacccgc ttggatgagc gcaaccctta 1735861 aaaaccaacc ctcgaaaccc gaccgactag gcgggttcgc ccgcgggatg ttccgctctg 1735921 cggagaacca caaacaagga aggagggtgc aagatgggaa tgtacaagta cataagggaa 1735981 gcctggaaga gccccaagaa gagctacgtc ggggagctcc tcaagaagag gatgataaag 1736041 tggcgccgtg agcccgttgt cgtgaggatt gagaggccga cgaggcttga ccgcgctcgt 1736101 tcgctcggct accaagccaa gcagggctac gtcgtcgttc gcgttcgcgt caggcgcgga 1736161 ggaaggaaga gacccaggtg gaagggagga aggaagccga gcaagatggg tatggtcaag 1736221 tactcgccaa agaagagcct tcaatggata gccgaggaga aggcagctag aaagttcccg 1736281 aaccttgagg ttctcaactc ctactgggtc ggcgaggacg ggatgtacaa gtggtttgag 1736341 gtcataatgg tcgacccgca ccacccggtc ataaagagcg acccgaagat agcctggatc 1736401 acaggtaagg cccacaaggg tagagtattt agaggtctca ccagcgccgg caagaagggt 1736461 cgcggcctga ggaacaaggg taaaggagcg gagaaggtca ggcccagcgt tagagctaat 1736521 aagggcaaga ccaagtgatt tttctctccc cttttaaatt aggttcaccg ccaagagaag 1736581 gacggagcca gccagaatga gcgcttcttc gagcccgaac tttcccctgt aggggagtct 1736641 aagatccccc tggtaacccc ttgcctcgat tgcttctccc aactcggttc caaggagaac 1736701 cgtacctatg agcaggggaa cgatacgagc tttaagggat gtgaaacttc cttttactcc 1736761 ccgcgatgcc tgcgcttccg atatttcacg atagagcctc tcaaggttct ggagaccgtt 1736821 gacgaccaga cccgccgaga gagcaacgtc agacggcagc ctgagattca acagggcgcc 1736881 ggtaagctct cctgcatcca tcgtctcgga gaagaggagg cccagttcca tgagggcaag 1736941 aaggcggaga aagtaatcaa cgcctcccag gagacccacg agcgagaacg tgagaaaacc 1737001 cggcgtgaag gccttccgtt gcattagggg gatggtcagg atgaatgcca tgaaaagggc 1737061 taatcccctc gaagcgtgga gcagggagat tcccacaatg agggttgcga tgatcttgac 1737121 gcgggcgtcg agttcatcaa tgtccctcaa tgagactcct cctcatgagc tctatccaac 1737181 gggtctccct tagaccgtat tcccacaggt tcaagttcag tagcccctcc ggtttgcctt 1737241 caaaggcaat cctgccgttg aacagtacca caaccctgtc tgaaacttcg agggccagct 1737301 cgacgtcgtg agttatcagg agaacgccct ttccctctgc gcgaagtctt ttgaccagct 1737361 caacgacggc cttaaaacct ctaccgtcga ggtcgctcgt cggctcatca aggattacgt 1737421 agtcggtgcc catagctaaa acacacgcga tggcgagctt cctcatttca ccaccgctca 1737481 ggctcagcgg ttttctgttc tcgtagcctt tgaggccaac cagtgagaga gcccattcaa 1737541 cccgttcttt tacctcattt tcgtccatcc caagacttcc agggccgaag gcaacttcat 1737601 cgaagactct gccggtgaag aacatcctct caagcctctg aaagacgtag ccgacttttc 1737661 tgctcagctc cgcgacgctt gacttcctcg tgtcgattcc atcgacgaga accctaccct 1737721 tcgtgggctt caggaggccg ttgaggtgct tggccaaggt tgtcttgccg gcgccgttgg 1737781 ggccgagcaa tgctaaaacc tctcccctgt cgaggctcat gttgacgccc ctcaagactt 1737841 ctttaccgtt cctcgagtgg tggatgctct caacaagtat catagctcac cccctcaatg 1737901 actgcctttg caacgcgcag gaggctcact cttttaccga gttccagtga gagtgacgtc 1737961 ccccctcttg ggacggggtt attgacgttg acaccaactc ccacgaccgc aaacctggcc 1738021 agctctggct ctccaaaacc ctcgacgaga actcccccga gcttcccgtt ttttgtgaag 1738081 ataccgttct cgttcacttt aacatccaca ccgaagtttt tgattgcccc tgcgacttcc 1738141 tccataatcc tcagcctcag gtcggagagg tcttccatcg gaatacctgg tgatagcgcg 1738201 agtgagaagt agagaccacc gggcatggaa agccagcttc tcccgagcct gccccggcca 1738261 gaagtctgct caccagcgat cacaaaggtt ctaagggttc ccctctcagc gagtgctctg 1738321 gcaacttcca tcgttgagga aaccgcgtga aaatagatgg ctttaacctc aagttcccag 1738381 ggacatggga ttttcgcttc cttctccagg cagtacccct tcccagtcgc tcttatcgag 1738441 tatccaaggg agtttagctc cttgatatgt ttccagactg ccacacgaga aattcccagc 1738501 tttcttgcga gctccgttcc gctggccggg ccttttctaa gcctcctgag aataaacctt 1738561 tttgtctcgc tttcccttaa agcgccgcgt agatgaactt tcatgtgcgt tcgttaacca 1738621 aattattttt aacgtttact cgcttcccgg tgtggtggtt gaatgagacc aagagacatc 1738681 ggcttaattt ccactttcac agcgtttaca gccttaggtg cccaggttgc gataccaatt 1738741 ggccctgttc cgataaccct gcaggtgctc ttcgttcttc tctcaggcct cgttcttggg 1738801 gcacggctcg gttttctgag tcagacgctc tacctcctac tcgggctgct tggctttcca 1738861 gtcttcgccc acctaggttc tggttttgcc gttctctacg gcccgactgg aggttacctc 1738921 ctagcgtttc ccctcgcttc cttcctagcc ggcatgatgt caggaagggg aaaagccatc 1738981 gaaatggccg gggctctgct tgcgataggt gcaatctatc tcctcggttg ggcaaggctc 1739041 tcgcttctaa tcggccctga gaaggccttc tacctcggcg tcctgccctt cgtaggtgtt 1739101 gacgttgcta aagcggttgt agcggttctt gtggcgaatg ccgttaggga ggccctaccg 1739161 gagggcaggt tttaaaacct ccatctccaa ctctttctca ggtgggggac atgacgctca 1739221 gggcgcacca cgtcaggctt acaacattca ttcaggccac agaggatgag gacaaagttc 1739281 ttgaggcgat aggaaccttc attcccgagg atatagacga tgaggacgtt tacttcgagg 1739341 ttctcgaaac tgaaggcttc ttcggtaacc cgattaaggt cgtgaacgtt gagataaaga 1739401 ggagtaaagc cgtgagagcg ttcctcaggc acttcaagga gctcctcgac gagagcgcaa 1739461 ggcgctacat tctggaaaac ctcgacgaga aggtggatga ggaaggaaca ctctacgtcc 1739521 gcttcaataa gcagaaggcc tacctcggtg aggtagaggt tgacgaggga ggcgacacga 1739581 ttcaggtcaa gatcaaagtc aaagccttcc cgatgaggaa agaggccgtc gtgaaggccg 1739641 tgagggagtg gctggaggag aaggaatgag cgagagggaa tacttcgtcg agatggacgt 1739701 caggagcgtg gaggcctacg agctagctaa ggagtggttc gacgaggtag tcttcaccaa 1739761 aaagctcatc ctcgataccg agccagactg ggactcgctg aaggaggagc ttcgggagct 1739821 gaggaggacc tacgggaagg tcgcggttct gctcgtaacg agaaagccga gcctgatacg 1739881 gacctttaaa gcgagaaacc taaaggccct gctctacgtt cagggaggcg acatgagggt 1739941 caacaggatg gccatcgagg caaaggttga cgcgctgata agtccctggc tcgggaggaa 1740001 ggattacggc ttcgaccaca cccttgctgg aatggcgggc aggaggggcg ttgcaatcgg 1740061 cttctcgctc tcaccgctct taagggcgaa cccctacgag agggccttaa cgctccgctt 1740121 catggccaag gtctgggagc tagtaaggaa gtatcgcgtc cctcgcttca tcacaagctc 1740181 cgccgaaagt aaatgggagg ttcgcgggcc gagggacttg atgagcctcg ggataaacat 1740241 cgggatggag attccagagg cgagggcaag cctgaacttc cacccgcgct cacttctctc 1740301 gcgcctttga tgctttttga ccaatcttag cattctgtca gttgtccaca taagttgttg 1740361 tattccccac agatttccaa atttacaggt atttttagcg aaattttgtc acttagatga 1740421 gctttctttc gaaaggctta tattcatcaa aaggtgcgct aaagcgggtg gtcacccatc 1740481 ggtggtcgag aaactctcag ttgtcaagtt cggtggaagc tcggtaaggg actcgttctg 1740541 gagtgcacta gagctggttg actacctact cgagggaagc aggttagtgg ttgtcgtttc 1740601 tgccctcagg ggcgtcacgg agaagctttt agagctctcg gagcggccag agtgggaact 1740661 ctttgagagc attgccttgg agcactcgag aatagccgat aagctcggtg cagaggtaaa 1740721 gcccctgctc gacgaactcg aaaaagccat caaggagaac cgccacgatc ccgagtggaa 1740781 ggactacatc ctctccttcg gggagagatt ctccgcggtt ctcttcgcca aggcccttga 1740841 aaacgagggc attccaacga ttcccataga cgcgagggaa atcctaaccc ttcgcgggag 1740901 ctttgggaac gcggaaatag atttttcagc cagcctgccc cgcgttcgga aactcggaga 1740961 gctggcagaa aaagcggttc cagtagttac aggcttcata ggaaacctca acggaaaaac 1741021 ggcaaccctc ggcaggggtg gcagtgatta cacggcctcg gccctcggag cgatgctcga 1741081 tgcgaagggc gttctcataa tgagcgacgt gaaggggata tacaccgccg acccgaggct 1741141 cgttccggaa gccaggctga tacacttcct atcgcgcgag agggcccttt tggcggcgaa 1741201 gctcgggatg aaggcactcc acccaagaac catcgaaccc ctcggaagta ttccgctgat 1741261 actcggcaga accgaggact ggcgccttgg aacccttgtg tcagacttcg gcgacgactg 1741321 gccgataatt gtccaccggg tcgagggaga gagggcgagg atatcaattg taggtgttga 1741381 agagcttccc ggctggaagg gagtgaaggg gaacgggtac ttctcaatag cggtcgagag 1741441 ggaggagctc gtgccggctt tgagggagat acacggggtg gtcttcgatg aagatccgcg 1741501 ttcatgccac catagcgaac tttgggcccg ggtttgacgt cttcggcgtc ggcataggcg 1741561 agccctacga cgagctgtcc ttcagggaat cgagcgagtg ggagatacgc gtgaaggggc 1741621 acgacgtgcc agccgatgtg cgaaacacgg cggtcgttgc ggccagagct ctcgccgaga 1741681 tggctgggga agaggttgcg ctgaggatga agctgaggaa ggggataagg ccgaggagcg 1741741 ggctcggcag ttcgggcgct tcatccctcg cgggggcgct cgcgatggcg agggttctcg 1741801 gggttgagga tgagaggcta atactccggg ccgcgatgga gggcgagagg gccgcttccg 1741861 gcagtgctca cggcgacaac gttgttcctg cctactacgg agacttcact atcctagagt 1741921 cctacgagcc cctgagggtc cggaggatcc cggtggactt tgatgttgtt gccgttttac 1741981 cagccgtcga gattccaacg agcgaggcga ggcgcgtcct cccgccaaag ataccgctga 1742041 aagacgccgt cagaaacatc gcgctcgcat cttccctggt tctcgcgctg aaggaaaacg 1742101 accttaaggc agtcggaagg ctcctcgacg acagaatagc cctgccttac aggaagaggc 1742161 tcatgccctg gtacgatagg gcaagaaagg ccgcccttga ggcgggcgct tacggctttt 1742221 cggtttccgg ctcgggtccg gccgtgtttg cggtgggtgg ggacgtggct caaataggga 1742281 aggccgttgc ggaggccttc gaggggttcg gaatcgaggt tgatgtctac gtcacaaaag 1742341 ccggaagggg tgccttatgg ttttgaggtg tatcgaatgc ggtagggaat acgatgaaaa 1742401 cgagctccgc tatagatgcg actgcggtgg cctacttgag gttgttaccg accttgagag 1742461 ggccgaggac gttttcgatg gaaagaacgt gacgctgtgg aagtacgaga gctggcttcc 1742521 cgtgaggaag agggtttcgc tgaacgaggg tggaacgccc ctctacaggc tcagcaacct 1742581 cgagagggaa ctcggcgttg agctctacgc caagaacgag ggagccaacc caacaggctc 1742641 cttcaaggac aggggcatga cggttggagt atccaaggcc ctcgaactcg gcatggacaa 1742701 ggtgatatgc gcttcaacgg gcaacacttc ggcttccctc gcggcctacg cggccaaggc 1742761 gggaataaag gcctacgtct tggtgccgag cggtaagata gccctcggaa agcttgcgca 1742821 ggcgataatc tacggggcga gggtcgttcc agttaagggc aactttgacg acgccctcag 1742881 ggtcgttgtt gaggcgagcg caaagctcgg cgtctacatg ctcaactcga taaatccatt 1742941 ccgcctcgag ggtcagaaga cgatagcgct cgaaatctac gaccagctcg gcttcgtgcc 1743001 ggacaacgtc gtccttccgg ttggaaacgc gggaaacatc tcggcgatat ggaagggctt 1743061 caaggagctc tacgagaagg ggataaccga tgagctcccc cgcatgatag ggatacaggc 1743121 cgagggcgcg gcaccgctcg cgagggcctg gaaggccaaa aagccgttcg agcccgttga 1743181 aaaccccgag acggttgcca ccgccataag gataggcaac cccgccaact ggcccaaggc 1743241 ctggcgcgcg gttgaggaat ctgggggcct ctttgagagc gtgagcgacg gggagatact 1743301 tagggctcag gaactgctcg cgagcaggga gggcctcttc gtcgagcccg cctccgcggc 1743361 tcccctggcg ggcctcatga agctcctcga aagcggggag cttgacaggg gcgaaagcta 1743421 cgtcctcgta acgacggggc acgggcttaa ggacccgaac gtcgtcgtaa accgcttcac 1743481 ccttcccaag ccaatagagc cgacgctcga agccttcagg gaggtgatga aatgagggtc 1743541 gccgttctcg gtgcaactgg cctcgtcggg agaaccttcg tgaggctcct ccaaggccat 1743601 ccgtggttca aagttgaagc cctcgtcgcc tccgagcgct cagcagggag gcgttacggc 1743661 gagctcgtcg aggacgcacc ggaggagttc ggggacatcg aggtcgtctc gctcggcgag 1743721 tttttgaggg atgtggacgt tgacattgcc ttcaacgccc tcccggcttc aatctcgcga 1743781 gaagtcgagg aaaagctcgc cgagcaaatc ccagtcttca ccaacgctag gtctcaccgc 1743841 tacgacgatg acgtgccgat actcgtcccc gaggttaatc cggagcacat gaagctcata 1743901 gaggttcagc gcgaaaggag gaactggaac ggcttcatag tgacaaatcc gaactgctcc 1743961 accgcgattt tgacggtttc cctcgccccc ctgagggagt ttgggattaa acgaattcat 1744021 gtggccacga tgcaggccat aagcggagcc ggcttctcgg gcctttctgc cttcgccatt 1744081 caggacaacg tgattccgct catcgagggc gaggagtgga agattgagaa cgaaacaagg 1744141 aaaatcctcg ggagcttgga gggggacaaa ataaagccgg cgcccttcga gatctctgcc 1744201 atagccacgc gcgttccggt tcttcacggg cacacggagg cggtattcat tgagctcgag 1744261 cgcgggagcg tggaggatat aagggaagcc tttcgctcct tcgacccgct gagaaagctc 1744321 gacctgccga gctacgagag gcccctcgtt tacacagacg ttccccagcc gaggctccac 1744381 agggacaggg gaagggggct gactgtcacg gttggaaggc tcgaggagag cagttcaaca 1744441 ttcaagtacg tagttacagg ccacaacctc gtccgcggcg cggctggagg ttcaatcctc 1744501 aacgctgagc tcgcgaaaag gcttggccac atttaaaaaa gaaaggttca gccgagggcc 1744561 gggaagtagt ccggctcata atcttcgagc ttgccgtcca ggtaatcctc gtagcccttc 1744621 aggtcgagga gaccgtgacc gctcaggttg aagagtatga cctcctccct tccttcttcc 1744681 ttcgctttca acgccctgtc tattacgccc tttatcgcgt gggcgctctc cggggctggg 1744741 attataccct ccgtcttcgc gaacagctcg gcagcttgga agacctcggt ctggtggtaa 1744801 gcgactggct tgactattcc gtggtttatg agtatactca gcgttggagc caagccgtgg 1744861 taacgaaggc cacctgcgtg aatcggcggg acgtagtagg tgtggccgag tgtgtgcatc 1744921 ttcatctttg gggtgtaacc gccggaatcg ccaaagtcgt acttgtaaac cccgcgcgtc 1744981 atgctcgggg cggccttcgg ctcgaccgct atgaactcgt agtcggcctt tccactcaga 1745041 acgtccctaa cgaacgggta tgccaatccc gcgaagttgc ttccaccgcc gacgcagccg 1745101 attataacgt ccggctcttc gaactccttc atctgctcct gggcttcgag gcctataaca 1745161 gtctggtgca tgagcacatg attgaggacg cttccgaggg cgtagcgggc tttttcgtcc 1745221 tttaaaacgt cttcaatcgc ctcgcttatc gctattccca gccctccagg gtggttgggg 1745281 tcctcgctca ggaacttccg tccaatttcc gttctgtcgc tcggactggg gtagatttcg 1745341 gccccgtaga ggcgcattat cgtcttcctg tagggcttct gctggtagct cgcgcgcgcc 1745401 atgtagaccc tgattttaag gccgagcaga gctcccgcta agctcaaagc cgttccccac 1745461 tgtcccgccc cagtctcggt aacgagcctc tctattccct gttccttcgc gtagtaggcc 1745521 tgagctaagg cggtgtttat cttgtggctt cccgttacgg ttgccccctc gtacttgaag 1745581 taaattctag cgggcgtgcc gagggccttt tcgagatttg tggcgcggaa aagtggcgtc 1745641 ggacgaccta tcttggcgta gagttcacga actttctttg gaatctcgat gtacctttcc 1745701 gtgctcatct cctgcttcac gagctcctcc gcgaaaatcc tcaacagctt ctccggctct 1745761 attggctcat ccgtttctgg gtcgaggggc ggtgccaggg gctccgggag gtcgggtagt 1745821 atgttgtacc acctcttcgg tatcttcgaa tcgggcagaa cggctttcat tctaccacct 1745881 ccgccggttt tagggttttg agaagtccca aagggtgagg gaataagagc gtgagaacta 1745941 aacaggagcg tttaagtggc agaacggcgc ggccaaaagc aacccctcct cagctcagcg 1746001 ccaaaaacaa tcccgcccag aagtttttgg actaacactc atctcgaagg agagcccctc 1746061 aaagccaaaa acaatcactc ctggcaatca tggtgcatcg acactcagaa tggatcctcg 1746121 cttaaataag tttcggcgca aaattggaat ttacgacgat tttttcccag aaaggggtac 1746181 aaagattgtc attgatctaa gctggttctg tctgatcgta gggggaggct cccctcctgt 1746241 gcctcatcag caggtcgtag acgaattcct tgacatcggg gctcatctca tcgtagagta 1746301 taactggctc ttcgaggttt tcagcgtcga gagcctttat tagctctttg accgctggaa 1746361 cagctctcct gagaagctct tcaacgagtt cagggtattc gtcttcatct atttcctccg 1746421 ggctctcgaa ggcgaggtac acgagggcgt ttccgatgtg gagttgaaga acgagctcgt 1746481 tctccgttat gtcgaagagc gagaagttat agctcctcct gttggatctg gccacgagta 1746541 tacccacaag atggggttcg ctgttctccc cgctgaacag tgagacgagg tccactgtgg 1746601 ccttttgtac ccgttccatt tccctcccct ccttcacttt tcaccggagg ataaaagggt 1746661 tttgaccgag ccgtgaaaaa gttcgtggga aattgaccgt tttaaaactc aacaatagag 1746721 tacgctggat tatatggtta gagtaattct gggccgaaaa actcataaaa gaagtcattg 1746781 gagtggtctc gggtgtaaaa agtgagacca atcccattcc tggccgcact cttggttctc 1746841 gtggcaatgg gtatgccctg gttcacatcc cagcatacct cagagggagt tgtggcccac 1746901 gccgtcgcca ttgacaacgg cagctcaccc tcaaatcgat tcctcagctt cctggacgtt 1746961 gtgaagggcc tgtacctcaa cgagaaggag ataaggaatt acctccacct caaggcgaag 1747021 gaaaaatcca tcagcgagct tctctcgata atctcagttc ctctaatcct gcttggcgcc 1747081 gtaattggac tctttaacgg aaaacttggt cacggggttg ggcttgctgg aatgatcctc 1747141 ctgacagttg gtctggttcc gtggggaagt ggagggggca ccctcagcgt aggggtaggt 1747201 tacctgctgg catgggttgg cttctcggtg ggtttcgtct cctccgcact gtcaaaaaag 1747261 taagttaaag ctcgttcagg atctttctca gcttttcaaa gtccttcctc agctcttccc 1747321 tgaggggagg cttgtagaga gcggctgcgg gatggtacat gggcatgatg atgatccttc 1747381 cgaagagagt gttcgccctg aaaaccttcc cgtggatctt gcttatcggc tcgggttcaa 1747441 acccgaattt cctcaggagg tatcccatcg agtgcctccc gaggggaacg atcaccttgg 1747501 gtctgatgat atcaatctgc atgtccaggt agggggagca ggccctgatt tcctcctcgg 1747561 ttggatcgcg gttttctggc ggcctgcact tgactatgtt cgttatgtac acatcatccc 1747621 tactgagccc tattccttcc aaaagttcgt cgagaacctt tccagccctg ccaacgaagg 1747681 gcaagccttt ctgatcctcc cagtagcccg gggcctcgcc cacgaacata accttggcat 1747741 cgtagctccc agagccggga acggcgttgg ttctgagctg tccaagggga cacttccggc 1747801 agttccggat tttctcctcg agcttcctca tcagctcttc ctttcccata ggcatcacgc 1747861 gagggttttc tgactcaggt aggccttcag aaactcgacc caggccgtga aatagcccct 1747921 ctcgtactcg tctctaaact cctgtctgag gatcctctca aagcgttcca gcacttcctc 1747981 tgccttcttt cgatcgtgct ctttgaggag ctggacgaca agggaatccg ggtcgttgtc 1748041 ctgaatggca ctcaggaatc cgatgacggc tttagaatag cccctgcccc attcgtcgtt 1748101 ccccgctatc ttctggagct tttccatgtg tccctttgcc cttgagaagt ccctcctgag 1748161 gagtgccctg aggaacattt ccatcctcat ctctctcgct ggcattcgac caccttattg 1748221 gcatcacaaa gaagtgcttt taaccttagt gacttcacac atctgtgtca tacctatgca 1748281 gggaaatctt catatttacg caaaagcttt tatactctta gattgaacat ccgccagagg 1748341 gaggagttgt taaaggtgat gcgtatggct gaaagtttgg gtgaaattcc cagtggggag 1748401 aaggagtttg cggagtcaac caagagaata cgggacatag ttgaatttcc ggaaatcagt 1748461 gaggatgaat tctatgagat gttgaaaacc gcgagcaggg gttacggtgg agatctgcct 1748521 cacaggactt attctctctg tcccgagacg aggcgcgtcg ttccggcatt ggtatgggag 1748581 aaggacggga aggtctggat aaccaagaag tgccccgagg gcatgataac cgacctctac 1748641 tacgagagcg ttgaaaccta caaccgcttt aggaagtggc tctggagcag aaaggaactt 1748701 tacagtacaa acgttgaaaa tagtggtgtc aactgtccct ttgactgtgg aatgtgtgcc 1748761 aggcaccgct cccacacgaa cctgctcaac atcgttctga caaaccgctg caacctgtcg 1748821 tgctggtact gcttcttcta cgccagggag ggccagccga tttacgagcc aacgcttgag 1748881 cagattagga tgatgctccg caacgcgaag aaggagtatc ccatcggagc gaacgccgtt 1748941 cagttcacgg gcggcgagcc gacccttcgc gacgacctga ttgaaatcat caaaatcgct 1749001 aaggaggaag gctacgacca cgtccagcta aacaccgacg gaataaggct cgccttcgag 1749061 ccagagctcg tgaagaaaat ccgcgaggcc ggaacgaaca ccctctacct gagctacgac 1749121 ggaatgacgc cccagaccaa ctggaagaat cactgggaga ttccgctcat cttcgagaac 1749181 gtgaggaagg ccggtgggcc ggggatagtc ctcgtgccca caacgattag gaacgtcaac 1749241 gaccacgagc ttggggccat aatcaacttc ggcctcaacc acctcgacat cgttcgcggt 1749301 gtgaactttc agccgctttc tcaggtcggc agggttccca agaaggagcg ccagcgcttt 1749361 aggataacta ttcctggagc tataaagcgc atcgaggagc agaccaacgg cgtcatagct 1749421 atggaggact ggtatcctat cccgatagca ggtcacatag cgcgcttctt tgaggccttt 1749481 acaggctcac gctactacat gaccagccac ttcgcctgcg gtgcagcgac ttacgtcttc 1749541 ctcgaccgcg agaacaagcg cgtcgttccg ataagcaggt tcctcgacgt cgagggcttc 1749601 gttgagttcc tcgaagagaa ggccgaggag atagagcagt ggaagaagct gggcaagctc 1749661 cagaagctca agctcggggc ggagatattc ctcaagttca agagcttcta cgacgagaag 1749721 tacgcaccga agggactcag cgtgctcgaa ctcataaaga acgccttcat gcacggcaac 1749781 tacgatgccc tcggcaagtt ccacgagaac gcgctcttca tcggaatgat gcacttcatg 1749841 gacgagtaca actacgacgt tgagagagtt gagcgctgcg tcattcacta cgccatgccc 1749901 gacggcagga tagtgccgtt ctgtactttc aacgtgatcc ccgaaatcta ccgcgacaag 1749961 gttcaggcgc agttcagcta cacctgggag gagtggaaga ggcttcaccc cgactgggac 1750021 tacaagaagg acaagtactt caggagcaag gagttcgtcg agaagatgaa gaagagcgag 1750081 ctttacagga agacctacat agacatcgag gactactttg gcgttaagga ggtgtgaaga 1750141 tgagtgaggg tatgctcaac aggaagctcg tgaggctcaa cctgaggttt ggcgatatag 1750201 actgggaaag ggccaccgta aagcagtatg agctcgagaa ggaggaggca atctggaggg 1750261 tcttcctgaa cggctatgcc aagaacggtt tcgtcgtgtt cgacccgtct tccattcccg 1750321 aggagaaggt tctcgaagcc ctcggggagc tgaagccaga ggttagatcc agggaagaac 1750381 taacggtcga ggagctcatc gagaagagca tgagctggaa caacataatg aaaaacgcaa 1750441 gggcttaacg caggtctatt tttattcttc cttccccatc gcttttctca agctcaaagc 1750501 tcactagtcc actgaaggcg ctcagatcga tgacgttcct gccgggttcc agctcgaagg 1750561 tctcctcagc cgctcctgtt gaggggaggg agaggtcgta ctcgcatatc tttatcctgt 1750621 tgtccctccg caggtgcagg atcatcctcg gctcgcgata gccgtcgagg ggaattccgc 1750681 ccaatggccg ttctccaagg gccggaagca gaaagctgac tgcaggtggc cgttccctga 1750741 ttatcccttc atcgaagaga acaagatctc tcgttccggt gtcgaaggga gttgcttcag 1750801 ttgatccggt gttcggagcg ctgttggtcg ccacgagcag tttgcctccg agcttctcga 1750861 tgctggtgac cctggccccg aaggcgccaa cgatcttcac cacgggaggg gcgatgtaaa 1750921 ggagaacgct cgggccgacg attgtgttag ttgcctccca ttcaaactcg tttcctggtc 1750981 ccctggagta aatcgcgtcg tggtgggcat tgaaggccgt tagaatgccc ccaccaacgt 1751041 tgatcgcgtt caccctgaag ggagcgtaaa aggtcgggaa gtcaaagagg cggtagaagg 1751101 ttagatcctc tcccatcagg ggatttccag ctattatccc acccctcaca aaggcaaaga 1751161 cacggttgta ggccgaggcc atcgctccca gctcgggcct aacaacagat ccgccgtctg 1751221 cgctttgagc caccccaaag aactcccatc ggccatctat catgtcaagg gcaccaacct 1751281 tacgcattcc cccggtgaaa ttgttgccaa tgccaaagaa ggccgtgtcg tggactcgga 1751341 cacccttcgg tgagggctcg tcaaggagtc ttttggcctt tccacctttc ctatcgaggg 1751401 agtacacacc gaggttggcg tggccgtcct ccctcgcgag gaggagccta tcgttgtacg 1751461 gatcgtagag tatctcgctc acttcccctg cccagtccgt ctcgtggtgg attgactccc 1751521 tccacagcaa cctgacctcg ccttcctccg tgtcgtaggc gtggacgtgc gagtacttat 1751581 tggtaaagag tatccttcgg tcttcccggt agagggcggg agcgtggacc cagcccccga 1751641 agtagatgaa ctcgtccact gtttcaaccg cgttataggt gtctcctccg ctcgtcggcc 1751701 ccgggccaac cagcgtgaag tcgtagacct tttcttcttc gctcttcacg tcgataaaat 1751761 gtgcctctcc ttcgaatgca agggtgaagt acaggacgcc gttgtagtat ctaaggccga 1751821 agattccacc gctgccccac tcaggcccgt acctcccagg aaaacgatag tttggcagga 1751881 gcatatcacc acctgtgacc ctacagtgta ggcctttata gatttctcga aggttttaaa 1751941 gggagaaacg aataacctcc tgttatgaga ccttaccgag gactcacggt tatcttcggc 1752001 ttctacgcgc tcggtgagat agtcagctct ggccttcacc ttcccgttcc gggcagcgtt 1752061 ctcggaatgc tcttcctcct ctttgctctc ctgagcggtg ccgtaaagct cgagtgggtg 1752121 gaaaacgagg ccgagtttct ggttaagaac atgagcgtcc tattcattcc gccgggagtt 1752181 ggcataatcc tctacctcgg cctgataagg gcccagctcg ttccggtatc cgttgcgctg 1752241 gttctcagct tcgtaatcac gctcttcgtt actgcaaaga ccgtcgaggt gctgaggcga 1752301 tgaaccccta cggcataacc ctcaccctgg tagtcttcta catcttctcc gagctccacc 1752361 ggaggaaaaa ggcagtctac acgaacccgg ttctgctctc gatagttgcc atttcactgc 1752421 tcctgaagct cggcgggttt tcctacggtt catatatgga gagcgcggtc ttcctgaagt 1752481 tcctcctcgg gcccgccgtc gtgagcctgg ctgttcccgt ttacaagaat acgggtttaa 1752541 tagcgaggta ctcgagggag attgccgctg gaatcatcgt tggcggaacc accgcgatgc 1752601 tcaccgccta ctggatagcc aagcttctcg gggcgagcgg aaccgttctg aggagcatag 1752661 ctccgaaaag cgtcacaacg gcaatagcga taggaataag caccaaaatc ggaggaatac 1752721 cggctttaac ggccgttctc gttataacga ccggactact aggcaatgcc ttcgccccag 1752781 aactgctgaa cctctttcgg gtaagggaca gaatagcgag gggtttggca actggcgtta 1752841 gctcccacgg cctcgggacg gcgaggataa taatcgagga cgagcttgcc ggtgccgtca 1752901 gcggtctcgg catggctctg aatggagtct tcacggcttt agtccttcct tatctcatcg 1752961 aagtcctcta gaatgcactc actgacgcgt agcctgtcgc ttgaatctag aaagagtgta 1753021 aagtccctct tcgcgagcct atcctcgacg ggagcatgct caacgagaaa tgctattatt 1753081 tcagcggtgc tgtacggaac cttcactcca atctcgtcag ccttcctgaa gagcctctcg 1753141 gggatttcaa agatatcatc gcccctcctt acttcaacgc ttacctttga gttgatctgt 1753201 tcccagagga ggagtgtgtt cctggctttc tcgatttttt cgagtgcccg cctctcaagt 1753261 atactcacgt tggccctgct ggtgcctaaa agctcggcga tctcgctctg tctcaatccc 1753321 atcgccctca atcgaagtat tttaatctgc tgatcagtga ggaagctctt ggatggcatc 1753381 ttaaacaccg aagtttaaca aaacgtcaaa cattaaaaga ctttcgggaa acgaaaggtt 1753441 tataattttc ggcctttcct ttagattggt gccccggtag cctagcctgg cggggcggcg 1753501 gacttgtaat ccgccggtcg cgggttcaaa tcccgcccgg ggctccatat tctggtccga 1753561 tgattggaaa gagagtgagc tgacgggatg atgaccgact tctcgctgag gaccaaagtt 1753621 agttcatttt tcatacctca gtggccttta gtgttcttca atgtatataa aatcctcgat 1753681 gtacattccc ccattcgacc agatctttga tctaatgggg ccattaaatc aaaaattttc 1753741 gtagtaaact ttttgttttg aacggactgt tttccggcct tttttcgaaa ggtttatata 1753801 cgcaaatgcc taagagccta tcgcaaatta ccgagaaaca gaggtggtat ggatggtcga 1753861 gattgacccg tttgagatgg ccgttaagca gctcgagagg gctgcccagt acatggacat 1753921 aagtgaggag gccctcgagt ggctcaagag gcccatgagg attgttgagg ttagcgtccc 1753981 catcgagatg gacgacggtt ctgttaaggt tttcaccggt ttccgcgttc agcacaactg 1754041 ggcccgcggt cccactaagg gtggcattcg ctggcacccc gaggagaccc tcagcaccgt 1754101 taaggctctc gccacttgga tgacttggaa ggttgcagtc gttgaccttc cgtacggtgg 1754161 aggtaagggt ggcatcatcg ttgacccaaa gaagctcagc gagagagaaa aggagaggct 1754221 cgcccgcgct tacataaggg ccatttacga tgtcattggc ccgtggactg acattcccgc 1754281 tcccgacgtc tacaccaacc ccaagataat gggctggatg atggacgagt acgagaccat 1754341 aatgagaagg aagggcccgg cttcggtgtc atcaccggaa agccgctcag cattggaggt 1754401 tcactcggca ggggaacagc taccgcacag ggtgccatat tcaccatcag agaggccgct 1754461 aaggcccttg gcattgacct caagggtaag accatcgccg ttcagggtta cggtaacgcc 1754521 ggtttctaca ccgccaagct cgccaaggag cagctcggca tgaaggtcgt ggctgtaagc 1754581 gacagcaagg gtggcatcta caacccggac ggcctcgatc cggacgaggt cctcaagtgg 1754641 aagagggagc acggtagcgt taaggacttc ccaggcgcga ccaacatcac caacgaggag 1754701 ctcctcgagc tcgaggttga cgtcctcgct cctgcagcaa tcgaggaggt catcaccgag 1754761 aagaacgccg acaacatcaa ggccaagatt gtcgccgagg ttgccaacgg tccggtcacc 1754821 ccggaggccg acgacatact ccgcgagaag ggcatcctcc agattccgga cttcctctgt 1754881 aacgccggtg gtgtcaccgt cagctacttc gagtgggtcc agaacatcaa cggctactac 1754941 tggaccgagg aggaggtcag agagaagctc gacaagaaga tgaccaaggc cttctgggag 1755001 gtctacaaca ccgccaagga gaagaacatc cacatgcgcg acggtgccta cgtcgtcgcc 1755061 gtccagaggg tctaccaggc catgctcgac cgcggatggg tcaagaagtg atctcttctc 1755121 cctttttaat tccttgagcg aagtgtccat agcaaagttt aaattgggag tttctcttct 1755181 caaacgatcg gctggtgatc acatggagca aaggtcactt gggatctata tctcggtcgt 1755241 tctaatctcg tttctcatac ttgcgggggc ttacacattt tcccacagta cactggatcg 1755301 gagtcaaccg cagacccacg tatatttggg gaacgattcc caaaaagttt tggtctacgt 1755361 cacccgtgtc gtcgatgggg ataccgcctg ggttcgcttt ccaaacggca cagaagaaaa 1755421 agtgaggttc cttggagtgg atacccctga gacggaagag gacagaaaca ggcccaacga 1755481 gtacgaccac ataacggatc ttagatgtct aacgatatgg ggtttaaagg ccgagcagtt 1755541 cacgaaagag ataatcgagc ataagcaggt ctatcttgtt ttcgatccga tctccccgag 1755601 gaggggctac tacgggaggc tcttggcata catctatctc acgaacggca ccgatttcac 1755661 tgccgaactc gtgaaagagg gctatgcgcg ggtctacgtt gaggggacct ttgagaaaaa 1755721 ggaggcgtac ctggagtatc aaaaggaggc tatgaagaag gggttggggc tctggggagc 1755781 ctgcggttag accttcgccc agtagtcctt ctcatccacc atcgccctta tcatctcgtc 1755841 ctcgtccctg aacatcgttc ttctcgatgg gttctgcatg ccgtagaact ccatgaacgg 1755901 gctcggacgc ctcttgaaag ggtagtaaag gtatatcgcc gcaagcgtcc tgtaagcttc 1755961 tgccatctcg cttataacgc ccgccgaaac gccctctgcg tagtgataga cagctatcgc 1756021 cctgctgaca tcgacgaggt tgaaatctct ctcgacgagc tgtctcctaa gtatttcagt 1756081 cgcctgctct atgtcttccc tctccagttc atcgacctcg ttcccgtcga ggaggtgctt 1756141 tatcctgatc ctcctcacgt ccgggttctt ggcgacttgg ttgtcgtatt cagcgacgac 1756201 ccaccagtcg tcgagagccc cggggtcgag aaccgtgaag tgctcgctca gcttgtcgta 1756261 gaatcccctg acgcggtggt agtactcctc ctcatgaccg gtcatcgggt agctgaggta 1756321 aacgagtggc ttctccttct cccggaagat taagtcaagg aagacctcag ggggatgcct 1756381 tatgccgaac tgtagaacgt agcgaacgtt taccccctcc ttcttgagct cgtggacgag 1756441 ggtcttcacg tggtttatcg cgtcttcgcg ccacatgacg agggttgtaa gctttatgtt 1756501 gtcgggatcg ttgccgaagc gctcgaacca ctcagggtcg ttgattatcc tcctcctgac 1756561 cgagagcacg tcgtcgagga ctattatcac ccggtcaggt ttgaggagct tgaggttgct 1756621 gagggtgaag cctatgacgc tcccgcttcc ccaccggaag aggctcggcg ttgatacgag 1756681 atggaacttc ctatcgcttc cgtctatctc cttccgtatc ctctcgaagg cctcatcgcg 1756741 aatctcgttc ataagatcct gatggtttat cgcgaagtcg aggacgttct tccgggttat 1756801 cttcaccccg cgttcctttc cgacctcacg caggtattca aagacgtggt aataggcgta 1756861 gctctccccg ctggcctttt caagggcctc actgaggtat tcatcgcgcc cgtttagtgg 1756921 cgggccggtt aggagtatta cctccccctc cacgatttca cccccagaac cctattcccg 1756981 aaaacctatt aacgtttccc ccctttcttc atcggtggtg gttgtggaac aggccgatag 1757041 agaagagctc accatcatcc ggaagttcga gcacatagag cactgcctga agcggaacgt 1757101 tcaggcccac gtgagcaacg gttttgagga tgtgcacttc gtccacatga gcctgcccga 1757161 gattgacaag gatgaaattg acttaagcgt cgaattcctt gggagaaagt tcgactatcc 1757221 gatttttata gcgggaatga ccggcgggac caagggctcc cagctggccg gaaggataaa 1757281 caagacctta gctaaagccg cgcaggagct caacataccg atgggcgtcg gcagtcagag 1757341 ggcaatgata aggaagccgg aaacctggga gagctactac gtccgcgacg ttgcgcccga 1757401 cgtattcctc gtcggcaacc ttggggcacc gcagttctcc gaaactatcc cggagcgcta 1757461 cggcatagaa gaggcattga aggccgttga aacgattcag gcggacgctt tggccataca 1757521 catgaatccc ctgcaggaga gcgtccagcc cgagggtgac actcagtaca ggggcgttct 1757581 gaaggccctg gcggagctca aggcagagtt tccctatccg ataatagcga aggagaccgg 1757641 agcgggggtt tccaaggagg tcgcggtcag gcttgagagc atcggaattg atgcgataga 1757701 cgtgggcggc ctcggtggga ctagctggag tgccgtcgaa tactaccgtg cgaaggacga 1757761 gatgggcagg aacctagcgc tccgcttctg ggactggggg attaagaccg ccataagcgt 1757821 cgctgaggtt agatattcga ccgagctgcc gattatagca acgggtggaa tgcgcgacgg 1757881 gataacgatg gccaaagctc ttgcgatggg cgcgaccttc gctggtgttg ctttacccct 1757941 tctaaagcct gcagtaaagg gcgatgttga gggcgtcatt aagatactga ggcgctacat 1758001 cgaggagata aggaatgcca tgttcctcgt cggtgccaaa aacgtcgagg agctgaggag 1758061 ggttcctctt gtcataacag gcttcacgag ggagtggctg gagcaaagaa ttgatttgag 1758121 ggagtatcta aggagcaggt gatttttcct tctccaatgc acaccttttt aaacccctgc 1758181 ccgcaactga gaacaacgca gccccgtgcc tcatgagagg ctcggggacg ggaggcggaa 1758241 acatgatacg gatttatacc atcagcggct acgaggaagt aggtaaaaat atgaccgccg 1758301 tcggctactc cgatggcaaa aaggaagaga tcgttataat cgacgttgga ataagactcg 1758361 accgcgttct catccatgag gacgttaaca tccaggagtt ccccaccaaa gagctccaga 1758421 ggcttggggc gattcccgac gattctatta tacggaacaa gcgcgtcgtt gccatagcct 1758481 taactcacgg acacttggat cacatcgggg cgatagggaa gatagcgccc cactaccctg 1758541 acgttcccgt ttacggaacc ccctacacga taaagcttgc caagagcgaa gttaagagcg 1758601 agaagtattt cgacgtaaaa aatcccatgt acgagacgga attcggtgaa atagtgcagg 1758661 taagcgagaa cctcgcgata gagttcgtcc gctcaactca ttcaatccct caggcggcta 1758721 tggtggtcgt tcacacgccg gacggtgccg tcgtccacac cggcgacttc aagttcgata 1758781 acaacaaccc cctgggtgag agacccgact acaagcgcct taaagaactt ggcaaagagg 1758841 gcgttaaagt cctcatacct gaatcaactc gcgttggaga gccgacgaag actccaagcg 1758901 aggcagttgc acagatgctc cttgaggact tcttcctcta cgaggggatg gaagctgatg 1758961 ggctcatagc gacgactttc gcaagtcaca tcgcccgact tcaggagcta atctggatag 1759021 ccaacaggat gggcaggcag gccgtcttca taggtcgctc cctggccaag tacacaggga 1759081 tagcgaagca gctcggactt ataaagatga agggatccag ggttctcagg agccccactg 1759141 caataaagaa ggttctcgca gaggtctcgc aggcgaggga gaactaccta ctcatcgtca 1759201 ccggccatca gggcgaaccg ggagctgtgc taacgcggat ggcaaacgga gagctctacg 1759261 acattggaaa gcgcgacacg gtagtgtttt cggccggaac gataccgaat cccctcaaca 1759321 gggcccagcg ttacatcctc gaaaccaaac tccggatgaa gggcgtgaga atgatcaagg 1759381 acatgcacgt ttcaggccac gcgagcaggg aggatcaccg ctacctcata aggatgctta 1759441 acccggagaa catcgttcct gcccacggcg agtttcagat gctcacacag tacgcggagc 1759501 tggccgaaga ggagggctac ctcattggca gggacgtctt cgtttcgagg aacggctaca 1759561 ccgtcgagat tgaatgaaag gccaaaaaac tgataaaggt tttcgtcctt tttcccttca 1759621 gctttagatt caggtggggt ggtaacatga ctgactacaa tgaactcttc acgcggatca 1759681 gaaaactagc aggggatgtc gataaaatta tcctcgaact cgttcccgaa aaagaaccaa 1759741 agacccttta cgatgccgcc aggcactatc ccctcgccgg tggcaagagg gttcgcccct 1759801 tcgtcgttct gcgggcaacg gaggccgtcg gtggcgaccc agagaaagcc ctatacccag 1759861 cggccgccgt cgagttcatc cacaactatt cgctggttca cgacgacata atggatatgg 1759921 acgaacttcg caggggaagg ccaaccgtcc acaaggtttg gggaattaac atggccatct 1759981 tggctggcga cttactgttc tcaaaggcct tcgaggcggt agctaaggcc aaagtagacc 1760041 cagataagaa ggcgagaatc cttgaggttc tcgtgaagac ctccaatgag ctctgcgagg 1760101 gtcaggcttt ggacatagag tttgagacga gggacgaggt aacggttgac gagtacctca 1760161 agatgattag cggaaagaca ggggcgctct tcgacggctc ggcaacgata ggtgcaatcg 1760221 tcgggactga caatgaggag tacatccaag ccctctcgaa gtggggaagg aacgtgggaa 1760281 tcgccttcca gatatgggac gacgtgctcg atttaatagc cgacgagaag aagctcggaa 1760341 agcccgtcgg gagcgacata aggaagggca agaagacgct catagtcagc cacttcttcc 1760401 agaacgcaag cgaggatgat aaggccgaat tcctcaaagt cttcggcaaa tatgcaggag 1760461 acgccaaggg cgacgcgctc attcacgacg agagggtaaa ggaagaagtc gagagagcca 1760521 tcgagcttct gaagaagtac ggcagcatcg actacgccgc tcagtacgcc aaggacctcg 1760581 tgaaggaagc caatgaggcg ttaaaggttc tccctgagag cgaggctagg agagatttgg 1760641 agcttctggc tgagttctta gttgagaggg agttctgatc ttgtccttat ttttgtactg 1760701 gagttaatgg acgagtgaga gtgcccttca gcttcttctc gggtagtggg atacgatcaa 1760761 gtcccggttt ctcttcgctg gtttactgtg gttactatgt ataagaaaaa tttataaaca 1760821 cttaaaccag tggttcaacg taaaacaata ttgggggtga gcctatgaac tggaagtttt 1760881 taattgcaat ctctttgggg ttgttgataa taggattagg ccacgctggt gcgctgagtt 1760941 cccccgattc taaaccagct ccgtcacttc caccgcacaa ggaaaagccc agtccaactc 1761001 ctcctaggat agggggagga atcgtagtaa aaacattcac cggttcctct agcatagccc 1761061 aggccaagag ctttctgaac cagtattggg gcaagctaac cctccggctg aacctcaacg 1761121 agtttcagaa cgttactttt gttgggatag cactgcgccc cctgccctca ggagcgtatg 1761181 cgccgctgta ctacttcgga cgggtagggg agtgccccgc tgaccttctc aagagggcct 1761241 tttacacaga gctcagcgcc tttgagaaca tcccccttga ggttaaggga tccctcgctg 1761301 acgaacccgg gaggaactgg aagtacatag gtgccgtcag gtcgataagg acatctaggg 1761361 agataagagt aacaacgagc atatggaccg aggaaaaagc caccgtttac aacgagttcg 1761421 gggccgagtt ttgggtgacc tatggaacca gcgggcagta cgtttactac gcctacctga 1761481 gccatgaggg taaggtcccc acgaaagcat ctggaaatct taaggttgcg gtgaagaatg 1761541 ttacagagag cgtaaaggtg ctcaactcga aggatgcgtt cattggagtc ggaagtttca 1761601 ggccagaggg tagcggctca acatctcact ccactgttac ttggggtctg aacgttggct 1761661 ttggggttga tagcactggg aggcccctgc caaacgccca ggcaggcttt accgagagcc 1761721 actccacggc cctgagcttc aaatggtaca ccgacgatgt ggatccaaac tcggaggtgc 1761781 atttcaactt ctacgatctt gaggagagag gatttatatt cagccatccg gcatggggga 1761841 agatattcat tgcccatccc gcggttgtgg ttcacgttga tccgggagtt acgttccact 1761901 tggcgaaatt gaaactcaag gcagaggccc tcttccacta tggggcagtc atcgattccc 1761961 ccttcagcgg aacctacata acgaggcatg acgtcgaggc tccgccaatt gagtttacgg 1762021 ttgagatgta cccatggttc ataaacgaac cttgagctca gcaagctcag cgctttgcac 1762081 tcagccatcc cactggggga tgctctgccc ctatcttcca cttttcgtag acttcatccc 1762141 acttcctcaa aagctcggcg cgcttttcct cgtcctctat ccgtgccacg tactcgcgag 1762201 gaatatatgc gaggtagtgt ggcaacttag gctcgaaggt cccgctcctg attattctac 1762261 caccggcccg ctcaacgagc gccttgagct tctcaatcgt cgggtaatga aggtcggacg 1762321 cggaagcgtt cgagcatttc aacgtggagc ccatcagaag gtaagggtgg ttcgttccgg 1762381 cgcgggattt ttgaaaggac gtcttttttg aaagtttcct cgctaacggg catggaaaac 1762441 accaaaaaag gccttctatt taaggtgttt tcggagaaaa ggtcttataa gttggggaaa 1762501 aattaatggt agatttgaaa actttgtatt ttgcggtatt tatatccacc acagcaatat 1762561 tgctactaca attgcttcta agaggaatat tccctcgaga acaaaaatga acttgcgacc 1762621 ttgtccatag aatgttggtg gatctctacg cttgattatt ccctctacga attcacaatg 1762681 gtcttttttc agtccatcgt agtaccgggg aggatataac tttaaatcct cgttactgag 1762741 acccaatctt actctaagcc tgttcatcgt atacgcttta tctaagaacc ttctgtaacg 1762801 atattcgaat atatggacag tgtagtaagt tatagggatg cttagaattg gtattaaaag 1762861 agaaacaaat actataatca tcttgggcag aacggcattt cctgagtcat gctggaggta 1762921 tggaattgag aattgataaa ctaagtagtt gtatgctatt aacaagaacc ccataaccgt 1762981 taagtacatt cttatcgttt cccattgcca gtctatgtta gctagcatct ccctagaagt 1763041 gacgtcccat tcttttagaa gtatctcctg gctaggtacc ctttcatcca taaacacaca 1763101 ttgagtgaaa atttttataa ccttttcgtt ggcatgttat ggagttacaa gaaagagttg 1763161 tgaaaaaggt aagagaagat ttaactagct ctcactccac aaacacagca ggcttcagcg 1763221 gcatcgcctg cctcttcttt cctcccttat cttcttcggg gttgattatc agctcgacgc 1763281 cgagctcctt ctctatgaag tccttggctt ccctcagcgc cttctcttcg tctatgcgct 1763341 tgacctcgaa ggccctctcc tttataaggc gctgtatcag cttgcttatc tccttgccgt 1763401 gctccctcat ctccgggtcc ttcatcagct ctgccatcgc cgacttgaaa tccctcttct 1763461 cggcaacgac ctcaacgacc ttccacttcc actcaggggc tgtataaacg tagaccctct 1763521 ccgccttctc tatcttagca acgcggatta tctccttgac gtcctcgatg aaggccttga 1763581 cgaactcttc ctccgcttca acagtctcgt cccaccactc ggggactggc tctggccact 1763641 tcgccaggct cacgaagctc tctccgccca gcttctccca gagctcctcg ctgatgtgtg 1763701 gcgtgaaggg cgccatgagc ctgacccaga cgtcggcgag ctttctaagg acgaagcgct 1763761 ttgcctcgtc gttcctgccc tcggttctgc gcatgtacca gcgcaggtcg ttgagaacgg 1763821 tgtagaacgc ccactggacg gcggtcctcg tcctgaactc ctcaagggcc ttggtggttc 1763881 cctcgatggc cttgttgagc ctgtggagca tccagcggtc aatggctttg agctcgacgc 1763941 cctctttggc ttcatagctt gagaactcac ttatcagctc gtagaagcgc tcgacctgcc 1764001 tgcggagctt tccgacctcc ttcctgcgcc agtcgaagtc gctgtcgtgc tcagcaaggc 1764061 ccattatgta gagcctcaca acatccgccc cgttctcctc gattgcatct atgaagttca 1764121 gcacgttgcc cttgctcttg ctcatcttct gaccctcgag cgttccaaag ccgttcacag 1764181 ctatgccctt gggccagtgt tcgcgcctga atatcgccac gtggttgaag atgaagaacg 1764241 tcaggtggtt cgggatgagg tctttggctg aacagcgcca gtcgagcgga taccagtact 1764301 cgaactcctc cttcatctcg tggattatct cggctggaat cccagtcttc tcggcaagct 1764361 ctttctcctt ctcctcgctg aagtcctcac ggaagatgta gtcgaagaac tccctcgtga 1764421 gcttctcggg gtcgagtctg ccctcctcgc ggagcttatt tatgtgcctg cttatcgtgt 1764481 agtaggccat gtagattgtc gagtcgctca ggctctcgat gacccactcc gggtcccagg 1764541 gcaggggcgt tccaaggccg accttcctcg cgcaggcctt cttgtcgagc cagtctatta 1764601 cagcctcgaa ctgcgcgcgc ctgctctcgg gataaatcgt cattctggcg agcgcttccc 1764661 tcgccttctc cttccactcg gggttaccat agtctatgaa ccactggtcg tggattatct 1764721 tgatgacggc ctggttgccg aagcgcgaga taacgggctt ctccgcgaac tcgtacatta 1764781 tctccgctat tcccttctcc tggagctcct tggctatgag ctctttgacc tcctggacgg 1764841 gcttgccttt gtagggctca accttgaaga ttcccttgtg gtactctgcc ttgtagatgt 1764901 tcttggtggc ctcttcgagc ttttccctgt ccctctggct cttcacgcca agcctctctg 1764961 cttcctcaac tgccgggaac tcgccgtagc cctcaagctc tatcagcgag atgtaggtga 1765021 tgtcctctaa gacgcgcggg tctatgtcga acttgaggag cagttcggtt tccttcttca 1765081 ggtcttcgag ggctatgtgg tcaaagggag catgcgctgg aacgctcatg actactcccg 1765141 tcgcgttgtc cgggtcaacg aactccgcgg gcaggataat gacctcgtcg cccgttactg 1765201 ggttcttcac gtattttcct atgagcttct cgcccttgaa ctcctcgatg acctctatct 1765261 ctctgtcctg gaaggagagc ttgtaggccg cttctttgct gattatccag gtctcttccc 1765321 tattcccgcg cttgaccttt gccttgacgt aggtagcgtt ggggttgagc cacatgttgg 1765381 ttactccata gacggtctcc ggtctgagcg tcgccgccgg aaggtagatt ttctcgccgt 1765441 tctcttctaa gatgaacttg atgatgacgt actcaagaat ctggacgtct tcgccttcca 1765501 ttatgtcgtg gtcgccgagg ggagttccta ctaccgggtc ccagcggacg cggtgggcac 1765561 ccttaacgac tagccccatg tccttgagcg tccagaactg ccactccacg aacttgctga 1765621 agggcgggaa gagactggta gtgtggaact cgcgcgtcca gtcaactgaa aaacctgccc 1765681 tgatgaacgt ctccttcgcg gccttcatga agtacttgac gatttccttc gggtcctcga 1765741 acttccagag aatatcctcg ggcaccttgt agacgtcgcg gtagatgtgt atggttttgg 1765801 ggtcgcggtt ctttatgcgc tctgctatgc ccactatcgg agcccctgtg atgtgccagg 1765861 ccattggaaa cagcacgttg tagccctgca tgcgcttaaa gcgcgctatg acgtcgggaa 1765921 tcgtgtaggt tctcgcgtgg ccgacgtgga ggtggcctga aaggtacggg aaggcgacgg 1765981 tgatgtagaa cttcttctcc ttgggcttcg ccttcctgtc gggctcgaaa accctctcct 1766041 caagccagcg cttctgccac ttctcctcaa tggccttgaa gtctactttc atgtccaaac 1766101 ctcctcaagg tttttccaaa agagcgggag tccagaatag gggggttatc ggtaaaatca 1766161 gacaccgatg tgattccagc ggagaagaca ctcccccctc atcggcatcg gtgcgagtaa 1766221 cggctttggg tatttaaggt ttttggagaa aaaagagaaa atcagaggtt cctgactatg 1766281 aaatcctcaa cctcgtggag cagcttgagg ccgagctcta tgtgaacctt tgcgcttggg 1766341 tctcttctct tggccaattc aaaaccagct ctgaattcct gagctgccgc ctttagcttg 1766401 atctcagctc ctcttgtatt gatgccttta cgcttgagtt tttccaggcc cttggttgcc 1766461 tctttgagcc gctcccgaat ttccttccca aacgccctga gatctttgag cttttccttg 1766521 attttcttct ccctggcttt ctttaggaca tgtttaacgg taatttgaaa ctccctgatg 1766581 gtcttcctct cctcgaacag gagtgtcact gccccagtgt agttgcctgc ctcgctcatc 1766641 tccttgactc tgtcgtagag ctcctcgaag tttgatagcc tttcctggag tagtgtcacg 1766701 ttgtgggcag tgccgttgat gtgggcgagt acgttttcca tgaaggtaat ggccttctgg 1766761 cccctcttca ggaacccgtt tactatcttt tcggcgttcg tgtaggccag accttccctg 1766821 agctgtttaa gctcttcgtc aagtttcatc ctgagatcct ttgccgcttt gagatcttcc 1766881 tcggcctttg taaaattcct ctccttaaga tccagcatca cgagtttgta tgcctccctg 1766941 gtctcgttga aaagctccca agcgggagtg gtgttcattc ctgcctgatc acacttgatt 1767001 attatcctcc tcgcgttcct gaggtaatcc tctacgcgct caactgaaac cctgacccgc 1767061 tccctgaact gcctcatgct ccggagaaca atcttatact ggtgcatcgc caatattcct 1767121 tccgtaactg cttcggggta gtccccactc ctgtaagctt cctccattct tacccggtat 1767181 tcctcggcga gccggtacct ctccattatg tttgcgtttt cgggcaggct catgttctcc 1767241 aacacggacg tcatgttgtg gaggcgctca actatcgaaa ctatcctatg ggccagctcc 1767301 tcttctggcg ttgtgttcgt tgggctctgt tctgttatcg ctggggtagg ggaggtggtg 1767361 cttgccgagc caagccctaa gggcactata gacagtacca acaccaccga gaggaggagg 1767421 gccgtccacc gtctcatggg catcaccgtt gagaactgcg ttgaactcct attttaggaa 1767481 cccggtggag aacgtttgaa acgagggttc caaaacatta aagacccgtg agagggattt 1767541 tctagttttg agaggaatat cctggcgatc ttgaaaatag gaactttaag aaacggataa 1767601 gacggaatca aagaaggata agctccctgt cggatctggt caacctccgg cccctgccgt 1767661 ccacaacggc cacgtcatcc tctattctaa cgcctcccag ccctggaacg tagatgcccg 1767721 gttcgatcgt aaaagtcata ccctctccga gcacaacgtc gccatcaggg cctatgtacg 1767781 gctcctcgtg cacctcaagg ccaagtccat gaccggttct gtggggaaag tattcaccgt 1767841 aaccagcttt gctgatcgct tctctcgccg cagagtcaac ttcccttgcc attactccct 1767901 ccctgacggt tcggaacgcc ttttcctggg cttccctaac ggtctcgtat atctcgacga 1767961 gcctttcatt gggtttgccg atggctatcg ttctcgttat gtcagagcag taacccctcc 1768021 atctggcccc gtagtcgagt atcaccatat cgccttttct cagcttcctc tcccccggct 1768081 catggtgagg atttgcggca ttctcaccgc tcgccactat tggttcgaag gaaatcccgt 1768141 ccgacagctc ccttatcctc agctcgatct ttaaggcaag ctccctctca cttatcccga 1768201 gtaggtccca agttaagagc tcatcgaaaa ccctgtccac gacctttgcg gcgtgctcca 1768261 ttagtttgat ttccttctca tccttcctca ttctgagctc cctaatgacc tgactcagcg 1768321 gatgtagctc aaagcggccg ttccccagct tgagaatgtt tatcaaccag tctgccctca 1768381 tggtgttttc aacgagcaac ctgccgccag aaagtttcag ctcgccgaat atccacgaaa 1768441 gcttgtgata tgggttttcc ccatcactcc agaaagtgac tgggaagttc gagatctggt 1768501 tcctgtacat ggccggggcg aggaggtggt aggcaccgtc cgaactgatg acgaggagtg 1768561 tcggtctctc accagtttcg tgaaggttga agccagtcag atagtaaaag ttcgcccccg 1768621 ggcttactat tgccccatcg aacccggcat tttccatttc taagatgaat ctctcaagtc 1768681 tcaaagtcat caccggaggg ggtagccgcc tggaattaaa aacgttccgc gagcctgtgc 1768741 acgatgtaac cgaggattat ccctgtgagc gcgtcccaaa cccagtgctc agccagaaga 1768801 actgtggaaa ctggagtcaa cacaggaatt aaagccagca gcatagagag tttatccttt 1768861 ctcctcacga gtgccaagaa gctcaaggta tcgatagtgc agtggggaga tgggagaacg 1768921 aactctggcc tcgcttgcca tcccggaggt gggtactccc taggcaagtc agtataaaca 1768981 aggtggggcg gatagacgtg tgctataacg aatataacac tcatgatcag aaacgccaga 1769041 aggtagccct tcccgagttt ttccgcttcc ccagggtcac ggatgagaag gtagagggcc 1769101 gttccaagca tgatcccagt gaaacccatc ctgtataagg tgtccatcag gagataaagt 1769161 gctccgtggg actcagtcca gagaagcagc ttgaggacga agtcgtgaga agttccggga 1769221 agcttcagca acagatcagt gtagttgacg ctccagcggc caagcgccgg atagatcaaa 1769281 ctgtagagat tccagtaggc gtaagcaaga atgatgagga acatcgccct gagtctcggg 1769341 gtgccctttt tgttgaggaa agtttccttc ccgaacatgt ttttcacagc tgtgaagaga 1769401 ccgcaagatt tataaattca cccaatgttc cctacattgg gtcgagccgc cgtagcttag 1769461 ttggtagagc gccggactgt taatccggcg gtccccggtt cgaatccggg cggcggcgcc 1769521 atcagtgggc ccgtagctca gcctggtcag agcgcgcggc tcataaccgc gtggtcgggg 1769581 gttcaaagcc ccccgggccc accagtacaa acttttctcg atgagaaatt tgatcaaaat 1769641 ggcatagcct ttaaaacagc tatccttggt tttggttgct cttaattggc ttgtttcact 1769701 attttcacta ttgagattaa accccgagat taaaccctgc cgagaatctc cccttcaacc 1769761 tccgaatcac tcaggagaac aagaacgaga gcagagagga agaaaagagc agcaccttgg 1769821 ggcagaacac cgagcatcat ccagagtatc gagaaaatga gatcgacaaa ggataaatac 1769881 tttcccaacc ctatgctcca ttccttcccg ctgtaaatcc cccacccgag gagggcgtgg 1769941 atcccaccaa cgaaaacagc cccgaccaac tgcaggggat actccattga gagaacccct 1770001 attccaacga agtagagggc cataagagaa aaagacatca tgacggccgt ttttggccgg 1770061 gggaggagct tcatggtatc acctcacagt ttcccagcca tcattagaat gcctactaag 1770121 atgaaaaatg cccccgcccc cttgtgtatt acctcctgag gcaggagttc acccagcttc 1770181 tcacccacaa cggctccgag gaaattgatc agtgccagcc ctattatcgc cccggcaaat 1770241 gccttcctcc acccgtactt ggttgcaaag gccatagttg ccagctgggt tttatctccg 1770301 agctccgcca gaaataccat cacggaaatg taaattagag gatccaaagg gctcacctca 1770361 cagcttttca agggcccttc tcattctctc catagcctcg atcagctgtt cttttttcgt 1770421 tgcgtagctt atcctgatcc atccctcgcc gtgttttcca aatgctgttc ccgggattac 1770481 cacgacgccc gcgttctcaa ggagccactc ggcaaagtcc tcgctgctca tatcaagctc 1770541 gggatctatc tttgcccaca cataaaaggc tccctttggc ctgaagggct caatgtgcgg 1770601 catttcgttc aggtagcgaa gagtcagttt ccttctctcg gcgtatatct ttctcatgtt 1770661 ttcgactgct tcccagctcc tcttgtccct cagggctgtt atgcccgcga tctggataaa 1770721 tgaggtaacg tttccaataa tgtacgcatg aagctttatc atatccttaa tgacctgtgg 1770781 gggagctatg gcgaagccca gtctccatcc agtcatagcg aacgtcttgg aaaagctgtt 1770841 cgcaagtatt gtgttgtccg gggcatactt tatcatcgga tagtgccgcg ccccctcata 1770901 gagaaagtgc tcatagggtt cgtcgctgag gatatagatg ttgtaatcct ccgctatttg 1770961 agctatggcc tttgcagtct ccttatcgag ggtcgcacca gttgggttgt ttgggtagtt 1771021 tatgactatc attcttgtgc gcttggttat cagttcaacg agctcgtcgg ggtcgattct 1771081 aaagcggttc tcctcacgca ggggaatacg gattatccca gcctccgata tctttgcgtc 1771141 ctcaacgtag caaacgaaag cgggatctgg aattatgaca tcgtcgccct cctcgagaag 1771201 ggattcgaag gcaagatatg tcgcttcgta ggcgccggcg gtgactagaa tactatcaac 1771261 atcgacgtct atcttgtaaa actcgcgata atactcggct atggcctccc tgaactctgg 1771321 gatacctgcg ttgggagtat agtgggtata accctcatcg agagctcttt tggcggcctc 1771381 ctttatgact tcgggtgtgt caaaatcggg ctcgccgatt ccgagtgaga taacgttttc 1771441 catctttctt gccttttcga agagctccct gatcttcgat ctctgtatga gattgatcct 1771501 gccagccagg aagtattttc ttttcttgta tttcatggag atatcacccc ggcattcgaa 1771561 gtcgaaacgg gctccttata aagtttaagg ggttttgttt cagagcgctt ccaccaaggc 1771621 ggatttctcc atcaggggtt tcagcttctc tggatcgcag tgaactgggt ttgcctttct 1771681 caatcccagc tccttgagtt ttaattcggg atcccctcca tcaaatatga ccaagtagtt 1771741 gaggccctcc tttattccat tctctttgat cgcgtccttt atctggagcc ttcccgagag 1771801 cctgagcaac aactctcccc caagggtctt tgcacggttc gttccccttt gaaaagctct 1771861 caaagccagt acagcagcgt gcacaacggc ctcatagcag ggagcgctaa cgatctgcac 1771921 gtctcctcca atcttgggga cgatcttttc agcctccctc actttcactg ctattacctc 1771981 gaaacccccc attgtcctcc cccgccatcc atacggggct ccacttataa cggttgtcgc 1772041 ctccagctga gggtatccaa aatatttatt gtatttctaa attttttcta aattttttcg 1772101 tgatttttaa tatgtcaata ttattaacaa ggcgcaaagt atttaactac ttaaagcact 1772161 aactaaagta gcgacccact gccatgggtg gtacagcgta tgacaaagat gcgcatcata 1772221 agcgttcaag tgccccagag ttttgttaac gccatggacc agctcgtcag acgcggtgtt 1772281 taccccaaca gaagcgaggt tatcagagcc gcactcaggg agttcctcaa aaaagaaatg 1772341 agcaccgagc tacaagggga cgaggttcct gaatatataa tcaaataact ccggagaggg 1772401 ggtaaggaat atggtgttta agctcctgga gcaggccgga ataaaactgg accttgatga 1772461 gggcaaggaa gtggagaaaa aagcggactt ttttggcgag gattttgacg acttcatcaa 1772521 aatagccatc gttggtgttg gtggttcagg taacaacact ataaccagac tctatgagct 1772581 cggagttgag ggggccgagc ttatagccat gaacaccgac gcccagcatt tggcgagggt 1772641 gaaggcccat aaaaagctcc ttcttggaag ggagataact cacggaaagg gttccggcgg 1772701 agacccaagg ataggataca aagccgccga agcaagcgcc cacgagatag caaagacagt 1772761 tggcgacgtg gatctcgtct tcataacggc tgggatgggt aacggaaccg gtaccggtgc 1772821 tgcccctgtc gtggcaaagg taataaagga acacgctagg aacagcgggc gcttccgtga 1772881 gcccttggtt gtaagcgttg taacgtttcc cttcaagacc gagggaacgg ttcgcctcga 1772941 aaaggcccgc gccgggatta aggctctcct ccagtactcg gacactgtga taatcatcga 1773001 gaacgacaag ctccttaaac tcgtccccaa cctgccgata agcgcagcct tccgcttcgc 1773061 cgatgagata atagccagaa tggtcaaagg gataaccgaa acgataaagc ttccgtccat 1773121 ggtgaacatt gatttcgccg acgtttacag cgttatgaag gacggtgggg ctgcactcat 1773181 aggtataggg gagagcgact ctaagaagag ggccgttgag gccgtcaagg ctgccctcga 1773241 gaacaagatg ctcgatgtca agttcggtag cggtaacaaa gcacttgtcc actttaccgt 1773301 cggtcctgac gtgaacctcg gtgagatcaa cgaggcgatg gaagttgtgt acaacaacct 1773361 cggagccaag tccgagatca agtggggtgc ccgcgtcgat gaggacatgg gtaaagtggt 1773421 cagggcaatg gtaataatga ccggcgttga aagcccacac atactgggtg gtgagactgc 1773481 attaatagca aagtcggact cagttgtaat ccccgagcct gagccgttcc ccttcgcgga 1773541 gaaatcgaag tcctcgaaag acctctacgc cataatcgcg ggcaaagaga agccctctgc 1773601 caagatcgat gacgagcgca agaagatcat tgaaaagata ctctccggca tcgacgagtt 1773661 ttgatcaatt cttttattta attgcataag gtttttatct tttgaattcc aaacctgacc 1773721 ggttaaactt agagagcggg tggtagtatg gccgttgtaa tcagtgtggc caaccagaag 1773781 ggaggagttg gaaagacgac cctcaccatg aacctcggct acggcctcgc aagggccggt 1773841 aaaagggttc ttctcatcga cgttgatcca cagttcaacc tcactttcgg ccttatcggc 1773901 atggacgtcc tcaagtacgg gaacaacaac gttggaaccc tgatgagccg ggagagcagc 1773961 gttgaagatg cgatagtcga agtgactcca aacctgcatc tcataccgag ccacctcaac 1774021 ctctcggcca aggaaatcga gataattaac gcctacaacc gcgaaagacg gcttgtaaag 1774081 gcgatagcgc cggttctacc cgactacgac tatgttctaa tagacaatcc tccgagcatg 1774141 ggcatctttc tcgtgaactc cctcacagcc tctgactacg ttctcattcc cctcgagctc 1774201 agctactttg gcgtcattgg gatgcagctc atgttcaacc tcatggcaat gataagggag 1774261 gaaacgaacg aaaacctaac gctaatgggt ctagtgccca acaagtttac ccgccagacc 1774321 aaggtgcccc aaatgaggct caaggaactc aaggaagcct atcccgacgc gccaatcctc 1774381 acaacgatcc ccaaagcgat agccctcgag aaagcccaag gggagggcct tagcatattt 1774441 gattacgaac cagacgggcg tgccgcccgg gcctttgaga agctgaccga agaggtgatt 1774501 tcaattgccg agggagagta aaattcccaa actgttttcc ggttcggttg atgacctgac 1774561 aaaaccttcc aagcctaaaa aacagaagga gaggtcagat ctcaaatccc agaaaaagca 1774621 gaaaaccctc tacataagcc ttgacataaa tcggaagctg atagagctct acggggagga 1774681 aggcaggaga cagagcataa tagttgaaga tgccgtcaac ctctactact acctccgcct 1774741 cgccctcgga gagaagaaat tcgaagagct catgagcgcc gttagaaggg aggatcctga 1774801 ctttctcagg gagtacatgg agaagttccg gctttaatca ctcgcagaac tcttcgacta 1774861 ttctccttat tattttggtg gtctttgccc tgtcgctttt gtagaggtaa ggaaccctta 1774921 tcacctccgc ctctatcccg tgcctcttca gctcctcctt gagcttctcg cagttgaagt 1774981 tctgatcggg gccaatggct atcacgtctg ggtttatgcg cctgacgagc tcaaagtcta 1775041 tcccgcccgg ggagccgatg taaacctcgt ctacgtatct tatcgccctc aaaagctcgg 1775101 ccctgtcctc agcggggttt attggattcc tccgcttgtt cctcctaaca gtctcatcgt 1775161 gggcaactat gactaccagc tcgtcgccaa gctctttagc ctgcttcaaa aagtgaacgt 1775221 gaccgacgtg gaggatgtca aagacgccac cgacaagaac gcggattttc ctgccctttg 1775281 atggcccact catctcatcc caccgtgacg ttccagattt tatccttggc gtggtggatg 1775341 ttcttcactg ccttgccctt gggcttctcc ttcatcgccc tgccgcccat cagggctatt 1775401 ccgatggcga ggggccttcc gtactgctct tcaacgacga agacgaagtc gccctccttg 1775461 atgttctcat cggcatcaac tatgcccgcg gccatgacgt cggcgccgtt gatgatgtag 1775521 ggaaccgccc cctcatcaac cacaacgcgt ctcggccact tcctcaaatc ctcttcgttg 1775581 gagagctcgt agagcgctat gacgagcggg aagatcaggc cccttctccg tatgaagaag 1775641 ggctttccgt tgacaaggag gatttctgtg gtcttgtcga attcagcgac ttcaacgcgg 1775701 tccttcttgc tcagcatctt cccggctatc tcctcgccaa aaatctcggc catctcgcgg 1775761 attatggcct ttacctcctt cttgctgagg gggtgcttga ccttcagctc cacgctttca 1775821 cctcctcgta aattcgtctc gcgctttccc tcgggttatc gctcgcgtaa atcgaacgac 1775881 ccacaatgat gtagtccgca cccgccttta aaacctcgcc cacctttcca ccctgagcac 1775941 cgacgccggg ggttattacc ttaatccccg gcttcagctt tgagcggatg taactcacgc 1776001 gctccggcct tgttgccggg gctataacac cgaagggctc aagctggttg gctaactcta 1776061 tcaggccgtc agtcacaggt tgaatgaact ctcttgcccc cggatggctc atctcgacga 1776121 cgattatcgt cttcccaagc tccataaccg ccctaacgct gtcgctcccg acgaagccgt 1776181 gcgctatgat gtagtctgag ccagcctcga agactttgga agctatcagt ctgttggtgt 1776241 tgggaatgtc ggcgagcttg aggtcggcta taaccggaag gcctgtctct tctttgagtt 1776301 ctgggattat gcccagccca gaaccgatga ggaggggcca gttcacctta atcgcccaga 1776361 ggtaatcagc tgtctcgcgg gctatctcaa gggctctctc gcgctcgtag acgtccagag 1776421 caagaattaa actgctcatc ccgtcacctc acgagtccct tgagctgttc tgggattaga 1776481 tcctccttga gaaagagggc aacgtgatag gcgcttttca tcgcatcggc tggattctca 1776541 gcccacgtga cgacgaccat gtccccctct tccggcttga gagccgagag tctttctgca 1776601 agctcaggca tagtctccct tagaggacga ccgtcctcag ggaagacaac ctctccgttt 1776661 ttaacgacga gtatcatggc gcccttggcg aagaacctta ttgcctcgtc cctgagttca 1776721 atgcttttaa actccggagg attcttcacg atgatggcgt aggcgggaaa gccctcgact 1776781 ttgcccaccc tacagacttc agaaaagtgt ttctccagct ccttcccaag ttccctgccc 1776841 ctctcgctca gactgtgtcc ccgctgcgtt gattgaataa gtcccagtga tgaaagtttt 1776901 ctcagaattg ttctcacgct tccctcccca agaccgagca gctcggccat gaactttcgt 1776961 ccaacgggtt ctttcaaaag gaacagcgcg gctataatat cctcaaggct gaactcagga 1777021 tacgctcccc tcttccagct catcctcacc caccgagaaa agtaggaaaa gggggttaaa 1777081 agtttgccgt cagagccacc tcggcttcag cccggcccag atgcgcatct tctcgtgggc 1777141 aatgatgcgc gggatgttgg gcatctcctt cggtccgggg ttcttcatgt agaaggcgtt 1777201 gacctcataa acggttccga aggccttctt ctcgacggca atctttccga gcctgacgag 1777261 gtcgacgagc agacctgcca aagcagggct gtcgtttatc ctgcctgtga tgacgagttc 1777321 gtcgtgggcg ccgttgaatg agacgtactc gatgtgcatg gcgatgaact tcttgtcgcc 1777381 gagcggctcg aggaagccgg tcggcttgat gtagtgcggg gcgtcgtaac cgaggaggtc 1777441 cttgacgatg gagctcttgg tgaactcctt gctcttgttg cgctccttgt cggtgagagc 1777501 caggaagtcc tggtttccgc cgatgttgaa ctgagcgatg tcgaggacgt agcggttcct 1777561 ctgggcgagg tgcgcgagga cgtcggcggt aagcggggtg gcaccggtgg caccgtcgtc 1777621 gccgaagata acgaggttgc tctccttagc gagctcgacg aaggccgggt cgttggctat 1777681 aagcgttgga atcgcgttga cgaatgctgc accaccgacc tccttggcgt acttggcggc 1777741 ggcatagacg tagacctgag tggccgtaac cctgtccttc ctgtcctcgg caatggcctt 1777801 ctcgagctcc tccttcttct cgaaggggac gaaggcctcg gtggtgcaga cgttaacgaa 1777861 gacgtctggc ttaagctcct tccactcgct gacgaggtgc tcaacggcct cgctgagggt 1777921 catttcatcg tcaagaccgg tagcctcgag cgggaggttc ctgaggcttc caaggtgtat 1777981 tcccttcctg acggtgattc ccttgaggct ctccggggcc tcggggtcat aggccttgac 1778041 gacctcgtag aggtcctttc cgaccttggc cttgtcaacg tcgtaggaac caacgatttc 1778101 gatgtcctta atcttaatcg ggagctcgtc cgccagcggg acgccgtagg gctccatctt 1778161 tccagccttt atcttctcaa gaccgctcgc gaatacgctt gcaacgtatc cctggccgag 1778221 tataacaacc ctgaccattt cacccacctc ctttttgctg tttccaaaat attttatggt 1778281 ggttaaatag tttttggttg aaaatatacc acctacttta aagtctaagt ggggagcgct 1778341 taatgttccc aaaggtttat aagaagcttg attctaaaac aacaatgcgg ggttattccg 1778401 ctttctaaaa taagccctcc gggcctttgg gctcgctttt gaaaccttgg agggtggtag 1778461 ccatgagggc aggagcactg tggttggttg cactggttat ctttggagtg gtcgccagcg 1778521 gttgcatagg cggcgaggaa gcgaaaactt ctcagaccga ggttcagctt acgggcgact 1778581 tcaccaagga cgttgtagaa atagggaagg ttctggagca gaacggtgtt aaagaagtca 1778641 agttctctgt ctggggttcc ggtgatccta acagcgtcat gagggtttat ggaatagtgg 1778701 aggccgcaag gagaataaac aaaatctggg ccgacaacgg aatcaacgtc aaggtagtga 1778761 taaccgacac ccactacgtc gcctccttcc aggatgccta caaggagtac ctcagcaagc 1778821 agcccctcgg gcaggccggg gacttcttcg tgaacagtta cgccttcctg ccgacgctgg 1778881 cggacgaggg ctacatactc gacataaccg actacgccaa agcctatcag agcgttatcg 1778941 acgacttcta tccgtccctg attgaggcct ccaagttcaa cggaaaactc tacggcctac 1779001 cgcaggacac ggaggcgagg ccactctaca taaggaagga cgtggcccag aagatagggt 1779061 ttgacctcaa cggcctcgat gagaaggtga agaacggcga gttcacctgg agcgacgtct 1779121 attactgggc caagaaggcc aaagacgagg gcgccgccga gtggggcctc atccacagga 1779181 agggctcggc tcaccccgac ctgatacagt tcatcttcgc cttcggtgga aagctctacg 1779241 acccaaacac cggaaagctg gttctcgacg ttcccgctgt atataagtgg ctctacgttg 1779301 agtggaagtt tgcccgcgat ggcctccttc ctgaggacat aatgagttgg gactgggcca 1779361 agcagataca cccgacggtc gtcgagggca gaaccctatt cgatataggc ggaacctggt 1779421 actggacaga gtggcagacc aagcagtact acgccaagga gggaacaccg aggggcctga 1779481 aaccagagga ggtaaaggac tggttctact acaccctctt ccccgctgga gagaagggta 1779541 aggagccggt aaccctcagc cagcccttcg tctggatgat aaactccaag gccggccagc 1779601 agaaccccaa gtacgacgag ctcaaagacg tttaccacaa gctcgccttc ctgatgctca 1779661 tcaaggccag cgaccctgat ataaacgcca tacacagcgt catctccgcc cacctgccag 1779721 tgagaaagga tgctgctaag ctgatcaagg acgagaagtg gctcaacgat ctgaagaacc 1779781 ttaaccttga cctcgatcaa aaggttaagg acaacatccg ggacatcgtg aaggcaacgg 1779841 tcaatccgat aaacgcccag ttcctggcgg acgtcagtta catgctcgaa tacacccact 1779901 tcgctccggc ccatccgaag tacccagcac tggcagatat cttcaaggaa gcggtggaca 1779961 aggccattcg tggcgagatg actccggagg aggctgtcaa ttacataatc cagaaggtca 1780021 aggccgatcc cgagctcgcc cagaacgtcg agatcaaggg tgaaataccc aaggactgga 1780081 agttcccgca ggaatgaggt ggtgacatgg acaggcgcaa gctcagggag ctttccttct 1780141 ttctttctcc aatgcttctg atggtgttcc tgttctatct gattccccta gttatgaccg 1780201 tttacataag catgacgcgc atgaggaact ggaacgttga gaggtatctc actgactttg 1780261 tgggccttta caattaccac aggctcttct atatgttcca gcacgatccg acctttaagg 1780321 ctgtaatcat gacaacggtc gtgttcgttg gaatcacgct cttgataaac gttttcgggg 1780381 gtttactcct ttctctcgcc atatttttca tagaggaaag accggcctcc ttctatagac 1780441 ttctctggct cctccccagg atgtcgccga tagcagtgta cagcctcgtc tggtactact 1780501 tcttccacgg cagcgagatt ggaacgttga actcattcct catgcacctc gggttaatct 1780561 ctcagcccat tccctggggc cagattatcc cttggggggc ttggagtgta ataatattcg 1780621 tgaacggttt ggtgggtgtg agttttggaa tgatcgtctt cacctcggcc ttgaatcaga 1780681 tacccaggga acttattata gccgcgaggg tcgatggtgc ttcctcttgg cagatatcga 1780741 ggaaaatcct aatccccatg atgagatggc acctcctcta tgttttcacg tggcagttcc 1780801 ttagcctgct gacgacgtac ccccaccttt tcctgctcgt tgagtgggac cttgtcaaca 1780861 gggactacgg aacaacctta gcgctctacg tcttcaacac cgcctttggc atgggcgagc 1780921 aggatcaggg gcttgcggcc gccgccgcgg taatactatc gataatcggg atcctcggcg 1780981 gtctcgtgac gctaaaggtt ctcaagttcg agaggatgat gaagaaacca aggggtgatt 1781041 tctgatgaaa gacgttgaga cgagacccag aaggtacggg ctggttatag tgctcgccct 1781101 cctgctcgcg agcctgccac ttctcggcgc cttctccctg ctcgtccttt cgagctttag 1781161 taatcaaatg gtcacagacc taagtcctgg ttcatttcat ccaacgctgg agaactggat 1781221 aaacctcttt cacggtaaaa tcgcaacgac cggtggaata agggtcaaca tatggcgcat 1781281 agccctcaac accctcatcg tcgctatggg tgtttccctc gtcgtgacgg ggattagcgc 1781341 cctcgccggt tactccctct caaggatgga cttcaggggg aggaagacca tgatggttct 1781401 cctcctcctt ttgcacgcct tcccgggcgt ggccctgatc gtgggcgttt acctgctcta 1781461 tcgcctgact ttcccagcta gcacgaccgc agtggggctg tactcattcg tttacgttat 1781521 actggcccgg gctgcccttg aggttcccat gtccacatgg ctcatgaagg gcttctttga 1781581 cactattccc tgggagttcg agtggtccgg gataatcgac ggggcttcga ggataaccgt 1781641 ctggaggaag ataatgctcc ccctgatcaa gccgggtatc ctggcagttg ctctcttcgc 1781701 gttcttggcc ggctggcagg acataatcta cgtaagaacc ttcctcatcg accccacact 1781761 ggcgacgttc atagagtcca acatagaggc cgagtactcc cacatgcccc tcatagcggc 1781821 cgccgggacg ttctacctcc tccccacgat aatattcttc ataaccgccc agcagctcct 1781881 cctccagggc tactcgggtg gaataaaggg ctgaggtggt tgaaatggtt aaggtcaccc 1781941 tggataacat cacgaagagg ttcggcgact ttgaggccct caagcgggta agccttgaga 1782001 tagccgacaa ggagtttatg gcgctcctcg gcccctcggg aagcgggaaa tccactctcc 1782061 tctacacaat agcgggaatt tacaagccga caagcgggag gatatacttc gacgacaggg 1782121 acgttacgga tgtccctcca aaggacagga acgttggact ggtcttccag aactgggcgc 1782181 tctatcccca tatgaaggtc ttcgacaaca tagccttccc ccttgagctg aggaaagttc 1782241 caaaggatga gatatccaaa aaggtcaaaa aagtcgcgga gatgctccac atagagaacc 1782301 ttcttgaccg ctacccctgg cagctctccg ggggccagca gcagcgtgtc gcaattgcga 1782361 gggcccttgt gaaagagccg gacgttttgc tcctcgacga gccgctcagc aacctcgacg 1782421 cactccttag gcttgaggta agggcagagc tcaagaggct tcagaaggag ctcggaatca 1782481 cagcagttta cgtcacccat gatcaagccg aggcccttgc aatggccgac aggatagccg 1782541 tgataagggg aggcgagata ctccaggtcg gagatccgga tgaagtctat tacaagccca 1782601 agtaccgctt cgttggtggc tttctaggaa gcccgccgat gaacttcgtt gaggcagaag 1782661 tccaggactc ctacctcgac gtctatggca acaagattcc aatcccgccc cagtaccgcg 1782721 agctggtgaa gaaactcggc attagggaag ttatccttgg cttcaggcca cacgatgccg 1782781 aggtcgtgaa aggaaaggca gaggggctct tcgggactgt ttattccttt gaacccctcg 1782841 gtagagagca gataattacg gtctcagtca acggagcgtc cgttaaagtc tttgctccag 1782901 agggagagca cttcacattc ggcgagcaag ttactgtgaa actcagggag gacaggataa 1782961 tcctcttcga caagaaaacg gaaaaggctc ttgagttcct gctggaggag tgagctcatc 1783021 ttttctttct tccaaccatc cacacagtca gtgccaccct tatgttcgtg agtactgcaa 1783081 gcaggagaaa cagcgctttg actaaagcct ccattggata cagcaggaac agcatcgtaa 1783141 ggaagattct ctcgtctctc ttgcccggga gctttctgag ggcaggaact tcccgatagg 1783201 cgtccctgca gaaggctccc ttaaagcgct ccgttgagta gctcaccatg accgaaccga 1783261 gcaaagctaa gagcgcgacc agataccaga ggggttcctt caacgtcgag taggccaaga 1783321 gggctaagaa agtcccatca acgtagcggt cgaggattga atctacgtag ccaccgagcc 1783381 tgctcgtcct cagctgggcc ctcgcaagct cgccgtcaac gccgtcgagg attgagctca 1783441 gctggtagag gattcccgct aggggcaggc tgatgagcgt taggaaagcc gagagcacgc 1783501 cgagggcgaa agcgacgacc gtcatctggt ttggagtgac cttttcaacg aggaggtagc 1783561 tgattctcgt cgagattttc ctgttgaggt gtctgctgat gaacccgtcg ccggtcccct 1783621 tgacggccgt gaagacgagc atctttctcg ccctcttgag ctcctccggc gtgtccacgt 1783681 cggtccagcc gaggccgtcg acgaaggtaa cgggaagctt agcccgctcg acgacctcgc 1783741 tgagtgagta atcaccgttc ctctcgtttt caagcacctc cgttaccctg aaaatcccgt 1783801 cgtcgaggac gaagaagcct gtatcaaccg cgtcccagtc cttaagaccc tttccgattc 1783861 gctcaacccg gccgtccttt accttaacct tcgtcgcctc ttcaacgtca atccatctcg 1783921 gctctctgtc cgctatgagg ccgtttcccc ttattgcctc cgcaacgaag gactcgttgt 1783981 agacgtggtc gctcatgacg aggacgaacc gcccggagac atgactttta gcgaggtgga 1784041 gcgagtggcc gttgcccttc tcgggctcgg ggtttatcac gagctcggcg ttaaagccgt 1784101 gcctttcaac gaactcgcgg tagaggggag cgtaccgctc gttggtgacg attacaaacc 1784161 tcttaacgcc attcctctgg aggaggtgca tcgttcggta cagaatctcc ctccctgcaa 1784221 ctttgaggag tcccttgggc cttccgccca tcctcgtccc aaggccggcc gcgagaatca 1784281 ctgccgtttt tggggtcatc ggcatcacct ttttaaggcc ctcgaagagg ccccaccagg 1784341 agaaccgaga ttaaattaac cataggtaat ttaaagcttt cggtggtgga aatgcgagtg 1784401 gcggtgctgt attccggcgg aaaggactcg aattacgccc tctactgggc actggagcag 1784461 ggttttgagg ttaaatacct cgtctcgatg gtgagcgaga gggaagacag ctacatgtac 1784521 cacgtgccga acattcacct cacggaactg caggcgaggg caatagggat tcccctcgtc 1784581 aagggcttca ccagcggcga gaaggagaaa gaggtagagg acatgaaggc cgtccttgag 1784641 ggcctgaaga ttgacggcgt cgttgcagga gccttagcca gcgagtacca gaagaagcgc 1784701 gttgataaag tggcgaggga gctcggcata gagagcttcg cgcccgcttg gcaccgcgac 1784761 ccaatcgaat atatgcgcga gctgattggg attttcgaca tcgtaatgat cggcgtctca 1784821 gcctacgggc tggatgagag ctggcttggc agaaggattg acgaaaaggc tctggaggag 1784881 cttgtgaagc tccacgagaa atacggaatc cacgtagctg gagagggggg tgagttcgag 1784941 accttcgtca gggatgcgcc cttcttcaaa gccaggatag tcttcgacga ggtggaaaag 1785001 aaatgggacg ggtttaatta ttccggagtg cttgaggtca aaagggccca ccttgagaga 1785061 aagagtaaaa acaaaaacag aaatggcccc atcggtgggg cacaaatgaa atcataaaaa 1785121 ccatctcctg agccaggagc gccttccgag gtcctttttg acgaggaata ccgtcttttc 1785181 gcattccttc gccacctcaa cgggcagttc tccaaacagg cttctggcga agagcgagct 1785241 ctccgaggcg cccattataa cgaggtcgtg gtcgcgacac tcggaaagta ttgtcctctt 1785301 ggggtcgtcg gaccggacaa ccttcaaagt gcccctagcc ccgttcagaa tcctcataac 1785361 cggctcaagg cggcgctcta tcctctttct ctcaataccc tccctgtcaa cgtagagtac 1785421 tgtaacgctc gcaccctttt caagggcaaa tattctcgct atttccgccg ctagaaggct 1785481 gtgaggaccg ccagccgttg gaaagagtat tctcttgact tcttcacccc ttcctggctt 1785541 cacgagcaaa acgtcacacg gggcctccac gagtctgtcg aggttgctgc caaagatgta 1785601 ccccagcctc gaacgccccc tccagccgag cacgaggagg tctgccttct tgttctttat 1785661 ggcgctcagt attcccctgt aaacgctgtg ggcatagtag agtacacccc tcacgttcac 1785721 atccccgccg agcccttccc tcaccctcct gagcagctcc aaagcggggc ctgcaaagcg 1785781 gtgcgcctcc tcaagtggcg tctgctccgg aactgtcact acacttacga gggccagctc 1785841 cccctttctg gcccgggcta ttgtctcacc taccctggcg aggtatgggg catttctcgg 1785901 atttgagatg gccacgagaa ccttgtagcc ttcgggcaac cactcaccga aaacaacctc 1785961 cctcctgagt gcctccttcg cttccctcgc ccccttgtag cgggagctca gtgccaggcc 1786021 caggatcacc cacccgagcg ttacgaacca cgccgtcggg ctcacgtcga atatccatat 1786081 ggagagaacc ccctgcaggg ctatggcgat gaggggtatg aatgggaagt atggcatcag 1786141 gaagccgtaa tccagctcat cccccctctc gcgccgtatc tttatgacgg ccgcgttgac 1786201 gagcaggaat atcagcagga aaactatgtc cgcgctcgcc gcaacgtcct ctatcggcag 1786261 ggccagggca acggttacta tgatgattga agagagggcg agtgctatgt ggggaaccct 1786321 cctcaccggg tgaatcttcg atatgaagcg cgggagcttc ccatcgcgac ttattgcaaa 1786381 gagaaccctc gttgatgagt atatggtggc gttgagagct gaagtcgagg agaaaatcgc 1786441 cgcgagcgtt atcaagagcc ccccgtaggg cattaaatcc tttattgcct cacccatgcc 1786501 aacggccccg tggaaggcga accacgccgt caggttctcg ggcgaaacgt cggccccgac 1786561 tatcgccgcg aaggcgaaga ggaggtaggt tgtcgttacg gccacgaccg agtagaggat 1786621 tgccttgggt atgctctcct tcgggtcaaa ggcctcctcg ccggcgtgcg ctataacctc 1786681 gtagccctca aagccaacgt aggtaaagcc catagccgct aaaaccttgc cccagccgtt 1786741 gggaacgaag ttgctgaagt gggagagcct ctcgggatgg aggatggtgt agaacaccgc 1786801 aaaggcaccg atgaagagaa gagttgacat ctggccgatg gtaatcaggt tctcgatgtt 1786861 gcccgtctct gaaacaccga tgtagttgat gaccacgaag acggctatta tcaggagcgc 1786921 gagggccttt atcacgagcc cgctctcaac gccgagggac gagaaccact tcgtcccctc 1786981 aaggagaaaa accgtgtatg tcgcgaaggt tatggcgtag aggcttcccg caacggtaag 1787041 ggcgaaccag ttgagccagc ccgagatgaa gccgattagg cccttaaacg cctcgtctat 1787101 gtaggtgtag gcacctccgg cggtgggaag tgcggaagcc agctccgcaa aggacatcgc 1787161 cgagaagagg gccacgagac cgttgagggc aaaggccacg agaaccccgc cgggaccggc 1787221 gaagcctatc gagattccgg tggcgacaaa cacgcccgcc ccaatcatca tgcccatgcc 1787281 catcatcatg aggtgccaca ttgataatcc ccgcgagagc ccgatttcct cctccatgct 1787341 accgcctcct cctgattaca acgtttctca cggagttgac tttctgcttt atcctgcgcc 1787401 tcatctgggc ctctctcatg gtcttcagct cttcgatgat ttttctcgac ttgtacagga 1787461 gaaaaagcat aagggagtag gcaccggtta ttattccaac cccaattacc tgagggccgt 1787521 tcaactatct ccccccatct tcctatttga tgcttgatgt ccatgagttg ggagtgatga 1787581 attaaaaaag ttggctctca tctggggcag ggttccaggt gagacgaagg tggaaaaggt 1787641 aaaagaggaa ttagggcttc accctgaccc agaaccacgc cttcgagcaa ccgcccgaaa 1787701 cgccgcagct cgggaactcg aggctccact ccttcgtcgg aatcgcggag ttcggctccc 1787761 agtcgaagta gtcgtcgtcg aggaggagcg ttatcgccac ctgtcccatc gggtcgtcgt 1787821 cgttgcccca ttttccagcg tcctcttccc agccgtcgta ttcgaggtag aggaacggca 1787881 catcggccct cgtgtggcct atgatcagca tctggggact tgatgtaaac ctgttgcccg 1787941 aaagaactcc cgacttcgga tacctattga cgggctgaac cgggaccatc gcggtggttt 1788001 gctcccgcgt tatgtcgggc acatcggcta cctcctctgg cttgaaggag atgaatccgc 1788061 tcgcatagag gtagtactcg tcgtcgccga gttcagtgtc cttcgtgaac tggactgtgt 1788121 caaggtaagc ctgaagggtg tcgtagcgga gtgtcctcgg gacctcaact tcctgaacga 1788181 ggtaggtcac cctcatgttg ccgtcggcgg accacacctc aacgagaaca ccgtcgcggt 1788241 agttgccgtt cgtgtctatc gcgtagccgt tgtagccgac cggatcgggg tctccgccga 1788301 ggtccctgac tatcgttgag ccccaccatt cggccgcacc ctggccggtg acgagctggt 1788361 tgatgaacat gacgccgttg tatccgtact ttatggccgt tcctatttct ccggtggcga 1788421 ggcccaaggc ggcgtcaacc agaaagccag tcccgagtgt gatgtattcg ccggggtcgt 1788481 ccaagtccca gccggccgtg tggacgtaga ttttcctgta ttttttgacc tcctcgaggg 1788541 gcatggcaaa tatcggatag ccgttgatga agggatagct cacgcttatc gccctctcgt 1788601 cgtggtataa aagccggctg tggtcgttcg cctcgaccca gcgcttggcc ggatagccga 1788661 cggcatagat cggcccgtac tcccagtcga ggtcgttctc gtgctcccag tagaccggga 1788721 aggcccatga gacgagctga atctccccct ccgcgctgtc cttgttgccc tttatgtaaa 1788781 cgtcctcgac gacgatgacg aggtaacggt caacgtcctt gtccatgcta agcccgttgg 1788841 tggcgttcac ccagatgttg ctgtgggcag ggaagcgggg ctttagcgag ggtgcgtaaa 1788901 cctggcccgc gaaccagagg cggaagtagc gccagggaac gagtgagaag aagttctcga 1788961 tggtgaactc gacgacgtgc cggtcgtttt cgatgtatgt actcaccttt ccctcgcggt 1789021 agacgctccc gtacgcgtcc ctcagcttaa aggagtcctc gtcgacgtag gcaatccagt 1789081 cggcctcgcc gctgtcgctg ctgtcgaaga aggccttcat cggcatcatg tcgcggtact 1789141 tgcggtcgtc gaggtacagc ttaatcatca ggtcgtagcc cctcgcctcc atgtataact 1789201 tgccctccgg cgtgaagaag ctggccggcg agtaatagtc aatccaaccc ttcccggcct 1789261 cgattacgaa gctaccggtg taggggtagg tgagactggg gcttttatcg gtcatcgtgc 1789321 tcccgtagat tctgagataa actctctcag ggaatatctc cgagaagttc tcgattgtga 1789381 agctcacccg ccttccgtcg agcgtaacgc ttccctcctg gagttcaacg gagccgttcc 1789441 cggtcagctc gtagagggtg aaacctgtag aataaaggtg aagctcccat attctcccaa 1789501 actcctcacc ctcatcgaac cttaagaccg tcggctcgta gacgtacttt ttgccgctaa 1789561 acatgtctat gaaaaccgga atgtggacgt aggcgttggc taaactctcg ttctcgaagg 1789621 ttatcgtgaa cttgacgttc tttccagggt ctgtcgaggc cgttataatc gagactttct 1789681 ctatcttctc cccgttgggc tcgaaggtgt cgcttccaat cgggccagcg tatgtgaagt 1789741 ttgccgttag tctgtaaact ggaattatga ccggctgaaa tgtgacgtta agaagcccta 1789801 tcgcgaagcc cggccccgtt ccgttgtcgt tggtttcccc ggcttcgcag ccgagatccg 1789861 ggtcggcgcc gcccccacat accacattgc cgtcctcgtc gtactgaatg ctctcgttcg 1789921 atacgggagt ctctgtcgat gtctcagtct gggttttggt ttgcgtttca gtcagtgttt 1789981 cagtcgtggt tgacgtctgg gtctccgttg ttgtctccac gggggttggg cttgaggtag 1790041 ttgcggaggt tgtggaggtc gctgattcgt gcgttccggt ttcggaggga gtgcttttcg 1790101 tggtttctcc ccctgttccg gattctggcc caacgcatcc gctgatgagc actaacccgg 1790161 tcaggagaag gaaaaagaga agccgcaaac gttttctcat aggggcacct ccgggcccaa 1790221 accccggcag aaaaagaaag ccgtgcaggt ttggactaca gatggtaggg cgccattcta 1790281 tttagggctt ttcatgaatg tcaattcacg cagaaagctt attaaagaaa gtgcaagagt 1790341 taccccgggt ggtggtgtga tagaggttga gaacctcgtc aagcgcttcg gcgggaaggt 1790401 tgctctcaag gggatttcct tcacagtcta tgacggcgag atctacggcc ttttgggccc 1790461 aaacgggagc ggtaagagca ccacgatgag gattctggct gggattatcc cgccgaccga 1790521 tggaaaagtt gtggtcgagg ggatagacgt cgccgagaat ccgattgagg tcaagagaat 1790581 agttggctac atacccgaga cgccggttct ctacgagagc ctaaccccga tggagttctt 1790641 ttccttcgtg gggagcataa gggggattcc aaggacagac ttagaggagc gcgtcgagag 1790701 gctcgggagg gcctttggaa tcgaggagta cctcggcgag ctgataggga cgctcagctt 1790761 cggaacccag cagaaggttt cgataatagc cggtttgctc cacgacccaa aggccctaat 1790821 cctcgacgag gccatcaacg gcctcgaccc caagagcgca cgcataatga aggagctcct 1790881 caacggcttc aaggaagagg ggaggagcat cgtcttctca acgcacatcc tggcaatagc 1790941 agaggcaatt tgcgacagga taggcataat ctacaacggc gagctaatag cggagggaac 1791001 tcccgaggag ctcaagcgct tcgcccacga ggagagcctt gaggacgttt tcctcaagct 1791061 gaccgagagc caggaggagg taagctccct cgtcagggcc ctaagggagg ccttctgatg 1791121 gagcgggaaa tcgtaaacgt cctctaccgc gagatgacct acaaaaggct gaaggccaat 1791181 ccacagctat cagcggactg gaataagttc ctcaaaacct tcaagaggag cggaagcctc 1791241 aagagaaccc tactgagcca gtcaatcctc ttcagttttc tcggcctcat actgctcccc 1791301 tccgtctact acgtcaaaac tgatggctcg gcggtagttt acgcgagcta ctgcatgctc 1791361 cctctgattg ttgcactcta cggaacggcc gttactgcac agtatgcggt ctctcttggc 1791421 ctctttgagc cactcctctc actcccggtt cgtgttggag ggaagtacct aagtgccctg 1791481 ctcctcataa cggaactgcc ctctaccctc ctcctcttcc caccagcgat tgccctatcc 1791541 ctgaagctcg ggcccgttgc tggaaccctc ggcttcgctt gggcgctgat gggagctttt 1791601 ataggccaca ccctgggctt gctcatctac gaccgcctcg gaaagacctc cggtggaagg 1791661 ttttcgggcc taaagacggc ctttaaagcc tttgggataa tcctcgtgat gtccctcttc 1791721 tacggcatga actacatcca gcgctacgtc tcaagccatt atgaagccct caggggagtt 1791781 ttcgagaagt actccatagc ctatcccttc tccgtcgtca ccgtcgagaa gcccctcctc 1791841 tcgctcggcc tcctagccgt ttacggcctt gtgattggag cggtctacgt ttcaaccgtc 1791901 agaaggctct ggagaaggat aagcgagggg acaacggttg agagaagggg aggaaaagcc 1791961 aaactctcgc tccacagccc ggccttggcg ctggcgctca aggacttcaa gatagcctcg 1792021 cggaatacgt cactgctgac gggactgttg atgccggtcg tggtcataat cccatccctc 1792081 gccggtgcgt tgaagtcggg aagcgagggc tctgccctcg gctttgtttt agcgattggc 1792141 tggacgtctt cgatagcgat agacgcggtt ttaaagatag atgggagggc ctttgaagtc 1792201 cttcactcgc tcccgctgag cccgaggacg tttctgcggg gcaagcttgt gacgatgacg 1792261 gttgttcccg tgacggcggg cctgggtgct gttttgggac tctcgctggg gaacccgagt 1792321 gtggtgaagg ttctacccat agccctcctc ctgccggtcg cgaccgctgg aacgactctg 1792381 acggtctttt actggggaat tcgcgaggtt gcactgccgg agacgagatg ggaaaagatg 1792441 ctccttgtcc tgcttgcgaa cggtataata atcggagtta cagctggact gtggtacgtt 1792501 gagtgcttcc tctcgattcc cttcgttgcc atcgttgacg cactgttgct ctggcacctc 1792561 agcaggtgac gtggaagatt ccgagaacct ttctctttcc gcttagttcg ttgaagaact 1792621 ccactgcctc tcccgtaggg agctcataca cttctttgtc cctgaccagc tccctggtct 1792681 cggggagaag cgagagatag ccgtagtagc cggtgccgac gattagaacc tcaaagtcct 1792741 ccgtcaagta ctccctcagc tcgtcggggt cgagtttgtg gctcgttccg tgcttggact 1792801 tgctcagcca cttcttcctc ttctcgaccc ttccgctcgg ataaacgact acatcgtgct 1792861 cgtatgtttt gccatcgacg atgatcttcc caaaggaggg gtattcgagt ttcatagcgc 1792921 tcaccagcaa tcctttgggt ggagcgcgtc cctcaaaatc tttgcgtggt caaaggccag 1792981 cggaagcttc tctgcctctt caatcgggac gacatggact tccttcgcat cgtcgcctgc 1793041 cttcagctct ccctcgccga tgcagagaaa ggcgacggaa acggtgtgtc ctcttgggtc 1793101 gcggtttggg tcggagtaaa cgccaacgag cttaaggatt ctaacgtcca agcccgtctc 1793161 ctccttcatc tccctcttca acgcctcctc gacggtctcg ccgtactcga caaagccacc 1793221 aggcagggca aaatggtcct taaagggttc gttctttcgc tttatgagga caaggccgtt 1793281 gttgtagatt atcactccgt ctacggttag gcctatgcac ctgtggagct cggccttgag 1793341 accgtgtttt tctgcgaggg acttgacttc ctcgcggaac tcgcttatgt ctttacccct 1793401 cggggccttg acgagcagaa cgtaacggtc catctttttc acctcaggga agtcccttct 1793461 catcagcgtt cagcgtgctg acgtttcatc atcggtcgtt cacagtttgc acaaagcgtt 1793521 tatatcgttg atgcctagaa ttcacggtgg gaacatggag agaagccaac taatagcggg 1793581 cattctttcc cccattgttg ggcctggtgg agttttcgcc gcgattttga tccacaggtc 1793641 gtggtggagg gtcactgaaa atgcaatcag cgatctcgga aagattggtc tgagctataa 1793701 ctgggtgatg aacctgggcc taataatctc agcttccctc ggcctttatt acataagcgg 1793761 cctgtggaaa gaacttaaag gtgccctcca gcggatgggg gtagtagtat ttgcgatcgg 1793821 tctcatattc cttgcaggga taggcctgtt tcccgagggc acgggcccgc actactacgt 1793881 gagctggggc tttttcgtgg cctgcagcat tgggatgctc ctcatcggaa tcggtctcta 1793941 cttccagggc gagaaaaccc ttggtcttct tgcgtttgca atattcacag tcgggtggat 1794001 tctcgcactc tgggccaagt ctcacttcag gggtgtggcg gtggccgagt ttgtgggtgt 1794061 ttttggaatc gttatctggc actacgcgct actcaagagg ttcctcctcc caaaggctta 1794121 gcccgttttc cctctccttt ctctcgagtg ggctaccctt aagctcctgg ataaaaactt 1794181 ccgcgacgaa gacttttccc tcgaagagat gcccgccgta aagcctaccc tccccatccc 1794241 caagggcaac gtgaatgtgc gcgaagggct tttcattcct gaggctcacg ttccccacca 1794301 gtgaaaccat ctcaaacgtt ccctccagtt caataattcg gtagtcgttg atatcctcgt 1794361 caaaataacc tatttttgga tctttcaagc ttccaattgc actcacaacg ccggttttta 1794421 tctccttggc ctctgcaaag cggttcacga attcaaggag atcctccccc tctggcacgc 1794481 gaaacagaaa ggtccttccc ccggagaact ccatgaggct cacccaaacc ctaataagcc 1794541 gtccgaccct ttaacccttt gggtgtggga agtgcaggcg aagaacgctg taatggcagt 1794601 gcttccagaa cttgtggagc ttgaggacgt cgatttctcc aggtattcga gccagtacct 1794661 aagcctggca gtttcgttcg ctgaaagcgg cgggagaggc ctgagggagt tcgaggagtt 1794721 tgttgcagcg agggggctgg ggaaagctgt cgttggaaac tttctgctgt cggtctttca 1794781 gtacctgatg atcagatacc ggcggtacgg ggacagagat gtaattaaac ccgcgatcaa 1794841 gcttttcctc acccttaagg gctggctcaa cgaaaacggt tttgaaaacc agtggaagct 1794901 gctccttcac aacttcgtgg gttacattgt ggacatggcc agagtgatct cagaagagga 1794961 ggactgtgag ctcgccctcg cctaccttac gctaattaac cggctcgcag aggaggcggc 1795021 ggggacgttt ccagaggggt acttcaagga tctgaccgaa aaaagtagtg agatgctgaa 1795081 gaaaatcagg gatcgctgtt ccggaagggt tagcgttcaa ggatgatctc cgcataactc 1795141 ctcggatcct cccagatccg cacgaggatc cgttttacgt tctttcctgc tttctcagct 1795201 atcctctcgg cgaaccactc cgctatgtac tccgcggtga cgttaggttt gttcaggatc 1795261 actacctctc cctctggcag ttcgagtctc ttgccgttct tctcaacgat gacaactcct 1795321 ccgtccatcc cgacaaccca cgcctcgctc accagaatcc tgtggtcaag ctccttgaca 1795381 agattgctca ggtggttgaa atcgaagatc ataccgttct cgttcagccc gccccagatc 1795441 tcaacgtcca cgttgtatgt gtgaccgtgg atcctgaggc acttgctgtc atagggcaaa 1795501 gccagaaagt gtgagctgtc gaagtccttg tgccagccta tctttctctc accgaccttg 1795561 aagtccattc ccatcaccgg ttgaagttct ccgggacggt tataaccctt gtgagggcag 1795621 tttctccacg ctgaccttca tggccatctc ccctatctcc ccgtctgtcg catcgaagtt 1795681 cctcctctcc aggaacagcg cggtaaaggc aattgccctc tttagggcct gtacgaatgg 1795741 acacctcatg tgaaagtaag agaaggaggc caggaagaca tcccccgccc ctgtggactc 1795801 aggcacgttc acccttacgg gcttaaacct gtacttcttc cccatgaagt acgcaattcc 1795861 cgggtttggt ccatcggaga gcaggagaac ctcgacgtcc gaggggctta gtcctttgac 1795921 gtactcgaac tcggtcaggt cggcatgaag aacacgcact cccttcaaaa acgccccatc 1795981 gatcggtttc aggcgcagtg aacccggtgc aggctcgcgg ataaaaccct ggacgtcggc 1796041 cgcgatgaag cgcttcccgg caagctccgc gaccagttca ggggaaatct ccccggcaac 1796101 ggggttcagg agtaccagat caaagtttcc tactttcaac tccctgatgg gttctgcccg 1796161 tgagagcagg gtcagtaccc ttctgttacc atcgatgtag cggagttcgt aggacgtgct 1796221 ctcaaccgat ggaaggatct ctattgagat tcccctttcc ctgagctcgt cgagccactc 1796281 ctgcgggaag tcacttccaa cgctcgttac gacttttacc cgacagaacc gggagagggc 1796341 cagggccgag tagtacgccc cgccccccat cctcgtctca ctccgacctt tccccactat 1796401 tttatctatg acgaggtgac caacaacaag acacttcata gccctcaccg gaaacctggc 1796461 ttcttgacct tcacaacttc cttgttcacg agggtcggcg ggacttcgcc gttcttgaag 1796521 gctatcaggt tccttgcaac gagttcggcc atgccctctc tggccccaaa ggtcgcacta 1796581 ccaatgtgtg gggccagaat cacgttcttt aggctgaaga gttcctcatt gtagtagggc 1796641 tcctcctcga agacgtccag gccggccccg gcaatccagc cctcttttag ggccttgatg 1796701 agcgcctctg tgtccacgac ctttccgcgc gctatgttca cgagtatagc agtgggcttc 1796761 atgagtttaa gctcccgctc gcctatcatg tggtaggttt ccttcgtcag cggaacggct 1796821 aaaactacga aatcactctc cttgagcagt tcctccagcg gtttgaactc ggcttttagt 1796881 tcttcctcgg cctccggctt cctcgtgcgg gagtagtaga gtatcctcat cccaaagccc 1796941 ttagctcttc tcgccaccgc ctgtccgatt ctgccaaagc ctatgattcc gatggttttc 1797001 ccgtagacgt cgtggcccag gaacatgagc gggtgccagg caataccttt ccttttccac 1797061 tcgccggagc gcgtgaagct gtcggcctct attaaccttc ttgccgtcgc aagcaaaagc 1797121 gtccatgcga agtctgccgt cgcgttggtg aggacatccg gggtgttcgt cacgtagatt 1797181 cccctcctcg tagcttcttc gacgtctacg ttgtcgtagc caaccgcata gttcgcgacg 1797241 attcttaatc gtggcgcgtt gtcgaagact tcaccatcaa tcctctcgct gagcatcgtg 1797301 acgagggcat caacgtcgcg aaccttctca agaagaacct ccctcgggat ttcccgctct 1797361 tctggccaga cctcaacctc aaagtgctcc ctcagcatat cgataccgtt ctccgggata 1797421 gcgcgcgtga tgaagacctt tggcttcacg tttaccccct tctaaggata ggcgctggct 1797481 ataaaaaccc tgacggtgag ccatagccat gcgcatggaa gggaggataa gctctctcag 1797541 cgacgacggt cttggtgttc ttcacaccgg aagcaaaacc cttcacgttc ccttcgctta 1797601 ccccggcgac aggattatgg ttaaatcaat gagaagacgc ttcggcagac taatcgcaag 1797661 ggactttgag cttctggaac cctctccgct gagggccttt ccaaggtgcg ggcacttcgg 1797721 aaaatgtggt ggctgtctct ggcaggggct gaaatacaag gcccaactca aactgaaggc 1797781 ggagctcttc gagcgaataa cagggataag cgcgcagatt aagggctcgc ccaaaatctg 1797841 gggctttcgc aacgtgagca acttcatcgt gacctctaac ggcattggcc tcaaggagta 1797901 cggaaacccc cttggcgttg tgaacctttc cgagtgccct gtcttctcga agcgaacttc 1797961 tgagtatctc agcaccctcc gggactttct ggcggaaact ggacttaggc cttggagccc 1798021 aaagcggaaa accggcgacg ttcactacct ccagatcagg gagggcaagt tcactggaga 1798081 ggtcatggtg aacctcataa cgcacgttga gccctctaaa gaaaccagcg aggccttcgg 1798141 ggactacttc ttcttcgcgg actcgcttta ctggagccta aagaccgact ggcgggacga 1798201 cccgcgcggg gaacccctgc acgttgcggg gagccagttc ataagggagc ggattgagga 1798261 cgtggtgtat ctcatacatc ccaacagctt cttccagacc aacagctacg cccttgagct 1798321 tctcctcagg gccgttgaga acttcaccga cggtgagagg gttctcgacc tctactcggg 1798381 cgtcggcaca ttcggcgttt acctcgccaa gaggggcttt accgttgagg gggtcgaggt 1798441 taaccccttc gcggttgaaa tggccaatcg aaataccgag ataaacggag taaacgctca 1798501 attccgcgtt ggaagggctg aggagacccc gataggcgat tacgataccg tgatagttga 1798561 cccgccgagg aagggcctga gggaaacggc tgaactgctg gtgaagggcg ggattgagag 1798621 ggtcgtttac gtctcctgca atccaaaggc gttcaggctc gactacaaga accacctaag 1798681 aaaggcatac aggatcgagg atgcagttct ggtagacatg tttcctcaca cgcctcacgt 1798741 cgaggcagtc gtagaactcg tgaggcgacg ttaggttttt caaatcccac tcactactca 1798801 cgccggtgaa tttcatggcc tttggcagaa agaagaagtt aaaattcata gatggaattc 1798861 atcacgagag ccacctcgat accatctgca tctcccagat ggtaggatta aatattattg 1798921 aggacgccat catcgggaag tatcctgtta aaaacgtcga gttcgagaag aaaaagcttc 1798981 tcggaaagga aaagctcttc tatgaggtcg tggacgttcc ccttgcccgg ggtctgggta 1799041 tcagagtcgt aaagcgcgac atggaaccgg tcacagcttt tcctgttctc gaaggggtaa 1799101 cggttgagct caaggttgaa gaagtcctcg agtggaagaa gtggcccgaa gctaacgtct 1799161 cgggggcggt tttaaacgaa tactctcccg cggttacctt ctatgcaacc gactacatcg 1799221 aaaggaagaa agcctatcta aactcggaga agctcaacgt taagctggcc ttctttgtgt 1799281 acacgggaac ggcggaggaa ctcaagaggg aaaccacgaa actgccggac ggtaaggagg 1799341 tcgtcattga cctcaacgag gccgagatac tccttccggc gacggtgaac attcagggtg 1799401 cgttcataga cgactatgtg atgaccgccc atatccttga gttcgaagag gtttcaacac 1799461 cctgcgggga tgactacgta atgctcctca gcaacgagcc cctcggaaag attaaagcgt 1799521 tcgcgctgaa gggaaacctg aagggagaaa tcgagaaagg cgcgagcctg aagctcgtcg 1799581 gatggcttca gggcaggctt tgactctgct tttcaatcga agtcccatat ggtcctaccc 1799641 ttgtagaaca gcatcacgta gccgcagttt ttgcatatta cgatcttaac cttatgggcc 1799701 gtgaagcccc acttgctgtc gagctttccc tcctcaacct ggaagtcagt tccaccacac 1799761 aggggacacc tcagctgtct ccgctccaca ggaatcacca ctcaaaattg gaagaagaac 1799821 ataaaaattt agtggaatca aaccgctttc cagaacggat cctctttggc cttaaccctc 1799881 gccgtcatct tgagggccct cagatcgctc tcgtcgagct cgttcttgag ctgtttgaga 1799941 agtattatga cgtcgttctt ggttaggtca acgtaaaggg tctcccccgg atgtatgtgc 1800001 ctgcctacta tggctccttc gatggcaatc gctaccgcat ctcccttctt ggcctcctga 1800061 acgaactcgt tcttgttctt gatggacttg atgacgccga ctttctcgcc agtttccttg 1800121 ataagggtca caccaggccg tatccggccc tcgagaacct cgataccgac gattgccggt 1800181 ttgcttctcc tgaagacgta gcgctcgtcc gggtagagcc tgataactcc agggaaggtg 1800241 acgttcttga gtagctcgcg ctttttcttc tcctcttccg ccttgaccca ggcctcgtag 1800301 tcctctatga gcttgtagat gatgttcccg acgaaaatcg gcactccctt ggccttcgcg 1800361 acctcttctg catcttcgtt gaccttgacg ttgaagccga ggacgacgcc gtacttcggc 1800421 tcctcctcgc ggacgctcaa agcttccatg acgtcggtct tgctgatgtt tccaacgtcg 1800481 gccttcctta tcggaatgcc cttctcctgg agctccttgc tcagggcctc aaggcttccg 1800541 agggtgtcgg ccttgacgat gacgcctatt ttaccagtgc ttatgacgac gctctgtatc 1800601 tggttgagta tctcctgctt ggctttttcg atttcctcct cgctcctcgc ggctattacc 1800661 ggtgaaccgg ccagggcctc ttcgagacca ggggcggcta tcttcacacc cgccgccgcg 1800721 gtaacctcat caacctggtc gaagcggaag cgcgggtcgc gaatctcgtc gaggggcttc 1800781 ggcttgagca gggcgcggat tttggtcact atcgccttgt cctttccgcc gacgactata 1800841 gtgtcgtcct tcctcagcgt tccgtcgtag atgataacgt ctatcgttgt tccgagaccc 1800901 agctcctcgc gaacctcaag gattgttccg cgcgccgacc cctcgacctc aatcttgagc 1800961 ttctgctcga ggtacttctg gctgagacca gcaatgagaa cgagaagctc cggaatgcct 1801021 atgccatatt tggccgaaat cggaactatc gccagttctc tggtaaagtc ctgaacgcgg 1801081 tcgaagcggt tcgcctggaa gccgagctcg tagaacttgc cgatgagctc ccaaagcttg 1801141 gtttcgagct cttgaacggc cctctggtcc tgcttcttga tgtttatcaa aaacggctcg 1801201 tcctcctcga ccacccagcc ctttatcctg tctatcttgt tggcggcgac tatgaagggt 1801261 gttctgtaac gcctcagtat ctcaatgctc tctatggtct gaggctgaaa gccctcgtta 1801321 atgtccacaa cgagaacggc cagatcggct aagctacctc ccctcgcgcg caaactcgta 1801381 aacgcctcgt ggccgggcgt gtctatgaag agcaggccgg ggagctttat ctcgcccttc 1801441 cagagcttta tgagcggtcc ggcgagcttc ttaacgacgt caatcgggac ctccgtcgct 1801501 ccgatgtgct gggttattcc acccgcttct ttgccagcga cgtttgtttt ccttatccgg 1801561 tcgaggagcg tcgtttttcc gtgatccacg tgcccgagaa ccgctatgat cggctgccta 1801621 atccttttgg tcatttccat cacctgagca taactcatga ctggcctttt aaagggttcg 1801681 gggcaaggat taaaaagccc catagtaact ccaaacggtg gtgggatgat agcgcttgca 1801741 ctcggcctga ttgttggcct tgggctcgcg ttcctgcttg gaaaagtgaa gggcagaaaa 1801801 tcagaggtgg caacgacact cgcggttccg ttgatggtat acgaagttgc agagggcatt 1801861 tacgggggct ggagcgggaa cgttttcatt gcaactcccc ttggagattt cacgcctaaa 1801921 gagataatcg ggctcgaaac tttcttggcg cttcttgtgg ttctcgtttg cgttcacttc 1801981 cgtgtgagag ggacctttga gatagacggg ttcataggat tctcaacgtt tttctgggca 1802041 atggttggat ttggaattgg tctctccgca agcggctggt ccctgctggc cattccggga 1802101 cttattctat ggggaatcct tatgtggatc tcgcgaagga actctcttgt aggtctaagg 1802161 gctacgccct gtacggacgg gctgagtgaa ctggtcagtg aaagtgacct cagatgcctc 1802221 actgacgagg aaagcctggg agtttacaga atcaacggct accttctcgt gggcgggaaa 1802281 attggaaact ttccccagtg gagggagatt gttaggtgca ttgcgatggc cccagagcag 1802341 agaactgtcc aaggggtgat aattgggctc atctacctcc ttcccgtccg gcagggatta 1802401 ttctgggaga cagtatcgtg acagcactgg cacttctgat tctggcggtg ttagactacc 1802461 tcaccgtggc gtttctgagc gttagggtgt ttcaaagggc tcttcccgag gactgcaggg 1802521 aggtgatgga cgaatacaag aagttcatta aggagagcaa gaaaagggaa ggaaaacggg 1802581 ttattgcctg atatcacctc tcaagacagt ccatagcgtc gaggtactcc tttttggccc 1802641 tcgcgtgtgt atgatagaac cagtcggaag ctttgcagta gctgtagagc tcctccggct 1802701 tgaagtagag gtttatttcc ctttcggcgc tctcggggct gtctgaggca tggatgacgt 1802761 tgtatattgc atccccaacg tcgaggccgt agtcccccct gatgctcccg ggttcggcgt 1802821 cctttgggtc cgtcgctccg gccatcttcc tgacgacgct tatggcgtag cgcccttcga 1802881 ctaccatcac gacgctcggg gcctttgtga tgtagtctat cagcgcctcg aagaagggct 1802941 ttcccctgtg ctcctcgtag tgcttttcag cgagctcgcg gtcaatccat atcatcttca 1803001 ttccaacgat tttaaggccc ctcttctcaa aacggcttat gatttcgccc atcagccccc 1803061 ggacaacggc gtcaggcttc aggataacga gggttctttc gaccttgctc tcggccatcg 1803121 gcaacaccgc ttatagaatg gggtacgcgg ttaataggtt ttttgggtcg tagcagaaac 1803181 ggttgaaagg attaaaaaga aagaaatcac ttcctcctct tggccctctg gagtctggcc 1803241 tcctggaagg ccttggtcca cttgagcttc ctcggattgc gccccatgaa gtagagcttc 1803301 tcgcacttgc tggagcagaa gaacaggact ctgccgtcgt tcctgacgaa catcttgccc 1803361 gttcccggct cgaactccct tccgcagtag gagcagacgt tccagcgggc cattttcagc 1803421 gcctcctcct gatctctctc gcctcacgct cagtctccct gaggatgact atatcgccaa 1803481 cgcgaactgg ccctttaacg ttcctcctga tgacacgacc cttgtcgcgt ccctcgagta 1803541 tcctaacctt gacctgagta acgccgccgg tgacaccggt ccttgcaacg atctcgatga 1803601 cctcagccgg gtatccttcg tcgctcatac ctcacacccc tttaaaactc aagctcgcga 1803661 gatgaactta aacctttcgt gattaaggaa ggaaaaggag ctcacttcat gagctccttg 1803721 accttcatag caatgtcctc aacgagctcg cgggccttgc cgggctctat tattgccacg 1803781 ctcgcagcgg cgacctcaag cccggcggcc gcaccgagct ccttcttgct cggaacgtag 1803841 atgtacggga tctccttctc ctcacagagc ggcggaaggt gggcaactat ctcctcgggg 1803901 tcaacgtcct cggcaattat aacgagcttg gcctggcccc tctcgacggc cttggtggtc 1803961 tcgttggtgc ccttccttat ccttccggtg tcgcgagcga tctcaacggc ctcaagggcc 1804021 ttctcggcaa gctcctgggg aacctcaaac tttacgtagc tcggcttcgc catctttcat 1804081 ccctccgaaa cctcatcgtt catccggttt gtcaaggtag aaagacggat tgcgttttta 1804141 aacctttcct tcagtgatct ttcattatct cgcgcaggac gctcgtcgcg taaaccccct 1804201 tcggaagaaa gaagcggaag cacatcccag tctctggaag gtagccgtat gttagaccga 1804261 tcggccttat caggagttcc cgtcttcttc caggctcggc cattggcttt ggcagttttt 1804321 taaaggcgtc aagagttatt ccctccccct caaggatttc ttcctcaagt tcacccggga 1804381 ttcccttggc ccttctcatc gcgaaaccga agagcgggcc cgaaaccatt gcttcgcctc 1804441 tcttcacctt ctcacggacg aagttaaggt tggtctcggt aactcggtag gtcctatctc 1804501 ggtaggggat ccccccttta acctggacga ctatatctcc gacgagcggt tcattgagtg 1804561 gaagctcttc gattctcctc gataggtaga ggttgaagag gtagctctgg taggcatgga 1804621 tgaagatgcg cattatcggg agcgggagcg acaggaaggc ctttttccag cttccggtct 1804681 tcttgtatgt gtagagcagg gttctctcgt agcggagaaa gcgcgggaac tcctccaaag 1804741 ccctatccac gtcttcagtc tcccagaagt tcctccttgc ctcatcgccc tccatgctcc 1804801 cgtcggcgta gccgaggaag agcctcgccg cctcatcgaa ctccccctgg aggaggagct 1804861 ttccaatcag gtggttcacg accctcctct cgccgaagcg ctggtagccg aagtagttgg 1804921 gaaagccacc cttctcgcgg agttcccgaa ttatttcttt agtcctatca aaggcactcc 1804981 cctcaacgtc ccgaatgatt atcctaaagc ggttgccaag cagatggccg agctttatga 1805041 accggccgta agagacgaac ctcagctcga cgtcccggat ttgaatggat tcgaccttct 1805101 ccttagcccc ggctggcacg cttatgtact ggtaagttac ggcgtgcctg tcctttgtcc 1805161 ccgcgaagcc tatatcacgg tggcttatcc cggcacgctt ggcaatctcc tttatcactg 1805221 ccatagtgtc ccagttgcgc tttttgagga gaaaaatcgc gtgcttcctc ccctcgaaga 1805281 tttgaggaag gggatcctca atcaccacga agtcctcggg aaggatcttg attttacccc 1805341 ctatcccggg cttctcgctc agatggcgaa actgggagaa gaactcgcgg tagtccataa 1805401 ctcacaccag cttcagatgg cctgtgacct tgtctacgag ctcctcagga ccgggcccta 1805461 tggccaaaac ggtgacggtt ccgggcggaa tctccgttag tccagcatcc cttatgagtg 1805521 cagtagggag cccgagcctt tcagcctttt ctttaagctg gaacagctcc tcaaggtttt 1805581 ccgctttaac aactaccttc ttctgtccct cgttgaacca agccttgaac cactcgggct 1805641 tctccttctg ggctttgtat gccgctgtaa ccgctccgtg agccacctga accgcgaact 1805701 tgcccttgct gagctttaag tccttccgtg agactataac ctgcttgtac ctgaacatgg 1805761 gcatcaccaa aagggcttga ggagaattta aaaaattaaa gggtcactcc tcagggggtt 1805821 tcctctccga gggcaggctc tcccgaacga gctccaggcg tagctccctg aggagcacct 1805881 ccagctcgtc cctcttccat tttttcggga gccctccggg cctgctcttt ctcttcctga 1805941 gtaggaacct cctgaaggtc tgcacttcac gatagtaacc gtaggcgagg tacccgagga 1806001 tcagagcgag gatcagaaaa actaccgtcg cgagcttcca gtagtttgtt tcatggggca 1806061 ggtagggctt tatgacgttt gaaagttctt ccgcaagggc cctggcgttt gtggagttct 1806121 tgagggtctg gttgacgaac tttggaagct cgttctcatt cgggtagacg tggatgaccc 1806181 gctccttaac gataaccttc ggcgggacgg tatcgatgac gagaaccgtg ccgaggtcga 1806241 gctcgtgctc gcctccgagc ggatcacggt acgttaggga cgcccttatc gggaagcgac 1806301 ccgtttcaag ggccctaatc tgaacggcct tctcgatgtt tctccctgca ctcaggttcc 1806361 ccagccctat caaagccggt ccgacgactc cacgcggata gcttatgtga agctcagcgt 1806421 ccgtgatgta ctcaaacctg gcgtcggttc ccatagcact gacgttgatg aggagaagaa 1806481 ccgggctcat gttctccgcg tgaacgtagt tgccccattt tcctccgaaa gtcgagtttg 1806541 agccgagtat cgtgacctgt aggtctggaa caccataaac tttgacgtgt atgtccggag 1806601 tggatttaac ctgaaccttg ttcccgttct cgtcgtagta ggttgcgacg actcctgaga 1806661 tcgtgaactc ccccggactc gtgggtctga ggacgtaaac gatcgccgga atctttgagt 1806721 atggctccaa gtcgccgatg gaccagccag tttctttacc gacgagttca aacccgttcg 1806781 gtacgggggc cgctatcgcg aggtttctgg cctctccgga tccgttgttc gcaacgttta 1806841 tataaacggc cacttctcct ccaaccatca gctccgttgg aaccgcgctt attgaaactg 1806901 aaacgttggc cggttctggg ggtttatgaa cggtcgaacc tggaggggcg aagaccccca 1806961 gcagtactct gccgtgctcg ggatccgcac ggtaggcgct taacatgagc ggaacgcctt 1807021 ctacctcaac aggacccgaa ccgatgggaa ggttcaccct cttcgacaca acgcttccgt 1807081 tgatggctgt gaagttcacc aaagccagaa agcttgaagt cgtgggtata ttcacccccc 1807141 cgctcaggct gaaggtagtt aacctcacta tggcggtacc gaggggagtt tccaccttga 1807201 ccggtctgct tatgagtacg tagcctttgt aggcttcaac aaagatcctc ggctcggtct 1807261 ctatgggttt tgatccgttg cccgcaggta tctgctggag ggtcaggttc tctgcgtcaa 1807321 gttttggaag gtaaacgtta agccaagcga cgtcccttga agcgctctga agctcgaccc 1807381 tgagataatc ggtgtacatc agtccgggag ccagccggta gtcaaagccc ttcgattcgc 1807441 ctaccgtcag gttgaagacc tcgaagtcca tcaggggggg cagtttgacc ccaactgtgg 1807501 ccccgttctg ccacgaggcg aaaaggtgta tcatcacgtt cttgtttatt actacggtct 1807561 cgttcggaac catctgaagg ttttccctga cccggacgag gggagatgtg acggagatga 1807621 ctatgaggcc gttctccctg tctatcgagt tgagcgccac cgcgaagacc tcagagtccc 1807681 gggatggaaa gtagccgacc tccccctccc ggaggaacag gagctgaaca ccggccggat 1807741 atgacaccct gatcgtgacg aggctccagt tcgtgctgac gtcgtagaac tgaatcgtat 1807801 agttcgctat tctaacgctg tctcccagcc cgaggactat cggtgagatc tcggcactcc 1807861 agcttctctc agcgtgcacc tgcggtgcgt aaacgggcaa caggagaaaa atcagcagga 1807921 ttggaaggac tctctttaaa cccatttcgc tccctcccgt taatgctaga ataataagga 1807981 acgaaaaagt ataaaggggt tttgctcaag gaaccaacct tttcctgtcc cttgggaaca 1808041 ggataacctc cctgatgttc ggcaaatcga gcatctgctt tatcagcctc tcagctccaa 1808101 ggccgaagcc accgtgcggg ggcattccgt agcggaaggc cttgaggtag aactcgaagc 1808161 tctctgggtt gagtcccttc tccttaatct gctcgacgag aacatcaacg cggtgttccc 1808221 tctgcccacc ggaggttatc tcaactcccc tgtactccaa atcaaaggcc ctgcagattt 1808281 ctggcttttc atcgtacttc attatgtaga agggcttggc ctcgcttggg tatttataga 1808341 ggaagtagag cggagcgttt tcgttctcca tcatgtactt cccgaggagt ctctcgccct 1808401 cggtgtctat gtcctccccc caggggattt ccttgccgag gtcggcgaga atctcaaggg 1808461 ccttatcgta gctcagcctc gggaagggca gtttcggctc ctccagctcg aagttgaggg 1808521 tctcaagctc cttcgcgttg tgctcgcgga cgtagttgat ggtgtgagcg acgagcctct 1808581 caaggagctc cattacctcc tcctcgctct cgatgaaggc catctcagcg tcaatgctcc 1808641 acgcctcgtt gaggtgcctc gtcgtgttgt gctcctccgc cctgaaaatc ggggctatct 1808701 cgtaaaccct gtcaaggccc gaagccatca taatctgctt gtagagctgt gggctctggg 1808761 caaggaaggc gtccttctcg aagtacttca tcgggaagag ctctgttcca ccctcggttg 1808821 cagtcgctat aatcttgggc gtgtgaatct cgatgaagcc gctctcgtgg aagaaatccc 1808881 tgattgcctt gaagacgctc gagcgtatct tgaaaatcgc cattacctcg ggccttctga 1808941 cgtccatgaa tcggttgtct aagcgagtgt cgagctcggc cttaacttta ccggtcgggt 1809001 cgaggggcag gggcgtttct gccctgctga ggacttcgag cttttctgga aggatttcga 1809061 agccgagctt cgccttgggg gtgaagttta caattccctc gacggctatg acatcctcgg 1809121 cgttgagctt cggaatgagc ttgaatatct cggggtcaac cttcttcttt ggagccgtaa 1809181 tctgtactat cccctccctg tccctgagcc agaggaactt tattccgccc aaatccttga 1809241 cttcccacac ccagccggcc accttaacgc gctggccgtt gagttcctcg gttatctcgc 1809301 ttgagtagtg cgtcctgtac atggccatcc ccggagaaaa cagattagta tgcttttaaa 1809361 gtttgggaac aaaaagagat taaataaacg agatcttcac gtccttccca agaacctgag 1809421 ccagaatgct ctcgaggagc tccggctttt cgggcagtct cttcttctcc ctggttgcca 1809481 cgagtatctt gtagtatttc tctcccccgg gccggtacac aacgttgaca ccaaaaacac 1809541 tcgctggata gaagagatcc gttgcgagct tttttatgtc gtctgtggtc tcggcttcga 1809601 tcccctcgat aaccctgacg cgctttccga gttccttcac gagggccttt atgttctttc 1809661 cgcccttgcc tataacgagg ggaacatccc ccttgccaac gactataacg attagatctc 1809721 cggcctcgac ggctttcctg aactcaacat ccacatcccc gagaagcttg tagagtaagc 1809781 gtgcaacctt aacgtcgagc tcggagatta taccctcctg gagcttcttc tcgtcagccg 1809841 ggcacagaat accatccgtc tttaggcaaa cctcacagat cggggccttc attcgctcac 1809901 ctcccgcaga atgaccttga acggctaaac taaattttgg aagccattta aaaaggttat 1809961 tatagcctaa agctcaccct cgatctcctt ccttaacctc tcgatgaact cgaccgtgaa 1810021 gcgatgcctg tcctctgcga tgcgccttgc ggtttcggtg tacattaagt ccttgagctt 1810081 gaggattttc tcctcgaagt gcctgaggga ggcctctatg tccctcccgt gctcgccgga 1810141 gtacatgaaa acgcgggcaa ttccaatggc ccctatcgca tcgagcttgt ccgcgtcgct 1810201 gagtattttt gcctcgagcg ttctcggctc cgggcccctt gaaaagcggt gggcctctat 1810261 cgcgtgggca accgcctcag ccttctcctc tggataacca atgctcaaaa gaaagcgttt 1810321 cgctattttc gcaccttcaa ccgcgtggtc ttcaaccttt ccagaatctt cgaggggcct 1810381 tgctacatcg tggaggagcg ccgccaaggc aagaacctcg agatcggctc cctcttccct 1810441 gcctatgtgc atgcagaggt tgaagaccct ctcaacgtgg ctgaagccgt gcgttccctc 1810501 cctctcaaag aagcccctcg cgaactcgcg cgtcctttct atgagctccc gcgtcctagc 1810561 gtcgggtatg aactcctcga gcttcatagc gcatcggttg aagaaaatgg aagaggttta 1810621 aaagcctttg gcgttgtcaa tgcgtctttt ttccctcaaa agttcgactc cctctttaaa 1810681 aatgccacca ttatctactg tatcttcctt ggtaaactcc caggaacccc ctgtttcgaa 1810741 cctgccatct ttcatgacct ttccaatctc ccaaaggagg ttcttcaggg catcgtttcc 1810801 cttctgggtt gggccacgaa tcgtctgtgc ggcccttaca acgcctctgt caagataaag 1810861 gcgccaagaa gtgcccccgt tgtgcaccct gagttctccc ctgtgagtgg tgagcacgag 1810921 gaggagtgaa tcaaggtccc atccaggaat atcctcactt ataacaccgc tctccaccct 1810981 gattgagggg ttctcacgga ggatttcggc gacgtcagct tcgtagagct caaccgcttt 1811041 gagcctttta gagagggata cctcagatat ttttcgtaga gcgttttctc cttcaattct 1811101 ctccctgcta aggacatctt ctacgagagc tcctaagatg gctccatcag aaacgagcac 1811161 gtagcccgtt tttagactat caccatctcg ccaggaggcc tttaaatagc ccttcttgat 1811221 cttagtgagg agttctcttg tgctgtcaaa atcaatcaca accccaagaa acttcccagg 1811281 caacatctca accaccctac aaaattaggt gaaaaaaggc tcacagcatc gaagcgacct 1811341 tttgggcgtt tctcttgagg taaatcctga caaggccgag gttgaccttc gggtccgtta 1811401 ggaccgtcag gacggcgttt tcaccagcct cgactgtaat gattttgcct ttcggcgatt 1811461 cgagcgtcac catgtcaacg gcttcctcat ggaagacctc attagacacg ttaagtgcag 1811521 taccgtagat ggtcgcgacc atcgccgcga cgctctccac gtctattgtc ctgtcgcttg 1811581 cctgcccctc aatgagaaga ccgtccttgc tcactatcgc gactcccttg acgccatcaa 1811641 cccttaataa atcggcaata acgttctcga acattcacat caccccagaa tcagcatatc 1811701 cacttcaacg tgcttatccg aaacgcggat ttccttaatc aaaacgttct ttccgctgaa 1811761 cttcttgatt gcgactgcta tggcattggc catcggatag agaacgggtt tcatgccctt 1811821 cttctcaagc aattggagcg cataaagatc catagggttg tcgagcttga gcgttacttt 1811881 gttgccgtta acatcgattt cgcccctctc tgcgaaaccg aaggtgttta tcatgacctc 1811941 tgtgaaacgg ttgagcagtt cttgggggtc gttgcttccc tcaaagttca acccgtactc 1812001 ctccatcatg gtgttaagga gctcctcgcc gattgagttc ccgagacctt tggccccggc 1812061 gccgagtact ttatagatcc cgtagaggat caagttattt attttagttg ccatttcctc 1812121 agacctctca ttcatccttt tcacgacctt cgcctccatc atgaggatca ccctttatgg 1812181 ggtcatccaa gataggttgt agatggggga tttaaagcat ttatagatac ttcctcgaac 1812241 aatgcttaag aggaagtcct acgatgctga tatcacgttc tcttggaaca cccatgatca 1812301 gctctggata tggaggatgt tcagactatt gaagctctcg tttttggttt ataaaatttg 1812361 tctcgtttcg tttgaaaatt gttctaatcc tcaccttaat tgcggatata aaagaaacaa 1812421 gaacctagaa cattattaat agatttggcc aagttgtcaa aagatagaca cgaaatttca 1812481 gtttattcaa tgtcaaaata acgttgttgt ttaatatagc ttgttatggg acttaatgga 1812541 tccactgagg aggatttaaa tagtatgaag aaacttttta aggaaagaaa tcgtctccga 1812601 cggtagctat gactggagga ggttatgcaa tggggattct tgggaagttg ttgagtttga 1812661 tcaaatccat gtccgagagt gaagtcagag actttcagga gctattgaag gttaaattcg 1812721 ggttttcccg attcatctac acgacctcgg agggtctgct aatattgggg aacttcgagg 1812781 acaacgagga actctccgca aaagttcctg agatgcttaa gctcctttca gagcttgagg 1812841 actccacatc ctatctgata caggcgggag agcacgttta ctcactcgtg aaaatcacag 1812901 atgacgtgct catgctgggc aaaggcaaca aaatattgga taaaaacgac ataaatgcgc 1812961 taattagact cactaaagat aattttaggt tataatctaa acccaataag agatgtgagt 1813021 actttaaaca tctcctcatg tatctccatt ggtatcccgt cgacgctccc ctccagcctc 1813081 tttgaaaccc catcgattat tccggccctt acaagggccc tgacgacttc tctctcatcc 1813141 caccctgata ggaggttttc tccggtttcg atggagagct gggcaacgag tccataggca 1813201 ccccagtttg aaaccgccga ggttatgagc tcgtccgttt ctacggtgct cgctatgagt 1813261 tcaccctttg ggatgtgctt gacgacgaga tcctttatct tacccatccc gacctcgttg 1813321 cccccatcac cgatgcctat cgttggaatg cccagttcct tggcctcgat gaagacccag 1813381 tcgaagatat ccctttctac tggaattccg ctcatcgacc ttgctttgcc gtcttttcct 1813441 ctgccgggtg tctcaacagc cactatggcc gagtagtcct caggtctggg cgatctcacg 1813501 aagttaacat tgaattcccc gagcgcggcc tcgacctcag gatagcttag gatctcagcg 1813561 cggccgccca tacgctcaac ggccttcgca atggccaggg ccccgggggg accgtcggtc 1813621 tcgggaacgt ttctgggggg tattggaaag cccgtcacga ccagaacctt ttcgggattt 1813681 ttgagaatga tctcagccgc gttcctaagg aagttgaaat tccgcctcct gtaatccagg 1813741 taaagggaga gaattcctct gcccccgatg tccgtgttca cgaggtgtgc gatcattctt 1813801 ccacctcgtg aacgacgatc cgaacctttt tacccttaac ggcctcctta agcttccacc 1813861 acagttccgt tggttcctca ctcctatgga ccagctcgtg gccgttttca agctttaccc 1813921 tcttttcttc atacttcacg aacacaccct ctgcctcgaa cacctttccc attcaaacca 1813981 cctccagcac cttcctgagc tcgtgaaggg ttccgattct aaagtcgggg aagtggaaat 1814041 cttcgccgcc ttcccgcgct atccacacgg ttttcatgcc cacgttcttc ccgccgtaca 1814101 cgtcctgcca gagggaatcc cccaccataa ttgtctcttc gggacgcaca ccaagatcct 1814161 ctagggcccg gaggaagatc ttcggctcgg gttttatggc gttcacgtcg tccctcgtga 1814221 tcaccgtatc aaagtaccca tccaggccgg tcagttccag tttgagcttc tggtaagcgg 1814281 gcccgctggt gactatgccc agctttaggc cctcctctcg cagccacctg aggactggaa 1814341 cggtgtccgg atagacgtga agcttgtgag ggtacttcct cagcagatcc tcgtacctca 1814401 gatcaaggtc aaagagccgg aagaagaagt tccagtcgtg ccactcgtag gtttccctcc 1814461 ttccgaggat ctcgttaagg aatttctttc tcgcctcctc cttgtttatc cccagttttt 1814521 ttgagatctt ctcgtacacc tgcggaagga agagctggat gaggggcatc tccgtgagca 1814581 aagtgtgatc tatgtcaaag agcaccgcct ttatcattgc cttcacccca ctccttaacg 1814641 agaagtgcta ttacctccat cctgttttta atgtctttgt ccgtcaccat cccccagatg 1814701 atgtccttct tcctcagtat cccctggaac atctcgagga tttgatgggc ttccctcaga 1814761 gcaacgtcgt ctcgggcgag ggtcatgatg atccccctgt cccagatccc ccagtgccag 1814821 ctgagatcca cgctccgcag gagccttatt attccaacgt tgccccccct gaccaccgag 1814881 aaaaagtccg cgtagtcgac gtttatgagc atctgcccct ccaggttccg gatgagtgag 1814941 ctgagggccc gggctattga tcccgatgct tccttgtagg cctcgctcag aggtttcctc 1815001 tcgtcaaaga actcccagag ggaatcgtaa aagactgtgt caaaaagccc cgcccattgc 1815061 ggtttctttt ccttaacgag ttccctcgcg ggcgtgaaaa cgtaggccag ccgcgtggca 1815121 ccctcaggaa tgctatcgat gatcaacctg agtatctcca cgttgattgg tttgtcctcc 1815181 gtgaggatcc agactatcga gtcctcggga acggtcgaga agaagagggg aacccttctc 1815241 atgtactcct cggttctcag aaggtatcta ccggggttta tgttcacctt aatggaatcc 1815301 acagttattt cattaaccac cttcgaaccg gccccaccta ttccaacaaa aacgtgtgta 1815361 aagcctatca ccgctcctcc caatatggag agggaaaagg agttaataaa tcattcgagg 1815421 gtcgcgtgct ttctcttcat gtccttctcg gtcttctgga acgttgccat caggagggct 1815481 attattccgt cgaggaatat catggttgag tcctcgaaga gggttcccat cggtgcgatc 1815541 cacttgtatt gggtgagcat ctgcctcgct atgtaatcag ttggaacgtc cgtcttcgcc 1815601 cttccgggga tctcaacgac gacatcggcc agttttccga gagttgagtt ggcataggat 1815661 gttatcgccg ctatcttgcc cccctgctcc ttggctatcc tggcggcatc tactatgctc 1815721 tgggtctcac cggagccgct gatggctatg agcagatccc ccggctcgaa ggctggtgtt 1815781 atcgtctcgc cgacgacgta gacgttgaag tcaaggtgca tgagcctcat cgcgaaggcc 1815841 ttgccgacca gaccgctcct tcccgcgccg tagatgaata tcttgttggc ccctatcatt 1815901 gcatcgacga aaccgcgaac ctgctcgagc tttaggctct ccgccacacc cttgatgtga 1815961 tcgagtatgt cgagcatggc tttctttatt gtcatcatgt attctcccca gaagaggtct 1816021 atgatctgcc tcgtgacttt ctccggatcc ttggccttcg ttatggcgct gccaactatt 1816081 attatggttg caccaagttc tatgaccttg ggaatagtct caaggttcag ccctccggca 1816141 acggccacgg ggacgttcac ggccttaacg accttttcga gatcctcaag cgggctcttg 1816201 ccctgcatct gctcgtctat gccggtgtgt acgagtatgt agtgtacacc catcttctcg 1816261 agttctttgg ctctcttaac cttatcctta acccctatca ggtcaaccat gaccctgatt 1816321 ccatagcgtc ttgcgacgtc aaccgcgtcc ttgattgttt tgtcgtcggc cacaccgaga 1816381 atagaaacaa cgtcggcacc gtgcctcgcg gccatttcga cctccagagc gccggtgtcc 1816441 atagtcttca agtcggcgac gatcttcctg tccgggaagc gtctcttgag aagttcaaca 1816501 gccctcattc cttccttctt gatgagtggt gttccaacct caagccagtg cgcaccgccg 1816561 cgggcggcct tctccgcgat agaaagagcc tgatctatat ctgtaacgtc gagtgccacc 1816621 tggagtatca tctccccgcc tccgaggatt tttcagtggt gggttgtcag gtttactttt 1816681 aaacctttgg tggtgtcgtt gtctttgtac atttttatgt caaataacgg cttccatctt 1816741 tgtaacgttt cgaagtttgt tttgacataa ctggatttat ctacgcaaaa ttttattgag 1816801 gacttcattt gatgaaactc acacgattta cccgttggta aacgtaaagt atataaccga 1816861 tcgcatacac aatatttgac gttaatgtac gctttagttg tttggacaag gtttgggagg 1816921 aatgaagaat gaaatgggct gcagttggat tgatagtggc gttggtgctg gcaaccgttg 1816981 ccgtcggttg cattcagggg gaagagaaga agacggagac aataactata tacaccggtg 1817041 gtaccagtgg cgtctacttc cccctcggtt ccaagtacgc ggagatattg aataagaatg 1817101 gaatcaacgc gaaagccgtc acaagtggag cgagcgttac caacgccaag gcaataggag 1817161 agggcaaagc ccaggcagct atcctccaga acgacgttgc ttactatgct taccacggtc 1817221 tctacatgtt cgaaggaaag gccatcacga agctcagggg agttgcggca ctttaccccg 1817281 agacagtcca gtttgtggtt ctggctgaca gcgatatcca gagccttgag gacctgaagg 1817341 gcaagaaggt cgcaataggt gctcctggaa gcggtaccgc cgtcgctgcc gagcagatcc 1817401 tcaaggccgc aggcgtttgg gacagcatcg agaaggttaa ccagaagttc agtgaggccg 1817461 cccagagcct caagctccat cagatcgatg ctgccgtcat agtctccggt gctcccaccc 1817521 cggctgttaa ccagatcgct cagcagaccc ctgttagagt tcttccgatt ccggacgaga 1817581 tcctcaacaa gctgaaggat gagggttaca tattctacgt caggcagatc ctcccgaagg 1817641 acacctacaa cggaatgcag gaggacaccc cgacagtcgc cgttaaggcc atgctcgcgg 1817701 tcagcgcgga cctctccgag gacacagttt acaagatgac caagatactc ttcgacaacc 1817761 tcgatgagct ccacaaggtt cacgccaaga ccaagtacat aagcctcgac acggcccttg 1817821 atggtatgag cataccgctc cacccagggg catacaagta ctacaaggag aagggccttc 1817881 agattcccga cgaccttaaa ccgcccagcg ggtgagggta gttgaaaaag tttcttttct 1817941 tttttgtcct ttcaatcatc cctattttcc tgcttccagt taactgtctc gtcataagcg 1818001 acggtaacca cgagcgggtt tattccctgg gtgttcacaa cgttaccatc cgttacatcc 1818061 atagcgttga gaggagcact gtgatagagg tccttcaggt aaactccagc ggaatttacg 1818121 ccagggagat gtggtggaag gatttcgggg cgggccttcc cgaagacata cagttcatga 1818181 aagacgggtt ttacgtcaag aaaatagaga ttcccctcgg gaagagccta gacttctggt 1818241 ttatccccct aaaccgggcc aggatatacg tcgatggtaa cttggtgctc cagccaaagt 1818301 cagaggtgct cgttcacttc cgtgtggaaa gatgcatgct gattcagaaa gctgttggga 1818361 ggtgttaata tggttgagaa caaagagatt ccggttgaaa aggccgaagt tattattgag 1818421 agaaccagaa agctcccccc aatccttgaa aaggtcataa cagctgccgc gatactaatc 1818481 ggtatttatg aaatcctgtt catatttaac ttcaactaca cactctacga tatgttctcc 1818541 cgcatgggaa taaagatggg cttcctgaag acgacatttc aaacgaagca gggtgaagcc 1818601 ttcgttatgg ccatgatcct ccttatcaca tacctcctgt atcccgttaa aaaggacaga 1818661 aagcacctcg aaaaggtgca gttctacgat tacatactgg cggccctagg tgttgtgtcc 1818721 gcgttctatc tgttcattgt gtacccgagg tacaccgaat tcgcggacgt ctatatgagg 1818781 gacgttttct tcgggatcct ggctataatc ctcgttcttg aggccacgag aagggtcctg 1818841 gggtgggttc tccccctcgt tgttacggtg ttcctcgtgt acggtatcta caacataaac 1818901 ttcgactgga ttcgcttcac ccagcaactc tactttgatg agggaatctt tggcattccc 1818961 ttctttgtta tgaccatata cgtcttcgcc ttcgtgttct tcggtgcgtt cctgctcaag 1819021 ataggcatca gtgattacat aacggagttt atgataactc tcttcggtaa gagacctggc 1819081 gggccggcaa aggcagccgt cgtggcaagt ggtctcatgg gcacggtgag tggatcgagc 1819141 gtcgccaacg tcctcacaac cggcaccttt accatccccc tgatgaaaaa ggccggttat 1819201 ccccccgaga tagccggtgc cgttgagccg gtggcgtcaa cgggcggtca gctgatgccg 1819261 ccgataatgg gtgcggccgc gttcataatg gccgagttcc ttggcgtgcc ctacaacaag 1819321 ctcataatcg ccgctgtcat accggcactg gtctactact ccggagttta ccttttcatt 1819381 gatctcgaaa ccaagaggct cggcctcaag ggaatgccta cggagcaatt tgcaccgctg 1819441 aggtacttta ttcggaagct ctatatcctc ctgcccatag tggtcataac agttgccctc 1819501 gtctggggaa tcgctccaca catatcggca atatcttcac tcggcgttgc catctgggtc 1819561 gcctggattt ccaaggacag gatcaaagga cacgaggggc tgtacgttgc agtggttttg 1819621 ataacaatac ttctcatgtt caccggcaaa gcaatatcta cccccgttgc aggggttctg 1819681 gttctcttgg gcctcgccct gatagctatg gcctacctca ccgatctggt tgagttcaac 1819741 gaaaagctct acatcagcct gctcttcata ttcttcattg ccctcgtcaa atacctcgag 1819801 atgaacaaag agcagatact cctgctcagc ggtgtcatgg gaatagtctt ctcgatgatc 1819861 gtgggttata tctccaagag cgaggaaggc aaggagatgt accgggcgac gtatgaatcg 1819921 atgatcgacg cgggcaggac cagcacgagc gttatgcttg cagccgccag cgcgggactt 1819981 atccagggtg tcctaacgat gaccggtctc atcacgagcc ttggctaccg gctcgttgac 1820041 cttactgcgg gcaacctgtg gctactcctc attctgacga tggtgttcag cctcatactc 1820101 ggaatgggcg tgcccacgac ggccaactac atcataacat cgctggtcgc cgctccggca 1820161 atctacaacg cggtctcaaa cattcagccc tacaacctca acgttcccgg ctacggaaca 1820221 agtatagccc tccttgcggc ccacttcttc gtgttctact tcggaatcct tgccgatgtc 1820281 actccgccgg tggcactggc aagctacgct ggttccgccc tggcaggggg tgaattctgg 1820341 aagacggcaa tgaacgccgt caagtacgcg ctggcggggt acataggacc gtacatatac 1820401 ttcacccatc cggagatgtt catcataacc gtccaggatt ggacggtaaa gaccgcacta 1820461 acggtcgtct acgacttcgg ggcaacgctg ctcgtcatgt acctgctggc gatagccctt 1820521 acagggtggt ttggaaagca cataagaaaa gaactgaggg ctcttgcggg agtagtgggc 1820581 ctgctctcgg catccctgca cccaataccc gttgccatag gcgccgctac ggtactcttc 1820641 ctgaagttcc tcggccgaga gctctgattt cttttctgct tttctattct ctttacagtg 1820701 cagtttggga aaagataaag ggtcagtaca gcatgacctc gaagccgagc tcactcagca 1820761 gatccgcaag ctcctcgctg tcaacgtaag ccagaaggtg gtgattccct atcgtcccgt 1820821 ccacgaagtc cttcgcctct tccaccctga gcctgacctg cgttctgcac cggttctcac 1820881 tcctctcagt cccgactacc tcaacacccg ccacgatggc ctttcttcca cgtaccttca 1820941 aaagcgaggc ctttccccgg ggcatctcca cggcaacgcc gacacccgtt ccgctttcaa 1821001 agtgagttct gagaacgtat ccccccagca gaggagccgt gcagtgggct aggataaggt 1821061 agtcgtcacc gtagtccgcg atatttccca taaaggcagg tttgtcgaag aactttctga 1821121 cgagcagcat gccgagcagt gaattcagct cgccctcgca ggccgcggga atcccctccg 1821181 tgttgaaaat cgccagggcc aggcagggtg ttgttccgat ctttccgatg aggtcgaagc 1821241 agccgattgt gaagccgtcc agtttgtagt ccccgattat ttttttgagg gcaaggtaaa 1821301 cccgccccgc ctttgcaagg gacttcctgt cgggttcttt tatctcacgt gcattctcaa 1821361 cgattttctc tatcacttca agaccttctt cctcgttggt gtcttcgtaa tactcgtaga 1821421 acttcttcag acttatgtgg acgtagggta gctcgaatcg ttcgttgatg agccacggtg 1821481 acaccctgcc gatcagacca agacgaaccc ggagaaactt ctcaaaaagc tccgccgagt 1821541 cttcgtaccc gagtaaagcc gccttcaact cgtctttttc cttaacgagg gtggccggaa 1821601 tgagcctttc cctgaagtac tccctcagtt caataccggc ggcgatagaa ttgttgaagg 1821661 gatcaccgta tattatgatc ggttttctgt aaactgcaaa ctcttttagc ccgttctcag 1821721 ttcccccagt tagaggatag agcaccagaa cgtccgcttt atttagatca acttcctctt 1821781 tgaccctctt gaagtcggac ttggtcgata caaaaaggcc gcccattatc tcgtgttccc 1821841 tcgcgaggca gttgaggaac tcagaggctt tcctctcaaa cgccttggga tccgcgagtt 1821901 cgctaactcc gaagatgaca ccaaccttca cgctaccatc cctccccttg ggtcagcgat 1821961 cttcggcttc agcacttatg aacctttctt tctaacctcc tgtggaaagg tataaataaa 1822021 aagcgatcca acattttgat gggggaatcc ccatgaaggg gaggacaatc tatgcggcga 1822081 taattctctt tgttcttatt gctgggattg cttccagcgg atgtattggg gggagcaggg 1822141 agaaaagctg gcttgagctg gttccatcgg acgcgatagt ggcgggcgtt ttcgacatga 1822201 gcacggtaaa agaggccgcc tttgaggagc ttatgaagaa cctcagtctc taccccaagt 1822261 acgagtccct aagggagaac gttctgaacg agacgggtgt ggacatagcg acactatcga 1822321 gggccatctt cgctgtgaga gggtacgacg aggaaaccca gcagccgaag atggcgatat 1822381 acgttgaggg gagcgtggac gtcgaaaagg tcaaaggtaa gatcgagggg ctcaacgaga 1822441 cgatccatca cgccaagtac aggggcgttg atgagtacct cgacagcaaa aactgggggg 1822501 tggctatcag cgagaactac atcatcgtgg gggataagga cacgattgag gaggtgatcg 1822561 acctcattca cggcgagggg aagtgggcca aacagtacag ggagattgtt aaaaaggtcg 1822621 gttcaggaaa cctgatagcg gtttacgact ttcgtgcgct tatgaatctc acgtcctcgg 1822681 agcgtgaatc aagtgagctc tccacgccta ttcccctcgg gacaatggag gagagcgtca 1822741 aatacggtgc atttaagttc gtgctgacga acggcaacta ctccttcagg gtggttctgg 1822801 agatggacag cccgactgac gcctccgaca tggcaaaaca gttgagaggt ttcatctcac 1822861 tcctcgacct caaattctct caagagggga gatcggccct cgttgagata ctgagggaca 1822921 ttgagatatc aacgtccgag aactttgtct taatcgacct caccgtgtcc ggaaagcaac 1822981 ttgaagaact cctcacgtat gaagccattc caaaggcaac tctgggctga tccatctttt 1823041 tttaactctt tgacccctaa aaaatgaaaa ggtcatttca accgctctag gattatcgcc 1823101 gggcagactt taacgacacc gtcgatcttt ccaatcttgt tagagatgat gtcggagaga 1823161 tcgttgccgt ccttggccca tacctccgcc attatcatgt gatccccgct cgtgaggtag 1823221 acgctcctca caaactcgaa ctccttgagc ttgctggcga cctcgaatat tttctctggg 1823281 agcgtgtcga tcccagttaa actcacgagg ttgtagccga gctttgacgg gtcgatgacg 1823341 atcgtgtact gctttataac ccctgcctct tcaagagccc ttacacgctt cctaacggca 1823401 gtctcgctta tgcccagcac tttggctatc tctgtgaagg gcgttcttgc atccttggta 1823461 agcatctcga ttattatctt gtccctctcg tcgagcaact ttttcacctc ctacctaata 1823521 tcgaactagg atgttatgat ttattaactt agcggttctt caattgaatc tctgacgtct 1823581 tagctcaacc accacctcaa cgtgtggtgt gtgggggaac atgtcaagac ctattatacc 1823641 ccctacggtg tagacactct taagttcatt aaggtcacgg gcgagggtct tgggattgca 1823701 ggaaacgtag atgagttttt caggcccttt ttggacgagc cgttttacaa gttttggatg 1823761 caaacctgcc ctggggggat cgacgattac tgtgtcgtac gcctgaaggc tccctacgtc 1823821 cttgtcggca ccgaccctga acctcgcctc caccccgttt atctcggcat ttcgattggc 1823881 catctcaacc gcgaagggat tgatctctat accctcaacg gaaaatcctt tcctggctag 1823941 atagacccca aatgtgccga caccggagta tagatccaga accctgcccc cttcagccct 1824001 cttcgccacc tcacgtagca gttcaacggc cccgtagctg ttggtctgga agaagctgtt 1824061 tggatgaata aggtaaacgg ttccgtcaag ttcctccttt atgaactcct tgccccagaa 1824121 cctctcaatt tcaccgtagg agacatcact gggcgttctg ttaacgctcc agtatattga 1824181 ctccgcgtag tcaaagtact ggggaaagtc ttctggaagc tctccagggc cggtcacaag 1824241 gttcaccatg aggtccccgg taaacttccc ctcccggatc acgatatacc tcagaagtcc 1824301 ctcgtttttt ccaatttcgt agaggctcac ttcatgatcc tctatgaact ctcggaggga 1824361 cttcaaaacc ctctttgagg atgggccgaa gacggggcac cactcgatat ccacaacgtc 1824421 ccaccatgtg ccgtatcttc tgaacccgat accccttgtc gaaatgacaa catcaattct 1824481 gtttctatgc ccaaatatct tcggtgatgg tataatctcg acatcttcat tcaggatcgc 1824541 gttaagcttg aacctcttga actcgagctg atcccggtag tccagatgct gaagcagaca 1824601 gccaccgcac cgtccaaagt actcgcattg gggctctttt ctaactgggg agggctcgag 1824661 gatctcaaac ctctccgcga tgatcttcct ctttttcttt ctcgttctct ctatcctaac 1824721 cctgtctccc ggagccgaga acgggacaag taccctcctc cggcccacct tcacaatccc 1824781 aaggccgtcc tcgttgagct ccctaacggt tccttcaatc gtcattggag ccctctagcg 1824841 ggttttggtt tataaaccct tggcccgtcg cggtgacgat ttttgtccag aaaagtttat 1824901 ttacgtggag cgataactat tatcggtgct cttcccatgc tcggtaggag caaggatttc 1824961 gtttataagg ttctggcaac aaaaaagagg gccgttgccc tccagcacct gagttcggaa 1825021 ctcgaaaccc cgatgccggc acttctctcg acggtgaaga aacttgagtc cgacggccta 1825081 gttgaggtgt tctacggccg ggaaaaggca aacatcatgg tcaaggccaa aacccttgag 1825141 gactacgttt aatccctccc tctaatccga ttcccgccct ttgactgttt cttttctttc 1825201 aaggagctca gagaccctga taacgggcag gaaagtgtag ccctttgagg ttatactccc 1825261 ctctgcccct tcctccctgt ccaccacgac cgctatggcc gctattcttg cccccaggga 1825321 ttcaagcacc tcagccgctc gaagaacgct tccccctgtg gtcgtcacat cttcgactaa 1825381 gaggattctg tcgccctcct tgacatcccc ctcgatctgg cttccggtac cgtacccctt 1825441 gggctttttc ctgactataa cgaggggctt gccggttttg agggaaactg ccgttgctat 1825501 cggcacagcc cccagctccg ggcctgcaac gcggtcaaag tcaatcccga ccctctggac 1825561 gaggccggct atcaacccgg ccatcagctc aagggcatcg ggatcggtta cgactttctt 1825621 cacgttgatg tagtagtcgc tctccttccc cgaagagagc acgaagtgac cgaagagaat 1825681 tgccccggat tcaagcatct tatcgatcaa ccgatccttt gcctcgatca taataacaca 1825741 cccgtataaa ttctcctctg aaattcagct gaaattgaca gaaaagagtt taaaaaagtt 1825801 ggcctcactc ggaggccttc tcttcgacca tcttcttcac ggcctctcca gcgtcggcaa 1825861 agctcttgaa gagcttgagc atctccatcg gaagcggcag gactatgacg ttgctcttgt 1825921 cgctggccac gtcgcttatc gtctggagag tcctgagctg gagcgccatc gggtgctcgc 1825981 ttattatctg cgcagcctcg cggagcttct ccgccgcctg cctctcagct tctgccagcg 1826041 tgatccttgc ccttctctcc ctctccgctt ctgcctgctt tgccattgcc ctctgcattc 1826101 ctgccggcag ttctacgtcc tttatctcaa cggtggtcac tttaattccc cagggatctg 1826161 ttgcctcgtc gatgatcttc tggagctcca tgttcagctt ctccctctcg ctgagcagct 1826221 cgtccagatg ggcctgaccg atgacacttc tgagggttgt ctgggctatc tggctcgtcg 1826281 caacgatgta gttggccacc tgcgtaacgg ccttcacggg atcgacgact ctaaagtaaa 1826341 cgacggcgtt cactttaacc gggacgttat ccttggttat ggtctcttga accggaacgt 1826401 cgagaaccct cgtcctgagg tcaactatgt aggccttttc gaatatagga attatgaaga 1826461 acagtcccgg acctctggca ccgacgaccc ttccaagacg gaatataacg gccctctcgt 1826521 actccttgac tatctttatg gcactggcca gtattatcaa aacaaaaagc aaaatagttc 1826581 ccaaaattat ggttcccaaa cctgccatcc ttcacacctc ctttttctca tcgggactca 1826641 ctccctcggg gacaacgatt agggtcaacc ccctgacttc aacgacccta accttttctc 1826701 caacccctat tctttctccc gtcttgctct cggccttcca gagttcaccc cggatcttta 1826761 ccattccctc agggttgagc tcctgaacga cccggccgac ttctccgatc atctcctctt 1826821 ttcccgtctg ggcctttctc ttcctgtccc taatcacagc gctaaccccg aaggcaaaga 1826881 acagcgccag catgacggct atcgcaatta taaccgccct caaggtggag aacgttgaac 1826941 gctgtatgag gtactcgttt ccgcccccga acagaaggat tccaccgagt atcatggtta 1827001 tcgcccctgc caccgtaaac aggccaaagg tcggcgtcag cgcctcggcg atgaagaata 1827061 tcaccgcgag gattatgagt accagcccgg cggcgttgta gccgaagtag ccgagcccta 1827121 tgatgccgag aacgaggagt attgccccaa cggtttctgg aacgtgccat cccggtgtca 1827181 ggaaaccgaa gataagcccg aggattccaa tgtttatgag gacgtaggct atcgtgggat 1827241 ccgagatata cctcacgacc tcgtccttga aggagggctc tatactcact atcctagcgt 1827301 tggtgaagtt gagcgttacg tagcccttcc cttttaccgg gattttggtt ttcatcccat 1827361 tggccttttt gagcagatcg gggacgtcgt tggctataac ctcgataacg tgggccctaa 1827421 gggcctcctc cggtgtaagg cttagatcct ccgttatgaa cctctccgcc gcggttacgt 1827481 tccttccgct cgcctcggcg aggcttttga tgtaagccac gtagaagttc cttaccttcg 1827541 cgggggcttt gattatgctc ccgttggagg cgtagcccat gattggttcg caggctccta 1827601 tgctcgtgga gggggccata gctatgaggt gggatccgag ggctatgtag gttcctgctg 1827661 aggccgctat cgcaccgggc gggtaaacgt atattatcac cggaaccttc gattccttga 1827721 tcctctggat tatctcctgc atcgcctgac cactcccgcc cggcgtgtca atctcaataa 1827781 ttagagcttc agcattgttt ttctctgcta tttctatgta ccgcgagaac tgatccacgg 1827841 aatagctcgt gataaccccc tcaaacttgg caacgtagac ggtcttctga ttgggcgacg 1827901 cgagcaccgc tggaaggagc atgaggacga ggatgatgaa ggccgagcgg ctaagggttc 1827961 ttgttttcat tatcatcgcc caatctatat acttctagga gtttaaaaag attgcatccg 1828021 ggaaacggtt ttatacgttg tcttcgataa gcctatgagg gactcggatg gagacgctta 1828081 gggctctggt gaaggcctac aggatagcga ggggggagag aaaggtaaag gtggcctggg 1828141 ccatcgtgag gaaggcagcc aagtactcgg atagtgaacc cttctgggag accataaaat 1828201 cgagcggaat aagtcctgat gccattaagg aggtaatgag attcctagaa agcattggag 1828261 agcttcagat aaagaggtcg atcgatggga gaaggctcta cgtctcgacc ctcaaggaca 1828321 taaggaggaa cccaatcaag ctggacaggt ggctcaacct tccatccggc ggaggagcgc 1828381 gaactccctc tctttccaga ctgaggggtc agtgatcaga taaagcctgc cccccgtgag 1828441 catcacgtga tcgcgcaggg cgtttaaaaa ccttagaaag cttctgaatc cgttgtggag 1828501 aaccatatac tccgggcact cgagaacaac cgccgttccg ggattctttt tcagttcgtc 1828561 tatgatgcta tggaggagct ttgggagctc ccgggggcct atgaagccgg ggaccgtgct 1828621 cacaaaaaga gccttccatc ccggaggtac ctccctcccc ggccgggtca cgagaagaac 1828681 gcttccctcc ctaacggcct cccgggagcc gattatgttg aagtagccgg gactccggag 1828741 gggggaagag taggagtttc cggcccatgc ctgaatgagc atcgaggtga gtgccttcac 1828801 aaccatgcct ttccccggga taagtagacc tctggaatat aagtaccttt tttgtaagtg 1828861 gttatgtagg tgcacatgca ggccctcggt caaggccgat gtcatcatgt atcagtcggt 1828921 taatccatcg tcatcgggcc aggttaggat gcatttctgg ctcttcccct ttctatccac 1828981 atgccccagg ttttaacggt tccgttgttg agaataatca cacttgagat acccgggaga 1829041 ccccctcttt tgtaggatct ctcaaaaatc agccgggcgt gtgggttgag atagatcccc 1829101 gttgcattca ttaaaaggcc ctccacatct ccccagccaa gcttgtttga atgcttcttt 1829161 ataagccatg agtagcggct cccattgaag acttgtagat cctgtctggg tgagaatccc 1829221 cagacgtcca cgtctgcata aattacaccc actctatcgt gggttttgtt gtacggctga 1829281 acgaccagcc acgtctccct gcagaggggg ttgtaactgt aggaacctgt gagaacgaag 1829341 actccaccaa ctgggcttac atttagcagg gccgtctcac ttccactcct gagcccttta 1829401 acgagtttaa actccttccc aaggaggaac gaggttatgt tcctgcatct ggagatgcca 1829461 tgatattcgt ctttcatgat cctgtagtta gtgttgttca agaagtaaat tttgtccaca 1829521 tacccacgat tgctggaggc cggtgagaac tccctcagag cctctatggg catcgcgatg 1829581 ggcgaataat caaggaatgt ggggtattct cttttgctga ctccataact tccaattgtt 1829641 atgtaagcca acgttccatt ggggtggtac agataaattc tccactcaaa ttctagtccg 1829701 gaatgaggat gccattccct gaattgggct gccaagaggt gaaatcccct cttcgcgtat 1829761 gggctcaagt acctgtcata cacataggtg gagttcaact gggggatctt tggatgttta 1829821 tcccttggga ttgagccgaa gtaaacgacg cccgcatata gaatgagaag ggtaatcaag 1829881 agaggaacta tgatgtactt gtccttcatt cttcctcccc ctcccaggat tcatcgaaag 1829941 tcccgtacct gtctttgggg agtacaaata tccctccaac ggacgagtgg tttctgtcat 1830001 ccatcacttc aagttcgatg tagaggatat cccgctcaac gtagtccgga acagcttctc 1830061 ggagcaactg aacacttctt ccggtgaacg tgagggttcc attaatcttc ctctcaggtt 1830121 tgacaagctt tgatagggaa attcctggat agaacactgt aacgttcaca aagtccccct 1830181 gtggtctctc aattacccat accatccgcc cagttttgag cctgtacccg gggatcacga 1830241 gaagcccatc ataccctatg aagcctctgc aaacataatc atgggcaaag agactcggag 1830301 ggtcgcagat tattttcata ttgatccata atccccggtt tgaaccgagt cccgttattg 1830361 aactgtattt ctctccccta ctcataacct cactgagggc aggcagatga agggcaatgt 1830421 cctcgtcgta gacccagcca agggtcttga agagaagagc cctgtgatgt ggacggtact 1830481 ttttgaggag tgttttatcc agagcgaggg gtgagtagtt aaaagcggcc tttgagctct 1830541 cggtgttctt tgaaaggctc cacgtaaaaa aagcgtggat gaaatcccac gagacagtgc 1830601 ggacaattat cctgttatcc tcctctcgat aagttgcaaa ctgccaggtg ttcccgttgt 1830661 gatacacagc tatgaggctc tcgttgacgg ccactccagc ggtttcaaac gccttcagcg 1830721 gggattctat ctggtacttc aagtacactg cttttcccga agagatcaga ataagtgcca 1830781 aaagcgcgat ctttactgcc ctttttattc ttcccattaa cacccctcac ataatctaaa 1830841 atactaacga cattaaaaca tttccgtaaa agttaatgaa aaaaggaaca tcagaacagc 1830901 tcttcaagct tgacgtcaat cttgtccggg ttgaaaggca ggacgtgcct ggtcgtcttc 1830961 ggcgagaaga cctccccgcg cttgacgagt tccataacgt cctctttcgt cggggccttc 1831021 ctgatgaaga cgtagtcaat ctcacccttt gccatatcct ccctcgcgtc ctccttgagg 1831081 ccgtagtaga tgagctctat tctcccttcc tggttcatct cgtcgaggac cctgctgacc 1831141 ttcttctgct cctcaagacc tcctggaatc gcgaaagctt tctcgccgac gatggcgaag 1831201 gcaatctcac cgcgttcggc cttctcctcg gcttcgggat cctcaacgac ctcaaggccc 1831261 tccttcttga gcctctcgat aacctcgttg aggtcgccct tgaaggccgg gtaccacgtg 1831321 taaaccttga cgtcgtcgct gaagtagtcg agtataaccg agggagcgcg cttggcgccg 1831381 agcttctgga ggccggccca gcggtggtgg ccgtcaacga tgaggtactc gtccgtcccc 1831441 gggatcttcg cgaggagcat cggcttccag aagatgccac ttcccgtgac actctcgatg 1831501 aaatcctcaa gctccttctg aacgagctgc tcgtgaggct tcatcttgtc gagctcgata 1831561 aaaacgtagt ccactttaac agtcgggatg tcgtacttcg ggaccttttc aactcccatt 1831621 tccaaccctc cgtgagatca aaacctgcag accgatatcg aattgaggga taaaaaggct 1831681 ttcctttcca tttgactaca tttttccggt agacctgcac tttttgattg gatgtgcgaa 1831741 gatcatgcgg gacaaccgtt aaaacatctg agcgagtatt accggaggat gaggaacgtt 1831801 gcggaactgc ccctccacgg cggccacgtt cccgcgtggc ttgcccaaag aatgaggaag 1831861 ctaacgaaac tagtgctaat actcgccgtt gacgagtacg ggacgaaggg tctccttgag 1831921 aggctctccg accctatctg gttccaggcc ttcaacaacc tcatcggcat ggactgggac 1831981 tcctccggta gcacaacggt aacggttggg atgataaagg acgccctttc caaggaggag 1832041 ctcggggtta aggtagccgg cggtaaaggg agggcaagca ggaaaacacc ggaggagtta 1832101 agagccatag cggagcacta cggactcgac ccggaacctt acatcagaac gtccaggctc 1832161 gtcgcgaagg tcgacaccgt cgccttccag acaggttacc agctctacca ccacgccttc 1832221 ctcctcgacg aggagggcaa ttgggcggtg atacagcagg ggatgaacga aagggccaag 1832281 cttgcaaggc gctaccactg gttcaacacc gagaccttta ccatcgatcc ccacaaggcg 1832341 atagcgggca ttagggccaa aattgccctc aatactgtct caaaagactc cagggaattt 1832401 caaaagaccc ttctcgatat cgtgagtgag aggcccgaga aaattgaacg ggaatttgaa 1832461 accataaagg ccatagcgaa gggctaccgt ccattggtct actatcgccc gaggaacgtc 1832521 gatgaggtaa ccgttctgag gcgttacgaa agccttggaa aactggagct caacaggaag 1832581 gcacttgaat tcgcgaggga actgggggtt aggaactatg aggagcttct actcctcaag 1832641 ggcctaggtc cgagcacgct cagggcacta tcgctagttg tggagctggt ctacgagacg 1832701 ccacccagct ggagggacag ggttacccat ccggtcgatc ctttcaagtt cacctacgcg 1832761 gtcggcggaa aggaccgcgt gccgttccca gttgagaaga gaacctacga tgagctcgtc 1832821 tccttccttg aaaagttggt cgagaagaac cgagatgaga gaacgctgat cagaaacgtt 1832881 gccaggatca cgaaaaactg gaagtttcca gaggaagaga aaaggcccac ctaaggcccg 1832941 aagggagagc gaacgcaaag caacgagccc tggggcacgt ttagttccct cgctatcggc 1833001 cggcacttgg ccttcaggag gtagaaaatc ctcccatctt tcctctcgct cagggtctca 1833061 aagttcccct gtcccttggc tattattacg tccgccttct cgaagacctc catgaactcc 1833121 cgagaaacaa ggccaaaggg cacaccgact attctcgtcc cagtcgagat tacctcgcca 1833181 atctcctcaa ggcccgctcg cctgagatcc tcaacggtgg cgtcgtttat tatcggtccc 1833241 tccttgccgg cgatgtagat cttcaattgg ggaaactctt cccgaatctt cctgaggaac 1833301 agcctgtcga aatatatctc gccgcagttg tccgtgaggt agaggaggat ctttgcccta 1833361 ctcagcctat tgaagagttc atcggagttg tcgatgtaga gctcttcccc gagcattgcc 1833421 ctaacgtcct cctcaatcct ctcgggggag tagccgacgg cgaagtctat cacgttgcca 1833481 attatggcga gctttagtgc ggtcttaagg tcgatatttt cccgttcgag atcagagacg 1833541 actttctcag ccagcctgtt cgagagttcc ttgtactccc tgaacggatc gtcgttccca 1833601 atggcatcat aaacctcaag gaatactctg ctcccgatca ctgcgggtat ggagtcttct 1833661 ttcatctcag ctatcccctt cgcggccctc aaaatacctc tcttcctgac accaaggtct 1833721 tcggttccca tttcgacaat cttttgacac tgactggcaa tgcacgagaa gcactcgtag 1833781 tgaaccttca ttccaccacc gctatcttca tgatccagcg atttaaatcg ctttcgcagg 1833841 caagcttttg ggaaaagttt ggctagaagt tcgtgattcc tcttttgggc tcctttgtaa 1833901 taggatttca aaatcaagcc cgctattgaa agtttgaatt caccaagtta aggcttttta 1833961 tgcgcggttc aggtagaacc gcgccccacc agagcgcaaa aaagcttgaa cccaagctaa 1834021 aaggtgcttt taaatgaatt cgttcagtca aaggagcaat ttgggggaaa tccactcaaa 1834081 aactactctt caaaaaggaa tcacgaactt tgatgaaact tttgcttggc aaaagtttcg 1834141 tttctggtgc gggggcgggg atttgaaccc cggaacccct gcgggacggg accctcaatc 1834201 ccgcgccttt gaccaggctc ggcaaccccc gcgttgccaa ttataagggt cgaggaggat 1834261 ttataaagtt ttccctcgag agataccaaa aaatttataa atcaactccc gtctatggtt 1834321 tcgggttgag ggccggtagc ttagcctggt tagagcggcg gactcttaat ccgcaggtcg 1834381 ggggttcaaa tcccccccgg cccgccagat cgcgtttctt ctcgacgcgt tccgcctgag 1834441 aaggagtgcg tctgagcaaa gtaagggagt ttgtaaagat gagttttgaa agattgggct 1834501 tgtcagaatc aagtttagag gcagttagaa ggaagggttt tgaagtccca acggacattc 1834561 aaagggaagt catcccacgc ctccttgagg gggaggttga tataatcggc cagtcccaaa 1834621 cgggaacagg gaaaactgcg gcgtttgcac ttcctataat agaggcaatc gaccccaacg 1834681 aaaaaacagt gcaggccata atactcaccc ccaccagaga gctggcactt caggtggcga 1834741 acgagatcaa aagcctccgg gggaagaaga gggtctacgt ctacgcgatc tacggcggtc 1834801 agccgatagg gccgcagata agggccctcg aaaggggagt tcatgtggtc gttggaactc 1834861 cgggcagggt gctcgatcat ctaaaccggg gtaccctgga tctcagctcg gtaaggttct 1834921 tcgtacttga cgaggccgat agaatgctcg acatgggttt cgtcgatgac atcgaggaga 1834981 taatgaggcg cgcgccccag gagaagagga tcctgatgtt ctcggcgacg atgccaatgg 1835041 gaattctcct cctggcaaag aagtacatgc ggaaccccga ggtcattctc gttagcaggg 1835101 atgaggtggt acccgagatg gttgatcagg agtacgtgga ggtccttcct gcgagaaagt 1835161 acgaaaagct gaaagaggtt ctcggggagg ggttttacgg cataatcttc tgccacacca 1835221 agagggaaac ccgggaactg agcgagaggc tgaggagaga cagcttcagg gccgatgccc 1835281 tcaacgggga catgagccag gccgcgaggg agagaacctt cggtcgcttt aaggagggaa 1835341 agatcaacgt tctcgttgcc acagacgttg ccgcgagagg actagacgtc agggagataa 1835401 gtcacgtgat aaactactcc ctccccatga acacggaaca gtacatccac aggataggca 1835461 ggactggcag aatgggaaag agaggaaagg ccattacttt tcttaaacca ggtgagattg 1835521 gcaggttcag ggacatagca aggaaagcca aggtcgaggt gaagagatcc aagctgagtg 1835581 agagaattcc caagcgcttc agggaagagg atctcgagag ggagtacagg agaagatggg 1835641 gaaggaaaag gttctaaaaa ggtggagccg ggaccgggat ttgaacccgg gtggaaggga 1835701 tctgcagtcc ctcgcctcgc ctctaggcta tcccggcatt gaacccgaga aaatttggcg 1835761 ccgcggcggg gatttgaacc ccggtgggca ccgcccaccg gcttagcagg ccggcgccct 1835821 accaggctag gctaccgcgg cacgcccgag gtatatgagc gggggagggt ttttaagctt 1835881 tttgctacta atagaacttc ccgaagttgt actggggaat gggacactgg actatcctcc 1835941 tcgaccagag acagtcggca cagctcggct cgttgcccca gcaatcaata tcggttgttt 1836001 tcacgaagtc gcaggcatcg acgaggggac agtcggtgca ggacgggtac atgtagttct 1836061 tcatggtgaa gcggaaccac gtgtactttt cgctcgtcca tatctccgcg aggctctttt 1836121 ctctgacgtt tccaaaggag taggcgttca ctttcttctt cctgccgaag atgtactcgt 1836181 agtaggtgtg gaggaaccgg tagcagggtg caacctctcc gtcccatcta acgaccgcca 1836241 cgttgttctc gtcgaaatcg cactgcctct cggtcttcag ctcaaagtac ggcagcttta 1836301 tgtaaaggcc gctgtgggcg atcttgtaca gctcatcgag gatcggtttc atatcaacgc 1836361 tcccatcgta aactatgtcc ttggtttgct cttcagtcaa tgggaggagg ttcgaaacca 1836421 gcattgaatc gacgccgaga tctaggagat aacgggcgag atcaggcagt tccatgtagt 1836481 tctccttggt cacgacgact tcaactccaa tgctcggttt atgcgttccc gtctcctccc 1836541 ggtatttcac gagcttcctt atcttgtccg ctgtaaccgc cgcggcaatg tgaccgagtg 1836601 ttatcgcgtt ctgggccgtt ggcacggtgt ccatggaaaa gtataccagc tcaaccccaa 1836661 gctcagatat ctctcggagc attttgtccg tcagcagggt tccgttcgtg ctcatcccga 1836721 gggcaaaccc cctcctctta acttcccgga ccatgtccat gaagcgcggg tggacggaag 1836781 gctcacctat ccctccgaag tagatcattc tgagctctgg aaactcctcc gcgtcgtcga 1836841 gtatcttgag gaagaggtcc cagtccatat ccccctcttt atcttcccag tactgcttga 1836901 agcacatctc gcacttcagg ttgcacctgc tggttacttc tatgtacagg tacttcatgt 1836961 cgagcttcgg tctgactatt accttcccgt cccacagagt gaaggtgtac tctttgccga 1837021 cttccttcac cacttcaacc gcctcccgcc ggtggaaaaa cgctaaccgt atcgtcatct 1837081 gaaatgggag tttccagtcc ctgaaggtgt tcgatgttct taccgttaac gagaatcagg 1837141 tagccgtctt cgagttcctt tttgaccccc ggaaaccgcc gatcgagttc atccaacaac 1837201 tccccaacgg ttttaacgcc cccgatttca agcattcgct ttcccacgat gtcgatgaga 1837261 gtggcgaaca ccttaacttt taccatacaa cgtcacctga acaagttcct cagcgtgaag 1837321 ctattaaaaa attgctggac aaaaatggga aaatcagagg aactccttga tgccgagctc 1837381 ctcggccttc tccggcggaa cccttccatc ttcggtccag ccgcggagct ggtagtagcg 1837441 cggcagcatc tccttgagcc tgacaacgtg tcccttgttc ggtccctccg gcatcggctc 1837501 ctcgaggaag cgcttcggca gggtgtcgtc cttaagcgga tcgaggccgg ccttgaggtt 1837561 gaagatcctc tcggcgttcc atattctctc tccgaccttg aggtagtcct cagttgagaa 1837621 gtcccagcca agggccgcgt tgagcatgtc gcggtagtcg tcggcgccga gtccaaaggt 1837681 cgtgaacaga cacaaaccgg cggcgtctat gagggcgctg agatcctgga agagtatgag 1837741 catcttgatc ttgtcgtcgc ttatgtcgtg cggatccatc ttgtacggat agccgaggat 1837801 ctctgggctt atcatatagt tcttgatgtg gcatccaccg cggttgttgg ttgcgtaacc 1837861 aaggccgtga ccctccgcac ccctcgggtc gtaagccggg agttcaagct tcttgacgct 1837921 cattgagaac tcggggtggc cgtacatctc ggcgaagcgg tagcttccct cggcaagctt 1837981 gtctccgagg ccttccctct tggctatctt ctcgatgtag tagtgcagaa cttccgtgtt 1838041 accccacctg aagggcggag cgtcgccgag gtcatcgtct gtaaggtagc ccttctcgta 1838101 gagctccatt gccgctgcca aagttccacc ggttgagatg gtgtcgagac cgaactcgtc 1838161 acactggtgg ttggcctcga taatgctcgc gaggtcgttt attccgaggt tggcaccgag 1838221 cgcccatatg ctctcgtact cggggccttc agtaacgcca acggttggca acttgttgac 1838281 ccttccacat ccgattggac aggcgtagca cggctggttc cttatgaggt acttcttggc 1838341 catcgcctca ccgctctgct cataggcgtg ttcaaagacg ccggtctgga agtttctcgt 1838401 cgggtagaga ccgttctcgt tgatgatgtt aacgaggact gcggttccgt agttgggaag 1838461 tccaccaccg gcgaccggat cgttcttgag cttgtttatc ttctccctaa cggtgagcat 1838521 aaacttctgc ttgtcggcaa ttggaaccct cttgcttccc tctgccacta tggccttgag 1838581 gttcttgctt cccataaccg caccgacgcc acctctaccg gccgccctgt ggccgtcgtt 1838641 cattatggcc gcgaacttga cgaggttctc accggcgggg cctatgctca ggatcctgat 1838701 cttcttgcta ccgatttctt tcctcagcgt ctcctcggtc tcgctcacta ctttgcccca 1838761 caggtgtgaa gcgtctctga tctcaacgtt gtcgtccttg atgtagatat agaccggact 1838821 ctcggccttt ccttcgatta tgataccgtc ccatccggcg aacttgagtt ccgcaccgaa 1838881 gtaaccgccg gagttggcca tggttatgaa gcccgttgcc gggctctttg ttacgacgtt 1838941 gtacctgccg ccggtcggag cactcgttcc gctgagcgga cccggtgtta ttatcagcat 1839001 attctccggg ctgagcgggt cgaccttggg atccatgtcc ctgagaagga agtatattgc 1839061 cagtcctctg ctgccaaccc acttcttggc cagctcctcg tcgtactcct caactttgac 1839121 ctccccagtg gagaggttca cgcgcaaaaa cttaccccag ttcccgtaca tagaagcacc 1839181 tcacgacaac taagtacatt gccgtatata aaagtttggg aaaacactac aatgcacacg 1839241 gaaatgagaa attaagcaga taaatttaac tccagtgtag tactaatcgg gatataaaaa 1839301 ccatgaactt cgaacccttg tttccggaac ggcttcgaag gaaaaggcta aaacgtgggg 1839361 agacaaacca accatgatgg tcgagctctt caactccaag ctctgtgcta tctgcaaggg 1839421 tcggaagctc ctctgcggaa ggccaacctg cccgatttta gagcgcttca gggtagcccg 1839481 cacggtggaa aaaaggctta acaagcgcca catctttggt tcctccccgc caagcatatt 1839541 cgtcggcgag tacggctacc ccaaggtccg aattggcccc ctcgtccccc cgattgaagg 1839601 aaataccagc caccttgaca gtcccctcaa gtgggaggat aagacgattc gcgatattct 1839661 ctactaccgc tcgcttttgg tcatgggcga gacgaaagcc gacgttgatg tcagaaagag 1839721 cgggaggatt ctgggcgagg tccaggaatt ggtgatgtca ataaaaccgg tggacagcga 1839781 ggtaatcctc aagaggaagc ccgtcctaaa ggttctcccg agcgagttcg ccccacccat 1839841 cgggcctaaa gcggagctcc tcgacttcga gctgaccgag aacccgaaaa tcccaaggag 1839901 aaccgactac gtggtgagcg acgagctgaa ggccgagcaa gcaataatgc gcctctacaa 1839961 ctggggcttc gacgaatact acatcataag gctcctctcc gctgggctac tcggagtcga 1840021 gaaaaagctc gtcccgacgc ggtggagcat cacagcggtt caggacacga ttggcagaaa 1840081 cctcaggaga gaaattcttc actaccctga gataaacgac tacgaggtct acttctaccg 1840141 cttcctcggc aaccactatg tagttctgct gatgccccag tcttacgcct tcgagctttt 1840201 ggaggtctgg ctcaagggct cgctcttcgg tagcgagagg ccgagcgtga ttcacgacta 1840261 tgaggacttc cgcggaagga aggagtacgt caaagaaacg gccggtgcat accacgccgc 1840321 ccgcttaagt gtcctcgaag ccctcagagc gagaaggagg caggcgcggg cagtcgtctt 1840381 cagggaagtt acaccggaat actacgcccc cgtcggcgtc tggcagattc gcctcggggt 1840441 gaagaaggcg atgggcaact tgatcggacg cttcgagacg ctcaacgagg ccctcgacgc 1840501 gatacggaga aggcttgagc accccttcga ggagtacctt aggaggagtt acatcctcgg 1840561 aagcctcgct aggcagaaaa ccttggacga atggctcgga aggaatttat accgaattga 1840621 ccaataaaac ccggtgaatg atgaccactc catcccaccg agcggtgacg agtgcacgtc 1840681 aggctgacac cggtgatgga aatgagaaga aagctggctt tgataagcct cgacggaaac 1840741 ggcgtttaca acctaaagca catgccgttt ctgggcgagt tagctgagac tggaggcttt 1840801 gcggtagtgg attcaatctt tccaacactg accgatttag tgcacacgag cgtaatgacc 1840861 ggggtctggc caaaatgtca tggtgtcgtc gagaacggct actacgacag gctgaccgac 1840921 aggaaaataa acttctacga ttatgaagtg gctttcaatc cccacagggt catcaaggcc 1840981 ccgacaatag ttgacctgct tcgccagagg ggagttagaa cggcgagcgt ttcgggctac 1841041 acgatgcccc ccttcagcgg aacggacgtg aggattttcc ccccattctt cgcgagcgac 1841101 aagatgtaca gacagcacgg gcgcgactgg aggaaagacg tgtgggttct taattccgct 1841161 ctatatctct acgaggaatg caagccagac ttgctcctcg tccacttcgc ctcgattgac 1841221 gggatgagcc acgattacgg cccgcttagc gagggggcac ttaaggccgt tgagacggtt 1841281 gacactgctg tcagaaccct ctgggagcgc cttaaagacg agtatgcatt cataatcttc 1841341 gccgaccacg gacaggagga ggttcacatg tgggtgaacc tgaaaaccta tctcagaaag 1841401 cacgggattg aaacgcttcg cgtttcatcg ggtgggggtg ctcacgtcta tctgaggaat 1841461 ccaaacgagg ccgagaaagc tttcgaagtt ctgaggaagg cgccgggcgt taaggctgtc 1841521 ttcttccgcg aggatttgga gcatctcaac agcccgaaca gcggagagct gattgtctcg 1841581 gcaaagcccg gttactggtt ctgctcccac aggatgtgca agggcataaa gggggtaagc 1841641 cactgggtta ggggaatgca cggctcgatg aacgagccgg taatgaaagt cccgcttatc 1841701 ctctggggat tcgagaaagt gaacctcgac gagccaagcc tcatggacat cgccccgacg 1841761 gttctgaagt tcttcggagt cgagaagccg ggaaacatgg tggggaagag tttggtttaa 1841821 gagggattgg gggtagctat ggagctgaac ctccacattg acgatacaac gctcttggac 1841881 atgacctccg gtggcgtgaa ggacccattt gaagtattcg gaataaggca ggaaattgag 1841941 gtagaagccg ttatcgagag cactatagac aaagtggagg tactaaacga ggcaacacct 1842001 tcagttgaac ccttggacga tgaggggacg tatcgggtgg tcgccaaaat cctcggtggg 1842061 tacgcgcgaa ccataatacc cgaagcaggg cagaaagttc cgtgcaggga ggaaagggag 1842121 gaaacctact ggggaacagt gcacctggtt gtggactttg gagttctctc cagggcagta 1842181 ataaattttc cagtccgctg ccggctttgc agaataggac gtgagtcgtt catgtacgtc 1842241 cccatcgagg aggaactcac aggggagatg accttcaaac gaggtgagta tataaaaata 1842301 acgggccggc tctcccccgt gtttctggac ttctgggagg gtgccatcac cgtaagacca 1842361 tttaggggca ctatcaagga attcagactt ttgcctagga acggtggagt actgggggtt 1842421 gaggttactg ggaaaggaaa acccctgcag gtgaggggtg gcggccaaat gttcttcggt 1842481 gacttcgcct acgacatcta ttacgccaga ttttcaccga gaatcgacaa agatagggac 1842541 tcattcaggg tgaggttcag tgaagtctga atgcggcata aagcatcggc atgattcaac 1842601 ttgtggaggc tttatctggt cggcgggcgt acaaaaagcg ttaaccccct acctttttcg 1842661 aaaggatttt aatggcctca tcggcgctga gagcttcaac ctttccctct atcatgtctt 1842721 taaggttttc tcaaaggctt tcaatgtttc ctcgtctatt tcctcatcat cctctgggag 1842781 gttttcggcg accatcttga gcagcatgat ctttaagtcc tccagttctt tctctatgtg 1842841 gtctattttc tggaggagca catgaggatt gataacttcg ctcattctct caccgatttt 1842901 ggataagcct tgaagttaaa tagttttcca gctacccttt tgcacccgat aactggagat 1842961 gaaggcgaaa gcccgaaaaa atctctgacc ttgcgaagca tgcagggcga aggggttaaa 1843021 taggcgcgga acaaaacccc ttcaggtgtg gtatagaggt attgagtaca tttacgacga 1843081 gcacgggaga ttaaggacgt cataattcct cctgaactct gggagaagat taaggtcgag 1843141 ttctttgagc catcgaagta ccgcgggatt tacagggaaa agaaaaacct tgagaggagc 1843201 ctcagggggc tgagggaaga atgggggagg gatttttaat tgacatcaac gttcttattc 1843261 gtgcgggtat gagtttagaa gattcttttc acatcaactt tatcaaaatc cctatcgttt 1843321 gataggattg ttgttattcc gtgggctttc attgtcgcat aatgaatggc atcgtcgaaa 1843381 tcgagctttt tgcatctttc ggcattccta aggatttcca tggttaaggg aactacctca 1843441 attcccaaat ccagaagtat atcagtgatg ttcaacttag tcttttgcct cctaaacaga 1843501 atataaagtt gccatactgt aagggctgag gtcatcacgt ttccgctgta tctctcaagc 1843561 aggtctctcg cacgctctcc gaactcctcg ttggctgtga ggaaataata cagaacattc 1843621 acgtcaacat aaacattcac agctcatccc tcagaagttg ctctgtttcc tcttcaatta 1843681 actggtcaat ctcttccgca cttagattct cacctttgaa tactccgtag tacttcctga 1843741 tttttttgcg aaccgggata agaactatct catcccccct ttcctcaacg tagaaagagc 1843801 tggtcccaaa tttcttccgc agggatgcag gaagatatat ccttccattc ttgtctagtt 1843861 tgacaatttc agttgtcatg ctatgttgtt gaattttgga caataaataa tttttggcaa 1843921 caacggaagc agtaatatat aaactgaaga gagaatgaga acaggaaaca gccctcagcg 1843981 ggaggactgg gcaatcctct cgatctcttc cttcttactg taggcgaagc tcttcggatc 1844041 cctgttggcg gcggcaatga tctcctcggc gagggcctgg gcgtaggtgg tcttgttgcg 1844101 gtagcacttt atgcttgcac cgagggcgat gttcttcaag gccacgtcaa gcctcctgag 1844161 cggggaaacg tcgacggcca tgtggtagcg gattccaccg aaggcaatgg tggtggtgtc 1844221 ctccctcggg gcggagttct cgatggccct tatgagaacc tgaatcgggt tctgtttggt 1844281 tcttctctct atgatcatga aggcctcctt gacgacctcg taggccttca tcttcttgct 1844341 cattatcgag cggtgttccc ttctcatgaa gtgaccgccg gccttgtagt ggctggcacc 1844401 gctcctcatg accttgttaa tcaaacgctc aacgatgtga acctgggcct tgccaaaggg 1844461 ctttttcgcg tgcctgccgt ggctgtgcgg gaggatcctc ggctcgaggg ctatgtaagg 1844521 cctgagcgag gggtcgttga ctgtaacatc ctcaacgctc caccttccaa agaccttgag 1844581 ctccttcggg atgaaaaagc gctcggtgag gggtttggcc attcgcttca cctcctcggc 1844641 ttctcctttc ttcccttgac gagctccttg agggaaaccc tgttgacctt aacgaccttg 1844701 tacctgattc ccgggatgtc acccatcgaa ccgcctttgg gaccgccgat tccctcgatg 1844761 atgacttcat cgtgctcgtc gatgtggttt atggcaccgt caccgggggt gaaggccgta 1844821 acgaccttac cgttcttgat gagctgaacc ctaaccgctt tacgcatggc cgagttcggc 1844881 tgctttgcct cgacggctat cttctcaagg acgatccccc tcgcctgagg agctccctcc 1844941 agcgggtcgc tcctctcctt gaggcggaga acccttctct tgtaccttat gtcgctccag 1845001 cggaacttct tcctcttgag cttgagcttc ctaccggcaa attcaccata cggggccttc 1845061 tttccagcca tgatcatcac ctcatattac cacaacatcg ctaataccgt ggtgtctctc 1845121 catcagctgt ttcacgaggt ttatgttctg gccgcccctt ccgatcgcgc gaggtttctc 1845181 gcgcgggctt atatcgagga gggcgacctt tttcccgtct ctcttctccg tgatgtggat 1845241 ctttttaacc ttaaccccga ggcttttata aatgttcctc aggaactcct cgggattctc 1845301 cgagtgctcg attagttcga tatccttgcc gatcatgttc tgaacgcgct tgacgtttgc 1845361 tcccttcttt ccgagtgcca gtcccatttc ccccttcttg atgacgaaga tgagcctgtt 1845421 cctgttggca tctatcaggc agtcgagcac agttgcccct gtcatgctct cgaagagtgc 1845481 tatgtacttt atctggtccg tgttcagctt gagcggcatt actccttacc cccagcaagc 1845541 gcgagtatcc tgctctcacc ggggtctatc accgcgagag ccgaaacggt gtggggcctt 1845601 ccgaggagcg ttccaagctc gacgctggtt ccctcgaact cgtaaaccgg gattccactg 1845661 agcttggcgt agtagtagat gtcctccttg atgtccggcc tcgcgttctt cgcgacgata 1845721 atcatctttg ccccgccgac cttggcgtag tggatgctct tcttcgctcc catgaccagc 1845781 tttccggtat cttgaacctt cctaagctca aaggcgaaat caaccatcaa ctacacctcc 1845841 ctactccctt tgcggtctca gggggagatt cattgtcagc ttaacgattc ccgtaccaac 1845901 gggcacgggc tggccgatga ggacgttctc aacgactccg ttgagcggat cgacttctcc 1845961 cctctcggcg gcctcgaaca ggtgctgcgt tgtgatctcg aaggccgccc ttgctaaaac 1846021 gctcgacttc tcaccgacta ttccatgcct tcctatcggc cttataacac cgtcgagcgt 1846081 catcatgtcg gcgacgagca ttatgtgcct gatatcaacc tcgagaccct gctcgcgcat 1846141 cgtgttaacg atttcctcga tgatggcgtt gcgagcggct tctatgccaa ggacgtccgc 1846201 tatttcccag atgttgttcg ttctcgttct cgttggatcg acgcccggaa ctttcagcac 1846261 ctgcttgaag ttcgagcctt cagtgtagat gacgtactcg tcgccttcct tccttatgat 1846321 ggtctttccg acgccagaca ggcctttaag gcggtgcttt ttaacctttt cggcgagctt 1846381 tctgaggtct gagagcttcg ttaccttctt cggccttact atgagtgagt acccctccgc 1846441 ctcgaactca gcgctcttga acgaaccgga cagcttcttg agaatcctct ccatgtcgag 1846501 cccgctcttc tcgagcctct cggggtcaat ctcaacgatg aactcgaagt tgaggatgtc 1846561 tatgctcatc tccctcgcaa ggttctctat cgtggtcccc tcgattctcc tcgcgacttc 1846621 cctcgccttt tcaagatcat aacggtgctc ttcatcgagg aagaccgtca taaccggggt 1846681 ggaggggttc ttcctcgcgt cgactatctc gatgatcctc gggagaccga gggtaacgtt 1846741 gatttcagcg acacctgcgt agtggaaggt gttgagggtc atctgggttg agggctctcc 1846801 tatcgactgg gccgcaacgg ttcctatcgg ctcgcccggt tcgacgagag ccttcctgta 1846861 ctcgttcacg gcatcttcta tgatggcctc aacctcggcc ttcttgagct tgtacttctt 1846921 gttgtactcg atgagcttgt tgtagagctc ttctttgatg ttgtccggaa gctcggactt 1846981 ccagacaagg gttttaatgg tcttcgcggc taccatgtca atcacctccc gcccctcgat 1847041 ttgagcaggt ttctaactat tatcctctcc acatcgagcg tcctgccctg ccagctcctc 1847101 attggatcaa cgccgtcctc cccatagcgg aactggacga tgattccggt cgggtctcta 1847161 accgttccgt cgtagtccac tttgagatcc tggagcgcgt tgatcaacct tctctgcatg 1847221 taaccgctct gtgcagtcct gacggcagta tcgacgagtc cctctctacc gcccatcgcg 1847281 tggaagaagt actcctgtgg agtcaagcca ctcttgtagg agttcacgac gaagcccctt 1847341 gccctcgctc ccagatcacc cggcttgaag tgcgtcagaa cccttccacg gtaaccgcgg 1847401 tagagcctct taccacgaat cgactgctgg ccgagcatcg ctgccatctg ggttatgttg 1847461 agtatcttac ccctagcccc ggtcttggcc attataacgg cgtggttgtt cataccgagg 1847521 tacctctcgg cgaccttacc ggcgttgtca cgtgcttcag ctaagacggc cattatcttg 1847581 ctctcaaggg tctcctcaag tgtcttaccg gggagtggct caagctcgcc gcgcttgtag 1847641 gcctcgatga gcttgttgac tctctcctca gcctcccgga tgatctcctt gattctgtcc 1847701 aaagcttcct gaggaaggtc ttcgtcgtct atggccgtcg tgaagccctt gtgggttata 1847761 acccatatcg tcagcttggt gacctgatcg aggaactgcc tcgccctctc aacgccgtac 1847821 tccctcacga taatatcaag gagctttcca tcctccctgc cgtaagcctt cttgtctatc 1847881 gcaccgctga ggagctttcc gttctgaatg taaacgaagc catcataggc aatctttctt 1847941 acctcttctg ggtcgggaac gagcttctcc tcgatgagct tttcaatggc ctcgcagcgc 1848001 tccggttcgt cgcagagctt gttgcggtac cagagtgtca ggtcgtcagg caggaggagg 1848061 gagaatatcg tcttcccgct ccagagctcg acgccgttct cgaccttatc cggtttcgga 1848121 agctcgtcca catcaacgcc cgcaaaggtt agcatctgct cgacctctga gcgggtgaag 1848181 taagctcctt cacgggtgag gaggtagccg ccggagatgt ggtcctgaat tccagcgatg 1848241 agggggccgc cgtaacgggg tgagatgatg tggttctgaa cctccatgag gatcttcgcc 1848301 tcagcctgag cttcctcagt ctggggcacg tggaggttca tctcgtcacc gtcgaagtcc 1848361 gcgttgtacg gcgggcacac cggcaggttg aggcggaagg tcttgtatgg cattactcta 1848421 acgcggtggg ccattatgct catcctgtga agggacggct gtctgttgaa gaggactatg 1848481 tcaccgtcct caaggtgtct ctcaacggtc cagcctatgt caagcctctc ggctattgtc 1848541 tcgaggttgt tctccatgag gcggattctc cttccctctg gatcaatcac gtagttcgcc 1848601 cctggatact tctcaggacc gttcaaaacg cgctgtttga gcttttcaaa gttaaactcc 1848661 gtgaccttct cgggtacggt aagttccatt gctatcgcga ggggaacgcc gacctcgttt 1848721 atgcttatca taggatcggg gctgatgacc gtacgagcag agaagttaac gcgcttaccg 1848781 ctgaggtttc cacggaagcg accttcttta cccttaagcc tctgggcgag ggttttgagg 1848841 ggtcttccgc tcttgtgctt ggccggcgga attcccgagg tctcgttgtt gatgtaagtc 1848901 gtcacgtggt actgaaggag gtcccagagg tcttcgatga tgagctgcgg cgcaccggcc 1848961 tcgatgttgg acttgaggcg gttgttgatg cggattatgt caacgagctt gtgagtgagg 1849021 tcgtcctccg cacgaatgcc gctctcgagt gtaatcgatg gcctcattgt aacgggtgga 1849081 accgggagaa cggttaagat catccactcg ggacgggact tctcggggtg gagtccgagg 1849141 agaggaaggt ctttgtcagg gatcctctca agcctgtccc ttatctcgct gggcatcatt 1849201 ctgtgtttgt actcgttgcc ctcctcgtcg cgcctgagct catagtatat cgtcggcctc 1849261 tcgaacttga tcgggaactg cggtgcccca cagtgcgggc agaccattct ctccttggcc 1849321 ttcttgtgga tctccttgat gagccggtct ttgtccttct tgcggtcgcc gatcacctcg 1849381 aacttcttca tgtactcctc tatctcctcg tcggtgagct ttatcctccc gcactcgcgg 1849441 caggtacttt cgaggacccg ctgaatagtc ttggcaaaac caacgtggac aacgggtctc 1849501 gcgagctcta tgtggccaaa gtgtcccggg cactccccgg ctctggctcc acaggtctca 1849561 cacctgagac cggggtcaat gacaccgagc ctcttgtcca tgaggcctcc ttcaataggg 1849621 taaccgtcat cgtcgtaggt gtcaggaact gtgatttcgg cagcgctcat ctttctgatt 1849681 tcctggggtg agagtattcc gaactcgata ctcccgatga cctttttcat cgactgcatg 1849741 gctctcacac cctatccttc aacttgaggg aaggtctaat caccatcgcc ttcagctcgt 1849801 cgaggagcag tttaaacgcg tagctcatct cgaccttgct tatcctctcc tcctcaccgc 1849861 agacggggca gtagaccttg ccacggcgct tgtcctcaag ggctatgtga ccgcagtttt 1849921 cacagaccca tacctccgtc ttgtcgctct cctccaggag cctctcgatc aagagcatcg 1849981 cagcgccatg tccaacgagg acgtcacgct ccatctcacc gaacctcaat ccaccctctc 1850041 tcgcccttcc ctcggtcggc tgcttggtga gaacctgaac cgggcctctt gagcgcgcgt 1850101 gcatcttgtc ggcaaccatg tggtgcagac gctggtagta gatgacgccg atgaatatgt 1850161 ccgcctcaag cctcctgccg gttataccgt cgtacatgac ctccctgccc gtgtgcttga 1850221 agccgagctc ctcgagctcc ttcctgagct tctcttccgg ctccccgatg aaggccgtac 1850281 cgtcaactct ccttccctta agtgaggcga cctttccgcc tatggcctct atgagctgtc 1850341 cgacggtcat acggctcggg ataccgtgag gattcactat gagatcggga acgatgccat 1850401 tctcggtcca gggcatatcc tcctgtggaa ctatgaggcc gataacaccc ttctgcccgt 1850461 gcctgctcgc gaacttgtca cccaactcag ggatgcgcag gtctctaacg gtgaccttta 1850521 cgagtttcgt accgtcaccg gtctcggtta ttatcacctt gtcaactata cccttctcgc 1850581 tcggcctgac ggcaacgcta gtctccctcc tctcctggag ggctattccc ccgaggccgc 1850641 tctgctcctc aaggaacctc ggtggtgacg ttctgcccac gagaacgtcc tttccttcaa 1850701 cctttgactc cgggaagatt atgccgtcct cgtcgaggtt gcggtagtac cgatcgccaa 1850761 ggtagccctt gatggtcgga tctggctttt caaagcgatc catctgaccg cccaggtatc 1850821 tcttctcttc cgcctcgtac gttctgaaaa aggttgatct cgcgagaccg cgctcgatcg 1850881 atgccttgtt tattacgatg gcatcctcca tattgtaacc gccatagctc agtacggcga 1850941 cgacgaagtt ctgaccggca ggcctctcct cgaaaccaac ggccttcatg atgcgcgagt 1851001 tgacgagcgg aacctgcggg tagtgcatga ggtgacctct tgtatcaacg cgaatcctga 1851061 agtttgccca gccgagaccg aggctctgct tggccatacc cgcgccgtag gtgttacgcg 1851121 gggccgcgtt gtgctccggg tagggaacga gcgaagcggg aataccgagt attgcggcag 1851181 gcattaactc aaggtgtgtg tgctcctccg tgacctccca gggccaggtt gccacgtagg 1851241 cgttctcctc ttcctccgca tcgaggtact cgatgacgcc catccttatc aggtcgctcc 1851301 aggtaagggt gccgttcttt atagcctcaa cgtgctcgcg ggtgagcttt ggcctgccgt 1851361 tctccactat gatgaggggc ctcctaactc taccgtcgtc gctgttgatg tagatctccc 1851421 taacgtcccc ctcctcgtag agggcaacgt tgatcacgtc gcttatcttc cccgcccttc 1851481 tatccgacct tatagtctga acaagggctt ttccgtcctc tatggttccg atgagaacac 1851541 cgttgaggta aacacgataa agtccgggtg aaggtcttct ctcttcaatt ggaacgacgc 1851601 cgagtttgag gatgtactcc ttgacctcct cctccgggat cccagtggtt atctgggaca 1851661 tcagggcgag gttcttaacc agaccacagt ttggaccttc cggagtctcc gtcggacata 1851721 tcctgcccca gtgggttccg tgcagatctc tcgcctcaaa gtgaggctgc tccctgctga 1851781 gcggggaggt aacgcgtctt aggtgggaga gggtcgatat gtagttggtc ctgtcgagga 1851841 gctgactcac accggttctt ccgccgggcc aagaaccagt tgcgagggcg tgctcgatcc 1851901 tctcgctcag aacgtccggc ctaacggagt tcctcacaaa gcgctggatg ttctcgaagg 1851961 tgtagcgctc gccctttctc tggtaggtct tggtcatctg gtactgcata tccttgacga 1852021 gctggccgaa ggcgacgcgg aagagatcct tgagcaagtc tccagcgagc ttgagcctct 1852081 tgttggcgta gtggtccttg tcgtcctcac cgcggaggcc gagcgaaagc tcaagaacct 1852141 tgagggccat catgccgagg tagtaagcct tggccttcct gttctcgggc tcgacgccca 1852201 tgtgcgggag gaggttgttg tctattatgt gctcggccct cctgagtctg tactctttgg 1852261 gctgaccggg gagggaaagc cttcctatga agtcgagagc ctcttcctgg gttcttatgt 1852321 cacttgcatc ctcaaggttg ttgaatagaa cctgctggat cctcggatcc tcgcttattg 1852381 cctcaacgat ctccttatcg ctgagcaggc cgagggccct catcacgtag acgaacttaa 1852441 ccggcttggg aacgttcgga attgaaacgt acagtatacc atcttttctg ctctcaactg 1852501 ttatcagggc cctgtaccca tgtctgtatg aaaagacctt ggcgacgacc tttttctgcc 1852561 tctcatcctt ctcgaccaga gttttgttcg gggccagatc ttcgatagag acgataaccc 1852621 tctcagaacc gttgattatg aagtatcctc ccggatcctt cggatcctcg ccgagctcta 1852681 tgagttcctc gtcgctgagg ccgtagagcc tgcaggcctt ggacttcagc atgaggggaa 1852741 gttcaccgat gcggacttca actggttcct gctctatgcc gtttacaacg ggtatcagct 1852801 caaggaacag cggggcggag taggtgaggt ttcttatgcg ggcgtccatt ggatacaggg 1852861 gtcttctctg cccctgggcc tcctgaaaga tgggctctcc gaggcgtatc tttccgaact 1852921 tgacctcaaa gttggggatg tccggtttga caccaccgaa ctcatttata acttcctgga 1852981 ggccgtgctc aatgaatgcg ttgtaagaat cgaggtgctg cctgacgaga cccttttcct 1853041 tccagtagga ttccataaca atccagagat cgtcgggagt gacatcaaca acagtaactc 1853101 ctctcgcgct catgatccca cctcagaatc agtcttccac gaccagccgg tagtataggt 1853161 aaaccccggc cgtcgggctt tttcttttga tctctataac atccccaggc ttcgcgccaa 1853221 gctcaacgac cgctgggtca gatgccttaa tctgcggaag ctgggagagt ctaatgcgat 1853281 accttctgag gagctcttcc ttttcctcct cgctgataac cctgtgctcg ggaaccagct 1853341 cgtgcataaa cacactaaat tcttttttcc ccgccaccga gaaatgcccc cttacagttt 1853401 tttacaagaa tgaccgccac acccatcgcc ttccggttca cctatataag cttttcgtga 1853461 ttagactgcg gggggaggtt tataggactt acgaaaagtt taagaagcct tccctgtcct 1853521 attgcggctt tcaaggaaca gggatgttca gtgggccgag gggcaggaac acgtaaactt 1853581 tttaaacgtg caaagaatac taacacccgc gcggtggtag tctagcctgg tctaggacac 1853641 cggcctccca agccggtaac ccgggttcaa atcccggcca ccgcaccaca attcttatac 1853701 ctcaaaagac accgagggtt ctcctcagca gggccacttc tcgatcattc agggcatcac 1853761 ccaaaactag gtggagcctc gacccgttga ggagagttat atcgttcacc tttgccagaa 1853821 actttagcgt tggaacgaga ccggattcca gtatgaggta ctcgatccca tccaagatta 1853881 catcggattt tcttgtggac acatccttag ttacgtaaaa ttccagcttg tacagatccc 1853941 tcggacttac ggcgttgaga tgctcaacag tcgacagcca aagcagcctc aacctgctgt 1854001 cgtttacacc cagcttccgg acaattaact gaggagggtc acgacctatg agaagaaccg 1854061 gtctgttaga ggacagtttg tttaccacaa gagtccttaa ctgggaagga tgaacaacta 1854121 catcacttcg ccccccgttg tctagaggtt tccatctcaa acctgagtgt cttcggtaca 1854181 acagggggcc cattttgcca tcactggctc acagtttgca accaagatat ataaatgttg 1854241 cgaaaatgta taacaaaatg tatgatcaaa tgaacacaat ctgactaaaa cagaaactaa 1854301 taggtaaatt acataacggc tagttaacaa aaactaaaca gaaaaggtaa gggggcagta 1854361 aatcactcct tcctctcaca gagttcgaga agcacaccag ttacggcctt cggatggacg 1854421 aaggctatct tggccccgcc agcacctatc ctcggctcct catctatgag cctgtaaccc 1854481 ttctccttca gctccttgag gtgctcctcg atgttcgtaa cgcccaaagc gatgtgatgt 1854541 atcccctcgc cgcgcttggc tatgaacttt gctatcggcg agtcctcggc cgtgggttcc 1854601 aaaagctcaa tcctgctctc gccgatgtgg attatcgcgg ttctaacctt ctggtcaggc 1854661 acttcctcga tttcctcaac cttgaggccg aggccctccc agacctttat ggcctcctcc 1854721 aggttcttaa cggctatacc aacgtggtct atcttcttga acataggatc acctccagag 1854781 atcctcctta agcgtctcca tcacgatttg agaggccgaa tatgggtcga gcttcctctc 1854841 aacaacctcc tcgatgagat cttttgcttc tcccttcgcg agcctctcct cgacttttct 1854901 cgctatggtt gaggcgataa tcgtcttcac ttcctccctc gcgcggaagg ccctcctctc 1854961 cctcaacctt ccgctctcct ccatgtgctt cctgtgcctc tttatcgcct cccagagggg 1855021 cctgacgccc ttgagggtaa aagctgttgt ctcgactatc gggggctccc agccgatttg 1855081 tctccacttg tccctctcga actccagggc catcttgagc tcaaggtaga ccatctccgt 1855141 tccttccctg tcggccttgt tgatggcgaa tatgtcggca acctccatta aaccggcctt 1855201 aatggcctga acctcatctc cgaggcccgg aacggttacg agaacgacgg tatctgctgt 1855261 tttgacgatg tcaacctcaa tctgcccgac cccaacggtc tcgacgaata tcaggtcgta 1855321 gcctgaagcg tccagaacct tcacggcgtc gttggtggcc ttcgccagac cgccgaggga 1855381 accgcgcgtc gccatgctcc tgatgaagac gccggggtcg gtcgagtgcc tctgcatcct 1855441 cagcctgtcg ccgagcagtg cacctcctgt gaatggggag gtagggtcta tcgctatgac 1855501 cccaacctta tgcccctcgt ccctggcgag tttgattagc ttgtcgagaa gggtcgactt 1855561 tccggagccg ggggggccag ttatgccgac gacgtaagct ttgccagtgt gggggtaaat 1855621 cctccgtatt atctctctgg ctttttcctc gtcgttctca acgagggtta tcagccttgc 1855681 tatggccttc ttatcacccg atagggccga ctggatgagg gactcgagcg tcatttccat 1855741 cactggagaa attatccaag gggagaatat aaagttaagc cttgaagcgc ttgaggttct 1855801 cgacggccct gtcaacgaac tctatcacgg tcttcagagg agttcccggg ccgaagacct 1855861 cggcgacgcc catcttcttc agctcctcgg cgtcgtcggg cgggattatc ccacccgcga 1855921 agattacgat gtcctcgttc ggctttatgc ccctctcctc gaggagcttg ataatcttcg 1855981 gaatcagaac catgtgcgcg ccggagagga tgcttatccc aaggactgcg gcgtcctctt 1856041 ggatgaccgt ctcgactatc tgctcggggg tctgcctgat tcccgtgtag ataacctcgt 1856101 atcctgcctc cttcagggcc ctcgcgacga ccttggcccc cctgtcgtga ccgtcaagac 1856161 cgggcttcgc tatgacgacg cgaacctttg agcgctcgac cattgacacc accgggtagg 1856221 tttctccctt gtcgtattta aaggttgtca aaactcaagg tttagcttta cgttggattt 1856281 tttgtccaca agctttttta aagccccaga atagccttga acatgattca cgacgcccac 1856341 acccacacgc tccactcaga tggcctcggt gaggtcttcg agaacatcgc ggaggccgag 1856401 cgaaagggcc tttcgctcgt agctataaca gaccacagcc actatctcct gcgtggtaac 1856461 ttcaacgcct accttagcga gataaggcgc tggggcgagg atagtgagat aacggtttta 1856521 gctggaatcg agggcaacat aacccccaac ggcgttgacg tgccggactg gatggccaaa 1856581 aagctcgact tcgtgatagc aagcgttcac gagtgggttg accggccgga gcagtacgtt 1856641 gagctcgtca gggttgcact cctcgacgag aacgtcgatg taataggcca tttcggggca 1856701 agctttccct acataggtta tcctccttgg gaggaccttt tggagctcat aacgctcgcc 1856761 gaggaaaatg gtaaggcctt cgagataagc tcccgctacc gcgttccgga tctggagttc 1856821 gtgagggagt gcataaggag gggcgttaag ctgaccttcg ccagcgatgc ccacaggccg 1856881 gaaaaagttg gaaacgtcgg ctggagcgtg agcattttca aaaaagctgg aggaaagctt 1856941 gaggatctgc tgtttgaaga gtttctgtaa gcgcttggat cttaagtgaa ttcacatgag 1857001 ggcgcctcaa gataaactcc tctttcaatt ctcctagagt cttattgcaa ctctacgtcg 1857061 acgtgaacct cgacaaccac ccgccctcgg cccccctttc aattctccta gagtcttatt 1857121 gcaacccgga acatacatcc agagctacga cgcctacgtg gcctttcaat tctcctagag 1857181 tcttattgca accggggacg actgtaaacg tgaatgactt gctaaatatc attactttca 1857241 attctcctag agtcttattg caacgtgccc gtcatcgtgg cggaggactt aacccctgct 1857301 caagcgactt tcaattctcc tagagtctta ttgcaacctt gatccagccg cacatgagtg 1857361 ttcttgacag ggagaaacct ttcaattctc ctagagtctt attgcaacct gctcttcatc 1857421 agcgacgttc tcgacgaggc cgaactcttt caattctcct agagtcttat tgcaacttca 1857481 ggtgggtgca aaacgtttac ctcgatgcca aagccctttc aattctccta gagtcttatt 1857541 gcaacgtgct gacgctgact gagggctctg ttggggcgta cttgctttca attctcctag 1857601 agtcttattg caactaaccg gggtcaccct ccacgtagac ggcgcctctt actttcaatt 1857661 ctcctagagt cttattgcaa cagggccgtc gattccgaag gttactcggg cgagacgact 1857721 ttcaattctc ctagagtctt attgcaaccg gctactggag cgttacgaag acggttgacg 1857781 tccactttca attctcctag agtcttattg caacagggcg tgaaattcgc cctttagccc 1857841 aacaaaagga gaagaacgtt tcaatattta agcctttctg aaaatcaccc acaaaaaacc 1857901 cactagaacc catgaatcaa agcttctgaa agagagatag gccagaacgg agggtaatgg 1857961 acgaccagaa atccacgtgc gctcgggatg actgggattt ccaaagccgt gatcggttag 1858021 ctaatcccaa acaaccccat tacatgggct caacctcgaa aaaatatgat ttcagcaggg 1858081 tccagccaaa ttcacggatt caaggagccc cgtccagagt ttcgaaaaaa ttcgttacat 1858141 caaacacgac aaattgtcac ataatgttac attctggaaa acttcaaaac cagtctccag 1858201 ggttgtttct ggaccacaaa catgaaagca tgacaaaata accttgaaat tcaaaaaacc 1858261 ggccacttca gcgtgataac acctcaaagc cgagctccct gagcttccag ataatctcca 1858321 tcgggaagcc gacgacgttg tagtaatccc ctctaatcca ctcgacgaag aggcccgctt 1858381 ttccctgaat cccgtaggca ccggccttgt ccatcggctc tcccgtcctt atataggccc 1858441 agattagctc atcgtcgagc tccctaaact tgacttcggt cgtggcggag ccagctatct 1858501 cctttccctc gtggattatg cagtaaccgg tcgtgacgcg atgaacccta ccgctgagga 1858561 gtttcagcat ccggtaggct tccccttcgt cactgggctt cccaaggact cttccatcga 1858621 tgctgacgac tgtgtcggcc ccgatgactg ttccgccgac gcgcgagtaa acttcccgcg 1858681 ccttcagcct cgcgagctcg acggcgcact cctcgggagt tcccgaacac ctctcctccg 1858741 cgttgctcgg aacaacgtgg aaatctctga taaagcgcga cagtatctcc cttctcctcg 1858801 gtgaagctga cgccagaacg agcatttcct cacccccaaa cgttaaaagg aaagcgccca 1858861 agttggacgg gcgatgacga caatttcgct agctgaacgg tgatgagtac cctcgcaacc 1858921 gagcctaagc gaggcactcc tcaatggctt tgactatgca ctcgatgtcc ctctcgaact 1858981 cgaggaccga acagcggttt ccatccaccg gcgggcagtt ctccgttatt ttcctcagct 1859041 tgacgtggac gatgcccttc ttgccctcct tttcgagcgt gtactttcgg tagagaacgt 1859101 cgcagtcctc gccctcaagt tcctcaacgc tcgcgttgaa gctggccttt atgaccctgt 1859161 caactccgtt cactatctcc atagctatgt cgtagctcct gtccccgatt accatcgggg 1859221 ggcagatgtg ctccatgttg tgtttgtcga agcggtggaa gctctccggg atgatgacga 1859281 cgtcgtactt catggacacc acctgaaaaa gaatgggaag gggaattaaa aagctttgga 1859341 ctcaggtgct cgcccaaatc ggaattcctg catcgatgag cctcttgagc tccttgccta 1859401 tcggcgtgct cttgctcacc tttacgaggc ccttcttgct cggcgttgcc gtgaagacgt 1859461 actgctcgcc accgtagaac ttgagcggtt ttttcgcgta gtcgggcgag accctcagga 1859521 caatcgtttt cttcttctcc tcgacctcga cgggtatctt ctccttgggc ttctgcgctt 1859581 ccctctcggc gaagctcttg acgtctatgc ttatgcctat cctcttctcc agctcggtga 1859641 tgcgcttgcc cttcttgcct atgattgcag gaatgtcgaa ctcgtctgcg taaatcacgg 1859701 ccttgtgcgg gctgactatc tcgacctcgg tgtaaacatc gggcaggaac ttcttaatct 1859761 cctgcttgag cctcttctcg gcgagcctga gggcaggggc cttctcctcc ttcttgacgg 1859821 ggacaacgct tatctcctcg ccgtaggtgt agatttcgta ctcaagctct ccagtctcaa 1859881 agtcgcgaac ctctatgacg ggcctcgcga ggtcctcctc cttcattccg ctcgggacct 1859941 taacgaggta ctcaatggtt agaaccttcg caactctgcc cgccttgatg aagaggaccg 1860001 tgtcgactat ctgcggtatc attccgagct cgacccttcc gataaagcgc tggatggcat 1860061 cgataggctt cgtcgcgtga accactccaa ccattccaac accagccagg cgaaggtcgg 1860121 agtaaatctt gaagtcgctc gtcttcctca tctcgtcgaa tatcgtgtaa tcgggcctca 1860181 cgaggaggag tatgtcaccg gtcagctcca tcttaccgtt taaggcggtg tactgagtta 1860241 tctcctcgct cacctgcagg tccctcggct tctccatagt cttcactatc ttgcccatgc 1860301 tcgcgtacca ctccgctaaa gcctgggcga aggtcgtctt tccttcaccg ggcgctccgg 1860361 ctatgagtat tccctccgcc ttgtccttga gcctctcaag gagcttctcg ctcagctcgt 1860421 agtcctctat gctgagtttt ttaaccggcc tgacggcggt aatctctatc ctatcggcga 1860481 agggcggttt ggctatgacg atacggtagt tcctgagctg aacgacggta gccccgggct 1860541 cgtcaagttc tataaagctg tcaggctcgc gcttggccct ctccactatg tcgtcggcta 1860601 tctcctccag ctcctcgtcg ctcagcggtt cgtcgcggat tggaacaagc ctccactcac 1860661 cgggcttccc cttcttggcg agcggcctta cccctgcctt gaggtggacg ctcatcgtcg 1860721 tttcatcgaa gaagtcctcg aggcggtggc gaacctccct ctttgccgtc aggtaaatca 1860781 cgtcgatacc cttcgctatg gctatatccc tctgcacctg gtcgccggtg atgagcgttg 1860841 cgttgagttg cttcgccgtc tctctcacga ggtggtctat ctcgccggcc ttggcccgtc 1860901 taatctgcca gagctccggc ctctcgccgt agaactcgag gagtatctct cccctgtcgg 1860961 ccatgtcgcg cagtttttta agctcctcaa ggcccgtatg tcctatcgcc ttcccctcgt 1861021 tcgcctgatg ctctatctcg gctatgaccg cttccggaac gacgaccttg accttctcgt 1861081 cgagggttga gaggaactgc gttaacctgc catcaactat cacgctcgtg tcaggaacga 1861141 acactttcat ctctctcacc tggcctaact tgatggaacg gttcataagg ttttagcctc 1861201 ccctaaagct tcataaaggt ttaggaataa gtcctatggg tgggatcatg gggcatttga 1861261 tatcgatagc gagcggtaag ggaggaaccg gcaagaccac gaccaccgct aacctctcca 1861321 ttgcccttgg gaagctgggt aagaaggttc tcgcgattga cgccgacctg actatggcca 1861381 atctgagcct tgtcatgggc atagatgacg cggaaacaac gatccatgac gttcttgcgg 1861441 gggaggcttc catctccgac gcaatatatc agacaagctt cgagaacgtc gatctgatac 1861501 cggccgcgat agactgggag cacgtcaaaa aagcggaccc caggaagttg ccaggaacta 1861561 taaaacccct caaaggatac tacgacttct tgataatcga ctgccccgcc gggcttcaga 1861621 tggatgcgat gaacgcgatg ctgagcggcg aggaggttat cctgataacg aaccccgaaa 1861681 tctcgtgtat aaccgacaca atgaaagttg gaatcgtcct taagaaggca ggtctagctg 1861741 ttcttggctt cgtgctcaac cgctacggca ggagcgagaa cgacataccc ccggaggccg 1861801 ctgaagaggt catggaggtt ccactactcg ttgtggttcc cgaggatccg aaggtcaggg 1861861 aggcaacgct ggagggcgtt cccgttgttg agtacgatcc cgattctgag ggagccaagg 1861921 ccttcatgaa gctggccgaa gaggtgctga agatagccgg cttcaaggcg agggttatgt 1861981 actgaggtga tgccatgata gttgcctttc tcggaactgc aggaagcgga aaaactacaa 1862041 tggccggctc cttcggaagg tacctcgagg agcaggggca tagcgtcgcc tacgtgaacc 1862101 ttgatacagg ggtaagaaag ctcccctatg agccagatct cgacgtgagg gagatagtaa 1862161 ccgttgagga gctcatggcc gagggatacg ggcccaacgg cgctatagtg gaaagctacg 1862221 acaggctcct ctcggaggtc ggcaggatag cacgggagat actcaaactt gacggggaaa 1862281 gggagtacac cctaatagat acacccggcc agatggagag cttcctcttc cacgagtttg 1862341 gggttaagct catggagagc ctcagcgacc ccctcctcgc ctaccttttc gatcccgaga 1862401 tcctgaaaag gccccacgac tactgtttcg tgaggttctt cgccctgatg atagacctcc 1862461 ggctcggtac aacgactgtt ccggttctaa acaagatcga cctcctgagc gaggaggagc 1862521 taaatagaca caagaagtac ctcgaggaca tagagtacct cacggcaagg cttaaattcg 1862581 atccaacgat gcagggactt ttggcctaca ggatgtgctc ctttttgccc gaggtttccc 1862641 cgccagttag ggttgtgtat gcatcagcca aggatgggag gggatttgat gagctggaga 1862701 cgctatccta cgagcactac tgcacctgtg gagacctgac gtgaacgagc gttcaaaatc 1862761 ccttcccatc cctgcaaact ctcccaagtg ggaagtgcta agccttttct cctcccaacc 1862821 caactgattt gggtgagaga gcgtgtgtct gattgcaggt ggaattggag acgtcagaga 1862881 gaggctcata aaaatggccc tggctggaaa acacagggga ccggatggct tcggagtctg 1862941 gactgacgga ggggtgttga aatcagacga tttcgcgaag ctggacgaga tccccgaggg 1863001 taggataggc ctcctccagt gcaggttagc catgacgggc tccaaggagt tcatccagcc 1863061 gtttgtaaac gaacttgccc tcgtccacaa cggtgagatt tacaaccacc tccagatcag 1863121 ggcgttcctc gaggggaggg gagtttcctt cgagagtgac gtggacagtg aggtaatcct 1863181 caggctcatc gagtttctga gggggagggg tctcagcctt ctccgggccg tcagggaagc 1863241 aatgcgctgg ttggagggtg actacgccgt tgccttctca gacgacgaga agatttacct 1863301 gtttcgcgat cccatcggaa taagacccct gtacttctcc cccaacggct tctttgccag 1863361 tgagaagaag gtactgtggg cgatcggtga agaggccgtt cccattgagc cgggcaacct 1863421 tgtgacgatc tcgcggggga gcgtcgaggt gcgtcgcctc ttgagcgttg aggatctgaa 1863481 gcccgggacc ttcgcggccg agagagccct gagctcgctc gtgaaaacga tcccccactc 1863541 cgtgaggctc aggtgcggaa ggagaacggg ggtacttttt tccggaggtc tcgacagctc 1863601 gctcatagca ctcttggctt ctaagcactc tgacgttgta ctttacacgg caggagccga 1863661 gggcagccaa gatcttgagt gggccagaaa ggtgagcgac attctcggtc tggagctcag 1863721 ggagtacatc tttactgagg aagaggtcga ggaagccctg aaaaggatcg tcttcgccat 1863781 tgaggaaccc aatgccatga acctcgccat tggggttccc ctctacttcg cgaccctgct 1863841 ggcgggaagg gacggggtta aggtgctcct gagcggtcag ggcgcggacg agctcttcgg 1863901 gggctacgcg aagtacctcg aaaggcccga gctcatggag gaggacatca aagcgatggc 1863961 cgagaggaac ctcgcgaggg atgacaagat agcgatgctc aacggtgtcg agggtcgttt 1864021 tccctatctg gcccttccgg tcgtcacgac ggcactgggc attcctgtta aactcaagat 1864081 acgcgacggt cacagaaagt tcatcctgag gaaggccgct gagaagctgg gactgccagg 1864141 ggaggttgtg gagagggaaa agaaggccgc acagtacggc agcggcgccc agaggatcat 1864201 aaaaaggatt gggaagagga gggggctcac cccgagggag cttgcggaga ccctcttcag 1864261 ggaagtcttt cactcctcct gacttatccc ctcggcctcg tggagcattt taacgagggg 1864321 ctcaagctcg ggaatcccct gcagggtatc gttcgctatc tctatagccc tgacctcgtt 1864381 gtttctgtcg aggtagtact cggcgtcaca gacagcagag agaacacggg tgtcctttct 1864441 ctgagccccg tagatcttga ggatcgctat tctcatgagg gtgcggctcc gaagggagct 1864501 ctcaaggttc agggactcct tatatgcctt aaaggcttcc ttcgttttgc ccaccgcgag 1864561 gagggactgg gcgagttcaa gcaactttct tgcgacgtcc ctgtcccttc ctgcgctctg 1864621 gaatgagcct atgacctgat acgtaatcct cacgttgttg aggcctatga gcttggccct 1864681 gtttgtattg cccgcaagca gatacgcgta ctgggccttg aggaggtacg ttgtcgttcc 1864741 gtcgaggttt ccctcggaat aagacagctt gctggccttc tcatagttcc ttgcggctgt 1864801 gtccatcatc tcgatgtagt gggcatcgta gccaaatatc tccaggacgt aaccggcgag 1864861 cctgtaaaag gcctccgctg cgccagctgc gtcaccctcg gccactttct cctcggttat 1864921 gcgcccgtat gcagtgatga gctcatcggc tatgcgcttt atcgcttcct catcacccac 1864981 tattttgtag tagcggaatg catcttcata cgccttgaca gcaagctcta cctcgccgtt 1865041 ctccatgtag ctcctcgcca tgtcctcgta tatctcggcg aagtacttgg cgtattttct 1865101 caggttcttc tcgtccccaa cggtcgcgaa aacagagagc gttttggtac agtactcatt 1865161 aagccgttcc gtgtcgatgt cgaagcggct gagttccctc tctatgaggt ctatgtaaag 1865221 ggccgcgctc tttaggaggg gaggcctggc cttgtcgggc ttcttcagcc tgtcgagaaa 1865281 gaagtagccg aagtaatagt acagcctcgc ggcgtcctca agctttttct cgtcctcata 1865341 cttctttgcc gcacggagga tcagcttaag gccctccttg agctcacctt ttcggaggtg 1865401 ttcaaagccc aggtgttcga gttcttcggg tgaagccata tcaggaatca gagccaacgt 1865461 tctcaccccg tgatttgagg gtcgcaccta tgcaattcct tggagatttt tctatttaag 1865521 tttatccgcc cggatcacct tgtagccggc ggccttcctg agacggttca tcaccgccag 1865581 accgagtccc ctctcctcta tcccttccgc gagtatcacg tcaacccccg ctttgtccag 1865641 ctctctgagc gcgcggaaaa cgtttctggc gacctcttcc atactttccc caagatggaa 1865701 gaaggcatcc gcatcgtact tctccgttgc cataacaccg accttaaggc ccctactcct 1865761 gaactcctcg acaatctcct ccatctttct tctaacagct tcccttggcc cctcaacaag 1865821 tataacctgg gcgttggggg agtagtgctt atatttcata cccggggcct tcgcaaggtt 1865881 cacctcaatc ccctttaccg caggatgcac atcaactctg cctatgaccc tttcaatatc 1865941 ctcgagggga aggccgcccg gcctcagaag aactggaacc tcccccgtga gatcaagaac 1866001 cgttgactca acacctatcg gcgtgggacc cccgtcgatt atacactcaa tccttccgta 1866061 gaaatcgtcc acgacgtgat ccgcttccgt tgggctgggt ttcccgctta tgttggctga 1866121 aggagccgct atcggccttc cactgagcct tatgagttca agcgctatcg gatgggccgg 1866181 catcctcacc gccacagtgt ccaagccgcc cgtcgttacc gagggaactt tctccccctt 1866241 gggcagaact agggtaagcg gaccgggcca aaaacgttcg gcaagcctga gggcaacctc 1866301 aggaacttcc ctcgcaagct caaagagcca ttcactctcg gctatgtgga ttatgagggg 1866361 attatcagcg ggtctgccct tggcctcgaa gatcctcctg accgccctct cattcagggc 1866421 atcggcgcca agaccgtaaa cagtctcggt ggggaatgca acgagctttc cctctactat 1866481 gagccttgct gcgaccttca atcgctcatc cgggccggcc ctcatgggga ttacaatggt 1866541 caccaaagcc tcacccctgc ggctttatct caactctcgg caggggaata tggtaaggga 1866601 ggcgcatctc cttggcgatc acgaagagga gcgggcttat ctcggcggtg aggaagttta 1866661 taacctccgc aaacacctcg gggggaacct tcctctcaac ctcccacgtg tcgaggattc 1866721 tatccacgtc ctccctcctc tgcggcaggt acataacggc cccctctatg agcccctcgg 1866781 ctatctcggg cctgtaggtt atctcgtact tgaagagtat ttcaaccccg ttcatcctcc 1866841 ccgtgggact tctaatctcg ccaagcctca tatccctgac cttgggcgtc aggttgacct 1866901 caatcctgcc cccaatcggt ggtactccct tcttttcgaa ctctatcttt gtcagattga 1866961 tccctattac cggcatcttc tccaccaaag ctcgctcttg acgatcccct taaaaaggtg 1867021 agcggtgaag tggatgcgat gccgagggaa aaggtagtga agatatggga cgagcgcgag 1867081 gtaatctaca ctcccaagag gtggcgctac ctctgggaga aaagggagaa ggcgcttaag 1867141 attatggagc gtttagccca gttcgacccc ctgctctacg ggagcgttgc gaggggagac 1867201 gtgagaaggg acagcgacat agacatattc atcccgatta aggttccgag ctatctcatc 1867261 gagcttgccc ttgagggcct cgtgaggaga aggaagatag tcatggcaac tccctggcac 1867321 ctgataaagg gcgtgattga gattgacgaa gaaacgaccg tgacgtttcc cctcatcgag 1867381 ccgaccgaca gggagctgga cttctaccgc tggggagggg ccgttgattt atggggcgtc 1867441 aaaaccaagg agcgcgttcc gggcgtcaat aagaagctga ttctgataat tcccaccgag 1867501 aggggccaca tcgagcgcga ggtggttgga agggagagcg aggtcgccag aatcctcggc 1867561 gtgagcgttg aggtcgttac cgagcgcgtc cacgtcctca cgaggaggga cgcgattggg 1867621 aggactggca tttacctcaa cgaagaggtt ccagactgga tgaccttcga ggaggccctg 1867681 aaaatcatcg ccgaccgcga cccgaacgtc aggaggaagg tgcgggagcg gggaggggtt 1867741 tagcaaccct tatatttctc atcgagaaac caagagcttg aaaagaggcg ggagatcctg 1867801 aaaaagaccg cagggattct gaaaactgaa aagccagcca aggagctcaa ggtggagccg 1867861 tatgaagagt tttatagggt tttcgagtta attaacagag aagacacctg ggaatagcca 1867921 ggtaatagtc gcggactaca tacagtacaa ccccttataa acccttgtac tacacacagt 1867981 ccaagaagcg tggattataa gcaaaagggg caaaagggag aaaggagctc agtcctgaca 1868041 gcacttctcc ttcatgctcg cgggcaggat ctccttgaag cccgtgtact tccagagggc 1868101 cttcgggagc tttacaacgc cctcctccgt ctggtggttc tcgagtatcg ctacaatggc 1868161 cctcgacgtc gcgatagcag ttgagttgag cgtgtggacg aacttcggtt tctcatgggt 1868221 cttgtcgcgg aagcggatgt ttaagcgcct cgcctgccag tcggtacagt tgctggcgga 1868281 gacgacctcc ctgaacttgc cctggcctgc catccaggcc tctatgtcgt acttctttgc 1868341 ggctacgtag cccaagtcgc cggtgcagat gttgacgacg cggtagggga tctcaagctc 1868401 ctggaagagc tcctcggcgt tcgctatgat cttctcgtgc cactcccagc tctcttcagg 1868461 cctcgaatag acgaactgct ctaccttgtg gaactggtga acgcggaata ttcccttcgt 1868521 atcttttcca gccgttccgg cctctttcct gaagcatgga ctaacgccga cgtagaggag 1868581 gggcaaatct ttcccgtcga ggatttcgtt ggcgtgcatt ccggcgagcg ggtgctctgc 1868641 cgtcggaatc aggtagaggt cctcaccttc gaccttgtat atgacgtcct cgaagtcttc 1868701 aaaggtggta gcgccttcct cgacgaagcg gcgcaccatg tagggtggga tcaccggcgt 1868761 gaagcccttc tcgatgagcc tgtctagggc gaagcgaatt aaagctaaat ccagtatgac 1868821 cagttcgttg aggaggtaat agaagcgcga accgctgacc ttcgcggccc tctcaaggtc 1868881 ggcaccgcgt aaaagctcga gcatgtcaac gtgaagcctc ggcctccagc tcaaaacctc 1868941 gtagtccatc ttcccgaggc tctgctcctt aaagctttcg aggaagccct cccagacctt 1869001 ggccttgccc cagaacctta ttggaacgtt ctcggtgtcg tccttgccga ccggaacgct 1869061 ctcgtgggtg atgttgggca ggcgccagag gtagtagtcg attttcttct tcagggcctc 1869121 aacttctttc tcaagctcct caatctgctt cactatctcg ttgctcctcg cgaggaggtc 1869181 ctctatcggc tctccggcct tcttgcgctt gcctatctgt actgccagct ggttgcgctc 1869241 cttcctgagc tggttgattt tcttcaggtt ctcgcgccac ttcctgtcga gttcgaggat 1869301 ctcatcaatc cacttgacct tctcggtttc gcccctcttg atgaggtctt tcttaacgag 1869361 ctcgggcttt tcgcggatga gctttatgtc gagcatagtc aacacctttt gggaagaggg 1869421 aggggaattt aaaaaaggtt ttgatggatc gcttgaaaaa acgacgaagt cagccgaaga 1869481 acgtaacctc tacctcctcc cctgcctcca gtatctccac gttctcgggc acttcaataa 1869541 aaccatccgc atcaacgaag ctcgtgacgg caccgcttcc cttgagtatc gggactgcct 1869601 tatcaccctc tattctaacc gggaggaact gcctcctgcc cttcaccgag aagaccttgt 1869661 gggcgagcct ctttttgact cttctgacct cgttctccct tccaatgagt ttccttagga 1869721 gaggggccac gaggagggta aagttcgtca gacagctcgt tggatagccc gggaggccga 1869781 agacaggttt tccgtcgatc tcacctatta tagtgggttt tccgggctgg atcgctatgc 1869841 cgtgcacgta gacccggcca agcctttcta tcgtggagct tgtcagatcc ctcattcccc 1869901 cgctcgcgcc gccgctgaga acgacgatat cacagctcgc gaccccgtcg agtatcatct 1869961 ccgcgagggt cttggggtcg tctccggaaa cgccgaggaa gcaggcttca ccgccgagtt 1870021 cccttacggc atcggttatt gccctgccgt tgatatcgta gatctgaccc ggtctgagtt 1870081 cgtttccggg aagggttacc tcgtttccag tgcttatcac cgcaaccttg ggctttctga 1870141 aaacagggac ttcctccaga ccaaccgccg agagcagggc ggtctccttg aagcccagct 1870201 tggtgccccg tttcagaagc agtttcccgg aggggatgtc agtgccccgt ttcatgacac 1870261 ccagcccggg gtaggcgggc ttgtagatga gaacctcgtc tccaacgcga tcgacgtcct 1870321 cgaactgtat cacggcatcg gccccctcgg gcaggggagc cccggtagat atgtatgccg 1870381 caaggccctt ctcgatcctg aaccccgggt tctcaccggc gtgaacctca ccgacgaccc 1870441 ttagtttcac cggttcgctt tcgctcgcca tgaacgtgtc ttcagcccta accgcgtacc 1870501 cgtcgacggt ggcgcgatcg aagggcggga cgtctatggg ggagagaacg tcctttgcaa 1870561 gaaccctccc aagggcatca ctgaggggaa ccgtttccac tttcggttca agccggaagg 1870621 aattgataac tttcaaagcc tcctccagtg aaacgacttt aaggaacgcc atgccaccac 1870681 cggagagaat tggagaaggc gtataaatgg gttttgttaa acgggaacgt taaaactggc 1870741 ggaccggcgg ggcttcgaac cccggacctg cggcttagga ggccgccgcc ctatcctggc 1870801 taggctaccg gtccagtacc cgctatctcc tttagcggtg ggtatttaaa gtttacggtg 1870861 cactaagcag ggggatgggt atggacgagc ttgatctcag gatacttcaa ctcctccaga 1870921 agaacgccag actctcctat cgagagatag cgagggaact aaacgtcgcc gtcgggactg 1870981 tttacaacag aataaagaag atggaggaaa acggggtcat taggggcttc tgcgtcgcca 1871041 ttgactacga gaaagttggt ttcgggctga cggcggtgat aggcataaag gccaaggggc 1871101 gggagataat gaggatagag cgtgaaatcg cgaaaaaccc gagggttatg caggtctacg 1871161 acgtgacagg ggagtacgac ataatagcca tagcaaagtt ccgggacagg gcggatatga 1871221 acaggttcgt aaaatggttg ctctcccttg agggagttga aaaaacgaac accagcgtcg 1871281 ttatggacat tgccaaggaa gacttcacca taagccttga ggctctatct gagaagtaag 1871341 accgaatcaa cggcctcaat gaaccttttg gcaaagtcct caaaggtctc tgccggaagg 1871401 acggtctcaa cgccgttgac ctttcctttg aagatgtact ttctcgcctt tatctcttct 1871461 atggccttga agtccgggtt ttcatctatc gcggcgttta gaacgaccgc gaactcgtcc 1871521 tctgagactg gtagaattac gccctctatc gtcacggact ttccgcactc ctcctcggaa 1871581 caattaaatt taaagggccg gccgggttcg gcctcaaccg gtatgcttag gccctcaacg 1871641 ttgtacagca taaacttcat agtcttacct ctcaagggtt atgacgctct cgacgggtat 1871701 gccgtgctcc tcgccaaacc tcttcgctgt ttcaccaaca ctgaccagaa agaccatgcc 1871761 caccggcttt gcacccgcct gaagggcgag ctcaagcagt gcccgttggg tctccccact 1871821 cctcaccacg tcgtccacga tgagaaccct gtcccctttg ctaagggccc atgagggcag 1871881 gtaaagtgtc gtaacgcttc cagaggcact tgggacgtag ctaacctcgt agaacttctc 1871941 aactccaact tccttcttct tcttggcgta gacaacgtca accccaagct gcctgccgat 1872001 gtggacggca aagggtatgc catcggtcgc cgccgtcagt atcttgtcgg ggttcagctc 1872061 cgagagcctg ccggcaagct cctcagagag aagggtcatg agcgatgtgt cactcaaaac 1872121 cgccatagtg tcaaagaagc ccctgctgtc aaacttgagc ctcttcctga cctccgccct 1872181 gagatcaatg tagggactta ggagctcgat gagggccttc gttcgctcgg tgctcgggag 1872241 cacctttccg cgaacgtacc tgttcagcac cgttatcggc agtcccgtta tctttgagag 1872301 ctcctcgtat gtgtagctct tcttgaggag cctgagcatg ttaacgagcc tgatcttttc 1872361 ctgcactgac ttcaactgtg tcatgcactc acccccggtg cccactgatt aacaaaaaaa 1872421 tgtataaata ggtttcggtt gctcatctct ctccgagctt tcgccggtac tcctcaaaga 1872481 gccacccgta ctcgcgaagg agaaaactgc tatcgacgag ttcgccatcg ggatggttta 1872541 ttccagggca gaaggagtcc tctttaatgt aaacctccat cttgcttccg tgtttaacga 1872601 agacaaaggg gtacagcctg cacgccattg gcctcttagg gtatatcctg cacctcttcg 1872661 tctctggatc gagaaaaacg caaccatcat cgaagggtcg ctttttgaga gcataaccga 1872721 ggaacctgtc gccacgatag aacatcttct catagtccac gaattcccat gcactgtatc 1872781 cgagctcctc gatcgcctca atgtcctcgt cgcgcagcgg gatttcaagc tcatagcagc 1872841 agcgtccgca gtcttcaacg catttgaact ttacgggtgt gaccacctcg accttcaaag 1872901 ttaaaagatc gactatggcc accagcgttc tcttaggttc ggtggccact ctctcacctc 1872961 agccctcctt taggccgtag gtgctggcta taagcgtctc agttagctct atctccctga 1873021 tcctcctcag gacttcatcg tgaaatctgt caagatcctc tatcgtgtcg acctcaaccc 1873081 ttaggatcag gtcgtactca ccgtagaccc tgtatatctc cttgacgttg gggtgcttct 1873141 tcagcttctc gtagaccttt tcctcagtac cgggcctggc aaccacgaga attattgcct 1873201 caatcttctt catatcccca gccctccaaa gttgaacttc ttggccatct ttgccaattt 1873261 tcttttgtct aagttcttaa acatttttcg catctggttg tactgggcca aaagctccct 1873321 gacctcgcgc gttgatgttc cagaacccct ggctatcctc tttatcctgg agtagtttat 1873381 tatgtccggg ttctccagct cctcttccgt catggagtcc attataatgc ggtatcgcct 1873441 gagcttttct tcgcctactc ttacggcctc gtccggaagg gagtagccga ggccgggtat 1873501 catttggagt atctgcttga gcgggcccat tttctgcatt gcctcaagct gggcgtacat 1873561 gtccttgagg ttgaacttac ccctcaagaa cttctcaacg tcctcctcct tgaactcctg 1873621 ctccttctgc agctcttcga tcttctcgag cagaccctga atgtcaccca gacccagcaa 1873681 ccttgaaacg aacctcttcg gatcgaaggg ctcgagatcg tctattttct caccaacacc 1873741 tatgaacttt attggtgccc cagtcgccgc cacagccgag agcgccccac cgcctttggc 1873801 agaaccatca agcttcgtga cgattatcga gcctatcggt gtggcctcct taaaggcgag 1873861 ggcctgatga taggcctgct ggcctatagt tccatcaatg acgaggatga cctcgtgagg 1873921 ttttatggcc tcgcttatct gcttcatctc ctctataagg cctgactcct ccttgtgcct 1873981 ccccgctgta tcgacgatta taacgtccac tcccttatcc ttgaagtact caacgccctc 1874041 ccttgcaagt tttatggcgt ctttttcgcc gggatcgccg aagacctcta tgttgtaggg 1874101 ctcaacaagc tgcttgagct ggtagtacgc accgggacgc caggtgtcag tgcacacgag 1874161 gcccaccttg tagcccctct tctgaaggtg cctggcgagt ttggctatcg tcgtcgtctt 1874221 accagatccc tgaatcccaa cggtgagcaa tatcgttggc ttctcccgta tctcaagggg 1874281 aaccgcttcc tttcccagga gcttcgtcag ctcttcataa actatcttaa tgacgtgctc 1874341 ccttggacta acacccgccg ggggtttctc gttgagggcc ctttcctgta tccttttcgt 1874401 cagttgcaga acaagcctta cgttaacgtc ggactgaatg agggccctct ggatgtctct 1874461 aactacctct ctgatgagcg cctcatcaac tgtactcgat ctcgccagct ttctcagggc 1874521 actgtttaga gccttgccga gcttttcaag tgccatcttc acccctcctg aatcaaagac 1874581 acccgggagt taataaccct tgtgcccatc ccggcgactt tataacgtcg attgtcgaaa 1874641 tcatgtttaa cgatcgtctt tccgaaatct ttttatactt tgaggttgta tataataccg 1874701 gtgatgcgct atggcaaccg tgataagaag gaaccctgcc ctcttcctaa gagagctaaa 1874761 ggagtactac gacgacgtct ggaaaatgcc cggaagcgag tacctcaagg acccggactt 1874821 ccttgtcgtg gaccagaaaa ccggcaaaaa agccaaggtc agcttcgtgg ttctcgaaga 1874881 tggcgaaacc gtcagcgtcg tgtacgacga aatgagttaa actttcgttg tttgagccct 1874941 ttccaataag cccatttgaa ttcgcaagga ttaaatatca gaacactctt ttatagtatt 1875001 ggtgggtttt atgcaaaaaa agacacaaac ggggattggt gaggaagttc tgaggatagc 1875061 cgaaacgatc cccgatccat acgttaggac aattacactc gccagactcg gttatctcct 1875121 gagtaaaagc gaaccccaga cgtccgtgaa ggcgtttaag cttgccgttt cttccctcga 1875181 ctacatcgag gatccagtgc tcatactcag ggcgatggtc tctacctcaa gataccttcg 1875241 aatggcgggg gtaaaggaac tatcggaggg catgctgcac agagcctacg aaggggccct 1875301 cctgctcagg ggcagggtca aggattccct gcttgtggag ataatacggg agtccctacg 1875361 agcgggaaag aaaagggacg ccatactcta cgccactgac attgaggatg aaaagctgag 1875421 gaacagattg ctcctcgaga ttgtgaagaa cctcgttcaa gaaggggatc tccagatagc 1875481 tagaaaggtt ctaaacgtct tcaccggtga acccgaaagg tctcaggcta tcgttgagat 1875541 aataaggggc cacctgacca gggaagaatt cgcgagcgtg ctctcactgc tcccgacaat 1875601 agagaacgag tactggcttg aaacggctct cgaagaaact gcaaagagcc tgagaggttc 1875661 tggagtgcca aaggcaacat acgaaaaatt tgtggaggcc gccaaagagc tctcggagag 1875721 actggggaag gacctcttga gagcttttct gacgggtctc gtggagggag gcgatgtatt 1875781 gggggctgcg gagatactga actccgtaac acgcaacagg gagagcatag cgtcttatct 1875841 ctcgagatta cttatcggca gaccgaaaga tctggagtct tttgtgaaat ccctacgact 1875901 aagccctgag gaattcgatg gggttgccaa ggccaccctc gatgctctgc tcgagaaaaa 1875961 cccctctcca gagtacaggg gtgtcgtgga gttcctaggg agaaacaccg agaatgagag 1876021 ggttctggtt aaggtcgcga cgtacttggc aaagataggg aacttcgaga ctgcagaaga 1876081 attcgggagg atgatagacg atccttacct gagatctctc gcctttgggg caatagctct 1876141 tgaaaagctc aggagagaag acattgacgg ggcaatagac gccgttaaaa acgttcccga 1876201 cgccgaatgg gggtcctggc tgatgggtga gatactcgtt aaaatcgtgg agggatccct 1876261 tggagaatac ccagagcgag agctggagag gaaagccgag cttcaccgga gaagcataga 1876321 aggatcctag gaagggtcta aagttttaaa cccccacgcc gttctatttt ctacagctat 1876381 tcagggggag tgagatatgg tcaggatagc catcattgga ggctccggtg tctacgaccc 1876441 gaaactgctt gagaacgtta gggaagaaat cgttgagaca ccctacggaa cggtccgggt 1876501 taagatagga acctacagag gagaggagat agccttcctg ccaagacacg gagaaaaaca 1876561 cagcgttcca cctcacaaga taaactacca cgccaacatc tgggcgcttc acgagctcgg 1876621 cgtcgagagg attttggcaa cttcagccgt tggctctctc aacctcgaca tgaagcccgg 1876681 cgacttcgtc gtcctcgacc agctcatgga cttcacgaag acgaggcatt acacttttta 1876741 tgacggcgag gacagccctc acgacaggaa gttcgtcgcc cacgtggact tcaccgaccc 1876801 ctactgcccg gagctcagga aggccctcat tacggccgcc aaggagctcg gcttcaccta 1876861 ccacccaacg ggaacctact cctgcatgga gggaccgcgc ttcgagacga gggccgagat 1876921 aagggcgctc aagatactcg gcgcagacgt cgttggtatg actcagtgcc ccgaggcggt 1876981 tctcgcgagg gagcttgaga tgtgctacgc gagcgttgcc atagttacca actacgccgc 1877041 tgggataagc agggaaaagc ttacccacac cgaggtcgtc gagctcatgg caaagaaagg 1877101 tgaggagata aagctcctcc taatgaaggc cgtcgagcac attccgaagg agcgccgctg 1877161 tccgtgcaag gatgccctca agggcgctac tggtgagtga tgtctttttt tctcaatttc 1877221 ttccaaaagc acctccgaag gaatcatgaa ttttagccaa gattctcaaa cggctttaat 1877281 gggaggcggt gaaatgccag ttcgaagggc tcccagacgt cctttttggc catttacaac 1877341 tttgtattgg ccccttcagg aggaaacctt gaacaatgag cacgtgaacg agaaacctgc 1877401 tttagaactc acagttctca gaaaagtgct cctttctacc agcactcata aggccaaagt 1877461 ttgtggtgcg gtggccggga tttgaacccg ggccagcggc gtggcaggcc gctgtcctag 1877521 ccaggctaga ctaccaccgc acaggcccgt taatactcaa tcttggcggc tttataaatc 1877581 tttcggtaaa gttttttcag tgctaaggac ctatttaccc cggtggaacc cgtgaagagg 1877641 gcccagagct ccttagaata tctgctgata gcggttgttg cacttatcgt tatcgcggtt 1877701 gccgttaaat acaccctgcc ggcatccaag ggaactccca taacagggat cgcgtatata 1877761 gatcccgagc tttctcctga aaagcccggc tatacgcacc cagtaacgtg gattgtgtac 1877821 agataccctg aggggtgcaa agccacaaaa aactgcgact tctatgtctc tgtaaactta 1877881 cattattatc cagatagcaa caaatacaga gtatatgtct atgccaacgg agacggagac 1877941 aaaatacggg aggttcacgt tcggctgtgc aacggaaaat ccgccacttg gcactttccg 1878001 gaggacaaag gtaagataaa aattaaggga gcccaactaa cggaggagga ttttccgtgc 1878061 gaactctacg tgatggccta catgaggtga ggattaaatt tataaagcgt ttccgagaag 1878121 ggttagcggg caagtgcccc ggtggcctag tctggatagg gcgcgaggct gcggacctcg 1878181 aggtccgggg ttcaaatccc cgccggggcg ccatcgaaac tttgccttcg caaagtttca 1878241 tcaaagttgg tagctttttc tgaaaggcta aattttgagt gaatttttct cattgacttg 1878301 tcattttgag tgtgagaact tctccaattg ctcctttttg cagaggttta cttttagaat 1878361 cgacgcctga agggcgtcaa gagagagtaa actcccctaa gagtgccatt tgagtgtgtt 1878421 ctcatttaga aaccacgagg ttataagtaa aatctatttc ctttgagcct tttggctaga 1878481 gctacgagct tttggtgaag ctttttccaa aagcttcctt cgcaagtgct ggcgggagat 1878541 gatgtgcctt tcttgggcgt atccttgttt caagtaggtt tcctctcgat ttgctccttt 1878601 aatcattgtt tcactcaaaa gcgccctttg ggcgccaaaa atgagttgaa actactcaga 1878661 agaacttcat ttagcggtta aaccatttca aagttgaact tggttaatac acaactgact 1878721 ttttgcccgt ttgtgagaaa tggcattttc gcagcctttc ccaaaggctg ttacaaagct 1878781 tgctcgcctg tgcgacgttg agctttgctc gacgctaggg acgatgcccc atccgaattc 1878841 atcaaaaaca aaggaggtga tagagacgat agaggacgct tccacactcc gaaacgttta 1878901 aataccttgg ggcttttagt ttctttaggt aagaaaaaat ggaggtgata acatggtgta 1878961 cgtggcggtt ctggcaaaca taaacggaaa ccttcccgct ctggcgaagg ccctcgagaa 1879021 gattgaggcc ctcaaggaag aaggctatga gattgaaaag tactacgtcc ttggaaacat 1879081 catcggcctc ttcccgtatc cgggtgaagt tctcgacacg ctcgacgatc ttatcaggca 1879141 taacgtcgtc aaggtcattc gcggcgagtt cgaccaggtc atagcggcaa gcgacccgca 1879201 cgctgaggga ccggactaca ttgacaggct caactacccg gactacatca agaaggccct 1879261 caagtacacg tgggagaagc tcggtcacga gggcagggag ttcatcaggg acctgccgat 1879321 ttacctcgtg gacaagatag gcaagaacga catcttcggc gtctacggaa gcccgctcaa 1879381 cccctttgag gggcaggttc ttccggacca gccgaccagc tactacgaag cgataatgag 1879441 gcccgtcaag gactacgaga tactcttcgt tgcatcgccg aagtacccgg tcaacgcaat 1879501 gacgaggtac ggaagggtca tctgcccggg gagcataggc tatccgccgg gcaagaacca 1879561 caaggcaacc ttcgcgctgg ttgacgttga cacgctccac gccaagttca tcgaggttga 1879621 ctatgaaaac gagaagaaac ttatcgagga aaaaatcaag aaagaaggtc tgccagagga 1879681 gctaattaaa atcctctaca ggggaaaggt ttgatttccc cttcatccct tctgaaatcc 1879741 caggtagaac ccggcgacaa aggccccggt tcctggaagg agcccgagag ccttctgccc 1879801 gagactaacc acctgtgacg tgacgcttcc ggtcaagttg aagagtttct ccgtgtttat 1879861 cgttataaca cccttctgct gaagccagaa caggctcagg atgtaggccc cgatgatagt 1879921 cattacgatc ttcatgaact ttttgagggc gtatccagtt atgaagcccg ttatcccccc 1879981 aacccccaag tcgccgatca ttccgtttat gtcgaactgc atgctcacca ccacccaaaa 1880041 gtagggaatc gggattaaaa tagttttctg gcccaaaact ttaaattata tcggtttgaa 1880101 atatttatca aagatgaact aactgggtga gatcatggcc agcccaatgg aaaggctaca 1880161 ggataaggtc accaaggaag tcctctggct ctacatactc aagcttctta aggagagacc 1880221 aatgtacgcg tacgagttaa aacaggagat aaaaaaggcc tttggatttg aacccgccac 1880281 cgtgagttcg tacgttgttc tgtacaaact cgaaaaggat ggctacgtaa aggcgaaatg 1880341 gcaggaagga ttgagtggca aaccctcaag gaaatattac gagctaacac cccagggtga 1880401 aaagcttctc gaagagggat tggctttcct tgaagagacc ctctcaaagc tcaagggaaa 1880461 cccaaagaaa gggtaaaccg ggacaaaaaa ctttaaaacg gagcgtcagc gtccgccacc 1880521 gcgtggctcc cttgctttcg gcctaagacc cttgtatccg cactttctgc acttcttggc 1880581 gccccaaggg ttggtggcgc cgcaacgcat acagataagc ttcctaaaga ttcttgcctc 1880641 agcctctggg aatctcgcca tctcgaccac ctcaatgatc ctgaaccgaa cttttcatcc 1880701 agcacggaat ttttaaacct ttggtgcggg ggacgggatt tgaacccgcg aagccctacg 1880761 gcaccggatc ttaagtccgg cccctttggc caggctcggg cacccccgcg cgagggggaa 1880821 taaagggagg agggttaaaa accttcccct caggttctga taatcctcat ctcgaagtcc 1880881 tcaacgggaa ccttgaagtc ctccctgctc tctatttcct tccggttgta gagtatctcc 1880941 ctggcaagga tccagtagat aagcgcgaga gcttttctgc ccttgttgtt cgtcggaatt 1881001 gcaagatcca cgtagctgag gaaattctcg gtatcaacca gggcaactat tggtatgcca 1881061 acttcaattg cttccttcat tgcctggtgg tcagcccttg gatccgtgac tattataacg 1881121 tccggctcaa agaagttctt gacctgaggg ttggtcatgg ttcccggaag gaagcggcct 1881181 ggaatagtcc tggctccggt aacctcacca aacttcttga cgggtttttg cccgtagagc 1881241 ctgacgctga ccgcgagaat gctctcaggg tcgaacttag ccaggaactt gcccgctatc 1881301 ctgagtctct cgtcagtctt cctgacgtcg aggacgtaga ggccgtcctg cctaacgcgg 1881361 tagatgaact tcttcatgtc ctgggtcttc tgctgggttc ctatgtggac accagccgcg 1881421 aggtattgat caagtgggac gagatattcc tccatccttc acacctccgg ttattcctca 1881481 aacgttatca acctacccct ttcgccgaga tcttcggcaa tacggttgag ttcgttcatc 1881541 ttggccaccg agtccttccc caggatcatg gcggggcact tcagacccac tgctagatgg 1881601 ggaagggcct cgtcggccga ttcatatctg gcctccgcca gaatgggagt tatgcgctct 1881661 gatttaacat cgttcacaag gttgtagagg tctgtgagag tgccgaggtt tataggcttt 1881721 atggagaggg cgttgtaata acgtctatct atgattcccc tctcgcggaa caagtgctcg 1881781 ccatcgatga acaccccatg tgtcccggct atgagctcaa ggaacagctc ttcacttcca 1881841 acgggcttaa cgtaggcaat gttgttatcc tcaacgaggt tcaatagctc ttcagtctcg 1881901 atctcagatt tcagagctat gcccagagag acctcaagac ccagctcctt ccctgcctcc 1881961 tcagttgcct ccgatagcgc tcttagggat atcgcctccg ttgtaccaag aaccttgttc 1882021 acggcatcca caacatcggt gatctccata atgtcgcgaa caagcacgta gtactcaaac 1882081 agctcatcct ccgcaaactc gaggatcgga acggggagtt ccgttgtaaa ggttcctcca 1882141 atataactgt agaggggaag cctcttaacg ctcgcggccg ctttggcaac ggcaattgaa 1882201 acggccaggg cagtgttggc cccgatgtga ctgaaatcat cagtcccgtc aatttcccac 1882261 aggtaactgt ctatgagctc ctgctcactg gcatcgaagc ctataagctc gggccctatt 1882321 atctcgtcga cttcactcac ggctctatgt gcttcggcta tgtaaaggtg gggatcctca 1882381 tcgatggggg cggcgaatcg accaaagccc gaactggtta tgacgtccac ctcaaccgaa 1882441 tacttgccgc ccctgagtac ggccaccctg ccgataacgt tctctatgat ggtcattttt 1882501 catcagctcg gcctgattac tgtgatcggg attattcctt tctcgaactc gattatcgcg 1882561 gcctgaagtg gagttgagcc ttccggcacg tccactagga ccggagcacc gagcgcaatc 1882621 tggagagctc tcgccccgat gatacgggcc ttttcaaagc gggtgtacct aaacattgcc 1882681 ctccctccaa gcatcctctg caaattttgg tggggccgcc gggatttgaa cccgggtctc 1882741 cggcacccca agccgggagg atagaccaag ctaccccacg gccccccaag aattgcggtt 1882801 tttagtagac tttataaacc attacctggt cgatgagctc cacgtggctg aggagagttc 1882861 tcctgcagca gtacctctca acgccgaggt catcgaggac cttgccaggg tcttccccgg 1882921 cctcaactct cttcctgaac tcgtagtact tgtccgccag cacttttccg caggtgaagc 1882981 acctgacggg gactatcatt ttctcacacc tcaaattgtt aaaggaaagc catcagcggt 1883041 aggacttctg cctcttagcc ctcggaccct tggtcgagcg gttgggcttg tggggctcgg 1883101 tcctcctgct gtcgccaacg agcatagtcc tgtcgtactt cataaacttt tccttcaggt 1883161 tcatgtcgtt ggtccactca acgagagccc tggcgatggc aacgcgcgcg gcctcggcct 1883221 gacccatgaa gcctccgccc tcgaccttga cgtcgatgtc aaccttgctg actatctcct 1883281 ctccagcgag gatgagcggt tccatgatgg tgaagcgcgc tatctcgggc tcgattatct 1883341 cgacgggctt gtggttgatc ctaacgcgac ccttcccttc cctaatggtg gccctcgcaa 1883401 tggccgtctt tctcttacca gcagtctgga taaccctcat ctttctcacc tcagaacttt 1883461 ccaccgagga acttggcaac ttcaccaacg gtgacgtact tcggcgtggc aagcctcgac 1883521 atgtgggcct cgcttatggt ctcgagctcc ttgccctcga actccttggg aacgccgacg 1883581 tagaccttga gcctcttgaa ggccttcctt ccgcggtcag tcttccaggg gagcatgccc 1883641 ctgacggttc tcctgactat ctcgtcgctc ctcttcgggt agaagggacc cctcctcggg 1883701 ttggtcctgg ttctgagctc ggtcctctgc ttgtacttgg cgaagatgtc ctcgcggttt 1883761 ccggtgatta tggccttctc ggcgttgacg ataacgacct cttcgccctc gaggagcatc 1883821 ttggcaacct tcgaggcgag ccttccgagt atgagtcctt cagcgttaat aatcctcatg 1883881 gcccatcact ccattatgat tactccacta cccttcggat ttctctccat aagctcctca 1883941 atggtgatgg cctcgccacc ggcctcgagg attttcctct tagcggtctc gctgaacttc 1884001 caagcggcaa cggtgaccct gtgctcaagc tttcctgcac cgaggacgct tcccggaacg 1884061 atgaccacgt cgccctcttt ggtatagcgg tttatcttgc taacgttcac ttcagccctc 1884121 tgcctcctcg gcctttcaag gcgccaggcg atgtccttcc atatcctaac tccctcttca 1884181 ttcgacttct ttctgaggta ccggattagc ctcctcaggt tgatatcggt cggaccagtt 1884241 ctcttgacca tgaacatacc tcctcaacgc tctcgcaggg aaaccgacag cggacggggt 1884301 gagcgtgaaa ctgatgcggg ggcggggatt tgaaccccgg aacccctgcg ggagtggatc 1884361 ttgagtccac cgcctttgac caggctcggc aacccccgcg tcagtcggct aatttatgga 1884421 gttcgtttat aaatctatcg ctcttcctca tgagtatctt gagcgctatg ctcacgattt 1884481 cctcaacggg gagctctccg ttcgtttcca cggtaaagac gaacgccccg ggtattatct 1884541 cttcacggat cttgtcgccc tcgtaggcct cgaacttcct cgggaggtag aaggccttga 1884601 tggtctttat gattatctcg tctttttttt cctcaacggg taatccgcgc ctctcggcga 1884661 gttccttaag ctcctcccag tcggggactt ctttgcttac atgtatctcg gtaaggtact 1884721 tgtaatacac gaaacccggc tgccacttgg cgtgatcctt gccgcgaccg agcttggcgt 1884781 aagcgttaaa ggtaagcttc tgcccctcgg cgagcttgac tattggaatg ttcgggttgg 1884841 caggtttgac cccttcatca tcgcttttaa gatcaccgga gtagaccata ccgggccctt 1884901 ccgcctgaag ggatagggta acggtgtagt cgtcgagttc aagtgcgtcg agcgagaacc 1884961 tctcaacagg ggttgtgaga ggaatcatgg ccaatctgtg ggcgattatc tcgtcgaata 1885021 aagcggagtc gttttcaaag aactcaacct catcgacggc gaaggtggga acctccgcga 1885081 gaatcgttct cctcagagcg ttggcgaagg gaacgtcaac tccccttagg atgaacttga 1885141 tggcatcctc acgcctttca aaaatttcaa acttcggctc cattggcatc accaaaaaag 1885201 aagttgtaaa ggtcagacgc gccttccgcg ccttccgccc ttgggcctgg ttccgtcgtg 1885261 cggtattgga gtgacgtcct ccaccctgcc tatcctaagg cccgccctgg cgagggccct 1885321 gatggccgcc tgtgcacccg gtcccgggct cttgctcttg cttcccccag gggcacgaac 1885381 ctttatgtga acgccgacga agcccttctc catagcttcc tcggcagccc ttctcgctgc 1885441 aatcattgcc gcgtagggtg agggctcatc cctgtcggcc ttaacgacca taccaccgct 1885501 ccagcgggag acggtttccg cgccggttat gtcggtgatg tgaatgatgg tgttgttgta 1885561 ggaggagtaa atgtgggcaa ctccccactt ctccttcttc ttaaggttaa cctgtccctc 1885621 ctcgctcatg cttcaccacc ctgcttggcc tgttcaataa ccattctctc ggggtgggac 1885681 tccttggcaa aaggtgagtt cttggcgtaa gtgattgtgt cctcttcctc gcggaggacg 1885741 agataaccag gtgagcggat tatctggccg ttgacctcga tgtggccgtg aactattagc 1885801 tgtctggcct gtcttattgt cctggcgagt cccttcttgt acacgagggt ctggaggcgc 1885861 ctctcaagaa cgtcctcaac ggtgagagag agaacgtcat cgagagccgc gtcggccgga 1885921 aggaggccga gcctgtggag cctctggaga agctgctgcc tctcgatctc ggcctgcttg 1885981 ccgcgagctg cgagaagtct tcttgcccta cgcctgaact ccttgagctg ggtctcgtgg 1886041 cgccagagct ccttcttgtt cttgagggcg tacttcctct tcagaaccct ctcgcggtcg 1886101 agtctctcct taatccaggg gtgagatgga gtctcgtact tcttcctctg cctcttcggg 1886161 tctcccattt acaccacctc acttctttct cctgctaacg ccgaccgtag ttccgtgcct 1886221 gaagttcgac ctggtcctct gaccgcggag cggcaggccg agctcgtgcc ttataccgcg 1886281 gtaagcgcgt attctcctga gcctgttgat gtcctcgcgc caggccataa cgagcttggc 1886341 ggtgatgagg tgcatgtcct tgccggtctc gtagtccttc ggcctgttga cggcccaggc 1886401 cgggattccg tgggcgactg gatcctcaag gattttctct atcagcttaa cctgctcgtc 1886461 ggtgaggtaa ccggccttca tgtatgggtc gagtcctgca accctgagca ccatcgtggc 1886521 gaagtttatt cctattccct taatccctgt cagtgcccat ctcaactgct tgtgtccatc 1886581 caaatcaacg cccgcaacgc ggactatgtg cctgaagttc tcggtcatta cgaatacacc 1886641 tcccatccct cttgggaatc aaagggattt tggcgccggg acggggattt gaaccccggc 1886701 gggcaaacgc ccacgggctc tcaaggcccg cgccttccca ggctaggcaa tcccggcgta 1886761 cacgcggtaa ccactcccct tcgcgagctc tctcacttcg gtgaaggtct cctccatgag 1886821 ggccttaata tactttgccc cctgcttcgt cttaatcacc agttgcagga ggccaccatc 1886881 gttgagatgc cggggagcgt ttataactat ttccctcagg acttcctttc ccgcgtgcac 1886941 ggggggatta gtgatgattg agtcaaattt ctcgccctta acgggctcgt agaggcttcc 1887001 ccacctgacc tcggcgtttc taacgccgtt gatttttaag tttttcctcg ctatgctaac 1887061 tgcacgtttg ttcacgtcgg tcatgacgac gtagtcaacg aagcgcgatg caactatccc 1887121 aattgccccg taaccacagc ccaggtcaag gacgcgccag cccctgtcga gcaccatgtt 1887181 ctctatgagc agctccgtcc ccctatcgag cttcccgaag gagaagacac cgctcgccgt 1887241 gatgaacttg aagcagtaac ccctaacgca gacatcaatg gttttcgtct tcagcggaac 1887301 gtttggctct tcggagtagt agtggctcat gtgggggtgc ttcgttgagg ggtttataaa 1887361 ggtgaacctc cagccaaacg ccagagggtg tccccagcta cagccccaac gagcatgaac 1887421 atcgttccga ggaacgtaac gattagaacc ttcttaaccc ccagaggtga cggcctttca 1887481 accactggcg tgtgggcgga tagtatcatg ccgtagagac ccatcgcacc cccgccgagc 1887541 aacactaaac cgctccaagc accgttcaga actatctcaa tgaagaatcc aaagagcgct 1887601 ccgaagagga agaacgcacc gcgcgacatc ggtgccattc gatgagccag ataaaacccc 1887661 gttccaaccc ccacgaagac cggaacggct atcgtcagat cgtgtgctaa gcccgtcgcc 1887721 ctgcccccaa gcccaccccc gttcagggtc accagcgttt cttcaaacag cgccatcaaa 1887781 agaacggcaa gaaggtacgt gaaacccgga tggctcccaa acccctccaa ttttctaaaa 1887841 accctgggta aagttaacgc cacgagccat acgaggagga gtatcccaga actgaagatg 1887901 tttctgatgg agtactcaaa aaggccgagg agcagaaaga gcagaacatc aagccagaac 1887961 cagaggagga caaacctcat gaaaagcagt acccctcgag tctcaaccga agaagaaaag 1888021 gcatcgagaa agtggagaaa ccgggacaag tctctcacca cattctcgga taccagtccc 1888081 tcggcatgaa gaccttgtca acgtcaaccg ctatgccctt gctccgctgg agcatctcac 1888141 cgctcgtcat catggccttt ccaagtgcca ccagctcgtc cttgagggtc attatcgcaa 1888201 cgaggtcacc cttctttata cccttgtgga gcttgactat tccgggaacg gccaggtcag 1888261 cgccgtgcgt caccgccgca acggcagagt cccttatcca caccttgggc agatgttcaa 1888321 ccgccttttc catcggctgt atcgccttcc tgaagtactc ctcgatgccg tcctccttcc 1888381 agaagtgata gtagtcaacc aaatcgtgaa gcgtcaccag cgtctcgtcc tccttgaagg 1888441 gaccgcttct ggtacgacga agctctgcca tgtgcgctcc aacgcccaaa gccaggccta 1888501 tgtggtggat aagcgaacgt atgtacgttc ccgcctcgac accaacgcga aagagcacgt 1888561 ccctgccctc tatctcgagc acctctatgt aatagacctt cctcgtcctc aagcgccttt 1888621 tcacagcgct cctcagcggc ggcctctgga ttatctcgcc ctggaactcc ttcataacgg 1888681 cgaggatttt gtcctcggga atgtcgccgt gaaggtgcat taaagctacg tactcctttc 1888741 ccgccggcaa aagtgcctga accaccctcg tggccctctc aagggcaacc ggtagaacgc 1888801 cgctgacctt gggatcgagg gttccgccgt gaccggcctt gctcaggttg aagagcttct 1888861 taatccacgc gacaacctca tggctagttg gcccgggtgg tttgtcgagg ttaattatgc 1888921 cgaactgcat gtgcatctcc atcggcctcc tctcgggcgg aaagccccac ttcgggttcg 1888981 tctcggcctt ctcgtcctta atcagaacct ctctctttat gtcagcggga aggattctcc 1889041 tcacttcatc cctcgccatg agcatcacct acgggtcttc cagcgctttg ataaagtcct 1889101 ccttgcttat ttgagcaagt ctcaggactc ccatcaacgt accggctttt aactctttgt 1889161 gaagctcagc tctggaaact cctcaaggta cagctcaacg gcctctttga ggttctcaat 1889221 tgcctcctct attgtctctc ccctgagtgg taacccccgt gaagacctcc cgaatgacgt 1889281 aaacgccctc ttcctcccag atgacggcgt ggagttgcat ctcattcacc cccatagagt 1889341 tcgagtctag acttaataaa tccacctaat acctgaagcg gcacgtgaaa accgaccagt 1889401 tgggaaggta tctacccaca gaatgacgaa acgaacaggg accgggacgg taagaagctt 1889461 attggaagaa gagtgaggga aagccctcac tcaaggctta tgcctgcttc ctcgagggcc 1889521 ttctttatct cctcgtcgga ggcaccgcgc tcgatgttga ccctctccgg aaggggctcg 1889581 aggtgcttga cgttcatcct cctgcgcttg accttgttga ggccagcgcc ggtgacgagg 1889641 acaaagttct tgtcgattat gtcggcaacg acgaccttct gtccggccct ccttccggca 1889701 ataacgacgg caatccttcc gacctcaata gctggcattc atcccacctc cttcttttct 1889761 tttttcgggt ttacacccga ccccgcgtcg ccgtcggggt aaaggtggtc gatggcggcc 1889821 ttcacaatcg cgaagacccc atcgggaccc catttggcgg tgtttatgat taaatcgtaa 1889881 atcgacttgt cctcgatgtc gataccgtag aggtttaaat accttttcct gttctgcttc 1889941 tccctctcgg cgatctggac gaaggcctcc tcaacggaga ccccttccct gcgcgcaacc 1890001 ctcttggcgc gctccataat cggagcgtcg agccatatct taaggtccgc gttcttcacc 1890061 atccacccag cgaggcggcc ctcaatgacg acgttacact ccttggctgc ctcgacctgt 1890121 ctcctgtcaa cctccctgtc tatctcggga tgaagctcaa cgtacttctg gaactcctca 1890181 agggtcatcc ccctttcctt cgccatctgc cggaatatca acccggcgta gatgtgcttg 1890241 aagccgtagt gcttggcgag gttccggcag agggtagtcg tcccggaacc tgcaagaccg 1890301 ctgacggtga tgacgaggca gcccttgggc ataggcgcac ctcagctgag ggaggccctg 1890361 acctgggcct ttatgacctt cctcatacag ctcgggcaga gattcgggta gggtctctcg 1890421 ggcctcttcg cggtcttcgg gagcttcctg agctcgctcg gccttccgcg cggaacgccg 1890481 ttgaggggtc ttccgcacat ggcacagtgg gcaaccttgg gcttcctcct ctcgaagtgg 1890541 atcactgtcc ttcctccggg agtcctaacg tacttcctcc tccatgacct tgagcggtac 1890601 atcggcttca taattctcac ctcgcaaccc ctatcagtgg agcgttttta aatttaaccc 1890661 atgtcgagga actttctgag caccataccg attatgtagc ttgaaagaat gtaccagcca 1890721 aagtagccga gttcatctgg cccgagggcc gagtgataca ttttatggaa ccagtcgaag 1890781 atgaaaaagt tgaagggcgc cttgactatc gcaacctcgg cgtaccacct cctcagccag 1890841 ccgaagaata tccagaatat tggtaaagta agcaacatgg gcaccatctg ctgtcgcatc 1890901 atctcgctct gcatcttcat gagttccatc tgcttctgct gaaccttcct cagttttttc 1890961 tcatccccgg acttttgggc ctccttcatc tccttctgga tctctttggc catcttctgt 1891021 atctttctcg tcttctcaat gtccgtgaaa aagtaataga tcaaggtgta cgagccacct 1891081 ataacgaatc ccgctaccgt tatcgccagc agggggtgct gaacgatgta accgccaaag 1891141 atattgtcga ggagctggta tataccctca atcatactcc ctcaccgcca ggttaaggac 1891201 ttgaacgagt tcgttcacgg cctcttcaag acccttgtcc tcgtggttct cgattatctt 1891261 tataagggca tcggaatgca tggcgtaact tatcgccgcg gccctgttga gatcctgatg 1891321 cctctgtatc tgctcctccg tctcgacgtc cctgtccctc ttgaggtcac gaagccgcct 1891381 tccgaggatc tcgctcggtg tggcttcaat tatgactatg aaattgggtc tgatggtctc 1891441 tataacctcc ttagggaagc cgagaagata gcccataggc gttctgatcg tggcgtgggt 1891501 gtcgaggaga accggctcat cccgggctat ctcaacgatc ctctgcgcgg cgcgaagctg 1891561 gagctgtttc tgcaccatgg gatcgagttt cctcatctcg tccctgtgct tgactaaacc 1891621 ctgcttgacg gcctcctcga acattaagtc accgaagttt actagtctga agttgatggc 1891681 cgttctcttg agggcaagcc gcgttatcgt gctcttaccc actccgggaa tgccggttat 1891741 catgaccaca aacggcatca gcaccacccg ctttaaacaa tcccggtaaa aattgggagg 1891801 tcactttaaa agatttggga aggaaaaatt aaaaaccttc agcggctcgc gaagaacttc 1891861 ctcaaagccg ggaacatctc cgttgcctgc tcccttgcta tctcttcgta gaacctgtag 1891921 agtatgccga ccgtcagcag tattccggtt ccagtaccca gggcaccaag gaagctggcc 1891981 agtaccgcaa ctattgcgag ggtgaatgag ccccagaacg taacgtaggg gatgtagcgc 1892041 tggagaactc tctcaaggat tcttgggtcg cgcctgaacc cggggatctg gaggccggcg 1892101 cgctggagct gtcttgcgat gctcttggcg tcgagtcccg tcagctcaac ccagaggaat 1892161 ccgaagagca ctgaccagaa tatcgtctga atcgcgtaga tgagcgcgtg gcccggatgg 1892221 tgaaccagct ggaatacatc gtacggagga accgtgtact tggcgaggcc cgagacggga 1892281 tagccgttct ggttgaacgt gccgaggaag gtgtaacccc tggaggcaag cagtctggcc 1892341 cagagctgga tgttggaata gagcgccatt gtcagaatta tcgggatgtt gctgacgtac 1892401 atgaacctta tcggatacct accgcgaacc gtaactcggc cgtagctgag cggaatctcg 1892461 acgcgcatgc tctccaggta gacgacgatc aggaagacga ctatggtggc cagcagtttg 1892521 gtaatgtcag gcaatcccgg cctgtaaatg gccccgctta tgtccccgtt tatgaggtgc 1892581 tgtatgaacg cagggatagc accgctgagc tcattgggat tctgcggaag gggcatcgga 1892641 ttgagggact tcaccataac ctgctgcgag acgcccgcgg ctatgaagag gctgataccg 1892701 ctacctattc cccacttgct gacgagctcg tcaagcatta tgagtatcgt tgagccgagg 1892761 ccgagctgaa ggatgagcag tatcgctatc gctacggtta tgtcaacgcc gacctttccg 1892821 aaggcacctg ccaagacgta gatcgccgcc tcgaagaagc tcatgaagac tgagaacaac 1892881 ctttgcaggg cctggtaaaa cctcctgtcc tcgggatcgg agagatcgag ccttaatatc 1892941 tcggaaccga cgagaagctg gagtatgata ccggcggtga ctatgggacc tataccgaga 1893001 gtgaggagcg aaccgttcct accggcgagc acaaaacgaa gggtggagaa gtaatcaact 1893061 atttgagagg gaaggccata cagggggatt tcagcgagga tgtaatagag caacagagca 1893121 acaccagtcc acatgaactt ctccttgagg gggactctcc tcttgggacg ctctacctcg 1893181 ggaaaccacc tttcgatggc gtagatcaca tcgcggacgc ccattttcaa caccttggtg 1893241 tagctgtgta caatgagtaa agaaatcagg cgaggacaac ctcgccgcct gcttccctaa 1893301 tcttctcctc ggccttgggg gtaacgtagt aggccttgac gacgatggcg cgggtgagct 1893361 ttcctgtacc gagaaccttg tcaacgccga gctgggtggc gtcgaagacg agctttcctt 1893421 cctcctcgta gatgacgccc atgtccttga agagctcgaa gttctcgtcg atgtcgctca 1893481 ggttgatgac cttggggatg tactgaacgg ccttgggcct gtggaagccg cgcttgccga 1893541 ggtggtcggg ggcgtacttg atggtccagg tgaacttctg gtccttcctc ttacctgtgc 1893601 ccgccatacc gcggccgccc ttgcttccgc cgccgcggtg cttcttcttg cacccccatc 1893661 cgtgagtgtg actcccgcga agcttcctaa ccttctttct cctcctaatc atctctcgcc 1893721 acctcagagc attctctcta tgagctcgtt aatcttctcg cccctgtagc cgagggcacc 1893781 gccctccttg aaggagcgct tcttgcttcc cttgaggccc cccctcggcg ggtggagcct 1893841 gaagacgggc ttgatgtttg gcaaatccct gagcttcatc tcgccgttga tgaccttctc 1893901 ggcgaactcc tcaatagtca ttccgagctt ctccttgacg tactcatcgg taatcggctt 1893961 gttgccgacg agcctgcccc tcttcctgag gagcttaacg agggtctcct tgtcaatctc 1894021 gccccaggtg atgtagtcct tgaccttctg tatcattccg cggtagctcg gggtgtcgtc 1894081 cactatgacg aggtggttaa tcctgtgaag gcgaagcatg gcgagggtgt ccctaacctc 1894141 gcccctcgcc ctaatcccgc tcctaagcct tatgagtgca agctttgcca tcttctctca 1894201 cctcacagct cgaagctctg gggcatcgcc ctgccaacga cgataccata cttctcctcc 1894261 ataccgggct gtatggcgac gcggttggtg ttgtagaggg cgttgaaaac tgccttggcg 1894321 aagttgacgg tggttctcgt ctcaccgagg gtctgggacc agacgtcctg gacaccagcg 1894381 aggctgagta tcttcttgcc gacgtcaccg atgaccagtc caagaccgcg cggtccgggc 1894441 atgagcttga cgcggacgct tccctccttg ccctcgacgg cgaacgggat tgagtggggc 1894501 ctcctgcacc tgcactccca agagccacag ccgcgcttga tttcgatgat gttcatcttg 1894561 gcgtagctga tggccttcct gatggctatg ccaacttccc ttccgtggcc gattccgagg 1894621 ccgacgtagc cgtccctgtt gcccacagcc gccaaaacgc ggaagcgaat cctcctaccg 1894681 ctgtcggtca tcctgacggt gagagctatg tcaagcactt cctggttctc tctcaggttg 1894741 acctcgggaa ggagaacgtc aactatctcg ggctccttta tctggtagcc cttcctgaat 1894801 atctcgtgaa tgtcagttat ctgaccctcc ttaacgagcc tgccgagctt ggtcctcggc 1894861 tcccactcct caagaaccct ctgggcaatc tctctcgggt cgctcattct ctcgccccct 1894921 caaacttctc gattatcttg gccttaacct cttcaaagtg ctcggggagc ttctcgggct 1894981 caaggccctt gacgaggtag ccaccaaact gcttcctata gagggtctcg tcctcctgct 1895041 tgagggcctt ggcgtactca gcaacgtgct cgccccttat cctgtagtcc tctgggaata 1895101 tctcctcgct gtgcgggacg ttcaagcctg catcaacggc tcccttgagg acggcgaaga 1895161 ccgagcttcc cctggtcggc gggtgaaggc ctatgtcaag gattgcctcc tcaatgccgg 1895221 ctttcttcgc cttgtaaccg atgagcagtc cgaggaggta ggcgctcggg gtgtttccgg 1895281 tgtggccctt ccagccgaag tccctgatga gctccctggt gtgggcggaa actatagtcc 1895341 tgtccccctt cgggttgtag actataatct gagctatgtg gtggttgagg ctcttcctca 1895401 cgacgagcct cggcttcttg ctcttgagga gcttgagcct cttgtgatag ttggtcttac 1895461 cctctctcct cctcctaaat ggaaccctat accttggtcc tctcgccatt tatctcacct 1895521 cactccttca agatgccgtg ctcctgcatg aacaggtaga gctgcctctt gttcttgaac 1895581 tggccgccct tggccctgat gtagagcctc ctgtaggtgt gggcgtcgag cttgccctcg 1895641 gccttgagct tcctaagttc tttcctgagg gcccttatgg tcatcatcca gcgctccttc 1895701 ttgcccattc ttgccgtctt cttacccttc ctgcttccgg ggcccctgtg gcgtcccttc 1895761 ttcctcgcct cgtggaaggc cctcgcgcgg gccctgctct ggcccttgat gggcttcttc 1895821 tttatgacac cgtcgtggat gagcctcttt atgtcctcac gggttatcgc ggcggcaaca 1895881 tcgtcaatcc tctcggggtc aatccagacc ctgttttcac cgcacttcaa aatctcagcg 1895941 gcaatccttc tctgcatctt aagcatgagc atcacctcgc gttgaggacc ttaatcccga 1896001 gctcctttgc cctcgcgatt attgcctctc tcttcctcgc gccgacggtt ctggctatcc 1896061 tcgcggcctg cctggtcggg tctattgcct caagctcctt cacgttgtga acgaggactt 1896121 cctcgtagcc actcgggtga agcccgcgaa cagctctggg tgagctccag cctatgctgg 1896181 gtgagcgggg cttgcccttc ttcttgagcc tcatcttgct gtcaattccc ttcggccttc 1896241 tccacttggg gtcgttcttg aacttgggga acctccacca ctcctgacgg aggaacttgg 1896301 gcttcttcct cttgagcctg gccctcaccc taaggagtct cgccttctcg tccatttctc 1896361 acacctcaga actttatcgg cttgccagcc ttctcaacta tgtaaatacc atcctggaag 1896421 acacgcctgt cccatttcgt tatcctcgtg gcctgctcga tgttggccgc ggtctggcca 1896481 actttttcct tgtctatgcc ctcaacggtt atctcctgac cgcgaacctt gacggtgacg 1896541 cccggaagga tcttggccct cctcgggttc ttctcaccga ggaagttctc aattatgact 1896601 tcgtcgccct ggaccttgac ggtaaccggg aagtggctgt aaacgacctt gagcttgtag 1896661 gtgaagccct cggttacgcc cttaatcatg ttgtttatgt gggccttgaa ggtcctcgcg 1896721 atggcgatgt ccttcttcct cgggaactcc ttgtatacca cgacctttcc gtcctctgtg 1896781 aatatcttaa cgcccgggta tttgagctcc ctctcaagtt ctcccttggg gcccttgacc 1896841 ttgacaacgt tgttctcaac ggtgacctcg actccctctg gaatctcaac ctcttccctt 1896901 acccacgcgt ctatcggcat cgctctcacc tcagtagacg taggctatca gccttccgcc 1896961 gatgcccttc tcacgggcct ccttgtgggt cataacgccc tgggaggtgg acactatgag 1897021 gattccgaac tcgaacgctg gaaggaacct cttctcccag tactcgtagt tctttgcctt 1897081 aacagggaag cggggcttaa tcgcgccggc cttgtttatc ttgccgatga gctgaaccct 1897141 gtagatgccg gccctcccgt cgtctatgaa ctcgaactcg ccgatgtagc cgttctcctg 1897201 cataactctc agcacttcgc cgatgagctt cgaggcgggc tttatgtaga cctccttctt 1897261 ccctaccctc tcgctgttgg ttatatggga tagagcgttc gcaagcgggt caagcagagt 1897321 catttcatct cacctcactc atacttcttg aagccgagtt ttggggcgac ctcgcggaag 1897381 cagtgtctgc acagcataag gccgtgtatt ctgattatcg gcccgtactg gccgcagcgc 1897441 atgcaccttc tcgctccctt accaaacttc ctcggcttcc tcttgttgta atcagccttc 1897501 gccatctcac aatccctcca cgttgacctt gaactcctca atagcgaaga ctataccctc 1897561 ttccttcgtc agcttgtgcc tggtcggtat cttcctcctc tgcctcttcc tcttggcgac 1897621 cctaaaaccg ggcctctcaa gggtgacgca gacatccata ccgaagatac ctatctcggg 1897681 gtcgtactcg acgcccggta tgttgatgtg ctcctggatt ccaaagcaga agttcccgtg 1897741 ctcgtcgaag ttgccgacgc tgagcttcct gtcaacggcc tcaaggagcc tgtcaagcat 1897801 ctcgtaggcc ttctttccac ggagggtgac cttaaccgct atcggctcac cacgccttat 1897861 tccgaagtct ctgttggtct gcttcgcgcg cctccttatc ggcttctggc cgacgagctg 1897921 ttcaagcatc ttctcggcct tggtcaagcg ctcaccgctt tcaccgacac cgatgtttat 1897981 ggtaagctta gctatcctcg gtctcctcat cgggtgagct tcccagtctg caaggatggc 1898041 ctctctgttg atctgcatct catctcacct cacggaaggg aaatctccgg cttttcctta 1898101 ccaacgacga aggcgtactc cttcagggtg tcgaatttct ctccactctc gtcctcaatc 1898161 gtgacgacgt cgggccagcc catcgggaag tgcctgacct ccacgatcct acccttcctg 1898221 gcaacgttct taccctgggt gacgaagacg taggcgccga cctcgaacgg tatgacctca 1898281 atgatctccc tctccggaac cttcatgatt atcgtgtacg atgtcctgaa gctgtccttc 1898341 tcagcaaggc tgactaagtg gttgctcccg tcgtgaaggt tgagctgaac cctagcgccc 1898401 ttaaccatcc tcttgttgtt gatcctgaag ggcttgagct ttgcctcctc ctcgcttatc 1898461 ggatggagga tgagcttgcc aatcctgttt ggtaggaccc tgtagtgctc gccggtctcg 1898521 ggaatcgaga cgacgtccat gattccgacc gggaacttgt agtccttcct aacgcgacca 1898581 tcaacgagga tcttaccctc gttgagtatc ttccttgcct ccctcgcagt cttagcgtag 1898641 ccgaggtagt ccctaacgat gtagatcagg ggaatcgagg tctgcatgct gtggggaccc 1898701 ggcctcggcc taacggccca cttgtattcc ttcctgtgga tataccatga agtcggagcg 1898761 gcaagtctct taaggtgcct cttcgcgcct tttctcgcca tcaggcagcc ctcctctcaa 1898821 ttattttctt cctctcttcg tcctcaaggt tgagctcgat tatcataacg ttcgacgggt 1898881 ggagcgggta gaagacctcg gtcccgtcgg tcttggtcat ggtgacacct tcaacgtgaa 1898941 tcctgtaacg cttgaggtca acctcgagca ctttgccctc cttacccttg aagtcaccgc 1899001 gcattaccct tactttgtcg ccttccctaa tcggcaggtt tctcacacca tacttctcgc 1899061 ggagctcctt gctgagtgga gccgccatta tcttctgcct aaggtgaagg ggagcgttgt 1899121 agaggaactt cctctgcttt ctcggctgct tcatgtcaag cttcataact ctcacctcac 1899181 aaaactatgc tcgctatgct gccgagccta acccacctct cggcggcttc cctggctatt 1899241 gcacccctga tttcggttcc cctcggaacg ccttcgggag tgactatagc tgccgcgttg 1899301 tcctcgaact tgacgcgcat gccgtcgagc cttctgtact ccttcctctg cctgacgatg 1899361 acggccctaa cgacctggtg ccttatgtcg ggccttcctt tcttgacggt ggcaacgacc 1899421 atgtcgccga ctccagcgct ggcaagcctc ctcctggttc ccttgtagcc aacgacaccg 1899481 attatctgaa tgacctttgc accgctgttg tcggcaacct tgaggtaagc cccaaccgga 1899541 agagcgcgag ttggcctgac ggggctaact cccctggtcg caccagcacc cttcttggcc 1899601 atacttcaca cctcctccat tctctcggcc ctctcaagga ctgcaacgac gacgaagctc 1899661 ttagtcttgc ttatcggcct ggtctcggct atgaggacct tgtcgccagt ttttgcgttg 1899721 atgcactctg ggttgtgggc atggactttg ctccttctga gctcgtaacg ctcgtatttc 1899781 ttgaggtact tgtagtgtct cctctcgacg acgaccgtct tcttaccctt gtcgctgacg 1899841 actattccct cgaagtatct cccgtgtatc ttgaggttcc cgtgccaggg gcacttggga 1899901 tcgttacaca cctcagcggg aggctgaacc ctcaatccaa tctctctcat ttccgccacc 1899961 tcttcttcaa cctcatctca ggtcttccca ccaagttcct tccatcgact ctaatctttt 1900021 cgccggcggc cgtttcaaac tcgatctcga ccacgtcctt aggaacggtc cagaccctat 1900081 caccaactat tgtgagagtg ttacgggttt catcaaggac gtagccctcg atgccgacca 1900141 gctctggatg agatgccctt ataattcttg cctttagccc tatgagctcg tgccagacta 1900201 tgtttttccg cgtcactcga cctctatgag ctcctctgaa aatccaaggt ctgcgagcaa 1900261 cttcttgata cggtccctgt ggtcgccctg gagctctatc cttcccttct ttacggttcc 1900321 gccacatgcc agcttcgcct tcagcttctt tgctatgtct tcgaggtcga actccttctc 1900381 gtctatgccc tcgattatgg tcttaagctt tccgtagcgg gccctctcga tgtagaccct 1900441 aatcctctgc tgctccttca ggacctcctt aaagagcatc tcatccagag ggttcacaat 1900501 cctcggcacc taacctcacc ttttctccct aagcttctcc ttctttatgg taagcaggcg 1900561 cgcgatgtcg cgcctgaggt tccttattac catggggttc tcggttgagg tccccatggt 1900621 gagcataccc ctctccttgg cgagctcgag gcggagctgc cttatcttct cgtctatctc 1900681 ctcgatgctc atctccctaa tctcactggg cttcattgcc gctcacctct tcctcgacta 1900741 tctccttgac ctcaatctca tcgggcaacc tcgcgtcggg cggcatgatg gcaaccttaa 1900801 cgccgatgac gccgagcttg agcaacgcct gagcatagcc tttgctgaca agggtctcgg 1900861 ccgggtttcc gaccttggcg aggtagccct gataaaacct gacgctttta gctctttcac 1900921 cggtgagctt tccgctgagc ctaatctcaa cgcccctcgc tccgttcctc atgatggccc 1900981 tgattgcgga gtaagcggcc ctcctgaagt gtatgcctct ctcaagggcc tgggcgagcc 1901041 ttaccgcctg aaccttggcg ttgaggtagg ggttcttgat ttcctcgacc tcaatctgcg 1901101 ggttctcaag gccgaactgc ctctcaagga ttctggtgag ctcccttatc cttcttccgc 1901161 ccctgcctat gacgtagcca gggctggcgg cgaaaattat gaccttggtt ccaaggggag 1901221 tcttcttgat gtctattcca ccgtagcccg ccctgcgaag ctccttctca aggtattcgt 1901281 cgatgagcat ctctttaacg ccttccttga tgaagtacct ctcgatggcc aaaggtctca 1901341 cctcctaatc tcctcgacga ctatctcaat gtgggtggtc tgctcgttga acggggtggc 1901401 ccttccgaag gccctcggga tgtagcccct gaggacgggc cccctgtggg cagcggcgtg 1901461 gattattttg agtctgtcga cgtcaagacc cttctgctcg gcgttgttcc tggcgttgag 1901521 gagtattttc ttgacggcct tggcgacctt gacggggtag cggcccggac cgaagccctt 1901581 acccggcttg tggccctggc tgtcgttgaa gcgcctcatc ggaaccggtc tcttcttggc 1901641 gatgacatcg tcgaggtact tgagggcgtc gttgagcatc atgcccctta tttccctgag 1901701 gagctcgacg ctgtgcttgg gtgaaatcct gaggtccctt ccgctcgcgc gagccattct 1901761 ctcggggtca aaattttgga atgagtagga aaacctgccc ctgctcatct aaaccacctc 1901821 acttgacggc cacgaacatc gaagaccttg tcgcaccgac accaggtgag ccgtgctgga 1901881 cgatcttcct cgtgagggcg aactcaccga ggtagtggcc gatcatctcg ggctttatct 1901941 ctattggaac gaactccttt ccgttgtgga catgaatagt aataccgacc atctcaggga 1902001 ggactatcat gtccctgctg tgagtcctta ttggcttgtt gtacttgccc ttcttagcca 1902061 agcgaatctt cctgaggagc ttcttctgct ccggggaaag gccgcgcttg aggctcctcc 1902121 tctgcctagc cgggaggagc ttggcaaact cctcgaggga catattgagc agttcatcga 1902181 gagtataacc cctgtaccta aactccttct ttctcgccat cttcacttcc tcctaccagt 1902241 tcttctcgcg gctatgtggc caaccttcct tccgggcgga gcgcgcctcg aaacggtcga 1902301 aggcctgccg atgtggtgct ccttaccacc gtgcgggtgg ttgaccgcgt tcatcttgac 1902361 acccctcggc ttcggccaga acctgttgcg agctttggcg atgtaatagg ccttacccgc 1902421 cttgactatg ggcttctcaa gccttccacc gccagcgacg acaccgatgg tagccctgca 1902481 ctcgggcttg aactgcttga gttcaccgct tggaagctgg acgatgacct tgtccctctc 1902541 cctgctgacg acgagggcgt aagttcctcc agcgcggacg tactttccac cgtcgcccgg 1902601 aacgccttcg atgttgtaga cgtaggttcc ctccggtatc tttgccagcg gaagggtgtt 1902661 gccaatcgct ataggagcct cgggcccaat gtagatctcc tgaccgacga ggactccctc 1902721 cggagcgagg atgagcttct tagttccgtc ctcgaactta acgcgggcga cgggggcggt 1902781 ccttcccggg tcgtgaagta tctcctcaac gactcccctg agggtcttct ccttcacgat 1902841 gttgagagga acgtacttaa cggcgcccct gtacctgtgg gaaggagctc ggaaggtcgt 1902901 ggttccctta cccctcctct gctgtatgag actctttccc atctcacatc acctcagaac 1902961 aatcccaacc ttgcggctat ttcgctcgcg ttatattctg gcctgagctt gacgtaggcc 1903021 ttcttctccc ccttcatagt tatgagggtg ttgaccttct cgaccttgac gttgaacatc 1903081 tcttccacgg ccctcttgat gtcctgcttg gtggctttcc tgtccactat gaaggtgagc 1903141 ttgttctcct tctcgatgag cgaaacggcc ttttcggtaa cgagcggcct tatgataacc 1903201 ttataggggt ccatatctca tcacccgtag atctccttaa gcctctctat agctcccttc 1903261 gtccagatcg tgagccttcc ggggtgggtt ccgggcgcta ggagttcaac gccgaggttg 1903321 tcaacggtaa cgacgtccac tcctgggtgg tttctcgccc cctggactat tccctcgttc 1903381 ttggcaacga cgatgagcgg gcccttggcc ttcttgtagc gcctcccacg catcttcccc 1903441 ttgcctgccc ttatcttggt gttcctcttg gccctctcaa tgtcgtccca tattccaagc 1903501 ttcttgaata tctccctggt ctgggcggtc ttgaagacct tctggaggtc gtcaacaacc 1903561 actaacggaa aggccggaac gttgtcaacc acgtgacccc tcgccctgac gaggtctggg 1903621 ttggcggtgg cagcgatggc gctcattata gccaatctgc gctccttctt gttgatgtct 1903681 tcccagatta tcttctcgac cttcggcggg tgggttctcc ttccacccct cgcgaacggg 1903741 acgaaggcgg caaacctcgg cggggtcttt atcctctcga ccctcgccat gccgtgaccc 1903801 ttaccgatgt tttcggtaac gcgtctcttt ccagcgagcg ggtcccttcc ctggggctgt 1903861 atcctgtggg tccaggaagc aatgacagct ctcctgatga ggtcgggcct gaagggagtg 1903921 ctgaacacct tcgggagctc tatctcctca acgggctcgc cttcgaggtt gaagacctta 1903981 accttcattt atctcacctc actgcttgga ctccctactg acgtaggtta tctggggcct 1904041 ctcaacgggc ggcttcttct tgggcggctt tatggcgggc ctaacgcgga ttatcctctt 1904101 gaacgaaccc ggaacgctgc cctcaatcat gaggaagtcg ctcctaatga ttccgtagtg 1904161 cgggaagcca cccttcgggg ttatgtcaat ctcgttacca ttgagcacga gctttccatt 1904221 ctcgcctatg gcgatgagtc tcttgttgaa ctcggtcctg tggtggaagc ccatctgacc 1904281 ggcctgcgga acggtccaca tgacccttgc gggatgccag ggacctaggt taccgatgtg 1904341 cctgcccttg ccagcgcgct gggccttgtg gaactggacc ttaacacccc agcgcttgac 1904401 cgggccctgt gttcctttac ccttggtgac cgctatgacg tcgaggagct caccctcgtg 1904461 aagaacttcg ctcgctctaa tctccttgcc tatcctctcc ttggcgtact cgaacttggc 1904521 cttaacgtcg tcgccaccga tggcgtactc catgacttcg ggcttcttct tgagcttgat 1904581 gagccagggc tgggtgtgga cgagaagcct gacgtcgacg atctcgccgt cgttgacgag 1904641 gtcctcaagc tgaccgagct tggccttgaa gtcctcttcg ccgtagttct tcggcagggt 1904701 ctttatgcgc ctcttgacgt tgtcgttgag ctcgtggaac cagacctcgg tggcggtctc 1904761 aaggccgagg tagccctgtt tgtaggccct tattccgtaa acgaagagag gtggaacctc 1904821 cactatggtc acgggcacga atatctcctt gcccttggtg agcccggggc tgtcgtctat 1904881 cataaggatg tgggtcatcc cggccttgta accagcaaag cccagcatcc tgacttcact 1904941 gtcctttggc cactttttga ttctcgggac tacactccta gccctttttc tcgggctgaa 1905001 ggcgagtgaa cctctccttg gtctgtgaac ctttcccatc tcaatccctc cttatgagat 1905061 tgaatatcgc cagcgtggcg aggagcgcct cctcggtgcg gacggtttta gttttctgat 1905121 ttggaatcgt gttgagcacg aagtcaaact cgtactcacc gccgaggagc tccataacgc 1905181 ccttcctcgg cgagccaaag gcgataccaa cttccccttc gagcggggga aggttgacct 1905241 ttctcacgtc gcgacccttc cgcgaggtcg cgattgccaa atccaggtga gcctttttaa 1905301 gtgttttcgc caggggtttc ccgctcaggt gaaccctgta gccccagtac tcaaccggct 1905361 tcgccggaac gaccttgagg ggcctcgttg agacgactct gaacgttgcc ctgccctcaa 1905421 tgttcccctc aacgattgcc agctcgtcga gcccgatgtc cgcgtagatt ttccttccct 1905481 tccggaaggc gtagccctcg cggatttccc caacctttgg ttttcccttg agcttgtgat 1905541 gtggcgtcct gagcgggggg acgacgccca catagcggag ctctggcatc aggggaaaca 1905601 gcctcttcct taggtactgc ggtgtttcca tgtactcaag gaccgttttt atgaacttcc 1905661 cgtccctccc gcctgccctg taaatccaga tgtgctcgac gccgaagatt gcgcaggccc 1905721 tcgcaacctg cccaaccttg tacgttctga ttttcgggtc gtcggtttcc tcaaggaggg 1905781 aatcgggaat gaagacgtgc caggccatat ctcgccccca ctgtcctccc taaccccaac 1905841 gcgctgaagg gagcttatgg agactattta aaaggctttc gaaccttgca accctttttc 1905901 gtgattggat gtgtgtaatt tttttgcaag gaaacttttg ctctgcaaaa gtttcatcaa 1905961 agttgtagct ccttatttga gagtcaaatt ttggaagatt ttcttgttaa ctggccattt 1906021 tgagtgtgag aaatctccta gttgcttctt aagtggggtt taactttgga atcgacacct 1906081 gaagggcgtc agaggagaac aaacccattt ttttgaagga ttttgagagt gttctccgtt 1906141 gaaacgcacc attttacaac caaaatctgc tctatttgag cctttggacg agaagctacc 1906201 aacttttggt gaagtttttt ccaaaagctt cccgcgcaag cgctggcgga aagtgttgtg 1906261 cagattttaa gtgtttatct caaagccgtt gagaattgag aggagttcga gcttgcgttt 1906321 ggtatcgata taggacggac tttcatcctc cctgtgttct gttgtctctc atgatccttt 1906381 tcttcccgtt cggcaagatc atattgtcta tatcatcaat gtaagcgcct gcaatttttg 1906441 atgtacgctg accaaccacc accaacacca agccgaggaa tacctagact tcatcaactg 1906501 aatctcaaga tgaaaaatca aggcgcgggc aaactttcga cctatgaaga ttatcctccc 1906561 caagataatc tctactggga taattttcaa agcattgctc agtccacaaa tgccaaaccg 1906621 ttccacagtt ctctgatctc acgcgtcgca tcgggataaa cgcgcttgaa agttatcctc 1906681 cagtaaccgt ttccgatgtc ctctatgtcc tcgatgtgga ttttcacgcc gagtctctcg 1906741 aagtgggtca ccattttgtg ggcggtgctc acatttttca ccctgacctt gaaggtctcc 1906801 tccacttccc caccgctcgc aacttcatgg atgctctcga caaacggccg gaggagggcc 1906861 ttgccgaggg ccctcgcgta ctcgtcgaac tcttcacccc tgacgcgctt ctccgccaga 1906921 tagaatgcca gcctcttgat cctctgcatg aagtacccgt gtggcaagtc aaagaagatg 1906981 cgggacccta ttttgatatc gttaatgttg gcatagggcg tcacgtactt cgctattttc 1907041 ctcatatcgg gtgtcttcat cacgatgccc tcccgtccct ccctgctgag cctttcgata 1907101 aggtcgtaga gctcctcaat cattgaacgg tcgtagaggc cgaagacctc tacctgtgga 1907161 ataccgtact cctcggcgag tttatacctt tcttcagcag gaatgctcct cccagttcct 1907221 ttttcctgga tgtcgaagag gaagaactgg atgtcctcct caacgtaggg cggcccctca 1907281 acgaggtaag ggctctccgg cccggccatc tccccaacga ggaccaggtt ggggtaatcc 1907341 ctgaagaact cctcgttgat gaaatcgagt attcgctcgg ttgtgaaggg gcacacaaaa 1907401 ccgccccggg tgagcgctaa aatcctgccc ttaactgtga cgacgcggac gttgtagccg 1907461 tcaaccttct cctccacata gaagggcctt ctcctgaaga tccgcctaat cccgttctca 1907521 agctgaacaa ctctctttat gtgaggaaat ccggcgacaa ctgtaccgtc ttcgaataca 1907581 acggttcccc tcctaaaccc cctcgcggag tcgcggaagc gaacgtatcc aatcccctca 1907641 aactcgtctt ccataaggcc gccttttccc tcgagaactt cgagtctccc ctccgggagg 1907701 ccaagcttca ggaggaggtt tcgaaagatc gaactgacca ttctcccacc ggatggaata 1907761 ggagaccatc gttaataatc cttatgaata acttccacgt caaagaccct gcccagctca 1907821 tgtaagactg catcgtacag ccattcatac ttcctcagat gctcccttcc cctgcggaag 1907881 tactcccctc catcaacgcc catcagttcc ttcaccgcac cgaggaaaat gtacccagcc 1907941 cacgcgaggg gatagttcgt gctctgagcc agtgctatca ttttctcagc cgtttgctct 1908001 gcctcttcaa gctcgccgag ccctatcagg gaaaccgtca tgtaggagag ggaatcaacg 1908061 gccctacggt agttcttaat tctgatgaag tactcagaag cttcaccggc cagctcagcg 1908121 gcttttccat aagcgctcag gttgtagtac gccttggaca gctcaaagcg ggccatgtta 1908181 gcgccaaatg tcagaccgtt ggcgagggcg agctcaaggg cctgcaggta atgctcaacc 1908241 cctttctgat actcttccat ctcacagtac acgtccccaa cgtggaagag aactttaact 1908301 tcccgctctg gatcgggggg caaaagcttc gagacctcca tctcccgcat ggcactcctc 1908361 agggcctcgt ccagatcacc ggtgtagtac tcgtacttcg tcctctccat gtggtaccag 1908421 agccagacga gcggatcgtt caggctttcc gctatggcct cggttcgtct gaggtactca 1908481 ttggcctttt cgaactcatt cttctcgatg tagaggtcgc tgagatagct cagcacgttg 1908541 gcgagatgaa ttcctcccaa cctatcgaga accttcagcc acaactcctc cgccctatca 1908601 aagaagcccc tctggaaatg cacctcggcg atctcggaat caacgtaagg gttgccctca 1908661 gcctcgctca gaaccctcag gtaagctatc gggaagtcaa ctatgaggtg tctgaacctt 1908721 cgtatcctca tctcggtcag atccttaagc cgctcaagcc ttccggaccg gatcgtgtac 1908781 ctgaaggctt ttatgaagtc gtccggggag tttttggaaa gtaggtactc cgcgtacttg 1908841 aggtagtacc caccctcatc cccgtgaatg cccttcattg cgaggccgcg tatcaggtcg 1908901 tggaggaagt aactctcacc gctcctctcc accagcccct tccgcaggag agagtaaagg 1908961 acagaaaagg cgtttttctt tccgtaaagc ctcttgatgg cctcatattc aaggggttca 1909021 ttaaaaagag ccatgagcga gagcatttcc ctttcgtcgt cggttaacga atcgtaagcc 1909081 tctgcgaaaa tcatatcgaa gaaattcgtt acgtccccgg gagttccctt tctggcctca 1909141 gcgaacaggt tgagggcaag ggggtgtcct ctggttacgc cgtagagtct tgcaaactcc 1909201 tcgggctcca tttcaacgcc cttgctcctc aacagctcgt aagcatcccc tggttcaagg 1909261 cccttgaggt gtaaataaag aacgccatcc cagagaccga ggttcggcct ctctcgcgag 1909321 aggagcacga gctttccgct tcttaacctt gaggagagga acgagacgag cctcataatc 1909381 acgtcatcgc ggcacttgtg gaagtcatcg aagacgattt ttgcccttgt ctcctcaacc 1909441 ccttctagga cgagctcgaa gatcgcccgc tcttccctgt tgccgctcct aaggtaatca 1909501 aggaggagat gataacccct cgtgttgagg aacagcccga gctgccaggc caagtaatcg 1909561 aagctgtcta cctcactcag ctgataccag aaagcgtccc caaagacctt agccgccaga 1909621 cttgtctttc ctatacctgc tattccatat atcacgatga tgctctcccc cgcggaggca 1909681 agcttggaga tctccgatcg cctgccaacg aagaggccaa tccggggaag cctgccctca 1909741 agcaggggga cttcgtagcg aacgcgatct gccgtctgga gcactacacc cccgggttca 1909801 aaacttatcc tgagctcgct aactttgaga gagtaaaccc tgacgttccg tccccttatc 1909861 ctgatccacc ttccttccac cagcccgaga cgctccagca gtctaagtcg cctcgacacg 1909921 tcggtctcgt ccttctgaag gatacgggcg agctcgcgcg ggttaaatga acctgacttg 1909981 agtatagaga gtatctgaag gtttgtttcg ttggatatga gcctcaacat cttcactgtg 1910041 tccatcgagg acaccttgat ctccttacgc gttcaaacta cttatgggta tcgaaaaaga 1910101 agatcagcgg ggacgctcct ccatcgcgtc cctgatctgc ttcattatga aggtctcttc 1910161 cgcccggagc actttcacga cgacctccct gctgagattg gtctccctca ctatgtaatc 1910221 gaccagctcc ctcctgaccc tcgccagcat gttcaccccc tcttggggaa gttgaggatc 1910281 gcaaggccaa cgagagagag ggcaacaagg ccgaggtaca ccgggttcct ttcgcttccc 1910341 gatggaagct cgtacttaac gatcccgtcc tcgaacttga tgttcttagc ccccttcggc 1910401 aggacgaggg ttatagtttc aacgagtctg ccctgaccgc ccagtatggg ctcaacggtc 1910461 gtcagtacca gggtgttccc gttctgggcg gagagcgtcg tgtccttgtc cccaatcctt 1910521 atctcccagt gggatccccc gttgatcgcc gcccccagca tcgtgtacgt ggaagtgatc 1910581 ctgttgttcg tgtcgtccca ttcgatcttc atcccctcgt actgggcgtc cgtcctcttg 1910641 ttttcaaact cccttttcag catgtaggtt gtggggtagc tctgcttcat ctggaggtag 1910701 aggttcggag tgaacttcca ggcttcctca acccgagcgt tgccggcttc atccactacc 1910761 atcttcatcg tgccgtctat cttgtactca acgatcttaa cgtcctgggc aactgcaaga 1910821 ggaacgatca ggagcaggag tagaaagaca aggagccacc tcatccccat cacctcagcc 1910881 tgaacgtgct aactatctcc tcaccaagcc gattgtactg gtcgttgttc ctcgggaagg 1910941 agtagacgac ggcaaagcca ataccgttgg cggtgaagta gcgggcaacg gccgcataat 1911001 ccccctgatc agaggacagc gagtaaagaa ccgtgtaaac gtccatcccc gctatggtcg 1911061 actgcgtttc ctgcctggcg tttacctcaa tgcccccctg ggcaagactg tcctcaaagg 1911121 cgttcaccat atcctccacg ccaactccct ggaagtagag taccatgaac tcgaagttcc 1911181 catcctggct gacgagataa accatgccct catatttatc cggtgctccc cagtcagcgg 1911241 ggtactggaa cgagaagtac tgacctgaat aggttgccca cccctgacct ccgtttccac 1911301 cgttgcctcc agcgtttcct ccggtattac cgttgttctc cccggtgttc tggtttccag 1911361 cgtttccacc gttgttctga tggaggctta tcccccactt ggtcagcaca tccgcaggga 1911421 gccccgggag ctcgggggga acaacacccg aggaatggag ggatgcaacg tctattatga 1911481 agtggggccc gctcatcgcc gtctgccagc tcttctgaac gccaacctgg acggcctctt 1911541 ggaaagatgc accgtcgttt atcgcagtcg cctccaccgg cacgatgctt ccgctgggaa 1911601 gcttgatcag aggaaaggca tgccccggga tcagaacgat gtaagccttc aacccctgcg 1911661 acatggccag cgaagcgaac cacagtgcga gatctataca cgtcccgctc ttgtcccgta 1911721 tcacgtccct gggaaacatt atgtgctcgg agaactttcc ggtccagtag ccctcggcct 1911781 cggtcttgta tgaaaagccg ttcactctcg ccagctccca catgccgctg aggctcttta 1911841 tggcctcctc atcgctcaag ctggctccag caccccccgc cagtttgttt cctaagtctg 1911901 cgaactccct taccaccgga tcgctgggag ttacccacgc ggccaagagg ggagcgttgc 1911961 tgaaggtgtc gtaaaagctt cctgtgcttt cctcgggagc gagggaagag aacacgaagt 1912021 cgttcacgcc gagtattgtc aggggcttgg ttacactctc ctcccgggtt ctcccgttca 1912081 cctcataggt tatggttatc ctcaggttcg aaggggttgc ggccgttaac ttcgtgacct 1912141 cactcgacag tatcggatag tagaagtcaa cgaccgctcc ccccggcacg aggactgggt 1912201 aactcttcac ggactctgaa gcgtagttgt ctatcgaata cctgatctgg atgttcctta 1912261 tcggtccatc ccctgtgttc cggagaacta ctttagcaac ccagaagccg agttttggat 1912321 tgccgtatac cttgtaggca cccgacatta tctgctcaag gctgtaaacc ttgtactcaa 1912381 gccttccctt tcccttccca ccaaaggcgc cgacgtagcc ggccaaacca aaaatcaaga 1912441 ggagcaccaa aaccaccgaa cctataaccc tggggttcat agcatcaccg gtccagaata 1912501 gggcatcaaa gtacttacgg cgttggtttg agaaaaatcg tcaaacccaa acagggcaag 1912561 ggagaagaca gaaaacgcaa aaagaagtgg agaaacgttc agcgcttcat cgtggagagg 1912621 actttcgttg ttacgtcgtt tccttccctg tcgtaaatcc tgtagtaagc actgtatggc 1912681 agcttcatct tggccctgtg catggcaccg agggcgaact taaggtgctg ctcgttcacc 1912741 cagacggtga gtatcttctg atccttcttt acgcgagcgg cgagcccgat cggctttccg 1912801 aagggcctgc gcataccgtt tccgtaacgg tcggccttcc ttccggtggc catcgggttc 1912861 tcacggagca cctggaacgg gtaaacgcga atcttgaagt ggtagttgct cctgccgacg 1912921 ttcttctgga ggtacctgtt gacctgaata cgaatcgcct cgagggcgtt ctgccttatc 1912981 tgcatggcct gctcggcgtg gaggctgacc tcgtattcaa actcggccga gaggttgccc 1913041 atgtcgaata tcgttatctt cggtcccggg gcaccgcgta tgtattccct cctcgtgtaa 1913101 gcgggcttgt caacgtccct atcgatcttc gccggtctaa gtcccataat ctcacctcca 1913161 aatgagcgtg aaccagagcc taaacttagg cgagttgaga cccttataaa agttttggac 1913221 gttcatatat ctttcacctt cgtcccttcg attatcaacc cgagcgagaa gggtagaaac 1913281 gtcaggagcg caaggttcag ggtcagcccg acgttcacct ctcctagcga gtacgctatg 1913341 ccgaagagca ttcctccaat gaaagtcgag aggttctgga cggcgtttac cccacctatc 1913401 gcgagcgatg agcggtggta gctcgccaga actttcctcg aaataggtct gaagctctgg 1913461 aaggcgaaga gggcaaagaa tatcccgagg aagaccgtag gggccgtctt tatcgaggcc 1913521 aaaatcggtg atattcccgc gagaagggcg gtgagcttta ccatcctcgc ctcgcttcta 1913581 acatcagcaa cccacgagac gaagtagctg agcaacgccg agaggaagct aacccagccg 1913641 agtaaaacgg cagtcctctg cttgtcgagg ttcagagcct ctgagacgta gacgtacgtt 1913701 atctcgcccg aggtgaaggc cactataacc gccatcagag aggcgattgt taaaaccctc 1913761 cccgggttta agctcggctt ctcgctctca ggtgttttct tcttcctcgg cgttatcagg 1913821 tcgaagagga ggtagtagct gaggagcatt ataaaacccg tcaggacgaa gaacgtcgaa 1913881 gaaatccaca tctggccggc taaaccgagc ccaaccgtgt aggcgtagac gtagttgccg 1913941 agaagcgaag cgatgctccc gaagaagaaa taaaccgcag tgacgcgcgc ccttatctcc 1914001 ttcggtgtcg ttactgccaa aacgaactgg gccatcggcc agcttatccc gttgaggaag 1914061 ccgttgagga gctttatccc cacgacctgg ggccaggttg aggtcagcgg gtagagctga 1914121 acagctattg cgttccccat catggcaata gcgccgaggt agacgagttt cttgcccctc 1914181 tcaaggatga gaccaccgag gacggaggag aaggccctcg cgaggacgaa cgacatcgag 1914241 acgagggaaa cggcgaacat gctcgccctg agtatgtcgc gcgtgtagaa ggctatcgca 1914301 ggtgtagcca gacggaaggc tatcgttccg gtgaaggctg agaatatgag gagcagtatt 1914361 cccgcgagcc gtctccgttc cattagacca ccttctgagc gttatgtgct tgacttaaaa 1914421 gatttggccc ccgaaagttt ttcgaaaacc taaccgattg gtgcgtttag tttcaggttt 1914481 acgatgtcct acccgaacga aggcttttta cagggatagg ttaacacggc ttgaggtgat 1914541 tgtaatggag ctccgcttcg acatgcagta tgaggacgct tacagggaag tctacgagat 1914601 ggtgaagccg aggtacaagc tcttcaccgc tggcccggtt gcctgcttcc ccgaggttct 1914661 cgcgataatg agcgtgcaga tgttcagcca ccgctcggcc gaggcgaagg ccgttcacgt 1914721 tgacaccctc gagagactca agaagttcct tgaggctgac agtggcgaaa taattctctt 1914781 cccgagctcg ggaacgggct ttatggagtc ggccgtcagg aacgccgtcc cgcgcggtgg 1914841 aaaggtcctc gtcacaatca tcggcgcctt cggaaagcgc ttcgcagacg tcgtcgaggc 1914901 caacgggagg aaggcggtaa tatttgagaa ggagccagga caggccgtta agcccgagga 1914961 gctcgacgag gctttgagaa agaaccccga cgtccacgcg gtcacgataa cctacaacga 1915021 gacctcgacc ggtgtcctca acccgctccc cgagctggcc aaagtggttc acgagcacga 1915081 caagctactc ttcgttgacg ccgtctcggc aatgggcgga gcggacataa agttcgacga 1915141 gtggggcatc gacctcgtct tcgcgagcag tcagaaggcc ttcggcgtcc cgccgggact 1915201 cgcggttgcg gcggtcagcg agcgcgtctt cgagatagcc gagaagatgc ccgagcgcgg 1915261 ctggtacttc gacctaccgc tctacaggaa gttcaacgag aagaagaagg gaacaccttc 1915321 aacgccaccg ctcccgcaga tattcggcct caacgtcgtt ctcaggataa tcgagaagat 1915381 gggcggcaaa gaggcctggc tcgacatgta caggaagagg agcgagatta tacgcgaggg 1915441 agtcaaggag atgggtctcg gaattttagc tgaaccgggc tacgaaagcc cgacgataac 1915501 tgccgttgtc gtccctgagg gaatgaaggg aatagatgtt tacaacgcca tgcgcgagcg 1915561 cggtttcgag ttggctaaag gctacggaag cgtcgctgag aagaccttca ggattggaaa 1915621 catgggttac atgaccttcg atgacatccg cgagatgctc gacaacctca gggaagtcat 1915681 agaaaagctt aaggcctgat ttctctttct tttcaactat gcggaggaga acggttctgg 1915741 tagtcctgtg gcttatcgga aacgtcctcg tcttctgggc agttgcctta acagcgagcg 1915801 gttactcctt agaggggtac cttccctggg agagctccaa ggtttttact tactccccgg 1915861 ttctccactc caagcccggc gacaagccga ctgaaatcct ctacatggtc gggcggaacg 1915921 gcgagctgta ctattacatc gtctggcgcg acgagtactt cagcaactcc ctaatagaca 1915981 agctttaccg cctcatgagg ggcctaatct acggcaccag cgaggacgtc gaggtatttg 1916041 gggtggttcc tgagaacagt tcgttttact ttcagaccta cggccactcc tccgttcacg 1916101 ggaagatact tccagacggc tcgtgcctgt ggtctgaacg cgggctgacg attcccaact 1916161 gcaccgttaa cggaacccat gtgaagctct acgtggtcac gtggaatcat atgctctcac 1916221 ttcttcccga gaacgacacc gtgcaggttt tcccagagat gagacacatg actcccgagg 1916281 actatgtagc gcttggcatg gtcaagcgaa cgaagtacag catcgcgggt atagccttca 1916341 actcgctaac agcatctctt gtagtcacgg ttctcctgaa cattattctc tttgtcctct 1916401 tgaggcggtg gctcctctta agaagaggaa gaaaaaacct gagaagccgc ttgctattta 1916461 gacgagaggt ttgagctccc cgttctctat tttgtaaatc ctgtttatct tcttcattcc 1916521 cgttctccag tccctcttca gctcgacgag gacgtcgaag cggtcgaagg tcttctcgtc 1916581 tataccgagc cagtgcataa cctcggcctt gaggtcgtcg gtcatggcca gcgaggtgac 1916641 gatgaaggcg tagtcgtcta tcagctcgtc cagaatcctc gggacgctga ccgtgtggag 1916701 ggtgtctatt accacgtagt cagggccgag ctttctgagc ttctcaatga cttcttccgt 1916761 cctttcatcc gtcgagcgcc ggtcgaaggc agtatcaatg acctcgatgt tcggcttgaa 1916821 gggcttgaat tcgccgtagg cagttactac cgctaccttc cagtcgtcgg gcacgtagtg 1916881 gagtagcgct tccacgagct tcgtctttcc gctcctgctc gttccgacga ttagtatgtc 1916941 cttccttccg agaacctctt ccctcaggag ctccatctgc tcgggccttg ccgagccgta 1917001 gcgtatcaaa tcctcgggct tgaagatgta gacgcccatt cgcttcaccg taggtagttc 1917061 tcgccggggg ttataattct gccgttcgag tggttgtgcc tttgaaattc ttctttgatg 1917121 ttatgacatc atattttgta ttttcttgtc atcttctcgt gaatttcctg gaaatttcat 1917181 catttttggc gaaaattcaa aattttctgc acaaaggcaa taaacccgaa ggcactctga 1917241 cgaaaattgg gtgattgata tgaacgctct ccaaattgta agcaggaaaa ttgacccgat 1917301 cgccgaggtt cagacgaggg ctataactta tctcaccggc gagctgtcga ggaaaggctt 1917361 ccgctggttg ctaccggtga tgctcagctc gataaccgac ccgctctggc ccgagccttc 1917421 ctccgaggag gccctgagac cgccggaggt cgaggtctac ggggaaaagc tcaggctgat 1917481 gcatagtatg atactccaca agcagatggc cgtcgcgatg gggatagata agctcttcgt 1917541 cctctctcca aacgtgaggc ttgagagccg tttggctgac gacggaaggc acgcctacga 1917601 gttcacccag ctcgacttcg aaattgcccg cgcgagcatg gacgacgtta tgggcctgat 1917661 agaagagctc atcgtcggcc tgttccgcga gttgagaccg ttcgtctggg agtccttcga 1917721 gagggagctt ccaaagccga ggaggccctt caaacgcttc acccttgagg aaatcctcga 1917781 agagttcggg agcgaggaag aggcgagcag agaaatggga gagcccttct ggataacggg 1917841 gatcccgagg gagttctacg acagggaagt tgacggaatc tggagaaact acgacctcta 1917901 tttgcctgaa ggctacggcg aggtttcgag cggtggcgag cgggagtggg agtacgagaa 1917961 gatactggcc aagatacgct cggccggtct gagcgaggag gccttcaggc cgtaccttga 1918021 ggtggccaag gccggtctcc ttaggcccag cgcgggagcc ggaatcggcg tcgagaggct 1918081 aatccgctac atcgtcggag cgaaacacat agccgaagtc cagcccttcc cgaggattcc 1918141 gggtgttccg gcggtcatct gattctcgaa tcctttttat tgtggttttc tcaaattctc 1918201 tcggtgggaa catggggttg ttcgattttc tgagaaggcc gaggaaaggt gaatccagag 1918261 agttcatagc gtcgaggaaa ccggtcgcga agttcagggt ggaacagatc cttaacgtcc 1918321 tcggcaggga gacgctgatt ggaaccgttg aggggataat ataccccggc tacaaggtca 1918381 aagggcggag catcgcccta atccgagaaa tccagaagga gcggaaaaag gttgacttcg 1918441 cggttgacgg cgacagggtc gcgctaattc ttgaggggaa gacaaacgct aaaaaaggcg 1918501 acgtcctcgc ggtctaccag tcgtgaggtg ggagcatgat aatcctcgac gaccacttcc 1918561 acgttgaccc cttcaagggc ctcttcctcg aggcggtgaa gcagtttcac agggctggag 1918621 gaacgcacct gatggtcgtc tacaagacgg cccacgacta cggctttcct ggtctgaagg 1918681 cagaggactt catgaaggcg atggactttc acatcgagct cgtcgagagg ataaatcgtg 1918741 agacgcccgt taaggccttc gcggtggtcg gcgtccaccc agcggagttc gtctatctgg 1918801 cagagcagaa gggccttgaa tatgccaaaa acgaggtcat gagggccctc gaatatgccc 1918861 agaagctctg cctcgaaggc aaggccgttg caataggaga gataggcagg ccacactacg 1918921 aggttccgcc tgagatatgg aacgccagca tagagctcat gaagtacggg atgagcctcg 1918981 ccaaagatgc cgactgcgcg gttcagctcc acaccgagag cttcgacgag gagaagttca 1919041 gggagcttgg aaggtatgta agggaagtag agataaagcc ttacaaggtc gtcaagcatt 1919101 tttccccacc gctcgtgaaa gtggccgaag aagtcggcgt ctttccgagc ataatagcga 1919161 gcaggaagaa cattgaggag gcgataaagc agggcaaccg cttcatgatg gagacggact 1919221 acatagacga caaaagacgg ccgggagcgg ttctcggccc gaagacagtt ccgagaagaa 1919281 cgaaggcctt cctccagaac ggcctgttca ccgaggagga cgtctacaaa atccacgtcg 1919341 agaacccgag gaaggtctac ggggtggaga tggaggagta aagcttagga gatgtctgca 1919401 gggcaggagg tcactgcttt ttatctacct tttcaaaggg gttgtatatt ctcagtcctt 1919461 caatcctctt aaagtcttta acgttcctcg tgacgagagt taaattgtga acgagtgccg 1919521 tcgccgctat aactgcatcc gggagcttta tactaaccct tcgcctgagt tcaatggcaa 1919581 cgtctcctat ctcatcagtg agtggtatga cgtttgcgaa gcttatgaac tcctttgact 1919641 tttcaaaacc ctcttgagtg tgtcctttcc agccaaggaa ctctattttt gtgattatgg 1919701 agacgttgaa gcttcctcta aggatttcct caatcgttgg aagttcctct ttaggaatgg 1919761 cgtccgcaag gtagtagatg agaatgttgg tgtcaatcaa aaatctctct cccattcctc 1919821 cctcagctcc ctgaggctct tctcaaggtc cttcttgccc ttataaatac ccctatatct 1919881 tgacggatca aagagctcgc ccttaacttt ctcccaaagt tctggcggta ttatcacacc 1919941 cttaattcgt ccatgctcat cgtatatata ctcaacacct tccattctct caccatcatt 1920001 actaagaact gtggcatatt taaccccttc gtcagacctc cgccttcctt accaccctca 1920061 caaccccggg ctctccgatt tctccctcga cttcgaaagt tctacccaaa aaccgctcca 1920121 cgacccagac attggtgacg aggtggttcg tgatttctgc aacgcctatc tctccgcccg 1920181 cgaaggccag gaacggtatc agctggtcgc cgaggaacct gtcaacggcc ttcctcggcg 1920241 tcagttgctc aatcagctct tcagcggctt ccctgccgac tacctctgcc ggctttccgc 1920301 gctttccgag ggcgtctcca gctaacctaa gcgagtccgt ctcggcccaa accactattc 1920361 cgcttccggg cccaagagaa cgtgatactt cagtctctat ctcaacaggg gcattgaaaa 1920421 actctctcaa tctctcctcc gccgatttcg cctgcctctc cgcgacgtgg gccggtaaat 1920481 ttgtcgcgtg gcttatcccg gcgaagctat ctactttatt ccactcaagg gcaacgaggg 1920541 gctttttact ctcccagggt tcaacacttc ccgtgacaag gccaccaccc ttagggtagt 1920601 gccccctcct cttgagctca atctctgccc tcaggcccat cttttcgagc gcgaagagcg 1920661 taacgttcct caggtagtca accggcgggc tccagggcac gtcggttccg cctgttatct 1920721 cgaaacttcc gccgatgaaa gccatcgcag gaagcagcgc ctggaggacg agcgttatac 1920781 tacctgccgt ctttataggg actttgacgt gcttcggctc ggcccttccg ggaacgaact 1920841 cgaggaccgt agagccaact tttgccccct taaccctcgc gttgctcagc tctttgagtg 1920901 ctaaaatccc gtgcaggtgc tggggcctta gcccggggtt cgggcggttt gcccttatcc 1920961 tgtgaatcct caccggcttc cctgtgatta cagacagggc tacggccgtt ctgagtatct 1921021 gtccccctcc ctcgccgtac gagccgtcta tctcaaccca ctccattctc ccaccctaat 1921081 gcagtttcac aatagcctaa aaacgttaat gccgtcaaaa tgaaactcat ctcttagact 1921141 tcaagctcag gccctcgaat tctgaaggta tgaagccaag gttcaccatc acggctattt 1921201 caagggcctc ttccttctca actcctttct ccacgagttt ttcaaagatt tgaagtatga 1921261 actcaaggtt ccggtaattg aagagccatt cggggtaatc ctccagaagg cccctctcca 1921321 cagacactcc ggttcttcgc ttgagctctt ccgcgaattc ctcttttgac attgggggta 1921381 tctttacccg caccccaaag ggaagtccca tgtatttgga gggccacaca gtttctacaa 1921441 ttacctgttt gccctccatc atgagcctca agacttcatc aggctccggt tccgtcagca 1921501 aaactgcacc gggtggaatg aggggcctca gattaactgc cctcaggttt accacgagaa 1921561 cagagaagcc cagagagaat gcggccgcaa tgctgatggc caaacccctg cgttttgcac 1921621 gcccggccct ctcctccatc agctttgagt agagttcctc gctgacgagg gtgagctggt 1921681 aaacggtctc tgcaccctca agatgaagga caccgttgga gaggagtttg aggccgagcc 1921741 tcgcgagagc cgagctcagt gaggtctcgg ttcgggtcgt tattgctccc ttacccttaa 1921801 cgttctcgac ccccctgctc acaagtcggt agtcggctgg aaagagaccc ctggcgttga 1921861 agaacttttc gagcgcttcc ttcgccttct cctcgctaac cgcgtatacc ttaacgaact 1921921 cgacattgtc ggcagcgtcc acacctatga aaacgactgc gtcacggcgc tccctcggga 1921981 ggagtacttc gtccatcgcc ccacctcaga ggctcattgc tccaaggagc tcaccagtct 1922041 ctatgttgat tatcgtgact tccctcttcc tcgtgtcgag caaggcgacg ctcttaacgc 1922101 cggtaaggta accgcagacc tcgccggggt tgacgagtat cgtcctcccc tcttccctta 1922161 tctcgtagtg gtgggtgtga ccaacgataa ccacgtcgta gagcctgctg cgggccaggg 1922221 cacgaacgat cctctcatcg gtgccgtgtg tcacggctat cttcattcca tcggcctcaa 1922281 tttctaagat ctcatcgcat atacccaggg cttcgtagag gcctttcctc tcgccgtcgt 1922341 tgttaccgaa aacacccttg aggggagcct ttagtttcct cagctctccc gcgacgaacg 1922401 gggcaacgta gtcgccggcg tggatcacga gatcaacgtt cctctcgttg aggaactcca 1922461 cagccttcct tatagcaggg aggttatcgt gggtatcgct cattattcca atcagcatga 1922521 taccaccttg atgaaaatag tcgggccggt ttattaggat tatcccggag aatgatcaaa 1922581 tggacacagc cgtcgtactg ccaaggttta ttagggggag ggggtacttg gtgaaaggtg 1922641 gtgggatgtt cagcggaagg gccctcatac cagtcaagat catcaagccc ttcgaggact 1922701 ggaaaaccgg tgacatagcg ctccttgagg actggaaggc caaggtactc tgggagacgg 1922761 gcatagggga gatagtggac gagacggaca agataatcgg tgagatagac aagatgatag 1922821 cagaggagag ggagagccaa cccctcgttc cgattccggc agggctatat gagagggccg 1922881 agttttacat atattacctc gagaactacg tgagacagaa cccgggcgag agcattgaag 1922941 tgttgagtgt gaaaatgacc aaactcgcca acctaaagaa gaagtaccgc tatctcaagg 1923001 aaatgcgctt taagaaaata cttgaagcgg taaggctgag acccaacagc cttgaagttc 1923061 taggcaggct ttccccggag gagaggagga tctacctgga gctttctaaa atcagaaacg 1923121 aatggctggg tgagggatga tggataggga ggacatgata tcccgcttcg caacgttcct 1923181 ccgtgagtac aaggacgacg atggaaaccc catctactta aacaggttga aggatctgct 1923241 cacggtcgtc ccgaagagat cgctgaccat agactgggcc catctgaact cattcgatcc 1923301 cgaactagca caggagcttc ttgagaaccc cgaagaggtt ctgatggccg gagaagacgc 1923361 catacaaata gtcctccgcg aggacctcat gtactcggaa gagctcaaga tacacgcgcg 1923421 cttttacaac ctcccccaca cgctactcgt taaggaactg gggagcgagc acataaacag 1923481 gctgattcag gtcgagggga tcatcacgcg catcagcgag gtcaaaccct tcgtccagag 1923541 ggcggttttc gtatgcaagg actgcgggaa cgagatggta aggcttcaga ggccctacga 1923601 gaaccttgtc aagccggcca agtgcgacgc ctgcggctca agaaacgtcg agctcgacgt 1923661 cgagaagagc cgcttcataa acttccagag cttccgcctc caggacaggc cggagagcct 1923721 taaaggcggt cagatgcccc gctttgtgga cgcaatactt ttggatgatc tcgtcgatac 1923781 cgctctgccg ggcgataggg ttctcgtgac cggaatcctg cgcgtcatcc tcgagcagag 1923841 ggacaagagg ccgattttca agaaggttct tgaggtgaac cacatagagc agctcagcaa 1923901 ggagatagag gagctcgaga tttcgccgga ggacgagcag aagatccgcg agctggctaa 1923961 gaggaaggac atcgttgacg cgatagtgga ctcgatagct ccggccatct gggggcacag 1924021 gatagtcaag aagggaatcg ctttggcgct cttcggcggt gtgcagaggg ttttgccaga 1924081 cgggacgaag ctgaggggag aaagccacgt tttgttggtt ggagatcctg gagtagcgaa 1924141 gagtcagctc ctccgctacg tggccaatct ggcgccgagg gcgatttaca cgagcggtaa 1924201 gagttcaagc gccgccggtt tgaccgctgc agcagtcagg gacgagttca cgggctcgtg 1924261 ggtgttggag gctggtgttc tcgtcttagc ggatggtggg ttcgcctgcc tgcacccgga 1924321 ttcacgggtt cttgtagatg ggaaatacca gagaattgaa gacctcttcg agcttgagaa 1924381 gtcatacaag gcgctctccg acggccaaat cgtggacatt caggagaagg agatggaagt 1924441 tacggccctc gacctcggaa gcataaggac aaagacttct aaggccacaa taatccgcag 1924501 gaagccctgg aagggagagc tgttaaagct caagttccgc tcgggcaacg aggtaaccct 1924561 aactcccgac caccttctca tagatggtaa gacccttgag tggaaggagg cggagaggtt 1924621 taaggttgga gagagtgtca tcggacttga tgaaaacttc aacccccgcc cagatgaaat 1924681 cgtctccatt gagcgcgttc catacgaggg ctacgtttac gacctctacg tgccgggtga 1924741 gcacaacttc ctggccgagg gaatcatagt tcacaactgc atagatgagt tcgacaagat 1924801 gagcgaccgc gacaggagcg cgatacacga agcgttggag cagcagagct accactacga 1924861 cttcgagctt ctcttagcgg acggcaggaa ggtgaagata ggcgagctgg tggattctct 1924921 catagaggcc aaccgggata aagtgataat cggcaaggac accgaaatac ttcctgttga 1924981 tgatattgag cttttggcct acgatctcga acggaaggaa atcgtgaagg ttaaggcaga 1925041 ccgcgtgagc aggcacaaag cgccggataa gttcatacgg ctgaggtttt caaacggcag 1925101 ggagatagtt gtcacgcccg agcacccgat tatggtgtgg gaagacggcg agataaggga 1925161 gaaacctgcc gagaatgtta ctgtggacga tgtcgtgctc ggagttgcaa ggtaccccat 1925221 tgagatcgag cagttcgacg aaccgctcag ggacgagagg gcggcctgga acaggcagga 1925281 ctacctctac tccctgggaa tagtgtcaaa aataaagaat gccccaggcc gctacgaggt 1925341 gaagcccacc gagagaacct tcccggggga gcttttgaaa aagctcggtg aggcaggtaa 1925401 aaacatccac ttcaagctct caagcaggta ctatgccaag aggcccctag tttccaaatc 1925461 tattctgagg aaggaaataa ggcggctgat agagcacctt gaaagggtga gagaactggc 1925521 cagcaaagag cccccgaagg cactcaagta cctcaacaag tcgaggatat ccttcaaata 1925581 tggccttaat gcaataaccc ttcggaacag gatagagaga ggcgatccaa ccgccctgtc 1925641 catactcaga acagaggtcg agagggaagc cgagagaata gagcgcgtaa tagaggaggt 1925701 cgaggagctc ctaaacggca acgttaattt cctgagggtc acaaaagtcg aaaaacttcc 1925761 taacgaccgc tgggagtggg tctacgacgt aaccgtcgag ccgtatcacc tcttcgtctc 1925821 tcacgggctg gttctccaca acacaataag catctccaaa gcgggcataa ccgcaactct 1925881 gaacgcgaga actaccgtta tagccgccgc caatccgaag ttcggccgct tcaaccgcat 1925941 gaagtccctt ccagaacagc tcgacctccc accaacgctc ctcagcaggt ttgacctgat 1926001 attcctcctg ctcgatgaac cagacgaaaa aattgacgcg agcatagcgg agcacatact 1926061 gcgcgtcagg cgcggtgagg ccgaagtggt cactccaaag attccctacg acctgctcaa 1926121 gaagtacata gcctacgcga ggaaaaacgt ccatcccgtc ctgagcagag aagctatgga 1926181 ggagatcaag cgttactacg ttaagatgag gaaggggctg agaaggagca gtgatgacgg 1926241 tgtccagcca attccaataa ccgctagaca gcttgaagcc ctaatacgtc tcagcgaggc 1926301 ccacgcgaga atgaggctga gcgagacggt aacgcgcgaa gacgccagag cggcgataga 1926361 gctcattgaa gccatgatga aaaccatagc cgttgacgag gagggcaaca tagacgtctc 1926421 gatactggaa ataggaaaga gctcgaagaa gctcaacaag atagagaagc tggttgatat 1926481 aatcaagaac ctcgagccgg agggtgaata cggagcgccg gccgacaggg tgatagaagc 1926541 agcgaaacag gctggagttg gaagcaaacg cgaagtcgag aagctcatcg aggagttaaa 1926601 agcagacggc agaatctacg agccgagggc aggattttac agggtgctct gataacgcca 1926661 aaggttataa agcgaagggg aaacctatga ggggggtgag aagatgagcg agagcattga 1926721 cttttacgac ttcgagaggc tcctagataa ggcttacgag gagttgcccg agaacgtgaa 1926781 gtcccacaag tcccgtttcg aggttccgcc ggcggtcgtt acgatagccg gtaacaggac 1926841 gatcatcgag aacttcgttg acatagctga ggccatgaac cgcgacccaa gccacctgct 1926901 caagtttata ctgcgcgagg tggcaacggc aggaacgctc gagggcaggc gcgtaatcct 1926961 gcagggacgc ttcactccct acttaatagc caacaagttg aagaagtacc tcaaggagta 1927021 cgtcatctgt ccggtctgtg gaagcccgga cacaaagata atcaagaggg acaggttcta 1927081 cttcctcaag tgtgaggcct gtggtgccga gacaccaatc cagcacctct gaggcctcct 1927141 ttcttttttg ctcctttgtg gacaaattat ccactattgg atgaaattcc gctcctcaaa 1927201 aaccctttta aactttacaa actacaaccc ccaagaaacc gagggggtta ctcttatgag 1927261 catggaggag aagctcaacg agctttacga aaggaggaaa aaaattctcg caatgggcgg 1927321 cgagaaggcc gtcgagaaac agcacgccaa gggcaagctc accgcccgag agaggattga 1927381 gaagctcctc gaccccggaa gcttcgtgga aatcggcatg ttcgtcaggc accgcggaac 1927441 cgagttcgga atggacaaga gggaacttcc ggcggatggc gttatcactg gctacggaac 1927501 cattgatggt cgcctcgtct tcgtctacgc gcaggacttc accgttatgg gcggttctct 1927561 cggcgagatg cacgcggcga agattaaacg cgtcatggag ctggctttgg aggcgggcgc 1927621 cccggtcata ggcctcaacg actccggtgg agcgaggatt caggagggtg ttgactcgct 1927681 caagggttac ggtgaaatct tcaagatgaa cacgattctc agcggtgttg ttccgcagat 1927741 taccgcgata atggggccgt gtgccggtgg agccgtttac agcccggcaa taggtgactt 1927801 cattctcatg gtggacaacc ccgcgagctt catgttcatc acgggcccgc aggtcgtcaa 1927861 ggccgttaca ggcgttgaag taactccggt tcagctcggc ggagcgatgg tccacgccca 1927921 gaaggccggt caggcgcacc tcataggcaa gagcgacgag gaagttttga ctttgataag 1927981 gcgcctcgtg agctacctgc cgtccaacaa catggagaag cctccgaggg ttaagacgag 1928041 cgacttgccc ttcaggaaga gcgagaggct ctatgagatt gtcccggacg acccaaacaa 1928101 gccctacgac gtcagggacg tcatctacga gatagtggac agagacgaga acggcaaccc 1928161 ggactttctg gaaatcctcc cctacttcgc tccgaacgcg gttgtgggct tcggaaggat 1928221 gaacggccag accgtcggta tagtcgccaa caaccccaag tatttcgcag gcgttctcga 1928281 catagacagc tcagataaga ttgctaggtt tgttagaacc tgcgacgcct ttaacattcc 1928341 gatagtcacg ctcgtggacg ttcccggcta tttacctggc gttgaccaag aaagccgggg 1928401 aataatcagg cacggcgcga aggttctcta cgcctacgcc gaagcaaccg tcccgatggt 1928461 aacagtgatt ctgaggaagg cctacggtgg agcctacctc gcgatgggaa gcaagcacct 1928521 tggagcggac ttcgtcttcg cctggcccac cgcggaaata gcagtcatgg gtccggaggg 1928581 agcggcgaac atcatattca ggaaggaaat cgcagcggct gagaacccgg aggaagtgag 1928641 gcagcagaag atagccgagt accgcgagaa gttcgccaac ccgtacgtcg ccgcctcgcg 1928701 cggctacatc gacgacgtca tcgacccggc agagacgagg ggcaaggtca taatggcgct 1928761 tgaggccctc gagagcaagc gcgtcaaact cccgccgaag aagcacggca acatacccct 1928821 gtgaggtgaa agcatgagcc agtttgccga gggcggatgg attacaatca taggaatcac 1928881 cgtcgtcttc gccatactcg cgatactcgc gatagtgatg tacgccatag gcgccttcga 1928941 gcgcgggatg acgaagaagg tcgagaagga agagaaagcc gtcgaggaga cgaaggagga 1929001 ggttgagacc ccggaggagg aaattccccc aagggatttg gcggtcataa ccgcctcaat 1929061 cctcgcctac ctcgcgaaga aggccgaggt ggttcgtcct ttacccttca ggaggaaggt 1929121 ttccgacgcc tggcgcctct acggtttgca gagcggtatg gatgaggttg agaacttcaa 1929181 ctacgagatg aggaagtggt gaagatgaag gttaaggtca tcatcgatgg aagggagtac 1929241 gaggtcgagg ttgaggagct cggtggtgga aagttcaggg tcagcttcga gggcaagagc 1929301 tacgaggtca aggctgaagg actgggaata gcgcttccga gcgttcccga aactaccagc 1929361 gctccggttt ctgctccagc ttctgtgtcg gttcctgctc ccgcccctgt gagtgctcct 1929421 gcgccctcgc ccgctcctgc gagtgcttcg ccgaatactg ttacggctcc aatgccgggt 1929481 aagattctca gggttcttgt tagtgagggg caggaggtta aggctggtca gggtttgctt 1929541 gtgcttgagg ccatgaagat ggagaacgaa attcccgctc cgaaagacgg tgttgttaag 1929601 aaaatctacg tgaaagaagg cgacgccgta aacaccggcg acccactagt agaactcggg 1929661 tgatggggca tgacgagctt cgtggacttc ctgagcacaa tgggtctgct ccacctcacg 1929721 gtagggaaca tcatcatgat tgcagtgggc ctgacgctgg tttaccttgc gatacgctac 1929781 gagatggaac cgctgttgct tttgcccata ggcatcacgg cggttctcgt taacctcccc 1929841 ctcaacggca tagccaactg cccgaccgtt gggcccctct gcagtcaccc gggcctgctc 1929901 gacatagtct accactacct catcaagacc gagatagtgc ccctgctcat cttcttcggc 1929961 cttggagcaa tgacggactt cgggccgatg attgcagatc ctaagaccgc ccttatgggc 1930021 gccgcggcac agataggtgt cttcgtggcg atgctaactg ccttggccct gggcttcaac 1930081 ctccaccaag cggcttcgat aggaatcata ggcggtgcgg acggaccgac gacgatatat 1930141 ctgaccacca agctggcccc tgaaatcctc gccgccaccg ccgtcgccgc ttacagctac 1930201 atgagcctcg tcccgctgat ccagccaccc atcataaagg ccctcacaac gccagaggag 1930261 agacgcataa ggatggaaca gctcaggccc gtatccaaga gggagaagat cctcttcccg 1930321 ataatcagca tgatcgtcat cggtctcctc gtccccagtg cggctccgct tatcggaatg 1930381 ctcatgatag gtaacctctt ccgcgagagc ggcgtggttc caaggctcac caaggcagcg 1930441 caggaggagc tcatgaacat cgtcacgata ttcctcggcc tcggcgtcgg ctcaaccatg 1930501 agagcggaga gcttcctcac ggcgcagacc ctcatgattc ttggccttgg cgtcgttgcc 1930561 ttcgccagcg ctaccgctgg aggagtgctc ttcggaaagc tcatgatgaa aatctcagga 1930621 ggaaagataa acccaatgat tggagcggct ggagtttcag cggttccaat gagtgccagg 1930681 gttgttcaga ggatagccag cgaagaagat ccgggcaact ttatcctcat gcacgcgatg 1930741 gggccgaacg tcgctggagt tattggaacg gctgtcgtcg ccggagtctt tcttgccctt 1930801 ctcggctgac gttttttctg ttttcttttc taaaacctta aataggggaa caccgtctta 1930861 ggttaagcgg tggtagaaca tgagggtaaa gacaataatg accaaggacc ctgtggttat 1930921 cgagcttccg gcgacgcggg gttatgcact tgaactgttt aaaaagtaca aggtaaggtc 1930981 ttttcccgtc gtgagcaaga aaaccggcca gctggccggg ataataagca taaaacgcgt 1931041 tcttctccat ccggatgagg atcagcttgc catgctcata aggagggaag taccgattgt 1931101 taagcccaat gacgatctga agaaggccgt caggaagatg cttgagatgg actatcgccg 1931161 cgttgttgtg gttgacgatg acggcaaagt tgtgggtata cttaccgttg gggacatcgt 1931221 gcgaaggtat ctggccaaaa acgagaagct caaggacata acgattgaac cttactacca 1931281 gagaaacgtc agcgtcgtgt ggcagggaac accgctcaag gccgcgctca aggctctcct 1931341 cctgtgcaac gccatggcca ttccagttat agacgacgag ggcaacctcg tcggaatggt 1931401 ggatgagacg gacatcctca aagatagcga ggttattcgc gtcatgaagc agaccgcact 1931461 ctctgcttcg agcgaggagg actggatcct cgagagcaac cccaccttgc tattcgaaaa 1931521 ggcggagctc cagcttccaa agaagcccgt caaggaaatc atgaacccca acctcattgt 1931581 cgcgacgcct cacatgagcg tctacgacgt tgcccagaaa atggttcagt accatatcga 1931641 acagctaccc gttatcaggg gcgagggcga gctcgtcggc atagtcagag acatggacat 1931701 aatcaaggta atcctcaaca agtgatttaa gcccctttcc cctttctatt ctggtgatag 1931761 gatggaggta aaggttgggc tcttcggctt tgggaacgtc ggaagggccg ttgcgcgggt 1931821 tctgcttgag aaggagcgct ttttcagaga gagatacggc ttatcattcc gggtcgtcag 1931881 catctccgac acgagcggaa ccgtctggct tccagaggga atagatttga gcgaggccct 1931941 cctcgtcaag gagaacttcg ggaagctctc ggcctggacg aacgactacg aggtctacaa 1932001 cttctccccg gttgaggccg tgaaggaaat tgaagccgac atcgtgattg acgtgaccaa 1932061 cgataaaaac gcccacgagt ggcatcttga ggcgctgagg gacgggaagg ccgtcgttac 1932121 gagcaacaag cctccgttag ctttccacta cgcggaactt actgacgagg ccgagcggag 1932181 gggcctgcca tacctcttcg aggcgaccgt aatggcggga acgccaatca tcgggctcct 1932241 ccgcgagaac ctgctcggcg atactgtaag gaaaataaaa gccgtcctga acgcaacgac 1932301 gaccttcatc ctcagcagga tggagcaggg gattgacttc gagaaggccg taaggcaggc 1932361 tcaagagctt ggcatagccg agagagaccc gagcggagac gtcctcggaa ttgacgccgg 1932421 ctacaaggcg acgatactcc actgcgttgc ctttaagccg attaccttcg atgagattgc 1932481 cgttaagggc atcgctgagg ttacggttga cgaggttaag agggccctcg caaaggggaa 1932541 gaggattagg ctcgtcgcga caatcgagga gaagaacgtt agagtcactc ccgaggaggt 1932601 ttccggccca ctcacggttt cgagcaacga gaacgttgcc ctaatcgaga ctgacctttt 1932661 gggagagctc ctcgttaaag gggccggcgc cgggctgaag gagacggcga gcggggttgt 1932721 aagtgatttg gttaaggcgt cgctgaaact cagggcaggg tgatttcttt tccttcggcc 1932781 tttattctga gttccacttt gccaaagcga tgcttaatca cacggatttc cagcgttcca 1932841 cagggagttt cgagagtttt ctcctcaaag agggggaaga agtcccttgc gagaaccttt 1932901 ccctccgtgt ccttgagggt tatggtggac gtcgcgcaat ccggaacgag gaggagcgtt 1932961 tttccattgc actctatctt gagggcatga aagcggtttg ccagggcaag aaaaccgagg 1933021 gctacaaaaa cgttcatcag cggtaggact tgccatctct caattaatcc aaccgcgagg 1933081 agaaggagtg agagggcaag gtaggacaga ccaaacttcc agaggcgttc gtttcttaag 1933141 gtgatttttt ggagcttgct catcaacacg atttcatcca aaactctttt taactcttct 1933201 tcgagggttc gccaggtgaa agcatggagc acgtcatagc gctccaccag gtttacgccg 1933261 agctgatatt caggggcctc aaaacggttg aggtcaggaa gaggaaggcc ttcgacgaag 1933321 gagacttggt gttcctctac atagcgcggg gaaaccccta cgagctgagg gacacgctga 1933381 ggaggctcaa ccttcacgag gagcagacgc tgacccagag gggaaccata gctggaggct 1933441 tcgaggtcgg agaggtgata aaggctgacc tcgagaccct ctgggagatg gcgaaggagg 1933501 cgagcggttt aacccttgtc cacggtgaga acgggaagaa ctggctggcc aactacatca 1933561 aggactacgg ctacgtcttc accatcgaga ggccgttcct cttcaaggaa ccgatgagca 1933621 gggaggagat gaaggagcgc tatggagtcc acgtcgaagg ggtaatacac ctgtcaagaa 1933681 agacgaggaa accctgggtc aaagctctaa ttgaagatct gctggcaagg gattactttt 1933741 atccctaagc ctctttgtcc ccacttgctt tctctgaaag ggcttcttct gatccgtttt 1933801 cagagctctc aagctcctcc gggttaacta tctggtacgg cccgaggctc agcttccgga 1933861 tttcctcctc tgtcaaaagc ctgctcctga ccttctcgcc tatgagcgcg ctgttgccga 1933921 gggggtctgc tatctttacc gtcagcggtt tctttccttc cttgacgtcc tcgatgtact 1933981 ggagtatttc gtcggccttc tttactgctt cttcgtcacc ctcctgcttc ctgaactccc 1934041 tcgccatcag gagcgtttcg cggacgcgct caaggacacc ttcaacgttg gtgatgaaac 1934101 cctcagatgc cggcccgggc tcaactttaa cacctatttc ctcgagctct atcgtcccgc 1934161 tcttgcttct cacaacgcgc gtgaacaggt ctctctcatc ctcgaccctc accgtgtaga 1934221 gcttcggcgg cctgtcctcg agtatcatga cgtccgcgtt tctgtaacca cagcgctcgc 1934281 agattatcgt gctctccatg accttgccga agtaaggaat ctcgtggatg tgctggatgg 1934341 ccttaagagt gttcttgccg ccgcagatgg ggcagtcacc gaggcttatg acctgaacct 1934401 cgccgagctc cggcttaacc tcaaccttct cgcctttctt ctcgcccatg agcatcaccg 1934461 agaagagtag caaaaccggt ttataaaggt gaggtagcag aaaaatcgaa gaaatccggg 1934521 acggggatca tttggcgatc ttaacgtcct caggggtaag gagaagcctt atctcacctt 1934581 tacaaacctt gacaacctgt ccgccgagtg cagccgtcat gcccttgatc tgctcgacga 1934641 ctttctccag tatctcaggt tttatctcga ggggagtcag atcgacgagg acgaggttgc 1934701 cctcctgaag ctcctcggaa atcctctcaa gatcggagta gctcgtgact actatcttct 1934761 tcacgtattt aaagtgaggt ttcacgattt ccctggcgag aacgtcctcc tccagtggaa 1934821 caacttcgac atccctcgga aggggcttct cctccttctt cgttacggcc tccttgacgg 1934881 cctcgggttt cttcttgggt tttttctcct cctttttgag aatgctatcg aacaggccca 1934941 taccattcac cccggggttt gatcataacg aaggctgaac ttttatgcac ctcaatgttt 1935001 atatctcttt cccaaaggaa aaagttggaa atcaggaagc tgaaccaacg gcctcgagta 1935061 ggatctttct gagttcatcg gcctttttca gtgccgtgtc aatggcgtac atgacctcct 1935121 caagcttgaa gcttcccccc tcacccttct gaacggccga gatgtgacct gtctcgtcgg 1935181 tggttatggt tagcctgctg tccattaccg tctcttcgtc gaggtttgga tcgacgatga 1935241 tgctcgaacc gatcttcgca aaggttacgg ggatcgggac gtgcttcacg ggcaggggct 1935301 cgtattcgtc gagcttgatt atctccccgg tctcctcgtt gtactcaacc ttgggtattt 1935361 tagttgtcat cagggcggcc atcgcggcca agccagttgc gtcgaagagg tttccatcgt 1935421 gatctagtac gtggacgtct atgaagacga ccctgacgag ttttccgggc acgatgacga 1935481 gcttctcaag ctcaacggct tggctctccc ttatccccct gtcaataacg cgggccagct 1935541 ctattgccct ctcgtcaggc gggcctggct caaacgttgg cgaggcaagg ggaacgagct 1935601 ccacgttggt cgtcatgacg cccctgtcgg ggagatcggg gaagggctcc ccaacgtcga 1935661 cctttatgcc gacgagaacc ctcgtgccac cgagcctgac ccatgcggag ccctcggcct 1935721 tctcaatgaa gccggtcttt atctcgatgt ctctgtactc ctcgaaggag cggccgtcga 1935781 ttctcttccc ttccttgagg aggttgagta tcctgtccct cattatcccg gccatgatct 1935841 caacgtcact catctccagc cacctcctgg gcgatcttga ggtacttctc tttgagcgct 1935901 tccctctgct tctggtagac tgccttcgct ccctttatcg cgagtttcac tgcctctatg 1935961 aactcctcct tggtgagata gccatccatc tggaggaggg ttatgtcgtt cttgaggggc 1936021 attatggcaa cgggaacgtc ggcttcaccg tagttgtctt cgtccttgtt gaggtcgagg 1936081 actatctcac catcgatctt tccagcggca caagctgcca cgagatccct catcggaact 1936141 cccgcatcgg ccaaagcgag cgatgctgcg gttattccgg caaccctcgt tccagcgtcg 1936201 gcctggagaa cctcgatgaa gacgtcaacg actgtcctcg ggaacatttc aaggatcaaa 1936261 gcaggctcaa gcgcgcccct tatgaccttg cttatttcaa cgctcctcct gtcgggaccg 1936321 ggctttttcc tctcctccac gctgaacggg gccatgttgt agcggacgcg caggactgcc 1936381 gtgtcaggcc tctgaaggtg ttttgggtgt atctccctcg gaccgtaaac ggccgcgagt 1936441 atcttgttct taccccattc gatatacgcg gatccgtctg cgttcttcag aacaccgact 1936501 tccatgtgga ttttcctcag ctcatacttc ctccttccgt ctattctcct gccgttctca 1936561 tcgatgagct ttaaaccctc tggcctaccc atcattttcc ttcaccctcg ttattctcct 1936621 caagctgggg tatctcctcg atcactcccc tctccttgag ctccctgagc cgggagagga 1936681 ggaactcctt aaccctgtct gtgagcccct gggtgtggct ttcacgatca accttgagga 1936741 tcgcttccac cgccagcttc tcaagctcat cgttcttgcc gctcacccag acccatccgt 1936801 tctgacccac tatgatcctc gttccggtca gcctcttgat catgttgatc atcgaacctc 1936861 ccttaccgat gaccctcgga accttggagg gggttatcgt gacgagctgg cctcccctga 1936921 ggggaccgcc cttgaagggc attcccttgg tagtcaggtc gatctggttg acctcgttgt 1936981 aggcctttat cttggcgtag attatatcgc cgatgtcgta gatcttcctc aggtctgttt 1937041 tgagaaggtc tatgcgctcc tccacagcat cctgaacgcg gaggttcgcc tgatacggcg 1937101 cgcctatgtc cacagtccag ttggagaacc ggacgtccac gatctttcca agaacgttgt 1937161 ccccaacctc cggtatgtat ggtccctcaa ggggtataac ccgtataagg tcccccctga 1937221 tctcgaccag tcctaccaca gtcgagtata tcctgttccc ttctctgaag gttcctcttc 1937281 cgttcttaaa gggcccctgg gccaaaagtg tcccgggaac cactaactcc cttggtttta 1937341 caaaaatcct cctcataggc ccttcctctc tacaagtttg gtaatcgcgg tgcccttggt 1937401 aagggcgttg agtttctcat aaaactcctc ctctattcct ccgggaatct cgatcaggaa 1937461 catccacgag ccgtcgctgg cccactcctc cctctttatg ctgccgaact ttctgacctc 1937521 cccgtaggcc ctaccgacat agtcgctcgg tatcttcacc gctatgacct tgacttcaag 1937581 ctttattggg agaagcggcc ttatggcctt gatcacctgt ggaacctgtg cctcggcgtc 1937641 cttgaagaga tccacgtgga cccctgcctc ctccatcgcc ctgaggatcc tatcgacagg 1937701 gtggggatat ccagtcctcg gatcgacggc atgtctgtgg attatcgtcg ctatgtactt 1937761 cttcttgtcc tcgagcatct gtctcctctg ctccgccgtc agctgaactt ctccctttct 1937821 gaggattatc ttggcgacct cgtagggatc gctcgtcccg aatatcttct ccatctcgtg 1937881 ctcgctcgcc ttgtcaccct tgtgtgcatc tttgaaaacg taaggcgttg caaggatctc 1937941 ctctatggga acatccttgc cctctttgaa atccctggct aggtaagggt caacgagtat 1938001 ttcaaaggtc tcgccgtgag ttttaagacg ggcgataacg gctttatcta cactgatggg 1938061 catcgcccgt cacctcagta gttctggtca agctcggagt aatcctcttc ccgctcctcg 1938121 acttcctctt ccttgatctc ctcgaggatc tcattgaggt actttgcaac ctcttcctta 1938181 tcaagctttt tccagcgctt ctcgtcaagg gttatgtagg cgacctcgat gctctcaggg 1938241 ctgggttcct caagggtctt tgcaagggcc agtatggcga gctttatcgc tccttccata 1938301 tcgatatcgt cgctgtagtg ctcttcaaat atcgccatcg ctgtgttcct gccgcttcct 1938361 atagcgacag ccttccactc aaagtaggcg ccgctcgggt ctgtttcata gagctcgggc 1938421 ttctcgttaa cgcccgccat cagcagagct gcaccgaagg gcctcacacc gccgtactgg 1938481 gtgtgggcct gcttgaggtc gcatatcttc ttcaccagaa cggtgagcgg gacgggttcg 1938541 ccgtatgtca ggcggtatat ttgagcctcc agccttgccc tatccacgag aaccctcgca 1938601 tcagctatta taccgcttgg ggccgcggct atgtggtcat ctatctggaa gatcttctcg 1938661 taactgctgg gttctatcag ccgacttgtt atcctcttct ccacggctag gacaacgcca 1938721 cccttccact taaccccgac tgcggtcgct ccgcgcttca ctgcctccct cgcgtagttg 1938781 acctgaaaga gcctcccatc cgggctgaaa actgttatag ccctgtcgta acctgcctgc 1938841 ggcggtacaa atgccacctc catcacctcc aacactcatt tttcggccca ataattaagc 1938901 ttttctatcg acgccaccga gcgcaatgag ggccattctc tgggctgtcc tcctggccag 1938961 ttcaagggga atcattgcca caggaaacag aatcgctccc agaacgagcg acgccgagcc 1939021 aaagggcctc aggatgagca gggcaaaggc agcgagaagc gttgcgagtc ctatcatcat 1939081 cagctttcgg tacgtcttct ggagtccagc tatcctctca tcggtatcac tcacgttcac 1939141 caccgaagac aagggttaaa tacaccggtt ttaagccttt ggggggatgt gccatgaggt 1939201 gcccgttctg tgagccgaag aaagagaacg ttctctacga gggcgaactc atcaggatcc 1939261 tcatagactc ctatccggca agcaaaggcc atcttctcgt cgttccgagg aggcacgttg 1939321 agaaatggga ggatttaaga gaggaggaga aaactgccct cctgaaggga atggagctgg 1939381 ccatgaaggc cctccgcaag gcactaaatc ctgatgcctt taacgttggt atgaacctcg 1939441 gaagggaggc gggccaaaca gttccgcacc tgcacctcca cgtcatccca cgccgaaagg 1939501 gcgacagtaa aaatccgagg ggcggagtca gaaaggccgt tctcgatctg gaggacgaga 1939561 acctgaacct taaagagagg tggatgagaa acaggatgag cgaggaggaa aagaaaaaac 1939621 ttcgagaggt atttaattca ataaccccat aaacgacatg aaatgcatcg caacggcccg 1939681 gattatacat cgccttcata aagcacaaca aagaatgagg aaagtgggct ggaaaccaga 1939741 aaatcaggcc ttagcaagtt cctccccacg ctcaaaggcc ctgaagttca tctcccagag 1939801 cttctcgcgg agggtcagcc ttattccctc aagaaggctc tcgcgcttaa ggggtatcag 1939861 gcccttcccg taggcgtagc cgagcatcag gacgcccaaa gttctggggt ttatcttgtc 1939921 tgcctcgcgc tggaagttca tcatgtggac ggggcagatt ctccctatcg ccttttcgat 1939981 ttcatcgagc tccgggtagc gctccttccc gacgagggtc gtcgctgtgt ggatgggata 1940041 ggcgttcact atggcaacgc tgttctttcc gagaaagcgc gcgttcctta aagcctcggc 1940101 aggctcaagg gcgagcatga ggttggcctt gccctcttcg atgaggggcg aatagacccc 1940161 ctcaccgaag cggaggtagc tgagcacgct cccgtagcgc tggctcattc cgagggtctc 1940221 gccgatgcga acgttgtagc cctcgaccat ggccgcgttt ccgactatcc tcgaaagggt 1940281 aagacctccc tgaccgccga ctccggtaat gatgaggttg aactccatga gcaccacctt 1940341 ggggagttgg agggggagaa taaaaagcta agctcaaaaa aattcggcag gacctctaga 1940401 aacccaaaaa tctccaaagt tttcagcgcc aagcttgcac tatgcccatc ccttggagga 1940461 caccagcggg atacctattt aaggactcgt gaggactcaa aaacatgacg tttgaagagt 1940521 actactccgc attcaaagcc tacagcgaca tctattccga cgagtacagg aagagaattg 1940581 agaaccttga accgctcctg atgaagttca tgaaggaaaa ggggaaagtc ctcgacctcg 1940641 gctgtggcgc tggaggcttc tcgttcctgc ttgaggattt gggctttacc gtcgttggcg 1940701 ttgacaacag cgagtacatg ctctccctcg cgaggggttt tgccaaagag aagggctcga 1940761 aggtggagtt catcaaagcc gacgccagag agttgccctt tgaagataac acctttgact 1940821 acgttctctt catcgacaat ctcgttcact tcgaacccct cgacctcgga aaagcgttcc 1940881 gcgagatggc aagggtcctg aagcccggcg gaaagctaat cctccagttc accgacctga 1940941 gggcgctcct cccggttctc atgaacgggc aggtaatcgg cgctgaatac tggattagca 1941001 aggttttgcc ggacaaggac gagaaaacag tcctgataga gttccagagc gaggagaagt 1941061 cattcagggt tcgcttcaac gtctggggaa agacggcagt ggaactactc gcgaagctct 1941121 acttccagaa ggtcggggaa gaaaagataa acgaacacac ttacctccag gtctacctac 1941181 cgaaaaaatg aatcaggcct ccaggcggag ccttttgacc acgaactcct tatcaaggga 1941241 agctaagaac ggggccagcc tcggcccgcg gtcctttcct atgaagaggt tgtagagcgc 1941301 tttgaaccac tccttgctcg ggattccgcg cttcttggcg acgtcgaaga ttgcgttgtt 1941361 gagctcatca acggtgaagg cattggcctc aatccagtcc gccagctctc tcatcgcctc 1941421 cctgatttct ggcctgagtt cgagctctgg cacctcctca agcaggctga acttgacgtt 1941481 ctcaggggca tacttctcga cccagttctt ggcgagcctg atgcggagcc ttattctctc 1941541 aatgtcctct tcgctcaggt tctcgggaac gtggccctgc tccttgagaa ccctgattat 1941601 tccctcctcg tcgaggtgag gcatctggac gagcgtgacc aaaaacctga agggcgcctg 1941661 agcgataagc ctctccggaa ccttcggcat cgacagctcg taggttctct tgagttcctc 1941721 ttcctcctcg gggttctttg catgctcaag gccgaagtaa atcctctcga ccttgtcgaa 1941781 ctcgtcgtag aggttgagca ggccgagacc gaggtctatc ttgagttcct tgttgggcct 1941841 cgccttggca tagatgaagc ggattattcc cggctcgaga acctcgtaga ggtcgctgag 1941901 gaggataacg ttgccctttg agccactcat cttgcccttc tgtcccttga ttccgacgaa 1941961 ctcgtacatg agggtcatcg gggccttcca gccgaagacc ttctccgaaa tctcctttcc 1942021 tgtatcgtag gagctgcccg cggcgagatg gtctttgccg gcaggctcga agtctaccct 1942081 gaagtgcgcc cagcgcatcg gccagtcgac acgccagcgg agcttaacgt tgccctccct 1942141 tatgtcggtc tcgccttcgc tcccgcagtg ctcacagcgg tatttaacct tccacccgcc 1942201 gtcccacgag acgaacttcg cctcttttct gcacttcgga cagtagatca tgaccggctg 1942261 ccagtcgtcc tcgaggggcg gttgcttggc cctctcacgg tacttgtcga gaacggcctt 1942321 aatatcgtcg cgcttttcga gggcgagcct tatctcgttg gcatactcgc cggacttgta 1942381 cagctcgctc gcgtagagga agtcggcctc gattccgagc cttttcactt cctcctcgaa 1942441 cttctctata aagtgctccg cgtagctgtc gtgacagccc caggggtcgg gaacctcgcg 1942501 gacgggcttc gtgaggtgct ccctccactc ctgcgggacg ttcttgggca cctttctaaa 1942561 gcggtcgtag tcgtcccaca tgtggatgtg cctgaccttc tttcccctgt ccctcagggc 1942621 gtggcccact atgtaggccg tgaagaactc cctgaagttg cctatgtgaa cgtaaccgct 1942681 cggggttatt ccgctctcga ccacgtactc ctccttgtcg cccctttcgc ggattatctt 1942741 ttcggccatg tagtcagccc agtgaaccat tctcaccacc gcgcttagct cctcgaaagg 1942801 gcttttaagg ttagcctcca gttgaacaac ttttcgagag aaacatttat aagtgcaaaa 1942861 agtaaaaact accgaacaat gtaaaaggtg aacgctatgg agtttgaact gaggagaatg 1942921 aacgtattct tcccggcgtc gctggaaatt caggaggagc tgttgaaggc gggctttaag 1942981 gtgccttacg acaaggaaac agggaggaaa actcccgttc ctgtggtttc aagctcgatg 1943041 gaagggcgaa agctgaggcg cggtagactg ttgaaggcca aagatgttga aatgaaagat 1943101 aagttcgcgg tgattcccga ggagagggtc ctcatcgagt tcgaggttac agagaaggac 1943161 ttcctgatga taagaccgaa gcccctggag taccacctcg aggagctcgg gttcctatca 1943221 gtcccaccaa ggatttgggg aacgtgggcg agcttctcac tgcccttctc agcctacgat 1943281 gcgctccttt cagagctgga ggagtttaaa ggagagaaca aaggattcta cacggcctca 1943341 aagggttcga ggggaaggat tgaggtctac gcctacaagg ggagaacgag gaaggacctc 1943401 gggattcccc ttttcggcta ctcgctggga cttcacggct taaccctgac ggaggagtac 1943461 ctcatggaga aggcggaaga aaacggcgtc cccgaggaga gactccgcta cctcaagctc 1943521 ggcttgagga agaggaagga aactaaggcc ggccttaagg tcggaatcgt ctgggagaac 1943581 ggaacgcccg ttgaggtcac cctcaagctc tcgacgactg aaccgagggt cagaattcgg 1943641 ggcctctacg gcgagctggt tggaaagtcg aggggagaac tgacgagaac ggacgactgg 1943701 tacatcgtgg ttcatgcggg agattttatc agcgcactcc agagtgtgag gggagtgttc 1943761 ggtggaaacg tctaacgtcg aagatccttt tagctttcac cgaaagattt ttacttgttc 1943821 attctttatt caccctcggt gaaatccatg ctggaatggt tcccgtatac ctgtctcgcc 1943881 gctggcttca taatcatagc catagcagta accagaaagc tcggacctga atgggcgtgg 1943941 ataaacagga agataattca cttcagcatc gttccggcga ttttgatgtt ctactacgga 1944001 aaaatcccag ttgaagtttt tggcgtttcc gcctttatct tcggcgtcgt tcagctttgg 1944061 ccccacctca agagacatga gctgtcttgg taccagataa agcacaacta cggcgaggtg 1944121 ttcttttcat tctcggcctc ggcagtcgtt ctgttgtttc ccagagagta cgcaacggcc 1944181 ctgctgttgg ctatggcgat cagcgacggc gttactggag ttgtaaggca ctactacttc 1944241 aagaaaaacg ggttcaacgt gaagctcaag aagcactgga cagggagctt ggcctacctg 1944301 ataacggcca tagcgatagg gctttacctc cttgaggggg gtgttgttgg aaaactggcg 1944361 tgggcgacaa cactaatgct agcggagtac cagccctggg tggacgacaa cttggccgtt 1944421 ccgctggtgg gaagcctgct gttcctcctc tactgagccc acctgacctt caggctgtcc 1944481 tttttcacct ttttgaactc ctcaacgagg gcccttccgg ttctttccat gaactcctca 1944541 acctcggtga ttctgagctc tttcagtccg attgcctcca ctccctcggg aatgcccttg 1944601 gcctcgacgt ttatcccgat gtggattttg acgctcactg gggaaaccgt tgctatcgag 1944661 atgctgagct ttctcccgtt cacgtagatg tcgtctccct ttctaacggt cttcactccg 1944721 tactcgccga gaacctcgca gagcctcgct atgaagagct tttgcagagt tgaggcgaag 1944781 agcgtgttga ccaagtcgaa gacctcgatt atgtagtgca ccatgtcgtc gctcctgatt 1944841 tccttgctcg cgcggaggtc ctctatgtca atcatttcct cgaccttgac gtcgcacttt 1944901 ccgcggaaga cgacgagcga gtttccaagg attccgaagt tcctgtaggc ccagtggctc 1944961 cctatcgcgg agccgtcgta gtctatgcgc ctatccttca cgatgagcaa ctccatgcta 1945021 tcaccccagc ttttggagta gttgtctaag ctcctcaaaa ctctttacat ctacccacat 1945081 gtggatgaag tcaacgccag gaacggccat tttgacacca tcgatgtgaa tggccctgtc 1945141 gtcaatgtag atgatgtcgt cgatatcata gccgattgaa cgaagctctt caatggttct 1945201 ccgaatcatg tcacccttgt caggatggcc ctcaattttc gggaagacaa agtagtccca 1945261 tagaccaaag ccctcgagaa tcggccttac cctctcctcg atgttccagc tcgcaatgct 1945321 tagaacaaac ctttcgcttg cccattcgag gaactcgcgg acgccaagga agaggcagag 1945381 ctcttggcca agggagtctg ttaaacaatc accgctgaac tcgtaaggcg gaactaaggc 1945441 agaagagtcc tcatggtccc agagggtgcc gtccaaatcg agaacgagca gtctcatgaa 1945501 actcaccagg aaaatgtatc acggagaatt ttaatttttg cgggttgaaa cttgcagaag 1945561 agttaagtta agtcatgatg agggccgtgc ataggcgagc tggtctctca gacgccccgc 1945621 ccggggcact cgggctgttg ggagcggcag gctgaacggg tcggtttccc ttcccgctta 1945681 cacccccgcc ccatcaaacg ggtcttcttc ccgagccctc gtcctgggca acggaccggt 1945741 cgcccaggcc caaacgccca ggaatggccg cctattttcg gggaccgctt cggccttaga 1945801 tgctttcagg ccttatcgga cgcggcgtag ctgcccggct atgccctgta ggacaaccgg 1945861 tagaccagag gccgcggctc cctgttcctc tcgtactggg ggagccttcc cctcaggcgg 1945921 ccagcacccc cggtagatag catccgacct gtctcacgac ggtctaaacc cagctcacgt 1945981 tcccctttaa tgggtgaaca cccccaccct tggcccctgc tgcagggcca ggatgggaag 1946041 agccgacagc gaggtagcaa gcctcggggt cgatatgggc tctcgcccga gacgactctg 1946101 ttatccccag ggtagctttt ctgtcatccc tggcccccac cggggaggca caggggttcg 1946161 ctaggccacg ctttcgcggc tggacccgcc tctgttacgg gtccagtcag gccggctttt 1946221 gcccttgcac tctacggcgg attcctgacc cgcctgagcc gaccttaggg caccctcgat 1946281 accttttcga gggtgtgccg ccccagccaa actgcccacc taccgctgtc cccccttccg 1946341 ggggttagcc gtacggcaga gggtgggcgg tgtctcatgg acggctccac ccgccccgga 1946401 gggcgggctt cgacgcctcc cgcctacgct gcgcaccccc cgccgtacgg caacggcagg 1946461 ctgcagtaaa gctccatggg gtcttcgctt cccaccgggg gtcccaggca tatgcgcctg 1946521 gcagaggttt cgccgggccc cagccgggga cagtggggac ctcgttacgc cattcatgca 1946581 ggtcggcatt taaccgacaa ggaatttcgc taccttaaga gggttatagt tacccccgcc 1946641 gtttaccggt gcttcacccg gttgtacccg ggcttcacat accggcactg ggcaggcgtc 1946701 ggccccagta caaacccttt cgggctagct gggacctgtg tttttactaa acagtcgggc 1946761 ccccctagtc actgcgacct gcgggttacg cacccgcagg caccccttct cccgaagtta 1946821 cggggccaat ttgccgagtt ccctcggctg ggtttccccc gacacgcctt aggcttctca 1946881 cccaggggca cctgtgtcgg ttctcggtac ggtcgcggtg gatcgttccc gaggggcttt 1946941 tcacgggccc cagggatcgg cggaaccccc cttacgggag gccattcgcg ctttcatccg 1947001 gttctcgcca ttacggcact ccccggactt atacgcttag ccggccttgt gggccggtcc 1947061 gcctaccccg aggcgtcacc cctcgggctt gcgttgccgc gcctaccacc gcggtacggg 1947121 aatataaacc cgtttccctt tccccgacgc cgagttacgg gtcgggttag gaccgactaa 1947181 cccacggctg acgaacattg ccgtggaacc ctggccccta cggcggccgg gattctcacc 1947241 cggctatgct gctactcccg gcaggatccg caataccgac gggtccaccg gaccttacgg 1947301 cccggcttcc accccatcgg cacgcccgcc tacccgatca cggaccaatc ggtccgtgcg 1947361 ccggggtctc ggcggccggc ttaagccccg tccattttcg gggcccctga cctcgacggg 1947421 tgagctgtta cgcactcttt aaaggatggc tgcttctaag cctacctccc cgctgtctaa 1947481 ggccagggac accctttgga gtaacactta gccggcactt tggggcctta accccggtct 1947541 gggttgttcc cctctcgggt gacggcttac accgcccccc tactccggcc atctacggcg 1947601 gcggtgggtt cggagtttga cagggggccg ggggatttct ccccctaaac ccccaatcag 1947661 tgctctaccc caccgcctac ctccggccgg gctatcctgg gggataattc ggcgggaacc 1947721 agctatcgcc ggcctcgatt ggcctttcac ccctagcccg gggtcacggg agcgaattgc 1947781 acgtcagcac ccctatcggg cctccatccc tctgttgagg gacttcaccc tgccccgggc 1947841 tagatcgacc ggcttcgggt ctcacccgag cgactccggg cgctttcaca ccccgtccct 1947901 cgcccttacg ggctgcggac ctgtcggttt ccctgcggct tcggggctga cccccttaac 1947961 ctcgccgctc gggtgaactc cctgccccgt gatccaagac ggacggtgca accccggtca 1948021 cctcccctcg tactcccctg tcgccagggt ttccttcggg gagggtcaac cctttcgggc 1948081 cgcaccctcc tatcgccgcc tggtttcagg ctcttttcac cccccgccag gggtgctttt 1948141 cagctttccc tcacggtact agttcgctat cggtctcggg acgtatttag ggttgggagc 1948201 cgatgcctcc cagcttcccg ccggatatcc gaccgacggt actcagggac accccaggag 1948261 ctcgggggct tacgcctacg gggctttcac cctctacggc gccgcgttcc agcggacttc 1948321 ggcttcgccc ccagggctcc ttcgggggcc ctacaacacc acatcccccg aacctttcgg 1948381 cccggggttc agtttgccct gtgccgcttt cggtcgcccc tactcacggc atcgcttttg 1948441 ctttcttttc ctgcgggtac taagatgttt caattccccg cgttccccct cccgactggg 1948501 agtgcggcaa aagccgcggg aggtcccatt cgggcatccc cggttcgacg gctgcctgcg 1948561 cctcgccggg gcttatcgca gcttgccacg cccttcgtcg gcgccccgag ccgagccatc 1948621 caccaggcgg cttagttgcc accgggcggg gcgttttctg gaccagctcg cctatgcacg 1948681 gccctcatcg tgacccctgt tcggagtctc aggcccttcc accccgagct gggctcggga 1948741 tgtgcacctc ttcgtggtgg accggccggg attcgaaccc ggggcctccg gcttgcaaag 1948801 ccggcgctct cccaggctga gctaccggcc cactgaaggc aggcccgaca tcccttaaac 1948861 cccccggacg ggtttccggc gataggaggt gatcgagccg taggttcccc tacggctacc 1948921 ttgttacgac ttctcccccc tcacggagcc caggctcgac ccggcctccc cgaagggaga 1948981 ccaggcctca cccggacccc gctcgggtgg agtgacgggc ggtgtgtgca aggagcaggg 1949041 acgtattcgc cgcgcgatga tgacacgcgg gtactaggga ttccagcttc acgcgggcga 1949101 gttgcagccc gcgatccgaa ctgagggcgg gtttagggga ttcccttccc ctttcggggt 1949161 cggatcccat tgtcccgccc attgtagcgc gcgtgtagcc cgggggtttc ggggcatact 1949221 gacctaccgt cgcccgctcc ttcctccggc ttatcgccgg cggtcccccc agagtgcctc 1949281 ctccccagcg gggaggactg gcaactgggg gcgcgggtct cgctcgttac cacacttaag 1949341 tggacgcctc acggtacgag ctgacggcgg ccatgcacct cctctcggcg cgtccggcaa 1949401 gaccttcagc ctggccttca tcctgccgtc gcccccggtg aggttcccgg cgttgaatcc 1949461 aattaaaccg cacgctccac cccttgtagt gctcccccgc caattccttt aagtttcagc 1949521 cttgcggccg tactccccag gcggcgggct taacggcttc ccttcggcac cgggcgagct 1949581 cgaagctcgc ccgacaccta gcccgcatcc tttacagcca ggactacccg ggtatctaat 1949641 ccggttcgct cccctggcct tcgtccctca ccgtcggacc cgttccagcc gggcgccttc 1949701 gccactggcg gtccccctgg gattacagga tttcacccct accccagggg tacccccggc 1949761 ctctcccggt cccaaggccc gcagtatccc cagcaagccc cacggttgag ccgtgggatt 1949821 tcgccaggga cttacgggcc cggctacgga cgctttaggc ccaataatag cggccaccac 1949881 ttgggccgcc ggtattaccg cggcggctgc caccggcctt gcccagccct tattcccgga 1949941 gctttttaca ctccggaaaa gccgtggctg tgccacggca ctgggggtcc ccccgtcgcg 1950001 gttgcccgca ttgcggaggt ttcgcgcctg ctgcgccccg tagggcctgg acccgtgtct 1950061 cagtgtccat ctccgggctc ccactctcat ggcccgtacc gatcttcggc ttggtgggcc 1950121 gttaccccac caactaccta atcggccgcc ggcccatcct cgggcgggca gatgcccctt 1950181 tcggcctgag gaccttccag tacctcaggc ctatggggga ttagccccag tttcccgggg 1950241 ttatccccct cccgagggta ggttaccgac gtgttactga gccgtccgcc ggtgcgcgca 1950301 gagcgcgccc catgactcgc atggcttagt cggaccccca tagcagtggc ctccggcagg 1950361 atcaaccgga attgagcaag gagtacggcc ggtgggactt ccctctgcgg ggaagtacca 1950421 aaattcccgt ccggggtttg gtcgggatgt cgggcctgcc ttacccccga ggggtccgcc 1950481 tttcggcgtt tcctcgggag cgcacctttt tgtgacccgg gctggagggc ggggttcatc 1950541 tttgggtgct ttgcacccgt tccccccgac gccgccgtct tggcgcccgg gtgtttcgcc 1950601 ccctcttcgg gggctccacc caatagggtg gaactccacc gatacaaaat ttttgcaaaa 1950661 gcctcgagcg cggatatttt tgaaaaagaa tccgtcaaaa aggagaacaa aaatggacaa 1950721 atttgaacat aaaaatgtca aaatttttgc aacctgcctc agagacgaag tatctcggga 1950781 acaatgctta tcttcgaaac gggagtaggt attgtattag taaccgcgag ctcatcgact 1950841 gctttactca ccctttcgac agccccctca gcaaagaccc catgggtaac accgacgaag 1950901 atcttctccg cgccaagctt cctgagtatg cgggcagcct ttaccatggt tcccccggta 1950961 cttattatgt catcgactat gagtacgttc ttgcccctga cgtctatatc tactggtcta 1951021 atctcaacct cggttgggga gatgcgcctt ttctcaaagt ggctgtactc gaggccaagc 1951081 tccattgcaa cggcccgagc cctcccaaga gcacccctgt ccggagccaa aactattcct 1951141 tcaccgagct tctcgcggaa gtagtcagct atgatccgtg cgggggagac gtttatcccc 1951201 ttgcccggaa agtactttat cgtttccgga ttatggagat caaagatgta aagttcatcg 1951261 tagtagaggc cgagggccct catcactgcc ctaacgctta taggctcgcc ttccttcgta 1951321 actcgatcct gcctgctgta agcaaagtac ggaaccaccg cgcggagctt ttcaaagcct 1951381 ttctccctga gcgcatcccc aatgaggagt agctcaagga ttttctcatc ttggggagcg 1951441 aatgtcgagc tgatgacggt agcctctctc ccgaaaccga ggactcggac gtacttctcc 1951501 ccgtcgggga atttcctgag ctcgatctca atgacctctc cgccgagttc cctgagctcg 1951561 tcttcgaggt gtttcccacc gctcccgata acgaacatga gcgccacctc ctttgacggt 1951621 tttctgtcga agcggagcct tataaaccca ccgttatacc agaagaacgg caattatccc 1951681 cgcgaggaag attccgtcga aggttcctgc tccaccgatg ctgaccatgg gagccccgag 1951741 atatttgagc ttgccccagt tcatcagatc ggctccaatg agaaccccca aggtaccgct 1951801 ggcgtaggct attatgggct tgtggtcacc tccaaagaga agggccagga taacggctat 1951861 gatcgggggc acaaagctcg gtatggctac gcccacaccc cggacaggct tggaaacggc 1951921 gtaactgaag agcgacgcta tacccacagc tatccccatg ttgatgagca catccaccct 1951981 tccaatggag gccaatctca aaacctcgta gaggacgata ctaaggggaa ccagcgcacc 1952041 cccgacgtta atagcgatta tcatcttctg ctcttcaaga tcaaagtatg ggacaggata 1952101 aggaattcca aagaacctaa cctccctcac tttcacgacg gggacgtatg ttctttcctc 1952161 cgccactgga atgttaacga aactcccaaa tagcgacgca aggaaaaggg tgtaggcaac 1952221 ggccggaggt atgccgagtt tctgaaaagc agctgtaact atgcccgaga atatcgtaaa 1952281 gaaaacaacg aacatgagaa aaagcaggaa aaagaaggga aggcctattg ggggtaagag 1952341 atacctatac ctcatcctcc tcccccaact caacgttggc ccagacctga acgccccttt 1952401 tgagcttcac ttctaagggt ctttcgaact tcgttgcgtt tttgaagacc caagcgtaga 1952461 gaggctttcc gttggagtac tcctttagaa actccaggct cgcgtgatgt ttgtccccat 1952521 gttctgcgag ctcctccgga gtgaaggggc cgaggacatc aactagctct gccttcccta 1952581 tcgcctttcc gttgcttatt atgagtacct caccccttat gcgggtccgg gacttcctta 1952641 tctcccagac ctttttaccc tcaactatcc atccagcgta gggctgccgt attataagcc 1952701 ccctcaaggt catcactcct tgaactcaac gaactcctcc ttcatgccgt ccttggtgat 1952761 aacaaccacc tggacttttc tctcaccggt gtacacatcc cttttaccgg cagttttgac 1952821 ggccctcaca gccagctctt tggcctcctc tatgctcatg tcctcacggt agccgtcctc 1952881 tattatcgca atggcgaatg gactgcccga gcctgtggca gtgtacttct caaacacaag 1952941 cccaccaagc gcgtcaacgc tcgccagttc cggtttatcc acgtagccac ctatgatgat 1953001 ctgcaccatg taagggaacc acttgttctc gttgagtatg ttgctcagca ggttcgccat 1953061 agccctcgtt gtcataggtc tcccccaagt gaactgataa tacctcgcct gagcctcgag 1953121 cattctcgcc agagcctgga catcaccaac gctcccagcc gtcgttatcg ctatcctgtc 1953181 cgtgattggg agtattttcc tgatgttgag ggtttcaacc atgttgccga gtgaggcctg 1953241 tgtatcggcc gcaagtacaa caccttcctt gacctttata ccaacggtgg ttgtcccggt 1953301 tttcttttcc tccactataa tcacccccag aactaacttc tcgccatgaa tttaaaggtt 1953361 tggtagctca cagagaggac aacacagctg ttccaaaacg gccccgaaca aattcaactt 1953421 taaccccgta gacttcctca agaattttgg gcgaaagggc tccgacgcta ccctcccaga 1953481 ctttctcacc gcccttaaga atcagaagct cgttggcata cctgagagct aggttgagat 1953541 cgtgaagaac cgcgatcaca actttctcct ccctgagttc ccttaagagc tccattatcc 1953601 tgagggcgtg gtttacgtca agatggctcg tcggctcgtc taagagtatg acccttcccc 1953661 cctgagccag tgccctggcc agtagtacaa gctggtattc tccccctgaa agtgaaagca 1953721 cggagtcctt tctcctgtcc cagagaccca ccttcctgag ggcatttcta acactgcctt 1953781 ccgtaaagta cgtgcccatt tccacgaact cctcgatggt gaagttgaac tccggaaccg 1953841 atgcctgagg cacgtaggag acaaacctag cccgctccct cgggttcatg tggagcagat 1953901 caacaccatc gagttcaacc ttaccatcag gccttaggat tccagcgatg cacttgagta 1953961 gcgtgctctt accggccccg ttgggtccta ttatggcgag caaactaccc ctgcgggctt 1954021 caaaggagac tcccttgagg accttcctct tcccgtacga gaaggaaacg ttcacccgga 1954081 ggatcatgta agggcctccc ccctcttgtg ctttcggagg agataaagga agaacggccc 1954141 gcccatcatc gccgtgacaa tgcccacggg aatctccgtt ggtctggcga tcgttctggc 1954201 gagcaagtca gccaatacca tcaaaattcc accgaggagg gccgcgttca gtgtcaacct 1954261 tttgtgattg ggcccaacga ggattctggc aatgtgggga ccgataaggc ccacgaaacc 1954321 tatgatccct gccgatgcca cggaaacggc actcataacg gctattacta tcacaacaaa 1954381 cttgcggaag gtatcaacgt ccagcccgag ggcaagaccc tcctctccaa ggagaagaag 1954441 attcagctcc ttccatttcc agagaagaaa gctgaggcca aagagggaag cgagaaacac 1954501 gtttctgact ttctcccagt ccgcaccgtt aaagctcccc atgagccaca tgtaggtcag 1954561 gtgagccctt ggcccgaggg ttaatacgag atacgatgtt atggccccag ccataaagcc 1954621 aaaggcaacc cccgagagta ggagcgtatc aacgggtatc ctgccgtcca ccttggcaac 1954681 tgtgtaaacg atataaacgg agaggatggc gaaggcaaaa gaaagcaatg aaacgtgatc 1954741 ggggaagtat atgaggccca aagccgcgcc gatgcttgcg cccccgctta ttccgatgat 1954801 gtagggatcg gccattgggt tcttgaagag ggcctggctt gccacacctg cactcgccag 1954861 ggagaggcca acgagataag ccagcaaaac cctaggcagg cggaactccc agacgataat 1954921 gaagtacctc ggctttttcc ccgggtgctc acccaggaag ctcgttttca gcccataaat 1954981 tatcgagctg gtgacatcgg aaggactcag cttgacggag ccaacgtaaa cgccgaggaa 1955041 cagtacggca attgacagga ggagtaaggc ggggaaccat ttccgcatat gctggagttt 1955101 ttgtccagcc ttttaaagtt gatgtatcag ccaggaatcc ggtcatcatc cctgggtcag 1955161 gttcgagagt gctcatcacg aacgggtgct caacgtagag agctcctcaa tccttaaaaa 1955221 ctttcgtgct tagtaataaa catgagcgtt tcagtaaagc aactgagcgg aaagattccc 1955281 ctggcactcg tcacgataag acccgcaagg ctttttgata taagtgagat aatgcggatc 1955341 gagagggagt ccttccgcga ggcctaccct agaggtctct tcctagtctt cctcgagaac 1955401 aatccggaga cgtttctcgt tgcagaatac aacggcaagg taatcggcta cgtcatggcc 1955461 tatctcaggc ccgaccttga gggccacata atgagcatag ccgtcgacga acgctaccgg 1955521 gggaacggca taggctccgc tttgctaacc gaggcgataa acaggctcat cgcaaggggg 1955581 gcaaggtaca taggcctcga agtccgcgtg agcaacgaaa aggccataaa gctctacgag 1955641 cgctttggct tccggaaggt gaagcggatt atcggctact actcggacgg cgaagatgcc 1955701 tactacatgc tcctgcctgc tgaggaatgg aggggaagct gatgatagtc ttttacctga 1955761 gcggggacag ggtcttttca accgaccaga acgcgataaa cggcctttac aacaagcgcc 1955821 acttcggaaa gctggtggag ggcaagctct tcctctcgtt gctcgaagcc acatacctcg 1955881 tcgagagggg caagatagag gtcagggagg gaaagagaaa actaaccgtc gaggagctca 1955941 tgaacctcgg aagagagagg gacgagctgt tcgacgctaa gtacctcgtc tacaaggatt 1956001 tgcgcgacag gggctacacc gtcaagtcag gtttaaagtt cggctcgcac ttccgcgttt 1956061 acaggcgcgg aatggacgag cactcccagt ggctcgtgtg ggttctccca gagaactccc 1956121 gcctgagccc gaacgacata acggcgaggg ttagggttgc ccatggcgtc aggaagaaca 1956181 tgattatggc gatagttgat gaggacgccg atgttaccta ctacaaggtc gagtgggtga 1956241 ggttttagga ggatgtccta tgaatgaaac cctcctagtt accatattct tccttgccgg 1956301 atggatttcc tccggtgtcc cctggctgat tttaagagca atgtatcatg tactccatct 1956361 taaatcacct cttaccgcaa gagtgctctt gactttctta gggctctcct tggcaatcgc 1956421 cctaatcgag tactcccccc taatagttag cgtgttttat aaatccagct tccttctggt 1956481 tgggttcata atatccgccg tgatctcact aattttcaga atcgtcctca tccctgtgct 1956541 tgacaatagg ttgatggtca acgctgggat ttacggtcta agcgaggctc cagagagaaa 1956601 gaaagagcta atgatagtta gtgttagcgg atacttgttc acatggatca tctgggatta 1956661 tttcgataat actaacagcg tttttcctca ttatttttgg atactgggct ggagcgattt 1956721 aaatgcccct ttaagagttg tgatgtattt gatcattata ttgatcgctg atcttaaata 1956781 attgatgatc atgtattttg gcactagcaa ttatacctat gcatacctat ggattaactt 1956841 tttaatacat ctactacatc ctatattgga aatctcatta ggaataaaga aaataaagat 1956901 tgtaagaaaa ataaaaactt aaaaacggtg attgagatga tagtagtaga taacaacatg 1956961 ttacaagcta tttcaacagt actcctagcc gcttcagtta tatatgctgc tcttcaagtt 1957021 cgagaaaata gttatcaacg ggaactagca gttatgaaag aagcgtacga ttacataaga 1957081 gaaactagaa aatatcgtcg tatgatctat caaaacaaag aaataattct taaaacaaaa 1957141 acagtcgaag aattaaaaaa actggagaaa gaataccctg atttgtatga tgcaatccaa 1957201 gaggtattta attgctatca ctatgtagga tttttaataa aacttggatt tatcacaaaa 1957261 aagaaaaaag aattcattga tgaaattcat gaaccagttt taagaataaa tgaaattgcc 1957321 ggtcatataa ttgatttaga aaataaaaaa gcaggatata aaggctacaa aaagtacttc 1957381 ctgtatctaa ttcaagaaat taagcaagaa ctagatgtca ggactgatta gataaaactt 1957441 caaactccct ggtcaagagc ctaaattcct tctcccctat agacttgggg tctatcggaa 1957501 ctagaataac agtgttgctt attacggcat gatccttgat gttcgccaga aacttaaaga 1957561 cagggataaa cccattttcg gttattaggt attccacccc atcaaggtat atcacctttt 1957621 ccgcatcatt ccttcgcata aactgaacta aaagatgggt aagatactca agtcttcggg 1957681 gatgaaccgt atcttttcct ccaattggag tcaaccagag aacaggactt ttctcaatcc 1957741 cgagggtatt tttgaagaaa actggagggg ttcttgatat tataacaact gccctccccc 1957801 caatgagttt cttaagaagt gacaagccgt ttttaacacc tactatgtag agtccgggta 1957861 ccattttctc ggttcctcca tctccgctaa gctccacaac gggaacgagc tcatagtgca 1957921 ccagcatctc cttgagtaga tgaaaccacc cataggtcaa gagagccagt gcaacaccac 1957981 agatgatgtt acacaaggct tcaagctggt gcactgtaga attagagaga tttagcaggt 1958041 ctccttccat aagttcaacc gggagaacag taaactttgc cagagagaat ccaagccatg 1958101 ccaaaatcat ccaatcgtaa gcacttgcca gtcttggata atgttcccta aactcacgtc 1958161 tgtattttac actcattatt aagagcgtaa acataacaat gagcactact atggctgtaa 1958221 ttacattaaa gtaagctaca ctttcactca ctgttatcac tccaatatgg ttaatactta 1958281 attagaatat ttaaactttt tgagaaaaaa gatgaaaaaa ccttctataa aagatcaaaa 1958341 ggatctaatc atcgattatc caattttcaa cgatctccaa actcaaaaat ttgaaaagaa 1958401 acccaaaaaa gattgaaaca aatactcact tcaagaaccc tgtcttcttc cccaaatcct 1958461 cgaaggcatc tatgacgtac tggaggtcct ccttgctgtg ggccgctgac ggctcgagcc 1958521 ttatcctggc cgttccaagc gggacggtcg gatagacgat ggcctgcgcg aagatgttgt 1958581 actcgtcgta aagcctcctg ctgaactcct gggcgagctt ctcgtcgtag agcataacag 1958641 gcgtaatcgg gtgcttggtg tttccgaggt cgtagccgag gtctctcagc ccgttctgga 1958701 ggaagtgggt gttgtcccag agcttcttga ccagctcgtc gctcctctgg agaatctcaa 1958761 cggccgctat ggccgccgcg acgtcaggtg ggttgggagc gcttgagaac aggaacggcc 1958821 tcgccctctg gcggaggtac tcaatggcct cctcgggacc ggcaacgtaa ccgccgatga 1958881 caccgaaggc cttgctcagc gttcccatct cgaagtcaac cctgtcgtgg agcttgaagt 1958941 ggtcaactat accccttccg ctgtcaccga ggacaccctc accgtgtgcg tcgtctatgt 1959001 agagtatggc atcgtactgc tcggccagct cggccatttc aggaagcggg gcgaggtcac 1959061 cgtccattga gaagacaccg tcgctgacga tgattttctt cttcttgtcc ttgttctcct 1959121 ccagcctctt cttgaggtcc tccatgtcga tgtgcttgta gatgaccttc ggcgcaccgc 1959181 tgaggcgcat tccgtctatt atgctcgcgt ggttgagctc ctcactgata aagactccgt 1959241 cttccccttt cttgaggagg gcgcttattg ccccgaggtt cgcgttgtaa ccgctctgga 1959301 agaggatagc ggcttccctc ttcttgaact tggcgagctt ctcctcgagc tcgacgtgga 1959361 gctccatcgt tcccgctatc gttctcacgg ctccagcgcc aacgccgtag tcgaggatgg 1959421 cccttatggc cgcgtatcta atctcaggat gcgcggcaag gccgaggtag ttgttggagc 1959481 acatgttgag aaccttcttg ccatcaacga tgacccacgg gccctgggca ctttcgagct 1959541 ttctaatggt cacgtagagg cccttatcct tgagctcctg gagctcttcc ctaatccagt 1959601 caagcttccc catgagaacc accgtttaca catggtcatc gaggtataaa agttttgcac 1959661 tgaacctgtt agttcagtct aattattgcc gtgaagattg ccaaaagggt gagcgcgaag 1959721 cttccgccga tttcaagcct gtagtcgtgc tttctgttag gatatctttc gattagtctg 1959781 agctcaatcc taaaatttct cggccctgtg acgatgattg acaaccccca gcccctcctc 1959841 gacagcgggt aagcaacggg cacgacgccg gtgaagaagt cgaggaagag atggcttccc 1959901 cagccgaggg cgaagaggag gaagggacct tcgaggtgta ggccgaggag aagggccggg 1959961 agaaagggca ggagggagtg gaggtatgag cggtgctcct cagccaaagc atcgaggtcg 1960021 gggaagaccg cgccgaggac gagtgctgtt agtcccgtca gcgtcggctc gtttgagagt 1960081 gcgaggtaaa cgaggctcgg aatcgaggcg tgctcaagcg ggtccatggc aaagccctta 1960141 aactcttggc tctcataaag gtttaggtgg aatacatggc cgaggagatt agagaagtta 1960201 aggttctcga gaagccctgg gttgaaaagt accgccctca gaggctcgat gacatcgttg 1960261 gtcaggagca catagtcaag aggctaaaac actacgctaa aaccggttcg atgccccacc 1960321 tgctcttcgc tggaccgccg ggcacgggaa agaccagtgc ggctctggcc cttgcgaggg 1960381 agttatttgg cgaaaactgg cgtcataact tcttagagct gaacgcgtcg gatgagcgcg 1960441 ggataaatgt catccgcgag aaggtcaagg agttcgcaag gacgaagccg ataggcgggg 1960501 cgagcttcaa gataatcttc ctcgacgagg ccgacgcttt aacccaggac gcccagcagg 1960561 ccttgaggag aacgatggag atgttctcca acaacgtccg ctttatcctg agctgcaact 1960621 acagcagtaa gataatcgag ccgatacagt cgaggtgtgc aatcttccgc ttcagacccc 1960681 tcaacgacga ggacatagcg aagcgtataa ggtacatcgc cgagcaggag gggcttgagc 1960741 tcaccgagga gggccttcag gcgattctct acgttgccga aggcgacctg aggagggcca 1960801 tcaacgtcct ccaggcggcg gccgctctgg acaagaagat aaccgacgag aacgtcttcc 1960861 tcgttgccag cagagctcgt cccgaagacg ttcgcgagat gatgacctta gcgttggagg 1960921 gcaacttcct gaaggcgagg gacaagttga gggacatact cctcaagcag ggcctcagcg 1960981 gtgaggacgt gctgattcag atgcacaagg aagtcttcaa cctgccgatt ccggaggaca 1961041 agaaggtcgc tctggcggac aagataggcg agtacaactt ccgcctagtt gaaggcgcca 1961101 acgagatgat acagcttgaa gctttactcg cccagttcac gattatgggt gacaagaagg 1961161 gcaagtgatt gccatgaccg aggttccctg ggttgagaaa taccgcccga ggaagctgag 1961221 cgagatagtg aaccaggaga aggcaataga gcaggtgagg gcctgggtcg aggcctggct 1961281 tcacggcaac cccccgaaga agaaggccct aattctcgcc ggacctccag gcgtcggcaa 1961341 gacgaccaca gtctatgctt tggcgaacga gtacggcttc gaggtcatcg agctgaacgc 1961401 gagcgacgag agaacctacg aaaagataga gcgctacgtt caggccgctt atacgatgga 1961461 catcctcgga aagcgcagga agctaatctt tctcgacgag gcggacaaca tagagccgag 1961521 cggtgcgcga gagatagcga agctcataga ccgagccagg aatcccatca taatgagcgc 1961581 caaccactac tgggaggttc ccaaggagat tcgcaacagg gcccagatag tcgagtacaa 1961641 gcggctaacg cagagggaca tcataaaggc cctcgtgagg attctcaagc gtgaaggaaa 1961701 gaccgttccg aaggaaatac tctatgagat agccaagcgc gcgaacggcg atttaagggc 1961761 ggcgataaac gacctccaga cggtggttac gggtggtgtc gaggacgcaa aggaagtttt 1961821 ggcctaccgc gacgtcgaga agagcgtctt ccaggctctg gcccaggtct tcgcgaccga 1961881 caacgccaag agggcgaaaa tagctgtcct cggcgtggac atgttccccg acgagctcct 1961941 cctctggatt gacgagaacg tgccctatgt ctactacaag cccgaggaca tagcgagggc 1962001 ttacgaggcc ctcagcaggg ccgacatata cctcggcagg gcgaagagga cgggcaacta 1962061 ctcgctctgg aagtacgcca ccgacatgat gacagctgga gtggcggttg caggagtcaa 1962121 gaagaagggc ttcgtgagga tttacccgcc gaagacgata aagctcctca ccgagagcaa 1962181 gactgagaga acgctcaggg actcgatagt caagaaggtc atgaaggaga tgcacatggc 1962241 caggctcgag gccctggaga ccctccatta cctccgcgtc atcttcgaga gcaacccaga 1962301 tttggccgct catttcacgg tcttcctcga cctcagcgag aaggaggttg aattcctcgc 1962361 tggagactcc gaaaaggcaa aaacaatctg gggcaaagcc atgaacatcg agaagaagct 1962421 taaggagcgg ggcaggttgg agacgagcgt tcgcgagggc ctcaggaaag cgaaggagaa 1962481 ggaagaagag gagatggagt cggaaggggc cgaagaaacc ggggagactg aggaagtccc 1962541 tcaaggagaa cctgaggaag gggaggaact cagcgaggaa gagcttgagg aggccgagag 1962601 ggagatagag cccgtgggga agaaggagaa gaagcccgaa aagaagaagg gcaagcaggc 1962661 gacgctgttt gatttcttga agaagtgagt ttcgcctttt gtattctttg caatacaaat 1962721 ctttgcaatt tttatattcc gaaagatata aaatctcaag tattctatac tcctttggtg 1962781 ggaagaagtg ctcacaaggg aggagatagt tgaggtttta gcgccctaca acctctgggg 1962841 cggtagaaaa tggaacgcca taccgaggga cgaatacctc tcagaaattg agaggaaact 1962901 ctccgcaggt gttgttgcgc ttgtggggac ccgacgttct gggaaaacta ctctcgcggg 1962961 gcttttcctg aagaaagcca tagatgatgg ccttcctcca gaggggacgc tctacgtgaa 1963021 cctcgaagac ccgcgctttt ccccctacct ctcgcccgag ttcctcgagg aggtgttttc 1963081 tgcctacagg acgtacgttt acgacggcga tggccccatc gtggttctcg acgaggttca 1963141 gaacgttccg ggctgggaga agtgggtcag aaaggttctc gacctcagcg aggcgagggt 1963201 catagttacg ggctctacct cctcactcct tcgctccgag ctctcaacgc tcctgacagg 1963261 cagggttctt ccggtggagg tttacccgct tagttttagg gagttcttga tattcagggg 1963321 attttccgct gacttcaaac gcttactggg taaacggaga aaggtcgagg ccctcatgag 1963381 agagtacctc gagttcggcg gctttcctca ggttgttctc acggaggatg atgccctcaa 1963441 gctcgaactc ctgagggagc tttttgaggg catagtcctg agggacattg tctataggca 1963501 cggcttccgt gatgcgaggg ctgttaaaat agtcgccgag ctggcactga gcaggttttc 1963561 ctcactggtg agcgtttcaa ggctgaggaa cgagctggct ggaatactga gtaggaaagt 1963621 ctctccgaac ttcgttgatg gtgttcttga cgcgatggat gaagcttatc tgagcttccg 1963681 cgttccaatc ctctcgccga aagttaagga cgcaatgcac tacccgaaga agatgtacgc 1963741 gattgacact ggaatagcga acatcgtggg gatacacttt acaggaaaca ttggaaggct 1963801 cgccgaaaac gccgtcgcga ggcatctccg ccagcgcttc cgtgaggtct actattaccg 1963861 cggaaaggga gaggttgatt tcatcgttaa ggagggcctc agggtaacgc gtgccgttca 1963921 agtgacctgg gacatcgacg agagctggga gcgggaagtt gaaggcctct tggaggctat 1963981 ggacgtcttc ggcctgaagg agggcgtaat agttactggc tggcgttcct gcgaggagag 1964041 gtttggggag aaaactgtga agtgcgtccc gctgtggagg tttttgatat ggttatggaa 1964101 tttgtaaact ttcatatagt ctttccattt tctctttaag ttccgggagc ttgttttgga 1964161 taaggtccca gattagctcg acgtcaattc cgaagtactg gtggattagt atgtttctca 1964221 gtccaattat cttgcgccac tctacctctg ggtgtttctc ccggatttca ggagggattg 1964281 ccctgcacgc ttctccgatt atctcgaggt ttctcacgac ggcatctacg accatcttgt 1964341 ttatcctgaa ctcctcaagc gtcatcccat cagtgtactc ctcgattttc tctatggctt 1964401 ctaaaatgtc ctcaatgtag attctatagt ccctcaacgc tcaccgcctc gcgccatacg 1964461 tacttccgga ccctcggctt cagcgcctcg accgttatca ggtcaacttc cactccgagc 1964521 aggtcttcga gaaggaactt cagctccatg tagttgtcga aggtcttctt gccctcttca 1964581 aactccacga ggacgtcgag gtcgctgtcc tctctcgcat cacccctcac gtaagaaccg 1964641 aagagccaga gccgtttaac acctaactgc ctcagctcgt tagagtggct ctgcaggcga 1964701 ctcatgatgc gtttaagttt ttcgttctcc atcactttaa ataaccgggc agaggttaaa 1964761 agcattcacc tgagttcaat gtcggcacag accttaaaca catgcggctt gaagtcgctc 1964821 accttcttca ccctcacgga gcactccctt ccaagctttt ggcattcctc aagtattctc 1964881 tgcctgaatg cttcaatctc gttctcgtga acgaagtcgt agtagtgaag ccagcgctcg 1964941 gcctttgaga gagtcaagct tagcgcgtca acgcccctcg gcgttgggct tataactcgg 1965001 tcgtagctcg ggagctcggg cagaaccttg aaggcgtcgc cgtgaatgaa ctctatctcg 1965061 cccttcagcc tcctcctgtt gcgctctatg ttttcaaggc cgagttcgta ggcttccctg 1965121 ttcagctcga cggcagttat cttgaccttt ctataccttg ctatcacgag cgcgtagggc 1965181 agaactccgg cgaagggaat taaaattctc tcgccgtctt tcaccagctg ggccagccga 1965241 tagcgttctc ccttcattcg cgggttgaag aaggctttgc ttaggtcaac cttaatctcg 1965301 acgccgttct ccctgtggac agtttcgagc ctcttttcac cccagattat tgagtagtcc 1965361 ctgattcgga aggccccctc gtgaaagccc ttcctcgcta tcaccttgag gaacgggtga 1965421 accttcctca acgcgaaaac gatgtcctca acgcggtgct ccagctcggg cgggatttga 1965481 ataacggcga tgtcgcctat aacgtcgtag cgcctgaggt acttcagctc atcctcgctc 1965541 agtctctccg ccaaaacgct ctccagattt ttgtatatct gtctctctgg ccgaaatgga 1965601 agctcaacgg gcaagacctc gtagccgagg gtgtaactcc tctcgtcctc gatgactggt 1965661 aggagaacga agtcatcctc cctcttcggt cgtctcttcc cgtcgtagag gccgagcttc 1965721 ttcagctttc ttttaactgg ttcagcttct cgccttggaa ccttaagcgc aggcaaattc 1965781 tcaccggaga aagttgagag gatggtttta aaaactcact tccagtaggg ctcgcgcatg 1965841 aaaatggccc ttttgaggat atcgacgagc tccgcgtcgc ttgcaccgtt tctcatcgcg 1965901 ctcaggaagt ctatcaaatc atcgttcctc agcaggcagg tcttgaactt cccgtcggag 1965961 gtgaccctca gcctcgtgca gttggcgcag aagaccgtgt tgtgcattgc cctcacgacc 1966021 tcgacctcgg ccacgccgta gtcggtcggg ataaagtact tcctccgcct gtgcatcgtt 1966081 ctctcacgga tttcaacggc tttcctttcg agctcccgct cgacgggctt gagcggatag 1966141 aagtacttcc tgaagaaggc cgtctcagtc atctccctcg gcgcttcgag ctctatcagc 1966201 tggagtatcg ttcccgtttt ggcggagaag tctatcatgt cccatatctc tccctcgttg 1966261 aggcccttca tgaccgtcat gttgagcttg actggcgaaa gatactttac cgcctcctcg 1966321 atgccctcaa ggacgtcgtt gagcgcgtca acgccggtaa tttttttgta aacctccggt 1966381 ttaaggctgt ggagcgagac gttgacccta ttgagaccgg ccttcgcaag gggctttgcc 1966441 agctccttta agcgactccc gttggtcgtc atgctcaggt cgatcacgta gggctttatt 1966501 ctgcggacga tttcaaggat gtcctccctg accgtcggct caccgccagt aagcttgacc 1966561 tttcttattc caagacgaga ggctattcta acgattctct ctatctcctc gggcgtcatc 1966621 tcgtttttgg ctaaaaaccg ctggccctcg cggtggcaga aaaagcatcg gaagttacac 1966681 tcctgcgtga gcgaaatcct gaggttcgtt acaggccttc cgaagcggtc gtagaggggc 1966741 attcaaccac caagatgatg aactcttcag cttaaaaaaa ccttttggtt aaattgaagt 1966801 gcttaacagg agaaaaggta aagtagttgc aggaacaaaa tgagagcccg gggtgaaaac 1966861 atgaagaccg aaagggttcg ggaaattctg gcaaggatag agggccttca cagggagttc 1966921 gaatccaagt tccccctcct ttatgaagag gaaggccttg aagggctcta tcgcaccgtt 1966981 aaatctctct actcactgtc agtggaaaag atggatctca tcagcgagct gtaccgtgaa 1967041 attgcaccgg taagtggaga tgttgagggc atcctgaagg aagtccagaa aagcgaacac 1967101 cagatgaagt tccgccttga ggaactcctc ggcattctct caaagccaga ccactattcc 1967161 gaaagaacca gacttaaggc ctcactcgac aggctcgtac acttccaccg catatacgac 1967221 tacaccatga ggaaggcact tcaggcaatt ggaaaggaga tcgagagcat agagtttctc 1967281 gagcgggtcg ggggaagcga aaatcagaaa aaggtcccca ctggtatagt tgagagactg 1967341 aaaaaaattg acgaaataga gaaagccctc gagacgtccc tggtgttcat gaggagactc 1967401 tacctccatc ccggggacgt gtaccgggtc gaggaggctc taatcagatg gcacaggatg 1967461 ggactgctgt gggttgaggc gagaaacgtt gaaaagctca gcggcgtcag gaacgccggc 1967521 gagatccttg aggggctcac gctcattgga gtagtggaaa ggaaggaacg ggggggtgaa 1967581 agtgtctaca gacacaggag tttcagttcg ggttagggga atatacagca cggccctgac 1967641 gaaactcttc ctcgacaggg ggtttaggat cagccagccc agccagaaga tagccgaaag 1967701 gctcgggatc gagaagacct acgacgagtt cgacgtggac atctacgaca agagggatca 1967761 tcacggggtg attctcgtcg gtaccgaggt tgagaaagtt aaggaagttt ttgaggagga 1967821 gtttatagac gtcctcttcc ggaagcttcc gtatcagctc tacggcattt acaaagggct 1967881 tgttataaag agggacgaac gctacgtcta cgtcgatata gggaacgcga taggcacgat 1967941 tccggtggag gagggaaaaa accttcacga gggcgacgag gtccttgtcc aggtcaagaa 1968001 gcacaacctc cttcctcacc tgagcacgat gctgacgatc cccggtgatt acgctgtgct 1968061 aataccgaaa cccgtcggcg ttcagaggca cgtcaagatc tcccggaaga tacgggacag 1968121 ctctgaaaga gaaaggctca gaatactcgg cctgagcata gacatgggtg agtggggaat 1968181 cctctggagg actgccgccg cttacaagga ctggaacacc ctcagggacg agataatacg 1968241 cctctccaag atcgctgaca ggctcaagga agccgagaaa aaatccgccc cggagcagat 1968301 cgttgaagga aggaacatat acgaggtcga gttcggagga ggggcgaaga aaaagcttga 1968361 cgaaataaga aacagggttg ttccaacggt cgagggacac cacatgctca aggcctacga 1968421 cgtggagttc agctttgccg ttgagatagc cgaagggatc ctcgcgaagg tgcccggcca 1968481 gagaattaag gtcaatcagg gcttctggga ggctttgctc gactcaaagg ggccaaagaa 1968541 ggggtggctc ttcttcctcg aacacaacaa gccggacggc cagaggtaca aactcggacc 1968601 gggagagata gttgaggtaa cgttcaaccc gctcaggata accctgagga gaaacctcaa 1968661 acccggcaag ttctacgacg gcctcgacct gcccatagag ttcggcgact acgccataac 1968721 tgagatcgag gccggcaagt ggtggttcgt tcaccgctac tacgacagga acggcaacct 1968781 gaagggggag tactacaaca tcaacacacc ggtggagatc tacccagaca gggcccgcta 1968841 catagacctc gagatcgaca tcgtgaagtg gccggacggg gagaaggaga taatagataa 1968901 agacaagctc agggagcact acgaggacgg gattatcagc gagaagctat acaaggccgt 1968961 actgaggatc acgcaggaag tctacgagag gatttaggga agcaagtcta tcccgagcct 1969021 ctctgcatcc cttcttaact ttttgtcata cgtgacgagc ctaccgaact cttgggcggt 1969081 tgcgagtatt accatgtcgt taaagcgttt aggatttttg gccagttcga gcgcgcgttt 1969141 tgtgtacttc ccgctgtcgc ccactacctt cgtccttggg ctctccagga ttgaggatat 1969201 cacggcgttt atttcctcca ctctatagcc ttcccccctg aaaaaccagt agagctcata 1969261 cagaactatg ctcggcacaa cccaccgttc caaggatgcg agcagtttcc ttgcctcttc 1969321 gttaaactca gaatccctca ggacggcata gacgaagacg ttggtgtcta tgacagtcat 1969381 tcttcctcac caagtccttt gagaattttc ttctcgattt ctttaacggt cagccccttt 1969441 cctcccggga gcattgggag ctcaagatcg ctctttttga ggactatttt tccattctcc 1969501 acctcaacta tgagcacgtc tccaacatta atcccgagct ttttcctaac ctcgcttggt 1969561 atagtaatct ggtaatttct agttaccttt gtcagtccca tagtctcacc ataattagta 1969621 ggtttgtaaa gctaaaaagt ttttggaaaa attcctgagt gccccccaat ggcaggaagg 1969681 gaagaaagct gagtctcgaa gagcttgagc acgtttacag ggtagtagga attatcaagc 1969741 gacgatcgag cttgtgaagg agcttgagaa aatagagccg aagttttgag tttcttctcc 1969801 ttaaatttta atcgctaacg tcctcaatgc ccttctcagt aatcttgaag tagaccatgc 1969861 cgccctccgg tctaaaacga tgcctttcga gaatggccac cctctttcca ggtgttggga 1969921 gcttgtcgag gcggaggatg tctttgcagc ggtagccaag ggtctgctcc gctacgggcc 1969981 ttgtccgttc agcccgtgca tcgaagtgca cctggttgat cacgagaacg ggaattcggt 1970041 gcttccttgc tatccaaagg agaacctgaa gctgtttgcc gagctcagag gtaagggagc 1970101 gccagtcctc ctcagcccgg tagtgggcgg ttatcgaatc gacgaccacg aggctgaact 1970161 ccggggtaat aagcctctta agcgagccaa tgacgcgcct ctgctccctg atgtcgccag 1970221 gggtgaagag gagaaaacga gaaagggcct cctcaggatc aaggcccctt gcagaagcca 1970281 tctgggacaa tctctctggg gaaaagccac cctccgtatc gacgtacgca accttcttcc 1970341 cgctcaggag acccgtctga acggcgaggg tcgtctttcc ggtggcatag gggccgtaaa 1970401 tctgggttag gacgccctcc ccaaaaccgc caccgagcag ttcgtcgagc gattttaccc 1970461 ctgtactcaa catgctcttc cctcataggt tgaactcttc tccgggtttg agcaccttga 1970521 cgaaggcgaa tatcctgttc tttctgagct cgtttatgag cttctcggga tcgccgtttc 1970581 cataggtacc gtagtgcatt ggaatgacta tcctcggccg tatgtcctca actatctgag 1970641 ccgcttcacg ctcgttcgcc gttgaacgac cgcttatggg cacgagaagg acgtccacct 1970701 taccgcgaag cctctggagt gaggggaagg agtaagtgtc acctgtgtgg aagagccgtt 1970761 tatccccctc gatgagatag ccgagcgggt actggctcga gggatgctcc ataaagaagg 1970821 cagtgacctt tacaccctca ccaagctcta tggtttcacc ctcagagatc tcccgaaccc 1970881 tcgtgacccc gtcggcgatt gccatcaggt aaacgggctt ggggccgatc acagttgcac 1970941 cccggaggcg ggagagaagc tcgaccttcc cgtagtggtc cgtgtgctcg tgcgttatca 1971001 gaatgtagtc cacatcccct atcagatcat cgtccacgtc cgggtacggg tctatcagta 1971061 tcttaactcc cctcgtctcg atccaaaagc aggagtgacc gtaccatatg attctcatca 1971121 cgtctcaccg gtaggtgagt tggagactga gaacttaaac gtttcccaag aaaagcgttt 1971181 aaggtttccc ctggaaataa ggtctggagg ttagaatgga gaagaaagac ctcaagaaaa 1971241 ccctcacctc actggtgctc gtcttgataa tcctcgtgag cctagccgcg gccagcacga 1971301 acacgagcaa cgatgtcctc tcccaggtga actccatcct gaagaaggtc gaagagatca 1971361 ggggattgac tttcaaagaa catccggaga tagtggttct cacacgggaa gaggccagag 1971421 aaagattcag gcctggaagg ccagacataa agcgaatgag gcttgaggaa gacgtctata 1971481 agatgagcct cctcctgccc cccaactacc cctacgtcca cgagaaggtc gagcagagcg 1971541 tgggatggat agccgtcacg atcggtaaca cgatctacat catagcggag aactttctct 1971601 ccgatccgga cacggccagg agagtcattg ctcatgagtc cgttcacgtt ctccagaagc 1971661 agtggttcaa tgccccctac ggcgggccga ccctcgacac cacaaaggcg atacaggcgg 1971721 cgatagaggg cgatgccgac ctcgtcgcgg acatctactg caacgaaacg gggatcccga 1971781 tccacaagat aacggacctc tacaccaggg atcctgtaac ggcactgggc atcttccctt 1971841 acgtctttgg tgacaggttc gtcgcatacc tctatcgcac agggggatgg aggctcgtta 1971901 acgagatgta cagccatctg ccgaatacga ccaaagtcgt gatgtttccc agcttctacc 1971961 tccagaactg gacgcccatc gacgtcaggg ccgatgtaga aaggctggta ccaaagaacg 1972021 caacaataag gtactccgac aggatggggg cctactacgt gttcctgatc tactggggac 1972081 acaacgccac cagggagaaa ggaatggaga tggccaaggg ctggtacgga gactggctga 1972141 tcatggggga cgtcaacggc accaacggaa ccgagcggtt cctggtgtgg gaggttctct 1972201 tcgacacccc cgagcacgcg acaacctttg ggaacttcct tgagagaatt gcaaaaaacg 1972261 acgactacgc cacatttaca gttaaaacca gcgaacagag ggttacactc ctggccaaaa 1972321 agaccctctc ggaggggaaa accgatgaaa gtgaagggga agttgaagtg ctcaatctgt 1972381 ggaaagacat atgacaaacc gcttcaaaga tgtggatgcg gtgagcccgt cgagttcgag 1972441 ctcttcgagg gagaacccta catagggaag agcgtctggg agcggttctg ggacttctgg 1972501 ccgctcgagc ccgcgcttga cttttccctt ggcgagggcg acactccgct ggttaagtca 1972561 aggctcggcg acgagtttgg aataaagctc tacctcaaga acgagactgt gaacccgacg 1972621 tggagcttca aggacagggg aacttttctg gcgatgagct atgccctcaa agccggctac 1972681 aaaaccgttg ggacggtctc gactggaaac atggcggcga gcgtctctgc ctacgccacc 1972741 cgcttcggac ttaaagctaa aattctcgtc tccgagagcg cgggcgacga gaaattaaag 1972801 gccgtctcgg tctacggcgg agaagtgata agggttcacg gcgactacgg gaggctctac 1972861 ttcgagagcc tcaagctggg agaaaggctc ggggtctatt tcatgaactc ggacaacccc 1972921 ctcagaatag agggctacaa gagtatcgca tttgagatag ccgaggagat aagcccggac 1972981 tacattctga ttccgaccag ctcgggcggt cttttcaggg gagtggcaaa gggcttcatc 1973041 gagctttaca agagcggtct cattgaaggc ctcccaaagc tgatagccgt ccaggccgag 1973101 ggctgttctc cgatatgcat ggccttccgc gaggggaggg aaaaggtgga gcgcttcgag 1973161 aacccgagaa cgatagcgaa ggcaatagcg aacccctacc cgccgagcgg caacgcgctt 1973221 ctgaaactcc tgagggagtt tggctggggt tgcgtttcag tttcggacga tgaaatcaga 1973281 aaagctcagg aaaggctcgc ccgcgaaggc ctcttcgtcc agccagcgag cgcaacgggg 1973341 atagcggctc tggaaaagct gaaccttcca gagggggcta aggtcgtctc ggttctcacg 1973401 ggttctgggc tgaaggttct tggcgacgta cctaagagag acataaagga gtgttcgctt 1973461 gaacgtctga ccgagtgttt ttagtctctt tgaatcccag ttttactcag gcaagtgtat 1973521 acatcaagcc acaaaatact tatatatgtt aaaagcacta gactatcatg aatcacgagg 1973581 tgactccaca tgaagaagag tagaacaaag atagcggcaa cagcactact actggcagca 1973641 gtgatcctag tgatcccggc cgtgtacgga gtccaacccg acaacgcggg taccctttac 1973701 tctgcatatc ttgactggct tcagggaaag ccagtcggac tcgcgaagat taacatccag 1973761 acccccgaaa agctgagcgg agccaagata gttgtaattg acatgacctc ccagaaaccg 1973821 cgccagctct attccggaga cctctacaca cctaccgtca agatagaaag gaagcccatg 1973881 ggcacgtatc tggaaaccaa agtcgagaac ggcagagtag aaagtgttga aaaagtcaga 1973941 ttcatgccgg ttaccctgct cataatagtc gcaaacgaga actactgggg cgtgaagacc 1974001 ataaccttcg agccgaacaa acccatgaca accctaaact taaaggtacc actccacaag 1974061 gggaaggcca gaagaggcgg catccacgtt gagagcatac gaactgaaga ccatggggaa 1974121 atcactatca atggcataaa aacggccatc ataaggagcc tacccggaac caccgtcagc 1974181 tgggttgtcg gcagggacga cgcgatagca tacgagagct tttcccaaga ttgggtagac 1974241 aaacctgacc caacaatgtg gcaggattca gggtcaactc tagtgaaaga taaagaaata 1974301 tcttgcgcaa tctccgcctc agacggagaa gttcgccttg tgacttcaaa cgttgcttat 1974361 agagtaaccg aaactgagat ctgcacgtgg ctctggtgca gggacatctg gactttagtc 1974421 ccaataagaa tagagaactt ccacgtaact tccataggtc actacagcgg ggaaataccc 1974481 gcaggaatgc ccgttaggta ccgggacaga agcgaaaaca taaactcttt tgacatactg 1974541 ttcgatggat cctctgacaa cggaggggtt tacttcacga ccactatctc aacgcaggtc 1974601 tgcggtggag ccggcgttca ggtgtgcttt acaggaaacg tggacacata ccgtgaaagt 1974661 gccactggtt acagacctca ctaccacgta accataaaca actggggaca tcacacacgg 1974721 ctctactacg cttacaagga cggaaacgga agaaactact acgagatcta cctgaaatgg 1974781 gggccggccg acgattcaat gccccagccc ctcacggcat ccgacaagga atgagagaat 1974841 ttttatttcg cttttctcac ccttttctgt ggtaccatgc tcgtcggaat aggcatgatg 1974901 ccccacggga acccggttct tgagccccca gacgaggaaa ccgagaggct cgcggaagtc 1974961 ctgaggagaa tcggtgagga gttcaaagat gcagactcct acgtcctgat aagcccgcac 1975021 aacgtcagaa tgagcgacca cctcggcgtc gtccttgctg aaaacctcgt ctcgtggctc 1975081 ggcttcgagg gaaaggaact gccaggggag tggaagaccg acagagagct ggccgaggaa 1975141 atttacgagg ccgagaaaaa tgcgggaatg cccgtcgttg acctgaactt tgcatcactc 1975201 cgcggtgagt actctcgctg gccgctgagc tggggtgagc tgatcccgct ccagttcctc 1975261 gaaaggaaac cgctcgtcct gatgacgccg tcgaggggag ttagcaggaa aacgctcgtc 1975321 cgcttcggcg aaatcctcag cgaagtcctt gagctggagg agaagagggt tgcgctgata 1975381 atcagcgcgg atcacgggca cggtcatagc gaaaacggcc cctacgggaa ggtgaaggag 1975441 agtgaggagt acgacaggct gataatgaag ctcatcaacg aagaccgcct tgaggagctt 1975501 ctcagcatcc ccgaggacct cgttaggaag gccctcgtgg acagctactg gcagatgtta 1975561 ataatgctcg gggcgatgag aaaagcggag ttcgagttaa aggcgagtgc ctatgcctgt 1975621 ccgacatact tcggcatggc aggggcgctg tgggtgagaa aaagctaaac gactccaaaa 1975681 ctagtctcca aaagccccct gctcctcctg aagcgaacct ttccgatttt tatcccccaa 1975741 ttccgcccgt cgtcctcgtg tgctccttat tgcacgcgtt gacgttccag ccctcgatga 1975801 cgaccacctt gagggtttta acctcctccg gaacgggaaa caggtcgtac atgtcctctc 1975861 cgaagtgctt ctccgcttct tcgcgcggaa gctcgtaaac ctcaactgga gcgttctcct 1975921 ggactttctc attggcgagg cgctctattt cctctacctc ctcgggcgtt ggcttccgat 1975981 tgaacttgac ggtcagcctt ccgaagctgg aaaagaaatt cggaaagtgc aggtttgcaa 1976041 agccaaaaga ggtcaaagaa cttacaggct acgaggtcag tggcgtttct cccgtcggcg 1976101 tgccgctcag gacaataatt gacccaaggg ttctggagaa cgagcacgtc atcggcgggg 1976161 gaggggccgt taacaaactc atcaggataa ggcccgagag aatcgtcgag taccagcggg 1976221 cggagataat ggacgttaga gaataatcgg gccagttatc aaccccacag gtaaattcaa 1976281 acggggaata ttcagccgtg tttggatgtt tttcagttca ataatagctt tatcgaataa 1976341 atcccgctta gagcttgtat tattaaacga aaaccgttat aagtgtaaag ctcgatacgt 1976401 cagcggacaa agttttaggg gtgaacaaaa atggccgaga agaaaaagaa gagggtcctg 1976461 attctcggag cggccggaag ggacttccac aacttcaacg tgttcttcag ggacaaccct 1976521 gaatacgagg tcgttgcctt caccgccact cagattccgg acatcgaggg caggctttac 1976581 ccgcccgagc tcgccggcga gctctacccg aacggaatcc cgatatggag cgaggatgac 1976641 atggagaaga taatcaagga gcacgacatt gatatagtcg tcttcgccta ctccgacgtc 1976701 tcccacgagc acgtcatgca cctcgccagc agggcccaca gcgctggtgc cgacttctgg 1976761 ctccttggac ccaagagcac catgctcaag tccagcaagc ctgtcgttgc ggtcaccgcc 1976821 gtcagaaccg gctgtggaaa gagccagacc tcaagaaagg tcgcccagct cctccaggag 1976881 atggggtaca aggtcgttgc cataaggcac ccgatgccct acggtgattt gaggaagcag 1976941 gtcgtccagc gcttcgccac attcgaggac ctcgacaagt acgagtgcac catcgaggag 1977001 agggaagagt acgagcccta catcgagcgc ggtatggtgg tttacgcggg cgttgactac 1977061 gagaagattc tccgcgaggc cgagaaggaa gccgacataa tcctctggga cggaggaaac 1977121 aacgacttcc cgttctacga gcccgacctc tggatagttg tcaccgaccc gcacaggccc 1977181 ggccacgagc tcaagtacca ccccggtgag accaacttta gagccgctga cgtcataatc 1977241 atcaacaaga tcgacaccgc taacagagac gacatccaga aggtccgcga gagcatcgag 1977301 aaggtcaacc cgaacgccac cgtcatcgag gccgcttcac ctatattcgt ggacaacccc 1977361 gagctcatca agggcaagcg cgttctcgtc gtcgaggacg gtccgaccct cacccacggc 1977421 ggcatgaagt acggagccgg gtacgttgca gcgaagaagt ttggagcgaa ggaaatcatc 1977481 gacccgaggc cctacgccgt cggctccatc gtcgagacct acaagaagta cccgcacctc 1977541 gacgtcatcc tccctgctat gggctacggc aagaagcaga ttaaggagct cgaggagacc 1977601 atcaacaggg ccgatgccga cgtcgtcatc atgggcaccc cagttgacct gcgcaggttc 1977661 atgaacctca acaagccagc cgttcgcgtc cgctacgagc tcgaggaaat cggccagccc 1977721 aagctcaagg acatcctcga gaactgggtc aagaactgcg agaagcttaa gaagtgattc 1977781 ccggaacggg aaaccctttt attctcttct ttcgtaatct tgtacaggtg atcctatggc 1977841 aatggtactc gcatttgtcg ggatagtttg gttgttgggc atactcagcc tgatagcagt 1977901 gatttgggtg atatacgata tcgtgacaaa acagaagcgc atgccggata cggaaaagtt 1977961 gatatggatc cttgtggccc tcttccttaa cataatcggg gcgataatat attatctcgt 1978021 tgtcaaggcc agcggcaaat acgaggaggc tccggaggaa aggtttgaag gcctagataa 1978081 tccgattgag atctgaccgg aagcctttta tgttgaaacg cctaacccaa atcgcccggg 1978141 gagcaccgcc gagggcggag tcaatgaact cgggcgggtt attaccccct tttacggcgt 1978201 ttttggaggt tcaatactgg aactgagggc gtctctttgg aattattcct gagaagcgca 1978261 tcttcaccat ccagctcaag aagagcaaca aggcagagat atcaatcaag atttaagctc 1978321 tccagcgctt ttcaatattt ttcgcacgat ttcatcggag attctgaacc cgtgcttcct 1978381 cagttcttct acatagggtc caatttcact aatcagaccc ttccttttgg caaaaagcag 1978441 aattccaagt gtcccggtta ctctcagttc aaagctcctc gcgaccttcc tcggttcctt 1978501 atcatcgaga acgaccaaat caacgtcctt ttcaatggca aacgatattg tctcggcctc 1978561 tccgtaatca accagctcaa gcaggaacct aacgagtcgc tgattcgtgg gtgagacctt 1978621 tttcaaaaag ttcgccttcg ctatatccac agcctcctca tgcgcgactc cttccacaac 1978681 ggtttcgtag tagactgcat tggtaatgta gacctcgtca aagagttcat cgagaatgtg 1978741 gagcagtcca agcttggcga gaaatatgag tggcgatgag tttatggcaa ctcttatgat 1978801 agctcctcca ggactttgag gtcgttctta agctcctcct cgtcgtaagg aatccctttg 1978861 ccttcccgcg caagaatctc gagaaactcc cacttgctca gcccagccag ctttctcgct 1978921 tggccaaaag agagtattcc cctctcatat agccttatgg ccaactcaac cttgaccctc 1978981 tcttctatct cgtcctcggg cagttttact atttcaggaa gctcaacaac tatcctcttt 1979041 cccattctcc caccgttccc cttttgcgtt ccaaacctat ttaacgcctt cgcatcgggc 1979101 gttatgagtt ttgagaactc acacttttca aggtatataa attaggtgag aactcgaagt 1979161 tctcactccc ccataacctg cactattacc cttctttgcc tcggcctgac gtcgagttcg 1979221 acgaagaaaa tctgctgcca ggttccacga acgagcctgc cgtcaacgat tgggaagcac 1979281 tcactcgcgc cgaggagcgt cgcacgcagg tggctgtggg cgttgtcatc tatcctgtcg 1979341 tggaggtagc cggcgccttt tggtatcagc tcccgtagag tgcgcttgaa gtcctccaag 1979401 agacccgact cgtgctctat cgtgactata gcgcccgtag ccccgggcac gaaaacgaga 1979461 gcaatgccgt tctcgattcc gctctcctcg acgacccttt caacctcggc cgttatgtcc 1979521 acgaggtcga tctctcccct cgtagaaaac cggagctccc gggtgtaaat caccttctca 1979581 cccccagctc gttaatcaga agttcaacct ttttcagcac atcgaaggga tccctgccga 1979641 agatgtaaac gaggggctca acaccgtgac cgccttcatc aacaacgaca tcgtagagag 1979701 catcggcaaa tggtctggct atctccttaa ttgcctcatc ctccggcatt ccctctgttt 1979761 ttacccgtgc gaccctgaag ttaagcctcc ggagggcctc cctgatccta tcactgtagc 1979821 gaacgttgag aacgctccgt acttccggac gaagcctgcc aacctcaacg agaatacctg 1979881 cggtgaacct gctggccccg aactcaggag gcagtgcgta gggcttcccc ttggctatcg 1979941 ttatcctccc cggaaccgct gccacctcct ccggaccttt gggagaaggc agggcatagg 1980001 caaagttgct cctgacctca gggatgagct ccttaaaacc atccatttcc accagcctct 1980061 tcagggcgac ggcaagttcc tcaaggactt ctgtgccagt cctgtcggag tatatggagt 1980121 tgcaggcctc ctcgctaatc cccgcgtact tggagtagaa cttacagaga aaaccgctcc 1980181 tgaagagttc cacgagacgc tttgaaacca agaccacagc ttcttctctc gtcccgccgt 1980241 agaggatgaa ccttccgatt tcctccgcca gttcatcgag ctttctcgcc agctccccag 1980301 ggggcctttt gtacctgccg gcgagatact tgctcaccat tgcctgggta actcctaagt 1980361 aatccgcaat ctcagcctgt ctgaagcccc ctcgatagag gacttcagca accttcgccc 1980421 gcagataagg catgacctct tctgccagat aaacggcggg agtcctcata accatcacca 1980481 gccagagcat aatcgactta tagcctaaag gtattgcggt ttttactgaa caaaattatg 1980541 tcaaaaaaga cttaaaaacc catcgaattt tacacgagaa gggcacctat ggactggaac 1980601 ggaagggacg ttataagcat tagggacttc tcaaagagcg acatcgagtt cgttttgaag 1980661 gtcgccgaac ggcttgagga agaactcagg gagaagggct cgctcgaata cgcgcggggg 1980721 aaaattttag ccacgctctt tttcgagcca tcgactagga cgaggcttag ctttgagagc 1980781 gcgatgcaca ggctcggcgg ctctgttata ggcttctctt cggcatcgag cacgagcgtc 1980841 aggaagggcg aaagcttggc cgacacgata agaaccgttg agcagtacag cgacgtgatt 1980901 gtgattaggc acccgatgga gggagccgct cggctagcgg cggaggtggc ggaggttcct 1980961 gtcatcaacg cgggcgacgg gagcaaccag cacccaactc aaaccctcct cgacctctac 1981021 acgataaagc gcgcctttgg gaagattgac ggcctcacca tcggcctgct cggcgacctc 1981081 aagtacggga gaacagttca cagcctcgcg gaggccttag ccttctacga cgtcgagctc 1981141 tatttgattt caccagagct cctgcggatg cctaagcaca tcgtcgagga gctccgcgag 1981201 aggggcgtta agatccacga gacgaccgac ctcgagggcg cgattccaga gcttgatgtg 1981261 ctctacgtaa cgagaatcca gcgcgagcgc ttccctgacg aggaggagta cctgaaggtc 1981321 aagggcagct accaggtgaa ctgcaagctt ttgaagaacg ccaaggaaac gctaaaggtc 1981381 atgcacccgc tcccgagggt ggacgagatt cacccagagg ttgacaagag cgagcacgcg 1981441 ctctacttca ggcaggtctt ctccggcgtg ccggtgagga tggctcttct gggtctaacg 1981501 ctgggggtgc tctgaatgaa gacaagtttg agggcgcatc cccttcaaaa ctctggaggg 1981561 gatgcatgga gagtttggag tgttggtaag accccaaata ttttccgcca gcgctttgcg 1981621 gagcaaaggg ctgttacggg ggtgctctga aatgcccgag ctgaaggttg aggtaatccc 1981681 cgaagggaca gtcatagacc acattccggc cggaaagtgg ctcaaggtca tcgaaatcct 1981741 tggattaacc aagccgaacg ggggaacgct gctgatagcc tcgaacgtcc ccagcaagaa 1981801 gctcggaagg aaggacatcg taaaagttga gggaaggtat ttgagcgagg aagaggtcaa 1981861 caagattgcc ctcatcgcgc ctgacgccac cgttaacatc gtcagggact acaagatagt 1981921 ggagaagttc aaggtctcga ttccagacga gatagtggga atcctcacct gcccaaatcc 1981981 aaactgcgtc agcaaccacg agtacgtgag gccgcgcttc aaggtcgaga gcagggagcc 1982041 gctcaagctc cgctgccact actgcgagag aacgattgaa ggggaagaga taatcgggaa 1982101 cctttagctt tttaacctcc tcgtcttttc tatttcgatg attcccccaa cggtcgagga 1982161 cgtatcaaaa ttagttcggg agataaggct tgagcacggc cttccagaga gccccttcag 1982221 gatagacgag gttcgctacg acccaagggg ggacaagctc ttcataatag cccacgacag 1982281 gactgacaag agcgttatca tcggcaacag cctcgtcatc ggaaagctcc gggagaggct 1982341 cggagtcaag caggttacgg tttactcaaa cctcgacctt gaaattaaga ggagaaagct 1982401 caatgaggtg gaaaaactcg taaaggggac ggagcttggg ttcctaatgc cgataatcga 1982461 ggcagagcgg aggtttccac cgagggaatg gcctgaagtt agaggaaacc tgaaaacgct 1982521 cgtcttcctg agcttctccg ccaaaccact cctcggcttt gccagggctc tcaagctccc 1982581 ctacgaggca gtcggactga gatatacttt tccaaggctc gagtatgagg ccgttgaagg 1982641 gaaccttagg gagctgttct tcccggacga ggacaagctc gtgagaatcg cgggggaaag 1982701 gggcgcaaag cttgtcttag cggattttcc attctcgcta aacgagaggg aggaggttta 1982761 cctcctcaat cctttcaggc ttctccacat cggcttcttc gagctgaaat atctttttgg 1982821 cttcgaattc cccacgatgg tcgatgagga agccctcctt gagttcgtcg cgaaactcac 1982881 ctacgacggc ctcatggagt ccacagatgg ggccaaggtt gtatggcgct actggaggcg 1982941 gaggagatga taatcggagt cgttggaaag attgccgctg ggaaaactac cgttgccagg 1983001 tttttcgagg agaagggctt ctgcagggtc tcgtgcagtg accctcttat agacctcctt 1983061 actcacaacg tttccgacta ctcctggatt ccggaactgc ccgagaaggc cgagccgacg 1983121 cgcgagaaac tcatagagtt cgggaagtac ctgaaggaca aatacggcgg ggacatattg 1983181 attcgcctcg ccgttgacaa gaagaggaac tgcgaaaagg tcgtcataga cggcgtccgc 1983241 tcgcgggagg aaatcgaggc gataaaaagg ctcggtggaa aggtcatcta cgtcgaagcc 1983301 aaacccgaga taaggttcga acgcctgatg aggaggaagg ccagcaagga caagggaatc 1983361 aagacattcg aagactttag ggcgatggac gacgccgagg agaggcttta tcacacgagc 1983421 gagctgaagg aattggctga ctatgtcata gtcaacgagg gaacccttga ggagctgagg 1983481 gagaaggtgg agcggattat tgaggagctg agcaaggctt aaagggagtt aggggtaaag 1983541 gaagttagtg ggaacatgga ggttgttgag gcggtttacg agaacgatgt gctgaggcct 1983601 ctgaagaagc taaacctgcc ggaacacacg agggtgagga tagtaataac tcccgacatt 1983661 gacgagataa tcgactccat gctcatcaga aaggtcgaaa aaatcaacta caagcgcctt 1983721 aaggaggcgt actatgagtc gctctgagat tgaggggaag tatcaactgc ttcccaacga 1983781 tgcccccatc gttgcaacct gcgtggaaca cgagattgag cgcattctaa cctttgactc 1983841 ggatttcgag aaggttcctc tgataaaagt tatcgggtga ttaccgtgaa cctcctaatc 1983901 atcgccccct gcctgttaag cccgttctac gtctaccgcg ggccgaagga gaaggaatac 1983961 atgacggcaa gagagctaag gaagctggtt ggagagctcg gcgacgagtg gcatgttctg 1984021 gcttatccat gccccgagtt cgagctaatc ggctggccaa ggcccccgat gggaagggag 1984081 agctttgaga gactcggcat gcgcgagaga gttcaggtcg tagcggactt catagggagg 1984141 gttctaactg aagaaaagcc ggagcgggtg gtcttcgtcg gcgttaaggg ctccccaacc 1984201 tgcggtgtct tccacacgac ctcgaacgac cccgattcct tcgactacgg cctgattccg 1984261 gcgttcttct acatggacaa ggggaagaga cttgatgaga gtaggaaagt cgttgagaaa 1984321 ttcggatttg aagttaagac agggccagga ctgctcttcg aggagctcat ggagcgcttc 1984381 ccggaggctg agttcatgga gttcgacaag gacgacatcg agggaagtac ggaaaggctc 1984441 aggagagcca taatgggtta agccctcctc acagcctctt ttaccagctt ttcagccttc 1984501 tccatcagct cctttgcctt atcctccgtg tgggcctcga gggttatgcg cattatcggc 1984561 tcggttccgc tcggcctgaa cagaatccac cagtcggagt tctcaatcct tattccatca 1984621 atatcaatca gcttctcata gtcgaagctc ttcaaagcct ccttcgctat gatttccatc 1984681 gccttagctt tcttctcgtt ggggcagggt accttcgccc ttagagttac gtagcgtgga 1984741 acttcccggg cgagctcgct tataggcccg agcctgtcta tcatctcgag gacgagtgcc 1984801 cccgcgaaga ttccatcggg ggttaagttc cactggggga ttatccacgt cccgctcggc 1984861 tcgccaccga agattccccc gtgtttagcc agttcatcgg ctactgccac gtctccaacg 1984921 cgcgtcctta taacttcccc gcctaaaggc cggacgtagt cgtccagagc gaagccggca 1984981 tcgacggtgg tgactatttt gcccttcccg aactttctga gcatgtagcc ggctatgagg 1985041 gagagcatga cctcgtactc gacgaagttt ccctcgtcgt caacgacccc aatcctgtcg 1985101 gcgtccccgt cgtgcgctat cccaacgtcc gctttcatga ccctaacggt tttcgccagc 1985161 cctgagaggc tcttcgcgtt cggctcgagc tccctcacaa agaaaccgct cgggtgggag 1985221 ttgagcgaaa taactttatt gcccagctcg cgctggaggt agggacttaa aatgctccca 1985281 gcaccgttgc cggaatcaac gacaactgtg taggaatcgt tgagcttcac catctcgagg 1985341 gccttcctta tgtactcctc cctggggtcg gcccttctga gcgtcccaat ctcgttccag 1985401 ggaacttttc taaagtttcc ggattcgaga attctctcaa gctcggcctc catgtcgggg 1985461 gtgtaggcca ttccgttgga ctgccacacc tttatcccgt tgtattccgg cgggttatgg 1985521 cttgcggtta tcgtaacgcc cgcatcggct tcgtagagct ttattgcaaa gcccgtgagc 1985581 ggtgtggggg cgaggcctat gtctatcacc tcaacgcccg tgctgagaag tccgctgatt 1985641 aaagccgact tgagggtctc actgctcgtt ctcgtgtcca ttccaacgac gacccttcct 1985701 cccccaagat aagtcccgac agcctttccg accttcagtg ccagctcggg ggtaacgcac 1985761 tcgttgaaga gtcccctgat tccgctcgtg ccgaagtatc tgcccatggc aaccacccgt 1985821 gagagtgatg atactcactg gggatggaga aatataacgt tttctcacgc cacttcatat 1985881 tcagggaaat tcctcatctc ctccgagtta ttgtagccac cagcagcgcg agcagggcaa 1985941 ttatcccggg cccacagatc acgtcaaccg aaaacccatc ctctgtgccc gtttccccgt 1986001 cgctggagcc gccggatgat cctgagctcg taaagccggg gctttcggac gtggcagttg 1986061 gtgagttgga ggacgtggcg gggcctgtcg aggtcccggt agcctcggac gagccagtct 1986121 ggttgcagac gtccgtaacg tggaaatact cgctcggatg gtcgtgaacc cagacgctgg 1986181 gctttccaat cctgtaccac tctccggtcg ggaagtcgtc gaactcgaaa gcctcctcaa 1986241 acttaccctc cgagtaaaag ggcaccttca cgaactttac atcatccttt cccagctcca 1986301 cgaagttggg aacccaagcg gttagctctt ctccctcctc aacgtgatgg acatcgcagc 1986361 cggcgaactc catgttcggg ccgagtttca ggagccggtc cgggacgagg aagatgacga 1986421 agccgtcccc agcgcgggct atgtagcggc tgtggggctg aacgtcgtag tagaccctga 1986481 ggatctcacc ggagggggac atcttgacga gcgggtcgaa gagaacgtag ttaccatcgt 1986541 ctgcgagggc aaatcccgca ggagattgtc ccttgtagag ggtagtgttc cagaagccac 1986601 cccagaggat gttccccctt ttatcgagct tcatccagat cgaggcccct ccgtcatact 1986661 tcccgcttaa accgttggta tagatccacc cgtcgggaac actgtagagc atgggccttc 1986721 caccggagag gctgttgaat ccgcccatct cccagagctc accgccatcg atggcctgcc 1986781 tgtactccct gacccatctc aggtttcccg tcccggggtc tatgcctatg aacccgaggt 1986841 ccgggcctcc ggcggatgag aaggctatca cgacttcact tccgtcggaa cccacggccc 1986901 aaacgtattc gtggatgctt tcccttccgt agatgtggac ccactcgagg ttcccggagg 1986961 agtcgaactt tatcgcccca acgtcgaggc gggggactat gtggtcggtg tcgtaggggt 1987021 cgtccgggtc cttgtggtgc atgtgcgcgt aaaccggagc cagcacgatg gccccgtcgt 1987081 cggtaggttg aaccctgatg cccccatagc caccgttgga gttcttgaag gccctgaccc 1987141 agaccgggtt ccccgagaag tcgaacttga ccagcgtgaa cagcgggtct ccacgaatcc 1987201 agtcgcttgg tgctgaaacg ttgatgacac cgttcgtcat caaaacgacg tagataccgt 1987261 ccctccccac tccgatgtcc tgtatggcct ggaactgccc ggagggaagg tttaggggga 1987321 gtttctggct gaggctgaag ttcttcatcc agagcacttc acccatcggc gagaggtgca 1987381 ccagaacggc caaccccgtc ccgtggcttc caaggaggta gtaatcccca gaggtccccg 1987441 gaatgaatgc cacggggttg taaacgctgt cgaacatcgt tttatcacgc tggacgccgt 1987501 agacgacctc ccaggcgctg gaagagctag caaggggcaa aaagaggccc acgataatga 1987561 aaaatgcgac aaaaataacg aattttctca tttttctcat ctcctcaggg ttttcctatt 1987621 tcaacaactc ttattccctt cccgaacccc tcaggtgaga gcccccagag tttcccgggg 1987681 cagttgttca gactttcgtt tctgtgggga caaatgaagg cttggtaata gtttacatag 1987741 ttcgagcctt cccatccgcc tccaccgttg ctgaaggtta gtatcagacc gcgggattca 1987801 gcctcttcct tcgttgttat cgagggcaac tgacccagaa actggtggac ggaaaccggt 1987861 agggtgggta agggggtgac ccccaagaaa atggccattt tcttcagcat cacaccaacc 1987921 tccgaaggag tcccagaaac caccttgcga gggagaggaa aatcacaact gccccaatga 1987981 gaaggagaag cccgaggagc gggccgagaa cgttgaagcc cgtggagggt tcggagggca 1988041 tacactcacg tcctgataaa cccatctcgc ggaagagaaa agcgggacag ggtttacttt 1988101 tcttacttgt tacgcatttt taggtaataa acctttcgca aagaaaaatt caaaatggac 1988161 aaactcaaat gagccttccc ctaagatttt cgcaatgtca atgtacctat tcgctcttca 1988221 agaggagtcg tcatttcttt cacttcttca cgagcctgta tatgccgacc gagaccgtgt 1988281 agctctcaac gttaaccgga gctttgtagt caactctcac ctgaaacggc acgctggagc 1988341 cgtatatcaa gctgtccgtc tcggattcgg tcaagacgtt accgttctcg tcgagtatcg 1988401 ttatcttctc gactgtcccc tcgctatcgg ccgttatctt gtactttcca ggctcgagca 1988461 cgtggctgag gtagaagacg tcgccgctca cggtttcagt cttgacctcg accggaacct 1988521 tgttgtaagc tgtttcgtag tagtactgca ttccaaagat tgccgcaacc ccgatgaaga 1988581 ggagcaggaa gaagccaacc atcagtttct tcaggattcc caaactcaac acctcccaaa 1988641 caacccatct cgcggaagag aaaagcggga cagggccgtt tctacaactt actcgctcag 1988701 gggtaataag gctttcggaa aagaaaattc gaagaattct gaaggaaagc taagaacttt 1988761 tcctcagctt ctccgccagc tcaacgagct ttctggccct ctcaggggaa acctcgttct 1988821 cgacctttcc gtcgcgcttg agccacgtgc cgacgatgaa ggcatccgca tacctccaca 1988881 gctcgggcag gttgtcgtag gttgttccag agccgactat tactggcacg ggcgagattc 1988941 tcttcgcgag ggcgagattc tctaaatcca cgggctttcc ggttgacctt ccgctcacca 1989001 ccactgcatc ggccagaccg cgctcgacgg tgtcccttat cgcatcctcg aagtcgaaga 1989061 agtgaaccgc atgcttgacg tggacgtcgg caaagatctg aatcttgctc gggaggagct 1989121 ttctgagctt cgccagctcg tgggcgatgc cctctataat tccctggtcg gtgtaagcaa 1989181 ctccgctcag cacgttaacc cttatgaagt ccgctttaat cgcgtaggct attgaatacg 1989241 cggctatccc gtcgttcctg aggacgttaa tcccgaccgg aacgctcacc tcgtccctga 1989301 cggccttggc gaccgctgtg aaggctgcaa cggttgtttt gcccacgtac tttggaaacg 1989361 ggacgtcgcc gaagttctca atcattatcg cgtcaaagcc cgccccttcg agagtcttgg 1989421 cgtccttcac cgcgagctca atgatcccct caaggttgcc gtcgtagagg tacgagccgg 1989481 gaaggggctt gaggtggacc atcccgatga gcggtttcct ctcgaagtcc attgaatcac 1989541 ccgttaaagg ttcgcactgg acgttaataa gcactgtgga aaggaaagag tgatatagga 1989601 tgataaccca atgaagctgg taggtgaacg aaatgggtgt cgtggagaac cccgaacttc 1989661 caaaatctgt gaggaggcat ctggagccgg aggagagggt cctgtttgcc ataaagaaga 1989721 agataagcct tgagaagccg aagtggctcc tcgtgacgga caggaggata atctacctgg 1989781 acgagaaggt tctcgggagg tacgacctca aggcgatccc ctaccagaag ctggagcaag 1989841 tgacggttaa gctcggcgtc atgagctccg agttcgtgat cgagggggag gagagcataa 1989901 gcctcaagct cggctggatg aacaaagaag aggcaaggaa ggccatcaac gcgataaaag 1989961 atgccctaaa cgcgatagcg gttgagcccg tgtcgattga cgtcaaaaag aggttaacga 1990021 gcgagacgtg gacactgagg aagcccaagg agctcgtgac gaggagcatg ccggcccgga 1990081 ctcaaccaca ggtcattgag aaggaggatc cgctggagaa gctcaaaaag ctgaaagagc 1990141 tctacgatat gggggttata agtcaggagg agtacgaaga gaagaggaag aagctgctgg 1990201 agcagatttg aaaccaagcc tcgtaataaa aagatgatga ccccctattt ccccaaacca 1990261 cttcctaatt tttcatcgcg agttcatccc tttggccgta accaccacct acatagagga 1990321 tctttcacga tgtaattctt caaatcctca ggactgttaa ttccgctcgc cttgaacgaa 1990381 agcttcagcg tgcgaactat gcggagagaa gcccagaggt gaatcacaag ggggagcagt 1990441 agaacaacta atgacatcat ggaccaccca tacaggatta cgtaaagagt aagaaacccc 1990501 aacgcggttc cagcaaccgt aaacttaatc atcccctcaa gcctccaaaa caccaaatga 1990561 gcactacacg acaacttaaa attcaacaga ccaaaaacca atatcatgag tagatacaaa 1990621 aatacaaaga ctccaaaatg cgtggctaac ggcccaaccc catatatagt cgggaaagaa 1990681 atccagctaa aaagcacaag catccaaggt aggagaacac taagactagt aaaggttcca 1990741 acgagcatat aatctacctt tgccctgatt ggccgaagtt ccaacgcctt cccaatccag 1990801 taaatatcaa aaacaaaaat aagccaagag gacaacacca agtaattcat cctaatcacc 1990861 ccccacagat caggttgtta tcaccttcgt acaccgagca aatctttgga ggagctgaac 1990921 ttcctctgta cgcctcaatt gctttttcaa ctattaaaca catcatttca cctactgcga 1990981 atattacacc tagatcaatt catatcccaa tttaaatcac tttagggata ttgattcatg 1991041 tcactgttga aatcttttta tcatttaatc tcggcattta ctgaagctag ctttcagcaa 1991101 gtcataaaga atgaaagtac aaataaacat atcagacaaa ccacagacca tgctggactt 1991161 tataagtgca tttactagtc gggattatag ggagatgctt ccttcaagcc tttgttgatt 1991221 gtctcgacga atttgagtga catcagcaag tacaagacca caggaattgt tagtgagacg 1991281 acagacacta ctgtttcatt ctcgcatact attttgaacg tggccaagag cattattgcg 1991341 ttcccaagag cgtttagctt aacaatagtt ctaagtctcc caaggagttt gtgtgctgcg 1991401 ttttggattt tgacaatcat caggattatt actaagaacc acacaagcac cattatcact 1991461 cccatttcag ggggaacaaa gtctagtttc cctttatctg cgagaactat tatcgaggcg 1991521 agccctgtga cgctccaagg aattataatt gtgtcaccta gaaactcaac tgttttcttt 1991581 ccaattcttt tcgaatcgat cgcagtcctt catatttagc aactagataa ccatccacta 1991641 gcactaaaaa agacgcaaat aggaaaagca acgttgctcc acatgccatt gaattcgccc 1991701 tcctaatcag aggttgtgaa ttttggatta ccgttgaatc ccttaactcc cctccgagat 1991761 ttaagggtgt acaccgtgtg cagtgtaacg accccgtagt aaaacgctac gatttttcca 1991821 gagttcttag tgattttccc tgtgagtctc ataaaccttt ctggctgatt tttgagtctg 1991881 agagaaataa ccgtcgcgac gaaagttaaa acgaacattc caaaagcaaa gggcaagacg 1991941 ctgttataca gctccgaaag tattctggca atgcccgcgg tcagtatgaa gcccggaaag 1992001 acaacgatat caactccaag ctctatagtc tttttctgca tttcgctcct cacaggcctt 1992061 atgccctcgt acttgaggaa gaggtagagg tctaaaaaga taaacgaaaa ggaaaggata 1992121 aacgagcaca acccgcacat ggcgttcaac tctcttcttt actctcggag ctttccttca 1992181 gcgttgctgt aattatcttg gcggacttca tggctattgt gaagtacagg agtactggaa 1992241 ccattagcat gacgccgtga agtacctcca tgcttttaca cactgcccgg aacgttgcaa 1992301 ttatcagtag tgcaatacca agagcattca gccttattgc ccactcaacc cgccttagga 1992361 tggtttctgc attcctaaca actacaagac tcatcagaag tacaaccaaa gcccaggcaa 1992421 tcatcacgat tatcccggct tcggggggca gaaagtccaa tttcccatca tgtgcgagta 1992481 tgacaattga ataaattact gctacgtgcc aaggtattac actggtgtcc cccacgaact 1992541 ccgctgccct tttattcact tcttctcgaa tcggccgcag ttccgtgtac ttgatgaata 1992601 agtagccgtc cacgaatatt aataaaacaa aaaacaggaa aagactccaa tcacatccca 1992661 acgccatccg gatcaacctc cgcaaattag attgttgtcg tcttccacgg agcaaattgg 1992721 tgttggggct gtggctcctc tgtatccgtt gactactatt ggcaccaata aaagcaatac 1992781 tccaccagtt gagataattt cgcccgaccc tatcacaaat cccgctactg tcaagaatgc 1992841 accgccgagt tctgcacctg ttattatgta atccggaagc tcttttttcg ccccttcttt 1992901 atcatctccc ggatatatca tagtaacgta tcccagtgta tggtgtttat tagcaacttg 1992961 tagatccacg gtaatcatgt gggccatggg ttgtccacca tccaagaaaa ggtaaatata 1993021 gtagtcatct ccatagaccc tctcagccag ccacccgtca acgtctatgt ctatcccaac 1993081 aataccttcg gagttgcctt taacactagt tcctgtaacg tagttcactt taacggcctc 1993141 ccagttttca ccgtcccata cttcatatcc actgaatgta accttagtga cttgaacagg 1993201 gatgtcttcc aatgcattgt ttagtatgtg gacataacaa tcgatttcgt catataacgg 1993261 gacagcatcc tcgcattcca tccatgccag taccggtcca tcaaaggtaa cgttcacggt 1993321 gagaaagtcc tcgaattccc cgttcacgta taggtagaag tggtagacac ccggattgtc 1993381 gaagtggaat ccaaaccagc ccctgaactc ctgggcatat tgaccctcaa cgtaagtggg 1993441 gggaacgttg tcaaacttga tgtctttttc aaagaccctt atcggactcg tccaatgaat 1993501 cccctcactt ggagagtcat aaagatacca aaccttcacc ggaacgtatt cgttcttaag 1993561 ttccccatag tagtccgccg caagcgtgat gttcatgaag gttccctgcg taaccgtcag 1993621 gttgtgggcc tgggattctc cggtgagaaa gcgaccggtg tagccatcac cttcgttgat 1993681 gtggaggcgt actgtcttac tgtcgattac ctcagtacca ctgatcagcc caacggtaac 1993741 ttcaagatcc cccgccttgg cgttcctcca gtgggacacg tagaaaggtc taatgttctc 1993801 agggcttatt ttgatggaat caccaaagac tatgtcagat gtcttgacat cgcttacaac 1993861 aaccgagagc tcaatgttcc cctgctccga gttcaaagaa accggtacaa gggcatccgg 1993921 accaaagttg ttcttgaaca cgctgctttc gacgttggat tccggcacga gcctgaaaac 1993981 ataataggga tatactatga tgtccacgtc atcatgttcc tcaggattcc ttggcaagat 1994041 ctgaaggctc ttaatggcca gattcttctg gagaaccagc ctcctcacct caaccgaacc 1994101 actgtccttc acctccatcc ccttgaagga gaaggtggcg aagtattcgt aggtaccggc 1994161 ctggggatat gtgacgttcc cgacctgaat aacgacgttc tcatcggggt ttaggatcac 1994221 cgtcttcctg ccgagaagga ccaaccgctc ggagttctcc tcgggaactg tcacaaagag 1994281 cgagagaact ccatttaccg ccttcacatt atcgttcctc agccggacgg caaagccaac 1994341 gctctggcct tcggttacct ttgtcgtgtt cgcgatagtc ttcaccgtaa tctttgatag 1994401 gtctatgtca gagatcagat caagggttcc gtggtagctc tccatcacaa gaaccggcgc 1994461 ggtaggagtg gagtaatccg cgggagtgta ggcctgaacc gaggtggtct caacaggatc 1994521 gccgggcttg gagttggggg tgtccccacc tggactggtc accgagcggt agcggatctt 1994581 gactattccg gaaactgaag cctgaagggc gtttccaacg ggagcgatga actccgggct 1994641 ctcaacgctt cccgggccgg tgtagacgat agcgtccatg ctgagaacct tactctcgct 1994701 gccgtcgttg aacttgaccc ggtcgatcat aacggcgcca ccatggacat agtagtcagc 1994761 ttgaggcagt atctaaatga gcactaaata gagttatccg tcatatacaa gctgaaaaaa 1994821 gtatttaaaa cttttttcta ttcaaatttt acttatcact tttaatagtg tgcaaaactt 1994881 ggaaagtttg ctcagcaaga agacctcaag tgaacacaaa ggaacaatga aaaccgtgcg 1994941 attcacccaa agaattcaga aaccttgacc ctgtactcct ttccaagaag ttctggattg 1995001 gcggccttgt gaacgacgag gacgagctca tcaccgtcca ggtaccactc cgtaaccgtt 1995061 gtggcgatct cctcaaacag gggcaggaaa acgggtttgc tgctctcgat cacgtcctcg 1995121 tttattaggt agaaagaaac ccgcctgtca tccccaacga agtacgagat cgtcgtgagc 1995181 agggacagca tctccctttc ggagaagagc gtcaccatcc tgtggatccc aacaacggga 1995241 ttgaaatagc ggccgttggc ctcgcggaac ttgttgatgg aattcatgta atggccaaag 1995301 ggtatggagt acttgtcgac ctccatcctg cttattatcg tacccgcctc aagcctgcct 1995361 ccccctatct ttatgacgac ggtctcacca gggggaagac ccatggactt aaggcccttc 1995421 acgagaacgg gataagcgtc taggatgtca tcaacgagaa cgtgaaggcc tctcgaggat 1995481 gcatagtcgt ggaggagctt gaggaacagc tcgggatacg agttcgaggg gtactccacg 1995541 agcacggtct cgccgaattt aagccccgag aagaaagact caatcttccc cacccggaat 1995601 cacccataga aaagacgaac ttcaaactta ttaaggttgc gtttataagc gatacagccg 1995661 atcgggttga ggtgggaata tggaggataa cctgttcaaa atcgccgagc gaaccgccga 1995721 taaactgggc gtggggtact tcgagataag gatctcaaag gtaaagacga cgtcggttct 1995781 catccagaac gaccagctgg acgagctctc gaacaacgtt gagatgggga tcggggtcag 1995841 ggcctttaag aaggggtggg gcttctcatc ggccaatgac ctctcaaagg cagaggaggt 1995901 aatcaaaacc gcaatgaaga tggccgggct ctcaaggggg ccggaaaaaa tatacctcgg 1995961 agatcctatc agggacagcg tctcgaacct cggggaaaag aggctcgatg atgtggacat 1996021 ctccgagaag ctcgaggtca cgggcaaagc ggcggaactc ctgagggggg agaacgtgaa 1996081 gaacaggatc gcgggctacg gggaatccat catcgaaacc ctctacctta actccctggg 1996141 gagcgagata agaaccgtga cgtcgagggt tcgtttgagg attgcctcga cagctttcga 1996201 gggtggaaaa actggtgagt actggaagag ctttggggga acaggagggt gggagctgat 1996261 cgaaagaatc gagcttgaga ggtgggctga cttcgtgtca agaaaggcgc gagagctgct 1996321 gagggcgaag gcccctccct ccggaaagtt cgaggtcata atggatcccg aactaacagg 1996381 ggtcttcatc cacgaggcgg ttggtcacgc cgccgaggcg gatgccgtga agaacgggga 1996441 gagcatcttc gcgggccggt tgggggaaaa gattggtgca gaagagctga acgttgtgga 1996501 cgacccaact ttgcccggca agttcggatc gtacgcctac gacgatgagg gcctcccagg 1996561 aaaaagggtc gagataatca aaaacggggt tctgaacgag tacctgaacg acagggaaac 1996621 atccgccctt ctgaacctca tccccaacgg acacggcagg gcccagagct acgcccatca 1996681 gcccctcgtc aggatgtcca acacattcat cgaggccgga acatgggagc cggaggagat 1996741 cttcgaggag gtaaagtacg gcctctacat gataggggac aagggtggcg aggttgacgt 1996801 tgccaccgga acatttacct ttggggcgaa agaaggttac atcgttgaaa acggggaact 1996861 gaaggttcat ctgcgcgacg tgtcgctctc cggaaatctc gtggaggttc tgaggagcat 1996921 aaaggccatc ggcagggacg ttaagataca cttccccggc tactgcggga agggccagtg 1996981 ggtcccagtt gacgatggcg gtcctcacgt gctcacagag gccctcgtgg ggggaaggtg 1997041 atcggaatgg aggcggttga aaggctcgcg gggatcctcg ataaaagaaa cgtggagtgg 1997101 gagatatact gggaggaggg aaagagtgcc tccttcagaa ttgaaaggga aaggatagag 1997161 agggctcagt ggaagttcta ctcagggatt gggctgaggg tgggtctgaa tgggagggtt 1997221 ggtttctcct acgtaaccgg ccttgaccac gacgagaaaa gtctctttga gctcgtcaaa 1997281 agagccgaaa agctcgcccg gatagggtcg aggcctttca gggggttccc aactagggag 1997341 aaatttcccc gggttagggg gctctacgac aaatctatag acgatctgga ctttgatgag 1997401 gcacactcct tggctggaga gtttgtggag aggatgaggg agatgagggg agagagggga 1997461 gagtacaccc tcgccggcgc gatgagcttc ggcacggtaa gagccggaat agtaaactcc 1997521 aacggcattg aaggcgaaga gccaagaacc ggcctggcga tatgggccta tgcggtaaaa 1997581 aagaacagca ggagtgggag cggctacgcc tcgcagagct acacgacgct ggagggagtg 1997641 cacgagggtg aggaactcat aaggagggct atgaacgagg ccgagtcgag ccagagggcg 1997701 gagaaaatcg aaggttttag cggggaggtt ctgctggagc ctcaagtcgt tgaggccctg 1997761 gtttacctct tcctcgagaa cctctacgga gacagcgttt actactcccg ctcccgcttc 1997821 tcggtggggg acctgggaaa gagtgtgctc tcggggaacg tctcaataat cgacgacccc 1997881 acactaggat tctctccggg aagctattcc ttcgacggag agggtgttcc gggaaggaga 1997941 aaggtactga tctcaagggg agagctgaga tctttcctcc tcgaccacac ctatggaaag 1998001 ttgctgggcc tcgatagcac tgggaatgca ctgagggact tcaggtcgat cccgaggata 1998061 gggacgggta acgttctggt cgggagagga agcgagaacc taggggactg gagcggcgtc 1998121 gtcgtttcaa aggtcttcgg agagcacacc gccaacccgg taaccggcga tttctcgctc 1998181 acggtcgagc tcggctacgt ggtggagaac ggcgaggcca cacccttcag cgggaacatg 1998241 gtatcgggca acgtgttcga ggcccttgga agtgtttcac gcgtcggtaa agaactggaa 1998301 aggaggggaa gcttctactc gccaaggatc gtgacagagg taaggctggt ctagcggaca 1998361 atcatggtcg gaacgtttat caacccaacg acttcctcaa gcagggaccc tatcctcgtc 1998421 tttccgctcc tcccataggc acccatgacg acgagggagt agttgcccga gttcgcctcg 1998481 cggagtattg tctccttggc cagaccttcg attatcctga aggagcagtt caccccctcc 1998541 tcctggcaga gctccatgag acctgtcatt atcgtacgta ttcccttctt catctccttc 1998601 catatctcat tctcaaagct ctcaaccttc tcaagcctgt cggtaaacat gctgaggttg 1998661 aaggccatag acctcgcttc cctcctgtca agaacggaga gtagtatgac cttacccccc 1998721 cgctttttgg ctatcgctat ggcgtggagc gccgcctttt gactccactt ggagccgtct 1998781 ataagcacga gtatcttcaa gctcatgttc acacccccgc gtaccggagc cagagcaaca 1998841 gagagccaaa cccaacggtg gcaaacatca cgaccaggcc gaccttgaga aagtctgcaa 1998901 aagttatcct tatcccctct ttcccggcga taccgatgac cacgacgttg gcgctcgctc 1998961 cgattgcggt gccgtttcca cccagacagg caccgaggga gagggcccac cagaggggat 1999021 aagtattgag ggacgagccc atagccttga tcaggggtat catcgtcgcg gtcaggggta 1999081 tgttgtcaac gatggctgag gagatagccg agaaccaagc gataacgaaa attgcctccc 1999141 cagtgctatg aatgtaaccc atcatccagc tggcaacatc gtttataacg cctgtctcaa 1999201 caagtgaacc gactatgatg aagagaccca caaagaagaa gatcgccgtc cactcaacct 1999261 tctccagtat cccctccgga tcctgcctgc tccacaggag gagaaacgaa gcgccgctta 1999321 aggcaacgac cgccggctca atgccaagcc tgtcgtgaac aaaaaatagg gcgaccacgg 1999381 acagaataac aactacggat ttcttgaaga gaaccggatc tttgatggcc tcgtcctcac 1999441 tgagtccctc tattaccgag aggagtctct gcctgcggga ggaactgacg tggatctcac 1999501 cgcggtaagc gaggtaaatt atgccgatcg tgatcagcag gtcgaggaag gctatcggcc 1999561 ccatgttaag gaggaactcg ttgaagctca ggtttgcggc cgagcctatc atgatgttcg 1999621 gaggatcacc aatcagtgtt gccgtcccac cgatgttgga ggcaaagacc tccgacagga 1999681 ggaaggggac cggatcaacc ttcatgaggc gggttatgta gatgagcatt ggagtgagca 1999741 ggagaactgt ggtaacgttg tcgaggattg agctgacaac agcggtaaca atcgagaaga 1999801 gcaaaagaac ccgcatagga ctgcccctgg caagtttcgc ggtttttatc gctatgtatt 1999861 caaagagacc actttccctc gctgtgttca ctatgatcat catccctatg aggaggaaaa 1999921 gggtgtccag atctaggtag gcggggagct tgtcccacgg tacaacatgc aaaaacagga 1999981 ctatagaggc tccaaagagg gctgcaacgg ttctgtgaac cttctcactt attatgaggg 2000041 cataggtaaa gaggaacact gaaaccgcta ttataagcgc tggatccatt acgacacctc 2000101 cactcagtag acgatgacgg gctcatcgat gtgctggacg attttaaaca ccaccgggct 2000161 tattggggaa gttctgctcg gctcggagcc aaagcaacgg gagatcacca gcagatcaaa 2000221 ctttccggtg gacatgagct ctataacgtc gtcgctcttg ctcccgatga agtagtcggt 2000281 ttcgaccgag aggcctaggt tctcaagtct gggcgcaagg ttgcggagtg tttcgctggc 2000341 aaagcgcatc ttctccgcct tcagtttctc ggcctcctcc ttcccgaggg tctgctctat 2000401 gatgtgaagg gttctcttct cggagatgta aatgagcttt aacgaggccc cggcataagc 2000461 cctcagggtc tcaaaaagtt cttctggtat gtcaagtgag aacctgtcca caggaaacag 2000521 tatcgatttg acctccggaa gaaccagttc ctccgggagg agaaggaact cacggtagcg 2000581 cttggctatc tgctcatagc gatccccggc aatgtccctg aacttccggg agattatgcg 2000641 attgagcacc tccatgatca tcatccagat tccagaagtg cgaggtcaat ttaaggcttt 2000701 ctaaattcag cgaaccgaaa tccatttaac aaaaccactt cacttaaacc cggtgaggag 2000761 taatgagaaa aacgtacgcc ctggcagcgg tactgctact catcttctcg atactgccag 2000821 cggtgggggc ccaatgtccc tgtgaggggc acacgattgt tctcaaggca ccagctgtct 2000881 caagaacccc cgatggaagg ctcgttggag tggccaccaa cttcgtaata acggtagccc 2000941 cgggaagcgg gcacgtgtac cttgagacgt ggcccctggc ggaggttgac atgcaggcga 2001001 gcgcaaggct ggcaacgcag atagccggag aggtcactgg gaaggacatg agcaagtatg 2001061 atgttttcat acaggtcagg gcggactcac cgatcatagg cggcccctcc gccggaggaa 2001121 ctatgaccgt tggaataata gcggcacttg aaggctggaa ggtcagggac gacgtcatga 2001181 tgacgggaat gataaacccg gacggcacga tagggcccgt cggtgggatc ctcgagaagg 2001241 ccgcggcggc cgcgtccgtt ggggcaaagc tgttcctcat cccagagggc cagaggatac 2001301 agatggtgca ggaaagcgag gagaagaaca tagggggcat aatccagatc acgacgagaa 2001361 cgaggaaggt cgatgtggcc cagtacgcca aggaacgctg gggtcttgag gtcaaggagg 2001421 taagcgacat ctacgacgcc gtctactact tcacgggaca cagactatca aagccacagg 2001481 taccccccaa catcaggata gacactgctt tcctcatgga tgatgccaaa aaggactatg 2001541 ccaacaccac agcttactac gatctcgttc ttgagaaact caagaagagc accgtagact 2001601 acgaaaccta cgtaaccctg aaggaggccc ttgaccaggc gaagggcata ctgaactcct 2001661 cgaaagaggc cctagacgag ggaatgtact acaccgccct gagtaaagac ttccaggcga 2001721 ggatcatcat caggcacgtc gattggtaca tgaacgtcca gagcgtccag gacgttgccg 2001781 aactgctaaa ccgcgttaac gcgtacatca acgggacgga aagatacgtc tcgggaatgg 2001841 agataagggg catgacgatg ctccaagcga tagcagcggc cgaggagagg gtcgagcagg 2001901 ccaaggacat actccaggac gcgtggaaga acttctacaa cggtgattac tgggacgccg 2001961 ttggaaatgc cgcctatgcc tacgagagag ccgacactgc tcgcttctgg gcgtcccttg 2002021 gagagcgctt cgcaaagggg gacgctatcg agagggatga gctgaaggac accgccagaa 2002081 actacatcga cgagtccagc ctgatagcga cctacataga gtccatgtac ggagacgtcg 2002141 tcggcagctc tctcagcgac acgatccaga aggctgagga gtactacgac gacggaaaat 2002201 actcggcggc gatattcacg gctatggagg ccagggttag gggcgaagtg ttcctcgaca 2002261 ccctaggcat agacaacgtt accgtgctca gggacaagct ggagcagatg aaagaggcag 2002321 ccaaaacggc cataggactc gcccagatga aggggataac cccactcctg gcgatggcgt 2002381 actacgagtt cgctgagagc tacgagaagg gtaacggtat agacgacatc cagaacgcaa 2002441 tgatattcta tcagtacgcg agagaaagcg caggtgtctt cctgctgaag ataaactcaa 2002501 gtgaggtaac gtggaccaac cctatgggaa gtgaaacggt gccctcgacc acgtcgagca 2002561 cgaaagcaac cggcacaaaa accccgagca caacatcgag caccggcgtt ggaataacct 2002621 cagtctgcgg gccgggaata atagcgctct tcgcgctcct acccctgctc cggaggaggg 2002681 attaagggga gctcctccac tccctccttt tgagcagttg tatctcccag tcggcaaggc 2002741 ttgggcagat cgtgcatcca aggcggtaga atccctcgta atagagggga tgaagctcaa 2002801 gacccctctc cagaacgaag agctgaacca tgaacccact ccagaatttt atcggcataa 2002861 cctcgagaaa cgtcccgaac tcggtctttc tctcaactac cggcggtttg agccttctcc 2002921 ttgcgctctc cccatccctg tccccgagta cgagaactgg atcctcaaat tgagaggcga 2002981 cggagtagag tgcctcaact ttcttccgcg tgcaccacct gtttgagtgg gtgggcatgc 2003041 cgtacttctc gattggcatg ggaacgtcga cgcggatcag atccacgccg attttcctgg 2003101 cggttctctc aacgtattca tcggtcaggg gcatctcgta ctccatcctg acgtagactg 2003161 cagtcacatc cccgaagacc tccctggcca agatcaacgc ggcagttgag tccttgcccc 2003221 cgctccaagg cacgagaacg tcaccgccct caaactggcg caggaactcc ttagaggctc 2003281 ctgcaaaagc ctcaatataa tcccggttga gttcaatgag gcgccgaagg gaaacgttct 2003341 ccgagtgggg gatcctccag agaatttccg tcggaaaacc gagcttcttg ctgacttccg 2003401 caacagcata ggggccggag tagtaggtct ccctgttcat aagcttcctg agaacgaggg 2003461 agttctcacc gagttcaagg ccgaggagtt ctctcatggc agttctaaag ccctcaccaa 2003521 cagccaggta tacatcgtaa tcggggtgga gctctattcc caatgggttc tgcgggtcga 2003581 gcgcgtagcc ctcttcccac ctgaaaccca acctaaagcg ggccttgatc tcctcgatat 2003641 gagagtaaag ctcatcaacg cgcatgttcc tgacgcgctt cgttcggagg gatctcgcgt 2003701 aaaagggctt tcccgattcc ctcaaaacag gaaggagctc ctccataaga tccctctcct 2003761 tctcaccgag gaggagaagg gggatgtaag gcccttcgag ggctctctca aggttctcaa 2003821 ggacttcttc cttggtcctt cccccaccga ggctctcaac cttcaaaaaa ccgccgtagt 2003881 tcctctcgtt tatgtactgc agggccttcg catcctttct ggctcgggct atgagtgtga 2003941 acatggtagt agttaaaagg gcgcaactta aaaagtcttc cagccgatga ggagaactcc 2004001 ctaacctgag ccataatgaa accggcttca ctgaggcttc cgcgcgacga ttaaacggac 2004061 gattccgcgg taatagcgct cctcacgctc gatttcaaag tgcttcgaga ccagtttatg 2004121 agtctccctg agaggatcgt catcgaggag caacttcaac ggcaacttca gggggaggag 2004181 gaagaggtaa ttcagtaaag ctgaatcgct cttcgtgtgc tcaaggaaaa tagcccttcc 2004241 accgggcttc aggacacgga ggatttccct cattcccctc tcgggatttg gaactgtgca 2004301 gaaaacgaag gagctcagaa cggtgtcaaa actgccgtcg ggaaagggaa gcttctcaac 2004361 gtcggcaacc tcaaaacagg cgttcaggtt aagccttctg gctttttcca gggcgatttc 2004421 aatgacctca ggaacggcat caacggcgca gagctcaacg tccttcgggt aatagcgcaa 2004481 cgttttccca acgccaacgc cgacttccag agttttcccc tccacaaagg aaaccgcctt 2004541 cttcctcagc ggacagaaga acctgtcgag cggtctctca aggatctcgt agtgccgggc 2004601 aatgcgcgag tacttctccc tgaacgacat ggcccaaatt gggaagagct tttaaaaagt 2004661 tgaacccaaa gccgggcggt gagagcatgc cgtacctcgt aatcgagcac cttgaggaga 2004721 taagcaactg ggtctggctt gagtacaggc acgccagcga gtggtggaag aataagctga 2004781 ttttcaccaa cgtcctgccc gaggagaggg aaaaactcgc aaagctcggg agcgtcatag 2004841 gcgagagcgt tacgcggttc ccttttgacc gctcaaaaat catagtcctc gaccttcagg 2004901 cggaggaaga gctgaagccg gaagacatcg atgatgacac gataatagtc gtcggcggaa 2004961 tcctcggcga cgccgttccg aggggaagaa cgaaggagtt cataacgtcg aagatgaagg 2005021 gcgttaaggt cagacacatc gggaaacccc agttctcgat cgacggtgca agcatagtgg 2005081 ccaagctaat agcggacggc agaaggctgg aggagattga gtacgaggag aacccgacga 2005141 ttaagctgga cgagttcagc gagataacgc tccactacgc ggttccgaag ctggacggga 2005201 agcttttgct cacgccgggc ctcattgagt tgcagaagag ggaactcggc tacaccgagg 2005261 cggacgaaga aataagcgac gaggagctaa tcgagttctt tgaggggaag agggagcttg 2005321 cttaattgac cacaatcttt atcagtgcta acaacaataa cacaatgagg gataaatgtg 2005381 actagaagca ccaagctctt aattgggatc attattgttg ttatcataac tgccgtagga 2005441 gcgttcctta tatttctgtc cccagaaacc gtcaaagaat ctgttcctca cgaaagaacg 2005501 atactcatag catcaggaac ttattacata agtgctggca atgcagaaaa attcagtttt 2005561 agtgttccat atggggctag taatattcgg gttaagttaa acttcagagt caaggggggt 2005621 tcaggaaatg acattaaggt taaaatcatc gattccacgg gtcatgtgat ttacaatagt 2005681 ggacagatat cagcgacaag caccacgatt agactccctg aaggaggaac ttatgagcta 2005741 atactagaca atactttctc gtttgtgtcc tctaaggaag ttacactttc agcccgagtg 2005801 tgctacatat cttgagtctc ctcatctcac acctagattt gctctctaaa aacaaggtaa 2005861 ctatccatat caaattcaat tacttaatca cgacctttag agaatcatag ctgatttcca 2005921 atgttctccc tttataagga tgtaatacct ggagagggtg agaaaagccc actttttaaa 2005981 ccatcaatcc ctctctcagt gcttctctaa cgatcccgag acttttcctt ttcctctcaa 2006041 actcctccgg agtatagcag aggatctcaa aatccccgac gatcccgaca tcccagaggg 2006101 ccctcagaac ctcgctcgac cttctggtga agtgctttcc cctgaaggct ttggagacca 2006161 cgatgatgtc gtagtcactg tccttgaggt agtcccccct tatccgggag ccgaagaaaa 2006221 caaccctcgc atcggggtag cgccgcttta taaccccggc aattctcaga gcccaagctt 2006281 ttccctgcaa aactcgatca ccttcttagc tttttcaaga tgttcgaccg ccattctcct 2006341 gttgtatatc cttgtcagaa cctcgttcgc agcgtctgga tacctcgtga ctatgtattc 2006401 cgagttcagg tcaagaaccg cgtcgatgat gtcctcatct tcaacgccga gctccttaga 2006461 aagcctcagc agactgtgag ttttggggga aactccctct tgacctcaat gtagagggcc 2006521 ttcagggcct tctcagcggc ctgttgggaa aagaacacgc tcgcgtagta tctcttcaca 2006581 tcaatgagtg cttcggctgt tttgaggtct tccagcgcct gctcccatag gagacgtgcc 2006641 tcatttctca tggccatcga agttatttgc tcggagatga tttaatcctt tctctctgaa 2006701 aatcgtctct atattcctcc agacactctc cctatcggcc ttgtcaacga cgagaaaaac 2006761 ctcctgaacc gagccatcgc tcttggcgac gagcttcagg cctgtctgag tctcccgcgt 2006821 caccttgatc tcaaagcccc tggaatcgct cgcgtaaatc ctcccaggga ttaccttctt 2006881 gacgccggga atcgaggcta tttcttcgag cggtttctca agtcccttga ggaagtggtg 2006941 ctccctcttg acgcctttgc ggaagtgctt gggcatggga gtaaattcaa accgagactt 2007001 ttagttcttg cgcaaggcct aagttatcct cggcgtcaaa ctaaatcggt gagagaatgg 2007061 aggaactatg gattgtcaaa gagtttgaaa aagttgcaga agtgatgcct gagagggctc 2007121 taaacctgat aaagaaggac cccgaccttt taaaggagat agtaatctca gcgtatcttg 2007181 atggaatcat aagtctcgga aaagccgcag aggtcctcgg ggtaacgaga gaggagctta 2007241 tagaggagtt taaaaaacgg ggaatcccca ttagagcccc tgacagggaa gacgttctct 2007301 cagaagtgga tgtcataacg tgtttgtagt ggacacaacg gtgttgtcca actttgcaaa 2007361 aacgaattcg atgggcgttc tcgggaaaat tctcggtgaa acagcgctaa caactcccta 2007421 cgttgttgag gaatttatgg tgggagttag cgaggcaggt atcctccagt tgaaatccct 2007481 ctacccatca cagagctcac ttccgaggaa gaaagattgt acagactcct ccgcgcgaag 2007541 ctgggaaagg gagaggcgtc ctgcatagcc gtcgcaaaac acaggggggt taattttgct 2007601 cagcgatgat tacgacgcac gaaagaaagc gagactgctc gggatcaaag tgtcggggac 2007661 gataggcctt ctcgtgcttg gggtcaagag aggagttcta acgttggaag aaggcaacgg 2007721 gttgctggag aaaatgattg aaaagggctt ctactctccc gtgaaaagac ttgaagaagt 2007781 tatgcccgct ttctcacctt gacggcgacg cccttcttcg ccctaaccat ttcctcccca 2007841 gagagaacgg cctttccgac gcccacaact ctatcgtcgc ggacgacgcc gactatgtcg 2007901 tctggcctta ttttctcgtc ggcctcgtta actccgaccg cgaagacgtc gccgcgcagg 2007961 tcgaagtcaa tcttcaccca gtaggctttg agcgagtcgt aaatcctctg cattccgaag 2008021 ggcgtgacgc ttatgacgcc atctctgaag gttcccgtct gctggttttc aacgaagatg 2008081 cggagcatct ttgagccctt gacgtggccg ttatcgggaa gaaccacctc gccagcgccg 2008141 gcgccaaagt agaagtcgaa gaccttccta atgttctcga agtagcggta cgtcctgtcc 2008201 tccttcgtcc cctcaaggtg gaactccctc agggtctcgg tgagggattt caagctttcc 2008261 ttgctcgtcg ttccgttctc aacgcgggtg aagattatct ccctgcccga gagctcgcct 2008321 gcgagcttcg ctatctcgac gtaggcttca tcgaggtgcg ctattatcgg aacgtccttc 2008381 gggtacttat cgagggtctt tgccaaaagc tcggccgccg gctttatctc ctcctcgctc 2008441 cagtggccgg tgacaactat gtcgtacttt gccagccact cccactccct cggaaccacg 2008501 ccaaagggcg aagtgagaat cagctcgtgg actttgctga ttccagagcc taaagcttct 2008561 tttacagccc tgcggtagag cgtgtggctc cttgagaagg agtagggctt cttggccgag 2008621 catgggaaga gaaggaccag ctcggtgttc cttggagggg tgaagcgctc gaggacgcgg 2008681 gagtgccagc gcttgacctc gggcctcctt atggaggcgt cgctgatgaa atagaccgtc 2008741 tccttctgaa tcggcgtgta cttctcaaga taatccgggt gctccaaatc cgctatgcgg 2008801 agtattccct cgtggtactg ggtgtaaaac aggttctcca cgaggtagcg gagcttaccg 2008861 ctctcaaggg ccttcctcac gaggagtatc gtctcccttg caaagtcaag ggagttcggc 2008921 tccttccccc agaggaacgg gctgtactgg gtgaatccct tgccctcgaa gtcgtagagc 2008981 ttgagcgagc gcgtgtcgaa ggcgtcaacg ccgaggtaaa ctgctaacgg atagaagaac 2009041 ggctccaagt ctgctataat aatcaggttg gggaacctct cgcggagcgc gcggaggatt 2009101 ttaacgaagt agcggtactc cttgacgagg attttggagt tgccgaggta aaccacctcg 2009161 aagttgtacc gctcgattat cttgaagaac tcctcgaggt actcgattct cctcagggct 2009221 ggaaggtaga aggcgttgaa gccgtcatag ttaacgctcc agagccttcc gagggccttc 2009281 tcgatgactt cagcgggagt gtaaaagccg agggggattg aaggggccag gttgaagtcg 2009341 tagtccccag gtttgtccgg atggaagaag gagttgaagg gcgagagcgt aaagtctacc 2009401 ccgaccaagg caggggttct gaaggagtag tctcctaagc ggactaaccc cagccttcca 2009461 ggaccttcgt gtttgatgac ttccattggc atcacacgag gttgtagcgc tggagcagga 2009521 ggagctcgtc gagggtgagc ttctcaccgc gcttgaactt ctcaagggcc tcgactgcct 2009581 tctcaaagct gctgtccttc ctcgcacgca tcttggcgac gaggcggtag gcgatgagtt 2009641 ccttgtgttt ctcgtcgtac tcgcggatct ttctctcgat ggcccggagt tcccgcctta 2009701 cttccctgac cttctcacgg agctcgacga ccttggcgtg gtactcgtcg gcttctttct 2009761 tgacctcgtc cgcctgggta aaggccttta tcatcatctc gtggaactgc tggctctggt 2009821 ttgccagctt ctgtatctca aggcttatag ccctcctggc cttcttgagc tgatcgacct 2009881 tcttcctcgt ctcaacgagc ttcttgtgga agcgatccgc ctgctggatt atctcgagct 2009941 cggtcgcgag aacctgtatc tgatcgacga tctgcttctc cctctctgga gtgatcttgg 2010001 ggttggtctg gagctcccat tcgagctttt cgattctctc cttgatcttc tcggcaggca 2010061 tgttgagcct tctgagctgg ttgtactcgt ccctcttggt tctgtactca agtatctcct 2010121 ggtagaggag gtcgagcttg gcgttgatct cctcacggtt cttcttaagc tgttttatct 2010181 gggcgttgat ttcatccctc ttagctttgt actccctgcc cttctgacgg agctgctgca 2010241 cctccctgtt tttctcgtcc ctcttttgaa tccagctctg gagctctttt tcaagctcct 2010301 cgagcttggc ccttatctcg ttcctctcct tctcaagggc ctcgatttcc ttcttgattc 2010361 tctttatctc ttctggatcc actttgaccg ttggcatcgc tcttacccct ctcctcattt 2010421 ttagaacagc ccgttctgga gggacaagga aaaaagtaaa taaaaacttt ttggccgtca 2010481 ctcgaccctg acgagtttga cctcgatctc cccaccgggg cccatcgaga gcatcgcata 2010541 gccgtaaaag cccccctcgt tcggatcggt aacgtataga ggggcccctg caccgcctgt 2010601 tatgatcatc tgcacaccct catgctcccc ataccagttg aggtggatgt ggctgaaaat 2010661 tccgaacgcg ttgtactccc tcataagagc taagagcttc tcggcggagt tgtggttcat 2010721 gctgtgatcc ccgttaggcc tcggatcgta gggcggagcg tgcatgacga taacggccct 2010781 tcttccggtt tcgttggcca tctcaagggc ggccttgagg gcctcccact ggtgtgagct 2010841 gagggtgtag ccgttctcga cgtcattcat gaaaacgtag acgtaatctc cgagaacgaa 2010901 gctgtagtcc tcgtccggac cgaagaggta gtggaatatg ttcttgccct cgccctggta 2010961 ttcgtggttg ccgggggtca ggaatacggg cttgttccac ttccagacct tcatgaggtc 2011021 gacccactcg ctaagcctgc cggaatagac cagatcaccg ccgtcgatca caaaggcccc 2011081 gcttccgttg ttaacctgat ccattatctt gaggaaaaca ctcggaaccg ggtcgttcct 2011141 gtgggccggt ctgtgatcgc ccagcgcgaa gacggtgtag ttagaaacct ccctcgggcg 2011201 cagagtgaag cccgatgtcg agttgagctt tatccacgtc tctccgacct cggcgcactt 2011261 aggatagtcc acgtaggccg ggttgatgtt ctcaatgacg taggtaagct cggccccgga 2011321 aggcttaacc gagacgctga cgttgaagcc gagtgcccgt atgtaaacgg tggatccgtt 2011381 cacaagcctt atgaagcccc cactgaccgt cacgttttca cctttgacga cgcgccagta 2011441 gtaatggaag ggctcctcat agtagagagg atagtcctca acgaactcgg ttctctcgac 2011501 gataccgttc cagttcacgt cgccgatctc cttgaggaag aggccctcga actggccgga 2011561 acggaggacg tagaggcttg ggacgtctga gtaagaatga atccgcgaga gctctctgag 2011621 ggcgagacca acgccggccc tgctcgttcc ggtaaggatg agcttcgccc cctcttcgga 2011681 gttgaagacc gctataattc ccttgtcagg gccaacgaag tggtagccgt tcctgtaagc 2011741 aacgtagccg aagtagtcaa ccttctcaac cctaaccctc tttccatcga gctccttaac 2011801 tgccagctcc ggcgggagaa ccgctatccc ccacctgtag tcggagaggt ccctgacctc 2011861 ggcgtccggg aagtacgcct tgacgagatc gaagtaccct ggaacggtgt agatcggctg 2011921 gcctttgaag atagtcctcc actcaccgat aacctgcccg gtctttctga acttggagaa 2011981 gtctatctta acggccgccg gtgttggcgt tgtcgtggtt gtcgttgtag ttgtgggaat 2012041 ggtggctgtg gtcgtcgttg tgctcgatat tgttgtggtg gtcgttgtcc tttcagaact 2012101 ggaggtggtc gtagtggtag ctgaagatgc cgaggtcgtt gttggagaag ttgtgggagt 2012161 tgtggttccg tgcgtggttg ttgtggtgga agaaccaatc tgctggctcg ttgttggttg 2012221 gctcttttca ccgcccccgc cgaggcagcc ggccgcgatc gttcccagaa ggaaaactcc 2012281 caaaaggagc accgccagca cctttctttc cacgaaagtt cacccaattg gataaacgaa 2012341 ccgggattaa aaggctttgg tatgcacaaa gtctaaatac cagcccgaga aagttaaaac 2012401 ggtgatacca tgttcgtcgg acactacctt gaggtccccg aggaggagac gggttttgag 2012461 ggcgtaacga taaggtggct cgtttatccc aagcttgggg caaagaactt cgccatgcgc 2012521 tactttgtcc tcaaaaagga ctcggagatc ccgatacacc agcacgactg ggagcatgag 2012581 atattcatcc tgaagggaga agggataatc accaacggag aggaggagca ccacgtcaag 2012641 gccggaaatt tcctctacgt cccgcccaac gagccccacg gctacaaggc tttgagcgag 2012701 accttcgagt tcctctgcct gatcccagca aagaaggaag caatacccga ggacaagtgg 2012761 tgatcagaac cgtcccctcc cgggccgcct cgaccgtctg agcatgtaca tatcccggga 2012821 gcgcctgagg actattgcag gcccctttga cggtttttcc tcttcttcca gcaggatttt 2012881 aacgagctca tacccgatga tggccatgag actcagtatc agggccgtta ttatcaaggg 2012941 caggtagtag taaagtctcc caacgtaggg gatcacgaag agcaactttc caacaacctg 2013001 atccggataa accctccagg gatcggtgta cttcctgttg tcgcccttgg tcacgtagta 2013061 gatcctcccc tcctgatccg tcctgattgc gacgaccctg tgaattatac ggtactctgt 2013121 tccgccgagc tcgatgcggt agaggacaac gtccccgggg tggacatctc tggatggata 2013181 gataacaacg aggtcaccgg ggtttatatt cggcttcatg gaatcggtga gaacaacaac 2013241 gtactggaag ccgaaggaga agtgcagaac cgcgacgaga agggtcacga caagaaaaaa 2013301 ggctgaaaag agagaaagta ctttggagcg gagggtcatt caggggcctc catcactgct 2013361 gtggcccaac gaggacgacg gcgaccttat ccatgttttt aatttcgaca ctgctactga 2013421 agtgtatttc aacagctgtg cctgaattaa gggcggagtt caaggtttga ctaccttggg 2013481 caatcaaatt ttcacttgag tcataaacct taacgtatat cgttgttccg gagtcaagat 2013541 tctggtcgaa ggagaccgtt actcccgcca cataatctgg attactgtca agaatccagt 2013601 tgacgtttgc attggcgact ccaccaggaa ctgtaatctg ctgaggacct ccttcaccta 2013661 tgttctggat gtggaggtta aacgttggta ctgccagcgc cgcaccaacc atcaggaaga 2013721 ccagagcccc cagaaggggc agggcctttt ttagcctcct gttcaccttt catcacctcg 2013781 attggatcct ctcgaaattt tacgcgtttt tgatatttaa cgttttttct caaactggtt 2013841 gtaaaatttc caagtagcat aattaaaccc ggacaatctc cagaccgcat tagacaaact 2013901 caaaaaaatc cgggtagtat tgggataatt ttcaaatgac caaagagcga atgtaaaaaa 2013961 ttcattcggt cttgccgagc agataggtcg cggtggcgcg ctcgaccttt accctgacga 2014021 agccccccgc ctcgcccgag tcgaggatta tatccttgta gttgaacgtc ctgccctcga 2014081 ttccaccctt cttgcccgga ccgtgaacga gaacctcaac ggttctgccg acgtaggccc 2014141 tgtttatctc gtatgctatc gcgaggcgga gcctgtgaag ctcgcgggaa cgctccttga 2014201 cgagccagcc gggcaactgc ttccaccttg ccgctatcgt ccccggcctt gccgagtagc 2014261 gggagacgtt aatcttgtcc ggcttaacac gctttacaag ctcaaccgtg ttcctgaagg 2014321 cttcgtcgct ctccccgggg aagccaacta tgatatcagt gttgaggttc aagtccggga 2014381 tcttcttcct gaaggcatta actatctcct caaactcctc gacggtgtat gttctcccca 2014441 ttcttctaag gatttcgtta tctccactct gaactggcaa atgcaggaac ttgtagattt 2014501 tctcgtcttg ataggcctcg atcagctcgt cgaggaactt cagaacgtgg ttggggttca 2014561 tcatgccgac cctgacgcgg aagtcgcctt caatggccgt tatctcgtcg aggagctctg 2014621 ccagattagt cccgatatca aagccgtagc agccggtgtc ctcgctcgat agaataatct 2014681 ccctgtaccc cctcgatacg gcctccctca cccatttgat tacgagttcg ggtttgtagc 2014741 tcttcaaaac acccctcgcg aagcgtgtcg cgcagtaggt gcaggcgttc agacagccct 2014801 cacttatcgg gacgacgaag gaaacgccgg gcttccagag cctcgggagt tcgagcttat 2014861 ctggatttct ctcgcgccag ccttcaacgc ttatcaactt ctccccacgt tccgccacgc 2014921 ttatcgcctc ggcgattctg tctatgcttt tgacacccaa aattcctgaa acgcgggggt 2014981 ctattgcctc gggattaacg tgaacgagac atccagtggc gattaccttc tttccagaat 2015041 cgaggagctc cctaatcctc ctcaccatct tgagctccgt ggggtctttg actgcacagg 2015101 tgttgacgac gacgtaatcg gccttatccg ggccctcggc taactcatag ccggctctca 2015161 ggagtatcgc ttccataatc tcgccgtctg ccctgttcct tgagcagccg tagctctcaa 2015221 cgtaaactct caccatcgga gcggctctcc ccggtcggtt taaaaacctc actaccatgg 2015281 aacgctcttc cagcccattt tgtaagcgaa gtaattggca ccccagtgga cgagcggtgt 2015341 gaatatcagg aggaacagca tctggccgga tgagatagtc ttcaccggat aagcgaaggc 2015401 gagcgcgctt atcaggaatc ccagctggtc gaggccaaca gccgggtagc ctctcgggag 2015461 gttcagacgt ctctttatga agctccccac taggtcaccc atgagcgcac caaaggacag 2015521 cagaaacgcc agaaggacgg cagttttcag ggaaccgtag aaggcggggg ttaggtaata 2015581 ctgaaggact ccaacaagag taccgacgga aaccccgccg aggaaacccc tccacgtctt 2015641 tccatctccc agaattctgt tcccgtcacg ccacttcctt ccaccgtcta ttggcctgcc 2015701 tcccccgagc agaacggggg aagcgttggc gaagtacgcc gggaggatgt accacagggc 2015761 ccagaacatc gatgagagtg cccccattga tttcaccggt gggagttgag cgggccgtta 2015821 aaaagtcttc cggtgcaaag ccttttaata tagcgggaga gctaagggtc ggtgagagaa 2015881 atgccgatga gatgcaagtt ctgcgaaaag cctgccttca taaagcttca ctacccaaaa 2015941 atgtacctct gcgaagagca ctttaaagaa tacttcgaaa ggaaggtaaa gcggacgata 2016001 gagcgctata aaatgctcaa accggacgag aaagttcttg tagtggtgag cggtggaaag 2016061 gactcggccg tcaccgctta catcctcaag aaactcggct acaatatcga gtgcctccac 2016121 ataaacctcg gcatcggcga gtacagcgag aagagcgagg agtacgcaaa gaagcagtgc 2016181 gaagctttgg aagttcccct ccacatcgtc cgagttaaag agctcttcgg gaagggaatc 2016241 ggggaagtta ggacgaggag gccgacctgc tcctactgcg gcttaacgaa gcgctacatc 2016301 ttcaacaagt tcgcctacga taacggcttt gatgcagttg ccaccggcca caacctcgac 2016361 gacgaggcga gcttcatctt ctcgaacatg atgcactgga acacgcagta cttagcgaag 2016421 caggggccgg taacaccggc ccagttcaac gggaagcttg tcaagaaggt caagcccctc 2016481 tacgaggtca cggagaggga agtcgttgcc tacgccttgg caaatggcat cgagtacatg 2016541 atggaggagt gcccctatgc gaggggcgct acaacgctcg agtacaaggc gatactcaac 2016601 gagatggagg aaaagagacc ggggacgaaa atcaacttcg tcaagggttt cctgagaaag 2016661 aaacacctgt tcgaggccga gctccacgag accgagctga gggagtgtaa agtctgcggc 2016721 atgccttcaa gtggcgagat ttgctcgttc tgcaggttct ggggacttaa agagccgata 2016781 gactttaagt tacatttata aagataaaca tagagcattg aacgggggat attcatgaac 2016841 gtcccaacaa ttatgcagga cctgtggggt tctctcagga ggggtgagct agtcctcgta 2016901 gagaggaccg atgctggtga tcagtatctc gacctgcata acatagtgac ttggggattg 2016961 gaagatgaat ataatatcgt cattgtggac atccttgact ccctgcacct tttgacagcc 2017021 aaggccagac tggccggtat agaaactgat gtgctaacca aagctgaggt aataaagatc 2017081 ggaggcagaa cgcaaactgg caacgtgata aagaccatcg aggagatctc ggagcccgta 2017141 atactgacga agaaattcaa ggatgtctac gagcaggttc ttgagtccag attcccggtg 2017201 ctcaccatag tcctcggcct agagaagctc cttatggctt cagagttctc atcagcaaac 2017261 gttcatgcac tggtaaaact gatgtcccaa tacgtcgggg acgaaagacg gctgaccgtg 2017321 taccttgtaa aaactggcat cataggaccc gagagacagt ccttaactgc ccttctcgaa 2017381 gacatagcga ccactgtgat aagggtatca aagaagggga agacaacgga attccacgtc 2017441 atcaagtccg taacgcccga ccttgaggat atggttctca ggttctgatt tatcctcaat 2017501 tttagggggc ctagaacaca aaaggaagaa ttaaagttcc tcaaacacca acctaaacct 2017561 cagctccccc tcaagcggga agaggagagt gtagctgaca ccctgctgga tgaagtccca 2017621 gccgctctcg ctctggctga gggtctttat cgggtacttc cacacccttg ccttcctatc 2017681 gagctcgatt ttgagccctc caatcccgta ggggtctttt acctcaaagc tatccgcctc 2017741 gaattctccg gggctttcca tgacgctgtg caccgctaag ttcaactcga caccgaagag 2017801 cgccttggct tcactcctca cggtgtagtc aacaatgaag ccgttatctg tgagacggaa 2017861 ggacttcgca accctcgccg ggcttccaga gactatacca tcacgctcaa gggtgatgcc 2017921 cccctcaaag atcgagaagt cgtaggctcc ggtgaggaag tccccgagtt cggtgtaatt 2017981 actcaggtag taatcgttta gccccacatc cctaccgaag aagtgatcct gcaatattgc 2018041 cctcatgtga tcatcgtagg caagctcacg ctttatatcc tccgggatcc ttttgccgag 2018101 ctcgtggatg ctggcaactc cctccccgct ttcgtcctcg ggggttgccg actctggaac 2018161 ctcatggtag tgctcccatc tcctggcgag cacgtcgttg tagtttacgg cctttctctt 2018221 ggagctgaac tcaaagagtg ctcccccgta ggctggcttg aagacggcat agaagttttc 2018281 gttctcgaga aaaacttcat ctctaccgtc gaagtctatg tcgcggacga agcttccagt 2018341 ggaaacgaag ctgttggccc ttatgatgtt ctcccagacc gccctcctca ggtgggggag 2018401 gtatattccg ccgaaaactc catgccagta ggcgtcgttg cattgagctc tgaggaggaa 2018461 ccgcctcgcc tcggggttgt cccttaccag cttgctcacc atgagcatcc tcttgtgcat 2018521 gtagttgctc tcgggatact taaagaagaa gttcttccag attcctcccc tgacgaagac 2018581 gcggtagcgg tcgaacttgt tctccctctt gagctcctcg acgaactcga cgaagagctt 2018641 cgcctgcttt gctgggaggc tccattcgct catctcgaag taggacgcta tcggaaggta 2018701 aacgaggccc cgcggtttga agtgctttag gtactcagag taaagggtga ggtctatccg 2018761 gtcatcgctc gaaacggcgt caaagaactc cctcagccag cccttctcgt gaacccattc 2018821 gtaggttccc ggccagaccc cgaacttctc accgtcgtcg tggaaaactg ccaccttgct 2018881 ctcatcaccg tcgtcgagag agtggaggta gtcgagagtc ttccccacag gacggaaggg 2018941 gattagatat cgcagtctct cgtcgatcgg gaaaaccgtt atgacctcgc cgccgtcctc 2019001 ggtgtagtac ggccagtaaa ggctctcctt gggaaggcca gcactcatga agtggtagtc 2019061 atcaactatg acgtactcta tgcccgcctg gcggaggctc ttgacgagtt cgggctgcca 2019121 gaccctttcg gtcagccaca cgccccttgc ctcgtagccg agctttttcg cgaagtcctt 2019181 gagaagtcta acctgctcta tcctgtcctc cttgggtatc gccgccaaaa cgggctcgta 2019241 aaagcctgcg acgactatct caagctgccc tttcctgacg aggcttttga gaaggtcaat 2019301 gtgctctggc ctgttctcga cgagccactc aagcagggga cccgaatagt ggacggctac 2019361 cttcatggag gggtaatcct caagtgcctc catgaacggc ctgtatgacc tctcgtaggc 2019421 actctcaaaa acccagccga agtttccgag gggctggtga ttgtgtatcc cgaagataaa 2019481 cttgaccatg gcaaccaccc gtacttatca ctaaaggtga tacagtggtt tggctataaa 2019541 tactttgctc cctcagatca gggagaagag gtagagcgcg aaagccacac agacctggtt 2019601 tgaaaagttg tcgtccggag gtaggccgta gaactcaacg agagtgccta tgagagcacc 2019661 ggctatcgcg agcttgagac cgaggagggg gtatataaca agcagagcgg agagaaagta 2019721 tgccaggctg ccctcaaggc tcttaccgtt ggaaaacctg tgcctaccga agttcttccc 2019781 gattatcgcc gccattgcat cgccgagggt tgcgacggta acggctgcta tcgccacgtt 2019841 ctcggtgaag aagtatacca ctatgaggga ggcgagggca aagtatatgt gggccgcaac 2019901 gcccaagcgc tcgtgctctc tttctatgtc catcacgtgc cgctcaagaa cctcaattcc 2019961 agtcacgaca tcaggattga tcagcctgag cttcagtttt attctgtccc tgagctcctc 2020021 aattatcctg aagggctcta ggacaacgaa taccgcaaag gcggtggcta cgaaagtgag 2020081 ggtgaactcc ctatccgtga ggatgtagag ggccggtacg accagaccgg tgaggtgaag 2020141 ggccttacgc ttcagctcgc tttttaagct cgtgttcacg ctttatcacc tccagcgcct 2020201 cgttcaggtt cctgacaatg taatcggcgt ttctaatatg ctttcgccgg aagtagcccc 2020261 tcctcacgag tatgccggtt gcaccgatgg cccttgcacc ggccatgtcc gtctcgtccc 2020321 tgtccccaac cacgtagact tcatcgtccg ggaacctcga tagggctagc ttgaagttgt 2020381 gcggggtcag cttggagtaa ccggtctcgc cgctgattat tatgtcgtcg aaatagtccc 2020441 ctattccgag gtgcttcacc ttccttctct gccaccggga ggaggagtcg gtaaccagga 2020501 cgatcctcgc acccatctcc ttgaggtttc ttagaaaggg aagcgcgtcg gggtaaagtt 2020561 taagactgga gaaaaacgtc ttatcaacca gttccagtat ctctgagaac ccttcgactc 2020621 ttttttctcc ataaaccctt ctgaaaacct cctccataat accttcaatg tccatcctgt 2020681 ggagggcctc aatcccctcc agctcgcggt agcccctgaa gagcaggtat ttgatcatcc 2020741 tgaaccgcct tttcacgaga agatgaagga agagcctcat gagaaccctc tttcctgcat 2020801 cccacgtggt gcagagtgtg tcatcgaggt ccactataac cagcatcaaa cccctccact 2020861 ccaatcggga gggtaggggt taaaagccta gcggcaggtt taaaagggga taactgtgag 2020921 gggctgatga tgaggggaga aacgctcgtg ctgggtggca ttgtgctgat attcgtgggg 2020981 ttcctgctgg tattccttgg aacactgatc tcggccctcg gcggcgaggg tgacgttgag 2021041 ggaggcgggg tcataatgat aggcccgatc ccaatagtct tcggcacgag cagaggggcg 2021101 gtgaccattg cctcaattct ggctctcctg ctaatggtac tctggataat agggaccctg 2021161 ctggcgagga ggggatgaag tggacttcct ggccgcaatc gcagttctgc tagttacggc 2021221 caaaaccatt gaatgggcct tcgagaaggt ggagatacac ccgataatag cgcacgtcct 2021281 cacgggaata gtgctcggcc ctttcatcct cggggtggtt agaccaaccc cagatctcaa 2021341 ggttctcgcg gagttcgggc tgataatgat gatgctctac atggggctta caagcaactt 2021401 ctcggccata gcccagaaca cgaaaagggc cgtcatcgtg gcggtgctcg gtgttttcgc 2021461 ctctttcctc ctgggcttca tgacggtgag gctcttcggc aaacccctct ccgcggcgat 2021521 cttcgtggga gtgaccctcg gaaacaccgc gattgaggtc acgagcggcg ttctcgtaaa 2021581 ggagagggta aagcgcattg tctcatcgat cctcatgggc gctgcctttg ccgacgatat 2021641 cctcgccgtt tatctcatag gcatagtcac ggccatggcc gagggcagcc tcgacgccca 2021701 ggccttcggg gtgctgacgg ttaagatatt ctccttcata gtgctcgccc tgctcatttc 2021761 ggaggtcgtc ttcaagaatg ccgaatggtt caagaacgtt gtaaagaacc tcaacgtgtt 2021821 cttcacgttc accctcatcc tcacgttcac cctggccata ctggcagagt gggtcggact 2021881 caaccagata atcggggcct atttggcggg actcatgata agcaggctcc gtgagaggaa 2021941 ggatccgctg ataataaccc gcataaagct caacgaactc atcgaggatc ttgaagttgt 2022001 cctgatcgag ttcttcatgc ccctcttctt catttacgtc ggactaatgt tcaacccccc 2022061 tctgaaccag gtcagtctct cactgatagg cggcctttac ctctccgccg ttctggggaa 2022121 gctcctcggc tgcggattgg gggccagatc gctcggcctg agctggagtg attccctgct 2022181 gatcggaatt ggaatgggcg gcaggggaag ccttgagctg gcgatactga ccttcggcct 2022241 cgaggccggg ctaatagacc aggggctctt tgcaagcgtc ataatagtct cgatgctaac 2022301 agctctaacg acgccggttt tcttcaaggc ctatctcaaa aggcaaaagc ttaaatcatc 2022361 atcctgagat cggccatcgg tgggagtatg tttccagaga ggggcacaga cgaggaggaa 2022421 gtgcttgagg agctacggcg gaagacgagg gaggatttaa ccttcgactc cgggaagatt 2022481 ctcggctcca tgtgcacgta cccacatccg ttcgccgtta aaatcattac ggagtttata 2022541 gacaggaacc tcggagaccc gggtttacac atcgggagca ggaaggttga ggaagaggcc 2022601 gttgagatgc tctcaaacct cctcggtctt aaaaagggct acggccacat agtctcgggc 2022661 ggaaccgagg caaacatttt agcggtaagg gccttccgca acctggcggg ggttgaaaag 2022721 cccgagctta tccttccgaa gagcgcccac ttctccttca tcaaggccgg cgaaatgctt 2022781 ggagtcaagc tcatctgggc ggagctgaat gaagattata ccgtcaacgt tagggacgtt 2022841 gaggagaaga ttacggacaa cacgattgga atcgttggaa tagccggaac aacgggtctg 2022901 ggagttgtgg acgatattcc cgctctgagc gatttagccc tcgattacgg gctcccgctc 2022961 cacgtggatg cggcatttgg aggcttcgtg attccctttg cgaaggccct cggctacgac 2023021 atcccagact tcgattttcg cttgaaggga gtgaagagca taaccataga cccccacaag 2023081 atgggcatgg tgccgattcc agccggcggg ataatcttcc gcgagaggaa gtacatcgac 2023141 gcgataagca ttctggcccc ttacttagcc ggaggaagaa tatggcaggc caccataaca 2023201 ggaacgaggc ccggggcaaa cgctctcgcg gtatgggcga tgatcaagca cctcggcttc 2023261 gaaggctaca aggaaattgt gagaaaagct atggagctga gccagtggtt cgcgggggag 2023321 ctgaagaaga taccgggcgt ttacctcatc cgagagccgg tcttgaatat tgtctccttc 2023381 ggcactgaga accttgagcg ggtcgaggag gagctgaaga gaaggggctg gggaatcagc 2023441 gcgcacaggg gctacatcag gatcgtcatg atgccccacg tgaggaggga gcacctcgag 2023501 gagttcttga gggatttgga ggagattgtg cgaggttaat aacgcagtat ttatcgtgaa 2023561 tattaaaagg gtgaaatcag tccgtaaccc ttgatgtcca tgctggctac cccctcgact 2023621 tcggaatttc cgctatgtgc ttcttgacct tttgttgaca catttgagat taaactcact 2023681 ggaagaaatg aggcggtcag tccgtcactc cctcgtcacg gctcggacaa ggctgaactc 2023741 atcatcccag aaaaggttga agatgggcct taaaaggctt gctcagcgat cacctttcct 2023801 tcctcaccgt tcggttcgcc catcactcat catcgcggtt ctggatttga taaaaagaat 2023861 taaaaagtta agcctgctgc tctgcgagca ggctcatgtc gacatcaacc gaatccgcca 2023921 ggcagtcatt tccggcagaa ggcgagagct ctagggtcat gttaacggtc aagactccgt 2023981 tctgaggcag ttttccggtg aagatctcta tcggcgtgcc gttgatctcc gcgagggttt 2024041 tgccagcggc ggaatcaacg ctccattcct tgctcccatc agagacgacg aagcttttaa 2024101 cgatcaggtg tttgctgagc tccccaacgt ccggagtgct gtccacgagg ctttcggcct 2024161 ttgatagctt tccgtcttct ctgtcggtga cgttgaatgt cagtacgatc cttgagaggg 2024221 ggtaatcacc gcggttttta atggcaaagg tgaccgtcct gctctcaccg ggcgcgaggt 2024281 tgccgaagga gaacagttta tagtcatcgt agaacctttt gccgtccttg cttatgccaa 2024341 tgtcgaagtc gcctgtggag atctcgtttc cgctggactt cgcaacgtcg ctgaagtagg 2024401 aaacgcccag gtgcatcccg gccaggaaca ccaacagggc cgcaactcca actattatgt 2024461 agcgtttcat tgaaaccacc taatgtagtt ctcatgggcc gatacgagga ttggtttata 2024521 aagcttttga tttttaatag taatacctca agcaagtcac ctcaaaacct taagttttta 2024581 atagggatca ggaaataaac ccgggagcca tgactgaaac cctgaagacg agactgataa 2024641 aaaacgcggg ctggctgttt ggggcggaga cggaggggct ttcatgggtg aagtcaatac 2024701 cgcgcttcaa aaaattgctc ggggggcggg gataacaatc accggtactg cactctcgct 2024761 ggttatggga tttgtttcca gggcattgat agcgagagga gttagtcttt cagactacgg 2024821 gctcttcaat ctaacgatca caatcctcac acttaccctc accgttgccg cattggggat 2024881 cccgaacgca atgccaagac agatccctta ttacctcacc aaaaagaggg agaaattcca 2024941 cgatcttatc tccacggcta tgtctatcgt cctgatgagc ggtcttctaa ctgcaggaat 2025001 cctgttcatc ttttctgggg ttatttcaaa agtatttact gaccctgggg tctcgtggac 2025061 tttaaagata atcgccgcat ctgccccatt cacgctcctc acgtcttacc tcatcagctc 2025121 cactctaggg cttggaagag tgagggagag attctactac cagcagatcc tcagaccggg 2025181 cttatggctc gttggagtca gcattctgta cctcgtcggg tttacactaa cttccctgct 2025241 gtacctgtgg gttgtttcaa gcgtgatcac gttttttatc ctgtttatcg acgttaggag 2025301 actggggata atcaaaatac agccctccat taatccggag gttgccaagg aactcatcct 2025361 cttctcaatt cccctcatgc tttcggggat cctgtggacg ttcatgacga agatggacac 2025421 cctgatggtc gggcattacc ttccctcgag tgaagtcggc ctatataatg cagcggtacc 2025481 ccttgcaaat ctgttatcct tgggattagc tgccatagaa accctctacg tccctatggc 2025541 gactcccctc ttcgcaaggg gtagcatgga agaactcacg aggctttacc aagtcgtcac 2025601 gaagtggatc ctgctcggca ctctgccgtt ttttgcagtt ctcttcgtct ttccggagac 2025661 gagtttatgg ttggtgttcg gctcaaaata tttaaccgcc tccctaactc tccagatcct 2025721 cgccataggg ttcatgtttc actcggcact cggccctaac ggtctaacgc tcacagtgat 2025781 agggaacacc ggctttttaa ctgtttcaaa tgtcctcgcg gtgataagtg attttctcct 2025841 caacatactc ttgataccaa ggtggggaat agaaggggcg gcggttgcca ccgcgacggc 2025901 gtatctggtt gcaaatatag ctaaatcatg taaactttac agtgaaacag gcattcaccc 2025961 gttcagtaga gcatatacga agagcctcat actcggagct gggttgatag cccttctcaa 2026021 ggtcctggtg gtcatgctaa aaatggacaa tgtttggggt atggtagtcc ttctggggat 2026081 ttcagcagga ctttatgcca tcttgctgtt ggtgttcagg gtaattgaaa aggaagacat 2026141 cgatctcata cttgcagttg agaggaagtt tggggtaaat ctaaagttga tacgcttgat 2026201 attagaaaga cttggctatt ccaactagct attcgttatg ctgacactat ttatttgttg 2026261 ataaacttgg tagctgtgaa atatttaagg ctatattgat atattgcaaa atttttgaaa 2026321 taagaaccag aaagaagtat tactggtttc tttaatatag aacctagtat gcctacatgt 2026381 aacctatctg tgattacaag tgatgcattt gaaataagat caacaaaatg tgaaaaagtt 2026441 tcattaactg agacatccga aacaacagtt ggatatccta tctcactaaa cattctagaa 2026501 agttcccttg ctaaatcctc ccgagtatta gttaattgtt ctttatcagt tctgaatgct 2026561 aataatatat gttctctatt gagaggacca ccaaagtctt gagctgttaa gtaaaacgca 2026621 gtgtcatcac tatgtgccac gtgaacgaac tcaggaagat taaatctacg gagatgtttg 2026681 taactaaaca tttctctcgc gaaaagataa acctttgtct gtgatttaaa gaaaatgtcg 2026741 ggggggtaag ttctgtaaaa atagtaggtt tgaggagcaa ctactattgg aactctctga 2026801 gttctaatta aatgcttaac aattcgaatg gatctaaacc aaatatcatt aaaattcgca 2026861 cctccatgaa taattattaa ctcaatatct tttggaacac ggataggctc aaagggtaga 2026921 taatattttt tgtatcccct tggaaatatt agtgatctcg aatatatcct tataggaaaa 2026981 tccgctggag acacttccaa ataacgaata gataaatctt caaggagctt tctcataccc 2027041 atatatataa gtttatctcc attgtttcca cctggctgaa tcaataaggc ttttgagccc 2027101 tcatactccc ttaggaattc cctaaactca cttccaaaag ttctaagcgg catattttcc 2027161 atgtctatga tggagagagc aaccttatac aagaaatttg ataagttcat ttaaacgccc 2027221 ccttagagtt gtaattggat aatatcaccc ttcttgattc ttccaaagtt ctcaaaggtg 2027281 aatttcatgg cctttaatat tacttttacg ttcttgatcc tatctctgag ctctccatgg 2027341 agtatcccac ccaaaacctg ctccaggatt tccccgatgt tccaccatag gaaaactaag 2027401 atattcagtc ttgtatcgcc aaagtgtttg tacagcatat agaggttaac aaccctccta 2027461 tgggcctcca gattaaaccc taaaagcctc cccgaaggag actgattatg gatgagtttt 2027521 gcatcaggca aaagccaaag ggaaccttcc ccatattttt tgtaaactcg gaaggagaag 2027581 tcaacatcct cagaatagct gtatttcagc aatctccagt caaaatccat gctctcaaga 2027641 acctcccggc gataggccat gttacaacct gaaagccact gggcaggagc actcttgaac 2027701 atagaaggtt caggataagt cggaacaaac gatctctgta ccgctggcac ttcagtttta 2027761 tggggtcgca ggaataccat gttcattagc tgatagatct ttgaaagttt agtttgattg 2027821 attattaagc cagtgactcc cttcacgtgg gaattatcac taaagaactt aactatcctc 2027881 tccagataat cggggctgag aataacatca tcatccaaga agacaactgt tctgccctta 2027941 actaatttct ttgctttgtt tcttgatctt gcgagagatc gaaacttgga ggggctccgg 2028001 atatacttta caggataaca aaatctctga gcttttatta tcctgcgaag ttcatctgtg 2028061 ggagattcat caaaaattat gacttcatct ggagggagag tctggttatt taaggactcc 2028121 aaagttttaa ttatatcttc atatctttta tacgtgggta tcaccacgga cacttcctta 2028181 gaagacatat tctctgtaca cccctaaaat tttcttagat atgttctccc acataaactg 2028241 ctccgcatac ttccttatct tttctctgtc ccactcctta tcgagggtta ttaaaatttt 2028301 ttctgctaag cactctggat cttttggtgg gcagagcaag ccatagtcat ccgatattat 2028361 tatctctggt actcctccaa cagtagtgcc aatgaatggc aaaccaaccc caagggcttc 2028421 aaacattact gtgggattac cctcactaag gcttggcaat acaaataaat cagcggcatt 2028481 catccagagg ggtatttcgt tgtggggtct ggtcccagca agaactacat aatcttgaac 2028541 atttaactcg tgaattaggc tctctatttt cggcttcagc ttaccatcac caactaacac 2028601 aagaagtaca tcattccgct tttgcaagac ctttgaaaag gcttttatta agaattcatg 2028661 ccccttgaca ggagagtaca tctgagccac atttaagata atcttcttgc ctttcggtaa 2028721 gccaaggatc tcacgggcag cgttcttgga cataagtcta aagttttctc cattaaatcc 2028781 attggggatg taaaaaacag gagtttttcc attggcagcc tgagaaatta gcccaatatc 2028841 tccctttcta actcggatta ttgcatcagc tttctgccat acattgaata taaagctatc 2028901 tcttttttcg aggtattttc tcaaagtttg agaagtatgt tcagtaataa ccacaggaac 2028961 accaaacttc tctttcaact taacggcaac agctccagaa ggccaagaat aatgagcatg 2029021 aatcacatca aactccaaac cctctttctc aatgaccctt aatatcgact ttacctcaga 2029081 ctttatccat aagtatctca aaaagccctt aggtggaaaa ttaacataag ttgggaagta 2029141 tacttttaca ttatccccaa tactataatc tttaaagttc acattacttc tcaatcgtct 2029201 ccacacggag accggagaaa tcacgtaaat ttcatctaga tactttgaga gggctttaac 2029261 ttgctccttt acaaatatgt tcccaatata tctattagtc tcgtctggga atgttggaac 2029321 taacaccagc aatttcatag tttatccctc tcattaattc ttgccttgta gagacaccat 2029381 cttgcaagta aacccaaggc atttgacaca ttacagtgct ccccgagttc ttgagctaat 2029441 ggctcgacaa tcaaacagta attgtttatg tctttccatc tccttcttgc tatgaaatct 2029501 tgtattttat atggaaggta tttctttgcg aagtacctaa ttttagatat gtagggttta 2029561 tattctccat gtgttataaa atcaacaccc aatggtctga atatatcact taacaatatg 2029621 tcatcataca gaatcttgtt agttttatat tttaaaggaa ctcgtctaaa aaattcaacc 2029681 aattctctgt cccataaagg aattgcatgc ttgtatccga aaaattcata cacacgattt 2029741 gaattcacga tatactttga ttgcctctct ttcatattcc aattgtcatc taaagaatat 2029801 ggtagtatct ttttgccttt aaacatgttg gtgtacttct gtagcttttt tacaatgaca 2029861 tcattttgat caagatatga attgtgttca taatgtttaa caaagattat atcaacaaca 2029921 tccttcactg ttttgggaat tggcagtttt cttaaatggc ttcctccaag gaaatctcca 2029981 ctatgcccgg gtactatcac tgaatcccta ggtattgctt tgttttcgct aagatattta 2030041 attgcaaaga aatcctgaag atgaatcgtg gacacaaaat tgaaagcata tttaaaaaat 2030101 tcttcaaatt cacgacttct gagaacactt tcatcaatta tagcattgtt gtactccaca 2030161 aaatgccatt cacatcccaa tttcttagaa acttctttag caacactaac ttcgggacta 2030221 tctcttcttc catatgtgta acatataaca tcaactcctc tttgtttaag cgatgtgaca 2030281 atgaacctag aatcatagcc gccactaaga ggaacaacaa ccgatcggtc tcccacaaac 2030341 aataaaagcc tgtcaataat attattcaaa actttcctca agttactctt taaggtctgg 2030401 taatcctctt gaaagatgtc ccctgaggat acagtataaa gatgataaaa ttgggacttg 2030461 acgtgtccat ctaaggttat ataaactatc tcacctgcct gaacttggta cagaccatct 2030521 aaaagcgtat ctctccccgt aacatacaaa ccccttaaaa actcaataac cgaatcatat 2030581 ctcggagtta gttgcaagat atctctcaag taaaatgcat catctgacac aacaatccca 2030641 cttttatctg aaacatggta aaaaattgga aaggttcttg taatgtcacc tgctagaaga 2030701 acaccatctt caagtgtaat aatcattgag aataccccaa acgcattttt caataactca 2030761 acaagttcag tatagtcatt gatgcccata ataagttcaa ttagattttt accttcataa 2030821 acttcgtttc caaaaattaa atacccctta acataaacac catttttatt ataccatcta 2030881 aatccataat tatacctcaa aaaaatttta acatcatcca ctgtttatcc ccccttggta 2030941 ggtaacaatc ttcccaacgc aacagtctct tttaaggttt gatacaaacg ttttaagttt 2031001 tttctcgtat tgatactgcc agagatatac agcaaggcaa gttaaattgt caccgaggcg 2031061 ttttctgaag aactcaacgg gcaggtggaa gaacctcggg tagtaaactc taacgttgtc 2031121 gtgctcataa tcacggaggt tcctgttaga gccataaggt tggggggaga ttacatagat 2031181 ctcattaaaa tacctggcaa gatatctgac ctgcttctta acaaaaatcc cgccgtagtg 2031241 ccggttgtcc tcatcgggat acgaatttgt caggattagg agatttttat cctcgaagcc 2031301 ttctcggaac tcatcgtttt tgttatttgt atcctcaaga tcactcacaa tagaccctcc 2031361 tcaatgtgct tctgttccta tcccaattcc acttatccct aagacgtgat ggtggcttta 2031421 cttttattat tttctccaaa gcattcgcca tatcttccgt tgagagatta gatgaaaccc 2031481 cacaccggta caaaactacg aaatcctcca tcaaggtgtc ccgattcact atcacaggaa 2031541 tccccatcac aatgctctca aacatcttga ccgcgagcgc ccgcttgatg ttatccgtag 2031601 gagggtacat tgaatagaca gcatcgcaga gggtgtaata cttgaagaca ttatgatagg 2031661 gaacctcatc gatgaactca acatcaacgt tgggatacct ctcagttaga aggttagcaa 2031721 tcttaccctt ggaagccccc gagccaacaa agagcaattt caatcttctg tccctccgag 2031781 caacctcaaa gagcggaata aagcttgaaa cacttcgtat tgtcccaatg tatcccactg 2031841 taaacttttc tccacgttcc cgtttaatca gaggaaagaa ttcaagctca ggagtgttcc 2031901 agaccacata aactttgtca ggcacaactc ccctgtttac aaggaactct ttaacaccct 2031961 tatgacgtcc ccctaaggat ctggttaccg ttatcacaga atcggccagc ttagcgtgga 2032021 tgatctcaag cgaaaggatt aacctctgca agaagttcaa ggttttcttt tccctaagca 2032081 atgaaatcct agaatgatac agatcgtgga tgtcataaat gaactttact ccaagaagac 2032141 gggacaaaaa gaaggccagc ggtgcggtat caaaatcgtt cgcatgtata gcataaagtc 2032201 catccttatt ttttaccacg tacaacacgg cttttagata aaacaaggga agcttaatga 2032261 aaaagtcaaa aaaggacgca tatttggatg cgatcgggat tctgcaaacc ctcaccccct 2032321 ccacaatctc gaaaagttta tgatttctct ccctgtccca cgctacaact gtcacatcaa 2032381 aacccagctc gattagagtc ttggcttctt tgtaaacgcg aggatcaggc ttaaaagggt 2032441 tcgtaagcaa catgaacact tttttcccat ccattaccat caccttttta ttgaacgccc 2032501 ctcatctacc gtaatggagg gggtataatg aaggtttcgg tcatcggttc aggctacgtc 2032561 ggcctcgtaa ctgggatggg ctttgtcaag ctggggaatg aagttatctt cgtggacgtt 2032621 gatgagagaa aaatcaagat gataaacaat gcccaaccac caatttatga ggaaggcctc 2032681 gaggaactta tgagggaatt caaaggaaag taccgcgcaa ccaaggatta ccgcaatgca 2032741 attctgaact cagaggttac gttcatcgcc gttggaacgc catcgagaga agacggatct 2032801 attgatttaa cctacgtcga gcaggcttcg agggaaattg gaaaagtcct ccgcgagaag 2032861 aaagactatc atgttgtagt cgtcaagagt actgttctcc ccgggacaac cgagaacgtc 2032921 gtcaagccta taatcgagga agagtcaggt aaaaaggcat tcaaggattt tgggctcgca 2032981 atgaacccgg agttcctgcg cgagggagtt gctttaaatg actttctgaa tccggacagg 2033041 attgtaattg gagttcggga tgagagaaca aagaaggttc tagaagagct atacaagccc 2033101 atcgatgccc ccaagctttt cacggacatt aaaactgctg aaatgattaa gtacgcttcc 2033161 aatgcctttc tcgcgacaaa aatcagcttt gccaacgaga tcgggaacat ttgcaagaag 2033221 ctcggcattg actcgtggaa ggtatttgag ggggttggcc tagaccacag aattagtccg 2033281 cactttttca ggacgggcat tggatggggc ggctcctgct tcccgaagga cgttaaagca 2033341 ctcatcagga aggcggaaga aatcggagaa gacccgatta ttctcaaggc cgttgttgaa 2033401 gtcaacgaga aacagccgct gaagctgatc gagctcctta aaaagcacgt cccggagctt 2033461 agggataaaa ggattggggt cctcgggctg gcgttcaagc cgaatacgga tgatgtcagg 2033521 gagacgaggg cgtacatcat agtcaaaaaa ctgcttgagg agggagcgaa ggttctcgcc 2033581 tacgacccga aggcgatgga gaacttcaga cgattttatc ctgacgttgg agagcagata 2033641 gagtacgcga gctctggaaa ggaggttctc ggaagaagcg atgcagttct tatcgtaacg 2033701 gagtggcccg agtttgagga gctggattac tctggaaaaa tcgtgattga cggcaggcgc 2033761 gtgagaaagg ccgaggaaac cgccgagatc tacgaggggg tgtgctggtg agggttagga 2033821 aggcagtaat accagcagct ggcctcggta cgagaatgct acccataacc aagtcgatgc 2033881 ccaaggaaat gctgccgata gttgacaaac ctgtcatcca ctacgttgtt gaagaggcaa 2033941 tcaaagccgg aatcgacgac attctcatca taaccggaaa gggaaagcgt gccatagagg 2034001 actacttcga cagaagcttc gagctggagt tctatctccg ggaaaaggga aagttcgaag 2034061 agctgaagca gatagaggaa attggcgaga tggttgatat ctactacgtc cgccagaaga 2034121 agcccctagg tcttggtgat gcgatactcc acgcagaaaa acacgtgaac ggagagccct 2034181 ttgctgtcct ccttggagac gacatcatag taagcgaaaa gcccgggata aagcagctca 2034241 tcgagatagc cgagcggaga gaagctccag taataggagt ggagcgcgtt ccctgggaac 2034301 ttgtaagccg gtacggaatc gtggacgggg aacccttggg cgatggagtt taccaagtga 2034361 aacacctcgt ggagaagccc tccccccaag aggccccgag caacgttgca ataatcggga 2034421 ggtacgtcct gacacctgag gtattcgacg ccctgagaga aactcctccg gggaggggtg 2034481 gcgagttaca gctcacggac gccctccagg aacttctatc tagccagaac atcttcgcta 2034541 aggagataaa aggcgagaga tatgacgttg gaagtaagct tgggttcgtc atagcgaaca 2034601 ttgaactgag cctaaagaga ggggaactga gagaggagtt gctaaccttc ctcaaaaatc 2034661 tcctaaggga ggtctcagat gagtaggcca acggtctctg tcatcatacc aacgtacaac 2034721 agggcaaacc tgctcagaag ggctataacc agcgttctca atcagacatt cagggatttc 2034781 gaactgatag tggtcgacga tgcatctcca gacaacacac cggaagtcgt tgagagcata 2034841 aacgatggaa gaatccggta tgtgcgcctc aaaaagaact ctggcggccc ggttgccagg 2034901 aacacaggaa taaaaaaagc cagaggaaag ttcatagccc tcctggacga cgatgacgag 2034961 tggctccccc acaggcttga gacccaagtc aggaagttcg agactttaga acagaacatt 2035021 ggagtcgtat acggaggatt ctactacgta tcccaacagg atggtaggat actcggaaag 2035081 agactacctg cgtataaggg aaatgtgtac gataaactcc tcagggagaa tttcattggc 2035141 agtccaacac tgctgataag gagggagtgc ttcaagaggg cggggctttt tgatccgaac 2035201 ctctcaagtt ctcaggactg ggacatgtgg ctgaggatag caaggcacta caaatttgac 2035261 tacgtagatg aaatagttgc aaagtactac gttcacggca ggcagatttc gttcaacatg 2035321 aagaagtaca tccccggaag ggaacgcttc attcgaaagc atcttgacat ctggaaaaat 2035381 ccgaggattt tgagcattca cctgagccaa atgggactgt tgctcctctt aagtggcgag 2035441 cccgagaagg gacttcgata cctcatgtat tccattggga tggcaccctt caacatagaa 2035501 aattaccaga ctctactaaa gcttgcgctg gattcccgcg ctttagaata cattcgaaaa 2035561 ataatctcgg gggaagatgt gcataaagga tagcaattct tatattaatc caacttcaag 2035621 gcttagtgga ggttggtctc aatgtcagag gaggctaaaa aatatttcgt tcaccccctc 2035681 gcggttgtcg aggagggggc cgagatcggc gagggaacga ggatatggca cttcgcacac 2035741 gtaagaaagg gagcaaaaat aggaaagaac tgcaacatcg gaaaggacgt ttacatcgac 2035801 gttgacgtcg agataggcaa caacgtaaaa atccagaacg gtgtgagcgt ttatcacggg 2035861 gttaaagtcg aagacgacgt ttttctcggc ccgcacatga ccttcaccaa cgacctctac 2035921 ccaagggcct tcaacgacga ctgggaagtt gttccaaccc tcgtcaaaaa gggcgctagc 2035981 ataggggccc acgcgacgat agtctgcggc gtgacaatcg gggaatacgc tatggttggg 2036041 gccggagccg tcgttacaaa ggacgtccca cccttcgggc tcgtctacgg aaaccccgcc 2036101 cggctgaagg gattcgtctg ctactgcggg aggaagctga aggaaaaaat cggcgaagat 2036161 gatgaacaca taatattcaa gtgctcccac tgcggaaggg aggttaaaat caggaagaaa 2036221 gactacgaac gctaccttaa ggaaaaagac ctgtgaggcg gtgaaaatga ggaaggtacc 2036281 aatagccaag ccccttatag gggatgagga aataaaagct gttgttgatg tcctgaagag 2036341 cggaatgctc gcccacggaa aggaggtcga ggccttcgag agagagtttg ccgagtacct 2036401 cggcgccaaa cacggcgtag ccgtcgccaa cggaaccgca gctttggacg tcgccctcaa 2036461 ggccctcaaa ataggggagg gcgatgaggt cataacgacc ccgttcacgt tcatagcctc 2036521 cgctacctca atcctcttcc agagggcaaa accggttttc gccgacatcg accccaaaac 2036581 ctacaacctc gacccgaacg aggttctcga aaagataacg gacaagacca gagcaatact 2036641 cgtcgtccac ctctacggcc agcctgcgga tatgaaggcc ttcaaagaga tagcagagga 2036701 tcacaacctc tacctcatcg aggactgcgc ccaggctcac ggtgcccagt ttgaaggcca 2036761 gaaggtcggc accttcggcc acatcgccgc gttcagcttc taccccacca agaacatgac 2036821 gacgggcgag ggtggaatgg tcgttaccaa cgacgacgag ctcgcgagga gggcaaagct 2036881 tatcaggagc cacggacagg ccgagaagta cctccacata gagctcggct acaacctgag 2036941 gatgaccaac atcggcgggg cccttggtag ggtccagctc agaaagctcg atagatggaa 2037001 cgagatccgg aacgagaacg cgaggaagct gagcgagggc attgaaaaaa tccctggact 2037061 taccccgccc tacgtcgacc cgagggtcta ccacgtcttc caccagtacg tcatcagggt 2037121 tgaggaggac ttcccgctcg gcagggacga gcttatggcg aagctccgcg agaggggcat 2037181 aggcaccgcc gttcactatc cgatgccggt ccaccaccag cccctcttcc agaagctcgg 2037241 ctatgagaaa gactgctgtc cgaacgctat cgaggcgagc aggaaagtcc tcagcctgcc 2037301 ggttcacccc gccgtgagcg atgaggacat cgagtacatc gtgagaactc ttgaagagct 2037361 ttcttcttga atttccaata ttatcaggtg aggacaatgc tccgcgttgg agtcgtcggt 2037421 gtcggaatga tgggccagca ccacgtcagg gtctactccg agctggccag agaggggaag 2037481 gttgagctcg ttggaattgc cgatgcgaac tttgagaggg caaaggaact ggccaaaaaa 2037541 tacgggaccg ttccttatgg ggattacagg gaactggcaa aggagaacct cgacgccgtt 2037601 gatgtagccg tgccaacttc gctccacaaa gacgttgcac tggagttcat aagccatgga 2037661 acgagcgttc tggtggagaa gcccatagcg gacacgattg aaaacgctcg ggcgataata 2037721 caggcggccg aagaggcagg tgttactctc atggtgggtc acatagaacg cttcaatccc 2037781 gccgtgctga ggcttaagga tttaatatca gagggggagc tgggcaagct ggtaacaatc 2037841 agcgccaaga gagtcgggcc catggccacc agaataaggg acgtggggat catagttgac 2037901 ctcggggttc acgacattga tgttatcagc tatctcttcg gcgagcccat caagacggtc 2037961 tacgcgaggg ccgggaacgt cgttcatccc gctggagtcg aggatcacgc gctgataacc 2038021 ctcggttttg aggatgggac tggaatcgtg gaaaccaact ggctcacgcc ccacaagacg 2038081 agaacgctca ccgtggtcgg aacgggggga atagcatatc tcaactacat agagcagagc 2038141 ctcaagctct acaacagtga ctggatcaaa gaggctaaga tacaaaaacg ggagccgctg 2038201 agaaacgagt tggagcactt cattgaatgc gttaaagcag gtaagaagcc gatagtcgat 2038261 gggagagcgg gccttcatgc gcttcgcgtt gcgctcttgg cccagaagag cgctagaacg 2038321 ggaaaggtca tggaggtgag agaatgaagc tgatcgggct aaataaggag gaggtcaaga 2038381 gagttctcaa agaagggaag gttaccatcg cggtttacgg cctcggcaag atgggccttc 2038441 ccctcgcggc ggtctttgcc gaccacgggg ccaacgtcat cggagtggac ataaacgaaa 2038501 aagtcgtcga aatgataaac cggggcgaga accacgttaa ggaggagccc ggcctcgatg 2038561 agctggtgag gaggaacgtc gaggctggaa gactaaaggc gaccaccgat ggcgtctggg 2038621 ccgcaaaaca ggcagacgtt atggtcattc tcgttccgac cctcactgac gagaggggca 2038681 atttaaagct cggccccgtc tatgatgtgg ccgagaaaat ctcccagggg cttgagaggg 2038741 gagacatcgt gataaccgag gccacgatgc cgcccggcac caccgagagc ctgatcccca 2038801 tcctcgaaaa atcaggccta aagctcggcg agttcggatt ggctcatgct ccggagagaa 2038861 cgatgacggg aaccgccatt agggacatca cgggacagta tcccaagata gttggggcaa 2038921 gcgatgagaa aaccctcgag gccgttatcg gaatatatga gaccataaac aggaagggcg 2038981 ttattccgat gagctcaata aaggcggctg aagcagttaa agtcttcgaa ggcgtttacc 2039041 gcgatgtcaa catcgccctc gccaacgagc tggcgatgtg gtgcgaggag cacgggctgg 2039101 acgctctaga ggtcttccag gcggccaaca cgcagcccta ctgccacctc cacatgccgg 2039161 gagccggggt tggtgggcac tgctttgcca aggacgagtt cgtgttcctt gaggagggtg 2039221 gtattgaacc attgagcgtt gaggagctct tcgagctcat tgaggggaag accgaggaga 2039281 tagacggggt gctagtgaaa cacccgaatg aagaataccg catactgtcc tttgatcccg 2039341 tctcaaggag gccggttttt ggtagggtaa ccctcgccac gaagaggagg cttaaaccaa 2039401 gagaaaaggt acttgagata aaaacgaaaa ccggaaggag tgttaaactg acggagaacc 2039461 atatagtgtg ggtttacaaa gacggagcct tcgtagaaaa gctcgcaaag gatctcaccc 2039521 cgggcgacat gatgacgatt ctaacagaat tgccgtcaaa ggagacaccg gaggtcatag 2039581 acgttatttc aattctctcc agggatcctc aggggtacag aataaaattc caagggatac 2039641 cagccgaatc cagagccgcc ctccacgcca agctggcccc aaagtcgtat gactacacga 2039701 agggcaacta cattccccta gagtactact ctgaatttaa aaacctgcta ccgaggcctc 2039761 aagctatcgc caccggaagg gggccgagct atttggaatt tccgccggag atacatgtta 2039821 acgaagagtt cgcaactcta ctgggatact acatctcgga ggggtgcata acagaagatt 2039881 catctctgag aacgaggttc tccttcaata tcagggagac cgactacata ggagaagtga 2039941 ggggcatcct tgaaaatatc ggcatccgcc actccgaata cgtccagggg agcgttcacc 2040001 acatcaaggt gtcatcaagg gcttttggcg agctcctcag gttcctcgga accggggtta 2040061 actcctacga cgccaaggtt ccggggttca tcctctacag caaggccctc cagagggcag 2040121 ttctcagggg gataataaac ggcgacggga gcgtttcagt atacgaagga aagcacagaa 2040181 cgaaaaagaa cggcagggaa tacatcacgg aaaagataag cgcaagcgtt gaggtcgcaa 2040241 cggcgagcaa taagctagca cagcagcttt tccttatgct ccagaacctt ggcatagtcc 2040301 cttcatacaa gaggaatgga aacgtccata tactgcgcat tttcgggccg gagaacctgg 2040361 agaagcttag ggggatcgta agcggtgaga aaggggagaa gctcgaatac tacctgagca 2040421 acataaagaa gagggagagg aactcaagct ttaagcccat ggggagtttc gccctcgtcg 2040481 aggtcaagga gataaaaccg atcgaatacg acgactacgt ctactccttt gaagttgagg 2040541 gaacgaacac gatcgtgacg acttccggcc ttatagtgca caactgcatc cccgtctacc 2040601 cctggttcgt cattaacctc gccagaaaga caaatccgag gctcaccaag accgcgaggg 2040661 agataaacga ctccatgccc caccacgtcg ttgagctgac tgtcaaagcc ctcaacgagg 2040721 ttggaagacc tgtgaaggga agcaacatcc tcgttctcgg cctgacattc aggggtggtg 2040781 tcagggagtt catgaaggcc gctgctaagc cgataatcga ggagctcaag gagtggggag 2040841 caaacgtcta cgcctacgac ccactgtgca cccgcgaaga tgccgagcgc tttggagcag 2040901 agtggaaaga ggacttcagg gacatcgacg ccatagtcat cacagcggat cacaaagagt 2040961 tcagggagct cgatctggag aagctcgcaa aggaagtgag aacgagggta atagtggacg 2041021 gcaggaacgt tcttgatccc gccgaagcag aggagaaggg attcgtgtat ctaagggtgg 2041081 gaaggaccgc atatagtcct taaatgattt cctcctgttt ttaatttccc ttcccatggt 2041141 ttttaaacct caagctcaga gacgaaacaa aagggaaacg ctttgatcac ggtacgttct 2041201 ttaaaggtgc cattccgtac aaccaaaaaa gttataattg caaaaaggag catcaataat 2041261 aacgcataat agcattatca ataacagtga gggtgttatt gccactatta ataagccaag 2041321 cacaggggat ggaaatgtac agagaacata gaataggagt agttgtcccg gcgtacaatg 2041381 aagaggcgct cataggggac acactctcgg gcattccgga ctatgtggac cggatatacg 2041441 ttgtcaacga tggctcgaag gacagaaccc ctcaaatcgt tggggaattc cagaaaaaag 2041501 acggcaggat cgtcctaata aatcatgaga agaatatggg cgttggcaaa tctatcatag 2041561 acggctacaa ggccgctctt aaggatggga tggacatcgt tgcggtcatg gccggcgaca 2041621 accagatgga tcccgcctat cttccagacc ttctggatcc catcgttgag gggagagccg 2041681 actacaccaa gggaaatcgc ctcctcggtc ctgactacgt gaggaacatg cccaagttca 2041741 ggtacatcgg caacatgata ctgacttttc tgaccaaaat agcctcaggt tactggcata 2041801 taatggaccc acaaaacggc tacactgcaa tctcaaaaaa agcactggaa accattccac 2041861 tggataaagt gtatacgtgg tacggttatc caaacgactt gctcgtaaaa ctgaacgttt 2041921 acggcttcag ggttcttgac gtgccgattc cggccaagta cggcagggaa aagtcaaaga 2041981 taaagtacac gaagtacatc ctgaaggtct cctggctcct cctgagggac ttcttctgga 2042041 ggctgaagga gaagtaccta ctctacaact tccacccact ggtgttcttc tacatcttcg 2042101 ggatactctt cctgctagtg ggcaccgggg gagttctgtt cgcattctac cagaagttcg 2042161 tccttcacag ggccgtgctc ttctactacc tgaccctatc cctgctggtg ttcgccatag 2042221 ggcttataat gttcctcttc gcgatgctgt ttgacatgga ggaggagagg aggaattatc 2042281 aaaaaaggtg aagggcatga acgtattagt tagtgtcaat catccagcac atgtacatct 2042341 tttcaaaaat ttcatatggg aaatggagaa aaaaggtcat gaggtgcata tagtagcaag 2042401 ggataaagaa gtgacaaagc atctcttaaa cgcatataat ttcgagtatg gtatcataag 2042461 caaaaaaatc gaaaatcccc taggggtgag tattgaggca ggaattagga ttctaaactt 2042521 aacactaaag acatcaaagt ttcacccaga aataacgctc tcaattaccg atggaacaat 2042581 tggggcattt tcaagagtat tgggagtgcc atccatacaa tttacggata cagagcatgc 2042641 agatcttata ctcaaaactt ctgttccttt tgctgatgta attttaacac ctatgccctt 2042701 taaaagaaat cttggcaaaa aacagatccg ctacaatgga taccacgagt tagcatacct 2042761 gcacccaaat tactttaagc ccgatccctc ggtgttagac gagctcggcc tcagtaaggg 2042821 ggacactttc atcgttttga gagttgtatc gtggactgca agccatgatg ttgggcaaaa 2042881 aggcattaga aacagagtta attttgtaaa agaacttgaa aaatacggtc aggtgtttat 2042941 atctgcagag gggaaattag agagggaatt agagaaatat agagtgaaaa tacctcctga 2043001 acgaatgcat gatcttttat attatgctac tctgtacgtt ggtgagggag gaactactgc 2043061 aagtgaagcg gcaactctcg gaacacactc tattcatata tctactaccg ccaaatactg 2043121 tggggttttt tatgacataa acagatatgg acttctatgg atttctgaag atgagcgtag 2043181 tagtatagaa ttaacaaaga ctctcctagg tgagaacgat ttatggggaa gaggaaagaa 2043241 aaaaagaaag aaattaatta aaagcaaaat taatctaacc ccctttatgg tctggtttat 2043301 agagaactat ccaaatagct taaaagaatt taaagaaaat cccaagatac aatacaagtt 2043361 taggtgacga atgtatgaag attattacaa cactcagtat tcatctgcag ttcatcgaaa 2043421 tgaccgtact catatcccaa gaaagcactg caataaggtt catgggggga acataatgag 2043481 agtcctcttc ctctcccccc acacggatga tgttgagctg ggggccggcg ggactttggt 2043541 gaagttcctg gaactcggtc acgaaatact ctgggtggtg ttctccactg ctgaggaatc 2043601 cctgccagac aacatgccaa aggacacgtt aaaaagggaa ttcctgggag taataaacga 2043661 tctgggtcta aaaggggaga actacaggat actgaacttt catgtcagga ggttacatga 2043721 atacaggcag gagattcttg aggagttagt gaaaatcagg aaagagtttg caccggattt 2043781 ggtcattggt ccctcgctta acgactacca ccaggatcat caggttgtgg cgtgggagat 2043841 gacccgagcg ttcaagaaca cgtcctcaat aatctgttac gagcttcctt ggaaccatgt 2043901 gacgtttaac actcagctct tcatcaagct ggaggaaaag cacgttaaaa agaaggtcga 2043961 gctcttaagt aattatgaga gccagctcct ccttaacaga ccatactttt caaaggattt 2044021 tatcttcgga tgggcaagga tgaggggagt ccaggttaag gcggaatttg ctgaagcctt 2044081 tgaggtgata agatggatac tgtaagggtt ctaatcactg gcgctggtgc acccgggatt 2044141 agaggaacac tttactctct gaaaagcaac tgggacaaca ggaaaatcac aacaatcgga 2044201 gttgacatga agggagaagt cgtcgggaag tacctgtgtg acagatttta tcaagttcct 2044261 cccgccagta gcgaggaatt catccccact ctgttggaca tttgtgagag agaggaagtt 2044321 gacgtggttc ttcctcaagt aacggctgaa ctttatcccc tggcaagata caaagaagat 2044381 ttcgagaaaa ttggcacgaa agtggccgtt tccggctatg aagctataga gcttgccaac 2044441 agcaaaaagg aactcatgaa aattgccaag aaagttggcg tcccttatcc tgagttttat 2044501 gtagttcgaa cgtgggatga actggaaagc tctgccgaaa agctgggatt tccgtttgtg 2044561 gttaaaccgc cggttgcaag tggaatgagg ggattcagaa tcgtttacaa aaatatcaac 2044621 aggaaggagg cgttcttcaa agagaaaccc gacagctcca aggtgacgat ggaagagctt 2044681 cacaacatct tgggtgaaga gttcccggag ctccttgcca tggagtacct tccgggtagg 2044741 gagtatagcg tagacgtgct ctcaagtgtg gataacgtgc acgtggtggt tccaaggagg 2044801 agggacacca tacggacggg cataactttc gttggcactg tagagaagag ggatgactta 2044861 atagaattct cggaaaggct tacccttaaa atcggtcttg agtatgcaac gggacttcag 2044921 tttaaggagg atgaggaagg tattccaaag gttatagagt ccaaccctcg gattcaggga 2044981 acaatggttc tctcgacggt ggcgggggtt aatgttatat acggcgcggt caagttggca 2045041 cttggtgaag agttgcctga attcagagtt aggtggggta ctaggctttt gaggttctgg 2045101 ggtggagttg gggttgtaga tggggaggtg ttcgaaatat gaagacgtgg aggaggtatg 2045161 aggagtatct tttaactggt gagtggcacg ttcacacgaa ctacactgat gggcggaatt 2045221 cggtcttcga aatctgtgag cgggccaggg agcttggcat tccccttctg gcttttacgg 2045281 agcacgtgag gaggaagttg acttatgatt tcaatgagtt cctgagcgat attgatcggg 2045341 cgagagagga gtttccggag ttgataattc ttagtggtat cgaggctaaa gttctgcccg 2045401 atggaagttt agatgtggaa gatgatatta taaggcag //