LOCUS CP098756 9489 bp DNA circular BCT 16-JUN-2022
DEFINITION Brevibacillus sp. BB3-R1 plasmid unnamed, complete sequence.
ACCESSION CP098756
VERSION CP098756.1
DBLINK BioProject: PRJNA846144
BioSample: SAMN28869176
KEYWORDS .
SOURCE Brevibacillus sp. BB3-R1
ORGANISM Brevibacillus sp. BB3-R1
Bacteria; Firmicutes; Bacilli; Bacillales; Paenibacillaceae;
Brevibacillus.
REFERENCE 1 (bases 1 to 9489)
AUTHORS Heo,J., Lee,D., Won,M., Han,B.-H., Hong,S.-B. and Kwon,S.-W.
TITLE Genome sequencing of Brevibacillus sp. BB3-R1
JOURNAL Unpublished
REFERENCE 2 (bases 1 to 9489)
AUTHORS Heo,J., Lee,D., Won,M., Han,B.-H., Hong,S.-B. and Kwon,S.-W.
TITLE Direct Submission
JOURNAL Submitted (09-JUN-2022) Agricultural Mircrobiology Division,
National Institute of Agricultural Sciences, 166
Nongsaengmyeong-ro, Iseo-myeon, Wanju-gun, Jeollabuk-do 55365,
South Korea
COMMENT Bacteria and source DNA available from KACC.
The annotation was added by the NCBI Prokaryotic Genome Annotation
Pipeline (PGAP). Information about PGAP can be found here:
https://www.ncbi.nlm.nih.gov/genome/annotation_prok/
##Genome-Assembly-Data-START##
Assembly Date :: MAY-2022
Assembly Method :: Microbial Assembly Application of
SMRTLink v. 10.1
Genome Representation :: Full
Expected Final Version :: Yes
Genome Coverage :: 811.0x
Sequencing Technology :: PacBio Sequel; Illumina HiSeq
##Genome-Assembly-Data-END##
##Genome-Annotation-Data-START##
Annotation Provider :: NCBI
Annotation Date :: 06/10/2022 13:07:44
Annotation Pipeline :: NCBI Prokaryotic Genome
Annotation Pipeline (PGAP)
Annotation Method :: Best-placed reference protein
set; GeneMarkS-2+
Annotation Software revision :: 6.1
Features Annotated :: Gene; CDS; rRNA; tRNA; ncRNA;
repeat_region
Genes (total) :: 5,522
CDSs (total) :: 5,372
Genes (coding) :: 5,285
CDSs (with protein) :: 5,285
Genes (RNA) :: 150
rRNAs :: 9, 10, 10 (5S, 16S, 23S)
complete rRNAs :: 9, 10, 10 (5S, 16S, 23S)
tRNAs :: 116
ncRNAs :: 5
Pseudo Genes (total) :: 87
CDSs (without protein) :: 87
Pseudo Genes (ambiguous residues) :: 0 of 87
Pseudo Genes (frameshifted) :: 28 of 87
Pseudo Genes (incomplete) :: 62 of 87
Pseudo Genes (internal stop) :: 15 of 87
Pseudo Genes (multiple problems) :: 18 of 87
CRISPR Arrays :: 2
##Genome-Annotation-Data-END##
FEATURES Location/Qualifiers
source 1..9489
/organism="Brevibacillus sp. BB3-R1"
/mol_type="genomic DNA"
/strain="BB3-R1"
/isolation_source="Cow fecal"
/culture_collection="KACC:22663"
/db_xref="taxon:2950604"
/plasmid="unnamed"
/country="South Korea: Yuseong-gu, Daejeon-si"
/collection_date="2022-03-23"
/collected_by="Jun Heo, Daseul Lee"
/identified_by="Jun Heo"
gene complement(99..359)
/locus_tag="NDK47_27540"
CDS complement(99..359)
/locus_tag="NDK47_27540"
/inference="COORDINATES: ab initio
prediction:GeneMarkS-2+"
/note="Derived by automated computational analysis using
gene prediction method: GeneMarkS-2+."
/codon_start=1
/transl_table=11
/product="hypothetical protein"
/protein_id="USG68556.1"
/translation="MNAIDGMFNYVSSFLEKVADWVQPISIPWNKLTEKWAVFQPYIT
KWNTIFPLDSLMIVAGLILGFITIILVIWTIKFIKGFIPFMG"
gene complement(496..1452)
/locus_tag="NDK47_27545"
CDS complement(496..1452)
/locus_tag="NDK47_27545"
/inference="COORDINATES: ab initio
prediction:GeneMarkS-2+"
/note="Derived by automated computational analysis using
gene prediction method: GeneMarkS-2+."
/codon_start=1
/transl_table=11
/product="hypothetical protein"
/protein_id="USG68557.1"
/translation="MQAKKWWLVALVTSLFFSVVSPVFAYYKSPVDLRGDGYIRFGDR
DNPPTQPNGISIMVDESSISHTLVNIAVAMWPGLIKQRKIDKFLLIANGKIVEEFWPL
KVEDEETGEFIDSGFYIVKPSIAELIGTRSYFQVVAVQIEGDGQYAVAWSNVTPEIQM
KPLPVKDEEAISVLYAILEKLKEILAKLAEIIPLLQKMLDMLQKISKQIETMFTPSPA
AAARLEEAAKNLFEKTPIDDIQKQMDKTKDMFTNTPTNRPLSELTFGEKRDWFGTGRS
HYLIDLTDWKEYLKVMRALMDAAVWVLFFLFLIRYLQPKLDI"
gene complement(1457..1762)
/locus_tag="NDK47_27550"
CDS complement(1457..1762)
/locus_tag="NDK47_27550"
/inference="COORDINATES: ab initio
prediction:GeneMarkS-2+"
/note="Derived by automated computational analysis using
gene prediction method: GeneMarkS-2+."
/codon_start=1
/transl_table=11
/product="hypothetical protein"
/protein_id="USG68558.1"
/translation="MLDKLKSLGQKVVTKGRQGAKKIAAGALALAAFVTAATPSFAAV
NTGNADLDNVIGTLDEGATSMKVGALYVIGAVILIAIGIFGIRWIWGIFRGWMSMAK"
gene complement(1776..3296)
/locus_tag="NDK47_27555"
CDS complement(1776..3296)
/locus_tag="NDK47_27555"
/inference="COORDINATES: ab initio
prediction:GeneMarkS-2+"
/note="Derived by automated computational analysis using
gene prediction method: GeneMarkS-2+."
/codon_start=1
/transl_table=11
/product="fibronectin type III domain-containing protein"
/protein_id="USG68559.1"
/translation="MRFSWKVLLLLLLLFNSLGGFVNAASNDVPPGYLRGKLPTEVKV
IGKGDPATLTDGNSETGMTFHPVAKYTFDTPVDIGKLYMKSTRGLNVRFLDENGVDVR
APLGTSWTTETYEFEAYGVKSVVFNTTSTNYGTYYELELYPIPPPPPPEGVTLSSRDV
SPDSVTLDFSAKEGTFTSFALYRDDTLLNTFTAPGSYQDTGLQPSTTYTYKLVTTNKS
PESKTEKTIFVRTLGPPPPRPEIESFTVERVSHDRVVLNFAAKNHTKYLLYRDGELLR
QLPASSSYYQDFAVSPDTSYSYRLVAENEIGQAEREVTAKTLKEPPPEPPGPPPSPMP
DPPPSTGLPDLGDPDTGNEDLDGALDKLKDGLEPIKNGGMIVVFWCILIALALFGLLW
IFQIWKKWMAGASGGSGGASGASSARGKGKGRGGSRGGGKRRRKKKAPAFFDPQFVAG
KLYDKFGSNTRKGSGGGAGKESGYRTYSHNGKEYRVREGGSYDSRTKINDTLKRFR"
gene complement(3394..3537)
/locus_tag="NDK47_27560"
CDS complement(3394..3537)
/locus_tag="NDK47_27560"
/inference="COORDINATES: ab initio
prediction:GeneMarkS-2+"
/note="Derived by automated computational analysis using
gene prediction method: GeneMarkS-2+."
/codon_start=1
/transl_table=11
/product="hypothetical protein"
/protein_id="USG68560.1"
/translation="MSEYVALIEAFVVMAGASFLFHLFWSFFWSSTTVTETVVHVDNW
EAK"
gene complement(3542..3763)
/locus_tag="NDK47_27565"
CDS complement(3542..3763)
/locus_tag="NDK47_27565"
/inference="COORDINATES: ab initio
prediction:GeneMarkS-2+"
/note="Derived by automated computational analysis using
gene prediction method: GeneMarkS-2+."
/codon_start=1
/transl_table=11
/product="hypothetical protein"
/protein_id="USG68561.1"
/translation="MEEEVIESESSAEWGNGVSDELLEEISGKMDTVIDQLKALTETV
GSIHDWLLVLFFVVAVSLGVVVGYLIGKR"
gene complement(3933..4319)
/locus_tag="NDK47_27570"
CDS complement(3933..4319)
/locus_tag="NDK47_27570"
/inference="COORDINATES: ab initio
prediction:GeneMarkS-2+"
/note="Derived by automated computational analysis using
gene prediction method: GeneMarkS-2+."
/codon_start=1
/transl_table=11
/product="hypothetical protein"
/protein_id="USG68562.1"
/translation="MPRVAISGYIVGFRLRENAKQERYGVVDLLQFGSQQADSEIVPL
LVYDRDMQVHIHQRFLVGQIRPASFFCNIVTREKSGWMWIADRLVELGRNVSQEEDLS
TSVVVNGTGPHVMGEDKELTTGNLAE"
gene complement(4323..4628)
/locus_tag="NDK47_27575"
CDS complement(4323..4628)
/locus_tag="NDK47_27575"
/inference="COORDINATES: ab initio
prediction:GeneMarkS-2+"
/note="Derived by automated computational analysis using
gene prediction method: GeneMarkS-2+."
/codon_start=1
/transl_table=11
/product="hypothetical protein"
/protein_id="USG68563.1"
/translation="MEAMVLVLGVDRYKMDGDISGCKMTYVDLSEIPDRPDDQQGYHA
ITENLAYGVYEQFMGAGIYRARFNRTTKTARNGKSMVALTISAIEPVEMLNFVEMAG"
gene complement(5167..6411)
/locus_tag="NDK47_27580"
CDS complement(5167..6411)
/locus_tag="NDK47_27580"
/inference="COORDINATES: protein motif:HMM:NF013603.2"
/note="Derived by automated computational analysis using
gene prediction method: Protein Homology."
/codon_start=1
/transl_table=11
/product="protein rep"
/protein_id="USG68549.1"
/translation="MSILQHGQAQSNMGEILNLSSKTGRKQPWRRHKFFSSQVAESYF
RLANNTHFDTAKYQWHADEDGEVYDIVKLRTPYDRKAENILSCASWLKVGVCANGHKQ
LTGASFCRSRLCPMCAWRRSFLIAHQIKRVGHEVAQQQKVRWLFLTLTVRNMPFEELH
AGITQLMEAFRKLSRYTRFKNAVLGWYRSLEVTRNLDKHSEWYGTFHPHLHVLLCVPT
TYFKSAKTYIDQAEWTKMWQKALKVTYTPLVHIQVVKPKRNKKVEADLLADYGLDIGE
VGDSRELTGAAIAETAKYSVKPGELVVFSDGCYCSGKCTCGNEQKPYMEHKIDEEETD
FSVFAFDLVLSRRRLKAYGGLLKEVWNRLQQEEKMVDPEADDADLVGVTEDEKCTCST
CQSALLETLYRWQPGVNHYIST"
gene complement(6943..7164)
/locus_tag="NDK47_27585"
CDS complement(6943..7164)
/locus_tag="NDK47_27585"
/inference="COORDINATES: ab initio
prediction:GeneMarkS-2+"
/note="Derived by automated computational analysis using
gene prediction method: GeneMarkS-2+."
/codon_start=1
/transl_table=11
/product="hypothetical protein"
/protein_id="USG68550.1"
/translation="MTIQELIKEAKKAGFTMVSDGVEMWDLDNFLEAMQDDEADYSFH
FEGIVRRYDERGYEESSPLFRFFKGEGEL"
gene complement(7161..7424)
/locus_tag="NDK47_27590"
CDS complement(7161..7424)
/locus_tag="NDK47_27590"
/inference="COORDINATES: ab initio
prediction:GeneMarkS-2+"
/note="Derived by automated computational analysis using
gene prediction method: GeneMarkS-2+."
/codon_start=1
/transl_table=11
/product="hypothetical protein"
/protein_id="USG68551.1"
/translation="MRYTVTAFEMIDTVGGLLENVAEQQSVTTSGQAEKLAKEWTETG
KYSSIYISYRHRDSSCYWNPAVGFEVVGKDWLSHFEEQGGNQE"
gene complement(7441..7731)
/locus_tag="NDK47_27595"
CDS complement(7441..7731)
/locus_tag="NDK47_27595"
/inference="COORDINATES: ab initio
prediction:GeneMarkS-2+"
/note="Derived by automated computational analysis using
gene prediction method: GeneMarkS-2+."
/codon_start=1
/transl_table=11
/product="hypothetical protein"
/protein_id="USG68552.1"
/translation="MRKPIQVPEEVKTKVEDLKRQLQARTEYEVIEKLIGYYEKKQCH
LHLDEAVKEEFRAAKNQLRIYSDSDFVKFLLHHWSQSKEISKEALNLLLTIR"
gene complement(7731..8435)
/locus_tag="NDK47_27600"
CDS complement(7731..8435)
/locus_tag="NDK47_27600"
/inference="COORDINATES: ab initio
prediction:GeneMarkS-2+"
/note="Derived by automated computational analysis using
gene prediction method: GeneMarkS-2+."
/codon_start=1
/transl_table=11
/product="hypothetical protein"
/protein_id="USG68553.1"
/translation="MAWLLRWLKDKVTYILSNQNKKSQKSFGYYLLFGNLYVTIKVTK
KEVVVMEKITGKVRLQYKGERRTFDYEIDEGYLIHIKDGIELPEQLYSKVWEKIYDKH
IDLYKSQEYYDYVSHNSNENKSDKVTKIQKGTKKEKETEMKKEPDQNDPEKEKLLKRI
KELEEANERLKERRGGRPAIGETRKVSLTLPTHIWSDIDAAVRVGKVKQSSVLREMIV
RAHESDLLFWKEVRER"
gene complement(8404..9018)
/locus_tag="NDK47_27605"
CDS complement(8404..9018)
/locus_tag="NDK47_27605"
/inference="COORDINATES: protein motif:HMM:NF017518.2"
/note="Derived by automated computational analysis using
gene prediction method: Protein Homology."
/codon_start=1
/transl_table=11
/product="hypothetical protein"
/protein_id="USG68554.1"
/translation="MIEIITGLPGFGKTLTASRWALKKMKKGKKVYANYPLQGAEYFS
DILQVLGKVENALIVVDEAGIVFDQLTMYSTPPQTWMELRQHRKDGVDLLLTAQSPHD
VAYPLRRLIQFEYNIFFKFDRFVTVTCRNPQRGGDNYGKRLWYLSPSLFGKYDTKHKV
ALEKAQETQGEAPMTSDRFEWYRNIQESMLLEAADGLAASLVKR"
gene complement(9015..9428)
/locus_tag="NDK47_27610"
CDS complement(9015..9428)
/locus_tag="NDK47_27610"
/inference="COORDINATES: ab initio
prediction:GeneMarkS-2+"
/note="Derived by automated computational analysis using
gene prediction method: GeneMarkS-2+."
/codon_start=1
/transl_table=11
/product="hypothetical protein"
/protein_id="USG68555.1"
/translation="MEQQQGSKKFEKGKFITLVIAVFFGGLVTIVGAVYAHALLFLVV
GFFLGKFLEKALSAIRDYRLSLKLDRVHWSQVEYEAIKKERDALRATLSQQAMNYNTA
GVPHRSGGGAPPAVGYPWPTSVDESQYVYRGGDYS"
BASE COUNT 2501 a 2711 c 1841 g 2436 t
ORIGIN
1 aacaaaaaat caacctggcc agctcatttt gtaaacattc catccgcagc cggtcgtttt
61 tttgtttaca aaaacgatca gctgaagctc acatctgttt accccatgaa cggaatgaaa
121 cccttgataa acttgattgt ccagatcacg agaatgattg tgatgaaacc caaaatcagc
181 cccgcaacga tcatcaaact atccagtgga aagattgtat tccacttcgt gatgtacggc
241 tgaaacacag cccatttctc cgtcagcttg ttccacggaa tcgaaatagg ctgcacccag
301 tcagccacct tctccaagaa gctagaaaca tagttgaaca tcccgtctat cgcattcaac
361 gaaaaacccc ctgtctacaa aaaagccggc tgtagctcac aaaccgtata caaaaaagca
421 aagaccaggg caaaatctgt ttacaaactc ctgggcgatc cgcacgcagc tgaagaaaaa
481 aagtatactg cttactcaaa tatctagttt cggttgcaag taacgaatca ggaataggaa
541 gaacaacacc caaacagcag cgtccatcaa cgcccgcata acttttaggt actctttcca
601 atctgtcaaa tcgatcaagt aatgtgatcg gcccgttccg aaccagtccc gtttctcccc
661 aaacgtcaac tcagacaacg gcctattcgt cggtgtattc gtaaacatgt ccttcgtctt
721 gtccatttgc ttctggatat cgtcaatcgg cgttttctca aacaggtttt tagccgcttc
781 ttcgagtcgc gcagctgcgg ccggactcgg cgtgaacatc gtctcaattt gcttactgat
841 tttttggagc atatccagca tcttctggag caaaggaata atctcggcca acttcgccaa
901 aatctccttc agcttttcca gaatcgcata cagcacagaa atcgcttcct cgtccttaac
961 cgggagaggt ttcatttgta tttctggcgt gacattcgac cacgcgacgg catactgacc
1021 atcaccctcg atctgcacag ctacaacctg aaagtaagag cgagtaccaa tcaattcggc
1081 gatggagggt ttcacgatat aaaagcccga atcgataaat tcccctgtct cttcgtcctc
1141 tactttaaga ggccaaaatt cttcgacgat tttaccgttg gctatgagca agaatttgtc
1201 gatcttccgc tgcttaatca aacccggcca cattgcaacc gcaatattta ctagcgtgtg
1261 gctgattgat gactcgtcta ccatgatgga gattccgttc ggctgagtcg gaggattatc
1321 ccgatctccg aaacgaatat acccgtcacc tcgcaagtca accggactct tatagtaggc
1381 aaaaacgggc gaaacaaccg aaaaaaagag gctagtcacg agagcaacta gccaccattt
1441 ttttgcctgc ataggcttac ttcgccatgg acatccagcc acggaagatg ccccaaatcc
1501 aacgaattcc aaagataccg attgcaatca agataaccgc gccgatcaca tagagcgcgc
1561 ccaccttcat cgaagttgcg ccctcatcga gcgttccaat aacgttgtcc aaatcagcgt
1621 tgcctgtgtt aacagcagcg aacgaaggag tagcagccgt cacgaaagca gccaaagcta
1681 atgcaccagc agcaatcttt ttcgcccctt gtcttccttt tgttactacc ttttgcccca
1741 aagatttcag cttgtccaac acaaaaacct ctcctttacc tgaatcgttt taaggtgtca
1801 ttgattttgg tacgtgagtc gtaagaaccg ccctcacgca ctctatattc cttcccgttg
1861 tggctgtaag ttcggtatcc tgactctttc ccggcaccgc ccccactccc cttacgggta
1921 ttggaaccaa atttgtcgta gagctttccc gcaacgaact gcgggtcaaa gaaagcaggc
1981 gctttcttct tacgccgccg tttcccaccg ccgcgggaac ctcctcgtcc ttttcctttg
2041 cctcttgccg aagatgcacc agaagcacca ccagagccac cagaagcacc agccatccac
2101 tttttccaaa tttgaaatat ccagagaagg ccgaacagcg ctaaagcgat cagaatgcac
2161 cagaatacaa caatcatccc gccatttttg atcggctcta gcccgtcttt caacttgtcc
2221 agtgcaccgt ccaaatcctc gttacctgtg tctggatcgc ccagatcagg aaggcccgtc
2281 gaaggcggcg gatcaggcat cggtgatggt ggtggccccg gaggctccgg tggaggctct
2341 ttaagcgttt ttgccgtaac ctctctttct gcctgtccga tctcattctc cgcaaccaaa
2401 cggtaggaat aagacgtatc cggagaaaca gcaaaatcct gatagtacga cgaagatgcc
2461 ggaagctgcc tcagcaactc accgtctcga tacaacaggt atttcgtgtg gttcttcgcc
2521 gcgaaattca gaacaacgcg atcatggctg acacgctcca ccgtgaaaga ctctatttct
2581 ggacgtggcg gcggaggccc taatgtcctt acgaaaatcg tcttctccgt tttcgattcc
2641 ggcgatttgt tagtagtaac aagcttgtag gtataggtcg tactcggctg tagccccgta
2701 tcctgatagg aacccggcgc cgtgaaagtg ttcagcaaag tgtcgtcacg ataaagcgca
2761 aaagaggtaa aagtcccttc ctttgctgaa aaatcaagcg tcacactatc aggcgataca
2821 tccctggaag aaagggtaac tccctctggt gggggtggtg gaggaatcgg gtaaagctcc
2881 aattcgtagt aggtaccata gttcgtacta gtagtattaa agacgacact ctttacaccg
2941 taagcctcga actcataagt ttctgtcgtc caactagtcc ccaatggtgc cctgacgtct
3001 accccatttt catccagaaa acggacatta agccccctcg tactcttcat gtacagcttt
3061 ccaatatcaa cgggagtatc aaaggtgtac ttcgctacag ggtggaaagt cattcccgtt
3121 tcgctattgc cgtcagtaag agtggccggg tcaccttttc cgataacctt aacctcagta
3181 ggaagcttcc ccctcaagta accgggcgga acgtcgttag acgcagcgtt tacaaaccct
3241 cccagactgt taaagagtaa gagcagcagc agcagcacct tccaagaaaa tcgcacctag
3301 ccctgcctcc tttgaagggc ctttagcagc cccaaaaagt aaccaaaaac gattgaaccg
3361 aaaaagtaga ctagagcgtt cccgtcaacc aacctatttc gcctcccagt tgtcgacatg
3421 taccactgtc tccgtaaccg tagtagacga ccagaagaaa gaccagaaca ggtggaacaa
3481 aaacgaagcc cctgccataa ctacgaacgc ctctatcagc gcaacgtact cactcacgct
3541 atcaccgctt tccaatcaga tagccaacga cgacccctag cgaaacagcg accacgaaga
3601 acaggacgag cagccagtca tggatggagc caactgtttc cgtcagggct ttcagttggt
3661 ctataaccgt gtccattttc ccggaaatct cctctagcaa ttcgtccgac actccgtttc
3721 cccactcggc gctagattct gattctataa cctcttcttc catgcgaaac ctcccttttg
3781 ggctctgccc aaacccgccg gggaaacttt ttccccggac cccgtatagc ctccggcggc
3841 caaaggctat gcctttggaa tccctccctc gccgggtggc aaccccagac aacgggttgt
3901 ctgggggatc aacagggtgg gctttaggtg aatcattcag ccaggttacc cgtcgtcaac
3961 tccttatcct cccccattac atggggtccg gtaccgttga caactactga ggtggaaagg
4021 tcttcttcct gcgacacgtt tcggcctaat tcgacaagac ggtcagcaat ccacatccag
4081 ccggactttt cccgtgtgac gatgttgcag aaaaaactcg ccggacgaat ttgtccgacg
4141 aggaagcgct gatgtatgtg cacttgcata tcccggtcgt acacaagcaa cggaacgatt
4201 tcactgtctg cctgctgcga gccgaactgt agcaaatcca ccacaccata acgctcctgc
4261 ttcgcgttct cacggagccg gaaccccacg atatatccgc taatcgctac gcgcggcatc
4321 tcctagcccg ccatctccac aaagttgagc atctcgacag gctcaatcgc gctgatggtc
4381 agcgcgacca tcgacttgcc gttccgcgca gtctttgttg ttcgattaaa ccgggctcgg
4441 tagatgcccg cgcccataaa ctgctcatac actccatatg cgaggttttc cgtgatcgcg
4501 tgataacctt gctgatcgtc tgggcggtca ggaatctcgc tcagatcgac atacgtcatc
4561 ttgcacccac tgatatcccc gtccattttg taacggtcta ctccaagcac aagtaccatt
4621 gcctccatcg tacaattccc cctaaatagt tttggttacc aaaagtttgt ggcctaaaaa
4681 caaaaagagt ccgcgcttgg cggactcttc cgttcgtaat tagcaccaaa cataccatga
4741 ttgcgttcaa acgcttatca cagtacaatg gtacacgtgg tatgcaccta ccggccaaag
4801 taaggtgctg ccacagggga gaagacgggt ccgccaagac aagcgtcttc tcctttttta
4861 tcaagttctt acgaactagt tttcgcgtgg cgaaaactgt ttccgaaacc atactaccaa
4921 aacagggaaa tgctgtctag tccttttttt ccaattcctc tttgtggcgt aggagcaaag
4981 actcaatcag tttgctaggt ttatcctgct gctgccgaag ccaagacatt aaccaacccg
5041 gcaatactat cgtaattgac tgcttcttat cctgctctga ctttcttggt ctaggcaatg
5101 aataaccccc tcccttttct cccatagcag gaaaagcata gcaaaaggct atccatgcgg
5161 atagcctcac gtcgaaatat agtgattaac ccccggctgc catcggtaaa gagtctccag
5221 caaagccgac tgacacgtag agcaggtgca tttctcgtcc tcagtcacac caaccagatc
5281 ggcgtcgtca gcttccgggt ctaccatctt ctcttcctgc tgcaacctat tccaaacttc
5341 tttgagcagc ccgccataag ccttgaggcg acgcctggac aaaacgagat cgaaagcaaa
5401 caccgaaaaa tcggtttcct cctcgtcgat cttgtgctcc atgtagggtt tctgctcgtt
5461 tccgcacgta catttcccgg aacagtagca accgtccgaa aaaacgacca attccccggg
5521 cttaacagaa tatttcgctg tctccgcgat agctgccccc gtcaactctc gcgagtcgcc
5581 tacctcccca atgtccagac cgtagtctgc aagaagatcg gcctcgacct ttttgttcct
5641 tttcggttta accacctgta tatgtaccaa tggagtataa gtaactttta atgctttctg
5701 ccacatcttc gtccattcag cctggtcaat ataagtcttt gcagacttaa aataagtcgt
5761 cggcacacac aaaagcacgt gcaaatgcgg atggaacgtc ccgtaccatt cagaatgctt
5821 gtccaagttc cgggtaacct ccaaagagcg ataccagcct aaaacagcgt tcttgaatcg
5881 cgtatacctc gacagtttcc gaaaagcctc catcaactga gtaatccccg catgtagttc
5941 ctcaaacggc atatttcgaa ccgttagtgt cagaaacaac caacgtactt tctgctgctg
6001 ggccacttcg tgacctacac gtttaatctg atgagcgatc agaaacgatc ttcgccaagc
6061 acacatcggg caaagccttg acctacagaa actcgcacct gtcagctgct tatggccatt
6121 cgcacacaca ccaaccttca gccaagacgc gcaactaaga atattctcag ccttccggtc
6181 gtacggcgtt cgcagcttca caatgtcgta cacttcccca tcttcgtcag cgtgccattg
6241 atactttgca gtatcaaaat gggtattgtt cgcgagacga aaatacgatt ccgcaacctg
6301 tgacgaaaaa aacttgtgac gtcgccaagg ttgtttcctg ccagtttttg acgacaaatt
6361 caggatttca cccatattgc tttgagcttg tccatgttgt aaaatagaca tgacaaaacg
6421 aagccccttt ctggtatgaa gttggttcgg acaaactgac tataccacaa aggggatttt
6481 tttgtctatt tccgttcaac caccaaaagt ggcttaatcc cttgtggctc taagtcgcaa
6541 ccaactttca aaactgacca gttgtttcta tagtatcaag ataagaagaa actccaccgg
6601 gggggctgct acgcagcccc cccggctccg tttctcagtc ttttctttca aaaaacccca
6661 actgatagaa aacctccata gattcctctg aacgccgctc tagttgatca gcaacaccgt
6721 taactcccca gcaaggcgaa caaaaacgca aactcttctt ttcctcccgc agctcctcaa
6781 tttcaaaatg ggacttgcag caccgacaaa aaacccgtcc atctacagcc gtaggcataa
6841 gtacaatctc tgccatacgc ttccacggtt tccgacctgc tcccactggc ggccgatctg
6901 gaacctccca ctcagtcccg ttattaagag taacgatctt tttcacaact ctccctcccc
6961 tttgaaaaaa cgaaatagtg gcgagctctc ctcataacca cgttcgtcat agcgacgaac
7021 aataccctca aaatggaacg aatagtctgc ctcgtcatct tgcatagctt ctaaaaaatt
7081 atccaaatcc cacatttcaa caccatcgga aaccattgta aaaccagcct tcttagcctc
7141 tttaatcaac tcttgaatag tcattcttga ttacctccct gttcttcaaa atgggaaagc
7201 caatctttcc ctacaacttc aaaaccaacc gctggattcc aatagcaaga cgaatcccta
7261 tgacgataac taatatagat cgagctatac ttccccgttt ccgtccactc tttcgccaac
7321 ttctcagcct gacccgatgt agtaacagac tgctgctccg ccacattttc caaaagacca
7381 ccaacagtat caatcatctc aaacgccgta actgtataac gcatattaca ttccccctcc
7441 ttaacggatc gttagtaata aatttagtgc ttccttactg atttccttcg actgggacca
7501 atgatgcaaa aggaacttca caaaatccga gtccgagtaa atacgaagtt gattttttgc
7561 tgctcgaaat tcttccttaa ccgcctcatc cagatgcaaa tggcactgtt tcttttcgta
7621 atatccgatc agcttttcga ttacctcata ctctgtccgc gcttgcagtt gtcttttcaa
7681 gtcctcaacc ttcgttttta cctcttctgg cacttggata ggtttcctca ttatctctcc
7741 ctgacctcct tccaaaacaa gagatccgac tcatgagccc taactatcat ttcacgcaaa
7801 acactactct gtttcacctt gccgaccctg accgccgcat caatatcact ccagatatgg
7861 gtcggcagcg taagacttac cttccgggtc tccccaatag ccgggcgacc gccccggcgc
7921 tctttcagtc gttcgttcgc ctcttctagt tccttaatcc tttttagtaa cttttctttt
7981 tctggatcgt tttgatcagg ttcctttttc atttcagttt ccttttcttt ttttgtacct
8041 ttttgtattt tagtaacttt atcactttta ttttcgttac tattatgaga aacgtaatca
8101 taatactctt gcgatttata aagatcaatg tgtttatcat aaatcttttc ccaaacttta
8161 ctataaagtt gttcaggcaa ttcaataccg tcctttatat ggataaggta accttcatca
8221 atttcataat caaacgtacg gcgttccccc ttgtactgca aacgaacttt cccggtaatt
8281 ttctccataa caactacctc ctttttggtt acctttattg taacgtaaag gttaccaaaa
8341 agcaagtagt aaccaaaact tttttgcgac tttttgtttt ggttacttaa aatatatgta
8401 actttatctt ttaaccaacg aagcagccaa gccatcagcc gcctccaaaa gcatagactc
8461 ctgaatattc cggtaccact caaacctatc cgacgtcata ggcgcttccc cttgcgtctc
8521 ctgagctttt tcaagagcta ccttgtgttt tgtgtcatac ttcccaaaaa gggacggaga
8581 aagataccac agacgttttc cgtaattgtc tccccccctc tgaggattcc gacaagtcac
8641 tgttacaaac cgatcaaatt taaagaaaat attatactcg aactggataa gacgtcttaa
8701 gggataagcc acatcgtgcg gcgattgagc cgtcaaaagg aggtcaaccc catcctttct
8761 gtgctggcgc agttccatcc acgtctgcgg tggcgtcgaa tacatcgtga gctgatcgaa
8821 aacgataccc gcctcatcaa caacaatgag cgcgttctct actttcccaa ggacttgcag
8881 aatgtctgaa aaatactcag ccccttgaag gggataattc gcataaacct ttttcccctt
8941 cttcatcttc ttcaaagccc acctagaggc tgtcagcgtc tttccaaagc ccggcagtcc
9001 cgttatgatc tcgatcaaga gtagtcccct ccccgataaa catactgact ctcatccacg
9061 ctcgttggcc aagggtaccc caccgccggg ggtgctccgc cccccgaacg gtggggtacc
9121 ccggcagtat tataattcat tgcctgctgg ctgagcgtag cgcgtaacgc atcgcgctct
9181 ttcttaatcg cttcatactc aacctgcgac cagtgaacac ggtcaagctt cagagagaga
9241 cgataatctc gtatagcaga caaagctttt tccaaaaact tacccagaaa gaaacccaca
9301 acgaggaata acaaggcatg agcatatacg gcccccacga tcgtcaccag cccaccgaaa
9361 aaaacggcga tcaccagtgt aataaacttc cctttttcaa atttcttcga accctgctgc
9421 tgctccaata aattcccctc catatacact ttttttgatc aatacccaca gatcactaca
9481 ataaccgta
//