LOCUS CP019453 11431 bp DNA circular BCT 03-FEB-2017
DEFINITION Halioglobus japonicus strain NBRC 107739 plasmid unnamed3, complete
sequence.
ACCESSION CP019453
VERSION CP019453.1
DBLINK BioProject: PRJNA355352
BioSample: SAMN06075353
KEYWORDS .
SOURCE Halioglobus japonicus
ORGANISM Halioglobus japonicus
Bacteria; Proteobacteria; Gammaproteobacteria; Cellvibrionales;
Halieaceae; Halioglobus.
REFERENCE 1 (bases 1 to 11431)
AUTHORS Kumagai,Y., Yoshizawa,S. and Kogure,K.
TITLE Trade-off between light-utilization and light-protection in marine
flavobacteria
JOURNAL Unpublished
REFERENCE 2 (bases 1 to 11431)
AUTHORS Kumagai,Y., Yoshizawa,S. and Kogure,K.
TITLE Direct Submission
JOURNAL Submitted (23-JAN-2017) Marine Microbiology, Atmosphere and Ocean
Research Institute, The University of Tokyo, 5-1-5, Kashiwanoha,
Kashiwa-shi, Chiba 277-8564, Japan
COMMENT Annotation was added by the NCBI Prokaryotic Genome Annotation
Pipeline (released 2013). Information about the Pipeline can be
found here: https://www.ncbi.nlm.nih.gov/genome/annotation_prok/
##Genome-Assembly-Data-START##
Assembly Method :: Sprai v. 0.9.5.1.3
Genome Representation :: Full
Expected Final Version :: Yes
Genome Coverage :: 25.22x
Sequencing Technology :: PacBio
##Genome-Assembly-Data-END##
##Genome-Annotation-Data-START##
Annotation Provider :: NCBI
Annotation Date :: 01/25/2017 14:24:47
Annotation Pipeline :: NCBI Prokaryotic Genome
Annotation Pipeline
Annotation Method :: Best-placed reference protein
set; GeneMarkS+
Annotation Software revision :: 4.0
Features Annotated :: Gene; CDS; rRNA; tRNA; ncRNA;
repeat_region
Genes (total) :: 3,896
CDS (total) :: 3,844
Genes (coding) :: 3,581
CDS (coding) :: 3,581
Genes (RNA) :: 52
rRNAs :: 2, 2, 2 (5S, 16S, 23S)
complete rRNAs :: 2, 2, 2 (5S, 16S, 23S)
tRNAs :: 42
ncRNAs :: 4
Pseudo Genes (total) :: 263
Pseudo Genes (ambiguous residues) :: 0 of 263
Pseudo Genes (frameshifted) :: 228 of 263
Pseudo Genes (incomplete) :: 31 of 263
Pseudo Genes (internal stop) :: 12 of 263
Pseudo Genes (multiple problems) :: 8 of 263
##Genome-Annotation-Data-END##
FEATURES Location/Qualifiers
source 1..11431
/organism="Halioglobus japonicus"
/mol_type="genomic DNA"
/strain="NBRC 107739"
/isolation_source="Western North Pacific Station S1"
/culture_collection="NBRC:107739"
/type_material="type strain of Halioglobus japonicus"
/db_xref="taxon:930805"
/plasmid="unnamed3"
/country="Pacific Ocean: Western North Pacific Station S1"
/collection_date="09-Feb-2010"
gene complement(join(11430..11431,1..382))
/locus_tag="BST95_19420"
/pseudo
CDS complement(join(11430..11431,1..382))
/locus_tag="BST95_19420"
/inference="COORDINATES: similar to AA
sequence:RefSeq:WP_007876057.1"
/note="incomplete; partial on complete genome; missing
stop; Derived by automated computational analysis using
gene prediction method: Protein Homology."
/pseudo
/codon_start=1
/transl_table=11
/product="hypothetical protein"
gene complement(410..841)
/locus_tag="BST95_19425"
CDS complement(410..841)
/locus_tag="BST95_19425"
/inference="COORDINATES: similar to AA
sequence:RefSeq:WP_005897467.1"
/note="Derived by automated computational analysis using
gene prediction method: Protein Homology."
/codon_start=1
/transl_table=11
/product="hypothetical protein"
/protein_id="AQA20417.1"
/translation="MTTAEINQQLNAGISAAIPAELTDLLARTLMAALFILAGLSKIS
GYEGNLAYMASVGVPGFLLPAVIALEVLGGAALVVGFQTRLVAILLALFSIASGVLFH
LDLADQMQFIMLLKNLAMAGGLLAIANARPGAFTLDRKLGA"
gene 1121..2131
/locus_tag="BST95_19430"
CDS 1121..2131
/locus_tag="BST95_19430"
/inference="COORDINATES: similar to AA
sequence:RefSeq:WP_016747011.1"
/note="Derived by automated computational analysis using
gene prediction method: Protein Homology."
/codon_start=1
/transl_table=11
/product="hypothetical protein"
/protein_id="AQA20423.1"
/translation="MLQVVVDGVDSVKLTEVDAPQAASDDVIVKVEQCGICGSDLGYI
SMGGLLGPGVPMRLGHELSGTVVEAGSNVSHVAVGDRVVVNPVANSNHIGNGGPEGGF
TPLLHVRGAAQDEQSVIKLPDTLDFEQGALVEPLAVSMHAVHKASLTPQDRVVVFGAG
PIGLGIVLVARYYGVDDIVVVDLSGQRLKTASQLGAAPFKASEGDLFQFLSERWGTRD
VMGMPMPAADAFFEATGAGPVFNQIVNMAPVNARVVVVGVHKAPVEFDLVNLLLRELQ
VSGSMAYPDEFPQVIEMLASGEVNPSPLVSHRYDLSEFPDALAMARDQAQALKVLVAC
QR"
gene 2353..2688
/locus_tag="BST95_19435"
CDS 2353..2688
/locus_tag="BST95_19435"
/inference="COORDINATES: ab initio prediction:GeneMarkS+"
/note="Derived by automated computational analysis using
gene prediction method: GeneMarkS+."
/codon_start=1
/transl_table=11
/product="hypothetical protein"
/protein_id="AQA20418.1"
/translation="MAEFAKRLSKSNAPAEPTELIPAATVLLLRDGADGVEKLMRKNS
RIVFRGFWVFPGGRIDPEDGSDQDAIQERPGLLRPERRWRRPRWMSRLMKAGLLRQLR
SLYCKLSMK"
gene 2865..3089
/locus_tag="BST95_19440"
CDS 2865..3089
/locus_tag="BST95_19440"
/inference="COORDINATES: similar to AA
sequence:RefSeq:WP_009839872.1"
/note="Derived by automated computational analysis using
gene prediction method: Protein Homology."
/codon_start=1
/transl_table=11
/product="hypothetical protein"
/protein_id="AQA20424.1"
/translation="MIPKKYTPLVFSFFMSLLMSCLMSLIICLLNFGLIENILLIWLK
SWGTAFLIAYPVVLLINPLVSKLVNLVIKD"
gene complement(3446..4033)
/locus_tag="BST95_19445"
CDS complement(3446..4033)
/locus_tag="BST95_19445"
/inference="COORDINATES: ab initio prediction:GeneMarkS+"
/note="Derived by automated computational analysis using
gene prediction method: GeneMarkS+."
/codon_start=1
/transl_table=11
/product="hypothetical protein"
/protein_id="AQA20419.1"
/translation="MVAIFNSEGVAAREAAQEAVPAPKAEPAPPPPPKTATVASGTRL
VIRMSEAIDTRRHSSGHRFRAQLESALMVDGVTVAPRGTMLYGRITQAKSAGRVAGSS
EMAIEFTDIMLNELMYEITTDGLKAQTGNEGGRTAKRTARAAALGGLYGGSSSAKKGA
KVGVGASILTSGASINIPAGTLVETNLRAPLTVKL"
gene complement(4810..5473)
/locus_tag="BST95_19450"
/pseudo
CDS complement(4810..5473)
/locus_tag="BST95_19450"
/inference="COORDINATES: similar to AA
sequence:RefSeq:WP_017500827.1"
/note="frameshifted; Derived by automated computational
analysis using gene prediction method: Protein Homology."
/pseudo
/codon_start=1
/transl_table=11
/product="hypothetical protein"
gene complement(5484..7169)
/locus_tag="BST95_19455"
CDS complement(5484..7169)
/locus_tag="BST95_19455"
/inference="COORDINATES: similar to AA
sequence:RefSeq:WP_007229236.1"
/note="Derived by automated computational analysis using
gene prediction method: Protein Homology."
/codon_start=1
/transl_table=11
/product="amino acid hydroxylase"
/protein_id="AQA20425.1"
/translation="MAVVLDLDEGRRWAGRLFIMKHLTGQLEKTAHPVYLDGLARTGI
ALDHIPSIEEMNACLTQLGWRAVVVDGFIPPAIFMEFQALKVLVIALDMRSVYNVFYT
PAPDIVHESAGHAPFIVDIDYAEFLQRFGAVGMKAIATREDLEQYEAIRKLSILKECP
DSSSDEIASGEAELERLAQSEQPPSEAALLTRLHWWTVEYGLVGDPDDYHIFGAGLLS
SLGESRHCLNDEAVRKVPLTVDAVNTAYDITREQPQLFVTKSCKHLSQVLEEFAASMC
FKRGGAESLRTAIDAASMCTATYDSGMQVSGVFCEVLCDAVGNATYLRTSGPTQLAYR
DQEIIGHGVAWHSEGFGSPIGHIKDFSRCLSEYTIDELAAHNIAIGKPVRLEYLSGIT
VEGTLDKVFRQDHRNLILTFSDCSVQDLHGRILFDPAWGTYDLAVGSSIPSVYGGVAD
RTALQLYKPTPHTETIRVEHDVQLMACYALVENVRRAEKNSSDPDIQDALTAALEAYP
EEWLLRAEMLTVASKALHERLVDELRSLGETHDALQELTALAINPEYAFAKSA"
gene 7104..8834
/locus_tag="BST95_19460"
CDS 7104..8834
/locus_tag="BST95_19460"
/inference="COORDINATES: protein motif:HMM:PRK14056.1"
/note="Derived by automated computational analysis using
gene prediction method: Protein Homology."
/codon_start=1
/transl_table=11
/product="amino acid hydroxylase"
/protein_id="AQA20420.1"
/translation="MFHNEQPTRPPAPFVKVQDYSDYTPRDQAVWRFIMKHLTGQLEK
TAHPVYLDGLARTGIALDHIPSIEEMNACLTQLGWRAVVVDGFIPPAIFMEFQALKVL
VIALDMRSVYNVFYTPAPDIVHESAGHAPFIVDIDYAEFLQRFGAVGMKAIATREDLE
QYEAIRKLSILKECPDSSSDEIASGEAELERLAQSEQPPSEAALLTRLHWWTVEYGLV
GDPDDYHIFGAGLLSSLGESRHCLNDEAVRKVPLTVDAVNTAYDITREQPQLFVTKSC
KHLSQVLEEFAASMCFKRGGAESLRTAIDAASMCTATYDSGMQVSGVFCEVLCDAVGN
ATYLRTSGPTQLAYRDQEIIGHGVAWHSEGFGSPIGHIKDFSRCLSEYTIDELAAHNI
AIGKPVRLEYLSGITVEGTLDKVFRQDHRNLILTFSDCSVQDLHGRILFDPAWGTYDL
AVGSSIPSVYGGVADRTALQLYKPTPHTETIRVEHDVQLMACYALVENVRRAEKNSSD
PDIQDALTAALEAYPEEWLLRAEMLTVASKALHERLVDELRSLGETHDALQELTALAI
NPEYAFAKSA"
gene 8845..9509
/locus_tag="BST95_19465"
/pseudo
CDS 8845..9509
/locus_tag="BST95_19465"
/inference="COORDINATES: similar to AA
sequence:RefSeq:WP_017500827.1"
/note="frameshifted; Derived by automated computational
analysis using gene prediction method: Protein Homology."
/pseudo
/codon_start=1
/transl_table=11
/product="hypothetical protein"
gene 10112..10813
/locus_tag="BST95_19470"
CDS 10112..10813
/locus_tag="BST95_19470"
/inference="COORDINATES: ab initio prediction:GeneMarkS+"
/note="Derived by automated computational analysis using
gene prediction method: GeneMarkS+."
/codon_start=1
/transl_table=11
/product="hypothetical protein"
/protein_id="AQA20421.1"
/translation="MRRILFPLGLSAILVTPVSLADTIELADGTLLEGTFVGMSNGIM
MFDTGAGIEAFPEDEVVAIFNSEGVAAREAAQEAVPAPKAEPAPPPPPKTATVASGTR
LVIRMSEAIDTRRHSSGHRFRAQLESALMVDGVTVAPRGTMLYGRITQAKSAGRVAGS
SEMAIEFTDIMLNELMYEITTDGLKAQTGNEAGRTAKRTARAAALGGLYGGSSSAKKG
AKVAWCLHSHQWRIH"
gene 10987..11217
/locus_tag="BST95_19475"
CDS 10987..11217
/locus_tag="BST95_19475"
/inference="COORDINATES: ab initio prediction:GeneMarkS+"
/note="Derived by automated computational analysis using
gene prediction method: GeneMarkS+."
/codon_start=1
/transl_table=11
/product="hypothetical protein"
/protein_id="AQA20422.1"
/translation="MNPQDNRQISAYRTNNVDETLVLLPSQVVVHAQAALSYGVMQEL
RDTYMERSGGPLRLFERGGQDFLTLAEYITLY"
gene complement(11234..11403)
/locus_tag="BST95_19480"
/pseudo
CDS complement(11234..11403)
/locus_tag="BST95_19480"
/inference="COORDINATES: similar to AA
sequence:RefSeq:WP_009839872.1"
/note="frameshifted; Derived by automated computational
analysis using gene prediction method: Protein Homology."
/pseudo
/codon_start=1
/transl_table=11
/product="hypothetical protein"
BASE COUNT 2436 a 3174 c 3340 g 2481 t
ORIGIN
1 ctgagtaagt gctgtcggca tcggtgtaga cctgatggtg gaactggcgc tggttcaatg
61 cgtcgccaga gctgccggtg gtctcgtcgt aggtccaacc gttttccaac atgatcgggc
121 tgatcaccga gaccgaaata aggtcttcaa gcccctttag ggtgcgcatg atcagggtgc
181 gatgcgccca gggacaggcc aatgatacgt acagatggta ccgacctggc tctgccttga
241 agccaccctc accactgggg ccggcgctgc cgtcgggggt aatccagtgg cggaactgtg
301 catcctcgcg cacaaactta ccgccggaag atttagtgtc gtaccaggtg tcctgccact
361 tgccgtctac gagtaatccc atgattgttt cctcctgtat ggagggcgct tacgcgccca
421 gtttgcggtc gagggtgaag gcgccggggc gcgcattggc tatggccagc aagccgcccg
481 ccatcgccag gttctttaag agcatgatga actgcatctg gtcggcgaga tctaagtgga
541 acagtacgcc ggatgcgatg ctgaacaagg cgagcagaat ggcaaccagt cgtgtctgga
601 agccgactac cagggccgcg ccgccaagca cttcgagggc gatcacggcg gggagcagga
661 agccgggaac tcccacgctg gccatgtaag cgaggttgcc ttcatatccg gaaatcttcg
721 acagtccggc gagaatgaaa agcgctgcca tcagggttct ggccagtagg tcggtgagct
781 cggcggggat tgcagcgcta atgccggcgt taagttgttg gttgatttct gcggtggtca
841 tcgtgtctct ccagtggatg cgtttggttg cggcctgtag tggcctgcga tggagaaact
901 ataagtccga aaatagcgaa ataaaaacgc attaaatcgg cttatatatt ctaaaaaata
961 gaaatatagg tgggtcggtg gcttgggtat caatacccat actggcactt tggcgtcatg
1021 gtttaccatt tgcgcatatg tgttgaggta gttgctgccg ccaggcgcat gcggggccag
1081 gctctgcctg cgctgaacaa taaggagatt cacagtgggg attttgcaag tggttgtcga
1141 cggcgtcgac agcgtcaaat tgaccgaggt ggatgcgcct caggcggcgt ccgatgatgt
1201 gatcgtgaaa gtcgagcagt gcggtatctg cggctcggat ttgggttaca tcagcatggg
1261 tggtcttctc ggccctggtg tgcccatgcg ccttggccac gaactctccg gcactgtggt
1321 ggaagctggc agcaatgtct ctcatgtcgc cgtcggtgac cgggttgtcg ttaatccggt
1381 ggccaacagc aaccatattg gcaatggcgg ccccgagggt ggttttacac cactgctgca
1441 tgtcaggggc gcagcgcagg acgagcagag cgtgatcaag ctgcccgata ccctggattt
1501 cgagcagggc gcactggtgg agccgctggc agtgtctatg cacgctgtgc acaaggcgtc
1561 gctgaccccg caggatcggg tcgtggtgtt tggagccggt cctatcggtc ttggtattgt
1621 gctcgtggct cgctactacg gtgttgatga cattgtggtg gtggatctct cggggcagcg
1681 tctcaagacc gccagccagt taggcgccgc accgtttaag gcgagcgaag gtgatctgtt
1741 ccaattcctc tctgagcgct ggggcacccg cgacgtcatg ggcatgccca tgcctgcagc
1801 agatgcgttc ttcgaggcca cgggtgccgg cccggtgttc aatcagatcg tgaatatggc
1861 gccggtgaat gcgcgcgtgg ttgtagtggg cgtgcacaaa gcgccggtgg aatttgatct
1921 ggtgaacctg ctgctccggg agcttcaggt cagtggctcg atggcctatc cggatgaatt
1981 cccacaggtg atcgagatgc tggccagcgg tgaggtcaat ccttcaccgc tggtcagtca
2041 tcgttatgac ttgtcggagt ttcccgatgc gttggcaatg gcgcgcgacc aagcccaggc
2101 acttaaggtg ctcgtagcct gccagcgtta gcggtaaccc agggggcagg ccaggtcttt
2161 tatcggaagt agggcgccgt gtgcggcgct cgccgcatcc gatgccagaa aacacatgac
2221 ttccgccagc ggctgcagtg ccacccgggt ggcgaagtcg gcgtcagcct aagtgcggtt
2281 aaagagagcg cccctttgcc gtcatcatag gacggcattt ccagtgacct gaaaattacg
2341 aagcaaaaga atgtggcgga gtttgccaag cgtttgtcaa agagcaatgc gcccgcagag
2401 cccactgaac tgatccccgc ggcgacagtt cttctgttgc gcgatggcgc tgacggcgtt
2461 gaaaaactga tgcgcaagaa ctctcgaatc gtctttcgcg gcttttgggt gttccccggc
2521 ggccgcattg atcccgagga tggctcagat caggacgcca tccaggagcg gcccgggttg
2581 ctgcggccag agaggcgatg gaggagaccg cgctggatgt cacgccttat gaaagcaggt
2641 ttattgcgcc agcttcgatc gctgtactgc aaattgtcga tgaagtgaat ggtgggctca
2701 ttgtagttgt ttggaagggg cctgagctga gtagaaacca agtcttggcg ggggcgtaca
2761 gggatgaaac aatataacaa gagcgggcag tgcgctcccg gacggccttc cagaccgtcc
2821 gctttcgcaa gcgttatgag tcatacttga attaaggaat gtcattgata ccgaaaaagt
2881 acactccatt agttttttct tttttcatgt ctttactcat gtcatgtctg atgtctttaa
2941 taatttgcct tcttaatttt ggtttaatag aaaacatctt actcatctgg ttaaaatctt
3001 ggggaactgc atttttaatt gcttatccag ttgttctgtt aattaacccg ctagtcagca
3061 agctcgttaa tcttgtcatt aaagactaaa atgcatacct ataaatcagt ataaagttat
3121 atattcggcg agagtgagga aatcctgtcc acctcgttca ataaacgcaa aggtccacca
3181 ctgcgctcca tgtaggtgtc tctgagttct tgcataacgc cgtaagaaag ggcggctgcg
3241 cgtgtaccac cacctgagaa ggccagcagc acgagggttt catcgacatt gttagtgcga
3301 taggcactga tctggcggta tcctgtggat tcatcgacct cagtgatcgc ctggttgggt
3361 ggcttgtagg tggtagcgca cccggcgagt agcagcgctg gctggcgagg tgttggcgta
3421 gagctatctc cgctaggtcc cgttactaca gttttaccgt cagtggcgca cgcaggttcg
3481 tttcgaccag ggtgccagcg ggaatattaa tggatgcgcc actggtgaga atggaggcac
3541 ccacgcccac cttggcacct ttcttggcgc tggaactgcc tccgtaaagg ccgcccaggg
3601 ccgctgcccg agcggtgcgc ttggcggttc ttcccccctc attacctgtc tgtgccttca
3661 acccatcagt ggtaatttca tacatcagct cgttcaacat aatgtcggtg aattcgattg
3721 ccatttcgga ggagcccgcc acgcggcctg cgcttttggc ctgggtgatt cggccgtaga
3781 gcatggtgcc gcgaggggct acggtgacac catcgaccat cagtgcgctt tccagctggg
3841 cgcgaaagcg gtgccccgaa gaatgacggc gggtgtcgat ggcctcggac atgcgtatga
3901 ccagacgggt accgctggcg acggtggctg ttttaggcgg gggtggtggt gccggttctg
3961 ctttgggtgc gggcaccgct tcttgcgcag cctcgcgtgc ggcgacgcct tcagagttga
4021 atatcgcaac cacctcatcc tcgggaaagc ctcgatgccg gcgcccgtat caaacatcat
4081 gatcccgtta ctcatgccga caaatgtacc ctcaagcagg gtgccatcgg ccagctctat
4141 ggtatcggcc agactgactg gagtgacgag gatggcgctc aggccaagtg gaaacagaat
4201 acgtcgcatg gtcggtgtcc ttacgtgagt cgatctcaaa ctgaattaga gtatcaatag
4261 cgtagataaa gctccgtttt agtcaacatc gcgccacatt gacgaaaact acctatgcgg
4321 acactcccgc actgtattag attgcagtca cacgcattct cagatcgaaa ttatgactga
4381 ggctttggcc atgaaaaagc gacttttgct gtgcggtatg gcactgctta tggcagtggg
4441 ttagctgtcc gccgacgagg taacaacgaa agaattctcc ggctggatgg aagactatga
4501 ctcacggcca gggcttataa acggcctatt gagagtagac atcctagctg attatgtcga
4561 ccggcctgct gacctgtcga agttccctgc tattgacccg aaaatcctgt tcgcggcgtt
4621 gagcatgcat tcacatccat tcactcgtga acgggtgcac gcaacagctc atgccatgcg
4681 gttttcactg gcttttgctg gctttgatca ctaggacttc agtagcgcac ttgccgtggc
4741 ccgcgactcg gaccaggcaa tcaaggtaat tgtgggattt cagcgttgaa acagctgccc
4801 tgacgccggt cagacgagcc ctttcactgg cagcagggcg ccgtgcaccg cgcttgcagc
4861 gtcggatgcc agaaagcaca tgacctccgc caattgctcc ggggagaccc actcagcgaa
4921 gtcagcgtca ggcatgccct cgcgattagg ggggtatcaa tgatgctggg tagcaccgca
4981 ttaacgttga ccccagctgc cttcatctct tctgacaggc tctcagtgag gcgcatcacc
5041 gacgacttgg cacagccgta ggcgctcatt gcagcctgac ccgagaccgc gcccagcgcg
5101 ccgacgttaa cgatggcgcc acgctgctgt ttcagcaccg gtgcggcggc gatgatggca
5161 ttgcgcaggg tctcgacatt gatgcggaac atccagttcc actgttcatc actgggatct
5221 gccgcatcta cacccatggc aaagccgcct gcaatgttaa gcaacgcatc gaagggtccg
5281 atacctgcga tcactgcctg ggtcgcttcg cggtcgagca gatcaacctt gtgataactg
5341 ccaccggaac gtcggcgttg tcgacgatgt ccaggccaat gacttctgcg ccgtgttggt
5401 gggcaatagt ggcggcggct tggccgagcg tacctgcggc gccggtgatc acgatgcgtt
5461 tgttgttgag cattggaata gccttatgcg gattttgcaa aagcgtattc tggattaatc
5521 gccagcgcag tcaactcctg tagtgcgtcg tgtgtctcgc ccaggctgcg caattcgtcg
5581 accaggcgtt cgtgcagcgc cttgctggcc accgtgagca tttcagcgcg cagcagccat
5641 tcctctggat acgcctccag cgctgcagtc agcgcgtcct ggatgtccgg atcactgctg
5701 ttcttttccg cgcggcgcac gttctcgacc agcgcatagc aggccatcag ttgcacgtcg
5761 tgttcaacgc gaatggtctc ggtgtgcgga gtgggtttgt agagctgcag ggcggtgcgg
5821 tcggcgacgc cgccgtacac ggagggaatg ctcgaaccta ctgccaggtc atatgttccc
5881 caggcggggt cgaacagaat acggccgtgc aaatcctgca cactgcagtc gctgaacgtc
5941 agtatcagat tgcggtggtc ctgtcgaaac accttgtcga gcgtcccttc aacggtgatg
6001 cccgaaaggt attcaaggcg caccggtttg ccgatggcta tgttgtgggc ggccaactcg
6061 tcaatggtgt actcggacag gcatcggctg aagtccttga tatgaccgat aggtgagcca
6121 aaaccctcgc tgtgccaggc cacgccatga ccgatgattt cctggtcgcg gtaggcgagc
6181 tgggtggggc cactggtacg cagataggtg gcattaccca cggcgtcaca caggacctcg
6241 cagaacacgc cgcttacctg catgccactg tcataggtcg ccgtgcacat actggcggca
6301 tcgatggcgg tgcgcagtga ctccgcgcca ccgcgcttga agcacatgga cgcggcgaat
6361 tcctccaaca cctggctgag gtgcttgcag ctcttggtca cgaacaactg tggttgctcg
6421 cgcgtgatgt cataagctgt gttcacggca tcaaccgtca gcggtacttt cctgacggct
6481 tcatcattca ggcagtggcg gctctcgccg agtgaagaca gcaggcccgc gccgaagatg
6541 tgatagtcat cgggatcgcc gaccagtccg tattccacgg tccaccagtg caggcgagtg
6601 agtagcgcag cctccgaggg cggttgctcg ctttgtgcca gtcgttccaa ctcggcttct
6661 cctgacgcga tttcatcgga ggagctgtcc gggcactcct tgagaatcga cagcttgcga
6721 atggcctcgt actgctcgag gtcttcccgc gtggcgattg ccttcatgcc taccgcgcca
6781 aagcgctgca aaaactcggc gtagtcgata tcgacaatga acggtgcgtg accggcagac
6841 tcgtgcacga tatcgggtgc cggggtgtag aagacgttgt acacgctgcg catatccagc
6901 gcgatgacca gcacctttag cgcctggaac tccatgaaaa ttgccggcgg gataaaaccg
6961 tcgacgacca ccgcgcgcca acccagttgg gtcaggcatg cgttcatttc ttcgatggag
7021 ggaatgtgat cgagggcgat gccggtgcgg gcaaggccgt cgaggtacac cgggtgtgct
7081 gttttttcca gttgcccggt gaggtgtttc ataatgaaca gcctacccgc ccacctgcgc
7141 ccttcgtcaa ggtccaggac tacagcgatt acacgccacg agaccaggcg gtatggcggt
7201 tcattatgaa acacctcacc gggcaactgg aaaaaacagc acacccggtg tacctcgacg
7261 gccttgcccg caccggcatc gccctcgatc acattccctc catcgaagaa atgaacgcat
7321 gcctgaccca actgggttgg cgcgcggtgg tcgtcgacgg ttttatcccg ccggcaattt
7381 tcatggagtt ccaggcgcta aaggtgctgg tcatcgcgct ggatatgcgc agcgtgtaca
7441 acgtcttcta caccccggca cccgatatcg tgcacgagtc tgccggtcac gcaccgttca
7501 ttgtcgatat cgactacgcc gagtttttgc agcgctttgg cgcggtaggc atgaaggcaa
7561 tcgccacgcg ggaagacctc gagcagtacg aggccattcg caagctgtcg attctcaagg
7621 agtgcccgga cagctcctcc gatgaaatcg cgtcaggaga agccgagttg gaacgactgg
7681 cacaaagcga gcaaccgccc tcggaggctg cgctactcac tcgcctgcac tggtggaccg
7741 tggaatacgg actggtcggc gatcccgatg actatcacat cttcggcgcg ggcctgctgt
7801 cttcactcgg cgagagccgc cactgcctga atgatgaagc cgtcaggaaa gtaccgctga
7861 cggttgatgc cgtgaacaca gcttatgaca tcacgcgcga gcaaccacag ttgttcgtga
7921 ccaagagctg caagcacctc agccaggtgt tggaggaatt cgccgcgtcc atgtgcttca
7981 agcgcggtgg cgcggagtca ctgcgcaccg ccatcgatgc cgccagtatg tgcacggcga
8041 cctatgacag tggcatgcag gtaagcggcg tgttctgcga ggtcctgtgt gacgccgtgg
8101 gtaatgccac ctatctgcgt accagtggcc ccacccagct cgcctaccgc gaccaggaaa
8161 tcatcggtca tggcgtggcc tggcacagcg agggttttgg ctcacctatc ggtcatatca
8221 aggacttcag ccgatgcctg tccgagtaca ccattgacga gttggccgcc cacaacatag
8281 ccatcggcaa accggtgcgc cttgaatacc tttcgggcat caccgttgaa gggacgctcg
8341 acaaggtgtt tcgacaggac caccgcaatc tgatactgac gttcagcgac tgcagtgtgc
8401 aggatttgca cggccgtatt ctgttcgacc ccgcctgggg aacatatgac ctggcagtag
8461 gttcgagcat tccctccgtg tacggcggcg tcgccgaccg caccgccctg cagctctaca
8521 aacccactcc gcacaccgag accattcgcg ttgaacacga cgtgcaactg atggcctgct
8581 atgcgctggt cgagaacgtg cgccgcgcgg aaaagaacag cagtgatccg gacatccagg
8641 acgcgctgac tgcagcgctg gaggcgtatc cagaggaatg gctgctgcgc gctgaaatgc
8701 tcacggtggc cagcaaggcg ctgcacgaac gcctggtcga cgaattgcgc agcctgggcg
8761 agacacacga cgcactacag gagttgactg cgctggcgat taatccagaa tacgcttttg
8821 caaaatccgc ataaggctat tccaatgctc aacaacaaac gcatcgtgat caccggcgcc
8881 gcaggtacgc tcggccaagc cgccgccact attgcccacc aacacggcgc agaagtcatt
8941 ggcctggaca tcgtcgacaa cgccgacgtt cccggtggca gttatcacaa ggttgatctg
9001 ctcgaccgcg aagcgaccca ggcagtgatc gcaggtatcg gacccttcga tgcgttgctt
9061 aacattgcag gcggctttgc catgggtgta gatgcggcag atcccagtga tgaacagtgg
9121 aactggatgt tccgcatcaa tgtcgagacc ctgcgcaatg ccatcatcgc cgccgcaccg
9181 gtgctgaaac agcagcgtgg cgccatcgtt aacgtcggcg cgctgggcgc ggtctcgggt
9241 caggctgcaa tgagcgccta cggctgtgcc aagtcgtcgg tgatgcgcct cactgagagc
9301 ctgtcagaag agatgaaggc agctggggtc aacgttaatg cggtgctacc cagcatcatt
9361 gatacccccc taatcgcgag ggcatgcctg acgctgactt cgctgagtgg gtctccccgg
9421 agcaattggc ggaggtcatg tgctttctgg catccgacgc tgcaagcgcg gtgcacggcg
9481 ccctgctgcc agtgaaaggg ctcgtctgac cggcgtcagg gcagctgttt caacgctgaa
9541 atcccacaat taccttgatt gcctggtccg agtcgcgggc cacggcaagt gcgctactga
9601 agtcctagtg atcaaagcca gcaaaagcca gtgaaaaccg catggcatga gctgttgcgt
9661 gcacccgttc acgagtgaat ggatgtgaat ggcatgctca acgccgcgaa caggattttc
9721 gggtcaatag cagggaactt cgacaggtca gcaggcccgg tcgacataat cagctaggat
9781 gtctactctc aataggccgt ttataagccc tggccgtgag tcatagtctt ccatccagcc
9841 ggagaattct ttcgttgtta cctcgtcggc ggacagctaa cccactgcca taagcagtgc
9901 cataccgcac agcaaaagtc gctttttcat ggccaaagcc tcagtcataa tttcgatctg
9961 agaatgcgtg tgactgcaat ctaatacagt gcgggagtgt ccgcataggt agttttcgtc
10021 aatgtggcgc gatgttgact aaaacggagc tttatctacg ctattgatac tctaattcag
10081 tttgagatcg actcacgtaa ggacaccgac catgcgacgt attctgtttc cacttggcct
10141 gagcgccatc ctcgtcactc cagtcagtct ggccgatacc atagagctgg ccgatggcac
10201 cctgcttgag ggtacatttg tcggcatgag taacgggatc atgatgtttg atacgggcgc
10261 cggcatcgag gctttccccg aggatgaggt ggttgcgata ttcaactctg aaggcgtcgc
10321 cgcacgcgag gctgcgcaag aagcggtgcc cgcacccaaa gcagaaccgg caccaccacc
10381 cccgcctaaa acagccaccg tcgccagcgg tacccgtctg gtcatacgca tgtccgaggc
10441 catcgacacc cgccgtcatt cttcggggca ccgctttcgc gcccagctgg aaagcgcact
10501 gatggtcgat ggtgtcaccg tagcccctcg cggcaccatg ctctacggcc gaatcaccca
10561 ggccaaaagc gcaggccgcg tggcgggctc ctccgaaatg gcaatcgaat tcaccgacat
10621 tatgttgaac gagctgatgt atgaaattac cactgatggg ttgaaggcac agacaggtaa
10681 tgaggcggga agaaccgcca agcgcaccgc tcgggcagcg gccctgggcg gcctttacgg
10741 aggcagttcc agcgccaaga aaggtgccaa ggtggcgtgg tgcctccatt ctcaccagtg
10801 gcgcatccat taatattccc gctggcaccc tggtcgaaac gaacctgcgt gcgccactga
10861 cggtaaaact gtagtaacgg gacctagcgg agatagctct acgccaacac ctcgccagcc
10921 agcgctgcta ctcgccgggt gcgctaccac ctacaagcca ccccaaccag gcgatcactg
10981 aggtcgatga atccacagga taaccgccag atcagtgcct atcgcactaa caatgtcgat
11041 gaaaccctcg tgctgctgcc ttctcaggtg gtggtacacg cgcaggccgc cctttcttac
11101 ggcgttatgc aagaactcag agacacctac atggagcgca gtggtggacc tttgcgttta
11161 tttgaacgag gtggacagga tttcctcact ctcgccgaat atataacttt atactgattt
11221 ataggtatgc attttagtct ttaatgacaa gattaacgag cttgctgact agcggttaat
11281 taacagaaca actggataag caattaaaaa tgcagttccc caagatttta accagatgag
11341 taagatgttt tctattaaac caaaattaag aaggcaaatt attaaagaca tcagacatga
11401 catgagtaaa agacatgaaa aaagaaaaaa c
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