| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Coch_0359 |
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| Symbol | |
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| ID | 8366765 |
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| Type | CDS |
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| Is gene spliced | No |
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| Is pseudo gene | No |
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| Organism name | Capnocytophaga ochracea DSM 7271 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_013162 |
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| Strand | - |
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| Start bp | 449847 |
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| End bp | 452873 |
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| Gene Length | 3027 bp |
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| Protein Length | 1008 aa |
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| Translation table | 11 |
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| GC content | 42% |
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| IMG OID | 644982780 |
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| Product | peptidase M12B ADAM/reprolysin |
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| Protein accession | YP_003140483 |
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| Protein GI | 256819204 |
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| COG category | |
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| COG ID | |
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| TIGRFAM ID | |
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| 
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Plasmid Coverage information |
| Num covering plasmid clones | 7 |
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| Plasmid unclonability p-value | 0.199443 |
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| Plasmid hitchhiking | No |
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| Plasmid clonability | normal |
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Fosmid Coverage information |
| Num covering fosmid clones | n/a |
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| Fosmid unclonability p-value | n/a |
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| Fosmid Hitchhiker | n/a |
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| Fosmid clonability | n/a |
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Sequence |
| Gene sequence | ATGAAAAACA TCATTACAAT AGGATTGCTA ATAGGGTGTG TGTTCTTTGG GAAAGCACAG
GACGAGGCGG ATAAATGGCT AAAAGCAGTA TCGGCACAAC AAGGTATTGC CATTGACTGG
CAGGAGCGCA AAACCTCTCT TGCCTCAGAG GGTATTCGCT CTTTTGTGGG TTACTACCAA
GACAATTTTG TAGCGACCCT TTCGGTAGGA GGACAGAGCG TGTCAGGGAG TTTTCACTAC
CGAGATACCT CGTATGAGAT AAACGAGCAA AAAGGACAAT TGCTCTTTTC GCCTAATAAA
GATTTCCGAT GTGGCACTAC CGATACGCCT CATTTGCACC CAAGCCTTTC GACAGCACGC
CCTGCGATAT TAGCCGAAGA AACCGCTCCT ACCATTGCCA ACACACAAAC ACTAAGGGTA
TACCGCTTGG CAATGCATAT CCCTTATAGC ACCTTCAGCA CAGAACACTT AGAGAAAAAC
ATACAAAAAG TAAAAACGTT TTGGGCAGAT ACTGAAAACT TCCTAAATGA AGTGTATATA
CGCGATTTGG GAGTGCGTTT TGAATTAGTA AACGATGAGC GTCTCATCAT CAAAGACGAA
AGCAAAGAGA CTTTTGCAAG CTTTCACAAT GCCGATTACG TTAAGGATCA TTCAACAAAG
GTTATCAACG AACTTATAGG AGAAAATAGT TATGACGTGG GTATCTCTCT TGCATATACC
GCTTCCTTAA AAAAAGGAGT CAGAGGATTG GCTTATCTTA AAGGTGTTTA TCAGGCAAAT
ACCAAAGCTG ATGCCGTAGC AGTACTTACC AAAGAAGTCA TAGCTCACGA AATCGGACAC
TTATTCGGGG GTAAACACAC TTTTGGTAGC TATAAGGGCT CAGAAGCCTA CGATAGTGAA
AAGACAGAGT ATGACAGAGG TACTTCGGTG ATGAGCTATG GCAGTCCGCG TGATTTCTTC
TCGCTGTCGA GCATTCAGCG CATACGGGAA CTATTGACGA AAGTACCCGT GAAAGCTCAC
GACAAGACTT TCACTACTCA AGCTCCTCGC ATAGACCACA GCAAGATTAA AAGTCATTAT
ACGATTCCCA AGGGTACTTT CTTTCAATTC TATATTCCTG CTATCGACCC CGATAGTGCA
GAACTGCTAT ACGCCGTAAA CCAACACGAT GTGCGCAATG GTGATGAAAC CCCAATAACG
CAATACATTA TCTACAAACC TACTCCAGCT AACCCTGTAA CTATTAAAAC AGAGTACCAC
AAAGACTCAG GTAGTGTAAT AGCCAATAGT GGCTTAGCAC AACAAACTAC GGGTACTTTT
ACCTTTTGGT TGGGAGTGAG CGATGCCCCA CTCCAACCGT CAGCCGACTA TATAGTACAA
TACGATTTGG CTGAAACCAA AGTAACGGTA AAAGACGGTA CCCCCTTCAA AATTACGACT
ACCCCAAAAA ACGAATACAA AGGAGGCACT CAACTTACCC TTAGTTGGAA CGTAGATAAT
ACTATTTTCA AAGACACCAA AGTGCGTATC CTGCTCTCAG ATGATTTAGG TAAGACGTTT
AAACATATGG TAGTAGCAGA AGCTGATAAC AACGGCAGTA AAGAAATTAC CTTGCCTAAT
ATTAGCACTA CCCAAGCCGT CTTAAAAGTA GAAGTAATCG ATGGTTTAGC CTTTGACCTT
ACTAACTACA ACCCTAAAAG CGGTGGTTTT ACCATTGAAA AGAACCCCGC CCTCCCCGAA
CCTCTCCTTT GGGCATCACT TCCTAATCAT CTTACCCTTT CTTGTGAACA ATCTATTCCA
GCAGTAGTAT TGCCTACAGT TACAGGGGGG TGTACTCCTG TGGTTACCCT TCAAAAAGAA
GAACGCATCA AAGGCAATTG TGACTATACT TATACTCTCA AACGCATTTT TATAGCTACC
GACACTTGTA ACCAAACGCT TACTTATACT CAAACTATTA GCGTAACAGA TAAAACTCGC
CCTACTTTTG TAGGTGTTTT ACCCCAAAAT ATGAGTATTA AAGAAGGTGA AACAATCCCT
ACCCAAGTAA CGCTTACCGC TACTGATAAT TGTGGCACCG CTACTGTTAC GTCTTCTCAT
AAAGAAGTAA AAACTAATGG AAAAATCTCT CAGCTTATCT ATATGTGGGA AGCTAAAGAT
GCTTGTGGCA ATGTTACTAC CCACCAGCAA ATCATTACCA TTGTGCCTAA AACAACTCCT
ATACCTCTCA CTTGGGCAAC ACTTCCTAAC AATATAACCG TAGATTGTGC CAAAGCTATT
CCCGCTGTGC AAACCCCCAC CACACAAGGA GGCTGTGCTA AGGTAGTGAT TACTCGCGCC
GATAAAGAAC TTAACAAGCA ATGCCTTAAC AACTTCACGT TAGAGCGTAC TTTTACCGCT
TCCGATGGTT GCACAACTCT TACCCATACC CAGCGCATTA CCGTAGCCGA TACTACCCCA
CCTACTTTTG TAGGGACTTT ACCTCAAAAC CTCACGATTA AAGAAGGGAC ACCCGTCCCC
CAACAACAGA GTATTTCAGC AGAAGATACT TGTGCAGGAC AACCTACCGT TACAATCTCT
CCAAAAGAAG AAACTCTCAC TAACGGAAAG CTCTCTAAGG TCGTCTATAA GTGGGTAGCG
CGCGATGTGT GTGGCAACGA AAGAGTGCAT ACGCAAACTA TTATCATTAC CCCAGTAATA
CCACAACCAC CTACACCGCC AATAGTTCCT TCTGTTAAAG AAGTGGTGAT TTACAATGCC
GTTTCTACTG AAAAAGGCTC TGATAACTAT TTCAGAATAG AAAATACAGA TGAAAACCGA
CCTATTACCT TACTTATTTT TGATGAAATG GGCTTGAAAG TATATGAAAG TAACCATTAT
CAACAAAAAG GTGAATATTT TAGAGGCTAT CCTAATGTAA AAGGAGTGAT AGGTAGCAAA
CGCTTAGCAG GTACTTATTT CTATGTGGTT ACCTATTATT TCAAAGGACA GCAAGAAACA
AAAAAGGGAT TCCTATATGT AAGATAA
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| Protein sequence | MKNIITIGLL IGCVFFGKAQ DEADKWLKAV SAQQGIAIDW QERKTSLASE GIRSFVGYYQ
DNFVATLSVG GQSVSGSFHY RDTSYEINEQ KGQLLFSPNK DFRCGTTDTP HLHPSLSTAR
PAILAEETAP TIANTQTLRV YRLAMHIPYS TFSTEHLEKN IQKVKTFWAD TENFLNEVYI
RDLGVRFELV NDERLIIKDE SKETFASFHN ADYVKDHSTK VINELIGENS YDVGISLAYT
ASLKKGVRGL AYLKGVYQAN TKADAVAVLT KEVIAHEIGH LFGGKHTFGS YKGSEAYDSE
KTEYDRGTSV MSYGSPRDFF SLSSIQRIRE LLTKVPVKAH DKTFTTQAPR IDHSKIKSHY
TIPKGTFFQF YIPAIDPDSA ELLYAVNQHD VRNGDETPIT QYIIYKPTPA NPVTIKTEYH
KDSGSVIANS GLAQQTTGTF TFWLGVSDAP LQPSADYIVQ YDLAETKVTV KDGTPFKITT
TPKNEYKGGT QLTLSWNVDN TIFKDTKVRI LLSDDLGKTF KHMVVAEADN NGSKEITLPN
ISTTQAVLKV EVIDGLAFDL TNYNPKSGGF TIEKNPALPE PLLWASLPNH LTLSCEQSIP
AVVLPTVTGG CTPVVTLQKE ERIKGNCDYT YTLKRIFIAT DTCNQTLTYT QTISVTDKTR
PTFVGVLPQN MSIKEGETIP TQVTLTATDN CGTATVTSSH KEVKTNGKIS QLIYMWEAKD
ACGNVTTHQQ IITIVPKTTP IPLTWATLPN NITVDCAKAI PAVQTPTTQG GCAKVVITRA
DKELNKQCLN NFTLERTFTA SDGCTTLTHT QRITVADTTP PTFVGTLPQN LTIKEGTPVP
QQQSISAEDT CAGQPTVTIS PKEETLTNGK LSKVVYKWVA RDVCGNERVH TQTIIITPVI
PQPPTPPIVP SVKEVVIYNA VSTEKGSDNY FRIENTDENR PITLLIFDEM GLKVYESNHY
QQKGEYFRGY PNVKGVIGSK RLAGTYFYVV TYYFKGQQET KKGFLYVR
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