| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Coch_0968 |
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| Symbol | |
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| ID | 8367387 |
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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 | 1130554 |
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| End bp | 1133865 |
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| Gene Length | 3312 bp |
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| Protein Length | 1103 aa |
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| Translation table | 11 |
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| GC content | 43% |
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| IMG OID | 644983393 |
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| Product | conserved hypothetical protein, membrane |
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| Protein accession | YP_003141084 |
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| Protein GI | 256819805 |
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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 | 9 |
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| Plasmid unclonability p-value | 0.688922 |
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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 | ATGACAGATA ATCAATTTAA GAAATATAAC CTCATTGTGG GGTGGGCTGT TTTTGCCGTA
GCTCTTATCA CTTATGGGCT TACGGTAGAA CCTACGGTTA GCTTTTGGGA TTGTGGCGAG
TATATTGCTA CCTCAGCGAA ATTGGAAGTG GGTCACCCTC CCGGAGCGCC TTTATTCCAA
ATGATGGGCG CTTTTATAGC TGCTTTTGCT CCGAACTCGG ATAAGATTGC GCTGTTTGTG
AATTATATGT CGGTTTTATC GAGTGCTTTT ACGGTTCTTT TCTTGTACTT CATCATTGTA
AATTTGACCA AGAAAATCGC TTTAAAGAGA ACCGATTCTG TTGAAGAAAA AACGCCTGCT
ACGCTTACCC AAGGGCAGTT TATCGCTGTT TTGGGGAGTG GGGTTGTAGG GGCTCTTGCC
TATACTTTCT CGGATAGTTT TTGGTTTAAC GCGGTGGAAG CAGAAGTGTA TGCAATGGCA
ATGCTATTTA TGTCGGCTAT GTTTTGGGTA GGCATCAAGT GGACGGACAG TTTGCACGAA
CCACGTGGCG ACCGCTGGTT GTTACTGATT TCGTTAGTAG TGGGGCTGTC GTTTGGGGTG
CACTTTATGG CGTTACTGAC CATTCCTGCC ATTGGTATGC TTTATTTCTT CAAGAGTAAC
TACAAGAAAA CGGTAGTGAA CTTCATCATT GCTAATGTAG TTTCTATCGC TATTTTGCTG
TTGATATTTA AACTAATATT ACCTTACACG TTGGCGTACT TTGGTTATTT GGAAGTATTT
TTTGTGAATA GCTTCGGTAT GCCGTTCAAC TCAGGGACTA TTATCGCGGG ACTCTCGGTT
ATTGCGTTCT TCTATTTTAC GCTGAACTAC GCTTATAAGC AAAACAAAGT GCGCTTGCAA
ACGGGCTTTT TATGCTTGTT GTTTGTGTTT ATAGGGTTTT CGTCTTGGCT AATGATACCT
ATTCGCGCGA ATGCTGATAC GGTTATCAAT GAGAACAGTC CGACTGATGC GCGTTTGCTA
TTAGCTTATT ACAACCTTGA ACAATACCCC GAAACGCATT TGTTCTACGG TCCTATGTAT
TCGGATAAAT ACGCTGGATT AGACGAAGAG AACCCGTATG AAGATGCGAA GCCAAAATAC
GAGCGCGATT ATGCCTTAGG CAAATACATC ATCGTGAATC AGTACAAAAA CGCTCAGATG
GCGTCGAATA GCAAACAAGA GGGTGTTTTG CCAAGAATGT GGAGTGCGCA ACACGCGGCG
AATTATATGA AGCTCACAGG ACTACTTACG TTTAGAATAA AAGAAGAAGC TTATAACGAG
CCGAAGCTCT ATCAGTTCTT ACAAGAAGTG CAAAGGCAAA TGCAAATACA ACCGCTTCCG
CCTGAGCGTT ACGACCAATT CCTTACCGAA TATCGGGACT ATATAGAAGT AGAGAAGCCA
AGTTTTTGGA AGAATATGCA CTACTTGTTC GAGTATCAGT TTGGGTATAT GTACTTCCGC
TATTTTGCTT GGAACTTCAT AGGCAGGCAA GACGATGTGC AAGGCAAGAT GGAGAATGAC
CACGGCAACT GGCTATCGGG CATTAAGCCT ATTGATAGTT TGCGCCTTGG GTCGCAAGAC
AACCTTCCTG CCGATGTGCT GAACAATAAA GCTCGTAATA CTTACTATTT CCTGCCTCTG
CTCTTAGGAC TCTTAGGGTT ATTTTTTATG GCGACGAAGA GCGAACGCCA AACGTGGGTA
GTGATGATGC TTTTCCTCTT TACGGGTTTG GCAATGAAAA TATACCTCAA CGAACGACCG
TTTGAACCGC GAGAGCGAGA TTATCCGTTA GTAGGTTCGT TCTACGCTTT TGCTATATGG
ATAGGAGTGG GTGTATATGC GTTATTCCAC GCACTTAGGA GGGTGCTTTC GTCACGAATA
GGAGCGCCTT TGGCAGTGGT AGCGAGTTTG CTTGCTGTAC CTGTGCTGAT GGCAAGTGAG
AATTGGGACG ACCACAACCG CTCGCAAAAG TATTCGGCAG AGTTTATTGC GGACGCTTAT
TTGAGCTCGG TAGTTAAAGA TAAAGACGCT ATGATATTCA CCATTGGCGA TAACGATACG
TTCTTACTGT GGTATGCCCA AGAAATAGAA GGCTATCGCA CCGATGTGCG GATAATTAAT
ACGAGCTTGT TGCAAACGGA TTGGTATATA GACCAAATGA AGCGCCAAGC GTACCAAAGT
AGTCCTATCC CAGGTGAAAT GGTGCACAAA CAATATGCTC ACGGGGTACG TGAAGGAGTG
TATTTCCAAA AACGCACCGA GAACCGCTGG AACATTAAAG ACTTTGTGAA ATGGGTAACC
AGCGATGACC CTAATACACA GCTCAGTAGC AGTAGTAGTG AAAGTAGAAC CTTTAACTAC
TACCCTACGA ACAAAATACG GATTCCTGTA AATAAAGAAA ACGTACTAAA GAGCGGTATT
GTAAAACCCG AAGATGCTGA TAAAATAGTA GACTATATAG ATATCACGCT CCCTAGTGCT
ATCGATAAAG CACGTATTGT GATGCTGGAT ATTTTGGCTT ATAACGATTG GAAACGCCCG
ATATACTTCT CAGGAGGTAG TATGGACTCT GCTGAGTATA TCTGGATGAA GGAGTACTTG
CAATTAGATG GACTGGTGTA CAAACTTGTG CCTATTAAAA CAGAAATCGA TAAGAACCAC
CCCTTTGATA TGGGTCGTAT AGACAGTAAT TTGATGTACG ACATCATAAA GAAATGGGAT
TGGGGTAATA TGGGTAAAGC AGGTATTTAC TTAGACCCCG AAACGCGTAA GAACAGTATT
ATCTTCCGCG GTAATTTGGC ACGTCTTACC GAAAAACTGA TAGAAGAAGG TAAATTAAAT
AAAGCCAAAG ATATCTTGGA TATCGGAATG AAGCATATGC CTTTGGAGGC TTATGGCTAT
TACTTCACTC TTGACCCTTT TGTACAAGGT TATTTTAGGG TAGGTGAGAA AGAAACCGCT
CGTAAATTGG CTTTGCAGAT ATTTGGGAAA TATCAAGAAG AACTGAATTA TTACGCACAC
TTATCGCCAG ATGAGCGATA CGCTAATACT GCCAGAATAC AGTATACCAT AGACCGCTAT
GGAGAATTAT TATTGCTCAT AGCGCCTTTG GATAAGGATT TTTACGAAAG ACAAGTAGAA
GTGCTCAGAG CGAAGGCGAG TCCGTTTATG AAATCGCAAG AGCTTGATGA GTATATGAAG
ATGCTAATGG ATGAGGAGGC GGATACGCTT GTTCAGGCAG GAGCGGAGAA AGATAGTGGA
AAGAGCGAAT AA
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| Protein sequence | MTDNQFKKYN LIVGWAVFAV ALITYGLTVE PTVSFWDCGE YIATSAKLEV GHPPGAPLFQ
MMGAFIAAFA PNSDKIALFV NYMSVLSSAF TVLFLYFIIV NLTKKIALKR TDSVEEKTPA
TLTQGQFIAV LGSGVVGALA YTFSDSFWFN AVEAEVYAMA MLFMSAMFWV GIKWTDSLHE
PRGDRWLLLI SLVVGLSFGV HFMALLTIPA IGMLYFFKSN YKKTVVNFII ANVVSIAILL
LIFKLILPYT LAYFGYLEVF FVNSFGMPFN SGTIIAGLSV IAFFYFTLNY AYKQNKVRLQ
TGFLCLLFVF IGFSSWLMIP IRANADTVIN ENSPTDARLL LAYYNLEQYP ETHLFYGPMY
SDKYAGLDEE NPYEDAKPKY ERDYALGKYI IVNQYKNAQM ASNSKQEGVL PRMWSAQHAA
NYMKLTGLLT FRIKEEAYNE PKLYQFLQEV QRQMQIQPLP PERYDQFLTE YRDYIEVEKP
SFWKNMHYLF EYQFGYMYFR YFAWNFIGRQ DDVQGKMEND HGNWLSGIKP IDSLRLGSQD
NLPADVLNNK ARNTYYFLPL LLGLLGLFFM ATKSERQTWV VMMLFLFTGL AMKIYLNERP
FEPRERDYPL VGSFYAFAIW IGVGVYALFH ALRRVLSSRI GAPLAVVASL LAVPVLMASE
NWDDHNRSQK YSAEFIADAY LSSVVKDKDA MIFTIGDNDT FLLWYAQEIE GYRTDVRIIN
TSLLQTDWYI DQMKRQAYQS SPIPGEMVHK QYAHGVREGV YFQKRTENRW NIKDFVKWVT
SDDPNTQLSS SSSESRTFNY YPTNKIRIPV NKENVLKSGI VKPEDADKIV DYIDITLPSA
IDKARIVMLD ILAYNDWKRP IYFSGGSMDS AEYIWMKEYL QLDGLVYKLV PIKTEIDKNH
PFDMGRIDSN LMYDIIKKWD WGNMGKAGIY LDPETRKNSI IFRGNLARLT EKLIEEGKLN
KAKDILDIGM KHMPLEAYGY YFTLDPFVQG YFRVGEKETA RKLALQIFGK YQEELNYYAH
LSPDERYANT ARIQYTIDRY GELLLLIAPL DKDFYERQVE VLRAKASPFM KSQELDEYMK
MLMDEEADTL VQAGAEKDSG KSE
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