| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Coch_0666 |
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| Symbol | |
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| ID | 8367083 |
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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 | 818416 |
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| End bp | 821721 |
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| Gene Length | 3306 bp |
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| Protein Length | 1101 aa |
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| Translation table | 11 |
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| GC content | 45% |
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| IMG OID | 644983093 |
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| Product | TonB-dependent receptor plug |
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| Protein accession | YP_003140785 |
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| Protein GI | 256819506 |
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| COG category | [P] Inorganic ion transport and metabolism |
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| COG ID | [COG1629] Outer membrane receptor proteins, mostly Fe transport |
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| TIGRFAM ID | |
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Plasmid Coverage information |
| Num covering plasmid clones | 5 |
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| Plasmid unclonability p-value | 0.0721144 |
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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 | ATGAAAAAAT ATGTAATAGC GTGGGGGTTC TTCCTCTGCT GTTTTGTGGG CGCTTTCGCC
CAAATGATTA GTGTATCGGG CAAAGTAACC GATGTGACAA ACCACCCTTT GGAAGGTGCA
GCAGTAGTAG TTAAAAACGA CAATATACTG CTATCTATGG GAACCCTTAC CGATATCAAA
GGGGAATTTC GGATCTCTGC AAAAGCAGGA GAAGTGATAA GGATTTCGTA CTTAGGTATG
AAATCTCGTG AATTTACCGT TTCGGCTGAA CAACCCTTCT TAAAAGTGCA TTTGGAACCG
GAGATTATCA CTTTAAGTTC TACCGATGTA GTAGCTACGG GCTACCAAAA TCTTCACAAA
GAGCAAACTA CTTCGGCTTA TACCAAAATA AGGACAGACC AGCTCAACCG TCAGCTTAAT
AGAACCGTAC AAGAAGCTAT TGAGGGACAA ATAGCAGGTG TGCGCTTTAC AAAAGACCCT
TTTACAGGGA AAGAGGTGCC TATACTGCGC GGGGTAGGTA CTTTTTCGGG CAATGTGGGC
TATTCGCCTT TGGTGGTGAT TGACGATATC CCTACCGATA CGCCATTAGA GGATATCAAC
CCCAAAGATA TCGAGTCGGT AACGGTACTG AAAGACGCTG CTGCGACGGC TATCTACGGG
GTGCGCGCTG CCAATGGGGT GATTGTGATT GTCACCAAAA AGGGCTTACA GAATGGTTTG
CGTATCAACG TGCATACCGA CCTGTTCTAT ACTTTTAAAC CCAATATGAG CCGTATGCGC
TACGCTTCGA CGTCCGACCT TATCGACCTC GAAACGGCTT TCTACCAAAG CAAATTGGCT
GATAGCAATG GCAATGTAGA TGACCTTTTT GCTTCCTACG GAGAAATTGG GGGCAGGCAA
ACAGTGAGGT ATTACTCGCC TCTCTTCCAG CTATACCGCG ACCAAGCCAA AGGAAAACTC
AGCCAGCAAG AGGTGAACAG CACGCTTAAC GAGTGGCGCA ACCGCGATTA CCTTCGCGAC
TTCAAGCGTT ATGTGTGGCA ACCTATCATC AGCAAACGCT ACAATATAAG CGTAGAAAGT
GGTAATAACC GCAGTCAGAA TTACGCTTCG TTGCAATATG AAGACACCGA TGAGCGTATC
GTTACCGAAA AGACGCGCGC TCTGAACCTT TATTTAAAAA ACACTTACCA GCTCACGCCT
TGGCTAAAAA GCACCATAGG GGTGAATGGC AGATATACCG CTGTTGATGC CGTAGCTGAA
CAAGTGCGGA ATTTGTATAC CGATTACTTA AAGCAACCGC GTTACACTCG GCTATTGGGA
ACGAATCCGT ATGCGGGTTT TAATTTAGTT GCCCCCATAA ACGGACATAT TTTAGAACAA
ATTGCGGACA ATGATGCTTT CCGCTCGTAT AGCTTCAATT TATTGGAATC GATAGCGCAA
GAACATCAAA AACAGTACAA CCTCAGTTTG CGTCCGTTTG CAAATCTGCA AGTATCTATC
ATCAAAGGTT TGCAATACCA AAGCTATTTT CAATATGAGT TAAACACTCA CAACAGTGAA
ACTTTCTTTG GAAAAGACAC TTATTATATG CGTTTGCGCC ACAACCAATT GGTAAAACAA
GATGCTACTA CTCAAAAATT CTCTTCTGAA CTGCCCGAAG GCGGTTATTA CGAACAGGAG
AAAGGGCAGA CACAGCATTA TACCTTCCGT CAGCAGTTGG ATTTCAATCG CACTTTTGCG
GAGGCACACA ATGTGACAGC GCTATTGGGC TTCGAGATGC GTCAGCACTA CACCCCGCGC
AATACTAAGG AAATGCAATA TGGTTACGAC GAGCAAACGC TCTCCTTCCC TACCCTGAAC
TGGAAAGACC TCTACAATCC TGGTGTTACT AGCTATCTTT ACGGCAGGCA GTCGCTATCG
CTAAGCCGTA ATCAGCAAAG CGAAACCAAA CACCGCTTTA TCTCTTTTTA TAGCACGTTG
GGCTATTCAT ACCGTCAGAA ATACAACCTC ACAGGGAGTG TGCGCGTAGA CCAAGCTGAT
ATGTTTGGGG CAGACCCCAA GTACAAATAC CGTCCGCTAT GGTCAGTAGG CGGTAGCTGG
AATTTGCATC GCGAAGATTT CTTCTATGGT AATGTAGTAA ACTTGCTAAA ACTGCGCCTT
ACCTATGGTG TCAGTGGTAA TGTAGACCAA ACTACTACGC CTTTCTTACG CGGACATTTG
CTTACCGATG TGCGAGGCGC TTACCCTAAC CAACAGTATT TACAGTTCAA CGATACCGAT
TTGCCTAACC CTAAATTACG TTGGGAAAAG ACTGAAACCA CCAATTTAGG TATTGACTTC
GGTATGTGGT ATTGGCTCTC AGGAAGTATC GACCTTTATC GTCGTTACAG TTCTGACCTG
TTGGTACTCA CTGAACTCGA CCCTACCGTA GGTGCTCAAA GACGACTCAT CAATAACGGA
GCTTTACTGA ATAAAGGAAT AGAAGTGAGT TTGAATGCTA CGCGTGAATT AGCCAAAGAT
TTGCAACTTA CTGTAAGAAC TACTTTTGCC TACAACAAAA ATACCATTGA GAAAGTGAGT
AGCAAGCCTA CTAATGCCGT GGAATACGCT CGTAACCCCT TGCGTTATTA CAAACAAGGA
GACGACTTTA ACTCGCTTTA TGCCTATCGG TACAAGGAAA CCACCAATGG CTACCCTATT
TATTTAGACG AAAACGGCAA CCCTAATACC ACTTTCGACG CCAATGGTGT GCCCACTATT
AAAGATATCA AAAGCGAAGA TGCCCTCGTA AGATTAGGAA CGATGAACCC CACCTTTAAC
GGAGCCCTTA GCTTGCAACT GCGCTATAAG GCTTTTGAGC TCGGTACGAT GTTCGTGTAT
GCGGGTGGAC ATAAACTTCG CAAAGACACT TATTCCATCA ATCAAGAAAA CGAAACCCAT
CGCGATATTA CCCAACGTTG GACAGCTACG AACCCCACTG ATATGCCCCG TATGTCGTTC
GACTATCCAG CGACTTTGAG ACGTACTGCT AATACGGTGA ATACTCTTTG GCAACTCGGC
GACAATCAGG TGGTAAACGC CGATTATATC AAATGGCGCA ATGTGTTATT TTCGTGTTAT
ATTCCTAAAA ACATTTGCGA GAAATTGCGC TTACAAGAGG CTAAAATCAC CGCTCAGCTC
AACAACCTAA TCACTTGGTG TGCTGCTGGC GACGATATAG ACCCCGAAAC CTATCACCTC
AACTCTGGAA GTCGCGCTTT GCCCGTAGCA ACAGCAGCGT TTTTCGGTAT ATCATTTAGT
TTTTAG
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| Protein sequence | MKKYVIAWGF FLCCFVGAFA QMISVSGKVT DVTNHPLEGA AVVVKNDNIL LSMGTLTDIK
GEFRISAKAG EVIRISYLGM KSREFTVSAE QPFLKVHLEP EIITLSSTDV VATGYQNLHK
EQTTSAYTKI RTDQLNRQLN RTVQEAIEGQ IAGVRFTKDP FTGKEVPILR GVGTFSGNVG
YSPLVVIDDI PTDTPLEDIN PKDIESVTVL KDAAATAIYG VRAANGVIVI VTKKGLQNGL
RINVHTDLFY TFKPNMSRMR YASTSDLIDL ETAFYQSKLA DSNGNVDDLF ASYGEIGGRQ
TVRYYSPLFQ LYRDQAKGKL SQQEVNSTLN EWRNRDYLRD FKRYVWQPII SKRYNISVES
GNNRSQNYAS LQYEDTDERI VTEKTRALNL YLKNTYQLTP WLKSTIGVNG RYTAVDAVAE
QVRNLYTDYL KQPRYTRLLG TNPYAGFNLV APINGHILEQ IADNDAFRSY SFNLLESIAQ
EHQKQYNLSL RPFANLQVSI IKGLQYQSYF QYELNTHNSE TFFGKDTYYM RLRHNQLVKQ
DATTQKFSSE LPEGGYYEQE KGQTQHYTFR QQLDFNRTFA EAHNVTALLG FEMRQHYTPR
NTKEMQYGYD EQTLSFPTLN WKDLYNPGVT SYLYGRQSLS LSRNQQSETK HRFISFYSTL
GYSYRQKYNL TGSVRVDQAD MFGADPKYKY RPLWSVGGSW NLHREDFFYG NVVNLLKLRL
TYGVSGNVDQ TTTPFLRGHL LTDVRGAYPN QQYLQFNDTD LPNPKLRWEK TETTNLGIDF
GMWYWLSGSI DLYRRYSSDL LVLTELDPTV GAQRRLINNG ALLNKGIEVS LNATRELAKD
LQLTVRTTFA YNKNTIEKVS SKPTNAVEYA RNPLRYYKQG DDFNSLYAYR YKETTNGYPI
YLDENGNPNT TFDANGVPTI KDIKSEDALV RLGTMNPTFN GALSLQLRYK AFELGTMFVY
AGGHKLRKDT YSINQENETH RDITQRWTAT NPTDMPRMSF DYPATLRRTA NTVNTLWQLG
DNQVVNADYI KWRNVLFSCY IPKNICEKLR LQEAKITAQL NNLITWCAAG DDIDPETYHL
NSGSRALPVA TAAFFGISFS F
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