| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Coch_1460 |
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| Symbol | |
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| ID | 8367897 |
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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 | 1720694 |
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| End bp | 1725034 |
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| Gene Length | 4341 bp |
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| Protein Length | 1446 aa |
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| Translation table | 11 |
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| GC content | 43% |
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| IMG OID | 644983893 |
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| Product | hypothetical protein |
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| Protein accession | YP_003141567 |
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| Protein GI | 256820288 |
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| COG category | [S] Function unknown |
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| COG ID | [COG2911] Uncharacterized protein conserved in bacteria |
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| TIGRFAM ID | |
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| 
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Plasmid Coverage information |
| Num covering plasmid clones | 11 |
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| Plasmid unclonability p-value | 1 |
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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 | GTGTTACTTG GGGTTACGGC TCTGCTTTTG ACCTTACCCG CCACCCAAAC CTTCATCGCT
AAAAAGGTGG TGAACTACTT GAATGAAGAT TTTGATATCG ACCTGAATAT AGAGCGCATA
CATCTGAAAA TCAACGGTGA TGTGGATATC AAGCGAGTGC TTATTCGCGA CCACAAGCAA
GATACGCTTA TTTCGGCAAA GAAACTTACG ACTTCTATTT TAGACTTTAA ACAGCTGTTT
GACGGTAATT TGTACTTTGG ACACATAAAG GGTGATAGTC TCATTTTCAA TATGAAAACC
CATAAGGGTG ATACTTTGTC TAACCTGGAC GTGTTTGTAA ACAAATTCGA TTCGGGTGAA
CCCAGCACGA GCAAGTTTGT GATGAAGGCA AAAAGCATCA AGCTAAAAGA CAGCTATTGC
CGTATTTCGG ACGAGAATAA CGCTAACCCT TCTATCTTGA AAGTAGACCA TCTGAACACT
AAGCTAAATG ACTTTAAAAT CTTGGGTAGC AAAGTGTTTT TTGAGATGCA AGAAGGGAAC
TTCCGCTTTG ATGACAAACT GAATGTTACC CACCTAAATA CACAGTTCAG CTATACCGAT
AGCTTGATGC AAGCCAAGGA TTTGCGACTG CAAACGGCAT TGACGGACAT TCAGGGTACT
ATAACGATGT TCTCTCACAA CGGCAGTTTT GGCGATTTTG TGAACAAGGT AGTCTTTGAC
GTTAATCTGC CCAAAGCTAC GGTAAACACT ACCGATTTGA ACGCTTTTTA CAATGGTTTC
AACGGAGGTA GAAACATTGT GTTAGAGGGC GTAACGATGA AAGGAACGCT GAACAACTTC
ACTATTCCGC AGGGAAAAAT ATCTTATCAG AACACGCTTA TAGAGGGAGA TTTAACTTTC
CAAAATCTAT TAGCAAAACA CGCTAATATA GCCGTGATAG GCAAAGGTGT ATATGCCGAG
AGCATTTATA ACGATTTGGC TTACTTAATG CCTAAGGATT TGGGTGAAAA TATTCCAGCG
GAACTACAAA GGTTAGGAAT GTTTTCAGTA GAAGGTGATT TTGCTTACAG AACTACTTCG
CTACAAGCCA ATGTACTGCT GAAAACCAAT GACGGCGAAG CACATATCGA CGGCTCTTTG
GAAGACCTTA CCCATACCGA TAAAACGGCT TTTAGAGGTA CGCTCACTAC GAATCAGTTT
CATCTGGGCA AGATTTTAGA CGACCCGACT ATGGGTGCAC TCACTGCCGA TATGACAGTG
CGCGGACAAG GATTGAACTT TAAAACTATG CAACTTTACG CCAATGGCAC GGTTCATTCG
GTGGGCTACA ACGGTTATAA CTACCAGCGT ATAGGTATTA ATGGGGAGTT TAGGAATCAG
GTGTTTAACG GCAAAATAGA CGCAAAAGAC CCGAACCTTA CGATGAACTT CAACGGACTT
GCTGACCTAT CGGGTAGAAA CAACAAATTT GACTTTCAAG CGGATATTGC TATTGCCGAT
TTGCACGCTT TACACTTTAT GGAAATGGAC AGTGTATCGC AGTTCTGTGG TAAGGTAGTG
ATAGATATTT CGGGCAATCA GTTGGACGAT ATTGTGGGTA AAATATCATT TAAACACACC
AATTACATCA ATTCAGCAGG AAGTTTTACC TTTAAGGACT TCGAGGTCGT TTCAACCTTG
AACAATGGAG TGAAAGAAAT CACGATTAAT TCGCCTGATA TTGTGAGCGG GAATGTAAGA
GGAAAATTCA AGTTAGCTGA GCTAAAAAAG GTAATGCAAA ATGCGGTGGG AAGTATCTAT
GCCCAATACA ACCCATATAA GATAGAGAAA AGCCAGTACG TAGACTTCCA TTTTGATATT
TACAACAAGA TAGTAGAAGT GTTTGTGCCC AAAGTGAAGA TAGGCAGAAA CACTTTCATC
AACGGGAATA TAGATGCCGA CAAAGGGAGT TTTAAGTTCC AAATGAAGTC GCCCAGCGTG
AATGCATACG GCACTCAGAT AGACAGTATC AGTCTTGAAA TTGACAATAA AAACCCGCTG
TACAATACTT ATTTTGAAGT GAAGAAAGCC GATTTTGGGG TGTATGCCAT TCAAGATTTT
AACCTGATTA ATACCACTAT CAAAGATACG CTTTTCTTCC GTACTGAGTT TAAAGGGGGC
GATACCGGCA GAGATACTTA TGAGCTGAAT TTTTACCATA CTTTGAACAA GAAACAACAG
TCGATTATAG GGATTAAGAA ATCACTGATA AACTTCAAAG GCAATGCGTG GTATATCAAC
CGCGAGAATG CGATGAATGA GTACAACAAA ATTGTGCTCA ACCGCACTGC CGATACGATT
AAGGTGAGCA ACTTCAAGAT GGCACACCAA AACCAATATA TGAACCTCAG TGGGCTCATC
ACTACCAAAG ATTATAAGAA CCTGCACTTA GTTGCGCATA ACGTAGCGAT GGACAAGATA
GTACCCGAAA TCAAAGGGCT TAACCTCACG GGAACGCTCA ATGGTAACGT GTCGCTTACT
CAACGCGGGA ACTTATATTA CCCTTCGGCA GACCTTTTTA TACGCTATTT TAAACTGAAT
GGCTATGACT ATGGCGATTT GGAAGTGGGT ATCTTTGGTA ACAGTGATTT GTCGTCGTTT
GATGTAGGGG CGTTTTTCTC TAACGGGCGG GCTCTTGGCT TTGCTACGAG AGGGAAAATT
AACTTAGACA AGAAGCGGGG TACTTTGCTC GACCTTACGG CTTATTTTAG AGACTTTGAG
CTCTCGCCTT TTAATCCGTT CTTGGAAGGA GTCTTCTACA ACCTTAGAGG CACGATGTCG
GGGCAAGTGA AGATAGACGG TAGCGTAACC GATCCACTGA TGGACGGTGA ACTCACCTTG
CACAAAGCAG GTGTGGGGAT TACGTACCTG AAACTCAATA CTGATATTCA GGAAGGTGCA
CGGATAAAGG TAAACAACAA GACGTTTGAT ATAGACAACT GGCTACTGAC CGATACCGCT
TATAAAACAC AAGCCAAACT GAATGGTTCG ATTAGGCATA ACAAACTATT AGATTGGTTT
TTAGACCTGA GATTGCAAAC ACTTGGCAAG CGCTTTATGG TGCTCAACAC CCCTTATACT
GATGATGCGC TGTTCTACGG GACTGCCTTT ATCAAAGGGA ATGCGAGCAT TAAAGGAGCT
TTGGACGAAA TTGCGATTAA GGTAAATGCG AAGACCGAAG AGGGTACGTC CTTCAAAATA
CCGCTCAGCG ATAGTGAGAG TGTGGGCGAT GACTCGTTTA TCACTTTTGT AGAGAAGGGC
GATAAAAAAG TAAAAATTAA CCGAGAATTG GAGTCTATCA AGGGGTTAGA ACTGAACTTT
GAGCTTGATA TCCTTCCTAC TGCCGAAGTG GAAATTGTGA TGGATAGAAA AACGGGTAGT
AACCTTGTGG GGCGTGGGGC AGGTACGCTC CTTATTGAAA TCAATACCAA CGGCAAGTTC
AATATGTGGG GGGACTTTAT CACCTATTCG GGCTTTTATA ATTTCAAGTA CGAAAACATC
ATCGACAAGC GTTTTACGGT GCTCCCAGGG GGGTCTATTT CTTGGAGTGG CGACCCACTA
AGGGCGACTT TGCGCGACTT GAAAGCGGCG TATACCCTCA GTGCGAACCC AAGTACGCTA
TTGGAAAGCA GTCAGTATAA CCGGAAAATC AATACTCAGG TAATCATTAA GTTAGAAGGA
GAATTGATGC GTCCTGAAAC CTTGTTTGAC ATTACTTTCC CTGATAGTAG CCCGAGTTTG
GTATCGGAGC TCAACTACAA ACTTGAAGAC CAAGACCGCA AGCAGTTACA AGCCTTTTCG
CTCTTGGCAC AGGGTTCGTT TATGAGCGAA AAGAATACCG ATAACCGTTT GGTAGCTTAT
AACCTCTTTG AAACGGCAGC AGGCTTGTTT AACCAATTGC TCTCGGACGA AGACAACAAG
CTGAACTTGG GAGTATCGTA CGAAGCGGGG ATTAACGACG GTTCGTCCGA CATCAACAGC
GACCGTTTGG GCTTTACAGT CTCTACCCAA ATCACCGATT GGGCGAGTGT GAATGCCAAA
GTGGGTATCC CTGTGGGAGG AGTGAGCCGT ACGGCAGTGG CGGGTAACGT AGAGGTACAA
TTCCGCTTAA ACACCGACGG TAGCCTCACA GCTAAAATAT TCAACCGAGA AAACGAATGG
CAACAGTATA TGCTCGACCG TATAGGGTAT GCCCAAGGGG TAGGACTGAC CTATTCAGTA
GATTTTAATA CCTTTAAAGG GTTGATGCAA AAGATATTTA AAAAGGGAGG CAAAGTGATA
GAACCCAAGA CAGAGAAGTA A
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| Protein sequence | MLLGVTALLL TLPATQTFIA KKVVNYLNED FDIDLNIERI HLKINGDVDI KRVLIRDHKQ
DTLISAKKLT TSILDFKQLF DGNLYFGHIK GDSLIFNMKT HKGDTLSNLD VFVNKFDSGE
PSTSKFVMKA KSIKLKDSYC RISDENNANP SILKVDHLNT KLNDFKILGS KVFFEMQEGN
FRFDDKLNVT HLNTQFSYTD SLMQAKDLRL QTALTDIQGT ITMFSHNGSF GDFVNKVVFD
VNLPKATVNT TDLNAFYNGF NGGRNIVLEG VTMKGTLNNF TIPQGKISYQ NTLIEGDLTF
QNLLAKHANI AVIGKGVYAE SIYNDLAYLM PKDLGENIPA ELQRLGMFSV EGDFAYRTTS
LQANVLLKTN DGEAHIDGSL EDLTHTDKTA FRGTLTTNQF HLGKILDDPT MGALTADMTV
RGQGLNFKTM QLYANGTVHS VGYNGYNYQR IGINGEFRNQ VFNGKIDAKD PNLTMNFNGL
ADLSGRNNKF DFQADIAIAD LHALHFMEMD SVSQFCGKVV IDISGNQLDD IVGKISFKHT
NYINSAGSFT FKDFEVVSTL NNGVKEITIN SPDIVSGNVR GKFKLAELKK VMQNAVGSIY
AQYNPYKIEK SQYVDFHFDI YNKIVEVFVP KVKIGRNTFI NGNIDADKGS FKFQMKSPSV
NAYGTQIDSI SLEIDNKNPL YNTYFEVKKA DFGVYAIQDF NLINTTIKDT LFFRTEFKGG
DTGRDTYELN FYHTLNKKQQ SIIGIKKSLI NFKGNAWYIN RENAMNEYNK IVLNRTADTI
KVSNFKMAHQ NQYMNLSGLI TTKDYKNLHL VAHNVAMDKI VPEIKGLNLT GTLNGNVSLT
QRGNLYYPSA DLFIRYFKLN GYDYGDLEVG IFGNSDLSSF DVGAFFSNGR ALGFATRGKI
NLDKKRGTLL DLTAYFRDFE LSPFNPFLEG VFYNLRGTMS GQVKIDGSVT DPLMDGELTL
HKAGVGITYL KLNTDIQEGA RIKVNNKTFD IDNWLLTDTA YKTQAKLNGS IRHNKLLDWF
LDLRLQTLGK RFMVLNTPYT DDALFYGTAF IKGNASIKGA LDEIAIKVNA KTEEGTSFKI
PLSDSESVGD DSFITFVEKG DKKVKINREL ESIKGLELNF ELDILPTAEV EIVMDRKTGS
NLVGRGAGTL LIEINTNGKF NMWGDFITYS GFYNFKYENI IDKRFTVLPG GSISWSGDPL
RATLRDLKAA YTLSANPSTL LESSQYNRKI NTQVIIKLEG ELMRPETLFD ITFPDSSPSL
VSELNYKLED QDRKQLQAFS LLAQGSFMSE KNTDNRLVAY NLFETAAGLF NQLLSDEDNK
LNLGVSYEAG INDGSSDINS DRLGFTVSTQ ITDWASVNAK VGIPVGGVSR TAVAGNVEVQ
FRLNTDGSLT AKIFNRENEW QQYMLDRIGY AQGVGLTYSV DFNTFKGLMQ KIFKKGGKVI
EPKTEK
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