| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Coch_1448 |
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| Symbol | |
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| ID | 8367885 |
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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 | 1704775 |
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| End bp | 1708077 |
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| Gene Length | 3303 bp |
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| Protein Length | 1100 aa |
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| Translation table | 11 |
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| GC content | 44% |
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| IMG OID | 644983881 |
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| Product | hypothetical protein |
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| Protein accession | YP_003141555 |
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| Protein GI | 256820276 |
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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 | 12 |
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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 | ATGAAAGTAA GCAATTTTTT TAAATACATA AGTGTTTTTC TGCTCTTATA CTTCTTTGGT
ATAGAAGGAG TGCAAGGACA AGATAATAAA CTAGTTTCTG CAAAAACAAA TTTTTCTTTT
GTTTGTGCAA GTGCTACTAA CAATGGGAAA CTTCAGCCAA ACAATCCAAA AGATGATTCA
GGATTTAGAA TTAGTGTACG TTGGTCACCC CCTCTTCCAA ATGCTGATAA TAAATATATA
TTTGAACTTT CCGATGCTAA TGGAAGTTTC AATAACCCAA CTGTACTACA AACTCAGAAT
GAAAAATTTT GGCCTGGAAA GACATTAAAT ACAGCCCAGA CCTTTGAAGC CTATGTAACT
TTCCCTAAGA CTTTAAAGGG TAAAAAATAC CGGATTCGCG TACGTTCAAC CAACCCTGCG
AGCGAAATAA TAGCTACTAT TGGTAGTAGT CCTAATCAGG AATTTGAAGG TTCTTATATG
AATGTAGCAC AAGCTTTAAA AACTACTCCT TCAGGTAATA TAAATCTTTG TCCTGGACAG
TCATTAGAAA TATCAGTAGC ACAAATTTTT ACTAGTGTTG GAAGTACCAA TATTTCTGAC
TACAAGTATG TTTGGTATAG AAAACCTTTT GACCCTTCTT ACCACGGTAG TTCTTGGGGA
ATTAAAATAC CTAATCAAAC AGGTCCTAAA CTTACTGTAA CTGAAGAAGG AACATATATA
GTAGCTATCG ATTACGGCGA TAACTGCTTT GACCGAAATT ATTCAAAGTC CAACAACATC
ACTGTAAAAG TTGCAGGCGG TGGACAGTCG TTAGTGCTAA GTAGTTCGGC TACTGAGATA
TGTAGCTCAG AGAGTTTTAC CCTTACGGCT ACCCCTGCGA GCAATGAGAC CTATACGTGG
TATCGCGACA ATACTAAGTT GGGCGAAACT AACGGGGTGG CTACCTATGT GGTGTCGCCC
CCCAATAATC TTCCGGGTAA ATACCGCGTG CAGATAGGCA ACGGCAGTGC CTGCGATGTG
CGCTCCAATG AAATAGAGAT AAAACATAAA GATGCTATTA AAGCTAATAT TACTACCACA
GGGGGCAATG TATTGTTGCC CAACAAACAG CGTACCCTCA CTGTAAACAC CACTGCCCAA
AATCCTTCGT ACAAATGGTT TAAGGACGGG GTGGAAATAC CGGGGCAAAC TGCCAATACT
TATGTAGCCA CCAGCGCAGG CAAATACAAA GCCCAAGTAA CCCAAACGGG CAGTTGTGCC
TCGACGATAG AAACTGAGGA GTACGAACTC AAAGCCCCTG ATAGCTTCAA GGTGAGCATC
AAGCCTAAAA CTTCTTATCA GCCTTGCGAG ACGAACAGCA TAGACCTCAC GGTAGACAAA
ATCACAGCCG TATCGGGCGC TACTGAGCTT GCGATAGACC CGAGCGACTA TTCGTTTTTC
ACTTTCCAAT GGCAAAGAGA AACGGGCGGT GCCTTTACGG ATATCAACAC CACGCAAGAA
ATCACCCTTA ACAGCGCTAC CCAAAATGGC AAATACCGTT TAAAAATAAC AGCTTCGGGG
TTTCCTGCCA TTCCTGAATC GAATGTATTA GATATCCAGT TGCAGGACAG CAATGCGTTG
CGCATTAACA ATAGTGTAGA TAATGTGGAT TTCTGTGGAG AGGTGTATAC GCTCACGGTT
ACCACGGGTG CCGACCCTAC GGCTACTTAC ACTTGGTTTA AAGACCGCGT GCAAATAGCA
CAAGGGGTAG GAATGACCGA ATATGGGGTA ACTACCACAG GAGTGTATTA CGCTACCATA
GGCGGTACGG GCGGAGGTTG CCCTGCTACA TCTAACTCGG TAGTGGCAAA GCGTACCGTT
ATCACAGCAC GTTGGGCGGA AGATATGAAC ACTCGCGAGA TTTACTACCC TGCAAAAACT
ACGGTACTGA AAATATCGCA CAATATGACC AACCCTACTG TGGAATGGAA GAAAAACGGC
ACCGTAATAA CAGGCGCTAC GGGTGTGGAA TACACAGTTA CTGATACGCC TGTATCGGCT
GACGTATACG AAGCAAAAAT CACCGATGGC GGTAGTTGTG GTACAAGTAT CAGCCTTACC
CCTATTTACT TTGAAACCAT TGCTGATATT AAAGGCGTGA GAGTAGGAAC GGTAGCGTCT
ACCAACTGTG AAACCCGTAC GCAAACCACT CTTGAAGTAC AAAAAATAAC CGTACAGCTA
AGCAGTAGTG GAGAACAGGT GGAAGTAAAG AAAATAGATT ACCAATTCTT TAACTTCCAA
TGGCAAAAAG ACAGCAACGA TGTGCCAGGC GAAACCCGAC AACAGTTTGT CGTGTCGCGC
GCAGGTAACT CAGAATCGGC TAAATATTCA GTGCGGGTTA GTTATGGCAC GATTATCAAG
ACTTCGGACG AAAAACCGGT AGCGTTTACT CCTATCCCCG ATTTTGAAAT ATCGTCGGCT
GACGGTGCGA AGGGAACCGT ATACCTTTGC CAAGGAGGAA CTATTAGTCT TACCGTAGCT
GCTGATAGCT TCGACCCTAA CTCATCAGTA GCCGATAGTT TTTCATACGT ATGGAAGAAA
GTAACGAGTG CCAATTACAC TAACGACACT CCCATAGGCA GTGAAAACCC TACGGCAAGC
GTGAACGAAA TAGGCGAATA CTATTTAGAA ATTAACAACG GCGGTTGCCC TAAACGCGCT
CATATACAAG TGAAGAACTA CCAAGTAGGT GGTTTGAAAT TGAGTTTAAT GCGCGACAGT
CAAGGCACTG CTCCTGTGAA ACAAGTATAC CAAACCAGTA CAGCACGTGA GCGCAAGTTC
GACGTGCGTA TAGGTGATAG ATTAGTTGCC GAAGGGGGTA ATAAATTCAG CTGGACAAAA
GACGACGGCA CGGTGAAATA CGGCACAACT TTGGAGGTGA CCTCTGAGGA TATGTCGGGT
TCTTATACAC TGAAAGAGGA GTCGTGCGTG GCAGCAGACG AGAACATATT GCCTTTTGAA
CTGAATATCT ACCAAGTGGT GGAAGTGCCT AATGTGGTAA CTCCTAACGG CGATGGTATT
AACGATAAGT GGGAAATACC GTCGGTATAC CTCACTCCGA AAGTGAAGGT AACGATATAC
TCACAAGAAG GTAAAGAAGT ACTCTCGACA AACAACTACC AAAATAATTG GCCTGATGAG
CGTACTTTCA ATGACCTTGG CAAGCGTGCG CTTATCTATA TCTATACCCT CAAAGGTGAG
ATTACCGAAA ACGGCGAAAC GAGAAGCGTG GATAAGAAAG GAACCATTAC AATACTTAAA
TAA
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| Protein sequence | MKVSNFFKYI SVFLLLYFFG IEGVQGQDNK LVSAKTNFSF VCASATNNGK LQPNNPKDDS
GFRISVRWSP PLPNADNKYI FELSDANGSF NNPTVLQTQN EKFWPGKTLN TAQTFEAYVT
FPKTLKGKKY RIRVRSTNPA SEIIATIGSS PNQEFEGSYM NVAQALKTTP SGNINLCPGQ
SLEISVAQIF TSVGSTNISD YKYVWYRKPF DPSYHGSSWG IKIPNQTGPK LTVTEEGTYI
VAIDYGDNCF DRNYSKSNNI TVKVAGGGQS LVLSSSATEI CSSESFTLTA TPASNETYTW
YRDNTKLGET NGVATYVVSP PNNLPGKYRV QIGNGSACDV RSNEIEIKHK DAIKANITTT
GGNVLLPNKQ RTLTVNTTAQ NPSYKWFKDG VEIPGQTANT YVATSAGKYK AQVTQTGSCA
STIETEEYEL KAPDSFKVSI KPKTSYQPCE TNSIDLTVDK ITAVSGATEL AIDPSDYSFF
TFQWQRETGG AFTDINTTQE ITLNSATQNG KYRLKITASG FPAIPESNVL DIQLQDSNAL
RINNSVDNVD FCGEVYTLTV TTGADPTATY TWFKDRVQIA QGVGMTEYGV TTTGVYYATI
GGTGGGCPAT SNSVVAKRTV ITARWAEDMN TREIYYPAKT TVLKISHNMT NPTVEWKKNG
TVITGATGVE YTVTDTPVSA DVYEAKITDG GSCGTSISLT PIYFETIADI KGVRVGTVAS
TNCETRTQTT LEVQKITVQL SSSGEQVEVK KIDYQFFNFQ WQKDSNDVPG ETRQQFVVSR
AGNSESAKYS VRVSYGTIIK TSDEKPVAFT PIPDFEISSA DGAKGTVYLC QGGTISLTVA
ADSFDPNSSV ADSFSYVWKK VTSANYTNDT PIGSENPTAS VNEIGEYYLE INNGGCPKRA
HIQVKNYQVG GLKLSLMRDS QGTAPVKQVY QTSTARERKF DVRIGDRLVA EGGNKFSWTK
DDGTVKYGTT LEVTSEDMSG SYTLKEESCV AADENILPFE LNIYQVVEVP NVVTPNGDGI
NDKWEIPSVY LTPKVKVTIY SQEGKEVLST NNYQNNWPDE RTFNDLGKRA LIYIYTLKGE
ITENGETRSV DKKGTITILK
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