| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Coch_1806 |
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| Symbol | |
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| ID | 8368254 |
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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 | 2151746 |
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| End bp | 2154484 |
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| Gene Length | 2739 bp |
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| Protein Length | 912 aa |
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| Translation table | 11 |
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| GC content | 41% |
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| IMG OID | 644984248 |
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| Product | hypothetical protein |
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| Protein accession | YP_003141912 |
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| Protein GI | 256820633 |
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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 | 0.0933525 |
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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 | ATGAAAAATA AAATCTTTAC TTTTGTATTT TCTTTATTAA TCATCACGAC AACTCTCACT
GCCCAAGAAC TGCTACCGCT TCCTTTGCGT CAGAAAGAGG AGCTCAAAGC ACGTTCGTGG
GTGCGCGAAA CACCTTTTGA GCAAGTAACA GTAAAAGAGA TAGGCAATCG CATCAGTGCG
CTGAGTGTAA ACCCTAAAAA TAGCAGTGAG TTTATAGTTG CTCCAGAAAA CGGAGGTGTA
TGGCTTACCC AAAATGGCGG GGAAACCTAC CAAGTACTAT GCTCAACCCT CCCTACACAA
AGTATCACAG CACTGGCAGT AGATTGGCAA TCGGGGACTT TGGCGGTTGC GACCCCTTAT
GGTGTTTTTA TTTCTACCGA TAAAGGAAAA ACAACTGACT TTAAGGGATT GGGAGGAATG
CAACGCATTA GCAGTTTGTA TATCAACCCT ACTAACCCCC AAGAACTTGT GGCGGGAGTA
TTGGGTAACC CTTATAAAGC TGATGAAAAA CGCGGTATCT TCAAAACTAC CGATGGCGGA
AAAACGTGGC AACAAAAACT ATTTGTAAGC ACGCGTGCCG GGATTACGCA AATTACTGCT
TCGCCCGATG GGGCAATGCT TTTGGCTGTA TCGTGGGAAG TGAATAATAG TCAGTGGGAC
AGTGCTCCTT ATGGCAGTAA TAGTGGTATT TACAAGAGCG CTGATAAAGG CAATACGTGG
ACGAAAATCA CGGTAAACAA TGGATTTCTC AAAGGGAATA ACATTGGCAA GATAGGGGTG
AGTTGCTTTA ACAGTCAGAC TTATTATGCA GTAGTAGATA ATCGCAATGC CAAAAAGAAA
GAGAGCATTA ATACTGTACA GAAAGTAGTG CGCATTCATC TCTCCGTTCA AGATTTTGAT
GTGATGAGCA AAGCCGATTT CCTCGCGTTA GATAACAACC GTTTAAATGT GTTTTTGCAC
AATATAGGTC AGGACGAGAA ATATACAGCT CAGAATCTCA AAGATATGAT AGCTGCAGAG
GTAACCTCTC CTGCTAAACT ACTGAGTTAT TTGGGTGTAA GTACCCAAGA GGTTATAGGT
GCGGAAGTGT ACGTAACCGA AGATGGGGGT AATTCTTGGC AAAAGACGAA TATTCAACCT
CTGAATGATG TGTATTACCA AAACGGAGAG CGTTTTGGGG GCATCAGTGT AGACCTTAGT
AATAAAAAAC ACTTATTTAT AGGAGGATAT CCCTTATTGG AATCTACCGA TGGAGGCAGG
ACGTGGAAAA GCAAACAACC GATTTCGTTG GACAATAGCT ATGAACAACT TTACTTACAA
CAGGGTACTC TATTTTGTAC AACTCGCAGT GGATTACAGG TATCTTACGA CAACGGAAAA
AGTTTTGCTT TTAAGAATGT GCCACAGGCA ATGGCTTTTA CCCAGCTGAG TTACGACAAA
GCTAACAAAA CACCTTACTA TGTGAGTGAC CAAGTGGTAT TGGCACAAAA TAACAGTCAT
TGGAATACGT TCAGAAAAGC TATTCATTTG CTATCGTTTG GCAATGATAG CTATGCCGCA
GAACCTTATG GCAAGTTCTT TACTTTTTTG CCTGATAGAG ACCAGCTTTT TCCGTTAGGA
AGTGCTTATT ACGGTGAAAA CAAGGAACCG TTGCGTTTTG GCAAGAATGC ACCGCTACTT
ATTTCGCCAC AAAACAAAGA TATTATTTAC ATAGGAAGCG ATAAATTGCA CATTTCTATG
GACAAAGGTC GGAATTGGCG GACTATTTCG GACGATGTAA CCAATGGTAA CAAGCAGGGC
AACAAGGCAT ATGGTACAAT TTCGGCTATA GCTGAATCGC CTTTTATGTT TGGTTTGCTT
TATACGGGTA GTGACGATGG TATGATTTAC ACCAGCGACA ACGGAGGGGT ATCGTGGAAA
CAGATATACA ACGCCTTTCC GCGTCCGCTA AAAGTGAACA ACCTCATTGC CTCTAAACAC
CAGCGTAACC GGGTATTGGC AACCCTTATT AGTACTGATG ATTCCAATAT CGACCCTATT
ATTTTTATGA GTAATGACAA TGGCAAGAGT TGGACAGATA TTCATTCTAA CCTGCCCGAT
AGTAAAGTAA ATGTACTCAA AGAAGACCCT AAAAACAGTC AGATTCTTTA TGCAGGAACT
GATAATGGGG TGTATATTTC GTTTAACTTA GGTGAAAGTT GGCAACCATT CAGCAAAGGA
TTGCCGGAAA CAGGTGTTTA CGATATTTAT ATAGACGAAA CAAATGGTGA AATGACAGTT
GCGACATTGG GACGTGGTAT TTTTCGCACC TCGGTGAAGA TGATGCAAGA GCTAAGAGTG
GCGATTACCT CGCAAGATTT TTATCCACTT GAAACACCTA TTACGCTTCC TTATTCTACG
AATTGGGGAA ATGCCAATAA CGAATGGGAA GAACCTGTGA AGCCTAATGT GTATTTCTAT
GCTTTTGCTT CAAAGGAAAA TTTATCAATA CCTATAAAAG TGATGAAAGG ACGTGTTACC
TTGCAAACAT TTACTTATAA GACAAATGTT GGGTTTAATT ATATACCTTA TGACTTGACG
ATGTCTTATG CGGGTAAGAC AGCCTATGAG AAGAGTCTTC AAAAGATATT TTTACCTATT
GCTACTGATG GTAAAGTATA TCTACCCAAA GGACGCTACA CTATTATATT TACGCTTCCT
GACAGCTTTG AAGAAGAAAG AACACTTGAT ATATATTAG
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| Protein sequence | MKNKIFTFVF SLLIITTTLT AQELLPLPLR QKEELKARSW VRETPFEQVT VKEIGNRISA
LSVNPKNSSE FIVAPENGGV WLTQNGGETY QVLCSTLPTQ SITALAVDWQ SGTLAVATPY
GVFISTDKGK TTDFKGLGGM QRISSLYINP TNPQELVAGV LGNPYKADEK RGIFKTTDGG
KTWQQKLFVS TRAGITQITA SPDGAMLLAV SWEVNNSQWD SAPYGSNSGI YKSADKGNTW
TKITVNNGFL KGNNIGKIGV SCFNSQTYYA VVDNRNAKKK ESINTVQKVV RIHLSVQDFD
VMSKADFLAL DNNRLNVFLH NIGQDEKYTA QNLKDMIAAE VTSPAKLLSY LGVSTQEVIG
AEVYVTEDGG NSWQKTNIQP LNDVYYQNGE RFGGISVDLS NKKHLFIGGY PLLESTDGGR
TWKSKQPISL DNSYEQLYLQ QGTLFCTTRS GLQVSYDNGK SFAFKNVPQA MAFTQLSYDK
ANKTPYYVSD QVVLAQNNSH WNTFRKAIHL LSFGNDSYAA EPYGKFFTFL PDRDQLFPLG
SAYYGENKEP LRFGKNAPLL ISPQNKDIIY IGSDKLHISM DKGRNWRTIS DDVTNGNKQG
NKAYGTISAI AESPFMFGLL YTGSDDGMIY TSDNGGVSWK QIYNAFPRPL KVNNLIASKH
QRNRVLATLI STDDSNIDPI IFMSNDNGKS WTDIHSNLPD SKVNVLKEDP KNSQILYAGT
DNGVYISFNL GESWQPFSKG LPETGVYDIY IDETNGEMTV ATLGRGIFRT SVKMMQELRV
AITSQDFYPL ETPITLPYST NWGNANNEWE EPVKPNVYFY AFASKENLSI PIKVMKGRVT
LQTFTYKTNV GFNYIPYDLT MSYAGKTAYE KSLQKIFLPI ATDGKVYLPK GRYTIIFTLP
DSFEEERTLD IY
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