| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Coch_0753 |
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| Symbol | |
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| ID | 8367170 |
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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 | 904100 |
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| End bp | 908341 |
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| Gene Length | 4242 bp |
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| Protein Length | 1413 aa |
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| Translation table | 11 |
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| GC content | 45% |
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| IMG OID | 644983179 |
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| Product | Cobaltochelatase |
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| Protein accession | YP_003140871 |
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| Protein GI | 256819592 |
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| COG category | [H] Coenzyme transport and metabolism |
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| COG ID | [COG1429] Cobalamin biosynthesis protein CobN and related Mg-chelatases |
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| TIGRFAM ID | |
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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 | ATGAAAAAAA AGATTCTATC CATCATTGCC CTGCTCCTTA TAGTAATAGC AGGTTATTTC
GTATGGCGAA AATACATCGC CCCCACCCGT ATCGCATTGG TGAACTTCAT CAGCTATCAG
GCGTCCAATA TCGCCCTTTC TAATTCCGAT AAGTTTATCA AAATCGAAGA AGTCCCTCTC
GACCAACTCG ATAAACTCAA AAACTACGAC TTCGTCCTCG TATGGGCAAT GGGACTCAAA
ATTAGCGACG AACAGCGCAA TCAGCTCATC GATGCTGCTA ACCGCGTGCC TTTTCACAGT
TTCGCTGTTA CCAATCCCGA TAACGATATC AGTAGCCTCA ACGAAACCGA ACTCAAACAC
GTAGGCGACT ATCTGATGAG TGGCAATAAG GCAAACTACC AAAACCTCGT TCGTTATGTC
CGCAAATATA TCGACAAGAA ATGGTTTGCT ACCGAACCCG CACCGCCTAT CGAACGCAAA
GAAAACGTCT ATTTTCATTT AGACGACGAG CGCTCTTTCA GCTCTCTTAA AGAATATCAA
GAGTATATTC AGAAGAATAA TTTCTATAAA GAAGGCGCTC CTCACATCGC CATAGTAGCA
GGCTTACACG AGCCTTTTGG CGGAAATAAA GAACACCTCA ATGGGGTAAT AAACGCCTTG
CAGAACGAGG GTATGAACGT CTATCCTTTC ACCGCTCAAG AAAAACGCAT CGACTTCCTT
ACCGAAATCA ATCCCGATGC TATTGTCTAT TTTCCTCACG GACAAATGAT GATGGGGCAA
CCCGAACTGT TTATCAATTG GGCTAAGGAG CACAACGTAC CCCTCTTCAC GGGACTATCG
GTCTTAGCAA TGAAAGACGA TTGGGAAAAA GACCCTATGG GTATGTCGGG CGGCTTTATG
GGGCAAACCA TTGTAATGCC CGAGTTAGAC GGGGCGCTCT ATCCTTATGT AGTCATCGCC
CAAGAACAAA ACAAACAAGG TTATTACTTC CTCAACACTA TCGAGAACCG CGCCCGGAAG
TTTGCCAAAA TCATTCATAA CTTCACCTAT TTAAAACGTA AACCTAATGC CGACAAGAAG
TTGGCGATTG TTTACTTTAA AGGTGTGGGG CTTACACCTG CTGCCGCTCA AGGGTTGGAG
GTCGAACCTT CACTATTCCG CTTTTTACAT CAACTCAAAA ACGAAGGTTA TAACGTAGGA
ACGCTTCCCG CTACACAAGC CGAATTCAAC CAGCTACTGC TCACGCACGC CGATACTTAT
AGAGCCAATG CCAAAGGCGA TATCGAAAAG TTCATCAGTA CAGGTGCTCC TGCTTTGGTA
GAAGCTCACG AATTAGATGC TTGGCTCAAA AAAACTTTAC CCGAAAAACT CTATAAGCAA
GTAATCGAAA AGAACGGCGC TGTACCGGGC ACTTACCTCA ATACTTCTAA GGACGGTAAA
AATTATCTGG CAGTAGCCCA ACTCACTTTC GGTAATATCA CCATTCTGCC TCAACCTCCT
GCCGCGATTA GTACTGATGA TGATTTTAAA GTGTTGCACG GTGTAAAAGA AATCCCACCT
TATGCCTATA TGGGGGCTTA TCTTTGGATA CAAAATGGCT TAAAAGCCGA TGCGCTCATT
CACTTCGGTA CGCACGGCTC ATTGGAGTTC ACCCCTAATA AACAAGTAGC CCTCTCCGAT
TACGATTGGG CAGATATCTG TGTGGGTACC GTACCTCATT TCTACTATTA TACTATCGGA
AATATAGGCG AAGCGATGAT GGCAAAACGC CGTTCGTACG GCAGTATTGT GTCTTATCTT
ACCCCTGCTT TCACCGAAAG CGATATGCGC AATACCTTTA ATAATTTAGA GAACACCATT
CTTTCTTATC AGAAAGCAAA GAACCCTATC GATAAACAAA CCATTGGGTT ACACATCAAA
AAGTTAGCCG TAGCAATGGG CTTACATCGT GATTTGCGTT TGGATAGTAT CCTCTCCAAA
CCGTATACCG AAGCCGAAAT CGACCGTCTT GCTAACTTCG CCGAAGAGAT TGCCACCGAA
AAGATTAATG GCGAATACTA CGTAATGGGA GTCCCTTATA CTCCTGATAA AATTAATTCT
ACCGTCTTGG CTATGAGTGC CGACCCTATT GCGTACAGTT TGGCTACCTT AGATAAGTAC
CTCGGTAAAG TCACCGAAGC CGACCTTAAA CGCAAAGCCT TTTTCACAAC TCATTATCTA
AACCCTGCTA AGAGCTTAGT AAACCAAATA CTCGCAGGCA AACCCATTAC TACTGAACTG
ATTTGCAACT ATGCTCATAT CTCTGCTGAC GATTTGCAAA AAGCCAAAGC TACAATGGCT
AAAGAAGAAG GAAGTGGTAT GCCTTATTTC TTACAACAGC AGATGAAAAA ACAAGCGACG
GCTTCAGCAA CCACTACTGC TACTCACACA ACAGCCACAG CTTCGGCTAC TGCTAAGAAA
CCTGATGCCG TAGGTCGTCC TACCAAAATC AAAGCTCCAG CCAAAAAAGA AGACCGCAAG
CCTCTTACTA AGGAAGAGCT GGCTGCTCTC AACGCTCAAA AAGCTAAGAT AGATTATGCA
CGTGCCTTGG TAGATATCGA AAGAACCATT ACCAATGTAG CCCTCTATAA AGACGCCTTG
CAAAACAGTC CGCGTTTAGA AGAAAAGGCT TTCTTCAATG CTCTAAATGG TGGTTACACC
CCTCCTTCCT CAGGAGGTGA TGCAGTAGCC AATCCTAAAG GCGTACCTAC CGGTCACAAC
CTCTATGGGG TGAATGCCGA AAGTACACCG TCTAAACTCG CGTGGGATAG AGGCGTAGCT
TTAGCCCAAA ATGTAATTAG TGAATACCAA ACCAAACACC ACGAATATCC CAAGAAGATA
GCCTATACCT TTTGGAGTTC TGAATTTATA GAAACCGAAG GCGTTTCTAT CGCCCAAGCC
CTGTATATGT TAGGTGTTGA ACCCGTATGG GATAGCTTTG GTCGTGTAGG CGATGTGCGC
GTCATTCCTT CTGAAGAGTT GGGTCGCCCT CGTATCGATG TGGTGATTCA AACCTCAGGT
CAGTTCCGCG ATTTAGCAGC TTCTCGTTTG TTCTTGCTTA CCAAAGCCAT TCAAATGGTA
TCAGCTCTTC CCGAAGAAGC GTATGCCAAT GAAGTGAGCG CAGGTAGTGT AGATATCGAA
AAACAATTGG TAGAAGCCGG AGTGTCGCCC AAAGAAGCCC GCGAACTTTC TACCGAACGT
ATCTTTGGTG GCTTGCAAGG TCGTTATGAT ACAGGCACTA AGGAGTTGAT TAATTCCGGC
GATAAATGGG AAACTCAAAA GGATATCGCT GAGGTTTATA TGCATAATAT GGGCGCTTTC
TACGGCAGTA AAGACAATTG GAGCAAATTC CAAGAAGGTA TGTTCCGCGC CGCTATCAAG
AACGCCGATG TGCTCATTCA GCCTCGCCAA AACAACACTT GGGGAGCGCT TAGCCTCGAC
CACGTCTACG AGTTTATGGG GGGTATGAAT GCTGCTATCA AAGAAGTAAA CGGCAAAGAC
CCCGATGCCT ACCTCGCCGA TTATCGCAAC CATAAGAATA TGCACGTGCA AGAACTCAAA
GAAGCCGTAG GGGTCGAAGC TCGCAGTACA ATATTCAATC CTAAATACAT CAAAGAAATG
ATGAAGGGTA AGGCTTCAAG TGCCGGGCAA ATAGCCGAAA TCGTTACTAA TATGCACGGT
TGGGAAGCTA CTCGCCCCGA ACTCATCGAC GATGCAATGT GGAATGAGGT ATATAACACT
TATATAGAAG ATAAACATCA CCTGGGCATC ACCGATTTTA TAAAGAAAGA GAACGTAGCA
GCCTTGCAAG AGGTAACTGC TGTAATGCTC GAAGCTACCC GCAAAGGTAT GTGGAAAGCC
TCCGATGCCC AAATCAGTAA ACTTGCCGAT ATCCATACCG ACCTTACTAA GCAATTCGGT
GTAAGCTCTT CTCATTTCTC TTCCGAAAAT AAGAAGTTGC AGGATTATAT CAGCAAAAAG
GCTTCTCCTG CCAATGCCCA AGCGTATCAG CAACAGCTCA CTCAATCGCA CCAAGGCAGT
CAGGCACAAG CCAATACCCA AGATGCTAAA GTCCTCAAAA AAGAAGAAAC CACTGCCGGA
AGTCCTCAAG AAAAAGTATC ACTCAGCGCC CTTTGGATAG GCGGAATAGT GCTCCTCGCT
TTCGTCGGTC TCATCATCTT TATTCGCAAA AGAAGAAGAT AA
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| Protein sequence | MKKKILSIIA LLLIVIAGYF VWRKYIAPTR IALVNFISYQ ASNIALSNSD KFIKIEEVPL
DQLDKLKNYD FVLVWAMGLK ISDEQRNQLI DAANRVPFHS FAVTNPDNDI SSLNETELKH
VGDYLMSGNK ANYQNLVRYV RKYIDKKWFA TEPAPPIERK ENVYFHLDDE RSFSSLKEYQ
EYIQKNNFYK EGAPHIAIVA GLHEPFGGNK EHLNGVINAL QNEGMNVYPF TAQEKRIDFL
TEINPDAIVY FPHGQMMMGQ PELFINWAKE HNVPLFTGLS VLAMKDDWEK DPMGMSGGFM
GQTIVMPELD GALYPYVVIA QEQNKQGYYF LNTIENRARK FAKIIHNFTY LKRKPNADKK
LAIVYFKGVG LTPAAAQGLE VEPSLFRFLH QLKNEGYNVG TLPATQAEFN QLLLTHADTY
RANAKGDIEK FISTGAPALV EAHELDAWLK KTLPEKLYKQ VIEKNGAVPG TYLNTSKDGK
NYLAVAQLTF GNITILPQPP AAISTDDDFK VLHGVKEIPP YAYMGAYLWI QNGLKADALI
HFGTHGSLEF TPNKQVALSD YDWADICVGT VPHFYYYTIG NIGEAMMAKR RSYGSIVSYL
TPAFTESDMR NTFNNLENTI LSYQKAKNPI DKQTIGLHIK KLAVAMGLHR DLRLDSILSK
PYTEAEIDRL ANFAEEIATE KINGEYYVMG VPYTPDKINS TVLAMSADPI AYSLATLDKY
LGKVTEADLK RKAFFTTHYL NPAKSLVNQI LAGKPITTEL ICNYAHISAD DLQKAKATMA
KEEGSGMPYF LQQQMKKQAT ASATTTATHT TATASATAKK PDAVGRPTKI KAPAKKEDRK
PLTKEELAAL NAQKAKIDYA RALVDIERTI TNVALYKDAL QNSPRLEEKA FFNALNGGYT
PPSSGGDAVA NPKGVPTGHN LYGVNAESTP SKLAWDRGVA LAQNVISEYQ TKHHEYPKKI
AYTFWSSEFI ETEGVSIAQA LYMLGVEPVW DSFGRVGDVR VIPSEELGRP RIDVVIQTSG
QFRDLAASRL FLLTKAIQMV SALPEEAYAN EVSAGSVDIE KQLVEAGVSP KEARELSTER
IFGGLQGRYD TGTKELINSG DKWETQKDIA EVYMHNMGAF YGSKDNWSKF QEGMFRAAIK
NADVLIQPRQ NNTWGALSLD HVYEFMGGMN AAIKEVNGKD PDAYLADYRN HKNMHVQELK
EAVGVEARST IFNPKYIKEM MKGKASSAGQ IAEIVTNMHG WEATRPELID DAMWNEVYNT
YIEDKHHLGI TDFIKKENVA ALQEVTAVML EATRKGMWKA SDAQISKLAD IHTDLTKQFG
VSSSHFSSEN KKLQDYISKK ASPANAQAYQ QQLTQSHQGS QAQANTQDAK VLKKEETTAG
SPQEKVSLSA LWIGGIVLLA FVGLIIFIRK RRR
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