| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Haur_1059 |
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| Symbol | |
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| ID | 5732963 |
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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 | Herpetosiphon aurantiacus ATCC 23779 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_009972 |
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| Strand | - |
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| Start bp | 1207830 |
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| End bp | 1212137 |
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| Gene Length | 4308 bp |
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| Protein Length | 1435 aa |
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| Translation table | 11 |
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| GC content | 53% |
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| IMG OID | 641278194 |
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| Product | cobaltochelatase, CobN subunit |
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| Protein accession | YP_001543835 |
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| Protein GI | 159897588 |
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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 | [TIGR02257] cobaltochelatase, CobN subunit |
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Plasmid Coverage information |
| Num covering plasmid clones | 3 |
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| Plasmid unclonability p-value | 0.792006 |
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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 | ATGACTGAAC GTTTGCAACG CAATATGGTC GAGCGCATCG ATGGACGCAT GGTCAACGCT
GGTTATAAAC GCGGCATGTT GTTTATCTGC GCTCATGGCT GCTGCTGTGG GATTACTGAG
CGTGGTTTTG CCCCAGTTTG GCCGGAAATT CACCAGCATG AATGGGAAAG CCGCAAGCTG
CGCAATATTG TGCATCTGAA TATGGGCGGT TGTTTGGGTC CATGTCCCTT GGCGAATGTG
GCCATGTTGA TGTTTGATGG CCAGCCGATT TGGTTTCATT CGCTCAACCA ACCAGAGTTG
GTGGTAGCGC TCTACGACTA CATCGAAGCC ATGATTCAGG CCGATCAGGT GCTGCCTGCG
CCAGCCAATC TTAAGCCCCA TGTCTTTAAT GGCTTTAAAT GGGATGGCCA AGCACCCGCC
GCAATCAGCC CAGCGCCAGC GTTACCAGCC AGCCAGCCCA GCCTTGGCAA TGGCATCATA
TTTTTGACCC AAGCGGATAC CGACATCCTG TTAATTGAGC AAGCGCGTCG CCAATTGCCC
AGCGATTTTG CCAATGTGCA AACCGCCAAC GTGGGCGAGG CCGAAGATCA AACTGCGCTT
GATGGCTTAT TTGATCACTT GTTGCCCCAA GCGGAAATTG TGGTTGTGCG TTTGATTACG
GGCAGTCGAG GCTTTGAGCA TGGCATCGAG CGCTTGCAGC AATGGACACA ACAAACCAAT
GGCTTTGTGC TGTATTTGCC TGGCTTTGAG GCGCTTGACC CTGAGTTGAT GGCGCTCTCG
AATGTTGGCG TGCCGCTGGC GCACTTAATC AGCAGCTATT TTATGCAGGG CGGCTTGGAA
AATGTCGTCA ATGCCTTGGC CTGTTTGAGC GACCACTTAT TGCTCACCGG TTGGGGCTAC
GACGCGCCAC AGGAATTACC CCGCCATGGC ATCTACACGC CAGCGTTAAA TCGCTGCGAA
GGCTGTGCCA CTGCCCAATG CCAAACCAGT GCGCAAGCCG ATAAGCCAAC CGTGGGCGTG
CTGTTTTATC GGGCGCACAT GCTGAGCGGG AACACCGATT TTGTTGATGC AATTTGTCAG
GCGATCGCAG CTCAGGGCAT GCAACCACGG GCGGTCTATA CCCACTCGCT CAAGGAAGGC
GGCAGCAACA ATCTGCCCGC CGCCTTGGAA TGTTTGCAAG CCGATGGGCC AATTGATGCC
TTGATTTGCA GTTTGTCGTT TGCTTTGGGC AATGTTAATA CCGAAGGCCC AACCCTCGCT
GGCGCGGAAA TCGATATGCT ACAACAACTG AATGTGCCGA TTATCCAAGC GATTGCGAGT
GGCCGCTCAC GTGAGCAATG GCAACGAGCA GGTCGTGGAT TAAGCTCGTT GGATACAGCG
ATCAATGTGG CGATTCCTGA ATTTGATGGC CGAATTATCA CCGTGCCAAT CTCGTTCAAG
GAGCAAGACC CCAATTCTGG CGGCGTGCGC TATATGCCAG ATCTTGAGCG GGTTGAGCGA
GTGGTCGGCA TTACGCGGCG CTTAGTCAAT TTGCGCCACA AACCCAACGC TGAAAAACGC
ATAGCTTTTG TGTTTACCAA CAGCAGCGCC AAAGCCTCGC GGGTTGGCAA TGCGGTCGGC
TTGGATGCGC CTGCTTCATT ATTAACCCTA CTCCACGCCA TGCAAGCCGA GGGCTATCAG
GTTGGCAAAT TGCCCGCTAG CAGCGATCAA CTCTTGTTCG ATTTGATCGA TCGTTGTTCG
TATGACGAAA CCTGGCTGAC TGAGCAACAA TTAGCTCAGG CGGTGCATGT ACCAGTCGAT
CAATATCAAC AATGGTTTGC TGAATTGCCC GCCAATTTGC AAGCCAGCAT GATCAAACAA
TGGGGCGAAG CGCCTGGCAC GGCCTACCTG ACCGAGCAAG GGCTAGCCTT GGCGGGCTTA
GAGTTTGGCA ACATCTTTGT GGCTTTGCAG CCGCCGCGTG GCTATGGCAT GGACCCAAAT
GCAATTTACC ATATGCCCGA TTTGCCGCCG CCCCACAGCT ATTATGCGCT CTACCGCTGG
CTACGCGATG GTTGGCAGGC CGATACGCTG GTGCATATGG GCAAACATGG CACGCTGGAA
TGGCTGCCGG GCAAGAGCGT TGGCCTCAGC CGCGAGTGCT TCCCCGATGC TTTAATTGGC
GATTTGCCTG TAATTTATCC GTTTATCATC AATGATCCAG GCGAGGGCAA TCAGGCCAAA
CGCCGTAGCC ATGCCGTGAT CATCGACCAT ATGACTCCGC CGATGACCAG TGCTGGAGCC
TATGGCCAGT TGGCCGAATT GGCGCAGTTG GTCAATGAAT ATTATCAAGT TGAGCAACTC
GACCCCAATA AATTGCCCTT GTTGCAGCGC CAAATTTGGA ACTTGCTGCA AACCAGCAAT
CTCAGCGACG ATTTGCAATT TATTCTCAAG GCCAACCACG GCGACCACAC CCACGATTGG
GATGGCTCGT TCCTCGAAGA TGGCACGCCC ACAGCCTTTG CCGAGATGGA AGGCCGTCAA
GTCGCCCACT TGCTGGAAGA TATTGAAGGC TATTTGTGCG AACTAACCGG AGCGCAAATT
CGCGATGGCT TGCACATTTT AGGAACCTTG GCCGAAGGCG ACCAACTGCC AGAATTGCTG
TTTCACCTGA CCAAACTACC CAACCTTGAT GTGCCCAGTT TACCAGTGGC AGTAGGCAAA
CTCTACGGCT TGGATTGGAA TAATTTGCAA GCCAATTTGG GCGAGCGCTT AGCTCAGCCG
TTGCAATTGA CCGACCAAAC GCTTTACAGC AATGGCGATG TGGCGGCTTG GATCGAACAA
CATTGCAAAA CAATTTTACA TACCTTGGAG TTGCAAGCTT GGCAAGTTAG CGCAATTCCG
GCGGCGTTGC AAGCGAGTTT ATTGCCTAGC GCAGCAGCTT GGGATCAAAC GGTCGTCGCG
CCCTTGGAAT TTATCTGCAC CCAACTTATC CCTAACTTGC ATGAAAGTGC GCGAGCTGAA
ATTGCCAGCC TGCTGCATAG CTTGAATGGT GGCTATATTC CGGCGGGGCC AAGTGGAGCG
CCAACTCGCG GTATGGCTCA TGTGCTGCCA ACAGGCCGCA ATTTCTATGC TGTCGATCCG
CGTTCGTTGC CTAGTGCGGC GGCGTGGCAA GTTGGCCAGC ATTTGGCCGA TGATCTGATT
CGGCGCTATC AACGGGAAGA AGGCAGCTAC CCGCGCAGCG TTGGCATTAG CATTTGGGGC
ACTAGCGCCA TGCGCACCTA CGGCGATGAT ATTGCCCAAG TGCTGGCCTT ATTGGGCGTG
CGGCCAGTGT GGCAAGCTGA AAACCGCCGC ATCACGGGCG TTGAAGTAAT TCCCTTGGCC
GAGCTTGGCC GCCCACGGAT TAATGTGGTT TGTCGAATTA GCGGCTTCTT CCGCGATGCC
TTCCCACATT TGGTCAGTTT GCTTGACCAA GCCGCCCAAA CCGTGATTGA ACTTGATGAA
CCACTTGATC AGAATTTTGC TCGTCAGCAG GCCTTTGCGG CCACTGAGCA GCTAATTAAA
AACGGCTTAG CGCCCGAAAT TGCCCAACAA CAAGCGCGTT ATCGGGTTTG GGGCTGCAAG
CCAGGCAGTT ATGGCGCAGG CATTTTGCCC TTGATTGATA GCCAAAATTG GCAAGATGAC
GCAGATTTTG CCCGAGCCTA CATCGCTTGG GGTGGTTATG CCTACACCAG CGACGACTAT
GGGATTGAGG CTGCCGATGC CTTTGGCACA GCTTTGAGTG AAGTTCAAGT TGCCACCAAA
AATCAAGATA ATCGCGAACA CGATATTTTT GATAGCGACG ACTATATGCA ATATCACGGC
GGCATGATCG CTACGATTCG CGCCTTGACT GGACGCAACC CACGCCGCTA CTTTGGCGAT
TCGAGCAACC CACAGCGCCC GCAAACCCGC GATTTGCGCG AAGAAGCGCG ACGGGTATTT
CGTAGTCGGG TGGTTAATCC CAAATGGATC GAAAGCATGC GCCGCCATGG CTACAAGGGC
GCATTGGAGC TAGCTGCCAC CGTCGATTAT CTGTTTGGCT ACGATGCCAC GGCTCAAGTT
GTTGATGATT GGATGTATCA CTCGATTGCT GAGCACTATT TGCGCGATGA AGAGATGCAA
CAATTTTTTG CCGATAGCAA CCCGTGGGCT TGGCAAGCGA TTGCTGAACG CCTACTCGAA
GCGATTGATC GCGATTTATG GCACGACCCT GAACAACACG ATATCGATCT GCTCAAAGCC
GCCCAATCGT TGGGTTTGAG CAATTTGCAA CAACGAGGCC AGCTATGA
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| Protein sequence | MTERLQRNMV ERIDGRMVNA GYKRGMLFIC AHGCCCGITE RGFAPVWPEI HQHEWESRKL
RNIVHLNMGG CLGPCPLANV AMLMFDGQPI WFHSLNQPEL VVALYDYIEA MIQADQVLPA
PANLKPHVFN GFKWDGQAPA AISPAPALPA SQPSLGNGII FLTQADTDIL LIEQARRQLP
SDFANVQTAN VGEAEDQTAL DGLFDHLLPQ AEIVVVRLIT GSRGFEHGIE RLQQWTQQTN
GFVLYLPGFE ALDPELMALS NVGVPLAHLI SSYFMQGGLE NVVNALACLS DHLLLTGWGY
DAPQELPRHG IYTPALNRCE GCATAQCQTS AQADKPTVGV LFYRAHMLSG NTDFVDAICQ
AIAAQGMQPR AVYTHSLKEG GSNNLPAALE CLQADGPIDA LICSLSFALG NVNTEGPTLA
GAEIDMLQQL NVPIIQAIAS GRSREQWQRA GRGLSSLDTA INVAIPEFDG RIITVPISFK
EQDPNSGGVR YMPDLERVER VVGITRRLVN LRHKPNAEKR IAFVFTNSSA KASRVGNAVG
LDAPASLLTL LHAMQAEGYQ VGKLPASSDQ LLFDLIDRCS YDETWLTEQQ LAQAVHVPVD
QYQQWFAELP ANLQASMIKQ WGEAPGTAYL TEQGLALAGL EFGNIFVALQ PPRGYGMDPN
AIYHMPDLPP PHSYYALYRW LRDGWQADTL VHMGKHGTLE WLPGKSVGLS RECFPDALIG
DLPVIYPFII NDPGEGNQAK RRSHAVIIDH MTPPMTSAGA YGQLAELAQL VNEYYQVEQL
DPNKLPLLQR QIWNLLQTSN LSDDLQFILK ANHGDHTHDW DGSFLEDGTP TAFAEMEGRQ
VAHLLEDIEG YLCELTGAQI RDGLHILGTL AEGDQLPELL FHLTKLPNLD VPSLPVAVGK
LYGLDWNNLQ ANLGERLAQP LQLTDQTLYS NGDVAAWIEQ HCKTILHTLE LQAWQVSAIP
AALQASLLPS AAAWDQTVVA PLEFICTQLI PNLHESARAE IASLLHSLNG GYIPAGPSGA
PTRGMAHVLP TGRNFYAVDP RSLPSAAAWQ VGQHLADDLI RRYQREEGSY PRSVGISIWG
TSAMRTYGDD IAQVLALLGV RPVWQAENRR ITGVEVIPLA ELGRPRINVV CRISGFFRDA
FPHLVSLLDQ AAQTVIELDE PLDQNFARQQ AFAATEQLIK NGLAPEIAQQ QARYRVWGCK
PGSYGAGILP LIDSQNWQDD ADFARAYIAW GGYAYTSDDY GIEAADAFGT ALSEVQVATK
NQDNREHDIF DSDDYMQYHG GMIATIRALT GRNPRRYFGD SSNPQRPQTR DLREEARRVF
RSRVVNPKWI ESMRRHGYKG ALELAATVDY LFGYDATAQV VDDWMYHSIA EHYLRDEEMQ
QFFADSNPWA WQAIAERLLE AIDRDLWHDP EQHDIDLLKA AQSLGLSNLQ QRGQL
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