| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Mbar_A3731 |
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| Symbol | cobN |
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| ID | 3625021 |
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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 | Methanosarcina barkeri str. Fusaro |
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| Kingdom | Archaea |
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| Replicon accession | NC_007355 |
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| Strand | - |
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| Start bp | 4809596 |
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| End bp | 4814212 |
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| Gene Length | 4617 bp |
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| Protein Length | 1538 aa |
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| Translation table | 11 |
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| GC content | 47% |
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| IMG OID | 637702564 |
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| Product | cobaltochelatase subunit CobN |
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| Protein accession | YP_307174 |
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| Protein GI | 73671159 |
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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 | 5 |
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| Plasmid unclonability p-value | 0.563162 |
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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 | 16 |
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| Fosmid unclonability p-value | 0.493716 |
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| Fosmid Hitchhiker | No |
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| Fosmid clonability | normal |
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Sequence |
| Gene sequence | ATGAATGAAC AGTTGAATAA CGAAACGAAC CTTTTGAACA AAAAAATTAA GGCTTCAATA
CTGGCATTTT TTATGCTTTT AACGTTGTTT TCGATTTCTC CGGCGGCTGG AAGCGGAAAT
CTTCAGTATG AACTCATTGC CAGTACAACC AGTGATGCCG AAGGCAACTA CCTGTTTTCC
GGCGTTCCCG ACGGAAATTA TACGCTTATA GCTCTTTATA ATGAGGACAA ATGGCGACGT
GCCGATGAAC AAATTCAGGT TCAAAACGGA ACGGACCTTA TAGTGACTCT TGATACCTCC
AGCAGGAATA TCGATGAAAA TGAGTCTCAG GCCCTTCTTG ACCTGCCTGT CAGTGAGGCT
GGTCTTTCTG GAAGTGCTAT AATCAGTGGA CTTACCCGCC AGAAACAGAT GAATGCTGAC
CCTATACCTC TGGGTTCCAC AAACGTTCTT CTGTTAAAGG AAGCTGGAAC AGAAACTCAG
GATAATTCCA GTGAGACTCA GAGTAATTCC AGCGAAACTC AAGATAACTC CAGCCAGGTC
CAGAGTAACT CCAGCAGCAG TCAGCACCTG AACATTGCCA TTGTGACCGG ATACAGAAGC
CATGAGCTTC CACTAAAAAA TCTAGCGGAA GAGGTCAACA GTAACAACAG CCTGAACCTT
ACTCTTAGCT GCTTTATGGC TGACTACGTA ATGGAAAATG ACGTTGACCT TAGTGCAATG
GACATAATCT ACATCAACAT GCTCAGTCCT TCAACAGCCC AGAAGCTCAC ACCGACAGTG
GACAGTGCAA TTGCTAACGG GTGTGTGGTT ATTGATGACG ATACCCTTCT GAATGAGAGC
ATCCCGCTTC CTGAAGACCA GATCGAAAGT TACAGGGAAA AACTGAACGA CTACTGGAGT
AATGGGGCTT ACGACCAGAA CAACTTGAAA AACCTTATAT TCTGCATCGC CAGTGACTGC
TGCGGCAGAT CTGACCTGCT ATATGAGGAG CCGCATACGC TTCCAGAAAG AGCGATTTAT
CACACGAACA TGACAGGTTA CTTTACCGAT TCTCTGGATA CCTATCTTGC CTGGTATTCA
AACCGGAGCG ATGGAGGGCA TGTCTACGAT CCTGCAAAGC CTACAATTGC AATCACCATG
TACCAGAGCT ATTTCCCCTT CCAGATTGAG CCAATTGATG CCCTGATCTC AAAACTGGAA
GCAAAAGACT ACAATGTTAT TGCCACATAC GGATCTGATG ATCTTGCCTC CGGCGACTTT
TTCAAGCAGG GAGATGAGGT TCTTGTGGAT GCAATTATTT CATTTACATA CTTTGGCAAC
AAATTTGATG CCGAAGAGCT CGGTGTGCCT GTAATCAACG GCATTGTTGA CAATTACATG
AACAGGACCG ATTATGAAGC CAGCAGCAGA CCGCTTCCTG CGGACAAGAT GATGAAGCTC
GATTTGCAGG AACTCTGGGG AGCTATTGAC CCAATAATAA TGGCTGCAAC GGAAGTAGAT
CCCGAAACCG AGACTGAAAC TTCGGTTTCC ATAGATTACC AGGTAGACTG GCTTGTTGAC
CGTGTGGAAA GTTGGGTGAA CCTCAGTGAA ATTCCGGAGT CGGACAAAAA AGTTGCTATA
ATCTATTATA ATCATGGAGG AGGGAAGGAT AACATAGGGG CTTCTTATCT TGATGTCATT
CCAAGTTTGT CAAACCTTCT TGACGCTATG TCTAAAGACG GATATGCTCT GAATGAAAAT
CAGACCTTAA ACGAAACTGA TCTCCTGAAT TTGATGCTTA CCCAGGGTAT AAACATAGGG
ACCTGGGCAC CTGGAGAACT CCAGAAAATG GTTGATACCG GCAAAGTCGT TCTTCTCCCA
GAAAGTACTT ATGAGAAATG GTTCTCGGAA CTCCCTGAAG AAAGACAGCA GGAGGTCATT
GACCAATGGG GTCCTGCACC TGGAAAGATT ATGGTCTGGG AAAACGAGAC TGGAAAATAC
CTTGTTATTC CCAGAATTGA GGTAGGGAAG AATGTGATTC TGGCTCCACA GCCTTCAAGA
GGCTGGCTTG ATGATAATGA GGCTCTCTAT CACGACAAGG ATTTGCCTCC TCACCACCAG
TACATTGCTT TCTATCTCTG GCTCCAGCAT TCTGAGGAAG AAGGAGGATT CGACAGTGAT
GCCCTTGTTC ATTTCGGCAG GCATGGGACT CAGGAATGGC TGCCTGGAAA AGAGTTTGGG
CTCTCTCGGT ACGACTGGCC TTCCCTGATG ATAGGTGATA AGCCCGTGAT TTATCCTTAC
GTTATGGATG GGCTCGGAGA AGGCAATGAG GCAAAGCGCA GAGGAGGAGC AGTAATAGTT
GACCATCTTG TACCCCCGAT TCTTTCGGCA GGAAGCTATG GGAATTATTC AAATCTGAGT
GAAGCTATCC AGAACTATGA ACAGGCTGAG GCTGATGCCT CTCTTAAAGC GGCTCACAGG
TCTGAAGTCT TAAACCTGAC TCAGTCTCTT TCCCTGGATA AAGAACTTAA CATGACAGAG
GCAGAAAATA ACGAGACTTA CTTTAATACC ACTTTCCTTG AAGGGCTTGA AGATCTTCTG
GACGAGTATA AGAGCCAGTC TATGCCTTAC GGGCTTCATA TCCTGGGTAC AAGCCCTAAA
GGAGAGCAGC TTGTTGGCAT GGTAAATTCT ATGCTTGGAA CTGACTTTGC AGACTCGGTT
AATGAATTCA ATAAAACCGA AGGGGCTCAG CTTTATTTGC TTGACCTTGT CCTTAACCAG
GGAGTCAATT CCACAAACGC CCAGAAGCAG GTGCTCGGAA AAAGCAATGA AACCGTCAGT
ACCCTCCTAT CCAATGCGGA AGAATATGCT GCAAACCTGG CTCTTGGAGA AGAGGAAATC
GATCAGGTTC TCAATGCCCT GGACGGCAAG TTTATCCCTG GAAATCTGGG AGGAGACCCT
GTTAGAAATC CGGAAACTCT GCCGTCTGGA AGAAACTTCT ATGCGTTTGA CCAGCGGATA
GTGCCAACAG AAGCTGCCTG GACTCTCGGT CAGGAAATGG CTGACCAGAT GCTTGAAGCT
TATGTTACCG AGCACGGGAC TTATCCGAAA AAGGTGGCTT ACGTACTCTG GGCAGGAGAA
ACAACAAGGC ACGAAGGGGT TATGGAAGCA GAGATCCTCT ACCTGCTAGG GGTTAAGCCT
GTATGGAACA GCGGCAGAGT AGTTGATGTG GAAGCTATTC CAATGGAGAC GCTGGGCAGG
CCAAGAATTG ATGTTGTAAT GCAGATCTCT GGACTCTACA GGGACATGTA CCCTGACAAG
GTTCGCCTGC TGGACAAGGC CGTAAAACTG GCTTATGCCC AGGAAGACTC TCCCAATTAT
GTCCGGGAAA ATGCAGATGC TCTGAAATCT TCTTTGACGA GTGAAGGTTC CCTTAATGAT
AGTGAGGCTC TGGACCTTTC CCTGCTCAGG ATTTTCGGGT CTTCGGACGG CGCCTACGGC
ACAGGCCTTC CAAATGCGAT CTCTTCAAGT GATACTTGGG AAAGCAACGA CGCTCTTGCA
GAGCTTTACA TCAACAAGAT GTGCAATGCC TACGGAGAAG ATGTGTGGGG CGAAGATCTG
AAGGATCTTT TTAAAGAAAA CCTTGAAGGG GTTGAAGCTA CAGTGCACAG CCGGAGCACA
AACCTCTACG GGACTCTGGA TAATGACGAT TTCTTCCAGT ACCTTGGAGG GCTGAATCTT
GCTATCAGTT CCGTTTCGGG AGGAGAGTAT CCTGATTCAT ATATCACGAA CATGCTGACA
AATGGGGACG AGAAAACCGA AACCCTAGAA AAGTTTCTTA CGAGGGAAAC CTACTCCAGA
TATTTCAATT CGAAGTGGAT TGAAGGTATG CAGGGAAGCG GTTATGCAGG AGCCAGGGAA
ATGTCGGATT TCGTTGAGAA CCTCTGGGGC TGGGAAGCTA CGAACCCGGA TTTGATCAGT
GATGACATGT GGAACCAGGT GTATAAGACG TACGTGGCGG ACCAGGAACT TAGCAACTGG
ATTAAGAAGA ATAATCCTTA TGCTTACCAG TCCATGACAG CCCGGATGCT GGAGACCGCA
CGCAAAGGCA ACTGGGACGC CTCTGATGAG GTACTCGAAA GCCTTGCTAC GGAATATGAA
GACTCCGTGG TCGAAGATGG GGTTACCTGC TGCCACCATA CATGCGGAAA CCCCCTTCTC
AATAGCTACG TATCAGGCAT GGTTTCGGTT CCAGGTTTTA GCGAAGCAAT AGAAAATGCT
ACGCAGGAAT CTCTTGAACA AGAAGAGACT GAAGAACAAA GTAGCAGTGG TGAAAAACAC
AGCAGTGGTG GTAATAAAGG AAGTTCGACA CCTGTAATTC GGAGTACGGA GAGTAGCAAT
CAGACTGTTG TAGAGAGCGA TACGGGATAT GGGGTCGATT CCCCCGAACC TGCACCTGAG
GTCTCGAAAT CATCTGCTGA CTCGGATTAT GTTGAAGGCT ATGAGATGCA GAAAGATTCC
ACCGAAGAAC CAGATAATAG CGGTTTCTCA TTTTCGGGTT CCGATATTTT TGGAATTCTC
TTCGTGATAG CAGCCATTGG TGGAATCTAT TTCGGGTTCT ATAAAAAGAA AATGTAA
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| Protein sequence | MNEQLNNETN LLNKKIKASI LAFFMLLTLF SISPAAGSGN LQYELIASTT SDAEGNYLFS
GVPDGNYTLI ALYNEDKWRR ADEQIQVQNG TDLIVTLDTS SRNIDENESQ ALLDLPVSEA
GLSGSAIISG LTRQKQMNAD PIPLGSTNVL LLKEAGTETQ DNSSETQSNS SETQDNSSQV
QSNSSSSQHL NIAIVTGYRS HELPLKNLAE EVNSNNSLNL TLSCFMADYV MENDVDLSAM
DIIYINMLSP STAQKLTPTV DSAIANGCVV IDDDTLLNES IPLPEDQIES YREKLNDYWS
NGAYDQNNLK NLIFCIASDC CGRSDLLYEE PHTLPERAIY HTNMTGYFTD SLDTYLAWYS
NRSDGGHVYD PAKPTIAITM YQSYFPFQIE PIDALISKLE AKDYNVIATY GSDDLASGDF
FKQGDEVLVD AIISFTYFGN KFDAEELGVP VINGIVDNYM NRTDYEASSR PLPADKMMKL
DLQELWGAID PIIMAATEVD PETETETSVS IDYQVDWLVD RVESWVNLSE IPESDKKVAI
IYYNHGGGKD NIGASYLDVI PSLSNLLDAM SKDGYALNEN QTLNETDLLN LMLTQGINIG
TWAPGELQKM VDTGKVVLLP ESTYEKWFSE LPEERQQEVI DQWGPAPGKI MVWENETGKY
LVIPRIEVGK NVILAPQPSR GWLDDNEALY HDKDLPPHHQ YIAFYLWLQH SEEEGGFDSD
ALVHFGRHGT QEWLPGKEFG LSRYDWPSLM IGDKPVIYPY VMDGLGEGNE AKRRGGAVIV
DHLVPPILSA GSYGNYSNLS EAIQNYEQAE ADASLKAAHR SEVLNLTQSL SLDKELNMTE
AENNETYFNT TFLEGLEDLL DEYKSQSMPY GLHILGTSPK GEQLVGMVNS MLGTDFADSV
NEFNKTEGAQ LYLLDLVLNQ GVNSTNAQKQ VLGKSNETVS TLLSNAEEYA ANLALGEEEI
DQVLNALDGK FIPGNLGGDP VRNPETLPSG RNFYAFDQRI VPTEAAWTLG QEMADQMLEA
YVTEHGTYPK KVAYVLWAGE TTRHEGVMEA EILYLLGVKP VWNSGRVVDV EAIPMETLGR
PRIDVVMQIS GLYRDMYPDK VRLLDKAVKL AYAQEDSPNY VRENADALKS SLTSEGSLND
SEALDLSLLR IFGSSDGAYG TGLPNAISSS DTWESNDALA ELYINKMCNA YGEDVWGEDL
KDLFKENLEG VEATVHSRST NLYGTLDNDD FFQYLGGLNL AISSVSGGEY PDSYITNMLT
NGDEKTETLE KFLTRETYSR YFNSKWIEGM QGSGYAGARE MSDFVENLWG WEATNPDLIS
DDMWNQVYKT YVADQELSNW IKKNNPYAYQ SMTARMLETA RKGNWDASDE VLESLATEYE
DSVVEDGVTC CHHTCGNPLL NSYVSGMVSV PGFSEAIENA TQESLEQEET EEQSSSGEKH
SSGGNKGSST PVIRSTESSN QTVVESDTGY GVDSPEPAPE VSKSSADSDY VEGYEMQKDS
TEEPDNSGFS FSGSDIFGIL FVIAAIGGIY FGFYKKKM
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