| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Mevan_1658 |
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| Symbol | |
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| ID | 5325485 |
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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 | Methanococcus vannielii SB |
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| Kingdom | Archaea |
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| Replicon accession | NC_009634 |
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| Strand | - |
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| Start bp | 1674290 |
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| End bp | 1678945 |
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| Gene Length | 4656 bp |
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| Protein Length | 1551 aa |
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| Translation table | 11 |
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| GC content | 33% |
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| IMG OID | 640787352 |
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| Product | cobaltochelatase |
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| Protein accession | YP_001324162 |
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| Protein GI | 150400395 |
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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 | 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 | ATGCAGTTAA AAAAGATTTT ACCCATATTA TTTGGATTAA TACTATTAAT ATCAATTACT
ACAGTTTTTG CTGACGACCC TGTAGGAAAT AATAGCATAA ATAATTCCAA TCAGTTTTTG
TTTATCCTTG GGATTAATTC AAATGCTGAA GAATTACATA ATGTATCTAA AAATCTAAAT
ATTTCGTCAA AAATTAATAT AACAATAGTT CAAAAAGAAA ATTTAGCTAA TGACATTAAT
TTTTCAAAAT ATGGCGTTAT CATTATAGAA TCAATAAATG AGACAACCCT TGAAGTTTGG
ACGTCAGATA TAAACAATGC AAAAATAAAC GGTTCAAAAG TGATTGGGTA TAATTTGAAG
AATAATAAAA ATTTGCCAAA TGTTGACTTA TATTCTAGTG AATATGAAGA TATTGAGCGA
TACTGGGTTC AAGGTGGCGA AATAAATATT GAAAACATGG TAAAATTCAT TGGAAACAAA
TTTTCAGGTA TAGGTTATGA ATTAATCCCT GAACCAGAGA TTATTCAACC AAAAATTAAT
ATAGCATATA TTATGTATCA CGATTCTAGC ATTCATTACC TTAAAGAAGT AACTAAAAAA
CGAAATATAA TTACAGATAT GTTCAACGTA ACAGTAATGA ATGGAGAAGA AGCTACAAAT
GTAGAAAGTT TATCCAATCA GGACGTAATT ATAATGTATA TGATTGGACA CAATACCTTT
CAAGGATTTG AAGGTAAATT AGTAGATGCA AAAAACAACA GTGTAAAAAT CGGGCTTTTT
GGAATGGGCT TTGGAGAACA CGTTACAACA TTTGATATGG AAAAATCCCC TCATGACATT
ACAAAAGACT ATCTTTATAA TGGCGGTTTT TCAAACATGG AAAACTGGAT TAGGTGTGTT
GGTGCAACTA TCAAAGATAC CTATATAGAA TATGCACCCC CTAAAAGTCC TGACGTACCT
GCTAACGGAA TATATCACCC AAAAGCATTT CCAAGGATAT TTTCAAATTC TTCAGAATAT
TTAGAGTGGT ATGAAGAAAA CGGTTATAAT AAATCTGCCC CGACTATCGG GATAGTTACA
GGCAACCTTC CTAAAGAAAA AATAGACTTA AAAACGGAAG ATTCAATCAT AGAATATCTT
GAATCAAATG GTATTAACGT TATTTTTGCA TCCCAGCATG CATTTAGTAG TGATGTTGAT
TACTTTGTAA AAAATGATGA AGTACTTGTT GATACAATAA TATCCCTTAA AGGATTTTAT
TTAAATTTTG GAAATCAGGA AAAAGGTGTA GAATACCTTC AAAAATATAA TGTACCTATT
TTAAAAGCAG TACAAGATTA TTATCAAACC CCTGACGAAT ATTATAACTC AAGGGGCTTA
GATATCCAGT CTATTGCATG GCAGATTACT CAACCTGAAA TTGATGGATT AACTGACTTT
ATATGGATTG CAGGACGAGT AAAAGATCCA GATACTGGAA GAATGTACTA CGAACCTGCT
GAAGAACAGG TAGAATGGCT TTGTAACCGT GCAATATCTT GGGCCAATCT AAAGTACATA
GATAATAAAG ACAAAAAAGT TGCTTTGATT TATTATAATC ATGGTGGCGG AAAAGATAAT
ATTGGAGCTA GTTATTTAGA CGTTCCTAAA AGTATACCAT TATTACTTGA AAATATGAAA
AATTCAGGTT ATATGTTAGA TGAACCAATT CCAACTGGAA AACAAATAAT TGACATGTTT
ATTGAAAGTA GGAACGTAGG TCCATGGGCC CCTGGCGAAC TTGAAAGTGT TGTTAATTCT
AAAAACGCAA TATTAGTTCC TGTTGAAGAA TATCTAAATT GGTATGATAC ACTACCCCAA
CAGGTAAAAG CAGACATTGA ATCAATGTGG GGCGATGCTC CTGGAAATAT AATGGTATAT
GAAAATTCAT TTGTTATTCC AGTAGTGCAA TCCGGAAATT TAATAATGCT ACCCCAACCA
ATGAGGGGTC ATGCATCTGA TGAATCAATA TTATATCACG ACAAACACCT TCCGCCAACA
CACCAGTATC TTGCAACATA CTTTTGGATA AATAATATTT TTGATGCAGA TGCAATAATA
CACTTTGGAA CACATGGAAC ACAAGAATGG TTACCCGGTA AGGAATTAGG ATTATGGAAA
TATGATTACC CATCAATCAT GGTTTCAGAT ACTCCCGTTA TATATCCTTA CATTATGGAT
AACGTAGGTG AAGGTACCCA AGCTAAAAGA AGAGGGAATG CAGTCATTAT TGACCATTTA
ATTCCTGCAA TTTCAAATGC GGGATTGTAT GGAGACCTTG CAGAAATCCA CGATAGGGTT
CACCTTTATG AAAATGCAGT GGCCCAAAAT AATACTGAGA TGGCCGCACT ATATCGAGAA
ACAATTACTG AATACTATAA ATCACTTGAT TTTGAAACTG ACTTAAATAT TCCAATCGGT
ACAATAGAAT CAATGACAGA TTTAGAGTTT GAGACATTTA TTGGTACAGT ACTGCATGAC
CACCTGCATA ATATTGGTAA TTCCCTAATG CCGATGGGTT TACACGTATT TGGAACTGCA
CCTGAAGGAG AAAGGTTAGT TTCATTAGTA AAATCAATGC TTGGAAATGA ATTCATAGAC
AATATCGAAC CTCACATAGA TGCCAGCTAT ACTGATCTTG AAGATAGGGA AATGAAAGCC
GGTGAAATAG CAACTGAACT CTTAAATGAA ATATTATTAA ATGGAACAGA TGTATCGTCG
GTACAATTGA AAATATTAGG TATTGAAGAT GTAAACATTG AATCCAATCT TGAAACTGCT
CTTAAATATT CAAATAGTCT TAAAGAAACG AATAAAGAAA TAATAAATAC TTTAAGGGCA
TTAAATGCCG AATATATTAC GCCTGGCCCC GGAAATGATC CAATTCGTAA TCCAAGTGCA
ATACCGACAG GTAAAAACTT TTACAGTTTT GATCAGCGTC TAATTCCAAA TGAGGAAACT
GAGGCAATGG GTACTATTTT AGCCCGTCAA ATGTTGGATC GATACTATGA AACACATGGT
GAATATCCTA AAAATGTCGC ATTTGTTCTT TGGTCTGTTG AAACAATGAG GCATCAAGGT
TTAATGGAAG CACAAATCCA TGCACTATTG GGTGTTAAAC CAGTTCGAAG TAGTGGTAGG
GTAACGGGAT TTAAAGTAAT TCCTTTAGAT GAAATGAATG GATATCCAAG GGTAGATGTA
ACTGTTACCC CTTCTGGCCT TTACCGGGAT ACTTATCCTT ACCAGCTCGA ATTAATTGAT
GACGCTATAC GAATGGTTGC TCAACTAAAT GAAACAAATG AAACAAATTA TGTAAAATGG
AATTCATTAA AAATAGAACA AGCGCTTCTT GAAATGGGGT ACAATGAAAC TTTAGCCTTT
GAACTTTCAA GAGCTAGAAT ATTTAGTGAA GCGCCCGGTT CATACGGCAC TGGATTATCT
GAAGCAATTT CTGCAAGTAA TACCTGGGAT AATGAAGATA AACTTGCTGA ACTATATTTA
TCAAGAATGT CTCACGTATA TGGGAAAGGA ACGTGGGGGG AAGGATATAA AGACGTGTTC
AGGTTAAATA TATTAAACAT GGATGCAGCA GTGCATAGTA GAAGTTCCAA TCTTTATGGA
CTGATGGATA ATGACGATGT ATTTCAATAT TTAGGGGCAT TGCAGCTTAC TAAACGGTCA
CTTACTGGAG AAAATATTGA CCTATATATT GCAAACCTTG CAAATCCAAA TGATATGAAA
GTAAATACCC TACAAGAGGC ATTAAGAACT GAATTACGTT CAAGATACCT TAACCCAAAA
TGGATTGAAG GAATGATGGA ACACGACTAT GCAGGTGCAC GTGAATTCAT GAAATTCACA
GAATATATGT GGGGCTGGAA TGTAGTTACC CCTGATTTAA TATCCGACAA CGACTGGAAT
GAACTCCATA AAATTTATGT TGAGGATAAA TATGGTATAG GGGTAAACGA ATTCATGAAA
GATGCTAATC CTTACGCATA TCAATCAATG ACATCAAGAA TGCTTGAAAC AGCTCGTAAA
GACTACTGGG ACGCATCTGA CGAAACACTA CAAAACTTAG CAAATGAATA CATTAAGTCA
GTAGTTGAAT ACGGAGTTAC ATGCTGTCAT CACACTTGTG CAAATGTTGA ACTTAATAAA
TGGGCACTTG CTAATTCAAA CTTAGATAAA ACTACATTAA ATGAATTCAT GGAAAAATAT
GAAACTGCAA CAAATACTAA TATAAAACCA GATTTAGAAA GTAATCCTAA AACTTCTAAA
AGTAGTAGTT CAAGTCAAAA ATTATACAGT AATGAAGAAA TTGAAGAAGT TAAAGAAGTA
AAGGTAAACG AAACAGTAAA GGTAAACACT ACAAAAACGG ATTCTAGTAG TTTGGTAGGT
TCAGATAATA ATAATAAAAA TACATTAAAT CAAGATTCCA ATACATTAGA CTCATCTAAA
AAAGCATATG AAGTTACAGT AAATGAACCT GTTTCTTCTT CATCATCAAG TACTACAATA
ATTGCAATTA TTGCAGCATT AGGAATGACA GGACTTATTG GATTTGGATA CTTTAAAAAT
AATCCTGAAA TTTTAAAGTT CTTAAAAAGA AAGTAA
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| Protein sequence | MQLKKILPIL FGLILLISIT TVFADDPVGN NSINNSNQFL FILGINSNAE ELHNVSKNLN
ISSKINITIV QKENLANDIN FSKYGVIIIE SINETTLEVW TSDINNAKIN GSKVIGYNLK
NNKNLPNVDL YSSEYEDIER YWVQGGEINI ENMVKFIGNK FSGIGYELIP EPEIIQPKIN
IAYIMYHDSS IHYLKEVTKK RNIITDMFNV TVMNGEEATN VESLSNQDVI IMYMIGHNTF
QGFEGKLVDA KNNSVKIGLF GMGFGEHVTT FDMEKSPHDI TKDYLYNGGF SNMENWIRCV
GATIKDTYIE YAPPKSPDVP ANGIYHPKAF PRIFSNSSEY LEWYEENGYN KSAPTIGIVT
GNLPKEKIDL KTEDSIIEYL ESNGINVIFA SQHAFSSDVD YFVKNDEVLV DTIISLKGFY
LNFGNQEKGV EYLQKYNVPI LKAVQDYYQT PDEYYNSRGL DIQSIAWQIT QPEIDGLTDF
IWIAGRVKDP DTGRMYYEPA EEQVEWLCNR AISWANLKYI DNKDKKVALI YYNHGGGKDN
IGASYLDVPK SIPLLLENMK NSGYMLDEPI PTGKQIIDMF IESRNVGPWA PGELESVVNS
KNAILVPVEE YLNWYDTLPQ QVKADIESMW GDAPGNIMVY ENSFVIPVVQ SGNLIMLPQP
MRGHASDESI LYHDKHLPPT HQYLATYFWI NNIFDADAII HFGTHGTQEW LPGKELGLWK
YDYPSIMVSD TPVIYPYIMD NVGEGTQAKR RGNAVIIDHL IPAISNAGLY GDLAEIHDRV
HLYENAVAQN NTEMAALYRE TITEYYKSLD FETDLNIPIG TIESMTDLEF ETFIGTVLHD
HLHNIGNSLM PMGLHVFGTA PEGERLVSLV KSMLGNEFID NIEPHIDASY TDLEDREMKA
GEIATELLNE ILLNGTDVSS VQLKILGIED VNIESNLETA LKYSNSLKET NKEIINTLRA
LNAEYITPGP GNDPIRNPSA IPTGKNFYSF DQRLIPNEET EAMGTILARQ MLDRYYETHG
EYPKNVAFVL WSVETMRHQG LMEAQIHALL GVKPVRSSGR VTGFKVIPLD EMNGYPRVDV
TVTPSGLYRD TYPYQLELID DAIRMVAQLN ETNETNYVKW NSLKIEQALL EMGYNETLAF
ELSRARIFSE APGSYGTGLS EAISASNTWD NEDKLAELYL SRMSHVYGKG TWGEGYKDVF
RLNILNMDAA VHSRSSNLYG LMDNDDVFQY LGALQLTKRS LTGENIDLYI ANLANPNDMK
VNTLQEALRT ELRSRYLNPK WIEGMMEHDY AGAREFMKFT EYMWGWNVVT PDLISDNDWN
ELHKIYVEDK YGIGVNEFMK DANPYAYQSM TSRMLETARK DYWDASDETL QNLANEYIKS
VVEYGVTCCH HTCANVELNK WALANSNLDK TTLNEFMEKY ETATNTNIKP DLESNPKTSK
SSSSSQKLYS NEEIEEVKEV KVNETVKVNT TKTDSSSLVG SDNNNKNTLN QDSNTLDSSK
KAYEVTVNEP VSSSSSSTTI IAIIAALGMT GLIGFGYFKN NPEILKFLKR K
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