| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | MmarC6_0772 |
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| Symbol | |
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| ID | 5738861 |
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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 maripaludis C6 |
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| Kingdom | Archaea |
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| Replicon accession | NC_009975 |
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| Strand | + |
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| Start bp | 713534 |
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| End bp | 716503 |
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| Gene Length | 2970 bp |
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| Protein Length | 989 aa |
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| Translation table | 11 |
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| GC content | 37% |
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| IMG OID | 641283239 |
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| Product | phosphoribosylformylglycinamidine synthase |
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| Protein accession | YP_001548821 |
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| Protein GI | 159905159 |
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| COG category | [F] Nucleotide transport and metabolism |
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| COG ID | [COG0046] Phosphoribosylformylglycinamidine (FGAM) synthase, synthetase domain |
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| TIGRFAM ID | [TIGR01736] phosphoribosylformylglycinamidine synthase II |
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Plasmid Coverage information |
| Num covering plasmid clones | 25 |
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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 | ATGCAAACGA TTAATGCTGA AAACAACGGA AAAATATACA GAATTGAGAT AGATACGAAA
GAAAAAAGTT CTGAAGCAAA GGTAATCGAA AAAAAGCTAT CTGAACTTGG ATACGATGTA
TCAGTAGATG TAAGCAAGGT CTACACGATA AATTACGATT TTTCAATTGC GGATGTTGAA
AAAATTGCAG ATTCACTCCA CAATCCCGTA ACCGAAATAC CAATAATAAA TCTTCCGTCA
AACAATAAAT TCGACTGGGC GCTTGAACTT GGATTTTTAC CGGGAGTTAC TGATAACGTT
GCAAACACGA CTACTGAAAT CATTAACGAT CTTTTAAAAA TCGATATTGG ACTCAGCAAG
GTATTTTCAT CAAAAGTAGT ATATTTAAGC GGAAATTTGG CGAAACACGA CGTTGAAAAA
ATTGCAGAAG AACTTATCAA CATTTTAATC GAGAGATATC ACATAAAAAC CCATGATAAT
TACGTTAAAG ACTGTGGAAT GGACTACATT ATCCCAAAAG TAAATTTAAC GTCTGAACCA
AAGGTTATTG AAATCAACTT GAATGTTAGC GATGATGAAT TAATCGAAAT CGGTAAAAAA
GGAATATTGG ACCCAGAAAC TGGCGAAAGA AGAGGCCCTC TCGCACTTGA TCTTGATTAC
ATCACTGCAA TAAAAAAATA CTACCAAAAA GAAGGCAGAA ACCCAACCGA CATCGAATTA
GAAGCACTTG CTCAGACATG GTCAGAACAC TGTAAACACA CTATTTTCGC TTCCCAAATC
GATGATATCG AAGAAGGAAT CTTTAAAAAG TACATAAGAA ATGCTACAAA TGAAATAAGG
GAAGAACTCG GTGAAAAAGA CTTCTGTATT TCAGTATTTT CAGATAACTC CGGTGGAATC
ATCTTTGACG ATGAATGGAT GGTAACAGAT AAGGCAGAAA CCCACAACAG CCCCTCAGCA
CTTGACCCAT TCGGTGGTGC GATTACAGGA ATCGTTGGAG TTAACCGGGA CACTGTTGGA
TTTGGTCTTG GAGCACTTCC TGTTGCGAAT AAATACGGAT TCTGTGTTGG AAGGCCCGAA
GATACAGAAA TAATTTACAG GGGGCAGAAC AAATCAAACC CCTCACTTCT TCCAAGAAGA
ATACTTGACG GAATCGTTCA CGGCGTAAAT GTTGGTGGAA ACCAGTCCGG AATCCCTACA
CCTAACGGAT TTGTCTACTT TGATGATACT TACAAAGGAA AACCTCTCGT ATTCGTTGGA
ACTATCGGGT TAATTCCAAG AAAACTTCCA GACGGAAGAT TAAGCCACGA AAAAGCGGCT
GAAAATGGAG ATAACATTGT AATTATCGGC GGAAGAGTTG GAAAAGATGG AATTCACGGT
GCAACTTTCT CCTCAGAAGC AATGGACGAA GGAAGCCCTG CAACAGCAGT TCAAATTGGG
GACCCGATAA CCCAGAAAAA ACTCTCTGAT GCAGTAATTA AGGAAGCAAG AGATAAAGGA
CTCTACAACA GTATTACTGA CAACGGTGCA GGGGGAATTT CCTGTTCAGT TGCAGAAATG
GCTGAAGAAT GCGGCGGTTT CGTTGTAGAA CTTGAAGAAG TTCCTTTAAA ATACCCTGGA
CTTGAACCTT GGGAAATCTG GATAAGTGAA TCTCAAGAAC GAGTTACGCT ATCCGTTTCA
GATGATAAAT TAGAAGAATT CATGGATTTA ATGAAAATAA GGGGCGTTGA AGCTGTTGTA
ATCGGTAAAT TTAACAATAC TGATAGAGCA GTTGTAAACT ATAACGGAAA GACCATAATG
GATTTAAATA TGGACTTTTT ACACAACGGA CTTCCAAAAA GAAAGTTAAT AACAAAACCT
TATCCCTACG AAACAGAAGA ACCAGAAATT ACTGTTAAAA ACCAGCTGGA AACTTTTGAA
AAAATACTTG GAAACCACAA CAACTGCAGC TTCGAGTACA TTTCAAAACA GTACGACCAC
GAAGTACAGA ATAATTCAGT AATAAAACCA CTTCAAGGAA AAGGAAGAGT AAATGGAGCT
GCTTCAGTTA TAAGGCCCCT TTTGAGTAGC CAAAAAGGAC TTGTAATGAG CCAGTCGCTT
TTCCCAAGAT TAAGCGAAAT CAGCTGCTAC GACATGGCGG CATGTGCCAT GGATACTGCA
ATTAGAAACT GTGTTGCAGT GGGTGGAAAT ATAAACCATA TCGCAATTAT GGACAATTTC
TGCTGGTGCA GTTCAGATGA GCCTGAAAGA TTGGATCAAT TAAAAGATGC TGCAAAATCA
TGCTACGATT ACGCAAAAAT CTATCTTACC CCATTGATTT CTGGAAAAGA CAGTATGTTT
AACGATTTCA AAGGATTTGA TGAAAATAAC AACCCGATTA AAATTTCAGT GCACCCCACC
CTGATGATGT CTGCCCTTGG TGTAATCGAT AATATAGAAA ATACAAACTC AATGGATTTA
AAATTGAAAG ACGATTTAAT TTACGTTATA GGGGAAACTA AAGACGAATG CGGTGGAAGT
GAATTCTACC ATGCATTTGG CGAAATTGGC GGAAAATCTC CAAAAGTTGA TGCAAAATCG
GCTAGAAAAT TGTACGAAAA AATGTACGAA TTAAGCCAGA AAGGAATATT TAGCTCATGT
GCATCAGTTG CTGCTGGAGG ACTTGTAATT ACGCTTGCAA AAATGGCAAT TTCAGGTTGC
CTCGGATTAG AAGCTGATTT ATCAAAAGCT CCAAATGAAA ATATTGATTT TGAAAAAATC
ATGTATTCTG AAACACAATC AAGATTCATA GTAACTATTG CTCCTGAAAA TGAAAAAGAA
TTTGAAAATT TAATGAACGA ATTCAAAATA GGAAAAATAG GTAAAGTTAC TGAAAAAGAA
TTCGTAATTA AGAATAATGA AGATATTGTG ATAACTTCAA GCCTTGAAAA CATGGACGAA
GTGTACAGAA GTAGATTTGA GGATTTCTAG
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| Protein sequence | MQTINAENNG KIYRIEIDTK EKSSEAKVIE KKLSELGYDV SVDVSKVYTI NYDFSIADVE
KIADSLHNPV TEIPIINLPS NNKFDWALEL GFLPGVTDNV ANTTTEIIND LLKIDIGLSK
VFSSKVVYLS GNLAKHDVEK IAEELINILI ERYHIKTHDN YVKDCGMDYI IPKVNLTSEP
KVIEINLNVS DDELIEIGKK GILDPETGER RGPLALDLDY ITAIKKYYQK EGRNPTDIEL
EALAQTWSEH CKHTIFASQI DDIEEGIFKK YIRNATNEIR EELGEKDFCI SVFSDNSGGI
IFDDEWMVTD KAETHNSPSA LDPFGGAITG IVGVNRDTVG FGLGALPVAN KYGFCVGRPE
DTEIIYRGQN KSNPSLLPRR ILDGIVHGVN VGGNQSGIPT PNGFVYFDDT YKGKPLVFVG
TIGLIPRKLP DGRLSHEKAA ENGDNIVIIG GRVGKDGIHG ATFSSEAMDE GSPATAVQIG
DPITQKKLSD AVIKEARDKG LYNSITDNGA GGISCSVAEM AEECGGFVVE LEEVPLKYPG
LEPWEIWISE SQERVTLSVS DDKLEEFMDL MKIRGVEAVV IGKFNNTDRA VVNYNGKTIM
DLNMDFLHNG LPKRKLITKP YPYETEEPEI TVKNQLETFE KILGNHNNCS FEYISKQYDH
EVQNNSVIKP LQGKGRVNGA ASVIRPLLSS QKGLVMSQSL FPRLSEISCY DMAACAMDTA
IRNCVAVGGN INHIAIMDNF CWCSSDEPER LDQLKDAAKS CYDYAKIYLT PLISGKDSMF
NDFKGFDENN NPIKISVHPT LMMSALGVID NIENTNSMDL KLKDDLIYVI GETKDECGGS
EFYHAFGEIG GKSPKVDAKS ARKLYEKMYE LSQKGIFSSC ASVAAGGLVI TLAKMAISGC
LGLEADLSKA PNENIDFEKI MYSETQSRFI VTIAPENEKE FENLMNEFKI GKIGKVTEKE
FVIKNNEDIV ITSSLENMDE VYRSRFEDF
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