| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | MmarC5_1496 |
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| Symbol | |
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| ID | 4927794 |
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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 C5 |
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| Kingdom | Archaea |
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| Replicon accession | NC_009135 |
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| Strand | + |
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| Start bp | 1436934 |
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| End bp | 1439903 |
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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 | 640166992 |
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| Product | phosphoribosylformylglycinamidine synthase |
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| Protein accession | YP_001098007 |
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| Protein GI | 134046522 |
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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 | 17 |
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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 CTGAAGCAAC GGGAATCGAA AAAAAGCTAT CTGAACTTGG ATACGATGTA
TCAGTAGATG TAAGCAAGGT CTACACGATA AACTACGATT TTTCAATTGA GGATGTTGAA
AAAATTGCGA ATTCACTCCA TAATCCAGTA ACCGAAATAC CCCGGATTAA CGTTCCGTCC
AATAATAAAT TCGACTGGAC ACTTGAACTT GGATTTTTAC CAGGAGTTAC TGACAACGTT
GCAAACACGA CCACTGAAAT CATTAACGAT CTTTTAAAAA TCAATATTGG ACTCAGCAAG
GTATTTTCAT CAAAAGTAGT ATATTTAAGC GGAAATTTAG CGAAACACGA CGTTGAAAAA
ATTGCAGAAG AGCTTATCAA CATTTTAATC GAGAGATACC ACATAAAAAC CTATGATAAT
TACGTTAAAG ACTGCGGAAT GGACTACATT ATTCCAAAAG TAAACTTAAC GTCTGAACCA
AAGGTTATTG AAATCAGCCT AAATGTTAGC GATGATGAAT TAATCGAAAT CGGTAAAAAA
GGAATATTGG ATCCAGAAAC TGGCGAAAGA AGAGGCCCTC TCGCACTTGA TCTTGATTAC
ATCACTGCAA TAAAAAAATA CTACCAAAAA GAAGGCAGAA ACCCTACAGA TATCGAGTTA
GAAGCACTTG CTCAGACATG GTCTGAACAC TGTAAACATA CCATTTTTGC ATCCCAAATC
GACGATATCG AAGAAGGAAT ATTTAAAAAG TACATAAGAA ATGCCACAAA TGAAATAAGG
GAAGAACTTG GTGAAAAAGA CTTCTGTATT TCAGTATTTT CAGATAACTC TGGTGGAATC
ATCTTTGACG ATGAATGGAT GGTAACTGAT AAAGCAGAAA CTCACAACAG CCCTTCAGCA
CTTGACCCTT TTGGTGGTGC AATTACAGGA ATTGTTGGAG TTAATCGGGA TACTGTCGGA
TTTGGCCTTG GAGCACTTCC TGTTGCAAAT AAATACGGAT TCTGCGTTGG AAGACCCGAA
GATACAAAAA TAATCTACAG GGGCCAGAAT AAATCAAACC CATCACTTCT TCCAAGAAGA
ATACTTGATG GAATCGTTCA CGGCGTAAAT GTTGGTGGAA ACCAGTCCGG AATTCCAACC
CCTAATGGAT TTGTCTACTT TGACGATACT TATAAAGGAA AACCTCTCGT ATTCGTTGGA
ACTATCGGTT TAATTCCAAG AAAACTTCCA GATGGAAGAT TAAGCCACGA AAAAGCGGCT
GAAAATGGAG ATAACATTGT AATTATCGGC GGAAGAGTTG GAAAAGATGG AATTCACGGT
GCAACATTCT CCTCAGAAGC AATGGATGAA GGAAGCCCTG CAACTGCAGT TCAGATTGGA
GACCCAATTA CCCAGAAAAA ACTCTCTGAT GCAGTAATTA AGGAAGCACG AGATAGGGAA
CTTTACAACA GTATCACGGA CAACGGTGCA GGAGGAATTT CCTGTTCAGT TGCAGAAATG
GCAGAAGAAT GTGGCGGTTT 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 AACAAAACCG
TACCCCTACA AAACAGAAGA ACCAGAAATT ACTGTTAAAA ACCAGCTAAA AACTTTTGAA
AAAATACTTG GAAACCACAA CAACTGCAGC TTCGAGTACA TTTCAAAACA GTACGACCAC
GAAGTACAGA ATAATTCAGT AATAAAACCA CTTCAAGGAA AAGGAAGAGT AAATGGAGCT
GCTTCAGTTA TAAGGCCCCT TTTGAGTAGC CAAAAAGGAC TTGTAATGAG CCAGTCACTT
TTCCCAAGAT TGAGCGAAAT TAGCTGCTAC GACATGGCTG CTTGTGCACT GGATACAGCA
ATTAGAAACT GTGTTGCAGT TGGCGGAAAC ATAAACCATA TCGCAATTAT GGACAATTTC
TGCTGGTGCA GTTCAGATGA GCCCGAAAGA TTGTATCAAT TAAAAGATGC TGCAAAATCA
TGCTACGATT ATGCAAAAAT CTATCTTACT CCATTAATTT CTGGAAAAGA CAGCATGTTT
AATGATTTTA AAGGATTTGA CGAAAATAAC AACCAGATTA AAATTTCAGT GCACCCCACT
TTGATGATGT CAGCCCTTGG TGTAATCGAT AACGTGGAAA AAACAAACTC AATGGATTTA
AAATTGAAAG ACGATTTAAT TTACGTTATC GGAGAAACTA AAGACGAATG CGGTGGAAGT
GAGTTCTACC ATGCATTTGG TGAAGTTGGT GGAAAATCTC CGAAAGTTGA TGCAAAATCC
GCTAGAAAAT TGTACGAAAA AATGTACGAA TTAAGCCAGA AAGGAATATT TAGCTCCTGT
GCGTCAGTTG CTGCCGGAGG ACTCGCAATT ACTCTTGCAA AAATGGCAAT TTCAGGTATG
CTTGGATTAG AAGCTGATTT ATCAAAAGCT CCAAATGAAA ATCTTGACTT TGGAAAAATC
ATGTATTCTG AAACACAATC AAGATTTATA GTTACTATTG CTCCCGAAAA TGAAAAAGAA
TTTGAAAATT TAATGAAAGA ATTCAAAATA GGAAAAATCG GAAAAGTTAC CGAAAAAGAA
TTTGTAATTA AGAATAATGA AGATATTGTG ATAACTTCAA GCCTTGAAAA CATGGACGAA
GTGTACAGAA GTAGATTTGA AGATTTCTAG
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| Protein sequence | MQTINAENNG KIYRIEIDTK EKSSEATGIE KKLSELGYDV SVDVSKVYTI NYDFSIEDVE
KIANSLHNPV TEIPRINVPS NNKFDWTLEL GFLPGVTDNV ANTTTEIIND LLKINIGLSK
VFSSKVVYLS GNLAKHDVEK IAEELINILI ERYHIKTYDN YVKDCGMDYI IPKVNLTSEP
KVIEISLNVS DDELIEIGKK GILDPETGER RGPLALDLDY ITAIKKYYQK EGRNPTDIEL
EALAQTWSEH CKHTIFASQI DDIEEGIFKK YIRNATNEIR EELGEKDFCI SVFSDNSGGI
IFDDEWMVTD KAETHNSPSA LDPFGGAITG IVGVNRDTVG FGLGALPVAN KYGFCVGRPE
DTKIIYRGQN KSNPSLLPRR ILDGIVHGVN VGGNQSGIPT PNGFVYFDDT YKGKPLVFVG
TIGLIPRKLP DGRLSHEKAA ENGDNIVIIG GRVGKDGIHG ATFSSEAMDE GSPATAVQIG
DPITQKKLSD AVIKEARDRE LYNSITDNGA GGISCSVAEM AEECGGFVVE LEEVPLKYPG
LEPWEIWISE SQERVTLSVS DDKLEEFMDL MKIRGVEAVV IGKFNNTDRA VVNYNGKTIM
DLNMDFLHNG LPKRKLITKP YPYKTEEPEI TVKNQLKTFE KILGNHNNCS FEYISKQYDH
EVQNNSVIKP LQGKGRVNGA ASVIRPLLSS QKGLVMSQSL FPRLSEISCY DMAACALDTA
IRNCVAVGGN INHIAIMDNF CWCSSDEPER LYQLKDAAKS CYDYAKIYLT PLISGKDSMF
NDFKGFDENN NQIKISVHPT LMMSALGVID NVEKTNSMDL KLKDDLIYVI GETKDECGGS
EFYHAFGEVG GKSPKVDAKS ARKLYEKMYE LSQKGIFSSC ASVAAGGLAI TLAKMAISGM
LGLEADLSKA PNENLDFGKI MYSETQSRFI VTIAPENEKE FENLMKEFKI GKIGKVTEKE
FVIKNNEDIV ITSSLENMDE VYRSRFEDF
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