| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | MmarC7_1179 |
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| Symbol | |
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| ID | 5328965 |
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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 C7 |
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| Kingdom | Archaea |
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| Replicon accession | NC_009637 |
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| Strand | - |
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| Start bp | 1146921 |
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| End bp | 1149890 |
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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 | 36% |
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| IMG OID | 640793734 |
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| Product | phosphoribosylformylglycinamidine synthase |
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| Protein accession | YP_001330396 |
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| Protein GI | 150403102 |
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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 | 11 |
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| Plasmid unclonability p-value | 0.783256 |
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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 | 17 |
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| Fosmid unclonability p-value | 1 |
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| Fosmid Hitchhiker | No |
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| Fosmid clonability | normal |
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Sequence |
| Gene sequence | ATGCAAACGA TTAATGCTGA AAACAACGGA AAAATATACA GAATAGAGAT TGATACAAAA
GAAAAAAGTT CTGAAGCAAA ATCGATTGAA AAAAAGCTAT TCGAACTTGG ATTCAATGTA
TCCGTAGACG TGAACAAGGT CTACACAATA AACTACGATT TTTCAATTGC AGATGTTGAA
AAAATTGCAA ATTCACTTCA CAATCCTGTA ACGGAAACCT CAAGAATAAA TGTTCCATTT
AACAATAAAT TCGACTGGGC ACTTGAACTT GGATTTTTAC CAGGAGTTAC CGATAACGTT
GCAAACACGA CCACTGAAAT CATTAACGAT CTTTTAAAAA TCGATATTGG ACTCAGCAAG
GTATTTTCAT CAAAAATAAT ATATTTAAAC GGAAATTTAG CAAAACACGA CGTTGAAAAA
ATTGCAGAAG AGCTTATCAA CATTTTAATC GAGAGATATC ACATTAAAAC TTATGATAAT
TACGTTAAAG ACTGCGGAAT GGATTACATT ATCCCAAAAG TAAATTTAAC GTCTGAACCA
AAAGTTATTG AAATTAATTT AAATGTAAGC GACGATGAAT TAATCGAAAT CGGTAAAAAA
GGGATATTGG ATCCAGAAAC TGGCGAAAGA CGAGGCCCTC TTGCACTTGA CCTCGATTAC
ATTACCGCAA TAAAAGAATA CTATCAAAAA GAAGGCAGAA ATCCAACAGA CATTGAATTA
GAAGCACTCG CTCAGACATG GTCAGAACAC TGTAAACATA CTATTTTTGC ATCACAAATT
GATGATATCG AAGAAGGAAT CTTTAAAAAA TACATAAGAA ATGCTACATA CGAAATAAGA
AAAGAACTCG GCGAAAAAGA CTTCTGTATT TCCGTATTTT CAGATAATTC CGGTGGAATC
ATATTTGACG ATGAATGGAT GGTGACTGAT AAGGCAGAAA CCCACAACAG CCCTTCAGCA
CTTGACCCAT TTGGTGGTGC AATTACCGGA ATTGTTGGAG TTAACAGGGA TACTGTTGGT
TTTGGTCTTG GAGCACTCCC TGTTGCAAAT AAATACGGAT TCTGCGTTGG AAGGCCCGAA
GATACAGAAA TAATTTACAG GGGACAAAAC AAAACAAATC CATCACTACT CCCAAGAAGA
ATACTTGATG GAATCGTTCA CGGAGTAAAT GTTGGAGGAA ACCAATCAGG AATTCCAACC
CCTAACGGAT TCGTCTACTT TGATGATACT TACAAGGGAA AACCTCTCGT ATTCGTTGGA
ACTATCGGTT TAATTCCAAG AAAACTTCCA GACGGAAGAT TAAGCCACGA AAAAGCGGCT
GAAAACGGAG ATAACGTCGT AGTTATTGGT GGAAGAGTTG GAAAAGATGG AATTCACGGT
GCAACGTTCT CCTCAGAAGC CATGGATGAA GGAAGCCCTG CAACAGCAGT TCAAATTGGA
GACCCGATTA CCCAGAAAAA ACTCTCGGAT GCAGTTGTTA AAGAAGCTAG AGATAAAGGA
CTCTACAACA GCATTACTGA TAACGGTGCT GGTGGAATTT CCTGTTCGGT TGCGGAAATG
GCTGAAGAAT GTGGCGGTTT TGTTGTAGAA CTCGAAAAAG TTCCTTTGAA ATACCCTGGA
CTCGAACCTT GGGAAATCTG GATAAGTGAA TCACAGGAAA GAGTTACACT ATCCGTTCCA
GACGATAAAT TAGAAGAATT CATGGATTTA ATGAAAATAA GGGGCGTTGA AGCTGTTGTA
ATTGGTAAAT TTAACAATAC CGATAGAGCC GTTGTAAATT ACAATGGAAA GACCATTATG
GATTTAAATA TGGACTTTTT ACACAACGGG CTTCCAAAAA GAAAATTAAT AACAAAACCT
TACCCTTACA AAACAGACGA ACCAGAAATT GCTGTTGAAA ACCAGTTAAA AACTTTTGAA
ACAGTACTTG GAAACCACAA CAATTGCAGT TTTGAATACA TTTCAAAACA ATACGACCAC
GAAGTGCAAA ATAATTCGGT AATAAAACCA CTTCAAGGAA AAGGAAGAGT AAATGGAACT
GCTTCAGTTG TAAGGCCCCT TTTAAGTAGT AAAAAAGGAC TCGTAATGAG CCAGTCGCTT
TTCCCAAGAT TGAGCGAAAT TAGCTGCTAT GACATGGCTG CATGTGCAAT GGATACCGCA
ATTCGAAACT GTGTTGCAGT TGGCGGAAAT ATCGACCATA TCGCGATAAT GGACAACTTC
TGCTGGTGCA GTTCAGATGA GCCTGAAAGG TTATACCAGT TAAAAGATGC TGCAAAATCA
TGCTACGATT ACGCAAAAAC ATACTTAACC CCATTAATTT CTGGAAAAGA CAGTATGTTT
AACGATTTCA AAGGATTTGA CGAAAATAAT AATCCAATTA AAATCTCGGT GCACCCTACT
TTGATGATGT CTGCCCTTGG TGTAATCGAT AACGTGGAAA ATACAAATTC AATGGATTTA
AAATTAAAAG ACGATTTAAT TTACGTTATT GGAGAAACTA AAGACGAATG CGGGGGAAGT
GAATTCTACC ATGCATTTAA TGAAGTTGGT GGAAAATCTC CGAAAGTCGA TGCAAAATCT
GCAAGAAAAT TGTACAAAAA AATGTACGAA TTAAGCCAGA ATGGAATACT TAGCTCCTGT
GCATCAGTCG CTGCAGGGGG ACTTGTAATT ACGCTTGCAA AAATGGCAAT TTCAGGTATG
CTTGGAATAG AAGCTGATTT ATCAAAAACA CCAAATGAAA ATCTTGAATT TGAAAAAATC
ATGTATTCAG AAACACAATC AAGATTTATA GTTACTATTG CTCCTGAAAA TGAAAAAGAA
TTTGAAAATT TAATGAAAGA ATTCAAAATC GGAAAAATAG GTAAAGTTAC TGAAAAAGAA
TTCATAATCA AGAATAATGA AGATATTGTG ATAACTTCAA GCCTTGAAAA CATGGACGAA
GTATACAGAA GGAGATTTGA GGAGTTCTAG
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| Protein sequence | MQTINAENNG KIYRIEIDTK EKSSEAKSIE KKLFELGFNV SVDVNKVYTI NYDFSIADVE
KIANSLHNPV TETSRINVPF NNKFDWALEL GFLPGVTDNV ANTTTEIIND LLKIDIGLSK
VFSSKIIYLN GNLAKHDVEK IAEELINILI ERYHIKTYDN YVKDCGMDYI IPKVNLTSEP
KVIEINLNVS DDELIEIGKK GILDPETGER RGPLALDLDY ITAIKEYYQK EGRNPTDIEL
EALAQTWSEH CKHTIFASQI DDIEEGIFKK YIRNATYEIR KELGEKDFCI SVFSDNSGGI
IFDDEWMVTD KAETHNSPSA LDPFGGAITG IVGVNRDTVG FGLGALPVAN KYGFCVGRPE
DTEIIYRGQN KTNPSLLPRR ILDGIVHGVN VGGNQSGIPT PNGFVYFDDT YKGKPLVFVG
TIGLIPRKLP DGRLSHEKAA ENGDNVVVIG GRVGKDGIHG ATFSSEAMDE GSPATAVQIG
DPITQKKLSD AVVKEARDKG LYNSITDNGA GGISCSVAEM AEECGGFVVE LEKVPLKYPG
LEPWEIWISE SQERVTLSVP DDKLEEFMDL MKIRGVEAVV IGKFNNTDRA VVNYNGKTIM
DLNMDFLHNG LPKRKLITKP YPYKTDEPEI AVENQLKTFE TVLGNHNNCS FEYISKQYDH
EVQNNSVIKP LQGKGRVNGT ASVVRPLLSS KKGLVMSQSL FPRLSEISCY DMAACAMDTA
IRNCVAVGGN IDHIAIMDNF CWCSSDEPER LYQLKDAAKS CYDYAKTYLT PLISGKDSMF
NDFKGFDENN NPIKISVHPT LMMSALGVID NVENTNSMDL KLKDDLIYVI GETKDECGGS
EFYHAFNEVG GKSPKVDAKS ARKLYKKMYE LSQNGILSSC ASVAAGGLVI TLAKMAISGM
LGIEADLSKT PNENLEFEKI MYSETQSRFI VTIAPENEKE FENLMKEFKI GKIGKVTEKE
FIIKNNEDIV ITSSLENMDE VYRRRFEEF
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