| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Mevan_1183 |
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| Symbol | |
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| ID | 5325429 |
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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 | 1197011 |
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| End bp | 1199992 |
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| Gene Length | 2982 bp |
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| Protein Length | 993 aa |
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| Translation table | 11 |
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| GC content | 34% |
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| IMG OID | 640786867 |
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| Product | phosphoribosylformylglycinamidine synthase |
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| Protein accession | YP_001323693 |
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| Protein GI | 150399926 |
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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 | 10 |
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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 | ATGCAGATTG AAAGTACTAA AAAAGGACAG AAAACATTTA GAATCGCAAT CGATACGAAA
GAAAAAAGTT CTGAAGCAGT GAATATTGAA AAAAAGCTTT TAGGACTTGG ATACAACGTA
TCTATTGATG TAAGTAGAAT TTATACGCTA GATTACGATT TTTCAAGTGA AGAAATTCAA
ATGATTGCAA ATTCCCTTTA TAATCCAGTT ATAGAATTTT CAAGAGTAAA TACGCCATTT
AATAAAAAGT TTGATTTTGC ACTTGAATTA GGGTTTTTAC CAGGCGTTAC AGATAATGTT
GCAAATACAA CTACTGAAAT AATTAACGAC CTTTTAAAAA TCGATATAGG GCTTAGTAAA
GTCTTTTCTT CAAAAACGGT GTATATTACT GGAAATTTAA AAAAATTAAC CTATGAAGAC
GTTGAAAAGC TGGCTAAAGA ACTAATAAAC GTTTTAATCG AAAGATATCA TATAAAAACC
TACGATGAAT ATGTTAAAAA TAATGGAATG GAATTTATTG TTCCAAAAGT ACATTTAACA
GCCAAACCAA AAGTAATTGA AGTAAATCTA AACGTTAGCG ATGAAGAATT AATTGAAATA
GGTAAAAAAG GAATTTTAGA TCCCGATACC TTAGAAAGAC GAGGGCCATT AGCACTTGAC
ATTGAATACC TTACTGCAAT TAAAGACTAC TTTAAAAAAG AAGGAAGAAA TCCAAATGAT
ATTGAAATTG AAGCTATTGC TCAAACGTGG TCAGAACACT GTAAGCATAC TATTTTTGCA
TCAGAAATTG ACGAGGATGT AAAAGAAGGG ATATTTAAAA AATATATCCG AAATGCCACA
AATGAAATTA GAAAAGAGCT CGGTGAAAGG GATTTTTGTA TATCTGTATT TTCAGATAAT
TCCGGTGGAA TCATATTTGA TGAAAATTGG ATGGTAACTG ACAAAGCTGA GACCCATAAC
AGCCCTTCTG CACTCGACCC ATTTGGTGGG GCAATTACTG GAATTGTTGG GGTAAATCGT
GATACGATGG GTTTTGGACT TGGCGCCCTT CCAATTGCAA ATAAGTACGG TTTTTGTGTT
GGAAGGCCGG AAGATAGGAA TATAGTCTAT AGGGGGAAAA ATAAAAGCAA TCCTGCATTA
CTTCCTAAAA AAATTCTTGA AGGAGTTGTA CACGGAGTAA ATGTTGGTGG AAATCATTCA
GGAATTCCAA CACCAACTGG TTTTGTTTAT TTCGATGATT CCTACAAAGG AAAACCACTT
GTTTTTGTTG GAACGATTGG ATTAATCCCA AGAAAACTTC CAAATGGGGC GTTAAGTCAT
GAAAAACAGG CCCAGAAAGG AGATAATATC GTTGTAATTG GTGGAAGGGT TGGAAAAGAC
GGAATTCATG GTGCAACGTT TTCTTCGGAG GCTATGGATG AAGGAAGCCC TGCAACAGCA
GTTCAGATTG GTGACCCAAT AACCCAGAAA AAAGCATCTG ATGCAATAAT AAAAGAAGCT
AGGGATTTAG GACTTTATAA TAGTATTACC GATAACGGTG CAGGCGGAAT TTCATGTTCT
GTTGCTGAAA TGGCAAAAGA ATGCGGAGGA TTTGTTGTAG AACTTGAAAA AGTTCCTTTA
AAGTATCCGG GATTAGAACC TTGGGAAATA TGGATAAGCG AATCTCAAGA AAGAATAACC
CTTTCCGTTC CCGATGAAAA ATTAAACGAA TTCATGGAAC TTATGAAAAT AAGAGGCGTT
GAATCTGTCG TAATTGGTAA ATTTAATGAG ACAGATAGGG CTGTTGTAAA ATATAATAAT
AAAACCATAA TGGATTTAGA TATGGAGTTT TTACACGAAG GCCTTCCAAA GAAAAAACTT
CATACAATAC CTTATTTGTA CAATAAAGAA GAACCAGAAA TTAATATTAT AAACCACTTG
GAAATTTTTG AAAAAATACT TGGAAACCAC AATAACTGCA GTTTTGAATA TATTTCAAAA
CAGTACGATC ATGAAGTCCA AAACAATTCC GTAGTAAAAC CGCTTCAAGG AATTGGCCGG
GTAAATGGAA CTGCTTCAGT TATAAAACCA GTTTTAACAA GCAAAAAAGG ACTTGTTATG
AGTCAATCGC TCTATCCAAG GTTAAGCGAA ATAAACTGCT ATGATATGGC AGCTTGTGCA
ATCGATACTG CAATTAGAAA CTGTGTTGCT GTTGGCGGAA ATATAAACCA CCTTGCAATA
ATGGACAACT TCTGCTGGTG CAGTTCTGAT GAACCTGAAA GACTTTTCCA GTTAAAAGAA
ACTGCTAGGG CATGCTATGA TTACGCAAAA ATATATTTAA CACCGTTTAT ATCTGGAAAA
GATAGTATGT TCAATGACTT TAAAGGATTT GACGAAAATA ACAATCCAAT AAAAATTTCT
GCACTTCCAA CACTCATGAT TTCTGCACTT TCAGTAATAG ATGATGTGGA AAACACCAAT
ACAATGGAGT TTAAATTAGT TGGTGATTCA ATTTATATAA TCGGTAAAAC TTACGACGAA
TGCGGGGGAA GCGAGTTTTA CCATGCATTT TCAAAACTCG GTTCAAAATC TCCAAAAGTA
GATGCTAAAT ATGCAAGAAA ACTCTATGAA AGGATTTACG AGTTAAGTAA TAATAAGATT
TTAAGTTCAT GTGCGTCAGT TACGTTAGGA GGCATATTAA TTACTCTTTC AAAAATGGCA
ATTGCTGGAA AACTTGGTGC GGTTATTGAT TCTGCAGTTA TTCCAAATGA GTCTTTATCC
TTAGAAAAAA TACTCTATTC AGAAACTCAG TCAAGATTTA TCGTGACTGT CGCACCTGAA
AACGAAAAAG AATTTGAAAA ATTAATGGAA GAATTTGAAA TTCAAAAAAT AGGCAAGGTT
ACTGAAAAAG ACTTCGTAGT TAAACATAAA AACGAAATAA TAATAAATAC GAGCCTTGAA
AGAATGGAAG AAGTATATAA AAAGAGATTT AAGGACTTTT AA
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| Protein sequence | MQIESTKKGQ KTFRIAIDTK EKSSEAVNIE KKLLGLGYNV SIDVSRIYTL DYDFSSEEIQ
MIANSLYNPV IEFSRVNTPF NKKFDFALEL GFLPGVTDNV ANTTTEIIND LLKIDIGLSK
VFSSKTVYIT GNLKKLTYED VEKLAKELIN VLIERYHIKT YDEYVKNNGM EFIVPKVHLT
AKPKVIEVNL NVSDEELIEI GKKGILDPDT LERRGPLALD IEYLTAIKDY FKKEGRNPND
IEIEAIAQTW SEHCKHTIFA SEIDEDVKEG IFKKYIRNAT NEIRKELGER DFCISVFSDN
SGGIIFDENW MVTDKAETHN SPSALDPFGG AITGIVGVNR DTMGFGLGAL PIANKYGFCV
GRPEDRNIVY RGKNKSNPAL LPKKILEGVV HGVNVGGNHS GIPTPTGFVY FDDSYKGKPL
VFVGTIGLIP RKLPNGALSH EKQAQKGDNI VVIGGRVGKD GIHGATFSSE AMDEGSPATA
VQIGDPITQK KASDAIIKEA RDLGLYNSIT DNGAGGISCS VAEMAKECGG FVVELEKVPL
KYPGLEPWEI WISESQERIT LSVPDEKLNE FMELMKIRGV ESVVIGKFNE TDRAVVKYNN
KTIMDLDMEF LHEGLPKKKL HTIPYLYNKE EPEINIINHL EIFEKILGNH NNCSFEYISK
QYDHEVQNNS VVKPLQGIGR VNGTASVIKP VLTSKKGLVM SQSLYPRLSE INCYDMAACA
IDTAIRNCVA VGGNINHLAI MDNFCWCSSD EPERLFQLKE TARACYDYAK IYLTPFISGK
DSMFNDFKGF DENNNPIKIS ALPTLMISAL SVIDDVENTN TMEFKLVGDS IYIIGKTYDE
CGGSEFYHAF SKLGSKSPKV DAKYARKLYE RIYELSNNKI LSSCASVTLG GILITLSKMA
IAGKLGAVID SAVIPNESLS LEKILYSETQ SRFIVTVAPE NEKEFEKLME EFEIQKIGKV
TEKDFVVKHK NEIIINTSLE RMEEVYKKRF KDF
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