| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Mhun_1061 |
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| Symbol | |
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| ID | 3925163 |
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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 | Methanospirillum hungatei JF-1 |
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| Kingdom | Archaea |
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| Replicon accession | NC_007796 |
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| Strand | + |
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| Start bp | 1195283 |
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| End bp | 1198222 |
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| Gene Length | 2940 bp |
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| Protein Length | 979 aa |
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| Translation table | 11 |
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| GC content | 51% |
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| IMG OID | 637896701 |
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| Product | phosphoribosylformylglycinamidine synthase II |
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| Protein accession | YP_502530 |
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| Protein GI | 88602352 |
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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 | 13 |
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| Plasmid unclonability p-value | 0.726589 |
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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 | 5 |
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| Fosmid unclonability p-value | 0.0660038 |
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| Fosmid Hitchhiker | No |
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| Fosmid clonability | normal |
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Sequence |
| Gene sequence | ATGGCATATG TCCACCGGAT AGAAGTCCAA TATAAAACCG ATCCCAGACT AAAGGTCAGA
ACTGATCGGA TCCGTTCACT TGGGTTTCCC ATTGATGAAC TTCATGTGAT CGATATCTAT
ACCATCTCAA CGAATTCACA TGACTTTAGC CCTGAAGAAC TGCGTGAGAT CGGAACTCAG
CTCATAAACC CGGTGGTACA GACATGTACC GTTGATACGG CCACAATCGC ACACTTTGAT
ACGGCCATTG AAGTCGGGTT TCTTCCCGGA GTGACCGACA ACGTAGGAAC AACCGCACGC
CAGACCATCG AAGACTACAC CAAACGAAAA TTCGGGCCAG GAGAAGCGGT ATACTCATCT
CAGCTCTTCT TTGTCAAAGG AAGGCTTTCA CCAGCAGCGA TTGAAAACCT GGCCGCAACA
CTTGCCAATC CCCTTATCAA CCGGGTTCAT ATAAAATCAC GAGCAGAGTA CGGCACGACA
GGGATGGACA GAGTTGTCCC GGTTGTCAGC CTGCACGAAC TCCCGACTGC TGAACCGGTA
GATCTTGACG TTGACGACCA GGAACTTATC AGAATCGGAA AGGAAGGCAT CATAGACGCT
GAGACCGGAC AGAGAAGAGG CCCGCTCGCA CTCGATCTGG TGCAGTTGCA TGCAATCCGT
GACTATTTTC AAGCTCAGGG GAGAAAACCG ACCGATGTTG AGATAGAATC ACTGGCCCAG
ACCTGGAGTG AGCATTGTAA GCATACGATC TTTGCCTCAC CAATGGACGA TGATATGCCA
AGAGGGCTGT ATAAAACCTG CATCCAGGCA GCTACCAATA CCATACGGGC ACAAAAAGGC
GACAAGGACA TCTGCCTGAG TGTCTTCTCC GACAATTCAG GGGCGATTAT CTTTGACGAC
CATTATCTTG TCACCCATAA GGTCGAAACC CATAACTCCC CGTCTGCACT TGATCCTTTT
GGCGGGGCAC TAACCGGCAT TGTGGGGGTA AACCGGGACA CCATCGGGTT TGGTCTGGGA
GCAAAGCCCT GTATCAACAT CTACGGGTTC TGTGTCGGCG ACCCGGAGAG CAATCCGGTC
CTCTATCGTG GGAAAAATAG GTCAAATCCG ATCCTCTCTC CGCGACGGAT TCTTGACGGG
GTGGTGTCAG GTGTCGGTGT TGGCGGGAAC TGTTCAGGCA TCCCCACCCC CCAGGGATTT
GTCTGGTTTG ATGACCGGTA TGTTGGAAAA CCCCTGGTCT TTGCAGGAAC GGTCGGCATA
ATGCCCCGAA CTGACGGAAC ACGCAAGCTC TATGAGAAAC AGGCACGGCC GGGAGATCTT
ATTGTCATGA TTGGCGGGAG GGTCGGGAAA GATGGCATTC ATGGGGCAAC GTTCTCCTCA
GAGGCACTGG ACCCGAAAAG TCCGGTCACC GCCGTCCAGA TAGGAGATCC CATCACTCAG
AAGAAATTAT CCGATGTTAT CGTCAAGGAG GCCCGTGACC GGGGACTGTA TACCAGTATC
ACCGATAACG GCGCCGGTGG AATCTCCTGT TCGGTTGCAG AGATGGCAAA GGAATGTAAT
GGATGTCATG TCTTGCTCGA TAAAGTACCG CTCAAATATC CGGGGATGGC ACCCTGGGAG
ATCTGGATCT CTGAATCACA GGAACGCATG ACACTTGCGG TTCCACCAGA AAAACTGGAT
GAATTCATGG ACCTCCTGGC CAGCCGGGAC GTAGAGGCAA CGGTTATCGG AACATTCACC
AACACCGGCC GGTGTATTGT GGAGTATCAT GGATCTGTCG TGATGGATAT CGAACTCTCC
TTCCTGCACG ACGGTGTTCC GGTAAAACAA TTAAAGACAG AACCAACAGT CCCGGTTCCA
TCAGATCCCA TGCCACCGTG CCCGGAACAA CTGGATCTGA TCCTCAAAGA GATGCTTGCG
AGAAAGAATA TCTGTTCCAA GGAGTTCATC TCCATCCAAT ATGACCATAC CGTCCAGGGC
GGTCATGTTC TTGGCCCGGT CCAGGGACCA GGACGAGTGC AGGGGATGGC AACCCTTATG
AAAGTAGTTC CTGGTTCAAA GAAAGGAGTG GGTTTATCAC AGGGCATCTT CCCGTCCTAC
TCAGAGATTG ACTCCTACCG GATGGCGATT GCCTGTATTG ACACCGCGAT CCGTGGTCTT
ATCGCCCTTG GTATTCCGCT TGATGCGATA GCCATTCTTG ATAATTTCTG CTGGTGTTCT
TCAGATGATC CAAAGCGTCT GGCCCAGCTT AAAGCGGCAG CTCGTGGTTG TTATGACGGG
GCCACCGGGT TTGAGACACC ATTCATCTCA GGAAAAGACA GTATGTTCAA CGACTTCAGG
GGATATGACG GGGAGAGTAA TCCGGTGCTG GTCTCCGTGC CCCCGACGCT CCTTATATCC
TCCATCGGTA TCCATCCGGA TGTGACAAAA GCAGTCTCCC TTGATGCGAA GATCGAAGGA
GATCTCGTTT ATCTGATCGG AGAGAACAGG GATGAACTTG GCGGTTCTGA ATACGCTGCT
CATCTTAATA TCTCCGGTGG CATCGTCCCT GCCATTGATA TTCCAGCCAT GAAGGCCAGA
TACCATCGAC TCACCCATGC TATTTTACAC GATCTTGTTG CATCTGCTTT CCCGGTTACC
CACGGAGGAC TTGCCGTTGC CCTTGCCAAG GTTGCAATCG GTGGAAAACT TGGTATGGAT
GTCACCCTTT CCGGAGACCT GCGATCAGAT GTCCTTCTCT TTTCAGAAAC ACTCGGACGA
TTTATTGTGA CGGTTGATCC TGATAAGAAA CGATCATTTG AACTGGCAAT GGGATCTGAC
GCAACACTGA TTGGCAGGGT AACGGGGAAG AACCTGCAGA TAACCGGCCC CTCACTCAGA
ATATCTGTTC CGGTCAGTGA GCTTGAATCT GCGTATAAAA AACCATTCGG AGGGTACTAA
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| Protein sequence | MAYVHRIEVQ YKTDPRLKVR TDRIRSLGFP IDELHVIDIY TISTNSHDFS PEELREIGTQ
LINPVVQTCT VDTATIAHFD TAIEVGFLPG VTDNVGTTAR QTIEDYTKRK FGPGEAVYSS
QLFFVKGRLS PAAIENLAAT LANPLINRVH IKSRAEYGTT GMDRVVPVVS LHELPTAEPV
DLDVDDQELI RIGKEGIIDA ETGQRRGPLA LDLVQLHAIR DYFQAQGRKP TDVEIESLAQ
TWSEHCKHTI FASPMDDDMP RGLYKTCIQA ATNTIRAQKG DKDICLSVFS DNSGAIIFDD
HYLVTHKVET HNSPSALDPF GGALTGIVGV NRDTIGFGLG AKPCINIYGF CVGDPESNPV
LYRGKNRSNP ILSPRRILDG VVSGVGVGGN CSGIPTPQGF VWFDDRYVGK PLVFAGTVGI
MPRTDGTRKL YEKQARPGDL IVMIGGRVGK DGIHGATFSS EALDPKSPVT AVQIGDPITQ
KKLSDVIVKE ARDRGLYTSI TDNGAGGISC SVAEMAKECN GCHVLLDKVP LKYPGMAPWE
IWISESQERM TLAVPPEKLD EFMDLLASRD VEATVIGTFT NTGRCIVEYH GSVVMDIELS
FLHDGVPVKQ LKTEPTVPVP SDPMPPCPEQ LDLILKEMLA RKNICSKEFI SIQYDHTVQG
GHVLGPVQGP GRVQGMATLM KVVPGSKKGV GLSQGIFPSY SEIDSYRMAI ACIDTAIRGL
IALGIPLDAI AILDNFCWCS SDDPKRLAQL KAAARGCYDG ATGFETPFIS GKDSMFNDFR
GYDGESNPVL VSVPPTLLIS SIGIHPDVTK AVSLDAKIEG DLVYLIGENR DELGGSEYAA
HLNISGGIVP AIDIPAMKAR YHRLTHAILH DLVASAFPVT HGGLAVALAK VAIGGKLGMD
VTLSGDLRSD VLLFSETLGR FIVTVDPDKK RSFELAMGSD ATLIGRVTGK NLQITGPSLR
ISVPVSELES AYKKPFGGY
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