| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Pnec_0902 |
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| Symbol | |
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| ID | 6184367 |
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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 | Polynucleobacter necessarius subsp. necessarius STIR1 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_010531 |
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| Strand | - |
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| Start bp | 771952 |
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| End bp | 775989 |
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| Gene Length | 4038 bp |
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| Protein Length | 1345 aa |
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| Translation table | 11 |
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| GC content | 47% |
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| IMG OID | 641671530 |
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| Product | phosphoribosylformylglycinamidine synthase |
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| Protein accession | YP_001797714 |
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| Protein GI | 171463601 |
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| COG category | [F] Nucleotide transport and metabolism |
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| COG ID | [COG0046] Phosphoribosylformylglycinamidine (FGAM) synthase, synthetase domain
[COG0047] Phosphoribosylformylglycinamidine (FGAM) synthase, glutamine amidotransferase domain |
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| TIGRFAM ID | [TIGR01735] phosphoribosylformylglycinamidine synthase, single chain form |
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Plasmid Coverage information |
| Num covering plasmid clones | 18 |
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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 | 68 |
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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 | ATGTCTTTTT TCCACTTTTT GCCCGGCGCG GATGCGCTTT CCCCCTTTCG CCAACAACGA
CTTTTGGCCG CATTGGTTTC CCAAGGGGTT GAACTTGAGT CTATAGAAGC TCAATATCTC
CACTTCATTT GGTCATCATC AGAGCTTGGT AAAAGAAACC AGGAGATCAT GGCCAGCTTA
TTGACTTATG GTCAGCCGTT TAGCTCCAAA ATAAATTCCG GTAAATCATG GTTTGGAAAC
GGTAACGCAG ATCATCGAGG TGCCATCGTT ATCCCTCGAT TTGGAACCGT TTCTCCTTGG
GCTAGCAAGG CTACCGACAT TGCACGCCAA TGTGGGCTAG ATGTATTGCG TCTTGAGCGT
GGCATACAGT TTTCTTGGAA GAGCAAAAAA GCGCTGACCT CAGAGCAAAA GCAAATGGTA
CTTGCTGCGG TACATGACAG AATGACTGAG GCTGTTATCG ATTCAACGGA TGCGGCTAAT
GCTTTATATC AATCACTGGA AGACAAGCCA TTAGTCCGCA TTCCAGTCTT GACTGAGGGT
GGGGCAGCGC TTGATAGAGC CAATCAAGAA TTGGGACTAG CCTTATCCGA TGATGAGGTT
ACTTATCTCG CTGAAAACTT TATAAAGCTA GAGCATAATC CATCGGATGT TGAATTAATC
ATGTTTGCGC AGGCTAATAG CGAACATTGT CGTCATAAGA TTTTTAATTC CAGCTGGACA
ATTGATGGTG AAGATCAAGA ACGATCTTTA TTTGCCATGA TTCGCAATAC ACATCAATTA
CAGCCGCGGG GCACGATTGT TGCTTACTCC GATAACTCCG CCGTGATGGT TGGTTGTGAG
GCGGAGACGT GGGTTCCTCA GGGAACAGAT CATCGCTATG AAAAAGATAC GCGTTTAGTC
CACACCTTAA TGAAGGTAGA GACTCATAAT CACCCTACAG CTATTGCGCC ATTTCCAGGT
GCTTCTACTG GTGCAGGTGG TGAAATTCGA GATGAAGGCG CAACTGGTAT CGGTGGCCGC
CCTAAGGCAG GTCTTATTGG ATTCTCCGTA TCCAACTTAA ATATTCCAGG TACGGATCTT
CCATGGGAGT CTGAGAAATA CGGCAAGCCA GAGCGTATCG CTACACCATT GCAAATCATG
ATTGATGGTC CTTTGGGTGG GGCTGCATTT AATAACGAAT TTGGTAGACC TATTTTGGGC
GGATATTTCC GCGTATTTGA GCAGACCATA GATGGCACAC GCCGTGGTTA TCACAAACCA
ATCATGATTG CTGGTGGCAT CGGCAGTATT GACTCGATTC ACACAGAGAA AAAAGCGATT
CAAGCAGGGC ATTTGCTTAT TCAGCTTGGT GGCCCAGGTA TGCGTATCGG TATGGGCGGC
GCCACTGGTA GCTCTGTTTC TACCGGCACC AATACGGCAG ATCTCGATTT TGATTCAGTA
CAACGTGGTA ACCCAGAAAT GGAGCGTCGC GCACAAGAAG TGATTAATGC TTGCCGTGCA
CTTGGCGAAT ATAACCCGAT TGTTTCTATT CATGATGTTG GCGCAGGTGG CTTATCTAAT
GCCTTCCTCG AGTTGGCTGA TGGCGCAGGT TTAGGCGCTA CATTTAAGCT TCGCAATGTT
CCGCTCGAAG AGAGTGGTAT GAGCCCAGCA GAGATTTGGT GTAATGAATC TCAAGAGCGC
TACGTCTTAG CTATTGAAGA AAAAGATTTG GATTTATTTA AATCATTTTG CGAGCGTGAG
CGCTGCCCAT TCGCGGTCGT TGGAGAGGCC ACAAGGGAAC GCCAACTCAC ACTAAGTGAT
GCCAAGCAAC TTGCTGGTAC TGATGCAGCA TCCCCAATTG ATATGCCGAT GGAAGTGTTA
CTTGGTAAAC CTCCAAAAAT GCATCGGGAT GTCAAACGTG TTGCGCAAGA ATTTAAAGAA
TTAGACGTTA CTGATGCAGA TCTAGCACAA TCAATCGCCT GGGTCTTGCA ACAGCCTACT
GTTGCAAGTA AATCATTCTT AATCACAATT GGCGATAGAA CCGTTGGCGG CCTAAATGCC
CGCGATCAAT TTGTTGGGCC CTGGCAGGTT CCTGTGGCTG ATTGCGCAGT GACCATGATG
GATTACAAGG GCTATCGTGG CGAAGCAATG TCTATGGGCG AACGAACCCC ATTAGCAGTA
ATCGATGCTC CAGCCGCTGC ACGTATGGCT GTTGGAGAGG CTGTCACAAA CCTCTTGGCT
GCAGATATTG CAAATCTTCA AGGAATAAAA CTCTCCGCTA ACTGGATGGC TGCTTGCGGT
GCCCCGGGTG AGGATGCTAA GTTGTACGAC TCTGTAAAAG CTATTGGTAT GGAATTGTGC
CCAGCTCTTG GTATATCCAT TCCAGTTGGT AAGGATTCTT TATCGATGTC TACCGTATGG
CAAGAAAGTG GTAAATCGAA AAAAGTGGTT GCTCCAGTGT CATTAATTAT TTCTGCATTT
GCATCGGTAC AGGATGTTCA TAAGACATTA ACACCGCTTC TGCAATTGAA AGATCGAGCT
GGTTCTCCGC TAGATACTGA ACTTATTTTG ATCGACTTAG GTCGTGGAAA AAATCGCATG
GCCGGAAGTA TCCTGGCTCA GGTTTTAGAT CAGTCAGGAA AGTCAGCACC AGATATCGAT
CACCCAGAGG ATTTGAAGTC TTTCGCTTCT GCAATGATTG AGCTCCGCAA AGAAGGCAAG
TTGTTGGCCT ATCATGACCG TTCAGATGGC GGGCTATTAG CTTGCGTTGC AGAAATGGCA
TTTGCTTCAC ATTGTGGCAT TTCTATCAAT GTCGACATGA TTGCTATGGA TGCTGATCAA
GAGCCTGACT ATGGTGATGC CAAGAATTGG GCTCAGCAGA TCTCAGGTCG ACGTCATGAG
CAAACTATGC GCGCCTTATT CAACGAAGAG CTAGGCGCTG TTATACAAGT GAGCAAAGAA
GATCGTGAAT CTGTATTTGC AACTCTCAGG AAATTAGGAT TAAGTGCTTA TAGTCACGTG
ATTGGCAAGC CAAATACCAA TGGACGTATT GAAATTTGGC GTGATGCGAA AAATATATTC
GCCGAGCCTC GCGAAGTGTT GCAAAAGATC TGGACAAACA CTAGCTATCA AATAGCAAGG
CTACGGGACA ATCCTGCCTG CGCCGATAGT GAGTTTGCGC TTTTAGAAAA TATCTCTGAT
CCAGGCATGA GTCCGAGGTT AACGTTCAAT GCCTCCCAAG ATATAGCGGC ACCTTATATC
GCCAAGAATG TACGCCCAAA GGTCGTCATT CTGCGCGAGC AAGGTGTTAA TTCTCACGTT
GAAATGGCTT ACTCCGTTAA TTGGGCTGGA TTTGATAGCT ATGATGTCCA CATGTCCGAT
TTACTGAATG GCAAAGTCAA GTTAGAAGAC TTTAGAGGCT TAATTGCCTG TGGCGGCTTT
AGCTATGGCG ACGTCTTGGG TGCGGGCGAA GGTTGGGCTA AAACGATTCT TTTTAATCAG
CAGCTTCGGG ATCAATTCTC TTCATTCTTC AATCGTCAGG ATAGTTTTGC TCTCGGCGTC
TGTAATGGTT GTCAAATGAT GAGCAATCTA TCCGGAATTA TTCCTGGCGC AGAAGCTTGG
CCTAAATTTA CACGTAACCA ATCCGAGCAG TATGAGGCTC GTTTAGTTAT GACAGAGGTA
ATGGCTTCAC CATCTATCTT TACTCAGGGT ATGGAAGGCA GTCAAATTCC TACTGCGATT
GCGCACGGTG AAGGCTATGC AAACTTTAGT CTGCAAGGAA ATTTAGAGCA GATTCAAAAG
CAGGGCTTAG CTTCTTTCCG GTTTGTCGAT CATCAAGGCA ATCCTACAGA AACCTACCCG
ATGAACCCTA ACGGATCTCC TGCTGGCTTA ACAGGGGTAA CTACGCCAGA TGGTCGTTTT
ATGGTCATGA TGCCTCACCC TGAGCGAGTG TTTAGGGCAG CGCAGATGAG TTGGTGTCCG
CCTGAGTGGT TAGATACTCT AGATGGTGCT AGCCCTTGGT TACGACTATT CCGAAATGCC
CGTCGTTGGG CAAACTAA
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| Protein sequence | MSFFHFLPGA DALSPFRQQR LLAALVSQGV ELESIEAQYL HFIWSSSELG KRNQEIMASL
LTYGQPFSSK INSGKSWFGN GNADHRGAIV IPRFGTVSPW ASKATDIARQ CGLDVLRLER
GIQFSWKSKK ALTSEQKQMV LAAVHDRMTE AVIDSTDAAN ALYQSLEDKP LVRIPVLTEG
GAALDRANQE LGLALSDDEV TYLAENFIKL EHNPSDVELI MFAQANSEHC RHKIFNSSWT
IDGEDQERSL FAMIRNTHQL QPRGTIVAYS DNSAVMVGCE AETWVPQGTD HRYEKDTRLV
HTLMKVETHN HPTAIAPFPG ASTGAGGEIR DEGATGIGGR PKAGLIGFSV SNLNIPGTDL
PWESEKYGKP ERIATPLQIM IDGPLGGAAF NNEFGRPILG GYFRVFEQTI DGTRRGYHKP
IMIAGGIGSI DSIHTEKKAI QAGHLLIQLG GPGMRIGMGG ATGSSVSTGT NTADLDFDSV
QRGNPEMERR AQEVINACRA LGEYNPIVSI HDVGAGGLSN AFLELADGAG LGATFKLRNV
PLEESGMSPA EIWCNESQER YVLAIEEKDL DLFKSFCERE RCPFAVVGEA TRERQLTLSD
AKQLAGTDAA SPIDMPMEVL LGKPPKMHRD VKRVAQEFKE LDVTDADLAQ SIAWVLQQPT
VASKSFLITI GDRTVGGLNA RDQFVGPWQV PVADCAVTMM DYKGYRGEAM SMGERTPLAV
IDAPAAARMA VGEAVTNLLA ADIANLQGIK LSANWMAACG APGEDAKLYD SVKAIGMELC
PALGISIPVG KDSLSMSTVW QESGKSKKVV APVSLIISAF ASVQDVHKTL TPLLQLKDRA
GSPLDTELIL IDLGRGKNRM AGSILAQVLD QSGKSAPDID HPEDLKSFAS AMIELRKEGK
LLAYHDRSDG GLLACVAEMA FASHCGISIN VDMIAMDADQ EPDYGDAKNW AQQISGRRHE
QTMRALFNEE LGAVIQVSKE DRESVFATLR KLGLSAYSHV IGKPNTNGRI EIWRDAKNIF
AEPREVLQKI WTNTSYQIAR LRDNPACADS EFALLENISD PGMSPRLTFN ASQDIAAPYI
AKNVRPKVVI LREQGVNSHV EMAYSVNWAG FDSYDVHMSD LLNGKVKLED FRGLIACGGF
SYGDVLGAGE GWAKTILFNQ QLRDQFSSFF NRQDSFALGV CNGCQMMSNL SGIIPGAEAW
PKFTRNQSEQ YEARLVMTEV MASPSIFTQG MEGSQIPTAI AHGEGYANFS LQGNLEQIQK
QGLASFRFVD HQGNPTETYP MNPNGSPAGL TGVTTPDGRF MVMMPHPERV FRAAQMSWCP
PEWLDTLDGA SPWLRLFRNA RRWAN
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