| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Rmet_1870 |
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| Symbol | |
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| ID | 4038672 |
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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 | Cupriavidus metallidurans CH34 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_007973 |
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| Strand | - |
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| Start bp | 2026247 |
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| End bp | 2030293 |
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| Gene Length | 4047 bp |
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| Protein Length | 1348 aa |
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| Translation table | 11 |
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| GC content | 65% |
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| IMG OID | 637977250 |
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| Product | phosphoribosylformylglycinamidine synthase |
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| Protein accession | YP_584018 |
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| Protein GI | 94310808 |
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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 | 11 |
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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 | 11 |
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| Fosmid unclonability p-value | 0.395748 |
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| Fosmid Hitchhiker | No |
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| Fosmid clonability | normal |
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Sequence |
| Gene sequence | ATGGCGCATT TCTCGTGCTT CCCCGGCGCT TTGGCGCTTT CTGCCTTCCG TCAGCAACGT
CTGCTTGCCG CTCTCCAACA GATCGACGCC GATATTGAAT CGGTGCACGG CCAGTTTGTG
CACTTCGTCG ATTCGGACAC ACCACTGGCC GCCGAGGATC AGACCCGCAT CGGCGCGATG
CTGACCTACG GCGCGCCGTT CACCGCTCAG ACCGAGGGCG ACCGCTTCGT CGTGATCCCG
CGCTTCGGCA CAATCTCGCC GTGGGCCAGC AAGGCCACCG ATATCGCCCA CAACTGCGGC
CTGACCCACG TTCACCGTAT CGAGCGCGGC ATCGAAATCA CGGTCATCTG CAAGAAGGGG
CTGCTGCGCG GCCGCAAGAC GCTGGATGCC GGCACGCGCG CCGCTGTGGC CGCACATCTG
TTCGACCGCA TGACCGAAAC GGTGATCGGC AGCCGTGAAG AGGCCGCCGC GCTGTTCCAG
GAACTGCCGG CCAAGCCGCT GCAGTTCATC GACATCTCGG CGGGCCGCAG CGCGCTGGTG
GACGCCAACA CGGCAATGGG CCTGGCGCTG TCCGAGGACG AGATCGATTA CCTGCTGGAC
GCCTATGGCA AGCTCGAACG CAACCCGACC GATGTCGAGT TGATGATGTT CGCGCAGGCC
AACAGCGAGC ACTGCCGCCA CAAGATCTTC AACGCCACGT GGACCATCGA TGGCGTGTCC
CAGGACAAGT CGCTGTTCGC GATGATCCGC AATACGCACC AGTTGAACCC GCAGGGGTCG
ATCGTGGCGT ACTCGGACAA CTCGGCGGTC ATGGAAGGCG ACGTCGCCGA GCGCTGGTTC
CCGCGTGGCG CGGACCAGAA GTACGGCCGC CACGAGGCGC TGACCCACAC GCTGATGAAG
GTGGAAACGC ACAATCACCC GACCGCGATC TCGCCGTTCC CTGGCGCGTC GACGGGTGCA
GGCGGTGAAA TCCGCGACGA AGGCGCAACT GGCCGTGGAG CCAAGCCCAA GGCCGGCCTG
ACCGGCTTCA CGGTGTCGAA CCTGATGCTG CCCGATGCCG TCGAGTCATG GGAAAACGCG
CGTGACGCAG CCCAGCCGGT GTCCCACCGC AATCCGGACG ACAAGCCGGT TGTGACCGGG
AAGCCGGACC GCATCGCATC CCCGCTGCAG ATCATGATCG ACGGGCCACT CGGCGGCGCG
GCGTTCAACA ACGAATTTGG CCGCGCCAAC CTGGGCGGCT ACTTCCGCGT CTACGAACAG
AACGTTGGTG GCACCGTGCG CGGCTATCAC AAGCCGATCA TGATCGCCGG CGGTATTGGC
AACATCGACG GTTCGCACAC GCACAAGGAC CCGCTGCCGG CTGGCACGTT GCTGATCCAG
CTGGGCGGCC CGGGTATGCG TATCGGCATG GGTGGCGGCG CGGCCAGTTC GATGGCGACC
GGCACGAACA CCGCCGATCT CGATTTCGAT TCGGTGCAGC GTGGCAACCC GGAAATGGAG
CGTCGCGCGC AGGAAGTCAT CAACGCCTGC TGGCAGCTTG GCGATGAGAA CCCGATCCTG
TCGATCCACG ACGTTGGCGC GGGTGGCATT TCGAACGCCT TCCCCGAACT CGTCGACGGC
GCTGACCGTG GCGCGCGTTT CGACCTGCGT CAGGTGCACC TGGAAGAGTC GGGCCTGTCG
CCTGCCGAGA TCTGGTGCAA CGAGTCTCAA GAGCGCTATG TGCTGGCGAT CGCGCCGAAC
AGTCTGCCGC TTTTCCAGGC GATGTGCGAG CGTGAGCGTT CGCCGTTCGC CGTGGTGGGT
ATCGCTACAG AGGAGAAGCA ACTCCAGCTT GTCGACTCCC ATGTGGATGC CGCGCTGAAG
GAACACTTCC CGGTCAACAT GCCGATGGAC GTGCTGCTGG GCAAGCCGCC GCGCATGCAT
CGCGACGTCA CGCGCGTGGA GCGGGAGCTC CCGCCCGTCG ATGTGACCGG CATCTCGCTG
GAACAAGCCG TGCGTGACGT GCTGCGTCAC CCGACCGTGG CGAACAAGTC GTTCCTGATC
TCGATCGGTG ACCGTACGGT GGGCGGGATG AACGCCCGCG ACCAGATGGT GGGCCCGTGG
CAGGTGCCGG TGGCCGACGT GGCCGTGACT ACGCTCGACT ACAAGGGCAC CGCTGGCGAG
GCGATGACGA TGGGCGAGCG CACGCCGCTG GCCGTGATCA ACGCGCCGGC CTCGGGCCGC
ATGGCGATCG GCGAAGCGTT GACCAACCTG GCAGCGGCAC CGGTCAAGGA CCTGGGCAAG
GTGAAGCTCT CGGCCAACTG GATGGCTGCC TGTGGCGTGG CCGGTGAAGA CGCCAAGCTT
TACGACACGG TGCACGCCGT TGGCATGGAA CTGTGCCCGG CGCTGGGCAT CAGCATCCCG
GTTGGCAAGG ATTCGCTGTC GATGCGCACC AAGTGGTCCG ATGCCGATGG CGACAAGGAA
GTGGTAGCGC CGGTATCGCT GATCATCTCC GCATTCGCGG CGGTGGACGA CGTGAACCGC
ACGCTGACGC CGCAGCTTCG CACGGACCTG GGCGAGAGCG TGCTGATCGC GATCGATCTC
GGGCGTGCCA AAAACCGCAT GGGCGGCAGC ATTCTGGCCC AGGTGACGCA GCAGGTGGGC
GATAGCGCCC CCGACGTCGA CAACGCGGAA GACCTCAAGA ACTTCTTCAA CGTGATCCAG
CGCCTGAATC GTGAAGGCAA GCTGCTGGCC TATCACGATC GTTCGGACGG CGGTTTCATG
GCTGCCGTGG CGGAGATGGC GTTCGCGGGC CACTGCGGTG TGTCGCTGAA CGTCGACATG
CTCACGCTCG ATCCGAATGG CGAGCAGGAT TACGGCGACG CCAAGAACTG GGCGCAGCAG
GTCGCGGAAC GTCGCAATGA CCAGACGCTG CGCGCACTGT TCTCCGAGGA ACTCGGTGCC
GTGGTCCAGG TGCGCCTGGA AGAGCGCGAC GCCGTGTTCG CGGTGCTGCG CGAGGCAGGC
CTGTCGGCAT GCAGCCACGT GATCGGCAAG CCGAACACAA ACGACCAGGT CGAGATCTAT
CGCGATGCCA AGAAGGTGTT CGGCGCCGCG CGTGCCGATC TGCAGCGTAC GTGGACCGAG
GTGAGCTGGC GTATCGCGCG TCTGCGCGAC AACCCCGCCT GTGCCGATAG CGAGTACGAG
CGCGTGCTCG ATGCCGGCGA CCCCGGCATC AGCCCCGTGC TGACATTCGA CCCGGCCGAG
AACATCGCCG CGCCGTTCAT CGCTTCGGGC GCGCGGCCGC GCGTGGCCAT CCTGCGCGAG
CAGGGTGTGA ACTCGCAGAT CGAAATGGCG TACAGCATGG ATCTGGCGGG CTTCGACACG
CACGATGTCC ACATGAGCGA CCTGATTGCC GGCCGCGCGA ACCTGGCCGA TTTCAAGGGC
TTCGTGGCCT GCGGTGGCTT CAGCTACGGT GACGTGCTGG GTGCGGGCGA AGGCTGGGCC
AAGACGATCC TGTTCAATGG CCAGATGGCC GAACAGTTCG CGGCGTTCTT CAATCGCCAG
GACACCTTCG CGCTGGGCGT GTGCAACGGC TGCCAGATGA TGAGCAACCT GGCCCCGATC
ATTCCGGGTG CCGGCGCCTG GCCGAAGTTC ACGCGTAACC AGTCGGAACA GTACGAAGCA
CGCTTCGTGA CCGTCGAAGT GCAGCAGTCG CCGTCGATCT TCTTCGCCGG CATGGAAGGC
AGCCGCATTC CGATCGTCGT GGCGCACGGT GAAGGTTTTG CCGATTTCTC GCAGCAAGGC
GACATTGCCA AGGCAAACGT GGCCCTGCGT TTCGTCGACA ACCGTGGTGC TGCGACGCAG
ACGTATCCGC TGAACCCGAA TGGTTCGCCG GAGGGCATCA CGTCGGTTAC GACGGTCGAT
GGCCGCTTTA CCGTGCTGAT GCCGCACCCG GAGCGGGTGT TCCGTACCGC GACGATGAGC
TGGGCGCCGG ACGCGTGGAA GCAGATCGCC GATGGTGGCA GCCCGTGGAT GCGCATGTTC
CGTAACGCAC GGAAGTGGGT GGGCTAA
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| Protein sequence | MAHFSCFPGA LALSAFRQQR LLAALQQIDA DIESVHGQFV HFVDSDTPLA AEDQTRIGAM
LTYGAPFTAQ TEGDRFVVIP RFGTISPWAS KATDIAHNCG LTHVHRIERG IEITVICKKG
LLRGRKTLDA GTRAAVAAHL FDRMTETVIG SREEAAALFQ ELPAKPLQFI DISAGRSALV
DANTAMGLAL SEDEIDYLLD AYGKLERNPT DVELMMFAQA NSEHCRHKIF NATWTIDGVS
QDKSLFAMIR NTHQLNPQGS IVAYSDNSAV MEGDVAERWF PRGADQKYGR HEALTHTLMK
VETHNHPTAI SPFPGASTGA GGEIRDEGAT GRGAKPKAGL TGFTVSNLML PDAVESWENA
RDAAQPVSHR NPDDKPVVTG KPDRIASPLQ IMIDGPLGGA AFNNEFGRAN LGGYFRVYEQ
NVGGTVRGYH KPIMIAGGIG NIDGSHTHKD PLPAGTLLIQ LGGPGMRIGM GGGAASSMAT
GTNTADLDFD SVQRGNPEME RRAQEVINAC WQLGDENPIL SIHDVGAGGI SNAFPELVDG
ADRGARFDLR QVHLEESGLS PAEIWCNESQ ERYVLAIAPN SLPLFQAMCE RERSPFAVVG
IATEEKQLQL VDSHVDAALK EHFPVNMPMD VLLGKPPRMH RDVTRVEREL PPVDVTGISL
EQAVRDVLRH PTVANKSFLI SIGDRTVGGM NARDQMVGPW QVPVADVAVT TLDYKGTAGE
AMTMGERTPL AVINAPASGR MAIGEALTNL AAAPVKDLGK VKLSANWMAA CGVAGEDAKL
YDTVHAVGME LCPALGISIP VGKDSLSMRT KWSDADGDKE VVAPVSLIIS AFAAVDDVNR
TLTPQLRTDL GESVLIAIDL GRAKNRMGGS ILAQVTQQVG DSAPDVDNAE DLKNFFNVIQ
RLNREGKLLA YHDRSDGGFM AAVAEMAFAG HCGVSLNVDM LTLDPNGEQD YGDAKNWAQQ
VAERRNDQTL RALFSEELGA VVQVRLEERD AVFAVLREAG LSACSHVIGK PNTNDQVEIY
RDAKKVFGAA RADLQRTWTE VSWRIARLRD NPACADSEYE RVLDAGDPGI SPVLTFDPAE
NIAAPFIASG ARPRVAILRE QGVNSQIEMA YSMDLAGFDT HDVHMSDLIA GRANLADFKG
FVACGGFSYG DVLGAGEGWA KTILFNGQMA EQFAAFFNRQ DTFALGVCNG CQMMSNLAPI
IPGAGAWPKF TRNQSEQYEA RFVTVEVQQS PSIFFAGMEG SRIPIVVAHG EGFADFSQQG
DIAKANVALR FVDNRGAATQ TYPLNPNGSP EGITSVTTVD GRFTVLMPHP ERVFRTATMS
WAPDAWKQIA DGGSPWMRMF RNARKWVG
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