| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Gmet_1941 |
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| Symbol | |
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| ID | 3741592 |
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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 | Geobacter metallireducens GS-15 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_007517 |
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| Strand | - |
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| Start bp | 2165657 |
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| End bp | 2168647 |
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| Gene Length | 2991 bp |
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| Protein Length | 996 aa |
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| Translation table | 11 |
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| GC content | 63% |
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| IMG OID | 637779233 |
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| Product | phosphoribosylformylglycinamidine synthase II |
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| Protein accession | YP_384895 |
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| Protein GI | 78223148 |
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| COG category | [F] Nucleotide transport and metabolism |
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| COG ID | [COG0046] Phosphoribosylformylglycinamidine (FGAM) synthase, synthetase domain
[COG1828] Phosphoribosylformylglycinamidine (FGAM) synthase, PurS component |
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| TIGRFAM ID | [TIGR01736] phosphoribosylformylglycinamidine synthase II |
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Plasmid Coverage information |
| Num covering plasmid clones | 33 |
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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 | 67 |
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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 | ATGGCGAGAC GAATTGAGAT TGCCCTCAAG GAAGGCGTCC GTGACGCCCG TGGCGAGCGG
ATCAAACGCG AGATCGAGCA TTTTCTCCAT CTGCCGGTGG AAGCGGTGCG GACCATCGAC
GTCTACACCG TTGATGCGAA GCTTTCCGAG GAGGAGCTTG TCAAGGCCGC CTCGGAGCCC
TTCTGCGACC CGGTCATCCA GGTCTGGAGC ATCGACCGTC CCCTGGCTGC CGGTTTCGAT
TTTCTCGTGG AGGTGGGATA CCGTCCCGGG GTTACCGACA ACGTGGGGCG CACCGGCCGG
GAAGCAATCG AGTACATCAC CGGCCGGCCC ATGGAGGCGG GGGAGGGGGT CTACACCTCG
GTCCAGTACC TTCTGAGCGG GAAACTCTCC CGTGCCGACG TGGAGCGGAT CGCCCGGGAC
CTCCTCGGCA ACGCCCTTAT CCAGCGCTTC GTGGTTCTGG ACAGGGCCGA GTTCGCGGCC
CAGGGGGGAG TGCCGGTTTC GGTCCCCAAA GTTCAGGGCG AAACCAAAGC CCAGGTCAGG
GATATCGACC TGGAGGTTTC CGACGATGAG CTGCTGCGTA TCAGCAAGGA CGGGGTTCTG
GCCCTGACCC TGGAGGAGAT GAAGATCATC CAGGCCCACT ACCGGGATCC GAAGGTGCAG
GAGGAGCGCC GGAAGCAGGG TCTCGGCGTT AGACCGACCG ACGTGGAACT GGAGTGCCTG
GCCCAGACCT GGTCCGAACA CTGCAAACAC AAGATCTTCG CCGGCACGGT TCACTACGAG
GATGAGCAGG GGAACCGGCA GGAGATCAAG TCCCTCTTTA AGTCGTTCAT CCAGCGCACC
ACAAAGGACG TGCGGGAAAA GCTGGGCGAC AGCGACTTTT GCCTCTCGGT CTTCAAGGAC
AACGCCGGGG TCATTCGGTT CAACGACGAC TGGTCCTTGG TCTTCAAGGT GGAGACCCAC
AACTCTCCAT CAGCCCTCGA CCCCTACGGC GGGGCTCTCA CCGGCATCGT CGGCGTGAAC
AGGGATCCCT TCGGCACCGG CAAAGGTGCC AAGCTCATCT TCAACACGGA CGTTTTCTGC
TTCGCCGATC CCTTCTACGA TAAGCCCTTG CCGTCGCGGC TCCTGCATCC CCGGCGCATC
TACGAAGGGG TCGTGGAGGG AGTCGAGCAC GGTGGCAACA AGAGCGGCAT CCCCACGGTG
AACGGCTCTC TCGTTTTTGA CGAGCGATTT GCCGGCAAGC CCCTGGTTTT CTGCGGCACG
GCCGGGATCA TGCCGGCCAC CCTGAACGGC GAGTTGGGCC ACGAGAAAGC AATCAAGCCG
GGTGACCTGA TCGTCATGAC CGGCGGCCGC ATCGGCAAGG ACGGCATCCA CGGCGCCACC
TTCTCCTCCG AGGAGCTGAA CGAGAATTCT CCGGTTACGG CGGTCCAGAT CGGCGACCCC
ATCACCCAGA AGCGGATGTT CGATTTCCTC ATCCGTGCCC GGGACAAGGG GCTCTACCGA
TTTATCACCG ACAACGGCGC CGGCGGGCTC TCCTCATCCA TCGGGGAAAT GTCGGGCGAG
TGCGGCGGCT GCCGGATGGA CCTGGAAAAG GCCCCCCTCA AGTATCCGGG GCTTGATCCG
TGGGAGATCC TCATCTCCGA AGCTCAGGAG CGGATGAGCC TTGCGGTGCC CCCCGAGCAG
ATCGACGAGT TTCTGGCCAT GGCGAAGCGC TTCAACGTCG AGGCGACGGT ATTGGGTGAG
TTCACCGACA GCGGCTACTT CCATATCCTC TACGGTGACC GCACCGTGGC CTGGCTCCCC
ATGGAGTTCA TGCACGAGGG GCTTCCCCCC ATGCAGCTTC CGGCCAAATG GGTGCCACCT
CGCCATGCCG AACCGACCCT TCAGGTGAAA GGTGATTACA CCGCGGACCT GAAGGCGCTC
CTCGGTTCCC TCAACATCTG CTCCAAGGAG TCGGTGGTGC GCCGTTACGA CCATGAGGTG
CAGGGGGGAA GCGTCGTGAA GCCCTTCACT GGCGTGGCCA ACGACGGCCC CTCCGATGCC
GCGGTGGTCC GCCCAATCCT CGACTCCTTC GAGGGGGTGG TGGTTGCCCA CGGCATCTGT
CCCCGCTACT CGGACATCGA CACCTACCAC ATGACCGCCA ACGCCATTGA CGAAGCCCTG
CGCAACTACG TGGCCGTGGG TGGCGCCCTG GATCTCGTGG CGGGGCTCGA TAACTTCTGC
TGGTGCGATC CGGTGAGGTC GGAAAAGACT CCCGACGGCG AGTACAAGAT GGCCCAACTG
GTGCGGGCGA ACCAGGCCCT CTACGACGTC TGCCTCGCCT ACAACCTGCC GCTCATCTCG
GGCAAGGACT CCATGAAAAA CGACTTCTAC GACGGGGCCA CCAAGATCTC CATCCCGCCG
ACCATCCTCT TCTCGGTCAT CGGCAAGATA GAAGACGCCC GCAGAAGCGT CACCATGGAT
GCCAAGCGCC CCGGCGACGT CGTTTACCTC CTGGGGAGAA CCGGCAACGA ACTGGGGGGC
TCCGAATATC TGGCATTGCA GGGTGTCATC GGCAACAACG TGCCGACGGT GAACCCCGAA
AAGGCCCTCA AGCGCTACAA CGCCCTGCAC ACGGCCATCA CCGGCGGGCT TGTGGCCTCC
TGCCACGACC TCTCCGACGG CGGCCTCGCC GTGGCCCTGG CCGAGAAGGC CTTTGCCGGC
GGTTACGGTA TTTCCGCGGA TCTGGGCAAG GTTCTCTGGA CGGGCGACGA CGCCATGCGC
AATGATGCGG CTCTGCTCTT CTCCGAGTCG GCGTCACGGC ACCTGGTCAC GGTGCGTCCC
GGGAACCGCG ATGCTTTCGA GGCGATCATG GCGGGGAACT GCTTCTCTGC CATCGGTGTG
GTGACGGAAG AGGGGGCGGT GCGTATCACG GGCCTTTCCG GCCAGGCGGT GGTCGAAGCA
AGCATCGACG AACTGAAAGA AGCGTGGCAG AGCCCGCTGA GGGAGCTGTA A
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| Protein sequence | MARRIEIALK EGVRDARGER IKREIEHFLH LPVEAVRTID VYTVDAKLSE EELVKAASEP
FCDPVIQVWS IDRPLAAGFD FLVEVGYRPG VTDNVGRTGR EAIEYITGRP MEAGEGVYTS
VQYLLSGKLS RADVERIARD LLGNALIQRF VVLDRAEFAA QGGVPVSVPK VQGETKAQVR
DIDLEVSDDE LLRISKDGVL ALTLEEMKII QAHYRDPKVQ EERRKQGLGV RPTDVELECL
AQTWSEHCKH KIFAGTVHYE DEQGNRQEIK SLFKSFIQRT TKDVREKLGD SDFCLSVFKD
NAGVIRFNDD WSLVFKVETH NSPSALDPYG GALTGIVGVN RDPFGTGKGA KLIFNTDVFC
FADPFYDKPL PSRLLHPRRI YEGVVEGVEH GGNKSGIPTV NGSLVFDERF AGKPLVFCGT
AGIMPATLNG ELGHEKAIKP GDLIVMTGGR IGKDGIHGAT FSSEELNENS PVTAVQIGDP
ITQKRMFDFL IRARDKGLYR FITDNGAGGL SSSIGEMSGE CGGCRMDLEK APLKYPGLDP
WEILISEAQE RMSLAVPPEQ IDEFLAMAKR FNVEATVLGE FTDSGYFHIL YGDRTVAWLP
MEFMHEGLPP MQLPAKWVPP RHAEPTLQVK GDYTADLKAL LGSLNICSKE SVVRRYDHEV
QGGSVVKPFT GVANDGPSDA AVVRPILDSF EGVVVAHGIC PRYSDIDTYH MTANAIDEAL
RNYVAVGGAL DLVAGLDNFC WCDPVRSEKT PDGEYKMAQL VRANQALYDV CLAYNLPLIS
GKDSMKNDFY DGATKISIPP TILFSVIGKI EDARRSVTMD AKRPGDVVYL LGRTGNELGG
SEYLALQGVI GNNVPTVNPE KALKRYNALH TAITGGLVAS CHDLSDGGLA VALAEKAFAG
GYGISADLGK VLWTGDDAMR NDAALLFSES ASRHLVTVRP GNRDAFEAIM AGNCFSAIGV
VTEEGAVRIT GLSGQAVVEA SIDELKEAWQ SPLREL
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