| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | VSAL_I0750 |
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| Symbol | purL |
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| ID | 6986635 |
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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 | Aliivibrio salmonicida LFI1238 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_011312 |
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| Strand | + |
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| Start bp | 837821 |
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| End bp | 841750 |
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| Gene Length | 3930 bp |
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| Protein Length | 1309 aa |
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| Translation table | 11 |
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| GC content | 44% |
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| IMG OID | 643379149 |
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| Product | phosphoribosylformylglycinamidine synthase |
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| Protein accession | YP_002262266 |
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| Protein GI | 209694338 |
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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 | 9 |
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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 | ATGAGAATTT TGCGTGGTTC ACCTGCTCTA TCTGTATTTC GTGTTAATAA GCTGCTTGAG
CTTTGCCGTG AACTGAGTTT ACCTGTAACA GGTATTTATG CTGAGTTTGC CCATTTTGCT
GATGTAAAAG CTGACCTTGA TGCGTCTGAA GTTGAAAAGT TAGAAAAACT ACTGACTTAT
GGTCCAACGA TTGAAGAACA TGAACCTGAA GGGTTGTTGC TTCTTTCTGC CCCTCGTCCG
GGTACTATCT CTCCTTGGTC TTCAAAATCT ACTGATATCG CCCATAACTG TGGTTTATCA
AATATCGCAC GTTTAGAGCG CGGTACTGCT TATTATGTAG AAACCTCTGA AACACTTTCT
GAACTTCAAT TAGTCGAACT AAAAGCCATT CTTCATGATC GCATGATGGA AGTGGTCTTT
ACTGATTTTG AATCGGCAGC GGCATTGTTT ACGGTTGCAG AACCGATTCC TTATGCTGAA
GTTGATCTAC TTGTCGGTGG TCGTAAAGCG CTAGAAAACG CAAACGTTAC CCTAGGTCTT
GCATTGGCTG AAGATGAAAT CGATTACCTT CTTGAAAGCT TTACCGAAAA ACTAGGTCGC
AACCCGACTG ACATTGAATT AATGATGTTT GCACAAGCGA ACTCAGAGCA TTGTCGCCAC
AAGATTTTCA ATGCAGATTG GACTATTGAT GGTGTGAAAC AAGATAAAAC CTTGTTCAAA
ATGATCAAAA ACACCTTTGA AGTTACCCCT GAGCATGTAC TTTCTGCTTA CAAAGATAAT
GCCGCTGTAA TGACGGGGTC AACCGTTGGT CGCTTTTTCC CTGATCCAGA AACACGCCAG
TACAACTACC ACCAAGAGAA AACACATATC TTGATGAAAG TGGAAACCCA TAACCACCCA
ACGGCAATTT CTCCTTGGCC GGGTGCATCA ACAGGTTCTG GTGGTGAAAT TCGTGATGAA
GGCGCAACTG GTATTGGTGG TAAACCAAAA GCTGGTTTGG TTGGTTTCTC TGTATCTAAT
TTAAAAATCC CTAACTTTGT TCAACCATGG GAAACGGATT TTGGTAAGCC AAGCCGTATC
GTAACCGCGC TTGATATTAT GCTTGAAGGT CCTCTAGGCG GCGCAGCATT TAACAATGAA
TTTGGTCGTC CAAATCTATT AGGTTACTTC CGTACTTACG AAGAAAAAGT AAATTCACAC
AATGGTGAAG AAGTTCGTGG TTACCACAAA CCAATCATGC TTGCGGGTGG TTTAGGTAAT
ATCCGTGATG ATCATGTTCA GAAGAAAGAG ATCCCTGTGG GCGCAAGCTT AATTGTTCTT
GGTGGTCCAG CAATGAACAT CGGTCTTGGT GGTGGTGCTG CATCGTCAAT GGCATCAGGT
CAATCGGCTG AAGATCTTGA TTTTGCTTCA GTGCAACGTG AAAACCCAGA AATGGAACGT
CGTTGTCAGG AAGTTATCGA CCGTTGTTGG CAGCTTGGTG ATGCAAACCC AATTGCATTT
ATCCACGATG TAGGCGCAGG TGGTATTTCA AACGCATTAC CTGAGCTTGT TGATGATGGT
GAACGTGGTG GTATCTTCAA TCTACGTGAT GTACCAAATG ATGAGCCGGG CATGAGCCCA
CTTGAAATTT GGTGTAACGA ATCTCAAGAA CGTTATGTTA TGGCTGTTGC TGATAAAGAT
TTAGCAACGT TTGAAGCGAT TTGTAAGCGT GAACGTGCAC CTTATGCAGT CGTTGGTAAA
GCAACAGAAG AGCGTGATCT AAAATTAGAA GATTCACATT TCGACAATAC GCCAATTGAT
ATGCCAATGG ACATCCTTTT AGGTAAGACA CCTAAGATGC ACCGCGATGC TAAGACACTA
AAAGCAAATA ACTCGGCGCT TGATTGTTCT GGCATTGAAT TGAATGAGGC GATTGAGCGT
GTTCTTCGTT TACCTACCGT CGCTGAAAAA ACATTCCTAA TCACCATTGG CGATCGCTCA
GTAACAGGTC TTGTTGCTCG TGATCAAATG GTTGGTCCTT GGCAGGTTCC TGTTGCGAAC
TGTGCAGTAA CAGCGGCAAG TTATGATACT TACCACGGTG AAGCGATGTC ACTGGGTGAA
CGTACACCGG TTGCTTTATT AGACTTTGGT GCATCAGCAC GCTTAGCGGT TGGTGAGGCC
ATTACCAACA TTGCAGCAAC GAATGTGGGT GATATTAAAC ACATTAAACT GTCTGCAAAC
TGGATGTCTC CAGCGGGTCA CCCTGGTGAA GATGCGGGTC TTTATGAAGC AGTTAAAGCC
GTTGGTGAAG AGCTTTGCCC TGCACTTGGT TTGACTATCC CGGTGGGTAA AGACTCAATG
TCGATGAAAA CCAAATGGGA AGAAAATGGC GAGCAGAAAG AAGTGACGTC TCCACTTTCT
CTTGTCATCA CTGCTTTTGC TCGAATTGAA GACGTTCGTA AAACAGTGAC TCCTCAGTTA
AGAACCGACA AAGGTGAAAC ATCGTTAGTT CTTATTGACT TGGGCAACGG TAAAAACCGC
ATGGGTGCAA CGGCACTGGC ACAAGTTTAC AAACAATTGG GTGATAAACC GGCTGATGTC
GATAACGCAG TACAGCTGAA AGGTTTCTAC GAAGGCATTC AAACATTGGT TGCTAATGAT
CAACTAGTGG CTTACCACGA TAAGGGCGAC GGCGGTTTAT TTGTAACACT TGCTGAAATG
GCGTTTGCTG GTCACTGTGG TGTGAACGCG AATATTGAAG CACTGTTACT TGAATCAGAG
AGCAATGAAA ATACGCTTGC TGTGTTGTTC AATGAAGAAT TAGGCGCAGT AATTCAAGTT
CGTAACGAAG ATCTAGATTC CGTTCTATCA ACATTAGCAG CAAATGAGCT AGGTGAATGT
TCACACGTTA TCGGCTCTGT TGCTGATTCA GACGAGCTAG TGATTAAATC TGGTGAGACG
GTTGTCGTTG AACGTAACCG TACTGAGTTA CGTACTATTT GGGCTGAAAC AACACATAAA
ATGCAAGGAT TACGTGATAA CCCTGAATGT GCAGACCAAG AACACGAAGC GAAGAAAGAC
AATTCAGACC CTGGCCTAAA CGTTAGCCTT AGTTTTGATG TGAACGAAGA CATTGCGGCT
CCAATCATTG AAGCGGCTAT GATCAATAAA GGGGCTAAGC CTAAAATGGC AATCTTGCGT
GAGCAAGGCG TTAACTCACA TGTTGAAATG GCAGCAGCGT TTGACCGCGC AGGTTTTGAA
GCCACTGATA TTCACATGAG TGACATTCTT ACTGGCTCTG CGGTACTTGA AGAGTACAAC
GGTCTTGTCG CGTGTGGTGG TTTCTCTTAC GGTGATGTAT TGGGCGCTGG TGAAGGTTGG
GCTAAATCGG TTCTGTTCAA CGAAAAGACT CGTAATCAAT TTGAAGATTT CTTCAAACGT
GAAGATACGT TCTCTCTAGG TGTATGTAAC GGGTGTCAAA TGCTGTCTAA CTTGCGTGAA
TTGATTCCTG GTGCTGAGTA TTGGCCTCGT TTCGTTCGTA ATGAATCAGA GCGTTTTGAA
GCACGTTTCA GCCTAGTTGA AGTTCAGAAA TCTGATTCTG TTTTCTTCAA TGGAATGGAA
GGTTCTCGCA TGCCTATTGC TGTTTCTCAT GGCGAAGGGC GTGTTGAAGT TCGTGATAAT
GATCACCTAA ATGCAATCGA AAACTCAGGA ACTGTTGCGC TACGTTATGT TGATAATAAT
GGCAATCAGA CGCAACAGTA CCCGAATAAC CCGAACGGTT CACCAAATGC AATAACTGGT
TTAACAACGA CGGATGGTCG AGTGACGATC ATGATGCCTC ACCCTGAGCG TGTCTTCCGT
ACGGTTGCTA ACTCTTGGGC GCCTGAGTCT TGGGGGGAAA ATGGGGCATG GATGCGTATG
TTCCAAAATG CACGTAAGAA CATTGGTTGA
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| Protein sequence | MRILRGSPAL SVFRVNKLLE LCRELSLPVT GIYAEFAHFA DVKADLDASE VEKLEKLLTY
GPTIEEHEPE GLLLLSAPRP GTISPWSSKS TDIAHNCGLS NIARLERGTA YYVETSETLS
ELQLVELKAI LHDRMMEVVF TDFESAAALF TVAEPIPYAE VDLLVGGRKA LENANVTLGL
ALAEDEIDYL LESFTEKLGR NPTDIELMMF AQANSEHCRH KIFNADWTID GVKQDKTLFK
MIKNTFEVTP EHVLSAYKDN AAVMTGSTVG RFFPDPETRQ YNYHQEKTHI LMKVETHNHP
TAISPWPGAS TGSGGEIRDE GATGIGGKPK AGLVGFSVSN LKIPNFVQPW ETDFGKPSRI
VTALDIMLEG PLGGAAFNNE FGRPNLLGYF RTYEEKVNSH NGEEVRGYHK PIMLAGGLGN
IRDDHVQKKE IPVGASLIVL GGPAMNIGLG GGAASSMASG QSAEDLDFAS VQRENPEMER
RCQEVIDRCW QLGDANPIAF IHDVGAGGIS NALPELVDDG ERGGIFNLRD VPNDEPGMSP
LEIWCNESQE RYVMAVADKD LATFEAICKR ERAPYAVVGK ATEERDLKLE DSHFDNTPID
MPMDILLGKT PKMHRDAKTL KANNSALDCS GIELNEAIER VLRLPTVAEK TFLITIGDRS
VTGLVARDQM VGPWQVPVAN CAVTAASYDT YHGEAMSLGE RTPVALLDFG ASARLAVGEA
ITNIAATNVG DIKHIKLSAN WMSPAGHPGE DAGLYEAVKA VGEELCPALG LTIPVGKDSM
SMKTKWEENG EQKEVTSPLS LVITAFARIE DVRKTVTPQL RTDKGETSLV LIDLGNGKNR
MGATALAQVY KQLGDKPADV DNAVQLKGFY EGIQTLVAND QLVAYHDKGD GGLFVTLAEM
AFAGHCGVNA NIEALLLESE SNENTLAVLF NEELGAVIQV RNEDLDSVLS TLAANELGEC
SHVIGSVADS DELVIKSGET VVVERNRTEL RTIWAETTHK MQGLRDNPEC ADQEHEAKKD
NSDPGLNVSL SFDVNEDIAA PIIEAAMINK GAKPKMAILR EQGVNSHVEM AAAFDRAGFE
ATDIHMSDIL TGSAVLEEYN GLVACGGFSY GDVLGAGEGW AKSVLFNEKT RNQFEDFFKR
EDTFSLGVCN GCQMLSNLRE LIPGAEYWPR FVRNESERFE ARFSLVEVQK SDSVFFNGME
GSRMPIAVSH GEGRVEVRDN DHLNAIENSG TVALRYVDNN GNQTQQYPNN PNGSPNAITG
LTTTDGRVTI MMPHPERVFR TVANSWAPES WGENGAWMRM FQNARKNIG
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