| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | COXBURSA331_A0746 |
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| Symbol | purL |
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| ID | 5793324 |
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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 | Coxiella burnetii RSA 331 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_010117 |
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| Strand | + |
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| Start bp | 657693 |
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| End bp | 661583 |
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| Gene Length | 3891 bp |
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| Protein Length | 1296 aa |
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| Translation table | 11 |
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| GC content | 45% |
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| IMG OID | 641330242 |
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| Product | phosphoribosylformylglycinamidine synthase |
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| Protein accession | YP_001596558 |
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| Protein GI | 161831054 |
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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 | 13 |
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| Plasmid unclonability p-value | 0.0303153 |
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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 | ATGCTCTTTT TGCAAGGTTC TCACGTTTAT ACTCCCTTTC GACACCAACA AATTCTTTTC
CGTCTGAAAC AAAAGCAAAA TACAGTTCGA TCCGTTGAAG CAATCTATGG TTATTTTGTC
GATGGTGAAA AACTCTTAAG CCGCGCTGAG CAAGAACGTC TAGAACGCTT GTTGCCGAAA
GCTTATTTTT CCGATTATCC AAAGTCTGCT GAAAATTTTT CGGTCTGGGT GACACCTCGG
TTGGGCACAA TCTCGCCGTG GTCATCTAAA GCAACGGATA TCGCTCATAA TTGCGAAATT
CCCATCAACC GAATTGAACG CGGGATTTAC TTTATTATCG ACGGCATTGC CAAACGCGAT
AAAAAAGCCA TTGAGAAAGT CGCTTCTGAA TTATACGATC CTTTGACGGA ATCGCTTTTA
TTCGATGCGG AAGATTTAGC TCAATTATTT CAACATCCCG CGCCCAAAAC TTTCAATGAC
ATTCCAGTAT TGGGAAAAGG AGAAGCGGCA TTAAAAGAAG CCGATCAGAA TTTGGGTCTC
GCGTTAAGCG ATCCTGACAT CCATTATTTA TTACGTGCTT TTCACCAATT AAATCGTAAT
CCCACTGATA TTGAATTAAT GATGTTCGCT CAAGTCAATT CTGAGCATTG CCGGCACAAA
ATTTTTAACG CTCAGTGGAC CATCGATGGA AAAGAAAAAA AAGAATCTTT ATTTGACATG
ATTCGCTATA CGTATAAAAC CCATCCTGAA AAGATATTAG TGGCGTACAA AGACAATGCT
GCCGTTATAG AAGGCTTTAA CTGCGAATCC TTTTTAATTA ATCCCAGCAA CCATTCGTAT
GAAAAACAAA AGGGACGCCT CCACACCGTT CTAAAAGTAG AAACGCACAA CCATCCCACC
GCCATCGCAC CTTTCGCAGG AGCTGCTACT GGCAGTGGCG GAGAAATTCG TGATGAAGCG
GCTACTGGGC GGGGCGCTCA AAGTTTAGCG GGATTAGCGG GTTTTTCGGT CTCTCATCTA
AGGATTCCTG ATTTTTTACA GCCGTGGGAA AAAGCGCCTT CAAAAAAATC CCTTCACTCG
GACTCCAAGC CAAAAACATT GGCATCGGCA TTGGACATTA TGCTCCAAGG ACCGATTGGG
GCGGCGTCGT TTAATAATGA ATTTGGACGC CCGACTATTT GTGGTTATTT TCGAACGTTA
GAACATTTAT CTTCTAAAAC TTTGAAATGG GGTTATCACA AACCCATCAT GATAGCGGGG
GGCATCGGAC ACATTCGCGA GTCTCAAATT GAAAAACAAT CCTTCACGGA AGGGGCGTTG
TTGGTCGTGT TGGGGGGGCC GGCGATGGCT ATTGGCTTAG GCGGTGGCTC TGCCTCGTCT
CGTACGAGTG GAGAATCAAC AGAGGCATTG GATTTTGCCT CCGTTCAACG GGCCAATCCC
GAAATGCAGC GTCGAGCCCA AGAGGTTATC AACGCCTGCT TATCCCTCGG TGATGATAAT
CCCATTTTGA GCCTTCACGA CGTCGGTGCC GGCGGATTAT CCAACGCCTT CCCCGAACTG
GTTCATGCGA CGGAATGCGG GGGTGAATTT GAATTGCGTC ATATTCCGAA TGCGGAACCA
GGCATGAGTC CTCTGGAAAT ATGGTGTAAC GAAGCCCAAG AGCGTTTTGT ATTGGCCATC
AAGCCTGAAT CTTTGAAAGT TTTTAGTGGT ATTGCTGAGC GGGAGCGCTG TCCTTTTGCG
GTAGTAGGGC GGGCGAAAGA GGAAAAAAAA TTAATCCTCA ACGATGCACA TTTTCATAAT
CGCCCTATCG ATCTCCCGCT TTCTTTTTTG TTTGAGGACA TGCCGCCGAT GAAGCGTGAA
GATAAACGTG TTTTTTCGGG AGAAACGGCG TGGAATATTT CGAAAATTAA TTGGGCTGAT
GCGGTCAAAC GCGTTTTGCA ATATCCGTGC GTGGCAGACA AAAGTTTTTT GATCACGATT
GGCGATCGAA CGGTTGGAGG CATGGTGGCG CGCGATCAAA TGGTGGGGCC TTGGCAAATA
CCAGTTGCTG ATGTTGCTGT CACTGCTCAC AGTTTTACCG GTTACGAAGG ACAAGCATTG
GCGATGGGAG AACGTTCGCC CATCGCGATT GTTCATCCTG CTGCTTCTGC TCGAATGGCA
GTAGGAGAAG CGATCACTAA TATTGCAGCC GCCCCGATTA AAGCTATTTC AGATATTGTT
TTATCGGCTA ACTGGATGGC GGCTCCTGAT CAACCGGGGG AGGGCGCGGG TTTATATGAG
GCTGTGCAAA CCGTGGCAAA AGAATTATGC CCCGCTTTAG GCATTTGTAT TCCGGTAGGG
AAAGATTCTT TGTCTATGCA GACCTCATTG GAAAAAGAAA TTGTCACTGC GCCCTTATCA
TTAATTATTA CCGCTACCGC GCCGGTTAGC GATGTCCGCC ATGCGCTAAC ACCACAACTG
CAAACAGATG TCGGTGAGAC GAGACTGTTA TTAATCGACT TAGGGCAAGG CGCTAATTTC
CTTGGTGGCT CTTGTTTGGC CCAGACGTAC AATTTATTAG GAAAACAACC ACCGGATGTC
GATGATCCTC TATTATTGCG CCGCTTCTTT GAAGCGATCC AATCACTTAA CCAAAAAAAT
TTATTACTCG CTTATCACGA TCGTTCCGAT GGCGGATTGT TAGCAACGCT TTGCGAAATG
GCTTTCACCG CTCATGTGGG TATAACTATA AAATTGGATT CTTTAGGCGA TGACGCTTTA
GCCAGTGTTT TTAATGAGGA ATTGGGAGCG GTGATACAGG TGAAAGAAAA AAATATCGAT
ATCGTTTTTG AAATTTTAAA ATCGCATAAA TTACAAGCCC ATAGCCATGT TATTGGTGAA
TTAAATCAAT TGGATGAAAT TATTTTTAAT TTCCGGGGTC AAACGCTTTA CCAAGAAACT
CGCACAACCT TGCAACGATG GTGGAGCGAA ACGAGCTACC GTTTGCAATC CCTTCGGGAC
AATCCCGAGT GTGCAAAACA ACAATATGAT GGTTTGCTAG ATAAAAAAGA CACTGGATTA
TTTACAAAAA TAACTTTTGA TAATAACGAA GATATTGCGC TTCCCTATAT TAATAGCGGT
AAACGACCGC GCGTTGCAAT TTTACGAGAA CAAGGCACGA ATGGTCATCG AGAAATGGCA
GCAGCGTTTC ATTTAGCTGG TTTTGAAAGC GTTGACGTTC ATATGAGTGA TTTGCTCAAT
GAACGCGTTA ATTTAATGGA TTTTAAGGGA GCGGTTGCCG GCGGGGGATT TTCTTATGGA
GATGTTTTAG GCGCCGGGCG CGGATGGGCG CAAGTTATTT TAATGCATCC CAAAATACGC
GATAAATTCA GTCTATTTTT TGAAAGCAAA GATCGTTTTG CGCTAGGGGT TTGTAACGGC
TGCCAGCTCT TTTCTCATTT AAAATCACTT ATTCCCGGCG CTCTACATTG GCCGGCTTTC
CAACGAAACG TTTCGGAACA ATTTGAGGCG CGATTGTCGA TGGTAGAAAT CCCGCAATCG
CCTTCTCTTT TTTTTCAAGG GATGGCGGGA AGCCAACTAC CTGTTGCCGT AGCGCATGGG
GAAGGTCGTG TTGTTTTTGA AAAAAATACA CAAGAATTTG AAAACGAAAA ACTTATCGCT
TTGCGCTATG TGAATTACGC CGGCCAGCCC ACCGAAAATT ATCCCGCTAA CCCCAATGGC
AGCCCCAAAG GCATTACTGG GCTTACTACC CCTGACGGGC GCATCACTAT TTTAATGCCG
CATCCCGAAC GCGTTTTTCG CACCGTCCAA TTTTCTTGGC ACCCCAAAAA ATGGTCCGAA
ATGAGTCCCT GGATGCGAAT TTTCAAAAAC GCGCGAAAGT GGGTGGGTTG A
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| Protein sequence | MLFLQGSHVY TPFRHQQILF RLKQKQNTVR SVEAIYGYFV DGEKLLSRAE QERLERLLPK
AYFSDYPKSA ENFSVWVTPR LGTISPWSSK ATDIAHNCEI PINRIERGIY FIIDGIAKRD
KKAIEKVASE LYDPLTESLL FDAEDLAQLF QHPAPKTFND IPVLGKGEAA LKEADQNLGL
ALSDPDIHYL LRAFHQLNRN PTDIELMMFA QVNSEHCRHK IFNAQWTIDG KEKKESLFDM
IRYTYKTHPE KILVAYKDNA AVIEGFNCES FLINPSNHSY EKQKGRLHTV LKVETHNHPT
AIAPFAGAAT GSGGEIRDEA ATGRGAQSLA GLAGFSVSHL RIPDFLQPWE KAPSKKSLHS
DSKPKTLASA LDIMLQGPIG AASFNNEFGR PTICGYFRTL EHLSSKTLKW GYHKPIMIAG
GIGHIRESQI EKQSFTEGAL LVVLGGPAMA IGLGGGSASS RTSGESTEAL DFASVQRANP
EMQRRAQEVI NACLSLGDDN PILSLHDVGA GGLSNAFPEL VHATECGGEF ELRHIPNAEP
GMSPLEIWCN EAQERFVLAI KPESLKVFSG IAERERCPFA VVGRAKEEKK LILNDAHFHN
RPIDLPLSFL FEDMPPMKRE DKRVFSGETA WNISKINWAD AVKRVLQYPC VADKSFLITI
GDRTVGGMVA RDQMVGPWQI PVADVAVTAH SFTGYEGQAL AMGERSPIAI VHPAASARMA
VGEAITNIAA APIKAISDIV LSANWMAAPD QPGEGAGLYE AVQTVAKELC PALGICIPVG
KDSLSMQTSL EKEIVTAPLS LIITATAPVS DVRHALTPQL QTDVGETRLL LIDLGQGANF
LGGSCLAQTY NLLGKQPPDV DDPLLLRRFF EAIQSLNQKN LLLAYHDRSD GGLLATLCEM
AFTAHVGITI KLDSLGDDAL ASVFNEELGA VIQVKEKNID IVFEILKSHK LQAHSHVIGE
LNQLDEIIFN FRGQTLYQET RTTLQRWWSE TSYRLQSLRD NPECAKQQYD GLLDKKDTGL
FTKITFDNNE DIALPYINSG KRPRVAILRE QGTNGHREMA AAFHLAGFES VDVHMSDLLN
ERVNLMDFKG AVAGGGFSYG DVLGAGRGWA QVILMHPKIR DKFSLFFESK DRFALGVCNG
CQLFSHLKSL IPGALHWPAF QRNVSEQFEA RLSMVEIPQS PSLFFQGMAG SQLPVAVAHG
EGRVVFEKNT QEFENEKLIA LRYVNYAGQP TENYPANPNG SPKGITGLTT PDGRITILMP
HPERVFRTVQ FSWHPKKWSE MSPWMRIFKN ARKWVG
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