| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | CBUD_0834 |
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| Symbol | |
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| ID | 5457380 |
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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 Dugway 5J108-111 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_009727 |
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| Strand | + |
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| Start bp | 812582 |
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| End bp | 817420 |
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| Gene Length | 4839 bp |
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| Protein Length | 1612 aa |
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| Translation table | 11 |
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| GC content | 40% |
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| IMG OID | |
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| Product | polyketide synthase |
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| Protein accession | YP_001424220 |
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| Protein GI | 154706552 |
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| COG category | |
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| COG ID | |
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| TIGRFAM ID | |
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Plasmid Coverage information |
| Num covering plasmid clones | 0 |
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| Plasmid unclonability p-value | 0.399353 |
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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 | ATGCTGAGTG AACAGCGCGA TGTTATTCGC GATATTATCG CCGTACTTAG AAAACATGTT
GAAGTAGATG ATATTAATAT CAATCACTCG TTTGCTTCAT TGGGCATCAC GTCGTTGCGT
GCAGTACAGT TGGTTAATGA ATTGAATGCA ACTCTTGGTG TGAGGTTAAA AGCGCACGAT
CTATTTTTAT ACCCTACACC GCTTGCGCTT TCAAATTATT TAACGAATAA ATCTACAAAA
TTAGAAGTTT CAGAGGCCAT ATTTTCAAGT GAAAATCGTC AAAATAAAAA TGAAGCTATT
GCTATTATTG CGATGGACTG TAAATATCCG GGCGCTGATG ATTGTGAATC CCTATGGGAT
AACTGTATTT CAGGCAAAGA ATGTATTTCA TTTTTTAATA AAAAGTCGAC GAAAGAAAAA
AATAATACGC AGCGTCCTGT ACATGCCAGA GGCATATTGA AGGATATTGA ATATTTTGAT
GCACAGTTTT TTAATTATAG TCCCAAAGAG GCGCAATTAT CGGATCCGCA GCAGCGTTTA
TTCATTGAGT CGGCATGGAT CGCATTAGAA AAAGCAGGTT ATGCGTCTGA CGACCGGAGC
TACGGAAGAG TTGGCGTTTA TGCCAGCATG AACGATAGTA CTTATATTTT AGATCAATCT
GCATTGCAAA TAGCTAAGGA TAATTTAACG GAGCGATTTG CGTTGCAACG ATTAATGAGT
TCTCAGTTTT TAGCGACAAA AGTAGCTTAT TTGCTTAACT GTAGGGGCCC TAGTGTCACT
GTGCAAACGG CCTGTTCCAG TTCTTTAGTG GCTGTTGTAC TTGCTTGTCA ACAATTAGCT
TCTTTTACTT GTGATATGGC CATTGCAGGA GGTGTTTCCA TTGTTACCCC CCAAGATCGC
CCTTATATCT ATCAGCAAGG TAATATTTAT TCGCCAGATG GCCATTGTCG TCCTTTTGAT
GCCCATGCTG AGGGGACGGT GTTTAGTAAT GGCTTAGGCG TGGTGATATT GAAACGCTTA
TCTGATGCGA TTCGCGATAA TGATTCCATT ATCAGCGTAA TTAAAGGGTA TAGCATCAAC
AATGACGGTA GCCACAAAAT GAGTTACGCT GCGCCGTCTC AGGAAGGACA ATTGCATTGC
ATTTTAGCGG CTCAAGCAAT GGCGAACGTA GAAGCGAATA GTATTCGATA CGTTGAAACA
CACGGTACAG GAACACCTAT AGGCGATCCT ATAGAAATTG ACGCATTAGC GAAAGCGTTT
CGGATGAAAA CGACTAAAGA ACAGTTTTGC GCTTTAGGAA GCATTAAAGC GAATATCGGG
CATACCCATG TGGCTGCTGG AGTGGCAAGT CTAATTAAAA CGGCTTTAGC TTTGCAGCAT
CAACAAATTC CGCCGTCTCT CCATTTTTCT TCACCCAACC CAGCTATCGA TTTTGCGCAT
TCACCTTTCT ATGTGAATAC CCGTCTTCTT CATTGGCGAG AGGCTCAATA CCCACGCCGT
GCGGCCGTGA GTGCCTTTGG TGTAGGGGGC ACTAATGCCC ACATTGTCCT TGAAGAAGCG
CCAGAAATAA AAAGCTTTCC TGCAAAACGT GCTACGTATA CCTTGCTTCT TTCTGCAAAA
TCAGAAGAAG CTTTACGTGC TTATCATGAT AATTTAATTA ATTTCTTAGA AAAACAACAA
AGTGCTTCCC CCACTTTGCT TGCAGATTTA GCTTATACTC TTCAGATAGG CAGAAATCAT
TATGATTATC GATCAGCCGT TGTGTGTGAG ACTTTGTCAG AAGCTTTGGT TCAATTAAAA
GTTGAAAAAG AAAAAAGTTA CTCTCCGATT TTAAAAAGAA ATGTTTCTCC AAAAAAAATT
GTTTTTCTAT TCCCCGGACA AGGCAGCCAG TACATTGATA CTTCACGAAT GCTTTACGAA
CGCGAACCTA TTTATCGGCG ATATCTCGAT GAATGTTTAC AAATGGCTTC CTACCACATG
GGCACAAATT TGCACGATAT TCTCTTCCCA AAGAAAGAAA ATCAGGAGAG TGCAAAATCA
AAACTTTTCC AAGCACAATT TACGCATCCC ATTTTATTTT CAATTGAATA CGCGCTAGCG
AAGTGTTTTC AGTATTTTGG CATTGTGCCT GATATCATGC TGGGCCACAG CTTGGGAGAG
TATGTCGCTG CTTGCTTAGC TGAAGTATTC TCGTTAGAAG AAGCAATCAC TATTGTTTGT
GCAAGGGGGA AAGCGATTGC TAATTGCGGC GAGGGTGAAA TGCTAGCGGT ACCGCTTCCT
AAAAAAGAAC TGCTTCCTTT CTGTACGATG GATATCGGTA TTGCTGTGGA AATCACGCCT
AGTTTATGTG TGGTTTCTGG ATCTCGTGCA GCGATGAAAG AATTTCAGCA AGCGATTGAA
CCTGTACTTT CCAAAAAGTC CTTGTCTTTG AAACCATTAA AAAACACTTC CCCCTTTCAT
ACGCATTTAT TAAAACCAGC GGTTAAACCT TTTCTCGAGG TTTTGCAATC AGTTAAAAAA
CACTCTCCGA AAATTCCTTA TCTTTCAAAT TTAACGGGTG ATTGGATAAC CGACGATAAA
CTGAATGATC AATATTGGGT TGATCACATG TTAAGCACTG TTTTATTGTC AACGTGTGTA
GAAAAATTAT TGGTTGAAGC GGAAAATACC GTGTTCCTAG AAGTTGGACC AGGACGAACT
TTGCTATCAA CTTTACAAAT GCATACTAAG AATAAGCTAA AAATGATTAC AGTGCTAGCA
AATGAGAAAA CGATTAAAAA AAGTGACGAT AAAATCTTCG CTAATGCGAT AAAAGAACTT
TGGTGCCAGG GCCACAGTAT CGATTGGAGA AAATTTTACT CAGATGAAAA GAGAAGACGA
ATTCCTTTGC CAACTTATCC TTTTCAGAAA CAGCGTTATT GGATTGATCA ACTATTTAAT
TATCGAGAAG CCGATTCAGT TGAGCATAAA ACAGAACTAA AATTTTATTT GCCAGCATGG
ATTAATGTGC CCGAACCTGT AGGCTTATTA CCAACTTTTT CCTCGAATCC AGAAATACGC
CGTTGGATCA TTTTTGCTAA TCAATCAGTT TTATGCGAGA AAACTTGTAA AAGCTTGCTC
TCAATGGGCG AAAACATTAT TAAAATATTT CCAGGAGAGG AAATTATCTT GCATACATAT
AACACCTTCA CTATTAATCC TGCAGAAAAA TCACATTATG AAGAAGTTCT TAGAAAAAGT
GTTTCTACTG ATGAAGCACA TTACGTGATT CTTCATTTTT GGGGCGTTGA TTCTTCTGAA
ATAAAGAGTG GTCATAACTT GTTGAACAGC ACTGAACTTT ATCAAGGCTT ATATAGCGGC
ATTTTTATTG CGCAAGCGCT AAATCGTATT ATACCTCATG CCAGTATCTT TTGGGGGATG
GTGACTACAC ATTTGTATTC TGTCTTGGGA AATGAAAAAA TTAATCCGTT AAAAAGCACG
GTGTTGAGTT TATCTCGTGT GTTACCCCTT GAGAATTCTA ATATTCGAAT GTGTCAAATT
GACGTGGATT CATTGATGAA CGAAAACACG GTGGCTTTGT ATGCCAATGA GGTGATTAGC
CAAGTAGTGA AGAATCTTTC ATGTTCAGAA GTTGTCGCCA ATACTATTGT TTTGCGTCAT
CAGAAACGAT GGAAACCTAC GTATCAAGAA ATAAACGTTA CTGAATTTTC AAACGGGTCT
GATATTACCA TTGATCCTCA GGGAACTTAC CTCATTACCG GGGGGTTGGG CGGAATGGGA
CTGGCCATTG CAAAATGGTT ATCTGATAAA AATTCTGGTA TTACTATCCT CTTGCTTTCC
CGTAGTGTTT TCCCAGCACA AAATAGTTGG GATGATTGGT TAGCGAATCA CACACCTGAA
GACCCTATTA GTGAAAAGAT AAAACAACTT AAGAAAATAG TTCGCAAGGG ATGTCAGGTT
GAAATTCTAA AAGGAGACAT AGCTGACTAT CGCCAAATAA AAGTACTTTT GTCCAAAGTT
GAGAAGCAAA CAGGTCCGAT ACGTGGCATA TTTCATCTGG CGGGTATATC GGGCGGAGGG
CTTACTGCTT TGAAAAATAT TGAAACTGTT CAGGCCGTTT TGCAGCCCAA AATACAAGGA
ACATGGGTTT TAGCGCGGTT ATTTCGAAAA AAAGTTTTGG ACTTTTTCGT TAGCGCTTCG
TCGTTGACAG CAATCGCTGG CGGGGTGGGG CAAATAGATT ACTGCGCTGC TAATATCTTT
TTAGACCATT TTTTAGAGCA AAACCCATTT AAATATTGTG AACGGCTATT AACGATCAAT
TGGAATGCCT GGCGGTCGGT AGGGATGGCT GCGAATGTCG CTGGAGCTAA AGTACATTGT
CGTCTTTACG CGGGTAATAG TGTCACTCCC GAACAAGGAA TAAAAGTTTT GAATACATTC
TTAAGATCTC CTTACCGTCA AGTTCTTGTA TCGCGCTACC AACCGGAGGA GGAAATCAAG
CGAATTAAAC GAATGTTTCA GCCAGAAGAA AAAATTGACC TATCGGCTGC AAACAGAATG
AAACCAAAAG AATCAAATCA ATTAAATGTG TTCGACGTTA TGGGACAAAC TTGGAAAGCT
GTTTTAGGTG TGTCGAAGAT TAATAAAACG GATACTTTTT ATGACTGCGG TGGTGATTCA
TTAACGATGA TCCAACTTAT AGCTGCACTC GAAAAGCACT TTGGGATAAC GATTATTTTA
CAAGATTTAA TACGGGAAAC CTCTTTTGGA GGGATGGTAA GGTTTGTGGA AGCGCTACTC
CAGCGTCCAG ACCGAAAGAG CCGTAAAATT AAGGGTTAA
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| Protein sequence | MLSEQRDVIR DIIAVLRKHV EVDDININHS FASLGITSLR AVQLVNELNA TLGVRLKAHD
LFLYPTPLAL SNYLTNKSTK LEVSEAIFSS ENRQNKNEAI AIIAMDCKYP GADDCESLWD
NCISGKECIS FFNKKSTKEK NNTQRPVHAR GILKDIEYFD AQFFNYSPKE AQLSDPQQRL
FIESAWIALE KAGYASDDRS YGRVGVYASM NDSTYILDQS ALQIAKDNLT ERFALQRLMS
SQFLATKVAY LLNCRGPSVT VQTACSSSLV AVVLACQQLA SFTCDMAIAG GVSIVTPQDR
PYIYQQGNIY SPDGHCRPFD AHAEGTVFSN GLGVVILKRL SDAIRDNDSI ISVIKGYSIN
NDGSHKMSYA APSQEGQLHC ILAAQAMANV EANSIRYVET HGTGTPIGDP IEIDALAKAF
RMKTTKEQFC ALGSIKANIG HTHVAAGVAS LIKTALALQH QQIPPSLHFS SPNPAIDFAH
SPFYVNTRLL HWREAQYPRR AAVSAFGVGG TNAHIVLEEA PEIKSFPAKR ATYTLLLSAK
SEEALRAYHD NLINFLEKQQ SASPTLLADL AYTLQIGRNH YDYRSAVVCE TLSEALVQLK
VEKEKSYSPI LKRNVSPKKI VFLFPGQGSQ YIDTSRMLYE REPIYRRYLD ECLQMASYHM
GTNLHDILFP KKENQESAKS KLFQAQFTHP ILFSIEYALA KCFQYFGIVP DIMLGHSLGE
YVAACLAEVF SLEEAITIVC ARGKAIANCG EGEMLAVPLP KKELLPFCTM DIGIAVEITP
SLCVVSGSRA AMKEFQQAIE PVLSKKSLSL KPLKNTSPFH THLLKPAVKP FLEVLQSVKK
HSPKIPYLSN LTGDWITDDK LNDQYWVDHM LSTVLLSTCV EKLLVEAENT VFLEVGPGRT
LLSTLQMHTK NKLKMITVLA NEKTIKKSDD KIFANAIKEL WCQGHSIDWR KFYSDEKRRR
IPLPTYPFQK QRYWIDQLFN YREADSVEHK TELKFYLPAW INVPEPVGLL PTFSSNPEIR
RWIIFANQSV LCEKTCKSLL SMGENIIKIF PGEEIILHTY NTFTINPAEK SHYEEVLRKS
VSTDEAHYVI LHFWGVDSSE IKSGHNLLNS TELYQGLYSG IFIAQALNRI IPHASIFWGM
VTTHLYSVLG NEKINPLKST VLSLSRVLPL ENSNIRMCQI DVDSLMNENT VALYANEVIS
QVVKNLSCSE VVANTIVLRH QKRWKPTYQE INVTEFSNGS DITIDPQGTY LITGGLGGMG
LAIAKWLSDK NSGITILLLS RSVFPAQNSW DDWLANHTPE DPISEKIKQL KKIVRKGCQV
EILKGDIADY RQIKVLLSKV EKQTGPIRGI FHLAGISGGG LTALKNIETV QAVLQPKIQG
TWVLARLFRK KVLDFFVSAS SLTAIAGGVG QIDYCAANIF LDHFLEQNPF KYCERLLTIN
WNAWRSVGMA ANVAGAKVHC RLYAGNSVTP EQGIKVLNTF LRSPYRQVLV SRYQPEEEIK
RIKRMFQPEE KIDLSAANRM KPKESNQLNV FDVMGQTWKA VLGVSKINKT DTFYDCGGDS
LTMIQLIAAL EKHFGITIIL QDLIRETSFG GMVRFVEALL QRPDRKSRKI KG
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