| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | COXBURSA331_A0106 |
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| Symbol | ostA |
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| ID | 5793072 |
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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 | 93436 |
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| End bp | 96048 |
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| Gene Length | 2613 bp |
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| Protein Length | 870 aa |
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| Translation table | 11 |
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| GC content | 44% |
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| IMG OID | 641329660 |
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| Product | organic solvent tolerance protein |
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| Protein accession | YP_001595996 |
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| Protein GI | 161829772 |
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| COG category | [M] Cell wall/membrane/envelope biogenesis |
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| COG ID | [COG1452] Organic solvent tolerance protein OstA |
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| TIGRFAM ID | |
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Plasmid Coverage information |
| Num covering plasmid clones | 24 |
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| Plasmid unclonability p-value | 0.307862 |
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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 | ATGAAGCAGG GAAAATCATT TATTTTTTAT TGTCTCGTTT TGCTGTTATG TGGTTTCCAG
CAACTAAGCA GCGCGGTGAC AGCAAGCATC GCTAAAGCTA TCAAAACTAC TGATAGAAAA
CAACGCGTCT CAGAGACTCT ACCCACCGGT TTGTCGTATC GACGTTTTTA CCAGCATATC
GCTCATTTAC TCGGCTGGGT CCCCGCACCC GATCTTGTTT GTAGAGGTTA TTTCAAAGAA
CCATTGATAC TCACGGAACA CCCCCACCCC GGACCAGCAA CAAAAGAGCC CGCTATCGTC
ACGGCCAAAG GACCCTCCAT GGTCACGGCT CAAGGCGTTT CTATCTTACG AAAAGATGTT
GTCGTCACCC AACCCGGTCG TATTGTAGAA GCTGATAAAG CCTATATTTA TCGAGACAGC
AAAACAGGCC ATGTAACTAA AATTATTTTG ATTGGGCATG TCCGCTTGCA CGAAGCGGAC
AAACGTATTG TCGCCGATAA AGGAACACTG ACGCTTTACC CCAAAACCGC GATATTAATG
AATGCGGCTT ACCACATCTA TAACGGTGAA CCTTACTTTT ATAAATTCAA ATATCCCTTC
GATGCGTGGG GCATTGCCAA ACACGCCGTA CGCGACGCAT CGAACGTAAT CACCTTGCGC
CATGCTACTT ACAGCACTTG TAAGCCAACA GCTCCAGCGT GGTCGATGAG CGCAACAACG
CTTGTCTTAA ACAGAAATAC TCATCGAGGC GAAGCTTATA ATATGCTTTT GCATATCGGT
AGGGTGCCTA TTTTTTATTT TCCTTATTTT AATTTTCCCA TCGATAATTA TCGGAAAACG
GGTTTTTTAA TCCCGTACGC GGGGCATAGC TCGAGTTCGG GCTGGTTTTT TGCTTTGCCT
TTTTATTGGA ACATGGCGCC CAATTATGAT TTAACACTAA CCCCCGAGTT TATGTCTGAA
CGCGGGCTTA ATTTGCAGAG CCTTTTTCGT TTTTTATGCA CCAAAAGCAG TGGAACTATT
TATTTAAACT ATCTCCCCAA TGACAAAGTG TTCCAACAAT TTCGAGAGAC CACCCTTAGT
AAATTTCCGC CGTCCGTTTT AGCGGAACAC CCTGTTTTTA TTCCGTATGT GGATAAACTC
AAAAAAATGA AAAATCAGCG CGCTTTTTTT TCAATGAATG AAACCACGCT TTTTAATTCC
GAATGGTCTT CACGGGTTAT TTTAAATTAC GTCACTGACC CTTATTTTTT TCAAGATCTC
GGCGGTCAGC TGGGCGGCAG TTCTCTTGCC AATCAACTGC TCAATCAGAT TGATTTACAA
TACAATGGAC TGCATTGGCA ATTTATGGGA ATGTTACAAG CGTATCAAAC GCTTCACCTA
ATTAGCCAAT GGACAACTCC GGCGCTAGAT CAATATTCCC GGTTACCCGA TTTCAACATC
GTCGGTTATT ACCCTGACAT CGCTCGACAT GTGGATTTTA ATTTTAACGC TGAGGCTGTT
AACTTCGATT ATCGCAGCGA TTTCGTCCCT GATAAGCCAA GAGGACAACG GTTTCATATG
CGACCGGGTA TTAGTTTTCC GTTTTATTTC GCCTCCGGTT ACATCATCCC CCAACTATGG
GCGGATGCCA CTGCCTATAA CATCACGCAT TTTCAGCCCG GACAGGCACA CACTTCCAGT
CGTTTGTTGC CCATTTTCGA TATCGATTCG GGGCTTTATT TTGATCGAAA TTTCCATCTC
GGTCATCGGT CATTTATTCA AACACTCGAA CCCCGATTTT TCTATTTGTA CGTCCCCTAT
CAAAACCAAG ATCGTTTCCC TAACTTTGAT ACGGTTTTGC TGCCGTTCTC TTTTGAACAA
TTATTTGCAT TGAATCAGTT TACGGGCAAC GATCGCTTGC AAAACGCCAA TCAAGCGAGT
TTTGCGCTCA CTTCACGGGT TTTGGATGCC CAAAATGGTA GCCCCATTTT AACGGCCAAT
GTCGGATTTA TTTATTATCT TGAAAATCAA CGTGTTTGTC TCACTCCGGG ATGCACCCCG
TCTAATTATC ATTATTCGCC CATCATCGGA GAATTTACTT TTTATCCTTT CCCTTATTGG
TCTTTTACTG GCAGCTTAGC GTGGGACCCC AATTTAGGGC AAACGAATAA TACTTCCGTT
GAACTAGCCT ATAACAATGG GGGAAAAAAA GCCGATATTC GTTATCTATT TGTCCACGGG
AATGAAGATT CCATCGTCAC GCCCACAACC CTCATCGTCC CAGGCAATGC GTATAGTCAA
AACACTAACC ACGTGATCTC TTCGGGCGCC TGGCCGTTGC TTAAAAAGTG GAACGCTGTC
GGCTATTGGG ATTACAATAT TACCGAACGC CGTACCGATG TCTATTCAAT CGGTGTACAA
TACAACACTT GTTGCTGGGC ATTAAGTTTC AGCATACGCC GCACTTATGC GGGTTTGAAG
GTCGATCCCA ATGGAGCTCT ACAAAGGCAG TACGACACGG CTTACGGGTT TGAACTCCAG
TTGAAAGGGC TGGGTAATTT GGGGACGGCT CCCATTTCAA CAGTAACGGT GTTGGATGCG
ATGAATAATG GTGTTTCTAA TGATGTGAGG TAG
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| Protein sequence | MKQGKSFIFY CLVLLLCGFQ QLSSAVTASI AKAIKTTDRK QRVSETLPTG LSYRRFYQHI
AHLLGWVPAP DLVCRGYFKE PLILTEHPHP GPATKEPAIV TAKGPSMVTA QGVSILRKDV
VVTQPGRIVE ADKAYIYRDS KTGHVTKIIL IGHVRLHEAD KRIVADKGTL TLYPKTAILM
NAAYHIYNGE PYFYKFKYPF DAWGIAKHAV RDASNVITLR HATYSTCKPT APAWSMSATT
LVLNRNTHRG EAYNMLLHIG RVPIFYFPYF NFPIDNYRKT GFLIPYAGHS SSSGWFFALP
FYWNMAPNYD LTLTPEFMSE RGLNLQSLFR FLCTKSSGTI YLNYLPNDKV FQQFRETTLS
KFPPSVLAEH PVFIPYVDKL KKMKNQRAFF SMNETTLFNS EWSSRVILNY VTDPYFFQDL
GGQLGGSSLA NQLLNQIDLQ YNGLHWQFMG MLQAYQTLHL ISQWTTPALD QYSRLPDFNI
VGYYPDIARH VDFNFNAEAV NFDYRSDFVP DKPRGQRFHM RPGISFPFYF ASGYIIPQLW
ADATAYNITH FQPGQAHTSS RLLPIFDIDS GLYFDRNFHL GHRSFIQTLE PRFFYLYVPY
QNQDRFPNFD TVLLPFSFEQ LFALNQFTGN DRLQNANQAS FALTSRVLDA QNGSPILTAN
VGFIYYLENQ RVCLTPGCTP SNYHYSPIIG EFTFYPFPYW SFTGSLAWDP NLGQTNNTSV
ELAYNNGGKK ADIRYLFVHG NEDSIVTPTT LIVPGNAYSQ NTNHVISSGA WPLLKKWNAV
GYWDYNITER RTDVYSIGVQ YNTCCWALSF SIRRTYAGLK VDPNGALQRQ YDTAYGFELQ
LKGLGNLGTA PISTVTVLDA MNNGVSNDVR
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