| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | COXBURSA331_A1234 |
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| Symbol | |
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| ID | 5793236 |
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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 | 1117217 |
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| End bp | 1120276 |
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| Gene Length | 3060 bp |
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| Protein Length | 1019 aa |
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| Translation table | 11 |
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| GC content | 42% |
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| IMG OID | 641330670 |
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| Product | RND efflux transporter |
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| Protein accession | YP_001596969 |
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| Protein GI | 161831343 |
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| COG category | [V] Defense mechanisms |
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| COG ID | [COG0841] Cation/multidrug efflux pump |
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| TIGRFAM ID | [TIGR00915] The (Largely Gram-negative Bacterial) Hydrophobe/Amphiphile Efflux-1 (HAE1) Family |
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Plasmid Coverage information |
| Num covering plasmid clones | 29 |
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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 | ATGGCAAGTT CGAAATTTAC GGACAAATTT ATAATTCGCC CGGTTCTCGC CATTGTTGTG
AGCTTGTTTA TTTTTATTTT GGGGTTGCGT GCGATTACCG AAATGGAAGT GCGCCAGTAC
CCTAAAATGA ACAATACGTT AATTACCATT TCGACGGCTT ACCCTGGCGC GCCTGCTTCT
TTAATCGAAG GTTTTATTAC AACGCGGCTT GAAAAATCCA TCGCGGGCGC CGAAGGGATC
GATTATATGA CTTCCACCAG CACTCAAGGC GTTAGCACGA TTAATGTTTT CATAAAATTG
AATTTCGATC CTAATGTGGC TTTTACCGAT ATCATGAGTA AAGTCGCCCA AGTGCAAAAT
GATTTACCGC GAGAATCTCA GCTACCTGTC ATTCAAAAAC TTACCGGAAC ACAAACGGCG
TTAATGTATA TCAGCTTTAG TAGCGATCAG ATGAGTTCTG AGCAGATTAG CGATTACCTA
AATCGTGTTG TTCAACCTAA AATTGAAACC GTCTTTGGCG TTTCCCAAGC TGAAATTTTA
GGTGGCCAAA CGTTTGCTAT GCGAGTTTGG CTGAATACCA AACGAATGGC TGCCTTAAAT
GTAACGCCGA CCGACGTGAC GCAAGCGTTG ATTAATAATA ATTTTCAATC CGCGGCGGGA
CAAACGAAAG GCGATTTTAT TACGCTTTAT ATAAAAGCGA AAACGGACAT TGGAGACAAA
CAAGCCTTTG AAAATTTGGT CATCAAAGAG GTTAATGGTA CGTTGATTCG GATACGAGAT
ATCGGCCGCG TTGAGCTTGG CGCTGAAGAT TACGATTCAA GCGTTTATAT GAATGGAAAA
AGCGCTATAT TTGTTGCCGT TAATACGACC CCCACGGCTA ACCCCTTGAG CGTGATTGCT
AACGTTAAAA AAATATTACC GGATCTTGAA AAGGAATATC CGCCTTCTTT GCATTCAAAA
GTGGTTTATG ACGCCACAGA ATACATTCAG GCCTCGATTT ACGAAGTTAT TAGAACCATT
TTTGAAGCGA CCTTAATTGT TATTGTAGTT ATTTTTCTTT TTTTGGGATC AATTCGTACT
GTTGTCATTC CGGTTATTAC GATTCCGCTC TCGCTTATTG GCGTTTGTTT TCTTATGTGG
TTTTTAGGAT ATTCGCTGAA TTTACTCACG CTTTTGTCGA TGGTACTGGC TATTGGTTTA
GTGGTGGATG ACGCTATTGT CGTCGTGGAA AACGTTTATC GACATATTGA AGAGGGCATG
GACGGCTTCC ACGCAGCTAT TCGAGGGGCT CGCGAAATTG CTTTTCCTAT TATTTCAATG
ACCTTAACGC TGGCAGCGGT TTATGCACCC ATCGGTTTTA TGACCGGTTT AACCGGGGCT
TTGTTCACCG AATTTGCTTT TACGCTAGCC GGTGCGGTTA TCGTTTCAGG TATTATTGCG
CTCACCTTAT CACCGATGAT GTGCTCAAAA TTTTTAAACC AAAACATTGG AAAACAACGT
TATGTGCAAT TTATTGATCG TTCGTTTGAA CGATTAAAAC AATTTTATTC GCGCCGTTTG
CACGGGGTTT TAAATCACCG TTTTCTGATG GTCTTATTGG CCGTTGCCGT ATTGGCCAGT
TGTTTTATTT TTTACATGAA TACCACCTCA GAGTTGGCGC CTGAAGAAGA TCAAGGCGCG
CTCTTCGTGC AAGCGCAAGC CCCGCAATAC GCTAACATCG ATTACGTTGA AGCTTATAGC
AAACAATACG AAAAATATTT TAAAAAACTA CCGTCAATGG CCAATTATTT TATGATTAAC
GGATTTGGCA CAGTAAACAC CGTCTTGGCG GCGATGATAA TGAAGCCGTG GGATCAACGA
CAACAATCGC AAAAACAAGC GCAAGCCATT TTACAGCCCG AACTTAATAC CGTGGCGGGA
CTACAAACCG TCGTTTTTCC TTTAGCTTCG TTACCGGGCG GAGGCACCGG TTTACCCGTT
CAATTTGTGA TTACTTCGAT CGCTCCTTTT AACAAAATTT ATTTAGCAAC GGAACAAATA
GTGGAGGAGG CGAAAAGAAG CGGCTTGTTT ATTTTTGTCG ATAGCGAACT GAAATATAAC
AATCCGCAAT TAAATGTAAT TATCGATCGA AACAAAGCCG GGGATTTAGG CGTCACTATG
CAGAGTTTAA GTCAAATATT GGCTTATTCA CTCGGAGGTA ATTACATTAA TCGTTTTGCG
ATGATGGGAC AAAGCTATAA AGTAATTCCT CAATTAAGCC GATTATTTCG CTTAAATCCC
AGCAATTTAG AACAGATTTA TGTGAATACA GCAGGCGGCC AATTAATTCC TTTGTCAACG
CTCGTTAAAA TGAATATTAC GACGCAGCCG AATTTGCTTT CGCATTTTCA ACAATTAAAT
TCGGCGCAAA TCGATGCTGT TTTAGCTCCC GGGCACACCA TGGGCGAAGC GTTAACTTAT
TTAGAACAAA CCGCGAATAA AGTGCTTGCC CGAGACATGA GTTATGATTT TGGGGGACAA
ATGCGTCAAT TCGTCCAGGA AGGGCAAGCA TTAGTGGTGA CGTTTTTTCT AGCCATTATT
ATTATTTATC TCGTATTGGC GGCGCAATTT GAAAGTTTCC GCGATCCCTT TGTGATATTA
ATCAGCGTGC CGATGTCTAT TTGCGGTGCG TTAATTTTTT TAAATTTAGG ATTGGCCACT
ATTAATATTT ATACCCAGAT TGGATTGGTG ACGTTAATCG GATTAATTAG CAAGCACGGA
ATTTTAATGG TGGAATTTGC AAATAAATTG CAAGAAGAAG AGGGGCTCAG TGTTCGCGAA
GCCATCGAAA AATCCGCAGC CATTCGTTTG CGTCCCATTT TGATGACGAC AGCCGCGATG
GTATTAGGCG TTGTCCCCTT AATTTTGGCT ACAGGCGCCG GCGCTGTGAG CCGTTTCGAT
ATTGGGCTTG TGATTGCCAC CGGAATGCTA ATCGGCACTA TGTTCACTTT ATTTGTGGTG
CCAACCATGT ATTTATTAAT TGCGAAAAAA CATCAACCTT TGCGGAAGGT AGATGAATAA
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| Protein sequence | MASSKFTDKF IIRPVLAIVV SLFIFILGLR AITEMEVRQY PKMNNTLITI STAYPGAPAS
LIEGFITTRL EKSIAGAEGI DYMTSTSTQG VSTINVFIKL NFDPNVAFTD IMSKVAQVQN
DLPRESQLPV IQKLTGTQTA LMYISFSSDQ MSSEQISDYL NRVVQPKIET VFGVSQAEIL
GGQTFAMRVW LNTKRMAALN VTPTDVTQAL INNNFQSAAG QTKGDFITLY IKAKTDIGDK
QAFENLVIKE VNGTLIRIRD IGRVELGAED YDSSVYMNGK SAIFVAVNTT PTANPLSVIA
NVKKILPDLE KEYPPSLHSK VVYDATEYIQ ASIYEVIRTI FEATLIVIVV IFLFLGSIRT
VVIPVITIPL SLIGVCFLMW FLGYSLNLLT LLSMVLAIGL VVDDAIVVVE NVYRHIEEGM
DGFHAAIRGA REIAFPIISM TLTLAAVYAP IGFMTGLTGA LFTEFAFTLA GAVIVSGIIA
LTLSPMMCSK FLNQNIGKQR YVQFIDRSFE RLKQFYSRRL HGVLNHRFLM VLLAVAVLAS
CFIFYMNTTS ELAPEEDQGA LFVQAQAPQY ANIDYVEAYS KQYEKYFKKL PSMANYFMIN
GFGTVNTVLA AMIMKPWDQR QQSQKQAQAI LQPELNTVAG LQTVVFPLAS LPGGGTGLPV
QFVITSIAPF NKIYLATEQI VEEAKRSGLF IFVDSELKYN NPQLNVIIDR NKAGDLGVTM
QSLSQILAYS LGGNYINRFA MMGQSYKVIP QLSRLFRLNP SNLEQIYVNT AGGQLIPLST
LVKMNITTQP NLLSHFQQLN SAQIDAVLAP GHTMGEALTY LEQTANKVLA RDMSYDFGGQ
MRQFVQEGQA LVVTFFLAII IIYLVLAAQF ESFRDPFVIL ISVPMSICGA LIFLNLGLAT
INIYTQIGLV TLIGLISKHG ILMVEFANKL QEEEGLSVRE AIEKSAAIRL RPILMTTAAM
VLGVVPLILA TGAGAVSRFD IGLVIATGML IGTMFTLFVV PTMYLLIAKK HQPLRKVDE
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