| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | COXBURSA331_A1145 |
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| Symbol | |
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| ID | 5793267 |
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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 | 1026468 |
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| End bp | 1029506 |
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| Gene Length | 3039 bp |
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| Protein Length | 1012 aa |
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| Translation table | 11 |
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| GC content | 43% |
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| IMG OID | 641330593 |
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| Product | RND efflux transporter |
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| Protein accession | YP_001596895 |
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| Protein GI | 161830273 |
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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 | 35 |
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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 | ATGAAATTAT CCGAGATTTG CATTCGCCAA CCGGTATTAG CTATTGTGTT GAGTTTAATT
TTGGTGGTGT TAGGCGTCGT TGCTTTTCAA CGTCTTGAAT TGCGCTTTTT TCCGAAATTG
GAATTACCTA TCTTAACGGT AGCCACCACT TACGATGGTG CAAGCGCCCA GCTTATGGAA
AGCCAAGTCA CCACCCAAAT TGAAAACGCC CTCTCCGGAG TGGACCACAT TGCCTCGATC
AGCTCCACAA GTTACCCCGG TTCGAGCTAT GTGACGGTGT TATTCCAACT CGGGGGCAAT
TTTGAAGAAG AAGCGAGCGC AGTACGCGAC AAAGTATTTG CGATTCGCGA TCAATTACCA
CCCAATGCTA ATCCGCCGAC CATTACGGTT GGGACCAAAG GCAATCCGGT TCTGGGAATC
GGTTTTATTG ATCCGCAAAA ATCATCGGCT GATATTCGGG ATTACGTGGA GCGCGCGGTT
CAACCGGCTT TACGTCAATT GTCTGGTGTG GGGGAGGTTG ATATTTTGGG AGCGAGTGAT
TATGCCATGC GAATTTGGCT AAATGCTTCT AAAATGGTGG CGCATCAAGT GACAGTAACC
GACGTTAAAA ACGCCTTAAC AGCTAATAAT ATTTATTTTC CAGCTGGTTC TATTCAAGAA
CCCAAGCGAA ATTACAGTAT TGTTTCACAC ACTCAATTAA AAGACGCCAC GGCGTTTGGA
AATATTATTA TTAAAAATAA CGATGGAGGA ACCGTTCGTT TAAATGATAT CGGCCATGCC
GAACTTGGCT ATCGCAGCTT GTACGAAGCG CCGATGCGCA TTAATGGACA AAATGGCATT
GAACTTTTAA TCGAGCCGCT GCAAGAAGCC AATCCGGTTA CCGTGGCGCA TGAAGTGAAA
CAAGCGCTCG CGACGATCCA GAAAAATTTA CCGCCGGGAA TGCAAGCCAG CGTTAATTAC
GACGCCTCCA CTTTTTTAAA ATCGTCGATT GAAGAAACTT TTTATGCAAT GGGTGAAGCG
GTTCTTTTAG TTATTTTCGT TGTGTTTTTA TTTTTGGGTT CTGCTCGAGC GGCCAGTATT
CCGATTATTA CAATTCCCGT CAGTTTAATT GCTGTTTTTG CTTTTATTAA ATTATTTGGG
TTCACTATTA ATACGATGTC GCTGCTCGGT ATTGTATTGG CGATTGGTTT GGTGGTGGAT
GATGCGATTG TGATGCTGGA AAATATTCAT CGCCATATCG AAGAAGGAAT GACGCCTTTT
CAAGCGGCGA TTAAAGGAAG CCGCGAAATT TCATTTGCGA TTATTGCAAT GGCACTTACG
TTGGTGGCGG TTTACGCGCC GGTGGGATTT GTGCAAGGGT TTACGGCTGA ATTATTTAAA
GAGTTTGCAT TCACGTTAGC GGCTGCCGTT GTCATTTCCG CCTTTATTGC GCTTACCTTA
TCACCGATGA TGTGTTCTCG TATTCTATTG CCGCGTACAA AAGATTCGCG GCTGACTATT
ATTATTGACC GCGCATTTTC GCAACTGACC GGTTTTTATC AACGCTTTTT AAAATTCGCT
TTAAATAAAA GACGCCTTTT TATTGCAGGT TTGCTGGCGA TCGCCGGTGT TGGCTATGTT
TTGTTTATTA GCCTACCTTC CGAGTTGATT CCTAAGGAAG ACATCGGTTT AATCCAAGTC
AGCGTGACAT CGCCTTCTGG TGCGAATTTA AATTATACGA ACCAATACGC CGAACAAGTT
GAAAAGATTA TCCAACAAAA TCCGGCAGTG GCCAGTGTAA TGAGTCAAGT GTCCACGACA
AGCGTTAATA TCCGCGTCAC TTTGAAACCG TGGGGGGAAC GTAGAGAAAC CACGGCTCAA
GTGATCGCTA ATTTAAATCC TAAATTAGCG GCCATTCCTG GTATTGATGC GACAGCTTAC
CTTCCCGATG TGGTTAATTA TGGATTACAA GGAAATGACA TCGATTTGAA TTTTATGACG
GCTGGTGATT ATACGGATTT GCTTGATCCC ATCAATAAAA TGATGAAGCT TTTAAAGCAC
TATCCCGGGG TGACGGATCT TCACACCAAT TTAAAATACG ATACTCAGCA ATACGCGATC
ACGATTAAGC GCGATTTAGC GGCGGTATTA GGCGTGAATA TTCAGGATAT TGCCGATACA
GTGAGCGCGA TGATGAGTGG AAATCATTGG ACCGATGTGC AAGCGGGGAA TAAAAGCTAC
GAAGTGATTG GCCAGATGGA CAAACAAGAT TTAACAGATT TTAATGCACT TAAGAAGCTT
TATGTGCATA GCAACAATAA AATGGATGCG AACAAAGGGA ATTCCATCCC TGTTTCTAGT
CTTATTGATT TAACACCTAC CGTTGGGCAA GGAAGCTTTA CGCATTTTAA TCGCTTCCGT
TCCGGAACCA TTTCAGCGCG TCTGGCTCCG GGATATTCTG AAAGTCAGGT GATTGATTAC
ATTAAAGCGC ATGTACCGTT TGTTATGACT TCAGATGTGC ATTATGCCTT TTCAGGGAAA
GCAGCGCAGT TTTTACAATC TTCAAAAAGC ATGATTGGCA TTATCTTAAT GTCACTTATT
TTTATTTACC TCGTGTTATC AGCACAATTT GGCAGTTTTC TTGATCCCTT CGTTATTTTA
TTAGCGGTTC CGTTGTGTAT TGTGGGCGGC TTATTATCGT TAAAATTAAC GGGGGGGACA
CTGAGTATTT ATTCTCAGAT CGGACTTGTT ACATTGATTG GTATGATCAG TAAGCATGGG
ATTTTGATTA CGCAATTTAT AAACGATCTT CGAAAACAAG GCATGGCGAT GCAAGAAGCT
ATCCTCCGTG GGGCGATGAT TCGCTTGCGC CCTGTCTTAA TGACCACCCT TGCGATGGTA
TTTGGCGCAC TACCTTTAGC TTTGGCGAGC GGACCAGGTT CTATTGGTCG TCATCAAATT
GGTTGGGTGA TTGTGGGTGG ATTATTGTTC GGCACTTTCT TTTCCCTAAT CGTTGTGCCC
ATTGCCTATT CTTATCTAGG ACGGTTTAAA AAACGGTAG
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| Protein sequence | MKLSEICIRQ PVLAIVLSLI LVVLGVVAFQ RLELRFFPKL ELPILTVATT YDGASAQLME
SQVTTQIENA LSGVDHIASI SSTSYPGSSY VTVLFQLGGN FEEEASAVRD KVFAIRDQLP
PNANPPTITV GTKGNPVLGI GFIDPQKSSA DIRDYVERAV QPALRQLSGV GEVDILGASD
YAMRIWLNAS KMVAHQVTVT DVKNALTANN IYFPAGSIQE PKRNYSIVSH TQLKDATAFG
NIIIKNNDGG TVRLNDIGHA ELGYRSLYEA PMRINGQNGI ELLIEPLQEA NPVTVAHEVK
QALATIQKNL PPGMQASVNY DASTFLKSSI EETFYAMGEA VLLVIFVVFL FLGSARAASI
PIITIPVSLI AVFAFIKLFG FTINTMSLLG IVLAIGLVVD DAIVMLENIH RHIEEGMTPF
QAAIKGSREI SFAIIAMALT LVAVYAPVGF VQGFTAELFK EFAFTLAAAV VISAFIALTL
SPMMCSRILL PRTKDSRLTI IIDRAFSQLT GFYQRFLKFA LNKRRLFIAG LLAIAGVGYV
LFISLPSELI PKEDIGLIQV SVTSPSGANL NYTNQYAEQV EKIIQQNPAV ASVMSQVSTT
SVNIRVTLKP WGERRETTAQ VIANLNPKLA AIPGIDATAY LPDVVNYGLQ GNDIDLNFMT
AGDYTDLLDP INKMMKLLKH YPGVTDLHTN LKYDTQQYAI TIKRDLAAVL GVNIQDIADT
VSAMMSGNHW TDVQAGNKSY EVIGQMDKQD LTDFNALKKL YVHSNNKMDA NKGNSIPVSS
LIDLTPTVGQ GSFTHFNRFR SGTISARLAP GYSESQVIDY IKAHVPFVMT SDVHYAFSGK
AAQFLQSSKS MIGIILMSLI FIYLVLSAQF GSFLDPFVIL LAVPLCIVGG LLSLKLTGGT
LSIYSQIGLV TLIGMISKHG ILITQFINDL RKQGMAMQEA ILRGAMIRLR PVLMTTLAMV
FGALPLALAS GPGSIGRHQI GWVIVGGLLF GTFFSLIVVP IAYSYLGRFK KR
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