| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | BARBAKC583_0306 |
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| Symbol | |
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| ID | 4684589 |
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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 | Bartonella bacilliformis KC583 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_008783 |
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| Strand | + |
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| Start bp | 293733 |
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| End bp | 296867 |
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| Gene Length | 3135 bp |
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| Protein Length | 1044 aa |
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| Translation table | 11 |
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| GC content | 38% |
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| IMG OID | 639841500 |
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| Product | RND efflux transporter |
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| Protein accession | YP_988627 |
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| Protein GI | 121602505 |
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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 | 41 |
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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 | ATGAGTCAAC AACTTGAGAC AAAACAGCTT TTAGCAAAGT TGCAGCAAAA CGATATCATG
GCGTTTTTTA TTCGTAGGCC GGTTTTTACT TTTGTTTTAA ATGCCATGAT TATGATTGCA
GGTTTTTCGG CATGGATGGG CGTTGATGTA CGTGAGTTGC CCGATATTGA TATTCCTGTA
ACAACGGTTA TGACGAATTT TGCTGGTGCT TCAGCGGAAA CAATAGATCG TGAAATTACG
AAAATTGTAG AAGATGCTGT TTCTCGTGTC TCGGGGGTTA AAACGATTTC TTCAACGTCT
TCTTTTGGCC GTTCTCGTGT AGAGATTCAG TTTAATGTTG GGGTTGATTT GAATGTTGCA
GCATCTGACA TTCGTGATGC TCTTTCTCGT GTTGCTTATT CTTTACCGAA AGATGCAGAT
TCACCTCTAA TCATTAAAGC CGATTCGAAT GCAGCGGCAA TGATGTATTT GGTTGTGACC
TCACCGACAA TGAATATTGA TGATCTGACG ACCATTGTAA ATGATCAAAT TGTTGACGTT
CTTTCCGCTG TTGAGGGGGT TGCTGATGTA GAAGTTGATA GTGCTCGCAA AAAAATTTTT
CAGATTGATA TCGATCAAGT AAAGCTTGCT AATTATGGAT TAAGTGTAGC AGATATTTCA
AGTGCTCTTT CTGATATGAT GGTTGATGTG CCTGTGGGGT CATTGCGTAA TGCTAAACAG
GCCTTAATTG TTCGTGCTAC AGCTCATTTG GCAACACCGG AAGATTTTGA GCGAGTTTTA
TTAAAGCCAC ATGTGCTTAT TGGCGATGTT GCCCGTGTTA CTTTATCGCC TGATATAGAA
ACAGTTATTT TGCGTGTTAA CGGCGAAGAG GGGATAGGGC TAGGTATTGT GCGTAAGGCA
CAATCTAATA CTCTTAATAT TTCTAAAGAT GTTCGAATAA CTCTTGACCG TCTTAAAATG
ATTATTCCTC CTTCTGTGCA GATCAGTATT ATCAGTGATG ATTCTATTTT TATTAAGAGC
GCTCTTCATG AGGTTGAGAT TGCGTTAGTG ATTGCTGTGC TGAGTGTTAT TTTTGTTATT
TTTATTTTCC TGAGAGATAT TCGTATAACG CTGATTCCTG CTTTATCGAT ACCAGTTGCT
TTAATTGGAA CAATTGCTGC GATTTATCTT GCAGGTTTTT CCTTAAATAT TCTTACATTT
TTAGGGCTTG TTTTAGCAAC AGGGCTTGTT GTAGATGACG CAATTGTTGT GCTGGAGAAT
ATTGTTCGGT GGCGCAATAA GGGACACGGT TCTCGGTCTG CAGCGGTGTT AGGAACACGT
GAAGTATTTT TTGCTGTTGT TGCAACAACA TTAACATTGG TAGCTGTTTT TGTACCTATC
TCTTTTCTTC CTGGGCAAGT TGGGGGGCTT TTTAGGGAAT TTGGTTTTGT ATTGGCAATT
TCTGTTCTAC TTTCTTCAGT GGTTGCTTTA ACTCTTTGTC CTATGCTTGC TGCGCGTTTT
CTTAAAGAAC ATGTTGAAGA GAATAAAGAA GACGTACGTC GTTTCATTAT ATTGGATAAA
TTGGGTGCTT TTTTTAGCAG GAATTATGCT TATTATTTGC ATAAATGTTT GGGACGGCCC
TGGACTGTTA TACTTATTTC ATTTGTTTTT TTTGGCCTTT GTATTGGAGG CTATATGAAA
TTACAACAGG AGCTAACACC AGCAGAAGAT AGAGGAATGA TTTTTTTGGT CATTCGTGGG
CCCCAGGGTA TTTCAACGCA ATATTTGAAT GAGCAAGTAA AGCAAATTGA AGAGAGTTTA
CAACCGTTGC GTGATGCTGG TGAAATTGTT AACAGCTATT CTATTGCAGG AGCTGGAGGC
GCATCTAATA ATGCTTTTCT TATCTTGTTG CTTTCATCTT GGGATAAACG CTCGCGTAGT
CAACAAGAAA TTGTGAACGA TATTAATTCC AAGATTAGGC AATTCCCAGC AGTATTTGTA
TTTGCTGCAC AAGGTAATTC TCTTGGGGTC AGGGGAACCG GCCAAGGATT ACGGTTTGCA
ATTCTTGGGA ATAATTATGA AAAATTACAA TCAATTGCTG ATCAGCTTGT AAATGCTTTA
CAGGCTGATC AACGTTTTAT TCGTCCACAG CTTGCTAGTG ATGCAACACA ACCACAATTT
TTTATTGAAA TTAATCGAGA AAAAGCCACT GATTTGGGGG TTGATATTAC TAATTTAGGT
AATACATTGC AGACAATGTT AGATGGAAGA AAAATTGGTT CCATTTATGT GGATGATCAT
TCTTACGATG TCAAACTGAC ATCGCGTGAA AAGTTTATTG ATAATCCTGC TGATTTAGAA
AATATTCTTT TGAAAGCAAA AAATAACAAA TATGTGCCTT TATCAATGAT TGCACATTTG
CATGAAAAAG CTATTGCGCC TCAATTAAAA CGGGAGCAAC GCATGAATGC TGTTATTTTA
AGCACGAATT TTGCTCCAAA TATTACTTTA GGGGATGCGT ATCAAATTGT ACAAGAAATT
TCTTCTCCTC TCTTATCAGA GGGGAGTTAT GTTGTTCCTT TAGGAGAAGT CGCCACTCTT
AGTGAAACAT CTTCTAATTT AATGGTTGTT TTTGGTATTG CTTTTTTGAT TATTTTGTTA
ATTTTGGCGG CACAGTTTGA AAGTTTTGTT TCGGGTTTTA TAATAATGGC TACTGTTCCG
TTAGGATTAG GTTGCGCAGT AATTGCTATG CTTTTGAGTG GTGTTAGCCT TAATATTTAT
AGTCAAATTG GTTTAATTTT ATTGATTGGT GTTATGGCTA AAAATGGTAT TTTGATTGTT
GAATTTGCAG ATCAATTGCG TGATCAAGGT AGAAGCGTGC GTGAAGCTGT AGAAGAAGCT
GCTAATGTCC GTTTGCGTCC AGTGTGTATG ACGATGATTT GCGCTATTTT AGGGGGAATT
CCTCTAATTT TAGCAAAAGG TGCTGGTGCA GAGGCGCGTA TAGCTTTAGG TTGGGTTATT
GTGGGTGGTT TGGGTTTGGC GACCATCTTT ACTTTGTATG TAACACCAGT TGTTTACCTT
TTGCTTGGGC GTTTTATAAG ACCAAAAATA GAAGAAGCCA AGCAATTAGA AAGAGAATTA
AACCAAGCTA CATGA
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| Protein sequence | MSQQLETKQL LAKLQQNDIM AFFIRRPVFT FVLNAMIMIA GFSAWMGVDV RELPDIDIPV
TTVMTNFAGA SAETIDREIT KIVEDAVSRV SGVKTISSTS SFGRSRVEIQ FNVGVDLNVA
ASDIRDALSR VAYSLPKDAD SPLIIKADSN AAAMMYLVVT SPTMNIDDLT TIVNDQIVDV
LSAVEGVADV EVDSARKKIF QIDIDQVKLA NYGLSVADIS SALSDMMVDV PVGSLRNAKQ
ALIVRATAHL ATPEDFERVL LKPHVLIGDV ARVTLSPDIE TVILRVNGEE GIGLGIVRKA
QSNTLNISKD VRITLDRLKM IIPPSVQISI ISDDSIFIKS ALHEVEIALV IAVLSVIFVI
FIFLRDIRIT LIPALSIPVA LIGTIAAIYL AGFSLNILTF LGLVLATGLV VDDAIVVLEN
IVRWRNKGHG SRSAAVLGTR EVFFAVVATT LTLVAVFVPI SFLPGQVGGL FREFGFVLAI
SVLLSSVVAL TLCPMLAARF LKEHVEENKE DVRRFIILDK LGAFFSRNYA YYLHKCLGRP
WTVILISFVF FGLCIGGYMK LQQELTPAED RGMIFLVIRG PQGISTQYLN EQVKQIEESL
QPLRDAGEIV NSYSIAGAGG ASNNAFLILL LSSWDKRSRS QQEIVNDINS KIRQFPAVFV
FAAQGNSLGV RGTGQGLRFA ILGNNYEKLQ SIADQLVNAL QADQRFIRPQ LASDATQPQF
FIEINREKAT DLGVDITNLG NTLQTMLDGR KIGSIYVDDH SYDVKLTSRE KFIDNPADLE
NILLKAKNNK YVPLSMIAHL HEKAIAPQLK REQRMNAVIL STNFAPNITL GDAYQIVQEI
SSPLLSEGSY VVPLGEVATL SETSSNLMVV FGIAFLIILL ILAAQFESFV SGFIIMATVP
LGLGCAVIAM LLSGVSLNIY SQIGLILLIG VMAKNGILIV EFADQLRDQG RSVREAVEEA
ANVRLRPVCM TMICAILGGI PLILAKGAGA EARIALGWVI VGGLGLATIF TLYVTPVVYL
LLGRFIRPKI EEAKQLEREL NQAT
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