| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | BRA0914 |
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| Symbol | |
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| ID | 1165358 |
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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 | Brucella suis 1330 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_004311 |
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| Strand | - |
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| Start bp | 896865 |
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| End bp | 899939 |
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| Gene Length | 3075 bp |
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| Protein Length | 1024 aa |
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| Translation table | 11 |
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| GC content | 58% |
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| IMG OID | 637332006 |
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| Product | AcrB/AcrD/AcrF multidrug efflux protein |
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| Protein accession | NP_700081 |
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| Protein GI | 23500641 |
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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 | |
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Plasmid Coverage information |
| Num covering plasmid clones | 11 |
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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 | GTGAAAAAGG GATTCAATCT GTCTGACTGG GCTTTGAATC ATCGCTCCCT GGTCTGGTAT
TTCATGCTCG TTTTTCTCGT TGCGGGGCTT GTGTCCTATC TGGACCTCGG CCGCGAGGAG
GATCCGGAAT TTACCGTCAA GACGATGGTG GTGCAGGCCA ACTGGCCGGG CGCTTCCATT
GACGAGACGC TCAATCAGGT CACGGACCGG CTGGAAAAGA AGCTCGAAGA GCTCGATACG
CTTGATTATA CGCGCAGCGT GACGACGGCA GGCAAGTCTG TCGTCTTTGT TTTCCTCAAG
GATACGACGC GTGCGCAAGA TGTGAAAAAA TCCTGGACCG AGGTGCGCCA CCTCCTGACC
GATATCCAGA ATACCTTGCC GCAGGGCGTC TATGGTCCCT ATTTCAACGA CCAGTTCGGC
GATGTTTTCG GCAATATCTA TGCCTTCACC GCTGATGGTC TGTCGATGCG GCAATTGCGC
GACTATGCCG AGGATGTACG CACGAAAATC CTCACCATCC CGAATGCCGG CAAGGTGGAG
CTGATCGGTG CGCAGGACGA GGCCATCTAT CTGGAGTTCT CTACCCGCCA GGTCGCAGCC
CTTGGCCTCG ACCAGCAGGC AATCCTGAAA GCCTTGCAGG ATCAGAATGC GATTACGCCT
TCCGGCGTCG TGCAGGCCGG GCCTGAACGC ATCAGCGTGC GCGTCAGCGG CCAGTTCAAT
TCCGAAGCGG ACCTGCGCGC GGTCAATCTG CGTGTCAACA ACCGCTTCTT CCGCCTGTCG
GATGTGGCGA CGATCACGCG CGGCTATGTC GATCCGCCCA CATCGATCTT CCGCGTCAAT
GGTGAGGATG CCATCGGCCT CGGTATCGGC ATGAAGCCGA ACGGGAACCT GCTGGAATTT
GGCGCCGAAC TTGACAAGAT GATGGATCAG GTCACGGCGG AATTGCCGGT CGGCGTCAAG
GTGTTCAAGG TGGCCGACCA GCCGCAGGTG GTGAAGGAGG CCGTTTCCGG CTTCACGCAG
GCGCTGTTTG AAGCGGTGGT CATCGTTCTG GCCGTCAGTT TCGTCAGCCT TGGCCTGCGT
GCCGGTTTCG TGGTGTCGCT TTCGATCCCG CTGGTGCTGG CAATAACTTT CCTTTCCATG
TCGCTGATGG ATATTTCGCT GCAACGCGTG TCTCTTGGCG CACTCATCAT CGCGCTCGGC
CTTCTGGTCG ATGATGCCAT GATTGCGGTG GAAATGATGG TGGCGCGGCT TGAACATGGC
GACCCCATCA ACAAGGCGGC GACCTATGTT TATTCGCATA CGGCCTTTCC GATGCTCACC
GGCACGCTGG TCACCATTGC CGGGTTCATT CCGATTGGCC TGAATAACAG CCAGGCGGGC
GAATATACGT TCACGCTCTT TGTGGTGATC GCAGTTTCGC TGCTTGTTTC CTGGGTCGTG
GCCGTGTTGT TCGCACCGCT TCTCGGTGTC ACGTTCCTGC CGAAAAAGAT GAAGCCGCAT
GAAGAAAAGC GCAGCCGCTT CTTCGAGGCT TTCTCCCGTG TTCTGCTTTT ATCCATGCGC
CACAAATGGA CGACGATCAT CACGACCATC GTTTTATTCG TGATTTCCGT CTTCGGCATG
GGTTTCATTG AGCGGCAGTT CTTCCCGCAA TCGGACCGCC CGGAACTCGT TCTGGACTGG
ACGCTGCCGC AAAACAGCTC CATCGCCGAC ACGAAGGCGC AGATGGAACG CTTTGAAGAA
ACAATGTTGA AGGATAATCC CGACGTGGAG CATTGGAGCA CCTATGTCGG GCAGGGGGCA
ATCCGTTTCG TGCTGTCCTT CGACGTGCAG CCAGCCAATC CATATTTCGG GCAGATGGTG
GTCGTTGCCA GGGATGTGGA GGCGCGCGAC CGGCTGAAAG CGAAGTTCGA GGCGGCGTTC
CGCAAGGATT ATGTCGGCAC CGATGTCTAT GTGAAATATC TGGAGCTTGG ACCGCCGGTC
GGCCGTCCCG TGCAATACCG CATTTCGGGG CCTGATGTTC AAAAACTTCG CGGTATCGCG
CAGGATTTTG CCGGCATCCT GAGCGCCGAC AAGCGGCTTG GGGTGGTCAA TTATAACTGG
AACGAGCCGG GCCGCGTCAT TCGTGTCGAT GTCATGCAGG ACAAGGCGCG TAAGCTTGGT
ATATCGTCCA AGGATATCGC AACGACGCTC AACGGTGTCG TTGGCGGCAT CACGATCACG
CAGGTAAGGG ATTCGATCTA TCTGATCGAT GTGATTGCCC GTGCGCAGGC GCATGAACGC
GATTCCATCG ATACGCTGCA AAGCCTTCAG ATCGCGACGG GCAACGGCAC CTCGGTGCCG
CTGGCGGCTA TTGCCAATTT CCGTTATGAA CTGGAGCAGC CGGTCATCTA TCGCCGCTCG
CGCATTCCCA CGATTACGGT CGCAGCCGGC ATTATCGACA AGACCATGCC GGATACGATC
GCCAGGGATC TCGGCCCCGC GATCAAGACT TTCGCCGACA GGCTGCCCGC TGGCTACTAT
ATCCAGACCG CAGGCACGGT GGAAGAAAGC GGCAAGAGCC AGGGGCCGAT TGCTGCCGTC
GTGCCGCTGA TGCTCTTCGT CATGGCGACG GTGTTGATGG TGCAATTGCA AAGCTTCCAG
CGCCTGTTCC TCGTGGTTGC GGTTGCACCG CTTGGATTGA TCGGCGTGGT TGCGGCCTTG
CTGCCGAGCG GCAAGCCGCT TGGTTTCGTG GCAATCCTTG GCGTGCTGGC GCTGATCGGC
ATACTCATCC GAAACTCCGT CATCCTGATC GTGCAGGTAG AGGAGGATAT TCAGGAGGGG
CTGCATCCAT GGGATGCGGT CATGAAGGCG AGCCAGCATC GTATGCGCCC CATAGCACTG
ACGGCGGCCG CCGCCAGCCT TGCTCTGATC CCCATTGCCC GTGAAGTATT CTGGGGGCCG
ATGGCCTATG CCATGATGGG CGGCATCATA GCGGGGACCG CAATCACGCT CCTGTTCTTG
CCCGCGCTCT ATGTTGCCTG GTTCCGTATC AAGGAGCCGG AGCACAGCCC AGATGAGCCG
CATCCGGCTT CATAG
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| Protein sequence | MKKGFNLSDW ALNHRSLVWY FMLVFLVAGL VSYLDLGREE DPEFTVKTMV VQANWPGASI
DETLNQVTDR LEKKLEELDT LDYTRSVTTA GKSVVFVFLK DTTRAQDVKK SWTEVRHLLT
DIQNTLPQGV YGPYFNDQFG DVFGNIYAFT ADGLSMRQLR DYAEDVRTKI LTIPNAGKVE
LIGAQDEAIY LEFSTRQVAA LGLDQQAILK ALQDQNAITP SGVVQAGPER ISVRVSGQFN
SEADLRAVNL RVNNRFFRLS DVATITRGYV DPPTSIFRVN GEDAIGLGIG MKPNGNLLEF
GAELDKMMDQ VTAELPVGVK VFKVADQPQV VKEAVSGFTQ ALFEAVVIVL AVSFVSLGLR
AGFVVSLSIP LVLAITFLSM SLMDISLQRV SLGALIIALG LLVDDAMIAV EMMVARLEHG
DPINKAATYV YSHTAFPMLT GTLVTIAGFI PIGLNNSQAG EYTFTLFVVI AVSLLVSWVV
AVLFAPLLGV TFLPKKMKPH EEKRSRFFEA FSRVLLLSMR HKWTTIITTI VLFVISVFGM
GFIERQFFPQ SDRPELVLDW TLPQNSSIAD TKAQMERFEE TMLKDNPDVE HWSTYVGQGA
IRFVLSFDVQ PANPYFGQMV VVARDVEARD RLKAKFEAAF RKDYVGTDVY VKYLELGPPV
GRPVQYRISG PDVQKLRGIA QDFAGILSAD KRLGVVNYNW NEPGRVIRVD VMQDKARKLG
ISSKDIATTL NGVVGGITIT QVRDSIYLID VIARAQAHER DSIDTLQSLQ IATGNGTSVP
LAAIANFRYE LEQPVIYRRS RIPTITVAAG IIDKTMPDTI ARDLGPAIKT FADRLPAGYY
IQTAGTVEES GKSQGPIAAV VPLMLFVMAT VLMVQLQSFQ RLFLVVAVAP LGLIGVVAAL
LPSGKPLGFV AILGVLALIG ILIRNSVILI VQVEEDIQEG LHPWDAVMKA SQHRMRPIAL
TAAAASLALI PIAREVFWGP MAYAMMGGII AGTAITLLFL PALYVAWFRI KEPEHSPDEP
HPAS
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