| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Rleg_3300 |
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| Symbol | |
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| ID | 8014185 |
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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 | Rhizobium leguminosarum bv. trifolii WSM1325 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_012850 |
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| Strand | + |
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| Start bp | 3301807 |
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| End bp | 3305133 |
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| Gene Length | 3327 bp |
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| Protein Length | 1108 aa |
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| Translation table | 11 |
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| GC content | 62% |
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| IMG OID | 644825859 |
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| Product | acriflavin resistance protein |
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| Protein accession | YP_002977086 |
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| Protein GI | 241205990 |
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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 | 12 |
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| Plasmid unclonability p-value | 0.992116 |
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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 | 21 |
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| Fosmid unclonability p-value | 0.412729 |
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| Fosmid Hitchhiker | No |
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| Fosmid clonability | normal |
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Sequence |
| Gene sequence | ATGAATTTTT CAGCCTGGTC CATCCGAAAT CCCATTGCAC CACTGCTGGC CTTCTGCCTG
TTGGTGTTCA TCGGCATGCA GTCCTTCAAC GCGCTGCCGA TCACGCGTTT TCCGAACATC
GACGTGCCGC TCGTTTCGAT CAACGTGACG CAGAGCGGCG CTTCGCCGGC CGAGCTCGAA
ATGCAGGTGA CGAAGGAGAT CGAAGACGCG GTGGCCTCCA TCACCGGCAT CGACGAAATC
CAGTCGACGG TGACCGACGG TAGCTCGCAG ACCGTCGTCA TGTTCCGGAT GGAAGTGCCG
ACCGAACAAG CCGTGCAGGA CACCAAGGAT GCGATCGACC GCATCCGCAG CGATCTGCCG
ACTACGGCCG AAGCACCAAT CGTCTCCAAG GTCGATGTCG AGGGACAGGC GATCCAGACC
TTCGCCGTTT CCTCGCCTGC CATGTCGCTG GAAGAACTTT CGTGGTTCGT CGACGATACG
ATCAAGCGTT CGCTGCAGGG CCAGGCCGGC ATCGGCCGTG TCGACCGTTA CGGCGGCGCC
GAGCGCGAAG TGCGCATCGA ACTTACCCCT GACAAGCTCA ATGCCTACGG CATCACCGCC
GCGAGCGTGA ACCAGCAGCT GCGCGGCACC AACATCGACC TCGGCTCAGG CCGCGGCCAG
GTGGCGGGAA GCGAACAGGC CATCCGTGTT CTCGGCGACG CCCGCAACGT CGCCGACCTC
GCCAACACGA CGATCGGCCT GCCGAACGGC CGCTTCGTCA AACTATCCGA TCTCGGCGTC
ATCAAGGACA CCTATGAGGA GCCGAAATCC TTCTCGCGCT TCAACGATAC GCCAGTCGTT
ACCTTCGGCG TTTTCCGCTC CAAGGGCGCC AGCGAGGTCA GCGTCGCCGA AACCGTGGCG
CAGAACCTCG ACAAGGTGCG GACCGAAAAT CCGAATGTGA AGATCGAACT GATCGACGAT
TCGGTCTATT TCACCTACGG CAACTACGAG GCCGCCATCC ATACGCTCCT CGAAGGCGCG
CTGCTCGCCG TCATCGTCGT CTTCCTGTTC CTGAGGAACT GGCGCGCGAC GCTGATTTCG
GCAATCGCCT TACCCTTGTC CGCGATCCCG ACCTTCTGGA TCATGGACAT GATGGGCTTC
TCCCTGAACC TCGTCAGCTT CCTCGCTCTG ACGCTCGCCA CCGGTATCCT TGTCGACGAT
GCGATCGTCG AAATCGAAAA CATCGCCCGC CACATCAAGA TGGGCAAGAC GCCCTATCGA
GCGGCGATCG AGGCGGCTGA TGAAATCGGC CTTGCCGTCA TCGCCACCAC TTTCACCATC
ATCGCCGTTT TCGTGCCCGT TTCCTTCATG CCGGGCATCC CGGGCCAGTA CTTCATCCAG
TTCGGTCTGA CCGTCGCCTT CTCCGTCTTC TTCTCGCTGA TGGTCGCGCG ACTGATCACC
CCGATGATGG CCGCTTATCT GATGCGCGCC GAAGACGCCA TGGAAGACCA TCACGACAAT
GATGGCCTGC TGATGCGGGG ATACACCCGT CTCATACGTG GCACCACCGG ACGCTGGTAC
ACGCGTTATG CGACGCTGAT TGTCGCGTTC GCTTTCCTGG TCGGCTCCGT TTTGTTGCTG
ATGCAGGTTC CCGGCAGCTT CCTGCCGCCG GAAGATGCCT CACGCATCGT TCTCTCCGTC
GAGCTGCCGC CCAATGCACG CCTTGACGAC ACCGAGAAGA CGACGGATGC GATCTATGAC
AGGGTCAAGG ACATCAACGG CGTCGATAGC GTCTTCGTCC TCGGTGGCGC ATCGCCGAAG
GGCGATCTCG AACTGCGCCG TGCGACCATC ACGCTGGCAC TCGACAAGCT CGACCAATCG
CTGGTCAAGA AGATGGTCAA CGACGTGATC GGCCGTATCC CCGTCATTGG CCCGAAACTG
CCGAAGGTGG AGGTCCACGG CCGTGAACGC CCGCAGTGGG ATATCGAAAA GGAAGTCTTC
GCCAAGCTGC GTGATATTCC CGACGTCCGG ATCCTGAAGC TCAATGACCG CGGCGAACGC
GACCTCTCCT TCAACTTCCT TTCCAAGAAC GACAAGGACC TGAACGACGC CGTCGGTATT
CTGGAATCCA AGCTGCGCGC CGATCCGCTG CTTGCCAATG TCAGCGCCGA CGGCTCCCTT
CCCCGTCCGG AACTGCAGGT TCACCCGCGC ATGGATGAGG CGGCCCGCCT CGGCATTACG
CCGCAGCAGA TCTCCGAGAC GATCCGCGTC GCCACCATCG GCGATGTCGA TGCCGCCCTT
GCCAAGATCT CGCTCGACGA TCGCCAGATC CCGATCCGCG TCCAGGCCGC ACTCGACATG
CGTCGCGATC TCGCGGCCAT CCGGACATTG AAGATCCAGA CCGCCAGCGG CGGCACCGTT
CCGCTCGCGA GCGTCGCCAA TATCGACTAT TCGGAAGGCG TAAGCTCGAT CAAGCGCAAC
AACCGCTACC GCGTCGTCTC GATCGGTTCC GACCTGCCGC AGGGCGTAGC ACTCGACACG
GCTTCGGCCC GCTTCCGTCA GATCGTCAAC GACGCCAATA TCCCGGCCAC GGTGCACCTT
GCCGAAAGCG GCGACACCAA GGTGCAAAGC GAGATGCAGC AGAGTTTCGT CAACGCCATG
TTGATGGGCC TGCTGTTGGT GCTGACGGTG CTGATCCTGC TCTTCAAGGA CGTGATCCAG
CCCTTCACCA TCCTGTTCTC ACTGCCGCTC GCCATTGGCG GCGTCGCAGC CGGCCTGATC
CTCACCAGCA ATCCGCTGTC GATGCCTGTC ATGATCGGCA TCCTGATGCT GATGGGTGTC
GTCACCAAGA ACGCGATCCT GCTCGTCGAT TTCGCAATCG AGATGCGCCA TCAGGGCATG
CCGCGCGTCG AGGCCATGGT CGAAGCCGGC CGCAAGCGCG CCCGGCCGAT CATCATGACC
TCGATCGCCA TGTCGGCGGG CATGCTGCCT TCCGCGCTTG GTGTCGGCGA AGGCGGCTCG
TTCCGCGCGC CGATGGCGAT CGCGGTGATC GGCGGCATCA TCGTCTCGAC TGTGCTCTCG
CTCGTCGTCG TGCCCTCCTT CTTCTTGATC ATGGACGACC TGTCCCGCCT GCTCGGCTGG
GCTTTCGGCC GCCTGGTCGG CAGGAAGGAC GAGGAGGAGC TGCCGCTGTC GCGCGAGGAT
CTCACCCGTG TCACTCGGGA GAACCGAAGC GAGATCGACT CGCTGGAGGA GCGCCTGACC
GCAATCGAAA AGCCGGAAGG CAAACGCAAG AGCGCCAAGG GCAACGACAC CAACGTGCTG
CGCCTGCCGC CCTTCGCGGC GGAATAA
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| Protein sequence | MNFSAWSIRN PIAPLLAFCL LVFIGMQSFN ALPITRFPNI DVPLVSINVT QSGASPAELE
MQVTKEIEDA VASITGIDEI QSTVTDGSSQ TVVMFRMEVP TEQAVQDTKD AIDRIRSDLP
TTAEAPIVSK VDVEGQAIQT FAVSSPAMSL EELSWFVDDT IKRSLQGQAG IGRVDRYGGA
EREVRIELTP DKLNAYGITA ASVNQQLRGT NIDLGSGRGQ VAGSEQAIRV LGDARNVADL
ANTTIGLPNG RFVKLSDLGV IKDTYEEPKS FSRFNDTPVV TFGVFRSKGA SEVSVAETVA
QNLDKVRTEN PNVKIELIDD SVYFTYGNYE AAIHTLLEGA LLAVIVVFLF LRNWRATLIS
AIALPLSAIP TFWIMDMMGF SLNLVSFLAL TLATGILVDD AIVEIENIAR HIKMGKTPYR
AAIEAADEIG LAVIATTFTI IAVFVPVSFM PGIPGQYFIQ FGLTVAFSVF FSLMVARLIT
PMMAAYLMRA EDAMEDHHDN DGLLMRGYTR LIRGTTGRWY TRYATLIVAF AFLVGSVLLL
MQVPGSFLPP EDASRIVLSV ELPPNARLDD TEKTTDAIYD RVKDINGVDS VFVLGGASPK
GDLELRRATI TLALDKLDQS LVKKMVNDVI GRIPVIGPKL PKVEVHGRER PQWDIEKEVF
AKLRDIPDVR ILKLNDRGER DLSFNFLSKN DKDLNDAVGI LESKLRADPL LANVSADGSL
PRPELQVHPR MDEAARLGIT PQQISETIRV ATIGDVDAAL AKISLDDRQI PIRVQAALDM
RRDLAAIRTL KIQTASGGTV PLASVANIDY SEGVSSIKRN NRYRVVSIGS DLPQGVALDT
ASARFRQIVN DANIPATVHL AESGDTKVQS EMQQSFVNAM LMGLLLVLTV LILLFKDVIQ
PFTILFSLPL AIGGVAAGLI LTSNPLSMPV MIGILMLMGV VTKNAILLVD FAIEMRHQGM
PRVEAMVEAG RKRARPIIMT SIAMSAGMLP SALGVGEGGS FRAPMAIAVI GGIIVSTVLS
LVVVPSFFLI MDDLSRLLGW AFGRLVGRKD EEELPLSRED LTRVTRENRS EIDSLEERLT
AIEKPEGKRK SAKGNDTNVL RLPPFAAE
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