| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Fjoh_2940 |
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| Symbol | |
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| ID | 5091556 |
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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 | Flavobacterium johnsoniae UW101 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_009441 |
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| Strand | + |
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| Start bp | 3483581 |
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| End bp | 3486679 |
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| Gene Length | 3099 bp |
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| Protein Length | 1032 aa |
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| Translation table | 11 |
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| GC content | 36% |
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| IMG OID | 644742371 |
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| Product | acriflavin resistance protein |
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| Protein accession | YP_001195280 |
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| Protein GI | 146300689 |
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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 | 5 |
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| Plasmid unclonability p-value | 0.00284054 |
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| Plasmid hitchhiking | Yes |
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| Plasmid clonability | hitchhiker |
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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 | ATGAGTTTAT CAACTACAAG TATAAGAAGA CCTGTTTTAA CCATCGTACT GAATTTATTA
ATTATTTTAT TCGGTTTTAT TGGTTACACT TTTCTCGGCG TACGAGAATT TCCTTCGATC
GATCCGGCAC AGGTTTCAAT TAGAACCAAT TATACCGGAG CAAATGCTGA TATTATTGAG
TCACAAATTA CAGAACCTCT TGAAAAAGCA GTAAATGCAA TTGACGGAAT TCGAAATATA
ACTTCTTCAA GTAATCAGGG AAGCAGTAAC ATTACTATCG AGTTTAATCT TGATAAAGAT
TTAGAAGAAG CCGCAAATGA CGTGCGTGAC AAAGTTTCGC AGGCAATTAG AAGCTTACCG
CAGGATATTG ATGCTCCTCC GGTTGTTTCA AAAGCTGATG CTGATAGTGA TGCCATTATT
TCGATGACGG TTCAAAGTGA CACACGAAGT TCATTAGAAT TAAGTGATTA TGCAGAAAAC
GTTATTTCAC AGCGATTAGA AACAATTCCA GGAGTCAGTG CGGTTCAAAT CTGGGGACAA
AAACGTTATG CAATGCGTTT ATGGATTGAT CCAGCAAAAC TTTCTGCTTA TGGCTGTACC
GTAGCTGACG TTCGTACGGC ATTAAATTCC CAAAATGTTG AATTACCTTC TGGAAAGTTA
ACCGGAAACA ACACTGAATT AACCGTAAAA ACTGTTGGAA ATCTTTCTAA ACCAGAAGAA
TTCAATAATA TTATTATTCG TACTGACGGT GATAAAATTG TTCGTTTAAG CGATATTGGA
GGTGCTGAAT TAGGACCGGA AAATTTAGAA ACCAAACTAA GTCAGTCAGG ACTTCCATTA
ATTGGTCTTG CTATTGTACC AATGCCGGGA GCCAATTATT TAGATATTTC AAAAGAATTC
TACAAAAAGT ACGAAACTTT AAAGAAAGAT CTTCCTAAAG ATATCAAACT AAATATTGCA
CTTGATAATA CCATTTTCGT AAAAAAATCT GTACTTGAAG TTGCTGAAAC TTTGGGAATT
TCTATCGTTC TGGTTATTAT TATTATTTAT TTGTTCTTTA GAGACTGGGC AATTGCTTTC
AGGCCTTTAA TTGATATTCC GGTTTCGTTA ATTGCTACTT TCTTTATTAT GTGGCTTTTT
GGATTCTCTA TCAACGTATT AACCTTATTA GCTATCGTAT TGGCAACCGG TCTGGTTGTA
GATGATGGAA TTGTAGTTAC AGAAAATATC TTTAAAAAGG TCGAAGAAGG AATGTCGCCT
ATTGAAGCCG CAATTAAGGG TTCAAACGAG ATTTTTTATG CTGTAATTTC GATATCTGTA
ACTCTCGCTG CAGTATTTTT ACCAGTAATC TTCCTTGAAG GTTTCGTTGG ACGACTCTTT
AGGGAATTTG GGGTTGTAAT TGGTGCAGCC GTATTAATAT CCGCCTTTGT ATCCTTGACT
TTAACGCCAA TGCTGAATGC GTATTTGATG AAAGGCGGCG AACAAAAAAA ATCTAAATTC
TATATTAAAA CCGAACCGTT TTTTGAAAAA ATGAACAGCA GTTATGCCGA GGCATTAACG
AAATTCATGG ATCGAAAATG GATTAGTTTT CCAATCTTAA TTGCTTGTTT TGGATTGATT
TATTTATTTT TTACTATTCT TCCAAAAGAA ACCGCGCCTT ATGATGACCG AAGCTCTGTA
ACCATGCGTA TGACAACTCC TGAGGGGTCT TCATACGAGT ATACAGATCG TTTTATGCAG
GAAATTTCAA GATTAATTGA TGATTCTATT CCGGAGAAAA AAGTGAGTCT GGTGATTACT
TCTCCAGGAT TCAGTTCAAA CTCTGTAAAC AGCGGATTGG TTAGACTTAC ATTAAAAGAT
GTTGATGAAA GAGAAAAATC GCAAAAAGAA ATTGCTGATA AATTAACCAA ATGGACTAAG
CAATATCCAA ATGCTAAAAC TTCTGTAACA CAACAGCCAA CAATTGCAGT TAACAGACGA
GGCGGTTTGC CAATTCAATA TATTATACAG GCCCCAAATT TTGATAAATT AAGAGAGAAA
ATCCCTGTTT TTATGAATGA AGTTGGTAAA AGTGATGTGT TTTCTACTAC TGATGTTAAC
TTAAAATTCA ATAAACCAGA GATCAACGTA ACTATTGACA GAGCAAAAGC CGAAAGTTTA
GGAATTTCTA TTCTTGACAT TGCACAGACA TTACAGCTTT CCCTAAGCGG ACAGCGTTTT
GGATATTTCA TTAAAAACGG AAAACAATAT CAGGTTATTG GGCAGTTTGA CCAAAAAGAC
AGATCGAAGC CGTTAGATTT GACTTCGATG TTTGTGAAAA ACAAAAATGG TGAATTGATT
CAAATGGATA ACGTAGTTAA AGTTTATGAG CAGAGTAATC CGCCTCAATT ATACCACAAC
AACCGTTATA TGTCGGCTAC TGTTTCTGCA GGTCTGGCTC CAGGAAAAAG CTTAGGAGAA
GGAATTCAGG AAATGGACCG AATTAAAGCT AAAGTTCTGG ATGAAAGTTT CACAACCGAT
TTAGCGGGAG AATCACGAGA TTTCGTAGAA AGCAGCTCGA ATACATCTTT CGCCTTTGGA
TTAGCTTTAT TATTAATCTT CCTGATTCTT GCAGCACAAT TTGAGAGTTT TATCGATCCG
TTTATTATCA TTTTAACAGT GCCAATGGCC GTTGCAGGTG CTTTATTTTC ATTATGGCTG
TTCAATCAAA CCTGGAATAT TTTCAGTCAG ATTGGTACTG TAATGCTTAT TGGTCTGGTA
ACCAAAAACG GTATTTTAAT TGTTGAATTT GCCAATCAGT TACGCGAACA GGGAAAACCA
AAAATGGAAG CTATTCTTGA AGCATCTGAA GCGCGTTTAC GTCCAATTTT AATGACCAGT
TTAGCCATTG CATTAGGAGC ACTTCCAATT GCTATGTCGC TTGGAGCAGC TTCAACCAGT
AGAATTGGTA TGGGAGTTGT AATTGTTGGA GGAACTATTT TCTCTCTTGC ATTAACACTT
TTTGTTATTC CGGCGATTTA CTTTATGTGG TCTAAAGCAA GAAAACATTA TCCTGAATTT
GATCGTATCG ACGAATACGA AAAAGAAAGT ATCAAATAA
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| Protein sequence | MSLSTTSIRR PVLTIVLNLL IILFGFIGYT FLGVREFPSI DPAQVSIRTN YTGANADIIE
SQITEPLEKA VNAIDGIRNI TSSSNQGSSN ITIEFNLDKD LEEAANDVRD KVSQAIRSLP
QDIDAPPVVS KADADSDAII SMTVQSDTRS SLELSDYAEN VISQRLETIP GVSAVQIWGQ
KRYAMRLWID PAKLSAYGCT VADVRTALNS QNVELPSGKL TGNNTELTVK TVGNLSKPEE
FNNIIIRTDG DKIVRLSDIG GAELGPENLE TKLSQSGLPL IGLAIVPMPG ANYLDISKEF
YKKYETLKKD LPKDIKLNIA LDNTIFVKKS VLEVAETLGI SIVLVIIIIY LFFRDWAIAF
RPLIDIPVSL IATFFIMWLF GFSINVLTLL AIVLATGLVV DDGIVVTENI FKKVEEGMSP
IEAAIKGSNE IFYAVISISV TLAAVFLPVI FLEGFVGRLF REFGVVIGAA VLISAFVSLT
LTPMLNAYLM KGGEQKKSKF YIKTEPFFEK MNSSYAEALT KFMDRKWISF PILIACFGLI
YLFFTILPKE TAPYDDRSSV TMRMTTPEGS SYEYTDRFMQ EISRLIDDSI PEKKVSLVIT
SPGFSSNSVN SGLVRLTLKD VDEREKSQKE IADKLTKWTK QYPNAKTSVT QQPTIAVNRR
GGLPIQYIIQ APNFDKLREK IPVFMNEVGK SDVFSTTDVN LKFNKPEINV TIDRAKAESL
GISILDIAQT LQLSLSGQRF GYFIKNGKQY QVIGQFDQKD RSKPLDLTSM FVKNKNGELI
QMDNVVKVYE QSNPPQLYHN NRYMSATVSA GLAPGKSLGE GIQEMDRIKA KVLDESFTTD
LAGESRDFVE SSSNTSFAFG LALLLIFLIL AAQFESFIDP FIIILTVPMA VAGALFSLWL
FNQTWNIFSQ IGTVMLIGLV TKNGILIVEF ANQLREQGKP KMEAILEASE ARLRPILMTS
LAIALGALPI AMSLGAASTS RIGMGVVIVG GTIFSLALTL FVIPAIYFMW SKARKHYPEF
DRIDEYEKES IK
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