| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Sbal_2549 |
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| Symbol | |
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| ID | 4843007 |
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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 | Shewanella baltica OS155 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_009052 |
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| Strand | - |
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| Start bp | 2983364 |
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| End bp | 2986459 |
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| Gene Length | 3096 bp |
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| Protein Length | 1031 aa |
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| Translation table | 11 |
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| GC content | 51% |
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| IMG OID | 640119773 |
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| Product | acriflavin resistance protein |
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| Protein accession | YP_001050911 |
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| Protein GI | 126174762 |
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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 | [TIGR00914] heavy metal efflux pump (cobalt-zinc-cadmium)
[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 | 0.0932297 |
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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 | ATGATCCTCA CTGATCTCTC GGTAAAACGT CCCGTATTTG CCTCAGTGAT CAGCTTGCTG
CTGGTCGCTT TCGGGCTTGT CTCCTTTGAT AAGCTGCCCC TGCGTGAATA CCCAAACATC
GATACGCCTG TGGTGTCTAT CGACACTAAC TACCGCGGCG CCAGTGCCGC CGTGGTGGAA
AGCCGCATTA CCCAATTGAT TGAAGACAGG ATTAGCGGCG TAGAAGGCAT TCGGCACGTG
AGTTCATCGA GCAGTGATGG CCGTTCATCC GTCACCTTAG AGTTTGATAT TAGCCGCAAT
ATTGAAGATG CGGCTAACGA TGTCCGCGAC CGTATTTCTG GCTTACTCGA CAATTTACCC
GAGGAAGCCG ATCCCCCAGA AGTGCAAAAA GCCAATGGCG GCGATGAAGT AATCATGTGG
CTCAATTTGG TGTCGGATCA AATGACGACT CTCGAATTGA CCGATTACAC CAACCGTTAT
TTAGCCGACC GCTTTTCTGT GGTCGATGGC GTGGCGCGAA TGCGTATTGG TGGCGGCAAG
GTGTATGCGA TGCGGATATG GCTCGACAGA CAAGCCTTGG CATCGCGCAG TTTAACGGTT
GCCGATGTAG AGGCTGCGCT TAGAGCCGAG AACGTCGAGT TACCCGCAGG TTCGATTGAA
TCTAAGGAGC GGCACTTTAC GGTGAGGCTC GAGCGGGGTT ATCGCACCGC CGAAGATTTC
GCAAATCTAG TGATCACCCA AGGGGAAGAC GGTTACTTAG TTAAACTGGG GGATGTCGCG
CGGGTGGAAA TAGGCTCTGA AGAAGAGCGA ATTATGTTCC GTGGTAACAA AGAGGCGATG
ATAGGTTTAG GCGTGTCTAA GCAGTCAACC GCCAATACCT TGGAAGTGGC GCGCGCGGTG
AATGCGCTGG TTGATAAAAT TAACCCAACC TTGCCAGCGG GCATGTCCAT TAAGCGCAGC
TACGATAGCT CAGTGTTCAT CGAAGCCTCG ATTAAAGAAG TGTACCAAAC CCTGTTCACT
GCGATGGTCT TAGTGATTAT CGTGATTTAT CTGTTCCTTG GCAGTGTGCG CGCCATGTTG
ATCCCCGCGA TCACTGTGCC TGTATCCTTG CTCGGCACCT TTATTGTGCT GTATGCGCTT
GGCTATACCA TCAATCTCTT GACCTTGTTG GCGATGATCC TCGCCATCGG CATGGTGGTG
GACGATGCGA TTGTGATGCT AGAAAATATC CATAGACGTA TCGAAGAAGG GGACTCACCG
CTCAAAGCCG CTTTCCTCGG TGCGCGTGAA GTGGCCTTTG CGGTCATCGC CACCACCTTA
GTCTTGGTGG CAGTGTTTAT GCCAATCACT TTCCTTGAGG GCGACTTAGG TAAACTATTC
AAAGAGTTTG CTGTGACCAT GAGTGCAGCG GTGCTGTTCT CAAGCATAGT CGCGCTCACG
CTCACGCCTA TGATGTGTTC TAAGTTACTC AAGCCGAGCT CGCAGGATTC TTGGTTGGTG
CGTAAGGTCG ACGGCATCAT GACCAAAGTG TCAAACCGTT ATCAATTGTC GTTAAAATCT
GCCATGGCTC ACCCGTTATT GATGTCGGTT TTGGTGTTGA TCGCGTTAGG CTCTAGCGCC
TATTTGGTCC AAAAAGTGCC GCAGGAATTT GCGCCGCAGG AAGACCGAGG CTCGTTATTC
TTGATGGTCA ACGGACCGCA AGGCGCGAGT TACGAATACA TAGAATCCTA CATGAATGAG
GTGGAAAACC GCTTGATGCC GCTGGTCGAC ACGGGTGATA TCAAACGTCT GCTGATCCGT
GCTCCCCGTG GCTTTGGCCG CTCGGCGGAT TTCTCTAACG GTATGGCCAT TGTCGTGCTG
GAAGATTGGG GTAAACGTCG CCCGGTGAAA GAAGTGATCG CAGATATTAA CAAACGTCTT
GCCGATCTCG CTGGGGTGCA AGCGTTTCCT GTGATGCGCC AAGCCTTTGG CCGTGGCGTC
GGTAAACCTG TGCAGTTTGT GATTGGCGGC CCAAGCTACG AAGAGCTGGC CCGCTGGCGC
GATATCATGA TGCAAAAGGC GGCACAGAAT CCTAAATTAC TCGGCTTAGA TCACGACTAT
AAAGAGACTA AGCCGCAGCT TCGCGTCGTC ATCGACAGAG ACAGAGCGGC AAGCCTTGGG
GTGTCGATTT CAAATATTGG CCGTACGCTT GAATCCATGT TGGGCTCACG TTTAGTCACG
ACCTTTATGC GTGACGGTGA AGAATACGAT GTGATCATTG AAGGCGAGCG CGGTAATCAA
AATACCGCAG CGGATCTGCA AAACATCTAT GTGCGTTCCG AGCGGACTCA AGAACTTATC
CCGCTGTCGA ACTTAGTGAC GGTGGAAGAG TTTGCCGATG CCAGTTCGCT TAACCGTTAC
AACCGTATGC GCGCTATCAC CATAGAAGCC AGTTTAGAAG ATGGTTATAG CCTAGGTGAA
GCCCTTGATT ATATGAATCA ATTGGCGCGT GCTTATTTAC CAGCAGAAGC GGTCATCAGC
TACAAGGGCC AATCCCTCGA TTATCAAGAG TCGGGTAGTT CTATGTACTT CGTGTTCTTG
CTCGCGCTGG GGATTGTATT CCTCGTGCTC GCGGCGCAGT TTGAGAGTTA CATTCACCCT
ATGGTGATCA TGCTGACTGT ACCGCTGGCG ACCGTGGGCG CGTTAATTGG TTTGTGGCTC
ACGGGGCAGA GTCTTAATAT TTACAGCCAG ATAGGTATTA TTATGCTCGT CGGATTGGCG
GCCAAAAACG GTATCTTGAT TGTTGAGTTT GCAAACCAAT TGCGGGATAA AGGCGTTGAT
TTTGACAAGG CCATTATTCA AGCGTCTGCG CAGCGTTTAC GACCTATTCT CATGACAGGC
ATCACTACCG CCGCTGGCGC CGTGCCTTTG GTTATGGCCG CCGGTGCGGG CGCTGAAACC
CGTTTCGTGA TTGGTGTAGT GGTGTTGTCG GGGATTTTAT TGGCAACCCT ATTCACTATC
TTCGTGATCC CCGCCGCCTA CGGACTGTTC GCCCGTAACA GCGGATCGCC CGAAGCCATA
GCCCAAGAGT TAGAAAAAGA ATTAGCCGAA GACTAA
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| Protein sequence | MILTDLSVKR PVFASVISLL LVAFGLVSFD KLPLREYPNI DTPVVSIDTN YRGASAAVVE
SRITQLIEDR ISGVEGIRHV SSSSSDGRSS VTLEFDISRN IEDAANDVRD RISGLLDNLP
EEADPPEVQK ANGGDEVIMW LNLVSDQMTT LELTDYTNRY LADRFSVVDG VARMRIGGGK
VYAMRIWLDR QALASRSLTV ADVEAALRAE NVELPAGSIE SKERHFTVRL ERGYRTAEDF
ANLVITQGED GYLVKLGDVA RVEIGSEEER IMFRGNKEAM IGLGVSKQST ANTLEVARAV
NALVDKINPT LPAGMSIKRS YDSSVFIEAS IKEVYQTLFT AMVLVIIVIY LFLGSVRAML
IPAITVPVSL LGTFIVLYAL GYTINLLTLL AMILAIGMVV DDAIVMLENI HRRIEEGDSP
LKAAFLGARE VAFAVIATTL VLVAVFMPIT FLEGDLGKLF KEFAVTMSAA VLFSSIVALT
LTPMMCSKLL KPSSQDSWLV RKVDGIMTKV SNRYQLSLKS AMAHPLLMSV LVLIALGSSA
YLVQKVPQEF APQEDRGSLF LMVNGPQGAS YEYIESYMNE VENRLMPLVD TGDIKRLLIR
APRGFGRSAD FSNGMAIVVL EDWGKRRPVK EVIADINKRL ADLAGVQAFP VMRQAFGRGV
GKPVQFVIGG PSYEELARWR DIMMQKAAQN PKLLGLDHDY KETKPQLRVV IDRDRAASLG
VSISNIGRTL ESMLGSRLVT TFMRDGEEYD VIIEGERGNQ NTAADLQNIY VRSERTQELI
PLSNLVTVEE FADASSLNRY NRMRAITIEA SLEDGYSLGE ALDYMNQLAR AYLPAEAVIS
YKGQSLDYQE SGSSMYFVFL LALGIVFLVL AAQFESYIHP MVIMLTVPLA TVGALIGLWL
TGQSLNIYSQ IGIIMLVGLA AKNGILIVEF ANQLRDKGVD FDKAIIQASA QRLRPILMTG
ITTAAGAVPL VMAAGAGAET RFVIGVVVLS GILLATLFTI FVIPAAYGLF ARNSGSPEAI
AQELEKELAE D
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