| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Shewana3_1659 |
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| Symbol | |
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| ID | 4476114 |
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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 sp. ANA-3 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_008577 |
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| Strand | + |
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| Start bp | 1949714 |
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| End bp | 1952809 |
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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 | 53% |
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| IMG OID | 639726242 |
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| Product | acriflavin resistance protein |
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| Protein accession | YP_869298 |
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| Protein GI | 117920106 |
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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
[TIGR01435] glutamate--cysteine ligase/gamma-glutamylcysteine synthetase, Streptococcus agalactiae type |
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Plasmid Coverage information |
| Num covering plasmid clones | 5 |
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| Plasmid unclonability p-value | 0.178159 |
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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 | 0.998047 |
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| Fosmid Hitchhiker | No |
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| Fosmid clonability | normal |
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Sequence |
| Gene sequence | ATGATCCTGA CAGATCTTTC CGTTAAACGA CCGGTATTTG CCTCGGTTAT TAGCCTATTG
CTGGTGGCCT TTGGTTTAGT GGCATTCGAT AAGTTACCGC TGCGGGAATA CCCTAATATC
GACCCGCCGA TTGTCTCGAT TGAAACTAAC TATCGCGGCG CCAGTGCCGC CGTGGTCGAG
AGCCGTATCA CCCAGCTGAT TGAAGATAGG ATCAGCGGCG TCGAAGGTAT TCGCCATGTG
AGTTCATCGA GCAGCGATGG TCGCTCGCAG GTGACCTTAG AGTTCGATAT CAGCCGCAAC
ATTGAAGATG CGGCCAACGA TGTGCGCGAC AGAATTTCGG GCCTGTTAGA TAACTTACCC
GAAGAAGCCG ATCCCCCAGA GGTGCAAAAG GCCAACGGTG GCGATGAAGT GATTATGTGG
CTCAACTTAG TGTCGGATCA AATGACCACA TTAGAGCTGA CCGATTACAC CCGTCGCTAT
TTATCTGACC GTCTGTCCGT GGTGGACGGG GTGTCGATGA TCCGTATCGG TGGTGGCAAA
GTTTATGCCA TGCGCGTGTG GCTCGATAGA CAAGCATTAG CATCCAGAAG CCTTACTGTG
GCCGATGTTG AAGCCGCGTT AAGAGCTGAA AACGTTGAGT TGCCCGCAGG TTCGCTCGAG
TCCAAGGAGC GTCACTTTAC CGTGCGTTTA GAGCGTAGTT ATCGCACCGC CGAGGACTTT
GCCAATTTGG TGATTTCCCA AGGCGAAGAT GGCTATTTAG TCAAACTTGG CGATGTGGCT
AAGGTGGAAA TTGGCTCAGA AGAAGAGCGC ATCATGTTCC GCGGCAACAA GGAGGCCATG
ATTGGTCTTG GGGTGTCGAA ACAGTCGACC GCCAACACCT TAGAAGTGGC CCGCGCCGTT
AACGCCTTAG TCGATAAAAT CAATCCAACC TTACCCGCTG GCATGTCGAT TAAACGCAGC
TACGACAGCT CAGTGTTTAT CGAAGCCTCG ATTAAAGAGG TGTACCAAAC CCTGTTCACC
GCCATGGTGC TGGTGATTAT CGTGATTTAT CTGTTCCTTG GCAGCGTGCG CGCCATGTTA
ATCCCCGCGA TTACCGTGCC CGTGTCTTTG CTCGGGACGT TTATCGTCCT CTATGCGCTA
GGATACACAA TCAACCTGTT GACGCTGCTG GCGATGATCC TCGCCATCGG TATGGTGGTA
GACGATGCGA TTGTGATGCT GGAAAACATT CACCGCCGTA TCGAAGAAGG AGATTCACCC
TTAAAGGCGG CATTCTTGGG CGCCCGTGAG GTGGCCTTTG CGGTTATCGC CACCACCTTA
GTGCTAGTGG CGGTATTTAT GCCGATCACT TTCCTCGAAG GGGACTTAGG TAAGCTCTTC
AAAGAGTTTG CGGTAGCAAT GAGCGCGGCG GTGATCTTCT CCAGTATCGT GGCCTTAACC
TTAAGCCCGA TGATGTGCTC AAAGCTGCTT AAACCCGCAT CGCAGGATTC GTGGTTAGTG
CGTAAGGTCG ATAGCATTAT GACGGGGATT TCCCGTGGCT ATCAAAACTC GCTTGAGAAG
GCGATGGCAA GACCTGTGCT GATGTCGATA TTGGTCTTGA TTGCGCTCGG GAGCAGTGTG
CTGCTCGCCC AAAAAGTGCC GCAGGAATTT GCGCCGCAGG AGGACCGGGG TTCGTTATTT
TTGATGGTGA ACGGGCCGCA GGGCGCGAGT TACGAATATA TCGAATCCTA TATGAACGAA
GTGGAAAACC GGTTAATGCC GTTGGTGGAC TCGGGCGACA TTAAACGCTT GCTGATCCGT
GCTCCCCGTG GCTTTGGCCG CGCCGCCGAC TTCTCTAACG GCATGGCGAT TATCGTGCTC
GAAGATTGGG GACAACGTCG CCCGATGAAA GAAGTGATAG GCGATATTAA CAAGCGCCTC
GCGGATTTAG CCGGTGTGCA AGCTTTCCCT GTGATGCGCC AAGCCTTTGG TCGTGGCGTG
GGTAAACCGG TGCAGTTTGT GATTGGTGGC CCAAGCTACG AAGAATTGGC TCGCTGGCGC
GATATTATGA TGGAAAAGGC GGCGGAAAAT CCTAAACTGC TTGGCCTTGA CCACGACTAT
AAAGAGACCA AACCGCAGCT TAGAGTGGTC ATCGACAGGG ACAGGGCGGC CAGCCTTGGG
GTATCGATTT CCAATATCGG CCGTACCTTA GAATCTATGC TGGGCTCGCG TTTAGTCACT
ACCTTTATGC GTGATGGCGA AGAGTATGAT GTGATTGTGG AAGGGGAGCG CAGTAACCAA
AATACTGCGG CCGATCTGCA AAATATCTAT GTTCGCTCCG AGCGGACGAA GGAGCTGATC
CCACTGTCGA ACTTAGTTAC GGTAGAAGAG TTTGCCGATG CCAGTTCCCT TAACCGTTAT
AACCGTATGC GGGCGATCAC CATTGAGGCC AGCTTGGCGG ATGGTTATAG CCTAGGTGAA
GCACTGGATT ACCTCAATCA AGTGGCGCGT GCTTATCTGC CTGCGGAAGC GGTGATCAGC
TACAAGGGAC AATCCCTTGA TTATCAAGAG TCTGGCAGCT CAATGTACTT TGTGTTCCTG
CTGGCGCTGG GGATTGTGTT CCTGGTATTA GCGGCGCAGT TCGAAAGCTA TATTCACCCA
ATGGTGATCA TGCTGACGGT ACCGCTTGCT ACGGTTGGCG CCTTGATAGG GCTGTGGTTT
ACGGGCCAGA GTCTCAATAT CTACAGCCAG ATTGGGATTA TTATGCTTGT CGGTTTGGCG
GCGAAAAACG GTATTCTGAT CGTCGAATTT GCCAACCAGT TGCGGGATAA GGGCGTCGAT
TTTGACCGCG CCATTATTCA AGCCTCTTGC CAGCGTTTAC GCCCGATCCT GATGACGGGG
ATTACCACTG CCGCGGGCGC CGTACCTCTG GTATTGGCCG CAGGTGCGGG GGCGGAAACC
CGTTTCGTGA TTGGTGTAGT GGTGCTTTCG GGCATTATGC TGGCGACCTT GTTCACTATC
TTTGTGATCC CAACCGCCTA CGGTCTCTTT GCCCGTAACA GCGGTTCGCC AGAAGCGATT
GCCCAGCAAT TAGATAAGGA GTTGGCGCAG GATTAA
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| Protein sequence | MILTDLSVKR PVFASVISLL LVAFGLVAFD KLPLREYPNI DPPIVSIETN YRGASAAVVE
SRITQLIEDR ISGVEGIRHV SSSSSDGRSQ VTLEFDISRN IEDAANDVRD RISGLLDNLP
EEADPPEVQK ANGGDEVIMW LNLVSDQMTT LELTDYTRRY LSDRLSVVDG VSMIRIGGGK
VYAMRVWLDR QALASRSLTV ADVEAALRAE NVELPAGSLE SKERHFTVRL ERSYRTAEDF
ANLVISQGED GYLVKLGDVA KVEIGSEEER IMFRGNKEAM IGLGVSKQST ANTLEVARAV
NALVDKINPT LPAGMSIKRS YDSSVFIEAS IKEVYQTLFT AMVLVIIVIY LFLGSVRAML
IPAITVPVSL LGTFIVLYAL GYTINLLTLL AMILAIGMVV DDAIVMLENI HRRIEEGDSP
LKAAFLGARE VAFAVIATTL VLVAVFMPIT FLEGDLGKLF KEFAVAMSAA VIFSSIVALT
LSPMMCSKLL KPASQDSWLV RKVDSIMTGI SRGYQNSLEK AMARPVLMSI LVLIALGSSV
LLAQKVPQEF APQEDRGSLF LMVNGPQGAS YEYIESYMNE VENRLMPLVD SGDIKRLLIR
APRGFGRAAD FSNGMAIIVL EDWGQRRPMK EVIGDINKRL ADLAGVQAFP VMRQAFGRGV
GKPVQFVIGG PSYEELARWR DIMMEKAAEN PKLLGLDHDY KETKPQLRVV IDRDRAASLG
VSISNIGRTL ESMLGSRLVT TFMRDGEEYD VIVEGERSNQ NTAADLQNIY VRSERTKELI
PLSNLVTVEE FADASSLNRY NRMRAITIEA SLADGYSLGE ALDYLNQVAR AYLPAEAVIS
YKGQSLDYQE SGSSMYFVFL LALGIVFLVL AAQFESYIHP MVIMLTVPLA TVGALIGLWF
TGQSLNIYSQ IGIIMLVGLA AKNGILIVEF ANQLRDKGVD FDRAIIQASC QRLRPILMTG
ITTAAGAVPL VLAAGAGAET RFVIGVVVLS GIMLATLFTI FVIPTAYGLF ARNSGSPEAI
AQQLDKELAQ D
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