| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Nther_1942 |
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| Symbol | |
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| ID | 6315854 |
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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 | Natranaerobius thermophilus JW/NM-WN-LF |
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| Kingdom | Bacteria |
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| Replicon accession | NC_010718 |
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| Strand | - |
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| Start bp | 2045788 |
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| End bp | 2048910 |
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| Gene Length | 3123 bp |
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| Protein Length | 1040 aa |
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| Translation table | 11 |
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| GC content | 38% |
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| IMG OID | 642644324 |
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| Product | acriflavin resistance protein |
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| Protein accession | YP_001918101 |
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| Protein GI | 188586556 |
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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 | 12 |
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| Plasmid unclonability p-value | 0.211904 |
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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 | 54 |
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| Fosmid unclonability p-value | 1 |
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| Fosmid Hitchhiker | No |
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| Fosmid clonability | normal |
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Sequence |
| Gene sequence | ATGTTTCTTT CAAAAATTGC ACTAAAACGT CCAGTTACCA TAATTATGGC TGTTGTTATT
ATATTACTTC TGGCTACTGT TTCTTTTTCT AGAATACCAA TCGATTTATA TCCTGATATG
GAATTACCAG TTTTGTTTGT ACAAACTGAT TACGAAGGGG CTGGCCCCCA TGAAGTTGAA
AATATGGTCA GTCGTCCCTT AGAAGAGACC TTATCTACAG TAGACAATTT ATCTCAAATT
ACTTCTATTT CTCAACAGGA TAGCAGTCAA ATTATTATGG AATTTGATTG GGGCACGGAT
ATGGACTTTG CTGCTCTTGA TACTAGGGAA CTTATTGATA TGATAGGCGA ACAACTACCT
GATGACGCAG GCGATCCTAC TGTGATGCAA TTAGACCCGG ATATGATGCC TATTTTACAA
GTTGGTATAA ATGCTCCCGA AATGGATTTA CAGGAAATCA GTGAGCTGGC AGAGGGGACA
ATACAAACCC AGGTGGAGCG TATTGAAGGT GTCGGAGAAG TTAATGTCAT GGGTGGTGTT
GAAAGAGAAA TTAAAATACA TGTTGATCCA TATCTGCTCT CTAGCTATCA AGAAGTCAGT
TATGAAAATA TTAGAGAAGC AATAGCAGCA AATAATATGG ATATTTCTGC TGGTGAAATC
AGGGACGGTG ATGGAAAATA CGCAATTAGA ACTATTGGAC AATTTGAGGA TCCAGATGAA
ATTAAAGATA TTCAAATTGG AGTTGAAGGC GAAAGTCCTG TAAAACTAGG AGATGTAGCC
AGGGTTGAGG ATACTGTAGA GGACATGGAA CCACTAAGTA GAATCAATCA AGAACCGTCA
GTCTCTTTGG GTATAAGAAA TCAAAGTGAT GCCAATGCAG TGAGAGTGGC CCAAGATGTT
CGAGCTGAGC TGGCTAATTT GGAGGAAAGC CTTCCTGGAA ATGTGCAATT TGAAATTGTT
ACCGATCAAA GTACCTTTAT CGAGGAATCC ATTGATAGCA TAATAGAAAT GGGAATTATA
GGTGCCATAC TAGCAATGAT AGTTCTCTGG TTATTTTTAG GTAATTTCAG AACAACTTTG
ATTATCGGTT TTGCAATTCC AATTTCAATT ATTAGCACAT TTAACTTAAT GTATTTTCAA
GGATACACTA TGAATTTAAT AACAATGGGT GGTTTAACCC TGGGTATTGG TATGGTTGTG
GATAGTTCCA TTATTTTATT AGAAAATATA TTCAGGAAAA GAGAACAAGG ATTATCATCT
TATGAAGGTG CATTACAAGG GAGTAAAGAG ATTTCAGGAG CCATTATAGC AGCTACATTG
ACAAGTATGG CAGCTTTTTT ACCGGCGGCT TATACTGAAG GTATAGCAGG AATTATTTTT
GAACCCATGG CTTGGACAGT TGTATTTGCA TTATTCGCTT CACTATTAGT GGCTTTAACT
CTAGTCCCTA TGTTAACGGA TAAGGTTATG GGTGAAGGAG TTGATTTTAA TCGAAAAAGT
TATCTCCCAA GGAAAATGGA TCAAGGTTTG CAGTGGCTCA CAAACAAGTA TGGTCAATTA
GTTGATTGGG TATTAAGTAA GCGTTTTGTA GTAATCGTTT CTTTTATAGG ATTAATGATT
ATCACTGTAT TGATTTTCCC TTTAATGGGT TTTGAGTTTT TCCCTCCCGA GGATTCAGGA
GAAATTACTG TGGATATTCA GTACCCCGTT GGGACACCTT TAGATACAAC CAGTGATAAT
TTGTTAGAGT TAGAAGAGGA GATTTCACAA GTTGAAGGAG TAGAAACAGT ATTTGCCACA
GCAGGTGGTG GTGGAGATTT TGTTGTTGGT GGAGATAGTC GTTCCGGTAC GATAAATGTT
ATTATGGAGG ACGATCATCA GCGTACCACT TTTGAAGTAG TGGATGAAAT CAGAGGGTTG
ATCCCTGAAC GCGGCGGAGT TGATGTTACA GTTTCTGCAG ATGACATGGC TGAAGAAGGT
GGAGGAATGG AAGGTGAAGA AGATTTAACT GTTTTAATTA AAGGCGATGA TATGGAAGAA
CTTGAATCAA TTTCCGATGA AATAGCGGAG AATGCATTAA CAGTTCCTGG TGTAGTTAAC
ACTACAACAA ATTTTGAGGA TGCCACTATG GAAATACAGA TTGATGTAGA TGAGGCAAGT
GCAGACTCTT ACGGGTTAAC TACAGTAACT ATCGGGAATT TTGTACGACA AGTAAGTGAA
GGGGAACTGG TCTCCTTTTA CAGAGAAGGC GGTGAAGAAT ATGATATTAC CATGGAAATG
GAACCGTCTC AAGGTATTAG CGTGTCAACA TTAGAAAGTT TGTTAATTAA CACTCCAACA
GGTGAACAGG TACCGCTAGA AGAAGTGGCT TCTCTTGAAA TGGCAGAAAC ACCCCGTCAA
ATTGAGAGAG AGGATAGGGT GCGAACAGGT ACTGTAGGTG TTCAGATTGA AGGTCGAGAT
ATTGGAAGAA CCGCTGGTGA TATTCGGGAA GTGCTAGATG AAAGTATTGA ATTACCACCT
GATTATACAA TGGATTTTGG TGGGACCTAT GAAATGATGA TGGAAAGTTT CGAAGGTTTG
GGATTAGCGT TAATTTTGGC TGTACTGTTA GTTTATATGG TAATGGCTGC CCAGTTTGAA
TCCCTTTTAT ATCCTTTTAT AGTTATGTTT ACAATTCCCC TGGCTTTAAT CGGAGTTATT
TTGGCATTAC TTGTAACGGG ACATTCTTTG AGTATAGTCG CCTTTATGGG TGTTATTATG
CTTGCCGGGA TTGTTGTTAA TAATGGAATT GTTATGGTAG ACTTCATTAA TAAGCTATAT
CATGAACAAG GTTATAATAG AATAGAGGCC ATTGTAACAG CTGGTAAAAT AAGATTGCGT
CCGATATTAA TGACTGTTTT AACAACCATT TTGGGGATGC TCCCTATGGC TAGTGGTGCA
GGAGAAGGTG CCGAAGTTAG AGCTCCAATG GCGATTGCAA TTATCGGTGG CCTAGCCGTA
TCTACTATAA TTACTTTAGT GTTAATACCA GTTGTTTATA GCTTGTTTGA TGATCTCAGA
TTAAGATTTC ACAGTAAATT AGCACGAAAA GAAGAGAGTG GTGATTTAAT TGTCAAAAAT
TGA
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| Protein sequence | MFLSKIALKR PVTIIMAVVI ILLLATVSFS RIPIDLYPDM ELPVLFVQTD YEGAGPHEVE
NMVSRPLEET LSTVDNLSQI TSISQQDSSQ IIMEFDWGTD MDFAALDTRE LIDMIGEQLP
DDAGDPTVMQ LDPDMMPILQ VGINAPEMDL QEISELAEGT IQTQVERIEG VGEVNVMGGV
EREIKIHVDP YLLSSYQEVS YENIREAIAA NNMDISAGEI RDGDGKYAIR TIGQFEDPDE
IKDIQIGVEG ESPVKLGDVA RVEDTVEDME PLSRINQEPS VSLGIRNQSD ANAVRVAQDV
RAELANLEES LPGNVQFEIV TDQSTFIEES IDSIIEMGII GAILAMIVLW LFLGNFRTTL
IIGFAIPISI ISTFNLMYFQ GYTMNLITMG GLTLGIGMVV DSSIILLENI FRKREQGLSS
YEGALQGSKE ISGAIIAATL TSMAAFLPAA YTEGIAGIIF EPMAWTVVFA LFASLLVALT
LVPMLTDKVM GEGVDFNRKS YLPRKMDQGL QWLTNKYGQL VDWVLSKRFV VIVSFIGLMI
ITVLIFPLMG FEFFPPEDSG EITVDIQYPV GTPLDTTSDN LLELEEEISQ VEGVETVFAT
AGGGGDFVVG GDSRSGTINV IMEDDHQRTT FEVVDEIRGL IPERGGVDVT VSADDMAEEG
GGMEGEEDLT VLIKGDDMEE LESISDEIAE NALTVPGVVN TTTNFEDATM EIQIDVDEAS
ADSYGLTTVT IGNFVRQVSE GELVSFYREG GEEYDITMEM EPSQGISVST LESLLINTPT
GEQVPLEEVA SLEMAETPRQ IEREDRVRTG TVGVQIEGRD IGRTAGDIRE VLDESIELPP
DYTMDFGGTY EMMMESFEGL GLALILAVLL VYMVMAAQFE SLLYPFIVMF TIPLALIGVI
LALLVTGHSL SIVAFMGVIM LAGIVVNNGI VMVDFINKLY HEQGYNRIEA IVTAGKIRLR
PILMTVLTTI LGMLPMASGA GEGAEVRAPM AIAIIGGLAV STIITLVLIP VVYSLFDDLR
LRFHSKLARK EESGDLIVKN
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