| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Nther_1937 |
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| Symbol | |
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| ID | 6315849 |
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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 | 2038074 |
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| End bp | 2041178 |
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| Gene Length | 3105 bp |
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| Protein Length | 1034 aa |
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| Translation table | 11 |
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| GC content | 37% |
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| IMG OID | 642644319 |
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| Product | acriflavin resistance protein |
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| Protein accession | YP_001918096 |
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| Protein GI | 188586551 |
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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 | 0.256217 |
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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 | 59 |
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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 | ATGAATCTTG CAGGTATAGG AATAAAGCAA CCTATTGGAG TTTTAATGGT TGTAATTGGG
GTAATATTAA TAGGATTTAT TGCTGTTTCA GAAACACCAA TCGATTTATA CCCTGATATA
GATTTGCCTG TTGTAATGAT TGCGACAGAA TATGAAGGGG CTGGTCCTGA GGAAGTTGAG
AACATGGTTA CCTCTCATTT GGAGGATGCA CTTTCTACTG TTGATGGCAT AGATACCATA
ATGTCGACTT CCCGTCCTGG TGAAAGCGAA ATTATTATCA GGTTTGACTG GGGTACAGAT
ATGGATTTCG CAGCCTTAGA AGTCAGGGAA ATGGTTGATA TGGTGATGGA AGAGTTGCCA
GATGAAATTG GACGTCCTTC AGTTATACAA TTAGATCCTG ATATGCTTCC GGTGATTCAA
GCCGGGATTG AAGGGGATTT AGAAGATCAA GAGATGACTG AACTTGCAGA AAATGTTTTA
GCTAGTAGAA TTGAACGACT TGAAGGTGTT GCATTGGTTG AAGTGGCAGG TGGTGTAGAG
CGGGAAATCC AAATCCAGGT AGACCCGTAT AAGCTTTCTG CTTATGAAAT ATCGTTAGAA
GAGTTAGGTG AATTAATATA TGCCTCTAAT GCTGACGTCT CCGGAGGTGA AATTCAAGAT
GGACGAAGGG AATATTTAAT TGAGGTAGAA GGTGAGTTTG AAACTGTAGA AGAAATTGAA
CAACTGATAG TTACTGAATC TGGTGGCATT CCTATAAGAC TTAAAGAAAT AGCAGAGGTT
AAAGATACAA CTGAGAGACA AAGACCGATC ACTAAAATTA ATGGGGATTC CACGGTATCT
CTATCAGTAC GGAAGGAAAG TGAAGCTAAT ACGGTTGATG TAGCCAATGT AGTTCAAGAA
GAGTTTGATG AATTAGAAGA AGAATTGCCT GAAGATATTA GGTTTGATGT AGCCATGGAT
CAAAGTGAAT TTATTGAAGC TAGTATAAGT ACATTAGTGA ATATGGGAGT TTCGGGAGCA
ATAGTTGCTA TGGTTGTTTT GTGGTTGTTT TTAGGAAATA TAAGATCTAC TATTATTATA
GGAATTGCAA TACCAATTTC TGTGATAGCA ACTTTTAACC TAATATATTT TCAAGAATAT
ACATTGAATT TTATTACCTT AGGAGGACTA GCGCTCGGTA TTGGTATGAT GGTGGATAGT
GCTATCGTTA TACTAGAAAA TATATTTCGA AAGAGAGAAG AAGGGTTACC TCCTGTTGAT
GCTGCAATAG AAGGAAGTAA AGAGGTCACT AGTGCCATTA TAGCTGCTAC GATAACTAGT
GTAATAGCTT TTTTACCTAT TGTTTTTGTA GAAGGAGTAG CCAGTATTGT TTTTGCACCT
TTAGCATGGA CTGTTACTTT TGCATTAGTT TCATCTCTAA TTGTAGCGTC AGGAGTAATT
CCTTTGATGA CTACTAAATT TATTGGAACA GACGTCAATT TGTCAGAACG CTCAAATAAA
ATAACTAAAA TATTTGATCA AAAGTTACAA GTAATGACGG AAAAATATGA GTATATAATA
GAGTGGGGAT TAAATAGTCG AAAATTAATT GGTACTATAT TTGTAGTAGT TTTATTTGTG
ACACTATCTT TAATACCCCT AGTTGGTTTT GAATTTTTGC CACCACTGGA TACTGGTGAA
ATTTCAGTTA ATATTGAAAC ACCTGTAGGA ATGCCTATCG AGCAAACTGA AGCAGTTATA
GGGGAATATG AAGAAATGTT GATGGAAATA ACAGAAGTAG AAACGGTTTT TACTAGTATT
GGTGGTGGTG GCTTACTAGA TGATGAAGTT TCTAATGTTG GATCTATAGA AGTAGAATTA
GTGGATGAAT CTGAAAGAGA TAAAGAAACA ACGGAAGTTG TAGAAGACAT AAGGGAAGAA
TATCCTAGGA TTCCTGGGGT AAGTGTAACT GTTACTGAAA AGGACTTAGC TGCAGGAGCC
GTAGGACTCG ATGACGATAT AGATATTTCA GTTAGAGGAG ATGACCTGGA AACATTAGAA
AAATTAACTG AAGAAATTGC AGAGACAGTA CGATCTATAG AAGGTACTGA AGAAGTTTCT
ACTAGCTTTG AGGAATTAGC TCCACAACTA ACTATAAACA TGAATAGGGA TCAAGCTCTT
ACTCATGGTT TAACACCTTA TCAAACAGGT GCTTATCTAA ACACTGCATT GAGTGGACAA
TTAGTATCCT TATACCGTGA AGATGGAGAA GAGTTTAACA TGGAAATACT GATGGAACAT
CCTGAAGAGT GGGATTTGGC AACTATAGAC TCGTTTTTTA TTCAGAATCC TCAAGGTAAT
CTTGTCCCTT TAGAAGAAAT AGCAGATACC AGTGTAGGAG AAGCGCCTCG GGATATTGAA
AGACAAGATC AGTTACGTTC GGGTAATGTA ACCGGCTTAA TTGAAGGGAG AGATCTCGGT
TCTGTTATGG ATGATATTCA GGATGAATTG GCTAAAAAAG ACTTACCTAC TGGGTATAAT
ATCGAATACA TGGGTATATA CCGGGATACT GTGGAAGCTT TTGAAGAACT TACTTTGGCA
TTAGGATTAT CAGTAATTCT TGTGTATATG GTGATGGCTT CTCAATTTGG TTCATTATTG
TATCCATTTA TTATCATGTT TACCATTCCA TTGACTATGT TAGGAGTAGT ATCTTCACTA
TTAATTACCG GTCGTACCTT TAGTTTGGTG GCATTTATTG GTGTAATAAT GTTGGCAGGT
ATAGTTGTTA ATAATGGGAT AGTAATGGTT GATTATATTA ATTTACTATA CAAAGAACGA
GGGTACTCGC GACATCAGGC AGTTGTAGAA GCTGGTAAAA AACGACTGAG ACCAATATTA
ATGACCACGT CAACTACGAT AATTGGTATG GTACCTCTAG CACTTGGTAT TGGTGAAGGA
GCTGAAGCTA TCGCACCTAT GGCTACAGTA ACAATTGGTG GCCTACTGGT TTCTACTTTA
TTGACTCTTA TTATCATACC CGTAATTTAC ACAATGATGG ATGATGTCAG TATATGGTTA
GCAAGTAGAA GGACTAACAC TGAACAGCAA ACGACTTCAT CTTAG
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| Protein sequence | MNLAGIGIKQ PIGVLMVVIG VILIGFIAVS ETPIDLYPDI DLPVVMIATE YEGAGPEEVE
NMVTSHLEDA LSTVDGIDTI MSTSRPGESE IIIRFDWGTD MDFAALEVRE MVDMVMEELP
DEIGRPSVIQ LDPDMLPVIQ AGIEGDLEDQ EMTELAENVL ASRIERLEGV ALVEVAGGVE
REIQIQVDPY KLSAYEISLE ELGELIYASN ADVSGGEIQD GRREYLIEVE GEFETVEEIE
QLIVTESGGI PIRLKEIAEV KDTTERQRPI TKINGDSTVS LSVRKESEAN TVDVANVVQE
EFDELEEELP EDIRFDVAMD QSEFIEASIS TLVNMGVSGA IVAMVVLWLF LGNIRSTIII
GIAIPISVIA TFNLIYFQEY TLNFITLGGL ALGIGMMVDS AIVILENIFR KREEGLPPVD
AAIEGSKEVT SAIIAATITS VIAFLPIVFV EGVASIVFAP LAWTVTFALV SSLIVASGVI
PLMTTKFIGT DVNLSERSNK ITKIFDQKLQ VMTEKYEYII EWGLNSRKLI GTIFVVVLFV
TLSLIPLVGF EFLPPLDTGE ISVNIETPVG MPIEQTEAVI GEYEEMLMEI TEVETVFTSI
GGGGLLDDEV SNVGSIEVEL VDESERDKET TEVVEDIREE YPRIPGVSVT VTEKDLAAGA
VGLDDDIDIS VRGDDLETLE KLTEEIAETV RSIEGTEEVS TSFEELAPQL TINMNRDQAL
THGLTPYQTG AYLNTALSGQ LVSLYREDGE EFNMEILMEH PEEWDLATID SFFIQNPQGN
LVPLEEIADT SVGEAPRDIE RQDQLRSGNV TGLIEGRDLG SVMDDIQDEL AKKDLPTGYN
IEYMGIYRDT VEAFEELTLA LGLSVILVYM VMASQFGSLL YPFIIMFTIP LTMLGVVSSL
LITGRTFSLV AFIGVIMLAG IVVNNGIVMV DYINLLYKER GYSRHQAVVE AGKKRLRPIL
MTTSTTIIGM VPLALGIGEG AEAIAPMATV TIGGLLVSTL LTLIIIPVIY TMMDDVSIWL
ASRRTNTEQQ TTSS
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