| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Nther_2827 |
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| Symbol | |
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| ID | 6316735 |
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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 | 3057569 |
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| End bp | 3060694 |
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| Gene Length | 3126 bp |
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| Protein Length | 1041 aa |
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| Translation table | 11 |
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| GC content | 38% |
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| IMG OID | 642645199 |
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| Product | acriflavin resistance protein |
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| Protein accession | YP_001918963 |
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| Protein GI | 188587418 |
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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 | |
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| 
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Plasmid Coverage information |
| Num covering plasmid clones | 21 |
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| Plasmid unclonability p-value | 1 |
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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 | 78 |
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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 | GTGAGTTTAT CGCGTCTTGC AGTAAAACGA CCAATAGCTA CTATTATGGT ATTATTAGCC
GTATTAATAT TAGGATTTTT AATATACCCT CGATTACCAT TAAACCTACT TCCTCAAATG
AATTATCCTA TGGCGGTTGT AGTGACTCAA TATCCAGAAG CAGGTCCTCA GGAAATTGAA
AATATGATTA CGAGACCCAT GGAGGAGATG GTTGGTACAA CGGCTGGAAT AGAAAATATT
TCATCTCGAT CCTATGAAGA ATTGTCCATG GTTATGGTAG AATTTTCCTG GGGGACTGAT
ATGGATTTTG CATCACTGGA AATGAGAGAA AGAATAGACA CTGTTAGGGA GAATTTACCA
GAAGGAGCTG AATCCCCTCA AGTCGTTAAA GTAGATCCAT CCTTGATGCC AGTTATGTTT
GTAAGTGTGG GACTGGAAGA AGCAGAAGGA GAACACCGAG ATTTAATAGA TTTAGAACAC
CTGGTTTCAA ATCAAGTGGT TAATCGTTTA AAAAGAATTG ATGGTGTGTC ATCTGTAGAA
CTTTCTGGTG TAGGTGAAAG GGAAATAAGA GTTGATTTAA ATGAAGATCA GATGGAAAAA
TATGATTTAA ATTCTCAAGA AGTTTACGGG ATACTATCAG GACAAAATAT CAATGTGCCA
GGTGGAAGAA TTGTGGAAGA AGAACAGGAG CTTTTGGTGA GATCTGTGTC AGAATTCAGT
AGTCTTGATG AACTTGAAGA AACCACTGTT GGGATAAACA CACCTGATTT TCCAGGAGAA
ACTAGCAATG GCTTAAATGA TTCATTTTCC TCTGGCGATG AGTTACCTGC TGATCAGAAT
CCAGAGGTTT CTACCGAATT TTCGACTGAT AGAAGGCAGG GAGAAGAGTT TTCTGGTGAT
TATGGAGAAC CAGTATATTT AGATGATATA GCAGATATTA GAGATGAGTA TCAAAGGGAA
AGTTTAGTTC GTCTCAATGG AGATAAAGCT TTGGGATTGA TTATCCAAAA ACAATCTGAC
GCAAATACAG TTCAAGTTAC CAGAAATATT AATGAAGAAT TGGCCAAAAT TCAGGGTGAA
TACCAAGAAC TTAATTTAGT ACCCACCTGG AATCAAGGCA ATTTTATTGA AGAAGTGCTT
TCAATGGTAC AACAAAATGC CGTTTTAGGA GGATTTTTGG CTGCCCTGGT ACTATTTGTG
TTTCTAAGAA ATTATAAAAG TACCCTCATA GTAGCCATTA GCATTCCAGC ATCTATTCTA
GCCACTTTTC CTCTAGCTTA CTTTACGGGG CTATCTCTCA ATATAATGAC ACTATCGGGA
TTAGCTCTAG GGATAGGAAT GTTAGTAGAT AATTCAGTTG TGGTTCTAGA AAATATTTTT
AGACACGTAG AACAGGGAAA ACAAATTAAA GAAGCAGCTA TCACGGGGAC AGAAGAAGTT
AGTTCTCCCA TAATCGCATC AACTTTAACT ACTATTGCGG TTTTTCTACC TGTATTTTTA
TTAGAAGACC TAGCAGGTAT TATTTTTGCA GATTTGTCCT ATATGGTAGT TTTTTCGCTT
GCCATGTCGT TATTTACAGC TTTAACGGTT ATTCCTGTAC TCTCAGTGTT ATTAATTGGG
CATAATCAAG CCATTTCAAA GTTCATACCC ATTGAAAATT TGAAAAAACG ATATAAAAAA
AGCCTGCACT ATCTATCGAA AAAAGGAAAA TATGTTTTAG GTGGAGCTAT TATATTAATG
GTAATATCCT TTACTTTGCT CCCAAATTTG GGTGGAGAAT TTTTACCACC CATAACTAGA
TCCGAATTTA CAGTAGACGT ACGATTACCA CCCGGAACTC ATTTGGAAAC CACAGAAGAA
GTTGTTACAG AAGTAGAACA ATATCTTTTA GATGAGGAAG AAGTTGACTC TGTATACGCA
ACCATAGGTG AGCGAGCTAG TCAAAGAGAA GGAGCAGGGT ACACTCAAAG AACTCCCCAT
CGCGGTGAAT TGATGGTGAT ATTGGAAACA GATGAGCAAG AAAAACTTGC CCAACAAGTT
GAGAGTGAAT TTTACGATCA TGACCAGGCC TCAATTAGCG CTTCCGAGAT GGAGGGAGAT
TTAGAGATGG GTGGTGATGC TATTGAAATT GACTTAATCG GTCCAGAACT TGACACACTG
AGGGAACTGT CTCAAGATAT AGCTAATGAA GTTTCTGAAT TAGAAGTTGT TTCAAATGTT
TCGAGAAACT TACCTACACC CAGACCAGAA CTACAGGTTT CTCCCAAAGA CGAACAAAGC
ATGTTAAAAG GAATTACTCC CATTCAAATG TCTCAAGACT TAGAAACTGA TTTAACAGGA
AGAAGAGCAA CAATTTTTAG AGAAGATGGT AGAGAGATCC CCATAGTATT AGGTTACTTT
AGCGAAGGAC CTGAGTCTAC TGAAGAAATA AAAGAAAAAT ACCAGGATAT TGCCACAGTT
GAAAAAGAGC CAGGCCCTAC GGTTATCAAT CGACAGGACG GTCAGCGCTA TGTAACAATT
TCAGCCGATT CGGAAACAAG AGATGTTCGG GGAGCGGTAA ATAGTATCCA AGATAGATTA
GATAATGTGG ATATCCCGCA AGGTTATCGC CTAAATTATG GGGGCGCTTA CGAGGATATG
TGGTCCTCAT ATTTAGAGCT AGGTGGAGCT TTGGCTTTAT CTTTGTTGCT AGTATTTATG
GTCATGGCAG GTCAATTCGA ATCTTTACGT TATCCTCTTG TTATTATGGT CAGCATACCT
TTTTCTTTTG TAGGTGTAAT TCTAGCACTA TATATTTTGA ATGATACTTT AAATGTGGCA
TCAATAATGG GGGTTATTAT ACTTTCAGGA TTAGTTGTTA ATAATGCTAT TGTTTTAGTG
GATTGCATTA AACGGGAAGA TAGTGTCCTT GAAGGTGCTT CCCTTAGATT GAGACCCATT
TTGATGACTA CTATTACTAC CTTGTTGGCA TTAATTCCCA TGGCTATTGC CGTTGGTCCT
GGGTCTGAAA TTCAAAACTC TTTGGCTTTT TCTCTTATAG GTGGATTGTT TAGTGCTACT
CTACTAACAT TAGTGATACT GCCTTTAGTA ATCATCTGGA TTAAATCTAG ATTTAATCTA
GATTAG
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| Protein sequence | MSLSRLAVKR PIATIMVLLA VLILGFLIYP RLPLNLLPQM NYPMAVVVTQ YPEAGPQEIE
NMITRPMEEM VGTTAGIENI SSRSYEELSM VMVEFSWGTD MDFASLEMRE RIDTVRENLP
EGAESPQVVK VDPSLMPVMF VSVGLEEAEG EHRDLIDLEH LVSNQVVNRL KRIDGVSSVE
LSGVGEREIR VDLNEDQMEK YDLNSQEVYG ILSGQNINVP GGRIVEEEQE LLVRSVSEFS
SLDELEETTV GINTPDFPGE TSNGLNDSFS SGDELPADQN PEVSTEFSTD RRQGEEFSGD
YGEPVYLDDI ADIRDEYQRE SLVRLNGDKA LGLIIQKQSD ANTVQVTRNI NEELAKIQGE
YQELNLVPTW NQGNFIEEVL SMVQQNAVLG GFLAALVLFV FLRNYKSTLI VAISIPASIL
ATFPLAYFTG LSLNIMTLSG LALGIGMLVD NSVVVLENIF RHVEQGKQIK EAAITGTEEV
SSPIIASTLT TIAVFLPVFL LEDLAGIIFA DLSYMVVFSL AMSLFTALTV IPVLSVLLIG
HNQAISKFIP IENLKKRYKK SLHYLSKKGK YVLGGAIILM VISFTLLPNL GGEFLPPITR
SEFTVDVRLP PGTHLETTEE VVTEVEQYLL DEEEVDSVYA TIGERASQRE GAGYTQRTPH
RGELMVILET DEQEKLAQQV ESEFYDHDQA SISASEMEGD LEMGGDAIEI DLIGPELDTL
RELSQDIANE VSELEVVSNV SRNLPTPRPE LQVSPKDEQS MLKGITPIQM SQDLETDLTG
RRATIFREDG REIPIVLGYF SEGPESTEEI KEKYQDIATV EKEPGPTVIN RQDGQRYVTI
SADSETRDVR GAVNSIQDRL DNVDIPQGYR LNYGGAYEDM WSSYLELGGA LALSLLLVFM
VMAGQFESLR YPLVIMVSIP FSFVGVILAL YILNDTLNVA SIMGVIILSG LVVNNAIVLV
DCIKREDSVL EGASLRLRPI LMTTITTLLA LIPMAIAVGP GSEIQNSLAF SLIGGLFSAT
LLTLVILPLV IIWIKSRFNL D
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