Gene Nther_2936 details

Gene Information

• Locus tag: Nther_2936
• ID: 6314212
• Is gene spliced: No
• Is pseudo gene: Yes
• Organism name: Natranaerobius thermophilus JW/NM-WN-LF
• Kingdom: Bacteria
• Replicon accession: NC_010715
• Strand: -
• Start bp: 115
• End bp: 4874
• Gene Length: 4760 bp
• GC content: 35%
• IMG OID: 642923651

Plasmid Coverage information

• Num covering plasmid clones: 48
• Plasmid unclonability p-value: 1
• Plasmid hitchhiking: No
• Plasmid clonability: normal

Fosmid Coverage information

• Num covering fosmid clones: n/a
• Fosmid unclonability p-value: n/a
• Fosmid Hitchhiker: n/a
• Fosmid clonability: n/a

Sequence

Gene sequence

ATGACAACTG CTCAACAATT ACTTAATCGC TTAAATGAAA TAGCGAGAAA CACAAGAGAG 
CAAGGAGATC TTTTTGAACG TTTTGCTGTT GCCTACCTTA AACATGATGA ATACTATGGA 
CAACTTTTTT CAAATATATG GAGATGGAGT GACTGGCCAG GACGAGGAAA TGAAACTGAT 
ACAGGTATAG ATATAGTAGC TGAAGAAAAA GAAACTGGAA AACTATGGGC AATACAAGCA 
AAATTTCATG AAGGTCAATT AAGTCTAAAC GATATTTCTA CTTTTTTGGC ACTTTCTGGT 
CAAGAGAGAT TTTCTAAACG TATGCTTATT ACTACTTCAT CCTTAAGTTC AAATGCTGAA 
AGTGCCCTTA ATAATCAAGA TAAACCGGTA GTTGTATTAA CTCTTTCTGA CCTTTTAAAT 
AGCTCTATTG ATTGGGAGCA ATTTACATGG TCAGATCCCG AAAATATAAC ATTAAAAGAA 
CGGAAGGATC TTTATCCGTT TCAGAAGGAA GCAGTCGATT CAACAATTAA GGGTTTTAAA 
CGTACTAATA GAGGTAAATT AATCATGCCT CCTGGTTCTG GTAAAACCTT TGTTTCTTTA 
AAAATAGCAG AAAAACAGGA AATCGCAGGA CCAGGTGGAT TTGTATTTTT CTTGGCTCCT 
TCTATTGCTT TAGTGGAACA AACTCTTAGG GCATGGCTTT CAGATACAGA AACACCTATA 
AAAGTGTTTG CAGTAACCTC TGATCATACC GTAGGCCAGG AAGATGAATA CATTGATCGC 
ACAAATGTAC TTACGATCCC TCCAACCACA AACGCAGAAG AACTTGCAAA TGGTGTTCAG 
AATGTAAGTG AGGATGAAAT GGCGGTTGTT GTTTCTACAT ATCACTCGAT TGATGTTGTG 
TCACAAGCAC AGGATTTAGG TCTACCAGAG TTTGATGTTA TTTTTGCAGA TGAAGCTCAC 
CGTACTACGG GAATATCGGA TAACCAAGAC GCTTCTTACT ATCACAAAGT CCATGACGAA 
GATTTTATAA AAGGTTCAAA AAGACTATAT ATGACGGCAA CACCAAGGGT TTTTGTGCCT 
AGGTTGCGAG AAAAAGTTGA AGAACAGGGG TATGAGTATT TTACTATGGA TGATGAAGAT 
ACATATGGAG AGGAATTTTT CCGGTATGGT TTTGGCCAGG CTGTTGACGA AGGTTTTTTA 
AGTGACTACA AGGTGATTGT TTTTACAGTA GATGAAGCTG ATGTTCAACG TAAACTGTTT 
AGTTTTCTTA ATCAAGAAGA TTCCCCTGAG GTTGAAGAAG CCTCAAAGAT TATTGGTGTT 
TGGAATGCTC TTAGTGGCCG TATAAAGGAT GAGAATATTA ATGCTCCACT TAAACGTGCA 
GTTTCTTTTA CAAATAGGAT AGCTGACTCT AAAAAGTTTG CGTCTAAGTT TGTAAACACT 
ATTGAAGCTT ATCAAGAAAA TATTGATGAA GATGTAGAAG ATGATTCATG CAATTTTGAT 
ATTAGACATG TTGATGGTTC TACTACAGCA ACTAACAGGA AATTGCTTTT AGATTGGTTA 
AGAGAAGAAC CTGATCCTGG AGAATCTAAA GTGCTTTCTA ATGCGCAAGT TCTAAAAGAA 
GGAATTGATG TACCATCTCT TGATGCTATA GTTTTTTTAA GACCAAAGAG AAGTACAGTA 
GATATAGTTC AAGCTGTAGG ACGGGCTATG CGAAAAGCTC CAGGTAAAGA ATATGGTTAT 
GTAGTAATTC CAGTGTTAGT TGATCCAGAA GAGGATGCAG CTGAGCAATT AGATAATAAT 
GAAGAATTTA AGAAAGTATG GCAGATATTA GGGGCTCTAA GATCCATAGA TGATCGTTTT 
GATGCAGAAG TCAGAGAACT TTCAATTAAA CGTGGGCAAA CAGGAGAGAC AGGAGAGTCT 
CAAGGATCTG ATGAAGATGA CAGTAAACTT GAAGTACAAA GCGATAAGCA AACGCAGCTA 
ACCATGGAAG ATTTCACTGG AAGGCTTTTT GATGCTATTT TAGGGAAGCT TGTAGAGCGT 
GTAGGTGATC GTGGTTATTT GGAAACTTGG GCTAAGGACG TAGCAGCAGC TTCAACTCGT 
ATAGAACGTC ATATAAACGA AGCACTAGAA AGTGAAACTG AGTACGGACA AAAAGCACAA 
AATGCTTTCT ATGAGTTCCT TTCTGCACTA CGTAATGTAA TAAACCCCAC TGTGACAGAA 
GAAGATGCCC GTAGCATGTT AGTTCAGCAC ATTATAACTA AACCTATTTT TGATGCTGTA 
TTTGGAGAAT ATGAATTTTT ACAACAGAAT CCTGTTTCCC TTAGTTTTGA AAGCGTAGCA 
GACGTTTTTG AAGTTTTTGT CCGTAAAGAA ACTAGAGCTT TAGATAGCTT TTATAGATTA 
GTTGAAGTAA GAGCAAAAGG GTTAGATAAG GAATCAGAAC GCCAGGAGTT TTTACGTAAA 
CTTTATGATA CTTTCTTTAA GATAGCTTTT CCTAAAACAG CAGAGCTTTT GGGCATAGTT 
TATACACCTG TAGAAGCAGT GAACTTCCTA GTTAAAAGCG CAGATGCTGC CTTACAAGAT 
GAATTTGGAC AGAGTTTGGA AGATGAAGAT GTTGTTATCC TTGAACCTTT TTCAGGTACA 
GGTACATTTC TTGCTCAATT AATGCACCAT ATCAGTCCTG AGGGATTACA GAGAAAATAT 
AATGATGGTG AAATTTGGGG AAATGAAATT TTACTATTAC CTTACTATAT AGCTCTTGCA 
AATATAGAAA GTACTTATTA TGAAATTACA GGGGAGTATA AACATTTTGA CAATTTATTG 
TTAGTAGATT CTTTTCAGCT AATGGAGGAT AGAGATAAAC CACAAGTAGA GTTGTTTCCT 
GAACAATATG CTGAACAAAT GGAAAAGCAA AAAGAGGCTA AAATTAATGT GATTATTTCA 
AACCCACCTT GGTTTGCTTG GCAAGACGAT GAAAATCGAG GGATTCAATC AACAGATTAT 
GAATTATTAG ATGAGAGAAT AGAAGAATCT TATGCAGCTA ATTCATCAGC TCGTCTTAAA 
ATTTCACTTT TTGATTCTTA TATACGTGCA ATAAGGATGG CGACAGACAG AATTAAAGGG 
CAAAGGAATT ATTGCTTTTG TAACTAATAG TGGTTTTCTT GATGGTAATA CTGCTGATGG 
TTTAAGGAAA TGTTTAAGTG AAGAGTTTTC AAAAATTTAT ATTGTTAATT TAAGGGGAAA 
TGCACGTCTA TCTGGTGAAG CTTGGCGCAA AGAAGGGGAT AAAATATTTG GTCAAGGAAG 
TCGAGCTGGA GTAGCTTTAA TTGTTTTAAT AAAGGATAAT TCAAAAGCTG GATCAGCAGA 
AATTTATTAC CATGATATTG GTGATTATCT AAGTAAAGAA GATAAACTTT CAAGATTAAA 
TAAATTTAGT AATATTAACG GAGTTAAATG GGAGCAAATA ATACCAAATG AGAACCATGA 
CTGGATTAGT AAGAGAGATG AAAAATTCGA GCTATTTCCA GTAATTGGAG TCAAGAGACA 
AAAAAAAGAA GAAAAGATAT TCAAGACTTT TTCGGCTGGT CTTAAAACAA ACCGTGATAC 
TTGGGTTTAC AATTTTTCTA TTGAAGAATT AGATAATAAC GTAAGTAGCA TGATTAAGGA 
GTTTAATGAA CATGTTTCCC TAGTAAATAA TAACGATATA ACATCAAATA ATTTACAAGA 
TACAGTTAAT AATGATCCGA CTAAAATTTC ATGGTCAGGA GATTTAAAGA AAAAGTTATT 
AAAAGGAGAA TATTATAATC AAGAGTATGG TAATACCTTA ATCTCAACGT ATCGTCCTTT 
TGTTAAAGAA TGGGTCTATT TTAGTAATTT ATTTAATAAT AGTATTTATT TGTTACCAAT 
TCTTTTTCCT GAGCCTAATA TTGATAATCT AGTTATTACT ATTCAAGCAC CTGGGGGCAC 
AAAAGACTTT TCTGTTTTAA TGGTTGATAA TATTCCAGAT CTACATTTGG TAGGTGATAC 
ACAAGCTTTC CCATTCTACA TATATAAAAC TGATAAAGGA AGTCTTTTTA AAGAGGAGAA 
CTTGGATAAT GGAAGTTATA TTACAGCACC CTCTGGAGAG CATTATATAT GTCAAAAAAA 
CGTTACGGAT TGGGCATTAA ATGAATACAG AAAACGTTAT GGTTTAGATG TAACTAAAGA 
AGATATCTTT TACTATGTTT ACGGCTTGTT ACATTCTCCT GATTATAGAG AAAGATATAA 
ACACAATTTA AAAAGAACAT TGCCGCACAT TCCTTTTGTT ACTTCAACCG AAGACTTTAG 
ATCATTTAGT GACGCTGGAA GAAGGTTAGC TGAGTTGCAC TTGTATTACG AAAATCTTCC 
TCTGTTTGAT CAAATAAATA AAAGGCGACC CTGATGATCC AGAAACATAT GAAGTCAATA 
AAATACGTTT TGGTAAGAAA GACAAAAAGA ATGATAAGTC GGTTATTGTC TATAACGACA 
AAATTAAACT GAAGAACATT CCATTAGAGG TTTATGAGTA CCAAGTAGGA GGTAAATCTC 
CAATTGAATG GGTAATAGAC CGTTATCAGG TTAAAAAGGA CAAGAAGAGT GGCATAGTTA 
ATGATCCAAA CAAATGGTTA GAAGAGCATG ACGATCCACG ATATATAGTT GATCTAATTA 
AAAGATTAGT AACCTTAAGT CTAGAAACTC AAAGAATTGT TAATCAATTA CCGGATTTAG 
ATATAGATGA AAGCAATTAA 

 

Protein sequence