| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Nther_0834 |
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| Symbol | |
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| ID | 6316486 |
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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 | 870390 |
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| End bp | 874814 |
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| Gene Length | 4425 bp |
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| Protein Length | 1474 aa |
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| Translation table | 11 |
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| GC content | 37% |
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| IMG OID | 642643207 |
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| Product | hypothetical protein |
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| Protein accession | YP_001917007 |
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| Protein GI | 188585462 |
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| COG category | [L] Replication, recombination and repair |
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| COG ID | [COG1112] Superfamily I DNA and RNA helicases and helicase subunits |
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| TIGRFAM ID | |
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Plasmid Coverage information |
| Num covering plasmid clones | 7 |
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| Plasmid unclonability p-value | 0.551019 |
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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 | 0.0000399315 |
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| Fosmid Hitchhiker | Yes |
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| Fosmid clonability | hitchhiker |
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Sequence |
| Gene sequence | ATGAACACAG AACAAGGCAC TCAAGAACAT GTTCAGGAAT ATGAGATTAA TGACAAGACT
TCCGAAGAAG TCACTGATAT AAGCAAAAAA AGTAGCTATA AAAAAATTAT TAATCTATTT
GAATATCTAA AAGCATATTA TTCTTTAACA CGAAAACAAA TATATGATGT TGCCAGTTAT
GACACTATTT ACTGGTATGA TGAATTGCCC AGTGCTCCGG GTTGTTCTTT TGAATCAACT
TCTGAAGGTG AAAAACTGAT AATTCAAAAG CAGAGTATTT CTGATCCTAA GGAACCTCCT
GCCAGTATCG AGTCATGGAT AGAGGGGGAT TGGAAAGATC CGTCTGAGGA AATAAGTGTA
CTAAAACATA AAACTTCTCC TACAGAAGAG TTTACAGATG ACCTTAAACG TGTTGAGGAC
TTTAGAGATT GGTATCAACA CTGGGAAGAG TGGCGTGAAC AAGCTTTACA TAAGCAGAGA
GTACATCAGC TATATCAAGA AATGTTTTTA CTCAGCCAAA ATTTAGAGAG ACAACAAGAT
GAGCTCGAAC TGGTTTGGGG TCATGGGATT CTATATTGGA AGGACGAAGG TAAAAAAATA
CGCCATCCGG TTGTAACTAC TAATGCCATT CTCAATTTCG ATGAAAAGAA TGGTCAAATT
GAAATTATAT CTCAAGATGT GGAAAACACT TCATTAGAGC TTGAATTTTT GAATAGTATT
AAAAACTCAC AAATCAGAGA TCTGTCAAAG CTTAAGGACG AAGTTAATAA AATGCAGTTA
AATCCTTGGG AAAAGACAGC TATGGAAGAG CTATGTGAAA AACTGGTCAA TTTATTGAGT
CCTAATGGCA GGATACAATT CGACAGTAAA AAATTAACTT CGGATAAAGA TCCGATGATC
ACTTATGAAC CTGTGTTAAT TCTCAGGAAA AAACGGGTAG GGTATAGACA AGATCTAGAT
GATATCTTAG AAGGTTTGCA ACAAGGAAAA GAACTTCCCC AAACAATCCA GAGCATCTTT
GATAAAGATC AAAACACTAC ATCAACTGCA ACTATGAATA TTGCTTCCGA AGAACTGATG
TTTCCACTGG CTTCTAATGA GGAACAAAAC CAAATAGTAA AACGGCTTTC TGAAAATACC
GGGGTTACAG TTCAGGGACC ACCTGGGACC GGAAAGAGCC ATACAATAGC AAATTTGGTT
TCTCATATGC TAGCCCATGG AAAGCGAGTC CTGGTTACAG CAAAATCCGA ACGACCTCTG
CGTGTTTTAA GGGAGATGAT TCCTAAAAAT ATTCAACCAC TATGTGTCAA TGTGTTCACA
GATGAGAGTA ATTCTAAGCT GGAACTGGAA GAGGCAGTGA GAAGTATTTC CGAAACTATG
GGGTCATTGG ACATTTCAAG GGAAGAGAAC AAACTCAAGA AACTAAAGAA CACTTTAAAA
TCCATTAGAG AAAAAAGGGC TAGCTTACAA AATAAGATGA AACAGATCTC AGAATTTGAA
ACTTCTACTT ATACAATAAA TGGCCAAGAA TTCACACTTC CTCAACTTAG TTCTTGGCTG
ACGGAAACCG AAGAGGAGCT TGGCTGGATC AAAGATGAAA TTCCTCAAGA TGCAGAGTTT
CCTTTAGATA AACTTGAACT AAACCGTTTG TATGAATTGA TAGGCGAGTT AATACATGAA
GATAGAGAAA AGCTCCAGGA AGAAATTCCC GATATCGCGT TTCTTCCTAA AAGTCAAAGT
TTAAAAGAGT TACATAATAA ACTGGATAAA CTATCAAATG AGATGTCAGA TGAACAAGCA
GGTGAACAGT TAGGTGAACA AGCAGTTGAA TTGAAAAATG AAGCCAGTGA CAGTTCAACT
GATAAGTGGT TTGAAATTCC TGAAGATTTG GATGTGGAGA CCGTATCAGA CTTAATGGCT
GAACTGGAAA AGGTAACTTC AGATTTAAAA ATCAGAATAG ATAGCGACTG GTTAAATACT
ATTTTTCAAG ATGGCAAAAG TGAGGGTATA CGAAGACAAC AGTGGATAGA TTTAATAGAA
GGCGGTCGAG AGTATGTTAA TAAATTATAC GAACTGAGAG AAAGGACTGC AGAATATGAA
ATTGATATAC CATATGAAAG TAATGTAGGA AAATTACTGG AAACAGTCAT GGAACTTGAA
ACAGATTTGC AGAAAAAAGA GAAAATCGGG TTATTGCAAA AGGTTTTAAA TTCTGATGTA
AGATATCTAC AACAAAACTG TACAATAGAC GGGCTAGCTC CTAAAACTTT ACAAGATATT
CAGATACTCA AAGCAGAGCT TGAAAAAGGG TTAACCGCAA GCAAATTGCT AAAGCGTTGG
GATAAACAAG TAGTCGCCAT TAATGGACCG GAGTTCAATG AAGATGATCC CAGATTGATT
GAAAAAATAG ATGATCAGCT GAAAGTTATT GAAACAGTAA TTTATTGGAA TGAGACAACT
TGGAAACCTT TAAAGGAAAA AATGAAGGAA AACAATATAC CTGTGATCTT AGAAGATGTA
GATATAGAAA AGCTAGAAAC TTTGATCGAA AATTTAAAGT CAACTATTAA CAACATTAAA
TTGAGAGATG TGCGTAAACA ACTGGATAAG ATAACTGAAC TCATCAATGA AAACTTAGAG
AACAACCACA AGTTTTATTA TCTATGGGAA CAGTTAGCTT CGGGAATGCG TCATCGTAAT
TATGAACTGT GGGATAATAC TATTGAAGAA ATTATTCGCT TAAAAAACCT AGAAGATGAT
TATCAGGAGT TTAAGCAGTT ATTAGATAAA GTCAAAAAAA CATCACCTAC TTTAGCAAAA
GACTTAGAGC GACAGGGAGG GGATGGGGGC CCCCTTTCTC CTCCTAGTAA TATTAAACAA
GCTTGGGAGT GGCGAAAGGC AGATACTTGG TTGTCCGAGG TATTATCAGA AGACCCCATT
AAATTGAGTA AACAAGTAGA TGAGTTGAGG CATAAAGAGA AAAAAATCCT AGAACAAGTA
GTTTCTACTT CAACATGGCT TAATCTTTCG AAGAATGTAA CAGAAGGGAA TCGGAAAAAT
TTAATAGCTT GGCAACAAAC TATGAAAAGG ATAGGAAAGG GAACTGGAAA GTACGCAGGT
TATTATCGAA AACAGGCTAG AGAAAAAATG GATAAAGCTA AAGGTGCCGT ACCGGTGTGG
GTAATGCCTT TTAACAAAGT GATTGAAAAC TTTCCGGCTT GGAGCGATAA ATTTGATCTA
GTTATTGTAG ACGAGAGTAG CCAGGTAGAT ATTTTTGGTT TACTATCTTT TTTCCGCGGA
AATCAGTTAT TGGTTGTGGG TGATGATAAA CAAATTAGCC CACAAGGGGT AGGGCAGAAT
CTACAAGCAG TCCATAGGAT TATGAAAACC TATTTGAGTG ATGTGGAACA CGGGGATTTA
TTTGAACCTA AATACAGCCT GTACGATTTA TCCAAACAAG TATTTCCTGG TGTGATTATG
CTCAAAGAAC ATTTCCGCTG TCTACCTGAA ATAATTCAGT TTAGCAATGA CTTGATGTAT
CAGGGAGAAA TACTACCCTT AAGAGAGAAG ATGGGCAGTG TGGGACAAGA ATGGTCTTCA
ATTGTCAGAG TACCTATTGA AAATGGTTAT AGAATGGTGA ACTCGAAAAG CAATGAACCT
GAAGCTAAGA AAATTGTAGA AACTATCATC CAATGCTGTG AGCGAGAAGA ATACGCTGAT
AAAACTATGG GTGTTATCTC TTTACTAGGA GATGAACAGG CAAACTTAAT TGAAAAAATG
CTCATGGAAG AACTGGGACC TGAAGAAATG AAAAGAAGAA AACTGCATGC CGGTGATGCT
TATTACTTTC AAGGTGATGA ACGAGATGTT ATTTTCCTTT CAATGGTAGA AGCAAAAGGA
GAACATAGAC CTGCAGTGCT AAACAAAGAA GACGATTTCA AGCGATTCAA TGTTGCCATG
AGTAGGGCTA AAGATCAAGT GTGGCTTTTT CATTCCATTG ATACTGATAA TTTGAATCCA
CAAGATGTTA GATACAAACT AATTCATTAC TTCAAGTCTC CCCATAGATT GCAAAAAGAG
TCTGCTGAAT TGGAAGAGTT ATGTGATTCA AAATTTGAAA AAGATGTGTT AAAAGACTTA
TTAAGACTTG GATATACAGT AGAACCACAG TATCAGGTGG GCACTAAAAG AATCGATTTA
GTGGTGTTGG GCATGGACGG CAGTAAATTA GCAGTTGAGT GTGACGGAGA TGCATATCAT
GGGATAGAAA ACTGGGAATA TGACTGGAAT CGTCAAATTC AATTAGAACG ACTTGGCTGG
AAATTCTTTA GAATTAGAGG TAGTGCTTAT TATAGAGCCC CTGAAAAAGA AATTAACGAT
TTAGCTTCGG TCCTTGAGGA GATGGGAATT TATCCACATT ATTAG
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| Protein sequence | MNTEQGTQEH VQEYEINDKT SEEVTDISKK SSYKKIINLF EYLKAYYSLT RKQIYDVASY
DTIYWYDELP SAPGCSFEST SEGEKLIIQK QSISDPKEPP ASIESWIEGD WKDPSEEISV
LKHKTSPTEE FTDDLKRVED FRDWYQHWEE WREQALHKQR VHQLYQEMFL LSQNLERQQD
ELELVWGHGI LYWKDEGKKI RHPVVTTNAI LNFDEKNGQI EIISQDVENT SLELEFLNSI
KNSQIRDLSK LKDEVNKMQL NPWEKTAMEE LCEKLVNLLS PNGRIQFDSK KLTSDKDPMI
TYEPVLILRK KRVGYRQDLD DILEGLQQGK ELPQTIQSIF DKDQNTTSTA TMNIASEELM
FPLASNEEQN QIVKRLSENT GVTVQGPPGT GKSHTIANLV SHMLAHGKRV LVTAKSERPL
RVLREMIPKN IQPLCVNVFT DESNSKLELE EAVRSISETM GSLDISREEN KLKKLKNTLK
SIREKRASLQ NKMKQISEFE TSTYTINGQE FTLPQLSSWL TETEEELGWI KDEIPQDAEF
PLDKLELNRL YELIGELIHE DREKLQEEIP DIAFLPKSQS LKELHNKLDK LSNEMSDEQA
GEQLGEQAVE LKNEASDSST DKWFEIPEDL DVETVSDLMA ELEKVTSDLK IRIDSDWLNT
IFQDGKSEGI RRQQWIDLIE GGREYVNKLY ELRERTAEYE IDIPYESNVG KLLETVMELE
TDLQKKEKIG LLQKVLNSDV RYLQQNCTID GLAPKTLQDI QILKAELEKG LTASKLLKRW
DKQVVAINGP EFNEDDPRLI EKIDDQLKVI ETVIYWNETT WKPLKEKMKE NNIPVILEDV
DIEKLETLIE NLKSTINNIK LRDVRKQLDK ITELINENLE NNHKFYYLWE QLASGMRHRN
YELWDNTIEE IIRLKNLEDD YQEFKQLLDK VKKTSPTLAK DLERQGGDGG PLSPPSNIKQ
AWEWRKADTW LSEVLSEDPI KLSKQVDELR HKEKKILEQV VSTSTWLNLS KNVTEGNRKN
LIAWQQTMKR IGKGTGKYAG YYRKQAREKM DKAKGAVPVW VMPFNKVIEN FPAWSDKFDL
VIVDESSQVD IFGLLSFFRG NQLLVVGDDK QISPQGVGQN LQAVHRIMKT YLSDVEHGDL
FEPKYSLYDL SKQVFPGVIM LKEHFRCLPE IIQFSNDLMY QGEILPLREK MGSVGQEWSS
IVRVPIENGY RMVNSKSNEP EAKKIVETII QCCEREEYAD KTMGVISLLG DEQANLIEKM
LMEELGPEEM KRRKLHAGDA YYFQGDERDV IFLSMVEAKG EHRPAVLNKE DDFKRFNVAM
SRAKDQVWLF HSIDTDNLNP QDVRYKLIHY FKSPHRLQKE SAELEELCDS KFEKDVLKDL
LRLGYTVEPQ YQVGTKRIDL VVLGMDGSKL AVECDGDAYH GIENWEYDWN RQIQLERLGW
KFFRIRGSAY YRAPEKEIND LASVLEEMGI YPHY
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