| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Nther_0841 |
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| Symbol | |
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| ID | 6315652 |
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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 | 884674 |
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| End bp | 888159 |
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| Gene Length | 3486 bp |
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| Protein Length | 1161 aa |
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| Translation table | 11 |
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| GC content | 38% |
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| IMG OID | 642643214 |
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| Product | UvrD/REP helicase |
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| Protein accession | YP_001917014 |
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| Protein GI | 188585469 |
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| COG category | [L] Replication, recombination and repair |
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| COG ID | [COG1074] ATP-dependent exoDNAse (exonuclease V) beta subunit (contains helicase and exonuclease domains) |
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| TIGRFAM ID | |
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| 
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Plasmid Coverage information |
| Num covering plasmid clones | 14 |
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| Plasmid unclonability p-value | 0.94071 |
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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 | 33 |
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| Fosmid unclonability p-value | 0.0247795 |
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| Fosmid Hitchhiker | No |
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| Fosmid clonability | normal |
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Sequence |
| Gene sequence | ATGACTAATA AAACAAAAAA TCCTCCTGAT CAGAACCAAC GGGATAGGAT AATAGAAGAT
TTAGACCAAA ATATTTTGGT TGAAGCCGGG GCTGGTTCCG GGAAAACCAG GAGCCTGGTG
GATAGAATGG TAGCCCAGGT GGTTTCAGGA AGGTACCGGG TGGATGAGAT TGTGGCCATC
ACCTTTACTA GAAAGGCGGC AGCAGAACTT CGAGAGCGGT TTCAGAATCG TTTAGAAGAA
GAGTATCAAA AGGATTATAG TCCAGAAGTA AAAGACAATA TCGAAATCGC TCTCCGAAAT
ATTGAGGGCA CTTTTTTGGG TACAATCCAT TCTTTCGCTG CCAATCTTTT GAGGGAAAGG
CCTGTAGAAG CGGGTCTTGA CCCGGAATTT CAGGAGTTAG ATGAACTGGA ATCTGCTATT
ATGGAAGAAG AAGTTTTTGA AGAATATTTA TTATATGTAC GGCTAAATAG GGAAGATCTT
CTGATCAACC TGGATAAGAT TGGTGTATCA CCTCAGAATT TAAAGGCTAG TTTTAAGGAA
TTGGCCCATT ATCCCGATGT AGAATTTTTT CATAAGGAAG TGGATAGACC TGATTTAGAA
TTGGCTTTAC AGGAACTTAA AGAATTAATT GACAAAGCAA AGGCCAATCT ACCCGATAAA
GAACCTCCTA AGGGATATGA CGGACTTCAA AGGGCCACTT TAAAAGCAAA ACGGTATTTG
AGCTATTTTG ACATGAACAG GGACGAGCGG ATAGTGGAAC TACTCAGCCA GTTTGAAAAA
CCAAAAATCA CCCTAAACAG GTGGCCAGAA AAAGATATTG CCTATGAACT AAGAGATGAA
GCCAATAGAC TGGCAGAAGA AATTATCCAA CCTATCATGG AAGAATGGCG CAGATACTGT
CATTACCATA TCATGAGGTT TCTAATTCCC GCAGTGGAAT TTTATGAACA TAAAAGGGAA
GAACTGTCAT ACATGAACTT TAATGATCTA CTACTTAGAG CTCGCAATAT GTTAAGGGAC
TATCCCGAGG TTAGACAGTA CTTTCAGCGT AAATATCGCA CTATTTTGGT GGATGAGTTT
CAAGATACCG ATCCAATTCA GTCGGAACTA CTGTTTTATC TAACAGGTGA GGAAGTACAG
GAAAAAACCT GGTATAACCT GTCACCCAGG CCGGGATCTT TATTTGTGGT TGGTGATCCC
AAGCAGTCTA TTTATCGTTT TAGAAGGGCA GATATAGATA CCTATAATCT GGTGAAGGAT
TTAATTGTCG ATAGAGGAGG AGAAATTTTA GAGCTTACCG CCAATTTCAG ATCAGTCAAT
AGCTTAGGTG AATGGTTAAA TCCGGTATTT CAAGAACTAC TCCCTGAGGA ATCTGATAAA
TATCAGGCTA AACATGCGCC CCTAGAAACT ATTAAAAGGG ACGAAGAAGT GATTGGTGAA
CAAAGTGATT TAGCCGGTTT ATTATCAAAA CGGCTAGGGG TGCGGAAGCT ATCTGTACCT
CAAGGACTTA GCAAAAAAGA AGAGGTCATG GAAGCTGATG CCCGACAAAT AGCTCAAAGT
ATTAGAAGAT TATTGAATTC TTCAGGCGGG TATCAGGCTT CGGATTTCAT GATAATCCTT
CGCTATAAAG AGGGGATGGA TAAATACGCT AGAGCCCTGG AAAATGAGGG CATCCCTGTG
GCTATGACCG GGGGCAGTTC CATGGGGGAT TGCTTTGAAT TACAAGAGTT GTATAAACTA
CTGTTATGTC TCAAAGAACC TGATAATCAA GTATATTTAA TTGCAGTATT GCGGGGGCTG
TTTTTTGGAC TGGATGACGA TACTTTGTAT CAATTCAAAG AAAATGGTGG TAGCTTCAAT
ATTTATTCTT CACTACCCGA AACAGATAAT AAATCGACAC AAAAAGTAGC CCAGGCCTTA
GACAGATTGA AAAAATATTT GTCCTGGAAA AATAAATATT CTCCCTCAAT ATGTCTAGAA
AAACTAGTAT CAGAACTGGG CTTATTCCCT TATACCTTTA CATGTGGTGA GATGGAAGAA
AGCAGAAGCG GTTATCTATA TCAGTTATTA GAAATTGTAA AACAAACAGA AATAGAAGGA
GAGACAGATT TTGTTTCCAT GGTAGAAAAA ATTGAGGATG TTTTGACAAT CAATCCTGAA
GAAGAACTTG ATATATTTTC CCAGAAGCAA AATGCGGTTC AGTTAATGAA CCTTCATAAA
GCTAAAGGAC TGCAGGCCCC TGTAGTATTT TTGGCCAATC CTGTTAAAAA AGTTAACCCG
GAAAAATTTG TAACTAAACA TATAAAGAGG ACTGCTGGTA CAACTCCTAC AGGATATTTT
ACTTTCTCTG AAGTTAGAAA TTTTCGAAGG AAGGAAATTG GTATTCCCAG TGATTGGGAA
AAATATCGAG AAGAAGAACT GAAATACCTG GAATCTGAAG AAAACAGATT ATTGTATGTA
GCAGCTACAC GGGCTGAAGA ACTGTTAGTT ATCAGTGATT CGGAAGAATC AAAGGTTAGA
AAATATAACC CCTGGTGTTC GTTATTAGAT AACAGTCCTG AAGAGGTTTT GGAATTAGAG
CTGGAAGTTA ATGATAATGA TCAGCAGTTT GATGGGGTAT TACTGGGGGA TAATCAAGAA
CAAGTCAATG GAGAGGAGCT CACTGAACAG CTGCAAAAAA TCAGAGAACA AAAATACAAG
TGGATAGAAC CTCATGAAAA ACCCAGTTAT CTACTGCATA CTCCCAGTTC ATTAGAAAAA
ACAGCTTCCG AGTCAAAAAC AAGTTCATCC GATTTTTTTC AGATATCAAT AGAATCTATC
ATTCAATCTA GAGAAGATGA ATTAACAGAG GAAATTGACC CGGAAAAAAG TGACAGGGGT
GAGCTTAAAG GGGCTGTACT TGGTAATATC GTTCATAGGG CCTTTGAATT ACTCATCAAA
GATTGTTATC AAGATAAAAT CACCATAACT GGATTACTAC AAGAATACAG AGAGGAAGAC
CCTGATGGTA AAAAAGAAGC TCTAATCCAA GAACTGATTT ATAAATTTAA AGCTTCACAG
CTGTGGGATA AGATTTCCCG ATCAGATCAA GTACTGACAG AAGTACCGTT TCATTTAAAA
ACAGAGCCCC AGGAATCTCT TCATGAATTC ATTTCGAACA ATATTAAGGA TAGTATTAAA
ATTAAGGATA GTATTAAAGA AAATGAAAAT TTAGATCATG TCTCCATTGT TTTTTCGGGC
ACTATTGACC TGGTCTTTAA AGATCCTGAT TCGGTTCGAG ATTCTGAATG GGTGATTGTA
GATTATAAAA CGGATCTAAT AGAAGCGAGT AATGAACAGC AGAAAAACCA TGCAATTGAC
CAGCTCAAAA ACCAGTATTC ACCGCAACTC TCAGCCTATC AACAAGTCTT TGAAAAACTG
ACTCGAGAAA CAGTTCAAGC TTCAGCTATT TATATTGCGA GAACTGGAGA TTTGGCATGG
TATTAA
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| Protein sequence | MTNKTKNPPD QNQRDRIIED LDQNILVEAG AGSGKTRSLV DRMVAQVVSG RYRVDEIVAI
TFTRKAAAEL RERFQNRLEE EYQKDYSPEV KDNIEIALRN IEGTFLGTIH SFAANLLRER
PVEAGLDPEF QELDELESAI MEEEVFEEYL LYVRLNREDL LINLDKIGVS PQNLKASFKE
LAHYPDVEFF HKEVDRPDLE LALQELKELI DKAKANLPDK EPPKGYDGLQ RATLKAKRYL
SYFDMNRDER IVELLSQFEK PKITLNRWPE KDIAYELRDE ANRLAEEIIQ PIMEEWRRYC
HYHIMRFLIP AVEFYEHKRE ELSYMNFNDL LLRARNMLRD YPEVRQYFQR KYRTILVDEF
QDTDPIQSEL LFYLTGEEVQ EKTWYNLSPR PGSLFVVGDP KQSIYRFRRA DIDTYNLVKD
LIVDRGGEIL ELTANFRSVN SLGEWLNPVF QELLPEESDK YQAKHAPLET IKRDEEVIGE
QSDLAGLLSK RLGVRKLSVP QGLSKKEEVM EADARQIAQS IRRLLNSSGG YQASDFMIIL
RYKEGMDKYA RALENEGIPV AMTGGSSMGD CFELQELYKL LLCLKEPDNQ VYLIAVLRGL
FFGLDDDTLY QFKENGGSFN IYSSLPETDN KSTQKVAQAL DRLKKYLSWK NKYSPSICLE
KLVSELGLFP YTFTCGEMEE SRSGYLYQLL EIVKQTEIEG ETDFVSMVEK IEDVLTINPE
EELDIFSQKQ NAVQLMNLHK AKGLQAPVVF LANPVKKVNP EKFVTKHIKR TAGTTPTGYF
TFSEVRNFRR KEIGIPSDWE KYREEELKYL ESEENRLLYV AATRAEELLV ISDSEESKVR
KYNPWCSLLD NSPEEVLELE LEVNDNDQQF DGVLLGDNQE QVNGEELTEQ LQKIREQKYK
WIEPHEKPSY LLHTPSSLEK TASESKTSSS DFFQISIESI IQSREDELTE EIDPEKSDRG
ELKGAVLGNI VHRAFELLIK DCYQDKITIT GLLQEYREED PDGKKEALIQ ELIYKFKASQ
LWDKISRSDQ VLTEVPFHLK TEPQESLHEF ISNNIKDSIK IKDSIKENEN LDHVSIVFSG
TIDLVFKDPD SVRDSEWVIV DYKTDLIEAS NEQQKNHAID QLKNQYSPQL SAYQQVFEKL
TRETVQASAI YIARTGDLAW Y
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