| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Nther_0362 |
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| Symbol | |
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| ID | 6316195 |
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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 | 375718 |
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| End bp | 378969 |
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| Gene Length | 3252 bp |
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| Protein Length | 1083 aa |
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| Translation table | 11 |
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| GC content | 33% |
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| IMG OID | 642642747 |
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| Product | helicase domain protein |
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| Protein accession | YP_001916547 |
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| Protein GI | 188585002 |
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| COG category | [K] Transcription
[L] Replication, recombination and repair |
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| COG ID | [COG0553] Superfamily II DNA/RNA helicases, SNF2 family |
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| TIGRFAM ID | [TIGR01435] glutamate--cysteine ligase/gamma-glutamylcysteine synthetase, Streptococcus agalactiae type |
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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 | 29 |
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| Fosmid unclonability p-value | 0.00230549 |
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| Fosmid Hitchhiker | Yes |
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| Fosmid clonability | hitchhiker |
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Sequence |
| Gene sequence | ATGAGTCAAA TTAAAATGCT AGACAATAAA AGAAATGGCA AAGTAGGAGA AGAACTAAAG
AAAAATATCA AAAAAGGATC AAAGCTATCT GTCATTTCTG CTTATTTTAC AATTTATGCT
TTTAAAGAAC TTTATAACGA GCTTAAAAAG GTCGATGAAA TGCGGTTTAT TTTTACAGAA
CCGAGCTTTA CAAAGGATAA ACAGGAAGAA ATCAAAAGAC AGTATTTTAT TGATAGATCG
ACAGAAAGCA AATTATCAGG TAATGAGTTT GAAATAAAAA AGAGAAATGA ATTAAACCAA
GCTTACATAG CTAAAGAGTG TGCAGAATGG ATAAAAAATA AAGCAGAAAT GAAATCTTTA
AAAGAAAAAA ACCCAGCTCA TCAAAGGTTG ATCTTTCTTG AGAACCCTGA TGATAACCTA
TCAATAAATG GTACGGTTGA TTTTACTGCA GATGGTCTCG GTTTTTCTAC TTCTAATAGA
AATGACATGA ACACATGCAT AAATGGTCAG GAAGAAACCT TACACTTTTT ACAGCAATTT
GATGAACTAT GGAATGATGA GTCCCAGGTC GAAGACGTGA AGGATAAAGT TTTAGAGCAG
ATGCAGGTGA TTTACAAAGA GAATACTCCT GAATTCATTT ACTTTGTTAC ACTATACAAT
ATATTCTATG AGTATTTGGA TGAGCTTACC GAAGAAAATA TTGTAAAAAC ACAAACTGGC
ATTAAAAATT CCTCTGTATG GAATAAACTA TATAAATTTC AAAGAGACGG TGTGGTTGGT
GCTATTGACA AGTTAGAAAA ATATAACGGT TGTATAATAG CAGATTCTGT AGGTCTAGGA
AAAACTTTTT CTGCCCTGGC AATTATTAAG TACTATGAGC TAAGAAACGA TAGAGTGCTG
GTGCTTGCTC CTAAAAAGCT CAGAGAGAAT TGGACCATTT ATACTCAAAA CGATACAAGG
AATCTATTAG TTAAAGATCG CTTTAACTAT GATGTGCTAA ACCATACCGA TTTAAGTAGG
TACAACGGAT ATTCAGGCGA AATCAACTTA GAGACCGTTA ATTGGAGCAA TTATGATCTG
ATAGTTATTG ATGAATCTCA TAATTTTAGA AACAGTAACC CAAGAAAAGA CAAACCATCT
AGATATTCTA GACTACTTAA CGAAGTGATC AAATCAGGTG TCAAAACTAA AATTTTAATG
CTATCTGCAA CACCAGTTAA TAACAGGATG AATGATTTAA AAAATCAAAT TGCATTTATA
ACAGAAGGCG AAGATACCGC TTTTAAGTCA GCAGGGATAA ACAGTGTTGA GCAAACCTTA
AGAAAAGCTC AATTAGTATT TAATAAATGG CAAGAACTCC CCTCTAGCGA ACGAACAGTA
GACAAGTTTG TTGAGATGAT GAATACAGGT TATTTTAAAT TACTTGACAC TATAACAATT
GCTAGGTCTA GAAAACACAT TGAGAAGTAT TACGATATTA ATGAGATGGG CAAATTCCCT
GTAAGAGAAA AACCCAAAAA CATTTATTCA GAAATTGATA CGGCTGATGA GTTTCCTGAG
CTACAATATG TAAATAAAAA GATCAGAAAT CTTAATTTAA GTGCCTATTC ACCGTTGAAA
TACGTCTTAC CTGAAAAAAG AGAAGAGTAT AGTGCAAAAT ACGATATGGA AGTTAAAGAC
GGGAAGTCTA TTTTTAAACA GGCAGACCGT GAACAAGCTT TAGTTAACCT AATGAGGGTT
AATATCCTCA AAAGAATGGA AAGTTCCATT AATTCATTTG GTTTGACGGT ATCAAAGTTG
TTACAACAAA TTGACAATAT ACTTGAGAAA ATAGAGCGAA ATAACTTTGA CTATGAAGAA
GATTTGAGTA TAGAGGATAT TGAAGTAGAT GATGATGCCT ATGAAGATCT ACTTATAGGA
AGTAAAATCA AAGTTTTGCT GCAAGATCTG GATTTGATTA GGCTAAAAGA AGACTTAGAA
GATGATAAAT CAATACTTGA GGAACTATTA ATAGAAGCTT TTAAGATCAA TGAAGAACGT
GATGCCAAAC TAAACGAACT AAAAGAAGTC ATCTCTAATA AAATTTCAAA ACCAATTAAT
AAAGGAAATA AAAAGGTGGT AATCTTTACT GCCTTTGCGG ATACTGCAGA ATATTTATAT
GAAAAAATAT CTAGTTGGGC AAGAGATGAA TTTGGTATTC ATTCTGCCCT GGTAACAGGA
ACTGGATCAA ACCAAACAAC GCTTAAGAAA ATAAAGAGAA AAGATTTAAA TGCTATCCTT
ACTAACTTTT CCCCTCGATC AAAAGAAAGG GATTCCGTTT ATCCCCATAT CAAAGAAGAC
ATAGATATTC TGATTGCAAC AGACTGTATA TCAGAAGGGC AAAACTTGCA GGACTGTGAT
TTTTTAATCA ATTATGATAT ACATTGGAAC CCTGTAAGGA TTATTCAGAG ATTTGGTAGA
ATAGACCGTT TAGGGTCAAC GAATGAATCT ATTCAACTTG TTAATTTTTG GCCTAACCTT
GATTTAGACG AATATATCAA CCTAGAAGCA CGAGTATCAG GAAGGATGGT ATTATTAGAT
ATTTCTGCTA CAGGGGAAGA GAATGTAATA AATACTGATG ATAAGGACAA GATGAATGAC
CTTGAATATA GGAAAAAACA GCTTCAACAG TTAAAAGAAG AAGTCATTGA CCTTGAGGAG
ATTTCAGGAG GTATTTCAAT AACGGACCTT ACTTTTAATG ATTTTAAAAT GGATTTAATG
GAATATATGA AAAATAATAG AGCTAAATTA AGTAAAGCTC CCTTAGGCAT GTATGCTATA
GCTGATAACA GTGAGTTGGA CGAAGAAGCT AAACCTGGTG TGATTTTTAC ACTTAGGCAG
GTCTACAATT CAGCTAAACC AGAAGAAAAC AACCCTCTAT ACCCATATTA TATGGTTTAT
GTATTAGAAG ATGGTTCAGT TAAATACACT TATATTCACA CCAAGAAGGT ATTAGACATT
TATAGAAAAC TGTGCAAAGG GAAAAATGAA GTGATCCATG ACCTGGTGGG AGCGTTTAAC
GAGGAAACTA AAGACGGAAA ATATATGGAT CAGTATTCGG AGCTATTAGA AAAAGCAATT
AACAGTATTA TAGGTAAAAC CCAAGAAAAA GGTGTCGCTT CTTTATTTAG CAAGGGTGGG
ACAACTCTTC AACAGAACTT ATTTTCAGGC ATTGAAGACT TTGAATTAAT ATCATTTTTG
ATAATTAAGT AG
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| Protein sequence | MSQIKMLDNK RNGKVGEELK KNIKKGSKLS VISAYFTIYA FKELYNELKK VDEMRFIFTE
PSFTKDKQEE IKRQYFIDRS TESKLSGNEF EIKKRNELNQ AYIAKECAEW IKNKAEMKSL
KEKNPAHQRL IFLENPDDNL SINGTVDFTA DGLGFSTSNR NDMNTCINGQ EETLHFLQQF
DELWNDESQV EDVKDKVLEQ MQVIYKENTP EFIYFVTLYN IFYEYLDELT EENIVKTQTG
IKNSSVWNKL YKFQRDGVVG AIDKLEKYNG CIIADSVGLG KTFSALAIIK YYELRNDRVL
VLAPKKLREN WTIYTQNDTR NLLVKDRFNY DVLNHTDLSR YNGYSGEINL ETVNWSNYDL
IVIDESHNFR NSNPRKDKPS RYSRLLNEVI KSGVKTKILM LSATPVNNRM NDLKNQIAFI
TEGEDTAFKS AGINSVEQTL RKAQLVFNKW QELPSSERTV DKFVEMMNTG YFKLLDTITI
ARSRKHIEKY YDINEMGKFP VREKPKNIYS EIDTADEFPE LQYVNKKIRN LNLSAYSPLK
YVLPEKREEY SAKYDMEVKD GKSIFKQADR EQALVNLMRV NILKRMESSI NSFGLTVSKL
LQQIDNILEK IERNNFDYEE DLSIEDIEVD DDAYEDLLIG SKIKVLLQDL DLIRLKEDLE
DDKSILEELL IEAFKINEER DAKLNELKEV ISNKISKPIN KGNKKVVIFT AFADTAEYLY
EKISSWARDE FGIHSALVTG TGSNQTTLKK IKRKDLNAIL TNFSPRSKER DSVYPHIKED
IDILIATDCI SEGQNLQDCD FLINYDIHWN PVRIIQRFGR IDRLGSTNES IQLVNFWPNL
DLDEYINLEA RVSGRMVLLD ISATGEENVI NTDDKDKMND LEYRKKQLQQ LKEEVIDLEE
ISGGISITDL TFNDFKMDLM EYMKNNRAKL SKAPLGMYAI ADNSELDEEA KPGVIFTLRQ
VYNSAKPEEN NPLYPYYMVY VLEDGSVKYT YIHTKKVLDI YRKLCKGKNE VIHDLVGAFN
EETKDGKYMD QYSELLEKAI NSIIGKTQEK GVASLFSKGG TTLQQNLFSG IEDFELISFL
IIK
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