| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Pmob_1535 |
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| Symbol | |
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| ID | 5756838 |
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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 | Petrotoga mobilis SJ95 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_010003 |
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| Strand | - |
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| Start bp | 1663927 |
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| End bp | 1667187 |
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| Gene Length | 3261 bp |
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| Protein Length | 1086 aa |
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| Translation table | 11 |
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| GC content | 34% |
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| IMG OID | 641302729 |
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| Product | helicase domain-containing protein |
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| Protein accession | YP_001568559 |
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| Protein GI | 160902978 |
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| COG category | [J] Translation, ribosomal structure and biogenesis
[K] Transcription
[L] Replication, recombination and repair |
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| COG ID | [COG0513] Superfamily II DNA and RNA helicases |
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| TIGRFAM ID | |
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Plasmid Coverage information |
| Num covering plasmid clones | 18 |
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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 | n/a |
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| Fosmid unclonability p-value | n/a |
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| Fosmid Hitchhiker | n/a |
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| Fosmid clonability | n/a |
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Sequence |
| Gene sequence | ATGAATAAAG AAAGCGATCT CTATCCATCT AATAACATTC ACGAATTTGT GAAATCAATG
TCAGATCTAA CGTTTATAAC AAACGCACCC AATCAAACCC TCAAAGATAG ATTTGAACAG
TTAATAAAGG ATTGTCAATC CTTTGATTGT TTGGTTGCAT ATTTTTATAT AAGTGGTTTC
CATCTTATAT ATAAATCGCT TGAAAAAACC GAAAAAATCA AAATACTAAT CGGAATTGGA
ACTAGTAGGG AAACATACAA TTTAATGAAT GTCTCAGGAA ATCAACTTCT GTCACATTCA
GAGACAAAAC AAGAAGTTGA AAAAATGGTA GAAAGTGAGA TGGGTGATTC TGAAGATAAC
CAAAATGTAG AAGAAGGAGT TCGAAAGTTT GTTGAATGGA TAAAAGAAGG GAAATTACAA
ATAAAGGCTT ACCCCTCACA GAATATTCAT GCAAAAGTAT ATATTATGAC TTTCAAAGAG
GGCGACAGAG ATGTAGGAAG GGTTATCACT GGCTCAAGCA ATTTTACACA ATCTGGATTA
CTGGACAACC TCGAATTCAA CGTCGAGTTA AAGAACCGTT CAGATTACGA GTTTGCAAAA
CGGCAATTTG AAGAGTTATG GAAAGATGCT GTAGATGTCA GTGAAAAATA TATACAAACA
ATAAGCGAAA GAACCTGGCT CAATCAAACA ATTACCCCAT ACCATCTGTA TCTCAAATTC
CTGTATGAGT ATTTTAAAGA AGAACTAAGT AAAAGCGATG AAATCTTCAC TCAATATTTT
CCTGAGAATT TCAAAAGTTT TGATTACCAA AAGCAAGCTG TTATAAATGC AAAAAGGATA
TTAGAAGAAT ACGGTGGAGT TTTTATTTCT GACGTAGTAG GCCTCGGGAA AACCTACATC
AGTGCGATGC TAGCAGGACA GCTTGATGGT AGAACCCTTG TTATAGCTCC ACCAGCCTTA
CTTAATAAAA ACAACCCCGG TTCGTGGCAA AATGTTTTCG CAGATTTTCA TCTTCCAGCC
AATTTTGTAT CAATCGGCAA AATTGACGAG GCAAAAAGGT TAACAGAACA AAGAGAATAT
AAAAATATAA TCATTGACGA AGCACATCGT TTCAGAAATG AGACGAATAT CAACTACGAA
AAAATTGCTG AAATCGCACG TGGAAAAAGA GTTATCTTAG TATCCGCCAC CCCCTACAAC
AATTCACCTA AGGATCTTCT CTCGCTCATT AAACTCTTCC AGAATACCAA AAAAAGCAAT
ATCCCAGGCG TTACTAATCT AGAAGAGTTC TTTGGAAGAC TTGAGAGTAA GTTAAAAAGA
GTTGACCGTC AAAAAGATTA CAACAAATTC TTAGAAATTA CAAAAAGTAA TGCAAAAGAG
ATCCGTGAAA AGGTATTAAA ATATCTAATG GTTAGAAGGA CAAGAAAGGA AATCGAAAAA
TACTTTGCAG AAGATTTAAA GAAAAACAAA ATAAAATTCC CTCAAGTAGA AGATCCCAAA
CCATTTTATT ATCAATTAAA CGAGCATGAA GACAGCATCT TCATGGAAAG TATAAGGTTA
ATAACACAAG AGTTCAAATA TGCTCGTTAT ACACCCTTAC TCTATTTAAA AAAAGGTATA
AATTCCCAAC AAGAACAATC CCAAAAAAAT ATGGTCGGTT TTATGAAAGT TCTACTAGTA
AAACGCCTTG AAAGTAGCTT CTACTCATTT AAAAAAAGCA TAGAGCGATT CATCAACTAC
TACGAAATGT TTATTAAAGA ATATAGAGAG GGAAGAGTAT ACATAAGCAA AAAGTACATA
AACAAAATCT TCGAACTATC CGAAGCTGAA GATGATGAAA CGATTCAGAA ACTTATAGAA
GAAGGGAAAG CCGAAAAGTA CGAAAGTAAA GATTTTAACC CAGAATTCGA AAAAGATCTA
AAGAAAGACC TTGAAATTCT AAAAGAAATA AGAACAATGT GGCAGTCTAT AAAAAGAGAC
CCGAAACTCG AAACCCTAAT TGAAAATTTG AAAAACCACA AAATCTTGAA AAATAAGAAA
ATAATTCTCT TTACAGAGTC AAAAGAGACT GCAGAGTATT TGAGTGAAAA TATAAATAAT
TCTTTAGGTA ACATCGCCCT TGTTTTTCAT GGAAATTCGC CAGAAACAAT TAAAGACATA
GTAATAGAAA ATTTCGATGC AAGGTCAAAA AACCAAAAAG ATGATTATAA AATACTCATT
TCCACCGAAG TACTTTCTGA AGGCGTTAAC CTACACAGGT CAAACATTGT AATCAACTAT
GACATACCAT GGAACCCCAC AAGGTTGATG CAAAGGGTGG GGAGAATAAA CCGTATAGAT
ACCCCGTTTA ACAAAATTTA TACCTTTAAC TTTTTCCCAA CCAAACAAGC CGATTCCCAA
ATAGAGTTAA CAAACATAGC TCGTTCAAAA ATAGAAGCAT TTTTAACGTT ACTTGGTGGA
GACACCTCGA TTCTCACCGA AGGAGAGCCA GTATCTTCTC ACGAATTATT CAACAAATTA
CTCTCAAAGG ATACTATTGC ACCAGAAGAA GAGGAAGAAA GCGAACTCAA GTATCTAAGA
TTAATTGAAG ATATTCAAAA AAATAATCCC GAACTTTTTG AAAAAGTAAA GCATCTACCA
AAGAAAGCTC GTTCTGCAAA GGTACTTTCT GAACCGCTCA AAGACATAGC CCGTCCTCAA
TCTCTCATAA CTTTTTTCAG AAAAGGCAAA TTGATGAAAT TCTATCTATC GAATAAAAGC
AAACCAGCAA AAGAGACAGA TTTTTTAACT GCCGCAAAAA TTTTTGAGAG TACAGCTGAT
GAAAAAAGAA CGAATATTCT AACTCAACAT TACTATGAAC TATTAGATAA AAATAAAAGC
ACATTCTATG ACGCAACCAT TGAAGAAATC ATCGTTGACA CCCGTCAGAG GGGTTCTAAA
AATGAAATCG AACTTCTTAA AATCTTAAAA GTAACCCAAA AAAACGGAAA ACAACTCACA
AAAGATCAGG AAGAATATCT TAATCAAATT ATAACTAAGA TTGAAGAAGG CGGTATACCC
AAACAAACAG TGAAGAAAAC CCTCACTTCA TTAAACAAGA TCTCAAAAGA GATACAAAAT
CCTTTAAAAG TAATTGGTGT TTTACAAAGT GAAATCTCAC CAGCCTTCCT TAAAAGCCAC
TATGCACAAA CTGCTGCTGT AACAGAAGGT AAAAGAGAAG TAATATTATC ACTTTATTTA
GGAGAGGATA ATGATGAATA G
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| Protein sequence | MNKESDLYPS NNIHEFVKSM SDLTFITNAP NQTLKDRFEQ LIKDCQSFDC LVAYFYISGF
HLIYKSLEKT EKIKILIGIG TSRETYNLMN VSGNQLLSHS ETKQEVEKMV ESEMGDSEDN
QNVEEGVRKF VEWIKEGKLQ IKAYPSQNIH AKVYIMTFKE GDRDVGRVIT GSSNFTQSGL
LDNLEFNVEL KNRSDYEFAK RQFEELWKDA VDVSEKYIQT ISERTWLNQT ITPYHLYLKF
LYEYFKEELS KSDEIFTQYF PENFKSFDYQ KQAVINAKRI LEEYGGVFIS DVVGLGKTYI
SAMLAGQLDG RTLVIAPPAL LNKNNPGSWQ NVFADFHLPA NFVSIGKIDE AKRLTEQREY
KNIIIDEAHR FRNETNINYE KIAEIARGKR VILVSATPYN NSPKDLLSLI KLFQNTKKSN
IPGVTNLEEF FGRLESKLKR VDRQKDYNKF LEITKSNAKE IREKVLKYLM VRRTRKEIEK
YFAEDLKKNK IKFPQVEDPK PFYYQLNEHE DSIFMESIRL ITQEFKYARY TPLLYLKKGI
NSQQEQSQKN MVGFMKVLLV KRLESSFYSF KKSIERFINY YEMFIKEYRE GRVYISKKYI
NKIFELSEAE DDETIQKLIE EGKAEKYESK DFNPEFEKDL KKDLEILKEI RTMWQSIKRD
PKLETLIENL KNHKILKNKK IILFTESKET AEYLSENINN SLGNIALVFH GNSPETIKDI
VIENFDARSK NQKDDYKILI STEVLSEGVN LHRSNIVINY DIPWNPTRLM QRVGRINRID
TPFNKIYTFN FFPTKQADSQ IELTNIARSK IEAFLTLLGG DTSILTEGEP VSSHELFNKL
LSKDTIAPEE EEESELKYLR LIEDIQKNNP ELFEKVKHLP KKARSAKVLS EPLKDIARPQ
SLITFFRKGK LMKFYLSNKS KPAKETDFLT AAKIFESTAD EKRTNILTQH YYELLDKNKS
TFYDATIEEI IVDTRQRGSK NEIELLKILK VTQKNGKQLT KDQEEYLNQI ITKIEEGGIP
KQTVKKTLTS LNKISKEIQN PLKVIGVLQS EISPAFLKSH YAQTAAVTEG KREVILSLYL
GEDNDE
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