| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Teth514_1830 |
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| Symbol | |
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| ID | 5877823 |
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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 | Thermoanaerobacter sp. X514 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_010320 |
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| Strand | - |
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| Start bp | 1844577 |
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| End bp | 1847738 |
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| Gene Length | 3162 bp |
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| Protein Length | 1053 aa |
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| Translation table | 11 |
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| GC content | 30% |
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| IMG OID | 641542183 |
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| Product | helicase domain-containing protein |
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| Protein accession | YP_001663448 |
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| Protein GI | 167040463 |
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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 | 13 |
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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 | ATGGCTGAAG TAATAAATTC CAATGATGTT TTAATACAAC GGATAAAAAC TATACTTAAA
AATAAAAAGA ATAGTACAAT AAACATTGTT AATGATAAAT TAACACTTTC TGTTTTTAGT
GAATTGCAAT TCGACATGGA AAAAGTCAAA GAAATAAATC TTGTTCTAAG AGATTCTACT
TATATTCCTA CTGGCAAAGA AATTTCTCGG GAATTTGAAA TTGGTAGAAT TGCTGATAAT
ATATTTTTTA ACTCCTATGA AATAGTTGAA AAAAATAAAT TGGGGCATCT AAGCAAAGCT
CGTAGTATGT ATAATTTTAT TGAAAAACAC GTGAATGTAA AAAGGATAAA AAAGAAAGAG
CTTTTAAAAA GCAATTTCAT ATTAATAGAT GAAGACTATG GAGTTTTTGG GGATTCTTCT
TTGGAAATTA TCCGCAAAAC CAGGAAAAAT GGTATAGTTC CAATGAATTT TAATATAGAA
ATTACTGATT CGAAACAGGT CAAAGAACTT AAAAGAAGTT TTGAACTTAT TTGGAACAAT
AAGGGATATA CAGAAGATTT CAAGAAGCAA CTTTTAGAAA ATCTTAATTT CATTTATAAA
GAATACGATC CGGAATTTCT TTATTTTTTT ACCCTTTATG AACTTTTTGG AGACCAATTA
GATTCCGATA TAGAGCGATT TGAAAGCGAT CATATTGGTT TTAAAGATAC TGAGATTTGG
AAAAGTCTTT TTCGATTTCA AAAAGATGCA GTGGTTTCTG CTATACGCAA AATTGAAAAA
TATAATGGCT GCATTATTGC TGATAGCGTA GGGCTTGGAA AAACTTTTGA AGCATTAGCT
ATAATAAAAT ATTATGAGTT ACGACAGCAT AGAGTTTTAG TTTTAACACC GGCAAAGTTG
TATGATAACT GGGATTCATT CAGAAATTCT TACATAGATA ACCGTTTTGC GAAAGATCGG
TTTGCATTTG ATATTCTTTG TCATAGTGAT TTAAGTCGTC GTTTTGGGAG ATCCCGTAGC
GGCCTTGATT TATCCAGAAT AAATTGGGGA AATTATGATT TGCTTGTTAT TGATGAGTCC
CATAATTTCA GAAATCGCAA TGATAATCCA GAAAGACTTT CACGTTATGG AAGATTGATA
AATGAAATTA TTAAAAAAGG GGTTAGAACA AAAGTTTTAA TGCTGACAGC TACACCTGTA
AACAATTCTC TAAATGACTT AAAAAATCAG TTGAGCACAA TTACTATAGA TAATGACGAA
GCTTTTAAAG AAGATGGTAT TATAAGCATT GAAGGGGTAT TAAAAAAAGC GCAAAAAGTA
ATAAATGATT GGATTAAAGA GTCGAATAGA AATAAAAAGG ATTTATTGGA TAATCTTCCA
TCAGAATTTT TTAAACTTCT TGAAATGGTT ACAATTTCGA GAAGTCGTAA GCATATCACT
ATGTATTATG GCAATGATGA AATAAGTAGT TTTCCTGAAA AACTTCCACC AAAAACTTAT
AAACCAGAAA TTGATAGCAA AGGAGAATTG TTAAAATTTT ATGACACAGA TGAAAAACTT
GATATGTTAA CACTTGCGGT ATATCAACCT ATGAAATACA TTAGACCAGA ATACAAGCAA
TATTATGTAG AAAAATTTCA AACAGTTCGT GGTGGTAGAG TATTATTTAA TCATGAAGAA
AGAGAATATT TTGTTTCCGT ACTACACCGA TTCAATTTAT TTAAAAGATT AGAAAGCTCT
GTTTATGCTT TTAGGGAGAC TTTACAACGT CTTCTTCAGA GAATTGATAG ATATATAGAA
TTGCTTGAAA AAAGTAGTGA AGATTTAGAA GTAGAATTTG AAGAATCAGA TGACGATGAA
GAATTATTAT TGGATTATAA GTATGAAATA AATGTTAATC ATTTAATGAA AGGAATATAT
TTGGCTGACT TATATCACGA TAAAGGGAAA ATAGAAGAAT TGTTGAAAAG TGTTGATATT
GTTCTGCAAG AACAGAGAGA TGAAAAATTA AAAACCTTAT TAAACTTTTT AGAAGAAAAA
ATAACTAAGA CACCTTATAA TCCAGGCAAT AAAAAAGTAT TAATTTTTAC TGCTTTTGCT
GATACCGCAT ATTATCTTTA TGATACTATT GCACAAGAAA TGAAAAAACA TGGAATTCAT
ACTGCGCTTG TAACTGGGAC AGGCGAACCT AAAACAACGC TAAATATTTC TAAAGAATTT
AATACTATAC TATCTTATTT CTCTCCCAAT TCTAAATTAG AGAGAAAATT ACCCGAAAAT
GAACAAATAG ATATTCTTAT TGCTACTGAT TGTATTTCCG AAGGTCAAAA CCTTCAAGAT
GCTGATTGCG TGGTAAATTA TGATATTCAA TGGAATCCAG TTATTTTAAT TCAACGCTTT
GGTCGTATTG ATAGGATTGG AAGCAAAAAT GAACGAATAG CTATGATAAA TTTTTTCCCG
AATTTAGAAC TAAATGAATA TCTTCAATTA GAATACCGTG TCAAACAAAA AATGCTGGCG
GTAAATTTGA CTGCAACCGG AGAAGGTGAT ATATTAAATC CAGATTTAAA TGACTTCGAT
TTTCGTAAAA AGCAATTGGA ACGATTGCAA AATGAAATAG TTGATATTGA TGAATTATCA
GATAATATTT CTATAACAGG CCTAAATATG AACGATTACC TATATGAGTT GTCCATGTAT
GTGCGTAGTC ATCCTGAAAT AAAAAGAGTA CCGAGAGGAA TTTATTCTGT GGTTAAAGGG
GAAAAACCAG GTTGTATCTT TTGCTTTAGG CATCTTGAAG ATAATACTAA GCCTGAAAGT
AATAGTTCTC TTTACCCCTA TTACTTAATT TATGTTACCC ATGACGGTGA AATATATTTT
GGAAGCGGTA GTTCACGAGA AACTTTAATG CAATTTAGAA AGCTTTCTTA TGGGAAAAAT
AAACCAAATA CCGAACTAAT TGATTTGTTT AATCAGCAAA CTAAAAATGC AACTGATATG
AGCTTTTATT CAAATCTTTT GAATAAGGCA ATTGATAGTA TTAAAGGTGA GGAAGAAATA
AAAGCTGAAA CAAGTATTTT TGACTTTGGT GGCTACGAAA ATGAATTTGC CCATACAAGT
GCTGATGATT TTGAGTTAGT ATCTTTTCTT GTGGTGATGT AA
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| Protein sequence | MAEVINSNDV LIQRIKTILK NKKNSTINIV NDKLTLSVFS ELQFDMEKVK EINLVLRDST
YIPTGKEISR EFEIGRIADN IFFNSYEIVE KNKLGHLSKA RSMYNFIEKH VNVKRIKKKE
LLKSNFILID EDYGVFGDSS LEIIRKTRKN GIVPMNFNIE ITDSKQVKEL KRSFELIWNN
KGYTEDFKKQ LLENLNFIYK EYDPEFLYFF TLYELFGDQL DSDIERFESD HIGFKDTEIW
KSLFRFQKDA VVSAIRKIEK YNGCIIADSV GLGKTFEALA IIKYYELRQH RVLVLTPAKL
YDNWDSFRNS YIDNRFAKDR FAFDILCHSD LSRRFGRSRS GLDLSRINWG NYDLLVIDES
HNFRNRNDNP ERLSRYGRLI NEIIKKGVRT KVLMLTATPV NNSLNDLKNQ LSTITIDNDE
AFKEDGIISI EGVLKKAQKV INDWIKESNR NKKDLLDNLP SEFFKLLEMV TISRSRKHIT
MYYGNDEISS FPEKLPPKTY KPEIDSKGEL LKFYDTDEKL DMLTLAVYQP MKYIRPEYKQ
YYVEKFQTVR GGRVLFNHEE REYFVSVLHR FNLFKRLESS VYAFRETLQR LLQRIDRYIE
LLEKSSEDLE VEFEESDDDE ELLLDYKYEI NVNHLMKGIY LADLYHDKGK IEELLKSVDI
VLQEQRDEKL KTLLNFLEEK ITKTPYNPGN KKVLIFTAFA DTAYYLYDTI AQEMKKHGIH
TALVTGTGEP KTTLNISKEF NTILSYFSPN SKLERKLPEN EQIDILIATD CISEGQNLQD
ADCVVNYDIQ WNPVILIQRF GRIDRIGSKN ERIAMINFFP NLELNEYLQL EYRVKQKMLA
VNLTATGEGD ILNPDLNDFD FRKKQLERLQ NEIVDIDELS DNISITGLNM NDYLYELSMY
VRSHPEIKRV PRGIYSVVKG EKPGCIFCFR HLEDNTKPES NSSLYPYYLI YVTHDGEIYF
GSGSSRETLM QFRKLSYGKN KPNTELIDLF NQQTKNATDM SFYSNLLNKA IDSIKGEEEI
KAETSIFDFG GYENEFAHTS ADDFELVSFL VVM
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