| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Moth_0482 |
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| Symbol | |
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| ID | 3832420 |
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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 | Moorella thermoacetica ATCC 39073 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_007644 |
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| Strand | + |
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| Start bp | 492017 |
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| End bp | 496234 |
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| Gene Length | 4218 bp |
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| Protein Length | 1405 aa |
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| Translation table | 11 |
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| GC content | 66% |
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| IMG OID | 637828416 |
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| Product | DNA helicase/exodeoxyribonuclease V, subunit A |
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| Protein accession | YP_429355 |
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| Protein GI | 83589346 |
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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 | [TIGR02785] recombination helicase AddA, Firmicutes type |
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Plasmid Coverage information |
| Num covering plasmid clones | 15 |
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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 | 28 |
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| Fosmid unclonability p-value | 1 |
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| Fosmid Hitchhiker | No |
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| Fosmid clonability | normal |
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Sequence |
| Gene sequence | GTGACTGCAA CGGGCAAACG CGAGTGGACG CCGGATCAGC TAGCCGCCAT CAGGGCCCGT
CGGGCCAACA TCCTGGTGGC CGCCGCTGCC GGGGCCGGTA AGACGGCCGT CCTGGTGGAG
CGGATTATCC AGCGGCTGAC TGACCCGGAG GACCCCGTCA GCCTGGAGAA CCTGCTGGTG
GTGACCTTTA CCGAAGCGGC CGCCGCCGAG ATGCGCCAGC GCATCGGCGC CGCCCTGGAG
GCGGCCGTGG CCAGGGACCC CGAAAATGAG GCCCTGCGGC GCCAGCTCCT CCTCTTAAAC
CGCGCCCATA TCAGTACCAT CCACTCTTTC TGCCTCTGGG TCCTGCGCAC TTACTTCTAC
CGCCTGGACC TGGACCCGGG CTTCCGGGTC ATGGACCCGG CCGAAGTGGA CCTCATGCAA
TTGGAGGTCA TGGATCGGGT CTTGGAGGAG GCCTTTGCCG CCGAACCGGA CGGCGGCCCG
GTTACCGACC TGGCCGACAG CCTGGGGGGC CGCGGTGACG CCAACCTGGT GGACCTGGTG
CTAAGGGTCT GGGAATTCAG CCGCAGCCTG CCCTGGCCGG AAGCCTGGCT GGAACAGGTG
ACATCCTCCT ACAAGGTAAC TCCGGAAACT CCCCTGGAAT CCCTGCCCTG GTACGGTGAA
CTCCGGCAAA TGATCACCCT GGAGCTGCAG GAAGCGGCCT GGTACCTGGA ACAGGCCCGG
CAGGCGGCCG CCGCCCCCGG CGGCCCGGCC GTTTACCTGG ACAACCTGGA GAACGAAAAG
GAACAGGTCA CGCGGCTCCT GGAGGAAGTG GGGGACCTCC CCTGGGAGGA ACTGAACGCT
AAACTGGCAG CCGTCCATTT TGGCCGGCTC AAGGCCGCCC GGGGGGAGGA TGTGGACCCC
GTCCTGAAGG AAAGGGCCGG CAAGCTGAGG AACCAGGCCA GGGACCTCCT GTATGCCTTA
AAAGAGGACC TCTGCCGGGA TGAGGCTGCC GTCCGGGCCG AGCTGGAACG GTCCGGTGAG
CTGGTAGCCA CCCTGGTCGG CCTGGTCCGG CGCTTTGACG CCGCCCTCCG GGAAGCAAAG
GGCCGCCGCA ACCTGATTGA TTTCAGCGAC CTGGAGCACC TCTGCCTGCG GGTACTTCTG
GACGAGGGCG CCGGCCCCGG CCGGCTGCAA CCCTCGGACG TCGCCCTGGA GCTGCGGCAA
CGGTTTGCCG AGGTGCTGGT GGACGAGTAC CAGGATATCA ATACCGTCCA GGACGCCATC
CTGGCCCTGG TTTCTCGCCA GGACGTAGCT GAAAACAACC TCTTTATGGT CGGTGACGTC
AAGCAGAGTA TCTACCGATT CCGCCTGGCC AACCCGGATC TTTTCCTGGC CAAGTACCGG
CAGTACCCGG AGGGAGAAGG GGGGCCGAAC CGCCGCATCC TCCTTAAGGC CAACTTCCGT
AGCCGCCAGG GTGTGGTGGA CGGGGTGAAC TTTATCTTCC GCCAGGTCTT CTCGCCCCTG
GTGGGGGAAC TGGAGTACGA CGCCGCCGCG GCCCTGGTGG GCCGGGCCGG GTACCCGGAG
AACCCGGCGG CAGCAACCCC GGCGGTGGAG GTCTACCTCC AGGAGGGTAA GGTGGCAGCT
GGCACCGGGG CCGGGGGAAG GACAGACCTG CCGGAGGCCG TTGGCGCTGG CAAGGGAGGG
AAAATTAGCG GCGGTGCCGG GTATGGGGAA ACCTTATCCG GATACGGGGC CGCCTCACCT
GGCGGGGAAA CTGGCGCACC GGACCTGGAG GATTTAACGG CCCTGGAGAG GGAAGCCCTG
CTGGTGGCCC GGCGTATCCG GCGCATGGTC CGGGGCACCC CGGAGCGGCC CGGGCCGGAG
TTCCAGGTCT GGGACCAGGA GAAGAAGGAG TACCGGGACC TGACCTACCG GGACATAGTT
ATCCTTTTGC GGGCTACCAG GGACCGGGCG CCGGTTTTTC TGGAGGCCCT AAAGCAGTAT
GGTATACCCG CCTATGCCGA CCTGGGCAGC GGCTATTTTG CCGCCACGGA AATCGAGACC
ATCCTCTCCC TCCTGCGGGT CATTGACAAC CCTCACCAGG ACATTCCCCT GGCGGCCGTC
CTGCGCTCAC CCATAGTGGG CTTATCGGCC GGAGACTTGG CCCGCATCCG CCTGGCGGCC
CCGGGGGAAG ACTTCTTTAC TGCTGTGGTG AAGGCGGCGG GAGCGCCACT GCTGCCTTTC
ACTGCCAGGG AGTCCGCCGC TCCTTCCTCC ACCGCTACGG GATCAGGGGG GGCTTTAGAT
AACCAGCCTG GTCAGGACCC GGTCTGCATC GCTCCCTATA TCGAAGATAC CCAGGAACCG
TGGCGCGACG ATCATCCCGG TCCAGGGGCG GCGGCCGGCA AGGCCGTCCC GGGTAAGGAC
CGGGACCTGG CTTCCCTGCT GCGAGAATTT TTAGCCCGCC TGGAGCGGTG GCGTACCCTG
GCCCGCCGCC AGCCCCTGGG GGACGTTATC TGGCAGCTTT ACCGGGAGAC CGGTTACCTG
GAGTTCGTCG GCGGCCTGCC CGGCGGGGCC CAACGCCAGG CAAATTTACG CGCCCTCCTG
GACCGGGCGC GCCAGTTTGA AGGCTTCGCC CGCCACGGCC TCTTCCGCTT TCTGCGCTTT
ATCGAGCGGC TGCAGCAGAA CGAGGGCGAC CTGGGAACGG CCCGGGCCCT GGGAGAGAAC
GAGGATGTCG TCCGGGTCAT GAGCATCCAC CGGGCCAAGG GACTGGAGTT TCCGGTGGTC
ATTGTCGCCG GCCTGGGCAA GGGCTTTAAC CTGCGCGACC TTTCCGGCGA CTTTCTCCTC
CACGGCCGGC TGGGCCTGGT GCCCTTGTAC CTGGATGCCG CCGCCGGCAT TAAATACCCC
ACCCTGCCCT ACCTGGCGAC CGGCCACCGC CTGCGCCTGG AAGCCTTGAG CGAGGAACTC
CGCATCCTTT ATGTCGCCCT GACCAGGGCC CGGGAGAAAC TCATTCTGGC CGGCACGGTC
CGGGACCTGC CTCGCCAGGC TGAAAACTGG TGCGCCAGCC TCTTCCTGCC CGGCGAGCAA
TTACCACCTG TGCTCACGTC CCGGGCGGGT AACCCCCTGG ACTGGCTCCT GCCGGCCCTG
GCCCGGCATC CGGATGCTGC CGCTATCCGG GACCTGGCCG GGGTAGGCGG CGGTCATCTG
TTGCCCGACC CCTCTTCCTG GCAGGTGGAG GTGGTAAGGG GAGGAGAGTT GCCGGACCGG
GGGAGTGAGG AACCTGGGGT ACAGGTTCGG GTAACGGCCG GGTATCAGGG AACAGAATCG
GCCGGGCAGC AGGAGAACCC CGGCCTGTTA TGCAGCGGCT GGCCTGGTGG CAGTAGGGAA
CTTGCGGGGG CCGTAACCCC GGTACAGGAA ACCGCCGGTA AAACCGTTGC CCCTCCAGGC
AGCAACATTG CAGAAGCCGG GGTGGAACCA GGTGTATCTC CGCCTGCGGG TGCAGTTTCG
CCGCAGGATG AAACCGGCCC CACCTGGCTG CAGCAGGAAG TGGCCCGCCG CCTGGCGTGG
ACCTACCCCC GGCAGCCCCT CACGGCGCTG CCGGTTAAAC TCACCGTAAC GGATTTAAAA
CGGCGTTTTG ACGTTTTTAA CGAAGGCGAG ACCCCCTTGC GGCCGGGGGA GAACACCTTC
ACCCGCCGGC CGGCTTTCCT CCAGTCCCAC CAGGGCCTTA CCGCCGCCGA GCGCGGCACC
GCCACCCACC TGGTCCTGCA GCATGTCGAC CTGAGCCGGC CGGTGACGGG AGAAAGCCTG
GCCGGGCTGC TGCAGGAAAT GGTAGAGAGG GAGATCCTGA CGCCGGAGCA GGCTGCCGCC
GTCGATATCA GAGCTATCGT AACCTTTTTT GCCGCCCCCC TGGGGAAACG CCTCCTGGCC
CGGTGGGAGC AAGTAAAGCG GGAACTCCCC TTTTCCCTGG CCGTGCCCGC TGTCGAGCTC
TACCCCGGCC TGCCGGCGGA AGCGGCCGCT GGCGAGATCA TCCTGGTCCA GGGCATCATC
GACTGTCTGG TCGAGGAGGA AGACGGCTTT TTGCTCCTGG ACTTCAAGAC GGGCCGAATC
CCCCCCGATC CCCTGGCCGC CTACCGGGAG CAGGTACGCT TCTACACCCG AGCCGTAGAA
ACAATTTTTA ACCGGAACGT TAAAGAAGTC CACCTCTATT TCCTTGACGG GGGCGTGGAT
TTTAAGGTAA CAAGTTGA
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| Protein sequence | MTATGKREWT PDQLAAIRAR RANILVAAAA GAGKTAVLVE RIIQRLTDPE DPVSLENLLV
VTFTEAAAAE MRQRIGAALE AAVARDPENE ALRRQLLLLN RAHISTIHSF CLWVLRTYFY
RLDLDPGFRV MDPAEVDLMQ LEVMDRVLEE AFAAEPDGGP VTDLADSLGG RGDANLVDLV
LRVWEFSRSL PWPEAWLEQV TSSYKVTPET PLESLPWYGE LRQMITLELQ EAAWYLEQAR
QAAAAPGGPA VYLDNLENEK EQVTRLLEEV GDLPWEELNA KLAAVHFGRL KAARGEDVDP
VLKERAGKLR NQARDLLYAL KEDLCRDEAA VRAELERSGE LVATLVGLVR RFDAALREAK
GRRNLIDFSD LEHLCLRVLL DEGAGPGRLQ PSDVALELRQ RFAEVLVDEY QDINTVQDAI
LALVSRQDVA ENNLFMVGDV KQSIYRFRLA NPDLFLAKYR QYPEGEGGPN RRILLKANFR
SRQGVVDGVN FIFRQVFSPL VGELEYDAAA ALVGRAGYPE NPAAATPAVE VYLQEGKVAA
GTGAGGRTDL PEAVGAGKGG KISGGAGYGE TLSGYGAASP GGETGAPDLE DLTALEREAL
LVARRIRRMV RGTPERPGPE FQVWDQEKKE YRDLTYRDIV ILLRATRDRA PVFLEALKQY
GIPAYADLGS GYFAATEIET ILSLLRVIDN PHQDIPLAAV LRSPIVGLSA GDLARIRLAA
PGEDFFTAVV KAAGAPLLPF TARESAAPSS TATGSGGALD NQPGQDPVCI APYIEDTQEP
WRDDHPGPGA AAGKAVPGKD RDLASLLREF LARLERWRTL ARRQPLGDVI WQLYRETGYL
EFVGGLPGGA QRQANLRALL DRARQFEGFA RHGLFRFLRF IERLQQNEGD LGTARALGEN
EDVVRVMSIH RAKGLEFPVV IVAGLGKGFN LRDLSGDFLL HGRLGLVPLY LDAAAGIKYP
TLPYLATGHR LRLEALSEEL RILYVALTRA REKLILAGTV RDLPRQAENW CASLFLPGEQ
LPPVLTSRAG NPLDWLLPAL ARHPDAAAIR DLAGVGGGHL LPDPSSWQVE VVRGGELPDR
GSEEPGVQVR VTAGYQGTES AGQQENPGLL CSGWPGGSRE LAGAVTPVQE TAGKTVAPPG
SNIAEAGVEP GVSPPAGAVS PQDETGPTWL QQEVARRLAW TYPRQPLTAL PVKLTVTDLK
RRFDVFNEGE TPLRPGENTF TRRPAFLQSH QGLTAAERGT ATHLVLQHVD LSRPVTGESL
AGLLQEMVER EILTPEQAAA VDIRAIVTFF AAPLGKRLLA RWEQVKRELP FSLAVPAVEL
YPGLPAEAAA GEIILVQGII DCLVEEEDGF LLLDFKTGRI PPDPLAAYRE QVRFYTRAVE
TIFNRNVKEV HLYFLDGGVD FKVTS
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