| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Teth514_0203 |
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| Symbol | |
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| ID | 5876116 |
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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 | 208499 |
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| End bp | 212200 |
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| Gene Length | 3702 bp |
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| Protein Length | 1233 aa |
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| Translation table | 11 |
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| GC content | 35% |
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| IMG OID | 641540545 |
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| Product | UvrD-like DNA helicase, C terminal |
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| Protein accession | YP_001661857 |
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| Protein GI | 167038872 |
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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 | 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 | ATGGGGACAA AGTGGACTGA AGAGCAGAAA CAAGCTATTA CGACAAGAGG AAGCAATCTT
TTAGTTGCGG CAGCAGCCGG TTCGGGTAAG ACGGCTGTCT TGGTAGAGAG GATTATAAAT
CTCATAACAG ATGAAGAAAA TCCTGTAGAC ATTGACAGGT TGTTAGTTGT TACTTTTACA
AATGCTGCTG CATCTGAGAT GAGGGAGAGA ATTGCAGAGG CTTTAATTGC CATATTGGAC
CAAAATCCGG AGGATAAAAG GCTGGCGAAT CAGCTGACAC TTCTTAACAA GGCTACTATT
ACAACAATCC ATTCCTTTTG TTTGGAAGTA GTCAGAAATA ACTTTTTTTT GCTGGATTTA
GACCCTAACT TTAGAATTGG AGATGATACA GAAACCTTGC TTTTGCAATT GGAAGCGTCA
GAAGAACTTT TTGAAGAGAT GTATGCTAAA GAGGATAAAG ATAAGGAAGG TTTTTTGACA
TTGGTGGAAA GTTATGGTGG CACAAAAGAT GACCAAGATT TGCAGGACAT CCTATTAAGA
CTTTATGGAT TTGTGAGGTC TCTCCCTTGG CCTGAAAAAT GGCTAAAGGA TGTGATTAAC
ACTTTTAGAG TAGAGGATAA TTTCAAATTT GAAACTTCAA AGTGGGCTGA GGTTATATTG
GATAGTTTAA AAGTAGAAAT ATCTGGGATT TTAAATACCA TGCTTGTGGC TGTCGACAAA
CTCAAAAACG AGGCGGGGCT TGAGGGATAT TTTCATGCTT TTCAGAGGGA AGCTTATGAA
ATAGAGCAGC TCCTCCAATA TGATAATTGG AATGAATTTA AAAATCACAT ACAGGCAATT
GAGTTTGAAA GGCTTCCCAA TGCTGGTAAG GATGCAAATA AGAATGTTAA AGAAGAAGTT
TCAAATATAA GAAAAAAAGT AAAAGATAAA ATAAAAGAAA TAAAGGAAAA GTTTTTTTCT
GACAGCGTAG AGGAAATAAA AGATGAAATA AAGGCTTTGT ACCCTATTAT GGAAGCTTTG
GCGGATTTAA TACTACTTTT TGATAAAAAG TATAAGGAAA AGAAAAGAGA AAAAGGAATA
ATAGATTTTA ACGATATTGA ACATTTTGCA CTTCAAATTT TGACTGAGAT TGATGAGGAA
GGAGACGTAA ATCCTTCAGA AGTAGCTTTG CATTATAGAG AAAAATTTGA AGAAATATTT
GTAGACGAAT ATCAGGACTC AAACCTGATA CAGGAGGAGA TACTTAGTAT AATCGCAAGA
GAAAATCCTC CCAATAGATT TATGGTAGGA GATGTAAAGC AGAGTATATA TAGATTTAGA
CAGGCAAACC CTTATATATT TTTTGAGAAA TACAATAGCT ATTCTCTTGA TACAGGAGAA
AAGAATCAAA AAATACTGCT GTATAAAAAT TTCAGAAGTA GAATAGAAGT TATAGAAGCC
ATAAATTATA TTTTTAAAAA GATAATGTCA AAAAATATAG GGGAAGTAAA CTATACAGAA
GAAGAAAAAT TAAATTATGG GGCAGAGTAT GAAATTCCTC CCGAAGATTC TGTTACAGGT
GGTGCCGTAG AACTTCACCT TATAGAAAAA CAAAAGGTTG AAGAGGAAGT AGAAGAAAAA
GAGGAGGAAA AAAATGAGGA AAAAGATTTT GAGGAGGAAG AGGAGGACTT AATTGATGAT
ATACAGGTAG AAGCAAGGGT TGTAGCAGAG AGGATAAAAC AGCTTTTTTC ACAAAATTTT
ATGGTTTACG ATAAGAATAT AAAAAGTTAC AGAGCAGTTG ATTACAGGGA TATTGTAGTA
TTACTTAGGG CTACTGACAG GTGGGCACCG GTATTTTTGG AGGAACTGAC ACAGGCAGGT
ATTCCAGCTT TTGCAGATAC GGGCACAGGA TATTTTGATA CAACAGAAAT AAAGACTATA
ATATCTCTTT TACAAGTGAT AGATAATCCA ATGCAGGATA TACCATTGTT AGCTGTGCTT
CGCTCTCCAA TCTTTTCTTT TACAGAAGAA GAGCTTATTG ACTTAAGATT AGAGGATATG
GAGAAAACCA TATATGAAGC AATCAAAAAA GCTTCTCAAA GGGAAGACGA ATTAGGTGAA
AAGGCTAAGA ATTTTTTAGA TACACTGAAA AAGTGGCAGG AAAAGGCTGT TTATATGCCT
GTTGATGAAT TTCTTTGGTA TTTATATAAA GATACTGGTT ATTATTCTTA TGTTGCTGCT
ATGCCTCAAG GGGTTCAGAG GCAGGCAAAT TTGAGGATTT TATTTGAAAG AGCTAAACAG
TACGAGGAAA CCAGCTTTAA AGGCCTTTTT AACTTTATAA ATTTTATCAA CCGACTTAAA
GTGAGCAGTG GCGACATGGG AAGTGCTAAA ATTGTCGGAG AAAATGAGAA AGTTGTACGG
ATCATGAGCA TACACAAAAG CAAAGGCTTA GAATTTCCTG TGGTGATAGT TGCAGGGTTG
GGCAAGCAGT TTAACACAAA AGACCTATAT CAAAAGATTC TGTACCATCA CTTTTTAGGA
TTAGGTCCTG AATTTGTAGA TTTTAGAAGA AGGATTTCTT ATCCCAGCAT TGTAAAAGAG
GCTATAAAGT ATAAGATAAA GTTAGAAGGC CTATCTGAAG AAATGAGGGT TTTGTACGTT
GCACTGACAC GGGCAAAAGA AAAATTAATA CTTGTAGGAA GTGCAAGAGA TATAAAGAAA
AATGTGAGGA AATGGGCAAA TGCGGCAATT TTGCAGGAAA AGGTTTCTGA ATATGATATT
TTAAATGGCA AAAGCTACAT GGATTGGATT GGAGCAGCTG TTATAAGGCA CAAAGACTTA
GAACCTTTAC GAGAGTTTGC AGGTGTTTCT CTTTCTGAAG AAGAAGACGC TTCAAAATGG
GAAGTAAAAC TATGGAATAA AAAGGATGTG CTTTTAGAAA AAGAGAAAAA TGACAAAGTA
GATGTGGTGG AAAGACTAAG AAGTTTAGAC TTGGATGCCC ACTACAGCGA GTTTTACAAA
GAAGTTGAAA GAAGGTTAAA CTATGTATAT CCTTACGAAA AAGCATGTTA CCTACCTGCC
AAGCTTTCTG TGACGGAGGT TAAGCGCATT TTAAATGCAG AAGTAGTTGA CGAAGATACC
ACATCTATTT TTGAAAGAGA AGTTTTAAAA ACACCCATAT TTTTAGAAAA GAAAAAAGGA
CTAACTGCAG CTGAAAAAGG TATAGCTATG CACCTTGTCA TGCAAAAACT TGATTTAGAT
AAGGATTTGT CTTTGGAGGG TATTAAAGAA CAGATAAAAG ATATGGTAGA TAGAGAGATA
TTAACAGAGG AGCAAGCAAA AGAAGTGAAT ATACATAAAA TCGAAGGATT TTTCAAAACC
TCTCTTGGGG AAAGGATGCT AAGTTCAAAA AATGTAAAAA GAGAAGTGCC TTTTCACATT
AAATTGAGCA GCAGGGAGAT TTACAAAGAT TTGCCTGAAG AATACGAAAA TGAGTTTATA
CAGGTGCAGG GAATTATTGA TTGTTTCTTT GAAGAAGAGG ATGGTTTAGT TTTAATAGAT
TATAAAACAG ACTATGTACA GGAAGGCAAA GTAGAAGAAA TTAAAGAAAG ATATAAAGTT
CAGATAGAAC TATATTCAAA GGCATTAGAG AATATTACAG GCAAAAAGGT AAAAGAAAAA
TACATTTATC TATTTTTCAA TGGGAACATT TTGGAGTATT GA
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| Protein sequence | MGTKWTEEQK QAITTRGSNL LVAAAAGSGK TAVLVERIIN LITDEENPVD IDRLLVVTFT
NAAASEMRER IAEALIAILD QNPEDKRLAN QLTLLNKATI TTIHSFCLEV VRNNFFLLDL
DPNFRIGDDT ETLLLQLEAS EELFEEMYAK EDKDKEGFLT LVESYGGTKD DQDLQDILLR
LYGFVRSLPW PEKWLKDVIN TFRVEDNFKF ETSKWAEVIL DSLKVEISGI LNTMLVAVDK
LKNEAGLEGY FHAFQREAYE IEQLLQYDNW NEFKNHIQAI EFERLPNAGK DANKNVKEEV
SNIRKKVKDK IKEIKEKFFS DSVEEIKDEI KALYPIMEAL ADLILLFDKK YKEKKREKGI
IDFNDIEHFA LQILTEIDEE GDVNPSEVAL HYREKFEEIF VDEYQDSNLI QEEILSIIAR
ENPPNRFMVG DVKQSIYRFR QANPYIFFEK YNSYSLDTGE KNQKILLYKN FRSRIEVIEA
INYIFKKIMS KNIGEVNYTE EEKLNYGAEY EIPPEDSVTG GAVELHLIEK QKVEEEVEEK
EEEKNEEKDF EEEEEDLIDD IQVEARVVAE RIKQLFSQNF MVYDKNIKSY RAVDYRDIVV
LLRATDRWAP VFLEELTQAG IPAFADTGTG YFDTTEIKTI ISLLQVIDNP MQDIPLLAVL
RSPIFSFTEE ELIDLRLEDM EKTIYEAIKK ASQREDELGE KAKNFLDTLK KWQEKAVYMP
VDEFLWYLYK DTGYYSYVAA MPQGVQRQAN LRILFERAKQ YEETSFKGLF NFINFINRLK
VSSGDMGSAK IVGENEKVVR IMSIHKSKGL EFPVVIVAGL GKQFNTKDLY QKILYHHFLG
LGPEFVDFRR RISYPSIVKE AIKYKIKLEG LSEEMRVLYV ALTRAKEKLI LVGSARDIKK
NVRKWANAAI LQEKVSEYDI LNGKSYMDWI GAAVIRHKDL EPLREFAGVS LSEEEDASKW
EVKLWNKKDV LLEKEKNDKV DVVERLRSLD LDAHYSEFYK EVERRLNYVY PYEKACYLPA
KLSVTEVKRI LNAEVVDEDT TSIFEREVLK TPIFLEKKKG LTAAEKGIAM HLVMQKLDLD
KDLSLEGIKE QIKDMVDREI LTEEQAKEVN IHKIEGFFKT SLGERMLSSK NVKREVPFHI
KLSSREIYKD LPEEYENEFI QVQGIIDCFF EEEDGLVLID YKTDYVQEGK VEEIKERYKV
QIELYSKALE NITGKKVKEK YIYLFFNGNI LEY
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