| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Teth514_2270 |
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| Symbol | |
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| ID | 5877333 |
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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 | 2277078 |
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| End bp | 2280650 |
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| Gene Length | 3573 bp |
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| Protein Length | 1190 aa |
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| Translation table | 11 |
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| GC content | 32% |
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| IMG OID | 641542620 |
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| Product | hypothetical protein |
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| Protein accession | YP_001663872 |
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| Protein GI | 167040887 |
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| COG category | [L] Replication, recombination and repair |
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| COG ID | [COG0419] ATPase involved in DNA repair |
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| TIGRFAM ID | |
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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 | ATGGGGGTAA AAGATTGTAA TTATTTGGAG GAATGTGATA GATATTTTGA AGATGTACTC
AGCTTATCAA AAAATAGGGG AGTTTTAGGT TATATTGAAC TAGATGTAGA TGAGATTGAA
CATATGGCCG GGCTAATTTC TAAAGAATTG GTAAAACCTG ATTTTAATAT TTCTGAGTCA
CTTACTATAT CGGTTTTTCT TGTATGGATA GGTATTTTAT ACTATCAGGA AGGAAATTTT
TGGATGCCAG TGTATAAAAT ATTACGATTG CCTTCACAAC AACCATTGTG GCAAAGACGA
TTGGGAGAAA TTTTTTTAAA AACAGTTAAG AAATATGGAC TGATAGAATT TAAAGATGAA
CTACGTTATA TTATGCCAAT TTTAGCCCAT GGGTGTGTTC CTAATTTTTA TCTTAATGAC
TACTTTTTAA ATGTCATTTT TAGAATGTAT AAAGAGAGGC AGGAGTTAGA ATTATCCATA
GCTTTGGATG AGGTAAAACA CATAGTATCT ACCTGGAGGA AAGAATATCA ATTGTATGCG
GCAAGAGAAA ATAAGTTGAG AGAATTAGAT AAAAAAGAGA AAGAGTTGCA AGTTGCCTTT
GAAGTATTAA GAAATAAAGA TAAATTGATA GAACTTAGGG AATTGCTAAA AGATCTTAAA
AGAAGCCCAG AGCTAAAAGT GCTTTTATCT AAGCCGAAGG GCTGGCTGGA GGAAGCAAGG
GAGGAGAGGG AAAAATTAAA TACACAATTA AATGAGATTC GCAACCTCTT GGAGAAAAAA
GAAATTTTCG AAAAAGAATA TAAAGAAATA GAAGATCGAA TAAAAGAACT TGCTTATTCT
TTTTTAAGTT ATTGGAATAA TGATTTAGCA GAAGTTATAT TAGAGCTTCC TATTGACGAG
ATTGAAAACA ATTTAACAAC CTACTGGAAT TTTAAAAGAA GGTATAGAGG TTTATTTGGA
GTATTAATGA GACTTTTTAT GCCAGATAAA TATTATAGGA TGTTAAATTG TGGGAGCAGG
TTGAAGGATG AGTTAAAAAA ATTGCCATTG AAAGAGAATT TACTGGAAAA TTATTCTTCT
GAAACAATAA GGCACATAAG AGAATTACAG GAATTATTAC ATAGATACAA AGATTTAGTA
AAAGAGGCTG GGGAAGAGGC TGCGGTAACT ACCTATCTAG ATGTTTCTAA GGGAGTTTTG
GAAGATGTGG AGAGAAGGTT AACTGAAATT GAGAAGGAGA TCAATTTATA TGAACAGAAT
TTGAAAATAG TAGGAAAAGG TGATGTGGAG GAAGGATTAA AAGTATTAGA AGAACAAAGA
GCATTGCGCT TAGAAATAAA AAAAGTTAAA AAGGACGTTA CAAGCAAATA TTCTTTAGAA
ACTTTATGGA ATAATTTTGA ATTAATTTGG AAGTATTCAG ATAAGGAAGA AGTAAAAAAT
CTGCTTAGTG AAGTGCAGAA CAAAAAGAAA AAATATGCCG ATGTTCTTGA AGAATTGAGT
AATCCTCTGT ATTTTTTGAA TGAATCTACC CGCCTTTTTA TATTCCAAGG AGGGGAGGTT
GCTGAAGATT TTATTTTTCA ATCTTTAATA TTTCTAGAGA TGTTAGACCG TGGAGAGGAA
AAAGATGTTC TTTTGCCTAA AAGGATTAAA AATGAAATGA AAAAATGGTG GGAAGAAGAA
GGAAAAGAAA AGTTGACTGT AGAACGAGAA AAAAACAGGA GAGCAAAGGA TGAGAATGAT
TTAATTTTGC GTAAACCTCT TATAAAACTT GATACTGTTG AAAGAGTTAT AAAAGTGGAA
CTGCCAAAAC AAGTATTGAG CAATGGGTAC CCTTTAGTAT TCAGAATTAA AGAAGATGAT
ATAGAAGTTA AGGATATAAA AGTAGCGATT AAAAAGTTGG GTAATGAATA TCATACGGAA
GCAATCTCAG AAGTTTTGGA AAAGCCAAGA GAATTTTATC ATTTTGAGCT TAGACAGGAA
GATAAAGTAG TCGAATGGAA TATAACGGGA ATTTGTCTTA ATAAGTGTTT GCTTTTTTCA
GTTGAAAAGA AGTTGCTAGA AAGTTCATAT CTTCCGGAAG AGGGAGTTTA CATAGTTACC
CATTATGGAA GCAAGGTCAG TCCTTCTTTA GCAGTAAGAG AAAGGGGAAG GCTAATAGGT
GAATGGTCTG ATTATGAATA TATTTATGTT GATTTGAGCG ATATTGAGAT GTTTTCCGTA
GAAGTAGAAG GGAAGGAGTT TGTTTTTAAA AAGCCATCTG GTTTACGGCC TCAGTTAATT
GGTGGAGATA TACTCGAAGG AGTAAATGTG CTGGGTAAAT TTGTTTATAA TGGGAAATTA
CCGCACTTGG TTTTACCACT GAATTCAGTA GGAGATATAG AGTTTTATGG TATAAAAGTA
GAAGTTTCAG AAAAGAGCAT TTTTAAGCCT TTAAAGGAAA TTAGTAACGT TATAAAAGGA
GAGAATATTG CAATTATTCC TTTAGATCTG CTTGCTTCAG AACTTTACGG GATGTATAAA
GTGGCATTAG TTTATAAACA GGATATTATC TGGAGTAAAG AATTTGCACT TGTGCCAGAT
TTACAATTAG AGTTTGATAG GTATTTGTAT CCGCCTGTTG AGAAATGGGA AAGAAGGTTT
GGGGAAATTA TATTAACCTC AAAATACGAA TTTGAGGTTA GAGGAAATAA AGTTACCGAG
AGTAATTTTC GTAAAAATAT TATAAAATTT GATGCAAAAT ATGACAGTAT TGAAATTGAG
TTGACATATT TTTTAGAAGA AAGAGAGTTT GATATCAAAC TTACAATAGC TATTCCCAAA
ATTTACTGGC GACTCAGGGA TCAAGGAGAT TGGCTGAGCG AGATAGAAGA GATTTGGTAT
GAAGATATAG GAGAACTGGA GGTTAAATTG CCTTACTTTT TACAGGGGAT AGGAGCTAAA
CTTGTATTAT CTTCAACTGG GACAGCTATT ATGCCCAAAA AAGCAAAAGA TACTATCATA
TTTAGTTTGA AACAGCTGAG TGATATTATC TATGATATCA GAGAAAAAGG TAAAAAAACA
GTTTGGGATT TGATTTTATT CTTTGAGAAT CACGATATAC CATCATTTTT GTTGACAAGA
ATAAGAGTTC ACTGGGAAGT CGTAAATGTT AGAATAAACC AAAAAAGAGA AAATGATAAA
AGAAGGGTAT TTGTTCAATG GGAAGATTTG GGTAAAGTCT CTGGTAGGAT TGTAAGATTA
TGGTATCTGG GCGATGAAGT GACAGGGAGA ATTGAGAGGA AGGTTTCTGA TGGTGAAAAT
GAAGTAGAAT TTATTGAGGA TTTAGAAAGA TTGCCGTTAG GGAAATATAG ATTGGAATTT
AATATTGAAG ATCCATGGTT TGATAAAGAA ATTTCTTTGC CAAAAGAGAG GGAGAGAAAT
TGCATTGATA TTATGATTGG AGATAAAGAA GAGATTATTG AAGTACTGCA ACAAAAAGGA
TTGGATATCA TTGGGTTTGA AGTGATGGTG ATAAAGTATT GCTTGAAAGA AATTACTGGA
TACAGGATAT TAAGGTATAT ACAAATTTTG TAG
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| Protein sequence | MGVKDCNYLE ECDRYFEDVL SLSKNRGVLG YIELDVDEIE HMAGLISKEL VKPDFNISES
LTISVFLVWI GILYYQEGNF WMPVYKILRL PSQQPLWQRR LGEIFLKTVK KYGLIEFKDE
LRYIMPILAH GCVPNFYLND YFLNVIFRMY KERQELELSI ALDEVKHIVS TWRKEYQLYA
ARENKLRELD KKEKELQVAF EVLRNKDKLI ELRELLKDLK RSPELKVLLS KPKGWLEEAR
EEREKLNTQL NEIRNLLEKK EIFEKEYKEI EDRIKELAYS FLSYWNNDLA EVILELPIDE
IENNLTTYWN FKRRYRGLFG VLMRLFMPDK YYRMLNCGSR LKDELKKLPL KENLLENYSS
ETIRHIRELQ ELLHRYKDLV KEAGEEAAVT TYLDVSKGVL EDVERRLTEI EKEINLYEQN
LKIVGKGDVE EGLKVLEEQR ALRLEIKKVK KDVTSKYSLE TLWNNFELIW KYSDKEEVKN
LLSEVQNKKK KYADVLEELS NPLYFLNEST RLFIFQGGEV AEDFIFQSLI FLEMLDRGEE
KDVLLPKRIK NEMKKWWEEE GKEKLTVERE KNRRAKDEND LILRKPLIKL DTVERVIKVE
LPKQVLSNGY PLVFRIKEDD IEVKDIKVAI KKLGNEYHTE AISEVLEKPR EFYHFELRQE
DKVVEWNITG ICLNKCLLFS VEKKLLESSY LPEEGVYIVT HYGSKVSPSL AVRERGRLIG
EWSDYEYIYV DLSDIEMFSV EVEGKEFVFK KPSGLRPQLI GGDILEGVNV LGKFVYNGKL
PHLVLPLNSV GDIEFYGIKV EVSEKSIFKP LKEISNVIKG ENIAIIPLDL LASELYGMYK
VALVYKQDII WSKEFALVPD LQLEFDRYLY PPVEKWERRF GEIILTSKYE FEVRGNKVTE
SNFRKNIIKF DAKYDSIEIE LTYFLEEREF DIKLTIAIPK IYWRLRDQGD WLSEIEEIWY
EDIGELEVKL PYFLQGIGAK LVLSSTGTAI MPKKAKDTII FSLKQLSDII YDIREKGKKT
VWDLILFFEN HDIPSFLLTR IRVHWEVVNV RINQKRENDK RRVFVQWEDL GKVSGRIVRL
WYLGDEVTGR IERKVSDGEN EVEFIEDLER LPLGKYRLEF NIEDPWFDKE ISLPKERERN
CIDIMIGDKE EIIEVLQQKG LDIIGFEVMV IKYCLKEITG YRILRYIQIL
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