| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Tpet_0172 |
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| Symbol | |
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| ID | 5170645 |
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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 | Thermotoga petrophila RKU-1 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_009486 |
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| Strand | + |
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| Start bp | 166105 |
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| End bp | 169080 |
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| Gene Length | 2976 bp |
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| Protein Length | 991 aa |
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| Translation table | 11 |
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| GC content | 37% |
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| IMG OID | 640562673 |
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| Product | glycosyl transferase family protein |
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| Protein accession | YP_001243777 |
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| Protein GI | 148269317 |
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| COG category | [M] Cell wall/membrane/envelope biogenesis |
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| COG ID | [COG0463] Glycosyltransferases involved in cell wall biogenesis |
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| TIGRFAM ID | |
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Plasmid Coverage information |
| Num covering plasmid clones | 36 |
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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 | ATGGACATCT TTGAAGAGAT AAGAAAAAAG ATTGAACAAA AAGAATTCTC GAAAGCAAAA
GAAATGGCTG AAAAAATAGA AGATGAAGTG GAAAAATACA ACTCACTTGG AATCATACAC
TACTACGAAG GTAAAGTCAG CGAAGCGCTT GAGTTTTTCA AAAAAGCCCT CGATATCAAT
CCAGTTCACG ATGATGCTCT TTTCAACTAC TCGAAGGTGC TCTTCGAAAA GGGAGAATAC
TTTGAATCCT GGAGATATTT GACGAGGATC AACAACAAAA CGTGGGAAGT CTACGACATG
CTCGGAGACA CACAGCTGAA ACAGAACAAT CCAGCGATGG CTCTTTATTA TTACAAAAAG
GCAGCAGAAC TTTCCAACAT ACCGGAAATG AAAGAAAAAT ACCAAATCCT GAAAGACCAG
TTCAAAAAAG ACGTAAAGCT TGCCATATTC TGCCTTCCTG GTCTGGACAA CTTCATAAAG
GATATAGCTC AGATTTTGTC GAACATCTAC GATGTGAAGC TTGTTGTTAC AACAGATGTC
AGACAGATCC AGGAAGCTTA CAACTGGGCG GATATCGTTT GGCTCGAATG GGCGAACGAA
ATGGCAGTGG AGGTAACAAA TAAGCTTCCA AAGGATGGGA AAAAAATTCT TTGTCGACTT
CACAGCTATG AAGCATTGGC CAATTACCCT GAAAAAATAA ATTGGAAAAA CGTCGATAAA
TTGATTCTTG TTGCAGAACA TATAGAACGT ATCCTTCGAG ATTACCATTC TGAAGTTTAC
AAGCAAGTAA AAGACAAGAT AGTAATTGTT CCAAACGGTC TTGATCTGAA CAGACTTAAG
TTCAAAGTTA GACAACCCGG ATTCAACATA GCAGTTGTGG CTCACATCAA TCATAAAAAA
GATCCTGCTA TGTGGCTTCA AATTATAGGC ATGTTGAGAA AAATTGATGA AAGATACACT
TTACACATAG CTGGGGATTT TCAGGAAATA AGGTACGCTA ATTATTTCAA ACACTTCATA
AAGGACGCAG GCCTTGAAAA GAACGTAAAA CTCTACGGCT GGGTCGAGGA CGTGAACGCT
TTTCTTGAAG ATAAAAATTA TCTGCTTTCA ACGAGTATTC ATGAAAGCTT CGGGTACAAC
ATTGCTGAAG CGATGGCAAA AGGGATAAAA CCTATTATAC ATAACTACGC TGGGGCAAAG
ACGCAGTGGC CAGATGATCT TGTATTTAAC TTTATCGACG AAGTAATTCG AATTGTAACC
AGCAGAGATT ACAACTCAGA GAAATATAGA TCGTTTGTCG AAAAAAACTG TTCTCTTGAG
AAGCAAATTA CATCAATATT GAGCATTGTC CAACTTCAAG ATAACAACAG AACAAAAAAT
AAATCAATCC ATAAGAAATC AACCACAGAC ACAGAGAATA GTTTCGCGAA AATATGGAAA
GAGTATAGTA AAATTGATTC TTTCACGATC ATGAACGATC TTCCAGGAAA AAGTCTTAGA
TCAGAATTCG TAAGTTTATT AGAGCGCTTT TTTATTCTCA ATAAAGCACG GATTTTAGAA
GTCGGAACTG GAACAGGGGC GTTCTCAATT GAACTTGCAC TCAGAGAAGC AGATGTCACT
GGTATAGACA TCGATCCTAC TTCCATCGAA CTAGCAATCA GGATAAGCAA GGATTATAAT
GTTGAAAACG TTGAATTCAA AGTAGGTGAT GGTTTCAAAC TAACAGAATC GTTCAAACCA
CAGGAGTTTG ATATTGCTTT CAACATGGGA GTGGTTGAAC ACTTTAAAGA TGACGACATA
ATCAAAATGT TAAAGCAGAT GGGTGAAGTT GCGAAATTCG TTGTAGTAGG CGTTCCGTAC
AGTGGTTCGT TTGTTTACAA AACAGCAAAA GAAACCGCTC AAAAACTTGG TGCCTGGGAA
TATGGTTTTG AAAGAGATTT TTTAACCTTG GAACCTCTTA TCAGACGAGC AGGTTTGATC
CCTCTTCATG AAGAAGTAAT AGGAGTTCTG GCAGAACCGT TTTACCTGAG AAGGATAAAT
CCAGAGTGGG TACCTTTAAA AATAGCTGAG AATTTGCAAA AATATTTTCA AGGTGAAAAA
GTTGGTTCAT GGCTGATTTG TTTTGCAACA AAATGGCCAG GTTACGCAGA TGAATTTCTG
AAATTAGATG ATCACAAGAA AATAAAGTTT GAAAGCACAC AAATAAGCTT ATTAACTGTC
CCCAAGCCGC TGGTTTCTAT TGTTATACCT GTTTTGAACG GAGCAAATTA TGTAAAAAGA
CTCGTGGATA ATATTAAACG GATCGATTAT GAGAATTTCG AAGTTGTATT AGTTGACGAT
GGTTCAACTG ATGGAACAGC TGATTTATTT GAAAGGCTCA TAAAAGGAGA ACCTAAGTTA
CGAGAGAAGA TTTTGATAAT TAGAAATAAA GAAAACGTTG GAACCTTTCA CTCAAGATTG
ATAGGCGTTA AACACAGCCA AGGATCATTT GTTTTCTTTC ATGATATTGA TGATCTTGTT
TACTCCAAAG GAGTCAAAAA ACTTCTGGAT GATTTGTTGA ATTTTCCGAA CAAAAAAACA
TTACTCACTG TAACAAATGC TTTGATGTCA GGAGAACAGT TCAATGGAGA AATTTGGTGT
AGTAATTTTT ACAAAAACAA AGAAGAATTG TTTGTTTCAG AAATCACTTC TCTTTCAGGG
AAATTTTCGA TAATAGACAC TCTTATAGAA CGTATCCCTC TTCAAAAAGC TTATGAAGAA
CTTGCCGAAG TTCTTCATAA AGTAGGAATA ATAAAAATGA CGATTGCCGA GGATACAATT
CTTGCCGATT ATCTTTTATT GGAGCATTTT GTGGAAAAAA TGATTCCTAC TTTCTACACT
TTCCTGGGCT ATGAGGTCGG TAACTTACAA TCGAGCTCAA AAAACTTTTG GAAAGGATCA
AACAGATTCC CATACAAATC TCTTTCCTCA TGGTAA
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| Protein sequence | MDIFEEIRKK IEQKEFSKAK EMAEKIEDEV EKYNSLGIIH YYEGKVSEAL EFFKKALDIN
PVHDDALFNY SKVLFEKGEY FESWRYLTRI NNKTWEVYDM LGDTQLKQNN PAMALYYYKK
AAELSNIPEM KEKYQILKDQ FKKDVKLAIF CLPGLDNFIK DIAQILSNIY DVKLVVTTDV
RQIQEAYNWA DIVWLEWANE MAVEVTNKLP KDGKKILCRL HSYEALANYP EKINWKNVDK
LILVAEHIER ILRDYHSEVY KQVKDKIVIV PNGLDLNRLK FKVRQPGFNI AVVAHINHKK
DPAMWLQIIG MLRKIDERYT LHIAGDFQEI RYANYFKHFI KDAGLEKNVK LYGWVEDVNA
FLEDKNYLLS TSIHESFGYN IAEAMAKGIK PIIHNYAGAK TQWPDDLVFN FIDEVIRIVT
SRDYNSEKYR SFVEKNCSLE KQITSILSIV QLQDNNRTKN KSIHKKSTTD TENSFAKIWK
EYSKIDSFTI MNDLPGKSLR SEFVSLLERF FILNKARILE VGTGTGAFSI ELALREADVT
GIDIDPTSIE LAIRISKDYN VENVEFKVGD GFKLTESFKP QEFDIAFNMG VVEHFKDDDI
IKMLKQMGEV AKFVVVGVPY SGSFVYKTAK ETAQKLGAWE YGFERDFLTL EPLIRRAGLI
PLHEEVIGVL AEPFYLRRIN PEWVPLKIAE NLQKYFQGEK VGSWLICFAT KWPGYADEFL
KLDDHKKIKF ESTQISLLTV PKPLVSIVIP VLNGANYVKR LVDNIKRIDY ENFEVVLVDD
GSTDGTADLF ERLIKGEPKL REKILIIRNK ENVGTFHSRL IGVKHSQGSF VFFHDIDDLV
YSKGVKKLLD DLLNFPNKKT LLTVTNALMS GEQFNGEIWC SNFYKNKEEL FVSEITSLSG
KFSIIDTLIE RIPLQKAYEE LAEVLHKVGI IKMTIAEDTI LADYLLLEHF VEKMIPTFYT
FLGYEVGNLQ SSSKNFWKGS NRFPYKSLSS W
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