| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Cthe_3095 |
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| Symbol | |
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| ID | 4809721 |
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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 | Clostridium thermocellum ATCC 27405 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_009012 |
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| Strand | - |
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| Start bp | 3650006 |
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| End bp | 3652912 |
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| Gene Length | 2907 bp |
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| Protein Length | 968 aa |
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| Translation table | 11 |
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| GC content | 40% |
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| IMG OID | 640108523 |
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| Product | glycosyl transferase family protein |
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| Protein accession | YP_001039483 |
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| Protein GI | 125975573 |
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| COG category | [O] Posttranslational modification, protein turnover, chaperones |
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| COG ID | [COG4346] Predicted membrane-bound dolichyl-phosphate-mannose-protein mannosyltransferase |
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| TIGRFAM ID | |
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| 
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Plasmid Coverage information |
| Num covering plasmid clones | 5 |
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| Plasmid unclonability p-value | 0.42978 |
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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 | GTGTCGAAAA AACTTTTTAA GGTCTGCCTT ATATTATTAA TCTCAATTCA GTTCATTTTT
TCTTCTCCCG TGTTTGCTGA AAGTGAAAAT CTTGTAAAAA ACCCCGGGTT TGAAGAAGGA
AATGATGAGA GTGTATATTT TTGGCAGACC CACTGTTGGG AAAAAGCTGA AGGAGTTACA
GAATTTTTTA TTGATGAATC CGTATACCAT TCCGGAGGCA AAAGTGCGTG CATAGTTAAC
CATTCTGAAA ATGATTCCAG ATACATGCAG CCAATCAAGG TAAAAGGAGA TACATATTAT
AGATTGTCCT GTTGGGTAAA GACAGAAAAT GTCGGAACCA AAACCAAAGG AGCCAACATC
TCCATTGAAG GCAGCCTGGA TACTTCCAGG GATATCCGTG AAACAAGCGA TAACTGGGAA
TATCTCGAGC TATATGGTAA GACCAGTCCA AACCAGGAAA CCTTTACTCT TACCATAGGT
CTTGGCGGAT ACGGCAATAC CAATACCGGT AAAATATGGA TTGATGACGT TGAAGTTGTC
GAGCTTGAAA GTCTTCCTGC CGGCAAAACA GCCATCAACC TTGATCCGAA GTATACAGGA
GGAAATCAGA ACACGTCTGA AAATACCGGC GGTAAAATAT TTATGATTTT TATCGCACTA
ATTTTCTTTC TCATTTTGCT TGCCGTGATA TTTGTCATAT TCTTTAAAGA CAAAATGCCC
GGCTTTAACG CCAAAGCGGC GCAGACCGAC AAGCCGGCAG CCAAAAAAAA TCAGAAAGAT
AATGATGAGA AATGGATAAA AGTCAAATTT GACAAAATTG ATTTTATCAT AATGGGCGTT
ATGACCCTTG TTTATCTCTG CGTTGCTTTG TACAACCTCG GAGATTTTAA AGTTCCCACC
ACTTCATGGG AACCAACTCT GCCCGGTGAA TATTTTACCG TAGATCTTGG CAAAGAAGCC
ACTCTGTCAA GAATATACTA CTACTGCGGA CTGGGCAGTA ACAAATACAA TCCTTTTTCC
AAATTAAGAG TTGAATATCT TAATGAAAAC CAGGAATTTG AATATCTTGC AACTATTGAT
AAGAAAGAGC TTCAAGACAT CTTTAAATGG AAATACGTTG ACACCGCACC GGTAACCACC
ACACAACTCA AGTTTATTGT AGACTCCACC GGAGGCGCGT TCAATGAAAT AGCCATAGTT
GAACAAAACA GCAAAGAGCC TTTGAAAAAT ATCAAAATTA TTGACAGCGT ACTGGAAGAT
GAAAGCAAGG CTACAATAGG AAATCTTTTT GATGAACCGG ACAAGTTTGC ATTCAAGCCT
TCCTACATGA ACGGAATGTA TTTCGATGAA ATTTATCATG CAAGGACGGC TTTCGAACAC
ATTCACAGAA TGTCTCCTTA TGAAACAACC CACCCACCTC TCGGGAAAAT CTTCATAGCA
TTGGGTATCC TCGTATTTGG AATGGTGCCT TTCGGCTGGA GAATAGTCGG CACTCTGTTT
GGTGTTGCCA TGGTGCCGGT AATGTATATG TTCGGAAAAA AGGTCTTCCA TGACAGATTT
TATGCGTTTT GCACTGCATT TTTAATGATG TTTGACTTTA TGCATTTCAG TCAGACGCGA
ATAGCAACAA TAGACAGCTA TGTAACTTTA TTTGTCATAC TCATGTATTA CCACATGTAT
GACTACTTTA TAAACAAATC CTACAACACA ACCCTTAAGG AATCTTTGAA GCCTTTGTTC
CTAAGCGGAC TGTTCTTTGG GTTGGGCGCC GCCAGCAAGT GGATTGCAAT TTACGGAGCC
GCCGGACTTG CCCTTCTGTT CTTTGTAAAC AAGGGAACCG AGTTTTGGGA ATATAGAAAG
ATATCAACCG GCAAATCCAA AAAGAAACCT CTCTGGATTG GCGATTATCC TTCAAACTTA
GGCATTACGA TAGGAGCGTG TGTTTTATTC TTTATTATAA TTCCTCTGGT AATTTACATC
CTGTCATATA TTCCTTATAT GCTGGTACCC GGGGACAACA AAGGAATCAC TGTATTTATT
GAAAACTCCA AGCACATGTT TGAATATCAC TCAAAACTGG AAGCGGAACA CCCGTACCAG
TCCGCATGGT GGGAATGGCC TATTATGGCA AAACCCATGG CGTTCTACTT CGGTAGCGAC
CTTGAACCCG GTATGACTTC AAAAATATTT ACAATGGGAA ATCCGGCCGT ATGGTGGGTT
GGACTTCTGG CTTTATTGAT AGTTGCAATA TTTGCCCTTT CAAAAGTCAA CAAAAATCTT
GTCGTACTGT TTACTTTGGC AGCAACCACC TTCGGATATG TTGCACTGCC TAAAACAATC
TTCACAGAAA CTCTGAAAGC CCAAAGCGCC GAATTATGCT GGGCCGTAAT CTTCTTCGCA
TTAATTGCTA TCCTGCTGGT TCTGTCAAAG CTGGATACGG ACATTTTAAT AACCAGCGCT
GTTTCCTCGG TTGCATTTGG AACAATACTT TACCTCTTTA AAGATATCGA AAGAGGAGAT
GCATACTTAA AGAGCGGCAA TACACAGCTT ATTATATGGG CCTGTCTTTT AATATGTATA
ACATTGCTGT TTATCGGAAT ATACAGGTAC GACAAAAAAA TGATGGTGCC TTTGGCCGGA
CTTATATTCC AGTACGTACC ATGGATTGCC GTCCCCAGAA TAGCATTTAT ATATCACTAT
TTCTCCATTG TACCGTTTTT AATACTGTTA ATTGTTTATG TCATTAAAAA AGCTGCCGAT
AAACATAGTG GCGTAAAATA TTTCGCATGT GTTTACCTTG GAATTGTTAT GGCTCTGTTT
ATACTCTTCT ATCCTGGATT GTCAGGACTT GAAGTACCTA CATCTTATAT GAGATATCTT
AAATGGTTTA ACACATGGTA TTTCTAA
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| Protein sequence | MSKKLFKVCL ILLISIQFIF SSPVFAESEN LVKNPGFEEG NDESVYFWQT HCWEKAEGVT
EFFIDESVYH SGGKSACIVN HSENDSRYMQ PIKVKGDTYY RLSCWVKTEN VGTKTKGANI
SIEGSLDTSR DIRETSDNWE YLELYGKTSP NQETFTLTIG LGGYGNTNTG KIWIDDVEVV
ELESLPAGKT AINLDPKYTG GNQNTSENTG GKIFMIFIAL IFFLILLAVI FVIFFKDKMP
GFNAKAAQTD KPAAKKNQKD NDEKWIKVKF DKIDFIIMGV MTLVYLCVAL YNLGDFKVPT
TSWEPTLPGE YFTVDLGKEA TLSRIYYYCG LGSNKYNPFS KLRVEYLNEN QEFEYLATID
KKELQDIFKW KYVDTAPVTT TQLKFIVDST GGAFNEIAIV EQNSKEPLKN IKIIDSVLED
ESKATIGNLF DEPDKFAFKP SYMNGMYFDE IYHARTAFEH IHRMSPYETT HPPLGKIFIA
LGILVFGMVP FGWRIVGTLF GVAMVPVMYM FGKKVFHDRF YAFCTAFLMM FDFMHFSQTR
IATIDSYVTL FVILMYYHMY DYFINKSYNT TLKESLKPLF LSGLFFGLGA ASKWIAIYGA
AGLALLFFVN KGTEFWEYRK ISTGKSKKKP LWIGDYPSNL GITIGACVLF FIIIPLVIYI
LSYIPYMLVP GDNKGITVFI ENSKHMFEYH SKLEAEHPYQ SAWWEWPIMA KPMAFYFGSD
LEPGMTSKIF TMGNPAVWWV GLLALLIVAI FALSKVNKNL VVLFTLAATT FGYVALPKTI
FTETLKAQSA ELCWAVIFFA LIAILLVLSK LDTDILITSA VSSVAFGTIL YLFKDIERGD
AYLKSGNTQL IIWACLLICI TLLFIGIYRY DKKMMVPLAG LIFQYVPWIA VPRIAFIYHY
FSIVPFLILL IVYVIKKAAD KHSGVKYFAC VYLGIVMALF ILFYPGLSGL EVPTSYMRYL
KWFNTWYF
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