| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Cthe_0040 |
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| Symbol | |
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| ID | 4808805 |
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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 | 49460 |
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| End bp | 52123 |
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| Gene Length | 2664 bp |
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| Protein Length | 887 aa |
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| Translation table | 11 |
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| GC content | 44% |
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| IMG OID | 640105449 |
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| Product | cellulose 1,4-beta-cellobiosidase |
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| Protein accession | YP_001036474 |
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| Protein GI | 125972564 |
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| COG category | |
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| COG ID | |
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| TIGRFAM ID | |
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| 
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Plasmid Coverage information |
| Num covering plasmid clones | 10 |
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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 | ATGAGGCTGG TTAACAGTTT GGGAAGAAGA AAAATTCTTT TGATACTTGC TGTTATTGTA
GCTTTCAGCA CTGTTCTGTT GTTTGCAAAG CTATGGGGGC GAAAGACTTC AAGTACTTTG
GATGAGGTTG GTTCAAAAAC TCATGGTGAT TTGACGGCAG AAAATAAAAA CGGCGGATAT
TTACCAGAGG AAGAGATTCC AGATCAGCCT CCGGCAACCG GGGCCTTCAA CTACGGTGAA
GCGTTGCAAA AAGCAATTTT TTTCTATGAG TGTCAAAGAT CCGGAAAGCT CGATCCCTCA
ACTCTTCGCC TAAATTGGCG GGGAGATTCG GGACTGGATG ACGGAAAAGA TGCAGGAATT
GATCTTACCG GCGGATGGTA TGATGCGGGA GATCACGTAA AATTTAATTT GCCCATGTCT
TATTCGGCGG CTATGCTGGG GTGGGCGGTG TATGAATATG AAGATGCGTT TAAACAGAGT
GGACAGTATA ACCACATATT GAATAACATA AAATGGGCTT GTGATTATTT TATAAAATGT
CATCCGGAAA AGGATGTGTA CTATTACCAG GTGGGCGACG GTCATGCTGA CCATGCGTGG
TGGGGTCCTG CCGAAGTAAT GCCTATGGAA AGGCCGTCGT ACAAAGTTGA CAGGTCATCG
CCGGGTTCCA CGGTTGTGGC AGAGACGTCG GCAGCTTTAG CTATAGCATC GATAATATTT
AAGAAAGTGG ATGGTGAATA CTCGAAAGAA TGTTTAAAGC ATGCAAAAGA ACTGTTTGAA
TTTGCGGACA CCACAAAAAG CGATGATGGG TACACTGCAG CCAATGGTTT TTATAATTCA
TGGAGCGGAT TTTATGATGA GCTTTCCTGG GCAGCTGTAT GGCTTTATCT TGCTACCAAT
GATTCTTCAT ATTTGGATAA AGCGGAAAGT TATTCTGACA AATGGGGTTA TGAGCCACAG
ACGAACATAC CGAAGTATAA GTGGGCTCAA TGCTGGGATG ATGTGACTTA TGGCACTTAT
CTTCTTTTGG CCAGGATTAA AAATGACAAC GGAAAATATA AAGAAGCGAT AGAAAGGCAT
CTTGATTGGT GGACAACCGG ATACAACGGT GAAAGAATTA CATATACTCC GAAGGGACTT
GCATGGCTCG ACCAGTGGGG ATCATTGAGG TATGCAACCA CAACGGCATT TCTGGCATGT
GTTTATTCCG ATTGGGAGAA CGGTGATAAG GAAAAAGCAA AAACTTATCT GGAGTTTGCA
AGAAGCCAGG CGGATTATGC TTTGGGAAGC ACGGGAAGAA GCTTTGTTGT GGGTTTTGGA
GAAAATCCAC CGAAAAGGCC CCATCACAGA ACTGCTCACG GTTCATGGGC GGACAGTCAG
ATGGAGCCTC CCGAACACAG GCATGTTCTT TATGGTGCCC TTGTGGGAGG ACCTGACAGC
ACGGACAACT ACACCGACGA CATCAGTAAT TACACCTGCA ATGAAGTTGC CTGTGACTAT
AATGCAGGTT TTGTGGGACT GCTTGCAAAA ATGTACAAGC TTTATGGCGG AAGTCCCGAT
CCCAAATTTA ACGGTATAGA AGAAGTTCCG GAGGATGAAA TATTCGTTGA AGCCGGTGTG
AATGCATCGG GAAACAATTT CATTGAAATA AAAGCGATAG TTAATAATAA ATCGGGCTGG
CCTGCAAGAG TATGTGAGAA TTTATCCTTT AGATATTTTA TCAACATTGA AGAGATTGTG
AATGCGGGAA AAAGTGCAAG CGACCTGCAA GTGAGCTCCA GCTACAATCA GGGGGCAAAA
CTGTCCGATG TAAAGCACTA CAAGGACAAT ATTTATTATG TGGAAGTGGA TTTGTCGGGG
ACAAAAATAT ATCCCGGGGG ACAATCGGCA TACAAGAAGG AAGTGCAGTT TAGAATTTCC
GCGCCGGAGG GCACGGTGTT TAATCCGGAA AACGACTATT CCTATCAGGG ACTTTCGGCA
GGTACGGTTG TAAAGTCTGA GTATATTCCG GTATATGATG CCGGGGTGCT GGTATTTGGA
AGGGAACCGG GCTCAGCATC GAAAAGCACG TCTAAAGACA ATGGTTTGTC CAAGGCAACT
CCCACGGTGA AAACTGAATC TCAGCCGACA GCAAAACACA CTCAAAATCC TGCCTCAGAC
TTTAAAACTC CAGCCAATCA GAACAGTGTA AAAAAAGACC AAGGCATAAA AGGAGAAGTG
GTATTACAGT ACGCAAACGG GAATGCAGGT GCTACGTCAA ACAGTATTAA TCCGAGGTTT
AAAATAATTA ACAACGGTAC AAAAGCCATA AATTTGTCCG ATGTCAAGAT TAGATATTAT
TACACAAAAG AAGGGGGCGC ATCTCAAAAC TTCTGGTGTG ATTGGAGCAG TGCCGGCAAT
TCAAATGTTA CAGGAAACTT CTTTAATCTT TCTTCACCGA AAGAAGGAGC GGACACCTGT
CTTGAAGTTG GTTTCGGAAG TGGGGCCGGA ACCCTTGATC CTGGTGGAAG CGTTGAAGTA
CAGATAAGGT TTTCAAAGGA AGACTGGTCA AACTATAACC AGTCAAACGA TTATTCTTTC
AATCCGTCTG CTTCCGATTA TACGGATTGG AACAGGGTGA CGTTGTATAT TTCAAACAAG
CTTGTTTACG GCAAAGAACC TTGA
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| Protein sequence | MRLVNSLGRR KILLILAVIV AFSTVLLFAK LWGRKTSSTL DEVGSKTHGD LTAENKNGGY
LPEEEIPDQP PATGAFNYGE ALQKAIFFYE CQRSGKLDPS TLRLNWRGDS GLDDGKDAGI
DLTGGWYDAG DHVKFNLPMS YSAAMLGWAV YEYEDAFKQS GQYNHILNNI KWACDYFIKC
HPEKDVYYYQ VGDGHADHAW WGPAEVMPME RPSYKVDRSS PGSTVVAETS AALAIASIIF
KKVDGEYSKE CLKHAKELFE FADTTKSDDG YTAANGFYNS WSGFYDELSW AAVWLYLATN
DSSYLDKAES YSDKWGYEPQ TNIPKYKWAQ CWDDVTYGTY LLLARIKNDN GKYKEAIERH
LDWWTTGYNG ERITYTPKGL AWLDQWGSLR YATTTAFLAC VYSDWENGDK EKAKTYLEFA
RSQADYALGS TGRSFVVGFG ENPPKRPHHR TAHGSWADSQ MEPPEHRHVL YGALVGGPDS
TDNYTDDISN YTCNEVACDY NAGFVGLLAK MYKLYGGSPD PKFNGIEEVP EDEIFVEAGV
NASGNNFIEI KAIVNNKSGW PARVCENLSF RYFINIEEIV NAGKSASDLQ VSSSYNQGAK
LSDVKHYKDN IYYVEVDLSG TKIYPGGQSA YKKEVQFRIS APEGTVFNPE NDYSYQGLSA
GTVVKSEYIP VYDAGVLVFG REPGSASKST SKDNGLSKAT PTVKTESQPT AKHTQNPASD
FKTPANQNSV KKDQGIKGEV VLQYANGNAG ATSNSINPRF KIINNGTKAI NLSDVKIRYY
YTKEGGASQN FWCDWSSAGN SNVTGNFFNL SSPKEGADTC LEVGFGSGAG TLDPGGSVEV
QIRFSKEDWS NYNQSNDYSF NPSASDYTDW NRVTLYISNK LVYGKEP
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