| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Cthe_0239 |
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| Symbol | |
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| ID | 4808587 |
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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 | 287571 |
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| End bp | 290726 |
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| Gene Length | 3156 bp |
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| Protein Length | 1051 aa |
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| Translation table | 11 |
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| GC content | 44% |
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| IMG OID | 640105651 |
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| Product | cellulosome enzyme, dockerin type I |
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| Protein accession | YP_001036671 |
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| Protein GI | 125972761 |
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| COG category | |
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| COG ID | |
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| TIGRFAM ID | [TIGR02543] Listeria/Bacterioides repeat |
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Plasmid Coverage information |
| Num covering plasmid clones | 14 |
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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 | ATGAAAAAAG TCATATCAGG TGCAGTCGTT ATTGCACTGC TTTTTGCAAT AATGATACCT
GCGCGTTACT TTGGAGCTTT TGCCGAGGCG AGCCAGACCC TTTTTATTAA TGAGGTCATG
TCGTCAAACG TGTTCACAAT TCGGGACGGA GATGTTACAG ACCCTAAACA TGGAAGTAAG
GGCGGAGCAT ATTCGGACTG GATTGAAATC TATAATGCCG GCCCTTATGA TGTGGATTTG
ACAGGATACA TTCTTGCCGA CTCTTCGGCA GAGTGGGTAT TCCCGCAGGG GATTGTGCCG
GCAGGAGGGT ATCTTTTGGT TTGGGCGTCT GACAAGAATA TGGTGGCTCA AGACGGCCAG
TTGCACACAA ACTTCAAGCT AAGTGCATCC GGCGAGAACA TAACATTAAA AAAGCCTGAC
GGAACGATTG TTGATTCAGT TGATATTATC GGCCTTGGGG ATGACCAGAG CTATGGAAGA
AAAAGTGACG GTGCGTCAGA GTTTGTTGTT TTCATAAATC CAACCCCCGG TGCCGCAAAT
GTTTATAACG CTCCTGGTAC ATCCACCCTC TTTATCAATG AGGTTATGGC TTCCAATACA
CGTACTATAA GGGACGGAGA TGTGGATGAC CCTAAAGACG GAAGCAAGGG CGGAGCATAT
TCGGATTGGA TTGAAATTTA TAATGCCGGC CCTTATGATG TGGACTTGAC AGGATACATT
CTTGCCGACT CTTCGGCAGA GTGGGTATTC CCGCAGGGGA TTGTGCCGGC AGGAGGGTAC
CTCTTGGTTT GGGCATCTGA CAAGAACAAG GTTGCTACTG ACGGCGGGCT GCATACCAAT
TTCAAAATAA GCTCTTCCGG AGAAGCATTG ACCTTAAAGG ACCCTGACGG CAATGTTATT
GATATTTTGG TGACTATTAA TCTTTTGGAT GACCAAGCCT ATGGAAGAAA AACCGACGGT
TCCTCTGAAC TGGTGTTGTT AAAACCTACA CCCGGAACTG CAAATATTTA TGATCCAAGT
CTTATACCTG TTTCAGAACC TGTTTTTTCT CATCAGGGAG GTTTTTATAC CGGGGCGTTT
AAGCTGGAGC TTACCACAAA TGAGCCCGGA GTTAAGATTT ACTATACCAC GGACGGTTCT
GACCCTGTGC CGGGGAAATC GGGAACCATT GAGTATACTT CCGGCATTAA TATAAAGAGC
AGGAAAGGAG AAGCGAATGT ACTTTCCATG ATTCAGGATA TATCCAACGA CCAGTGGAAC
AGATGGAGAG CACCAAACGG GGAAGTTTTC AAATGTACCA CCATCAAGGC CGTTGCCATA
AGAGACGACG GGGCACGGAG TAAAGTAGTA ACCCACTCAT ATTTTGTAGA TCCTCAAATG
AATACCAGAT ATACACTGCC CGTAATTTCT ATTGTAACCG ACTATGACAA CTTCTTTGAC
AAGTCTACCG GGATTTATGT AAATGGGAAT TATGAGAACA GGGGAAAAGA GTGGGAAAGA
CCGGTACATA TCGAGTACTT TGAAACAGAC GGGAAACTTG GATTCTCCAT GGATATGGGA
CTTAGGATAC ATGGGGGATA CACAAGAAAG TATCCTCAGA AGTCTTTCCG TTTGTATGCT
GACCACAATA ATGATATTGG CGAGATCAAA TATGAGATTT TCCCGGGACT TAGAGGAACG
GGAACAGGTA AAAAAATAAA GAGTTTTGAA CGCCTGATTT TGAGGAATGC GGGAAATGAC
TGGACAGGTG CTCTTTTCAG GGATGAAATG ATGCAAAGTC TCGTTTCCCA CCTGAAAATA
GACACCCAGG CTTTCAGACC GTGTATTGTA TTCCTGAATG GAGAGTATTG GGGAATATAT
CATATTCGTG AACGTTATGA CGATAAATAT CTTAAATCAC ATTATGGCCT TGATGATGAC
AAAGTTGCAA TACTTGACGT TTACCAGACT CCCGAAGTCC AGGAAGGCGA TTCCTCGGAT
GTCCTGGCAT ATACAAATGA TGTAATAAAT TATTTAAAAA CCCATTCCAT AACTGAAAAA
AGCACATATG ATTATATTAA AACAAAGATC GACATAGAAA ACTATATCGA TTATTATGTA
GCTCAGATAT TCTTCGGAAA TACGGACTGG CCCGGAAACA ATGTAAGCAT ATGGAGATAC
AAGACGGATG ACGGCCAATA TCATCCGGAA GCTCCTTACG GTCAGGACGG AAGATGGAGG
TGGATGCTGA AAGATACTGA TTTTGGCTTT GGTTTGTACG GAAAAAGTCC GTCACACAAC
ACCCTTGCTT TTGCAGCCGG TGATATACGC GAAGGTCAAG CCAATGAGGA GTGGGCGGTA
TTTCTTTTCA AGACTCTTCT TAAAAATGAA GAGTTCAGGA ATGAGTTTAT AAACCGTTTT
GCCGACCAGT TGAATACTTC GTTTGTACCG TCAAGAGTGA TTTCAATTAT TGATGATATT
GTTGCAACTT TGGAACCGGA GATGAAAGAG CATACGGACC GTTGGCCGTT TATTAAATTG
ACAGCCACCA GCCCGTGGGA TACAACCTGG AGCCAGGAAG TAAACAGAAT CAGAAATTAT
GCCAACAGCC GTCCGTCATA TGTAAGGCAG CATATATTGA GCAAGTTCCG CAATAATGGT
GTAACGGGTA CTGCTCTTGT TACTTTGAAC ACTGATTCGA CCCGGGGACA CATAAGGATT
AATTCCATTG ACATAGTATC AGATACTCCG GCAGTTACAA ATCCTAATCG CTGGAGCGGT
ACTTACTTCA AGGGAGTTCC CATAACGCTA AAGGCGATAC CAAAAGAAGG CTATGTGTTT
GACCACTGGG AGGGTATAAA CGGATCCGTT GAGGCATCAT CGGATACGAT AACAGTCAAC
CTTTCGAATG ATTTGAACGT TACAGCGGTA TTCAGGCCTG AAAATGAAAC TCCCGATCCT
GAAATTTTGT ATGGTGACTA TAATGGGGAT GGAGCGGTTA ACTCCACAGA CTTGTTGGCA
TGTAAAAGGT ATCTGCTTTA TGCTTTGAAA CCGGAGCAGA TAAATGTTAT TGCAGGGGAT
CTTGACGGCA ATGGAAAGAT TAACTCGACT GACTATGCAT ATCTTAAGAG ATATTTGTTA
AAGCAGATAG ATAAGTTCCC GGTACAGTTG AAGTAA
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| Protein sequence | MKKVISGAVV IALLFAIMIP ARYFGAFAEA SQTLFINEVM SSNVFTIRDG DVTDPKHGSK
GGAYSDWIEI YNAGPYDVDL TGYILADSSA EWVFPQGIVP AGGYLLVWAS DKNMVAQDGQ
LHTNFKLSAS GENITLKKPD GTIVDSVDII GLGDDQSYGR KSDGASEFVV FINPTPGAAN
VYNAPGTSTL FINEVMASNT RTIRDGDVDD PKDGSKGGAY SDWIEIYNAG PYDVDLTGYI
LADSSAEWVF PQGIVPAGGY LLVWASDKNK VATDGGLHTN FKISSSGEAL TLKDPDGNVI
DILVTINLLD DQAYGRKTDG SSELVLLKPT PGTANIYDPS LIPVSEPVFS HQGGFYTGAF
KLELTTNEPG VKIYYTTDGS DPVPGKSGTI EYTSGINIKS RKGEANVLSM IQDISNDQWN
RWRAPNGEVF KCTTIKAVAI RDDGARSKVV THSYFVDPQM NTRYTLPVIS IVTDYDNFFD
KSTGIYVNGN YENRGKEWER PVHIEYFETD GKLGFSMDMG LRIHGGYTRK YPQKSFRLYA
DHNNDIGEIK YEIFPGLRGT GTGKKIKSFE RLILRNAGND WTGALFRDEM MQSLVSHLKI
DTQAFRPCIV FLNGEYWGIY HIRERYDDKY LKSHYGLDDD KVAILDVYQT PEVQEGDSSD
VLAYTNDVIN YLKTHSITEK STYDYIKTKI DIENYIDYYV AQIFFGNTDW PGNNVSIWRY
KTDDGQYHPE APYGQDGRWR WMLKDTDFGF GLYGKSPSHN TLAFAAGDIR EGQANEEWAV
FLFKTLLKNE EFRNEFINRF ADQLNTSFVP SRVISIIDDI VATLEPEMKE HTDRWPFIKL
TATSPWDTTW SQEVNRIRNY ANSRPSYVRQ HILSKFRNNG VTGTALVTLN TDSTRGHIRI
NSIDIVSDTP AVTNPNRWSG TYFKGVPITL KAIPKEGYVF DHWEGINGSV EASSDTITVN
LSNDLNVTAV FRPENETPDP EILYGDYNGD GAVNSTDLLA CKRYLLYALK PEQINVIAGD
LDGNGKINST DYAYLKRYLL KQIDKFPVQL K
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