| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Cthe_1141 |
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| Symbol | |
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| ID | 4810809 |
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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 | 1354697 |
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| End bp | 1358758 |
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| Gene Length | 4062 bp |
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| Protein Length | 1353 aa |
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| Translation table | 11 |
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| GC content | 36% |
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| IMG OID | 640106563 |
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| Product | hypothetical protein |
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| Protein accession | YP_001037566 |
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| Protein GI | 125973656 |
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| COG category | |
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| COG ID | |
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| TIGRFAM ID | |
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Plasmid Coverage information |
| Num covering plasmid clones | 1 |
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| Plasmid unclonability p-value | 0.485146 |
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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 | ATGTCTATAT GGGCTCCTTT CGGTACCAGT GATTTTCCTT TAAATCAGCC GATGGTAGGG
CAGAAAGAGT TTTATGAAAT TTTCAAAGGC TTTACGAAGA CTATGAAAAG TGCAGGGATG
GCAACTATTT TCCCGCTGAT TTCAAAGTGG GGTGTAGGTA AATCCCGTAT CGGTTTCGAA
CTTATTTCAG AACCTCTTGG CATGGATAAG GGCTGGATTA TTAATGAAGA TGGCGTACAA
AAGGAAGTGA GAATTTTTAA GCCGAATTTC GAAGATAAGG TTCTTCCATT ATACATAAGG
TATTCCCAAA TGTGCCATCC TGATTTAATT GGAGATAACT GGGTGGCTTA CGGCATTTAT
ACAGCGCTGT CCTATTTAAG CAGAGAATCC GATGGAAGCA TTCAAGGAAA GATTATGGAA
GCCATTCAAG ATGCCTTATC TCCTGTAGGG TTTGATAGAA ACATCCTTGG AGATTTACTG
CAAGTAGACA GGGTAAATTT AAATGAACTG GTTATAAACA AAGAGAAGTT GGATGAATTA
ACCAGAAAAG GAATGGAGTA TGTTAAGCAA TTCGGGATTG AACATTTTCT TATTGTCTGC
GATGAATTAG AAACAGCGGG GGAAATTGCA AAGTATGGAA TTGAAAAAGA GAAGGAACTG
GTAAACAAAA TAGATGGAGA AGCAATTCAG GTAATTACAA GTGCTATAAA ACATGAAGAC
CCGAGAAAGA AATATCCAGA GGTTTCCTAT CTTCTTTTGT GTTCTACAGT TATAGGAGGT
AGTATCCAGG GGATAGGTGC TTTAGACAGA AGAACGGAAA TGTATGAAAT GCTTCAGAAT
TCCTTTGCAG ATATATCGGA TTATATCGCT TATCTTAACA AGAAGGGCAT GATACCCGAT
TATCCAAAAG GACTGATAGA AGCAGCCTAT ACCATTGCAG GAGGTAATTT TGGCTGGTTT
AACGTTATTA TGTATAACGT AGACCAAAAG ATGGAAGACA GTTCTGTCAA AAAAGAAACA
GGATATATTT TTGAAGCCAT ATTAAACTCC AGCAACCGCT TTAAAGAAAG TTTGATTGAT
AAACCTGCTT TTGACTATAT TCAGTGTGAT GATAGATTCA GGCAGACTAT TAAGCATGCT
CTTTTAGAGC AAATCCCTAA GAAGAAAACA AACTATTCTC CTGAAGAAAT AAATGCCATG
ATGGATGCAA AGGCAGAAGA TGGCGAAAAG TTATTCAAAG AGTTTTACTG TGTGAAATTA
GAAAAGGATG ATTTGGCGGT TTACCTCAAT TCTCAAGGCT ACAAAAGAGA AACGGGAGAT
ATATTTGTTA ATAATTTTGG AAGCAGTTTT GATTTAGGCA TACTTTTGAG AAGCCTAAAA
ACTTTTTCTC TCAATGTAAA AGAAAATGAG TATATTGTGG GGAAGGAAGA AGAAACATTT
TTAGACCAGG TCAGGATGTT GTATCCGAAG GATGATATTG AAGAATCAGC AAGATATATC
TATGGATATA TCCTTGAAAA AATAGAAAAA GAAGATATAA AAGAAGCAGA ATATATCGGA
CCAAACTTTG CCTATTTAAG CCGCCTTGAT AAAAGGTATA GAGTAGAAAA AGATGATTTT
GGTTACGTTC CAGATACTGA AAAAAACAAA GAGATTGAAG CGTTAATAAA AGAAAGAAGC
AAAAATAGAA AAGAGGAAGT AAAAAGGGTT CTTTCAGGTG CCTGCAGGGC ATTGGAAATA
AACTACCCAG AAGAAAGTTT CTATACCATC AATGGCGTTG AATGTGTCAG GACCAAGGTA
GAAGGAGGAC CTTATCTTGA TGTTCACGAG GACAGAATAG TAGATATTAT CTGGGGCAAG
GATGAAGATA GATTAAAAGA TGCACTGTTA GATAGCAGAC TTTTAAAAGA AGGAGTTCAT
CCTGTTATTG TAATCTCTGA TTCTGTTATT AGTGCAGAGT ACACCGATAA ATTTGTAAAA
GAAAAGTATG AAGGCATAGG AAAGTGCTTG ATATTTGTCA ATATAACCAG ACTTCAAAAG
GATATTTTAG AGGTCATGTC CATAGATAAG GACATATTGG ATATAAGGGA GAACAGGAAT
GTTATTACTT CTACCTTTAG GGATAGAATC AGAAAAATCA GGGACCATTT TAATTTAAAG
GCAAGAGAAT GGTTTGAAAA GTTAGATGAG GAAGGCTGGA TATTAAGACC TATCATCTAC
AAGAAACATG ATGAGAAACA AATAGTGCTG CTGTCAAAGG CTTATAAGCG AATGCTCATC
CACAACCTTG ATTTTGAGGA ACTTGGAAGC AAAAAAGATG TGAGATTGTC TGATGCAGAA
TATACGGAGT TAAAGAACGT TTTAAAATCA ACCGCCATAG GCAGAATGAA TGAGGGAAAA
GGATATAAGG AAACAGGTTT ATTCATTCAT GAGGATGAAA ATAGATACAG CATAAATATA
CCCGCATGTA TGAACAGAAT ACTGAAGTTT AATGGAAACA GCAATAAATC TATGGCTGAT
TACAGCAATA AATTTTTCTT CAGCCTTATA CACGAGGTAA AGCCGAAACG CATTCTAGAA
CAGTGGATAG AGTTTATGAT GGGGCTAAAT CTTTTGCTAA AAACCAAGGA CGGTTTTATC
GAGAGAATAT CCAATTATGA GTTGGACGGC AGGTATTCTG TAGTTAAAAA ATGGCTGGAA
GATGACTGCA AAAAAGAAAT TGACAGCATG AAGAAGGTTA TAAACGGTCC TTATTTGGAT
GTCCTTGAGA AGAATCAGGT ACCTTATTAT AAAGTACAAC TTCAAGAGGC TGAAAAAATT
AAGGACAGCA TTAATGTTGA TAAGTTATCA GAAAAAGATA ATAAGAATAT GGAAAACTTC
AGAGATGTTA TTTCGAAGAT TGAGGAATTC CTGGAGATTT GCTACCAAGT ATATGACAGT
GATGGATGGA ATAACATCAA AACCTATAAT CCAAACATCA TAAAGGATAT TAAAATTGAT
GATAAGGAGA AGCCTTTGTG GTTTAGGGTA AGGCATATAA GATTGTTTAT AGACTATATT
AATACCTTAA AGGACCCAGC AGTAAAGAGC ATTACGGATA AAATTGCAGA AATCAAGAAA
AATTGTGAGT ATGGCGGATT CATGCTTCCT ATTTCTCCGA TAACGAATAT ACTGCAAAAG
TATTGTAATG AACTGGAGAA CTCAACTGAT TATGAAAAGA TGACTATATC GGGTACAGGG
ACTATGGTTT CCTATATAAA TACATTAGCA TATAAGTTAA AAGATGGAGA TTTTAGTGGA
GCATATAAGC GAATTGAAGA AATTCTTGAT GCCTGCGGAT TAGAGCCTAT TGAGAACAAT
GAGTTAAAGT GGGCTAATGA TAGAGGAATA ATAGGTGAGT ATAAGGCTAT TTATAAGAAT
TTTACTTCTA TCATTGACTG TTATAAGAAA TTACCTGAAA GCAAAAGGTG GGTTGATTAT
TTTTCGGATG CACCAGAAAA ATTAAGGAAT CATACCGAGG TGAAGAATTT AAGCAACTGT
ATTAAGGAAA TAGAGTTATT TGTTAACGGC GGTCTTGAAC AAGAGATTGA AGATAACGAG
CCTGTTATGC TGAGTAAACC TGATGAATTT TTGGCGCTTC TTAAAAAGAG GGTAGAAGAT
ATGCAGCAGT ATGTAGGGCT TATTGAAGGC TATAAAACAA ATGTAATGAA TTTAGCAAGG
ACAAAGAAGA ATGAGTTTTA TGATAATTTG CTGATAAGTA CCATAGATAA GATATGCAGA
GTACAGGGGA AACCTCCCGT ATCCGCACAG ATAAATACGG AAGAGTATCC AAAAGAGGAA
ACTTATGCTG CCACAAAAGA AGCGATACAG AATAAAATGA ATTTGCTTGC AAGTGAAGGT
GAATCATTCT TTAAAAACTC ACCATTGATT AAGAAAACTA CCTTTAGTTT CTTTAAGCAC
GTAGTAGAAA AGGATGGGGA TATTAACTGG GATGACTACC TTGAGGAAAA GCGTGAGTTA
GAATCGGTGA AACTCATTCG GACAAAGGTT GAGGTACTGT GA
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| Protein sequence | MSIWAPFGTS DFPLNQPMVG QKEFYEIFKG FTKTMKSAGM ATIFPLISKW GVGKSRIGFE
LISEPLGMDK GWIINEDGVQ KEVRIFKPNF EDKVLPLYIR YSQMCHPDLI GDNWVAYGIY
TALSYLSRES DGSIQGKIME AIQDALSPVG FDRNILGDLL QVDRVNLNEL VINKEKLDEL
TRKGMEYVKQ FGIEHFLIVC DELETAGEIA KYGIEKEKEL VNKIDGEAIQ VITSAIKHED
PRKKYPEVSY LLLCSTVIGG SIQGIGALDR RTEMYEMLQN SFADISDYIA YLNKKGMIPD
YPKGLIEAAY TIAGGNFGWF NVIMYNVDQK MEDSSVKKET GYIFEAILNS SNRFKESLID
KPAFDYIQCD DRFRQTIKHA LLEQIPKKKT NYSPEEINAM MDAKAEDGEK LFKEFYCVKL
EKDDLAVYLN SQGYKRETGD IFVNNFGSSF DLGILLRSLK TFSLNVKENE YIVGKEEETF
LDQVRMLYPK DDIEESARYI YGYILEKIEK EDIKEAEYIG PNFAYLSRLD KRYRVEKDDF
GYVPDTEKNK EIEALIKERS KNRKEEVKRV LSGACRALEI NYPEESFYTI NGVECVRTKV
EGGPYLDVHE DRIVDIIWGK DEDRLKDALL DSRLLKEGVH PVIVISDSVI SAEYTDKFVK
EKYEGIGKCL IFVNITRLQK DILEVMSIDK DILDIRENRN VITSTFRDRI RKIRDHFNLK
AREWFEKLDE EGWILRPIIY KKHDEKQIVL LSKAYKRMLI HNLDFEELGS KKDVRLSDAE
YTELKNVLKS TAIGRMNEGK GYKETGLFIH EDENRYSINI PACMNRILKF NGNSNKSMAD
YSNKFFFSLI HEVKPKRILE QWIEFMMGLN LLLKTKDGFI ERISNYELDG RYSVVKKWLE
DDCKKEIDSM KKVINGPYLD VLEKNQVPYY KVQLQEAEKI KDSINVDKLS EKDNKNMENF
RDVISKIEEF LEICYQVYDS DGWNNIKTYN PNIIKDIKID DKEKPLWFRV RHIRLFIDYI
NTLKDPAVKS ITDKIAEIKK NCEYGGFMLP ISPITNILQK YCNELENSTD YEKMTISGTG
TMVSYINTLA YKLKDGDFSG AYKRIEEILD ACGLEPIENN ELKWANDRGI IGEYKAIYKN
FTSIIDCYKK LPESKRWVDY FSDAPEKLRN HTEVKNLSNC IKEIELFVNG GLEQEIEDNE
PVMLSKPDEF LALLKKRVED MQQYVGLIEG YKTNVMNLAR TKKNEFYDNL LISTIDKICR
VQGKPPVSAQ INTEEYPKEE TYAATKEAIQ NKMNLLASEG ESFFKNSPLI KKTTFSFFKH
VVEKDGDINW DDYLEEKREL ESVKLIRTKV EVL
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