| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Cthe_1904 |
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| Symbol | |
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| ID | 4810762 |
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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 | 2256831 |
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| End bp | 2262332 |
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| Gene Length | 5502 bp |
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| Protein Length | 1833 aa |
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| Translation table | 11 |
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| GC content | 38% |
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| IMG OID | 640107321 |
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| Product | amino acid adenylation domain-containing protein |
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| Protein accession | YP_001038316 |
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| Protein GI | 125974406 |
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| COG category | [Q] Secondary metabolites biosynthesis, transport and catabolism |
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| COG ID | [COG1020] Non-ribosomal peptide synthetase modules and related proteins
[COG3208] Predicted thioesterase involved in non-ribosomal peptide biosynthesis |
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| TIGRFAM ID | [TIGR01733] amino acid adenylation domain |
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Plasmid Coverage information |
| Num covering plasmid clones | 0 |
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| Plasmid unclonability p-value | 0.844763 |
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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 | ATGCAGTTAT TAAAAAAGCA AAATAACAAA AGAGAAATTC AGAATGAAGA AGACAAAATA
ACTTTGTGTC ATAGAGAAAA AGGATGTATC AATTATTTTC CGCTGTCTTA TTTTCAACAA
GGGTTGTGGT TTATAAACCA GTTAGACCCG AACAATTCTT CATATAACAT TCCGTTAGCC
TACAGACTTG TTGGGACACT TAATAAAGAA GCATTGAAAA AATCTCTCGA AATAATAATT
AACAGACATG AAGTGTTACG TACAACTTTT CAGGAAATAA ACGGAGAACC GTTTCAAGTA
ATTAGCCCGT ATTCTAAGGT TGAGTTGAAT ATTATAGATA TTTCGCACAT TACCGGGGAA
GACTGTGAAA AACTTGCACT TGAAAGTGCC CGGAATGAAG CAAACCGGTT GTTTGACCTG
ACTAAAGGAC CGCTCATCCG GTTTCTGTTG ATTTGCAAAT CTCAAACTGA ACATATTTTT
GTAGTTACTG TTCACCATAT TATTTTCGAT GGATGGTCTA CCGGTATTTT CTGCAATGAG
CTGTCGGAGA TATATAATGC ACTCATTTCG GGTAGAGAAT ATAATTTACC CCAACTCGAA
GTGCAGTATG CAGATTATGT CGTATGGCAG CATAAAAAAC TTAATAATGA AGTTATCGAA
AAGCAATTAA CTTATTGGAG ACAAAAGTTG ACCGGGAATG TCCAAGTTAT TGAGCTTCCT
ACCGACAGGC CAAGACCCAG TATAAAAACT GTGCGGGGTG GTGCCTTACC TTTTGAATTG
TCGCCTGCTC TTAGTAAAGA AATTAAGATT TTGACTGTCA GGAAAAGATG CACTTTGTTT
ATGACATTAC TGGCAGCTTT TAAAACATTG CTTTACAGAT ACACCTGCCA GGATAATATA
ACTGTAGGTA CGCCGATAGG CAATAGGAGT CAATTGGATT GCGAGAAGTT GATGGGGTTG
TTTATTAACA CATTGGTTTT ATGTACAAAA ACAGGTGATG ACCCATCGTT TTCGGATTTA
TTGGAACGTG TTCGAAATGT TACATTGGAA GCTTACGAAA ATCAGGATAT TCCCTTCCAG
AAATTAGTGG AGGAACTTAA ACCTGAGAGG GATTTGAGTC GTAACGTATT TTATCAAGTA
ATGTTTAACT TCAGTGACAT GTCAAAAGTG TGTATGCGGC TGGAAGGACT GGAAGTATCC
CCTTTTGAGC TCGGCGGAAG TACAGCCAAT GTTGATTTAC AGTTGTATGT TTGGCAGGAA
GGTGAAGTTA TAAAGGGATA TTTTGAGTAT AACAAGGACT TATTTGATGA AAGTACAATT
AAACGCCTTA TTGAACAGTA TAAAGTTTTA TTACAGGGAG TGGTAAATGA TCCTGAACGG
CACCTAAGTG AACTCCCGAT ATTGCCTTTG GAAGAGAAAA ATAAAGTACT TTACGAATGG
AATGATAATG ATGTAGCATA CCCTCACATC AACGGACTCC ATAAGTTTTT CGAACGACAG
GTAGAGAAAA CACCAGATTC TCCGGCTGTT TTTTTTGAGA ATGAATATTG CACCTATCAA
GAACTTAATG AGAGAGCAAA TCAGCTTGCG CATTATTTAA TTAACATAGG TGCTAAAAAG
AACACAGCTA TTGGCCTTTT CCTTGATAGA TCCATTGATA TGATTGTTGG CATGTTTGGA
ATTATGAAGT CAGGAGCAGC TTATGTTCCG CTTGATATAA AATATCCTTC GGATAGAATT
GCAGCTATTT TAAAAGAGGC AGGGATAAAA ATTTTAATAA CTCAAGATGA TTTACTGTCA
GACGTTCCTC AAATGGAAGG GCTTAATGTA ATCTGTATTG ACAGGGAACA GAAAAAAATC
TGCAGCTTCA GTAAAGAGAA CCCTTCTGTT GAAGTGTCCA ATAATGATTT GTTATATATC
CTTTTTACAT CAGGAACTAC GGGAAAACCT AAGGGCGTAC TGGTAGAACA CAGGTGTTAT
ATAAATTATA TACAGGGGAT TATAAGAAAA CTTGAAATAG ACTCACCGCT AAATTTTGCT
ATAGTTTCAA GTTTTGCGGC TGATTTGGGT ACTACTAATA TTTTTATACC GCTTTTTACA
GGAGGACAGT TGCATATTTT GTCTTATGAG AGAGCTACGG ATCCTGAAAA ATTTTTAGAT
TATTTCAGAA AACATAAGAT CGATGCAATG AAACTGGTTC CAAGTCATTT TGAAGCTTTG
AAAACAGTAC AAAACTTTGA AGATATTATA CCCGGTAAAA GACTTGTTTT TGCAGGCGAA
GCTTGTTCAT GGGAACTTAT AGAAGAAGTT CGCAGATTAA ATCCGAGTTG TATGATACAG
AATCACTATG GGCCAACAGA AACTACAGTT TCAGCATTGG CTTACCTGGT TCCTGATGAA
CTGCCGCAAC ATGCCGGAAG TGTTGTGCCT ATAGGACGTC CTTTGCCCAA TGTAAAAGCA
TATGTTCTTG ACAAGCATAG ACAACCGGTT CCTATAGGAG TTGTGGGTGA ACTCTATATC
GGCGGAGCAG GAGTGGCGCG GGGATACATA AATGAACCGG AAATGACGAA GCAAAAGTTT
ATACCGAATC CGTTCCATCC AGGCCCGTCA AGTTATATGT ACCGCACCGG TGATTTGGTA
AGGTATTTAC CGGATGGGAA TATTGAATTT TTAGGAAGAA TTGACCGGCA AATCAAAATA
AGAGGGTACA GAATAGATCC TGAGGAAATC GAACATGCAA TAAAAGAACA TTCCGTTGTT
CGGGATGCTG TAGTTACTGT TAGGGGAAAT TCAGAAAAAA GTAATAAACT GGTAGCTTAT
CTGGTTCTTG ATAAAAAAGC TGAAGGAAAC TTGGATATAT CCGAAATTCG GCGTTATTTA
AAGAAAAAAT TGCCTGAATA TATGAGGCCA TCATCTTTTA CAGTATTGGA TTCCATACCG
CTAAATACCA ATGGAAAAGT GGATTACAAG TCATTGCCTG AACCTAGTGA AGATATTATT
GAAGATGATA ATTATGTAGC TCCGAGAAAT GAATTGGAAG AAAAGATTGC CTCTATATGG
AAGGAAACAT TGGAAATATC CAGAGTAGGG ATTGATGACA ACTTTTTTGA CCTTGGAGGA
GAGTCTTTTA AGGCTATGAG CGTAGTCAGA AAAATTTCTC CTTCACTTAG TGTAATCGAT
TTGTTTAAAT ACCCTACTAT CAGAGAACTT AGCGATTACA TCTCAAACAA GCAAAAAGAA
GAAAAGAGAG AGATTTTGCA TGAACTTACG AAGCATGTTT CAAAAGAGAA AAAACAAATG
AATTTGATTT GTATTCCTTA TGGGGGAGGA AGTGCTGTTG CTTATCAGCC TTTAGCAAAT
GAAATTCCTG AAAACTGGTC ACTGTATGCT GTACAAATAC CGGGACGTGA TTTCAGTCGC
CCACATGAAA AACCGGAGAG CCTTGAAAAG GTTGCTGAAA TGTGCATTTC TGAAATCAAA
GAAAAAGTGA CAGGGCCTAT TGTTCTGTAT GGACAATGTG TTGGGGGAGC TTTGGCTATC
AAACTGGCAT ATATGATGGA AGAGCAGGGA ATGGAGCTGG TTGGTGTAAT TGAGGCTGGA
AACTTTCCTT CGCCACGTCT TCCGGGAAAA TGGTTTGAAT TGTGGTCAAA AATTTTTCCT
AGGGACCGTT GGATATCTAA TCGCTTGTAC AAGGAAATAT TAAAAAGTAT AGGAGCTCCG
ATAGGCGGTT CCAACAATGA AGCAGAACAG GATTTTATTA TAAGAAGTCT TCGCCATGAC
AGCAGAGAGG CGGAAGATTA TTACACTAAG ATGTTTTCAA CTGAAAATTT AAAGAAACTT
AAAGCTCCTA TTACATGTGT TGTGGGAGAA AGAGACCGTA CTACAGAATT TTATCAGGAA
AGATATAAAG AATGGGAACA TTTTAGTAAT TGTGTGAATT TAAGGGTTAT TGAAAATGCA
GGCCACTTTT TCCAGAAACA TCAGGCCGAC ATATTAGCGC AGATTATAGT TGATCAGGTG
GAAAAATGGA AAAATATTAG AAGTTCAGAA TTTGTGGAAG AGGCATTGGA AGAAACGGTA
GATAAAAAGA AGGTAAAAAC TTCTATATTT GACAAAGCAA ATGTAAAACC CAGTATGAAA
TTATTTTTAT TTATTGCCTT AGGGCAAATT GTGTCAATGT TTGGGACAAG CCTTACAGGA
TTTGCATTAG GTTATTGGAT TTATAAAGAA ACAGGGTCTG TATCCTATTA TACTTTAATT
TCAGTTTGTA CTTTACTGCC AAATATTCTT ATCTCTCCTA TTGCCGGTGC AGTCGCAGAC
CGGTGGGATC GACGGAAAAT TATGATTATA TCCGATACTT TTGCTGCGAT GGGTACTTTG
GCGATTGCTT TATTATTGTG GAGCGGTCGG CTTGAAATCT GGCACATTTA TATTTCCACA
ACTATTAGTT CAATTGCAGG CGCGTTTCAG AGACCGGCAT TTTTGGCGGC AATTGCTCAA
ATTACGCCCA AACAGTATCT TGGACAGGCA AACGGAATAG CACAAATGGG TTCTGCGTCA
GGTAGCATGT TGGCGCCTAT AATAGGCGGA ATGCTTGCCT CTTCAATTAA TCTTTATGGA
ATTCTGTTAA TTGATTTTAT ATCTTTCTTG TTTTCGGTGG TGCCTTTATT ATTGGTGGCT
TTCCCGAACT ATATGTTTAA AAAGCGGGAA GAACCTTTCA TAGAAGAAAT AAAAGGTGGA
TGGAATTATA TTATAAAACG AAAATGTTTG ATTATAATGA TAGGTTTCTT TATTGTTACA
AATTTCTTTA TGAGTTTGTC AACTGTTTTG GTTACTCCTG TAGTATTAGC CTTTGCTTCA
GTAGAAACGA TGGGTATTGT TACTTCTGCG AATGGCTTTG GGCTTATAGT AGGATCAATT
ATTATGAGCC TGTGGGGCGG AACAAAAAGA CGTGCAGACG GAATGATTGG ATATGTTATA
CTATCCGGTA TATGCCTGAT TTTGATTGGA ATAAGACCGT CGGTAGTTTT AGCAACAATA
GGTCTTTTCG GATTTGGTCT ATCTATAGCA TTTATCGATA CTCATTGGCA GATTCTTATA
CAGTCTAAAG TGGGGCTTGA ATTACAAGCC AGAGTTTTTT CAATTAATGA AATGTTAGCC
TTTATTATGC GTCCTCTTGC GTTTTTCCTT GCGGGGCCTT TGTCAGATAA AGTATTTGAA
CCGTTCATGG CTGGAGAAGG GAATCTTGCA ACGAAAATCA GCATGATAAT CGGAAGCGGT
GAAGGAAGAG GCATGGGATT AATTCTGGTT TTGTCCGGTA TTATATTGAC TATATGGGGA
ATTATGGGAT TTAATTATCG TCCTTTACGC TTTATGGAAG ATGTATTGCC GGATGCTATA
CCTGATCCTG TTATTTTGAA AGATAAAAAC AAAATTCAGG AGTTGGCTGA TATGCAGTTA
TTAAAAACCA TTCAAAATGA CAGGAAAAGA GCAAAGATTT GA
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| Protein sequence | MQLLKKQNNK REIQNEEDKI TLCHREKGCI NYFPLSYFQQ GLWFINQLDP NNSSYNIPLA
YRLVGTLNKE ALKKSLEIII NRHEVLRTTF QEINGEPFQV ISPYSKVELN IIDISHITGE
DCEKLALESA RNEANRLFDL TKGPLIRFLL ICKSQTEHIF VVTVHHIIFD GWSTGIFCNE
LSEIYNALIS GREYNLPQLE VQYADYVVWQ HKKLNNEVIE KQLTYWRQKL TGNVQVIELP
TDRPRPSIKT VRGGALPFEL SPALSKEIKI LTVRKRCTLF MTLLAAFKTL LYRYTCQDNI
TVGTPIGNRS QLDCEKLMGL FINTLVLCTK TGDDPSFSDL LERVRNVTLE AYENQDIPFQ
KLVEELKPER DLSRNVFYQV MFNFSDMSKV CMRLEGLEVS PFELGGSTAN VDLQLYVWQE
GEVIKGYFEY NKDLFDESTI KRLIEQYKVL LQGVVNDPER HLSELPILPL EEKNKVLYEW
NDNDVAYPHI NGLHKFFERQ VEKTPDSPAV FFENEYCTYQ ELNERANQLA HYLINIGAKK
NTAIGLFLDR SIDMIVGMFG IMKSGAAYVP LDIKYPSDRI AAILKEAGIK ILITQDDLLS
DVPQMEGLNV ICIDREQKKI CSFSKENPSV EVSNNDLLYI LFTSGTTGKP KGVLVEHRCY
INYIQGIIRK LEIDSPLNFA IVSSFAADLG TTNIFIPLFT GGQLHILSYE RATDPEKFLD
YFRKHKIDAM KLVPSHFEAL KTVQNFEDII PGKRLVFAGE ACSWELIEEV RRLNPSCMIQ
NHYGPTETTV SALAYLVPDE LPQHAGSVVP IGRPLPNVKA YVLDKHRQPV PIGVVGELYI
GGAGVARGYI NEPEMTKQKF IPNPFHPGPS SYMYRTGDLV RYLPDGNIEF LGRIDRQIKI
RGYRIDPEEI EHAIKEHSVV RDAVVTVRGN SEKSNKLVAY LVLDKKAEGN LDISEIRRYL
KKKLPEYMRP SSFTVLDSIP LNTNGKVDYK SLPEPSEDII EDDNYVAPRN ELEEKIASIW
KETLEISRVG IDDNFFDLGG ESFKAMSVVR KISPSLSVID LFKYPTIREL SDYISNKQKE
EKREILHELT KHVSKEKKQM NLICIPYGGG SAVAYQPLAN EIPENWSLYA VQIPGRDFSR
PHEKPESLEK VAEMCISEIK EKVTGPIVLY GQCVGGALAI KLAYMMEEQG MELVGVIEAG
NFPSPRLPGK WFELWSKIFP RDRWISNRLY KEILKSIGAP IGGSNNEAEQ DFIIRSLRHD
SREAEDYYTK MFSTENLKKL KAPITCVVGE RDRTTEFYQE RYKEWEHFSN CVNLRVIENA
GHFFQKHQAD ILAQIIVDQV EKWKNIRSSE FVEEALEETV DKKKVKTSIF DKANVKPSMK
LFLFIALGQI VSMFGTSLTG FALGYWIYKE TGSVSYYTLI SVCTLLPNIL ISPIAGAVAD
RWDRRKIMII SDTFAAMGTL AIALLLWSGR LEIWHIYIST TISSIAGAFQ RPAFLAAIAQ
ITPKQYLGQA NGIAQMGSAS GSMLAPIIGG MLASSINLYG ILLIDFISFL FSVVPLLLVA
FPNYMFKKRE EPFIEEIKGG WNYIIKRKCL IIMIGFFIVT NFFMSLSTVL VTPVVLAFAS
VETMGIVTSA NGFGLIVGSI IMSLWGGTKR RADGMIGYVI LSGICLILIG IRPSVVLATI
GLFGFGLSIA FIDTHWQILI QSKVGLELQA RVFSINEMLA FIMRPLAFFL AGPLSDKVFE
PFMAGEGNLA TKISMIIGSG EGRGMGLILV LSGIILTIWG IMGFNYRPLR FMEDVLPDAI
PDPVILKDKN KIQELADMQL LKTIQNDRKR AKI
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