| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Ccel_0979 |
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| Symbol | |
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| ID | 7309809 |
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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 cellulolyticum H10 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_011898 |
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| Strand | + |
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| Start bp | 1193549 |
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| End bp | 1198093 |
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| Gene Length | 4545 bp |
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| Protein Length | 1514 aa |
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| Translation table | 11 |
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| GC content | 39% |
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| IMG OID | 643607906 |
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| Product | amino acid adenylation domain protein |
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| Protein accession | YP_002505321 |
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| Protein GI | 220928412 |
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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 |
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| TIGRFAM ID | [TIGR01733] amino acid adenylation domain
[TIGR03605] SagB-type dehydrogenase domain |
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| 
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Plasmid Coverage information |
| Num covering plasmid clones | 12 |
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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 | ATGAAAGAGT TGAGTGAGAA AGGTTTTGGA AAGTTTGAGG ATAACGGAAT ATTGTCTAGT
GAAGGAATAG ATGTTTTCAA ACGTATTCTT TCGGGAAACA GATTGTCTCA AGTAATAGTA
TCTACAAAAG ATTTACATAC AATGATACAG CAAGTGAATA CTTATACAAA ATCTGTAACT
AAGAATAATG ATAAAAGTAA TAATGAAATT CTTAATCAAA GACATAAAAG ACCCAATCTT
AAAACTCCCT ATATGTCCCC CAACACAAGT ATGGAAAGCT CTATTGCCGA AATTTTCCAA
AGTGTATTAG GTCTTGAACA GGTTGGTATA AATGATAACT TTTTTGAGCT TGGAGGAGAA
TCTCTGCTGG CTATACAGGT TATATCAAAG CTTCAGGACA CTTTCAAGGT AGAACTTCCT
TTGAGTAATT TATTTGAGAC ACCTACTGTA GCCACGTTGA CTGCTGCTAT ATTGAGGTTT
AAGGCCGAAA AGGGGGAATA TGCAGGTATA TCAAGTCAGT TACCTGTTAT TGTTTCTGAT
GCTGAGCATC GTTACGAGCC ATTCCCTCTT ACAGAGCTTC AACAAGCCTA TTGGGTGGGT
CGAAACGAGT CTTTTAGCTT GGGAAATGTT GCAACACATG CGTATATTGA ATTTGATAGT
ACAGAGCTGG ATATAGATCG TTTTAATAAA TCATGGCAGA AGATAGTAAA AAGACATGAT
ATGCTCCGGG CAATAGTTCA GCCTGATGGA ATGCAAAAAA TTCTGGAAGA GGTACCTGAT
TATGAAGTAC GGGTTACTGA CATGAGAGGA CGCCCGGCTG AAGAGGTGGA AAAATTTCTT
GAAACCACAA GGGAATTTAT GTCCCATCAA GTGCTTCCGG CAGATAAATG GCCATTGTTT
GATATTTCTG CCACGATTAT TAACAATGAG CTTATTCGTA TTCACTTTAG CATAGATGGA
CTGTTGCTTG ACGGATGGAG TTATCAGATT CTCTTCCCTG AGCTTGTATA TGTATATCAA
CATTCAGATG CTTCACTAGA ACCATTAGAA ATATCCTTCA GGGATTATGT TGTCACGGAG
TTAAAGCTTA GGGAATCTAA GCTATACAAG CAATCTCTGG AATATTGGAG AAAAAGATTG
CCGATGCTTC CCCCTGCTCC AGATATCCCT CTTTTAAAAA CACCAAAGGA GTTAACAAAT
CCACGTTTTA CTCGTTTAGA ATCAAAAATT GAAAAAAATA CTTGGGATAA GCTAAAGGCT
AGAGCATCCA AAGCCGGGCT TACGCCATCT GGTTTACTGC TATCTGCATA TGCTGAAGTC
ATTGCAACCT GGAGTAAAAG CCCAAAATTT ACTATAAATG TACCCCGTTT TAATCGTTTA
CCTTTGCATT CCCAAGTAAA TGATCTAATA GGAGAGTTTG CATCATTTAC CTTCCTTTCG
GTTGATATGA CAAAGAAGGA AAGCTTTGAG ACGAGAGCTC GGCGTATACA GGAGCAAATG
TGGAAGGATC TCGAACATAT GTATGTAAGC GGAGTAAAGG TTCTAAGAGA GCTTTCACAA
GTCCATGGAA ATAGTTCAGC AGGAATAATG CCTATTGTTT TCACTGAGTT TCCAAAAGGA
AGAGGAGGTA AAGATACTTC GTTACTAAAT GCACTCGGAG ACATAGGAGA TTCGGTGTAT
ACCATTACTC AGACATCACA GGTATGGATT GATAATCAGG TTTATGATTG GGCTGATGGT
TTACATTTTA ATTGGGATGT AGTTAAAGAG CTTTTCCCGG ATCAAATGGT TGAGGATATG
TTTGAGTCAT ACTGTAACCT TTTAAAATAT TTGGCAAAAG ATGAAGAAAT GTGGAGCAAA
ACTACATCTA ATTTACTTCC TTCACGACAG CTTGAAAGTA GAAATATGGC TAATTCCGCT
ACATTGGAGC TACCTCAAAT ACCACTTCAG AAGCTATTTG CCGATCAGGT GAAAAATGTG
CCGGAGCAAA ATGCTGTAGT AACATCTAAG CATAATCTAA GCTATAAAGA ACTTTATAGT
CTTACAAATA AGGTGGGAAG ATACCTCAGG GAATTGGGAG TACAACCTAA TGAACTTGTT
GCAGTTGTAA TGGATAAGGG GTGGGAGCAG GTTGTAGCTG TATTAGGAGT GCTTAATTCT
GGTGCGGCAT ACATGCCTGT TGATTCAGAA GTTCCAAAAG ATAGGTTGTG GTACTTGTTT
GAAAATAGCG GAGCAAGAAT AGTACTAACA CAATCATGGT TGGACAAGGA GTTAGACTGG
CCTGAGGGTA TACGCAGAAT AGTTATTGAC TCAGACGAGT TTGATAATAT AGACGATAAG
CCCCTTGAAT ATGTACAAAA GCCTGAAGAT ATAGTTTATG TCATATATAC TTCCGGCTCT
ACGGGTAACC CTAAAGGAGT AATGGTGACA CATGCAGGTG CTCTGAACTC TGTTTTATAC
ACAAATGAAT ATTTCAAAAT ATCTTCGGGA GACAGTGTGC TTGCTTTAAC TGCATTGCAC
CATGATATGT CTGTTTATGA TGTATTTGGA GTGCTTGGAG CAGGAGGTAC AGTAGTAATA
CCTGATGCGG GAAAAAGGAA AGATCCTCAA CACTGGATTG AATTAATTAT AAATAACCGT
ATTACAATCT GGAACTCTGT ACCGGCTATG ATGGAAATGC TTTTAGAATA TATAGAAAGC
CATCCGGGGA TAACTTTAGA ATCTTTAAGA TTATCCTTCT TAGGAGGAGA TTGGATTCCT
GTAACAATTC CTGACAGATT AAAAGCCTTC AGCAGTAGTG TAAAAACGGT CAGTGTTGGT
GGACCTACTG AAACAACACT CTGGAATATC TGGTATGTTG TTGAGTCAGT AGATCCCCTA
TGGAAAAGTA TACCGTATGG TAAGCCTATC TCAAATACAA AATATTATAT TTTAAATGAT
AACCTTGAAG AATGTCCCGA GTGGGTTCCC GGTGTATTAT ATTGTGCAGG AGTCGGTGTG
TCAAAGGGCT ACTGGCATGA TGAGAAAAAA ACTCAGGAAA AATTTATACA TCATCCGATT
ACAGGGGAGA GATTGTATTG TACAGGAGAC CTTGGAAGGT ATATGCCTGA TGGCAATATT
GAATTTATTG GCAGGGCAGA TTTCCAGTTT AATGTATTGG GTTATAGAGT TGAACCAGGT
GAGATTGAAG CTGTACTGTT AAAACATTCT CTTATTCGGA CAGCCATCGT ATCGGCTTCA
GGAGAAAAAC AAGGTCATAA ACGTCCAATT GCTTATGTTG TGCCAAAGCA GAGTAACTCC
CTCACAAAAA GCCAGTTACA GGAATATCTT AGAGAGAAGC TGCCTGAACA TATGCTGCCG
GGCGGATATG TATTCTTAGA GGCTTTGCCG CTTAATGCAA ATGGCAAAGT TGATCGGTCT
GCACTGCCGG AATATACAGC GGCAAAAGGG GAAGCCGCGG CTACAGTTAT AAAAGCTGAT
TCTGACATAT TCGATAGGGT GTTGAATCTT ACTCAGAAGG TTGTCGACGT GGGTGAGGTC
AGCAGAGAAG CAAACCTCAT TGATTACGGT ATGAATTCTG TGGATATCAT AAGGATATTC
AACCTGTTGG AAAAAGAATT CGGTGATCGT CCGGGTATGC AGGAGTTTTT TAGTAATCCT
ACTTTGGATT ATTTATGTAA TTTTTACGAG AATATCCCTC AAATATCAGA AAATATACAG
ACAACAGAAA CGGGAAAATT AGCTGTAGAA AGTACAGAAA ATATTATATC TTCCTTTAAG
CTTATACTAG ACCCTGACGA ACGTTCACAG TTCAGAAAGA AAAGGCCGGG AATACGGCAA
AATGTCCAAA GTCAAGATTC TATAGAGCTT ATTAAGCCAA AGATAGACAA AGCTCTGTTA
GACAGCTATA TGAAACGGCG CAGTTACAGA CTATACAATA AAAAACCTAT ATCTTTTAAG
AAATTCAGTA GTTTCCTAAG TTCTATTTAC GGCATTGAAA TGGATGCAAA GTACAAATAT
CTTTACTCTT CTGCAGGGGG ATTATATCCT GTACAGATAT ATGTCCATAT TAAAGAGGGT
GGAGTGAAGG GAGTTGAGAA GGGAATATAC TATTATAACC CTGCCCAACA CAGCCTCCAG
CCTGTAACTG TGGGAGTAGA CATTACTGAG GAAATTCATA CTCCGTTTTT AAACAGGCCA
ATTTATGAAA AGGCAGCCTT CTCAGTATTC TTAATCGCAG AGCTTAGTGC AATTGCACCA
TTGTATGGAG ATATGAGTAT GCACTTTGTT ACGCTAGAAG CTGGTATACT ATCACAGCAT
TTAGAAGCTT CTGCACCTAA AAGCAAAATC GGATTATGTC AGATAGGGAA TATAGAGTTT
GAACAGGTAA AGCATTTATT CAAATTAGGA GAAACACAGG TATTTATTCA CTCTCTGATT
GGAGGAATGA TAGATGAAAA CACTTTGCAT AACCAGCCTA CATTCCAAGA TGATTATTAT
AATACAAGTG GCAGCAAGGG GGAGTGGGTG GAGGTTGAAA TATGA
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| Protein sequence | MKELSEKGFG KFEDNGILSS EGIDVFKRIL SGNRLSQVIV STKDLHTMIQ QVNTYTKSVT
KNNDKSNNEI LNQRHKRPNL KTPYMSPNTS MESSIAEIFQ SVLGLEQVGI NDNFFELGGE
SLLAIQVISK LQDTFKVELP LSNLFETPTV ATLTAAILRF KAEKGEYAGI SSQLPVIVSD
AEHRYEPFPL TELQQAYWVG RNESFSLGNV ATHAYIEFDS TELDIDRFNK SWQKIVKRHD
MLRAIVQPDG MQKILEEVPD YEVRVTDMRG RPAEEVEKFL ETTREFMSHQ VLPADKWPLF
DISATIINNE LIRIHFSIDG LLLDGWSYQI LFPELVYVYQ HSDASLEPLE ISFRDYVVTE
LKLRESKLYK QSLEYWRKRL PMLPPAPDIP LLKTPKELTN PRFTRLESKI EKNTWDKLKA
RASKAGLTPS GLLLSAYAEV IATWSKSPKF TINVPRFNRL PLHSQVNDLI GEFASFTFLS
VDMTKKESFE TRARRIQEQM WKDLEHMYVS GVKVLRELSQ VHGNSSAGIM PIVFTEFPKG
RGGKDTSLLN ALGDIGDSVY TITQTSQVWI DNQVYDWADG LHFNWDVVKE LFPDQMVEDM
FESYCNLLKY LAKDEEMWSK TTSNLLPSRQ LESRNMANSA TLELPQIPLQ KLFADQVKNV
PEQNAVVTSK HNLSYKELYS LTNKVGRYLR ELGVQPNELV AVVMDKGWEQ VVAVLGVLNS
GAAYMPVDSE VPKDRLWYLF ENSGARIVLT QSWLDKELDW PEGIRRIVID SDEFDNIDDK
PLEYVQKPED IVYVIYTSGS TGNPKGVMVT HAGALNSVLY TNEYFKISSG DSVLALTALH
HDMSVYDVFG VLGAGGTVVI PDAGKRKDPQ HWIELIINNR ITIWNSVPAM MEMLLEYIES
HPGITLESLR LSFLGGDWIP VTIPDRLKAF SSSVKTVSVG GPTETTLWNI WYVVESVDPL
WKSIPYGKPI SNTKYYILND NLEECPEWVP GVLYCAGVGV SKGYWHDEKK TQEKFIHHPI
TGERLYCTGD LGRYMPDGNI EFIGRADFQF NVLGYRVEPG EIEAVLLKHS LIRTAIVSAS
GEKQGHKRPI AYVVPKQSNS LTKSQLQEYL REKLPEHMLP GGYVFLEALP LNANGKVDRS
ALPEYTAAKG EAAATVIKAD SDIFDRVLNL TQKVVDVGEV SREANLIDYG MNSVDIIRIF
NLLEKEFGDR PGMQEFFSNP TLDYLCNFYE NIPQISENIQ TTETGKLAVE STENIISSFK
LILDPDERSQ FRKKRPGIRQ NVQSQDSIEL IKPKIDKALL DSYMKRRSYR LYNKKPISFK
KFSSFLSSIY GIEMDAKYKY LYSSAGGLYP VQIYVHIKEG GVKGVEKGIY YYNPAQHSLQ
PVTVGVDITE EIHTPFLNRP IYEKAAFSVF LIAELSAIAP LYGDMSMHFV TLEAGILSQH
LEASAPKSKI GLCQIGNIEF EQVKHLFKLG ETQVFIHSLI GGMIDENTLH NQPTFQDDYY
NTSGSKGEWV EVEI
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