| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Ccel_3131 |
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| Symbol | |
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| ID | 7312452 |
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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 | 3666033 |
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| End bp | 3671306 |
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| Gene Length | 5274 bp |
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| Protein Length | 1757 aa |
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| Translation table | 11 |
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| GC content | 39% |
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| IMG OID | 643610034 |
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| Product | hypothetical protein |
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| Protein accession | YP_002507402 |
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| Protein GI | 220930493 |
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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 | 7 |
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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 | TTGAATAACA GATTAGTTAA GGTGCTGTGC ATGATAATGT GTACAGCTTT TTTTATTGCT
TTTTTTCCAG TACTTTATAA GATAAATGCA GCAGGAAGCT ATACATCCCT GAAATATGAA
AAGGGTGGCA TGGAGTTTTT TGATCGGACT GCATATGATA GCTATAAAAA GAACAACCAG
TTACCTACAC TTCCGGGAGG AGGTACAGTG CCATTTTCAA TAAAAAAGGG TACTAATACA
TATTATCTCA ACTACAGGCT ATTCACACAA AAAAACCTTG TAGTATATGG CAGCTACAGG
AGTGTGGCAG GAAACTATTT TAAGTGCGGT TATCAGCTGC ATAATGATTT GGATAAGAAA
ATGCCGGATA TATACTATGG CGGGGGATAT TTCTTGAAAC CGGAGGGAAT CTCCTGTAAG
GGAAAGGAGC AGAACCCTGA AACTCATGGG GACAAGTGTA AAACAAATCG TGGGGAGTGG
AAGTACCTAG GCTTTGATGT AAATGGAGAA GTATTCAGCA ATATGTGGAT GATAAACGTA
GCAACAGTGA CTACCTTTAG GGAAAGGAAT TGGATAAAGG AACCTTGGAG TAAAAACAAT
GAAGTTAACA AGGTACTTAC ACTTAGTACG AGCACATATA ACAATGCAGC ATATAATGAT
TCCCAGCACT ATAGTCATCA GACAGTACAA AAGCTAAAAG ACTGGATGTA CAAAACCTTT
ACTTCCGTAA ATAGGTTTTC CGGAATTCCA GACGGGAAGG GACACTATGA CCCAAATGTG
TATCAATATA TGTATGTACA GTCGGCCCCT ACAATTCAGT ATTCCGGTAG CGGAAAGATG
TGGCACGTAA GGCCAAACGG CTCCATCTGG TATCAGACGT TTTCAATACC AATACTGAAA
AATAACAAGT ATGACTTGCC TGTAAAGTGC TATGTCACAC TTGCTTCTCC ATTGCCAAGC
ATACCGAAGG GCGGAGAACT GGATAAACAA AAGGTTAAAC TTCAATTTAA AGTACAGGGA
GTTTTGGAAG ATGATGATTA CTACAAAGAT CCTGTTACAA GAAGTGCATT TTATACAAGA
CAGGATATAA AAAACTGGGA TTTAAACATT GACAAAATCC CAGGCCTGCT ACTAACTGAT
GAACAAAAGA AAGCCGTTAC GGTAGTACCA AAGAGTGCAG CTGACAACCA AGGTACTGCA
ACTATTACAG TAGAAACAAC TGTAGCAGAC ATAAAAAAGC TGCCAAAGTC AGGGGACAAA
TATCAATTAG CGGTGGAAGC TACTGCAAAA GTAGTATATA AAGATGCACA CACTCAAAAG
GCAGAAGGTA ATAATAAGTT TCTTACAAAC AACTTTAAGG CACTGGCAAA AAAAGAATCC
TTAGTAATTG ATATACCTAC ACTTCAAATA AATAATCACA TAGGAGAAAT AGCATTTGAC
TCCGTTCCAT TCCGGGATGC AACGGATAAT ACTGATATGT CAGCAGTCAA GAGCACTGAA
CTCTATATTA ATGGAGAACA GGTTGACTAC AACGAATTCT TTTCAGGCTC TTACATATTT
CCAGCCACAT CTGATAAAAA CGGATACTTC GCAGAAGTCA TATGCAGGTA TAACCTTGAT
AAAAGCAAAA TCGTACTAAC TGGGATACCG GAAGATAAAA AGAAGGAGAT ACTTGGTGCT
GCCGTTGTTG AATATGTATC AACGGATTAT GTGTATGTAT ACCCCACAAA ACCTATTGCA
CAATTTAAGC TTTCCTCGAA CTCCTGGAAA CAAAACAGAA TAATAAACGT TGAGAATATC
TCGGAGGATG GGAACATACA ACTGGTTTTG GACAAATATC CGATAGTTGA ATACAGATGG
TCTTACGGTG GTGACACTTC ACAAATGTAC AAAGGTACCG ACAGCGACAT CCGGAAGCAA
CTGCAATATA AAGAGCCGGG TTCGTATTTA GTGACTCTTG AGTGCAAAAA CACTCTTGGC
AAATGGTCTG ACCCGTATAC GGTAGAATTC AAAGTACTTG AGGACATTGC TCCAAATATA
GAGCTGAACT TATCTGACAG TGTAGTAACA AGGAATGATC AAATAAGTGC ATGGCACTAT
GATGTAAACA GTACAGATGG GGATAAAGTG GCTGCCGCCA AAATAGAATT GTGGTATGAC
AGTGACAATA ACGGCATTGT TGACACATTG ATTCAAAAAT GGAATGGTCT TGGTGATTTT
CCCAAATATT CTCCAACACA GCTTGGATAC TACAAATTCT ATATATACGC TAAGGATGAG
TTTGTTGGTG TAAATGGTCA GGATACACTA TCACAGTATG TTACTGATTC AGATAAAAAA
TCGGCTAATC TGGAATGCGA TTTTTGGGTA GACAACTATC AGCCGTTAAG TGACATATAT
ATAGATGCTC CAATAGAAAG ACCCAATGTA GACTTGTATA TCATGAGGGA TAAGGACTTA
GCCCAGGATA AATACGAATA CATTGCAAGC AATAGGGTTT CAATGGAAAA TGCTTTACTG
GGTAGAAATA TCATTCCCAA CGTTAATATA TGGGACATGA AAATCTATGA ATATTCAACT
CCTGCAAGTA TATCAAGCAA TACAGGAACA AGCTATCCTA CGGAAGAAAT TCCATATACC
AGTGCAGGTT ACTCTGGTAA GCTACAAAGA ACAAGTGTGG CAGACAACGG AGGTTATCAT
GACTTTGGTC ACTATGAAAC TCGAATTGAG ACCAAGACTA TAAGTTCAGG CGGTGGTTAT
TCTTCTGGAC ATGGGTATGG TGGTTCAACC CCACCATCGA GTATTTCGTA CAGTGATGGG
GAAGGTTATA CAGGTAGCAT GTCCATTAAA AATTATGTAT ACACAAGTAC TCCTTGCGGA
CATCCGATAA GCCCTACTCA TGGAGAAGGA TATTTTAATT GGACAAGATC CTGGTCGGGA
TATTCCGGAA CTGCATCAAG AACAGTATCG TATTGGGTAC CCAATATGCA GTGGGTTGCC
AACTATACAG GCTACTACAG CGGTACTATT TTTAAATATG TACGGCAACC TTACACTGAT
ATGTGGCGGG GAAACAGCAG CAAATACATT CTTTATGTAA GTGATAGTAA AATATCAGAG
CTTTTAGCCT TCAATGAAGC TGTAGCAAAG ACTGATGCAA AGGTTATTCT GGCAGGAACC
CCTGACATAC ATAAGCAATA TTCGGACTGT GCCAAATTTA TAGATGCAAC AGACAAGACA
GCTCAGGAGA TTTTGAATGA AGCACTGGAA TACATTTCAG AAGAAACCCC GGAGGTTGAA
CAGGTATTTA TTCTTCAGAA TCAACAGTTT ACCCTGAATG TCGGCGAAGA TGACCTTGAA
AAAGATGAAA TTATATCAAG AGAAATGCAG TATGTACAGG AAAAGGACTA TTTTGATAAC
CCAACAGGAC AGGAACCCGG AACTCTAACA GTTTTTAACT CTGGCAAAGG ATGGACTTCT
GATATAAAAA ACTCATTTTC AAATGTAGGA AAGTACAGGA TTTACAGAAG GGTAAAAGAC
AAGCCCTCCG GTGCATATGG GGAGAATTAC TCATATTACA GCGGAGCCAC AGAGGTTGAC
ATGTATGTAC ACAGAAAGCC TATTGCAGAT GCCGTACTTG ATTGGAAATA TGATCCCCAA
TCAGGAGCGT GTAAAACAAT CTGGATTGAT AAATCCTACG ACCTCGACCA CAATATTACA
AGAGCCAATA CTGACAAGGG TATCGTAGAA AGAAAAATAA TGTTTCGCAA GGACAGCGGA
GAATGGCAAT ATTTTATTCC TGATACACTC ACGTATGGTA CATATGATGT CATGTATTAC
GTAAAGGACA TGGAGGGTGC ATGGTCTGAT CCTTGGACTT ATCATTTTAC CTTGGATGAT
AAACCTCAGT TCACTGCTTC AGCTAGAGCT TATGATTCAG CTTTTACTCT GAAAAGCATC
CCGGCGTCAG AATACATTGA AGGATATAAC CTTTGGACAA GGCAGCTCAA TCCCGTTCAG
CTTGAAATGA ATCTGACACC GACAGTTTCA GCCTTACCCT CAACAAAGAC GGTTAACTTT
CAAGAAGGTG TTACAGGAAC ACAATCAGGG CAAGATATTA ACTGGAAAAA TCAGACCTTG
CAGATTCCGG ATATTTACCC GGACGGATTA AGGAATTTCA CAATTACTGC CAGAGATAAA
TTAACCGGTG CTGAAACCCC CAAGACGTTT TCCGTCAATG TATTTACCCC AATTAACCTA
GAGCCTGCTC TAGGAGGCAA AACACTCAAT ACAAACGTTC AGACGAAAAT TTATGCTACA
ACTACCAAAT ACCCCACTGT TACACGGGTA AACATGCAGT ACGGTACTCC ATATCAGTCC
TATACTTTGA GTATGACACC AACACCGGAT AGTAACTTAA AAAGCTGGGT AGTAAATTAC
ATGGTTCCCG ACAATGTGCC TGACGGAACC TATACCGCAC AGTTTACTTC CATTAATCCA
AGCGGTAAGG CGGAAACAAA ATATATTTCA TACAAAGTTA GCAGAAACCG ACCCCCGGAG
GTAAATATAC AGAGAATATC ACCGCAGTTC GTTTACGAAG GAGACAGTGT TTCAATGACA
TTTGAAGTAA CAGACCCGGA CCCTGAACAG GTGCTAACAT CAAAAGTAAC AGTGAAAAGG
GGTTCAGAAG TTGTCTATTC AGGTGAGAAT ATATCGTATG TAAGTAACGG AAAAAAGAAA
ACATTCACAA TGAAAACACC TAGGCTAACT GAAACGGGTA CATATACCAT AAGTGTTATC
ACAATAGACC AGTACTTTGC ACAGGATACG GATATAACAA CCTTCACAGT ACATGGGCTC
ACAATAAAGG GATACGTGAA TCACACACCT ACATGGAAAA CCAATTGGGA CAAATATAAC
AAACATCTTG CCAATAAGGG AAAACCCACA TATGGAAATG ATGCATTTTT TAATGATGAA
AAGTATGTGT TAAGTGCCGT TACAACAGAG ATAAATTCAG GAAGTGCTGT TACAGCATCA
AATGTTAGGG TAAGAATATT AGAAAGAAGC TACGGCCCTG TTTCACTGGC CAGCCAAACT
GCCAATACTT TCAAGGGTGA AATGTGGAAC GAAGATATGA AGAAAAACAG ATGGAAAGGT
ACATATGTCA CTTTCGTATT CACTGTAACT TATAGTAATG GCACAATCAA AACAGACACT
GTAAAAACCT ACGTTGTGAA TGACGATTAT TGGAGAATTA GGATGGCATT TTAA
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| Protein sequence | MNNRLVKVLC MIMCTAFFIA FFPVLYKINA AGSYTSLKYE KGGMEFFDRT AYDSYKKNNQ
LPTLPGGGTV PFSIKKGTNT YYLNYRLFTQ KNLVVYGSYR SVAGNYFKCG YQLHNDLDKK
MPDIYYGGGY FLKPEGISCK GKEQNPETHG DKCKTNRGEW KYLGFDVNGE VFSNMWMINV
ATVTTFRERN WIKEPWSKNN EVNKVLTLST STYNNAAYND SQHYSHQTVQ KLKDWMYKTF
TSVNRFSGIP DGKGHYDPNV YQYMYVQSAP TIQYSGSGKM WHVRPNGSIW YQTFSIPILK
NNKYDLPVKC YVTLASPLPS IPKGGELDKQ KVKLQFKVQG VLEDDDYYKD PVTRSAFYTR
QDIKNWDLNI DKIPGLLLTD EQKKAVTVVP KSAADNQGTA TITVETTVAD IKKLPKSGDK
YQLAVEATAK VVYKDAHTQK AEGNNKFLTN NFKALAKKES LVIDIPTLQI NNHIGEIAFD
SVPFRDATDN TDMSAVKSTE LYINGEQVDY NEFFSGSYIF PATSDKNGYF AEVICRYNLD
KSKIVLTGIP EDKKKEILGA AVVEYVSTDY VYVYPTKPIA QFKLSSNSWK QNRIINVENI
SEDGNIQLVL DKYPIVEYRW SYGGDTSQMY KGTDSDIRKQ LQYKEPGSYL VTLECKNTLG
KWSDPYTVEF KVLEDIAPNI ELNLSDSVVT RNDQISAWHY DVNSTDGDKV AAAKIELWYD
SDNNGIVDTL IQKWNGLGDF PKYSPTQLGY YKFYIYAKDE FVGVNGQDTL SQYVTDSDKK
SANLECDFWV DNYQPLSDIY IDAPIERPNV DLYIMRDKDL AQDKYEYIAS NRVSMENALL
GRNIIPNVNI WDMKIYEYST PASISSNTGT SYPTEEIPYT SAGYSGKLQR TSVADNGGYH
DFGHYETRIE TKTISSGGGY SSGHGYGGST PPSSISYSDG EGYTGSMSIK NYVYTSTPCG
HPISPTHGEG YFNWTRSWSG YSGTASRTVS YWVPNMQWVA NYTGYYSGTI FKYVRQPYTD
MWRGNSSKYI LYVSDSKISE LLAFNEAVAK TDAKVILAGT PDIHKQYSDC AKFIDATDKT
AQEILNEALE YISEETPEVE QVFILQNQQF TLNVGEDDLE KDEIISREMQ YVQEKDYFDN
PTGQEPGTLT VFNSGKGWTS DIKNSFSNVG KYRIYRRVKD KPSGAYGENY SYYSGATEVD
MYVHRKPIAD AVLDWKYDPQ SGACKTIWID KSYDLDHNIT RANTDKGIVE RKIMFRKDSG
EWQYFIPDTL TYGTYDVMYY VKDMEGAWSD PWTYHFTLDD KPQFTASARA YDSAFTLKSI
PASEYIEGYN LWTRQLNPVQ LEMNLTPTVS ALPSTKTVNF QEGVTGTQSG QDINWKNQTL
QIPDIYPDGL RNFTITARDK LTGAETPKTF SVNVFTPINL EPALGGKTLN TNVQTKIYAT
TTKYPTVTRV NMQYGTPYQS YTLSMTPTPD SNLKSWVVNY MVPDNVPDGT YTAQFTSINP
SGKAETKYIS YKVSRNRPPE VNIQRISPQF VYEGDSVSMT FEVTDPDPEQ VLTSKVTVKR
GSEVVYSGEN ISYVSNGKKK TFTMKTPRLT ETGTYTISVI TIDQYFAQDT DITTFTVHGL
TIKGYVNHTP TWKTNWDKYN KHLANKGKPT YGNDAFFNDE KYVLSAVTTE INSGSAVTAS
NVRVRILERS YGPVSLASQT ANTFKGEMWN EDMKKNRWKG TYVTFVFTVT YSNGTIKTDT
VKTYVVNDDY WRIRMAF
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