| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Ccel_2338 |
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| Symbol | |
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| ID | 7311013 |
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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 | 2751120 |
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| End bp | 2757053 |
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| Gene Length | 5934 bp |
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| Protein Length | 1977 aa |
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| Translation table | 11 |
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| GC content | 39% |
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| IMG OID | 643609266 |
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| Product | hypothetical protein |
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| Protein accession | YP_002506654 |
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| Protein GI | 220929745 |
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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 | 2 |
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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 | ATGTGCGAAA CAGACAATAG TGTAAATACT ATTGGTAGTA CAACTGCTCC GAATGAACAA
ACTCCGGCAG GTGAACAAAC TCCGGCAGGT GAACAAACTC CGGCAGGTGA ACAAACTCCG
GCAGGTGAAC AAACTCCGGC AGGTGAACAA ACTCCGGCAG GTGAACAAAC TCCGGCAGGT
GAACAAACTC CGGCAGGTGA ACAAACTCCG GCAGGTGAAC AAACTCCGAT GGATGAGCAA
ACTCCGGCGG ATGAACAAAC TCCAGCAGAC CAGTTAAAGC CTCAAAGTCA AATTCAGACT
GACCAAGCAT TATATGATGC TTGGAAGAAG GGATTGTTCG TTGAGGAAAA TAATAAAACT
AACTTACTTA ATTTAATGGG GTATAGTAAT GGAAAAGTAT ATAACGACTA TTTAGAATAT
GCCGTTGCTA ATGGAGGAAG TTATAATGGA AGATTTACAA TAGGTACAAC AGGTGGAGAT
CCCTCAATTT CAACGGATGA CAATCAAATT CTTTTATACA ATCACCCAGA ACCTCATACG
TCTTTCTCTA CTATAAGAGT AGATGGGAAT GATTATGTAT ACAATCCAAA TATACAAAGC
CCTACTGTAG ATGAAACACA GCTTAGTAAT ACCTCAGAAA GTAATTTTAG TAATATAAGC
GTAAAGCAGG TTCTGAGGAT TGTTAAAAAT TCAAGTACTA ATCGTGAAGA TATAGTTGAG
GTTAAGTATA TTGTGACGAA TAACGACAAT AATCAACATG ATGTTGGAAT AAGAATTATG
TTGGATACAA AACTTGGAAA CAACGATAGT GCACCATTCA GAGTGCCCGG TATTGGTGCT
GTAACAAAGG AGCTTGAGAT TACAGGAAAC AGTATTCCAC AATACTGGCA GGCTTTTGAT
AATTTAAATT CTCCTTCGGT AGTAGCACAT GGTACCTTAT TGAAATCACA ATATTTGAAG
CCTGATAAAG TTCAATTTGT TAAATGGAGC GGAATCAATA ATTCACTTTG GGATTACGTT
CCAAATACGA GTCAGGATAT AGGAGATAGT GCTGTAGGTA TTTACTGGAA CCCAAGAACT
TTAGCACCAA ATGGAAGTGC AGAATTTGTT ACATATTATG GGTTAAGCGA CTTGACTCAA
GTATCAAACG GTGCATTTGG ACTTAATTTA ACAGGTGACA GCAATATTGA TTTATTAGCA
GGTGGATATA ATCCAAATCC GTTCATGGTT ACAGCATATG TTCGAAACAA CGGTGATACA
AGTATTTCAA ATACTAAAGT TAAAATCACT TTACCAGTAG GTTTAGTATT ATCTAGTGGT
CAGCAGCAGG AGATAAGTTT AGGTGCACTA ACAACGGGAC TGGAAAAACA GATATCATGG
AAAGTTGAAG TTGTACCAGG TACTGCTTCA GGGAAACTTA ACTATCAGGT AACAGTTACT
GGTGATAATA CATCATCTGT TACAGCTAGT AGAGTTGTAG ATATCGCTCC TATACCAAGT
ATGCAGGGGT CTGGATCAGT AGATGATCCG TATATAATAT CAACAAGCGA TCAACTTGGT
GCAATCAGAT ATAATTTGAC TGCTCACTAC AGACTATCAA ACAATGTTAA TTTTGGAGGA
GAAGAATGGA CGCCTGTAGG TAGCATTTCA AATCCTTTTA CAGGTAGTTT TGATGGAAAT
GGTTATACCA TAAGTAATTT GGTTATTAAC CAACCAAACT CCGATTACAT TGGTTTTTTT
GGATATACCA GCAATGCTGC TGTTAGGAAT GTGAATATCA GTAATGTAAG TATATCAGGA
AGAAATTACG TAGGATCAAT AATAGGGTAT GCGACTGGTG GAACTGGCAG TATTGAGGGA
TGTAGCGTCA CTGGAACAGG TGCTGTTACC GGTACAGGTT ATATTGGAGG ACTTGTGGGA
AGTTTCTATG GAAGCATTAG GGATTGCTAT TCTACAATGA ATGTAGGTAG TACCGGGAGT
TATGCAGGTG GACTTGTTGG GTACTTATCT TATAGTGAAT CCAATTTACC TGGTATAATA
AGATGTTATA CCACTGGTAA TGTTTCAAGT ACTAGTTCTA TTGTTGGAGG AATTGCAGGC
TACTGTTCAG GAAATATAAC AGAAAGTTAT GCTACGGGAA ATGTAAAGGG GACAAGTTAT
ATAGGTGGGT TGGTAGGGCA AGCTAATCTA GCCTTTTCAT ACAGCTCAAT AACTTATGCA
TGTACTATAA GTAATTCGTT CTCACTTGGA AGTGTTACTG GGACCGATAC AAATTCGTAT
GCAGGAGGCC TACTGGGGTA TGTGTCAGGT GGTACATTGA AGAACTGTTA TTGTACAGGA
AGTATAATAA CAAGTTCAAA AGGAGGATAC ACCGGAGGAA TAATTGGGTA TATATCATCG
GTGACAATGA CAGGGTGCTA TTATGACAGT TTTGCTTCAA GATATATACC ACAAGACTCA
TATGATATAG GACGTCTAAC AAGTGGTATG ACAAAAAAGT CAACTTTCAG CGGATGGGAT
TTTTCATCTG TATGGAGCGT TGAAAAGGGT ATTTCATACC CTTATTTAAA AGGATTACCA
AAACCTGCAA GAGTAAGTAT AAATTTACCT ACAGGTGATG TTGCAGGAGG GGATGGTACT
CCTGAAAATC CATATGTAAT TGAAAATGCT GCACAGATTA ACAATATAAA GTTTGACATA
CAGTCATCTT ATATATTATA CAACGATGTA AACCTTGAAA ATATGGAATG GACGCCAATA
GGTACAAATG GGGCAGCTTT TATCGGAAGT TTTGATGGAA ATGGATTTAC CATAAGTAAT
TTGTCCATTA ATCAGCCAAC GTTGGATAAT ATTGGTTTCT TCGGTTATAC CAACAATGCT
GTTATAAAAA ATTTGAACAT TATTAATGCA AGTATAACTG GAAGAAATTA TGTTGGTGCA
TTAACTGGAT ATGCAGCAGG TAGTTCTGGT AGTATAGACG ATAGTAGTGT CAGCGGAACA
GGTACTGTTA CTGGTACCGG ATATGTAGGA GGACTTGTAG GAAGCTTCTC TGGTAATATA
AGTGGGTGCT ATTCTACGAT AAACGTCGTA AGTGGAACTG GAGGCTATGC GGGAGGTCTT
GTAGGTTATT GTATAAATAA TACTAACTTC ATACCGAGTA TAAACAGGTC TTACGCTGCC
GGAGATGTTA CAGGTAACGG CTCAAGTATT GGAGGACTTG TAGGTAGTTG TGCTGGAAAC
ATAGCGGAAT GCTATGCTGT AGGTAACGTT TCAGGTGTAA GTTACGTAGG TGGGTTGGTA
GGACAAGCTA ATCTAAACAT TTATTATAAT TCTACATACT ATACGTGTTC TATAAGTAAT
TCATTCTCTC TTGGAAACGT AATAGGAACA GATGCAAATG CGTACGCCGG AGGATTGTTG
GGATATGTAT ACAGTGGAGT ACTGAAGAAT TGTTACTGCA CTGGTAGTAT AACCTCGAAA
GGGTCAAATA CAGGAGGAAT TATAGGGTAT GGATCACCTG GGACGATGAC AGGGTGCTAT
TATGACAGTG TTGCGTCAGG CTACATACCT CAGGATTTGT ATGATGTAGG AAGACTGACA
AGTGGAATGA AAGAAGAAGA CACGTTTGGC TCATGGGATT TTACATCAAT ATGGACAATA
GAGACTGGAA GCTCATATCC GTATCTGAGA AGTTTACAAA AACCCACAGG GGTAAGTTCT
GATTTACCTT CAAACGAGGT GGCAGGAGGG AATGGTACTT CTGCAAATCC GTATATAATA
AAAACTCCCC AACAGCTTAA TAGTATAAAA TATGATTTAC AGTCTTATTA TAAGCTCGGT
GGCAACATAG ACCTTGAAAA TAAGGAATGG ATACCTATTG GTAAAAATGG GGTAGCATTC
ACGGGTCGCT TCGATGGAAA TGGGTACACA ATAAGCAATC TTTCAATTAA TCAGCCAACT
TTAGATTATG TTGGCTTCTT TGGATACACA GAAAATGCTA CTATAAAGAA TTTAAAAATA
GTTAATGCTA ATATAACAGG AAGAAATTAT ATAGGTACAT TGACAGGATA TTCAGCGGGA
AGCTCCGGAA ATATAATGAA TTGTAACGTA ACAGGTGAAG GCACAATTTA TGGCACCGGA
TATGTTGGAG GGCTTGTGGG AAGCTTCTCT GGTAATATAA GCGGATGCTA TTCTACAGTA
AATGTCGTGT GTGGAACTGG AGGCTATGCG GGAGGTCTTG TAGGTTATTG TATAAATAAT
ACTAACTTCA TACCGAGCAT AAACAGGTCT TACGCTGTTG GAGATGTTAC AGGTAATGGC
TCAAGTATTG GCGGACTTGT AGGTAGTTGT ACTGGAAACA TAGCGGAATG CTATGCTGTA
GGTAACGTTT CAGGTGTAAG TTACGTAGGT GGGTTGGTAG GACAAGCCAA TCTGAACATT
TATTATAATT CTACATACTA TACATGTTCT ATAAGTAATT CATTCTCTCT TGGAAACGTA
ATAGGAACAA ATGCAAATGC GTATGCGGGA GGCTTGTTGG GATATGTATA CAGCGGGGTA
CTGAAGAATT GTTACTGCAC TGGTAGTATA ACCTCAAAGG GATCATATAC AGGAGGAATT
ATAGGGTATG GATCACCCGG GACGATGACA GGGTGCTATT ATGACGGTGT TGCGTCAGGC
TACATGCCCC AGGATTTGTA TGATGTAGGA AGACTGACAA GTGCAATGAC AAAACAATCG
ACATTTGGTG GATGGGATTT TACATCCGTG TGGACTATTG AACCGGGCAT ATCGTATCCA
TACTTGAGAA ATATAACGAA GCCTCATATG TCAAACATAC CTATGAATGA AGTGGCAGGA
GGGGATGGAA CATCTGCAAA TCCATACATT ATAGAGAATG CAGCTCAGCT TAATAGTATG
AAATATGATT TGCAGTCGTC CTATAGGCTT AATGGTAATA TAGATCTTGA AAATATCGAA
TGGACTCCGA TTGGTACATA TGGTGCATCC TTTACCGGAA GCTTTGATGG AAATGGATAT
ACAATAAGCA ATCTCGCTAT AAACAAGCCT ACCTCGGATT ATACTGGCTT TTTCGGATAT
ACCAATAATG CTGTTATAAA GGATTTGCAA ATTAACAATG TAAGTATATT AGGTAAAAGT
TATGTAGGTT CCTTAATAGG GTACGCAGCT GGAAGTTCCG GTAATATACA GGGGTGTAGT
ATAAGTGGTA GCGGAACGAT AAATGGTACA GGGTATGTAG GTGGACTGAC AGGTTATTTC
AACGGGACTA TTGATAAATG CAGTTCAACA ATAAATATAT CTTGTGGTAC CGGCGGGTAT
GCAGGCGGAC TCGCAGGGTA TTGTACAGTA GCAACAGGCA CGGCATCAAG GCCAAGTATT
AGTAAATCAT ATGCTTTAGG AAGTGTTAAT GGAACAGGCT CATACAATGG AGGTCTGATT
GGTAATTGCA CCGGGAATAT ATCAGAATGT TTTGCTATGG GAAATGTTTC AGGTGTAAGT
TTTATAGGAG GGTTGGTTGG ACAAGCCAGT CTGAACTTTT ATTATGGTTC TACATATTAT
ACATGTCAAA TAAATGATTG CTATGCTCGC GGAAATGTTA AAGCCACTAA TTCGTCAAAC
GGGTACGCAG GAGGATTGAT TGGCTATTTG TATTCAGGAA TTCTAAAAAA TAGTTACTCT
GCCGGGAAGG TTACTGGAGC AGGGTCAACA GTTGGTGGCC TACACGGATA TGTTAATTCT
ACAACTGTTA CAAATTGCTA TTTTGACAGT GTTACTACCG GGCTTACAAC TCCGACCGCA
CAGTCAAGGT CAACAACTCA AATGATGCAG CAAAGTAACT ATCTAAATTG GGATTTTTCA
AATGTTTGGA ATATCGTTGT AGGAGGCTCT TATCCTTCTT TAAGAAATAT TTAG
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| Protein sequence | MCETDNSVNT IGSTTAPNEQ TPAGEQTPAG EQTPAGEQTP AGEQTPAGEQ TPAGEQTPAG
EQTPAGEQTP AGEQTPMDEQ TPADEQTPAD QLKPQSQIQT DQALYDAWKK GLFVEENNKT
NLLNLMGYSN GKVYNDYLEY AVANGGSYNG RFTIGTTGGD PSISTDDNQI LLYNHPEPHT
SFSTIRVDGN DYVYNPNIQS PTVDETQLSN TSESNFSNIS VKQVLRIVKN SSTNREDIVE
VKYIVTNNDN NQHDVGIRIM LDTKLGNNDS APFRVPGIGA VTKELEITGN SIPQYWQAFD
NLNSPSVVAH GTLLKSQYLK PDKVQFVKWS GINNSLWDYV PNTSQDIGDS AVGIYWNPRT
LAPNGSAEFV TYYGLSDLTQ VSNGAFGLNL TGDSNIDLLA GGYNPNPFMV TAYVRNNGDT
SISNTKVKIT LPVGLVLSSG QQQEISLGAL TTGLEKQISW KVEVVPGTAS GKLNYQVTVT
GDNTSSVTAS RVVDIAPIPS MQGSGSVDDP YIISTSDQLG AIRYNLTAHY RLSNNVNFGG
EEWTPVGSIS NPFTGSFDGN GYTISNLVIN QPNSDYIGFF GYTSNAAVRN VNISNVSISG
RNYVGSIIGY ATGGTGSIEG CSVTGTGAVT GTGYIGGLVG SFYGSIRDCY STMNVGSTGS
YAGGLVGYLS YSESNLPGII RCYTTGNVSS TSSIVGGIAG YCSGNITESY ATGNVKGTSY
IGGLVGQANL AFSYSSITYA CTISNSFSLG SVTGTDTNSY AGGLLGYVSG GTLKNCYCTG
SIITSSKGGY TGGIIGYISS VTMTGCYYDS FASRYIPQDS YDIGRLTSGM TKKSTFSGWD
FSSVWSVEKG ISYPYLKGLP KPARVSINLP TGDVAGGDGT PENPYVIENA AQINNIKFDI
QSSYILYNDV NLENMEWTPI GTNGAAFIGS FDGNGFTISN LSINQPTLDN IGFFGYTNNA
VIKNLNIINA SITGRNYVGA LTGYAAGSSG SIDDSSVSGT GTVTGTGYVG GLVGSFSGNI
SGCYSTINVV SGTGGYAGGL VGYCINNTNF IPSINRSYAA GDVTGNGSSI GGLVGSCAGN
IAECYAVGNV SGVSYVGGLV GQANLNIYYN STYYTCSISN SFSLGNVIGT DANAYAGGLL
GYVYSGVLKN CYCTGSITSK GSNTGGIIGY GSPGTMTGCY YDSVASGYIP QDLYDVGRLT
SGMKEEDTFG SWDFTSIWTI ETGSSYPYLR SLQKPTGVSS DLPSNEVAGG NGTSANPYII
KTPQQLNSIK YDLQSYYKLG GNIDLENKEW IPIGKNGVAF TGRFDGNGYT ISNLSINQPT
LDYVGFFGYT ENATIKNLKI VNANITGRNY IGTLTGYSAG SSGNIMNCNV TGEGTIYGTG
YVGGLVGSFS GNISGCYSTV NVVCGTGGYA GGLVGYCINN TNFIPSINRS YAVGDVTGNG
SSIGGLVGSC TGNIAECYAV GNVSGVSYVG GLVGQANLNI YYNSTYYTCS ISNSFSLGNV
IGTNANAYAG GLLGYVYSGV LKNCYCTGSI TSKGSYTGGI IGYGSPGTMT GCYYDGVASG
YMPQDLYDVG RLTSAMTKQS TFGGWDFTSV WTIEPGISYP YLRNITKPHM SNIPMNEVAG
GDGTSANPYI IENAAQLNSM KYDLQSSYRL NGNIDLENIE WTPIGTYGAS FTGSFDGNGY
TISNLAINKP TSDYTGFFGY TNNAVIKDLQ INNVSILGKS YVGSLIGYAA GSSGNIQGCS
ISGSGTINGT GYVGGLTGYF NGTIDKCSST INISCGTGGY AGGLAGYCTV ATGTASRPSI
SKSYALGSVN GTGSYNGGLI GNCTGNISEC FAMGNVSGVS FIGGLVGQAS LNFYYGSTYY
TCQINDCYAR GNVKATNSSN GYAGGLIGYL YSGILKNSYS AGKVTGAGST VGGLHGYVNS
TTVTNCYFDS VTTGLTTPTA QSRSTTQMMQ QSNYLNWDFS NVWNIVVGGS YPSLRNI
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