Gene Ccel_3240 details

Gene Information       Plasmid Coverage information       Fosmid Coverage information       Sequence       

Gene Information

Locus tagCcel_3240 
Symbol 
ID7311819 
TypeCDS 
Is gene splicedNo 
Is pseudo geneNo 
Organism nameClostridium cellulolyticum H10 
KingdomBacteria 
Replicon accessionNC_011898 
Strand
Start bp3779339 
End bp3785560 
Gene Length6222 bp 
Protein Length2073 aa 
Translation table11 
GC content43% 
IMG OID643610141 
Productprotein of unknown function DUF291 
Protein accessionYP_002507509 
Protein GI220930600 
COG category[R] General function prediction only 
COG ID[COG3940] Predicted beta-xylosidase 
TIGRFAM ID[TIGR02543] Listeria/Bacterioides repeat 


Plasmid Coverage information

Num covering plasmid clones
Plasmid unclonability p-value
Plasmid hitchhikingNo 
Plasmid clonabilitynormal 
 

Fosmid Coverage information

Num covering fosmid clonesn/a 
Fosmid unclonability p-valuen/a 
Fosmid Hitchhikern/a 
Fosmid clonabilityn/a 
 

Sequence

Gene sequence
ATGAGGAAGA AAAGTTTAGT TATGTTATCA TTGGCGATAG TACTATCGTT ATTGCTGACA 
AGCATTTCTT ATGCAGATGT AACATCTAGT TACCAAAATC CGCTTATGCG CGGAGCTGAC
CCTACGATTG CAAGGGCTGC AGATGGATTT TATTATTCTT GTTTCGCTGT TGACAATGAT
ATCTATTTAA AGAAAGCAGA CACGATCCTC GGGGTGGGAA CTGCAAAAAG CAGGCTGGCT
TGGGACAAAC CGGCTGATTT CGGGTACGTG TGGGGGCCAT ACATCTATAG ACTGGATGGT
AAATGGTACA TTTATTTTAC ATCAGCCCCG GAGAATAGCT TTGGTTATGG GCATCCAAGT
TCCTATGTAC TGGAAAACAC ATCTCCTGAT CCTTTTGAAG GAACCTGGGA GCTCAAGGGT
GTTTCAGCTA ATGCAGACGA AGATGGTCAG GTTACGGATA AGCCTGGACT CCTGAATACT
CAAGGCTATG GTTTGGCCTG CGGCGTTGTA ACCATGGGAG GGAAAACATA TTTCACTTAT
ACAAAGTACT TCTATTACCC TGACCCTAAT GATCCTACAA AAGAAAAATT TGACGAGTGC
CCTACAATTG TAGAAATGGA GAATCCATGG ACTTTAAAAG GGACAGAAGG TACCCTGGCT
CGTCCGGTAT ATGATTGGGA AAAGCAAGGC GACAGCATAA ATGAAGGTGC AGCGGTAGTT
GAAAGAAACG GGAAAGTGTA CTTTGCATAC TCTGCAAGCA GCTTTATGAA TGACAACTAC
TGTGTTGGAG TCTCGACAGC AGATGCACAA AGTGACTTGT TACAAGAAAG CAATTGGACA
AAAAACCCTG AGCCTGCACT GGCGAAATCA CCTGAAAACA GTTCTTTTGG CCCTGGCTCA
CCTTTATTTG TAAAATCAGA AGATGGAACA GAGGATTGGC TTATATATCA TGGCGGTCCT
GTGGGCGGAC AAACTGGTTC AAACAGATGG GTAAGGGCTC AGCGTATCAA TTGGAACGAT
GATGGCTCCA TAAATCTCGG CATTCCGTCC AACCCCGGAA CTGTTCTTGA CAGACCGTCA
GGTGAGGAAA AAAGCGAGAC TTACGAAGCA GAGGATGCTT CATTCGCAGG CGTAACAAGA
ACAATTCTGA GTGACAGTTC TAAGGCTTCG GGAAGCGGAG TTATGAAATA TGATAACAGC
AGTAATGGAT ATGTGGAATT TACAGTAGAT GCCAATATGC CAGGTAGCTA TTCCCTGAAT
TTCAGATATA ACAACAGTAC AGGCAGTAAT ATTACAATGA GTCTGGGAGT AAACCAGAAT
AGCAGCAGGG AGCTTTCCTT TGAGCCAAAT GGAAGCAATA GTACAAACTA TGATCTCCTT
AGAGTTCATA ATGTTCAACT TAATGCAGGA CACAATAAAA TCCGACTGTC TTCAAGTGAA
GCAAACGGAT TGGTATTGGA TGCAATGATT ATTAAAAAAA GTGTATTGTA TGAAGCAGAA
AATGCTGCAT TATCTGGAGG TGCCTTGGTA AGTACCGAGC ATAGCGGCTA TAGCGGAACT
GGATTTGTGG GAGGAATGTA TACTGAAGGA ACTTCGGCTG AGTTTACGGT AGATGCTCCT
TATGCCGGGA ACTATTCAGT TAATCTGCGT TACTGCAATG GATTTTCTAA TATAGATAAG
ACCTTAAGTA TGTATGTAAA TGGCGTGAAA GTTAAGCAAA TAGATTTATT TAGTTTCGGA
GACTGGAGCA AATGGTCTGA GCGCTATGAC AATATTGAAC TTAGAGCCGG AAGCAATACT
ATTACATATA AATATGACAG CGGCGATGGT GGTAATGTAA ATCTTGACTA CATAACTGTA
ACCGAAGCAA CTACAAGACA TTATGAAGCA GAAAATGCAG TTCTTACGGG AAATGCACAA
AAAAGTACTG ACCATACCGG CTATACCGGG ACAGGATTTG TAGGCGGGTT TTGGACTGAA
GGCTCAGTGG AATTTTCAGT AAATGTTGAG ACTGCAGCTT TATATGATGT AAAACTAAAA
TATGCACTCG GATTTCCTGA AGACAGGACT ATGAGTATAT ATTTAAACGG TTCTAAAGTT
AAACAGGTAA CACTGCCAAG CACCGGAGGG TGGGATACTT GGAGTGAATA CCTGGAAACG
TTAAGCTTAA ATAAAGGAAA TAATACAATT TCAATTAAAC GTGATTCTGA TGATTCGGGT
GATATAAATA TTGACAGTAT TCATCTTGAC AGACGTATAT CATGGAAGTA TCAAGCTGAA
GACGCTACCC TGCTGGGAGG AGCACACCCT GTCGATGATC ATTTATGGTA TGAGGGGACA
GGCTTTGCAG GCGGCTTTGA GACCTTATAT GAATCAATCC AGTTTAATGT AAATGTGCCT
AATACTGCAA CATATACTAC AACCTTAAGG TATTCGGGAG CACAGGAAAA TGATATAACC
ATGAGCCTGT ATGTGAATGG AACGAAAATA AAACAGGTCT CATTACCGCC AACAGCGGAC
TGGGATTCTT GGGGTGAGGC TACAGAGACG GTAAATCTGA AGGCCGGGAA AAATGTGATT
GAATACAAAC GTGATGATGG TGATACAGGA AGATTTAACA TTGATAGTAT GACAATTGAC
AAATACAGCG TCGGAGACAC CGATTTAAAG AACAGAGGTA TAGTCTCTGG AACGGTATAT
ACAATTAAGG CAAAGCACAG CGGAAAAGCA TTGGATGTAT CTGGTTATTC ATCAGAACCG
GGAGCATTGG TTGACCAATG GACTTATGTA GGTGGAAATA ACCAGAGATG GGAAATCATT
GACCTTGGAA CAGGTTACTA CAAAATAAAA TCTGCACATA GCGGACTTGT ACTTGATATT
GTAGAGGGAT CACCCGATAT GGATCTATGT CAAACAACTT CCAGTCCAGC AGAAACCCAA
CAATGGATCC TTGAAAAAGT GGGCGGTTAT TACAAAATTG TTAACAAAAG TAATGGAATG
GTACTGGACG TAAGTGAAGA ATCCTACGAT AACGGTAAAA AAGTGCATTT GTACTCATAT
GTAGGTAAGG CTAATCAGCT TTGGAAAATA GATGTTGCTT CAGCAAATGA GTTATTTATA
CCTGTAACGG GCATAACTGA TGTTCCGGTT ACTGCGACGG CAGGAACAGA TTTGACGCTC
TTTGCAAATG TTCTTCCTTA TAATGCTACA AACAAAAGTA TCGAATGGAG AGTAAAGGAT
GCTGGCGAAA CCGGGGCAAC TATCAGCGGT AACACTCTGT CAACAGTGGG AGCAGGAACG
GTTCTGGTTA CCGCAGTTAT CACTGACGGG ATGCCGGACG ACAATGCATA TACACAGGAC
TATATTATTC AGATAAATGC TGTAAACCAT GCTCCTACAG CGAAAGCGAA TATTCCTGTA
GCAGCTGTAG CAGCGGATGA CAGTGTAAGC TTCATAGCAT CAGACATTGC AGAGGACGAG
GACGGTGACA CTCTGACCAT TGCAGAGATT AAAACCTCAC CCGATTCAGC TATGGCTTCG
GCAATTTTGG ATAACGGTAC TGTGACTGTC AGCGGAGTGG CTCCGGGCAG CACTGATGCC
ACATTAGTTG TAAGCGACGG AAGAGGCGGG ACGGTCGAAA TCAATGTTCC AATTGAGGTA
GCGGCTGCCC CTGATGTGAA AATCGATATC TCACAAAGTC CCGTTAAGAC CATATTCAAT
GCCTTAACCT TTGGATTGTT CTTTAATGAT TCTATTGATG TATCACTTTC ATCAGGAAAA
ACTGAGATAG ATCATTTTGA ATATCAGATT GTTGGTGCTG AGAGTCCCTT TGATTCTAAC
GGCACATGGA CAACGGGAAA TTCCTTCAGT GTTGAGCCGG ATTTCATGGG CAGGGTTTAT
GCCAGAGCTG TTTTCACAGA CGGAGCAGTT ACAGAGACAT ATATCAAAGC TCTTGTGGTA
GATAAGACAA AGCCTGAGAT TGGAGCAGTT TATGATAAAG ATAATGCATC TATAGCAGTA
ACGGTCTCTG ATATAAGTGC AGGTATAGAT ACAATAACCT ATCAGGTTGG TTCAGGTGAA
GTTAAGTCAG TGAATCTGAC ACCTACAGCA GAGAAAGATA TTACGTTTGA ATACAGCTTT
ACCATCAGTA GTCTGCCGGA GGGCCAGTAT GATGTAGTAA TTAATGCAAT AGATAATTCG
GATAATGCAG CAGATACAAA AACTTTAAAT ATTGTGAATA ATGGAGTTGC AAGTGCTGAG
ATCAGTCCTG TAAGCGAAAG CTTTGATATA AATGTTCCAG CTGATGTAAG CACAACAATC
ACATGGAATG ATGCAAGCTC TGTAACCGAT GTGGTCTATG GCGGAAATCC GGTGACATCG
GACTCCTATG AAGTTAGTGG AGATACATTG ACTTTAAAAA GCAGCTATCT GGCTTCACTT
GGACTTGTAA ACGGTGATAC TTCGGAGTTT ATAATCAACT TTGATAGAGG AAACCCGGTT
ACGTTTGTTG TTAGCATTAT AGACAGCTCT GACCCAACGC CGGTAAATCG CAGCATCTCA
GTACAAAATG ATGGAAATGG TACTGCAAGT GCAAATGTTA CTTCTGCGAC AGAGGGTACG
GAAGTTACAC TGACCGCGAC TCCAAACGAA GGCTACCGCT TCAAGGAATG GCAGGTAATC
TATCCAACAG GATTGGCTAT TACCGGTAAC ACCTTTACAA TGCCGAACGG GGCTGTGTCT
GTAAAAGCAA TATTTGAGCA GAACCCGGTG GTAAATTATA CTCTGTCTGT AAACGGTAGC
TATTCTAACG AATCGGGTGC AGGCAGTTAC GTGGAAGGTT CCACCGTTAC AATTAATGCA
GGAAGCCGCA GCAATTATAC CTTCCGAGGC TGGAGCTCGG GGGATGGTGT AACTTTTGCC
AACGCAAACA GTACTACCAC TACATTTACA ATGCCTGCAA AGAATGTGAC GGTAACCGCA
TCATGGACTT ACAACGGAAG TTCCCCATAT AACGGAACCA TTCCTTCCCA ACCTGCTACG
AAAGACTATA CAGCAGATAT AAAGGTGTCG GGTGCGTCAG GCAACAGTAC ACTCCCAATT
ACTGTTGATG CAAAAACAGG TACTGCACGT CTGGATACAG CTTCAAGGAA CGAACTTGTA
GCAAATGGTG GAATATCCGT CATTACAGTA CCATCAATCC CCGATGTTGA TACTTACTCT
GTGGGAATTC CGGTTCCATA TCTGTCAACG GCTGATTGGC AAGGTTCTCT AAGAGTTAGC
ACCAACAGAG GAAGCATTAC AGTACCGTCA AATATGTTGA CAGGTATTGC AGAGGCAGCT
GGAACAAAAG CAGAAATCAC AATAGGAAAG GGTGACAAAG CCACATTGAC CGAGGCTGCA
AAAACAGCCA TAGGTGACAG ACCGCTGATT CAGCTCACTA TGTACATAGA TGGAAAGCAA
ATGGAATGGA ATAACCCTAA TGTACCTGTT ATGGTAACTA TCCCGTATAC TCCGTCGGCT
GAAGAACTGG CAAATCCAGA GAGAATTATA ATCTGGTATA TCGATGACAA CGGCAAGGCG
GTAGCAGTTC CTAACGGACA TTATGACCCG GCTTCAGGCA CTGTGGCCTT TGATACAACT
CATTTCAGCT CCTATGCTAT AGGTTATAGT GATGTCAGCT TTAATGATGT GACGGAAAAT
GCATGGTATA ACAAGGCCGT GAGCTTTATC GCTGCAAGAG ATATTACCGC AGGTACCGGC
AATGGATATT TCAGTCCGAA TGCAAAGCTC ACCAGAGGTG AATTTATTGT AATGCTGATG
AAAGCATATG AAATTGCTCC CGACGGAAAG CAGTCAAGTA ACTTTGAAGA TGCAGGCAAT
AAATACTATA CAGGATATCT TGCTGCGGCA AAAAGGCTGG GAATATCCGA AGGTATAGGA
AAGAATATGT TTGCACCTGA AAAACAGATT ACGCGTCAGG AAATGTTCAC TATGCTGTAC
AATGCCTTGA AAACTATGGA CAAGCTGCCA CAAGGCGATA CAGGAAAATC ATTGTCAAGC
TTTGACGACG AAGAAATGGT AGCTTCATGG GCAAGGGATG CTATGACATT GTTGGTTGAA
ACAGGAATAG TTGGGGGAAA TGCCGGACAG CTTACTCCCG CTAGCACAAC AACCAGATCA
GAAATGGCAC AAGTACTGTA TAACCTGATA TATAAAAATT AA
 
Protein sequence
MRKKSLVMLS LAIVLSLLLT SISYADVTSS YQNPLMRGAD PTIARAADGF YYSCFAVDND 
IYLKKADTIL GVGTAKSRLA WDKPADFGYV WGPYIYRLDG KWYIYFTSAP ENSFGYGHPS
SYVLENTSPD PFEGTWELKG VSANADEDGQ VTDKPGLLNT QGYGLACGVV TMGGKTYFTY
TKYFYYPDPN DPTKEKFDEC PTIVEMENPW TLKGTEGTLA RPVYDWEKQG DSINEGAAVV
ERNGKVYFAY SASSFMNDNY CVGVSTADAQ SDLLQESNWT KNPEPALAKS PENSSFGPGS
PLFVKSEDGT EDWLIYHGGP VGGQTGSNRW VRAQRINWND DGSINLGIPS NPGTVLDRPS
GEEKSETYEA EDASFAGVTR TILSDSSKAS GSGVMKYDNS SNGYVEFTVD ANMPGSYSLN
FRYNNSTGSN ITMSLGVNQN SSRELSFEPN GSNSTNYDLL RVHNVQLNAG HNKIRLSSSE
ANGLVLDAMI IKKSVLYEAE NAALSGGALV STEHSGYSGT GFVGGMYTEG TSAEFTVDAP
YAGNYSVNLR YCNGFSNIDK TLSMYVNGVK VKQIDLFSFG DWSKWSERYD NIELRAGSNT
ITYKYDSGDG GNVNLDYITV TEATTRHYEA ENAVLTGNAQ KSTDHTGYTG TGFVGGFWTE
GSVEFSVNVE TAALYDVKLK YALGFPEDRT MSIYLNGSKV KQVTLPSTGG WDTWSEYLET
LSLNKGNNTI SIKRDSDDSG DINIDSIHLD RRISWKYQAE DATLLGGAHP VDDHLWYEGT
GFAGGFETLY ESIQFNVNVP NTATYTTTLR YSGAQENDIT MSLYVNGTKI KQVSLPPTAD
WDSWGEATET VNLKAGKNVI EYKRDDGDTG RFNIDSMTID KYSVGDTDLK NRGIVSGTVY
TIKAKHSGKA LDVSGYSSEP GALVDQWTYV GGNNQRWEII DLGTGYYKIK SAHSGLVLDI
VEGSPDMDLC QTTSSPAETQ QWILEKVGGY YKIVNKSNGM VLDVSEESYD NGKKVHLYSY
VGKANQLWKI DVASANELFI PVTGITDVPV TATAGTDLTL FANVLPYNAT NKSIEWRVKD
AGETGATISG NTLSTVGAGT VLVTAVITDG MPDDNAYTQD YIIQINAVNH APTAKANIPV
AAVAADDSVS FIASDIAEDE DGDTLTIAEI KTSPDSAMAS AILDNGTVTV SGVAPGSTDA
TLVVSDGRGG TVEINVPIEV AAAPDVKIDI SQSPVKTIFN ALTFGLFFND SIDVSLSSGK
TEIDHFEYQI VGAESPFDSN GTWTTGNSFS VEPDFMGRVY ARAVFTDGAV TETYIKALVV
DKTKPEIGAV YDKDNASIAV TVSDISAGID TITYQVGSGE VKSVNLTPTA EKDITFEYSF
TISSLPEGQY DVVINAIDNS DNAADTKTLN IVNNGVASAE ISPVSESFDI NVPADVSTTI
TWNDASSVTD VVYGGNPVTS DSYEVSGDTL TLKSSYLASL GLVNGDTSEF IINFDRGNPV
TFVVSIIDSS DPTPVNRSIS VQNDGNGTAS ANVTSATEGT EVTLTATPNE GYRFKEWQVI
YPTGLAITGN TFTMPNGAVS VKAIFEQNPV VNYTLSVNGS YSNESGAGSY VEGSTVTINA
GSRSNYTFRG WSSGDGVTFA NANSTTTTFT MPAKNVTVTA SWTYNGSSPY NGTIPSQPAT
KDYTADIKVS GASGNSTLPI TVDAKTGTAR LDTASRNELV ANGGISVITV PSIPDVDTYS
VGIPVPYLST ADWQGSLRVS TNRGSITVPS NMLTGIAEAA GTKAEITIGK GDKATLTEAA
KTAIGDRPLI QLTMYIDGKQ MEWNNPNVPV MVTIPYTPSA EELANPERII IWYIDDNGKA
VAVPNGHYDP ASGTVAFDTT HFSSYAIGYS DVSFNDVTEN AWYNKAVSFI AARDITAGTG
NGYFSPNAKL TRGEFIVMLM KAYEIAPDGK QSSNFEDAGN KYYTGYLAAA KRLGISEGIG
KNMFAPEKQI TRQEMFTMLY NALKTMDKLP QGDTGKSLSS FDDEEMVASW ARDAMTLLVE
TGIVGGNAGQ LTPASTTTRS EMAQVLYNLI YKN