| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Ccel_2319 |
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| Symbol | |
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| ID | 7310995 |
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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 | 2702238 |
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| End bp | 2706725 |
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| Gene Length | 4488 bp |
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| Protein Length | 1495 aa |
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| Translation table | 11 |
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| GC content | 39% |
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| IMG OID | 643609247 |
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| Product | glycoside hydrolase family 10 |
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| Protein accession | YP_002506635 |
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| Protein GI | 220929726 |
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| COG category | [G] Carbohydrate transport and metabolism |
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| COG ID | [COG3693] Beta-1,4-xylanase |
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| TIGRFAM ID | |
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Plasmid Coverage information |
| Num covering plasmid clones | 6 |
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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 | TTGAGGAGAA ATGTAAAATG GAACAGGGTT TTATCAGTTG TAATGACAAT CGCACTGCTT
TTTTCCGTAA TGCCTTTAAA CAATGTGGTA AAAGCAGAAG TTGAAACAAT TTATCACGAG
GATTTTGCTA AAGGAAAGGG AGCAGCACTA CAAGCCGGCG ATGCGACCCT AACAACAGTT
ACTGACAAAG TTTTTGTCGG TAATGATGAT GGAGCTGCTT TATATGTAAA TCCCAGAAAG
AACAACTGGG ACGGAGCTGA TTTTTCATTT GATAAATTAG GAATGAAAGA AGGGGTTAAA
TATACTATAA CAGTTAAAGG ATATGTTGAC CCTGAAACAG ACCCGGAAAA TCCGGTAGTA
CTATCAGGTT CACAGGCCTT TCTTCAGGTT GTAGACAGCT ATGCTTGGAT TGCAGGTGCT
GATTTTGTAG CAGGGGAAGA ATTTACATTA ACTGGAACTT ATACTGTTGA TACCAGCAAG
GATTCCGCCA TACGTATTCA ATCCAATGAT GTGGGAGCAA CAGTTCCTTT TTATATCGGA
GAGATAACTG TAACAGGTGA AAAATTAACA GCACCGACAC CGGTAACTGA AAAAACAATT
TACCATGAAA CCTTTGAAAG CGGTAATGGC TTAGCAAAAC AATCCGGCGA TGCGACCCTG
ACAACTGTTA CCGAAAAAAC CTTTCCCACA GGTGATGTTG AGGGGACTGT GTTAAATGAA
GACGGAGCTG CTTTATATGT GGATACAAGG GTTAACAACT ATGATGGGGC AGATTTTGTG
TTCAGTGACA TAGGTCTGGA GAACGGAAAA TCCTATGAAA TAACAGTAAT TGGTTATGTG
GATTCAATTA CCGACGTGCC GGCAGGTGCA CAGGCATTTC TGCAAAGTAT AAGCAGTTAT
GGTGTAGTTG CAAGTACGGA TTTTGTTGCA GGAAAACCAT TTATATTAAA GGGTAAGTAC
ACGGTAGATA CAAGTAAGGA CGATAGGATA CGAGTCCAGT CAAATGATGA AGGAGCTGCC
GTTCCTTTTT ACATAGGTGA TATACTTATA ACCGGACCCG CACCTTCAAT GAAAACCATT
GACTTCGAAG ATGGAACCGA AGGCGGTTTT ATACCAAGAA TTGGAAAAGA GGTTCTTAGT
GTAACAAATG AAGCCAATCA TACCGATGGC GGAGAATATG CCCTTAAAGT AGATGGAGGC
AGAGAAAATG CTTACTGTGG CCCGTCATTG CGTATAGAGA AGTATATAGA TCAAGGCAGT
GAATATAGAG TGACAGTTTG GGTGAAGTTG GCATCAGATG CAGAAAGTGC AGAAATTGAT
CTCAGTACAC AGATTGGTAA TGGCGAGGGT GTTGCTGAAT ACCCTTCATT ATCTAAAAAG
ACAGTTAAAA AAAGTGACGG TTGGGTCAAG TTTGAGGGTA AACAACGTTA TTATGATACT
TCAAGCGGAT ATATAACTAT ATATTTGCAA AGTGATAACA CAGCAGCTGC CTTTTATATT
GATGATGTGA GTGTGGTTAA TTCAGGTTCT GTATCACTAC CCATCCAAAC CGACCTGACT
CCTATCAAGG ACGTATACAA AGATGACTTT CTTTTCGGAA ATGCAATAGC ACCAAATGAA
CTTAAGGGAA AAAGTTTTGA GCTTCTAAAG CATCATTTTA ATGTTATTAC GGCAGGCAAT
GATATGAAAC CAGATGCACT ACAGAGGAGC AAAGGAGTAT TCAGCTTTGA AACAGCTGAT
GCTATGATAC AAAAAGCACA CGATAACAAT ATACAGGTAC ACGGACATGT ATTGGTTTGG
CATCAACAAA CACCTGTATG GATGAATGGA GTAACGGATG ATGCTGATGT AACAAAATAT
AAAAAGGACG AAAACGGTAA AAATATTACC ATTCCAAGGG AAGAAGCCCT TATTAACATG
AGAACCCATA TTGAGAATGT TGTTAAGCAT TTCGGTGACA AAGTCATATC ATGGGATGTA
GTTAATGAAG CTATGTCAGA TGGAATCAGC GACCCTTCAG ATTGGAAGAA TTGTTTACGT
AAAGATTCAA TGTGGTATCA GTCCATAGGT GATGATTATG TAGAGCAAGC GTTTCTAATT
ACAAAAGAAG TTCTTGAAAA AAATAATCTG AACGATATAA AGCTTTATTA TAATGACTAT
AACGACGATG ATCAGAATAA ATCTCAAGCT ATAGCTAACA TGGTAAATGA AATCAATACA
AACTATGCGA AAACTCACCC TGACAAGCTA CTTATTGACG GCGTAGGTAT GCAAGCTCAC
TACAGTACAT CTACTAAACC TAAGAATGTA GAGGCATCTC TGAAAAGATT TATTGATTTG
GGAGTAGATG TGTGTGTCAC TGAGCTGGAC ATTACAGCCG GAAGCGGCCA AAAGCAGAGC
AGTGATGAGA TAAATGCACA GGCTTACTTG TACGCACAGT TGATGAAAAT CTATAAGGCT
CATGCTGATA ATATAAGCCG TATTACAATT TGGGGACTTG ATGATGGTAG CAGTTGGAGG
AAAGAAGCTT GCCCTCTGCC ATTTGACAGT GATTTGCAGG CAAAAAATGC ATACTACGCT
ATAATCGACC CTGATAAATA CATGGCTGAG CATGAGGCAC CGCCTACAGT AGAGATAAAG
CAGGGAACAG CTGCAAAGGG TACACCCGTA ATAGACGGAA CAGTTGACAG CATATGGGAC
AAGGCAAAGG TAATACCAAT AGACAAAGCA AATGCTGCAT GGGAGACAGC AAAAGGAACC
GCACAAGTTC TATGGGATGA TAAGAACCTG TATGTTTTAA TCAAAGTAAA TGATTCAGTT
CTTGACAAAT CAAGTGCAAA TCCTTGGGAA CATGACTCTG TAGAGGCATT TGTTGATGAA
AATAACGGCA AAACCGAATC ATATGAGAAT GATGACGGAC AGTACAGAGT AAACTATGAC
AACGAGACCT CATTTAATCC TGACAAAATA AAAGAAGGAT TTGAATCGGC TGTTAAAGTT
TCAGGTACAA GCTATACTGT TGAAATGAAA ATACCGTTTA AAACTGTGAC GCCGACAAAT
AATCTTAAAA TAGGATTTGA TGCTCAGATT AATGATGCCA AAGATGGTAC ACGTACCGGA
TATAGAAATT GGAACGATAC TACAGGAGTC GGTTACAAAG ATACCACAGT ATATGGTGAG
CTTATATTAA TCGACGGCAG CACACCAATA CCATCATCAC CTTCAAATGA TAAAACTTCT
TCGGAAAAGG TAAAGGGTAC TGTTAACGGG AAAGAAGTTC CTATTGCAAA AGCTGCCATT
GAATATAAGG ACGGTAAAAA AGTCACAAGT ATAGTTGTAG ATGACACTAA GGTTTCAGAA
TTGCTTGGAC AAAAGAGTGT AGTAGTTTTA GAGCCAAGTA CTAAATCAGA TGTTGTAATA
GGACAGTTAA ATGCTCAAAC AATAAAAAAT ATGGCTGATA AAGAAGCAAT ATTGGAGATT
AAAACAGAGA ATATATCCTA TACGATGCCT GCTTCAAAGA TAAATATTGA AAAGGTTGCT
TCTGCATTAG GCAACAATAT TGACCTTACA GACATTAAGG TCAATGTAAG TATTTCAGGC
GTGTCTGATT CTGTAAATAA CATTGTAAAG GATTCCGCAG AGAAAAACAA TTACAAGTTG
GCTTCCACCC CGGTAGAATT TAATCTGACA TGCTCAAATG GTACTAAAAC TGTTGAAATT
TCAAAGTTTA ACGGTTATAT TGAGAGAACA ATTGCAATTC CTGACGGAGT GAATCCAAAT
GGGGTTATAA CAGCGATAGT ACTCAACAAG GACGGTAGTT TCTCACATAT ACCAACAGCC
ATAGTACTTA AAGACGGTAA ATACTATGCT AAAATAAACA GTTTGACCAA TAGCACATAC
GCTTTGATTT CAAATACAAA GACCTTTAAG GATGTTGAAA ACCATTGGTC AAAAAATGCT
GTAAAGAATA TTGCTTCAAG ACTTATCATG AACGGTGCTG ATAATGATAG CTTTGTTCCC
GATATGGCAA TTACCAGAGG TGAGTTTATA GAATCAATAG TGAAGGCTAT CGGACTATAC
AGAACTGATG AAGGAAAAGA CATTTTTGCA GATGTAAGCA GCAGTAACAG CTATTATGAC
GCAGTAAGTA TAGCTTCTGA ATACGGTATT ATTTCCGGTT ATGGAAACGG CGAATTCAGA
CCTATGAGTA CAATAACGCG TCAGGAAGCC ATGACTATAG TGGCAAAGAC AATGAAGATT
ACCGGACTGA AAGTAGACTA TACTACTGAT GAAATAGCTG ATTCACTTAT TGGCTTTAAA
GATTCGGACA AGCTGGCAGT ATGGGCAAGA AATTCAACTG CTGCCTGTGT TAAGGCTGGA
ATTGTTGCAG GGAAGAGTCT GACTGTAATC GCACCAGAAG ATAATATTAC ACGTGCTGAA
ACTGCATCAG TTATAAACAA GTTATTAATC AATTCAAACC TTATATAA
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| Protein sequence | MRRNVKWNRV LSVVMTIALL FSVMPLNNVV KAEVETIYHE DFAKGKGAAL QAGDATLTTV
TDKVFVGNDD GAALYVNPRK NNWDGADFSF DKLGMKEGVK YTITVKGYVD PETDPENPVV
LSGSQAFLQV VDSYAWIAGA DFVAGEEFTL TGTYTVDTSK DSAIRIQSND VGATVPFYIG
EITVTGEKLT APTPVTEKTI YHETFESGNG LAKQSGDATL TTVTEKTFPT GDVEGTVLNE
DGAALYVDTR VNNYDGADFV FSDIGLENGK SYEITVIGYV DSITDVPAGA QAFLQSISSY
GVVASTDFVA GKPFILKGKY TVDTSKDDRI RVQSNDEGAA VPFYIGDILI TGPAPSMKTI
DFEDGTEGGF IPRIGKEVLS VTNEANHTDG GEYALKVDGG RENAYCGPSL RIEKYIDQGS
EYRVTVWVKL ASDAESAEID LSTQIGNGEG VAEYPSLSKK TVKKSDGWVK FEGKQRYYDT
SSGYITIYLQ SDNTAAAFYI DDVSVVNSGS VSLPIQTDLT PIKDVYKDDF LFGNAIAPNE
LKGKSFELLK HHFNVITAGN DMKPDALQRS KGVFSFETAD AMIQKAHDNN IQVHGHVLVW
HQQTPVWMNG VTDDADVTKY KKDENGKNIT IPREEALINM RTHIENVVKH FGDKVISWDV
VNEAMSDGIS DPSDWKNCLR KDSMWYQSIG DDYVEQAFLI TKEVLEKNNL NDIKLYYNDY
NDDDQNKSQA IANMVNEINT NYAKTHPDKL LIDGVGMQAH YSTSTKPKNV EASLKRFIDL
GVDVCVTELD ITAGSGQKQS SDEINAQAYL YAQLMKIYKA HADNISRITI WGLDDGSSWR
KEACPLPFDS DLQAKNAYYA IIDPDKYMAE HEAPPTVEIK QGTAAKGTPV IDGTVDSIWD
KAKVIPIDKA NAAWETAKGT AQVLWDDKNL YVLIKVNDSV LDKSSANPWE HDSVEAFVDE
NNGKTESYEN DDGQYRVNYD NETSFNPDKI KEGFESAVKV SGTSYTVEMK IPFKTVTPTN
NLKIGFDAQI NDAKDGTRTG YRNWNDTTGV GYKDTTVYGE LILIDGSTPI PSSPSNDKTS
SEKVKGTVNG KEVPIAKAAI EYKDGKKVTS IVVDDTKVSE LLGQKSVVVL EPSTKSDVVI
GQLNAQTIKN MADKEAILEI KTENISYTMP ASKINIEKVA SALGNNIDLT DIKVNVSISG
VSDSVNNIVK DSAEKNNYKL ASTPVEFNLT CSNGTKTVEI SKFNGYIERT IAIPDGVNPN
GVITAIVLNK DGSFSHIPTA IVLKDGKYYA KINSLTNSTY ALISNTKTFK DVENHWSKNA
VKNIASRLIM NGADNDSFVP DMAITRGEFI ESIVKAIGLY RTDEGKDIFA DVSSSNSYYD
AVSIASEYGI ISGYGNGEFR PMSTITRQEA MTIVAKTMKI TGLKVDYTTD EIADSLIGFK
DSDKLAVWAR NSTAACVKAG IVAGKSLTVI APEDNITRAE TASVINKLLI NSNLI
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