| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Ccel_2320 |
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| Symbol | |
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| ID | 7310996 |
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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 | 2706866 |
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| End bp | 2710018 |
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| Gene Length | 3153 bp |
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| Protein Length | 1050 aa |
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| Translation table | 11 |
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| GC content | 39% |
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| IMG OID | 643609248 |
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| Product | glycoside hydrolase family 10 |
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| Protein accession | YP_002506636 |
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| Protein GI | 220929727 |
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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 | 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 | ATGTACAGGA ACAGAAATAA AGTCTTAGCG TTGCTTTTAG CTTTTGCAAT GATCATTTCC
GTTATGCCTA TGAGTGCTGT AATGGCTGAA ACAAAAACTA CTTATCATGA AACCTTTGCA
GATGGTAAAG GAGCAGCAAC CCAATCCGGA GGAGCTACTC TCGAGAAGGT TGGTAATAAG
GTTTTTGAAG GTAATGATGA CGGAGCCGCA TTATATGTAA GCAATAGAAA AAACAATTGG
GATGCGGCTG ATTTTAAATT CAACGATATT GGACTAAAAA ACGGTAAGAC TTATAGCATA
ACAGTAAAAG GTTTTGTTGA CTCCAATGCC AAGGTTCCAG CAGGTGCACA GGCATTTCTT
CAGGTTGTCA ACAGCTACGC ATGGCTGGCA GGTTCGGACT TTGTTGCGGG AAAAGCTTTT
ACTTTGAGCG GAAAGTATAC TGTGGATACC TCAAAGGATG ACGGAATACG CGTTCAATCC
AATGATGAAG GCAAAGAGGT TCCTTTTTAT ATTGGAGACA TTTCAATTAC AGAAGAGGCT
GTTGAAGAAG TACCCGAGGA TCCCAGCAGA CCAAAGGCGG AAACTTTTAA AACAATAACA
TTTGAGGATA AAACAACAGG TGGCTTTGGA GCCAGAAGCG GTGAGGGAGG AGAAAAACTG
ACCGTAACAA AAGAAGCCAA CCATACCGAT GGCGGTTCAT ATGCTTTAAA AGTAGAAAAC
AGAACAATGA CTTGGCATGG CCCTTCCATG AATGTGGAGA AGTTTGTAAG CCAAGGTAGT
GAATACAAGG TTACTGCATG GGTAAAACTT GCTAGTCCTG AAAGCTCACA ACTTCAACTT
TCCACTCAGG TTGGAAACGG CGGCACTGCT TCTTATGTAA GCCTTGCAGC AAAAACAATC
AGTACTTCTG ATGGTTGGGT TAAGTATGAG GGTACATACC GCTACAACAA TGTTTCAAGT
GAATATATTA CTATATATGT AGAAAGTGCA AGCAGTGCCA ATGCTTCTTT CTATATTGAC
GATATCAGCT TTGAACAAAC AGGTTCAGGC CCAATCAAAA TCCAAAATGA TTTGGAATCT
ATCAAAAATG TATATAAGAA GGATTTCCTT ATAGGAAATG CAATAGCAGC AGAGGATATG
GAAGGGGTCA GACTTGACCT TTTAAAGAAG CACTTTAATG TAATGACTGC TGGAAATGCT
ATGAAGCCTG ATGCATTACA GCCTACAAAG GGCAACTTTA CATTTGCGGA TGCAGATAAG
CTAGTTGACA AGGTTCTGGC AGAGGGATTT GAGATGCACG GACATACGTT GGTATGGCAT
CAACAGTCAC CTGCATGGCT TAATACAAAA GTAGATGCAA GCGGAAATGC CGTACCTTTG
TCACGTGAGG AAGCTCTTAC AAATCTAAAA ACCCATATCA AGACAGTTGT AGAGCACTAC
GGTAACAAGG TAATATCCTG GGACGTAGTA AATGAAGGTA TGAACGATAA TCCTTCTAAC
CCTGAAGACT GGAGGGGAGC ATTGCGTCAA AGCCCATGGT ATCAGGCAAT TGGTCCTGAT
TACATGGAAC AAGCGTTTTT AGCGGCAAGA GAGGTTCTTG ATGCTCATCC TGATTGGGAT
GTGAAGCTTT ATTATAATGA TTATAACGAT GATAATCAAA ATAAATCTAA AGCTATTTAC
TACATGGTAA AAGAATTAAA TGAAAAATAT GCTAAAACTC ACCCGGGCAA ACTTCTTATC
GACGGAGTAG GTATGCAGGC ACATTACAAT ATGTCTACAA ATCCTTCTAA TGTTGAACTT
TCATTGGAGA GATTTATTTC TCTGGGTGTT GAAGTAAGCA TAACAGAGCT TGATGTTCAA
GCAGGCAGCG ACTTCAAGTT AACCGATGAA ATTGCAAATG CACAGGGATA TTTATATGCA
CAGTTATTCG ATATATATAA GAAGCATGCA GCAAATATAA GCCGTATTAC TATATGGGGA
TTGGATGATG GTACAAGCTG GAGATCATCC ACAAATCCTT TGCCGTTTGA CAAGAATCTT
CAGGCAAAGC CTGCATTTTT TGGCACAGTA GATCCTGCAA AATTTATGAA TGAACATCAA
CCTCAGACAC CTAAAAATGC AAAATATACA ACAGCCAGAT ACGGTACCCC TGTAATTGAC
GGTACTGTTG ACAGTGTTTG GAGTAAAGCA CAGGATATAC CTATAAACCA GTATCAAATG
GCATGGCAGG GAGCAACAGG AACTGCAAAG GCTCTATGGG ATGACAAGAA CCTGTATGTT
CTTGTTCAGG TCAGCGACTC CGAACTTGAT AAGAAAAGTG TAAACACATA CGAACAAGAT
TCAGTTGAAG TATTCATTGA TGAGAATAAT GGAAAAACTA CATTCTATCA GGATGATGAC
GGTCAGTACA GAGTTAATTA TGACAACGAG ACTTCATTTA ATCCTGAATC AATTTCAACC
GGATTTAAAT CTGCAACAAA GGTTTCAGGA ACAAGCTATA CCGTTGAAAT AAAGATTCCT
CTTAAATCAG TAACACCATC CAATAATTTA AAAATAGGCT TTGATGTTCA GATAAATGAT
GCTAAAGATG GTTCACGTAA GAGTGTTGCT ACATGGAATG ATACTACCGG AAATGGATAT
CAGGATACTT CGGTATATGG TGTTCTAACC CTCAGTAATT CCGACAGCAA TAATACATCC
CAATATATTA CAAGAGGAGA ATTTATTGAT TCTATCATTA AAGCTTTGGG TCTGAATAAA
AATGTTCAGG TTAAAGACTC CTTTAAGGAT GTAACCAAGG ATTCCAGCTA TTATGCTTCT
GTAAGTGTTG CTTACCAGAA GGGAATAGTA TCTGGATACA AAAACGGAGA GTTCAAGCCG
CAGGCTAAGA TTACTCGTCA AGAAGCAATG ACAATAATTG CCAAGGCTAT GAAGGCAGCA
GGAAAGAATG TTAACTACTC AGCTGATGAG ATAAATAAAA TACTTAAGGA ATTTAAGGAT
TCAAATAAAG TTGCCGGATG GGCAAAAGGT TCTGTTGCTG CTTGTATTAA AGCAGGAATT
GTATCTGGCA AAAGCGGAAA AATGCTGGCA CCACAAGAAA ATATAACTTT TTCACAAACA
GAATCAATAG TAAAGAAATT GTCCGCAAAA TAA
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| Protein sequence | MYRNRNKVLA LLLAFAMIIS VMPMSAVMAE TKTTYHETFA DGKGAATQSG GATLEKVGNK
VFEGNDDGAA LYVSNRKNNW DAADFKFNDI GLKNGKTYSI TVKGFVDSNA KVPAGAQAFL
QVVNSYAWLA GSDFVAGKAF TLSGKYTVDT SKDDGIRVQS NDEGKEVPFY IGDISITEEA
VEEVPEDPSR PKAETFKTIT FEDKTTGGFG ARSGEGGEKL TVTKEANHTD GGSYALKVEN
RTMTWHGPSM NVEKFVSQGS EYKVTAWVKL ASPESSQLQL STQVGNGGTA SYVSLAAKTI
STSDGWVKYE GTYRYNNVSS EYITIYVESA SSANASFYID DISFEQTGSG PIKIQNDLES
IKNVYKKDFL IGNAIAAEDM EGVRLDLLKK HFNVMTAGNA MKPDALQPTK GNFTFADADK
LVDKVLAEGF EMHGHTLVWH QQSPAWLNTK VDASGNAVPL SREEALTNLK THIKTVVEHY
GNKVISWDVV NEGMNDNPSN PEDWRGALRQ SPWYQAIGPD YMEQAFLAAR EVLDAHPDWD
VKLYYNDYND DNQNKSKAIY YMVKELNEKY AKTHPGKLLI DGVGMQAHYN MSTNPSNVEL
SLERFISLGV EVSITELDVQ AGSDFKLTDE IANAQGYLYA QLFDIYKKHA ANISRITIWG
LDDGTSWRSS TNPLPFDKNL QAKPAFFGTV DPAKFMNEHQ PQTPKNAKYT TARYGTPVID
GTVDSVWSKA QDIPINQYQM AWQGATGTAK ALWDDKNLYV LVQVSDSELD KKSVNTYEQD
SVEVFIDENN GKTTFYQDDD GQYRVNYDNE TSFNPESIST GFKSATKVSG TSYTVEIKIP
LKSVTPSNNL KIGFDVQIND AKDGSRKSVA TWNDTTGNGY QDTSVYGVLT LSNSDSNNTS
QYITRGEFID SIIKALGLNK NVQVKDSFKD VTKDSSYYAS VSVAYQKGIV SGYKNGEFKP
QAKITRQEAM TIIAKAMKAA GKNVNYSADE INKILKEFKD SNKVAGWAKG SVAACIKAGI
VSGKSGKMLA PQENITFSQT ESIVKKLSAK
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