| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Athe_0182 |
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| Symbol | |
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| ID | 7407173 |
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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 | Anaerocellum thermophilum DSM 6725 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_012034 |
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| Strand | + |
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| Start bp | 225442 |
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| End bp | 229458 |
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| Gene Length | 4017 bp |
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| Protein Length | 1338 aa |
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| Translation table | 11 |
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| GC content | 35% |
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| IMG OID | 643714584 |
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| Product | glycoside hydrolase family 43 |
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| Protein accession | YP_002572107 |
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| Protein GI | 222528225 |
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| COG category | [G] Carbohydrate transport and metabolism |
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| COG ID | [COG3507] Beta-xylosidase |
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| TIGRFAM ID | |
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Plasmid Coverage information |
| Num covering plasmid clones | 9 |
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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 | ATGAAGATTT TGAGGATGTT TAAAAATTTA ATTATAGAAA CAATCATTTT GAGTATGATA
CTATGGTTGT TTTTTAGTCA TAACGCAAGC TTTATTTCTG CCGTAGGAGG AGAAGCATTG
AGAGGGGGAA CAGCTGCAAC AAATCCGATA ATTCTTGCTG ATATTCCTGA TCCTGACATT
GTTAGAGTTG GAAAAGACTA TTACATGGTC AGCACCACAA TGCATATGAC ACCAGGTGTT
CCAATTATGC ATTCAACAGA TCTTGTGAAC TGGAGGATAA TTGGCTATGT TTATGACAGG
TTAGAAGAAA ATGATGCACA TAATTTAAAA AATGGTCAAA ACGTTTACGG AAAAGGGCAA
TGGGCACCTT GTATAAGATA CCATAAAGGT AAATTTTATG TAATATTTGC TTCATTAGAT
TCTGGCAAGA CTTACTTGTT TAGCTCAGCG AAAATTACGG GACCATGGGA GAGGGTGGAA
TTTCACGAAT ATCTCCATGA TCCAACCCTT TTATTTGATG ATGATGGGAA AGTCTACATT
ATATACGGTA ATAAAGAAAT AAGAATTAGA GAATTAACTC CAGATTTAAA AGCTTTTAAT
CCACTGGGAC TGAACAAGGT AATTATTAAA TCTAAAATTG AAGGACTTGA GGAAGGTTCA
CATGCTTACA AAATAAACGG TAGGTACTAC ATAACAACAA TTCGGTGGGA AAAAGGAAAA
ATAAGAGAAG AATGTATATA CAGATCAGAT AGAATTGATG GGCCATATGA AGGGAAAGTT
GTACTCAGTG ATACCATGGG ATACAAGAAT AACGGTGTTG CACAGGGAGG ACTTATCGAT
ACACCGGATG GAAAATGGTT TTCAATGCTT TTTCAAGACC ATGACGCAGT TGGGCGTGTT
CCAGTTCTTG TGCCTGTCAG GTGGAAAAAT GGATGGCCAG TCTTTGGAGA TGAAAATGGT
AAAGTTCCGA TAAGATTTGT AAAGCCGGGC AGGAGCAGTT TTGAAACTGA AATTGTGAAA
AGCGATGAGT TTTACCAAGA AAAAATAGAA ACAAATTTCA GAAGATTTGA AGTTGAGAGA
AATTTGGAAA TTACAGCACA AGAAGAGCTT GCAGTAAACG GCGATTTTAA AAGGGGGAAA
GTTGGCTGGA AAGGCAAAGA TGGTTCAAAG GTGGAAGTTG TGAAAGAAGA AAACAGAAAT
GTTCTTCATG TCTATTCTAT TTCAGACCAA GGTACAGGAG TGCAACAAAA CTTTACTGGT
AAAATTATGA AAGGAAAAAA ATATAAATCT GTTTTTAGAG TTAAATACAC AAAAGGTGCT
GAAACTGTAG AATTTGTCTT ATGTGCAAGA CTGTCAAATG GAAATAATGT GATTTCCAAA
GAGCTTGTAA AGGGATTGGC GCAAAAAAAT GAATGGACAA CAATATCTAG TATATTTGAG
ATTGACCAGA ATTTTGATAC AATATCATTA TTAGTAAAAG TTTTATCTAT TGGAAATAAA
CAGGAGAAAG TAACCGAATT TTATGTGGAC TTTTTCTCTG TAAAAGAGGT GCTTTTTACA
AGTAAAGAAC CAGAACAAGT AGCACCAAAT GGTTCGGTAT TAAACTTGAC GTGGCAATGG
AATCATAACC CTGATAACAC AAAGTGGTCT TTGCTTGAAA GAAAAGGCTT TCTTAGATTA
AGAACTTGTG ATGTGGTAAA TGATATACAG CAGGCAAGAA ATACGTTGAC TCAGCGAACT
ATAGGTCCAA AATGTTCAGG ATGGATACTT ATGGATGTAA GTAAGATGAA TGATGGGGAT
GTTGCTGGAC TTGCTGCATT TCAAAAAGAG TATGGGTTTA TCGGTGTTTC AAAGCAGAGA
AACAAATATT ATATAATAAT GGTTGATAAA GGGAAAGAAG TTGCAAGAGA AAATTTACAG
CAAATGATGG TGTATTTAAA GATTGATTTT GATTTTGAAG TTGATAAAGC ATATTTCTAC
TACAGCTATG ATGGAATTAA TTGGACGAAA TGTGGTTCTG AACTTGAAAT GAAGTATACC
TTGCCCCAGC ATTTTATGGG ATACAGATTT GCAATATTCA ATTTTGCGAC AAAAAAGCCA
GGCGGTTATG TTGATATAGA TTTCTTTAAA TTTGAGAATA AACTAACTGG CATAAAAACA
GAAAATTATT TGAAGGCATA TTTTGATAAA ACTGAAATTT TACTTGATAA CTCTACTGAT
AAAAAATATC AAGTTTCTAT TTGCGTAAAT TCTCTTCCTA AGAATGAAAA AATAGAACAA
GTTGAACTTT TGTTGAACCA TCCTGAATGG ATTGATGTTG CTGGCATAAA AAAAGAAAAT
AAGCTGCTTG AAAATGCAAT TGTAAAAGTA ATTAAAAGAG AAGCAAATCA GACAACAATT
TCAATTTCTA ACATAAAAAA AGAGCTTATA GACAAAGATA ATAAATGGCA GAGAATAGTA
AATATTCAAC TAAAACAAAA AATAAAACTA TCAGAGTCAA ATAAAGGTGA AATATCAATT
AAATCATTTG TTTTACAAAC AGAGAAAGAA AAAATTAGTT ATGGGAGTGA CGCTGCAGTG
ACAAAGGTAG AATACACTGC ACCTAAAGTA CCAATAGGTA AAATTCCACC TAATGCAAAT
CCTCTAATTT CACACAAGTT TGGTGCTGAC CCCGCTGTTC TTGTTTACAA TGATAGGGTA
TATGTTTATC TTACAAACGA CATTTTAGAG TATGACGCAG ACGGAAATAT TGTGGACAAT
ACCTATAGTA AGATAAATAA AATTACTGTT ATTTCTTCTG AAGACCTTGT CAATTGGACA
GACCATGGAG AGATTGAAGT TGCAGGACCA AATGGAGTTG CAAAATGGGC AACTCAGTCA
TGGGCTCCAA GCATTGCTTA CAAAAAAATA AATGGCAAAG ATAAATTCTT CCTGTACTTT
GCAAATAACG CAAGCGGTAT AGGTGTTTTG ACAAGCGACA GTCCAATAGG TCCATGGGTG
GATCCTCTTG GAAGACCATT AATTTCAAGG TCTACACCGG GAGTAGAAGG CGTTGTTTGG
CTATTTGACC CTGCAGTCTT GGTAGATGAT GATGGAAAGG CATACATTTA CTTTGGCGGT
GGAGTTCCGC AAGGACAAGA CCAAATGCCA AATACTGCAC GTGTTATGCA ACTGGGTGAT
GATATGATAA GTGTTGTAGG AAGTGCAAAA ACCATTCATG CACCATTTAT GTTTGAAGAT
TCTGGTATTA ACAAGATAAA TGGAATTTAC TGTTATTCCT ACTGCACAAA CTTTTATGGT
GGATCAAGAC CACAGGGAAG TCCACCTGCT GGTGTAATAG CTTACATGAT TAGTAAAAAT
CCTATGGGGC CATGGGAATA CAGAGGAGTT ATACTCAACA ATCCTGGATA TTTCTTTGGA
GTTGGTGGCA ATAATCATCA CCAGATTTTT ATGTTTAAAG GTAAATGGTA TATTACATAT
CATGCGCAAA CTCTTGCAAA AGATATGGGT GCAGCTAAAG GATACAGGTC ACCGCATATA
AACGAGGTTG TTATTGAGGG TGATAAGATC AGAGAGGTTG TTGCGGATTA TAAAGGTGTC
AATCAAGTAA AGCTGTTTGA TCCGTATAGA CTGGTTGAAG CTGAGACATT TGCATGGTGT
GCAGGTGTGT CCACAAAGAA AGCAGATGCA AGTAACAACA TGTGTCTTAC TGATATTAAT
GATGGTGATT GGATAGCTCT TTCAAAAGTA GATTTTGGGA ATGCTGGAGC AAAAAAGTTT
GAAGCGATTG TGAATAATGT AAATGGTGAA AGCTTAATAG AGATAAAGCT TGATTCTTTA
GATGGGAGAA CCATTGCAGT TGTGGAAGTC AAACATCAGC AAGAATTTTT ATCCAAGTGG
ACAAAGGTAG AAACAAAGGT TGAAAAAGTA ACAGGAGTGC ATGATTTGTA TTTTGTTTTC
AGAGGTAAAA AACAAAATAA ATTGTTTGAT ATGGACTATT GGAGATTTAT GAAATGA
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| Protein sequence | MKILRMFKNL IIETIILSMI LWLFFSHNAS FISAVGGEAL RGGTAATNPI ILADIPDPDI
VRVGKDYYMV STTMHMTPGV PIMHSTDLVN WRIIGYVYDR LEENDAHNLK NGQNVYGKGQ
WAPCIRYHKG KFYVIFASLD SGKTYLFSSA KITGPWERVE FHEYLHDPTL LFDDDGKVYI
IYGNKEIRIR ELTPDLKAFN PLGLNKVIIK SKIEGLEEGS HAYKINGRYY ITTIRWEKGK
IREECIYRSD RIDGPYEGKV VLSDTMGYKN NGVAQGGLID TPDGKWFSML FQDHDAVGRV
PVLVPVRWKN GWPVFGDENG KVPIRFVKPG RSSFETEIVK SDEFYQEKIE TNFRRFEVER
NLEITAQEEL AVNGDFKRGK VGWKGKDGSK VEVVKEENRN VLHVYSISDQ GTGVQQNFTG
KIMKGKKYKS VFRVKYTKGA ETVEFVLCAR LSNGNNVISK ELVKGLAQKN EWTTISSIFE
IDQNFDTISL LVKVLSIGNK QEKVTEFYVD FFSVKEVLFT SKEPEQVAPN GSVLNLTWQW
NHNPDNTKWS LLERKGFLRL RTCDVVNDIQ QARNTLTQRT IGPKCSGWIL MDVSKMNDGD
VAGLAAFQKE YGFIGVSKQR NKYYIIMVDK GKEVARENLQ QMMVYLKIDF DFEVDKAYFY
YSYDGINWTK CGSELEMKYT LPQHFMGYRF AIFNFATKKP GGYVDIDFFK FENKLTGIKT
ENYLKAYFDK TEILLDNSTD KKYQVSICVN SLPKNEKIEQ VELLLNHPEW IDVAGIKKEN
KLLENAIVKV IKREANQTTI SISNIKKELI DKDNKWQRIV NIQLKQKIKL SESNKGEISI
KSFVLQTEKE KISYGSDAAV TKVEYTAPKV PIGKIPPNAN PLISHKFGAD PAVLVYNDRV
YVYLTNDILE YDADGNIVDN TYSKINKITV ISSEDLVNWT DHGEIEVAGP NGVAKWATQS
WAPSIAYKKI NGKDKFFLYF ANNASGIGVL TSDSPIGPWV DPLGRPLISR STPGVEGVVW
LFDPAVLVDD DGKAYIYFGG GVPQGQDQMP NTARVMQLGD DMISVVGSAK TIHAPFMFED
SGINKINGIY CYSYCTNFYG GSRPQGSPPA GVIAYMISKN PMGPWEYRGV ILNNPGYFFG
VGGNNHHQIF MFKGKWYITY HAQTLAKDMG AAKGYRSPHI NEVVIEGDKI REVVADYKGV
NQVKLFDPYR LVEAETFAWC AGVSTKKADA SNNMCLTDIN DGDWIALSKV DFGNAGAKKF
EAIVNNVNGE SLIEIKLDSL DGRTIAVVEV KHQQEFLSKW TKVETKVEKV TGVHDLYFVF
RGKKQNKLFD MDYWRFMK
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