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EBI DbfetchID Z11127; SV 1; linear; genomic DNA; STD; PRO; 3185 BP. XX AC Z11127; XX DT 29-OCT-1991 (Rel. 30, Created) DT 18-APR-2005 (Rel. 83, Last updated, Version 4) XX DE R.flavefaciens xynA gene for XYLA bifunctional xylanase XX KW bifunctional xylanase; xynA gene. XX OS Ruminococcus flavefaciens OC Bacteria; Firmicutes; Clostridia; Clostridiales; Ruminococcaceae; OC Ruminococcus. XX RN [1] RP 1-3125 RX DOI; 10.1111/j.1365-2958.1992.tb02167.x RX PUBMED; 1584021. RA Zhang J., Flint H.J.; RT "A bifunctional xylanase encoded by the xynA gene of the rumen cellulolytic RT bacterium Ruminococcus flavefaciens 17 comprises two dissimilar domains RT linked by an asparagine/glutamine-rich sequence"; RL Mol. Microbiol. 6(8):1013-1023(1992). XX RN [2] RP 1-3185 RA Flint H.; RT ; RL Submitted (15-OCT-1991) to the EMBL/GenBank/DDBJ databases. RL Flint H., Rowett Research Institute, Greenburn Road, Bucksburn, Aberdeen, RL United Kingdom. XX FH Key Location/Qualifiers FH FT source 1..3185 FT /organism="Ruminococcus flavefaciens" FT /strain="17" FT /mol_type="genomic DNA" FT /db_xref="taxon:1265" FT CDS 58..2922 FT /transl_table=11 FT /gene="xynA" FT /product="XYLA of Ruminococcus flavefaciens" FT /function="Bifunctional xylanase" FT /db_xref="GOA:P29126" FT /db_xref="HSSP:1F5J" FT /db_xref="InterPro:IPR013781" FT /db_xref="UniProtKB/Swiss-Prot:P29126" FT /protein_id="CAA77476.1" FT /translation="MKLSKIKKVLSGTVSALMIASAAPVVASAADQQTRGNVGGYDYEM FT WNQNGQGQASMNPGAGSFTCSWSNIENFLARMGKNYDSQKKNYKAFGNIVLTYDVEYTP FT RGNSYMCVYGWTRNPLMEYYIVEGWGDWRPPGNDGEVKGTVSANGNTYDIRKTMRYNQP FT SLDGTATFPQYWSVRQTSGSANNQTNYMKGTIDVTKHFDAWSAAGLDMSGTLYEVSLNI FT EGYRSNGSANVKSVSVTQGGSSDNGGQQQNNDWNQQNNNQQQNNDWNNWGQQNNDWNQW FT NNQGQQNNDWNNWGQQNNDWNQWNNQGQQQNNDWNNWGQQNNDWNQWNNQGQQQNNDWN FT NWGQQNNDWNQWNNQGQQQNNDWNNWGQQNNDWNQWNNQNNNQQNAWNGWDNNNNWNQN FT NQQQNNWDWNNQNNWNNNQQQNNDWNQWNNQNNWNNNQQQNNDWNQWNNQGQQNNDWNQ FT WNNQNNWNQNNNQQNAWNGWDNNNNWNQWDQNNQWNNQQQNNTWDWNNQNNWNNNQQNN FT DWNQWNNQGQQQNNDWNQWNNQNNNQNNGWDWNNQNNWNQNNNQQNAWNGWDNNNNWNQ FT WGGQNNDWNNQQQNNDWNQWNNQGQQQNNDWNNQNNWNQGQQNNNNSAGSSDSLKGAFS FT KYFKIGTSVSPHELNSGADFLKKHYNSITPENELKPESILDQGACQQKGNNVNTQISLS FT RAAQTLKFCEQNGIALRGHTFVWYSQTPDWFFRENFSQNGAYVSKDIMNQRLESMIKNT FT FAALKSQYPNLDVYSYDVCNELFLNNGGGMRGADNSNWVKIYGDDSFVINAFKYARQYA FT PAGCKLYLNDYNEYIPAKTNDIYNMAMKLKQLGYIDGIGMQSHLATNYPDANTYETALK FT KFLSTGLEVQITELDITCTNSAEQADLYEKIFKLAMQNSAQIPAVTIWGTQDTVSWRSS FT QNPLLFSAGYQPKPAYDRVMALAK" FT RBS 43..49 FT sig_peptide 58..138 FT mat_peptide 139..2919 FT /product="XYLA of Ruminococcus flavefaciens" XX SQ Sequence 3185 BP; 1043 A; 707 C; 752 G; 683 T; 0 other; aagcttgatg ggttttatca tcttgacttt ttatcatttt caaaaggagt gattttattg 60 aagctttcta aaatcaagaa ggttctcagt ggaacagtgt ctgcactgat gatcgcatca 120 gctgcacctg ttgttgcttc ggctgctgat cagcagacca gaggtaacgt cggcggttac 180 gattacgaga tgtggaacca gaacggtcag ggccaggcat caatgaatcc cggtgcaggt 240 tctttcacat gttcttggag caacatcgag aacttcctcg ctcgtatggg taagaactac 300 gacagccaga agaagaatta caaggctttc ggaaacatcg ttcttactta tgatgtagag 360 tacacaccaa gaggaaattc atatatgtgc gtatatggat ggacaagaaa tcctctcatg 420 gaatattaca tcgttgaagg ttggggtgac tggagaccac ccggaaacga cggtgaggta 480 aagggtacag tttcagctaa cggaaatact tacgacattc gcaagacaat gcgttacaac 540 cagccttcac tggatggtac agcaacattc cctcagtact ggagcgttcg tcagaccagc 600 ggttctgcaa acaaccagac aaactacatg aagggaacga tcgatgtaac caagcacttt 660 gacgcatgga gtgcagcagg tctcgatatg tccggtacac tttatgaggt ttcactcaac 720 atcgagggtt accgttcaaa cggttctgct aacgttaaga gcgtaagcgt tacacaggga 780 ggctcctctg ataacggtgg ccagcagcag aataacgact ggaaccagca gaataacaac 840 cagcagcaga acaatgactg gaataactgg ggccagcaga ataacgactg gaaccagtgg 900 aacaatcagg gtcagcagaa caatgactgg aacaactggg gtcagcagaa taatgactgg 960 aaccagtgga acaatcaggg tcagcagcag aacaacgact ggaacaactg gggtcagcag 1020 aataatgact ggaaccagtg gaacaatcag ggtcagcagc agaacaacga ctggaacaac 1080 tggggtcagc agaataacga ctggaaccag tggaacaatc agggccagca gcagaacaac 1140 gactggaaca actggggtca gcagaataat gactggaatc agtggaataa ccagaacaac 1200 aaccagcaga acgcttggaa tggctgggat aataataaca actggaacca gaacaaccag 1260 cagcagaaca actgggactg gaacaaccag aataactgga acaataacca gcagcagaac 1320 aatgactgga accagtggaa caaccagaat aactggaaca ataaccagca gcagaacaat 1380 gactggaacc agtggaacaa ccaggggcag cagaataacg actggaacca gtggaataac 1440 cagaataact ggaatcagaa caacaaccag cagaatgctt ggaacggctg ggataacaac 1500 aataactgga accagtggga tcagaacaat cagtggaaca accagcagca gaacaacacc 1560 tgggactgga ataatcagaa caactggaac aacaaccagc agaacaatga ctggaaccag 1620 tggaacaacc agggacagca gcagaataac gactggaacc agtggaataa ccagaataac 1680 aaccagaaca acggctggga ctggaataac cagaataact ggaatcagaa caacaaccag 1740 cagaatgctt ggaacggctg ggataacaac aataactgga accagtgggg cggtcagaac 1800 aacgactgga acaaccagca gcagaataac gactggaatc agtggaataa ccagggacag 1860 cagcagaaca atgactggaa taaccagaat aactggaatc agggtcagca gaataacaat 1920 aattcagcag gctcaagcga cagcctgaag ggggctttct ccaagtactt caagatcggt 1980 acttctgtaa gtcctcacga gcttaacagc ggtgcagact tccttaagaa gcactacaac 2040 tccataactc ccgagaacga gctcaagcct gaaagcattc tcgatcaggg ggcttgccag 2100 cagaagggca acaatgtaaa tactcagatc agcctttcaa gagcagctca gactctgaag 2160 ttctgtgagc agaacggcat tgctctccgt ggtcatacat tcgtttggta cagccagact 2220 cctgactggt tcttccgtga gaacttctct cagaacggcg cttatgtatc aaaggatata 2280 atgaaccagc gtctcgagag catgataaag aatacatttg ctgctctcaa gtcacagtat 2340 ccgaatctcg atgtatattc ctacgacgta tgtaacgagc ttttcctcaa caacggcggc 2400 ggaatgagag gtgctgacaa ttccaactgg gtaaagatct acggtgatga cagctttgtt 2460 atcaacgcat tcaagtacgc aagacagtac gctcctgcag gatgcaagct ctatcttaat 2520 gattacaacg agtacatccc tgctaagaca aacgacatct acaatatggc tatgaagctc 2580 aagcagctcg gttatattga cggtatcggt atgcagtcac atctggctac aaactatccc 2640 gatgctaata cttatgagac ggctctcaag aagttcctca gcacaggtct tgaggttcag 2700 atcacagagc tcgacatcac ttgcaccaat tctgctgagc aggctgatct ttatgagaag 2760 atcttcaagc tggctatgca gaactcagct cagatccctg ctgtaaccat ctggggtaca 2820 caggacacag taagctggag atcatcacag aatcctcttc tgttctcggc tggttatcag 2880 cccaagccgg cttatgacag agtaatggct cttgcaaagt gaggctaatg tactgataca 2940 actccacagt tatatatttg taatgatgta taacatgatc tgatatttaa tatgatttta 3000 tttaaaagct ccctgtgttg ttatagggag cattttttta tcgttttata tgtattcatg 3060 tattttgtga caaaaaagac ggatgctcat ccgtcctttg cttttattca ctttattacc 3120 agttttcgga acatctcttt agtatcatgc tcagctccgt tgaaatgcgg ccatgcgtca 3180 atatt 3185 // |
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