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EBI DbfetchID X61495; SV 1; linear; genomic DNA; STD; PRO; 2830 BP. XX AC X61495; S55274; XX DT 16-SEP-1991 (Rel. 29, Created) DT 18-APR-2005 (Rel. 83, Last updated, Version 9) XX DE B. fibriosolvens xynB gene for beta-1,4-D-xylanase XX KW xylanase; xynB gene. XX OS Butyrivibrio fibrisolvens OC Bacteria; Firmicutes; Clostridia; Clostridiales; Lachnospiraceae; OC Butyrivibrio. XX RN [1] RP 1-2830 RA Lin L.L.; RT ; RL Submitted (26-AUG-1991) to the EMBL/GenBank/DDBJ databases. RL L.L. Lin, Dept of Microbiology, University of Cape Town, Private Bag, RL Rondebosch 7700, SOUTH AFRICA XX RN [2] RP 1-2830 RA Lin L.L., Thomson J.A.; RT "Cloning, sequencing and expression of a gene encoding a 73 kDa xylanase RT enzyme from the rumen anaerobe Butyrivibrio fibrisolvens H17c"; RL Mol. Gen. Genet. 0:0-0(1991). XX RN [3] RP 1-2830 RX DOI; 10.1007/BF00282447 RX PUBMED; 1909424. RA Lin L.L., Thomson J.A.; RT "Cloning, sequencing and expression of a gene encoding a 73 kDa xylanase RT enzyme from the rumen anaerobe Butyrivibrio fibrisolvens H17c"; RL Mol. Gen. Genet. 228(1-2):55-61(1991). XX FH Key Location/Qualifiers FH FT source 1..2830 FT /organism="Butyrivibrio fibrisolvens" FT /strain="H17c" FT /mol_type="genomic DNA" FT /db_xref="taxon:831" FT RBS 727..731 FT CDS 736..2643 FT /transl_table=11 FT /gene="xynB" FT /product="beta-1,4-D-xylanase" FT /db_xref="GOA:P26223" FT /db_xref="InterPro:IPR001000" FT /db_xref="InterPro:IPR013781" FT /db_xref="InterPro:IPR017853" FT /db_xref="UniProtKB/Swiss-Prot:P26223" FT /protein_id="CAA43712.1" FT /translation="MNLKTAYEPYFKIGAAISRWNLHTPAHTKLLAEQFNSFTCENDMK FT PMYYLDREANKKDPEKYNLSPALTFENAIPYLEFAKDNKIAMRGHTLVWHNQTPKWFFC FT ERYNENFPMADRETILARLESYIHGVLDFVQTNYPGIIYAWDVVNEIVDEGAFRKSIWT FT ETVGEDFFIKAFEFARKYAAPEVSLFYNDYETAQPWKRDFILEKVLGPLIDKKLIDGMG FT MQSHLLMDHPDISEYRTALEMYGSTGLQIHITELDMHNADPSEESMHALATRYQEFFQT FT YLDAKKSGKANITSVTFWNLLDENSWLSGFRRETSYPLVFKGKCEAKEAYYAVLKAAVS FT DDSIDKWVPDYSEEDYKLQGMPTPDIKRFRENIWQENEYNYEASYGFIPNLFAYLHNDD FT VKRDCMLVIPGGGYCMCCSHEGELAAMEFYNRGMNAFVLSYTTDITMSVPLHKQPLEDI FT SRAVRFIRKNASKYNIDGKKLVIMGFSAGSHVCGSLAVHFDDVKDNNPEYADISGRPDG FT VILSYPVITTGRYTHADSVRTLLGANPTDEELTYFSLEKQVKDNTPPCFIWQTEEDSVV FT PVENSYLFANALREKKIPFAHYVFPRGFHGLTVANDEFFSGWSGGEYSMEQTMRARFAV FT " XX SQ Sequence 2830 BP; 864 A; 600 C; 571 G; 795 T; 0 other; tgccgccaaa gataaaatct acatcaccgt aaatctctca gtttctgtaa agctgagcgg 60 ttttctttct gggatttagt actcttggcc ccataaatcc attcttttgc ctctctgtaa 120 gaggaagcgg cgcggagaaa agagtatcct gatggcctgt catcttcaca ttttcaaaga 180 aacaaacgtc tgcatccgcg taaactgcaa gggcctgtcc gtgtaaagag cctctccaac 240 gtatattagc aatagtacta ttcctgacag taactctttg cgccaaaaaa ggtgtataag 300 agcggaaact tccctcttag agccatcctc cattgtacaa aggcgccatc atcatattcg 360 atgatagtct tatctatgcc ggctcctaca aaggtgatat cgctcttttc gcaaaagagc 420 ttctcatgat aggttccttc accaatatat attattgctt tctcatcgta aggaactgcc 480 tgaatagcct cagttattgt agaataatct ccatttcctt ttttacatgt acttcaaaca 540 ttcttttgct ttcatttata taggtaggta tttgcgctta acagagcgct ttgatggcct 600 tcaaatggct ttagtcaata ttcaagcaga aatgcgcaac tataagtatt atcttttcac 660 cggttcgtat atcatatggt aacataaggc aatttaaatg cctacatcta acgataaaaa 720 agccttggag gcaatatgaa tcttaaaaca gcttacgaac catattttaa aatcggtgct 780 gcaatttcca gatggaatct gcatacaccg gctcatacta agcttttggc tgaacagttt 840 aacagcttta cctgtgaaaa cgacatgaag cctatgtact acctggacag agaagctaac 900 aaaaaagatc ccgagaaata caatctttct ccggctctta cctttgaaaa cgccattccc 960 tatcttgaat ttgccaaaga taataaaatt gccatgagag gacacactct ggtttggcac 1020 aaccagactc caaagtggtt tttctgcgaa agatataacg agaactttcc catggctgat 1080 cgggagacta tccttgcaag acttgaaagc tatattcacg gagtccttga tttcgtacag 1140 acaaattacc cgggaataat ttatgcctgg gatgttgtaa atgaaatagt agatgagggc 1200 gcatttagaa aatccatctg gacagaaact gtcggagagg atttctttat caaagctttt 1260 gaatttgcca gaaaatatgc ggctccggag gtatctcttt tctacaacga ctatgaaaca 1320 gcccagccct ggaaaagaga tttcatttta gaaaaagtac tagggcctct tattgacaaa 1380 aaactgattg atggaatggg aatgcagtcc catcttctca tggatcatcc tgatatcagt 1440 gagtatcgta cagcactcga aatgtacgga tcaaccggac ttcagattca cataacagag 1500 cttgatatgc acaacgctga tccaagcgaa gaatcaatgc acgctttagc gacaaggtat 1560 caggaatttt tccaaacata ccttgatgcc aaaaaatcag gcaaagctaa tatcacaagt 1620 gtaacctttt ggaatctcct ggatgagaac agctggctct caggttttag acgtgaaacg 1680 agctacccac ttgtatttaa gggaaaatgc gaagccaaag aagcttacta cgcagttcta 1740 aaagctgctg tatcagatga ttcaattgac aaatgggttc ctgattatag cgaggaagat 1800 tataagcttc agggaatgcc aacgcctgat ataaagcgct ttagagagaa catctggcaa 1860 gaaaatgaat ataactacga agcttcctat ggttttattc ctaatctttt tgcttatctt 1920 cacaatgatg acgtcaagcg tgattgtatg ctggtcatac caggaggtgg ctattgcatg 1980 tgctgctctc acgagggcga gcttgcagct atggaattct acaaccgcgg aatgaatgcc 2040 tttgtactga gctacactac agatatcact atgtctgtcc cacttcataa acaacctctt 2100 gaagatatat caagagcagt aagatttatc agaaagaatg cttccaaata caatatagat 2160 ggcaaaaagc tcgttatcat gggcttttct gcaggttctc acgtatgtgg aagtcttgct 2220 gtccattttg atgacgttaa agataataat cctgaatatg ctgatatttc aggtaggccc 2280 gatggtgtca tactatccta tcctgttata acaacaggta ggtatactca cgctgactct 2340 gtcagaacac ttttaggagc taatcctaca gatgaagagc ttacatactt ctcacttgag 2400 aagcaggtta aagataatac tccaccctgc tttatctggc agaccgagga ggacagcgta 2460 gttcctgtag agaacagcta cctatttgcc aatgctctca gagaaaagaa aattcctttt 2520 gcccactacg tatttccaag aggcttccac ggacttacag tagccaatga tgaattcttc 2580 tcaggctggt caggcggtga atactccatg gagcagacaa tgcgcgcacg tttcgccgta 2640 taggaaggaa aaggagtaaa tgtctccgaa aaaagaaggg aagaacttac acagcaagtt 2700 ctttagtggc aaggtgcaac ccgcaaccgg cattgattta agcctcaagg aagatgtagg 2760 tctttggact gatcttgcat gggcctggat caagaaccta ataaaccgtc tatagatttc 2820 tgtctttctt 2830 // |
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