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EBI DbfetchID AB019244; SV 1; linear; genomic DNA; STD; PRO; 3557 BP. XX AC AB019244; XX DT 02-NOV-1998 (Rel. 57, Created) DT 14-APR-2005 (Rel. 83, Last updated, Version 2) XX DE Aeromonas caviae gene for 110kDa xylanase (XynE), complete cds. XX KW 110kDa xylanase (XynE). XX OS Aeromonas punctata OC Bacteria; Proteobacteria; Gammaproteobacteria; Aeromonadales; OC Aeromonadaceae; Aeromonas. XX RN [1] RP 1-3557 RA Hirata S., Suzuki T., Usui K.; RT ; RL Submitted (27-OCT-1998) to the EMBL/GenBank/DDBJ databases. RL Tohru Suzuki, Gifu University, Department of Biotechnology; 1-1 Yanagido, RL Gifu, Gifu 501-1193, Japan (E-mail:suzuki@cc.gifu-u.ac.jp, RL Tel:81-58-293-2909, Fax:81-58-293-2909) XX RN [2] RP 1-3557 RA Hirata S., Suzuki T., Usui K.; RT "Cloning of xynE gene of Aeromonas caviae ME-1 encoding 110kDa xylanase"; RL Unpublished. XX FH Key Location/Qualifiers FH FT source 1..3557 FT /organism="Aeromonas punctata" FT /strain="ME-1" FT /mol_type="genomic DNA" FT /db_xref="taxon:648" FT -35_signal 223..231 FT -10_signal 250..255 FT RBS 350..356 FT CDS 364..3189 FT /codon_start=1 FT /transl_table=11 FT /gene="xynE" FT /product="110kDa xylanase (XynE)" FT /db_xref="GOA:Q9Z485" FT /db_xref="HSSP:1I8A" FT /db_xref="InterPro:IPR001000" FT /db_xref="InterPro:IPR003305" FT /db_xref="InterPro:IPR008960" FT /db_xref="InterPro:IPR008979" FT /db_xref="InterPro:IPR010502" FT /db_xref="InterPro:IPR013781" FT /db_xref="InterPro:IPR015922" FT /db_xref="InterPro:IPR017853" FT /db_xref="UniProtKB/TrEMBL:Q9Z485" FT /protein_id="BAA34091.1" FT /translation="MHLRKWWSLCLSAVLIFGLFPSVGTGGARAQAAADVKAGDDEVLF FT EANFEDGVLGQWRPRASEKLDIVNQVGHDSTRSLRTSSRTETFHGPLIEVIDHVQKGST FT VHISFWAMYDEGPDSQVINGSLEKEYNNDASSREYATFASATLNKGQWKKIEADVVIPG FT ENSGITGFRMYAETPWKTSAEVTPADTITFYVDDVLITEAEKIEIEPNIPNLVDVVGQD FT YAMGAAIDQSALDAEDPHSQLLTKHFNSITAGNFMKMDAMQPKEGQFVWSEADRLVNFA FT EANDMEVRGHTLLWHSQVPDWFFTDPNDASKPATREQLLARMKTHIQTIVNRYKGKVHT FT WDVVNEVISDGGGLRNGASNSKWKDIIGDVDGDGDDSDYIELAFRYAREADPDAVLVIN FT DYGMEGNGNKLNDMVKLVEKLLAKGTPIDAVGFQMHVSMYGPDVKLIREAFEKVIALGV FT NVQVTELDVSIYSSNSELEMPVTDELMLQQAYRYRELFDLFDDLGKRGVMDSVTVWGLA FT DDGTWLDNHPVKGRKDAPLLFDRKLKAKPAYWALVDATTLPIYRNEWTALKASPSFPNH FT KGQEDILWGAVKGLEINHLADGTSAVTGEARVMWDAKKVNLRVEVKDTTRRKSDQVQVF FT LAEEVKGTGAATSEADLTAKKKNPPSANGQYTFKRDGGKGKDKNIYNVQETKTGYVVYA FT SLPMSAALLTEGKVLSLDFRITDEHAAGKTATIVWNDISNQQPDKPANRGKLKLGSVLK FT QTKVTYGKPVIDAKKDDIWKKAASIKTDVWVIGNSGATATAQLLWDEKYLYVLADVKDP FT LRSKLSSNAHEQDSIEIFIDPSKDQTTFYQEDDAQYRVNFDNETSFGGNARKESFKSAT FT RLTNGGYIVEVAIPLDSVRAEGQRWIGFDLQVNDDGAGDGKRSSVSIWSDSSGNSYQDT FT SGFGSLLLTRK" FT sig_peptide 364..459 FT misc_feature 460..969 FT /note="N-terminal domain (non-catalytic)" FT misc_feature 970..2028 FT /note="catalytic domain" FT misc_feature 2029..3186 FT /note="N-terminal domain (non-catalytic)" XX SQ Sequence 3557 BP; 1049 A; 679 C; 928 G; 901 T; 0 other; gaatatctga ttgccatgat tgagaatccg gcgtattctc ctcccgttgt gacggaacct 60 tccaatctgg ttatccgtca gacgacagca cccttaaaag cctaaaacgt aaatagtaaa 120 gatgtttaca cgaagcacag ctaataagct gtgctttttg tcgttctata ttagtgtgaa 180 gattttaaaa taagtcctat agtttaacgg gtaaacaaag ttccttggca atcgtataat 240 gaaagtgctt acaatttctg ttgaataacg tctatccaat cctgcacaac gatcttgtaa 300 agggcggacg catgacagaa caaagattac tcttcacaaa caaccaacca aggaggagat 360 cggatgcatt tgagaaaatg gtggagctta tgcttgtcgg ctgtattgat cttcggtttg 420 ttcccaagtg tgggaacagg aggggcgcgt gctcaagcgg ctgcggacgt taaggctggc 480 gatgatgaag tactgttcga ggctaatttt gaagatggtg tattgggaca atggcgtcca 540 cgtgcgagtg aaaaacttga tatcgtaaac caagtaggtc acgacagcac tcgcagtctg 600 agaacctctt cccgtactga aacgttccat ggaccattaa ttgaagtaat agaccacgta 660 cagaagggca gcacggttca tatttcgttt tgggccatgt acgatgaagg tcccgacagt 720 caggtcatta acggttcact ggagaaagag tacaataacg atgcttcgag tcgtgaatat 780 gctacgtttg cctctgcaac gctgaacaaa ggacagtgga aaaaaatcga ggcggatgtg 840 gtgattccgg gagaaaatag tggcatcacc ggattccgga tgtatgcaga gacaccatgg 900 aagacgtcag cggaagtaac gccggcagat acgattacgt tttacgtgga tgatgttctg 960 attacggaag ccgaaaaaat tgaaatagaa ccaaacattc cgaatctcgt ggatgttgtg 1020 ggacaagatt atgcaatggg agcggcaatc gaccaatctg cactggatgc agaagatcca 1080 cattcccaat tgttaacgaa acattttaat agtattacag cgggcaattt tatgaaaatg 1140 gatgcgatgc agcccaagga agggcagttt gtctggtcag aggcggatcg tctggtgaac 1200 ttcgccgaag caaatgacat ggaggtaaga ggtcatacac tgttatggca tagtcaggtg 1260 ccggactggt tctttaccga tccgaatgat gcttcaaaac ctgccacgcg ggaacagttg 1320 cttgcacgga tgaaaactca tattcagacc atcgtgaatc gttacaaagg aaaggttcat 1380 acatgggatg tcgtcaatga agtcatctca gacggaggtg gcttgcggaa tggggccagt 1440 aattccaagt ggaaagatat tattggggat gtggatggcg acggagatga cagtgattat 1500 attgaactgg ctttccgata tgcacgtgag gctgaccccg atgctgtact ggtgattaat 1560 gactatggaa tggagggcaa tggaaacaag ctgaatgata tggtaaagct tgtagagaag 1620 ctgctggcta aaggaacacc gattgatgcg gttggattcc agatgcatgt gtcgatgtac 1680 ggaccggatg taaagctcat tcgtgaggct tttgagaaag tgatcgctct tggtgtgaac 1740 gtacaggtta cagagctgga cgtttcgatc tattcaagta attctgaact ggagatgcct 1800 gtcacagatg aattaatgct gcaacaagct tatcgttatc gtgaactgtt cgacctgttc 1860 gacgacttgg gaaaacgcgg cgtaatggac agtgttacag tatggggact tgcggatgat 1920 ggtacatggc ttgacaacca tccagtcaaa ggacgcaaag atgcgccgtt gctatttgat 1980 cgtaaattaa aagcaaaacc ggcctattgg gcactggtgg atgctaccac gcttccgatc 2040 tatcggaatg aatggacagc acttaaggcc agcccttctt tcccgaatca caaaggacag 2100 gaagatattc tttggggtgc tgtgaaagga cttgaaatta atcatctggc agatggtaca 2160 tccgcagtta cgggtgaggc ccgtgtgatg tgggatgcca aaaaggtgaa tttacgagtg 2220 gaagtgaagg ataccacacg tcgtaaaagt gatcaggtgc aggttttcct cgcggaagaa 2280 gtaaagggta cgggcgctgc aacttctgaa gctgatctaa cagccaagaa aaaaaatccg 2340 ccgtctgcaa atggtcaata tacgttcaaa cgggacggcg gtaaaggcaa ggataaaaat 2400 atttacaacg tacaggagac aaaaacgggt tatgttgtat acgcatcact gcctatgtca 2460 gctgctttac ttaccgaagg gaaggtcttg tctctggatt tccggattac ggatgaacat 2520 gctgctggaa agacggctac gatcgtatgg aatgatatct ccaatcagca gcctgataaa 2580 ccagccaacc ggggtaaact gaagctcggt tctgtcttga aacaaactaa ggtcacgtat 2640 ggcaaacctg taattgatgc caaaaaggat gacatctgga aaaaggctgc ctccattaaa 2700 acggatgttt gggtaatcgg gaactcaggt gcaacggcga cggcacaact gttatgggat 2760 gagaaatacc tgtacgtatt ggcagatgtg aaagatccct tgcgaagcaa attaagttct 2820 aatgcacatg agcaggattc gatcgagatt tttattgacc cgagcaaaga ccagacaacg 2880 ttctatcagg aagatgacgc tcaataccgg gttaattttg ataatgagac ttcttttgga 2940 ggaaatgcac ggaaagaaag cttcaaatca gctacccgct taacaaacgg agggtatata 3000 gttgaagtgg caatcccact agatagcgtt cgtgctgaag ggcaaagatg gattggattt 3060 gaccttcaag ttaatgatga tggcgcaggg gatggcaagc gaagcagtgt gtccatctgg 3120 agtgattcat caggtaattc ttatcaagat acttccggtt ttggcagtct gttactgact 3180 cgcaaataga atattcagct gtgtattaga ataagagaat gttagctatt aaagatcgaa 3240 tatctggaaa taagtgttga ttttaaaggc tgggacgttt agactatata cattcaaata 3300 aacgggttcc aatgtatgac aacggcttca actaagtctg tggtcacgag tcaaatgatg 3360 cggagggagt gcctgtcatc cagacagcgc actcgcttct tttttacatt tttgcataca 3420 tatgaggcat ttcccggttg aaaggacaga gtgagtggag cacctacatg gtacgtacaa 3480 cttagaactt gttattttat cctatattat tgcatcgtta gcttcatacg cagcccttgg 3540 accttgcagg ccgtgtt 3557 // |
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