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EBI DbfetchID D88553; SV 1; linear; genomic DNA; STD; PRO; 2705 BP. XX AC D88553; XX DT 09-NOV-1996 (Rel. 49, Created) DT 21-JAN-1999 (Rel. 58, Last updated, Version 2) XX DE Aeromonas caviae DNA for endo-xylanase, complete cds. XX KW endo-xylanase. XX OS Aeromonas punctata OC Bacteria; Proteobacteria; Gammaproteobacteria; Aeromonadales; OC Aeromonadaceae; Aeromonas. XX RN [1] RP 1-2705 RA Okai N.; RT ; RL Submitted (24-OCT-1996) to the EMBL/GenBank/DDBJ databases. RL Naoko Okai, Tohoku University, Dept. Applied Biological Chemistry, Faculty RL of Agriculture; 1-1,Tsutsumi-dori Amamiya-machi, Aoba-ku, Sendai 981, Japan RL (E-mail:jkaneko@biochem.tohoku.ac.jp, Tel:022-717-8781, Fax:022-717-8780) XX RN [2] RP 1-2705 RA OKAI N., Nguyen D.V., Narayan R., Muramoto K., KANEKO J., Tomita T., RA Kamio Y.; RT "Molecular cloning of new xylanase from Aeromonas caviae W-61"; RL Unpublished. XX FH Key Location/Qualifiers FH FT source 1..2705 FT /organism="Aeromonas punctata" FT /strain="W-61" FT /mol_type="genomic DNA" FT /db_xref="taxon:648" FT CDS 445..2031 FT /codon_start=1 FT /transl_table=11 FT /gene="xyn3" FT /product="endo-xylanase" FT /db_xref="GOA:P70733" FT /db_xref="InterPro:IPR001139" FT /db_xref="InterPro:IPR005084" FT /db_xref="InterPro:IPR008979" FT /db_xref="InterPro:IPR013781" FT /db_xref="InterPro:IPR017853" FT /db_xref="UniProtKB/TrEMBL:P70733" FT /protein_id="BAA13641.1" FT /translation="MNLKKSVHVLLACLTALPLMLTPTHVSAASDANINLSSEKQLIKG FT FGGINHPAWIGDLTAAQRETAFGNGPNQLGFSILRIYVDENRNNWYREVATAKRAIEQG FT ALVFASPWNPPSDMVETFNRNGDTNAKRLRYDKYAAYAQHLNDFVTYMKDNGVNLYAIS FT VQNEPDYAHEWTWWTPQEMLRFMKENAGSIQNTKVMAPESFQYLKNMSDPILNDPQALA FT NMDILGAHTYGTQFKDFAYPLFKQKGAGKELWMTEVYYPNSDNNSSDRWPEALDVSYHM FT HNAMVEGDFQAYVWWYIRRQYGPMNEDGSISKRGYNMAHFSKFVRPGYYRVDATKNPDT FT NTSVSAYKGDNKAVIVAINRGTSAVSQKFVLQNGNASTVSSWVTDSSRNLASGAQITVS FT GGAFTAQLPAQSVTTFVANITGGSVTPGSGTTYEAETGTTLTDAVIETLYPGYTGTGYV FT NFNAYTGSAIQWNAINNTITGTKNVKFRYALESGTRNLDIFVNGTKVISNEPFPATGSW FT STWSEKTIQSP" XX SQ Sequence 2705 BP; 833 A; 571 C; 631 G; 670 T; 0 other; aaaaaaaagt caggaagcat gctgattttg attacttttt gtataaggca acaaacaaca 60 aaacgacata aatgaaccga ttcaatgctg aattaagacc tttgtagtat acagttgaag 120 aaccaacctt gtggttgtga agtactcaac agatgactcc tgtattcttc aggggtcatt 180 tttttagctt taacatttgc caagctgctg atctggtggt ctgctatata tctccaactt 240 acgcaaacca gaaataacct ataatttgtc aggttttagc taaatgaata atatagtaag 300 atttacaaat aaaatctagt ttttgttttt gatctgaaag ggagtggtac atgaatgtct 360 attcgctgct ggacaagttg atatttttga atacgctttc atatctacaa caatttgagg 420 aaggtgaaga tattgaaatt taagatgaat ttaaaaaaat cagttcatgt tctgttggcc 480 tgtttaacag ccctgcctct catgttaacg ccgacacacg tatcagcagc aagtgatgcc 540 aacattaatt tgtcttccga aaaacagctt atcaaggggt ttggaggcat taaccaccca 600 gcctggattg gcgacttgac ggcagctcag cgagaaactg cctttggcaa cggaccgaat 660 cagcttggtt tttccatact gagaatctat gtcgacgaaa atcgaaataa ctggtacagg 720 gaggtggcta ccgcgaaaag agccatagag caaggtgcgc tcgtattcgc ttctccctgg 780 aatccgccaa gcgacatggt cgaaaccttc aatcgcaacg gggatacaaa cgccaaacga 840 ttgagatacg acaaatatgc cgcgtacgcg cagcatctga acgactttgt cacttatatg 900 aaagataacg gtgtaaatct gtacgccatt tcggtacaaa atgagccgga ttatgcccat 960 gaatggacct ggtggacacc gcaggagatg cttcgtttca tgaaggagaa tgcgggatcc 1020 attcagaata ccaaagtcat ggcacccgaa tcgttccagt atttgaaaaa catgtctgac 1080 ccgattctga atgatcctca ggcactcgcc aatatggaca ttctgggagc acatacgtac 1140 gggacacagt tcaaagattt cgcatacccg ctctttaagc aaaagggagc cggcaaagaa 1200 ctgtggatga ccgaagtgta ttacccgaac agtgataaca actcgtcaga ccgttggcct 1260 gaggcactgg acgtatctta ccatatgcat aatgccatgg ttgaagggga tttccaggct 1320 tatgtatggt ggtacattcg gagacaatat ggcccgatga atgaggatgg aagcattagc 1380 aaacgtggat ataatatggc ccacttctcc aaattcgtgc ggccaggcta ttaccgagtc 1440 gatgcaacca aaaatccgga taccaatact tctgtttcag cctacaaagg tgataataag 1500 gcggtcattg tggcgattaa tcgcggcacc tcggccgtaa gccaaaaatt tgtcctgcag 1560 aatggtaacg cttccactgt atcctcttgg gttacggata gcagccgaaa cctggcaagc 1620 ggagcacaga ttacggtgtc aggtggagcc tttacagcgc aactgccagc ccaaagcgta 1680 acaacgtttg tagccaacat taccggtggt agtgtcactc caggcagcgg aaccacgtac 1740 gaggcggaaa cgggcactac acttaccgat gcagtgatcg agacactcta cccgggatac 1800 actggaaccg gatacgtgaa ctttaatgcg tatacaggtt cggccattca gtggaatgcc 1860 atcaacaaca cgataacagg taccaaaaac gtaaaatttc gctacgccct ggaaagcgga 1920 acgcgtaatc tcgacatttt cgttaacgga accaaagtca tcagcaacga accctttccc 1980 gcaacaggca gctggtcgac ctggagtgaa aaaaccattc agtccccatg aacgcgggaa 2040 ccaatacgat taaagtggtc acaactggta cagaagggcc aaatattgat aacatcaatg 2100 tcactgcagt ccaataagtg taccgttata acaatgtaga gaataattag ccaagccccc 2160 ggcctgcttt tgaaccgcta atcggttcct gggatggggg ttactcatga ttttgaagct 2220 gcgtgcttac taccttacaa ggagagtgta gactttggaa atgaggaatg aagagggaga 2280 agtgttagcc attgtaaata tcgattcatc tcaaggggag agtaccattg atcgcattgt 2340 tcgccaatta aaacctggga tgggaaaagg gatatatctt gccgctgaca aaaaaatcag 2400 tcaacaaacg aattacggag cagtgaagtg gctcggaggt gttacagagt taaaggcaaa 2460 actatcacca tgggagcccg tacttcctgc tgatgctaat gtgttggata ttcaggttta 2520 ttatggattt gacaatctga cagaggaaga aatcgatgaa atggctatgg agagttcaga 2580 cacaggcaaa gatgttgtga gagatctcaa accaaatgat acgttcgttg gtgtcagttt 2640 attatatcgt aaaaatgaaa cggtatttca attccggatt ttcgcaacga caaaaagcgt 2700 attca 2705 // |
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