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EBI DbfetchID AB001030; SV 1; linear; genomic DNA; STD; FUN; 3177 BP. XX AC AB001030; XX DT 19-FEB-1997 (Rel. 51, Created) DT 14-APR-2005 (Rel. 83, Last updated, Version 4) XX DE Humicola grisea DNA for xylanase, complete cds. XX KW xylanase; xyn1. XX OS Humicola grisea OC Eukaryota; Fungi; Dikarya; Ascomycota; mitosporic Ascomycota; Humicola. XX RN [1] RP 1-3177 RA Uozumi T.; RT ; RL Submitted (13-FEB-1997) to the EMBL/GenBank/DDBJ databases. RL Takeshi Uozumi, The University of Tokyo, Department of Biotechnology, RL Faculty of Agriculture; 1-1-1 Yayoi, Bunkyo-ku, Tokyo 113, Japan RL (E-mail:uozumi@mcb.bt.a.u-tokyo.ac.jp, Tel:03-5684-0387(ex.3080), RL Fax:03-5684-0387) XX RN [2] RA Iikura H., Takashima S., Nakamura A., Masaki H., Uozumi T.; RT "Cloning of a Gene Encoding a Putative Xylanase with a Cellulose-Binding RT Domain From Humicola grisea"; RL Unpublished. XX DR StrainInfo; 362411; IFO 9854. XX FH Key Location/Qualifiers FH FT source 1..3177 FT /organism="Humicola grisea" FT /strain="IFO9854" FT /mol_type="genomic DNA" FT /db_xref="taxon:5527" FT CDS join(1021..1356,1429..1655,1730..2456) FT /codon_start=1 FT /transl_table=1 FT /gene="xyn1" FT /product="xylanase" FT /db_xref="GOA:P79046" FT /db_xref="HSSP:1I1W" FT /db_xref="InterPro:IPR000254" FT /db_xref="InterPro:IPR001000" FT /db_xref="InterPro:IPR013781" FT /db_xref="InterPro:IPR017853" FT /db_xref="UniProtKB/TrEMBL:P79046" FT /protein_id="BAA19220.1" FT /translation="MQTKSILTAALLAAAPASAQLHELAVKAGLKYFGTALREGAINSD FT QQYNRILSDTREFGQLVPENGQKWDATEPNRGQFNFQQGDITANKARQNGQGLRCHTLI FT WYSQLPGWVSSGNWNRQTLEAVMKTHIDNVMGHYKGQCYAWDVVNEAVDDNGQWRNNVF FT LRVFGTDYLPLSFNLAKAADPDTKLYYNDYNLEYNQAKTDRAVELVKIVQDAGAPIDGV FT GFQGHLIVGSTPTRQQLATVLRRFTSLGVEVAYTELDIRHSRLPASQQALVTQGNDFAN FT VVGSCLDVAGCVGVTVWSFTDKYSWIPETFSGEGDALIYDRNFNKKPAWTSISSVLAAA FT ATNPPASSSTSVVVPTTTFVTTTTTPPPISSPIVPSTTTTSAVPTTTVSPPEPEQTRWG FT QCGGIGWNGPTKCQSPWTCTRLNDWYFQCL" XX SQ Sequence 3177 BP; 664 A; 1052 C; 838 G; 623 T; 0 other; cgcggaaacc gaagtgcttc ttcacgtgtt ttcttctcgg cctcttgctc gcgtctctcc 60 ctcaatagcc agatgctggt cgagaccgac ggagttttga caagccacaa acaaacatca 120 ccggcccgcg agccgcatct tgtcaccaca tgccagccat gccagctccc atcctggcag 180 gtctcgttgc cgccgcgtga taccggacgg cgcccggtta ccaaatccga gcacagctgt 240 ccctcgaagc tctggaggcg aaccttctgc gcaggtgccc agccagcaag gtattattcc 300 tatgctttca ggctaaatgc cacgtgggaa atccccggct aggccggtat taagggcgct 360 ctagcggcct tcgctgtcca agttccatga tgcggacccc tgaacatgtc gaagctctag 420 gcttggagag cagaaacact gacgtcttgg ctttcccgat tcgagcctca cggaacctcc 480 tccgaagact taccagggat gcgtcgccgt tgacaccacc atgaccgcat gaatccccca 540 cccacaaacg gttaaggcgc gtttagcccc gtcaatgctc caccggattt ccgggtttga 600 gcgcctgcct atggggctct gcatagagtt tagagtggtc gtggccaccc atggcgaccg 660 gaatagaagc acgtcgaccg aaatgttcca cccaaagtct ggatgtcgtc agccatggcg 720 tgagggaacc gtgggacccc atggggatct cgagccggtg accccgttgc cctgccccag 780 atgtcggatg gatggagcgg ggaggagcaa gcaacgcttg gataggatgg gtaggatggc 840 acgcaaggtc tgatgagcgt cctattataa aaggatggat gctcttcgtg ccctctcctc 900 catggccttc acctgtcctg ccgctcctca cgcctccagc cgactttgat cccttcctcg 960 gacgggcaag tctcagctag tcaagacaac aaggcagtca acaacagcaa caaagacagg 1020 atgcagacca agtccatcct caccgcggcg ctcctggcgg cggcgcctgc gtcggcccag 1080 ctccacgagc tcgccgtcaa ggccggtctc aagtacttcg gcacggcgct gcgcgagggc 1140 gccatcaaca gcgaccagca gtacaaccgc atcctcagcg acacgcgcga gttcggccag 1200 ctggtgcccg agaacggcca gaagtgggac gccacggagc cgaaccgcgg ccagttcaac 1260 ttccagcagg gcgacatcac ggccaacaag gcccgccaga acggccaggg cctgcgctgc 1320 cacacgctca tctggtacag ccagcttccg ggctgggtaa gtaacttcac taacatacat 1380 aatgtgaggg agtaagacat gatgctaact gtttggctcc cgaaataggt ctccagcggc 1440 aactggaacc gtcagaccct tgaggccgtc atgaagacgc acattgacaa cgtcatgggc 1500 cactacaagg gccagtgtta cgcgtgggac gttgtcaacg aggccgtcga cgacaatggc 1560 cagtggcgca acaacgtctt cctgcgcgtc tttggcaccg actacctccc tctctccttc 1620 aacctggcca aggctgccga ccctgacacc aagctgtaag cctttcccac ccttccaacc 1680 cgactctgta atatccccga cctcttatta acatttgcct tccccccagg tactacaacg 1740 actacaacct cgagtacaac caagccaaga cggaccgcgc cgtcgagctg gtcaagatcg 1800 tccaggacgc gggcgcgccc atcgacggcg tcggcttcca gggccatctg atcgtcggca 1860 gcacgccgac gcgccagcag ctcgcgaccg tcctgcggcg cttcacctcc ctcggcgtcg 1920 aggtggccta cacggagctc gacatccgcc actcccgcct ccccgcctcg cagcaggcgc 1980 tcgtgacgca gggcaacgac ttcgccaacg tcgtcggctc ctgcctcgac gtcgccggct 2040 gcgtgggcgt caccgtctgg tccttcaccg acaagtactc gtggatcccc gagaccttct 2100 cgggcgaggg cgacgcgctc atctacgacc gcaacttcaa caagaagccc gcgtggacct 2160 ccatctcgtc ggtcctcgcc gccgccgcca ccaacccccc ggcttcctcg agcacttcgg 2220 ttgtcgtgcc taccaccacc ttcgtcacga ccactactac tcccccgccc atctccagcc 2280 ccattgttcc cagcaccacc accacctctg ccgtccccac caccaccgtc tcccctcccg 2340 agcccgagca gacccgctgg ggccagtgcg gcggcatcgg ctggaacggc ccgaccaagt 2400 gccagagccc ctggacttgc actcgcctga acgactggta cttccagtgc ctgtaagcgt 2460 gtggagggtg taggtgagag aaggggatgg tgttgtatgg ggagatgtgt cagtggaatg 2520 tcactacaaa acgggtgatt aagccaactg atgaggcgga aagaaatggc tggagtgttc 2580 ttcctgtatt tattattcag gcgttgtcat cgccagttgt agatacctct ttgcaaaaac 2640 aaaccaacga tattagtcca atgatctagt ccaagttcag tcagtgtgtg ccccatctga 2700 gatgaatgat gatgttcagt actggtaccc ttctcctcct tgctctcgag tctggacccg 2760 aagttggctc accacgtagc caaaccctgg gtttctgcaa tcttctatct caagccttga 2820 gagagaggcc atctatcaag cgccaagact gacacacagc tctttgggac cgtgcatatc 2880 tccgtaaata ccatgcatat attgtcccac ctccccaagt tctcctttcg ccctcctcca 2940 actgggctat ctcaatcagc cgcaccttct taataaccta ccgccagtgg cacggcaaag 3000 acccatggga gtgggtagct tgtagtgcct tctatgtata aacccgccac tagtcgttgg 3060 ttctggtctt atcgcgagga gcgtcgggcc ggacgagccg cggtcacctc atccgcccga 3120 tgcagacgcg gggcagaacc gggagaacgg cgatatgggg gaacctctag ggcatgc 3177 // |
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