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EBI DbfetchID AB089437; SV 1; linear; genomic DNA; STD; FUN; 2942 BP. XX AC AB089437; XX DT 11-AUG-2002 (Rel. 72, Created) DT 14-APR-2005 (Rel. 83, Last updated, Version 2) XX DE Aspergillus oryzae celD gene for cellobiohydrolase D, complete cds. XX KW . XX OS Aspergillus oryzae OC Eukaryota; Fungi; Dikarya; Ascomycota; Pezizomycotina; Eurotiomycetes; OC Eurotiomycetidae; Eurotiales; Trichocomaceae; mitosporic Trichocomaceae; OC Aspergillus. XX RN [1] RP 1-2942 RA Kitamoto N., Yoshino-Yasuda S.; RT ; RL Submitted (06-AUG-2002) to the EMBL/GenBank/DDBJ databases. RL Noriyuki Kitamoto, Research and Development Division, Aichi Industrial RL Technology Institute; Nishi-ku, Nagoya, Aichi 451-0083, Japan RL (E-mail:kn-afri@aichi-iic.or.jp, Tel:81-52-521-9316, Fax:81-52-532-5791) XX RN [2] RA Kitamoto N., Yoshino-Yasuda S.; RT "Molecular cloning of two cellobiohydrolases from Aspergillus oryzae RT KBN616"; RL Unpublished. XX FH Key Location/Qualifiers FH FT source 1..2942 FT /organism="Aspergillus oryzae" FT /mol_type="genomic DNA" FT /db_xref="taxon:5062" FT CDS join(757..972,1038..1431,1488..2242) FT /codon_start=1 FT /transl_table=1 FT /gene="celD" FT /product="cellobiohydrolase D" FT /db_xref="GOA:Q8NK81" FT /db_xref="HSSP:1GPI" FT /db_xref="InterPro:IPR001722" FT /db_xref="InterPro:IPR008985" FT /db_xref="UniProtKB/TrEMBL:Q8NK81" FT /protein_id="BAC07256.1" FT /translation="MHQRALLFSAFWTAVQAQQAGTLTAETHPSLTWQKCAAGGTCTEQ FT KGSVVLDSNWRWLHSVDGSTNCYTGNTWDATLCPDNESCASNCALDGADYEGTYGVTTS FT GDALTLQFVTGANIGSRLYLMADDDESYQTFNLLNNEFTFDVDASKLPCGLNGAVYFVS FT MDADGGVAKYSTNKAGAKYGTGYCDSQCPRDLKFINGQVRKGWEPSDSDKNAGVGGHGS FT CCPQMDIWEANSISTAYTPHPCDDTAQTMCEGDTCGGTYSSERYAGTCDPDGCDFNAYR FT MGNESFYGPSKLVDSSSPVTVVTQFITADGTDSGALSEIKRFYVQGGKVIANAASNVDG FT VTGNSITADFCTAQKKAFGDDDIFAQHGGLQGMGNALSSMVLTLSIWDDHHSSMMWLDS FT SYPEDADATAPGVARGTCEPHAGDPEKVESQSGSATVTYSNIKYGPIGSTFDAPA" XX SQ Sequence 2942 BP; 696 A; 778 C; 713 G; 755 T; 0 other; cccgggttga gattgccaca aatgcctagt ctccggcaat ggaagaattg gccggacaag 60 ccggggcgac aagtcgtgaa gaagacattc acccgagcag gacgtctgtt tggaatatgg 120 caccagtttc atacgtcctc actgggctcc tgatcaactc gagcttttgg tagtagaata 180 tacctccgtg tatagtcctt gttagtctct ttcgatcgaa ggccgaccca acaagcatgt 240 agcatatctc ctcaccctgc tgacagtctt cgaaattagc aagggccatg gttcttcccc 300 cttcctgtaa ttctctaacc ggagctgttg aggatagcgc ttaatgcatt atttcggagc 360 atactccgtt accatctcat accaactgca gcccttatgc gccaacactc ctcaagtttt 420 cactacgcat atgtcatgaa cgctctagga tccactcttg gctatacctc aacagcatta 480 tgctcatgtg atcccggcgg ttcctgtatg gcttcctcaa tctctatgaa acggtcattt 540 cagcggcttc gcggtccgtt gcaccggctg gtatggatag ggcttcgtac aggaattttt 600 ccgaaatgaa caccggggtg tttctctcgt aattccgaag gcagacaggt tatataaaga 660 ccggacctcc tcctactcaa ggtcagaata tcatcgcagg acaggcaaca atagcaatca 720 gttcaatcta ttctctcttt ctatagagca ttcgcaatgc atcaacgtgc acttctcttc 780 tccgcctttt ggactgccgt ccaggcccag caggctggaa ctttgacggc ggaaacccac 840 ccttccttga cctggcaaaa gtgtgctgct ggtggcactt gcaccgagca gaaaggctct 900 gttgtgcttg attccaactg gcgttggttg cactccgttg atggctccac taactgttac 960 actggcaaca ctgtaagttt tcatccacgc atctatccaa agaacatgta cacctgactg 1020 actgaatcaa cttgaagtgg gatgccaccc tctgccctga taacgaatcc tgtgcttcga 1080 actgcgctct ggatggagct gattacgaag ggacttacgg tgttaccacc agcggcgatg 1140 ccctgaccct ccagtttgtc actggtgcca atatcggctc tcgcctgtac ctgatggcag 1200 acgacgacga gtcataccag acattcaatc tcttgaacaa cgagttcact tttgatgttg 1260 acgcttctaa gcttccttgt ggcttgaacg gtgccgttta cttcgtctct atggatgccg 1320 acggtggtgt cgcgaagtac tcaaccaaca aggctggtgc caagtatgga actggctact 1380 gtgattcaca atgcccgcga gacttgaagt ttattaacgg ccaggtaaga agtccgcctt 1440 aatattttcg accaaagata gtaacattag atatcaggcc aacgtagaag gatgggagcc 1500 ttccgacagc gacaagaatg ccggtgttgg tggccacggt tcctgctgcc cccagatgga 1560 tatctgggaa gccaacagca tctctacggc ctacacaccc catccttgcg atgataccgc 1620 tcagaccatg tgtgagggcg atacttgtgg aggaacttac tccagcgaac gttatgcagg 1680 aacttgcgac cctgatggtt gtgacttcaa cgcttaccgc atgggcaatg agtctttcta 1740 tggccccagc aagctggttg actcttcctc cccagttacg gtggtaaccc aattcattac 1800 tgctgatggc accgactctg gggccttgtc ggagatcaag cgcttctacg tgcagggcgg 1860 taaagtcatc gccaatgccg catcgaacgt tgacggtgtc actggtaact cgatcaccgc 1920 cgacttctgc actgcccaga agaaggcatt cggcgatgac gacatcttcg cgcagcacgg 1980 gggactccag ggtatgggca acgccttgtc ctccatggtt ctgaccctca gtatatggga 2040 tgaccaccat tccagcatga tgtggctgga cagcagctac ccagaagacg ctgacgcaac 2100 cgcccccggt gtcgctcgtg gcacctgcga gccacacgcc ggtgaccctg agaaggttga 2160 gtcgcagagc ggcagtgcca cggtgaccta ctctaacatc aagtatggac cgatcggctc 2220 tactttcgac gctccagctt aagtgccaga atttatgggc agtcaaggct agccctattg 2280 ggtttggcat cggcaacatt gagcgagaac atgtacatag catgggaaaa gatgtgctgg 2340 atagaggcct aacaaggaca gatgtgtcta tactttgctc tttgctttca tttctcttta 2400 ccttggttct gccgagcaaa atcagggggt tcgaccggat ttgaatttgt tgtgacattc 2460 tctgtggttc gcgttctttt cttcgtctgt attcaattag gacaaattga cgagacagag 2520 tctttcattc cacatttgtt attcagattg ctagaaacat tgtagcgcca atcataataa 2580 gtagcagcag tatctggaat ggtaaatggt cgatcgggaa cgtggttaca tttgaaatat 2640 ataattaaca agtggaaccg ctgcggaaga ttcatcggcc cgcactttct ccagcgggag 2700 atcgatccga gctttatcca agagctccga agggaaaaaa aacccaaaat tggtgaccac 2760 ttatttcctc attgaatcgc catgtttgac acagtctgca cattaccgct ttctgcggat 2820 ctattcgccc aggctataca ccctaaggag ccaattgtct ccgttgggct tgcctccggt 2880 catgttgaaa ccttccgtct tccgtcagat gaagtggaca gtgacgacga tcaggcgtcg 2940 ac 2942 // |
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