ID AJ699058 standard; genomic DNA; FUN; 1821 BP. XX AC AJ699058; XX SV AJ699058.1 XX DT 17-NOV-2004 (Rel. 81, Created) DT 22-JAN-2005 (Rel. 82, Last updated, Version 3) XX DE Agaricus bisporus mnp1 gene for manganese peroxidase enzyme, exons 1-15 XX KW manganese peroxidase enzyme; mnp1 gene. XX OS Agaricus bisporus OC Eukaryota; Fungi; Basidiomycota; Hymenomycetes; Homobasidiomycetes; OC Agaricales; Agaricaceae; Agaricus. XX RN [1] RP 1-1821 RA Lankinen P.; RT ; RL Submitted (03-MAY-2004) to the EMBL/GenBank/DDBJ databases. RL Lankinen P., Dept. Appl. Chemistry and Microbiology, University of RL Helsinki, P.O.Box 56, Viikki, Biocenter 1, FIN-00014 University of RL Helsinki, FINLAND. XX RN [2] RA Lankinen P., Hilden K., Aro N., Salkinoja-Salo M., Hatakka A.; RT "Manganese peroxidase of Agaricus bisporus: cereal bran promoted production RT and gene characterization"; RL (er) DOI: 10.1007/s00253-004-1731-2. XX RN [3] RA Lankinen P., Hilden K., Aro N., Hatakka A.; RT "Manganese peroxidase of Agaricus bisporus: cereal bran promoted production RT and gene characterization"; RL Appl. Microbiol. Biotechnol. 66(4):401-407(2005). XX FH Key Location/Qualifiers FH FT source 1..1821 FT /db_xref="taxon:5341" FT /mol_type="genomic DNA" FT /organism="Agaricus bisporus" FT /strain="ATCC 62459" FT mRNA join(<1..61,115..239,297..355,408..542,593..714,772..847, FT 897..933,989..996,1050..1130,1177..1246,1305..1314, FT 1371..1406,1459..1631,1693..1751,1809..>1821) FT /gene="mnp1" FT CDS join(1..61,115..239,297..355,408..542,593..714,772..847, FT 897..933,989..996,1050..1130,1177..1246,1305..1314, FT 1371..1406,1459..1631,1693..1751,1809..1821) FT /gene="mnp1" FT /product="manganese peroxidase enzyme" FT /EC_number="1.11.1.13" FT /function="ligninolytic enzyme" FT /protein_id="CAG27835.1" FT /translation="MAFKILLSLILALNAVQFIAAVPTRRAQCADGTTVSNEACCVLLP FT IIADIQPNLFENECGEEVHETLRASFHDAIGFSRAAGGGGADGSLVTFGDVETTFAANA FT GIDEIVETLRPFINSHNISAGDFIQFATVVGLTNCPGAPRIPFFLGRPDATAASPDGLV FT PEPFDSVTKILERFDDAGFTPTEVVALLASHTVAASDTIEPGLEGVPFDSTPGEFDRQF FT FIETMLKGTSFPGTGGNQGEALSPLPGELRLESDGLLARDERTACDWQLFATDQQKMAS FT AFSDAMVKLSLVGQDKSQLIDCSDVIPRTIPLTNEPYFPADLTKDDLEQTCPDEFPDYP FT SNPSVTSVAPVPTS" FT exon <1..61 FT /number=1 FT /gene="mnp1" FT intron 62..114 FT /number=1 FT /gene="mnp1" FT exon 115..239 FT /number=2 FT /gene="mnp1" FT mat_peptide join(132..239,297..355,408..542,593..714,772..847,897..933, FT 989..996,1050..1130,1177..1246,1305..1314,1371..1406, FT 1459..1631,1693..1751,1809..1818) FT /evidence=EXPERIMENTAL FT /gene="mnp1" FT /product="MnP1" FT /EC_number="1.11.1.13" FT intron 240..296 FT /number=2 FT /gene="mnp1" FT exon 297..355 FT /number=3 FT /gene="mnp1" FT intron 356..407 FT /number=3 FT /gene="mnp1" FT exon 408..542 FT /number=4 FT /gene="mnp1" FT intron 543..592 FT /number=4 FT /gene="mnp1" FT exon 593..714 FT /number=5 FT /gene="mnp1" FT intron 715..771 FT /number=5 FT /gene="mnp1" FT exon 772..847 FT /number=6 FT /gene="mnp1" FT intron 848..896 FT /number=6 FT /gene="mnp1" FT exon 897..933 FT /number=7 FT /gene="mnp1" FT intron 934..988 FT /number=7 FT /gene="mnp1" FT exon 989..996 FT /number=8 FT /gene="mnp1" FT intron 997..1049 FT /number=8 FT /gene="mnp1" FT exon 1050..1130 FT /number=9 FT /gene="mnp1" FT intron 1131..1176 FT /number=9 FT /gene="mnp1" FT exon 1177..1246 FT /number=10 FT /gene="mnp1" FT intron 1247..1304 FT /number=10 FT /gene="mnp1" FT exon 1305..1314 FT /number=11 FT /gene="mnp1" FT intron 1315..1370 FT /number=11 FT /gene="mnp1" FT exon 1371..1406 FT /number=12 FT /gene="mnp1" FT intron 1407..1458 FT /number=12 FT /gene="mnp1" FT exon 1459..1631 FT /number=13 FT /gene="mnp1" FT intron 1632..1692 FT /number=13 FT /gene="mnp1" FT exon 1693..1751 FT /number=14 FT /gene="mnp1" FT intron 1752..1808 FT /number=14 FT /gene="mnp1" FT exon 1809..>1821 FT /number=15 FT /gene="mnp1" XX SQ Sequence 1821 BP; 450 A; 460 C; 380 G; 531 T; 0 other; atggctttca aaattcttct cagccttatt ttggctttga acgccgtcca atttattgct 60 ggtacgcact ttactcatat cctcatatta tttgccgaca agtcaacgat gtagctgttc 120 ctaccaggag ggcccaatgt gccgatggca ccactgtttc taatgaggcc tgttgcgttc 180 tgctccccat tatagcagat atccaaccga acttgttcga aaacgaatgc ggtgaagagg 240 taatgattta attttttgat agagttacga tattcaacag catatttata ctttaggtcc 300 atgaaacctt gcgggcatca tttcatgatg ctatcggatt ctccagagca gctgggtagg 360 ttctgactgt ctgtggcggc agctagtatc gctaaaatga tttccagtgg tggtggtgct 420 gatggttctc tcgtcacttt cggcgatgtg gagaccacat ttgccgctaa cgcaggaatc 480 gacgagattg tagagacatt acgacctttt ataaacagcc acaacatcag tgccggcgat 540 ttgtgagcct ggactcataa tctgtgttgc atcctgttaa cgctcttcct agcatccagt 600 ttgcaaccgt tgttggattg accaactgcc ccggcgcacc tcgcatacca tttttcttag 660 gccgcccaga cgctaccgcc gcttcccccg atggtcttgt ccctgagccc ttcggtcagt 720 ctctcatcag cctttccggt ataatctaca acccaagttg ataatcaaca gattccgtca 780 cgaaaattct tgaacgcttc gatgatgctg gttttacccc cactgaagtt gttgcattgc 840 ttgcatcgtg agtctctaga acaagatcga gaaatatgtg tccaatcccc ccgtagtcat 900 actgtcgcag cttcggacac aattgagccc ggtgtaagtt tatttcttcg tcagtatgca 960 ttctcatctc atgagcacct tattccagct cgaagggtaa gacattccct atcaataaga 1020 aacgtctcag tatccaacgc aacctctagt gtccccttcg actcgactcc cggagaattt 1080 gacaggcagt tctttatcga gactatgctt aaaggcactt ccttcccagg gtaagtagtt 1140 cgttgacatt cgttacgcat cctaattttg gcaaagcact ggggggaacc aaggtgaagc 1200 cttatctccc ttgccgggag aacttcgtct cgaatccgat ggacttgtac gtatacagtc 1260 ttttgttgtc tgaatttgtg attgttaaca ttatttatca ttagttggct cgaggtctgt 1320 cttgctaaca aaaggcatct gataacattg aaggactaac ttgatcatag atgaacgaac 1380 cgcatgtgac tggcaactct tcgctagtaa gaatgtttgc caaccaagaa gaatagctca 1440 cctaaaattc cacgatagct gatcaacaaa aaatggcatc ggcatttagc gacgccatgg 1500 tcaaactgtc tctcgtcggg caagataaga gccaattgat tgattgttca gacgtcattc 1560 cgcgaacgat ccctttgaca aatgaaccat acttccctgc cgacttgacc aaagatgatc 1620 ttgagcagac cgtgagtcca attgacattc acaatacgat ttccactctg agcctgcttg 1680 tttttgatac agtgcccgga tgaattccct gattaccctt ccaaccccag tgtcacttcg 1740 gtcgcgccag tgtaagttta tgatcagctc cagacgtctg ctcttattca ctctgcgcaa 1800 atatctagtc ccacctcgta a 1821 //