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STRUCTURES OF NUCLEIC ACIDS CONTAINING CLUSTER OF GENES OF PYRIPYROPENE BIOSYNTHESIS, AND MARKER
STRUCTURES OF NUCLEIC ACIDS CONTAINING CLUSTER OF GENES OF PYRIPYROPENE BIOSYNTHESIS, AND MARKER
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机译:含吡咯烷酮生物合成基因簇的核酸结构及标记
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FIELD: bioengineering.SUBSTANCE: structure of nucleic acid is suggested, it contains the cluster of genes of pyripyropene biosynthesis, and marker. The transformant is suggested, it is produced by injection of the above said structure of the nucleic acid to host cell of the filamentous fungus producing pyripyropenes. Also, the transformant is suggested, it is produced by simultaneous or separate introduction of the structure of the nucleic acid containing the cluster of genes of the pyripyropene biosynthesis, and structures of nucleic acid containing the marker, to the host cell of the filamentous fungus producing pyripyropenes. The method of pyripyropenes A, E or O production using the above said transformants.EFFECT: group of inventions ensures increased production of the said pyripyropenes by transformant in comparison with the parent-cell.10 cl, 7 dwg, 5 tbl, 20 ex
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机译:领域:生物工程。物质:提出了核酸的结构,它包含吡啶并戊二烯生物合成的基因簇和标记。提出了该转化体,它是通过将上述核酸结构注射到产生吡咯烷的丝状真菌的宿主细胞中而产生的。另外,建议该转化体是通过将包含吡啶并戊二烯生物合成基因簇的核酸的结构和含有标志物的核酸结构同时或分别引入到产生丝状真菌的宿主细胞中而产生的。吡咯烷。使用上述转化体生产吡喃丙酮酶的方法A,E或O的效果:一组发明确保了与亲代细胞相比,通过转化体产生的吡喃丙酮酶的产量增加了10 cl,7 dwg,5 tbl,20 ex
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