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当前位置: 首页 > 文章 > He-Ne激光对红曲霉M_(9x)的原生质体诱变育种 食品科学 2005,26 (11)
Position: Home > Articles > He-Ne Laser Treatment of the Protoplast from Monascus ruber M_(9x) FOOD SCIENCE 2005,26 (11)

He-Ne激光对红曲霉M_(9x)的原生质体诱变育种

作  者：
戴德慧;郭爱莲;蒋家新
单  位：
浙江科技学院生化系;西北大学生命科学学院
关键词：
红曲霉;He-Ne激光;MonacolinK;同工酶
摘  要：
采用He-Ne激光诱变红曲霉M9x原生质体,获得一株MonacolinK产量为103.73μg/ml的诱变株M9y,其产量约是出发菌株M9x的4.1倍,经酯酶同工酶分析,其酶带条纹数、迁移率等均发生了明显变化。对诱变株进行传代稳定性试验,结果表明:经斜面传代八代以后,诱变株M9y的MonacolinK产量仍较稳定,无明显的回复突变。
译  名：
He-Ne Laser Treatment of the Protoplast from Monascus ruber M_(9x)
作  者：
DAI De-hui1,GUO Ai-lian2,JIANG Jia-xin1 (1.School of Biological and Chemical Engineering, Zhejiang University of Science and Technology, Hangzhou 310012, China;2.Life School of Nowthwest University, Xi'an 710069, China)
关键词：
Monascus ruber;He-Ne laser;Monacolin K;isoenzymes
摘  要：
A mutant strain called Monascus ruber M9y was obtained by using irradiating protoplasts with He-Ne laser (632. 8nm). Its yield of Monacolin K increased as much as 4.1 times than that of the original strain, to reach 103.73μg/ml. The esterase (EST) isoenzyme electropheresis bands of the mutant strain Monascus ruber M9y compared with that of the original strain changed dramatically. The stability test of Monascus ruber M9y from generation to generation was studied. Results showed that the yield of monacolin K was stable, whose mutation was not restored apparently after eight generations.

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