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[通过辐射诱变与质粒转化方法相结合提高泡盛曲霉菌株的糖化酶生产力]

[Increase in glucoamylase productivity of Aspergillus awamori strain by combination of radiating mutagenesis and plasmid transformation methods].

作者信息

Vinetskiĭ Iu P, Rozhkova A M, Sereda A S, Tsurikova N V, Nurtaeva A K, Semenova M V, Zorov I N, Sinitsyn A P

出版信息

Prikl Biokhim Mikrobiol. 2010 Nov-Dec;46(6):685-92.

Abstract

Increase in the level of amylolytic genes activator protein encoded by amyR gene was shown to result in enhancement of glucoamylase productivity of A. awamori strain by 30%. However, the same effect equal to 30% increase can be achieved by introduction of extra copies of gla gene encoding glucoamylase. These two effects were not additive, which gave the possibility to suggest an additional limitation in the egulation mechanism of glucoamylase gene expression in Aspergillus family strains while introducing an additional copies of amyR and gla genes.

摘要

结果表明,由amyR基因编码的淀粉酶基因激活蛋白水平的提高,可使泡盛曲霉菌株的糖化酶产量提高30%。然而,通过导入编码糖化酶的gla基因的额外拷贝,也能实现同样30%的增产效果。这两种效果并非相加的,这使得我们有可能推测,在曲霉属菌株中引入amyR和gla基因的额外拷贝时,糖化酶基因表达调控机制存在额外的限制。

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