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Mycoparasitism associated proteins from Trichoderma spp.: Relevance in combating fungal diseases of plants

机译:木霉菌属的与副寄生虫相关的蛋白:与植物真菌病害的抗性

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摘要

Trichoderma (teleomorph Hypocrea) the soil-borne fungus grows in its natural habitat on plant root surfaces and acts as a mycoparasite. This mycoparasitic fungus adopts several methods of fungal disease control that occur sequentially and the articlesummarizes the mode of action of extracellular cell wall degrading lytic enzymes, antifungal metabolites, short oligosaccharides and host-derived signals in eliciting mycoparasitism in perspective to the genes encoding these mechanisms. Distinction of this study pertains to classification of Trichoderma spp. genes involved in mycoparasitism according to their mode of action that can lead to improved practical application by desigining efficient expression cassettes for combating plant fungal diseases through transgensis.
机译:木霉菌(teleomorph Hypocrea)是土生真菌,在其自然栖息地的植物根部表面生长,并作为真菌寄生虫。这种霉菌寄生真菌采用了顺序发生的几种真菌病害防治方法,并且文章从编码这些机理的基因的角度概述了胞外细胞壁降解分解酶,抗真菌代谢物,短寡糖和宿主来源的信号在引发霉菌寄生虫中的作用方式。该研究的区别与木霉属的分类有关。涉及真菌副寄生虫的基因根据它们的作用方式,可以通过设计有效的表达框来通过转基因抗击植物真菌疾病,从而改善实际应用。

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