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Nonhost Resistance IN Arabidopsis Thaliana (Col-0,Ler-0,Npr,Pen2 Gfp) Against Magnaporthae Oryzae

机译:拟南芥(Col-0,Ler-0,Npr,Pen2 Gfp)对稻瘟病菌的非寄主抗性

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摘要

Nonhost resistance is an expansive range plant protection that gives safety to all individuals from a plant animal types against all detaches of a microorganism that is pathogenic to other plant species. After arriving on the surface of a nonhost plant animal categories, a potential fungal pathogen at first experiences preformed and, later, activate plant safeguards. One of the introductory guard reactions from the plant is pathogen-related sub-atomic example (PAMP)-activated resistance (PTI). Nonhost plants likewise have components to distinguish nonhost-pathogen effectors and can trigger a barrier reaction alluded to as effector-activated invulnerability (ETI). This nonhost resistance reaction frequently brings about an excessively touchy reaction (HR) at the contamination site. This review gives a diagram of these plant safeguard methodologies. We count plant qualities that present nonhost resistance and the fungal counter-protection methods. Furthermore, prospects for utilization of nonhost imperviousness to accomplish expansive range and sturdy resistance in harvest plants .
机译:非宿主抗性是一种广泛的植物保护,可为所有来自植物动物的个体提供安全保护,使其免受对其他植物物种致病的微生物的所有侵害。到达非寄主植物类动物的表面后,首先会形成潜在的真菌病原体,然后激活植物保护措施。植物的保护性入门反应之一是病原体相关的亚原子实例(PAMP)激活的抗性(PTI)。非寄主植物同样具有区分非寄主-病原效应子的成分,并且可以触发被称为效应子激活的无害性(ETI)的屏障反应。这种非宿主抗性反应经常在污染部位引起过度接触反应(HR)。这篇综述给出了这些工厂保障方法的示意图。我们对表现出非寄主抗性的植物品质和真菌反保护方法进行了计数。此外,利用非寄主不透性来实现收割植物的扩大范围和结实抗性的前景。

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    Sahu B B;

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  • 年度 2015
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