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Cell biology in phytopathogenic fungi during host infection: commonalities and differences

机译:宿主感染期间植物疗法真菌的细胞生物学:常见与差异

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During infection of the host plant, various biological processes facilitate host invasion, including the physical invasion of the host, and subsequent adaptation to the host's internal environment. During these processes, cellular biological changes result in host adhesion, morphogenetic differentiation via the sensing of plant-derived signals, and maturation of infection structures via reorientation of the cytoskeleton. Changes in lipid and sugar metabolism in fungi generate energy for survival, turgor pressure, and melanin synthesis. Moreover, phytopathogenic fungi produce numerous types of effectors used in the evasion of host defense systems and to establish a suitable environment for nutrient exploitation. However, infection systems seem to vary between fungal species because of differences in their evolutionary origin.
机译:在感染宿主植物期间,各种生物过程促进宿主入侵,包括主持人的物理入侵,以及随后对主机内部环境的适应。 在这些过程中,细胞生物学变化导致宿主粘附,通过对植物衍生信号的感测和通过重新定向细胞骨架进行感染结构的成熟。 真菌脂质和糖代谢的变化会产生生存,托尔戈尔压力和黑色素合成的能量。 此外,植物疗法真菌产生了众多类型的效果,用于侵蚀主体防御系统,并建立适合营养利用的合适环境。 然而,由于其进化源性差异,感染系统似乎在真菌物种之间变化。

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