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Parasitic plants of the genus Cuscuta and their interaction with susceptible and resistant host plants

机译:s草属的寄生植物及其与易感和抗性寄主植物的相互作用

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摘要

By comparison with plant–microbe interaction, little is known about the interaction of parasitic plants with their hosts. Plants of the genus Cuscuta belong to the family of Cuscutaceae and comprise about 200 species, all of which live as stem holoparasites on other plants. Cuscuta spp. possess no roots nor fully expanded leaves and the vegetative portion appears to be a stem only. The parasite winds around plants and penetrates the host stems via haustoria, forming direct connections to the vascular bundles of their hosts to withdraw water, carbohydrates, and other solutes. Besides susceptible hosts, a few plants exist that exhibit an active resistance against infestation by Cuscuta spp. For example, cultivated tomato (Solanum lycopersicum) fends off Cuscuta reflexa by means of a hypersensitive-type response occurring in the early penetration phase. This report on the plant–plant dialog between Cuscuta spp. and its host plants focuses on the incompatible interaction of C. reflexa with tomato.
机译:通过与植物-微生物相互作用的比较,对寄生植物与其宿主之间的相互作用知之甚少。葫芦科植物属于葫芦科,约有200种,它们全部作为其他植物的全寄生虫生活。 s属它没有根,也没有完全展开的叶子,而营养部分似乎只是茎。寄生虫缠绕在植物周围,并通过haustoria穿透宿主茎,形成与其宿主血管束的直接连接,以抽取水,碳水化合物和其他溶质。除易感宿主外,还存在一些对plants草属侵染表现出积极抗性的植物。例如,栽培番茄(Solanum lycopersicum)通过在早期渗透阶段发生的超敏反应来抵御反射性弯管霉。此报告是关于Cuscuta spp之间的“植物-植物”对话框的。其寄主植物着眼于反射小球藻与番茄的不相容相互作用。

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