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首页> 外文会议>Pan-Pacific Conference on Pesticide Science >Secondary Metabolites with Diverse Activities toward Phytopathogenic Zoospores of Aphanomyces cochlioides in Host and Nonhost Plants
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Secondary Metabolites with Diverse Activities toward Phytopathogenic Zoospores of Aphanomyces cochlioides in Host and Nonhost Plants

机译：次级代谢产物具有多种活动，朝向宿主和非健康植物中的Aphanomyces Cochlioides的植物疗法血清孢子

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Our knowledge on molecular basis of life cycle development of oomycete phytopathogens has been compiled in last two decades, which is indicating that the inter-relationships between host plant and phytopathogen are elaborately regulated by chemical signaling substances. In contrast, chemical weapons in nonhost plants which can affect/interfere the life cycle development of oomycete phytopathogens, are supposed to be responsible for their incompatibility to Oomycetes. These facts suggest us some cues for biorational regulation of soilborne oosporogenic and zoosporogenic pathogens which are often difficult to eradicate. The research trend of oomycete pathogens based on ecological chemistry has been briefly reviewed with special reference to Aphanomyces cochlioides.
机译：我们在过去二十年中编制了关于枯豆素病生命周期的分子基础的知识，这表明宿主植物与植物疗法之间的间相互作用是通过化学信号传导物质进行精心调节的。相比之下，可以影响/干扰卵霉素植物病变生命周期发育的非健康植物中的化学武器应该负责它们对Oomycetes的不相容性。这些事实提出了一些用于生长的脱孢菌和毒孢菌病原体的生长调节的提示，这些病原体通常难以根除。基于生态化学的oomycete病原体的研究趋势已经简要介绍了蚜竺核桃型耳蜗。

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