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From Acetoin to (Z)-3-Hexen-1-ol: The Diversity of Volatile Organic Compounds that Induce Plant Responses

机译:从丙酮蛋白到(Z)-3-己烯-1- ol:诱导植物反应的挥发性有机化合物的多样性

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摘要

Evidence that plants can respond to volatile organic compounds (VOCs) was first presented 35 years ago. Since then, over 40 VOCs have been found to induce plant responses. These include VOCs that are produced not only by plants but also by microbes and insects. Here, we summarize what is known about how these VOCs are produced and how plants detect and respond to them. In doing so, we highlight notable observations we believe are worth greater consideration. For example, the VOCs that induce plant responses appear to have little in common. They are derived from many different biosynthetic pathways and have few distinguishing chemical or structural features. Likewise, plants appear to use several mechanisms to detect VOCs rather than a single dedicated "olfactory" system. Considering these observations, we advocate for more discovery oriented experiments and propose that future research take a fresh look at the ways plants detect and respond to VOCs.
机译:证据表明,植物可以响应挥发性有机化合物(VOC)35年前首次呈现。 从那时起,已发现超过40个VOC诱导植物反应。 这些包括不仅由植物生产的VOC,而且包括微生物和昆虫而产生。 在这里,我们总结了如何如何产生这些VOC以及植物如何检测和响应它们。 在这样做时,我们突出了我们认为值得注意的显着观察。 例如,诱导植物反应的VOC似乎与共同点几乎没有。 它们来自许多不同的生物合成途径,并且具有很少的分类化学或结构特征。 同样,植物似乎使用若干机制来检测VOCs而不是单个专用“嗅觉”系统。 考虑到这些观察,我们倡导更多发现导向的实验,并提出未来的研究采取新的植物检测和响应VOC的方式。

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