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Biological Elicitors of Plant Secondary Metabolites:Mode of Action and Use in the Production of Nutraceutics

机译:植物次生代谢物的生物诱导剂:作用模式和在营养食品生产中的用途

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摘要

Many secondary metabolites of interest for human health and nutrition are produced by plants when they are under attack of microbial pathogens or insects. Treatment with elicitors derived from phytopathogens can be an effective strategy to increase the yield of specific metabolites obtained from plant cell cultures. Understanding how plant cells perceive microbial elicitors and how this perception leads to the accumulation of secondary metabolites, may help us improve the production of nutraceutics in terms of quantity and of quality of the compounds. The knowledge gathered in the past decades on elicitor perception and transduction is now being combined to high-throughput methodologies, such as transcriptomics and metabo-lomics, to engineer plant cells that produce compounds of interest at industrial scale.
机译:当植物受到微生物病原体或昆虫的攻击时,会产生许多对人类健康和营养有益的次级代谢产物。用源自植物病原体的激发子进行处理可能是增加从植物细胞培养物中获得的特定代谢物产量的有效策略。了解植物细胞如何感知微生物引发剂,以及这种感知如何导致次级代谢产物的积累,可能有助于我们从化合物的数量和质量上提高营养药的生产。过去几十年中收集到的有关激发子感知和转导的知识现在正与诸如转录组学和代谢组学等高通量方法相结合,以工程化能在工业规模上产生目标化合物的植物细胞。

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