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Plant Glandular Trichomes as Targets for Breeding or Engineering of Resistance to Herbivores

机译:植物腺毛虫作为育种或抗食草动物工程的目标

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摘要

Glandular trichomes are specialized hairs found on the surface of about 30% of all vascular plants and are responsible for a significant portion of a plant’s secondary chemistry. Glandular trichomes are an important source of essential oils, i.e., natural fragrances or products that can be used by the pharmaceutical industry, although many of these substances have evolved to provide the plant with protection against herbivores and pathogens. The storage compartment of glandular trichomes usually is located on the tip of the hair and is part of the glandular cell, or cells, which are metabolically active. Trichomes and their exudates can be harvested relatively easily, and this has permitted a detailed study of their metabolites, as well as the genes and proteins responsible for them. This knowledge now assists classical breeding programs, as well as targeted genetic engineering, aimed to optimize trichome density and physiology to facilitate customization of essential oil production or to tune biocide activity to enhance crop protection. We will provide an overview of the metabolic diversity found within plant glandular trichomes, with the emphasis on those of the Solanaceae, and of the tools available to manipulate their activities for enhancing the plant’s resistance to pests.
机译:腺毛是在所有维管植物中约30%的表面上发现的特殊毛发,是植物次生化学的重要部分。腺毛是重要的精油来源,即天然香料或可用于制药业的产品,尽管其中许多物质已经进化为植物提供了防食草动物和病原体的保护。腺毛状体的储存室通常位于头发的尖端,并且是具有新陈代谢活性的一个或多个腺细胞的一部分。毛滴虫及其渗出液可以相对容易地收获,这使得可以对它们的代谢物以及负责它们的基因和蛋白质进行详细研究。现在,这些知识可协助经典育种计划以及有针对性的基因工程,旨在优化毛线虫的密度和生理机制,以促进精油生产的定制化或调整杀菌剂的活性以增强作物保护能力。我们将概述植物腺毛体内的代谢多样性,重点是茄科植物的代谢多样性,以及可用来操纵其活动以增强植物对害虫抗性的工具。

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