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Research on the involment of phenoloics in the defence of horticultural plants

机译:酚类物质参与园艺植物防御的研究

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Phenolic compounds are not directly involved in the primary metabolism of plants but possess a number of important roles: (1) serving as attractants for pollinators and various animals, involved in the transfer of seeds, (2) plant protection from herbivores and against pathogen infection, (3) defining plant-plant relationships and the symbiosis between plants and microbes. The present review of our research work stresses the role of phenolic compounds in the defense mechanism against different fungi andbacteria. It has been established, that the content of phenolics is greatly affected by the infection with pathogenic organisms. Studies on several horticultural plants have demonstrated that the response to infection differs among the analyzed plant species. Generally, an increase of phenolic compounds can be expected in tissues near the infection site. The comparison of healthy and infected tissue reflects an increase of phenolics in infected tissues. Higher levels of all analyzed phenolic groups have been measured in the latter, with the exception of the anthocyanins. Based on the findings of many-year research studies, it can be concluded that phenolic compounds are involved in the plant defense mechanisms, but the response varies among species.
机译:酚类化合物不直接参与植物的主要代谢,但具有许多重要作用:(1)充当传粉媒介和各种动物的引诱剂,参与种子的转移,(2)保护植物免受草食动物侵害和抵抗病原体感染,(3)定义植物与植物的关系以及植物与微生物之间的共生关系。本研究工作的当前回顾强调了酚类化合物在针对不同真菌和细菌的防御机制中的作用。已经确定,病原性生物的感染极大地影响了酚类的含量。对几种园艺植物的研究表明,所分析植物物种对感染的反应不同。通常,在感染部位附近的组织中可以预期酚类化合物的增加。健康组织和感染组织的比较反映了感染组织中酚类物质的增加。在后者中,除花青素外,所有分析的酚基含量都较高。根据多年研究的结果,可以得出结论,酚类化合物参与了植物防御机制,但其反应因物种而异。

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