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The ecological role of microsymbionts in the interaction of plants and herbivorous insects

机译:微亚硫代在植物及食草昆虫相互作用中的生态作用

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AbstractA lot of evidence on the involvement of microsymbionts in the adaptation of hosts to adverse environmental impacts of both abiotic and biotic natures has recently been collected. In particular, microorganisms living in plants are involved in the development of induced systemic resistance to pathogens and pests, which allows them to be regarded as a reserve for the design of ecologically safe plant defense tools. However, the endosymbionts of herbivores are also putatively involved in both the adaptation of a macrosymbiont to the environment and the effect on host plant immune system in order to reduce the efficiency of defense responses. The obtained data show that the understanding of the mechanisms underlying the interaction of plants and pathogens or pests is incomplete without knowledge about the role of “hidden players,” microsymbionts that are present in both parties.]]>
机译:<![cdata [ <标题>抽象 ara>大量证据关于微对子在宿主适应对非生物的不良环境影响的情况下 最近收集了生物自然。 特别是,生活在植物中的微生物参与发育诱导的病原体和害虫的抗性和害虫,这使得它们可以被视为设计生态安全植物防御工具的储备。 然而,食草动物的内酯也被借助于麦克白激素对环境的适应性以及对宿主植物免疫系统的影响,以降低防御反应的效率。 所获得的数据表明,对植物和病原体的相互作用的机制的理解在没有关于“隐藏的球员”的角色中的作用不完整,这两个方面存在于两党的神经对微生物。 ]]] >

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