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The rules of engagement

机译：交战规则

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The XIII International Congress on Molecular Plant-Microbe Interactions, Sorrento, Italy, July 2007. Plants are exposed to vast numbers of potential pathogens and symbionts throughout their life span and therefore must maintain mechanisms for identifying and appropriately responding to such microbes. Likewise, the microbial communities that interact with plants have developed several mechanisms to evade detection and/or suppress defense responses. The question of how these complex interactions are perceived and modulated by both the plant and the microbe remains central to this field. The XIII International Congress on Molecular Plant—Microbe Interactions assembled an array of experts whose interests range from host recognition and signal transduction to evolution of virulence to molecular dialogues of symbiotic interactions. At the expense of excluding a number of exciting topics, particularly in the area of symbiosis, this article focuses on several advances in our understanding of plant—pathogen interactions and how these are shifting the paradigms of disease resistance in plants.
机译：第十三届国际分子植物与微生物相互作用大会，意大利索伦托，2007年7月。植物在整个生命周期中都暴露于大量潜在的病原体和共生体，因此必须维持识别和适当应对此类微生物的机制。同样，与植物相互作用的微生物群落已经开发出多种机制来逃避检测和/或抑制防御反应。植物和微生物如何感知和调节这些复杂相互作用的问题仍然是该领域的中心问题。第十三届国际分子植物—微生物相互作用大会召集了一系列专家，其兴趣范围从宿主识别和信号转导，毒力演变到共生相互作用的分子对话。本文以排除许多激动人心的话题为代价，尤其是在共生领域，着重介绍了我们对植物-病原体相互作用以及它们如何改变植物抗病性范式的理解的一些进展。

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