Herlihy John, Ludwig Nora R, van den Ackerveken Guido, McDowell John M
School of Plant and Environmental Sciences, Virginia Tech, Blacksburg, VA 24061, USA.
Plant-Microbe Interactions, Department of Biology, Utrecht University, Padualaan 8, 3584 CH, Utrecht, the Netherlands.
Arabidopsis Book. 2019 Aug 27;17:e0188. doi: 10.1199/tab.0188. eCollection 2019.
Arabidopsis plants in their natural environment are susceptible to infection by oomycete pathogens, in particular to downy mildew and white rust diseases. These naturally occurring infectious agents have imposed evolutionary pressures on Arabidopsis populations and are therefore highly relevant for the study of host-pathogen co-evolution. In addition, the study of oomycete diseases, including infections caused by several Phytophthora species, has led to many scientific discoveries on Arabidopsis immunity and disease. Herein, we describe the major oomycete species used for experiments on Arabidopsis, and how these pathosystems have been used to provide significant insights into mechanistic and evolutionary aspects of plant-oomycete interactions. We also highlight understudied aspects of plant-oomycete interactions, as well as translational approaches, that can be productively addressed using the reference pathosystems described in this article.
处于自然环境中的拟南芥植株易受卵菌病原体感染,尤其是霜霉病和白锈病。这些天然存在的感染因子对拟南芥种群施加了进化压力,因此对于宿主 - 病原体共同进化的研究具有高度相关性。此外,对卵菌病害的研究,包括由几种疫霉属物种引起的感染,已经在拟南芥免疫和病害方面带来了许多科学发现。在此,我们描述了用于拟南芥实验的主要卵菌物种,以及这些病理系统如何被用于深入了解植物 - 卵菌相互作用的机制和进化方面。我们还强调了植物 - 卵菌相互作用中研究不足的方面,以及可以使用本文所述的参考病理系统有效解决的转化方法。