Apoplastic immunity and its suppression by
filamentous plant pathogens 期刊名称： New Phytologist
作者： Gunther,Doehlemann,Christoph,Hemetsberger
作者机构： Max
modulate年份： 2013年
期号： 第4期
关键词： effectors;oxidative burst;peroxidases;plant defense;proteases;Ustilago maydis
摘要：I.II.III.IV.V.VI.VII. SummaryMicrobial plant pathogens have evolved a variety of strategies to enter plant hosts and cause disease. In particular, biotrophic pathogens, which parasitize living plant tissue, establish sophisticated interactions in which they modulate the plant's metabolism to their own good. The prime decision, whether or not a pathogen can accommodate itself in its host tissue, is mad
e during the initial phase of infection. At this stage, the plant immune system recognizes conserved molecular patterns of the invading microbe, which initiate a set of basal immune responses. Induced plant defense proteins, toxic compounds and antimicrobial proteins encounter a broad arsenal of pathogen-derived virulence factors that aim to disarm host immunity. Crucial regulatory processes and protein–protein interactions take
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