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Defense Response to Pathogens Through Epigenetic Regulation in Rice

机译:通过稻米上介因调控对病原体的防御反应

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Epigenetic factors have recently emerged as key regulators of the defense response to pathogens in plants. The epigenetic mechanisms underlying defense regulation have been investigated mostly in Arabidopsis, while our understanding of the epigenetic regulation of defense in rice is limited. In this review, we summarize recent findings surrounding epigenetic mechanisms for defense in rice, primarily focusing on DNA methylation, histone modification, and small RNA regulation. In particular, we focused on RNA-directed DNA methylation (RdDM) and other epigenetic regulatory mechanisms that are involved in disease resistance. Finally, we explored potential epigenetic factors that might regulate the defense response in rice by analyzing available microarray data that can be used to uncover details of epigenetics regulation.
机译:表观因素最近被成为植物病原体的防御反应的关键监管机构。 在拟南芥中,已经在拟南芥中进行了辩护规则的表观遗传机制,而我们对水稻防御的外观调节的理解是有限的。 在本综述中,我们总结了最近围绕水稻防御的表观遗传机制的发现,主要关注DNA甲基化,组蛋白改性和小RNA调节。 特别是,我们专注于参与抗病性的RNA定向的DNA甲基化(RDDM)和其他表观遗传调节机制。 最后,我们探讨了可能通过分析可用的微阵列数据来调节水稻中的防御反应的潜在表观遗传因素,该数据可用于揭示表观遗传学规定的细节。

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