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Recent Advances in Maize Nuclear Proteomic Studies Reveal Histone Modifications

机译:玉米核蛋白质组学研究的最新进展揭示了组蛋白修饰

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摘要

The nucleus of eukaryotic organisms is highly dynamic and complex, containing different types of macromolecules including DNA, RNA, and a wide range of proteins. Novel proteomic applications have led to a better overall determination of nucleus protein content. Although nuclear plant proteomics is only at the initial phase, several studies have been reported and are summarized in this review using different plants species, such as Arabidopsis thaliana, rice, cowpea, onion, garden cress, and barrel clover. These include the description of the total nuclear or phospho-proteome (i.e., Arabidopsis, cowpea, onion), or the analysis of the differential nuclear proteome under different growth environments (i.e., Arabidopsis, rice, cowpea, onion, garden cress, and barrel clover). However, only few reports exist on the analysis of the maize nuclear proteome or its changes under various conditions. This review will present recent data on the study of the nuclear maize proteome, including the analysis of changes in posttranslational modifications in histone proteins.
机译:真核生物的核是高度动态和复杂的,包含不同类型的大分子,包括DNA,RNA和各种蛋白质。新型蛋白质组学应用已导致更好地确定细胞核蛋白含量。尽管核植物蛋白质组学才刚刚起步,但已报道了一些研究,并在本文中总结了使用不同植物种类的研究,例如拟南芥,水稻,cow豆,洋葱,水芹和桶三叶草。其中包括对总核蛋白或磷酸化蛋白质组(即拟南芥,cow豆,洋葱)的描述,或在不同生长环境下(即拟南芥,水稻,cow豆,洋葱,水芹和桶)对差异核蛋白质组的分析。三叶草)。但是,关于玉米核蛋白质组或其在各种条件下的变化的分析只有很少的报道。这篇综述将提供有关核玉米蛋白质组学研究的最新数据,包括分析组蛋白中翻译后修饰的变化。

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