Genetic studies have provided increasing evidence that proteins involved in all aspects of RNA metabolism, such as RNA processing, transport, stability, and translation, are required for plant development and for plants' responses to the environment. Such proteins act in floral transition, floral patterning, and signaling by abscisic acid, low temperature and circadian rhythms. Although some of these proteins belong to core RNA metabolic machineries, others may have more specialized cellular functions. Despite the limited knowledge of the underlying molecular mechanisms, posttranscriptional regulation is known to play a key role in the control of plant development.

中文翻译：

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植物发育的转录后控制。

遗传研究提供了越来越多的证据表明，参与 RNA 代谢各个方面的蛋白质，如 RNA 加工、运输、稳定性和翻译，是植物发育和植物对环境的反应所必需的。这些蛋白质通过脱落酸、低温和昼夜节律在花转变、花图案形成和信号传导中起作用。尽管其中一些蛋白质属于核心 RNA 代谢机制，但其他蛋白质可能具有更特殊的细胞功能。尽管对潜在分子机制的了解有限，但已知转录后调控在控制植物发育中起关键作用。