RNA结合蛋白在植物细胞间通讯和分子运输控制中的作用

S. C. Roy
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引用次数: 0

摘要

细胞间的通讯是所有生物体中最重要的过程。这种通讯网络对生长、分化、发育和代谢功能至关重要。由于植物细胞具有坚硬的细胞壁,因此通过胞间连丝这种特殊的结构,有一些特殊的方式来利用通讯网络。来自分裂细胞DNA的信息通过RNA分子将信号或信息传递给其他细胞。但RNA分子不能独立传递到其他细胞,因此需要一些与RNA结合的蛋白质(RNA结合蛋白)。这些蛋白质实际上将信号从一个细胞传递到另一个细胞。在植物中,胞间连丝很小,只携带水分和微量元素。但它已经注意到,它的大小不是恒定的,而是非常动态的,他们的大小可以根据他们的需要改变。本文讨论了胞间连丝和rna结合蛋白在通讯中的作用以及它们在分子运输中的作用。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Role of RNA –Binding Proteins in Controlling Cell to Cell Communication and Molecular Trafficking in Plants
Cell to Cell communication is the most important process in all living organisms. This communication network is essential for growth, differentiation, development and metabolic functions. As plant cell has a rigid cell wall so there are some special ways for using communication network through a special structure called Plasmodesmata. The messages from the DNA of dividing cells pass signals or messages to other cells through RNA molecules. But RNA molecules cannot pass independently to other cells, so some proteins are needed that are bound to RNA (RNA-binding Proteins). These proteins actually carry signals from one cell to another. In plants plasmodesmata is very small that carries only water and micronutrients. But it has been noted that its size is not constant but is very dynamic where their sizes can change according to their need. The role of plasmodesmata and RNA-binding proteins in communication as well as their roles in molecular trafficking have been discussed.
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