Self-Organization of Cell Function in Living systems

S. Prasanna
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Abstract

The relationship between cell shape stretching and the introduction of the division hub depicted by early cell scholars is still utilized as a worldview in formative ponders. Be that as it may, examination of early fetus advancement and tissue morphogenesis has highlighted the part of the spatial dissemination of cortical signals able to direct axle introduction. In vitro thinks about of cell division have uncovered comparable instruments. Later information bolster the plausibility that the introduction of cell division in mammalian cells is ruled by cell grip and the related footing powers created in interphase. Cell shape could be a appearance of these cement and tensional designs. These designs control the spatial dissemination of cortical signals and subsequently direct shaft introduction and girl cell situating. From these information, cell division shows up to be a nonstop change guaranteeing the support of tissue mechanical keenness.
生命系统中细胞功能的自组织
早期细胞学者描述的细胞形状拉伸与分裂中心的引入之间的关系仍然被用作形成性思考的世界观。尽管如此,对早期胎儿发育和组织形态发生的检查已经强调了能够指导轴导入的皮质信号的空间传播部分。在体外思考细胞分裂已经发现了类似的仪器。后来的信息支持了哺乳动物细胞中细胞分裂的引入是由细胞握力和在间期产生的相关立足力决定的。细胞形状可能是这些水泥和张力设计的外观。这些设计控制了皮质信号的空间传播,随后直接轴的引入和女孩细胞的定位。从这些信息来看,细胞分裂是一个不间断的变化,保证了组织的机械灵敏性。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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