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首页> 外文会议>Proceedings vol.2004-13; International Symposium on Nanoscale Devices, Materials, and Biological Systems: Fundamentals and Applications; ; >CELLS, GELS AND ELECTROCHEMISTRY
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CELLS, GELS AND ELECTROCHEMISTRY

机译：细胞，凝胶和电化学

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摘要

The cell is a gel. This is now broadly established. If so, then a logical approach to the understanding of cell function may be through an understanding of gel function. Great strides have been made recently in understanding the principles of gel dynamics. It has become clear that a central mechanism in biology is the polymer-gel phase-transition - a major structural change prompted by a subtle change of environment. Phase-transitions are capable of doing work, and such mechanisms could be responsible for much of the work of the cell. At the same time, gel surfaces interact with water, and these interactions have electrochemical implications. We set up a polymer-gel-based foundation for cell function, and explore the extent to which this foundation explains how the cell goes about its business, with an eye toward electrochemistry.
机译：细胞是凝胶。现在已广泛建立。如果是这样，则理解细胞功能的逻辑方法可以是通过了解凝胶功能。最近在理解凝胶动力学原理方面取得了长足的进步。显然，生物学的中心机制是聚合物-凝胶相变-环境的微妙变化引起的主要结构变化。相变能够完成工作，并且这种机制可能负责单元的大部分工作。同时，凝胶表面与水相互作用，并且这些相互作用具有电化学意义。我们为细胞功能建立了基于聚合物凝胶的基础，并着眼于电化学，探索了该基础在多大程度上解释了细胞如何开展业务。

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