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Dynamical speckles patterns of action potential transmission effects in squid giant axon membrane.

机译:鱿鱼巨型轴突膜中动作电位传递效应的动态斑点模式。

摘要

Undoubtedly the most important result of the investigations in physiology and biophysics was the discovery of the electrochemical mechanism of propagation of the action potential in nerves that was made by Hodgkin and Huxley during the first half of the past century. Since some decades ago diverse experiments about the electro optical properties of the axon membrane there was published using the most diverse optical experimental ‘procedures POT 6-10’. In this paper some results of a dynamical speckle technique applied for obtaining microscopic images of a section of a squid giant axon membrane during the activation by electrical impulses and his digital process are presented.
机译:毫无疑问,生理学和生物物理学研究的最重要结果是霍奇金和赫x黎在上个世纪上半叶发现了动作电位在神经中传播的电化学机制。自几十年前以来,关于轴突膜的电光学性质的各种实验已使用最多样化的光学实验“程序POT 6-10”发表。在本文中,提出了一种动态斑点技术的一些结果,该技术用于在电脉冲激活过程中获得鱿鱼巨型轴突膜的一部分的显微图像及其数字化过程。

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