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膜片钳封接是如何形成的?脂质泡模型。

How do patch clamp seals form? A lipid bleb model.

作者信息

Milton R L, Caldwell J H

机构信息

Department of Cellular and Structural Biology, University of Colorado Health Sciences Center, Denver, 80262.

出版信息

Pflugers Arch. 1990 Aug;416(6):758-62. doi: 10.1007/BF00370626.

Abstract

Individual ion channels are electrically isolated and studied in living cells with the tight patch voltage clamp method. Channels are identified, categorized, and sometimes named on the basis of the biophysical properties obtained with this method. Although it is usually presumed that these recordings are from native, undisturbed membrane, the physical basis of this technique is not well established. Observations that lipid blebs readily form when suction is applied to patch clamp electrodes suggest that many single channel recordings are from ion channels in these blebs.

摘要

单个离子通道是电隔离的,可通过紧密膜片钳电压钳技术在活细胞中进行研究。通道根据用该方法获得的生物物理特性进行识别、分类,有时还会命名。尽管通常认为这些记录来自天然的、未受干扰的膜,但该技术的物理基础尚未完全确立。当对膜片钳电极施加吸力时脂质泡容易形成的观察结果表明,许多单通道记录来自这些脂质泡中的离子通道。

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