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默克尔细胞受体:结构与转导功能。

Merkel cell receptors: structure and transducer function.

作者信息

Gottschaldt K M, Vahle-Hinz C

出版信息

Science. 1981 Oct 9;214(4517):183-6. doi: 10.1126/science.7280690.

Abstract

An electron microscopic and electrophysiological investigation was made of Merkel cell-neurite complexes in the sinus hair follicles of the cat. These mechanoreceptors respond with very precise phase locking to heavy-frequency vibratory stimuli as well as to static hair displacements. The mechanoelectric transduction process is faster than that known for any other somatic mechanoreceptor. These data show that the nerve endings themselves and not the Merkel cells are the mechanoelectric transducer elements in these receptors.

摘要

对猫鼻窦毛囊中的默克尔细胞-神经突复合体进行了电子显微镜和电生理研究。这些机械感受器对高频振动刺激以及毛发静态位移以非常精确的锁相方式做出反应。机电转换过程比任何其他躯体机械感受器都要快。这些数据表明,在这些感受器中,机电转换元件是神经末梢本身而非默克尔细胞。

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