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松鼠猴外周前庭神经元对角加速度和线加速度的反应。

Responses of peripheral vestibular neurons to angular and linear accelerations in the squirrel monkey.

作者信息

Goldberg J M, Fernández C

出版信息

Acta Otolaryngol. 1975 Jul-Aug;80(1-2):101-10. doi: 10.3109/00016487509121307.

Abstract

Peripheral neurons innervating semicircular canals can respond to constant linear accelerations. Evidence is presented that, in our preparation, the response is artifactual and arises from thermal gradients introduced by the surgical exposure. Otolith neurons do not respond to even intense angular accelerations. Canal plugging abolishes the response of the corresponding afferents to angular acceleration, without obviously affecting resting activity. The procedure does not prevent the canals from responding to linear accelerations. The latter response, unlike that seen in intact canals, is not due to thermal gradients and may be related to the mechanisms underlying the persistent component of barbecue nystagmus.

摘要

支配半规管的外周神经元能够对持续的线性加速度做出反应。有证据表明,在我们的实验准备中,这种反应是人为造成的,是由手术暴露引入的热梯度引起的。耳石神经元即使对强烈的角加速度也没有反应。堵塞半规管会消除相应传入神经对角加速度的反应,而不会明显影响静息活动。该操作不会阻止半规管对线性加速度做出反应。与完整半规管中观察到的情况不同,后一种反应不是由热梯度引起的,可能与烧烤眼震持续性成分背后的机制有关。

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