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Airway receptors.

机译:气道受体。

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摘要

There are many types of afferent receptor in the airways; at least five in the larynx: pressure, drive, cold, irritant and C-fibre; and at least four in the trachea and bronchi: slowly and rapidly adapting stretch receptors (SARs and RARs), C-fibre receptors, and those in neuroepithelial bodies (NEBs). Histologically enough sensory structures have been identified to account for the various patterns of afferent activity, but most correlations are poor. For the larynx, four or more sensory structures have not definitively been identified with afferent discharges and reflex responses. For the trachea and bronchi, only SARs have been clearly identified morphologically and physiologically. The reflexes and afferent discharges from RARs and C-fibre receptors are fairly clear, some at least of the sensory terminals lie in the epithelium, but receptor complexes have not been mapped out. Nerves in NEBs have been identified, but not their local and central reflex actions.
机译:气道中有多种类型的传入感受器。喉中至少有五个:压力,驱动力,冷,刺激性和C纤维;气管和支气管中至少有四个:缓慢和快速适应的拉伸受体(SAR和RAR),C纤维受体以及神经上皮体(NEB)中的受体。从组织学上讲,已经确定了足够的感觉结构来解释传入活动的各种模式,但是大多数相关性很差。对于喉头,尚未明确确定具有传入放电和反射反应的四个或多个感觉结构。对于气管和支气管,仅在形态和生理学上可以清楚地识别出SAR。 RAR和C纤维受体的反射和传入放电相当清楚,至少一些感觉末端位于上皮细胞中,但受体复合物尚未标出。 NEBs中的神经已被识别,但其局部和中央反射动作尚未被识别。

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