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首页> 外文期刊>Pediatrics: Official Publication of the American Academy of Pediatrics >The Respiratory Mechanism of Aerosol Inhalation in the Treatment of Partial Airway Obstruction
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The Respiratory Mechanism of Aerosol Inhalation in the Treatment of Partial Airway Obstruction

机译:气雾剂吸入治疗部分气道阻塞的呼吸机制

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There is a sensory system within the mucosa of the nose and supraglottic larynx that appears to be both mechanosensitive and chemosensitive. Our data suggest that the respiratory modification produced by microaerosol inhalation represents a mechanoreceptor rather than chemoreceptor response. Furthermore, the sensitivity of this reflex system appears age-dependent, the data indicating a more active response early in life.From a clinical perspective, it is postulated that aerosol inhalation reflexly alters the pattern of breathing, resulting in improved respiratory flow rates during partial upper airway obstruction. The mechanism of a favorable clinical response to mist inhalation has not been previously appreciated in this context.
机译:鼻粘膜和声门上喉内有一个感觉系统,似乎既对机械敏感又对化学敏感。我们的数据表明,通过微雾吸入产生的呼吸改变代表机械感受器而非化学感受器反应。此外,该反射系统的敏感性似乎与年龄有关,该数据表明生命早期反应更加活跃。从临床角度来看,假定气雾剂吸入会反射性改变呼吸方式,从而改善部分呼吸期间的呼吸流速上呼吸道阻塞。在这种情况下,以前尚未认识到对雾吸入有利的临床反应的机制。

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