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NASAL SPIROMETERY

机译:鼻血

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摘要

Nasal obstruction is a common symptom which is difficult to quantify clinically. Rhinomanometry, Acoustic Rhinometry and Forced Oscillation methods are available for estimating nasal resistance but, these require sophisticated machines. Because of limited availability of these techniques, this potential physiological measure has not been tapped fully for research and clinical purposes. Here, we describe the use of pulmonary spirometer with little modification for quantification of nasal flow. Nasal inspiratory and expiratory flow rates along with oral inspiratory and expiratory flow rates are used to derive different nasal resistance indices. This way of reporting nasal resistance is not new but, the data for these variables is currently not available in published literature. The reproducibility of nasal flow rates were tested as variation after one day and the interclass coefficient for inspiratory and expiratory nasal flow rates were found to be with in acceptable limits. Thus, nasal spirometery is able to describe the nasal resistance in a reliable manner and may be used to quantify nasal obstruction in pathological condition and also to study the physiological phenomenon like nasal cycle.
机译:鼻塞是常见症状,临床上难以量化。鼻测压法,声学鼻测振法和强迫振荡法可用于估计鼻阻力,但是这些都需要复杂的机器。由于这些技术的可用性有限,因此尚未充分利用这一潜在的生理措施进行研究和临床使用。在这里,我们描述了使用肺肺活量计进行少量修改以量化鼻流量的方法。鼻吸气和呼气流速以及口腔吸气和呼气流速可用于得出不同的鼻阻力指数。这种报告鼻阻力的方法并不新鲜,但是这些变量的数据目前在公开文献中尚无。鼻流量的可再现性以一天后的变化进行测试,并且吸气和呼气鼻流量的类别间系数在可接受的范围内。因此,鼻肺活量计能够以可靠的方式描述鼻阻力,并且可以用于量化病理状况下的鼻阻塞,还可以用于研究诸如鼻循环的生理现象。

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