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Objective monitoring of nasal patency and nasal physiology in rhinitis

机译:鼻炎鼻腔通畅性和鼻腔生理的客观监测

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摘要

Nasal obstruction can be monitored objectively by measurement of nasal airflow, as evaluated by nasal peak flow, or as airways resistance/conductance as evaluated by rhinomanometry. Peak flow can be measured during inspiration or expiration. Of these measurements, nasal inspiratory peak flow is the best validated technique for home monitoring in clinical trials. The equipment is portable, relatively inexpensive, and simple to use. One disadvantage, however, is that nasal inspiratory peak flow is influenced by lower airway as well as upper airway function. Rhinomanometry is a more sensitive technique that is specific for nasal measurements. The equipment, however, requires an operator, is more expensive, and is not portable. Thus, it is applicable only for clinic visit measures in clinical trials. Measurements require patient cooperation and coordination, and not all can achieve repeatable results. Thus, this objective measure is best suited to laboratory challenge studies involving smaller numbers of selected volunteers.
机译:鼻阻塞可以通过鼻流量的测量(通过鼻峰值流量评估)或气道阻力/电导率(通过鼻压力计评估)来客观监测。吸气或呼气期间可以测量峰值流量。在这些测量中,鼻吸气峰值流量是临床试验中家庭监测的最佳验证技术。该设备是便携式的,相对便宜的并且易于使用。然而,一个缺点是鼻吸气峰值流量受下呼吸道以及上呼吸道功能的影响。鼻压计是一种更敏感的技术,专门用于鼻腔测量。但是,该设备需要操作员,价格昂贵,并且不便于携带。因此,它仅适用于临床试验中的临床就诊措施。测量需要患者的合作与协调,并且并非所有人都能获得可重复的结果。因此,该客观测量最适合于涉及较少数量的选定志愿者的实验室挑战研究。

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