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鼻黏膜纤毛运输时间测定的经验

Experiences in the determination of nasal mucociliary transport time.

作者信息

Passàli D, Bellussi L, Bianchini Ciampoli M, De Seta E

出版信息

Acta Otolaryngol. 1984 Mar-Apr;97(3-4):319-23. doi: 10.3109/00016488409130995.

Abstract

This study is an attempt to establish the most suitable inert substance and normal parameters for nasal mucociliary transport time in normal adults: 79 subjects were taken into consideration, aged between 19 and 74 years, and were selected on the basis of negative outcome to anterior and posterior rhinoscopy , absence of any recent manifestation of rhinopharyngeal pathology and absence of allergy. The authors examined the possible modification of this particular index of nasal function in relation to the position of the head, when inclined or erect, to physical stress and to the hour at which the trials were carried out (9.30 a.m.-5.30 p.m.); they also carried out a statistical analysis of the results. For the study of the nasal mucociliary transport (MCT) time, an original composition of vegetable charcoal powder and saccharin powder at 3% is used. Vegetable charcoal powder was chosen because, not only it is non-toxic and easy to trace, but also because it is insoluble in water and therefore able to provide data on MCT time much nearer to that of effective MCT. Pure saccharin powder was added to the vegetable charcoal powder both in order to offer further data on a soluble substance as opposed to an insoluble one, and also because, as such, it interacts readily with the fluid which covers the mucus and provides an MCT time presumably nearer to that of clearance. From the statistical analysis of the data, it is possible to affirm that charcoal powder is the most suitable inert substance for the quantification of the parameter of 'normality'.

摘要

本研究旨在确定正常成年人鼻黏膜纤毛转运时间最合适的惰性物质和正常参数

纳入了79名年龄在19至74岁之间的受试者,这些受试者经前后鼻镜检查结果为阴性,近期无鼻咽喉部病变表现且无过敏反应。作者研究了头部倾斜或直立时、身体应激状态下以及试验进行时间(上午9:30至下午5:30)对这一特定鼻功能指标的可能影响;他们还对结果进行了统计分析。为研究鼻黏膜纤毛转运(MCT)时间,采用了一种由3%植物炭粉和糖精粉组成的原始混合物。选择植物炭粉是因为它不仅无毒且易于追踪,还因为它不溶于水,因此能够提供更接近有效MCT时间的MCT时间数据。向植物炭粉中添加纯糖精粉,既是为了提供关于可溶性物质而非不溶性物质的更多数据,也是因为它能与覆盖黏液的液体迅速相互作用,从而提供可能更接近清除时间的MCT时间。从数据的统计分析可以肯定,炭粉是用于量化“正常”参数最合适的惰性物质。

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