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[振荡参数的定义及临床意义(固定频率技术)]

[Definition and clinical significance of oscillation parameters (fixed frequency technic)].

作者信息

Pleger E, Vogel J

机构信息

Innere Abteilung I des St. Hedwig-Krankenhauses Berlin, DDR.

出版信息

Z Erkr Atmungsorgane. 1990;174(1):26-31.

PMID:2184607
Abstract

Starting from the polyvalent sense of a limitation of the maximum available respiratory flow there is to be pointed to the necessity of the decentralized measurement of resistance. The instrument IfM E1 permits the use of the simple forced oscillation technique for estimations of ROS and the derived values delta ROS and STAV all over the country. The advanced forced oscillation method, based on the fixed frequency technique, contained the option for estimation of the residual volume and especially the phase-angle. The knowledge of psi, Re and phi can make the oscillatory testing of airways resistance more surely. Taking into consideration the dependence of the phase signal on lung volume can state noninvasive different facts about the compliance of the lung-thoracic-diaphragm system.

摘要

从对最大可用呼吸流量限制的多义性出发,有必要指出进行阻力的分散测量。IfM E1仪器允许在全国范围内使用简单的强迫振荡技术来估计呼吸总阻抗(ROS)以及导出值ΔROS和比气道传导率(STAV)。基于固定频率技术的先进强迫振荡方法包含估计残气量尤其是相角的选项。对相位角(psi)、气道阻力(Re)和相位(phi)的了解可以使气道阻力的振荡测试更加可靠。考虑到相位信号对肺容积的依赖性,可以无创地得出关于肺-胸-膈肌系统顺应性的不同事实。

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