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心肺功能

Cardiorespiratory function.

作者信息

MOTLEY H L

出版信息

Calif Med. 1952 Oct;77(4):220-8.

Abstract

ACCURATE EVALUATION OF THE DEGREE OF IMPAIRMENT OF PULMONARY FUNCTION IN PERSONS WITH FIBROSIS AND EMPHYSEMA REQUIRES

(1) ventilatory measurements from rapid spirogram tracings (vital capacity, maximal breathing capacity and the time required to blow the air from the lungs); (2) determination of the degree of bronchospasm present; (3) determination of the degree of pulmonary emphysema (residual air expressed quantitatively as percent of total lung volume); (4) determination of the arterial blood oxygen saturation at rest and immediately after step-up exercise; (5) measurement of the oxygen extraction from inspired air (per cent of oxygen removed) during rest and exercise; (6) determination of the oxygen up-take during exercise; and (7) observation of the duration of dyspnea after step-up exercise. No single physiologic test is adequate in evaluating impairment of pulmonary function, and roentgenograms of the chest are unreliable as a sole basis for appraisal of disability. In industrial medicine, pulmonary function studies make possible (a) more accurate diagnosis and evaluation of pulmonary disability; and (b) earlier detection and thus prevention of prolonged exposure by susceptible individuals to environmental hazards.

摘要

准确评估肺纤维化和肺气肿患者的肺功能损害程度需要

(1) 通过快速肺量计描记图进行通气测量(肺活量、最大呼吸容量以及从肺部呼出空气所需的时间);(2) 确定存在的支气管痉挛程度;(3) 确定肺气肿程度(残气量以占肺总量的百分比进行定量表示);(4) 测定静息时以及阶梯式运动后即刻的动脉血氧饱和度;(5) 测量静息和运动期间从吸入空气中摄取的氧气量(去除的氧气百分比);(6) 测定运动期间的摄氧量;以及(7) 观察阶梯式运动后呼吸困难的持续时间。没有任何一项单一的生理测试足以评估肺功能损害,胸部X线片作为评估残疾的唯一依据并不可靠。在工业医学中,肺功能研究使得(a) 对肺残疾进行更准确的诊断和评估成为可能;以及(b) 更早地检测并从而预防易感个体长期暴露于环境危害之中。

https://cdn.ncbi.nlm.nih.gov/pmc/blobs/7eb5/1521454/77ae82b19d3b/califmed00220-0012-a.jpg

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