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先前的训练是否会影响去饱和型慢性阻塞性肺疾病(COPD)患者运动期间的急性氧供应反应?

Does prior training affect acute O₂ supply responses during exercise in Desaturator COPD patients?

作者信息

Delample Delphine, Sabate Meritxell, Préfaut Christian, Durand Fabienne

机构信息

INSERM ERI25 <Muscle and Pathologies>, F-34295 Montpellier, France. Université Montpellier I, EA4202, F-34295 Montpellier, France.

出版信息

Open Respir Med J. 2008;2:29-34. doi: 10.2174/1874306400802010029. Epub 2008 Mar 13.

Abstract

BACKGROUND

This study investigated the effects of a prior individualized training program (TP) on the response to acute oxygen supply during exercise in chronic obstructive pulmonary disease (COPD) patients showing exercise-induced desaturation.

METHODS

Twenty-two COPD patients (mean [SD] FEV1 = 52.1 [3]% predicted) who desaturated on exercise participated in a TP. Exercise tolerance while breathing compressed air or oxygen was assessed using a walking test (WT) before and after TP. Oxygen flow was individualized.

RESULTS

Before TP, acute oxygen supply improved mean exercise tolerance. But this response was heterogeneous as only 8 patients increased their walking distance with oxygen. TP improved exercise tolerance in the entire population. However, a greater affect of oxygen administration during exercise was not observed after TP. The response to oxygen again showed great disparity as only 6 patients increased their walking distance with oxygen after TP.

CONCLUSION

The response to oxygen supply during exercise varied among COPD patients. Moreover, despite the clinical benefits of TP, no cumulative effect of TP and oxygen supply was observed during exercise performance.

摘要

背景

本研究调查了先前的个体化训练计划(TP)对运动性低氧血症的慢性阻塞性肺疾病(COPD)患者运动期间急性氧供应反应的影响。

方法

22名运动时出现低氧血症的COPD患者(平均[标准差]FEV1=预测值的52.1[3]%)参与了一项TP。在TP前后,通过步行试验(WT)评估呼吸压缩空气或氧气时的运动耐力。氧流量是个体化的。

结果

在TP之前,急性氧供应改善了平均运动耐力。但这种反应是异质性的,因为只有8名患者吸氧后步行距离增加。TP改善了整个人群的运动耐力。然而,TP后未观察到运动期间吸氧有更大影响。对氧的反应再次显示出很大差异,因为TP后只有6名患者吸氧后步行距离增加。

结论

COPD患者运动期间对氧供应的反应各不相同。此外,尽管TP有临床益处,但在运动表现期间未观察到TP和氧供应的累积效应。

https://cdn.ncbi.nlm.nih.gov/pmc/blobs/266b/2606654/faf0ea4a1b61/TORMJ-2-29_F1.jpg

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