运动测试期间的血压测量

G. Thomas, M. Ellestad
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引用次数: 0

摘要

“运动时的血压测量”一章回顾了测量血压的三种方法以及正常和异常血压对运动的反应。汞,无行星,和科罗特科夫声音的振荡评估提供了准确的测量。对无流和振荡装置进行周期性校准是很重要的。经过验证,运动过程中的自动振荡测量是准确的。运动试验的正常血压反应是收缩压逐渐升高,舒张压变化很小。运动引起的低血压,特别是运动早期,是严重冠状动脉疾病(CAD)的预测指标。它发生在运动高峰,在高水平的努力可能发生在正常人继发于疲惫。运动后过度的收缩反应可以适度预测未来的高血压。恢复期收缩压缓慢下降提示冠心病,可能继发于迷走神经张力减弱,类似于恢复期心率缓慢下降。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Blood Pressure Measurements during Exercise Testing
``The chapter Blood Pressure Measurement During Exercise reviews the 3 methods of sphygmomanometry to measure blood pressure and normal and abnormal blood pressure responses to exercise. Mercury, aneroid, and oscillometric assessment of Korotkoff sounds provide accurate measurement. Periodic calibration is important for aneroid and oscillometric devices. With verification, automated oscillometric measurements during exercise can be accurate. The normal blood pressure response to exercise testing is an incremental increase in systolic blood pressure with minimal change in diastolic blood pressure. Exercise induced hypotension, particularly early in exercise, is predictive of severe coronary artery disease (CAD). Its occurrence at peak exercise at a high level of exertion may occur in normal individuals secondary to exhaustion. An exaggerated systolic response to exercise is modestly predictive of future hypertension. A slow decrease is systolic blood pressure during recovery is suggestive of CAD, likely secondary to less vagal tone, analogous to a slow decrease in heart rate during recovery.
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