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Hyperemia-Related Changes in Arterial Stiffness: Comparison between Pulse Wave Velocity and Stiffness Index in the Vascular Reactivity Assessment

机译:充血相关的动脉僵硬度变化:血管反应性评估中脉搏波速度和僵硬度指数的比较

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Carotid-to-radial pulse wave velocity (PWVcr) has been proposed to evaluate endothelial function. However, the measurement ofPWVcris not without limitations. A new simple approach could have wide application.Stiffness index(SI) is obtained by analysis of the peripheral pulse wave and gives reproducible information about stiffness of large arteries. This study assessed the effects of hyperemia on SI and compared it withPWVcrin 14 healthy subjects. Both were measured at rest and during 8 minutes after ischemia. SI temporal course was determined. At 1 minute, SI andPWVcrdecreased (5.58±0.24to5.34±0.23 m/s,P<0.05;7.8±1.0to7.2±0.9 m/s;P<0.05, resp.). SI was positively related toPWVcrin baseline (r=0.62,P<0.05), at 1 minute (r=0.79,P<0.05), and during the whole experimental session (r=0.52,P<0.05).Conclusion. Hyperemia significantly decreases SI in healthy subjects. SI was related toPWVcrand could be used to facilitate the evaluation of hyperemia-related changes in arterial stiffness.
机译:颈动脉到径向的脉搏波速度(PWVcr)已被提出来评估内皮功能。但是,PWVcris的测量并非没有限制。一种新的简单方法可能具有广泛的应用。通过分析周围脉搏波可得到刚度指数(SI),并提供有关大动脉刚度的可再现信息。这项研究评估了充血对SI的影响,并将其与PWVcrin 14位健康受试者进行了比较。两者均在休息后和缺血后8分钟内测量。确定了SI时间过程。在1分钟时,SI和PWVcr降低(5.58±0.24至5.34±0.23 m / s,P <0.05; 7.8±1.0至7.2±0.9 m / s; P <0.05,分别)。 SI与PWVcrin基线呈正相关(r = 0.62,P <0.05),在1分钟(r = 0.79,P <0.05)以及整个实验过程中(r = 0.52,P <0.05)。充血可显着降低健康受试者的SI。 SI与PWVcrand有关,可用于评估与充血相关的动脉僵硬度变化。

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