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高血压中的动脉僵硬度、中心血流动力学与心血管风险

Arterial stiffness, central hemodynamics, and cardiovascular risk in hypertension.

作者信息

Palatini Paolo, Casiglia Edoardo, Gąsowski Jerzy, Głuszek Jerzy, Jankowski Piotr, Narkiewicz Krzysztof, Saladini Francesca, Stolarz-Skrzypek Katarzyna, Tikhonoff Valérie, Van Bortel Luc, Wojciechowska Wiktoria, Kawecka-Jaszcz Kalina

机构信息

Department of Clinical and Experimental Medicine, University of Padova, Padua, Italy.

出版信息

Vasc Health Risk Manag. 2011;7:725-39. doi: 10.2147/VHRM.S25270. Epub 2011 Dec 7.

Abstract

This review summarizes several scientific contributions at the recent Satellite Symposium of the European Society of Hypertension, held in Milan, Italy. Arterial stiffening and its hemodynamic consequences can be easily and reliably measured using a range of noninvasive techniques. However, like blood pressure (BP) measurements, arterial stiffness should be measured carefully under standardized patient conditions. Carotid-femoral pulse wave velocity has been proposed as the gold standard for arterial stiffness measurement and is a well recognized predictor of adverse cardiovascular outcome. Systolic BP and pulse pressure in the ascending aorta may be lower than pressures measured in the upper limb, especially in young individuals. A number of studies suggest closer correlation of end-organ damage with central BP than with peripheral BP, and central BP may provide additional prognostic information regarding cardiovascular risk. Moreover, BP-lowering drugs can have differential effects on central aortic pressures and hemodynamics compared with brachial BP. This may explain the greater beneficial effect provided by newer antihypertensive drugs beyond peripheral BP reduction. Although many methodological problems still hinder the wide clinical application of parameters of arterial stiffness, these will likely contribute to cardiovascular assessment and management in future clinical practice. Each of the abovementioned parameters reflects a different characteristic of the atherosclerotic process, involving functional and/or morphological changes in the vessel wall. Therefore, acquiring simultaneous measurements of different parameters of vascular function and structure could theoretically enhance the power to improve risk stratification. Continuous technological effort is necessary to refine our methods of investigation in order to detect early arterial abnormalities. Arterial stiffness and its consequences represent the great challenge of the twenty-first century for affluent countries, and "de-stiffening" will be the goal of the next decades.

摘要

本综述总结了近期在意大利米兰举行的欧洲高血压学会卫星研讨会上的几项科学贡献。使用一系列非侵入性技术可以轻松且可靠地测量动脉僵硬度及其血流动力学后果。然而,与血压(BP)测量一样,应在标准化的患者条件下仔细测量动脉僵硬度。颈动脉 - 股动脉脉搏波速度已被提议作为动脉僵硬度测量的金标准,并且是公认的不良心血管结局的预测指标。升主动脉的收缩压和脉压可能低于上肢测量的压力,尤其是在年轻人中。多项研究表明,与外周血压相比,终末器官损伤与中心血压的相关性更强,并且中心血压可能提供有关心血管风险的额外预后信息。此外,与肱动脉血压相比,降压药物对中心主动脉压力和血流动力学可能有不同的影响。这可能解释了新型抗高血压药物除了降低外周血压之外还具有更大的有益效果。尽管许多方法学问题仍然阻碍动脉僵硬度参数的广泛临床应用,但这些参数可能会在未来临床实践中有助于心血管评估和管理。上述每个参数都反映了动脉粥样硬化过程的不同特征,涉及血管壁的功能和/或形态变化。因此,理论上同时测量血管功能和结构的不同参数可以增强改善风险分层的能力。为了检测早期动脉异常,持续的技术努力对于完善我们的研究方法是必要的。动脉僵硬度及其后果是二十一世纪富裕国家面临的巨大挑战,“去僵硬化”将是未来几十年的目标。

https://cdn.ncbi.nlm.nih.gov/pmc/blobs/a18b/3237102/a04fdeb16c80/vhrm-7-725f1.jpg

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