Measuring the degree of internal carotid artery stenosis

Gerhard-Michael von Reutern
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引用次数: 11

Abstract

The use of ultrasonic methods to evaluate carotid disease differs from country to country. Most popular is the criterion of flow velocity in the stenosis, a criterion influenced by multiple other factors than narrowing of the artery. On the other side angiography does not reliably measure area reduction, responsible for the hemodynamic effect of a stenosis. Therefore correlations of velocity and the degree of stenosis as measured by angiography were never satisfying. In a recent international consensus a multiparametric approach has been proposed aiming to reduce possible errors. This article illustrates some of the possible errors measuring flow velocity with Doppler ultrasound and discusses the background for using multiple criteria. Ultrasound can be used for clinical decision making. This is possible in a clear cut high degree stenosis and in low degree disease. The advantage of Doppler ultrasound is to describe best the hemodynamic consequences of vessel narrowing. This may yield important additional information in combination with other imaging modalities.

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测量颈内动脉狭窄程度
使用超声方法评估颈动脉疾病因国家而异。最常用的是狭窄的流速标准,这一标准受多种其他因素的影响,而不是动脉狭窄。另一方面,血管造影不能可靠地测量面积缩小,这是狭窄的血流动力学影响的原因。因此,流速和血管造影测量的狭窄程度的相关性从来都不令人满意。在最近的国际共识中,提出了一种多参数方法,旨在减少可能的误差。本文阐述了用多普勒超声测量流速时可能出现的一些误差,并讨论了使用多种标准的背景。超声可用于临床决策。这在明显的高度狭窄和低程度疾病中是可能的。多普勒超声的优点是最好地描述血管狭窄的血流动力学后果。结合其他成像方式,这可能会产生重要的附加信息。
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