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Renal artery stenosis: should we study the main renal artery or segmental vessels?

机译:肾动脉狭窄:我们应该研究主要的肾动脉或节段性血管吗?

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PURPOSE: To compare the sonographic diagnosis of renal artery stenosis (RAS) with Doppler interrogation of the main renal artery versus Doppler ultrasonography of segmental vessels. MATERIALS AND METHODS: The main renal artery-to-aortic peak systolic velocity ratio (RAR) and early systolic acceleration in segmental arteries were obtained in 186 patients. Conventional arteriographic correlation was available for 42 kidneys in 21 patients. Paired receiver operating characteristic (ROC) analyses were performed to evaluate RAR and minimum, average, and maximum early systolic acceleration in these 42 kidneys. RESULTS: Minimum early systolic acceleration was a better test than RAR (P = .05). Minimum early systolic acceleration plus RAR resulted in improved sensitivity for detection of RAS, but this improvement was not significant (P = .16). CONCLUSION: Minimum early systolic acceleration is the ultrasonographic method of choice to screen for RAS. RAR may provide marginal improvement in sensitivity but is probably not warranted in most clinical situations.
机译:目的:比较超声造影对肾动脉狭窄(RAS)与主要肾动脉多普勒询问与节段性血管多普勒超声检查的比较。材料与方法:在186例患者中获得了主要的肾动脉与主动脉的最高收缩速度比(RAR)和节段动脉的早期收缩加速。传统的动脉造影相关性可用于21位患者的42个肾脏。进行配对接收器工作特征(ROC)分析以评估RAR以及这42个肾脏的最小,平均和最大早期收缩加速。结果:最小的早期收缩加速比RAR更好(P = .05)。最小的早期收缩期加速加RAR可以提高RAS检测的敏感性,但这种改善并不显着(P = .16)。结论:最小的早期收缩期加速是筛查RAS的首选超声检查方法。 RAR可能会稍微提高敏感性,但在大多数临床情况下可能并不能保证。

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