Department of Nephrology, Dialysis and Transplantation, San Bortolo Hospital, Vicenza, Italy.
IRRIV, International Renal Research Institute Vicenza, Vicenza, Italy.
Blood Purif. 2018;45(1-3):260-269. doi: 10.1159/000485590. Epub 2018 Jan 26.
Ultrasound and colorDoppler technique, which is relatively inexpensive, rapid, non-invasive and repeatable is a powerful tool used for early diagnosis of vascular access (VA) complications in hemodialysis patients. To date a standard and widely comprehensible echocolorDoppler (ECD) protocol is not available.
A simple step-by-step protocol based on anatomical and hemodynamic parameters of VA has been developed during a 3-years VA ECD follow-up. It consists of an ECD study scheme. The algorithm created involves the calculation of brachial artery flow, description of artero-venous and/or graft-vascular anastomosis and efferent vessel and/or graft.
The algorithm allows to formulate a medical report that takes into account both anatomic and hemodynamic parameters of the VA. Reduction of complications and the prevention of chronic complications as well as the early detection of acute problems were achieved.
The creation of a step-by-step protocol may simplify the multidisciplinary management of VA, its monitoring and the early diagnosis of its complications.
超声和彩色多谱勒技术相对廉价、快速、非侵入性和可重复性强,是用于早期诊断血液透析患者血管通路(VA)并发症的有力工具。迄今为止,尚无标准且广泛易懂的彩色多谱勒(ECD)协议。
在 3 年的 VA ECD 随访期间,我们制定了一个基于 VA 的解剖和血流动力学参数的简单逐步方案。它由 ECD 研究方案组成。创建的算法涉及肱动脉流量的计算、动静脉和/或移植物血管吻合以及输出血管和/或移植物的描述。
该算法允许制定一份医学报告,其中考虑到 VA 的解剖和血流动力学参数。减少并发症和预防慢性并发症以及早期发现急性问题成为可能。
逐步方案的制定可能会简化 VA 的多学科管理、监测及其并发症的早期诊断。