Benali Faysal, van der Leij Christiaan, Staals Julie, van Zwam Wim H
Department of Radiology & Nuclear Medicine, Maastricht University Medical Center (MUMC+), Maastricht, the Netherlands.
Department of Neurology, Maastricht University Medical Center (MUMC+), Maastricht, the Netherlands.
CVIR Endovasc. 2021 Oct 22;4(1):76. doi: 10.1186/s42155-021-00264-0.
Information about optimal use of heparin in flush fluids during endovascular thrombectomy (EVT) for acute ischemic stroke (AIS) is lacking. Variables that determine total heparin dose entering the patient by flush fluids are mostly unknown. We aim to provide insight in these unknown but highly relevant variables.
We performed a survey including all Dutch interventionists performing EVT (n = 79) collecting data on used concentration of heparin in infusion bags, number of infusion bags connected, timing of connecting the flush line and the dripping rate (ml/sec). We calculated potential heparin dose entering the patient per hour through flush fluids (IU/h). Twenty-eight interventionists (35%) representing 17 Dutch stroke centers completed the survey. Eight interventionists responded not to add any heparin to flush fluids (18%). The highest amount of heparin entering the patients was 13,500 IU/h, reported by 2 interventionists from the same center (4%).
We provide insight in the use of heparinized flush during EVT in the Netherlands. Total amounts of heparin administered via flush fluids may go up to 13,500 IU/h. With this paper we intend to set a starting for future research and development of guidelines on the use of heparinized flush fluids during EVT for AIS.
急性缺血性卒中(AIS)血管内血栓切除术(EVT)期间冲洗液中肝素的最佳使用信息尚缺。决定通过冲洗液进入患者体内肝素总量的变量大多未知。我们旨在深入了解这些未知但高度相关的变量。
我们开展了一项调查,涵盖所有进行EVT的荷兰介入医生(n = 79),收集关于输液袋中肝素使用浓度、连接的输液袋数量、冲洗管连接时间及滴注速率(毫升/秒)的数据。我们计算了每小时通过冲洗液进入患者体内的潜在肝素剂量(国际单位/小时)。代表17个荷兰卒中中心的28名介入医生(35%)完成了调查。8名介入医生回复称未在冲洗液中添加任何肝素(18%)。同一中心的2名介入医生报告的进入患者体内的肝素最高量为13,500国际单位/小时(4%)。
我们深入了解了荷兰EVT期间肝素化冲洗液的使用情况。通过冲洗液给予的肝素总量可能高达13,500国际单位/小时。本文旨在为未来AIS的EVT期间肝素化冲洗液使用指南的研发奠定基础。