通过阶梯式楔形试验提高加拿大四个省缺血性卒中治疗的可及性和效率:方法学

N. Kamal, Shadi Aljendi, Alix J. E. Carter, E. Cora, Tania Chandler, F. Clift, P. Fok, J. Goldstein, G. Gubitz, Michael D. Hill, B. Menon, Brian Metcalfe, K. Mrklas, S. Phillips, S. Theriault, E. van der Linde, D. Volders, H. Williams
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引用次数: 0

摘要

缺血性中风可以通过溶栓和/或血管内治疗来治疗。这两种治疗都是高度依赖时间的,因为更快的治疗会带来更好的结果。这两种治疗方法的使用率都不是最佳的,治疗时间继续超过推荐的基准。一项改进措施在加拿大大西洋地区展开,包括四个省:新斯科舍省(NS)、新不伦瑞克省(NB)、爱德华王子岛省(PEI)以及纽芬兰和拉布拉多省(NL)。干预是通过ACTEAST(加拿大大西洋共同加强急性卒中治疗)项目进行的,该项目旨在提高急性缺血性卒中患者的治疗可及性和效率。改善干预是一个为期6个月的虚拟改善协作,包括每个中风中心组建一个跨学科团队,2个全天的学习会议,5到6个1小时的网络研讨会,以及每个团队的现场访问。改进协作干预措施采用了楔形试验设计,干预措施分3个阶段实施。改进协作最初由NS进行,随后由NB和PEI进行,最后阶段由NL进行。所有34家医院的参与者人数分别为98人、86人和72人,分别为NS、NB-PEI和NL。参加学习会议的人数从43人到81人不等。NS、NB-PEI和NL组参加网络研讨会的平均人数分别为29.0 (SD 6.8)、26.0 (SD 6.3)和19.0 (SD 8.5)。(预期)结果我们预计另外3-5%的缺血性脑卒中患者将接受溶栓、EVT或两者兼而有之。此外,我们预计整个地区从门到针的时间将减少10-15分钟。这将转化为缺血性中风患者比例的增加,将从急性护理出院回家。当采用楔形试验设计实施改进协作干预时,高水平的参与是可能的。在NS集群中观察到的参与度最高,这可能是因为该省拥有最成熟的省级中风系统。作为改善的关键方面,医生的参与度很高。COVID-19限制可能导致现场参观人数减少。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Improving access and efficiency of ischemic stroke treatment across four Canadian provinces using a stepped wedge trial: Methodology
Introduction Ischemic stroke is treatable with thrombolysis and/or endovascular treatment. Both treatments are highly time dependent, as faster treatment results in better outcomes. Utilization of both of these treatments is less than optimal, and treatment times continue to exceed the recommended benchmarks. An improvement intervention was launched across Atlantic Canada, which has four provinces: Nova Scotia (NS), New Brunswick (NB), Prince Edward Island (PEI), and Newfoundland and Labrador (NL). The intervention was conducted through the ACTEAST (Atlantic Canada Together Enhancing Acute Stroke Treatment) Project, which aimed to improve access and efficiency of treatment for acute ischemic stroke patients. Intervention and methods The improvement intervention was a 6-month virtual Improvement Collaborative that consisted of each stroke center assembling an interdisciplinary team, 2 full-day Learning Sessions, five to six 1-h webinars, and a site visit for each team. The Improvement Collaborative intervention was implemented using a stepped-wedge trial design, where the intervention was delivered in 3 phases. The Improvement Collaborative was initially conducted with NS, followed by NB and PEI, and the final phase was with NL. The number of participants enrolled across all 34 hospitals were 98, 86, and 72 for NS, NB-PEI, and NL, respectively. The attendance at the Learning Sessions ranged from 43 to 81 across all 3 clusters. The attendance at webinars had a mean of 29.0 (SD 6.8), 26.0 (SD 6.3), and 19.0 (SD 8.5) for the NS, NB-PEI, and NL clusters respectively. (Anticipated) Results We anticipate that an additional 3–5% of ischemic stroke patients will receive thrombolysis, EVT, or both. Additionally, we anticipate a reduction of 10–15 min in door-to-needle times across the region. This will translate to an increase in the proportion of ischemic stroke patients that will be discharged home from acute care. Discussion High level of engagement is possible in an Improvement Collaborative Intervention when implemented using a stepped-wedge trial design. The highest level of engagement was observed in the NS cluster, which maybe because this province has the most established provincial stroke system. Physician engagement, a critical aspect of improvement, was high. COVID-19 restrictions likely led to lower attendance at site visits.
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