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Googling Service Boundaries for Endovascular Clot Retrieval (ECR) Hub Hospitals in Metropolitan Sydney

机译:悉尼大都会的腔内血栓检索(ECR)中心医院的Google搜索服务边界

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>Background and Purpose: Endovascular clot retrieval (ECR) has revolutionized acute stroke therapy but is expensive to run and staff with accredited interventional neuroradiologists 24/7; consequently, it is only feasible for each metropolitan city to have a minimum number of hubs that is adequate to service the population. This method is applied to search the minimum number of hospitals to be designated as ECR hubs in Sydney as well as the population at risk of stroke reachable within 30 min.>Methods: Traveling time from the centroids of each suburbs to five ECR capable hubs [Royal Prince Alfred/RPA, Prince of Wales/POW, Royal North Shore/RNS, Liverpool/LH and Westmead/WH]. This step was performed using ggmap package in R to interface with Google Map application program interface (API). Next, we calculate the percentage of suburbs within each catchment in which traveling time to the ECR hub is <30 min. This step was performed for all possible combination of ECR hubs. The maps are available at . The population at risk of stroke was estimated using stroke incident studies in Melbourne and Adelaide.>Results: The best 3-hospital combinations are LPH/WH/RNS (82.3, 45.7, and 79.7% of suburbs reachable within 30 min or 187 of 226 suburbs) follow by RPA/LPH/RNS (100.0, 80.9, and 73.1% of suburbs) and LPH/POW/RNS (83.3, 90.7, and 76.6% of suburbs). The best 4-hospital model is LPH/WH/POW/RNS (84.2%, 91.1%, 90.7%, 77.8%). In the 5-hospital model, ECR is available for 191 suburbs within 30 min: LPH (83%), RPA (100%), WH (90.2%), RNS (72.7%), POW (88.9%). Based on 3-hospital model and 15% of patient eligible for ECR, the expected number of cases to be handled by each hospital is 465. This number drops down to 374 if a 4-hospital model is preferred.>Conclusions: The simulation studies supported a minimum of 4 ECR hubs servicing Sydney. This model provides data on number of suburbs and population at risk of stroke that can reach these hubs within 30 min.
机译:>背景和目的:血管内血凝块检索(ECR)彻底改变了急性中风疗法,但运行起来昂贵,并且由24/7的介入神经放射科医生授权;因此,对于每个大城市而言,只有最少数量的枢纽足以为居民服务是可行的。此方法用于搜索悉尼要指定为ECR枢纽的医院的最少数量,以及30分钟内可达到中风风险的人群。>方法:从每个郊区的质心出发的旅行时间到五个具有ECR功能的枢纽[皇家阿尔弗雷德王子/ RPA,威尔士亲王/ POW,皇家北岸/ RNS,利物浦/ LH和韦斯特米德/ WH]。此步骤是使用R中的ggmap软件包与Google Map应用程序界面(API)进行交互来执行的。接下来,我们计算每个流域内到达ECR枢纽的时间少于30分钟的郊区百分比。对所有可能的ECR集线器组合执行此步骤。这些地图可在上找到。使用墨尔本和阿德莱德的中风事件研究估算了有中风风险的人群。>结果:最好的三医院组合是LPH / WH / RNS(82.3、45.7和79.7%的郊区可到达) 30分钟,即226个郊区中的187个),其次是RPA / LPH / RNS(分别为100.0、80.9和73.1%的郊区)和LPH / POW / RNS(分别为83.3、90.7和76.6%的郊区)。最好的四医院模型是LPH / WH / POW / RNS(84.2%,91.1%,90.7%,77.8%)。在5院模式中,ECR在30分钟内可用于191个郊区:LPH(83%),RPA(100%),WH(90.2%),RNS(72.7%),POW(88.9%)。基于三医院模型和15%符合ECR资格的患者,每家医院要处理的预期病例数为465。如果首选四医院模型,则该数字降至374。>结论:< / strong>模拟研究至少为悉尼的4个ECR集线器提供了服务。该模型提供了可以在30分钟内到达这些中心的有中风风险的郊区数量和人口的数据。

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