Lessons learned from big data (APRICOT, NECTARINE, PeDI)

IF 4.7 3区 医学 Q1 ANESTHESIOLOGY
Nicola Disma , Walid Habre , Francis Veyckemans
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引用次数: 0

Abstract

Big data in paediatric anaesthesia allows the evaluation of morbidity and mortality of anaesthesia in a large population, but also the identification of rare critical events and of their causes. This is a major step to focus education and design clinical guidelines. Moreover, they can help trying to determine normative data in a population with a wide range of ages and body weights. The example of blood pressure under anaesthesia will be detailed. Big data studies should encourage every department of anaesthesia to collect its own data and to benchmark its performance by comparison with published data. The data collection processes are also an opportunity to build collaborative research networks and help researchers to complete multicentric studies. Up to recently, big data studies were only performed in well developed countries. Fortunately, big data collections have started in some low and middle income countries and truly international studies are ongoing.

从大数据中汲取的经验教训(亚太地区数据中心、NECTARINE、PeDI)
儿科麻醉大数据不仅可以评估大量人群的麻醉发病率和死亡率,还可以识别罕见的危急事件及其原因。这是集中教育和设计临床指南的重要一步。此外,这些数据还有助于确定不同年龄和体重人群的标准数据。我们将以麻醉状态下的血压为例进行详细说明。大数据研究应鼓励每个麻醉部门收集自己的数据,并通过与已公布的数据进行比较来确定其绩效基准。数据收集过程也是建立合作研究网络的机会,有助于研究人员完成多中心研究。迄今为止,大数据研究只在发达的国家进行。幸运的是,一些中低收入国家已经开始收集大数据,真正的国际研究也正在进行中。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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