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疫苗接种后个体不良事件因果关系评估算法。

Algorithm to assess causality after individual adverse events following immunizations.

机构信息

Institute for Vaccine Safety, Johns Hopkins Bloomberg School of Public Health, Baltimore, MD, United States.

出版信息

Vaccine. 2012 Aug 24;30(39):5791-8. doi: 10.1016/j.vaccine.2012.04.005. Epub 2012 Apr 14.

Abstract

Assessing individual reports of adverse events following immunizations (AEFI) can be challenging. Most published reviews are based on expert opinions, but the methods and logic used to arrive at these opinions are neither well described nor understood by many health care providers and scientists. We developed a standardized algorithm to assist in collecting and interpreting data, and to help assess causality after individual AEFI. Key questions that should be asked during the assessment of AEFI include: Is the diagnosis of the AEFI correct? Does clinical or laboratory evidence exist that supports possible causes for the AEFI other than the vaccine in the affected individual? Is there a known causal association between the AEFI and the vaccine? Is there strong evidence against a causal association? Is there a specific laboratory test implicating the vaccine in the pathogenesis? An algorithm can assist with addressing these questions in a standardized, transparent manner which can be tracked and reassessed if additional information becomes available. Examples in this document illustrate the process of using the algorithm to determine causality. As new epidemiologic and clinical data become available, the algorithm and guidelines will need to be modified. Feedback from users of the algorithm will be invaluable in this process. We hope that this algorithm approach can assist with educational efforts to improve the collection of key information on AEFI and provide a platform for teaching about causality assessment.

摘要

评估疫苗接种后不良反应事件(AEFI)的个体报告可能具有挑战性。大多数已发表的综述基于专家意见,但许多医疗保健提供者和科学家并不了解用于得出这些意见的方法和逻辑。我们开发了一种标准化算法,以协助收集和解释数据,并帮助评估个体 AEFI 后的因果关系。在评估 AEFI 时应提出的关键问题包括:AEFI 的诊断是否正确?在受影响的个体中,除了疫苗外,是否存在支持 AEFI 其他可能原因的临床或实验室证据?AEFI 与疫苗之间是否存在已知的因果关系?是否有强有力的证据表明不存在因果关系?是否有特定的实验室检测表明疫苗在发病机制中起作用?算法可以帮助以标准化、透明的方式解决这些问题,并且如果有更多信息可用,还可以进行跟踪和重新评估。本文档中的示例说明了使用算法确定因果关系的过程。随着新的流行病学和临床数据的出现,算法和指南将需要进行修改。算法用户的反馈在这一过程中是非常宝贵的。我们希望这种算法方法可以帮助提高 AEFI 关键信息的收集,并为因果关系评估教学提供一个平台。

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