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Robust inference for causal mediation analysis of recurrent event data
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Robust inference for causal mediation analysis of recurrent event data

Yan-Lin Chen, Yan-Hong Chen, Pei-Fang Su, Huang-Tz OuAn-Shun Tai
Statistics in Medicine, 卷.43(16), 頁碼.3020-3035
07/2024
PMID: 38772875

摘要

causal inference inverse probability weighting mediation analysis recurrent events robust inference triply robust estimation Epidemiology Statistics and Probability
Recurrent events, including cardiovascular events, are commonly observed in biomedical studies. Understanding the effects of various treatments on recurrent events and investigating the underlying mediation mechanisms by which treatments may reduce the frequency of recurrent events are crucial tasks for researchers. Although causal inference methods for recurrent event data have been proposed, they cannot be used to assess mediation. This study proposed a novel methodology of causal mediation analysis that accommodates recurrent outcomes of interest in a given individual. A formal definition of causal estimands (direct and indirect effects) within a counterfactual framework is given, and empirical expressions for these effects are identified. To estimate these effects, a semiparametric estimator with triple robustness against model misspecification was developed. The proposed methodology was demonstrated in a real-world application. The method was applied to measure the effects of two diabetes drugs on the recurrence of cardiovascular disease and to examine the mediating role of kidney function in this process.

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https://doi.org/10.1002/sim.10118檢視
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