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Invited Commentary: Bias Attenuation and Identification of Causal Effects With Multiple Negative Controls

机译:邀请评论:偏见衰减和鉴定多重阴性控制的因果效应

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摘要

In this commentary, we describe several extensions to the interesting and important negative control exposure approach for partial confounding adjustment in time-series analysis proposed by Flanders et al. (Am J Epidemiol. 2017; 185(10): 941-949). Specifically, by leveraging the availability of exposure time series, we show that under certain additional fairly reasonable assumptions, one can incorporate both past and future exposures as multiple negative control exposures to further attenuate confounding bias. We further describe 2 specific settings in which multiple controls can be used to fully account for confounding bias; the first assumes a forward-in-time version of the familiar autoregressive model for the exposure time series, while the second combines a negative control exposure with a negative control outcome for joint indirect adjustment of confounding. We briefly illustrate how one might apply our proposed framework in time-series studies. Both the original method of Flanders et al. and our proposed extensions are particularly well-suited for time-series data such as the air pollution study considered in their paper, and as such should be considered in routine environmental health studies.
机译:在这方面,我们描述了对佛兰德斯等人提出的时间序列分析中部分混杂调整的有趣和重要的负控制曝光方法的几个延伸。 (am j流行病。2017; 185(10):941-949)。具体而言,通过利用曝光时间序列的可用性,我们表明,在某些额外的相当合理的假设下,可以将过去和未来的暴露融入多个负控制暴露,以进一步衰减混淆偏差。我们进一步描述了2个具体设置,其中多种控件可用于完全解释混淆偏差;第一个假设曝光时间序列的熟悉自回归模型的前进时间版本,而第二个相结合了负控制暴露,对于关节间接调整混淆的负控制结果。我们简要说明了如何在时间序列研究中应用我们提出的框架。 Flanders等人的原始方法都是。我们所提出的扩展特别适用于时间序列数据,例如其论文所考虑的空气污染研究,因此应该在常规环境健康研究中考虑。

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