School of Education and Human Development, University of Virginia, Analia Marzoratti, PO Box 800784, Charlottesville, VA, 22904, USA.
Cogn Affect Behav Neurosci. 2022 Dec;22(6):1215-1230. doi: 10.3758/s13415-022-01011-1. Epub 2022 May 12.
When individuals share interpersonal connections, such as the bond between a mother and child or between a therapist and their client, they often exhibit measurable coordination of some physiological response patterns during their interactions known as interpersonal physiological synchrony (IPS Butler, 2011; Palumbo et al., 2016; Tscacher & Meier, 2019). However, as there is no single definition of IPS in the literature, researchers across fields have not established a standardized method for its study. This paper outlines methodological considerations that researchers should take into account when designing studies of IPS. Due to the inherent temporal component of synchrony analyses, we direct particular focus to the issue of measurement timing. Synchrony is described across multiple physiological processes, including electrodermal skin activation, cardiac function, respiration, and neural oscillatory activity, and we make specific recommendations for each. Across physiological measures and analytic strategies, we recommend that when determining an experimental timeframe in which to isolate periods of dyadic IPS, researchers should account for the timing of both the biological systems of interest and the psychological processes theorized to underlie their activity in that particular context. In adopting this strategy, researchers can ensure that they capture all of the fluctuations associated with a psychological process of interest and can add to the growing body of literature examining physiological correlates of interpersonal bonds.
当个体共享人际联系时,例如母亲和孩子之间或治疗师和他们的客户之间的联系,他们在互动过程中通常会表现出一些生理反应模式的可测量协调,称为人际生理同步(IPS)。Butler(2011);Palumbo 等人(2016);Tscacher 和 Meier(2019)。然而,由于文献中没有 IPS 的单一定义,不同领域的研究人员尚未为其研究建立标准化方法。本文概述了研究人员在设计 IPS 研究时应考虑的方法学考虑因素。由于同步分析具有内在的时间成分,我们特别关注测量时间的问题。同步描述了多个生理过程,包括皮肤电活动、心脏功能、呼吸和神经振荡活动,我们针对每个过程提出了具体建议。在生理测量和分析策略方面,我们建议研究人员在确定用于分离对偶 IPS 时期的实验时间框架时,应考虑感兴趣的生物系统以及理论上构成其在特定背景下活动的心理过程的时间。通过采用这种策略,研究人员可以确保他们捕获与感兴趣的心理过程相关的所有波动,并为研究人际联系的生理相关性的不断增长的文献做出贡献。