Key result
An animated deep-breathing video significantly increased respiratory sinus arrhythmia and decreased heart rate in children compared to an informational video.
Why the study?
Does a deep breathing animated video reduce physiological arousal in children?
RCT
Does a deep breathing animated video reduce physiological arousal in children?
A brief animated video guiding deep breathing effectively reduces physiological arousal (increasing RSA and decreasing HR) in children in everyday settings.
Supports integration of animated deep-breathing videos into pediatric self-regulation; extends RCT evidence for RSA-mediated HR reduction.
= 7.48 years; 46% female; 53% Asian, 26% White; 21% other race/ethnicity). The treatment consisted of an animated video that introduced deep breathing as a self-regulation strategy and scaffolded the child in taking a few slow-paced breaths, while the control group watched an informational video featuring similar animated images. Respiratory sinus arrhythmia (RSA) and heart rate (HR) were measured while children were sitting still (baseline) and subsequently while watching 1-min videos. Relative to baseline arousal, RSA increased and HR decreased only in response to the deep-breathing treatment video. Effects were larger in the second 30-s epoch of the video, which included most of the deep breathing practice. RSA fully mediated the intervention's effects on HR. By analyzing all children exposed to intervention video regardless of their engagement in the deep breathing practice (intention-to-treat design) and by using easily scalable treatment videos, the study identifies an effective and pragmatic approach to reducing children's physiological arousal in everyday, group settings. Implications for advancing applied developmental psychophysiological research are discussed.
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Obradović et al. (2021) conducted an RCT in Physiological arousal. Animated video introducing deep breathing vs. Informational video featuring similar animated images was evaluated on Respiratory sinus arrhythmia (RSA) and heart rate (HR). An animated deep-breathing video significantly increased respiratory sinus arrhythmia and decreased heart rate in children compared to an informational video.
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