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Mindful breath awareness meditation facilitates efficiency gains in brain networks: A steady-state visually evoked potentials study

Benjamin Schöne, T. Gruber, Sebastian Graetz, Martin Bernhof, Manish Kumar Dwivedi

Scientific Reports September 12, 2018 DOI: 10.1038/s41598-018-32046-5 (opens in new tab) via Semantic Scholar

Summary

AI-generated from the abstract

Practicing mindful breath awareness meditation for eight weeks improved performance on a multiple object tracking task that measures sustained selective visual attention and spatial working memory. Electroencephalography recordings showed reduced steady-state visually evoked potential amplitudes in the meditation group, indicating more efficient use of attentional resources. No such changes occurred in the progressive muscle relaxation control group. Neither group reported changes in positive affect or mindfulness, though the meditation group showed a marginal increase in negative affect. The findings suggest that mindfulness meditation may refine attention networks.

Study at a glance

Characteristics Randomized controlled trial Peer reviewed
Sample size 34
Population Participants
Interventions Mindful breath awareness meditation Progressive muscle relaxation
Duration 8-week intervention
Keywords Medicine Psychology
Key finding Mindful breath awareness meditation improved multiple object tracking performance and reduced SSVEP amplitudes, suggesting more efficient attentional resource use.

Abstract

The beneficial effects of mindfulness-based therapeutic interventions have stimulated a rapidly growing body of scientific research into underlying psychological processes. Resulting evidence indicates that engaging with mindfulness meditation is associated with increased performance on a range of cognitive tasks. However, the mechanisms promoting these improvements require further investigation. We studied changes in behavioural performance of 34 participants during a multiple object tracking (MOT) task that taps core cognitive processes, namely sustained selective visual attention and spatial working memory. Concurrently, we recorded the steady-state visually evoked potential (SSVEP), an EEG signal elicited by the continuously flickering moving objects, and indicator of attentional engagement. Participants were tested before and after practicing eight weeks of mindful breath awareness meditation or progressive muscle relaxation as active control condition. The meditation group improved their MOT-performance and exhibited a reduction of SSVEP amplitudes, whereas no such changes were observed in the relaxation group. Neither group changed in self-reported positive affect and mindfulness, while a marginal increase in negative affect was observed in the mindfulness group. This novel way of combining MOT and SSVEP provides the important insight that mindful breath awareness meditation may lead to refinements of attention networks, enabling more efficient use of attentional resources.

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