Publication
Biofeedback and Self-regulation
Volume 21, pp. 121-129
Abstract
The purpose of this study was to assess the central nervous system effects of the relaxation response (RR) in novice subjects using a controlled, within- subjects design and topographic EEG mapping as the dependent measure. Twenty subjects listened to a RR and control audiotape presented in a counterbalanced order while EEG was recorded from 14 scalp locations. The RR condition produced greater (p < .0164) reductions in frontal EEG beta activity relative to the control condition. No significant differences were observed for any other frequency band or scalp region. These findings suggest that elicitation of the RR produces significant reductions in cortical activation in anterior brain regions in novice subjects.
Web and Email Links
Related Listings
Journal
Scientific American
A very readable introduction to the scientific findings in neurology about primarily Buddhist forms of meditation.
Journal
American Journal of Public Health
A 12-week randomized experiment investigated the effects of daily relaxation breaks on office workers with “normal” blood pressure. Blood pressures of 126 volunteers from the corporate offices of a manufacturing firm were measured biweekly. After four weeks of baseline monitoring, volunteers were divided randomly into three groups: Group A was taught a technique for producing the relaxation response; Group B was “taught” to sit quietly; and Group C was taught nothing. Groups A and B w […]
Journal
Calmer
In light of World Sleep Day this month, this week’s guest post features Valerie Teh, Calmer’s Client Manager and Self-Care Practitioner, who shares her expertise on how to explore and embrace intelligent rest to enhance quality sleep and nurture your overall wellbeing.