Abstract

In contemporary western societies stress is highly prevalent, therefore the need for stress-reducing methods is great. This randomized controlled trial compared the efficacy of self-help physical activity (PA), mindfulness meditation (MM), and heart rate variability biofeedback (HRV-BF) in reducing stress and its related symptoms. We randomly allocated 126 participants to PA, MM, or HRV-BF upon enrollment, of whom 76 agreed to participate. The interventions consisted of psycho-education and an introduction to the specific intervention techniques and 5 weeks of daily exercises at home. The PA exercises consisted of a vigorous-intensity activity of free choice. The MM exercises consisted of guided mindfulness meditation. The HRV-BF exercises consisted of slow breathing with a heart rate variability biofeedback device. Participants received daily reminders for their exercises and were contacted weekly to monitor their progress. They completed questionnaires prior to, directly after, and 6 weeks after the intervention. Results indicated an overall beneficial effect consisting of reduced stress, anxiety and depressive symptoms, and improved psychological well-being and sleep quality. No significant between-intervention effect was found, suggesting that PA, MM, and HRV-BF are equally effective in reducing stress and its related symptoms. These self-help interventions provide easily accessible help for people with stress complaints.

Highlights

  • Psychological stress, persistent psychological stress, can negatively affect one’s health

  • The objective of this study was to compare the efficacy of self-directed physical activity (PA), mindfulness meditation (MM) and heart rate variability biofeedback (HRV-BF) on stress and its related symptoms

  • Since PA is a wellestablished intervention, this suggests that all interventions were beneficial and that PA, MM, and HRV-BF were all effective in reducing stress and its related symptoms

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Summary

Introduction

Psychological stress, persistent psychological stress, can negatively affect one’s health. Stress triggers physiological responses encompassing changes in the nervous and immune systems, such as an increased level of circulating inflammatory factors (Steptoe et al 2007). Endocrine and cardiovascular systems respond to stress with, for instance, elevated cortisol levels and increased heart rate and blood pressure (Schneiderman et al 2005). These physiological changes can result in health problems such as a (chronically) elevated blood pressure and a dysregulated immune system (Schneiderman et al 2005), memory problems (McEwen and Sapolsky 1995), and mental illnesses such as depression (Hammen 2004). In Europe, the European Agency for Safety and Health at Work reported that the average prevalence of work-related stress in 2005 in the 27 member

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