Key result
Thirty minutes of a passive simulated jogging device significantly increased time domain measures and Poincaré parameters of heart rate variability in both seated and supine postures.
Why the study?
Does a passive simulated jogging device improve short-term heart rate variability in ambulatory persons?
Does a passive simulated jogging device improve short-term heart rate variability in ambulatory persons?
A passive simulated jogging device significantly increases short-term heart rate variability, offering a potential effortless method to improve autonomic balance.
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Hypothesis-generating for passive jogging effects on autonomic function; does not support clinical adoption without randomized trials.
Adams et al. (2018) studied ambulatory persons (n=20). passive simulated jogging device (JD) vs. Sham was evaluated on Heart rate variability (HRV) time domain variables (SDNN, RMSSD) and frequency domain measures. Thirty minutes of a passive simulated jogging device significantly increased time domain measures and Poincaré parameters of heart rate variability in both seated and supine postures.
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