Key result
KiCheon training is linked to distinct EEG and HRV responses across practitioner skill levels.
Why the study?
To explore neurophysiological responses according to skill level following a single 180-minute session of KiCheon training.
Does a single session of KiCheon training elicit different neurophysiological (EEG and HRV) responses depending on skill level?
Observational (n=35)
Does a single session of KiCheon training elicit different neurophysiological (EEG and HRV) responses depending on skill level?
KiCheon training induces different self-regulation-related neurophysiological responses (EEG and HRV) depending on the practitioner's skill level.
Skill level may shape neurophysiological responses to KiCheon; leaves open prospective effects on self-regulation and clinical utility.
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Lee et al. (2026) reported an observational. KiCheon training vs. Different skill levels (beginner, intermediate, advanced) was evaluated on Changes in EEG (theta/low-beta and SMR/theta ratios) and HRV (LF/HF and RMSSD). KiCheon training elicited significantly different EEG and HRV responses across skill levels, with beginners showing task-adaptation trends and advanced practitioners showing stable attention.
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