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Background and Aim: The present study was designed to evaluate the brain electrical activity among Long-term meditators (LTMs) and Short-term meditators (STMs) using Electroencephalography (EEG). Methods: This prospective study involved 40 mins of EEG recordings, carried out twice i.e. at Day 0 (Baseline) and at Day 10 (During meditation) in thirty-four (34) participants. Twelve (12) apparently healthy male, right-handed, practicing preksha meditation (Since >5 years, at least 5 days a week) were recruited as long-term meditators; Twelve (12) subjects who attended the 10-days short-term yoga-based lifestyle intervention program were recruited as short-term meditators; Ten (10) male healthy controls, who did not participate in any dietary/yoga intervention were recruited among the staff members. The EEG waves were analyzed at Day 0 and at Day 10 using Wilcoxon Signed Rank test and Repeated measured ANOVA respectively. One-way ANOVA was used for the baseline EEG waves activity comparison among LTMs vs. STMs vs. Controls. The response to photic stimulation was also assessed during meditation. Results: Significant different patterns of alpha and theta waves (p<0.05) activity was observed for LTM vs. STM during meditation vs. baseline. Also, significant different baseline EEG waves (p<0.05) were observed among LTM vs. STM vs. Controls. Conclusion: Findings may be useful in defining the basic EEG features to differentiate meditators based on the duration of practice of meditation and depth of meditation.

Comparative Analysis of Depth of Meditation Between Long-Term and Short Term Meditators using Electroencephalography