Transcendental meditation: a double-edged sword in epilepsy?
Ephraim Philip Lansky, Erik K St Louis
Epilepsy & behavior : E&B November 1, 2006 DOI: 10.1016/j.yebeh.2006.04.019 (opens in new tab) via PubMed
Summary
AI-generated from the abstractTranscendental Meditation (TM), derived from ancient yogic teachings, has been associated with EEG changes including increased alpha, theta, and gamma frequencies and enhanced coherence and synchrony. Because neuronal hypersynchrony is a hallmark of epilepsy, and both epileptic seizures and meditative states can involve subjective psychic symptoms, apnea, and myoclonic jerking, clinical vignettes suggest a potential risk of kindling from repetitive TM practice. Conversely, studies of similar techniques indicate meditation may also serve as an antiepileptic therapy. Future video/EEG monitoring and prospective trials in epilepsy patients are needed to clarify safety and efficacy for seizure reduction and quality of life.
Study at a glance
| Characteristics | Review Peer reviewed |
|---|---|
| Key finding | Transcendental Meditation may pose a risk of epileptic kindling due to neuronal hypersynchrony, but similar techniques suggest potential antiepileptic benefits, warranting further clinical study. |
Abstract
Transcendental Meditation (TM) is derived from ancient yogic teachings. Both short- and long-term physiological correlates of TM practice have been studied. EEG effects include increased alpha, theta, and gamma frequencies and increased coherence and synchrony. Neuronal hypersynchrony is also a cardinal feature of epilepsy, and subjective psychic symptoms, apnea, and myoclonic jerking are characteristic of both epileptic seizures and meditative states. Clinical vignettes have highlighted the potential risk of human kindling from repetitive meditation in persons practicing TM, but clinical studies of similar techniques suggest that meditation may also be a potential antiepileptic therapy. Future clinical studies of meditating subjects using video/EEG monitoring are warranted to determine whether behavioral phenomena have an underlying epileptic basis, and prospective clinical trials of TM in subjects with well-delineated epilepsy syndromes are necessary to establish the safety of this technique and its potential efficacy for seizure reduction and improvement of quality of life.