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MYSTICAL STATES OF CONSCIOUSNESS

William F. Kiely, Ernst Gellhorn

The Journal of Nervous and Mental Disease June 1, 1972 DOI: 10.1097/00005053-197206000-00002 via OpenAlex

Summary

AI-generated from the abstract

The autonomic nervous system's trophotropic (rest-and-digest) and ergotropic (fight-or-flight) systems interact to shape emotional states and levels of consciousness. Proprioceptive feedback to the brainstem and hypothalamus maintains ergotropic activity, and muscle relaxation therapies can reduce central nervous system arousal by modifying this system. Asian and Oriental meditation exercises and Yoga ecstasy have neurophysiological bases; EEG patterns during meditation show trophotropic dominance alongside full awareness, while continued alpha-blocking indicates some ergotropic influence on the cortex, correlating with heightened perceptual sensitivity. Clinical observations suggest meditation benefits formerly drug-dependent adolescents and may help with anxiety, phobia, and psychosomatic disorders.

Study at a glance

Characteristics Review Peer reviewed
Interventions meditation skeletal muscular relaxation
Citations 150
Key finding Meditation induces a state of trophotropic dominance with full awareness, while residual ergotropic influence on the cortex may underlie heightened perceptual sensitivity.

Abstract

The relationship of the trophotropic and ergotropic systems of autonomic-somatic integration and their relevance to a variety of emotional states and levels of consciousness is reviewed. The importance of proprioceptive afferent feedback to the reticular formation and hypothalamus for the maintenance of ergotropic responsivity is indicated together with the beneficial clinical effects of certain behavior therapies which employ skeletal muscular relaxation as a technique for modifying central nervous system arousal. The neurophysiological basis of Asian and Oriental meditation exercises is reviewed as well as the basis of Yoga ecstasy. EEG patterns in states of meditation indicate that conditions reflective of trophotropic dominance are compatible with full awareness. The failure of habituation of alpha-blocking by sensory input would appear to indicate that some ergotropic influence continues to be exerted upon the cerebral cortex in the meditation state and seems in some way to be a correlate of the heightened perceptual sensitivity reported by such subjects. Clinical observations suggest that certain formerly drug-dependent adolescents and young adults have achieved psychological benefit from systematic practice of meditation. Its potential for therapeutic benefit in certain states of anxiety, phobia, and psychosomatic disorder is suggested.

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