EFFECTS OF QIGONG ON CELL-FREE MYOSIN PHOSPHORYLATION: PRELIMINARY EXPERIMENTS

Abstract

This work examines the effect of Qigong from two experienced practitioners on in vitro cellfree myosin phosphorylation. This system has a demonstrated sensitivity to variations in static magnetic fields above and below ambient values. The results show that both Qigong practitioners were able to consistently yield results similar to those observed for variations in applied magnetic fields near the ambient level. Qigong treatment with the myosin reaction mixture in the ambient magnetic field reduced phosphorylation in each experiment by an average of approximately 15% (p < .05). For trials with the myosin samples in a magnetic shield, two of four (one for each practitioner) Qi treatments yielded significant reductions in phosphorylation (average approximately 10%, p < .05). These effects were somewhat lower and not as consistent as those obtained under ambient field conditions. The results obtained in this study demonstrate that Qigong practice can consistently affect a biologically relevant enzyme system. requiring no physical contact between the practitioner and the sample. The mechanisms of the Qigong effects observed in this study are as yet unclear.