Physiological Changes Associated with Neiyang Qigong
Resource
JOURNAL OF HEALTH SCIENCE v.49 n.4 pp.278-284
Journal
Journal of Health Sciences
Journal Volume
v.49
Journal Issue
n.4
Pages
278-284
Date Issued
2003
Date
2003
Author(s)
Abstract
Qigong is a method adopted by many people for their health maintenance and therapy at present. But up to this day, there is still no detailed conclusion as to the physiological state of Qigong or how to define it. This study tries to explore and provide a definition for Qigong state. The subject applied Neiyang Gong to enter Qigong state. We used a multifunctional physiological recorder to record the difference of various physiological parameters before and after entering Qigong state. The results showed that when the subject entered Qigong, the alpha brain wave at the left forehead of the cerebrum was concentrated. Temperature of the left palm rose extensively. There were large fluctuations in the electromyogram (EMG) base line of the left hand dorsum. Finger pulse amplitude (FPA) pulse appeared very frequent and the amplitude increased. Skin conductance level (SCL), increased evidently. These physiological parameter variations showed that the subject is under a certain emotional state. Also, exploration of the three characteristics of Qigong showed that Qigong should be a kind of emotional state: we can see that there were several kinds of reactionary methods in the behavioral reactions of Qigong, some people can enter Qigong state in an instant, and after having learnt certain methods and having entered Qigong state, it becomes easier to enter Qigong emotional state continuingly. By understanding the mechanical system of Qigong, we are able to develop a Qigong method that is more effective to physical health maintenance.
Subjects
Qigong
emotion
electroencephalogram
electromyorgram
skin conductance level
SDGs
Other Subjects
adult; alpha rhythm; article; behavior; brain; controlled study; electroencephalogram; emotionality; female; forehead; hand palm; health; health care; human; male; normal human; physiology; pulse rate; skin conductance; temperature measurement