Recovery from the reduced muscle circulation by external qigong

Author: Omura Y
Affiliation:
President, Showa University; Showa University, 1-5-8 Hatanodai, Shinagawa-ku, Tokyo, JAPAN
Conference/Journal: 3rd International Symposium on the Bi-Digital O-Ring Test
Date published: 1997
Other: Word Count: 312


Prof. Y. Omura reported that putting a paper containing plus Qi Gong on surface of the skin above diseased area recovered the reduced circulation in such diseased area. Hence, this treatment is effective to cure the state under diseased area by facilitation of penetrating into the diseased area, which was identified by ORT of this drug.

There are several questions in this phenomenon. First of all, what is a Qi -containing paper?

If Qi Gong is able to change the property of the paper, some fundamental intrinsic change might occur in this paper by human Qi Gong. Next, there are several tissues under Qi-containing paper, such as the skin, muscle and internal organ. It is unknown which tissue is the most effective one responding to Qi Gong among of these tissues. In general, circulation in the skin and organ should be increased by reduction of the sympathetic nervous tone, or by reduction of formation and secretion of the neurotransmitter, noradrenalin, in the sympathetic nerve endings. In the striatecl muscle, we found that the reduced circulation was recovered by activation of cholinergic nerve fiber in the sympathetic nerve trunk innervated to the muscle blood vessels due to inhibition of cholinesterase since this effect was abolished by atropine, and was similarly induced by static magnetic field which is known to inhibit cholinesterase.

Static magnetic field inhibits N-acethylserotonin-transferase (NAT) in the pineal gland as observed in the electrical activity of the pineal gland and EEG, which are similarly inhibited by Qi Gong. Hence, Qi might also inhibit NAT.

However it has not been examined yet that Qi inhibits the enzyme associated with formation and secretion of noradrenalin from the sympathetic nerve terminal in the skin and organ. If Qi-containing paper has no effect on such enzymes, facilitation of local circulation due to Qi-paper should be attributed to recovery of the muscle circulation underneath Qi paper.

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