Effect of the human energy field under the qigong state on the structure and function of red blood cells in rats with blood stasis

Qigong is newly recognized by people as a modern medical means to be used for prolonging life and enhancing the human immune function. Especially, it has a particular action for treating chronic, difficult and complicated cases. The action of drugs on organic microcirculation was reported before in medical literature, but the effect of the human energy field under the qigong state on the structure and function of the erythrocyte membrane has not been reported yet. Through the investigations of the human energy field phenomenon, lnyushin put forward an energy stroma model about the human energy field according to many books written by researchers. This stroma model constitutes the stroma structure which can make organisms exist. Some methods developed from this energy stroma model are now used in medical treatments. The experiments made by our office before have proved that the human energy field under the qigong state can improve blood rheological property of rats with blood stasis. Researching results show that the human energy field under the qigong state has the action of protection of red blood cell structure and function in animals with blood stasi, and that the content of red blood cells and peroxide lipid of liver tissue can be reduced, and sialic acid content of the erythrocyte membrane can be recovered. Thus, it follows that the human energy field under the qigong state can relieve or prevent organism cells from free radical damage, and that the human energy field released by qigong doctors can, to some extent, regulate disordered organism. But the protection of membrane protein structure damage is not good. We have used animal models with blood stasis to observe the change of symptom due to blood stasis, and then to observe the action of the human energy field under the qigong state on red blood cell membrane.and finally to research into the mechanism of the human energy field regulating organic metabolism.