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pathogenic agents. The effect of the bio- electromagnetic radiation in this case is vitally dependent on the initial condition of the organism. If the functions of the macrophages are reduced severalfold against the norm, the bioelectromagnetic radiation can either normalise them or Testore them closer to the norm. If, on the other hand, the organism is initially func- tioning normally, the bioelectromagnetic radiation has practically no effect on the macrophages. 2. The dynamics of the T-lymphocyte changes demonstrated the regulatory and stimulating effect of the bioelectromagnetic radiation on the T-lymphocytes. 3. While the rejuvenation technique was being applied, the lymphocyte activity was adjusted, i.e., the activity of the immuno- competent cells was brought closer—or, in some cases, even restored—to the limits of the physiological norm. This makes it pos- z vss ei . 5 sible to employ bioelectromagnetic radiation as an instrument of 5. A complete description and evaluation of the T-suppressor immunity correction. dynamics requires a modification of the group selection method. 4. A study of T-helper dynamics shows the tendency of both The emphasis has to be shifted to a specific pathology of the high and low values to normalise. It may therefore be assumed immune system: . that the bioelectromagnetic field tends to activate the mechanisms * a pathological condition involving hyperactivated immuno- of the adaptation and self-regulation of the immune system for the competent cells (such as autoimmunity or allergy); maintenance of homeostasis * a pathological condition involving an inadequacy of the immune system (immunodeficiency); and * an immune status not involving any substantial changes. This approach to group selection will henceforward be adopted in examining other T-lymphocyte subpopulations, for example, T- helpers and B-lymphocytes. 6. The examined patients who had initial Class A immunoglob- ulin factors below normal demonstrated, in the course of treatment with bioelectromagnetic radiation, an improvement of these fac- tors. This points to protective and restorative processes in the organism, including the immune system. If.the immune system functions normally, there are practically no radiation effects. 7. As far as leukocyte dynamics are. concemed, no unambigu- ous conclusions can be drawn. This factor should be viewed in conjunction with the dynamics of the lymphocytes, T-lymphocytes and phagocytosis, and the initial status of the system. The immunological research is still at an early stage. New avenues and methods have yet to be explored, but it can already be said that the application of bioelectromagnetic radiation to the body in accordance with the method we have developed creates the conditions for the formation of protective, restorative and com- pensatory processes in the immune system which improve the patient's health and cause rejuvenation. " Dr Chiang Kanzhen About the Author: Dr Chiang Kanzhen was born in Changtu, Liaoning Province, China, in 1933, and graduated from the Chinese University of Medicine in 1959. Parallel with his medical studies, Dr Chiang researched cybernetics, quantum mechan- ics and radio engineering, aiding the formulation of his hypothesis that genetic, biological and psychic information is transmitted by biological EHF (biomicrowave) communica- tions. Continued on page 50 « NEXUS DECEMBER 1995 - JANUARY 1996