Illuminated Physiology and Medical Uses of Light
ABSTRACT The purpose of this paper is to bring a broader understanding to the physiology of light metabolism in the human body and to present novel techniques of utilizing light diagnostically and therapeutically. Much work has been done to use light to achieve altered states of consciousness, and there is much research documenting the presence and activities of light within the body. However, this paper seeks to promote the utilization of light as a primary treatment. A brief explanation of the author's novel diagnostic technique, BioResonance Scanning™, and novel treatment technique called NeuroPhotonic TherapyTM is detailed with clinical gems and case review
Energy Medicine: The Scientific Basis
Foreword. Preface. Introduction. 1. Historical background. 2. Measuring the fields of life. 3. The 'circuitry' of the body. 4. The living matrix: five views. 5. Acupuncture and related therapies. 6. Polarity, therapeutic touch, magnet therapy and related methods. 7. Silent pulses. 8. Therapeutic entrainment. 9. Vibrational medicines. 10. Homeopathy and related vibrational medicines. 11. Gravity, structure, emotions. 12. Structural integration (Rolfing), osteopathic, chiropractic, Feldenkrais, Alexander, myofascial release and related methods. 13. The electromagnetic environment. 14. The electromagnetic environment: biological effects. 15. Conclusions: is energy medicine the medicine of the future? 16. Energy circles. Afterword. Appendices. Index
Stress-induced photon emission from perturbed organisms
This paper reviews an ultraweak luminescent response of selected biological systems (lower and higher plants, insects and spermatozoa) to certain kinds of detrimental mechanical, temperature, chemical and photochemical stress and to lethal factors. The enhancing effect of white light and formaldehyde on the ultraweak luminescence of yeast and spermatozoa cells is described for the first time. An increase in the percentage of long wavelengths (λ>600 nm) with an increase in reaction time, and a significant influence of the suspending medium on the ultraweak luminescence, were observed. The vitality and motility of bull spermatozoa and the vitality of yeast cells were drastically decreased by treatment with white light, water, formaldehyde and iron-ions. Successive irradiation of intact bull spermatozoa cells with white light caused an increase in the intensity of delayed luminescence. An attempt has been undertaken to find stochastic models of non-stationary photon emission. The quasi-relaxation descending stage of non-stationary processes can be modeled as the Integrated Moving Average process IMA (0,1,1), and memory and transfer functions can describe the degree of perturbation in the yeastSaccharomyces cerevisiae. The relation of the ultraweak luminescence response to perturbations of homeostasis is discussed in the framework of biochemical and physical models.