Bi-Digital O-Ring Test in the Substantiation of the Millimetre-Wave Bioresonance Therapy

Abstract

Scientific evidences concerning a key role of intrinsic electromagnetic fields in a number of essential functions have accumulated. They include embryonic morphogenesis, wound healing, bone remodeling under the mechanical stress, some aspects of immune and hormonal responses, information transmission in the nervous system. These processes may be influenced significantly by external sources of electromagnetic radiation even at the very low- intensity level. The pronounced sensitivity of the body to the extremely low frequency range (0.1 - 1,000 Hz) and the microwave range (100 MHz-100 GHz) attracts an attention because of, on the one hand, possible health hazard for different personals exposed to those fields in the course of their occupations, on the one hand, possible health hazard for different personnels exposed to those fields in the course of their occupations, on the other hand, the challenge to the latest theories on interaction between electromagnetic radiation and living tissue. The weak fields have been observed to produce chemical, physiological and behavioral changes only within windows in frequency and intensity based on non-linear wave phenomena. According to the recognized soliton theory for interactions between protein molecules in living tissue and electromagnetic fields, there exists an opportunity to predict resonances in submillimetre wave bands.

Possibility of such an influence on metabolic processes stimulated the development of a new method of treatment with the aid of electromagnetic generators in the millimetre wavelength range, corresponding to 30 - 300 GHz frequencies. Experience of clinical application of the millimetre-wave bioresonance therapy showed its efficiency for the regulation treatment and improvement of the body resistance.

Since in the Soviet Union the most strict standard of 0.01 mW/cm¹ for maximum safe microwave exposure to avoid undesirable influence on brain activity was established (for comparison in the U.S.A, the microwave safety standard of 10 mW/cm¹ for 15 GHz - 300 GHz to avoid cataracts due to the thermal effects), the device for the millimetre-wave bioresonance therapy worked at the extremely low intensity level orders of magnitude far less than 0.001 mW/cm¹. As regards, power of the electromagnetic radiation is of no particular significance from the information point of view. However in our supposition, it should be considered more correctly as an existence of certain energy threshold for the information electromagnetic action during the millimetre-wave bioresonance therapy.

Using the Bi-Digital O-Ring Test (originally developed by Prof.Omura, Y., New York), estimation of energy thresholds for bioresonant state was performed objectively in 14 patients with verified gastric ulcers in the course of the millimetre-wave bioresonance therapy. The standard electromagnetic generators in the millimetre wavelength range (25 - 80 GHz) and 10 mW output were applied. With the aid of the special attenuator ST-36 acupoint was stimulated from the distance 5 mm at the different power densities (10² - 10¹⁰ mW/cm¹) after determination of the individual bioresonant frequency.

According to the data obtained, energy threshold varied from 10⁴ to 10⁸ mW/cm¹ for different individuals and different days of investigation for the same patient. The slight displacement (25 mm) of electromagnetic stimulation from ST-36 acupoint facilitated a sharp rise of the thresholds for each patient.

At the power density level of 0.001 - 0.01 mW/cm¹ individually, induction of circulatory disturbances with increase in Thromboxane B2and decrease in Acetylcholine as well as appearance of precancer substances Oncogene C-fos Ab2 and Integrin α ₅ β ₁ were revealed.

Analysis of the results showed an existence of the individual energy thresholds of bioresonant state which can fluctuate considerably. Its magnitude under circumstances of the synchronizing information signal may depend on the specific molecular mechanisms of interaction between an external field and cellular oscillators, the modulation and time parameters of electromagnetic fields, the noise level in the biological system as well as difference in frequencies between the synchronizing and synchronized oscillators. Energy thresholds tend to diminish in case of the favorable combination for these factors. Also energy thresholds are influenced by the space parameters of electromagnetic stimulation that is now understood as precise coordinates of acupuncture system. Application of the Bi-Digital O-Ring Test provides the necessary individualization of regimes and parameters for the millimeter-wave bioresonance therapy with objective evaluation of its effects which is important for the further development of this non-orthodox treatment.