Abstract
In the early 1980’s, the author discovered that using the resonance phenomenon between a microscope slide of a tissue sample and the corresponding internal organ, one can map the outline of the internal organ due to the strong Bi-Digital O-Ring Test resonance phenomenon between 2 identical substances. In the mid 1980’s, the author discovered that a strong resonance phenomenon also takes place between a microscope slide of tissue and the organ representation area corresponding to that tissue. Using this new technique, the author was able to map accurate organ representation areas on different parts of the body. The first organ to be mapped was the tongue, where in addition to the top surface of the tongue, organ representation areas were also discovered on the underside of the tongue. Subsequently, the accurate organ representation areas on the Shu points on the back and Mu points on the front of the trunk, hands, feet, ears and face (including the eyes, nose, lips, etc.) were also mapped. Clinically, these organ representation areas have become very useful for diagnosis by visual inspection, as well as by the Bi-Digital ORing Test, when no obvious visual changes could be detected. When we compared our results with traditionally used representation areas, we found the following discrepancies or differences. The concept of the traditional Chinese tongue diagnostic method is correct, but the locations of the organ representation areas are very vague and inaccurate. Our tongue representation area has become a clinically useful tool that can be taught to and effectively used by beginners without any prior experience. In the tongue diagnosis and lip diagnosis of presently used Ayurvedic medicine, the location of the organ representation areas are very inaccurate. Most of the locations of the traditional Chinese organ representation areas on the back Shu points were considerably shifted from the correct organ representation areas, while such a concept is valid. Almost half of the presently used foot reflexology organ representation areas were incorrect. Using the accurate organ representation areas mapped with the Bi Digital O-Ring Test Resonance Phenomana, one can treat intractable medical problems very efficiently by the use of the Selective Drug Uptake Enhancement Method (discovered by the author in early 1990), by which stimulation of the accurate organ representation area with various methods (acupuncture, Shiatsu, electrical field, low pulse repetition rate electrical stimulation, soft laser, and application of heat) selectively delivers the effective drug to the pathological area, while drug distribution to normal tissue will be markedly reduced which results in reduction or prevention of drug side effects often seen in cancer treatment.
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