New technology of crystal diagnostics and crystallotherapy of a wide range of diseases based on low-intensity electromagnetic radiation in EHF and THF ranges

Essentially new radio-electronic devices developed by the authors for crystal diagnostics and crystal therapy of biological objects in UHF and THz ranges are proposed. For the first time in treatment and diagnosis, irradiation with millimeter and terahertz waves through applicators made from natural minerals (quartz, agate, ruby, lapis lazuli and a number of other crystals) or artificial materials was used. It was established that due to the achievement of a high level of clusterization of a water-containing medium in bio-tissues using a number of natural crystals or artificial materials that are insoluble in water and with micro-structured surfaces, the possibility of increasing the efficiency of UHF and THz nanotechnologies in diagnoses and therapy. Propagating in a biological environment, UHF and THz radiation are more strongly absorbed in the places of disturbances of its structure having anomalous Eigen frequencies. The restoration of the «normal» frequencies is due to an increase in phase synchronization of molecular vibrations. A basic design of an UHF crystal therapy device, placed on an applicator from a rhodonite, was developed and tested in clinical conditions. A stable remission is achieved due to the high level of clustering of the water-holding environment in the pathology areas when using the developed device. A microwave-UHF device for crystal diagnostics has been developed that makes it possible to shoot microwave-UHF spectra that realize the crystal-diagnostic method. It expands the possibilities of early detection of various diseases, including signs of malignancy of neoplasms. A method for the early diagnosis of latent deficiency of urodynamic of the upper urinary tract and assessment of the degree of impairment of the passage of urine has been developed. The method is approved in clinical conditions and its use in treating a number of diseases of the genitourinary sphere is shown. This is one of the first steps on the way to developing optimal methods for applying low-intensity electromagnetic MM waves in medicine due to their justified combination with the clustering effect on the water component of minerals and artificial materials. Thus, we found that the mechanism of therapeutic action of millimeter and terahertz radiation combined with the methods of crystal therapy depends in some way on the length of the used wave and the choice of a particular mineral for the applicator.