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The structure of the water-containing environment of tissues – a fundamental factor in the development of new principles of biomedical nanotechnology extremely high frequency and terahertz of range's

Keywords:

N.I. Sinitsyn, V.A. Elkin, O.V. Betskii


It is established that experimentally found structuration of the water containing environment in live systems plays defining role at their interaction with low intensiveelectromagnetic radiations of extremelyhigh frequency and terahertz ranges. On the basis of the analysis of the results presented in work and earlier researches of authors, it is shown that the resonant frequency and efficiency of this interaction depend on structure of a nanonon-uniform surface of the material surrounding and structuring water containing environment. Natural minerals or artificial materials, and also the nanostructured objects delivered in live bodies in the form of nanostructures, nanocapsules, nanocontainers and medical preparations can be such materials, along with living tissues. It is established that structuration of the water containing environment of biofabrics – a fundamental factor of development of the new principles of biomedical radio-electronic nanotechnologies of extremelyhigh frequency and terahertz medicine. The explanation of the mechanism of structuration of the water containing environment in biological and physical objects and the kristaltherapy mechanism is offered. Positive results of use of joint impact on live structures of extremelyhigh frequency and terahertz radiations with natural minerals tells about prospects of development of this direction. About same results of the researches conducted in clinical conditions testify also. Use of the found effects of structuration of the water containing environment in live systems opens in biomedical nanotechnologies of extremelyhigh frequencyand terahertz ranges of a way of construction on the new principles of early, noninvasive, reliable diagnostics and highly effective therapy of various pathologies, including a serious illness. The mechanism of biocompatibility of live and lifeless elements from essentially new positions of the analysis of a condition of the spectrum of the water containing environment in biofabrics and on the surface of an implanted material is discussed. Requirements which have to be realized in technologies of creation of biocompatible materials are formulated.
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