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Cancer frequency of electromagnetic waves in the biosphere: AQUA–phasewave model of development of malignant new growths Pt. 1. Radiophysics basics of modeling

Keywords:

V.I. Petrosyan – Ph.D. (Phys.-Math.), Senior Research Scientist, leading Research Scientist, Scientific and Production Firm «TELEMAK»
B.P. Chesnokov – Ph.D. (Chem.), Professor of Faculty Electrification and Power Supply, Saratov State Agrarian University of a name of N. I. Vavilov
G.E. Brill – Dr.Sc. (Med.), Professor, Chairs of pathological physiology of A.A. Bogomolts, Saratov State Medical University of a name of V.I. Razumovsky
G.V. Zhukova – Dr.Sc. (Biol.), Professor, Research laboratories new antineoplastic means and studying of mechanisms of their action, State Rostov Research Oncology Institute
I.V. Terechov – Ph.D. (Med.), Major of a health service, Saratov Military Medical Institute, Ministry of Defence of the Russian Federation
V.N. Plochov – Dr.Sc. (Med.), Professor, Oncology chairs, Saratov State Medical University of a name of V.I. Razumovsky S.N. Potachin – Ph.D. (Med.), Associate Professor, Chairs of the general surgery, Saratov State Medical University of a name of V.I. Razumovsky
E.B. Rodzaevskaya – Dr.Sc. (Biol.), Professor, Histology chairs, Saratov State Medical University of a name of V.I. Razumovsky
I.A.Uuvarova – Ph.D. (Med.), Associate Professor, Histology chairs, Saratov State Medical University of a name of V.I. Razumovsky
V.D. Tupikin – Ph.D. (Med.), Assistant, Histology chairs, Saratov State Medical University of a name of V.I. Razumovsky
S.V. Vlaskin – Ph.D. (Phys.-Math.), Technical Director, Scientific and Production Firm «TELEMAK»
S.A. Dubovitskii – Ph.D. (Phys.-Math.), General Director, Scientific and Production Firm «TELEMAK»


The aim of the work was experimental and theoretical study of anomalous participation cubic structure of water and resonant wave processes in the formation of malignant tumors. Previously expressed hypothesis about the origin of cancer as a result of conversion of the hexagonal structure of biological tissue water component in the metastable cubic phase. On this there is reason to crystallographic parameters of these structures are too close . Water has 11 structural modifications. The closest of these crystallographic parameters - normal hexagonal and cubic metastable phase. Both phases have a tetrahedral coordination of atoms with practically the same atomic bonds and steer water tetrahedra differ by 30 degrees. Water environment in living organisms is an active participant in the molecular wave of metabolic processes, implementing its own electromagnetic (EM) wave function of the resonance. Molecular fractal- cluster structure of water component tissues of the organism forms a spatial matrix which, like water, is in resonance- wave state . Resonance- wave state is the collective vibrational motion of the molecular structure of water on natural resonant frequencies and internal generation of extremely weak (10-16-10-15 W/cm2) streams of radio waves in the millimeter and decimeter wavelengths. Data on the resonant frequencies are very weak electromagnetic waves propagate, "translated" in the amount of water and the biological environment . Therefore, these waves are called trans - resonance and resonance themselves, unlike resonance absorption ("absorption" resonances), trans - called resonances, or abbreviated , TR . TR radio operates in the body communication and corrective function by implementing parallel and interrelated with neurohumoral - EM wave resonant system homeostasis. Experimentally proved fundamental connection resonance structure TR spectrum aqueous matrix of tissues with the development of organ pathology. In studies designed unused UHF / Microwave radio spectrometer. It is found that the spectra TR distillate water and biological tissue are identical to normal . This indicates a direct responsibility aqueous components bioenvironment organism for EM TR wave processes in biological tissues. TR spectra of water and biological tissue are normally doublets at frequencies near 50 and 52 GHz and 985 MHz , and 1000 МHz. A TR spectra malignancies are fundamentally different - they are singlets, which are located between the resonances of water and biological tissue normally found in the low - resonance wave activity bioenvironment at frequencies 51 GHz and 990 MHz. It is noteworthy that kartsenoma selects the weakest point in the resonant wave protecting the body. It is understood that the resonance spectra of malignant novoobrazovaniyotrazhayut molecular vibrations of water and if the fragments in an aqueous medium contained cubic phase , it should be detected. In principle to check the development of "cubic" scenario , as the object of study were taken water samples exposed to one of the classic carcinogens - gamma radiation exposure. Micrographs obtained on gamma- treated water actually contains fragments of the cubic phase of water and microwave shot TR water spectrum is fully consistent with the singlet spectrum of neoplasms . Also shown the "anticancer" effect TR waves norm. Impact on the sample of gamma- treated water - intensive low flows TR EM waves at a frequency of 1000 MHz standards leads to restoration of TP spectrum norms and hexagonal structure of water. Conversely, onco-wave 990 MHz convert hexagonal structure of water in a cubic spectrum and standards singlet neoplasms . This result is alarming about the possible threat of man-made components of the EM background . A theoretical model of development, inhibition and regression of malignant tumors on the basis of the thermodynamic theory of phase transitions and phase- size effect. In support of the developed model representations, the use of radio wave exposure TR 1000 MHz microwave showed pronounced antitumor effect as growth inhibition and even tumor regression as an example of transplantable tumors - sarcoma in 45 white rats: Table. The effects of EM TR 1000 MHz microwaves growth privivnoy tumor sarcoma 45 in rats The most significant anti-tumor effect differs impact ultraweak (1-10 nVt/sm2) resonant microwave radio waves flow 1000 MHz. Regression of tumors was observed in more than half of the animals, and in one third of cases, there has been a complete disappearance of the tumor and some of the animals occurred inhibition of tumor development. In no case during the annual observations were noted resumption of tumor growth.
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