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Correction of Disorders in Tissue Perfusion, Blood Coagulation and Fibrinolysis with Orbita Apparatus on Terahertz Waves of Cell Metabolites

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Engineering（科研） 2013年第2期5卷 196-201页

作者： vaycheslav kirichuk Alexander Tsymbal Alexey Ivanov Evgeniy Andronov Tatyana Kiriyazi Svetlana Parshina Natalia Babichenko Liliana Tokaeva 不详

This article contains information on principle of operation, technical parameters and possible application of Orbita apparatus for hemodynamic, fibrinolytic and peripheral perfusion disorders treatment. A single exposure to terahertz waves emitted by Orbita apparatus, corresponding to frequencies of molecular absorption and emission spectra of atmospheric oxygen (129.0 GHz), completely cures coagulant and fibrinolytic disorders of animals with acute immobilization stress. A course of treatment with electromagnetic waves corresponding to frequencies of molecular absorption and emission spectra of nitrogen oxide (150.176 - 150.664) leads to normalization of disrupted peripheral tissue perfusion parameters of animal undergoing treatment and stimulates basal and induced output of nitrogen oxide. This leads to decrease in peripheral vascular resistance to microcirculation and increase in blood flow to microvasculature. Experimental data provided in this article serves as a proof of viability of Orbita apparatus for treatment of coagulant, fibrinolytic and tissue perfusion disorders.

关键词： Orbita Apparatus Terahertz Waves Nitrogen Oxide Atmospheric Oxygen Stress Peripheral Perfusion Coagulation Fibrinolytic Disorders

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Results and Prospects of Experimental Validation of the Use of Electromagnetic Waves at Terahertz Frequencies of Cellular Metabolites in Clinical Practice

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Engineering（科研） 2015年第5期7卷 285-295页

作者： V. F. kirichuk Department of Normal Physiology Saratov State Medical University Saratov Russia

The paper presents the results of experimental studies of the effect of irradiation with electromagnetic waves terahertz frequencies of molecular spectrum of emission and absorption of nitric oxide and atmospheric oxygen on animals in a state of acute and chronic immobilization stress, a condition regarded as a model of violations in different parts of the vascular system including microcirculation specific for different parts of the vascular system, including the microcirculation characteristic of various diseases of the cardiovascular system.

关键词： Terahertz Waves Microcirculation Acute Stress

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The Use of Medical Apparatus of THz-Therapy “Ka Ve Tche-O2-Orbit” on 129.0 GHz on Molecular Spectrum of Radiation and Absorbation of Atmospheric Oxygen in Healthy Volunteers and in Patients with Involutional Macular Degeneration

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Journal of Electromagnetic Analysis and Applications 2013年第12期5卷 415-419页

作者： Vyacheslav F. kirichuk Larisa E. Fedorischeva Ksenya U. Eremenko Anatolya F. Cypyaschuk Elena V. Ponukalina Alexander A. Tsymbal Irina V. Smychlyaeva Olga N. Antipova Tatyana S. Velikanova Elena S. Olenko Liliana K. Tokaeva Natalia E. Babichenko Saratov State Medical University Named after V.I. Razumovskiy Saratov City Russia.

The study aims at the influence of THz radiation on 129.0 GHz of atmospheric oxygen on arterial pressure (A/P) and pulse, hemodynamic parameters of orbital arteries during the irradiation of biological active points of application in healthy volunteers and in patients with involutional macular degeneration (IMD). A decrease of systolic and diastolic components of arterial pressure and pulse, and a normalization of systolic velocity of bloodstream (CVB) and of resistance index (RI) in orbital arteries in patients with IMD are noticed. The results of the research are: 1) the method of THz influence on 129.0 GHz on molecular spectrum of radiation and absorbation of atmospheric oxygen is safe and doesn’t cause any negative side effects on common state in healthy volunteers and in patients with IMD;2) single influence of THz waves on 129.0 GHz on molecular spectrum of radiation and absorbation of atmospheric oxygen is caused to statistical important improvement in vascular system of eyeball.

关键词： THz Waves Atmospheric Oxygen Dopplerography Orbital Vessels Maculodystrophy

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