Saratov JOURNAL of Medical and Scientific Research

terahertz range

Stress depended changes in activityof gp red blood cells receptors and its correction by therahertz waves at nitric oxide frequency

Year: 2011, volume 7 Issue: №3 Pages: 583-586
Heading: Physiology and Pathophysiology Article type: Original article
Authors: Kirichuk V.F., Svistunov S.V., Andronov E.V., Ivanov A.N.
Organization: Saratov State Medical University
Summary:

The effect of electromagnetic radiation in the terahertz range frequencies of molecular spectrum of emission and absorption of nitric oxide 150.176–150.664 GHz for the restoration of the impaired carbohydrate component and functional activity glikoproteid receptors of erythrocytes of white rats in a state of acute imm obilization stress. Shown that exposure to electromagnetic waves at these frequencies is the normalization of the increased content of b-D-galactose in the carbohydrate component and the restoration of the impaired activity of the receptors glikoproteid erythrocytes

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Influence Of Terahertz Range Electromagnetic Radiation At Molecular Spectrum Frequency Of 150+0,75 Ghz Nitric Oxide On Microcirculation Morphofunctional Disturbances In White Rats In Condition Of Acute And Prolonged Stress

Year: 2009, volume 5 Issue: №4 Pages: 511-516
Heading: Physiology and Pathophysiology Article type: Original article
Authors: I.O. Bugaeva, V.F. Kirichuk, A.N. Ivanov, M.O. Kurtukova
Organization: Saratov State Medical University
Summary:

The effect of electromagnetic radiation of terahertz range at frequency of emission and absorption molecular spectrum of 150+0,75GHz nitric oxide on morphofunctional changes of microcirculation and tissue structure in animals in condition of acute and prolonged immobilization stress has been studied. It has shown that the influence of electromagnetic waves at these frequencies causes activity decrease of hypothalamic-pituitary-adrenal and tireoyd axis of stress reaction. It has been determined that terahertz range waves at frequency of nitric oxide are liable to restore disturbances of intravascular, vascular and extravascular components of microcirculation and also have histoprotective effect

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