[Electromagnetic radiation of the terahertz range at the nitric oxide frequency in correction and prophylaxis of functional activity disorders in thrombocytes of white rats under long-term stress].

The influence of electromagnetic waves of terahertz range at the frequencies of molecular spectrum o nitric oxide radiation and absorption on functional activity of thrombocytes in white rats under long-term stress has been studied. It has been shown that courses of THzF treatment applied during the stress can prevent and restore disorders in thrombocytes aggregative function. The stress factor does not induce characteristic of stress-reaction disturbances of microcirculation in animals treated with the preventive course of THzF.

[Coagulation hemostasis and fibrinolytic potential of blood in conditions of chronic stress and terahertz therapy].

The effects of electromagnetic rays of maximum high frequencies of radiation molecular spectrum and absorption of nitrogen oxide 150, 176-150, 664 GHz on blood coagulation properties of white laboratory rats subjected to chronic immobilization stress have been studied. It is shown that preventive course of electromagnetic irradiation with terahertz range at the frequencies of molecular spectrum of radiation and absorption of nitrogen oxide 150, 176-150, 664 GHz warns about development of stress disturbances of coagulation component of the hemostasis system and fibrinolysis in animals.

[Correction of acute stress-induced disorders of hemostasis using KVCh-NO apparatus].

The effect of electromagnetic terahertz oscillations at frequencies of the molecular spectrum of nitric oxide radiation and absorption (150.176-150.664 GHz) on the properties of blood coagulation in white laboratory rats subjected to immobilization stress was studied. It was shown that exposure of animals to terahertz electromagnetic radiation led to normalization of disordered blood coagulation. The efficiency of the procedure depended on its duration.

[Influence of MHF-radiation on nitrogen oxide molecular spectrum frequency and coagulation factors under experimental stress-reactions].

The effects of EMR MHF of molecular spectrum of radiation and absorption of nitrogen oxide on blood coagulation properties in white rats subjected to immobilization stress, have been studied. It has been revealed that MHF irradiation of the animals results in restoration of hemostasis mechanism indices.

[Effect of SWF-radiation on thrombocytes and erythrocyte functions of albino rats upon stress condition].

With the help of a specially designed generator, we have investigated the effect of electromagnetic SWF-oscillation, at nitric oxide molecular spectrum of radiation and absorption, on the function of thrombocytes and erythrocytes of albino rats in the state of immobilizing stress. 5, 15 and 30 min long SWF-radiation treatments were demonstrated to foster various degrees of restoration of thrombocyte and erythrocyte function, the efficiency depending on the period of radiation. It was after a 30 min radiation of rats that a most expressed restoration of thrombocyte and erythrocyte functional activity was observed.

[Restoration of blood rheological properties by means of SWF-irradiation at the frequency of nitric oxide molecular spectrum (in vivo)]. / Vosstanovlenie reologicheskikh svoistv krovi KVCH-oblucheniem na chastote molekuliarnogo spektra oksida azota ( in vivo).

We have investigated impact of electromagnetic SWF-oscillations at nitric oxide molecular spectrum of radiation and absorption (MSRA) on rheological blood properties of albino rats under the immobilizing stress. The SWF-irradiation was demonstrated to foster restoration of disordered rheological blood properties, its efficiency depending on the period of irradiation.

Effect of low-energy and high-peak-power nanosecond pulses of microwave radiation on malignant tumors.

This article presents the results of experimental investigations of the inhibitory effect of low-energy and high-peak-power nanosecond microwave pulses on the growth of malignant tumors. From the results obtained, it was concluded that these microwave pulses can serve as a promising means for treating malignant diseases.

Low intensity millimeter waves in medicine and biology.

This paper provides evidence on the interaction of objects. Basic regularities of that interaction are discussed.

Special function of the "millimeter wavelength waves-aqueous medium" system in nature.

New findings of an investigation of the interaction between electromagnetic waves in the millimeter range and water and biological media are reported.

[The effect of continuous millimeter low-intensity radiation on the Na+ ion transport in the frog skin]. / Vliianie nepreryvnogo millimetrovogo izlucheniia nizkoi intensivnosti na transport ionov Na+ v kozhe liagushki.

Many data on the effect of millimeter (MM) radiation of low intensity (of the order of 1 mVt/cm2) on living organisms were accumulated [1]. The specifics of this effect is first of all manifested in frequency--selective (resonance) pattern of the biological system response and the effect of threshold dependence of exposition time and power of MM radiation. To study the mechanism of this effect it seems perspective to investigate the influence of radiation on the membrane transport. The present work investigated the effect of MM radiation on a comparatively simple and well investigated object--isolated frog skin.