Restoration of blood rheological properties with the help of THz-band electromagnetic waves of nitrogen oxide molecular spectrum occurrence

Abstract

Abstract:A continuing relevance of the study is in researching of new non-drug methods of stress traumas correction. Stress is the main reason of different diseases and, first of all, of a cardiovascular system failure. The study aims the researching of the effect of electromagnetic waves of 150.176-150.664 GHz nitrogen oxide molecular and absorption spectrum occurrence. This is the most important natural regulator of endocellular interactions; it also influences the rheological blood indices in experimental stress-reaction of white malerats. The blood rheological properties research was organized with the help of the rotation viscosimeter with a free-floating cylinder "АКР-2" [trasliteration from Russian: "a ka er 2"]. The result of the experiments displayed that: 1) the exposure of electromagnetic waves of 150.176-150.664 GHz nitrogen oxide molecular and absorption spectrum occurrence is able to regenerate (depending on a time mode) acute stress-dependent blood viscosity defects and the functional erythrocytes activity -their deformability and aggregation; 2) a 5-minute exposure of electromagnetic waves of the same frequencies band does not have influence with the stress-damaged blood viscosity and functional erythrocytes activity; 15-minute and 30-minute modes of exposure of THz-band electromagnetic waves of 150.176-150.664 GHz nitrogen oxide are effective and totally regenerate stress-dependent blood viscosity defects and functional erythrocytes activity -their deformability and aggregation.Keywords: hemorheology, electromagnetic exposure, THz-band, nitrogen oxide, erythrocytes, viscosity. IntroductionStress situations (physical and psychological overstrains, emotional overloads) are the most important causative factors leading to a cardiovascular system pathology. It is commonly known that all of these factors are stress-factors; they cause general adaptation syndrome or the stress-reaction. This is accompanying by the amount of the complex of syndromeshypertensive disease, hypercoagulability, hyperlipidaemia, depression and agitated state, cardiovascular system failure, immunodeficiency [1]. Nitrogen oxide is the prime natural regulator of endocellular interactions [2][3][4][5]. It is a neuromediator, potent hemostasis factor, antiaggregant, endogenic vasodepressor [3,[6][7][8], and it fulfils many important functions in an organism. It is indicated that nitrogen oxide has a stress-limiting effect [9].Nowadays much attention is given to the point of the interaction of biological objects with GHz nitrogen oxide molecular and absorption spectrum occurrence [10][11][12].THz-therapy can be a new perspective non-drug method in treatment of many diseases [13]. The THz-band (100GHz -10THz) is interesting by having molecular and absorption spectrum occurrence of the major cell metabolites (NO, O2, CO2, CO, OHetc.) [13].

Investigation of terahertz radiation influence on rat glial cells

“…Influence of THz radiation on cells is revealed in the change of genes activity and cell membrane status. It was also reported before, that THz radiation changes the electrical charge of the membrane of human red blood cells [8,9], causes a violation of the adhesive properties of the nerve cell membrane of a snail and mollusk [10,11]. An indication of the structural damage is the increase in membrane permeability, as it was shown in some experiments with human red blood cells and lymphocytes [12], and laboratory rats red blood cells [13,14].…”