THE AUTONOMIC NERVOUS SYSTEM IN THE CORRECTION OF FUNCTIONAL DISORDERS OF THE SMALL INTESTINE IN THE COMPLEX TREATMENT OF EXPERIMENTAL ETHANOL INTOXICATION

The work is devoted to fundamental medical and biological studies, which make it possible to understand the basic laws of photobiology, part of which is super venous laser irradiation of blood. Neurohistochemical, histochemical, and electrophysiological methods were studied in the Wistar rats morphofunctional state of the small intestine under the influence of the supravenous laser blood irradiation in the complex treatment of experimental ethanol intoxication.The importance of the autonomic nervous system in the understanding of the characteristics of the effect of superluminal laser irradiation of blood on biological tissues in the complex treatment of experimental ethanol intoxication is emphasized. Experimental pathogenetically justified use of laser stimulation initiates the activation of adaptive processes, which is reflected in the restoration of the motor function of the small intestine on the 3rd day after the treatment of ethanol intoxication. The changes observed by us under the influence of supravenous laser irradiation of blood can be estimated as a state of increased activation of autonomous regulatory systems of the small intestine. Normalization after the use of supravenous laser irradiation of blood imbalance of neuromediation in the tissues of the small intestine, the increased activity of the enzymes of the aerobic cycle in the muscular layer of the named intestine is a consequence of adaptive changes, which is reflected in the restoration of the motor function of the small intestine with ethanol intoxication.

treatment of experimental ethanol intoxication, enzymes of tissue respiration, newromediation, motor function of the small intestine, adaptation processes