Quantitative Assessment of Stress Adaptation of Experimental Animals to Field Exposure Based on the Entropy Approach
Khudoikulova Shoira NarzullaevnaSenior Lecturer of Samarkand State Medical Institute;Laptev Dmitry SergeevichStepanov Vladimir AlexandrovichDoctor of Medical Sciences, Associate Professor of Izhevsk State Medical Academy, UzbekistanEgorkina Svetlana BorisovnaDoctor of Medical Sciences, Associate Professor of Izhevsk State Medical Academy, UzbekistanBelykh Vyacheslav Vyacheslavovich
ABI
Abstract
Aim and Objective: This article reveals of the work which was devoted to studying the changes in corneal tissues and stress adaptation of laboratory rats with different resistance to the effects of a rotating electric field with 10 and 20 days of exposure. The adaptation of laboratory animals to the effect of a rotating electric field leads to new energy-informational levels in the structure of corneal tissues in the form of subsystems of survival, which are revealed using multifractal parameters.
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