METHOD FOR DETERMINING ADEQUACY OF NONSPECIFIC PROTECTIVE ADAPTIVE BIOLOGICAL SYSTEM RESPONSE TO EXTERNAL STIMULUS

摘要

FIELD: medicine.;SUBSTANCE: method involves measuring body temperature and environment temperature over working muscles, heart beat rate and influencing factor value. Integrated entropia-negentropia processes relationship value in organism is calculated. Katabolic and anabolic metabolism processes equilibrium state with predominating energy supply mechanism as predominantly aerobic and anaerobic process in organism is revealed from plot pattern. Anaerobic threshold is fixed as aerobic-to-anaerobic process transition point and heart beat rate value and influencing factor value is determined in this point. Energetic state pattern is determined at the moment of study. High-energy state being found to take place, nonspecific protective adaptive biological system response adequacy conclusion is drawn. Low energy state being the case, no adequacy conclusion is drawn. Biosystem deviation degree from stationary state is determined. To do it, integral value d2Si/dt2=f(dSi) is to be plotted in graphic mode on phase plane. The built image is processed for determining nonspecific protective adaptive biological system response evolution vector direction. Adequate nonspecific protective adaptive biological system response evolution is considered to take place if phase portrait has convergent spiral-shaped trajectory pattern, otherwise inadequate evolution pattern is considered to be the case.;EFFECT: enhanced effectiveness of study; high sensitivity to organism state changes.;4 dwg