Human organism in the conditions of homeostatic dynamics of meteoroligical parameters of the Russian North

Abstract

The problem of homeostasis and especially homeostatic behavior of different parameters of the human body functional systems in the Russian North (human's cardiovascular system (CVS) is considered in the work) was reviewed from new perspective (new theory of chaos and self-organization). After proving of N. A. Bernstein's hypothesis about "repetition without repetition" in biomechanics as a statistical instability of obtained samples (in one subject with universal homeostasis) a problem explaining mechanisms of such instability appeared. One of the mechanisms of such stochastic chaos for RR intervals and over parameters of cardiovascular system may be connected with chaotic dynamics of parameters of the human environment. The purpose of the study is to assess the influence of external chaos (parameters of the human environment) on internal regulatory functions. Using the methods of paired comparison of samples of meteorological parameters and calculation of quasi-attractors' parameters, we obtained information on the state of meteorological parameters of the human environment, which demonstrate stochastic instability in succession of samples obtained (identical months and the same seasons of the year). The results of the study showed that the average values of the areas of quasi-attractors of two phase coordinates (T, P) differ very significantly. It is suggested that such chaotic dynamics can induce chaos of the CVS parameters. The paper proves homeostasis in the behavior of meteorological parameters, which can significantly affect the systems of regulation of the main functions of the human body. The statistical instability of the parameters of the human environment is shown, which is very similar to the dynamics of tremor and teping in the Eskov-Zinchenko effect. Conclusions. The statistical instability of meteorological parameters is similar to the homeostasis of living systems. At the same time, the mechanisms of regulation of the CVS and meteorological parameters of the human environment are, of course, different. A common feature is the special chaos of the xi parameters, which is manifested in the statistical instability in a row of the resulting samples. Such a statistical instability is called the Eskov - Zinchenko effect, and has no analogue in such systems.

Can Homeostasis Be Static?

“…Для любой системы ее строение, функции, механизмы организации являются единым целым. Это основа и теории систем (всей общей теории систем -ОТС) [11][12][13][14][15]. Более того, биокибернетика призвана изучать и управляющие функции, и поведение самой системы.…”

“…Это доказывает статистическую устойчивость выборок параметров S для ПА. Очевидно, что в ТХС необходимо работать именно с S, которые и определяют норму (или стандарт) [11][12][13][14][15][35][36].…”

Development of safety management technology of electric power networks in order to sustainable development

“…The instability of meteorological conditions can lead to significant negative consequences for human life and activities [12][13]. For forecasting and diagnosing meteorological conditions, it is advisable to use a territorial geo information system (GIS) [14][15][16], which will make it possible to make a timely and accurate forecast of environmental conditions.…”

New Understanding of Steady States in Biological Systems

“…Эти системы (по предложению W. Weaver [19]) были названы системами третьего типа -СТТ. Их описание и моделирование потребовало выхода за пределы современной науки (ДСН) [20][21][22][23][24][25][26], как это и предполагал Weaver более 70-ти лет назад. Однако вся современная наука продолжает изучать СТТ только в рамках ДСН [27][28][29][30][31][32][33][34][35].…”