The biophysical modelling of the human organism by the biophysical point of view

J. Vincze, Gabriella Vincze-Tiszay
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Abstract

Biophysics is searching for, dealing of and teaching the forms of the connections between the inanimate nature, the living world and the spiritual life, the applicability limits of their own laws in the other medium, their common mutual interactions. Biophysics undertakes, by means of mathematics, desc¬ription of the so-called homeostasis established by the dynamic equilibrium of the common normal state of the nature, the living world and that of the spirit. According to system theory, the human is a system, the five subsystems of which (digestive, respiratory, circulatory, exc¬retory, and reproductive) formed during phylogenetic develop¬ment short are addressed in this article. In living organisms, structure and function can be con¬sidered as a symbiosis: structure defines function, and function influences, modifies and develops the struc¬ture, which again enables a higher level function and activity. Many long-lasting structural perturbations result in func¬tional perturbations and similarly, long-lasting functional perturbations result in structural perturbations. This perturbation symbiosis is represented by the large group of psychological perturbations.
从生物物理学的角度对人体有机体进行生物物理建模
生物物理学正在寻找,处理和教授无生命的自然,有生命的世界和精神生活之间联系的形式,它们自己的规律在其他媒介中的适用范围,它们共同的相互作用。生物物理学通过数学的手段,对所谓的内稳态进行描述,这种内稳态是由自然界、生命世界和精神世界的共同正常状态的动态平衡所建立的。根据系统论,人类是一个系统,本文主要论述了系统发育过程中形成的五个子系统(消化、呼吸、循环、排泄和生殖)。在生物体中,结构和功能可以看作是一种共生关系:结构定义功能,功能影响、修改和发展结构,结构又使更高层次的功能和活动成为可能。许多长期的结构扰动导致功能扰动,同样,长期的功能扰动导致结构扰动。这种扰动共生关系表现为大量的心理扰动。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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