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Driving Mechanisms of Different Tissues Cellular Cycles in Norm and in Cancer Pathology from the Point of View of Thermodynamics, Biophysics and Biochemistry
Author(s) -
M R Ponizovskiy,
AUTHOR_ID
Publication year - 2021
Language(s) - English
DOI - 10.47363/jcrr/2021(3)126
Subject(s) - organism , biology , model organism , cellular metabolism , cell cycle , microbiology and biotechnology , cell , genetics , gene , biochemistry , metabolism
The thermodynamic system of a human organism is subjected to the laws of thermodynamics which stable Internal Energy (U) and Internal Medium are suppoted by Internal Works (Wint) and External Works (Wext) of an organism according to first law of thermodynamics. Just both Internal Works (Wint) and External Works (Wext) of an organism are carried out by driving mechanisms cellular cycles of cells in all organs of an organism. Thus driving mechanisms cellular cycles of an open non equilibrium non linear thermodynamic system of a human organism and of the organism’s organs in norm and in different pathologies are exerted by driving mechanisms of cells’ cellular cycles of an organism’s tissues in different organs which are studied both in norm and in cancer pathology. Besides there are studied genetic development of an organism’s cells from embryonic single cell state to old aged organism from the point of view of thermodynamics. Also it is studied the influences of driving mechanisms cells’ cellular cycles on mechanisms both cells development and an organism development. Moreover there are studied differences driving mechanisms of cellular cycles in different tissues of different organs. Furthermore there are compared driving mechanisms cellular cycles both Viral haploid cellular cycle and Human diploid cellular cycle. Besides there are described transmutation driving mechanisms of healthy genomic cellular cycle into cancer genomic cellular cycle from the point of view of thermodynamics. Also there are discussed driving mechanisms of cellular cycle from point of views of thermodynamics, biophysics and biochemistry

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