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Information × Registration Number 0220U001042, 0117U001112 , R & D reports Title Properties of water that contribute to the existence of living organisms popup.stage_title Head Malomuzh Nikolai Petrovich, Доктор фізико-математичних наук Registration Date 11-02-2020 Organization Odessa I.I.Mechnikov National University popup.description2 For the first time, a generalized formulation of the law of the similarity of the corresponding states for water and aqueous solutions was made based on the study of the magnitude of the excluded volumes by means of averaged interaction potentials, and a theory of shear viscosity of pure water, which is fundamentally different from the generally accepted activation theory, was created. The application of the provisions of this theory to solutions of alcohols and salts allowed: - to investigate the distribution of clusters and their effect on the viscoelastic properties of intracellular solution; - to establish the relationship between the behavior of the shear viscosity of the solutions and the processes of dipole and dielectric relaxation in them; - to establish the viscoelastic properties of cells near the temperatures TL = 305 K and TD = 330 K, which limit the temperature intervals of warm-blooded existence. It is determined that the density of proteins in the blood plasma, which is approximately 0.9 from its initial value, changes dramatically. This can be explained by the fact that at a concentration of C / C0 ~ 0.9 in the blood plasma, there is a transition from a homogeneous jelly-like state to a non-homogeneous state, generated by the formation of embryos with a lower density of protein material. The definition of the optimum temperature of human life is proposed: the optimum temperature T0 corresponds to the maximum oxygen flux JO2 (T, pH, q) by human vessels. Product Description popup.authors Гоцульський Володимир Яковлевич Кулінський Володимир Леонідович Махлайчук Віктор Миколайович Чечко Володимир Евгеньович popup.nrat_date 2020-04-02 Close