Comparative Physical BiologyS. Karger, 1973 - Всего страниц: 234 |
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Стр. 27
... evolution of the kidney . The conservation of the milieu intérieur of the higher vertebrates , including mammals , required the development of a special type of kidney . All the gross anatomical and physiological modifications through ...
... evolution of the kidney . The conservation of the milieu intérieur of the higher vertebrates , including mammals , required the development of a special type of kidney . All the gross anatomical and physiological modifications through ...
Стр. 28
... evolution depends on the unique development of the kidney , occurring together with a parallel evolution of the respiratory and circulatory systems . This was a necessary condition for the development of the musculature , the nervous ...
... evolution depends on the unique development of the kidney , occurring together with a parallel evolution of the respiratory and circulatory systems . This was a necessary condition for the development of the musculature , the nervous ...
Стр. 49
... evolution . It is possible to deal with this question on the basis of statistical theory and quantum theory as related to the rates of chemical change . Genes may be treated as molecules , and the latter may be treated as crystalline ...
... evolution . It is possible to deal with this question on the basis of statistical theory and quantum theory as related to the rates of chemical change . Genes may be treated as molecules , and the latter may be treated as crystalline ...
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Distribution and Transport | 8 |
Configurational Entropy | 14 |
The Internal Environment | 21 |
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acid action potential active transport adult aggregation anaerobic Anguilla AuNa biological systems blood plasma calculated cells and tissues cellular change of chemical chapter chemical morphology chemical potential chloride colloidal components concentration concepts conceptual scheme configurational entropy configurational free energy contraction degree of freedom depend determined dielectric constant dielectric energy Donnan equilibrium electrical potentials electrolyte electrolyte balance electrolyte composition electromotive force equation expressed external fibers fluid functions GIBBS glucose heat homogeneous implies independent variables inorganic intracellular intracellular phases invariant invertebrates ion distribution ionization JOSEPH kcal macromolecular mammalian membrane metabolism milieu intérieur muscular negative entropy nomogram nutrients organism period phase rule phosphate physiological polyelectrolytes potassium processes proteins protoplasm r₁ represents requires respiratory resting potential reversible secondary properties skeletal muscle sodium solution species standard chemical potential structure substances tension theory univariant values vertebrates water and electrolytes well-ordered zero