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      FURTHER STUDIES ON THE THEORY OF SPONTANEOUS DISPERSION OF SMALL LIQUID SYSTEMS WHICH ARE THE SEATS OF PHYSICO‐CHEMICAL REACTIONS

      Physics
      AIP Publishing

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          The rate of diffusion of gases through animal tissues, with some remarks on the coefficient of invasion.

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            SOME THEORETICAL ASPECTS OF THE BIOLOGICAL APPLICATIONS OF PHYSICS OF DISPERSE SYSTEMS

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              THE PERMEABILITY OF CELLS FOR OXYGEN AND ITS SIGNIFICANCE FOR THE THEORY OF STIMULATION

              E. Harvey (1922)
              It can be demonstrated by an indicator method that living cells are as freely permeable to oxygen as dead cells, and that sudden admission of oxygen to the cell cannot account for increased oxidation as a result of stimulation. Oxygen penetrates as readily as carbon dioxide among the acids and ammonia among the alkalies. Exposure of living plant cells to high oxygen pressures does not initiate certain oxidations (except after some hours), which proceed readily in dead plant cells in the air. In the light of the preceding statement, about the permeability of cells for oxygen, this is interpreted to mean that more oxygen enters the cell at high pressure, but that the reacting substances (chromogen and oxidase) are kept apart by some phase boundary as long as the cell is alive. Increased oxygen concentration eventually produces injury to the cell.
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                Author and article information

                Journal
                Physics
                Physics
                AIP Publishing
                0148-6349
                2163-5102
                April 1932
                April 1932
                : 2
                : 4
                : 303-308
                Article
                10.1063/1.1745057
                57bd780a-dbae-4cc0-8c14-3b4aabb8a009
                © 1932
                History

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