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Regulation of human red cell volume by linked cation fluxes






Journal of Membrane Biology 10(3-4): 259-266

Regulation of human red cell volume by linked cation fluxes


Accession: 006288586

PMID: 4667919

DOI: 10.1007/bf01867859

Download PDF Full Text: Regulation of human red cell volume by linked cation fluxes



Related references

Bui, A.H.; Wiley, J.S., 1981: Cation fluxes and volume regulation by human lymphocytes. The ionic basis of volume regulation by human peripheral blood lymphocytes in hypotonic Tyrode's medium has been studied. The intracellular water space of lymphocytes increased to a maximum after 1 min in 0.68 X isotonic Tyrode's but ret...

Mendoza S.A., 1983: Cation fluxes and growth regulation in an epithelial cell line mdck. Kidney International: 265

Rudolph, S.A.; Schafer, D.E.; Greengard, P., 1977: Effects of cholera enterotoxin on catecholamine-stimulated changes in cation fluxes, cell volume, and cyclic AMP levels in the turkey erythrocyte. Journal of Biological Chemistry 252(20): 7132-7139

Hartmann T.; Adam G., 1984: Regulation of cation fluxes through the cell membrane of 3t3 mouse cells by external calcium ii concentration. European Journal of Cell Biology 33(SUPPL 5): 16

Marakhova, I.I.; Sal'nikov, K.V.; Vinogradova, T.A., 1985: Cation transport related to the cell culture density ii. active and passive cation fluxes in growing l cell cultures. Rubidium and lithium influxes as well as intracellular potassium and sodium contents were investigated in L cells during the culture growth. In sparse culture over the cell densities 0.5-3 .cntdot. 104 cells/cm2 ouabain-sensitive rubidium influx i...

Smith, D.K.; Lauf, P.K., 1985: Effects of N-ethylmaleimide on ouabain-insensitive cation fluxes in human red cell ghosts. In red cells of several species, the sulfhydryl reagent N-ethylmaleimide activates a Cl- -dependent, ouabain-resistant K+ transport pathway. Here we report our attempts to demonstrate ouabain-resistant Cl- -dependent K+ fluxes stimulated by N-ethy...

Garcia Sancho J.; Sanchea A.; Herreros B., 1979: Stimulation of monovalent cation fluxes by electron donors in the human red cell membrane. When human red cells were incubated at 37.degree. C with the artificial electron donor system ascorbate + phenazine methosulphate, Rb+ (K+) fluxes through the cell membrane is increased. Effect of this donor system was much stronger in energy-depl...

Smith D.K.; Lauf P.K., 1985: Effects of n ethylmaleimide on ouabain resistant cation fluxes in human red cell ghosts. Biophysical Journal 47(2 PART 2): 329A

Lang, F.; Stehle, T.; Häussinger, D., 1989: Water, K+, H+, lactate and glucose fluxes during cell volume regulation in perfused rat liver. The present study has been performed to test for ion release from isolated perfused rat liver exposed to hypotonic perfusates. Replacement of 40 mmol/l NaCl in perfusate by 80 mmol/l raffinose leads to slight alkalinization and slight decrease of...

Lichtman, M.A.; Jackson, A.H.; Peck, W.A., 1972: Lymphocyte monovalent cation metabolism: cell volume, cation content and cation transport. Mechanisms which determine sodium and potassium content and volume of rat thymic and human chronic lymphocytic leukemia (CLL) lymphocytes have been studied. The deleterious effect of cell isolation on monovalent cation content was proven by compar...