Model for the control of potassium transport in PHA-stimulated human blood lymphocytes

Abstract

Results are reported for studies on the following: lymphocyte plasma-membrane ATP ase; substrate specificity of lymphocyte membrane phosphatase activity; effect of PHA on lymphocyte membrane ATP ase; correlation of K/sup +/ with lymphocyte K/sup +/ concentration; and K/sup +/ efflux, influx, and cell concentration in PHA-treated lymphocytes. (HLW

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