MECHANISMS CONTROLLING CATION CONCENTRATIONS IN THE HUMAN CELL: EVIDENCE FROM THE EFFECT OF IODOACETATE ON Na AND K EXCHANGE RATES OF THE ERYTHROCYTE

^{Department of Medicine of the Tulane University of Louisiana at New Orleans}

^{Department of Electrical Engineering of the Tulane University of Louisiana at New Orleans}

^{Charity Hospital of Louisiana at New Orleans}

Aided by a Public Health Service grant H-143, U. S. A. E. C. Grant No. AT-(40-1)-233, and the Mrs. E. J. Caire Fund for Research in Heart Disease.

Find articles by Love, W. in: PubMed | Google Scholar

^{Department of Medicine of the Tulane University of Louisiana at New Orleans}

^{Department of Electrical Engineering of the Tulane University of Louisiana at New Orleans}

^{Charity Hospital of Louisiana at New Orleans}

Aided by a Public Health Service grant H-143, U. S. A. E. C. Grant No. AT-(40-1)-233, and the Mrs. E. J. Caire Fund for Research in Heart Disease.

Find articles by Cronvich, J. in: PubMed | Google Scholar

^{Department of Medicine of the Tulane University of Louisiana at New Orleans}

^{Department of Electrical Engineering of the Tulane University of Louisiana at New Orleans}

^{Charity Hospital of Louisiana at New Orleans}

Aided by a Public Health Service grant H-143, U. S. A. E. C. Grant No. AT-(40-1)-233, and the Mrs. E. J. Caire Fund for Research in Heart Disease.

Find articles by Burch, G. in: PubMed | Google Scholar