The effect of changing extracellular osmolality on water transport in the human red blood cell as measured by the cell water residence time and the activation energy …
WC Small, JH Goldstein - Biochimica et Biophysica Acta (BBA) …, 1981 - Elsevier
A pulse NMR technique employing low extracellular Mn 2+ concentrations has been used in
following the effect of variations in extracellular osmolality on water transport through the …
following the effect of variations in extracellular osmolality on water transport through the …
The effect of changing extracellular osmolality on water transport in the human red blood cell as measured by the cell water residence time and the activation energy …
WC Small, JH Goldstein - Biochimica et Biophysica Acta, 1981 - hero.epa.gov
A pulse NMR technique employing low extracellular Mn2+ concentrations has been used in
following the effect of variations in extracellular osmolality on water transport through the …
following the effect of variations in extracellular osmolality on water transport through the …
[引用][C] THE EFFECT OF CHANGING EXTRACELLULAR OSMOLALITY ON WATER TRANSPORT IN THE HUMAN RED BLOOD CELL AS MEASURED BY THE CELL …
WC SMALL - 1981 - pascal-francis.inist.fr
THE EFFECT OF CHANGING EXTRACELLULAR OSMOLALITY ON WATER TRANSPORT IN
THE HUMAN RED BLOOD CELL AS MEASURED BY THE CELL WATER RESIDENCE TIME …
THE HUMAN RED BLOOD CELL AS MEASURED BY THE CELL WATER RESIDENCE TIME …
The effect of changing extracellular osmolality on water transport in the human red blood cell as measured by the cell water residence time and the activation energy …
WC Small, JH Goldstein - Biochimica et biophysica acta, 1981 - pubmed.ncbi.nlm.nih.gov
A pulse NMR technique employing low extracellular Mn2+ concentrations has been used in
following the effect of variations in extracellular osmolality on water transport through the …
following the effect of variations in extracellular osmolality on water transport through the …
The effect of changing extracellular osmolality on water transport in the human red blood cell as measured by the cell water residence time and the activation energy …
WC Small, JH Goldstein - Biochimica et Biophysica Acta, 1981 - europepmc.org
A pulse NMR technique employing low extracellular Mn2+ concentrations has been used in
following the effect of variations in extracellular osmolality on water transport through the …
following the effect of variations in extracellular osmolality on water transport through the …