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 …

This review of water transport measurement in normal human erythrocytes attempts to
harmonize discordant results obtained under diverse study conditions with two different …

We have used the nuclear magnetic relaxation of water protons to measure the diffusional
permeability (P w) of human red blood cells to water as a function of concentration of …

Water exchange through erythrocyte membranes occurs rapidly in the order of milliseconds.
This relatively high rate of transport requires special methods for investigation among which …

This chapter reviews the methods and interpretations of water permeability measurements.
Water permeates biological membranes through several routes. Water appears to move …

Although the process of water transport across biological membranes is of considerable
importance for many physiological processes and various hypotheses have been proposed …

Water diffusion permeability of human erythrocytes has been measured by NMR using a
pulsed magnetic field gradient technique. The measurement of exchange rates was based …

Water exchange between human red blood cells and the plasma phase was measured by
water proton nuclear magnetic resonance relaxation in the presence of low concentrations …

354 BIOCHIMICA ET BIOPHYSICA ACTA RBA 76077 WATER DIFFUSION PERMEABILITY
OF ERYTHROCYTES USING AN NMR TECHNIQUE T. CONLON a AND Page 1 354 …

The response of human red blood cells to the cryoprotective agents, DMSO and glycerol,
has been investigated using a pulsed NMR method. The experimentally determined …