A critical evaluation has been performed of a NMR technique for the investigation of the
water exchange time through erythrocyte membranes, based on doping with a paramagnetic …

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 …

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

The temperature-dependence of water diffusion across human erythrocyte membrane was
studied on isolated erythrocytes and resealed ghosts by a doping nuclear magnetic …

The water diffusion across human erythrocyte membrane has been studied on intact cells
and resealed ghosts by a doping NMR technique. Although the water exchange time of …

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 …

The temperature and pH dependence of water exchange has been studied on isolated
erythrocytes suspended in isotonic buffered solutions. At pH 7.4 a break in the Arrhenius plot …

The changes in water diffusion across human erythrocyte membranes following exposure to
various inhibitors and proteolytic enzymes have been studied on isolated erythrocytes …

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 …

1. The activation energy of the diffusion water exchange in red blood cells increases with
temperature. 2. Fetal blood has a higher activation energy for diffusion water exchange than …