The lipid bilayer moiety of biological membranes is considered to be the primary barrier to
free diffusion of water and solutes. This conclusion arises from observations of lipid bilayer …

Ice formation in aqueous solutions and suspensions involves a number of significant
changes and processes in the residual liquid. The resulting effects were described …

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

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 role of root temperature TR in regulating the water-uptake capability of rice roots and the
possible relationship with aquaporins were investigated. The root hydraulic conductivity Lp r …

Thermodynamic models show that the loss of intracellular water from human erythrocytes
during freezing depends heavily upon the water conductivity of the erythrocyte membrane …

The diffusional water permeability of human red cells and ghosts was determined by
measuring the rate of tracer efflux by means of an improved version of the continuous flow …

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

A new hypothesis, based on the assumption that intracellular water remains liquidlike below
0° C and therefore its vapor pressure (vp) is greater than that of ice, is proposed to explain …

The effect of temperature on the permeability of nonelectrolytes across liposomal
membranes above and below their transition temperature has been studied by using an …