Self diffusion of cell water has been measured at diffusion times ranging form 0.3 ms to 2.4 s for three muscle types of Rana pipiens, using various magnetic field gradient nuclear magnetic resonance methods. Intracellular diffusion coefficients and membrane permeabilities are calculated with the aid of previous theoretical results for regularly spaced permeable planar barriers. The intracellular diffusion coefficient is 1.6 x 10–5 cm2/s, in approximate agreement with other literature values for skeletal muscles. The outer membrane permeabilities are estimated at 0.01 cm/s for two of the muscle types, and much higher for the other one
AbstractThe exchange of water across biological membranes is of fundamental significance to both ani...
The water self-diffusion behavior in yeast cell water suspension was investigated by pulsed field gr...
The water self-diffusion behavior in yeast cell water suspension was investigated by pulsed field gr...
ABSTRACT Self diffusion of cell water has been measured at diffusion times ranging from 0.3 ms to 2....
AbstractThe exchange of water across biological membranes is of fundamental significance to both ani...
We have measured the total permeability coefficients P as a function of stirring frequency omega for...
A method is presented for obtaining simple approximate solutions for the problem of self-diffusion i...
A new pulsed-gradient spin-echo NMR protocol for assessing the local self-diffusion coefficient D(0)...
A method is presented for obtaining simple approximate solutions for the problem of self-diffusion i...
A method is presented for obtaining simple approximate solutions for the problem of self-diffusion i...
The relative self-diffusion coefficients D/Do, of water in various solutions, in fresh barnacle musc...
The anisotropy of the spin-diffusion coefficient Ds of water protons in skeletal muscle has been stu...
The anisotropy of the spin-diffusion coefficient Ds of water protons in skeletal muscle has been stu...
Junge and McLaughlin (1987) derived an expression for the apparent diffusion constant of protons in ...
The water self-diffusion behavior in yeast cell water suspension was investigated by pulsed field gr...
AbstractThe exchange of water across biological membranes is of fundamental significance to both ani...
The water self-diffusion behavior in yeast cell water suspension was investigated by pulsed field gr...
The water self-diffusion behavior in yeast cell water suspension was investigated by pulsed field gr...
ABSTRACT Self diffusion of cell water has been measured at diffusion times ranging from 0.3 ms to 2....
AbstractThe exchange of water across biological membranes is of fundamental significance to both ani...
We have measured the total permeability coefficients P as a function of stirring frequency omega for...
A method is presented for obtaining simple approximate solutions for the problem of self-diffusion i...
A new pulsed-gradient spin-echo NMR protocol for assessing the local self-diffusion coefficient D(0)...
A method is presented for obtaining simple approximate solutions for the problem of self-diffusion i...
A method is presented for obtaining simple approximate solutions for the problem of self-diffusion i...
The relative self-diffusion coefficients D/Do, of water in various solutions, in fresh barnacle musc...
The anisotropy of the spin-diffusion coefficient Ds of water protons in skeletal muscle has been stu...
The anisotropy of the spin-diffusion coefficient Ds of water protons in skeletal muscle has been stu...
Junge and McLaughlin (1987) derived an expression for the apparent diffusion constant of protons in ...
The water self-diffusion behavior in yeast cell water suspension was investigated by pulsed field gr...
AbstractThe exchange of water across biological membranes is of fundamental significance to both ani...
The water self-diffusion behavior in yeast cell water suspension was investigated by pulsed field gr...
The water self-diffusion behavior in yeast cell water suspension was investigated by pulsed field gr...