Constancy of the form of living cells is one of their most important psysiological characteristics. This is possible only when intracellular and extracellular osmotic pressure is constant. Equal osmotic pressure between the two sidas of cell membranes is provided by the so-called pump mechaaism(s) of ion movements. [...
A new method permits, in a complex e,flux curve from living cells, identification of the fraction o ...
Changes in intracellular sodium during the hydroosmotic response to vasopressin. During vasopressin ...
Membrane potentials and the electrical resistance of the cell membranes and the shunt pathway of toa...
The toad bladder, like the kidney tubule, is capable of reabsorbing sodium actively, that is against...
potential difference were measured in toad hemibladders mounted as sacs on glass cannulae. When sac ...
Recent investigation has shown that the fully aquatic, larval form of the salamander Ambystoma tigri...
Energy expenditure and transepithelial sodium transport were measured continuously and simultaneousl...
The exchange of substances between higher o ganisms and the environment takes place at the level of ...
The effect of transepithelial potential difference (ψ) on Na and Cl flux across toad bladder was ass...
All eukaryotic animal cells have high extracellular sodium and high intracellular potassium, a rever...
The urinary bladder urothelial are highly specialized epithelia that protect the underlying tissues ...
In the attempt to find a high-resistance epithelium suitable for microelectrode work, we have studie...
Microelectrode techniques were employed to measure membrane potentials, the electrical resistance of...
The volume of individual cells in intact frog urinary bladders was determined by quantitative micros...
The barrier epithelia of amphibians such as frog skin and toad urinary bladder play an essential rol...
A new method permits, in a complex e,flux curve from living cells, identification of the fraction o ...
Changes in intracellular sodium during the hydroosmotic response to vasopressin. During vasopressin ...
Membrane potentials and the electrical resistance of the cell membranes and the shunt pathway of toa...
The toad bladder, like the kidney tubule, is capable of reabsorbing sodium actively, that is against...
potential difference were measured in toad hemibladders mounted as sacs on glass cannulae. When sac ...
Recent investigation has shown that the fully aquatic, larval form of the salamander Ambystoma tigri...
Energy expenditure and transepithelial sodium transport were measured continuously and simultaneousl...
The exchange of substances between higher o ganisms and the environment takes place at the level of ...
The effect of transepithelial potential difference (ψ) on Na and Cl flux across toad bladder was ass...
All eukaryotic animal cells have high extracellular sodium and high intracellular potassium, a rever...
The urinary bladder urothelial are highly specialized epithelia that protect the underlying tissues ...
In the attempt to find a high-resistance epithelium suitable for microelectrode work, we have studie...
Microelectrode techniques were employed to measure membrane potentials, the electrical resistance of...
The volume of individual cells in intact frog urinary bladders was determined by quantitative micros...
The barrier epithelia of amphibians such as frog skin and toad urinary bladder play an essential rol...
A new method permits, in a complex e,flux curve from living cells, identification of the fraction o ...
Changes in intracellular sodium during the hydroosmotic response to vasopressin. During vasopressin ...
Membrane potentials and the electrical resistance of the cell membranes and the shunt pathway of toa...