The model includes actively maintained transmembrane Na+ and K+ gradients and transport Na/K-ATPase activated by intracellular Na+ (Version 1). The black circle indicates the normal physiological state of the erythrocyte.</p
Cytoplasmic conductivity of human erythrocytes may be significantly disturbed by the composition of ...
Age-related changes in the transport ATPase system of mammalian erythrocyte membranes have been inve...
<p>The predicted effects of sudden and maximal Gardos channel activation on the membrane potential E...
The dependence of the relative stationary volume of the erythrocyte (A) and stationary intracellular...
Panels (A) and (B) show the dependence of the relative erythrocyte cell volume on the non-selective ...
In panel (A) parameter W (Table 1) was varied above and below its physiological value. In panel (B) ...
Functional effectiveness of erythrocytes depends on their high deformability that allows them to pas...
The dependence of erythrocyte transmembrane potential (A) and intracellular ion concentrations (B) o...
(A)—The steady-state rate of ATP consumption by ion pumps; (B)—ATP concentration; (C)–Energy charge ...
Protocol to control hydration state of RBC The normal K+ concentration in human RBCs is about 130-14...
Solid and dotted purple arrows show active and passive ion fluxes through the cell membrane, respect...
This paper recounts recent uwork concerning the Na aiid K permeability of red blood cells. The discu...
Cytoplasmic conductivity of human erythrocytes may be significantly disturbed by the composition of ...
Cytoplasmic conductivity of human erythrocytes may be significantly disturbed by the composition of ...
Model variables and parameters characterizing the normal physiological state of a human erythrocyte....
Cytoplasmic conductivity of human erythrocytes may be significantly disturbed by the composition of ...
Age-related changes in the transport ATPase system of mammalian erythrocyte membranes have been inve...
<p>The predicted effects of sudden and maximal Gardos channel activation on the membrane potential E...
The dependence of the relative stationary volume of the erythrocyte (A) and stationary intracellular...
Panels (A) and (B) show the dependence of the relative erythrocyte cell volume on the non-selective ...
In panel (A) parameter W (Table 1) was varied above and below its physiological value. In panel (B) ...
Functional effectiveness of erythrocytes depends on their high deformability that allows them to pas...
The dependence of erythrocyte transmembrane potential (A) and intracellular ion concentrations (B) o...
(A)—The steady-state rate of ATP consumption by ion pumps; (B)—ATP concentration; (C)–Energy charge ...
Protocol to control hydration state of RBC The normal K+ concentration in human RBCs is about 130-14...
Solid and dotted purple arrows show active and passive ion fluxes through the cell membrane, respect...
This paper recounts recent uwork concerning the Na aiid K permeability of red blood cells. The discu...
Cytoplasmic conductivity of human erythrocytes may be significantly disturbed by the composition of ...
Cytoplasmic conductivity of human erythrocytes may be significantly disturbed by the composition of ...
Model variables and parameters characterizing the normal physiological state of a human erythrocyte....
Cytoplasmic conductivity of human erythrocytes may be significantly disturbed by the composition of ...
Age-related changes in the transport ATPase system of mammalian erythrocyte membranes have been inve...
<p>The predicted effects of sudden and maximal Gardos channel activation on the membrane potential E...