Add to ORKGInduced potassium transport in the human erythrocyte was investigated. It is shown that transport induced by volume increase is chloride dependent. Furosemide experimentation confirms the effects of volume regulation are due to a cotransport mechanism. Propranolol studies confirm an additive effect when combined with volume change, revealing no interference. Activation by propranolol involves a phosphatase, thus rendering its activation effect similar to volume regulated activation. Charybdotoxin and TMO studies determine that propranolol only activates the co-transport mechanism
AbstractTwo analogues of the loop diuretics furosemide and bumetanide have been identified as differ...
AbstractMechanisms involved in cell volume regulation are important in SS, SC cells as they might be...
In order to study cation transport in vivo the changes in plasma and red cell rubidium concentration...
Chloride dependent K cotransport channel in human erythrocytes was investigated, in attempts to furt...
The role of MLCK in propranolol activated flux of potassium ions in red blood cells was monitored vi...
man red cell appear to be interrelated. This relationship was investigated under conditions in which...
We studied the regulation of cell volume and cation content in erythrocytes stored at 4 degrees C un...
1. Na+/K+/2Cl- co-transport mediates a bidirectional symport of Na+, K+ and Cl-. The important prope...
The work to be reported in this paper was begun on the basis of two comi-siderations. The first is t...
Abstract. The effect of some cations on the active potassium transport system of the human red blood...
In the presence of 8mm external Ca++, the K+ permeability of human red cell ghosts increases provide...
Effect of diuretics on cell potassium transport: An electron microprobe study. To study the short-te...
human red blood cell is inhibited by strophanthidin, ethacrynic acid, and MK-870 (a new diuretic), a...
The potassium/chloride flux across the erythrocyte membrane is controlled by the KCI cotransport sys...
Activation of K+/Cl- cotransport was studied after exposure of normal human erythrocytes to the oxid...
AbstractTwo analogues of the loop diuretics furosemide and bumetanide have been identified as differ...
AbstractMechanisms involved in cell volume regulation are important in SS, SC cells as they might be...
In order to study cation transport in vivo the changes in plasma and red cell rubidium concentration...
Chloride dependent K cotransport channel in human erythrocytes was investigated, in attempts to furt...
The role of MLCK in propranolol activated flux of potassium ions in red blood cells was monitored vi...
man red cell appear to be interrelated. This relationship was investigated under conditions in which...
We studied the regulation of cell volume and cation content in erythrocytes stored at 4 degrees C un...
1. Na+/K+/2Cl- co-transport mediates a bidirectional symport of Na+, K+ and Cl-. The important prope...
The work to be reported in this paper was begun on the basis of two comi-siderations. The first is t...
Abstract. The effect of some cations on the active potassium transport system of the human red blood...
In the presence of 8mm external Ca++, the K+ permeability of human red cell ghosts increases provide...
Effect of diuretics on cell potassium transport: An electron microprobe study. To study the short-te...
human red blood cell is inhibited by strophanthidin, ethacrynic acid, and MK-870 (a new diuretic), a...
The potassium/chloride flux across the erythrocyte membrane is controlled by the KCI cotransport sys...
Activation of K+/Cl- cotransport was studied after exposure of normal human erythrocytes to the oxid...
AbstractTwo analogues of the loop diuretics furosemide and bumetanide have been identified as differ...
AbstractMechanisms involved in cell volume regulation are important in SS, SC cells as they might be...
In order to study cation transport in vivo the changes in plasma and red cell rubidium concentration...