In vertebrates, the development of complex and efficient mechanisms for avoiding potassium intoxication might be predicted from a simple consideration of their chemical anatomy. The proper function of excitable membranes depends on a low concentration of potassium outside of the cell. On the other hand, potassium is the major ionic constituent of intracellular fluid; it therefore accompanies calories in almost every form of food. Animals that alternate starvation with periods of gorging themselves must therefore be able to adapt to sudden large exogenous loads of potassium in order to avoid potassium intoxication
A complex pump-leak system involving both active and passive transport mechanisms is responsible for...
Potassium homeostasis in man is normally accomplished by appropriate changes in the renal excretion ...
Hyperkalemia: An adaptive response in chronic renal insufficiency.BackgroundHyperkalemia is a common...
Paradoxical potassium depletion: a renal mechanism for extrarenal potassium adaptation. Following ne...
Maintenance of potassium homeostasis presents a unique and complex problem in electrolyte regulation...
The critical importance of serum potassium concentration in both health and disease has been demonst...
Paradoxical potassium depletion: a renal mechanism for extrarenal potassium adaptation. Following ne...
Potassium homeostasis in man is normally accomplished by appropriate changes in the renal excretion ...
the adaptation in potassium excretion associated with nephron reduction was made in dogs with unilat...
Maintenance of potassium homeostasis presents a unique and complex problem in electrolyte regulation...
The critical importance of serum potassium concentration in both health and disease has been demonst...
A B S T R A C T The influence on urinary acidification of prolonged ingestion of a high potassium di...
Increased large intestinal secretion of potassium in renal insufficiency. An increase in potassium e...
Role of the medullary collecting duct in potassium excretion in potassium-adapted animals. Previous ...
The average potassium intake in the United States population ranges from 90 to 120 mEq/day. About 98...
A complex pump-leak system involving both active and passive transport mechanisms is responsible for...
Potassium homeostasis in man is normally accomplished by appropriate changes in the renal excretion ...
Hyperkalemia: An adaptive response in chronic renal insufficiency.BackgroundHyperkalemia is a common...
Paradoxical potassium depletion: a renal mechanism for extrarenal potassium adaptation. Following ne...
Maintenance of potassium homeostasis presents a unique and complex problem in electrolyte regulation...
The critical importance of serum potassium concentration in both health and disease has been demonst...
Paradoxical potassium depletion: a renal mechanism for extrarenal potassium adaptation. Following ne...
Potassium homeostasis in man is normally accomplished by appropriate changes in the renal excretion ...
the adaptation in potassium excretion associated with nephron reduction was made in dogs with unilat...
Maintenance of potassium homeostasis presents a unique and complex problem in electrolyte regulation...
The critical importance of serum potassium concentration in both health and disease has been demonst...
A B S T R A C T The influence on urinary acidification of prolonged ingestion of a high potassium di...
Increased large intestinal secretion of potassium in renal insufficiency. An increase in potassium e...
Role of the medullary collecting duct in potassium excretion in potassium-adapted animals. Previous ...
The average potassium intake in the United States population ranges from 90 to 120 mEq/day. About 98...
A complex pump-leak system involving both active and passive transport mechanisms is responsible for...
Potassium homeostasis in man is normally accomplished by appropriate changes in the renal excretion ...
Hyperkalemia: An adaptive response in chronic renal insufficiency.BackgroundHyperkalemia is a common...