Na+ has been suggested to accumulate in tissues, particularly skin, in a hypertonic manner and to exert local pathogenic effects. Here, we reappraise this phenomenon which is systemic in nature and reflects isotonic changes in the relative extracellular volume in tissues, e.g. subclinical oedema; as such, it occurs in human hypertension and aging
A precise maintenance of sodium and fluid balance is an essential step in the regulation of blood pr...
The role of salt in the pathogenesis of arterial hypertension is not well understood. According to t...
Average global salt intake is more than double the amount that is recommended by guidelines (5 grams...
Our understanding of Na+ homeostasis has recently been reshaped by the notion of skin as a depot for...
Our understanding of Na+ homeostasis has recently been reshaped by the notion of skin as a depot for...
Our understanding of Na+ homeostasis has recently been reshaped by the notion of skin as a depot for...
Hypertonic Na + accumulation in peripheral tissues is a recently described phenomenon: it has been a...
Purpose of Review The regulation of blood pressure is conventionally conceptualised into the product...
Hypertonic Na+ accumulation in peripheral tissues is a recently described phenomenon: it has been as...
Excessive sodium intake has been well established as a risk factor for the development and progressi...
The common notion is that the body Na(+) is maintained within narrow limits for fluid and blood pres...
The common notion is that the body Na(+) is maintained within narrow limits for fluid and blood pres...
Purpose of Review: The regulation of blood pressure is conventionally conceptualised into the prod...
High dietary salt intake is associated with hypertension; the prevalence of salt-sensitive hypertens...
Human hypertensive subjects were found to have an increased sodium and water concentration in renal ...
A precise maintenance of sodium and fluid balance is an essential step in the regulation of blood pr...
The role of salt in the pathogenesis of arterial hypertension is not well understood. According to t...
Average global salt intake is more than double the amount that is recommended by guidelines (5 grams...
Our understanding of Na+ homeostasis has recently been reshaped by the notion of skin as a depot for...
Our understanding of Na+ homeostasis has recently been reshaped by the notion of skin as a depot for...
Our understanding of Na+ homeostasis has recently been reshaped by the notion of skin as a depot for...
Hypertonic Na + accumulation in peripheral tissues is a recently described phenomenon: it has been a...
Purpose of Review The regulation of blood pressure is conventionally conceptualised into the product...
Hypertonic Na+ accumulation in peripheral tissues is a recently described phenomenon: it has been as...
Excessive sodium intake has been well established as a risk factor for the development and progressi...
The common notion is that the body Na(+) is maintained within narrow limits for fluid and blood pres...
The common notion is that the body Na(+) is maintained within narrow limits for fluid and blood pres...
Purpose of Review: The regulation of blood pressure is conventionally conceptualised into the prod...
High dietary salt intake is associated with hypertension; the prevalence of salt-sensitive hypertens...
Human hypertensive subjects were found to have an increased sodium and water concentration in renal ...
A precise maintenance of sodium and fluid balance is an essential step in the regulation of blood pr...
The role of salt in the pathogenesis of arterial hypertension is not well understood. According to t...
Average global salt intake is more than double the amount that is recommended by guidelines (5 grams...