water and salt retentioncauseswater and salt retention
sodium ion and water retention resulting in an increase in blood volume and pressurecausessodium ion and water retention resulting in an increase in blood volume and pressure
sodium and water retentioncausessodium and water retention
to sodium and water retentionleadsto sodium and water retention
sodium ion reabsorption from the distal tubulecausessodium ion reabsorption from the distal tubule
in sodium and fluid retentionresultsin sodium and fluid retention
sodium and fluid retentioncausessodium and fluid retention
sodium and fluid retention , which further increases intravascular volumecausessodium and fluid retention , which further increases intravascular volume
retention of Na+ and Watercausesretention of Na+ and Water
to increase in Na+ reabsorption which increases blood volume and therefore blood pressureleadsto increase in Na+ reabsorption which increases blood volume and therefore blood pressure
sodium to becausessodium to be
sodium or water retention at collecting ductcausessodium or water retention at collecting duct
sodium to be reabsorbed in the distal renal tubule in exchange for potassium and hydrogen ionscausessodium to be reabsorbed in the distal renal tubule in exchange for potassium and hydrogen ions
in small increases in serum potassiummay resultin small increases in serum potassium
in excess sodium foodresultingin excess sodium food
salt and water retentioncausessalt and water retention
to salt and water retentionleadsto salt and water retention
increased distal tubule K+ secretion ... causing the hypokalemia seen with contraction alkalosiscausesincreased distal tubule K+ secretion ... causing the hypokalemia seen with contraction alkalosis
the kidney to retain water and sodiumcausesthe kidney to retain water and sodium
increased distal tubule K+ secretion ... in turn causing the hypokalemia seen with contraction alkalosiscausesincreased distal tubule K+ secretion ... in turn causing the hypokalemia seen with contraction alkalosis
to decreased salt & water retention leads to decreased preload decreasedleadsto decreased salt & water retention leads to decreased preload decreased
to vascular damageleadsto vascular damage
to hyperaldosteronismleadingto hyperaldosteronism
the renin angiotensin systeminfluencedthe renin angiotensin system
fluid retention [ 2causesfluid retention [ 2
in diuresisresultingin diuresis
hyperkalaemiacan causehyperkalaemia
hypochloremiacould causehypochloremia
to concomitant increase in serum drug concentrationleadingto concomitant increase in serum drug concentration
in increased plasma levels of this drug and its metabolitesmay resultin increased plasma levels of this drug and its metabolites