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The 33 pages that link to Aldosterone, each with the reason it gives.

• OsmoregulationRelated: Its control of sodium handling changes extracellular solute and water balance.

• CorticosteroidBroader topic: It illustrates corticosteroids' salt-regulating role, distinct from cortisol's main effects.

• CortisolCompared with: Both are adrenal cortex steroids, but aldosterone primarily controls salt and water balance.

• NephronRelated: It regulates electrolyte recovery in late nephron segments.

• Steroid hormoneBroader topic: It illustrates steroid control of salt balance and blood pressure.

• HyperkalemiaRelated: Low aldosterone activity can reduce urinary potassium excretion.

• HypokalemiaRelated: Excess aldosterone can increase renal potassium loss and lower blood levels.

• Renin–angiotensin–aldosterone systemBroader topic: Its renal effects conserve sodium and water, supporting extracellular fluid volume.

• Adrenal insufficiencyRelated: Its production often falls in primary adrenal insufficiency but is usually preserved in central forms.

• ACE inhibitorRelated: Lower angiotensin II can reduce aldosterone release and alter fluid balance.

• SteroidogenesisBroader topic: Its synthesis branches from shared precursors in the adrenal cortex.

• Adrenal medullaCompared with: It comes from the cortex’s outer zone, not the catecholamine-secreting medulla.

• Thiazide diureticRelated: Aldosterone helps shape electrolyte responses to thiazide-induced sodium delivery.

• Adrenal glandBroader topic: It is the cortex’s main hormone for salt and fluid regulation.

• Antidiuretic hormoneCompared with: It conserves body fluid mainly through sodium handling, unlike vasopressin’s direct water-permeability effect.

• Collecting ductRelated: It changes collecting-duct sodium and potassium transport through principal-cell activity.

• Angiotensin-converting enzymeRelated: ACE-generated angiotensin II stimulates aldosterone release.

• Primary aldosteronismNarrower topic: Its excessive, renin-independent secretion defines this disorder.

• Addison's diseaseRelated: Low levels cause sodium loss, potassium retention, and falling blood pressure in many cases.

• FludrocortisoneCompared with: Fludrocortisone reproduces many of aldosterone’s effects but is a synthetic drug.

• Angiotensin IIRelated: Angiotensin II stimulates its release from the adrenal cortex, promoting sodium and water retention.

• SpironolactoneRelated: Blocking aldosterone’s effects is spironolactone’s principal mechanism.

• AdrenalectomyRelated: Its loss can affect electrolyte and blood-pressure control after both glands are removed.

• DiureticsRelated: Some diuretics block aldosterone’s effects to increase sodium excretion while conserving potassium.

• CaptoprilRelated: Reduced angiotensin II can lower aldosterone release and thereby alter salt and potassium balance.

• LisinoprilRelated: Reduced angiotensin II signaling lowers aldosterone release, limiting sodium and fluid retention.

• LosartanRelated: Reduced aldosterone signaling helps explain losartan’s effects on potassium and fluid balance.

• EnalaprilRelated: Reduced angiotensin II can lower aldosterone release and lessen sodium retention.

• ValsartanRelated: Blocking angiotensin signaling reduces aldosterone release, changing salt and potassium balance.

• CorticosteroneCompared with: Aldosterone primarily controls salt balance, unlike corticosterone's prominent glucocorticoid actions.

• Body fluidRelated: Its effects on sodium influence extracellular fluid volume.

• HyperaldosteronismBroader topic: Excess secretion of this hormone defines hyperaldosteronism.

• RamiprilRelated: Reduced angiotensin II can lower aldosterone release, affecting fluid balance and potassium levels.