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The 61 pages that link to Potassium, each with the reason it gives.

• FertilizerRelated: It is the third nutrient in the standard N–P–K fertilizer grade.

• Oral rehydration therapyRelated: Standard oral rehydration solutions include potassium to replace stool losses.

• Renin–angiotensin–aldosterone systemRelated: Aldosterone-driven renal secretion can lower blood potassium concentration.

• MicaRelated: Potassium occupies spaces between many mica layers and helps hold the sheets together.

• Electrolyte imbalanceRelated: Small changes in blood potassium can substantially affect cardiac and skeletal muscle excitability.

• Potassium nitrateRelated: Potassium supplies the K⁺ cations in potassium nitrate.

• Intravenous fluid therapyRelated: Potassium may be included in prescribed fluids, but requires attention to renal function and serum levels.

• CarrageenanRelated: Potassium ions promote kappa-carrageenan gelation and shape its texture.

• Joseph Louis Gay-LussacRelated: Gay-Lussac studied potassium's reactions with Thénard during the element's early investigation.

• Potassium sulfateRelated: Potassium sulfate releases potassium ions that plants use for growth and physiological regulation.

• SpironolactoneRelated: Spironolactone reduces potassium excretion, so blood levels require attention.

• DiureticsRelated: Diuretic-induced potassium changes can affect muscles and heart rhythm.

• MuscoviteRelated: Potassium ions occupy the interlayer sites that hold muscovite sheets together.

• Potassium cyanideRelated: Potassium ions form the positive component of the KCN crystal and aqueous solution.

• Coconut waterRelated: Potassium is the most abundant mineral electrolyte in coconut water.

• Liddle syndromeRelated: Enhanced distal sodium uptake promotes potassium secretion and can lower blood potassium.

• Potassium perchlorateRelated: Potassium atoms form the K⁺ ions in this salt.

• Potassium sorbateRelated: Potassium ions pair with sorbate ions to form the water-soluble salt.

• BiotiteRelated: Potassium ions occupy spaces between biotite’s silicate layers.

• Potassium oxideRelated: Potassium atoms lose electrons to form the K⁺ ions in K₂O.

• LepidoliteRelated: Potassium helps bind lepidolite’s silicate layers together.

• Potassium iodateRelated: Potassium forms the K⁺ cation that balances iodate's negative charge.

• AluniteRelated: Potassium occupies a structural site in alunite and distinguishes it from related minerals.

• FurosemideRelated: Its blood concentration can fall as a downstream consequence of loop diuresis.

• JarositeRelated: Potassium occupies jarosite’s large-cation site and distinguishes it from related minerals.

• KainiteRelated: Potassium in kainite makes the mineral useful as a fertilizer feedstock.

• Potassium benzoateRelated: Its positively charged ion balances the negative charge of benzoate.

• Potassium thiocyanateRelated: Potassium ions balance the negative charge of thiocyanate in KSCN.

• Body fluid compartmentsRelated: Its concentration is much higher inside cells than outside them.

• Caesium-137Related: The body handles caesium partly like potassium, influencing its distribution in soft tissue.

• HyperaldosteronismRelated: Its urinary loss is a key biochemical consequence of aldosterone excess.

• Monopotassium phosphateRelated: Potassium is the cation in monopotassium phosphate and a major plant nutrient.

• Potassium sodium tartrateRelated: Potassium ions occupy one of the two cation sites in Rochelle salt.

• Potassium sulfideRelated: Each formula unit contains two potassium atoms, each forming a K⁺ ion.