Diuretics — Nutrient Associations & Health Patterns

Also known as: Hydrochlorothiazide, Furosemide, Chlorthalidone

Drug Class: Blood pressure

Water pills that help remove excess fluid and sodium from the body. Electrolyte losses are a real medication risk. Do not self-start potassium or change the diuretic dose; kidney disease and other medicines can make replacement unsafe.

Medication and Nutrition Context

Electrolyte losses are a real medication risk. Do not self-start potassium or change the diuretic dose; kidney disease and other medicines can make replacement unsafe.

Reviewed source

Reported Nutrient Associations for Diuretics

These relationships do not establish personal deficiency, symptom causation or supplement benefit.

Potassium: Furosemide can increase urinary potassium loss and cause low potassium. Monitoring and replacement depend on kidney function, other medicines and blood results.
Magnesium: Furosemide can increase magnesium loss. A prescription alone does not establish low magnesium.

Common Side Effects of Diuretics

Dehydration
Electrolyte imbalance
Kidney problems
Gout

Key Drug Interactions — Diuretics

Diuretics has 3 documented drug-drug interactions in WePattern's Pattern Health Intelligence database. Key interactions include:

Lithium
Digoxin
NSAIDs

Frequently Asked Questions

What nutrient associations are reported for Diuretics?

Diuretics has reported nutrient associations involving Potassium, Magnesium in clinical research. This does not establish that every person will become deficient or that the medication caused an individual result.

Which nutrient relationships are mapped for Diuretics?

WePattern maps reported associations involving: Potassium, Magnesium. The strength, mechanism, dose, duration, and clinical relevance vary, so a clinician or pharmacist should interpret them in context.

What are the side effects of Diuretics?

Common side effects associated with Diuretics include: Dehydration; Electrolyte imbalance; Kidney problems; Gout.