Hyperkalemia in CKD is a life-threatening condition caused by high potassium levels. Learn how diet limits, emergency treatments, and modern potassium binders help you stay safe while keeping essential heart and kidney medications.
Culture doesn't just influence behavior - it determines whether people accept even the simplest tools. Learn how cultural dimensions shape adoption of health tech and everyday products - and how to design for real acceptance.
Generic drugs now make up over 90% of U.S. prescriptions, saving billions annually. Learn how the Hatch-Waxman Act changed medicine, why prices still spike, and how the FDA keeps generics safe.
Biosimilars are the closest thing to generics for complex biologic drugs. Learn how they work, why they're cheaper, and how they compare to brand-name biologics-backed by FDA data and real patient outcomes.
Scleroderma is a rare autoimmune disease that hardens skin and damages internal organs. Learn how it develops, how it differs from other autoimmune conditions, why diagnosis is delayed, and what treatments and hope are on the horizon.
Learn how to read children’s medicine labels using age and weight to avoid dangerous dosing errors. Get clear, step-by-step guidance on active ingredients, concentrations, measuring tools, and when to call a doctor.
Americans pay less for generic drugs than Europeans, but far more for brand-name medications. This paradox stems from how each system handles competition, pricing, and innovation funding.
Chronic GERD can lead to Barrett’s esophagus, a precancerous condition that increases esophageal cancer risk. Learn who needs screening, how it’s diagnosed, and what treatments can prevent cancer before it starts.
Learn how to safely compare generic drug manufacturers and identify pill appearance changes. Understand bioequivalence, why generics look different, and how to verify your medication is safe and correct.
Bioavailability studies prove generic drugs work like brand-name versions by measuring how much and how fast the active ingredient enters the bloodstream. The FDA uses AUC and Cmax to ensure equivalence within strict limits.
