Learn how the FDA approves generic drugs under the Hatch-Waxman Act, the science behind bioequivalence, and why generics cost up to 85% less than brand-name drugs - without sacrificing safety or effectiveness.
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Learn how the DSCSA system uses serialization, electronic tracking, and real-time verification to stop counterfeit drugs before they reach patients. A deep look at the technology, costs, and gaps in U.S. pharmaceutical supply chain security.
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Long-term metformin use can cause vitamin B12 deficiency, leading to nerve damage, fatigue, and brain fog - often mistaken for diabetes complications. Learn who’s at risk, what symptoms to watch for, and how to prevent irreversible harm.
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Learn how INR monitoring and DOACs work for clotting disorders, their safety risks, cost differences, and who should use each type of blood thinner. Understand real-world trade-offs and what to ask your doctor.
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The FDA's Office of Generic Drugs ensures safe, affordable generic medications reach patients by reviewing applications, enforcing bioequivalence standards, and managing regulatory policy under GDUFA and the Hatch-Waxman Act.
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Ptosis and entropion are common eyelid disorders that can block vision and damage the cornea. Learn the signs, causes, and surgical fixes-plus what you can do before surgery to protect your eyes.
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Women experience nearly twice as many medication side effects as men due to biological differences and outdated clinical trial practices. Learn why this happens, which drugs are most affected, and what’s being done to fix it.
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Learn how to manage nausea, vomiting, and other GI side effects from GLP-1 drugs like Ozempic and Wegovy with practical meal planning and dose titration strategies backed by clinical data and patient success stories.
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Imagery Rehearsal Therapy is a proven, drug-free method to stop PTSD nightmares. Learn how rewriting your dreams can improve sleep, reduce trauma symptoms, and restore your sense of control.
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Learn how medications work at the molecular level through pharmacology basics - from absorption to receptor binding. Understand why drugs affect people differently and how science is making treatments more precise.
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