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Introduction to Pharmacodynamics | Pharmacology

🧬 Subscribe for more science lectures: https://www.youtube.com/c/EKGScience?... In this lecture, EKG is going to cover an introduction to pharmacology and introduce you to one of the fundamental concepts, which is pharmacodynamics. It's the study of how drugs produce their biological effects and how drugs will affect the different systems of the body. In other words, what does the drug do to the body? We’re going to break down what a drug is, how drugs produce their effects on the body, and introduce you to the different types of drug targets. In later pharmacodynamics lectures, we’re going to expand on these topics. Feeling a little under the dose of pharmacology? Subscribe to the channel and we'll fill your prescription with more pharma content! Seriously though don't be a placebo and hit the like button 😉 Lecture Overview: 0:00 Intro 0:28 Drug Definition 2:25 How Drugs Are Classified 3:00 Drug Nomenclature 5:29 What is Pharmacodynamics? 7:32 Non-Selective Interactions (Antacids & Osmotic Laxatives) 10:17 Drug Actions (Protein Targets For Drug Binding) 11:25 Ion Channels (Voltage & Gated-Ion Channels) 16:52 Drugs That Target Ion Channels 19:25 Carrier Proteins 23:08 Drugs That Target Carrier Proteins 26:48 Enzymes 27:28 Drugs That Target Enzymes 30:10 Receptors ✏️ All diagrams were made by EKG. For educational purposes only; NOT medical or other advice. --- 💙 SUPPORT EKG SCIENCE PayPal - https://www.paypal.com/paypalme/ekgsc... 📸 SOCIAL MEDIA Instagram -   / ekgscience   Twitter -   / ekgscience   📚 STUDY NEXT: Pharmacodynamics: Types of Receptors -    • Types of Receptors: Ligand-Gated, GPC...   Pharmacodynamics: GPCRs & Second Messengers Pharmacodynamics: Advanced Receptor Concepts 🌏 Our mission here at EKG Science is to serve the current and future generations of learners by creating free, world-class science lectures.  Write your story. Remember, subtract complexity & slow down. #pharmacodynamics #pharmacology #ekgscience