Free Course Image Introduction to Pharmacology

Free online course Introduction to Pharmacology

Duration of the online course: 1 hours and 5 minutes

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Build essential drug-therapy skills with a free online pharmacology course—learn how medicines work and move through the body, plus quizzes and certificate-ready practice.

In this free course, learn about

  • Define pharmacokinetics vs pharmacodynamics (body on drug vs drug on body)
  • Explain ADME: absorption, distribution, metabolism, excretion
  • Identify metabolism as conversion of active drug to inactive (biotransformation)
  • Determine which processes belong to pharmacokinetics vs pharmacodynamics
  • State the primary function of pharmacokinetics in drug action and dosing
  • Recognize how lipid solubility affects distribution and pharmacologic effects
  • Outline major drug system areas: autonomic, neuro, cardiac, respiratory, GI

About the free online course

Understanding how medicines affect the body and how the body handles medicines is a core skill for anyone studying or working in healthcare. This free online course in pharmacology is designed to help you build a strong, practical foundation for safer decisions and clearer clinical reasoning, whether you are preparing for exams, supporting patients, or refreshing key concepts for professional growth.

You will explore the two pillars that shape most drug-related questions in real life: pharmacokinetics and pharmacodynamics. That means learning to think through how a drug is absorbed, distributed, metabolized, and eliminated, and how these processes influence onset, duration, and intensity of effect. In parallel, you will strengthen your grasp of how drugs produce their effects at receptors and tissues, why potency and efficacy are different ideas, and how characteristics such as lipid solubility can change behavior in the body.

The course connects these principles to major body systems frequently encountered in practice and study, including autonomic, neurological, cardiac, respiratory, and gastrointestinal contexts. Instead of memorizing isolated facts, you will develop a structured way to reason about medication effects, predict common outcomes, and spot patterns that recur across drug classes.

To reinforce learning, the experience includes knowledge-check questions focused on key definitions and mechanisms, such as distinguishing what the body does to a drug versus what a drug does to the body, and identifying processes like conversion of active compounds into inactive forms. By the end, you should feel more confident interpreting pharmacology terminology, approaching test-style questions, and applying foundational concepts to everyday healthcare scenarios.

Course content

  • Video class: Pharmacology Intro - Pharmacokinetics, Pharmacodynamics, Autonomic, Neuro, Cardiac, Respiratory, GI 1h05m
  • Exercise: Which of the following processes in pharmacokinetics involves the conversion of a drug from an active form to an inactive form?
  • Exercise: Which of the following processes is primarily associated with what the body does to a drug?
  • Exercise: Which of the following pharmacodynamic effects is NOT typically associated with lipid-soluble drugs?
  • Exercise: Which concept does 'pharmacodynamics' relate to?
  • Exercise: What is the primary function of pharmacokinetics in pharmacology?
  • Exercise: Which of the following descriptions best fits the term 'pharmacokinetics'?

This free course includes:

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1 hours and 5 minutes of online video course

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Digital certificate of course completion (Free)

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Exercises to train your knowledge

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100% free, from content to certificate

What is the difference between pharmacokinetics and pharmacodynamics?

Pharmacokinetics describes what the body does to a drug—absorption, distribution, metabolism, and excretion—while pharmacodynamics describes what the drug does to the body.

Which pharmacokinetic process converts an active drug into an inactive metabolite?

Drug metabolism, also called biotransformation, commonly converts active drugs into inactive metabolites, primarily in the liver.

What systems are covered in an introduction to pharmacology course?

The course introduces core pharmacokinetics and pharmacodynamics alongside autonomic, neurological, cardiac, respiratory, and gastrointestinal pharmacology.

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