Pharmacokinetics From Zero to Hero
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Welcome to Principles of Pharmacokinetics, a comprehensive foundational course designed for pharmacy students, pharmacologists, and healthcare professionals.
Have you ever wondered how a tiny pill targets a specific ache in your body, how long it stays there, or why some medications require multiple daily doses while others are taken just once a week? This course demystifies the dynamic journey of a drug through a living organism.
Pharmacokinetics (PK) is often described as “what the body does to the drug.” Throughout this course, you will master the core quantitative and physiological processes that govern drug intensity and duration: Absorption, Distribution, Metabolism, and Excretion (ADME). By the end of this module, you will not only understand the theory behind drug concentration over time but also how to apply these principles to real-world clinical dosing and drug development.
What You Will Learn
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The ADME Framework: Master the four pillars of pharmacokinetics and the physiological mechanisms behind them.
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Mathematical Modeling: Understand and calculate crucial PK parameters including bioavailability (F), volume of distribution (Vd), clearance (Cl), and half-life.
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Compartmental Models: Differentiate between one-compartment and multi-compartment body models to predict drug behavior.
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Clinical Applications: Apply PK concepts to design safe, effective dosage regimens and predict potential drug-drug interactions.
- Course Management
- Communication and Collaboration
- User-Friendly Interface
- Pharmacists
- Pharmacy students
- Clinical Pharmacists
- User-Friendly Interface
- Robust Course Management Capabilities
- Effective Communication and Collaboration
- 1 Section
- 29 Lessons
- Lifetime
- Pharmacokinetic Modules29
- 1.1Mechanisms of Absorption45 Minutes
- 1.2Partition Coefficient
- 1.3Degree of Ionization
- 1.4Factors affect drug absorption28 Minutes
- 1.5Volume of distribution38 Minutes
- 1.6Plasma protein Binding
- 1.7First pass metabolism51 Minutes
- 1.8Phase 1 Metabolism51 Minutes
- 1.9Cytochrome P450 Enzymes29 Minutes
- 1.10Phase 2 Metabolism23 Minutes
- 1.11Excretion of drugs40 Minutes
- 1.12Clearance Calculation & Equations36 Minutes
- 1.13Hepatic Clearance Calculation & Equations16 Minutes
- 1.14Linear VS Non-linear Pharmacokinetics31 Minutes
- 1.15First Order VS Zero Order Elimination Kinetics25 Minutes
- 1.16First order & Zero Order Kinetics Calculation & Equations44 Minutes
- 1.17Bioavailability Concepts33 Minutes
- 1.18Measurement of Bioavailability26 Minutes
- 1.19Bioequivalence Studies18 Minutes
- 1.20Elimination Half-Life23 Minutes
- 1.21Pharmacokinetic Models17 Minutes
- 1.22Clinical Pharmacokinetics23 Minutes
- 1.23Steady State Plasma Concentration29 Minutes
- 1.24Loading Dose11 Minutes
- 1.25Intravenous (IV) bolus injection26 Minutes
- 1.26Continuous Intravenous Infusion29 Minutes
- 1.27Multiple Dosing31 Minutes
- 1.28PK changes in Geriatrics,34 Minutes
- 1.29Dosing in Renal Impairment & Creatinine Clearance32 Minutes

*Doctor of Clinical Pharmacy (PharmD)
*MSc in Microbiology & Immunology
*Certified in CIC, CPHQ, TQM, BCPS, PDIC
*Head of Infection Control Department
*Former Head of Clinical Pharmacy Department
*Active Member of the Saudi Society of Clinical Pharmacy (SSCP)
*Former Member of the MOH Scientific Committee
*Specialized in Prometric Exam Preparation & Gulf Career Guidance
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The field of pharmacokinetics is rapidly shifting from descriptive compartment models to predictive Physiologically Based Pharmacokinetic (PBPK) modeling, allowing researchers to simulate drug disposition in complex, unstudied patient populations without traditional clinical trials.
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