Pharmacokinetics – Open MOOC Edition-113 Academic Year

This course is provided by the NYCU College of Medicine.

Pharmacokinetics basically explores the journey of drug absorption, distribution, metabolism, and excretion in the body, how drugs enter the systemic circulation, how the body's enzymes metabolize drugs, and how drugs pass through biological barriers. Compared to pharmacodynamics, which is the effect of drugs on the body, pharmacokinetics is the effect of the body on the drugs.
This course will also introduce the basic theories of zero-order and first-order kinetics and the compartment theory of pharmacokinetics. Due to the epidemic of COVID-19, Pfizer’s experimental pharmacokinetic data, including the dose-dependent of Paxlovid (a combination antiviral medication of nirmatrelvir + ritonavir used to treat COVID-19), whether food affects the pharmacokinetics of Paxlovid, whether racial differences affect pharmacokinetics, etc., were also discussed in class.

 

Textbook:
Goodman & Gilman's: The Pharmacological Basis of Therapeutics, 14th Edition, 2023.
Section I: General Principles

Laurence L. Brunton, Björn C. Knollmann

Applied Biopharmaceutics & Pharmacokinetics, 7e, 2016
Leon Shargel, Andrew B.C. Yu

ical Microbiology, 9th Edition by  Murray,  Rosenthal and  Pfaller.

For perfect learning results, please buy textbooks!

 

Instructor(s) 中醫學系 蔡東湖老師
Course Credits  2  Credits
Academic Year 113 Academic Year
Level Graduate Student
Prior Knowledge None
Related Resources Course Video 

NO.Course ContentCourse Video
1Lec01 Pharmacokinetic introductionWatch Online
2Lec02 Oral Drug AbsorptionWatch Online
3Lec03 Bioavailability and BioequivalenceWatch Online
4Lec04 Experimental PharmacokineticsWatch Online
5Lec05 Studies of COVID-19 Drugs Across Biological BarriersWatch Online
6Lec06 Pharmacokinetic Studies of COVID-19 DrugsWatch Online
7Lec07 Effects of Food on PharmacokineticsWatch Online
8Lec08 Unbound Drug Fraction and Plasma Protein BindingWatch Online
9Lec09 Drug Transport Across Membranes, the Henderson–Hasselbalch Equation, and First-Pass EffectWatch Online
10Lec10 Multiple Dosing and Controlled-Release Dosage FormsWatch Online
11Lec11 Routes of Drug AdministrationWatch Online
12Lec12 Drug Distribution, Metabolism, and ExcretionWatch Online
13Lec13 Questions and Course OverviewWatch Online
14Lec14 Zero-Order and First-Order PharmacokineticsWatch Online
15Lec15 Zero-Order and First-Order Pharmacokinetics: Calculation PracticesWatch Online
16Lec16 One-compartment TheoryWatch Online
17Lec17 Calculator-Based Pharmacokinetic Calculations in One-compartmentWatch Online
18Lec18 Pharmacokinetic Analysis Using SigmaPlot in One-compartmentWatch Online
19Lec19 Pharmacokinetic Analysis Using WinNonlin in One-compartmentWatch Online
20Lec20 Two-Compartment Model and Calculator-Based Pharmacokinetic Analysis Using SigmaPlotWatch Online
21Lec21 Pharmacokinetic Analysis Using WinNonlin in Two-compartmentWatch Online
22Lec22 Absorption of Orally Administered DrugsWatch Online
23Lec23 Factors Affecting Oral Drug AbsorptionWatch Online
24Lec24 Biliary Excretion and Enterohepatic CirculationWatch Online
25Lec25 Experimental Design for Enterohepatic CirculationWatch Online
26Lec26 Absorption and Bioavailability of Lipophilic DrugsWatch Online
27Lec27 Drug DistributionWatch Online
28Lec28 Drug-Protein BindingWatch Online
29Lec29 Central Nervous System Pharmacokinetics and the Blood-Brain Barrier (BBB)Watch Online
30Lec30 The Blood-Brain Barrier (BBB)Watch Online
31Lec31 The Blood-Placenta Barrier (BPB)Watch Online
32Lec32 Drug MetabolismWatch Online
33Lec33 Metabolism of AcetaminophenWatch Online
34Lec34 Analgesic Metabolites of MorphineWatch Online
35Lec35 Metabolism of Lipophilic DrugsWatch Online
36Lec36 Drug-Drug Interactions in Metabolism and Interactions Between Traditional Chinese MedicineWatch Online
37Lec37 Drug ExcretionWatch Online
38Lec38 Tissues Involved in Drug ExcretionWatch Online
39Lec39 Mechanisms of Barbiturate ExcretionWatch Online
40Lec40 Effects of Drug Interactions on ExcretionWatch Online