This website: https://www.boomer.org/c/p4/

The eBook: *Basic Pharmacokinetics* and other eBooks for the iPad^{®}

and Apps for the iPhone^{®}, iPad^{®} and AppleTV^{®}

Application of biopharmaceutical and pharmacokinetic theory to clinical problems involved in optimizing and monitoring drug use in patients

- Demonstrate an understanding of the differential and integrated equations associated with pharmacokinetic models
- Demonstrate an understanding and assess factors which affect the absorption, distribution, metabolism and excretion of drugs
- Calculate parameter values from appropriate data using graphical techniques
- Calculate appropriate dosing regimens using appropriate criteria
- Describe the techniques used to determine drug concentrations in biological and formulation matrices

- David W.A. Bourne, B.Pharm., Ph.D.

Other Textbooks - online list of pharmacokinetic text

- Online Resources
- Background Mathematical Material
- Pharmacokinetic Introduction
- One Compartment IV Bolus
- Analysis of Urine Data
- Intravenous Infusion
- Routes of Drug Administration
- Pharmacokinetics of Oral Administration
- Calculation of Bioavailability Parameters
- Bioavailability Studies
- Physiological Factors Affecting Oral Absorption
- Physical-Chemical Factors Affecting Oral Absorption
- Formulation Factors
- Multiple IV Bolus Dose Administration
- Multiple Oral Dose Administration
- Routes of Excretion
- Metabolism
- Drug Distribution
- Multi-Compartment Pharmacokinetic Models
- Noncompartmental Analysis
- Non-Linear Pharmacokinetic Models
- Pharmacodynamic and Physiologically Based Pharmacokinetic Models
- Pharmaceutical Analysis
- Clinical Applications of Pharmacokinetics
- Non-Linear Regression Analysis of Pharmacokinetic Data
- Integrating Differential Equations using Laplace Transforms
- Numerical Integration
- Optimization Methods
- Weighting Data
- Selection of the "Best" Model
- Identifiability
- Optimal Sampling

- Practice Homework [Plotting Data on Linear Graph Paper] Chapter 2
- Practice Homework [Plotting Data on Semi-Log Graph Paper] Chapter 2
- Practice Homework [AUC Calculation Using the Trapezoidal Rule] Chapter 2
- Practice Homework [Calculate One Compartment Parameters] Chapter 4
- Practice Homework [Where did the Poison come from?] Chapter 4
- Practice Homework [Analysis of Urine Data using ΔU/Δt] Chapter 5
- Practice Homework [Intravenous Infusion 1] Chapter 6
- Practice Homework [Intravenous Infusion 2] Chapter 6
- Practice Homework [Intravenous Infusion 3] Chapter 6
- Practice Homework [Multi-Compartment Method Residuals] Chapter 19
- Practice Homework [Multiple IV Bolus 1] Chapter 14
- Practice Homework [Intravenous Infusion - Non steady state TDM] Chapter 6
- Practice Homework [Aminoglycoside - Population Based Dosing]
- Practice Homework [Aminoglycoside - Steady State Dosing]
- Practice Homework [Aminoglycoside - Non Steady State Dosing]
- Practice Homework [Method of Residuals] Chapter 9
- Practice Homework [Wagner-Nelson Method] Chapter 9
- Practice Homework [Calculation of F] Chapter 9
- Practice Homework [Multiple IV Bolus 2] Chapter 14
- Practice Homework [Multiple IV Bolus 3] Chapter 14
- Practice Homework [Multiple IV Bolus 4] Chapter 14
- Practice Homework [Multiple IV Bolus 5] Chapter 14/15
- Practice Homework [Multiple Oral Dose 1] Chapter 15
- Practice Homework [Multiple Oral Dose 2] Chapter 15
- Practice Homework [Multiple Oral Dose 3] Chapter 15
- Practice Homework [Multiple Oral Dose 4] Chapter 15
- Practice Homework [Multiple Oral Dose 5] Chapter 15
- Practice Homework [Superposition 1] Chapter 15
- Practice Homework [Digoxin Pharmacokinetics and Pharmacodynamics]
- Practice Homework [Hepatic Clearance Calculations] Chapter 17
- Practice Homework [Estimate Renal Clearance from Urine versus Time Data] Chapter 16
- Practice Homework [Renal Pharmacokinetics]
- Practice Homework [Vancomycin Pharmacokinetics and Pharmacodynamics]
- Practice Homework [Personalized Pharmacokinetics] Chapter 17
- Practice Homework [Multi-Compartment Micro to Macro] Chapter 19
- Practice Homework [Multi-Compartment Macro to Micro] Chapter 19
- Practice Homework [Multi-Compartment Dosing Problem] Chapter 19
- Practice Homework [Non-compartmental Analysis] Chapter 20
- Practice Homework [Phenytoin] Chapter 21
- Practice Homework [Non-linear Elimination Kinetics] Chapter 21
- Practice Homework [Non-Linear Program] Chapter 22
- Practice Homework [Pharmacodynamic Models] Chapter 23
- Is it true or is it false? - Game
- Is it true or is it false? - Flash Cards

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