Module
22- Kinetics of the pharmacological response
Introduction to pharmacokinetics
IV administration
Elimination Rate Constant
Volume of Distribution
Half Life
Total Body Clearance
Area Under The Curve
IV Drug Administration
Oral administration
Bioavailability and bioequivalence
Absorption rate constant
Oral drug administration
Steady state concept
Constant rate infusion
Multiple Drug Administration
Drug elimination
Renal Excretion of Drugs
Metabolite kinetics (I)
Metabolite kinetics (II)
Drug pharmacokinetics in renal dysfunction
Multiple compartment pharmacokinetics
Two compartment pharmacokinetic model (I)
Two compartment pharmacokinetic model (II)
Nonlinear pharmacokinetics
Intermittent IV infusions
Physiological approach to the clearance concept
Kinetics of the pharmacological effects
Therapeutic drug monitoring
Objectives
Introduction
Introduction
Pharmacodynamic models
- The linear model
- The log-linear model
- The E
max
model
- The sigmoid E
max
model
The pharmacokinetic-pharmacodynamic link
PK/PD modeling using the effect compartment
Clinical significance of PK/PD modeling
Summary
Plot
Plot
Linear
Semilog
Help
Questions
×
Module
22- Kinetics of the pharmacological response
Introduction to pharmacokinetics
IV administration
Elimination Rate Constant
Volume of Distribution
Half Life
Total Body Clearance
Area Under The Curve
IV Drug Administration
Oral administration
Bioavailability and bioequivalence
Absorption rate constant
Oral drug administration
Steady state concept
Constant rate infusion
Multiple Drug Administration
Drug elimination
Renal Excretion of Drugs
Metabolite kinetics (I)
Metabolite kinetics (II)
Drug pharmacokinetics in renal dysfunction
Multiple compartment pharmacokinetics
Two compartment pharmacokinetic model (I)
Two compartment pharmacokinetic model (II)
Nonlinear pharmacokinetics
Intermittent IV infusions
Physiological approach to the clearance concept
Kinetics of the pharmacological effects
Therapeutic drug monitoring
Objective
Introduction
Introduction
Pharmacodynamic models
- The linear model
- The log-linear model
- The E
max
model
- The sigmoid E
max
model
The pharmacokinetic-pharmacodynamic link
PK/PD modeling using the effect compartment
Clinical significance of PK/PD modeling
Summary
Plot
Plot
Linear
Semilog
Help
Questions
The sigmoid-Emax pharmacodynamic model assumes:
1 -
Linear concentration-effect relationship
2 -
Log-linear concentration-effect relationship
3 -
Hyperbolic concentration-effect relationship
4 -
Sigmoid (S-shaped) concentration-effect relationship