Population pharmacokinetics: from fundamentals to clinical practice
CRE RESPOND is pleased to present the 2025 Population Pharmacokinetics three day workshop held at The University of Queensland's beautiful heritage listed venue, UQ Brisbane City. This workshop is ideal for pharmacologists and clinical researchers, healthcare professionals and pharmacists, students and early-career professionals interested in PK modelling.
Please see the program outline below and view the full program here.
Population Pharmacokinetics: from fundamentals to clinical practice
Wednesday 16 July 2025: Introduction to Pharmacokinetics and Population Pharmacokinetics, 9am–4:15pm
- Pharmacokinetics: Key Concepts for Beginners
- Understanding Pharmacokinetic Models
- Introduction to Population Pharmacokinetics
- Hands-on: Data Extraction
- Building a dataset
- Hands-on: Building a dataset
Thursday 17 July 2025: Model Building and Validation, 9am–4pm
- Components of a Model File
- Hands-on: Writing a Model File
- Model Development
- Model Validation
- Monte Carlo Simulations and Dosing Optimisation
6pm - Optional networking Dinner, Ciao Papi, Howard Smith Wharves, Brisbane
Friday 18 July: Clinical Application of Population Pharmacokinetics Models, 9am–2pm (with optional afternoon session from 3pm)
- Software demonstration
- Hands-on: Software Operation
- Practical applications: dosing software in clinical settings
- 3pm - Optional afternoon session where participants can work on their own dataset with guidance from tutors
Cost: $650AUD inc GST per person plus $90 optional networking dinner
If you have any questions about the workshop please contact the CRE RESPOND team at cre.respond@uq.edu.au.
About Pharmacometric modelling workshops
The pharmacometrics modelling workshop is suitable for health care practitioners involved in complex drug dosing including clinical pharmacists, infectious diseases physicians and researchers, intensive care physicians, transplant physicians and clinical pharmacologists. It is also suitable for clinical researchers including pharmacologists and translational scientists wanting to learn robust methods for the analysis of data from pharmacokinetic studies.