Antimicrobial Optimisation Workshop: Population pharmacokinetic modelling and dosing software
Venue: UQ Brisbane City, 308 Queen Street, Brisbane City, 4000, Queensland, Australia
Date: Tuesday 5 March – Thursday 7 March 2024
Time: Daily 8:30 am - 4:30 pm
Cost: $980 ex GST per person
This highly popular workshop is capped at 35 registrations (to work in small groups supported by tutors).
Optional networking dinner: $90 per person, Wednesday 6 March, Ciao Papi
Faculty & Tutors
- Prof Michael Neely, The University of Southern California, USA
- Prof Jason Roberts, The University of Queensland, Australia
- Dr Julian Otálvaro, The University of Southern California, USA
- Dr Suzanne Parker, The University of Queensland, Australia
- Dr Patty Mitre, The University of Queensland, Australia
- Dr Danny Tsai, The University of Queensland, Australia
- Dr Xin Liu, The University of Queensland, Australia
- Dr Tavey Dorofaeff, The University of Queensland, Australia
- Dr Aaron Heffernan, Griffith University, Australia
- Dr Fekade Sime, The University of Queensland, Australia
Course Objectives
- Define pharmacokinetic (PK) and pharmacokinetic/pharmacodynamic (PK/PD) structural models that can be solved analytically and models that require differential equations.
- Analyse PK and PK/PD datasets.
- Perform basic Monte Carlo simulations for PK and PK/PD analysis.
- Optimise dosing for an individual patient using dosing software.
This is an intensive three-day course designed to teach population pharmacokinetic modeling and is suitable for healthcare practitioners involved in complex drug dosing including clinical pharmacists, infectious diseases physicians, intensive care physicians, transplant physicians, and clinical pharmacologists. Also suitable for basic researchers including pharmacologists and translational scientists.
If you have any questions about the workshop, please contact the CRE RESPOND team at cre.respond@uq.edu.au.
Thank you to our Sponsors:
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.
