Pmetrics Pharmacometric Modelling Workshop Program

Workshop Convenor: Dr Suzanne Parker and Prof Jason Roberts
Faculty: Prof Michael Neely, Dr Fekade Sime, Dr Patty Mitre, Dr Aaron Heffernan, Dr Tavey Dorofaeff, Dr Xin Liu
 

DAY 1 – Pharmacokinetic modelling

08:00-08:25

Registrations

08:25- 08:30

Welcome

Prof Jason Roberts

08:30-09:15

Introduction to Pharmacometrics

Prof Michael Neely

09:15-09.45

Review of pre-workshop tutorial

Dr Suzanne Parker

109:45-10.45

Understanding Pmetrics model and data files

Dr Suzanne Parker

10:45-11.15

Morning tea

11.15-12.45

Fitting data to models in Pmetrics

Dr Tavey Dorofaeff

12.45-13.15

Lunch

13.15-15.00

Details and plotting of Pmetrics objects

Dr Fekade Sime

15:00-15:30

Afternoon tea

15.30-17.30

Pmetrics modelling exercises*

DAY 2 – Pharmacokinetic simulations / Pharmacodynamic modelling

9:00 – 10:30

Simulating and probability of target attainment with Pmetrics

Dr Patty Mitre

10:30-11:00

Morning Tea

11:00-12:30

Simulation exercises*

Tutors

12:30-13:30

Lunch

13:30-14:00

Pharmacodynamic principles

Dr Aaron Heffernan

14:00-15:30

Building pharmacodynamic models

Pharmacodynamic modelling exercises*

Tutors

15:30-16:00

Afternoon Tea

16:00-16.10

Close

Prof Jason Roberts

16.10-17.00Self-directed modelling

About Pmetrics pharmacometric modelling workshop

This Pmetrics 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 basic researchers including pharmacologists and translational scientists wanting to learn robust methods for the analysis of data from pharmacokinetic studies.

Learning objectives

1. Using the Pmetrics package for R:

  • Define pharmacokinetic (PK) and pharmacokinetic/pharmacodynamics(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

2. With the antimicrobial dosing software tool, users will explore:

  • Application of pharmacometric methods to dose individualisation
  • Optimise dosing for an individual patient

Venue

Level 6, Sir Llew Edward Building (Building 14) St Lucia Campus
Room: 
The Terrace