ID MAGIC Trial
- Project status: Active
Research area: Infection, Immunity and Global Health > Antimicrobials
ID MAGIC – Individualised dose optimisation of ganciclovir in immunocompromised children trial
This study aims to find a better way of treating children with cytomegalovirus (CMV) infection, by seeing if giving ganciclovir as a personalised dose using a web-based dosing app is better than the current method based only on the child’s weight.
This study aims to find a better way of treating children with cytomegalovirus (CMV) infection, by seeing if giving ganciclovir as a personalised dose using a web-based dosing app is better than the current method based only on the child’s weight.
This study aims to find a better way of treating children with cytomegalovirus (CMV) infection, by seeing if giving ganciclovir as a personalised dose using a web-based dosing app is better than the current method based only on the child’s weight.
Overview
Cytomegalovirus (CMV) is a common virus which infects many people. Children who have a weakened immune system due to an underlying health problem or its treatment (e.g. chemotherapy) are at risk of serious infection which can affect their eyes, lungs, liver, and gut, sometimes resulting in death.
The current approach for treating children with CMV infections is to give a medication called ganciclovir via an intravenous (IV) drip. The amount of medication given to a child is based only on the child’s weight. However, research has indicated that this method may not always produce an adequate amount of drug in the blood to cure the illness effectively.
The ID MAGIC Trial aims to test an alternative way of calculating the dose of ganciclovir using a web-based dosing calculator. This will allow us to deliver a precise amount of ganciclovir to each child based on their age, weight and kidney function.
Information for participants
The trial will compare the two methods of treatment – the standard way and the new dosing app method, to see if the new approach can speed up the clearance of CMV infection from the child’s blood and prevent the child from developing complications from CMV.
Children who have weaker immune systems (i.e. immunocompromised) and have CMV infection will be invited to join this study. Children will then be randomly assigned to receive either the standard treatment arm or the new dosing app arm of the trial. Both groups will then be compared to see if there is any difference between the clearance of the CMV virus from their blood as well as other health outcomes.
Frequently asked questions
Research team
- Associate Professor Amanda Gwee, Coordinating Principal Investigator, Group Leader, Antimicrobials Research Group
- Professor Thomas Snelling
- Dr Adam Irwin
- Professor Katherine Lee
- Dr Michelle Young
- Dr Brendan McMullan
- Dr Gabrielle Haeusler
- Associate Professor Rachel Conyers
- Dr Daniel Yeoh
- Dr Theresa Cole
- Mr Tony Lai
- Dr Jeremy Carr
- Mr Mitchell Messer
- Associate Professor Asha Bowen
- Associate Professor Xiao Zhu
- Dr Phoebe Williams
- Dr Emma Best
- Dr Brett McWhinney
- Mrs Heather Weerdenburg
- Associate Professor Kim Dalziel
- Associate Professor Julia Clark
- Dr Lesley Voss
- Dr Alison Boast
Funding
The ID MAGIC Trial is generously supported by funding from the Australian Government under the Medical Research Future Fund (2031001).
Collaborators
Participating Sites
Australia
- The Royal Children’s Hospital
- Perth Children’s Hospital
- Sydney Children’s Hospital Network
- The Children’s Hospital Westmead
- Monash Children’s Hospital
- Queensland Children’s Hospital
New Zealand
All sites are members of the Australasian KIDS-DOSE consortium, a dedicated research network for paediatric drug trials for serious diseases in children.
Contact us
ID MAGIC Trial
Murdoch Children's Research Institute
50 Flemington Road
Parkville, Victoria 3052
Australia
Email: show email address