Aileen McGonigal is Honorary Professor at the Mater Research Institute, University of Queensland and leads the Epilepsy, Rhythms and Behaviour Research Group. She holds a clinical appointment as Director of Epilepsy Unit, at the Mater Hospital, Brisbane.
Aileen’s clinical research aims to improve patient care through better understanding of epilepsy, particularly for patients with drug-resistant epilepsy who may benefit from surgical intervention. She studies seizures recorded using video and brain electrical activity (EEG, SEEG) and investigates how behaviours relate to brain rhythms. Aileen is also interested in neuropsychiatric aspects of epilepsy, including anxiety and depression.
Aileen chairs the Special Interest Group on SEEG of the American Epilepsy Society (2019-22) and is regularly invited to speak at international conferences. She helps define standards of care in epilepsy through her role in the Task Force on Epilepsy Surgery Networks of the Surgical Therapies Commission of the International League Against Epilepsy (ILAE) (2022-2026), and previously, the ILAE Task Force on Depression within the Neuropsychiatry Commission (2014-2018). She is a member of the Scientific Committee of the French Society of Clinical Neurophysiology and Associate Editor of the English-language journal Neurophysiologie Clinique /Clinical Neurophysiology (Elsevier, 2021 Impact Factor 3.7). She is also a member of the Australian, British, and French chapters of the ILAE.
Aileen studied medicine at the University of Glasgow, UK and undertook neurology and EEG training in the UK. She subsequently worked as a consultant neurologist and epileptologist in Marseille, France at the Timone Hospital as well the Centre St Paul (Henri Gastaut Hospital). She belonged to the Institut de Neurosciences de Systèmes, INSERM & Aix-Marseille University, until moving to Mater Research in 2022.
Personal statement: “While enormous progress has been made in understanding how the brain functions, the relation between brain activity and behaviour remains quite elusive. Studying links between brain rhythms and behaviour during epileptic seizures has the potential to lead to better knowledge of brain circuits and macroscale mechanisms involved in epilepsy, and subsequently to better therapies for patients.”