Neuroimaging

Neuroimaging is central to diagnosing and planning treatment in neurological disease, yet many abnormalities are subtle or invisible on visual inspection. We develop computational methods to detect and quantify structural brain abnormalities, particularly in epilepsy. 

We have shown that surgically removing tissue identified as abnormal on diffusion MRI relates to better seizure outcomes, and that integrating MRI with intracranial EEG abnormalities can improve localisation. 

To support this work across the wider community, we have curated and openly released the Imaging Database for Epilepsy and Surgery (IDEAS) — MRI and detailed outcome data from hundreds of patients — alongside a diffusion MRI and connectivity release.