Uploaded November 2021 | Updated September 2026, 1 day ago
MRI (magnetic resonance imaging) plays a central role in the clinical management of MS. The aim of this research is to develop artificial intelligence tools to analyse MRI scans, to assist clinicians and radiologists with decision making. The main aspect of neuroimaging to be addressed is detecting lesion changes on images taken over an extended period, since the appearance of new lesions or evidence of new activity can influence choice of therapy.
Once we have validated this on a retrospective dataset, we will develop a software interface for deploying this tool in a clinical environment. This will enable future prospective trials to take place.
MRI (magnetic resonance imaging) plays a central role in the clinical management of MS. The aim of this research is to develop artificial intelligence tools to analyse MRI scans, to assist clinicians and radiologists with decision making. The main aspect of neuroimaging to be addressed is detecting lesion changes on images taken over an extended period, since the appearance of new lesions or evidence of new activity can influence choice of therapy.
Once we have validated this on a retrospective dataset, we will develop a software interface for deploying this tool in a clinical environment. This will enable future prospective trials to take place.
