Using advanced methodology, scientists in Sweden were able to reveal at the cellular level how lesions in multiple sclerosis develop. The new results are presented in the journal Cell by researchers ...

A technology has emerged that uses AI (artificial intelligence) to detect brain lesions previously difficult to observe with ...

Collaborating scientists at the Karolinska Institute and at Stockholm University used a technology called in situ sequencing (ISS) to help reveal at the cellular level how lesions in multiple ...

AI-enhanced MRI analysis revealed more than 10,000 hidden cortical lesions linked to disability and cognitive problems in ...

Artificial intelligence can help researchers see parts of the brain that weren't able to been seen by humans before.

"[These results] show that white matter lesions across all MS patients tend to injure the white matter depression network, which may create a vulnerability for depression in the MS population as a ...

Two major health conditions appear to share a connection. Multiple sclerosis (MS), a disease which eats away at the body's central nervous system, affects millions of people globally and depression, a ...

The combination of cortical lesions and central vein sign in MRI increases the specificity and sensitivity for diagnosing multiple sclerosis. This study suggests that CLs and CVS, when used together, ...

It has long been known that brain gray matter plays a key role in multiple sclerosis (MS) disease progression and cognitive impairment, but because magnetic resonance imaging (MRI) has only been able ...

Multiple sclerosis is characterised by immune-mediated demyelination affecting both white and grey matter. Cortical lesions—focal areas of demyelination within the cerebral cortex—are now recognised ...

Multiple sclerosis (MS) is characterised by focal white matter lesions arising from immune-mediated demyelination, neuroaxonal injury and gliosis. Modern magnetic resonance imaging (MRI) techniques ...