Media

Interviews

• Neurology Live, Where Tolebrutinib fits
• Neurology Live, Predicting disease progression in multiple sclerosis
• ECTRIMS Podcast, Measuring cognitive decline in multiple sclerosis
• Neurology Live, Cognitive progression independent of relapse in multiple sclerosis
• ECTRIMS – Special, Disease monitoring and predictions in multiple sclerosis

Study Commentaries

• Neurology Live, Machine learning in neurology
• Physicians Weekly, Predicting disease progression with clinically accessible information and technology
• Buffalo Neuroimaging Analysis Center, Transforming MS Progression Research
• Physicians Weekly, Cognitive progression independent of relapse
• MedPage Today, Cognitive progression independent of relapse
• Neurology Live, Predicting disease progression
• The Axon, Predicting disease progression
• Neurology Live, Predicting disease progression
• VUMC Niews, Predicting disease progression
• Neurology Live, Cognitive monitoring for patient care
• Buffalo News, An app to benefit Conscientiousness in MS
• National MS Society, Seeking work accommodations for people with MS
• Multiple Sclerosis News Today, Workplace accommodations for people with MS
• Multiple Sclerosis Journey, Cognitive reserve in MS

Presentations

DAREMUS 2026, Cognitive decline as a window into progressive disease in multiple sclerosis

References

ECTRIMS 2025, Cognitive progression independent of relapse in multiple sclerosis

References

Verona Multiple Sclerosis 2025, AI in MS: Is it possible to predict the progression

MAGNIMS 2024, Definitions of progression: Cognition and other non-motor outcomes

ECTRIMS 2023, Cognitive Progression independent of relapse in multiple sclerosis

Slovenia Cognitive Day 2023, Cognition in Multiple Sclerosis: Evaluation, Treatment, and Insights from MS as a Network Disease

ARSEP 2023, Clinical Predictions: Getting the Most out of T2FLAIR

INS 2019, Patterns of Structural and Functional Connectivity Predict Response to Cognitive Rehabilitation 2 Years Later in Multiple Sclerosis

AAN 2018, Preservation of Functional Connectivity Moderates the Impact of White Matter Tract Disruption on Cognition in Multiple Sclerosis

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