Our e-learning section provides on-demand access to webinars, conference lectures, podcasts, and outcome measure resources tailored for professionals in Multiple Sclerosis rehabilitation. These materials support continuous education and are available exclusively to RiMS members.
Use the tags below to filter by content type or year and discover materials that best match your learning interests.
The COVID-19 pandemic disrupted rehabilitation services and affected people with MS globally. This webinar highlights key findings from RIMS international surveys examining the pandemic’s impact on care delivery, physical activity, and the adoption of assistive technologies.
Walking while thinking isn’t always simple for people with MS. This webinar dives into cognitive-motor interference (CMI), revealing insights from RIMS multi-center studies and showcasing novel methods to assess and manage dual-tasking challenges in MS rehabilitation.
Endurance exercise holds great promise in MS rehabilitation, but interpreting outcomes can be complex. This webinar addresses methodological challenges and explores its biochemical impact through the lens of the kynurenine pathway.
Empowering individuals with MS to take charge of their rehabilitation is key to long-term wellbeing. This webinar explores how autonomy and web-based tools can enhance rehabilitation outcomes across different stages of life.
Bladder, bowel, and sexual dysfunctions are among the most challenging yet under-discussed aspects of MS. This webinar provides clinical and research-based perspectives on evaluating and addressing these sensitive but crucial components of patient care.
Cognitive impairment affects up to 70% of people with MS and often goes underdiagnosed. This webinar explores the tools and strategies available for effective cognitive screening and highlights the diversity of cognitive phenotypes in MS patients.
As people with MS live longer, understanding how aging influences neuromuscular function is increasingly important. This webinar brings together emerging insights from exercise physiology to explore the impact of muscle strength and neuromuscular activation across the lifespan in MS.
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