The fund will be used to support research aimed at understanding how stem cells interact with the immune system and facilitate healing. The lab is helping to design therapies that not only slow disease progression but also encourage the brain to repair itself. This approach is reshaping MS treatment—from merely managing symptoms to targeting the disease at its core.

Advanced stem cell technologies offer exciting new ways to use stem cells to treat disease. These include specialised stem cells that can be created from adult cells, tiny packages called extracellular vesicles that stem cells use to send helpful signals, and precise delivery methods to introduce these cells safely into the body. Together, these technologies enable researchers to develop treatments that repair damaged tissues and reduce harmful inflammation, particularly in conditions like multiple sclerosis (MS).

The Pluchino Lab at the University of Cambridge is at the forefront of this research, investigating how neural stem cells (NSCs) can protect the brain and spinal cord in MS. Their innovative discoveries are translating into new strategies for treating and understanding the disease. By uncovering how stem cells communicate with the immune system and promote healing, the lab is helping to design therapies that not only slow disease progression but also encourage the brain to repair itself. This approach is reshaping MS treatment—from merely managing symptoms to targeting the disease at its core.

Research like this depends on continued support from generous donors. If you are inspired by the promise of advanced stem cell therapies and want to help accelerate breakthroughs for MS, please consider donating. Your contribution can make a meaningful difference in advancing science and improving the lives of those affected by MS.

Visit the Pluchino Lab website