The Institute for Glial Sciences

@glialsciences.bsky.social

Our Mission: To illuminate the hidden role of glia in disease and unlock the era of glial medicines.

At IGS, we believe every student deserves access to quality science education. Rise Up: Northeast Ohio is doing just that. Many of our members volunteer in their classrooms, and we’re proud to support their work. Follow them to see more 👇

Rise Up: Northeast Ohio@riseupneo.bsky.social · 4mo ago

A whole new world at the nanoscale 🔬 Students in our Life as a Scientist program are getting some incredible images with the Scanning Electron Microscope. Check out the fruit flies, ant eye, and moss from today!

To mark #WorldParkinsonsDay, we are proud to highlight work from our faculty Ben Clayton’s lab on reactive astrocytes in Parkinson’s disease, recently awarded a grant from the American Parkinson’s Disease Association to pursue strategies to block astrocyte neurotoxicity in PD. bit.ly/4c9NQQF

Benjamin Clayton, PhD  | American Parkinson Disease Association

Investigator: Benjamin Clayton, PhD   Name of Institution: Case Western Reserve University – School of Medicine Project Title: Modulating Pathological Astrocytes to Promote Neuroprotection in PD Study...

bit.ly

So proud to share that our founding director Paul Tesar has received the first eminent professorship in the history of Case Western Reserve University! We are grateful to the Pavey family for supporting this historic endowment that will enable vital work on glial science and glial medicines.

BildBildBildBild

We are pleased to share that our own Ben Clayton has received a 2025 research grant from End Alexander Disease. His project will screen 10,000 drugs for candidates that suppress GFAP pathology and examine how mutant GFAP reshapes astrocyte biology in Alexander disease. bit.ly/40jPFUf

Announcing the 2025 End AxD Grant Program Recipients — End Alexander Disease

End AxD is proud to announce the recipients of the inaugural 2025 End AxD Grant Program. Following a review of 24 applications from around the world, the End AxD Scientific Advisory Committee has reco...

endaxd.org

CWRU has now featured the latest research from the Tesar Lab at IGS in the university’s Newsroom. The article highlights how a newly identified molecular “brake” could help treat MS by promoting brain cell maturation. 🔗 Read more: case.edu/news/molecul... #Neuroscience #MultipleSclerosis #IGS #CWRU

Molecular ‘brake’ in brain development could hold key to treating multiple sclerosis | CWRU Newsroom | Case Western Reserve University

case.edu