Excited to welcome Bruce Trapp of Cleveland Clinic (tag) as our plenary speaker for next week’s #TGS2025 conference! .
A global leader in #Glia research, his work has redefined how we study and treat neurodegeneration in #MultipleSclerosis.

#TGS2025
🧠 Info & free registration: bit.ly/4qEf1bs

The 2025 Translational Glial Sciences Conference agenda is live!

🧠 Nov 4 | 12–6 PM | CWRU Campus, Cleveland
Join leading scientists exploring glia in disease & therapy.
Free registration — space is limited: bit.ly/4qEf1bs
#Glia #TGS2025 #IGS

Keynote alert! Lorenz Studer, MD (MSKCC), will speak at #TGS2025 on Nov 4 at the Sheila and Eric Samson Pavilion, Health Ed Campus of CWRU & Cleveland Clinic.

🔗 Learn more and register for free:
case.edu/medicine/gli...

🧠 The first Translational Glial Sciences Conference is happening Nov 4 at CWRU.

Discover cutting-edge glial research and therapeutic innovation.

🔗 Learn more + register: case.edu/medicine/gli...

#glialscience #neuro #TGS2025 #CWRU #IGS

Dr. Ty Miller is pushing the boundaries of brain tumor immunotherapy at CWRU + UH. His lab explores how to reprogram immune cells into cancer-fighting allies. Proud to have him as an IGS Affiliate. Learn more: tymillerlab.org

IGS grad student Ying Xiong has been awarded an NIH F31 fellowship! His research explores how inflammation impacts oligodendrocyte development—glial cells that are essential in understanding neurodegenerative diseases. #GlialScience #Neuroscience #NIH #F31

Meet Kat, our Computational Biology Manager at IGS. From IT to bioinformatics, she’s advanced stem cell work at Gladstone and now drives glial research at CWRU. Vital to our genomic data & lab ops. Off the clock: gardening, stargazing, painting.
#GlialScience #Bioinformatics

🎓 Huge congrats to the IGS Spring 2025 grads: Bruce Armstrong, Kristin Lee, Arul Mehta, Jeyashri Rameshbabu, Naya Alsouss & Dr. Will Wulftange! Your passion for glial science is the future. 📸
#IGS #Graduation2025 #Neuroscience

A huge congratulations to Will on his successful Ph.D. defense! 🎓

His dissertation on microengineered systems for hematological precision therapies explores how immune cells interact with CNS glia—vital work in precision medicine.

We’re proud of you, Will!

#PhDDefense #GlialScience

Spotlight: Ben Clayton earned his biology degree at Utah and his PhD at UChicago, studying glial cell injury. He developed a screening platform for astrocyte pathology at CWRU. He received a Career Transition Award from the National MS Society and is now an Assistant Professor at CWRU & part of IGS

IGS graduate student Ying presented his research at CWRU, examining how inflammation affects oligodendrocytes—work that could help advance MS therapies.

These presentations give students valuable experience and spark insightful discussions. Well done, Ying!

#Neuroscience #MSResearch #CWRU

Staff Spotlight: Meet Nicole Datko, our Research Ops Manager! She joined IGS last August with a decade of Cleveland biotech experience and a Biotech degree from Kent State. Outside work, Nicole loves hiking, concerts, and her dog, Bucky.

Welcome back, Students! 🎓✨
This year at the Institute for Glial Sciences, we’re diving into new discoveries, building connections, and advancing glial cell research. Your work drives the future of neuroscience—let’s make it a year to remember! #ScienceForward

✨ Happy Holidays from the Institute for Glial Sciences! 🧠❄️ We loved celebrating the season with our amazing members and their families. 💙 Laughter, good food, and community made it a perfect way to close the year. Here’s to science, discovery, and togetherness!

Member Spotlight: Meet Marissa Scavuzzo, Ph.D. PI at the Institute for Glial Sciences & HHMI Hanna H. Gray Fellow! She studies how glial cells impact gut health. Co-founder of Rise Up: Northeast Ohio, she loves hiking, art, & Lake Erie. Learn more: scavuzzolab.org

What Are Glial Cells?
Glial cells, or glia (from "glue"), make up 50% of brain cells, holding the nervous system together and playing key roles:

Support: Neuron structure.
Nutrients: Oxygen/supply.
Myelination: Signal insulation.
Homeostasis: Balance.
Immune: Brain defense.