To uncover the mechanisms of glial development and dysfunction and develop breakthrough therapeutic interventions for neurological disease.
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
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
🧠 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
🧠 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
🔗 Learn more and register for free:
case.edu/medicine/gli...
🔗 Learn more and register for free:
case.edu/medicine/gli...
Discover cutting-edge glial research and therapeutic innovation.
🔗 Learn more + register: case.edu/medicine/gli...
#glialscience #neuro #TGS2025 #CWRU #IGS
Discover cutting-edge glial research and therapeutic innovation.
🔗 Learn more + register: case.edu/medicine/gli...
#glialscience #neuro #TGS2025 #CWRU #IGS
🔗 bit.ly/4g0AyWQ
🔗 bit.ly/4g0AyWQ
🔗 Read more: case.edu/news/molecul...
#Neuroscience #MultipleSclerosis #IGS #CWRU
🔗 Read more: case.edu/news/molecul...
#Neuroscience #MultipleSclerosis #IGS #CWRU
📰 News: www.eurekalert.org/news-release...
📄 Paper: www.cell.com/cell/abstrac...
#Neuroscience #GlialScience #MultipleSclerosis #IGS #CWRU
📰 News: www.eurekalert.org/news-release...
📄 Paper: www.cell.com/cell/abstrac...
#Neuroscience #GlialScience #MultipleSclerosis #IGS #CWRU
🔗 Read more: bit.ly/46M8uUA
🔗 Read more: bit.ly/46M8uUA
#GlialScience #Bioinformatics
#GlialScience #Bioinformatics
At IGS @ CWRU, Dr. Ben Clayton’s lab is reprogramming astrocytes to fight ALS, Alzheimer’s & more.
Read more in The Daily: bit.ly/43XBarT
#GlialScience #Neuroscience #CWRU
At IGS @ CWRU, Dr. Ben Clayton’s lab is reprogramming astrocytes to fight ALS, Alzheimer’s & more.
Read more in The Daily: bit.ly/43XBarT
#GlialScience #Neuroscience #CWRU
🧠 Read it here: thedaily.case.edu/human-stem-c...
#MSAwareness #IGS #Neuroscience
🧠 Read it here: thedaily.case.edu/human-stem-c...
#MSAwareness #IGS #Neuroscience
#IGS #Graduation2025 #Neuroscience
#IGS #Graduation2025 #Neuroscience
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
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
The PMD Foundation is funding brain organoid research at CWRU, led by Dr. Paul Tesar (IGS Director) & Dr. Mayur Madhavan to study PMD & leukodystrophies.
🔗 Read more: www.pmdfoundation.org/blog/2025-gr...
#GlialScience #PMD #BrainOrganoids #Neuroscience
The PMD Foundation is funding brain organoid research at CWRU, led by Dr. Paul Tesar (IGS Director) & Dr. Mayur Madhavan to study PMD & leukodystrophies.
🔗 Read more: www.pmdfoundation.org/blog/2025-gr...
#GlialScience #PMD #BrainOrganoids #Neuroscience
These presentations give students valuable experience and spark insightful discussions. Well done, Ying!
#Neuroscience #MSResearch #CWRU
These presentations give students valuable experience and spark insightful discussions. Well done, Ying!
#Neuroscience #MSResearch #CWRU
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
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
Paul leads pioneering research into glial cells, advancing human health through innovation while mentoring the next generation of scientists.
🔗 Learn more: tesarlab.com/about
Paul leads pioneering research into glial cells, advancing human health through innovation while mentoring the next generation of scientists.
🔗 Learn more: tesarlab.com/about
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.
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.