We are the research lab of Dr. Steve Crocker at the University of Connecticut School of Medicine. We study demyelinating diseases of the central nervous system.
Role for CD8+ T cells in driving the neuropathology underlying Krabbe’s disease
CD8+ T cell depletion prevents neuropathology in a mouse model of globoid cell leukodystrophy https://t.co/0WFN24S7Ja
Excited to share our most recent findings on The Cellular Senescence Factor Extracellular HMGB1 and its impact on CNS Remyelination. Great collaboration with @jeffreyhuang Thanks @mssociety ! https://t.co/8eN7IBbUWz
The abstract submission date to #ISNI Virtual France 2021 is on September 17. Join our invited speakers and be part of our fantastic program. More info on website: https://t.co/0iivDrhuhr
The Grutzendler lab at Yale has an opening for a postdoctoral fellow to study neuroglial biology in health and neurodegeneration. Required background in molecular/cellular/physiology. Interested individuals please send letter and CV to: [email protected]
BREAKING NEWS:
The 2020 #NobelPrize in Chemistry has been awarded to Emmanuelle Charpentier and Jennifer A. Doudna “for the development of a method for genome editing.”
BREAKING NEWS:
The 2020 #NobelPrize in Physiology or Medicine has been awarded jointly to Harvey J. Alter, Michael Houghton and Charles M. Rice “for the discovery of Hepatitis C virus.”
Check out our new review on neural stem cells and ageing with a focus on in vitro modeling 👩 ➡️ 👵 https://t.co/rUC5jYA1kW with help from @exosomeguy@GlialLab@Pluchinolab
A thought: when the bubonic plague swept across Europe in 1665-66, Isaac Newton retreated to the country from Cambridge University. Many of his most notable scientific contributions, including motion, optics and gravitation came from his Annus Mirabilis: his “wonderful year.”
This COVID-19 social isolation, working from home, endless e-mails, watching the same intrepid joggers pass the house each morning, sometimes makes me feels like @BillMurray living in a loop...
Grateful for the opportunity to advocate for legislation to benefit #MultipleSclerosis patients with the #NMSS on Capital Hill, including increased funding NIH! #msppc20
Nice study from Hellings and colleagues linking one of our favorite proteins, TIMP-1, to #remyelination in multiple sclerosis. #astrocytes https://t.co/YvGgY5mwhq
.@SchaferLabUMMS @s_werneburg &co Synapse loss can occur early & prior to other #MultipleSclerosis-relevant pathology & is associated with synapse-localized complement C3. AAV approach to inhibit C3 protects synapses & preserves circuit function https://t.co/ehhuqraa1q @GlialLab
Our new studies reveal that aging of astrocytes changes EV #exosomes function to dramatically reduce support for oligodendrocytes and also confer age-related responses on naive cells. Grateful to terrific collaborators who contributed this work. @UConnResearch@jacksonlab
Very excited that our work on how ageing influences astrocyte #ExtracellularVesicle content and function have been published in @SciReports (https://t.co/Yy3XIV5num) and Neurochemical research (https://t.co/lfjKotjRMb)! Special thanks to @Gliallab and all co-authors!