
Michael Williamson
@m_r_williamson
Postdoc in the Deneen lab @bcmhouston @CAGTHouston. PhD from UT Austin. Interested in glial biology, neural repair, learning and memory. 🇨🇦
ID: 973618914021265408
https://scholar.google.com/citations?user=VKMTaGIAAAAJ&hl=en&oi=sra 13-03-2018 17:56:52
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B Deneen, Michael Williamson, W. Kwon et al changed the way we understand memory. Learn more, here: blogs.bcm.edu/2024/11/14/fro… nature BCMHouston BCM Neurosurgery TCHResearchNews #astrocytes #brainStars #neurons #BCMPostdoc

Excited to share our new results! We (huge team effort led by post-doc extraordinaire Sylvie Lesuis) examined the effects of acute stress on threat memory generalization and engram ensemble architecture. sciencedirect.com/science/articl…



⭐Christmas highlight in Cell Research! Sheena Josselyn and I address the exciting idea that learning-associated astrocytes become essential members of a memory engram ensemble, challenging the neuron-centric view of memory function. Shoutout to Michael Williamson! doi.org/10.1038/s41422…



We keep celebrating! Our latest publication in Nature Neuroscience is finally out! Using our new tool AstroLight we demonstrate that a specific group of #astrocytes —an astrocyte ensemble— in the nucleus accumbens regulates cue-motivated behavior. Check it out!✨rdcu.be/d8qJi


Baylor College of Medicine BCMHouston wins 2025 #STATMadness for 2 consecutive years! Congratulations to the B. Deneen lab, Michael Williamson, U. Kwon et al. BCM Neurosurgery #astrocytes #memory TCHResearchNews #BCMPostdoc nature STAT bcm.edu/news/baylor-co…





In this 'Development at a Glance', Michael Williamson, Sanjana Murali and Benjamin Deneen From the Labs at Baylor College of Medicine Center for Cell and Gene Therapy give an overview of astrocyte ontogeny and morphogenesis, highlighting mechanisms that regulate the development of astrocytes: doi.org/10.1242/dev.20…

