Zeke Gleichgerrcht, MD, PhD

Bringing #AI to @theneuro.bsky.social for our next #Epilepsy Lecture 🤖

"Using AI/ML to Revolutionize Management & Prognosis of Epilepsy" ft. Ezequiel Gleichgerrcht of @emorydeptofmed.bsky.social

⌛Thurs, April 17 at 4 PM

Info 👉 www.mcgill.ca/neuro/channe...

Hosted by @borismontreal.bsky.social

To clarify, this is indeed an ACGME fellowship spot!

If you're a graduating PGY-4 Neurology resident and you decided late that you wanted to do Clinical Neurophysiology / Epilepsy, we are opening an extra position at @EmoryNeurology that can start this July 2025! Reach out if interested. Unparalleled pathology, volume, & mentors!

Happening tomorrow! Don’t miss it 👀

I’m inviting you to attend a conference May 7-8 at Georgia Tech called InterfaceNeuro (interfaceneuro.org), targeting the intersection of neuroscience, neuroengineering, clinical/translational research, neurotech industry, and individuals with lived experiences. Please share!
#neuroskyence 🧠🧪

Great Neuroimaging SIG to kick off the last morning at #AES2024 in Los Angeles. Lots of exciting techniques and datasets!

Coming to #AES2024? Why spend the last conference day sleeping in when you could come to the Neuroimaging SIG? See you at 7am Dec 10 if you're curious about applications of brain gradients in TLE to understand cognitive and clinical phenotypes! 🌈 🌅

Thrilled to meet up with great friends and colleagues at #AES2024 in LA this week + good excuse to engage more w/ BlueSky! Don’t miss our session on Advanced Neuroimaging for Personalized Epilepsy Surgery—designed for clinicians & researchers, including patient testimony
@amepilepsysoc.bsky.social

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(A) Group differences in self-reported exercise levels. First panel plots weekly light, moderate, and strenuous activity by group. Middle panel plots total weekly Exercise Scores based on the GLTEQ. Right panel shows percentages of exercise levels derived from standardized cut-offs from the GLTEQ. (B) Spearman bivariate correlations between total Exercise Score and learning and recall performance on CVLT (left panel), VPA (middle panel), and LM (right panel), with significant correlations bolded and in red boxes. (C) Spearman bivariate correlations between total Exercise Scores and ipsilateral and contralateral hippocampal volume in TLE (left and middle panels) and average hippocampal volume in controls (right panel), with significant correlations bolded and in red boxes.

New work with our UCSD colleagues shows that physical exercise may boost verbal memory and hippocampal integrity in TLE: more exercise linked to better memory with larger contralateral hippocampi. Exercise as a promising & accessible intervention? More to come! www.sciencedirect.com/science/arti...

🔵 This made me realize I should start adding @egleich.bsky.social to these intro PPT slides!

Kicking off my @bsky.app timeline by highlighting the great #Epilepsy Surgery session I had the pleasure of participating in today at the 61st Annual Meeting of the Argentine Society of #Neurology. I didn’t anticipate the challenge of having to talk about DBS, neuroimaging, & neurophys in Spanish!