Latest from Shaikh Lab: Joshi et al.: "Long-term exercise intervention affects the dorsal subthalamic nucleus (STN), without any immediate change, while the ventral STN shows no response."
https://t.co/kyvcrUcXc3
[Parkinson’s disease] Joshi et al.: "Long-term exercise intervention affects the dorsal subthalamic nucleus (STN), without any immediate change, while the ventral STN shows no response." https://t.co/FKgyjssxFV
Announcing our course -- an update on eye movements and neuro-ophthalmology -- "Neuro-ophthalmology, Siena". To be held in Siena, Italy - Sep 16,17. The course is designed for residents, fellows, generalists, or even interested specialists. @DrAlfonsoFasano
This study investigated longitudinal associations between blood-based neural biomarkers and white-matter neuroimaging biomarkers in collegiate athletes with sport-related #concussion from 24-hours post-injury to 1 week after return-to-play. https://t.co/KhbhqIL82i
#NeuroTwitter
Self-motion perception can be modulated by subthalamic DBS - hyper-direct pathway, and subthalamic connections with the cerebellum play a crucial role.
It’s almost graduation time for our PGY4s!!!! 🥳🥳
Can’t wait for see what the future holds for this amazing group of neurologists! 🧠🥳
Know where they are headed for their fellowships:
#NeuroTwitter#ResidencyGraduation#NeurologyProud#UHProud
Dr. Sillitoe kicking off his talk summarizing what we can learn from animal models of dystonia with his son’s drawing of a mouse… underscoring that it takes a village to understand this disease. @dmrf
Since its launch in Spring 2021, the official journal of the @dmrf, #Dystonia, has become an important resource for basic scientists and clinicians in the #movementdisorder field.
Explore opportunities to get involved👇