Proud to share our new paper in Cell Reports! We combined motion sensors, video, and single-cell imaging to uncover striatal ensembles encoding distinct dyskinesias in Parkinson’s models.
Read more 👉https://t.co/57LucoTgRw
#Neuroscience#Parkinsons#Dyskinesia#CalciumImaging
Proud to share our new paper in Cell Reports! We combined motion sensors, video, and single-cell imaging to uncover striatal ensembles encoding distinct dyskinesias in Parkinson’s models.
Read more 👉https://t.co/57LucoTgRw
#Neuroscience#Parkinsons#Dyskinesia#CalciumImaging
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Our work links detailed motor behavior to striatal ensemble dynamics in L-DOPA-induced dyskinesia, advancing our understanding of circuit-level mechanisms underlying motor dysfunction.
Our approach paves the way for more targeted insights into basal ganglia pathophysiology.
Looking forward to my visit to @mcgovernmit! Thanks to @neurovium for the lead! 👉🏼 Special Seminar with Liset M. de la Prida by Events Calendar https://t.co/RaKgujoHUn
New from the lab!! 👉🏼https://t.co/2JaDgloPLq 📝@NeuroCellPress We discovered that genetically-defined neuron types in the hippocampus form unique manifolds! Dual color imaging, chemogenetics and topological analysis all at once! With @Julio_EI@JuanPQuinta@JAlGallego
CSIC researchers discover how the brain builds sophisticated maps to navigate and remember the world , via @EurekAlert! @CSIC 👉🏼https://t.co/nWpGkpJxXd
🧠🔬 La ministra de @CienciaGob@DianaMorantR ha inaugurado hoy el nuevo Centro de Neurociencias Cajal.
La responsable del centro, Rosario Moratalla, y la presidenta del #CSIC@delPinoE explican el salto cualitativo que supone el CNC para la investigación del cerebro 👇
An important moment in our brain science work. We're closer to understanding aging and why so many brain diseases occur during advanced age – and what we can do to mitigate the impacts.