Contrario a lo que se creía, las células nerviosas en la neocorteza humana se comunican en una dirección, mientras que en los ratones las señales tienden a fluir en bucles. Esto aumenta la eficiencia y la capacidad del cerebro humano para procesar información. 1/ ©️ Sabine

Modulating networks using DBS is an effective treatment for PD – but which circuits map to improvements in individual symptoms such as tremor, bradykinesia, rigidity, and axial? A 🧵 about our new paper out now in Nature Communications doi.org/10.1038/s41467… netstim

Yet another open PostDoc/PhD position in our group. Interested in Parkinson's disease, MEG and inctracranial recordings? See details below.

🎓📢 Exciting PhD opportunity in translational neuroscience! As a new group within the Retune – CRC TRR 295, we apply large-scale electrophysiology to better understand Parkinson's disease and Deep brain stimulation. See call below and catch me at FENS. Homepage: yangfanpeng.info

Visit my poster at the FENS (Thursday-late breaking session), where we investigate cellular and synaptic mechanisms which could underly memory consolidation during slow wave sleep using multineuron patch-clamp recordings in human cortical tissue⚡️ #FENS2024

If you want to see really awesome axon physiology in humans. Definitely check out Franz Mittermaier’s Poster at FENS! 🔥

As young PI it's so exciting to see young talents excel. New ICNeuromodulation Charité study spearheaded by @rm_koehler out in Brain. We used brain signal decoding to demonstrate that both dopamine and deep brain stimulation accelerate the neural dynamics of volitional action!

📢OPEN PHD POSITION 📢 Looking for a PhD and interested in neuromodulation? Then come work with me, Petra Ritter and the Retune – CRC TRR 295 community on modeling deep brain stimulation from a network-science perspective 😊 Please retweet! Brain Simulation Section Charité - Universitätsmedizin Berlin Charité BIH Innovation