ReTuneIn
ReTuneIn
Podcast Description
Welcome to ReTuneIn, the scientific podcast all about movement disorders! We bring together reknown researchers and experienced experts to engange in some exciting discussions about innovative treatments and groundbreaking research in neurology.
In each episode, we dive deep into the mechanisms that influence motor disorders, exploring how we can improve patients' lives through science.
More information: www.sfb-retune.de/en
Podcast Insights
Content Themes
The podcast focuses on the mechanisms of movement disorders, innovative treatment methods, and groundbreaking research in neurology. Specific topics include cortico-striatal plasticity, neuronal population dynamics, and the implications of these studies on patient care, with episodes like the inaugural discussion featuring Dr. Lisa Harder and Dr. Yangfan Peng.
Welcome to ReTuneIn, the scientific podcast all about movement disorders! We bring together reknown researchers and experienced experts to engange in some exciting discussions about innovative treatments and groundbreaking research in neurology.
In each episode, we dive deep into the mechanisms that influence motor disorders, exploring how we can improve patients’ lives through science.
More information: www.sfb-retune.de/en
Today at ReTuneIn, we welcome Lucia Feldmann and Hagai Bergman, who will provide fascinating insights into their research on adaptive deep brain stimulation.
Lucia Feldmann, a Neurology Resident and Clinical Scientist at Charité Berlin, explores the application of electrophysiological recordings in Parkinson’s disease, focusing on beta oscillations and their modulation during sleep.
Hagai Bergman, an expert in neurophysiology, brings his extensive experience working with non-human primates to the discussion, offering a unique perspective on movement disorders and brain stimulation. Together, they dive into the challenges of distinguishing physiological signals from artifacts, the role of oscillatory changes in sleep, and the future of closed-loop stimulation systems. Tune in for an engaging conversation on how these insights are shaping the next generation of neuromodulation therapies.
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