Wearable Sensors and AI Are Rewriting How Parkinson’s Disease Is Measured, Landmark Study Finds
A bibliometric analysis of 3,332 publications shows wearable sensor research in Parkinson's disease has grown exponentially since 2019, shifting from ...
A bibliometric analysis of 3,332 publications shows wearable sensor research in Parkinson's disease has grown exponentially since 2019, shifting from ...
Researchers behind a deep brain stimulation prediction algorithm respond to an external validation study, defending their methods and laying out ...
Nine European Parkinson's specialists have issued consensus recommendations for using the newly approved dual-release levodopa formulation IPX203 in patients with ...
High-density EMG recordings show that people with Parkinson's disease can generate normal neural drive to muscle but issue underscaled, fragmented ...
A new translational study shows that non-invasive temporal interference stimulation targeted at a deep thalamic arousal nucleus promotes wakefulness in ...
Emerging Frontiers in Parkinson’s Disease Therapy: Evoked Potentials Revolutionize Subthalamic Deep Brain Stimulation Programming In the relentless battle against Parkinson’s ...
In a groundbreaking development that promises to revolutionize our understanding of Parkinson’s disease, a team of researchers led by Bernasconi, ...
In a groundbreaking study poised to reshape our understanding of Parkinson’s disease and its neural mechanisms, researchers Olson, Wahid, Irwin, ...
In a groundbreaking study published in the prestigious journal Cell Reports, researchers have made significant leaps in understanding how neurotransmitters ...
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