Knight Initiative researchers are investigating the detailed processes behind how the brain learns to control movement. Their discoveries may eventually lead to improved therapies for Parkinson’s disease. Every motor skill you acquire, from simple actions like walking to precise tasks such as watchmaking, depends on small groups of neurons in the brain. These groups, often […]



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Knight Initiative researchers are studying the brain’s movement control learning process, aiming to advance Parkinson’s disease therapies. Motor skills, from walking to watchmaking, rely on specific neuron groups. By understanding how these groups form and change with learning, scientists hope to develop interventions that can restore or enhance motor function in individuals affected by neurological disorders like Parkinson’s. This research explores the fundamental mechanisms of motor learning at the cellular level, paving the way for targeted treatments to improve movement control.

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