The striatum was once thought to be a primitive part of the forebrain, despite evidence that basal ganglia dysfunction underlies major extrapyramidal disorders. Our work has contributed to the surprising realization that the striatum actually has a sophisticated compartmental structure, that striatal circuits are implicated in decision-making and in neuropsychiatric as well as motor disorders, and that special modules in the striatum, called striosomes, are focal points in circuits linking mood-related neocortex with midbrain dopamine-containing neurons and other neuromodulatory regions. The striatum thus modulates a broad range of circuits affecting our behavioral state in health and disease.
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TITLE:
The Striatum and the Motivation to Act
ACTIVITY TYPE:
EVENT DATE:
On November 22, 2019 at 12:00 pm till 1:00 pmSPEAKER:
EVENT DETAILS:
LOCATION:
Simons Center Conference Room, 46-6011