Christin Sander: From Signals to Synapses: Imaging Neuroreceptors with PET/MRI
Friday, September 27, 2024 11am to 12pm
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29 Oxford Street, Cambridge, MA 02138
Simultaneous positron emission tomography (PET) and magnetic resonance imaging (MRI) is a cutting-edge technology that enables unprecedented insights into the living brain by combining molecular and functional imaging. This multi-modal approach enables us to noninvasively explore neurotransmitter systems, linking receptor-specific data from PET to changes in brain activity observed with functional MRI. This talk will describe our whole-brain PET/MRI approach to study the dopamine system during pharmacological and other interventions. I will demonstrate how neurovascular coupling to receptors can be used to classify drug properties in vivo, and how biological and pharmacological models provide insight into receptor adaptations over time. Given dopamine’s significant role in drug reward, PET/MRI offers a unique window into the brains’ adaptations during drug-induced changes. I will discuss how we can dissect the functional effects of psychostimulant drugs over time and their differential effects on dopamine subtype receptors after repeated dopamine surges. Together, the insights gained from these studies underscore the potential of PET/MRI as a bridge between in vitro and in vivo translational studies and to transform our understanding of receptor dynamics in the living brain.
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