An Entorhinal Cortex Circuit in Cocaine Memories
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Drug-associated memories can be a major driver of relapse in addiction. UTD neuroscience professor Dr. Andrew Eagle focuses on researching how the brain encodes and retrieves drug-cue memories that promote maladaptive behavior. He presents preliminary findings demonstrating that the entorhinal cortex (EC) plays a critical role in this process and explores the broader research goal of defining the neural mechanisms by which memory shapes motivation in addiction.
It’s All About Your Connections: Rethinking Aging and Alzheimer’s Disease Through Brain Networks
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Dr. Wig of UTD's Center for Vital Longevity describes how his lab uses network science to examine how these connections change across the adult lifespan, showing that alterations in brain network organization can predict future Alzheimer’s disease dementia beyond traditional biomarkers.
NEW DATE: From Data to Diagnosis: Computational Psychiatry and Brain Imaging in the Age of AI
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NEW DATE: Computational psychiatry is reshaping our understanding of mental illness by integrating data-driven modeling with neurobiological insights. Andrew Michael, PhD, of Duke University examines the evolving role of brain imaging and AI in computational psychiatry, emphasizing their transformative promise, pitfalls, and path forward.
MRI Biomarkers for Vascular Cognitive Impairment and Dementia
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Brain imaging provides an important opportunity for diagnosis, prognosis and treatment monitoring in vascular cognitive impairment and dementia (VCID). In this talk, Dr. Hanzhang Lu discusses a potential framework of biomarkers for the classification of vascular cognitive impairment and dementia (VCID), specifically describing cerebrovascular reactivity (CVR), an important physiological parameter of vascular health, as a candidate biomarker in small vessel disease related VCID.