Addiction involves complex brain circuitry that regulates reward, motivation, and behavioral reinforcement.
Despite decades of extensive research, the mechanisms underlying addiction remain incompletely understood. However, advancements in cutting-edge research techniques have allowed addiction biology to thrive, yielding unprecedented data and models for a deeper understanding of addiction and substance use disorders.
Our faculty employ a diverse array of experimental and analytical tools, investigating interventions for, and the neurobiological mechanisms underlying, a variety of substance use disorders including tobacco, opioid, alcohol, food, and psychedelics, applied across multiple animal models and in humans. The ultimate goal of these studies is to enhance our understanding of addiction's biological basis, paving the way for improved prevention and treatment strategies.
Faculty
| Lillian Brady, Ph.D. | Assistant Professor |
| Karen Cropsey, Psy.D. | Professor |
| Ellen Eaton, M.D., MSPH | Professor |
| Karen Gamble, Ph.D. | Professor |
| Andrew Hardaway, Ph.D. | Professor |
| Peter Hendricks, Ph.D. | Assistant Professor |
| Li Li, M.D., Ph.D. | Professor |
| Alec Owens, Ph.D. | Assistant Professor |
| Rui Zhang, Ph.D. | Assistant Professor |