De-Zhi Jin
@dezhijin.bsky.social
Focus on Brain & AI
A Ph.D. candidate at Beijing University of Posts and Telecommunications
A big fan of history, Chinese calligraphy, and marathon
A Ph.D. candidate at Beijing University of Posts and Telecommunications
A big fan of history, Chinese calligraphy, and marathon
Reposted by De-Zhi Jin
Zhang et al. leveraged a digital twin brain model with multiscale data to demonstrate that metabolic activities in reward circuits are more prominent during early methamphetamine abstinence, while neuroplasticity is essential throughout both early and later abstinence.
Stage-Dependent Neural Mechanisms in Human Methamphetamine Abstinence: Insights From the Digital Twin Brain Model
Reward circuits are crucial in treating human methamphetamine (MA) addiction, while
the underlying mechanisms of action may vary throughout the intervention process.
This gap limits the identification...
www.biologicalpsychiatryjournal.com
October 16, 2025 at 2:22 PM
Zhang et al. leveraged a digital twin brain model with multiscale data to demonstrate that metabolic activities in reward circuits are more prominent during early methamphetamine abstinence, while neuroplasticity is essential throughout both early and later abstinence.