What drives youth substance use (SU) and what distinguishes youth-limited patterns from those that continue to escalate into adulthood?
We followed >800 youth across adolescence into adulthood in the NCANDA-A cohort.
In Nat. Commun.: https://t.co/yl89gyZSUg
Developmental variation in basal ganglia tissue iron, neurocognitive functioning, and impulsivity is associated with substance use trajectories in youth | Nature Communications
https://t.co/drGnGgfF0Q
What drives youth substance use (SU) and what distinguishes youth-limited patterns from those that continue to escalate into adulthood?
We followed >800 youth across adolescence into adulthood in the NCANDA-A cohort.
In Nat. Commun.: https://t.co/yl89gyZSUg
Understanding how dopamine-related neurobiology, impulsivity, and cognition develop over time may help identify youth at greatest risk, while also revealing the developmental processes that support normative declines in adolescent risk-taking behavior, including substance use.