Katie J. Paige, Ph.D.
@katiejpaige.bsky.social
Postdoc Fellow @Umich. Adolescent substance use & cognitive development. @PsychiatryUic @UBuffalo @Notredame Alumna. Just moved over here from the bird app
Thank you!! Yay, so exciting! Hope you’re having a wonderful experience at UIC 🤩🫶
March 6, 2025 at 1:53 AM
Thank you!! Yay, so exciting! Hope you’re having a wonderful experience at UIC 🤩🫶
Results advance understanding of acute neurocognitive THC effects. Slower cognitive efficiency after THC was heterogeneous, & related to recent use & subjective drug effects. Acute THC effects on cognitive efficiency (drift rate) may be reduced by individuals’ tolerance to cannabis.
March 4, 2025 at 8:16 PM
Results advance understanding of acute neurocognitive THC effects. Slower cognitive efficiency after THC was heterogeneous, & related to recent use & subjective drug effects. Acute THC effects on cognitive efficiency (drift rate) may be reduced by individuals’ tolerance to cannabis.
THC weakened cognitive efficiency (slower drift rates) to a greater extent in participants with less cannabis use. Further, stronger subjective effects (drug “effect” and drug “high”) were related to poorer cognitive efficiency during THC intoxication.
March 4, 2025 at 8:16 PM
THC weakened cognitive efficiency (slower drift rates) to a greater extent in participants with less cannabis use. Further, stronger subjective effects (drug “effect” and drug “high”) were related to poorer cognitive efficiency during THC intoxication.
In a double-blind THC administration experiment, N = 30 occasional to regular cannabis users (53% men; ages 18–25) received THC (7.5 mg, oral) and placebo. They completed a Go/No Go (GNG) task at the time of peak drug effect. We analyzed GNG data using the drift diffusion model.
March 4, 2025 at 8:16 PM
In a double-blind THC administration experiment, N = 30 occasional to regular cannabis users (53% men; ages 18–25) received THC (7.5 mg, oral) and placebo. They completed a Go/No Go (GNG) task at the time of peak drug effect. We analyzed GNG data using the drift diffusion model.