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Ethanol and Cannabinoid Effects on Simulated Driving and Related Cognition: Sub-Study I

CED Clinical Relevanceย ย #90High Clinical Relevanceย ย Strong evidence or policy relevance with direct clinical implications.
๐Ÿงช Clinical Trial Watchย ย |ย ย CED Clinic
Observational StudyThcDriving ImpairmentAlcohol InteractionPsychomotor Function
Trial ID NCT02709954
Phase N/A
Status Active Not Recruiting
Condition Cannabis
Intervention Active inhaled delta-9-THC
Why This Matters

With increasing cannabis legalization and concurrent alcohol use, understanding the combined cognitive and psychomotor effects of these substances on driving performance addresses a critical public safety gap. This research provides essential data for evidence-based impairment detection and policy development.

Clinical Summary

This active observational study examines the effects of inhaled delta-9-THC, ethanol, and their combination on simulated driving performance and cognitive function. The trial uses controlled administration of both substances to measure impairment patterns, reaction times, and driving simulator metrics. Currently active but not recruiting, this study aims to establish pharmacokinetic-pharmacodynamic relationships between substance levels and measurable impairment.

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Dr. Caplan’s Take

โ€œThis trial could provide the objective impairment data we desperately need to counsel patients about cannabis use and driving safety. If successful, it may establish evidence-based guidelines for when patients can safely operate vehicles after cannabis use.โ€

Clinical Perspective
๐Ÿง  Patients using cannabis should know that objective impairment data from controlled studies like this will inform future safety recommendations. Clinicians should monitor this research as it may provide the first robust framework for advising patients about cannabis, alcohol, and driving interactions.

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