Rick Macatee
check Recruiting a graduate student for Fall of 2026

Research Interests
Co-occurring mood/anxiety and substance use disorders, particularly cannabis use disorder; EEG/ERP methods; digital technology (computerized/smartphone interventions, wearables) for assessment and treatment
Lab Description
The Biobehavioral Research on Addiction and INternalizing Syndromes (BRAINS) Lab uses a translational biobehavioral research framework to understand the etiology and treatment of co-occurring mood/anxiety and substance use disorders, with a particular emphasis on Cannabis Use Disorder. To accomplish our ultimate aim of reducing the suffering and public health burden associated with these disorders, our lab focuses on the following two objectives: risk assessment and intervention development. Our first objective is to use experimental manipulations in the lab (e.g., psychological/pharmacological stress inductions) to characterize theoretical psychopathological mechanisms across multiple units of analysis (e.g., EEG/ERP, peripheral psychophysiology, behavior, self-report), with a strong emphasis on the development of reliable measures that can serve as possible treatment targets and/or clinically useful predictors (e.g., of disorder risk/course, treatment response). Our second objective is to develop and evaluate novel, mechanism-targeted treatments (behavioral [especially digital], neurostimulation) within a precision medicine framework, with a strong emphasis on cost-effective and scalable digital interventions (e.g., computerized/smartphone-delivered, integration with wearables).
- Macatee, R.J., Schermitzler, B.S., Minieri, J.B., Moeller, S.J., Afshar, K., & Preston, T.J. (2023). Neurophysiological Error Processing and Addiction Self-Awareness Correlates of Reduced Insight in Cannabis Use Disorder. Addiction, 118(12), 2397-2412.
- Macatee, R.J., Preston, T.J., Afshar, K., Blaine, S.K., & Schermitzler, B. (2023b). Physiological stress modulation of neural drug cue reactivity in Cannabis Use Disorder. Psychology of Addictive Behaviors.
- Macatee, R.J., Preston, T.J., Afshar, K., Blaine, S.K., & Schermitzler, B. (2023a). Temporal stability of neurophysiological drug cue reactivity before and after acute stress in cannabis users: a test of incentive sensitization. Drug and Alcohol Dependence, 247, 109862.
- Schermitzler, B.S., Minieri, J., & Macatee, R.J. (2023). Emotional Salience of Positive and Negative Aspects of Cannabis Use in Cannabis Use Disorder: The Development of a Novel Self-referential Processing Task Using the Late Positive Potential. Addiction Neuroscience, 5, 100061.
- Macatee, R.J., Preston, T.J., Afshar, K., Schmidt, N.B., & Cougle, J.R. (2022). Impact of a Computerized Distress Intolerance Intervention on Electrocortical Reactivity to Cannabis and Threat Cues: A Randomized Controlled Trial. Psychology of Addictive Behaviors, 36(7), 920-29.
- Macatee, R.J., Carr, M., Afshar, K., & Preston, T.J. (2021). Development and Validation of a Cannabis Cue Stimulus Set. Addictive Behaviors, 112, 106643.
- Macatee, R.J., Albanese, B.J., Okey, S.A., Afshar, K., Carr, M., Rosenthal, M.Z., Schmidt, N.B., & Cougle, J.R. (2021). Impact of a Computerized Intervention for High Distress Intolerance on Cannabis Use Outcomes: A Randomized Controlled Trial. Journal of Substance Abuse Treatment, 121, 108194.
Undergraduate Research
Explore the Directed Individual Study (DIS) opportunities below or learn more.