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Retraining the addicted brain: a review of hypothesized neurobiological mechanisms of mindfulness-based relapse prevention.

Katie Witkiewitz, M Kathleen B Lustyk, Sarah Bowen

Psychology of Addictive Behaviors July 9, 2012 DOI: 10.1037/a0029258 (opens in new tab)

Study at a glance

AI-extracted from the abstract
Characteristics Review Randomized Peer reviewed
Intervention Mindfulness-based relapse prevention (MBRP)
Topics Meditation
Keywords Brain Humans Substance-related disorders Chronic disease Treatment outcome Adaptation, psychological Behavior, addictive Awareness Neurobiology Secondary prevention
Key findings The authors propose that MBRP, which integrates cognitive-behavioral relapse prevention with mindfulness meditation, may reduce relapse risk by altering neural responses to craving and negative affect. They cite a prior efficacy trial in which MBRP participants showed significantly lower substance use and greater craving decreases than controls, and no increase in craving or use after negative affect, and hypothesize that MBRP may reverse, repair, or compensate for addiction-related neuroadaptive changes.

Abstract

Addiction has generally been characterized as a chronic relapsing condition (Leshner, 1999). Several laboratory, preclinical, and clinical studies have provided evidence that craving and negative affect are strong predictors of the relapse process. These states, as well as the desire to avoid them, have been described as primary motives for substance use. A recently developed behavioral treatment, mindfulness-based relapse prevention (MBRP), was designed to target experiences of craving and negative affect and their roles in the relapse process. MBRP offers skills in cognitive-behavioral relapse prevention integrated with mindfulness meditation. The mindfulness practices in MBRP are intended to increase discriminative awareness, with a specific focus on acceptance of uncomfortable states or challenging situations without reacting "automatically." A recent efficacy trial found that those randomized to MBRP, as compared with those in a control group, demonstrated significantly lower rates of substance use and greater decreases in craving following treatment. Furthermore, individuals in MBRP did not report increased craving or substance use in response to negative affect. It is important to note, areas of the brain that have been associated with craving, negative affect, and relapse have also been shown to be affected by mindfulness training. Drawing from the neuroimaging literature, we review several plausible mechanisms by which MBRP might be changing neural responses to the experiences of craving and negative affect, which subsequently may reduce risk for relapse. We hypothesize that MBRP may affect numerous brain systems and may reverse, repair, or compensate for the neuroadaptive changes associated with addiction and addictive-behavior relapse.

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