Objective Working memory impairment in individuals with chronic opioid dependence can play a major role in cognitive and treatment outcomes. Cognitive training targeting working memory shows promise for improved function in substance use disorders. To date, cognitive training has not been incorporated as an adjunctive treatment for opioid dependence. Methods Methadone maintenance patients were randomly assigned to experimental (n = 28) or active control (n = 28) 25-session computerized training and run in parallel. Cognitive and drug use outcomes were assessed before and after training. Results Participants in the experimental condition showed performance improvements on two of four working memory measures, and both groups improved on a third measure of working memory performance. Less frequent drug use was found in the experimental group than in the control group post-training. In contrast to previous findings with stimulant users, no significant effect of working memory training on delay discounting was found using either hypothetical or real rewards. There were no group differences on working memory outcome measures that were dissimilar from the training tasks, suggesting that another mechanism (e.g., increased distress tolerance) may have driven drug use results. Conclusions Working memory training improves performance on some measures of working memory in methadone maintenance patients, and may impact drug use outcomes. Working memory training shows promise in patients with substance use disorders; however, further research is needed to understand the mechanisms through which performance is improved and drug use outcomes are impacted.

No abstract

Introduction: Integrated primary care teams are increasingly relying upon virtual care, including both telehealth and team members who are teleworking, due to the COVID-19 pandemic. This shift to virtual care can present challenges for the coordination and provision of team-based care in primary care. The current report uses extant literature on teams to provide recommendations to support integrated primary care teams, including behavioral health providers, in adapting to and sustaining virtual team-based care. Method: We used the Seven C's framework by Salas and colleagues (2015) to organize our findings and recommendations, focusing on coordination, cooperation, cognition, and communication. Results: Integrated primary care teams may benefit from tending to both implicit and explicit forms of coordination and the use of debriefs to improve team coordination. Given the potential challenge of trust in a virtual team, documentation of care coordination and reexamination of how feedback is provided to primary care providers may benefit team cooperation. Sharing team goals and crosstraining on specific aspects of team processes, such as communicating essential information to behavioral health providers for a warm handoff, may improve the cognition of the team. Teams may also benefit by findings ways to incorporate informal communication into the workflow and using closed-loop communication to decrease missed communications. Discussion: This report provides initial This article was published Online First November 4, 2021.

Objective Quantitative sensory testing is an expanding pain research domain with numerous clinical and research applications. There is a recognized need for brief reliable quantitative sensory testing protocols that enhance assessment feasibility. This study aimed to integrate static (pain threshold, tolerance, suprathreshold) and dynamic (conditioned pain modulation, offset analgesia, temporal summation) pain reactivity measures into a brief 20-minute protocol that uses a single portable device. The test-retest performance of this optimized protocol was evaluated. Design Using a test-retest design, the brief quantitative sensory testing assessment was administered to participants on two occasions separated by exactly 7 days. Setting A clinical psychology research laboratory at Syracuse University. Subjects Participants were 33 healthy adults recruited from Syracuse University’s online research participation pool. Methods A portable computerized quantitative sensory testing device delivered contact-heat pain to assess static and dynamic pain measures in participants. Dynamic responses were continuously recorded using a computerized visual analog scale. Results Pain threshold, tolerance, and suprathreshold exhibited excellent reliability (intraclass correlations ranged from 0.80 to 0.83). Conditioned pain modulation, offset analgesia, temporal summation yielded reliability in the good to excellent range (intraclass correlations ranged from 0.66 to 0.71). Conclusions Findings suggested that this brief integrated QST protocol may reliably monitor human pain reactivity over brief periods. This protocol may enhance quantitative sensory testing feasibility in clinical and research settings.