Objectives The current study utilized mHealth technologies that were objective (e.g., sleep actigraphy and pulse oximetry) and time-sensitive (e.g., ecological momentary assessments [EMAs]) to characterize sleep in youth with sickle cell disease (SCD) and investigate the relationships between sleep variables and pain. It also investigated the influence of age on sleep and the sleep–pain relationship. Methods Eighty-eight youth with SCD (aged 8–17 years) were recruited from three regional pediatric SCD clinics. Youth completed twice daily EMAs for up to 4 weeks to assess nighttime subjective sleep quality and daily pain. They also wore a sleep actigraph for 2 weeks to assess sleep duration, sleep efficiency, and sleep latency, and a wrist-worn pulse oximeter for two nights to assess whether they had sleep apnea. Multilevel models were calculated predicting daily SCD pain using the sleep variables, age, and the interaction between age and the sleep variables. Results None of the sleep variables were related to one another. Poor subjective sleep quality during the night was related to high pain severity the next day, and high pain was related to poor subjective sleep quality that night. Older age was associated with poorer subjective sleep quality, shorter duration of nighttime sleep, and high sleep latency. Also, findings indicated that as age increased, the strength of the relationship between poor continuous subjective sleep quality and high pain severity increased. Conclusions Future research is needed to examine possible mechanisms connecting subjective sleep quality to high pain.

The purpose of this article is to provide a data-driven exploration of an interdisciplinary pain rehabilitation program (PRP) as a viable option for addressing the dual crises of chronic pain and opioid use. Psychologists are crucial providers in the PRP, in both intervention and leadership roles. There is well-established literature supporting pain rehabilitation as an effective treatment for chronic pain and functioning, but there are few studies examining the effects of pain rehabilitation on opioid misuse risk. We evaluated data from 60 patients with diverse chronic pain conditions who completed an interdisciplinary PRP to evaluate changes in pain, functioning (self-report and objective physical measure), psychological symptoms, and health-related quality of life. To evaluate the effect of pain rehabilitation on opioidrelated risks, we examined opioid use and opioid misuse behaviors (measured by the Current Opioid Misuse Measure; COMM) pre-and posttreatment. Results demonstrated statistically significant improvements in all outcomes, with medium effect sizes for pain severity and large effect sizes for functioning, psychological symptoms, and emotional quality of life. Fifty-eight percent of patients were on opioid medications at entry compared with 15% at discharge. Among patients who entered on opioids, mean COMM scores were significantly reduced from above the cutoff for misuse risk (M ϭ 13.57) to below the cutoff (M ϭ 5.86). Overall, this study provided strong support for pain rehabilitation as an effective treatment for chronic pain and related suffering, while also providing a prevention-based opportunity for reducing opioid-related risk. Public Significance StatementThis study supports the dual power of multidisciplinary pain rehabilitation as a viable intervention to address the dual crises of chronic pain and opioid-related risks. Additionally, it highlights the key role of health psychologists on pain rehabilitation teams.

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Objective: The current study investigated the role of affect in the daily sleep quality-pain severity relationship in youth with sickle cell disease (SCD). Previous investigations have not allowed researchers to examine whether positive and negative affect work differentially in their relations with pediatric SCD pain, sleep, and the sleep-pain relationship. The current study focused on examining the possible mediating and moderating roles positive and negative affect have in the sleep-pain relationship for youth with SCD. Method: Eighty-eight youth with SCD (aged 8-17 years), and their guardians were recruited from three regional pediatric SCD clinics. Youth completed a twice daily ecological momentary assessment, where they reported on their daily pain severity, sleep quality, positive affect and negative affect. Multilevel models were calculated to examine the relationship between negative affect, positive affect, and the sleep-pain relationship. Results: Multilevel mediation analyses indicated that low positive affect mediated the daily cyclic relationships between poor sleep and high pain. Moderation analyses indicated that high negative affect strengthened the relationship between high pain severity and poor sleep quality that night. Conclusion: Further research is needed to examine the differential roles of positive and negative affect in other pain and adult SCD populations. Research examining the mechanisms by which positive and negative affect may influence the sleep-pain relationship is needed to inform future interventions to improve sleep and pain in the pediatric SCD population.

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