• Pain · Jan 2019

    How variability in pain and pain coping relate to pain interference during multistage ultramarathons.

    • Kevin N Alschuler, Anna L Kratz, Grant S Lipman, Brian J Krabak, Dave Pomeranz, Patrick Burns, Joshua Bautz, Claire Nordeen, Crystal Irwin, and Mark P Jensen.
    • Department of Rehabilitation Medicine, University of Washington, Seattle, WA, United States.
    • Pain. 2019 Jan 1; 160 (1): 257-262.

    AbstractAn important and substantial body of literature has established that maladaptive and adaptive coping strategies significantly impact pain-related outcomes. This literature, however, is based primarily on populations with painful injuries and illnesses. Little is known about coping in individuals who experience pain in other contexts and whether coping impacts outcomes in the same way. In an effort to better understand pain coping in such contexts, this study evaluated pain coping in ultramarathon runners, a population known to experience moderate levels of pain with minimal perceived negative effects. This study reports on pain coping in 204 entrants in 2016 RacingThePlanet multistage ultramarathon events. Participants provided data over 5 consecutive days on pain severity, pain interference, exertion, and coping. Results demonstrated that the study participants were more likely to use adaptive than maladaptive coping responses. However, maladaptive coping, but not adaptive coping, was positively associated with percent time spent thinking about pain and pain-related interference. Taken together, the study supports the idea that this high functioning group of individuals experiencing pain emphasizes the use of adaptive coping strategies over maladaptive strategies, reinforcing the perspective that such a pattern may be the most effective way to cope with pain. Within the group, however, results supported traditional patterns, such that greater use of maladaptive strategies was associated with greater pain-related interference, suggesting that optimizing pain coping may be critical to reducing factors that may interfere with ultramarathon performance.

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