Cognitive and behavioral pain-coping strategies, particularly catastrophizing, are important determinants of the pain experience. Most studies of pain-coping are performed in samples of treatment-seeking patients with longstanding pain complaints. Individual differences in pain-coping styles may also significantly affect day-to-day pain and quality of life in nonclinical samples, though this has rarely been investigated. In particular, headache pain is common in the general population, and little is known about how pain-related coping affects pain and quality of life among headache sufferers from a nonclinical setting. In this study, 202 generally healthy subjects were divided into 2 groups, those who reported problem headaches and pain-free control subjects. Reports of pain-related catastrophizing and the use of active pain-coping strategies did not differ between the groups, but differential associations between pain-coping strategies and emotional functioning were observed. Specifically, within the headache group only, those reporting higher levels of pain catastrophizing and lower levels of active pain-coping showed the highest level of depressive symptoms. Further, higher catastrophizing was associated with greater headache pain and pain-related interference. These findings suggest that catastrophizing has little influence on emotional functioning in those without ongoing pain complaints and highlight the importance of coping in modulating the consequences of pain on day-to-day functioning, even in samples from nonclinical settings. Moreover, these findings indirectly suggest that interventions that increase adaptive coping and decrease catastrophizing may help to buffer some of the deleterious functional consequences of headache pain.
Perspective: This study adds to a growing literature that conceptualizes catastrophizing as a diathesis, or risk factor, for deleterious pain-related consequences. These data suggest that catastrophizing may require the presence of a pain condition before its detrimental effects are exerted.