Although the currently injured group displayed similar deficits on the DPA-MSC, they did not significantly differ from participants with no history. Furthermore, the effect size between currently injured and history of injury groups was weak (r = .17), suggesting that emotional well-being as measured on the DPA-MSC may not be impacted by injury in collegiate athletes. Similar trends have been identified in adolescent athletes. Valovich McLeod et al11 observed significant differences between injured and uninjured athletes for SF-36 physical components (P < .001), but not mental components (P = .787). In addition, in the current study, no HRQOL differences were detected between athletes with a history of injury and those with no history. Interestingly, these findings are consistent with the current literature in which injury has served as a strong predictor of lower SF-36 scores9; however, these findings are inconsistent in that athletes with a history of injury do not appear to exhibit HRQOL deficits in comparison with the athletes with no history. Huffman et al10 found that any history of injury, even minor injuries, had a detrimental effect on an athlete’s perception of health status on the SF-36. The only domain on the SF-36 in which athletes with a history of injury did not report significant deficits was emotional role. Although military cadets and collegiate athletes with a previous history of knee injury have reported HRQOL deficits,14,15 the deficits were reported on the Knee Injury and Osteoarthritis Outcome Score, Western Ontario and McMaster Universities Osteoarthritis Index, and International Knee Documentation Committee Form, all 3 region-specific outcomes. Lam et al14 observed minimal