Why the study?
The study evaluated the effects of a year-long, supervised home-based exercise training program on perceived pain, pain interference, and pain medication use over 12 months following hip fracture.
Does 12-month supervised home-based physical exercise reduce perceived pain, pain interference, and use of pain medication in older adults after hip fracture?
Does 12-month supervised home-based physical exercise reduce perceived pain, pain interference, and use of pain medication in older adults after hip fracture?
A year-long supervised home-exercise program reduced pain interference and the prevalence of hip pain compared to usual care in older adults recovering from hip fracture.
Supervised home exercise reduces hip pain prevalence and interference at 12 months post-fracture; extends RCT evidence for long-term pain management in older adults.
Objective To study the effects of a year-long, supervised home-based exercise training on perceived pain, pain interference, and use of pain medication over 12 months after hip fracture. Design Randomised clinical trial, secondary analysis Setting Home Participants Participants ( n = 121) had surgical repair of a hip fracture, were ≥60 years old, and community-living. Intervention Participants were allocated into 12-month home-based Physical Exercise ( n = 61) or Usual Care ( n = 60). Exercise sessions (60 minutes/twice a week) at participants’ home under physiotherapist supervision including strength, balance, and functional exercises. Main measures Pain intensity, interference, and locations, and information of the pain medication were queried at baseline, 3, 6 and 12 months. Results The mean age was 81 (SD 7) years, 91 (75%) were women, and 74 (61%) had fractured femoral neck. At baseline, in Physical Exercise 46 (75%) and in Usual Care 43 (72%) reported some sort of pain. After discharge, 118 (98%) used pain medication: 116 (96%) paracetamol and 41 (34%) opioids. At 12 months, there was no difference between groups in global pain prevalence, or in pain intensity, but the prevalence of hip pain ( P = .047, effect size −0.38 (95% CI −0.51 to −0.22)) and pain interference ( P = .042, effect size −0.18 (95% CI −0.52 to −0.05)) were lower in Physical Exercise than in Usual Care. At 12 months, there was no difference in medication use between the groups. Conclusion The year-long supervised home-exercise reduced pain interference, and the prevalence of hip pain compared to usual care. Over 12 months the use of pain medication decreased in both groups. Registration ClinicalTrials.gov (NCT02305433)
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Suikkanen et al. (2025) studied this question.
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