Distal radius fractures (DRF) are one of the most common fractures treated by orthopaedic surgeons around the globe. It has been estimated that the National Health Services (NHS) spends an average of £1375.34 per patient for surgical fixation of DRF with a volar locking plate as a day case. This figure climbs to £1983.39 if the same patient stays at the hospital overnight. Inpatient physiotherapy costs the NHS a staggering £82.03 per day, while each outpatient session with physiotherapy is £40.70 for the NHS. This means that a substantial amount is spent by the NHS on rehabilitation and physiotherapy for each DRF, whether fixed surgically or non-surgically. Post-operative rehabilitation involving initial immobilization followed by physiotherapy/hand therapy is an indispensable part of the total management concept of DRF. Most of the conservative management protocols also advocate a five-week immobilization followed by physiotherapy/hand therapy. Due to the fact that more than 50% of the patients with DRF are still employed, the impairment caused by a restriction of range of motion, duration of the sick leave and the effects of DRF on quality of life play a very important socio-economical role in the broadest sense. Patients are routinely referred to physiotherapists/hand therapists following DRF to improve the range of motion (ROM), manage pain, strengthen the wrist and develop full functionality to pre-injury levels. However, the real impact of supervised exercises and active physiotherapy in restoring mobility and strength to the fractured wrist is still not well understood. This article aims to review the existing literature and evidence base regarding the efficacy of immobilization and physiotherapy in improving the functional outcome of surgically treated DRFs.
Keywords: distal radius fractures; hand therapy; orthopedic rehabilitation; physiotherapy intervention; prolonged immobilization; wrist fractures.
Copyright © 2021, Bhan et al.