Double pin fixation of severely comminuted fractures of the distal radius and ulna.
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Explore the source record for details and available documents.
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Fractures of the radial head continue to challenge orthopaedic surgeons. Fortunately, most simple uncomplicated fractures treated non-operatively with emphasis on early motion achieve good results. Treatment of more complex fractures remains controversial, however. When simple radial head excision is contraindicated, choosing between open reduction and internal fixation and radial head replacement remains difficult. A review of the literature does not provide definite guidelines, but suggest that fracture complexity and technique are critical for success. This paper is not intended to review the treatment of radial head fractures, but rather to focus on choosing between replacement versus internal fixation when preservation of radial head mechanics is indicated.
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The conventional treatment of comminuted fractures in the distal radius has been unsatisfactory. We therefore made a prospective study using the principle of ligamentotoxis and primary cancellous bone grafting as the uniform method of treatment. Ligamentotaxis was maintained by using an external fixator for three weeks only, after which a carefully monitored programme of rehabilitation was given. We have reviewed 72 consecutive distal radial fractures after a follow-up of 7 to 40 months (average 11 months). Reduction had been maintained during healing and over 80% of patients regained full range of movement in hands, wrists and forearms with strong and pain-free wrist function. Complications were infrequent and gave no real problems. We conclude that distraction, external fixation and bone grafting appears to be an excellent method of treating comminuted fractures of the distal radius.
Computed tomography (CT) was performed within 4-8 days of injury in three patients with five fractures of the calcaneus. Three of the fractures were comminuted, and CT gave graphic additional information to the plain radiographs. Three fractures were undisplaced and were managed conservatively. In the other two, there was displacement of bony fragments, and these were treated operatively. In these, CT gave valuable preoperative information regarding the size and location of fracture fragments and helped the surgeon determine the site of incision and type of surgery required. The CT findings were confirmed at operation. CT therefore provides useful information for the management of these difficult fractures.
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