Dynamic skeletal traction spica casts for paediatric femoral fractures in a resource-limited setting.

The objective of this study was to compare elastic intramedullary nailing (EIN) with dynamic skeletal traction spica casting (DSTSC) in terms of postoperative radiographic angulations, length of hospital stay, and cost in a resource-limited setting. We prospectively studied 51 children, five to twelve years of age, with femoral fractures treated with either EIN (n = 26) or DSTSC (n = 25). Children treated with EIN had significantly longer hospital stays (17 +/- 8.0 days) than those treated with DSTSC (6.0 +/- 2.5 days). Financial constraints in acquiring supplies caused a significant increase in time from admission to surgery (EIN 9.5 +/- 2.3 days; DSTSC 1.1 +/- 0.3 days), and cost was about 400% higher for EIN compared with DSTSC. At twelve weeks follow-up, all patients in both groups had acceptable radiographic angulations. In resource-limited healthcare settings, DSTSC is an effective alternative to EIN with comparable post-op radiographic angulations, decreased hospital stays, and lower cost.

Traction spica cast for femoral-shaft fractures in children.

We treated 20 children for an isolated femoral shaft fracture using distal tibial traction incorporated into a spica cast with the knee in full extension. Patients were discharged from the hospital at a mean of 5.1 days following injury. All fractures healed, and there were four minor complications. At a mean follow-up of 35 (13-72) months, all patients were asymptomatic with normal function. All but one fracture healed in acceptable alignment, and there was no clinically significant leg-length discrepancy. The method is relatively simple to employ and may be advantageous in a setting of limited resources.