Evaluation of Complications from Stainless-Steel Flexible Intramedullary Nailing in Children's Femoral Shaft Fractures and Recommendations for Continued Use.

[b]Background.[/b] Flexible intramedullary nailing is currently considered the treatment of choice for femoral diaphyseal fractures in school-aged children. The purpose of our study was to critically evaluate and analyze the complications of stainless steel flexible intramedullary nailing in children's femoral shaft fractures. (mean age, 8.2 years) with a femoral shaft fracture treated with stainless steel flexible intramedullary nailing from January 1, 2009 to July 31, 2015 and evaluated for complications.[b]Results.[/b] All fractures united in a mean time of 9.2 weeks. Minor complications were noted in 19 patients, and major complications were noted in two patients. The Flynn score was excellent in 74 patients, satisfactory in 23 patients, and poor in three patients.[b]Conclusions.[/b] 1. Stainless steel flexible intramedullary nailing in children's femoral shaft fractures is associated with minimal complications. 2. These complications are not related to the alloy of the implant and are mostly due to the long nail end; these complications can be prevented easily. 3. Stainless steel flexible intramedullary nailing is also cost effective, and we recommend its use be enhanced for the treatment of femoral shaft fractures in children.

Management of capitellar fractures with open reduction and internal fixation using Herbert screws.

BACKGROUND: Capitellar fractures are rare elbow injuries and can cause severe limitation of function if not properly managed. Numerous treatments have evolved, from closed reduction and cast immobilization to open reduction and internal fixation (ORIF), so as to achieve a stable joint that allows early mobilization. We determined the functional outcomes of treating these fractures with ORIF using Herbert screws via an extensile lateral approach. METHODS: Fifteen patients with capitellar fractures were included in this retrospective study. A well taken lateral radiograph was important and stressed upon in all patients. All fractures were open reduced and internally fixed using Herbert screws via an extensile lateral approach over a period of 5 years. Clinical, radiographic, and Mayo Elbow Performance Index were evaluated at a mean followup of 3.6 years (range, 1.5-6 years). RESULTS: Nine type I and six type IV capitellar fractures were identified using Bryan and Morrey classification system. The average time to bone union was 12 weeks (range 8-16 weeks) with no case of nonunion. The mean range of flexion was 130° (range 125°-135°). The average extensor lag was 10° (range 0°-30°), with a functional range of motion of elbow achieved in all patients. On the final follow-up, one case of osteoarthritis was seen, but no evidence of avascular necrosis or heterotrophic ossification was seen. Two patients needed screw removal. The outcome was excellent in 10 patients and good in five patients. CONCLUSION: Herbert screw fixation provides stable fixation in capitellar fractures and good to excellent outcomes with excellent elbow motion, can be achieved following internal fixation of these complex fractures using the extended lateral exposure.