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A randomized trial of 600 trochanteric fractures compared a sliding hip screw with the Targon PF intramedullary nail. Because treatment of proximal femoral fractures is strongly influenced by fracture stability, the study provides useful large-scale evidence on whether one fixation philosophy is broadly superior. The results did not demonstrate a consistent clinical advantage that would justify replacing the sliding hip screw for every fracture. Instead, outcomes varied with fracture characteristics and with the well-known strengths and limitations of each device. Intramedullary fixation may be attractive for unstable patterns because it places the load-bearing device closer to the mechanical axis, while the sliding hip screw remains effective for many two-part fractures. For HCPs, the clinically useful approach is to start with fracture classification and reduction strategy and then choose the implant that best controls the expected failure mode. Avoiding varus collapse, cut-out and loss of medial support matters more than the label on the implant. The trial supports a pragmatic message: use the simplest construct that provides reliable biomechanical control for the specific fracture pattern.
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A randomized trial of 600 trochanteric fractures compared a sliding hip screw with the Targon PF intramedullary nail. Because treatment of proximal femoral fractures is strongly influenced by fracture stability, the study provides useful large-scale evidence on whether one fixation philosophy is broadly superior. The results did not demonstrate a consistent clinical advantage that would justify replacing the sliding hip screw for every fracture. Instead, outcomes varied with fracture characteristics and with the well-known strengths and limitations of each device. Intramedullary fixation may be attractive for unstable patterns because it places the load-bearing device closer to the mechanical axis, while the sliding hip screw remains effective for many two-part fractures. For HCPs, the clinically useful approach is to start with fracture classification and reduction strategy and then choose the implant that best controls the expected failure mode. Avoiding varus collapse, cut-out and loss of medial support matters more than the label on the implant. The trial supports a pragmatic message: use the simplest construct that provides reliable biomechanical control for the specific fracture pattern.
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