Key result
Flexible nails, submuscular plates, and rigid nails require individualized selection for length-unstable pediatric femur fractures.
Why the study?
Choosing among flexible intramedullary nails, submuscular plates, and lateral-entry rigid intramedullary nails for length-unstable pediatric femur fractures is complex and supported by conflicting, heterogeneous data.
What are the evidence-based details and patient-specific factors affecting the choice of fixation method for length-unstable pediatric femur fractures in children aged 5 to 11 years?
What are the evidence-based details and patient-specific factors affecting the choice of fixation method for length-unstable pediatric femur fractures in children aged 5 to 11 years?
Surgeons must consider patient-specific factors and evidence-based details of each implant when treating length-unstable femur fractures in children aged 5 to 11 years.
Surgeons should individualize fixation for length-unstable pediatric femur fractures; leaves open optimal method amid conflicting data.
Pediatric femur fractures in children aged 5 to 11 years are typically classified as length-stable versus length-unstable. For length-stable fracture patterns, there is frequent consensus among pediatric orthopaedic specialists regarding the appropriateness of flexible intramedullary nails, submuscular plates (SMP), or lateral-entry rigid intramedullary nails (LE-RIMN). With length-unstable fracture patterns, however, the decision is more complex. Age, weight, fracture pattern, fracture location, surgical technique, surgeon experience, several implant-specific details, and additional factors are all important when choosing between flexible intramedullary nail, SMP, and LE-RIMN. These familiar methods of fixation may all be supported by conflicting and sometimes heterogeneous data. When planning to treat length-unstable fractures in young children, surgeons should understand evidence-based details associated with each implant and how each patient-specific scenario affects perioperative decisions.
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Greenhill et al. (2024) conducted a review in Length-unstable pediatric femur fractures. Flexible intramedullary nails, submuscular plates (SMP), or lateral-entry rigid intramedullary nails (LE-RIMN) was evaluated. Treatment of length-unstable femur fractures in children aged 5 to 11 years requires individualized decision-making among flexible nails, submuscular plates, and rigid nails based on patient factors.
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