Femur Fractures: Subtrochanteric

Area of Science:

• Orthopedic Surgery
• Traumatology
• Biomedical Engineering

Background:

• Femur fractures present diverse challenges, from simple to comminuted types.
• Achieving optimal alignment, length, and rotation is critical for fracture healing.
• Open fractures introduce bone loss, further complicating reduction and fixation.

Purpose of the Study:

• To provide a comprehensive overview of femur fracture management techniques.
• To detail methods for fracture reduction and fixation across subtrochanteric to supracondylar regions.
• To discuss the use of various implants and reduction aids.

Main Methods:

• Exploration of closed and percutaneous reduction techniques as primary approaches.
• Discussion of open reduction techniques when closed methods are insufficient.
• Detailed review of femoral nailing and plating as fixation strategies.
• Consideration of fracture reduction aids, patient positioning, and specialized tools.

Main Results:

• Closed and percutaneous techniques are preferred for biological friendliness and minimal soft-tissue injury.
• Open techniques may be required to achieve acceptable fracture reduction.
• Both femoral nailing and plating are presented as effective fixation options, individually or in combination.

Conclusions:

• Effective management of femur fractures requires careful consideration of fracture patterns and associated complications.
• A stepwise approach, prioritizing less invasive techniques, is crucial for successful outcomes.
• Understanding the nuances of reduction aids, patient positioning, and implant selection is key to optimizing functional recovery.