The perfect reduction: approaches and techniques

Area of Science:

• Orthopedic Surgery
• Surgical Anatomy
• Trauma Management

Background:

• Anatomic reduction of femoral neck fractures is challenging using closed methods.
• Open reduction offers direct, controlled manipulation of fracture fragments.
• Preserving critical femoral neck vasculature is paramount during surgical approaches.

Purpose of the Study:

• To review the principles and techniques for open reduction of femoral neck fractures.
• To discuss common surgical approaches and their anatomical considerations.
• To highlight the role of intra-operative imaging in achieving successful outcomes.

Main Methods:

• Review of established open surgical approaches, including anterolateral (Watson-Jones) and direct anterior (Smith-Petersen).
• Discussion of percutaneous techniques and their limitations regarding visual confirmation.
• Emphasis on the importance of understanding hip and pelvis anatomy.
• Utilization of intra-operative fluoroscopy and direct visualization.

Main Results:

• Open reduction provides superior control and direct visualization compared to percutaneous methods.
• Anterolateral and direct anterior approaches are frequently employed for femoral neck fracture reduction.
• Knowledge of anatomy is critical for preventing vascular injury.
• Combined use of fluoroscopy and direct visualization facilitates successful fracture management.

Conclusions:

• Open reduction is often necessary for achieving anatomic reduction of femoral neck fractures.
• Careful surgical technique and anatomical knowledge are essential for optimal outcomes.
• Intra-operative imaging aids in guiding manipulation, stabilization, and fixation.