Master the treatment of displaced midshaft clavicle fractures. This training offers a technical immersion into bridge plating osteosynthesis via a minimally invasive approach, emphasizing tissue preservation and favorable aesthetic outcomes.

Training Focus:

• Surgical treatment of displaced midshaft clavicle fractures with skin compromise.
• Bridge plating fixation technique.
• Minimally invasive approach with two portals.
• Tissue preservation and optimization of aesthetic results.

Detailed Content:

• Optimized Surgical Approaches: Creation and utilization of two portals (lateral and medial) for a safe pathway of the bridge plate.
• Precise Reduction with Dedicated Clamp: Methodology for identifying and reducing the fracture through a mini-lateral approach with a specific clamp, facilitating manipulation.
• Implant Planning and Subcutaneous Tunnel: Procedures for plate measurement and creation of a subcutaneous tunnel between the portals for minimally invasive insertion.
• Biomechanically Effective Fixation: Strategies for interfragmentary screw insertion in oblique fracture patterns and fixation sequence with screws in the lateral and proximal thirds of the clavicle.
• Optimized Layered Closure: Techniques for deep suturing, connecting the pectoralis muscle to the trapezius, and intradermal suturing for superior aesthetic and functional results.
• Low Invasiveness Results: An approach that favors fracture healing and provides a superior aesthetic outcome.

Included Material:

• Detailed PDF: The material describes minimally invasive osteosynthesis of displaced midshaft clavicle fractures, using the two-portal bridge plating technique. The procedure details the creation of approaches, plate measurement, subcutaneous tunnel creation, and reduction with a specific clamp. Fixation is performed with a plate and screws, including an interfragmentary one if applicable, followed by a layered closure aiming to optimize healing and aesthetic outcome.

Enhance your skills in trauma surgery. Enroll now and master the techniques in minimally invasive osteosynthesis of clavicle fractures.