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AO Trauma Masters Course—Knee Fractures with Human Anatomical Specimens

An advanced, hands-on master's course focusing on the management of complex knee fractures using human anatomical specimens. This intensive program is designed for experienced surgeons seeking to refine their operative techniques. At the end of this course, participants will be able to: • Classify tibial plateau fractures and recognize the implications for treatment. • Define different management options, techniques and surgical approaches for tibial plateau fractures as well as associated ligamentous injuries. • Define different management options and techniques for distal femoral fractures, patellar injuries, as well as knee dislocations and floating knee. • Discuss management principles of knee deformities including deformity analysis in different planes • Apply the principles of preoperative planning as well as surgical approaches and technique for high tibial and distal femoral osteotomies • Discuss different management options in posttraumatic knee deformities, nonunion, malunion, and periprosthetic fractures Surgeons participating in this course will concentrate on the application of surgical planning and advanced techniques in the management of complex knee injuries and deformities. The course is taught in a modular format and address the latest techniques and best practices in operative fracture management dealing with complex orthopedic trauma problems. Each module includes many lectures around the specific topic and open group discussions moderated by experts in this field. At the anatomical specimen laboratory, participants are trained in the application of different techniques and approaches. Ample opportunities are provided to share experiences and cases with peers and the expert regional and international faculty.

CME eligible16.5 CME Credits
3 daysProgram duration

Course Overview

An advanced, hands-on master's course focusing on the management of complex knee fractures using human anatomical specimens. This intensive program is designed for experienced surgeons seeking to refine their operative techniques. At the end of this course, participants will be able to: • Classify tibial plateau fractures and recognize the implications for treatment. • Define different management options, techniques and surgical approaches for tibial plateau fractures as well as associated ligamentous injuries. • Define different management options and techniques for distal femoral fractures, patellar injuries, as well as knee dislocations and floating knee. • Discuss management principles of knee deformities including deformity analysis in different planes • Apply the principles of preoperative planning as well as surgical approaches and technique for high tibial and distal femoral osteotomies • Discuss different management options in posttraumatic knee deformities, nonunion, malunion, and periprosthetic fractures Surgeons participating in this course will concentrate on the application of surgical planning and advanced techniques in the management of complex knee injuries and deformities. The course is taught in a modular format and address the latest techniques and best practices in operative fracture management dealing with complex orthopedic trauma problems. Each module includes many lectures around the specific topic and open group discussions moderated by experts in this field. At the anatomical specimen laboratory, participants are trained in the application of different techniques and approaches. Ample opportunities are provided to share experiences and cases with peers and the expert regional and international faculty.

The AO Trauma Masters Course—Knee Fractures with Human Anatomical Specimens is a high-level educational event designed for experienced orthopedic and trauma surgeons. This course provides an in-depth exploration of complex knee fracture management, combining evidence-based lectures with extensive hands-on training using human anatomical specimens. Participants will engage with international experts to discuss surgical strategies, decision-making processes, and the latest advancements in osteosynthesis techniques. The curriculum is structured to enhance clinical outcomes through practical experience and collaborative learning in a specialized surgical environment.

What you'll learn

Analyze complex fracture patterns of the knee using advanced imaging and classification systems.
Apply evidence-based surgical approaches for the treatment of intra-articular knee fractures.
Demonstrate proficiency in advanced reduction and fixation techniques using human anatomical specimens.
Evaluate potential complications and management strategies for soft tissue injuries associated with knee fractures.
Formulate comprehensive treatment plans for challenging cases including peri-prosthetic and multi-fragmentary fractures.
Discuss the latest technological advancements and implants in knee trauma surgery.

Course Content

3 Modules • Detailed Clinical Curriculum
  • Advanced Imaging

    Utilizing CT and 3D reconstruction for precise fracture mapping.

  • Soft Tissue Management

    Assessing and managing soft tissue envelopes in high-energy knee trauma.

  • Minimally Invasive Surgery

    Techniques for percutaneous reduction and fixation.

  • Open Reduction Internal Fixation (ORIF)

    Standard and extended approaches for complex articular fractures.

  • Post-operative Rehabilitation

    Optimizing functional outcomes through structured physical therapy.

  • Revision Surgery

    Strategies for addressing malunion, non-union, and hardware failure.

Key Features

Hands-on practical sessions with human anatomical specimens Expert faculty from the global AO Trauma network Advanced curriculum focused on complex fracture management Interactive case-based discussions and workshops Networking opportunities with international peers Evidence-based surgical techniques and clinical pearls
Accreditation & Credits

Globally recognized CME credentials

16.5CME Credits
Registration

Course registration

Secure your seat and earn full credit eligibility with encrypted checkout.

  • 16.5 CME Credits included with completion
  • Instant confirmation & receipt by email
Total due
USD2350.00

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Organizing Committee

Chairperson

Wael Osman
Chairperson
Saleh Al Sawafi
Chairperson
USD2350.00
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CME Certified Courses
Medical Education Hub
Expert Medical Speakers
AI-Powered Learning
Accredited Certificates
Live Medical Events
Continuous Medical Education
CME Certified Courses
Medical Education Hub
Expert Medical Speakers
AI-Powered Learning
Accredited Certificates
Live Medical Events
Continuous Medical Education
CME Certified Courses
Medical Education Hub
Expert Medical Speakers
AI-Powered Learning
Accredited Certificates
Live Medical Events
Continuous Medical Education