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An advanced AO Trauma course designed for Operating Room Personnel (ORP) focusing on the complex principles and techniques of fracture management. Objectives At the end of this course participants will be able to: ⦁ Describe AO Principles for the operative stabilization of fractures ⦁ Relate to soft-tissue damage, fracture healing, and surgical intervention in the injured patient ⦁ Explain the principles of and preparation for operative minimally invasive surgery ⦁ Plan appropriate care for minimally invasive techniques using locking compression plates ⦁ Discuss strategies for the care of polytrauma patients and decision making for preparation of surgeries ⦁ Anticipate potential pitfalls and intraoperative complications in fracture care ⦁ Formulate systems for maintaining safe standards of practice ⦁ Prepare and use correctly instruments and corresponding implants for current fracture treatment ⦁ Use professional networks to share ideas, challenge poor practice, and provide support Description A well-balanced mix of educational methods and careful sequencing of topics is essential for successful teaching and learning at the advanced level. Short, evidence-based lectures cover the more advanced knowledge and principles of fracture management. In practical exercises participants are trained in the application of fixation techniques based on the underlying principles of fracture management. Discussing in small groups helps participants to reflect upon the knowledge and skills acquired in lectures and practical exercises.
The AO Trauma Course – Advanced Principles of Fracture Management for Operating Room Personnel (ORP) is a two-day advanced educational programme taking place on 22–23 September 2026 in Dubai, United Arab Emirates. Organized under the AO Trauma education programme, the course is specifically designed for operating room personnel who support surgical teams in the management of traumatic fractures. It builds on foundational knowledge and focuses on advanced principles, perioperative care, surgical preparation, patient safety, and support of operative fracture management. The programme combines evidence-based lectures, practical exercises, small-group discussions, and skills-based learning to provide participants with a comprehensive understanding of their role throughout the perioperative process. Rather than focusing solely on the surgical treatment of fractures, the course emphasizes the knowledge, technical skills, communication, and safety practices required by operating room personnel to support complex orthopedic trauma procedures effectively. The scientific programme covers a broad range of fracture-management situations, including polytrauma, distal femur fractures, geriatric and pediatric fractures, malleolar fractures, forearm and wrist injuries, joint-related osteosynthesis, and complications associated with fracture treatment. Participants examine the principles underlying these procedures and develop a better understanding of how appropriate preparation and intraoperative support contribute to safe and effective surgical care. Practical training is a major component of the course. Participants are introduced to techniques involving pelvic ring stabilization, application of a large distractor, intramedullary nailing of femoral shaft fractures, and internal fixation procedures involving the proximal humerus, femur, malleolus, forearm, distal radius, and olecranon. These exercises provide opportunities to become familiar with instruments, implants, positioning, and operative workflows in a structured educational environment. The AO Skills Lab further strengthens practical learning through exercises involving soft-tissue penetration during drilling, fracture-reduction techniques, and damaged implant removal. These activities allow participants to develop greater familiarity with surgical equipment and the technical considerations involved in supporting fracture fixation procedures. Small-group discussions complement the practical sessions by addressing clinical and perioperative situations such as setting priorities for polytrauma patients, preparing patients for fracture fixation, managing the specific needs of geriatric and pediatric patients, and responding to challenges encountered in the operating room. Discussions also address draping, patient safety, leadership, communication, and effective teamwork. Patient safety and perioperative preparation remain central throughout the course. Participants develop competencies related to preparing patients and equipment, positioning patients appropriately, supporting the correct use of surgical instruments and implants, maintaining infection-control standards, and ensuring appropriate occupational health and safety practices. The programme also emphasizes effective communication, teamwork, and accurate patient documentation. The course is specifically intended for operating room personnel, including circulating nurses, scrub nurses, surgical technicians, and other paramedical staff who support surgical teams in delivering safe patient care. Participants are expected to have completed the AO Trauma Course – Basic Principles of Fracture Management for ORP, making this advanced programme part of AO Trauma's continuing educational pathway for operating room personnel. Through its combination of advanced lectures, practical exercises, small-group case discussions, and skills-lab activities, the course provides participants with opportunities to strengthen their technical knowledge and practical competencies in orthopedic trauma surgery support. The programme also encourages effective communication and multidisciplinary teamwork, helping operating room personnel contribute more effectively to safe and efficient fracture management. The AO Trauma Course – Advanced Principles of Fracture Management for ORP will take place in Dubai from 22–23 September 2026. The official AO information confirms that CME credits are associated with the course, although the specific credit value for this Dubai event should be confirmed from the event-specific accreditation information.
Understanding the physiological processes and healing mechanisms in complicated fractures.
Exploring the mechanics behind locking plates, intramedullary nailing, and external fixators.
Techniques, approaches, and specific instrumentation required for fractures around the joints.
Overview of the specific challenges, patient positioning, and setups for pelvic surgery.
Detailed handling, assembly, and application of advanced LCP technology.
Assisting in minimally invasive surgical approaches and understanding the required specialized tools.
Anticipating equipment needs and preparing the operating room for complex trauma cases.
Best practices for maintaining sterility, handling implants, and protecting soft tissues during prolonged surgeries.
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