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An advanced, in-person course for orthopedic and trauma surgeons focusing on the principles and techniques for managing complex fractures, pelvic injuries, and polytrauma patients through interactive sessions and practical exercises.
This AO Trauma Course on Advanced Principles of Fracture Management is a competency-based curriculum event designed for surgeons seeking to build upon their foundational knowledge. The course focuses on the principles and techniques for managing more complex injuries, including diaphyseal and periarticular fractures, pelvic injuries, and polytrauma cases. Delivered in a modular format, the program features a blend of evidence-based lectures, interactive small-group case discussions, panel sessions, and hands-on practical exercises. Participants benefit from an online pre-course self-assessment to tailor the content and a post-course assessment to measure learning outcomes.
Exploring and applying advanced reduction methods with a critical focus on soft tissue preservation and management.
Expanding upon the core concepts learned in the AO Trauma Basic Principles course to address more challenging clinical scenarios.
Strategies for assessing and managing soft-tissue injuries associated with complex fractures to improve patient outcomes.
Comprehensive assessment, planning, and operative techniques for managing complex fractures of the long bone shafts.
Developing treatment plans and surgical strategies for fractures occurring near or within a joint, requiring precise anatomical restoration.
Demonstrating effective strategies for the assessment, debridement, and stabilization of open fractures to prevent infection and promote healing.
Planning and executing appropriate management for patients with pelvic ring injuries, a common component of high-energy trauma.
Coordinating care and surgical priorities for patients with multiple significant injuries, applying damage control principles.
Learning to recognize early signs of potential complications and implementing effective strategies for their management and resolution.
Engaging in collaborative problem-solving and decision-making processes through the analysis of real-world clinical cases.
Training in the application of various advanced fracture fixation techniques and technologies in a simulated environment.
Opportunity for attendees to present their own challenging cases for discussion and feedback from faculty and peers.
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