Editorial Welcome to the 2021 edition of the AO ITC Innovations magazine, which brings you the latest innnovations from across the AO Innovation Translation Center (AO Technical Commission, Clinical Evidence, and Technology Transfer) in collaboration with the AO Research Institute Davos (ARI) and AO Education Institute. AO Technical Commission (AO TC) is proud to announce the launch of 12 new products across trauma, spine, craniomaxillofacial, and veterinary. Despite a further year of restricted travel and face-to-face engagement since the release of our last magazine in December 2020, the digitization of meetings and anatomy laboratories has enabled us to proceed with product innovation at an impressive rate. The increased productivity demonstrated by the AO TC throughout this turbulent time has been noticeably driven by Daniel Buchbinder who, up until June 2021 chaired the AO Technical Commission Executive Board (TCEB). In this edition of the Innovations magazine, we thank Dr Buchbinder for his commitment and acknowledge his influence in the formation of the AO TC. Subsequently, we welcome Maarten Spruit as the new Chair of the AO TC and support his mission to position the AO TC at the heart of the AO ITC driving technology innovation and serving the needs of trauma, veterinary, craniomaxillofacial, and spine surgeons. The AO TC Trauma, chaired by Michael Raschke, approved a record number of eight new products, a marked increase compared to 2020. In our lead article, we introduce the Variable Angle Locking Patella Plate, a combined effort in innovation from the Lower Extremity Expert Group and Patella Task Force. Due to the potentially disabling consequence of inadequate treatment and despite the relatively low incidence rate of patella fractures, medical members from both groups recognized the need for a better fixation solution in this anatomical area. Following the identification of five main criteria necessary for optimal patella fracture fixation including the preservation of blood supply and low implant prominence, two new plating solutions were developed. We hope you enjoy reading about the 2.7 mm Variable Angle Anterior Patella Plates and the 2.4/2.7 Variable Angle Lateral Rim Patella Plates.
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Innovations 2021
Retaining a focus on trauma and following several years in development, the Upper Extremity Global Expert Committee (UEGEC) is pleased to introduce the Variable Angle Clavicle and Variable Angle Clavicle Hook Plate 2.7 Systems. While launched independently of each other, these systems demonstrate a significant breakthrough in the treatment of both isolated clavicular fractures and those associated with a ligamentous disruption. Dedicated plate shapes possess an enhanced fit and accommodate the bow and curvature of the clavicle at corresponding fracture locations; a design feature which truly represents the next generation of clavicle plating. Within the world of Spine, the Cervical Spine Expert Group (CEEG) brings you Symphony Compartment 2. The Symphony Occipito-Cervico-Thoracic System aims to reduce the complexity of Posterior Cervical Fusion procedures and improve patient outcomes in a solution containing both Foundational (Compartment 1) and Enhancement (Compartment 2) elements. Comprising navigated instrumentation and a more sophisticated range of screws and rods, Symphony represents true innovation while successfully retaining the best features of Mountaineer and Synapse. The CEEG has recently been awarded the AO TC Innovation Prize for its efforts with Symphony which you can read more about here. Updates from other areas of the AO ITC include exciting news from Technology Transfer as they continue to drive the development and valorization of innovative solutions in the advancement of patient care. Biphasic plating is a concept conceived by ARI, Queensland University of Technology and 41Medical. The Biphasic Plate for Distal Femur obtained CE certification as a class IIB medical device in April 2021; a significant achievement by all involved and one to be celebrated in this edition of the Innovations magazine. Technology Transfer also introduces OSapp; an interactive virtual osteosynthesis software and learning tool which has been created through a collaboration between the AO Research Institute Davos and Chair of the UEGEC, Simon Lambert. The project was started in July 2020 and aims to solidify the
