Innovation translation at the AO and its AO Innovation Translation Center (AO ITC) encompasses the conception, strategic evaluation, and development of clinical solutions in collaboration with industrial partners. It includes proof-of-concept work with innovators, valorization of new technologies and techniques and clinical evidence creation to prove the added value of new solutions. Strategic investments in intellectual property, technology, and companies are also part of AO ITC's mandate.
At the center of all innovation is myAO's global network of surgeons and other healthcare providers who contribute ideas and expert guidance at all stages of development.
AO ITC: The innovative core of the AO's global network
From idea to market: Introducing the newly-CE marked Biphasic Plate
Fast, robust healing of long-bone fractures through confident weight bearing is the goal of the Biphasic Plating concept, a new solution devised by the AO Research Institute Davos (ARI) in Switzerland, Queensland University of Technology (QUT) in Brisbane, Australia. Due to the development incubator funding from the AO Innovation Translation Center (AO ITC), the development phase of the distal femur version started in 2018 and today the plate is CE mark approved, and in first-series production in preparation for clinical application in 2021 in Europe. [Learn more]
Watch the webinar about the Biphasic Plate and how to transform an idea into a CE-marked device
Biphasic Plating - In vivo study of a novel fixation concept to enhance mechanobiological fracture healing Injury (2020-08-01) Ladina Hofmann-Fliri, Devakara R Epari, Ronald Schwyn, Stephan Zeiter, Markus Windolf Read more
Biphasic plating improves the mechanical performance of locked plating for distal femur fractures, J Biomech (Jan 22) Devakara R Epari, Roshan Gurung, Ladina Hofmann-Fliri, Ronald Schwyn, Michael Schuetz, Markus Windolf Read more
Arthroscopic procedures can be performed on all joints. They are commonly used on the knee, shoulder and ankle joints, and less often on hips, elbows and other joints.
Recent developments in imaging technology have allowed for rapid processing and visualization of significant amounts of data yielded from a variety of digital imaging modalities. Prerequisites have been established for three-dimensional (3D) visualization as well as programs for the computer-assisted 3D planning of surgical procedures, and these image sources are now available to assist the surgeon in the operating room.
Degenerative spinal conditions represent one of the most frequent domains of spinal pathology, which can affect patients of any age. Appropriate management can reduce the morbidity and improve significantly the life quality of these patients.
myAO is offering you the following exclusive selection of "knowledge gems" around spinal degeneration.
myAO clinical roundup on small animal fracture management Fracture management in small animals presents unique challenges—not only in achieving stable fixation and promoting healing, but also […]
Children may experience several types of pediatric spinal deformity, including scoliosis, kyphosis and spondylolisthesis. While many pediatric spinal deformities can be treated conservatively, with physical therapy or bracing, some require surgery.
Innovation translation at the AO and its AO Innovation Translation Center (AO ITC) encompasses the conception, strategic evaluation, and development of clinical solutions in collaboration with industrial partners. It includes proof-of-concept work with innovators, valorization of new technologies and techniques and clinical evidence creation to prove the added value of new solutions. Strategic investments in intellectual property, technology, and companies are also part of AO ITC's mandate.
How should a clinician tackle the management and treatment of a Periprosthetic Joint Infection (PJI)? An individualized approach must be developed for each patient, one that integrates appropriate surgical intervention and antimicrobial strategies.
The surgical treatment of sports injuries and other soft-tissue conditions around the joints are closely related to classical orthopedic and trauma surgery, however, many innovative techniques for prevention, repair, and reconstruction require specific specialization to achieve excellence in patient outcomes.
The evolution of Orthognathic principles and practices, combined with knowledge of recent advances, helps the clinician more effectively treat challenging clinical problems.
Coordinated comprehensive treatment planning primarily between the orthodontist and the orthognathic surgeon will help improve patient outcomes and decrease complications. Continuing education benefits clinicians by exposing them to new knowledge in the field, which in turn, leads to improved patient outcomes.