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à Marseille, FR L'objectif de ce cours est de permettre l'application des concepts et techniques avancés pour la prise en charge des fractures complexes chez les animaux de petite taille. L'évaluation et le traitement des fractures complexes diaphysaires, juxta-articulaires, articulaires et pelviennes seront abordés en détail.
at the Surgical Training Institute (STI) Facility in Cary, NC AO VET NA Blended Course—Advanced Techniques in Small Animal Fracture Management with Wet Lab course expands upon the concepts presented in the AO VET Course - Principles of Small Animal Fracture Management and adds new subjects for discussion with both dry and wet lab experiences.
in Leeds, UK The AO VET Course - Principles of Small Animal Fracture Management is designed to provide participants with a basic, fundamental knowledge of bone healing and how it can be favorably influenced through internal fixation of fractures.
at the Embassy Suites by Hilton Scottsdale Resort The AO VET NA Blended Course - Principles of Small Animal Fracture Management is designed to provide participants with a basic, fundamental knowledge of bone healing and how it can be favorably influenced through internal fixation of fractures.
at the Embassy Suites by Hilton Scottsdale Resort The AO VET NA Blended Course—Principles of Deformity Correction: Pelvic Limb was designed to provide the participant with the basic fundamentals of understanding how to assess the alignment of the pelvic limb of the dog.
in Yokohama, Japan AO VETコース「小動物骨折治療の原則」は、骨の治癒に関する基礎的・根本的な知識と、骨折の内部固定によってその治癒を良好に導く方法について、参加者に提供することを目的としています。
at the Movora Education Center in Boston, MA This two-day course focuses on fractures affecting the elbow joint with emphasis on treatment of humeral condylar fractures in dogs.
at the Movora Education Center in Boston, MA This course aims to provide participants with all of the required knowledge and skills to address pelvic fractures in dogs.
in Davos, CH This course will allow participants to learn how to transfer a CT scan into a 3D rendering, how to manipulate 3D renderings, how to 3D print bone replicas, how to design and produce patient-specific jigs, how to use 3D printed bones and jigs to prepare for a range of complex orthopedic procedures. Case based discussions, laboratory exercises and computer based sessions will cover cases of angular limb deformities, traumatic injuries, joint replacement candidates and spinal injuries.
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