Orthopaedic Biomechanics in Sports Medicine

Orthopaedic biomechanics principles and materials. Biomechanics applications.-Moment arms and Forces at the joints.- Ligament.- Bone.- Articular cartilage.- Fibrocartilage.-Tendon.- Muscle.- Application to Orthopaedics. Joint specific orthopaedic biomechanics. Anatomy and kinematics of the shoulder joint.- Biomechanics of rotator cuff injury and repair.- Biomechanics of shoulder instability and repair.- Biomechanics of acromioclavicular joint injury and repair.- The Thrower's shoulder. General elbow biomechanics.- The Thrower's elbow.- Elbow tendon injuries and repair.- Biomechanics of hip.- Biomechanics of femoroacetabular impingement.- Biomechanics of soft tissue injuries around the hip.- Anatomy and biomechanics of the knee.- Anatomy and biomechanics of the anterior cruciate ligament biomechanics.- Biomechanics of Extra-articular ligaments and tenodesis.- Collateral ligaments.-PCL biomechanics.- Biomechanics of Osteotomies around the knee.- Meniscal biomechanics.- Patellofemoral biomechanics.- Biomechanics of the native knee as related to total knee design and function.- Biomechanics of Cruciate retaining and Posterior stabilized.- Biomechanics of UKA.- Biomechanics of Ankle Joint.- Biomechanics alteration in relation to ligament injuries.- Biomechanics of tissue repair techniques. Biomechanics of bone grafts and bone substitutes.- Biomechanics of cartilage repair.- Biomechanics of stem cell treatment and regenerative medicine.

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• Medicina das lesões desportivas
• Medicina: temas gerais
• Ortopedia e fracturas
• Biofísica
• Biotecnologia

Finite Element Analysis in orthopedics;Joint Moment Arm;joint kinematics;arthroplasty;tissue repair;bone grafts;cartilage repair