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The triple tibial osteotomy has been developed as a hybrid of two previously available orthopaedic procedures, the tibial tuberosity advancement and the tibial plateau leveling osteotomy. The tibial tuberosity advancement neutralises shear force within the stifle by advancing the tibial tuberosity until the tibial plateau is at right angles to ...
Tibial tuberosity advancement (TTA) is an orthopedic procedure to repair deficient cranial cruciate ligaments in dogs. It has also been used in cats. This procedure was developed by Dr. Slobodan Tepic and Professor Pierre Montavon at the School of Veterinary Medicine, University of Zurich, in Zurich, Switzerland beginning in the late 1990s.
In veterinary medicine, osteotomies are frequently performed to address rupture of the canine cranial cruciate ligament, which is analogous to the anterior cruciate ligament. The tibial plateau leveling osteotomy and tibial tuberosity advancement are two of the most common osteotomy procedures performed in the United States. Recovery is often 6 ...
Tibial tuberosity fractures are infrequent fractures, most common in adolescents. In running and jumping movements, extreme contraction of the knee extensors can result in avulsion fractures of the tuberosity apophysis. [3] A cast is all that is required if the fragment is not displaced from its normal position on the tibia. However, if the ...
In a TPLO procedure, the tibial plateau, the portion of the tibia adjoining the stifle, is cut and rotated so that its slope changes to approximately 5 degrees from the horizontal plane. [4] This prevents the femur from sliding down the slope of the tibial plateau when the dog puts weight on its knee. This surgery generally results in faster ...
The canine cranial cruciate ligament performs two main functions: it limits cranial tibial translation (forward movement of the tibia [shin] relative to the femur [thigh]) and internal tibial rotation (inward twisting of the shin relative to the femur). As the CrCL tears, the ability to provide translational and rotational stability is lost.
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The PCL is located within the knee joint where it stabilizes the articulating bones, particularly the femur and the tibia, during movement.It originates from the lateral edge of the medial femoral condyle and the roof of the intercondyle notch [5] then stretches, at a posterior and lateral angle, toward the posterior of the tibia just below its articular surface.