Femur

Canine Femoral Trochlear Dysplasia: A Retrospective Study Assessing the Dejour Signs

Dejour femoral trochlear dysplasia signs are identifiable in dogs with PL and rare in normal dogs.

Targeted radiographic projections provide reliable quantification of proximal and distal canine femoral morphology in the absence of computed tomography

In the absence of a CT scan, horizontal beam is recommended for accurate assessment of proximal femoral morphology.

Lateral tripod 3-pinning provides an effective unilateral approach for stabilizing canine distal femoral physeal fractures

The 3LTP demonstrated superior biomechanical resistance to axial compression.

Tricortical pin tension-band wiring provides the greatest tensile resistance among fixation constructs for feline greater trochanteric avulsion fractures

Bicortical pin TBW may offer a practical balance of strength and simplicity.

Assessment of Femoral Trochlear Groove Depth in Canine Cadavers with Normal Stifle Joints Using Ultrasonography with the Joint Positioned at 45°, 90°, and Hyperextension, and Radiography in the Skyline Projection

Ultrasonography demonstrated greater agreement with ex vivo measurements than radiography.

Biomechanical comparison of three locking plate constructs for stabilization of a femoral segmental defect model in cats

Locking plate-rod configuration exhibited greater deformation.

Minimally invasive osteosynthesis using a dynamic compression angle-stable interlocking nail in feline transverse femoral fractures: an ex vivo study

Dynamic compression angle-stable interlocking nail provided consistent interfragmentary compression.

Factors associated with long-term function in cats treated with femoral head and neck excision

At long-term follow-up, owner-reported quality of life was high.

Fracture of the greater trochanter of the femur in 17 cats: imaging, clinical features and concurrent injuries

Specific outcomes of greater trochanteric fractures are uncertain because of the high occurrence of concurrent orthopaedic injuries.

Medial Meniscal Tears Increase Risk of Moderate to Severe Cartilage Damage to the Medial Femoral Condyle

Stifles with displaceable meniscal tears had a significantly higher frequency of moderate/severe cartilage wear.

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