Fracture Fixation and Implants

Delays to fracture stabilization and the effect on postoperative outcomes: A retrospective cohort study of 211 canine humeral condylar fractures

Delays to surgery are an important system-level factor influencing the accuracy of fracture reduction.

Treatment of Simple Fractures of Distal Aspect of Radius and Ulna in Miniature- and Toy-Breed Dogs with Locking Plate in a Non-Rigid Configuration: An Observational Study of 10 Cases

No implant failures or refractures associated with previous screw holes were observed.

Presumptive Postoperative Nontraumatic Adrenal Haemorrhage After Orthopaedic Surgery in a Dog

This case supports the value of serial US combined with endocrine and electrolyte monitoring.

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.

Biomechanical Comparison of Paraosseous Clamp-cerclage Fixation and External Fixators in the Surgical Repair of Long-bone Fractures in Cats

Selecting the fixation method may help optimize clinical outcomes in feline fracture management.

Double J-shaped Kirschner wire fixation provides superior biomechanical stability for feline sacroiliac luxation compared with conventional techniques

The DJ technique may offer a biomechanically robust alternative for stabilizing feline SI luxation.

Locked plate versus modified clamp-rod internal fixation for feline corpus ilium fractures: A comparative clinical study

This study is the first clinical evaluation of the M-CRIF system in feline ilial fractures.

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.

EXPRESS: Minimally invasive application of a precontoured angle-stable interlocking nail in cats

Minimally invasive nail osteosynthesis of a precontoured angle-stable interlocking is feasible in cats.

Evaluation for radiographic changes in the coxofemoral joint and proximal femur following intramedullary stabilisation of diaphyseal femoral fractures using angle-stable interlocking nails in skeletally immature patients

Use of an angle-stable interlocking nail can be performed without significant risk of developing proximal femoral malformation.

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