Hip

Ventral coxofemoral luxation in poodle breeds: multicentre retrospective case series

Poodles and their crosses were shown to be at an increased risk of ventral coxofemoral luxation.

Comparison of Four Sedation and Anaesthesia Protocols during Stress Radiography of the Coxofemoral Joint Using a Distension Device Modified for Force Measurements

The sedation protocol dexmedetomidine, butorphanol and midazolam emerged as the most favourable.

Outcomes after Total Hip Replacement to Manage Failed Hip Toggle in 11 Dogs

THR can be safely and effectively performed in dogs following failed hip toggle surgery.

Subsidence of the BFX standard stem after canine total hip replacement: A case series of 177 consecutive procedures

Cutoffs for excessive subsidence may have limited clinical utility.

Ultrasonographic Evaluation of Canine Hip Dysplasia: Comparison with FCI Radiographic Scoring System

The findings support US usage as a potential tool for CHD diagnosis and monitoring.

Plating and double-loop cerclage wiring improve the mechanical performance of the femoral stem after Zurich cementless total hip replacement in cats

Locking plates may support implant stability, whereas cerclage wiring improves energy dissipation.

Comparison of canine femoral implant templating for total hip arthroplasty on 25 sets of craniocaudal extended and caudocranial flexed hip radiographs

Neither templating method consistently predicted the clinical femoral stem implant size.

Comparison of canine femoral implant templating for total hip arthroplasty on 25 sets of craniocaudal extended and caudocranial flexed hip radiographs

Neither templating method consistently predicted the clinical femoral stem implant size.

EXPRESS: Femoral Head and Neck Ostectomy Via Ventral Approach in Cats Using a Standardized 3D-Printed Ostectomy Guide

Occasional over- or under-resection and the risk of damaging the greater trochanter preclude clinical application.

In silico modeling of total hip replacement with press-fit cementless system in dogs shows impingement-free motion is greater with larger head-to-neck ratios

The use of larger heads without collars improves prosthetic mobility.

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