Publications by authors named "Clara S S Goh"

A 12 yr old male castrated miniature Australian shepherd dog presented for surgical consultation of historical bilateral medial patellar luxations with a 3 mo history of an acute onset of a left pelvic limb lameness. Physical examination confirmed medial patellar luxations and a mass effect of the left stifle medially. Radiographs showed medial distension of the joint capsule by a soft tissue opacity.

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Objective: To assess the accuracy and efficiency of performing ventral FHO (vFHO) after measuring the ideal femoral head and neck ostectomy angle (iFHOA), with and without guidance of a K-wire. To compare the iFHOA to the previously accepted 45° angle to guide vFHOs.

Study Design: Randomized, controlled, ex vivo study.

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Objective: To assess the efficacy of psoas compartment and sacral plexus block for pelvic limb amputation in dogs.

Study Design: Prospective clinical study.

Animals: A total of 16 dogs aged 8±3 years and weighing 35±14 kg (mean±standard deviation).

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OBJECTIVE To compare owner satisfaction between custom-made stifle joint orthoses and tibial plateau leveling osteotomy (TPLO) for the management of medium- and large-breed dogs with cranial cruciate ligament disease (CCLD). DESIGN Owner survey. SAMPLE 819 and 203 owners of dogs with CCLD that were managed with a custom-made stifle joint orthosis or TPLO, respectively.

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Objectives: (1) Describe arthroscopic BURP surgical technique, (2) assess association of visual control and surgeon experience to tenotomy completeness and regional iatrogenic tissue damage.

Study Design: Cadaveric study.

Sample Population: Canine cadavers weighing >20 kg (n = 16; 32 elbows).

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Objective: To compare the mechanical behaviors of a semicontoured, locking compression plate-rod (LCP-rod) construct and an anatomically contoured, limited-contact dynamic compression plate-rod (LC-DCP-rod) construct applied to experimentally induced gap fractures in canine femora.

Sample Population: 16 femora from 8 cadaveric dogs.

Procedures: 8 limbs from 8 dogs were assigned to the LCP-rod construct group or the LC-DCP-rod construct group.

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