Objective—To compare measurements obtained by use of a universal plastic goniometer
(UG) and an electrogoniometer (EG) and from radiographs and to compare joint motion in�…

Objective—To evaluate the reliability of goniometry by comparing goniometric
measurements with radiographic measurements and evaluate the effects of sedation on�…

Objective—To compare and validate goniometric joint measurements obtained from
nonsedated and sedated cats with measurements from radiographic evaluation. Animals�…

Computer aided kinematic and synchronized force plate gait analysis were used to
characterize joint movement in 14 large mixed breed dogs at a trot. A curvilinear relationship�…

The purpose of this study was to develop a reliable and repeatable radiographic protocol for
the measurement of joint angles in the standing dog, and to use this protocol to determine all�…

This study investigated kinematic patterns in clinically normal German Shepherd dogs
(GSDs) compared to those with hip dysplasia and with no clinical signs of lameness. Two�…

Objective This study aimed to evaluate angle values in maximal flexion and extension; the
passive range of motion (PROM) of the shoulder, elbow, carpal, hip, stifle and tarsus; and�…

Reasons for performing study: Simple objective assessment tools are essential to monitor
the clinical efficacy of therapeutic interventions used in equine orthopaedics and�…

Objective—To evaluate gait, range of motion (ROM), and lameness in normal dogs after
arthroscopy or arthrotomy of the cubital joint. Study Design—Experimental study. Animals�…

A noninvasive computer-assisted kinematic gait analysis was used to describe flexion and
extension movements of 6 joints in Greyhounds at a trot. Distinct patterns of movements�…