The current state of canine kinetic and kinematic gait analysis, as developed for the
objective description of movement for the study of musculoskeletal disease and lameness, is …

This article reviews computerized force plate analysis and kinematic gait analysis
techniques currently used in dogs. The necessary equipment is described and the basic …

Objective—To compare the trotting gaits of Labrador Retrievers and Greyhounds to
determine whether differences in locomotion are attributable to differences in their manner of …

Objective: To evaluate the accuracy of force plate gait analysis at the walk and trot in dogs
with low-grade hindlimb lameness. Material and methods: Nineteen healthy dogs and 41 …

Kinetic gait analysis and ground reaction forces (GRFs) have been used in hundreds of
scientific manuscripts. Specific methodology, interpretation of results, and translation to …

Objectives: To assess whether fully normalised vertical ground reaction forces and stance
times obtained at a trot depend on dog breed or body conformations. Methods: Peak vertical …

Objective: To evaluate the relationship of body weight (BW) and size, dog velocity, and
vertical ground reaction forces (GRF) from a large number of dogs of various sizes. Study …

Objective—To establish a protocol to collect temporal-spatial gait analysis variables by use
of a portable walkway system in Labrador Retrievers at a walk and to determine reference …

Peak vertical impulse (PVF) and vetical impulse (VI) data were collected from the left
forelimbs and ipsilateral hind limbs of eight healthy adult Greyhound dogs ranging in mass …

Objective—To compare temporospatial variables (TSVs) and kinetic variables (KVs) for fore-
limbs and hind limbs of small and large dogs of various breeds during walking and to …