Motion analysis techniques have been used in veterinary research for the measurement of normal and pathological gait in horses since the late 19 th century. Many of the early studies involved capturing moving images in 2 dimensions, and these techniques are still commonly used in field based research and clinical practice. In recent times, more advanced methods employed in human medicine have been adopted to measure forces and motion in 3 dimensions along with other aspects of locomotion in horses. This paper describes kinematic and kinetic techniques that are currently used in equine veterinary research and reviews normative and clinical data that have been obtained using these methods
Several complementary techniques are used to study the horse’s locomotion. Only a rational combinati...
Background Ground reaction forces (GRF) measured during equine gait analysis are typically evaluated...
OBJECTIVE: To develop and evaluate a marker cluster set for measuring sagittal and extrasagittal mov...
256 p.Thesis (Ph.D.)--University of Illinois at Urbana-Champaign, 1985.A cinematographic approach wa...
The objective of this experiment was to assess differences between the walk (W) and running walk (RW...
The horse has been domesticated by humans for the amazing capacities of its locomotor system and eve...
Objectively assessing horse movement symmetry as an adjunctive to the routine lameness evaluation is...
Biomechanics studies the mechanical laws that govern living arganism, is divided into two main branc...
A methodology used for the study of human movement was adapted to analyze the movement of equines in...
The increasing number of possibilities to monitor both physical and mental health in animals comes w...
The analysis of equine motion has a long tradition in the past of mankind. Equine biomechanics aims ...
ABSTRACT: Horses with lameness modify gait behavior, but when it is subtle, it may not be possible t...
The analysis of equine motion has a long tradition in the past of mankind. Equine biomechanics aims ...
The analysis of equine motion has a long tradition in the past of mankind. Equine biomechanics aims ...
Lameness is one of the most common and complex locomotor disorders which compromises the athletic ho...
Several complementary techniques are used to study the horse’s locomotion. Only a rational combinati...
Background Ground reaction forces (GRF) measured during equine gait analysis are typically evaluated...
OBJECTIVE: To develop and evaluate a marker cluster set for measuring sagittal and extrasagittal mov...
256 p.Thesis (Ph.D.)--University of Illinois at Urbana-Champaign, 1985.A cinematographic approach wa...
The objective of this experiment was to assess differences between the walk (W) and running walk (RW...
The horse has been domesticated by humans for the amazing capacities of its locomotor system and eve...
Objectively assessing horse movement symmetry as an adjunctive to the routine lameness evaluation is...
Biomechanics studies the mechanical laws that govern living arganism, is divided into two main branc...
A methodology used for the study of human movement was adapted to analyze the movement of equines in...
The increasing number of possibilities to monitor both physical and mental health in animals comes w...
The analysis of equine motion has a long tradition in the past of mankind. Equine biomechanics aims ...
ABSTRACT: Horses with lameness modify gait behavior, but when it is subtle, it may not be possible t...
The analysis of equine motion has a long tradition in the past of mankind. Equine biomechanics aims ...
The analysis of equine motion has a long tradition in the past of mankind. Equine biomechanics aims ...
Lameness is one of the most common and complex locomotor disorders which compromises the athletic ho...
Several complementary techniques are used to study the horse’s locomotion. Only a rational combinati...
Background Ground reaction forces (GRF) measured during equine gait analysis are typically evaluated...
OBJECTIVE: To develop and evaluate a marker cluster set for measuring sagittal and extrasagittal mov...