The purpose of this study was to determine whether individual limb forces could be calculated accurately from kinematics of trotting and walking horses. We collected kinematic data and measured vertical ground reaction forces on the individual limbs of seven Warmblood dressage horses, trotting at 3.4 m
Reasons for performing study: In the equestrian world it is assumed that riders use changes in weigh...
In studies of equine locomotion, treadmills and accompanying measuring systems have become a widely ...
International audienceMaximal local loads in animal joints are necessary to design bio-inspired mech...
The aims of this study were to measure ground reaction forces (GRFs) of concurrently loaded limbs an...
Leg injuries are a common problem in sports horses and it is generally accepted that the landing of ...
Background Ground reaction forces (GRF) measured during equine gait analysis are typically evaluated...
In equestrian sports, it is generally assumed that rising and sitting trot load the horse's back dif...
Differences in peak vertical ground reaction forces (dFzpeak) between contralateral forelimbs and hi...
The horse has evolved to gallop economically at high speed. Limb force increases with speed but dire...
The walk and trot are inherently symmetrical gaits, making them potentially suitable for the detecti...
The walk and trot are inherently symmetrical gaits, making them potentially suitable for the detecti...
In this study, sagittal plane ground reaction forces (GRFs) in ridden elite dressage horses performi...
Background: Ground reaction forces (GRF) measured during equine gait analysis are typically evaluate...
To investigate the effect of increasing velocity within one gait on horse and rider movement and to ...
Motion analysis techniques have been used in veterinary research for the measurement of normal and p...
Reasons for performing study: In the equestrian world it is assumed that riders use changes in weigh...
In studies of equine locomotion, treadmills and accompanying measuring systems have become a widely ...
International audienceMaximal local loads in animal joints are necessary to design bio-inspired mech...
The aims of this study were to measure ground reaction forces (GRFs) of concurrently loaded limbs an...
Leg injuries are a common problem in sports horses and it is generally accepted that the landing of ...
Background Ground reaction forces (GRF) measured during equine gait analysis are typically evaluated...
In equestrian sports, it is generally assumed that rising and sitting trot load the horse's back dif...
Differences in peak vertical ground reaction forces (dFzpeak) between contralateral forelimbs and hi...
The horse has evolved to gallop economically at high speed. Limb force increases with speed but dire...
The walk and trot are inherently symmetrical gaits, making them potentially suitable for the detecti...
The walk and trot are inherently symmetrical gaits, making them potentially suitable for the detecti...
In this study, sagittal plane ground reaction forces (GRFs) in ridden elite dressage horses performi...
Background: Ground reaction forces (GRF) measured during equine gait analysis are typically evaluate...
To investigate the effect of increasing velocity within one gait on horse and rider movement and to ...
Motion analysis techniques have been used in veterinary research for the measurement of normal and p...
Reasons for performing study: In the equestrian world it is assumed that riders use changes in weigh...
In studies of equine locomotion, treadmills and accompanying measuring systems have become a widely ...
International audienceMaximal local loads in animal joints are necessary to design bio-inspired mech...