Kinesiology in horses involves the study of movement and mechanics in equine bodies, focusing on how muscles, bones, tendons, and ligaments work together during various activities. This field examines the biomechanics of equine locomotion, analyzing gait patterns and the efficiency of movement. Researchers in equine kinesiology investigate factors influencing performance, injury prevention, and rehabilitation strategies. The study of kinesiology in horses contributes to understanding how physical forces affect equine anatomy and physiology. This page compiles peer-reviewed research studies and scholarly articles that explore the principles, applications, and implications of kinesiology in equine health and performance.
Mottini V, Leleu C, Cotrel C.It has become apparent through analysis of elite races over the past 20 years that mounted races are always slower than harnessed races when performed by the same horses over the same distances on the same tracks. Objective: To investigate and compare physiological and gait variables in mounted and harnessed activities in trotters. Methods: Ten trotters were taken at random in 2 standardised field exercise tests one week apart: a harnessed and a mounted test with standardised weight jockeys and drivers. Speed, heart rate (HR), respiratory frequency (RF), blood lactate concentration (La), strid...
Journal of motor behaviorNovember 11, 2005
Volume 37, Issue 6 418-424 doi: 10.3200/JMBR.37.6.418-424
Lagarde J, Kelso JA, Peham C, Licka T.The authors studied the interaction between rider and horse by measuring their ensemble motions in a trot sequence, comparing 1 expert and 1 novice rider. Whereas the novice's movements displayed transient departures from phase synchrony, the expert's motions were continuously phase-matched with those of the horse. The tight ensemble synchrony between the expert and the horse was accompanied by an increase in the temporal regularity of the oscillations of the trunk of the horse. Observed differences between expert and novice riders indicated that phase synchronization is by no means perfect bu...
Licka T, Peham C.The spinal movements in maximum arching, dipping and left and right lateral flexion were measured in 10 horses without signs of back pain. A system for motion analysis (Expert Vision System) was used to identify the position of the markers placed on the head, the spinous processes of T5, T10, T16, L3, and on 2 of the sacral spines. By definition, the maximum of the spinal movement was set when the T16 marker reached its maximum deviation from the start position. The difference between start position and maximum position was presented as per cent of the horse's height at the withers. At T16 the...
Leach D.This paper summarizes recommendations for terminology to be used in the description of quadrupedal locomotion and selected aspects of biomechanics. Directional terms and planes of the body (anatomical position, spatial reference systems), joint angulation, conformation, general locomotion terminology, phases of the stride and limb cycle (e.g. step, cadence) and terminology for the description of jumping are described.
Heinrich B.This research article corrects a common misconception about the energy metabolism in horses during short sprinting and long-distance running events, emphasizing that short sprints are primarily powered by anaerobic activity, […]
Wentink GH.The movements of the right hind limb of horses with normal locomotion were studied using cinephotography and electromyography. A model of the cycle of a stride in the walk and the trot was constructed and the kinetic parameters of the segments of the limb were calculated. A good correlation was obtained between the kinetics and the periods of the cycle of a stride during which individual muscles display activity. The results of this study demonstrate that: at placing and lifting, i.e., when a change occurs in the direction of the movement of the limb; b) At the walk, the greatest forces operan...
Rieger C.The article surveys some of the scientific fundamentals of hippo- and riding therapy, and its methods using the characteristic horseback three dimensional rhythmic movement impulses for its therapeutic values, particularly in cerebral palsy. The influence of riding on posture and balance reactions, position of the pelvic, postures of head and trunk as well as rotatory movements was demonstrated in film studies using the cerebral palsied with different syndromes as an example. Electromyographic examinations of antagonistic muscle groups, kinesiologic analyses with the help of a video-recorder, ...
Menschik A.Mobility of the knee of the horse. The modification of medial and lateral femoral condyles by additional movement of the cruciate ligaments shown on the animal joint. Final rotation in the human knee-joint shapes the femoral condyles by additional movement of the cruciate ligaments. The roll-slide movement and final rotation lead to curving of the medial condyle of the femur in the transverse plane. The transition from the roll-slide into a tilting movement in the final phase of ultimate rotation reduces the power of the posterior ligamentous system of the knee-joint when there is a force tend...
Luomala T.Fascia is a complex and intriguing tissue, which can take on structural properties of being loose or dense, irregular or regular. Fascia functions by connecting, separating, and uniting different structures of the body. Myofascial dysfunction can be a significant source of pain and can be categorized as densification, adhesion, and fibrosis. Digital palpation and treatment of myofascial disorders can be provided via superficial or deep techniques. Different myofascial treatment techniques include slow and fast techniques, which can be applied at different depths, angles, and rhythms.
Leach D.This paper summarizes recommendations for terminology to be used in the description of quadrupedal locomotion and selected aspects of biomechanics. Directional terms and planes of the body (anatomical position, spatial reference systems), joint angulation, conformation, general locomotion terminology, phases of the stride and limb cycle (e.g. step, cadence) and terminology for the description of jumping are described.
Nauwelaerts S, Aerts P, Clayton H.Spontaneous transitions from anti-phase to in-phase manual coordination are explained in the Haken model that describes the two preferred states as stable regions that work as attractors in a stability landscape. Switching between states coincides with a temporary loss of stability. Coordination variability is believed to be indicative of such a loss of stability. In this study, the hypothesis was tested that an increase in variability in the angle profiles of the joints responsible for the transition will precede the transition. A full gait analysis of four miniature horses transitioning from...
Human movement scienceNovember 30, 2018
Volume 63 82-95 doi: 10.1016/j.humov.2018.11.007
Goodworth AD, Barrett C, Rylander J, Garner B.As perturbation training is gaining popularity, it is important to better understand postural control during complex three-dimensional stimuli. One clinically relevant and commonly used three-dimensional stimulus is found in hippotherapy and simulated hippotherapy on a mechanical horse. We tested nine healthy participants on a horse simulator, measured head and trunk kinematics, and characterized data in time (root-mean-square and variability) and frequency (amplitude spectra, gains, and phases) domains. We addressed three fundamental questions: 1) What is the specificity of postural responses...
da Silva NV, Bernardino Júnior R, Nomelini QSS, Pereira GF, Delfiol DJZ, Nogueira GM.The passive stay apparatus works by blocking flexion of the knee and tarsus joints in the horse, preventing muscle fatigue. During ambulation, if this mechanism fails to release, the animal will present upward fixation of the patella, which in severe cases, can only be treated by medial patellar desmotomy (MPD). The objective of this study was to investigate the possible electromyographic and behavioral changes, after the impairment of the passive stay apparatus, in horses who have undergone MPD surgery. Five horses presenting dorsal fixation of the patella underwent electromyographic measurem...
Albishi AM.Horseback riding requires adapting to constant changes in balance conditions, maintaining equilibrium on the horse, and preventing falls. However, differences in balance performance among horseback riders and non-rider-healthy young women in Saudi Arabia have not been explored. This study investigates whether horseback-rider women would perform better on static and dynamic balance tests than non-rider women. Also, the study examined the effect of years of horseback riding on balance performance in the rider group. Twenty healthy young females participated in the study using a convenience sampl...
Heinrich B.This research article corrects a common misconception about the energy metabolism in horses during short sprinting and long-distance running events, emphasizing that short sprints are primarily powered by anaerobic activity, […]
Translation: The 2nd edition of this specialized book by Renate Ettl includes basic knowledge about the use of kinesiological tapes, ranging from their foundations to specific applications in horses. The reader is vividly introduced to the material and adhesive properties of the tapes, the various application techniques, and their correct application. The book is mainly aimed at manual therapists and veterinarians, but interested horse owners can also gain insight into the "world of colorful strips" with this work.
Part 1 of the book provides foundational knowledge necessary for the correct...
Clayton HM.The horse's head and neck account for about 10% of body weight, and this, combined with the fact that they are cantilevered in front of the trunk, produces considerable leverage around the joints at the base of the neck. During locomotion, the neck is moved primarily by gravitational and inertial forces controlled by eccentric-concentric cycles of contraction in the topline muscles assisted by energy-saving, stretch-recoil cycles in the nuchal ligament. The functional part of the nuchal ligament is the caudal funicular region and the lamellae to the second cervical vertebra that acts as the po...
Tabsuri T, Thawinchai N, Peansukmanee S, Lugade V.Children with cerebral palsy (CP) have poor postural control. Horseback riding (HR) is an alternative treatment shown to improve postural control among children with CP. However, there is a paucity of research investigating the underlying mechanisms responsible for improving postural control during HR. What are the three-dimensional biomechanical responses of the trunk and pelvis during HR among children with CP and with typical development (TD)? The participants, aged 4-12 years old, were inexperienced horseback riders, consisting of 10 children with TD and 10 children with spastic diplegia C...
Rieger C.The article surveys some of the scientific fundamentals of hippo- and riding therapy, and its methods using the characteristic horseback three dimensional rhythmic movement impulses for its therapeutic values, particularly in cerebral palsy. The influence of riding on posture and balance reactions, position of the pelvic, postures of head and trunk as well as rotatory movements was demonstrated in film studies using the cerebral palsied with different syndromes as an example. Electromyographic examinations of antagonistic muscle groups, kinesiologic analyses with the help of a video-recorder, ...
