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Topic:Locomotion

Locomotion in horses refers to the movement mechanisms that enable horses to walk, trot, canter, and gallop. It involves a complex interplay of the musculoskeletal and nervous systems, allowing for efficient and coordinated movement. Studies on equine locomotion often focus on gait analysis, biomechanics, and the impact of various factors such as conformation, training, and surface conditions on movement. Research in this area contributes to understanding performance, diagnosing lameness, and improving rehabilitation practices. This page compiles peer-reviewed research studies and scholarly articles that explore the biomechanics, gait patterns, and factors influencing locomotion in horses.
Dynamics of the hind limb at walk in horse and dog.
Anatomy and embryology    January 30, 1979   Volume 155, Issue 2 179-190 doi: 10.1007/BF00305750
Wentink GH.The dynamics of the hind limbs of the horse and dog at walk are compared. The kinematics were studied by electromyography of animals walking on a moving belt, and by cinephotography in horses walking on the ground and in dogs walking on a moving belt and on the ground. This study reveals that: 1) the retraction of the hoof or foot relative to the hip at the end of the support phase is less in the horse than in the dog; 2) the change in the sense of the movements of the hind limb segments at the end of the support phase and at the beginning of the swing phase occurs earlier in the horse (55â...
Locomotion in the horse: a procedure for computing the internal forces in the digit.
American journal of veterinary research    November 1, 1978   Volume 39, Issue 11 1721-1727 
Bartel DL, Schryver HF, Lowe JE, Parker RA.No abstract available
Locomotion in the horse: kinematics and external and internal forces in the normal equine digit in the walk and trot.
American journal of veterinary research    November 1, 1978   Volume 39, Issue 11 1728-1733 
Schryver HF, Bartel DL, Langrana N, Lowe JE.No abstract available
An experimental study on the role of the reciprocal tendinous apparatus of the horse at walk.
Anatomy and embryology    August 18, 1978   Volume 154, Issue 2 143-151 doi: 10.1007/BF00304659
Wentink GH.The locomotor pattern of the hind limb of seven horses has been studied in intact animals and after transection of the following structures: the peroneus tertius tendon, the cranial tibial muscle, both cranial tibial muscle and peroneus tertius tendon, and the superficial digital flexor tendon. The investigation was carried out by high speed cinematography and electromyography. It is concluded that (1) the muscles and tendons over the cranial aspect of the tibia play an important role during the support phase; (2) the movements of the hind limb may be performed without the action of the crania...
Blood and tissue content of the iso-enzymes of lactate dehydrogenase in the thoroughbred.
Research in veterinary science    July 1, 1978   Volume 25, Issue 1 118-119 
Littlejohn A, Blackmore DJ.The occasions, position and relative concentration of LDH iso-enzymes in the blood tissues of the thoroughbred horse were determined. Locomotor muscles possess a high concentration of LDH 5 whereas non-locomotor muscles have a low concentration of this iso-enzyme.
A laboratory system for production of flexion rates and forces in the forelimb of the horse.
American journal of veterinary research    March 1, 1978   Volume 39, Issue 3 365-369 
Kingsbury HB, Quddus MA, Rooney JR, Geary JE.The distal portion of the forelimb of the horse is provided with a stay apparatus composed of tendons, ligaments, and fascia. This stay apparatus provides the major resistance to joint flexion during the support phase of the stride. The laboratory test system described was shown to be able to reproduce in vitro limb motions and hoof forces measured with a running horse. These results indicated the stay apparatus operates in a largely passive mode, active muscle contraction apparently serving to provide rigidity only early in the support phase of the stride. The testing system described was des...
Biokinetical analysis of the movements of the pelvic limb of the horse and the role of the muscles in the walk and the trot.
Anatomy and embryology    February 20, 1978   Volume 152, Issue 3 261-272 doi: 10.1007/BF00350524
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...
A relationship between gait and breakdown in the horse.
American journal of veterinary research    February 1, 1978   Volume 39, Issue 2 249-253 
Pratt GW, O'Connor JT.A biomechanical model of running has been presented. A basic premise has been that the swing time is nearly independent of speed. In fact, both the racehorse and the trotter have nearly equal swing times. Consequently, as speed increases and the stance phase becomes shorter, the horse must compensate by increasing his extension or the length of the airborne phase (or both). The safe speed which allows the horse adequate preparation time for contact of a leg with the ground is calculated, using a stride-by-stride analysis of the motion of the horse. This is seen to be a very sensitive function ...
[Horseback riding as therapy in children with movement disorders with special reference to cerebral palsy].
Padiatrie und Padologie    January 1, 1978   Volume 13, Issue 4 337-344 
Satter L.No abstract available
[Hippotherapy–a supplementary treatment for motion disturbance caused by cerebral palsy (author’s transl)].
Padiatrie und Padologie    January 1, 1978   Volume 13, Issue 4 405-411 
Tauffkirchen E.Neurodevelopmental treatment according to Dr. K. and B. Bobath can be supplemented by hippotherapy. At proper control and guidance, an improvement in posture tone, inhibition of pathological movement patterns, facilitation of normal automatical reactions and the promotion of sensorimotor perceptions is achieved. By adjustment to the swaying movements of the horse, the child feels how to retain straightening alignment, symmetry and balance. By pleasure in this therapy, the child can be motivated to satisfactory cooperation and accepts the therapy horse as its friend. The results of hippotherapy...
Coxofemoral luxation complicated by upward fixation of the patella in the pony.
Equine veterinary journal    October 1, 1977   Volume 9, Issue 4 192-194 doi: 10.1111/j.2042-3306.1977.tb04027.x
Bennett D, Campbell JR, Rawlinson JR.Two cases of coxofemoral luxation complicated by upward fixation of the patella are described in the pony. Clinical signs included outward rotation of the stifle and foot and inward rotation of the hock with the stifle and hock joints fixed in extension. One case was treated by performing a medial patellar desmotomy with a resultant significant improvement in locomotion. Other cases of hip luxation reported in the literature, some complicated by upward patellar fixation, are reviewed. Hip luxation is principally seen in ponies and it is suggested that upward fixation of the patella occurring i...
Telemetric measurements of strain in the metacarpus of the horse: a pilot study.
American journal of veterinary research    October 1, 1977   Volume 38, Issue 10 1675-1677 
Sumner-Smith G, Bell M, Manley P, Caddell E, Hoare J.The advances made by the use of a telemetric system in the study of bone strain in a free-moving horse are reported. A rosette strain gauge was bonded to the craniomedial aspect of the metacarpus of the horse. Attachment of a miniature FM transmitter to lead wires facilitated telemetric transmission of of resistance changes which corresponded to limb movement. During 3 different gaits, the trace pattern remained similar, although frequency and amplitude varied. The tracings were similar to those reported in other species in which nontelemetric transmission was used.
Interaction of hoof with ground.
Modern veterinary practice    July 1, 1977   Volume 58, Issue 7 624-625 
Rooney JR.No abstract available
[Mechanical stress in the movement apparatus from jumping].
Fortschritte der Zoologie    January 1, 1977   Volume 24, Issue 2-3 75-98 
Preuschoft H, Fritz M.No abstract available
Force plate studies of equine biomechanics.
American journal of veterinary research    November 1, 1976   Volume 37, Issue 11 1251-1255 
Pratt GW, O'Connor JT.The force plate can measure a wide range of effects in the horse. The same instrument can record forces from more than a ton in the galloping animal to 25 g associated with the action of the heart. In all probability, the force plate will develop into a valuable clinical instrument.
Riding and ataxia.
Physiotherapy    November 1, 1975   Volume 61, Issue 11 334-335 
Saywell SY.No abstract available
In vivo measurement of bone strain in the horse.
American journal of veterinary research    November 1, 1975   Volume 36, Issue 11 1573-1579 
Turner AS, Mills EJ, Gabel AA.Strain gauges were successfully bonded in vivo to the cranial, caudal, medial, and lateral aspects of the equine radium and tibia and to the dorsal, palmar, or plantar, medial, the lateral aspects of the metacarpus and metatarsus--all in the mid-diaphyseal region. Various activities were investigated, including walking, trotting or pacing, and standing up from anesthesia. The strain patterns showed that each stride produced a characteristic deformation cycle. The strains were measured and the axial loads were calculated as the horse performed certain activities. The tension band side of each b...
Using body size to understand the structural design of animals: quadrupedal locomotion.
Journal of applied physiology    October 1, 1975   Volume 39, Issue 4 619-627 doi: 10.1152/jappl.1975.39.4.619
McMahon TA.Many parameters of gait and performance, including stride frequency, stride length, maximum speed, and rate of O2 uptake are experimentally found to be power-law functions of body weight in running quadrupeds. All of these parameters are reasonably easy to measure except maximum speed, where the question arises whether one means top sprinting speed or top speed for sustained running. Moreover, differences in training and motivation make comparisons of top speed difficult. The problem is circumvented by comparing animals running at the transition between trotting and galloping, a physiologicall...
[Kinematics of the pelvic limbs in the horse].
Zentralblatt fur Veterinarmedizin. Reihe C: Anatomie, Histologie, Embryologie    September 1, 1975   Volume 4, Issue 3 249-255 
Pintea V, Constantinescu GM.No abstract available
Structural and mechanical properties of tendon related to function.
Equine veterinary journal    January 1, 1975   Volume 7, Issue 1 1-8 doi: 10.1111/j.2042-3306.1975.tb03221.x
Evans JH, Barbenel JC.Tendon normally fulfills its primary role as a flexible force transmitting element very effectively and yet failure of this passive tissue leads to great disability. As a connective tissue its structure is relatively simple and the peculiar helical arrangement of collagen fibres confers highly non-linear as well as time-dependent mechanical properties. Functional significance cannot be attributed to any facet of mechanical response until the physiological pattern of loading is established. In particular the rate of deformation and the minimum force experienced by tendon in normal locomotion ha...
[Motion analysis in trotting horses using ungulography].
Zentralblatt fur Veterinarmedizin. Reihe A    April 1, 1973   Volume 20, Issue 3 209-221 
Bayer A.No abstract available
Comments to James R. Rooney’s “A critique of equine joint kinematics and co-ordination”.
Acta veterinaria Scandinavica    January 1, 1973   Volume 14, Issue 2 330-331 doi: 10.1186/BF03547450
Fredricson I.No abstract available
Ergonomic aspects of locomotor asymmetry in standardbred horses trotting through turns. An investigation with special reference to the fetlock joint, using high-speed cinematography and thermography.
Acta veterinaria Scandinavica. Supplementum    January 1, 1973   Volume 44 111-139 
Dalin G, Drevemo S, Fredricson I, Jonsson K, Nilsson G.No abstract available
A critique of equine joint kinematics and co-ordination.
Acta veterinaria Scandinavica    January 1, 1973   Volume 14, Issue 2 327-329 doi: 10.1186/BF03547449
Rooney JR.No abstract available
A new method of investigating equine locomotion.
Equine veterinary journal    October 1, 1971   Volume 3, Issue 4 137-140 doi: 10.1111/j.2042-3306.1971.tb04456.x
Fredricson I, Drevemo S.No abstract available
Some biomechanical aspects of the elbow joint in the horse during the normal gait. Badoux DM.No abstract available
[Variability of the innervation of sural triceps muscle, superficial flexor muscle of toes and straight abdominal muscle; variability of lumbosacral plexus and phrenic nerve in various domestic mammals].
Anatomischer Anzeiger    January 1, 1970   Volume 126, Issue 1 81-87 
Heinze W.No abstract available
The statical function of some crural muscles in the horse.
Acta anatomica    January 1, 1970   Volume 75, Issue 3 396-407 doi: 10.1159/000143459
Badoux DM.No abstract available
Abnormalities of gait in the racehorse referred to as tying-up syndromes.
Australian veterinary journal    April 1, 1969   Volume 45, Issue 4 162-165 doi: 10.1111/j.1751-0813.1969.tb01920.x
Steel JD.No abstract available
[Determination of the heart frequency (hf) of moving horses by means of telemetric examination].
Monatshefte fur Veterinarmedizin    May 15, 1966   Volume 21, Issue 10 378-382 
Ott W.No abstract available