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Topic:Limb Deformities

Limb deformities in horses refer to abnormalities in the shape or alignment of the limbs, which can occur due to genetic factors, developmental issues, or trauma. These deformities can affect the horse's gait, performance, and overall health. Common types of limb deformities include angular limb deformities, such as valgus and varus, and flexural deformities, like contracted tendons. Diagnosis and management of limb deformities often involve clinical examination, imaging techniques, and sometimes corrective interventions. This page compiles peer-reviewed research studies and scholarly articles that explore the causes, diagnosis, treatment, and implications of limb deformities in equine health.
Regional analgesia of the distal limb.
Equine veterinary journal    March 1, 1984   Volume 16, Issue 2 147-149 doi: 10.1111/j.2042-3306.1984.tb01886.x
Ordidge RM, Gerring EL.No abstract available
Neuromuscular arthrogryposis multiplex congenita in a thoroughbred foal.
Veterinary pathology    March 1, 1984   Volume 21, Issue 2 187-192 doi: 10.1177/030098588402100210
Mayhew IG.Arthrogryposis multiplex congenita was studied in a newborn thoroughbred foal. The syndrome affected only the left hind limb allowing the right hind limb to serve as a reference. There was a significant depletion of large motor neurons from the ventral horn of the spinal cord from L3 to S4 on the affected side. Hypoplasia of nerves, muscles, and bones was present in the affected limb. Histologically, hypoplasia and degeneration of myofibers and nerve bundles were seen. No cause of the syndrome, which corresponds to most human cases, was determined. Neuromuscular arthrogryposis was diagnosed be...
[Limb fractures in trotters. 2. Frequency, distribution and treatment results].
Tierarztliche Praxis    January 1, 1984   Volume 12, Issue 1 39-44 
Keller H.No abstract available
Surgical correction of angular limb deformities in foals: a retrospective study.
Journal of the American Veterinary Medical Association    September 1, 1983   Volume 183, Issue 5 529-532 
Fretz PB, Donecker JM.The outcome of surgical treatment of angular limb deformities in 29 foals was evaluated through long-term monitoring of athletic performance. Foals were placed into 1 of 2 groups, depending on the site of the angular limb deformity. In group 1 foals, the deformity involved the carpus of distal end of the radius. In group 2 foals, the deformity involved the distal end of the 3rd metacarpal or metatarsal bone. Group 1 contained 20 foals and group 2 contained 11 foals. Two foals were in both groups. Sixteen foals in group 1 and 4 foals in group 2 progressed to some form of athletic use. The under...
Surgical treatment of severe flexural deformity of the distal interphalangeal joint in young horses.
Journal of the American Veterinary Medical Association    May 1, 1983   Volume 182, Issue 9 949-952 
Fackelman GE, Auer JA, Orsini J, von Salis B.No abstract available
Diaphyseal angular deformities in three foals.
Journal of the American Veterinary Medical Association    February 1, 1983   Volume 182, Issue 3 272-279 
White KK.Angular limb deformities in 3 foals were found to originate in the diaphyseal region of the 3rd metacarpal (2) and metatarsal (1) bones. In each case, treatment consisted of wedge ostectomy followed by compression plating. Two foals survived for useful performance; the 3rd was euthanatized because of ischemia of the operated limb. The condition appeared to resemble a similar syndrome in man involving tibial curvature.
Wedge osteotomy as a treatment for angular deformity of the fetlock in horses.
Journal of the American Veterinary Medical Association    February 1, 1983   Volume 182, Issue 3 245-250 
Fretz PB, McIlwraith CW.Five young horses with fetlock varus deformities of 8 degrees or greater were treated by means of wedge osteotomy of the distal end of the 3rd metacarpal or metatarsal bone. Three patients were admitted to the Western College of Veterinary Medicine and 2 to Colorado State University. Their selection as surgical patients was based on the following criteria: (1) an angular limb deformity of 8 degrees or greater, (2) patient older than 120 days, (3) no evidence of lameness, and (4) no evidence of degenerative joint disease. The surgery was successful in all cases.
Limb mechanics as a function of speed and gait: a study of functional strains in the radius and tibia of horse and dog.
The Journal of experimental biology    December 1, 1982   Volume 101 187-211 doi: 10.1242/jeb.101.1.187
Rubin CT, Lanyon LE.Rosette strain gauges were attached to the midshaft of the radius and tibia of two horses and two dogs, which ran on a treadmill through their entire range of speed and gait. The relative magnitudes of the principal strains on the opposite cortices of each bone remained constant through the stance phase of the stride, and their orientation varied by a maximum of only 14 degrees through the entire speed range. The maximum strain rate increased linearly with speed, but the peak strain magnitude was also dependent upon the gait used, increasing incrementally by up to 59% at the transition from wa...
Hereditary lethal arthrogryposis (“muscle contracture”) in horses.
Nordisk veterinaermedicin    December 1, 1982   Volume 34, Issue 12 425-430 
Nes N, Lømo OM, Bjerkås I.In 4 female foals of the Norwegian horse breed, "Fjord Horse", congenital arthrogryposis of the limbs are described. The disorder was mainly limited to the hind limbs and associated with polydactylia and partly with brachygnathia superior and cleft palate. The defective foals were paternal halfsisters of 4 normal foals (1 female + 3 males), sired by the stallion "Bingo" 1804, which was phenotypically quite normal. The disorder being lethal, is possibly caused by a sex-limited or a strongly sex-influenced dominant gene.
Periosteal transection for correction of angular limb deformities in foals.
Journal of the American Veterinary Medical Association    September 1, 1982   Volume 181, Issue 5 459-466 
Auer JA, Martens RJ, Williams EH.Seventeen foals with angular limb deformities of the distal end of the radius (valgus: 26 limbs), distal end of the tibia (valgus: 6 limbs), and distal end of the 3rd metacarpal bone/metatarsal bone (varus: 4 limbs) were treated surgically by means of hemicircumferential division of the periosteum proximal to the involved growth plate, at the concave side of the bone. There was some correction in all cases. The best results were seen in the radius, where 22 of 25 limbs were corrected to a deviation of 4 degrees or less. Satisfactory correction was obtained in the 6 tibias, the 2 third metacarp...
Periosteal transection and periosteal stripping for correction of angular limb deformities in foals.
American journal of veterinary research    September 1, 1982   Volume 43, Issue 9 1530-1534 
Auer JA, Martens RJ.Valgus deformities were created in 6 pony foals by hemicircumferential transection of the periosteum and periosteal stripping (HCTP and PS) just proximally to the distal physis on the medial side of 1 radius (principal thoracic limb). The opposite thoracic limb served as a control. One month after this surgical procedure was done, the limbs were radiographed and the angle of deviation was determined. All horses developed a valgus deformity of the principal limb. In an effort to correct the acquired valgus deformity, the 2nd surgical procedure was performed--HCTP and PS on the lateral aspect of...
Use of a bone plate for repair of proximal physeal fractures of the tibia in two foals.
Journal of the American Veterinary Medical Association    August 1, 1982   Volume 181, Issue 3 252-254 
White NA, Blackwell RB, Hoffman PE.Salter-Harris type II proximal tibial fractures were repaired in two 1-month-old foals, using a dynamic compression plate. The plate was placed on the medial aspect of the tibia, and a single cancellous bone screw was used to reduce the proximal fragment displacement. The plate provided fixation during healing and functioned as a transphyseal bridge, which induced a disparity in growth and corrected a slight lateral angulation of the limb. Limb growth after plate removal was normal.
Limb deformities in foals associated with ingestion of locoweed by mares.
Journal of the American Veterinary Medical Association    August 1, 1982   Volume 181, Issue 3 255-258 
McIlwraith CW, James LF.Five of 26 pregnant mares observed ingesting locoweed (Astragalus mollisimus) subsequently aborted and another 10 produced foals with various limb deformities. Seven of the foals had deformities of a flexion-extension type and 3 had angular deformities. Four foals were normal. The limb deformities either resolved spontaneously (5 cases) or were treated successfully (in 4 of the other 5 cases). The problems of abortion and limb deformities were attributed to locoweed ingestion on the basis of the mares having eaten the plants, and the similarity of the syndrome to that previously reported in sh...
[False position of extremities in foals (2)].
Tierarztliche Praxis    January 1, 1982   Volume 10, Issue 1 61-66 
Fackelman GE, Keller H.No abstract available
Radiographic findings in foals with angular limb deformities.
Journal of the American Veterinary Medical Association    October 15, 1981   Volume 179, Issue 8 812-817 
Pharr JW, Fretz PB.No abstract available
A high incidence of congenital angular limb deformities in a group of foals.
The Veterinary record    August 1, 1981   Volume 109, Issue 5 93-94 doi: 10.1136/vr.109.5.93
Mason TA.No abstract available
Anatomy and therapeutic resection of the peroneus tertius muscle in a foal.
Journal of the American Veterinary Medical Association    August 1, 1981   Volume 179, Issue 3 247-251 
Trout DR, Lohse CL.A foal with a congenital flexure deformity of the right hock was unable to walk because of an abnormally short peroneus tertius (PT) muscle. Tension on the muscle origin and insertions limited the dorsal angle of hock extension to a 70-degrees arc. The intrauterine position of the fetus probably caused the defect. All the PT attachments were dissected in several other limbs, and illustrations made from these dissections were used to study the anatomy and surgical approach. Immediately after resection of the PT muscle, the foal's right hock extended an additional 30 degrees. Two months later, t...
Correction of angular limb deformities in foals.
The Veterinary record    June 13, 1981   Volume 108, Issue 24 523 doi: 10.1136/vr.108.24.523-c
Clayton Jones DG.No abstract available
Correction of angular limb deformities in foals.
In practice    May 1, 1981   Volume 3, Issue 3 20-23 doi: 10.1136/inpract.3.3.20
Ellis DR.No abstract available
Growth rates at the extremities of limb bones in young horses.
The Canadian veterinary journal = La revue veterinaire canadienne    February 1, 1981   Volume 22, Issue 2 31-33 
Goyal HO, MacCallum FJ, Brown MP, Delack JB.Measurements were made of growth at the extremities of all the long bones of the left limbs of 23 horses between 52 and 104 days of age. Growth rates were more rapid in the younger than in the older animals. Growth was more rapid in the hind limb than in the forelimb. Growth rates were greater for males than in females. Although this age group represents only two of the 60 or so months necessary for maturity to be reached, oxytetracycline bone-labelling produced results which are more precise than measurements obtained by other methods. This study provides a substantial amount of data for an a...
Carpal bone lesions associated with angular limb deformities in foals.
Journal of the American Veterinary Medical Association    February 1, 1981   Volume 178, Issue 3 224-230 
McLaughlin BG, Doige CE, Fretz PB, Pharr JW.Six foals with angular limb deformities present at birth or shortly after were examined. The limb deformities were caused by abnormalities of the carpal bones and included hypoplasia and osteochondritis dissecans. The 3rd carpal bone was affected most frequently.
[Malposition of the extremities in foals].
Tierarztliche Praxis    January 1, 1981   Volume 9, Issue 4 487-493 
Fackelman GE, Keller H.No abstract available
Angular limb deformities in foals.
The Veterinary clinics of North America. Large animal practice    May 1, 1980   Volume 2, Issue 1 125-150 doi: 10.1016/s0196-9846(17)30178-7
Fretz PB.No abstract available
Osteodysgenesis in a foal associated with copper deficiency.
New Zealand veterinary journal    November 1, 1978   Volume 26, Issue 11 279-280 doi: 10.1080/00480169.1978.34566
Carbery JT.No abstract available
An assessment of ossification and radiological interpretation in limbs of growing horses.
The British veterinary journal    July 1, 1978   Volume 134, Issue 4 366-374 doi: 10.1016/s0007-1935(17)33439-5
MacCallum FJ, Brown MP, Goyal HO.No abstract available
Use of Hexcelite for the immobilisation of the limbs of large animals.
The Veterinary record    May 6, 1978   Volume 102, Issue 18 397-399 doi: 10.1136/vr.102.18.397
Edwards GB, Jones DG.The use of a thermoplastic linear polyester polymer orthopaedic tape in the treatment of six horses, one donkey and a bull with a variety of orthopaedic problems requiring immobilisation of a limb is described.
Retrospective comparison of two surgical techniques for correction of angular deformities in foals.
Journal of the American Veterinary Medical Association    February 1, 1978   Volume 172, Issue 3 281-286 
Fretz PB, Turner AS, Pharr J.No abstract available
The lightcast system of limb immobilisation.
New Zealand veterinary journal    December 1, 1977   Volume 25, Issue 12 372 doi: 10.1080/00480169.1977.34460
Horney FD.No abstract available
Bone growth in foals and epiphyseal compression.
Equine veterinary journal    July 1, 1977   Volume 9, Issue 3 116-121 doi: 10.1111/j.2042-3306.1977.tb04001.x
Campbell JR.Limb angulation in foals may be due to defects in epiphyseal growth plates. The present state of knowledge concerning rate of growth in foals and differences in growth of different epiphyseal plates is reviewed and the importance of accurate knowledge of these parameters in treatment of angulation by unilateral retardation of an epiphyseal growth plate is stressed. Retardation of epiphyseal plate growth by compression wiring is described and its advantages in comparison with staplings are suggested. Compression wiring was used in 3 cases in which age, bone width and the degree of angulation we...
Congenital deformities in two Clydesdale foals.
Equine veterinary journal    October 1, 1976   Volume 8, Issue 4 161-164 doi: 10.1111/j.2042-3306.1976.tb03330.x
Boyd JS.The deformities observed in 2 Clydesdale foals are described. Both had abnormal joint positions in the forelimbs and discrepancies in the symmetry of the vertebral column. The changes were only mild in one case but extreme in the other where it was accompanied by torticollis, scoliosis and vertebral fusion. A comparison is made with deformities described in the contracted foal syndrome and some of the developmental implications discussed.