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Topic:Bones

The skeletal system in horses comprises a complex structure of bones that provide support, protection, and mobility. Equine bones are involved in various physiological functions, including mineral storage and hematopoiesis. The bone structure in horses is categorized into different types, such as long bones, short bones, flat bones, and irregular bones, each serving specific roles in movement and stability. Research in this area explores topics such as bone development, remodeling, and the impact of nutrition and exercise on bone health. This page gathers peer-reviewed studies and academic articles that focus on the anatomy, physiology, and pathology of bones in horses, offering insights into conditions such as fractures, bone diseases, and the effects of aging on the equine skeletal system.
A method for quantitative assessment of bone formation using double labelling with tetracycline and calcein. An experimental study in the navicular bone of the horse.
Nordisk veterinaermedicin    April 1, 1983   Volume 35, Issue 4 180-183 
Svalastoga E, Reimann I, Nielsen K.No abstract available
Navicular disease in the horse. A microangiographic investigation.
Nordisk veterinaermedicin    March 1, 1983   Volume 35, Issue 3 131-139 
Svalastoga E.Microangiographical investigations of the navicular bone in horses with navicular disease show, compared to similar investigations of normal navicular bones, that, in general, the vascular pattern is preserved but the vessels are dilated with "pooling" of the contrast medium subchondrally under facies flexoria. Similar changes may be observed in cases of human arthrosis. The present investigation therefore supports the view that navicular disease is a disease which resembles arthrosis.
Multilobular osteoma (chondroma rodens) in a horse.
Journal of the American Veterinary Medical Association    February 1, 1983   Volume 182, Issue 3 289-291 
Richardson DW, Acland HM.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.
Selected skeletal dysplasias: craniomandibular osteopathy, multiple cartilaginous exostoses, and hypertrophic osteodystrophy.
The Veterinary clinics of North America. Small animal practice    February 1, 1983   Volume 13, Issue 1 55-70 doi: 10.1016/s0195-5616(83)50004-1
Alexander JW.No abstract available
Treatment of navicular disease.
The Veterinary record    January 22, 1983   Volume 112, Issue 4 90 doi: 10.1136/vr.112.4.90
Colles CM.No abstract available
[Treatment of a navicular bone fracture in a horse with pulsing electromagnetic field (MF therapy)].
Tierarztliche Praxis    January 1, 1983   Volume 11, Issue 4 483-486 
Boening KJ.No abstract available
[Sesamoid bone fractures in trotting horses. 1. Causes and therapy].
Tierarztliche Praxis    January 1, 1983   Volume 11, Issue 4 489-501 
Keller H.No abstract available
Geometric properties of equine metacarpi.
Journal of biomechanics    January 1, 1983   Volume 16, Issue 2 129-139 doi: 10.1016/0021-9290(83)90036-2
Piotrowski G, Sullivan M, Colahan PT.Paired equine metacarpals were harvested, cleaned and sectioned transversely every 20 mm, and the bone geometry analyzed with a computer program. The cross-sectional area is largest in the middle third of the bone, and tapers off at either end. The principal axes are typically within 15 degrees of the anatomical axis, with the distal end rotated internally relative to the proximal end. At midshafts the bending stiffness in the antero-posterior plane is about 2/3 of the stiffness in the medio-lateral plane. The torsional stiffness is highest proximally. The equine third metacarpal appears to be...
Bone stress in the horse forelimb during locomotion at different gaits: a comparison of two experimental methods.
Journal of biomechanics    January 1, 1983   Volume 16, Issue 8 565-576 doi: 10.1016/0021-9290(83)90107-0
Biewener AA, Thomason J, Goodship A, Lanyon LE.Longitudinal stresses acting in the cranial and caudal cortices of the radius and the dorsal and palmar cortices of the metacarpus in the horse were determined using two independent methods simultaneously. One approach involved the use of rosette strain gauges to record in vivo bone strain; the other involved filming the position of the horse's forelimb as it passed over a force plate. Agreement between the two analyses was better for the radius than for the metacarpus. Both methods showed the radius to be loaded primarily in sagittal bending, acting to place the caudal cortex in compression a...
Navicular disease in the horse. The subchondral bone pressure.
Nordisk veterinaermedicin    January 1, 1983   Volume 35, Issue 1 31-37 
Svalastoga E, Smith M.The subchondral bone pressure in the navicular bone of horses with navicular disease is compared with corresponding pressures in normal horses. An increased intraosseous pressure and a lengthened pressure drop time was demonstrated in patients with navicular disease, which indicates the existence of a venous stasis. Compared with similar investigations in humans with arthrosis it is concluded that navicular disease is a condition resembling arthrosis. The classical clinical symptoms are explained as an expression of resting pains. Treatments are suggested which theoretically can render the pat...
What is your diagnosis? Sesamoid bone fractures in a horse.
Journal of the American Veterinary Medical Association    December 15, 1982   Volume 181, Issue 12 1543-1544 
Hathcock JT.No abstract available
Interphalangeal joint subluxation in horses.
Journal of the American Veterinary Medical Association    December 15, 1982   Volume 181, Issue 12 1468-1469 
Barber SM.No abstract available
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...
Periosteal proliferation with a sequestrum.
Journal of the American Veterinary Medical Association    November 1, 1982   Volume 181, Issue 9 935-936 
Hathcock JT.No abstract available
Radiographic and arthroscopic findings in the equine stifle.
Journal of the American Veterinary Medical Association    November 1, 1982   Volume 181, Issue 9 918-924 
Nickels FA, Sande R.The radiographic and arthroscopic findings in the equine stifle were compared. Survey radiography, contrast arthrography, and arthroscopy were performed on both stifles of 10 horses. Nine of the horses were euthanatized to evaluate the effects of the techniques on the joints. Techniques for double-contrast arthrography and arthroscopy were developed, and the findings were compared. Survey radiography identified only osseous structures. Double-contrast arthrography of the femoropatellar joint demonstrated articular surfaces of the trochlea, patella, and joint capsule. Those of the femorotibial ...
Osseous proliferation on the cranial and caudal borders of the dorsal spinous processes of T4-T6, suggestive of osteitis.
Journal of the American Veterinary Medical Association    September 15, 1982   Volume 181, Issue 6 609-610 
Hathcock JT.No abstract available
The onset and consequences of tarsal bone fractures in foals.
New Zealand veterinary journal    September 1, 1982   Volume 30, Issue 9 129-135 doi: 10.1080/00480169.1982.34914
Dewes HF.Fractures of the central tarsal and/or third tarsal bones involving both limbs of six foals are described. Five of the subjects were born either premature or of twin pregnancies. Fractures occurred in the neonatal period and coincided with disablement. Features of behaviour, posture and gait are described, together with gross radiographic findings, bone ash determination and blood chemistry. Lesions observed on the articular faces of tarsal bones recovered from adult horses may have originated during the neonatal-period.
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...
Multidirectional in vivo strain analysis of the equine radius and tibia during dynamic loading with and without a cast.
American journal of veterinary research    September 1, 1982   Volume 43, Issue 9 1541-1550 
Schneider RK, Milne DW, Gabel AA, Groom JJ, Bramlage LR.Rosette strain gauges were applied to the equine radius and tibia. Three sites were examined on each bone on separate occasions (proximal metaphysis, middiaphysis, and distal metaphysis). At each site, 4 rosette gauges were applied around the bone (ie, cranial, caudal, medial, and lateral). Strain recordings were made while walking the horse with and without a full-limb plaster cast. The principal axis of tensile strain was on the craniolateral aspect of the radius. Distally, on the radius, the largest strains were torsional. The cast changed the principal axis of tensile strain on the radius ...
Radiography of the abaxial surface of the proximal sesamoid bones of the horse.
Journal of the American Veterinary Medical Association    August 1, 1982   Volume 181, Issue 3 264-265 
Palmer SE.No abstract available
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.
[Epiphysiolysis capitis femoris in a horse].
DTW. Deutsche tierarztliche Wochenschrift    July 6, 1982   Volume 89, Issue 7 272-275 
Knezevic PF, Fessl L.No abstract available
[Fracture of the 6th cervical vertebrae in a stallion].
DTW. Deutsche tierarztliche Wochenschrift    July 6, 1982   Volume 89, Issue 7 302-303 
Rosenbruch M, Denecke R, Hertsch B.No abstract available
Histological study of navicular bone disease.
Equine veterinary journal    July 1, 1982   Volume 14, Issue 3 199-202 doi: 10.1111/j.2042-3306.1982.tb02391.x
Ostblom L, Lund C, Melsen F.A histological investigation of navicular bones from 8 horses with navicular disease was carried out to investigate the aetiology of the radiological findings. Two of the horses were double labelled with tetracycline before slaughter in order to assess the vitality of the diseased navicular bone. The examinations revealed no evidence of loss of vitality in the diseased bone areas or in surrounding tissues. A very high rate of remodelling indicated by resorption and formation of bone was present in all cases. This was shown microscopically by the high number of osteoclasts and osteoblasts prese...
Bone strength in small mammals and bipedal birds: do safety factors change with body size?
The Journal of experimental biology    June 1, 1982   Volume 98 289-301 doi: 10.1242/jeb.98.1.289
Biewener AA.Measurements of the cross-sectional geometry and length of bones from animals of different sizes suggest that peak locomotory stresses might be as much as nine times greater in the limb bones of a 300 kg horse than those of a 0.10 kg chipmunk. To determine if the bones of larger animals are stronger than those of small animals, the bending strength of whole bone specimens from the limbs of small mammals and bipedal birds was measured and compared with published data for large mammalian cortical bone (horses and bovids). No significant difference (P greater than 0.2) was found in the failure st...
Fracture of the tibial tuberosity in a polo pony.
Equine veterinary journal    April 1, 1982   Volume 14, Issue 2 158-159 doi: 10.1111/j.2042-3306.1982.tb02375.x
Gerring EL, Davies JV.No abstract available
Surgical arthrodesis for the treatment of bone spavin in 20 horses.
Equine veterinary journal    April 1, 1982   Volume 14, Issue 2 117-121 doi: 10.1111/j.2042-3306.1982.tb02362.x
Edwards GB.During a 3 year period 20 horses with bone spavin were treated by surgical arthrodesis of the affected joints. The horses chosen for surgery were those with osteoarthritis, but with little or no evidence of periostitis. Whenever possible they were examined periodically during the postoperative period to evaluate the lameness and to assess the progress of ankylosis by radiography. Three of the horses were still lame 12 months later. The remainder returned to normal work, although one subsequently developed spavin in the other hock and was destroyed. The earliest return to soundness was 3 1/2 mo...
[Radiological and clinical considerations on the proximal sesamoid bones of young horses (author’s transl)].
Tijdschrift voor diergeneeskunde    March 15, 1982   Volume 107, Issue 6 209-214 
Dik KJ.Several clinical and radiological studies of the proximal sesamoid bones were done in eleven horses from the age of one month to three years. The X-ray findings were found to be inconstant. The number of nutrient canals visualized increased or decreased, and the bone structure gradually became more irregular. Bone deposits along the borders of the sesamoid bones usually did not become apparent until the second or third year of life. Particularly this growth of new bone was found to be a significant clinical feature. On the other hand, nutrient canals and irregular bone structures were also obs...
Navicular disease and its treatment.
In practice    March 1, 1982   Volume 4, Issue 2 29-36 doi: 10.1136/inpract.4.2.29
Colles C.No abstract available
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