Analyze Diet

Topic:Hoof Health

Hoof health in horses involves the study of the structure, function, and maintenance of the horse's hoof, which is vital for overall mobility and wellbeing. The hoof is composed of various structures, including the outer hoof wall, sole, frog, and internal components such as the laminae. These structures work together to support the horse's weight, absorb shock, and provide traction. Factors affecting hoof health include nutrition, environment, genetics, and management practices. Common hoof-related conditions include laminitis, thrush, and hoof cracks, which can impact a horse's performance and quality of life. This page compiles peer-reviewed research studies and scholarly articles that explore the anatomy, physiology, and management of hoof health in horses, as well as strategies for prevention and treatment of hoof disorders.
Interpreting radiographs 1: the foot.
Equine veterinary journal    October 1, 1983   Volume 15, Issue 4 297-303 doi: 10.1111/j.2042-3306.1983.tb01804.x
Colles CM.No abstract available
Ultrastructure of the equine hoof wall secondary epidermal lamellae.
American journal of veterinary research    August 1, 1983   Volume 44, Issue 8 1561-1570 
Leach DH, Oliphant LW.The ultrastructure of cells of the secondary epidermal lamellae from the hoof wall of 8 adult horses was described. Stages of progressive keratinization were not observed in this cell population. The morphologic features of cells of the secondary epidermal lamellae indicated that these lamellae were composed of nonmobile populations of cells and that primary epidermal lamellae moved past the secondary lamellae by breaking of the desmosomes connecting these 2 cell populations. Seemingly, debris present in the intercellular space between primary and secondary lamellae was a by-product of this re...
Extrinsic and intrinsic veins of the equine hoof wall.
Journal of anatomy    May 1, 1983   Volume 136, Issue Pt 3 543-560 
Mishra PC, Leach DH.The extrinsic and intrinsic venous drainage of the equine hoof have previously been poorly described. There is also an absence of information about the venous organisation of both primary and secondary dermal lamellae of the hoof wall. The purpose of this study was to describe the normal venous pattern of the horse hoof, especially that associated with the dermal lamellae of the wall. The venous organisation of 46 pairs of hooves from clinically healthy horses was studied using standard plastic vascular corrosion casts and histological sections. A consistent pattern of venous organisation was ...
Firing of horses.
The Veterinary record    January 8, 1983   Volume 112, Issue 2 45 doi: 10.1136/vr.112.2.45
Gould GN.No abstract available
[Naming the white line (zona alba) of the equine hoof].
Tierarztliche Praxis    January 1, 1983   Volume 11, Issue 4 503-506 
Wissdorf H, Wilkens H, Hertsch B.No abstract available
Mechanical properties of equine hooves.
American journal of veterinary research    January 1, 1983   Volume 44, Issue 1 100-102 
Landeau LJ, Barrett DJ, Batterman SC.No abstract available
Electron microscopic study of the veins of the dermal lamellae of the equine hoof wall.
Equine veterinary journal    January 1, 1983   Volume 15, Issue 1 14-21 doi: 10.1111/j.2042-3306.1983.tb01690.x
Mishra PC, Leach DH.The venous organisation of the dermal lamellae of the equine hoof wall of 18 pairs of forelimb hooves from clinically healthy horses was studied using plastic vascular corrosion casts, and scanning electron microscopic and histological techniques. A consistent pattern of venous organisation was observed in the dermal lamella of the toe, quarter and heel regions. The lamellar corium had an extensive interconnecting capillary network which drained into axially located veins of the primary dermal lamella. Many of the capillaries had a proximodistal orientation and most of those located at the int...
Annular gap junctions of the equine hoof wall.
Acta anatomica    January 1, 1983   Volume 116, Issue 1 1-9 doi: 10.1159/000145719
Leach D, Oliphant L.Incidental to studies of keratinization of the equine hoof wall, annular gap junctions were found in the stratum spinosum of the intertubular horn of the stratum medium. Adjacent cells of the stratum spinosum showed extensive gap junctions, and often local invaginations of one cell into another were bound by gap junctions. It is proposed that these invaginations become detached from the cell surface to form the annular gap junctions. Formation of annular gap junctions may be a means of disposing of plasma membrane in response to changes in cell volume or shape occurring in keratinization. Inte...
[The so-called “vascular holes” of the navicular bone and their relation to the hoof joint. A contribution to the pathogenesis of podotrochlitis].
Tierarztliche Praxis    January 1, 1982   Volume 10, Issue 3 365-379 
Hertsch B, Wissdorf H, Zeller R.No abstract available
[Hoof cyst (keratoma) in the horse].
Tierarztliche Praxis    January 1, 1982   Volume 10, Issue 3 357-364 
Boening KJ.No abstract available
[From horse shoeing to hoof orthopedia (author’s transl)].
DTW. Deutsche tierarztliche Wochenschrift    November 5, 1981   Volume 88, Issue 11 475-479 
Scholz G.No abstract available
Functional anatomy of the horse’s foot.
In practice    July 1, 1981   Volume 3, Issue 4 22-27 doi: 10.1136/inpract.3.4.22
Steven D.No abstract available
Protocol for differential diagnosis of diseases of the equine foot.
Veterinary medicine, small animal clinician : VM, SAC    January 1, 1981   Volume 76, Issue 1 89-93 
Merriam JG, Finocchio EJ.No abstract available
In vivo and in vitro measurement of tendon strain in the horse.
American journal of veterinary research    December 1, 1980   Volume 41, Issue 12 1929-1937 
Lochner FK, Milne DW, Mills EJ, Groom JJ.Strains gauges were applied to the superficial flexor tendon, deep flexor tendon, and suspensory ligament of sound adult horses. Maximum tendon strain occurred during full weight bearing while walking, when the forelimb was perpendicular to the group surface. There was decrease in tendon strain with increase in hoof angle for the deep digital flexor, but no change in tendon strain for the superficial digital flexor and suspensory ligament with changing hoof angle. At physiologic rates of strain, tendons were able to withstand large loads without yielding. Load strain curves developed in vitro ...
Correlation of dermal-epidermal laminar lesions of equine hoof with various disease conditions.
Veterinary pathology    November 1, 1980   Volume 17, Issue 6 656 doi: 10.1177/030098588001700601
Roberts ED, Ochoa R, Haynes PF.Dermal and epidermal laminar lesions were correlated with acute intestinal, primary hepatic, septicemic, chronic laminar, and acute laminar diseases. Horses with acute intestinal disease had edema in the secondary dermal laminae. Those with hepatic disease had increased keratinization of the secondary epidermal laminae. Septicemia caused increased keratin formation in the primary and secondary epidermal laminae. Chronic laminitis caused architectural changes of the epidermal laminae characterized by hyperplasia and keratin formation of the basal epidermal layer. Horses with acute laminitis had...
Corrective shoeing.
The Veterinary clinics of North America. Large animal practice    May 1, 1980   Volume 2, Issue 1 3-24 doi: 10.1016/s0196-9846(17)30172-6
Moyer W.No abstract available
[Complete traumatic exungulation with open fracture of both hoof bone branches in a horse].
Tierarztliche Praxis    January 1, 1980   Volume 8, Issue 4 481-488 
Stanek C, Brkic A.No abstract available
Firing horses.
The Veterinary record    September 29, 1979   Volume 105, Issue 13 312 doi: 10.1136/vr.105.13.312
Fraser AC.No abstract available
Firing of horses.
The Veterinary record    August 25, 1979   Volume 105, Issue 8 173-174 doi: 10.1136/vr.105.8.173
Donaldson RS.No abstract available
Foot problems in horses.
Modern veterinary practice    November 1, 1977   Volume 58, Issue 11 967-970 
No abstract available
Sheared heels.
Modern veterinary practice    August 1, 1977   Volume 58, Issue 8 708-709 
Rooney JR.No abstract available
Interaction of hoof with ground.
Modern veterinary practice    July 1, 1977   Volume 58, Issue 7 624-625 
Rooney JR.No abstract available
Effect of level of feed intake and gelatin supplementation on growth and quality of hoofs of ponies.
Journal of animal science    February 1, 1977   Volume 44, Issue 2 257-261 doi: 10.2527/jas1977.442257x
Butler KD, Hintz HF.A pelleted ration was fed limited or ad libitum to two groups of seven Shetland 8-month-old ponies for 117 days. During the last 56 days, gelatin was added to the diets of four animals in each of the two intake groups. Gelatin was added at levels of 30 and 90 g per 100 kg body weight for the first and second 28-day periods, respectively. Ponies fed the diet ad libitum consumed 180% more feed, had 50% greater rate of hoof growth (.384 ± .009 vs .254 ± .008 mm/d), 200% greater increase in height at the withers and 425% greater increase in body weight than ponies fed the limited level. The h...
Farriery improved.
Modern veterinary practice    August 1, 1976   Volume 57, Issue 8 623-624 
Bracken H.No abstract available
[Condition of the hoof as a criterion of horse maintenance meeting animal protection claims].
DTW. Deutsche tierarztliche Wochenschrift    July 5, 1976   Volume 83, Issue 7 345-346 
Krüger KE, Stede M.No abstract available
[Studies on diffusion of local anesthetic solutions from the hoof-joint in the bursa podotrochlearis in the horse].
Schweizer Archiv fur Tierheilkunde    June 1, 1976   Volume 118, Issue 6 233-238 
Wintzer HJ, Frey HH, Fitzek A.No abstract available
Letter: Laminitis in ponies.
The Veterinary record    January 24, 1976   Volume 98, Issue 4 77-78 doi: 10.1136/vr.98.4.77
Jones M.No abstract available
Observations upon the shoeing of horses.
Modern veterinary practice    December 1, 1975   Volume 56, Issue 12 845-847 
Clark J.No abstract available
Corrective hoof trimming for the foundered horse.
Veterinary medicine, small animal clinician : VM, SAC    October 1, 1975   Volume 70, Issue 10 1200 
Northway RB.No abstract available
Use of the hoof tester in diagnosing lameness in horses.
Veterinary medicine, small animal clinician : VM, SAC    February 1, 1975   Volume 70, Issue 2 205-212 
Szabuniewicz M, Szabuniewicz JM.No abstract available