[PDF] Differentiation between fore and hind hoof dimensions in the horse ( Equus caballus ) | Semantic Scholar (2024)

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@article{Stachurska2008DifferentiationBF, title={Differentiation between fore and hind hoof dimensions in the horse ( Equus caballus )}, author={Anna Stachurska and Ryszard Kolstrung and M. Pięta and Piotr Silmanowicz and A. Klimorowska}, journal={Archives Animal Breeding}, year={2008}, volume={51}, pages={531-540}, url={https://api.semanticscholar.org/CorpusID:62879664}}
  • A. Stachurska, R. Kolstrung, A. Klimorowska
  • Published 10 October 2008
  • Agricultural and Food Sciences
  • Archives Animal Breeding

Differences between front and hind hooves in dimensions and proportions of the measurements in horses of various breeds belonging to different origin types were defined to find the hoof capsule width is the most characteristic parameter of thehoof.

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20 Citations

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The hoof width to chest circumference ratio was found to be a useful parameter of the hoof size and is suggested as standards to which individual ratios in mares of similar breeds may be compared judging the horse’s conformation.

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The hoof morphology of AA and HA horses met the literature parameters for mesomorphic horses, and both breeds had healthy and well-conformed hooves, useful for sport and recreation activities.

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Hoof wall angulation in the horse (Equus caballus).
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The latest research conducted on a database of thousands of Dutch Warmblood horses shows that the heritability of foot conformation traits is moderate and the genetic correlations of these traits and performance in dressage and show jumping are low.

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Morphometrical Studies on Hooves in Horses (Equus caballus) in Different Age Groups
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The study results showed that the breed and age effected on the hooves conformation and Al-Saklawi had the highest hoof dimensions in general, which refer that the Iraqi Arabian Horses are nearly pure Arabian horses, while sex, and limb type have no effect on hoove conformation.

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The results suggest that the frequency of hoof conformation faults and disorders is breed-dependent, which may be connected with the tendency of horses of each breed to be used in a specific way.

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Hoof overgrowth is associated with poor conformation, an altered weight-bearing surface, and a reduction in the hoof's anatomic and functional integrity. As a result of housing systems that promote

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com-Evaluating the long-term conformation and hoof growth effects of starting hoof trimming at 5 months of age in New Zealand dairy goats

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26 References

The effect of an acute hoof wall angulation on the stride kinematics of trotting horses.
    Hilary M. Clayton

    Agricultural and Food Sciences

    Equine veterinary journal. Supplement

  • 1990

High speed cinematography was used to describe the stride kinematics in a group of six, sound horses subjected to two farriery treatments, designated 'normal' and 'acute' hoof angulation. Normal was

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Relationship of foot conformation and force applied to the navicular bone of sound horses at the trot.
    E. EliasharM. P. McguiganAlan M. WilsonAlan M. Wilson

    Medicine

    Equine veterinary journal

  • 2004

Assessment of hoof conformation should be judged based on these parameters, as they may have clinical significance, whereas parallelism of the heel and toe is of less importance.

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  • PDF
Variation in surface strain on the equine hoof wall at the midstep with shoeing, gait, substrate, direction of travel, and hoof shape.
    J. Thomason

    Engineering

    Equine veterinary journal. Supplement

  • 1998

Strain patterns showed small but significant differences between locomotion on the treadmill and on ground, with the differences being more apparent at the toe than at the sides of the hoof, indicating that hooves with more upright quarters are stiffer and possibly provide less impact absorption.

  • 64
  • PDF
Kinematic differences between the distal portions of the forelimbs and hind limbs of horses at the trot.
    Willem BackH. SchamhardtWrister HartmanAlbert Barneveld

    Medicine

    American journal of veterinary research

  • 1995

The differences between distal forelimb and hind limb kinematics found in this study may be related to the generally known higher incidence of chronic lameness in the forelimbs.

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  • PDF
The effect of flat horseshoes, raised heels and lowered heels on the biomechanics of the equine hoof assessed by finite element analysis (FEA).
    C. HinterhoferC. StanekH. Haider

    Engineering

    Journal of veterinary medicine. A, Physiology…

  • 2000

The biomechanical effects of lowering and raising the heels were studied using a finite element (FE) computer model of the equine hoof capsule and the results of the FE model with the regular horseshoe were found in between.

  • 41
Effect of rider and riding style on deformation of the front hoof wall in warmblood horses.
    H. L. SummerleyJ. ThomasonW. Bignell

    Materials Science

    Equine veterinary journal. Supplement

  • 1998

Riding style changed strain magnitudes by up to 20% and also caused strain redistribution: strains were higher medially for sitting, and laterally for forward seat, with strains for a rising trot being more evenly distributed and intermediate in magnitude.

  • 15
Relationships between fore- and hindlimb ground reaction force and hoof deceleration patterns in trotting horses.
    P. GuståsC. JohnstonL. RoepstorffS. DrevemoHåkan Lanshammar

    Medicine

    Equine veterinary journal

  • 2004

No significant difference was found in the hoof decelerations, but the deceleration curves displayed a common pattern that described in detail the kinematics of the fore and hind hooves during the initial period of hoof braking.

  • 57
Dynamic pressure measurements for the detailed study of hoof balance: the effect of trimming.
    M. C. V. V. HeelA. BarneveldP. WeerenW. Back

    Biology

    Equine veterinary journal

  • 2004

To test a sensitive pressure measurement system during locomotion and to set a standard for further studies by using the system to evaluate the effects of trimming, and to quantify hoof balance characteristics and to measure short-term trimming effects.

  • 97
External loads on the limbs of jumping horses at take-off and landing.
    H. SchamhardtHenk W. MerkensVera VogelCharlotte Willekens

    Agricultural and Food Sciences

    American journal of veterinary research

  • 1993

Using a force plate, ground reaction force (GRF) patterns at take-off and landing between the hooves and the ground were recorded for all limbs of 5 Dutch Warmbloods jumping a 0.8-m vertical fence

  • 71
  • Highly Influential
Lameness in 46 horses associated with deep digital flexor tendonitis in the digit: diagnosis confirmed with magnetic resonance imaging.
    S. DysonR. MurrayM. SchrammeM. Branch

    Medicine

    Equine veterinary journal

  • 2003

DDFT injuries are an important cause of lameness associated with pain arising from the digit in horses without detectable radiographic abnormalities, and may be improved by intra-articular analgesia of the DIP joint in at least 68% of horses.

  • 139

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