Healthy

hooves

Importance & influencing factors

The importance of healthy hooves and their impact on the overall wellbeing of the horse has been the subject of numerous scientific research studies that are widely and well understood among professionals in the equine industry. 

 

The hoof is not a rigid structure, it is a highly flexible and adaptable structure. In barefoot movement the hoof undergoes a 3-dimensional self-reversing deformation. This is the "hoof mechanism" which functions best with a healthy hoof and in turn improves the hoof health by: 

(a)  stimulating blood circulation through the hoof,

(b) ensuring good hoof horn quality and growth,

(c)  increasing shock absorption at impact and

(d) maintaining natural biomechanics of the lower limb.

The continuous interaction between these 5 factors in turn creates a sustainable system for long term health of the horse.

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Hoof Mechanism. 

The Hoof Mechanism is the 3-dimensional, elastic (i.e. self-reversing) deformation of the hoof that takes place during movement (loading and unloading of the foot/limb). The importance of a properly functioning hoof mechanism cannot be underestimated as it is critical for proper blood circulation, hoof horn growth and quality, shock absorption, and biomechanics of the distal limb. Applying conventional shoes with nails or glue and clips restricts the hoof mechanism and predisposes the horse to injury and poor hoof health, impacting the overall health of the horse. In unshod/barefoot condition and horses shod with T-WIN Shoes, the hoof mechanism can function normally i.e. unrestricted. 

Blood Circulation. 

The horse foot is a vascular structure in which the expansion and contraction of the hoof during movement work as an additional heart, supporting the function and workload of the true heart and the systemic circulation. The local blood circulation to and in the foot plays a key role in

  • controlling the temperature of the foot,

  • providing nutrition and oxygen and disposing waste products for better hoof growth and quality and

  • absorbing impact shock when the foot hits the ground.

The T-WIN Shoe provides all these benefits of proper blood circulation to and in the foot by allowing the pumping effect of the natural hoof mechanism to take place.

Hoof Growth & Quality.

Due to the ability of the hoof to dampen the force of the horse’s weight when the limb hits the ground, the hoof is one of the most important structures related to soundness in the horse. Hoof growth, quality and function as such become important factors as they often affect the health and the usefulness of the horse and have practical implications for farriers and veterinarians in terms of growing out lesions and allowing proper trimming and nailing. 

 

Applying conventional shoes restricts the hoof growth and weakens the hoof wall. In addition, conventional shoes can cause uneven wear of the hoof. In unshod/barefoot condition and with horses shod with T-WIN Shoes, the hoof growth and quality is not affected and the hoof remains balanced throughout the trimming/shoeing cycle. 

Shock Absorption. 

The hoof is the major shock absorbing structure of the body. During landing, the distal limb undergoes a shock which is exacerbated by the speed of locomotion and the weight of the rider. A healthy and normal functioning hoof is able to absorb +/- 70% of this impact shock. The shock absorption is maximized when the heel expands, which takes place with a proper functioning hoof mechanism and blood circulation. Maximizing shock absorption by the hoof protects the lower limb bones and joints against injury. Because the T-WIN Shoe, as with barefoot, does not restrict heel expansion, the shock absorption capacity of the natural hoof is maintained. As such the T-WIN Shoe provides good shock absorption independent of the material it is made of and reduces the forces placed upon the bones and joints at impact.

Biomechanics.

The hoof, together with the joints, tendons and ligaments provide flexibility of the lower limb. A diminished function of one of these components increases the loading on others, possibly exceeding the normal physiological capacity and therefore leading to injury. The T-WIN Shoe protects these lower limb structures (joints, tendons, ligaments) by allowing the natural flexibility of the hoof to take place (especially the lateral flexibility). 

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