Raising the angle of the hoof decreases stress on which ligament?

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Multiple Choice

Raising the angle of the hoof decreases stress on which ligament?

Raising the angle of the hoof changes how forces travel through the bottom of the leg, especially where the deep digital flexor tendon (DDFT) runs to the coffin bone. With a higher toe, the line of pull of the DDFT becomes less steep during weight-bearing, so the tendon is less stretched and experiences less tension. That reduction in tension means the DDFT and the structures it supports at the navicular area are under less stress. Other ligaments, like the superficial digital flexor tendon, the suspensory ligament, or the collateral ligaments, aren’t as directly influenced by this change in hoof angle, so they don’t experience the same reduction in stress from raising the toe.

Raising the angle of the hoof changes how forces travel through the bottom of the leg, especially where the deep digital flexor tendon (DDFT) runs to the coffin bone. With a higher toe, the line of pull of the DDFT becomes less steep during weight-bearing, so the tendon is less stretched and experiences less tension. That reduction in tension means the DDFT and the structures it supports at the navicular area are under less stress.

Other ligaments, like the superficial digital flexor tendon, the suspensory ligament, or the collateral ligaments, aren’t as directly influenced by this change in hoof angle, so they don’t experience the same reduction in stress from raising the toe.

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