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  1. This article traces the characteristics, origin, distribution, and function of alternative lateral horse gaits, i.e., intermediate speed lateral-sequence gaits.

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  2. vascular tissues, bone, synovial spaces, tendon, ligament, and cartilage. The tremen-dous weight-bearing forces transmitted through the 4 digits of the horse are accommodated within physiologic norms because of the highly refined and special-ized gross, microscopic, and functional anatomy of the equine foot. This article pro-

  3. 8 Ιουλ 2016 · Tendons and ligaments. Horses can attain high speeds largely because specific tendons and ligaments store and return elastic strain energy as the foot is set down and then lifted. This, effectively, halves muscular work during galloping.

  4. 17 Νοε 2012 · It aims to provide a detailed guide to the relevant bony landmarks present on the equine forelimb (Chapter One) and also highlight certain ligaments and tendons, particularly in reference to the joints (Chapter Two).

  5. A2.4 Identify and describe the ligaments and tendons of the foot structures in equine and bovine.

  6. Suspensory ligament - in horses, the interosseous medius muscle has atrophied and functions as a ligament. It consists of muscular bundles, tendinous bundles and fat bundles. The flexor tendons slide over the suspensory ligament.

  7. 1 Αυγ 1994 · Tendons and ligaments of the equine distal limbs have a prominent anatomic, functional, and clinical importance. This article reviews the descriptive and topographic anatomy of these structures in details.

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