Functional anatomy of tendons and ligaments in the distal limbs (manus and pes).

This study meticulously investigates the structure and function of the tendons and ligaments in the lower legs or “distal limbs” of a horse. The paper provides detailed information on their mechanical properties, focusing on specific structures like the flexor tendons, and elaborates on their roles in standing and movement.

Review on Distal Limbs Anatomy

The study begins with a thorough review of the anatomy of tendons and ligaments found within the lower legs of horses. The focus on this region, known as the “manus and pes” or distal limbs, is due to its essential role in the locomotion and physiological functions of the animal.

• Descriptive anatomy of these structures was discussed in fine detail to ensure a clear understanding of their form and location.
• This is especially vital as these structures are often prone to injuries and understanding their anatomy can contribute to better preventive and therapeutic strategies.

Mechanical Properties

The research delves into the mechanical properties of these tendons and ligaments, presenting exclusive information that adds to the existing knowledge about these structures in equines.

• The flexor tendons, accessory ligaments, and the third interosseous muscle were given special attention.
• Understanding the intrinsic mechanical properties of these structures can give insights into their resilience, strength, and susceptibility to injuries, as well as their healing capacity.

Functional Anatomy

In addition to the structural presentation, the study explores the functional anatomy of the discussed tendons and ligaments.

• It sheds light on how these structures contribute to the standing position and different gaits in horses.
• This functional perspective on the anatomy of these structures allows for a better understanding of their role in locomotion and balance management of the animal.

Overall, the study provides a comprehensive perspective on the intricate anatomy of the distal limbs structures in horses, offering valuable information that may contribute to the enhancement of the clinical diagnostic and therapeutic approaches in the equine veterinary field.