The hoof mechanism - the quintessence of horse hoof biomechanics?
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The hoof mechanism is indeed the quintessence of horse hoof biomechanics. Biomechanical models have been developed to analyze hoof function and dysfunction, focusing on the effects of different hoof shapes, tissue behavior, and joint moment loads. Studies emphasize the importance of proper hoof function for equine health and performance, as many musculoskeletal injuries originate from the foot. Anatomical measurements of hooves in traction animals reveal the impact of practices like trimming and shoeing on load distribution and locomotor disorders, highlighting the need for proper care to prevent such issues. Understanding the normal distribution of vertical hoof forces and ground reaction forces is crucial for applications in orthopedics, therapeutics, and racetrack design, emphasizing the significance of hoof biomechanics in various equine-related fields.
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| Papers (5) | Insight |
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| The hoof mechanism is crucial in horse hoof biomechanics, impacting load distribution and locomotor health, as observed in equids used for traction in Petrolina, Brazil. | |
Open access 08 Jan 2009 | The hoof mechanism plays a crucial role in horse hoof biomechanics, influencing vertical force distribution during movement, as studied using a novel Horse Force Measuring System (HFMS) in this research. |
37 Citations | Not addressed in the paper. |
| The paper evaluates the impact of routine hoof trimming on force and pressure distribution in the equine hindlimb hoof at midstance, crucial for understanding the biomechanics of horse hooves. | |
| The hoof mechanism is pivotal in equine hoof biomechanics, influencing deflections, energy storage, and tissue load distribution, providing insights for therapeutic strategies addressing hoof dysfunction. |
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