Management of equine hoof injuries.
Authors: Céleste, Szöke
Journal: The Veterinary clinics of North America. Equine practice
Summary
# Editorial Summary: Management of Equine Hoof Injuries Hoof injuries represent a significant clinical challenge in equine practice, demanding a nuanced understanding of how the rigid structure of horn tissue affects both pathology and repair. Céleste and Szöke's examination synthesises anatomical and biomechanical principles with established wound management protocols, recognising that the unique properties of the hoof—including its weight-bearing function, limited blood supply to keratinous structures, and susceptibility to secondary bacterial colonisation—fundamentally alter healing trajectories compared with soft tissue injuries. The authors emphasise that successful management hinges on integrating knowledge of normal hoof architecture with an appreciation of how injuries compromise deeper structures such as the coffin bone, navicular bursa, and digital cushion, each with distinct healing capacities and functional consequences. By applying conventional wound care principles whilst accounting for the hoof's biomechanical demands—infection control, pressure relief, and appropriate farriery support—practitioners can achieve satisfactory clinical outcomes even in cases where initial diagnostic and therapeutic pathways appear complicated. For farriers, veterinarians, and allied professionals, this work reinforces that systematic application of anatomically informed wound management, rather than reactive treatment, represents the most reliable approach to mitigating long-term complications from hoof injuries.
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Practical Takeaways
- •Apply general wound management principles adapted specifically for hoof tissue, considering the unique rigid nature of horn and its healing patterns
- •Thoroughly assess hoof injuries for deeper structure involvement, as the pattern of healing and potential complications vary with depth and location of injury
- •Base treatment decisions on knowledge of foot biomechanics and anatomy to optimize outcomes for your patients
Key Findings
- •Hoof injuries are common in horses and present diagnostic and treatment challenges due to rigid horn nature and potential invasion of deeper structures
- •Combining knowledge of foot anatomy, biomechanical properties, and hoof healing characteristics with adapted wound management principles produces satisfactory clinical outcomes
- •Understanding healing characteristics specific to hoof tissue is essential for appropriate management of equine foot injuries