The effect of shoe shape on the biomechanics of locomotion in horses with bone spavin
Authors: Newman
Journal: FWCF Fellowship Thesis
Summary
# Editorial Summary: Shoe Shape and Bone Spavin Biomechanics Newman's investigation into therapeutic shoeing for bone spavin addresses a practical challenge faced by farriers managing one of the most prevalent hock conditions in working horses. By examining how different shoe geometries alter locomotion patterns in affected animals, the research provides biomechanical evidence to support farriery decision-making beyond traditional experience-based approaches. The findings demonstrate that shoe shape modifications produce measurable changes in movement parameters, though the abstract does not specify which modifications proved most effective or the magnitude of biomechanical shifts observed. For practitioners, this suggests that shoeing interventions for bone spavin warrant consideration as an active management tool rather than a passive accommodation, with the potential to alter loading patterns through the affected joint. Further engagement with the full thesis would clarify which specific shoe designs—whether rockers, bar modifications, or breakover adjustments—offer the greatest therapeutic benefit, enabling more targeted recommendations across different presentations of the condition.
Practical Takeaways
- •Incorporate shoe shape modifications as part of therapeutic management strategy for bone spavin cases
- •Evaluate the biomechanical effects of different shoe designs when selecting therapeutic options for individual horses
- •Consider this evidence when counseling clients on farrier-based interventions for hock conditions
Key Findings
- •Shoe shape modifications can influence biomechanical parameters in horses with bone spavin
- •Specific shoeing interventions may alter locomotion patterns in affected horses