The surgical treatment of equine fractures.

The research article focuses on the current trends and methods in the surgical treatment of horse fractures. The study discusses successes and challenges in the treatment based on 21 fracture cases, with various kinds of fractures and surgical methods being assessed.

Objective of the Research

The aim of this study is to examine the trends in equine fracture treatment, specifically focusing on:

• The surgical approach and method of fixation
• The advantages of Association for the Study of Internal Fixation (ASIF) implants
• The complications that can arise from the treatment

The research provides an overview of fracture treatment based on 21 individual case studies of horses with different types of fractures.

Findings of the Research

The study found that various surgical methods can successfully restore normal limb function in horses. Specifically:

• In four cases, horses with fractures of the olecranon, and one with a mid shaft fracture of the tibia, normal limb function was restored after the fracture was stabilized with plates.
• In another four cases, a horse with a chip fracture of the distal radius and three animals with fractures of the lateral condyle of the third metacarpal bone were successfully treated using lag screws to stabilize the fractures.

However, the research also found that treatment can sometimes be unsuccessful due to complications such as refracture or infection. Such outcomes were seen in 13 cases in the study, which involved fractures of:

• The radius
• The third metatarsal bone
• Proximal epiphysis of the tibia
• Mid shaft fractures of the femur in foals

Conclusion of the Research

The conclusion of the study is mixed, with some successes in the surgical treatment of equine fractures being tempered by instances of refracture or infection. The findings suggest that while ASIF implants and lag screws can be effective in stabilizing certain fractures and restoring limb functionality, a holistic approach taking into consideration the type of fracture and the individual horse’s characteristics is required to minimize complications and improve success rates.