Management of a transverse fracture in the distal phalanx of a horse.

The research study details the successful case of a horse that was treated for a septic, transverse fracture in the frontal plane of the distal phalanx, managed through surgical intervention and proper corrective farriery. The horse later gained full functionality, allowing it to be ridden for pleasure.

Background and Purpose of the Study

• The study focuses on a case of a yearling horse that had a septic, transverse fracture, a rare yet severe condition, in the frontal plane of the distal phalanx – the bone at the tip of the hoof.
• The main aim of the study was to share the successful treatment approach that allowed the horse to regain full functionality of the hoof, opening doors for similar future treatment possibilities for such severe conditions.

Case Presentation

• A yearling horse was brought in with the said condition. The severity of the situation was augmented as the fracture was septic, meaning it was complicated with an infection.
• The fracture was in the transverse plane, meaning it was a horizontal split which further complicated the case as it makes the reconnection of the bone fragments highly challenging.

Treatment Approach

• The chosen approach for treatment involved a combination of surgical intervention and corrective farriery.
• The fractured fragment was removed surgically from the parent bone through the sole of the hoof with utmost care to prevent any further complications or damage.
• Post-surgery, corrective farriery techniques were used to manage the foot and promote healing. These techniques typically involve custom shoeing or hoof trimming methods to support the foot and encourage proper alignment as it heals.

Outcome and Implications

• Following the treatment, the horse was able to regain full functionality of the hoof. It was pain-free, could walk normally, and was even able to be ridden for pleasure.
• This case study demonstrates a successful treatment plan for severe and complicated fractures in horses’ hooves, suggesting it could be a feasible option for similar cases in the future.