Treatment of medial condylar fractures of the third metatarsus in three horses with fibreglass casts under standing neuroleptanalgesia.

This research article discusses the successful treatment of minimally displaced fractures in the lower leg bones of three racehorses using pain relief and fiberglass casts applied while the horses were standing.

Objective of the Research

• This study aimed to investigate the potential of using fiberglass casts as a treatment method for minimally displaced fractures originating in the lower leg bone (third metatarsus) of horses. The treatment was performed on standing horses under neuroleptanalgesic protocol for pain management.

Methods and Subjects

• The subjects of the study were three racehorses: one Thoroughbred and two Arabians, all of which had suffered similar types of fractures in their third metatarsus.
• The researchers used a specific pain management procedure called a neuroleptanalgesic protocol that allowed the horses to remain standing while the treatment was applied.
• The fiberglass cast was then applied to support the affected area in a weight-bearing position. This method meant the horses could continue to bear weight on the fractured leg while it healed.

Results and Findings

• The fractures in all three horses healed completely following the treatment, and their recovery process was uneventful, indicating that the treatment was effective and did not incur any adverse side effects.
• Furthermore, the post-recovery performance of the horses was found to be satisfactory. Two of the horses were able to return to racing successfully, while the third horse was functional enough for breeding purposes, further supporting the effectiveness of this method of treatment.

Conclusion and Impact

• The conclusion drawn from the research study suggests that using fiberglass casts to treat minimally displaced condylar fractures in the third metatarsus can be an effective method, especially when applied in a standing, weight-bearing position under appropriate pain management.
• This finding can impact the methods used to treat similar fractures in horses and may lead to improved recovery outcomes. It indicates the potential for horses to return successfully to their previous levels of activity following injury.