Laser surgery as a treatment for histologically confirmed sarcoids in the horse.

REASONS FOR PERFORMING STUDY: Laser resection for the treatment of sarcoids is an established part of equine practice; however, few studies have provided long-term follow-up results. Additionally, many previous reports have evaluated several treatments concurrently or have not been able to provide a definitive histological diagnosis of sarcoid. OBJECTIVES: To establish the success rate following laser resection as a sole treatment for histologically confirmed sarcoids and evaluate risk factors for recurrence. STUDY DESIGN: Retrospective time-to-event analysis. METHODS: Horses included had laser surgery to remove at least one sarcoid between 1 July 2005 and 1 September 2012. No previous known/concurrent veterinary treatment was administered. Diagnosis was confirmed by histology in all cases. Clinical data were retrieved from the hospital database. Follow-up information was obtained by telephone questionnaire. RESULTS: Ninety-nine horses, with a total of 235 sarcoids, were included in the analysis; 82 (83%) had no recurrence of the sarcoid removed and 71 (72%) had no occurrence of any sarcoids following surgery. Horses with sarcoids on the head and neck and those with verrucose sarcoids were at increased risk of recurrence (hazard ratios of 1.61 and 4.03, and 95% confidence intervals of 1.02-2.56 and 1.11-14.7, respectively). CONCLUSIONS: Laser resection of sarcoids in the horse has a positive post operative prognosis. Further work is required to fully evaluate risk factors for recurrence fully.

Short- and long-term results following standing fracture repair in 34 horses.

REASONS FOR PERFORMING STUDY: Standing fracture repair in the horse is a recently described surgical procedure and currently there are few follow-up data. This case series contains 2 novel aspects in the standing horse: repair of incomplete sagittal fractures of the proximal phalanx and medial condylar repair from a lateral aspect. OBJECTIVES: To describe outcome in a case series of horses that had lower limb fractures repaired under standing sedation at Rossdales Equine Hospital. METHOD: Case records for all horses that had a fracture surgically repaired, by one surgeon at Rossdales Equine Hospital, under standing sedation and local anaesthesia up until June 2011, were retrieved. Hospital records, owner/trainer telephone questionnaire and the Racing Post website were used to evaluate follow-up. RESULTS: Thirty-four horses satisfied the inclusion criteria. Fracture sites included the proximal phalanx (incomplete sagittal fracture, n = 14); the third metacarpal bone (lateral condyle, n = 12, and medial condyle, n = 7); and the third metatarsal bone (lateral condyle, n = 1). One horse required euthanasia due to caecal rupture 10 days post operatively. Twenty horses (66.7% of those with available follow-up) have returned to racing. Where available, mean time from operation to return to racing was 226 days (range 143-433 days). CONCLUSIONS: Standing fracture repair produced similar results to fracture repair under general anaesthesia in terms of both the number of horses that returned to racing and the time between surgery and race. POTENTIAL RELEVANCE: Repair of lower limb fracture in the horse under standing sedation is a procedure that has the potential for tangible benefits, including avoidance of the inherent risks of general anaesthesia. The preliminary findings in this series of horses are encouraging and informative when discussing options available prior to fracture repair.