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Topic:Veterinary Medicine

Veterinary medicine for horses encompasses the study and application of medical practices to diagnose, treat, and prevent diseases in equine species. This field involves a comprehensive understanding of equine anatomy, physiology, pathology, and pharmacology. Veterinary practitioners employ a range of diagnostic tools and therapeutic interventions to address health issues in horses, including lameness, gastrointestinal disorders, respiratory conditions, and infectious diseases. Preventative care, such as vaccination and deworming programs, is also a significant aspect of equine veterinary medicine. This page gathers peer-reviewed research studies and scholarly articles that explore various aspects of veterinary medicine as it pertains to horses, including advancements in diagnostic techniques, treatment protocols, and preventive health strategies.
Vesicular stomatitis.
   October 7, 2026  
Vesicular stomatitis is an infrequent yet important vesicular disease of cattle, horses, and swine. Periodic outbreaks of this disease in the United States have caused economic losses in cattle herds because of decreased production, movement restrictions, and trade embargoes. Vesicular stomatitis causes clinical signs indistinguishable from those of foot-and-mouth disease. It is of utmost importance that appropriate samples are collected from clinical cases of vesicular disease in cattle and swine so a rapid laboratory diagnosis can be made.
Medical induction of maternal behavior in nurse mares and foal-rejecting mares undergoing foal grafting: a retrospective study of 140 cases.
Journal of veterinary internal medicine    October 7, 2026   Volume 40, Issue 4 aalag131 doi: 10.1093/jvimsj/aalag131
Birgitsdotter LM, Friedrichsen Borg H, Kendall A.Medical induction of maternal behavior can be a safer and less stressful way to introduce orphan foals to nurse mares, compared with traditional methods that are time consuming and require restraint of the mare. Published data on results of medical treatment in a large number of mares are lacking. Objective: Describe a hormone-based protocol for foal grafting, including nonsteroidal anti-inflammatory drugs, dinoprost tromethamine, and oxytocin, and to report treatment outcome. Methods: A total of 113 nurse mares and 27 mares that had rejected their foals. Methods: Retrospective case series. Ca...
Science-in-brief: Highlights from the abstracts at the Ninth International Conference on Canine and Equine Locomotion, Utrecht, 2023.
Equine veterinary journal    October 7, 2026   doi: 10.1111/evj.14196
No abstract available
Equine disease surveillance: quarterly update.
The Veterinary record    October 7, 2026   doi: 10.1002/vetr.4360
No abstract available
The Horserace Betting Levy Board codes of practice: past and present.
The Veterinary record    October 7, 2026   doi: 10.1002/vetr.5348
The 2025 horse breeding season sees the release of the 49th consecutive edition of the Horserace Betting Levy Board Codes of Practice for the prevention and control of specified infectious diseases. In this article, Sidney Ricketts, James Crabtree and Richard Newton describe how the first edition of the codes came about in 1977 and their evolution over the past five decades.
Effectiveness of ivermectin in the treatment of equine Parascaris equorum and Oxyuris equi infections.
   October 7, 2026  
Fifteen horses harboring naturally acquired, patent Parascaris equorum and Oxyuris equi infections were equally allotted to 3 treatment groups given (1) injectable vehicle; (2) injectable ivermectin at the dose rate of 200 microgram/kg of body weight; and (3) injectable ivermectin at the rate of 300 microgram/kg. All treatments were given IM in the neck. All animals were killed 14 days after treatment and examined for the targeted nematodes. Regardless of dose rate, ivermectin proved 100% effective in the removal of adult O equi and P equorum infections. Levels of immature P equorum were decre...
Prevalence of large endoparasites at necropsy in horses infected with Population B small strongyles in a herd established in Kentucky in 1966.
   October 7, 2026  
Two closed horse herds (Old Lot 4 and Field 24), infected since 1966 with Population B small strongyles resistant to thiabendazole (TBZ) and phenothiazine (PTZ), were terminated in February, March, and May, 2005. At necropsy, only the large endoparasites were identified and counted. The number of horses on pasture was 14 (239 days of age to 23 years old) for Old Lot 4 and two (3 to 20 years old) for Field 24. The time of the last antiparasitic treatment, relative to the year (2005) of necropsy, was 26 years for Old Lot 4 and 9 years for Field 24 horses. Gasterophilus intestinalis third instars...
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