Understanding Horse Aggression
Christa Lesté-Lasserre, MA
April 6, 2025
What drives equine aggression—and how can training help? Find out in this article from The Horse’s Spring 2025 issue.
What drives equine aggression—and how can training help? Find out in this article from The Horse’s Spring 2025 issue.
Take a closer look at what’s new in assisted equine reproduction and what that means for horses and humans in this article from The Horse‘s Research Roundup issue.
Here are 10 things we’ve learned about cribbing since we published our last research update.
Researchers describe the pros, cons, and clinical applications of this genome sequencing method.
Researchers are developing this tool to learn about the level of inbreeding in contemporary Thoroughbreds and help guide management and breeding practices.
Greater awareness and ongoing research mean fewer foals are being born with this genetic skin condition. Learn more in The Horse‘s Spring 2024 issue.
Learn why this congenital malformation occurs in foals and how veterinarians, owners, and breeders can treat and prevent it.
What genes and coat colors are more likely to result in a spooky or reactive horse? Experts explain what we know about equine genetics and behavior.
Researchers used AI to analyze horse conformation and detected differences between fragile foal syndrome carriers and noncarriers that might have performance implications.
Is club foot an inherited condition in horses? A veterinarian offers her thoughts.
These study results could help breeders and trainers determine which horses have the best DNA for coping with a racing environment.
Researchers discovered a connection between Chromosome 25 and the presence of kissing spines in horses.
How can biomarkers be used to help improve performance and reduce injury risk in horses?
An overactive immune system, environmental factors, genetics, and exposure all contribute to equine allergies.
Friesian breeders can test for the variant to implement early veterinary management and avoid breeding carriers.
Techniques that allow researchers to understand the underlying mechanisms of disease include genetic analyses, RNA sequencing, and advanced proteomics and lipidomics.
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