
Muscles, Tendons, & Ligaments
The horse’s body is both exceedingly powerful and capable of bending, turning around tight corners, and stopping on a dime, all thanks to his intricate combination of muscles, tendons, and ligaments.
The horse’s body is both exceedingly powerful and capable of bending, turning around tight corners, and stopping on a dime, all thanks to his intricate combination of muscles, tendons, and ligaments.
Lin Xie, a student at Louisiana State University, discusses conditioning horses with degenerative suspensory ligament desmitis. (2:42)
Tendon and ligament injury in horses causes both economic and personal hardship for horse owners and industry professionals. A prolonged period of layup and rehabilitation is necessary, but whether the horse will be sound at the end of the rehabilitation period is uncertain.
Brazilian researchers report that platelet-rich plasma (PRP) is beneficial for healing surgical wounds in horses, contrary to previous reports.
Thoroughbred Le Havre, winner of the June 7 Prix du Jockey-Club (Fr-I, the French Derby) for owner Gerard Augustin-Normand, has been retired from racing because of a tendon injury suffered during the classic race, according to the Racing
One of the most common deformities that equine veterinarians deal with in newborns is contracted digital flexor tendons. This might cause foals to walk on the toes of their front hooves instead of being flat footed.
Results of a clinical study showed that distal limb wounds treated with a dressing containing esterified hyaluronic acid (hyaluronan) showed no improvement in healing as compared to untreated wounds.
To evaluate the effect of an
Managing wounds located on the distal (lower) limbs of horses is by far one of the most frustrating and time-consuming jobs of an equine practitioner. Aggressive research efforts have explored tactics to minimize the formation of excessive scar tissu
Focused on providing the latest in stem cell therapies for horses, the University of California, Davis, School of Veterinary Medicine has opened its new Regenerative Medicine Laboratory at the William R. Pritchard Veterinary Medical Teaching
Despite the hypothetical benefits associated with the topical use of platelet-rich plasma for expediting wound repair in horses, research thus far has yet to reveal any beneficial effects on small full-thickness wounds of the distal limb.
Windpuffs are soft, fluid-filled swellings toward the back of the fetlock joint, resulting from inflamed deep digital flexor tendon sheaths. Most commonly, these puffy enlargements are symptomless blemishes–old and cold, the result of years of hard work.
One of the most common causes of lameness in horses–an injury to tendon and ligaments–can now be treated at Virginia Tech’s Marion duPont Scott Equine Medical Center, with one of the newest treatments available, platelet-rich plasma.
Motivated by a desire to help broaden the exploration of regenerative medicine as a treatment option for companion animals and horses, Dick and Carolyn Randall of Cupertino, Calif., provided core funding to launch a five-year, $2.5 million study
Regenerative medicine technology in humans and animals is advancing at a much faster pace than most of us realize. It has offered hope to thousands of humans suffering from diseases and injuries that destroy or damage vital cells. In animals,
Findings from the RVC indicate that stem cell therapy for superficial digital flexor tendon (SDFT) injury can significantly reduce the rate of re-injury over a three year period compared to conventionally treated horses.
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