Showing posts with label Structure and Motion Laboratory. Show all posts
Showing posts with label Structure and Motion Laboratory. Show all posts

Friday, May 26, 2017

Royal Veterinary College studies elastic resistance bands for equine rehabilitation and training

equine rehabilitation and training with elastic resistance band
Horse wearing the modified saddle pad with abdominal resistance band attached; the clip for the hindquarters band can also be seen.

Core strength training for horses has been a key criteria for developing equine athletes with the necessary condition and muscle develop to sustain advanced gaits and collected movements. Even if a horse has great conformation and appears to have the natural talent to excel, sufficient core body strength is required for sustained collected work.

Thursday, April 25, 2013

Adventures in Hoof Science: British Farriers Collect Data on Heart Bar and Lateral Extension Shoes at Royal Veterinary College's Structure and Motion Laboratory

Story and photos provided by Carl Bettison, AWCF (Hons)

British farriers spent a day at the Royal Veterinary College's Structure and Motion Laboratory last week; they watched while Jim Blurton shod two horses with bar shoes. Equigait wireless gait analysis technology was paired with high speed video and a force plate to monitor changes with the addition of the shoes. (Gill Harris photo)
A small group of farriers with a keen shared interest in equine biomechanics and a thirst to understand the science behind horseshoeing had a unique opportunity to witness an afternoon’s research conducted in the Royal Veterinary College’s Structure and Motion Laboratory in England last week. The RVC’s Renate Weller DrMedVet, PhD, MRCVS, FHEA led the event, along with her team, which represents a range of scientific disciplines.

Sunday, February 03, 2013

Equine Hoof Research: Digital Cushion Response to Pressure Tested in Horses vs Elephants at Royal Veterinary College

Most of the digital cushion of the horse is housed inside a rigid outer hoof capsule and between the lateral cartilages of the coffin bone. Its function has been proposed by different researchers as having both passive and active roles in weightbearing and shock absorption in the equine foot. (© Christoph von Horst plastinated hoof tissue specimen, color enhanced)

Hoof science turns up in some unexpected places, and it is always a joy to report on it when it does. That was the case earlier this month at the Society for Integrative and Comparative Biology (SICB) annual meeting in San Francisco.