Published in Animals #13, January 24 2023 This study explores the lameness assessment capacity of a smartphone single-camera markerless computer vision application by comparing measurements of the vertical motion of the head and pelvis to an optical motion capture multi-camera system using skin-attached reflective markers.
Simple Summary: Lameness, an alteration of the gait due to pain or dysfunction of the locomotor system, is the most common disease symptom in horses. Yet, it is difficult for veterinarians to correctly assess by visual inspection. Objective tools that can aid clinical decision making and provide early disease detection through sensitive lameness measurements are needed. In this study, we describe how an AI-powered measurement tool on a smartphone can detect lameness in horses without the need to mount equipment on the horse. We compare it to a state-of-the-art multi-camera motion capture system by simultaneous, synchronised recordings from both systems. The mean difference between the systems’ output of lameness metrics was below 2.2 mm. Therefore, we conclude that the smartphone measurement tool can detect lameness at relevant levels with easy-of-use for the veterinarian.
Equestrian sports' international governing body unveils its mission, "to lead, drive, and develop the highest standards of equine sport globally." FEI Secretary General Sabrina Ibáñez sets forth the plan in this YouTube video, urging everyone to act as guardians to ensure a "good life for horses." Learn more about the horse welfare plan at https://www.fei.org/stories/lifestyle/horse-human/guardians.
Flyinge hosted the Horse Welfare Summit, Northern Europe's largest event dedicated to horse welfare. The summit spanned two full days and featured lectures, clinics, and panel discussions led by prominent experts in the field.
"From the Air you breathe, to the ground beneath your feet, you deserve the very BEST. Your well-being is our inspiration."
Scholarship recipient Eva Skiöldebrand was part of a research team conducting a clinical study of a novel drug combination that was effective in treating osteoarthritis-associated lameness in horses and restoring joint tissue. The findings could have implications for treating ostearthritis in humans as well, since horses and humans are genetically very similar. The researchers hope to conduct a clinical trial of the drug treatment in humans next.