Helping to elevate the quality of lameness care, health, and well-being of horses worldwide by promoting and offering quality continuing education for equine practitioners.
Attend the Equinosis wet labs and Hambletonian seminar for FREE ($1,075 value) with the purchase of The Equinosis Q with Lameness Locator.
Current customers are invited to attend the Equinosis wet labs and Hambletonian seminar for 10% off with an active OES Membership.
Wet Lab: Introduction to Objective Lameness Measurement
Thursday, August 4, 2022 @ 8 AM – 12 N
Kevin Keegan, DVM, MS, DACVS & Laurie Tyrrell-Schroeder, DVM
This wet lab will provide an overview of inertial sensor-based measurement of equine lameness. The biomechanical model of lameness measurement using vertical motion of the torso and the practical application of using inertial sensors to measure lameness in the straight line, lunge, and flexion tests will be covered.
Wet Lab: Advanced Lameness Measurement of Standardbreds
Thursday, August 4, 2022 @ 1 – 5 PM
Kevin Keegan, DVM, MS, DACVS & Laurie Tyrrell-Schroeder, DVM
Harness horses present certain difficulties for detecting lameness compared to other horse breeds because they do not always trot regularly on a lead shank. However, body-mounted inertial sensor data can be collected with horses tacked up and on the track. Horses will be instrumented with body-mounted inertial sensors and evaluate for lameness while trotting (or pacing) under tack and on the race (or training) track. (Note: lab conducted with sulkies and drivers on the track).
Lecture: 20+ Years of Measuring Lameness in Horses
Friday, August 5, 2022 @ 5:05 – 6:05 PM
Kevin Keegan, DVM, MS DACVS
Lameness is a clinical sign. The history of the development of an inertial sensor-based method of lameness detection and evaluation for equine veterinarians will be briefly presented. Analysis of data from the measurement of lameness in thousands of equine cases over the years has provided information relevant to the diagnostic workup of horses with lameness. Lameness variability, significance of change in lameness after blocking, and using inertial sensors to help predict primary source of lameness will be presented. Special considerations for using body-mounted inertial sensors on harness horses will be presented.