Events

This program explores the diverse causes of poor performance in sport horses, with emphasis on distinguishing behavioral issues from pain and identifying both musculoskeletal and non-musculoskeletal contributors. It also includes an overview of common axial skeleton conditions, their clinical presentations, diagnostic approaches, and treatment options, as well as the role of objective gait analysis in supporting poor performance patient evaluations and monitoring.

This comprehensive, 4-part series offers an in-depth exploration of the diagnosis and treatment of equine foot and pastern issues.

This program is a complete guide to diagnostic ultrasound of the pastern and foot region. This lecture will set up the attendee for successful evaluation of all soft tissue structures that can be imaged, with various probes and preparation techniques, including through the frog of the hoof.

Learn the latest in blocking techniques, imaging, therapeutic strategies and rehabilitation protocols for the lower hock. Earn 2.5 RACE approved CE credits.

Understand the goals of orthobiologic and viscoelastic therapies, current options available, scientific evidence, and best use practices.

Understanding how to diagnose, interpret and manage numerous fetlock joint and soft tissue pathologies has evolved due to the increased use of Ultrasound, MRI and CT imaging.  This course is designed to take you through the latest in blocking techniques, imaging, therapeutic strategies and rehabilitation protocols that have been redefined due to new understandings from advanced imaging.

This unique webinar is the first in a series of joint specific lectures. Pathology of the medial femorotibial joint is one of the more frequently encountered causes of hindlimb lameness for any equine athlete. This course is designed to empower the sports medicine veterinarian with practical information and state-of-the-art capabilities to localize, diagnose, treat and understand long term management when dealing with pathology of the medial femorotibial joint.