
13th IAVRPT Symposium
July 28 - 31, 2026
Knoxville, Tennessee
Wet Labs
Small Animal
Low Temperature Thermoplastic Splinting and Orthotics in Small Animal Medicine
Diane Messum – All Day
This lab will have initial lectures with practical demonstrations, followed by delegates own fabrication of supports, splints, assistive devices and casting.
The objectives of this lab are to:
Fundamental Foundations of Fitness
Dawn Hickey and Rachel Caine – Half Day
This course focuses on training foundational canine movement patterns to support dogs’ ability to perform everyday activities safely and efficiently. Participants will learn to identify and develop a core set of natural dog movements, emphasizing behavior, body awareness, and biomechanics to build strength, balance, and mobility that translate to real-life function. The course also provides practical, achievable strategies to enhance both physical and mental endurance in dogs while strengthening the human–animal bond.
The objectives of this laboratory are to:
Joint Injection Techniques for Biologics
Darryl Millis – Half Day
Participants will learn anatomic landmarks for joint injections, and practice joint injections in cadavers. The shoulder, elbow, carpus, hip, stifle, and tarsus will be emphasized.
Objectives of this laboratory are to:
Equine Wet Labs
Exploring Equine Myofascial Pain and the Clinical Potential of Dry Needling
Maria Calatayud – Half Day
This 4-hour wet lab offers an introduction to equine myofascial pain and the role dry needling can play in relieving pain and improving performance. The session focuses on helping participants understand the underlying mechanisms of myofascial dysfunction and why trigger point–based interventions are relevant in equine rehabilitation.
The objectives of this lab are to:
Horse and Rider Interactions
Emily Rose – Half Day
In many cases, riders and horses exhibit movement faults that directly impact sport performance. These faults may be a result of current or past injuries, or via improper movement patterns that may be related to tissue or joint tightness, weakness, muscle asymmetries, or general soreness, to name a few. When considering the ridden horse, both the rider and the horse can influence the synchronization of movement and therefore, any biomechanical faults must be addressed in order to optimize performance.
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