Description
This course is geared towards professionals working in the equine world. This will be a unique opportunity to spend a jam-packed day at the Vet Med lab, with all it has to offer. Dr. Pedersen will start the day with a deep dive into the cervical thoracic region. After lunch, participants will work through stations, talk through, and experience anatomy, physiology and biomechanics of the region and why dysfunction occurs.
The best part of these stations, besides hanging out at the UofC Vet Med lab all day, is that the content will be guided by YOU! Participants can bring questions, challenges and queries and in turn, we will shed light on, and bring greater understanding. So many people have been asking for another Inhand dissection; this is your opportunity to see under the skin!
Meet our Presenters,
Dr. Sarah Pedersen
DVM, MSc, cVSMT, VMRT
Veterinarian, Educator, Rehab Specialist, Equine Chiropractor, Equine Acupuncturist
Dr Sarah Pederson brings a wealth of information. She is excited to talk about the development, dysfunction and implications of the secondary curvature of the spine. As well, she will cover topics like saddle fit and it’s effect on the tissue, nerve innervation considerations and the brachial plexus and the stay apparatus. For each of these topics, she’s willing to go through different rehabilitation strategies.
Sara Skotarek Loch, MSc
UofC Vet Med Diagnostic Services Unit, Operations Manager, Educator, Anatomy Expert
Bring Sara your questions! She will have the UofC Vet Med lab set up with stations where participants can work through dissection specimens, plastination specimens and articulated joint specimens. Talking through the how’s and why’s of equine lameness and disfunction.
Tina Watkins
EST, EEBW3, SEEBW, FEIpt
Equine Therapist, Educator, Mentor
Need a visual on performance-based problems that the equine therapist feels every day? Tina will walk you through stations showing these problems with specimens. She will go through fascia, muscle structure, attachments and common areas of tension and why, from a biomechanical standpoint, the horse can’t gain full function.
