Radiological Identification of the Challenging Total Hip Replacement

A critical radiological preview of the total hip replacement candidate is essential in order to determine the practicality of THR and to plan modifications to standard surgical technique. While templating for implant size and type is an important element of this preview, the philosophy of using templating to initiate the rehearsal of surgery will be presented with clinical examples. The advantage of CT-based 3D modeling in specific cases will also be discussed.

Agenda

Danielle Marturello, DVM, MS, DACVS (Small Animal), will facilitate the following presentation:

Jonathan Dyce, MA, VetMB, MRCVS, DSAO, DACVS: Radiological Identification of the Challenging Total Hip Replacement

CE Credit

This webinar is awaiting approval for 2 hours of continuing education credits in jurisdictions which recognize the American Association of Veterinary State Boards’ (AAVSB) Registry of Approved Continuing Education (RACE).

Webinar Length: 2 hours CE Credits: 2 credits MOC: 2 activity points

Rates per individual webinar

Includes access to live webinar and on-demand recording

Registration Rates
ACVS/ECVS Diplomate/Emeritus Diplomate	$90
ACVS/ECVS Resident	46
Other Resident	46
Veterinary/Other Professional	120
Student/Intern/Technician	60

Learn about 2025 Access Passes

Jonathan Dyce, MA, VetMB, MRCVS, DSAO, DACVS

Jon Dyce graduated from University of Cambridge (UK) and remained there to train as an orthopedic surgeon. In 1997 he joined the surgery faculty at The Ohio State University Veterinary Medical Center. He has over 30 years experience with canine total hip replacement and has now performed over 2500 THRs using both cemented and cementless prostheses. He is a consultant for Movora / BioMedtrix and is a regular speaker at national and international meetings on the topics of small animal orthopedics and THR. Among other continuing education responsibilities, he has been the chairperson for the OSU Canine Total Hip Replacement Workshops since 2002. Clinical research interests include the refinement of canine THR and failure mechanisms in arthroplasty.