Starry Background with University of Alberta Logo

University of Alberta

Dr. Wong on University of Albertra's Mikrolar Rotopod.

Dr. Arnold Wong PhD, MPhil, BScPT, BSc, on the University of Alberta's R2000.
 

Mikrolar Provides A Testing Platform for Spinal Mechanics Research

Dr. Greg Kawchuk BSC, DC, MSc, PhD, at the University of Alberta in Edmonton, Alberta, Canada has been working to develop a better method to study spinal mechanics.

Low back pain is a persisting problem for many people. According to statistics from the National Institute of Arthritis and Musculoskeletal and Skin Diseases, "Back pain is one of the most common medical problems, affecting 8 out of 10 people at some point during their lives. Back pain can range from a dull, constant ache to a sudden, sharp pain."

The majority of back pain is thought to be mechanical in nature. As a result, there is a need to test the mechanical properties of the spine. Traditionally, testing of the spine has been constrained to a single plane or axis. While this method may be simple, this approach does not consider the three-dimensional nature of movement in the spine.

In order to study and gain a better understanding of spinal mechanics, a need arose for a testing platform that is able to perform complex, multi-axial motions either de novo, or reproduced from actual physiological environments. Mikrolar's R2000 Rotopod (legacy of the R3000 Rotopod) has been able to help Dr. Kawchuk to achieve these goals at the University of Alberta.

The University is presently using the R2000 to test isolated spine segments as well as to assess spinal mechanics in live human subjects.

Mikrolar Rotopod at University of Albertra for studying spinal mechanics.

R2000 Rotopod at  the University of Alberta.

University of Alberta Logo
Dr. Kawchuk with Mikrolar Rotopod at University of Alberta.

Dr. Kawchuk & R2000 Rotopod.

R2000's Signature.