|
Campus: CSU Los Angeles -- August 28, 2002
Cal State L.A. Faculty Member Works With Rats
and Robots To Help Those With Spinal Cord Injuries Walk
Some people can be retrained to walk even after serious spinal cord
injuries, says Cal State L.A. kinesiology faculty member Ray de Leon,
and rats and robots are part of the solution!
De Leon is currently working on a neuroscience research project that
focuses on gait retraining after spinal cord injury. The project is
funded by a five-year National Institutes of Health (NIH) grant.
“This NIH Bioengineering Research Partnership grant has UCLA as
the lead institution and UC Irvine and Cal State L.A. as collaborating
institutions,” says de Leon. “At Cal State L.A.’s
laboratory, robotic devices are tested and are used to train rodents
with spinal cord injuries. By understanding what software and hardware
components of the robots work best in this rat model, we can scale it
up to be suitable for people.”
According to de Leon, the research will offer Cal State L.A. students
an opportunity to directly impact the development of gait-training robots.
De Leon adds, “We’ve been working with a company, Robomedica
Inc., that will take our prototype, produce and sell it, in order for
other spinal cord injury researchers to benefit from this cutting-edge
technology. Moreover, this company—in conjunction with the UCI/UCLA
team and others—is now in the process of developing the gait-training
robots for use by physical therapists to help rehabilitate patients
with spinal cord injuries.”
De Leon, who received his Ph.D. from UCLA, is an assistant professor
in the Department of Kinesiology and Nutritional Science at Cal State
L.A. His research and teaching focus is on neuromuscular rehabilitation
and therapy. He also oversees the University’s Mobility Training
Clinic for the Physically Disabled.
The National Institutes of Health is the steward of medical and behavioral
research for the nation. Its mission is science in pursuit of fundamental
knowledge about the nature and behavior of living systems and the application
of that knowledge to extend healthy life and reduce the burdens of illness
and disability.
CONTACT: Margie Yu, Public Affairs Specialist, (323)
343-3047
|