Functional Electrical Stimulation
Functional Electrical Stimulation (FES)
Learn about exciting and promising research that shows how Functional Electrical Stimulation (FES) can be used to cause muscles to contract—providing movement for a person with paralysis from spinal cord injury or stroke. FES can also help to re-train weak muscles or the central nervous system.
First-of-its kind study shows benefits of electrical stimulation therapy for people paralyzed by spinal cord injury
A new treatment approach which uses tiny bursts of electricity to reawaken paralyzed muscles “significantly” reduced disability and improved grasping in people with incomplete spinal cord injuries, beyond the effects of standard therapy, newly published research shows.
Feb 17, 2011 Source: Toronto Rehab
Watch a video of the amazing improvements achieved by
Lorraine and
George using FES.
Social media release:
Rehabilitation Engineering Laboratory:
Electrostimulation: sparking brain changes
Dr. Milos R. Popovic and Toronto Rehab’s Neural Engineering and Therapeutics Team have developed a way to use the brain’s ‘neuroplasticity’—the remarkable ability to adapt and perform new tasks, even after an injury—to help stroke and spinal cord injury survivors to restore their ability to grasp, reach or walk.
2011 Source: Toronto Rehab +10 Report on Rehabilitation Research, page 10
Electrical stimulation device
A Toronto Rehab start-up company called Simple Solutions is working to commercialize a stimulator device used to reawaken paralyzed muscles. The device is designed to help people paralyzed from stroke and spinal cord injury to regain the ability to reach, grasp and walk.
2011 Source: Toronto Rehab +10 Report on Rehabilitation Research, page 51
Retraining the nervous system
As a result of new research using FES (functional electrical stimulation), scientists and therapists at Toronto Rehab are witnessing incredible potential for helping some people stand, and in some cases walk, following a spinal cord injury. It’s all a matter of stimulating the correct nerves in the right order.
2010 Source: Toronto Rehab Innovations Gallery
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Optimizing recovery for people with SCI and other neurological disorders
For researcher Molly Verrier, helping a patient to grasp a piece of paper for the first time following a spinal cord injury is deeply inspiring. “To you and me it seems like nothing, but for individuals to be able to accomplish daily tasks, such as picking up a letter, it’s incredibly important,” says Verrier, a Senior Scientist at Toronto Rehab.
2011 Source: Toronto Rehab
The fine art of standing
Injury or disease can rob people of their ability to stand and walk on their own. Can scientists create a device, as simple to put on as a pair of trousers that would allow people to stand or even walk again? Developing such a device is a major engineering challenge—one that Toronto Rehab’s Dr. Kei Masani is on the way to solving.
2010 Source: Toronto Rehab +9 Report on Rehabilitation Research,
page 35
Making headlines: Canadian Living – The miracle makers
Canadian Living reported that scientists in this country are at the forefront of research aimed at reversing permanent damage from spinal cord injuries. The article cited work by Toronto Rehab senior scientist Dr. Milos Popovic, who is using a technique that stimulates nerves with electrical impulses to reawaken paralyzed muscles.
A rapid journey back to work
Working with several therapists at Toronto Rehab, DeFranco began to regain the use of his legs. But, unable to use his hands, he agreed to participate in a pilot study aimed at stimulating paralyzed hands to grasp objects again.
2008 Source: Toronto Rehab +7 Report on Rehabilitation Research, pages 23-24
The science of standing
What could be simpler than standing? For some people with spinal cord injuries, almost anything. But a team of researchers headed by Toronto Rehab senior scientist Dr. Milos Popovic is working to help paralyzed people stand again.
2007 Source: Toronto Rehab +6 Report on Rehabilitation Research, pages 20-21
FES: making big strides with a small device
Dr. Popovic and colleagues have refined FES in such a way that after many repetitions, some patients − like Haddad − learn to carry out the movements by themselves, without the device.
2007 Source: Toronto Rehab +6 Report on Rehabilitation Research, pages 22-23
Stimulating research: getting muscles to work again
A pocket-sized machine that delivers small burst of muscle-stimulating electricity is producing big gains in mobility for a growing number of people paralyzed from stroke and spinal cord injury.
2006 Source: Toronto Rehab +5 Report on Rehabilitation Research, pages 10-12