Stroke Study Shows Benefits from WalkAide

Imagine being 17-years-old and finding yourself in the hospital, unable to speak, with the left side of your body completely paralyzed. You're a healthy, young high school athlete who simply collapsed on the court during basketball practice. This is what happened to Gerald Gordey 40 years ago. And he's been battling the debilitating effects of his stroke ever since.

Stroke is the number one cause of serious disability in adults in the United States, according to a recent report by the National Institute of Neurological Disorders and Stroke (NINDS) at the National Institutes for Health (NIH). Like Gordey, many stroke survivors face months of rehabilitation and a lifetime of pain and paralysis. The Centers for Disease Control (CDC) reports more than 1,100,000 American adults experience difficulty performing everyday activities as a result of a stroke.

Now, a new study accepted for press in the peer-reviewed journal Neurorehabilitation and Neural Repair challenges the way stroke survivors have been rehabilitated for years, reports Innovative Neurotronics Inc., Bethesda, Maryland, a wholly owned subsidiary of Hanger Orthopedic Group Inc., Bethesda. The study identifies a trend that suggests traditional rehabilitation is stopped before patients have reached their full potential for recovery. It also suggests that a new medical device, called the WalkAide®, from Innovative Neurotronics Inc. can reveal hidden potential for additional patient recovery, Innovative Neurotronics points out.

Traditional programs discharge patients three months post-stroke, as it is generally accepted that a stroke survivor's potential for recovery plateaus around the 12-week mark. This leaves little hope for additional improvement after that time, Innovative Neurotronics explains.

This recent study examines the potential for improvement when the WalkAide is used for one full year, specifically by patients who experience a form of paralysis known as "foot drop" that significantly hinders the patient's ability to walk normally. The results are encouraging, according to the company. At the traditional three-month mark, when rehabilitation is typically stopped, the walking speed of patients wearing the WalkAide increased by 15 percent. However, with continued usage of the WalkAide system through six months, the patients' walking speed increased by 32 percent. Even more encouraging, after 12 months, the patients' walking speed had increased by nearly 50 percent. The study also showed the number of steps taken per day by WalkAide users increased significantly over the year. Patients suffering from foot drop due to spinal cord injury, traumatic brain injury, and other pathologies such as multiple sclerosis and cerebral palsy, were included in the study and also experienced the same positive results.

"What we're seeing here is hope for a more functional recovery from stroke," said Conrad Kufta, MD, board-certified neurosurgeon and former senior staff neurosurgeon in the Surgical Neurology Branch of the NIH. "Previously, the belief was that once a certain time elapsed, further recovery was minimal at best. There wasn't much opportunity for the patient to advance further. With the WalkAide, patients like Gerald, who suffered a stroke over 40 years ago, regain mobility that was believed to be permanently lost after his brain attack. This is very promising news for stroke survivors with foot drop."

Cleared for marketing by the US Food & Drug Administration (FDA) in September 2005, the WalkAide system combats foot drop by applying low-level electrical currents directly to a motor nerve in the leg which instructs the muscle to flex the foot so the patient can walk normally. Contrary to traditional therapies that require the patient to spend hours in hospitals or rehabilitation facilities, the WalkAide is small, portable, and easily operated by the patient, said Innovative Neurotronics. Worn around the leg, just below the knee, the AA battery-operated device is about the size of a deck of cards.

"With the WalkAide, we'll be able to help people in ways we've never been able to before," said Deanna Fish, CPO, director of Clinical Support for Innovative Neurotronics.

Gordey, now 57, is one of the first patients in the world to wear the device. And he couldn't be more pleased with the results. "The beneficial effects of the WalkAide were immediate," Gordey said. "I could walk with less difficulty. I wasn't dragging my foot or tripping over my toe. Muscles I hadn't used in years began to give off that nice sore feeling you get after going for a run for the first time in awhile."

While the initial study provided encouraging results and patients like Gordey offer positive testimony, the WalkAide developers at Innovative Neurotronics are interested in uncovering even more evidence of the device's efficacy and the need for extended treatment paradigms, the company said, noting that full-scale, statistically significant clinical trials are underway in the US to further examine the WalkAide's ability to strengthen cortico-spinal pathways and retrain damaged communication channels between the brain and the leg.

Stroke Study Shows Benefits from WalkAide

AAS Sweeps Snowboard Medals

ABC, BCP Pursue Union

ABC, BCP Pursue Union

O&P JOBS

Certified Prosthetist/Orthotist (CPO)

Now Hiring: Certified Prosthetist Orthotist (CPO)

ABC Certified Orthotic Fitter / Orthotic Assistant

Get unlimited access!

EDGE DIRECT

Welcome Back!

Retrieve your password

Not enough quota to unlock this post

Stroke Study Shows Benefits from WalkAide

Support authors and subscribe to content.

Subscribe

Related posts:

AAS Sweeps Snowboard Medals

ABC, BCP Pursue Union

ABC, BCP Pursue Union

O&P JOBS

Certified Prosthetist/Orthotist (CPO)

Now Hiring: Certified Prosthetist Orthotist (CPO)

ABC Certified Orthotic Fitter / Orthotic Assistant

Get unlimited access!

EDGE DIRECT

Welcome Back!

Retrieve your password

Not enough quota to unlock this post