High Tech Device Helps Foot Drop Patients Walk Normally

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High Tech Device Helps Foot Drop Patients Walk Normally

Postby gwa » Tue Sep 16, 2008 7:41 am

Has anyone heard or seen anything about this device?


High-Tech Device Helps Stroke Patients Walk Normally - Electrical Stimulation Technology Gives Patients Control Of Foot And Leg Muscles
16 Sep 2008

(Among stroke survivors and patients suffering from other neurological or muscular disorders, one common difficulty they face is foot drop, a partial leg paralysis that prevents the foot from lifting. Foot drop causes instability and difficulty walking. Now, Rush University Medical Center is offering a high-tech device to help brain injury patients regain the ability to walk more naturally and improve mobility.

The unique, lightweight device called the NESS L300™ neuro-rehabilitation system is a noninvasive, wireless leg brace worn on the lower leg. Small sensors placed by the heel of the foot detect whether the patient's foot is in the air or on the ground.

Electrodes transmit painless electronic stimulation to the peroneal nerve to activate the calf muscle and correct a patient's gait. When weight is taken off the patient's foot, the brace sends a signal to contract muscles inside the calf allowing the foot to swing forward.

"Foot drop is a condition where the muscles in the foot are too weak to properly lift the foot, heel and toes while walking," said Dr. James Young, medical director of physical medicine and rehabilitation at Rush. "It is often present in patients who have suffered a stroke, traumatic brain injury, incomplete spinal cord injury, multiple sclerosis and cerebral palsy."

The device has proved beneficial not only in patient who recently suffered traumatic brain injuries, but also patients who have suffered from several years of immobility or from strokes several years ago.

"The device has helped our patients retrain and regain control of their bodies and achieve greater mobility and independence," said Young. "We have seen vast improvements in patients such as walking coordination, speed and blood flow and a decrease in the effort required during walking while wearing the device."

The NESS L300™ is offered on an inpatient and outpatient basis at Rush. The medical center also offers a similar device for rehabilitation of arm movement called the NESS H200™.

The NESS H200™ is a small wireless, portable device that comprises of a hand a forearm brace with five surface electrodes that stimulate muscles to initiate grasp, release and thumb movements.

Rush University Medical Center is an academic medical center that encompasses the more than 600 staffed-bed hospital (including Rush Children's Hospital), the Johnston R. Bowman Health Center and Rush University. Rush University, with more than 1,270 students, is home to one of the first medical schools in the Midwest, and one of the nation's top-ranked nursing colleges. Rush University also offers graduate programs in allied health and the basic sciences. Rush is noted for bringing together clinical care and research to address major health problems, including arthritis and orthopedic disorders, cancer, heart disease, mental illness, neurological disorders and diseases associated with aging.

Rush University Medical Center

Article URL: http://www.medicalnewstoday.com/articles/121583.php
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Postby Sharon » Tue Sep 16, 2008 10:59 am


This device is similar to the WalkAide which Chris (chrishasms) and I wear. Both devices are expensive ($4500 for the WalkAide and I believe $5900 for the NEss 300) - cost is not covered by insurance. Go to the Medical Forum and you can read posts from both Chris and myself.

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Postby CureOrBust » Wed Sep 17, 2008 2:51 am

This sounds really interesting on how simply the foot one works. Its something I think could be fashioned from other devices for considerably less than $4000. I am thinking a TENS stimulator (<400), a small pressure switch on your heel, and wires between the switch and the TENS to turn it on when the switch is not under pressure (<100). Sure it may be a little crude, but you could spend more time and dollars to make it a variable pressure switch and maybe even get it to adjust the voltage strength in relation to walking speed
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