The state must lead the efforts to rehabilitate and integrate the physically challenged in society
Imagine being robbed of the ability to move your hands and of having to depend on a wheelchair or crutches, and in the worst-case scenario, of being bed-ridden for the rest of your life. Then think of what it would take for you to lead a dignified, fulfilling and inspirational life. Every year, thousands of people with a spinal cord injury are compelled to face this in reality due to manmade accidents or natural disasters. A spinal cord injury blocks communication between the brain and the rest of the body, partially or completely paralysing the body’s whole host of muscular and nerve functions. Continue Reading »
A paralyzed veteran and his wife have met their fundraising goal and opened a non-profit recovery center for spinal-cord injured patients to recover.
Stay In Step, founded by Romy Camargo and wife, Gaby Camargo, offers treatment, rehabilitation and support services to veterans and civilians in Tampa, Fla., according to a press release.
Romy Camargo was paralyzed by a sniper bullet in 2008, during his third tour of duty in Afghanistan. He spent 18 months in intensive inpatient care and then traveled to Orlando twice a week for treatment. Continue Reading »
Center has helped 2K in over 10 years gain independence
BALTIMORE —The International Center for Spinal Cord Injury at Kennedy Krieger is celebrating 10 years. In that time, the center has helped more than 2,000 patients make remarkable progress. Continue Reading »
When the room was just four concrete walls, before it was outfitted with state-of-the-art therapy equipment and a sign that says “Never ever give up,” Romulo and Gabriela Camargo invited a Toyota executive to take a tour.
The couple had been raising money for years, scratching toward their goal of one day opening a recovery center for people with spinal cord injuries, who, like Romulo, were living with paralysis.
Seven years earlier, Romulo — “Romy” — was shot in the neck during an ambush in Afghanistan while serving as an Army Special Forces officer. He came home a quadriplegic. Continue Reading »
LOS ANGELES — The worst day of Aaron Baker’s life wasn’t when the then-20-year-old professional motocross racer crashed his bike one spring day in 1999, flew over the handlebars and hit the ground head-first, paralyzing him from the neck down.
No, the worst day came a year later when Baker’s physical therapy ended. That was when his therapists, marveling that he could actually stand on his own again and move his arms some, cautioned him not to expect much more. Continue Reading »
Published: May 6, 2015 | Category:News | Spinal Cord Injury:Paraplegia
It’s 7:30 a.m. at Magee Riverfront’s Wellness Center and Delano Turnipseed has already broken a sweat on a very unique type of exercise equipment: a seated elliptical machine designed specifically for individuals with leg paralysis. To look at his trim but muscular frame, you would never guess that he once considered himself 60 pounds overweight. A large weight-loss goal like this is typically an uphill battle for a wheelchair user with paraplegia but was no match for Turnipseed’s discipline. Continue Reading »
Developed at the Cockrell School of Engineering, HARMONY is a first-of-its-kind, two-armed rehabilitation exoskeleton that is poised to revolutionize the field of rehabilitative robotics. Continue Reading »
An accidental gunshot left Kyle Bartolini paralyzed as a preschooler. But today, he’s an active teenager who can get around with crutches or a walker and loves to fish, swim, kayak and play paintball.
He owes this transformation to an exercise-based therapy that teaches lost skills to broken nervous systems. Called locomotor training, it allows people with spinal cord injuries to practice standing and stepping while suspended above a treadmill. University of Louisville Neurosurgery Professor Andrea Behrman is pioneering the treatment in children in a new pediatric program. Continue Reading »
Even after complete spinal paralysis, the human spinal cord is able to trigger activity in the leg muscles using electrical pulses from an implanted stimulator. This has already been demonstrated in earlier studies conducted in Vienna. Now, as part of a joint international project, a team of young researchers at the Center for Medical Physics and Biomedical Engineering at MedUni Vienna has succeeded in identifying the mechanisms the spinal cord uses to control this muscle activity. These mechanisms still work even if the neural pathways from the brain are physically interrupted as the result of a spinal cord injury. This is the first time throughout the world that the spinal-cord activation patterns for walking have been decoded. Continue Reading »