Monthly Archives: December 2017
Rachelle Friedman Chapman – known by many as “the paralyzed bride” – is calling attention to the way people park in and around handicap-accessible spaces.
Chapman, who lives in Knightdale, shared a recent experience in a Facebook post Wednesday showing an SUV in a handicap space parked across the line, into the section designated for wheelchair access.
Chapman was unable to use the wheelchair ramp to her own SUV because the other vehicle was parked outside its boundary.
The Smart Apartment is an interactive model that replicates a typical home, but with one very important difference: it is equipped with an array of assistive technology and universal design features that enable individuals with disabilities to control their surroundings.
NEW BRUNSWICK – Promoting positivity, Eric LeGrand and Mike Nichols took several pediatric patients by surprise with a visit at PSE&G Children’s Specialized Hospital Monday.
With smiles, laughter, encouraging words and shared experiences, Nichols and LeGrand — who dressed as Santa Claus — demonstrated their unique understanding of the challenges faced by these patients. Nichols, 21, and LeGrand, 27, both paralyzed during sporting events, stopped at the therapy room to check on how a few patients were making out before meeting up with some more patients in the recreation room.
Instead of swiping with a finger, the technology lets users control the device with small head movements or voice commands. The technology can help people who are paralyzed or have limited mobility due to neurodegenerative diseases such as MS, ALS or spinal cord injuries.
BALTIMORE (AP) — A day after Oded Ben Dov appeared on Israeli television to promote his video game technology, which allowed players to control their games by moving their heads, a viewer called him with another suggestion for the software.
“I can’t move my arms or legs,” the viewer told him. “Can you make a smartphone that I can use?”
People with spinal cord injuries rely on catheters to empty their bladder. When a well-respected publication concluded that catheters could be reused without an increased risk of infection, it didn’t sit right with a Vancouver clinician and researcher. He had spoken to wheelchair athletes about this very issue while working at the Summer Paralympics in London.
“Wheelchair athletes from wealthier countries would only use each catheter once while athletes from developing countries would clean and reuse their catheters again and again,” said Dr. Andrei Krassioukov, a professor of medicine at UBC and chair in rehabilitation research with ICORD. “The athletes who used catheters only once experienced three-to-four times fewer urinary tract infections than athletes who reused catheters.”
Spinal cord injury affects the heart, that’s what research published in Experimental Physiology and carried out by researchers from University of British Columbia, Canada has found.
The heart undergoes changes after spinal cord injury that are dependent on how severe the spinal cord injury is but only a small amount of “sparing” (i.e., a small number of nerve fibers preserved) in the spinal cord are necessary for the heart to function at a near normal level.
WashU students design prototype garments for athletes with disabilities
Rugby is hard-hitting, fast-moving and adrenaline-fueled. But for elite Paralympic wheelchair athletes, the sport also can pose particular challenges.
While employers battle the “war for talent,” there exists a significant population of talented, problem-solving people, who have been largely excluded from the workforce. This population, people with disabilities, comprises 1 billion people worldwide; 56 million Americans, and represents the world’s largest minority.
There is currently no cure for spinal cord injury or treatment to help nerve regeneration so therapies offering intervention are limited. People with severe spinal cord injuries can remain paralysed for life and this is often accompanied by incontinence.
A team led by Drs Liang-Fong Wong and Nicolas Granger from Bristol’s Faculty of Health Sciences has successfully transplanted genetically modified cells that secrete a treatment molecule shown to be effective at removing the scar following spinal cord damage. The scar in the damaged spinal cord typically limits recovery by blocking nerve regrowth.
Enable Your Hands — Enable Your Life!
These unique push gloves are designed to help quadriplegics and others with limited dexterity by making it more efficient and less strenuous to maneuver wheelchairs and to aid in daily tasks such as transfers and dressing.
The gloves help the user become more independent thus improving their quality of life. The combination of quality suede, a “tacky” palm insert, and an easy on and off closure make them a valuable resource.