Robots and Rehabilitation Neville Hogan, Ph.D., Newman Laboratory, MIT, Cambridge Diane Anderson, Stroke Survivor there are no silver bullets after brain injury, but new robotic technologies are effective in helping stroke victims regain function in their arms and legs. This cutting edge technology doesn’t just assist by moving limbs; it fosters learning that actually rewires the brain. Robots are emerging as a promising new rehabilitation tool. An estimated two million Americans experience traumatic brain injuries each year. While thousands die from their injuries, millions more are part of a silent epidemic. These injuries are internal and often are not obvious to the eye. Brain injury has deep and profound implications for the injured, their families, and their friends. A brain injury can happen to you, or a member of your family, at any time. This program was produced by the San Diego Brain Injury Foundation, in conjunction with the University of California – San Diego. It was generously supported by an educational grant from Jaguar Kearny Mesa of San Diego. We thank everyone involved for their excellent contribution. Video Rating: 0 / 5
Robots and Rehabilitation Neville Hogan, Ph.D., Newman Laboratory, MIT, Cambridge Diane Anderson, Stroke Survivor there are no silver bullets after brain injury, but new robotic technologies are effective in helping stroke victims regain function in their arms and legs. This cutting edge technology doesn’t just assist by moving limbs; it fosters learning that actually rewires the brain. Robots are emerging as a promising new rehabilitation tool. An estimated two million Americans experience traumatic brain injuries each year. While thousands die from their injuries, millions more are part of a silent epidemic. These injuries are internal and often are not obvious to the eye. Brain injury has deep and profound implications for the injured, their families, and their friends. A brain injury can happen to you, or a member of your family, at any time. This program was produced by the San Diego Brain Injury Foundation, in conjunction with the University of California – San Diego. It was generously supported by an educational grant from Jaguar Kearny Mesa of San Diego. We thank everyone involved for their excellent contribution.
Robots and Rehabilitation Neville Hogan, Ph.D., Newman Laboratory, MIT, Cambridge Diane Anderson, Stroke Survivor there are no silver bullets after brain injury, but new robotic technologies are effective in helping stroke victims regain function in their arms and legs. This cutting edge technology doesn’t just assist by moving limbs; it fosters learning that actually rewires the brain. Robots are emerging as a promising new rehabilitation tool. An estimated two million Americans experience traumatic brain injuries each year. While thousands die from their injuries, millions more are part of a silent epidemic. These injuries are internal and often are not obvious to the eye. Brain injury has deep and profound implications for the injured, their families, and their friends. A brain injury can happen to you, or a member of your family, at any time. This program was produced by the San Diego Brain Injury Foundation, in conjunction with the University of California – San Diego. It was generously supported by an educational grant from Jaguar Kearny Mesa of San Diego. We thank everyone involved for their excellent contribution.
Health care is always going to be a newsworthy issue, but what about futuristic health care? Digital Journal explored the sooner-than-we-think world of robotic medical machines. Digital Journal — In a special Digital Journal investigation, we interviewed the leaders of advanced robotic technology who are adding a realistic sense of touch to surgical robotic tools. The operating room of the future was on full display, as Quanser reps, Michael Armata and Paul Gilbert, demonstrated the efficacy of robot arms designed to improve techniques for minimally-invasive surgery. Plus, they showed us their “Rehab Robot,” a tool to help stroke victims regain their fine motor skills. Quanser CEO Gilbert said, “As we continue to make advancements, we will see a widening in the range of surgical procedures for which robotically-assisted surgery is suited… from brain-microsurgery to surgery over long distances. Digital Journal toured the Markham, Ont., Quanser headquarters to find out how telesurgery and haptics technology can change the way health care is administered in the future. Robotic surgery is ushering in a new generation of medical tools that will undoubtedly become more ubiquitous as prices drop and more hospitals look to machines to supplement the skills of human surgeons. Digital Journal learned how operating rooms and rehab centres will change for the better once companies like Quanser spread their technologies worldwide. Find out why today’s medical robots are a sneak peek … Video Rating: 5 / 5
Physical therapy helps sufferers of a variety of ailments to maintain or improve functionality of the body. Physical therapists work to prevent, treat, and rehabilitate patients with physical problems and reduced mobility. There are a large number of physical therapy treatments out there, and the right one for you depends on your specific condition. Physical therapists treat patients for anything from headaches and back pain to spina bifida and chronic obstructive pulmonary disease– as well as helping many other patients to recover as much mobility as possible after an accident or other event.
There’s been a lot of talk lately in the health care community about physical therapy robots. Because of this, you may be wondering which is better, robotic (mechanical) physical therapy or physical therapy done by human therapists. The answer is neither. A human therapist is always necessary when embarking on a long term physical therapy program, no matter your condition. However, studies done with hundred of stroke victims show that robotic therapy definitely has a place in the future of physical therapy– a very important place.
Robotic Therapy
Robotic Physical therapy is a brand new field. Discoveries and inventions have been made in places like MIT that have had some very promising results on stroke victims.
Victims of a stroke are generally weeks, months, even years in physical therapy. Even though many attempts are made to return mobility to them, most stroke victims make no real visible improvements in mobility. Robotic therapists, however, are changing that. The advantage robotic therapy has over human therapy is constancy. It’s very difficult for a human therapist to take the time necessary to make true strides in improving a patient’s mobility. Robots, however, never tire, slow, or change pace– of course, the repetitive motions needed in order to properly work the affected parts of body of the stroke victim don’t affect a machine. In addition, robotic therapists generally have bio-feedback mechanisms. These mechanisms help to increase improvement in the affected parts of the body.
Some robotic therapists are even designed to act as both coach and therapist, using jokes, humor, and encouragement to help patients get though the long and tiring process of physical therapy.
Human Therapy
While strides are being made in the field of robotic therapy, and robotic therapists will at some point be available to help with many conditions, human therapists are and will always be necessary. For most conditions, a human therapist is your only option. However, even if using robotic therapy, you must have a human therapist in order to diagnose your movement problems and develop a long-term strategy for treating them. It’s also necessary to visit human therapists to evaluate progress and make further plans for both human and robotic therapy.
