From my reading, it is the spinal cord lesions that usually are the cause that put most folks in wheelchairs or on their backs.
Hi All
I guess you can disreguard my above comment,
as I just saw the 2nd spinal post by McB below.
That just answered my above question.
Very good read. Gollie
Hi McB
This is very imformative and useful here.
I have recently seen alot of spinal issues
being posted recently. I truly believe this
will help answer, some questions for these
types of post.
This does raise a question in my mind that I wonder
about. I do wonder just how much of an effect,
a spinal leasion in MS can have in relation to the article above.
as far as causing this type of permenet damage.
(as I do not have spinal Leasions with my MS)
Not as of yet anyway.
therefore have not really looked up alot of info on them.
Very Interesting I am glad to see you posted this. Gollie
There are currently over a quarter million people with spinal cord injuries living in the United States. For some of these people, the injury is the result of a disease, such as polio or spina bifida. However, for most, the spinal cord injury is the result of trauma. The leading traumatic cause of spinal cord injuries is automobile accidents, causing 44 percent of all injuries. Other causes of spinal cord injuries, in descending order of frequency, include violence (e.g., gunshot wounds), falls, and sports. While sports only account for 8 percent of all spinal cord injuries, 60 percent of those sports-related injuries are a result of diving accidents. For spinal cord injuries occurring over age 45, falls overtake automobile accidents as the number one cause.
Males account for over 80 percent of patients with spinal cord injuries. The average patient age is 33, but the most frequent age of injury is 19.
Treatment and management
When the spinal cord is damaged, significant swelling of the spinal cord and the surrounding areas occurs. During this time, nerve cells continue to deteriorate. A variety of treatment strategies to limit or retard the process are under investigation.
Neural prostheses:
One approach for treating patients with spinal cord injuries is to compensate for lost function by using neural prostheses to bypass the areas of damage. This is done by connecting electrical and mechanical devices with the nervous system to compensate for lost motor and sensory functions. For example, neural prostheses for deafness, known as cochlear implants, are now in widespread use and have been very effective in improving hearing. The first neural prostheses for patients with spinal cord injuries are now being tested.
The United States Food and Drug Administration (FDA) recently approved one of these devices, a prosthesis that allows basic hand control. Patients use their shoulder muscles to control the device, and with training, can perform activities of daily life that they would otherwise be unable to perform, such as using silverware, pouring a drink, answering a telephone, and writing a note.
Neural prostheses are complex and contain many intricate components, such as implantable stimulators, electrodes, leads and connectors, sensors, and programming systems. There are many technical considerations in selecting each component. The electronic components must be as small as possible. Biocompatibility between electrodes and body tissue is also necessary to prevent injury to the patient and damage to the device. Neural prostheses also must be evaluated for usefulness and long-term safety.
Further research and an improved and increased understanding of brain circuits may eventually lead to prostheses that can provide sensory information to the brain. This would improve both the safety of the devices and the patient’s ability to perform certain tasks. Devices now being developed may eventually enable people with spinal cord injuries to stand unassisted and perform other actions using signals from the brain, instead of muscles, to control movement. Ultimately, researchers may be able to harness reflexes or the innate pattern-generating abilities of the spinal cord’s central pattern generators to help people with spinal cord injuries walk.
With the current wave of new technology, it is easy to forget just how far medical science has come in treating spinal cord injuries. As recently as 50 years ago, most patients died within a few weeks from a spinal cord injury due to complications related to infections or bodily dysfunctions. Nowadays, not only do spinal cord injury patients survive, many thrive. Once the injury has been stabilized, physical therapy, as well as advances in assistive devices, allow patients to work, travel, compete in sports, and raise families. Nevertheless, while the years ahead offer promise for people with spinal cord injuries, today’s patients face many challenges in their everyday lives.
Like many other conditions, education about one’s injury and local support groups are some of the best tools for managing the injury and preventing further complications. The following organizations can provide additional information about spinal cord injuries:
Christopher Reeve Paralysis Foundation
500 Morris Avenue
Springfield, NJ 07081
(800) 225-0292
www.christopherreeve.org
National Spinal Cord Injury Association
6701 Democracy Blvd., Suite 300-9
Bethesda, MD 20817
(800) 962-9629
www.spinalcord.org