Articles Posted in Spinal Injuries

It’s not just wireless companies and commercial television stations that are in the way of a revolutionary new technology that could provide a cure for spinal cord injury. The promoters of the cure are also up against the military. However, that’s not stopping the nonprofit Alfred Mann Foundation from continuing its efforts towards a treatment.

The treatment involves the use of coordinated electrical impulses from implanted devices. These impulses stimulate the muscles, thereby allowing the limbs of the spinal cord injury victim to move. Initial tests have shown dramatic results in spinal cord injury victims. Some of them have not just been able to regain movement, but are now back to doing the things they did and enjoyed before they suffered the injury.Buoyed by these successes, the Alfred Mann Foundation is pushing for wider use of this technology.

There’s one major catch, however. In order for the signals to be transmitted properly within the human body, the technology requires electromagnetic spectrum. The four bands of recommended bandwidth that are ideally suited for the technology are currently occupied by the military, commercial land mobile radio and emergency mobile radio. None of these entities are keen to share their bandwidth with the application of a medical device.

American and Japanese researchers have found a potential treatment for spinal cord injury from an unexpected source-mice hair. This week, researchers unveiled their new discovery at the World Congress for Hair Research in Australia.

Researchers stumbled on this astounding discovery by accident. They were examining the skin of mice while researching cancer treatments at the Anti Cancer research lab in San Diego in California. They discovered that mice hair contained cells that, if placed on damaged nerves, could repair these nerves. Researchers used the mice hair to rejoin damaged nerves in mice with a spinal injury. At the conference, a video was shown of a mouse with a spinal injury, recuperating almost completely after being treated with hair cells.

There is enough reason to hope that this treatment can be duplicated in human beings too. Human hair has been found to contain similar cells that have equally beneficial results when used on mice with spinal cord injuries. Researchers believe that chances are high that a damaged human nerve will also respond well to the same kind of hair cell treatment.