The thought of not being able to walk or even lift one's arms is understandably terrifying for individuals in West Virginia. Unfortunately, this is a reality for many individuals who have suffered spinal cord injuries. One device, however, is giving spinal cord injury victims hope that they may be able to move again.
Those with spinal cord injuries in West Virginia may be unable to live and work like they did before their injuries due to the inability to move certain parts of their bodies. However, a certain procedure may be able to restore movement to a person who has become paralyzed as a result of a spinal cord injury. The procedure is known as epidural stimulation, and millions of dollars are going into research into the procedure.
Spinal cord injuries are known for being irreversible. Unfortunately, an accident that causes a spinal cord injury in West Virginia often results in long-term disabilities or even permanent paralysis. Research, however, is now indicating that a drug that already exists may actually provide hope to people suffering from injuries to their spinal cords.
Spinal cord injuries currently have no cure. This can be discouraging for a person in West Virginia who has suffered a spinal cord injury in a vehicle crash or another type of life-altering accident, as these types of injuries can significantly hamper a person's ability to function normally. Many injury patients hope that, with modern technology, however, they may be able to improve their quality of life in the future.
One minute, a person can walk and enjoy the full use of his or her body. A accident, whether in West Virginia or elsewhere, can take that all away in an instant. Falls and car accidents can sometimes lead to spinal cord injury, and the consequences can be life-altering. In one out-of-state case, a settlement has been approved in connection with a lawsuit involving an injury that occurred while trying to rescue a wayward hiker.
Individuals who suffer injuries to the spinal cord in West Virginia suffer a wide range of side effects, ranging from reduced cognitive function to paralysis. It is possible to restore function following a spinal cord injury if new connections are formed between those nerve cells that have survived the injury. Researchers are studying in depth how such nerve cells form new connections.
Technology in medicine has dramatically evolved in recent years, thus revolutionizing how doctors diagnose and treat patients in West Virginia and other parts of the United States. One type of technology introduced within the past few years, in particular, is a scan machine called the SPECT-CT. With it, doctors can diagnose any new spinal cord injury that has occurred in someone who was previously diagnosed with damage to the spinal cord.
People with spinal cord injuries often feel as though their lives will remain forever impacted by the incident that led to their injuries in West Virginia, whether it is a car accident or a slip-and-fall incident. However, new research could drastically impact treatment of spinal cord injury. Scientists recently identified an immune response that takes place after one's central nervous system has suffered an injury.
Researchers are already familiar with how they can stimulate a person's spinal cord and brain in order to treat different neurological conditions. However, it has been hard to produce implants that will work long-term without harming nearby tissue. Paralyzed spinal cord injury patients in West Virginia may be encouraged to learn that a new flexible neural implant has been developed that may stimulate neurons in various environments both chemically and electrically and thus enable them to move again.
When a person's spinal cord has been injured, he or she may imagine not being able to walk again and immediately become discouraged. However, research shows that even after a spinal cord injury victim in West Virginia experiences total spinal paralysis, it is possible for the spinal cord to trigger leg muscle activity. This is achievable using a stimulator that has been implanted into the body and produces electrical pulses.