Advances in Spinal Cord Rehabilitation
There are nearly 11,000 recorded spinal injuries per year in the United States, with an average of between 250,000 and 400,000 people in the U.S. that are currently living with disabilities spurred by spinal cord injuries of some sort. Any type of spinal cord injury can potentially cause a number of permanent disabilities including:
• Hemiplegia
• Paralysis
• Paraplegia
• Quadriplegia/tetraplegia
These injuries are most commonly sustained during falls or car accidents but can be associated with various other accidents due to safety issues or negligence in some form. Paralysis is most commonly found below the area of injury upon the spinal cord, while there are some injuries that may not cause complete or permanent paralysis.
Spinal Cord Rehabilitation
Rehabilitation for spinal cord injuries can be extremely lengthy and expensive as well. There are enormous costs associated with treatment and rehab, which is advancing each year. As rehabilitation for these types of injuries advances, there are more costs associated with obtaining the treatments, causing great financial strain for most patients.
• Spinal cord injury treatment unit
• Rehabilitation center
• Spinal injury unit
The most common rehab time for paraplegia can range up to five months after injury, while quadriplegia/tetraplegia injuries can require anywhere from six to eight months of rehabilitation after the injury is sustained.
Advances in Rehabilitation Techniques
Although there is currently no cure for paralysis and other spinal cord injuries, there are many advances occurring in the techniques used to rehabilitate patients suffering from the various spinal cord injuries. There is also a great deal of research being made to improve the effects of rehabilitation, as well as to improve the recovery rate, by increasing the ability to compensate for spinal injuries through various treatments. The 2010 Translational Research Partnership Award was granted to Gordon Mitchell and his team from the University of Saskatchewan, Emory School of Medicine, and The Rehabilitation Institute of Chicago, for breakthrough research on spinal cord rehabilitation. According to the research, short periods of Oxygen deprivations can be effective in increasing the plasticity of the spinal cord, allowing regeneration and compensation for injuries.
There is also a great deal of advancement in the physiotherapy, as well as cell generation used to treat spinal injuries. Pathophysiology is showing break-through success in repairing spinal cord injuries that have caused paralysis of one or more regions. These advancements are progressing the science of spinal cord repair and rehab, yet they can cost a great deal more than the previous techniques utilized to improve and assist with spinal injuries.
Seeking Compensation to Afford Rehabilitation Advancements
• Seat back failure accidents
• Construction accidents
• Seat belt failure accidents
Each of these accidents and many others can be caused by someone or something else, with another party completely responsible for the accident. You may just have to seek out a spinal cord injury lawyer to ensure you are able to receive the compensation necessary to afford the latest advancements in spinal rehabilitation.
• Hemiplegia
• Paralysis
• Paraplegia
• Quadriplegia/tetraplegia
These injuries are most commonly sustained during falls or car accidents but can be associated with various other accidents due to safety issues or negligence in some form. Paralysis is most commonly found below the area of injury upon the spinal cord, while there are some injuries that may not cause complete or permanent paralysis.
Spinal Cord Rehabilitation
Rehabilitation for spinal cord injuries can be extremely lengthy and expensive as well. There are enormous costs associated with treatment and rehab, which is advancing each year. As rehabilitation for these types of injuries advances, there are more costs associated with obtaining the treatments, causing great financial strain for most patients.
• Spinal cord injury treatment unit
• Rehabilitation center
• Spinal injury unit
The most common rehab time for paraplegia can range up to five months after injury, while quadriplegia/tetraplegia injuries can require anywhere from six to eight months of rehabilitation after the injury is sustained.
Advances in Rehabilitation Techniques
Although there is currently no cure for paralysis and other spinal cord injuries, there are many advances occurring in the techniques used to rehabilitate patients suffering from the various spinal cord injuries. There is also a great deal of research being made to improve the effects of rehabilitation, as well as to improve the recovery rate, by increasing the ability to compensate for spinal injuries through various treatments. The 2010 Translational Research Partnership Award was granted to Gordon Mitchell and his team from the University of Saskatchewan, Emory School of Medicine, and The Rehabilitation Institute of Chicago, for breakthrough research on spinal cord rehabilitation. According to the research, short periods of Oxygen deprivations can be effective in increasing the plasticity of the spinal cord, allowing regeneration and compensation for injuries.
There is also a great deal of advancement in the physiotherapy, as well as cell generation used to treat spinal injuries. Pathophysiology is showing break-through success in repairing spinal cord injuries that have caused paralysis of one or more regions. These advancements are progressing the science of spinal cord repair and rehab, yet they can cost a great deal more than the previous techniques utilized to improve and assist with spinal injuries.
Seeking Compensation to Afford Rehabilitation Advancements
• Seat back failure accidents
• Construction accidents
• Seat belt failure accidents
Each of these accidents and many others can be caused by someone or something else, with another party completely responsible for the accident. You may just have to seek out a spinal cord injury lawyer to ensure you are able to receive the compensation necessary to afford the latest advancements in spinal rehabilitation.
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