Spinal Cord Injury Information and Advances in SCI Treatment


Spinal Cord Injury

Picture of the human spine showing vertebraeAbout 11,000 people in the United States suffer a traumatic spinal cord injury (SCI) each year. At present, between 250,000 to 400,000 Americans live their daily lives with a SCI disability.

Spinal cord injuries (SCI's) have the potential to cause both loss of sensation and movement below the site of injury in persons who experience them. People may experience a spinal cord injury through trauma to the spine; for example in either a fall, or through a car accident. People may experience a spinal cord injury which is either incomplete or complete. In persons who have experienced an incomplete spinal cord injury, they may have some level of both feeling and movement remaining below the site of their injury. Persons with SCI may experience additional issues involving control of urination and bowel movements. People who have spinal cord injuries involving their neck many times require specific devices in order to assist them with breathing.

Terms such as, 'Paraplegia,' 'Quadriplegia,' and, 'Tetraplegia,' are used to describe medical conditions associated with persons who have experienced a spinal cord injury. The terms are used in classifications based on the level and severity of the injury the person has sustained and the affect on their limbs. Persons who live with SCI often find a need to change aspects of both the home and work environments in order to accommodate their disability; however, they continue to live fulfilling and productive lives.

Common Causes of Spinal Cord Injuries

Car accidents are a common cause of SCI; however, there are a number of other causes. Sports injuries, falls, and gunshot wounds are other causes of SCI's. Diseases such as Spina Bifida, Polio, Transverse Myelitis, and Friedreich's Ataxia also cause spinal cord injuries. Damage done to the person's spinal cord may be referred to as a, 'Lesion.' The level of paralysis the person experiences may be referred to as Quadriplegia or Quadriplegia/Tetraplegia if the injury they have sustained is located in their neck area. If the injury they have sustained is in their Lumbar, Thoracic, or Sacral region, the injury may be referred to as Paraplegia.

There is the potential for a person to experience an injury to either their back or neck, resulting in a fracture, without paralysis. If the person's vertebrae have been fractured or dislocated, but their spinal cord has not been damaged, paralysis may not occur. Spinal cord injury is a defining issue in association with SCI.

Complete and Incomplete Spinal Cord Injury

The terms, 'Complete,' and, 'Incomplete,' in reference to a spinal cord injury are associated with the type of lesion in the person's spine. A person who is completely paralyzed below the lesion has a, 'Complete,' SCI. A person who experiences partial paralysis below the lesion on their spine has an, 'Incomplete,' SCI. Persons with incomplete SCI might have some sensation below the lesion, yet have no movement. There are a number of types of incomplete spinal cord injuries. Every person with an incomplete spinal cord injury is unique in regards to their injury. Incomplete SCI's are known as Central Cord Syndrome, Anterior Cord Syndrome, Posterior Sequard Syndrome, or Posterior Cord Syndrome.

Spinal Cord Injury Rehabilitation

Persons with SCI face a path of rehabilitation that can be lengthy. The rehabilitation process often involves a Spinal Cord Injury Treatment Unit, Rehabilitation Center, or Spinal Injury Unit. Persons with paraplegia may stay in a hospital for up to five months after sustaining the injury. Persons with quadriplegia may stay in a hospital for up to six to eight months. Hospital stays often involve both rehabilitation and physiotherapy prior to discharge. The person’s stay in the hospital may involve teaching to help them adjust to life using a wheelchair and education regarding techniques to make everyday living easier.

There is currently no cure for the paralysis associated with spinal cord injuries. There are clinical trials being performed involving Olfactory Ensheathing Glial (OEG) cells and Embryonic Stem Cells that show promise.

Spinal Cord Injury Facts

In the United States there are about 700,000 persons with a disability involving their spinal cord. The disabilities these people have include Multiple Sclerosis, Traumatic Spinal Cord Injury, Poliomyelitis, Spina Bifida, Syningomelia, and Amyotrophic Lateral Sclerosis (ALS).

Somewhere in America a person sustains a spinal cord injury every forty-one minutes. Approximately eleven-thousand people in America experience a spinal cord injury every year.

The first year after a person experiences a spinal cord injury is the most expensive medically, costing from $209,000 to $710,000. Each year afterward, medical expenses may range from $14,000 to $127,000 depending on the individual. For a person who has sustained a SCI at age twenty-five, lifetime medical costs may range from $624,000 to $2.8 million.

Approximately 400,000 people in America have Multiple Sclerosis (MS)). Ten-thousand people face a diagnosis of MS each year. MS is a progressive disease which attacks the myelin sheath surrounding nerve cells in a person's nervous system, blocking transmission of motor signals to their limbs. For unknown reasons, MS affects two to three times as many women as it does men.

Approximately 70,000 people are living in America with Spina Bifida at this time. Spina Bifida is a neural tube birth defect that causes the spinal column in the person to close incompletely. There are various forms of Spina Bifida.

Approximately 5,600 people in America are diagnosed with Amyotrophic Lateral Sclerosis, or ALS every year. The incidence of ALS is two-thirds as high as that of MS, and five-times as high as that of Huntington's disease. About 30,000 Americans have ALS, which affects persons of any race or ethnic background - SCI Back Pain Sciatica

Articles

Pub. DateTopicAuthor
2011-12-29Revised International Standards for Classification of Spinal Cord InjuryKessler Foundation
2011-09-15Spinal X-rays Found to be SafeJohns Hopkins Medical Institutions
2011-08-25Life-Enhancing Resources for People with Spinal Cord Injuries and DisordersUnited Spinal Association
2011-05-20Paraplegic Man Stands and Moves His legs VoluntarilyUCLA
2011-05-04Hope in New Treatment for Spinal Cord InjuriesRutgers University
2011-03-29National Spinal Cord Injury Association and United Spinal Association to MergeUnited Spinal Association
2011-02-21Spinal Injury Information and Claims AdviceKeefe Bartels
2011-02-11Sugar Residues in Spinal Cord Regulate Growth and Survival of Nerve CellsRuhr-University Bochum
2011-02-03Life After Spinal Cord Injury and UroMed Catheters Bert Burns - Enabled OnlineUroMed
2011-01-28Regeneration of Spinal Cord Injuries with Cancer DrugMax-Planck-Gesellschaft
2011-01-19Regenerative Benefit of MultiStem After Spinal Cord InjuryCase Western Reserve University
2010-12-22Photons vs. Protons for Treatment of Spinal Cord GliomasOhio State University Medical Center
2010-11-29AAOS Fails to Consider Evidence in Favor of VertebroplastyMubin I. Syed, MD, FACR, FSIR
2010-11-22New Spinal Implant Will Help People with Paraplegia to Exercise Paralyzed LimbsEngineering and Physical Sciences Research Council
2010-11-14Natural Recovery After Spinal Cord InjuryUniversity of California - San Diego
2010-10-12Many Spinal Fractures Under-diagnosed and Under-treatedInternational Osteoporosis Foundation
2010-09-26What is Quadriplegia - Quadriplegic Facts and DefinitionDisabled World
2010-09-09Single Gene Regulates Motor Neurons in Spinal CordNYU Langone Medical Center / New York University School of Medicine
2010-08-19Human Neural Stem Cells Restore Motor Function in Mice with Chronic Spinal Cord InjuryUniversity of California - Irvine
2010-08-17Department of Defense Gives $5.4 Million to Spinal Cord Injury ResearchChristopher & Dana Reeve Foundation
2010-08-08Breakthrough as Nerve Connections Regenerated After Spinal Cord InjuryUniversity of California - Irvine
2010-07-12New Discovery in Nerve RegrowthUniversity of Calgary
2010-07-07Disability Benefits Crucial to Surviving With Spinal Cord InjuryAllsup
2010-05-30Promising Spinal-cord Injury TreatmentUniversity of Alberta
2010-05-06CT Scan Eliminates Need for X-rays to Detect Spinal FracturesAmerican College of Radiology / American Roentgen Ray Society
2010-04-26Folic Acid May Help Heal Spinal Cord and Brain InjuriesJournal of Clinical Investigation
2010-04-19First Evidence that Chitosan Could Repair Spinal DamageThe Company of Biologists
2010-04-01Next Decade Offers Promise for Spinal Cord Injury TreatmentAmerican Academy of Orthopaedic Surgeons
2010-03-03Spinal Cord Injuries and Destructive InflammationsHelmholtz Association of German Research Centres
2009-12-28Step Closer to Spinal Cord Defects ClosureJohns Hopkins Medical Institutions
2009-11-28New Device Helps Paralyzed Patients Breathe EasierSouthwestern Medical Center
2009-11-05Prevent Spinal Cord Damage with Vitamin B3 PrecursorNew York- Presbyterian Hospital/Weill Cornell Medical Center/Weill Cornell Medical College
2009-10-28Combinatorial Therapy Elicits Spinal Cord RegenerationCell Press
2009-09-22Spinal Cord Injury Immune Response May Worsen DamageOhio State University Medical Center
2009-09-22New Drug Targets for Spinal Cord Injury?Journal of Clinical Investigation
2009-09-17Natural Hydrogel Helps Heal Spinal Cord InjuriesSt. Josephs Hospital and Medical Center
2009-07-27Food Dye may Help Treat Spinal Cord InjuryUniversity of Rochester Medical Center
2009-04-06Researchers Regenerate Axons Necessary for Voluntary Movement University of California - San Diego
2009-03-31Shutting Down Inflammation Reverses Damage from Spinal Cord InjuryGeorgetown University Medical Center

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