Monday, December 9, 2019

Information

Information on Spinal Cord Injury Research, Treatments, Medicines and Quality of Life

Management of the spinal cord injured football player.

Published: August 16, 2002

TIERNEY AND COLLEAGUES ASSESSED THE EFFECT OF head position and football equipment (helmet and shoulder pads) on cervical spinal cord space in subjects lying supine on a spine board. Magnetic resonance imaging (MRI) data from 12 subjects were analyzed for sagittal space available for the cord (SAC), sagittal diameter of the spinal cord, and cervical-Thoracic angle. The MRI scans were evaluated midsagittally at each spinal level (C3-C7). The sagittal-diameter spinal canal and spinal cord measurements were taken at the midpoint of the vertebral body, and were traced manually.

Laserpuncture is a New Treatment for SCI?

Published: July 11, 2002

LASERPUNCTURE FOR SPINAL CORD INJURY

Laurance Johnston, Ph.D. Laserpuncture is generating much attention in France and other parts of Europe as an alternative medicine treatment for spinal cord injury (SCI) and related physical disabilities. As the name implies, laserpuncture combines elements of acupuncture and laser therapy, both of which have shown potential for restoring some function after SCI. Albert Bohbot, a charismatic health professional, developed laserpuncture. Early in his career, he became interested in acupuncture’s potential for treating a variety of disorders. With the assistance of scientists at one of France’s leading engineering colleges, Bohbot developed a sophisticated electronic instrument that substituted an infrared laser light beam for acupuncture needles.

Rover in Rehab

Published: April 17, 2002

Therapy dogs work with SCI patients at University of Washington and Harborview Medical Centers

Animal lovers know how comforting a pet can be. Health care providers now recognize that the unconditional love and companionship of a pet can have beneficial effects on the physical and psychological health of the people around them. Increasingly, therapy animals are being used in nursing homes, hospitals, and other therapeutic settings to encourage social interaction and reduce loneliness. At Harborview and the University of Washington Medical Center, therapy dogs have become regular members of the Rehabilitation staff.

The ‘sport’ of bioengineering

Published: January 15, 2002

_1761268_rings300Yes, it is a picture of the Olympic rings, but the rings themselves are constructed out of living nerve cells.

This biological version of the icon of sporting excellence measures 3.4 millimetres – about one-eighth of an inch – across.

The “living rings”, as they have been dubbed, were produced by a graduate student at the University of Utah, Mike Manwaring. The state capital of Utah, Salt Lake City, is hosting the 2002 Winter Olympic Games.

Dip-Stick Testing for Urinary Tract Infections

Published: November 8, 2001

Urinary tract infections (UTIs) are a common problem for persons with spinal cord injury. Signs and symptoms of UTI may include cloudy urine, increased Spasticity, fever, chills, and urinary frequency and Incontinence.

Sometimes the signs and symptoms are subtle, and your doctor may order a urinalysis, which usually includes dip-stick testing, a method to detect the presence of nitrites and/or leukocyte esterase. Nitrate is normally present in the urine and is changed into nitrite in the presence of certain bacteria, usually those belonging to the Enterobacteriaceae family. Leukocycte esterase is an enzyme that indicates the presence of white blood cells in the urine.

Tube ‘could repair’ spinal injuries

Published: August 11, 2001

_1513760_rat_in_jar300Doctors trying to find a way to repair devastating spinal injuries have used a plastic tube implant to restore some movement in rats.

However, experts say this is simply a step forward in the search for a “cure” which may be some years away.

The simple, tiny tube may act as a “bridge” which allows regrowing nerve cells to stretch across the gap left by an injury, and hopefully make connections on the other side.

Thank Goodness for Friends

Published: December 11, 2000

The Beatles song “I Get By With a Little Help From My Friends” could be my theme song. Literally. I need a lot of help! Let me explain.

I guess you all know me by now from my previous postings, I work as a library clerk in a community college, and I have cerebral palsy. I walk with two canes, and when it is raining or snowing the rubber tips on the end of the canes are very slick on the tile floor here in the library. So if it is raining or snowing when I get here in the mornings I wait for someone to come along and I ask them if they will walk with me into the library.

Life Satisfaction Among Persons with Spinal Cord Injuries

Published: July 12, 2000

Every year, approximately 10,000 persons in the United States, typically young adults (New Mobility, 1996), seriously injure their spinal cords and become permanently paralyzed. Through advances in medical treatment, most persons survive a spinal cord injury and live two or more decades post-injury. However, researchers have only recently begun to study the long-term psychosocial implications of a spinal cord injury (Whiteneck, Charlifue, Frankel, et al., 1992). One such psychosocial implication is the person’s perceived satisfaction with the quality of his or her life following such an injury. This study examined factors associated with the life satisfaction of persons with a spinal cord injury including biological, personal, and social factors.

Exacerbating cervical spine injury by applying a hard collar.

Published: June 16, 2000

Neck immobilisation is vital in patients with suspected Cervical spine injuries and generally involves applying a hard cervical collar–usually by ambulance crew, nurses, or junior doctors. We present the case of a patient with ankylosing spondylitis who sustained a cervical fracture but had no cord injury initially. He became quadriplegic after a hard collar was applied in the emergency department, and he subsequently died.

TYPES OF SPINAL INJURY

Published: April 1, 2000

Traumatic spinal cord injuries are associated with skeletal and ligamentous as well as intraspinal pathology. The most common Cervical level for spinal cord injury is C5, followed by C6 and then C4. T12 is the most common Thoracic level for spinal cord injury.

Traumatic spinal cord injuries are most commonly secondary to Motor vehicle accidents and gunshot wounds, followed by falls, bicycle accidents, and pedestrian verses auto accidents. Fractures, dislocations, bleeding and swelling can precipitate trauma to the cord.

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