Spinal Cord Injuries And Stem CellSince the ancient time, spinal cord injuries were one of the most difficult conditions to be treated. The earliest record of treatment was found in an Egyptian papyrus manuscript in 1700 B.C. According to this manuscript, the ailment is not to be treated. Spinal cord injuries usually resulted in paralysis, and those patients in the past were destined to die.
What Is a Spinal Cord Injury?
Spinal cord acts as a gateway between the brain and the body. It has soft tissues which are protected by hard bones. Nevertheless, it can still be dislocated and broken in many ways. The severity of the injury will determine significant physiological consequences.
Catastrophic falls which crushes the vertebrae in the neck can cause paralysis for the most parts of the body, called quadriplegia. Car accidents often compress or crush the spinal cord in the middle back. Paralysis of the lower body is called, “Paraplegia”. Knife or gunshot wounds can also cut the cord and crate life-long disabilities.
Up until the 2nd World War, spinal cord injury usually results in death. Secondary complications like blood clots or breathing problems are common. Fortunately, today, treatment and rehabilitation can restore some of the limited abilities.
Advances in medicine give patients and doctors hope that there will be a cure. Genetic and stem cell biology help doctors understand how cells work with each other. Clinical studies have shown that bone marrow stem cell transplant can stimulate growth of blood vessels, improve blood flow, and increase oxygen supply. Stem cell therapy is found to improve the patient’s quality of living.
More Articles :
- Stem Cell Facts
- Advantage of Stem Cell Research
- Disadvantages of Stem Cell Research
- Stem Cell Treatments for Cancer
- Stem Cell Treatment for Parkinsons
- History of Stem Cell Discovery
- Stroke Stem Cell Therapy
- Stem Cell Treatments For Autism
- Controversy In Stem Cell Research
- Stem Cell Therapy for Diabetes
- Stem Cell Treatment for Cerebral Palsy
- Spinal Cord Injuries And Stem Cell