Have You Heard of Stem Cell Therapy For Stroke?

Have You Heard of Stem Cell Therapy For Stroke?

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Many of us and our families happen to be fortunate enough, to not have encountered a spinal-cord injury; however, for as much as more than thousands affected annually, SCI is stated to be the most devastating life events, you can experience. Those effects should never be limited to patient himself, but often fall to patient's family and supporters, who decide to be with them over a difficult road of treatment, recovery and rehabilitation.



So far, patients with spinal cord injury face lot of issues when you get a right treatment module; in addition to multiple emotional and physical ramifications, keeping them from as a beacon of pushing through large amount of challenging situations. Accordingly, WHO has cited more than 2.5 to 5 million people, suffering with spinal cord injuries; many of which are reportedly due to accidental causes, for example falls, accidents and gunshot injury.

Currently, spinal-cord injury does not have any definitive treatment plans, except for surgery and cord stimulation techniques. During a period of recovery and rehabilitation, patient is suggested with a high dose of steroids, which may reduce inflammation along with swelling. However, there are risks related to long term using steroids, with reported evidences of 20-30% people showing signs and symptoms of depression and mental disorders, inside their later section of life. Moreover, surgeries of vertebrae injury come handy with late recovery period and many other complications, like bladder infections and lung infections, which require immediate attention.

That is where inspirational successes of stem cell therapy and their applications in similar circumstances can provide respite; through their tremendous energy regeneration and cellular differentiation. Stem cells are identified is the most primitive cells of our own bodies, with an inherent capability to colonize in damaged areas and undergo rapid regeneration for the tissue specific cells. Although, different using stem cell therapies on vertebrae injury remains believed to be experimental, they may be being fairly standardized to use in reproduction of entire bone marrow, which has been ravaged due to extensive chemotherapy. While using the stem cells for spinal-cord injury, scientists have evaluated their role in repopulation inside the damaged areas and improvement within the motor and sensor connection between the patients through accelerated nerve regeneration. Through various studies, average improvement of 30% is noted in patients with spinal-cord injury, poor their sensory in addition to motor performances. However, experts agree the degree of improvement is variable and could vary widely, based upon introduction of upper number of cells.

Thus, the extensive recent meta-analysis confirms that orthopedic stem cell therapy offer great promise, through statistically significant improvement in both sensory as well as motor outcomes, in patients suffering with spinal cord injury.