Many of us and our families have been fortunate enough, not have encountered a spinal cord injury; however, for as much as more than thousands affected each year, SCI is considered to be the most devastating life events, it's possible to experience. Those effects are never limited to patient himself, but often fall to patient's family and supporters, who opt to be with them on a difficult road of treatment, recovery and rehabilitation.



To date, patients with spinal cord injury face large amount of issues to get a right treatment module; along with multiple physical and emotional ramifications, keeping them from being a beacon of pushing through lot of challenging situations. Accordingly, That has cited greater than 2.5 to 5 million people, suffering with spinal cord injuries; several of which are reportedly due to accidental causes, for example falls, accidents and gunshot injury.

Currently, spinal-cord injury doesn't have definitive treatment options, except for surgery and cord stimulation techniques. A duration of recovery and rehabilitation, patient is recommended with a high dose of steroids, which may reduce inflammation in addition to swelling. However, you will find risks related to long term usage of steroids, with reported evidences of 20-30% people showing signs of depression and mental disorders, inside their later section of life. Moreover, surgeries of vertebrae injury come handy with late period of recovery and many other complications, like utis and lung infections, that demand immediate attention.

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

Thus, the extensive recent meta-analysis confirms that HBOT Tijuana offer great promise, through statistically significant improvement in both sensory along with motor outcomes, in patients battling with spinal cord injury.