What are the benefits of stem cell therapy for Parkinson?
Therapy of stem cells for Parkinson's disease was used as one of the predecessors of stem cell therapy because the health condition affects the only type of cell in the human brain. Possible advantages of transplant stem cells into the brain of people with Parkinson include a reduction in the effect of symptoms and a possible cure for condition. However, the use of stem cells from human embryos in Parkinson's medical research is a controversial topic that has brought different results. Pluripotent stem cell therapy has proved to be less controversial treatment with potential benefits. Research completed by stem cell therapy allows scientists to develop drugs capable of healing Parkinson. Stem cell therapy for Parkinsona is used in Athlete to develop ways of replacing and repairing cell cells that cannot produce sufficient dopamine to reverse or stop the effects of Parkinson's disease.
Parkinson's JE health condition affecting nerve cells essentially nigra nigra brain, which produces chemical dopamine. The lack of dopamine, which is carried out in the cells of the brain, results in the symptoms of the Parkinson, which include loss of mobility and speech and walking problems. Because only cells producing dopamine cells are affected, stem cell therapy for Parkinson offers the opportunity to create cells that can produce dopamine and replace damaged cells.
LMX1A and MSX1 gene identification, which determine the production of dopamine cells, enables programmed stem cells to be programmed to become dopamine cell cells. In some cases, transplanting embryonic stem cells that produce dopaminv brain of people with Parkinson showed a significant long -term reduction in the symptoms of health. In other cases, the results showed that transplanted cells showed signs of Parkinson's behavior.
Using pluripotent stem cell therapy for Parkinson offers lessControversial benefits for the treatment of health. Pluripotent stem cells are harvested from the tissues of a person with a health condition and reprogrammed in the laboratory to act in a way that is beneficial to the recipient. The use of pluripotent stem cells is a potential benefit in removing most controversy associated with embryonic stem cells from Parkinson's treatment.