Mechanism of Stem Cell Transplantation in the Treatment of Nervous System Diseases
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DOI: 10.25236/cmph.2019.024
Author(s)
Hongbo Yao, Meng Zhang, Yuchun Wang, Penghui Li, Yuejing Wang, Yurong Sun
Corresponding Author
Meng Zhang
Abstract
Nervous system diseases are usually accompanied by neurological impairment or cognitive impairment, such as brain injury, Parkinson's syndrome, etc., which are difficult to treat by means of drug therapy. On the other hand, due to the fragile and mysterious nature of the nervous system, many neurological diseases that are difficult to diagnose are produced in the process of continuous development of human society. Stem cells that maintain the ability to divide and differentiate and regenerate and replenish organs in the body have become an important field of medical research. The special ability of stem cells enables them to be applied to various neurological diseases through transplantation techniques. In this paper, based on the research of different researchers on stem cell transplantation for the treatment of nervous system diseases, the corresponding mechanisms in the process of stem cell transplantation are summarized.
Keywords
Nervous system diseases; stem cell transplantation; mechanism