Sep 09, 2009 by Dr. wu like

Treatment of MSA

Published by CRTER magazine on 25, August, 2009

Multiple systems atrophy (MSA) is a type of atrophy degenerative disease, affecting many areas of the central nervous system. The causes are unknown. As the disease progresses, motor disturbances will develop, along with tremors, balance problems, postural hypotension and dementia, etc. The person suffering from MSA will lose the ability to live an independent life within 3 to 5 years. Unfortunately, the loss of the neuronal capabilities is irreversible and there is currently no effective traditional clinical treatment for MSA.

Stem cell treatment (SCT) provides a new therapeutic method for MSA. Both laboratory research and clinical work in some degree have showed significant promise regarding its effectiveness. Molecular biological studies have revealed evidence that MSA is a kind of alpha-synuclein disease and tau protein disease. The main process of the disorder occurs when alpha-synuclein and tau proteins form cellosilk, under a series of abnormal molecular biological reactions, such as the phosphorylation, nitration and glycosylation reactions, as well as the exceptional circumstances regarding problems with the yellowing proteasome system. Then, the proteins become further infused. As a result, the structure and the functioning of the nerve cells and neurons change and eventually die.

Stem cells, which are composed of the same structural and molecular biological basis as normal cells, have the function of proliferation and differentiation. Therefore we can use these stem cells to treat alpha-synuclein disease and tau protein disease, which MSA is a member of, in an entirely new way.

Stem Cell Treatment (SCT) in China is performed by specialists who are leading the way in the world in treating MSA. We have a thorough understanding of the molecular mechanisms in the following ways:

1. We have found that there are control systems in stem cells, which can protect the nervous system.
2. Stem cells can prevent the proteins from hamartia or aggregation.
3. Combined with professional medical treatment, the hamartia protein will be dissolved.
4. Stem cells can repair the damaged nervous tissue.
5. Stem cells can replace the original functioning of the damaged neurons.

Most stem cell medical centers observe that patients will achieve improvements in the short-term, while only a few patients will achieve long-term improvements. At our medical center our research is focused on achieving long-term improvements for our patients.

Currently, many patients have obtained a stable therapeutic outcome in leading medical institutions throughout China. Furthermore, Stem Cell Treatment and the accompanying medical controls like specific medications should always be performed under the guidance of professional doctors so that the patients can achieve the most successful outcome possible.