Parkinson disease is a type of illness which affects the nerve cells of the brain, which produces dopamine. The symptoms of Parkinson’s disease include rigidity in muscle, fears and change in speech. In medical science, there are treatments which can reduce the symptoms of the disease but there is no cure.
Nowadays clinical trials had proved that stem cells have the ability to develop into any kind of cells. So, stem cells when injected into the brain will help in developing the neurons. Stem cells from healthy donors are anticipated to evolve into dopamine-producing brain cells. The disease of Parkinson is a progressive neurodegenerative disorder triggered by dopamine deficiency. As the stem cells injected are anticipated to generate enough dopamine concentrations, the primary cause of the disease, it can definitely assist improve the condition of the patient.
Nearly 10 million patients worldwide are presently suffering from Parkinson's Disease. The study is performed by Kyoto University scientists, who last year stated that peopleshaving Parkinson's recovered their mobility after stem cells were infused into their brains. Extracting stem cells from healthy people is a significant component of the research.
Scientists stay hopeful that introducing youthful cells into the brain could better treat Parkinson's disease, but there is not enough fetal tissue available to treat Parkinson's big numbers of individuals, and the use of fetuses also raises ethical concerns. At the same moment, stem cells are considered an alternative source of fresh dopamine cells for Parkinson's patients.
The only request for stem cells is not transplantation. Scientists make iPS cells from Parkinson's disease patients and use these stem cells in the laboratory to generate diseased neurons. The neurons function as a strong instrument for studying how the disease of Parkinson operates and testing substances that could be created into fresh drugs to treat the disease.
Researchers focusing on the production of dopamine neurons from stem cells for cell replacement therapy have recently created a collation to share our knowledge and data among teams to introduce a safer and more efficient cell to clinical trials. Also, the scientists have recently shown that the dopamine neurons they created in the laboratory are nearly identical to those of the human fetus. They have protocols that enable them to accurately generate big numbers of these human dopamine neurons from stem cells–leading to a richer population of clinical-grade cells being used in clinical studies.
Hence it is recommended that store your baby’s stem cells and get a chance of treating Parkinson’s disease of any of your family member or relatives.
Navya Sharma has been associated with the health industry for a long time. In her leisure, she loves writing articles. Through her articles, you can obtain knowledge on various stem cell preservation, Stem cell banking, cord blood banking.