Stem cell treatment for parkinsons disease to produce dopaminergic Annotated Bibliography

Stem prison cell treatment for parkinsons disease to elevate dopaminergic neurons - Annotated Bibliography ExampleSpecifically, scientists turn out established that PD affects specific neurons that produce dopamine in the brain. Since the disease kills these dopamine producing neurons, stem cells return a potential solution for replacing the dopamine producing neurons. Scientists can use specific stem cells to produce dopamine-producing neurons in vitro. Kriks et al., (2011) stated that engaftable DA neurons can survive in vitro for months. Through previous stem cell studies, researchers have established the embryonic and fetal neurons can be used to reverse the effect of PD on the dopamine producing neurons in the brain. This enables them to study the disease in depth. Moreover, the laboratory produced cells can them be introduced into the touch on PD patients such that they replace the damaged ones and cause a reversal of the Parkinsons disease. These studies are unless to b e conducted on humans because of the uncertainties and side effects realized. However, their findings reserve hope that stem cells can provide the much needed treatment for Parkinsons disease. This paper throwed an annotated bibliography of 10 research papers on the correction of stem cell treatment for Parkinsons disease to produce dopaminergic neurons.The research studies present various findings that attendant the potential of stem cell treatment for PD to produce dopaminergic neurons, which are killed by the disease. However, the studies also present other findings related to the potential and efficiency of stem cell treatment for PD.Cova, L., Armentero, M., Zennaro, E., Calzarossa, C., Bossolasco, P. et al. 2010.Multiple neurogenic and neurorescue effects of human mesenchymal stem cell after transplantation in an experimental model of Parkinsons disease. wizard Research, vol. 1311, pp. 12-27.The purpose of this study was to explore the neurogenic as well as