Review of Neurobiological Advancements in Understanding Alzheimer's Disease

In this paper, I delve into the neurobiology of Alzheimer's disease, aiming to understand how it starts and progresses. I investigate potential ways to make the effects of this disease less visible. By keeping up with the latest in Alzheimer's research, I hope to raise awareness about promising and effective treatments to improve the lives of those grappling with this challenging brain condition. Stem cell therapy is emerging as a potential solution for Alzheimer's treatment. Overall, through my review of the published literature, I found that different types of stem cells, such as Ad-MSC, BM-MSC, hESC, iPSC, MGE progenitor cells, MSC, NSC, NPC, OEC, and UC-MSC, are being explored for their therapeutic effects. These stem cells offer benefits, including anti-inflammatory properties and regenerative capabilities. While the field is still in its early stages, the hope is that stem cell therapies could address the challenges posed by Alzheimer's. Ongoing research enhances living conditions for those who have this disease, and determines the most effective methods to administer these therapies. The exploration of stem cells for Alzheimer's reflects an area of study that may contribute to future advancements in managing this challenging neurodegenerative disease and the destructive effects for those who suffer.