Embryonic Development May Hold Clues to Alzheimer's Disease Origin
Alzheimer's disease may have its roots in embryonic development, according to a recent study. Researchers grew cortical spheres, similar to human embryonic brains, from stem cells with Alzheimer's-associated gene mutations. The mutated spheres developed abnormally, being larger and containing fewer mature neurons. The study suggests that Alzheimer's may originate during embryonic development, indicating a need for tailored early-stage therapies. The findings could lead to a better understanding of the disease and more effective treatments.
