Phospholipid peroxidation and beta-amyloid oxidative stress are the two major factors that lead to Alzheimer's disease according to this review. Isoprostanes play a key role in oxidizing phospholipids in the brain. Experimental results show that lipid peroxidation in the brain from beta-amyloid oxidative stress can potentially damage brain tissue and lead to the development of Alzheimer's disease. The review concludes that these findings are relevant to society's health and advances in medicine for understanding and treating Alzheimer's.

1. Neuronal phospholipid and ß-Amiloid Oxidative Stress in AD Brain I. Abstract Phospholipid peroxidation and ß-Amiloid oxidative stress are the two major factors that lead to AD. Isoprostanes have the first role to oxidize the phospholipids. This review contain results that brain lipid peroxidation with ß-Amiloid oxidative stress has potential damage to brain leading to AD. II. Introduction A. General information about AD, phospholipid peroxidation, and ß-Amiloid oxidative stress. B. Present diagrams that help interconnect major concepts. III. Body A. AD 1) Early, and late stage 4) Neuronal Dead 5) Loss of synaptic connections B. Neural phospholipid peroxidation Find more info… C. ß-Amiloid oxidative stress. 1) B-amiloid 2) B-amiloid oxidative stress D. Present results/Data 1) Experiments 2) Charts 3) Graphs IV. Conclusion A) Justify results B) Relevance to the health of society and advances of medicine. V. Literature Cited A) Cite resources.