The pathophysiology of AD is related to the injury and death of neurons, initiating in the hippocampus brain region that is involved with memory and learning, then atrophy affects the entire brain (Morrison and Lyketsos 2005)
Certain subcortical regions and cerebral cortex is where the Synapses and neurons decompose and cause initiation development of Alzheimer’s. Regions effected as a consequence of gross atrophy could include pariental lobe and degeneration within the temporal lobe, this could also cause implications around areas involving cingulate gyrus and frontal cortex, Alike the locus coeruleus the brain steam nuclei can also undergo degeneration. Research undertaken within MRI and PET have reported a decrease in the mass of precise
Certain subcortical regions and cerebral cortex is where the Synapses and neurons decompose and cause initiation development of Alzheimer’s. Regions effected as a consequence of gross atrophy could include pariental lobe and degeneration within the temporal lobe, this could also cause implications around areas involving cingulate gyrus and frontal cortex, Alike the locus coeruleus the brain steam nuclei can also undergo degeneration. Research undertaken within MRI and PET have reported a decrease in the mass of precise