Title : Pathological significance of ganglioside clusters in Alzheimer's disease.

Pub. Date : 2011 Mar

PMID : 21214549






5 Functional Relationships(s)
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1 A body of evidence is growing to suggest that Abeta binds to ganglioside on neuronal membranes, and then, is converted to an endogenous seed with an altered conformation (ganglioside-bound Abeta, GAbeta) for amyloid fibril formation in the brain. Gangliosides alpha glucosidase Homo sapiens
2 A body of evidence is growing to suggest that Abeta binds to ganglioside on neuronal membranes, and then, is converted to an endogenous seed with an altered conformation (ganglioside-bound Abeta, GAbeta) for amyloid fibril formation in the brain. Gangliosides alpha glucosidase Homo sapiens
3 Notably, the risk factors for the development of AD, including aging and apolipoprotein E4, likely facilitate the formation of ganglioside clusters in lipid raft-like membrane microdomains at pre-synaptic terminals, which provide a favorable milieu for the GAbeta generation. Gangliosides alpha glucosidase Homo sapiens
4 In this review, the nature of the ganglioside clusters and how gangliosides behave in the clusters leading to the GAbeta generation are discussed. Gangliosides alpha glucosidase Homo sapiens
5 In this review, the nature of the ganglioside clusters and how gangliosides behave in the clusters leading to the GAbeta generation are discussed. Gangliosides alpha glucosidase Homo sapiens