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Amyloid Plaques Collection


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EDITORS COMMENTS

Amyloid plaques, the hallmark of Alzheimer's disease, are formed by the accumulation of beta-amyloid peptides in the brain. These toxic protein fragments are produced when the beta secretase enzyme cleaves amyloid precursor protein (APP). The molecular models F006 / 9467, F006 / 9333, C015 / 7122, and C015 / 7121 represent different structures of the beta secretase enzyme. Understanding its structure is crucial for developing drugs that can inhibit its activity and prevent plaque formation. On the other hand, artwork C014 / 2656, C014 / 2654, C014 / 2650, C014 / 2653, C014/2652 and C014/2657 beautifully depict various conformations of beta-amyloid peptide molecules. These artworks help researchers visualize their complex structures and study their interactions with other proteins in detail. Researchers have been tirelessly working on developing beta secretase inhibitors to halt or slow down plaque formation. The molecular models representing these inhibitors provide insights into potential drug candidates that could target this enzyme specifically. Understanding amyloid plaques at a molecular level is essential for unraveling Alzheimer's disease pathology and finding effective treatments. With ongoing research efforts focused on targeting both beta secretase enzymes and amyloid peptides themselves as therapeutic strategies against Alzheimer's disease.

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