Indiana university team targets idol enzyme to treat alzheimer's

Researchers at the Indiana University School of Medicine have identified the enzyme IDOL as a potential new target for treating Alzheimer's disease. Laboratory studies showed that removing the enzyme from neurons reduced amyloid plaques and improved brain cell communication.

The findings, published in Alzheimer's & Dementia, come from experiments using animal models of the disease. Deleting the IDOL gene in neurons lowered plaque levels and reduced apolipoprotein E, a protein linked to higher Alzheimer's risk. Effects were stronger in neurons than in microglia, the brain's immune cells, contrary to initial expectations.

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Oregon State scientists tracking copper-driven amyloid-beta clumping in real time using fluorescence anisotropy, with chelators reversing aggregation, in a high-tech lab.
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Oregon State researchers track copper-driven amyloid clumping in real time, testing a copper-selective chelator

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Oregon State University scientists report they have monitored, second by second, how copper ions promote aggregation of amyloid-beta—an Alzheimer’s-associated protein—and how different metal-binding molecules can disrupt or reverse that clumping, using a fluorescence anisotropy approach described in a study published in ACS Omega.

Researchers at Cold Spring Harbor Laboratory have found that blocking the protein PTP1B improves memory and boosts plaque clearance in mouse models of Alzheimer's disease. The discovery links the protein to brain immune function and metabolic risks like diabetes and obesity. The team aims to develop inhibitors for potential human treatments.

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A team of researchers led by Professor Yan-Jiang Wang has published a review arguing that Alzheimer's disease requires integrated treatments targeting multiple factors, not single causes. New drugs like lecanemab and donanemab offer modest benefits by slowing decline, but fall short of reversal. The paper, in Science China Life Sciences, emphasizes genetics, aging, and systemic health alongside amyloid-beta and tau proteins.

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