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Split-scene illustration of UCSF mouse study: older mouse struggles in maze with poor hippocampal neural links due to FTL1; treated mouse excels with enhanced connections.
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UCSF study links iron-associated protein FTL1 to age-related memory decline in mice

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Researchers at the University of California, San Francisco report that higher levels of the iron-associated protein FTL1 in the hippocampus of older mice are tied to weaker neural connections and worse performance on cognitive tests. In the experiments, reducing FTL1 in older mice was associated with increased neuronal connectivity and improved memory performance, findings published in Nature Aging.

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