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Reducing Myc gene activity extends healthy lifespan in mice

A team of scientists based at has found that reducing expression of a fundamentally important gene called Myc significantly increased the healthy lifespan of , the first such finding regarding this gene in a mammalian species.

No Bones about It
Young mice have good bone density whether they have two copies (top row; +/+) or one copy (bottom row; +/-) of the Myc gene. As they age, researchers found, mice with just one copy maintain better bone density and stay healthy longer.
Credit:Sedivy lab/Brown University


In addition to Sedivy, Hoffman, and Zhao, the paper’s other authors are Marco De Cecco, Abigail Peterson, , , , Kevin Bath, Haiyan Xu, and Nicola Neretti of Brown; Gene Hubbard, Wenbo Qi, and Holly Van Remmen of the University of Texas; Yongqing Zhang and Rafael de Cabo of the National Institute on Aging; and of the University of Michigan.

The National Institutes of Health (grants R37AG016694, F30AG035592), the Ellison Medical Foundation, and the Glenn Award for Research on the Biological Mechanism of Aging supported the research. Some experiments were conducted in the Brown University molecular pathology and genomics cores.

Brown University