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School of Life Sciences professor's work on relationships and resilience featured on '60 Minutes'


Two monkeys sitting together on a log

Two rhesus macaque monkeys from Cayo Santiago, Humacao, Puerto Rico. Photo by Noah Snyder-Mackler

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January 16, 2024

Noah Snyder-Mackler, assistant professor in the School of Life Sciences and Center for Evolution and Medicine at Arizona State University, and affiliate at ASU-Banner Neurodegenerative Disease Research Center at the Biodesign Institute and the School for Human Evolution and Social Change, was interviewed by CBS and featured on the "60 Minutes" broadcast for his research on Cayo Santiago.

Cayo Santiago, a small island off the coast of Puerto Rico, is home to about 1,800 rhesus macaque monkeys living in a natural laboratory, which Snyder-Mackler describes as “a Goldilocks research system — the perfect mix of the wild and the lab — with a complex social environment where we’re able to pair rich behavioral data with detailed physiological data.”

School of Life Sciences professor, Noah Snyder-Mackler
Noah Snyder-Mackler

Snyder-Mackler studies how social behavior impacts health and survival. His work focuses on social relationships and how they can protect us from stressful events; how that affects how we age; and the associated social, structural and behavioral aspects that may impact health across species.

On the island, Snyder-Mackler and his team are specifically looking at how social behavior and environmental changes affect aging on the molecular level. When Hurricane Maria hit Puerto Rico in 2017, Cayo Santiago was the first island in its path and suffered immense devastation to its vegetation. Surprisingly, despite this devastation, the Cayo Santiago researchers found that only about 50 monkeys had died in the wake of the hurricane.

Then the researchers began looking at how the monkeys had been affected by the natural disaster. Snyder-Mackler and his team compared the immune cells of the monkeys exposed to the hurricane with the immune cells of monkeys who had not. By looking at inflammatory immune cell marker gene expression, they discovered that the monkeys’ immune cells looked like they had aged an extra two years (about 6–8 human years) after experiencing the hurricane. 

Armed with new funding from the National Institute on Aging at the National Institutes of Health, Snyder-Mackler and his colleagues are starting to look at the long-term consequences of chronic stress in the now less predictable environment. They found that “the monkeys that did a better job of building social connections after the hurricane had better outcomes than those that did not.”

Going forward, they will begin to assess whether the monkeys will continue to age at an accelerated rate or if they can return to aging at a rate appropriate to their chronological age.

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