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Study Suggests 194-Year-Old Tortoise's Genes May Slow Aging

Confirmed

Science Desk

In Short: A new study in Science Advances suggests the genes of a 194-year-old giant tortoise named Jonathan may provide clues about aging and potential ways to slow it down.

A new study published in Science Advances suggests that the genes of a 194-year-old giant tortoise named Jonathan may provide important clues about why we age and possibly how to slow the process down.

According to the study, researchers are particularly interested in Jonathan's genes because he is aging more slowly than expected.

GERLACH, a researcher involved in the study, noted, 'We know more about Jonathan than we do most 194-year-olds.'

Jonathan's age is estimated to be around 194 years, give or take, making him a unique subject for aging research.

KELLY, another researcher, asked, 'So Jonathan the giant tortoise, how giant is he?'

What this adds

The study does not provide specific details about Jonathan's genetic makeup or how it compares to other animals.

Background

A new study in Science Advances suggests that the genes of a 194-year-old giant tortoise named Jonathan may provide clues about aging and potential ways to slow it down.

A new study suggests that Jonathan, a 194-year-old giant tortoise, may hold genetic clues to slowing down the aging process.

What's confirmed

What's still developing

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