First Human Genome Sequenced from Ancient Pompeii

The genome is from a male who was likely in his late thirties when the historic Mount Vesuvius eruption occurred. The analyses suggest he is related to the diverse Imperial Roman population of the time, and that he may have suffered from spinal tuberculosis.

Written byAlejandra Manjarrez, PhD
| 4 min read
A drawing portraying the black silhouette of Pompeii buildings with Mount Vesuvius and the sky behind them
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The city of Pompeii—buried by an eruption of Mount Vesuvius in 79 CE—has been intensively studied for decades. The sudden tragedy transformed it into a glimpse of life during the Roman Imperial Age, frozen in time, which has yielded novel insights into the architecture, customs, and language of the era. But one goal has remained out of reach: sequencing the whole genome of any Pompeian. Scientists have been attempting to do so for years in the hopes of learning more about the population who once lived there, for example, where they came from, or what diseases they suffered from.

Now, thanks to improved genomic technologies and interdisciplinary collaboration, a diverse group of researchers has finally achieved the feat. They announce today (May 26) in Scientific Reports the bioarchaeological and genomic analyses of two adults (a man and a woman) found at a Pompeii building named Casa del Fabbro, translated as ...

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Meet the Author

  • alejandra manjarrez

    Alejandra Manjarrez is a freelance science journalist who contributes to The Scientist. She has a PhD in systems biology from ETH Zurich and a master’s in molecular biology from Utrecht University. After years studying bacteria in a lab, she now spends most of her days reading, writing, and hunting science stories, either while traveling or visiting random libraries around the world. Her work has also appeared in Hakai, The Atlantic, and Lab Times.

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