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For the first time, scientists have recovered ancient DNA left behind on cave walls and rock art, opening

Scientists extract ancient human DNA from cave walls—rewriting prehistory’s genetic story

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The brief

Researchers have successfully recovered viable ancient DNA from cave walls and rock art for the first time, preserving traces left by humans thousands of years ago. The breakthrough, detailed in a new study, suggests that even surfaces touched or painted by early humans can retain genetic material, offering a direct link to long-lost populations.

Coverage highlights the potential to re-examine migration patterns and cultural evolution, with *Scientific American*, *RBC-Ukraine*, and *The Times of India* emphasizing the method’s implications for archaeology and anthropology. No specific populations or timelines are confirmed yet, but the study’s authors suggest broader applications for sites worldwide.

Watch for follow-up studies on DNA preservation in other cave systems and potential conflicts with existing archaeological timelines.

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Quick answers

What caves were studied?

Coverage highlights Spanish caves as the primary sites, though specific locations are not named.

Can this DNA identify specific ancient populations?

The study suggests genetic material could link to past humans, but no confirmed identities or migration details are provided yet.

Will this method work in other regions?

Researchers imply broader potential, but no additional sites or successful extractions outside Europe have been reported.

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