Science Daily·3 min read·medium

Scientists just found dinosaur blood that survived 115 million years

Scientists just found dinosaur blood that survived 115 million years
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Researchers have identified fossilized red blood cells and hemoglobin-derived molecules within 115-million-year-old dinosaur bones. This discovery challenges previous assumptions about the preservation limits of delicate biological molecules.

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This breakthrough could revolutionize paleontological research methods and provide new insights into the biology of prehistoric life.

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Scientists have discovered remarkably preserved traces of dinosaur blood inside 115-million-year-old bones, revealing that delicate biological molecules can survive far longer than previously believed. The breakthrough could transform how researchers study prehistoric animals and even influence the search for ancient life beyond Earth.

An international team led by Curtin University found fossilized red blood cells and chemical evidence of blood molecules in the remains of Aratasaurus museunacionali , a meat-eating theropod dinosaur discovered in northeastern Brazil. The findings, published in the Proceedings of the National Academy of Sciences , also include amino acids associated with collagen, an important structural protein found in bones and other connective tissues.

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