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Dire Wolves Are Back—Thanks to Gene Editing

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The dire wolf is no longer just a creature of the past.
Using cutting-edge genetic engineering, scientists have created two hybrid wolves — named Romulus and Remus — by splicing ancient dire wolf DNA into the genome of modern gray wolves. These aren’t just symbolic tributes. They represent a bold step toward bringing extinct species back to life.
Dire wolves once roamed across the Americas, dominating the Ice Age alongside mammoths and saber-toothed cats before vanishing roughly 10,000 years ago. Now, thanks to Colossal Biosciences, a company at the forefront of the de-extinction movement, fragments of these apex predators are being reassembled with modern biotech.
With only 20 genetic edits across 14 genes, scientists have begun to unlock the dire wolf’s once-lost traits. It might not sound like much, but tiny DNA changes can lead to massive biological differences — just like how humans and chimpanzees share 98.8% of DNA yet are vastly different.
This project is part of a much larger mission: to restore extinct species and help rebalance ecosystems damaged by human activity. From the woolly mammoth to the woolly mouse, de-extinction is no longer science fiction — it’s happening now.
#Science #DireWolf #Wolf #Genetics #YouTubeShorts #Shorts
Copyright © 2025. Museum of Science. All rights reserved. This video is owned by the Museum of Science and may not be reproduced, redistributed, or used in any manner without prior written permission from the Museum of Science.
Using cutting-edge genetic engineering, scientists have created two hybrid wolves — named Romulus and Remus — by splicing ancient dire wolf DNA into the genome of modern gray wolves. These aren’t just symbolic tributes. They represent a bold step toward bringing extinct species back to life.
Dire wolves once roamed across the Americas, dominating the Ice Age alongside mammoths and saber-toothed cats before vanishing roughly 10,000 years ago. Now, thanks to Colossal Biosciences, a company at the forefront of the de-extinction movement, fragments of these apex predators are being reassembled with modern biotech.
With only 20 genetic edits across 14 genes, scientists have begun to unlock the dire wolf’s once-lost traits. It might not sound like much, but tiny DNA changes can lead to massive biological differences — just like how humans and chimpanzees share 98.8% of DNA yet are vastly different.
This project is part of a much larger mission: to restore extinct species and help rebalance ecosystems damaged by human activity. From the woolly mammoth to the woolly mouse, de-extinction is no longer science fiction — it’s happening now.
#Science #DireWolf #Wolf #Genetics #YouTubeShorts #Shorts
Copyright © 2025. Museum of Science. All rights reserved. This video is owned by the Museum of Science and may not be reproduced, redistributed, or used in any manner without prior written permission from the Museum of Science.
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