Never miss any update! Click here to join our WhatsApp Channel: JOIN NOW

 

By David Simeon

 

Dire wolves, long believed to have gone extinct some 13,000 years ago, are said to have been brought back to life. On April 7th, this claim went viral on the internet, as footage and documentaries were released showcasing a de-extinction project that unveiled the first living dire wolves in millennia.

 

The company Colossal Biosciences appears to have brought back—or at least created something remarkably close to—the enormous dire wolf species that gained widespread popularity through the TV show Game of Thrones. This was achieved through a process known as “de-extinction.” So far, the project has produced three healthy pups: two six-month-old males and a two-month-old female. The pups were born via surrogate dog mothers.

 

The brothers, named Romulus and Remus, along with their sister Khaleesi, represent more than just a scientific triumph—they symbolize the potential to restore lost elements of our planet’s biodiversity.

 

While the ethical and ecological implications of de-extinction continue to spark global debate, the successful revival of dire wolves opens a new frontier in genetic science and raises important questions about what species could be brought back next.

Support ACJ UNIBEN's goal of always bringing truth to light.

Excellent campus journalism requires financial support. Yet, it is this very journalism that contributes to an informed campus community, transparency in educational institutions, and an engaged student body. To continue offering free access to top-notch campus journalism, we invite you to consider making a modest contribution to this worthwhile endeavor. Your support for ACJ UNIBEN's campus journalism ensures its relevance and availability to all students, free of charge, fostering an informed and active campus community.

DONATE

 

Leave a Reply

Your email address will not be published. Required fields are marked *

This site uses Akismet to reduce spam. Learn how your comment data is processed.