Let’s be honest: when you hear the words “de-extinction,” your brain probably jumps straight to Jurassic Park. You know, the chaotic scenes of velociraptors testing fences and a T. rex wreaking havoc in the rain. It’s a fun movie, sure, but it’s not exactly a blueprint for real-world science. Yet here we are, in 2025, with an actual company—a US-based biotech firm called Colossal Biosciences—announcing they want to bring back a creature that humans wiped off the planet centuries ago. Not a dinosaur. Not a woolly mammoth. An antelope. Specifically, the bluebuck antelope.
And before you roll your eyes, hear me out. This isn’t some Silicon Valley stunt funded by a bored billionaire with a god complex. Well, maybe a little of that, but there’s more to it. The bluebuck (Hippotragus leucophaeus) was a striking animal—a medium-sized antelope with a bluish-grey coat (hence the name) and long, elegant horns. It once roamed the grasslands of South Africa’s southwestern Cape region. But by 1800, it was gone. Hunted to extinction. Not by climate change, not by habitat loss, but by the bullet and the trigger. European settlers and local hunters saw it as a target for sport, for meat, for hides. Within a few decades, the last bluebuck had vanished, leaving behind only a handful of museum specimens and a lingering question: why did we let this happen?
A Ghost with a Name
Here’s a sobering thought: the bluebuck was the first large African mammal to go extinct in recorded history. Think about that. While we often talk about the dodo or the passenger pigeon, this antelope was a silent casualty of human expansion. It didn’t have a dramatic last stand. It just faded away, one hunt at a time. And now, Colossal says they have the tools to reverse that loss. They plan to use advanced gene-editing technology—think CRISPR on steroids—to reconstruct the bluebuck’s genome from preserved DNA. Then, they’ll insert that genetic blueprint into the cells of a closely related living species, like the roan antelope or the sable antelope. The result? A hybrid creature that looks, behaves, and functions like a bluebuck.
But wait—does that actually count as bringing back the bluebuck? I mean, if it’s not 100% pure, is it really the same animal? Or is it just a clever imitation? These are the kinds of questions that keep ethicists up at night, and honestly, they keep me up too. Colossal’s CEO, Ben Lamm, has a straightforward answer: “We’re not making a copy. We’re making a version that can survive in the wild again.” Fair enough, but I can’t help wondering if the bluebuck’s ghost would appreciate the gesture or just feel like a science project.
The Science, Simplified
Let’s break down how this would actually work, because the details matter. First, Colossal needs high-quality DNA from bluebuck specimens. That’s tricky—the oldest samples are over 200 years old, and DNA degrades over time. But they’ve already sequenced the genomes of other extinct animals, like the woolly mammoth and the Tasmanian tiger, so they’re not starting from scratch. They’ll take the bluebuck’s genetic code, identify key traits (coat color, horn shape, behavior patterns), and then edit those genes into a donor cell from a living antelope. That cell becomes an embryo, which is then implanted into a surrogate mother—likely a roan antelope—who carries the pregnancy to term.
If everything goes right—and that’s a massive “if”—a baby bluebuck will be born within a few years. But here’s the catch: the first individual won’t be enough. To create a viable population, you need genetic diversity. That means dozens of bluebucks, each with slightly different DNA, living in a protected habitat where they can breed and thrive. Colossal hasn’t said exactly where that habitat would be, but South Africa’s Cape region seems the obvious choice. After all, that’s where they belong.
Why Bother? The Case for Resurrection
I’ll be upfront: I have mixed feelings about this whole endeavor. On one hand, it’s a remarkable scientific achievement. The ability to resurrect a species is a testament to human ingenuity. It’s like we’re saying, “We broke it, so we’ll fix it.” And there’s a moral argument here: if we drove an animal to extinction, shouldn’t we try to undo that harm? It feels like a cosmic apology. But on the other hand, we’re pouring millions of dollars into a single species while countless living animals—rhinos, elephants, pangolins—are being poached into oblivion right now. Wouldn’t that money be better spent on protecting them?
Yet, I can’t dismiss the bluebuck project entirely. There’s something poetic about it. Imagine a herd of bluebucks grazing under the South African sun, their coats catching the light like a soft blue mist. Would that sight make up for the centuries of loss? Probably not. But it might remind us that extinction isn’t always permanent. That we have a second chance—if we’re willing to take it.
The Long View
Colossal isn’t just about antelopes. They’re also working on de-extincting the woolly mammoth, the dodo, and even the Tasmanian tiger. Each project raises its own ethical and ecological questions. For the bluebuck, the timeline is optimistic: they hope to see a live birth by 2028 or 2030. That’s not that far off. But will the public embrace it? Will conservationists see it as a win or a distraction? And most importantly, will the bluebuck itself—whatever form it takes—be able to adapt to a world that’s radically different from the one its ancestors knew?
I don’t have the answers. But I do know this: the story of the bluebuck is a story of human failure, and now, maybe, a story of human redemption. Whether that redemption is real or just a well-funded fantasy, only time will tell. For now, I’ll be watching the news from South Africa with a mix of hope and skepticism. Because if there’s one thing we’ve learned from the past, it’s that nature doesn’t forgive easily. But it might, just might, give us another chance.
By Ahmed Abed – News journalist