The De-Extincting Science in Jurassic World Is Right Around the Corner
By Maddie Stone,
Gizmodo
| 06. 10. 2015
Untitled Document
Twenty five years ago, Michael Crichton captured our imaginations with the crazy idea that scientists might one day resurrect dinosaurs. But on the eve of Jurassic World’s release a quarter century later, the prospect of bringing back extinct creatures is looking a lot less science fictional.
We’ll probably never bring back Tyrannosaurus rex. (Mosquitos with perfectly preserved dino DNA in their guts are a bit like magical leprechauns, though scientists did recently discover what they believe is dinosaur blood in fossils). But for species we’ve driven extinct in recent history, from the passenger pigeon to the Chinese river dolphin to the gastric brooding frog and even the woolly mammoth, we may yet be able to reverse time, thanks to incredible advances in genomics and synthetic biology.
In tribute to our undying love for massive reptilian killing machines, and the impossible dream that they’ll one day rule the Earth again, let’s explore the science of de-extincting life.
Awakening the Dead
On a midsummer’s day in 2003, a group of Spanish and French scientists helped a goat...
Related Articles
By Charles Schmidt, Undark | 09.25.2026
In 2010, scientists at the University of Tokyo and other institutions reported a startling achievement: They had successfully grown a pancreas made almost entirely of rat cells within the bodies of mice. The research was directed by Hiromitsu Nakauchi, a...
By Rob Stein, NPR [cites CGS' Katie Hasson] | 09.29.2026
Cathy Tie slips on a white lab coat bearing her name and the logo of her startup: Origin Genomics. "Welcome!" she says as she leads an NPR reporter, photographer and videographer on an exclusive tour of Origin's labs located...
By Emily Baumgaertner Nunn, The New York Times | 09.08.2026
It is one of biology’s most ingenious rhythms: Every baby is born young. No matter how much wear and tear their parents’ DNA accumulated over their lifetimes, reproduction erases the molecular scars, handing a clean slate to the next generation...
What We Inherit by Sam Trejo and Daphne O. Martschenko; and Original Sin by Kathryn Paige Harden have a great deal in common, with substantial differences in style and emphasis. Both books attempt, in different ways, to show the reader just where current research into human genomics stands, where that might be going, and why the authors are interested. In short, the influence of genomic research on our societies is already large and seems likely to change them in ways...