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Amsterdam Today
By the People, for the People
Scientists Create First Lab-Grown T. Rex Leather Handbag
The one-of-a-kind collector's item will be auctioned for over $500,000.
Apr. 3, 2026 at 8:04am
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A bold, abstract visualization of the scientific process behind the world's first lab-grown T. Rex leather, a sustainable and innovative material that could transform the fashion industry.Amsterdam TodayScientists and designers have created the world's first handbag made from lab-grown leather derived from fragments of fossilized Tyrannosaurus Rex remains. The teal-colored bag, designed by Polish tech wear label Enfin Levé, will be displayed at Amsterdam's Art Zoo museum before being auctioned with a reported starting price of over $500,000.
Why it matters
This innovative use of synthetic biology to recreate ancient materials like T. Rex collagen represents a potential new frontier for sustainable and humane leather alternatives in the fashion industry. If adopted more widely, lab-grown leathers could reduce the environmental impact of traditional leather production.
The details
The T. Rex leather was developed using a unique 'scaffold-free' tissue engineering technology that allows cells to form their own natural structure. Scientists at The Organoid Company and Lab-Grown Leather Ltd., working with design firm VML, used AI-assisted biology to synthesize new DNA into specialized cells to create a material that behaves like leather. Unlike real leather, the synthetic T. Rex leather does not require the polluting chemical tanning process.
- The T. Rex leather handbag will be displayed at Amsterdam's Art Zoo museum until May 11, 2026.
- The handbag will then be auctioned with a reported starting price of over $500,000.
The players
The Organoid Company
A biotech firm that co-developed the lab-grown T. Rex leather technology.
Lab-Grown Leather Ltd.
A company that co-developed the lab-grown T. Rex leather technology.
VML
A design firm that collaborated on the T. Rex leather handbag project.
Enfin Levé
A high-end Polish tech wear label that designed the T. Rex leather handbag.
Thomas Mitchell
The CEO of The Organoid Company.
What they’re saying
“By reconstructing and optimizing ancient protein sequences, we've designed T-Rex leather inspired by prehistoric biology and cloned it into a custom-engineered cell line. It's a bold example of synthetic biology extending beyond medicine into sustainable material innovation.”
— Thomas Mitchell, CEO, The Organoid Company
“By working with reconstructed prehistoric biology, we're introducing a material that stands on its own. Something original, rather than an alternative. In terms of scale, the long-term ambition is to see this kind of innovation adopted more widely across fashion and accessories.”
— Korsten, VML
What’s next
The T. Rex leather handbag will be auctioned on May 15, 2026 with a reported starting price of over $500,000.
The takeaway
This innovative use of synthetic biology to recreate ancient materials like T. Rex collagen represents a potential new frontier for sustainable and humane leather alternatives in the fashion industry. If adopted more widely, lab-grown leathers could reduce the environmental impact of traditional leather production and introduce novel materials inspired by prehistoric biology.
