The world’s first handbag from leather grown in a lab using synthesized DNA from Tyrannosaurus rex is now on public display at the Art Zoo Museum in Amsterdam.
The one-of-a-kind luxury accessory was created through a partnership between creative agency VML, genomic engineering firm The Organoid Company, and biotechnology specialist Lab-Grown Leather. Researchers began with fossilized collagen sequences extracted from T. rex fossils found in the United States, then used AI modeling and computational biology to reconstruct the missing genetic information and build a complete collagen blueprint.
That synthesized DNA was inserted into a carrier cell line and cultivated in a proprietary tissue engineering platform known as the Advanced Tissue Engineering Platform, or ATEP, within the Elemental-X product stream. The resulting material formed without scaffolds, yielding a product structurally identical to traditional animal hides but produced without slaughter or conventional chemical tanning.
“With T-Rex leather we’re harnessing the biology of the past to create the luxury materials of the future,” Bas Korsten, global chief creative officer for innovation and CCO EMEA at VML, said in a news release.
Polish designer Michal Hadas of the Berlin-based techwear label Enfin Levé turned the bio-fabricated leather into the finished handbag. The teal piece features a sleek, angular silhouette and three decorative incisions resembling dinosaur scratch marks.
The bag made its debut on April 2 beside a full-sized T. rex skeleton cast on loan from the Naturalis Biodiversity Center. It will remain on exhibit until May 11 before being auctioned with a reported starting price of more than half a million dollars.
Developers describe the leather as biodegradable, repairable, and fully traceable. They say it avoids deforestation and chemical waste associated with conventional production methods.
While the initial handbag is a unique collector’s item, the partners plan to market the material to luxury brands for high-end accessories and eventually expand its use into fashion, automotive, and high-performance applications. Supply chain and purchasing details for other brands will be released as development progresses.
