"The handbag comes to life using the collagen of a specimen. In the standard production, it comes from the hides of cattle, sheep, or other animals after slaughter, but in the Lab-Grown T-Rex Leather, the collagen sequence was reconstructed from fossilized T-rex bone fragments."
"The original protein recovered from those fossils were incomplete, meaning that fossilization over 68 million years leaves gaps in the biological record, so the scientists at The Organoid Company used computational biology and AI modelling to predict and fill in the missing genetic data."
"The matrix they produce is identical to the collagen found in conventional animal leather, so in this case, the finished material is biodegradable, repairable, and produced without chromium-based tanning chemicals, the company says."
Enfin Levé has launched a handbag crafted from lab-grown T-Rex leather, which incorporates collagen derived from fossilized dinosaur bone fragments. Displayed at Art Zoo Museum in Amsterdam, the handbag is positioned next to a T-Rex cast. The collagen sequence was reconstructed using computational biology and AI to fill gaps left by fossilization. The resulting material is biodegradable, repairable, and produced without harmful tanning chemicals, showcasing a sustainable alternative to traditional leather production methods.
Read at designboom | architecture & design magazine
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