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Technical White Paper on T-Rex Leather™

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BSF Enterprise PLC's subsidiary, Lab-Grown Leather Ltd, has published a technical white paper detailing its proprietary T-Rex Leather™, which utilizes reconstructed T-Rex collagen and a scaffold-free tissue engineering platform to create a sustainable, zero-waste luxury material. This innovation, capable of producing any size or thickness of leather within weeks using non-toxic tanning methods, positions the company to target the ultra-luxury segment and capitalize on the growing global leather and smart textiles markets, offering a biodegradable, cruelty-free, and plastic-free alternative to traditional materials. The board views this publication as a key commercial validation, demonstrating the technology's readiness for high-volume supply agreements and licensing opportunities.

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BSF Enterprise PLC ("BSF" or the "Company"), a biotech platform company driving a bio-sustainable future , is pleased to announce that its subsidiary, Lab-Grown Leather Ltd ("LGL") , has published a comprehensive technical white paper titled "Facts Behind T-Rex Leather™". Link to paper can be found here: https://bsfenterprise.com/research

The document details the foundational engineering biology, structural performance benefits, and luxury sector market potential of the company's proprietary T-Rex Leather™ product line. Authored by BSF Enterprise's Chief Scientific Officer Dr. Ricardo Gouveia, PhD - a leading biochemist with over 50 peer-reviewed publications and 30 patents - the publication highlights how BSF's underlying platform technology is successfully scaling beyond medical applications into highly disruptive, zero-waste premium materials.

The key commercial drivers to this bio-material engineering milestone include:

  • Recreation of T-Rex Collagen:
  • The T-Rex Leather™ project began with the isolation of soft tissue from 68-million-year-old T. rex fossils. Only fragments of the collagen protein were recovered, so advanced AI-powered protein modeling was used to reconstruct the full sequence, resulting in a version called Gen4-3. This sequence had enhanced structural features, such as higher lysine content for stronger protein bonds.
  • The reconstructed protein sequence was converted into DNA, optimized, and inserted into animal cell lines to express functional T-Rex collagen.
  • Scaffold-Free Tissue Engineering:
  • Using LGL's proprietary Advanced Tissue Engineering Platform (ATEP™), the team cultivated skin tissue from cells expressing T-Rex collagen. Unlike other methods, this process is scaffold-free, meaning no synthetic or animal-derived scaffolds are used. Instead, cells grow in a crowded liquid medium that mimics natural conditions, resulting in a dense, authentic skin matrix.
  • This approach allows for the production of skin tissues of any size or thickness within weeks, using sustainable, non-toxic tanning methods. The resulting T-Rex Leather™ is strong, customisable, and environmentally friendly.
  • Industrial Scaling and Business Model:
  • The ATEP™ platform offers cost and efficiency advantages by reducing the need for expensive growth factors and eliminating the need for scaffolds. This enables LGL to move quickly from boutique production to high-volume supply and licensing agreements.
  • The technology allows for precise tuning of the leather's properties, making it suitable for various luxury and industrial applications.
  • Impact on the Luxury Sector:
  • T-Rex Leather™ challenges traditional luxury paradigms by offering a material that is not a replica but a "resurrected" resource, creating a new narrative of exclusivity.
  • The product is fully biodegradable, cruelty-free, plastic-free, and traceable, addressing both luxury and sustainability demands.
  • Market Positioning:
  • LGL targets the ultra-luxury segment first, using high-margin, exclusive products to fund further development and scaling. This strategy is designed to attract attention from elite brands and facilitate broader commercial adoption.
  • The technology positions LGL to capitalise on the growing global leather and smart textiles markets, offering a sustainable alternative to animal and petrochemical-based materials.

Consequently, the underlying ATEP™ technology (which can be applied to many other forms of cultivated leather) can transition seamlessly from producing bespoke art objects into fulfilling lucrative, high-volume supply agreements across the massive global leather goods and smart textile markets, permanently redefining the industrial reliance on animal agriculture while entirely avoiding the crutch of petrochemical plastics.

The board views the publication of this white paper as a key commercial validation event , demonstrating that BSF's technology is thoroughly validated and operational, and ready to capture substantial value within expanding global verticals.

Investor hub link: https://bsfenterprise.com/link/P3a56e

Bowsprit Partners John Treacy James Sheehan+44 (0)203 883 4430
Shard Capital (Broker) Damon Heath Isabella Pierre(0)20 4530 6926 (0)20 4530 6928

ISIN of the Ordinary Shares is GB00BHNBDQ51. SEDOL Code is BHNBDQ5.

Subscribe to our news alert service: https://bsfenterprise.com/s/bb9f43

Cleaned text: letterheads, contacts and legal notices removed. View the original announcement ↗ · Company filings. Not investment advice.

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