About us

Regenerative medicine without permanent implants

Prometheus Regeneration is dedicated to transforming regenerative medicine through graphene-enhanced 3D bioprinting. We believe the future of healthcare lies in giving the body the tools to heal itself, without the limitations of permanent synthetic implants, loosening and repeat revision surgery.

Our BioReJen® platform starts with bone: a staged path from bone void filling to revision adjuncts and, ultimately, regenerative load-bearing implants.

BioReJen® Graphene-enhanced
scaffolds
3D bioprinting Regenerative
medicine

BioReJen® sits where 3D bioprinting, graphene-enhanced scaffolds and regenerative medicine meet, a combination few teams can bring together in one place.

Science-based clinical expertise

Regenerative-medicine research and bioprinting, guided by hands-on surgical experience.

Frederic Picard

Frederic Picard

Founder & CEO

Will Shu

Will Shu

CSO

Jason King

Jason King

CTO

Darren Lee

Darren Lee

COO

Gilles Thieffry

Gilles Thieffry

Acting as General Counsel

Michael Hickman

Michael Hickman

Director

Rachael Pirie

Rachael Pirie

Biomedical Engineer

Ian MacKenzie

Ian MacKenzie

Biomedical Engineer

Jane McGregor

Jane McGregor

PA & Company Secretary

Milestones so far

  1. 2018

    Company founded

    Founded in Glasgow to move orthopaedics from joint replacement to biological regeneration.

  2. 2018

    Scientific breakthrough

    Landmark publication on 3D bioactive composite scaffolds for bone tissue engineering (Bioactive Materials, 2018). Read the paper (opens in a new tab)

  3. 2019

    IP foundation

    Built a defensible patent portfolio, with novelty confirmed by independent searches.

  4. 2020

    Innovate UK Smart grant

    Won Innovate UK’s flagship award for disruptive R&D, using graphene to generate tissues for joint-replacement components. See the competition results (PDF) (opens in a new tab)

  5. 2023

    Biomedical Catalyst grant

    Innovate UK’s flagship health-innovation award, for developing bioactive graphene-based scaffolds for tissue repair. See the project at Strathclyde (opens in a new tab)

  6. 2024

    MedTech & Diagnostics GBIP, Singapore

    Selected for the Global Business Innovation Programme (GBIP) for MedTech & Diagnostics in Singapore. See the programme (opens in a new tab)

  7. 2025

    Preclinical validation

    Successful animal studies, with a second in vivo study underway. See the NAMSA study →

  8. Now

    Seed investment

    Secured to move from R&D to commercial development.

  9. Future

    Commercialisation

    Bone void filler → revision adjuncts → 3D-bioprinted joint replacement.

Get in touch

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