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Mata Group Bioengineering
  • Home
  • Research
    • Biomaterials to Recreate the Body
      • Anisotropic and Biomimetic 3D Environments
      • Self-Assembling Supramolecular Composites
      • Dynamic Self-Assembling Membranes
    • Biomaterials to Regenerate the Body
      • Membranes for Tissue Regeneration
      • Materials for Controlled Biomineralization
      • Cell-instructing Topographies and 3D Structures
  • Publications
  • News
    • News
    • Videos
  • About
    • Lab Members
    • Lab Socials
    • Sponsors and Partners
  • Contact
+44 (0)20 7882 6279
Institute of Bioengineering
Queen Mary University of London
Mile End Road, London E1 4NS.
HomeLatest News2016May

2016 May

  • Michal Lipka is granted a 2016 World Biomaterials Conference travel award

    • 30 May 2016

    Michal Lipka from the Mata Lab received a travel award at the World Biomaterials Conference in Montreal.

    read more
  • Arturo Mendoza Meinhardt awarded a 2016 Alan & Kathie Stross Summer Fellowship by the Dr Hadwen Trust

    • 11 May 2016

    Our student Arturo Mendoza Meinhardt has been awarded a summer 2016 Alan & Kathie Stross Summer Fellowship by the Dr Hadwen Trust to carry out research in CN Bio Innovations over the summer. We wish him the best of luck.

    read more
Recent Posts
  • Our group has been selected to be part of the UK Regenerative Medicine Platform – Smart Materials
  • Interview by The Naked Scientists Podcast
  • Sky News Reports on our Mineralisation Platform for Enamel Regeneration.
  • Talk Radio interview with Penny Smith about our work on Enamel Regeneration.
  • The European Research Council Highlights our work on Hierarchical Mineralisation.
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Mata Group Bioengineering

We are a highly interdisciplinary group passionate about developing creative and innovative technologies to generate creative solutions for a variety of bioengineering applications. We use interdisciplinary approaches that integrate engineering, materials science, chemistry, nanotechnology, biology, and medicine to develop materials and devices with hierarchical order, biomimetic character, spatio-temporal control, adaptability, tuneability, self-healing capacity, and functionality. Current research in our lab includes the development of in vitro biomimetic environments, dynamic and directed self-assembling systems, molecular patterning of 3D environments, and molecularly-designed bioactive implants. Applications range from tissue engineering and regenerative medicine to drug discovery.

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