3d rendering of Human nerve cells

Cell and Tissue Engineering

3d rendering of Human nerve cells

We are engineering living cells and tissues to enhance their viability and functions, for use in regenerative medicine. We use a combination of experimental and computational approaches, and we exploit various aspects of cells and tissue, including genetics, biochemistry, biomechanics and biomagnetics.

  • Our areas of expertise

    • Advanced therapies

    • Biomaterials science

    • Complex in vitro cell and tissue modelling

    • Computational modelling and simulation

    • Microbiology and microbial physiology

    • Scar reduction technologies, wound repair and regeneration, dermatology, burns, drug discovery

Meet our academic members

Biomaterials; Hydrogels; Nanomaterials; Calcium Phosphates; Bioprinting

Computational systems biology; Whole-cell modelling; Flux balance analysis; Mammalian cells; Bioprocessing

ATMP; in vitro models; Biomagnetics; Biomechanics; Engineering biology

Physiologically relevant extracellular matrix surrogates; Cell-material interactions; in vitro tissue models

Biomaterials; Bone; Scarring; Soft matter; Ceramics

Wound healing; Scarring; Fibrosis; Growth factors; Apoptosis

Micro-structural engineering; Soft materials; Bio-responsive

Microbiology; Bioprocessing; Biofilms; Antibiotic resistance; Microbial Physiology

Visit our research institute