Research
We produce an array of scaffolds, hydrogels and microparticles with controlled size, shape, controlled release profiles, and topography.
We develop materials that are stimuli responsive, self-assemble and with functional biointerfaces.
Our research interests are in immunomodulation and the immune response to biomaterials.
We have expertise in developing electrochemical nano-systems for studying and controlling cellular processes which is being applied to the generation of new electroceutics.
Our technologies include 3D bioprinting with a particular interest in:
- liver, bone and cartilage
- label free 3D chemical analysis of cells and surface & interface analysis
- peptide delivery of DNA
- mRNA and proteins to control tissue regeneration
- electrospinning to form scaffolds that mimic the extraceullar matrix
- and in the use of optical tweezers to manipulate the arrangement of cells to form controlled cell niches