Tissue and Disease Modelling

Advances in next-generation ovarian cancer organoid culture through the design of tailored extracellular matrices in combination with polymeric biomaterials

Study of human induced pluripotent stem cell (hiPSC)-derived airway epithelial cells for tissue and disease modelling and cell therapy applications

Advancements in utilising 3D culture models for the evaluation and development of novel therapies

Establishment of animal models for evaluating novel therapies in skin, oral tissues, skeletal tissues, lungs and cancer research

Development of 3D bioprinting technologies for precision tissue engineering and disease modelling

Bioengineering of tendon health and disease models to study tendon development, pathology and for drug screening