Implantable scaffolds

Our team has developed a unique electrospinning platform that creates scaffolds composed of multiple fibre nanostructures, precisely engineered to form transitional microenvironments for cells. By integrating fibres of different sizes, orientations, and compositions within a single scaffold, we can guide cell behaviour in ways that mimic the gradual transitions found in natural tissues.

A key feature of our technology is surgical retention: the scaffolds are designed to enable suturing, supporting tissue regeneration while maintaining structural integrity. We are currently applying this approach to cornea, heart valve, and ligament tissue engineering, creating scaffolds that not only support cell growth but also enable functional integration with host tissue.

By combining advanced materials design, microstructural control, and translational focus, our electrospun scaffolds provide a versatile platform for next-generation regenerative therapies.

Current projects