To develop a range of new antimicrobial wound care products using unique innovative combinations of honey and antibiotics. Using expertise to help address the need for intelligent dressings for wound infection.

To develop a new generation of Vacuum Therapy device that incorporates the pumping system and associated electronics into the wound dressing technology to enable wider availability in the community for the rapidly growing number patients with long term non-healing wounds.

The output of this project is an end-to-end digitally connected 3D data capture process thatcombines with additive manufacturing work cells structured to produce next generationproducts for aerospace, industrial & healthcare applications, including custom manufacture ofmedical implants using a combination of solid and elastic materials to improve functionalityand clinical efficacy.

To transfer key device simulation, modelling and blood processing skills to enable development of a novel extracorporeal treatment for sepsis.

To develop an innovative, diagnostic capability for quantifying blood cell chemistry at the point of care.

No abstract available.