Biomaterials for sustainable health care products

Modern healthcare increasingly depends on advanced biomaterials and medical devices to enable minimally invasive treatments, personalized care, and real-time health monitoring. However, many existing solutions face persistent limitations related to safety, long-term performance, reliability, and integration with complex biological systems. Challenges remain in precisely controlling material properties, achieving stable and targeted functionality, and ensuring predictable interactions with living tissues—particularly for next-generation implants, drug delivery systems, and smart medical devices.
This Coordinated Research Project (CRP) will address these challenges by advancing the application of radiation technologies in the design, modification, and fabrication of complex biomaterial systems and medical devices. Radiation processing offers unique, clean, and highly controllable approaches for material modification, enabling tailored functionalization, crosslinking, and sterilization without the need for chemical additives. These capabilities support the development of smart, multifunctional materials that can respond to biological stimuli, improve biocompatibility, and integrate embedded sensors for real-time diagnostics and performance monitoring.
By bringing together multidisciplinary expertise in materials science, radiation chemistry, biomedical engineering, and clinical applications, the CRP will foster innovative solutions that bridge fundamental research and practical healthcare needs. The project will generate new knowledge, validated methodologies, and prototype systems that demonstrate improved safety, effectiveness, and adaptability to patient-specific requirements.
Ultimately, this CRP will position radiation technologies as a key enabler of next-generation medical innovation, supporting the development of safer, smarter, and more personalized healthcare solutions, while strengthening global research capacity and facilitating technology transfer to Member States.