PROJECTS

EUROPEAN COMMISSION FUNDING SUPPORTS OUR INNOVATIVE CMD-COAT® TECHNOLOGY

Development of CM4Cure’s CMD-COAT®technology is being accelerated through participation in two European Commission-funded projects. This prestigious non-dilutive funding is an important recognition of the potential of CMD-COAT® to enhance the safety and efficacy of medical devices. Read more about the projects below.

New generation of bioactive coating for intravenous catheters and implantable medical devices to prevent infections and thrombosis

Coati-X is a €2.5m groundbreaking project funded by the European Innovation Council to deliver a proprietary bioactive coating technology designed to enhance the safety and effectiveness of intravenous catheters and implantable medical devices. 

The CM4Cure – FRESCI consortium brings together top researchers, cardiovascular specialists, biologists, chemists and business strategists to validate the coating technology, advancing this innovative solution to market readiness.

The project includes process development, preclinical validation, quality management, regulatory assessment and development of the partnering and commercial strategy. There are more details on the Coati-X website.

Project number: Coati‑X (HORIZON‑EIC‑2023‑TRANSITION‑01)

Training for young researchers in Europe to address serious and global problems of antibiotic resistance. The CLEAR (Cell Envelope Anti-bacterials) research programme addresses the challenge of Gram-positive bacterial pathogens such as methicillin resistant Staphylococcus aureus (MRSA) by investigating the bacterial cell envelope as target for novel therapies. Our PhD student within this project is continuing CM4Cure’s research into innovative APIs for use as antibacterials in CMD-COAT® powered medical devices. There are more details here. Project number: CLEAR (HORIZON‑MSCA‑2022‑DN‑01)

Meet the Team

Behind this revolutionary platform is a team of leading clinicians, scientists, engineers, and business strategists working to change the future of medical device coatings and patient care.