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Three projects, accredited by Lyonbiopole, obtain public funding

After their accreditation by Lyonbiopole, worldwide competitiveness cluster, the new projects GLIOMTRACKER, PHOSA and SMARTBANDAGE have been selected by the FUI. Since 2005, Lyonbiopole has accredited 165 multi-partner R&D projects for a total R&D investment of € 733 million of which € 300 million have been obtained.

3 new R&D projects, accredited by Lyonbiopole and submitted to the 18th FUI Call for Projects, benefit from public funding from the French State, local authorities among which the Rhône-Alpes Region, the Greater Lyon, General Council of Isère and FEDER European funds.



Tumor surgery guided by fluorescence imaging for glioma cancer

Partners: Fluoptics (project leader), ERAS Labo, CHU de Grenoble – Clinatec, CEA Leti

This project aims to validate a local partnership through the development and production of innovative fluorescent probe Angiostamp™ for cancer surgery. This probe allows the surgeon to visualize intraoperatively and in real time tumor zones invisible to the naked eye. This project will enable to define the methodology and the bonds between companies, leading to a faster development and a lower price for these new molecules. The target market is the international market of hospitals and clinics.

Bacteriophages strategy against bone and joint infections caused by Staphylococcus (aureus and epidermidis)
Partners: Pherecydes (project leader), Centre Hospitalier Intercommunal de Villeneuve-Saint-Georges, Centre International de Recherche en Infectiologie (CIRI), Biofilm Control and Vivexia

Bone and joint infection (BJI) are serious diseases that can be responsible of very severe disability or even be life-threatening. While BJI are usually treated with antibiotics, resistant strains of bacteria are increasing constantly. PHOSA aims at developing a cocktail of lytic bacteriophages effective against BJI caused by Staphylococcus aureus and epidermidis, particularly against antibiotic multi-resistant strains and infections in the presence of bacterial biofilms.


Microbial biosensor embedded in a bandage

Partners: bioMérieux (project leader), Bluestar Silicones, Fibroline, Montdor, Hospices Civils de Lyon and International Research Center for Infectious Diseases (CIRI)

The number of nosocomial infections and antibiotic resistant bacteria are constantly rising. This critical situation requires to significantly improve early detection and microbiological diagnosis of these infections. Medical reports show that 2% of these infections are caused by skin lesions. The major objective of SMARTBANDAGE is to design a bandage in which wound infection by bacteria associated with nosocomial infections would be rapidly detected.


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