Understanding its mechanisms of action and proposing new diagnostic and therapeutic solutions is the ambitious project that we set with my team.
During my research career, I became interested in different proteins involved in pathophysiological processes. Amongst them, the CD146 molecule, on which my team has worked for many years, is particularly exciting because it is both yin and yang, with involvement in many physiological processes such as angiogenesis or embryo implantation and, at the same time, a deleterious effect when expressed on tumour cells.
Understanding its mechanisms of action and proposing new diagnostic and therapeutic solutions is the ambitious project that we set with my team. To achieve this, we combine multiple and cross-cutting approaches from genes to proteins, from animal model cell tissue to humans, and from fundamental research to clinical application. This requires the use of advanced technology from transcriptomics proteomics, through imagery and the generation of antibodies. Marseille Immunopole is an extraordinary melting pot that allows us to work with many experts and combine these different approaches, with the common goal to bring new tests and new drugs for the benefit of patients.#recherche
Marseille Immunopole should allow us now to accelerate the development of therapeutic antibodies, the new drugs that are changing the course of cancer treatment.
AMU, IPC, CRCM
MI carries a strong voice for immunology research, freeing partners from their public or private sectors, breaking down disciplinary barriers and creating the essential conditions for acting together, quickly and sustainably
Marseille Immunopôle (Marseille Immunology Center) has the potential to provide precious help to open new diagnostic and therapeutic pathways and to provide our patients with even more options.
With MI-mAbs and other cluster platforms, CIPHE is somewhat the "technology back office" of Marseille Immunopole.