“Our immunotherapy antibodies are positioned at the crossroads of two immunology fields with high potential: the g9d2 T cells and a novel superfamily of immunomodulators, butyrophilins”
Having held strategy and business development positions within various healthcare world leaders in Asia and Europe, I am today Chief Executive Officer at ImCheck Therapeutics, a biotechnology company that designs and develops a new generation of immunotherapy antibodies discovered by Professor Daniel Olive at the Paoli-Calmettes Institute. These new antibodies are positioned at the crossroads of two immunology fields with high potential: the g9d2 T killer lymphocytes, and a novel superfamily of immunomodulators, butyrophilins. Due to their novel mechanism of action, in particular their ability to simultaneously modulate innate and adaptive immunity, our activating antibodies may be superior to existing immune checkpoint inhibitors and, when used in combination, they may overcome resistance to these agents. Finally, beyond cancer, we have demonstrated in preclinical studies that, in their inhibitory version, our antibodies could also improve the treatment of several autoimmune diseases.
To date, ImCheck has raised nearly €80 million from top tier European and American investors and the first clinical trial of our drug candidate ICT01 will be launched in 2020. Thus, barely 5 years after its creation, ImCheck has already gone through all the steps that lead from discovery to the clinic.
As a co-founder of Marseille Immunopole, ImCheck is a perfect symbol of our cluster’s mission: strengthen Marseille’s leadership in immunotherapy by combining the best of immunology research with sound expertise in research and development of both therapeutic antibodies and diagnostics assays in immuno-oncology, and an utterly international ambition.#industrie
MI both accelerates research and development in immuno-oncology and offers cancer patients more options in terms of diagnostics and treatments, as well as more innovative clinical trials.
AMU, Gustave Roussy, The Pioneer Project
MI-mAbs allows researchers to validate the therapeutic potential of their discovery and permits industrials to focus their efforts on the most promising drug candidate
Together, we pursue a simple goal: to better understand the alterations of energetic metabolism in pancreatic cancer cells
AMU, IPC, CRCM
This is the DNA of the cluster to feed local excellence, including, of course, fundamental and applied immunology, and to support the emergence of sector initiatives with strong potential.