Presentation R&D Day
WHAT LIES AHEAD FOR IMMUNO-ONCOLOGY
Many tumors are not adequately responsive to checkpoint inhibitors and other IO approaches. Can we use radiation and nanoparticles to stimulate an immune response against a tumor? Watch video #5 to hear Dr. James Welsh to learn what advances are being developed in immunooncology, radiotherapy and nanomedicine.
STUDY 1100: CAN WE TURN COLD TUMORS HOT?
Once in a while, we as researchers must try something new and has the potential to revolutionize the treatment landscape. Once in a while, we as researchers must try something new and has the potential to revolutionize the treatment landscape. The 1100 trial selects patients who have failed radiation and are not likely to be cured.Preclinical and clinical data suggest that NBTXR3 has the potential to turn CPI non-responders into responders, and that these nanoparticles help induce immunogenesis, turning “cold” tumors into “hot” ones, allowing the immune system to recognize the tumor and get equipped against it. Dr. Tanguy Seiwert maps out Nanobiotix’s Phase I/II 1100 trial studying the potential immunogenic effect of NBTXR3 in head & neck cancer and non-small cell lung cancer patients.
BIRTH OF NBTXR3
“20 years ago, I asked myself: Can we influence a cell by impacting its physics at the subcellular level?” Laurent Levy examines the importance of asking different questions, and how this leads to disruptive healthcare. This video presents how NBTXR3’s technology came into being, and the developments of NBTXR3 in clinical trials.
Multidisciplinary Head & Neck Symposium
NBTXR3 Intratumoral Injection
“Intratumoral injection of NBTXR3 is feasible and safe and NBTXR3 remains localized within the tumor throughout RT treatment.”
Head & Neck cancer phase I trial
“Radiotherapy is the only option to treat this fragile H&N Cancer population and benefits are limited.”
“Changing the treatment paradigm for millions of patients by bringing nanophysics to the heart of the cell.”