Archives mensuelles : octobre 2016

Café des Sciences #78 : Une innovation disruptive en oncologie

Dr. Remy Brossel

Rémy Brossel is a Medical Oncologist and a Physicist graduated at Paris University and Medical School


Mardi, 01 Novembre 6:30 a 8:30 PM


CIC Boston, Anchor Space, 1st floor, Back to Render Coffee

50 Milk Street Boston, MA 02109




Notre Invité


Rémy Brossel is a Medical Oncologist and a Physicist graduated at Paris University and Medical School. Remy is currently CSO and Founder of Cell Constraint & Cancer a Biotech dedicated to in vivo application of Physical Oncology. Remy has been previously Product Manager at Technician and Project Manager at Schering (Contrast Media and Biotech products) and has been founder and Medical Director of Biologie et Industrie a CRO dedicated to early clinical research on Cancer treatments for last two decades.

La Présentation:

Cancer has some of the biggest unmet needs in the healthcare industry and is one the leading causes of death in the US. Physical oncology also known as “mechanobiology” appeared 10 years ago in the United States through the development of advanced technologies at the interface of biology and engineering. It focuses on the way that physical forces and changes in cell or tissue mechanics contribute to development, physiology, and disease.

Dr. Remy Brosell and his team in France have discovered a new way to treat cancer using constraint fields to cause physical disruption to the cells. The proof of concept was validated in April 2016 to show there is a significant difference of growth between treated tumors and control groups using gradient fields. Results were published as “Action of Mechanical Cues in vivo on the Growth of a Subcutaneously Grafted Tumor” (Published 21 April 2016, PloS One, R Brossel et al). The approach uses a combination of two medical devices: A generator for gradient of magnetic field and magnetized iron nanoparticles. Nanoparticles are located around the tumor and act as ‘BioActuators’ transforming magnetic energy into mechanical energy. The therapeutic agent is the Constraint Field.

More information about the research: