Fusion’s R&D team has developed ways to connect alpha emitting medical isotopes to molecules which selectively target biomarkers found on the surface of cancer cells.

Alpha particles emitted from medical isotopes can be used to kill cancer cells by creating lethal, double stranded DNA breaks. Unlike most radiation therapies, alpha particles travel only one to three cell lengths, thereby creating the means to selectively kill tumor cells.

At Fusion Pharma, we’re harnessing this potent and precise cell killing strategy to treat cancers via “targeted alpha therapeutics.”

Our team is dedicated to improving the lives of cancer patients and positively impacting patients’ families and the community.

We created a proprietary linker to connect cancer-seeking molecules and alpha emitting medical isotopes. The Fast-Clear™ linker was specifically engineered to improve the safety of radiopharmaceuticals by helping the drug clear from normal, healthy tissues.

As we are a spin-out of a leading manufacturer and distributor of radiopharmaceuticals, the Centre for Probe Development and Commercialization (CPDC), we have experience building a robust supply chain. At Fusion, we develop targeted alpha therapeutics with the forethought of scale-up and reliable commercial production to meet the needs of the global market.

At Fusion, we are pushing the boundaries of science to create innovative precision medicines for cancer.

We are a clinical-stage biopharmaceutical company developing next-generation radiopharmaceuticals as precision medicines for the treatment of cancer. We have developed our Targeted Alpha Therapies, or TAT, platform together with our proprietary Fast-Clear™ linker technology to enable us to connect alpha particle emitting isotopes to antibodies and other targeting molecules in order to selectively deliver the therapies to tumors.

We believe our proprietary Fast-Clear™ linker technology is a safer approach to targeted radiopharmaceuticals. Fast-Clear™ represents a revolutionary step towards developing safe and effective new radiotherapeutics as the standard of care for the treatment of multiple tumor types.

We believe this evolution of radiopharmaceuticals holds great promise to improve the lives of patients with cancer.