President And Ceo
CurrentCheckpoint inhibitors have transformed cancer treatment by enhancing patients’ existing anti-tumor immune responses, but this approach does not work in the vast majority of immunologically “cold” tumors where there is no underlying immune response to amplify. Angarus is developing small molecule checkpoint inhibitors that can initiate cytotoxic T-cell infiltration in immunologically cold tumors. Through a deep understanding of the biology of the STING pathway, Angarus has identified an extracellular enzyme, ENPP1, which is a key checkpoint in modulating innate anti-tumor immunity and offers an attractive approach to modulating STING activity in cancer patients. Angarus has developed a pipeline of best-in-class ENPP1 inhibitors which demonstrate impressive anti-tumor activity, both alone and in combination with other agents, in animal models of hard to treat immunologically “cold” tumors such as pancreatic cancer and triple negative breast cancer.