Hornet Therapeutics emerges from stealth with data published in Science demonstrating the first potential drug intervention for Epstein-Barr Virus (EBV) driven disease
Targeting this pathway with an IDO-1 inhibitor hinders B cell transformation and EBV-driven pathogenesis in vitro and in animal models in vivo.
- Targeting this pathway with an IDO-1 inhibitor hinders B cell transformation and EBV-driven pathogenesis in vitro and in animal models in vivo.
- The groundbraking findings reported in Science point at IDO-1 inhibition as a potential treatment mechanism for pathologies related to EBV latency.
- Professor Christoph Hess, founder and Chief Scientific Officer at Hornet Therapeutics added: “In a landmark paper published 60 years ago, Drs.
- Our data demonstrate that HTX-201 has the potential to hinder EBV latency in its primary host cells, the B cells.