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MISSION
Our mission is to define a new paradigm in revolutionary bioengineered medicines for the entire biotechnology industry. In monoclonal therapeutics, our integration of computational immunology, bioengineering and robotics has enabled us to create a pipeline of molecules with unprecedented biophysical properties, while also supporting all of our partners with thousands of high affinity developable antibodies against any drug target of interest. In vaccine science, our viral protein engineering is producing universal vaccines against any rapidly mutating virus.
Our mission is to define a new paradigm in revolutionary bioengineered medicines for the entire biotechnology industry. In monoclonal therapeutics, our integration of computational immunology, bioengineering and robotics has enabled us to create a pipeline of molecules with unprecedented biophysical properties, while also supporting all of our partners with thousands of high affinity developable antibodies against any drug target of interest. In vaccine science, our viral protein engineering is producing universal vaccines against any rapidly mutating virus.
We are computational immuno-engineers. Our mission is to create breakthrough technologies to drug previously challenging targets (GPCRs, ion channels, pMHC complexes, condition-specific binders, anti-idiotypes, and broadly neutralizing viral epitopes). In monoclonal therapeutics, our integration of computational immunology, bioengineering and robotics has enabled us to create a pipeline of molecules with unprecedented biophysical properties, while also supporting all of our partners with thousands of high affinity developable antibodies against any drug target of interest. In vaccine science, our Centivax technology is producing broad-spectrum vaccines against rapidly mutating pathogens like influenza and HIV.
