The focal point of our product engine is an intersection of physics, molecular biology and next-generation supercomputing.
Oppenheimer
Small Molecule Design for IDPs in Weeks Time
Pocket
Detection
Deuterium is used to probe 'invisible' pockets in disordered protein in a unique mass spectrometry system.
Novel
Structural Insights
Slow-moving deuterium reveals novel structural details, which can be targeted with diverse libraries of small molecules.
Experimental
Structure Generation
Our proprietary Generative AI and Molecular Dynamics engines generate the most sensible set of solutions that satisfy experimental data.
AI-Driven
Binder Design
Our Machine Learning (ML) methods generate compact but diverse libraries of high-quality small molecule binders against the experimentally confirmed binding sites with a throughput of 2,000,000,000 binders per week.
Binder
Characterization
Our advanced biophysical laboratory performs lead selection and end-to-end testing. A data-driven decision is made if the binder selection process requires more iterations.