When it comes to designing new biomolecules, our computational resources are second to none. Equipped with high-performance computing capabilities and our own advanced molecular modeling and design software, our researchers are uniquely positioned to fast-track their work. This digital backbone allows us to optimize molecules and simulate experimental outcomes before we even set foot in the lab, ensuring our research is both groundbreaking and efficient.

This team specializes in expressing, purifying, and characterizing designed proteins from bacterial systems for a wide variety of applications across medicine, technology, and sustainability.

These teams generate insights into cellular processes, functionalities, and drug interactions by performing light-based microscopy and other sophisticated tests on biological samples. They also express, purify, and characterize designed proteins using mammalian cells and synthesize and analyze designed peptides.

These teams produce and study protein-based medicines, including vaccines. They also analyze data from in vivo trials, including antibody screening. Their work helps ensure that our most promising molecules and methods are ready for real-world application.

Employing cutting-edge electron microscopes and data processing pipelines, this team captures and analyzes high-resolution images of protein samples to elucidate molecular structures, functions, and interactions.

This team helps reveal atomic-level details of our designed proteins and peptides by performing x-ray crystallography.