This lab focuses on the expression, purification, and characterization of proteins from bacterial cells for various applications in medicine, technology, and sustainability.

This lab focuses on the expression, purification, and characterization of proteins from mammalian cells for various applications in medicine, technology, and sustainability.

This lab specializes in producing custom protein nanoparticles for use in drug delivery and vaccine research. It also analyzes results from in vivo trials, including antibody screening, epitope mapping, and more.

This lab specializes in the synthesis of both linear and cyclic peptides, bioconjugation reactions, mass spectrometry analysis and assays, and some small molecule synthesis.

This lab performs sophisticated tests on biological samples, offering insights into cellular processes, functionalities, and drug interactions.

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

Using light-based techniques, this lab images a range of biological samples at multiple magnifications to reveal how our designed molecules interact with cells and tissues.

This lab specializes in determining the three-dimensional arrangements of atoms within crystallized molecules, which can reveal their functions and interactions.

Focused on upscaling and optimizing experimental procedures, this lab ensures that our new molecules and methods are efficient, reproducible, and ready for real-world application.

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 outcomes before we even set foot in the lab, ensuring that our research is both groundbreaking and efficient.

As part of one of the largest public universities in the world, we collaborate with the University of Washington’s innovation office CoMotion to secure patents that can pave the way for positive social and commercial impact. This partnership has led to hundreds of new innovations, extending our reach from academic circles to biotechnology and development partners from around the world.