Liquid-EM systems preserve biological samples under fluid conditions as they exist in the body. We are bringing this technology in pharmaceutical settings. Applications include real-time imaging of antibody-drug conjugates, protein aggregation mechanisms, drug delivery systems, engineered nanoparticles, therapeutic peptides, nanobodies, and macromolecules.
Cryo-EM is a ground-breaking technique to study biological systems in a pristinely preserved state. This allows us to see the molecular structures of biomaterials. We design custom substrates to better preserve fragile macromolecules for atomic-scale analysis.
We employ both Liquid-EM and Cryo-EM tools to assess gene therapy vectors, virus-like particles (VLPs), and virus-based vaccine platforms to better inform particle population and characteristics.