We are developing novel proteins, protein cages, and nanomachines using AI-driven approaches for targeted therapeutic, imaging and diagnostic applications, including drug delivery and cancer treatment.

We use high-resolution techniques like cryo-electron microscopy (cryo-EM) to uncover the intricate 3D structures of proteins and viral components, offering critical insights into their fundamental mechanisms, such as virus maturation and cell communication.

Building on these structural insights, we design novel nanomaterials—such as virus-like particles—engineered with precise properties like stability, targeting ability, and cargo delivery.

Our dual goal is to deepen our understanding of these molecular structures while developing cutting-edge nanomedicines, including precision drug delivery systems and novel cancer therapies.