Zihe Rao

This study determines the atomic structure of mycobacteriophage SWU1 using cryo-EM, revealing key architectural features critical for virion assembly and infection.

This study determines the structure of the HBx-CRL4-Smc5/6 complex and identifies a druggable interface for antiviral therapy against HBV.

The paper identifies structural links between nitrogenase-like proteins, LPOR, and chlorophyllide oxidoreductases, revealing their evolutionary origins and functional evolution through structural analysis.

The paper determines the structure and function of ASFV Topo II, pP1192R, using cryo-EM and other methods, revealing its enzymatic activity and potential for antiviral strategies.

This study reports the structure of Mtb IrtAB in different states, revealing its mechanism for importing iron-loaded siderophores through ATP-driven conformational changes.