Naturally occurring protein nanocages like ferritin are self‐assembled from multiple
subunits. Because of their unique cage‐like structure and biocompatibility, there is a …

Background To successfully invade new hosts, plant viruses must break host resistance and
be competent to move within and between plant cells. As a means, viral proteins known as …

When the herpes simplex virus (HSV) genome enters the nucleus for replication and
transcription, phase-segregated nuclear protein bodies called Promyelocytic leukemia …

The conventional idea that a well-defined protein structure governs its functions is being
challenged by the evolving significance of conformational flexibility and disorder in …

Although in silico folding based on coevolving residue constraints in the deep‐learning era
has transformed protein structure prediction, the contributions of coevolving residues to …

The proteasome controls levels of most cellular proteins, and its activity is regulated under
stress, quiescence, and inflammation. However, factors determining the proteasomal …

Coat proteins (CPs) play critical roles in potyvirus cell‐to‐cell movement. However, the
underlying mechanism controlling them remains unclear. Here, we show that substitutions of …

Coat protein (CP) is required for potyviruses to move and establish a systemic infection in
plants. π-stackings formed by aromatic residues play critical roles in maintaining protein …

The Fe2+-dependent E. coli enzyme FucO catalyzes the reversible interconversion of short-
chain (S)-lactaldehyde and (S)-1, 2-propanediol, using NADH and NAD+ as cofactors …

Protein structural bioinformatic analyses suggest preferential associations between
methionine and aromatic amino acid residues in proteins. Ab initio energy calculations …