Despite their importance, our understanding of noncovalent RNA–protein interactions is
incomplete. This especially concerns the binding between RNA and unstructured protein …

Motivation: The recognition of specific RNA sequences and structures by proteins is critical
to our understanding of RNA processing, gene expression and viral replication. The diversity …

We investigate the sequence and structural properties of RNA–protein interaction sites in
211 RNA–protein chain pairs, the largest set of RNA–protein complexes analyzed to date …

Prediction of protein–RNA interactions at the atomic level of detail is crucial for our ability to
understand and interfere with processes such as gene expression and regulation. Here, we …

The purpose of this article is to give a brief, yet concise overview of the current
computational methods for predicting novel RNA–RNA interactions, that is interactions …

RNA–protein interactions are fundamental to gene expression. Thus, the molecular basis for
the sequence dependence of protein–RNA recognition has been extensively studied …

A set of> 300 nonredundant high-resolution RNA–protein complexes were rigorously
searched for π-contacts between an amino acid side chain (W, H, F, Y, R, E and D) and an …

Protein–RNA interactions are essential for many biological processes. However, the
structural mechanisms underlying these interactions are not fully understood. Here, we …

The biodiversity of the RNA world has been underestimated for decades. RNA molecules
are key building blocks, sensors, and regulators of modern cells. The biological function of …

RNA molecules have highly versatile structures that can fold into myriad conformations,
providing many potential pockets for binding small molecules. The increasing number of …