Existing high-throughput methods to identify RNA-binding proteins (RBPs) are based on
capture of polyadenylated RNAs and cannot recover proteins that interact with …

Recent methodological advances allowed the identification of an increasing number of RNA-
binding proteins (RBPs) and their RNA-binding sites. Most of those methods rely, however …

Owing to their preeminent biological functions, the repertoire of expressed RNA-binding
proteins (RBPs) and their activity states are highly informative about cellular systems. We …

RNA-binding proteins (RPBs) are deeply involved in fundamental cellular processes in
bacteria and are vital for their survival. Despite this, few studies have so far been dedicated …

Regulatory RNAs exert their cellular functions through RNA-binding proteins (RBPs).
Identifying RNA-protein interactions is therefore key for a molecular understanding of …

Transcriptome-wide identification of RNA-binding proteins (RBPs) is a prerequisite for
understanding the posttranscriptional gene regulation networks. However, proteomic …

RNA–protein interaction networks govern many biological processes but are difficult to
examine comprehensively. We devised ribonucleoprotein networks analyzed by mutational …

Identifying pairwise RNA-RNA interactions is key to understanding how RNAs fold and
interact with other RNAs inside the cell. We present a high-throughput approach …

Recent efforts towards the comprehensive identification of RNA-bound proteomes have
revealed a large, surprisingly diverse family of candidate RNA-binding proteins (RBPs) …

Following the realization that eukaryotic RNA-binding proteomes are substantially larger
than anticipated, we must now understand their detailed composition and dynamics …