Eukaryotic genomes encode a large number of RNA-binding proteins, which play critical roles in many aspects of gene regulation. To functionally characterize these proteins, a key step is to map their interactions with target RNAs. UV crosslinking and immunoprecipitation coupled with high-throughput sequencing has become the standard method for this purpose. Here we describe the detailed procedure that we have used to characterize the protein-RNA interactions of the mRNA 3′ processing factors. © 2014 Springer Science+Business Media, LLC
RNA-protein interactions permeate biology. Transcription, translation, and splicing all hinge on the...
RNA-protein interactions permeate biology. Transcription, translation, and splicing all hinge on the...
Protein-RNA interactions are fundamental to core biological processes, such as mRNA splicing, locali...
Eukaryotic genomes encode a large number of RNA-binding proteins, which play critical roles in many ...
Protein-RNA interactions are emerging as an important functional element in the regulation of gene e...
Eukaryotic gene expression involves a complex system of checkpoints that regulate RNA biogenesis, ma...
The unique composition and spatial arrangement of RNA-binding proteins (RBPs) on a transcript guide ...
RNA–protein interactions frame post-transcriptional regulatory networks and modulate transcription a...
RNA–protein interactions permeate biology. Transcription, translation, and splicing all hinge on the...
RNA–protein interactions permeate biology. Transcription, translation, and splicing all hinge on the...
SummaryThe control and function of RNA are governed by the specificity of RNA binding proteins. Here...
The control and function of RNA are governed by the specificity of RNA binding proteins. Here, we de...
BackgroundA critical step in uncovering rules of RNA processing is to study the in vivo regulatory n...
A key prerequisite to understand how gene regulatory processes are controlled by the interplay of RN...
Protein-RNA interactions are fundamental to core biological processes, such as mRNA splicing, locali...
RNA-protein interactions permeate biology. Transcription, translation, and splicing all hinge on the...
RNA-protein interactions permeate biology. Transcription, translation, and splicing all hinge on the...
Protein-RNA interactions are fundamental to core biological processes, such as mRNA splicing, locali...
Eukaryotic genomes encode a large number of RNA-binding proteins, which play critical roles in many ...
Protein-RNA interactions are emerging as an important functional element in the regulation of gene e...
Eukaryotic gene expression involves a complex system of checkpoints that regulate RNA biogenesis, ma...
The unique composition and spatial arrangement of RNA-binding proteins (RBPs) on a transcript guide ...
RNA–protein interactions frame post-transcriptional regulatory networks and modulate transcription a...
RNA–protein interactions permeate biology. Transcription, translation, and splicing all hinge on the...
RNA–protein interactions permeate biology. Transcription, translation, and splicing all hinge on the...
SummaryThe control and function of RNA are governed by the specificity of RNA binding proteins. Here...
The control and function of RNA are governed by the specificity of RNA binding proteins. Here, we de...
BackgroundA critical step in uncovering rules of RNA processing is to study the in vivo regulatory n...
A key prerequisite to understand how gene regulatory processes are controlled by the interplay of RN...
Protein-RNA interactions are fundamental to core biological processes, such as mRNA splicing, locali...
RNA-protein interactions permeate biology. Transcription, translation, and splicing all hinge on the...
RNA-protein interactions permeate biology. Transcription, translation, and splicing all hinge on the...
Protein-RNA interactions are fundamental to core biological processes, such as mRNA splicing, locali...