This review demonstrates the complexities of RNA-binding protein interactions in regulating RNA outcomes, highlighting advancements in mapping these networks.
Key Points
The aim is to explore how RNA-binding proteins orchestrate post-transcriptional regulation through complex interactions.
Review of recent technologies for mapping post-transcriptional regulatory networks
Profiling RNA-binding patterns of multiple RBPs using multiplexed methods
Analysis of protein-protein interactions through deeper interaction proteomics
Utilization of RNA-targeting pulldown and single-molecule imaging for real-time observation
High-throughput screens for determining RBP functions
Demonstrated complexity in RBP interactions influencing RNA fate
Highlighted technological advances enable better mapping of regulatory networks
Revealed dynamics of ribonucleoprotein assembly at single-cell resolution
Illustrated how RBPs coordinate RNA responses to physiological changes