Thus, RNA molecules play numerous roles in ... from nucleolar extracts because of their abundance in this structure. These molecules function to process rRNA molecules, often resulting in the ...

What have we learned about RNA structure and function so far? Although RNA is a single-stranded molecule, researchers soon discovered that it can form double-stranded structures, which are ...

Understanding the interdependence of these constraints is essential for predicting how changes in an RNA sequence affect its structure, and ultimately its biological function. Because all RNAs can ...

The integration of high-throughput sequencing technologies, bioinformatics tools, and structural biology approaches will provide a more comprehensive understanding of the complex interplay between RNA ...

RNA is integral to cellular function because it encodes regulatory ... objectives — masked nucleotide modeling, RNA secondary structure prediction, and RNA annotation classification.

RNA modifications play crucial roles in gene regulation, cellular function and the response to environmental stimuli. However, the detection and characterization of these modifications remain ...

Surprisingly, this family has been robustly identified as novel RNA-binding proteins in numerous crosslinking studies. Subsequent validation of these interactions and the additional observation that ...

Because RNAs are so central to our biology, they are also drivers of a wide array of diseases. Defects in how RNA is produced ...

This image depicts the chemical structure of cytosine ... In RNA, cytosine also pairs with guanine. However, RNA is typically single-stranded and serves various functions, such as coding for proteins ...

Studies suggest that naturally occurring SAM-binding RNA could be derived from earlier ribozymes that lost their catalytic function during evolution," says Höbartner. Knowledge of the structure ...

Scientists found that pseudouridine helps small RNAs pass on traits and avoid immune detection, offering clues for future RNA ...