RNA is the means of translating the genetic code embedded in DNA into proteins, which serve as enzymes, transporters, ...

A new study combines RNA origami and glass nanopores to achieve a 18-nucleotide resolution for diagnosing repeat expansion disorders like ALS.

Introducing a new RNA-seq platform for intracellular multimodal profiling that could transform cancer research and ...

A team at NDORMS, University of Oxford has developed a new approach to significantly improve the accuracy of RNA sequencing. They pinpoint the primary source of inaccurate quantification in both short ...

A new AI-driven framework enables highly accurate prediction of RNA splicing and isoform usage for therapeutic applications.

The department of chemistry hosted their weekly seminar series, which featured the research of two Georgetown graduate students, Nadia Sarfraz and Jordan Tanen, both seeking their PhD, on Oct. 12.

A new AI-based system combines genomic sequences and RNA-binding protein profiles to model complex RNA splicing patterns ...

The nanopore optofluidic chip used in the new diagnostic system, with a PCR thermocycler in the background for comparison. The new system could easily fit into a researcher’s lab or clinician’s office ...