Biomolecular condensates are distinct molecular communities made of DNA, RNA and proteins that "condense" molecules to key ...

How could one ZIP code and mail carrier transport an RNA to two different locations in two very different cells? It turns out that both of these cell types contain structures called microtubules ...

Researchers at Stanford have developed a technology for transporting RNA to specific locations within a neuron, where it can repair and even regrow parts of the cell. Their work, supported by the ...

Researchers at Tel Aviv University's Gray Faculty of Medical & Health Sciences conducted a series of experiments using ...

Scientists at UCL and the MRC Laboratory of Molecular Biology have recreated how RNA might have first replicated itself on ...

Contrary to historic understanding of RNA’s longevity in cells, some RNAs can persist ... Further, they quantified concentrations and locations of the RNAs in the brain tissues.

UC Irvine scientists developed bioluminescent RNA tags, "tiny guiding lights," using luciferase to track RNA in real-time, potentially unlocking secrets of viruses and memory formation.

RNA editing is a naturally occurring phenomenon in cells, but these researchers wanted ... edits coding and non-coding regions (ADAR2) is located in the nuclei and is adjacent to the chromosomes ...

Now, in the journal Cell, researchers report ... After a few weeks, he collected RNA from their brains. "We found that there were over 20,000 different locations on various different proteins ...