RNA

A novel RNA-based molecular tool offers an innovative way to detect, amplify and respond to genetic signals within cells with unprecedented modularity.

A unique RNA structure shared across SARS-CoV-2 variants may contribute to viral fitness, offering a potential target for new antiviral treatments.

The largest RNA language model to date helps researchers uncover the hidden roles played by non-coding RNA sequences in our cells.

The SG-NEx project delivers rich long-read RNA sequencing data that capture subtle differences in gene activity, opening avenues for discovering novel biomarkers in health and disease.

A new RNA sequencing approach allows scientists to hone in on rare, often obscured transcripts that reflect the finer details of cellular function.

Dr. Sydney Brenner, the visionary molecular biologist and Nobel laureate who turned a humble soil worm into one of the most-studied organisms in biology, passed away on April 5, 2019 in Singapore. He was 92.

An existing laboratory technique can detect Zika virus
infection and may help make
diagnostic tests more accessible

Analyzing gene activity in single cells offers a
clearer view of bowel cancer

DNA previously
considered superfluous may provide vital protection against stress and could
even be used in cancer treatment

Mobile software simplifies measurements of gel electrophoresis

An unusual switching mechanism that determines a single gene’s RNA output directly controls wound healing

New study provides mechanistic insights into how gene transcription is regulated in mammalian cells