Nucleic acid therapeutics, such as antisense oligonucleotides (ASOs), have emerged as promising platforms for treating a ...

A large-scale re-annotation of the Aspergillus fumigatus genome reveals that many presumed pathogen-specific genes are ...

By integrating single-molecule fluorescence imaging, AlphaFold structure prediction, and biochemical and cell-biological functional validation, the researchers found that the two double-stranded ...

Researchers have taken a significant step toward what they call a “Raman genome” — a spectroscopic fingerprint of viral RNA ...

COVID-19 accelerated efforts to develop faster, more efficient ways of manufacturing high-quality RNA sequences.

A 3-D thermal model identifies a ~ 4.33 Ga temporal “sweet spot” for life’s origin, when decreased bombardment enabled mild hydrothermal niches to support RNA World chemistry and stable biomolecule ...

Multiomics analysis combines data from two or more omics layers—such as genomics, transcriptomics, proteomics, and ...

Hiroaki Suga is a chemist who has developed technology to combine RNA catalysts with cell-free translation to create special ...

Precise spatiotemporal control of protein synthesis is essential during embryogenesis, yet directly measuring translation ...

Alveolar type 2 (AT2) cells are the stem cells of the lung’s air sacs and are responsible for maintaining alveolar structure ...

Dave Burke, former Arc Institute CTO and Google Android engineering leader, and Harsh Mehta, Co-Founder and CTO of Mirendil, named AI Advisors NIH Common Fund selects Therna as a Phase I winner of its ...

How can dead matter infect living tissue? Reimagining Mad Cow not as an invasion, but as a thermodynamic trap and cellular ...