Researchers find a surprising way bacteria fight and regulate genes
Professor Patrick Pausch's team mapped the structures of type IV-A CRISPR systems, showing how they lock onto DNA and recruit a helicase to block gene activity without cutting.
Features on peer-reviewed research by scientists at University of Copenhagen.
Professor Patrick Pausch's team mapped the structures of type IV-A CRISPR systems, showing how they lock onto DNA and recruit a helicase to block gene activity without cutting.
Professor Renfei Chen and Jacob Weiner developed a way to measure short-term shifts in how plants split growth between leaves, stems and roots, supported by global forest data.