Scientists from the Kavli Institute of Delft University of Technology and the IMP Vienna Biocenter have discovered a new ...

Briola and co-authors determined the structure of the human CTF18 clamp loader bound to PCNA to high resolution, analyzed the structure, and tested a new mechanism involving a human-specific Ctf18 ...

TODAY is the penultimate column of the Irish Sun’s comprehensive  six-week trawl through the very best wines, at all price ...

EMBL's scientists have been instrumental in helping the world understand, decode, archive, and manipulate genomes at scale ...

Research reveals that nucleolar enlargement in yeast disrupts genomic integrity, linking size to lifespan and offering ...

One in 80 Ashkenazi Jews carry the TBCB gene; Israelis can now test for it as part of the Health Ministry national healthcare basket ...

Research led by Stanford Medicine has discovered that mutations in a protein-folding complex are linked to developmental ...

Microscopes traditionally resolve only the thin layer of cellular activity within a narrow focal plane. Now scientists have ...

It has long been known 3 that only a small fraction of the total invertase can be removed from yeast cells by simple extraction procedures, some form of autolysis being needed to liberate the ...

Can keeping the nucleolus small delay aging and prolong lifespan? Researchers uncover its critical role in preventing DNA ...

The structure is made up of a trimer of dimers ... isolate a stable complex between Hmt1 and the Npl3 substrate from yeast cells, and a truncation of 21 residues from the C-terminus of Hmt1 ...

The secret to cellular youth may depend on keeping the nucleolus—a condensed structure inside the nucleus of a cell—small, according to Weill Cornell ...