A comparative genomic analysis reveals that conserved telomere-linked RecQ helicase gene families and their flanking regions consistently organize chromosome ends ...
A new narrative review argues that conflicting CDKN3 findings across cancers reflect incompatible evidence types, not a true molecular paradox.
A new review describes how cells remove bulky DNA–protein crosslinks through ubiquitylation-dependent proteolysis by the proteasome and the specialized protease ...
A study of telomerase-deficient budding yeast shows that spreading subtelomeric TelKO elements to every chromosome end stabilizes uniformly shortened telomeres ...
Researchers report that the diarrheal parasite Cryptosporidium parvum carries hundreds of small centromere sites scattered across all eight chromosomes, providing ...
A peer-reviewed study in the asexual bdelloid rotifer Adineta vaga shows how fragmented chromosomes can be retained across generations and ...
An experimental cell study finds that cohesin rapidly reorganizes stressed DNA replication sites and suppresses an error-prone restart pathway, helping ...
A Molecular Cancer review redefines the MAD gene family as a unified HORMA-domain genome surveillance system linking spindle checkpoint control ...
A University of Ottawa-led cell study found that TONSL recognizes chemical modifications on histone H3.1 to coordinate DNA repair and ...
A new critical review in Molecular Biology Reports systematically compares the biochemical, cellular, and genome-wide assays used to measure nucleotide ...
In a groundbreaking study published in Nature, researchers have uncovered a surprising role for the protein CFAP20, a molecule previously ...
In a groundbreaking study poised to reshape our understanding of how cells preserve genomic integrity during DNA replication, researchers have ...
