How Seeds Cheat Time: Redox Control, DNA Repair, and Protective Proteins Hold the Key to Longevity
A new review reveals how redox homeostasis, DNA and protein repair enzymes, and protective proteins work together to preserve seed ...
A new review reveals how redox homeostasis, DNA and protein repair enzymes, and protective proteins work together to preserve seed ...
New laboratory research shows that canine hemangiosarcoma cell lines resist the chemotherapy drug temozolomide through a mechanism independent of the ...
A chromosome-architecture protein called SNI1 acts as a cold-sensitive brake on class II crossovers in Arabidopsis, revealing how temperature reshapes ...
A newly identified TIMELESS-SIRT1-Ku70 complex promotes assembly of the Ku DNA repair heterodimer, giving cancer cells resistance to radiation and ...
New research shows that the DNA repair and redox-signaling protein APEX1 protects oocyte quality by sustaining mitophagy and suppressing iron-dependent ...
Deleting the BKCa potassium channel alters oxidative stress, DNA damage signaling and repair gene expression in glioblastoma cells exposed to ...
A large-scale genomic study of the wine yeast Hanseniaspora uvarum reveals widespread intercontinental gene flow, region-specific positive selection, and an ...
A new Nature study integrates multiple classes of genomic mutations to define the distinct mutational processes that shape prostate cancer ...
A genome-wide CRISPR interference screen has identified the conserved bacterial homologous recombination pathway, and the RecA protein in particular, as ...
A new hypothesis proposes that prolonged environmental stress in the ancient southern Levant transiently relaxed DNA repair constraints in one ...
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© 2025 Scienmag - Science Magazine