Exploring how PARP overexpression in cancer cells leads to treatment resistance and poor survival outcomes, and the promise of PARP inhibitors as targeted therapy.
Discover how the EMSY protein's phosphorylation at Threonine 207 suppresses DNA damage repair in cancer cells and its implications for targeted therapies.
Discover how baker's yeast rewires its metabolism to survive DNA damage, revealing fundamental cellular survival strategies with implications for cancer research.
Exploring how biophysics decodes life's mysteries through physics, from DNA repair to cellular communication and beyond.