Chemotherapy Speeds One Aging Marker in Breast Cancer but Leaves Epigenetic Clocks Untouched
A head-to-head study of women with early breast cancer finds that T-cell p16INK4a and DNA methylation clocks are only weakly ...
A head-to-head study of women with early breast cancer finds that T-cell p16INK4a and DNA methylation clocks are only weakly ...
Researchers found that the immunosuppressant cyclosporine A selectively kills senescent cells by triggering endoplasmic reticulum stress and paraptosis-like death, preventing ...
A comprehensive review in Biogerontology argues that engineered nanoparticles could overcome the solubility, stability, and targeting limitations of senolytic drugs, ...
Researchers report that SIRT1 suppresses L1 retrotransposon activity by recruiting and stabilizing the heterochromatin factors Lamin B1 and KAP1, an ...
A Biogerontology Perspective argues that prolonged crises such as the war in Ukraine may biologically accelerate metabolic ageing in older ...
A consensus statement from the SENESCENCE2030 network published in Nature Aging outlines a roadmap for turning cellular senescence research into ...
Researchers have mapped how senescent kidney cells attract immune cells into localized inflammatory niches and shown that senolytic treatments can ...
A Cell Research perspective argues that cellular metabolism acts as the licensing mechanism that determines the composition and intensity of ...
Cellular senescence has long been one of biology's most paradoxical phenomena. In healthy tissue, senescent cells—those that have permanently exited ...
Magnesium has spent most of its scientific life backstage — the unglamorous electrolyte that keeps cellular housekeeping running while genes, ...
© 2025 Scienmag - Science Magazine
© 2025 Scienmag - Science Magazine