RNA Methylation Restores Heart Function in Progeria Mice
Restoring cardiac METTL14 reduced inflammation and fibrosis while improving survival in two mouse models of progeria.
Restoring cardiac METTL14 reduced inflammation and fibrosis while improving survival in two mouse models of progeria.
Weill Cornell Medicine's Dr. Samie Jaffrey has received a five-year, $5.5 million NIH Director's Transformative Research Award to map how ...
A new mass cytometry study reveals that mRNA booster vaccination triggers rapid, lineage-specific immune remodeling within 24 hours, with early ...
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Researchers have mapped a USP11-IGF2BP2-ATOX1 molecular axis that shields non-small cell lung cancer cells from copper-induced cuproptosis, revealing new drug ...
A new review describes how the RNA methyltransferase METTL5 and the detox enzyme MGST1 form a signaling axis that helps ...
New research reveals that the ubiquitin ligase BTRC destroys the RNA-binding protein hnRNPC, whose stabilization of PSD4 mRNA boosts PD-L1 ...
New research shows that the Super Elongation Complex drives both stem cell reprogramming and neural differentiation by releasing paused RNA ...
New research in fruit flies shows that the RNA methyltransferase Mettl16 is dispensable for survival but essential for fertility, acting ...
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© 2025 Scienmag - Science Magazine