Injectable Nanozyme-miRNA System Reverses Cartilage Aging in Osteoarthritis
A novel injectable platform combining miR-197-3p and Prussian blue nanozymes reverses chondrocyte senescence and restores cartilage in OA models.
9601 articoli
A novel injectable platform combining miR-197-3p and Prussian blue nanozymes reverses chondrocyte senescence and restores cartilage in OA models.
Johns Hopkins researchers reveal how TDP-43 loss accelerates toxic tau buildup, uncovering a key mechanism in Alzheimer's and related dementias.
A meta-analysis of 4 RCTs finds semaglutide and tirzepatide significantly reduce worsening heart failure events in obese patients within 5–6 months.
Imaging 16 million pancreatic cells reveals macrophage-T cell interactions and beta-cell stress signatures at the earliest, preclinical stages of type 1 diabetes.
A new PTM called lysine pyruvylation links glycolytic activity directly to gene regulation, with SIRT3 acting as the eraser.
A new index combining brain atrophy, white matter lesions, and cognition reveals who maintains brain health with age — and who doesn't.
A small but rigorous crossover trial shows a ginseng compound dramatically boosts muscle stem cells and mitochondrial content in women over 60.
Gut dysbiosis drives brain aging — and targeted probiotics may help reverse it. Here's what the latest review reveals.
A new review reveals how natural compounds could modulate EZH2 — a critical epigenetic enzyme — to slow aging without the risks of strong drug inhibition.
Dom D'Agostino returns to STEM-Talk to unpack 20+ new papers on ketogenic metabolic therapy for cancer, ketone supplement safety, and HBOT for TBI.
Movement coach Ido Portal reveals how play, transitions states, and bodily awareness can reshape stress responses and deepen mind-body connection.
A new review argues that systemic blood recalibration and partial cellular reprogramming target different axes of aging and should be combined.