New research reveals Ube2g1 upregulation in hematopoietic stem cells drives immune senescence via tyrosine phosphorylation, offering insights for reversing age-related decline, based on Haematologica ...
Cornell University research reveals white fat can generate heat via uncoupling, offering a potential complementary therapy to GLP1 agonists for obesity, with recent discussions at conferences highligh...
Recent research shows targeted removal of dysfunctional B cells in aged mice improves immune function and healthspan, suggesting new therapeutic avenues for combating age-related decline. A new study ...
Emerging research links aging oral microbiome with senescent cells to amplify systemic inflammation, driving diseases like Alzheimer’s and offering new intervention targets such as probiotics an...
Recent studies show targeted epigenetic reprogramming with Yamanaka factors rejuvenates neurons, reversing cognitive decline in aged mice and reducing Alzheimer’s markers, with AI enhancing safe...
DeepRare, a multi-agent AI system, achieves 10% higher accuracy than expert physicians in diagnosing rare diseases, potentially reducing diagnostic delays and transforming clinical practice with trans...
Partial OSK reprogramming rejuvenates engram neurons in aged mice, improving memory by over 50%, with recent studies enhancing safety and biotech firms advancing towards human trials. New research sho...
A new AI system, DeepRare, demonstrates superior accuracy in diagnosing rare diseases using real-time data and self-reflective reasoning, as detailed in a 2026 Nature study, with potential to reduce d...
Advanced coronary CT scans with machine learning now quantify plaque volume more accurately than LDL levels, enabling early intervention and personalized prevention for cardiovascular disease. New AI-...
Recent studies reveal elevated IL-6 levels strongly correlate with Alzheimer’s and mild cognitive impairment, highlighting inflammaging’s role and potential for lifestyle and drug interven...
