Biological age reversal, epigenetic clocks, senolytics, and anti-aging interventions
1,805 articles
A comprehensive review reveals hypothalamic GHRH does far more than trigger growth hormone—it governs sleep cycles, metabolism, and energy balance.
New research finds functional thymic tissue persists in adults over 50, with women and nonsmokers retaining significantly greater immune-generating capacity.
GSH levels drop with age, raising oxidative stress risk. Learn how diet and targeted supplements can restore this master antioxidant.
Aalto University researchers found that gentle near-infrared heat can trigger eye cells' natural repair systems, potentially stopping dry AMD early.
New PET imaging finds no widespread brain inflammation in long COVID patients — pointing instead to heightened activity in stress and emotion regions.
Harvard Health Publishing's first longevity report signals geroscience has crossed into institutional medicine, covering rapamycin, senolytics, and biological age.
The Long Life Family Study gets a major funding boost to use cutting-edge long-read sequencing on 7,800 centenarian-family genomes.
A new gene-based clock can predict how long a person has left to live while simultaneously measuring true biological age.
Researchers discover NLRP3 undergoes liquid-liquid phase separation to ignite inflammation, explaining how diverse stressors trigger the same pathway.
First high-resolution structures of human TauT expose substrate recognition and a cholesterol-mediated dimer—key to aging, heart, and brain health.
A microneedle patch loaded with stem-cell exosomes and bacteria-triggered antibiotics rejuvenates senescent macrophages to combat diabetic wound infections.
A 48-hour treatment with the hypoxia-mimicking compound DMOG rejuvenates senescent mesenchymal stem cells by restoring mitochondrial health and autophagy.
