Scientists Discover How Mitochondrial Enzyme Drives Chronic Inflammation in Aging
New research reveals how succinate dehydrogenase creates inflammatory immune responses that accelerate aging processes.
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New research reveals how succinate dehydrogenase creates inflammatory immune responses that accelerate aging processes.
New research reveals how senescent lens cells create inflammatory loops that accelerate age-related cataracts.
New research identifies a key gene that declines with brain aging and may serve as an early biomarker for cognitive decline.
Tiny cellular packages in the gut carry aging signals that can transfer metabolic dysfunction between organisms.
Researchers discover how cellular senescence drives aggressive endometriosis and identify stigmasterol as a promising natural treatment.
Comprehensive review reveals how various forms of dietary restriction activate longevity pathways and improve healthspan across species.
Scientists discover how a sugar metabolism byproduct can halt a key aging mechanism linked to chronic inflammation.
New research reveals how phosphoenolpyruvate (PEP) protects against age-related inflammation and promotes healthy aging.
Researchers identify subtle changes that occur years before neurodegeneration becomes clinically apparent, opening new prevention windows.
Short-lived killifish show rapid immune aging with inflammation and DNA damage, offering insights for human longevity research.
New podcast episodes explore how AI analyzes blood biomarkers like proteomics and DNA methylation to predict health risks and biological aging.

Stefan Saxinger shares his sustainable approach to maintaining youth through bodyweight exercises, functional training, and stress management.