Aging Hallmarks
Cross-source consensus on Aging Hallmarks from 1 sources and 6 claims.
1 sources · 6 claims
How it works
Highlighted claims
- Cellular senescence is a major longevity-research target because senescent cells accumulate and secrete inflammatory proteins. — Longevity Therapeutics and Aging Biology
- Genomic instability is driven by DNA mutations that occur throughout life and can contribute to dysfunction and cancer. — Longevity Therapeutics and Aging Biology
- Epigenetic aging involves chemical DNA changes that affect gene expression. — Longevity Therapeutics and Aging Biology
- Proteostasis declines when damaged or unneeded proteins are not recycled effectively. — Longevity Therapeutics and Aging Biology
- Mitochondrial dysfunction reduces energy and function with age. — Longevity Therapeutics and Aging Biology
- Telomere attrition can cause cells to shut down, lose replication capacity, or contribute to cancer-related problems. — Longevity Therapeutics and Aging Biology