News summary

Calorie Restriction Slows the Accumulation of Nuclear DNA Damage

Source: Fight Aging! • Published: 17 Sept 2026, 10:22

Summarized by Masters of Longevity from Fight Aging!.

A study reports that reducing calorie intake in mice lowered accumulation of nuclear DNA mutations across multiple tissues, with variable effects by tissue and genomic region.

Calorie Restriction Slows the Accumulation of Nuclear DNA Damage
Key Takeaways
  • Calorie restriction reduced substitution, insertion, and deletion mutation burdens in multiple mouse tissues.
  • Liver cells showed a larger mutation reduction from calorie restriction than kidney or brain cells.
  • Mutation reductions were greatest in genomically inactive regions in liver and kidney cells.
Read the full article at Fight Aging!

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