Vitamin D Receptor Knockout in Mice Accelerates Aging

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Rhonda Patrick in a FoundMyFitness Clips video.

Anti-AgingContentTesting

Quotes From Source

“The vitamin D receptor knockout affects the way they age.”

Story of claim

Removing vitamin D receptors in mice accelerates aging, suggesting its critical role in longevity. Organs age faster in receptor knockout mice.

  • Goal: To demonstrate the impact of vitamin D receptor on aging in mice.
  • Proof: A 2009 study shows accelerated aging in mice lacking vitamin D receptors, highlighting its importance in aging processes.
  • Nuances:
    • Study published in 2009 shows accelerated aging model.
    • Mice showed differences after four months.
  • Impact on Life: Understanding vitamin D's role in aging can guide research into human longevity.

Investments

  • Price: Research dependent
  • Time: Ongoing research required
  • Effort: Requires scientific study and analysis

Risks

Findings in mice may not directly translate to humans. Further research is needed.

Alternatives

  • Explore other genetic factors affecting aging.

Get Started 🚀

  • Study existing research on vitamin D's role in aging.
  • Consider potential applications in human health research.

Brogevity AI can make mistakes. Check important info.

Reference Video