Archive · 16 Sep 2025
Vitamin D May Slow Aging, Research Suggests
Imagine your cells have tiny caps called telomeres, like the plastic ends of shoelaces.
These caps get shorter as you get older, which can lead to aging and sickness.
Research suggests that vitamin D may help keep these caps longer, slowing down the aging process.
Vitamin D works by reducing things that damage these caps, like inflammation.
Because vitamin D receptors are found in many cells throughout the body, it is important for overall health.
Research suggests Vitamin D supplementation can slow biological aging.
Vitamin D may preserve telomere length.
Telomeres shorten as cells divide, contributing to aging.
Shorter telomeres are associated with diseases and shorter lifespans.
Vitamin D reduces inflammation and oxidative stress, aiding telomere maintenance.
- Who
- Dr. Shrey Srivastava and medical publications
- What
- Research suggests vitamin D supplementation may slow biological aging.
- When
- Not specified in the article.
- Where
- The American Journal of Clinical Nutrition.
- Why
- Vitamin D may help maintain telomere length.
- Main Claim
- Vitamin D may slow biological aging.
- Mechanism
- Preserving telomere length.
- Telomeres
- Chromosome endings that shorten with cell division.
- Telomere Shortening
- Linked to aging, diseases, and reduced lifespan.
- Vitamin D's Role
- Reduces inflammation and oxidative stress.