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Vitamin D impact on telomeres and longevity

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2026-10-03 07:54 UTC → 2026-10-19 06:21 UTC · added removed

Nutrition and vitamin Vitamin D impact on biological aging telomeres and longevity

Research and medical expertise continue continues to highlight reinforce the relationship link between nutrition, vitamin D, D and biological aging. A study conducted by Augusta University in Recent findings from the United States suggests VITAL study, published in The American Journal of Clinical Nutrition, support previous observations that daily 2,000 IU vitamin D D3 supplementation may slow certain biological can influence cellular aging processes. By monitoring 1,031 participants with an average age by reducing the loss of 65 telomere length over five years, researchers found time. Expanding on earlier studies from Augusta University, new data suggests that those receiving a daily dose the protective effect of 2,000 IU of vitamin D maintained 140 more base pairs in their telomeres compared to a placebo group. Experts suggest the anti-inflammatory effects of vitamin D daily doses may be the mechanism responsible for slowing this degradation, noting that telomeres typically shorten equivalent to delaying age-related telomere loss by approximately 460 base pairs per decade during natural aging. Medical professionals emphasize nearly three years. This effect appears specific to vitamin D, as it was not observed with omega-3 fatty acids. Furthermore, research involving over 300,000 British adults indicates that the effectiveness of low vitamin D is highly dependent on absorption methods. Endocrinologist Stephan Scharla notes levels (below 25 nmol/l) are associated with a 25 percent higher mortality risk from cardiovascular, respiratory, and neoplastic diseases. Medical experts emphasize that the timing of intake can influence maximizing absorption and utilization. Because it is critical. Since vitamin D is fat-soluble, it is best should be consumed with meals containing moderate fat. Additionally, deficiencies remain common in Central and Northern Europe during winter months when UVB radiation is insufficient. Regarding skin health, nutritional physician Dr. Matthias Riedl explains that certain dietary habits can accelerate wrinkle formation. He identifies nicotine and excessive alcohol consumption as significant factors that damage skin elasticity and promote inflammation. Furthermore, foods that cause rapid blood sugar spikes, such fats—such as toast eggs, avocado, nuts, or fatty fish—rather than on an empty stomach or with fat-free products. While high caffeine intake has been linked to lower vitamin D levels and jam, extremely high fiber intake may negatively impact skin health and contribute to premature aging. interfere with nutrient absorption, experts stress that a balanced diet remains essential for optimal supplementation efficacy.

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  1. 2026-10-19 06:21 UTC Vitamin D impact on telomeres and longevity
  2. 2026-10-03 07:54 UTC Nutrition and vitamin D impact on biological aging
  3. 2026-09-22 08:04 UTC Nutrition and vitamin D impact on biological aging

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