Introduction
Aging is an inevitable part of life, but recent research suggests that a daily multivitamin may help slow down this process. A study conducted by Mass General Brigham in Boston sheds light on how certain supplements can impact biological aging, offering new insights into health and longevity.
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Aging can’t be halted, but new findings imply that a daily pill may decelerate it, according to research from Mass General Brigham in Boston.
The study, published in Nature Medicine, revealed that among participants who consumed a multivitamin daily for two years, biological aging slowed by roughly four months.
Biological aging refers to the cellular aging process, which can differ significantly from one’s chronological age.
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These findings emerged from a comprehensive randomized clinical trial involving almost 1,000 healthy older adults, averaging around 70 years of age. Participants were divided into four groups, with one group consuming a daily multivitamin-multimineral supplement along with a cocoa extract, another group taking cocoa extract and a placebo, a third group taking a placebo and multivitamin, and a fourth group relying solely on a placebo, as noted in the study’s press release.

Among people who took a multivitamin every day for two years, biological aging slowed down by about four months. (iStock)
The researchers examined blood samples from participants at various intervals throughout the study, focusing on five biomarkers, commonly referred to as “epigenetic clocks,” which assess age-related changes in DNA.
Dr. Marc Siegel, a senior medical analyst for Fox News, discussed the implications: “Aging at the cellular level can be marked by DNA methylation, which may either increase or decrease in some cells. This is also described as epigenetic changes – or DNA expression.”
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Individuals who took multivitamins demonstrated a noticeable slowdown in biological aging across all biomarkers, including two specifically linked to longevity.
The most significant advantages were observed in participants who had a biological age surpassing their chronological age, according to the researchers.

Those who took multivitamins showed a biological aging slowdown across all biomarkers, including the two that are linked to longevity. (iStock)
Senior author Howard Sesso, associate director of the Division of Preventive Medicine at Mass General Brigham, emphasized the significance of the study, stating, “There is a lot of interest today in identifying ways to not just live longer, but to live better.” He further remarked, “It was exciting to see the benefits of a multivitamin linked to markers of biological aging. This study opens the door to exploring accessible and safe interventions that contribute to healthier, higher-quality aging.
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Siegel, who was not part of the study, described the results as both “scientific and significant,” suggesting that further exploration is crucial.
However, it remains uncertain which component of the multivitamin contributed to the slowdown in aging.
“There is a lot of interest today in identifying ways to not just live longer, but to live better.”
“Numerous possibilities exist, from biotin to calcium, zinc, and vitamins B, C, or D, along with niacin and minerals like magnesium and copper,” he shared. “I personally believe in the benefits of riboflavin, thiamine, and vitamin D, but further research is needed to clarify these relationships.”
Some limitations were noted in the research, including the small magnitude of aging effects and uncertainties regarding their influence on actual medical outcomes.
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The study was predominantly limited to older participants of European ancestry, which raises questions about the generalizability of these findings to a broader population.
Additionally, the research did not investigate the relationship between epigenetic clock shifts and tangible health outcomes, including reduced disease risk or increased lifespan.

Additional studies will also look at other potential benefits of daily multivitamins, such as cognitive function and reduced cancer risk. (iStock)
Researchers are gearing up for follow-up studies to determine if the biological aging slowdown continues beyond the trial phase, as well as its potential effects on clinical outcomes.
Future investigations will also explore other possible advantages of daily multivitamins, such as improvements in cognitive function and a reduced risk of cancer.
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“Many individuals take multivitamins without fully understanding their benefits, so increasing our knowledge about these potential health advantages is crucial,” Sesso concluded. “We are fortunate to have a rich resource of biomarker data to investigate how two interventions may enhance biological aging and diminish age-related clinical outcomes.”
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The study received funding from the National Institutes of Health.
Conclusion
The potential for multivitamins to influence biological aging opens up exciting avenues for further research. As scientists continue to examine this area, we may discover new, accessible ways to promote healthier aging and improve overall quality of life.