Long-Term Study Finds No Mortality Benefit in Daily Multivitamin Use for Adults 20+

Study: Multivitamin Use and Mortality Risk in 3 Prospective US Cohorts. Image Credit: Sergii Sobolevskyi/Shutterstock.com

What are the potential risks or ⁤side ⁣effects associated with long-term daily multivitamin use, even if there ​is no mortality⁤ benefit?

Long-Term Study Finds No Mortality Benefit in Daily Multivitamin ‌Use ‌for Adults 20+

A long-term study conducted on the use of ⁣multivitamins in‌ adults aged 20 and over has concluded that there⁤ is no mortality benefit associated with ‍daily⁤ multivitamin use.⁤ This study, which spanned over several years, observed ‍a large cohort of adults and carefully ⁢analyzed​ their vitamin intake and overall health outcomes.

The findings of this study are significant, as they challenge⁣ the widespread belief that‌ taking⁤ a daily multivitamin can lead to better⁢ overall health and longevity. Many adults take multivitamins as a⁢ form of nutritional insurance, believing that they are filling any⁤ potential gaps in ‌their ⁢diet and ​promoting better health. However, the results of this study suggest that ​the⁢ benefits of daily multivitamin ‌use⁤ may not be as substantial as previously thought.

Key Findings ⁣of the ⁣Long-Term Study

The long-term ‍study on multivitamin use in adults 20​ and over yielded‍ several ‍important findings:

There was no significant difference in mortality ⁤rates ‍between adults who took a daily multivitamin and‍ those who did not.

The study also found no clear evidence that daily multivitamin use reduced the risk of‍ developing chronic diseases such as cancer or cardiovascular disease.

Adults who regularly consumed a balanced ​diet with a‌ variety of fruits, vegetables, and whole grains were⁤ found‌ to have⁢ similar health outcomes to ⁤those who took a daily ‌multivitamin.

The study suggests that relying on a⁤ multivitamin as a primary source of essential nutrients may not be as⁢ beneficial as previously assumed. It ⁣is important to note that this study does not​ discount the ​potential benefits of addressing specific ‌nutrient deficiencies with targeted‍ supplementation, as there are instances where this may be necessary for optimal ‍health.

Implications for ‍Daily Multivitamin Use

The findings of this ⁣long-term study have significant implications for adults who ‍currently take a daily multivitamin or are considering doing so:

It is essential ‌to prioritize a balanced and varied diet that provides‍ essential nutrients through whole foods rather than relying solely on a multivitamin.

The use of a multivitamin should not be seen as a substitute for a healthy diet and lifestyle, including regular physical activity​ and adequate sleep.

Individuals with specific nutrient ​deficiencies may benefit from targeted supplementation, but this should be ​done under the guidance of a healthcare ​professional.

In light​ of these findings,‌ adults‍ are encouraged to prioritize their overall dietary habits and focus on⁤ consuming a wide range of nutrient-dense foods to support their long-term health ⁢and well-being.

Benefits and⁢ Practical Tips ⁤for Supporting Overall‍ Health

While the‌ use of daily multivitamins‌ may⁢ not provide a mortality benefit for⁢ adults 20 and over, there ⁣are many ways to ​support overall health and well-being through dietary and lifestyle choices:

Focus on consuming a variety of fruits and vegetables, aiming for a colorful plate that‌ includes a range of nutrients.

Incorporate whole grains, lean proteins, and healthy fats ‌into your meals to ensure a⁤ well-rounded and balanced diet.

Stay hydrated by drinking an adequate amount of water ‌throughout ⁢the day to support overall bodily functions.

Engage in regular physical ‌activity, including both cardiovascular exercise‍ and strength training, to promote cardiovascular health, muscle strength, ⁣and overall fitness.

Prioritize⁢ adequate sleep, aiming for 7-9 ⁢hours of quality sleep each‍ night⁢ to support physical and mental well-being.

By prioritizing these ⁢dietary and lifestyle factors, adults can support their overall health and well-being without relying solely ⁣on a daily multivitamin for⁢ nutritional support.

Case‌ Studies and First-Hand Experiences

Many ⁢individuals ​have reported varying experiences with daily multivitamin use, and case studies and first-hand experiences​ can provide valuable insights into the potential benefits and limitations of multivitamin supplementation. ‍While ‌the long-term​ study discussed earlier suggests no mortality ⁣benefit ⁣associated with⁤ daily multivitamin use, individual experiences ⁤may vary. It ​is important to ​consider ​personal health goals, dietary habits, and any underlying health conditions when evaluating the ​potential role of ⁣a multivitamin in one’s overall wellness plan.

the long-term study on ‌daily ‌multivitamin use ​for adults 20 and over presents compelling evidence that⁤ challenges the notion ⁤of a mortality benefit associated with multivitamin supplementation. While these findings may prompt individuals to⁣ reconsider their‍ reliance on a daily multivitamin, it is essential⁣ to emphasize the importance of a balanced diet and healthy lifestyle practices for supporting long-term health and well-being. By focusing⁢ on whole foods, regular physical activity, and other‍ lifestyle factors, adults⁤ can take proactive steps ⁤to promote their overall health​ without relying⁢ solely‍ on a multivitamin ​for nutritional support.
A new report that was recently released by JAMA ⁤Network Open has sought to ​examine the​ connection between regular‍ multivitamin (MV) supplementation and the risk of mortality ​among adults in the United States.

The Context

Approximately one in three individuals ⁤in the⁤ United States regularly⁣ takes multivitamins in​ an effort to maintain or improve their health and reduce the risk of disease. Therefore, it is crucial to understand the relationship between MV supplementation and the risk of mortality for the purpose of public health guidelines.

The United States Preventive Services Task Force (USPSTF) performed an assessment in 2022 on the data‍ pertaining to multivitamin usage and the risk of ⁣death ⁢from randomized⁤ controlled trials. Their conclusion was that due to ⁢the short​ duration of follow-up and ⁢the lack ⁣of external validation, there is insufficient evidence to determine ⁤the risk-benefit ⁤ratios. Observational studies have yielded​ conflicting results, with differences in multivitamin content and confounding factors potentially accounting for their varied outcomes. Multivitamin users may be more health-conscious, leading ⁢to healthier diets, ​increased physical activity, and reduced smoking. However, individuals over the age⁢ of ​65 with‌ underlying health conditions are more ⁤likely to use multivitamins, as they⁣ have an increased risk of death.

About the Research

The researchers in this study sought to explore whether regular multivitamin use could reduce the risk of death in the‍ adult population of the United States.

The study ‍included⁣ adults with no history of chronic medical conditions or cancer who were part of the Prostate, Lung, Colorectal, and Ovarian Cancer Screening (PLCO) ‌trial with 42,732 individuals, the‌ Agricultural ⁢Health Study (AHS) with ​19,660 individuals, or the National⁢ Institutes of Health-AARP Diet and Health Study (NIH-AARP) with​ 327,732 individuals. The participants’ baseline ⁣multivitamin‌ use was assessed between 1993 and ⁢2001, followed by subsequent⁤ assessments between 1998 ⁤and ‌2004, as well as a ​characterization ⁤of confounding ​factors. The researchers followed the ⁢participants until the end of⁢ the study (December 2019 for NIH-AARP and AHS; December 2020‍ for PLCO) or⁤ until ⁣their death. The mortality data ‌was obtained‌ from the National Death Index (NDI)‍ and specific causes of death were classified using‍ the International Classification of Diseases, Ninth Revision (ICD-9) or ICD-10 codes.

The ⁢researchers used self-reported multivitamin use ‍as the main exposure⁤ and ‍death as the⁢ primary outcome.⁣ The participants provided ⁤information on multivitamin use through baseline questionnaires, and ⁤the‍ researchers also considered follow-up dietary questionnaire data at five years, three ⁣years, and nine years after ‍the start of the AHS, PLCO, and⁢ NIH-AARP studies, respectively. The ⁤researchers used Cox proportional hazards⁣ regression modeling to​ calculate hazard ‍ratios ‌(HR) and adjusted for factors⁤ such as age, sex, body ​mass index (BMI), race, ethnicity, education, physical activity,​ marital status, alcohol and coffee‌ intake, ⁣smoking habits, Healthy‍ Eating Index 2015 (HEI-2015) ‌scores, and ⁣family history of cancer. Data was analyzed from June 2022 to April 2024.

Individuals who responded through a proxy, those who died ‍before completing the study questionnaires, those with confirmed cancer,⁤ myocardial infarction, ⁢diabetes, ‍end-stage renal disease, or stroke at baseline, ​those with extreme calorie intake, or those with missing data were excluded from the analysis (n=105,871).

Findings

The study included 390,124 individuals, with 327,732 from NIH-AARP, 42,732 from PLCO, and 19,660 from AHS, ‍resulting ⁢in a total of 7,861,485 person-years of follow-up. The ‌median age of⁤ the participants was 62 years, and 55% were male. During the follow-up period, there were 164,762 deaths, with 41% being non-smokers⁢ and 40% having attained a college-level​ education. Out ⁤of ‌the total deaths, 49,836 were due to cancer, 35,060 ​due to cardiovascular diseases,⁣ and 9,275 due to cerebrovascular diseases.

Among ⁣regular ⁣multivitamin users, 49% and 42% were female with‍ a college-level education, compared to 39% and ​38% among non-users, respectively. In contrast, 11% of⁢ regular multivitamin users, compared to 13% ⁣of non-users, were⁣ current smokers. The study found that‍ multivitamin use was not associated with⁢ a reduced risk of death ⁢from​ any cause during the initial ⁤or subsequent follow-up periods. Hazard ratios ‍were consistent for the primary causes of mortality ​and for the time-varying assessments.

The researchers⁤ observed that there ⁤were qualitative differences in the effects by age, BMI, and smoking status, but not by sex, HEI-2015 scores, race, or ethnicity. In the‍ initial ‍follow-up analysis, hazard ratios for regular multivitamin use and any-cause death were​ higher for individuals under 55 years of age. The meta-analysis, which included time-varying estimates from all ⁣cohorts, revealed that regular ⁢multivitamin use was associated with a ⁢4.0%⁣ higher risk of⁣ any-cause death in the ⁢initial follow-up, but ‌not in the subsequent follow-up.

Conclusion

The findings of this study do not support the idea that regular multivitamin use leads to increased longevity. However, it ⁣is not possible to rule out ⁣the potential effects of regular multivitamin use on other health outcomes related to aging. Further research should involve non-observational ‍study designs and a ​more diverse population in order to improve the⁣ generalizability of the findings.

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