MedPage Today

Company

Last mentioned: Mar 17, 2026

Timeline

  1. Biological Aging Analysis

    New data confirms daily supplements slow the ticking of the biological aging clock in older adults.

  2. Biological Aging Analysis

    New data reveals daily multivitamins significantly slow epigenetic aging clocks.

  3. COSMOS-Web Study

    Research published in the American Journal of Clinical Nutrition linked multivitamins to improved memory.

  4. Cognitive & Clinical Results

    Initial findings on memory and cardiovascular outcomes published with mixed results.

  5. Initial COSMOS Results

    Early data focused on cardiovascular and cancer outcomes showed neutral results for multivitamins.

  6. COSMOS Trial Launch

    Large-scale randomized trial begins investigating cocoa extract and multivitamins.

Stories mentioning MedPage Today 5

regulation Bearish

Judicial Ruling Stalls RFK Jr.’s Vaccine Policy Overhaul

A federal judge has issued a significant ruling halting the momentum of Health Secretary Robert F. Kennedy Jr.’s vaccine-skeptic agenda within the Trump administration. The decision represents the first major judicial check on the 'medical freedom' movement's efforts to dismantle established public health protocols.

2 sources
health-it Neutral

The Precision Gap: Evaluating the Reliability of Digital Allergy Forecasts

Digital allergy forecasts have become a staple for millions of seasonal allergy sufferers, yet their predictive accuracy often lags behind physical pollen measurements. As the Health IT sector integrates more environmental data into patient care, the lack of standardized validation for these proprietary algorithms poses a challenge for clinical reliability.

2 sources
clinical-trial Bullish

COSMOS Trial: Daily Multivitamins Significantly Slow Biological Aging Clocks

A prespecified analysis of the large-scale COSMOS trial has found that daily multivitamin-multimineral supplementation significantly slows markers of biological aging in older adults. The study provides robust clinical evidence that standard nutritional interventions can influence cellular longevity and epigenetic health beyond simple deficiency prevention.

2 sources