With the superior precision of our Algorithmic Platform for Epigenetic Examination (APEX), Elysium calculates your biological age and system ages by examining sites on your DNA where methylation has taken place. DNA methylation is an epigenetic modification that influences how genes are expressed and their genome-wide pattern changes predictably with age.
We employ the custom Elysium chip, developed with the help of biotechnology leader Illumina, to analyze your methylation patterns via a computational approach that significantly improves upon past biological clocks.
- The most precise epigenetic biological age test
Precision and reliability are significant challenges for measuring biological age at the individual level. To develop the most precise and reliable test, Elysium partnered with Morgan Levine, Ph.D., of Yale University—a leading epigenetics researcher. Index leverages a unique machine learning solution demonstrated in Nature Aging to be the most precise and reliable among published epigenetic age measures. - A better predictor of physical functioning status
Index is more predictive of physical functioning status than prior leading measures. This means biological age as measured by Index corresponds closely with how your body is expected to perform and is a more accurate predictor of how quickly you’ve been aging. - Deeper insights into how your body has been aging
Each of the nine system measures is based on DNA methylation signatures present in your genome that reflect a number of biomarkers relevant to that particular system. Biomarkers were chosen for how closely they are associated with aging and their ability to indicate overall long-term health and wellness. Elysium is the first to offer this level of insight. - Better ability to track lifestyle changes over time
Motivated to make changes to your lifestyle and track the impact on your rate of aging? You need to eliminate noise over time. Repeatability and better prediction of physical functioning status add up to a better ability to track the impact of your lifestyle changes on your biological age and system age scores.