Research, developed, and published in 2023 by TruDiagnostic and Harvard University, the OMICm Age algorithm is the most precise and accurate mathematical formula ever created to measure biological aging.
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Discover even more about your biological aging with newly added TruAge COMPLETE data reports. Results now contain novel risk analysis of death and disease, along with 50+ new measurements of gene expression.
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Experience the excitement of epigenetics by tracking how effective your lifestyle habits are at slowing, stopping, or even reversing your biological age. Our reports aim to give you useful answers, so you can take action!
SLOW MY AGINGAs calculated using our OMICm Age algorithm. This number is a calculation of the toll that life has taken on your body, and is a number that can fluctuate based on lifestyle, environmental, and/or medical influences.
The difference in each of our biological “mileage” is the reason why we may look and feel significantly older or younger than others who share the same birth year as us.
As calculated using our OMICm FitAge Acceleration algorithm. This number tells you how old you are based exclusively on epigenetic biomarkers of physical fitness and functionality
As calculated using our exclusively licensed DunedinPACE algorithm. This number tells you how many years your body is currently aging, for each calendar year that passes. Results higher than “1” indicate accelerated aging.
When quantifying the aging process, it is important to note that biological age is a different measurement than biological pace of aging, much like a speedometer gives you different information than an odometer during a road trip. Both reflect elements of your journey, but are respectively measuring different things.
Before age clocks were developed, telomere length was a popular measurement used to predict biological age. Now, it is just one of many significant biomarkers that cumulatively determine bodily aging.
As our cells age, the telomeres on their chromosomes become shorter and shorter, until the cell can no longer divide and reproduce.
This eventually impacts how our tissues, organs, and organ systems function, along with our overall health.
Discover how long your telomeres are, as well as how old you would be based solely on that length.
As calculated using our OMICm Age algorithm. Discover whether you’re at an increased or decreased risk (and by what percentage) of death and disease based off of your OMICm Biological Age.
We determine your current risk of death, stroke, cancer, heart disease, COPD, depression, and Type II Diabetes; along with what those risks would be if you were to increase or decrease your biological age by one to several years.
Learn more about the aging status of your muscle strength (Grip Strength), lung function (VO2Max & FEV1), and walking speed (Gait Speed).
These measurements are reported in a format that tells you whether you are performing better or worse than others who share the same calendar age as you, and by what percentage.
Together, these physical functionality measurements determine your overall, OMICm FitAge.
Losing weight can be a challenge for many, especially for those who attempt dietary-based interventions without knowing how their body is biologically programmed to respond.
Our Weight Loss Response report helps thousands plan their weight loss strategy, before committing to a calorie-based routine that may not work.
Discover whether your DNA expression and biology would likely or not-likely make caloric restriction an effective method of weight loss for you.
As calculated using our OMICm Age algorithm. This number is a calculation of the toll that life has taken on your body, and is a number that can fluctuate based on lifestyle, environmental, and/or medical influences.
The difference in each of our biological “mileage” is the reason why we may look and feel significantly older or younger than others who share the same birth year as us.
As calculated using our OMICm FitAge Acceleration algorithm. This number tells you how old you are based exclusively on epigenetic biomarkers of physical fitness and functionality
As calculated using our exclusively licensed DunedinPACE algorithm. This number tells you how many years your body is currently aging, for each calendar year that passes. Results higher than “1” indicate accelerated aging.
When quantifying the aging process, it is important to note that biological age is a different measurement than biological pace of aging, much like a speedometer gives you different information than an odometer during a road trip. Both reflect elements of your journey, but are respectively measuring different things.
Before age clocks were developed, telomere length was a popular measurement used to predict biological age. Now, it is just one of many significant biomarkers that cumulatively determine bodily aging.
As our cells age, the telomeres on their chromosomes become shorter and shorter, until the cell can no longer divide and reproduce.
This eventually impacts how our tissues, organs, and organ systems function, along with our overall health.
Discover how long your telomeres are, as well as how old you would be based solely on that length.
As calculated using our OMICm Age algorithm. Discover whether you’re at an increased or decreased risk (and by what percentage) of death and disease based off of your OMICm Biological Age.
We determine your current risk of death, stroke, cancer, heart disease, COPD, depression, and Type II Diabetes; along with what those risks would be if you were to increase or decrease your biological age by one to several years.
Learn more about the aging status of your muscle strength (Grip Strength), lung function (VO2Max & FEV1), and walking speed (Gait Speed).
These measurements are reported in a format that tells you whether you are performing better or worse than others who share the same calendar age as you, and by what percentage.
Together, these physical functionality measurements determine your overall, OMICm FitAge.
Losing weight can be a challenge for many, especially for those who attempt dietary-based interventions without knowing how their body is biologically programmed to respond.
Our Weight Loss Response report helps thousands plan their weight loss strategy, before committing to a calorie-based routine that may not work.
Discover whether your DNA expression and biology would likely or not-likely make caloric restriction an effective method of weight loss for you.
Research, developed, and published in 2023 by TruDiagnostic and Harvard University, the OMICm Age algorithm is the most precise and accurate mathematical formula ever created to measure biological aging.
Upgrade your previous TruAge COMPLETE samples through our new OMICm Age algorithm to discover your risk of disease, death, and multi-omic, DNA methylation risk scores. PLUS- access our new Fitness and Immune data reports.
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OMICm Age, along with our new report offerings, is exciting healthcare providers and patients alike because it provides novel insights into the reasons why someone is experiencing advanced aging.
Older analysis was limited in the nature of only being able to determine if someone’s biological aging was accelerated or decelerated.
Now, we can not only calculate your biological age, but also tell you what is most likely contributing to that age by evaluating the interconnected layers of human biology, aka the Multiome.
Our OMICm Age data report (included with all TruAge COMPLETE kits) measures dozens of proteins, metabolites and clinical biomarkers (such as hemoglobin, creatinine, triglycerides, and fasting glucose). We then map out whether those scores are correlated with a higher or lower biological age!
In our recent study on the OMICm Age clock, TruDiagnostic researchers highlight just how important an accurate biological age clock is when it comes predicting health outcomes.
For example, if we wanted to predict your risk of dying over the next 10 years with just chronological age (the year you were born), we would only be correct 75.6% of the time.
By comparison, the OMICm Age algorithm can predict death with an accuracy over 88.9% in five years and ten year intervals; marking a 17% improved difference in precision.
No other epigenetic age clock ever developed reaches a nearly 90% level of predictive accuracy and risk determination of death and disease!
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