EpiAge 5.0.1

People age at different rates. Some appear and feel older than their actual age, while others seem younger than their chronological age.

Our biological age is a more accurate indicator of our health, well-being, and lifespan than our chronological age.

DNA serves as the hardware, genetics as the operating system, and DNA methylation along with other epigenetic factors act as the software that programs the genome.

A significant shift in the quest for biological age markers transpired with the unveiling of the "epigenetic clock" by Horvath. This clock relies on assessing DNA methylation status at 500 strategic locations in DNA.

Research indicates that an accelerated "epigenetic clock" may be linked to a heightened risk of various age-related chronic diseases like cardiovascular disease and cancer later in life (source). Nonetheless, this field remains open and necessitates further investigation.

Crucially, unlike genetics, epigenetics—potentially reversible by dietary interventions and lifestyle modifications.

Emerging studies suggest that dietary adjustments can lead to a slowdown in the progression of the epigenetic clock in specific individuals, although this area requires further exploration (source).

National medical associations have long recommended lifestyle modifications such as exercise and dietary changes. Nevertheless, more data is required to determine the most effective changes, which should be tailored to each individual.

One method to discover beneficial lifestyle alterations is by sharing experiences with others and analyzing how differences in lifestyle affect us. Technologies like the Epi-Age app and artificial intelligence now make this feasible.