Generation Lab’s SystemAge Test is designed to measure biological aging at the organ system level, helping identify early signs of age-related decline before symptoms or disease may appear.
SystemAge analyzes DNA methylation patterns across more than 260,000 cytosine sites and evaluates hundreds of biomarkers to assess how different organs and systems are aging.
One of the most convenient aspects of the SystemAge Test is the simple, virtually painless blood collection process. Unlike a traditional blood draw that requires a visit to a laboratory or needle inserted into a vein, SystemAge uses the innovative Tasso® collection device, allowing clients to collect their sample from the comfort of their own home.
The Tasso Button adheres gently to the upper arm using a light adhesive. When activated, the device creates a small vacuum and uses a tiny lancet to gently prick the surface of the skin. The vacuum then draws a small amount of blood from the capillaries into a collection container attached to the device. The process is quick, straightforward, and designed to make blood collection as comfortable and stress free as possible.
This user-friendly collection method makes advanced biological age testing more accessible, eliminating many of the barriers associated with conventional blood draws while still providing the high-quality sample needed for comprehensive analysis.
What makes SystemAge stand out is its organ specific approach. Rather than providing one general biological age score, the test is designed to show which systems may be aging faster and what factors may be contributing to that accelerated aging.
The goal is to give clinicians and clients actionable insight, not just data. Based on each person’s organ age profile, SystemAge provides targeted recommendations across lifestyle, nutrition, exercise, and health optimization strategies.
For individuals who want a deeper understanding of how their body is aging, SystemAge offers a more targeted way to measure biological aging speed and identify areas where early intervention may make the greatest impact.
