Biological Age Testing

What is Biological Age Testing?

Biological age testing goes beyond your chronological age to assess how well your body is aging on a cellular and molecular level. One of the most advanced methods for determining biological age is through glycosylation analysis, which examines how sugar molecules attach to proteins in the body. This process plays a crucial role in aging and overall health.

Understanding Glycosylation and Aging

Glycosylation is a process where carbohydrate chains, known as glycans, are added to proteins or fats in a regulated fashion, mediated by the actions of enzymes. Over time, glycosylation patterns change due to factors such as:

  • Inflammation
  • Metabolic health
  • Immune system function
  • Lifestyle choices (diet, exercise, and stress levels)

Scientists have discovered that changes in glycan patterns are closely linked to the aging process. By analyzing these patterns, researchers can estimate an individual’s biological age with high accuracy.

How Glycosylation-Based Biological Age Testing Works

This type of biological age testing measures specific glycan markers in the bloodstream. The test typically involves:

  1. A simple blood sample – Collected through a standard blood draw.
  2. Analysis of glycan structures – A lab examines glycan patterns on immunoglobulin G (IgG), a key immune system protein.
  3. Comparison to biological age models – The glycan profile is compared against large-scale aging databases to determine biological age.

Since glycans are highly responsive to lifestyle changes, glycosylation-based biological age testing provides a dynamic and personalized measure of aging, making it an excellent tool for tracking health improvements.

Why Glycosylation-Based Biological Age Testing Matters
  1. Predicts Inflammation-Related Aging – Glycosylation patterns strongly correlate with chronic inflammation, a major driver of age-related diseases.
  2. Tracks the Effects of Lifestyle Changes – Improvements in diet, exercise, and stress reduction can be reflected in glycan profiles, allowing individuals to see the real impact of their health efforts.
  3. More Accurate Than Traditional Aging Markers – Unlike telomere length or other aging markers, glycosylation changes occur earlier and are more responsive to interventions.
Who Can Benefit from Glycosylation-Based Biological Age Testing?

This test is ideal for individuals who:

  • Are engaged in weight loss programs and want deeper insights into how their progress affects aging.
  • Are looking to measure the long-term impact of lifestyle changes on their health.
  • Want early detection of age-related health risks and personalized strategies to slow aging.

Get Your Biological Age Tested with Glycosylation Analysis

At LIC Lifestyle & Beauty, we now offer biological age testing based on glycosylation analysis as part of our weight loss program, or as an individual service for general health and longevity assessment. With testing conducted every 6-12 months, our patients can track how weight loss and/or lifestyle modifications impact their aging process at a molecular level.

If you’re interested in learning more or scheduling your biological age test, contact us today and take control of your health journey.