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Complete DNA Methylation Profile (OSM)

Complete DNA Methylation Profile (OSM)

Regular price £43.00 GBP
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SKU:OSM

Epigenetic changes in DNA methylation are key indicators of biological aging and long-term health. The OSM profile analyses global methylation status and epigenetic clocks to provide insights into biological age, disease susceptibility, and longevity potential. It helps uncover hidden imbalances that contribute to premature aging, chronic disease risk, and reduced cellular repair capacity.

Why DNA Methylation Profile (OSM) Matters?

The OSM profile is a comprehensive epigenetic tool that looks beyond nutrition, measuring global DNA methylation patterns and aging markers. By comparing your biological age with your chronological age, it highlights risks for cancer, cardiovascular disease, cognitive decline, and accelerated aging, offering personalised strategies for prevention and healthy longevity.

What Gets Assessed?

  • Global DNA methylation patterns
  • Epigenetic aging markers (biological vs chronological age)
  • Methylation imbalance (hypo- vs hypermethylation)
  • Disease susceptibility and longevity indicators

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FAQs

Who should consider the OSM DNA Methylation Test?

The OSM test is recommended for individuals interested in longevity, anti-aging strategies, and proactive health screening. It is particularly valuable for those seeking early detection of chronic disease risk and insights into their biological age.

How is the OSM test different from the NUT10 DNA Methylation Test?

While the NUT10 profile is focused on nutrition and metabolic methylation balance, the OSM test provides overview about DNA methylation patterns and biological age, offering a more comprehensive picture of long-term health and ageing.

What sample type is required for the OSM test?

The OSM DNA methylation test can be performed using either a blood sample or a saliva sample. Both are processed in specialist epigenetics laboratories to accurately assess methylation markers and biological age.

Can lifestyle changes influence DNA methylation?

Yes. Lifestyle choices, including diet, stress management, regular exercise, quality sleep, and targeted supplementation, can positively affect DNA methylation. These changes may slow biological ageing and help reduce long-term disease risk.