Epigenetics

Epigenetic Tests Conducted in Our Research:

As part of our research, we’ve conducted a range of epigenetic tests that focus on how environmental factors, lifestyle choices, and toxin exposure can influence gene expression and cellular function. These tests allow us to identify how epigenetic modifications impact an individual's health and disease risk, even if their underlying genetic code remains unchanged. The key epigenetic tests include:

  1. DNA Adducts Testing: This test identifies harmful substances, such as heavy metals or environmental toxins, that bind to DNA, potentially causing permanent disruptions in gene activity and contributing to disease.
  2. Lymphocyte Activity/Toxin Exposure Tests: By measuring toxin levels in lymphocytes, we can assess the body’s toxic burden and monitor exposure to common environmental toxins at an early stage. This test provides crucial information about the body’s ability to detoxify and maintain cellular health.
  3. Mitochondrial TL (Telomere Length) Testing: This test evaluates the length of mitochondrial telomeres, which serve as markers of mitochondrial health and aging. Shortened telomeres are associated with mitochondrial dysfunction, aging, and various diseases.
  4. Cardiolipin Studies Tests: Cardiolipin is a lipid found in mitochondrial membranes. Testing for cardiolipin function helps assess mitochondrial integrity and energy production capacity, providing insights into overall cellular health.
  5. Glutathione-S-Transferase Testing: This test measures the activity of glutathione-S-transferase enzymes, which play a vital role in detoxification by neutralizing free radicals and aiding in the removal of toxins from the body.
  6. Metallothionein Protein Testing: Metallothioneins are proteins involved in detoxifying heavy metals. These tests help determine how well the body is handling toxic metals, such as mercury and cadmium, and can indicate potential overload or insufficient detoxification capacity.
  7. DNA-Associated Zinc Testing: This test measures the levels of zinc bound to DNA, offering insights into how the body manages this essential mineral and its role in cellular function, especially in relation to detoxification and oxidative stress.

These research studies provide us with critical data on the body's cellular health, toxin load, and ability to maintain optimal function. By understanding these factors, we are able to create highly effective, targeted solutions that support detoxification, mitochondrial function, and overall wellness.