Micronutrient Genetics

Designed to help individuals uncover possible genetic predispositions to metabolic micronutrient abnormalities.

Vitamins are essential nutrients that play critical roles in many aspects of health, including transport of oxygen through the body, immune function, vision, energy production, fluid balance, and nerve and muscle function. Our Micronutrient Genetics panel breaks down 37 traits into 68 genes to optimize micronutrient balance and promote overall well-being. This panel includes the following:

• Alpha Carotene Level Propensity
• Alpha Tocopherol Level Propensity
• Beta Carotene Level Propensity
• Beta-Cryptoxanthin Level Propensity
• Choline Deficiency Severity
• Choline Need
• Copper Imbalance Risk
• Folic Acid Supplementation Tolerance
• Gamma Tocopherol Level Propensity
• Inactive vs Active Vitamin D Correlation
• Iodine Level Propensity
• Iron Deficiency Risk
• Iron Overload Risk
• Lutein Level Propensity
• Lycopene Level Propensity
• Magnesium Deficiency Risk
• MTHFR Activity
• Nitric Oxide Production
• Omega-3 Need
• Omega-6 Risk
• Potassium Sensitivity and Benefit
• Risk for Zinc Excess
• Risk of Organ Dysfunction from Choline Deficiency
• Selenium Deficiency Severity
• Serum Iron Level Propensity
• Sodium Sensitivity
• Transferrin Level Propensity
• Vitamin A Conversion
• Vitamin B12 Level Propensity
• Vitamin B6 Level Propensity
• Vitamin B9 Need
• Vitamin C Propensity
• Vitamin D Deficiency Risk
• Vitamin D Dietary Absorption
• Vitamin E Inflammation Risk
• Zeaxanthin Level Propensity
• Zinc Supplementation Benefit