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Personalize your nutrition based on your unique genetic blueprint
Nutrigenomics testing analyzes gene variants that affect how your body processes nutrients, including vitamin metabolism (MTHFR, VDR, BCMO1), caffeine sensitivity (CYP1A2), gluten intolerance (HLA-DQ2/DQ8), lactose intolerance (LCT), and omega-3 needs (FADS1/FADS2).
One-size-fits-all nutrition advice fails because we're all genetically different. Your genes determine whether you can convert beta-carotene to vitamin A, whether you need more folate or can tolerate folic acid, how you metabolize caffeine, and whether gluten is inflammatory for you.
Nutrigenomics turns nutrition from guesswork into precision. A patient with BCMO1 mutations can't convert beta-carotene to vitamin A and needs preformed retinol. Someone with slow CYP1A2 gets anxious from coffee and has higher cardiovascular risk from caffeine. HLA-DQ2/DQ8 carriers have 40x higher celiac risk and should avoid gluten. Gabriel uses nutrigenomics data to design truly personalized nutrition protocols — foods and supplements matched to your unique genetic needs.
A simple saliva or cheek swab kit mailed to your home. Swab the inside of your cheek and mail it back in the prepaid envelope. Results arrive in 3–5 weeks with analysis of nutrition-related gene variants. Upload to Gabriel for personalized nutrition and supplement protocols.
Conventional practitioners read these results through a disease-focused lens — looking for what's broken. Gabriel reads them through a holistic lens — looking for what's out of balance and how to restore it. We see optimal ranges, not just "normal" ranges. We connect findings across all your diagnostics to reveal patterns that siloed specialists miss.
Nutrigenomics studies how your genes affect your response to nutrients. Testing reveals genetic variants that influence how you metabolize caffeine, process fats, absorb vitamins, detoxify chemicals, and respond to different types of exercise. It allows truly personalized nutrition guidance.
General genomic testing covers disease risk, pharmacogenomics, and ancestry. Nutrigenomics panels focus specifically on nutrition-related genes: fat metabolism (APOE, FTO), caffeine processing (CYP1A2), vitamin needs (VDR, BCMO1), detoxification (GST, NAT2), and inflammation (IL-6, TNF).
It provides evidence-based guidance. For example, APOE4 carriers do better on lower saturated fat diets. People with certain FTO variants respond better to higher protein. CYP1A2 slow metabolizers should limit caffeine. It won't prescribe a rigid diet but will tell you which nutritional strategies are genetically optimal for you.
Consumer nutrigenomics kits (DNAFit, Nutrigenomix, GenoPalate) cost $150-300. Clinical panels through practitioners cost $300-500. One-time test with lifetime applicability. Some companies can analyze existing 23andMe or Ancestry raw data for less.
Tell Gabriel your symptoms and health goals. Get personalized diagnostic recommendations backed by evidence, not guesswork.