We analyze over 100 genetic markers across five key health pathways to build a supplement protocol that's specific to your body — not a generic recommendation.
Each pathway is a system in your body where genetic variants directly affect how you process nutrients.
Methylation is your body's master switch for DNA repair, detoxification, neurotransmitter production, and energy metabolism. Variants in this pathway are among the most common — nearly 40% of people carry at least one MTHFR variant that affects how they process folate and B12.
Affects: Methylfolate vs. folic acid, methylcobalamin dosing, B6 form selection
Your liver's Phase I and Phase II detoxification enzymes determine how efficiently you clear toxins, metabolize medications, and process environmental chemicals. Variants here affect everything from caffeine sensitivity to how well you handle pollutants.
Affects: Glutathione support, NAC dosing, cruciferous extract needs
Vitamin D affects over 200 genes in your body, yet genetic variants can reduce your ability to convert, transport, or utilize it by up to 70%. Standard dosing guidelines don't account for these differences, which is why many people remain deficient despite supplementing.
Affects: D3 dosage adjustments, K2 pairing requirements, cofactor needs
Your body's antioxidant defense system protects cells from damage that drives aging and chronic disease. Genetic variants in this pathway determine whether your internal defenses are strong or whether you need targeted supplementation to compensate.
Affects: CoQ10 requirements, selenium form, vitamin C and E dosing
Even with a perfect diet, genetic variants can impair how you absorb and transport essential minerals like iron, zinc, and magnesium. These minerals are cofactors for hundreds of enzymatic reactions — getting them wrong cascades through your entire system.
Affects: Iron form selection, zinc-copper balance, magnesium type matching
Your ability to convert plant-based omega-3s into the EPA and DHA your brain and heart need depends on genetic variants in fatty acid desaturase enzymes. Some people convert efficiently; others need direct marine-source supplementation to maintain adequate levels.
Affects: Fish oil vs. flaxseed, EPA/DHA ratio, dosage based on conversion efficiency
From raw DNA data to a personalized supplement protocol in four steps.
Your raw data from 23andMe, AncestryDNA, or similar services is securely uploaded and analyzed.
We extract and analyze 100+ genetic variants across all major health pathways.
Variants are cross-referenced against peer-reviewed studies on nutrient metabolism.
Your health profile, medications, and genetics combine into a specific supplement plan with brands and dosages.
Each reference is checked against PubMed and confirmed to support the specific claim it's attached to. Citations that don't verify are removed, so what remains is real and accurate.
We go beyond generic genetic reports to deliver actionable, specific supplement recommendations.
Most AI-generated health content cites studies that don't exist, or that don't say what's claimed. We added a verification step to fix that.
Get your personalized supplement protocol based on your unique genetic makeup.