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Genomegenome
Nutrigenomics

Stop guessing which supplements you need. Your DNA already knows.

MTHFR, caffeine, lactose, vitamin D, omega-3 — your genes determine how you absorb and process nutrients. We read your DNA and tell you exactly which supplements match your genetics.

Backed by peer-reviewed researchMTHFR, CYP1A2, LCT, and 20+ genesYour DNA is deleted after analysis
Trusted medical sources
ClinVarPharmGKBGWAS CatalogNIH
The Problem

Most supplements are a shot in the dark

You take vitamin D because “everyone should.” You take folic acid because “it's B9.” But your body might not process them the way you think.

DNA helix formed from nutritious food ingredients

Folic acid might not be enough

30–40% of people carry MTHFR variants that reduce folate activation by up to 70%. Standard folic acid supplements may not work for you.

Caffeine hits everyone differently

CYP1A2 determines if you’re a fast or slow caffeine metabolizer. For slow metabolizers, that afternoon coffee could raise heart risk.

Lactose intolerance is genetic

One variant in the MCM6 gene determines whether you keep producing lactase as an adult. No amount of ‘getting used to it’ changes your genotype.

$50B supplement industry, zero personalization

Online quizzes ask about symptoms and sell you a monthly box. Your DNA tells you what your body actually needs at a molecular level.

Find out which nutrients your body actually absorbs.

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Your Nutrition Genes

What your DNA reveals about nutrition

These are the genes that determine how you absorb vitamins, process food, and respond to supplements.

MTHFRWell-established

Folate & methylation

The C677T variant reduces your ability to convert folic acid into methylfolate — the form your body actually uses. Affects homocysteine levels, energy, and mood.

CYP1A2Well-established

Caffeine metabolism

rs762551 determines if you’re a fast or slow caffeine metabolizer. Fast metabolizers get cardio-protective benefits from coffee. Slow metabolizers may not.

MCM6 / LCTWell-established

Lactose tolerance

One variant (rs4988235) tells you whether you keep producing lactase into adulthood. If you don’t, dairy will never agree with you — regardless of probiotics.

GC (VDBP)Well-established

Vitamin D levels

Variants in the vitamin D binding protein gene affect your baseline D levels regardless of sun exposure. Some people need 2–4x more supplementation.

FADS1 / FADS2Emerging

Omega-3 conversion

These genes control how efficiently you convert plant-based omega-3 (ALA) into EPA and DHA. Low converters benefit more from direct fish oil.

HLA-DQ2 / DQ8Well-established

Gluten sensitivity

95% of celiac patients carry HLA-DQ2. A negative result virtually rules out celiac disease. A positive result means screening is worth discussing.

Sample Report

Supplements that actually match your genes

Your report shows which nutrients your body absorbs well, which ones it struggles with, and what to do about it.

MTHFR

MTHFR C677T

Reduced folate activation

Methylfolate instead of folic acid

CYP1A2

CYP1A2 rs762551

Slow caffeine metabolizer

Limit to 1 cup/day before noon

LCT

MCM6 rs4988235

Lactose non-persistent

Dairy-free calcium sources or lactase

GC (VDBP)

GC rs2282679

Lower vitamin D levels

Higher D3 dose (4,000 IU+) recommended

FUT2

FUT2 rs602662

Normal B12 absorption

Standard dietary intake sufficient

FADS1

FADS1 rs174547

Reduced omega-3 conversion

Direct EPA/DHA from fish oil preferred

Actual report section. Your results will be personalized to your genotype.

DNA helix made of vegetables representing nutrigenomics

Your report includes nutrient absorption profiles, supplement considerations, and gene-specific findings

Get your personalized nutrition genetics report in 2 minutes.

Same file you already have from 23andMe or AncestryDNA.

Get Started
How It Works

Three steps to your nutrition report

1

Upload your DNA file

23andMe, AncestryDNA, Nebula, MyHeritage, or any VCF file. It takes 30 seconds.

2

We analyze your nutrition genes

We check MTHFR, CYP1A2, LCT, vitamin D, omega-3, and 20+ nutrition-related genes against peer-reviewed medical research.

3

Get your nutrition profile

Nutrient absorption status, supplement considerations for your genotype, and confidence levels for every finding.

Real Stories

What biohackers discover

Using my DNA, health reports and LLMs I built a personalized supplement stack. MTHFR was the biggest game-changer.

Reddit user, r/biohackers (+26)

Found out I have the slow caffeine gene. Switched to decaf after noon and my sleep improved within a week.

Reddit user, r/biohackers

For the price of one month of random supplements, this tells you which ones you actually need.

Reddit user

20+

nutrition genes analyzed

15

medical sources cross-checked

30–40%

of people carry MTHFR variants

2 min

from upload to report

FAQ

Common questions

Stop spending on
supplements you don't need.

For the price of one month of random supplements, get the genetic roadmap that tells you which ones you actually need.

2,400+ reports generated