The science behind personalized health

A naturally occurring molecule in your energy cycle that declines significantly with age. Emerging research shows it supports DNA methylation maintenance and collagen production. It’s like replenishing a key ingredient your cells used to make plenty of when you were younger.

Called "the seed of blessing" in traditional medicine for over 2,000 years. Its active compound thymoquinone stabilizes mast cells to prevent unnecessary histamine release, especially relevant if your DNA shows sensitivity in your histamine-processing genes.

The active form of vitamin B6 that participates in over 100 reactions in your body — from making serotonin and dopamine to processing amino acids. Your DNA determines whether you can efficiently convert regular B6 into this active form, or whether you need it pre-activated.

The most advanced form of folate available. Unlike folic acid in standard multivitamins, this fourth-generation methylfolate is already in its active form, completely bypassing the MTHFR enzyme that your DNA may show isn't working at full capacity. Selected based on your specific folate gene variants.

Derived from the same compounds in broccoli and kale that make cruciferous vegetables so protective. DIM helps your liver process estrogen through its safest metabolic pathway — the one your DNA may show needs support. Think of it as a traffic director for estrogen metabolism.

The postbiotic layer. Your gut bacteria convert pomegranate's ellagitannins into urolithin A, a compound that triggers cellular renewal and supports mitochondrial health. Only about 40% of people have the right gut bacteria to make this conversion, which is why the prebiotic layer matters so much.

A trace mineral that amplifies your insulin’s signal at the cellular level — like turning up the volume so your cells can hear insulin’s message to absorb glucose. Selected when your DNA reveals variants in glucose regulation genes.

Acetyl-L-Carnitine is the delivery truck that carries fatty acids into your mitochondria to be burned for energy. The acetyl group also crosses into your brain to support memory and focus. Selected when your DNA suggests your muscles are wired for endurance rather than power.