Featured Article

Healthspan vs. Biological Age: Why Your Birthday Is Just a Number

Two people. Same birthday. One is vibrant, sharp, and functionally years younger. The other is managing three chronic conditions and counting. What's the difference? It isn't luck — and it isn't entirely genetics. It's how their genes are being expressed.

How Your Genes Influence Metabolism: Improve BMR & TDEE With Personalized Genetic Testing

Your metabolism isn’t just about calories — it’s coded in your DNA. Learn how genes like MTHFR, VDR, NQO1 and ATP5C1 affect BMR, detoxification, energy production and fat-burning potential, plus how nutrigenomics can help you optimize them.

Nitric Oxide & Your Genes: How DNA Shapes Energy, Circulation & Recovery

Nitric oxide is the molecule that makes everything flow — literally. It widens blood vessels, improves oxygen delivery, speeds recovery, and boosts energy and cognition. But here’s what most people don’t realize: your genes heavily affect how well your body produces and protects nitric oxide. In this article, we break down which genes influence nitric oxide pathways, the nutrients in CODE Complex® that support production and stability, and how personalized supplementation can improve performance, circulation, and longevity from the inside out.