It’s Not Just Willpower: What the FTO Gene Teaches Us About Healthy Weight

Your body isn't grading you on willpower. Here's what decades of research on the FTO gene reveal about appetite, activity, and why genetics is information, not a verdict.

Published 2 days ago

Tired All Day, Wired at Night? How Energy and Sleep Work as One Rhythm

7 Minute Read -
Published 1 week ago

Coffee to start the day, wide awake at bedtime. Energy and sleep aren't two separate problems. Here's how they work as one daily rhythm, and what your DNA can add.

B12 and Folate for Women: Why Your MTHFR Genes Decide Which Forms You Need

Published 2 months ago

How Your CoQ10 Form and DNA Shape Mitochondrial Energy: Ubiquinol vs. Ubiquinone Explained

7 Minute Read -
Published 3 months ago

Not all CoQ10 supplements work the same way for everyone — and your genetics may help explain why. This article breaks down the difference between ubiquinone and ubiquinol, why mitochondrial health matters, and how genes like NQO1 and ATP5C1 can influence which form of CoQ10 your body may use more efficiently.

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

8 Minute Read -
Published 7 months ago

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

5 Minute Read -
Published 9 months ago

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.