Molecular Decoding
In-depth analysis of ingredients and their mechanisms of action. What the science says vs what the marketing says.
Vitamin D: the optimal range for longevity
Why the official 30 ng/mL threshold is likely suboptimal for longevity, and where the protective range lies according to recent 2024-2025 meta-analyses.
Which Supplements Should You Take: A Biomarker-First Method
You do not choose your supplements, you deduce them from your biomarkers. A rational five-test blood workup to identify actual needs before any supplementation.
Low-Grade Inflammation: The Silent Fire Your Blood Panel Does Not Detect
Chronic low-grade inflammation is a biological process invisible to standard blood tests. hs-CRP, homocysteine and the copper/zinc ratio can detect it before it becomes entrenched.
Supplement Interactions: What No One Tells You About Combining Nutrients
Some nutrients cancel each other out when taken together. A factual map of documented antagonisms and synergies between dietary supplements.
Grey Hair: Is It Possible to Slow or Reverse the Process?
Science has recently identified the exact mechanism behind hair greying. Stuck stem cells, oxidative stress and nutritional deficiencies are at the heart of the process. A review of the current evidence.
DNA Testing and Supplementation: What Consumer Genomics Can (and Cannot) Tell You
Genetic testing kits promise personalized nutritional recommendations. Science tells a more nuanced story, where blood biomarkers remain the most reliable measure for calibrating precision supplementation.
The Multivitamin Myth: Why the 'One Size Fits All' Approach Is a Biological Absurdity
Multivitamins are the world's best-selling supplement. Yet their fundamental logic contradicts the most basic principles of individual biochemistry.
NAD+ and Cellular Aging: Understanding Your Cells' Energy Crisis
NAD+ is a central coenzyme in energy metabolism and DNA repair. Its levels drop by roughly 50% between ages 40 and 60. Understanding this mechanism fundamentally changes how we approach cellular longevity.
Homocysteine: The Inflammatory Signal Your Standard Panel Ignores
Homocysteine is an integrative marker of the methylation cycle. Its elevation reveals a metabolic dysfunction involving B9, B12 and B6 that routine bloodwork does not measure.
Magnesium and longevity: the mineral your biology demands in silence
Magnesium is involved in over 600 enzymatic reactions. Its chronic deficiency accelerates cardiovascular, metabolic and cerebral aging. A deep dive into forms, data and implications.
Creatine: far beyond athletic performance
Creatine is the most studied bioactive in human nutrition. Its effects extend well beyond muscle: neuroprotection, bone density, mitochondrial metabolism, and cellular longevity.
Kidney Function: Why Creatinine Is an Obsolete Metric for Athletic Profiles
Creatinine has been the default kidney function marker for decades. But for muscular and active individuals, it systematically generates false positives. Cystatin C changes the equation.
The Daily Glass Myth: Why Alcohol Has No Protective Threshold
The French paradox and the supposed benefits of red wine rest on methodological biases. Current evidence is unequivocal: there is no level of alcohol consumption free of health risk.
The Absolute Dosage Illusion: The Difference Between What You Ingest and What You Absorb
Displaying 500 mg of magnesium on a label says nothing about what actually reaches your cells. The molecular form of a bioactive determines its biological fate far more than its raw dosage.
Apolipoprotein B: The Only Lipid Marker That Dictates Your Cardiovascular Trajectory
LDL cholesterol tells only part of the story. Apolipoprotein B measures the actual number of circulating atherogenic particles. That number is what predicts risk.