Nutrition

Creatine is not just for muscle performance. It plays a role in cellular energy that may affect brain function and daily fatigue.

Most foods are designed for taste first. A physiology-first approach to formulation asks a different question: how will the body actually respond?

Twenty grams of protein may look identical on a label, yet the body responds differently depending on amino acid profile, leucine content, and digestibility.

Why inflammation may persist even after the trigger is gone, and how modern stressors disrupt the body’s ability to return to baseline.

Low energy and slow recovery may reflect unresolved inflammation. Here is what research suggests about finishing the inflammatory cycle.

You track your protein, but progress stalls. Here is what research suggests about dose, distribution, and quality.

0.8 g/kg prevents deficiency, but active adults may need 1.2–1.6 g/kg for muscle, recovery, and long-term adaptation.

Your body balances amino acids over time, not per meal. Variety across the day matters more than chasing perfect protein at every plate.

Heavy metal exposure in food is shaped less by single products and more by frequency, sourcing, and long-term dietary patterns. Variety helps manage cumulative risk.

Animal and plant proteins affect post-meal metabolism differently, but TEF is only part of the story. What matters more is the nutrient package that comes with protein.