Dose rationale, mechanisms of action, protocol guides and performance research. Written for people who want to understand what they're taking — and why.
What mitochondria actually do, why their output falls with age, and how NAD+, oxidative stress and autophagy connect — the mechanism behind cellular energy.
A sorted list of the common natural sleep aids — magnesium, glycine, reishi, ashwagandha, valerian, melatonin, CBD — ranked by what the human evidence actual...
Magnesium glycinate is among the best-tolerated forms, but it is not effect-free. What is actually reported, what causes it, and who should check with a doct...
Stimulants borrow energy against sleep. Cellular-energy pathways build it. What actually supports energy without caffeine — cordyceps, NAD+, B vitamins and i...
Morning or night, with or without food, how long before you notice anything, and whether you need to cycle it. Practical answers on lion's mane timing.
How much NMN human trials have used, how it is typically taken, what side effects were reported, and the regulatory situation worth knowing before you buy.
Deep sleep is front-loaded and largely protected by your body — which means most of the levers are indirect. Here are the ones with real evidence behind them.
Waking in the early hours is usually normal sleep architecture meeting a cortisol rise, alcohol rebound, or a light sleep stage. What causes it and what actu...
Cortisol should follow a daily curve, not a flat line. What raises evening cortisol, which interventions have real evidence behind them, and where supplement...
How much magnesium glycinate to take, why the compound weight on the front of the bottle misleads, when to take it, and the supplemental upper limit worth kn...
The eight magnesium forms you will actually see on a shelf — glycinate, citrate, oxide, threonate, malate, taurate, chloride and sulfate — and what each one ...
