Creatine monohydrate has been studied in human performance trials since the early 1990s. Over 500 published peer-reviewed studies later, the conclusion has held: 5 grams of monohydrate per day is the maintenance dose that saturates muscle creatine stores in roughly 3 to 4 weeks.

That dose has not budged in 30 years. Fancier forms (creatine hydrochloride, creatine ethyl ester, creatine nitrate, kre-alkalyn, magnesium creatine chelate) have shown up in glossy marketing for two decades and none have produced superior outcomes in head-to-head trials at equivalent doses.

If you train, creatine is the cheapest, most evidence-backed performance compound in your stack. Here is the science.

What creatine actually does

Creatine combines with phosphate in muscle to form phosphocreatine. Phosphocreatine donates its phosphate group to regenerate ATP (adenosine triphosphate), the muscle cell's immediate energy currency, during short, high-output efforts like a lift or a sprint.

Without creatine supplementation, your muscles still produce ATP from glycolysis and oxidative phosphorylation, but the phosphocreatine pool is small. Higher creatine stores mean a bigger phosphocreatine reservoir, which means more high-output reps before the system has to fall back to slower energy pathways.

The performance gain shows up as:

• More reps on top sets at the same weight (typically 1 to 3 additional reps).
• Slightly higher repeated-sprint capacity.
• Faster between-set recovery.
• Greater training volume over weeks, which compounds into more lean mass.

There is also growing evidence around cognitive performance under sleep deprivation, where creatine appears to protect cognitive function. The studies are smaller and we are not making strong claims about it yet, but it is an area worth watching.

The dosing

Maintenance: 5 grams daily, every day, including non-training days. This is the dose that gets you to full muscle saturation in roughly 3 to 4 weeks.

Loading (optional): 20 grams daily (split into 4 doses of 5 grams) for 5 to 7 days, then 5 grams daily thereafter. This gets you to saturation in about a week instead of a month. Most people skip loading because the difference is just timing.

Timing: Does not matter. Creatine works on saturation, not acute action. You can take it with food, before training, after training, in your coffee, in your protein shake, mixed in water. The studies showing morning vs. post-workout differences are weak and inconsistent.

Hydration: You'll hold a small amount of extra intracellular water in the first 1 to 2 weeks of supplementation. This is expected and the point. Do not read scale weight as bodyfat in this window.

Why monohydrate beats "advanced" forms in trials

Several companies have launched "next generation" creatine forms. The argument is always the same: "monohydrate causes bloat, our form absorbs better, you can take less."

Three things to know:

1. Bioavailability of monohydrate is already very high. Around 95% of orally consumed monohydrate is absorbed. There is little room to "improve" absorption.
2. The bloat argument is overstated. A small percentage of users hold visible water during the first week of loading. Most do not. And the intracellular water is the point, it is what powers performance gains.
3. Head-to-head trials at equivalent doses consistently show no difference. Hydrochloride at 1 gram is not equivalent to monohydrate at 5 grams. Saturation requires the dose, regardless of form.

The fancier forms cost 5 to 10 times more per gram. Monohydrate is cheap, well-studied, and works.

How Valenco does creatine

5 grams of micronized monohydrate per scoop. 60 servings per tub. No fillers, no flavors, no proprietary blends. The same dose the strength research has used for 30 years.

Read the COA for your batch at valenco.org/products/creatine-monohydrate.

If you train and you are not on creatine, you are leaving training adaptations on the table. The cost of being wrong about this is one $36 tub.