Creatine monohydrate
What this measured
The clinically standard serving, in the form used in essentially all of the research.
1 / 7Consumable · Performance & Recovery
Five grams of creatine and the electrolytes most brands leave out.
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The Evidence
Creatine monohydrate
The clinically standard serving, in the form used in essentially all of the research.
More lean mass1
Weighted mean difference in fat-free mass when creatine is combined with resistance training, pooled across 61 randomized trials (1.39 kg). Creatine without training does not produce this result.
Electrolytes alongside
Sodium, potassium and magnesium — because creatine shifts water into cells and that shift needs support.
Mechanism
Figures describe research on individual ingredients rather than on this finished product. Sources and the full disclosure are at the foot of the page.
The Formulation Story
Formulated for
The Formulation
Every active, named. Consumable doses are printed to the milligram on the label. For topicals, actives are listed in order of concentration — and where a number cannot be independently verified, we do not print one.
Serving size
One scoop, daily
30 servings · 300 g
The clinically standard dose of the form used in essentially all of the research. Supports ATP regeneration for short-burst power.
5,000 mgThe principal extracellular electrolyte — and the one most often left out. Creatine draws water into muscle cells; sodium supports that shift.
1,000 mgThe principal intracellular electrolyte, maintaining the membrane gradient during increased cellular hydration.
200 mgRequired cofactor for ATP utilization — ATP is biologically active as a magnesium complex.
60 mgClean, light and genuinely drinkable. No sugar, no sugar alcohols.
The Protocol
Consistency is the variable that decides outcomes. Build the habit first; the biology follows on its own schedule.
Ten grams in 6–8 oz of water or a beverage of your choice. Timing is irrelevant — creatine works through saturation, not acute availability.
A loading protocol saturates stores a fortnight faster and produces considerably more gastrointestinal discomfort. Daily use reaches the same endpoint with none of it.
Saturation is maintained by consistency, not by training. Skipping rest days lets stores drift back down.
Intracellular water rises
Scale weight typically increases one to two kilograms. This is water inside muscle cells, not fat — it is the mechanism working.
Saturation reached
Muscle phosphocreatine stores approach full. Performance effects on repeated maximal effort become apparent here.
Lean mass accrues
Lean mass separates from training alone. Creatine does not build muscle; it enables the training that does.
Indefinite use
No cycling required. Thirty years of continuous study with no evidence of harm from sustained use in healthy adults.
Questions
No — this is the most persistent myth in the category and it reflects a misunderstanding of where the water goes. Creatine draws water into muscle cells, which is intracellular. Subcutaneous bloating is water outside cells, under the skin. The scale rises one to two kilograms in the first fortnight because muscle is holding more water, which is the mechanism functioning as intended.
In healthy individuals the evidence is about as reassuring as evidence gets — three decades of study including multi-year trials, with no signal of renal harm. The concern arose because creatine raises serum creatinine, a marker used to estimate kidney function. It rises because you are consuming creatine, not because the kidney is struggling. Tell your physician you take it before any renal function test.
Monohydrate. Hydrochloride, ethyl ester and buffered creatine are marketed on absorption claims that have not translated into superior outcomes in head-to-head trials — and monohydrate is both cheaper and the form used in essentially the entire clinical literature.
Yes. The meta-analysis in postmenopausal women found leg-press one-repetition maximum improved by 7.5 kg with creatine, alongside lean mass and bone density outcomes. The idea that creatine is a male supplement is a marketing artefact, not a physiological one.
Because creatine increases intracellular water volume, and doing that without adequate sodium, potassium and magnesium is a common route to cramping — which people then blame on the creatine. The electrolytes are not a proprietary edge; they are the obvious accompaniment most brands leave out because water is cheaper than minerals.
References
For anyone who wants to read further.
Please note — These references describe studies of individual ingredients, not of this finished product. They are provided for educational purposes and do not constitute a claim that this product produces the same result. These statements have not been evaluated by the Food and Drug Administration.