The evidence is convergent. Multiple independent sources reach the same conclusion, the underlying mechanism is well-characterized, and even the field's most cautious voices treat it as worth doing.
for most people we think of that as creatine is a phosphate donor and in certain types of exercise I eat the most high intensity so weight training for example that burst is really a phosphate donation from creatine it's not an ATP driven process
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I've been recommending this to patients for 6 months now. The big shift is patients actually do it because the explanation is concrete.
Same in nutrition counseling. The before/after framing helps.
Tracking with a CGM on top of this for 3 months. Variability dropped quickly and stayed dropped.
Worth noting the 0.71 SMD in the Kreider meta is in trained athletes. Effect in untrained adults runs closer to 0.3 — still meaningful, but the panel should reflect that gradient.
Good catch. Could the brief surface the training-status interaction inline?
it really basically increases the ability to produce ATP or maintain it during uh an exercise session so for example when you're doing you know uh a squat or leg press or even running you're doing muscle contractions and fossil creatine which is what we're going to be talking about today from creatine supplementation it really maintains ATP or adenine D triphosphate so if you have more ATP longer you can exercise at a higher capacity a higher intensity and that delays the utilization of other energy systems that might be a bit slower
5 g of creatine monohydrate daily improves muscle strength and lean mass in healthy adults at standard training loads.
Creatine improves cognitive performance, especially under sleep deprivation and high cognitive load.
Creatine improves cardiovascular health markers and reduces all-cause mortality risk.
Creatine supports bone-mineral density in post-menopausal women when paired with resistance training.
Women need higher creatine doses (8–10 g/day) than men to reach the same intramuscular saturation.