… to get even more attention, given that creatine plays such an essential role in skeletal muscle
… on creatine supplementation and its role on skeletal muscle physiology in healthy humans. …

… with the inability of skeletal muscle to maintain a high … creatine monohydrate at a rate of 20
g/d for 5–6 d was shown to increase the total creatine concentration of human skeletal muscle …

… that most of the creatine is trapped in skeletal muscle until lost by creatinine formation. If this
… of creatine in vitro which we observed must be an artifact. he acceleration of creatine loss …

… creatine supplementation on skeletal muscle growth/hypertrophy. Early research proposed
that the osmotic effect of creatine … Other reports indicated that creatine directly affects muscle …

… creatine supplementation on exercise performance. This article reviews the literature on
creatine … The use of creatine supplements to increase muscle creatine content above ~20 mmol/…

… creatine supplementation at the level of skeletal muscle cells. By increasing intracellular
creatine content, oral creatine ingestion conceivably stimulates operation of the creatine kinase (…

… The aim of the present study was to investigate how increasing total creatine content in
skeletal muscle, via creatine supplementation, could enhance the ability to maintain power output …

… CREATINE (Cr) is a naturally occurring compound found principally in skeletal muscle, and
… Creatine phosphate in fibre types of skeletal muscle before and after exhaustive exercise. J. …

… In conclusion, the present study demonstrates that insulin can enhance muscle creatine
accumulation in human skeletal muscle but only when present at high or supraphysiological …

… on skeletal muscle creatine accumulation and subsequent degradation … In conclusion, a
rapid way to “creatine load” human skeletal muscle is to ingest 20 g of creatine for 6 days. This …