...Michael A. Stroud; Dawn Holliman; Doug Bell; Allison L. Green; Ian A. Macdonald; Paul L. Greenhaff 1. Oral creatine supplementation has been shown to increase muscle creatine and phosphocreatine concentrations with consequent benefits on performance during short-term maximal exercise. However...

...Paul L. Greenhaff; Anna Casey; Anthony H. Short; Roger Harris; Karin Soderlund; Eric Hultman 1. The present experiment was undertaken to investigate the influence of oral creatine supplementation, shown previously to increase the total creatine content of human skeletal muscle (Harris RC, Soderlund...

...Roger C. Harris; Karin Söderlund; Eric Hultman 1. The present study was undertaken to test whether creatine given as a supplement to normal subjects was absorbed, and if continued resulted in an increase in the total creatine pool in muscle. An additional effect of exercise upon uptake into muscle...

... in regulating the use of glycogen and glucose during exercise in man. 9 11 1981 12 2 1982 © 1982 The Biochemical Society and the Medical Research Society 1982 adenosine diphosphate adenosine triphosphate aerobic exercise anaerobic exercise creatine glycogen lactate phospho-creatine...

... creatinine metabolism in normal subjects. 5. Two pathways of metabolism were identified: a recycling of creatinine to creatine and an irreversible degradation of creatinine to products other than creatine. 6 7 1979 3 12 1979 © 1980 The Biochemical Society and the Medical Research Society...

... creatine Clinical Science and Molecular Medicine (1974) 46, 357-367. RELATIONS BETWEEN OXALIC ACID, CALCIUM, MAGNESIUM A N D CREATININE EXCRETION I N NORMAL MEN A N D MALE PATIENTS WITH CALCIUM OXALATE KIDNEY STONES A. HODGKINSON Medical Research Council, Mineral Metabolism Unit, The General Infirmary...