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An organic compound of creatine and phosphoric acid; found in the muscles of vertebrates where its hydrolysis releases energy for muscular contraction.
Conclusions: Administration of creatinephosphate did not produce any undesirable side effects.
2
You're never actually burning just sugar, fat, or creatinephosphate.
3
During rest, our muscles restore the used-up creatine back to creatinephosphate with spare aerobic energy.
4
Group 2 displayed a recovery of creatinephosphate but not of ATP at the end of reperfusion.
5
In the ischemic and in the non-ischemic myocardium of the left ventricle, ATP, creatinephosphate, and lactate were determined.
6
Cardiac energetics is also impaired in the aged myocardium, since ATP and creatinephosphate levels are reduced by about 20%.
7
Tiredness occurs for several reasons: First, you rapidly burn through your high-energy fuel, creatinephosphate, while you're still burning sugar and fat.
8
The administration of creatinephosphate sodium (CP) may reduce urinary KIM-1 levels and thus correct the hypoxic condition of the kidney.
9
In group 4, the recovery of both ATP and creatinephosphate was significantly greater than in group 1.
10
In the ischaemic cardiac tissue only the combination of both methods reduced the loss of creatinephosphate, ATP and the sum of adenine nucleotides.
11
The combined method normalized the tissue content of creatinephosphate in the nonischaemic tissue contrary to the application of the mechanical or pharmacological assistance alone.
12
After 10 and 30 min of incubation, a decrease by 36.2% and 38.5% for creatinephosphate and 34.6% and 44.9% for ATP was found, respectively.
13
Creatine The creatinephosphate system is the primary energy system used during climbing moves.