Molecular Formula | C4H8N3O4P |
Molar Mass | 193.1 |
Density | 1.98±0.1 g/cm3(Predicted) |
Boling Point | 393.4±25.0 °C(Predicted) |
pKa | 1.69±0.10(Predicted) |
Overview | creatinine is a ring-like structure formed by the condensation of a minute of water from creatine. It is a kind of metabolic waste that is excreted by the blood with the urine and becomes a component of the non protein nitrogen (NPN) in the blood and urine. The daily output is generally quite constant. Normal adult men every day per kilogram of body weight from the urine excretion of creatinine 20~26mg, the normal female adult discharge is about 14~22mg. The concentration of creatinine in blood was 88 to 177 μmol/L(1 to 2mg/dl). The content of creatinine in hematuria is mainly determined by the total amount of muscle in the whole body. In addition, in fever, diabetes, hyperthyroidism, and various muscle disorders, creatinine excretion increases due to increased breakdown of muscle tissue. Furthermore, renal function can be measured by creatinine clearance because the creatinine of glomerular filtration is completely not reabsorbed and is completely excreted in vitro. |
Application | Creatinine Phosphate is a highly energetic substance that releases about 1.5 times the energy of ATP. The direct energy supply in the body is ATP, and the energy released by ATP can be converted into ADP. At this time, by the action of creatine kinase, phosphocreatine is quickly supplied to ADP as a phosphate group, and ATP is generated to restore a normal high level of ATP. Phosphocreatine can be phosphorylated by ATP after losing the phosphate group to regenerate phosphocreatine. Creatinine Phosphate and its salts can be used for the synthesis of creatine phosphate and its salts, |