creatine monohydrate CAS 6020-87-7, creatine monohydrate, 6020-87-7
Creatine in the human body is formed from amino acids during chemical processes in the liver and then transported from the blood to muscle cells, where it is converted into creatine.
CAS : 6020-87-7
Formula : C4H11N3O3
Mol. wt. : 149.15
EINECS : 611-954-8
CAS | 6020-87-7 |
Molecular formula | C4H11N3O3 |
Molecular weight | 149.15 |
EIENCS | 611-954-8 |
Form | Crystalline powder |
Melting point | 292 °C (dec.)(lit.) |
boling point | / |
Density | 0.55-0.64 g/cm3 |
Solubility | 13 g/L (20 ºC) |
PKA | / |
Color | White to yellow |
Storage temp | 2-8°C |
Creatine in the human body is formed from amino acids during chemical processes in the liver and then transported from the blood to muscle cells, where it is converted into creatine. The movement of human muscles is powered by the breakdown of adenosine triphosphate (ATP). Creatine can automatically regulate the water entering the muscles, causing the transverse facial muscles to expand and thereby increasing the explosive power of the muscles.
Synthetic creatine can be used as a nutritional supplement to promote the adaptation of skeletal muscles to intense exercise and to combat excessive fatigue in weak individuals. It can also be used to prepare drugs for treating heart disease and respiratory insufficiency. Prepare drug preparations containing human growth hormone; It can also be used to blend a new type of health food, which has the effects of anti-aging and restoring youthful vigor. Creatine is not a hormone and does not cause any interference or damage to the endocrine system of the human body. It does not cause drug dependence or physiological side effects in people. Therefore, creatine supplements have been very popular in recent years. Creatine is present in fish and meat products, but in very small quantities. It is difficult to obtain all of it from food to reach the daily intake that is beneficial for muscle growth. A large number of studies have reported that supplementing creatine monohydrate can increase the content of creatine in skeletal muscle. Creatine can be converted into phosphocreatine under the action of creatine kinase, thereby increasing the phosphocreatine energy supply metabolic pool. The supplementation of monohydrate creatine that triggers changes in creatine metabolism may alter the original growth and development as well as meat quality status of the body. Although there are currently few research reports on the application of creatine in livestock and poultry production, and the results vary greatly, it provides a new and effective method for improving the quality of livestock and poultry meat and shows great application potential.
Biochemical research.
Product Description: Pharmaceutical raw materials and health supplement additives. It can inhibit the generation of muscle fatigue factors, alleviate fatigue and tension, restore physical strength, accelerate the synthesis of human protein, make muscles firmer, enhance muscle elasticity, lower cholesterol, blood lipid and blood sugar levels, improve muscular atrophy in middle-aged and elderly people, and delay aging
Creatine monohydrate is widely used in food, beverages, additives, etc. Pharmaceutical raw materials and health care product additives. It can inhibit the generation of muscle fatigue factors, alleviate fatigue and tension, restore physical strength, accelerate the synthesis of human protein, make muscles firmer, enhance muscle elasticity, lower cholesterol, blood lipid and blood sugar levels, improve muscular atrophy in middle-aged and elderly people, and delay aging.
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