Methoxydienone CAS: 2322-77-2



Molecular Formule: C4H9N3O2
Molecular Weight: 131.1332
Molecular Structure:
CAS: 57-00-1
EINECS: 200-306-6

Item Specification 
Appearance White crystal or crystalline powder 
Assay 99.8% min 
Heavy Metal (as Pb) 10ppm max 
As 1ppm max 
Loss on Drying 0.5% max 
Residue on Ignition 0.2% max 
Total Plate Count 1000/g max 
Coli Bacillus Negative 
USES Health Product. 
PACKAGE 25Kg/Paper Carton/Fiber drum/polybag lined with 2 layers PE bags 
STORAGE Be stored in cool, dry, and ventilated storage, free from heat or sunlight and free from toxic and harmful foods. Be protected with pall on delivery, keep free from rain moisture, toxic, and harmful goods 

Creatine is a naturally occurring amino acid (protein building block) found mainly in muscles. Fifty percent of creatine in our bodies is ingested through the foods we eat while the other 50% is made in the liver, kidney, and pancreas. Roughly one-third is in its free form as creatine, while the remainder is bound to phosphate and called creatine phosphate or phosphocreatine. During high-intensity, short-duration exercise, such as lifting weights or sprinting, phosphocreatine is broken down into creatine and phosphate. The energy released in this process is used to regenerate ATP, a major source of energy within the human body that drives a number of biological processes including muscle contraction and protein production.
Creatine supplements have gained much popularity in recent years, particularly among body builders and competitive athletes. The attraction of creatine, again, is that it may enhance athletic performance, particularly during high-intensity, short-duration sports (like high jumping and weight lifting).
However, not all human studies have confirmed this beneficial response and not every individual responds positively to creatine supplements. For example, people who tend to have naturally high stores of creatine in their muscles will not experience an energy-boosting effect from extra creatine. Preliminary clinical studies also suggest that creatine's ability to increase muscle mass and strength could hold special advantages for combating muscle weakness associated with various neuromuscular disorders.
Although not all clinical studies agree, some conducted in both animals and people have shown that creatine supplements improve strength and lean muscle mass during high-intensity, short-duration exercises (such as weight lifting). These positive effects were mainly seen in young people (roughly 20 years of age). Also, creatine along with resistance training has been reported to increase bone mineral density in elderly individuals, thereby reducing the risk for osteoporosis. Although it does not appear to improve physical endurance, there is some suggestion that speed for short periods of time may improve with use of creatine.


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