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Theacrine Raw Materials Powder CAS 2309-49-1
Product Overview:
Theacrine (Theacrine,1,3,7,9-tetramethyluric acid) is a purine alkaloid found in the leaves of wild bitter tea (CamelliakuchaHungT.Chang), and its molecular structure has one more methyl group than caffeine, which is commonly found in tea. It is because of one more methyl group than caffeine that bitter theophylline has physiological functions and health effects that are very different from those of caffeine, and has attracted extensive attention from scholars in the academic and pharmaceutical fields.
Theacrine Raw Materials Powder CAS 2309-49-1 Attributes
CAS:2309-49-1
MF:C9H12N4O3
MW:224.22
EINECS:218-994-1
Specification: 99% min Theacrine Powder
Sample:Theacrine Powder
Packaging:1kg/bag, 25kg/drum
Brand: Henrikang
Appearance:White
Storage: Cool Dry Place
Shelf Life: 2 Years
Test Method: HPLC
Theacrine Raw Materials Powder CAS 2309-49-1 Details
Theacrine Usage and Function.
Tetramethyluric acid, also known as bitter theophylline, is a novel compound that has been respected by professionals in Europe and the United States in recent years for its excellent performance in sports and lack of side effects. It can act synergistically with caffeine and does not have the tolerance problems that exist with caffeine.
In addition, substances such as uric acid, urea and creatinine will accumulate in the body in the event of kidney failure, with uric acid being a common toxin. In terms of healthcare, some hospitals have signed up with primary care organizations to improve their healthcare services.
Uses of Theacrine.
Tetramethyluric acid is a normal metabolite in the body, but its concentration increases when renal failure occurs, such as urea, creatinine, uric acid, guanidine, phenols, and amines.
In uremic patients, the concentration of the substance is similar to it, so that similar toxic effects on cells, tissues, or subjects of observation can be confirmed by animal experiments or in vitro tests.
In addition, tetramethyluric acid has applications in chemical synthesis. By carefully adjusting the pH and phthalic acid concentration during the synthesis process, researchers were able to optimize the doping of phthalic acid into the OCP.
Preparation of Theacrine.
Product method of Bulk Theacrine Powder.
