Green Tea P.E.

Product Name: Green Tea P.E. Latin Name: Camellia sinensis O. Ktze. Use part: Leaf Assay: Polyphenols20-98%(UV) Appearance: Light-Yellow Or Light-Green fine powder Taste&Odor: Characteristic Particle size: 100% pass 80Mesh Bulk density:0.5-0.9 g/ml Moisture: <5% Ash: <5% Pesticide residue:Complies with EU Organic and NOP Microbiological: 500-1000,none visible Yeast&mold Packing:25kg/Drum with double plastic-bag inside drum outside. Shelf Life:2 years when properly stored Storage:Cool, Darkness ,Dry &Ventilative Usage and function: The biochemical properties of green tea extracts can be generally divided into four aspects – antioxidant, anticarcinogen, anti-inflammatory, and anti-radiation . Green tea extracts exhibit stronger antioxidant protection for human body than vitamin C and vitamin E. Scavenging effect of lipid free-radicals (one antioxidant property) of polyphenols in green tea extracts can be clearly observed in experiments. The ability of GTP in green tea extracts to eliminate lipid-derived free radicals is noticeably stronger (almost 50 times) than that of ginkgo biloba extracts. Further investigations indicate that the boosting level of superoxide dismutase (SOD) and glutathione dismutase (GSHPx) may account for the inhibitory effect of GTC against lipid oxidation (rancidification). It should be mentioned that from the antioxidant perspective, green tea extracts are, generally speaking, more effective than black tea extracts due to the better preservation of catechins. Moreover, the anticarcinogenic property make the green tea extracts a hotspot in recent scientific researches. In many experiments, green tea extracts show inhibitory effects on cancer cells. In vitro assays, Catechin and caffeine, which are main components in green tea extracts, block the cell cycle of cancer cells (cytotoxicity) and induce programmed cell death; in vivo, green tea extracts also inhibits prostatic carcinoma transplanted in nude mice. In addition, green tea extracts also contain a wide-ranged anti-inflammatory characteristics, so it may be helpful in treating chronic inflammatory states. The bactericidal activity against S.mutans is conspicuous in Japanese green tea extracts, and the maltose level in mouth is consistently lower after drinking tea. Therefore, green tea extracts may be effective in oral hygiene maintenance. Green tea extracts show anti-radiation property on white rats in radioactive isotope experiments.