抗衰六勝肽六肽-11Hexapeptide-11來源于酵母

INCI 名稱  六肽-11

英文名稱   Hexapeptide-11

多肽序列    FVAPFP

分子式      C36H48N6O7

分子量      676.8

CAS號      100684-36-4

Hexapeptide-11is derived from yeast. But I have read that test on human dermal fibroblasts show it can upregulate key genes responsible for collagen production and hyaluronic acid. It is also associated with hair growth. It may be able to upregulate the Androgen Receptor gene, binding to it. much the way testosterone will. This has led to speculation that hexapeptide-11 may be able to influence the principal biochemical pathways responsible for converting young velus hair into mature hair.

六肽-11是酵母分離出來。對人體真皮成纖維細胞的測試表明它可以上調(diào)負責膠原蛋白生產(chǎn)和透明質(zhì)酸的關鍵基因。它也與頭發(fā)生長有關。它可能能夠上調(diào)與之結合的雄激素受體基因。就像睪丸激素一樣。這引起了人們的猜測，即六肽11可能能夠影響將年輕的絲絨毛轉化為成熟的毛發(fā)的主要生化途徑。

Hexapeptide-11 (Phe-Val-Ala-Pro-Phe-Pro) is originally isolated from yeast extracts and later synthesized by solid state synthesis to high purity.

Hexapeptide-11（Phe-Val-Ala-Pro-Phe-Pro）初是從酵母提取物中分離出來的，后來通過固態(tài)合成合成到高純度。

科學家也發(fā)現(xiàn)長期從事發(fā)酵工作的人，手部皮膚比一般人更光滑、緊致和細嫩。經(jīng)過長期的實驗，終于從酵母菌發(fā)酵液里成功分離出來了六肽-11。經(jīng)研究，正是這種多肽賦予了皮膚神奇的效果。云希通過技術改良，通過化學合成的方法替代從酵母液中提取，提高了質(zhì)量與純度的同時更保證其結構的準確性。

Hexapeptides are 6 amino acid sequence peptides that are used to increase collagen synthesis for improved tone whilst also reducing the appearance of fine lines and wrinkles.

六勝肽是由留個氨基酸合成的多肽，可用于增加細胞膠原蛋白的合成同時減少面部皺紋。

In particular, Hexapeptide – 11 increases cellular oxygen consumption. Peptide technology is thought to penetrate the skin and bind to cell surface receptors to stimulate cell activity.

六肽-11尤其可以增加細胞耗氧量。多要技術被認為可以滲透皮膚并與細胞表面受體結合以刺激細胞活性。

Targets aging at the cellular level to ensure healthier, more youthful looking hair, increases dermal scalp levels of collagen & elastin.

針對細胞水平的衰老，以確保頭發(fā)更健康，更年輕，增加膠原蛋白和彈性蛋白的皮膚頭皮水平。

Functions

Hexapeptide-11 can induce the activity of extracellular MMPs and suppress cell migration. It helps reduce wrinkles, combat skin-aging and improve the skin elasticity.

六肽11可以誘導細胞外MMP的活性并抑制細胞遷移。 它有助于減少皺紋，對抗皮膚衰老并改善皮膚彈性。