AU100 AHK-Cu | AU100 | Cosmetic Grade Peptide | 99% Purity | LyophilizedPowder | Made in China | High Purity | Blue Titanium Copper perfect after-sale

1 、  Manufacturer supply, best price and service.

2、  Safe fast delivery.

3、  F   ree sample.

4、 Large stock.

5、  Easy payment: bank transfer,  moneygram, paypal....

6、  Good reputation, great feedback.

7、  Customers worldwide:   Metrochem Api Pvt Ltd;Bdr Lifesciences Pvt.Ltd;Srini Chem;Eva Pharma;Pharmaffiliates Analytics&Synthetics(p)Ltd;....From India,Egypt,Canada ....

-Packing&Shipping-

1.Promote the synthesis of collagen and elastin: scientific research and observation can stimulate fibroblasts and promote the production of type I and III collagen and elastin, and the research direction focuses on tissue remodeling;

2.Tissue repair and wound healing: accelerate the repair of damaged tissue, regulate the extracellular matrix, and reduce excessive scar proliferation;

3. Antioxidant and anti-inflammatory: remove free radicals, lower inflammatory factors, and reduce local oxidative damage;

4. Promote microvascular neogenesis: assist blood supply to the injured site;

5. Gene regulation: The literature shows that thousands of aging-related gene expressions can be regulated, and it is also a popular polypeptide in skin and hair follicle-related scientific research.

1. Hair follicle research (core direction): in vitro experiments promote the proliferation of dermal papillary cells, up-adjusor VEGF, prolong hair growth, and is used for hair loss-related scientific research;

Two. Skin repair: promote fibroblasts, enhance collagen, antioxidant, and reduce inflammation;

-Company Profile-

Efficacy and application

Whitening and removing freckles, inhibiting the excessive production of melanin, reducing melanin deposition, can be added to beauty skin care products, such as brightening cream, brightening foundation, powder, freckle removal cream (sunspots, freckles)By inhibiting the gene expression of tyrosinase, reduce the amount of tyrosinase; by reducing melanin α-MSH and melanocyte hormone precursor POMC, inhibit the activation of melanocytes and reduce melanin production; by acting on human keratinizing cells, it can significantly reduce the mRNA expression of UVB-induced IL-6, IL-8 and TNF-α, and most importantly, it can reduce the expression of POMC genes, reduce post-inflammatory pigmentation and UVB-induced skin pigmentation.