Pro-Xylane

[ CAS NO. ] 439685-79-7
[ Molecular Formula ] C8H16O5
[ Molecular Weight ] 192.21
[ Appearance ] Colorless and clear liquid
[ Purity ] 98%

[ Function ]
1. Anti-aging skin
Pro-Xylane can promote the regeneration of skin collagen, thereby delaying skin aging and making skin look youthful again. Pro-Xylane uses the activity of the extracellular matrix to activate aging cells, re-stimulate aging cells, and promote collagen synthesis.
2. Enhance skin elasticity
When Pro-Xylane enters the skin, it will promote the conversion and construction of the protein sugar content in proteoglycans. This molecular structure digests and absorbs water, making the cultivation medium gelatinous, thereby improving the firmness of cells and skin.
3. Moisturizing
Pro-Xylane can affect the secretion of GAGs (glycosaminoglycans). Glycosaminoglycans are an extracellular matrix that protects the skin from water loss.

About Pro-Xylane
Pro-Xylane is a xylose derivative with anti-aging active substances, which can promote the synthesis of collagen, make the skin stronger and more elastic, improve fine lines on the neck, and prevent aging. Pro-Xylane is a glycoprotein mixture derived from xylose. Since xylose exists in large quantities in beech trees, it has the ability to promote the production of glucosaminoglycans, namely mucopolysaccharides (GAGs). As Pro-Xylane extracted from the beech tree, its action is similar to that of xylose.
According to L'Oreal, Pro-Xylane boosts the production of important skin building blocks called GAGs (aka glycosaminoglycans, important NMFs) in the extracellular matrix (the sticky substance between our skin cells), making skin is better hydrated and firmed.
Pro-Xylane, a highly effective anti-aging ingredient with a wide range of biology Potential. Experiments have found that Pro-Xylane can efficiently activate the binding binary (GAGs) synthesis, can promote the production of hyaluronic acid, promote the synthesis of collagen, improve the adhesion between the dermis and the epidermis, and help the epidermis and the dermis to be tightly bound in vitro. Induction tests have shown that  can Pro-Xylane increase adhesion synthesis by more than 400%.