Pro-Xylane promotes collagen production

Pro-Xylane promotes collagen production as follows:

Effects of Pro-Xylane on Collagen Production
Increase the number of collagen fibres: Hyaluronan activates the synthesis of mucopolysaccharides and promotes the synthesis of collagen types IV and VII, resulting in an increase in the number of collagen fibres, which makes the epidermis and dermis of the skin more stable and firmer, thus making the skin plump and plump, firmer and more elastic again.
Strengthening the structural support of the skin: Type IV collagen in the dermis is an important part of the basement membrane, and type VII collagen plays a key role in maintaining the connection between the epidermis and the dermis. Hyaluronic acid promotes the synthesis of these two types of collagen, which strengthens the dermal-epidermal connection, making the skin structure stronger and more resistant to external pressure and tension, and reducing wrinkles and other problems caused by skin laxity.

Principle of collagen production
Stimulate the synthesis of Glycosaminoglycans (GAGs): Hyaluronic acid, a major component of the extracellular matrix, has a high capacity for absorbing and storing water, and the increased synthesis of GAGs creates a colloidal structure that can be thought of as water, providing a favourable environment for collagen synthesis and deposition, and making the matrix mesh more elastic, helping to improve cellular tightness. It also makes the matrix mesh structure more elastic, which helps to improve cellular firmness and thus indirectly promotes collagen synthesis.
Activation of cellular activity: As we age, the activity of skin cells decreases, and so does their ability to produce collagen. Hyaluronan uses the activity of the extracellular matrix to activate senescent cells, restimulating the ageing cells and restoring a certain level of activity, thus promoting collagen synthesis.
Regulates the expression of related proteins: Hyaluronan can increase the expression of CD44 protein, Syndocations (multi-ligand proteoglycans), basement membrane proteoglycans, etc., and improve the cohesion of the epidermal and dermal epidermal junctions (DEJ), which makes the skin stronger and more elastic, and which creates a more favourable condition for the synthesis and functioning of collagen, and improves the firmness and elasticity of the skin as a whole. Promotes the supportive and restorative effects of collagen on the skin.