Elastin peptides——the powerful anti-wrinkle and anti-aging peptide

After the age of 25, almost all women will lament that time is passing and time is intolerant. Scientific research shows that skin aging has a lot to do with the loss of elastin peptides. With age, the body’s elastin peptides are gradually lost. The elastin peptides are like the support of the skin, and the elastin peptides gradually decrease. It also gradually loses its elasticity, the skin becomes loose, and then it becomes loose…

Many people believe that the key to maintaining youthful skin is how to replenish collagen. In fact, elastin peptides is more important. elastin peptides plays the role of a rubber band in the skin, giving the skin the ability to stretch and fold. Its function is like the spring in the mattress, responsible for maintaining and supporting the elasticity of the skin. Therefore, elastin peptides plays an important role in maintaining skin elasticity.

Elasticity

Elastin peptides determine the elasticity and softness of the skin, and can prevent aging and promote regeneration in the physiological aging process of the skin caused by physical and chemical factors such as light.

Eliminate wrinkles

Many people believe that the key to maintaining youthful skin is how to replenish collagen, while ignoring another important substance in fibroblasts: elastin peptides. It acts as a rubber band in the skin. If skin care products have both elastin peptide and collagen peptide components, it will have a very good effect on keeping the skin young, delicate and elastic.

Like collagen peptides derived from collagen, elastin peptides are derived from elastin. Studies have shown that these peptides have a certain degree of skin repair and increase moisturizing factors. Generally, elastin peptides will be combined with collagen peptides and other antioxidants to form composite products for sale. These ingredients are all effective and have a certain synergistic effect with each other.

Like collagen, Elastin peptides are also rich in glycine and proline, but unlike collagen, elastin peptides are not highly hydroxylated and do not have hydroxyl lysine. Elastin peptide molecules form covalent bonds through lysine residues to cross-link each other, and the cross-linked network they form can produce elasticity through configuration changes.