•Phospholipids: they are able to quickly cross the epidermal barrier, thanks to their structural affinity with membrane phospholipid molecules, repairing cell membranes from the damage of aging and quickly transporting glucosamine deep into the skin. They promote skin hydration and help maintain the integrity of the hydrolipidic film. The high fraction of linoleic acid, a polyunsaturated essential fatty acid, contributes to restoring skin integrity and its physiological processes.

•Glucosamine: polysaccharide involved in the biosynthesis of hyaluronic acid. The amount of glucosamine produced by the body endogenously decreases with aging, resulting in loss of skin firmness, elasticity and hydration. It is therefore important to integrate the physiological deficiency that causes a weakening of the skin and the formation of wrinkles and blemishes.

•SOD (Superoxide Dismutase): allows the transformation of the superoxide radical, responsible for DNA mutations and interference in the synthesis of essential molecules, into compounds that are less harmful to the body (oxygen and hydrogen peroxide). With aging, the quantity of the SOD enzyme produced by the cell decreases and cellular repair processes are less efficient. An external supply of the SOD enzyme promotes the elimination of the superoxide radical, contributing to the natural cellular repair processes and ensuring good physiology of the skin tissue.

• Vitamin E: essential antioxidant that helps protect cell membranes from attack by free radicals, preventing oxidative damage associated with cellular aging and promoting the use of linoleic acid.