Retinol Resurfacing Serum
A microencapsulated 1.0% retinol treatment that improves skin tone and texture and reduces the signs of aging.
- Dry Skin, Combination Skin, Oily Skin
- Aging, Discoloration, Blemish-Prone
Retinol Resurfacing Serum is a pure potent retinol serum that dramatically improves the appearance of fine lines, wrinkles, blemishes and skin texture, while evening skin tone. Cutting-edge microencapsulated retinol allows for gradual timed release overnight. By encapsulating the retinol and adding soothing and hydrating ingredients like niacinamide, honey and sodium hyaluronate, maximal results can be achieved in comfort.
30 mL / 1 fl oz e
Microencapsulated Retinol (1%): A vitamin A derivative and antioxidant that reduces the appearance of fine lines and wrinkles and improves texture and tone by strengthening skin, and increasing skin turnover. Retinol also targets blemish-prone skin by unclogging pores and enhances skin tone by reducing the appearance of dicoloration. Encapsulated retinol allows for a slow release into the skin overnight minimizing side effects, so you can enjoy all the benefits of retinol with little to no irritation!
Niacinamide (vitamin B3): Along with keeping in moisture and boosting hydration, it also brightens skin, and increases tolerance to topical retinoids.
MATRIXYL® Synthe'6®: Derived from a peptide naturally found in collagen and laminins, MATRIXYL® Synthe'6® is a tripeptide that strengthens the skin and reduces the appearance of fine lines and wrinkles.
Tetrapeptide-14, Tea Extracts, Boswellia Serrate Extract, Honey: A peptide combined with the antioxidant properties of tea and the calming qualities of honey and boswellia.
Sodium Hyaluronate: A salt form of hyaluronic acid that hydrates by drawing water into the outer layers from deep within the skin. It holds up to 1,000 times its weight in water, making skin plumper, softer and smoother.
Glutathione: An antioxidant peptide produced naturally in our bodies, glutathione helps recycle other antioxidants. Glutathione levels decrease with age.