Aminogenesis Photolagen-Agf Treatment, 2-Ounces
Intensive treatment for sun damage, photo depletion and prematurely aged skin (solar elastosis). Enhanced with AGF proprietary amino acids. Patented pentapeptide technology clinically proven to: Dramatically reduce fine lines & wrinkles up to 68%; Infuse moisture deep into the skin; Reverse damage caused by sun & natural aging; Diminish appearance of age spots; Reduce the appearance of dark circles; Improve skin firmness, texture and feel. Photolagen-AGF is the most powerful non-prescription serum available for the treatment of aging caused by the sun, wind and environment factors. Hydrates; Penetrates; Repairs; Nourishes; Rejuvenates; Stimulates; Beautifies; Exfoliates. The amazing skin beautifying power of amino acids. Amino acids are the building blocks of all living tissue on Earth. These basic building blocks are essential for normal cellular function. Photolagen-AGF contains 17 plant derived amino acids. Topical use of amino acids has shown to: Dramatically help moisture content; Decrease the appearance of wrinkles; Promote collagen and ealstin production; Help regulate sebaceous gland activity; Decrease discoloration due to sun damage; Improve skin texture and feel. The AminoGenesis base formula: Is for all skin types; Is doctor approved, hospital tested; Is hypoallergenic and non-comedogenic. Clinical trials prove the effectiveness of the pal-KTTS peptide. At the World Congress of Dermatology in Paris in July of 2002, superior wrinkles reducing and sun damage repair abilities of the Pal-KTTS peptide as compared to traditional anti-aging retinoids was announced. In vitro studies show this peptide stimulates the following: Wrinkle fighting collagen type I by 117%; Firming (anti sagging) collagen type IV by 357%; Moisture holding, dermal thickening glycosaminoglycans by 267%. Further clinical trials showed the following: A reduction of the surface area of wrinkles by 68%; An average reduction in furrow density of 46%; A reduction of skin roughness by 16%.