Delivers liquid oxygen to skin cells; Optimizes skin cell cycle and collagen and elastin synthesis; Enhances microcirculation and blood flow to the skin; Reduces wrinkles; Increases skin firmness and elasticity; Intensely hydrates and plumps; Improves protective barrier of the skin; Provides significant antioxidant protection; Calms and soothes irritated skin; Delivers radiant, healthy glow to skin; By age 40, skin oxygen levels reduce by up to 60%; Our bodies use oxygen to fuel cellular metabolism, heal damage, fuel cell repair and turnover, and energize collagen and elastin production.; The skin receives oxygen via hemoglobin in the blood. As we age, less oxygen is delivered to the skin as our bodies prioritize oxygen delivery to our vital organs that are declining in efficiency.; Oxygen loss impacts cellular metabolism. It depletes collagen and elastin production and cell repair and turnover. The decline of oxygen in the skin is the root cause of the signs of aging.; Signaling molecules – typically proteins or hormones – that trigger specific cellular processes including cell proliferation, wound healing, and cellular differentiation (i.e. instructing the cell on what it needs to do).; Polypeptides or proteins that stimulate key physiological processes of the skin including cell repair and turnover, collagen and elastin production and microcirculation and blood flow.; EPIDERMAL GROWTH FACTORS (EGF): Triggers the production of new skin cells and accelerates the rate of cellular turnover; ACIDIC FIBROBLAST GROWTH FACTORS (FGFS): Directs where new skin cells are required and what they need to do; INSULIN-LIKE GROWTH FACTOR (IGF-I): Boosts collagen production, reinforcing skin structure and increasing firmness; BASE FIBROBLAST GROWTH FACTORS (FGFS): Promotes elastin production, improving the elasticity of the skin; VASCULAR ENDOTHELIAL GROWTH FACTOR (VEGF): Improves the health of the microcirculation network, enhancing blood flow