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Targeting Cells, Transforming SkinA layered cell-activating protocol skin booster that enhancesthe healing power of cells with hyaluronic acid. |
Acts on various skin layers and tissues to activate tissue regeneration. It works on epithelial cells in the epidermal layer, fibroblasts in the dermal layer, and endothelial cells in the vascular layer, improving the environment needed for cell proliferation and helping to promote cell growth.
A type of growth factor secreted by fibroblasts in the dermal layer, which corresponds to the inner skin layer, creating an optimal environment for dermal cell growth. As the number of dermal cell growth. As the number of dermal cells increases, the subcutaneous fat layer becomes firmer, and collagen synthesis significantly increases. This growth factor acts on more receptors than FGF2, offering a broader range of effects and leading to more effective skin improvement.
Designed to provide antioxidant effects for skin that has been continuously exposed to oxidative stress caused by external factors such as UV radiation and oxidative substances produced during metabolism, helping to protect against oxidative damage.
A growth factor secreted by platelets when tissue is damaged, essential for maintaining healthy skin conditions within tissues. It helps repair damaged skin tissue and promotes the proliferation and growth of skin cells.
A growth factor that promotes the growth and division of fibroblasts, stimulating the synthesis of collagen and elastin, which determine skin elasticity, helping to improve skin firmness and elasticity.
Known as a botox alternative peptide that functions as an analogue of SNAP-25, replacing SNAP-25 to inhibit the release of neurotransmitters, thereby reducing muscle contraction. By limiting neurotransmitter release, it provides a wrinkle reduction effect through a muscle relaxation mechanism. It is directly applied to muscle tissue, delivering an immediate effect in a short period.
Stimulates the differentiation, growth, and physiological activity of keratinocytes, which form the skin’s keratin layer, positively affecting the proliferation and migration of epidermal and keratin cells. This contributes to wound healing, strengthening the skin barrier, and improving skin elasticity.
