NRX Post Mask consists of active ingredients effective for skin repair after dermatological procedures, such as the Centella Asiatica Stem Cell, EGF (Epidermal Growth Factor) and Acetyl-Hexapeptide.
Especially Designed For
Anti-wrinkle
Plant stem cell allows a safe yet powerful experience of enhanced skin regeneration and elasticity – combination with EGF acts as a strong catalyst for dramatic anti-wrinkle effects
Brightening
Brightens up dull skin tones – experience the brightening from within instead of superficial brightening effects
Lifting
Combination with acetyl hexapeptide allows a highly effective skin lifting experience – NRX Post Mask instantly pulls all pores and wrinkles as soon as it is applied allowing an intense lifting experience
Features
Plant Stem Cell (Centella Asiatica)
Accelerates post-procedure skin regeneration
Acetyl Hexapeptide
Anti-wrinkle effect created by controlling secretion of Acetylcholine and Catecholamine which in turn affects muscle contraction in wrinkles through the control of SNARE complexes
EGF (Epidermal Growth Factor)
Accelerated healing process via stimulating proliferation and segmentation of fibroblast and dead skin cells
Bio-cellulose
Nano-sized fibers originating from natural micro-organisms attached near irritated skin and pores. This enables the efficient delivery of active ingredients into dermis.
- Side-effect inhibition: Strong brightening effect through the control of NF-kB and SOD
- Efficiency: Easy and effective intensive cooling and soothing effects.
- High patient satisfaction: Significant improvement in pore and waste cell control (cf. Hanrim University clinical report)
- Safety approval: Proven to not cause erythema, calluses or edema (Korea Test and Research Institute, 2003)
Bio-cellulose is a highly polymerized compound, which is patented in Korea (No.0405775). It is created by fermentation of natural ingredients (coconut water) and Acetobacter xylinum using mass culture technology. This results in cellulose created by microbial cultures, which has the same structure as the cellulose plant cell walls are composed of.
