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Human1 Pluripotent Stem Cell Lysate & Botanical2 Compound



RxGenesys B2H13 Skin care compound is a preparation of three technologies:

  • RxGen Prime 1 - Biomimetic Growth Factor

  • RxGen Prime 2 - Enzyme Inhibiting Botanical Active Compound

  • RxGen Prime 3 - iPS Cell Extract

RxGen Prime 1
Biomimetic Growth Factor
RxGen Prime 2
Enzyme Inhibiting Active Compound

4 amino acids linked to a lipid (Caproic Acid).

Mixture. Contains Glycerin, water, dextran, capoyl-tetrapeptide.

Boosts production of Collagen VII, Laminin-5, Fibronectin in the skin reinforcing the structure of the DEJ (Dermal Epidermal Junction), reducing the appearance of fine lines and wrinkles




Contains Glycerin, water, Polygonum Aviculare Extract.

Protects dermis fibers from sun damage (UV and Infrared) by suppressing the activity of Cathepsin G and MMP, triggered by UV & IR exposure, responsible for degradation of Fibrilin and Tropoelastin which result in lost of elasticity and firmness in the skin.

By suppressing Cathepsin G and MMPs RxGen Prime to  increases firmness and reduces the appearance of wrinkles to prevent premature skin photoaging
Supporting Studies



RxGen Prime 3
Induced Pluripotent Stem Cell Extract

Induced Pluripotent Stem Cell extract including highly concentrated stem cell specific small nucleic acids (ipsMicroRNA’s15-373), Phospholipids, Polysaccharides6, Intracellular Matrix.

ipsMicroRNA’s- control gene transcription which promote tissue repair, stem cell generation, skin rejuvenation, wound healing, skin Morphogenesis and regeneration. MicroRNA302 (miR-302) regulates cellular proliferation of fibroblasts. MiR-302 is encode by the Longevity-related gene, LARP7 located in human chromosomal 4q25 locus.

Phospholipids- have good skin and tissue affinity act as a transdermal delivery system, due to the similarity of their composition to skin.

Polysaccharides- keep skin hydrated by preventing   transdermal water loss, stimulate skin cell renewal, protect skin from UV radiation and stimulate skin protein synthesis.




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