Cosmetic Ingredients

Features of  NEXGEN EGF(EGFstableTM)   - Production price decisively reduced with higher production efficiency, lowest price maintained within the country - Higher biological activity of protein maintained through improvement in purification steps - EGF, in principle, shall be made in original, natural and authentic form, and this process is the core technology of EGF production. Whether it is inactive protein or active protein cannot be identified by means of general ELISA with regard to the accuracy of authentic form, and it can be identified only through biological activity test.   NEXGENs EGF can get protein having biological activity with high yield by definitely improving and simplifying the purification process and minimizing each kind of physical and chemical damage to be incurred in protein during purification.   Consequently, high quality EGF can be produced and supplied with the lowest price within the country. - CTFA(INCI) name:   Human Oligopeptide-1 - Purification to have over 98% of high purity by HPLC purification. - Found to be non-toxic in five toxicity tests from international test institution. - Nexgen supplies  rhIGF-1, rhTRX, rhGH, rhVEGF, and more cytokines as well.               Specifications of rh-EGF The rh-EGF means Recombinant Human Epidermal Growth Factor. Invented by Dr. Stanley Cohen in 1962. Human Epidermal Growth Factor (hEGF) is a polypeptide which stimulates the proliferation of a wide range of epidermal and epithelial cells. Rh-EGF is a 6.2kDa protein containing 53 amino acid residues.     Main Functions of rh-EGF - Promote breakup of epidermis cell by reaction with cell nuclei - Controls speed of cell proliferation - Lead whole process of cell renewal - Help secretion of other cell renewal promoting factors - Promote producing collagen - Promote producing Fibronectin     EGF and Cosmetics - Reduce and prevent lines and wrinkles by actively generating new skin cells - Whiten skin tones with full of vitality and energy - Eliminate scars on skin by forming new skin cells