OLI-1602 rh-EGF | Shanghai Oli Enterprises Co.,Ltd |
|
OLI-1602 rh-EGF is the human Epidermal Growth Factor expressed on methyl yeast system produced by bio engineering technology. It can accelerate the growth for the cells of ectoderm and blood capillary, promote the growth of epidermis, and heals the wounde...view more
OLI-1602 rh-EGF is the human Epidermal Growth Factor expressed on methyl yeast system produced by bio engineering technology. It can accelerate the growth for the cells of ectoderm and blood capillary, promote the growth of epidermis, and heals the wounded cuticle as well. OLI-1602 rh-EGF is an important ingredient of cosmetics for anti-wrinkle and anti-aging purposes. view less
Compliance Highlights Unavailable
|
|
OLIGOELEMENTOS Cu | fabriQUIMICA S.A.U. |
OLIGOELEMENTOS Cu is a vehiculization of peptides combined with copper to improve its incorporation to the skin. Due to its association of peptides increases the bioavailability improving the efficiency even at low concentrations of the metallic ion as co...view more
OLIGOELEMENTOS Cu is a vehiculization of peptides combined with copper to improve its incorporation to the skin. Due to its association of peptides increases the bioavailability improving the efficiency even at low concentrations of the metallic ion as compared to the addition in form of salts. view less
Compliance Highlights Unavailable
|
Request Sample | |
OLIGOELEMENTOS Mg | fabriQUIMICA S.A.U. |
OLIGOELEMENTOS Mg is a vehiculization of peptides combined with magnesium to improve its incorporation to the skin. Peptides with magnesium provide a barrier that protects the skin from pollution. OLIGOELEMENTOS Mg due to its association of peptides incre...view more
OLIGOELEMENTOS Mg is a vehiculization of peptides combined with magnesium to improve its incorporation to the skin. Peptides with magnesium provide a barrier that protects the skin from pollution. OLIGOELEMENTOS Mg due to its association of peptides increases the bioavailability improving the efficiency even at low concentrations of the metallic ion as compared to the addition in form of salts. view less
Compliance Highlights Unavailable
|
Request Sample |