Oligopeptide-178 ●
TL;DR. This ingredient is used as a low-level cosmetic active and conditioning agent, most often in skin or scalp formulas. Its role is to support appearance-focused claims such as smoother feel, healthier-looking skin, or denser-looking hair rather than to preserve or emulsify the formula.
What does Oligopeptide-178 do in a cosmetic formula?
This ingredient is used as a low-level cosmetic active and conditioning agent, most often in skin or scalp formulas. Its role is to support appearance-focused claims such as smoother feel, healthier-looking skin, or denser-looking hair rather than to preserve or emulsify the formula.
Is Oligopeptide-178 clean?
Clean-beauty standing is generally acceptable because short peptides are typically well tolerated and are not common allergen-list or major restricted-list materials. The main caveat is supplier documentation, including residual solvents, salts, and preservatives in the commercial peptide blend.
Is Oligopeptide-178 sustainable?
This material is usually made by peptide synthesis or biotechnology rather than direct agricultural extraction. The finished molecule is expected to break down into amino-acid fragments, but solvent use and energy demand in synthesis make its sustainability profile more mixed than simple plant-derived ingredients.
Is Oligopeptide-178 COSMOS-approved?
This ingredient is not automatically COSMOS-organic aligned, and COSMOS-natural acceptance depends on whether the supplier route fits approved natural-origin or biotechnology criteria. From a Green Chemistry view, it has positives at very low use levels and likely biodegradability, balanced by potentially solvent-intensive manufacturing.
How does Oligopeptide-178 work chemically?
The molecule is a short, sequence-defined chain of amino acids, so it is water-soluble and normally supplied in aqueous carrier blends rather than oil phases. Supplier blends often dose the active peptide in the ppm range, and it is generally added during cool-down at skin or scalp pH while being kept away from strong oxidizers and protease-rich systems.
Last updated 2026-05-13