Pisum Sativum Meristem Cell Extract ●
TL;DR. This ingredient is used as a skin-conditioning botanical active, typically added for antioxidant support and claims around visible firmness, smoothness, and barrier comfort. It is not a preservative, emulsifier, or structural ingredient, so its role is mainly benefit-driven rather than formula-building.
What does Pisum Sativum Meristem Cell Extract do in a cosmetic formula?
This ingredient is used as a skin-conditioning botanical active, typically added for antioxidant support and claims around visible firmness, smoothness, and barrier comfort. It is not a preservative, emulsifier, or structural ingredient, so its role is mainly benefit-driven rather than formula-building.
Is Pisum Sativum Meristem Cell Extract clean?
From a clean beauty perspective, it is generally low-friction, with no major restricted-list profile and low expected irritation at normal cosmetic use levels. As with many botanical extracts, the practical watchpoints are carrier solvents, added preservatives, and batch-to-batch documentation.
Is Pisum Sativum Meristem Cell Extract sustainable?
This material comes from renewable plant tissue and is often produced through controlled it-culture or extraction methods, which can reduce pressure on field-grown raw material. It is expected to have a favorable biodegradability profile, although the final sustainability picture depends on the solvent system, preservatives, and manufacturing energy use.
Is Pisum Sativum Meristem Cell Extract COSMOS-approved?
It can align with COSMOS-natural when made from permitted plant-derived material using allowed extraction, culture, and preservation systems, while COSMOS-organic status depends on certified organic feedstock and compliant processing. From a Green Chemistry lens, it fits best when produced with water, glycerin, or other accepted low-impact solvents and minimal processing auxiliaries.
How does Pisum Sativum Meristem Cell Extract work chemically?
This ingredient is a complex botanical extract from actively dividing plant tissue, so it may contain water-soluble peptides, amino acids, sugars, minerals, phenolic compounds, and signaling metabolites rather than one single active molecule. It is commonly used at low active concentrations, often through a supplier blend in the 0.1% to 5% range, and is usually best added during cool-down to protect heat-sensitive components.
Last updated 2026-05-13