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Cosmetic biotechnology skin resilience and repair
Biotechnological actives represent the new standard of innovation in cosmetics. More targeted, reproducible and sustainable ingredients that allow complex molecules to be obtained that are impossible to achieve by conventional methods. Cobiosa leads this transition with plant stem cell and biofermentation actives designed to reinforce skin resilience.
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Phyto Ceramidyl Omega N
StemCem Quillay
- Biotechnology and skin resilience: the new paradigm
Cobiosa biotechnological actives: Stemcem Quillay and Phyto Ceramidyl
Biotechnology Layering: formulation by active ecosystems
Biotechnology and skin resilience: the new paradigm
Skin is continuously exposed to environmental, chemical and biological stress. The rise in skin sensitivity is driving demand for solutions that allow skin to adapt, defend and recover. Biotechnology provides actives that act on the cellular processes that determine skin's resistance and adaptation to these aggressions.
Plant stem cell cultivation: why invest in it
Plant stem cell cultivation preserves 100% of the source plant's biodiversity, reduces water consumption by 99%, produces without seasonal dependence or use of land or pesticides, and obtains specific phytochemicals with standardised and unlimited production. It is the most sustainable and reproducible method for obtaining high-value plant biomolecules.
Precision cosmetics and actives with documented molecular mechanisms are the bet of premium brands for the coming years. The science-backed beauty trend, accelerated by the informed consumer, demands actives with in vivo studies, verified claims and traceable technological origin. Biotechnology also allows the development of more efficacious, purer actives with lower environmental impact than conventional extraction processes.
Why are biotechnological actives the next big thing in formulation?
Biotechnological actives for skin resilience
Contents
Stemcem Quillay and Phyto Ceramidyl: star actives
Cobiosa presents two reference biotechnological actives for skin resilience: Stemcem Quillay, a stem cell extract from Quillaja saponaria, and Phyto Ceramidyl Omega N, a complex of botanical omega fatty acids and NP ceramides. Combined in a Biotechnology Layering strategy, they form an ecosystem of high-impact complementary actives.
Stemcem Quillay: epidermal cohesion and firmness
Stemcem Quillay is a stem cell extract derived from Quillaja saponaria that promotes epidermal cohesion, stimulates filaggrin synthesis, increases skin density and firmness and reduces transepidermal water loss (TEWL). It is the reference active for formulas seeking to reinforce skin architecture from the epidermis.
Phyto Ceramidyl Omega N: barrier, hydration and repair
Phyto Ceramidyl Omega N is a complex of omega fatty acids from Plukenetia volubilis, glycerides from Olea europaea oil and NP ceramides. It strengthens barrier function, improves hydration immediately and long-term, reduces itching, increases elasticity and reduces wrinkles, with documented activity in reactive and mature skin.
Biotechnology Layering: formulation by active ecosystems
The Biotechnology Layering concept proposes combining biotechnological actives intelligently to design ecosystems of complementary actives that work synergistically. Instead of adding ingredients additively, a functional architecture is built where each active reinforces and enhances the action of the others.
Barrier Defense Cream: reference formulation
The Barrier Defense Cream combines Phyto Ceramidyl Omega N at 5% and Stemcem Quillay at 2% in an emulsion enriched with shea butter, almond oil and sacha inchi oil. The result is a repairing and strengthening cream that reinforces the skin barrier, improves cell cohesion and protects against external aggressions.
Ranges and solvents: how to incorporate the actives
Stemcem Quillay is incorporated at 2-5% in the aqueous phase of any emulsion, gel or serum. Phyto Ceramidyl Omega N is added at 5% in the lipophilic phase or directly into the emulsion below 40°C. Both actives are compatible with most preservation systems and emulsifiers commonly used in cosmetic formulation.
Definition
Biotechnological actives are today the most effective path for developing skin resilience formulations with solid scientific backing. Contact the Cobiosa technical team to request samples, technical monographs or formulation support for your next project.