Transform your skincare formulations with AI-designed active ingredients. We develop enzymes, bioactive peptides, and recombinant proteins optimized for stability, efficacy, and compatibility with cosmetic systems.
Comprehensive AI-powered development of active cosmetic ingredients optimized for skincare applications.
Design and engineer enzyme variants optimized for cosmetic stability across pH 4-8, temperature tolerance, and preservative compatibility.
AI-driven design of custom peptide sequences targeting specific skin receptors and pathways for optimal efficacy.
Expression and purification of recombinant proteins for cosmetic use, including growth factors and structural proteins.
Our AI-driven ingredient development platform supports diverse cosmetic and personal care applications.
AI-designed collagen-stimulating peptides and growth factor mimetics for wrinkle reduction and skin firmness restoration.
Engineered enzymes and bioactive peptides targeting melanin synthesis pathways for even skin tone and hyperpigmentation management.
Protease variants engineered for activity across a broad pH range, enabling mild exfoliating formulations compatible with sensitive skin types.
Bioactive peptides that target skin barrier proteins and lipid metabolism pathways, supporting moisture retention and barrier function restoration.
Enzyme variants optimized for mild conditions, reducing irritation potential while maintaining activity in hypoallergenic formulations.
Recombinant production of active ingredients via microbial fermentation, offering a consistent and scalable alternative to botanical extraction.
Streamlined process from initial consultation to commercial ingredient delivery
We discuss your efficacy targets, formulation requirements, regulatory needs, and commercial timeline to define project scope.
AI-driven sequence design generates optimized candidates. Computational screening identifies lead variants for experimental validation.
Lead variants are expressed and tested for activity, stability, and formulation compatibility in our laboratories.
Successful candidates are scaled to pilot production with full regulatory documentation for commercial launch.
Selected references supporting our analytical approaches and technology platform.
Nascimento, N. S., et al. (2024). Enzymes for dermatological use. Experimental Dermatology, 33(1), e15008. PMID: 38284197
Karnwal, A., et al. (2023). Microbial biosurfactant as an alternate to chemical surfactants for application in cosmetics industries. BioMed Research International, 2375223. PMID: 37090190
Serra, M., et al. (2025). Stable and functional cosmetic creams enriched with grape stem extract: A sustainable skincare strategy. Antioxidants, 14(7), 784. PMID: 40722888
Common questions about our cosmetic ingredient development services.
We develop enzyme-based actives (proteases, oxidoreductases, catalases), bioactive peptides, and recombinant proteins for anti-aging, brightening, exfoliation, and moisturizing applications. Our AI platform optimizes sequence, stability, and efficacy for cosmetic formulations.
We engineer enzyme stability for cosmetic conditions including pH range (typically 4-8), temperature tolerance, and compatibility with common preservatives. Our designs target extended shelf life under ambient storage conditions.
Yes. We use AI-driven peptide design to create custom sequences targeting specific receptors or pathways, such as collagen stimulation peptides, melanin-inhibiting peptides, or barrier-strengthening sequences.
We provide INCI name documentation, safety data sheets, allergen declarations, and technical documentation for regulatory submissions. Our production follows GMP guidelines.
Initial ingredient screening and proof-of-concept is completed in a series of design-build-test iterations. Full development including stability testing and formulation compatibility follows a structured timeline that we define during the initial consultation phase.
Contact us to discuss your project requirements and receive a custom development proposal tailored to your formulation needs.
Comprehensive AI-powered development of active cosmetic ingredients optimized for skincare applications.
Design and engineer enzyme variants optimized for cosmetic stability across pH 4-8, temperature tolerance, and preservative compatibility.
AI-driven design of custom peptide sequences targeting specific skin receptors and pathways for optimal efficacy.
Expression and purification of recombinant proteins for cosmetic use, including growth factors and structural proteins.
Our AI-driven ingredient development platform supports diverse cosmetic and personal care applications.
AI-designed collagen-stimulating peptides and growth factor mimetics for wrinkle reduction and skin firmness restoration.
Engineered enzymes and bioactive peptides targeting melanin synthesis pathways for even skin tone and hyperpigmentation management.
Protease variants engineered for activity across a broad pH range, enabling mild exfoliating formulations compatible with sensitive skin types.
Bioactive peptides that target skin barrier proteins and lipid metabolism pathways, supporting moisture retention and barrier function restoration.
Enzyme variants optimized for mild conditions, reducing irritation potential while maintaining activity in hypoallergenic formulations.
Recombinant production of active ingredients via microbial fermentation, offering a consistent and scalable alternative to botanical extraction.
Streamlined process from initial consultation to commercial ingredient delivery
We discuss your efficacy targets, formulation requirements, regulatory needs, and commercial timeline to define project scope.
AI-driven sequence design generates optimized candidates. Computational screening identifies lead variants for experimental validation.
Lead variants are expressed and tested for activity, stability, and formulation compatibility in our laboratories.
Successful candidates are scaled to pilot production with full regulatory documentation for commercial launch.
Selected references supporting our analytical approaches and technology platform.
Nascimento, N. S., et al. (2024). Enzymes for dermatological use. Experimental Dermatology, 33(1), e15008. PMID: 38284197
Karnwal, A., et al. (2023). Microbial biosurfactant as an alternate to chemical surfactants for application in cosmetics industries. BioMed Research International, 2375223. PMID: 37090190
Serra, M., et al. (2025). Stable and functional cosmetic creams enriched with grape stem extract: A sustainable skincare strategy. Antioxidants, 14(7), 784. PMID: 40722888
Common questions about our cosmetic ingredient development services.
We develop enzyme-based actives (proteases, oxidoreductases, catalases), bioactive peptides, and recombinant proteins for anti-aging, brightening, exfoliation, and moisturizing applications. Our AI platform optimizes sequence, stability, and efficacy for cosmetic formulations.
We engineer enzyme stability for cosmetic conditions including pH range (typically 4-8), temperature tolerance, and compatibility with common preservatives. Our designs target extended shelf life under ambient storage conditions.
Yes. We use AI-driven peptide design to create custom sequences targeting specific receptors or pathways, such as collagen stimulation peptides, melanin-inhibiting peptides, or barrier-strengthening sequences.
We provide INCI name documentation, safety data sheets, allergen declarations, and technical documentation for regulatory submissions. Our production follows GMP guidelines.
Initial ingredient screening and proof-of-concept is completed in a series of design-build-test iterations. Full development including stability testing and formulation compatibility follows a structured timeline that we define during the initial consultation phase.
Contact us to discuss your project requirements and receive a custom development proposal tailored to your formulation needs.
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