Cosmetics

• Discovery and screening of cosmetic bioactive ingredients
• Research on peptides, proteins, enzymes, and other biological compounds
• Development of skin-conditioning and hair-conditioning ingredients
• Ingredient characterization and standardization
• Evaluation of antioxidant and moisturizing potential
• Development of novel ingredients for anti-aging and skin barrier care

• Fermentation-derived hyaluronic acid production
• Development of cosmetic peptides
• Biosynthesis of selected vitamins and amino acids
• Development of enzymes for cosmetic applications
• Production of microbial metabolites and postbiotic ingredients
• Screening and characterization of bioactive compounds

• Skin microbiome profiling
• Research on beneficial skin-associated microorganisms
• Probiotic-inspired and postbiotic ingredient development
• Evaluation of ingredients affecting microbial balance
• Skin microbiome compatibility studies
• Microbiome-related claim substantiation research

• Face cream, serum, lotion, and gel formulation
• Shampoo, conditioner, and hair serum development
• Formulation using biotech-derived active ingredients
• Ingredient compatibility and solubility studies
• Emulsion optimization and texture development
• Prototype preparation and pilot-batch development
• Formulation troubleshooting and reformulation

• Skin hydration and moisturization studies
• Skin barrier function assessment
• Anti-aging and wrinkle appearance testing
• Skin elasticity and firmness evaluation
• Pigmentation and skin tone appearance studies
• Hair strength, breakage, and conditioning tests
• Instrumental evaluation of cosmetic performance

• Reconstructed human skin model testing
• Skin sensitization assessment using appropriate validated methods
• Ocular irritation assessment using suitable non-animal methods
• Dermatological compatibility studies
• Patch testing conducted through qualified testing partners
• Safety assessment of new cosmetic ingredients

These services help assess product safety. The appropriate tests depend on the ingredient, intended use, applicable regulations, and available validated methods.

• Total microbial count testing
• Yeast and mold testing
• Testing for specified microorganisms
• Preservative efficacy or challenge testing
• Microbial contamination investigation
• Raw material and finished-product microbiological testing

• Accelerated and real-time stability testing
• Temperature cycling and freeze-thaw studies
• Active ingredient degradation analysis
• Color, odor, viscosity, and pH monitoring
• Packaging compatibility testing
• Oxidation and product deterioration studies
• Shelf-life support for finished cosmetic products

• Plant cell culture for cosmetic ingredients
• Botanical extract development and standardization
• Phytochemical profiling
• Bioactive compound screening
• Enzyme-assisted extraction
• Contaminant and residual solvent testing
• Reproducibility assessment across ingredient batches

• Scalp microbiome research
• Hair fibre strength and breakage testing
• Evaluation of ingredients for scalp conditioning
• Hair shaft damage and repair assessment
• Development of bio-based hair-conditioning ingredients
• Evaluation of cosmetic ingredients for reducing visible dandruff
• Hair growth appearance studies, where appropriate for cosmetic claims

• Encapsulation of sensitive cosmetic active ingredients
• Liposome and nanoemulsion formulation development
• Protection of vitamins, peptides, and antioxidants from degradation
• Controlled-release formulation research
• Ingredient compatibility and release testing
• Improvement of ingredient dispersion and formulation stability

• Raw material identity and purity testing
• Finished-product quality control
• Ingredient specification development
• Product safety documentation
• Technical dossier preparation
• Cosmetic regulatory compliance support
• GMP and quality management system support
• Support with applicable BIS and Indian Cosmetics Rules requirements

• Development of fermentation-derived cosmetic ingredients
• Biodegradability testing
• Sustainable alternatives to conventional ingredients
• Enzyme-based manufacturing process development
• Upcycling of suitable agricultural by-products
• Process optimization to reduce water, energy, and solvent consumption

• Design of cosmetic efficacy studies
• Human-use studies under appropriate ethical and safety oversight
• Instrumental skin and hair assessments
• Consumer perception and product-use studies
• Scientific literature reviews for ingredient claims
• Statistical analysis and preparation of technical reports
• Support for substantiating claims such as moisturization, smoothness, and improved hair manageability