Cosmetic Preparations TRIZ Cases

Dehydroascorbic acid reacts with amino compounds to form artificial skin coloration.

A cuttlefish bone powder composition removes tartar and whitens teeth using natural abrasives.

A 2-phenylpropyl oxazolidine derivative delivers prolonged scent impressions through controlled aldehyde release.

Silyl-functionalized polyacrylate compositions incorporate polyolefin powder to absorb hydrocarbon fluids and prevent volume shrinkage.

Ethanol precipitation forms pumpkin seed protein nanoparticles that stabilize high internal phase emulsions without additives.

A short GPANVET peptide binds fibroblast growth factor receptor 2 to stimulate cell proliferation and angiogenesis.

Formulation balances hydrocarbon oils and ceramides to deliver sustained moisturizing effects without stickiness on sensitive skin.

A cosmetic formulation optimized for electrostatic spraying delivers nearly full skin coverage with enhanced sun protection and hydration.

Specific cyclodextrin ratios expand the absorption spectrum to address age and gender-specific malodours without skin irritation.

A freeze-drying protective agent combines ceramide, lysine, and glycerol to maintain MSC-exosome physical integrity.

A topical psoralen formulation in an oil-in-water emulsion delivers targeted phototherapy for autoimmune skin conditions.

Acid regulators maintain pH 2-3 during solvent extraction to prevent degradation and boost antioxidant capacity.

An acidic liquid stabilizes sub-200 nm hydroxyapatite particles, preventing agglomeration and forming a high-strength apatite layer on minute recesses.

Pressurized hot water extraction yields raspberry ketone and monosaccharides from birch bark, addressing low natural abundance in berries.

Specific amino acid composition in the linker reduces basal FRET efficiency while enhancing biosensor sensitivity for kinase activity measurement.

A multi-phase cleansing composition separates into distinct layers using specific Hildebrand solubility parameters for effective makeup removal.

A low-silymarin Silybum marianum extract targets the Tie2 signaling pathway to reduce vascular redness while avoiding photosensitivity side effects.

A hair dye composition combines specific oxidation bases with alkyl polyglycosides and sulfated anionic surfactants to enhance dyeing performance.

Acid-insoluble polymer wall stabilizes hydrophobic actives during storage, then triggers release when exposed to basic aqueous solutions.

Modified fungal pellets incorporate exogenous oils to replicate traditional fat sensory properties while improving environmental sustainability.

A synthetic peptide sequence enhances fibroblast cell migration to promote wound healing.

Plasticized MQ resin emulsions form flexible films that treat split ends while maintaining stability at high concentrations.

Acidification to pH 2.5 precipitates the tripeptide, removing impurities that cause off-color.

Saponins form micelles to solubilize hydrophobic drugs, preventing precipitation and maintaining stability during storage.

Benzoxazine derivatives maintain intense color and resistance against washing while ensuring uniform distribution across keratin fibers.

Ethylhexyl esters with 20 to 30 mN/m polarity prevent heat-induced discoloration and precipitation of Magnolia Officinalis Bark Extract.

A cosmetic composition for keratin fibers uses phosphoric and non-ionic surfactants with polyols to trap alkaline agents.

A UV filter environmental hazard scoring method evaluates ecotoxicological data to rank eco-friendliness.

Liquid isethionate surfactants enable continuous casting of solid bars, lowering production costs while maintaining skin-friendly pH levels.

A filler apparatus introduces composition A into container B to create a homogeneous hair coloring mixture.

High-concentration glycerol prevents ceramide recrystallization, resolving physical stability issues during freeze-thaw cycles.

Zinc neodecanoate deodorant composition paired with lactic acid maintains rheological stability and compatibility.

Polyoxyalkylene substituted alkylene diamines condition hair and skin through cloud point deposition mechanisms.

Alditol powders replace abrasive agents to reduce nozzle wear and side effects while maintaining cleaning efficiency on sensitive dentine.

Isothiocyanate dental compositions activate TRPA1 channels and carbonic anhydrase to accelerate dentin formation and repair.

Encapsulated carotenoid particles bound by hydrocolloids reduce color migration into whey, preserving cheese hue and enabling whey reuse.

Gum ghatti combined with modified starch stabilizes high-oil emulsions without gravity modifiers.

A dual-container hair dye applicator merges separate color and developer reservoirs into a single unit for self-contained mixing.

Whole green algae replaces synthetic chemicals to reduce plaque while eliminating toxicity risks.

A visible light-polymerizable dental composition combines bisacylphosphine oxide and camphorquinone initiators to drive efficient photopolymerization.

A branched cationic co-surfactant enhances benefit agent deposition onto hair surfaces through specific molecular interactions.

Novel heterocyclic compound absorbs long-wavelength UV-A radiation through extended pi-conjugation systems.

Activated citrus fibre structures silica abrasive to remove stains while protecting tooth surfaces.

A sterically stabilized emulsion protects skin during depilation.

Sequential filtration and catalytic oxidation convert polyphenolic waste into high-purity antioxidants, offsetting treatment costs.

New compounds with specific formulas absorb UV and visible light, solving stability and compatibility issues in broad-spectrum protection.

Polyalkylene glycols resolve merocyanine solubility and photostability contradictions in oily cosmetic phases.