Cosmetic Preparations TRIZ Cases

A composition combining sugar alcohols with Tetraselmis suecica extract reduces sebum production while enhancing skin hydration.

Modified amino acid derivatives maintain stability in alcohol-free mouth rinses while preventing bacterial attachment.

Aryl alkanones chelate copper ions to prevent hydroxyl radical formation during oxidative hair treatments.

Anhydrous composition removes water to prevent microbial growth while bioactive glass deposits minerals on demineralized enamel.

Substituting genistein with pterocarpans avoids concentration-dependent complexity while inhibiting adipogenesis.

Flavor compositions combine menthol with amide derivatives to segment irritant aspects from cooling effects for safer skin contact.

A cosmetic composition incorporates human birth tissue material to repair and remodel human skin effectively.

Esterifying fatty acid dimers with polyols yields natural petrolatum with consistent rheology and oxidative stability.

A topical composition combines salicylic acid with polyphenolic antioxidants to treat skin conditions.

Topical nerve growth factor preparation stimulates melanocytes to increase skin pigmentation.

Cyclohexyl carbamate compounds interfere with melanin metabolism to lighten skin and hair without relying on toxic tyrosinase inhibitors.

A cartridge assembly uses a vibrating dispersing device to maintain consistent flow of particulate treatment compositions through application nozzles.

Copolymer shell resists leakage in extreme pH conditions, maintaining olfactive properties across diverse consumer products.

Solid anhydrous balm transitions to cream during use, resolving difficult application and separate cleansing steps.

A cosmetic composition containing an amide compound reduces sebum overproduction by inhibiting PPAR-γ activity, preventing acne and skin barrier deterioration.

A hair cleaning agent formulation uses cationic polymers to reduce electrostatic charge on damaged strands.

Sequential application of pH-adjusted hydrogen peroxide preparations reduces hair damage while maintaining shade consistency across damaged fiber regions.

A fatty acid-dextrin ester and branched alkane mixture protects unsaturated vegetable oils from oxidation.

A microneedle patch delivers aqueous solution to dissolve tattoo pigments and extracts them through negative pressure.

Air oxidation of punicic acid produces high-quality unsaturated dienals, avoiding costly synthetic processes and off-flavors.

Replacing synthetic agents with garlic extract resolves antibiotic resistance while maintaining effective dandruff treatment.

Segmenting aqueous conditioning agents from anhydrous film-forming polymers prevents viscosity buildup while maintaining natural feel under high humidity.

Segmenting incompatible active ingredients into separate emulsion phases prevents migration and maintains visual stability under temperature fluctuations.

Facial scrub composition uses baking soda as a primary abrasive to cleanse skin and deliver a tightening sensation.

Ethylene octene copolymer balances adhesion and mechanical strength, eliminating support strips while maintaining low heating temperatures.

Complexation with washing water ions via DTPMP removes stubborn sunscreen stains while maintaining UV protection efficacy.

Phosphorylated oligosaccharide calcium and magnesium salts upregulate Wnt5a, ALPL, and VEGF genes to stimulate hair growth while reducing adverse effects.

Distinct microcapsule populations release perfume oils in sequential blooms to sustain scent noticeability.

Specific silica abrasives fracture under shear forces to remove plaque while maintaining low dental abrasion values.

A pharmaceutical composition combines keratolytic agents with ethyl pyruvate and polyvinylpyrrolidone-iodine for topical application.

A specific oxidative hair dye agent combines pyrazole and aminophenol developers with m-diaminobenzene and m-aminophenol couplers.

Transparent ready-to-use bleaching compositions allow direct visual monitoring of hair lightening, eliminating the need to rinse and assess progress.

Segmented pressurized containers protect oxidation-sensitive hair dyes from atmospheric oxygen, ensuring stable grey hair coverage.

Segmented silicone graft copolymers reduce color elution and friction, resolving the trade-off between styling effectiveness and combability.

Fatty alcohol esters of levulinic acid replace petrochemical thickeners to boost viscosity while providing antimicrobial properties.

Resolves the trade-off between structural integrity and visual intensity by using composite particles instead of binders.

Segmenting the synthesis into distinct stages with amino group protection prevents racemization, raising product yield while lowering manufacturing costs.

Uses arginine to complex stannous ions, preventing reactivity while maintaining antimicrobial efficacy.

Alkaline pH increases cystine solubility, enabling effective delivery of glutathione precursors for skin brightening.

Low pH formulation using succinic acid and serine straightens hair for ten washes without formaldehyde damage.

A cold-dispersible pearlescent concentrate uses mild glycinate surfactants to disperse propane diol esters.

Replacing synthetic film-forming polymers with calcium carbonate and sugar alcohols eliminates sticky films while maintaining strong styling hold.

A dentifrice composition uses amorphous erythritol particles to deliver a persistent cooling sensation without liquid separation.

An opaque antiperspirant composition uses a high HLB glyceryl monostearate mixture to minimize white residue visibility on skin and clothing.

Dissolving inert gas in coffee matrix before cryogenic freezing prevents oxidation and edge/core effect, maintaining intense flavor profiles.

Metal oxide and cationic polymer complexes enhance hinokitiol deposition, preventing loss during surfactant rinsing.

Lactone and disaccharide formulation raises hair protein denaturation temperature, repairing structural damage that existing treatments fail to restore.

A cosmetic composition uses specific developer and coupler combinations to enhance keratin fiber dye fastness.