Cosmetic Preparations TRIZ Cases

Extracellular matrix compositions disrupt cell attachments to enable transdermal delivery of active agents while minimizing skin irritation.

Maspin peptides scavenge reactive oxygen species via cysteine thiol oxidation, reducing oxidative stress and skin aging.

A mineral supplementing agent uses grain hulls, charred products, and calcined ash extracted via vinegar to create a versatile liquid solution.

High molecular weight UV-absorbing polymers stabilize in water to block radiation without penetrating eyes.

Specific amino acids nourish commensal bacteria while inhibiting harmful pathogens, resolving microbiome disruption from broad-spectrum actives.

An effervescent tablet dissolves in water to produce a supersaturated calcium and phosphate solution.

Oral care formulation merges zinc compounds and essential oils to overcome insufficient biofilm reduction in existing products.

An emulsion-free system with volatile silicones prevents re-emulsification, solving the trade-off between water resistance and tacky skin feel.

Zwitterionic azomethine dyes resolve durability and evenness contradictions by resisting oxidizing agents during simultaneous lightening.

Fractionating crude carveol and acetylating selected fractions to produce spearmint flavor enhancers with distinct l-carvone and l-carveol isomers.

A carbohydrate backbone conjugates diagnostic radiotracers with therapeutic moieties into a single molecular structure.

Combining silicone elastomer and high-viscosity oil resolves the trade-off between transfer resistance and dryness in long-wear cosmetics.

A diluted hydrofluoric acid composition reduces dental enamel solubility by forming a protective calcium fluoride-like layer on tooth surfaces.

Hydroxyaromatic polyorganosiloxanes replace harsh aldehydes to provide permanent hair shaping without scalp irritation or strength loss.

Engineered bacteria produce volatile aromatic compounds to mask bad breath in the oral cavity of dogs and cats.

A cosmetic dispensing device uses a grid to transform brittle compositions into fluid forms, resolving spreadability and mechanical resistance trade-offs.

Substituted spermidine derivatives resist air oxidation to maintain activity, enabling reliable melanin production in cosmetic formulations.

Merging synthetic disodium fumarate with natural plant extracts resolves efficacy versus safety trade-offs by achieving synergistic skin lightening.

A cosmetic cleaning composition combines anionic surfactants with cationic polysaccharides and silicones to deposit protective films on hair.

Specific organic compounds of formula I enhance and modify odor notes in fragrance formulations.

pH-responsive HASE polymers modify aqueous emulsion rheology through shear-sensitive network formation.

Fatty substance extraction of Camellia japonica flowers yields an oily active agent.

Polyphenols prevent orthosilicic acid polymerization during microalgae culturing, ensuring high bioavailability.

A honey extract concentrates phenolic compounds to inhibit matrix metalloproteinases in skin care products.

Culturing placental mesenchymal stem cells with interleukin-1β and interleukin-4 to generate CD106high CD151+Nestin+ populations.

Plant-derived inorganic minerals create a reducing environment that treats Graves' disease without synthetic drug side effects.

Saturated C8-C14 alkyl N,N-dialkylamides solubilize hydrophobic fragrances in oil-in-water emulsions without phase separation.

A segmented applicator retains dispensed foam on a skin-contacting surface, preventing sliding and airborne dispersion during angled use.

Peroxide conditioning prepares enamel for targeted calcium or fluoride ion deposition.

Compressing piroctone olamine crystals into compactates before milling creates stable granules with controlled particle size distribution.

Hydrophilic bleaching particles swell in water to release agents gradually, reducing tooth sensitivity while maintaining regulatory compliance.

A prebiotic cosmetic composition combines spray-dried yoghurt powder with fatty acid soaps to selectively promote beneficial skin bacteria.

High-oil emulsions enter an ionic polysaccharide bath to form uniform walls, avoiding animal-derived gelatin contamination risks.

Stress-driven diffusion of viscous compositions into stacked substrates eliminates homogeneous distribution failures inherent in passive impregnation.

Alkaline heat treatment yields high beta-sheet sericin that structures water, resolving the trade-off between process complexity and rheological stability.

Glycosidic polymer microspheres selectively bind cariogenic bacteria via affinity interactions to remove pathogens from the oral cavity.

Arginine and serine chelate zinc compounds to overcome limited biofilm reduction efficacy from metal oxides alone.

Topical copper ion treatments address bacterial resistance risks by delivering antimicrobial ions directly to oral, respiratory, and otic tissues.

Replacing volatile ethanol with a polyol-polymer system prevents skin drying while sustaining cooling via controlled crystallization.

A segmented hair bleaching process mixes persalts, oxidizing agents, and carboxylic acids immediately before application to protect hair structure.

A cosmetic gel composition uses xanthan gum and cellulose derivatives to stabilize high inorganic salt concentrations.

Composite particles combine zinc pyrithione with cationic polymers and UV filters to maintain efficacy against rapid wash-off.

Supercritical CO2 fluid extraction yields a consistent lipidosterolic extract with tailored fatty acid ratios, eliminating residual solvent contamination.

Hydroxylated amides moisturize skin while maintaining elasticity and hydration levels.

Fractionates legume proteins using controlled pH and temperature adjustments to remove antinutritive substances and allergens.

C-glycoside compounds modulate immune responses to rebalance Th-1 and Th-2 lymphocytes, preventing disorders caused by environmental stressors.

Graphene nano-structures inhibit proinflammatory cytokines and induce macrophage differentiation, reducing side effects from combination therapies.