Cosmetic Preparations TRIZ Cases

Specific peptide sequences inhibit ROCK to delay skin aging while supporting barrier repair, collagen synthesis, elasticity, and moisturization.

Biopolymer shells with cross-linking retain fragrance for weeks, then release it under friction, pH change, or enzymes while remaining biodegradable.

Amphiphilic polymer gelation stabilizes high-oil emulsions while preserving a smooth applied film, vivid color, and a fresh feel.

Separate pouch compartments deliver nicotine with whitening agents, antiseptics, vitamins, or medicaments while limiting substance interaction.

Sulfonated chalcone derivatives improve water solubility while preserving tyrosinase inhibition and melanin reduction in skincare compositions.

A high-CBD Pinkpepper hemp cultivar pairs with a primer set for accurate identification and reliable medical hemp cultivation.

By boosting filaggrin, raising hyaluronic acid, and inhibiting hyaluronidase, this peptide composition repairs barrier damage behind sensitivity and dryness.

Targeted peptides bind the cuticle, cortex, and CMC to repair chemically damaged hair and improve strength, elasticity, and smoothness.

A tuned refractive index gap lets this water-in-silicone cosmetic turn transparent when chilled, making storage temperature visually recognizable.

A water-soluble sheet substrate with clay and binder enables clay mask treatment while rinsing off cleanly without messy residue or extra cleansing.

A low-molecular-weight polyether polymer with a controlled IOB value improves skin moisturization while reducing stickiness and slimy feel.

Alpha-Fe2O3 crystallites on SiO2 flakes keep a bluish-red color across viewing angles while improving hiding power and vegan suitability.

Maintaining cosmetic pH at 5-8 with buffers, antioxidants, and chelators helps retinoids resist oxidation and retain effectiveness during storage.

Color-changing skin compositions provide visible feedback to heat, rubbing, or microcurrent exposure without staining and remain stable in storage.

Organic acids and hydroxyl-group solvents help curly hair keep definition and frizz control longer without greasy build-up or frequent reapplication.

Low-dose salicylic acid paired with epidermal penetration enhancers improves acne, skin brightening, and tightening while reducing irritation.

A hydroquinone-free topical blend of tyrosine inhibitor, brightener, and resorcinol treats hyperpigmentation with less irritation.

Physiological cooling agents in retinol formulations reduce stinging and warming on skin while improving dermatological tolerance.

High-pressure homogenized nanoparticles and plant extracts improve scalp penetration to promote hair growth while reducing irritation and hair loss.

Controlled polymer composition and particle uniformity slow early biodegradation, preserving cosmetic texture while keeping particles biodegradable.

A clay-based makeup composition mimics real mud texture and color while avoiding contamination risks and easing cleanup from skin and hair.

PCR primer sets verify the Pinkpepper hemp cultivar, supporting reliable identification of a high-CBD line with THC kept below legal limits.

Quaternized dextran replaces silicone conditioners to restore damaged hair hydrophobicity and lower combing force with higher natural origin.

Plant-derived hydrogenated polyfarnesene and C15-C19 hydrocarbons protect hair from intense heat while avoiding silicone residue and poor biodegradability.

An aminosilicone, direct dye, and organic carbonic acid ester form a film on hair to improve wash fastness, gray coverage, and odor.

Salicylic acid and azone oil help a carnosine cleansing formula resist wash-off loss by improving transdermal absorption during bathing.

A multifunctional tetrapeptide derivative suppresses melanin and IL-6/TNF-α to improve post-inflammatory hyperpigmentation with lower irritation.

Benzophenone derivatives and silicone improve piroctone olamine UV stability and scalp deposition, boosting antidandruff efficacy.

Silane-functionalized zeolites raise sunscreen SPF by 20%+ while reducing UV filter load through better dispersion and lower particle aggregation.

Compatible solutes such as ectoin reduce protein carbonylation around skin pores, helping counter age-related uneven skin tone.

A staged steam and acid hydrolysis route cuts keratin peptide size while limiting amino acid degradation and anti-nutritional by-products.

Alpha-Fe2O3-coated SiO2 platelets keep a bluish-red hue and high opacity across viewing angles, avoiding orange or dark brown flop.

Particle-sized yeast dietary fiber forms a drying thin film that boosts skin moisture, lowers water loss, and protects hair cuticles.

Image-guided cosmetic application targets darker skin artifacts only, improving tone uniformity while reducing waste and heavy full-face coverage.

A sugar alcohol particle blend rapidly liquifies in the mouth to speed active delivery, improve mouthfeel, and avoid tablet swallowing delays.

Anthocyanin-rich maqui berry extract reduces skin inflammation while promoting healing, elasticity, and antioxidative protection.

Cold-water soluble starch granules keep silicic acid bioavailable, dissolve quickly in beverages, and limit polymerization after ingestion.

A gelled aqueous phase with crosslinked cationic polyelectrolytes stabilizes water-in-oil hair treatment while improving combing and disentangling.

A zinc-β amino complex in an ethanol-glycol anhydrous carrier matches antiperspirant efficacy while reducing aluminum-linked astringency.

A jammed oil-in-water emulsion continuously replenishes peroxide at tolerable levels to whiten teeth while reducing sensitivity and gum irritation.

UV-converting oil-in-water emulsions turn harmful ultraviolet light into visible light to activate skin cells while limiting oxidation and DNA damage.

A silane colorant layer plus a film-forming polymer fixes hair dyes into a washfast coating without oxidative precursors, ammonia odor, or damage.

Controlled in vitro cultivation and ethanol extraction stabilize myconoside-rich Haberlea extracts for consistent pharma, cosmetic, and food use.

Small-molecule PRMT5 inhibitors selectively suppress aberrant methyltransferase activity to restore p53 function and increase γ-globin expression.

Cationic polymer and carboxylate complexes adhere to enamel, improve ion migration, and speed uniform remineralization of microdamaged surfaces.

Peptide compositions using Regentide-012 and -013 help counter UV-driven elastase damage, supporting collagen, elasticity, wrinkle prevention, and wound recovery.

Phosphopeptide-bound stannous ACP complexes prevent precipitation and oxidation while remineralizing dental surfaces and reducing caries.

Cyclopropane-modified campholenic aldehydes improve acid stability while preserving a natural sandalwood profile with green and fruity notes.

Stabilized zinc complexes with carboxylate and amine ligands keep fluoride aqueous and soluble to prevent caries without tooth staining.

A hypochlorous acid and acetic acid composition disrupts wound biofilms, limits tissue toxicity, and avoids antimicrobial resistance.