Organic Active Ingredients TRIZ Cases

See how electrospinning and ultrasonic spray pyrolysis produce azithromycin-coated nanofibers f

See how polyurethane or latex foam infused with cannabidiol oil enables controlled vapor and sk

See how a modified cellulose coating inside a drinking straw progressively releases sweeteners,

See how a thiazine dye and phosphoric acid composition treats antibiotic-resistant wound infect

See how segmented filling chambers with cannabinoid-containing regions deliver calming effects

See how a bilayer berberine nanofiber and mineralized collagen membrane improves bioavailabilit

See how a triple-acid preservative system with pH buffering inhibits microbial growth in high-w

See how a flocked fibrous patch adheres to mucosal surfaces without sutures, enabling drug deli

See how covalently linked nanofiber-hydrogel composites resolve the contradiction between mecha

See how a pH-buffered preservative system using benzoic, succinic, and phytic acids inhibits mi

See how hydroxyacetophenone as the sole preservative in wet wipe impregnation prevents microbia

See how electrospun nanofibers covalently linked to hydrogel moieties balance mechanical streng

See how a nicotine pouch matrix composition combines ion exchange resin and water-soluble carri

See how a water-free triglyceride-nicotine liquid mixture in a hydrophobic pouch enhances flavo

See how a water-soluble matrix with ion exchange resin delivers stable nicotine through oral mu

See how aliphatic polyester binders enable heat sealing and biodegradability in water-permeable

See how a piezoelectric rotor-stator assembly harvests energy from low-speed airflow to power a

See how a fibrous chitosan salt composition with controlled molecular weight and deacetylation

See how hyaluronic acid wound dressing delivers localized antibiotics to reduce postoperative i

See how chemically bonded phosphate groups on synthetic and cellulose fibers reduce skin irrita

See how liquefied inert gas and sublimating dry-ice media replace conventional beads to elimina

See how controlled chitosan molecular weight and deacetylation enable a haemostat to degrade fu

See how a chitosan-based fibrous haemostat with physiologically acceptable acid degrades within

See how core-sheath electrospinning with aqueous excipients maintains protein activity during s

See how novel pyridoquinazoline derivatives achieve selective TYK2 and JAK3 inhibition through

See how novel pyridoquinazoline derivatives achieve selective TYK2, JAK3, and ARK5 inhibition t

See how spatially-separated conductive protrusions freeze small skin regions to produce gradual

See how spatially-separated conductive protrusions freeze small skin regions to produce gradual

See how bismuth-ion passivation protects silver layers without copper, enabling lead-free paint

See how spatially-separated cryogenic protrusions freeze small skin regions to inhibit melanin

Small cooled protrusions freeze separated skin spots to lighten hyperpigmented areas gradually without visible depigmented patches.

A metering unit mixes hyaluronic acid into potable water for shower or oral use, avoiding greasy creams while improving skin absorption.

Acoustic cavitation treats sliver fibers in parallel, attaching insoluble flame-retardant or antimicrobial compounds evenly without bundling or leaching.

A multilayer tear-resistant lidding keeps pharmaceutical actives stable against humidity and oxygen while remaining penetrable in brewing machines.

Pre-formulated solubilisate capsules improve bioavailability of poorly water-soluble actives while simplifying beverage preparation and dissolution.

Crosslinked stellate prepolymer coatings simplify hydrogel surface treatment while reducing water residue, soiling, and protein adhesion.

Carbazole compounds induce tumor cell death and modulate NF-κB activity, helping strengthen chemotherapy and radiation treatment efficacy.

Segmented dispenser ports improve cryogranulation of viscous pharmaceutical slurries by reducing clogging, streaming, and pellet agglomeration.

Novel TRPM8 modulators extend skin and mucosa cooling while reducing irritation, odor, volatility, and solubility limits.

A quick-break aerosol foam improves corticosteroid skin delivery while reducing irritation, rubbing, and application waste.

A quick-break aerosol foam improves corticosteroid skin penetration while reducing irritation and making topical application easier.