Biocide TRIZ Cases

Pressurized plastic containers maintain phase stability of natural pest compositions across temperature ranges.

Synergistic blending of muscadine polyphenols and knotweed-derived resveratrol overcomes low bioavailability limits.

Extruded pesticide granules with a urea carrier and non-ionic surfactant form a stable near micro-emulsion upon water contact.

Combining 4-(3-ethoxy-4-hydroxyphenyl)butan-2-one with chlorhexidine creates synergistic antimicrobial activity in cosmetic formulations.

HFC-152a propellant provides refrigeration to kill insects without flammability risks or toxic chemical exposure.

Segmenting parental line development accelerates combining yield, shatter resistance, and glufosinate tolerance into Canola hybrid 5CN0130.

Gamma-carboline derivatives overcome resistance in existing antiparasitic agents while maintaining safety and environmental friendliness.

Synthetic viral combinations resist UV radiation and maintain stability at ambient temperatures without refrigeration.

A cellulose strip impregnated with oxalic, formic, and tartaric acids delivers prolonged miticidal action against Varroa destructor.

Cyclopent-2-enyl ethyl acetate masks oily industrial notes in floral fragrances while maintaining a balanced scent profile at low concentrations.

Aza-indole derivatives inhibit xanthine oxidase to reduce uric acid production, avoiding adverse effects of existing treatments.

Porous foam supports coated with guanidine copolymer biocide enhance germ reduction while minimizing pressure drops and material consumption.

Trifluoromethyl-substituted isoxazoline carboxamides resolve the contradiction between broad-spectrum weed control and crop tolerance at low application rates.

Treating rice with compound of formula I inhibits cytokinin oxidase, reducing empty spikelets and increasing grain yield under heat stress.

Enzymes degrade plant cuticles to improve agrochemical root uptake, reducing application rates needed for effective pest control.

A topical composition combining Azadirachta indica with Momordica charantia or Sesamum indicum extracts to treat acne.

Tetrahydro-beta-carboline alkaloid derivatives inhibit plant viruses and bacteria, addressing the lack of effective compounds for agricultural protection.

Replacing phosphorus trichloride with tetraphosphorus hexaoxide eliminates volatility hazards and critical temperature control requirements.

Aprotic polar solvents in the core prevent crystallization, ensuring stable release of active ingredients across temperature ranges.

Aqueous ophthalmic compositions use polymeric quaternary ammonium compounds to preserve anionic drugs without surfactant precipitation.

Synergistic biocide composition eliminates microorganisms at low temperatures, resolving the conflict between hygienic cleanliness and fabric integrity.

Optimizing polyol resin hydroxyl values prevents discoloration while maintaining antibacterial efficacy in water transfer printing coatings.

Silane coupling agents bridge porphyrins to cellulose under mild conditions, enabling durable antibacterial activity in both dark and light environments.

Formula I compounds selectively inhibit Class IIa HDACs, resolving the trade-off between therapeutic efficacy and off-target side effects in cancer treatment.

Segmented design with smooth outer shell prevents sharp object damage while simplifying cleaning.

Microwave irradiation permeabilizes cell membranes to deliver macromolecules, avoiding tissue damage from electroporation.

Formula I compounds reduce flushing and diarrhea side effects while maintaining therapeutic efficacy for dyslipidemia.

Bis-cyclic guanidine compounds treat drug-resistant ESKAPE pathogens by modifying chemical substituents to balance efficacy with low human cell toxicity.

Domain I modifications in modified Cry proteins improve protoxin activation and pore formation to address Western corn rootworm resistance.

Prokaryotic BVP10 protein reduces mite populations efficiently, resolving pesticide resistance and economic losses in crop protection.

A natural antimicrobial mixture combines tree essential oils and soybean oil in a supporter to enable sustained emission.

Embedding organic and inorganic antimicrobial agents via hot press forming resolves delayed bactericidal effects and complex surface spraying processes.

Sequestering agents stabilize lauric arginate ethyl ester and hydrogen peroxide, preventing decomposition while maintaining efficacy.

Biologically pure bacterial cultures colonize plant roots to supply nutrients and control pathogens, reducing reliance on synthetic fertilizers.

Compatibility agents mediate interactions between water-insoluble herbicides and glyphosate, preventing precipitation and nozzle clogging.

Applying flutriafol to soil reduces treatment frequency and labor intensity while maintaining reliable disease control throughout the growing season.

Formula I dialkoxybenzene compounds modulate insect behavior to control Trichoplusia ni while minimizing harm to non-target organisms.

Formula I isoxazolines overcome resistance development in ectoparasites and endoparasites via parameter changes.

Lupinus-derived polypeptides replace chemical fungicides to suppress fungal pathogens without increasing environmental costs.

WO20189J1 wheat variety resolves genetic stability versus breeding complexity by applying segmentation and periodic action to combine desirable traits.

Adding 1,2-hexanediol prevents phase inversion in oil-in-water emulsions using hydrophilic emulsifiers and polar lipids.

Specific apolar and polar solvent ratios induce alpha crystallization, resolving poor filterability and stability issues in pharmaceutical manufacturing.

Deuterated lysine compounds reduce lysyl oxidase activity through kinetic isotope effect, avoiding adverse effects from complete enzyme blockade.

Bicyclic compounds selectively activate androgen receptors in skeletal muscle while minimizing effects on prostate and liver tissues.

HIF prolyl hydroxylase inhibitors stabilize HIF-1α to restore intestinal barrier function, addressing IBD root causes without severe side effects.

Segmenting fluidized-bed and tray drying stages removes residual solvent from drug particles while preventing particle entrainment losses.

Segmented red blood cell membranes encapsulate cargo to bypass nanoparticle toxicity while maintaining high cellular internalization efficiency.

Modified aromatic and heterocyclic molecules overcome widespread pesticide resistance in agricultural pests.

Lactoyl esters of menthyl lactate deliver smooth cooling without the pungent odor or bitter taste of l-menthol.

Citric acid and anionic surfactants boost herbicide efficacy against resistant weeds, reducing active ingredient amounts by 50% to 80%.

Docosahexaenoic acid and eicosapentaenoic acid modulate antioxidant enzyme activity to resolve oxidative stress imbalances in neurodegenerative pathology.

Pyridazine compounds with specific substituents deliver insecticidal and nematocidal activity, overcoming resistance development in target pest populations.

Replacing thermal sterilization with mechanical filtration lowers energy costs while maintaining product purity and functional activity.

Modified cyclic amines broaden activity against insects and acarines while maintaining structural integrity.

Developing methylsulfonyl ethyl benzene isoindoline derivatives to inhibit PDE4 enzymatic activity.

Novel urea derivatives inhibit glutaminyl cyclase with nanomolar potency, addressing insufficient specificity of existing inhibitors.

A pyrazole carboxamide compound provides preventive efficacy against Blumeria through optimized molecular substituents.

Combining Cry34Ab1 and Cry35Ab1 proteins achieves complete larval control while delaying resistance development.

Polymer-silver ion complexes prevent light-induced discoloration while maintaining controlled release for effective wound infection management.

Metallic copper fine particles coated with fatty acid and ester compounds enhance antiviral activity.

Local quality and parameter changes in cinnoline derivatives resolve crop harm trade-offs.

Dried pheromone extract activates insect nematodes to disperse uniformly, preventing clump formation and increasing host encounter rates.

Polyglycerol UV filters increase butyl methoxydibenzoylmethane solubility in cosmetic oils, eliminating gritty skin feel while maintaining UVA protection.

Ortho-substituted 1,2,4-thiadiazolyl nicotinamides achieve selective herbicidal activity against broad-leaved weeds while preserving crop plant viability.

Adsorption removes non-polymerized catechins from tea extracts, preventing flavor impairment while maintaining lipid absorption inhibition.

Isothiocyanate compounds induce phase II detoxification enzymes like GSTP1, reducing side effects from high-dose conventional medications.

A cyclodextrin metal-organic framework composite loads nano-silver and caffeic acid into distinct cavities.

Feather-derived keratin hydrolysis peptides applied to soil or leaves improve tomato yield and chlorophyll content under high temperature stress.

Specific cell surface markers purify renal progenitor cells from pluripotent stem cells, resolving low purity in regenerative medicine applications.

A biodegradable plant composition combining anti-stress agents and organomineral fertilizer to enhance root growth and stress recovery.

A non-oxidizing buffered disinfectant protects filtration membranes from chemical degradation.

Arsenic trioxide accumulates in normal tissue to inhibit chemotherapy damage, reducing systemic toxicity without compromising cancer cell killing.

Polyvinylpyrrolidone stabilizes fluticasone propionate suspension in HFA-134a propellant for consistent particle size distribution.

Novel amide compounds extend half-life and reduce toxicity by optimizing lipophilicity, maintaining therapeutic efficacy for chronic conditions.

Branched amides and aromatic esters provide high solvency for active ingredients while maintaining low water solubility and hydrolytic stability.

Alkylquinoline compounds reduce tumor growth by inhibiting FLT3 and c-kit kinases in hematological malignancies.

Periodic bryostatin-1 dosing restores mushroom-shaped spines without receptor down-regulation.

Biodegradable dry compositions using protein powders and lipids reduce seed-to-seed friction while eliminating irritation from conventional talc lubricants.

Butylene glycol dicaprate-dicaprylate creates an oxygen-inhibiting film to kill lice without toxic biocides.

A defined oligosaccharide mixture replicates human milk composition to selectively promote beneficial gut bacteria in infant nutrition.

Nasal fatty acid sprays disrupt viral lipid coatings, enabling safe mucosal disinfection without epithelial irritation.

Anionic dyes bind to antimicrobial surfaces, enabling portable field assessment without complex instrumentation.

A synergistic fungicidal composition combines Formula I compounds with tricyclazole, carpropamid, probenazole, kasugamycin, or boscalid.

Stabilized hypochlorous acid reacts with bromide ions to generate hypobromous acid, preventing equipment corrosion and biofilm formation in subterranean wells.

Sophorolipid composition blocks parasite respiration, avoiding resistance and environmental hazards.

Adjusting solvent and surfactant ratios prevents chemical damage while ensuring stable insecticide dispersion across diverse tree species.

Substituted pyrrolidinones address the lack of effective antithrombotic compounds with desirable pharmacokinetic properties.

Dry milled wheat and pea fibres absorb soil moisture to increase plant available water while reducing nutrient losses from rain-induced leaching.

A sprayable aqueous alcoholic composition containing zinc ions and lower alkyl aliphatic monohydric alcohol.

Multivesicular liposomes encapsulate non-steroidal anti-inflammatory drugs to provide sustained release profiles.

Combining polyols, polyol ethers, and low carbon organic alcohols increases azole drug solubility in aqueous fluids.