Biocide TRIZ Cases

Specific compounds maintain monodispersity and thermal stability of the GLP-1 receptor during purification, enabling successful crystallization.

Analyzing GATA4 methylation in urine replaces invasive cystoscopy, improving detection sensitivity for low-grade tumors.

Chlorine dioxide and citric acid blend controls bacterial contamination in aqueous systems.

Adding allulose to fermented beverages inhibits post-fermentation, extending shelf life without requiring complex cold storage facilities.

Merging pyridafol with HPPD-inhibitors leverages synergy to control weeds while reducing crop damage.

Combining non-ionic polymer surfactants with penetrating agents reduces soil hydrophobicity to improve water infiltration and agrochemical bioavailability.

Azetidine sulfonamide isoxazoline derivatives overcome resistance in animal pests while maintaining selective toxicity to non-target organisms.

Myxopyronin derivatives target the bacterial RNA polymerase switch region to overcome rifamycin resistance while minimizing serum protein binding.

A foamable composition uses emollients and stabilizers to treat skin conditions without pharmaceutical agents.

Low-temperature catalytic oxidation with sodium tungstate improves fluensulfone selectivity and yield while reducing salt waste.

Composite formulation using water-immiscible solvents reduces larvicide dosage while maintaining prolonged insect control efficacy on water surfaces.

An aqueous pest control liquid uses a specific ester and glycol ether to enable prolonged volatilization of the active ingredient.

A remote plant pathogen risk assessment system captures spores and weather data to generate real-time disease alerts.

Urushiol induces contact dermatitis to redirect immune cells, resolving low population applicability in alopecia areata treatments.

Cyclodextrin complexes solubilize hydrophobic kinase inhibitors, resolving formulation instability and enabling effective parenteral delivery.

A normothermic perfusion system maintains cadaveric hearts in a beating state using antioxidant solutions to extend preservation viability.

Octanoic acid and anionic surfactants create a stable antimicrobial composition that maintains efficacy across varying water hardness levels.

Optimized substituent patterns enhance inhibitor selectivity for PRMT5 while minimizing off-target effects in cancer treatment.

Arylpropionyl-alpha-pyrone compounds inhibit bacterial RNA polymerase to treat multidrug-resistant infections.

Combining transfluthrin and imiprothrin achieves rapid knockdown and lasting mortality without additional synergists or residual agents.

A tetramethoxyl diphenylethane sodium sulfate compound inhibits tumor vessel function through microtubulin depolymerization.

Chelators stabilize cationic ammonium compounds, preventing dealkylation and nitrogen group generation to extend shelf life without cold storage.

Encapsulating 1-methylcyclopropene in non-aqueous polymer dispersions prevents water-induced degradation during storage and application.

Hydrophilic polymers protect metal ions from oxidation, sustaining greater than 99% pathogen kill rates for up to 60 days without toxicity.

Aminopyralid and triclopyr choline salt form a synergistic herbicidal composition for broad-spectrum weed control.

Narrow ratio surfactant composition reduces foam formation while maintaining low temperature stability for agricultural chemical application.

Ruptured microcapsules anchor hydrophobic biocidal agents within a polymerized film, preventing leaching at damage sites.

Modular phenyltriazolylpyridine structures resolve toxicity and resistance trade-offs while broadening the spectrum of agricultural pest control.

Combines zinc pyrithione with benzophenone-1 or benzophenone-2 to create a synergistic antimicrobial composition for personal care products.

Combining cloquintocet-mexyl with selected agrochemicals boosts crop productivity without exposing plants to abiotic stress conditions.

Modifying substituent positions on bicyclic aryl scaffolds improves receptor activation reliability while maintaining oral bioavailability.

Novel tetrazole compounds modulate metabotropic glutamate receptor-5 to treat psychiatric disorders.

Proteobacteria metabolize fatty acids under controlled oxygen to produce agents that increase plant functional component content without causing tissue damage.

An open cell matrix adheres active microorganisms to eliminate processing steps that induce quiescent states, enhancing colonization.

Quinabactin modifies pyrabactin structure to activate PYR/PYL receptors, resolving limited vegetative tissue activity and enhancing drought tolerance.

Glucocorticoid receptor antagonists block cortisol interaction to treat migraine without vasoactive side effects.

Pyrethroid-infused closed-cell polyurethane foam eliminates frequent reapplication and invasive drilling by retaining pesticide within the structure.

Nitrogen source mediates metal chelate uptake in granular herbicides, reducing phytotoxicity while maintaining selective weed control efficacy.

Extraction isolates costic acid to kill Varroa destructor while protecting honey bees.

Alcoholic granulating liquid dissolves binder to coat candesartan cilexetil, preventing decomposition and improving bioavailability.

Cellulose fibers and polymer matrix retain high pesticide loads, preventing bleeding during storage and transport.

Formula I compounds inhibit the NS5A protein to overcome suboptimal success rates and side effects of current hepatitis C therapies.

Alternating pectin and gelatin layers release chlorine dioxide gas upon moisture activation to inactivate surface microorganisms on food products.

Aminopyrazine compounds selectively inhibit Itk over Lck to treat atopic dermatitis.

A glycerine-based suspension concentrate stabilizes agrochemical active ingredients through colloidal dispersion.