Biocide TRIZ Cases

Hydrophobic fumed silica stabilizes aqueous dimpropyridaz suspensions and preserves rheological stability during storage.

Lignosulfonate limits particle growth, sedimentation, and gelling in dimpropyridaz suspensions.

A folded barrier sheet forms soil tubes that retain water and chemicals near crop roots, reducing leaching and supporting higher yields.

Composite solvents keep crop-protection concentrates stable and crystal-free in cold storage.

Applied before or after emergence, thiosangivamycin controls diverse weeds while limiting toxicity to soil nematodes.

A sheeting, defoaming, and association-disruption composition improves wetting, drying, and antimicrobial action on package surfaces.

Explore OBP6 protein variants and deuterated farnesene analogues for sensitive pheromone detection and stable pest-management screening.

This case uses modular substituent changes on a pyrazinyl-triazole core to broaden pest control and improve resistance breaking.

This case shows how covalently bonding chlorhexidine into polymer protects luer locks while limiting bloodstream exposure and toxicity.

A C12-tail germinant surfactant sensitizes endospores in pulp, enabling heat or biocides to produce hygienic fibrous webs.

Unsaturated acid derivatives block P450 and esterase metabolism, helping cut pesticide dosage by at least 50%.

This case uses staged oromucosal dexmedetomidine doses to manage agitation while reducing sedation and cardiovascular side effects.

A fermented microbial supernatant and nonionic surfactants control plant disease while improving nutrient and water transport.

Staged bioreactors transfer microbial consortia and organic feedstocks to mineralize nitrogen for plant growth.

Unbranched beta-(1,3)-glucan from Euglena offers a lower-cost route to stronger plant disease and stress resistance.

Specific peptide sequences combine membrane disruption with reduced eukaryotic-cell toxicity for topical animal treatment.

A thixotropic smectite clay gel slowly releases water to cut stems, reducing spills and wilting during flower transport.

This case develops pyridazinol compounds that block electron transport, controlling broad-spectrum weeds while protecting crops.

This case combines a yeast fermentation supernatant with surfactant microbubbles to improve sludge digestion and biogas production.

This case shows how fillers, binders, and organosilicon surfactants stabilize ACC granules and wettable powders for easy water dissolution.

This case uses pH-stable silver iodate hydrogels to improve coating adhesion, biofilm activity, and sustained silver ion release.

A dried fermented microbial supernatant with non-ionic surfactants supports disease control, nutrient uptake, and crop growth.

Amine oxide and betaine surfactants limit crystallization, phase separation, and viscosity in high-load glyphosate formulations.

This case uses adhered metal nanoparticle agglomerates to sustain biocidal activity and reduce secondary transmission from used filters.

This case uses albumin as a carrier to deliver insoluble hydrophobic ligands to microorganism surfaces for detection or therapy.

This case uses pyrokinin and AKH analogues to target pest receptors, increase mortality, and protect plants while limiting harm to bees.

This case replaces excess Langlois reagent with trifluoromethyl sulfonic acid anhydride for selective pyrimidine synthesis.

Interfacial polymerization forms aqueous capsules with crosslinked polymer shells for safer, more stable active-material delivery.

Specific solvents and surfactants keep diamide active ingredients soluble during water dilution.

DSM32324 and DSM32325 survive feed pelleting, inhibit E. coli and C. perfringens, and improve poultry performance.

This case uses thiosemicarbazone formation and cyclization to create testosterone-based derivatives active against bacteria and fungi.

Alginate oligosaccharide and tetrahydropyrimidine help shield microorganisms during granulation and extend activity in compound fertilizer.

Controlled cooling and solvent crystallization produce a stable topramezone sodium salt hydrate that eases granulation and storage.

Cleavable multi-alcohol shells use adaptable covalent networks to preserve capsule stability and controlled perfume release.

This case uses gammaproteobacterial methanotrophs to consume methane, improve nitrogen fixation, and reduce chemical fertilizer dependence.

This case applies Pseudomonas koreensis strains to seeds or growth media to improve chlorophyll, nutrient uptake, and yield consistency.

This case develops a pyrimidinyl triazole pest control agent for broad efficacy against pests with honeybee safety.

Peroxide, acyl donor, and alkalinity sources generate peracetic acid in a quat-free powder for surface disinfection without liquid addition.

This case embeds silane-treated copper oxide in polymer resin to balance high antimicrobial loading with strength and appearance.

This case uses purified bacterial strains to raise plant biomass and yield while supporting nutrient uptake and Fusarium resistance.

This case combines solvent, surfactant, acid or base, and alcohol to kill invasive flatworms while minimizing harm to native organisms.

Dormant sclerotia stabilize biological control of weeds and soil-borne disease.

This case uses modular fused bicyclic heterocycle derivatives to broaden insect and mite control while maintaining good plant compatibility.

This case pairs substituted phenyl uracils with HemG and insensitive PPOs for broad-spectrum weed control with limited crop damage.

A 4–6 nm silica layer bonds to plant surfaces, resisting moisture while mechanically blocking bacteria, fungi, and viruses.

Compare high- and low-colonizing strains to identify genetic elements linked to plant colonization and select agricultural inoculants.

This case combines Pimenta dioica, Pogostemon cablin, Citral, and Cinnamaldehyde for stable, synergistic pest control.

This case shows how CYR-101’s selective sigma-2 binding targets negative and cognitive symptoms while limiting off-target receptor effects.

The composite supports Actinomycete activity, organic matter decomposition, odor removal, and plant growth.

This case uses Methylobacterium strains in seed or plant coatings to inhibit fungal pathogens and reduce mycotoxin production.

Functionalized surfaces bind antimicrobial agents to prevent bacterial colonization and biofilm formation on medical implants.

Unsaturated phosphonate nucleoside analogs inhibit hepatitis C virus RNA-dependent RNA polymerase, reducing toxicity and improving antiviral efficacy.

A type II crystalline topramezone sodium salt hydrate with controlled water content enables stable solid dispersion in herbicidal formulations.

Delta-tocotrienol overcomes poor bioavailability by selectively inhibiting oncogenic Ras signaling to reduce tumor growth.

DFMO inhibits ODC enzyme activity to reduce pathological polyamine levels in patients with ODC1 gene mutations.

Glyceryl nitrate formulations eradicate biofilms within two hours while reducing toxicity compared to high alcohol concentrations.

Iodinated phenylalanine crosses the blood-brain barrier to overcome chemoresistance while minimizing toxicity to bone marrow.

A personalized dosing approach for dichloroacetate adjusts treatment levels based on patient metabolic haplotypes.

Applying melatonin and potassium sulfate to cannabis growth media boosts secondary metabolite yields while reducing oxidative stress.

High-conductivity aqueous acidic electrolyte removes biofilms via electrolytic action while preserving implant surface integrity.

Substituted isoxazole derivatives enhance fungicidal activity through specific chemical structure modifications.

Controlled release apparatus manages botanical essential oil volatilization rates to maintain effective concentrations against pests avoiding contact.

Modified molecular structures maintain disease control efficacy while lowering toxicity to humans and the environment.

Specific Pseudomonas fluorescens strains reduce weed populations and seed banks by producing labile compounds that target root cell elongation.

Segments biocidal functions using non-halogenated compounds and low-concentration stabilised chlorine to control microbes while minimising metal corrosion.

Bicyclic pyrrole derivatives activate GPR120 receptors to potentiate insulin secretion, overcoming the limited durability of current oral diabetes medications.

Antagonizing GSK3β phosphorylation resolves the trade-off between inflammation control and epithelialization, enabling chronic wound healing.

A gelatin-like protein targeting agent accumulates at angiogenesis sites to deliver drugs and enable imaging.

Stable brimonidine pamoate polymorphs resolve rapid clearance issues by providing sustained release and enhanced stability in the eye.

Plant bioreactors replicate microbes within seeds to overcome contamination risks and scalability limits in traditional cultivation.

Extracting lipids from human milk reduces liver damage in patients receiving parenteral nutrition.

Cyclodextrins form inclusion complexes with hydrophobic anthranilic diamides, resolving low water solubility barriers to improve insecticidal protection.

Reacting copper sulphate with copper oxide suspensions bypasses gypsum by-products to yield high-copper fungicidal compositions.

Aminomethyl compounds inhibit beta-secretase enzyme activity, preventing amyloid plaque formation in Alzheimer's disease treatment.

Insulated herpes simplex virus expression cassettes prevent host cell silencing mechanisms from reducing transgene persistence.

Novel compounds of formula I inhibit HIV replication through specific alkyl and heterocyclic moieties.

Vaporized pyrethrin and p-menthane-3,8-diol composition reduces room entry without causing mosquito mortality.

Replacing NMP with specific esters prevents tebuconazole crystallization during dilution, ensuring stability without increasing toxicity.

Topical triptan formulations deliver 5-HT1B/1D receptor agonism directly to skin lesions.

A polypeptide modified with a bis(mercaptoethyl)amino group reacts with a cysteine-containing fragment to form a native amide bond.

A composition combining salicylic acid, salicylamide, alcohol, and sulfonated surfactant inactivates non-enveloped viruses.

Sugar syrup stabilizes low-concentration phoxim in ant bait, preventing repellent action while ensuring long-term storage stability.

Sulfated polysaccharides accelerate dsRNA internalization into pest cells, resolving insufficient mortality and extended lethality times.

Composite solubilizers increase apixaban solubility to 0.50 mg/mL, enabling accurate administration for patients unable to swallow solid dosage forms.

Upregulating polyamine synthesis reduces aluminum uptake, restoring root growth and crop yield in acidic soils.

Direct nucleophilic substitution of benzyl halides with 2-aminonicotinic acid derivatives eliminates chlorination by-products and boosts yield.

Glycomimetic compounds block selectin-mediated adhesion to reduce chemotherapy-induced bone marrow toxicity.

A pharmaceutical composition combines cationic surfactants and chelating agents to kill microorganisms.

An organic acid core and coating layer increase pioglitazone solubility, reducing interindividual blood concentration variation.

Merging penoxsulam and endothall lowers herbicide doses while protecting native plant life.

Lactose-based granules with specific surfactant ratios enable effective dispersion in minimal water while maintaining stability in paste fertilizers.

Encapsulating octominin in chitosan reduces cytotoxicity while inhibiting biofilm formation on Acinetobacter baumannii and Candida albicans.

Selective six-membered heterocyclic inhibitors of factor XIa reduce bleeding complications while maintaining coagulation control.

Quartzite powder generates photocurrent to improve blood flow, replacing hormone therapies that cause skin inflammation.

Pyridinylimidazolone derivatives overcome non-specific inhibition by targeting PI3K isoforms with localized binding pockets.