Biocide TRIZ Cases

Asymmetric RNA precursors use bulges and non-canonical basepairs to silence target RNA in fungi while limiting interferon responses.

Counter-rotating vanes mix seed treatment components in cycles, helping preserve microbial viability and coating effectiveness.

The VipR/PvipR system overcomes weak vip3A induction, sustaining protein expression in Bacillus during stationary phase.

Polyvinyl alcohol and sorbitan ester surfactants stabilize paraquat emulsions while limiting droplet growth and phase separation.

Alkoxylated alcohols and siloxane defoamers curb foam in electrolyte agrochemicals.

This case shows how molecular substituent changes and composite formulations restore activity against F129L-resistant fungi.

Low-density particles curb sedimentation while keeping oil-based concentrates easy to handle.

This ZC formulation separates pyrethroids and adjuvants in polyurea capsules to limit crystal growth while enhancing insecticidal efficacy.

Bisulfite or metabisulfite salts help convert Formula A and J compounds into mesoionic pesticide intermediates at manufacturing scale.

This case shows how aqueous hydrogen peroxide oxidation produces sulfoxamyl while avoiding hazardous solvents and explosive oxidants.

This case examines Streptomyces-derived SMIPs for transgenic plants or formulations, reducing chemical burden and resistance pressure.

A low-polarity, high-osmolarity wound care composition solubilizes cell wall proteins to disrupt biofilms under milder conditions.

This case uses tailored 2-C-azine substituents to target broad-leaved weeds and grasses while improving crop compatibility.

Segmented Cry1 protein regions create chimeric agents that control Cry1F- and Vip3A-resistant lepidopteran pests.

Peptide- and sugar-based biosurfactants support early root nodule and root hair formation, improving rhizobia adherence and plant uptake.

This case uses agitated delmopinol irrigation, with optional antibiotics, to remove biofilms while limiting tissue damage.

Low leaf-membrane permeability limits foliar uptake; biosurfactants and phospholipids mediate delivery and potentiate useful substances.

This case uses biodegradable waxes and paraffins that crystallize into walls, balancing stable pesticide encapsulation with lower pollution.

Bacillus subtilis B4 produces iron-capturing compounds that improve iron solubility and bioavailability while reducing fertilizer reliance.

Clove, geranium, and peppermint oils with fixatives and a solubilizer address short duration, odor, and skin-feel issues.

This case uses stabilized Trichoderma harzianum formulations to improve legume disease management, soil health, and nutrient use.

A coated light source replaces UV exposure by transferring nanoparticle vibration energy to disrupt microbial cell membranes.

Composite adjuvants improve spore survival, wetting, and suspension under UV exposure.

Clostridium and Pseudomonas ensembles consume ACC, reducing ethylene production to delay stress flowering and extend harvest.

This case develops 4-methylsulfonylbenzamide compounds to improve weed control, crop safety, and resistance management.

This case pairs N-(tetrazol-5-yl)arylcarboxamides with tolerant crops to control weeds while limiting crop damage.

A sulfanyl-aminomethylidene structure delivers insecticidal activity against resistant pests in agricultural and horticultural crops.

This case uses flonicamid on seeds or plant loci to improve germination and growth while limiting phytotoxicity and extra inputs.

Submicron nanobubbles applied to plants control spider mites while reducing acaricide use and risks to beneficial insects.

This case balances non-crosslinkable and crosslinkable monomers in hollow particle shells to limit dielectric loss and ion migration.

A 15–30 amino acid transmembrane domain with terminal basic and polar residues forms pores that disrupt bacterial membranes.

Tailored strobilurin substituents address F129L mutations in mitochondrial cytochrome b, improving activity against resistant fungi.

This case uses N-functionalized alkoxy pyrazoles in fertilizers or soil to limit nitrification, nitrogen loss, and pollution.

A paraffin and rapeseed oil adjuvant balances soil penetration, leaching resistance, leaf retention, and agrochemical stability.

This case separates cinmethylin from companion herbicides in polyurea microparticles to limit crystal growth, sediment, and phytotoxicity.

New strobilurin analogues address F129L cytochrome b resistance while improving soybean rust control and reducing toxicity.

This cleaner combines quaternary ammonium and Cu0 nanoparticles for rapid killing and 7-day surface protection.

Flexible coverings diffuse sirolimus or other agents, limiting marine attachment, drag, corrosion, and scraping labor.

Molecularly tuned hydroxy acid ester oligomers improve membrane penetration while controlling solubility and avoiding toxic catalysts.

Amino-polymer coatings and functional ligands help absorber resins remove metals, anions, bacteria, and micropollutants.

High lactic acid suppresses yeast in baijiu fermentation; Pichia kudriavzevii DC-16 degrades it and supports ethanol production.

This case uses surfactant-containing pesticidal drops below a 40° contact angle to accelerate arthropod knockdown within two minutes.

This case combines pyroglutamic acid and NBPT to improve nitrogen use efficiency, crude protein yield, and plant health.

An aqueous ROS and inducer treatment improves nitrogen uptake and biomass while reducing fertilizer use and nitrogen pollution.

This case uses a phosphorus-free organic-acid composition to remove scale and rust stains while protecting metal instrument surfaces.

Ionic surface charging, repeated precipitation, and aging build dense coatings that limit leaching while tuning active-agent release.

This case uses adhesive mounting and gas-flow apertures to control insects without reducing receptacle capacity or hindering emptying.

Ether ketone solvents improve pesticide solubility while reducing aromatic hydrocarbon hazards.

Lignin-based biodegradable cores dispersed in chitosan bioadhesive polyelectrolytes deliver stable protection against plant pathogens.

This case uses pelargonic acid compositions and tuned application rates to control pest stages with low phytotoxicity.

A pyripyropene derivative formulation combined with other agents creates a synergistic effect for enhanced pest control.

Engineered lysins overcome Bacillus anthracis resistance to deliver reliable identification.

A glucidamin nanoparticle preparation method uses pH adjustment to form emulsions for uniform particle distribution.

Saponin composition counters stress-induced feed intake depression, maintaining productivity during veterinary procedures.

Antimicrobial glass incorporates atomically bonded Cu1+ ions to eliminate external activation requirements while maintaining continuous sanitization.

Combining 5-methyl-2-(propane-2-yl)cyclohexyl-N-ethyloxamate with polyols enhances cooling intensity while reducing stinging and burning side effects.

Catastrophic inversion creates stable double emulsions without surfactants, solving environmental contamination and low encapsulation efficiency.

Impregnates porous surfaces with water-based nanoparticulate metal suspensions to inactivate viruses and bacteria without frequent reapplication.

Compound C inhibits multiple human T2R bitter taste receptors to reduce bitterness in food and beverage compositions.

A phosphor coating converts visible light into germicidal UVC radiation for localized sterilization.

Novel oxime quinoline structures restore insecticide reliability by bypassing established pest resistance mechanisms.

Antibody-based isolation of A2B5-positive glial restricted progenitor cells reduces unintended phenotypes and enables targeted remyelination.

Beneficial microorganisms in soil treatments convert manure waste into nutrient-rich amendments, reducing synthetic fertilizer use and greenhouse gas emissions.

Introducing haloalkyl groups at positions 5 and 6 of the pyrimidine ring enhances control efficacy against a wide range of insects and mites.

Combining polyhexamethylene biguanide with azoxystrobin creates a synergistic fungicidal composition.

Beta-galactoside binding protein downregulates PI3K activity and akt expression to induce apoptosis in aggressive cancer cells while sparing normal tissue.

Pyridinoylpiperidine compounds selectively activate 5-HT1F receptors to treat migraine without triggering harmful vasoconstrictive activity.

An RNA interference formulation produces small interfering RNAs to target endogenous genes in weedy plants.

A segmented rodenticide bait combines a paraffinized solid shell with a pulpy inner core to increase consumption and mortality rates.

Wenelen DSM 16786 bacteria overcome low leaching rates and passivation films in chalcopyrite processing.

Optimized 1H-2-thia-1,5,8-triaza-naphthalene-2,2-dioxides resolve insufficient plant control by enhancing herbicidal reliability.