Biocide TRIZ Cases

Fatty acids selectively inhibit the shoot apical meristem, simplifying treatment while supporting seed yield, drought tolerance, and pest resistance.

Chitosan-coated shells and free chitosan help microcapsules adhere to keratinous surfaces and resist wash-off in rinse-off products.

Costly, low-activity bovine lactoperoxidase is replaced with bacterial heme peroxidases for scalable, animal-free pathogen control.

Stored sweetpotatoes receive chlorine dioxide gas to suppress Ceratocystis fimbriata without moisture residue or phytotoxicity.

A citric- and lactic-acid formulation targets 3-log Staphylococcus aureus reduction on hard and soft surfaces without harsh actives.

Asymmetric RNA precursors use bulges and non-canonical base pairs to generate siRNAs for specific insect gene silencing.

Limited arable land drives localized fatty acid and surfactant treatment that inhibits meristem growth and raises seed and oil yield per hectare.

Silane protects silver nanoparticles during 950–1,300 °C firing, preserving antiviral and bactericidal action without changing tile finish.

AgTiO2 coating on face masks uses light-driven photocatalysis to degrade pollutants and microbes, while silver adds antimicrobial action.

Stable oil-in-water pesticide emulsions use natural or petroleum-derived oils and surfactants to reduce driftable fines after dilution.

Microalgae biomass, extracts, and excreted products support crop growth and soil health when environmental stress limits conventional cultivation.

Hydrotropes stabilize oil-in-water emulsions while salt shifts fosthiazate into the oil phase for at least 80% encapsulation.

Systematic variation of R-group substituents creates an isophthalamide insecticide for controlling beetles, moths, flies, mites, and ticks.

Combining pyridine carboxylate and HPPD inhibitor herbicides broadens weed control while minimizing effects on desirable crops.

See how substituted amides broaden control of phytopathogenic fungi in crops while avoiding phytotoxicity.

Humic substances encapsulate agricultural bioactive compounds to limit soil degradation while enabling cost-effective, sustained release.

Applying thiencarbazone-methyl when Poa annua has two or fewer tillers delivers 80% reduction without added herbicides.

Sequential palladium coupling, cycloaddition, and hydroxide treatment improve substituent control in pyrazole intermediates for agrochemical and pharmaceutical synthesis.

Amine-terminated dendritic polymers embed volatile aromatics in porous fibers for bonded, controlled, prolonged release.

Mixed potassium and organic ammonium cations improve concentrated glyphosate compatibility with phenoxy herbicide tank mixes.

A heat-stable plant-derived MoMo30 lectin binds viral mannose residues to block entry across HIV, Ebola, influenza, and coronaviruses.

Amino-acid and starch-based multilayer shells improve fragrance stability and release while reducing polymer content and environmental harm.

A buffered detergent, hydrogen peroxide, and accelerator blend reduces interfacial tension, disrupts biofilms, and neutralizes Fentanyl and pathogens.

Silver ion washing targets pathogens on round produce, while an opaque shroud preserves solution effectiveness during treatment.

Volatility differences can shift liquid composition; this azeotropic blend stabilizes liquid and gas phases for lower-impact heat-transfer use.

Natural pyrethrin and optional botanical actives address reduced susceptibility across a broad range of pest arthropods.

Chemically varied antimicrobial compounds target H. pylori, including resistant strains, to inhibit growth or kill bacteria.

A thermally bonded polyvinyl alcohol substrate dissolves within minutes while glycerine-based infusion supports cleaning without sacrificing wipe integrity.

Low light reduces cotton budding, flowering, and fruiting; leaf-applied KHP peptides promote leaf growth during the seeding stage.

Combining spliceostatin C with plant micronutrients and other herbicidal compounds improves control of monocot and dicot weeds.

Amino acid adducts and hydroxy silanes create low-permeability membranes that protect encapsulated actives from premature release in solvents and surfactants.

Spore surface display of LysECD7 variants targets resistant bacteria and biofilms through localized antimicrobial lysis.

Low inhibitory activity and limited pathogen coverage are addressed with QMHF-G5, a Bacillus velezensis strain active against diverse fungi and bacteria.

An aqueous synthetic peptide additive limits microbial contamination and extends food shelf life without complex preservation equipment.

Native microbiomes can exclude PGPRs; gene edits that modulate auxin and ethylene improve root colonization across crop species.

Natural essential oils are diluted into an oil-in-water emulsion with emulsifiers and a pH buffer to support stable, long-lasting repellency.

Polyelectrolyte adjuvants improve phthalimide fungicide penetration in aqueous formulations, supporting pathogen control with lower active-ingredient use.

See how SX-pyr combines cysteine proteases and polyphenols to inhibit detoxification enzymes and restore pyrethroid efficacy against resistant pests.

See how silver ion washing under an opaque shroud treats round produce surfaces and cuts microbial load below detection limits within 30 seconds.

Amino acid variants of PtIP-50 and PtIP-65 are expressed in plants and bacteria to control diverse pests and address resistance to existing insecticides.

Amino acid adduct shells help controlled-release particles resist premature release while improving biodegradability, adhesion, and dry-powder stability.

Applying fluensulfone at planting or transplanting helps reduce root galling and nematode damage while limiting phytotoxicity.

Hypoxia culture and defined medium help the IOZCAS-Sf-1 line support high baculovirus yields and recombinant protein production.

Controlled dropwise phase inversion forms stable water-in-oil-in-water emulsions while avoiding surfactants and retaining hydrophilic agents.

See how tannic acid compositions dilate plant vessels, improve sap and nutrient transport, and help deliver bactericides against citrus greening.

Existing fungicides may lack adequate activity; these tetrahydroisoquinoline derivatives control phytopathogenic fungi and protect plants.

GABA-gated chloride channel antagonists target resistant stink bugs on Bt soybean plants, helping protect crops from infestation.

Mint and rosemary oils mask harsh chemical odors while the composition achieves 90% knockdown in 30 seconds and 100% mortality in 24 hours.

Zinc EDTA safeners reduce triazole fungicide phytotoxicity in crops while preserving fungicidal activity at rates 10 times lower than mancozeb.

Open-cell foam carries hydronium biocides to wound surfaces, sustaining pathogen killing while limiting corrosive contact with living tissue.

A two-step synthesis converts ketoamide derivatives to imidoyl halides and then to 1-alkyl-5-benzoyl-1H-tetrazole derivatives using accessible starting materials.

HMTB regulates fruit maturation by inducing endogenous ethylene and polyamine synthesis, avoiding leaf fall caused by uncontrolled ethylene generators.

Incorporating quaternary ammonium compounds into urea granules reduces crystal aspect ratios, preventing inter-particle bridging and eliminating clumping.

Combining SDHI fungicides with ASR-tolerant soybean varieties achieves synergistic disease control at lower concentrations, reducing environmental impact.

Alpha,alpha-disubstituted glycine ester motifs enable selective p38 MAP kinase inhibitor accumulation in macrophages.

FB1 hydr enzyme degrades fumonisins through hydrolysis, eliminating hazardous side products from chemical treatments.

Novel substituted benzo-pyrido-triazolo-diazepine compounds target AKT kinase to overcome metastatic cancer heterogeneity and improve curative efficacy.

Combining a pyridine carboxylic acid herbicide with a quinolinyloxyacetate safener reduces phytotoxicity to crops while controlling undesirable vegetation.

Anti-IFNαR antibodies inhibit type I interferon signaling, reducing dermal fibrosis and inflammation in scleroderma patients.

Targeted dsRNA silences immune and gut genes in Lepidoptera, overcoming chemical pesticide resistance without environmental damage.

Conjugating FR901228 with thiol molecules via disulfide bonds resolves insufficient pesticidal efficacy by forming synergistic complexes.

Reducing inoculum volume in embryonated eggs increases cloned DI influenza A virus yield for therapeutic applications.

Asynchronous feeding of concentrated amine and oxidizing halogen compounds into a wide mixing space creates stable chloramine disinfectant.

Compounds treat alphavirus infections by inhibiting viral replication, addressing the lack of licensed therapies.

Chimeric AAVP particles resolve low transfection efficiency by merging bacteriophage stability with adeno-associated virus tropism for tumor cell targeting.

Stable herbicide granules embed liquid adjuvants within a solid carbohydrate matrix to improve weed control efficacy.

A bird repellent coating blend integrates an active ingredient with a paint composition to maintain effectiveness against weathering on exterior substrates.

This formulation eliminates Rhynchophorus ferrugineus while preserving palm health by balancing high efficacy with low phytotoxicity through optimized ingredient ratios.

An emulsifiable concentrate formulation uses a composite solvent system to dissolve phenylsemicarbazone compounds for agricultural pest control.

Surfactant-based aqueous composition enables 80% carbonate filler loading in polyethylene, eliminating brittleness and air occlusions.

Thiophanate-methyl co-crystals with pyraclostrobin resist phase-separation, solving stability issues in suspension concentrates.

Novel pyrido(3,2-d)pyrimidine derivatives inhibit hepatitis C virus replication through specific molecular substitution patterns.

An IL-5 antagonist antibody blocks interleukin-5 binding to suppress endometriotic lesions, addressing incomplete cures from conventional pharmacotherapy.

Thermally stable peptide preparations self-assemble into hydrogels that eliminate recalcitrant fungal-bacterial biofilms in diabetic wounds.

Chondroitin sulfate ligands block P-Selectin binding, preventing tumor cell adhesion and migration during metastasis.

A nutritional supplement composition combines Ginkgo biloba, rhodiola, acetyl-L-carnitine, and huperzine A in specific weight ratios.

Pyrimidine-substituted pyrrolidine derivatives inhibit acetyl-CoA carboxylase to treat metabolic disorders.

A hydrophobic polymer coating embeds insecticides to protect active ingredients from water degradation while enabling slow release.

A synthetic polymer film features raised portions sized 20 to 500 nm that warp upon microbe contact to exert a microbicidal effect.

C12orf59 protein suppresses cancer cell invasion to overcome drug resistance in colorectal treatments.

Adapting microbial strains to resist pesticides resolves the conflict between chemical residue survival and effective crop protection.

Solar panels power a fan to automatically dispense repellents, eliminating manual intervention and enabling extended outdoor operation.

Low viscosity hydroxypropylcellulose stabilizes dissolution behavior for hardly soluble active ingredients across manufacturing lots.

A biopolymer matrix encapsulates essential oils to enable controlled release, preventing premature loss of efficacy from volatility.

Kinase inhibitors use an electrophilic moiety to form a covalent bond with nucleophilic residues.

Merges novaluron with diverse insecticides to broaden control spectrum while preventing rapid resistance development.

Optimized glycerin to sorbitol ratios in aqueous phenylephrine formulations reduce degradation while maintaining palatability for pediatric patients.

Novel pyridone compound with specific substituents controls plant diseases, addressing ineffectiveness against drug-resistant fungi.

Adding an oily substance prolongs ultra fine bubble life, ensuring stable short-chain aldehyde presence for effective plant immunity induction.

DOPA enantiomer application stimulates volatile organic compound emission, attracting beneficial insects to suppress pests without harming them.

A multi-agent plant composition combines insecticidal, herbicidal, and fungicidal active agents into a single formulation.

Concentrated prunes combined with prebiotics provide effective constipation relief without requiring large liquid volumes or causing severe side effects.

Combining MTP inhibitors with PPAR agonists lowers plasma lipids while preventing liver injury from ER stress.

Segmented dual-chamber dispensing maintains chlorine dioxide stability through pH control and surfactant integration.