Biocide TRIZ Cases

Specific substituent changes target resistant pests while supporting low toxicity to crops, fish, and warm-blooded animals.

A dual amine oxide–tertiary amine blend helps keep high-load glyphosate formulations stable at low temperatures, limiting crystallization and phase separation.

Natural olive-tree kairomones lure both male and female olive fruit flies into traps without chemical insecticides.

Plant-derived sesquiterpenoids target Varroa mites through GABA and serotonergic antagonism while avoiding bee toxicity.

Fast-evaporating solvents organize antibiotics into ordered films that reduce implant bacterial colonization while preserving microstructure and function.

High microbial payload and at least 12-month shelf life come from a water-soluble, biodegradable polymeric gel carrier.

Low vapor pressure limits pyrethroid incense use; a cyano and double-bond structure supports volatilization and insecticidal activity.

Acyl chloride and oligopeptide form a polyamide shell that resists aggressive bases while preserving controlled perfume release.

Polymer-based spray drying creates compact Bacillus thuringiensis powders that retain protein concentration and activity after rain exposure.

Heterologous carbohydrate-binding modules broaden modified Vip3 polypeptide activity, including protection against Vip3-resistant fall armyworms.

UV-absorbing polymers help preserve Bacillus thuringiensis viability after light exposure for stronger pest control performance.

Targeted gene mutations and promoter regulation help Bacillus subtilis produce mycosubtilins with stronger antifungal activity and lower cytotoxicity.

Polyolefin core-shell particles improve rainfastness in Bacillus thuringiensis formulations, retaining over 80% activity after rain exposure.

Water-soluble ACC granules address liquid-only formulation limits by improving solid handling while preserving dissolution for crop application.

Non-covalent loading uses TMGMV nanoparticles and β-cyclodextrin cargo pockets to improve pesticide mobility and limit soil and water accumulation.

Agriculture has rarely used water with reducible activity; this process transfers it through powder or granular media to soil and hydroponic plants.

Light exposure can reduce Bacillus thuringiensis activity; an emulsion polymer and humic acid formulation improves retained pest-control activity.

Broad-spectrum weed control is addressed through cinnoline derivatives with tailored heteroaryl groups and substituents for crop selectivity.

Volatile, water-insoluble semiochemicals are stabilized in a homogeneous oil-in-water emulsion using natural humectants and gelling agents.

Tertiary amines replace higher-risk biocides while maintaining VOC-free antimicrobial protection and formulation compatibility.

A removable-film microporous template enables high-throughput phage microgel production while preserving bioactivity for sprayable biocontrol.

Piper extract seed treatment addresses phytotoxicity concerns while stimulating growth, root development, and crop yield.

A carboxylate salt and triazole inhibitor form a protective film that limits steel corrosion while preserving chlorine and neutral pH.

Specific quinoline ester substituents provide an agricultural bactericide approach for crop bacterial diseases without relying on copper or antibiotics.

Poorly soluble actives can disperse inconsistently; urea and non-ionic surfactants form solids that dissolve rapidly in water and produce bioavailable particles.

Surfactants improve soil removal but can weaken residual films; polymers and quaternary ammonium support 12 to 24-hour disinfection.

Integrating an antibacterial monomer into the copolymer chain helps resist elution and discoloration during high-temperature processing.

Existing deodorants often capture odours without reducing their source; zinc carboxylate salts maintain antimicrobial activity over 48 hours.

Combining Xylaria and three ericoid fungi in one inoculum improves blueberry growth and vitality while reducing mineral fertilization.

See how neonicotinoid treatment induces ectoparasite detachment, then water exchange separates fish from contaminated water.

Conventional fungicides can leave Venturia scab insufficiently controlled; zoxamide provides effective prevention and treatment for apples and pears.

Compound I-72 pairs with other insecticide classes to broaden pest control, create synergy, delay resistance, and reduce dosage.

On-site oxidant generation and immediate nitrogen reaction reduce halogen polyoxyanion buildup in haloamine solutions.

Existing routes can limit pyridazinone herbicidal properties; staged magnesium activation and coupling build improved compounds and intermediates.

Powdered guar derivatives can agglomerate in water; non-aqueous suspensions support pourability, settling resistance, and drift control.

Foam agents and stabilizers expand agricultural formulations for precise seed-furrow dosing, reducing liquid volume, refills, and application waste.

Targeted C-terminal defensin changes preserve antifungal and antibacterial activity despite elevated mono- and bivalent cations.

Silicon nitride hydrolyzes in water to release ammonia and oxygen radicals, reducing Plasmopara viticola without harmful fungicides.

A hydroxylated silica core and faster-release nanodomains deliver orthosilicic acid while balancing plant bioaccessibility with prolonged action.

Controlled crystallization in ethyl acetate produces dimpropyridaz Form B, limiting phase conversion and particle-size growth in pesticide formulations.

Biguanide derivatives target both trophozoite and cyst stages of Acanthamoeba and Balamuthia, helping reduce recurrence and toxicity.

Cyclopropyl-(hetero)aryl ethylsulphonyl-pyridines offer potent flea and tick control with reduced toxicity for animal treatment.

Cyclodextrin inclusion complexes stabilize ozone in a solid material, enabling several days of ambient-temperature storage and easier handling.

A formate ester intermediate guides 5-position trifluoromethylation, improving regioselectivity without excessive reagent use.

Polyphenol compounds boost systemic fungicides, enabling less copper and protectant use while maintaining disease control and plant health.

An agricultural biopreparation uses Bacillus mojavensis PS17 to suppress phytopathogenic fungi and support higher crop yield.

An acetic acid-based buffer keeps aqueous phthalimide fungicide compositions above pH 4 during storage, supporting stable high-concentration formulations.

Rapid evaporation limits plant-based repellency; fixatives and solubilizers support a water-based formula with over 2.5 hours of protection.

Combined biocides preserve analyte sensor enzymes while reducing contaminant impact and the enzyme deactivation that shortens shelf-life.

Solvent evaporation forms a hydrophobic flexible film on plants that helps reduce cuticle cracking and protect against pests.