Biocide TRIZ Cases

Hyperoxygenated growth media induce heterotrophic Chlorella metabolism, preserving live cell counts during dark refrigerated storage and transport.

Fish-scale peptides made by Bacillus velezensis improve Gramineae germination speed, uniformity, and seedling biomass with more consistent raw materials.

A jasmonate, seaweed, and surfactant blend boosts in-plant cannabinoid and terpene production without relying on in vitro cultures.

Substituted bicyclic thiosemicarbazones maintain strong activity against insects, arachnids, and nematodes while addressing resistance.

Compatibilizing agents keep high-load pymetrozine aqueous compositions pourable, low-viscosity, and more resistant to photodegradation.

Combining oxadiazole derivatives with other fungicides improves control of Asian soybean rust while maintaining broad-spectrum crop protection.

Biomass-derived nano-biochar enables low-dosage foliar spraying by exporting excess electrons, reducing ROS, and promoting crop growth.

Fish scale peptides produced by Bacillus velezensis promote stronger Asteraceae seedlings, higher chlorophyll, and yield without fertilizer burn.

Combining a specific herbicidal compound with other pesticidal agents enables broader control of weeds, arthropods, nematodes, and pathogens.

Benzoic acid ester solvents keep low-solubility pesticides fully dissolved at 20°C, improving formulation stability and biological effectiveness.

Molten-phase biostimulant incorporation enables homogeneous nitrogen fertilizer particles while limiting heat damage and simplifying field application.

A turmeric extract emulsifiable concentrate improves formulation stability and delivers longer-lasting powdery mildew control with low toxicity.

A stem-applied microbial and mineral composition treats esca in grapevines while preventing fungal recolonization and productivity loss.

A dialkyl metal sulfosuccinate and sorbitan ester stabilizer system helps clethodim formulations resist degradation while maintaining emulsion stability.

Enterobacter xiangfangensis with niacin and micronutrients helps release fixed soil potassium into soluble forms for better plant uptake.

Fly larvae digest plant material into a nutrient-rich biocomposition that controls phytoparasitic nematodes while reducing reliance on toxic pesticides.

A water-soluble silicon source with aryl substituted urea improves plant uptake and distribution, reducing uneven delivery and repeat application.

A rosin-based resin with defined volatile content delivers longer-lasting pest control while reducing pesticide resistance and environmental load.

Lactobacillus fermentation converts plant-derived picein into high-piceol antimicrobial compositions with low petrochemical carbon.

Engineered phages carry Retron inhibitor and tRNA genes to bypass bacterial anti-phage defenses and kill drug-resistant bacteria.

A non-benzyl QAC release agent helps wipes retain less biocide, improving expressed-fluid recovery and germicidal efficacy at lower complexity.

A Formula I seed treatment combines fungicidal and optional insecticidal action to control crop pathogens and improve resistance to insect attacks.

A three-disinfectant combination keeps contact lens solutions antimicrobial while allowing much higher hyaluronate for comfort and corneal support.

Beneficial soil microbes improve nutrient uptake and carbon sequestration, cutting greenhouse gas emissions from biofuel feedstock cultivation.

pH-activated sodium chlorite with non-ionic surfactants boosts ocular antimicrobial action while limiting irritation and toxicity.

Heavy metals on GAC and steel slag become bioavailable at low pH, suppressing acidophilic bacteria and slowing concrete corrosion.

Solid particulate indoxacarb suspensions improve dispersibility while reducing phytotoxicity and application equipment wear in pest control.

Performic acid compositions suppress microbial decay on edible matter and substrates while avoiding toxic residues and extending shelf life.

A heterocyclic insecticidal compound delivers strong aphid mortality at low concentration, reducing soil contamination and secondary harm.

Alkoxypyridazine derivatives improve plant protection by delivering stronger, more specific control of phytopathogenic fungi.

Substituted bicyclic compounds expand pest control across insects, arachnids, and nematodes while addressing resistance-driven loss of effectiveness.

Root-colonizing Magnaporthiopsis incrustans M-B927 boosts rice resistance to seedling leaf blast, reducing reliance on polluting fungicides.

A new triazolyl benzoyl arylamine scaffold improves wheat take-all inhibition while addressing resistance and synthesis cost limits.

Heteroaryl amide compounds improve control of resistant insects and arthropods while protecting plants and plant-derived products.

Combining cyclic depsipeptides with quinofumelin broadens fungal control while improving crop tolerance, residual activity, and biodegradability.

Essential oils such as fir needle oil boost insecticide knockdown and pest mortality while helping lower human toxicity and resistance pressure.

Controlled particle sizing and an organo-silicone surfactant enable fast dispersion, low agglomeration, and stable active content in storage.

Engineered Kappa peptide variants use targeted amino acid changes to control crop pests while reducing environmental harm and non-target insect damage.

Combining Pimpinella anisum and Syzygium aromaticum creates a safer, lower-cost ant insecticide with synergistic repellency and kill effects.

Low-dose Kochia extracts promote seed germination and crop growth while avoiding the phytotoxicity seen at higher concentrations.

Thermally hydrolyzed feather keratin peptides are infused into cabbage soil to suppress clubroot disease without chemical pollution.

Novel pyridone derivatives vary substituents to raise herbicidal activity while improving selective weed control in useful plant crops.

Nanoprecipitation turns water-insoluble tannins into stable aqueous dispersions for strong, water-resistant coatings with antimicrobial and flame retardant properties.

A wipe combining antiseptic, antifungal, and corticosteroid agents cleans ear debris and moisture while limiting irritation and infection risk.

A coagulant ionophore complex gives dipped disposable gloves rapid broad-spectrum antimicrobial protection without sacrificing flexibility or durability.

Heterologous endophyte application boosts plant defense, reduces nematode infestation, and improves yield under stress with fewer external inputs.

A biodegradable polymer applied to seeds or soil feeds rhizosphere microbes during decomposition, boosting diversity, plant growth, and soil health.

Novel alkoxy heteroaryl carboxamide and thioamide compounds improve insect control efficacy while maintaining selectivity and lower environmental impact.

Stable polyhydric alcohol formate precursors generate peroxyformic acid on site at mild pH, avoiding storage hazards and enzyme-heavy processing.

Exogenous dsRNA silences Fusarium genes tied to DON biosynthesis, helping wheat and barley resist head blight and mycotoxin contamination.