Biocide TRIZ Cases

Uracil compounds combine with ALS, ACCase, and other herbicides to improve weed control across crop, vegetable, orchard, and non-crop fields.

Sensor feedback regulates electrode operation as salt water becomes an on-site cleaning and sanitizing solution, reducing reliance on harsh chemicals.

Peracid treatment targets planktonic and sessile microbes, helping control biofilms without traditional biocides.

Nanoparticles gradually release pH-stabilized hypochlorous acid to extend antimicrobial activity on treated surfaces while supporting safe human contact.

An emulsification system keeps solid spirotetramat particles and adjuvants compatible, limiting phase separation while supporting foliar penetration.

Post-emergence weed control uses hydrolyzed glucosinolate liquid on foliage to limit chemical herbicide use and environmental toxicity.

Co-expressing Ncb5or with desaturases and reductases improves electron transfer for higher-titer, purer insect pheromone compounds.

Pyrethroid-resistant mosquitoes challenge disease-vector control; isocycloseram provides a fast-acting, durable alternative.

Liquid acetic acid can run off or irritate plants; this granular composition uses biodegradable polymer and inorganic additive for steadier soil delivery.

Combining cooking fuel with pyrethrin and pyrethrum marc provides insect protection during combustion without separate repellent tools.

Combining ascarosides with triazole or SDHI fungicides delivers synergistic disease protection while preserving formulation stability for over six months.

Peptide-fatty acid synergy reaches an FIC index of ≤0.7 against phytoplasma and other pathogens, supporting lower-concentration control.

Targeted amino acid changes turn Bt proteins into low-dose inhibitors for Amrasca, Empoasca, and Lygus pests.

Metal ions pair with carboxyl-containing pesticides to tune solubility and release, sustaining effective concentrations while limiting drift and runoff.

Polymeric biguanides, vicinal diols, and chelating agents target hard-tissue microbes while preserving tissue integrity.

Combining pyroglutamic acid with pyraclostrobin or trifloxystrobin supports disease control, plant health, and yield with less agrochemical use.

Modified nitration converts the unwanted isomer into a soluble dinitro side product, enabling crystallization of over 99.5% target acid.

Citrus juice, phenoxyethanol, and anionic surfactants help remove chlorophyll soils and plant residues gently from skin and hands.

Existing animal parasite treatments often lack lasting systemic efficacy; a Formula (2) carboxamide derivative supports control for 30 days or more.

High water-miscible solvent levels can destabilize hydrophobic-agent emulsions; submicron dispersions support scalable dilution.

An aqueous suspension of Pantoea agglomerans T16/8 targets fungal and bacterial pathogens, reducing the need for repeated plant treatments.

PIP-45-1 and PIP-45-2 are expressed in transgenic plants to inhibit or kill Western Corn Rootworm populations.

CED-4-derived peptides and chalcones deliver 100% nematode mortality at 0.8 mg/ml, lowering chemical exposure and environmental impact.

A non-equilibrium reaction above pH 12 generates concentrated peroxycarboxylic acids with fewer residues for textile bleaching and antimicrobial use.

Peroxyphthalic acid with synergistic acids, solvents, surfactants, or metals reduces spores while limiting odor, irritation, and surface corrosion.

An oil phase with at least 20 wt.% diisopropyl adipate keeps mometasone dissolved in stable creams, lotions, and foams for hairy skin.

Timed sustained-release pheromones disrupt pink and American bollworm mating while planting windows protect cotton buds and preserve yield.

Quaternary ammonium surfactant forms fine vesicles that limit aggregation, floating, precipitation, and gelation in aqueous microcapsule dispersions.

Staged nucleophilic and electrophilic reactions address difficult 4- and 6-position substitution in fluorinated pyrimidines, supporting biological activity.

Temperature-dependent surfactant behavior can cause separation and viscosity shifts; balanced adjuvant components preserve homogeneity and pourability.

Natural botanical and animal constituents form stable emulsions that accommodate sensitivities and support non-irritating hygiene products.

Novel ACCase-modulating compounds target fungal metabolism to control pathogens despite rapid resistance to existing fungicides.

Converting C8-C10 fatty acids to choline salts supports fungal control on plants while reducing phytotoxicity and environmental persistence.

Removing aromatic solvents from prosulfocarb emulsifiable concentrates reduces dermal absorption and odor while preserving broad-spectrum weed control.

A specific alkyl ether phosphate and alkyl polyglycoside blend stabilizes low-concentration sulfonylurea in high-salt glyphosate suspensions.

Specific polymers and enzymes in liquid laundry detergents help suspend soil, prevent fabric redeposition, and preserve storage stability.

Low-temperature ultrasonic extraction standardizes botanical actives for 95% or greater repellency while reducing skin irritation and odor issues.

Coarse emamectin particles and organic solvents limit utilization; an alcohol ether surfactant forms a stable, transparent water-based nano-preparation.

Lactobacillus fermentum biofilm extracts address skin dysbiosis by supporting barrier function, innate immunity, and commensal microbial balance.

A flexible adhesive strip uses separate refillable wells for multiple pesticides, extending control across flat and three-dimensional surfaces.

A bifunctional hydrolase cleaves pathogen cell-wall chitin and peptidoglycan to inhibit hyphae, limit biofilms, and address antifungal resistance.

Staged synthesis addresses side-group copolymerization problems by controlling molecular mass while adding hydroxyl and onium chains for antimicrobial fouling resistance.

Novel thiadiazinone dioxide structures target gramineous and broadleaf weeds while maintaining selectivity for soybean, corn, rice, and wheat.

Methylobacterium isolates applied at vegetative and reproductive stages address limited bacterial utilization and increase corn yield by up to 20%.

Combining Fluopyram, Prothioconazole, and Trifloxystrobin or Tebuconazole broadens fungal control and supports resistance management.

Existing routes use multiple solvents and form undesired isomers; aqueous-alcohol purification produces high-purity cyproconazole for large-scale manufacture.

Water-based difenoconazole suspensions use selected surfactants to suppress Ostwald ripening and preserve flowability during storage.

Modified fungicide compounds target cytochrome b to control soybean rust carrying the F129L substitution and suppress respiration.

Dual actuators drive gas through the filter to address low inhaled volume while a sensor monitors outlet gas quality.

Polyhydric alcohol formate reacts with hydrogen peroxide to generate peroxyformic acid in situ at mild pH without enzymes.