Biocide TRIZ Cases

Substituted cyclopropane-oxadiazole imidazopyridazines target resistant pests and animal parasites while lowering mammalian and non-target toxicity.

Activating plant defenses instead of killing bacteria directly enables low-dose Xanthomonas control while avoiding resistance pressure.

Aprotic polar solvents and ionization stabilizers keep levothyroxine soluble and stable while enabling subcutaneous depot release.

Extreme bitterness from denatonium benzoate deters human or animal attackers without the eye and skin damage linked to pepper spray.

Localized metal nanoparticle agglomerates provide sustained antiseptic action against resistant microbes while reducing toxicity to host tissue.

Organic solvent-treated dead microbial cells preserve silencing RNA for ingestion, improving delivery while avoiding live GMO release.

Novel fused heterocyclic compounds use sulfur-containing substituents to control resistant pests while reducing toxicity and environmental persistence.

Specific cis stereochemistry and active-enantiomer enrichment raise 4-membered ring carboxamide efficacy against nematodes.

A water-free oil dispersion with 1-7 μm growth regulator particles stays stable in storage yet self-emulsifies on dilution for flexible crop use.

Epoxytiglienones break down Gram-negative biofilm matrix barriers, making dispersed bacteria more susceptible to immune clearance and antibiotics.

Engineered guide RNAs direct endogenous Cas nucleases to suppress target bacteria while preserving non-target microbiota balance.

Engineered guide sequences direct endogenous Cas to suppress target bacteria, preserve beneficial strains, and rebalance mixed microbiota.

Supercritical CO2 extraction isolates an aqueous Rosa canina seed phase with strong activity against MDR bacteria and Candida.

Early metamitron followed by a later herbicide improves resistant weed control, lowers dosage, and helps protect crops across climates.

A pyrazolyl-carboxamide paired with a second fungicide boosts control of phytopathogenic fungi while improving crop tolerance.

A compatibilizer enables high-adjuvant aqueous pesticide suspensions to resist particle aggregation while improving wetting, penetration, and use efficiency.

A water-soluble granular adjuvant combines ammonium sulfate and defoamer to suppress spray-tank foam while improving pesticide stability and handling.

An alkyl amine oxide and acidulant blend delivers broad-spectrum sanitizing at mild pH while reducing corrosivity, toxicity, and persistence.

A miscible DEET-polymer gel prevents phase separation and repellent loss while enabling extended release with dual active compounds.

Modified chimeric α-amylase inhibitors boost specificity and inhibition of coleopteran enzymes to improve plant resistance with less pesticide use.

Pathogen-secreted ascarosides are absorbed and metabolized by plants into defensive compounds that suppress infection with less toxic impact.

A synergistic blend of fatty-chain compounds and hydroxamic acids delivers broad antimicrobial protection with lower preservative use.

Alginate’s steric hindrance keeps CBD dispersed during wet spinning, enabling washable textiles with retained antibacterial and anti-inflammatory activity.

Synthetic cannalactone analogs improve access and production while delivering stronger germination stimulation for Orobanche and Striga seeds.

Organic amines and mixed solvents keep high-load Pyrasulfotole dissolved, preventing solvate deposition while preserving weed control.

Stress-phase active promoters drive toxic or CRISPR/Cas payloads in dormant and biofilm bacteria, enabling killing beyond standard antibiotic action.

Aloe vera extract enables greener CoFe2O4 nanoparticle synthesis with controlled properties for reducing drug-resistant bacterial biofilms.

Novel quinolone derivatives use targeted structural changes to improve herbicidal efficacy while maintaining selectivity in crop weed control.

UV-shielding core-shell particles encapsulate entomopathogenic nematodes to extend shelf-life and preserve outdoor pest control efficacy.

A film-forming fatty coating creates continuous lubrication on surfaces, blocking insect climbing without pesticides or complex barriers.

Malonic acid monoamides and esters improve weed control at low application rates while reducing toxicity and protecting crop plants.

Defoliating maize at a calibrated seed moisture stage improves seed size uniformity, saleable yield, and drying efficiency.

Layered ion nanoparticles carry fertilizer ions through plant cells for targeted uptake, reducing over-application, waste, and environmental harm.

Combining glutaraldehyde with mannose analogs disperses SRP biofilms at lower concentrations, reducing toxicity while maintaining removal effectiveness.

A 3′-ketoglycoside binds volatile alcohol repellents and releases them gradually on skin, extending protection while lowering reapplication needs.

A primer-varnish coating with silver ions and inorganic glass helps door handles resist germs while improving adhesion and preventing coating detachment.

A protein hydrolysate and betaine blend boosts drought stress resistance and yield while removing selenium toxicity risks.

A neem oil and plant extract blend extends mosquito repellence and knockdown activity while reducing reapplication and environmental harm.

A two-step quaternization route keeps quaternary ammonium organosilane hydrolysate soluble at high concentration without stabilizing additives.

Cationic phthalocyanines improve singlet oxygen generation while limiting solubility and aggregation issues for safer antimicrobial medical gloves.

Novel bisamide substitutions improve control of resistance-prone pests such as Chilo suppressalis while maintaining low crop toxicity.

Flame spray pyrolysis forms a nanoparticle-polymer coating that resists detachment while preserving antimicrobial biofilm destruction over repeated irradiation cycles.

A water-based cationic polymer dispersion replaces organic solvents to create smooth, adherent dental films with antimicrobial delivery.

Free-amino-acid-rich inactivated yeast helps vines thicken grape skins, improve ripening, and resist fungal attacks with low environmental impact.

A split-genome capsid particle kills drug-resistant bacteria while avoiding phage proliferation, gene spread, and ecosystem disruption.

Encapsulated pheromones in a lipophilic core and gelled shell maintain controlled release for over 38 days and enable spray application.

Electrolysis converts added sodium chlorite or chlorate into chlorine dioxide for low-odor water sanitisation with reduced dosing effort and longer stability.

A synergistic mix of herbicide A and 2,4-D improves post-emergent control of Commelinids and PPOi-resistant weeds at lower rates.

Pre-measured single-use pesticide bottles eliminate on-site dosing, cutting mixing time and reducing user and environmental exposure.

High-shear aqueous biopolymer suspensions keep seed coatings homogeneous while improving germination, water retention, and bioactive delivery.