Biocide TRIZ Cases

Water-activated powder foam coats vertical and horizontal drain surfaces to extend pest contact time and improve drain fly removal.

Controlled phenolic hydroxyl, methoxyl, and sulfur content in lignin sulfonic acid improves plant growth, yield, and stress tolerance.

A hydrolyzed rhamnolipid blend improves broad-spectrum antimicrobial protection and lather in personal care products without synthetic preservatives.

RNAi applied to dense trap plant strips targets beet weevils at field edges, reducing crop damage and environmental harm.

Using PEDOT:PSS conductive polymer instead of metal nanoparticles enables rapid topical inhibition of bacteria and viruses without body accumulation.

Silylethynyl hetaryl compounds suppress nitrification while lowering volatility, reducing nitrogen loss and environmental pollution.

Mild alkaline silica condensation encapsulates lipophilic actives more efficiently while reducing toxicity exposure and improving biocompatibility.

Acibenzolar-S-methyl induces pine resistance to Bursaphelenchus xylophilus, enabling foliar spray or soil drench instead of trunk injection.

Bitter taste receptor blockers mask praziquantel in a soft chewable tablet, improving palatability while combining broad antiparasitic coverage.

ABA and L-arginine in bee feed increase forager activity and fruit-set, improving pollination under sub-optimal temperatures.

High-pressure yeast lysis releases free amino acids that vines absorb to thicken berry skins and improve fungal resistance.

A blended Albizia and Magnolia extract composition delivers broad-spectrum antimicrobial action while avoiding the safety concerns of synthetic preservatives.

A non-alcoholic diluent and dimethyl ether aerosol balance particle size and aldehyde stability to improve insect mating disruption in fields.

An electric-field alginate process forms uniform EPN microspheres with better stability, survival, and shelf life for biocontrol use.

Synergistic mixtures of formula (I) compounds and selected partners broaden pest control while improving plant compatibility.

Using MAT1-1 and MAT1-2 low-toxin fungal strains shifts field populations toward sustained mycotoxin reduction across growing seasons.

New quinoline anthelmintics target resistant Dirofilaria immitis while supporting oral or topical treatment with minimal host side effects.

Substituted isoxazoline aromatic compounds improve broad-spectrum weed control at low rates while maintaining strong crop selectivity.

Ethoxylated ricinolein stabilizes aqueous agrochemical suspensions of water-soluble actives, limiting particle growth, sedimentation, and gelling.

Cyclopropyl trifluoromethylpyrazolyl pyrimidines improve broad-spectrum weed control while maintaining crop selectivity at low application rates.

Selected root nodule microbes boost wheat biomass, yield, and pathogen resistance under arid, extreme pH, and temperature stress.

Combining fatty acids with pesticidal agents improves pest efficacy while lowering application rates and residue formation in crop protection.

A sugar-based formulation with a silicone surfactant improves spreading on vegetation for weed control and pre-harvest crop desiccation.

Modified zeolite and β-cyclodextrin encapsulate plant actives in OSB to extend anti-mold and odor removal while preserving strength.

Using L-homoserine directly avoids unstable O-acyl intermediates and inhibitory organic acids, simplifying L-glufosinate production.

Novel sulfur-substituted heterocyclic derivatives improve pesticidal activity while preserving structural diversity for controlling insects and other pests.

A composite surfactant system with alkoxylated polyols and a high-HLB co-surfactant keeps agrochemical emulsions stable during storage and dilution.

Novel herbicidal compounds enable selective weed control with lower toxicity, reduced dosage, and more reliable activity across application timing.

Combining A8 with herbicides such as diflufenican or glufosinate improves weed control at lower rates while reducing selectivity loss and environmental impact.

Indole-based AHR antagonists block ligand-driven gene transcription to reduce tumor growth and immunosuppression in cancer and inflammatory disorders.

Using polar and semi-polar organic solvents, this case stabilizes concentrated plant growth regulators and preserves bioactivity during storage and application.

Sulfur and sulfoximine heterocyclic derivatives improve pesticidal efficacy against arthropods and insects for broader crop protection.

A new α-2-adrenergic agonist acaricide controls Varroa mites in bee colonies while limiting bee toxicity and resistance issues.

Using methyl chloride in a closed methylation system avoids toxic iodomethane and column chromatography while lowering cost for industrial production.

Engineered guide RNAs use endogenous Cas activity to selectively suppress target bacteria and rebalance mixed microbiota with low off-target effects.

Heterocyclyl pyridazine compounds improve broad-spectrum fungal control while lowering toxicity and maintaining efficacy at reduced application rates.

A chlorhexidine gluconate and propylene glycol solution preserves and rehydrates nerve grafts at room temperature without cryogenic storage.

Pre-inoculating seedlings with endophytic microbes strengthens growth and disease resistance while suppressing invasive weeds.

A Piper sarmentosum extract boosts natural pyrethrins to improve knockdown and mortality in resistant mosquitoes with lower toxicity.

Solketal-based tigolaner spot-on formulations improve transdermal solubility and stability while extending parasite coverage with optional praziquantel and emodepside.

Pre-harvest ethylene-releasing foliar spraying raises black carrot root anthocyanin levels, improving pigment yield for food and pharma coloring.

Pressurized multiport injection delivers low-dose formulations into xylem vessels while limiting trunk damage and improving control of Xylella fastidiosa.

Combining pesticidal actives with C6-C10 unsaturated aliphatic acids boosts efficacy, cutting pesticide dose, toxicity, and environmental impact.

A pore-forming antibacterial protein selectively lyses antibiotic-resistant C. difficile while helping preserve normal intestinal flora.

Ultrasonically activated nanoparticles and microparticles create cavitation that breaks biofilms, improves surface cleanliness, and aids analyte extraction.

Fused pyrazolo[3,4-b]pyridine carbonitriles keep broad insecticidal activity while reducing pest resistance, non-target toxicity, and persistence.

Discrete electroless copper features on nonconductive substrates deliver durable antimicrobial action without sputtering, nanoparticles, or conductivity issues.

Combining L-glufosinate with complementary herbicides improves control of resistant weedy Glycine max while limiting crop phytotoxicity.

Selective antimicrobial compounds target pathogenic microbes while sparing commensal microbes, helping reduce resistance, side effects, and toxicity.

Algae-based crop coatings prevent sunburn and heat stress without visible residue, staying effective in rain or overhead irrigation.