Biocide TRIZ Cases

Heteroaromatic anthranilic acid diamide derivatives target specific pest pathways to reduce agrochemical usage and resistance development.

A polyamide film composition disperses zinc or copper ions to deliver antimicrobial efficacy against Staphylococcus aureus and Escherichia coli.

Bacillus altitudinis strain ST15 antagonizes Xanthomonas oryzae to control rice bacterial blight and leaf streak.

Metallic coating on polymeric shells prevents ethanol penetration while enabling controlled release via mechanical rupture.

A colloidal gel combining mineral bases and stable oxidizing agents to achieve enhanced biocidal efficiency.

A synergistic herbicide composition combines florasulam, 2,4-D, and fluroxypyr to control broadleaf weeds in turf.

A sealed container system activates sporicidal wipes by mixing pre-impregnated reagents through a burstable sachet mechanism.

Combining (S)-abscisic acid and glycine betaine overcomes low commercial thresholds for abiotic stress protection by exceeding additive effects.

Polyelectrolyte polymer nanoparticles resolve the trade-off between pyrethroid water solubility and alkaline hydrolysis stability.

Synthesizing thiocyclam hydrochloride via thiosulfuric acid and sodium hydroxide to produce high purity insecticidal compounds.

Bacillus subtilis strains reduce free iron below 0.5 ppm to control robust yeast spoilage without chemical preservatives.

Tetrazole compounds modulate metalloenzymes via specific interactions, balancing potency and selectivity to reduce clinical toxicity.

Selective removal of the harmful 2,6-dinitro-4-(1-propylpentyl)phenyl ester isomer reduces teratogenicity and retinopathy while preserving efficacy.

A 2,4-D mixed salt herbicide formulation combines dimethylamine and diethylethanolamine salts to maintain high concentration levels.

A biocide micelle formulation uses membrane permeabilizers to penetrate biofilms.

Submicron microemulsion droplets maintain homogeneity upon dilution, eliminating phase separation in vegetable oil-based agrochemical formulations.

A Canola hybrid variety combines specific agronomic traits through targeted parental line selection.

Aryl substituted phosphoric acid triamide urease inhibitors maintain activity when blended with phosphorus fertilizers.

Fluoropolymer matrix slows halogen dissolution rates, preventing high chlorine buildup and low pH damage to pool equipment.

C4-cyclopropyl arylpyrazole derivatives improve bioavailability and duration of action against arthropods.

Astexin peptides utilize a unique lasso topology stabilized by hydrogen bonding to expand functional scope beyond traditional antimicrobial roles.

Substituted carboxylic acid amide derivatives control noxious fungi at low doses, delivering superior residual activity and disease management for crops.

Neutral soluble beta glucan binds CR3 receptors on leukocytes to activate innate immune cells.

Pyridino-pyrimidino-thiazole derivatives provide herbicidal activity through specific substituent patterns.

Homogeneous liquid agrochemical concentrate uses stabilizing surfactants to maintain oil-water emulsion integrity.

Adjusting salt concentration and pH precipitates iso-xanthohumol and chlorophyll, avoiding expensive supercritical CO2 facilities while achieving high purity.

Adding naphthalenesulfonate formaldehyde condensate prevents polymer gelation in high-salt conditions, enabling stable tank mixes with inorganic fertilizers.

Artificial marble integrates trace silver into a resin matrix to eradicate microorganisms without leaching.

Carbon dioxide propellant transforms stable emulsion into creamy mousse, resolving storage instability and uneven distribution issues.

Bacterial inoculating formulation based on Calothrix sp. consortium enhances vegetable crop yield and quality without chemical nitrogen fertilizers.

A blowing agent composition uses Z-HFO-1336mzzm and HFO-1233zd to produce rigid polyurethane foams with enhanced thermal conductivity.

Two-stage desolvation yields stable gelatin nanoparticles that prevent liver accumulation while sustaining crop yield.

Glycol chitin hydrogel transitions to a gel at body temperature, bypassing hepatic first pass effects and improving bioavailability.

Hydrophobic group binding type glycosaminoglycans enhance staying property in mucosal tissues, resolving insufficient retention of conventional agents.

Novel isoindolone compounds act as positive allosteric modulators at the M1 receptor to enhance cognitive function in patients.

Piperidinyl compounds selectively block N-type calcium channels, providing analgesic efficacy while avoiding hypotension caused by L-type channel inhibition.

Pre-bloom forchlorfenuron application resolves the trade-off between fruit size and root development by expanding root systems to enhance nutrient uptake.

Composite adjuvant formulation modifies spray droplet surface tension and size to enhance leaf retention, resolving low-volume drift and wash-off trade-offs.

Iodine and selenium dietary supplements regulate thyroid hormone levels, avoiding anesthesia risks associated with surgical removal of the thyroid gland.

PEG-10 linear dimethicone surfactants generate stable foam in high-alcohol antimicrobial compositions without propellants.

A synergistic agrochemical composition combining specific compounds with azole fungicides to enhance crop protection against plant pathogens.

Formula I compounds with specific alkyl groups inhibit DNA methyltransferase 1 to treat breast cancer while reducing side effects from standard chemotherapy.

Passive flow control nozzles maintain biologically active repellent thresholds over large areas, reducing pesticide resistance and environmental contamination.

A wetting composition lowers non-aqueous liquid surface tension using C10-C14 alcohols and surfactants to improve spreading.

A diterpenoid epoxide and organic diepoxide composition induces ovarian follicle depletion in female mammals.

Modified TIC3668 proteins broaden pest control efficacy while reducing resistance development in target insect populations.

Targeting deep entorhinal cortex chloride uptake with NKCC1 inhibitors prevents mesial temporal lobe epilepsy onset by suppressing polysynaptic bursts.

Faecalibacterium prausnitzii strain CNCM I-4573 modulates interleukin production to reduce inflammation.

Dual-targeting amino esters simultaneously suppress VEGFR and c-Met receptors, resolving the limitation of single-agent therapies in treating tumor metastasis.