Biocide TRIZ Cases

Segmented PMPMEase inhibitors combine polyisoprenyl groups for binding and hydrolysis-resistant linkers to maintain metabolic stability.

Lactation ractopamine administration reduces maternal weight loss, shortens the weaning-to-oestrus interval, and increases progeny pigs weaned per sow.

A fungicidal composition combining pyriofenone, fluazinam, and thiophanate-methyl for plant disease control.

Segmenting the macrolide core and changing parameters restores efficacy against MLSB-resistant bacteria.

Combining saflufenacil with triazine and dinitroaniline herbicides manages resistance development through multi-target inhibition.

Pyrimidine-sulfamides optimize solubility and pharmacokinetics to treat vasoconstriction diseases.

A biocidal resin composition combines aminoplasts with nanoscale metal oxides to deliver stable antimicrobial activity.

Vinyl ester polymer dispersion adjuvants reduce drift potential and phytotoxicity by optimizing droplet size distribution.

Pheromone volatilization and infrared emission lure bedbugs into containment devices, eliminating human exposure to toxic insecticides.

A portable disinfectant appliance generates chlorine dioxide solution through capillary water activation of layered reactive beds.

Composite chitosan hydrogel prevents recanalization by inducing endothelial denudation and fibrosis.

A Flavobacterium strain produces pesticidal metabolites to control nematodes and promote plant growth.

A semiochemical-based attract-and-kill formulation combines floral attractants with low-volume pesticide to draw noctuid moths to treated zones.

Water insoluble Astragalus fraction up-regulates collagen expression to resolve skin texture and wrinkle reduction trade-offs.

Alkyl-substituted pyrrolidones resolve stability-productivity trade-offs by boosting flea eradication rates.

Pyraclostrobin protects plant growth from triticonazole-induced inhibition while maintaining fungicidal efficacy.

A hypochlorous acid antimicrobial solution stabilized by divalent cations and phosphate anions maintains therapeutic concentrations.

CNCM I-5372 bacterial strain increases enzymatic activities to release mineral nitrogen and sulfur, reducing chemical fertilizer dependency.

Cyclohexanone compounds with specific structural variations serve as active ingredients in herbicides.

Skate skin peptide resolves antibiotic resistance and cytotoxicity by targeting bacteria while sparing human cells.

A pharmaceutical composition using hydrogen peroxide and eugenol to eliminate oral bacteria.

Larvicide-treated adult male mosquitoes transfer juvenile hormone analogs to untreated populations through natural mating and oviposition behaviors.

Anthocyanin compositions address antibiotic resistance by reducing microbial growth and promoting wound healing without triggering allergic reactions.

Molecular markers enable marker-assisted selection of metribuzin tolerance, reducing yield losses from herbicide sensitivity.

An amide derivative pesticide achieves high plant uptake through systemic migration in roots.

Triangular spray nozzle arrangement on a perforated plate reduces facility size and pressure loss while improving particle size distribution.

Modified nicotine structures resolve contradictions between weed control reliability and crop safety while improving therapeutic indices.

Applying dicamba metabolite 3,6-DCSA to plants expressing the DMO enzyme triggers systemic acquired resistance and enhances crop yields.

Form 3 mesotrione resolves storage instability by using ammonium salts and polar aprotic solvents to yield selective weed control.

Enteric mucoadhesive particles protect bioactive agents from gastric degradation while enhancing mucosal immunity through controlled release.

Pyrroloquinolinyl-pyrrole-2,5-dione inhibits c-Met activity to overcome chemoresistance and radioresistance in metastatic disease.

Selective 15-lipoxygenase inhibitors reduce abdominal visceral fat mass without systemic side effects, improving insulin sensitivity and lipid profiles.

Analyzing low clone coverage regions reveals toxic antimicrobial genes without cloning them into E. coli.

Combining pyrimidinium compounds with abamectin and fipronil overcomes parasiticide resistance while reducing toxicity.

Triterpenoid compounds inhibit E-type prostaglandin receptors to address neurological deficits in multiple sclerosis models.

Applying methyl isothiocyanate to soil reduces Fusarium propagule counts by at least 15%.

Segmenting unstable 1-alkylcyclopropenes into stable precursors resolves storage decomposition issues while enabling immediate field application.

A degradable intraintestinal stent elutes satiety-inducing substances to create a reversible intestinal braking effect.

A trans-cinnamaldehyde composition acts as an antibacterial agent against resistant strains.

Non-ionic polymer resin adsorbs sesquiterpene lactones from aqueous streams, preventing degradation caused by strong acids or thermal treatment.

Novel P2X3 receptor antagonists block pain transmission through specific structural modulation.

Isolated Chrysanthemum boreale Makino fractions lower serum IgE levels and inflammation to treat atopic dermatitis.

Pyrazoline compounds target peripheral CB1 receptors to treat obesity and diabetes while avoiding central nervous system side effects.

Water-free compression of dazomet powder creates stable solid rods that eliminate premature decomposition and ensure accurate internal wood treatment.

A polyamino acid composition enhances nutrient uptake in plants through complexation mechanisms.

Crosslinked polymer networks prevent biofilm formation by combining mechanical stability with prolonged antimicrobial activity.

Topical metal ion sequestrant formulation removes fluid accumulation via chelation, avoiding circulation blockage from mechanical compression.