Biocide TRIZ Cases

Mixing hypochlorite oxidant with ammonium salt at sub-stoichiometric ratios while monitoring electrical conductivity to identify the optimal reaction point.

Slotted tubes and peripheral apertures increase repellent release rates by 50% while extending the duration of action against mosquitoes.

Viral vector delivery of caveolin-1 increases muscle expression to treat non-obese type II diabetes.

Alcohol reacts with peracids to form alkyl esters, removing short-chain carboxylic acids and eliminating malodors while maintaining antimicrobial efficacy.

Bacillus megaterium strains colonize plant roots to induce protective mechanisms, maintaining vegetative weight under water-scarce conditions.

Monoclonal antibodies capture abnormal protein forms directly, eliminating time-consuming protease digestion steps while maintaining high detection sensitivity.

Azole-aminoglycoside conjugates modify kanamycin A structures to target fungal pathogens, reducing mammalian toxicity and preventing bacterial resistance.

A herbicidal composition combines an HPPD inhibitor, isoxadifen-ethyl, and metribuzin to deliver effective weed control.

Sulfated polysaccharides form molecular traps for spermine and spermidine to induce a slimming effect in cosmetic compositions.

Substituted benzylaminoalkylene heterocycles deliver reversible monoamine oxidase B inhibition, eliminating irreversible binding side effects.

Trialkyl ammonium propanoate surfactants resolve phase separation and eye irritability in high-concentration potassium or ammonium glyphosate herbicides.

Composite biocidal salts dissolve partially to release sustained antimicrobial ions, maintaining GRAS safety while preventing skin irritation.

MON 88302 transgenic Brassica napus plants resist glyphosate herbicide via targeted genome insertion, eliminating extensive screening of transformation events.

Merges compound I with Group A fungicides to resolve the trade-off between manufacturing simplicity and broad-spectrum disease control efficacy.

10′-Fluoro-vinca alkaloids deliver eight-fold cytotoxic potency against drug-resistant cancer cells through targeted molecular substitution.

Substituted arylamino tetrahydronaphthalens modulate potassium channels, overcoming limited therapeutic spectrum of prior art treatments.

Soluble HLA-G directs tolerogenic dendritic cells to produce regulatory T cells, preventing graft rejection without systemic immunosuppression.

A solid antimicrobial composition combines a powdered silica substrate with an organic acid to inactivate viruses on surfaces.

Ammonium salt electroplating creates a nano-needle composite plating layer that replaces toxic hexavalent chromium while maintaining corrosion resistance.

Positively charged mesoporous silica nanoparticles load negatively charged drugs via electrostatic attraction.

A floral semiochemical lure attracts mosquitoes using sugar-based phagostimulants.

Pure bacterial strains replace chemical fungicides to control Rhizoctonia and Pythium without environmental hazards.

Imidazoles and estrogen receptor agonists reduce inflammation without corticosteroid side effects like bone loss.

Novel picolinamide derivatives provide systemic plant protection against fungal diseases.

A composite clay system binds lipophilic mycotoxins in animal feed through adsorption and desorption mechanisms.

Diospyros blancoi extract blocks NF-κB translocation, lowering NO and PGE2 levels without steroid side effects.

Novel endophyte Serendipita vermifera ssp. bescii colonizes plant roots to boost biomass and stress resilience in agricultural crops.

A genetically modified seed treatment combines spore-forming bacteria to colonize root systems and enhance plant vigor.

Novel diazene oxide carboxylate compounds achieve 100% control of mite adults and eggs, solving the insufficiency of conventional miticidal activity.

Specific substituent patterns on imidazotriazolobenzodiazepines achieve selective GABA A α5 binding, reducing proconvulsant activity at other subunits.

Oxadiazoline derivatives overcome resistant fungal strains through structural parameter changes and composite material principles.

Microparticle suspension concentrates stabilize hydrophobic S-(+)-Abscisic acid in water, eliminating organic solvent hazards and reducing packaging volume.

A barrier-forming composition applies to mammal mucosa to trap and kill microorganisms.

Urea and chelator blends replace costly HEDP stabilizers in peroxide formulations, maintaining chemical stability for safe food contact applications.

Form two crystalline structure reduces formulation thickening and equipment blockages by preventing unwanted crystallization during herbicide application.

Heated repellant dispersal units integrated into string lights increase evaporation rates via wicks for outdoor illumination and pest control.

Combining Newcastle disease virus, 5-fluorouracil, and irinotecan enhances antitumor activity against neoplasms.

Segmenting the protocol into initial proliferation and antigen presentation phases reduces expansion time while maintaining high anti-tumor activity.

2-aminoindole compounds inhibit parasite dihydroorotate dehydrogenase, curing malaria and overcoming widespread drug resistance.

Sodium nitrite baits resolve pain and distress trade-offs by inducing rapid methaemoglobin formation for humane population control.

Aryl amide sphingosine 1-phosphate analogues replace phosphate groups with non-hydrolyzable surrogates to maintain receptor binding.

Adding polyhydroxyalkanoic acid to soil cultivates indigenous microbes that decompose the polymer, suppressing white root rot fungus for months.

A colloidal silver and titanium dioxide composition maintains broad-spectrum antimicrobial activity across varying radiation conditions.

A densovirus coat protein fusion transports insecticidal toxins across the gut epithelium into the hemocoel of target insects.

Site-directed mutagenesis of Cry1Ac proteins overcomes narrow host spectrum and insect resistance in Lepidoptera pests.

Specific oxysterols activate the hedgehog pathway to suppress PPARγ, resolving ineffective adipogenesis control by promoting osteogenic differentiation.

HIF-1 inhibitors eliminate hypoxia-induced drug resistance, restoring chemotherapy sensitivity in cancer treatment.

Modifying the chemical structure at the 19-position minimizes glutathione depletion, reducing hepatotoxicity while maintaining anti-cancer efficacy.