Biocide TRIZ Cases

A 4-oxoquinoline compound targets HIV integrase with high inhibitory activity.

Branched alkoxylate adjuvants improve pesticide stability and reduce wind drift by optimizing molecular weight parameters.

Encoding MP467 and MP812 polypeptides resolves the contradiction between broad pest spectrum and environmental safety by replacing chemical insecticides.

Endophyte seed coatings colonize plant tissues via nitrogen fixation and auxin production, boosting crop yield while avoiding synthetic fertilizer runoff.

A peracetic acid gel formulation uses casein and organic thickeners to create a stable, homogeneous biocidal matrix.

Low aromatic solvent carriers penetrate timber to deliver preservative compounds effectively.

Anucleated cell-based platforms encapsulate agricultural compounds to reduce environmental contamination and chemical loss during application.

Novel chlorothiophene-amides inhibit factor Xa and thrombin, resolving the narrow therapeutic index and monitoring burden of warfarin therapy.

Adenosine analogs activate NK1 receptors to modulate ion channels, inhibiting acid-sensing ion channel 3-mediated pain transmission.

A herbicidal composition pairs ethofumesate with a safener to protect cereal plants from chemical injury.

Specific substitutions at positions 2, 4, and 6 of the pyrido(3,2-d)pyrimidine core enhance antiviral activity against hepatitis C while reducing side effects.

A polyelectrolyte complex of lignosulfonate and chitosan binds biocides to plants, lowering application rates while maintaining pathogen protection.

Synthetic sulfonamide analogs replicate abscisic acid function, resolving the cost and instability of natural hormone application.

A water-based composition combines benzyl alcohol and sodium chloride to kill lice and break nit adhesive bonds for easy combing.

Dioxane cyclization with hydrazines yields regioselective pyrazoles without low-temperature reagents.

Oral bisphosphonate dosage form uses delayed release to deliver active ingredient directly to the lower gastrointestinal tract.

Bacterial-expressed reprogramming proteins bypass viral vectors to eliminate mutation risks and reduce reprocessing time.

Replacing mechanical evaporation with ultrafiltration membranes reduces energy consumption while maintaining high extraction yield and stability.

Converting fomesafen to a non-salt form resolves cold instability and high pH conflicts, enabling 40% concentrates compatible with other herbicides.

Metal-modified apatite decomposes residual agricultural chemicals via optical catalysis, reducing harvest-time safety risks.

Segmenting nitro reduction and Cbz deprotection prevents exothermic runaway while acid treatment removes sulfur contaminants to protect catalyst activity.

A topical cream blends Salix alba extract with trans-dermal carriers to deliver natural analgesic relief.

Phenolic disinfectant solution uses hydrotropic surfactants to solubilize active ingredients in a low pH environment.

Natural toxin formulations replace synthetic pesticides to reduce environmental impact while maintaining pest control effectiveness.

Segmentation resolves ambiguity in identifying inhibited species by purifying distinct mTORC1 and mTORC2 complexes for precise inhibitor screening.

Deprotonating natamycin with a base followed by neutralization and PEG addition increases dissolved concentration while maintaining antifungal activity.

pH-responsive silica shells on silver diamine fluoride microparticles arrest dental caries without causing irreversible black staining.

Formula I diamide derivatives bind ryanodine receptors to overcome diamide resistance in pests.

Photosensitizers in toner generate singlet oxygen to provide antibacterial effects across image and non-image areas without complex protective layers.

Segmented pH-independent and pH-dependent coatings enable rapid gastric drug release while maintaining oral cavity stability.

Crude fat-containing bean powder prevents sticking and improves flowability during direct compression, eliminating synthetic additive interference.

Combining pyridine carboxylic acid with flurtamone creates synergistic herbicidal activity for broad weed control.

Controlled thermal and enzymatic hydrolysis breaks down feathers into bioactive peptides that improve plant stress resistance while reducing nitrogen pollution.

Synergistic pyrrole and oxidant combinations eradicate diverse fouling organisms in ballast water while degrading into non-toxic compounds.

Applying liquid rinse agents to equipment seeds inhibits amino acid synthesis, preventing germination without soil binding issues.

A buoyant formulation of calcium hypochlorite releases oxidizing compounds at the water surface to reduce cyanobacterial populations.

An isolated Dyella-like bacterium penetrates plant tissues to inhibit phytopathogen growth.

Engineered recombinant chitinase overcomes high production costs and limited stability through E. coli expression and affinity purification.

SBM medium cultivation overcomes low sporulation yields by optimizing physicochemical parameters for high-efficiency Bacillus biomass production.

Non-ionic surfactants and electrolytes in agrochemical compositions facilitate stomatal opening for improved herbicide uptake.

Buffering systems stabilize cymoxanil suspensions within a pH range of 2-5, preventing hydrolysis and degradation in aqueous environments.

Antioxidants and chelating agents stabilize liquid pemetrexed, preventing rapid degradant formation and ensuring less than 5% impurities after 18 months.

Condensing tetrazole-substituted pyrazole acids with anthranilic acid esters yields high purity products with consistent regioisomer ratios.

Picarbutrazox safener reduces phytotoxicity to crops like wheat and maize while maintaining herbicidal effectiveness.

Phosphoric acid and urea stabilizers maintain herbicide active ingredient purity in oil dispersions.

Porous carrier adsorbs milnacipran to prevent tackiness and adhesion, ensuring stable elution under high humidity conditions.

Structural modification of heterocyclic compounds enhances efficacy against pests while reducing harm to non-target organisms.

Cyazofamid and folpet combine in specific ratios to create a stable fungicidal composition with prolonged residual efficacy against plant pathogens.