Biocide TRIZ Cases

Using polypropylene nonwoven support prevents octenidine adsorption, preserving antimicrobial efficacy on skin without extra additives.

A bacteriostatic wipe uses electrostatic capture and a color-changing indicator to remove bacteria and show when cleaning is effective.

Using Z-HFO-1336mzzm with water, alcohols, or fluoroketones creates constant-boiling blends with low GWP, zero ODP, and stable thermal performance.

A pure Pseudomonas koreensis NRRL B-67883 inoculant boosts chlorophyll, nutrient uptake, and root growth to improve crop yield.

A cyanine dye turns from visible to colorless as liquid evaporates, confirming surface wetness and dwell time without leaving stains.

Optimized TBZ, PYM, and FDL ratios improve resistance to Neosartorya hiratsukae while preserving broad-spectrum wallboard protection.

A carbomer hydrogel stabilizes phage lysates and lytic enzymes to suppress C. acnes and S. aureus without disrupting skin microflora.

Multi-container bioreactors enrich nitrogen-use microbes from organic feedstocks to produce biostimulants that improve plant growth and fertilizer efficacy.

A surfactant-solvent wetting composition improves nematode dispersal and viability, enabling safer pest control with high mortality.

Heterocyclic groups in a multistage aqueous polymer complex silver to limit heat-induced discoloration while keeping coagulum low.

Dry milling with staged removal and settling prevents caking, enabling commercial-scale nanoparticles with improved absorption and stability.

A polysaccharide carrier turns concentrated amines and quaternary compounds into stable water-dispersible solids without VOC solvents or residue.

Aqueous PVA-coated silver nanoparticles enable water-based paint to deliver antibacterial wall coatings without high-temperature synthesis.

Peracid sanitization controls bacterial contamination in ethanol fermentation without inhibiting yeast or leaving antibiotic residues in animal feed.

A multi-solvent dispersible concentrate keeps oxathiapiprolin and metalaxyl-M stable in cold, hard, or alkaline water to prevent spray clogging.

Using Delftia tsuruhatensis in the mosquito midgut blocks Plasmodium oocyst formation and reduces malaria parasite transmission.

A dual-periodic nanostructure made by nanoimprint lithography broadens antibacterial action while cutting fabrication cost and time.

Combining two fungicides in tuned ratios broadens phytopathogenic fungal control while improving safety and reducing environmental impact.

Combining iodosulfuron-methyl-sodium with 2,4-D ester in a cooled oil suspension improves broad weed control while limiting environmental impact.

Pre-stress ASM and trinexapac-ethyl treatment helps warm-season turfgrass withstand drought and heat while preserving quality without phytotoxicity.

Compatible ionic compounds let diluted peracid concentration be measured by conductivity, avoiding slow titration and reducing dosing waste.

Agglomerated alumina and phosphate granules buffer phosphorus in situ, cutting handling complexity, runoff, and soil application cost.

Targeted peptides disrupt slug GPCRs to cause mortality and anti-feeding while avoiding the non-specific harm and residue issues of pesticides.

Aryl 2-aminoimidazole adjuvants alter Lipid A and outer membrane permeability to restore clarithromycin activity against MDR A. baumannii.

Combining trifludimoxazin with selected herbicides and safeners improves weed control through synergy while managing formulation ratios.

Specific glufosinate and pyraflufen-ethyl ratios broaden weed control while improving crop selectivity, early activity, and action duration.

Using 2,6-DCQ as the active disinfectant delivers strong microorganism inactivation while degrading quickly in water to reduce aquatic toxicity.

A polyurethane-based wood preservative uses solvent-compatible biocides to protect against decay while reducing toxicity from traditional oil-based treatments.

An acid-driven p-DAB or DMACA color reaction enables reliable fludioxonil measurement in liquid media through direct colorimetric comparison.

A trifludimoxazin and imazethapyr composition restores strong control of glyphosate-resistant Amaranthus weeds in crop habitats.

Controlled solvent exchange and seed crystallization turn Compound I into stable, flowable forms with reduced impurities and storage compatibility.

A water-based hybrid resin coating uses encapsulated and free biocides to resist algae and fungi with low leaching and long weather durability.

Using 1-methoxyindole at low concentrations repels or kills multiple pests while reducing reliance on polluting, resistance-prone chemicals.

A roughened nanostructure film uses controlled Sa and Sq/Sa ranges to trap bacteria while preserving wettability and easy wiping.

Ultrasound-formed triclinic zinc molybdate delivers broad antimicrobial action without sulfur or electrolyte inactivation in composite surfaces.

Vegetable oil solvents and mixed tristyrylphenol alkoxylate surfactants keep triketone herbicides chemically stable and well dispersed after water dilution.

A heterocyclic formula-I compound improves harmful arthropod control by tuning ring and substituent parameters to raise efficacy.

A Bacillus amyloliquefaciens strain suppresses Fusarium, Pythium, and Phytophthora via lipopeptides and VOCs, reducing fungicide use.

Synthetic insect neuropeptides bind GPCRs to deter thrips and drosophila while reducing reliance on chemical insecticides.

Natural-like pyrokinin analogues target pest insects while reducing harm to pollinators and lowering environmental impact in plant protection.

Wax-coated edible paper encapsulates gel bait to limit moisture loss, reduce contamination, and keep insect bait attractive over time.

A green Aloe vera synthesis route produces ferromagnetic NiFe2O4 nanoparticles that cut resistant biofilms on surfaces while reducing process cost and harm.

Microfibrillated cellulose stabilizes high-ionic agricultural concentrates, preventing flocculation and settling while maintaining shear-thinning suspension.

Quaternary ammonium salt grafting gives silicone rubber home textiles antibacterial action, air permeability, and stronger durability.

Choline pelargonate controls rice blast and sheath blight after symptoms appear, reducing disease losses and raising yield without phytotoxicity.

A stereoisomeric phenylhexanedione composition expands control across fungal, Oomycete, and bacterial plant diseases with flexible soil or plant application.

A substituted acetophenone amide expands control of Oomycetes and other fungal groups that earlier agricultural amides did not cover.

Hot melt extrusion forms stable polyamide-iodine complexes that deliver broad-spectrum biocidal activity with lower leaching and toxicity.

A dissolving oral film combines miraculin and dihydrochalcones to keep sweetness high while cutting carbohydrate intake by 10-30%.

Specific pyrazole substituent patterns raise fungicidal activity against phytopathogenic microorganisms and improve plant disease prevention.

Isoxazolin-substituted phenyl thiocarbamates improve weed control at low application rates while reducing toxicity and protecting crop plants.

A low-pH hydrogen peroxide blend with phenoxyethanol, etidronic acid, and amino compounds achieves sporicidal hard-surface disinfection with lower odor.

A combined herbicide formulation improves post-emergent weed control, broadens activity, and protects useful plants at lower application rates.

Alvocidib regimens treat venetoclax-refractory AML by inhibiting MCL-1 to reduce tumor lysis syndrome risk.

Specific 3-position amino groups on the phenyl ring enhance herbicidal activity while maintaining selectivity to prevent damage to cultivated plants.

Combining 4-methylbenzyl alcohol with 1,2-alkanediols achieves potent Aspergillus niger reduction while maintaining an odorless profile.

A zinc copper acid composition primes plants by upregulating stress related genes and biomarkers to enhance defense mechanisms.

A histone deacetylase inhibitor modifies chromatin structure to reactivate transgene expression in cells infected by adeno-associated virus vectors.

Specific compounds inhibit Met kinase activity, reducing tumor growth and metastasis in cancers like lung and breast.