Biocide TRIZ Cases

Metal nanoparticles bind to olfactory receptors to modulate signal transduction, addressing insufficient detection capability in anosmia cases.

A second airflow channel isolates the odour sensor from emitted agents, resolving reliability issues while maintaining environmental adaptability.

A 2,4-dioxo-5-(2-hydroxy-3,5-dichlorobenzylidene)amino-1,3-pyrimidine salt fungicide demonstrates high activity against unicellular and multicellular fungi.

Bacterial and fungal metabolites target Xanthomonas pathogens with specific antimicrobial activity.

Bis(hetero)aryl thioether amide derivatives control phytopathogenic fungi while mitigating resistance emergence through optimized molecular structures.

A purine-based compound targets injured mitochondria to induce selective autophagic degradation.

Specific amino acid substitutions in Class I EPSPS genes reduce herbicide binding affinity while maintaining catalytic activity for crop protection.

A paste-extruded sulfonamide herbicide composition uses an inorganic base buffer to enhance water dispersibility.

Low-boiling solvent acetylation prevents thermal degradation and boosts yield.

Embedded metal particles in resin nanostructures penetrate cell membranes to sterilize surfaces, avoiding complex vacuum coating processes.

Incorporating diffusion attenuators into hydrogel contact lenses modifies molecular diffusivity to control bioactive agent release kinetics.

Inhaled buformin achieves high local concentrations in the lungs to disrupt the Warburg effect and inhibit tumor growth while avoiding systemic toxicity.

Polyvinyl alcohol matrix releases active agents to maintain anti-microbial effectiveness for 90 days and reduce odors.

Nitroglycerin dilates coronary vessels to enable polynucleotide infusion, resolving surgical risks and hypotension during myocardial transfection.

Oxidized biopolymers form covalent cross-links with pathogen proteins to inactivate microbes.

A biological formulation combines Bacillus amyloliquefaciens and Trichoderma harzianum to mitigate phytopathogenic fungi through complementary mechanisms.

Segmented imidazolium structures with CO2H or SO3H groups improve therapeutic efficacy while managing synthesis complexity through parameter changes.

Polar aprotic solvent systems prevent hydrolysis degradation in liquid bendamustine, eliminating reconstitution steps and improving operational ease.

A bicarbonate salt formulation paired with a surfactant system reduces surface tension to enhance wetting on plant tissues.

Substituted isoquinolinone compounds selectively inhibit the PI3K delta isoform to reduce side effects from beta down-regulation.

Substituted amide structures achieve selective weed destruction at low application rates while preserving crop plant integrity.

Romidepsin down-regulates aberrant proto-oncogenes via HDAC inhibition, resolving treatment failures in infant MLL-rearranged ALL.

A herbicidal composition stabilizes emulsions using specific surfactants and aromatic hydrocarbons.

Pre-treating islets with GLP-1 receptor agonists improves graft survival while eliminating the need for immunosuppressive drugs that damage beta cells.

N2-substituted tricyclic carbamates on pyrimidine cores inhibit JAK kinase activity, resolving limited selectivity in existing treatments.

A Molecular Cell Diary System records somatic alterations via DNA cutters and writers to track cellular histories.

Mineral chelated compounds deliver essential micronutrients to crops through stable chemical structures.

Oxidized vegetable oil adhesive particles trap plant pests without harming crops, replacing toxic synthetic compounds with biodegradable alternatives.

Biosulfur aqueous suspension with surfactants prevents sedimentation and phytotoxicity in liquid pesticide formulations.

Quorum sensing regulates biofilm thickness to prevent bacterial fouling and reduce energy consumption in reverse osmosis systems.

Intranasal deferoxamine delivery targets the upper nasal cavity to bypass the blood-brain barrier and inhibit GSK3β in the central nervous system.

Nano-sized volcanic ash particles disperse into a polyester matrix to provide antimicrobial activity and deodorization while maintaining mechanical strength.

Segmented tablets with extended handles prevent thermal hazards and allow safe removal without tools.

Aminoalcohol compounds replace high-VOC additives to reduce volatile organic compound emissions and odor while maintaining scrub resistance.

Combining vitamin K derivatives, complexed microelements, and amino acids activates plant defense mechanisms against biotic and abiotic stresses.

Bacillus subtilis C-3102 resolves the trade-off between productivity and nutrient quality by maintaining fruit quality while accelerating ripening.

Amphiphilic fullerenes position radical-scavenging zones near phospholipid bilayers, resolving aggregation and toxicity issues in therapeutic formulations.

Azaphilone compounds inhibit 5α-reductase and androgen receptors to resolve efficacy versus specificity trade-offs in treating hyper-androgenic syndromes.

Adjusting pH to 6.5-8.5 with corrosion inhibitors prevents salting-out and tank damage in high-concentration liquid fertilizers.

Tungsten oxide microparticles inactivate viruses under visible light, solving indoor UV limitations.

A fatty alcohol composition interrupts adipokinetic hormone production in arthropods to induce rapid paralysis and mortality.

Volatile vehicle evaporation enables active ingredient delivery through the nail plate, overcoming low efficacy of existing topical onychomycosis treatments.

A stable emulsifiable concentrate uses fatty acid amides and aromatic hydrocarbons to dissolve triazole fungicides at high concentrations.

Polyhedrin crystal lattices protect embedded proteins from denaturation, preserving native conformation and function.

A strontium calcium zinc silicate ceramic scaffold deposits hydroxyapatite to promote bone integration.

An oil-based drift control composition uses a water-soluble polymer and surfactants to modify spray liquid viscoelasticity.

Cytochrome P450 enzymes metabolize HPPD-inhibitor herbicides to reduce toxic residues in crops.