Biocide TRIZ Cases

Lipopeptide biosurfactants target parasite life stages in fish while reducing the environmental and residual concerns of harsh chemicals.

This case combines cationic polymers with organic acids to improve microbial control at neutral to basic pH with lower acid levels.

Fermented microbial supernatant with nonionic surfactants disrupts pest cuticles without harming mammals, plants, or the environment.

This case combines bio-based esters and surfactants to disperse Sextonia rubra extract in stable oil-in-water mosquito larvicides.

TAS3a-derived non-coding RNA downregulates ARFs to trigger broad-spectrum plant immunity while maintaining yield.

Fluorogenic protease substrates detect Aspergillus enzymes via cleavage-induced fluorescence signals.

A food-grade spice spray synchronizes trichome and pistil maturation in cannabis plants.

Deuterium-enriched bupropion overcomes limited natural abundance to deliver superior antidepressant effects via selective isotopic substitution.

Modified naphthalene isoxazolines overcome pesticide resistance while maintaining environmental safety.

Combining cinmethylin and napropamide creates a synergistic herbicidal composition that controls resistant weeds while protecting crops.

Pyrazole compounds with specific radical structures overcome pest resistance through parameter changes and universality principles.

Nitrogen-interrupted spiroheterocyclic pyrrolidine dione derivatives with N-oxy substitution enhance insecticidal activity and stability.

Segmenting development into distinct chemical series overcomes widespread pest resistance while managing synthesis complexity through parameter changes.

Azabicyclyl-substituted heterocyclic compounds deliver targeted fungal control through modified molecular structures.

Novel palladium(IV) fluoride complexes stabilize octahedral coordination spheres to enable controlled electrophilic fluorine transfer.

Isotopic substitution at bis-allylic positions stabilizes polyunsaturated fatty acids against oxidation, reducing oxidative stress and alleviating glaucoma.

Dioxopiperidine compounds act as allosteric modulators to improve aqueous solubility and oral bioavailability for treating neurological disorders.

Combining tetraalkylphosphonium ionic liquids with metal nanoparticles creates a composite that overcomes insufficient germicidal activity of the liquid alone.

Specific amino acid substitutions in the ALS enzyme enable spray-over application of imidazolinone herbicides without crop damage.

TIC5290 proteins disrupt insect cell membranes to control resistant pest populations, offering broad-spectrum efficacy via novel modes of action.

Synchronizing aerosol generation with the inspiratory phase reduces condensation loss and wastage, achieving delivery efficiencies between 40% and 70%.

Selective breeding of RGT15 endophytes removes lolitrem compounds from the alkaloid profile, resolving animal toxicity while maintaining insect protection.

A saturated towel transfers a menthol solution to skin for cooling, resolving bulk issues from carrying separate repellent and sunscreen products.

Chlorophyllin reduces silver nitrate into spherical nanoparticles, resolving environmental harm and manufacturing cost trade-offs in date palm protection.

Phase transition converts liquid microemulsions into stable solid matrices, eliminating organic solvents and reducing surfactant pollution.

A regulatable myc fusion protein controls neural stem cell proliferation while eliminating tumorigenic potential post-transplantation.

Alkaline slag aggregates prevent segregation in fresh cement mixtures while delivering long-term microbial inhibition without costly biocidal additives.

Melt emulsification yields amorphous agrochemical particles, eliminating costly polymeric stabilizers and improving bioavailability.

Isoflavones promote healthy energy metabolism and reduce excess body fat accumulation in animals without reducing energy intake.

Copper diethyl trifluoroacetoacetate complex replaces cuprous oxide in marine coatings to deliver biocidal activity.

Oral beta-cryptoxanthin lowers blood pressure and heart rate, addressing inadequate safe solutions for cardiovascular disease.

Recombinant HSV-1 tracer integrates tandem fluorescent protein cassettes linked by inefficient peptide sequences to boost signal output.

Light-absorbing compounds in a biodegradable protein wafer inhibit photosynthesis to eliminate toxic algae blooms without harming marine life.

Novel furan-carbamothioyl structure achieves selective toxicity against Spodoptera littoralis while reducing vertebrate exposure risks.

Replacing the terminal carboxyl group with tryptophan or histidine residues improves solubility and reduces mammalian cell toxicity.

A topical cidofovir composition induces hair loss by targeting viral and cellular DNA polymerases.

A multi-herb composition reduces mammal hair shedding through synergistic blending of Ginseng Radix and Angelicae Radix.

A pharmaceutical compound reduces Alzheimer's disease severity by targeting tau protein abnormalities.

Replacing toxic azoles with penflufen polymer particles, copper compounds, and alkanolamines eliminates harmful factors while maintaining protection.

A pyridine derivative compound applied to plant cultivation soil inhibits soft rot disease without direct bactericidal activity on Erwinia carotovora.

Hydroquinone or ascorbic acid arrests THPS-induced polymer breakdown, preserving fluid viscosity and friction reduction without oxygen scavengers.

N-ureidoalkyl-piperidines address limited efficacy in inflammatory disease treatments by targeting specific chemokine receptors.

Specific biocidal compounds prevent biofilm accumulation in high-temperature pulp and paper manufacturing, reducing machine stops.

Engineered Salmonella VNP20009 expresses L-methioninase to deplete methionine, addressing toxicity limits of traditional chemotherapy.

Immobilizing enzymes within mesoporous silica extends catalyst lifespan and maintains constant product flux.

Replacing the nitromethylene group with oxabridged heterocycles overcomes imidacloprid resistance and expands the insecticidal spectrum.

Chimeric DNA molecules combine source and host sequences to produce inhibitory fragments, overcoming production limits of target-specific methods.