Biocide TRIZ Cases

Sophorolipids decrease IgE production by down-regulating genes like BSAP/Pax5, reducing inflammatory reactions and asthma severity.

Fermentation-derived bioprotectants reduce environmental harm while maintaining plant protection efficacy.

Combining mefentrifluconazole with nonionic surfactant reduces plant injury while maintaining effective disease control against pathogens.

Modulatory compounds targeting MEX-3, MEX-5, and POS-1 proteins prevent re-infection by blocking embryogenesis.

Microencapsulated formulation delays active principle release relative to synergistic compound, overcoming pest resistance while lowering ecosystem damage.

Segmented nitric oxide donor compounds enable sustained vasodilation without tolerance development, avoiding cyanide release from traditional agents.

Applying aqueous pesticide dispersion to corn planting furrows reduces damage from harmful organisms and enhances crop yield.

Tailoring iloperidone administration to CYP2D6 metabolic phenotypes prevents QT interval prolongation in poor metabolizers.

Probiotic interventions target absent healthy bacteria to reduce unnecessary antibiotic exposure and improve diagnostic accuracy for neuropathic bladder UTIs.

Novel Formula I compounds address parasite resistance by introducing heteroaryl groups and nitrogen linkers to maintain long-term efficacy.

Novel alpha, beta-unsaturated sulfones combat multidrug resistance by combining with established chemotherapeutic agents to maintain long-term efficacy.

Pyrazolopyrimidine compounds treat seizures and prevent long-term health consequences from organophosphate exposure.

An electronic insect monitoring device uses bio-impedance and optical sensors to identify target pests automatically.

Segmented zones isolate cleaning and disinfecting compositions on a dry substrate, extending shelf life by eliminating preservatives.

A visual cue agent exhibits spectral characteristics similar to initial repellent treatments, enabling reduced chemical concentrations in subsequent applications.

Merges a formula I compound with multiple active ingredients to achieve synergistic pest control and improved root development while reducing fertilizer needs.

Sodium dithionite nanoparticle formulation increases nitric oxide production to overcome limited effectiveness of conventional elicitors.

Surface chemistry modification controls nanofiller self-assembly in polyurethane matrices, resolving regular arrangement challenges.

A water-based chemical solution containing potassium iodine, zinc sulfate, and magnesium sulfate oxidizes odor-causing molecules into base elements.

Segmented microcapsules shield essential oils from oxidation while enabling controlled release for antimicrobial applications.

Rapid diffusion kinetics of pure fatty acids lower stress behaviors without repeated application.

Demethylation inhibitor fungicides combine with strobilurin agents to enhance antifungal activity against rice pathogens.

Natural product energy formulation for pets combines CoQ10, L-carnitine, and antioxidants to enhance heart function and muscle energy production.

A PARP inhibitor agent targets cancer cells with homologous recombination defects to selectively destroy tumor tissue.

Combining (S)-abscisic acid with malic acid at optimized ratios improves drought stress tolerance, photosynthetic rates, and grain yield in cereal crops.

Homogenous octenidine salt solutions solubilized in hydrophobic adhesives enable effective antimicrobial surgical drapes.

Flavesone triketones destroy resistant aphid populations via novel molecular structures that bypass chemical insecticide resistance mechanisms.

Extracting essential viral proteins via recombinant systems provides cross-protection against H3N8 while eliminating interspecies virulence risks.

Antibacterial peptides mimic the VapBC binding interface to activate RNase activity and kill bacteria.

Microencapsulating pyroxasulfone with a masking substance prevents crop injury during soil treatment while maintaining broad-spectrum weed control efficacy.

Structural modifications of 2-aminopropane-1,3-diol reduce transient bradycardia while maintaining immunosuppressive efficacy.

A clay complex adsorbs double stranded RNA onto its surface to deliver the nucleic acid into insect alimentary canals.

Liposomal encapsulation protects curcumin from rapid metabolism, achieving inhibitory tumor concentrations.

N-substituted diamino-s-triazine compounds with bicyclic radicals provide broad spectrum weed control while minimizing phytotoxicity to turfgrass.

Combining (9Z)-9,13-tetradecadien-11-ynal with the (9E) isomer increases male adult attraction to resolve insufficient pest control.

A composition containing isopropanol and relipidizing agents inactivates Caliciviridae viruses on skin.

Porous electroactive hydrogels achieve greater bending angles through scaffold-enhanced porosity.

MIF modulators inhibit macrophage migration to prevent scarring and delay onset of ocular diseases.

VHH nanobodies bind the SARS-CoV-2 spike protein receptor binding domain, blocking viral entry while avoiding harmful immunological reactions.

Modified xanthine structures reduce dipeptidyl peptidase-IV activity to improve glucose tolerance in diabetes treatment.

Crystal form I dihydrochloride salt of a DPP-IV inhibitor resolves stability and solubility contradictions via specific X-ray diffraction peaks.

Polysaccharide additives stabilize the high pH of lime suspensions, preventing rapid wash-off and extending biocidal action against plant pathogens.

A sustained-release molsidomine composition maintains continuous plasma levels to inhibit monocyte adhesion.