Biocide TRIZ Cases

Absorbent materials capture heavy metals and arsenic from fucoxanthin extracts, increasing product purity while eliminating harmful solvent residues.

Ethyl acetoacetate inhibits biofilm formation on polyurethane substrates, avoiding silver-based compound costs and bacterial resistance development.

A bacterial extract comprising plasma membrane fragments stimulates plant defense mechanisms.

Triazine compounds block sodium channels and inhibit dihydrofolate reductase to treat malaria and neurological conditions.

A phenol-modified tapentadol prodrug uses enzymatic cleavage to release the active drug.

Block copolymer surfactants prevent aggregation of multiple active compounds, maintaining storage stability and efficacy.

Acetyl Tributyl Citrate solubilizes essential oils in aqueous phases, resolving phase separation and volatility issues that compromise formulation stability.

A gentamicin and propionate microbicidal composition preserves enzyme sensor activity while inhibiting microbial growth.

Composite phospholipid and surfactant systems solubilize hydrophobic drugs while preventing precipitation, pain, inflammation, hemolysis, and phlebitis.

Formula I and II MEK inhibitors achieve therapeutic efficacy by balancing potency, half-life, and low CNS penetration via parameter changes.

Combining Tramadol with selective COX-2 inhibitor Firocoxib reduces side effects while maintaining analgesic efficacy in veterinary pain management.

Substituted pyrazolo-triazolo-pyrimidine compounds target adenosine A2a receptors to treat central nervous system disorders.

Form B crystalline structure resolves stability and solubility contradictions in bazedoxifene acetate formulations.

Epoxy-polymer dispersion encapsulates agrochemicals within a liquid matrix, preventing water-mediated degradation and phase separation during storage.

Merges compound I with difenoconazole to resolve the contradiction between reducing application rates and maintaining broad-spectrum pest control effectiveness.

Reducing occlusive agent concentration to 0.1-10% w/w maintains skin barrier function while preventing greasy residue.

Kinase inhibitors reduce kinase activity via Formula I and II compounds to treat cancer, diabetes, and Alzheimer's disease.

Bisphenol derivatives modulate androgen receptor activity to treat prostate and ovarian cancers by targeting mutated splice variants.

Selecting virulent phages eliminates temperate immunity issues while maintaining broad lytic efficacy against diverse Listeria serotypes.

Alcohol and acetate salts suppress glutaraldehyde fumes by up to 75% while maintaining rapid tuberculocidal activity at ambient temperature.

A free acid herbicide formulation uses organic solvents and surfactants to create emulsifiable concentrates for plant application.

Mutated PPO enzymes enable crop plants to withstand uracilpyridine herbicides without sustaining cellular damage.

Formula I compounds inhibit tyrosine kinases to block tumor growth and induce apoptosis in hyperproliferative diseases.

CRTH2 antagonists inhibit receptor activity to reduce eosinophil and Th2 cell recruitment, addressing ineffective current asthma treatments.

Substituted naphthalenyl-pyrimidine compounds selectively induce cancer cell death by targeting AKT, FGFR2, and p70S6 kinase pathways.

3-Alkoxybenzamide derivatives reduce human toxicity and environmental impact while maintaining efficacy against resistant pests.

Merges L-glufosinate with photosynthesis inhibitors to reduce dosage rates while maintaining reliable weed control.

Denatonium benzoate coats seeds to repel birds and wireworms, avoiding the seedling vigour reduction caused by traditional chemical treatments.

A W/O/W emulsion stabilizes high oil content using silicone and PEG-based emulsifiers.

Segmenting the formulation into separate compartments stabilizes ivermectin by preventing degradation in water while preserving cosmetic appearance.

Optimized 1:1.5 mancozeb to copper ratio in water-dispersible granules resolves stability trade-offs while maintaining broad fungal control coverage.

Segmented phage panels resolve antibiotic resistance trade-offs by targeting specific bacterial strains.

Peroxide-alcohol-acetic acid synergy reduces airborne microorganisms by 10^5 without leaving residues or causing corrosion.

A waterless sanitizer composition uses cyclomethicone to dissolve quaternary ammonium salts for sustained antimicrobial protection.

Meta-diamide compounds reduce crop damage and toxicity while maintaining effective invertebrate pest control.

A thymol-based composition liquefies viscous sputum samples for automated processing.

Optimized quaternary ammonium and nonionic surfactant ratios in nanoemulsions increase tissue permeation by 25% while maintaining formulation stability.

Scutellaria flavonoid organic amine derivatives enhance cyclin-dependent kinase inhibitory activity through targeted structural modification.

A catalytic oxidation device generates CO2 and partial oxidation products to attract blood-sucking arthropods.

Latentating groups on spiroheterocyclic pyrrolidine dione derivatives improve pest control efficacy while reducing leaching.

Yeast-derived proteins combined with surfactants accelerate root growth and improve foliar uptake, replacing inefficient manual adjuvants.