Biocide TRIZ Cases

Heterocyclic amine compounds target MCHR1 receptors through constrained ring structures, minimizing off-target ion-channel binding.

Compounds of formula I correct folding defects to increase CFTR density, addressing mislocalization in cystic fibrosis.

Oral ectoine stabilizes proteins and inhibits amyloid fibril formation, addressing limited clinical data for gastrointestinal disease treatments.

Vinyl alkoxysilane derivatives and nanoparticles balance gel strength with swelling capacity to prevent rapid fluid release in superabsorbent materials.

Clay minerals release metal ions to inhibit bacterial growth, resolving antibiotic resistance issues in livestock.

Structurally modified triterpenoids reduce cellular toxicity while maintaining therapeutic efficacy against inflammatory diseases.

Calcite immobilizes antimicrobial metal particles to enable controlled leaching and stable efficacy in personal care formulations.

Nanoemulsions encapsulate volatile terpene by-products to prevent thermal degradation and improve insecticidal efficacy.

Nitrogen-containing ring compounds inhibit tissue-nonspecific alkaline phosphatase to prevent vascular calcification while preserving bone mineralization.

Novel bicyclic heteroaryl compounds inhibit Abl kinase and mutants, resolving low efficacy against mutated forms while maintaining safety.

Histone deacetylase inhibitor composition dilates bronchi and relaxes pulmonary smooth muscle to reverse irreversible airflow limitation in asthma.

Alginate and starch capsules protect live bacterial cultures, maintaining viability while enabling insoluble phosphorus solubilization.

Composite biocidal formulation overcomes biofilm penetration barriers to achieve complete pathogen inactivation without complex activation protocols.

Introducing gaseous carbon dioxide into transport containers displaces oxygen to eliminate pests efficiently while avoiding expensive heat treatments.

Modified spray liquid parameters minimize drift while maintaining coverage at low volumes, reducing energy consumption.

Positional modifications of oligomeric compounds resolve the contradiction between compound stability and hybridization efficiency.

Alpha7 nAChR ligands modulate nicotinic receptors to relieve pain while avoiding gastrointestinal irritation and central nervous system side effects.

Combining potassium acetate with potassium citrate reduces auxin herbicide volatility, lowering additive concentrations while preventing off-target crop damage.

A treatment composition combines citric acid with a surfactant to remove scale and biofilms from water systems.

Segmented acid-alcohol extraction isolates active compounds from lingonberry fruit, resolving low yield and material waste in conventional processing.

Porous mineral particles in a seed coating composition hold moisture and improve gas exchange, resolving germination failure under drought stress.

Selective hydrazone compounds target CB2 receptors to provide analgesic effects while avoiding psychoactive side effects associated with CB1 activation.

Olefinic cross-links stabilize alpha-helical peptides, enabling cell penetration and effective HIV-1 inhibition.

Hydrotrope surfactants enhance perfume bioavailability in cleaning bases, resolving the trade-off between high antimicrobial efficacy and sensory acceptability.

Fusing saturated or unsaturated five-membered heterocyclic rings to diketopyridine cores increases herbicidal activity while maintaining synthetic feasibility.

Willaertia magna amoebae eliminate protected Legionella pneumophila inside protozoa, resolving disinfection gaps left by chemical treatments.

Segmented conical inserts replace toxic chemicals in bucket traps, reducing vector populations through natural attraction while lowering manufacturing costs.

Sequential acidic and basic catalysis coats aluminum pigments with SiO2, resolving opacity loss during corrosion protection.

N-substituted-p-menthane carboxamide compounds extend cooling duration and eliminate bitterness in chewing gum applications.

Water dispersible granule formulations combine microbial cells with surfactants to resolve water solubility trade-offs in biopesticide application.

Antimicrobial coatings on fluoropolymer substrates provide durable protection against microbial resistance while improving fire safety in public spaces.

Modifying domain II and III residues of delta-endotoxin proteins overcomes reduced receptor binding caused by intensive B. thuringiensis use.

Particulate water-insoluble inorganic material incorporates silver oxide and ruthenium oxide via thermolytic treatment under a non-reducing atmosphere.

Hydrothermally treated waxy starches deliver sustained glucose release, eliminating frequent nighttime dosing and nasogastric feeding requirements.

Tri- or tetrasulfides degrade to release hydrogen sulfide within plants, avoiding atmospheric pollution from toxic gas while boosting crop yield.

Silica-anchored heteropolyoxometalates stabilize antimicrobial performance in organic polymers, preventing chemical degradation during manufacturing.

Substituted pyrazole compounds inhibit c-Met kinase activity to treat proliferative disorders while minimizing off-target effects.

Novel tetrazolyl prostaglandin analogs reduce intraocular pressure by inhibiting aqueous humor outflow resistance.

Polyurea-walled pendimethalin microcapsules prevent flocculation in mixed herbicide suspensions, maintaining physicochemical stability.

Tricyclic anilide spirolactam compounds block CGRP receptors to treat migraine and cluster headache.

Antibacterial protein SSL200 lyses Staphylococci to treat bovine mastitis, bypassing bacterial resistance while sparing beneficial flora.

An oxidizable dye coating on calcium hypochlorite particles releases a transient color to confirm biocidal dispersion while preventing premature bleaching.

A herbicidal composition merging HPPD inhibitor, glyphosate, and fomesafen controls weeds through synergistic interaction.

Formula I compounds target Aurora-kinases to treat cancers while reducing drug resistance and off-target effects.

Selective 5-HT2A inverse agonists paired with antipsychotics reduce extrapyramidal symptoms.

Segmented psychostimulant dosage with enteric coating extends therapeutic duration while maintaining rapid onset.