Biocide TRIZ Cases

Activated metal nanoparticle compositions mitigate pathogens using organic acids and energy excitation, eliminating toxic chemical residues.

Formula I derivatives target the HCV NS5A protein to overcome mutation-driven treatment failures while reducing adverse side effects from standard therapies.

Isoxazoline-substituted benzamide compounds resolve the contradiction between high pest control activity and low toxicity to non-target organisms.

Cross-linking cellulose derivatives with polycarboxylic acids resolves low swelling and pH instability in conventional hydrogels.

Hyaluronan and dextran combination attenuates platelet activation, reducing inflammatory cascades and scarring during tendon healing.

Moss extracts remove biofilm from surfaces without harsh chemicals, reducing toxicity while maintaining cleaning effectiveness.

Replacing hydroxyl groups with ether substituents eliminates GABAergic side effects while maintaining high affinity for gamma-hydroxybutyric acid receptors.

Non-volatile solvents stabilize spray droplets against evaporation, reducing VOC emissions while maintaining pest control efficacy.

Biological agents replace chemical acaricides to eliminate environmental risks while controlling infestations.

A fungicidal composition merges cyclic depsipeptides with histone deacetylase inhibitors to target phytopathogenic fungi.

Plant-derived exogenous small RNA molecules modulate physiological processes to enhance crop yield and quality.

Bioengineered organisms remove biofilms via proteolytic degradation, addressing antibiotic resistance and cleaning difficulties.

Acylation of ketimines with stable N-substituted hydroxamic acid derivatives produces 3,5-bis(haloalkyl)pyrazoles.

Cross-linking bio-based polymers with glycidyl ammonium compounds slows enzymatic degradation to extend service life.

Dissolving praziquantel and macrolide compounds in a common solvent overcomes low bioavailability from suspended particles.

An inert carrier prevents IPBC clumping and stickiness, ensuring stable handling and reliable antimicrobial protection in industrial applications.

Fluorescent peptide probes resolve low sensitivity in flat lesion detection by binding specific markers.

Additive composition combining sorbic, propionic, and acetic acids reduces bacterial loads in poultry water systems.

Polycationic rheology modifiers prevent emamectin benzoate precipitation in aqueous suspensions by adjusting zeta potential and maintaining particle dispersion.

Cationic polymer films inactivate pathogens via contact-active mechanisms, eliminating toxicity while ensuring durable protection.

Siloxane amino acid surfactants lower liquid surface tension to prevent active agent precipitation and ensure uniform field distribution.

Solid peroxy compound and activator mix in water to produce sporocidal peracetic acid, while a color indicator signals concentration levels.

Chromobacterium subtsugae genome encodes proteases and chitinases to overcome limited biopesticide efficacy against diverse insect pests.

Base cloth treated with adhesive coating layers provides waterproofing and antibacterial protection while simplifying assembly.

BVT Cr-7 resolves reliability-versatility trade-offs by suppressing Botrytis cinerea and Sclerotinia sclerotiorum across diverse crops.

Fused heterocyclic compounds inhibit MK2 to reduce cytokine overproduction in inflammatory diseases while minimizing off-target side effects.

L-carnitine phytates replace unstable inner salts with phytic acid anions, reducing hygroscopicity and odor while preserving therapeutic efficacy.

Combining charged local anesthetics with chemical permeation enhancers achieves prolonged selective sensory block without causing motor paralysis.

Administering dextromethorphan with specific low-dose quinidine minimizes oversedation while effectively treating emotional lability and neuropathic pain.

An oil-based pesticidal suspension uses vegetable oil to dilute organic silicone surfactants for stable pest control.

Aryloxypyrimidinyl ether compounds provide selective weed control in crops like rice and soybean.

Combining manganese and non-manganese dipyridoxyl compounds stabilizes the complex to reduce brain uptake.

Polyamide microcapsules resist aggressive surfactant bases while maintaining long-lasting olfactory performance.

Thermoformed guides with metal tubes direct drilling trajectory and depth, resolving the trade-off between placement precision and device complexity.

Controlling P4 and water content below 10 mass ppm prevents pipe clogging and spontaneous ignition in fumigation systems.

CT20p peptide forms membrane pores to kill resistant cancer cells, bypassing Bcl-2 inhibition.

A chemical preservative combines phenoxyethanol, N-butyl benzisothiazolin-3-one, and dodecylamine to inhibit microorganisms.

Administering 2′,3′-cyclic adenosine monophosphate attenuates inflammation and protects biological tissues from surgical injury.

Nitrilotriacetic and citric acids remove cement residues from aluminum instruments without corrosion.

Cocaine-binding-site ligands and RNA aptamers bind beta-amyloid peptides to prevent aggregation, addressing modest effects of current Alzheimer's treatments.

A coating composition using lithocholic acid, zinc pyrithione, and cinnamaldehyde prevents biofilm formation on surfaces.

Non-aqueous liquid compositions disperse microbial inoculants in water-immiscible solvents, preventing clogging and stability loss during tank mixing.

Novel indolizine derivatives inhibit xanthine oxidase and URAT1 to lower serum uric acid levels.

Positional isomer ratios modulate Lepidoptera responses to reduce crop damage without broad-spectrum environmental harm.

A medicated patch uses specific dissolving agents to enhance skin permeability of the active component.

Huperzia serrata composition combines Huperzine A and B to inhibit cholinesterase activity.

Hybridoma-derived monoclonal antibodies target c-Met overexpression to overcome resistance in EGFR and ERBB2 therapies.