Biocide TRIZ Cases

Dissolving and precipitating polymers creates porous structures with high surface area for bioactive molecule conjugation.

Attenuated live Flavobacterium psychrophilum bacteria confer protective immunity to fish through water immersion.

A seed coating composition uses clay, organic matter, and adherents to encapsulate beneficial microorganisms.

Flavone-azole combinations reduce Candida albicans viability and biofilm formation, addressing limited antimycotic efficacy against resistant strains.

Replacing lime with peroxy acid biocides in sugar processing flumes reduces operational costs and equipment corrosion while stabilizing pH levels.

A compound microbial agent enhances photosynthesis and growth of Dioscorea composita seedlings under limited light conditions.

Novel biaryl benzoimidazole derivatives act as potent vanilloid receptor antagonists to provide analgesic effects.

Carbazole linked pyrrolo[2,1-c][1,4]benzodiazepine hybrids overcome cardiotoxicity and poor water solubility through composite material design.

Glycol alkyl ether esters dissolve bifenthrin at 30 wt%, replacing aromatic hydrocarbons to reduce health risks.

Mediator compounds interfere with early viral replication stages to treat infections while minimizing host toxicity risks.

Formula I compounds inhibit protein kinases to control uncontrolled cell growth, resolving inadequate therapeutic outcomes in cancer treatment.

Synergistic essential oil components destroy resistant pathogens like MRSA while minimizing toxicity risks associated with high-dose single compounds.

Bicyclic triazole compounds inhibit the Axl receptor protein tyrosine kinase, addressing inadequate therapeutic options for breast, renal, and lung carcinomas.

Specific acetophenone derivatives resolve formulation complexity by providing stable, odorless antimicrobial protection without increasing testing burdens.

A sticking agent composition comprising fatty acid triglyceride, fatty acid, and polyoxyalkylene sorbitol fatty acid ester.

CeCl3 catalysis enables selective Grignard coupling to synthesize high-purity phenoxyphenyl alcohols while minimizing side products.

Combining turmeric and zedoary extracts alleviates heartburn and dull headache in individuals with low aldehyde dehydrogenase activity.

Substituted chroman-thiazoles inhibit the sodium-calcium exchanger to regulate cellular ion levels.

Optimizing chitosan concentration resolves the trade-off between improved antimicrobial properties and structural integrity in bone graft applications.

Composite porous material slowly releases chlorine dioxide gas to degrade harmful air substances.

Replacing THF with methyl isobutyl ketone prevents hydrolysis by-products and raises fluazinam yield from 22% to 98%.

A sesamin-class compound composition incorporating vitamin B1 class compounds enhances anti-fatigue actions through synergistic interaction.

Beta-cryptoxanthin overcomes limited bone mass gains from resorption inhibitors by activating osteoblast differentiation to increase density.

Coordination compounds of bis(oxymethyl)phosphinic acid with biogenic metals resolve toxicity and solubility contradictions in plant growth regulation.

Pulsed laser ablation synthesizes chitosan-capped chalcogenide nanoparticles that penetrate mature biofilms to reduce pathogen proliferation.

Inhaled halogenated volatile compounds modulate GABA receptors to increase dopamine turnover, improving gait without L-DOPA side-effects.

Aminotetrazole carboxamide derivatives inhibit weed growth while sparing crops via localized substituent patterns.

A humidity-dependent antibacterial powdery composition uses a water-soluble film forming agent to encapsulate volatile oily substances.

Pydiflumetofen targets cytochrome P450 enzymes to control SDHI-resistant Septoria tritici isolates.

A tubular container with a foamed inner layer soaks up liquid chemicals via capillarity, ensuring uniform release even when the remaining amount becomes small.

Agrochemical composition prevents phase separation at high active compound concentrations using polyhydric alcohol and formalin condensate dispersant.

Composite calcium phosphate cement with controlled porosity accelerates resorption rates while maintaining mechanical stability during the setting phase.

Bicarbonate buffers stabilize hypochlorous acid solutions, resolving contradictions between shelf life and skin irritation while preserving disinfection power.

A fragrance composition containing rose, sandalwood, neroli, and ylang-ylang oils reduces sleep latency.

Ceramide compounds and S1P receptor agonists enrich oligodendrocyte precursor cells, eliminating teratoma formation risks during transplantation.

Feather-derived peptides applied to soil mitigate drought-induced growth impairment in corn crops without genetic modification.

Novel bifunctional compounds combine beta2 adrenergic receptor agonist and muscarinic receptor antagonist activities into a single molecular structure.

Acetic acid lowers suspension pH to inhibit spore germination, preventing contamination without synthetic biostatic agents.

Fermented Lactobacillaceae bacteria in Spartina alterniflora media yield a stable biostimulant rich in lipopeptides and metabolic products.

Calcium fluoride particles release fluorine ions via a cationic polymer reservoir, preventing microbial repopulation on skin surfaces.

A temperature-responsive polymer coating enables gentle detachment of cultured cell sheets from cultureware surfaces.

Aframomum melegueta extracts reduce blood glucose while mitigating oxidative stress and tissue damage associated with conventional treatments.

Simplified coumarin analogues replicate discodermolide activity while reducing synthesis complexity and cost.

Oxycarbamoyl compounds selectively block N-type calcium channels, resolving the contradiction between analgesic efficacy and hypotensive side effects.

Fluorinated deferiprone analogues improve brain penetration and stability to chelate excess iron in neural tissues.

A trivalent chromium lactoferrin complex enhances metal ion absorption and utilization within the gastrointestinal tract.

Selenyl-methyluracil compounds join DNA strands via covalent bonding to boost radiation sensitivity in cancer cells while minimizing damage to normal tissue.