Biocide TRIZ Cases

Novel 4-(N-azacycloalkyl) anilide compounds modulate potassium channels to provide therapeutic options for seizure disorders.

A dual-mode solid-state lamp switches between general illumination and insect-free lighting using segmented light sources.

Single-site modification of growth hormone with branched PEG extends metabolic half-life while maintaining batch consistency.

pH-dependent switching resolves the trade-off between antifouling resistance and antimicrobial capability while maintaining mechanical strength.

Novel benzocycloalkene carboxamides with cyclopropyl groups resolve the dosage-resistance trade-off by boosting efficacy while lowering application rates.

Calebin A reduces fat accumulation by inhibiting pro-inflammatory cytokines TNF-alpha, IL-6, and IL-1beta.

Modified ecteinascidin compounds introduce methoxy, methyl, hydroxy, and fluoro groups to enhance therapeutic activity.

Ester solvent wood preservative composition accelerates evaporation to reduce processing costs and minimize wood swelling.

Modified CAPA peptides increase mortality in target pests while sparing pollinators through localized receptor binding.

Segmented trunk wounds stimulate rapid resin accumulation, enabling multiple annual harvests without felling the tree.

Potassium bicarbonate salts control Psylloidea pests without toxicity or resistance development.

Asynchronous feeding of concentrated reagents into a wide mixing space creates eddies that prevent channeling and ensure thorough blending.

A Bacillus amyloliquefaciens strain NRRL B-50349 formulation acts as a biofungicide against plant pathogens.

A biofertilizer composition using Tsukamurella paurometabola to optimize nitrogen and phosphorus assimilation in plants.

Incorporating antioxidants into synthetic brood pheromones prevents oxidation, resolving storage instability and enabling sustained commercial hive management.

Ammonium sulphate neutralizes calcium antagonism while surfactants drive cuticular absorption, ensuring stable herbicidal activity.

Specific threonine ratios inhibit fat accumulation without dietary restrictions, resolving the contradiction between efficacy and practicality.

Vitis vinifera seed extracts replace synthetic fungicides to control plant diseases while reducing environmental toxicity and preventing pathogen resistance.

Targeting HDAC8 protein concentration enables precise detection of smooth muscle differentiation and reduces pathological contractility in hypertension.

Alcohol, carbonate ester, and water solvent systems stabilize oxime carbamates against decomposition in liquid media, reducing application rates.

An acid and anionic surfactant composition inactivates Norovirus on food contact surfaces without leaving residues.

A transdermal patch uses a polyisobutylene adhesive matrix to deliver fentanyl through the skin.

Avermectin derivatives substituted at the 4'- and 4''-positions with specific alkyl, cycloalkyl, or alkenyl groups.

Fused ring heteroaryl compounds bind specific kinase conformations to reduce targeted enzyme activity while minimizing off-target inhibition.

Column chromatography removes tumorigenic impurities from colchicine, reducing toxicity testing requirements.

A process for preparing 3,4-dichloro-N-(2-cyanophenyl)-5-isothiazolecarboxamide uses water-miscible solvents to enable direct aqueous work-up.

A phytosanitary composition blends thymol with alkali metal bicarbonates to potentiate antifungal activity against crop pathogens.

Negatively charged thickeners mediate solubility and stability trade-offs, reducing systemic cytokine exposure while maintaining dermal residence time.

Controlled particle size and surfactant concentration maintain transparency while boosting antibacterial performance.

Sodium stearoyl glutamate stabilizes emulsion insect repellents, reducing skin irritation and extending protection duration.

A Streptomyces albidoflavus strain solubilizes locked soil phosphorus into plant-available forms.

Dissolving crude entecavir in polar solvents and slow cooling yields a specific crystalline form that enhances bioavailability for hepatitis B treatment.

Replacing synthetic nutrients with glycine betaine reduces leaf necrosis and environmental pollution while maintaining crop yield.

Metal-complexing agents in cyclopropene compositions prevent ion interactions that reduce activity, preserving ethylene-blocking efficacy.

Combining the herbicide with cloquintocet-mexyl safener enables post-emergence weed control while protecting crops from phytotoxicity.

Segmented Cry, Cyt, and Vip toxins overcome single-method limitations to enhance agricultural yield.

Composite polymer dispersants prevent crystal growth and aggregation of hydrophobic actives, maintaining formulation stability over time.

Controlled release kinetics of RPPX enable higher therapeutic doses while minimizing dopamine receptor agonist side effects.

Pelargonic acid compositions deliver arthropodicidal activity on perennial crops with low phytotoxicity.

Novel beta2 adrenergic receptor agonists with specific substituent patterns enhance molecular potency and selectivity.

A conjugate compound merges an antifungal agent with a heat shock protein 90 inhibitor to target fungal cells directly.

Injecting a root canal filler with extracellular matrix and dental pulp stem cells regenerates dental tissue, preventing periapical periodontitis.

Formula I compounds inhibit anti-apoptotic proteins to treat diseases, resolving the trade-off between therapeutic efficacy and synthetic complexity.

Small-molecule OX2R agonists overcome peptide limitations by enabling oral administration and blood-brain barrier penetration.

Sulphur substituents on heterocyclic cores improve pesticidal efficacy and stability against animal pests.

Immobilizing antimicrobial metal particles within zinc oxide, magnesium hydroxide, or calcium carbonate matrices creates stable particulate compositions.