Biocide TRIZ Cases

A coniferous wood rosin coating deposits onto timber surfaces to establish a durable hydrophobic barrier.

Novel integrase inhibitor compounds treat HIV and hepatitis B infections while inhibiting resistance development and simplifying dosing regimens.

Segmenting bromadiolone into homo-stereoisomers reduces persistence in non-rodent tissues and minimizes secondary poisoning risks.

Polymeric biguanide stabilizes precipitated calcium carbonate against alkaline degradation and bacterial metabolism, ensuring long-term preservation.

Administering sirtuin activators increases SIRT1 protein levels, preventing cognitive decline in aging and neurodegenerative disorders.

Embedded insecticide in extruded polymer foam creates a combined physical and chemical barrier, eliminating separate application steps for pest control.

A composite surfactant system reduces interfacial tension, resolving insufficient leaf spreading and boosting herbicide penetration.

A biodegradable bait station uses a water absorbent polymer gel plug to wick liquid bait slowly toward foraging ants.

Grape seed extract replaces synthetic chemicals to eliminate environmental risks while maintaining disease control effectiveness.

Novel haloalkyl-substituted heterocycle compounds antagonize GABA-gated chloride channels, effectively controlling resistant Anthonomus weevils in cotton crops.

Substituted chromen-4-one derivatives eliminate marine toxicity by replacing persistent organotin agents with biodegradable compounds.

Complexing polysialic acid with N-trimethyl chitosan yields 100 nm nanoparticles that resolve aggregation and stability issues in systemic drug delivery.

Low-temperature polyurethane encapsulation prevents herbicide sublimation and surface transfer while ensuring controlled release.

Oral or topical terpenes stimulate keratin production to reduce DNA damage from ultraviolet radiation exposure.

Combining free radical traps with antioxidants prevents oxidative stress in the cochlea, resolving permanent hearing loss risks after noise exposure.

A sporicidal vaporous mixture kills bacterial spores using low-concentration hydrogen peroxide and peracetic acid.

Branched polymers with high-density sulfonate moieties bind irreversibly to viral receptors, preventing infection while maintaining low cytotoxicity.

Ion-metal aerosol clouds deposit protective films on surfaces to block pathogen entry, reducing contagion factors without quarantine restrictions.

Amphiphilic graft copolymers improve antimicrobial agent dispersion in polypropylene, maintaining mechanical properties while boosting efficacy.

Dissolving pinoxaden herbicide in esters, ketones, or alcohols eliminates inhalation hazards and reduces operator exposure risks.

Microcrystalline cellulose dyed with natural coloring matter stabilizes cosmetic raw materials through preliminary dyeing and mordant adsorption.

Controlled ROS burst from nano-active oxide powder inhibits microorganisms without harming eukaryotic cells.

Partial enzymatic degradation of black currant juice reduces viscosity and handling difficulty while maintaining antitumor and antiallergic effects.

Composite copolymer and surfactant matrix anchors pesticidal agents on foliage to prevent washout during rainfall.

Segmented transcriptional terminators with hairpin structures increase double-stranded RNA productivity while lowering production costs.

Formula I phenyl-substituted compounds inhibit HCV NS5B polymerase, reducing hepatic toxicity while maintaining antiviral efficacy.

A solid sanitary agent covered by a water-soluble film eliminates hygiene risks from manual handling and prevents product loss during urinal flushes.

A plasma-polymeric transport control layer deposited via afterglow PE-CVD manages biocide release from an underlying particulate active ingredient.

Merging substituted pyridines with respiration inhibitors overcomes limited pathogen control and resistance risks in agricultural applications.

Betaine-based ionic liquids reduce soil persistence and groundwater leaching while maintaining herbicidal activity.

A plant essential oil composition kills head lice through synergistic multi-mechanism action.

Alkali-adjusted urea reactions stabilize free chlorine, reducing metal corrosion while preserving optical brighteners in papermaking systems.

VOC-exempt spray formulations maintain droplet stability using non-VOC solvents.

Combines pyridine carboxylic acid with microtubule inhibitors to deliver superior weed control across diverse agricultural settings.

Arene sulfonate condensates and acidifying agents prevent mesotrione decomposition in solid compositions.

A fipronil formulation uses specific solvents to achieve a high flashpoint for safer handling.

R-Tiacumicin B macrocycles deliver potent antibacterial activity against gram-positive anaerobes.

Polyethylene glycol mediators prevent IPBC decomposition and heteroflocculation in VOC-free liquid dispersions.

Ambient aqueous hydration of lipids eliminates toxic organic solvents and heat, reducing production costs while maintaining formulation stability.

Structural optimization of glycinamide cores achieves factor VIIa selectivity over plasma kallikrein to reduce bleeding liability.

Soybean cultivar AR0902031 employs molecular markers to replace phenotypic screening, reducing breeding time while maintaining genetic diversity.

Azolotriazinone compounds act as MCHR1 antagonists through specific non-basic substituents, eliminating off-target ion-channel binding.