Biocide TRIZ Cases

Antioxidants stabilize synthetic brood pheromones against oxidation, enabling room temperature storage without freezing infrastructure.

A composite bait combines sexual pheromones with kairomones to attract Monochamus galloprovincialis.

Reconstructed ancestral uricases catalyze uric acid breakdown in human subjects.

N4-hydroxycytidine derivatives target polymerases to reduce host cell toxicity and drug resistance.

Deacetylated xanthan gum stabilizes ophthalmic suspensions for enhanced ocular retention.

Selective androgen receptor modulators address hormonal imbalances and muscle wasting in renal disease by targeting the androgen receptor pathway.

Novel strigolactone analogues eliminate nucleophilic attack susceptibility by removing the enone substructure, enabling effective parasitic weed control.

A flexible cover window integrates an antibacterial layer formed by dispersing nanoparticles in a resin coating solution on a glass substrate.

Segmented formula I malononitrile compounds improve pest control effectiveness while reducing manufacturing complexity through modular synthesis.

Substituted heterocyclic compounds stabilize hypoxia-inducible factors through prolyl hydroxylase inhibition.

Sirolimus-infused formable coverings diffuse anti-fouling agents to reduce friction and corrosion on submerged structures, avoiding labor-intensive scraping.

Oxaborole structures overcome antimicrobial resistance in protozoa infections by introducing unique chemical parameters that evade existing defense mechanisms.

A composite membrane uses hydrophilic layers and an absorptive inner core to manage moisture and release antimicrobial essential oils for agricultural produce.

Substituted cyclopentane compounds target prostaglandin receptors to reduce intraocular pressure and promote hair growth, eliminating separate treatments.

Embedded antimicrobial agent diffuses through permeable plastic tank walls to maintain liquid purity in motor vehicle water injection systems.

A recombinant plasmid delivers an adeno-associated virus vector to express hepatitis B viral antigens in vivo.

Nasal exopolysaccharide application blocks pathogen colonization to avoid antibiotic resistance while preserving microbiota integrity.

Neutral prodrugs mask charged phosphate groups to cross cell membranes, then release active inhibitors intracellularly.

Topical isoxazoline formulations employ dicarboxylic acid diesters to resolve efficacy and duration trade-offs while ensuring safety.

A phenoxy-pyrrolidine derivative inhibits stearoyl CoA desaturase to lower sebum production.

A stem cell processing method uses density gradients to isolate initiating populations for controlled progenitor differentiation.

A multi-drug ophthalmic composition combines timolol, brimonidine, and a novel compound to reduce intraocular pressure.

Replacing cationic polymers with beta-1,3-glucan complexes resolves the trade-off between high transfection efficiency and severe cytotoxicity in gene therapy.

Silver suspension fills anodized aluminum pores to create a pore sealing layer that inhibits microbial growth while maintaining corrosion resistance.

Selective NAMPT inhibitors deplete tumor cell NAD+ to induce death while sparing normal cells via local quality and parameter changes.

Segmented two-stage reaction processes phosphorus-containing cyanohydrin esters to enhance yield and purity while reducing co-products.

A cNK-2 lytic peptide disrupts apicomplexan parasite membranes through direct cytolytic activity.

Segmenting particle sizes and applying a polymer coating resolves the contradiction between rapid dissolution and prolonged therapeutic duration.

A composition of free-B-ring flavonoids and flavans inhibits COX-2 and 5-LO enzymes simultaneously.

Substituted pyrazolo-pyrimidine compounds overcome cancer heterogeneity by selectively inducing cell death in diverse proliferative subpopulations.

Reductive prodrug triggers activate kinase inhibitors selectively in hypoxic tumor environments.

Rapamycin alkyl ether isomers reduce nephrotoxicity by altering metabolic rates through specific C-15 and C-42 structural modifications.

Substituted benzyl-amide derivatives reduce application rates while maintaining efficacy and preventing resistant strain development.

An oil-in-water emulsion with quisqualic acid paralyzes Japanese beetles upon contact, eliminating broad-spectrum pesticide reliance.

DIG-305 toxin prevents resistance development in coleopteran pests by targeting specific genes, maintaining B.t. technology durability.

Combining 3-hydroxypropyl caprylate with undecylenate boosts antimicrobial efficacy while reducing skin irritation risks.

Lipophilic mercaptans detoxify aldehydes and repair damaged proteins, disrupting the inflammatory feedback loop driving neurodegeneration.

Compound I combats resistant phytopathogenic fungi on fruits using a tetrazolinone core structure to overcome G143A mutations.

Merges cisplatin and EGFR kinase inhibitors to inhibit tumor growth while reducing toxicity.

Direct application of extracted loline alkaloids eliminates complex endophyte inoculation procedures while reducing environmental solvent impact.

Replacing toxic phthalic esters with fatty acid esters improves processability and long-term activity while maintaining physicochemical properties.

Milling rasagiline particles below 250 microns achieves USP-compliant content uniformity with less than 4% relative standard deviation.

A fungicidal composition mixture combines oxadiazole derivatives with selected fungicides to control phytopathogenic fungi.