Biocide TRIZ Cases

Combines hepatic parasympathetic tone modulators with diabetes drugs to enhance insulin sensitivity while reducing hypoglycemia and weight gain.

Modulating piperonylbutoxide ratios controls microencapsulated release rates, overcoming resistance without increasing environmental risk.

Drying oils and organically modified clays form a breathable, rainfast barrier that retains active ingredients against erosion and leaching losses.

Acidic hydrolysis of ester intermediates forms quinolinium salts, minimizing by-product formation and improving product quality during scale-up.

Modified artemisinin derivatives resolve poor bioavailability and short half-life to inhibit Toxoplasma gondii replication.

9-Decenoic acid derivatives inhibit fungal growth in wet coatings, preventing discoloration and toxicity.

Modulatory RNA molecules enhance placental stem cell potency by reducing IL-23 and suppressing pro-inflammatory cytokines to treat immune disorders.

Neutralizing composition removes threatening odors from human urine to prevent prey alarm while enabling safe CWD-free attractant use.

Soluble phospholipid complexes prevent aqueous shampoo separation while maintaining long-term substantivity against Malassezia yeasts.

Optimized pyrimidinone derivatives achieve effective fungal control across multiple species while minimizing phytotoxicity and application complexity.

Thermally activated microcapsule shells prevent active ingredient evaporation during drying, ensuring regulatory compliance for high-volatility insecticides.

Dialkyl aluminum hydride reduction of methylene urea achieves >97% purity, resolving synthesis complexity and low yield limitations.

Optimized crystallization conditions prevent unintended polymorphs, ensuring production continuity and purity.

Formula I compounds resolve selectivity trade-offs by combining cyanopyridine and biphenyl features for crop-safe weed control.

Pectin-based dietary compositions enhance fluid absorption through bacterial fermentation of short chain fatty acids, addressing malabsorption dysfunction.

dsRNA targets Sclerotinia genes, reducing chemical fungicide use.

Copper compounds replace formaldehyde preservatives in gypsum coatings, achieving bacterial resistance ratings of 0 or 1 while eliminating VOC emissions.

A cyclopropene composition induces long-term disease tolerance in crop plants.

A synthetic polymer film with moth-eye nanotopography achieves microbicidal activity through photocurable resin composition.

A herbal pharmaceutical composition protects dorsal root ganglion neurons from chemotherapy damage.

Mannosylerythritol lipids lower the melting point and surface tension of DMSO, enabling effective stripping at low temperatures.

A synthetic polymer film features raised portions sized between 20 and 500 nm to deliver microbicidal activity through physical surface structures.

A stevia formulation combines high-purity rebaudioside A with sugarcane extracts and gamma-aminobutyric acid to enhance sweetness.

RejuAgro A and B metabolites from Pseudomonas strains overcome conventional fungicide resistance by disrupting pathogen growth via novel molecular structures.

Inhibiting HIF hydroxylase activity stabilizes hypoxia-inducible factors, increasing glomerular filtration rate and reducing serum creatinine levels.

A metal complex comprising a ligand derived from 2-aryl-2-hydroxyacetic acid and a divalent or trivalent metal cation.

CR2-targeted ultrasmall superparamagnetic iron oxide nanoparticles bind complement components to enable magnetic resonance imaging of inflammation.

A heterocycle-substituted aromatic compound delivers potent herbicidal activity against gramineous and broad-leaf weeds.

A microcapsule shell composed of charged proteins and polysaccharides encapsulates non-aqueous active substances via electrostatic attraction.

A bacterial mixture of Propionibacterium jensenii and Lactobacillus inhibits fungi and bacteria in food products.

Heterocyclic compounds block beta-lactamase production and prevent enzymatic inactivation, restoring antibiotic effectiveness against resistant bacteria.

Surfactants and gelling agents stabilize the emulsion, preventing fipronil migration into plastic packaging.

CL131 rice cultivar resolves the trade-off between herbicide resistance and grain yield via strategic crossbreeding.

Lactated Ringer's formulations enable daptomycin to penetrate S. epidermidis biofilms and kill stationary phase bacteria, resolving catheter salvage challenges.

Amphiphilic block copolymer particles form micelles with hydrophilic shells and hydrophobic cores to transport pharmaceutical agents across biological barriers.

Converting pyripyropene derivative I from crystalline form B to form Y stabilizes the aqueous suspension against particle growth and agglomeration.

Polymer-free topical avermectin formulation achieves steady transdermal absorption, reducing meat withdrawal periods below fifteen days.

Epimerized lutein structures resist degradation to improve bioavailability and macular delivery.

Core-shell silver sulfide shells slow leaching rates, extending antimicrobial lifetime while controlling biofilm risks.

Amphiphilic graft polymers mediate hydrophobic particle and hydrophilic water interfaces to resolve stability versus rain fastness contradictions.

A quinolinone compound inhibits apoptosis in auditory hair cells to preserve hearing function.

Liver-selective acetamide derivatives activate glucokinase to manage glucose levels without inducing excessive insulin secretion or hypoglycemia.

Fluorosubstituted cyclohexene compounds enhance neuraminidase inhibition activity through targeted molecular modifications.

Isolating the Ad-36 E4 orf 1 gene converts viral harm into therapeutic benefit, enhancing insulin sensitivity for diabetes treatment.

Cry9 toxins from Bacillus thuringiensis provide broad-spectrum insecticidal activity against Lepidoptera, reducing reliance on hazardous chemical pesticides.

Homopolymer compounds with specific substituents integrate into base materials to confer antimicrobial properties.