Biocide TRIZ Cases

Nitrate amino acid compounds convert to nitric oxide to expand blood vessels, resolving slow vasodilation and high dosage requirements.

Polymer-based hollow reservoirs encapsulate additives and enable precise release through external triggers like redox reactions or voltage changes.

1,3-diaryl-substituted heterocyclic compounds resolve the trade-off between high efficacy and low toxicity through parameter changes and composite formulations.

Chemical bonding of cyclic ether silicones to sapucainha oil fatty acids creates esters that reduce viscosity and odor while improving sensorial properties.

A resin coating mixes zinc pyrithione, chlorhexidine gluconate, and triclosan to inhibit microbial growth on laminate surfaces.

Potato skin-based supplements lower cytosolic NADH to activate SIR2, resolving the trade-off between calorie intake and metabolic health.

Novel FXR agonist compounds modulate plasma lipid profiles, lowering triglycerides and total cholesterol while raising HDL levels.

High-load formulation combines azoxystrobin, cyproconazole and chlorothalonil to control Asian soybean rust resistance while reducing environmental degradation.

Combining metribuzin with sulfonylureas creates a synergistic herbicidal composition that inhibits plant growth through distinct physiological mechanisms.

Pre-crosslinking the core prevents swelling during graft polymerization, maintaining precise particle size and distinct functional layers.

Calculating a CDP-DG/IP index resolves the lack of mechanistic understanding in antidepressant drug discovery by targeting phosphoinositide signaling pathways.

Cellulose-derived polymer solution crosslinks via gamma radiation to form a homogeneous injectable hydrogel.

Agapanthus africanus extracts replace synthetic fungicides to control plant diseases while reducing environmental pollution.

Piperine increases curcumin bioavailability from the gastrointestinal tract, resolving poor oral absorption limits for Alzheimer's symptom retardation.

A plant sunscreen composition shields turfgrass from ultraviolet radiation using titanium dioxide and zinc oxide particles.

Multi-component homeopathic composition reduces body weight through metabolic stimulation and hunger suppression.

Modified niacin receptor agonists reduce total cholesterol and triglycerides while raising HDL levels, minimizing cutaneous vasodilation.

A trench capacitor fabrication method uses undoped polysilicon to form the electrode before isolation collar formation.

Rhodamine dyes reduce alveolar surface tension, mitigating ventilator-induced lung injury and improving survival in acute respiratory distress syndrome.

Combining flubendiamide with seaweed extract prevents resistance development while reducing chemical dosages for effective crop protection.

Combining clay rheology modifiers with hydrogen bonding polymers stabilizes agrochemical oil dispersions against particle sedimentation.

Melt blending modified starch with botanical oil and plasticizers stabilizes the active agent, preventing premature release while eliminating solvent use.

Aerosolized CD23 siRNA silences target genes in airway smooth muscle cells, reducing IgE binding and side effects from non-selective asthma medications.

Supersaturated sugar coating protects attractant from premature loss during processing while maintaining high bioavailability for effective fly control.

Genetically modifying cardiac cells with HCN polynucleotides eliminates battery replacement surgeries while enabling physiological signal response.

Oral Parabacteroides goldsteinii reduces insulin resistance without pharmaceutical side effects through gut microbiota mediation.

Peptide analogs targeting the varroa mite proctolin receptor eliminate pests without harming honey bees or humans.

Protective groups on resveratrol derivatives prevent hydrolysis and discoloration in silicone surfactant emulsions.

Ureidopyrimidone-functionalized hyaluronic acid derivatives prevent enzymatic breakdown by hyaluronidases, sustaining skin firmness and elasticity.

Adding a hydroxyl-terminal polymer prevents shrinkage during drying, ensuring uniform shape and high physical strength in the final biocompatible film.

Allophane particles adsorb abietane-type diterpenoid compounds to create a binder-free antimicrobial porous membrane that inhibits biofilm formation on fabrics.

A pesticidal composition combines a pyridine compound with potency-enhancing adjuvants to deliver stable and high pesticidal effects.

IPD090 variants overcome narrow efficacy limits by combining multiple pesticidal genes to control resistant pest populations.

Pyrazole propargyl ether compounds reduce ammonium conversion to nitrate, lowering nitrogen leakage and environmental pollution.

Non-surfactant polymeric emulsifiers stabilize ivermectin cream-gels without surfactants that irritate sensitive skin.

Selective CB2 receptor binding treats inflammation and pain without triggering psychoactive effects or addiction associated with CB1 activation.

Synthesizing triazolyl methylpyrimidine derivatives via copper-catalyzed ring-closing reactions to control plant diseases.

Autotransporter-binding molecules block self-association between autotransporters, restoring antibiotic susceptibility against biofilm-shielded infections.

Extracted yeast cell wall particles exploit M cell phagocytosis to resolve manufacturing complexity and variable uptake contradictions in mucosal drug delivery.

Aromatic compounds induce corneal angiogenesis via non-surgical pocket formation, eliminating surgical complications and inflammatory reactions.

Romol-derived antimicrobial peptides with specific amino acid substitutions exhibit broad-spectrum activity against gram-positive and gram-negative bacteria.

Formulating anthranilamides with benalaxyl or azoxystrobin overcomes unsatisfactory single-compound activity through superadditive synergistic effects.

A perfume composition maintains a constant phytoncide evaporation rate using specific solvent and fragrance ingredients.

Information medium incorporates natural virucides and humectants to confer lasting antiviral properties.

Semapimod targets HMGB1 to reduce necrotizing enterocolitis inflammation while preserving infection defense.

Single picolinamide compositions control multiple fungal classes, reducing application complexity and cost.

Nitrite salts convert to nitric oxide under acidic conditions, reducing blood pressure without causing methemoglobinemia.