Biocide TRIZ Cases

A stable antibacterial sol combines silver nanoparticles with 2-hydroxyethyl methacrylate to form effective bactericidal layers.

Tetrazolinone compound targets mitochondrial cytochrome bc1 complex to combat G143A-mutated Cercospora sojina and Corynespora cassiicola on soybeans.

Antioxidants protect stem cells from oxidative stress, enhancing angiogenesis and cardiac function in cardiovascular disease treatment.

Liquid biofertilizers use chelating agents to extend shelf life beyond two years while maintaining compatibility with standard phosphate fertilizers.

Administering melatonin receptor antagonists reverses melatonin inhibition to improve memory retention without disrupting circadian rhythms.

Milbemycin analogs inhibit Dengue and West Nile virus proteases with high selectivity, addressing the lack of approved antiviral therapies.

A low-melting biocidal composition stabilizes active ingredients in aqueous dispersions to prevent crystallization.

Amide and lactamide surfactants stabilize oil-in-water emulsions, preventing pesticide crystallization at low temperatures.

Eliminating TRPV1 sensory neurons via capsaicin prevents islet inflammation and reverses insulin resistance, addressing complex neurogenic mechanisms.

Applying a hydrophobic lignin decomposition product prevents soil hardening after wetting, maintaining aggregate structure for improved soybean sprouting.

Binary compounds modulate insect Orco ion channels to disrupt olfactory sensing, reducing reliance on toxic broad-spectrum insecticides.

A disinfecting composition combines peroxymonosulfate anion with C2-C4 alcohol solvents to destroy microorganisms on hard surfaces.

Pyrazolobenzamide derivatives target the factor Xa active site to improve selectivity and reduce side effects in thromboembolic disorder treatment.

Formula I compounds replicate natural abscisic acid activity via PYR/PYL receptor binding, resolving the trade-off between production cost and stability.

Combining benoxacor with substituted isoxazolin carboxamides neutralizes crop damage while maintaining high weed control activity.

Isothiocyanate functional surfactants improve speech expression while reducing adverse side effects from conventional medications.

Chemical modification of butenolide into BOC-butenolide stabilizes antifouling coatings, resolving low melting point and toxicity issues.

Benzamide-substituted cyclic amines target BACE-1 to halt Alzheimer's progression by preventing neuronal damage from amyloid peptides.

Novel N-substituted amino luciferins emit red-shifted light with high affinity for wild-type luciferase.

A fungal mycelia extract composition containing piperidine analogues increases plant growth characteristics and nutrient use efficiency.

Non-ionic ethoxylated surfactant induces biphasic separation in fermentation broth to extract hydrophobic compounds directly from the culture medium.

Masking pyroxasulfone with polyurea or carnauba wax avoids phytotoxicity in upland fields.

A liquid concentrate blends 1,2-octanediol with 1,3-propanediol to maintain antimicrobial efficacy.

A modified amino acid antimicrobial composition cleans hard surfaces effectively while maintaining environmental safety.

Administering (+)-phenserine maintains optimal beta-APP levels to direct transplanted neural stem cells toward neuronal phenotypes.

Water-soluble polymers complex formaldehyde donors to eliminate pungent odours in low-water cleaning concentrates.

Fluid bed granulation ensures uniform marker distribution in an edible meal, enabling accurate gastric emptying assessment without radiation exposure.

Pyridine-alkynyl compounds block mGluR5 receptors to reduce aberrant somatosensory processing without opioid side effects.

TPP-conjugated imidazole-substituted fatty acids suppress cytochrome c peroxidase activity to prevent apoptosis.

Membrane contactors resolve oxygen supply versus foam formation contradictions, enabling scalable industrial biosurfactant production.

Flanking DNA primer pairs enable precise identification of transgenic cotton events through targeted PCR analysis.

Amino acid compounds bind the CRAC domain of Na/K ATPase alpha 1, downregulating expression and reducing intracellular cholesterol levels.

Selective compounds inhibit immunoproteasome activity over constitutive forms, resolving specificity bottlenecks in immune disease research.

Composite polymer coatings inhibit biofilm formation on surfaces and skin while maintaining stability under harsh conditions.

A composition of ethofumesate, bixlozone, and a safener protects wheat crops from weed damage.

Segmenting large Plasmodium RH proteins into targeted domains resolves complexity trade-offs while enabling precise antibody development for malaria prevention.

Guar gum forms a water-resistant coating on agricultural targets to retain beneficial microorganisms.

Synergistic active compound combinations enhance fungicidal efficacy against phytopathogenic fungi.

A supercritical carbon dioxide extract of Curcuma amada preserves bioactive compounds for therapeutic use.

Line emission x-rays activate compounds to emit Auger electrons that disrupt cancer cell DNA, sparing normal tissues from collateral damage.

Small molecule compounds bind to an allosteric site on TNF-R1 to inhibit receptor signaling pathways.

N-acyltyramines disrupt male ant mating behavior, reducing reproduction while eliminating environmental harm from broad-spectrum chemical pesticides.

Acyclic picolinamide compound overcomes pathogen resistance while maintaining low phytotoxicity in turfgrass disease control.

A tetrazolinone compound with specific aromatic rings acts as a pest control agent.

A sustained release composition uses a release rate determined agent to control bioactive agent delivery.

Herbicidal composition merges two active components to resolve drug resistance and limited spectrum while reducing environmental pollution.

Extracting adenine prevents harmful complexes with riboflavin, allowing effective pathogen inactivation without damaging cellular components.

A low viscosity adjuvant formulation combines specific surfactants and clays to maintain spray performance.