Biocide TRIZ Cases

Limus compounds bind immunophilin proteins to inhibit angiogenesis, preventing choroidal neovascularization progression and preserving vision.

Mixed nanomicelles solubilize corticosteroids in a hydrophobic core to transport drugs through ocular tissues.

Volatile benzoxaboroles control pathogens on agricultural products via gas treatment, resolving the contradiction between efficacy and application suitability.

Maillard peptides modulate TRPV1 activity to relieve pain while avoiding initial stimulation.

Natural phenolic antimicrobials replace synthetic agents to eliminate health hazards while maintaining broad-spectrum efficacy on live hooves.

Optimized phenoxyethoxyquinolone scaffolds maintain blood and liver stage efficacy while reducing multidrug resistance emergence.

Nanostructured surfaces with pillar arrays repel water and oil droplets, maintaining mechanical durability under stress.

Selective PDE10 inhibition increases cAMP and cGMP levels in the striatum, improving psychiatric treatment efficacy while reducing peripheral side effects.

Combining mineral oil with essential oils improves arthropod kill rates while maintaining environmental safety.

Using 2-amino-3-phenylbutyric acid as a plant immune inducer reduces reliance on chemical pesticides while improving crop resilience to environmental stressors.

Complexing with proline stabilizes the compound against polymorphous changes, preventing hygroscopicity and extending shelf life.

Aqueous inoculant compositions use non-aqueous liquid carriers to protect microbial spores during storage.

Antisense oligonucleotides reduce Galpha12 or Galpha13 expression to inhibit tumor growth while avoiding toxicities from broad anti-angiogenic therapies.

Carbonate-substituted hydroxyapatite carrier enhances bioactive substance solubility and uptake in plants.

Novel quinoline carboxamide derivatives deliver superior efficacy against phytopathogenic fungi while maintaining environmental safety.

Novel aza-bicyclic amine N-oxide compounds act as prodrugs to selectively activate the alpha-7 nicotinic acetylcholine receptor.

3,9-diazaspiro[5,5]undecane amide derivatives act as positive allosteric modulators to enhance alpha4beta2 nicotinic acetylcholine receptor activity.

Heat-treated silica abrasives improve pellicle film cleaning while limiting dentin abrasion through controlled thermal processing.

An organic solvent mediates L-glufosinate salt mixing with water, preventing rock-solid lump formation and ensuring a homogeneous liquid herbicidal composition.

Chemical cross-linking strengthens collagenous tissues to prevent progressive spinal deformities without invasive surgery.

Replacing restricted alkylphenol ethoxylates, a polyether amide or imide adjuvant maintains mass retention on foliage during water exposure.

Mushroom polysaccharides replace preservatives in eye drops, eliminating irritation while maintaining storage stability through sterile packaging.

Safeners mediate N-(1,2,5-oxadiazol-3-yl)benzamide herbicides to resolve selectivity conflicts between weed control and crop safety.

Organosilane quaternary ammonium compounds bind to surfaces to provide persistent antimicrobial protection.

Doped semiconductor shell controls silver ion release while enabling visible light photocatalysis for broad-spectrum microbial degradation.

Alkali metal bicarbonate powder creates a physical barrier against parasites, reducing reliance on toxic neurotoxic chemicals during long-term storage.

Spirocyclic isoxazoline derivatives with an azetidine moiety overcome parasitic resistance and reduce toxicity.

Selective organic inhibitors block AQP4 water transport, addressing the lack of specific agents for cerebral edema and neurological disorders.

Segmented molecular design achieves selective PPAR modulation, resolving efficacy and toxicity trade-offs in metabolic disorder treatments.

Solvent washing extracts residual lipids from decellularized adipose tissue scaffolds to prevent inflammation in regenerative medicine.

Pyrrole derivatives target fungal DHODH to deplete pyrimidines, overcoming drug resistance and reducing side effects.

Isosorbide diesters replace complex synthetic polymers to deliver smooth product surfaces while maintaining renewable raw material sourcing.

Combination therapy prevents pterygium recurrence by inducing cell death while avoiding surgical complications.

Sealed active pouches containing 1-MCP clathrates regulate gas emission through permeable thermoplastic walls.

Linked small molecules disrupt c-Myc and Max association to overcome low potency in cancer treatment.

Compounds of formula (I) feature a four-membered ring terminal group attached to the dihydro-pyrrole core structure.

Altered ACCase genes in wheat confer herbicide tolerance, enabling effective weed control without damaging the crop.

Deleting the capB gene from LVS creates a stable, non-toxic vaccine that protects against virulent strains.

Novel oxadiazole derivatives provide systemic protection against fungal diseases in agriculture.

Combining sabadilla alkaloids with dill seed oil creates a synergistic pesticidal mixture effective against arthropods.

Polymer-based granules embed algaecides in a polyolefin carrier to sustain algae resistance while controlling leach rates below 100 ppm after 3000 hours.

A moisture-triggered antimicrobial releasing agent delivers chlorine dioxide gas into food packaging headspace for effective microbial control.

A tannin-based antibacterial formulation applied as a foliar spray or soil treatment to protect crops from pathogens.

A pesticidal composition uses a specific adjuvant combination to enhance insecticidal activity.

Modified lignin binds copper ions to prevent lixiviation while protecting wood against fungi.

Enzymes disrupt plant protective barriers to enable polynucleotide penetration into cells for effective gene silencing.

An organo-mineral composition stimulates root growth and mycorrhization, resolving low soil mineral availability and fertilizer aggressiveness for young plants.