Biocide TRIZ Cases

Substituted pyrimidinecarboxylic acids resolve the selectivity trade-off by enabling broad-spectrum weed control while protecting beneficial plants.

A pyrazolone compound controls weeds through specific structural substitutions, resolving the contradiction between herbicidal activity and crop damage.

Ultra-pure pheromones impregnated into polymer matrices create diffusers that release insect control agents while providing mechanical strength.

Umbilical cord blood mesenchymal stem cells induce neural precursor differentiation, reducing graft versus host reactions.

Administering an agent that confers a growth disadvantage to endogenous cells creates a selective environment for ex vivo cell repopulation.

A keratin hydrolysis peptide solution enhances nutrient absorption by wheat plants.

A stable copper-iodide composition generates controlled free iodine to eradicate biofilms without precipitation.

Nanoparticulate formulations and peppermint oil reduce gastrointestinal pain while maintaining extended symptom relief.

PrC-210 aminothiols scavenge reactive oxygen species via flexible alkyl chains to prevent radiation dermatitis without nausea or hypotension.

A pesticide formulation combining isoquinoline alkaloids and flavonoids from plant extracts.

Antioxidant and vasodilator composition counters free radical formation to prevent aminoglycoside-induced hearing loss.

Rapamycin derivatives decrease ubiquitinated TDP-43 levels in the brain.

Beta-ocimene treatment boosts artemisinin yield in Artemisia annua plants, resolving low production stability.

Caprylic and capric acids reduce pest populations by deterring egg-laying, avoiding pesticide resistance.

A hollow fiber membrane system uses specific binding agents to reduce target substances while minimizing removal of other important blood components.

A pesticidal composition uses linseed oil and essential oils to form a viscous film on locusts.

Pre-conditioning autologous cells with growth factors in vitro resolves the contradiction between patient compatibility and complex reintroduction processes.

Replacing basic amines with non-basic polar groups in MCHR1 antagonists reduces HERG receptor binding and arrhythmia risk.

Novel insecticidal proteins reduce environmental harm and resistance risks while controlling corn rootworms.

Specific PI3K inhibitors modulate signaling pathways while preserving autophagy and cellular functions.

Engineered human T cells reduce viral loads by enhancing antigen-specific CTL responses against HIV.

A crystalline hydrate form of a (3S)-aminomethyl prodrug enables stable pharmaceutical compositions.

Rice bran oil and cyclodextrin increase resveratrol bioavailability by protecting against rapid metabolism.

Segmented capsules release melatonin, lavender, and Ferula sequentially to address insomnia while managing composition complexity.

Novel macrocyclic compounds inhibit kinase activity through specific structural modifications.

A synergistic botanical nano-formulation combines standardized plant extracts to deliver effective pest control.

Modified indole-3-carbinol compounds reduce body fat while avoiding the severe side effects of synthetic obesity drugs.

Sodium thiosulfate releases hydrogen sulfide to break viral disulfide bonds, resolving the trade-off between broad antiviral efficacy and human safety.

Natural oil surfactants suspend hydrophobic fungal spores, preventing nozzle clogging and reducing phytotoxicity on crops.

Dihydropteridinone compounds inhibit polo-like kinase 1 activity to regulate abnormal cell proliferation in mammalian bodies.

Modified benzamide structures achieve high selectivity against weeds while reducing toxicity to humans and animals.

A dithiocarbamate fungicide aqueous composition incorporates a polyelectrolyte complex to enhance solubility and physical stability.

Bis(hetero)aryl thioether oxadiazine derivatives expand fungicidal spectrum while preventing resistance development through composite molecular structures.

Optimized occlusive agent concentrations in vitamin mousse compositions maintain foam stability and reduce transepidermal water loss without greasy residues.

Microwave-active fluids enable on-site medical waste remediation, eliminating the need for large centralized incineration facilities.

Gelatin-silica coating with green tea extract maintains viral activity after UV exposure, resolving insecticide shelf life constraints.

Androstenone formulations replace shock collars to reduce undesirable behaviors across species without physical harm.

P-aminobenzoic acid prevents gelatin cross-linking in nitrooxyderivative NSAID capsules, ensuring consistent drug release and bioavailability.

Substituted 3,4-diarylpyrazole compounds inhibit protein kinases to treat proliferative disorders while minimizing off-target side effects.

Plasma-assisted blending grafts non-fouling moieties onto thermoplastic resins, reducing bacterial attachment by 99% without toxic antimicrobial agents.

Cerium oxide nanoparticles scavenge reactive oxygen species, decreasing VEGF levels and inhibiting angiogenesis while slowing photoreceptor cell death.

A pyrazolylpyrazole derivative targets resistant weeds through specific structural substituents.

Novel semi-carbazone compounds with bicyclic ring substituents deliver targeted pesticidal activity against resistant insect and acarine pests.

Ex vivo chemical pre-treatment improves tissue homing and colonization to resolve micro-environmental defects during transplantation.

A recombinant adenoviral vector utilizes a telomerase promoter to drive expression of the SVS-1 suppressor protein within malignant cells.