Biocide TRIZ Cases

Target-specific CAP2b analogues bind hemipteran receptors to control pests while minimizing environmental harm from broad-spectrum insecticides.

Selective small molecule choline kinase inhibitors reduce toxic side effects by targeting the ChoK-alpha substrate binding pocket.

Converting MCPA to quaternary ammonium salts prevents metal complexation, reducing environmental accumulation while maintaining herbicidal activity.

ULV aerosol disperses spinosyn droplets to bypass high volatility limits.

A dihydrogenphosphate salt of a dipeptidyl peptidase-IV inhibitor provides enhanced solubility and stability.

A lance injects herbicide mixtures into plant roots to eliminate invasive species.

Iron ions and alkali hydroxides catalyze peracetic acid decomposition, reducing one-month wait times to minutes while preventing nitrogen oxide inhibition.

Metal nanoparticles in carriers destroy citrus greening pathogens, resolving ineffective antibiotic treatments.

Combining ibuprofen with reduced decongestant and antihistamine doses to enhance efficacy.

A chitooligosaccharide and fungicide composite formulation enhances antifungal activity through synergistic interaction.

Water-soluble jasmonate salts enable direct dissolution in irrigation water.

Quinazolinone derivatives modulate EPRS activity to suppress pro-fibrotic behavior while reducing the toxicity associated with parent halofuginone compounds.

Combining calcium hypochlorite with complexing surfactants maintains microbicidal potency while reducing tissue toxicity and corrosiveness.

5,5-fused heteroarylene compounds inhibit hepatitis C virus replication through targeted molecular structure modification.

Esters and carbonates of nicotinamide riboside bridge storage stability gaps to deliver safe, bioavailable NAD+ elevation in targeted tissues.

Replacing thermal regeneration with electrochemical oxidation using potassium iodide reduces energy consumption for on-site filter recycling.

Wet synthesis of silver ion-containing zirconium phosphate ensures homogeneous composition and prevents plastic discoloration during processing.

Bacillus subtilis FB17 colonizes the rhizosphere to increase biomass, iron concentration, and drought tolerance while reducing lignin content.

Polished rice steaming extracts active herbal components to reduce cytotoxicity and skin irritation while delivering effective skin whitening.

Combining gamma linolenic acid, iodine, and selenium addresses fibrocystic breast disease symptoms while avoiding severe side effects of hormone medications.

WO10328W1 wheat uses molecular markers to accelerate breeding cycles while maintaining genetic stability.

Combining azoxystrobin with mepiquat chloride in a single foliar treatment resolves the contradiction between disease control and fiber quality improvement.

Volatile compound blends attract cotton seed bugs to enable population monitoring, reducing reliance on broad-spectrum insecticides.

Fish oil triglyceride emulsion with medium-chain lipids reduces inflammation and insulin resistance while maintaining caloric density.

Apical Sodium-dependent Bile Transporter Inhibitors block bile acid reabsorption in the distal ileum to modulate metabolic signaling pathways.

A chitosan-copper fungicide formulation prevents gelation through a two-stage mixing process.

A termite station uses Sabal palm attractant to concentrate activity, enabling targeted pesticide delivery while avoiding broad environmental exposure.

Liquid C5 to C12 1,2-alkanediols replace solid adjuvants to eliminate energy-intensive melting processes while enhancing active ingredient penetration.

Targetin links noscapine to folic acid for targeted delivery to FR-alpha positive tumors, resolving efficacy and toxicity trade-offs.

Modified PHI-4 polypeptides expand insecticidal activity to control Coleoptera and Lepidoptera pests while maintaining reliability.

Ortho-substituted phenylisoxazoline compounds deliver enhanced herbicidal activity against grass weeds.

Solid particulate chitin synthesis inhibitors maintain control effectiveness against resistant pest populations by sustaining exposure.

Substituted isoindoles block VEGFR signaling to disrupt angiogenesis and suppress tumor growth.

Novel heteroaryl compounds inhibit PI3K and VPS34 enzyme activity to treat proliferative disorders.

Optimized growth media enable intracellular storage compound accumulation in nitrogen-fixing microorganisms, resolving low cell density bottlenecks.

Purified bacterial strain and Takanawaene compound inhibit fungal pathogens, replacing synthetic pesticides to eliminate environmental harm.

Segregating herbicidal concentrates from emulsifying surfactants prevents human error during tank mixing, ensuring reliable offsite movement control.

Static low-pressure gas infiltration chemically modifies polymeric substrates, eliminating solvent-based processes that cause high costs and environmental harm.

Combining distinct protein groups creates a binary toxin that overcomes Bt resistance in crops.

Modified molecular structures in these compounds resolve the contradiction between broad weed control spectrum and crop safety by reducing phytotoxicity.

Onjisaponin B activates AMPK-mTOR signaling to enhance autophagic flux, clearing toxic aggregates while avoiding neuronal cytotoxicity.