Biocide TRIZ Cases

BQC-G prodrug uses beta-glucuronidase cleavage to release cytotoxic BQC, resolving toxicity versus tumor specificity trade-offs.

Modified proteasome inhibitors achieve selective tumor growth inhibition and apoptosis induction while reducing systemic toxicity compared to bortezomib.

Stefin A triple mutant displays peptides without structural deformation or cellular interference while maintaining thermal stability.

Orange peel extract synthesizes stable metal nanoparticles, resolving solvent dispersibility issues for diverse applications.

Compounds modulate protein kinases to resolve incomplete therapeutic outcomes in cancer and inflammatory disorders.

Suspended metazachlor and quinmerac paired with emulsified dimethenamide resolve physical incompatibility while maintaining biological availability.

Inoculating BE9301A tall fescue with Neotyphodium endophyte E34 reduces ergovaline toxicity for livestock safety without compromising summer survival.

Amphiphilic molecules stabilize viscous suspensions to prevent conduit occlusion caused by polymer gel formation at aqueous interfaces.

Antimicrobial cap employs a dynamic ramp structure that locks the device after initial engagement, preventing re-use and ensuring port disinfection compliance.

Emulsified carotenoid mixtures overcome competitive inhibition between compounds, boosting serum concentrations and immune responses in dogs and cats.

A demineralized allograft cancellous bone scaffold supports cultured chondrocytes to form a stable cartilage surface layer.

Arthrospira platensis nanoparticles adsorb and deactivate mycotoxins, protecting animal health from feed contamination.

Segmented chemical structures modulate GPR131 activity to enhance glucose homeostasis and resolve manufacturing availability constraints.

An engineered microbe detects pathogens via quorum sensing to trigger antimicrobial peptide production.

A tuned charged polymer formulation inactivates pathogens through electrostatic attraction and controlled pH adjustment.

A ribose and amino acid mixture strengthens body functions and immune systems through specific mass ratios.

A uracil compound provides excellent weed control efficacy when formulated with inert carriers.

A plant growing composite uses nonmycorrhizal fungal mycelium to promote growth.

Novel pyridazine compounds inhibit glial activation and oxidative stress responses to treat inflammatory diseases.

Pharmaceutical compositions combine GPR109 ligands with DNA methyltransferase inhibitors to modulate intracellular signaling pathways.

Pyrrolidine derivatives replace toxic aldehydes to inhibit enzymatic activity without damaging structure proteins or causing sensitization.

Crystalline modification I of isoxadifen-ethyl resists hydrolysis during storage, enabling stable agrochemical formulations.

Substituted pyrimidinylpyrrolopyridinone compounds inhibit RAF kinases to treat cancer while minimizing systemic toxicity.

High propylene glycol solvent prevents crystallization and degradation of phenylephrine and acetaminophen, extending shelf life.

Doping copper hydroxide with iron, zinc, or calcium enhances biocidal activity per unit mass, reducing water pollution from aquatic toxicity.

A 7-oxa-3,4-diazabicyclo[4.1.0]hept-4-en-2-one compound controls weeds at low doses.

Hollow glucan particles encapsulate terpene components within porous structures to provide mechanical stability and controlled release.

Merges essential oils with synthetic fungicides to overcome resistant strains while preserving fruit quality.

Merocyanine derivatives absorb UV-A radiation and convert it to heat, preventing photo-degradation of sensitive drugs and food in transparent containers.

Formula I compounds inhibit Wee1 kinase to selectively kill cancer cells while sparing normal tissue via local quality and inversion principles.

Administering adenosine receptor antagonists during tissue ablation prevents elevated adenosine concentrations from causing metastasis and cardiac depression.

A ceramic glaze additive formulation incorporates a silver carrier within a glass matrix to deliver antimicrobial properties.

Systematic parameter changes in heteroaryl piperazine cores enhance control efficacy while minimizing residue formation.

Percarbonate formulation removes plaque without peroxysalt health risks while sequestering metal ions.

Replacing trisiloxanes with organomodified monosilyl structures resolves hydrolysis instability, enabling reliable use in acidic and alkaline formulations.

Targeted herbicide application at the V6-V8 growth stage induces systemic resistance, reducing Rhizoctonia and rust pressure while maintaining no-till benefits.

IL-12 receptor-positive stem cells expand via ligand stimulation to regenerate damaged tissues.

Segmented transcriptional and post-transcriptional control eliminates background expression to under 1%.

Highly selective sigma-2 receptor ligands resolve the contradiction between treatment effectiveness and ligand selectivity to mitigate cocaine abuse.

Differential mesh widths and multi-agent coatings reduce pesticide resistance while maintaining mosquito control reliability.

Indazolyl triazine compounds inhibit hyperactive protein kinases via selective binding, reducing side effects from non-specific chemotherapy.

Halogenated thiophene carboxamides reduce residue formation and resistance development while maintaining high disease control efficacy.

Combining cannabidiol with delta-9-tetrahydrocannabinol in a 1:1 ratio reduces opioid-induced constipation while maintaining effective cancer pain suppression.

Targeted dsRNA ingestion suppresses essential nematode gene expression, resolving environmental harm from broad-spectrum chemical pesticides.

Combining glycolipids with benzoic or sorbic acid extends antimicrobial efficacy beyond pH 5.5 while neutralizing unpleasant taste.