Biocide TRIZ Cases

Modified triazole structures overcome limited activity at low application rates by expanding the spectrum of effectiveness against harmful fungi.

Polyethylene glycol and glycerol carrier maintains Bacillus amyloliquefaciens viability without harsh preservatives required by aqueous formulations.

C18-dimethyl sulfonium compounds accumulate in fungal mitochondria to disrupt oxidative phosphorylation.

A transition metal catalyst composition generates reactive oxygen species to enhance seed germination, preventing premature sprouting during humid storage.

Transformed microorganisms express Bt nucleic acids to provide broad-spectrum insecticidal activity against Lepidoptera pests.

Controlled cooling of 2-ethoxyethanol solutions produces reproducible γd-crystals, resolving scalability and purity contradictions.

Oral plant stanol esters shift the immune response toward a Th1 dominant direction by increasing interleukin-10 levels.

Niacin-derivatized stilbenes and chalcones resolve stability issues of recombinant proteins by directly upregulating Apolipoprotein A-I expression.

Gas barrier material with low water vapor transmission maintains mite populations at lower humidity levels, resolving moisture loss trade-offs.

Triscationic and tetracationic compounds penetrate extracellular matrices to destroy resistant Staphylococcus aureus and Enterococcus faecalis biofilms.

A chemical mixture breaches the arthropod plastron to disrupt respiration, replacing toxic oxalic acid with safer dipicolinic acid.

A chitosan-modified opto-hydrodynamic micromotor converts optical energy into mechanical motion to generate hydrodynamic flows.

Carbon nanoparticles attach to larvicidal bacteria via electrostatic bonding to extend their suspension time in water.

Combining a green trap with (3Z)-dodecen-12-olide and ash foliar volatiles increases male beetle capture to resolve early detection delays.

Rotating auxin-tolerant transgenic crops with glyphosate prevents resistant biotype development while maintaining yield through diversified control.

Selective aryl-substituted heterocyclic urea inhibitors isolate fatty acid amide hydrolase modulation from broad cannabinoid systems, reducing side effects.

Ion exchange creates a compressive stress layer while silver ions provide antimicrobial action, preventing discoloration under harsh conditions.

A two-step topical regimen using zinc pyrithione inhibits Propionibacterium and reduces sebum production, resolving antibiotic resistance concerns.

Segmenting the agent into a targeting moiety and active peptide induces apoptosis in cancer cells while sparing normal tissue.

A microcapsule shell formed from diester diacid chloride monomers and polyamines enables pH-triggered release of encapsulated hydrophobic liquids.

Pyridazinone compounds inhibit weed growth without harming crops, resolving the trade-off between efficacy and plant safety.

Peptide depleting agents remove endotoxin contaminants from whole blood, preventing false positives during cell-mediated immune response detection.

A mouth rinse composition combines caprylyl glycol and 3-phenyl-1-propanol to deliver enhanced antibacterial efficacy.

Novel fungicidal composition combines specific active ingredients to control Phakopsora pachyrhizi and preserve soybean yield.

Baicalin and phloretin inhibit MMP-1 upregulation to prevent premature skin aging during infrared exposure.

Otilonium bromide modifies bacterial membranes to restore colistin efficacy, reducing required dosage and associated toxicity.

Novel quinazoline derivatives incorporate phosphonooxy substitutions to inhibit Aurora kinases.

Bicarbonate buffers stabilize hypohalous acid pH to prevent decomposition, ensuring biocidal effectiveness without irritation.

A self-gelling alginate system uses insoluble particles to release gelling ions for controlled matrix formation.

Low molecular weight cationic guar maintains aqueous fluidity while increasing plant biomass and yield under insufficient irrigation.

Modified chitosan polymers encapsulate vitamin D derivatives within nanoparticles to protect the compound from oxidation and enhance its absorption.

A pyrimidine compound induces p15 and p27 proteins to inhibit MEK activity.

A cyclodextrin derivative lowers molecular entanglement in photoresist films.

Anti-PCIF1 compounds block the PCIF1-PDX-1 interaction, increasing beta-cell mass and reducing apoptosis to address insulin deficiency in diabetes.

Oxazole compounds modulate the Smoothened receptor to inhibit tumor growth and angiogenesis.

Amphiphilic micelles encapsulate agrochemicals via noncovalent forces, reducing user exposure risks while maintaining chemical stability.

Low-melting point carriers dissolve metalaxyl and inpyrfluxam, preventing crystal growth during storage for stable seed treatments.

Adipose tissue grafts incorporate silk fibroin and angiogenic compounds to establish vascular networks within transplanted soft tissue.

Co-applying fungicides and acaricides to textiles reduces allergen levels by killing organisms that ordinary vacuuming fails to remove.

T-1105 treats foot-and-mouth disease in pigs and sheep despite rapid viral spread.

Porous microspheric particles in a slow-release silk thread adsorb functional agents, preventing rapid volatilization and extending mite repelling duration.

Specific bacteriophages target antibiotic-resistant E. coli strains, disrupting biofilms and restoring microbial balance without harming non-target bacteria.

Surfactant blends stabilize isocycloseram millbase viscosity during freeze-thaw cycles, enabling large-scale processing.

Macrocyclic indole compounds inhibit HCV RNA polymerase, addressing inadequate treatment effectiveness.

Combining chitosan, garlic extract, and vanillin prevents grapevine trunk disease infection at pruning sites.