Biocide TRIZ Cases

ALS-resistant rice-field weeds challenge mainstream herbicides; these pyridyloxy carboxylate derivatives introduce a different action mode for effective control.

Diacyl urea combined with macro- and micronutrients supports roots, photosynthesis, fruit set, and crop yield while addressing nutrient deficiencies.

Combining acidic metal and basic ligand solutions through pH adjustment improves oxidized metal complex stability and yields of 60% to 85%.

This case uses the Sorghum bicolor SbABCG2 transporter to secrete sorgoleone from root hairs, enabling plant-incorporated weed control.

Heavy liquid disinfectants create weight and storage burdens; compressed tablets generate stable foam for hard-surface disinfection.

Pre-cultured JAAS-32 fermentation liquor hydrolyzes larval Hermetia illucens paste, increasing protein peptides, free amino acids, and antibacterial activity.

Combining L-carnitine with Ascophyllum nodosum extract helps plants withstand drought and salinity without labor-intensive physical measures.

Precisely controlling hydroxytyrosol at 12% boosts seed germination and protein production while avoiding metabolic suppression.

Gesho extract and benzoic or gallic acid derivatives inhibit polymicrobial biofilms through a non-bactericidal treatment approach.

Novel MtDef5 proteins and peptides help transgenic plants resist diverse fungi, including Alternaria, Aspergillus, and Verticillium.

Sensors coordinate pH, halide, and stabilizer dosing to control mixed-halogen composition, improve stability, and limit bromate formation.

Sugar alcohols help stabilize PPO inhibitor compositions with optional auxin herbicides, improving contact burn and reducing weed regrowth.

ANU-301 strain or culture filtrate inhibits bacterial plant diseases while enhancing plant stress resistance and reducing chemical pesticide use.

Natural insect kinin sequences target pest insects while minimizing effects on bees, supporting greener crop protection without broad-spectrum insecticides.

Applying a 10:1 to 1:10 (S)-abscisic acid–cytokinin mixture improves drought tolerance, plant growth, biomass, and yield.

Controlled hypochlorous acid with adjunct compounds supports effective disinfection of heat-sensitive devices with less chemical harshness.

TIC7040-related protein toxins target Coleopteran and Lepidopteran pests while broadening crop protection and helping delay resistance development.

Carbon nanotubes with imidazole-functional surfaces deliver RNA into plant cells, bypassing transformation barriers and supporting regeneration.

Combining an alpha olefin sulfonate surfactant with an acid enables short-contact Murine Norovirus disinfection without rinsing or surface residue.

Nonionic surfactants, L-amino acids, and pH adjustment help cationic antiseptics generate foam while reducing microbes rapidly with less skin irritation.

Early post-emergence application of thiencarbazone-methyl reduces Poa annua by 80% or more for at least 120 days without harming warm-season turfgrass.

Low-wetting novaluron formulations gain stability and plant-surface contact through C8-C14 secondary alcohol ethoxylates.

Silane-modified clay forms a non-covalent matrix around essential oils, limiting light, heat, oxygen, and humidity degradation while enabling sustained release.

R1–R6 substituents turn the pyridone core into a modular platform for tuning potency, crop selectivity, solubility, and stability.

Substituted phenyl triazinanes target weeds while herbicide-insensitive PPO protects transgenic crops from PPO inhibitor damage.

Common crop practices can leave disease control inadequate; cyclobutylcarboxamides target multiple pathogens to protect yield.

Selected fungal strains increase soil organic carbon and plant growth, addressing the tradeoff between carbon retention and crop yield.

A blend of quaternary compounds, alcohols or polyols, acids, and essential oils delivers broad-spectrum antimicrobial action with protection lasting at least two days.

Ion exchange converts magnesium hydroxide nanoplatelets into monolayer copper hydroxide, balancing antimicrobial efficacy with reduced toxicity.

Marine algae and carboxylic acids inhibit nematode mobility and colonization, offering a lower-toxicity alternative to chemical nematicides.

Existing antivirals may lack sufficient coronavirus efficacy; this polymer combines amino and hydrophobic units to penetrate envelopes while remaining water-soluble.

An oral dihydroisoxazole treatment targets sea lice in farmed fish with a different chemical class to address resistance concerns.

Apyrase inhibitors block pest enzymes involved in resistance, helping pesticides remain effective and protecting crop viability and yield.

Combining polymer- and oil-based drift reducers with surfactants maintains sprayability and drift reduction from low to high spray volumes.

Activated carbon, chelating gel, and bactericidal gel combine in one cartridge for high-yield, energy-free purification.

Carboxamide compounds block pest apyrase enzymes, helping pesticides overcome detoxification and protect crop yield.

Micronized sulphur–amino acid formulations improve nutrient uptake and reduce soil leaching.

Esterification, Pd/C hydrogenation, and amidation simplify bisamide production for high purity and industrial scale-up.

This case combines triazole-based compound A with metarylpicoxamid to broaden coverage, lower application rates, and reduce resistance.

Immediate- and delayed-release fluralaner pellets in an implant maintain therapeutic blood levels for extended livestock parasite control.

Slaked lime and pepper treat waste liquids while reducing indole and skatole odors.

This case combines Torulaspora delbrueckii with betaine to withstand oxidative stress and control fungal pathogens with minimal residue.

Combining Cry1A, Cry1C, and Cry2A domains supports plant-expressed proteins for controlling pests resistant to Vip3A and Cry1F.

This case combines pyridine carboxylate herbicides with isoxadifen to control weeds while protecting crops from phytotoxicity.

A palatable vegetable flour and fat composition helps control rats and mice with fewer bait replenishments.

Novel cyclohexanedione compounds improve weed control and broaden activity.

This case uses fresh lyophilized Scutellaria root and 75% ethanol extraction to preserve flavonoids and reduce Nosema spores in bees.

This case uses Bacillus methylotrophicus XT1 in localized irrigation to stimulate crops and inhibit phytopathogens with low contamination.

This case resolves poor molecular-mass control and weak antimicrobial activity through localized silane grafting of dual side chains.

Specific peptide sequences boost antimicrobial activity while reducing toxicity.

Merging pyridylmethylamino furanones with tetramic acids achieves superior pest control at lower dosage rates while minimizing plant toxicity.

A stable aqueous solution of micro-colloidal silicic acid and boric acid maintains bioavailable silicon through particle size control.

Novel Cry toxin genes encode pesticidal proteins that kill target pests through ion channel formation in the insect midgut.

Sesquiterpene coumarins extracted from Ferula assa-foetida inhibit influenza A (H1N1) virus replication while showing cytotoxicity against human cancer cells.

Adding a fluorochrome to the surface protective layer allows nondestructive visual confirmation of antimicrobial properties under UV light.

A permethylated cyclodextrin complex enhances solubility and membrane penetration of aromatic pharmaceutical agents.

A fungicidal composition combines a picolinamide derivative with selected active agents to manage phytopathogenic fungi.

Directly reprogram post-natal fibroblasts into functional cardiomyocytes via Gata4, Mef2c, and Tbx5 to bypass stem cell tumor risks.

Extracting foliamangiferosides from mango leaves using macroporous resins to inhibit alpha-glucosidase activity.

Hydrazide conjugates link CFTR inhibitors to macromolecules targeting intestinal epithelial cells, reducing fluid secretion without systemic toxicity.

A carbon-coated cuprous oxide synthesis using a polyacrylonitrile precursor to form a protective shell.

Low molecular weight Hevea brasiliensis protein preparation stimulates IL-10 production to treat inflammatory diseases.

Combining antimuscarinic agents with cholinergic agonists mitigates dry mouth and constipation side effects while maintaining therapeutic efficacy.

Ethanol and hydroxypropylcellulose create a single-phase solution that maintains luliconazole steric structure.

Soil additives containing gamma-caprolactone or 4-heptanolide boost NAHL-degrading bacteria to inhibit pathogen virulence without antibiotic resistance.

Sequencing local seed nematicide application with field herbicide treatment reduces crop phytotoxicity while maintaining high pest control effectiveness.

Furopyrimidine compounds target HCV polymerase to sustain viral replication inhibition without anemia toxicity.

Combines cinnamaldehyde plant extracts with phosphonate fungicides to enhance efficacy while reducing phytotoxicity.

Composite amide and antibiotic fungicide composition overcomes insufficient comprehensive disease management through synergistic activity.

Segmenting antigen binding and co-stimulation into separate receptors prevents off-tumor effects by requiring dual antigen engagement for activation.

Deriving clinically applicable pluripotent stem cells from adult testicular tissue avoids ethical concerns while maintaining undifferentiated states.

Triadimefon and cyproconazole blend reduces environmental hazards while maintaining bond strength in glued wood products.

D-ribose treats atrial fibrillation by boosting ATP levels, avoiding side effects from conventional medications.

Composite essential oil and organic acid formulations reduce pathogen counts in meat while preserving product quality.

A synthesis method for halogenated 2-deoxy nucleosides uses bulky protecting groups to direct fluorination at the C-2 position.

Glycol ether solvents dissolve active ingredients to enhance bioavailability, maintaining storage stability across wide temperature ranges.

Replacing sodium azide with diphenylphosphoryl azide reduces gastrointestinal toxicity and production costs while improving bioavailability.

A curable resin composition disperses fatty acid modified ultrafine metal particles to deliver antibacterial power.

Date-derived syrup in bait stations sustains attraction while resisting environmental degradation.

Modular heterocyclic scaffolds widen insect pest control spectrum while managing synthesis complexity via parameter changes.

Polycyclic quinones repel rodents using natural aversions to create a persistent chemical barrier on substrates.

Administering American Ginseng improves working memory and attention in healthy adults.

Pulsed DC charge boosts proton count and milli-volt charge in modified sulfuric acid, eliminating corrosiveness while preserving metal dissolution capability.

2-amino-3,4-dihydro-quinoline derivatives inhibit beta-secretase to reduce neurotoxic peptide accumulation and modify disease progression.

Beta amino-alcohol derivatives deter vermin by disrupting behavior, solving the volatility versus duration trade-off in repellents.

Sustained release GM-CSF formulations stimulate keratinocyte migration and collagen deposition, reducing skin irritation while promoting tissue regeneration.

Thiazolylidine urea and amide derivatives enhance endogenous cholinergic transmission via selective α7 receptor modulation, reducing off-target adverse effects.

Aspirin derivatives conjugated with stilbene moieties enhance therapeutic efficacy while minimizing adverse effects.

Chimeric AAV capsids incorporate selective amino acid substitutions from distinct parvovirus serotypes to enhance transgene expression.

Polymeric binders stabilize N-halamine coatings, suppressing chlorine odor and gas phase corrosiveness while maintaining antimicrobial activity.

Engineered filamentous bacteriophages target Xanthomonas type III secretion systems, avoiding copper-induced mite population growth.

Pseudozyma aphidis yeast replaces chemical pesticides to reduce resistance risks while enhancing plant defense mechanisms.

A multi-layer pharmaceutical composition uses a pH-dependent outer coating to delay drug release, resolving compliance issues from rapid absorption.

Endophytic bacteria improve crop yield and stress tolerance without chemical fertilizers, reducing environmental impact.

Formula I piperidine phenyl sulfonamides selectively block Nav1.8 channels, resolving the trade-off between therapeutic efficacy and adverse side effects.

Selective indane compounds target specific channel subtypes to reduce CNS disturbances and cardiac arrhythmias while maintaining analgesic efficacy.

Pyrazolo[1,5-a]pyrimidine compounds block both mTORC1 and mTORC2 complexes to overcome limited antitumor spectrum of single-target inhibitors.