Biocide TRIZ Cases

A water-based hybrid coating uses encapsulated biocides and siloxane film formation to resist fungi and algae with minimal leaching.

Specific phenylcyclohexanone stereoisomers broaden disease control across fungi, Oomycetes, and bacteria with flexible plant or soil application.

A low-pH alcohol formulation uses surfactant, sodium benzoate, and buffer synergy to kill microbes fast while reducing skin irritation.

Ether-substituted phenyl thiocarbamates improve weed control at low application rates while reducing toxicity and crop injury.

Targeted pyridine thioamide variations broaden antifungal control while maintaining low toxicity, high selectivity, and lower resistance risk.

Coniferous resin acids dispersed in a polymer film with controlled release help protect silage and crops from spoilage and preservation loss.

An excess-positive delivery matrix improves recovery, stability, and sustained release of cationic bioactives for infection and biofilm treatment.

Synergistic n-heptyl glyceryl ether blends improve low-dose antimicrobial protection while stabilizing cosmetic emulsions and skin feel.

Novel azole amide compounds use modular structural variation to improve pest control efficacy across insects, acarines, nematodes, and molluscs.

Chiral separation of pyridazinone atropisomers improves weed control selectivity while reducing toxicity and environmental impact.

Applying plant signal molecules to seeds at least a month before planting boosts root growth, leaf area, and crop yield versus near-planting treatment.

A polymerized aromatic hydrocarbon matrix keeps low-solubility insecticides amorphous, improving contact uptake, fast knock-down, and resistance breaking.

A folded heat-sealed multilayer film dispenser resists curling and tearing in heat and humidity while sustaining controlled volatile release.

Cellulose ethers, block copolymers, and thickeners keep IPBC dispersions flowable by preventing viscosity rise and sedimentation during storage.

Modified Topramezone derivatives improve rainfastness and broadleaf and sedge weed control in corn while maintaining crop safety.

Quaternary ammonium and N-halogen polymers inactivate SARS-CoV-2 on surfaces at low concentration while avoiding bleach cytotoxicity.

A fludioxonil and azoxystrobin post-harvest spray improves residue levels while helping manage fungal resistance in stored root crops.

Straight-chain oligogalacturonides with DP 3-8 trigger soybean defense responses against Asian rust while reducing fungicide reliance and growth impact.

Specific glufosinate and carfentrazone-ethyl ratios boost initial and lasting weed control while improving crop selectivity.

Built-in naphthalene sulphonate stabilizes Mancozeb tank mixes, reducing curdling, sedimentation, and flocculation during agrochemical mixing.

Sugar-derived biostimulants improve germination, nutrient uptake, yield, and drought tolerance while reducing reliance on harsher farm inputs.

Natural glycolipids at low pH suppress bacteria and fungi while preserving sensory quality and reducing preservative impact.

Modular cysteine-rich insecticidal peptides use disulfide scaffolds and yeast expression to improve pest control while lowering production cost.

A silver-zinc EDTA hydrogel replaces Carbopol to cut mixing issues, reduce biofilms, and maintain moisture release for wound healing.

Nature-derived lipid nanoparticles encapsulate hydrophobic agricultural agents to improve solubility, plant uptake, and biodistribution.

Sequential gas-phase precursors with controlled reaction enthalpy create uniform coated organic particles while limiting degradation and agglomeration.

Nanotextured stainless steel anchors copper to cut bacterial adhesion and growth while limiting copper leaching over time.

Seed-applied remodeled microbes fix nitrogen at plant roots, cutting fertilizer loss, runoff, and reliance on Haber-Bosch inputs.

Combining L-proline and kaolin helps plants withstand adverse conditions while sustaining flowering, fruiting, yield, and fruit quality.

Zinc, copper, and selected acids prime plants before stress exposure, improving abiotic and biotic resistance while supporting crop yield.

A tertiary alkanolamine and fungicide blend boosts wood resistance to multi-organism fungal attack while avoiding harsher preservative tradeoffs.

Structured siloxanes create stable foam in low-surface-tension alcohol/water mixtures, enabling foaming cleaners and sanitizers at high alcohol content.

Gas-phase pretreatment enables uniform ALD coating of sensitive organic particles while limiting degradation and agglomeration for scalable production.

Targeting the MOHS1 gene with liposome-encapsulated siRNA suppresses appressorium formation and reduces rice blast lesions without GM crops.

Chemical modification of 2,4-D into ester, amide, and aminooxy analogs cuts volatility and spray drift while improving tank-mixability.

A clear film-forming repellent composition creates durable pest barriers for ants and cockroaches while reducing safety risks in sensitive areas.

Buffering and stabilizing agents keep liquid nitrogen-fixing microbes viable longer, reducing toxin buildup while preserving easy field application.

Impregnating marine wood with medetomidine prevents shipworm and gribble attack while avoiding the environmental and health risks of older preservatives.

A nano-copper and copper oxychloride LLDPE masterbatch gives air filters strong antimicrobial action while keeping filter production cost-effective.

An organic silicone surfactant helps bacteriophage formulations stay on plant surfaces while maintaining bacteriolytic activity for disease control.

A melatonin and meta-topolin nutrient substrate helps plant propagules survive abiotic stress and acclimatize from in vitro to field conditions.

Novel bacteriophage combinations broaden Salmonella targeting and help control multidrug-resistant S. Typhimurium while limiting resistance.

Controlling fluorine to 900 mass ppm or less helps silicon nitride deliver stronger antibacterial action with biocompatibility and lower corrosion risk.

Azine-based herbicide mixtures improve weed control across diverse crops while maintaining crop tolerance and flexible pre- or post-emergence use.

Neutral zeta potential and nonionic polymerizable surfactants keep functional particles stable in aqueous inks while preserving antimicrobial, fragrance, and reduction effects.

Jetting aerosol insecticide into cargo gaps spreads treatment deep through loaded containers, avoiding slow, complex fumigation steps.

Biodegradable polymer seed treatment activates and diversifies rhizosphere microorganisms to improve plant growth and soil quality.

Salt formation improves water solubility of pyrimidine-5-carboxylic acids, enabling easier dosing and stronger seed germination, growth, and yield.

CO2 laser micro-wounding replaces manual needle injury to induce antimicrobial peptides in fly larvae while maintaining high survival and processing efficiency.

A perforated container with porous absorbent material releases essential oil vapor during transport to preserve plant products without taking up excess space.

Rhenium complexes with bidentate ligands reduce nephrotoxicity while maintaining anti-tumor efficacy compared to platinum drugs.

Amino-aza-adamantane compounds selectively modulate alpha7 nicotinic acetylcholine receptors, reducing side effects from non-specific receptor binding.

Modifying benzoic acid amide structures with sulfur radicals resolves the contradiction between broad-spectrum herbicidal efficacy and crop safety for cereals.

Paenibacillus polymyxa KGS-3 inoculation suppresses Fusarium Head Blight severity while avoiding chemical fungicide residues.

Endophytic Kosakonia radicincitans colonizes plant interiors, competing with biotrophic fungi to prevent resistance and reduce infection areas.

Phenoxyacyl-ethanolamides relieve ethanolamine product inhibition to increase N-acylethanolamine hydrolysis rates.

Diagnostic DNA probes identify MON 87419 integration to reduce molecular characterization complexity.

Cloquintocet and mefenpyr protect cereal crops from herbicide damage while maintaining weed control activity.

Acetamidine compounds block PAD4 catalytic activity through structural mimicry, preventing autoimmune tissue damage in rheumatoid arthritis.

Alkaline depolymerization releases bound triterpenoids from birch bark, enabling high-yield recovery of betulin and suberinic acids without hazardous solvents.

Ellagic acid derivatives boost melanocyte glutathione levels, countering the depletion mechanism that causes canities.

S-triazolyl alpha-mercaptoacetanilides overcome viral resistance to non-nucleoside inhibitors by targeting mutated reverse transcriptase variants.

Compounds targeting MAGI and Dishevelled proteins induce apoptosis in cancer cells.

Detecting fluorescent substance removal confirms complete disinfection, preventing residual agents from entering the vascular system.

Specific pyrido(3,2-d)pyrimidine derivatives inhibit hepatitis C virus replication while reducing toxicity associated with interferon therapies.

Engineered defensin peptides maintain antifungal activity across varying ionic conditions.

Sprayed exogenous flexible film forms a protective barrier on plant surfaces to reduce fruit cracking and improve yield.

Ethynyl-substituted pyridine derivatives inhibit hepatitis C virus replication, addressing poor efficacy and unfavorable side effects of current treatments.

Fungal spores infect larvae through feeding wounds, converting pest damage into a control mechanism that avoids chemical pesticide resistance.

Microorganism-derived HPPD polynucleotides enable transgenic plants to withstand HPPD-inhibiting herbicides, improving weed control efficiency.

Salinosporamide A formulations use bulking agents to prevent degradation, resolving the contradiction between long-term stability and ease of administration.

A segmented floss device uses a textured outer surface to absorb and retain antimicrobial solutions for targeted oral delivery.

A transdermal formulation uses penetration enhancers to deliver antihyperthyroid drugs through feline skin.

High melting point benzoylurea powders resist coagulation at elevated temperatures while adhering to electrostatic layers for reliable insect transfer.

Novel azabicyclo[3.1.0]hexane derivatives block T-type calcium channels, avoiding metabolic interactions and side effects of existing blockers.

Bacteriophage Lac-BRP-1 targets Lactobacillus brevis proliferation in bio-ethanol production, resolving antibiotic resistance risks while boosting yield.

Stabilizing emollient oil dispersion in bodywash maintains lathering and cleansing properties while minimizing skin irritation.

Novel heterocyclic benzamide derivatives provide insecticidal and acaricidal properties through versatile molecular structures.

Controlling spray dryer exit temperature prevents thermal decomposition of active ingredients during solvent removal.

Starch derivatives and silver cotton absorb fluid and sequester proteases to heal chronic wounds.

Combining Trichoderma harzianum and Clonostachys rosea reduces lesion size and induces plant defense enzymes against dead arm pathogens.

Nonionic tertiary amides resolve cationic-anionic incompatibility while ensuring rapid biodegradation.

Intercalating silver and divalent metal ions into single bentonite grains creates a composite material with enhanced antimicrobial properties.

Imazapic and aminopyralid compositions overcome herbicide resistance by combining distinct modes of action for broad-spectrum efficacy.

Stabilizing oligo-galacturonans with chito-oligosaccharides activates plant immunity, reducing fungicide residues while maintaining crop protection.

Bifidobacterium pseudocatenulatum strains establish a healthy gut ecosystem to treat obesity and metabolic disorders.

A hand disinfectant composition uses a quaternary silicone compound to stabilize foam without propellants.

Keratin protein compositions increase crop yield by 15% while eliminating soil damage from traditional chemical fertilizers.

Crosslinked micelles encapsulate anthracyclines within multiblock copolymers, shielding drugs from bloodstream degradation while reducing cardiotoxicity.

Novel bicyclic enamino(thio)carbonyl compounds provide targeted biological activity against diverse animal pests.

Laser ablation forms indentations through protective layers, allowing targeted substance delivery that reduces chemical usage and environmental pollution.

Calcium compound shells stabilize superoxide generation, eliminating complex light irradiation equipment.

An acidic remover solution intercalates and swells the antimicrobial sacrificial floor coating, enabling easy removal without harsh mechanical grinding.

Modified steroid nuclei in progestogen lactones resolve low solubility and acid instability, reducing side effects while maintaining activity.

A potassium silicate turf mold remediation composition inhibits fungal growth while providing plant nutrients.

Natural anthocyanosides and proanthocyanidins reduce intraocular pressure via synergistic action.

Macrocyclic compounds directly bind the Sonic Hedgehog protein, resolving low specificity of prior modulators that acted downstream of key receptors.

Wax-based seed coating resolves unbalanced nutrient delivery and abiotic stress in soybeans.

Glycyrrhizic acid protects cell membranes from phospholipid-induced necrosis, eliminating swelling and pain during subcutaneous fat removal.

CD-MOF templates reduce chloroauric acid to 1-3 nm gold particles, eliminating toxic reagent residues for safe medical use.

Tea-derived flavan-3-ol dimers resolve insufficient fat absorption inhibition by providing strong enzyme suppression without flavor or safety issues.

A novel polyketide glutarimide compound provides broad-spectrum antimicrobial activity against fungal and bacterial pathogens.

Segmented pyrrolidine structures enable selective JAK1 inhibition for autoimmune disease treatment.

Substituted pyrazolo[3,4-d]pyrimidin-6-one compounds inhibit phosphodiesterase 1 activity to resolve the trade-off between high potency and isoform selectivity.

Complexation of hyaluronic acid and chlorhexidine resolves skin irritation while maintaining antimicrobial efficacy.

A wetting composition combines C10-C14 alcohols with oxygen-containing co-solvents to lower surface tension in non-aqueous liquids.

Glutamate decarboxylase converts neurotoxic ibotenic acid in Amanita tissue to muscimol, reducing toxicity by 80-fold for safe consumption.

Caltubin promotes axonal regeneration by regulating cytoskeletal dynamics, addressing limited regenerative growth capacity in central mammalian neurons.

A cross-linked copolymer incorporating phosphorylcholine monomers enhances moisturizing and skin barrier functions in cosmetic formulations.

Covalently bonded NO and H2S moieties on an aspirin core reduce cellular damage from drought, salinity, and heat while promoting growth.

This formulation resolves crop phytotoxicity and resistance trade-offs by applying specific weight ratios of glufosinate with selected herbicide classes.

Size exclusion chromatography isolates bioactive fractions that enhance plant size while reducing fertilizer leaching into waterways.

Indolinone compounds regulate protein kinase signal transduction to address unregulated kinase transduction leading to cancer and inflammatory disorders.

Ginsenoside Rg3 provides a safe alternative to interferon therapy by lowering TNF-alpha and thioredoxin levels without cytotoxicity.

A topical composition using pine resin and herbal extracts to treat muscle soreness, foot pain, inflammation, and itch.

A multi-purpose liquid composition combines quaternary ammonium compounds, amine-based surfactants, and herbicidally active limonene for surface disinfection.

Deuterated mirabegron extends half-life and reduces toxicity by substituting deuterium for hydrogen to slow CYP-mediated oxidative cleavage.

Multi-component pesticidal compositions combine distinct active compounds to deliver broad spectrum protection against phytopathogenic fungi.

Fatty acid coordination prevents aggregation of ultrafine metal particles in low-boiling solvents, maintaining transparency and antibacterial efficacy.

A synergistic herbicide composition merges imidazolinone with propanil to overcome resistance in weedy rice strains while maintaining application efficiency.

Substituted alpha-L-bicyclic nucleosides increase oligomeric compound binding affinity to target RNA sequences.

Genetically engineered non-pathogenic Streptomyces bacteria produce thaxtomin compounds using exogenous biosynthetic gene clusters.

A GPR40 agonist and SGLT2 inhibitor combination enhances glucose-dependent insulin secretion while promoting urinary glucose excretion.

Segmenting peptide sequences into repeating units reduces manufacturing costs while maintaining broad-spectrum antimicrobial activity and protease stability.

A co-crystal formulation combines diamide and neonicotinoid insecticides to achieve controlled elution of active ingredients.

Engineered bioreactor cells secrete RNA-protein complexes that overcome low transfection efficiency in gene therapy applications.

Escin compounds stabilize mRNA transcripts and induce premature termination codon read-through, addressing aminoglycoside toxicity limitations.

A pine root extract composition inhibits MMP-2 biosynthesis and promotes HSP70 production to protect skin cells from UV radiation.

Frontal polymerization generates disinfectant smoke without pyrotechnic hazards, eliminating material damage and safety risks.

Pyrimidine macrocycles inhibit kinases to treat cell proliferative disorders like cancer and atherosclerosis.

Safinamide combination therapy delays disease progression and reduces late motor fluctuations compared to monotherapy.

Clomazone mediates penoxsulam interactions to reduce phytotoxic injury while maintaining weed control efficacy.

Diaryl-azole compounds control resistant pests while reducing phytotoxicity.

Chromobacterium subtsugae metabolites control resistant pests by bypassing chemical insecticide resistance mechanisms.

Crystalline sugar and starch powder absorbs wound secretions to form a bioabsorbable matrix, replacing complex pastes that require toxic antiseptics.

Cleavable hydroxamate prodrugs release active HDAC inhibitors via enzymatic action, resolving poor bioavailability in cell proliferative disease treatments.

Sinapis alba extract stimulates nematode egg hatch, reducing reliance on toxic synthetic nematicides.

Sphingosine kinase antagonists intercept the ceramide metabolic pathway to modulate glial cell function, preventing antinociceptive tolerance and hyperalgesia.

A macroporous calcium phosphate cement combines biocompatible polymers with inorganic phases to form a resorbable bone repair material.

A phase transfer catalyst enables efficient alkylation of an imidazole intermediate to form the Olmesartan medoxomil core structure.

Novel pyrimidine compounds overcome resistance development by combining a core structure with diverse substituents for broad-spectrum activity.

Bacillus amyloliquefaciens strain ABI01 spores overcome limited shelf life and persistence by producing diverse antimicrobial metabolites.

A decontamination gel incorporates mineral pigments to create visual contrast between the wet application and dried residues on treated surfaces.

Herbal extracts antagonize enteroviruses using low polarity solvents.