Biocide TRIZ Cases

A dielectric-graded ternary solvent system dissolves PGRs, limits degradation, and forms a spontaneous emulsion in water.

Specific Methylobacterium strains treat seeds before planting to improve nutrient, vitamin, oil, and protein content.

High-temperature hydrolysis converts feathers into KHP for soil infusion or leaf spraying to reduce wilt symptoms and stem browning.

A phosphate-sensitive promoter lets engineered bacteria grow to high titer before activating relevant compounds in natural environments.

High-temperature, high-pressure feather hydrolysis creates KHP peptides that suppress spores and reduce disease spread.

This case uses metal carbonates or phosphates in non-aqueous solvents to stabilize liquid sulfonylurea herbicides and improve compatibility.

This case combines Structure A compounds with biostimulants or fertilizers to improve plant stress tolerance, growth, and nutrient uptake.

Lamellar decanoic acid–arginine complexes target resistant pathogens without antibiotic mechanisms.

Bead milling and thickening agents stabilize 57–76% active formulations while enabling flow under application shear.

This case replaces petrochemical synthesis with recombinant fermentation to expand molecular diversity and stabilize 1,3-fatty-diol supply.

This case uses pre-characterized R-Genes and molecular markers from wild Glycine species to accelerate rust-resistant soybean breeding.

This case uses vB_CsaM_CBT2 to lyse four Cronobacter species and control contamination in milk powder.

An acid-extracted brown algae composition stimulates beneficial bacteria across soil types to improve plant growth and fertility.

This case shows how clethodim liquid compositions and adjuvants control whiteflies while limiting harm to non-target plants.

Blood formulations improve nitric oxide delivery despite short lifetime and poor bioavailability.

Sabadilla alkaloids paired with eugenol-rich oils improve control of flies, mosquitoes, and bed bugs while limiting resistance.

Temperature, pH, and filtration control concentrate Solanaceae bioactives while limiting degradation during extract processing.

This case uses stabilized protease sprays to target oomycetes and bacteria while preserving biodegradable, low-harm protection.

Copper nanoparticles embedded in PMMA provide sustained antimicrobial action against Candida and Streptococcus on dental prostheses.

Controlled curvature lets pheromone polymer rods install easily and stay on tree branches while sustaining release without metal wire.

Chimeric bacteriocins cross outer membranes to degrade peptidoglycan in Gram-negative bacteria.

This case applies chloroacetamide before germination to improve weed control in wet-seeded rice while limiting crop damage.

This case combines aspterric acid with agents such as glufosinate to inhibit growth and address resistance to existing herbicides.

This case uses Compound A or alkali metal salts in foliar and soil treatments to control a broad spectrum of bacterial plant diseases.

This coating process addresses agglomeration and uneven coverage while improving solar reflectance, UV shielding, and production yield.

Replacing azoxystrobin with pyrimethanil and raising FDL above 2 wt.% improves wallboard resistance to Neosartorya.

This case uses low-volatility monoterpenoid esters to reduce volatility and release insecticidal monomers after gut hydrolysis.

Microalgae break down crop residue, reducing energy-intensive removal and supporting soil quality.

This nematicidal composition combines natural actives for effective crop treatment while reducing phytotoxicity and environmental residues.

This case uses a substituted pyrazole carboxamide to broaden nematode control while improving selectivity for non-target organisms.

Modified Pseudin-2 peptides target resistant bacteria while lowering human-cell cytotoxicity.

Low-alkaline ware wash chemistry removes protein and limits hard-water scale at low temperatures.

This case combines emulsion and suspension phases with surfactants and thickeners for weed-control mixtures in high-electrolyte systems.

This wood preservative pairs DCOI with resin or wax retention additives to replace pentachlorophenol-based protection.

This liquid herbicide uses hydrolyzed glucosinolates to control weeds after emergence while reducing reliance on toxic chemicals.

Combining SDHI, multi-site, and systemic fungicides sustains disease control, supports crop tolerance, and improves yield.

Novel heterocyclic compounds address heartworm and other endoparasites resistant to macrocyclic lactones through treatment and prevention.

An alkaline metal-silicate process combines flocculation and solidification to disinfect fluid and solid biomedical waste in situ.

Defined polymers help liquid detergents retain enzyme activity, remove fatty soil, and limit soil redeposition that greys laundry.

This case uses stabilized pasteurized Chlorella cells and secondary ingredients to improve emergence, growth, yield, and stress resistance.

Alkylhydroxamic acids with alcohols target broad-spectrum microbial growth while supporting pH-neutral topical formulations.

Cyclobutrifluram and ipconazole combine in seed coatings to improve Fusarium disease control, reduce medication, and delay resistance.

This case combines lactones with antimicrobial agents to maintain microbial control while reducing agent use and safety concerns.

Low-level peroxide and weak acids deliver rapid antimicrobial cleaning with 24-month stability.

This case uses aqueous emulsion polymerization to stabilize fragrance and essential-oil cargoes while enabling aquatic biodegradation.

Combining Tebufloquin with microbicides using different action modes improves disease control and limits resistance development.

See how vegetable oil and controlled viscosity help reduce dust while maintaining dichlobentiazox stability on treated seeds.

This case shows how water-soluble organosilicone surfactants stabilize concentrated azadirachtin formulations for longer storage.

Acrylic stabilizers and emulsifiers help a piperidine-based horse repellent retain sprayability and shelf life for up to 24 months.

This case combines quaternary amines, antifungals, and solvents to preserve cosmetics without formaldehyde donors or isothiazolinones.

Feather hydrolysis produces peptides that increase anthocyanin concentration and sweetness while reducing synthetic fertilizer reliance.

Combining cinmethylin with pendimethalin creates a synergistic effect that manages resistant weeds while reducing crop damage.

Auxin and cytokinin treatments reduce clubroot gall weight by 40% while maintaining crop yield across diverse environments.

Combining anthranilamide compounds with other insecticides reduces chemical application rates while maintaining high yield and quality in transgenic crops.

Combining sulphur with targeted insecticides reduces soil toxicity and environmental hazards while maintaining high pest control effectiveness.

Thermoplastic polymer plugs release pesticides via diffusion to prevent off-target drift and reduce waste.

Segmented compound design inhibits beta-secretase to reduce amyloid plaque formation and slow Alzheimer's progression.

A protein product forms a film on surfaces to immobilize target substances like pesticides or drugs.

A dietary supplement formulation combining fat-soluble tocopherols, carotenoids, and water-soluble Vitamin C to provide broad antioxidant protection.

Plant-derived cyclotides protect ingested toxins from digestive enzyme degradation, enabling effective target site delivery in the insect gut.

Modifying cantharidin with bioactive polymers reduces toxicity to normal cells while maintaining potent anti-tumor activity.

A three-layer tablet design separates cetirizine into a distinct layer to prevent chemical degradation.

Ultrasound resonance expands hydrogen peroxide bubbles on parasites, killing resistant strains without harming fish welfare.

Fracturing ceragenin feed material in a milling apparatus produces particulates with controlled size and moisture content.

Applying fungicides to soil surfaces cultivates beneficial fungi that suppress Erwinia carotovora, avoiding phytotoxicity and metal contamination.

Methods screen for arthropod repellents by masking human skin odor detection, replacing costly DEET development with targeted compound identification.

Replacing insoluble binders with polyethylene glycol removes white powdery residue that impairs colon visualization during endoscopic procedures.

Combining copper alkylbenzyldimethylammonium salt and 2-n-octyl-4-isothiazolin-3-one achieves broad-spectrum microbial control at lower concentrations.

Glass microbeads refract light toward plant phylloplanes while glycopyranosides protect photosynthetic apparatus from damage.

Hexafluoroisopropanol dissolves nicotinic acid riboside for ethyl acetate crystallization, eliminating polar solvent loss while improving reagent efficiency.

Merges neonicotinoid compounds with PPO inhibitors to control arthropods and weeds while minimizing phytotoxicity.

Tailoring intravenous ibuprofen dosage prevents harmful mean arterial pressure increases while treating pain and inflammation in critically ill patients.

Coating perlite flakes with dielectric or metal layers eliminates iron oxide impurities to resolve yellow color development and weak interference effects.

Specific pyrazole derivatives reduce application rates while maintaining efficacy against insects, mites, molluscs, and nematodes.

Organomodified silylated ionic surfactants maintain stability across pH 2 to 12 through carbon-based linkers replacing vulnerable siloxane bonds.

Masterbatch carriers deliver silver salts into polyester fibers, preventing thermal degradation and clumping while sustaining antimicrobial efficacy.

PeptiENV platform attaches tumor-specific peptides to viral envelopes to trigger anti-tumor immunity.

Piperazine compounds deliver high herbicidal activity at low application rates while maintaining crop plant compatibility.

Formula I compounds selectively activate specific KCNQ potassium channel subtypes, reducing adverse effects like sedation while treating pain and epilepsy.

A solventless herbicidal composition combines triclopyr butoxyethyl ester with a surfactant mixture to deliver active ingredients directly to plant tissue.

Targeted AAD-1 insertion in corn resolves variable expression levels, ensuring consistent herbicide tolerance.

Carboxamide derivatives resolve the contradiction between high weed control efficacy and crop phytotoxicity through structural parameter changes.

Substituted 1,3-dioxane compounds function as partial PPAR gamma agonists to improve insulin sensitivity while reducing side effects from full agonists.

A bronopol-based embalming fluid preserves anatomical parts with minimal health risk.

Bacillus subtilis QST713 produces lipopeptide antibiotics to inhibit Ceratocystis paradoxa growth in sugarcane crops.

A dual-action pest control formulation combines rodenticide and insecticide in a single bait matrix to target multiple species simultaneously.

Merging sequential reaction steps into a one-pot process eliminates intermediate isolation, boosting yields above 85% for agrochemical building blocks.

Ketoester-based micellar nanoparticles enable direct foliar nutrient uptake, preventing groundwater contamination from soil injection.

Stabilized CD34+ cells home to vascular injuries, preventing long-term cardiac dysfunction by promoting neoangiogenesis and tissue repair.

Boronic ester intermediates resolve polymerization side reactions during palladium-catalyzed synthesis of 2,3-disubstituted indoles.

Pyrrolotriazine compounds target Aurora kinases to reduce cellular proliferation and treat hyperproliferative diseases like cancer.

Quaternary ammonium base saponification of Marigold extracts increases zeaxanthin concentration in xanthophyll mixtures.

Calcium glycerophosphate alleviates respiratory conditions by reducing inflammation without the toxicity or side effects of conventional treatments.

Coacervating long biopolymeric fibers creates an isotropic layer that resolves directional strength contradictions in tissue repair membranes.

A bioabsorbable pharmaceutical formulation uses a lactic acid-glycolic acid copolymer to sustain drug release at a defined rate for extended periods.

Phosphoric acid lowers the pH to keep sparingly soluble cyclic carboxylic acids in solution, preventing precipitation while avoiding corrosiveness.

A composite rodent bait mixture combines cereal flour, lard, and volatile semiochemicals to attract mice and rats.

Combining immature dendritic cells with anti-TNF antibodies reduces treatment invasiveness while eliminating metastasized tumors.