Biocide TRIZ Cases

See how a polyethylene resin composition with a specific pyrimidine compound achieves effective

See how a neem-based herbal composition applied during textile processing creates insect-repell

See how hydrophobic colloidal particles encapsulate separate reactants in dry powder form, enab

See how in situ metal oxide nanoparticle formation from metal salt precursors improves fabric a

See how HFCO-1233zd fluoroalkene replaces chlorine-containing refrigerants to reduce ozone depl

See how chloramine and oxidant treatment controls amylase enzymes to preserve starch, enhance p

Terminal isocyanate groups covalently anchor the compound to fibers and materials, helping preserve antibacterial activity after repeated washing.

See how a two-component kit separates alkaline agents and enzymes to achieve effective medical

See how a low-VOC cleaning composition uses phase separation and cloud-point surfactants to eli

See how a low-VOC cleaning composition uses phase separation and dewetting to create a micron-s

Existing EO ionization produces unstable alkaline water; reducing metals and minerals improve stability through adjustable flow and contact time.

See how hygroscopic inorganic salts reduce aw value below 0.8 in prewetted sponge cloths, inhib

See how sulfonation of peroxycarboxylic acids resolves storage instability, water insolubility,

See how a layered cardboard trap with exothermic iron powder captures pests and biodegrades int

See how removing the supporting mesh from bio-cellulose sheets prevents cosmetic absorption los

See how a layered cardboard trap with iron-powder heat release captures diverse pests and biode

See how an overhead barrier member treated with a second insecticide targets pyrethroid-resista

See how a biomimetic composition uses Muscodor volatile by-products without toxic naphthalene d

See how aluminum salt pre-treatment neutralizes sulfur compounds in denim and other fabrics, en

See how a single surface cleaner integrates vacuum and extractor modes using segmented chambers

See how a cationic additive applied to hydroentangled nonwoven fabric prevents ionic quat attac

See how a nonionic siloxane additive on hydroentangled fabric prevents ionic chlorine depletion

See how fibers with embedded optoelectronic, piezoelectric, and thermoelectric materials harves

See how a dual-mode surface cleaner integrates vacuum and extractor functions using inverted li

See how a polymeric coating with pollen denaturing agents applied to window blind fabric neutra

See how a recline limiter prevents recovered water from entering the separator during upright m

See how 4-(trifluoromethyl)pyridine compounds achieve rapid knockdown and blood-feed inhibition

See how heteropolyoxometalates with quaternary ammonium cations provide passive antimicrobial s

See how a removable pouch with lower-end opening and hook-and-loop fasteners keeps infants secu

See how a pyrimidine compound coating on polyester multifilament nets overcomes insufficient py

See how zinc pyrithione impregnation in nonwoven substrates maintains broad-spectrum antimicrob

See how spinosyn formulations applied to textiles kill resistant lice and eggs with prolonged r

See how a thermoplastic headboard uses hook-and-loop connectors and diatomaceous earth to enabl

See how 4-(trifluoromethyl)pyridine compounds bypass pyrethroid resistance to rapidly knock dow

See how co-extruded monofilament separates pyrethroid and PBO into distinct parts with independ

See how optimized metal particle size distribution (0.1–1 µm peak) resolves non-uniform antibac

See how a copper-alloy core shielded by stainless steel uses the halo effect to eliminate patho

See how surface-grafted PVP hydrogel enables polyethylene nets to absorb and release pyrethroid

See how an amine-functional polymer ionomer with silver halide and sulfonamide stabilizers deli

Acetamiprid and bifenthrin target bed bug eggs alongside nymphs and adults, addressing persistent infestations missed by conventional pesticides.

See how HFCO-1233zd solvent composition resolves lubricant compatibility while eliminating ozon

See how inorganic aluminum salts prevent mold growth on natural fibers without toxicity or mech

See how a low-pH disinfectant with reduced alcohol achieves 6-log spore kill in 2 minutes while

See how fiber-bound particles encapsulate partially water-soluble agents using phase separation

See how a handheld surface cleaner uses momentum and cyclone separators to handle both dry debr

See how silver-supporting microparticles under 1.0 μm with silane binder and alcohol solvent pr

See how organic acid bio-stabilizers inhibit thermophilic microorganisms in geothermal wells, r

See how ethoxylated/propoxylated fatty alcohol surfactants enable quat release and residue-free

See how ultrasonic metal salt impregnation followed by in-situ nanoparticle formation improves

Readily available carbon and nitrogen stimulate soil bacteria to mineralize organic matter, improving nutrient uptake while reducing pollution.

Hydrophobic carrier particles adhere to arthropod cuticles to deliver low-dose pesticide, maintaining pest control while reducing crop residues.

Tailored pyrazole derivatives improve fungicidal activity and help protect plants from phytopathogenic fungal infestations.

Caprolactam-derived solvents keep crop protective actives dissolved at higher concentrations, avoiding toxic solvents, precipitation, and spray equipment clogging.

C2-C7 alkyl boronic acids suppress pathogenic bacteria and viruses while sparing beneficial microbes and reducing intestinal inflammation.

A P. aspalathi biofertilizer composition helps crops maintain growth, nutrient uptake, and yield under drought, heat, salinity, and low fertility.

Combining herbicide A with topramezone boosts post-emergent weed control through synergistic activity while improving crop compatibility.

Novel cyclohexanedione derivatives vary phenyl and heteroaryl substituents to improve herbicidal efficacy and broaden weed control.

Using epoxidized oil-based surfactants, this case shows how glyphosate loading and bioefficacy can increase while lowering eye irritation and aquatic toxicity.

Foliar spraying iron-phosphorus nanomaterial on pepper plants improves preservation while avoiding the cost, complexity, and safety risks of conventional methods.

Sublethal low-toxicity insecticides plus nectar flower strips suppress corn borers while protecting natural enemies and reducing pesticide use.

Reducing residual monomers with a hydroperoxide-reductant redox step helps styrenic latex resist microbes without biocides.

Metal nanoparticle agglomerates enable rapid, sustained disinfection on substrates or in fluids while limiting toxicity and improving control of resistant pathogens.

Organosulfur disulfide and thiosulfonate compositions target resistant bacteria, fungi, protozoa, and algae with low resistance development.

A solventless one-pot nitrosothiol precursor synthesis simplifies nitric oxide generation while enabling controlled release for sterilization and sanitization.

Chlorhexidine gluconate wipes on nonwoven polyester maintain surgical-site skin disinfection for up to eight hours while limiting irritation.

Redox treatment with alkyl hydroperoxide and a reductant lowers residual monomers, giving acrylic latex microbial resistance without biocides.

Controlled partial quaternization in an alcoholic polyvinylpyridine solution prevents volume reticulation while preserving biocidal grafting stability.

Specific surfactant combinations suppress Ostwald ripening in high-load epoxiconazole SCs, reducing settling and nozzle blockage.

Deuterium-labeled cannalactone enables LC-MS quantification in hemp tissues and exudates, improving analysis of Phelipanche ramosa interactions.

A potassium sulfate and boron fertiliser uses controlled release to match crop uptake, reducing leaching, runoff, and repeat applications.

Combining L-glufosinate with imidazolinone herbicides broadens weed control, improves synergy, and reduces chemical usage.

Haloalkyl sulfonanilide compositions improve selective weed control while reducing herbicide toxicity and environmental harm in crops and noncrop areas.

An aqueous cationic surfactant formula delivers rapid antimicrobial and antiviral action with little to no ethanol, reducing skin drying during frequent use.

A silicon-containing spray plan reduces growth regulator use while preserving crop stability, yield, and resilience under mechanical stress.

Combining chlorfenapyr and dinotefuran delivers fast knockdown and longer residual control against pyrethroid-resistant pests while reducing dosage.

Biodegradable sulfide-polyester coatings protect agrochemical nutrients from moisture while delivering controlled release that meets CRF standards.

Novel triazole safener derivatives reduce herbicide phytotoxicity across more crops while preserving weed-control efficacy.

A low-pH acetic acid and hexylene glycol wash inactivates microbes on chromatography media without the resin damage caused by NaOH or irradiation.

A low-boiling solvent slows H2O2 and nitrite reaction, preserving biocidal activity longer while reducing reactant waste and unintended release.

Modified Chlorin e6 photosensitizers penetrate microbial outer membranes, generate ROS, and help plants resist pathogens and abiotic stress.

A boric acid and D-mannitol solid preservative dissolves in 5-10 minutes while maintaining pH and bacteriostatic stability in urine samples.

Saponified tall oil forms 5-100 nm micelles and agglomerates to improve natural insecticide stability, efficacy, and production cost.

A fatty acid and cationic sanitizer maintains broad-pH antimicrobial kill while avoiding corrosion and toxicity on sensitive surfaces.

Encapsulated biocides in permeable inorganic-organic shells give filters sustained antimicrobial protection without added energy, light, or high-cost additives.

ABA agonists hasten non-climacteric fruit ripening and pigmentation, helping growers harvest earlier without sacrificing quality.

Combining strobilurin, validamycin, and azole or thifluzamide agents improves fungal control while reducing resistance risk and chemical use.

Alkyl furan ester solvents improve solubility of water-insoluble agricultural actives while lowering solvent hazards in emulsifiable concentrates.

A salt-alkali tolerant Oceanobacillus HMF12 inoculant improves seed germination and crop growth while controlling strawberry gray mold.

Copper ions are driven toward the film surface while ligands limit oxidation, sustaining antimicrobial activity without costly surface treatments.

Crosslinked chitosan, beta-glucan, and alginate capsules protect essential oils or Bti and release them on hydration for targeted mosquito larva control.

A phosphate-buffered hypochlorous acid composition disinfects heat-sensitive medical devices with less harshness, helping extend device lifespan.

A phosphate-solubilizing Paraburkholderia strain activates fixed soil phosphorus through phosphatase and organic acids, reducing fertilizer use.

Combining herbicide A with clethodim creates synergistic post-emergent control of Commelinids and PPOi-resistant weeds while maintaining crop compatibility.

Food-safe organic acids and nonionic surfactants enable wet wipes to disinfect food contact surfaces without rinse, residue, or flammability.

A low-warfarin bait and selective feeder access target feral hogs while reducing non-target exposure and environmental impact.

A peracetic acid disinfectant uses surfactants and corrosion inhibitors to wet endoscope surfaces faster while maintaining biocidal efficacy.

This fungicidal combination unites azole, multisite, and systemic agents to reduce disease, delay senescence, and improve yield.

Non-ionic surfactants, organic acids, prebiotics, and probiotics suppress harmful organisms while supporting microbiome recovery.

Encapsulated adjuvants separate pyrethroids from crystal-growth triggers, improving pest control without increasing mammalian toxicity.

Compound I combined with strobilurins or multi-site inhibitors supports broad-spectrum cereal disease control at flexible rates.

Systematic substituent variation boosts pest and mite control while avoiding phytotoxicity in crops and plants.

Controlled silane reactions build branched organosilicon compounds for versatile copolymers.

New antimicrobial compounds use modified molecular structures to inhibit resistant H. pylori and support combination treatment.

Lactone precursors react with hydrogen peroxide in situ, avoiding unstable stored peracids for food-contact sanitation.

This case uses short-contact, in-situ peroxyformic acid to remove biofilm and mineral deposits without degrading filtration membranes.

An artificial semiochemical matrix tunes constant diffuser flow to improve coccoid pest control while reducing pheromone consumption.

Potassium bicarbonate and taurate surfactants improve leaf adhesion against rain.

Monocarboxylic acids reduce auxin herbicide volatility and drift while preserving efficacy.

Aminopropanediol helps control microbes and stabilize water-based metalworking fluids.

Beauveria bassiana 331R combines insect-killing and pathogen-suppressing activity in one biological crop protection agent.

This preoperative solution combines chlorhexidine gluconate and benzyl alcohol to reduce microbes quickly while avoiding fire risk.

This case combines Compound I with sterol biosynthesis inhibitors to improve plant disease control while reducing resistance pressure.

This case shows how lithium salts suppress hydrolysis and support stable liquid sulfonylurea herbicide formulations.

LAE controls unwanted microbes in fermentation and preserves moist grain without antibiotics.

This case shows how novel molecular structures and composite compositions address resistance and extend pest control.

Engineered CRISPR arrays and guide RNAs use endogenous Cas activity to inhibit selected strains and alter bacterial ratios.

Genetically altered E. coli produce purified Pir and Cry minicells, with separation enabling high-yield insecticidal delivery.

Acinetobacter, Serratia, and Bacillus strains target Ggt through antibiotics, phosphorus solubilization, and siderophores.

This case uses Formula I ether esters to dissolve pesticides while addressing the flammability and toxicity of xylene and naphtha.

Selected additives help preserve composition integrity while supporting radical generation and stable blending over time.

This case applies amino acids and minerals to foliage, reducing root-solution infrastructure while supporting hydroponic growth.

An α-cyclodextrin complex with a polymer binder releases 1-MCP in moisture-responsive pulses to delay plant maturation.

Novel aryltetrahydropyridine compounds address resistance in pests and acarians.

This case combines THPE with thymol, carvacrol, or eugenol to deposit antimicrobial protection on skin after washing.

A solvent-based film with hydrophobic and plasticizing components protects plant cuticles from stressors and pests.

A hyperbranched copolymer boosts antimicrobial action for longer cosmetic shelf life.

This pesticidal composition combines spiropidion, cyantraniliprole, and lactose to improve suspension and reduce spray equipment residues.

Fusaricidins and chemical pesticides combine for faster, broader pathogen control at reduced dosage rates.

A reduced-rate chemical and nematode blend improves leatherjacket control in turfgrass.

This case uses Bacillus amyloliquefaciens to produce antimicrobials, induce systemic resistance, and promote plant growth.

Crosslinked, water-soluble polymers form sub-100 μm capsules that protect microorganism viability during storage and use.

Combining pyridine carboxylate and HPPD inhibitor herbicides with a safener supports broad weed control with minimal crop impact.

Phenol- and anthocyanin-enriched aloe vera composition combines biotic and abiotic stress protection with cell regeneration.

This case selects DPA-producing microbes to buffer carrier chemistry and storage stress, preserving stability for agricultural use.

An oil continuous phase, dispersants, and rheology modifiers support stable, flowable herbicidal concentrates.

This case uses shuffled Cry toxin domains to broaden pest coverage and create alternative action against insect resistance.

Natural acid elicitors boost plant defenses against disease, drought, salt, and temperature stress.

Amino levulinic acid compounds restore endogenous erythropoietin synthesis, avoiding thrombosis risks from exogenous ESA therapy.

Gelatin capsules containing probiotics and dried plant powders preserve viability for six months, reducing digestive disorders under environmental stress.

Modified artemisinin structures provide strong immunosuppressive activity via oral tablets, eliminating kidney toxicity and intravenous injection requirements.

Seed treatment with phenylsemicarbazones protects plants from underground pests while minimizing environmental exposure and human health risks.

Treating plants with 2-keto-4-methylthiobutyric acid resolves crop yield loss under saline conditions.

A portable apparatus generates medical foam using compressed CO2 and a Venturi effect mechanism.

Cleavable linkers segment metal particles to enhance image contrast while preventing microvessel occlusion during clearance.

A Bacillus velezensis strain AH2 liquid formulation maintains microbial viability and antifungal activity through controlled submerged fermentation processes.

Crystalline pridopidine hydrobromide salt resists deliquescence up to ninety-five percent relative humidity, ensuring stability and bioavailability.

2-(substituted-phenyl)-cyclopentane-1,3-dione compounds reduce post-emergence phytotoxicity on soybean and winter wheat while controlling grassy weeds.

Adsorption chromatography with aromatic synthetic absorbent and ethanol elution yields safe, effective polyphenol compositions.

Novel nucleoside phosphoroamidate derivatives directly inhibit the HCV NS5B viral polymerase to block RNA-dependent replication.

Ethanolamine formulation dissolves sulfonylurea salts, eliminating harsh chemical cleaning and crop damage risks.

Intermittent proglumide dosing resolves tolerance buildup while reducing procedure-related pain and fear.

Cdc42 inhibitors mobilize hematopoietic stem cells from bone marrow, resolving ineffective harvesting and reducing patient stress from repeated leukophoresis.

Zinc oxide and quaternary ammonium salts in thermoplastic resin provide antibacterial activity without discoloration or decomposition during processing.

Thermoresponsive PPCN hydrogels deliver Sirtuin-1 to diabetic wounds, resolving inadequate angiogenesis and excessive inflammation.

Spatially restricted omega-amidase expression in roots boosts crop yield and salt tolerance while preventing toxic metabolite accumulation in aerial tissues.

Boron compounds target transglutaminase to resolve abnormal protein aggregation in neurodegenerative diseases.

Relaxin peptide hormone mobilizes bone marrow-derived endothelial cells through RXFP1 receptor signaling and nitric oxide production.

Partially-open hollow reservoirs encapsulate functional additives in non-conducting polymer walls to enable controlled diffusion release.

Nitrogen-containing fused tricyclic compounds overcome pesticide resistance and environmental toxicity through novel chemical structures.

Applying 0.3 to 1.5 wt-% acetic acid removes liverworts from cultivation substrates while maintaining worker safety and preventing equipment corrosion.

Formula I pyridinone compounds inhibit BET bromodomains, reducing side effects while treating cancer.

Titanium oxide reduces surface tackiness in aqueous film coatings, enabling sustained-release application on 300 μm granules without agglomeration.

Compounds block the eIF4E-eIF4G protein interaction to suppress cap-dependent translation initiation.

Macrocyclic compounds stimulate ghrelin receptors to treat motility disorders without stimulating growth hormone secretion.

Applying fungicide before ammonium fertilizer inhibits soil nitrification, reducing nitrous oxide emissions from agricultural fields.

Gas cluster ion beam processing increases biological surface hydrophilicity without compromising structural integrity, enabling improved cellular attachment.

Passive diffusion devices release azeotrope-like mixtures to repel and knock down arthropod pests without external power.

Specific molecular structures inhibit Fms, Kit, and Flt-3 kinases while minimizing off-target effects on other protein kinases.

Formula I benzimidazole compounds treat helminth infections resistant to existing drugs.

A chlorine dioxide composition uses pH adjustment and surfactants to maintain chemical stability during storage.

Pentosan polysulfate inhibits tumor necrosis factor-alpha induced nuclear factor-kappaB activation, resolving chronic inflammation and renal function decline.

Substituted pyrimidinium compounds overcome resistance development in invertebrate pests through structural parameter changes.

Replacing the terminal phenyl group of modafinil with heteroaryl rings expands therapeutic coverage for excessive sleepiness and cognitive dysfunction.

Metobromuron combines with selected herbicides to achieve synergistic weed control while reducing application doses and maintaining crop safety.

Novel IPD073 polypeptides overcome narrow pest control and resistance development in existing bio-insecticides.

Hyperbaric oxygen therapy mobilizes endothelial progenitor cells to accelerate diabetic ulcer healing despite impaired SDF-1α expression.

Benzyl alcohol preserves esmolol concentrate while buffering agents maintain pH between 3.5 and 7.0, preventing ester degradant formation.

Optimized pH conditions enable one-step negative purification of recombinant HP-NAP, achieving high purity and low endotoxin levels for vaccine development.

A two-part foam dispensing system mixes reagents on application to generate a stable sterilizing composition with enhanced surface retention.

A hydrogen peroxide disinfectant composition uses a non-surfactant organic sulfonic acid to enhance biocidal activity.

Mdm2 inhibitors block PSD-95 ubiquitination to increase AMPA receptor surface expression in neuronal cells.

Phthalazinone compounds inhibit PARP activity via local quality design, reducing tumor growth while minimizing side effects.

Direct compression of active ingredient powder creates additive-free pellets with honeycomb textures that enhance flowability and disintegration.

Pyrrolotriazine compounds inhibit Jak, Trk, and CK2 kinases to treat proliferative diseases.

Electrolyzed fluid composition replicates healthy cell redox signaling molecules to enhance antioxidant enzyme activity.

Dense fluid antisolvent induces precipitation of pharmaceutical compounds into uniform particulate products.

Novel thiazole derivatives provide systemic protection against phytopathogenic microorganisms through targeted chemical structure optimization.

Synthetic polypeptides resolve inefficient gene translation to produce high-performance fibrous biomaterials.

Sultam compounds mimic endogenous ligands to bind steroid binding nuclear hormone receptors.

Biodegradable cationic antimicrobial peptides replace silver in polyurethane dressings to prevent bacterial infections without environmental accumulation.

A naphthalene isoxazoline compound acts as a GABA gated chloride ion channel allosteric modulator to deliver enhanced insecticidal efficacy.

Novel polycyclic derivatives with 5-membered sulfur-containing heterocyclic rings provide targeted insecticidal activity through specific substitution patterns.