Biocide TRIZ Cases

See how a biofilm of odorless microorganisms prevents mold and bacteria colonization on evapora

See how hydrophilic end-group attachment increases essential oil water solubility and stability

See how a single apparatus handles both dry vacuuming and wet extraction using cyclone and mome

See how hydrogen peroxide-impregnated disposable wipes in a segmented dispenser box reliably el

See how physically incorporated antimicrobials in a porous matrix prevent microbe incubation in

See how a single apparatus combines cyclone and momentum separators to handle both dry vacuumin

See how a hyperbranched polyurea with quaternary ammonium groups merges surfactant and antimicr

See how a dual-stage separator combines cyclone and liquid separation in one upright cleaner to

See how 4-(trifluoromethyl)pyridine compounds overcome pyrethroid resistance in mosquitoes and

See how sulfonic acid groups transform peroxycarboxylic acids into water-soluble, storage-stabl

See how mixed and single oxidation state metal oxides in polymer composites achieve synergistic

User recognition and event logging turn gel dispensing into trackable hygiene compliance data, helping monitor missed or repeated disinfection.

See how a thin, non-fibrous antimicrobial cover maintains weight distribution on medical suppor

See how azeotrope-like compositions of Z-HFO-1336mzzm with water achieve ultra-low global warmi

See how low-temperature polymer curing below 600°C preserves anti-microbial particle effectiven

See how adding adsorbents during hydrosilylation removes platinum catalyst residues, reducing p

See how in-situ hydrotalcite synthesis in the presence of fibers achieves uniform distribution

See how pre-treating fibers with alkaline or acid solutions before hydrotalcite synthesis preve

See how TiO2 nanoparticle coating with UV activation creates self-disinfecting PPE textiles, re

See how quaternary ammonium organosilane, silver particles, and hydrophobic coatings create was

See how a silver-free fabric finish uses crosslinked organic compounds and transition metal sal

See how a low-VOC cleaning composition uses cloud-point surfactants and glycol ethers to achiev

Root-colonizing Trichoderma and Bacillus seed treatments boost growth, nutrient uptake, and carbon sequestration with one formulation.

See how a polymerized repellent bonds superficially to skin, localizing active compounds to pre

See how a multi-component indicator composition provides color-change feedback on disinfection

See how covalently bonded peptides selectively target pathogenic bacteria while preserving bene

See how centrifugation and decantation remove shell particles containing formaldehyde from enca

See how a removable pouch with lower-end opening enables diaper changes without unwrapping, whi

See how biomimetic compositions replicate Muscodor volatile antimicrobial effects using GRAS-ce

See how copper-enriched microfiber threads reduce manufacturing cost while maintaining antibact

See how multi-layer silicon carbide and silver sputtering creates a bactericidal film on fiber

See how hydrophobic viscoelastic foam with controlled cell size and antimicrobial agents enable

See how quaternized DMAEMA-HEMA co-polymers with diisocyanate crosslinking prevent leaching and

See how co-hydrolysate organosilicon compounds with controlled alcohol content prevent gelation

See how a microprocessor-controlled ClO2 generation system uses real-time sensors and feedback

See how separating antibacterial compounds from surfactants enables liquid detergents to achiev

See how silver-ion impregnated plastic and segmented hinge design enable a foldable toilet seat

See how a Rose Bengal polymer coating generates singlet oxygen under light to inhibit viral and

See how a dual-denier polyester fiber blend enables effective octenidine release, maintains ant

See how vertical staging of momentum and cyclone separators enables a single apparatus to vacuu

See how a zwitterionic antibacterial compound uses terminal isocyanate groups to bind durably t

See how a dual-layer towel uses terrycloth for body drying and cotton for hair drying, both imp

See how zirconium phosphate, aromatic sulfonic acid homopolymer, and styrene sulfonate copolyme

See how selective extraction of Muscodor volatile by-products removes toxic naphthalene and azu

See how organic copper complex replaces silver ions in nylon yarns to provide antibacterial pro

See how a water-soluble polymer film retains antimicrobial activity through 50 washes while mai

Lactone-derived solvents improve pesticide solubility in emulsifiable concentrates while reducing phytotoxicity and crystallization risk.

Hypophosphite selectively inhibits syntrophic methanogenesis at low concentrations while also serving as a usable phosphorus source in engineered plants.

A water-based hybrid coating locks in biocides to resist fungal and algal growth with low leaching, without heavy metals or fluorinated resins.

Internal olefin sulfonate and organic acids combine to disrupt fungal membranes and maintain disinfection with fewer conventional base agents.

A light-cured coating locks antibacterial and antiviral monomers into a durable surface layer for longer-lasting protection and added strength.

Mechanical constriction loads HPV antigens and adjuvants into immune cells to drive stronger T cell activation against HPV-associated disease.

Novel purified bacterial strains improve crop yield and stress tolerance while suppressing pathogens without relying on GM traits or heavy agrochemical use.

A free-flowing reaction suspension prevents viscous buildup, improves heat transfer, and cuts reactor cleaning in pesticide production.

Rod-shaped plant VNPs carry nematicides through soil to plant roots, improving nematode control while reducing chemical contamination.

Engineered yeast redirects carbon flux away from ethanol and glycerol to raise 2,3-BDO yield and enable lower-impact MEK production.

Targeted 2,4-phenyl substitution in isophthalamides improves broad-spectrum weed control while maintaining crop compatibility.

A solid protein phase in an oil-based self-emulsifiable concentrate prevents separation and aggregation without hard-to-handle thickening agents.

A polyurea shell controls release of combined herbicides, improving crop safety, formulation stability, and residual weed control.

A cinnamaldehyde and fludioxonil combination suppresses post-harvest fungal decay, delays senescence, and extends produce shelf life.

C4-C10 alkyl hydroperoxides help styrenic latex resist mold, bacteria, and yeast without conventional biocides.

Specific heterocyclic substitutions raise arthropod control efficacy where existing pest-control compounds fall short.

A cross-linked wound hydrogel with Ag₂Zn(EDTA) reduces biofilms while releasing moisture and avoiding Carbopol-related mixing and healing issues.

An aqueous TiO2-alloy particle dispersion prevents agglomeration while forming transparent coatings with antibacterial and antifungal action in light or dark.

Capsanthin treatment boosts plant heat, dryness, and salt stress tolerance while avoiding the growth inhibition seen with conventional methods.

Soil heat-sum modeling pinpoints nematode stage peaks, enabling precise biological treatment timing with lower chemical use.

Combined lipo-chitooligosaccharides with genistein or daidzein boost germination and foliar corn yield through synergistic signaling.

A synergistic florpyrauxifen and tembotrione blend improves broad weed control in tolerant crops while avoiding higher single-herbicide doses.

Novel bacteriophages lyse Xanthomonas bacteria selectively, enabling plant disease control without disrupting bacterial balance.

A two-step DAAO and transaminase route converts D-glufosinate to L-glufosinate, raising stereoisomer purity beyond racemic synthesis.

Specific heteroaryl-triazole substituents expand pest and ectoparasite control while improving resistance handling and formulation compatibility.

Novel difluoro isoindolone derivatives use sulfur-substituent and ring-position tuning to improve pest control against insects and Acarina.

Buffered aqueous picarbutrazox concentrates hold pH at 4-7 to reduce degradation and improve storage stability at low concentrations.

Generate peroxycarboxylic acids on-site at alkaline pH from ester precursors to avoid unstable shipped mixtures, excess reagents, and strong odor.

Systematic substituent changes in isoxazoline compounds broaden activity against invertebrate pests while maintaining strong pesticidal effectiveness.

Specific dihydropyrimidine substitutions improve antimicrobial and nematicidal efficacy while limiting phytotoxicity, resistance, and animal toxicity.

Adding safeners to triazolone herbicides reduces crop phytotoxicity while preserving weed control and supporting plant height and survival.

A cationic biocide, alkylpolyglycoside, and sulfolaurate blend penetrates fabric pores to cut microbes, malodors, and washer biofilms.

A thymol-eugenol spray repels or kills invasive amphibians and reptiles without toxic chemicals or specialized household equipment.

PLA-PHA biodegradable coatings form moisture-driven channels that control nutrient release from seeds or fertilizer and break down after the season.

By inhibiting C4H, these compounds trigger plant defenses that suppress insect and mite damage while reducing resistance pressure and non-target impact.

Novel pesticidal proteins expressed in transgenic plants broaden control across resistant Lepidopteran, Coleopteran, Dipteran, and nematode pests.

A ketone and arginate combination preserves antimicrobial efficacy in cosmetic compositions while reducing ketone concentration and irritation risk.

Cold-adapted Bacillus paralicheniformis strains improve growth and biomass at varied temperatures, boosting root colonization and biofilm formation.

Applying glycine-betaine to flowering plants moves it into developing seeds, improving germination and stress tolerance without coating loss.

A glycol-rich aqueous phase stabilizes bacterial spores to limit agglomeration, decomposition, and odor while keeping spray application uniform.

Cross-linked polymeric shells help microcapsules resist shear during polymer processing, protecting active ingredients until targeted release.

A one-pot route combining urea chemistry with halogenation improves conversion, yield, and purity in fluoro-imino dihydropyrimidinone synthesis.

Resin acids and rosin trigger plant defense genes against fungal stress, cutting copper fungicide use while maintaining crop protection.

Chemically bonded aspartic acid helps nano-carriers cross plant cell walls and membranes, improving delivery while reducing dosage and toxicity.

Combining keto-enol insecticides with a C14-C20 alkoxylated acyl compound speeds pest kill while improving penetration and lasting control.

Amino acid-edited pyocyanin demethylases degrade phenazines and boost antibiotic action against resistant, biofilm-forming bacteria.

A THF-free chlorhexidine composition uses curcumin and alcohol-water solvents to keep skin marking visible without precipitation or instability.

A chelant-acid surfactant composition keeps antibacterial activity after dilution while limiting active concentration in the solid article.

Ring-opening of caprolactam enables scalable amino acid surfactant synthesis with low CMC and strong surface tension reduction.

Foliar application of a Trichoderma cell-free biostimulant helps crops withstand drought and salinity while reducing soil-dependent variability.

Chemical controls can harm health and ecosystems; isolated Bacillus strains offer plant, seed, and soil applications for disease protection.

Solid particulate folpet or captan formulations target crop fungal diseases while limiting phytotoxic harm and environmental impact.

Pyrazole derivatives target insecticide-resistant arthropods, mollusks, and nematodes to reduce crop damage and disease transmission.

Compound I and fungicide mixtures target cereal pathogens with G143A or F129L mutations linked to Qo-inhibitor resistance.

Combining metyltetraprole with a second fungicide creates synergistic mixtures for broader fungal control, improved plant health, and resistance management.

Photoexcited phthalocyanines generate singlet oxygen to destroy microorganisms while pyridinium groups improve stability and limit aggregation.

High alcohol can dry skin; this composition pairs 10–40 wt.% C1-8 alcohols with pH ≤6.0 for over 4-log reduction in 1 minute.

Bacillus spores and formulation aids break down field stubble before no-till seeding, helping preserve nutrients and improve seed placement.

Stable powder or solid formulations combine nitrite, acidifying agents, and support materials to limit premature nitric oxide generation until solvent activation.

Encoding protoporphyrinogen oxidase in transgenic plants helps maintain crop production under PPO herbicides while reducing plant damage.

Chemical fungicide resistance and biological-product loss over time are addressed with Trichoderma viride filtrate and inert carriers for stable pathogen control.

High-energy sonication combines edible oil, melatonin, α-tocopherol, and dextrin to preserve stone-fruit firmness and limit pathogen infection.

Neutral or slightly acidic iodine formulations combine rapid microbial kill with compatibility for skin, wounds, and mucosal tissue.

Spatially separated hydrophobic and hydrophilic regions help engineered peptides disrupt pathogen membranes, including antibiotic-resistant strains.

Peracetic and peroctanoic acids help penetrate biofilms and reduce suspended and attached microbes in industrial water systems.

This case examines nitroanilino-substituted pyrazoles and composite formulations for effective, lower-toxicity fungal disease control.

Hydrophobically modified polypeptoids mediate lipid interactions to encapsulate hydrophobic drugs without destabilizing liposomes.

Novel 2-azaspiro[3-5]nonane compounds improve control of difficult weeds while supporting selectivity and reduced environmental impact.

Pre-activated metal particles in solids and liquids extend pathogen neutralization while reducing reliance on scarce traditional treatments.

This case uses naturally occurring oxo fatty acid derivatives to activate defense pathways and reduce phytotoxicity and soil contamination.

This case combines SDHI, multi-site, and systemic fungicides to broaden disease control, lower dosage needs, and delay resistance.

Explore pyridinium ester formulations that clean greasy soils, deliver shine, and retain antimicrobial activity across broad pH.

Balanced hypochlorous and acetic acids target surface and subsurface wound biofilms, with gels extending tissue contact.

Trialkyl sulfonium salts combined with electrolytes improve fungicidal activity, stability, and compatibility while limiting resistance.

This case replaces toxic antimicrobial metals with surface-enriched trivalent-doped cerium oxide for biological contaminant removal.

This livestock pour-on combines isoxazoline, menthol, and pyrrolidone to sustain parasite control despite rainfall and handling.

Attapulgite pore adsorption and layered encapsulation help retain volatile plant oils and preserve antibacterial activity during processing.

Aminoplast and lignin-based sulfonic acid stabilize saflufenacil microparticles for storage and tank-mix compatibility.

This case uses sulfur-containing groups on chromenone derivatives to improve pesticidal efficacy and compound stability.

Formula I combined with different fungicide modes improves cereal pathogen control and reduces reliance on high single-fungicide doses.

Mobilizable plasmids modify Methylobacterium for stable traits and plant-targeted RNAi delivery.

This case uses oxo and hydroxy fatty acids to improve organic-substance penetration into plants while reducing soil contamination.

This case uses 1–1000 ppm ACC before heat stress to improve tolerance and support grain yield during key growth stages.

Synergistic phage selection limits Pseudomonas resistance in crops.

This case uses an alveolar stick and volatile solvent to sustain passive semiochemical release while limiting chemical alteration.

This case uses peptide- or sugar-based biosurfactants to reduce ROS and preserve plant photosynthetic capacity during abiotic stress.

Piwi or Aubergine complexes guide introduced piRNAs to target mRNA transcripts, silencing genes essential for pathogen transmission.

This case combines allantoin and L-tryptophan in seed coatings to promote initial growth and plant development under stress.

Learn how acidic antibiotic solutions delivered by trunk injection reach vascular tissues to treat bacterial plant diseases.

A PCM-stabilized calcium hypochlorite feedstock supports metathesis to sodium hypochlorite with lower chlorate and perchlorate levels.

This pesticide composition uses pinocembrin dihydrochalcone to control fungal, oomycete, and bacterial plant pathogens.

This case uses sulfur-containing fused heterocyclic compounds to combat pests while reducing toxicity and environmental persistence.

Controlled alkoxylate units improve foliar wetting while limiting foam and instability.

A surfactant-stabilized suspension concentrate limits Ostwald ripening, settling, and caking while reducing crop phytotoxicity.

This case uses chitosan nanoparticles to sustain essential-oil pesticide activity while limiting exposure to non-target organisms.

This case pairs entomopathogenic nematodes with surfactants and a glycol ether to preserve survival while improving soil dispersal.

This case uses oxytocin-treated plant material to accelerate rooting and callus formation, improving propagation speed and yield.

This case combines a formula-based polymer with polyethylene glycol to improve durable, broad-spectrum antimicrobial performance.

This case combines structure (A) compounds with biostimulants or fertilizers to reduce senescence and support stress tolerance.

This case shows how flupyrimin's nAChR activity controls resistant corn pests at lower doses while supporting crop yield and plant health.

Bis-quaternary ammonium salts selectively modulate neuronal nicotinic acetylcholine receptors to provide analgesic activity.

Selective androgen receptor modulators treat dysfunction by normalizing secretions, avoiding virilizing side effects while improving tear lipid composition.

Porous silica with embedded metal complexes eliminates odors without reducing specific surface area.

Oral Lactobacillus strain composition colonizes vaginal epithelia via co-aggregation, resolving discomfort from direct vaginal administration.

A silicone oil composition uses an additive to increase extensional viscosity for retinal detachment treatment.

Formula I compounds modulate androgen receptors to promote skeletal muscle growth while minimizing prostate stimulation.

A chromate-free coating composition combines corrosion inhibitors and quaternary ammonium compounds to form a stable protective layer on metal surfaces.

Polysaccharide biopolymers coat copper nanoparticles to maintain dispersion stability during chemical synthesis.

Novel urea mimics selectively inhibit the P2Y1 receptor, resolving low in vivo efficacy of existing antagonists to treat thrombotic disorders.

A peptide decoy attenuates MARCKS phosphorylation via competitive inhibition, improving spatial working memory in aged rats.

Vented containers in reinforced compartments enable safe peroxyacetic acid transport without special handling.

Dihydropteridinones modulate gamma-secretase to lower toxic Aβ42 while preserving APP cleavage and other peptide species.

Flupyrimin resolves the contradiction between pest control and grain yield by providing long-lasting Lepidoptera protection while enhancing plant vigor.

Fatty acid amide blends dissolve solid herbicides to prevent crystallization and ensure environmental safety without carcinogenic solvents.

A synergistic herbicidal composition merges a 4-benzoylpyrazole compound with conventional active ingredients to deliver broad-spectrum weed control.

Segmenting the S1P receptor family into distinct targets via Formula I compounds improves ligand selectivity while reducing isolation complexity.

Fluorine atoms at the 4-position of phenylpiperidine reduce nitrogen basicity to enhance membrane permeation and metabolic stability.

Applying Fusarium solani JSNL007-2 inoculants activates plant immunity against southern blight, reducing chemical pesticide reliance.

Segmented containers with degradable polymers regulate oxidant delivery, reducing worker hazards during groundwater remediation.

Hydrolysed ellagitannin extract replaces toxic copper salts to eradicate fungal pathogens without soil accumulation.

Polyorganosiloxane adjuvant mixed with larvicide disrupts mosquito lifecycles, resolving reliability versus efficiency trade-offs.

Multivalent metal ion salts of low molecular weight polylactic acid enable controlled drug release from polymeric microparticles.

Selective PDE1 inhibitors lower intraocular pressure while minimizing adverse reactions associated with non-specific treatments.

Temperature-sensitive poloxamer gels increase corneal retention of lipophilic drugs while minimizing visual blur and systemic absorption.

Controlled drying preserves microorganism viability on substrates, resolving storage stability issues without refrigeration.

Encapsulating CO2-producing microbes in biopolymers solves short-lived gradient issues, ensuring reliable airborne pest control.

Fungal fermentation of discarded mung bean hulls recovers valuable antioxidants and anti-inflammatory compounds.

Plectranthus Amboinicus extract serves as a pharmaceutical composition for treating rheumatoid arthritis.

Pyronin salts inhibit bacterial RNA polymerase at sites distinct from rifamycins, avoiding cross-resistance while enabling aqueous formulation.

Segmenting precursors in separate chambers prevents premature degradation, extending shelf-life while maintaining disinfectant effectiveness.

Demineralized bone matrix mixed with perfluorocarbons delivers oxygen to address insufficient osteogenic cell availability in elderly patients.

A quinoline-2,3-fused nine-membered ring compound synthesized through a hydride transfer reaction using an organocatalyst.

Novel diazine-amide compounds resolve the contradiction between high pesticidal efficacy and low environmental impact by optimizing molecular structure.

Oral growth hormone secretagogues resolve injection inconvenience by stimulating endogenous production through hypothalamic receptors.

Novel morphinan compounds act as partial agonists at mu, delta, and kappa opioid receptors to deliver potent pain relief.

Combines sulfonylurea herbicides with safeners to reduce application rates, maintaining crop selectivity while controlling broad-spectrum weeds.

Diastereomers of 2-methylene-19-nor-22-methyl-1α,25-dihydroxyvitamin D3 bind the vitamin D receptor to induce specific biological activities.

Pyrimidine compounds bind chemokine receptors to treat inflammatory diseases, overcoming limited targeting effectiveness of existing therapies.

Mesostructured silica nanoparticles embed benzalkonium chloride to enable sustained antimicrobial release.

A seed treatment agent uses alpha-methoxyphenylacetic acid compounds to protect plant seeds from fungal pathogens during germination.

Spray-drying chitin nanofibril suspensions prevents aggregation during drying, ensuring instant redispersion in aqueous media.

Cycloheteroalkenyl compounds inhibit VR1 and mGluR5 receptors, reducing side effects while treating pain.

Low-concentration capsicum composition enables self-administered intranasal relief from nasal congestion without rebound congestion or addiction.

Chewable antifungal dosage form eliminates hip fracture risk associated with acid-suppressing drugs by targeting Candida albicans directly.

Oxadiazole derivatives reduce environmental toxicity and costs while maintaining high disease protection effectiveness.

Injectable ropinirole composition uses pH control and antioxidants to reduce impurities, bypassing gastrointestinal absorption for stable Parkinson's treatment.