Biocide TRIZ Cases

This case uses Caldibacillus and Paenibacillus microorganisms to reduce viral loads without harming indigenous bacteria or ecosystems.

Smaller harpin-derived peptides resist aqueous degradation while supporting disease resistance and growth enhancement in plants.

This case replaces corrosive cyanamide with stable acylcyanamides for predictable fruit-tree dormancy breaking and flowering.

Antibiosis, egg parasitism, and altered root exudates support broad-spectrum phytonematode control without chemical nematicides.

This case replaces costly ethereal oils with isoxazolinecarboxamide compounds for sustained crop sprout inhibition during long-term storage.

This case uses pH control to stabilize pre-diluted Bacillus pest control agent during storage and distribution.

Liquid-stabilized Bacillus biofertilizer supports plant growth and soil health in alkaline soils.

RNA-guided CRISPR DNA cleavage delivered by phagemids targets resistant or virulent bacteria while preserving non-target bacteria.

This case uses 20–200 nm botanical oil nanoparticles in chitosan to control pests while limiting degradation and non-target harm.

Saturated ester coatings improve granular release while resisting oxidative crosslinking.

The case combines 2-MIB, borneol, and ant-associated compounds to improve tick deterrence and reduce human encounters.

Alkaline detergent with ethanol and sodium hydroxide removes pathogens and bound proteins while preserving ligand activity for reuse.

This case uses a stabilized antioxidant core-shell formulation to suppress callose deposition and reduce oxidative stress in plants.

This case uses synthetic EntV alpha-7 peptide domains to inhibit fungal growth across species, including resistant strains.

Essential amino acids and sugar attract ants while boric acid enables delayed colony control.

Emulsified water stabilizes four active ingredients in a thickener-free oil formulation.

This case combines Candida oleophila with reduced-dose fungicides to suppress post-harvest pathogens, residues, and resistance.

This case combines PVA, surfactants, and water-soluble herbicides to improve rainfastness, distribution, and weed-control efficacy.

Metal particles on zirconium polymers remove microbes from air and water at lower cost.

This composition uses biosurfactants and phospholipids to improve leaf permeation, increasing efficacy with smaller application amounts.

This case uses lactic acid ester for in-can preservation, reducing reliance on restricted biocides while maintaining microbial stability.

Surfactant and ester combinations stabilize water-based herbicide formulations while improving leaf retention and efficacy after rain.

This case uses pH-dependent hydrolysis to release active compounds, simplifying formulations and reducing environmental impact.

Copper compounds paired with silver nanoparticles deliver 3–5× antimicrobial efficacy while limiting silver-related ecotoxicity.

This case applies parameter changes and segmented synthesis to heterocyclic compounds for stronger harmful arthropod control.

This case uses targeted substituent changes in sulfonamide compounds to improve arthropod control while managing synthesis complexity.

This formulation combines buffered amine oxides and herbicide to improve weed penetration, stabilize pH, and protect nearby plants.

Capillary-filled alveolar sticks provide prolonged, stable semiochemical diffusion while avoiding electrical outlets and liquid spillage.

This case combines isoxazolincarboxamides and N-phenyluracile to improve broad-spectrum weed control and crop compatibility.

This case resolves complex coating preparation with a non-covalent polymer film that supports broad-spectrum, residual surface sanitization.

Combining pyrazole and anthranilamide compounds supports broad-spectrum pest control at reduced individual dosage rates.

Digital pest maps guide rotating treatments to limit resistance and pesticide use.

This case combines two fungicidal compounds to improve cereal pest control, lower application rates, and help manage resistance.

A PAM-coated inner surface blocks metal-catalysed peroxide decomposition, supporting pressurized storage and aerosol use.

Embedded biocides help resin coatings retain antiviral protection after cleaning and wear.

This case uses substituent changes to tune kinase affinity, selectivity, CNS penetration, and PET imaging potential.

A sub-atmospheric cold plasma process kills microorganisms in plant material without heat, toxic residues, or active-constituent change.

This case combines alkaline extraction, reducing agents, and resin neutralization to produce tissue-protective mushroom substances.

Specific amino acid substitutions preserve enzyme function while enabling sulfonylurea degradation and greater plant tolerance.

This case uses Bacillus aryabhattai to hydrolyze silicon minerals, improving plant nutrient uptake under saline and alkaline conditions.

Plant protein coacervates replace gelatin for durable, food-suitable encapsulation.

Localized antibiotic scaffolds disperse cranial biofilms and reduce bacterial burden.

A δ-endotoxin and LEA2/dehydrin formulation improves heat stability to maintain pest control in arid conditions.

This case combines azole cores with heteroaryl substitutions to improve pest efficacy, persistence, and resistance-breaking activity.

This case uses low-concentration lactam compositions to inhibit photosynthetic growth and reduce fouling on treated surfaces.

Onium salt compounds target pests and mites while limiting toxicity and crop harm.

Peroxyformic acid cleaning removes biofilms and mineral deposits while preserving membrane flux and rejection capabilities.

This case uses fatty acids and emulsifiers to disperse high-content 6-BAP in water, improving efficiency and reducing manufacturing costs.

A designed lactam ligand forms iron complexes that resist ring opening across pH 1–9 for hydroponic and foliar use.

This case uses pH 6–8 buffered aqueous extraction to preserve osmotic balance and produce foaming biosurfactant powder.

Superabsorbent polymer locks chlorine dioxide molecules in a gel matrix, preserving 80% potency for six months against UV and oxygen decomposition.

Dimethyl sulfoxide dissolves permethrin and imidacloprid, reducing skin irritation while maintaining insecticidal effectiveness.

Segmented sustained-release pramipexole tablets maintain therapeutic efficacy while reducing side effects through periodic dosing profiles.

Cargo delivery particles transport antimicrobial proteins through vascular plant tissue to suppress Candidatus Liberibacter asiaticus infection.

Disrupting the CMAH gene eliminates Neu5Gc from animal products, preventing immune rejection in human therapies and reducing health risks from dietary intake.

Proteobacteria produce unsaturated fatty acid metabolites that activate plant signaling pathways, resolving toxicity and soil contamination trade-offs.

Topical dsRNA application suppresses glutamine synthetase genes, restoring GS inhibitor herbicide potency against resistant weeds.

An artificial tissue system mediates biological interaction with implantable devices to enhance integration and extend device lifespan.

Hot air followed by electrolyzed water sprays cultivated plants to eliminate pests without toxic chemicals.

A stent coating uses a parylene primer and oxygen-scavenging basecoat to stabilize therapeutic agents.

A blend of unbranched alkanediols and phenylalkanes preserves agrochemical formulations against microbial growth without hazardous additives.

Substituted isoxazoline compounds deliver potent insecticidal and acaricidal activity against agricultural pests.

Radical chlorination of pyrazolecarboxyaldehydes avoids manganese dioxide by-products and improves space-time yield compared to traditional oxidation methods.

Low molecular weight aurin tricarboxylic acid inhibits complement activation at C3 convertase and C9 binding stages.

Substituted indole structures reduce histamine release side effects while improving oral bioavailability for sex-hormone conditions.

A pyrazolylpyrazole derivative controls weeds across growth stages without crop damage.

Hydrogel matrices divert thermal energy through evaporative cooling to prevent burns during flash fire exposure.

Isotopic substitution of rivaroxaban reduces adverse events while maintaining therapeutic efficacy.

Chlamydomonas chloroplasts express non-glycosylated Plasmodium antigens, resolving glycosylation issues in traditional hosts.

High-boiling organic solvent in aerosol formulation resolves contradiction between stability and knock-down speed for flying pests.

Tebuconazole crystal form 2 delivers superior solubility and stability through controlled crystallization.

Segmented compartments separate a thirst-sating aqueous gel from biocide bait, resolving pest aversion and boosting mortality rates.

MTAP inhibitors block enzyme activity to delay tumor growth while minimizing toxicity to normal cells.

A dental cleaning composition combines oxidizing and reducing agents in a stoichiometric ratio to neutralize reactive species.

Amphiphilic co-network membranes encase xenografts to prevent immune rejection while permitting essential molecule diffusion.

Controlled drying preserves flavonoids in artichoke extracts to increase HDL cholesterol levels.

Segmented PHI-4 protein domains create versatile variants that overcome narrow efficacy limits of existing Bacillus pesticides.

Polyvalent metal cations tune pesticide release from polyurea shells, preventing co-herbicide interference and reducing crop injury.

Combining a carboxamide compound with fluazaindolizine overcomes the trade-off between broad spectrum efficacy and composition complexity.

Quinoline quinoxaline benzothiazine derivatives provide microbiocidal activity against plant pathogens.

Site-directed mutagenesis of Cyt1A polypeptides broadens insecticidal spectrum while reducing hemolytic toxicity in transgenic crops.

Heating aqueous suspensions yields stable unsolvated thienopyrimidine crystals, resolving filterability and stability issues in large-scale production.

Saturated fatty acid phosphatides stabilize lipid membranes against oxidation, ensuring high drug retention and targeted cancer cell destruction.

Bulleyaconitine A treats skin pruritus by stimulating endogenous opioid peptides, avoiding toxic side effects on liver and kidneys.

Light energy creates indentations in plant surfaces to facilitate substance penetration, bypassing protective layers that hinder conventional delivery methods.

A composition combining 2-undecanone with diatomaceous earth targets insect pest eggs directly.

Modified dihydrohydantoin structures resolve the trade-off between broad efficacy and crop selectivity in weed management.

Bacillus inoculants induce volatile organic compound production in treated plants to attract parasitoids and deter herbivores.

Calebin A suppresses TNF-alpha, IL-6, and IL-1beta cytokines to manage obesity-related inflammation.

Benzodiazepine antifungals use phenyl substitutions against dermatophytes and systemic fungi.

Novel insecticidal proteins overcome resistance development by offering alternative modes of action against Lepidopteran pests.

Raised microbead arrays on a fibrous substrate provide controlled abrasion for gentle exfoliation while trapping shed skin cells to prevent irritation.

New polymorphic structures improve bioavailability by resolving insufficient dissolution rates in conventional oral formulations.

A pharmaceutical composition combining glutathione and orotic acid treats oral inflammation through antioxidant and cellular repair mechanisms.

Spirohexenolides block MIF tautomerase activity to suppress tumor growth and metastasis while sparing healthy cells from cytotoxic damage.