Biocide TRIZ Cases

A polymer polycell projectile delivers veterinary medicines remotely, fragmenting on impact to limit splatter and avoid livestock handling.

Using less than 5 mol-% D-glufosinate in foliar L-glufosinate applications improves weed control while reducing phytotoxicity in tolerant crops.

Quinclorac controls weeds while metcamifen reduces phytotoxicity, helping protect susceptible turfgrass such as St. Augustinegrass.

Surfactants lower dynamic surface tension in peracetic acid solutions, helping reusable endoscopes wet faster and resist corrosion.

Selected glyphosate salts and dual surfactants support up to 600 g a.e./L while preserving formulation compatibility and weed-control efficacy.

Wounded mature seedling tissue and TDZ produce organogenic callus for reproducible, true-to-type plant regeneration.

Protease, DNase, and hexosaminidase work together in a wash liquor to remove biofilm and organic soil from medical devices.

A mint-and-rosemary oil blend masks harsh chemical odors while delivering rapid insect knockdown and complete mortality within 24 hours.

Unpredictable stevia breeding is addressed with cultivar 320032, SNP markers, and marker-assisted selection for stable, high-Rebaudioside A plants.

Peptide tags link AAV capsids and tether Cas9 protein, addressing the 4.7 kB packaging limit while enabling transient gene editing.

Saccharopolyspora spinosa W618 uses aerobic fermentation to raise spinosad yield toward cost-effective industrial production.

An electrolysis cell converts sodium chlorite into chlorine dioxide for stable pool sanitisation with less manual dosing and maintenance.

Competitive exclusion and antimicrobial compounds from YBCA5 suppress Psa and phytopathogenic fungi while avoiding chemical residues and resistance issues.

An XG3 microbial agent applied at seedling stage or through seed soaking helps delay flowering, improve growth, and control early bolting in Angelica sinensis.

Combining a quinoline derivative with another pest-control agent boosts acaricidal activity against Mesostigmata mites and helps address drug resistance.

Novel sulfur-containing heterocyclic derivatives address weak insect efficacy through tailored substituents, salts, and stereoisomers.

Specific Methylobacterium strains and cell-free culture concentrates inhibit RLN activity, reduce soil populations by up to 95%, and support plant growth.

Lytic bacteriophages target Campylobacter strains to reduce contamination and colonization without relying on antimicrobials that drive resistance.

Replacing toxic inorganic cobalt salts with vitamin B12, the liquid treatment supports rhizobia activity, root growth, and nitrogen fixation.

Transparent inverse polyacrylamide microlatices enlarge spray droplets and reduce drift while remaining compatible with lipophilic adjuvants.

A pyrethroid–pyrrole composition embedded in polymer supports long-lasting mosquito control against resistant strains.

This case uses tobacco-derived anatabine to repel whiteflies and reduce infestation, offering crop protection without conventional synthetic pesticides.

Pyridone-based compounds provide herbicidal activity with improved weed selectivity for conventionally bred or genetically engineered tolerant crops.

Localized production and application of beneficial microorganisms supports crop yields and protection while reducing synthetic chemical inputs and soil degradation.

Combining AVG with ACC regulates ethylene-related fruit development to improve apple color, firmness, size, texture, and retention.

Combining chromamide compounds with Scott proteins improves insecticidal efficacy and composition stability while helping reduce pest resistance.

A sulfonanilide core combined with haloalkyl and aromatic groups addresses limited weed-spectrum activity and insufficient safety.

CGI factors block fungal conidial germination and growth, offering an alternative to conventional agents linked to resistance and environmental harm.

Defined disulfide bonds in CaNCR folding variants help inhibit fungal and oomycete growth while improving protease resistance.

A two-container system controls contact between stabilized cultures and aqueous solution to restore activity before crop application.

Protease inhibitor genes help potato plants block bacterial exo-proteases, motility, and tuber maceration for durable soft-rot resistance.

Repellent compounds deter bees from flowering crops, helping preserve pollinator safety while insecticides control pest insects.

Zinc and phosphorus dispersed in polyamide fibers address additive leaching, preserving antimicrobial activity through repeated washes and enabling thin fibers.

Stabilizing excipients protect live microbial cells during freeze-drying and storage, preserving viability under harsh processing conditions.

Combining formula (I) compounds with biological control agents addresses weak acaricidal efficacy and poor plant compatibility in crop protection.

A chlorine-free, multilayer protective coating separates silver additives from PVC to prevent discoloration while retaining antiviral activity.

Peroxyformic acid compositions remove biofilms, aldehydes, and alcohols from CO2 scrubbers while breaking down rapidly to extend CIP intervals.

Multiple bacterial and fungal strains address inconsistent crop benefits through growth promotion, root development, and drought tolerance.

Silica hydrogel helps concentrated copper carbonate paste stay on plant surfaces, limiting weather-driven dispersion and repeat applications.

Combining distinct fungicides broadens fungal control while supporting lower application rates and resistance management.

Pantaphos and related maleate phosphonates provide activity against weeds and Pantoea ananatis, addressing herbicide resistance.

A substituted oxadiazine compound targets phytopathogenic fungi and viruses through curative and protective plant treatments.

Folded barrier sheets and drip tubes contain soil around crops, reducing water use and chemical runoff while supporting yield.

Spent lime cauterizes cut tuber skin and carries fungicides to limit Fusarium dry rot without talc or bark flour.

Conventional polymer materials lack durable protection against bacteria and viruses; epoxidized vegetable-oil esters add intrinsic antimicrobial activity.

Soft preservatives and chemical boosters increase formulation complexity; one Brevibacillus fermentate adds broad-spectrum preservation, antioxidant activity, and foam stability.

Conventional corn rootworm control can leave severe damage; Methylobacterium compositions inhibit CRW growth on seeds or plants.

Double-stranded RNA targets essential whitefly genes to bypass insecticide resistance, increase mortality, and reduce crop damage.

1-MCP blocks ethylene action to delay potato greening and solanine production while preserving germination during storage.

Systematic substituent variation broadens pesticidal efficacy while supporting lower application rates, longer action, and plant compatibility.

Surfactant-polymer carriers mediate sustained antimicrobial release to reduce skin irritation and toxicity while maintaining prolonged microbial reduction.

Rhodium and ruthenium metalloinsertor complexes bind mismatched DNA sites to induce selective cytotoxicity in cancer cells.

Replacing unstable Si-O-Si bonds with Si-C bonds enables organomodified silylated surfactants to maintain spreading properties across a pH range of 2 to 12.

ECDI-treated cells induce donor-specific tolerance, eliminating immunosuppressive drug toxicity and opportunistic infection risks.

Systematic crystallization yields distinct polymorphic forms that resolve stability and bioavailability bottlenecks in drug manufacturing.

Novel deltamethrin Form II crystal structure enhances pest control efficacy through controlled melting and cooling processes.

L-glufosinate herbicide mixture with dichlobenil reduces dosage rates and application frequency.

Retinoid compounds act as pharmacological chaperones to stabilize misfolded opsin proteins without causing systemic toxicity from high dosages.

Cyclohexanedione herbicides control AAD-1 monocot volunteers resistant to 2,4-D and fops.

A phytosterol mixture activates quiescent adult stem cells to proliferate and differentiate into functional tissue types.

Optimized extraction ratios of horseradish and cinnamon extracts suppress Newcastle disease, infectious bronchitis, and bursal disease viruses in bird farms.

A water-in-oil emulsion uses alkyl polyglycosides and polyglycerol esters to maintain homogeneity at elevated temperatures.

Indolinone compounds inhibit multiple protein kinases including Aurora A and c-Met to address insufficient therapeutic effectiveness in cancer treatment.

Controlled cooling of ivabradine hydrochloride in water or isopropanol yields stable beta-crystals, ensuring reproducibility for industrial-scale production.

A synergistic herbicidal composition combines pyroxasulfone, mesotrione, and atrazine to manage broadleaf and gramineous weeds effectively.

A photosensitizing composition combines phenothiazine with chlorhexidine for topical application.

Si-Quat coatings replace expensive nano-silver layers on aircraft faucets, reducing bacterial contamination while lowering manufacturing costs.

A thermoresponsive polymer coating switches between pathogen destruction and repulsion modes based on surface temperature.

Reducing injection volume to 1 ml through high concentration formulation eliminates propylene glycol, minimizing deltoid tissue damage and pain.

Administering NOX-1 inhibitors reduces oxidative stress and apoptosis in beta-cells, preserving functional mass for diabetes treatment.

Calcium chloride precipitation removes phytic acid from canola protein isolates, improving digestibility for aquaculture feed applications.

Culturing embryonic stem cells as spheres with EGF, bFGF, and LIF to derive homogeneous neural stem cells with unlimited self-renewal capacity.

Ginseng cambium extract inhibits MMP-1 expression and reduces wrinkles while minimizing side effects from complex biosynthetic pathways.

Hyaluronidase degrades hyaluronic acid to aggregate dermal papilla cells, maintaining inductive properties lost during standard culture maintenance.

Pre-differentiated autologous fibroblasts resolve infection risks and delayed healing in tissue-engineered skin by providing permanent wound coverage.

A TYLCV coat protein fusion moves insecticidal peptides across the whitefly gut epithelium into the hemocoel.

Oxazolopyrimidine agonists activate the EDG-1 receptor to enhance lymphocyte migration and immune response in diabetic wound healing.

MUT31 sunflower plants exhibit increased resistance to imidazolinone herbicides through novel amino acid substitutions in the AHASL protein.

Quinoneimines of malonic acid diamides stimulate macrophage activity and modulate immune responses through segmented structural substitution.

Heating hypericin and PVP above the polymer glass transition temperature yields a complex with higher active ingredient mass fraction.

Specific heterocyclic rings coordinate active site metal ions, resolving the trade-off between inhibitor potency and selectivity against off-target enzymes.

Applying isoxadifen-ethyl as an intermediary safener neutralizes crop damage from substituted isoxazolin carboxamides while preserving weed control efficacy.

A composite disinfectant system uses ribonucleases, proteases, and detergents to degrade viral structures.

Foam generators replace manual handling to reduce biosecurity risks while achieving rapid unconsciousness.

Segmenting multiple gene methylation states into a composite diagnostic profile improves early-stage sensitivity while maintaining operational simplicity.

A biodegradable composite pesticide plug delivers active ingredients through a thermoplastic polymer matrix.

Formula I pyrrolopyrazine compounds inhibit Cdc7 kinase to suppress tumor growth while minimizing normal cell toxicity via local quality optimization.

Switching to clopyralid dimethylamine salt reduces viscosity below 50 centipoise while retaining stability across temperature extremes.

N-sulfonylcarboxamide safeners mitigate phytotoxicity in corn and wheat, allowing higher herbicide doses for effective weed control.

Introducing heterologous EPSPS genes enables glyphosate-tolerant plants that withstand herbicide application while controlling weeds.

A synergistic composition of three CED-4 derived peptides achieves 100% nematicidal activity at reduced concentrations.

Merging triazole and mesoionic active ingredients broadens the pathogen control spectrum while reducing total application rates.

Ulvan oligosaccharides activate membrane transporters to enhance nitrogen assimilation, reducing ammonium toxicity while increasing crop yields.

Quinazoline compounds inhibit voltage-gated sodium channels with high selectivity, minimizing hERG and CYP450 interactions to reduce side effects.

Adding L-carnitine to magnesium salts inhibits crystal lattice formation, enabling storage-stable high-concentration aqueous compositions without precipitation.

Novel 4-piperidone derivatives deliver potent cytotoxic activity against cancer cell lines through specific structural modifications.