Biocide TRIZ Cases

A mycorrhizal fungi mixture of Glomus species prevents fungal damage by combining multiple strains to overcome chemical fungicide resistance and side effects.

Electrolytic silver hydrosol applied locally reduces post-operative pain and swelling by inhibiting microbial growth where systemic antibiotics fail.

η4-1,3-diene-Fe(CO)3 complexes enable targeted carbon monoxide delivery by triggering release through esterase or lipase activity.

Using hydrazone intermediates directs alkylation to specific nitrogen atoms, reducing by-products and simplifying purification.

Fusing HSV1-TK to beta-galactosidase boosts transgene expression 25-fold while reducing immune responses in gene therapy.

Built-in oil adjuvant stabilizes pinoxaden and fenoxaprop-p-ethyl, preventing flocculation and equipment blockages.

Nitric oxide linked cicletanine compounds provide sustained hypertension treatment via controlled delivery mechanisms.

Optimized polyisobutene content in volatile oil emulsions resolves the trade-off between adhesive strength and solubility to suppress stickiness.

Aspirin and acetic acid permeabilize cell membranes, enabling exogenous molecule entry while maintaining structural integrity.

Halloysite nanotubes solve low release efficiency by acting as nano-containers that protect essential oils while extending food shelf life.

A powder-based composition generates peracetic acid to destroy bacteria and remove protein associated with dry surface biofilm.

Exogenous glycerol bridges endogenous supply gaps, preventing hypoglycemia and protein loss while maintaining hydration through osmotic retention.

Selective hetero pyrrole analogs target cannabinoid receptors to provide therapeutic effects without psychoactive side effects.

Segmenting starch derivatives by molecular weight and molar substitution reduces organ accumulation while maintaining colloid-osmotic pressure.

Engineered peptides induce plant growth and disease resistance by modifying amino acid sequences to overcome chemical degradation and solubility limits.

Essential oil blends in pesticide emulsions boost active ingredient potency through synergistic interactions.

Combining tryptophan hydroxylase inhibitors with prostacyclin addresses multiple disease pathways while maintaining treatment simplicity.

3,4-Dihydroisoquinolin-2(1H)-yl-3-phenylurea derivatives act as selective modulators of the FPRL-1 receptor.

Anionically modified styrene acrylic polymers encapsulate incompatible agrochemical molecules into stable microcapsules.

Modified oligonucleotides replace phosphodiester linkages with non-phosphate bonds to improve serum solubility and cellular uptake.

SIRT1 inhibitors block protein deacetylation to accelerate load-induced muscle growth despite caloric restriction.

Polyether-modified trisiloxanes lower surface tension for superspreading while maintaining biodegradability to reduce environmental persistence.

Calcium treatment boosts podophyllotoxin yield up to 26.8-fold, reducing wild harvesting pressure and preserving endangered plant populations.

A predatory mite composition pairs Amblyseius swirskii with a factitious host mite to maintain a steady food supply.

Phenylcarboxamide derivatives inhibit beta-secretase to reduce amyloid-beta accumulation, addressing inadequate treatments for Alzheimer's disease.

Enzymatic synthesis of fatty acid ester salts creates stable, biocompatible emulsions without organic solvents.

A fungicidal composition combines formula I compounds with fludioxonil and difenoconazole to deliver synergistic activity against phytopathogenic fungi.

Crystalline NMS-E354 salts resolve poor water solubility and high hygroscopicity of the free base, enabling stable pharmaceutical formulation.

Compound I binds mutated cytochrome b protein, restoring efficacy against F129L resistant soybean rust fungus.

Novel bicyclic sulfonimidamide compounds enhance pesticidal activity against animal pests by optimizing molecular stability and structural versatility.

Guanine nucleotide precursors expand somatic hair follicle stem cells by shifting division patterns from asymmetric to symmetric kinetics.

Stable cinacalcet hydrochloride polymorphs lower parathyroid hormone and calcium-phosphorus levels without elevating mineral concentrations.

Selecting specific glycol ethers reduces human toxicity and improves flash point while preventing biocide degradation in cold environments.

Cordyceps cicadae mycelia extracts prevent cataracts via submerged fermentation, avoiding costly surgery risks.

Structurally modified sulfonylurea analogs modulate pancreatic beta cell secretion to lower blood glucose while minimizing hypoglycemia risk.

High-shear mixing at 1000 s−1 dissolves methylcellulose rapidly without prolonged cooling.

A pyrrole compound acts as a potassium-competitive acid blocker to reversibly inhibit proton pumps.

Silica and co-precipitated zinc oxide alumina treatments modify titanium dioxide particles to reduce photoactivity.

Complex oxide ceramic containing rare earth and transition metal elements achieves durable self-water repellency.

A beta carboline alkaloid combined with an indole alkaloid creates a synergistic antimicrobial system derived from natural sources.

Co-precipitating collagen, brushite, and glycosaminoglycans overcomes hydroxyapatite brittleness to enable bone ingrowth.

Traumatic acid mediates taste receptor interaction to boost sweetness perception without increasing carbohydrate sweetener concentration or sugar content.

Structural optimization of aminophenyl compounds reduces P450 enzyme affinity, improving metabolic stability and safety margins.

Tween 80 surfactant mediates compatibility between Bacillus sp. D747 and bifenthrin, preventing phase separation in liquid fertilizers.

Polyanionic block copolymers prevent droplet coalescence and solid aggregation in suspoemulsions, maintaining physical stability under thermal stress.

Microalgae biomass formulations improve agricultural efficiency by reducing nutrient concentration requirements while maintaining high crop yields.

3-Halo-6-aryl-4-iminotetrahydropicolinic acids provide broad weed control through specific chemical structures.

A synergistic herbal composition induces apoptosis in lung cancer cells through vaporized delivery of specific seed extracts.

Hydrochloride salt of a selective M3 receptor antagonist enables targeted bronchodilation via dry powder inhalers.

Novel CETP inhibitors raise HDL-C and lower LDL-C levels through specific heterocyclic ring structures, addressing safety concerns in existing therapies.

Pullulan-based compositions form persistent barrier films on animal teats, resolving brittleness and wash-off issues in dairy mastitis prevention.

A fungicidal composition combines a specific formula compound with carboxamide agents to achieve synergistic activity against plant pathogens.

A flexible sterilizing sheet with embedded electrodes and a built-in handle generates ozone for disinfection.

Tricyclic compounds inhibit mosquito blood meal digestion to prevent pathogen transmission while sparing non-target organisms from toxicity.

Performic acid achieves microbial inactivation at room temperature, preventing polymer deformation and reducing energy consumption.

Optimized pomegranate pulp extract relieves menopausal symptoms without synthetic estrogen risks or dependency issues.

Liposomes containing negatively charged non-zwitterionic lipids extend circulation longevity and resist freezing damage without cholesterol.

Bismacrocyclic compounds inhibit hepatitis C virus NS3 protease activity, reducing side effects compared to interferon-alpha and ribavirin regimens.

Optimized benzoylpyrazole structures resolve the contradiction between effective weed destruction and crop safety through parameter changes.

3-Alkoxy picolinates control grasses, broadleaves, and sedges via structural parameter changes.

Benzotriazine derivatives inhibit kinase activity in the MAPK signaling pathway, offering targeted treatment for cancers linked to deregulated kinases.

Strigolactone analogues boost crop yields under water stress by balancing biological efficacy with production costs.

Hydantoin-stabilized hypochlorite and peracetic acid combination delivers enhanced bactericidal activity in industrial water systems.

Aqueous disinfectant composition utilizing hydrogen peroxide and carboxylic acids to deliver broad-spectrum antimicrobial activity without volatile solvents.

A high-pressure pump and recirculation line maintain constant pressure to generate ultra-low volume fog without fragile electrical components.

Umbilical cord blood mesenchymal stem cells increase alveolar numbers and reduce inflammation without teratoma formation risks.

A dry powder seed coating composition uses an organic carrier material to maintain biological agent viability and adhesion on oilseed surfaces.

Mentha plant extract compositions disrupt biochemical pathways to control resistant weeds while reducing synthetic chemical dependency.

Crystalline polymorphs of a specific pharmaceutical compound enable direct stimulation of pituitary gland cells to release growth hormone.

Nitrogen flushing and vacuum sealing prevent mold and premature germination, extending seed viability beyond three years.

N-substituted bicyclic carbamate analogs bind sigma 2 receptors to induce apoptosis, resolving the selectivity bottleneck of current anticancer agents.

Alpha-amino acid surfactants reduce surface tension to improve biocide wetting and penetration on plant leaves.

Cross-linked cellulose nanocrystals stabilize Pickering emulsions to deliver agrochemicals via a biopolymer matrix.

Selective Kv1.5 antagonists prolong atrial refractoriness without delaying ventricular repolarization, reducing proarrhythmia risk.

Embedding quaternary ammonium compounds in solid polymers prevents coating wash-off and reduces bacterial resistance risks.

Treating common areas with silane quaternary ammonium solutions reduces viral load by over 3-log10, preventing outbreaks and avoiding costly ship downtime.

Specific compounds inhibit NAMPT catalytic activity to deplete intracellular NAD+ levels, resolving unintended side effects on other NAD+ pathways.

Anionic and nonionic surfactants shield cyclohexanedione oxime from moisture and UV exposure, reducing degradation by up to 5% over 24 months.

Silica granules absorb volatile organic compounds to stabilize diffusion kinetics against rain leaching and UV radiation for at least 15 days.

Reduced TcsB enzyme activity in modified Streptomyces sp. enables production of tacrolimus analogues with improved neuroprotective effects.

A functional ecostone composite mixes gypsum, calcium carbonate, and natural fibers to enhance structural strength and sound absorption.

A veterinary composition combines dinotefuran and permethrin to deliver topical insect control.

Metal complexed cyanurate additives deliver stable germicidal activity in polymers while minimizing leaching and thermal degradation.

Applying aqueous acrylic copolymer dispersion reduces growth media hardness and prevents surface crusting, supporting plant germination.

Zinc chelate compounds inhibit cell death endonucleases and scavenge reactive oxygen species, preventing DNA fragmentation when administered after injury.

Composite biocidal materials combine copper glass particles with organic compounds to lower minimum bactericidal concentration and reduce formulation costs.

Amphiphilic lipid-drug conjugates extend drug residence time to 30 weeks, reducing injection frequency and avoiding surgical complications.

Aryl amido moieties enhance CDK-2 inhibition effectiveness, addressing limited clinical trial progression of current inhibitors.

Polymer coatings match solubility parameters to bioactive agents for controlled vascular stent drug delivery.

Biobased dioxanone ring systems functionalize vegetable oils to replace petrochemicals while maintaining high sustainability levels.

Novel therapeutic esters reduce intraocular pressure via prostanoid activity, addressing limited efficacy of existing eicosanoids.

Replacing spray solidification with melt cooling and dry grinding reduces capital costs while maintaining rapid bioavailability.