Biocide TRIZ Cases

Sulfonylurea treatment resolves the contradiction between plant stability and alkaloid yield by reducing lodging and seed weight to boost capsule mass.

Alcohol extraction followed by resin chromatography isolates TSG and catechin while removing emodin to reduce side effects.

Controlled crystallization yields stable forms I and II of a glucopyranosyl benzene derivative, preventing amorphization during grinding.

Pentosanpolysulfate mediates between CD3 binding domains and neural tissue to prevent adverse neurological reactions.

Phosphoramidate nucleoside prodrugs concentrate in the liver, reducing systemic toxicity while inhibiting viral replication.

Benzoxaborole compounds resolve the contradiction between high application rates and crop safety by delivering effective weed control at low dosages.

A herbicidal composition combines saturated nonanoic acid with ketoacids and an emulsifying agent to form a stable aqueous formulation.

Dicarboxylic acid foamable vehicles resolve ointment occlusion by enabling stable, non-irritating skin penetration via phase transition.

A pesticidal composition combines Azadirachta indica extracts with metal fatty acid salts to deliver synergistic pest control.

Respirable aggregates of poorly water-soluble drugs maintain therapeutic lung concentrations for hours, avoiding systemic toxicity.

Combining a dual TOR kinase inhibitor with a cytidine analog resolves the contradiction between single-agent simplicity and comprehensive pathway inhibition.

A topical formulation combines specific molecular penetration enhancers to increase skin permeability for active agents.

Combining sesamin-class compounds with arachidonic acid class compounds in specific proportions to create a synergistic physiological effect.

Transforming amorphous metsulfuron-methyl into a crystalline form reduces spray equipment residue contamination and wastewater disposal issues.

Bismuth coordination polymers modulate pharmacokinetic properties by forming a gastrointestinal depot that maintains therapeutic plasma levels.

2-Aminopyridine compounds inhibit beta-secretase enzyme activity, reducing amyloid plaque accumulation in the brain.

McMurry coupling synthesizes DY40 to treat breast cancer with 30-fold greater ERR potency.

Orally ingested zeaxanthin absorbs UV radiation to protect skin from damage, avoiding the side effects of synthetic tanning agents.

Wharton's jelly-derived hepatic progenitor cells co-cultured with injured tissue treat fibrosis and cirrhosis.

New chemical structures deliver effective disease control while reducing toxicity to humans and environmental impact.

Halogenating agents transform diamines into sulfilimine intermediates, resolving yield and quality trade-offs in heterocyclic synthesis.

Glucagon receptor antagonist compounds block hepatic glucose production, lowering plasma glucose levels and restoring insulin responsiveness in type 2 diabetes.

Chelating agent formulations resist biofilm formation in contact lens solutions, maintaining eye safety while ensuring broad-spectrum disinfection.

Segmented bicyclic scaffolds modulate CXCR4 and CCXCKR2 signaling to treat cancer and HIV.

Merging the ketone with defined alcohol ratios achieves synergistic inhibition of molds and bacteria, lowering required ketone concentrations.

Modified prostaglandin analogs lower intraocular pressure while minimizing ocular surface hyperemia and foreign-body sensation.

Novel Vip3 proteins from Bacillus thuringiensis deliver broad insecticidal activity against diverse pest species.

Shielded antimicrobial article reduces surface pathogens without direct contact, leveraging a spectrum of efficacy to neutralize contaminants on agricultural products.

Novel prostaglandin analog compounds reduce intraocular pressure while stimulating hair growth through targeted molecular modifications.

Conditioning taxane coatings alters solid forms to control therapeutic release rates on implantable medical devices.

Covalently attaching water-soluble oligomers to small molecules creates conjugates with improved solubility and reduced membrane crossing rates.

Transparent metal oxide coating on polymeric dental appliances delivers sustained antimicrobial activity through controlled silver ion release.

Specific compounds target the pathogenic bacterium causing Huanglongbing to sustain crop yields.

Nocardia rubra cell wall skeleton activates macrophages and natural killer cells to produce cytokines, resolving safety concerns in HPV treatment.

Dimethyl sulfoxide enables botulinum toxin penetration through the gastric mucosa, resolving needle placement precision issues without surgical intervention.

Sodium aluminate replaces harsh commercial biocides in a low-fatty-matter formula, achieving 5 log bacterial reduction while minimizing foam generation.

Combining dichlorprop with glyphosate overcomes resistance in stubborn weeds while maintaining crop safety through optimized ingredient ratios.

Dissolving hop beta-acids as alkali metal salts in propylene glycol prevents precipitation and maintains solution homogeneity across wide temperature ranges.

A seed surface composition uses non-diazo pigments to provide uniform coloration and improved hiding power.

Caprylate replaces hazardous acetone drying to inactivate viruses while maintaining protein stability.

A novel antiparasitic composition combines spirocyclic isoxazoline, moxidectin, and pyrantel pamoate to deliver synergistic efficacy against parasites.

Organo-arsenoxide compounds reduce toxicity while maintaining therapeutic efficacy by inducing apoptosis in proliferating cells.

Exposing neutralized precipitated calcium carbonate slurry to ozone destroys bacterial contamination without special equipment.

Adjusting pH converts monohaloamine to dihaloamine, creating synergistic biocides that reduce biofilm formation in industrial process waters.

Oxadiazole derivatives reduce environmental harm and cost while maintaining disease control effectiveness.

A single phase solution of carrier material and dopant undergoes freezing followed by solid solvent removal to yield a liquid carrier with dispersed nano-particles.

A sublimable matrix material provides sustained release of biologically active agents through phase change.

FeCoNiCrCe high-entropy alloy incorporates cerium to form a CeNi3 phase, resolving the lack of antimicrobial ability in traditional medical alloys.

Biochar matrices impregnated with active agents reduce chemical leaching into groundwater while maintaining pest control efficacy.

A pesticide composition uses solid sodium lauryl sulfate mixed with water to eliminate crawling pests.

[1,2,4]Triazolo[1,5-a]pyridinyl-substituted tetrahydroisoquinoline derivatives act as triple monoamine reuptake inhibitors.

Aqueous fermented maize liquor and soya protein hydrolysates join fungus spores to vegetable seeds.

A hyaluronic acid mixture combines low and high molecular weight fractions to cover inflammatory surfaces.

A disinfectant composition containing potassium monopersulfate triple salt and alkali metal phosphate for shrimp aquaculture.

Potassium chloride bath removes parasites without complex equipment, avoiding narrow therapeutic margins of chemical agents.

Genetic engineering modifies PIC9 sequences to boost expression and toxicity against Lepidoptera pests, reducing chemical insecticide reliance.

Formula 1 compounds suppress premature translation termination by inducing ribosomal misreading of nonsense codons to produce functional proteins.

Dried urea stabilizes quaternary ammonium compounds against temperature variation while reducing surface tension to penetrate difficult-to-reach locations.

Av3 mutant polypeptides control insect populations by modifying amino acid sequences to overcome resistance while reducing environmental harm.

Substituted heterocyclic ethers inhibit NK-1 receptors and serotonin reuptake to treat affective disorders.

Molecular markers accelerate wheat breeding by replacing multi-generation phenotypic selection, reducing time while maintaining stability.

Adjusting melatonin dosage and evening timing improves restorative sleep quality while maintaining total sleep time.

Formula I compounds inhibit cathepsin K activity, improving metabolic profiles and bioavailability to manage osteoporosis effectively.

Chitosan-Cu-BTTri composite films inhibit biofilm formation by reducing bacterial adhesion 85% while preventing copper ion toxicity.

Olefin additives mediate chlorite-acid reactions to suppress rapid chlorine dioxide generation, preserving teat marking visibility and reducing corrosion risks.

C10-C18 monoester solvent impregnates solid polymeric material to control volatile substance diffusion profiles.

A phenyl carbamate compound treats epilepsy with excellent anti-epilepsy activity.

Beauveria bassiana KNU-101 strain achieves 10,000-fold higher sporulation rates to overcome low production yields in mass culture.

Formula I and II compounds reduce cancer cell growth by inhibiting fatty acid synthesis, addressing toxicity trade-offs in diabetes treatment.

Acid form herbicides dissolved in alcohol ethoxylate surfactants prevent volatility and fertilizer incompatibility.

Alkanesulfonic acid delints cotton seeds via mechanical agitation, eliminating equipment corrosion from traditional acids.

Supercritical CO2 extraction yields non-irritating plant extracts that boost melanin production without harsh solvents.

A stable topical veterinary composition uses glycol ether and mono alkyl ester solvents to dissolve fipronil without crystallization.

Pyridodihydropyrazinone compounds inhibit PLK1 kinase activity, arresting cells at the G2/M phase to treat diseases with excessive cell proliferation.

A topical pharmaceutical composition combining an alpha-2 adrenergic receptor agonist with a non-steroidal anti-inflammatory agent.

Epoxy micro-encapsulated essential oils release anionic barriers that repel insects and prevent decay without toxic chemicals.

Polymer particles adhere to virus surfaces and destroy envelopes, eliminating infectivity while avoiding narrow targeting limitations.

Topical calcium channel blockers treat actinic keratosis by inhibiting collagen expression and enhancing matrix remodeling, avoiding surgical pain and scarring.

EcoBug pellets merge cyanobacteria repellents with fertilizers, eliminating complex separate application systems.

Micropeptides regulate gene expression through microRNA pathways, offering an ecological alternative to chemical fertilizers for enhanced plant productivity.

Peptide compounds inhibit the NS3 protease, addressing limited efficacy of existing therapies by achieving sustained viral load reduction.

Polar group modification enables spontaneous organelle localization, resolving spectral limitations in multi-color imaging.

Treated biodiesel glycerin acts as a soil amendment to enhance crop growth and control pests.

Combines elder extract with specific probiotic strains to stimulate non-specific immune responses through synergistic biological activity.

Low molecular weight pyrroloisoquinoline mimetics replicate FSH binding to bypass complex protein purification and stability issues.

Macrocyclic aminopyridyl compounds inhibit beta-secretase enzyme activity to prevent amyloid precursor protein cleavage.