Biocide TRIZ Cases

Synthetic metal complexes shift CO2 hydration toward dehydration, raising local CO2 near rubisco without genetic modification.

This case combines removable silver rods, inductive coils, and magnetic stirring for controlled colloidal silver production.

Solid-state fermentation and powder adhesion preserve conidia populations for seven months at room temperature.

This composition combines alkyl ketal esters with antimicrobial agents to protect food, cosmetic, and pharmaceutical formulations.

This case uses marker-assisted backcrossing to transfer a minimal ALS-tolerance region while preserving heterosis and sugar beet yield.

A water-soluble filler and dispersants enable low-pressure extrusion of concentrated low-melting active granules with storage stability.

Isocycloseram and Bacillus components deliver rapid, synergistic pest control.

Ethylene-vinyl acetate containers release pheromone in fields, enabling San Jose scale control with 200–5,000 preparations per hectare.

Genetically engineered plants enrich root-associated microbiomes that transfer growth-promoting effects to neighboring wild-type plants.

This case uses miPEPs to regulate microRNA accumulation and gene expression, improving nodulation, nitrogen fixation, and plant growth.

A portable fluorophore-based detector measures antimicrobial coating coverage to assess surface sanitization efficacy.

This case varies pyridyloxycarboxylic acid substituents and salt forms to balance weed efficacy, resistance profiles, and rice safety.

Targeted c-kit antibodies selectively clear endogenous stem cells, opening niches for transplanted stem cells while limiting tissue damage.

A steam-sterilizable HEC hydrogel with CaCl2 and glycerol enables prolonged bacteriophage release at infection sites.

Defined X-ray diffraction peaks identify a Type 1 crystal form with excellent harmful organism control efficacy.

This case uses bis-indole NR4A1 ligands to suppress lesion growth and fibrosis without hormonal therapy or damage to normal cells.

This durable strain solubilizes silicon, zinc, and phosphorus, binds nitrogen, and antagonizes 14 fungal pathogens.

This soil-applied bacterial composition uses B. celere C-924 to increase flowers and support earlier inflorescence in crops.

Controlled precipitation produces a defined Type 1 benzoxazole crystal with improved stability and harmful organism control efficacy.

Controlled crystallization creates tembotrione crystal form D with higher melting point, chemical stability, and reduced solubility.

Explore fused-ring aromatic compounds that improve weed control and crop selectivity through structure-based molecular design.

Phenyl glycidyl ether copolymers balance pigment dispersion, particle size, viscosity, and low-VOC formulation needs.

This case uses herbicide-resistant biological agents to compete in treated soils, suppress pathogens, and support plant growth.

This case combines an acidic biocidal surfactant with organic solvents to penetrate exopolymer matrices and achieve 5-log biofilm reduction.

This herbicide composition combines pyridate with 4-HPPD inhibitors to control resistant weeds while reducing active compound input.

Media-free jet milling forms homogeneous metal chelates without solvent or drying.

Controlled embryo and larval exposures measure dinotefuran effects with sensitive, repeatable data for water quality criteria.

dPNAG and anti-PNAG antibodies recruit phagocytes for trogocytosis-based killing of drug-resistant filarial parasites.

An adsorption structure and breathable protective cover control repellent volatilization while avoiding sticky skin application and waste.

Pressurized dry dispersion applies lyophilized bacteriophages to surfaces while preserving viability and avoiding liquid fogging.

A pre-formed branched organosilicon core receives acrylate groups, enabling copolymerization for versatile silicone-organic hybrids.

This case combines laminarin with glycerin or other polyols to preserve solubility, clarity, and efficacy across storage temperatures.

LCST-forming polyester coacervates disrupt biofilm matrices, reduce biomass, and limit sloughing and recolonization.

This case uses anucleated minicells to protect and selectively release proteins and nucleic acids, reducing contamination.

This case uses substituted isoxazoline carboxamides to control broad-spectrum weeds while maintaining turfgrass color and density.

Combining herbicide A, pyroxasulfone, and optional herbicide C broadens emerged-weed control while supporting crop compatibility.

Novel TIC7941 proteins broaden Lepidopteran pest control and combine toxin variants to help reduce resistance development.

This liquid composition combines a surfactant, phosphorus derivative, and electrolyte to improve wetting, spreading, and herbicide uptake.

This case modifies toxin sequences and combines protein domains to preserve control across resistant pest species.

An acid source strengthens quaternary ammonium sanitization at acidic pH, low temperatures, and concentrations as low as 20 ppm.

Benzyl benzoate emulsions deliver dust-mite control in aqueous laundry cycles while supporting allergen deactivation and textile safety.

Near-stoichiometric feedstock ratios improve peracetate-ROS yield and reduce byproduct residuals.

This case uses localized anionic herbicide treatment in soybean, corn, and cotton fields to target weeds without treating crops.

Functionalized polymers release nitric oxide over extended periods for antimicrobial protection.

Specific molecular substituents support germination, plant growth regulation, nutrient uptake, and phased weed control.

This case uses modified insect pyrokinin neuropeptides to increase pest mortality and reduce infestation with minimal effects on bees.

N-halamine precursors form coatings that halogen sanitizers reactivate, extending biocidal protection between cleaning cycles.

This case uses N-acetylglutamic acid to activate stress-responsive genes and epigenetic defenses for environmental stress.

Solvent evaporation forms stable antibiotic crystal films on implant surfaces to reduce bacterial adherence and colonization.

This excipient system absorbs moisture and limits bacteriophage titer loss during distribution under varied temperature and humidity.

Surfactants mediate between petrolatum and propellant to resolve contradictions in foam stability and skin irritation.

Halogenated triazolopyrimidine structures overcome pest resistance to existing agents while maintaining manageable molecular complexity.

Tocopheryl acetate and panthenol reduce ethanol evaporation and skin dryness while maintaining poliovirus inactivation efficacy.

Combining adipose tissue with silk fibroin scaffolds promotes angiogenesis to prevent volume loss and improve survival rates.

Structural modifications via latentiating groups improve formulation stability and reduce leaching while maintaining efficacy.

Phosphoramidate prodrugs convert to active triphosphates inside liver cells, bypassing complex phosphorylation pathways and reducing systemic toxicity.

New sulfentrazone polymorph eliminates volatile toluene emissions during milling by removing entrapped solvents via controlled crystallization.

A therapeutic oil blend reduces tumor growth and inflammation while eliminating side effects from invasive procedures.

Mechanical delamination of oxidized polysaccharides yields stable microfibrils with enhanced surface charge.

Selecting specific polyether polysiloxane surfactants stabilizes foam in high alcohol compositions, reducing evaporation and improving distribution.

Tetrazole substitution at C-1 and fluorine atoms at C-7 in a PGI2 derivative enable selective EP4 binding while reducing IP agonist activity.

Integrates safener intermediaries into neonicotinoid formulations to resolve plant compatibility issues while maintaining synergistic insecticidal activity.

Applying formula I compounds to plants increases stress tolerance and input use efficiency, resolving contradictions between fertilizer quantity and crop yield.

Applying a specific pyrazole compound to plants or soil overcomes resistance from efflux pump overexpression in fungi like Septoria and gray mold.

Encapsulating aldehydes in attapulgite eliminates volatility and odor while enabling pH-responsive release.

Stearylamine liposomes associate with hyaluronic acid to sustain antimicrobial action while reducing host tissue toxicity.

Amine mediators stabilize soluble silver salts in polymer solutions, preventing precipitation during storage.

New indolinone derivatives inhibit cell cycle progression through specific kinase targeting.

A phosphonate antimicrobial coating adheres to metal oxide surfaces through strong chemisorption.

Sparingly soluble chlorhexidine salts enable prolonged antimicrobial efficacy by resolving rapid depletion trade-offs in medical applications.

Iron powder mixed with clay increases seed weight for uniform settling while an oxygen generator improves germination rates.

Merging chemical enaminocarbonyl compounds with biological agents reduces pesticide residues while maintaining high pest control efficacy.

Protocatechuic acid crystals disrupt viral envelopes through sharp protrusions and low pH to inactivate enveloped viruses.

A polyurethane seed coating protects seeds from degradation during storage, enabling planting up to one season earlier than usual.

Bacillus subtilis forms a metabolic biofilm on the cleaning surface to degrade waste products, preventing malodors without harsh chemicals.

Amino acids and lactobionic acid dissolve argatroban in water, eliminating ethanol and saccharide use for parenteral injection.

Low-conductivity aqueous paracetamol formulation avoids buffering agents to prevent osmotic shifts and side effects while maintaining storage stability.

A synergistic preservative composition combines propylene carbonate, phenoxyethanol, and organic compounds to inhibit microbial organisms.

Glycerol esters eliminate adult lice and nits via physical suffocation, resolving the trade-off between effective parasite removal and skin irritation.

Pyrimidine derivatives prevent HIV transmission by inhibiting replication without damaging vaginal epithelium.

Thaxtomin disrupts weed cell wall synthesis to control broadleaf and grassy species without harming rice yield or environmental safety.

Amine buffers maintain pH 4 to 8, preventing rapid degradation of fenoxaprop esters when mixed with weak acid herbicides.

A plant growth regulator using ergothioneine promotes crop development.

Merging benzoic acid with essential oil compounds improves weight gain while reducing adverse effects from high dosages.

Targeted amide structures inhibit Cathepsin S to treat autoimmune and inflammatory diseases by disrupting antigen presentation pathways.

Segmented inhibition of H-PGDS via specific molecular structures reduces gastric toxicity while maintaining anti-inflammatory efficacy.

Cosmetic hydrotropes disrupt skin lipid structures reversibly to enhance bioavailability without toxicity or irritation.

Chelated calcium succinate magnesium lipoate vitamin D formulation treats osteoporosis by enhancing mineral absorption and patient compliance.

Hexylene glycol replaces water as the solvent for synthetic urine, preventing rain washaway and maintaining scent potency for game animal attraction.

Segmenting PBD and phenoxyl alkyl ether units enhances DNA binding affinity while improving water solubility and reducing cardio toxicity.

Essential oils and larch arabinogalactan inactivate swine viruses while preserving feed quality without requiring storage.

Lowering serum uric acid levels with specific agents treats insulin resistance while preserving antioxidant activity.

Streptomyces antioxidans strain Sa-21 replaces chemical fungicides to control tomato early blight while eliminating environmental pollution.

Combining Cry34Ab and Cry35Ab into binary toxins prevents rapid resistance development in corn rootworms while maintaining effective pest control.