Biocide TRIZ Cases

High temperature and pressure treatment converts elemental silver directly into ions, eliminating complex solution steps to simplify mass production.

Paulownia tomentosa wood extracts address hyperpigmentation and sagging skin by inhibiting melanogenesis and improving firmness via optimized extraction.

Teriflunomide inhibits dihydroorotate dehydrogenase to suppress autoimmune responses in multiple sclerosis patients.

Grafted guar protein derivatives reduce drop rebound on plant surfaces to improve phytosanetary retention.

Preliminary checks determine delta-resync feasibility before transfer, preventing unable states and reducing downtime.

Thermal cycling and stretching align polyvinyl alcohol chains, creating anisotropic hydrogels that match soft tissue mechanics for cardiovascular implants.

Partially-desulfonated lignosulfonate prevents amine derivative aggregation in water, ensuring long-term pest control efficacy and physical stability.

Colorized aqueous disinfectant fades after application to visualize surface coverage and ensure adequate contact time.

Adding self-emulsifiable esters increases droplet size, reducing off-target movement without raising application costs or compromising aerial coverage.

Pre-dissolved hydroxypropyl guar in ammonium sulfate solutions prevents nozzle blockages and ensures uniform spray distribution.

Oral cytidine analog formulations overcome gastric instability and poor permeability using specific excipients to maintain chemical stability.

A gradual withdrawal method reduces benzodiazepine dosage incrementally to match nervous system repair rates.

An oleaginous composition protects metal surfaces using a sulfonic acid-carboxylic acid metal complex.

Rapid evaporation of hydroxylic solvents forms amorphous atorvastatin particles with uniform size and improved flow characteristics.

Modifying indolyl ring substituents overcomes kinase inhibitor resistance while maintaining therapeutic efficacy against solid tumors.

Novel oxadiazole compounds with hemiaminal structures deliver broad-spectrum fungicidal activity against plant pathogens.

A preservation solution for magnetic beads uses surfactants and water-soluble salts to maintain monodispersity.

Panagrolaimus sp. nematodes replace perishable Artemia cysts to boost Macrolophus pygmaeus weight while eliminating ecosystem damage from wild capture.

Aza-substituted spiro derivatives target the histamine-H3 receptor to treat sleep and memory disorders while minimizing side effects.

Pharmaceutical compositions dissolve aptamers at high concentrations by forming salts with organic bases, resolving stability versus solubility trade-offs.

Specific arylsulfonamidothiazole compounds inhibit 11βHSD1, reducing cortisol production and improving insulin sensitivity in metabolic syndrome.

Applying phosphite salts to cereals reduces deoxynivalenol contamination below 1.1 ppm standards, overcoming limitations of conventional fungicides.

A dual-phase cement precursor system combines separate powder and liquid phases to form a biocompatible bone graft material.

Radio frequency plasma discharge chemically modifies anodized titanium dioxide nanotubes to resolve osseointegration failures caused by smooth implant surfaces.

Replacing alcohols with organic acids resolves the contradiction between tuberculocidal efficacy and material compatibility on sensitive plastics.

Adding yeast lees to Ganoderma lucidum cultures enhances antimicrobial activity, replacing synthetic preservatives in cosmetic formulations.

Adding citric acid to sesame oil or ethanol prevents degradation of (-)-Δ9-trans-tetrahydrocannabinol during ambient storage.

A recombinant BCG vaccine overexpresses Mycobacterium tuberculosis antigens to generate protective immune responses.

High-concentration alginate films provide strong mucoadhesion and flexible drug delivery for patients with swallowing difficulties.

Microchannels and vacuum manifolds on the implantable portal neck promote stable cell colonization while preventing bacterial growth.

Modifying tetrazolinone structures overcomes pest resistance while managing molecular complexity.

Esteramide compounds solvate phytosanitary active ingredients, preventing crystallization and maintaining stability under demanding conditions.

Halogenating the boron atom in oxaborole moieties creates volatile derivatives that maintain strong antifungal efficacy against postharvest pathogens.

A pharmaceutical combination of a taxane and a Smac-IAP binding inhibitor achieves synergistic anti-proliferative activity while reducing side effects.

Specific surfactant blends prevent hard packing of settled sediments, ensuring reliable redispersion during spray interruptions.

Novel amino-substituted seven-membered heterocyclic compounds inhibit dipeptidyl peptidase-IV to enhance insulin production.

Oppositely charged polyelectrolytes create a reaction product that pins fluid droplets, reducing pesticide drift and environmental pollution.

Haloperoxidase catalyzes oxidation of halide ions to inactivate spores and viruses at temperatures below 65°C.

Carbamate-linked rapamycin-peptide conjugates resolve poor aqueous solubility while maintaining anticancer efficacy.

Substituted phenylpyrimidine hydrazides with a 4-position hydrazide group deliver broad-spectrum herbicidal activity against economically important weeds.

Antimicrobial ink coating on glove dispensers eliminates cross-contamination risks by destroying pathogens on internal and external surfaces.

Metarhizium rileyi spores infect treated insect larvae to produce concentrated harvests, replacing costly media that cause low yield and strain degeneration.

Block copolymers gel natural plant oils to replace petroleum derivatives, maintaining lathering while improving environmental friendliness.

Segmenting hydrophobic and hydrophilic phases avoids greasy feel while maintaining enzymatic activity during skin application.

Mitotically inactivated stem cells repair damaged tissue while preventing teratoma formation and eliminating lifelong immune suppression requirements.

Optimized polyol to dispersing agent ratios preserve microorganism viability while preventing precipitation in biocidal formulations.

Substituted tricyclic thrombin receptor antagonists provide anti-thrombotic and anti-atherosclerotic activities through specific structural modifications.

Gradient silver and zinc ion distribution in zeolite particles prevents discoloration under UV exposure while maintaining antibacterial activity.