Biocide TRIZ Cases

Nanobubble water washes out and kills pathogens via oxidation, avoiding drug resistance from azole fungicides.

Bicyclic dihydroimidazolone compounds antagonize CGRP receptors, improving therapeutic efficacy while reducing side effects compared to existing treatments.

Combining an Akt inhibitor with conventional anticancer agents to enhance anti-tumor activity.

Novel arylamino N-heteroaryl compounds inhibit MEK activity to treat hyperproliferative diseases like cancer.

Amino acid covalent linkage resolves low solvent solubility while preserving antineoplastic activity.

Sir2 inhibitors block enzymatic deacetylation to uncouple proliferation from differentiation, enabling safe ex vivo stem cell expansion.

C7-18 gallate coatings sensitize pathogens to mild heat, resolving the contradiction between effective sterilization and seed viability preservation.

Regranulating fine powder with Cu2O agents prevents property deterioration during recycling while providing antibacterial and deodorizing functions.

Structural modifications of diaminotriazine compounds improve herbicidal action at low application rates while maintaining crop plant compatibility.

A chlorine dioxide production method adjusts the acid-to-chlorite molar ratio based on real-time reactor temperature to optimize chemical usage.

Sulfonated polyester shells immobilize silver nanoparticles, preventing aggregation while maintaining thermal stability.

HIF-1 inhibitors reduce therapy resistance by targeting hypoxic regions to prevent tumor angiogenesis.

A microemulsion formulation merges acidic 2,4-D and Dicamba into a single ready-mix product.

A shaving aid composition uses an organic polyhalogenic post-foaming agent to induce foaming without hydrocarbons.

Submicron triglyceride particles in a phospholipid-stabilized emulsion provide hydration without interfering with the visual appearance of applied colorants.

Silica and kaolin adsorb liquid pyrethroids into granules while a block copolymer prevents dustiness and eliminates solvent toxicity.

A humidity-responsive antibacterial membrane embeds ultrafine gold nanoparticles within a cyclodextrin metal-organic framework for targeted pathogen destruction.

Halogenated arylboronic acids stabilize hydrophobic polymer emulsions for medical device fabrication.

Molecular markers accelerate XW10Q breeding cycles while maintaining disease resistance and grain quality.

Cationic guar seed coatings retain water and active ingredients to prevent runoff loss while promoting seedling establishment.

Modified HPPD enzymes enable selective weed control without crop damage.

Polyfluorobenzyl pyrethroid compounds overcome metabolic and target-site resistance in bed bugs while maintaining rapid knock-down speed.

Novel dibenzyl urea compounds act as potent vanilloid receptor antagonists to inhibit pain signals.

A modified alkyl glycoside and alkanediol formulation delivers effective cleaning and antibacterial action.

Porous polyhexahydrotriazine polymers nucleate metal nanoparticles to deliver sustained antimicrobial activity.

Segmented tablets with release-retarding polymers maintain stable plasma levels, reducing adverse events from peak concentrations.

Inoculate conifer seedlings with toxigenic endophytes during a susceptible developmental window to achieve internal colonization.

Azole-azine compounds improve insect control efficacy while maintaining broad spectrum activity against diverse pests.

Cyclic di-nucleotides stimulate STING pathways to increase type I interferon production in cells.

A theanine derivative and carboxylic acid coumarin derivative condensation product acts as a multi-target inhibitor for tumor growth.

A fungicidal composition mixture combines active ingredients to enhance biological activity and crop protection.

Optimized chlorine dioxide synthesis reduces investment costs by enabling high conversion yields in smaller reactors through precise molar ratio control.

Discrete aqueous gel spots concentrate insecticide and attractant on fruit trees, reducing environmental impact while maintaining residual activity.

Targeting the protein-DNA interface bypasses ligand binding resistance mechanisms in tamoxifen-resistant breast cancer.

C6-azaspiro iminothiadiazine dioxide compounds inhibit BACE enzymes, reducing amyloid-beta production to address Alzheimer's disease causes.

Ether-amide compounds solubilize phytosanitary active ingredients, preventing crystallization at low temperatures.

Optimized chemical structures overcome drug resistance and side effects in Hepatitis C and fungal treatments.

Covalently bound cysteine component using an S-S bridge prevents cytotoxic effects and biofilm accumulation on medical surfaces.

A cable tie body incorporates zinc and copper antimicrobial additives alongside detectable metal components to secure elongate members.

Biological insecticide formulation containing Bacillus subtilis spores combined with polyamide and sorbitol for effective pest control.

A biocidal composition uses a pH buffer and surfactant in an aqueous carrier to enhance primary biocide delivery.

An implantable medical device integrates a polymer reservoir and rate-controlling membrane to reduce post-implantation infection risk.

Plant cell fermentation produces contaminant-free 4-hydroxyproline, avoiding animal-derived prion risks.

A catalytic one-pot process converts aniline derivatives to substituted ortho-chloro-bromobenzenes using inorganic nitrite and a copper catalyst.

Collagenase breaks down fibrotic plaques while stem cells promote revascularization, addressing long-term curvature recurrence.

Solvation creates stable pseudopolymorphic forms that improve bioavailability while maintaining manufacturing efficiency for HIV protease inhibitors.

A dual-purpose mosquito repeller combines tablet and liquid heating units within one body to generate repellent smoke.