Biocide TRIZ Cases

Phospholipid microbubbles deliver omega-3 fatty acids to injured tissue, resolving slow oral bioavailability and variable blood levels.

Formula I diazaquinolones block HIF hydroxylation to stabilize subunits for treating ischemia and anemia.

Combining spore-forming bacteria with insect control agents eliminates chemical nematicide toxicity while maintaining effective nematode protection.

Gingiva-derived mesenchymal stem cells reprogram macrophages via the COXs/PGE2 pathway, resolving inflammation delays in cutaneous wound healing.

Solid acid catalysts hydrolyze cellulose into soluble sugars via mechanical agitation, eliminating high temperature and pressure requirements.

Adenosine application stabilizes cumulative crop yields by preventing floral intensity decline after heavy on-crop seasons.

Aminoheteroaryl compounds inhibit c-Met to suppress tumor proliferation while reducing toxicity to normal cells.

D-tagatose triggers plant defense mechanisms to control diseases without phytotoxicity or pesticide resistance.

A fipronil spot-on formulation uses cyclomethicone to maintain high active ingredient concentrations without crystallizing on animal skin.

Combining acetyl coenzyme-A carboxylase inhibitors with sugar alcohols creates a stable agricultural composition for weed control.

Sulfonic acid additives stabilize hydrogen peroxide solutions, resolving the trade-off between antimicrobial efficacy and corrosiveness.

Specific propanil crystal forms improve weed control efficacy while lowering application dosage and environmental impact.

Cationic polymer salts derived from polyamines and quaternary ammonium salts provide antimicrobial action in industrial water systems.

Applying penoxsulam herbicide manages vegetation in chicory fields while preventing crop damage and maintaining yield.

Pyridazinone herbicides achieve selective weed control by binding to plant enzymes, reducing toxicity and environmental harm.

Conjugates anchor peptides to active substances, preventing rain wash-off and reducing environmental pollution through targeted adhesion.

Root-applied paraffinic oil and metal phthalocyanine pigments deliver systemic protection against fungal pathogens while reducing aerial spraying costs.

Cinmethylin and metazachlor combine synergistically to enhance weed control efficacy while reducing crop damage.

A benzethonium chloride composition with menthyl lactate provides broad-spectrum antimicrobial activity and skin cooling.

A solid alcohol gel composition uses cellulose derivatives and carboxylic acid salts to form a stable fuel matrix.

Hydrophobic hydromorphone derivatives overcome polarity barriers for transdermal delivery, converting in vivo to active analgesics.

Hydrophilic polymer coatings with silver agents suppress bacterial growth and maintain visibility in light-shielded neonatal incubators.

Light-triggered release of lithium from a crown ether complex provides targeted neuroprotection while minimizing systemic side effects.

Carbon-linked pyrazole benzamides inhibit histone deacetylase while reducing cardiovascular toxicity and improving solubility.

Compounds targeting the HCV NS5A protein inhibit viral replication across multiple genotypes, reducing side effects from non-specific therapies.

A stable chlorine dioxide precursor remains inactive during injection and converts to active disinfectant upon reaching high-temperature subterranean formations.

Cultivating a mutant microalga with defective delta5 desaturase to accumulate high-purity dihomo-gamma-linolenic acid.

Derivatized cyclodextrins bind gadolinium ions to enhance renal excretion, preventing toxic accumulation and nephrogenic systemic fibrosis in patients.

Novel sulfonamide compounds lower intraocular pressure while providing neuroprotection to halt optic nerve damage in glaucoma treatment.

Measure altered alkaline phosphatase enzyme activity to screen for resistant insects, enabling timely management of Cry protein efficacy.

Structural modifications of pyrazolyl acrylonitrile cores overcome pest resistance while maintaining efficacy against adult mites and eggs.

Pre-populated chitin substrate eliminates acclimatization delay by enabling instant microbial enzyme generation against pathogenic insects.

Ultrasonic vibration segments hydrophobic ursolic acid into 10-100 nm particles, resolving poor tissue delivery and improving anticancer efficacy.

A misted aqueous composition with ethanol or propylene glycol sanitizes edible seeds without triggering mucilage release.

Composite endophyte formulations resolve colonization inconsistency across elite crop cultivars by applying parameter changes and preliminary action strategies.

Interfacial polymerization of MDI and PAPI forms polyurea walls that extend insecticidal activity beyond nine months while maintaining formulation stability.

A submicron lipid coating system enhances active ingredient stability and controlled release through optimized particle size distribution.

Pyrimidine compounds inhibit the DPP-4 enzyme to protect endogenous GLP-1(7-36) from rapid breakdown, eliminating continuous infusion requirements.

Formula I compounds inhibit CETP to raise HDL-C and lower LDL-C, addressing limited efficacy of statins.

Segmented crystal forms of the CFTR potentiator resolve stability trade-offs to treat mutant protein defects.

A plasmid encoding pro-apoptotic proteins and methylated CpG motifs modulates immune responses by inducing apoptosis of pathogenic lymphocytes.

Solvent extraction removes phytotoxic metals and adjusts high pH in biochar, enabling safe agricultural application.

Silver metallogels disperse ions in organic assemblies to deliver antimicrobial activity and adhesive properties.

Genetically modified plants express synthesized pheromones to attract pests, resolving chemical resistance and improving control reliability.

Adsorbents remove sterols from fish oils, avoiding distillation heat damage that darkens color and degrades taste.