Biocide TRIZ Cases

Choline fatty acid ionic liquid compositions maintain residual protection against bacteria and viruses longer than alcohol-based sanitizers.

Synthesizes water soluble polyacrylate silver salt via metal ion exchange and ultrafiltration.

A ketone body composition enhances ATP biosynthesis through synergistic enzymatic reactions.

Extracting chlorophyll-a from intact chlorella cells avoids toxic reagents and complex purification steps required by conventional methods.

A synergistic combination of Bacillus thuringiensis subsp. aizawai, Bacillus thuringiensis subsp. kurstaki, and cyantraniliprole targets Lepidopteran pests.

Red clay processed material achieves anti-corrosive and virus disinfecting activity while eliminating toxicity issues associated with synthetic antiseptics.

Calcium phosphite mixes with prohexadione calcium to enhance nutrient uptake without reducing growth regulator efficacy.

Modified pyrazole structures increase biocidal efficacy against diverse pests while reducing toxicity to non-target organisms.

Electrostatically charged composition creates a field near nostrils to trap airborne particulates, replacing bulky masks with passive protection.

Hydroxycarboxylic dialkylamides prevent phase separation and crystallization of biocides across 5 to 40°C storage temperatures.

Oral amino acid formulation replaces invasive injections to boost human growth hormone secretion while ensuring patient tolerability.

Sequential biocide application manages microbial infestations in slurry pipelines while preventing pipeline corrosion from oxidizing agents.

High carbon polar modified polymers react with polyamines to form water-insoluble structures that maintain integrity in liquid environments.

Single bait formulation merges insecticide and rodenticide functions to resolve simultaneous pest control complexity.

Local quality modifications on the phenyl ring enable selective weed control while maintaining crop safety through precise structural tuning.

A recombinant HSV-2 vaccine vector expresses foreign antigens to elicit robust immunity.

A liquid pesticidal composition uses a calcium oleate and alkyl polyglycoside emulsifier system to stabilize active ingredients.

Magnolia bark extract and sodium lauryl sulfate in fast-release gum inhibit plaque biofilm without bitter alcohol aftertaste.

Segmented layers and protective coatings resolve cetirizine degradation while maintaining pseudoephedrine stability for twelve-hour relief.

Dual-mode application of SDHI seeds and field PPO inhibitors controls weeds and pathogens while minimizing phytotoxicity to herbicide-resistant crops.

Chromone derivatives combat herbicide-resistant weeds through novel modes of action, offering environmentally safe control suitable for organic farming.

Lupinus albus seed extracts replace synthetic fungicides to boost crop yield while eliminating environmental pollution from persistent chemical residues.

Applying a biological reducing agent solution to copper alloys accelerates reactive oxygen species generation, resolving the delay in immediate sterilization.

A fused heterocyclic compound with specific substituents controls noxious arthropods effectively.

Composite wipe removes adhesive residue while protecting peristomal skin from irritation, maintaining pouch adhesion.

Sequential degradation of cyclodextrin-loaded polyelectrolyte layers extends release duration beyond diffusion limits while preserving agent integrity.

Substituted thiophenyluracils resolve contradictions between weed spectrum and crop safety through structural parameter changes.

Merges 4-oxo-4-[(2-phenylethyl)amino]-butyric acid and quinone outside inhibitors to resolve low efficacy when used separately.

Substituted amide imidazopyrazines inhibit Syk kinase activity to reduce aberrant B-cell and mast cell activation.

A multifunctional slow release tablet composition delivers sustained biocide and corrosion inhibitor action in industrial water systems.

Hydrogen down-regulates MAPK phosphorylation in monocytes, suppressing inflammatory responses without side effects.

Conjugating aptamers to MRI contrast agent particles enables non-invasive biomarker detection by overcoming light penetration limits.

Nuclear reprogramming factors convert somatic cells into induced pluripotent stem cells.

Root irrigation with Trichoderma harzianum increases tobacco biomass and defensive enzymes, reducing black shank incidence by 75.94%.

A nitrogen-fixing bacterial inoculant colonizes non-legume plant roots and aerial parts to supply ammonia directly.

Alginate oligomers bind fungal cell walls to boost antifungal agent potency, reducing required doses and side effects.

Combining eprinomectin and praziquantel in topical formulations extends shelf life while maintaining efficacy against ectoparasites and endoparasites.

Plasma treatment immobilizes bacteriophages on spacer implants, solving the difficulty in delivering effective antibacterial agents to infected tissues.

Applying a keratin hydrolysis peptide solution compensates for reduced photosynthesis in low light, maintaining plant health and yield.

Biodegradable polymer depot suspends solid particles to release therapeutic agents for post-operative pain relief.

Adjustable porphyrin metal associations reduce bacterial resistance by dynamically adapting to environmental changes.

A nucleotide-cochleate composition uses a positively charged amphiphile to associate with siRNA molecules.

Water-insoluble polymer core with mixed polymer coating manages levetiracetam release, reducing bulkiness of high-dose drugs.