Biocide TRIZ Cases

Micronised chitosan powder reduces Brettanomyces populations through targeted antimicrobial action.

Isolating a low molecular weight compound from marine microorganisms resolves serum reactivity issues while maintaining potent antifungal efficacy.

Naphthamide derivatives inhibit protein kinases and histone deacetylases, reducing toxicity while maintaining antitumor activity in cancer models.

Reducing peroxide levels below 10 ppm in ethyl lactate excipients preserves pharmacological activity and improves bioavailability.

A fungicidal composition combines a specific compound with inorganic agents to generate synergistic activity against plant pathogens.

Separate granulation of glucosamine with disintegrants prevents moisture uptake and maintains acidic pH for stable oral dosage forms.

Multifunctional polymers featuring pseudo-cationic and hydrophobic moieties deliver broad-spectrum antimicrobial activity while minimizing environmental impact.

Nicotinamide compounds selectively inhibit Bruton's tyrosine kinase to resolve the contradiction between broad immune suppression and specific B-cell targeting.

Alkyne antagonists inhibit lysophosphatidic acid receptors to treat fibrosis and cancer by resolving specificity trade-offs.

Transesterified olive oil creates skin-compatible liquid crystals to boost active molecule trans-epidermal penetration while maintaining barrier integrity.

Mechanosynthesis eliminates solvent toxicity in bioactive compound production while maintaining high yields against phytopathogens like Fusarium.

Substituted pyrimidyloxy pyridine derivatives act as herbicidal compositions to control undesirable vegetation in agricultural crops.

Small molecule 7,8-dihydroxyflavone derivatives cross the blood-brain barrier to activate TrkB receptors, addressing BDNF instability.

Formula I compounds inhibit HCV NS5B polymerase, improving sustained virologic response while reducing severe side effects from interferon-based therapies.

Amorphous 1,2-dihydropyridine compound improves bioavailability by eliminating crystal lattice constraints that limit dissolution rates.

Feather-derived keratin hydrolysis peptides protect corn roots and shoots from oxygen deprivation and toxic accumulation during flooding.

Cysteine protease inhibitors block cathepsin S to suppress non-histamine itch signals resistant to antihistamines.

Local G-protein inhibitors disrupt cardiac autonomic pathways, reducing arrhythmia inducibility without systemic side effects.

Muscle-derived progenitor cells provide long-term soft tissue augmentation via autologous transplantation.

A carboxamide and azole compound mixture provides effective plant disease management through synergistic activity.

Polymeric shell walls encapsulate acetamide herbicides and diflufenican in non-polar solvents to prevent additive sensitivity.

Formula I thienopyrimidines inhibit voltage-gated sodium and calcium channels, treating pain while reducing cardiac arrhythmia risks.

Renewable amides potentiate hydrogen peroxide activity to resolve the contradiction between high bio-content and antimicrobial reliability.

A pyroglutamate stereoisomer mixture enhances seed germination and crop yield through targeted application.

Iodate compounds oxidize sulfites in isolated soy proteins, reducing methanethiol and protecting essential amino acids from degradation.

Polymerically coated fertilizer capsules deliver nutrients via diffusion, reducing resource waste and cost inefficiencies in perennial plant cultivation.

Human autoantibodies bind specific alpha-synuclein epitopes to inhibit protein aggregation and reduce cytotoxicity.

Specific substituent patterns in 2-amino-5-ketoximepyrimidine derivatives achieve selective herbicidal action while reducing damage to useful crops.

Cross-pipe reactors with static mixers produce potassium polyphosphites by rapidly cooling reactants to prevent hydrolysis.

Replacing photoreactive retinoids with stable amino acids eliminates photosensitization side effects while promoting collagen synthesis.

Heterologous endophyte compositions improve plant health by conferring drought tolerance and disease resistance, reducing reliance on chemical inputs.

1,3,5,6-substituted 2-pyridone compounds with azole groups overcome drug resistance in fungal strains while maintaining long-term efficacy.

Rear predator mites using Thyreophagus entomophagus prey for faster breeding rates.

Extended release formulations deliver sialic acid metabolites via hypromellose to maintain steady serum levels and prevent rapid clearance.

A liquid urease inhibitor formulation combines N-substituted thiophosphoric triamides with dialkyl sulfones to enhance solubility and storage stability.

Cyclic carboxylic acid and anionic surfactant stabilize concentrated antimicrobial formulations, retaining 90% efficacy after five years at room temperature.

A microbial consortium of ammonium-oxidizing and commensal strains provides sustained surface protection through competitive exclusion.

Formula I heterocyclic compounds selectively inhibit PI3K-delta and gamma isoforms, sparing PI3K-beta to reduce side effects in cancer treatment.

A hydrating cream foundation combines cellulose gelling agents with oil-soluble polar modified polymers to create a stable emulsion.

Non-living organic substrates create anaerobic conditions without plastic films, resolving high costs and seasonal limits in biological soil decontamination.

Sinking granules resolve packing density limits by using buoyant liquids to deliver larvicide at the air-water interface.

Oral isoxazoline dosing reduces sea lice burdens while minimizing environmental harm and resistance development.

Housing spaces between layers increase storage capacity and evaporation speed, extending the lifespan of the antibacterial sheet.

Segmenting incompatible actives via interfacial polymerization stabilizes the co-formulation while reducing skin irritation.

Tyramine enhances nitrogen assimilation in fertiliser compositions, reducing environmental pollution from mineral fertilizers.

A zinc microemulsion creates a clear, thermodynamically stable coating that seals surfaces and inhibits microbial growth.