Biocide TRIZ Cases

A detecting apparatus uses artificial cell walls and stacked culture media to identify phytopathogenic fungi.

Oral poly(beta-hydroxy fatty acid) polymers resist upper gut absorption and release active monomers via bacterial fermentation in the large intestine.

Combining cyclohexanedione with additional herbicides reduces application rates while delaying resistant weed species emergence, solving spectrum limitations.

Cyclodextrin agents in 2-oxo-1-pyrrolidine formulations enable rapid dissolution meeting regulatory criteria while reducing tablet sticking.

Pre-crosslinked polyacrylic acid nanoparticles self-assemble into an adhesive nanogel coating upon solvent evaporation.

Virus-like particles encapsulate antimicrobial molecules to transport active compounds into the plant apoplast.

Low-temperature geopolymerization of sepiolite and alumina sulfate creates strength without high-energy heat treatment.

Lactamide solvents bridge active ingredients to resolve formulation instability and eye irritancy at varying temperatures.

Combining adipose tissue with silk fibroin establishes blood supply to prevent volume loss in soft tissue replacement.

A plant growth regulator containing 5-azacytidine and Tween 80 treats female flowers to reduce fruit length and weight.

An aniline derivative inhibits host cell protein kinases to suppress RNA viral replication, bypassing resistance from high mutation rates.

WO10476N1 wheat employs molecular markers to accelerate breeding efficiency while maintaining genetic stability.

2-Amino-1,3-propanediol degrades malodorous acids and thiols in washing compositions, eliminating root causes rather than masking odors.

siRNA-mediated p53 reduction in endothelial progenitor cells overcomes high glucose-induced apoptosis, boosting capillary formation.

Selective pyrazole compounds modulate MAP kinase signaling to reduce keratinocyte proliferation while preserving skin fibroblast function.

Engineered zinc finger proteins alter stem cell differentiation states to generate specific phenotypes for therapeutic use.

Tetra-branched D-amino acid peptides resist proteolysis and reduce eukaryotic toxicity while maintaining antimicrobial activity against resistant bacteria.

Catechol-based derivatives manage blood sugar levels while promoting coronary blood flow to prevent cardiac muscle injuries from ischemia.

Engineered CCL-CCL_scFv protein overcomes pest resistance by binding Plutella xylostella midgut receptors with higher affinity than Cry toxins.

Novel fused ring pyrimidine compounds overcome resistance in harmful insects by utilizing specific heteroarylmethyl structural modifications.

Modified quinoline structures boost efficacy at low application rates while improving toxicological and environmental safety profiles.

Novel purine analog compounds act as Toll-like receptor agonists to stimulate innate immunity and exert cytotoxic effects on cancer cells.

An aldehyde-free excipient matrix prevents isoquinoline degradant formation in chewable phenylephrine tablets.

Fluorinated strigolactone derivatives enhance seed germination uniformity and crop yield under drought, cold, salt, and osmotic stress conditions.

Combines Formula I compound with azacitidine to inhibit DNA methyltransferases, resolving low potency and high toxicity in leukemia treatment.

Spot treatment applies clethodim to targeted areas, reducing herbicide usage while suppressing volunteer corn.

Integrating propionyl L-carnitine administration with structured exercise protocols resolves the trade-off between symptomatic relief and patient compliance.

Irradiated melanoma cell lines present native antigens to mature dendritic cells, resolving proliferation risks that limit allogenic immunotherapy reliability.

Salting-out agents lower metribuzin solubility to prevent Ostwald ripening, resolving mixing inhomogeneity with high-electrolyte herbicides.

L-tyrosine derivative organogels immobilize hydrophobic liquids to form stable injectable implants for sustained drug release.

Topical beta-adrenergic blockers accelerate diabetic wound closure through enhanced collagen deposition and vascular perfusion.

Acid-induced salt formation accelerates dissolution of the active acetamide compound, resolving delayed release and stability issues in herpes treatments.

Neutral water-soluble salts suppress Ostwald ripening in suspension concentrates, preventing large crystal formation and ensuring complete dissolution.

Topical acetylcholinesterase inhibitors reduce inflammation by enhancing acetylcholine levels and calcium influx in skin tissue.

An expandable polymer active ingredient kills rodents via stomach expansion while preventing harm to humans and non-target animals.

A naphthohydroquinone compound quadruples warfarin efficacy against resistant rodents by generating vitamin K epoxide analogues that bind VKORC-1.

A pest controlling composition combines a specific compound with diamide derivatives to deliver enhanced agricultural efficacy.

Nitrogen atmosphere processing and antioxidant addition stabilize paracetamol solutions against oxidation, eliminating complex deoxygenation protocols.

Single-molecule therapy merges AT1 antagonism with neprilysin inhibition to enhance antihypertensive efficacy while reducing treatment regimen complexity.

Amphiphilic protein polymer films coat micronized lycopene particles, preventing migration into lipid phases and preserving antioxidant protection.

Merges distinct herbicide modes of action to reduce application rates and environmental impact while maintaining reliable selectivity.

Sulfonation stabilizes peroxycarboxylic acids against degradation while eliminating unpleasant odors.

Bicyclic heterocycle derivatives modulate the GPR119 receptor, improving therapeutic efficacy and safety profiles for treating obesity and diabetes.

Hydrothermal synthesis of rutile titanium oxide sol eliminates solid-liquid separation while maintaining high transparency and refractive index.