Biocide TRIZ Cases

Aligned channel outlets direct forced gas flows to carry beneficial arthropods, resolving labor-intensive manual dispersal and ensuring uniform crop coverage.

Novel pesticide molecules overcome insecticide resistance by targeting voltage-gated sodium channels, improving food production protection.

Burkholderia A396 formulations replace persistent chemical insecticides, reducing environmental harm while controlling corn rootworm infestations.

A herbicidal composition combining metamitron, bixlozone, and sulfonylurea inhibitors.

Merging fluazinam with azole or carboxamide compounds overcomes insufficient control effects and short residual effectiveness of single-agent treatments.

A capsinoid troche composition stimulates swallowing reflexes without pungent taste.

Chiral ligands mediate transition metal catalysis to resolve racemic mixtures during zilpaterol synthesis, eliminating complex purification steps.

A paraffinic hydrocarbon cut with controlled isoparaffin and naphthene ratios forms an emulsion that adheres to plant leaves.

Polycyclic heteroaryl substituted triazoles inhibit Axl receptor protein tyrosine kinase, reducing angiogenesis and tumor growth in solid tumors.

Deleting the ntrX gene in a live attenuated bacterial strain resolves the contradiction between inducing protective immunity and maintaining low pathogenicity.

A fungicide composition merges fluazinam with a strobilurin compound to deliver preventive and therapeutic effects against plant pathogens.

A biphenyl aminoalkanoic acid derivative acts as a selective antifungal agent targeting opportunistic pathogens.

Botanical microemulsions raise floor friction while sustaining antimicrobial activity without toxic residues.

Encapsulated biocides prevent discoloration and UV degradation by isolating the active agent from sealant ingredients.

Chromatography media derivatized with finger-1 peptide ligands captures bone morphogenic proteins through specific affinity binding.

Combining specific fungicide and insecticide ratios reduces application rates while controlling resistant pests, lowering residue formation.

Substituted pyrimidinyloxy benzene compounds provide selective herbicidal activity against grass and broadleaf weeds in agricultural crops.

A granular composition uses a surfactant system to coat insecticide particles on a clay support.

An aqueous oxidant composition with thickening agents adheres to surfaces and changes color upon contact with organic contaminants.

Aqueous mycophenolic acid ophthalmic formulation uses nitrogen purging to reduce dissolved oxygen below 3 ppm.

A hydrogen peroxide disinfecting solution incorporates a P-metal modulating compound to control neutralization kinetics and extend antimicrobial efficacy.

GA-RG compounds modulate galectin activity to overcome variable immunotherapy responses and reduce tumor burden.

Pyrazolo[1,5-a]-1,3,5-triazine derivatives act as potent kinase inhibitors through specific alkyl and heteroaryl substitutions.

Arsenic carnitine salt conjugates reduce toxicity while maintaining anti-cancer efficacy against leukemia cells.

Oral Bacillus Coagulans SBC37-01 spores modulate gut microbiota composition and activity to alleviate irritable bowel syndrome symptoms.

A liquid medical composition combining Sansevieria extract and ground cloves to treat cancer.

Mixed base neutralization reduces viscosity in high-loading glyphosate concentrates, preventing low-temperature precipitation and enabling easier dispensing.

Natural alpha-interferon reverses lung tissue injury through oral administration.

A novel oxotetrahydrofuran-2-yl-benzimidazole derivative activates glucokinase to enhance insulin secretion.

A cavitation generation ring fines water molecule clusters into nano-size using high-pressure flow through a cylindrical portion.

Coniferyl alcohol activates human TRPA1 channels to induce pungent flavor sensations.

A tablet formulation using dielectric water-containing materials and pore-forming agents to achieve rapid disintegration.

Amino-functionalized nanoparticle shells encapsulate hydrophobic essential oils to penetrate and disrupt bacterial biofilms.

Reversible P2Y12 inhibition manages ischemic protection while minimizing bleeding complications during surgery.

Novel organopolysiloxane merges nonionic and anionic carboxylic acid groups to enhance emulsion stability and powder dispersion in cosmetic formulations.

Substituted diaminocyclohexane compounds act as NPY Y4 receptor agonists to control appetite and food intake.

A herbal extract composition antagonizes 5-HT3 receptors and agonizes 5-HT4 receptors to facilitate gastric emptying.

Differentiated gingival fibroblasts inhibit MMP9 activity and enhance TGFβ secretion to repair pathological arterial remodeling.

Porous collagen sponge matrix fills a three-dimensional knit to create an interconnected pore structure for cell colonization.

A double-layered osmotic pump tablet uses a push layer to drive paliperidone release, resolving complex preparation processes and thermal stability issues.

Segmenting whole-organism testing into enzyme-level screening determines molecular mechanisms and reduces environmental safety prediction complexity.

Thiolated paclitaxel derivatives attach to gold nanoparticles via chemisorption, enabling targeted tumor delivery while reducing systemic side effects.

Saccharomyces boulardii yeast cells reduce gastric ulcer area and count, resolving NSAID-induced gastrointestinal damage.

Combining pyrethrum with essential oils reduces active agent concentrations while maintaining knockdown speed and repellency.

Sulfoximine heterocyclic compounds improve pesticidal efficacy while reducing toxicity to non-target arthropods like honey bees.