Biocide TRIZ Cases

Segmented upright fencing impregnated with insecticide reduces nuisance insect density while lowering environmental impact compared to air spraying.

A water-insoluble antimicrobial film formed by polymer and agent combination resists moderate friction while maintaining biocidal activity.

Formula I compounds target the HCV NS5B replicon to overcome genotype heterogeneity and severe side effects of interferon therapies.

Fe3O4 spheres resolve bioavailability and irritation trade-offs.

Bacillus-derived cyclic lipodepsipeptides address limited therapeutic options by providing potent antibacterial agents against Mycoplasma infections.

A co-extruded dosage form uses a core-shell structure to spatially separate an active opioid agonist from an adverse antagonist.

Esterification removes malodorous short chain acids from peracid compositions, resolving the trade-off between disinfection reliability and unacceptable odors.

Epoxidized 2-ethylhexyl soyate compositions prevent premature polymer failure caused by fungal attack on plasticizers.

A one-pot reaction produces enantiopure tetralone ABA using acrolein derivatives and cyclic ketones.

Liposomes encapsulate DNA repair enzymes and plant extracts to stimulate cellular repair mechanisms and reduce environmental stress damage.

Integrating bifenthrin insecticide with fertilizers via attapulgite adsorption eliminates sequential application steps while maintaining pest control efficacy.

Seed-applied modulators reduce bacterial canker incidence by selectively inhibiting pathogens while protecting beneficial microbiomes.

Chemical synthesis of pyrrolidineone herbicides replaces fermentation to boost yield and lower costs while maintaining high herbicidal activity.

Aroma composition combines sweeteners with bitter-masking substances to suppress unpleasant taste impressions from stevia derivatives.

Sulfonyl-quinoline ligands bind mGluR1 and mGluR5 receptors selectively, resolving insufficient target specificity in existing CNS therapies.

Composite molecules merge HDAC inhibition with glycosylation modulation to induce apoptosis in cancer cells at lower therapeutic concentrations.

Substituted imidazolyl-5,6-dihydrobenzo[n]isoquinoline compounds modulate FGFR2 activity to induce cell death in precancerous cells.

Acrylic copolymer microcapsules with bimodal particle sizes maintain storage stability while releasing fragrance oils under friction.

Microalgae compositions activate systemic acquired resistance in plants, reducing necrotic tissue size without agrochemical soil damage.

Nicosulfuron, dimethenamid-P, and topramezone synergize to control resistant weeds at lower doses, reducing environmental load.

Selective Formula I inhibitors target Factor XIa and plasma kallikrein, reducing clot formation while minimizing side effects from non-specific anticoagulation.

Indolocarbazole polymer with divalent linkage enables liquid-processable organic semiconductors.

Nitric oxide eluting polymer regulates controlled release to overcome short half-life and toxicity limitations in diabetic neuropathy treatment.

Merges phosphorus and nitro compounds in specific ratios to maintain microbial control coverage while reducing use concentration in high-temperature wells.

Phosphorus-modified copper powder stabilizes oxidation to maintain deep black color while preserving antimicrobial efficacy in composite coatings.

Amide derivatives of butyric acid mask unpleasant taste and odor while maintaining therapeutic efficacy in the intestine.

Pyridine compounds inhibit voltage-gated sodium and calcium channels, reducing CNS disturbances and cardiac arrhythmias while treating acute and chronic pain.

Segmenting concentrated antimicrobial agents from bulk water reduces shipping weight and volume while maintaining efficacy.

Cupriavidus necator JMS34 degrades polychlorobiphenyls without accumulating toxic chlorobenzoates by combining bph and xyl genetic pathways.

Halo active aromatic sulfonamide coatings maintain residual kill performance against Staphylococcus aureus and Clostridium difficile for up to two weeks.

Targeting the BRM subunit of the SWI/SNF complex reduces treatment cost while accelerating osteoblast differentiation for non-union fractures.

Crystalline forms G, J, and K of Ibrutinib improve stability and dissolution profiles by resolving manufacturing trade-offs via parameter changes.

Substituted condensed azines bind nematode Slo-1 channels to overcome anthelmintic resistance while maintaining broad-spectrum efficacy at low dosages.

Polysubstituted pyridyl pyrazolecarboxamides overcome pest resistance and environmental harm while maintaining high synthesis yields.

Synthetic nucleotide sequences align bacterial gene codons with plant preferences, resolving low expression caused by native A/T content and codon mismatch.

Segmenting the bisindole core into modular components overcomes insect resistance while managing synthesis complexity for agricultural protection.

Polyhexamethylene guanidine hydrochloride formulation inhibits Geotrichum candidum growth in citrus storage.

Segmenting a single carrier into distinct polymer matrices controls release kinetics for each ingredient, preventing uneven diffusion patterns.

Albumin-bound paclitaxel nanoparticles exploit the EPR effect to concentrate antitumor agents in tissue, reducing systemic toxicity.

Modular chemical design optimizes binding affinity to Bcl-2, Bcl-xL, and Mcl-1 proteins for effective disease treatment.

Aminoacid derivatives containing a disulfanyl group inhibit neprilysin and aminopeptidase N, resolving water solubility limitations of prior mixed inhibitors.

Combining inosine with checkpoint inhibitors overcomes single-agent resistance by modulating purine metabolism and boosting interferon signaling.

A HPYD polypeptide binds to amyloid-beta monomers to stabilize their structure and prevent beta-sheet formation.

Nitrate ester compounds deliver nitric oxide to dystrophic muscles, enhancing regeneration while reducing treatment system complexity.

Merges biological control with chemical fungicides to resolve the contradiction between application simplicity and insufficient disease efficacy.

Formula I compounds selectively inhibit NF-kB and AP-1 transcription factors via transrepression, reducing metabolic side effects.

Tea tree oil activates multiple defense pathways to provide broad-spectrum protection against pathogens and drought without phytotoxicity.

Propylene glycol esters dissolve lubiprostone for stable oral pharmaceutical formulations.