Biocide TRIZ Cases

Vertical carrier structures hold insecticide-laden binders to boost pesticidal activity while simplifying application and reducing environmental impact.

Synergizing gibberellic acid with phosphorous acid salts improves uptake efficiency while reducing agrochemical residues to extend crop shelf life.

Non-steroidal compounds modulate glucocorticoid receptor transrepression to reduce systemic side effects while treating inflammatory diseases.

Rotary drum drying transforms wet distillers grains into spherical dry pellets, resolving corn cob supply constraints for agricultural carrier production.

Uses organic acids to chelate metal ions, preventing insoluble precipitation with phosphate salts while avoiding EDTA restrictions.

Removing halogen atoms from 3-isothiazolone prevents chemical degradation while combining agents ensures long-lasting control over resistant strains.

Combining insulin with triazine derivatives creates a synergistic pharmaceutical composition.

Carboxylic acid derivatives with an oxazolo[5,4-d]pyrimidine ring activate the EDG-1 receptor signal pathway to promote persistent signaling.

Iterative screening identifies beneficial microorganisms that enhance plant growth and resistance, bypassing slow selective breeding processes.

Hydrophobins separate oil and water phases to suspend viable microbes alongside pesticides, extending pest resistance duration.

Carbon substrates and chemoattractants selectively enrich desired bacterial species in the soil microbiome.

Benzothiophene derivative targets specific insect receptors to control pest populations while maintaining low vertebrate toxicity.

Fluidized bed processing prevents material caking in the milling chamber, enabling continuous production of fine biopharmaceutical powders.

Optimizing glufosinate to flumioxazin ratios extends herbicidal duration while maintaining selectivity for young plantation crops.

Transglutaminase crosslinks fibrinogen and PEG to anchor cells at the target site, resolving low viability in synthetic hydrogels.

Multi-functional pyrimidine compounds block EGFR, HER2, and VEGFR pathways to overcome drug resistance and minimize side effects.

Isolate E-cadherin positive stem cells using specific binding agents and expand them on hyaluronan heavy chain complexes to maintain pluripotency.

A natural essential oil insect repellent formulation uses emulsifying agents to stabilize active components in aqueous solutions.

LR-90 compound resolves the contradiction between suppressing advanced glycation end products and reducing receptor for AGE expression to prevent renal disease.

Flavesone targets potassium channels to control resistant pests, bypassing conventional pesticide resistance mechanisms.

A specialized surfactant system eliminates organic solvents from pesticide formulations while maintaining high active ingredient concentration and stability.

A pest repellent composition combines non-volatile liquid oily components with specific fragrances to create a safe and effective barrier against insects.

Formula I compounds inhibit HIV integrase binding to suppress replication and reduce resistance emergence.

Combining nonionic surfactant with 4,4-dimethyloxazolidine achieves microbial control at reduced concentrations.

Isopropylamine caprylate replaces petrochemical emulsions in herbicide formulations to reduce environmental harm while maintaining broad-spectrum weed control.

A synthetic antimycotic molecule conjugates amphotericin B with chondroitin sulfate to achieve high water solubility.

A synergistic pesticide formulation merges structure A compounds with sesquiterpenes to boost toxicant effects against agricultural pests.

N-substituted tetrahydroisoquinoline benzamides reduce breast cancer cell proliferation rates with IC50 values 6 to 10 times lower than Tamoxifen.

Sulphur application collapses stigma papilla cells, preventing pollen tube growth and seed formation while maintaining fruit yield and quality.

Membrane depolarization activates latent neural stem cells to expand self-renewing populations for neuronal replacement.

Isolated obovatol from Magnolia obovata delivers potent anti-anxiety activity without causing sedation or dependence associated with benzodiazepines.

Replacing conventional ethoxylated amines with 2-propylheptylamine derivatives reduces aquatic toxicity while maintaining herbicide efficacy.

Structural modifications of 15-fluoroerythromycin with quinolyl groups eliminate QT interval prolongation while maintaining potent activity.

Applying Activin A and BMP4 with a matrix overlay to resolve low yield in embryoid body methods, achieving 90% cTnT-positive purity.

Replacing toxic metal agents, glucose-based nanoparticles provide safe food preservation with over 98% antibacterial efficacy.

Embedding a poorly water-soluble anti-mold agent in the gypsum core prevents dissolution during water exposure, resolving long-term effectiveness issues.

Double-stranded RNA silences fungal dicer-like genes, disabling small RNA effectors that suppress host immunity and reduce Botrytis infection.

Ajuga reptans extract inhibits 5α-reductase to reduce DHT levels, treating androgenetic alopecia without synthetic side effects.

A vapor release device delivers pesticidal vapors to control pests.

Dithiin-tetracarboximides deliver reliable fungicidal activity while meeting ecological requirements by reducing toxicity and resistance.

Propylene glycol monocaprylate prevents isopropyl magnolol crystallization in surfactant systems, maintaining antibacterial efficacy.

Integrating organic acid treatment into the tempering process achieves a 3 log bacterial reduction while maintaining moisture stability.

Cerium oxide nanoparticles stimulate endothelial cell proliferation to promote angiogenesis in animal tissue.

Engineered peptides antagonize CXCR4 to block X4 tropic HIV-1 infection while minimizing cytotoxic side effects found in small molecule drugs.

Non-pathogenic F4+ Escherichia coli strains colonize the gastrointestinal tract to promote growth in livestock.

Skin-derived precursor cells combine with keratinocytes to induce de novo hair follicle formation in mammalian skin.

A target retrieval system uses a closed loop cable and drive pulley to move archery targets along a guided path.