Biocide TRIZ Cases

Genetic marker detection replaces time-consuming phenotypic screening, accelerating breeding of stable broad-spectrum SCN resistance.

Microbial treatment converts chlorogenic acids into phenolic acids, resolving the trade-off between processing complexity and antioxidant efficacy.

Varying phenoxyethanol concentrations increase soil water holding capacity, directing termites to bait stations across diverse soil types.

Picolinamide N-oxides provide universal protection against multiple fungal types, reducing application frequency and phytotoxicity risks.

A topical composition of calendula, yarrow, wild rose, and plantain extracts promotes granulation and cell growth.

Semiochemical composition redirects feline scratching behavior to designated surfaces using interdigital pheromone analogs.

Physiologically acceptable hyaluronic acid salts maintain low viscosity at high concentrations to enable flexible therapeutic administration.

Fusion protein merges endolysin with antimicrobial peptides to overcome multi-resistant Staphylococcus aureus strains that evade conventional antibiotics.

Combining cryosurgery with low-dose imiquimod treats subclinical lesions while reducing application site reactions compared to monotherapies.

Specific compounds resolve DeltaF508 folding defects by acting as molecular chaperones to restore chloride transport function.

Leguminous plant extract stimulates budbreak in perennial fruit trees by activating the FT gene, avoiding hydrogen cyanamide toxicity.

Polyfunctional metal phenolates protect normal cells from chemotherapy-induced DNA damage while preserving tumor cell destruction.

Modifying the heterocyclic ring to isothiazole expands the range of effective herbicides while maintaining reliable plant growth control.

Modified polysaccharide binders enable self-binding pigment particles at 45 to 80 wt% solids, eliminating energy-intensive concentration steps.

Biodegradable discs deliver local carmustine and temozolomide to glioma sites.

A porous coating system inactivates aerosolized pathogens through catalytic oxidation and entrapment within interconnected passages.

Ring opening hydroxy-protected lactones reduces synthesis steps from eleven to three, increasing yield for anti-cancer agent production.

Transgenic plants express pesticidal polypeptides to provide internal pest resistance, replacing chemical sprays that cause environmental pollution.

AMP analogs inhibit ATG7 activity through covalent binding, resolving non-specific inhibition issues in autophagy-targeted cancer therapies.

Starch-fatty ammonium complexes reduce nematode populations while lowering toxicity and cost compared to conventional synthetic nematicides.

Topical liamocin oils eliminate Streptococcus infections in dairy cows without systemic antibiotic residues, preventing milk contamination and resistance.

AMPK agonists activate signaling pathways to induce exercise-like adaptations, eliminating the need for physical activity.

A natural surfactant blend of casein, whole egg powder, and Konjac glucomannan stabilizes oxidized clove and cinnamon oil emulsions against phase separation.

Pyruvates regulate inflammatory agents to resolve contradictions between treatment reliability and adaptability.

Fusing cysteine synthase with PLP decarboxylase streamlines the biosynthetic pathway to overcome low yields from native degradation.

Mutated PYR/PYL receptor polypeptides activate ABA signaling pathways using stable synthetic chemical agonists.

High-rate sugar application activates soil microflora metabolism, increasing crop yield by 14% in sugarbeets.

Novel dronedarone synthesis uses benzofuran derivatives and dibutylamine to achieve high purity.

Manglicolous fungi reduce copper sulfate ions into 5-100 nm particles, eliminating toxic chemical reagents while maintaining production efficiency.

Vacuum impregnated biochar removes phosphorus to prevent nutrient loss while enabling agricultural recycling.

Indazole derivatives achieve selective weed control by modifying substituent positions to reduce crop damage in maize and wheat.

Inhibit aberrant epidermal cortisol production with glucocorticoid antagonists to resolve impaired healing in chronic non-healing wounds.

Screening method identifies herbicidal compositions by synergistically activating plant regulatory pathways using recombinant polynucleotides.

Phthalazine and quinazoline compounds cross the blood-brain barrier to prevent apoptosis in traumatic brain injury.

Nootkatone compositions applied to breeding sites reduce egg hatching and kill larvae, addressing mosquito resistance to conventional chemical repellents.

Quinolizidine derivatives block peripheral opioid receptors to reduce ileus duration while preserving central analgesia.

Self-nanoemulsifying drug delivery formulation comprising curcuminoids overcomes poor bioavailability by forming stable nano-emulsions in the GI tract.

Segmented molecular frameworks and parameter optimization generate novel compounds that maintain high effectiveness while reducing environmental impact.

Low VOC emulsifiable concentrate uses methyl esters of C16-C18 fatty acids to dissolve pyriproxyfen and prevent crystal formation.

A phillyrin and phillygeninin composition inhibits viral replication through synergistic action.

Glucosinolate hydrolysis in rocket plant extracts activates immune responses, reducing bacterial and fungal damage without synthetic pesticide pollution.

Spray drying produces a dry powder vaccine formulation that maintains bacterial viability at room temperature, eliminating cold chain storage requirements.

A topical ear drop composition uses a polyhydroxy solvent to dissolve natural anti-inflammatory and wound-healing agents.

Cas1 and Cas2 proteins enable sequence-specific donor DNA integration into eukaryotic cells, bypassing the requirement for native CRISPR repetitive structures.