Biocide TRIZ Cases

Fused heterocyclic amide compounds provide excellent pest control efficacy without therapeutic methods by varying substituent groups.

Replacing thermal treatment and toxic chemical preservatives, this enzymatic composition controls microbial contamination while preserving food quality.

EDTA and zinc chloride compositions inhibit biofilm formation and bacterial growth without inducing antibiotic resistance.

Di-n-propyl thiosulfonate compounds stimulate plant growth and nutrient uptake through controlled sulfur release mechanisms.

Lysozyme-based polypeptides degrade biofilm matrices to eliminate embedded pathogens without chemical residues or food quality degradation.

A bacteriophage composition targets and kills Xanthomonas arboricola pv. juglandis in walnut trees.

Hydrophilizing agent boosts surface wettability to overcome hydrophobicity, enhancing antimicrobial effectiveness by up to 95%.

Reverse respiration using carbonated water sterilizes live plants by denying oxygen to pathogens.

Aza-benzimidazolone chymase inhibitors reduce cardiac fibrosis and inflammation by blocking local angiotensin II production despite synthesis complexity.

Combining fungicides with sand top dressing reduces labor intensity and environmental loss while maintaining pathogen control efficacy.

Segmenting the coating into a durable base and disposable antimicrobial layer resolves the trade-off between frictional durability and removal ease.

Combining Bacillus subtilis with spirotetramat enhances pest control activity through synergistic action.

Monoacylglycerol crystallization inhibitors prevent turbidity and crystallization caused by syneresis-induced water ingress in soft gelatin capsules.

Merges spiroindole with gabapentinoids to reduce side effects while maintaining pain management efficacy.

A mixed bacteria composition of Kocuria, Microbacterium, and Bacillus strains promotes nodulation in Robinia pseudoacacia seedlings.

Liquid-induced swelling immobilizes particles on scaffold surfaces, preventing migration and enabling controlled bioactive release profiles.

Bioadhesive formulations anchor to oral mucosa, bypassing gastrointestinal metabolism to improve bioavailability and reduce onset time.

Integrating biocidal silver nanoparticles into printing inks neutralizes pathogens on currency surfaces, reducing disease transmission risks.

Sodium bisulfite treatment removes isomalathion and other toxic impurities from malathion, ensuring storage stability at elevated temperatures.

Systemic biopesticide composition delivers toxic proteins via Bacillus strains, eliminating environmental pollution from chemical pesticides.

Segmented dihydro-hydantoin cores with varied substituents resolve herbicidal activity versus structural complexity contradictions.

Sulfonation of peroxycarboxylic acids yields storage-stable, water-soluble compounds that eliminate the unpleasant odor and instability of conventional agents.

Combining sclerotium gum, xanthan gum, and pullulan creates a natural thickening agent.

Converting amorphous ingenol mebutate to a crystalline phase improves purity and stability for topical skin treatments.

Replacing basic amines with non-basic cyclic groups in thieno[3,2-D]pyrimidines reduces off-target ion-channel binding while preserving MCHR1 antagonism.

Modified chemical structures of formula I maintain effectiveness against resistant arthropods while broadening the activity spectrum.

Novel substituted bicyclic compounds overcome pest resistance by modifying chemical structures to maintain efficacy against diverse invertebrates.

Combining Hsp90 inhibitors with EGFR inhibitors overcomes single-agent limitations by targeting multiple pathways to reduce multidrug resistance.

Multi-step synthetic process produces well-defined substituted gamma lactams using metal halide catalysts and protecting groups.

An intermediary subcoat controls semipermeable membrane rupture variability, ensuring reproducible drug delivery rates.

Applying a borate solution to non-wood substrates prevents termite tubing while maintaining structural integrity and avoiding environmental toxicity.

Simultaneous phospholipase A and C enzymes degum vegetable oils in a single step.

Merging mesotrione with pyridine herbicides achieves synergistic weed control while reducing application rates to lower environmental impact.

Specific substituents on N-(1,3,4-oxadiazol-2-yl)arylcarboxamide derivatives enable selective weed control while minimizing crop damage.

Lipoamino acid coating on cosmetic powders reduces skin irritation and dryness while maintaining aesthetic adhesion.

Thermal treatment modifies polyphenol structure to reduce astringency while maintaining cholesterol-binding capacity.

Tricyclic anilide spirohydantoin compounds bind to CGRP receptors, reducing vasodilation and neuronal sensitization in migraine treatment.

Topical cetirizine formulations deliver stable ocular relief through direct application.

Sweet pea extract inhibits elastase activity to prevent skin aging, resolving the trade-off between ingredient complexity and anti-aging efficacy.

Lectin in a degrading polymer matrix couples biofilms to the surface, allowing immune cells to clear organisms and preventing persistent infections.

Compounds targeting the Trp-p8 receptor trigger calcium influx and apoptosis, resolving cytotoxicity trade-offs against healthy tissue.

Carbon elution extracts water-soluble biostimulants from red seaweeds, avoiding alkaline gooeyness that blocks mineral recovery.

Developing anhydrous polymorph forms A and B eliminates unstable solvates, ensuring consistent performance in pain treatment.