Biocide TRIZ Cases

Pyrazole derivative blends with flufenoxadiazam or inpyrfluxam resolve insufficient Phakopsora pachyrhizi control while maintaining broad-spectrum activity.

Endocides induce selective genetic mutations in target plants, resolving broad toxicity issues affecting non-target species.

Selective [1,3,4]oxadiazole derivatives treat schizophrenia while minimizing extrapyramidal side effects.

Merging prohexadione-calcium with trinexapac-ethyl eliminates delayed action and residue issues while maintaining effective shoot control.

Synchronizing PPO inhibitor application with ethaboxam seed treatment manages weeds and pathogens while minimizing crop phytotoxicity.

Catabolic enzymes hydrolyze plant cell walls to extract saponins and polysaccharides, bypassing complex chemical solvents and reducing processing costs.

Staged esterification of diglycerin with isostearic acid and dimer acid yields a hydroxyl compound for cosmetic formulations.

Triethyl phosphate dissolves fluorinated antiparasitics, preventing formulation dropout while maintaining high flash point safety.

Segmented bicyclic structures broaden pesticide spectrum and reduce synthesis complexity.

Labeled antibodies target exposed smooth muscle cells to detect cerebral aneurysms, reducing invasive procedure risks.

Combines acetamiprid and bifenthrin in optimized ratios to predominantly control adult insect pests.

A microbial formulation combines an active microbe with a specific ester compound and surfactant to create a stable emulsion.

Combines chemotherapy with gene antagonists to target tumor cells, overcoming limited efficacy of standard treatments.

Norbormide analogues modulate calcium influx in rat peripheral arteries, reducing non-target poisoning risks while maintaining palatability.

Hot water extraction of stevia leaves with successive chromatographic steps removes organic solvents to achieve high purity.

Novel Bacillus strains overcome low salt tolerance limitations while maintaining enzymatic activity.

A segmented osmotic tablet combines a controlled-release metformin core with an immediate-release thiazolidinedione coating to deliver active ingredients.

Bidens pilosa extract boosts Bacillus amyloliquefaciens viability and metabolic activity, maintaining effective disease control without chemical pesticide harm.

Lactam ring-opening creates amino acid surfactants with low critical micelle concentrations, resolving synthesis complexity.

A photoactivator composition converts light energy into chemical reactions to generate nitric oxide from a precursor salt.

Mw 150,000 Da acrylic copolymers resist salt aggregation to maintain storage stability and viscosity.

Pre-treated adipose-derived stem cells enhance survival and reduce immune rejection to regenerate lost dopaminergic neurons in Parkinson's disease models.

A yeast cell wall and oregano preparation composition reduces protozoal infection severity in animals.

A paraffinic oil emulsion with silicone surfactant stabilizes copper phthalocyanine pigment dispersion.

Combining formula I and II compounds delivers synergistic weed control in rice crops while maintaining crop tolerance.

A pharmaceutical composition combines fucoxanthin extract with tocotrienols and fucoidans to promote weight loss.

Ternary copper fungicide combines salicylate and hydroxide salts to deliver high activity at lower dosages, reducing phytotoxicity.

Amino acid quaternary ammonium salts provide broad-spectrum antimicrobial activity against skin pathogens.

3,4-Oxygenated xanthone derivatives resolve toxicity-efficacy contradictions by inhibiting mussel larvae settlement without harming non-target species.

Ion exchange from dispersed nanoparticles replenishes the surface of a transparent polymer film, sustaining microbial kill rates despite wear and UV aging.

Fatty acid alkyl esters and non-ionic surfactants enhance biocide retention, reducing required dosages.

Solid mineral lactates resolve low solubility bottlenecks by reacting lactic acid with mineral precursors to create highly bioavailable nutrient compositions.

White bait diverts soil insects to protect crops without insecticides, reducing environmental contamination.

Applying bupivacaine injections converts harmful myotoxic effects into therapeutic muscle strengthening, bypassing invasive surgical procedures.

High-melting point waxes protect live biological agents from desiccation during dry storage while maintaining pathogen control efficacy.

A tetrazolinone compound with specific alkyl and halogen substituents controls plant pathogens.

Synthetic sulfonamide analogs replace unstable natural abscisic acid, resolving production costs while maintaining environmental stability.

Segmented dihydropteridinone structures inhibit polo-like kinases, arresting cells in the G2/M phase to overcome therapeutic resistance.

Crystalline modification I of mesosulfuron-methyl prevents hydrolysis degradation in moist storage conditions.

Sequential cleansing and low-wax zinc pyrithione application resolve insufficient bioavailability and bacterial protection by optimizing surface deposition.

6-substituted 2-benzimidazolylpurine derivatives inhibit Jak3 kinase activity through localized molecular binding.

Citric acid and poly(hexamethylenebiguanide) synergistically destroy Staphylococcus aureus biofilms in catheters without cytotoxicity.

Morpholinylquinazolines selectively inhibit DNA-PK, reducing side effects while sensitizing cancer cells to radiation.

Small molecule compounds bind to viral Vif protein to block degradation of APOBEC3G and APOBEC3F host defense proteins.

Vinyl phospholipid and hydroxamate copolymer coatings provide antimicrobial activity on medical devices.