Biocide TRIZ Cases

Composite lichen extracts degrade infectious prions to reduce chronic wasting disease transmission while maintaining digestibility.

Aqueous organosilane homopolymer coatings form thin films that kill microorganisms upon contact.

Maleic anhydride polymer and polysaccharides in a lower alcohol base prevent scum formation and stickiness during rapid evaporation.

Azelaic acid application triggers salicylic acid accumulation, reducing sunburn damage and flower abortion under heat or drought conditions.

CRTH2 receptor antagonists block PGD2 interaction, resolving persistent allergic inflammation in asthma.

A continuous microcapsule process feeds aqueous and active principle streams into a tubular reactor under turbulent flow conditions.

Magnetite particles enable magnetic attachment of hemostatic powder to wound surfaces for precise delivery.

Sulfur dioxide donors bind trimethylamine in ergothioneine formulations, eliminating fishy odors without toxic residues or energy-intensive processing.

Combining Bacillus thuringiensis subsp. aizawai with chlorantraniliprole achieves sustained pest suppression while minimizing harm to non-target organisms.

Anhydrous bioactive glass gels prevent crystalline growth and maintain stability by using ester suspensions before controlled water addition.

Fermentation-derived exopolysaccharide replaces chemical pesticides to prevent rice blast while eliminating environmental pollution.

Segmented triazine structures with local quality modifications achieve selective Syk inhibition, resolving broad kinase suppression issues.

Specific substituents on the core structure resolve the contradiction between weed efficacy and crop phytotoxicity.

Monodispersed protein spheres capture coagulation factors in vivo to reduce bleeding time without capillary clogging from large aggregates.

Alkyl polypropylene glycol polyethylene glycol compounds improve water-soluble active ingredient penetration while increasing application broth spontaneity.

An electrostatic coating adheres insecticidal powders to a floating structure, resolving adhesion failures that reduce extermination reliability.

Adjusting the lutein to docosahexaenoic acid weight ratio compensates for lower bioavailability and reduces retinopathy of prematurity risk.

Calcium propionate inhibits fungal growth on cut flowers, reducing phytotoxicity and delaying microbial immunity compared to synthetic fungicides.

Alpha amino acid ester moieties enable HDAC inhibitors to cross cell membranes and release active parent acids, resolving poor intracellular accumulation.

Novel benzoate compounds deliver potent spatial and topical repellent activity against blood-sucking arthropods.

An MTIP inhibitor disrupts quorum sensing in Pseudomonas aeruginosa, reducing virulence without inducing antimicrobial resistance.

Introducing wild-type individuals into pest populations dilutes resistance genes through sexual compatibility.

Nonionic surfactants resolve formulation incompatibility between pyrazole compounds and benzoic acids, ensuring stable storage and effective crop application.

Substituted tyrosine derivatives activate PPARα and PPARγ receptors to manage metabolic conditions.

Conventional plasma nitriding embeds nitrogen ions into polymer surfaces to create reactive sites for covalent antimicrobial bonding.

Black bean extracts inhibit cancer cell growth through antioxidant activity and phenolic compounds.

Nitric oxide donor patches loosen necrotic tissue via chemical bonding, enabling easy removal without harming healthy skin or causing patient discomfort.

Copper sulfate doped adhesive bonds pipe fittings while deterring root intrusion at the joint interface.

Systemic fluopyram reaches deep wood tissues to suppress pathogens inaccessible to conventional treatments.

Oxadiazole and amide modifications boost binding affinity to resolve poor broadleaf weed inhibition.

Novel pyrazol-3-yloxy alkoxyalkyl acids deliver strong herbicidal activity against broadleaved weeds and grasses while maintaining crop compatibility.

Benzyloxy-substituted phenyl-pyridazinone derivatives resolve crop safety trade-offs by delivering selective control of broadleaved dicotyledonous weeds.

Treating extracellular matrix with mono-carboxylic acids increases resistance to digestive enzymes like pepsin while preserving tissue integration properties.

Vaginal S-ethyl isothiouromium diethylphosphate suppresses prostaglandin synthesis locally, avoiding systemic hormonal side effects on breast and bone tissues.

Blending C12-C22 fatty alcohols creates a renewable petroleum jelly substitute with a -25°C to +70°C melting range, eliminating body accumulation.

Specific compounds inhibit dCK activity while PET probes enable non-invasive imaging of enzyme levels, addressing diagnostic limitations.

Light-activated caged ligands resolve mosaic induction and toxicity issues by enabling precise spatial control of gene expression.

A fungicidal composition combining a thiazole derivative with strobilurin active ingredients to control phytopathogenic fungi.

Chemically modified interfering RNA silences polo-like kinase 1 expression while reducing immunostimulatory properties to enhance cancer treatment efficacy.

Extracted pest excrement mediates cleaning to remove larvae from cruciferous vegetables while eliminating chemical toxicity.