Biocide TRIZ Cases

Enzyme inactivating components and preservatives extend shelf life by preventing bacterial degradation of growth hormones in agricultural formulations.

Applying ethaboxam to transgenic plants enhances seedling establishment and disease resistance through combined chemical and genetic protection.

Standardized Ficus microcarpa extracts resolve the contradiction between traditional efficacy and scientific validation to treat diabetic wounds.

A polymerizable antimicrobial adhesive composition balances bonding strength with active agent availability through controlled monomer selection.

Intrathecal small leucine-rich proteoglycans suppress axon growth inhibitors to restore neurological function.

Bioactive coated substrate integrates a distinct indicator layer beneath the copper-based antimicrobial coating to reveal wear through color contrast.

Iron oxide nanoparticle compositions catalyze hydrogen peroxide to generate free radicals that degrade biofilm matrices, preventing tooth demineralization.

Hydrophilic sintered porous material in a refillable door handle maintains continuous disinfection via capillary action, preventing microbial contamination.

Halogenated phenol compositions maintain efficacy in organic-rich environments while preventing resistance development and tissue irritation.

A disinfectant composition combines hydrogen peroxide with polyaspartic acid to enhance microbicidal effectiveness.

Caprylic acid in mild pH liquid cleansers boosts broad-spectrum antibacterial activity, avoiding traditional agents that cause drug resistance.

Glucosinolate-secreting plants and myrosinase microorganisms generate isothiocyanates in situ without crop destruction.

Choline alfoscerate topical compositions restore mucosal tissue integrity by improving mucoadhesion while minimizing irritation and toxicity.

Modifying R2, R3, R4 substituents on the purine core enhances inhibitory activity against Src and Abl kinases to treat resistant cancers.

CI-994 and dinaline inhibit histone deacetylase enzymes to increase histone acetylation, addressing limited efficacy of existing treatments.

A herbal extract composition stimulates cartilage recovery while inhibiting damage through specific active ingredients.

Fine kaolin clay particles adsorb Flavobacterium columnare bacteria, reducing infection rates without triggering antibiotic resistance.

UVA and UVB blockers prevent rubber macromolecule degradation from UV exposure, maintaining patch stickiness.

Composite cellulose derivatives and catechins impart stress tolerance to plants, enabling sustained growth in arid or saline environments.

Cyclic oxazolidine compounds maintain antimicrobial efficacy in aqueous systems through stable molecular structures.

Novel isothiazoline structures combat resistant invertebrate pests by applying parameter changes to restore pesticidal efficacy.

Oral SCFAD compounds elevate gamma-globin expression without cytotoxicity, avoiding hydroxyurea toxicity.

Semi-fused sintering bonds micron-scale silver and copper particles to substrates, maintaining high efficacy while lowering costs and reducing health risks.

A green micro-emulsion disinfectant forms spontaneously at room temperature using plant-based surfactants and essential oils.

Pyrimidine derivatives modulate GPCRs to resolve the contradiction between treatment efficacy and safety profiles in obesity and diabetes.

Administering a TLR4 antagonist blocks inflammatory signaling to prevent preterm birth and fetal death.

Substituted benzamides bind the bacterial FtsZ protein to inhibit cell division, restoring effectiveness against resistant Gram-positive pathogens.

A tetrazolinone compound with specific structural elements provides effective pest control.

EDTA gel chelates metal ions to disrupt biofilm structures, preventing resistant strains from forming on indwelling catheters.

A repellent composition combining 3,4-dimethoxybenzaldehyde with plant essential oils to enhance efficacy.

Selective NPY5R antagonists induce apoptosis in tumor cells, addressing limited clinical efficacy of prior weight loss treatments.

Triiodothyronine treatment matures immature beta cells, resolving the contradiction between insulin expression and functional glucose responsiveness.

A granular fungicidal composition combines copper compounds and benzamide active ingredients to ensure uniform distribution.

Converting amorphous spirodiclofen to crystalline modification I via solvent processing eliminates aggregation and improves storage stability.

Crystalline asenapine hemipamoate suspended in aqueous medium provides controlled drug release via intramuscular injection.

A glycoprotein matrix binds sclareol to increase potency, reducing the required dose while maintaining bioactivity.

High saccharide medicament inhibits pathogenic bacteria and reduces vaginal pH without antibiotics.

Rhizopus oligosporus CJCC02-20 strain resolves limited Gram-negative activity by generating composite bacteriocins targeting broad microbial spectrum.

Merges quat silane with fungicides to prevent microbially induced corrosion in concrete while extending shelf life.

Combining adenosine N1-oxide 5'-phosphate with ascorbic acid 2-glucoside improves skin turnover while maintaining barrier integrity.

Solid halogen releasers dissolve in aqueous ammonia to form monochloramine solutions at the point of use.

Composite natural ingredients overcome low efficacy of eco-friendly pesticides by combining surfactant action with fatty acid disruption for high potency.

A spot-on pesticide composition combines fipronil and etofenprox for effective topical application on mammals.

A wetting composition containing C5 to C12 alcohols and surfactants lowers surface tension to improve liquid spreading.

Formula I compounds in a dental formulation prevent biofilm interference with antimicrobial agents, reducing caries and gingivitis incidence.

Replacing toxic solvents with isononanoic acid N,N-dimethyl amide reduces phytotoxicity and environmental harm.

IL-15 expression enables engineered NKT cells to maintain viability and persistence within hypoxic tumor microenvironments, overcoming immune escape mechanisms.

Phosphate hydraulic cement forms a nano-dispersed calcium silicate hydrate and hydroxyapatite composite at room temperature.