Biocide TRIZ Cases

ATP or metabolites promote somatic stem cell fusion to repair damaged tissues.

Tetrazoyloxime derivatives achieve superior Rhizopus control at low concentrations, resolving the contradiction between efficacy and active ingredient quantity.

Extracted S1 protein sequences resolve safety-efficacy trade-offs by eliminating virulent components while maintaining immunogenicity.

Replacing oxalic acid with maleic acid forms a DNT-maleate intermediate that reduces R-enantiomer impurities in duloxetine hydrochloride production.

Metal nanoparticle agglomerates inactivate pathogens on masks and surfaces, resolving inadequate disinfection protocols.

Adjusting pH to 5–6 during electrolysis maintains hypochlorous acid concentration stability for months.

Formula I heterocyclic compounds inhibit class A, C, and D beta-lactamases to treat resistant bacterial infections.

Incorporating nonionic surfactants at 5-70% polymerization degree prevents turbidity and odor in alcohol gels.

Novel pyrazolopyridine-diamide compounds deliver superior insecticidal and acaricidal efficacy against difficult-to-control pest species.

A pharmaceutical composition containing zinc salt and cyclo-His-Pro enhances insulin-degrading enzyme activity to break down amyloid-beta peptides.

A citrus derivative dietary supplement combines protoalkaloids with flavonoids to enhance thermogenic activity.

Extracted compounds address cultivation difficulties by providing reliable anti-inflammatory effects through specific chemical isolation.

A substituted gamma lactam compound reduces intraocular pressure while promoting hair growth through a single topical agent.

Peripherally selective 8-azabicyclo[3.2.1]octyl-2-hydroxybenzamide compounds treat opioid-induced bowel dysfunction without interfering with central analgesia.

Implanting an unseeded scaffold allows natural vascularization before cell introduction, resolving nutrient transport bottlenecks that cause cell death.

Stable HBS peptides interfere with gp41 coiled-coil assembly formation, addressing antiviral resistance in HIV therapy.

A controlled chamber adjusts barometric pressure and humidity to resolve application consistency issues caused by external environmental variations.

A waterless foam composition stabilizes active agents via pH adjustment by a modulating agent, preventing chemical breakdown in hydrophobic carriers.

Spiro 2,4-pyrimidinediamine compounds inhibit Syk kinase to block Fc receptor signaling cascades and reduce inflammation in autoimmune diseases.

A command robot analyzes sensory data from client robots to determine task allocation functions.

Phosphorylcholine-modified silicone hydrogel lenses electrostatically bind polyionic agents, expanding drug types while simplifying large-scale manufacturing.

Polymer particles embed sparingly soluble insecticides to increase soil mobility, reducing water consumption and labor for deep pest control.

Inorganic particle suspensions resolve the contradiction between seed protection and handling by preventing stickiness without causing dusting.

Calcium-mediated alginate complexation stabilizes antiseptics against ion interactions, preventing efficacy reduction and skin irritation.

A bone cement composition uses spray-dried inorganic filler to reduce monomer absorption and control polymerization heat.

This synergistic fungicidal composition merges three distinct inhibitor classes to overcome resistance issues while reducing phytotoxicity and overall dosage requirements.

A low foam surfactant composition reduces foam generation while maintaining spreadability in agricultural applications.

Cyclopropene compositions applied during reproductive stages or pre-transplant reduce environmental stress damage and improve yield reliability.

Packet-based arbitration in a unified memory bus interface resolves timing bottlenecks by enabling direct controller-to-device communication.

Formula I compounds inhibit transglutaminase TG2 activity, addressing aberrant enzyme function in Huntington's disease and glioblastomas.

Organic molecules modulate tyrosine kinase signal transduction to treat cancer and metabolic disorders.

Conjugates link therapeutic compounds to cell-penetrating peptides, bypassing complex membrane barriers to reduce toxicity in normal tissues.

Salinosporamides derived from marine actinomycetes inhibit hyperproliferative mammalian cells with high potency.

Pre-formed iron-nitrosyl hemoglobin overcomes storage instability to deliver nitric oxide, reducing transfusion-related morbidity.

Upregulating pathogenesis-related proteins provides broad-spectrum pathogen resistance while avoiding genetic complexity and unintended susceptibility.

Oral Lactobacillus reuteri GMNL-263 dead bacteria cell lysates inhibit lipid biosynthesis to reduce body weight.

A liquid desoximetasone formulation uses a stabilizing agent to reduce oxidized impurity formation.

Phosphodiesterase inhibitors target nematode enzymes to reduce crop damage without harming vertebrates.

ATAD2 inhibitors reduce pro-inflammatory cytokine production by targeting bromodomain proteins, addressing ineffective standard therapies.

Cyclic decapeptide compositions suppress plant pathogens while minimizing phytotoxicity and environmental impact.