Biocide TRIZ Cases

A peroxycarboxylic acid composition uses a triazole corrosion inhibitor to reduce metal damage while retaining over 85% antimicrobial activity after one year.

Carboxamide compounds activate the AMPK pathway to treat metabolic disorders by improving insulin sensitivity and reducing inflammation.

Local quality design of aryl and heterocyclyl triazine inhibitors reduces off-target effects while maintaining therapeutic efficacy for metabolic disorders.

A bacterial cellulose matrix entraps metabolically active probiotics to inhibit pathogenic bacteria proliferation.

Targeting GRPR receptors with specific antagonists reduces chronic itch sensation without triggering opioid-induced pruritus side effects.

Starch and gelling carrageenan shells resist alkaline degradation, enabling stable encapsulation of high-concentration basic pharmaceutical agents.

Substituted pyridyl dihydropyrrolotriazine compounds maintain high efficacy at low application rates while reducing resistance risk.

Extracting saxifragifolin B and D triterpene saponins from Androsace umbellata to inhibit cancer cell growth while reducing cytotoxicity to normal cells.

A polyoxyalkylene surfactant potentiates pesticidal active ingredient efficacy through molecular interaction.

Replacing friable sugar cores with wax-based melt-congeal structures prevents water absorption and ensures uniform coating for consistent dissolution rates.

A topical blend of mandarin, lavender, and chamomile oils induces relaxation through transdermal absorption.

A cleaning composition uses a glycol solvent to reduce residue size and improve surface shine.

Hexalactone and ammonium bicarbonate capture Bactrocera oleae, reducing insecticide reliance.

Isotaxiresinol resolves the trade-off between bone loss reduction and overall health by simultaneously inhibiting resorption and promoting formation.

Enteric coated EDTA tablets dissolve calcium oxalate stones via chemical chelation, avoiding the complexity of mechanical lithotripsy.

Aminoethoxyvinylglycine acts as an ethylene antagonist to increase oil content and bunch weight without causing fruit abscission or gummosis.

Oxazolidine-2,4-dithione compounds disrupt viral membrane fusion to inhibit enveloped viruses and apicomplexan parasites while minimizing host cell toxicity.

Film-forming excipients create a persistent hydrophobic barrier on skin to inhibit pathogen penetration, eliminating irritation caused by chemical microbicides.

Adding phosphate to chlorine dioxide solutions inhibits metal corrosion while maintaining antimicrobial effectiveness.

Combines antioxidants and organic trace minerals in feed to stabilize dietary lipids, reducing oxidative stress from free radical accumulation.

A medical disinfecting composition combines chlorite and quaternary ammonium salts to achieve broad-spectrum antimicrobial activity.

Segmenting the tube into functional layers resolves the contradiction between pest deterrence reliability and tensile strength.

Microwave synthesis of 1,3-bis(naphthalen-1-yloxy)propan-2-one reduces reaction time and environmental toxicity while maintaining high insecticidal yield.

Controlled desulfation reduces bleeding risk while maintaining anti-metastatic properties.

Amine-based resin walls form stable microcapsules through in situ condensation polymerization with AMPS copolymers, eliminating residual formaldehyde hazards.

Encapsulating peptides within core-shell nanoparticles shields them from pH and temperature extremes while preserving broad-spectrum efficacy.

Engineered bacteria fix atmospheric nitrogen directly in plant root zones, reducing reliance on energy-intensive chemical fertilizers.

Specific quinazoline substituents enable dual inhibition of EGFR and HER2, addressing limited efficacy from single-target therapies.

A herbicidal composition merges fluazifop, triclopyr, and diquat to deliver broad-spectrum weed control.

RS-norketotifen accumulates in skin tissue to reduce itchiness, bypassing ineffective antihistamines and minimizing systemic side effects.

Freeze-drying liquid urine into a solid form eliminates refrigeration needs and extends shelf life while maintaining natural pheromones.

Segmented viral vectors use tumor-specific promoters to proliferate in cancer cells, resolving the trade-off between targeted gene delivery and systemic safety.

Seawater from specific Mediterranean locations contains a virus that kills Ulva lactuca blooms without generating toxic hydrogen sulfide vapors.

Systemic ranpirnase degrades viral RNA to inhibit replication, achieving broad antiviral activity without harming normal cells.

Thiol quenchers neutralize residual electrophiles to prevent unwanted side reactions and dehydration in treated red blood cells.

N-alkyl-N-cyanoalkylbenzamide compounds maintain 60% activity below 1 ppm, reducing environmental residue and application volume.

Formula I compounds inhibit HCV NS5B polymerase, reducing hepatic toxicity while sustaining antiviral efficacy against the virus.

Merging Formula I with trinexapac-ethyl resolves the contradiction between stem strength and grain quality, reducing lodging while increasing yield by up to 5%.

Biodegradable fatty acid esters control pests while reducing environmental persistence and resistance risks.

Genetically modified bovine heart valves eliminate the alpha-gal antigen to reduce immunogenicity in xenografts.

CE-7 enzymes catalyze peracid synthesis from carboxylic acid esters, resolving stability and odor issues inherent in chemical methods.

An anti-Cry1Ab idiotype single-chain antibody binds insect midgut receptors to deliver targeted pest control.

A heterocyclic compound with specific substituents inhibits Raf kinase activity.

Acrylic graft copolymer and lignin sulfonate inhibit viscosity increase, enabling high pyroxasulfone concentrations without compromising storage stability.