Biocide TRIZ Cases

Synthetic flavonoids with esters and phosphate groups treat ischemia by scavenging reactive oxygen species while overcoming poor aqueous solubility.

An aromatic polymer layer impregnated with natural lubricants like cinnamaldehyde provides antimicrobial activity without toxic additives.

pH-sensitive polymers in a paroxetine formulation dissolve at intestinal pH 5.5 to 8, preventing premature gastric release and reducing side effects.

Cyclopropyl-substituted ABA antagonists resolve phototoxicity and synthetic complexity trade-offs while maintaining high potency for agricultural applications.

Trichoderma atroviride SC1 biocontrol agent suppresses fungal pathogens through enzymatic degradation and biological competition.

Estetrol derivatives treat estrogen-sensitive tumors by competing for receptor binding, preventing hypoestrogenism and uterine agonistic effects.

Unsaturated fatty acids disperse biofilms in aqueous streams, avoiding foam formation and preserving scale control agent effectiveness.

Polymer complex deposits quaternary ammonium biocide onto fabric to reduce bacterial load while lowering agent dosage.

Substituted beta-lactam compounds target the prostaglandin EP2 receptor, addressing limited efficacy of traditional beta-blockers in glaucoma treatment.

A pesticide concentrate uses 2-ethylhexyl lactate, amides, and acetophenone to form stable oil-in-water emulsions.

DCAP compounds depolarize bacterial membrane potential and increase permeability to kill pathogens.

Fusion protein links spider toxin with plant lectin to enhance pesticide activity against invertebrate pests while reducing harm to non-target species.

A novel biphenyl compound inhibits advanced glycation end products and enhances occludin levels.

Five-compound semiochemical composition lures bed bugs to resolve inadequate detection reliability during heat treatment.

A titanium-silver powder mixture undergoes selective laser melting to form porous orthopedic implants with controlled antimicrobial properties.

Amino acid ester phosphoramidate prodrugs activate in the liver to deliver nucleoside phosphates, reducing systemic toxicity and improving bioavailability.

Polysaccharide hydrogels solve mechanical weakness by combining polymers with fillers for reliable hemostasis.

Formula I compounds stabilize G-quadruplex DNA and RNA structures, addressing limited selectivity and synthetic complexity of existing anti-cancer agents.

Nicotinamide treatment down-regulates CD26 expression on stem cells, resolving low engraftment efficiency in transplantation procedures.

Optimized pyrazole structures boost pest control efficacy while lowering application rates to reduce environmental impact.

Wax-coated granular soil maintains scent potency against moisture absorption, reducing reapplication needs in hunting.

Segmentation of alpha 2 receptors into distinct subtypes enables selective modulation via substituted aryl imidazoles, avoiding hypotension and sedation.

Novel indolyl-oxadiazolyl-diazabicyclononane derivatives modulate nicotinic and monoamine receptors.

A pesticidal composition containing 2-[2-(7,8-difluoro-2-methylquinolin-3-yloxy)-6-fluorophenyl]propan-2-ol targets phytopathogenic microorganisms on soybeans.

P2X7 receptor antagonists in buffered storage solutions preserve vein graft functional viability and prevent intimal hyperplasia.

Bacteriophage cocktails reduce STEC contamination by 99.99999% via targeted lysis, avoiding chemical resistance and environmental burden.

Modified uracil compounds resolve the contradiction between reliability and versatility against various fungal and bacterial pathogens.

Ternary copper alloy with aluminum and tin resists tarnish and allergenic reactions while sustaining antimicrobial efficacy.

A unified topical composition combines a skin toner and moisturizer to treat scars and rosacea.

Cyclic sugar amides replace crude oil derivatives with renewable sources, maintaining stability across wide pH ranges while reducing environmental impact.

Modifying the chemical structure of tetrazolinone compounds enhances pest control efficacy beyond existing drugs.

A one-pot synthesis method converts amidines and carbon disulfide into dithiocarbamate intermediates for producing 5-alkylthio-1,2,4-thiadiazoles.

A herbal medicinal extract mobilizes peripheral blood stem cells through specific plant-based compounds.

Modified Paenibacillus strains reduce liquid culture viscosity through targeted enzyme activity changes.

Suspended polysaccharide particles in a combined formulation reduce viscosity and improve handling stability compared to concentrated aqueous solutions.

Neutralizing extraction pH prevents irreversible papaverrubine color changes while maintaining high noscapine purity and yield.

Synthesized flavonoid dimers overcome multidrug resistance by inhibiting P-glycoprotein and MRP1, while specific linkers improve solubility and reduce toxicity.

6-Aryl amide modifications prevent reactive metabolic intermediates, reducing hepatotoxicity while maintaining efficacy against alcohol dependence.

Enzymatic acylation modifies aureolic acid derivatives to enhance antitumor activity.

Combining pinoxaden with specific plant growth regulators achieves synergistic weed control while minimizing crop phytotoxicity and resistance development.

Beta-lapachone prodrug converts to active metabolites via cytochrome P450 enzymes to inhibit fibrosis and inflammation.

Triazole-modified alpha-galactosylceramide derivatives direct cytokine secretion toward interleukin-4 rather than interferon-gamma to treat autoimmune diseases.

A nitrogen-containing condensed heterocyclic compound featuring an oxime group serves as a targeted agricultural herbicide active ingredient.

Combining benzoylpyridine derivatives with pyraclostrobin or boscalid improves residual activity and rainfastness against plant diseases.

Modular chemical compounds with segmented aromatic rings and side chains restore pest control efficacy while minimizing resistance development risks.

Substituted vanillin compounds prevent microbial contamination while avoiding skin irritation and environmental toxicity.

A herbicidal composition combines Group A compounds with 2,4-D choline salt to deliver broad-spectrum weed control.

Segmented implant coating regulates active ingredient diffusion through a dedicated top layer, preventing bolus release and local overdosing.