Biocide TRIZ Cases

Single-step aqueous wood treatment combines flame retardants, insecticides, and fungicides while using a fluorescent agent for rapid quality control.

Quinolinone compounds inhibit PDE2 to elevate cAMP and cGMP levels, addressing schizophrenia side effects.

Novel fused pyridone compounds act as positive allosteric modulators at the muscarinic M1 receptor to enhance cognitive function.

Novel heterocyclic compounds modulate gamma secretase activity to reduce amyloid beta production, addressing limited specificity in existing treatments.

Lamellar lipid coatings create low-permeability barriers on agricultural products, reducing mass loss and respiration rates without refrigeration.

Modified bicyclic amine structures reduce ischemic colitis risk while maintaining therapeutic efficacy for irritable bowel syndrome.

Safeners shield crop plants from herbicide damage while isoxazoline compounds destroy weeds.

Colloidal solids stabilize dispersed water-immiscible liquid phases, protecting water-sensitive agrochemicals from hydrolytic degradation during storage.

Aprotic polar and hydrocarbon solvents dissolve pyrazole compounds and dimethenamid, preventing phase separation during storage.

A volatile organic compound formulation containing propanoic acid and isoamyl hexanoates kills bacteria in waste streams.

Structural modifications to quinazoline derivatives reduce skin irritation while maintaining strong antipruritic activity across various pruritic diseases.

Volatile chemical attractants draw bed bugs to adhesive traps, replacing hazardous CO2 systems with safer low-cost monitoring.

High-yield synthesis of steroidal piperidone derivatives overcomes pesticide resistance in sucking pests like aphids and whiteflies.

A disulfide trap covalently links an antigen peptide to an MHC class I heavy chain via a disulfide bond.

Phosphorylation converts lipophilic quinolones into water-soluble esters, resolving poor pharmacokinetic properties while maintaining antitumor activity.

Substituted pyridinyloxybenzenes deliver targeted herbicidal activity against broad-leaved weeds and grasses.

Basic inorganic salts neutralize local acidity to stabilize unstable amorphous benzimidazole proton pump inhibitors, avoiding enteric coating side effects.

A CD4 peptide linked to a polyanion binds the gp120 protein to block viral entry.

Free radical polymerization converts terpenoid monomers into stable homopolymers without chemical modification.

Electrospun poly(ester-amide) fibrous membranes create porous scaffolds that overcome fabrication limits to accelerate wound healing.

Compressed porous apatite/collagen composite expands in situ to adapt to complex bone defect geometries, resolving brittleness and handling difficulties.

Combining arylamidine derivatives with azole or polyene agents delivers strong antifungal activity against Candida and Malassezia pathogens.

Thermal release of 1-MCP from an alpha-cyclodextrin complex eliminates water-based delays and degradation, enabling instant start-stop control.

Alginate microcapsules with hydrophobic compounds and humectants protect bacterial viability, extending shelf life while lowering transportation costs.

Modified peptides bind C1q and MBL to inhibit classical and lectin pathways, treating autoimmune diseases without compromising host defense.

Formula I naphthalenes inhibit p38 MAP kinase activity to reduce pro-inflammatory cytokine production, enabling oral administration instead of injection.

A porous substrate loaded with a buffer system holds and slowly releases volatile attractants for bloodsucking arthropods.

Cell-free Coniochaeta velutina supernatant delivers stable antifungal metabolites for direct foliar application on crops.

Mutated HPPD enzymes enable selective weed control without damaging tolerant crop plants.

A thietanyloxy compound mixture with insecticidal or fungicidal agents boosts pest control efficacy.

A modified block copolyester wetting agent composition increases the wetting rate of plant growth media.

Synergistic inhibition of pause release and transcription factor binding reduces off-target toxicity while suppressing tumor cell proliferation.

Aminoguanidine-decorated carbon dots selectively target Pseudomonas aeruginosa cells through surface functionalization.

Structural modifications to 2-acyloxypyrrolin-4-one cores improve plant compatibility and reduce toxicological risks while maintaining weed control efficacy.

Applying a non-aqueous solvent formulation to soil achieves rapid pesticide uptake and distribution without spray drift or plant injury.

A collapsible plunger handle uses a telescoping shaft to enable single-handed operation and compact storage.

Optimizing ketorolac concentration to 0.4% reduces ocular irritation and burning sensations during instillation without compromising pain relief effectiveness.

Calcium hydroxide stabilizes sodium hypochlorite in solution, preventing decomposition into toxic chlorine gas while maintaining antimicrobial efficacy.

Combines ester compounds with cyclic solvents to create a pest control composition.

A pesticide emulsifiable concentrate uses a cyclic ester and amide to form stable oil-in-water emulsions.

Novel fungicidal composition combines specific pyrazole and pyridine carboxamide compounds with formula I derivatives to deliver targeted agricultural protection.

Dual-action naphthyridine compounds address slow antidepressant onset by merging H3 receptor antagonism and SERT inhibition for faster symptom relief.

A multi-component chemical composition delivers fungicidal and nutritional benefits to plants through a single aqueous application.

Selective macrocyclic compounds inhibit factor VIIa, widening the therapeutic index and reducing monitoring requirements compared to warfarin.

Modified pyrethroid structures resolve the contradiction between high bed bug mortality and human safety by reducing toxicity while maintaining efficacy.

Tetrazolinone compound I combats Microdochium nivale G143A mutations in wheat seeds, restoring efficacy against resistant fungi.