Biocide TRIZ Cases

Soluble monomeric MIC proteins bridge immune evasion by attaching NKG2D-binding domains to target antigens on malignant cells.

A biocompatible porous polymeric matrix incorporates gel and cells to form an integrated implant system for rapid skin regeneration.

Co-crystals of cyprodinil and dithianon prevent tackiness and equipment blockages by maintaining active ingredients in a stable solid state.

Self-emulsifying solubilizing composition maintains stability and prevents precipitation of hardly water-soluble medical agents.

Acrylate copolymer particles in hydroalcoholic solutions adsorb spores to resolve the contradiction between high removal effectiveness and skin safety.

Farnesyltransferase inhibitors block aberrant lamin A farnesylation to restore nuclear morphology.

Branched-chain alcohol ethoxylates provide rapid visual phytotoxicity symptoms within 48 hours, resolving the delay in glyphosate efficacy assessment.

Multivalent N-linked oligosaccharides bind glycan receptors to promote photoreceptor outer segment membrane assembly.

Optimized particle size and phosphate dispersants extend citrus shelf life by 1 to 4 weeks while reducing toxicity compared to chemical fungicides.

Low-molecular weight hyaluronic acid penetrates skin while high-molecular weight variants form a protective film.

Avocado acetogenins inhibit Listeria monocytogenes growth, replacing synthetic additives with natural lipidic molecules.

A Microbacterium strain enhances root biomass by mineralizing organic nitrogen and sulfur compounds in soil.

Selective heterocyclic compounds target S1P1 receptors to provide immunosuppression while avoiding cardiovascular side effects.

Alpha-helical stable antimicrobial peptides disrupt bacterial membranes to resolve ineffective disease control and crop yield losses.

Fluorinated isoxazoline compounds inhibit macrophage migration inhibitory factor activity to treat sepsis and autoimmune diseases.

Cationic glycine betaine ester and amide derivatives provide antimicrobial efficacy while maintaining 100% biodegradability from natural sugar beet sources.

Polypeptide compositions bind fungal sphingolipids to reduce toxicity while maintaining antifungal efficacy.

Solid herbicidal granules combine florasulam and cloquintocet acid with a lignosulfonate salt to maintain storage stability at elevated temperatures.

A four-component composition combining phytosterols, bamboo leaf flavones, procyanidins, and beta-glucan to lower blood lipids.

Triethylammonium chloride prevents Ostwald ripening in dimpropyridaz suspensions, eliminating sedimentation and caking during storage.

siRNA inhibitors suppress SOCS1 and A20 proteins in immune cells to overcome suppression of T-cell activation and cytokine production.

Thiol compounds rapidly reverse paralysis from novel agents, minimizing mechanical respiration duration.

Establishing mycelium 48 hours prior to fungicide application enhances biocontrol agent survival and disease protection.

Segmented biopolymer scaffolds provide focal adenosine release, avoiding systemic side effects while suppressing seizures.

Cyclodextrin inclusion complexes stabilize methylglyoxal, resolving instability issues that require frequent application of manuka honey.

Dihydropyrimidine compounds interfere with hepatitis B virus nucleocapsid formation to inhibit viral replication.

Hydroxypyridone derivatives inhibit leukemia cell growth to overcome low long-term disease-free survival rates in acute myelogenous leukemia.

Furilazole mediates substituted isoxazolincarboxamides to neutralize crop damage while maintaining herbicidal efficacy.

Incorporating gypsum into a trichloro-s-triazinetrione tablet reduces peak chlorine release while maintaining dissolution time.

Crystalline polymorphs of a tosylated dihydropyrimidinone compound exhibit enhanced solubility and stability through distinct lattice structures.

Replacing low molecular weight surfactants with high molecular weight polymers reduces phytotoxicity while maintaining pumpability for single-pass application.

Bicyclic derivatives inhibit voltage-gated sodium and calcium channels.

A quaternization process uses acidic media and a biphasic solvent to precipitate the target compound directly from the reaction mixture.

A Cdk5 inhibitory peptide linked to a protein transduction domain crosses the blood-brain barrier for targeted neuronal delivery.

Structural modifications to pyrazole cores enhance efficacy against resistant strains while maintaining safety profiles for non-target species.

Alkanolammonium sulfates condition hard water to maintain herbicide efficacy while preventing drift caused by traditional ammonium salts.

Extended lag phase mutants maintain higher pH and prevent off-flavors while inhibiting Listeria.

Composite polymers with sulfonic acid and carboxyalkyl units form clear yield points in acidic surfactant systems.

Liquid CCN and OCMC solutions mix to form a hydrogel that occludes targeted blood vessels, preventing distal embolization caused by uncontrolled liquid flow.

Modifying Cry1Ea amino acid sequences expands insecticidal spectrum against Lepidoptera while reducing chemical pesticide reliance.

Proton-absorbing substances applied to plastic bottle interiors stabilize glyceryl trinitrate sprays against degradation.

A liquid spray formulation deposits a film on face masks to deliver antiviral protection.

Fluorinated binder mediates quaternary ammonium salt application to porous substrates, preventing hydrophobicity loss during biocidal treatment.

Substituted 6-deoxy-6-sulfanylcyclodextrins provide consistent osmotic activity for peritoneal dialysis solutions.

Merges botanical repellents and entomopathogenic fungi to boost coffee berry borer mortality while avoiding chemical resistance.

Anionic surfactant and ammonium salt improve homogeneity and reduce odor in solid pesticide formulations.