Organic Chemistry TRIZ Cases

A custom die shapes thermal interface material through a liner, resolving costly conventional application processes that cause distortion and waste.

Convert waste by-products pFP and pTHFP into valuable additives through selective isolation, reducing disposal costs while enhancing rubber wear resistance.

Stratifying renal cell carcinoma patients by thymidylate synthase expression improves therapeutic response while avoiding unnecessary treatments.

A cyclic carbonate monomer containing a double-sulfur five-membered ring functional group enables stable polycarbonate formation via ring-opening polymerization.

Formula 1 compounds target the p38α substrate binding groove to suppress inflammation while preserving homeostatic counterregulatory responses.

Modular organic compounds using dibenzothiophenyl groups improve device lifetime and reduce voltage drift while lowering synthesis complexity.

Cyclohexenone compounds modulate immune responses to treat atopic dermatitis.

Segmented NPBX thermosetting resin with novolac curing agents elevates heat resistance while reducing phosphorus content.

Single-pot synthesis uses halide salt templates to direct self-assembly, resolving the trade-off between structural precision and manufacturing complexity.

Replacing pyridyl rings with isoquinolin-5-yl structures enhances TRPV1 modulation efficacy for treating neuropathic pain.

A resist composition uses a photodegradable base to alter resin solubility during development.

Optimizing synthesis of imidazole-based bicyclic compounds through parameter changes and porous materials to resolve scalability bottlenecks.

A radiation-sensitive resin composition uses a specific onium cation compound to enhance acid generation and solubility contrast.

Acetate-substituted iodonium and sulfonium materials enable sub-50 nm feature formation in EUV lithography by balancing sensitivity with linewidth roughness.

Iminothiadiazinane dioxide derivatives inhibit plasmepsin V with 10-fold to 100-fold selectivity over human aspartyl proteases.

Developing crystalline eliglustat hydrochloride resolves hygroscopicity issues in existing tartaric acid salts, ensuring storage stability.

Epoxidized isosorbide esters replace toxic phthalates in polyvinyl chloride, maintaining flexibility while eliminating environmental pollution.

A polarizing plate composition uses specific compounds to enhance film adhesiveness and optical stability.

Indole compound inhibits ITK enzyme activity, suppressing Th2 cell and mast cell activation to treat inflammatory and autoimmune diseases.

Segmenting the propyl chain into a cyclic amine ring enhances M-receptor antagonistic activity and tracheal smooth muscle diastolic effects.

Trimesic acid derivatives with specific alkyl groups lower haze levels while minimizing extraction from polyolefin matrices.

Isothiocyanate compound with phenanthrenequinone skeleton reacts with amines to form thiazole derivatives for detection.

SARD ligands bind the N-terminal domain to degrade full-length AR and splice variants, overcoming resistance in castration-resistant prostate cancer.

Reductive amination of specific intermediates using sodium cyanoborohydride prevents over-alkylation, ensuring high purity.

Fluorene derivatized monomers control polymerization kinetics to eliminate solvent limitations and boost diffraction efficiency.

Substituted anthracene derivatives reduce driving voltage and extend lifespan by optimizing HOMO-LUMO levels in organic electronic devices.

Pyrimidine compounds inhibit aberrant Ras/Raf signaling by binding allosteric sites, bypassing the undruggable active site.

Segmented triazine structures enhance thermal stability and light stabilizing mobility in polyolefins.

Convert furan dicarboxylic acid to esters via supercritical CO2 catalysis, eliminating hazardous reagents and reducing reaction time.

Replacing amide solvents in inkjet ink formulations resolves jetting precision trade-offs while maintaining film durability.

Modulating glucokinase activity with specific derivatives improves insulin secretion and glycogen deposition for treating hyperglycemia.

Ketoquinolones absorb light energy to generate radicals, resolving yellowing and line speed limits while maintaining reactivity.

Microwave in-situ synthesis loads silver sulfadiazine onto polydopamine films, avoiding ammonia corrosion and catalyst competition to ensure strong adhesion.

Specific substituted beta-hydroxy amide structures selectively bind PRMT5 to overcome the lack of targeted therapies for cancer and hemoglobinopathies.

A biphenyl derivative compound increases Nm23-H1/NDPK enzyme activity to inhibit cancer metastasis and growth.

Dual-reactive cross-linking agents join methacrylate and vinyl monomers, preventing phase separation between silicone and hydrophilic components.

Copolymers of exo-vinylene carbonate acrylates and olefinic comonomers form two-component adhesive systems.

Sodium carbonate stabilizes dimethyl sulfoxide during distillation, preventing decomposition without requiring high vacuum facilities.

A fluorinated cyclic carbonate additive forms stable solid electrolyte interface layers on lithium battery electrodes.

Imine derivatives function as electron-accepting materials in hole-injecting layers to lower driving voltage.

Aromatic diamine combines with specific dianhydrides to create polyester-imide polymers that balance optical transparency with mechanical strength.

Thromboxane receptor antagonists selectively block platelet activation pathways to inhibit thrombosis formation.

Modified cyanine dyes bind selectively to double-stranded DNA, eliminating RNA interference during nucleic acid quantitation.

A heterocyclic compound with high solubility enables solution coating of organic light-emitting devices.

Substituted azaindazoles replace complex siRNA delivery systems by directly inhibiting EZH2 enzyme activity to reduce cancer cell proliferation.

Low dosage anti-agglomerant compounds adsorb onto hydrate crystals to prevent agglomeration and maintain fluid flow continuity in subterranean pipelines.

Pyrimidine and triazine derivatives inhibit fatty acid amide hydrolase to elevate endogenous lipid concentrations while reducing side effects.

A dual-pocket MIF inhibitor uses a chemical tether to bind allosteric and catalytic sites.