Group 5/15 Element Organic Compounds TRIZ Cases

Replacing halogen, carbonyl, and amide ligands with cycloheptatriene complexes supports cleaner molybdenum films with stable deposition.

New molybdenum(0) precursors support high-purity, uniform films by balancing volatility, thermal stability, and deposition reactivity.

Azine-based substituents improve electron transfer and thermal stability in OLED materials, lowering driving voltage and extending device lifetime.

New biguanidyl compounds target mitochondrial copper to improve potency against cancer cells with mesenchymal features.

Fused dibenzofuran or dibenzothiophene–quinoline compounds tune energy levels for charge transport, lowering voltage and extending OLED lifetime.

Phosphorus-nitrogen additives can increase copper corrosion at high loads; this phosphate ester salt improves wear and load capacity.

Pre-installing the P–N–P core avoids slow dimerization steps and helps produce chiral imidodiphosphoryl compounds in high yields.

Intramolecular click chemistry closes L-RNA aptamers into stable structures that resist nuclease degradation and preserve target binding.

Zinc reagents, chiral ligands, and BF3.OEt2 guide phenyl or pyridinyl ketones toward chiral tertiary alcohols with high purity and yield.

The compound aligns HOMO/LUMO levels and improves thermal stability to support lower OLED driving voltage, higher efficiency, and longer lifetime.

Selective 2-hydroxybenzoic acid derivatives inhibit or degrade SIRT5, addressing the lack of effective agents for cancer-related disorders.

One-pot iodine functionalization improves DOPO/BPPO derivative purity without toxic chlorination.

Dibenzofuran-quinoline compounds improve OLED charge migration, voltage, and lifetime.

Formula I–III compounds block β-catenin interaction with TCF/LEF, reducing tumor growth and sphere formation in colorectal cancer models.

A two-step click chemistry system covalently attaches reporters for intense IHC and ISH signals while limiting background amplification.

This case combines heterocyclic and arylphosphine oxide groups to improve electron transport, thermal stability, efficiency, and lifespan.

This case uses guanine analogs as telomerase substrates to terminate telomere elongation and inhibit cancer cell proliferation.

Sulfonyl-modified lipid chains help polar antiviral agents cross membranes, improving bioavailability while limiting toxicity.

Melamine-derived phosphorus-nitrogen chemistry uses oxidation to reduce weight loss and stabilize flame retardancy in polyamides.

Bone-targeting bisphosphonate conjugation links EP4 agonists through ester and amide bonds for uptake and potential local release.

This case develops orally suitable CDK7 inhibitors with structural changes that improve bioavailability across disease treatments.

This case applies substituted indenoazanaphthalenes as matrix and charge-transport materials to lower voltage and improve OLED lifetime.

Chiral induction, selective crystallization, and Pd/C hydrogenolysis improve purity and industrial manufacturability without lyophilisation.

Fluid formulations avoid solid purification and enable low-cost fertilizer blending.

Phosphoric compounds reduce random nucleotide adsorption on sequencing chips.

Staged micromixers, microchannel reactors, and continuous crystallization address batch variability while achieving over 85% yield.

A phosphite-phenolic stabilizer composition balances processing stability with reduced NOx-induced color change in organic materials.

This case uses a tailored triphosphinate compound to improve humid-condition stability, polymer compatibility, and flame retardancy.

Hydrolysable TPP+ linkers drive antibiotic penetration and retention in gram-negative bacteria.

This case uses nickel or palladium with tailored bidentate ligands to improve activity and molecular weight in olefin copolymerization.

Formula I MEK kinase inhibitors modulate aberrant pathway signaling, addressing inadequate efficacy of current cancer therapies.

This curable polyorganosiloxane composition combines one-part shelf stability with rapid heat-triggered initiation for coatings and foams.

Phosphorus compounds steady epoxy dielectrics after moisture exposure while adding flame resistance.

This case combines a phosphorus flame retardant with an epoxide stabilizer to limit degradation and discoloration during hot processing.

Fluorinated photoinitiators enable UV-VIS curing of flexible, moisture-resistant polymer layers that resist delamination.

Limited TLR8 agonist diversity is addressed with a benzazepine platform for antibody conjugation and stronger anti-cancer immune responses.