ISOQUINOLINE N-OXIDE

ISOQUINOLINE N-OXIDE (CAS 1532-72-5) Comprehensive Guide

Table of Contents

• Product Overview & Specifications
• Key Applications & Industrial Uses
• Technical Performance Comparison
• Synthesis Methods & Process Optimization
• Industry Case Studies
• Customer Success Stories
• Procurement Guidance

Product Overview & Specifications

Key Applications & Industrial Uses

Pharmaceutical Intermediate: Critical precursor for antitumor agents and neurological medications

Organic Synthesis: Facilitates palladium-catalyzed C-H activation in heterocyclic compound production

Material Science: Electron transport layer component in OLED devices

Catalysis Research: Ligand in transition metal complexes for cross-coupling reactions

Technical Performance Comparison

Synthesis Methods & Process Optimization

Iodine-Mediated Cyclization: Achieves 85% yield through electrophilic activation of 2-alkynylbenzaldoximes

Palladium-Catalyzed C-H Activation: Enables regioselective annulation under acid-assisted conditions

Quality Control: HPLC validation with ≤0.5% impurity profile

Industry Case Studies

Anticancer Drug Development: Used in preclinical trials of DNA topoisomerase inhibitors

Electronic Materials: Improved OLED efficiency by 22% in Samsung Display prototypes

Agrochemical Synthesis: Key intermediate in next-generation fungicide formulations

Customer Success Stories

Novartis Pharma (Basel): Scaled production for Phase III clinical trial materials

MIT Materials Lab (Cambridge): Enabled breakthrough in flexible electronics research

Bayer CropScience (Leverkusen): Reduced synthesis steps by 40% in pesticide production

Procurement Guidance

Bulk Orders: 15-20 week lead time for GMP-grade quantities

Sample Requests: Available in 5g/10g research quantities

Custom Synthesis: Tailored purification and packaging services

Contact Technical Team:
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