Aziridine Synthesis

Aziridine Synthesis by Navjeet Kaur invites researchers, graduate students, and industry chemists into the focused world of aziridine chemistry with clarity and purpose. This compact, authoritative volume highlights practical routes, reaction design, and contemporary catalytic strategies that make aziridine building blocks accessible for applications in medicinal chemistry, agrochemicals, and materials science.

Start with concise, high-impact overviews of ring-formation methods, including nucleophilic and electrophilic approaches, stereocontrolled syntheses, and modern metal- and organocatalyzed transformations. Each chapter emphasizes reproducible reaction conditions, substrate scope, and mechanistic insight—valuable for bench chemists working in academic labs across Europe, North America, and Asia-Pacific, as well as R&D teams in biotech and pharma hubs.

Benefit from a results-oriented layout that balances theoretical rationale with hands-on guidance: stepwise pathways, troubleshooting tips, and safety-minded considerations tailored to real-world lab environments. Case studies showcase how aziridine intermediates translate into complex target molecules, accelerating lead optimization and synthetic planning.

Whether you are optimizing a route in a university lab in Germany, scaling a process in the United States, or exploring new scaffolds in India, Navjeet Kaur’s Aziridine Synthesis is an indispensable reference. Practical, up-to-date, and global in relevance—add this essential guide to your collection to streamline synthesis workflows, inspire new strategies, and advance your research outcomes. Order your copy today to elevate your aziridine chemistry toolkit.

Note: eBooks do not include supplementary materials such as CDs, access codes, etc.