Chapter 9 Green synthesis of bioactive indoles

Chapters in this book

1. Frontmatter I
2. Dedicated to Sant Baba Iqbal Singh Ji, Founder Chancellor, Akal University V
3. Preface VII
4. Foreword IX
5. A brief professional profile of Prof. Béla Török XI
6. Contents XIII
7. Chapter 1 Naturally occurring bioactive five-membered heterocycles 1
8. Chapter 2 Photochemically mediated synthesis of five-membered heterocycles 31
9. Chapter 3 Ultrasound-assisted synthesis of five-membered heterocycles 93
10. Chapter 4 Microwave-assisted synthesis of tetrazoles 123
11. Chapter 5 Organocatalyzed synthesis of five-membered heterocycles 141
12. Chapter 6 Solvent-free synthesis of five-membered heterocycles 177
13. Chapter 7 Sustainable synthesis of bioactive functionalized five-membered heterocycles via flow chemistry 211
14. Chapter 8 Green synthesis of bioactive pyrroles 243
15. Chapter 9 Green synthesis of bioactive indoles 283
16. Chapter 10 Sustainable contemporary methods for the construction of oxazole-decorated heterocycles 315
17. Chapter 11 Recent advances in the metal-free synthesis of novel isoxazoles and evaluation of their biological activities 341
18. Chapter 12 Green synthesis of bioactive thiazoles 393
19. Chapter 13 Green synthesis of bioactive carbazoles 413
20. Chapter 14 Sustainable contemporary methods for the construction of cyclopentene-decorated five-membered heterocycles 441
21. Chapter 15 Ascorbic acid-mediated synthesis of five-membered heterocycles 475
22. Chapter 16 Green synthesis of bioactive imidazo[1,2-a]pyridines 493
23. Chapter 17 Photon- and electron-mediated alternative synthesis of selenium-decorated five-membered heterocyclic compounds 511
24. Chapter 18 Synthesis of selenium-containing bioactive five-membered heterocyclic compounds under green conditions: a decade update 541
25. Chapter 19 Industrial applications of five-membered heterocylces 573
26. Index 613