سنتز مبتنی بر آب: هتروسیکل های زیست فعال ۲۰۲۴
Aqueous-Mediated Synthesis: Bioactive Heterocycles 2024

1. Foreword

2. A brief professional profile of Prof. John C. Warner

3. Preface

4. Contents

5. List of contributors

6. Chapter 1 Construction of benzazoles in aqueous medium: a sustainable approach

7. Chapter 2 Catalyst-free synthesis of bioactive heterocycles in aqueous media

8. Chapter 3 Aqueous-mediated sustainable catalytic methods for the synthesis of bioactive N-heterocycles

9. Chapter 4 Catalyst-free synthesis of monocyclic heterocycles in aqueous medium: a sustainable approach

10. Chapter 5 Water as benign reaction medium for the synthesis of quinoxalines

11. Chapter 6 Synthesis in water: a sustainable tool for the construction of quinoline derivatives

12. Chapter 7 Aqueous-mediated synthesis of bioactive O-heterocycles

13. Chapter 8 Aqueous-mediated synthesis of bioactive S-heterocycles

14. Chapter 9 Aqueous-mediated synthesis of bioactive spirooxindoles

15. Chapter 10 Sodium dodecyl sulfate in water: A valuable combination for the synthesis of various bioactive heterocycles

16. Chapter 11 Synthesis of bioactive heterocycles involving heterogeneous catalysis in water

17. Chapter 12 Microwave-assisted aqueous-mediated synthesis of bioactive heterocycles

18. Chapter 13 Ultrasound-assisted aqueous-mediated synthesis of bioactive heterocycles

19. Index