Understanding Organic Synthesis
A Systematic Approach to Reaction Classification
Understanding Organic Synthesis
A Systematic Approach to Reaction Classification
Aimed at graduate students and researchers, this unique text provides a reliable and practical guide to understanding and mastering complex synthesis pathways, explaining essential reaction principles and reagent classifications.
1. Introduction
1. Introduction
PART 1. NUCLEOPHILIC REACTIONS
2. Reactions of alkylating compounds (A) with nucleophilic agents (1?5)
3. Reactions of electrophilic compounds containing a double bond between atoms of different electronegativity (B) with nucleophilic agents (1?5)
4. Reactions of electrophilic alkenes (C) with nucleophilic agents (1?5)
5. Reactions of aromatic compounds (D) with nucleophilic agents (1?5)
6. Reactions of compounds with an electrophilic center on a heteroatom (E) with nucleophilic agents (1?5)
PART 2. ELECTROPHILIC REACTIONS
7. Interactions of nucleophilic compounds (A?C) with inorganic cations (1)
8. Interactions of nucleophilic compounds (A?C) with uncharged electrophilic agents (2)
9. Reactions of nucleophilic compounds (A?C) with carbocations (3)
10. Reactions of aromatic compounds (D) with electrophilic agents (1?3)
11. Reactions of nucleophilic compounds (A?D) with organic cations carrying a charge on a heteroatom (4)
12. Reactions of nucleophilic compounds (A?D) with electrophilic carbenes (5)
13. Rearrangements of electron-deficient nitrogen compounds
PART 3. RADICAL REACTIONS
15. Methods of radical generation
16. Substitution reactions
17. Radical addition to unsaturated bonds
PART 4. PERICYCLIC REACTIONS
18. Diels?Alder reaction
19. 1,3-Dipolar cycloaddition reactions
20. [2+2] Cycloaddition reactions
21. Ene reactions
22. Sigmatropic rearrangements
Makosza, Mieczyslaw
Fedorynski, Michal
| ISBN | 9783527356676 |
|---|---|
| Media type | Book |
| Edition number | 1. Auflage |
| Copyright year | 2026 |
| Publisher | Wiley-VCH |
| Language | English |
