Javascript must be enabled to continue!
The Alkylation of Enolates and Enol Derivatives: The Use of Silyl Enol Ethers
View through CrossRef
Specific metal enolates are not always alkylated regioselectively, not is there always complete control over the degree of alkylation. These difficulties and others can sometimes be overcome using enol derivatives, of which silyl enol ethers are particularly effective. Dienolates are generally alkylated in the α-position, but their silylated analogues show some aptitude for γ-alkylation.
Title: The Alkylation of Enolates and Enol Derivatives: The Use of Silyl Enol Ethers
Description:
Specific metal enolates are not always alkylated regioselectively, not is there always complete control over the degree of alkylation.
These difficulties and others can sometimes be overcome using enol derivatives, of which silyl enol ethers are particularly effective.
Dienolates are generally alkylated in the α-position, but their silylated analogues show some aptitude for γ-alkylation.
Related Results
Silyl enol ethers and related silyl ethers
Silyl enol ethers and related silyl ethers
This chapter focuses on related silyl ethers and silyl enol ethers. It defines silyl enol ethers as stable molecules which may be isolated, purified, and characterized using standa...
Preparations of Silyl Anions
Preparations of Silyl Anions
AbstractThis review collates synthetic procedures for the synthesis of different silyl anions, which are valuable reagents for chemists, particularly in the field of organic synthe...
The Directed Aldol Reaction
The Directed Aldol Reaction
Abstract
The aldol reaction, usually carried out in protic solvents with base or acid as the catalyst, is one of the most versatile methods in organic synthesis. By appli...
Enamines, enol ethers, and enolates
Enamines, enol ethers, and enolates
This chapter deals with enamines, enol ethers, and enolates. Enamines are nucleophilic reagents that undergo alkylation, acylation, and conjugation addition reactions. The chapter ...
4.4.44 Product Subclass 44: Silyl Radicals
4.4.44 Product Subclass 44: Silyl Radicals
AbstractSilyl radicals are short-lived species that have found widespread use in various areas, including organic and polymer chemistry and, more recently, material science. These ...

