Functionalized magnesium reagents have been prepared via an iodine-magnesium exchange. These reagents can be either trapped directly with aldehydes or transmetallated to copper or zinc to participate in cross-coupling reactions. The iodine-magnesium exchange, represent a unique method for the preparation of aryl and heteroaryl magnesium reagents
Examples of Grignard reagents obtained by C-F bond activation with magnesium have kept appearing in ...
Explains the synthesis of Bis(amido) magnesium compounds via reaction of chelating alkali-metal amid...
Highly reactive magnesium obtained by the activation of commercial magnesium powder with a small amo...
In the last few years, we have demonstrated that the halogen/magnesium-exchange reaction is a unique...
The halogen/magnesium-exchange reaction has opened new perspectives in organic synthesis and has con...
In this review we summarize the most important procedures for the preparation of functionalized orga...
The successive addition of PhMgCl and i-PrMgCl to functionalised iodoanilines allows their conversio...
Functionalized arylmagnesium halides, prepared via an iodine−magnesium exchange, undergo a smooth cr...
A history of the activation methods used in Grignard reagent preparation is presented, along with re...
In the presence of transition metal chloride and potassium iodide, di-Grignard reagents can be produ...
A history of the activation methods used in Grignard reagent preparation is presented, along with re...
International audienceThis chapter contains sections titled: * Introduction * Methods of Preparation...
A history of the activation methods used in Grignard reagent preparation is presented, along with re...
Introduction: Although dialkylmagnesium compounds have been known for over a hundred years, relative...
Examples of Grignard reagents obtained by C-F bond activation with magnesium have kept appearing in ...
Examples of Grignard reagents obtained by C-F bond activation with magnesium have kept appearing in ...
Explains the synthesis of Bis(amido) magnesium compounds via reaction of chelating alkali-metal amid...
Highly reactive magnesium obtained by the activation of commercial magnesium powder with a small amo...
In the last few years, we have demonstrated that the halogen/magnesium-exchange reaction is a unique...
The halogen/magnesium-exchange reaction has opened new perspectives in organic synthesis and has con...
In this review we summarize the most important procedures for the preparation of functionalized orga...
The successive addition of PhMgCl and i-PrMgCl to functionalised iodoanilines allows their conversio...
Functionalized arylmagnesium halides, prepared via an iodine−magnesium exchange, undergo a smooth cr...
A history of the activation methods used in Grignard reagent preparation is presented, along with re...
In the presence of transition metal chloride and potassium iodide, di-Grignard reagents can be produ...
A history of the activation methods used in Grignard reagent preparation is presented, along with re...
International audienceThis chapter contains sections titled: * Introduction * Methods of Preparation...
A history of the activation methods used in Grignard reagent preparation is presented, along with re...
Introduction: Although dialkylmagnesium compounds have been known for over a hundred years, relative...
Examples of Grignard reagents obtained by C-F bond activation with magnesium have kept appearing in ...
Examples of Grignard reagents obtained by C-F bond activation with magnesium have kept appearing in ...
Explains the synthesis of Bis(amido) magnesium compounds via reaction of chelating alkali-metal amid...
Highly reactive magnesium obtained by the activation of commercial magnesium powder with a small amo...