The Brook rearrangement of simple, chiral tertiary benzylic -hydroxysilanes is presented. The rearrangement followed by proton trapping is enantiospecific and proceeds with inversion of the configuration at the carbon center. Importantly, the [1,2]-Brook rearrangement can be followed by trapping of methyl or allyl electrophiles even in the protic environment, although with minimal retention of chirality.</p
The highly enantioselective addition of Grignard reagents to acylsilanes is catalyzed by copper diph...
The highly enantioselective addition of Grignard reagents to acylsilanes is catalyzed by copper diph...
The highly enantioselective addition of Grignard reagents to acylsilanes is catalyzed by copper diph...
The Brook rearrangement of simple, chiral tertiary benzylic -hydroxysilanes is presented. The rearra...
The Brook rearrangement of simple, chiral tertiary benzylic -hydroxysilanes is presented. The rearra...
Here we report a stereospecific Brook rearrangement/trapping sequence, initiated by the formation of...
Here we report a stereospecific Brook rearrangement/trapping sequence, initiated by the formation of...
The Brook rearrangement of simple, chiral tertiary benzylic -hydroxysilanes is presented. The rearra...
The Brook rearrangement of simple, chiral tertiary benzylic -hydroxysilanes is presented. The rearra...
Here we report a stereospecific Brook rearrangement/trapping sequence, initiated by the formation of...
De positionering van atomen in een molecuul in de ruimte kan een cruciale rol hebben op het effect w...
De positionering van atomen in een molecuul in de ruimte kan een cruciale rol hebben op het effect w...
De positionering van atomen in een molecuul in de ruimte kan een cruciale rol hebben op het effect w...
De positionering van atomen in een molecuul in de ruimte kan een cruciale rol hebben op het effect w...
The highly enantioselective addition of Grignard reagents to acylsilanes is catalyzed by copper diph...
The highly enantioselective addition of Grignard reagents to acylsilanes is catalyzed by copper diph...
The highly enantioselective addition of Grignard reagents to acylsilanes is catalyzed by copper diph...
The highly enantioselective addition of Grignard reagents to acylsilanes is catalyzed by copper diph...
The Brook rearrangement of simple, chiral tertiary benzylic -hydroxysilanes is presented. The rearra...
The Brook rearrangement of simple, chiral tertiary benzylic -hydroxysilanes is presented. The rearra...
Here we report a stereospecific Brook rearrangement/trapping sequence, initiated by the formation of...
Here we report a stereospecific Brook rearrangement/trapping sequence, initiated by the formation of...
The Brook rearrangement of simple, chiral tertiary benzylic -hydroxysilanes is presented. The rearra...
The Brook rearrangement of simple, chiral tertiary benzylic -hydroxysilanes is presented. The rearra...
Here we report a stereospecific Brook rearrangement/trapping sequence, initiated by the formation of...
De positionering van atomen in een molecuul in de ruimte kan een cruciale rol hebben op het effect w...
De positionering van atomen in een molecuul in de ruimte kan een cruciale rol hebben op het effect w...
De positionering van atomen in een molecuul in de ruimte kan een cruciale rol hebben op het effect w...
De positionering van atomen in een molecuul in de ruimte kan een cruciale rol hebben op het effect w...
The highly enantioselective addition of Grignard reagents to acylsilanes is catalyzed by copper diph...
The highly enantioselective addition of Grignard reagents to acylsilanes is catalyzed by copper diph...
The highly enantioselective addition of Grignard reagents to acylsilanes is catalyzed by copper diph...
The highly enantioselective addition of Grignard reagents to acylsilanes is catalyzed by copper diph...