Zeolites significantly enhance the influence of chiral auxiliaries during photochemical reactions. The generality of this phenomenon has been tested with three independent examples. Chiral auxiliaries that lead to 1:1 mixtures of diastereomers in solution give products in up to 80% diastereomeric excess in the presence of faujasite type zeolites
With Nature as role model, chemists have utilized confined media to achieve selectivity in chemical ...
The photochemistry of 31 α-oxoamides capable of undergoing ?γ-hydrogen transfer has been examined wi...
The asymmetric induction facilitated by a chiral auxiliary during the photoisomerization of trans,tr...
The confined spaces of zeolites have been found to be ideal for carrying out enantio- and diastereo-...
From the perspective of asymmetric induction, the photochemistry of 24 chiral esters and amides of c...
From the perspective of asymmetric induction, the photochemistry of 24 chiral esters and amides of c...
Zeolites modified with chiral inductors serve as media for performing chiral induction during photoc...
Three different approaches to asymmetric induction in the cis-to-trans photoisomerization of a numbe...
In this Account strategies using zeolites as media to achieve chiral induction are presented. Diaste...
Photochemistry of optically pure trans-2,3-diphenyl-1-benzoylcyclopropane has been examined in isotr...
Irradiation of 2-benzoyladamantane derivatives in zeolites yields the endo-cyclobutanols as the only...
Two strategies, namely chiral inductor and chiral auxiliary approaches, have been examined within ze...
By employing a strategy that involves the use of chirally modified zeolite as the reaction medium, m...
Alkali ion-exchanged Y-zeolites significantly enhance asymmetric induction in the photoisomerization...
Moderate enantioslectivity has been achieved on two photochemical reactions that involve molecules r...
With Nature as role model, chemists have utilized confined media to achieve selectivity in chemical ...
The photochemistry of 31 α-oxoamides capable of undergoing ?γ-hydrogen transfer has been examined wi...
The asymmetric induction facilitated by a chiral auxiliary during the photoisomerization of trans,tr...
The confined spaces of zeolites have been found to be ideal for carrying out enantio- and diastereo-...
From the perspective of asymmetric induction, the photochemistry of 24 chiral esters and amides of c...
From the perspective of asymmetric induction, the photochemistry of 24 chiral esters and amides of c...
Zeolites modified with chiral inductors serve as media for performing chiral induction during photoc...
Three different approaches to asymmetric induction in the cis-to-trans photoisomerization of a numbe...
In this Account strategies using zeolites as media to achieve chiral induction are presented. Diaste...
Photochemistry of optically pure trans-2,3-diphenyl-1-benzoylcyclopropane has been examined in isotr...
Irradiation of 2-benzoyladamantane derivatives in zeolites yields the endo-cyclobutanols as the only...
Two strategies, namely chiral inductor and chiral auxiliary approaches, have been examined within ze...
By employing a strategy that involves the use of chirally modified zeolite as the reaction medium, m...
Alkali ion-exchanged Y-zeolites significantly enhance asymmetric induction in the photoisomerization...
Moderate enantioslectivity has been achieved on two photochemical reactions that involve molecules r...
With Nature as role model, chemists have utilized confined media to achieve selectivity in chemical ...
The photochemistry of 31 α-oxoamides capable of undergoing ?γ-hydrogen transfer has been examined wi...
The asymmetric induction facilitated by a chiral auxiliary during the photoisomerization of trans,tr...