An overview on the use of bile acid-based compounds able to catalyze transformations, control the stereochemical course of a given reaction, recognize and bind other molecules, is presented. The recent developments in inclusion discrimination of chiral and achiral guests and enantioselective recognition achieved by bile acid are described with suitable example
The thesis entitled Cholic Acid Bused New Chiral Auxiliaries: Development And Applications has been ...
A unifying topic in this thesis is the development of routes to optically active compounds. The impo...
Bile acids are natural products that are located within a variety of organisms through metabolism of...
A review on the use of bile acids as hosts for molecular recognition and enantioresolution is prese...
This short review describes the utilization of bile acids as hosts for molecular recognition and ena...
The central idea of this work was design, synthesis and study of catalytic activity and enantioselec...
The use of chiral stationary phases obtained from cholic and deoxycholic acid derivatives in the HPL...
Bile salts are naturally occurring steroidal compounds that are synthesized in the liver and secrete...
This book includes both fundamental studies and applications in a multidisciplinary research field i...
A review of the use of bile acid-based compounds as building blocks for designing novel supramolecul...
International audienceChiral ionic solvents were almost unexplored before the last five years. This ...
Since early work in the 1980s, the bile acids have become well established as building blocks for su...
A new family of bile acid derived organocatalysts was obtained by linking L- or D-proline to amino d...
Asymmetric synthesis has emerged as one of the most rap-idly developing research areas in organic ch...
The asymmetric epoxidation of unfunctionalized olefins has been achieved using 3-keto bile acids as ...
The thesis entitled Cholic Acid Bused New Chiral Auxiliaries: Development And Applications has been ...
A unifying topic in this thesis is the development of routes to optically active compounds. The impo...
Bile acids are natural products that are located within a variety of organisms through metabolism of...
A review on the use of bile acids as hosts for molecular recognition and enantioresolution is prese...
This short review describes the utilization of bile acids as hosts for molecular recognition and ena...
The central idea of this work was design, synthesis and study of catalytic activity and enantioselec...
The use of chiral stationary phases obtained from cholic and deoxycholic acid derivatives in the HPL...
Bile salts are naturally occurring steroidal compounds that are synthesized in the liver and secrete...
This book includes both fundamental studies and applications in a multidisciplinary research field i...
A review of the use of bile acid-based compounds as building blocks for designing novel supramolecul...
International audienceChiral ionic solvents were almost unexplored before the last five years. This ...
Since early work in the 1980s, the bile acids have become well established as building blocks for su...
A new family of bile acid derived organocatalysts was obtained by linking L- or D-proline to amino d...
Asymmetric synthesis has emerged as one of the most rap-idly developing research areas in organic ch...
The asymmetric epoxidation of unfunctionalized olefins has been achieved using 3-keto bile acids as ...
The thesis entitled Cholic Acid Bused New Chiral Auxiliaries: Development And Applications has been ...
A unifying topic in this thesis is the development of routes to optically active compounds. The impo...
Bile acids are natural products that are located within a variety of organisms through metabolism of...