Add to ORKGThe optical resolution processes were systematically investigated. The optimum of the parameters of the diastereoisomeric salt formation can be determined by using a thermodynamic equilibrium model. Based upon the conformational analysis of the structure for diastereo isomeric salts, a new method has been elaborated for designing optical resolutions
The driving force of the formation of the homo- and heterochiral associates in the mixtures of chira...
Diastereomeric salt resolution is still the most relevant technique in chiral resolution processes, ...
Diastereomeric salt resolution is still the most relevant technique in chiral resolution processes, ...
The optical resolution processes were systematically investigated. The optimum of the parameters of ...
The enantioseparation of a racemate through diastereomeric salt formation with a resolving agent is ...
Enantiomer separation remains an important technique for obtaining optically active materials. Even...
This paper presents an experimental and modelling approach to understanding the key conditions for d...
Chiral crystallization with the use of resolving agents to form diastereomeric salts is a widely use...
Despite the dramatic development of enantioselective synthesis and chromatographic separation method...
Researchers at Accelrys have used Polymorph Predictor ™ to examine the solid state packing alternati...
Methods for obtaining optically active compounds in enantiopure form are commonly classified into th...
For resolution of chiral compound-forming substances diastereomeric salt formation is the most impor...
For resolution of chiral compound-forming substances diastereomeric salt formation is the most impor...
The preparation of single enantiomers (ee ~100%) is one of the most important demands both for indus...
For resolution of chiral compound-forming substances diastereomeric salt formation is the most impor...
The driving force of the formation of the homo- and heterochiral associates in the mixtures of chira...
Diastereomeric salt resolution is still the most relevant technique in chiral resolution processes, ...
Diastereomeric salt resolution is still the most relevant technique in chiral resolution processes, ...
The optical resolution processes were systematically investigated. The optimum of the parameters of ...
The enantioseparation of a racemate through diastereomeric salt formation with a resolving agent is ...
Enantiomer separation remains an important technique for obtaining optically active materials. Even...
This paper presents an experimental and modelling approach to understanding the key conditions for d...
Chiral crystallization with the use of resolving agents to form diastereomeric salts is a widely use...
Despite the dramatic development of enantioselective synthesis and chromatographic separation method...
Researchers at Accelrys have used Polymorph Predictor ™ to examine the solid state packing alternati...
Methods for obtaining optically active compounds in enantiopure form are commonly classified into th...
For resolution of chiral compound-forming substances diastereomeric salt formation is the most impor...
For resolution of chiral compound-forming substances diastereomeric salt formation is the most impor...
The preparation of single enantiomers (ee ~100%) is one of the most important demands both for indus...
For resolution of chiral compound-forming substances diastereomeric salt formation is the most impor...
The driving force of the formation of the homo- and heterochiral associates in the mixtures of chira...
Diastereomeric salt resolution is still the most relevant technique in chiral resolution processes, ...
Diastereomeric salt resolution is still the most relevant technique in chiral resolution processes, ...