The enantioselectivity of a chiral catalyst can be determined from its racemic form by mass spectrometric screening of a nonequal mixture of two mass-labeled quasienantiomeric substrates. The presented method opens up new possibilities for evaluating catalyst structures that are not readily available in enantiomerically pure form
A high-throughput method is described, where the enantioselectivity of approximately 10 000 catalyst...
Chirality plays a vital role in our day-to-day lives; from the way food tastes and smells to the del...
Two NMR-based approaches for high-throughput screening of enantioselective catalysts and biocatalyst...
ABSTRACT: The enantioselectivity of a chiral catalyst can be determined from its racemic form by mas...
In extension of a concept of Lloyd-Jones, based on the combination of a racemic catalyst with a scal...
This review describes the principles and instrumentation for the screening of asymmetric reactions b...
Enantioselective reactions are at the core of chemical synthesis. Their development mostly relies on...
Chiral analysis is of great importance to fundamental and applied research in chemical, biological a...
Gas-phase stereospecific interactions were investigated using tandem mass spectrometry and the kinet...
The work in this thesis has demonstrated the chiral recognition through the adaptation of chromatogr...
In this account, we discuss a mass spectrometric method that enables unambiguous identification of i...
Enantioselective catalysis is an increasingly important method of providing enantiomeric compounds f...
A practical mass spectrometry-based enantioselectivity assay is presented which makes use of enantio...
Chiral, or asymmetric catalysis is the most efficient approach to chiral molecules in the enantio-me...
A review. Understanding the detailed mechanism of transfer of chiral information between mols. in l...
A high-throughput method is described, where the enantioselectivity of approximately 10 000 catalyst...
Chirality plays a vital role in our day-to-day lives; from the way food tastes and smells to the del...
Two NMR-based approaches for high-throughput screening of enantioselective catalysts and biocatalyst...
ABSTRACT: The enantioselectivity of a chiral catalyst can be determined from its racemic form by mas...
In extension of a concept of Lloyd-Jones, based on the combination of a racemic catalyst with a scal...
This review describes the principles and instrumentation for the screening of asymmetric reactions b...
Enantioselective reactions are at the core of chemical synthesis. Their development mostly relies on...
Chiral analysis is of great importance to fundamental and applied research in chemical, biological a...
Gas-phase stereospecific interactions were investigated using tandem mass spectrometry and the kinet...
The work in this thesis has demonstrated the chiral recognition through the adaptation of chromatogr...
In this account, we discuss a mass spectrometric method that enables unambiguous identification of i...
Enantioselective catalysis is an increasingly important method of providing enantiomeric compounds f...
A practical mass spectrometry-based enantioselectivity assay is presented which makes use of enantio...
Chiral, or asymmetric catalysis is the most efficient approach to chiral molecules in the enantio-me...
A review. Understanding the detailed mechanism of transfer of chiral information between mols. in l...
A high-throughput method is described, where the enantioselectivity of approximately 10 000 catalyst...
Chirality plays a vital role in our day-to-day lives; from the way food tastes and smells to the del...
Two NMR-based approaches for high-throughput screening of enantioselective catalysts and biocatalyst...