A review. Understanding the detailed mechanism of transfer of chiral information between mols. in living systems and in supramol. assemblies requires the quantification of the intrinsic short-range forces controlling enantioselectivity in simplified models, such as diastereomeric ion/mol. and mol./mol. complexes in the isolated state. The most recent mass spectrometric achievements in this field are illustrated in the present review
The developments of our quantitative chiral recognition studies in the hostguest complexations betwe...
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...
A review. Comprehensive understanding of information transfer between chiral mols. in living systems...
A review with >60 refs. Detn. of the intrinsic noncovalent interactions governing chiral recognitio...
Chiral analysis is of great importance to fundamental and applied research in chemical, biological a...
Noncovalent diastereomeric ion-molecule complexes are produced in the gas phase and are ideal for th...
Chiral recognition is a fundamental phenomenon in lift sciences, based on the enantioselective compl...
Chiral recognition is a fundamental phenomenon in life sciences, based on the enantioselective compl...
Chiral recognition is a fundamental phenomenon in life sciences, based on the enantioselective compl...
Gas-phase stereospecific interactions were investigated using tandem mass spectrometry and the kinet...
Chiral recognition is a fundamental phenomenon in life sciences, based on the enantioselective compl...
Chiral recognition is a fundamental phenomenon in life sciences, based on the enantioselective compl...
Chiral recognition is a fundamental phenomenon in life sciences, based on the enantioselective compl...
This chapter deals with the most relevant advances in chiral analysis and focuses on highly efficien...
The developments of our quantitative chiral recognition studies in the hostguest complexations betwe...
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...
A review. Comprehensive understanding of information transfer between chiral mols. in living systems...
A review with >60 refs. Detn. of the intrinsic noncovalent interactions governing chiral recognitio...
Chiral analysis is of great importance to fundamental and applied research in chemical, biological a...
Noncovalent diastereomeric ion-molecule complexes are produced in the gas phase and are ideal for th...
Chiral recognition is a fundamental phenomenon in lift sciences, based on the enantioselective compl...
Chiral recognition is a fundamental phenomenon in life sciences, based on the enantioselective compl...
Chiral recognition is a fundamental phenomenon in life sciences, based on the enantioselective compl...
Gas-phase stereospecific interactions were investigated using tandem mass spectrometry and the kinet...
Chiral recognition is a fundamental phenomenon in life sciences, based on the enantioselective compl...
Chiral recognition is a fundamental phenomenon in life sciences, based on the enantioselective compl...
Chiral recognition is a fundamental phenomenon in life sciences, based on the enantioselective compl...
This chapter deals with the most relevant advances in chiral analysis and focuses on highly efficien...
The developments of our quantitative chiral recognition studies in the hostguest complexations betwe...
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...