In this article. an over-view of the investigations on chiral py-containing ligands in asymmetric catalysis that have carrried out in the past years is provided. The ligands are divided into different types based on the number of pyridine moieties present and the way they are connected in the ligands, namely monopyridine, dipyridine (two pyridines connected by a bridge), bipyridine, phen(1,10-phenanthroline), terpyridine and oligopyridine. In each section, the synthetic strategies for each type of ligands are discussed and representative examples are given. Selected important results in asymmetric catalysis are mentioned. (C) 2007 Elsevier B.V. All rights reserved.Chemistry, Inorganic & NuclearSCI(E)0REVIEW17-202188-222225
Abstract: Planar-chiral derivatives of pyridine function as efficient catalysts for processes such a...
This thesis concerns the synthesis and evaluation of a series of new chiral nonracemic C2-symmetric ...
Over the years, asymmetric catalysis has taken on increasingly central in enantioselective synthesis...
The synthesis and applications in asymmetric catalysis of chiral pyridine N-oxide derivatives is rev...
Chiral pyridine-type ligands are readily available in enantiomerically pure form from enantiopure na...
This thesis reports an investigation into the design, preparation, and use of pyridine-cored molecul...
We have designed and synthesized several small libraries of chiral nitrogen-based ligands and tested...
The work described in this thesis concerns the design, synthesis and evaluation of new chiral nonrac...
P,N-ligands trans-4 and cis-5 with a cyclohexane backbone were easily synthesized. The key step was ...
Although chiral phosphines have enjoyed a longtime popularity in the design of enantioselective ca...
This thesis describes the synthesis and application of four novel chiral ligand classes...
AbstractThree strategies for the development of supramolecular chiral ligands for asymmetric metal c...
A new class of ferrocene based phosphine-imine ligands with a pyridine moiety was used in the Pd-cat...
This feature article illustrates new concepts and approaches for designing new P,S-mixed donor chela...
Abstract: Planar-chiral heterocycles serve as effective enantioselective nucleophilic catalysts and ...
Abstract: Planar-chiral derivatives of pyridine function as efficient catalysts for processes such a...
This thesis concerns the synthesis and evaluation of a series of new chiral nonracemic C2-symmetric ...
Over the years, asymmetric catalysis has taken on increasingly central in enantioselective synthesis...
The synthesis and applications in asymmetric catalysis of chiral pyridine N-oxide derivatives is rev...
Chiral pyridine-type ligands are readily available in enantiomerically pure form from enantiopure na...
This thesis reports an investigation into the design, preparation, and use of pyridine-cored molecul...
We have designed and synthesized several small libraries of chiral nitrogen-based ligands and tested...
The work described in this thesis concerns the design, synthesis and evaluation of new chiral nonrac...
P,N-ligands trans-4 and cis-5 with a cyclohexane backbone were easily synthesized. The key step was ...
Although chiral phosphines have enjoyed a longtime popularity in the design of enantioselective ca...
This thesis describes the synthesis and application of four novel chiral ligand classes...
AbstractThree strategies for the development of supramolecular chiral ligands for asymmetric metal c...
A new class of ferrocene based phosphine-imine ligands with a pyridine moiety was used in the Pd-cat...
This feature article illustrates new concepts and approaches for designing new P,S-mixed donor chela...
Abstract: Planar-chiral heterocycles serve as effective enantioselective nucleophilic catalysts and ...
Abstract: Planar-chiral derivatives of pyridine function as efficient catalysts for processes such a...
This thesis concerns the synthesis and evaluation of a series of new chiral nonracemic C2-symmetric ...
Over the years, asymmetric catalysis has taken on increasingly central in enantioselective synthesis...