A new chiral salen ligand based on two ferrocenyl groups is designed. Unlike known salen ligands, of which chirality originates from central and axial chiral centers, the chirality of this ligand comes from the planar chiral ferrocenyl groups. The ligand is synthesized stereoselectively using a novel aromatization strategy starting from a ferrocene derivative, which was readily prepared using a known chiral auxiliary approach. © 2010 Elsevier B.V. All rights reserved
The wide scope of application of chiral ferrocenyl ligands in asymmetric catalysis is illustrated. T...
This work reports the synthesis of a wide range of ferrocenyl-amino acids and other derivatives in e...
Due to their unique steric and electronic properties, air-stability and modular structure, chiral hy...
Asymmetric catalysis, employing both transition-metal complexes of chiral ligands and organocatalyst...
The element of planar chirality turned out to be of special importance to achieve high enantioselect...
The allylic alkylation reaction is a Pd-catalyzed transformation that tolerates a wide variety of su...
A new pathway for the synthesis of 2-substituted ferrocenyl compounds with planar chirality using a ...
A novel chiral bis(ferrocenyl) P2N ligand 1 with C-2-symmetry was synthesized through a four-step pr...
The C2-symmetrical “salen” ligand (+)-9 bearing two [5]ferrocenophane substituents has been prepared...
The chemistry of ferrocene is very rich and covers many areas such as material science, electrochemi...
International audienceFerrocenesulfonyl chloride is the key intermediate in the synthesis of ferroce...
A new strategy for the asymmetric synthesis of chiral primary α-ferrocenylalkylamines has been utili...
none4noSalen ligands are a class of Schiff bases simply obtained through condensation of two molecul...
Tremendous progress has been made in design and synthesis of chiral spiro ligands and researches in ...
Salen ligands are a class of Schiff bases simply obtained through condensation of two molecules of a...
The wide scope of application of chiral ferrocenyl ligands in asymmetric catalysis is illustrated. T...
This work reports the synthesis of a wide range of ferrocenyl-amino acids and other derivatives in e...
Due to their unique steric and electronic properties, air-stability and modular structure, chiral hy...
Asymmetric catalysis, employing both transition-metal complexes of chiral ligands and organocatalyst...
The element of planar chirality turned out to be of special importance to achieve high enantioselect...
The allylic alkylation reaction is a Pd-catalyzed transformation that tolerates a wide variety of su...
A new pathway for the synthesis of 2-substituted ferrocenyl compounds with planar chirality using a ...
A novel chiral bis(ferrocenyl) P2N ligand 1 with C-2-symmetry was synthesized through a four-step pr...
The C2-symmetrical “salen” ligand (+)-9 bearing two [5]ferrocenophane substituents has been prepared...
The chemistry of ferrocene is very rich and covers many areas such as material science, electrochemi...
International audienceFerrocenesulfonyl chloride is the key intermediate in the synthesis of ferroce...
A new strategy for the asymmetric synthesis of chiral primary α-ferrocenylalkylamines has been utili...
none4noSalen ligands are a class of Schiff bases simply obtained through condensation of two molecul...
Tremendous progress has been made in design and synthesis of chiral spiro ligands and researches in ...
Salen ligands are a class of Schiff bases simply obtained through condensation of two molecules of a...
The wide scope of application of chiral ferrocenyl ligands in asymmetric catalysis is illustrated. T...
This work reports the synthesis of a wide range of ferrocenyl-amino acids and other derivatives in e...
Due to their unique steric and electronic properties, air-stability and modular structure, chiral hy...