Phosphorus Ligands in Asymmetric Catalysis, 3 Vols.

IntroductionTRIVALENT PHOSPHOROUS LIGANDS IN METAL-CATALYZED REACTIONSChiral Monodentate Phosphorous LigandsChiral Bidentate Phosphorous LigandsChiral Polyphosphorous LigandsDYNAMIC PROCESSES OF P-LIGAND COMPLEXESChiral Secondary Phosphine Oxides and Heteroatom-Substituted Secondary Phosphine Oxides as PreligandsCatalysts with Chiral Self-Assembling P-LigandsP-Ligands with Additional Functional Groups - Concepts of Secondary Interactions and HemilabilityCHIRAL LIGANDS FOR REACTIONS IN ALTERNATIVE MEDIALigands for Catalytic Reactions in Aqueous SystemsLigands for Catalytic Reactions in Fluorous SystemsLigands for Catalytic Reactions in Ionic LiquidsCovalently Anchored P-Ligands and CatalystsMicelle-Based Chiral P-LigandsDendritic Catalysts Based P-LigandsNoncovalently Anchored Catalysts Based on Chiral Phosphine LigandsP-LIGANDS BOUND TO BIOMOLECULESP-Ligands Bound to Proteins: Artificial MetalloenzymesP-Ligands Bound to PeptidesMIXTURES OF MONODENTATE P-LIGANDS IN STEREO- AND REGIOSELECTIVE TRANSITION METAL CATALYSISThe General Concept of Using Mixtures of Monodentate LigandsControlling Enantioselectivity by Using Mixtures of Monodentate P-LigandsCHIRAL TRIVALENT PHOSPHOROUS LIGANDS CATALYSTSKinetic Resolution with Phosphine OrganocatalystsDesymmetrizationAsymmetric Catalytic Reactions of Prochiral Compounds with Phosphine OrganocatalystsGENERAL METHODS FOR THE SYNTHESIS OF CHIRAL TPCSynthesis of P-Stereogenic Phosphines Via Enantioselective AlkylationSynthesis of P-Stereogenic Phosphorous Compounds Based on Chiral Aminoalcohols as Chiral AuxiliaryPractical Routes to Chiral PhospholanesChiral Ligands Made by Asymmetric CatalysisPhosphine Boranes and Related Trivalent P-Compounds as Intermediates in the Syntheses of Chiral Ligands and OrganocatalystsParallel Synthesis of Chiral P-LigandsCONTROLLING REGIO- AND STEREOCHEMISTRY IN METAL-CATALYZED AND METAL-MEDIATED REACTIONS WITH THE AID OF SUBSTRATE-BOUND REAGENT-DIRECTING PHOSPHINE GROUPSDesign and Preparation of the

Born 1954 Professor Bner finished his thesis in 1984. After several years of postdoctoral studies and industrial experience he moved to Rostock. Now, Professor Bner is head of department for asymmetric catalysis in Rostock and published over 140 scientific papers, reviews, book chapters and patents. He was awarded the departmental price for organic chemistry of the AdW, The Otto-Rm price and the Descartes price of the European Union.