Enantioselective Addition of Dialkylzincs to Aldehydes Promoted by Chiral Amino Alcohols. Mechanism and Nonlinear Effect

Engineering & Materials Science

• Amino alcohols 100%
• Alkylation 75%
• Aldehydes 72%
• Zinc 54%
• Enantioselectivity 33%
• Catalysts 28%
• Chirality 26%
• X ray analysis 25%
• Propanol 24%
• Ligands 22%
• Hydrolysis 20%
• Nuclear magnetic resonance 20%
• Molar ratio 20%
• Single crystals 19%
• Molecular weight 18%
• Chemical properties 18%
• Alcohols 18%
• Thermal effects 17%
• Carbon 12%
• Experiments 5%

Chemical Compounds

• Dimethylzinc 78%
• Amino Alcohol 58%
• Alkylation 42%
• Aldehyde 34%
• Alkyl Group 32%
• Benzaldehyde 32%
• Reaction Example 27%
• Diethylzinc 21%
• Meso Isomer 18%
• Purity 16%
• Chirality 15%
• Enantioselectivity 14%
• Amount 14%
• Catalyst 13%
• Enantiomer 13%
• Single Crystal X-Ray Diffraction 12%
• Hydrolysis 10%
• Weight 8%
• Carbon Atom 7%
• Ligand 7%
• Mixture 7%

Medicine & Life Sciences

• Amino Alcohols 91%
• isoborneol 83%
• Aldehydes 60%
• Alkylation 28%
• benzaldehyde 23%
• Zinc 20%
• alpha-ethylbenzyl alcohol 16%
• Kinetics 10%
• Proton Magnetic Resonance Spectroscopy 8%
• Complex Mixtures 7%
• Carbon 7%
• Hydrolysis 6%
• Molecular Weight 6%
• X-Rays 5%
• Alcohols 5%
• Temperature 5%
• Ligands 5%
• dimethylzinc 3%
• diethylzinc 1%