Ulteriori informazioni
Endlich ist eine Lücke geschlossen: Diese unentbehrliche Informationsquelle zeigt Ihnen, was Sie mit und aus Kohlenhydraten in der stereoselektiven Synthese alles machen können (chirale Auxiliare, Reagenzien, komplexe Liganden, organische Katalysatoren). Dazu werden die jeweiligen Synthesewege ausführlich und nachvollziehbar erklärt.
Sommario
GENERAL CONCEPTSStructural ConsiderationsPseudo Enantiomeric ApproachCARBOHYDRATE AUXILIARIESAddition of Nucleophiles to Imines1,4-Addition of Nucleophiles to alphe, beta-Unsaturated Carbonyl CompoundsReaction of EnolatesCycloadditionsCyclopropanationEpoxidationMiscellaneaous ReactionsCARBOHYDRATE REAGENTSHydride ReductionsAldol-Type Reactions1,2-Additions of Nucleophiles to Carbonyl Compounds Using Stochiometric Reagents1,2-Additions of Nucleophiles to Carbonyl Compounds Using AdditivesMiscellaneous ReactionsCARBOHYDRATE LIGANDSHydrogenation ReactionsHydroformylationsHydrovinylationsHydrocyanationsTsuji-Trost ReactionsAsymmetric Heck Reactions1,4-Additions of Nucleophiles to alpha, beta-Unsaturated Carbonyl Compounds1,2-Addition of Nucleophiles to Carbonyl CompoundsCyclopropanationsRing Opening ReactionsMiscellaneous ReactionsCARBOHYDRATE ORGANOCATALYSISOxidationsStrecker and Mannich ReactionsMichael AdditionsMiscellaneous Reactions
Info autore
Mike Boysen is Junior Professor at the Leibniz University, Hannover, Germany. He obtained his Ph.D. degree under the guidance of Thisbe K. Lindhorst at th University Kiel. After a postdoctoral fellowship with Stefan Oscarson at Göteborg University he joined the faculty at Hannover University. His research interests include synthetic carbohydrate chemistry, monosaccharide transformation, enantioselective synthesis and development of novel chiral ligands for metal catalysis based on carbohydrates.
Riassunto
Endlich ist eine Lücke geschlossen: Diese unentbehrliche Informationsquelle zeigt Ihnen, was Sie mit und aus Kohlenhydraten in der stereoselektiven Synthese alles machen können (chirale Auxiliare, Reagenzien, komplexe Liganden, organische Katalysatoren). Dazu werden die jeweiligen Synthesewege ausführlich und nachvollziehbar erklärt.
