Key Chiral Auxiliary Applications, Second Edition is a detailed compilation of chiral auxiliary applications organized by type of transformation. Continuing from the most important and relevant auxiliaries described in its predecessor, the three-volume set Compendium of Chiral Auxiliary Applications (2001), as well as advances in the field, the book provides a vital and timely resource for chemists in the field. Each reaction class includes a series of tables and graphical abstracts of real reactions from the literature and patents to enable easy review and comparison of results. This anticipated edition is based on a screening of nearly 40,000 auxiliary reaction applications, with details supplied for the more than 13,000 selected representative entries: synthetic route, reagents, yields, diastereomeric/enantiomeric excesses, and characterization data. Updated and streamlined with more than 60% new material, Key Chiral Auxiliary Applications provides valuable guidance and reliable content for selecting the best auxiliary for a specific asymmetric synthetic transformation.
Auflage
Sprache
Verlagsort
Verlagsgruppe
Elsevier Science Publishing Co Inc
Zielgruppe
Für Beruf und Forschung
Industrial, organic, and pharmaceutical chemists in industry and academia.
Illustrationen
Approx. 4000 illustrations
Maße
Höhe: 276 mm
Breite: 216 mm
Gewicht
ISBN-13
978-0-12-417034-6 (9780124170346)
Copyright in bibliographic data and cover images is held by Nielsen Book Services Limited or by the publishers or by their respective licensors: all rights reserved.
Schweitzer Klassifikation
Greg Roos' formal education comprised of a BSc (1971), BSc Honours (1972), and PhD in Organic Synthesis (1976) from the University of Cape Town. A postdoctoral fellowship with Richard Cookson at the University of Southampton was followed by a few years of pharmaceutical industrial experience. His fulltime academic career involved the University of Natal, South Africa (1981-1994), Murdoch University, Australia (1994-1997), and an extended period in the Middle East, including Sultan Qaboos University, Oman (1998-2004) and The Petroleum Institute, Abu Dhabi (2004-2008). He has successfully taught across various cultures and has received awards for his teaching contributions and innovations. Since 2009, as an adjunct Professor at Murdoch University, he shares his time between Australia and Dubai.His research interests have focused on the development of synthetic methodology, with particular interest in asymmetric processes. This provided numerous publications in the areas of the Baylis-Hillman reaction, imidazolidinone chiral auxiliaries, and dirhodium catalyst development and applications. This period also included a number of productive collaborative visits with Tony McKervey (University College Cork & Queen's University, Belfast), C. K. Sha (Shin Hua University, Taiwan), Mike Doyle (Trinity University, San Antonio), and Ron Warrener (CQU Rockhampton, Queensland). In 2001 he received the Merck Gold Medal for research from the South African Chemical Institute. Greg Roos' formal education comprised of a BSc (1971), BSc Honours (1972), and PhD in Organic Synthesis (1976) from the University of Cape Town. A postdoctoral fellowship with Richard Cookson at the University of Southampton was followed by a few years of pharmaceutical industrial experience. His fulltime academic career involved the University of Natal, South Africa (1981-1994), Murdoch University, Australia (1994-1997), and an extended period in the Middle East, including Sultan Qaboos University, Oman (1998-2004) and The Petroleum Institute, Abu Dhabi (2004-2008). He has successfully taught across various cultures and has received awards for his teaching contributions and innovations. Since 2009, as an adjunct Professor at Murdoch University, he shares his time between Australia and Dubai.His research interests have focused on the development of synthetic methodology, with particular interest in asymmetric processes. This provided numerous publications in the areas of the Baylis-Hillman reaction, imidazolidinone chiral auxiliaries, and dirhodium catalyst development and applications. This period also included a number of productive collaborative visits with Tony McKervey (University College Cork & Queen's University, Belfast), C. K. Sha (Shin Hua University, Taiwan), Mike Doyle (Trinity University, San Antonio), and Ron Warrener (CQU Rockhampton, Queensland). In 2001 he received the Merck Gold Medal for research from the South African Chemical Institute.
Autor*in
Murdoch University, Perth, Western Australia
Chapter 1 - IntroductionSection A - SUBSTITUTION RELATED PROCESSESChapter 2 - Alkylation and Related Reactions IChapter 3 - Alkylation and Related Reactions IIChapter 4 - Alkylation and Related Reactions IIIChapter 5 - Alkylation and Related Reactions IVSection B - ADDITION TO UNSATURATED SYSTEMSChapter 6 - Electrophilic Related Addition To C=CChapter 7 - Conjugate Addition IChapter 8 - Conjugate Addition IIChapter 9 - Conjugate Addition IIIChapter 10 - Addition To C=N BondsChapter 11 - Addition To C=O Bonds IChapter 12 - Addition To C=O Bonds IIChapter 13 - Addition To C=O Bonds IIISection C - PERICYCLIC AND RELATED REACTIONSChapter 14 - Cycloadditions IChapter 15 - Cycloadditions IIChapter 16 - RearrangementsSection D - MISCELLANEOUS PROCESSESChapter 17a - Kinetic Resolution-Related ReactChapter 17b - Miscellaneous Reactions