Classics in Total Synthesis

E1027562

Classics in Total Synthesis is a highly influential chemistry book that showcases landmark strategies and case studies in the total synthesis of complex natural products.

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Predicate Object
instanceOf chemistry book
non-fiction book
scientific monograph
academicDiscipline chemistry
natural products chemistry
author Erik J. Sorensen NERFINISHED
Kurt Peter C. Nicolaou NERFINISHED
countryOfPublication Germany NERFINISHED
describedAs highly influential in synthetic organic chemistry
educationalUse graduate-level teaching
research reference
field organic chemistry
total synthesis
focusesOn complex natural products
structure elucidation and synthesis planning
genre reference work
textbook
hasPart mechanistic discussions
retrosynthetic analyses
step-by-step synthetic routes
strategy-oriented commentary
hasSequel Classics in Total Synthesis II NERFINISHED
Classics in Total Synthesis III NERFINISHED
influenced education in synthetic organic chemistry
research in total synthesis
language English
mainSubject synthetic organic chemistry
total synthesis of natural products
notableFor case studies of complex natural product synthesis
landmark total synthesis strategies
partOf Classics in Total Synthesis series NERFINISHED
publisher Wiley-VCH NERFINISHED
targetAudience advanced students of organic chemistry
professional synthetic chemists
teaches retrosynthetic analysis
stereoselective synthesis
strategy in total synthesis design
topic methodology in organic synthesis
strategy in complex molecule construction
usesConcept asymmetric catalysis
cascade reactions
chiral pool synthesis
convergent synthesis
protecting-group strategies

Referenced by (3)

Full triples — surface form annotated when it differs from this entity's canonical label.

K. C. Nicolaou notableWork Classics in Total Synthesis
K. C. Nicolaou notableWork Classics in Total Synthesis
this entity surface form: Classics in Total Synthesis II
K. C. Nicolaou notableWork Classics in Total Synthesis
this entity surface form: Classics in Total Synthesis III