Part One -- Cinchona Alkaloid Derivatives As Chirality Inducers In Metal-catalyzed Reactions -- Part Two -- Cinchona Alkaloid Derivatives As Chiral Organocatalysts -- Part Three -- Organic Chemistry Of Cinchona Alkaloids -- Part Four -- Cinchona Alkaloid And Their Derivatives In Analytics. Edited By
Synthesis of Cinchona Alkaloids
β Scribed by Yuichi Kobayasi; Tsuyoshi Itoyama
- Publisher
- John Wiley and Sons
- Year
- 2007
- Weight
- 11 KB
- Volume
- 38
- Category
- Article
- ISSN
- 0931-7597
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Part One -- Cinchona Alkaloid Derivatives As Chirality Inducers In Metal-catalyzed Reactions -- Part Two -- Cinchona Alkaloid Derivatives As Chiral Organocatalysts -- Part Three -- Organic Chemistry Of Cinchona Alkaloids -- Part Four -- Cinchona Alkaloid And Their Derivatives In Analytics. Edited By
Part One -- Cinchona Alkaloid Derivatives As Chirality Inducers In Metal-catalyzed Reactions -- Part Two -- Cinchona Alkaloid Derivatives As Chiral Organocatalysts -- Part Three -- Organic Chemistry Of Cinchona Alkaloids -- Part Four -- Cinchona Alkaloid And Their Derivatives In Analytics. Edited By
Part One -- Cinchona Alkaloid Derivatives As Chirality Inducers In Metal-catalyzed Reactions -- Part Two -- Cinchona Alkaloid Derivatives As Chiral Organocatalysts -- Part Three -- Organic Chemistry Of Cinchona Alkaloids -- Part Four -- Cinchona Alkaloid And Their Derivatives In Analytics. Edited By
## Abstract A systematic and comprehensive study of the conformational spaces of the __Cinchona__ alkaloids quinine, quinidine, cinchonine, cinchonidine, epiquinine, epiquinidine, epicinchonine, and epicinchonidine using the semiempirical PM3 method is described. The results were analyzed in terms
## Abstract A revised procedure for the conversion of the four major __Cinchona__ alkaloids (quinine, quinidine, cinchonidine, and cinchonine) into their respective 10,11βdidehydro derivatives is described. The reported protocol offers several advantages over a recently published synthetic route. T