scission, provides convenient access to a highly functionalized and versatile cyclohexenoid building block which has been further elaborated to a range of cyclohexitols such as, conduritol E, allo-inositol and gabosine B. Our synthesis of the structure corresponding to gabosine K indicates that the structure of this natural product needs to be revised.
降
冰片烷系统内的新颖分段序列,涉及Ç 1 -C 7键断裂,提供了一种高度官能化和多功能的cyclohexenoid积木方便地访问其已被进一步精制成的范围内的cyclohexitols诸如,conduritol E,同种异体肌醇和gabosineB。我们合成的对应于gabosine K的结构表明该
天然产物的结构需要修改。