The constitution and stereochemistry of (+)-hibaene (2), erythroxylol A (3), erythroxylol B (8), and erythroxydiol A (11) is assigned on the basis of their spectroscopic properties and chemical reactions. Erythroxydiol A has been converted into erythroxylol A, and both erythroxylol A and B have been converted into (+)-hibaene. The relationship of the double bond and primary alcohol functions in erythroxylol
根据它们的光谱性质和
化学反应来确定(+)-hibaene(2),
赤藓醇A(3),
赤藓醇B(8)和
赤藓醇A(11)的组成和立体
化学。红血球二醇A已被转化为
赤藓醇A,
赤藓醇A和B均已被转化为(+)-hibaene。
赤藓醇B中双键与伯醇功能的关系已通过氧化裂解确定。已经研究了
赤藓醇A的
硼氢化产物。