作者:Peter S. Diez、Glenn C. Micalizio
DOI:10.1002/anie.201200035
日期:2012.5.21
alcohol–alkyne reductive cross‐coupling is described as a convergent solution to the synthesis of deoxypropionates. This approach offers superior step‐economy in comparison to available strategies based on multistep iterative chain elongation. The technique is demonstrated in a concise synthesis of the C1–C11 subunit of borrelidin, and a total synthesis of (−)‐vittatalactone.
金属环介导的烯丙醇-炔烃还原交叉偶联被描述为合成脱氧丙酸酯的收敛解决方案。与基于多步迭代链延伸的可用策略相比,这种方法提供了卓越的步进经济性。该技术在疏螺旋体素 C1-C11 亚基的简明合成和 (-)-vittatalactone 的全合成中得到证明。