糖基化
岩藻糖
化学
对映体
全合成
糖苷
苯酚
类黄酮
立体化学
铃木反应
有机化学
生物化学
催化作用
钯
抗氧化剂
半乳糖
作者
Yong Wang,Miao Liu,Lei Liu,Jianhui Xia,Yuguo Du,Jiansong Sun
标识
DOI:10.1021/acs.joc.8b00008
摘要
The synthesis of both enantiomers of carambolaflavone A, the antidiabetic and flavonoid C-glycoside, was achieved for the first time via a 12-longest-linear-step with 16% (l-fucose) and 11% (d-fucose) overall yields. Through the synthetic investigation, the adverse effect of 4A MS in Suzuki C-glycosylation was disclosed, the mechanism of hydrogen-bonded-phenol involved Suzuki C-glycosylation was clarified, and the authentic structure of carambolaflavone A was also determined.
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