the success of the phospha-Michael reaction between β-CF3-β,β-disubstituted enones and diarylphosphine oxides, providing an access to biologically relevant γ-ketophosphine oxides bearing a sterically highly congested CF3- and P(O)-tetrasubstituted carbon center. More importantly, the resulting products could be further transformed into densely functionalized γ-ketophosphine oxides containing a CF3- and
水溶液中独特的疏
水水合效应有助于 β-CF 3 -β,β-二取代烯酮和二芳基氧化膦之间发生
磷-迈克尔反应,从而获得具有空间高度拥挤的
生物相关的 γ-酮氧化膦CF 3 - 和P(O)-四取代碳中心。更重要的是,所得产物可以进一步转化为含有CF 3 -和P(O)-四取代碳中心的致密官能化γ-酮膦氧化物。