作者:Xiaobei Wang、Dongliang Xia、Wenfang Qin、Ruijie Zhou、Xiaohan Zhou、Qilong Zhou、Wentao Liu、Xiang Dai、Huijing Wang、Shuqing Wang、Ling Tan、Dan Zhang、Hao Song、Xiao-Yu Liu、Yong Qin
DOI:10.1016/j.chempr.2017.04.007
日期:2017.6
Natural products have long been important inspirations for the development of chemical methodologies, theories, and technologies, and ultimately, discoveries of new drugs and materials. Chemical syntheses have traditionally yielded individual or small groups of natural products; however, methodology development allowing the synthesis of a large collection of natural products remains scarce. Here, we
长期以来,天然产物一直是化学方法论,理论和技术发展以及最终发现新药物和新材料的重要灵感。传统上,化学合成产生单个或一小群天然产物。但是,仍然缺乏方法学的发展以允许合成大量天然产物。在这里,我们报告了一种有效的光催化自由基级联方法,该方法可以访问手性和多环稠合的四氢咔啉酮的文库。自由基级联可以可控制地将复杂性和功能性引入具有出色的化学选择性,区域选择性和非对映选择性的产品中。这种独特方法的强大功能已通过有效合成属于四个家族的33种单萜类吲哚生物碱得到了证明。