In this account, we have highlighted our most recent works towards the total synthesis of bioactive natural products, which have resulted in the development of several novel synthetic methods. Inspired and guided by strategies based on diversity-oriented synthesis, we have successfully applied the novel synthetic methodologies developed in our lab to the total synthesis of a diverse collection of structurally challenging targets. We have also documented the evolution of these synthetic strategies. The total syntheses described in this account have been organized from the perspective of different molecules whilst still alluding to the parallel synthetic strategies involved.Chemistry, MultidisciplinarySCI(E)PubMed2ARTICLEgongjx@pku.edu.cn; zy...
The development of efficient strategies for the synthesis of complex organic molecular architectures...
Nature's highly efficient routes for constructing natural products have inspired chemists to mimic t...
The chem. synthesis of natural products provides an exciting platform from which to conduct fundamen...
Abstract: Natural products continue to provide ever-increasing challenges to synthetic chemists with...
Research in the total synthesis of natural products has changed considerably in recent years. Much o...
Research in the total synthesis of natural products has changed considerably in recent years. Much o...
AbstractDivergent strategy in natural product synthesis allows the comprehensive synthesis of family...
Combinatorial chemistry can be used to synthesize diversified molecules on a large scale. As with al...
Total synthesis of natural products with diverse architecture and varying degree of complexity is an...
The biosynthetic pathways to a number of natural products have been reconstituted in vitro using pur...
Synthetically speaking, the complex multifunctionalized environments of natural products typically l...
The biosynthetic pathways to a number of natural products have been reconstituted in vitro using pur...
The development of efficient strategies for the synthesis of complex organic molecular architectures...
Synthetic organic chemists have the power to replicate some of the most intriguing molecules of livi...
The chem. synthesis of natural products provides an exciting platform from which to conduct fundamen...
The development of efficient strategies for the synthesis of complex organic molecular architectures...
Nature's highly efficient routes for constructing natural products have inspired chemists to mimic t...
The chem. synthesis of natural products provides an exciting platform from which to conduct fundamen...
Abstract: Natural products continue to provide ever-increasing challenges to synthetic chemists with...
Research in the total synthesis of natural products has changed considerably in recent years. Much o...
Research in the total synthesis of natural products has changed considerably in recent years. Much o...
AbstractDivergent strategy in natural product synthesis allows the comprehensive synthesis of family...
Combinatorial chemistry can be used to synthesize diversified molecules on a large scale. As with al...
Total synthesis of natural products with diverse architecture and varying degree of complexity is an...
The biosynthetic pathways to a number of natural products have been reconstituted in vitro using pur...
Synthetically speaking, the complex multifunctionalized environments of natural products typically l...
The biosynthetic pathways to a number of natural products have been reconstituted in vitro using pur...
The development of efficient strategies for the synthesis of complex organic molecular architectures...
Synthetic organic chemists have the power to replicate some of the most intriguing molecules of livi...
The chem. synthesis of natural products provides an exciting platform from which to conduct fundamen...
The development of efficient strategies for the synthesis of complex organic molecular architectures...
Nature's highly efficient routes for constructing natural products have inspired chemists to mimic t...
The chem. synthesis of natural products provides an exciting platform from which to conduct fundamen...