Abstract: Natural products continue to provide ever-increasing challenges to synthetic chemists with their complex and sensitive structures. With proper selection, these challenges can be turned into wonderful opportunities to invent and discover new synthetic reactions, to design new strategies and to fashion novel molecular architectures. Developments in these areas often profoundly influence and shape the science of chemical synthesis, biology and medicine. In this article, a number of recent total syntheses of challenging natural substances from the authors's laboratories are highlighted
Natural products and their derivatives have long been used as medicinal agents,and they still make u...
Natural products are the richest known source of small molecules that bind proteins with high specif...
The synthesis of urea in 1828 set in motion the discipline of organic synthesis in general and of to...
Natural products are an abundant source of synthetic challenges that foster crucial breakthroughs in...
Natural products are an abundant source of synthetic challenges that foster crucial breakthroughs in...
Natural products are an abundant source of synthetic challenges that foster crucial breakthroughs in...
In this account, we have highlighted our most recent works towards the total synthesis of bioactive ...
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...
Synthetic organic chemists have the power to replicate some of the most intriguing molecules of livi...
The overarching goal of our research is to discover, develop, and study new chem. reactions within t...
Our lab. seeks to discover, develop, and study new chem. reactions within the context of natural pro...
The chem. synthesis of natural products provides an exciting platform from which to conduct fundamen...
The chem. synthesis of natural products provides an exciting platform from which to conduct fundamen...
The introduction of high-throughput synthesis and combinatorial chemistry has precipitated a global ...
Natural products and their derivatives have long been used as medicinal agents,and they still make u...
Natural products are the richest known source of small molecules that bind proteins with high specif...
The synthesis of urea in 1828 set in motion the discipline of organic synthesis in general and of to...
Natural products are an abundant source of synthetic challenges that foster crucial breakthroughs in...
Natural products are an abundant source of synthetic challenges that foster crucial breakthroughs in...
Natural products are an abundant source of synthetic challenges that foster crucial breakthroughs in...
In this account, we have highlighted our most recent works towards the total synthesis of bioactive ...
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...
Synthetic organic chemists have the power to replicate some of the most intriguing molecules of livi...
The overarching goal of our research is to discover, develop, and study new chem. reactions within t...
Our lab. seeks to discover, develop, and study new chem. reactions within the context of natural pro...
The chem. synthesis of natural products provides an exciting platform from which to conduct fundamen...
The chem. synthesis of natural products provides an exciting platform from which to conduct fundamen...
The introduction of high-throughput synthesis and combinatorial chemistry has precipitated a global ...
Natural products and their derivatives have long been used as medicinal agents,and they still make u...
Natural products are the richest known source of small molecules that bind proteins with high specif...
The synthesis of urea in 1828 set in motion the discipline of organic synthesis in general and of to...