The diverse and complex structures of polyketide natural products have stimulated the imagination of synthetic chemists for decades. Captivated by their often impressive biological activities and their dazzling array of stereochemically-rich motifs, we have been motivated to achieve their efficient and stereocontrolled total synthesis. This review captures snapshots from our thirty-year foray into the total synthesis of 18 polyketide natural products, detailing the unique challenges, discoveries and revelations made en route prior to eventual success. Notably, crucial to each of these campaigns was the judicious application of highly selective aldol reactions to iteratively configure the densely oxygenated stereoclusters that characterise t...
Undoubtedly, stereoselective aldol coupling is one of the most powerful tools available for syntheti...
The polypropionate motif is ubiquitous, being characteristic of the most important family of natural...
The efficient, stereocontrolled construction of polycyclic ring systems has long presented a formida...
Marine polyketide natural products represent a fertile area of chemical space for the continual disc...
Natural products (or secondary metabolites) remain as the most important source for discovery of new...
Structurally complex polyketide natural products, isolated from a variety of marine and terrestrial ...
Aromatic polyketides are generated in a divergent fashion from linear polyketide chains. These seemi...
Covering: 1973 to the end of 2013 The vinylogous Mukaiyama aldol reaction (VMAR) allows efficient ac...
Cascade reactions are powerful synthetic methods, which can be used to introduce several C-C bonds a...
In this account, we have highlighted our most recent works towards the total synthesis of bioactive ...
International audienceBio-inspiration in total synthesis is a way to study the molecular origin and ...
Nature is taking advantage of the complex polyketide synthase machinery to assemble, cyclize and mod...
Polyketide synthases are extraordinarily complex enzymatic machineries that govern the assembly and ...
In polyketide biosynthesis, an intricate enzymatic machinery produces a myriad of complex aromatic c...
Traditionally separate disciplines of a large and broad chemical spectrum, synthetic organic chemis...
Undoubtedly, stereoselective aldol coupling is one of the most powerful tools available for syntheti...
The polypropionate motif is ubiquitous, being characteristic of the most important family of natural...
The efficient, stereocontrolled construction of polycyclic ring systems has long presented a formida...
Marine polyketide natural products represent a fertile area of chemical space for the continual disc...
Natural products (or secondary metabolites) remain as the most important source for discovery of new...
Structurally complex polyketide natural products, isolated from a variety of marine and terrestrial ...
Aromatic polyketides are generated in a divergent fashion from linear polyketide chains. These seemi...
Covering: 1973 to the end of 2013 The vinylogous Mukaiyama aldol reaction (VMAR) allows efficient ac...
Cascade reactions are powerful synthetic methods, which can be used to introduce several C-C bonds a...
In this account, we have highlighted our most recent works towards the total synthesis of bioactive ...
International audienceBio-inspiration in total synthesis is a way to study the molecular origin and ...
Nature is taking advantage of the complex polyketide synthase machinery to assemble, cyclize and mod...
Polyketide synthases are extraordinarily complex enzymatic machineries that govern the assembly and ...
In polyketide biosynthesis, an intricate enzymatic machinery produces a myriad of complex aromatic c...
Traditionally separate disciplines of a large and broad chemical spectrum, synthetic organic chemis...
Undoubtedly, stereoselective aldol coupling is one of the most powerful tools available for syntheti...
The polypropionate motif is ubiquitous, being characteristic of the most important family of natural...
The efficient, stereocontrolled construction of polycyclic ring systems has long presented a formida...