Covering: literature up to 2018Terpenes are a class of natural products characterized by remarkable structural diversity. Much of this diversity arises biosynthetically from a handful of linear precursors through the so-called tail-to-head terpene cyclization reaction. This reaction is one of the most complex observed in nature, and historically attempts to replicate it with non-enzymatic means have met with little success. In recent years, however, the development of manmade binding pockets that allow such reactions to take place has been reported. This Highlight provides an overview of this nascent field, and outlines the challenges that need to be overcome moving forward
Terpenes constitute the largest and structurally most diverse natural product family. Most terpenoid...
Terpenoids comprise tens of thousands of small molecule natural products that are widely distributed...
Terpene synthases/cyclases yield core structures of some of the most valuable bioactive molecules, s...
The synthesis of terpene natural products remains a challenging task due to the enormous structural ...
From Wiley via Jisc Publications RouterHistory: received 2021-09-14, rev-recd 2021-10-15, pub-electr...
Terpenes consist of the most chemically diverse class of natural products and have an incredible sco...
Terpene synthases/cyclases yield core structures of some of the most valuable bioactive molecules, s...
Terpenoids represent the largest class of natural products with a diverse array of structures and fu...
Terpenoids represent the largest class of natural products with a diverse array of structures and fu...
Terpenoids represent the largest class of natural products with a diverse array of structures and fu...
Terpenes represent the largest and structurally most diverse group of natural products. Since ancien...
The enormous diversity of terpenes found in nature is generated by enzymes known as terpene synthase...
Terpenes are the most abundant class of natural product that exist in nature. They possess a myria...
The tail-to-head terpene cyclization is arguably one of the most complex reactions found in nature. ...
Terpene cyclase enzymes catalyze the most complex chemical reactions found in nature, forming produc...
Terpenes constitute the largest and structurally most diverse natural product family. Most terpenoid...
Terpenoids comprise tens of thousands of small molecule natural products that are widely distributed...
Terpene synthases/cyclases yield core structures of some of the most valuable bioactive molecules, s...
The synthesis of terpene natural products remains a challenging task due to the enormous structural ...
From Wiley via Jisc Publications RouterHistory: received 2021-09-14, rev-recd 2021-10-15, pub-electr...
Terpenes consist of the most chemically diverse class of natural products and have an incredible sco...
Terpene synthases/cyclases yield core structures of some of the most valuable bioactive molecules, s...
Terpenoids represent the largest class of natural products with a diverse array of structures and fu...
Terpenoids represent the largest class of natural products with a diverse array of structures and fu...
Terpenoids represent the largest class of natural products with a diverse array of structures and fu...
Terpenes represent the largest and structurally most diverse group of natural products. Since ancien...
The enormous diversity of terpenes found in nature is generated by enzymes known as terpene synthase...
Terpenes are the most abundant class of natural product that exist in nature. They possess a myria...
The tail-to-head terpene cyclization is arguably one of the most complex reactions found in nature. ...
Terpene cyclase enzymes catalyze the most complex chemical reactions found in nature, forming produc...
Terpenes constitute the largest and structurally most diverse natural product family. Most terpenoid...
Terpenoids comprise tens of thousands of small molecule natural products that are widely distributed...
Terpene synthases/cyclases yield core structures of some of the most valuable bioactive molecules, s...