New ways to Strychnos

This artwork was inspired by the work done by Anderson and his team at the University of Oxford. They have made a significant breakthrough in the synthesis of a group of complex molecules called Strychnos alkaloids. These molecules have long fascinated chemists due to their intricate structure and potential medicinal properties. The researchers developed a new method to create these compounds more efficiently and with greater control over their three-dimensional shape

The key to their approach lies in the use of special molecules called thiophene S,S-dioxides (TDOs). These TDOs act like building blocks that can be precisely assembled to form the core structure of Strychnos alkaloids. By carefully designing these building blocks and controlling how they react, the team was able to create multiple Strychnos alkaloids in just a few steps

One of the most impressive aspects of this work is the level of control the researchers achieved. They were able to create these complex molecules in their correct three-dimensional form, which is crucial for their potential use as medicines. This new method not only allows for the efficient production of known Strychnos alkaloids but also opens up possibilities for creating new variations that could have interesting biological properties. The team demonstrated the power of their approach by synthesizing eight different Strychnos alkaloids, including one called akuammicine in just three steps from a simple starting material