enabled systematic variation of the macrocyclic scaffolds prepared. The approach was demonstrated in the synthesis of 17 diverse natural product-like macrocyclic scaffolds of varied (12-20-membered) ring size. The biological relevance of the chemical space explored was demonstrated through the discovery of a series of macrocycles with significant antimycobacterial activity.
开发了一种模块化合成方法,其中所用结构单元三联体的变化使得制备的大环支架能够系统变化。该方法在 17 种具有不同环尺寸(12-20 元)的不同
天然产物类大环支架的合成中得到了证明。通过发现一系列具有显着抗分枝杆菌活性的大环化合物,证明了所探索的
化学空间的
生物学相关性。