A series of C2-arylated analogues of the diketopiperazine brevianamide F has been synthesized using a mild Pd-catalyzed CH-activation procedure. Biological evaluation of the new derivatives in different cell lines shows that this modification is responsible for the remarkable change in activity, turning a mild antibiotic and antifungal natural product (brevianamide F) into novel antitumoral compounds. Furthermore, the approach stated represents a new straightforward and versatile methodology with promising applications in peptidomimetics and medicinal chemistry.
通过温和的 Pd 催化 CH 活化过程,合成了一系列二酮
哌嗪的 C2- 芳基化类似物 brevianamide F。在不同
细胞系中对新衍
生物进行的
生物学评估表明,这种修饰导致了活性的显著变化,使温和的抗生素和抗真菌
天然产物(brevianamide F)变成了新型抗肿瘤化合物。此外,该方法代表了一种新的直截了当的多功能方法,在拟肽学和药物
化学领域具有广阔的应用前景。