protein–protein interactions, it is required to enrich current fragment libraries with new and original 3D privileged fragments. Our goal was to develop a rapid microwave-assisted synthesis of 27 new privileged spirohydantoin fragments. Among them 24 compounds showed a high water solubility. These molecules were plotted according to the normalized principal moments of inertia of their minimized conformers
基于片段的药物设计已成功应用于大量蛋白质,但是,为了将这一概念扩展到最苛刻的目标,例如蛋白质与蛋白质的相互作用,需要使用新的和原始的3D特权丰富当前的片段库碎片。我们的目标是开发微波辅助快速合成27个新的螺乙内酰
脲片段的方法。其中24种化合物显示出高
水溶性。这些分子是根据其最小化构象异构体的归一化主要惯性矩绘制的,并且大多数化合物都倾向于占据三角形图中人口不足的区域。最后,我们证明了乙内酰
脲环可以选择性地为N-单烷基化提供了快速官能化的进一步途径。