result in a unique set of ligands. Twenty-five novel compounds containing a fused bi- or tricyclic amine or a spirocyclic amine were designed and synthesized. To gauge the potential of these amine-containing compounds to interact with Kme regulatory proteins, the compounds were screened against a panel of 24 protein methyltransferases. Compound 13 was discovered as a novel scaffold that interacts with
表观遗传学改变与各种人类疾病有关,开发中的Kme调节蛋白
抑制剂被认为是药物发现的新领域。我们受到了已知的多环
配体UNC669和UNC926的启发,它们是第一个报道的甲基赖
氨酸结合域的小分子
配体。我们假设降低UNC669关键胺部分的构象柔性将产生一组独特的
配体。设计并合成了二十五个含有稠合双环或
三环胺或螺环胺的新型化合物。为了评估这些含胺化合物与Kme调节蛋白相互作用的潜力,针对一组24种蛋白质甲基转移酶筛选了这些化合物。已发现化合物13是与
SETD8相互作用的新型支架,可作为PK
MT抑制剂未来开发的起点。