Chiral polyheterocyclic structures are very common in natural products and drug molecules. A carbohydrate-based diversity oriented synthetic (DOS) approach has been employed for synthesis of many structurally diverse and stereochemically complex rigid polyheterocyclic molecules with multiple chiral hydroxyl groups. A chemoinformatic comparison with blockbuster drugs revealed that most of the newly
手性多杂环结构在
天然产物和药物分子中非常常见。基于
碳水化合物的多样性导向合成 (
DOS) 方法已被用于合成许多具有多个手性羟基的结构多样且立体
化学复杂的刚性多杂环分子。与重磅炸弹药物的
化学信息学比较显示,大多数新生成的
多环化合物具有良好的三维支架多样性,并通过了药物相似性的 Lipinski 过滤器。